From 0afa08994406d22dee7fb10dd221e44b029597e5 Mon Sep 17 00:00:00 2001 From: arasabbasi Date: Thu, 28 Mar 2019 08:19:37 +0100 Subject: [PATCH 1/9] alot of minor changes --- .eslintrc | 213 - .eslintrc.js | 18 + build.js | 8 +- definitely_typed/index.d.ts | 492 +- definitely_typed/jspdf-tests.ts | 376 +- dist/jspdf.debug.js | 15222 +++++++++++----- dist/jspdf.min.js | 153 +- examples/MathJax/MathJax.html | 55 +- examples/annotation/test_annotation.html | 28 +- examples/annotation/test_annotation_2.html | 114 +- examples/basic.html | 472 +- .../bar_graph_with_text_and_lines.html | 1499 +- examples/context2d/test_context2d.html | 796 +- examples/context2d/test_context2d_paths.html | 70 +- examples/html2pdf/acid.html | 279 +- examples/html2pdf/auto_break.html | 32 +- examples/html2pdf/lists.html | 30 +- examples/html2pdf/page_break.html | 48 +- examples/html2pdf/pdf2.html | 82 +- examples/html2pdf/showcase.html | 40 +- .../html2pdf/showcase_supported_html.html | 73 +- examples/html2pdf/tables.html | 312 +- examples/html2pdf/total_mess.html | 110 +- examples/images.html | 159 +- examples/js/acroforms.js | 7 +- examples/js/autoprint.js | 1 + examples/js/basic.js | 286 +- examples/js/circles.js | 1 + examples/js/editor.js | 53 +- examples/js/font-faces.js | 2 +- examples/js/from-html.js | 6 +- examples/js/html2canvas.js | 7 +- examples/js/kitchen-sink.js | 3 - examples/js/lines.js | 18 +- examples/js/test_harness.js | 40 +- examples/js/user-input.js | 2 +- examples/jspdf.PLUGINTEMPLATE.js | 3 +- examples/node/arabic.js | 26 +- examples/node/japanese.js | 2 +- examples/runner.html | 89 +- fontconverter/fontconverter.html | 133 +- karma.conf.js | 93 +- karma.config.js | 81 + karma.dist.conf.js | 2 +- package-lock.json | 591 +- package.json | 2 + saucelabs.karma.conf.js | 94 +- src/jspdf.js | 88 +- src/libs/BMPDecoder.js | 34 +- src/libs/Deflater.js | 132 +- src/libs/adler32cs.js | 26 +- src/libs/png.js | 11 +- src/libs/rgbcolor.js | 7 +- src/modules/acroform.js | 43 +- src/modules/addimage.js | 12 +- src/modules/annotations.js | 33 +- src/modules/arabic.js | 16 +- src/modules/autoprint.js | 1 + src/modules/bmp_support.js | 33 +- src/modules/canvas.js | 7 +- src/modules/cell.js | 12 +- src/modules/context2d.js | 619 +- src/modules/fileloading.js | 6 +- src/modules/filters.js | 15 +- src/modules/gif_support.js | 38 +- src/modules/html.js | 1533 +- src/modules/javascript.js | 4 +- src/modules/jpeg_support.js | 5 +- src/modules/outline.js | 8 +- src/modules/png_support.js | 957 +- src/modules/setlanguage.js | 1 + src/modules/split_text_to_size.js | 14 +- src/modules/standard_fonts_metrics.js | 3 +- src/modules/svg.js | 3 +- src/modules/total_pages.js | 1 + src/modules/ttfsupport.js | 4 +- src/modules/utf8.js | 33 +- src/modules/vfs.js | 1 + src/modules/viewerpreferences.js | 1 + src/modules/webp_support.js | 10 +- src/modules/xmp_metadata.js | 4 +- tests/setlanguage/standard.spec.js | 2 +- tests/shapes/standard.spec.js | 8 +- tests/utils/compare.js | 42 +- tests/utils/polyfill.js | 5 +- tests/utils/reference-server.js | 14 +- 86 files changed, 16337 insertions(+), 9672 deletions(-) delete mode 100644 .eslintrc create mode 100644 .eslintrc.js delete mode 100644 examples/js/kitchen-sink.js create mode 100644 karma.config.js diff --git a/.eslintrc b/.eslintrc deleted file mode 100644 index 9faa37508..000000000 --- a/.eslintrc +++ /dev/null @@ -1,213 +0,0 @@ -ecmaFeatures: - modules: true - jsx: true - -env: - amd: true - browser: true - es6: true - jquery: true - node: true - -# http://eslint.org/docs/rules/ -rules: - # Possible Errors - comma-dangle: [2, never] - no-cond-assign: 2 - no-console: 0 - no-constant-condition: 2 - no-control-regex: 2 - no-debugger: 2 - no-dupe-args: 2 - no-dupe-keys: 2 - no-duplicate-case: 2 - no-empty: 2 - no-empty-character-class: 2 - no-ex-assign: 2 - no-extra-boolean-cast: 2 - no-extra-parens: 0 - no-extra-semi: 2 - no-func-assign: 2 - no-inner-declarations: [2, functions] - no-invalid-regexp: 2 - no-irregular-whitespace: 2 - no-negated-in-lhs: 2 - no-obj-calls: 2 - no-regex-spaces: 2 - no-sparse-arrays: 2 - no-unexpected-multiline: 2 - no-unreachable: 2 - use-isnan: 2 - valid-jsdoc: 0 - valid-typeof: 2 - - # Best Practices - accessor-pairs: 2 - block-scoped-var: 0 - complexity: [2, 6] - consistent-return: 0 - curly: 0 - default-case: 0 - dot-location: 0 - dot-notation: 0 - eqeqeq: 2 - guard-for-in: 2 - no-alert: 2 - no-caller: 2 - no-case-declarations: 2 - no-div-regex: 2 - no-else-return: 0 - no-empty-label: 2 - no-empty-pattern: 2 - no-eq-null: 2 - no-eval: 2 - no-extend-native: 2 - no-extra-bind: 2 - no-fallthrough: 2 - no-floating-decimal: 0 - no-implicit-coercion: 0 - no-implied-eval: 2 - no-invalid-this: 0 - no-iterator: 2 - no-labels: 0 - no-lone-blocks: 2 - no-loop-func: 2 - no-magic-number: 0 - no-multi-spaces: 0 - no-multi-str: 0 - no-native-reassign: 2 - no-new-func: 2 - no-new-wrappers: 2 - no-new: 2 - no-octal-escape: 2 - no-octal: 2 - no-proto: 2 - no-redeclare: 2 - no-return-assign: 2 - no-script-url: 2 - no-self-compare: 2 - no-sequences: 0 - no-throw-literal: 0 - no-unused-expressions: 2 - no-useless-call: 2 - no-useless-concat: 2 - no-void: 2 - no-warning-comments: 0 - no-with: 2 - radix: 2 - vars-on-top: 0 - wrap-iife: 2 - yoda: 0 - - # Strict - strict: 0 - - # Variables - init-declarations: 0 - no-catch-shadow: 2 - no-delete-var: 2 - no-label-var: 2 - no-shadow-restricted-names: 2 - no-shadow: 0 - no-undef-init: 2 - no-undef: 0 - no-undefined: 0 - no-unused-vars: 0 - no-use-before-define: 0 - - # Node.js and CommonJS - callback-return: 2 - global-require: 2 - handle-callback-err: 2 - no-mixed-requires: 0 - no-new-require: 0 - no-path-concat: 2 - no-process-exit: 2 - no-restricted-modules: 0 - no-sync: 0 - - # Stylistic Issues - array-bracket-spacing: 0 - block-spacing: 0 - brace-style: 0 - camelcase: 0 - comma-spacing: 0 - comma-style: 0 - computed-property-spacing: 0 - consistent-this: 0 - eol-last: 0 - func-names: 0 - func-style: 0 - id-length: 0 - id-match: 0 - indent: 0 - jsx-quotes: 0 - key-spacing: 0 - linebreak-style: 0 - lines-around-comment: 0 - max-depth: 0 - max-len: 0 - max-nested-callbacks: 0 - max-params: 0 - max-statements: [2, 30] - new-cap: 0 - new-parens: 0 - newline-after-var: 0 - no-array-constructor: 0 - no-bitwise: 0 - no-continue: 0 - no-inline-comments: 0 - no-lonely-if: 0 - no-mixed-spaces-and-tabs: 0 - no-multiple-empty-lines: 0 - no-negated-condition: 0 - no-nested-ternary: 0 - no-new-object: 0 - no-plusplus: 0 - no-restricted-syntax: 0 - no-spaced-func: 0 - no-ternary: 0 - no-trailing-spaces: 0 - no-underscore-dangle: 0 - no-unneeded-ternary: 0 - object-curly-spacing: 0 - one-var: 0 - operator-assignment: 0 - operator-linebreak: 0 - padded-blocks: 0 - quote-props: 0 - quotes: 0 - require-jsdoc: 0 - semi-spacing: 0 - semi: 0 - sort-vars: 0 - space-after-keywords: 0 - space-before-blocks: 0 - space-before-function-paren: 0 - space-before-keywords: 0 - space-in-parens: 0 - space-infix-ops: 0 - space-return-throw-case: 0 - space-unary-ops: 0 - spaced-comment: 0 - wrap-regex: 0 - - # ECMAScript 6 - arrow-body-style: 0 - arrow-parens: 0 - arrow-spacing: 0 - constructor-super: 0 - generator-star-spacing: 0 - no-arrow-condition: 0 - no-class-assign: 0 - no-const-assign: 0 - no-dupe-class-members: 0 - no-this-before-super: 0 - no-var: 0 - object-shorthand: 0 - prefer-arrow-callback: 0 - prefer-const: 0 - prefer-reflect: 0 - prefer-spread: 0 - prefer-template: 0 - require-yield: 0 diff --git a/.eslintrc.js b/.eslintrc.js new file mode 100644 index 000000000..0263497d0 --- /dev/null +++ b/.eslintrc.js @@ -0,0 +1,18 @@ +module.exports = { + "env": { + "browser": true, + "commonjs": true, + "es6": true, + "node": true + }, + "extends": "eslint:recommended", + "globals": { + "Atomics": "readonly", + "SharedArrayBuffer": "readonly" + }, + "parserOptions": { + "ecmaVersion": 2018 + }, + "rules": { + } +}; \ No newline at end of file diff --git a/build.js b/build.js index 5b5bb3ddb..b4892e4bc 100644 --- a/build.js +++ b/build.js @@ -1,3 +1,5 @@ +/* eslint-disable no-empty */ +/* eslint-disable no-console */ 'use strict' var fs = require('fs') @@ -19,7 +21,7 @@ switch (args.type) { bundle({ distFolder : 'dist', config: './build.node.conf.js', - context: 'global', + context: 'global', minify: true, format: 'cjs', filename: 'jspdf.node' @@ -32,7 +34,7 @@ switch (args.type) { config: './build.browser.conf.js', minify: true, format: 'umd', - context: 'window', + context: 'window', filename: 'jspdf' }); break; @@ -47,7 +49,7 @@ function bundle(options) { }).then((bundle) => { return bundle.generate({ format: options.format, - name: 'jsPDF' + name: 'jsPDF' }) }).then(output => { let code = output['output'][0].code; diff --git a/definitely_typed/index.d.ts b/definitely_typed/index.d.ts index e3ef92639..df7cc03f6 100644 --- a/definitely_typed/index.d.ts +++ b/definitely_typed/index.d.ts @@ -5,231 +5,323 @@ // Jackie Weng // Definitions: https://github.com/DefinitelyTyped/DefinitelyTyped -interface Annotation { - type: 'text'|'freetext'; - title?: string; - bounds: { - x: number, - y: number, - w: number, - h: number - }; - contents: string; - open?: boolean; - color?: string; - name?: string; - top?: number; - pageNumber?: number; -} +declare module 'jspdf' { -//jsPDF plugin:AutoPrint + interface Annotation { + type: 'text' | 'freetext' | 'link'; + title?: string; + bounds: { + x: number, + y: number, + w: number, + h: number + }; + contents: string; + open?: boolean; + color?: string; + name?: string; + top?: number; + pageNumber?: number; + } -interface AutoPrintInput { - variant: 'non-conform'|'javascript' -} + interface TextWithLinkOptions { + pageNumber?: number; + magFactor?: 'Fit'|'FitH' | 'FitV' | 'XYZ'; + zoom?: number; + } -//jsPDF plugin: viewerPreferences - -interface ViewerPreferencesInput { - HideToolbar?: boolean; - HideMenubar?: boolean; - HideWindowUI?: boolean; - FitWindow?: boolean; - CenterWindow?: boolean; - DisplayDocTitle?: boolean; - NonFullScreenPageMode?: 'UseNone'|'UseOutlines'|'UseThumbs'|'UseOC'; - Direction?: 'L2R'|'R2L'; - ViewArea?: 'MediaBox'|'CropBox'|'TrimBox'|'BleedBox'|'ArtBox'; - ViewClip?: 'MediaBox'|'CropBox'|'TrimBox'|'BleedBox'|'ArtBox'; - PrintArea?: 'MediaBox'|'CropBox'|'TrimBox'|'BleedBox'|'ArtBox'; - PrintClip?: 'MediaBox'|'CropBox'|'TrimBox'|'BleedBox'|'ArtBox'; - PrintScaling?: 'AppDefault'|'None'; - Duplex?: 'Simplex'|'DuplexFlipShortEdge'|'DuplexFlipLongEdge'|'none'; - PickTrayByPDFSize?: boolean; - PrintPageRange?: number[][]; - NumCopies?: number; -} + //jsPDF plugin:AutoPrint -//jsPDF plugin: Outline + interface AutoPrintInput { + variant: 'non-conform' | 'javascript' + } -interface Outline { - add(parent:any,title:string,options:OutlineOptions):OutlineItem; -} -interface OutlineItem{ - title : string, - options : any, - children : any[] -} -interface OutlineOptions { - pageNumber: number -} -// jsPDF plugin: AcroForm -interface AcroFormField { - constructor():AcroFormField; - showWhenPrinted: boolean; - x: number; - y: number; - width: number; - height: number; - fieldName: string; - fontName: string; - fontStyle: string; - fontSize: number; - maxFontSize: number; - color: string; - defaultValue: string; - value: string; - hasAnnotation: boolean; - readOnly: boolean; - required: boolean; - noExport: boolean; - textAlign: 'left' | 'center' | 'right'; -} + //jsPDF plugn: HTML + interface Html2CanvasOptions { + /** Whether to parse and render the element asynchronously */ + async?: boolean; -interface AcroFormChoiceField extends AcroFormField { - topIndex: number; - getOptions(): string[]; - setOptions(value: string[]): void; - addOption(value: string): void; - removeOption(value: string, allEntries: boolean): void; - combo: boolean; - edit: boolean; - sort: boolean; - multiSelect: boolean; - doNotSpellCheck: boolean; - commitOnSelChange: boolean; -} + /** Whether to allow cross-origin images to taint the canvas */ + allowTaint?: boolean; -interface AcroFormListBox extends AcroFormChoiceField { } + /** Canvas background color, if none is specified in DOM. Set null for transparent */ + backgroundColor?: string | null; -interface AcroFormComboBox extends AcroFormListBox { } + /** Existing canvas element to use as a base for drawing on */ + canvas?: any; -interface AcroFormEditBox extends AcroFormComboBox { } + /** Whether to use ForeignObject rendering if the browser supports it */ + foreignObjectRendering?: boolean; -interface AcroFormButton extends AcroFormField { - noToggleToOff: boolean; - radio: boolean; - pushButton: boolean; - radioIsUnison: boolean; - caption: string; - appearanceState: any; -} + /** Predicate function which removes the matching elements from the render. */ + ignoreElements?: (element: HTMLElement) => boolean; -interface AcroFormPushButton extends AcroFormButton { } + /** Timeout for loading images, in milliseconds. Setting it to 0 will result in no timeout. */ + imageTimeout?: number; -interface AcroFormChildClass extends AcroFormField { - Parent: any; - optionName: string; - caption: string; - appearanceState: 'On' | 'Off'; -} + /** Whether to render each letter seperately. Necessary if letter-spacing is used. */ + letterRendering?: boolean; -interface AcroFormRadioButton extends AcroFormButton { - setAppearance(appearance: string): void; - createOption(name: string): AcroFormChildClass; -} + /** Whether to log events in the console. */ + logging?: boolean; -interface AcroFormCheckBox extends AcroFormButton { - appearanceState: 'On' | 'Off'; -} + /** Callback function which is called when the Document has been cloned for rendering, can be used to modify the contents that will be rendered without affecting the original source document. */ + onclone?: { (doc: HTMLDocument): void }; -interface AcroFormTextField extends AcroFormField { - multiline: boolean; - fileSelect: boolean; - doNotSpellCheck: boolean; - doNotScroll: boolean; - comb: boolean; - richText: boolean; - maxLength: number; - hasAppearanceStream: boolean; -} + /** Url to the proxy which is to be used for loading cross-origin images. If left empty, cross-origin images won't be loaded. */ + proxy?: string; -interface AcroFormPasswordField extends AcroFormTextField { } -// jsPDF plugin: Context2D + /** Whether to cleanup the cloned DOM elements html2canvas creates temporarily */ + removeContainer?: boolean; -interface Gradient { - addColorStop(position:number, color:string):void; - getColor():string; -} + /** The scale to use for rendering. Defaults to the browsers device pixel ratio. */ + scale?: number; -interface Context2d { - autoPaging: boolean; - fillStyle: string|Gradient; - filter: string; - font: string; - globalAlpha: number; - globalCompositeOperation:'source-over'; - imageSmoothingEnabled:boolean; - imageSmoothingQuality:'low'|'high'; - ignoreClearRect: boolean; - lastBreak: number; - lineCap: 'butt'|'round'|'square'; - lineDashOffset:number; - lineJoin: 'bevel'|'round'|'miter'; - lineWidth: number; - miterLimit: number; - pageBreaks: number[]; - pageWrapXEnabled: boolean; - pageWrapYEnabled: boolean; - posX: number; - posY: number; - shadowBlur: number; - shadowColor: string; - shadowOffsetX:number; - shadowOffsetY:number; - strokeStyle: string|Gradient; - textAlign: 'right'|'end'|'center'|'left'|'start'; - textBaseline: 'alphabetic'|'bottom'|'top'|'hanging'|'middle'|'ideographic'; - arc(x: number, y: number, radius: number, startAngle: number, endAngle: number, counterclockwise: boolean): void; - arcTo(x1: number, y1: number, x2: number, y2: number, radius: number): void; - beginPath(): void; - bezierCurveTo(cp1x: number, cp1y: number, cp2x: number, cp2y: number, x: number, y: number): void; - clearRect(x: number, y: number, w: number, h: number): void; - clip(): void; - closePath(): void; - createLinearGradient(x0:number, y0:number, x1:number, y1:number): Gradient; - createPattern(): Gradient; - createRadialGradient(): Gradient; - drawImage(img: string, x: number, y: number, width: number, height: number): void; - drawImage(img: string, sx: number, sy: number, swidth: number, sheight: number, x: number, y: number, width: number, height: number): void; - fill(): void; - fillRect(x: number, y: number, w: number, h: number): void; - fillText(text: string, x: number, y: number, maxWidth?: number): void; - lineTo(x: number, y: number): void; - measureText(text: string): number; - moveTo(x: number, y: number): void; - quadraticCurveTo(cpx: number, cpy: number, x: number, y: number): void; - rect(x: number, y: number, w: number, h: number): void; - restore(): void; - rotate(angle: number): void; - save(): void; - scale(scalewidth: number, scaleheight: number): void; - setTransform(a: number, b: number, c: number, d: number, e: number, f: number): void; - stroke(): void; - strokeRect(x: number, y: number, w: number, h: number): void; - strokeText(text: string, x: number, y: number, maxWidth?: number): void; - transform(a: number, b: number, c: number, d: number, e: number, f: number): void; - translate(x: number, y: number): void; -} + /** Use svg powered rendering where available (FF11+). */ + svgRendering?: boolean; -declare module 'jspdf' { + /** Whether to test each image if it taints the canvas before drawing them */ + taintTest?: boolean; + + /** Whether to attempt to load cross-origin images as CORS served, before reverting back to proxy. */ + useCORS?: boolean; + + /** Define the width of the canvas in pixels. If null, renders with full width of the window. */ + width?: number; + + /** Define the heigt of the canvas in pixels. If null, renders with full height of the window. */ + height?: number; + + /** Crop canvas x-coordinate */ + x?: number; + + /** Crop canvas y-coordinate */ + y?: number; + + /** The x-scroll position to used when rendering element, (for example if the Element uses position: fixed ) */ + scrollX?: number; + + /** The y-scroll position to used when rendering element, (for example if the Element uses position: fixed ) */ + scrollY?: number; + + /** Window width to use when rendering Element, which may affect things like Media queries */ + windowWidth?: number; + + /** Window height to use when rendering Element, which may affect things like Media queries */ + windowHeight?: number; + } + + interface HTMLWorker { + progress: number; + } + + interface HTMLOptions { + callback?: (doc: jsPDF) => void; + html2canvas?: Html2CanvasOptions; + jsPDF?: jsPDF + } + + //jsPDF plugin: viewerPreferences + + interface ViewerPreferencesInput { + HideToolbar?: boolean; + HideMenubar?: boolean; + HideWindowUI?: boolean; + FitWindow?: boolean; + CenterWindow?: boolean; + DisplayDocTitle?: boolean; + NonFullScreenPageMode?: 'UseNone' | 'UseOutlines' | 'UseThumbs' | 'UseOC'; + Direction?: 'L2R' | 'R2L'; + ViewArea?: 'MediaBox' | 'CropBox' | 'TrimBox' | 'BleedBox' | 'ArtBox'; + ViewClip?: 'MediaBox' | 'CropBox' | 'TrimBox' | 'BleedBox' | 'ArtBox'; + PrintArea?: 'MediaBox' | 'CropBox' | 'TrimBox' | 'BleedBox' | 'ArtBox'; + PrintClip?: 'MediaBox' | 'CropBox' | 'TrimBox' | 'BleedBox' | 'ArtBox'; + PrintScaling?: 'AppDefault' | 'None'; + Duplex?: 'Simplex' | 'DuplexFlipShortEdge' | 'DuplexFlipLongEdge' | 'none'; + PickTrayByPDFSize?: boolean; + PrintPageRange?: number[][]; + NumCopies?: number; + } + + //jsPDF plugin: Outline + + interface Outline { + add(parent: any, title: string, options: OutlineOptions): OutlineItem; + } + interface OutlineItem { + title: string, + options: any, + children: any[] + } + interface OutlineOptions { + pageNumber: number + } + // jsPDF plugin: AcroForm + interface AcroFormField { + constructor(): AcroFormField; + showWhenPrinted: boolean; + x: number; + y: number; + width: number; + height: number; + fieldName: string; + fontName: string; + fontStyle: string; + fontSize: number; + maxFontSize: number; + color: string; + defaultValue: string; + value: string; + hasAnnotation: boolean; + readOnly: boolean; + required: boolean; + noExport: boolean; + textAlign: 'left' | 'center' | 'right'; + } + + interface AcroFormChoiceField extends AcroFormField { + topIndex: number; + getOptions(): string[]; + setOptions(value: string[]): void; + addOption(value: string): void; + removeOption(value: string, allEntries: boolean): void; + combo: boolean; + edit: boolean; + sort: boolean; + multiSelect: boolean; + doNotSpellCheck: boolean; + commitOnSelChange: boolean; + } + + interface AcroFormListBox extends AcroFormChoiceField { } + + interface AcroFormComboBox extends AcroFormListBox { } + + interface AcroFormEditBox extends AcroFormComboBox { } + + interface AcroFormButton extends AcroFormField { + noToggleToOff: boolean; + radio: boolean; + pushButton: boolean; + radioIsUnison: boolean; + caption: string; + appearanceState: any; + } + + interface AcroFormPushButton extends AcroFormButton { } + + interface AcroFormChildClass extends AcroFormField { + Parent: any; + optionName: string; + caption: string; + appearanceState: 'On' | 'Off'; + } + + interface AcroFormRadioButton extends AcroFormButton { + setAppearance(appearance: string): void; + createOption(name: string): AcroFormChildClass; + } + + interface AcroFormCheckBox extends AcroFormButton { + appearanceState: 'On' | 'Off'; + } + + interface AcroFormTextField extends AcroFormField { + multiline: boolean; + fileSelect: boolean; + doNotSpellCheck: boolean; + doNotScroll: boolean; + comb: boolean; + richText: boolean; + maxLength: number; + hasAppearanceStream: boolean; + } + + interface AcroFormPasswordField extends AcroFormTextField { } + // jsPDF plugin: Context2D + + interface Gradient { + addColorStop(position: number, color: string): void; + getColor(): string; + } + + interface Context2d { + autoPaging: boolean; + fillStyle: string | Gradient; + filter: string; + font: string; + globalAlpha: number; + globalCompositeOperation: 'source-over'; + imageSmoothingEnabled: boolean; + imageSmoothingQuality: 'low' | 'high'; + ignoreClearRect: boolean; + lastBreak: number; + lineCap: 'butt' | 'round' | 'square'; + lineDashOffset: number; + lineJoin: 'bevel' | 'round' | 'miter'; + lineWidth: number; + miterLimit: number; + pageBreaks: number[]; + pageWrapXEnabled: boolean; + pageWrapYEnabled: boolean; + posX: number; + posY: number; + shadowBlur: number; + shadowColor: string; + shadowOffsetX: number; + shadowOffsetY: number; + strokeStyle: string | Gradient; + textAlign: 'right' | 'end' | 'center' | 'left' | 'start'; + textBaseline: 'alphabetic' | 'bottom' | 'top' | 'hanging' | 'middle' | 'ideographic'; + arc(x: number, y: number, radius: number, startAngle: number, endAngle: number, counterclockwise: boolean): void; + arcTo(x1: number, y1: number, x2: number, y2: number, radius: number): void; + beginPath(): void; + bezierCurveTo(cp1x: number, cp1y: number, cp2x: number, cp2y: number, x: number, y: number): void; + clearRect(x: number, y: number, w: number, h: number): void; + clip(): void; + closePath(): void; + createLinearGradient(x0: number, y0: number, x1: number, y1: number): Gradient; + createPattern(): Gradient; + createRadialGradient(): Gradient; + drawImage(img: string, x: number, y: number, width: number, height: number): void; + drawImage(img: string, sx: number, sy: number, swidth: number, sheight: number, x: number, y: number, width: number, height: number): void; + fill(): void; + fillRect(x: number, y: number, w: number, h: number): void; + fillText(text: string, x: number, y: number, maxWidth?: number): void; + lineTo(x: number, y: number): void; + measureText(text: string): number; + moveTo(x: number, y: number): void; + quadraticCurveTo(cpx: number, cpy: number, x: number, y: number): void; + rect(x: number, y: number, w: number, h: number): void; + restore(): void; + rotate(angle: number): void; + save(): void; + scale(scalewidth: number, scaleheight: number): void; + setTransform(a: number, b: number, c: number, d: number, e: number, f: number): void; + stroke(): void; + strokeRect(x: number, y: number, w: number, h: number): void; + strokeText(text: string, x: number, y: number, maxWidth?: number): void; + transform(a: number, b: number, c: number, d: number, e: number, f: number): void; + translate(x: number, y: number): void; + } class jsPDF { constructor(options?: any); constructor(orientation?: 'p' | 'portrait' | 'l' | 'landscape', - unit?: 'pt'|'px'|'in'|'mm'|'cm'|'ex'|'em'|'pc', - format?: string|number[], + unit?: 'pt' | 'px' | 'in' | 'mm' | 'cm' | 'ex' | 'em' | 'pc', + format?: string | number[], compressPdf?: boolean); CapJoinStyles: any; version: string; - addFont(postScriptName: string, id: string, fontStyle: string, encoding: 'StandardEncoding'|'MacRomanEncoding'|'Identity-H'|'WinAnsiEncoding', isStandardFont?: boolean): string; + addFont(postScriptName: string, id: string, fontStyle: string, encoding: 'StandardEncoding' | 'MacRomanEncoding' | 'Identity-H' | 'WinAnsiEncoding', isStandardFont?: boolean): string; addGState(key: any, gState: any): jsPDF; addPage(format?: string | number[], orientation?: 'p' | 'portrait' | 'l' | 'landscape'): jsPDF; beginFormObject(x: number, y: number, width: number, height: number, matrix: any): jsPDF; circle(x: number, y: number, r: number, style: string): jsPDF; - clip(rule?: string): jsPDF; + clip(rule?: 'evenodd'): jsPDF; + discardPath(): jsPDF; deletePage(targetPage: number): jsPDF; doFormObject(key: any, matrix: any): jsPDF; ellipse(x: number, y: number, rx: number, ry: number, style?: string): jsPDF; @@ -267,7 +359,7 @@ declare module 'jspdf' { setCharSpace(charSpace: number): jsPDF; setCreationDate(date?: any): jsPDF; setCurrentTransformationMatrix(matrix: any): jsPDF; - setDisplayMode(zoom: number|'fullheight'|'fullwidth'|'fullpage'|'original'|string, layout?: 'continuous' | 'single' | 'twoleft' | 'tworight'|'two', pmode?: 'UseOutlines' | 'UseThumbs' | 'FullScreen'): jsPDF; + setDisplayMode(zoom: number | 'fullheight' | 'fullwidth' | 'fullpage' | 'original' | string, layout?: 'continuous' | 'single' | 'twoleft' | 'tworight' | 'two', pmode?: 'UseOutlines' | 'UseThumbs' | 'FullScreen'): jsPDF; setDocumentProperties(properties: any): jsPDF; setProperties(properties: any): jsPDF; setDrawColor(ch1: string): jsPDF; @@ -293,7 +385,7 @@ declare module 'jspdf' { setTextColor(ch1: number): jsPDF; setTextColor(ch1: number, ch2: number, ch3: number, ch4?: number): jsPDF; text(text: string | string[], x: number, y: number, options?: any, transform?: number | any): jsPDF; - text(x: number, y: number, text: string|string[], flags?: any, angle?:number, align?:'left'|'center'|'right'): jsPDF; + text(x: number, y: number, text: string | string[], flags?: any, angle?: number, align?: 'left' | 'center' | 'right'): jsPDF; triangle(x1: number, y1: number, x2: number, y2: number, x3: number, y3: number, style: string): jsPDF; getHorizontalCoordinateString(value: number): number; getVerticalCoordinateString(value: number): number; @@ -354,7 +446,7 @@ declare module 'jspdf' { createImageInfo(data: any, wd: number, ht: number, cs: any, bpc: number, imageIndex: number, alias: any, f?: any, dp?: any, trns?: any, pal?: any, smask?: any): any; addImage(imageData: string | Uint8Array, format: string, x: number, y: number, w: number, h: number, alias?: string, compression?: any, rotation?: number): jsPDF; addImage(imageData: string | Uint8Array, x: number, y: number, w: number, h: number, alias?: string, compression?: any, rotation?: number): jsPDF; - addImage(options:any): jsPDF; + addImage(options: any): jsPDF; convertStringToImageData(stringData: string, throwError: boolean): any; getImageProperties(imageData: any): any; @@ -395,7 +487,7 @@ declare module 'jspdf' { pdf: jsPDF; width: number; height: number; - getContext(type?:string): Context2d; + getContext(type?: string): Context2d; style: any; }; @@ -419,7 +511,7 @@ declare module 'jspdf' { loadFile(url: string): string; // jsPDF plugin: html - html(src: string, options: any): jsPDF; + html(src: string | HTMLElement, options: HTMLOptions): Promise; // jsPDF plugin: fromHTML fromHTML(HTML: string | HTMLElement, x: number, y: number, settings?: any, callback?: Function, margins?: any): jsPDF; @@ -436,14 +528,14 @@ declare module 'jspdf' { addSVG(svgtext: string, x: number, y: number, w?: number, h?: number): jsPDF; addSvgAsImage(svg: string, x: number, y: number, w: number, h: number, alias?: string, compression?: boolean, rotation?: number): jsPDF; // jsPDF plugin: setlanguage - setLanguage(langCode: 'af'|'sq'|'ar'|'ar-DZ'|'ar-BH'|'ar-EG'|'ar-IQ'|'ar-JO'|'ar-KW'|'ar-LB'|'ar-LY'|'ar-MA'|'ar-OM'|'ar-QA'|'ar-SA'|'ar-SY'|'ar-TN'|'ar-AE'|'ar-YE'|'an'|'hy'|'as'|'ast'|'az'|'eu'|'be'|'bn'|'bs'|'br'|'bg'|'my'|'ca'|'ch'|'ce'|'zh'|'zh-HK'|'zh-CN'|'zh-SG'|'zh-TW'|'cv'|'co'|'cr'|'hr'|'cs'|'da'|'nl'|'nl-BE'|'en'|'en-AU'|'en-BZ'|'en-CA'|'en-IE'|'en-JM'|'en-NZ'|'en-PH'|'en-ZA'|'en-TT'|'en-GB'|'en-US'|'en-ZW'|'eo'|'et'|'fo'|'fj'|'fi'|'fr'|'fr-BE'|'fr-CA'|'fr-FR'|'fr-LU'|'fr-MC'|'fr-CH'|'fy'|'fur'|'gd'|'gd-IE'|'gl'|'ka'|'de'|'de-AT'|'de-DE'|'de-LI'|'de-LU'|'de-CH'|'el'|'gu'|'ht'|'he'|'hi'|'hu'|'is'|'id'|'iu'|'ga'|'it'|'it-CH'|'ja'|'kn'|'ks'|'kk'|'km'|'ky'|'tlh'|'ko'|'ko-KP'|'ko-KR'|'la'|'lv'|'lt'|'lb'|'mk'|'ms'|'ml'|'mt'|'mi'|'mr'|'mo'|'nv'|'ng'|'ne'|'no'|'nb'|'nn'|'oc'|'or'|'om'|'fa'|'fa-IR'|'pl'|'pt'|'pt-BR'|'pa'|'pa-IN'|'pa-PK'|'qu'|'rm'|'ro'|'ro-MO'|'ru'|'ru-MO'|'sz'|'sg'|'sa'|'sc'|'sd'|'si'|'sr'|'sk'|'sl'|'so'|'sb'|'es'|'es-AR'|'es-BO'|'es-CL'|'es-CO'|'es-CR'|'es-DO'|'es-EC'|'es-SV'|'es-GT'|'es-HN'|'es-MX'|'es-NI'|'es-PA'|'es-PY'|'es-PE'|'es-PR'|'es-ES'|'es-UY'|'es-VE'|'sx'|'sw'|'sv'|'sv-FI'|'sv-SV'|'ta'|'tt'|'te'|'th'|'tig'|'ts'|'tn'|'tr'|'tk'|'uk'|'hsb'|'ur'|'ve'|'vi'|'vo'|'wa'|'cy'|'xh'|'ji'|'zu'): jsPDF; + setLanguage(langCode: 'af' | 'sq' | 'ar' | 'ar-DZ' | 'ar-BH' | 'ar-EG' | 'ar-IQ' | 'ar-JO' | 'ar-KW' | 'ar-LB' | 'ar-LY' | 'ar-MA' | 'ar-OM' | 'ar-QA' | 'ar-SA' | 'ar-SY' | 'ar-TN' | 'ar-AE' | 'ar-YE' | 'an' | 'hy' | 'as' | 'ast' | 'az' | 'eu' | 'be' | 'bn' | 'bs' | 'br' | 'bg' | 'my' | 'ca' | 'ch' | 'ce' | 'zh' | 'zh-HK' | 'zh-CN' | 'zh-SG' | 'zh-TW' | 'cv' | 'co' | 'cr' | 'hr' | 'cs' | 'da' | 'nl' | 'nl-BE' | 'en' | 'en-AU' | 'en-BZ' | 'en-CA' | 'en-IE' | 'en-JM' | 'en-NZ' | 'en-PH' | 'en-ZA' | 'en-TT' | 'en-GB' | 'en-US' | 'en-ZW' | 'eo' | 'et' | 'fo' | 'fj' | 'fi' | 'fr' | 'fr-BE' | 'fr-CA' | 'fr-FR' | 'fr-LU' | 'fr-MC' | 'fr-CH' | 'fy' | 'fur' | 'gd' | 'gd-IE' | 'gl' | 'ka' | 'de' | 'de-AT' | 'de-DE' | 'de-LI' | 'de-LU' | 'de-CH' | 'el' | 'gu' | 'ht' | 'he' | 'hi' | 'hu' | 'is' | 'id' | 'iu' | 'ga' | 'it' | 'it-CH' | 'ja' | 'kn' | 'ks' | 'kk' | 'km' | 'ky' | 'tlh' | 'ko' | 'ko-KP' | 'ko-KR' | 'la' | 'lv' | 'lt' | 'lb' | 'mk' | 'ms' | 'ml' | 'mt' | 'mi' | 'mr' | 'mo' | 'nv' | 'ng' | 'ne' | 'no' | 'nb' | 'nn' | 'oc' | 'or' | 'om' | 'fa' | 'fa-IR' | 'pl' | 'pt' | 'pt-BR' | 'pa' | 'pa-IN' | 'pa-PK' | 'qu' | 'rm' | 'ro' | 'ro-MO' | 'ru' | 'ru-MO' | 'sz' | 'sg' | 'sa' | 'sc' | 'sd' | 'si' | 'sr' | 'sk' | 'sl' | 'so' | 'sb' | 'es' | 'es-AR' | 'es-BO' | 'es-CL' | 'es-CO' | 'es-CR' | 'es-DO' | 'es-EC' | 'es-SV' | 'es-GT' | 'es-HN' | 'es-MX' | 'es-NI' | 'es-PA' | 'es-PY' | 'es-PE' | 'es-PR' | 'es-ES' | 'es-UY' | 'es-VE' | 'sx' | 'sw' | 'sv' | 'sv-FI' | 'sv-SV' | 'ta' | 'tt' | 'te' | 'th' | 'tig' | 'ts' | 'tn' | 'tr' | 'tk' | 'uk' | 'hsb' | 'ur' | 've' | 'vi' | 'vo' | 'wa' | 'cy' | 'xh' | 'ji' | 'zu'): jsPDF; // jsPDF plugin: total_pages putTotalPages(pageExpression: string): jsPDF; // jsPDF plugin: viewerpreferences viewerPreferences(options: ViewerPreferencesInput, doReset?: boolean): jsPDF - viewerPreferences(arg:'reset'): jsPDF + viewerPreferences(arg: 'reset'): jsPDF // jsPDF plugin: vfs existsFileInVFS(filename: string): boolean; diff --git a/definitely_typed/jspdf-tests.ts b/definitely_typed/jspdf-tests.ts index 767f0c85a..dfa9eff20 100644 --- a/definitely_typed/jspdf-tests.ts +++ b/definitely_typed/jspdf-tests.ts @@ -98,11 +98,11 @@ function test_text_colors() { function test_font_metrics_based_line_sizing_split() { var pdf = new jsPDF('p', 'in', 'letter'); - var sizes:number[] = [12, 16, 20]; + var sizes: number[] = [12, 16, 20]; var fonts = [['Times', 'Roman'], ['Helvetica', ''], ['Times', 'Italic']]; - var font:string[]; - var size:number; - var lines:any[]; + var font: string[]; + var size: number; + var lines: any[]; var verticalOffset = 0.5; // inches on a 8.5 x 11 inch sheet. var loremipsum = 'Lorem ipsum dolor sit amet, ...'; for (var i in fonts) { @@ -123,10 +123,10 @@ function test_from_html() { var pdf = new jsPDF('p', 'pt', 'letter') , source = document.getElementById('#fromHTMLtestdiv') , specialElementHandlers = { - '#bypassme': function (element:HTMLElement, renderer:any) { - return true - } - }; + '#bypassme': function (element: HTMLElement, renderer: any) { + return true + } + }; var margins = { top: 80, bottom: 60, @@ -142,7 +142,7 @@ function test_from_html() { 'width': margins.width // max width of content on PDF , 'elementHandlers': specialElementHandlers }, - function (dispose:any) { + function (dispose: any) { pdf.save('Test.pdf'); }, margins @@ -213,7 +213,7 @@ function test_triangles() { } function test_images() { - var getImageFromUrl = function (url:string, callback:Function) { + var getImageFromUrl = function (url: string, callback: Function) { var img = new Image(); img.onerror = function () { alert('Cannot load image: "' + url + '"'); @@ -224,7 +224,7 @@ function test_images() { img.src = url; }; - var createPDF = function (imgData:string) { + var createPDF = function (imgData: string) { var doc = new jsPDF(); doc.addImage(imgData, 'JPEG', 10, 10, 50, 50, 'monkey'); // Cache the image using the alias 'monkey' doc.addImage('monkey', 70, 10, 100, 120); // use the cached 'monkey' image, JPEG is optional regardless @@ -251,9 +251,9 @@ function test_add_html() { function test_context2d_smiley() { var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; + var ctx = doc.context2d; + - ctx.beginPath(); ctx.arc(75, 75, 50, 0, Math.PI * 2, true); // Outer circle ctx.moveTo(110, 75); @@ -266,141 +266,141 @@ function test_context2d_smiley() { } function test_context2d_warnsign() { - - var doc = new jsPDF('p', 'pt', 'a4'); - var context = doc.context2d; - - var primaryColor = "#ffc821"; - var secondaryColor = "black"; - var tertiaryColor = "black"; - var lineWidth = 10; - // Dimensions of the triangle - var width = 125; - var height = 100; - var padding = 20; - - // Create a triangluar path - context.beginPath(); - context.moveTo(padding + width/2, padding); - context.lineTo(padding + width, height + padding); - context.lineTo(padding, height + padding); - context.closePath(); - - // Create fill gradient - var gradient = context.createLinearGradient(0,0,0,height); - gradient.addColorStop(0, primaryColor); - gradient.addColorStop(1, secondaryColor); - - // Add a shadow around the object - context.shadowBlur = 10; - context.shadowColor = "black"; - - // Stroke the outer outline - context.lineWidth = lineWidth * 2; - context.lineJoin = "round"; - context.strokeStyle = gradient; - context.stroke(); - - // Turn off the shadow, or all future fills will have shadows - context.shadowColor = "transparent"; - - // Fill the path - context.fillStyle = gradient; - context.fill(); - - // Add a horizon reflection with a gradient to transparent - gradient=context.createLinearGradient(0,padding,0,padding+height); - gradient.addColorStop(0, "transparent"); - gradient.addColorStop(0.5, "transparent"); - gradient.addColorStop(0.5, tertiaryColor); - gradient.addColorStop(1, secondaryColor); - - context.fillStyle = gradient; - context.fill(); - - // Stroke the inner outline - context.lineWidth = lineWidth; - context.lineJoin = "round"; - context.strokeStyle = "#333"; - context.stroke(); - - // Draw the text exclamation point - context.textAlign = "center"; - context.textBaseline = "middle"; - context.font = "bold 60px 'Times New Roman', Times, serif"; - context.fillStyle = "#333"; - context.fillText("!", padding + width/2, padding + height/1.5); -} - -function test_context2d_fields () { - - var doc = new jsPDF(); - - var ctx = doc.canvas.getContext('2d'); - - ctx.fillStyle='#000000'; - ctx.filter='none'; - ctx.font='10px sans-serif'; - ctx.globalAlpha=1; - ctx.globalCompositeOperation="source-over"; - ctx.imageSmoothingEnabled=true; - ctx.imageSmoothingQuality="low"; - ctx.lineCap="butt"; - ctx.lineDashOffset=0; - ctx.lineJoin="miter"; - ctx.lineWidth=1; - ctx.miterLimit=10; - ctx.shadowBlur=0; - ctx.shadowColor="rgba(0, 0, 0, 0)"; - ctx.shadowOffsetX=0; - ctx.shadowOffsetY=0; - ctx.strokeStyle='#000000'; - ctx.textAlign='start'; - ctx.textBaseline='alphabetic'; -} - -function test_context2d_functions () { + + var doc = new jsPDF('p', 'pt', 'a4'); + var context = doc.context2d; + + var primaryColor = "#ffc821"; + var secondaryColor = "black"; + var tertiaryColor = "black"; + var lineWidth = 10; + // Dimensions of the triangle + var width = 125; + var height = 100; + var padding = 20; + + // Create a triangluar path + context.beginPath(); + context.moveTo(padding + width / 2, padding); + context.lineTo(padding + width, height + padding); + context.lineTo(padding, height + padding); + context.closePath(); + + // Create fill gradient + var gradient = context.createLinearGradient(0, 0, 0, height); + gradient.addColorStop(0, primaryColor); + gradient.addColorStop(1, secondaryColor); + + // Add a shadow around the object + context.shadowBlur = 10; + context.shadowColor = "black"; + + // Stroke the outer outline + context.lineWidth = lineWidth * 2; + context.lineJoin = "round"; + context.strokeStyle = gradient; + context.stroke(); + + // Turn off the shadow, or all future fills will have shadows + context.shadowColor = "transparent"; + + // Fill the path + context.fillStyle = gradient; + context.fill(); + + // Add a horizon reflection with a gradient to transparent + gradient = context.createLinearGradient(0, padding, 0, padding + height); + gradient.addColorStop(0, "transparent"); + gradient.addColorStop(0.5, "transparent"); + gradient.addColorStop(0.5, tertiaryColor); + gradient.addColorStop(1, secondaryColor); + + context.fillStyle = gradient; + context.fill(); + + // Stroke the inner outline + context.lineWidth = lineWidth; + context.lineJoin = "round"; + context.strokeStyle = "#333"; + context.stroke(); + + // Draw the text exclamation point + context.textAlign = "center"; + context.textBaseline = "middle"; + context.font = "bold 60px 'Times New Roman', Times, serif"; + context.fillStyle = "#333"; + context.fillText("!", padding + width / 2, padding + height / 1.5); +} + +function test_context2d_fields() { + var doc = new jsPDF(); - doc.context2d.moveTo(1,1); - doc.context2d.lineTo (1,1); - doc.context2d.quadraticCurveTo (1,1,1,1); - doc.context2d.bezierCurveTo(1,1,1,1,1,1); - doc.context2d.arc(1,1,1,1,1,false); - doc.context2d.rect (1,1,1,1); - doc.context2d.fillRect (1,1,1,1); - doc.context2d.strokeRect (1,1,1,1); - doc.context2d.clearRect (1,1,1,1); - doc.context2d.fillText ('valid',1,1,1); - doc.context2d.strokeText ('valid',1,1,1); - doc.context2d.measureText ('valid'); - doc.context2d.scale (1,1); - doc.context2d.rotate (1); - doc.context2d.translate (1,1); - doc.context2d.transform(1,1,1,1,1,1); + + var ctx = doc.canvas.getContext('2d'); + + ctx.fillStyle = '#000000'; + ctx.filter = 'none'; + ctx.font = '10px sans-serif'; + ctx.globalAlpha = 1; + ctx.globalCompositeOperation = "source-over"; + ctx.imageSmoothingEnabled = true; + ctx.imageSmoothingQuality = "low"; + ctx.lineCap = "butt"; + ctx.lineDashOffset = 0; + ctx.lineJoin = "miter"; + ctx.lineWidth = 1; + ctx.miterLimit = 10; + ctx.shadowBlur = 0; + ctx.shadowColor = "rgba(0, 0, 0, 0)"; + ctx.shadowOffsetX = 0; + ctx.shadowOffsetY = 0; + ctx.strokeStyle = '#000000'; + ctx.textAlign = 'start'; + ctx.textBaseline = 'alphabetic'; +} + +function test_context2d_functions() { + var doc = new jsPDF(); + doc.context2d.moveTo(1, 1); + doc.context2d.lineTo(1, 1); + doc.context2d.quadraticCurveTo(1, 1, 1, 1); + doc.context2d.bezierCurveTo(1, 1, 1, 1, 1, 1); + doc.context2d.arc(1, 1, 1, 1, 1, false); + doc.context2d.rect(1, 1, 1, 1); + doc.context2d.fillRect(1, 1, 1, 1); + doc.context2d.strokeRect(1, 1, 1, 1); + doc.context2d.clearRect(1, 1, 1, 1); + doc.context2d.fillText('valid', 1, 1, 1); + doc.context2d.strokeText('valid', 1, 1, 1); + doc.context2d.measureText('valid'); + doc.context2d.scale(1, 1); + doc.context2d.rotate(1); + doc.context2d.translate(1, 1); + doc.context2d.transform(1, 1, 1, 1, 1, 1); } function test_add_font() { - - var doc = new jsPDF('p','pt', 'a4'); + + var doc = new jsPDF('p', 'pt', 'a4'); doc.addFont('helvetica', 'helvetica', 'normal', 'StandardEncoding'); } function test_vfs() { - - var doc = new jsPDF('p','pt', 'a4'); - doc.addFileToVFS('test.pdf', 'BADFACE'); + + var doc = new jsPDF('p', 'pt', 'a4'); + doc.addFileToVFS('test.pdf', 'BADFACE'); doc.getFileFromVFS('test.pdf'); doc.existsFileInVFS('test.pdf'); } function test_outline() { - var doc = new jsPDF({unit: 'pt'}) - doc.outline.add(null, "Page 1", {pageNumber:1}); + var doc = new jsPDF({ unit: 'pt' }) + doc.outline.add(null, "Page 1", { pageNumber: 1 }); doc.addPage(); } function test_page_operations() { - + var doc = new jsPDF() doc.text('Text that will end up on page 2', 20, 20) doc.addPage() @@ -412,8 +412,8 @@ function test_page_operations() { doc.deletePage(3) } -function test_displayMode (){ - +function test_displayMode() { + const doc = new jsPDF(); doc.setDisplayMode('fullheight'); doc.setDisplayMode('fullwidth'); @@ -434,42 +434,42 @@ function test_displayMode (){ function test_put_total_pages() { const doc = new jsPDF(); - const totalPagesExp = '{totalPages}'; - + const totalPagesExp = '{totalPages}'; - doc.text(10, 10, "Page 1 of {totalPages}"); - doc.addPage(); - doc.text(10, 10, "Page 2 of {totalPages}"); + doc.text(10, 10, "Page 1 of {totalPages}"); + doc.addPage(); + + doc.text(10, 10, "Page 2 of {totalPages}"); - if (typeof doc.putTotalPages === 'function') { - doc.putTotalPages(totalPagesExp); - } + if (typeof doc.putTotalPages === 'function') { + doc.putTotalPages(totalPagesExp); + } } function test_autoprint() { - + const doc = new jsPDF() doc.text(10, 10, 'This is a test') doc.autoPrint() - doc.autoPrint({variant: 'javascript'}) + doc.autoPrint({ variant: 'javascript' }) } function test_viewerpreferences() { - + const doc = new jsPDF() doc.text(10, 10, 'This is a test') - doc.viewerPreferences({'HideToolbar': true}) - doc.viewerPreferences({'HideMenubar': true}) - doc.viewerPreferences({'HideWindowUI': true}) - doc.viewerPreferences({ NumCopies:9}) - doc.viewerPreferences({'HideWindowUI': true}) - doc.viewerPreferences({'FitWindow': true}, true) - doc.viewerPreferences({'ViewArea' : 'MediaBox'}) - doc.viewerPreferences({'PrintPageRange' : [[1,3],[5,9]]}) - doc.viewerPreferences({'HideWindowUI': true}) + doc.viewerPreferences({ 'HideToolbar': true }) + doc.viewerPreferences({ 'HideMenubar': true }) + doc.viewerPreferences({ 'HideWindowUI': true }) + doc.viewerPreferences({ NumCopies: 9 }) + doc.viewerPreferences({ 'HideWindowUI': true }) + doc.viewerPreferences({ 'FitWindow': true }, true) + doc.viewerPreferences({ 'ViewArea': 'MediaBox' }) + doc.viewerPreferences({ 'PrintPageRange': [[1, 3], [5, 9]] }) + doc.viewerPreferences({ 'HideWindowUI': true }) doc.viewerPreferences('reset') - doc.viewerPreferences({'FitWindow': true}) + doc.viewerPreferences({ 'FitWindow': true }) } function test_arabic() { @@ -489,51 +489,61 @@ function test_split_text_to_size() { } function test_setlanguage() { - + var doc = new jsPDF(); doc.setLanguage("en-US"); doc.setLanguage('de-DE') - + } function test_annotations() { const doc = new jsPDF() doc.createAnnotation({ - type: 'text', - title: 'note', - bounds: { - x: 10, - y: 10, - w: 200, - h: 80 - }, - contents: 'This is text annotation (closed by default)', - open: false + type: 'text', + title: 'note', + bounds: { + x: 10, + y: 10, + w: 200, + h: 80 + }, + contents: 'This is text annotation (closed by default)', + open: false }) doc.createAnnotation({ type: 'text', title: 'note', bounds: { - x: 10, - y: 10, - w: 200, - h: 80 + x: 10, + y: 10, + w: 200, + h: 80 }, contents: 'This is text annotation (open by default)', open: true - }) - + }) + doc.createAnnotation({ type: 'freetext', bounds: { - x: 0, - y: 10, - w: 200, - h: 20 + x: 0, + y: 10, + w: 200, + h: 20 }, contents: 'This is a freetext annotation', color: '#ff0000' - }) + }) + + var pdf = new jsPDF(); + var x = 1, y = 1, i = 1; + var width = pdf.textWithLink(" [100%]", x, y, { pageNumber: i, magFactor: 'XYZ', zoom: 1 }); + var width = pdf.textWithLink(" [200%]", x, y, { pageNumber: i, magFactor: 'XYZ', zoom: 2 }); + var width = pdf.textWithLink(" [50%]", x, y, { pageNumber: i, magFactor: 'XYZ', zoom: .5 }); + var width = pdf.textWithLink(" [Fit]", x, y, { pageNumber: i, magFactor: 'Fit' }); + var width = pdf.textWithLink(" [FitH]", x, y, { pageNumber: i, magFactor: 'FitH' }); + var width = pdf.textWithLink(" [FitV]", x, y, { pageNumber: i, magFactor: 'FitV' }); + } function test_AcroForm() { @@ -547,4 +557,16 @@ function test_AcroForm() { var textField = doc.AcroForm.TextField(); textField.value = 'Test'; textField.defaultValue = ''; +} + +function test_html() { + var doc = new jsPDF(); + + doc.html(document.body, { + callback: function (doc) {}, + html2canvas: { + allowTaint: false + }, + jsPDF: doc + }) } \ No newline at end of file diff --git a/dist/jspdf.debug.js b/dist/jspdf.debug.js index d5a782e2e..b266d4fef 100644 --- a/dist/jspdf.debug.js +++ b/dist/jspdf.debug.js @@ -5,10 +5,13 @@ /** @license * jsPDF - PDF Document creation from JavaScript - * Version 1.5.3 Built on 2018-12-27T14:11:42.696Z - * CommitID d93d28db14 + * Version 1.5.3 Built on 2019-03-28T02:02:22.223Z + * CommitID cf389e836e * - * Copyright (c) 2010-2016 James Hall , https://github.com/MrRio/jsPDF + * Copyright (c) 2010-2018 James Hall , https://github.com/MrRio/jsPDF + * 2015-2018 yWorks GmbH, http://www.yworks.com + * 2015-2018 Lukas Holländer , https://github.com/HackbrettXXX + * 2016-2018 Aras Abbasi * 2010 Aaron Spike, https://github.com/acspike * 2012 Willow Systems Corporation, willow-systems.com * 2012 Pablo Hess, https://github.com/pablohess @@ -46,10 +49,10 @@ return _typeof(obj); } - /** - * JavaScript Polyfill functions for jsPDF - * Collected from public resources by - * https://github.com/diegocr + /** + * JavaScript Polyfill functions for jsPDF + * Collected from public resources by + * https://github.com/diegocr */ (function (global) { if (_typeof(global.console) !== "object") { @@ -66,11 +69,11 @@ var methods = ('assert,clear,count,debug,dir,dirxml,error,exception,group,' + 'groupCollapsed,groupEnd,info,log,markTimeline,profile,profiles,profileEnd,' + 'show,table,time,timeEnd,timeline,timelineEnd,timeStamp,trace,warn').split(','); while (prop = properties.pop()) { - if (!con[prop]) con[prop] = {}; + if (!con[prop]) { con[prop] = {}; } } while (method = methods.pop()) { - if (!con[method]) con[method] = dummy; + if (!con[method]) { con[method] = dummy; } } } @@ -187,7 +190,7 @@ Array.prototype.map = function (fun /*, thisArg */ ) { - if (this === void 0 || this === null || typeof fun !== "function") throw new TypeError(); + if (this === void 0 || this === null || typeof fun !== "function") { throw new TypeError(); } var t = Object(this), len = t.length >>> 0, res = new Array(len); @@ -199,7 +202,7 @@ // possible only if Object.prototype or Array.prototype // has a property |i| (very unlikely), so use a less-correct // but more portable alternative. - if (i in t) res[i] = fun.call(thisArg, t[i], i, t); + if (i in t) { res[i] = fun.call(thisArg, t[i], i, t); } } return res; @@ -210,17 +213,140 @@ Array.isArray = function (arg) { return Object.prototype.toString.call(arg) === '[object Array]'; }; + } // Production steps of ECMA-262, Edition 5, 15.4.4.21 + // Reference: http://es5.github.io/#x15.4.4.21 + // https://tc39.github.io/ecma262/#sec-array.prototype.reduce + + + if (!Array.prototype.reduce) { + Object.defineProperty(Array.prototype, 'reduce', { + value: function value(callback + /*, initialValue*/ + ) { + if (this === null) { + throw new TypeError('Array.prototype.reduce ' + 'called on null or undefined'); + } + + if (typeof callback !== 'function') { + throw new TypeError(callback + ' is not a function'); + } // 1. Let O be ? ToObject(this value). + + + var o = Object(this); // 2. Let len be ? ToLength(? Get(O, "length")). + + var len = o.length >>> 0; // Steps 3, 4, 5, 6, 7 + + var k = 0; + var value; + + if (arguments.length >= 2) { + value = arguments[1]; + } else { + while (k < len && !(k in o)) { + k++; + } // 3. If len is 0 and initialValue is not present, + // throw a TypeError exception. + + + if (k >= len) { + throw new TypeError('Reduce of empty array ' + 'with no initial value'); + } + + value = o[k++]; + } // 8. Repeat, while k < len + + + while (k < len) { + // a. Let Pk be ! ToString(k). + // b. Let kPresent be ? HasProperty(O, Pk). + // c. If kPresent is true, then + // i. Let kValue be ? Get(O, Pk). + // ii. Let accumulator be ? Call( + // callbackfn, undefined, + // « accumulator, kValue, k, O »). + if (k in o) { + value = callback(value, o[k], k, o); + } // d. Increase k by 1. + + + k++; + } // 9. Return accumulator. + + + return value; + } + }); + } + + if (!Uint8Array.prototype.reduce) { + Object.defineProperty(Uint8Array.prototype, 'reduce', { + value: function value(callback + /*, initialValue*/ + ) { + if (this === null) { + throw new TypeError('Array.prototype.reduce ' + 'called on null or undefined'); + } + + if (typeof callback !== 'function') { + throw new TypeError(callback + ' is not a function'); + } // 1. Let O be ? ToObject(this value). + + + var o = Object(this); // 2. Let len be ? ToLength(? Get(O, "length")). + + var len = o.length >>> 0; // Steps 3, 4, 5, 6, 7 + + var k = 0; + var value; + + if (arguments.length >= 2) { + value = arguments[1]; + } else { + while (k < len && !(k in o)) { + k++; + } // 3. If len is 0 and initialValue is not present, + // throw a TypeError exception. + + + if (k >= len) { + throw new TypeError('Reduce of empty array ' + 'with no initial value'); + } + + value = o[k++]; + } // 8. Repeat, while k < len + + + while (k < len) { + // a. Let Pk be ! ToString(k). + // b. Let kPresent be ? HasProperty(O, Pk). + // c. If kPresent is true, then + // i. Let kValue be ? Get(O, Pk). + // ii. Let accumulator be ? Call( + // callbackfn, undefined, + // « accumulator, kValue, k, O »). + if (k in o) { + value = callback(value, o[k], k, o); + } // d. Increase k by 1. + + + k++; + } // 9. Return accumulator. + + + return value; + } + }); } if (!Array.prototype.forEach) { Array.prototype.forEach = function (fun, thisArg) { - if (this === void 0 || this === null || typeof fun !== "function") throw new TypeError(); + if (this === void 0 || this === null || typeof fun !== "function") { throw new TypeError(); } var t = Object(this), len = t.length >>> 0; for (var i = 0; i < len; i++) { - if (i in t) fun.call(thisArg, t[i], i, t); + if (i in t) { fun.call(thisArg, t[i], i, t); } } }; } // https://tc39.github.io/ecma262/#sec-array.prototype.find @@ -309,6 +435,8 @@ if (typeof Object.assign != 'function') { Object.assign = function (target) { + var arguments$1 = arguments; + if (target == null) { throw new TypeError('Cannot convert undefined or null to object'); @@ -317,7 +445,7 @@ target = Object(target); for (var index = 1; index < arguments.length; index++) { - var source = arguments[index]; + var source = arguments$1[index]; if (source != null) { for (var key in source) { @@ -357,37 +485,16 @@ // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window - /** - * Creates new jsPDF document object instance. - * @name jsPDF - * @class - * @param orientation {string/Object} Orientation of the first page. Possible values are "portrait" or "landscape" (or shortcuts "p" (Default), "l").
- * Can also be an options object. - * @param unit {string} Measurement unit to be used when coordinates are specified.
- * Possible values are "pt" (points), "mm" (Default), "cm", "in" or "px". - * @param format {string/Array} The format of the first page. Can be:
  • a0 - a10
  • b0 - b10
  • c0 - c10
  • dl
  • letter
  • government-letter
  • legal
  • junior-legal
  • ledger
  • tabloid
  • credit-card

- * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] - * @returns {jsPDF} jsPDF-instance - * @description - * If the first parameter (orientation) is an object, it will be interpreted as an object of named parameters - * ``` - * { - * orientation: 'p', - * unit: 'mm', - * format: 'a4', - * hotfixes: [] // an array of hotfix strings to enable - * } - * ``` - */ - var jsPDF = function (global) { - /** - * jsPDF's Internal PubSub Implementation. - * Backward compatible rewritten on 2014 by - * Diego Casorran, https://github.com/diegocr - * - * @class - * @name PubSub - * @ignore + /* global saveAs, define, RGBColor */ + (function (global) { + /** + * jsPDF's Internal PubSub Implementation. + * Backward compatible rewritten on 2014 by + * Diego Casorran, https://github.com/diegocr + * + * @class + * @name PubSub + * @ignore */ function PubSub(context) { @@ -445,10 +552,10 @@ } } - if (sub[1]) tokens.push(token); + if (sub[1]) { tokens.push(token); } } - if (tokens.length) tokens.forEach(this.unsubscribe); + if (tokens.length) { tokens.forEach(this.unsubscribe); } } }; @@ -456,25 +563,53 @@ return topics; }; } - /** - * @constructor - * @private - */ + /** + * Creates new jsPDF document object instance. + * @name jsPDF + * @class + * @param {Object} [options] - Collection of settings initializing the jsPDF-instance + * @param {string} [options.orientation=portrait] - Orientation of the first page. Possible values are "portrait" or "landscape" (or shortcuts "p" or "l").
+ * @param {string} [options.unit=mm] Measurement unit (base unit) to be used when coordinates are specified.
+ * Possible values are "pt" (points), "mm", "cm", "m", "in" or "px". + * @param {string/Array} [options.format=a4] The format of the first page. Can be:
  • a0 - a10
  • b0 - b10
  • c0 - c10
  • dl
  • letter
  • government-letter
  • legal
  • junior-legal
  • ledger
  • tabloid
  • credit-card

+ * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] + * @param {boolean} [options.putOnlyUsedFonts=true] Only put fonts into the PDF, which were used. + * @param {boolean} [options.compress=false] Compress the generated PDF. + * @param {number} [options.precision=2] Precision of the element-positions. + * @param {number} [options.userUnit=1.0] Not to be confused with the base unit. Please inform yourself before you use it. + * @returns {jsPDF} jsPDF-instance + * @description + * ``` + * { + * orientation: 'p', + * unit: 'mm', + * format: 'a4', + * putOnlyUsedFonts:true + * } + * ``` + * + * @constructor + */ - function jsPDF(orientation, unit, format, compressPdf) { - var options = {}; + function jsPDF(options) { + var unit = arguments[1]; + var format = arguments[2]; + var compressPdf = arguments[3]; var filters = []; var userUnit = 1.0; + var precision; + var orientation = typeof options === 'string' ? options : 'p'; + options = options || {}; - if (_typeof(orientation) === 'object') { - options = orientation; + if (_typeof(options) === 'object') { orientation = options.orientation; unit = options.unit || unit; format = options.format || format; compressPdf = options.compress || options.compressPdf || compressPdf; filters = options.filters || (compressPdf === true ? ['FlateEncode'] : filters); userUnit = typeof options.userUnit === "number" ? Math.abs(options.userUnit) : 1.0; + precision = options.precision; } unit = unit || 'mm'; @@ -549,18 +684,44 @@ return pageFormats[value]; }; - if (typeof format === "string") { - format = getPageFormat(format); - } + format = format || 'a4'; + + var roundToPrecision = API.roundToPrecision = API.__private__.roundToPrecision = function (number, parmPrecision) { + var tmpPrecision = precision || parmPrecision; + + if (isNaN(number) || isNaN(tmpPrecision)) { + throw new Error('Invalid argument passed to jsPDF.roundToPrecision'); + } - format = format || getPageFormat('a4'); + if (precision >= 16) { + return number.toFixed(precision).replace(/0+$/, ""); + } else { + return number.toFixed(tmpPrecision); + } + }; + + var scale = API.scale = API.__private__.scale = function (number) { + if (isNaN(number)) { + throw new Error('Invalid argument passed to jsPDF.scale'); + } + + return number * k; + }; + + var hpf = API.hpf = API.__private__.hpf = function (number) { + if (isNaN(number)) { + throw new Error('Invalid argument passed to jsPDF.hpf'); + } + + return roundToPrecision(number, 16); + }; var f2 = API.f2 = API.__private__.f2 = function (number) { if (isNaN(number)) { throw new Error('Invalid argument passed to jsPDF.f2'); } - return number.toFixed(2); // Ie, %.2f + return roundToPrecision(number, 2); }; var f3 = API.__private__.f3 = function (number) { @@ -568,7 +729,7 @@ throw new Error('Invalid argument passed to jsPDF.f3'); } - return number.toFixed(3); // Ie, %.3f + return roundToPrecision(number, 3); }; var fileId = '00000000000000000000000000000000'; @@ -584,13 +745,13 @@ fileId = value; return fileId; }; - /** - * @name setFileId - * @memberOf jsPDF - * @function - * @instance - * @param {string} value GUID. - * @returns {jsPDF} + /** + * @name setFileId + * @memberof jsPDF# + * @function + * @instance + * @param {string} value GUID. + * @returns {jsPDF} */ @@ -598,13 +759,13 @@ setFileId(value); return this; }; - /** - * @name getFileId - * @memberOf jsPDF - * @function - * @instance - * - * @returns {string} GUID. + /** + * @name getFileId + * @memberof jsPDF# + * @function + * @instance + * + * @returns {string} GUID. */ @@ -667,13 +828,13 @@ return result; }; - /** - * @name setCreationDate - * @memberOf jsPDF - * @function - * @instance - * @param {Object} date - * @returns {jsPDF} + /** + * @name setCreationDate + * @memberof jsPDF# + * @function + * @instance + * @param {Object} date + * @returns {jsPDF} */ @@ -681,13 +842,13 @@ setCreationDate(date); return this; }; - /** - * @name getCreationDate - * @memberOf jsPDF - * @function - * @instance - * @param {Object} type - * @returns {Object} + /** + * @name getCreationDate + * @memberof jsPDF# + * @function + * @instance + * @param {Object} type + * @returns {Object} */ @@ -699,6 +860,11 @@ return ('0' + parseInt(number)).slice(-2); }; + var padd2Hex = API.__private__.padd2Hex = function (hexString) { + hexString = hexString.toString(); + return ("00" + hexString).substr(hexString.length); + }; + var outToPages = !1; // switches where out() prints. outToPages true = push to pages obj. outToPages false = doc builder content var pages = []; @@ -711,7 +877,7 @@ customOutputDestination = destination; }; - var resetOutputDestination = API.__private__.resetCustomOutputDestination = function (destination) { + var resetOutputDestination = API.__private__.resetCustomOutputDestination = function () { customOutputDestination = undefined; }; @@ -752,34 +918,34 @@ var standardFonts = [['Helvetica', "helvetica", "normal", 'WinAnsiEncoding'], ['Helvetica-Bold', "helvetica", "bold", 'WinAnsiEncoding'], ['Helvetica-Oblique', "helvetica", "italic", 'WinAnsiEncoding'], ['Helvetica-BoldOblique', "helvetica", "bolditalic", 'WinAnsiEncoding'], ['Courier', "courier", "normal", 'WinAnsiEncoding'], ['Courier-Bold', "courier", "bold", 'WinAnsiEncoding'], ['Courier-Oblique', "courier", "italic", 'WinAnsiEncoding'], ['Courier-BoldOblique', "courier", "bolditalic", 'WinAnsiEncoding'], ['Times-Roman', "times", "normal", 'WinAnsiEncoding'], ['Times-Bold', "times", "bold", 'WinAnsiEncoding'], ['Times-Italic', "times", "italic", 'WinAnsiEncoding'], ['Times-BoldItalic', "times", "bolditalic", 'WinAnsiEncoding'], ['ZapfDingbats', "zapfdingbats", "normal", null], ['Symbol', "symbol", "normal", null]]; - var getStandardFonts = API.__private__.getStandardFonts = function (data) { + var getStandardFonts = API.__private__.getStandardFonts = function () { return standardFonts; }; var activeFontSize = options.fontSize || 16; - /** - * Sets font size for upcoming text elements. - * - * @param {number} size Font size in points. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setFontSize + /** + * Sets font size for upcoming text elements. + * + * @param {number} size Font size in points. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setFontSize */ var setFontSize = API.__private__.setFontSize = API.setFontSize = function (size) { activeFontSize = size; return this; }; - /** - * Gets the fontsize for upcoming text elements. - * - * @function - * @instance - * @returns {number} - * @memberOf jsPDF - * @name getFontSize + /** + * Gets the fontsize for upcoming text elements. + * + * @function + * @instance + * @returns {number} + * @memberof jsPDF# + * @name getFontSize */ @@ -788,33 +954,33 @@ }; var R2L = options.R2L || false; - /** - * Set value of R2L functionality. - * - * @param {boolean} value - * @function - * @instance - * @returns {jsPDF} jsPDF-instance - * @memberOf jsPDF - * @name setR2L + /** + * Set value of R2L functionality. + * + * @param {boolean} value + * @function + * @instance + * @returns {jsPDF} jsPDF-instance + * @memberof jsPDF# + * @name setR2L */ var setR2L = API.__private__.setR2L = API.setR2L = function (value) { R2L = value; return this; }; - /** - * Get value of R2L functionality. - * - * @function - * @instance - * @returns {boolean} jsPDF-instance - * @memberOf jsPDF - * @name getR2L + /** + * Get value of R2L functionality. + * + * @function + * @instance + * @returns {boolean} jsPDF-instance + * @memberof jsPDF# + * @name getR2L */ - var getR2L = API.__private__.getR2L = API.getR2L = function (value) { + var getR2L = API.__private__.getR2L = API.getR2L = function () { return R2L; }; @@ -869,30 +1035,30 @@ var getLayoutMode = API.__private__.getLayoutMode = function () { return layoutMode; }; - /** - * Set the display mode options of the page like zoom and layout. - * - * @name setDisplayMode - * @memberOf jsPDF - * @function - * @instance - * @param {integer|String} zoom You can pass an integer or percentage as - * a string. 2 will scale the document up 2x, '200%' will scale up by the - * same amount. You can also set it to 'fullwidth', 'fullheight', - * 'fullpage', or 'original'. - * - * Only certain PDF readers support this, such as Adobe Acrobat. - * - * @param {string} layout Layout mode can be: 'continuous' - this is the - * default continuous scroll. 'single' - the single page mode only shows one - * page at a time. 'twoleft' - two column left mode, first page starts on - * the left, and 'tworight' - pages are laid out in two columns, with the - * first page on the right. This would be used for books. - * @param {string} pmode 'UseOutlines' - it shows the - * outline of the document on the left. 'UseThumbs' - shows thumbnails along - * the left. 'FullScreen' - prompts the user to enter fullscreen mode. - * - * @returns {jsPDF} + /** + * Set the display mode options of the page like zoom and layout. + * + * @name setDisplayMode + * @memberof jsPDF# + * @function + * @instance + * @param {integer|String} zoom You can pass an integer or percentage as + * a string. 2 will scale the document up 2x, '200%' will scale up by the + * same amount. You can also set it to 'fullwidth', 'fullheight', + * 'fullpage', or 'original'. + * + * Only certain PDF readers support this, such as Adobe Acrobat. + * + * @param {string} layout Layout mode can be: 'continuous' - this is the + * default continuous scroll. 'single' - the single page mode only shows one + * page at a time. 'twoleft' - two column left mode, first page starts on + * the left, and 'tworight' - pages are laid out in two columns, with the + * first page on the right. This would be used for books. + * @param {string} pmode 'UseOutlines' - it shows the + * outline of the document on the left. 'UseThumbs' - shows thumbnails along + * the left. 'FullScreen' - prompts the user to enter fullscreen mode. + * + * @returns {jsPDF} */ @@ -919,18 +1085,18 @@ return documentProperties[key]; }; - var getDocumentProperties = API.__private__.getDocumentProperties = function (properties) { + var getDocumentProperties = API.__private__.getDocumentProperties = function () { return documentProperties; }; - /** - * Adds a properties to the PDF document. - * - * @param {Object} A property_name-to-property_value object structure. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setDocumentProperties + /** + * Adds a properties to the PDF document. + * + * @param {Object} A property_name-to-property_value object structure. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setDocumentProperties */ @@ -963,6 +1129,17 @@ var activeFontKey; // will be string representing the KEY of the font as combination of fontName + fontStyle + var fontStateStack = []; // + + var patterns = {}; // collection of pattern objects + + var patternMap = {}; // see fonts + + var gStates = {}; // collection of graphic state objects + + var gStatesMap = {}; // see fonts + + var activeGState = null; var k; // Scale factor var page = 0; @@ -970,6 +1147,414 @@ var additionalObjects = []; var events = new PubSub(API); var hotfixes = options.hotfixes || []; + var renderTargets = {}; + var renderTargetMap = {}; + var renderTargetStack = []; + var pageX; + var pageY; + var pageMatrix; // only used for FormObjects + + /** + * A matrix object for 2D homogenous transformations:
+ * | a b 0 |
+ * | c d 0 |
+ * | e f 1 |
+ * pdf multiplies matrices righthand: v' = v x m1 x m2 x ... + * + * @class + * @name Matrix + * @param {number} a + * @param {number} b + * @param {number} c + * @param {number} d + * @param {number} e + * @param {number} f + * @constructor + */ + + var Matrix = function Matrix(sx, shy, shx, sy, tx, ty) { + var round = function round(number) { + if (precision >= 16) { + return number; + } else { + return Math.round(number * 100000) / 100000; + } + }; + + var _matrix = []; + /** + * @name sx + * @memberof Matrix# + */ + + Object.defineProperty(this, 'sx', { + get: function get() { + return _matrix[0]; + }, + set: function set(value) { + _matrix[0] = round(value); + } + }); + /** + * @name shy + * @memberof Matrix# + */ + + Object.defineProperty(this, 'shy', { + get: function get() { + return _matrix[1]; + }, + set: function set(value) { + _matrix[1] = round(value); + } + }); + /** + * @name shx + * @memberof Matrix# + */ + + Object.defineProperty(this, 'shx', { + get: function get() { + return _matrix[2]; + }, + set: function set(value) { + _matrix[2] = round(value); + } + }); + /** + * @name sy + * @memberof Matrix# + */ + + Object.defineProperty(this, 'sy', { + get: function get() { + return _matrix[3]; + }, + set: function set(value) { + _matrix[3] = round(value); + } + }); + /** + * @name tx + * @memberof Matrix# + */ + + Object.defineProperty(this, 'tx', { + get: function get() { + return _matrix[4]; + }, + set: function set(value) { + _matrix[4] = round(value); + } + }); + /** + * @name ty + * @memberof Matrix# + */ + + Object.defineProperty(this, 'ty', { + get: function get() { + return _matrix[5]; + }, + set: function set(value) { + _matrix[5] = round(value); + } + }); + Object.defineProperty(this, 'a', { + get: function get() { + return _matrix[0]; + }, + set: function set(value) { + _matrix[0] = round(value); + } + }); + Object.defineProperty(this, 'b', { + get: function get() { + return _matrix[1]; + }, + set: function set(value) { + _matrix[1] = round(value); + } + }); + Object.defineProperty(this, 'c', { + get: function get() { + return _matrix[2]; + }, + set: function set(value) { + _matrix[2] = round(value); + } + }); + Object.defineProperty(this, 'd', { + get: function get() { + return _matrix[3]; + }, + set: function set(value) { + _matrix[3] = round(value); + } + }); + Object.defineProperty(this, 'e', { + get: function get() { + return _matrix[4]; + }, + set: function set(value) { + _matrix[4] = round(value); + } + }); + Object.defineProperty(this, 'f', { + get: function get() { + return _matrix[5]; + }, + set: function set(value) { + _matrix[5] = round(value); + } + }); + /** + * @name rotation + * @memberof Matrix# + */ + + Object.defineProperty(this, 'rotation', { + get: function get() { + return Math.atan2(this.shx, this.sx); + } + }); + /** + * @name scaleX + * @memberof Matrix# + */ + + Object.defineProperty(this, 'scaleX', { + get: function get() { + return this.decompose().scale.sx; + } + }); + /** + * @name scaleY + * @memberof Matrix# + */ + + Object.defineProperty(this, 'scaleY', { + get: function get() { + return this.decompose().scale.sy; + } + }); + /** + * @name isIdentity + * @memberof Matrix# + */ + + Object.defineProperty(this, 'isIdentity', { + get: function get() { + if (this.sx !== 1) { + return false; + } + + if (this.shy !== 0) { + return false; + } + + if (this.shx !== 0) { + return false; + } + + if (this.sy !== 1) { + return false; + } + + if (this.tx !== 0) { + return false; + } + + if (this.ty !== 0) { + return false; + } + + return true; + } + }); + this.sx = !isNaN(sx) ? sx : 1; + this.shy = !isNaN(shy) ? shy : 0; + this.shx = !isNaN(shx) ? shx : 0; + this.sy = !isNaN(sy) ? sy : 1; + this.tx = !isNaN(tx) ? tx : 0; + this.ty = !isNaN(ty) ? ty : 0; + return this; + }; + /** + * Multiply the matrix with given Matrix + * + * @function join + * @param {string} separator Specifies a string to separate each pair of adjacent elements of the array. The separator is converted to a string if necessary. If omitted, the array elements are separated with a comma (","). If separator is an empty string, all elements are joined without any characters in between them. + * @returns {string} A string with all array elements joined. + * @memberof Matrix# + */ + + + Matrix.prototype.join = function (parm1) { + return [this.sx, this.shy, this.shx, this.sy, this.tx, this.ty].join(parm1); + }; + /** + * Multiply the matrix with given Matrix + * + * @function multiply + * @param matrix + * @returns {Matrix} + * @memberof Matrix# + */ + + + Matrix.prototype.multiply = function (matrix) { + var sx = matrix.sx * this.sx + matrix.shy * this.shx; + var shy = matrix.sx * this.shy + matrix.shy * this.sy; + var shx = matrix.shx * this.sx + matrix.sy * this.shx; + var sy = matrix.shx * this.shy + matrix.sy * this.sy; + var tx = matrix.tx * this.sx + matrix.ty * this.shx + this.tx; + var ty = matrix.tx * this.shy + matrix.ty * this.sy + this.ty; + return new Matrix(sx, shy, shx, sy, tx, ty); + }; + /** + * @function decompose + * @memberof Matrix# + */ + + + Matrix.prototype.decompose = function () { + var a = this.sx; + var b = this.shy; + var c = this.shx; + var d = this.sy; + var e = this.tx; + var f = this.ty; + var scaleX = Math.sqrt(a * a + b * b); + a /= scaleX; + b /= scaleX; + var shear = a * c + b * d; + c -= a * shear; + d -= b * shear; + var scaleY = Math.sqrt(c * c + d * d); + c /= scaleY; + d /= scaleY; + shear /= scaleY; + + if (a * d < b * c) { + a = -a; + b = -b; + shear = -shear; + scaleX = -scaleX; + } + + return { + scale: new Matrix(scaleX, 0, 0, scaleY, 0, 0), + translate: new Matrix(1, 0, 0, 1, e, f), + rotate: new Matrix(a, b, -b, a, 0, 0), + skew: new Matrix(1, 0, shear, 1, 0, 0) + }; + }; + /** + * @function toString + * @memberof Matrix# + */ + + + Matrix.prototype.toString = function (parmPrecision) { + var tmpPrecision = precision || parmPrecision || 5; + + var round = function round(number) { + if (precision >= 16) { + return hpf(number); + } else { + return Math.round(number * Math.pow(10, tmpPrecision)) / Math.pow(10, tmpPrecision); + } + }; + + return [round(this.sx), round(this.shy), round(this.shx), round(this.sy), round(this.tx), round(this.ty)].join(" "); + }; + /** + * @function inversed + * @memberof Matrix# + */ + + + Matrix.prototype.inversed = function () { + var a = this.sx, + b = this.shy, + c = this.shx, + d = this.sy, + e = this.tx, + f = this.ty; + var quot = 1 / (a * d - b * c); + var aInv = d * quot; + var bInv = -b * quot; + var cInv = -c * quot; + var dInv = a * quot; + var eInv = -aInv * e - cInv * f; + var fInv = -bInv * e - dInv * f; + return new Matrix(aInv, bInv, cInv, dInv, eInv, fInv); + }; + /** + * @function applyToPoint + * @memberof Matrix# + */ + + + Matrix.prototype.applyToPoint = function (pt) { + var x = pt.x * this.sx + pt.y * this.shx + this.tx; + var y = pt.x * this.shy + pt.y * this.sy + this.ty; + return new Point(x, y); + }; + /** + * @function applyToRectangle + * @memberof Matrix# + */ + + + Matrix.prototype.applyToRectangle = function (rect) { + var pt1 = this.applyToPoint(rect); + var pt2 = this.applyToPoint(new Point(rect.x + rect.w, rect.y + rect.h)); + return new Rectangle(pt1.x, pt1.y, pt2.x - pt1.x, pt2.y - pt1.y); + }; + /** + * Clone the Matrix + * + * @function clone + * @memberof Matrix# + * @name clone + * @instance + */ + + + Matrix.prototype.clone = function () { + var sx = this.sx; + var shy = this.shy; + var shx = this.shx; + var sy = this.sy; + var tx = this.tx; + var ty = this.ty; + return new Matrix(sx, shy, shx, sy, tx, ty); + }; + + API.Matrix = Matrix; + /** + * Multiplies two matrices. (see {@link Matrix}) + * @param {Matrix} m1 + * @param {Matrix} m2 + * @memberof jsPDF# + * @name matrixMult + */ + + var matrixMult = API.matrixMult = function (m1, m2) { + return m1.multiply(m2); + }; + /** + * The identity matrix (equivalent to new Matrix(1, 0, 0, 1, 0, 0)). + * @type {Matrix} + * @memberof! jsPDF# + * @name identityMatrix + */ + + + var identityMatrix = new Matrix(1, 0, 0, 1, 0, 0); + API.unitMatrix = API.identityMatrix = identityMatrix; var newObject = API.__private__.newObject = function () { var oid = newObjectDeferred(); @@ -1025,6 +1610,12 @@ // convert grayscale value to rgb so that it can be converted to hex for consistency var floatVal = parseFloat(colorEncoded[0]); colorEncoded = [floatVal, floatVal, floatVal, 'r']; + } else if (colorEncoded.length === 5 && (colorEncoded[4] === 'k' || colorEncoded[4] === 'K')) { + // convert CMYK values to rbg so that it can be converted to hex for consistency + var red = (1.0 - colorEncoded[0]) * (1.0 - colorEncoded[3]); + var green = (1.0 - colorEncoded[1]) * (1.0 - colorEncoded[3]); + var blue = (1.0 - colorEncoded[2]) * (1.0 - colorEncoded[3]); + colorEncoded = [red, green, blue, 'r']; } var colorAsRGB = '#'; @@ -1049,7 +1640,6 @@ var ch2 = options.ch2; var ch3 = options.ch3; var ch4 = options.ch4; - var precision = options.precision; var letterArray = options.pdfColorType === "draw" ? ['G', 'RG', 'K'] : ['g', 'rg', 'k']; if (typeof ch1 === "string" && ch1.charAt(0) !== '#') { @@ -1121,12 +1711,12 @@ } else { switch (options.precision) { case 2: - color = [f2(ch1 / 255), f2(ch2 / 255), f2(ch3 / 255), f2(ch4 / 255), letterArray[2]].join(" "); + color = [f2(ch1), f2(ch2), f2(ch3), f2(ch4), letterArray[2]].join(" "); break; case 3: default: - color = [f3(ch1 / 255), f3(ch2 / 255), f3(ch3 / 255), f3(ch4 / 255), letterArray[2]].join(" "); + color = [f3(ch1), f3(ch2), f3(ch3), f3(ch4), letterArray[2]].join(" "); } } } @@ -1209,14 +1799,11 @@ }; var putPage = API.__private__.putPage = function (page) { - var mediaBox = page.mediaBox; var pageNumber = page.number; var data = page.data; var pageObjectNumber = page.objId; var pageContentsObjId = page.contentsObjId; newObjectDeferredBegin(pageObjectNumber, true); - var wPt = pagesContext[currentPage].mediaBox.topRightX - pagesContext[currentPage].mediaBox.bottomLeftX; - var hPt = pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY; out('<>"); + putStream(p); + out("endobj"); + }; + + var putXObjects = function putXObjects() { + for (var xObjectKey in renderTargets) { + if (renderTargets.hasOwnProperty(xObjectKey)) { + putXObject(renderTargets[xObjectKey]); } } - - out('>>'); - out('/XObject <<'); - events.publish('putXobjectDict'); - out('>>'); }; - var putResources = function putResources() { - putFonts(); - events.publish('putResources'); - newObjectDeferredBegin(resourceDictionaryObjId, true); - out('<<'); - putResourceDictionary(); - out('>>'); - out('endobj'); - events.publish('postPutResources'); + var interpolateAndEncodeRGBStream = function interpolateAndEncodeRGBStream(colors, numberSamples) { + var tValues = []; + var t; + var dT = 1.0 / (numberSamples - 1); + + for (t = 0.0; t < 1.0; t += dT) { + tValues.push(t); + } + + tValues.push(1.0); // add first and last control point if not present + + if (colors[0].offset != 0.0) { + var c0 = { + offset: 0.0, + color: colors[0].color + }; + colors.unshift(c0); + } + + if (colors[colors.length - 1].offset != 1.0) { + var c1 = { + offset: 1.0, + color: colors[colors.length - 1].color + }; + colors.push(c1); + } + + var out = ""; + var index = 0; + + for (var i = 0; i < tValues.length; i++) { + t = tValues[i]; + + while (t > colors[index + 1].offset) { + index++; + } + + var a = colors[index].offset; + var b = colors[index + 1].offset; + var d = (t - a) / (b - a); + var aColor = colors[index].color; + var bColor = colors[index + 1].color; + out += padd2Hex(Math.round((1 - d) * aColor[0] + d * bColor[0]).toString(16)) + padd2Hex(Math.round((1 - d) * aColor[1] + d * bColor[1]).toString(16)) + padd2Hex(Math.round((1 - d) * aColor[2] + d * bColor[2]).toString(16)); + } + + return out.trim(); + }; + + var putShadingPattern = function putShadingPattern(pattern, numberSamples) { + /* + Axial patterns shade between the two points specified in coords, radial patterns between the inner + and outer circle. + The user can specify an array (colors) that maps t-Values in [0, 1] to RGB colors. These are now + interpolated to equidistant samples and written to pdf as a sample (type 0) function. + */ + out("/Shading <<"); // The number of color samples that should be used to describe the shading. + // The higher, the more accurate the gradient will be. + + numberSamples || (numberSamples = 21); + var funcObjectNumber = newObject(); + var stream = interpolateAndEncodeRGBStream(pattern.colors, numberSamples); + out("<< /FunctionType 0"); + out("/Domain [0.0 1.0]"); + out("/Size [" + numberSamples + "]"); + out("/BitsPerSample 8"); + out("/Range [0.0 1.0 0.0 1.0 0.0 1.0]"); + out("/Decode [0.0 1.0 0.0 1.0 0.0 1.0]"); + out("/Length " + stream.length); // The stream is Hex encoded + + out("/Filter /ASCIIHexDecode"); + out(">>"); + putStream(stream); + out("endobj"); + pattern.objectNumber = newObject(); + out("<< /ShadingType " + pattern.type); + out("/ColorSpace /DeviceRGB"); + var coords = "/Coords [" + hpf(parseFloat(pattern.coords[0])) + " " + // x1 + hpf(parseFloat(pattern.coords[1])) + " "; // y1 + + if (pattern.type === 2) { + // axial + coords += hpf(parseFloat(pattern.coords[2])) + " " + // x2 + hpf(parseFloat(pattern.coords[3])); // y2 + } else { + // radial + coords += hpf(parseFloat(pattern.coords[2])) + " " + // r1 + hpf(parseFloat(pattern.coords[3])) + " " + // x2 + hpf(parseFloat(pattern.coords[4])) + " " + // y2 + hpf(parseFloat(pattern.coords[5])); // r2 + } + + coords += "]"; + out(coords); + + if (pattern.matrix) { + out("/Matrix [" + pattern.matrix.toString() + "]"); + } + + out("/Function " + funcObjectNumber + " 0 R"); + out("/Extend [true true]"); + out(">>"); + out("endobj"); + out(">>"); + }; + + var putTilingPattern = function putTilingPattern(pattern) { + var resourcesObjectNumber = newObject(); + putResourceDictionary(); + out("endobj"); + pattern.objectNumber = newObject(); + out("<< /Type /Pattern"); + out("/PatternType 1"); // tiling pattern + + out("/PaintType 1"); // colored tiling pattern + + out("/TilingType 1"); // constant spacing + + out("/BBox [" + pattern.boundingBox.map(hpf).join(" ") + "]"); + out("/XStep " + hpf(pattern.xStep)); + out("/YStep " + hpf(pattern.yStep)); + out("/Length " + pattern.stream.length); + out("/Resources " + resourcesObjectNumber + " 0 R"); // TODO: resources + + pattern.matrix && out("/Matrix [" + pattern.matrix.toString() + "]"); + out(">>"); + putStream(pattern.stream); + out("endobj"); + }; + + var putPatterns = function putPatterns() { + var patternKey; + + for (patternKey in patterns) { + if (patterns.hasOwnProperty(patternKey)) { + if (patterns[patternKey] instanceof API.ShadingPattern) { + putShadingPattern(patterns[patternKey]); + } else if (patterns[patternKey] instanceof API.TilingPattern) { + putTilingPattern(patterns[patternKey]); + } + } + } + }; + + var putGState = function putGState(gState) { + gState.objectNumber = newObject(); + out("<<"); + + for (var p in gState) { + switch (p) { + case "opacity": + out("/ca " + f2(gState[p])); + break; + + case "stroke-opacity": + out("/CA " + f2(gState[p])); + break; + } + } + + out(">>"); + out("endobj"); + }; + + var putGStates = function putGStates() { + var gStateKey; + + for (gStateKey in gStates) { + if (gStates.hasOwnProperty(gStateKey)) { + putGState(gStates[gStateKey]); + } + } + }; + + var putXobjectDict = function putXobjectDict() { + out("/XObject <<"); + + for (var xObjectKey in renderTargets) { + if (renderTargets.hasOwnProperty(xObjectKey) && renderTargets[xObjectKey].objectNumber >= 0) { + out("/" + xObjectKey + " " + renderTargets[xObjectKey].objectNumber + " 0 R"); + } + } // Loop through images, or other data objects + + + events.publish("putXobjectDict"); + out(">>"); + }; + + var putFontDict = function putFontDict() { + out('/Font <<'); // Do this for each font, the '1' bit is the index of the font + + for (var fontKey in fonts) { + if (fonts.hasOwnProperty(fontKey)) { + if (putOnlyUsedFonts === false || putOnlyUsedFonts === true && usedFonts.hasOwnProperty(fontKey)) { + out('/' + fontKey + ' ' + fonts[fontKey].objectNumber + ' 0 R'); + } + } + } + + out('>>'); + }; + + var putShadingPatternDict = function putShadingPatternDict() { + if (Object.keys(patterns).length > 0) { + out("/Shading <<"); + + for (var patternKey in patterns) { + if (patterns.hasOwnProperty(patternKey) && patterns[patternKey] instanceof API.ShadingPattern && patterns[patternKey].objectNumber >= 0) { + out("/" + patternKey + " " + patterns[patternKey].objectNumber + " 0 R"); + } + } + + events.publish("putShadingPatternDict"); + out(">>"); + } + }; + + var putTilingPatternDict = function putTilingPatternDict() { + if (Object.keys(patterns).length > 0) { + out("/Pattern <<"); + + for (var patternKey in patterns) { + if (patterns.hasOwnProperty(patternKey) && patterns[patternKey] instanceof API.TilingPattern && patterns[patternKey].objectNumber >= 0) { + out("/" + patternKey + " " + patterns[patternKey].objectNumber + " 0 R"); + } + } + + events.publish("putTilingPatternDict"); + } + }; + + var putGStatesDict = function putGStatesDict() { + if (Object.keys(gStates).length > 0) { + var gStateKey; + out("/ExtGState <<"); + + for (gStateKey in gStates) { + if (gStates.hasOwnProperty(gStateKey) && gStates[gStateKey].objectNumber >= 0) { + out("/" + gStateKey + " " + gStates[gStateKey].objectNumber + " 0 R"); + } + } + + events.publish("putGStateDict"); + out(">>"); + } + }; + + var putResourceDictionary = function putResourceDictionary() { + out('<<'); + out('/ProcSet [/PDF /Text /ImageB /ImageC /ImageI]'); + putFontDict(); + putShadingPatternDict(); + putTilingPatternDict(); + putGStatesDict(); + putXobjectDict(); + out('>>'); + }; + + var putResources = function putResources() { + putFonts(); + putGStates(); + putXObjects(); + putPatterns(); + events.publish('putResources'); + newObjectDeferredBegin(resourceDictionaryObjId, true); + putResourceDictionary(); + out('endobj'); + events.publish('postPutResources'); }; var putAdditionalObjects = function putAdditionalObjects() { @@ -1441,12 +2297,12 @@ return fn.apply(this, arguments); } catch (e) { var stack = e.stack || ''; - if (~stack.indexOf(' at ')) stack = stack.split(" at ")[1]; + if (~stack.indexOf(' at ')) { stack = stack.split(" at ")[1]; } var m = "Error in function " + stack.split("\n")[0].split('<')[0] + ": " + e.message; if (global.console) { global.console.error(m, e); - if (global.alert) alert(m); + if (global.alert) { alert(m); } } else { throw new Error(m); } @@ -1458,52 +2314,52 @@ }; var to8bitStream = function to8bitStream(text, flags) { - /** - * PDF 1.3 spec: - * "For text strings encoded in Unicode, the first two bytes must be 254 followed by - * 255, representing the Unicode byte order marker, U+FEFF. (This sequence conflicts - * with the PDFDocEncoding character sequence thorn ydieresis, which is unlikely - * to be a meaningful beginning of a word or phrase.) The remainder of the - * string consists of Unicode character codes, according to the UTF-16 encoding - * specified in the Unicode standard, version 2.0. Commonly used Unicode values - * are represented as 2 bytes per character, with the high-order byte appearing first - * in the string." - * - * In other words, if there are chars in a string with char code above 255, we - * recode the string to UCS2 BE - string doubles in length and BOM is prepended. - * - * HOWEVER! - * Actual *content* (body) text (as opposed to strings used in document properties etc) - * does NOT expect BOM. There, it is treated as a literal GID (Glyph ID) - * - * Because of Adobe's focus on "you subset your fonts!" you are not supposed to have - * a font that maps directly Unicode (UCS2 / UTF16BE) code to font GID, but you could - * fudge it with "Identity-H" encoding and custom CIDtoGID map that mimics Unicode - * code page. There, however, all characters in the stream are treated as GIDs, - * including BOM, which is the reason we need to skip BOM in content text (i.e. that - * that is tied to a font). - * - * To signal this "special" PDFEscape / to8bitStream handling mode, - * API.text() function sets (unless you overwrite it with manual values - * given to API.text(.., flags) ) - * flags.autoencode = true - * flags.noBOM = true - * - * =================================================================================== - * `flags` properties relied upon: - * .sourceEncoding = string with encoding label. - * "Unicode" by default. = encoding of the incoming text. - * pass some non-existing encoding name - * (ex: 'Do not touch my strings! I know what I am doing.') - * to make encoding code skip the encoding step. - * .outputEncoding = Either valid PDF encoding name - * (must be supported by jsPDF font metrics, otherwise no encoding) - * or a JS object, where key = sourceCharCode, value = outputCharCode - * missing keys will be treated as: sourceCharCode === outputCharCode - * .noBOM - * See comment higher above for explanation for why this is important - * .autoencode - * See comment higher above for explanation for why this is important + /** + * PDF 1.3 spec: + * "For text strings encoded in Unicode, the first two bytes must be 254 followed by + * 255, representing the Unicode byte order marker, U+FEFF. (This sequence conflicts + * with the PDFDocEncoding character sequence thorn ydieresis, which is unlikely + * to be a meaningful beginning of a word or phrase.) The remainder of the + * string consists of Unicode character codes, according to the UTF-16 encoding + * specified in the Unicode standard, version 2.0. Commonly used Unicode values + * are represented as 2 bytes per character, with the high-order byte appearing first + * in the string." + * + * In other words, if there are chars in a string with char code above 255, we + * recode the string to UCS2 BE - string doubles in length and BOM is prepended. + * + * HOWEVER! + * Actual *content* (body) text (as opposed to strings used in document properties etc) + * does NOT expect BOM. There, it is treated as a literal GID (Glyph ID) + * + * Because of Adobe's focus on "you subset your fonts!" you are not supposed to have + * a font that maps directly Unicode (UCS2 / UTF16BE) code to font GID, but you could + * fudge it with "Identity-H" encoding and custom CIDtoGID map that mimics Unicode + * code page. There, however, all characters in the stream are treated as GIDs, + * including BOM, which is the reason we need to skip BOM in content text (i.e. that + * that is tied to a font). + * + * To signal this "special" PDFEscape / to8bitStream handling mode, + * API.text() function sets (unless you overwrite it with manual values + * given to API.text(.., flags) ) + * flags.autoencode = true + * flags.noBOM = true + * + * =================================================================================== + * `flags` properties relied upon: + * .sourceEncoding = string with encoding label. + * "Unicode" by default. = encoding of the incoming text. + * pass some non-existing encoding name + * (ex: 'Do not touch my strings! I know what I am doing.') + * to make encoding code skip the encoding step. + * .outputEncoding = Either valid PDF encoding name + * (must be supported by jsPDF font metrics, otherwise no encoding) + * or a JS object, where key = sourceCharCode, value = outputCharCode + * missing keys will be treated as: sourceCharCode === outputCharCode + * .noBOM + * See comment higher above for explanation for why this is important + * .autoencode + * See comment higher above for explanation for why this is important */ var i, l, sourceEncoding, encodingBlock, outputEncoding, newtext, isUnicode, ch, bch; flags = flags || {}; @@ -1596,52 +2452,50 @@ }; var pdfEscape = API.__private__.pdfEscape = API.pdfEscape = function (text, flags) { - /** - * Replace '/', '(', and ')' with pdf-safe versions - * - * Doing to8bitStream does NOT make this PDF display unicode text. For that - * we also need to reference a unicode font and embed it - royal pain in the rear. - * - * There is still a benefit to to8bitStream - PDF simply cannot handle 16bit chars, - * which JavaScript Strings are happy to provide. So, while we still cannot display - * 2-byte characters property, at least CONDITIONALLY converting (entire string containing) - * 16bit chars to (USC-2-BE) 2-bytes per char + BOM streams we ensure that entire PDF - * is still parseable. - * This will allow immediate support for unicode in document properties strings. + /** + * Replace '/', '(', and ')' with pdf-safe versions + * + * Doing to8bitStream does NOT make this PDF display unicode text. For that + * we also need to reference a unicode font and embed it - royal pain in the rear. + * + * There is still a benefit to to8bitStream - PDF simply cannot handle 16bit chars, + * which JavaScript Strings are happy to provide. So, while we still cannot display + * 2-byte characters property, at least CONDITIONALLY converting (entire string containing) + * 16bit chars to (USC-2-BE) 2-bytes per char + BOM streams we ensure that entire PDF + * is still parseable. + * This will allow immediate support for unicode in document properties strings. */ return to8bitStream(text, flags).replace(/\\/g, '\\\\').replace(/\(/g, '\\(').replace(/\)/g, '\\)'); }; - var beginPage = API.__private__.beginPage = function (width, height) { - var tmp; // Dimensions are stored as user units and converted to points on output - - var orientation = typeof height === 'string' && height.toLowerCase(); + var beginPage = API.__private__.beginPage = function (parmFormat, parmOrientation) { + var tmp, width, height; - if (typeof width === 'string') { - if (tmp = getPageFormat(width.toLowerCase())) { + if (typeof parmFormat === 'string') { + if (tmp = getPageFormat(parmFormat.toLowerCase())) { width = tmp[0]; height = tmp[1]; } } - if (Array.isArray(width)) { - height = width[1]; - width = width[0]; + if (Array.isArray(parmFormat)) { + width = parmFormat[0] * k; + height = parmFormat[1] * k; } - if (isNaN(width) || isNaN(height)) { + if (isNaN(width)) { width = format[0]; height = format[1]; } - if (orientation) { - switch (orientation.substr(0, 1)) { + if (parmOrientation) { + switch (parmOrientation.substr(0, 1)) { case 'l': - if (height > width) orientation = 's'; + if (height > width) { orientation = 's'; } break; case 'p': - if (width > height) orientation = 's'; + if (width > height) { orientation = 's'; } break; } @@ -1703,6 +2557,7 @@ var _deletePage = function _deletePage(n) { if (n > 0 && n <= page) { pages.splice(n, 1); + pagesContext.splice(n, 1); page--; if (currentPage > page) { @@ -1722,23 +2577,23 @@ var getNumberOfPages = API.__private__.getNumberOfPages = API.getNumberOfPages = function () { return pages.length - 1; }; - /** - * Returns a document-specific font key - a label assigned to a - * font name + font type combination at the time the font was added - * to the font inventory. - * - * Font key is used as label for the desired font for a block of text - * to be added to the PDF document stream. - * @private - * @function - * @param fontName {string} can be undefined on "falthy" to indicate "use current" - * @param fontStyle {string} can be undefined on "falthy" to indicate "use current" - * @returns {string} Font key. - * @ignore + /** + * Returns a document-specific font key - a label assigned to a + * font name + font type combination at the time the font was added + * to the font inventory. + * + * Font key is used as label for the desired font for a block of text + * to be added to the PDF document stream. + * @private + * @function + * @param fontName {string} can be undefined on "falthy" to indicate "use current" + * @param fontStyle {string} can be undefined on "falthy" to indicate "use current" + * @returns {string} Font key. + * @ignore */ - var _getFont = function getFont(fontName, fontStyle, options) { + var getFont = function getFont(fontName, fontStyle, options) { var key = undefined, fontNameLowerCase; options = options || {}; @@ -1791,7 +2646,7 @@ out('/Type /Catalog'); out('/Pages ' + tmpRootDictionaryObjId + ' 0 R'); // PDF13ref Section 7.2.1 - if (!zoomMode) zoomMode = 'fullwidth'; + if (!zoomMode) { zoomMode = 'fullwidth'; } switch (zoomMode) { case 'fullwidth': @@ -1812,7 +2667,7 @@ default: var pcn = '' + zoomMode; - if (pcn.substr(pcn.length - 1) === '%') zoomMode = parseInt(zoomMode) / 100; + if (pcn.substr(pcn.length - 1) === '%') { zoomMode = parseInt(zoomMode) / 100; } if (typeof zoomMode === 'number') { out('/OpenAction [3 0 R /XYZ null null ' + f2(zoomMode) + ']'); @@ -1820,7 +2675,7 @@ } - if (!layoutMode) layoutMode = 'continuous'; + if (!layoutMode) { layoutMode = 'continuous'; } switch (layoutMode) { case 'continuous': @@ -1842,12 +2697,12 @@ } if (pageMode) { - /** - * A name object specifying how the document should be displayed when opened: - * UseNone : Neither document outline nor thumbnail images visible -- DEFAULT - * UseOutlines : Document outline visible - * UseThumbs : Thumbnail images visible - * FullScreen : Full-screen mode, with no menu bar, window controls, or any other window visible + /** + * A name object specifying how the document should be displayed when opened: + * UseNone : Neither document outline nor thumbnail images visible -- DEFAULT + * UseOutlines : Document outline visible + * UseThumbs : Thumbnail images visible + * FullScreen : Full-screen mode, with no menu bar, window controls, or any other window visible */ out('/PageMode /' + pageMode); } @@ -1927,25 +2782,24 @@ type: "application/pdf" }); }; - /** - * Generates the PDF document. - * - * If `type` argument is undefined, output is raw body of resulting PDF returned as a string. - * - * @param {string} type A string identifying one of the possible output types. Possible values are 'arraybuffer', 'blob', 'bloburi'/'bloburl', 'datauristring'/'dataurlstring', 'datauri'/'dataurl', 'dataurlnewwindow'. - * @param {Object} options An object providing some additional signalling to PDF generator. Possible options are 'filename'. - * - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name output + /** + * Generates the PDF document. + * + * If `type` argument is undefined, output is raw body of resulting PDF returned as a string. + * + * @param {string} type A string identifying one of the possible output types. Possible values are 'arraybuffer', 'blob', 'bloburi'/'bloburl', 'datauristring'/'dataurlstring', 'datauri'/'dataurl', 'dataurlnewwindow', 'pdfobjectnewwindow', 'pdfjsnewwindow'. + * @param {Object} options An object providing some additional signalling to PDF generator. Possible options are 'filename'. + * + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name output */ var output = API.output = API.__private__.output = SAFE(function output(type, options) { options = options || {}; - var pdfDocument = buildDocument(); if (typeof options === "string") { options = { @@ -1957,23 +2811,23 @@ switch (type) { case undefined: - return pdfDocument; + return buildDocument(); case 'save': API.save(options.filename); break; case 'arraybuffer': - return getArrayBuffer(pdfDocument); + return getArrayBuffer(buildDocument()); case 'blob': - return getBlob(pdfDocument); + return getBlob(buildDocument()); case 'bloburi': case 'bloburl': // Developer is responsible of calling revokeObjectURL if (typeof global.URL !== "undefined" && typeof global.URL.createObjectURL === "function") { - return global.URL && global.URL.createObjectURL(getBlob(pdfDocument)) || void 0; + return global.URL && global.URL.createObjectURL(getBlob(buildDocument())) || void 0; } else { console.warn('bloburl is not supported by your system, because URL.createObjectURL is not supported by your browser.'); } @@ -1982,32 +2836,67 @@ case 'datauristring': case 'dataurlstring': - return 'data:application/pdf;filename=' + options.filename + ';base64,' + btoa(pdfDocument); + var dataURI = ''; + var pdfDocument = buildDocument(); - case 'dataurlnewwindow': - var htmlForNewWindow = '' + '' + '' + '' + ''; + try { + dataURI = btoa(pdfDocument); + } catch (e) { + dataURI = btoa(unescape(encodeURIComponent(pdfDocument))); + } + + return 'data:application/pdf;filename=' + options.filename + ';base64,' + dataURI; + + case 'pdfobjectnewwindow': + var pdfObjectUrl = options.pdfObjectUrl || 'https://cdnjs.cloudflare.com/ajax/libs/pdfobject/2.1.1/pdfobject.min.js'; + var htmlForNewWindow = '' + '' + '' + '' + '' + ''; + var nW = global.open(); + + if (nW !== null) { + nW.document.write(htmlForNewWindow); + } + + return nW; + + case 'pdfjsnewwindow': + var pdfJsUrl = options.pdfJsUrl || 'examples/PDF.js/web/viewer.html'; + var htmlForNewWindow = '' + '' + '' + ''; + var nW = global.open(); + + if (nW !== null) { + nW.document.write(htmlForNewWindow); + } - /* pass through */ + if (nW || typeof safari === "undefined") { return nW; } + // eslint-disable-next-line no-fallthrough case 'datauri': case 'dataurl': - return global.document.location.href = 'data:application/pdf;filename=' + options.filename + ';base64,' + btoa(pdfDocument); + return global.document.location.href = this.output('datauristring', options); default: return null; } }); - /** - * Used to see if a supplied hotfix was requested when the pdf instance was created. - * @param {string} hotfixName - The name of the hotfix to check. - * @returns {boolean} + /** + * Used to see if a supplied hotfix was requested when the pdf instance was created. + * @param {string} hotfixName - The name of the hotfix to check. + * @returns {boolean} */ var hasHotfix = function hasHotfix(hotfixName) { @@ -2060,7 +2949,7 @@ setFileId(); //--------------------------------------- // Public API - var getPageInfo = API.__private__.getPageInfo = function (pageNumberOneBased) { + var getPageInfo = API.__private__.getPageInfo = API.getPageInfo = function (pageNumberOneBased) { if (isNaN(pageNumberOneBased) || pageNumberOneBased % 1 !== 0) { throw new Error('Invalid argument passed to jsPDF.getPageInfo'); } @@ -2088,24 +2977,24 @@ return getPageInfo(pageNumber); }; - var getCurrentPageInfo = API.__private__.getCurrentPageInfo = function () { + var getCurrentPageInfo = API.__private__.getCurrentPageInfo = API.getCurrentPageInfo = function () { return { objId: pagesContext[currentPage].objId, pageNumber: currentPage, pageContext: pagesContext[currentPage] }; }; - /** - * Adds (and transfers the focus to) new page to the PDF document. - * @param format {String/Array} The format of the new page. Can be:
  • a0 - a10
  • b0 - b10
  • c0 - c10
  • dl
  • letter
  • government-letter
  • legal
  • junior-legal
  • ledger
  • tabloid
  • credit-card

- * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] - * @param orientation {string} Orientation of the new page. Possible values are "portrait" or "landscape" (or shortcuts "p" (Default), "l"). - * @function - * @instance - * @returns {jsPDF} - * - * @memberOf jsPDF - * @name addPage + /** + * Adds (and transfers the focus to) new page to the PDF document. + * @param format {String/Array} The format of the new page. Can be:
  • a0 - a10
  • b0 - b10
  • c0 - c10
  • dl
  • letter
  • government-letter
  • legal
  • junior-legal
  • ledger
  • tabloid
  • credit-card

+ * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] + * @param orientation {string} Orientation of the new page. Possible values are "portrait" or "landscape" (or shortcuts "p" (Default), "l"). + * @function + * @instance + * @returns {jsPDF} + * + * @memberof jsPDF# + * @name addPage */ @@ -2114,22 +3003,22 @@ return this; }; - /** - * Adds (and transfers the focus to) new page to the PDF document. - * @function - * @instance - * @returns {jsPDF} - * - * @memberOf jsPDF - * @name setPage - * @param {number} page Switch the active page to the page number specified. - * @example - * doc = jsPDF() - * doc.addPage() - * doc.addPage() - * doc.text('I am on page 3', 10, 10) - * doc.setPage(1) - * doc.text('I am on page 1', 10, 10) + /** + * Adds (and transfers the focus to) new page to the PDF document. + * @function + * @instance + * @returns {jsPDF} + * + * @memberof jsPDF# + * @name setPage + * @param {number} page Switch the active page to the page number specified. + * @example + * doc = jsPDF() + * doc.addPage() + * doc.addPage() + * doc.text('I am on page 3', 10, 10) + * doc.setPage(1) + * doc.text('I am on page 1', 10, 10) */ @@ -2138,14 +3027,14 @@ return this; }; - /** - * @name insertPage - * @memberOf jsPDF - * - * @function - * @instance - * @param {Object} beforePage - * @returns {jsPDF} + /** + * @name insertPage + * @memberof jsPDF# + * + * @function + * @instance + * @param {Object} beforePage + * @returns {jsPDF} */ @@ -2154,21 +3043,23 @@ this.movePage(currentPage, beforePage); return this; }; - /** - * @name movePage - * @memberOf jsPDF - * @function - * @instance - * @param {Object} targetPage - * @param {Object} beforePage - * @returns {jsPDF} + /** + * @name movePage + * @memberof jsPDF# + * @function + * @instance + * @param {number} targetPage + * @param {number} beforePage + * @returns {jsPDF} */ API.movePage = function (targetPage, beforePage) { + var tmpPages, tmpPagesContext; + if (targetPage > beforePage) { - var tmpPages = pages[targetPage]; - var tmpPagesContext = pagesContext[targetPage]; + tmpPages = pages[targetPage]; + tmpPagesContext = pagesContext[targetPage]; for (var i = targetPage; i > beforePage; i--) { pages[i] = pages[i - 1]; @@ -2179,12 +3070,12 @@ pagesContext[beforePage] = tmpPagesContext; this.setPage(beforePage); } else if (targetPage < beforePage) { - var tmpPages = pages[targetPage]; - var tmpPagesContext = pagesContext[targetPage]; + tmpPages = pages[targetPage]; + tmpPagesContext = pagesContext[targetPage]; - for (var i = targetPage; i < beforePage; i++) { - pages[i] = pages[i + 1]; - pagesContext[i] = pagesContext[i + 1]; + for (var j = targetPage; j < beforePage; j++) { + pages[j] = pages[j + 1]; + pagesContext[j] = pagesContext[j + 1]; } pages[beforePage] = tmpPages; @@ -2194,13 +3085,14 @@ return this; }; - /** - * Deletes a page from the PDF. - * @name deletePage - * @memberOf jsPDF - * @function - * @instance - * @returns {jsPDF} + /** + * Deletes a page from the PDF. + * @name deletePage + * @memberof jsPDF# + * @function + * @param {number} targetPage + * @instance + * @returns {jsPDF} */ @@ -2209,45 +3101,54 @@ return this; }; - /** - * Adds text to page. Supports adding multiline text when 'text' argument is an Array of Strings. - * - * @function - * @instance - * @param {String|Array} text String or array of strings to be added to the page. Each line is shifted one line down per font, spacing settings declared before this call. - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {Object} [options] - Collection of settings signaling how the text must be encoded. - * @param {string} [options.align=left] - The alignment of the text, possible values: left, center, right, justify. - * @param {string} [options.baseline=alphabetic] - Sets text baseline used when drawing the text, possible values: alphabetic, ideographic, bottom, top, middle. - * @param {string} [options.angle=0] - Rotate the text counterclockwise. Expects the angle in degree. - * @param {string} [options.charSpace=0] - The space between each letter. - * @param {string} [options.lineHeightFactor=1.15] - The lineheight of each line. - * @param {string} [options.flags] - Flags for to8bitStream. - * @param {string} [options.flags.noBOM=true] - Don't add BOM to Unicode-text. - * @param {string} [options.flags.autoencode=true] - Autoencode the Text. - * @param {string} [options.maxWidth=0] - Split the text by given width, 0 = no split. - * @param {string} [options.renderingMode=fill] - Set how the text should be rendered, possible values: fill, stroke, fillThenStroke, invisible, fillAndAddForClipping, strokeAndAddPathForClipping, fillThenStrokeAndAddToPathForClipping, addToPathForClipping. - * @returns {jsPDF} - * @memberOf jsPDF - * @name text + /** + * Adds text to page. Supports adding multiline text when 'text' argument is an Array of Strings. + * + * @function + * @instance + * @param {String|Array} text String or array of strings to be added to the page. Each line is shifted one line down per font, spacing settings declared before this call. + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {Object} [options] - Collection of settings signaling how the text must be encoded. + * @param {string} [options.align=left] - The alignment of the text, possible values: left, center, right, justify. + * @param {string} [options.baseline=alphabetic] - Sets text baseline used when drawing the text, possible values: alphabetic, ideographic, bottom, top, middle, hanging + * @param {string} [options.angle=0] - Rotate the text clockwise or counterclockwise. Expects the angle in degree. + * @param {string} [options.rotationDirection=1] - Direction of the rotation. 0 = clockwise, 1 = counterclockwise. + * @param {string} [options.charSpace=0] - The space between each letter. + * @param {string} [options.lineHeightFactor=1.15] - The lineheight of each line. + * @param {string} [options.flags] - Flags for to8bitStream. + * @param {string} [options.flags.noBOM=true] - Don't add BOM to Unicode-text. + * @param {string} [options.flags.autoencode=true] - Autoencode the Text. + * @param {string} [options.maxWidth=0] - Split the text by given width, 0 = no split. + * @param {string} [options.renderingMode=fill] - Set how the text should be rendered, possible values: fill, stroke, fillThenStroke, invisible, fillAndAddForClipping, strokeAndAddPathForClipping, fillThenStrokeAndAddToPathForClipping, addToPathForClipping. + * @param {number|Matrix} transform If transform is a number the text will be rotated by this value around the anchor set by x and y. + * + * If it is a Matrix, this matrix gets directly applied to the text, which allows shearing + * effects etc.; the x and y offsets are then applied AFTER the coordinate system has been established by this + * matrix. This means passing a rotation matrix that is equivalent to some rotation angle will in general yield a + * DIFFERENT result. A matrix is only allowed in "advanced" API mode. + * @returns {jsPDF} + * @memberof jsPDF# + * @name text */ - var text = API.__private__.text = API.text = function (text, x, y, options) { - /** - * Inserts something like this into PDF - * BT - * /F1 16 Tf % Font name + size - * 16 TL % How many units down for next line in multiline text - * 0 g % color - * 28.35 813.54 Td % position - * (line one) Tj - * T* (line two) Tj - * T* (line three) Tj - * ET + var text = API.__private__.text = API.text = function (text, x, y, options, transform) { + /* + * Inserts something like this into PDF + * BT + * /F1 16 Tf % Font name + size + * 16 TL % How many units down for next line in multiline text + * 0 g % color + * 28.35 813.54 Td % position + * (line one) Tj + * T* (line two) Tj + * T* (line three) Tj + * ET */ - //backwardsCompatibility + options = options || {}; + var scope = options.scope || this; //backwardsCompatibility + var tmp; // Pre-August-2012 the order of arguments was function(x, y, text, flags) // in effort to make all calls have similar signature like // function(data, coordinates... , miscellaneous) @@ -2261,36 +3162,38 @@ text = tmp; } - var flags = arguments[3]; - var angle = arguments[4]; - var align = arguments[5]; + var transformationMatrix; - if (_typeof(flags) !== "object" || flags === null) { - if (typeof angle === 'string') { - align = angle; - angle = null; - } + if (arguments[3] instanceof Matrix === false) { + var flags = arguments[3]; + var angle = arguments[4]; + var align = arguments[5]; - if (typeof flags === 'string') { - align = flags; - flags = null; - } + if (_typeof(flags) !== "object" || flags === null) { + if (typeof angle === 'string') { + align = angle; + angle = null; + } - if (typeof flags === 'number') { - angle = flags; - flags = null; - } + if (typeof flags === 'string') { + align = flags; + flags = null; + } - options = { - flags: flags, - angle: angle, - align: align - }; - } + if (typeof flags === 'number') { + angle = flags; + flags = null; + } - flags = flags || {}; - flags.noBOM = flags.noBOM || true; - flags.autoencode = flags.autoencode || true; + options = { + flags: flags, + angle: angle, + align: align + }; + } + } else { + transformationMatrix = arguments[3]; + } if (isNaN(x) || isNaN(y) || typeof text === "undefined" || text === null) { throw new Error('Invalid arguments passed to jsPDF.text'); @@ -2303,7 +3206,7 @@ var xtra = ''; var isHex = false; var lineHeight = typeof options.lineHeightFactor === 'number' ? options.lineHeightFactor : lineHeightFactor; - var scope = options.scope || this; + var k = scope.internal.scaleFactor; function ESC(s) { s = s.split("\t").join(Array(options.TabLen || 9).join(" ")); @@ -2324,7 +3227,7 @@ if (typeof curDa === "string") { da.push(curDa); } else { - if (Array.isArray(text) && curDa.length === 1) { + if (Array.isArray(text) && (curDa.length === 1 || curDa[1] === undefined && curDa[2] === undefined)) { da.push(curDa[0]); } else { da.push([curDa[0], curDa[1], curDa[2]]); @@ -2354,7 +3257,7 @@ if (typeof curDa === "string") { da.push(processingFunction(curDa)[0]); - } else if (Array.isArray(curDa) && curDa[0] === "string") { + } else if (Array.isArray(curDa) && typeof curDa[0] === "string") { tmpResult = processingFunction(curDa[0], curDa[1], curDa[2]); da.push([tmpResult[0], tmpResult[1], tmpResult[2]]); } @@ -2393,15 +3296,6 @@ if (textIsOfTypeString === false) { throw new Error('Type of text must be string or Array. "' + text + '" is not recognized.'); - } //Escaping - - - var activeFontEncoding = fonts[activeFontKey].encoding; - - if (activeFontEncoding === "WinAnsiEncoding" || activeFontEncoding === "StandardEncoding") { - text = processTextByFunction(text, function (text, posX, posY) { - return [ESC(text), posX, posY]; - }); } //If there are any newlines in text, we assume //the user wanted to print multiple lines, so break the //text up into an array. If the text is already an array, @@ -2475,26 +3369,35 @@ options = payload.options; //angle var angle = options.angle; - var k = scope.internal.scaleFactor; - var transformationMatrix = []; - if (angle) { + if (transformationMatrix instanceof Matrix === false && angle && typeof angle === "number") { angle *= Math.PI / 180; - var c = Math.cos(angle), - s = Math.sin(angle); - transformationMatrix = [f2(c), f2(s), f2(s * -1), f2(c)]; + + if (options.rotationDirection === 0) { + angle = -angle; + } + + var c = Math.cos(angle); + var s = Math.sin(angle); + transformationMatrix = new Matrix(f2(c), f2(s), f2(s * -1), f2(c), 0, 0); + } else if (angle && angle instanceof Matrix) { + transformationMatrix = angle; } //charSpace - var charSpace = options.charSpace; + var charSpace = options.charSpace || activeCharSpace; if (typeof charSpace !== 'undefined') { xtra += f3(charSpace * k) + " Tc\n"; + this.setCharSpace(this.getCharSpace() || 0); } //lang var lang = options.lang; - var tmpRenderingMode = -1; + //renderingMode + + + var renderingMode = -1; var parmRenderingMode = typeof options.renderingMode !== "undefined" ? options.renderingMode : options.stroke; var pageContext = scope.internal.getCurrentPageInfo().pageContext; @@ -2502,65 +3405,64 @@ case 0: case false: case 'fill': - tmpRenderingMode = 0; + renderingMode = 0; break; case 1: case true: case 'stroke': - tmpRenderingMode = 1; + renderingMode = 1; break; case 2: case 'fillThenStroke': - tmpRenderingMode = 2; + renderingMode = 2; break; case 3: case 'invisible': - tmpRenderingMode = 3; + renderingMode = 3; break; case 4: case 'fillAndAddForClipping': - tmpRenderingMode = 4; + renderingMode = 4; break; case 5: case 'strokeAndAddPathForClipping': - tmpRenderingMode = 5; + renderingMode = 5; break; case 6: case 'fillThenStrokeAndAddToPathForClipping': - tmpRenderingMode = 6; + renderingMode = 6; break; case 7: case 'addToPathForClipping': - tmpRenderingMode = 7; + renderingMode = 7; break; } var usedRenderingMode = typeof pageContext.usedRenderingMode !== 'undefined' ? pageContext.usedRenderingMode : -1; //if the coder wrote it explicitly to use a specific //renderingMode, then use it - if (tmpRenderingMode !== -1) { - xtra += tmpRenderingMode + " Tr\n"; //otherwise check if we used the rendering Mode already + if (renderingMode !== -1) { + xtra += renderingMode + " Tr\n"; //otherwise check if we used the rendering Mode already //if so then set the rendering Mode... } else if (usedRenderingMode !== -1) { xtra += "0 Tr\n"; } - if (tmpRenderingMode !== -1) { - pageContext.usedRenderingMode = tmpRenderingMode; + if (renderingMode !== -1) { + pageContext.usedRenderingMode = renderingMode; } //align var align = options.align || 'left'; var leading = activeFontSize * lineHeight; var pageWidth = scope.internal.pageSize.getWidth(); - var k = scope.internal.scaleFactor; var activeFont = fonts[activeFontKey]; var charSpace = options.charSpace || activeCharSpace; var maxWidth = options.maxWidth || 0; @@ -2646,7 +3548,7 @@ newX = i === 0 ? getHorizontalCoordinate(x) : 0; if (i < len - 1) { - wordSpacingPerLine.push(((maxWidth - lineWidths[i]) / (da[i].split(" ").length - 1) * k).toFixed(2)); + wordSpacingPerLine.push(f2((maxWidth - lineWidths[i]) / (da[i].split(" ").length - 1) * k)); } text.push([da[i], newX, newY]); @@ -2680,53 +3582,78 @@ }; events.publish('postProcessText', payload); text = payload.text; - isHex = payload.mutex.isHex; + isHex = payload.mutex.isHex || false; //Escaping + + var activeFontEncoding = fonts[activeFontKey].encoding; + + if (activeFontEncoding === "WinAnsiEncoding" || activeFontEncoding === "StandardEncoding") { + text = processTextByFunction(text, function (text, posX, posY) { + return [ESC(text), posX, posY]; + }); + } + var da = transformTextToSpecialArray(text); text = []; - var variant = 0; - var len = da.length; + var STRING = 0; + var ARRAY = 1; + var variant = Array.isArray(da[0]) ? ARRAY : STRING; var posX; var posY; var content; var wordSpacing = ''; - for (var i = 0; i < len; i++) { - wordSpacing = ''; + var generatePosition = function generatePosition(parmPosX, parmPosY, parmTransformationMatrix) { + var position = ''; - if (!Array.isArray(da[i])) { - posX = getHorizontalCoordinate(x); - posY = getVerticalCoordinate(y); - content = (isHex ? "<" : "(") + da[i] + (isHex ? ">" : ")"); + if (parmTransformationMatrix instanceof Matrix) { + parmTransformationMatrix.tx = parseFloat(f2(parmPosX)); + parmTransformationMatrix.ty = parseFloat(f2(parmPosY)); + position = parmTransformationMatrix.join(" ") + " Tm\n"; } else { - posX = parseFloat(da[i][1]); - posY = parseFloat(da[i][2]); - content = (isHex ? "<" : "(") + da[i][0] + (isHex ? ">" : ")"); - variant = 1; + position = f2(parmPosX) + " " + f2(parmPosY) + " Td\n"; } - if (wordSpacingPerLine !== undefined && wordSpacingPerLine[i] !== undefined) { - wordSpacing = wordSpacingPerLine[i] + " Tw\n"; + return position; + }; + + for (var lineIndex = 0; lineIndex < da.length; lineIndex++) { + wordSpacing = ''; + + switch (variant) { + case ARRAY: + content = (isHex ? "<" : "(") + da[lineIndex][0] + (isHex ? ">" : ")"); + posX = parseFloat(da[lineIndex][1]); + posY = parseFloat(da[lineIndex][2]); + break; + + case STRING: + content = (isHex ? "<" : "(") + da[lineIndex] + (isHex ? ">" : ")"); + posX = getHorizontalCoordinate(x); + posY = getVerticalCoordinate(y); + break; } - if (transformationMatrix.length !== 0 && i === 0) { - text.push(wordSpacing + transformationMatrix.join(" ") + " " + posX.toFixed(2) + " " + posY.toFixed(2) + " Tm\n" + content); - } else if (variant === 1 || variant === 0 && i === 0) { - text.push(wordSpacing + posX.toFixed(2) + " " + posY.toFixed(2) + " Td\n" + content); - } else { - text.push(wordSpacing + content); + if (wordSpacingPerLine !== undefined && wordSpacingPerLine[lineIndex] !== undefined) { + wordSpacing = wordSpacingPerLine[lineIndex] + " Tw\n"; } - } - if (variant === 0) { - text = text.join(" Tj\nT* "); - } else { - text = text.join(" Tj\n"); + if (lineIndex === 0) { + text.push(wordSpacing + generatePosition(posX, posY, transformationMatrix) + content); + } else if (variant === STRING) { + text.push(wordSpacing + content); + } else if (variant === ARRAY) { + text.push(wordSpacing + generatePosition(posX, posY) + content); + } } + text = variant === STRING ? text.join(" Tj\nT* ") : text.join(" Tj\n"); text += " Tj\n"; - var result = 'BT\n/' + activeFontKey + ' ' + activeFontSize + ' Tf\n' + // font face, style, size - (activeFontSize * lineHeight).toFixed(2) + ' TL\n' + // line spacing - textColor + '\n'; + var result = 'BT\n/'; + result += activeFontKey + ' ' + activeFontSize + ' Tf\n'; // font face, style, size + + result += f2(activeFontSize * lineHeight) + ' TL\n'; // line spacing + + result += textColor + '\n'; result += xtra; result += text; result += "ET"; @@ -2734,37 +3661,52 @@ usedFonts[activeFontKey] = true; return scope; }; - /** - * Letter spacing method to print text with gaps - * - * @function - * @instance - * @param {String|Array} text String to be added to the page. - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} spacing Spacing (in units declared at inception) - * @returns {jsPDF} - * @memberOf jsPDF - * @name lstext - * @deprecated We'll be removing this function. It doesn't take character width into account. + /** + * Letter spacing method to print text with gaps + * + * @function + * @instance + * @param {String|Array} text String to be added to the page. + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} spacing Spacing (in units declared at inception) + * @returns {jsPDF} + * @memberof jsPDF# + * @name lstext + * @deprecated We'll be removing this function. It doesn't take character width into account. */ var lstext = API.__private__.lstext = API.lstext = function (text, x, y, charSpace) { - console.warn('jsPDF.lstext is deprecated'); return this.text(text, x, y, { charSpace: charSpace }); - }; - /** - * - * @name clip - * @function - * @instance - * @param {string} rule - * @returns {jsPDF} - * @memberOf jsPDF - * @description All .clip() after calling drawing ops with a style argument of null. + }; // PDF supports these path painting and clip path operators: + // + // S - stroke + // s - close/stroke + // f (F) - fill non-zero + // f* - fill evenodd + // B - fill stroke nonzero + // B* - fill stroke evenodd + // b - close fill stroke nonzero + // b* - close fill stroke evenodd + // n - nothing (consume path) + // W - clip nonzero + // W* - clip evenodd + // + // In order to keep the API small, we omit the close-and-fill/stroke operators and provide a separate close() + // method. + + /** + * + * @name clip + * @function + * @instance + * @param {string} rule Only possible value is 'evenodd' + * @returns {jsPDF} + * @memberof jsPDF# + * @description All .clip() after calling drawing ops with a style argument of null. */ @@ -2775,25 +3717,48 @@ out('W*'); } else { out('W'); - } // End the path object without filling or stroking it. - // This operator is a path-painting no-op, used primarily for the side effect of changing the current clipping path - // (see Section 4.4.3, “Clipping Path Operators”) + } + }; + /** + * Modify the current clip path by intersecting it with the current path using the even-odd rule. Note + * that this will NOT consume the current path. In order to only use this path for clipping call + * {@link API.discardPath} afterwards. + * + * @return jsPDF + * @memberof jsPDF# + * @name clipEvenOdd + */ - out('n'); + var clipEvenOdd = API.clipEvenOdd = function () { + clip('evenodd'); + return this; }; - /** - * This fixes the previous function clip(). Perhaps the 'stroke path' hack was due to the missing 'n' instruction? - * We introduce the fixed version so as to not break API. - * @param fillRule - * @ignore + /** + * This fixes the previous function clip(). Perhaps the 'stroke path' hack was due to the missing 'n' instruction? + * We introduce the fixed version so as to not break API. + * @param fillRule + * @deprecated + * @ignore */ var clip_fixed = API.__private__.clip_fixed = API.clip_fixed = function (rule) { - console.log("clip_fixed is deprecated"); API.clip(rule); }; + /** + * Consumes the current path without any effect. Mainly used in combination with {@link clip} or + * {@link clipEvenOdd}. The PDF "n" operator. + * @return {jsPDF} + * @memberof jsPDF# + * @name discardPath + */ + + + var discardPath = API.__private__.discardPath = API.discardPath = function () { + out("n"); + return this; + }; var isValidStyle = API.__private__.isValidStyle = function (style) { var validStyleVariants = [undefined, null, 'S', 'F', 'DF', 'FD', 'f', 'f*', 'B', 'B*']; @@ -2806,7 +3771,7 @@ return result; }; - var getStyle = API.__private__.getStyle = function (style) { + var getStyle = API.__private__.getStyle = API.getStyle = function (style) { // see path-painting operators in PDF spec var op = 'S'; // stroke @@ -2815,103 +3780,312 @@ } else if (style === 'FD' || style === 'DF') { op = 'B'; // both } else if (style === 'f' || style === 'f*' || style === 'B' || style === 'B*') { - /* - Allow direct use of these PDF path-painting operators: - - f fill using nonzero winding number rule - - f* fill using even-odd rule - - B fill then stroke with fill using non-zero winding number rule - - B* fill then stroke with fill using even-odd rule + /* + Allow direct use of these PDF path-painting operators: + - f fill using nonzero winding number rule + - f* fill using even-odd rule + - B fill then stroke with fill using non-zero winding number rule + - B* fill then stroke with fill using even-odd rule */ op = style; } return op; }; - /** - * Draw a line on the current page. - * - * @name line - * @function - * @instance - * @param {number} x1 - * @param {number} y1 - * @param {number} x2 - * @param {number} y2 - * @returns {jsPDF} - * @memberOf jsPDF + /** + * Close the current path. The PDF "h" operator. + * @return jsPDF + * @memberof jsPDF# + * @name close */ - var line = API.__private__.line = API.line = function (x1, y1, x2, y2) { - if (isNaN(x1) || isNaN(y1) || isNaN(x2) || isNaN(y2)) { - throw new Error('Invalid arguments passed to jsPDF.line'); - } - - return this.lines([[x2 - x1, y2 - y1]], x1, y1); + var close = API.close = function () { + out("h"); + return this; }; - /** - * Adds series of curves (straight lines or cubic bezier curves) to canvas, starting at `x`, `y` coordinates. - * All data points in `lines` are relative to last line origin. - * `x`, `y` become x1,y1 for first line / curve in the set. - * For lines you only need to specify [x2, y2] - (ending point) vector against x1, y1 starting point. - * For bezier curves you need to specify [x2,y2,x3,y3,x4,y4] - vectors to control points 1, 2, ending point. All vectors are against the start of the curve - x1,y1. - * - * @example .lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212,110, [1,1], 'F', false) // line, line, bezier curve, line - * @param {Array} lines Array of *vector* shifts as pairs (lines) or sextets (cubic bezier curves). - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} scale (Defaults to [1.0,1.0]) x,y Scaling factor for all vectors. Elements can be any floating number Sub-one makes drawing smaller. Over-one grows the drawing. Negative flips the direction. - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @param {boolean} closed If true, the path is closed with a straight line from the end of the last curve to the starting point. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name lines + /** + * Stroke the path. The PDF "S" operator. + * @return jsPDF + * @memberof jsPDF# + * @name stroke */ - var lines = API.__private__.lines = API.lines = function (lines, x, y, scale, style, closed) { - var scalex, scaley, i, l, leg, x2, y2, x3, y3, x4, y4, tmp; // Pre-August-2012 the order of arguments was function(x, y, lines, scale, style) - // in effort to make all calls have similar signature like - // function(content, coordinateX, coordinateY , miscellaneous) - // this method had its args flipped. - // code below allows backward compatibility with old arg order. + var stroke = API.stroke = function () { + out("S"); + return this; + }; + /** + * Fill the current path using the nonzero winding number rule. If a pattern is provided, the path will be filled + * with this pattern, otherwise with the current fill color. Equivalent to the PDF "f" operator. + * @param {PatternData=} pattern If provided the path will be filled with this pattern + * @return jsPDF + * @memberof jsPDF# + * @name fill + */ - if (typeof lines === 'number') { - tmp = y; - y = x; - x = lines; - lines = tmp; - } - scale = scale || [1, 1]; - closed = closed || false; + var fill = API.fill = function (pattern) { + fillWithOptionalPattern("f", pattern); + return this; + }; + /** + * Fill the current path using the even-odd rule. The PDF f* operator. + * @see API.fill + * @param {PatternData=} pattern Optional pattern + * @return jsPDF + * @memberof jsPDF# + * @name fillEvenOdd + */ - if (isNaN(x) || isNaN(y) || !Array.isArray(lines) || !Array.isArray(scale) || !isValidStyle(style) || typeof closed !== 'boolean') { - throw new Error('Invalid arguments passed to jsPDF.lines'); - } // starting point + var fillEvenOdd = API.fillEvenOdd = function (pattern) { + fillWithOptionalPattern("f*", pattern); + return this; + }; + /** + * Fill using the nonzero winding number rule and then stroke the current Path. The PDF "B" operator. + * @see API.fill + * @param {PatternData=} pattern Optional pattern + * @return jsPDF + * @memberof jsPDF# + * @name fillStroke + */ - out(f3(getHorizontalCoordinate(x)) + ' ' + f3(getVerticalCoordinate(y)) + ' m '); - scalex = scale[0]; - scaley = scale[1]; - l = lines.length; //, x2, y2 // bezier only. In page default measurement "units", *after* scaling - //, x3, y3 // bezier only. In page default measurement "units", *after* scaling - // ending point for all, lines and bezier. . In page default measurement "units", *after* scaling - x4 = x; // last / ending point = starting point for first item. + var fillStroke = API.fillStroke = function (pattern) { + fillWithOptionalPattern("B", pattern); + return this; + }; + /** + * Fill using the even-odd rule and then stroke the current Path. The PDF "B" operator. + * @see API.fill + * @param {PatternData=} pattern Optional pattern + * @return jsPDF + * @memberof jsPDF# + * @name fillStrokeEvenOdd + */ - y4 = y; // last / ending point = starting point for first item. - for (i = 0; i < l; i++) { - leg = lines[i]; + var fillStrokeEvenOdd = API.fillStrokeEvenOdd = function (pattern) { + fillWithOptionalPattern("B*", pattern); + return this; + }; - if (leg.length === 2) { - // simple line - x4 = leg[0] * scalex + x4; // here last x4 was prior ending point + var fillWithOptionalPattern = function fillWithOptionalPattern(style, pattern) { + if (_typeof(pattern) === "object") { + fillWithPattern(pattern, style); + } else { + out(style); + } + }; - y4 = leg[1] * scaley + y4; // here last y4 was prior ending point + var putStyle = function putStyle(style, patternKey, patternData) { + if (style === null || style === undefined) { + return; + } + + style = getStyle(style); // stroking / filling / both the path + + if (!patternKey) { + out(style); + return; + } + + if (!patternData) { + patternData = { + matrix: identityMatrix + }; + } + + if (patternData instanceof Matrix) { + patternData = { + matrix: patternData + }; + } + + patternData.key = patternKey; + patternData || (patternData = identityMatrix); + fillWithPattern(patternData, style); + }; + + var fillWithPattern = function fillWithPattern(patternData, style) { + var patternId = patternMap[patternData.key]; + var pattern = patterns[patternId]; + + if (pattern instanceof API.ShadingPattern) { + out("q"); + out(clipRuleFromStyle(style)); + + if (pattern.gState) { + API.setGState(pattern.gState); + } + + out(patternData.matrix.toString() + " cm"); + out("/" + patternId + " sh"); + out("Q"); + } else if (pattern instanceof API.TilingPattern) { + // pdf draws patterns starting at the bottom left corner and they are not affected by the global transformation, + // so we must flip them + var matrix = new Matrix(1, 0, 0, -1, 0, pageHeight); + + if (patternData.matrix) { + matrix = (patternData.matrix || identityMatrix).multiply(matrix); // we cannot apply a matrix to the pattern on use so we must abuse the pattern matrix and create new instances + // for each use + + patternId = pattern.createClone(patternData.key, patternData.boundingBox, patternData.xStep, patternData.yStep, matrix).id; + } + + out("q"); + out("/Pattern cs"); + out("/" + patternId + " scn"); + + if (pattern.gState) { + API.setGState(pattern.gState); + } + + out(style); + out("Q"); + } + }; + + var clipRuleFromStyle = function clipRuleFromStyle(style) { + switch (style) { + case "f": + case "F": + return "W n"; + + case "f*": + return "W* n"; + + case "B": + return "W S"; + + case "B*": + return "W* S"; + // these two are for compatibility reasons (in the past, calling any primitive method with a shading pattern + // and "n"/"S" as style would still fill/fill and stroke the path) + + case "S": + return "W S"; + + case "n": + return "W n"; + } + }; + /** + * Begin a new subpath by moving the current point to coordinates (x, y). The PDF "m" operator. + * @param {number} x + * @param {number} y + * @memberof jsPDF# + * @name moveTo + */ + + + var moveTo = API.moveTo = function (x, y) { + out(hpf(scale(x)) + " " + hpf(transformScaleY(y)) + " m"); + }; + /** + * Append a straight line segment from the current point to the point (x, y). The PDF "l" operator. + * @param {number} x + * @param {number} y + * @memberof jsPDF# + * @name lineTo + */ + + + var lineTo = API.lineTo = function (x, y) { + out(hpf(scale(x)) + " " + hpf(transformScaleY(y)) + " l"); + }; + /** + * Draw a line on the current page. + * + * @name line + * @function + * @instance + * @param {number} x1 + * @param {number} y1 + * @param {number} x2 + * @param {number} y2 + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. default: 'S' + * @returns {jsPDF} + * @memberof jsPDF# + */ + + + var line = API.__private__.line = API.line = function (x1, y1, x2, y2, style) { + style = style || 'S'; + + if (isNaN(x1) || isNaN(y1) || isNaN(x2) || isNaN(y2) || !isValidStyle(style)) { + throw new Error('Invalid arguments passed to jsPDF.line'); + } + + return this.lines([[x2 - x1, y2 - y1]], x1, y1); + }; + /** + * Adds series of curves (straight lines or cubic bezier curves) to canvas, starting at `x`, `y` coordinates. + * All data points in `lines` are relative to last line origin. + * `x`, `y` become x1,y1 for first line / curve in the set. + * For lines you only need to specify [x2, y2] - (ending point) vector against x1, y1 starting point. + * For bezier curves you need to specify [x2,y2,x3,y3,x4,y4] - vectors to control points 1, 2, ending point. All vectors are against the start of the curve - x1,y1. + * + * @example .lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212,110, [1,1], 'F', false) // line, line, bezier curve, line + * @param {Array} lines Array of *vector* shifts as pairs (lines) or sextets (cubic bezier curves). + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} scale (Defaults to [1.0,1.0]) x,y Scaling factor for all vectors. Elements can be any floating number Sub-one makes drawing smaller. Over-one grows the drawing. Negative flips the direction. + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @param {boolean} closed If true, the path is closed with a straight line from the end of the last curve to the starting point. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name lines + */ + + + var lines = API.__private__.lines = API.lines = function (lines, x, y, scale, style, closed) { + var scalex, scaley, i, l, leg, x2, y2, x3, y3, x4, y4, tmp; // Pre-August-2012 the order of arguments was function(x, y, lines, scale, style) + // in effort to make all calls have similar signature like + // function(content, coordinateX, coordinateY , miscellaneous) + // this method had its args flipped. + // code below allows backward compatibility with old arg order. + + if (typeof lines === 'number') { + tmp = y; + y = x; + x = lines; + lines = tmp; + } + + scale = scale || [1, 1]; + closed = closed || false; + + if (isNaN(x) || isNaN(y) || !Array.isArray(lines) || !Array.isArray(scale) || !isValidStyle(style) || typeof closed !== 'boolean') { + throw new Error('Invalid arguments passed to jsPDF.lines'); + } // starting point + + + out(f3(getHorizontalCoordinate(x)) + ' ' + f3(getVerticalCoordinate(y)) + ' m '); + scalex = scale[0]; + scaley = scale[1]; + l = lines.length; //, x2, y2 // bezier only. In page default measurement "units", *after* scaling + //, x3, y3 // bezier only. In page default measurement "units", *after* scaling + // ending point for all, lines and bezier. . In page default measurement "units", *after* scaling + + x4 = x; // last / ending point = starting point for first item. + + y4 = y; // last / ending point = starting point for first item. + + for (i = 0; i < l; i++) { + leg = lines[i]; + + if (leg.length === 2) { + // simple line + x4 = leg[0] * scalex + x4; // here last x4 was prior ending point + + y4 = leg[1] * scaley + y4; // here last y4 was prior ending point out(f3(getHorizontalCoordinate(x4)) + ' ' + f3(getVerticalCoordinate(y4)) + ' l'); } else { @@ -2943,19 +4117,62 @@ return this; }; - /** - * Adds a rectangle to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} w Width (in units declared at inception of PDF document). - * @param {number} h Height (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name rect + /** + * Similar to {@link API.lines} but all coordinates are interpreted as absolute coordinates instead of relative. + * @param {Array} lines An array of {op: operator, c: coordinates} object, where op is one of "m" (move to), "l" (line to) + * "c" (cubic bezier curve) and "h" (close (sub)path)). c is an array of coordinates. "m" and "l" expect two, "c" + * six and "h" an empty array (or undefined). + * @param {String=} style The style. Deprecated! + * @param {String=} patternKey The pattern key for the pattern that should be used to fill the path. Deprecated! + * @param {(Matrix|PatternData)=} patternData The matrix that transforms the pattern into user space, or an object that + * will modify the pattern on use. Deprecated! + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name path + */ + + + API.path = function (lines, style, patternKey, patternData) { + for (var i = 0; i < lines.length; i++) { + var leg = lines[i]; + var coords = leg.c; + + switch (leg.op) { + case "m": + this.moveTo(coords[0], coords[1]); + break; + + case "l": + this.lineTo(coords[0], coords[1]); + break; + + case "c": + this.curveTo.apply(this, coords); + break; + + case "h": + this.close(); + break; + } + } + + putStyle(style, patternKey, patternData); + return this; + }; + /** + * Adds a rectangle to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} w Width (in units declared at inception of PDF document). + * @param {number} h Height (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name rect */ @@ -2972,21 +4189,21 @@ return this; }; - /** - * Adds a triangle to PDF. - * - * @param {number} x1 Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y1 Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} x2 Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y2 Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} x3 Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y3 Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name triangle + /** + * Adds a triangle to PDF. + * + * @param {number} x1 Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y1 Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} x2 Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y2 Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} x3 Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y3 Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name triangle */ @@ -3002,21 +4219,21 @@ [1, 1], style, true); return this; }; - /** - * Adds a rectangle with rounded corners to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} w Width (in units declared at inception of PDF document). - * @param {number} h Height (in units declared at inception of PDF document). - * @param {number} rx Radius along x axis (in units declared at inception of PDF document). - * @param {number} ry Radius along y axis (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name roundedRect + /** + * Adds a rectangle with rounded corners to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} w Width (in units declared at inception of PDF document). + * @param {number} h Height (in units declared at inception of PDF document). + * @param {number} rx Radius along x axis (in units declared at inception of PDF document). + * @param {number} ry Radius along y axis (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name roundedRect */ @@ -3030,19 +4247,19 @@ [1, 1], style); return this; }; - /** - * Adds an ellipse to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} rx Radius along x axis (in units declared at inception of PDF document). - * @param {number} ry Radius along y axis (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name ellipse + /** + * Adds an ellipse to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} rx Radius along x axis (in units declared at inception of PDF document). + * @param {number} ry Radius along y axis (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name ellipse */ @@ -3064,18 +4281,18 @@ return this; }; - /** - * Adds an circle to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} r Radius (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name circle + /** + * Adds an circle to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} r Radius (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name circle */ @@ -3086,55 +4303,70 @@ return this.ellipse(x, y, r, r, style); }; - /** - * Sets text font face, variant for upcoming text elements. - * See output of jsPDF.getFontList() for possible font names, styles. - * - * @param {string} fontName Font name or family. Example: "times". - * @param {string} fontStyle Font style or variant. Example: "italic". - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setFont + /** + * Sets text font face, variant for upcoming text elements. + * See output of jsPDF.getFontList() for possible font names, styles. + * + * @param {string} fontName Font name or family. Example: "times". + * @param {string} fontStyle Font style or variant. Example: "italic". + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setFont */ API.setFont = function (fontName, fontStyle) { - activeFontKey = _getFont(fontName, fontStyle, { + activeFontKey = getFont(fontName, fontStyle, { disableWarning: false }); return this; }; - /** - * Switches font style or variant for upcoming text elements, - * while keeping the font face or family same. - * See output of jsPDF.getFontList() for possible font names, styles. - * - * @param {string} style Font style or variant. Example: "italic". - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setFontStyle + /** + * Gets text font face, variant for upcoming text elements. + * + * @function + * @instance + * @returns {Object} + * @memberof jsPDF# + * @name getFont + */ + + + var getFontEntry = API.__private__.getFont = API.getFont = function () { + return fonts[getFont.apply(API, arguments)]; + }; + /** + * Switches font style or variant for upcoming text elements, + * while keeping the font face or family same. + * See output of jsPDF.getFontList() for possible font names, styles. + * + * @param {string} style Font style or variant. Example: "italic". + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @deprecated + * @name setFontStyle */ API.setFontStyle = API.setFontType = function (style) { - activeFontKey = _getFont(undefined, style); // if font is not found, the above line blows up and we never go further + activeFontKey = getFont(undefined, style); // if font is not found, the above line blows up and we never go further return this; }; - /** - * Returns an object - a tree of fontName to fontStyle relationships available to - * active PDF document. - * - * @public - * @function - * @instance - * @returns {Object} Like {'times':['normal', 'italic', ... ], 'arial':['normal', 'bold', ... ], ... } - * @memberOf jsPDF - * @name getFontList + /** + * Returns an object - a tree of fontName to fontStyle relationships available to + * active PDF document. + * + * @public + * @function + * @instance + * @returns {Object} Like {'times':['normal', 'italic', ... ], 'arial':['normal', 'bold', ... ], ... } + * @memberof jsPDF# + * @name getFontList */ @@ -3159,17 +4391,17 @@ return list; }; - /** - * Add a custom font to the current instance. - * - * @property {string} postScriptName PDF specification full name for the font. - * @property {string} id PDF-document-instance-specific label assinged to the font. - * @property {string} fontStyle Style of the Font. - * @property {Object} encoding Encoding_name-to-Font_metrics_object mapping. - * @function - * @instance - * @memberOf jsPDF - * @name addFont + /** + * Add a custom font to the current instance. + * + * @property {string} postScriptName PDF specification full name for the font. + * @property {string} id PDF-document-instance-specific label assinged to the font. + * @property {string} fontStyle Style of the Font. + * @property {Object} encoding Encoding_name-to-Font_metrics_object mapping. + * @function + * @instance + * @memberof jsPDF# + * @name addFont */ @@ -3180,32 +4412,34 @@ var lineWidth = options.lineWidth || 0.200025; // 2mm - /** - * Sets line width for upcoming lines. - * - * @param {number} width Line width (in units declared at inception of PDF document). - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setLineWidth + /** + * Sets line width for upcoming lines. + * + * @param {number} width Line width (in units declared at inception of PDF document). + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setLineWidth */ var setLineWidth = API.__private__.setLineWidth = API.setLineWidth = function (width) { - out((width * k).toFixed(2) + ' w'); + out(f2(width * k) + ' w'); return this; }; - /** - * Sets the dash pattern for upcoming lines. - * - * To reset the settings simply call the method without any parameters. - * @param {array} dashArray The pattern of the line, expects numbers. - * @param {number} dashPhase The phase at which the dash pattern starts. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setLineDash + /** + * Sets the dash pattern for upcoming lines. + * + * To reset the settings simply call the method without any parameters. + * @param {Array} dashArray An array containing 0-2 numbers. The first number sets the length of the + * dashes, the second number the length of the gaps. If the second number is missing, the gaps are considered + * to be as long as the dashes. An empty array means solid, unbroken lines. + * @param {number} dashPhase The phase lines start with. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setLineDashPattern */ @@ -3218,9 +4452,9 @@ } dashArray = dashArray.map(function (x) { - return (x * k).toFixed(3); + return f3(x * k); }).join(' '); - dashPhase = parseFloat((dashPhase * k).toFixed(3)); + dashPhase = f3(dashPhase * k); out('[' + dashArray + '] ' + dashPhase + ' d'); return this; }; @@ -3236,15 +4470,15 @@ var getLineHeight = API.__private__.getLineHeight = API.getLineHeight = function () { return activeFontSize * lineHeightFactor; }; - /** - * Sets the LineHeightFactor of proportion. - * - * @param {number} value LineHeightFactor value. Default: 1.15. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setLineHeightFactor + /** + * Sets the LineHeightFactor of proportion. + * + * @param {number} value LineHeightFactor value. Default: 1.15. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setLineHeightFactor */ @@ -3257,14 +4491,14 @@ return this; }; - /** - * Gets the LineHeightFactor, default: 1.15. - * - * @function - * @instance - * @returns {number} lineHeightFactor - * @memberOf jsPDF - * @name getLineHeightFactor + /** + * Gets the LineHeightFactor, default: 1.15. + * + * @function + * @instance + * @returns {number} lineHeightFactor + * @memberof jsPDF# + * @name getLineHeightFactor */ @@ -3275,72 +4509,72 @@ setLineHeightFactor(options.lineHeight); var getHorizontalCoordinate = API.__private__.getHorizontalCoordinate = function (value) { - return value * k; + return scale(value); }; var getVerticalCoordinate = API.__private__.getVerticalCoordinate = function (value) { - return pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - value * k; + return pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - scale(value); }; - var getHorizontalCoordinateString = API.__private__.getHorizontalCoordinateString = function (value) { - return f2(value * k); + var getHorizontalCoordinateString = API.__private__.getHorizontalCoordinateString = API.getHorizontalCoordinateString = function (value) { + return f2(scale(value)); }; - var getVerticalCoordinateString = API.__private__.getVerticalCoordinateString = function (value) { - return f2(pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - value * k); + var getVerticalCoordinateString = API.__private__.getVerticalCoordinateString = API.getVerticalCoordinateString = function (value) { + return f2(pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - scale(value)); }; var strokeColor = options.strokeColor || '0 G'; - /** - * Gets the stroke color for upcoming elements. - * - * @function - * @instance - * @returns {string} colorAsHex - * @memberOf jsPDF - * @name getDrawColor + /** + * Gets the stroke color for upcoming elements. + * + * @function + * @instance + * @returns {string} colorAsHex + * @memberof jsPDF# + * @name getDrawColor */ var getStrokeColor = API.__private__.getStrokeColor = API.getDrawColor = function () { return decodeColorString(strokeColor); }; - /** - * Sets the stroke color for upcoming elements. - * - * Depending on the number of arguments given, Gray, RGB, or CMYK - * color space is implied. - * - * When only ch1 is given, "Gray" color space is implied and it - * must be a value in the range from 0.00 (solid black) to to 1.00 (white) - * if values are communicated as String types, or in range from 0 (black) - * to 255 (white) if communicated as Number type. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each - * value must be in the range from 0.00 (minimum intensity) to to 1.00 - * (max intensity) if values are communicated as String types, or - * from 0 (min intensity) to to 255 (max intensity) if values are communicated - * as Number types. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each - * value must be a in the range from 0.00 (0% concentration) to to - * 1.00 (100% concentration) - * - * Because JavaScript treats fixed point numbers badly (rounds to - * floating point nearest to binary representation) it is highly advised to - * communicate the fractional numbers as String types, not JavaScript Number type. - * - * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. - * @param {Number|String} ch2 Color channel value. - * @param {Number|String} ch3 Color channel value. - * @param {Number|String} ch4 Color channel value. - * - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setDrawColor + /** + * Sets the stroke color for upcoming elements. + * + * Depending on the number of arguments given, Gray, RGB, or CMYK + * color space is implied. + * + * When only ch1 is given, "Gray" color space is implied and it + * must be a value in the range from 0.00 (solid black) to to 1.00 (white) + * if values are communicated as String types, or in range from 0 (black) + * to 255 (white) if communicated as Number type. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each + * value must be in the range from 0.00 (minimum intensity) to to 1.00 + * (max intensity) if values are communicated as String types, or + * from 0 (min intensity) to to 255 (max intensity) if values are communicated + * as Number types. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each + * value must be a in the range from 0.00 (0% concentration) to to + * 1.00 (100% concentration) + * + * Because JavaScript treats fixed point numbers badly (rounds to + * floating point nearest to binary representation) it is highly advised to + * communicate the fractional numbers as String types, not JavaScript Number type. + * + * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. + * @param {Number} ch2 Color channel value. + * @param {Number} ch3 Color channel value. + * @param {Number} ch4 Color channel value. + * + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setDrawColor */ @@ -3359,56 +4593,56 @@ }; var fillColor = options.fillColor || '0 g'; - /** - * Gets the fill color for upcoming elements. - * - * @function - * @instance - * @returns {string} colorAsHex - * @memberOf jsPDF - * @name getFillColor + /** + * Gets the fill color for upcoming elements. + * + * @function + * @instance + * @returns {string} colorAsHex + * @memberof jsPDF# + * @name getFillColor */ var getFillColor = API.__private__.getFillColor = API.getFillColor = function () { return decodeColorString(fillColor); }; - /** - * Sets the fill color for upcoming elements. - * - * Depending on the number of arguments given, Gray, RGB, or CMYK - * color space is implied. - * - * When only ch1 is given, "Gray" color space is implied and it - * must be a value in the range from 0.00 (solid black) to to 1.00 (white) - * if values are communicated as String types, or in range from 0 (black) - * to 255 (white) if communicated as Number type. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each - * value must be in the range from 0.00 (minimum intensity) to to 1.00 - * (max intensity) if values are communicated as String types, or - * from 0 (min intensity) to to 255 (max intensity) if values are communicated - * as Number types. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each - * value must be a in the range from 0.00 (0% concentration) to to - * 1.00 (100% concentration) - * - * Because JavaScript treats fixed point numbers badly (rounds to - * floating point nearest to binary representation) it is highly advised to - * communicate the fractional numbers as String types, not JavaScript Number type. - * - * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. - * @param {Number|String} ch2 Color channel value. - * @param {Number|String} ch3 Color channel value. - * @param {Number|String} ch4 Color channel value. - * - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setFillColor + /** + * Sets the fill color for upcoming elements. + * + * Depending on the number of arguments given, Gray, RGB, or CMYK + * color space is implied. + * + * When only ch1 is given, "Gray" color space is implied and it + * must be a value in the range from 0.00 (solid black) to to 1.00 (white) + * if values are communicated as String types, or in range from 0 (black) + * to 255 (white) if communicated as Number type. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each + * value must be in the range from 0.00 (minimum intensity) to to 1.00 + * (max intensity) if values are communicated as String types, or + * from 0 (min intensity) to to 255 (max intensity) if values are communicated + * as Number types. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each + * value must be a in the range from 0.00 (0% concentration) to to + * 1.00 (100% concentration) + * + * Because JavaScript treats fixed point numbers badly (rounds to + * floating point nearest to binary representation) it is highly advised to + * communicate the fractional numbers as String types, not JavaScript Number type. + * + * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. + * @param {Number} ch2 Color channel value. + * @param {Number} ch3 Color channel value. + * @param {Number} ch4 Color channel value. + * + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setFillColor */ @@ -3427,56 +4661,56 @@ }; var textColor = options.textColor || '0 g'; - /** - * Gets the text color for upcoming elements. - * - * @function - * @instance - * @returns {string} colorAsHex - * @memberOf jsPDF - * @name getTextColor + /** + * Gets the text color for upcoming elements. + * + * @function + * @instance + * @returns {string} colorAsHex + * @memberof jsPDF# + * @name getTextColor */ var getTextColor = API.__private__.getTextColor = API.getTextColor = function () { return decodeColorString(textColor); }; - /** - * Sets the text color for upcoming elements. - * - * Depending on the number of arguments given, Gray, RGB, or CMYK - * color space is implied. - * - * When only ch1 is given, "Gray" color space is implied and it - * must be a value in the range from 0.00 (solid black) to to 1.00 (white) - * if values are communicated as String types, or in range from 0 (black) - * to 255 (white) if communicated as Number type. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each - * value must be in the range from 0.00 (minimum intensity) to to 1.00 - * (max intensity) if values are communicated as String types, or - * from 0 (min intensity) to to 255 (max intensity) if values are communicated - * as Number types. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each - * value must be a in the range from 0.00 (0% concentration) to to - * 1.00 (100% concentration) - * - * Because JavaScript treats fixed point numbers badly (rounds to - * floating point nearest to binary representation) it is highly advised to - * communicate the fractional numbers as String types, not JavaScript Number type. - * - * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. - * @param {Number|String} ch2 Color channel value. - * @param {Number|String} ch3 Color channel value. - * @param {Number|String} ch4 Color channel value. - * - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setTextColor + /** + * Sets the text color for upcoming elements. + * + * Depending on the number of arguments given, Gray, RGB, or CMYK + * color space is implied. + * + * When only ch1 is given, "Gray" color space is implied and it + * must be a value in the range from 0.00 (solid black) to to 1.00 (white) + * if values are communicated as String types, or in range from 0 (black) + * to 255 (white) if communicated as Number type. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each + * value must be in the range from 0.00 (minimum intensity) to to 1.00 + * (max intensity) if values are communicated as String types, or + * from 0 (min intensity) to to 255 (max intensity) if values are communicated + * as Number types. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each + * value must be a in the range from 0.00 (0% concentration) to to + * 1.00 (100% concentration) + * + * Because JavaScript treats fixed point numbers badly (rounds to + * floating point nearest to binary representation) it is highly advised to + * communicate the fractional numbers as String types, not JavaScript Number type. + * + * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. + * @param {Number} ch2 Color channel value. + * @param {Number} ch3 Color channel value. + * @param {Number} ch4 Color channel value. + * + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setTextColor */ @@ -3493,29 +4727,29 @@ return this; }; - var activeCharSpace = options.charSpace || 0; - /** - * Get global value of CharSpace. - * - * @function - * @instance - * @returns {number} charSpace - * @memberOf jsPDF - * @name getCharSpace + var activeCharSpace = options.charSpace; + /** + * Get global value of CharSpace. + * + * @function + * @instance + * @returns {number} charSpace + * @memberof jsPDF# + * @name getCharSpace */ var getCharSpace = API.__private__.getCharSpace = API.getCharSpace = function () { - return activeCharSpace; - }; - /** - * Set global value of CharSpace. - * - * @param {number} charSpace - * @function - * @instance - * @returns {jsPDF} jsPDF-instance - * @memberOf jsPDF - * @name setCharSpace + return parseFloat(activeCharSpace || 0); + }; + /** + * Set global value of CharSpace. + * + * @param {number} charSpace + * @function + * @instance + * @returns {jsPDF} jsPDF-instance + * @memberof jsPDF# + * @name setCharSpace */ @@ -3529,13 +4763,13 @@ }; var lineCapID = 0; - /** - * Is an Object providing a mapping from human-readable to - * integer flag values designating the varieties of line cap - * and join styles. - * - * @memberOf jsPDF - * @name CapJoinStyles + /** + * Is an Object providing a mapping from human-readable to + * integer flag values designating the varieties of line cap + * and join styles. + * + * @memberof jsPDF# + * @name CapJoinStyles */ API.CapJoinStyles = { @@ -3553,16 +4787,16 @@ 'square': 2, 'bevel': 2 }; - /** - * Sets the line cap styles. - * See {jsPDF.CapJoinStyles} for variants. - * - * @param {String|Number} style A string or number identifying the type of line cap. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setLineCap + /** + * Sets the line cap styles. + * See {jsPDF.CapJoinStyles} for variants. + * + * @param {String|Number} style A string or number identifying the type of line cap. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setLineCap */ var setLineCap = API.__private__.setLineCap = API.setLineCap = function (style) { @@ -3578,16 +4812,16 @@ }; var lineJoinID = 0; - /** - * Sets the line join styles. - * See {jsPDF.CapJoinStyles} for variants. - * - * @param {String|Number} style A string or number identifying the type of line join. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setLineJoin + /** + * Sets the line join styles. + * See {jsPDF.CapJoinStyles} for variants. + * + * @param {String|Number} style A string or number identifying the type of line join. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setLineJoin */ var setLineJoin = API.__private__.setLineJoin = API.setLineJoin = function (style) { @@ -3603,39 +4837,453 @@ }; var miterLimit; - /** - * Sets the miterLimit property, which effects the maximum miter length. - * - * @param {number} length The length of the miter - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setMiterLimit + /** + * Sets the miterLimit property, which effects the maximum miter length. + * + * @param {number} length The length of the miter + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setLineMiterLimit */ - var setMiterLimit = API.__private__.setMiterLimit = API.setMiterLimit = function (length) { + var setLineMiterLimit = API.__private__.setLineMiterLimit = API.__private__.setMiterLimit = API.setLineMiterLimit = API.setMiterLimit = function (length) { length = length || 0; if (isNaN(length)) { - throw new Error('Invalid argument passed to jsPDF.setMiterLimit'); + throw new Error('Invalid argument passed to jsPDF.setLineMiterLimit'); } miterLimit = parseFloat(f2(length * k)); out(miterLimit + ' M'); return this; }; - /** - * Saves as PDF document. An alias of jsPDF.output('save', 'filename.pdf'). - * Uses FileSaver.js-method saveAs. - * - * @memberOf jsPDF - * @name save - * @function - * @instance - * @param {string} filename The filename including extension. - * @param {Object} options An Object with additional options, possible options: 'returnPromise'. - * @returns {jsPDF} jsPDF-instance + /** + * GState + */ + + /** + * An object representing a pdf graphics state. + * @param parameters A parameter object that contains all properties this graphics state wants to set. + * Supported are: opacity, stroke-opacity + * @constructor + */ + + + API.GState = function (parameters) { + var supported = "opacity,stroke-opacity".split(","); + + for (var p in parameters) { + if (parameters.hasOwnProperty(p) && supported.indexOf(p) >= 0) { + this[p] = parameters[p]; + } + } + + this.id = ""; // set by addGState() + + this.objectNumber = -1; // will be set by putGState() + }; + + API.GState.prototype.equals = function equals(other) { + var ignore = "id,objectNumber,equals"; + var p; + if (!other || _typeof(other) !== _typeof(this)) { return false; } + var count = 0; + + for (p in this) { + if (ignore.indexOf(p) >= 0) { continue; } + if (this.hasOwnProperty(p) && !other.hasOwnProperty(p)) { return false; } + if (this[p] !== other[p]) { return false; } + count++; + } + + for (p in other) { + if (other.hasOwnProperty(p) && ignore.indexOf(p) < 0) { count--; } + } + + return count === 0; + }; + /** + * Sets a either previously added {@link GState} (via {@link addGState}) or a new {@link GState}. + * @param {String|GState} gState If type is string, a previously added GState is used, if type is GState + * it will be added before use. + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name setGState + */ + + + API.setGState = function (gState) { + if (typeof gState === "string") { + gState = gStates[gStatesMap[gState]]; + } else { + gState = addGState(null, gState); + } + + if (!gState.equals(activeGState)) { + out("/" + gState.id + " gs"); + activeGState = gState; + } + }; + /** + * Adds a new Graphics State. Duplicates are automatically eliminated. + * @param {String} key Might also be null, if no later reference to this gState is needed + * @param {Object} gState The gState object + */ + + + var addGState = function addGState(key, gState) { + // only add it if it is not already present (the keys provided by the user must be unique!) + if (key && gStatesMap[key]) { return; } + var duplicate = false; + + for (var s in gStates) { + if (gStates.hasOwnProperty(s)) { + if (gStates[s].equals(gState)) { + duplicate = true; + break; + } + } + } + + if (duplicate) { + gState = gStates[s]; + } else { + var gStateKey = "GS" + (Object.keys(gStates).length + 1).toString(10); + gStates[gStateKey] = gState; + gState.id = gStateKey; + } // several user keys may point to the same GState object + + + key && (gStatesMap[key] = gState.id); + events.publish("addGState", gState); + return gState; + }; + /** + * Adds a new {@link GState} for later use. See {@link setGState}. + * @param {String} key + * @param {GState} gState + * @function + * @instance + * @returns {jsPDF} + * + * @memberof jsPDF# + * @name addGState + */ + + + API.addGState = function (key, gState) { + addGState(key, gState); + return this; + }; + /** + * Saves the current graphics state ("pushes it on the stack"). It can be restored by {@link restoreGraphicsState} + * later. Here, the general pdf graphics state is meant, also including the current transformation matrix, + * fill and stroke colors etc. + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name saveGraphicsState + */ + + + API.saveGraphicsState = function () { + out("q"); // as we cannot set font key and size independently we must keep track of both + + fontStateStack.push({ + key: activeFontKey, + size: activeFontSize, + color: textColor + }); + return this; + }; + /** + * Restores a previously saved graphics state saved by {@link saveGraphicsState} ("pops the stack"). + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name restoreGraphicsState + */ + + + API.restoreGraphicsState = function () { + out("Q"); // restore previous font state + + var fontState = fontStateStack.pop(); + activeFontKey = fontState.key; + activeFontSize = fontState.size; + textColor = fontState.color; + activeGState = null; + return this; + }; + /** + * Appends this matrix to the left of all previously applied matrices. + * + * @param {Matrix} matrix + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name setCurrentTransformationMatrix + */ + + + API.setCurrentTransformationMatrix = function (matrix) { + out(matrix.toString() + " cm"); + return this; + }; + /** + * Inserts a debug comment into the pdf. + * @param {String} text + * @returns {jsPDF} + * @memberof jsPDF# + * @name comment + */ + + + API.comment = function (text) { + out("#" + text); + return this; + }; + /** + * Matrix + */ + + + var Point = function Point(x, y) { + var _x = x || 0; + + Object.defineProperty(this, 'x', { + enumerable: true, + get: function get() { + return _x; + }, + set: function set(value) { + if (!isNaN(value)) { + _x = parseFloat(value); + } + } + }); + + var _y = y || 0; + + Object.defineProperty(this, 'y', { + enumerable: true, + get: function get() { + return _y; + }, + set: function set(value) { + if (!isNaN(value)) { + _y = parseFloat(value); + } + } + }); + var _type = 'pt'; + Object.defineProperty(this, 'type', { + enumerable: true, + get: function get() { + return _type; + }, + set: function set(value) { + _type = value.toString(); + } + }); + return this; + }; + + var Rectangle = function Rectangle(x, y, w, h) { + Point.call(this, x, y); + this.type = 'rect'; + + var _w = w || 0; + + Object.defineProperty(this, 'w', { + enumerable: true, + get: function get() { + return _w; + }, + set: function set(value) { + if (!isNaN(value)) { + _w = parseFloat(value); + } + } + }); + + var _h = h || 0; + + Object.defineProperty(this, 'h', { + enumerable: true, + get: function get() { + return _h; + }, + set: function set(value) { + if (!isNaN(value)) { + _h = parseFloat(value); + } + } + }); + return this; + }; + /** + * FormObject/RenderTarget + */ + + + var RenderTarget = function RenderTarget() { + this.page = page; + this.currentPage = currentPage; + this.pages = pages.slice(0); + this.pagedim = pagedim.slice(0); + this.pagesContext = pagesContext.slice(0); + this.x = pageX; + this.y = pageY; + this.matrix = pageMatrix; + this.width = pageWidth; + this.height = pageHeight; + this.id = ""; // set by endFormObject() + + this.objectNumber = -1; // will be set by putXObject() + }; + + RenderTarget.prototype = { + restore: function restore() { + page = this.page; + currentPage = this.currentPage; + pagesContext = this.pagesContext; + pagedim = this.pagedim; + pages = this.pages; + pageX = this.x; + pageY = this.y; + pageMatrix = this.matrix; + pageWidth = this.width; + pageHeight = this.height; + } + }; + + var beginNewRenderTarget = function beginNewRenderTarget(x, y, width, height, matrix) { + // save current state + renderTargetStack.push(new RenderTarget()); // clear pages + + page = currentPage = 0; + pages = []; + pageX = x; + pageY = y; + pageMatrix = matrix; + beginPage(width, height); + }; + + var endFormObject = function endFormObject(key) { + // only add it if it is not already present (the keys provided by the user must be unique!) + if (renderTargetMap[key]) { return; } // save the created xObject + + var newXObject = new RenderTarget(); + var xObjectId = "Xo" + (Object.keys(renderTargets).length + 1).toString(10); + newXObject.id = xObjectId; + renderTargetMap[key] = xObjectId; + renderTargets[xObjectId] = newXObject; + events.publish("addFormObject", newXObject); // restore state from stack + + renderTargetStack.pop().restore(); + }; + /** + * Starts a new pdf form object, which means that all consequent draw calls target a new independent object + * until {@link endFormObject} is called. The created object can be referenced and drawn later using + * {@link doFormObject}. Nested form objects are possible. + * x, y, width, height set the bounding box that is used to clip the content. + * + * @param {number} x + * @param {number} y + * @param {number} width + * @param {number} height + * @param {Matrix} matrix The matrix that will be applied to convert the form objects coordinate system to + * the parent's. + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name beginFormObject + */ + + + API.beginFormObject = function (x, y, width, height, matrix) { + // The user can set the output target to a new form object. Nested form objects are possible. + // Currently, they use the resource dictionary of the surrounding stream. This should be changed, as + // the PDF-Spec states: + // "In PDF 1.2 and later versions, form XObjects may be independent of the content streams in which + // they appear, and this is strongly recommended although not requiredIn PDF 1.2 and later versions, + // form XObjects may be independent of the content streams in which they appear, and this is strongly + // recommended although not required" + beginNewRenderTarget(x, y, width, height, matrix); + return this; + }; + /** + * Completes and saves the form object. + * @param {String} key The key by which this form object can be referenced. + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name endFormObject + */ + + + API.endFormObject = function (key) { + endFormObject(key); + return this; + }; + /** + * Draws the specified form object by referencing to the respective pdf XObject created with + * {@link API.beginFormObject} and {@link endFormObject}. + * The location is determined by matrix. + * + * @param {String} key The key to the form object. + * @param {Matrix} matrix The matrix applied before drawing the form object. + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name doFormObject + */ + + + API.doFormObject = function (key, matrix) { + var xObject = renderTargets[renderTargetMap[key]]; + out("q"); + out(matrix.toString() + " cm"); + out("/" + xObject.id + " Do"); + out("Q"); + return this; + }; + /** + * Returns the form object specified by key. + * @param key {String} + * @returns {{x: number, y: number, width: number, height: number, matrix: Matrix}} + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name getFormObject + */ + + + API.getFormObject = function (key) { + var xObject = renderTargets[renderTargetMap[key]]; + return { + x: xObject.x, + y: xObject.y, + width: xObject.width, + height: xObject.height, + matrix: xObject.matrix + }; + }; + /** + * Saves as PDF document. An alias of jsPDF.output('save', 'filename.pdf'). + * Uses FileSaver.js-method saveAs. + * + * @memberof jsPDF# + * @name save + * @function + * @instance + * @param {string} filename The filename including extension. + * @param {Object} options An Object with additional options, possible options: 'returnPromise'. + * @returns {jsPDF} jsPDF-instance */ @@ -3701,19 +5349,26 @@ } } } - /** - * Object exposing internal API to plugins - * @public - * @ignore + + API.advancedAPI = function (body) { + if (typeof body !== "function") { + return this; + } + + body(this); + return this; + }; + /** + * Object exposing internal API to plugins + * @public + * @ignore */ API.internal = { 'pdfEscape': pdfEscape, 'getStyle': getStyle, - 'getFont': function getFont() { - return fonts[_getFont.apply(API, arguments)]; - }, + 'getFont': getFontEntry, 'getFontSize': getFontSize, 'getCharSpace': getCharSpace, 'getTextColor': getTextColor, @@ -3763,6 +5418,9 @@ 'getPageInfoByObjId': getPageInfoByObjId, 'getCurrentPageInfo': getCurrentPageInfo, 'getPDFVersion': getPdfVersion, + 'Point': Point, + 'Rectangle': Rectangle, + 'Matrix': Matrix, 'hasHotfix': hasHotfix //Expose the hasHotfix check so plugins can also check them. }; @@ -3798,39 +5456,39 @@ events.publish('initialized'); return API; } - /** - * jsPDF.API is a STATIC property of jsPDF class. - * jsPDF.API is an object you can add methods and properties to. - * The methods / properties you add will show up in new jsPDF objects. - * - * One property is prepopulated. It is the 'events' Object. Plugin authors can add topics, - * callbacks to this object. These will be reassigned to all new instances of jsPDF. - * - * @static - * @public - * @memberOf jsPDF - * @name API - * - * @example - * jsPDF.API.mymethod = function(){ - * // 'this' will be ref to internal API object. see jsPDF source - * // , so you can refer to built-in methods like so: - * // this.line(....) - * // this.text(....) - * } - * var pdfdoc = new jsPDF() - * pdfdoc.mymethod() // <- !!!!!! + /** + * jsPDF.API is a STATIC property of jsPDF class. + * jsPDF.API is an object you can add methods and properties to. + * The methods / properties you add will show up in new jsPDF objects. + * + * One property is prepopulated. It is the 'events' Object. Plugin authors can add topics, + * callbacks to this object. These will be reassigned to all new instances of jsPDF. + * + * @static + * @public + * @memberof jsPDF# + * @name API + * + * @example + * jsPDF.API.mymethod = function(){ + * // 'this' will be ref to internal API object. see jsPDF source + * // , so you can refer to built-in methods like so: + * // this.line(....) + * // this.text(....) + * } + * var pdfdoc = new jsPDF() + * pdfdoc.mymethod() // <- !!!!!! */ jsPDF.API = { events: [] }; - /** - * The version of jsPDF. - * @name version - * @type {string} - * @memberOf jsPDF + /** + * The version of jsPDF. + * @name version + * @type {string} + * @memberof jsPDF# */ jsPDF.version = '1.5.3'; @@ -3847,30 +5505,27 @@ } return jsPDF; - }(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); // `self` is undefined in Firefox for Android content script context + })(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); // `self` is undefined in Firefox for Android content script context // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window - /*rollup-keeper-start*/ - + /* global jsPDF */ - window.tmp = jsPDF; - /*rollup-keeper-end*/ - - /** - * @license - * Copyright (c) 2016 Alexander Weidt, - * https://github.com/BiggA94 - * - * Licensed under the MIT License. http://opensource.org/licenses/mit-license + /** + * @license + * Copyright (c) 2016 Alexander Weidt, + * https://github.com/BiggA94 + * + * Licensed under the MIT License. http://opensource.org/licenses/mit-license */ - /** - * jsPDF AcroForm Plugin - * @module AcroForm + /** + * jsPDF AcroForm Plugin + * @module AcroForm */ - (function (jsPDFAPI, globalObj) { + (function (jsPDF, globalObj) { + var jsPDFAPI = jsPDF.API; var scope; var scaleFactor = 1; @@ -3921,8 +5576,8 @@ xobj.BBox = [0, 0, Number(f2(width)), Number(f2(height))]; return xobj; }; - /** - * Bit-Operations + /** + * Bit-Operations */ @@ -3959,8 +5614,8 @@ return (number & 1 << bitPosition) === 0 ? 0 : 1; }; - /* - * Ff starts counting the bit position at 1 and not like javascript at 0 + /* + * Ff starts counting the bit position at 1 and not like javascript at 0 */ @@ -3980,7 +5635,7 @@ return setBit(number, bitPosition - 1); }; - var clearBitForPdf = jsPDFAPI.__acroform__.clearBitForPdf = function (number, bitPosition, value) { + var clearBitForPdf = jsPDFAPI.__acroform__.clearBitForPdf = function (number, bitPosition) { if (isNaN(number) || isNaN(bitPosition)) { throw new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBitForPdf'); } @@ -4038,7 +5693,6 @@ var calculateX = function calculateX(formObject, text) { var maxFontSize = formObject.maxFontSize || 12; - var font = formObject.fontName; var returnValue = { text: "", fontSize: "" @@ -4048,9 +5702,6 @@ text = text.substr(text.length - 1) == ')' ? text.substr(0, text.length - 1) : text; // split into array of words var textSplit = text.split(' '); - - var color = scope.__private__.encodeColorString(formObject.color); - var fontSize = maxFontSize; // The Starting fontSize (The Maximum) var lineSpacing = 2; @@ -4179,12 +5830,12 @@ returnValue.fontSize = fontSize; return returnValue; }; - /** - * Small workaround for calculating the TextMetric approximately. - * - * @param text - * @param fontsize - * @returns {TextMetrics} (Has Height and Width) + /** + * Small workaround for calculating the TextMetric approximately. + * + * @param text + * @param fontsize + * @returns {TextMetrics} (Has Height and Width) */ @@ -4210,17 +5861,17 @@ fields: [], xForms: [], - /** - * acroFormDictionaryRoot contains information about the AcroForm - * Dictionary 0: The Event-Token, the AcroFormDictionaryCallback has - * 1: The Object ID of the Root + /** + * acroFormDictionaryRoot contains information about the AcroForm + * Dictionary 0: The Event-Token, the AcroFormDictionaryCallback has + * 1: The Object ID of the Root */ acroFormDictionaryRoot: null, - /** - * After the PDF gets evaluated, the reference to the root has to be - * reset, this indicates, whether the root has already been printed - * out + /** + * After the PDF gets evaluated, the reference to the root has to be + * reset, this indicates, whether the root has already been printed + * out */ printedOut: false, internal: null, @@ -4259,9 +5910,9 @@ scope.internal.acroformPlugin.acroFormDictionaryRoot.Fields.push(formObject); }; - /** - * Create the Reference to the widgetAnnotation, so that it gets referenced - * in the Annot[] int the+ (Requires the Annotation Plugin) + /** + * Create the Reference to the widgetAnnotation, so that it gets referenced + * in the Annot[] int the+ (Requires the Annotation Plugin) */ @@ -4290,9 +5941,9 @@ throw new Error('putCatalogCallback: Root missing.'); } }; - /** - * Adds /Acroform X 0 R to Document Catalog, and creates the AcroForm - * Dictionary + /** + * Adds /Acroform X 0 R to Document Catalog, and creates the AcroForm + * Dictionary */ @@ -4302,11 +5953,11 @@ delete scope.internal.acroformPlugin.acroFormDictionaryRoot._eventID; scope.internal.acroformPlugin.printedOut = true; }; - /** - * Creates the single Fields and writes them into the Document - * - * If fieldArray is set, use the fields that are inside it instead of the - * fields from the AcroRoot (for the FormXObjects...) + /** + * Creates the single Fields and writes them into the Document + * + * If fieldArray is set, use the fields that are inside it instead of the + * fields from the AcroRoot (for the FormXObjects...) */ @@ -4379,7 +6030,7 @@ appearanceStreamString += "/" + i + " " + obj + " "; // In case the XForm is already used, e.g. OffState // of CheckBoxes, don't add it - if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) scope.internal.acroformPlugin.xForms.push(obj); + if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) { scope.internal.acroformPlugin.xForms.push(obj); } } } } else { @@ -4392,7 +6043,7 @@ } appearanceStreamString += "/" + i + " " + obj; - if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) scope.internal.acroformPlugin.xForms.push(obj); + if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) { scope.internal.acroformPlugin.xForms.push(obj); } } appearanceStreamString += ">>"; @@ -4528,17 +6179,17 @@ // Classes // ########################## - /** - * @class AcroFormPDFObject - * @classdesc A AcroFormPDFObject + /** + * @class AcroFormPDFObject + * @classdesc A AcroFormPDFObject */ var AcroFormPDFObject = function AcroFormPDFObject() { var _objId; - /** * - * @name AcroFormPDFObject#objId - * @type {any} + /** * + * @name AcroFormPDFObject#objId + * @type {any} */ @@ -4560,8 +6211,8 @@ } }); }; - /** - * @function AcroFormPDFObject.toString + /** + * @function AcroFormPDFObject.toString */ @@ -4577,11 +6228,11 @@ }); scope.internal.out("endobj"); }; - /** - * Returns an key-value-List of all non-configurable Variables from the Object - * - * @name getKeyValueListForStream - * @returns {string} + /** + * Returns an key-value-List of all non-configurable Variables from the Object + * + * @name getKeyValueListForStream + * @returns {string} */ @@ -4690,7 +6341,7 @@ if (_Kids.length > 0) { return _Kids; } else { - return; + return undefined; } } }); @@ -4709,7 +6360,7 @@ configurable: false, get: function get() { if (!_DA) { - return; + return undefined; } return '(' + _DA + ')'; @@ -4721,11 +6372,11 @@ }; inherit(AcroFormDictionary, AcroFormPDFObject); - /** - * The Field Object contains the Variables, that every Field needs - * - * @class AcroFormField - * @classdesc An AcroForm FieldObject + /** + * The Field Object contains the Variables, that every Field needs + * + * @class AcroFormField + * @classdesc An AcroForm FieldObject */ var AcroFormField = function AcroFormField() { @@ -4746,13 +6397,13 @@ } } }); - /** - * (PDF 1.2) If set, print the annotation when the page is printed. If clear, never print the annotation, regardless of wether is is displayed on the screen. - * NOTE 2 This can be useful for annotations representing interactive pushbuttons, which would serve no meaningful purpose on the printed page. - * - * @name AcroFormField#showWhenPrinted - * @default true - * @type {boolean} + /** + * (PDF 1.2) If set, print the annotation when the page is printed. If clear, never print the annotation, regardless of wether is is displayed on the screen. + * NOTE 2 This can be useful for annotations representing interactive pushbuttons, which would serve no meaningful purpose on the printed page. + * + * @name AcroFormField#showWhenPrinted + * @default true + * @type {boolean} */ Object.defineProperty(this, 'showWhenPrinted', { @@ -4790,7 +6441,7 @@ configurable: false, get: function get() { if (_Rect.length === 0) { - return; + return undefined; } return _Rect; @@ -4803,12 +6454,12 @@ } } }); - /** - * The x-position of the field. - * - * @name AcroFormField#x - * @default null - * @type {number} + /** + * The x-position of the field. + * + * @name AcroFormField#x + * @default null + * @type {number} */ Object.defineProperty(this, 'x', { @@ -4825,12 +6476,12 @@ _Rect[0] = scale(value); } }); - /** - * The y-position of the field. - * - * @name AcroFormField#y - * @default null - * @type {number} + /** + * The y-position of the field. + * + * @name AcroFormField#y + * @default null + * @type {number} */ Object.defineProperty(this, 'y', { @@ -4847,12 +6498,12 @@ _Rect[1] = scale(value); } }); - /** - * The width of the field. - * - * @name AcroFormField#width - * @default null - * @type {number} + /** + * The width of the field. + * + * @name AcroFormField#width + * @default null + * @type {number} */ Object.defineProperty(this, 'width', { @@ -4869,12 +6520,12 @@ _Rect[2] = scale(value); } }); - /** - * The height of the field. - * - * @name AcroFormField#height - * @default null - * @type {number} + /** + * The height of the field. + * + * @name AcroFormField#height + * @default null + * @type {number} */ Object.defineProperty(this, 'height', { @@ -4920,7 +6571,7 @@ if (!_T || _T.length < 1) { // In case of a Child from a Radio´Group, you don't need a FieldName if (this instanceof AcroFormChildClass) { - return; + return undefined; } _T = "FieldObject" + AcroFormField.FieldNum++; @@ -4932,12 +6583,12 @@ _T = value.toString(); } }); - /** - * (Optional) The partial field name (see 12.7.3.2, “Field Names”). - * - * @name AcroFormField#fieldName - * @default null - * @type {string} + /** + * (Optional) The partial field name (see 12.7.3.2, “Field Names”). + * + * @name AcroFormField#fieldName + * @default null + * @type {string} */ Object.defineProperty(this, 'fieldName', { @@ -4951,12 +6602,12 @@ } }); var _fontName = 'helvetica'; - /** - * The fontName of the font to be used. - * - * @name AcroFormField#fontName - * @default 'helvetica' - * @type {string} + /** + * The fontName of the font to be used. + * + * @name AcroFormField#fontName + * @default 'helvetica' + * @type {string} */ Object.defineProperty(this, 'fontName', { @@ -4970,12 +6621,12 @@ } }); var _fontStyle = 'normal'; - /** - * The fontStyle of the font to be used. - * - * @name AcroFormField#fontStyle - * @default 'normal' - * @type {string} + /** + * The fontStyle of the font to be used. + * + * @name AcroFormField#fontStyle + * @default 'normal' + * @type {string} */ Object.defineProperty(this, 'fontStyle', { @@ -4989,12 +6640,12 @@ } }); var _fontSize = 0; - /** - * The fontSize of the font to be used. - * - * @name AcroFormField#fontSize - * @default 0 (for auto) - * @type {number} + /** + * The fontSize of the font to be used. + * + * @name AcroFormField#fontSize + * @default 0 (for auto) + * @type {number} */ Object.defineProperty(this, 'fontSize', { @@ -5008,12 +6659,12 @@ } }); var _maxFontSize = 50; - /** - * The maximum fontSize of the font to be used. - * - * @name AcroFormField#maxFontSize - * @default 0 (for auto) - * @type {number} + /** + * The maximum fontSize of the font to be used. + * + * @name AcroFormField#maxFontSize + * @default 0 (for auto) + * @type {number} */ Object.defineProperty(this, 'maxFontSize', { @@ -5027,12 +6678,12 @@ } }); var _color = 'black'; - /** - * The color of the text - * - * @name AcroFormField#color - * @default 'black' - * @type {string|rgba} + /** + * The color of the text + * + * @name AcroFormField#color + * @default 'black' + * @type {string|rgba} */ Object.defineProperty(this, 'color', { @@ -5052,7 +6703,7 @@ configurable: false, get: function get() { if (!_DA || this instanceof AcroFormChildClass || this instanceof AcroFormTextField) { - return; + return undefined; } return toPdfString(_DA); @@ -5068,7 +6719,7 @@ configurable: false, get: function get() { if (!_DV) { - return; + return undefined; } if (this instanceof AcroFormButton === false) { @@ -5091,12 +6742,12 @@ } } }); - /** - * (Optional; inheritable) The default value to which the field reverts when a reset-form action is executed (see 12.7.5.3, “Reset-Form Action”). The format of this value is the same as that of value. - * - * @name AcroFormField#defaultValue - * @default null - * @type {any} + /** + * (Optional; inheritable) The default value to which the field reverts when a reset-form action is executed (see 12.7.5.3, “Reset-Form Action”). The format of this value is the same as that of value. + * + * @name AcroFormField#defaultValue + * @default null + * @type {any} */ Object.defineProperty(this, 'defaultValue', { @@ -5125,7 +6776,7 @@ configurable: false, get: function get() { if (!_V) { - return; + return undefined; } if (this instanceof AcroFormButton === false) { @@ -5148,12 +6799,12 @@ } } }); - /** - * (Optional; inheritable) The field’s value, whose format varies depending on the field type. See the descriptions of individual field types for further information. - * - * @name AcroFormField#value - * @default null - * @type {any} + /** + * (Optional; inheritable) The field’s value, whose format varies depending on the field type. See the descriptions of individual field types for further information. + * + * @name AcroFormField#value + * @default null + * @type {any} */ Object.defineProperty(this, 'value', { @@ -5176,12 +6827,12 @@ } } }); - /** - * Check if field has annotations - * - * @name AcroFormField#hasAnnotation - * @readonly - * @type {boolean} + /** + * Check if field has annotations + * + * @name AcroFormField#hasAnnotation + * @readonly + * @type {boolean} */ Object.defineProperty(this, 'hasAnnotation', { @@ -5206,12 +6857,12 @@ } }); var _hasAppearanceStream = false; - /** - * true if field has an appearanceStream - * - * @name AcroFormField#hasAppearanceStream - * @readonly - * @type {boolean} + /** + * true if field has an appearanceStream + * + * @name AcroFormField#hasAppearanceStream + * @readonly + * @type {boolean} */ Object.defineProperty(this, 'hasAppearanceStream', { @@ -5226,11 +6877,11 @@ _hasAppearanceStream = value; } }); - /** - * The page on which the AcroFormField is placed - * - * @name AcroFormField#page - * @type {number} + /** + * The page on which the AcroFormField is placed + * + * @name AcroFormField#page + * @type {number} */ var _page; @@ -5241,7 +6892,7 @@ writeable: true, get: function get() { if (!_page) { - return; + return undefined; } return _page; @@ -5250,12 +6901,12 @@ _page = value; } }); - /** - * If set, the user may not change the value of the field. Any associated widget annotations will not interact with the user; that is, they will not respond to mouse clicks or change their appearance in response to mouse motions. This flag is useful for fields whose values are computed or imported from a database. - * - * @name AcroFormField#readOnly - * @default false - * @type {boolean} + /** + * If set, the user may not change the value of the field. Any associated widget annotations will not interact with the user; that is, they will not respond to mouse clicks or change their appearance in response to mouse motions. This flag is useful for fields whose values are computed or imported from a database. + * + * @name AcroFormField#readOnly + * @default false + * @type {boolean} */ Object.defineProperty(this, 'readOnly', { @@ -5272,12 +6923,12 @@ } } }); - /** - * If set, the field shall have a value at the time it is exported by a submitform action (see 12.7.5.2, “Submit-Form Action”). - * - * @name AcroFormField#required - * @default false - * @type {boolean} + /** + * If set, the field shall have a value at the time it is exported by a submitform action (see 12.7.5.2, “Submit-Form Action”). + * + * @name AcroFormField#required + * @default false + * @type {boolean} */ Object.defineProperty(this, 'required', { @@ -5294,12 +6945,12 @@ } } }); - /** - * If set, the field shall not be exported by a submit-form action (see 12.7.5.2, “Submit-Form Action”) - * - * @name AcroFormField#noExport - * @default false - * @type {boolean} + /** + * If set, the field shall not be exported by a submit-form action (see 12.7.5.2, “Submit-Form Action”) + * + * @name AcroFormField#noExport + * @default false + * @type {boolean} */ Object.defineProperty(this, 'noExport', { @@ -5322,7 +6973,7 @@ configurable: false, get: function get() { if (_Q === null) { - return; + return undefined; } return _Q; @@ -5335,13 +6986,13 @@ } } }); - /** - * (Optional; inheritable) A code specifying the form of quadding (justification) that shall be used in displaying the text: - * 'left', 'center', 'right' - * - * @name AcroFormField#textAlign - * @default 'left' - * @type {string} + /** + * (Optional; inheritable) A code specifying the form of quadding (justification) that shall be used in displaying the text: + * 'left', 'center', 'right' + * + * @name AcroFormField#textAlign + * @default 'left' + * @type {string} */ Object.defineProperty(this, 'textAlign', { @@ -5389,9 +7040,9 @@ }; inherit(AcroFormField, AcroFormPDFObject); - /** - * @class AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormChoiceField + * @extends AcroFormField */ var AcroFormChoiceField = function AcroFormChoiceField() { @@ -5413,12 +7064,12 @@ _TI = value; } }); - /** - * (Optional) For scrollable list boxes, the top index (the index in the Opt array of the first option visible in the list). Default value: 0. - * - * @name AcroFormChoiceField#topIndex - * @default 0 - * @type {number} + /** + * (Optional) For scrollable list boxes, the top index (the index in the Opt array of the first option visible in the list). Default value: 0. + * + * @name AcroFormChoiceField#topIndex + * @default 0 + * @type {number} */ Object.defineProperty(this, 'topIndex', { @@ -5442,23 +7093,23 @@ _Opt = pdfArrayToStringArray(value); } }); - /** - * @memberof AcroFormChoiceField - * @name getOptions - * @function - * @instance - * @returns {array} array of Options + /** + * @memberof AcroFormChoiceField + * @name getOptions + * @function + * @instance + * @returns {array} array of Options */ this.getOptions = function () { return _Opt; }; - /** - * @memberof AcroFormChoiceField - * @name setOptions - * @function - * @instance - * @param {array} value + /** + * @memberof AcroFormChoiceField + * @name setOptions + * @function + * @instance + * @param {array} value */ @@ -5469,12 +7120,12 @@ _Opt.sort(); } }; - /** - * @memberof AcroFormChoiceField - * @name addOption - * @function - * @instance - * @param {string} value + /** + * @memberof AcroFormChoiceField + * @name addOption + * @function + * @instance + * @param {string} value */ @@ -5488,13 +7139,13 @@ _Opt.sort(); } }; - /** - * @memberof AcroFormChoiceField - * @name removeOption - * @function - * @instance - * @param {string} value - * @param {boolean} allEntries (default: false) + /** + * @memberof AcroFormChoiceField + * @name removeOption + * @function + * @instance + * @param {string} value + * @param {boolean} allEntries (default: false) */ @@ -5511,12 +7162,12 @@ } } }; - /** - * If set, the field is a combo box; if clear, the field is a list box. - * - * @name AcroFormChoiceField#combo - * @default false - * @type {boolean} + /** + * If set, the field is a combo box; if clear, the field is a list box. + * + * @name AcroFormChoiceField#combo + * @default false + * @type {boolean} */ @@ -5534,12 +7185,12 @@ } } }); - /** - * If set, the combo box shall include an editable text box as well as a drop-down list; if clear, it shall include only a drop-down list. This flag shall be used only if the Combo flag is set. - * - * @name AcroFormChoiceField#edit - * @default false - * @type {boolean} + /** + * If set, the combo box shall include an editable text box as well as a drop-down list; if clear, it shall include only a drop-down list. This flag shall be used only if the Combo flag is set. + * + * @name AcroFormChoiceField#edit + * @default false + * @type {boolean} */ Object.defineProperty(this, 'edit', { @@ -5559,12 +7210,12 @@ } } }); - /** - * If set, the field’s option items shall be sorted alphabetically. This flag is intended for use by writers, not by readers. Conforming readers shall display the options in the order in which they occur in the Opt array (see Table 231). - * - * @name AcroFormChoiceField#sort - * @default false - * @type {boolean} + /** + * If set, the field’s option items shall be sorted alphabetically. This flag is intended for use by writers, not by readers. Conforming readers shall display the options in the order in which they occur in the Opt array (see Table 231). + * + * @name AcroFormChoiceField#sort + * @default false + * @type {boolean} */ Object.defineProperty(this, 'sort', { @@ -5583,12 +7234,12 @@ } } }); - /** - * (PDF 1.4) If set, more than one of the field’s option items may be selected simultaneously; if clear, at most one item shall be selected - * - * @name AcroFormChoiceField#multiSelect - * @default false - * @type {boolean} + /** + * (PDF 1.4) If set, more than one of the field’s option items may be selected simultaneously; if clear, at most one item shall be selected + * + * @name AcroFormChoiceField#multiSelect + * @default false + * @type {boolean} */ Object.defineProperty(this, 'multiSelect', { @@ -5605,12 +7256,12 @@ } } }); - /** - * (PDF 1.4) If set, text entered in the field shall not be spellchecked. This flag shall not be used unless the Combo and Edit flags are both set. - * - * @name AcroFormChoiceField#doNotSpellCheck - * @default false - * @type {boolean} + /** + * (PDF 1.4) If set, text entered in the field shall not be spellchecked. This flag shall not be used unless the Combo and Edit flags are both set. + * + * @name AcroFormChoiceField#doNotSpellCheck + * @default false + * @type {boolean} */ Object.defineProperty(this, 'doNotSpellCheck', { @@ -5627,13 +7278,13 @@ } } }); - /** - * (PDF 1.5) If set, the new value shall be committed as soon as a selection is made (commonly with the pointing device). In this case, supplying a value for a field involves three actions: selecting the field for fill-in, selecting a choice for the fill-in value, and leaving that field, which finalizes or “commits” the data choice and triggers any actions associated with the entry or changing of this data. If this flag is on, then processing does not wait for leaving the field action to occur, but immediately proceeds to the third step. - * This option enables applications to perform an action once a selection is made, without requiring the user to exit the field. If clear, the new value is not committed until the user exits the field. - * - * @name AcroFormChoiceField#commitOnSelChange - * @default false - * @type {boolean} + /** + * (PDF 1.5) If set, the new value shall be committed as soon as a selection is made (commonly with the pointing device). In this case, supplying a value for a field involves three actions: selecting the field for fill-in, selecting a choice for the fill-in value, and leaving that field, which finalizes or “commits” the data choice and triggers any actions associated with the entry or changing of this data. If this flag is on, then processing does not wait for leaving the field action to occur, but immediately proceeds to the third step. + * This option enables applications to perform an action once a selection is made, without requiring the user to exit the field. If clear, the new value is not committed until the user exits the field. + * + * @name AcroFormChoiceField#commitOnSelChange + * @default false + * @type {boolean} */ Object.defineProperty(this, 'commitOnSelChange', { @@ -5654,10 +7305,10 @@ }; inherit(AcroFormChoiceField, AcroFormField); - /** - * @class AcroFormListBox - * @extends AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormListBox + * @extends AcroFormChoiceField + * @extends AcroFormField */ var AcroFormListBox = function AcroFormListBox() { @@ -5668,11 +7319,11 @@ }; inherit(AcroFormListBox, AcroFormChoiceField); - /** - * @class AcroFormComboBox - * @extends AcroFormListBox - * @extends AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormComboBox + * @extends AcroFormListBox + * @extends AcroFormChoiceField + * @extends AcroFormField */ var AcroFormComboBox = function AcroFormComboBox() { @@ -5681,12 +7332,12 @@ }; inherit(AcroFormComboBox, AcroFormListBox); - /** - * @class AcroFormEditBox - * @extends AcroFormComboBox - * @extends AcroFormListBox - * @extends AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormEditBox + * @extends AcroFormComboBox + * @extends AcroFormListBox + * @extends AcroFormChoiceField + * @extends AcroFormField */ var AcroFormEditBox = function AcroFormEditBox() { @@ -5695,19 +7346,19 @@ }; inherit(AcroFormEditBox, AcroFormComboBox); - /** - * @class AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormButton + * @extends AcroFormField */ var AcroFormButton = function AcroFormButton() { AcroFormField.call(this); this.FT = "/Btn"; - /** - * (Radio buttons only) If set, exactly one radio button shall be selected at all times; selecting the currently selected button has no effect. If clear, clicking the selected button deselects it, leaving no button selected. - * - * @name AcroFormButton#noToggleToOff - * @type {boolean} + /** + * (Radio buttons only) If set, exactly one radio button shall be selected at all times; selecting the currently selected button has no effect. If clear, clicking the selected button deselects it, leaving no button selected. + * + * @name AcroFormButton#noToggleToOff + * @type {boolean} */ Object.defineProperty(this, 'noToggleToOff', { @@ -5724,11 +7375,11 @@ } } }); - /** - * If set, the field is a set of radio buttons; if clear, the field is a checkbox. This flag may be set only if the Pushbutton flag is clear. - * - * @name AcroFormButton#radio - * @type {boolean} + /** + * If set, the field is a set of radio buttons; if clear, the field is a checkbox. This flag may be set only if the Pushbutton flag is clear. + * + * @name AcroFormButton#radio + * @type {boolean} */ Object.defineProperty(this, 'radio', { @@ -5745,11 +7396,11 @@ } } }); - /** - * If set, the field is a pushbutton that does not retain a permanent value. - * - * @name AcroFormButton#pushButton - * @type {boolean} + /** + * If set, the field is a pushbutton that does not retain a permanent value. + * + * @name AcroFormButton#pushButton + * @type {boolean} */ Object.defineProperty(this, 'pushButton', { @@ -5766,11 +7417,11 @@ } } }); - /** - * (PDF 1.5) If set, a group of radio buttons within a radio button field that use the same value for the on state will turn on and off in unison; that is if one is checked, they are all checked. If clear, the buttons are mutually exclusive (the same behavior as HTML radio buttons). - * - * @name AcroFormButton#radioIsUnison - * @type {boolean} + /** + * (PDF 1.5) If set, a group of radio buttons within a radio button field that use the same value for the on state will turn on and off in unison; that is if one is checked, they are all checked. If clear, the buttons are mutually exclusive (the same behavior as HTML radio buttons). + * + * @name AcroFormButton#radioIsUnison + * @type {boolean} */ Object.defineProperty(this, 'radioIsUnison', { @@ -5805,7 +7456,7 @@ return result.join('\n'); } - return; + return undefined; }, set: function set(value) { if (_typeof(value) === "object") { @@ -5813,16 +7464,16 @@ } } }); - /** - * From the PDF reference: - * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. - * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). - * - * - '8' = Cross, - * - 'l' = Circle, - * - '' = nothing - * @name AcroFormButton#caption - * @type {string} + /** + * From the PDF reference: + * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. + * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). + * + * - '8' = Cross, + * - 'l' = Circle, + * - '' = nothing + * @name AcroFormButton#caption + * @type {string} */ Object.defineProperty(this, 'caption', { @@ -5850,11 +7501,11 @@ _AS = value; } }); - /** - * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") - * - * @name AcroFormButton#appearanceState - * @type {any} + /** + * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") + * + * @name AcroFormButton#appearanceState + * @type {any} */ Object.defineProperty(this, 'appearanceState', { @@ -5870,10 +7521,10 @@ }; inherit(AcroFormButton, AcroFormField); - /** - * @class AcroFormPushButton - * @extends AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormPushButton + * @extends AcroFormButton + * @extends AcroFormField */ var AcroFormPushButton = function AcroFormPushButton() { @@ -5882,10 +7533,10 @@ }; inherit(AcroFormPushButton, AcroFormButton); - /** - * @class AcroFormRadioButton - * @extends AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormRadioButton + * @extends AcroFormButton + * @extends AcroFormField */ var AcroFormRadioButton = function AcroFormRadioButton() { @@ -5910,12 +7561,12 @@ }; inherit(AcroFormRadioButton, AcroFormButton); - /** - * The Child class of a RadioButton (the radioGroup) -> The single Buttons - * - * @class AcroFormChildClass - * @extends AcroFormField - * @ignore + /** + * The Child class of a RadioButton (the radioGroup) -> The single Buttons + * + * @class AcroFormChildClass + * @extends AcroFormField + * @ignore */ var AcroFormChildClass = function AcroFormChildClass() { @@ -5968,16 +7619,16 @@ } } }); - /** - * From the PDF reference: - * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. - * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). - * - * - '8' = Cross, - * - 'l' = Circle, - * - '' = nothing - * @name AcroFormButton#caption - * @type {string} + /** + * From the PDF reference: + * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. + * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). + * + * - '8' = Cross, + * - 'l' = Circle, + * - '' = nothing + * @name AcroFormButton#caption + * @type {string} */ Object.defineProperty(this, 'caption', { @@ -6005,11 +7656,11 @@ _AS = value; } }); - /** - * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") - * - * @name AcroFormButton#appearanceState - * @type {any} + /** + * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") + * + * @name AcroFormButton#appearanceState + * @type {any} */ Object.defineProperty(this, 'appearanceState', { @@ -6037,7 +7688,6 @@ AcroFormRadioButton.prototype.setAppearance = function (appearance) { if (!('createAppearanceStream' in appearance && 'getCA' in appearance)) { throw new Error("Couldn't assign Appearance to RadioButton. Appearance was Invalid!"); - return; } for (var objId in this.Kids) { @@ -6050,8 +7700,7 @@ }; AcroFormRadioButton.prototype.createOption = function (name) { - var kidCount = this.Kids.length; // Create new Child for RadioGroup - + // Create new Child for RadioGroup var child = new AcroFormChildClass(); child.Parent = this; child.optionName = name; // Add to Parent @@ -6060,10 +7709,10 @@ addField.call(this, child); return child; }; - /** - * @class AcroFormCheckBox - * @extends AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormCheckBox + * @extends AcroFormButton + * @extends AcroFormField */ @@ -6078,19 +7727,19 @@ }; inherit(AcroFormCheckBox, AcroFormButton); - /** - * @class AcroFormTextField - * @extends AcroFormField + /** + * @class AcroFormTextField + * @extends AcroFormField */ var AcroFormTextField = function AcroFormTextField() { AcroFormField.call(this); this.FT = '/Tx'; - /** - * If set, the field may contain multiple lines of text; if clear, the field’s text shall be restricted to a single line. - * - * @name AcroFormTextField#multiline - * @type {boolean} + /** + * If set, the field may contain multiple lines of text; if clear, the field’s text shall be restricted to a single line. + * + * @name AcroFormTextField#multiline + * @type {boolean} */ Object.defineProperty(this, 'multiline', { @@ -6107,11 +7756,11 @@ } } }); - /** - * (PDF 1.4) If set, the text entered in the field represents the pathname of a file whose contents shall be submitted as the value of the field. - * - * @name AcroFormTextField#fileSelect - * @type {boolean} + /** + * (PDF 1.4) If set, the text entered in the field represents the pathname of a file whose contents shall be submitted as the value of the field. + * + * @name AcroFormTextField#fileSelect + * @type {boolean} */ Object.defineProperty(this, 'fileSelect', { @@ -6128,11 +7777,11 @@ } } }); - /** - * (PDF 1.4) If set, text entered in the field shall not be spell-checked. - * - * @name AcroFormTextField#doNotSpellCheck - * @type {boolean} + /** + * (PDF 1.4) If set, text entered in the field shall not be spell-checked. + * + * @name AcroFormTextField#doNotSpellCheck + * @type {boolean} */ Object.defineProperty(this, 'doNotSpellCheck', { @@ -6149,11 +7798,11 @@ } } }); - /** - * (PDF 1.4) If set, the field shall not scroll (horizontally for single-line fields, vertically for multiple-line fields) to accommodate more text than fits within its annotation rectangle. Once the field is full, no further text shall be accepted for interactive form filling; for noninteractive form filling, the filler should take care not to add more character than will visibly fit in the defined area. - * - * @name AcroFormTextField#doNotScroll - * @type {boolean} + /** + * (PDF 1.4) If set, the field shall not scroll (horizontally for single-line fields, vertically for multiple-line fields) to accommodate more text than fits within its annotation rectangle. Once the field is full, no further text shall be accepted for interactive form filling; for noninteractive form filling, the filler should take care not to add more character than will visibly fit in the defined area. + * + * @name AcroFormTextField#doNotScroll + * @type {boolean} */ Object.defineProperty(this, 'doNotScroll', { @@ -6170,11 +7819,11 @@ } } }); - /** - * (PDF 1.5) May be set only if the MaxLen entry is present in the text field dictionary (see Table 229) and if the Multiline, Password, and FileSelect flags are clear. If set, the field shall be automatically divided into as many equally spaced positions, or combs, as the value of MaxLen, and the text is laid out into those combs. - * - * @name AcroFormTextField#comb - * @type {boolean} + /** + * (PDF 1.5) May be set only if the MaxLen entry is present in the text field dictionary (see Table 229) and if the Multiline, Password, and FileSelect flags are clear. If set, the field shall be automatically divided into as many equally spaced positions, or combs, as the value of MaxLen, and the text is laid out into those combs. + * + * @name AcroFormTextField#comb + * @type {boolean} */ Object.defineProperty(this, 'comb', { @@ -6191,11 +7840,11 @@ } } }); - /** - * (PDF 1.5) If set, the value of this field shall be a rich text string (see 12.7.3.4, “Rich Text Strings”). If the field has a value, the RV entry of the field dictionary (Table 222) shall specify the rich text string. - * - * @name AcroFormTextField#richText - * @type {boolean} + /** + * (PDF 1.5) If set, the value of this field shall be a rich text string (see 12.7.3.4, “Rich Text Strings”). If the field has a value, the RV entry of the field dictionary (Table 222) shall specify the rich text string. + * + * @name AcroFormTextField#richText + * @type {boolean} */ Object.defineProperty(this, 'richText', { @@ -6223,11 +7872,11 @@ _MaxLen = value; } }); - /** - * (Optional; inheritable) The maximum length of the field’s text, in characters. - * - * @name AcroFormTextField#maxLength - * @type {number} + /** + * (Optional; inheritable) The maximum length of the field’s text, in characters. + * + * @name AcroFormTextField#maxLength + * @type {number} */ Object.defineProperty(this, 'maxLength', { @@ -6252,20 +7901,20 @@ }; inherit(AcroFormTextField, AcroFormField); - /** - * @class AcroFormPasswordField - * @extends AcroFormTextField - * @extends AcroFormField + /** + * @class AcroFormPasswordField + * @extends AcroFormTextField + * @extends AcroFormField */ var AcroFormPasswordField = function AcroFormPasswordField() { AcroFormTextField.call(this); - /** - * If set, the field is intended for entering a secure password that should not be echoed visibly to the screen. Characters typed from the keyboard shall instead be echoed in some unreadable form, such as asterisks or bullet characters. - * NOTE To protect password confidentiality, readers should never store the value of the text field in the PDF file if this flag is set. - * - * @name AcroFormTextField#password - * @type {boolean} + /** + * If set, the field is intended for entering a secure password that should not be echoed visibly to the screen. Characters typed from the keyboard shall instead be echoed in some unreadable form, such as asterisks or bullet characters. + * NOTE To protect password confidentiality, readers should never store the value of the text field in the PDF file if this flag is set. + * + * @name AcroFormTextField#password + * @type {boolean} */ Object.defineProperty(this, 'password', { @@ -6302,10 +7951,10 @@ return appearance; }, - /** - * Returns the standard On Appearance for a CheckBox - * - * @returns {AcroFormXObject} + /** + * Returns the standard On Appearance for a CheckBox + * + * @returns {AcroFormXObject} */ YesPushDown: function YesPushDown(formObject) { var xobj = createFormXObject(formObject); @@ -6358,10 +8007,10 @@ return xobj; }, - /** - * Returns the standard Off Appearance for a CheckBox - * - * @returns {AcroFormXObject} + /** + * Returns the standard Off Appearance for a CheckBox + * + * @returns {AcroFormXObject} */ OffPushDown: function OffPushDown(formObject) { var xobj = createFormXObject(formObject); @@ -6398,8 +8047,8 @@ DotRadius = Number((DotRadius * 0.9).toFixed(5)); var c = AcroFormAppearance.internal.Bezier_C; var DotRadiusBezier = Number((DotRadius * c).toFixed(5)); - /* - * The Following is a Circle created with Bezier-Curves. + /* + * The Following is a Circle created with Bezier-Curves. */ stream.push("q"); @@ -6473,12 +8122,12 @@ } }, Cross: { - /** - * Creates the Actual AppearanceDictionary-References - * - * @param {string} name - * @returns {Object} - * @ignore + /** + * Creates the Actual AppearanceDictionary-References + * + * @param {string} name + * @returns {Object} + * @ignore */ createAppearanceStream: function createAppearanceStream(name) { var appearanceStreamContent = { @@ -6543,10 +8192,10 @@ } }, - /** - * Returns the standard Appearance - * - * @returns {AcroFormXObject} + /** + * Returns the standard Appearance + * + * @returns {AcroFormXObject} */ createDefaultAppearanceStream: function createDefaultAppearanceStream(formObject) { // Set Helvetica to Standard Font (size: auto) @@ -6566,7 +8215,6 @@ var width = AcroFormAppearance.internal.getWidth(formObject); var height = AcroFormAppearance.internal.getHeight(formObject); var a = Math.min(width, height); - var cross = { x1: { // upperLeft @@ -6617,14 +8265,14 @@ return result; }; // Public: - /** - * Add an AcroForm-Field to the jsPDF-instance - * - * @name addField - * @function - * @instance - * @param {Object} fieldObject - * @returns {jsPDF} + /** + * Add an AcroForm-Field to the jsPDF-instance + * + * @name addField + * @function + * @instance + * @param {Object} fieldObject + * @returns {jsPDF} */ @@ -6640,13 +8288,13 @@ fieldObject.page = scope.internal.getCurrentPageInfo().pageNumber; return this; }; - /** - * @name addButton - * @function - * @instance - * @param {AcroFormButton} options - * @returns {jsPDF} - * @deprecated + /** + * @name addButton + * @function + * @instance + * @param {AcroFormButton} options + * @returns {jsPDF} + * @deprecated */ @@ -6657,13 +8305,13 @@ return addField.call(this, button); }; - /** - * @name addTextField - * @function - * @instance - * @param {AcroFormTextField} textField - * @returns {jsPDF} - * @deprecated + /** + * @name addTextField + * @function + * @instance + * @param {AcroFormTextField} textField + * @returns {jsPDF} + * @deprecated */ @@ -6674,13 +8322,13 @@ return addField.call(this, textField); }; - /** - * @name addChoiceField - * @function - * @instance - * @param {AcroFormChoiceField} - * @returns {jsPDF} - * @deprecated + /** + * @name addChoiceField + * @function + * @instance + * @param {AcroFormChoiceField} + * @returns {jsPDF} + * @deprecated */ @@ -6735,24 +8383,39 @@ PasswordField: AcroFormPasswordField, Appearance: AcroFormAppearance }; - })(jsPDF.API, typeof window !== "undefined" && window || typeof global !== "undefined" && global); + jsPDF.AcroForm = { + ChoiceField: AcroFormChoiceField, + ListBox: AcroFormListBox, + ComboBox: AcroFormComboBox, + EditBox: AcroFormEditBox, + Button: AcroFormButton, + PushButton: AcroFormPushButton, + RadioButton: AcroFormRadioButton, + CheckBox: AcroFormCheckBox, + TextField: AcroFormTextField, + PasswordField: AcroFormPasswordField, + Appearance: AcroFormAppearance + }; + })(jsPDF, typeof window !== "undefined" && window || typeof global !== "undefined" && global); - /** @license - * jsPDF addImage plugin - * Copyright (c) 2012 Jason Siefken, https://github.com/siefkenj/ - * 2013 Chris Dowling, https://github.com/gingerchris - * 2013 Trinh Ho, https://github.com/ineedfat - * 2013 Edwin Alejandro Perez, https://github.com/eaparango - * 2013 Norah Smith, https://github.com/burnburnrocket - * 2014 Diego Casorran, https://github.com/diegocr - * 2014 James Robb, https://github.com/jamesbrobb - * - * + /* global jsPDF */ + + /** @license + * jsPDF addImage plugin + * Copyright (c) 2012 Jason Siefken, https://github.com/siefkenj/ + * 2013 Chris Dowling, https://github.com/gingerchris + * 2013 Trinh Ho, https://github.com/ineedfat + * 2013 Edwin Alejandro Perez, https://github.com/eaparango + * 2013 Norah Smith, https://github.com/burnburnrocket + * 2014 Diego Casorran, https://github.com/diegocr + * 2014 James Robb, https://github.com/jamesbrobb + * + * */ - /** - * @name addImage - * @module + /** + * @name addImage + * @module */ (function (jsPDFAPI) { @@ -6763,11 +8426,14 @@ [0x49, 0x49, 0x2A, 0x00] //Intel ], JPEG: [[0xFF, 0xD8, 0xFF, 0xE0, undefined, undefined, 0x4A, 0x46, 0x49, 0x46, 0x00], //JFIF - [0xFF, 0xD8, 0xFF, 0xE1, undefined, undefined, 0x45, 0x78, 0x69, 0x66, 0x00, 0x00] //Exif + [0xFF, 0xD8, 0xFF, 0xE1, undefined, undefined, 0x45, 0x78, 0x69, 0x66, 0x00, 0x00], //Exif + [0xFF, 0xD8, 0xFF, 0xDB], //JPEG RAW + [0xFF, 0xD8, 0xFF, 0xEE] //EXIF RAW ], JPEG2000: [[0x00, 0x00, 0x00, 0x0C, 0x6A, 0x50, 0x20, 0x20]], GIF87a: [[0x47, 0x49, 0x46, 0x38, 0x37, 0x61]], GIF89a: [[0x47, 0x49, 0x46, 0x38, 0x39, 0x61]], + WEBP: [[0x52, 0x49, 0x46, 0x46, undefined, undefined, undefined, undefined, 0x57, 0x45, 0x42, 0x50]], BMP: [[0x42, 0x4D], //BM - Windows 3.1x, 95, NT, ... etc. [0x42, 0x41], //BA - OS/2 struct bitmap array [0x43, 0x49], //CI - OS/2 struct color icon @@ -6776,18 +8442,18 @@ [0x50, 0x54] //PT - OS/2 pointer ] }; - /** - * Recognize filetype of Image by magic-bytes - * - * https://en.wikipedia.org/wiki/List_of_file_signatures - * - * @name getImageFileTypeByImageData - * @public - * @function - * @param {string|arraybuffer} imageData imageData as binary String or arraybuffer - * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' - * - * @returns {string} filetype of Image + /** + * Recognize filetype of Image by magic-bytes + * + * https://en.wikipedia.org/wiki/List_of_file_signatures + * + * @name getImageFileTypeByImageData + * @public + * @function + * @param {string|arraybuffer} imageData imageData as binary String or arraybuffer + * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' + * + * @returns {string} filetype of Image */ var getImageFileTypeByImageData = jsPDFAPI.getImageFileTypeByImageData = function (imageData, fallbackFormat) { @@ -6938,7 +8604,7 @@ 'dp': dp, 'data': img['smask'] }; - if ('f' in img) smask.f = img['f']; + if ('f' in img) { smask.f = img['f']; } putImage.call(this, smask); } //Palette @@ -6971,7 +8637,7 @@ } }, checkCompressValue = function checkCompressValue(value) { - if (value && typeof value === 'string') value = value.toUpperCase(); + if (value && typeof value === 'string') { value = value.toUpperCase(); } return value in jsPDFAPI.image_compression ? value : jsPDFAPI.image_compression.NONE; }, getImages = function getImages() { @@ -7042,13 +8708,15 @@ } } + var canvas; + if (element.nodeName === 'CANVAS') { - var canvas = element; + canvas = element; return element.toDataURL('image/jpeg', 1.0); } //absolute fallback method - var canvas = document.createElement('canvas'); + canvas = document.createElement('canvas'); canvas.width = element.clientWidth || element.width; canvas.height = element.clientHeight || element.height; var ctx = canvas.getContext('2d'); @@ -7134,8 +8802,8 @@ this.internal.write('Q'); //Restore graphics state }; - /** - * COLOR SPACES + /** + * COLOR SPACES */ @@ -7152,8 +8820,8 @@ SEPARATION: 'Separation', DEVICE_N: 'DeviceN' }; - /** - * DECODE METHODS + /** + * DECODE METHODS */ jsPDFAPI.decode = { @@ -7167,8 +8835,8 @@ RUN_LENGTH_DECODE: 'RunLengthDecode', CCITT_FAX_DECODE: 'CCITTFaxDecode' }; - /** - * IMAGE COMPRESSION TYPES + /** + * IMAGE COMPRESSION TYPES */ jsPDFAPI.image_compression = { @@ -7177,11 +8845,11 @@ MEDIUM: 'MEDIUM', SLOW: 'SLOW' }; - /** - * @name sHashCode - * @function - * @param {string} str - * @returns {string} + /** + * @name sHashCode + * @function + * @param {string} str + * @returns {string} */ jsPDFAPI.sHashCode = function (str) { @@ -7189,7 +8857,7 @@ var hash = 0, i, chr; - if (str.length === 0) return hash; + if (str.length === 0) { return hash; } for (i = 0; i < str.length; i++) { chr = str.charCodeAt(i); @@ -7199,26 +8867,15 @@ return hash; }; - /** - * @name isString - * @function - * @param {any} object - * @returns {boolean} - */ - - - jsPDFAPI.isString = function (object) { - return typeof object === 'string'; - }; - /** - * Validates if given String is a valid Base64-String - * - * @name validateStringAsBase64 - * @public - * @function - * @param {String} possible Base64-String - * - * @returns {boolean} + /** + * Validates if given String is a valid Base64-String + * + * @name validateStringAsBase64 + * @public + * @function + * @param {String} possible Base64-String + * + * @returns {boolean} */ @@ -7245,34 +8902,34 @@ return result; }; - /** - * Strips out and returns info from a valid base64 data URI - * - * @name extractInfoFromBase64DataURI - * @function - * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' - * @returns {Array}an Array containing the following - * [0] the complete data URI - * [1] - * [2] format - the second part of the mime-type i.e 'png' in 'image/png' - * [4] + /** + * Strips out and returns info from a valid base64 data URI + * + * @name extractInfoFromBase64DataURI + * @function + * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' + * @returns {Array}an Array containing the following + * [0] the complete data URI + * [1] + * [2] format - the second part of the mime-type i.e 'png' in 'image/png' + * [4] */ jsPDFAPI.extractInfoFromBase64DataURI = function (dataURI) { return /^data:([\w]+?\/([\w]+?));\S*;*base64,(.+)$/g.exec(dataURI); }; - /** - * Strips out and returns info from a valid base64 data URI - * - * @name extractImageFromDataUrl - * @function - * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' - * @returns {Array}an Array containing the following - * [0] the complete data URI - * [1] - * [2] format - the second part of the mime-type i.e 'png' in 'image/png' - * [4] + /** + * Strips out and returns info from a valid base64 data URI + * + * @name extractImageFromDataUrl + * @function + * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' + * @returns {Array}an Array containing the following + * [0] the complete data URI + * [1] + * [2] format - the second part of the mime-type i.e 'png' in 'image/png' + * [4] */ @@ -7295,63 +8952,60 @@ return result; }; - /** - * Check to see if ArrayBuffer is supported - * - * @name supportsArrayBuffer - * @function - * @returns {boolean} + /** + * Check to see if ArrayBuffer is supported + * + * @name supportsArrayBuffer + * @function + * @returns {boolean} */ jsPDFAPI.supportsArrayBuffer = function () { return typeof ArrayBuffer !== 'undefined' && typeof Uint8Array !== 'undefined'; }; - /** - * Tests supplied object to determine if ArrayBuffer - * - * @name isArrayBuffer - * @function - * @param {Object} object an Object - * - * @returns {boolean} + /** + * Tests supplied object to determine if ArrayBuffer + * + * @name isArrayBuffer + * @function + * @param {Object} object an Object + * + * @returns {boolean} */ jsPDFAPI.isArrayBuffer = function (object) { - if (!this.supportsArrayBuffer()) return false; - return object instanceof ArrayBuffer; - }; - /** - * Tests supplied object to determine if it implements the ArrayBufferView (TypedArray) interface - * - * @name isArrayBufferView - * @function - * @param {Object} object an Object - * @returns {boolean} + return this.supportsArrayBuffer() && object instanceof ArrayBuffer; + }; + /** + * Tests supplied object to determine if it implements the ArrayBufferView (TypedArray) interface + * + * @name isArrayBufferView + * @function + * @param {Object} object an Object + * @returns {boolean} */ jsPDFAPI.isArrayBufferView = function (object) { - if (!this.supportsArrayBuffer()) return false; - if (typeof Uint32Array === 'undefined') return false; - return object instanceof Int8Array || object instanceof Uint8Array || typeof Uint8ClampedArray !== 'undefined' && object instanceof Uint8ClampedArray || object instanceof Int16Array || object instanceof Uint16Array || object instanceof Int32Array || object instanceof Uint32Array || object instanceof Float32Array || object instanceof Float64Array; - }; - /** - * Convert the Buffer to a Binary String - * - * @name binaryStringToUint8Array - * @public - * @function - * @param {ArrayBuffer} BinaryString with ImageData - * - * @returns {Uint8Array} + return this.supportsArrayBuffer() && typeof Uint32Array !== 'undefined' && (object instanceof Int8Array || object instanceof Uint8Array || typeof Uint8ClampedArray !== 'undefined' && object instanceof Uint8ClampedArray || object instanceof Int16Array || object instanceof Uint16Array || object instanceof Int32Array || object instanceof Uint32Array || object instanceof Float32Array || object instanceof Float64Array); + }; + /** + * Convert the Buffer to a Binary String + * + * @name binaryStringToUint8Array + * @public + * @function + * @param {ArrayBuffer} BinaryString with ImageData + * + * @returns {Uint8Array} */ jsPDFAPI.binaryStringToUint8Array = function (binary_string) { - /* - * not sure how efficient this will be will bigger files. Is there a native method? + /* + * not sure how efficient this will be will bigger files. Is there a native method? */ var len = binary_string.length; var bytes = new Uint8Array(len); @@ -7362,15 +9016,15 @@ return bytes; }; - /** - * Convert the Buffer to a Binary String - * - * @name arrayBufferToBinaryString - * @public - * @function - * @param {ArrayBuffer} ArrayBuffer with ImageData - * - * @returns {String} + /** + * Convert the Buffer to a Binary String + * + * @name arrayBufferToBinaryString + * @public + * @function + * @param {ArrayBuffer} ArrayBuffer with ImageData + * + * @returns {String} */ @@ -7384,19 +9038,19 @@ return atob(this.arrayBufferToBase64(buffer)); } }; - /** - * Converts an ArrayBuffer directly to base64 - * - * Taken from http://jsperf.com/encoding-xhr-image-data/31 - * - * Need to test if this is a better solution for larger files - * - * @name arrayBufferToBase64 - * @param {arraybuffer} arrayBuffer - * @public - * @function - * - * @returns {string} + /** + * Converts an ArrayBuffer directly to base64 + * + * Taken from http://jsperf.com/encoding-xhr-image-data/31 + * + * Need to test if this is a better solution for larger files + * + * @name arrayBufferToBase64 + * @param {arraybuffer} arrayBuffer + * @public + * @function + * + * @returns {string} */ @@ -7449,26 +9103,26 @@ return base64; }; - /** - * - * @name createImageInfo - * @param {Object} data - * @param {number} wd width - * @param {number} ht height - * @param {Object} cs colorSpace - * @param {number} bpc bits per channel - * @param {any} f - * @param {number} imageIndex - * @param {string} alias - * @param {any} dp - * @param {any} trns - * @param {any} pal - * @param {any} smask - * @param {any} p - * @public - * @function - * - * @returns {Object} + /** + * + * @name createImageInfo + * @param {Object} data + * @param {number} wd width + * @param {number} ht height + * @param {Object} cs colorSpace + * @param {number} bpc bits per channel + * @param {any} f + * @param {number} imageIndex + * @param {string} alias + * @param {any} dp + * @param {any} trns + * @param {any} pal + * @param {any} smask + * @param {any} p + * @public + * @function + * + * @returns {Object} */ @@ -7483,32 +9137,32 @@ data: data // n: objectNumber will be added by putImage code }; - if (f) info.f = f; - if (dp) info.dp = dp; - if (trns) info.trns = trns; - if (pal) info.pal = pal; - if (smask) info.smask = smask; - if (p) info.p = p; // predictor parameter for PNG compression + if (f) { info.f = f; } + if (dp) { info.dp = dp; } + if (trns) { info.trns = trns; } + if (pal) { info.pal = pal; } + if (smask) { info.smask = smask; } + if (p) { info.p = p; } // predictor parameter for PNG compression return info; }; - /** - * Adds an Image to the PDF. - * - * @name addImage - * @public - * @function - * @param {string/Image-Element/Canvas-Element/Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement - * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' - * @param {number} x x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width width of the image (in units declared at inception of PDF document) - * @param {number} height height of the Image (in units declared at inception of PDF document) - * @param {string} alias alias of the image (if used multiple times) - * @param {string} compression compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' - * @param {number} rotation rotation of the image in degrees (0-359) - * - * @returns jsPDF + /** + * Adds an Image to the PDF. + * + * @name addImage + * @public + * @function + * @param {string/Image-Element/Canvas-Element/Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement + * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' + * @param {number} x x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width width of the image (in units declared at inception of PDF document) + * @param {number} height height of the Image (in units declared at inception of PDF document) + * @param {string} alias alias of the image (if used multiple times) + * @param {string} compression compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' + * @param {number} rotation rotation of the image in degrees (0-359) + * + * @returns jsPDF */ @@ -7559,12 +9213,12 @@ dataAsBinaryString; if (!(info = checkImagesForAlias(imageData, images))) { - if (isDOMElement(imageData)) imageData = createDataURIFromElement(imageData, format); - if (notDefined(alias)) alias = generateAliasFromImageData(imageData); + if (isDOMElement(imageData)) { imageData = createDataURIFromElement(imageData, format); } + if (notDefined(alias)) { alias = generateAliasFromImageData(imageData); } if (!(info = checkImagesForAlias(alias, images))) { - if (this.isString(imageData)) { - tmpImageData = this.convertStringToImageData(imageData); + if (typeof imageData === 'string') { + tmpImageData = this.convertStringToImageData(imageData, false); if (tmpImageData !== '') { imageData = tmpImageData; @@ -7577,11 +9231,11 @@ } } - format = this.getImageFileTypeByImageData(imageData, format); - if (!isImageTypeSupported(format)) throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); - /** - * need to test if it's more efficient to convert all binary strings - * to TypedArray - or should we just leave and process as string? + format = getImageFileTypeByImageData(imageData, format); + if (!isImageTypeSupported(format)) { throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); } + /** + * need to test if it's more efficient to convert all binary strings + * to TypedArray - or should we just leave and process as string? */ if (this.supportsArrayBuffer()) { @@ -7603,180 +9257,50 @@ writeImageToPDF.call(this, x, y, w, h, info, info.i, images, rotation); return this; }; - /** - * @name convertStringToImageData - * @function - * @param {string} stringData - * @returns {string} binary data + /** + * @name convertStringToImageData + * @function + * @param {string} stringData + * @returns {string} binary data */ - jsPDFAPI.convertStringToImageData = function (stringData) { + jsPDFAPI.convertStringToImageData = function (stringData, throwError) { + throwError = typeof throwError === "boolean" ? throwError : true; var base64Info; var imageData = ''; var rawData; - if (this.isString(stringData)) { - var base64Info = this.extractImageFromDataUrl(stringData); + if (typeof stringData === 'string') { + base64Info = this.extractImageFromDataUrl(stringData); rawData = base64Info !== null ? base64Info.data : stringData; try { imageData = atob(rawData); } catch (e) { if (!jsPDFAPI.validateStringAsBase64(rawData)) { - throw new Error('Supplied Data is not a valid base64-String jsPDF.convertStringToImageData '); + if (throwError) { + throw new Error('Supplied Data is not a valid base64-String jsPDF.convertStringToImageData '); + } else { + console.log('Supplied Data is not a valid base64-String jsPDF.convertStringToImageData '); + } } else { - throw new Error('atob-Error in jsPDF.convertStringToImageData ' + e.message); + if (throwError) { + throw new Error('atob-Error in jsPDF.convertStringToImageData ' + e.message); + } else { + console.log('atob-Error in jsPDF.convertStringToImageData ' + e.message); + } } } } return imageData; }; - /** - * JPEG SUPPORT - **/ - //takes a string imgData containing the raw bytes of - //a jpeg image and returns [width, height] - //Algorithm from: http://www.64lines.com/jpeg-width-height - - - var getJpegSize = function getJpegSize(imgData) { - - var width, height, numcomponents; // Verify we have a valid jpeg header 0xff,0xd8,0xff,0xe0,?,?,'J','F','I','F',0x00 - - if (getImageFileTypeByImageData(imgData) !== 'JPEG') { - throw new Error('getJpegSize requires a binary string jpeg file'); - } - - var blockLength = imgData.charCodeAt(4) * 256 + imgData.charCodeAt(5); - var i = 4, - len = imgData.length; - - while (i < len) { - i += blockLength; - - if (imgData.charCodeAt(i) !== 0xff) { - throw new Error('getJpegSize could not find the size of the image'); - } - - if (imgData.charCodeAt(i + 1) === 0xc0 || //(SOF) Huffman - Baseline DCT - imgData.charCodeAt(i + 1) === 0xc1 || //(SOF) Huffman - Extended sequential DCT - imgData.charCodeAt(i + 1) === 0xc2 || // Progressive DCT (SOF2) - imgData.charCodeAt(i + 1) === 0xc3 || // Spatial (sequential) lossless (SOF3) - imgData.charCodeAt(i + 1) === 0xc4 || // Differential sequential DCT (SOF5) - imgData.charCodeAt(i + 1) === 0xc5 || // Differential progressive DCT (SOF6) - imgData.charCodeAt(i + 1) === 0xc6 || // Differential spatial (SOF7) - imgData.charCodeAt(i + 1) === 0xc7) { - height = imgData.charCodeAt(i + 5) * 256 + imgData.charCodeAt(i + 6); - width = imgData.charCodeAt(i + 7) * 256 + imgData.charCodeAt(i + 8); - numcomponents = imgData.charCodeAt(i + 9); - return [width, height, numcomponents]; - } else { - i += 2; - blockLength = imgData.charCodeAt(i) * 256 + imgData.charCodeAt(i + 1); - } - } - }, - getJpegSizeFromBytes = function getJpegSizeFromBytes(data) { - var hdr = data[0] << 8 | data[1]; - if (hdr !== 0xFFD8) throw new Error('Supplied data is not a JPEG'); - var len = data.length, - block = (data[4] << 8) + data[5], - pos = 4, - bytes, - width, - height, - numcomponents; - - while (pos < len) { - pos += block; - bytes = readBytes(data, pos); - block = (bytes[2] << 8) + bytes[3]; - - if ((bytes[1] === 0xC0 || bytes[1] === 0xC2) && bytes[0] === 0xFF && block > 7) { - bytes = readBytes(data, pos + 5); - width = (bytes[2] << 8) + bytes[3]; - height = (bytes[0] << 8) + bytes[1]; - numcomponents = bytes[4]; - return { - width: width, - height: height, - numcomponents: numcomponents - }; - } - - pos += 2; - } - - throw new Error('getJpegSizeFromBytes could not find the size of the image'); - }, - readBytes = function readBytes(data, offset) { - return data.subarray(offset, offset + 5); - }; - /** - * @ignore - */ - - - jsPDFAPI.processJPEG = function (data, index, alias, compression, dataAsBinaryString, colorSpace) { - - var filter = this.decode.DCT_DECODE, - bpc = 8, - dims; - - if (!this.isString(data) && !this.isArrayBuffer(data) && !this.isArrayBufferView(data)) { - return null; - } - - if (this.isString(data)) { - dims = getJpegSize(data); - } - - if (this.isArrayBuffer(data)) { - data = new Uint8Array(data); - } - - if (this.isArrayBufferView(data)) { - dims = getJpegSizeFromBytes(data); // if we already have a stored binary string rep use that - - data = dataAsBinaryString || this.arrayBufferToBinaryString(data); - } - - if (colorSpace === undefined) { - switch (dims.numcomponents) { - case 1: - colorSpace = this.color_spaces.DEVICE_GRAY; - break; - - case 4: - colorSpace = this.color_spaces.DEVICE_CMYK; - break; - - default: - case 3: - colorSpace = this.color_spaces.DEVICE_RGB; - break; - } - } - - return this.createImageInfo(data, dims.width, dims.height, colorSpace, bpc, filter, index, alias); - }; - /** - * @ignore - */ - - - jsPDFAPI.processJPG = function () - /*data, index, alias, compression, dataAsBinaryString*/ - { - return this.processJPEG.apply(this, arguments); - }; - /** - * @name getImageProperties - * @function - * @param {Object} imageData - * @returns {Object} + /** + * @name getImageProperties + * @function + * @param {Object} imageData + * @returns {Object} */ @@ -7789,18 +9313,14 @@ imageData = createDataURIFromElement(imageData); } - if (this.isString(imageData)) { - tmpImageData = this.convertStringToImageData(imageData); - - if (tmpImageData !== '') { - imageData = tmpImageData; - } else { - tmpImageData = jsPDFAPI.loadFile(imageData); + if (typeof imageData === "string") { + tmpImageData = this.convertStringToImageData(imageData, false); - if (tmpImageData !== undefined) { - imageData = tmpImageData; - } + if (tmpImageData === '') { + tmpImageData = jsPDFAPI.loadFile(imageData) || ''; } + + imageData = tmpImageData; } format = this.getImageFileTypeByImageData(imageData); @@ -7808,9 +9328,9 @@ if (!isImageTypeSupported(format)) { throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); } - /** - * need to test if it's more efficient to convert all binary strings - * to TypedArray - or should we just leave and process as string? + /** + * need to test if it's more efficient to convert all binary strings + * to TypedArray - or should we just leave and process as string? */ @@ -7838,78 +9358,81 @@ }; })(jsPDF.API); - /** - * @license - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* global jsPDF */ + + /** + * @license + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF Annotations PlugIn - * - * There are many types of annotations in a PDF document. Annotations are placed - * on a page at a particular location. They are not 'attached' to an object. - *
- * This plugin current supports
- *
  • Goto Page (set pageNumber and top in options) - *
  • Goto Name (set name and top in options) - *
  • Goto URL (set url in options) - *

    - * The destination magnification factor can also be specified when goto is a page number or a named destination. (see documentation below) - * (set magFactor in options). XYZ is the default. - *

    - *

    - * Links, Text, Popup, and FreeText are supported. - *

    - *

    - * Options In PDF spec Not Implemented Yet - *

  • link border - *
  • named target - *
  • page coordinates - *
  • destination page scaling and layout - *
  • actions other than URL and GotoPage - *
  • background / hover actions - *

    - * @name annotations - * @module + /** + * jsPDF Annotations PlugIn + * + * There are many types of annotations in a PDF document. Annotations are placed + * on a page at a particular location. They are not 'attached' to an object. + *
    + * This plugin current supports
    + *
  • Goto Page (set pageNumber and top in options) + *
  • Goto Name (set name and top in options) + *
  • Goto URL (set url in options) + *

    + * The destination magnification factor can also be specified when goto is a page number or a named destination. (see documentation below) + * (set magFactor in options). XYZ is the default. + *

    + *

    + * Links, Text, Popup, and FreeText are supported. + *

    + *

    + * Options In PDF spec Not Implemented Yet + *

  • link border + *
  • named target + *
  • page coordinates + *
  • destination page scaling and layout + *
  • actions other than URL and GotoPage + *
  • background / hover actions + *

    + * @name annotations + * @module */ - /* - Destination Magnification Factors - See PDF 1.3 Page 386 for meanings and options - - [supported] - XYZ (options; left top zoom) - Fit (no options) - FitH (options: top) - FitV (options: left) - - [not supported] - FitR - FitB - FitBH - FitBV + /* + Destination Magnification Factors + See PDF 1.3 Page 386 for meanings and options + + [supported] + XYZ (options; left top zoom) + Fit (no options) + FitH (options: top) + FitV (options: left) + + [not supported] + FitR + FitB + FitBH + FitBV */ (function (jsPDFAPI) { + var notEmpty = function notEmpty(obj) { + if (typeof obj != 'undefined') { + if (obj != '') { + return true; + } + } + }; + jsPDF.API.events.push(['addPage', function (addPageData) { var pageInfo = this.internal.getPageInfo(addPageData.pageNumber); pageInfo.pageContext.annotations = []; }]); jsPDFAPI.events.push(['putPage', function (putPageData) { + var getHorizontalCoordinateString = this.internal.getCoordinateString; + var getVerticalCoordinateString = this.internal.getVerticalCoordinateString; var pageInfo = this.internal.getPageInfoByObjId(putPageData.objId); var pageAnnos = putPageData.pageContext.annotations; - - var notEmpty = function notEmpty(obj) { - if (typeof obj != 'undefined') { - if (obj != '') { - return true; - } - } - }; - var found = false; for (var a = 0; a < pageAnnos.length && !found; a++) { @@ -7919,9 +9442,10 @@ case 'link': if (notEmpty(anno.options.url) || notEmpty(anno.options.pageNumber)) { found = true; - break; } + break; + case 'reference': case 'text': case 'freetext': @@ -7935,12 +9459,9 @@ } this.internal.write("/Annots ["); - var pageHeight = this.internal.pageSize.height; - var getHorizontalCoordinateString = this.internal.getCoordinateString; - var getVerticalCoordinateString = this.internal.getVerticalCoordinateString; - for (var a = 0; a < pageAnnos.length; a++) { - var anno = pageAnnos[a]; + for (var i = 0; i < pageAnnos.length; i++) { + var anno = pageAnnos[i]; switch (anno.type) { case 'reference': @@ -8044,10 +9565,10 @@ this.internal.write("]"); }]); - /** - * @name createAnnotation - * @function - * @param {Object} options + /** + * @name createAnnotation + * @function + * @param {Object} options */ jsPDFAPI.createAnnotation = function (options) { @@ -8064,19 +9585,19 @@ break; } }; - /** - * Create a link - * - * valid options - *
  • pageNumber or url [required] - *

    If pageNumber is specified, top and zoom may also be specified

    - * @name link - * @function - * @param {number} x - * @param {number} y - * @param {number} w - * @param {number} h - * @param {Object} options + /** + * Create a link + * + * valid options + *
  • pageNumber or url [required] + *

    If pageNumber is specified, top and zoom may also be specified

    + * @name link + * @function + * @param {number} x + * @param {number} y + * @param {number} w + * @param {number} h + * @param {Object} options */ @@ -8091,24 +9612,24 @@ type: 'link' }); }; - /** - * Currently only supports single line text. - * Returns the width of the text/link - * - * @name textWithLink - * @function - * @param {string} text - * @param {number} x - * @param {number} y - * @param {Object} options - * @returns {number} width the width of the text/link + /** + * Currently only supports single line text. + * Returns the width of the text/link + * + * @name textWithLink + * @function + * @param {string} text + * @param {number} x + * @param {number} y + * @param {Object} options + * @returns {number} width the width of the text/link */ jsPDFAPI.textWithLink = function (text, x, y, options) { var width = this.getTextWidth(text); var height = this.internal.getLineHeight() / this.internal.scaleFactor; - this.text(text, x, y); //TODO We really need the text baseline height to do this correctly. + this.text(text, x, y, options); //TODO We really need the text baseline height to do this correctly. // Or ability to draw text on top, bottom, center, or baseline. y += height * .2; @@ -8116,11 +9637,11 @@ return width; }; //TODO move into external library - /** - * @name getTextWidth - * @function - * @param {string} text - * @returns {number} txtWidth + /** + * @name getTextWidth + * @function + * @param {string} text + * @returns {number} txtWidth */ @@ -8133,24 +9654,26 @@ return this; })(jsPDF.API); - /** - * @license - * Copyright (c) 2017 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* global jsPDF */ + + /** + * @license + * Copyright (c) 2017 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF arabic parser PlugIn - * - * @name arabic - * @module + /** + * jsPDF arabic parser PlugIn + * + * @name arabic + * @module */ (function (jsPDFAPI) { - /** - * Arabic shape substitutions: char code => (isolated, final, initial, medial). - * Arabic Substition A + /** + * Arabic shape substitutions: char code => (isolated, final, initial, medial). + * Arabic Substition A */ var arabicSubstitionA = { @@ -8443,7 +9966,6 @@ }; var getCorrectForm = jsPDFAPI.__arabicParser__.getCorrectForm = function (currentChar, beforeChar, nextChar) { - if (!isArabicLetter(currentChar)) { return -1; } @@ -8466,12 +9988,12 @@ return initialForm; }; - /** - * @name processArabic - * @function - * @param {string} text - * @param {boolean} reverse - * @returns {string} + /** + * @name processArabic + * @function + * @param {string} text + * @param {boolean} reverse + * @returns {string} */ @@ -8517,11 +10039,6 @@ var arabicParserFunction = function arabicParserFunction(args) { var text = args.text; - var x = args.x; - var y = args.y; - var options = args.options || {}; - var mutex = args.mutex || {}; - var lang = options.lang; var tmpText = []; if (Object.prototype.toString.call(text) === '[object Array]') { @@ -8545,31 +10062,32 @@ jsPDFAPI.events.push(['preProcessText', arabicParserFunction]); })(jsPDF.API); - /** @license - * jsPDF Autoprint Plugin - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* global jsPDF */ + + /** @license + * jsPDF Autoprint Plugin + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * @name autoprint - * @module + /** + * @name autoprint + * @module */ (function (jsPDFAPI) { - /** - * Makes the PDF automatically print. This works in Chrome, Firefox, Acrobat - * Reader. - * - * @name autoPrint - * @function - * @param {Object} options (optional) Set the attribute variant to 'non-conform' (default) or 'javascript' to activate different methods of automatic printing when opening in a PDF-viewer . - * @returns {jsPDF} - * @example - * var doc = new jsPDF(); - * doc.text(10, 10, 'This is a test'); - * doc.autoPrint({variant: 'non-conform'}); - * doc.save('autoprint.pdf'); + /** + * Makes the PDF automatically open the print-Dialog when opened in a PDF-viewer. + * + * @name autoPrint + * @function + * @param {Object} options (optional) Set the attribute variant to 'non-conform' (default) or 'javascript' to activate different methods of automatic printing when opening in a PDF-viewer . + * @returns {jsPDF} + * @example + * var doc = new jsPDF(); + * doc.text(10, 10, 'This is a test'); + * doc.autoPrint({variant: 'non-conform'}); + * doc.save('autoprint.pdf'); */ jsPDFAPI.autoPrint = function (options) { @@ -8605,26 +10123,28 @@ }; })(jsPDF.API); - /** - * @license - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* global jsPDF */ + + /** + * @license + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF Canvas PlugIn - * This plugin mimics the HTML5 Canvas - * - * The goal is to provide a way for current canvas users to print directly to a PDF. - * @name canvas - * @module + /** + * jsPDF Canvas PlugIn + * This plugin mimics the HTML5 Canvas + * + * The goal is to provide a way for current canvas users to print directly to a PDF. + * @name canvas + * @module */ (function (jsPDFAPI) { - /** - * @class Canvas - * @classdesc A Canvas Wrapper for jsPDF + /** + * @class Canvas + * @classdesc A Canvas Wrapper for jsPDF */ var Canvas = function Canvas() { @@ -8638,11 +10158,11 @@ } }); var _width = 150; - /** - * The height property is a positive integer reflecting the height HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 150 is used. - * This is one of the two properties, the other being width, that controls the size of the canvas. - * - * @name width + /** + * The height property is a positive integer reflecting the height HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 150 is used. + * This is one of the two properties, the other being width, that controls the size of the canvas. + * + * @name width */ Object.defineProperty(this, 'width', { @@ -8662,11 +10182,11 @@ } }); var _height = 300; - /** - * The width property is a positive integer reflecting the width HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 300 is used. - * This is one of the two properties, the other being height, that controls the size of the canvas. - * - * @name height + /** + * The width property is a positive integer reflecting the width HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 300 is used. + * This is one of the two properties, the other being height, that controls the size of the canvas. + * + * @name height */ Object.defineProperty(this, 'height', { @@ -8703,19 +10223,15 @@ _style = value; } }); - Object.defineProperty(this, 'parentNode', { - get: function get() { - return false; - } - }); - }; - /** - * The getContext() method returns a drawing context on the canvas, or null if the context identifier is not supported. - * - * @name getContext - * @function - * @param {string} contextType Is a String containing the context identifier defining the drawing context associated to the canvas. Possible value is "2d", leading to the creation of a Context2D object representing a two-dimensional rendering context. - * @param {object} contextAttributes + Object.defineProperty(this, 'parentNode', {}); + }; + /** + * The getContext() method returns a drawing context on the canvas, or null if the context identifier is not supported. + * + * @name getContext + * @function + * @param {string} contextType Is a String containing the context identifier defining the drawing context associated to the canvas. Possible value is "2d", leading to the creation of a Context2D object representing a two-dimensional rendering context. + * @param {object} contextAttributes */ @@ -8736,11 +10252,11 @@ this.pdf.context2d._canvas = this; return this.pdf.context2d; }; - /** - * The toDataURL() method is just a stub to throw an error if accidently called. - * - * @name toDataURL - * @function + /** + * The toDataURL() method is just a stub to throw an error if accidently called. + * + * @name toDataURL + * @function */ @@ -8755,28 +10271,28 @@ return this; })(jsPDF.API); - /** - * @license - * ==================================================================== - * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com - * 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br - * 2013 Lee Driscoll, https://github.com/lsdriscoll - * 2014 Juan Pablo Gaviria, https://github.com/juanpgaviria - * 2014 James Hall, james@parall.ax - * 2014 Diego Casorran, https://github.com/diegocr - * - * - * ==================================================================== + /** + * @license + * ==================================================================== + * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com + * 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br + * 2013 Lee Driscoll, https://github.com/lsdriscoll + * 2014 Juan Pablo Gaviria, https://github.com/juanpgaviria + * 2014 James Hall, james@parall.ax + * 2014 Diego Casorran, https://github.com/diegocr + * + * + * ==================================================================== */ - /** - * @name cell - * @module + /** + * @name cell + * @module */ (function (jsPDFAPI) { /*jslint browser:true */ - /*global document: false, jsPDF */ + /*global jsPDF */ var padding = 3, margin = 13, @@ -8806,27 +10322,26 @@ top: 0, bottom: 0 }; - /** - * @name setHeaderFunction - * @function - * @param {function} func + /** + * @name setHeaderFunction + * @function + * @param {function} func */ jsPDFAPI.setHeaderFunction = function (func) { headerFunction = func; }; - /** - * @name getTextDimensions - * @function - * @param {string} txt - * @returns {Object} dimensions + /** + * @name getTextDimensions + * @function + * @param {string} txt + * @returns {Object} dimensions */ jsPDFAPI.getTextDimensions = function (text, options) { var fontSize = this.table_font_size || this.internal.getFontSize(); - var fontStyle = this.internal.getFont().fontStyle; options = options || {}; var scaleFactor = options.scaleFactor || this.internal.scaleFactor; var width = 0; @@ -8863,9 +10378,9 @@ h: height }; }; - /** - * @name cellAddPage - * @function + /** + * @name cellAddPage + * @function */ @@ -8876,9 +10391,9 @@ pages += 1; }; - /** - * @name cellInitialize - * @function + /** + * @name cellInitialize + * @function */ @@ -8892,17 +10407,17 @@ }; pages = 1; }; - /** - * @name cell - * @function - * @param {number} x - * @param {number} y - * @param {number} w - * @param {number} h - * @param {string} txt - * @param {number} ln lineNumber - * @param {string} align - * @return {jsPDF} jsPDF-instance + /** + * @name cell + * @function + * @param {number} x + * @param {number} y + * @param {number} w + * @param {number} h + * @param {string} txt + * @param {number} ln lineNumber + * @param {string} align + * @return {jsPDF} jsPDF-instance */ @@ -8930,7 +10445,7 @@ y = getLastCellPosition().y + getLastCellPosition().h; - if (pgAdded) y = margin + 10; + if (pgAdded) { y = margin + 10; } } } @@ -8959,14 +10474,14 @@ setLastCellPosition(x, y, w, h, ln); return this; }; - /** - * Return the maximum value from an array - * - * @name arrayMax - * @function - * @param {Array} array - * @param comparisonFn - * @returns {number} + /** + * Return the maximum value from an array + * + * @name arrayMax + * @function + * @param {Array} array + * @param comparisonFn + * @returns {number} */ @@ -8992,19 +10507,19 @@ return max; }; - /** - * Create a table from a set of data. - * @name table - * @function - * @param {Integer} [x] : left-position for top-left corner of table - * @param {Integer} [y] top-position for top-left corner of table - * @param {Object[]} [data] As array of objects containing key-value pairs corresponding to a row of data. - * @param {String[]} [headers] Omit or null to auto-generate headers at a performance cost - * @param {Object} [config.printHeaders] True to print column headers at the top of every page - * @param {Object} [config.autoSize] True to dynamically set the column widths to match the widest cell value - * @param {Object} [config.margins] margin values for left, top, bottom, and width - * @param {Object} [config.fontSize] Integer fontSize to use (optional) - * @returns {jsPDF} jsPDF-instance + /** + * Create a table from a set of data. + * @name table + * @function + * @param {Integer} [x] : left-position for top-left corner of table + * @param {Integer} [y] top-position for top-left corner of table + * @param {Object[]} [data] As array of objects containing key-value pairs corresponding to a row of data. + * @param {String[]} [headers] Omit or null to auto-generate headers at a performance cost + * @param {Object} [config.printHeaders] True to print column headers at the top of every page + * @param {Object} [config.autoSize] True to dynamically set the column widths to match the widest cell value + * @param {Object} [config.margins] margin values for left, top, bottom, and width + * @param {Object} [config.fontSize] Integer fontSize to use (optional) + * @returns {jsPDF} jsPDF-instance */ @@ -9058,9 +10573,9 @@ margins = config.margins; } } - /** - * @property {Number} lnMod - * Keep track of the current line number modifier used when creating cells + /** + * @property {Number} lnMod + * Keep track of the current line number modifier used when creating cells */ @@ -9139,7 +10654,6 @@ for (i = 0, ln = data.length; i < ln; i += 1) { - var lineHeight; model = data[i]; lineHeight = this.calculateLineHeight(headerNames, columnWidths, model); @@ -9154,15 +10668,15 @@ this.table_y = y; return this; }; - /** - * Calculate the height for containing the highest column - * - * @name calculateLineHeight - * @function - * @param {String[]} headerNames is the header, used as keys to the data - * @param {Integer[]} columnWidths is size of each column - * @param {Object[]} model is the line of data we want to calculate the height of - * @returns {number} lineHeight + /** + * Calculate the height for containing the highest column + * + * @name calculateLineHeight + * @function + * @param {String[]} headerNames is the header, used as keys to the data + * @param {Integer[]} columnWidths is size of each column + * @param {Object[]} model is the line of data we want to calculate the height of + * @returns {number} lineHeight */ @@ -9174,32 +10688,32 @@ header = headerNames[j]; model[header] = this.splitTextToSize(String(model[header]), columnWidths[header] - padding); var h = this.internal.getLineHeight() * model[header].length + padding; - if (h > lineHeight) lineHeight = h; + if (h > lineHeight) { lineHeight = h; } } return lineHeight; }; - /** - * Store the config for outputting a table header - * - * @name setTableHeaderRow - * @function - * @param {Object[]} config - * An array of cell configs that would define a header row: Each config matches the config used by jsPDFAPI.cell - * except the ln parameter is excluded + /** + * Store the config for outputting a table header + * + * @name setTableHeaderRow + * @function + * @param {Object[]} config + * An array of cell configs that would define a header row: Each config matches the config used by jsPDFAPI.cell + * except the ln parameter is excluded */ jsPDFAPI.setTableHeaderRow = function (config) { this.tableHeaderRow = config; }; - /** - * Output the store header row - * - * @name printHeaderRow - * @function - * @param {number} lineNumber The line number to output the header at - * @param {boolean} new_page + /** + * Output the store header row + * + * @name printHeaderRow + * @function + * @param {number} lineNumber The line number to output the header at + * @param {boolean} new_page */ @@ -9242,21 +10756,25 @@ }; })(jsPDF.API); - /** - * jsPDF Context2D PlugIn Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. http://opensource.org/licenses/mit-license + /* eslint-disable no-console */ + + /* global jsPDF, RGBColor */ + + /** + * jsPDF Context2D PlugIn Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. http://opensource.org/licenses/mit-license */ - /** - * This plugin mimics the HTML5 CanvasRenderingContext2D. - * - * The goal is to provide a way for current canvas implementations to print directly to a PDF. - * - * @name context2d - * @module + /** + * This plugin mimics the HTML5 CanvasRenderingContext2D. + * + * The goal is to provide a way for current canvas implementations to print directly to a PDF. + * + * @name context2d + * @module */ - (function (jsPDFAPI, globalObj) { + (function (jsPDFAPI) { var ContextLayer = function ContextLayer(ctx) { ctx = ctx || {}; @@ -9285,15 +10803,19 @@ }; //stub - var f2, f3, getHorizontalCoordinateString, getVerticalCoordinateString, getHorizontalCoordinate, getVerticalCoordinate; + var f2, getHorizontalCoordinateString, getVerticalCoordinateString, getHorizontalCoordinate, getVerticalCoordinate, Point, Rectangle, Matrix, _ctx; + jsPDFAPI.events.push(['initialized', function () { this.context2d = new Context2D(this); f2 = this.internal.f2; - f3 = this.internal.f3; getHorizontalCoordinateString = this.internal.getCoordinateString; getVerticalCoordinateString = this.internal.getVerticalCoordinateString; getHorizontalCoordinate = this.internal.getHorizontalCoordinate; getVerticalCoordinate = this.internal.getVerticalCoordinate; + Point = this.internal.Point; + Rectangle = this.internal.Rectangle; + Matrix = this.internal.Matrix; + _ctx = new ContextLayer(); }]); var Context2D = function Context2D(pdf) { @@ -9311,10 +10833,10 @@ } }); var _pageWrapXEnabled = false; - /** - * @name pageWrapXEnabled - * @type {boolean} - * @default false + /** + * @name pageWrapXEnabled + * @type {boolean} + * @default false */ Object.defineProperty(this, 'pageWrapXEnabled', { @@ -9326,10 +10848,10 @@ } }); var _pageWrapYEnabled = false; - /** - * @name pageWrapYEnabled - * @type {boolean} - * @default true + /** + * @name pageWrapYEnabled + * @type {boolean} + * @default true */ Object.defineProperty(this, 'pageWrapYEnabled', { @@ -9341,10 +10863,10 @@ } }); var _posX = 0; - /** - * @name posX - * @type {number} - * @default 0 + /** + * @name posX + * @type {number} + * @default 0 */ Object.defineProperty(this, 'posX', { @@ -9358,10 +10880,10 @@ } }); var _posY = 0; - /** - * @name posY - * @type {number} - * @default 0 + /** + * @name posY + * @type {number} + * @default 0 */ Object.defineProperty(this, 'posY', { @@ -9375,10 +10897,10 @@ } }); var _autoPaging = false; - /** - * @name autoPaging - * @type {boolean} - * @default true + /** + * @name autoPaging + * @type {boolean} + * @default true */ Object.defineProperty(this, 'autoPaging', { @@ -9390,10 +10912,10 @@ } }); var lastBreak = 0; - /** - * @name lastBreak - * @type {number} - * @default 0 + /** + * @name lastBreak + * @type {number} + * @default 0 */ Object.defineProperty(this, 'lastBreak', { @@ -9405,11 +10927,11 @@ } }); var pageBreaks = []; - /** - * Y Position of page breaks. - * @name pageBreaks - * @type {number} - * @default 0 + /** + * Y Position of page breaks. + * @name pageBreaks + * @type {number} + * @default 0 */ Object.defineProperty(this, 'pageBreaks', { @@ -9420,15 +10942,12 @@ pageBreaks = value; } }); - - var _ctx = new ContextLayer(); - /** - * @name ctx - * @type {object} - * @default {} + /** + * @name ctx + * @type {object} + * @default {} */ - Object.defineProperty(this, 'ctx', { get: function get() { return _ctx; @@ -9439,10 +10958,10 @@ } } }); - /** - * @name path - * @type {array} - * @default [] + /** + * @name path + * @type {array} + * @default [] */ Object.defineProperty(this, 'path', { @@ -9453,10 +10972,10 @@ _ctx.path = value; } }); - /** - * @name ctxStack - * @type {array} - * @default [] + /** + * @name ctxStack + * @type {array} + * @default [] */ var _ctxStack = []; @@ -9468,14 +10987,14 @@ _ctxStack = value; } }); - /** - * Sets or returns the color, gradient, or pattern used to fill the drawing - * - * @name fillStyle - * @default #000000 - * @property {(color|gradient|pattern)} value The color of the drawing. Default value is #000000
    - * A gradient object (linear or radial) used to fill the drawing (not supported by context2d)
    - * A pattern object to use to fill the drawing (not supported by context2d) + /** + * Sets or returns the color, gradient, or pattern used to fill the drawing + * + * @name fillStyle + * @default #000000 + * @property {(color|gradient|pattern)} value The color of the drawing. Default value is #000000
    + * A gradient object (linear or radial) used to fill the drawing (not supported by context2d)
    + * A pattern object to use to fill the drawing (not supported by context2d) */ Object.defineProperty(this, 'fillStyle', { @@ -9496,14 +11015,14 @@ }); } }); - /** - * Sets or returns the color, gradient, or pattern used for strokes - * - * @name strokeStyle - * @default #000000 - * @property {color} color A CSS color value that indicates the stroke color of the drawing. Default value is #000000 (not supported by context2d) - * @property {gradient} gradient A gradient object (linear or radial) used to create a gradient stroke (not supported by context2d) - * @property {pattern} pattern A pattern object used to create a pattern stroke (not supported by context2d) + /** + * Sets or returns the color, gradient, or pattern used for strokes + * + * @name strokeStyle + * @default #000000 + * @property {color} color A CSS color value that indicates the stroke color of the drawing. Default value is #000000 (not supported by context2d) + * @property {gradient} gradient A gradient object (linear or radial) used to create a gradient stroke (not supported by context2d) + * @property {pattern} pattern A pattern object used to create a pattern stroke (not supported by context2d) */ Object.defineProperty(this, 'strokeStyle', { @@ -9525,14 +11044,14 @@ } } }); - /** - * Sets or returns the style of the end caps for a line - * - * @name lineCap - * @default butt - * @property {(butt|round|square)} lineCap butt A flat edge is added to each end of the line
    - * round A rounded end cap is added to each end of the line
    - * square A square end cap is added to each end of the line
    + /** + * Sets or returns the style of the end caps for a line + * + * @name lineCap + * @default butt + * @property {(butt|round|square)} lineCap butt A flat edge is added to each end of the line
    + * round A rounded end cap is added to each end of the line
    + * square A square end cap is added to each end of the line
    */ Object.defineProperty(this, 'lineCap', { @@ -9546,12 +11065,12 @@ } } }); - /** - * Sets or returns the current line width - * - * @name lineWidth - * @default 1 - * @property {number} lineWidth The current line width, in pixels + /** + * Sets or returns the current line width + * + * @name lineWidth + * @default 1 + * @property {number} lineWidth The current line width, in pixels */ Object.defineProperty(this, 'lineWidth', { @@ -9565,8 +11084,8 @@ } } }); - /** - * Sets or returns the type of corner created, when two lines meet + /** + * Sets or returns the type of corner created, when two lines meet */ Object.defineProperty(this, 'lineJoin', { @@ -9580,11 +11099,11 @@ } } }); - /** - * A number specifying the miter limit ratio in coordinate space units. Zero, negative, Infinity, and NaN values are ignored. The default value is 10.0. - * - * @name miterLimit - * @default 10 + /** + * A number specifying the miter limit ratio in coordinate space units. Zero, negative, Infinity, and NaN values are ignored. The default value is 10.0. + * + * @name miterLimit + * @default 10 */ Object.defineProperty(this, 'miterLimit', { @@ -9623,6 +11142,7 @@ set: function set(value) { this.ctx.font = value; var rx, matches; //source: https://stackoverflow.com/a/10136041 + // eslint-disable-next-line no-useless-escape rx = /^\s*(?=(?:(?:[-a-z]+\s*){0,2}(italic|oblique))?)(?=(?:(?:[-a-z]+\s*){0,2}(small-caps))?)(?=(?:(?:[-a-z]+\s*){0,2}(bold(?:er)?|lighter|[1-9]00))?)(?:(?:normal|\1|\2|\3)\s*){0,3}((?:xx?-)?(?:small|large)|medium|smaller|larger|[.\d]+(?:\%|in|[cem]m|ex|p[ctx]))(?:\s*\/\s*(normal|[.\d]+(?:\%|in|[cem]m|ex|p[ctx])))?\s*([-_,\"\'\sa-z]+?)\s*$/i; matches = rx.exec(value); @@ -9702,9 +11222,9 @@ } if (jsPdfFontName === '') { - for (var i = 0; i < parts.length; i++) { - if (fallbackFonts[parts[i]]) { - jsPdfFontName = fallbackFonts[parts[i]]; + for (var j = 0; j < parts.length; j++) { + if (fallbackFonts[parts[j]]) { + jsPdfFontName = fallbackFonts[parts[j]]; break; } } @@ -9744,24 +11264,24 @@ Context2D.prototype.fill = function () { pathPreProcess.call(this, 'fill', false); }; - /** - * Actually draws the path you have defined - * - * @name stroke - * @function - * @description The stroke() method actually draws the path you have defined with all those moveTo() and lineTo() methods. The default color is black. + /** + * Actually draws the path you have defined + * + * @name stroke + * @function + * @description The stroke() method actually draws the path you have defined with all those moveTo() and lineTo() methods. The default color is black. */ Context2D.prototype.stroke = function () { pathPreProcess.call(this, 'stroke', false); }; - /** - * Begins a path, or resets the current - * - * @name beginPath - * @function - * @description The beginPath() method begins a path, or resets the current path. + /** + * Begins a path, or resets the current + * + * @name beginPath + * @function + * @description The beginPath() method begins a path, or resets the current path. */ @@ -9770,13 +11290,13 @@ type: 'begin' }]; }; - /** - * Moves the path to the specified point in the canvas, without creating a line - * - * @name moveTo - * @function - * @param x {Number} The x-coordinate of where to move the path to - * @param y {Number} The y-coordinate of where to move the path to + /** + * Moves the path to the specified point in the canvas, without creating a line + * + * @name moveTo + * @function + * @param x {Number} The x-coordinate of where to move the path to + * @param y {Number} The y-coordinate of where to move the path to */ @@ -9794,12 +11314,12 @@ }); this.ctx.lastPoint = new Point(x, y); }; - /** - * Creates a path from the current point back to the starting point - * - * @name closePath - * @function - * @description The closePath() method creates a path from the current point back to the starting point. + /** + * Creates a path from the current point back to the starting point + * + * @name closePath + * @function + * @description The closePath() method creates a path from the current point back to the starting point. */ @@ -9830,14 +11350,14 @@ }); this.ctx.lastPoint = new Point(pathBegin.x, pathBegin.y); }; - /** - * Adds a new point and creates a line to that point from the last specified point in the canvas - * - * @name lineTo - * @function - * @param x The x-coordinate of where to create the line to - * @param y The y-coordinate of where to create the line to - * @description The lineTo() method adds a new point and creates a line TO that point FROM the last specified point in the canvas (this method does not draw the line). + /** + * Adds a new point and creates a line to that point from the last specified point in the canvas + * + * @name lineTo + * @function + * @param x The x-coordinate of where to create the line to + * @param y The y-coordinate of where to create the line to + * @description The lineTo() method adds a new point and creates a line TO that point FROM the last specified point in the canvas (this method does not draw the line). */ @@ -9855,12 +11375,12 @@ }); this.ctx.lastPoint = new Point(pt.x, pt.y); }; - /** - * Clips a region of any shape and size from the original canvas - * - * @name clip - * @function - * @description The clip() method clips a region of any shape and size from the original canvas. + /** + * Clips a region of any shape and size from the original canvas + * + * @name clip + * @function + * @description The clip() method clips a region of any shape and size from the original canvas. */ @@ -9868,16 +11388,16 @@ this.ctx.clip_path = JSON.parse(JSON.stringify(this.path)); pathPreProcess.call(this, null, true); }; - /** - * Creates a cubic Bézier curve - * - * @name quadraticCurveTo - * @function - * @param cpx {Number} The x-coordinate of the Bézier control point - * @param cpy {Number} The y-coordinate of the Bézier control point - * @param x {Number} The x-coordinate of the ending point - * @param y {Number} The y-coordinate of the ending point - * @description The quadraticCurveTo() method adds a point to the current path by using the specified control points that represent a quadratic Bézier curve.

    A quadratic Bézier curve requires two points. The first point is a control point that is used in the quadratic Bézier calculation and the second point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. + /** + * Creates a cubic Bézier curve + * + * @name quadraticCurveTo + * @function + * @param cpx {Number} The x-coordinate of the Bézier control point + * @param cpy {Number} The y-coordinate of the Bézier control point + * @param x {Number} The x-coordinate of the ending point + * @param y {Number} The y-coordinate of the ending point + * @description The quadraticCurveTo() method adds a point to the current path by using the specified control points that represent a quadratic Bézier curve.

    A quadratic Bézier curve requires two points. The first point is a control point that is used in the quadratic Bézier calculation and the second point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. */ @@ -9898,18 +11418,18 @@ }); this.ctx.lastPoint = new Point(pt0.x, pt0.y); }; - /** - * Creates a cubic Bézier curve - * - * @name bezierCurveTo - * @function - * @param cp1x {Number} The x-coordinate of the first Bézier control point - * @param cp1y {Number} The y-coordinate of the first Bézier control point - * @param cp2x {Number} The x-coordinate of the second Bézier control point - * @param cp2y {Number} The y-coordinate of the second Bézier control point - * @param x {Number} The x-coordinate of the ending point - * @param y {Number} The y-coordinate of the ending point - * @description The bezierCurveTo() method adds a point to the current path by using the specified control points that represent a cubic Bézier curve.

    A cubic bezier curve requires three points. The first two points are control points that are used in the cubic Bézier calculation and the last point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. + /** + * Creates a cubic Bézier curve + * + * @name bezierCurveTo + * @function + * @param cp1x {Number} The x-coordinate of the first Bézier control point + * @param cp1y {Number} The y-coordinate of the first Bézier control point + * @param cp2x {Number} The x-coordinate of the second Bézier control point + * @param cp2y {Number} The y-coordinate of the second Bézier control point + * @param x {Number} The x-coordinate of the ending point + * @param y {Number} The y-coordinate of the ending point + * @description The bezierCurveTo() method adds a point to the current path by using the specified control points that represent a cubic Bézier curve.

    A cubic bezier curve requires three points. The first two points are control points that are used in the cubic Bézier calculation and the last point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. */ @@ -9933,18 +11453,18 @@ }); this.ctx.lastPoint = new Point(pt0.x, pt0.y); }; - /** - * Creates an arc/curve (used to create circles, or parts of circles) - * - * @name arc - * @function - * @param x {Number} The x-coordinate of the center of the circle - * @param y {Number} The y-coordinate of the center of the circle - * @param radius {Number} The radius of the circle - * @param startAngle {Number} The starting angle, in radians (0 is at the 3 o'clock position of the arc's circle) - * @param endAngle {Number} The ending angle, in radians - * @param counterclockwise {Boolean} Optional. Specifies whether the drawing should be counterclockwise or clockwise. False is default, and indicates clockwise, while true indicates counter-clockwise. - * @description The arc() method creates an arc/curve (used to create circles, or parts of circles). + /** + * Creates an arc/curve (used to create circles, or parts of circles) + * + * @name arc + * @function + * @param x {Number} The x-coordinate of the center of the circle + * @param y {Number} The y-coordinate of the center of the circle + * @param radius {Number} The radius of the circle + * @param startAngle {Number} The starting angle, in radians (0 is at the 3 o'clock position of the arc's circle) + * @param endAngle {Number} The ending angle, in radians + * @param counterclockwise {Boolean} Optional. Specifies whether the drawing should be counterclockwise or clockwise. False is default, and indicates clockwise, while true indicates counter-clockwise. + * @description The arc() method creates an arc/curve (used to create circles, or parts of circles). */ @@ -9980,33 +11500,33 @@ counterclockwise: counterclockwise }); // this.ctx.lastPoint(new Point(pt.x,pt.y)); }; - /** - * Creates an arc/curve between two tangents - * - * @name arcTo - * @function - * @param x1 {Number} The x-coordinate of the first tangent - * @param y1 {Number} The y-coordinate of the first tangent - * @param x2 {Number} The x-coordinate of the second tangent - * @param y2 {Number} The y-coordinate of the second tangent - * @param radius The radius of the arc - * @description The arcTo() method creates an arc/curve between two tangents on the canvas. + /** + * Creates an arc/curve between two tangents + * + * @name arcTo + * @function + * @param x1 {Number} The x-coordinate of the first tangent + * @param y1 {Number} The y-coordinate of the first tangent + * @param x2 {Number} The x-coordinate of the second tangent + * @param y2 {Number} The y-coordinate of the second tangent + * @param radius The radius of the arc + * @description The arcTo() method creates an arc/curve between two tangents on the canvas. */ Context2D.prototype.arcTo = function (x1, y1, x2, y2, radius) { throw new Error('arcTo not implemented.'); }; - /** - * Creates a rectangle - * - * @name rect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle, in pixels - * @param h {Number} The height of the rectangle, in pixels - * @description The rect() method creates a rectangle. + /** + * Creates a rectangle + * + * @name rect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle, in pixels + * @param h {Number} The height of the rectangle, in pixels + * @description The rect() method creates a rectangle. */ @@ -10024,16 +11544,16 @@ this.lineTo(x + w, y); this.lineTo(x, y); }; - /** - * Draws a "filled" rectangle - * - * @name fillRect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle, in pixels - * @param h {Number} The height of the rectangle, in pixels - * @description The fillRect() method draws a "filled" rectangle. The default color of the fill is black. + /** + * Draws a "filled" rectangle + * + * @name fillRect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle, in pixels + * @param h {Number} The height of the rectangle, in pixels + * @description The fillRect() method draws a "filled" rectangle. The default color of the fill is black. */ @@ -10071,16 +11591,16 @@ this.lineJoin = tmp.lineJoin; } }; - /** - * Draws a rectangle (no fill) - * - * @name strokeRect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle, in pixels - * @param h {Number} The height of the rectangle, in pixels - * @description The strokeRect() method draws a rectangle (no fill). The default color of the stroke is black. + /** + * Draws a rectangle (no fill) + * + * @name strokeRect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle, in pixels + * @param h {Number} The height of the rectangle, in pixels + * @description The strokeRect() method draws a rectangle (no fill). The default color of the stroke is black. */ @@ -10098,20 +11618,20 @@ this.rect(x, y, w, h); this.stroke(); }; - /** - * Clears the specified pixels within a given rectangle - * - * @name clearRect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle to clear, in pixels - * @param h {Number} The height of the rectangle to clear, in pixels - * @description We cannot clear PDF commands that were already written to PDF, so we use white instead.
    - * As a special case, read a special flag (ignoreClearRect) and do nothing if it is set. - * This results in all calls to clearRect() to do nothing, and keep the canvas transparent. - * This flag is stored in the save/restore context and is managed the same way as other drawing states. - * + /** + * Clears the specified pixels within a given rectangle + * + * @name clearRect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle to clear, in pixels + * @param h {Number} The height of the rectangle to clear, in pixels + * @description We cannot clear PDF commands that were already written to PDF, so we use white instead.
    + * As a special case, read a special flag (ignoreClearRect) and do nothing if it is set. + * This results in all calls to clearRect() to do nothing, and keep the canvas transparent. + * This flag is stored in the save/restore context and is managed the same way as other drawing states. + * */ @@ -10128,11 +11648,11 @@ this.fillStyle = '#ffffff'; this.fillRect(x, y, w, h); }; - /** - * Saves the state of the current context - * - * @name save - * @function + /** + * Saves the state of the current context + * + * @name save + * @function */ @@ -10154,11 +11674,11 @@ this.ctx = ctx; } }; - /** - * Returns previously saved path state and attributes - * - * @name restore - * @function + /** + * Returns previously saved path state and attributes + * + * @name restore + * @function */ @@ -10183,9 +11703,9 @@ this.lineJoin = this.ctx.lineJoin; } }; - /** - * @name toDataURL - * @function + /** + * @name toDataURL + * @function */ @@ -10193,13 +11713,13 @@ throw new Error('toDataUrl not implemented.'); }; //helper functions - /** - * Get the decimal values of r, g, b and a - * - * @name getRGBA - * @function - * @private - * @ignore + /** + * Get the decimal values of r, g, b and a + * + * @name getRGBA + * @function + * @private + * @ignore */ @@ -10285,40 +11805,40 @@ style: style }; }; - /** - * @name isFillTransparent - * @function - * @private - * @ignore - * @returns {Boolean} + /** + * @name isFillTransparent + * @function + * @private + * @ignore + * @returns {Boolean} */ var isFillTransparent = function isFillTransparent() { return this.ctx.isFillTransparent || this.globalAlpha == 0; }; - /** - * @name isStrokeTransparent - * @function - * @private - * @ignore - * @returns {Boolean} + /** + * @name isStrokeTransparent + * @function + * @private + * @ignore + * @returns {Boolean} */ var isStrokeTransparent = function isStrokeTransparent() { return Boolean(this.ctx.isStrokeTransparent || this.globalAlpha == 0); }; - /** - * Draws "filled" text on the canvas - * - * @name fillText - * @function - * @param text {String} Specifies the text that will be written on the canvas - * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) - * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) - * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels - * @description The fillText() method draws filled text on the canvas. The default color of the text is black. + /** + * Draws "filled" text on the canvas + * + * @name fillText + * @function + * @param text {String} Specifies the text that will be written on the canvas + * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) + * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) + * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels + * @description The fillText() method draws filled text on the canvas. The default color of the text is black. */ @@ -10348,16 +11868,16 @@ maxWidth: maxWidth }); }; - /** - * Draws text on the canvas (no fill) - * - * @name strokeText - * @function - * @param text {String} Specifies the text that will be written on the canvas - * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) - * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) - * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels - * @description The strokeText() method draws text (with no fill) on the canvas. The default color of the text is black. + /** + * Draws text on the canvas (no fill) + * + * @name strokeText + * @function + * @param text {String} Specifies the text that will be written on the canvas + * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) + * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) + * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels + * @description The strokeText() method draws text (with no fill) on the canvas. The default color of the text is black. */ @@ -10386,14 +11906,14 @@ maxWidth: maxWidth }); }; - /** - * Returns an object that contains the width of the specified text - * - * @name measureText - * @function - * @param text {String} The text to be measured - * @description The measureText() method returns an object that contains the width of the specified text, in pixels. - * @returns {Number} + /** + * Returns an object that contains the width of the specified text + * + * @name measureText + * @function + * @param text {String} The text to be measured + * @description The measureText() method returns an object that contains the width of the specified text, in pixels. + * @returns {Number} */ @@ -10427,14 +11947,14 @@ }); }; //Transformations - /** - * Scales the current drawing bigger or smaller - * - * @name scale - * @function - * @param scalewidth {Number} Scales the width of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) - * @param scaleheight {Number} Scales the height of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) - * @description The scale() method scales the current drawing, bigger or smaller. + /** + * Scales the current drawing bigger or smaller + * + * @name scale + * @function + * @param scalewidth {Number} Scales the width of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) + * @param scaleheight {Number} Scales the height of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) + * @description The scale() method scales the current drawing, bigger or smaller. */ @@ -10447,14 +11967,14 @@ var matrix = new Matrix(scalewidth, 0.0, 0.0, scaleheight, 0.0, 0.0); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Rotates the current drawing - * - * @name rotate - * @function - * @param angle {Number} The rotation angle, in radians. - * @description To calculate from degrees to radians: degrees*Math.PI/180.
    - * Example: to rotate 5 degrees, specify the following: 5*Math.PI/180 + /** + * Rotates the current drawing + * + * @name rotate + * @function + * @param angle {Number} The rotation angle, in radians. + * @description To calculate from degrees to radians: degrees*Math.PI/180.
    + * Example: to rotate 5 degrees, specify the following: 5*Math.PI/180 */ @@ -10467,14 +11987,14 @@ var matrix = new Matrix(Math.cos(angle), Math.sin(angle), -Math.sin(angle), Math.cos(angle), 0.0, 0.0); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Remaps the (0,0) position on the canvas - * - * @name translate - * @function - * @param x {Number} The value to add to horizontal (x) coordinates - * @param y {Number} The value to add to vertical (y) coordinates - * @description The translate() method remaps the (0,0) position on the canvas. + /** + * Remaps the (0,0) position on the canvas + * + * @name translate + * @function + * @param x {Number} The value to add to horizontal (x) coordinates + * @param y {Number} The value to add to vertical (y) coordinates + * @description The translate() method remaps the (0,0) position on the canvas. */ @@ -10487,18 +12007,18 @@ var matrix = new Matrix(1.0, 0.0, 0.0, 1.0, x, y); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Replaces the current transformation matrix for the drawing - * - * @name transform - * @function - * @param a {Number} Horizontal scaling - * @param b {Number} Horizontal skewing - * @param c {Number} Vertical skewing - * @param d {Number} Vertical scaling - * @param e {Number} Horizontal moving - * @param f {Number} Vertical moving - * @description Each object on the canvas has a current transformation matrix.

    The transform() method replaces the current transformation matrix. It multiplies the current transformation matrix with the matrix described by:



    a c e

    b d f

    0 0 1

    In other words, the transform() method lets you scale, rotate, move, and skew the current context. + /** + * Replaces the current transformation matrix for the drawing + * + * @name transform + * @function + * @param a {Number} Horizontal scaling + * @param b {Number} Horizontal skewing + * @param c {Number} Vertical skewing + * @param d {Number} Vertical scaling + * @param e {Number} Horizontal moving + * @param f {Number} Vertical moving + * @description Each object on the canvas has a current transformation matrix.

    The transform() method replaces the current transformation matrix. It multiplies the current transformation matrix with the matrix described by:



    a c e

    b d f

    0 0 1

    In other words, the transform() method lets you scale, rotate, move, and skew the current context. */ @@ -10511,18 +12031,18 @@ var matrix = new Matrix(a, b, c, d, e, f); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Resets the current transform to the identity matrix. Then runs transform() - * - * @name setTransform - * @function - * @param a {Number} Horizontal scaling - * @param b {Number} Horizontal skewing - * @param c {Number} Vertical skewing - * @param d {Number} Vertical scaling - * @param e {Number} Horizontal moving - * @param f {Number} Vertical moving - * @description Each object on the canvas has a current transformation matrix.

    The setTransform() method resets the current transform to the identity matrix, and then runs transform() with the same arguments.

    In other words, the setTransform() method lets you scale, rotate, move, and skew the current context. + /** + * Resets the current transform to the identity matrix. Then runs transform() + * + * @name setTransform + * @function + * @param a {Number} Horizontal scaling + * @param b {Number} Horizontal skewing + * @param c {Number} Vertical skewing + * @param d {Number} Vertical scaling + * @param e {Number} Horizontal moving + * @param f {Number} Vertical moving + * @description Each object on the canvas has a current transformation matrix.

    The setTransform() method resets the current transform to the identity matrix, and then runs transform() with the same arguments.

    In other words, the setTransform() method lets you scale, rotate, move, and skew the current context. */ @@ -10535,19 +12055,19 @@ f = isNaN(f) ? 0 : f; this.ctx.transform = new Matrix(a, b, c, d, e, f); }; - /** - * Draws an image, canvas, or video onto the canvas - * - * @function - * @param img {} Specifies the image, canvas, or video element to use - * @param sx {Number} Optional. The x coordinate where to start clipping - * @param sy {Number} Optional. The y coordinate where to start clipping - * @param swidth {Number} Optional. The width of the clipped image - * @param sheight {Number} Optional. The height of the clipped image - * @param x {Number} The x coordinate where to place the image on the canvas - * @param y {Number} The y coordinate where to place the image on the canvas - * @param width {Number} Optional. The width of the image to use (stretch or reduce the image) - * @param height {Number} Optional. The height of the image to use (stretch or reduce the image) + /** + * Draws an image, canvas, or video onto the canvas + * + * @function + * @param img {} Specifies the image, canvas, or video element to use + * @param sx {Number} Optional. The x coordinate where to start clipping + * @param sy {Number} Optional. The y coordinate where to start clipping + * @param swidth {Number} Optional. The width of the clipped image + * @param sheight {Number} Optional. The height of the clipped image + * @param x {Number} The x coordinate where to place the image on the canvas + * @param y {Number} The y coordinate where to place the image on the canvas + * @param width {Number} Optional. The width of the image to use (stretch or reduce the image) + * @param height {Number} Optional. The height of the image to use (stretch or reduce the image) */ @@ -10592,7 +12112,6 @@ matrix = matrix.multiply(decomposedTransformationMatrix.translate); matrix = matrix.multiply(decomposedTransformationMatrix.skew); matrix = matrix.multiply(decomposedTransformationMatrix.scale); - var mP = matrix.applyToPoint(new Point(width, height)); var xRect = matrix.applyToRectangle(new Rectangle(x - sx * clipFactorX, y - sy * clipFactorY, swidth * factorX, sheight * factorY)); var pageArray = getPagesByPath.call(this, xRect); var pages = []; @@ -10778,14 +12297,14 @@ this.path = origPath; }; - /** - * Processes the paths - * - * @function - * @param rule {String} - * @param isClip {Boolean} - * @private - * @ignore + /** + * Processes the paths + * + * @function + * @param rule {String} + * @param isClip {Boolean} + * @private + * @ignore */ @@ -10903,9 +12422,7 @@ if (typeof arc.startAngle !== 'undefined') { var start = rad2deg(arc.startAngle); var end = rad2deg(arc.endAngle); - var x = arc.x; - var y = arc.y; - drawArc.call(this, x, y, arc.radius, start, end, arc.counterclockwise, style, isClip); + drawArc.call(this, arc.x, arc.y, arc.radius, start, end, arc.counterclockwise, style, isClip); } else { drawLine.call(this, arc.x, arc.y); } @@ -10985,16 +12502,16 @@ Context2D.prototype.createRadialGradient = function createRadialGradient() { return this.createLinearGradient(); }; - /** - * - * @param x Edge point X - * @param y Edge point Y - * @param r Radius - * @param a1 start angle - * @param a2 end angle - * @param counterclockwise - * @param style - * @param isClip + /** + * + * @param x Edge point X + * @param y Edge point Y + * @param r Radius + * @param a1 start angle + * @param a2 end angle + * @param counterclockwise + * @param style + * @param isClip */ @@ -11010,6 +12527,7 @@ if (i === 0) { doMove.call(this, curve.x1 + x, curve.y1 + y); } + drawCurve.call(this, x, y, curve.x2, curve.y2, curve.x3, curve.y3, curve.x4, curve.y4); } @@ -11034,6 +12552,7 @@ var doClip = function doClip() { this.pdf.clip(); + this.pdf.discardPath(); }; var doMove = function doMove(x, y) { @@ -11147,11 +12666,11 @@ var drawCurve = function drawCurve(x, y, x1, y1, x2, y2, x3, y3) { this.pdf.internal.out([f2(getHorizontalCoordinate(x1 + x)), f2(getVerticalCoordinate(y1 + y)), f2(getHorizontalCoordinate(x2 + x)), f2(getVerticalCoordinate(y2 + y)), f2(getHorizontalCoordinate(x3 + x)), f2(getVerticalCoordinate(y3 + y)), 'c'].join(' ')); }; - /** - * Return a array of objects that represent bezier curves which approximate the circular arc centered at the origin, from startAngle to endAngle (radians) with the specified radius. - * - * Each bezier curve is an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. - * @function createArc + /** + * Return a array of objects that represent bezier curves which approximate the circular arc centered at the origin, from startAngle to endAngle (radians) with the specified radius. + * + * Each bezier curve is an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. + * @function createArc */ @@ -11187,12 +12706,12 @@ return curves; }; - /** - * Cubic bezier approximation of a circular arc centered at the origin, from (radians) a1 to a2, where a2-a1 < pi/2. The arc's radius is r. - * - * Returns an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. - * - * This algorithm is based on the approach described in: A. Riškus, "Approximation of a Cubic Bezier Curve by Circular Arcs and Vice Versa," Information Technology and Control, 35(4), 2006 pp. 371-378. + /** + * Cubic bezier approximation of a circular arc centered at the origin, from (radians) a1 to a2, where a2-a1 < pi/2. The arc's radius is r. + * + * Returns an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. + * + * This algorithm is based on the approach described in: A. Riškus, "Approximation of a Cubic Bezier Curve by Circular Arcs and Vice Versa," Information Technology and Control, 35(4), 2006 pp. 371-378. */ @@ -11253,9 +12772,9 @@ var todx = dx - cx; var tody = dy - cy; var precision = 40; - var d, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, i, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; + var d, i, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, i, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; - for (var i = 0; i < precision + 1; i++) { + for (i = 0; i < precision + 1; i++) { d = i / precision; px = ax + d * tobx; py = ay + d * toby; @@ -11291,304 +12810,29 @@ return new Rectangle(Math.round(minx), Math.round(miny), Math.round(maxx - minx), Math.round(maxy - miny)); }; + })(jsPDF.API); - var Point = function Point(x, y) { - var _x = x || 0; + /* global jsPDF, Deflater */ - Object.defineProperty(this, 'x', { - enumerable: true, - get: function get() { - return _x; - }, - set: function set(value) { - if (!isNaN(value)) { - _x = parseFloat(value); - } - } - }); + /** + * jsPDF filters PlugIn + * Copyright (c) 2014 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license + */ + (function (jsPDFAPI) { - var _y = y || 0; + var ASCII85Encode = function ASCII85Encode(a) { + var b, c, d, e, f, g, h, i, j, k; // eslint-disable-next-line no-control-regex - Object.defineProperty(this, 'y', { - enumerable: true, - get: function get() { - return _y; - }, - set: function set(value) { - if (!isNaN(value)) { - _y = parseFloat(value); - } - } - }); - var _type = 'pt'; - Object.defineProperty(this, 'type', { - enumerable: true, - get: function get() { - return _type; - }, - set: function set(value) { - _type = value.toString(); - } - }); - return this; - }; - - var Rectangle = function Rectangle(x, y, w, h) { - Point.call(this, x, y); - this.type = 'rect'; - - var _w = w || 0; - - Object.defineProperty(this, 'w', { - enumerable: true, - get: function get() { - return _w; - }, - set: function set(value) { - if (!isNaN(value)) { - _w = parseFloat(value); - } - } - }); - - var _h = h || 0; - - Object.defineProperty(this, 'h', { - enumerable: true, - get: function get() { - return _h; - }, - set: function set(value) { - if (!isNaN(value)) { - _h = parseFloat(value); - } - } - }); - return this; - }; - - var Matrix = function Matrix(sx, shy, shx, sy, tx, ty) { - var _matrix = []; - Object.defineProperty(this, 'sx', { - get: function get() { - return _matrix[0]; - }, - set: function set(value) { - _matrix[0] = Math.round(value * 100000) / 100000; - } - }); - Object.defineProperty(this, 'shy', { - get: function get() { - return _matrix[1]; - }, - set: function set(value) { - _matrix[1] = Math.round(value * 100000) / 100000; - } - }); - Object.defineProperty(this, 'shx', { - get: function get() { - return _matrix[2]; - }, - set: function set(value) { - _matrix[2] = Math.round(value * 100000) / 100000; - } - }); - Object.defineProperty(this, 'sy', { - get: function get() { - return _matrix[3]; - }, - set: function set(value) { - _matrix[3] = Math.round(value * 100000) / 100000; - } - }); - Object.defineProperty(this, 'tx', { - get: function get() { - return _matrix[4]; - }, - set: function set(value) { - _matrix[4] = Math.round(value * 100000) / 100000; - } - }); - Object.defineProperty(this, 'ty', { - get: function get() { - return _matrix[5]; - }, - set: function set(value) { - _matrix[5] = Math.round(value * 100000) / 100000; - } - }); - Object.defineProperty(this, 'rotation', { - get: function get() { - return Math.atan2(this.shx, this.sx); - } - }); - Object.defineProperty(this, 'scaleX', { - get: function get() { - return this.decompose().scale.sx; - } - }); - Object.defineProperty(this, 'scaleY', { - get: function get() { - return this.decompose().scale.sy; - } - }); - Object.defineProperty(this, 'isIdentity', { - get: function get() { - if (this.sx !== 1) { - return false; - } - - if (this.shy !== 0) { - return false; - } - - if (this.shx !== 0) { - return false; - } - - if (this.sy !== 1) { - return false; - } - - if (this.tx !== 0) { - return false; - } - - if (this.ty !== 0) { - return false; - } - - return true; - } - }); - this.sx = !isNaN(sx) ? sx : 1; - this.shy = !isNaN(shy) ? shy : 0; - this.shx = !isNaN(shx) ? shx : 0; - this.sy = !isNaN(sy) ? sy : 1; - this.tx = !isNaN(tx) ? tx : 0; - this.ty = !isNaN(ty) ? ty : 0; - return this; - }; - /** - * Multiply the matrix with given Matrix - * - * @function multiply - * @param matrix - * @returns {Matrix} - * @private - * @ignore - */ - - - Matrix.prototype.multiply = function (matrix) { - var sx = matrix.sx * this.sx + matrix.shy * this.shx; - var shy = matrix.sx * this.shy + matrix.shy * this.sy; - var shx = matrix.shx * this.sx + matrix.sy * this.shx; - var sy = matrix.shx * this.shy + matrix.sy * this.sy; - var tx = matrix.tx * this.sx + matrix.ty * this.shx + this.tx; - var ty = matrix.tx * this.shy + matrix.ty * this.sy + this.ty; - return new Matrix(sx, shy, shx, sy, tx, ty); - }; - /** - * @function decompose - * @private - * @ignore - */ - - - Matrix.prototype.decompose = function () { - var a = this.sx; - var b = this.shy; - var c = this.shx; - var d = this.sy; - var e = this.tx; - var f = this.ty; - var scaleX = Math.sqrt(a * a + b * b); - a /= scaleX; - b /= scaleX; - var shear = a * c + b * d; - c -= a * shear; - d -= b * shear; - var scaleY = Math.sqrt(c * c + d * d); - c /= scaleY; - d /= scaleY; - shear /= scaleY; - - if (a * d < b * c) { - a = -a; - b = -b; - shear = -shear; - scaleX = -scaleX; - } - - return { - scale: new Matrix(scaleX, 0, 0, scaleY, 0, 0), - translate: new Matrix(1, 0, 0, 1, e, f), - rotate: new Matrix(a, b, -b, a, 0, 0), - skew: new Matrix(1, 0, shear, 1, 0, 0) - }; - }; - /** - * @function applyToPoint - * @private - * @ignore - */ - - - Matrix.prototype.applyToPoint = function (pt) { - var x = pt.x * this.sx + pt.y * this.shx + this.tx; - var y = pt.x * this.shy + pt.y * this.sy + this.ty; - return new Point(x, y); - }; - /** - * @function applyToRectangle - * @private - * @ignore - */ - - - Matrix.prototype.applyToRectangle = function (rect) { - var pt1 = this.applyToPoint(rect); - var pt2 = this.applyToPoint(new Point(rect.x + rect.w, rect.y + rect.h)); - return new Rectangle(pt1.x, pt1.y, pt2.x - pt1.x, pt2.y - pt1.y); - }; - /** - * @function clone - * @private - * @ignore - */ - - - Matrix.prototype.clone = function () { - var sx = this.sx; - var shy = this.shy; - var shx = this.shx; - var sy = this.sy; - var tx = this.tx; - var ty = this.ty; - return new Matrix(sx, shy, shx, sy, tx, ty); - }; - })(jsPDF.API, typeof self !== 'undefined' && self || typeof window !== 'undefined' && window || typeof global !== 'undefined' && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); - - /** - * jsPDF filters PlugIn - * Copyright (c) 2014 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license - */ - (function (jsPDFAPI) { - - var ASCII85Encode = function ASCII85Encode(a) { - var b, c, d, e, f, g, h, i, j, k; - - for (!/[^\x00-\xFF]/.test(a), b = "\x00\x00\x00\x00".slice(a.length % 4 || 4), a += b, c = [], d = 0, e = a.length; e > d; d += 4) { - f = (a.charCodeAt(d) << 24) + (a.charCodeAt(d + 1) << 16) + (a.charCodeAt(d + 2) << 8) + a.charCodeAt(d + 3), 0 !== f ? (k = f % 85, f = (f - k) / 85, j = f % 85, f = (f - j) / 85, i = f % 85, f = (f - i) / 85, h = f % 85, f = (f - h) / 85, g = f % 85, c.push(g + 33, h + 33, i + 33, j + 33, k + 33)) : c.push(122); - } - - return function (a, b) { - for (var c = b; c > 0; c--) { - a.pop(); + for (!/[^\x00-\xFF]/.test(a), b = "\x00\x00\x00\x00".slice(a.length % 4 || 4), a += b, c = [], d = 0, e = a.length; e > d; d += 4) { + f = (a.charCodeAt(d) << 24) + (a.charCodeAt(d + 1) << 16) + (a.charCodeAt(d + 2) << 8) + a.charCodeAt(d + 3), 0 !== f ? (k = f % 85, f = (f - k) / 85, j = f % 85, f = (f - j) / 85, i = f % 85, f = (f - i) / 85, h = f % 85, f = (f - h) / 85, g = f % 85, c.push(g + 33, h + 33, i + 33, j + 33, k + 33)) : c.push(122); + } + + return function (a, b) { + for (var c = b; c > 0; c--) { + a.pop(); } }(c, b.length), String.fromCharCode.apply(String, c) + "~>"; }; @@ -11616,80 +12860,9 @@ } }(e, c[l]), h.fromCharCode.apply(h, e); }; - /** - * TODO: Not Tested: - //https://gist.github.com/revolunet/843889 - // LZW-compress a string - var LZWEncode = function(s, options) { - options = Object.assign({ - predictor: 1, - colors: 1, - bitsPerComponent: 8, - columns: 1, - earlyChange: 1 - }, options); - var dict = {}; - var data = (s + "").split(""); - var out = []; - var currChar; - var phrase = data[0]; - var code = 256; //0xe000 - for (var i=1; i 1 ? dict['_'+phrase] : phrase.charCodeAt(0)); - dict['_' + phrase + currChar] = code; - code++; - phrase=currChar; - } - } - out.push(phrase.length > 1 ? dict['_'+phrase] : phrase.charCodeAt(0)); - for (var i=0; i> 8 & 0xFF, adler32 >> 16 & 0xFF, adler32 >> 24 & 0xFF]), data.length + 2); - data = String.fromCharCode.apply(null, arr); + data = deflater.append(new Uint8Array(arr)); + data = appendBuffer(data, deflater.flush()); + arr = new Uint8Array(data.byteLength + 6); + arr.set(new Uint8Array([120, 156])); + arr.set(data, 2); + arr.set(new Uint8Array([adler32 & 0xff, adler32 >> 8 & 0xff, adler32 >> 16 & 0xff, adler32 >> 24 & 0xff]), data.byteLength + 2); + data = arr.reduce(function (data, byte) { + return data + String.fromCharCode(byte); + }, ''); return data; }; @@ -11795,19 +12984,6 @@ reverseChain.push("/FlateDecode"); break; - /** - case "LZWDecode": - case "/LZWDecode": - data = LZWDecode(data); - reverseChain.push("/LZWEncode"); - break; - case "LZWEncode": - case "/LZWEncode": - data = LZWEncode(data); - reverseChain.push("/LZWDecode"); - break; - */ - default: throw "The filter: \"" + filterChain[i] + "\" is not implemented"; } @@ -11820,26 +12996,28 @@ }; })(jsPDF.API); - /** - * jsPDF fileloading PlugIn - * Copyright (c) 2018 Aras Abbasi (aras.abbasi@gmail.com) - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* global jsPDF */ + + /** + * jsPDF fileloading PlugIn + * Copyright (c) 2018 Aras Abbasi (aras.abbasi@gmail.com) + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * @name fileloading - * @module + /** + * @name fileloading + * @module */ (function (jsPDFAPI) { - /** - * @name loadFile - * @function - * @param {string} url - * @param {boolean} sync - * @param {function} callback - * @returns {string|undefined} result + /** + * @name loadFile + * @function + * @param {string} url + * @param {boolean} sync + * @param {function} callback + * @returns {string|undefined} result */ jsPDFAPI.loadFile = function (url, sync, callback) { @@ -11867,17 +13045,18 @@ req.open('GET', url, !sync); // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] - req.overrideMimeType('text\/plain; charset=x-user-defined'); + req.overrideMimeType('text/plain; charset=x-user-defined'); if (sync === false) { req.onload = function () { - return sanitizeUnicode(this.responseText); + callback(sanitizeUnicode(this.responseText)); }; } req.send(null); if (req.status !== 200) { + // eslint-disable-next-line no-console console.warn('Unable to load file "' + url + '"'); return; } @@ -11895,56 +13074,65 @@ return result; }; - /** - * @name loadImageFile - * @function - * @param {string} path - * @param {boolean} sync - * @param {function} callback + /** + * @name loadImageFile + * @function + * @param {string} path + * @param {boolean} sync + * @param {function} callback */ jsPDFAPI.loadImageFile = jsPDFAPI.loadFile; })(jsPDF.API); - /** - * Copyright (c) 2018 Erik Koopmans - * Released under the MIT License. - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* global jsPDF html2canvas */ + + /** + * Copyright (c) 2018 Erik Koopmans + * Released under the MIT License. + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF html PlugIn - * - * @name html - * @module + /** + * jsPDF html PlugIn + * + * @name html + * @module */ (function (jsPDFAPI, global) { - /** - * Determine the type of a variable/object. - * - * @private - * @ignore + + if (typeof Promise === 'undefined') { + // eslint-disable-next-line no-console + console.warn('Promise not found. html-Plugin will not work'); + return; + } + /** + * Determine the type of a variable/object. + * + * @private + * @ignore */ + var objType = function objType(obj) { var type = _typeof(obj); - if (type === 'undefined') return 'undefined';else if (type === 'string' || obj instanceof String) return 'string';else if (type === 'number' || obj instanceof Number) return 'number';else if (type === 'function' || obj instanceof Function) return 'function';else if (!!obj && obj.constructor === Array) return 'array';else if (obj && obj.nodeType === 1) return 'element';else if (type === 'object') return 'object';else return 'unknown'; + if (type === 'undefined') { return 'undefined'; }else if (type === 'string' || obj instanceof String) { return 'string'; }else if (type === 'number' || obj instanceof Number) { return 'number'; }else if (type === 'function' || obj instanceof Function) { return 'function'; }else if (!!obj && obj.constructor === Array) { return 'array'; }else if (obj && obj.nodeType === 1) { return 'element'; }else if (type === 'object') { return 'object'; }else { return 'unknown'; } }; - /** - * Create an HTML element with optional className, innerHTML, and style. - * - * @private - * @ignore + /** + * Create an HTML element with optional className, innerHTML, and style. + * + * @private + * @ignore */ var createElement = function createElement(tagName, opt) { var el = document.createElement(tagName); - if (opt.className) el.className = opt.className; + if (opt.className) { el.className = opt.className; } if (opt.innerHTML) { el.innerHTML = opt.innerHTML; @@ -11961,11 +13149,11 @@ return el; }; - /** - * Deep-clone a node and preserve contents/properties. - * - * @private - * @ignore + /** + * Deep-clone a node and preserve contents/properties. + * + * @private + * @ignore */ @@ -12292,16 +13480,16 @@ }]; // Fulfill prereqs then perform the appropriate output. return this.thenList(prereqs).then(function outputPdf_main() { - /* Currently implemented output types: - * https://rawgit.com/MrRio/jsPDF/master/docs/jspdf.js.html#line992 - * save(options), arraybuffer, blob, bloburi/bloburl, - * datauristring/dataurlstring, dataurlnewwindow, datauri/dataurl + /* Currently implemented output types: + * https://rawgit.com/MrRio/jsPDF/master/docs/jspdf.js.html#line992 + * save(options), arraybuffer, blob, bloburi/bloburl, + * datauristring/dataurlstring, dataurlnewwindow, datauri/dataurl */ return this.prop.pdf.output(type, options); }); }; - Worker.prototype.outputImg = function outputImg(type, options) { + Worker.prototype.outputImg = function outputImg(type) { // Set up function prerequisites. var prereqs = [function checkImg() { return this.prop.img || this.toImg(); @@ -12331,7 +13519,7 @@ var result = typeof global.html2canvas !== "undefined"; if (!result) { - console.error("html2canvas not loaded."); + throw new Error("html2canvas not loaded."); } return result; @@ -12355,7 +13543,7 @@ }); }; - Worker.prototype.doCallback = function doCallback(filename) { + Worker.prototype.doCallback = function doCallback() { // Set up function prerequisites. var prereqs = [function checkPdf() { return this.prop.pdf || this.toPdf(); @@ -12429,6 +13617,7 @@ switch (objType(margin)) { case 'number': margin = [margin, margin, margin, margin]; + // eslint-disable-next-line no-fallthrough case 'array': if (margin.length === 2) { @@ -12439,6 +13628,8 @@ break; } + // eslint-disable-next-line no-fallthrough + default: return this.error('Invalid margin array.'); } // Set the margin property, then update pageSize. @@ -12476,10 +13667,10 @@ Worker.prototype.setProgress = function setProgress(val, state, n, stack) { // Immediately update all progress values. - if (val != null) this.progress.val = val; - if (state != null) this.progress.state = state; - if (n != null) this.progress.n = n; - if (stack != null) this.progress.stack = stack; + if (val != null) { this.progress.val = val; } + if (state != null) { this.progress.state = state; } + if (n != null) { this.progress.n = n; } + if (stack != null) { this.progress.stack = stack; } this.progress.ratio = this.progress.val / this.progress.state; // Return this for command chaining. return this; @@ -12630,64 +13821,68 @@ 'ledger': [1224, 792], 'tabloid': [792, 1224], 'credit-card': [153, 243] - }; // Unit conversion + }; + var k = 1; // Unit conversion switch (unit) { case 'pt': - var k = 1; + k = 1; break; case 'mm': - var k = 72 / 25.4; + k = 72 / 25.4; break; case 'cm': - var k = 72 / 2.54; + k = 72 / 2.54; break; case 'in': - var k = 72; + k = 72; break; case 'px': - var k = 72 / 96; + k = 72 / 96; break; case 'pc': - var k = 12; + k = 12; break; case 'em': - var k = 12; + k = 12; break; case 'ex': - var k = 6; + k = 6; break; default: throw 'Invalid unit: ' + unit; - } // Dimensions are stored as user units and converted to points on output + } + var pageHeight = 0; + var pageWidth = 0; // Dimensions are stored as user units and converted to points on output if (pageFormats.hasOwnProperty(format_as_string)) { - var pageHeight = pageFormats[format_as_string][1] / k; - var pageWidth = pageFormats[format_as_string][0] / k; + pageHeight = pageFormats[format_as_string][1] / k; + pageWidth = pageFormats[format_as_string][0] / k; } else { try { - var pageHeight = format[1]; - var pageWidth = format[0]; + pageHeight = format[1]; + pageWidth = format[0]; } catch (err) { throw new Error('Invalid format: ' + format); } - } // Handle page orientation + } + var tmp; // Handle page orientation if (orientation === 'p' || orientation === 'portrait') { orientation = 'p'; if (pageWidth > pageHeight) { - var tmp = pageWidth; + tmp = pageWidth; pageWidth = pageHeight; pageHeight = tmp; } @@ -12695,7 +13890,7 @@ orientation = 'l'; if (pageHeight > pageWidth) { - var tmp = pageWidth; + tmp = pageWidth; pageWidth = pageHeight; pageHeight = tmp; } @@ -12712,14 +13907,23 @@ }; return info; }; - /** - * Generate a PDF from an HTML element or string using. - * - * @name html - * @function - * @param {Element|string} source The source element or HTML string. - * @param {Object=} options An object of optional settings. - * @description The Plugin needs html2canvas from niklasvh + /** + * Generate a PDF from an HTML element or string using. + * + * @name html + * @function + * @param {HTMLElement|string} source The source HTMLElement or a string containing HTML. + * @param {Object} [options] Collection of settings + * @param {string} [options.callback] The mandatory callback-function gets as first parameter the current jsPDF instance + * + * @example + * var doc = new jsPDF(); + * + * doc.html(document.body, { + * callback: function (doc) { + * doc.save(); + * } + * }); */ @@ -12733,7 +13937,6 @@ options.html2canvas.canvas = options.html2canvas.canvas || this.canvas; options.jsPDF = options.jsPDF || this; // Create a new worker with the given options. - var pdf = options.jsPDF; var worker = new Worker(options); if (!options.worker) { @@ -12743,41 +13946,39 @@ // Otherwise, return the worker for new Promise-based operation. return worker; } - - return this; }; })(jsPDF.API, typeof window !== "undefined" && window || typeof global !== "undefined" && global); - /** - * @license - * ==================================================================== - * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com - * - * - * ==================================================================== - */ - /*global jsPDF */ - /** - * jsPDF JavaScript plugin - * - * @name javascript - * @module + /** + * @license + * ==================================================================== + * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com + * + * + * ==================================================================== + */ + + /** + * jsPDF JavaScript plugin + * + * @name javascript + * @module */ (function (jsPDFAPI) { var jsNamesObj, jsJsObj, text; - /** - * @name addJS - * @function - * @param {string} javascript The javascript to be embedded into the PDF-file. - * @returns {jsPDF} + /** + * @name addJS + * @function + * @param {string} javascript The javascript to be embedded into the PDF-file. + * @returns {jsPDF} */ jsPDFAPI.addJS = function (javascript) { text = javascript; - this.internal.events.subscribe('postPutResources', function (javascript) { + this.internal.events.subscribe('postPutResources', function () { jsNamesObj = this.internal.newObject(); this.internal.out('<<'); this.internal.out('/Names [(EmbeddedJS) ' + (jsNamesObj + 1) + ' 0 R]'); @@ -12799,14 +14000,23 @@ }; })(jsPDF.API); - /** - * @license - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* global jsPDF */ + + /** + * @license + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ + /** + * jsPDF Outline PlugIn + * + * Generates a PDF Outline + * @name outline + * @module + */ (function (jsPDFAPI) { jsPDFAPI.events.push(['postPutResources', function () { @@ -12896,8 +14106,8 @@ children: [] } }; - /** - * Options: pageNumber + /** + * Options: pageNumber */ pdf.outline.add = function (parent, title, options) { @@ -12949,7 +14159,6 @@ }; pdf.outline.renderItems = function (node) { - var getHorizontalCoordinateString = this.ctx.pdf.internal.getCoordinateString; var getVerticalCoordinateString = this.ctx.pdf.internal.getVerticalCoordinateString; for (var i = 0; i < node.children.length; i++) { @@ -12999,8 +14208,7 @@ } for (var i = 0; i < node.children.length; i++) { - var item = node.children[i]; - this.renderItems(item); + this.renderItems(node.children[i]); } }; @@ -13020,7 +14228,7 @@ this.ctx.val += '\r\n' + node.id + ' 0 obj' + '\r\n<<\r\n'; }; - pdf.outline.objEnd = function (node) { + pdf.outline.objEnd = function () { this.ctx.val += '>> \r\n' + 'endobj' + '\r\n'; }; @@ -13036,109 +14244,260 @@ return this; })(jsPDF.API); - /** - * @license - * - * Copyright (c) 2014 James Robb, https://github.com/jamesbrobb - * - * - * ==================================================================== + /* global jsPDF */ + + /** + * @license + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF PNG PlugIn - * @name png_support - * @module + /** + * jsPDF jpeg Support PlugIn + * + * @name jpeg_support + * @module */ (function (jsPDFAPI) { - /* - * @see http://www.w3.org/TR/PNG-Chunks.html - * - Color Allowed Interpretation - Type Bit Depths - 0 1,2,4,8,16 Each pixel is a grayscale sample. - 2 8,16 Each pixel is an R,G,B triple. - 3 1,2,4,8 Each pixel is a palette index; - a PLTE chunk must appear. - 4 8,16 Each pixel is a grayscale sample, - followed by an alpha sample. - 6 8,16 Each pixel is an R,G,B triple, - followed by an alpha sample. - */ - - /* - * PNG filter method types - * - * @see http://www.w3.org/TR/PNG-Filters.html - * @see http://www.libpng.org/pub/png/book/chapter09.html - * - * This is what the value 'Predictor' in decode params relates to - * - * 15 is "optimal prediction", which means the prediction algorithm can change from line to line. - * In that case, you actually have to read the first byte off each line for the prediction algorthim (which should be 0-4, corresponding to PDF 10-14) and select the appropriate unprediction algorithm based on that byte. - * - 0 None - 1 Sub - 2 Up - 3 Average - 4 Paeth - */ + //a jpeg image and returns [width, height] + //Algorithm from: http://www.64lines.com/jpeg-width-height - var doesNotHavePngJS = function doesNotHavePngJS() { - return typeof PNG !== 'function' || typeof FlateStream !== 'function'; - }, - canCompress = function canCompress(value) { - return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); - }, - hasCompressionJS = function hasCompressionJS() { - var inst = typeof Deflater === 'function'; - if (!inst) throw new Error("requires deflate.js for compression"); - return inst; - }, - compressBytes = function compressBytes(bytes, lineLength, colorsPerPixel, compression) { - var level = 5, - filter_method = filterUp; + var getJpegSize = function getJpegSize(imgData) { - switch (compression) { - case jsPDFAPI.image_compression.FAST: - level = 3; - filter_method = filterSub; - break; + var width, height, numcomponents; + var blockLength = imgData.charCodeAt(4) * 256 + imgData.charCodeAt(5); + var i = 4, + len = imgData.length; - case jsPDFAPI.image_compression.MEDIUM: - level = 6; - filter_method = filterAverage; - break; + while (i < len) { + i += blockLength; - case jsPDFAPI.image_compression.SLOW: - level = 9; - filter_method = filterPaeth; //uses to sum to choose best filter for each line + if (imgData.charCodeAt(i) !== 0xff) { + throw new Error('getJpegSize could not find the size of the image'); + } - break; + if (imgData.charCodeAt(i + 1) === 0xc0 || //(SOF) Huffman - Baseline DCT + imgData.charCodeAt(i + 1) === 0xc1 || //(SOF) Huffman - Extended sequential DCT + imgData.charCodeAt(i + 1) === 0xc2 || // Progressive DCT (SOF2) + imgData.charCodeAt(i + 1) === 0xc3 || // Spatial (sequential) lossless (SOF3) + imgData.charCodeAt(i + 1) === 0xc4 || // Differential sequential DCT (SOF5) + imgData.charCodeAt(i + 1) === 0xc5 || // Differential progressive DCT (SOF6) + imgData.charCodeAt(i + 1) === 0xc6 || // Differential spatial (SOF7) + imgData.charCodeAt(i + 1) === 0xc7) { + height = imgData.charCodeAt(i + 5) * 256 + imgData.charCodeAt(i + 6); + width = imgData.charCodeAt(i + 7) * 256 + imgData.charCodeAt(i + 8); + numcomponents = imgData.charCodeAt(i + 9); + return [width, height, numcomponents]; + } else { + i += 2; + blockLength = imgData.charCodeAt(i) * 256 + imgData.charCodeAt(i + 1); + } } + }; - bytes = applyPngFilterMethod(bytes, lineLength, colorsPerPixel, filter_method); - var header = new Uint8Array(createZlibHeader(level)); - var checksum = adler32(bytes); - var deflate = new Deflater(level); - var a = deflate.append(bytes); - var cBytes = deflate.flush(); - var len = header.length + a.length + cBytes.length; - var cmpd = new Uint8Array(len + 4); - cmpd.set(header); - cmpd.set(a, header.length); - cmpd.set(cBytes, header.length + a.length); - cmpd[len++] = checksum >>> 24 & 0xff; - cmpd[len++] = checksum >>> 16 & 0xff; - cmpd[len++] = checksum >>> 8 & 0xff; - cmpd[len++] = checksum & 0xff; - return jsPDFAPI.arrayBufferToBinaryString(cmpd); - }, - createZlibHeader = function createZlibHeader(bytes, level) { - /* - * @see http://www.ietf.org/rfc/rfc1950.txt for zlib header - */ - var cm = 8; + var getJpegSizeFromBytes = function getJpegSizeFromBytes(data) { + var hdr = data[0] << 8 | data[1]; + if (hdr !== 0xFFD8) { throw new Error('Supplied data is not a JPEG'); } + var len = data.length, + block = (data[4] << 8) + data[5], + pos = 4, + bytes, + width, + height, + numcomponents; + + while (pos < len) { + pos += block; + bytes = readBytes(data, pos); + block = (bytes[2] << 8) + bytes[3]; + + if ((bytes[1] === 0xC0 || bytes[1] === 0xC2) && bytes[0] === 0xFF && block > 7) { + bytes = readBytes(data, pos + 5); + width = (bytes[2] << 8) + bytes[3]; + height = (bytes[0] << 8) + bytes[1]; + numcomponents = bytes[4]; + return { + width: width, + height: height, + numcomponents: numcomponents + }; + } + + pos += 2; + } + + throw new Error('getJpegSizeFromBytes could not find the size of the image'); + }; + + var readBytes = function readBytes(data, offset) { + return data.subarray(offset, offset + 5); + }; + /** + * @ignore + */ + + + jsPDFAPI.processJPEG = function (data, index, alias, compression, dataAsBinaryString, colorSpace) { + + var filter = this.decode.DCT_DECODE, + bpc = 8, + dims; + + if (!(typeof data === 'string') && !this.isArrayBuffer(data) && !this.isArrayBufferView(data)) { + return null; + } + + if (typeof data === 'string') { + dims = getJpegSize(data); + } + + if (this.isArrayBuffer(data)) { + data = new Uint8Array(data); + } + + if (this.isArrayBufferView(data)) { + dims = getJpegSizeFromBytes(data); // if we already have a stored binary string rep use that + + data = dataAsBinaryString || this.arrayBufferToBinaryString(data); + } + + if (colorSpace === undefined) { + switch (dims.numcomponents) { + case 1: + colorSpace = this.color_spaces.DEVICE_GRAY; + break; + + case 4: + colorSpace = this.color_spaces.DEVICE_CMYK; + break; + + default: + case 3: + colorSpace = this.color_spaces.DEVICE_RGB; + break; + } + } + + return this.createImageInfo(data, dims.width, dims.height, colorSpace, bpc, filter, index, alias); + }; + /** + * @ignore + */ + + + jsPDFAPI.processJPG = function () + /*data, index, alias, compression, dataAsBinaryString*/ + { + return this.processJPEG.apply(this, arguments); + }; + })(jsPDF.API); + + /* global jsPDF, Deflater, PNG */ + + /** + * @license + * + * Copyright (c) 2014 James Robb, https://github.com/jamesbrobb + * + * + * ==================================================================== + */ + + /** + * jsPDF PNG PlugIn + * @name png_support + * @module + */ + (function (jsPDFAPI) { + /* + * @see http://www.w3.org/TR/PNG-Chunks.html + * + Color Allowed Interpretation + Type Bit Depths + 0 1,2,4,8,16 Each pixel is a grayscale sample. + 2 8,16 Each pixel is an R,G,B triple. + 3 1,2,4,8 Each pixel is a palette index; + a PLTE chunk must appear. + 4 8,16 Each pixel is a grayscale sample, + followed by an alpha sample. + 6 8,16 Each pixel is an R,G,B triple, + followed by an alpha sample. + */ + + /* + * PNG filter method types + * + * @see http://www.w3.org/TR/PNG-Filters.html + * @see http://www.libpng.org/pub/png/book/chapter09.html + * + * This is what the value 'Predictor' in decode params relates to + * + * 15 is "optimal prediction", which means the prediction algorithm can change from line to line. + * In that case, you actually have to read the first byte off each line for the prediction algorthim (which should be 0-4, corresponding to PDF 10-14) and select the appropriate unprediction algorithm based on that byte. + * + 0 None + 1 Sub + 2 Up + 3 Average + 4 Paeth + */ + + var doesNotHavePngJS = function doesNotHavePngJS() { + return typeof PNG !== 'function' || typeof FlateStream !== 'function'; + }, + canCompress = function canCompress(value) { + return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); + }, + hasCompressionJS = function hasCompressionJS() { + var inst = typeof Deflater === 'function'; + if (!inst) { throw new Error("requires deflate.js for compression"); } + return inst; + }, + compressBytes = function compressBytes(bytes, lineLength, colorsPerPixel, compression) { + var level = 5, + filter_method = filterUp; + + switch (compression) { + case jsPDFAPI.image_compression.FAST: + level = 3; + filter_method = filterSub; + break; + + case jsPDFAPI.image_compression.MEDIUM: + level = 6; + filter_method = filterAverage; + break; + + case jsPDFAPI.image_compression.SLOW: + level = 9; + filter_method = filterPaeth; //uses to sum to choose best filter for each line + + break; + } + + bytes = applyPngFilterMethod(bytes, lineLength, colorsPerPixel, filter_method); + var header = new Uint8Array(createZlibHeader(level)); + var checksum = adler32(bytes); + var deflate = new Deflater(level); + var a = deflate.append(bytes); + var cBytes = deflate.flush(); + var len = header.length + a.length + cBytes.length; + var cmpd = new Uint8Array(len + 4); + cmpd.set(header); + cmpd.set(a, header.length); + cmpd.set(cBytes, header.length + a.length); + cmpd[len++] = checksum >>> 24 & 0xff; + cmpd[len++] = checksum >>> 16 & 0xff; + cmpd[len++] = checksum >>> 8 & 0xff; + cmpd[len++] = checksum & 0xff; + return jsPDFAPI.arrayBufferToBinaryString(cmpd); + }, + createZlibHeader = function createZlibHeader(bytes, level) { + /* + * @see http://www.ietf.org/rfc/rfc1950.txt for zlib header + */ + var cm = 8; var cinfo = Math.LOG2E * Math.log(0x8000) - 8; var cmf = cinfo << 4 | cm; var hdr = cmf << 8; @@ -13205,15 +14564,15 @@ return result; }, - filterNone = function filterNone(line, colorsPerPixel, prevLine) { - /*var result = new Uint8Array(line.length + 1); - result[0] = 0; + filterNone = function filterNone(line) { + /*var result = new Uint8Array(line.length + 1); + result[0] = 0; result.set(line, 1);*/ var result = Array.apply([], line); result.unshift(0); return result; }, - filterSub = function filterSub(line, colorsPerPixel, prevLine) { + filterSub = function filterSub(line, colorsPerPixel) { var result = [], i = 0, len = line.length, @@ -13341,15 +14700,14 @@ return predictor; }; - /** - * - * @name processPNG - * @function - * @ignore + /** + * @name processPNG + * @function + * @ignore */ - jsPDFAPI.processPNG = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { + jsPDFAPI.processPNG = function (imageData, imageIndex, alias, compression) { var colorSpace = this.color_spaces.DEVICE_RGB, decode = this.decode.FLATE_DECODE, @@ -13359,42 +14717,45 @@ trns, colors, pal, - smask; - /* if(this.isString(imageData)) { - }*/ - - if (this.isArrayBuffer(imageData)) imageData = new Uint8Array(imageData); + smask, + pixels, + len, + alphaData, + imgData, + hasColors, + pixel, + i, + n; + if (this.isArrayBuffer(imageData)) { imageData = new Uint8Array(imageData); } if (this.isArrayBufferView(imageData)) { - if (doesNotHavePngJS()) throw new Error("PNG support requires png.js and zlib.js"); + if (doesNotHavePngJS()) { throw new Error("PNG support requires png.js and zlib.js"); } img = new PNG(imageData); imageData = img.imgData; bpc = img.bits; colorSpace = img.colorSpace; - colors = img.colors; //logImg(img); - - /* - * colorType 6 - Each pixel is an R,G,B triple, followed by an alpha sample. - * - * colorType 4 - Each pixel is a grayscale sample, followed by an alpha sample. - * - * Extract alpha to create two separate images, using the alpha as a sMask + colors = img.colors; + /* + * colorType 6 - Each pixel is an R,G,B triple, followed by an alpha sample. + * + * colorType 4 - Each pixel is a grayscale sample, followed by an alpha sample. + * + * Extract alpha to create two separate images, using the alpha as a sMask */ if ([4, 6].indexOf(img.colorType) !== -1) { - /* - * processes 8 bit RGBA and grayscale + alpha images + /* + * processes 8 bit RGBA and grayscale + alpha images */ if (img.bits === 8) { - var pixels = img.pixelBitlength == 32 ? new Uint32Array(img.decodePixels().buffer) : img.pixelBitlength == 16 ? new Uint16Array(img.decodePixels().buffer) : new Uint8Array(img.decodePixels().buffer), - len = pixels.length, - imgData = new Uint8Array(len * img.colors), - alphaData = new Uint8Array(len), - pDiff = img.pixelBitlength - img.bits, - i = 0, - n = 0, - pixel, - pbl; + pixels = img.pixelBitlength == 32 ? new Uint32Array(img.decodePixels().buffer) : img.pixelBitlength == 16 ? new Uint16Array(img.decodePixels().buffer) : new Uint8Array(img.decodePixels().buffer); + len = pixels.length; + imgData = new Uint8Array(len * img.colors); + alphaData = new Uint8Array(len); + var pDiff = img.pixelBitlength - img.bits; + i = 0; + n = 0; + var pbl; for (; i < len; i++) { pixel = pixels[i]; @@ -13408,21 +14769,20 @@ alphaData[i] = pixel >>> pbl & 0xff; } } - /* - * processes 16 bit RGBA and grayscale + alpha images + /* + * processes 16 bit RGBA and grayscale + alpha images */ if (img.bits === 16) { - var pixels = new Uint32Array(img.decodePixels().buffer), - len = pixels.length, - imgData = new Uint8Array(len * (32 / img.pixelBitlength) * img.colors), - alphaData = new Uint8Array(len * (32 / img.pixelBitlength)), - hasColors = img.colors > 1, - i = 0, - n = 0, - a = 0, - pixel; + pixels = new Uint32Array(img.decodePixels().buffer); + len = pixels.length; + imgData = new Uint8Array(len * (32 / img.pixelBitlength) * img.colors); + alphaData = new Uint8Array(len * (32 / img.pixelBitlength)); + hasColors = img.colors > 1; + i = 0; + n = 0; + var a = 0; while (i < len) { pixel = pixels[i++]; @@ -13449,8 +14809,8 @@ decode = null; } } - /* - * Indexed png. Each pixel is a palette index. + /* + * Indexed png. Each pixel is a palette index. */ @@ -13460,31 +14820,31 @@ if (img.transparency.indexed) { var trans = img.transparency.indexed; - var total = 0, - i = 0, - len = trans.length; + var total = 0; + i = 0; + len = trans.length; for (; i < len; ++i) { total += trans[i]; } total = total / 255; - /* - * a single color is specified as 100% transparent (0), - * so we set trns to use a /Mask with that index + /* + * a single color is specified as 100% transparent (0), + * so we set trns to use a /Mask with that index */ if (total === len - 1 && trans.indexOf(0) !== -1) { trns = [trans.indexOf(0)]; - /* - * there's more than one colour within the palette that specifies - * a transparency value less than 255, so we unroll the pixels to create an image sMask + /* + * there's more than one colour within the palette that specifies + * a transparency value less than 255, so we unroll the pixels to create an image sMask */ } else if (total !== len) { - var pixels = img.decodePixels(), - alphaData = new Uint8Array(pixels.length), - i = 0, - len = pixels.length; + pixels = img.decodePixels(); + alphaData = new Uint8Array(pixels.length); + i = 0; + len = pixels.length; for (; i < len; i++) { alphaData[i] = trans[pixels[i]]; @@ -13496,10 +14856,10 @@ } var predictor = getPredictorFromCompression(compression); - if (decode === this.decode.FLATE_DECODE) dp = '/Predictor ' + predictor + ' /Colors ' + colors + ' /BitsPerComponent ' + bpc + ' /Columns ' + img.width;else //remove 'Predictor' as it applies to the type of png filter applied to its IDAT - we only apply with compression - dp = '/Colors ' + colors + ' /BitsPerComponent ' + bpc + ' /Columns ' + img.width; - if (this.isArrayBuffer(imageData) || this.isArrayBufferView(imageData)) imageData = this.arrayBufferToBinaryString(imageData); - if (smask && this.isArrayBuffer(smask) || this.isArrayBufferView(smask)) smask = this.arrayBufferToBinaryString(smask); + if (decode === this.decode.FLATE_DECODE) { dp = '/Predictor ' + predictor + ' /Colors ' + colors + ' /BitsPerComponent ' + bpc + ' /Columns ' + img.width; }else //remove 'Predictor' as it applies to the type of png filter applied to its IDAT - we only apply with compression + { dp = '/Colors ' + colors + ' /BitsPerComponent ' + bpc + ' /Columns ' + img.width; } + if (this.isArrayBuffer(imageData) || this.isArrayBufferView(imageData)) { imageData = this.arrayBufferToBinaryString(imageData); } + if (smask && this.isArrayBuffer(smask) || this.isArrayBufferView(smask)) { smask = this.arrayBufferToBinaryString(smask); } return this.createImageInfo(imageData, img.width, img.height, colorSpace, bpc, decode, imageIndex, alias, dp, trns, pal, smask, predictor); } @@ -13507,23 +14867,25 @@ }; })(jsPDF.API); - /** - * @license - * Copyright (c) 2017 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* global jsPDF, GifReader, JPEGEncoder */ + + /** + * @license + * Copyright (c) 2017 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF gif Support PlugIn - * - * @name gif_support - * @module + /** + * jsPDF gif Support PlugIn + * + * @name gif_support + * @module */ (function (jsPDFAPI) { - jsPDFAPI.processGIF89A = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { + jsPDFAPI.processGIF89A = function (imageData, imageIndex, alias, compression) { var reader = new GifReader(imageData); var width = reader.width, height = reader.height; @@ -13543,21 +14905,23 @@ jsPDFAPI.processGIF87A = jsPDFAPI.processGIF89A; })(jsPDF.API); - /** - * Copyright (c) 2018 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* global jsPDF, BmpDecoder, JPEGEncoder */ + + /** + * Copyright (c) 2018 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF bmp Support PlugIn - * @name bmp_support - * @module + /** + * jsPDF bmp Support PlugIn + * @name bmp_support + * @module */ (function (jsPDFAPI) { - jsPDFAPI.processBMP = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { + jsPDFAPI.processBMP = function (imageData, imageIndex, alias, compression) { var reader = new BmpDecoder(imageData, false); var width = reader.width, height = reader.height; @@ -13574,31 +14938,68 @@ }; })(jsPDF.API); - /** - * @license - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* global jsPDF, JPEGEncoder, WebPDecoder */ + + /** + * @license + * Copyright (c) 2019 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license + */ + + /** + * jsPDF webp Support PlugIn + * + * @name webp_support + * @module + */ + (function (jsPDFAPI) { + + jsPDFAPI.processWEBP = function (imageData, imageIndex, alias, compression) { + var reader = new WebPDecoder(imageData, false); + var width = reader.width, + height = reader.height; + var qu = 100; + var pixels = reader.getData(); + var rawImageData = { + data: pixels, + width: width, + height: height + }; + var encoder = new JPEGEncoder(qu); + var data = encoder.encode(rawImageData, qu); + return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + }; + })(jsPDF.API); + + /* global jsPDF */ + + /** + * @license + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF setLanguage Plugin - * - * @name setLanguage - * @module + /** + * jsPDF setLanguage Plugin + * + * @name setLanguage + * @module */ (function (jsPDFAPI) { - /** - * Add Language Tag to the generated PDF - * - * @name setLanguage - * @function - * @param {string} langCode The Language code as ISO-639-1 (e.g. 'en') or as country language code (e.g. 'en-GB'). - * @returns {jsPDF} - * @example - * var doc = new jsPDF() - * doc.text(10, 10, 'This is a test') - * doc.setLanguage("en-US") - * doc.save('english.pdf') + /** + * Add Language Tag to the generated PDF + * + * @name setLanguage + * @function + * @param {string} langCode The Language code as ISO-639-1 (e.g. 'en') or as country language code (e.g. 'en-GB'). + * @returns {jsPDF} + * @example + * var doc = new jsPDF() + * doc.text(10, 10, 'This is a test') + * doc.setLanguage("en-US") + * doc.save('english.pdf') */ jsPDFAPI.setLanguage = function (langCode) { @@ -13822,31 +15223,33 @@ }; })(jsPDF.API); - /** @license - * MIT license. - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * 2014 Diego Casorran, https://github.com/diegocr - * - * - * ==================================================================== + /* global jsPDF */ + + /** @license + * MIT license. + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * 2014 Diego Casorran, https://github.com/diegocr + * + * + * ==================================================================== */ - /** - * jsPDF split_text_to_size plugin - * - * @name split_text_to_size - * @module + /** + * jsPDF split_text_to_size plugin + * + * @name split_text_to_size + * @module */ (function (API) { - /** - * Returns an array of length matching length of the 'word' string, with each - * cell occupied by the width of the char in that position. - * - * @name getCharWidthsArray - * @function - * @param {string} text - * @param {Object} options - * @returns {Array} + /** + * Returns an array of length matching length of the 'word' string, with each + * cell occupied by the width of the char in that position. + * + * @name getCharWidthsArray + * @function + * @param {string} text + * @param {Object} options + * @returns {Array} */ var getCharWidthsArray = API.getCharWidthsArray = function (text, options) { @@ -13880,14 +15283,14 @@ return output; }; - /** - * Calculate the sum of a number-array - * - * @name getArraySum - * @public - * @function - * @param {Array} array Array of numbers - * @returns {number} + /** + * Calculate the sum of a number-array + * + * @name getArraySum + * @public + * @function + * @param {Array} array Array of numbers + * @returns {number} */ @@ -13902,21 +15305,21 @@ return output; }; - /** - * Returns a widths of string in a given font, if the font size is set as 1 point. - * - * In other words, this is "proportional" value. For 1 unit of font size, the length - * of the string will be that much. - * - * Multiply by font size to get actual width in *points* - * Then divide by 72 to get inches or divide by (72/25.6) to get 'mm' etc. - * - * @name getStringUnitWidth - * @public - * @function - * @param {string} text - * @param {string} options - * @returns {number} result + /** + * Returns a widths of string in a given font, if the font size is set as 1 point. + * + * In other words, this is "proportional" value. For 1 unit of font size, the length + * of the string will be that much. + * + * Multiply by font size to get actual width in *points* + * Then divide by 72 to get inches or divide by (72/25.6) to get 'mm' etc. + * + * @name getStringUnitWidth + * @public + * @function + * @param {string} text + * @param {string} options + * @returns {number} result */ @@ -13935,8 +15338,8 @@ return result; }; - /** - returns array of lines + /** + returns array of lines */ @@ -14067,34 +15470,36 @@ } } + var postProcess; + if (lineIndent) { - var postProcess = function postProcess(ln, idx) { + postProcess = function postProcess(ln, idx) { return (idx ? pad : '') + ln.join(" "); }; } else { - var postProcess = function postProcess(ln) { + postProcess = function postProcess(ln) { return ln.join(" "); }; } return lines.map(postProcess); }; - /** - * Splits a given string into an array of strings. Uses 'size' value - * (in measurement units declared as default for the jsPDF instance) - * and the font's "widths" and "Kerning" tables, where available, to - * determine display length of a given string for a given font. - * - * We use character's 100% of unit size (height) as width when Width - * table or other default width is not available. - * - * @name splitTextToSize - * @public - * @function - * @param {string} text Unencoded, regular JavaScript (Unicode, UTF-16 / UCS-2) string. - * @param {number} size Nominal number, measured in units default to this instance of jsPDF. - * @param {Object} options Optional flags needed for chopper to do the right thing. - * @returns {Array} array Array with strings chopped to size. + /** + * Splits a given string into an array of strings. Uses 'size' value + * (in measurement units declared as default for the jsPDF instance) + * and the font's "widths" and "Kerning" tables, where available, to + * determine display length of a given string for a given font. + * + * We use character's 100% of unit size (height) as width when Width + * table or other default width is not available. + * + * @name splitTextToSize + * @public + * @function + * @param {string} text Unencoded, regular JavaScript (Unicode, UTF-16 / UCS-2) string. + * @param {number} size Nominal number, measured in units default to this instance of jsPDF. + * @param {Object} options Optional flags needed for chopper to do the right thing. + * @returns {Array} array Array with strings chopped to size. */ @@ -14132,13 +15537,7 @@ widths: options.widths, kerning: options.kerning }; - } // then use default values - - - return { - widths: widths, - kerning: kerning - }; + } }.call(this, options); // first we split on end-of-line chars @@ -14175,149 +15574,170 @@ }; })(jsPDF.API); - /** @license - jsPDF standard_fonts_metrics plugin - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * MIT license. - * - * ==================================================================== + /* global jsPDF */ + + /** @license + jsPDF standard_fonts_metrics plugin + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * MIT license. + * + * ==================================================================== */ + /** + * This file adds the standard font metrics to jsPDF. + * + * Font metrics data is reprocessed derivative of contents of + * "Font Metrics for PDF Core 14 Fonts" package, which exhibits the following copyright and license: + * + * Copyright (c) 1989, 1990, 1991, 1992, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved. + * + * This file and the 14 PostScript(R) AFM files it accompanies may be used, + * copied, and distributed for any purpose and without charge, with or without + * modification, provided that all copyright notices are retained; that the AFM + * files are not distributed without this file; that all modifications to this + * file or any of the AFM files are prominently noted in the modified file(s); + * and that this paragraph is not modified. Adobe Systems has no responsibility + * or obligation to support the use of the AFM files. + * + * @name standard_fonts_metrics + * @module + */ (function (API) { - /* - # reference (Python) versions of 'compress' and 'uncompress' - # only 'uncompress' function is featured lower as JavaScript - # if you want to unit test "roundtrip", just transcribe the reference - # 'compress' function from Python into JavaScript - - def compress(data): - - keys = '0123456789abcdef' - values = 'klmnopqrstuvwxyz' - mapping = dict(zip(keys, values)) - vals = [] - for key in data.keys(): - value = data[key] - try: - keystring = hex(key)[2:] - keystring = keystring[:-1] + mapping[keystring[-1:]] - except: - keystring = key.join(["'","'"]) - #print('Keystring is %s' % keystring) - - try: - if value < 0: - valuestring = hex(value)[3:] - numberprefix = '-' - else: - valuestring = hex(value)[2:] - numberprefix = '' - valuestring = numberprefix + valuestring[:-1] + mapping[valuestring[-1:]] - except: - if type(value) == dict: - valuestring = compress(value) - else: - raise Exception("Don't know what to do with value type %s" % type(value)) - - vals.append(keystring+valuestring) - - return '{' + ''.join(vals) + '}' - - def uncompress(data): - - decoded = '0123456789abcdef' - encoded = 'klmnopqrstuvwxyz' - mapping = dict(zip(encoded, decoded)) - - sign = +1 - stringmode = False - stringparts = [] - - output = {} - - activeobject = output - parentchain = [] - - keyparts = '' - valueparts = '' - - key = None - - ending = set(encoded) - - i = 1 - l = len(data) - 1 # stripping starting, ending {} - while i != l: # stripping {} - # -, {, }, ' are special. - - ch = data[i] - i += 1 - - if ch == "'": - if stringmode: - # end of string mode - stringmode = False - key = ''.join(stringparts) - else: - # start of string mode - stringmode = True - stringparts = [] - elif stringmode == True: - #print("Adding %s to stringpart" % ch) - stringparts.append(ch) - - elif ch == '{': - # start of object - parentchain.append( [activeobject, key] ) - activeobject = {} - key = None - #DEBUG = True - elif ch == '}': - # end of object - parent, key = parentchain.pop() - parent[key] = activeobject - key = None - activeobject = parent - #DEBUG = False - - elif ch == '-': - sign = -1 - else: - # must be number - if key == None: - #debug("In Key. It is '%s', ch is '%s'" % (keyparts, ch)) - if ch in ending: - #debug("End of key") - keyparts += mapping[ch] - key = int(keyparts, 16) * sign - sign = +1 - keyparts = '' - else: - keyparts += ch - else: - #debug("In value. It is '%s', ch is '%s'" % (valueparts, ch)) - if ch in ending: - #debug("End of value") - valueparts += mapping[ch] - activeobject[key] = int(valueparts, 16) * sign - sign = +1 - key = None - valueparts = '' - else: - valueparts += ch - - #debug(activeobject) - - return output - + /* + # reference (Python) versions of 'compress' and 'uncompress' + # only 'uncompress' function is featured lower as JavaScript + # if you want to unit test "roundtrip", just transcribe the reference + # 'compress' function from Python into JavaScript + + def compress(data): + + keys = '0123456789abcdef' + values = 'klmnopqrstuvwxyz' + mapping = dict(zip(keys, values)) + vals = [] + for key in data.keys(): + value = data[key] + try: + keystring = hex(key)[2:] + keystring = keystring[:-1] + mapping[keystring[-1:]] + except: + keystring = key.join(["'","'"]) + #print('Keystring is %s' % keystring) + + try: + if value < 0: + valuestring = hex(value)[3:] + numberprefix = '-' + else: + valuestring = hex(value)[2:] + numberprefix = '' + valuestring = numberprefix + valuestring[:-1] + mapping[valuestring[-1:]] + except: + if type(value) == dict: + valuestring = compress(value) + else: + raise Exception("Don't know what to do with value type %s" % type(value)) + + vals.append(keystring+valuestring) + + return '{' + ''.join(vals) + '}' + + def uncompress(data): + + decoded = '0123456789abcdef' + encoded = 'klmnopqrstuvwxyz' + mapping = dict(zip(encoded, decoded)) + + sign = +1 + stringmode = False + stringparts = [] + + output = {} + + activeobject = output + parentchain = [] + + keyparts = '' + valueparts = '' + + key = None + + ending = set(encoded) + + i = 1 + l = len(data) - 1 # stripping starting, ending {} + while i != l: # stripping {} + # -, {, }, ' are special. + + ch = data[i] + i += 1 + + if ch == "'": + if stringmode: + # end of string mode + stringmode = False + key = ''.join(stringparts) + else: + # start of string mode + stringmode = True + stringparts = [] + elif stringmode == True: + #print("Adding %s to stringpart" % ch) + stringparts.append(ch) + + elif ch == '{': + # start of object + parentchain.append( [activeobject, key] ) + activeobject = {} + key = None + #DEBUG = True + elif ch == '}': + # end of object + parent, key = parentchain.pop() + parent[key] = activeobject + key = None + activeobject = parent + #DEBUG = False + + elif ch == '-': + sign = -1 + else: + # must be number + if key == None: + #debug("In Key. It is '%s', ch is '%s'" % (keyparts, ch)) + if ch in ending: + #debug("End of key") + keyparts += mapping[ch] + key = int(keyparts, 16) * sign + sign = +1 + keyparts = '' + else: + keyparts += ch + else: + #debug("In value. It is '%s', ch is '%s'" % (valueparts, ch)) + if ch in ending: + #debug("End of value") + valueparts += mapping[ch] + activeobject[key] = int(valueparts, 16) * sign + sign = +1 + key = None + valueparts = '' + else: + valueparts += ch + + #debug(activeobject) + + return output + */ - /** - Uncompresses data compressed into custom, base16-like format. - @public - @function - @param - @returns {Type} + /** + Uncompresses data compressed into custom, base16-like format. + @public + @function + @param + @returns {Type} */ var uncompress = function uncompress(data) { @@ -14461,16 +15881,16 @@ 'Helvetica-Oblique': uncompress("{'widths'{k3p2q4mcx1w201n3r201o6o201s1q201t1q201u1q201w2l201x2l201y2l2k1w2l1w202m2n2n3r2o3r2p5t202q6o2r1n2s2l2t2l2u2r2v3u2w1w2x2l2y1w2z1w3k3r3l3r3m3r3n3r3o3r3p3r3q3r3r3r3s3r203t2l203u2l3v1w3w3u3x3u3y3u3z3r4k6p4l4m4m4m4n4s4o4s4p4m4q3x4r4y4s4s4t1w4u3m4v4m4w3r4x5n4y4s4z4y5k4m5l4y5m4s5n4m5o3x5p4s5q4m5r5y5s4m5t4m5u3x5v1w5w1w5x1w5y2z5z3r6k2l6l3r6m3r6n3m6o3r6p3r6q1w6r3r6s3r6t1q6u1q6v3m6w1q6x5n6y3r6z3r7k3r7l3r7m2l7n3m7o1w7p3r7q3m7r4s7s3m7t3m7u3m7v2l7w1u7x2l7y3u202l3rcl4mal2lam3ran3rao3rap3rar3ras2lat4tau2pav3raw3uay4taz2lbk2sbl3u'fof'6obo2lbp3rbr1wbs2lbu2obv3rbz3xck4m202k3rcm4mcn4mco4mcp4mcq6ocr4scs4mct4mcu4mcv4mcw1w2m2ncy1wcz1wdl4sdm4ydn4ydo4ydp4ydq4yds4ydt4sdu4sdv4sdw4sdz3xek3rel3rem3ren3reo3rep3req5ter3mes3ret3reu3rev3rew1wex1wey1wez1wfl3rfm3rfn3rfo3rfp3rfq3rfr3ufs3xft3rfu3rfv3rfw3rfz3m203k6o212m6o2dw2l2cq2l3t3r3u1w17s4m19m3r}'kerning'{5q{4wv}cl{4qs5kw5ow5qs17sv5tv}201t{2wu4w1k2yu}201x{2wu4wy2yu}17s{2ktclucmucnu4otcpu4lu4wycoucku}2w{7qs4qz5k1m17sy5ow5qx5rsfsu5ty7tufzu}2x{17sy5ty5oy5qs}2y{7qs4qz5k1m17sy5ow5qx5rsfsu5ty7tufzu}'fof'-6o7p{17sv5tv5ow}ck{4qs5kw5ow5qs17sv5tv}4l{4qs5kw5ow5qs17sv5tv}cm{4qs5kw5ow5qs17sv5tv}cn{4qs5kw5ow5qs17sv5tv}co{4qs5kw5ow5qs17sv5tv}cp{4qs5kw5ow5qs17sv5tv}6l{17sy5ty5ow}do{17st5tt}4z{17st5tt}7s{fst}dm{17st5tt}dn{17st5tt}5o{ckwclwcmwcnwcowcpw4lw4wv}dp{17st5tt}dq{17st5tt}7t{5ow}ds{17st5tt}5t{2ktclucmucnu4otcpu4lu4wycoucku}fu{17sv5tv5ow}6p{17sy5ty5ow5qs}ek{17sy5ty5ow}el{17sy5ty5ow}em{17sy5ty5ow}en{5ty}eo{17sy5ty5ow}ep{17sy5ty5ow}es{17sy5ty5qs}et{17sy5ty5ow5qs}eu{17sy5ty5ow5qs}ev{17sy5ty5ow5qs}6z{17sy5ty5ow5qs}fm{17sy5ty5ow5qs}fn{17sy5ty5ow5qs}fo{17sy5ty5ow5qs}fp{17sy5ty5qs}fq{17sy5ty5ow5qs}7r{5ow}fs{17sy5ty5ow5qs}ft{17sv5tv5ow}7m{5ow}fv{17sv5tv5ow}fw{17sv5tv5ow}}}") } }; - /* - This event handler is fired when a new jsPDF object is initialized - This event handler appends metrics data to standard fonts within - that jsPDF instance. The metrics are mapped over Unicode character - codes, NOT CIDs or other codes matching the StandardEncoding table of the - standard PDF fonts. - Future: - Also included is the encoding maping table, converting Unicode (UCS-2, UTF-16) - char codes to StandardEncoding character codes. The encoding table is to be used - somewhere around "pdfEscape" call. + /* + This event handler is fired when a new jsPDF object is initialized + This event handler appends metrics data to standard fonts within + that jsPDF instance. The metrics are mapped over Unicode character + codes, NOT CIDs or other codes matching the StandardEncoding table of the + standard PDF fonts. + Future: + Also included is the encoding maping table, converting Unicode (UCS-2, UTF-16) + char codes to StandardEncoding character codes. The encoding table is to be used + somewhere around "pdfEscape" call. */ API.events.push(['addFont', function (data) { @@ -14510,17 +15930,17 @@ }]); // end of adding event handler })(jsPDF.API); - /** - * @license - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * @license + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * @name ttfsupport - * @module + /** + * @name ttfsupport + * @module */ - (function (jsPDF, global) { + (function (jsPDF) { jsPDF.API.events.push(['addFont', function (data) { var font = data.font; @@ -14544,32 +15964,40 @@ throw new Error("Font does not exist in vFS, import fonts or remove declaration doc.addFont('" + font.postScriptName + "')."); } }]); // end of adding event handler - })(jsPDF, typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || Function("return this")()); + })(jsPDF); - /** @license - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * - * - * ==================================================================== + /* global jsPDF, canvg */ + + /** @license + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * + * + * ==================================================================== */ + /** + * jsPDF SVG plugin + * + * @name svg + * @module + */ (function (jsPDFAPI) { - /** - * Parses SVG XML and converts only some of the SVG elements into - * PDF elements. - * - * Supports: - * paths - * - * @name addSvg - * @public - * @function - * @param {string} SVG-Data as Text - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width of SVG (in units declared at inception of PDF document) - * @param {number} height of SVG (in units declared at inception of PDF document) - * @returns {Object} jsPDF-instance + /** + * Parses SVG XML and converts only some of the SVG elements into + * PDF elements. + * + * Supports: + * paths + * + * @name addSvg + * @public + * @function + * @param {string} SVG-Data as Text + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width of SVG (in units declared at inception of PDF document) + * @param {number} height of SVG (in units declared at inception of PDF document) + * @returns {Object} jsPDF-instance */ jsPDFAPI.addSvg = function (svgtext, x, y, w, h) { @@ -14697,24 +16125,24 @@ jsPDFAPI.addSVG = jsPDFAPI.addSvg; - /** - * Parses SVG XML and saves it as image into the PDF. - * - * Depends on canvas-element and canvg - * - * @name addSvgAsImage - * @public - * @function - * @param {string} SVG-Data as Text - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width of SVG-Image (in units declared at inception of PDF document) - * @param {number} height of SVG-Image (in units declared at inception of PDF document) - * @param {string} alias of SVG-Image (if used multiple times) - * @param {string} compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' - * @param {number} rotation of the image in degrees (0-359) - * - * @returns jsPDF jsPDF-instance + /** + * Parses SVG XML and saves it as image into the PDF. + * + * Depends on canvas-element and canvg + * + * @name addSvgAsImage + * @public + * @function + * @param {string} SVG-Data as Text + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width of SVG-Image (in units declared at inception of PDF document) + * @param {number} height of SVG-Image (in units declared at inception of PDF document) + * @param {string} alias of SVG-Image (if used multiple times) + * @param {string} compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' + * @param {number} rotation of the image in degrees (0-359) + * + * @returns jsPDF jsPDF-instance */ jsPDFAPI.addSvgAsImage = function (svg, x, y, w, h, alias, compression, rotation) { @@ -14747,26 +16175,28 @@ }; })(jsPDF.API); - /** - * @license - * ==================================================================== - * Copyright (c) 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br - * - * - * ==================================================================== + /* global jsPDF */ + + /** + * @license + * ==================================================================== + * Copyright (c) 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br + * + * + * ==================================================================== */ - /** - * jsPDF total_pages plugin - * @name total_pages - * @module + /** + * jsPDF total_pages plugin + * @name total_pages + * @module */ (function (jsPDFAPI) { - /** - * @name putTotalPages - * @function - * @param {string} pageExpression Regular Expression - * @returns {jsPDF} jsPDF-instance + /** + * @name putTotalPages + * @function + * @param {string} pageExpression Regular Expression + * @returns {jsPDF} jsPDF-instance */ jsPDFAPI.putTotalPages = function (pageExpression) { @@ -14792,109 +16222,111 @@ }; })(jsPDF.API); - /** - * jsPDF viewerPreferences Plugin - * @author Aras Abbasi (github.com/arasabbasi) - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* global jsPDF */ + + /** + * jsPDF viewerPreferences Plugin + * @author Aras Abbasi (github.com/arasabbasi) + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * Adds the ability to set ViewerPreferences and by thus - * controlling the way the document is to be presented on the - * screen or in print. - * @name viewerpreferences - * @module + /** + * Adds the ability to set ViewerPreferences and by thus + * controlling the way the document is to be presented on the + * screen or in print. + * @name viewerpreferences + * @module */ (function (jsPDFAPI) { - /** - * Set the ViewerPreferences of the generated PDF - * - * @name viewerPreferences - * @function - * @public - * @param {Object} options Array with the ViewerPreferences
    - * Example: doc.viewerPreferences({"FitWindow":true});
    - *
    - * You can set following preferences:
    - *
    - * HideToolbar (boolean)
    - * Default value: false
    - *
    - * HideMenubar (boolean)
    - * Default value: false.
    - *
    - * HideWindowUI (boolean)
    - * Default value: false.
    - *
    - * FitWindow (boolean)
    - * Default value: false.
    - *
    - * CenterWindow (boolean)
    - * Default value: false
    - *
    - * DisplayDocTitle (boolean)
    - * Default value: false.
    - *
    - * NonFullScreenPageMode (string)
    - * Possible values: UseNone, UseOutlines, UseThumbs, UseOC
    - * Default value: UseNone
    - *
    - * Direction (string)
    - * Possible values: L2R, R2L
    - * Default value: L2R.
    - *
    - * ViewArea (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox.
    - *
    - * ViewClip (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox
    - *
    - * PrintArea (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox
    - *
    - * PrintClip (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox.
    - *
    - * PrintScaling (string)
    - * Possible values: AppDefault, None
    - * Default value: AppDefault.
    - *
    - * Duplex (string)
    - * Possible values: Simplex, DuplexFlipLongEdge, DuplexFlipShortEdge - * Default value: none
    - *
    - * PickTrayByPDFSize (boolean)
    - * Default value: false
    - *
    - * PrintPageRange (Array)
    - * Example: [[1,5], [7,9]]
    - * Default value: as defined by PDF viewer application
    - *
    - * NumCopies (Number)
    - * Possible values: 1, 2, 3, 4, 5
    - * Default value: 1
    - *
    - * For more information see the PDF Reference, sixth edition on Page 577 - * @param {boolean} doReset True to reset the settings - * @function - * @returns jsPDF jsPDF-instance - * @example - * var doc = new jsPDF() - * doc.text('This is a test', 10, 10) - * doc.viewerPreferences({'FitWindow': true}, true) - * doc.save("viewerPreferences.pdf") - * - * // Example printing 10 copies, using cropbox, and hiding UI. - * doc.viewerPreferences({ - * 'HideWindowUI': true, - * 'PrintArea': 'CropBox', - * 'NumCopies': 10 - * }) + /** + * Set the ViewerPreferences of the generated PDF + * + * @name viewerPreferences + * @function + * @public + * @param {Object} options Array with the ViewerPreferences
    + * Example: doc.viewerPreferences({"FitWindow":true});
    + *
    + * You can set following preferences:
    + *
    + * HideToolbar (boolean)
    + * Default value: false
    + *
    + * HideMenubar (boolean)
    + * Default value: false.
    + *
    + * HideWindowUI (boolean)
    + * Default value: false.
    + *
    + * FitWindow (boolean)
    + * Default value: false.
    + *
    + * CenterWindow (boolean)
    + * Default value: false
    + *
    + * DisplayDocTitle (boolean)
    + * Default value: false.
    + *
    + * NonFullScreenPageMode (string)
    + * Possible values: UseNone, UseOutlines, UseThumbs, UseOC
    + * Default value: UseNone
    + *
    + * Direction (string)
    + * Possible values: L2R, R2L
    + * Default value: L2R.
    + *
    + * ViewArea (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox.
    + *
    + * ViewClip (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox
    + *
    + * PrintArea (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox
    + *
    + * PrintClip (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox.
    + *
    + * PrintScaling (string)
    + * Possible values: AppDefault, None
    + * Default value: AppDefault.
    + *
    + * Duplex (string)
    + * Possible values: Simplex, DuplexFlipLongEdge, DuplexFlipShortEdge + * Default value: none
    + *
    + * PickTrayByPDFSize (boolean)
    + * Default value: false
    + *
    + * PrintPageRange (Array)
    + * Example: [[1,5], [7,9]]
    + * Default value: as defined by PDF viewer application
    + *
    + * NumCopies (Number)
    + * Possible values: 1, 2, 3, 4, 5
    + * Default value: 1
    + *
    + * For more information see the PDF Reference, sixth edition on Page 577 + * @param {boolean} doReset True to reset the settings + * @function + * @returns jsPDF jsPDF-instance + * @example + * var doc = new jsPDF() + * doc.text('This is a test', 10, 10) + * doc.viewerPreferences({'FitWindow': true}, true) + * doc.save("viewerPreferences.pdf") + * + * // Example printing 10 copies, using cropbox, and hiding UI. + * doc.viewerPreferences({ + * 'HideWindowUI': true, + * 'PrintArea': 'CropBox', + * 'NumCopies': 10 + * }) */ jsPDFAPI.viewerPreferences = function (options, doReset) { @@ -15145,33 +16577,33 @@ }; })(jsPDF.API); - /** ==================================================================== - * jsPDF XMP metadata plugin - * Copyright (c) 2016 Jussi Utunen, u-jussi@suomi24.fi - * - * - * ==================================================================== - */ + /* global jsPDF */ - /*global jsPDF */ + /** ==================================================================== + * jsPDF XMP metadata plugin + * Copyright (c) 2016 Jussi Utunen, u-jussi@suomi24.fi + * + * + * ==================================================================== + */ - /** - * @name xmp_metadata - * @module + /** + * @name xmp_metadata + * @module */ (function (jsPDFAPI) { var xmpmetadata = ""; var xmpnamespaceuri = ""; var metadata_object_number = ""; - /** - * Adds XMP formatted metadata to PDF - * - * @name addMetadata - * @function - * @param {String} metadata The actual metadata to be added. The metadata shall be stored as XMP simple value. Note that if the metadata string contains XML markup characters "<", ">" or "&", those characters should be written using XML entities. - * @param {String} namespaceuri Sets the namespace URI for the metadata. Last character should be slash or hash. - * @returns {jsPDF} jsPDF-instance + /** + * Adds XMP formatted metadata to PDF + * + * @name addMetadata + * @function + * @param {String} metadata The actual metadata to be added. The metadata shall be stored as XMP simple value. Note that if the metadata string contains XML markup characters "<", ">" or "&", those characters should be written using XML entities. + * @param {String} namespaceuri Sets the namespace URI for the metadata. Last character should be slash or hash. + * @returns {jsPDF} jsPDF-instance */ jsPDFAPI.addMetadata = function (metadata, namespaceuri) { @@ -15209,11 +16641,13 @@ }; })(jsPDF.API); - /** - * @name utf8 - * @module + /* global jsPDF */ + + /** + * @name utf8 + * @module */ - (function (jsPDF, global) { + (function (jsPDF) { var jsPDFAPI = jsPDF.API; /**************************************************/ @@ -15288,9 +16722,11 @@ range = []; } - unicode = ('0000' + map[code].toString(16)).slice(-4); - code = ('0000' + (+code).toString(16)).slice(-4); - range.push("<" + code + "><" + unicode + ">"); + if (map[code] !== undefined && map[code] !== null && typeof map[code].toString === "function") { + unicode = ('0000' + map[code].toString(16)).slice(-4); + code = ('0000' + (+code).toString(16)).slice(-4); + range.push("<" + code + "><" + unicode + ">"); + } } if (range.length) { @@ -15301,7 +16737,13 @@ return unicodeMap; }; - var identityHFunction = function identityHFunction(font, out, newObject, putStream) { + var identityHFunction = function identityHFunction(options) { + var font = options.font; + var out = options.out; + var newObject = options.newObject; + var putStream = options.putStream; + var pdfEscapeWithNeededParanthesis = options.pdfEscapeWithNeededParanthesis; + if (font.metadata instanceof jsPDF.API.TTFFont && font.encoding === 'Identity-H') { //Tag with Identity-H var widths = font.metadata.Unicode.widths; @@ -15329,7 +16771,7 @@ var fontDescriptor = newObject(); out('<<'); out('/Type /FontDescriptor'); - out('/FontName /' + font.fontName); + out('/FontName /' + pdfEscapeWithNeededParanthesis(font.fontName)); out('/FontFile2 ' + fontTable + ' 0 R'); out('/FontBBox ' + jsPDF.API.PDFObject.convert(font.metadata.bbox)); out('/Flags ' + font.metadata.flags); @@ -15343,7 +16785,7 @@ var DescendantFont = newObject(); out('<<'); out('/Type /Font'); - out('/BaseFont /' + font.fontName); + out('/BaseFont /' + pdfEscapeWithNeededParanthesis(font.fontName)); out('/FontDescriptor ' + fontDescriptor + ' 0 R'); out('/W ' + jsPDF.API.PDFObject.convert(widths)); out('/CIDToGIDMap /Identity'); @@ -15372,13 +16814,18 @@ }; jsPDFAPI.events.push(['putFont', function (args) { - identityHFunction(args.font, args.out, args.newObject, args.putStream); + identityHFunction(args); }]); - var winAnsiEncodingFunction = function winAnsiEncodingFunction(font, out, newObject, putStream) { + var winAnsiEncodingFunction = function winAnsiEncodingFunction(options) { + var font = options.font; + var out = options.out; + var newObject = options.newObject; + var putStream = options.putStream; + var pdfEscapeWithNeededParanthesis = options.pdfEscapeWithNeededParanthesis; + if (font.metadata instanceof jsPDF.API.TTFFont && font.encoding === 'WinAnsiEncoding') { //Tag with WinAnsi encoding - var widths = font.metadata.Unicode.widths; var data = font.metadata.rawData; var pdfOutput = data; var pdfOutput2 = ""; @@ -15409,15 +16856,15 @@ out('/FontFile2 ' + fontTable + ' 0 R'); out('/Flags 96'); out('/FontBBox ' + jsPDF.API.PDFObject.convert(font.metadata.bbox)); - out('/FontName /' + font.fontName); + out('/FontName /' + pdfEscapeWithNeededParanthesis(font.fontName)); out('/ItalicAngle ' + font.metadata.italicAngle); out('/Ascent ' + font.metadata.ascender); out('>>'); out('endobj'); font.objectNumber = newObject(); - for (var i = 0; i < font.metadata.hmtx.widths.length; i++) { - font.metadata.hmtx.widths[i] = parseInt(font.metadata.hmtx.widths[i] * (1000 / font.metadata.head.unitsPerEm)); //Change the width of Em units to Point units. + for (var j = 0; j < font.metadata.hmtx.widths.length; j++) { + font.metadata.hmtx.widths[j] = parseInt(font.metadata.hmtx.widths[j] * (1000 / font.metadata.head.unitsPerEm)); //Change the width of Em units to Point units. } out('<>'); @@ -15427,7 +16874,7 @@ }; jsPDFAPI.events.push(['putFont', function (args) { - winAnsiEncodingFunction(args.font, args.out, args.newObject, args.putStream); + winAnsiEncodingFunction(args); }]); var utf8TextFunction = function utf8TextFunction(args) { @@ -15439,13 +16886,11 @@ var pdfEscape = mutex.pdfEscape; var activeFontKey = mutex.activeFontKey; var fonts = mutex.fonts; - var key, - fontSize = mutex.activeFontSize; + var key = activeFontKey; var str = '', s = 0, cmapConfirm; var strText = ''; - var key = activeFontKey; var encoding = fonts[key].encoding; if (fonts[key].encoding !== 'Identity-H') { @@ -15457,6 +16902,7 @@ mutex: mutex }; } + strText = text; key = activeFontKey; @@ -15467,19 +16913,19 @@ for (s = 0; s < strText.length; s += 1) { if (fonts[key].metadata.hasOwnProperty('cmap')) { cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s].charCodeAt(0)]; - /* - if (Object.prototype.toString.call(text) === '[object Array]') { - var i = 0; - // for (i = 0; i < text.length; i += 1) { - if (Object.prototype.toString.call(text[s]) === '[object Array]') { - cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s][0].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id - } else { - - } - //} - - } else { - cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id + /* + if (Object.prototype.toString.call(text) === '[object Array]') { + var i = 0; + // for (i = 0; i < text.length; i += 1) { + if (Object.prototype.toString.call(text[s]) === '[object Array]') { + cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s][0].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id + } else { + + } + //} + + } else { + cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id }*/ } @@ -15519,7 +16965,6 @@ y = parms.y, options = parms.options, mutex = parms.mutex; - var lang = options.lang; var tmpText = []; var args = { text: text, @@ -15559,20 +17004,22 @@ }; jsPDFAPI.events.push(['postProcessText', utf8EscapeFunction]); - })(jsPDF, typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || Function("return this")()); + })(jsPDF); - /** - * jsPDF virtual FileSystem functionality - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* global jsPDF */ + + /** + * jsPDF virtual FileSystem functionality + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * Use the vFS to handle files - * - * @name vFS - * @module + /** + * Use the vFS to handle files + * + * @name vFS + * @module */ (function (jsPDFAPI) { @@ -15587,15 +17034,15 @@ return true; }; - /** - * Check if the file exists in the vFS - * - * @name existsFileInVFS - * @function - * @param {string} Possible filename in the vFS. - * @returns {boolean} - * @example - * doc.existsFileInVFS("someFile.txt"); + /** + * Check if the file exists in the vFS + * + * @name existsFileInVFS + * @function + * @param {string} Possible filename in the vFS. + * @returns {boolean} + * @example + * doc.existsFileInVFS("someFile.txt"); */ @@ -15606,16 +17053,16 @@ return false; }; - /** - * Add a file to the vFS - * - * @name addFileToVFS - * @function - * @param {string} filename The name of the file which should be added. - * @param {string} filecontent The content of the file. - * @returns {jsPDF} - * @example - * doc.addFileToVFS("someFile.txt", "BADFACE1"); + /** + * Add a file to the vFS + * + * @name addFileToVFS + * @function + * @param {string} filename The name of the file which should be added. + * @param {string} filecontent The content of the file. + * @returns {jsPDF} + * @example + * doc.addFileToVFS("someFile.txt", "BADFACE1"); */ @@ -15625,15 +17072,15 @@ this.internal.vFS[filename] = filecontent; return this; }; - /** - * Get the file from the vFS - * - * @name getFileFromVFS - * @function - * @param {string} The name of the file which gets requested. - * @returns {string} - * @example - * doc.getFileFromVFS("someFile.txt"); + /** + * Get the file from the vFS + * + * @name getFileFromVFS + * @function + * @param {string} The name of the file which gets requested. + * @returns {string} + * @example + * doc.getFileFromVFS("someFile.txt"); */ @@ -15648,37 +17095,37 @@ }; })(jsPDF.API); - /** - * jsPDF addHTML PlugIn - * Copyright (c) 2014 Diego Casorran - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * jsPDF addHTML PlugIn + * Copyright (c) 2014 Diego Casorran + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ (function (jsPDFAPI) { - /** - * Renders an HTML element to canvas object which added to the PDF - * - * This feature requires [html2canvas](https://github.com/niklasvh/html2canvas) - * or [rasterizeHTML](https://github.com/cburgmer/rasterizeHTML.js) - * - * @returns {jsPDF} - * @name addHTML - * @param element {Mixed} HTML Element, or anything supported by html2canvas. - * @param x {Number} starting X coordinate in jsPDF instance's declared units. - * @param y {Number} starting Y coordinate in jsPDF instance's declared units. - * @param options {Object} Additional options, check the code below. - * @param callback {Function} to call when the rendering has finished. - * NOTE: Every parameter is optional except 'element' and 'callback', in such - * case the image is positioned at 0x0 covering the whole PDF document - * size. Ie, to easily take screenshots of webpages saving them to PDF. - * @deprecated This is being replace with a vector-supporting API. See - * [this link](https://cdn.rawgit.com/MrRio/jsPDF/master/examples/html2pdf/showcase_supported_html.html) + /** + * Renders an HTML element to canvas object which added to the PDF + * + * This feature requires [html2canvas](https://github.com/niklasvh/html2canvas) + * or [rasterizeHTML](https://github.com/cburgmer/rasterizeHTML.js) + * + * @returns {jsPDF} + * @name addHTML + * @param element {Mixed} HTML Element, or anything supported by html2canvas. + * @param x {Number} starting X coordinate in jsPDF instance's declared units. + * @param y {Number} starting Y coordinate in jsPDF instance's declared units. + * @param options {Object} Additional options, check the code below. + * @param callback {Function} to call when the rendering has finished. + * NOTE: Every parameter is optional except 'element' and 'callback', in such + * case the image is positioned at 0x0 covering the whole PDF document + * size. Ie, to easily take screenshots of webpages saving them to PDF. + * @deprecated This is being replace with a vector-supporting API. See + * [this link](https://cdn.rawgit.com/MrRio/jsPDF/master/examples/html2pdf/showcase_supported_html.html) */ jsPDFAPI.addHTML = function (element, x, y, options, callback) { - if (typeof html2canvas === 'undefined' && typeof rasterizeHTML === 'undefined') throw new Error('You need either ' + 'https://github.com/niklasvh/html2canvas' + ' or https://github.com/cburgmer/rasterizeHTML.js'); + if (typeof html2canvas === 'undefined' && typeof rasterizeHTML === 'undefined') { throw new Error('You need either ' + 'https://github.com/niklasvh/html2canvas' + ' or https://github.com/cburgmer/rasterizeHTML.js'); } if (typeof x !== 'number') { options = x; @@ -15840,18 +17287,18 @@ }; })(jsPDF.API); - /** - * jsPDF fromHTML plugin. BETA stage. API subject to change. Needs browser - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * 2014 Juan Pablo Gaviria, https://github.com/juanpgaviria - * 2014 Diego Casorran, https://github.com/diegocr - * 2014 Daniel Husar, https://github.com/danielhusar - * 2014 Wolfgang Gassler, https://github.com/woolfg - * 2014 Steven Spungin, https://github.com/flamenco - * - * @license - * - * ==================================================================== + /** + * jsPDF fromHTML plugin. BETA stage. API subject to change. Needs browser + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * 2014 Juan Pablo Gaviria, https://github.com/juanpgaviria + * 2014 Diego Casorran, https://github.com/diegocr + * 2014 Daniel Husar, https://github.com/danielhusar + * 2014 Wolfgang Gassler, https://github.com/woolfg + * 2014 Steven Spungin, https://github.com/flamenco + * + * @license + * + * ==================================================================== */ (function (jsPDFAPI) { var clone, _DrillForContent, FontNameDB, FontStyleMap, TextAlignMap, FontWeightMap, FloatMap, ClearMap, GetCSS, PurgeWhiteSpace, Renderer, ResolveFont, ResolveUnitedNumber, UnitedNumberMap, elementHandledElsewhere, images, loadImgs, checkForFooter, process, tableToJson; @@ -16377,7 +17824,7 @@ } function loadImage(url, width, height) { - if (!url) return; + if (!url) { return; } var img = new Image(); found_images = ++x; img.crossOrigin = ''; @@ -16484,8 +17931,8 @@ }; process = function process(pdf, element, x, y, settings, callback) { - if (!element) return false; - if (typeof element !== "string" && !element.parentNode) element = '' + element.innerHTML; + if (!element) { return false; } + if (typeof element !== "string" && !element.parentNode) { element = '' + element.innerHTML; } if (typeof element === "string") { element = function (element) { @@ -16517,7 +17964,7 @@ r.pdf.internal.events.publish('htmlRenderingFinished'); out = r.dispose(); - if (typeof callback === 'function') callback(out);else if (found_images) console.error('jsPDF Warning: rendering issues? provide a callback to fromHTML!'); + if (typeof callback === 'function') { callback(out); }else if (found_images) { console.error('jsPDF Warning: rendering issues? provide a callback to fromHTML!'); } }); return out || { x: r.x, @@ -16915,24 +18362,24 @@ UnitedNumberMap = { normal: 1 }; - /** - * Converts HTML-formatted text into formatted PDF text. - * - * Notes: - * 2012-07-18 - * Plugin relies on having browser, DOM around. The HTML is pushed into dom and traversed. - * Plugin relies on jQuery for CSS extraction. - * Targeting HTML output from Markdown templating, which is a very simple - * markup - div, span, em, strong, p. No br-based paragraph separation supported explicitly (but still may work.) - * Images, tables are NOT supported. - * - * @public - * @function - * @param HTML {String|Object} HTML-formatted text, or pointer to DOM element that is to be rendered into PDF. - * @param x {Number} starting X coordinate in jsPDF instance's declared units. - * @param y {Number} starting Y coordinate in jsPDF instance's declared units. - * @param settings {Object} Additional / optional variables controlling parsing, rendering. - * @returns {Object} jsPDF instance + /** + * Converts HTML-formatted text into formatted PDF text. + * + * Notes: + * 2012-07-18 + * Plugin relies on having browser, DOM around. The HTML is pushed into dom and traversed. + * Plugin relies on jQuery for CSS extraction. + * Targeting HTML output from Markdown templating, which is a very simple + * markup - div, span, em, strong, p. No br-based paragraph separation supported explicitly (but still may work.) + * Images, tables are NOT supported. + * + * @public + * @function + * @param HTML {String|Object} HTML-formatted text, or pointer to DOM element that is to be rendered into PDF. + * @param x {Number} starting X coordinate in jsPDF instance's declared units. + * @param y {Number} starting Y coordinate in jsPDF instance's declared units. + * @param settings {Object} Additional / optional variables controlling parsing, rendering. + * @returns {Object} jsPDF instance */ jsPDFAPI.fromHTML = function (HTML, x, y, settings, callback, margins) { @@ -16941,18 +18388,18 @@ top: 0, bottom: 0 }; - if (!settings) settings = {}; - if (!settings.elementHandlers) settings.elementHandlers = {}; + if (!settings) { settings = {}; } + if (!settings.elementHandlers) { settings.elementHandlers = {}; } return process(this, HTML, isNaN(x) ? 4 : x, isNaN(y) ? 4 : y, settings, callback); }; })(jsPDF.API); - /** - * html2pdf.js - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * html2pdf.js + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ (function (jsPDFAPI, globalObj) { globalObj.html2pdf = function (html, pdf, callback) { @@ -17075,20 +18522,15 @@ }); }; })(jsPDF.API, typeof window !== "undefined" && window || typeof global !== "undefined" && global); - /*rollup-keeper-start*/ - - window.tmp = html2pdf; - /*rollup-keeper-end*/ - - /* Blob.js - * A Blob, File, FileReader & URL implementation. - * 2018-08-09 - * - * By Eli Grey, http://eligrey.com - * By Jimmy Wärting, https://github.com/jimmywarting - * License: MIT - * See https://github.com/eligrey/Blob.js/blob/master/LICENSE.md + /* Blob.js + * A Blob, File, FileReader & URL implementation. + * 2018-08-09 + * + * By Eli Grey, http://eligrey.com + * By Jimmy Wärting, https://github.com/jimmywarting + * License: MIT + * See https://github.com/eligrey/Blob.js/blob/master/LICENSE.md */ (function (global) { @@ -17116,10 +18558,10 @@ blobSupportsArrayBufferView = new Blob([new Uint8Array([1, 2])]).size === 2; } catch (e) {} - /** - * Helper function that maps ArrayBufferViews to ArrayBuffers - * Used by BlobBuilder constructor and old browsers that didn't - * support it in the Blob constructor. + /** + * Helper function that maps ArrayBufferViews to ArrayBuffers + * Used by BlobBuilder constructor and old browsers that didn't + * support it in the Blob constructor. */ @@ -17166,7 +18608,7 @@ for (var i = 0; i < str.length; i++) { var charcode = str.charCodeAt(i); - if (charcode < 0x80) utf8.push(charcode);else if (charcode < 0x800) { + if (charcode < 0x80) { utf8.push(charcode); }else if (charcode < 0x800) { utf8.push(0xc0 | charcode >> 6, 0x80 | charcode & 0x3f); } else if (charcode < 0xd800 || charcode >= 0xe000) { utf8.push(0xe0 | charcode >> 12, 0x80 | charcode >> 6 & 0x3f, 0x80 | charcode & 0x3f); @@ -17243,7 +18685,7 @@ } function encodeByteArray(input) { - var byteToCharMap = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789'; + var byteToCharMap = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/='; var output = []; for (var i = 0; i < input.length; i += 3) { @@ -17345,7 +18787,7 @@ File.prototype = create(Blob.prototype); File.prototype.constructor = File; - if (Object.setPrototypeOf) Object.setPrototypeOf(File, Blob);else { + if (Object.setPrototypeOf) { Object.setPrototypeOf(File, Blob); }else { try { File.__proto__ = Blob; } catch (e) {} @@ -17362,13 +18804,13 @@ function FileReader() { - if (!(this instanceof FileReader)) throw new TypeError("Failed to construct 'FileReader': Please use the 'new' operator, this DOM object constructor cannot be called as a function."); + if (!(this instanceof FileReader)) { throw new TypeError("Failed to construct 'FileReader': Please use the 'new' operator, this DOM object constructor cannot be called as a function."); } var delegate = document.createDocumentFragment(); this.addEventListener = delegate.addEventListener; this.dispatchEvent = function (evt) { var local = this['on' + evt.type]; - if (typeof local === 'function') local(evt); + if (typeof local === 'function') { local(evt); } delegate.dispatchEvent(evt); }; @@ -17376,7 +18818,7 @@ } function _read(fr, blob, kind) { - if (!(blob instanceof Blob)) throw new TypeError("Failed to execute '" + kind + "' on 'FileReader': parameter 1 is not of type 'Blob'."); + if (!(blob instanceof Blob)) { throw new TypeError("Failed to execute '" + kind + "' on 'FileReader': parameter 1 is not of type 'Blob'."); } fr.result = ''; setTimeout(function () { this.readyState = FileReader.LOADING; @@ -17500,7 +18942,7 @@ return '[object File]'; }; - if (strTag) blob[strTag] = 'File'; + if (strTag) { blob[strTag] = 'File'; } return blob; }; @@ -17520,217 +18962,32 @@ } })(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); - /* FileSaver.js - * A saveAs() FileSaver implementation. - * 1.3.8 - * 2018-03-22 14:03:47 - * - * By Eli Grey, https://eligrey.com - * License: MIT - * See https://github.com/eligrey/FileSaver.js/blob/master/LICENSE.md - */ + // (c) Dean McNamee , 2013. + // + // https://github.com/deanm/omggif + // + // + // + // omggif is a JavaScript implementation of a GIF 89a encoder and decoder, + // including animation and compression. It does not rely on any specific + // underlying system, so should run in the browser, Node, or Plask. + function GifWriter(buf, width, height, gopts) { + var p = 0; + var gopts = gopts === undefined ? {} : gopts; + var loop_count = gopts.loop === undefined ? null : gopts.loop; + var global_palette = gopts.palette === undefined ? null : gopts.palette; + if (width <= 0 || height <= 0 || width > 65535 || height > 65535) { throw "Width/Height invalid."; } - /*global self */ + function check_palette_and_num_colors(palette) { + var num_colors = palette.length; + if (num_colors < 2 || num_colors > 256 || num_colors & num_colors - 1) { throw "Invalid code/color length, must be power of 2 and 2 .. 256."; } + return num_colors; + } // - Header. - /*jslint bitwise: true, indent: 4, laxbreak: true, laxcomma: true, smarttabs: true, plusplus: true */ - /*! @source http://purl.eligrey.com/github/FileSaver.js/blob/master/src/FileSaver.js */ - var saveAs = saveAs || function (view) { - - if (typeof view === "undefined" || typeof navigator !== "undefined" && /MSIE [1-9]\./.test(navigator.userAgent)) { - return; - } - - var doc = view.document // only get URL when necessary in case Blob.js hasn't overridden it yet - , - get_URL = function () { - return view.URL || view.webkitURL || view; - }, - save_link = doc.createElementNS("http://www.w3.org/1999/xhtml", "a"), - can_use_save_link = "download" in save_link, - click = function (node) { - var event = new MouseEvent("click"); - node.dispatchEvent(event); - }, - is_safari = /constructor/i.test(view.HTMLElement) || view.safari, - is_chrome_ios = /CriOS\/[\d]+/.test(navigator.userAgent), - setImmediate = view.setImmediate || view.setTimeout, - throw_outside = function (ex) { - setImmediate(function () { - throw ex; - }, 0); - }, - force_saveable_type = "application/octet-stream" // the Blob API is fundamentally broken as there is no "downloadfinished" event to subscribe to - , - arbitrary_revoke_timeout = 1000 * 40 // in ms - , - revoke = function (file) { - var revoker = function () { - if (typeof file === "string") { - // file is an object URL - get_URL().revokeObjectURL(file); - } else { - // file is a File - file.remove(); - } - }; - - setTimeout(revoker, arbitrary_revoke_timeout); - }, - dispatch = function (filesaver, event_types, event) { - event_types = [].concat(event_types); - var i = event_types.length; - - while (i--) { - var listener = filesaver["on" + event_types[i]]; - - if (typeof listener === "function") { - try { - listener.call(filesaver, event || filesaver); - } catch (ex) { - throw_outside(ex); - } - } - } - }, - auto_bom = function (blob) { - // prepend BOM for UTF-8 XML and text/* types (including HTML) - // note: your browser will automatically convert UTF-16 U+FEFF to EF BB BF - if (/^\s*(?:text\/\S*|application\/xml|\S*\/\S*\+xml)\s*;.*charset\s*=\s*utf-8/i.test(blob.type)) { - return new Blob([String.fromCharCode(0xFEFF), blob], { - type: blob.type - }); - } - - return blob; - }, - FileSaver = function (blob, name, no_auto_bom) { - if (!no_auto_bom) { - blob = auto_bom(blob); - } // First try a.download, then web filesystem, then object URLs - - - var filesaver = this, - type = blob.type, - force = type === force_saveable_type, - object_url, - dispatch_all = function () { - dispatch(filesaver, "writestart progress write writeend".split(" ")); - } // on any filesys errors revert to saving with object URLs - , - fs_error = function () { - if ((is_chrome_ios || force && is_safari) && view.FileReader) { - // Safari doesn't allow downloading of blob urls - var reader = new FileReader(); - - reader.onloadend = function () { - var url = is_chrome_ios ? reader.result : reader.result.replace(/^data:[^;]*;/, 'data:attachment/file;'); - var popup = view.open(url, '_blank'); - if (!popup) view.location.href = url; - url = undefined; // release reference before dispatching - - filesaver.readyState = filesaver.DONE; - dispatch_all(); - }; - - reader.readAsDataURL(blob); - filesaver.readyState = filesaver.INIT; - return; - } // don't create more object URLs than needed - - - if (!object_url) { - object_url = get_URL().createObjectURL(blob); - } - - if (force) { - view.location.href = object_url; - } else { - var opened = view.open(object_url, "_blank"); - - if (!opened) { - // Apple does not allow window.open, see https://developer.apple.com/library/safari/documentation/Tools/Conceptual/SafariExtensionGuide/WorkingwithWindowsandTabs/WorkingwithWindowsandTabs.html - view.location.href = object_url; - } - } - - filesaver.readyState = filesaver.DONE; - dispatch_all(); - revoke(object_url); - }; - - filesaver.readyState = filesaver.INIT; - - if (can_use_save_link) { - object_url = get_URL().createObjectURL(blob); - setImmediate(function () { - save_link.href = object_url; - save_link.download = name; - click(save_link); - dispatch_all(); - revoke(object_url); - filesaver.readyState = filesaver.DONE; - }, 0); - return; - } - - fs_error(); - }, - FS_proto = FileSaver.prototype, - saveAs = function (blob, name, no_auto_bom) { - return new FileSaver(blob, name || blob.name || "download", no_auto_bom); - }; // IE 10+ (native saveAs) - - - if (typeof navigator !== "undefined" && navigator.msSaveOrOpenBlob) { - return function (blob, name, no_auto_bom) { - name = name || blob.name || "download"; - - if (!no_auto_bom) { - blob = auto_bom(blob); - } - - return navigator.msSaveOrOpenBlob(blob, name); - }; - } // todo: detect chrome extensions & packaged apps - //save_link.target = "_blank"; - - - FS_proto.abort = function () {}; - - FS_proto.readyState = FS_proto.INIT = 0; - FS_proto.WRITING = 1; - FS_proto.DONE = 2; - FS_proto.error = FS_proto.onwritestart = FS_proto.onprogress = FS_proto.onwrite = FS_proto.onabort = FS_proto.onerror = FS_proto.onwriteend = null; - return saveAs; - }(typeof self !== "undefined" && self || typeof window !== "undefined" && window || undefined); - - // (c) Dean McNamee , 2013. - // - // https://github.com/deanm/omggif - // - // - // - // omggif is a JavaScript implementation of a GIF 89a encoder and decoder, - // including animation and compression. It does not rely on any specific - // underlying system, so should run in the browser, Node, or Plask. - function GifWriter(buf, width, height, gopts) { - var p = 0; - var gopts = gopts === undefined ? {} : gopts; - var loop_count = gopts.loop === undefined ? null : gopts.loop; - var global_palette = gopts.palette === undefined ? null : gopts.palette; - if (width <= 0 || height <= 0 || width > 65535 || height > 65535) throw "Width/Height invalid."; - - function check_palette_and_num_colors(palette) { - var num_colors = palette.length; - if (num_colors < 2 || num_colors > 256 || num_colors & num_colors - 1) throw "Invalid code/color length, must be power of 2 and 2 .. 256."; - return num_colors; - } // - Header. - - - buf[p++] = 0x47; - buf[p++] = 0x49; - buf[p++] = 0x46; // GIF + buf[p++] = 0x47; + buf[p++] = 0x49; + buf[p++] = 0x46; // GIF buf[p++] = 0x38; buf[p++] = 0x39; @@ -17743,19 +19000,21 @@ if (global_palette !== null) { var gp_num_colors = check_palette_and_num_colors(global_palette); - while (gp_num_colors >>= 1) ++gp_num_colors_pow2; + while (gp_num_colors >>= 1) { + ++gp_num_colors_pow2; + } gp_num_colors = 1 << gp_num_colors_pow2; --gp_num_colors_pow2; if (gopts.background !== undefined) { background = gopts.background; - if (background >= gp_num_colors) throw "Background index out of range."; // The GIF spec states that a background index of 0 should be ignored, so + if (background >= gp_num_colors) { throw "Background index out of range."; } // The GIF spec states that a background index of 0 should be ignored, so // this is probably a mistake and you really want to set it to another // slot in the palette. But actually in the end most browsers, etc end // up ignoring this almost completely (including for dispose background). - if (background === 0) throw "Background index explicitly passed as 0."; + if (background === 0) { throw "Background index explicitly passed as 0."; } } } // - Logical Screen Descriptor. // NOTE(deanm): w/h apparently ignored by implementations, but set anyway. @@ -17785,7 +19044,7 @@ if (loop_count !== null) { // Netscape block for looping. - if (loop_count < 0 || loop_count > 65535) throw "Loop count invalid."; // Extension code, label, and length. + if (loop_count < 0 || loop_count > 65535) { throw "Loop count invalid."; } // Extension code, label, and length. buf[p++] = 0x21; buf[p++] = 0xff; @@ -17822,9 +19081,9 @@ opts = opts === undefined ? {} : opts; // TODO(deanm): Bounds check x, y. Do they need to be within the virtual // canvas width/height, I imagine? - if (x < 0 || y < 0 || x > 65535 || y > 65535) throw "x/y invalid."; - if (w <= 0 || h <= 0 || w > 65535 || h > 65535) throw "Width/Height invalid."; - if (indexed_pixels.length < w * h) throw "Not enough pixels for the frame size."; + if (x < 0 || y < 0 || x > 65535 || y > 65535) { throw "x/y invalid."; } + if (w <= 0 || h <= 0 || w > 65535 || h > 65535) { throw "Width/Height invalid."; } + if (indexed_pixels.length < w * h) { throw "Not enough pixels for the frame size."; } var using_local_palette = true; var palette = opts.palette; @@ -17833,12 +19092,14 @@ palette = global_palette; } - if (palette === undefined || palette === null) throw "Must supply either a local or global palette."; + if (palette === undefined || palette === null) { throw "Must supply either a local or global palette."; } var num_colors = check_palette_and_num_colors(palette); // Compute the min_code_size (power of 2), destroying num_colors. var min_code_size = 0; - while (num_colors >>= 1) ++min_code_size; + while (num_colors >>= 1) { + ++min_code_size; + } num_colors = 1 << min_code_size; // Now we can easily get it back. @@ -17858,14 +19119,14 @@ var disposal = opts.disposal === undefined ? 0 : opts.disposal; if (disposal < 0 || disposal > 3) // 4-7 is reserved. - throw "Disposal out of range."; + { throw "Disposal out of range."; } var use_transparency = false; var transparent_index = 0; if (opts.transparent !== undefined && opts.transparent !== null) { use_transparency = true; transparent_index = opts.transparent; - if (transparent_index < 0 || transparent_index >= num_colors) throw "Transparent color index."; + if (transparent_index < 0 || transparent_index >= num_colors) { throw "Transparent color index."; } } if (disposal !== 0 || use_transparency || delay !== 0) { @@ -18049,7 +19310,7 @@ // decoder. From the encoders perspective this should happen after // we've already emitted the index buffer and are about to create the // first table entry that would overflow our current code bit size. - if (next_code >= 1 << cur_code_size) ++cur_code_size; + if (next_code >= 1 << cur_code_size) { ++cur_code_size; } code_table[cur_key] = next_code++; // Insert into code table. } @@ -18137,7 +19398,7 @@ while (true) { // Seek through subblocks. var block_size = buf[p++]; - if (block_size === 0) break; + if (block_size === 0) { break; } p += block_size; } } @@ -18146,11 +19407,11 @@ case 0xf9: // Graphics Control Extension - if (buf[p++] !== 0x4 || buf[p + 4] !== 0) throw "Invalid graphics extension block."; + if (buf[p++] !== 0x4 || buf[p + 4] !== 0) { throw "Invalid graphics extension block."; } var pf1 = buf[p++]; delay = buf[p++] | buf[p++] << 8; transparent_index = buf[p++]; - if ((pf1 & 1) === 0) transparent_index = null; + if ((pf1 & 1) === 0) { transparent_index = null; } disposal = pf1 >> 2 & 0x7; p++; // Skip terminator. @@ -18161,7 +19422,7 @@ while (true) { // Seek through subblocks. var block_size = buf[p++]; - if (block_size === 0) break; // console.log(buf.slice(p, p+block_size).toString('ascii')); + if (block_size === 0) { break; } // console.log(buf.slice(p, p+block_size).toString('ascii')); p += block_size; } @@ -18200,7 +19461,7 @@ while (true) { var block_size = buf[p++]; - if (block_size === 0) break; + if (block_size === 0) { break; } p += block_size; } @@ -18240,7 +19501,7 @@ }; this.frameInfo = function (frame_num) { - if (frame_num < 0 || frame_num >= frames.length) throw "Frame index out of range."; + if (frame_num < 0 || frame_num >= frames.length) { throw "Frame index out of range."; } return frames[frame_num]; }; @@ -18255,7 +19516,7 @@ // the profile, not sure if it's related to using a Uint8Array. var trans = frame.transparent_index; - if (trans === null) trans = 256; // We are possibly just blitting to a portion of the entire frame. + if (trans === null) { trans = 256; } // We are possibly just blitting to a portion of the entire frame. // That is a subrect within the framerect, so the additional pixels // must be skipped over after we finished a scanline. @@ -18321,7 +19582,7 @@ // the profile, not sure if it's related to using a Uint8Array. var trans = frame.transparent_index; - if (trans === null) trans = 256; // We are possibly just blitting to a portion of the entire frame. + if (trans === null) { trans = 256; } // We are possibly just blitting to a portion of the entire frame. // That is a subrect within the framerect, so the additional pixels // must be skipped over after we finished a scanline. @@ -18401,7 +19662,7 @@ while (true) { // Read up to two bytes, making sure we always 12-bits for max sized code. while (cur_shift < 16) { - if (subblock_size === 0) break; // No more data to be read. + if (subblock_size === 0) { break; } // No more data to be read. cur |= code_stream[p++] << cur_shift; cur_shift += 8; @@ -18416,7 +19677,7 @@ // and EOI. - if (cur_shift < cur_code_size) break; + if (cur_shift < cur_code_size) { break; } var code = cur & code_mask; cur >>= cur_code_size; cur_shift -= cur_code_size; // TODO(deanm): Maybe should check that the first code was a clear code, @@ -18479,7 +19740,7 @@ var b = op; // Track pointer, writing backwards. if (chase_code !== code) // The case of emitting {CODE-1} + k. - output[op++] = k; + { output[op++] = k; } chase = chase_code; while (chase_length--) { @@ -18517,17 +19778,11 @@ exports.GifReader = GifReader; } catch (e) {} // CommonJS. - /*rollup-keeper-start*/ - - - window.tmp = GifReader; - /*rollup-keeper-end*/ - - /* - * Copyright (c) 2012 chick307 - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /* + * Copyright (c) 2012 chick307 + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ (function (jsPDF, callback) { jsPDF.API.adler32cs = callback(); @@ -18536,13 +19791,13 @@ var _Buffer = null, _isBuffer = function () { - if (!_hasArrayBuffer) return function _isBuffer() { + if (!_hasArrayBuffer) { return function _isBuffer() { return false; - }; + }; } try { var buffer = {}; - if (typeof buffer.Buffer === 'function') _Buffer = buffer.Buffer; + if (typeof buffer.Buffer === 'function') { _Buffer = buffer.Buffer; } } catch (error) {} return function _isBuffer(value) { @@ -18596,7 +19851,7 @@ throw new TypeError('Constructor cannot called be as a function.'); } - if (!isFinite(checksum = checksum == null ? 1 : +checksum)) { + if (!isFinite(checksum = checksum === null ? 1 : +checksum)) { throw new Error('First arguments needs to be a finite number.'); } @@ -18614,7 +19869,7 @@ throw new TypeError('Constructor cannot called be as a function.'); } - if (binaryString == null) throw new Error('First argument needs to be a string.'); + if (binaryString === null) { throw new Error('First argument needs to be a string.'); } this.checksum = _update(1, binaryString.toString()); }); @@ -18626,7 +19881,7 @@ throw new TypeError('Constructor cannot called be as a function.'); } - if (utf8String == null) throw new Error('First argument needs to be a string.'); + if (utf8String === null) { throw new Error('First argument needs to be a string.'); } var binaryString = _utf8ToBinary(utf8String.toString()); @@ -18642,20 +19897,20 @@ throw new TypeError('Constructor cannot called be as a function.'); } - if (!_isBuffer(buffer)) throw new Error('First argument needs to be ArrayBuffer.'); + if (!_isBuffer(buffer)) { throw new Error('First argument needs to be ArrayBuffer.'); } var array = new Uint8Array(buffer); return this.checksum = _updateUint8Array(1, array); }); } proto.update = function update(binaryString) { - if (binaryString == null) throw new Error('First argument needs to be a string.'); + if (binaryString === null) { throw new Error('First argument needs to be a string.'); } binaryString = binaryString.toString(); return this.checksum = _update(this.checksum, binaryString); }; proto.updateUtf8 = function updateUtf8(utf8String) { - if (utf8String == null) throw new Error('First argument needs to be a string.'); + if (utf8String === null) { throw new Error('First argument needs to be a string.'); } var binaryString = _utf8ToBinary(utf8String.toString()); @@ -18664,7 +19919,7 @@ if (_hasArrayBuffer) { proto.updateBuffer = function updateBuffer(buffer) { - if (!_isBuffer(buffer)) throw new Error('First argument needs to be ArrayBuffer.'); + if (!_isBuffer(buffer)) { throw new Error('First argument needs to be ArrayBuffer.'); } var array = new Uint8Array(buffer); return this.checksum = _updateUint8Array(this.checksum, array); }; @@ -18678,12 +19933,12 @@ }(); exports.from = function from(binaryString) { - if (binaryString == null) throw new Error('First argument needs to be a string.'); + if (binaryString === null) { throw new Error('First argument needs to be a string.'); } return _update(1, binaryString.toString()); }; exports.fromUtf8 = function fromUtf8(utf8String) { - if (utf8String == null) throw new Error('First argument needs to be a string.'); + if (utf8String === null) { throw new Error('First argument needs to be a string.'); } var binaryString = _utf8ToBinary(utf8String.toString()); @@ -18692,7 +19947,7 @@ if (_hasArrayBuffer) { exports.fromBuffer = function fromBuffer(buffer) { - if (!_isBuffer(buffer)) throw new Error('First argument need to be ArrayBuffer.'); + if (!_isBuffer(buffer)) { throw new Error('First argument need to be ArrayBuffer.'); } var array = new Uint8Array(buffer); return _updateUint8Array(1, array); }; @@ -18701,58 +19956,58 @@ return exports; }); - /** - * Unicode Bidi Engine based on the work of Alex Shensis (@asthensis) - * MIT License + /** + * Unicode Bidi Engine based on the work of Alex Shensis (@asthensis) + * MIT License */ (function (jsPDF) { - /** - * Table of Unicode types. - * - * Generated by: - * - * var bidi = require("./bidi/index"); - * var bidi_accumulate = bidi.slice(0, 256).concat(bidi.slice(0x0500, 0x0500 + 256 * 3)). - * concat(bidi.slice(0x2000, 0x2000 + 256)).concat(bidi.slice(0xFB00, 0xFB00 + 256)). - * concat(bidi.slice(0xFE00, 0xFE00 + 2 * 256)); - * - * for( var i = 0; i < bidi_accumulate.length; i++) { - * if(bidi_accumulate[i] === undefined || bidi_accumulate[i] === 'ON') - * bidi_accumulate[i] = 'N'; //mark as neutral to conserve space and substitute undefined - * } - * var bidiAccumulateStr = 'return [ "' + bidi_accumulate.toString().replace(/,/g, '", "') + '" ];'; - * require("fs").writeFile('unicode-types.js', bidiAccumulateStr); - * - * Based on: - * https://github.com/mathiasbynens/unicode-8.0.0 + /** + * Table of Unicode types. + * + * Generated by: + * + * var bidi = require("./bidi/index"); + * var bidi_accumulate = bidi.slice(0, 256).concat(bidi.slice(0x0500, 0x0500 + 256 * 3)). + * concat(bidi.slice(0x2000, 0x2000 + 256)).concat(bidi.slice(0xFB00, 0xFB00 + 256)). + * concat(bidi.slice(0xFE00, 0xFE00 + 2 * 256)); + * + * for( var i = 0; i < bidi_accumulate.length; i++) { + * if(bidi_accumulate[i] === undefined || bidi_accumulate[i] === 'ON') + * bidi_accumulate[i] = 'N'; //mark as neutral to conserve space and substitute undefined + * } + * var bidiAccumulateStr = 'return [ "' + bidi_accumulate.toString().replace(/,/g, '", "') + '" ];'; + * require("fs").writeFile('unicode-types.js', bidiAccumulateStr); + * + * Based on: + * https://github.com/mathiasbynens/unicode-8.0.0 */ var bidiUnicodeTypes = ["BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "S", "B", "S", "WS", "B", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "B", "B", "B", "S", "WS", "N", "N", "ET", "ET", "ET", "N", "N", "N", "N", "N", "ES", "CS", "ES", "CS", "CS", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "CS", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "BN", "BN", "BN", "BN", "BN", "BN", "B", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "CS", "N", "ET", "ET", "ET", "ET", "N", "N", "N", "N", "L", "N", "N", "BN", "N", "N", "ET", "ET", "EN", "EN", "N", "L", "N", "N", "N", "EN", "L", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "N", "N", "N", "N", "N", "ET", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "R", "NSM", "R", "NSM", "NSM", "R", "NSM", "NSM", "R", "NSM", "N", "N", "N", "N", "N", "N", "N", "N", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "N", "N", "N", "N", "N", "R", "R", "R", "R", "R", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "AN", "AN", "AN", "AN", "AN", "AN", "N", "N", "AL", "ET", "ET", "AL", "CS", "AL", "N", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "N", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "ET", "AN", "AN", "AL", "AL", "AL", "NSM", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AN", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "NSM", "NSM", "N", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "N", "AL", "AL", "NSM", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "N", "N", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AL", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "R", "R", "N", "N", "N", "N", "R", "N", "N", "N", "N", "N", "WS", "WS", "WS", "WS", "WS", "WS", "WS", "WS", "WS", "WS", "WS", "BN", "BN", "BN", "L", "R", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "WS", "B", "LRE", "RLE", "PDF", "LRO", "RLO", "CS", "ET", "ET", "ET", "ET", "ET", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "CS", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "WS", "BN", "BN", "BN", "BN", "BN", "N", "LRI", "RLI", "FSI", "PDI", "BN", "BN", "BN", "BN", "BN", "BN", "EN", "L", "N", "N", "EN", "EN", "EN", "EN", "EN", "EN", "ES", "ES", "N", "N", "N", "L", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "ES", "ES", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "ET", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "N", "N", "N", "N", "N", "R", "NSM", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "ES", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "N", "R", "R", "R", "R", "R", "N", "R", "N", "R", "R", "N", "R", "R", "N", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "CS", "N", "CS", "N", "N", "CS", "N", "N", "N", "N", "N", "N", "N", "N", "N", "ET", "N", "N", "ES", "ES", "N", "N", "N", "N", "N", "ET", "ET", "N", "N", "N", "N", "N", "AL", "AL", "AL", "AL", "AL", "N", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "N", "N", "BN", "N", "N", "N", "ET", "ET", "ET", "N", "N", "N", "N", "N", "ES", "CS", "ES", "CS", "CS", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "CS", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "N", "N", "N", "ET", "ET", "N", "N", "N", "ET", "ET", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N"]; - /** - * Unicode Bidi algorithm compliant Bidi engine. - * For reference see http://unicode.org/reports/tr9/ + /** + * Unicode Bidi algorithm compliant Bidi engine. + * For reference see http://unicode.org/reports/tr9/ */ - /** - * constructor ( options ) - * - * Initializes Bidi engine - * - * @param {Object} See 'setOptions' below for detailed description. - * options are cashed between invocation of 'doBidiReorder' method - * - * sample usage pattern of BidiEngine: - * var opt = { - * isInputVisual: true, - * isInputRtl: false, - * isOutputVisual: false, - * isOutputRtl: false, - * isSymmetricSwapping: true - * } - * var sourceToTarget = [], levels = []; - * var bidiEng = Globalize.bidiEngine(opt); - * var src = "text string to be reordered"; - * var ret = bidiEng.doBidiReorder(src, sourceToTarget, levels); + /** + * constructor ( options ) + * + * Initializes Bidi engine + * + * @param {Object} See 'setOptions' below for detailed description. + * options are cashed between invocation of 'doBidiReorder' method + * + * sample usage pattern of BidiEngine: + * var opt = { + * isInputVisual: true, + * isInputRtl: false, + * isOutputVisual: false, + * isOutputRtl: false, + * isSymmetricSwapping: true + * } + * var sourceToTarget = [], levels = []; + * var bidiEng = Globalize.bidiEngine(opt); + * var src = "text string to be reordered"; + * var ret = bidiEng.doBidiReorder(src, sourceToTarget, levels); */ jsPDF.__bidiEngine__ = jsPDF.prototype.__bidiEngine__ = function (options) { @@ -19239,16 +20494,16 @@ return text; }; - /** - * @name setOptions( options ) - * @function - * Sets options for Bidi conversion - * @param {Object}: - * - isInputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) - * - isInputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong character of input string) - * - isOutputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) - * - isOutputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong characterof input string) - * - isSymmetricSwapping {boolean} (defaults to false): allowed values true(needs symmetric swapping), false (no need in symmetric swapping), + /** + * @name setOptions( options ) + * @function + * Sets options for Bidi conversion + * @param {Object}: + * - isInputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) + * - isInputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong character of input string) + * - isOutputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) + * - isOutputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong characterof input string) + * - isSymmetricSwapping {boolean} (defaults to false): allowed values true(needs symmetric swapping), false (no need in symmetric swapping), */ @@ -19302,42 +20557,42 @@ jsPDF.API.events.push(['postProcessText', bidiEngineFunction]); })(jsPDF); - /* - Copyright (c) 2008, Adobe Systems Incorporated - All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions are - met: - - * Redistributions of source code must retain the above copyright notice, - this list of conditions and the following disclaimer. - - * Redistributions in binary form must reproduce the above copyright - notice, this list of conditions and the following disclaimer in the - documentation and/or other materials provided with the distribution. - - * Neither the name of Adobe Systems Incorporated nor the names of its - contributors may be used to endorse or promote products derived from - this software without specific prior written permission. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS - IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, - THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR - PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF - LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. + /* + Copyright (c) 2008, Adobe Systems Incorporated + All rights reserved. + + Redistribution and use in source and binary forms, with or without + modification, are permitted provided that the following conditions are + met: + + * Redistributions of source code must retain the above copyright notice, + this list of conditions and the following disclaimer. + + * Redistributions in binary form must reproduce the above copyright + notice, this list of conditions and the following disclaimer in the + documentation and/or other materials provided with the distribution. + + * Neither the name of Adobe Systems Incorporated nor the names of its + contributors may be used to endorse or promote products derived from + this software without specific prior written permission. + + THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS + IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, + THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR + PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR + CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, + EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, + PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR + PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF + LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING + NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS + SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. */ - /* - JPEG encoder ported to JavaScript and optimized by Andreas Ritter, www.bytestrom.eu, 11/2009 - - Basic GUI blocking jpeg encoder + /* + JPEG encoder ported to JavaScript and optimized by Andreas Ritter, www.bytestrom.eu, 11/2009 + + Basic GUI blocking jpeg encoder */ function JPEGEncoder(quality) { var ffloor = Math.floor; @@ -19913,7 +21168,7 @@ this.encode = function (image, quality) // image data object { var time_start = new Date().getTime(); - if (quality) setQuality(quality); // Initialize bit writer + if (quality) { setQuality(quality); } // Initialize bit writer byteout = new Array(); bytenew = 0; @@ -19971,10 +21226,10 @@ r = imageData[p++]; g = imageData[p++]; b = imageData[p++]; - /* // calculate YUV values dynamically - YDU[pos]=((( 0.29900)*r+( 0.58700)*g+( 0.11400)*b))-128; //-0x80 - UDU[pos]=(((-0.16874)*r+(-0.33126)*g+( 0.50000)*b)); - VDU[pos]=((( 0.50000)*r+(-0.41869)*g+(-0.08131)*b)); + /* // calculate YUV values dynamically + YDU[pos]=((( 0.29900)*r+( 0.58700)*g+( 0.11400)*b))-128; //-0x80 + UDU[pos]=(((-0.16874)*r+(-0.33126)*g+( 0.50000)*b)); + VDU[pos]=((( 0.50000)*r+(-0.41869)*g+(-0.08131)*b)); */ // use lookup table (slightly faster) @@ -20015,7 +21270,7 @@ quality = 100; } - if (currentQuality == quality) return; // don't recalc if unchanged + if (currentQuality == quality) { return; } // don't recalc if unchanged var sf = 0; @@ -20031,7 +21286,7 @@ function init() { var time_start = new Date().getTime(); - if (!quality) quality = 50; // Create tables + if (!quality) { quality = 50; } // Create tables initCharLookupTable(); initHuffmanTbl(); @@ -20043,16 +21298,16 @@ init(); } - /*rollup-keeper-start*/ - window.tmp = JPEGEncoder; - /*rollup-keeper-end*/ + try { + exports.JPEGEncoder = JPEGEncoder; + } catch (e) {} // CommonJS. - /** - * @author shaozilee - * - * Bmp format decoder,support 1bit 4bit 8bit 24bit bmp - * + /** + * @author shaozilee + * + * Bmp format decoder,support 1bit 4bit 8bit 24bit bmp + * */ function BmpDecoder(buffer, is_with_alpha) { this.pos = 0; @@ -20062,7 +21317,7 @@ this.bottom_up = true; this.flag = String.fromCharCode(this.buffer[0]) + String.fromCharCode(this.buffer[1]); this.pos += 2; - if (["BM", "BA", "CI", "CP", "IC", "PT"].indexOf(this.flag) === -1) throw new Error("Invalid BMP File"); + if (["BM", "BA", "CI", "CP", "IC", "PT"].indexOf(this.flag) === -1) { throw new Error("Invalid BMP File"); } this.parseHeader(); this.parseBGR(); } @@ -20163,7 +21418,7 @@ } } - if (mode != 0) { + if (mode !== 0) { this.pos += 4 - mode; } } @@ -20186,7 +21441,7 @@ this.data[location + 1] = rgb.green; this.data[location + 2] = rgb.red; this.data[location + 3] = 0xFF; - if (x * 2 + 1 >= this.width) break; + if (x * 2 + 1 >= this.width) { break; } rgb = this.palette[after]; this.data[location + 4] = rgb.blue; this.data[location + 4 + 1] = rgb.green; @@ -20194,190 +21449,4688 @@ this.data[location + 4 + 3] = 0xFF; } - if (mode != 0) { + if (mode !== 0) { + this.pos += 4 - mode; + } + } + }; + + BmpDecoder.prototype.bit8 = function () { + var mode = this.width % 4; + + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; + + for (var x = 0; x < this.width; x++) { + var b = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 4; + + if (b < this.palette.length) { + var rgb = this.palette[b]; + this.data[location] = rgb.red; + this.data[location + 1] = rgb.green; + this.data[location + 2] = rgb.blue; + this.data[location + 3] = 0xFF; + } else { + this.data[location] = 0xFF; + this.data[location + 1] = 0xFF; + this.data[location + 2] = 0xFF; + this.data[location + 3] = 0xFF; + } + } + + if (mode !== 0) { this.pos += 4 - mode; } } }; - BmpDecoder.prototype.bit8 = function () { - var mode = this.width % 4; + BmpDecoder.prototype.bit15 = function () { + var dif_w = this.width % 3; + + var _11111 = parseInt("11111", 2), + _1_5 = _11111; + + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; + + for (var x = 0; x < this.width; x++) { + var B = this.datav.getUint16(this.pos, true); + this.pos += 2; + var blue = (B & _1_5) / _1_5 * 255 | 0; + var green = (B >> 5 & _1_5) / _1_5 * 255 | 0; + var red = (B >> 10 & _1_5) / _1_5 * 255 | 0; + var alpha = B >> 15 ? 0xFF : 0x00; + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = alpha; + } //skip extra bytes + + + this.pos += dif_w; + } + }; + + BmpDecoder.prototype.bit16 = function () { + var dif_w = this.width % 3; + + var _11111 = parseInt("11111", 2), + _1_5 = _11111; + + var _111111 = parseInt("111111", 2), + _1_6 = _111111; + + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; + + for (var x = 0; x < this.width; x++) { + var B = this.datav.getUint16(this.pos, true); + this.pos += 2; + var alpha = 0xFF; + var blue = (B & _1_5) / _1_5 * 255 | 0; + var green = (B >> 5 & _1_6) / _1_6 * 255 | 0; + var red = (B >> 11) / _1_5 * 255 | 0; + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = alpha; + } //skip extra bytes + + + this.pos += dif_w; + } + }; + + BmpDecoder.prototype.bit24 = function () { + //when height > 0 + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; + + for (var x = 0; x < this.width; x++) { + var blue = this.datav.getUint8(this.pos++, true); + var green = this.datav.getUint8(this.pos++, true); + var red = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = 0xFF; + } //skip extra bytes + + + this.pos += this.width % 4; + } + }; + /** + * add 32bit decode func + * @author soubok + */ + + + BmpDecoder.prototype.bit32 = function () { + //when height > 0 + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; + + for (var x = 0; x < this.width; x++) { + var blue = this.datav.getUint8(this.pos++, true); + var green = this.datav.getUint8(this.pos++, true); + var red = this.datav.getUint8(this.pos++, true); + var alpha = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = alpha; + } //skip extra bytes + //this.pos += (this.width % 4); + + } + }; + + BmpDecoder.prototype.getData = function () { + return this.data; + }; + + try { + exports.BmpDecoder = BmpDecoder; + } catch (e) {} // CommonJS. + + function WebPDecoder(imageData) { + // Copyright 2011 Google Inc. + // + // This code is licensed under the same terms as WebM: + // Software License Agreement: http://www.webmproject.org/license/software/ + // Additional IP Rights Grant: http://www.webmproject.org/license/additional/ + // ----------------------------------------------------------------------------- + // + // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND + // ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED + // WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. + // IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, + // INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, + // BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, + // DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY + // OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING + // NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, + // EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. + // + // ----------------------------------------------------------------------------- + // + // Copyright 2011-2017 Dominik Homberger + // Libwebp Javascript / libwebpjs - the libwebp implementation in javascript (v0.6.0) + // + // Author: Dominik Homberger (dominik.homberger@gmail.com) + function x(F) { + if (!F) { throw Error("assert :P"); } + } + + function fa(F, L, J) { + for (var H = 0; 4 > H; H++) { + if (F[L + H] != J.charCodeAt(H)) { return !0; } + } + + return !1; + } + + function I(F, L, J, H, Z) { + for (var O = 0; O < Z; O++) { + F[L + O] = J[H + O]; + } + } + + function M(F, L, J, H) { + for (var Z = 0; Z < H; Z++) { + F[L + Z] = J; + } + } + + function V(F) { + return new Int32Array(F); + } + + function wa(F, L) { + for (var J = [], H = 0; H < F; H++) { + J.push(new L()); + } + + return J; + } + + function wb() { + function F(J, H, Z) { + for (var O = Z[H], L = 0; L < O; L++) { + J.push(Z.length > H + 1 ? [] : 0); + if (Z.length < H + 1) { break; } + F(J[L], H + 1, Z); + } + } + + var L = []; + F(L, 0, [3, 11]); + return L; + } + + function Ed(F, L) { + function J(H, O, F) { + for (var Z = F[O], ma = 0; ma < Z; ma++) { + H.push(F.length > O + 1 ? [] : new L()); + if (F.length < O + 1) { break; } + J(H[ma], O + 1, F); + } + } + + var H = []; + J(H, 0, F); + return H; + } + + WebPDecoder = function WebPDecoder() { + + function L(a, b) { + for (var c = 1 << b - 1 >>> 0; a & c;) { + c >>>= 1; + } + + return c ? (a & c - 1) + c : a; + } + + function J(a, b, c, d, e) { + x(!(d % c)); + + do { + d -= c, a[b + d] = e; + } while (0 < d); + } + + function H(a, b, c, d, e, f) { + var g = b, + h = 1 << c, + k, + l, + m = V(16), + n = V(16); + x(0 != e); + x(null != d); + x(null != a); + x(0 < c); + + for (l = 0; l < e; ++l) { + if (15 < d[l]) { return 0; } + ++m[d[l]]; + } + + if (m[0] == e) { return 0; } + n[1] = 0; + + for (k = 1; 15 > k; ++k) { + if (m[k] > 1 << k) { return 0; } + n[k + 1] = n[k] + m[k]; + } + + for (l = 0; l < e; ++l) { + k = d[l], 0 < d[l] && (f[n[k]++] = l); + } + + if (1 == n[15]) { return d = new O(), d.g = 0, d.value = f[0], J(a, g, 1, h, d), h; } + var r = -1, + q = h - 1, + t = 0, + v = 1, + p = 1, + u, + w = 1 << c; + l = 0; + k = 1; + + for (e = 2; k <= c; ++k, e <<= 1) { + p <<= 1; + v += p; + p -= m[k]; + if (0 > p) { return 0; } + + for (; 0 < m[k]; --m[k]) { + d = new O(), d.g = k, d.value = f[l++], J(a, g + t, e, w, d), t = L(t, k); + } + } + + k = c + 1; + + for (e = 2; 15 >= k; ++k, e <<= 1) { + p <<= 1; + v += p; + p -= m[k]; + if (0 > p) { return 0; } + + for (; 0 < m[k]; --m[k]) { + d = new O(); + + if ((t & q) != r) { + g += w; + r = k; + + for (u = 1 << r - c; 15 > r;) { + u -= m[r]; + if (0 >= u) { break; } + ++r; + u <<= 1; + } + + u = r - c; + w = 1 << u; + h += w; + r = t & q; + a[b + r].g = u + c; + a[b + r].value = g - b - r; + } + + d.g = k - c; + d.value = f[l++]; + J(a, g + (t >> c), e, w, d); + t = L(t, k); + } + } + + return v != 2 * n[15] - 1 ? 0 : h; + } + + function Z(a, b, c, d, e) { + x(2328 >= e); + if (512 >= e) { var f = V(512); }else if (f = V(e), null == f) { return 0; } + return H(a, b, c, d, e, f); + } + + function O() { + this.value = this.g = 0; + } + + function Fd() { + this.value = this.g = 0; + } + + function Ub() { + this.G = wa(5, O); + this.H = V(5); + this.jc = this.Qb = this.qb = this.nd = 0; + this.pd = wa(xb, Fd); + } + + function ma(a, b, c, d) { + x(null != a); + x(null != b); + x(2147483648 > d); + a.Ca = 254; + a.I = 0; + a.b = -8; + a.Ka = 0; + a.oa = b; + a.pa = c; + a.Jd = b; + a.Yc = c + d; + a.Zc = 4 <= d ? c + d - 4 + 1 : c; + Qa(a); + } + + function na(a, b) { + for (var c = 0; 0 < b--;) { + c |= K(a, 128) << b; + } + + return c; + } + + function ca(a, b) { + var c = na(a, b); + return G(a) ? -c : c; + } + + function cb(a, b, c, d) { + var e, + f = 0; + x(null != a); + x(null != b); + x(4294967288 > d); + a.Sb = d; + a.Ra = 0; + a.u = 0; + a.h = 0; + 4 < d && (d = 4); + + for (e = 0; e < d; ++e) { + f += b[c + e] << 8 * e; + } + + a.Ra = f; + a.bb = d; + a.oa = b; + a.pa = c; + } + + function Vb(a) { + for (; 8 <= a.u && a.bb < a.Sb;) { + a.Ra >>>= 8, a.Ra += a.oa[a.pa + a.bb] << ob - 8 >>> 0, ++a.bb, a.u -= 8; + } + + db(a) && (a.h = 1, a.u = 0); + } + + function D(a, b) { + x(0 <= b); + + if (!a.h && b <= Gd) { + var c = pb(a) & Hd[b]; + a.u += b; + Vb(a); + return c; + } + + a.h = 1; + return a.u = 0; + } + + function Wb() { + this.b = this.Ca = this.I = 0; + this.oa = []; + this.pa = 0; + this.Jd = []; + this.Yc = 0; + this.Zc = []; + this.Ka = 0; + } + + function Ra() { + this.Ra = 0; + this.oa = []; + this.h = this.u = this.bb = this.Sb = this.pa = 0; + } + + function pb(a) { + return a.Ra >>> (a.u & ob - 1) >>> 0; + } + + function db(a) { + x(a.bb <= a.Sb); + return a.h || a.bb == a.Sb && a.u > ob; + } + + function qb(a, b) { + a.u = b; + a.h = db(a); + } + + function Sa(a) { + a.u >= Xb && (x(a.u >= Xb), Vb(a)); + } + + function Qa(a) { + x(null != a && null != a.oa); + a.pa < a.Zc ? (a.I = (a.oa[a.pa++] | a.I << 8) >>> 0, a.b += 8) : (x(null != a && null != a.oa), a.pa < a.Yc ? (a.b += 8, a.I = a.oa[a.pa++] | a.I << 8) : a.Ka ? a.b = 0 : (a.I <<= 8, a.b += 8, a.Ka = 1)); + } + + function G(a) { + return na(a, 1); + } + + function K(a, b) { + var c = a.Ca; + 0 > a.b && Qa(a); + var d = a.b, + e = c * b >>> 8, + f = (a.I >>> d > e) + 0; + f ? (c -= e, a.I -= e + 1 << d >>> 0) : c = e + 1; + d = c; + + for (e = 0; 256 <= d;) { + e += 8, d >>= 8; + } + + d = 7 ^ e + Id[d]; + a.b -= d; + a.Ca = (c << d) - 1; + return f; + } + + function ra(a, b, c) { + a[b + 0] = c >> 24 & 255; + a[b + 1] = c >> 16 & 255; + a[b + 2] = c >> 8 & 255; + a[b + 3] = c >> 0 & 255; + } + + function Ta(a, b) { + return a[b + 0] << 0 | a[b + 1] << 8; + } + + function Yb(a, b) { + return Ta(a, b) | a[b + 2] << 16; + } + + function Ha(a, b) { + return Ta(a, b) | Ta(a, b + 2) << 16; + } + + function Zb(a, b) { + var c = 1 << b; + x(null != a); + x(0 < b); + a.X = V(c); + if (null == a.X) { return 0; } + a.Mb = 32 - b; + a.Xa = b; + return 1; + } + + function $b(a, b) { + x(null != a); + x(null != b); + x(a.Xa == b.Xa); + I(b.X, 0, a.X, 0, 1 << b.Xa); + } + + function ac() { + this.X = []; + this.Xa = this.Mb = 0; + } + + function bc(a, b, c, d) { + x(null != c); + x(null != d); + var e = c[0], + f = d[0]; + 0 == e && (e = (a * f + b / 2) / b); + 0 == f && (f = (b * e + a / 2) / a); + if (0 >= e || 0 >= f) { return 0; } + c[0] = e; + d[0] = f; + return 1; + } + + function xa(a, b) { + return a + (1 << b) - 1 >>> b; + } + + function yb(a, b) { + return ((a & 4278255360) + (b & 4278255360) >>> 0 & 4278255360) + ((a & 16711935) + (b & 16711935) >>> 0 & 16711935) >>> 0; + } + + function X(a, b) { + self[b] = function (b, d, e, f, g, h, k) { + var c; + + for (c = 0; c < g; ++c) { + var m = self[a](h[k + c - 1], e, f + c); + h[k + c] = yb(b[d + c], m); + } + }; + } + + function Jd() { + this.ud = this.hd = this.jd = 0; + } + + function aa(a, b) { + return (((a ^ b) & 4278124286) >>> 1) + (a & b) >>> 0; + } + + function sa(a) { + if (0 <= a && 256 > a) { return a; } + if (0 > a) { return 0; } + if (255 < a) { return 255; } + } + + function eb(a, b) { + return sa(a + (a - b + .5 >> 1)); + } + + function Ia(a, b, c) { + return Math.abs(b - c) - Math.abs(a - c); + } + + function cc(a, b, c, d, e, f, g) { + d = f[g - 1]; + + for (c = 0; c < e; ++c) { + f[g + c] = d = yb(a[b + c], d); + } + } + + function Kd(a, b, c, d, e) { + var f; + + for (f = 0; f < c; ++f) { + var g = a[b + f], + h = g >> 8 & 255, + k = g & 16711935, + k = k + ((h << 16) + h), + k = k & 16711935; + d[e + f] = (g & 4278255360) + k >>> 0; + } + } + + function dc(a, b) { + b.jd = a >> 0 & 255; + b.hd = a >> 8 & 255; + b.ud = a >> 16 & 255; + } + + function Ld(a, b, c, d, e, f) { + var g; + + for (g = 0; g < d; ++g) { + var h = b[c + g], + k = h >>> 8, + l = h >>> 16, + m = h, + l = l + ((a.jd << 24 >> 24) * (k << 24 >> 24) >>> 5), + l = l & 255, + m = m + ((a.hd << 24 >> 24) * (k << 24 >> 24) >>> 5), + m = m + ((a.ud << 24 >> 24) * (l << 24 >> 24) >>> 5), + m = m & 255; + e[f + g] = (h & 4278255360) + (l << 16) + m; + } + } + + function ec(a, b, c, d, e) { + self[b] = function (a, b, c, k, l, m, n, r, q) { + for (k = n; k < r; ++k) { + for (n = 0; n < q; ++n) { + l[m++] = e(c[d(a[b++])]); + } + } + }; + + self[a] = function (a, b, h, k, l, m, n) { + var f = 8 >> a.b, + g = a.Ea, + t = a.K[0], + v = a.w; + if (8 > f) { for (a = (1 << a.b) - 1, v = (1 << f) - 1; b < h; ++b) { + var p = 0, + u; + + for (u = 0; u < g; ++u) { + u & a || (p = d(k[l++])), m[n++] = e(t[p & v]), p >>= f; + } + } } else { self["VP8LMapColor" + c](k, l, t, v, m, n, b, h, g); } + }; + } + + function Md(a, b, c, d, e) { + for (c = b + c; b < c;) { + var f = a[b++]; + d[e++] = f >> 16 & 255; + d[e++] = f >> 8 & 255; + d[e++] = f >> 0 & 255; + } + } + + function Nd(a, b, c, d, e) { + for (c = b + c; b < c;) { + var f = a[b++]; + d[e++] = f >> 16 & 255; + d[e++] = f >> 8 & 255; + d[e++] = f >> 0 & 255; + d[e++] = f >> 24 & 255; + } + } + + function Od(a, b, c, d, e) { + for (c = b + c; b < c;) { + var f = a[b++], + g = f >> 16 & 240 | f >> 12 & 15, + f = f >> 0 & 240 | f >> 28 & 15; + d[e++] = g; + d[e++] = f; + } + } + + function Pd(a, b, c, d, e) { + for (c = b + c; b < c;) { + var f = a[b++], + g = f >> 16 & 248 | f >> 13 & 7, + f = f >> 5 & 224 | f >> 3 & 31; + d[e++] = g; + d[e++] = f; + } + } + + function Qd(a, b, c, d, e) { + for (c = b + c; b < c;) { + var f = a[b++]; + d[e++] = f >> 0 & 255; + d[e++] = f >> 8 & 255; + d[e++] = f >> 16 & 255; + } + } + + function fb(a, b, c, d, e, f) { + if (0 == f) { for (c = b + c; b < c;) { + f = a[b++], ra(d, (f[0] >> 24 | f[1] >> 8 & 65280 | f[2] << 8 & 16711680 | f[3] << 24) >>> 0), e += 32; + } } else { I(d, e, a, b, c); } + } + + function gb(a, b) { + self[b][0] = self[a + "0"]; + self[b][1] = self[a + "1"]; + self[b][2] = self[a + "2"]; + self[b][3] = self[a + "3"]; + self[b][4] = self[a + "4"]; + self[b][5] = self[a + "5"]; + self[b][6] = self[a + "6"]; + self[b][7] = self[a + "7"]; + self[b][8] = self[a + "8"]; + self[b][9] = self[a + "9"]; + self[b][10] = self[a + "10"]; + self[b][11] = self[a + "11"]; + self[b][12] = self[a + "12"]; + self[b][13] = self[a + "13"]; + self[b][14] = self[a + "0"]; + self[b][15] = self[a + "0"]; + } + + function hb(a) { + return a == zb || a == Ab || a == Ja || a == Bb; + } + + function Rd() { + this.eb = []; + this.size = this.A = this.fb = 0; + } + + function Sd() { + this.y = []; + this.f = []; + this.ea = []; + this.F = []; + this.Tc = this.Ed = this.Cd = this.Fd = this.lb = this.Db = this.Ab = this.fa = this.J = this.W = this.N = this.O = 0; + } + + function Cb() { + this.Rd = this.height = this.width = this.S = 0; + this.f = {}; + this.f.RGBA = new Rd(); + this.f.kb = new Sd(); + this.sd = null; + } + + function Td() { + this.width = [0]; + this.height = [0]; + this.Pd = [0]; + this.Qd = [0]; + this.format = [0]; + } + + function Ud() { + this.Id = this.fd = this.Md = this.hb = this.ib = this.da = this.bd = this.cd = this.j = this.v = this.Da = this.Sd = this.ob = 0; + } + + function Vd(a) { + alert("todo:WebPSamplerProcessPlane"); + return a.T; + } + + function Wd(a, b) { + var c = a.T, + d = b.ba.f.RGBA, + e = d.eb, + f = d.fb + a.ka * d.A, + g = P[b.ba.S], + h = a.y, + k = a.O, + l = a.f, + m = a.N, + n = a.ea, + r = a.W, + q = b.cc, + t = b.dc, + v = b.Mc, + p = b.Nc, + u = a.ka, + w = a.ka + a.T, + y = a.U, + A = y + 1 >> 1; + 0 == u ? g(h, k, null, null, l, m, n, r, l, m, n, r, e, f, null, null, y) : (g(b.ec, b.fc, h, k, q, t, v, p, l, m, n, r, e, f - d.A, e, f, y), ++c); + + for (; u + 2 < w; u += 2) { + q = l, t = m, v = n, p = r, m += a.Rc, r += a.Rc, f += 2 * d.A, k += 2 * a.fa, g(h, k - a.fa, h, k, q, t, v, p, l, m, n, r, e, f - d.A, e, f, y); + } + + k += a.fa; + a.j + w < a.o ? (I(b.ec, b.fc, h, k, y), I(b.cc, b.dc, l, m, A), I(b.Mc, b.Nc, n, r, A), c--) : w & 1 || g(h, k, null, null, l, m, n, r, l, m, n, r, e, f + d.A, null, null, y); + return c; + } + + function Xd(a, b, c) { + var d = a.F, + e = [a.J]; + + if (null != d) { + var f = a.U, + g = b.ba.S, + h = g == ya || g == Ja; + b = b.ba.f.RGBA; + var k = [0], + l = a.ka; + k[0] = a.T; + a.Kb && (0 == l ? --k[0] : (--l, e[0] -= a.width), a.j + a.ka + a.T == a.o && (k[0] = a.o - a.j - l)); + var m = b.eb, + l = b.fb + l * b.A; + a = fc(d, e[0], a.width, f, k, m, l + (h ? 0 : 3), b.A); + x(c == k); + a && hb(g) && za(m, l, h, f, k, b.A); + } + + return 0; + } + + function gc(a) { + var b = a.ma, + c = b.ba.S, + d = 11 > c, + e = c == Ua || c == Va || c == ya || c == Db || 12 == c || hb(c); + b.memory = null; + b.Ib = null; + b.Jb = null; + b.Nd = null; + if (!hc(b.Oa, a, e ? 11 : 12)) { return 0; } + e && hb(c) && ic(); + if (a.da) { alert("todo:use_scaling"); }else { + if (d) { + if (b.Ib = Vd, a.Kb) { + c = a.U + 1 >> 1; + b.memory = V(a.U + 2 * c); + if (null == b.memory) { return 0; } + b.ec = b.memory; + b.fc = 0; + b.cc = b.ec; + b.dc = b.fc + a.U; + b.Mc = b.cc; + b.Nc = b.dc + c; + b.Ib = Wd; + ic(); + } + } else { alert("todo:EmitYUV"); } + + e && (b.Jb = Xd, d && Aa()); + } + + if (d && !jc) { + for (a = 0; 256 > a; ++a) { + Yd[a] = 89858 * (a - 128) + Ba >> Wa, Zd[a] = -22014 * (a - 128) + Ba, $d[a] = -45773 * (a - 128), ae[a] = 113618 * (a - 128) + Ba >> Wa; + } + + for (a = ta; a < Eb; ++a) { + b = 76283 * (a - 16) + Ba >> Wa, be[a - ta] = ga(b, 255), ce[a - ta] = ga(b + 8 >> 4, 15); + } + + jc = 1; + } + + return 1; + } + + function kc(a) { + var b = a.ma, + c = a.U, + d = a.T; + x(!(a.ka & 1)); + if (0 >= c || 0 >= d) { return 0; } + c = b.Ib(a, b); + null != b.Jb && b.Jb(a, b, c); + b.Dc += c; + return 1; + } + + function lc(a) { + a.ma.memory = null; + } + + function mc(a, b, c, d) { + if (47 != D(a, 8)) { return 0; } + b[0] = D(a, 14) + 1; + c[0] = D(a, 14) + 1; + d[0] = D(a, 1); + return 0 != D(a, 3) ? 0 : !a.h; + } + + function ib(a, b) { + if (4 > a) { return a + 1; } + var c = a - 2 >> 1; + return (2 + (a & 1) << c) + D(b, c) + 1; + } + + function nc(a, b) { + if (120 < b) { return b - 120; } + var c = de[b - 1], + c = (c >> 4) * a + (8 - (c & 15)); + return 1 <= c ? c : 1; + } + + function ua(a, b, c) { + var d = pb(c); + b += d & 255; + var e = a[b].g - 8; + 0 < e && (qb(c, c.u + 8), d = pb(c), b += a[b].value, b += d & (1 << e) - 1); + qb(c, c.u + a[b].g); + return a[b].value; + } + + function ub(a, b, c) { + c.g += a.g; + c.value += a.value << b >>> 0; + x(8 >= c.g); + return a.g; + } + + function ha(a, b, c) { + var d = a.xc; + b = 0 == d ? 0 : a.vc[a.md * (c >> d) + (b >> d)]; + x(b < a.Wb); + return a.Ya[b]; + } + + function oc(a, b, c, d) { + var e = a.ab, + f = a.c * b, + g = a.C; + b = g + b; + var h = c, + k = d; + d = a.Ta; + + for (c = a.Ua; 0 < e--;) { + var l = a.gc[e], + m = g, + n = b, + r = h, + q = k, + k = d, + h = c, + t = l.Ea; + x(m < n); + x(n <= l.nc); + + switch (l.hc) { + case 2: + pc(r, q, (n - m) * t, k, h); + break; + + case 0: + var v = l, + p = m, + u = n, + w = k, + y = h, + A = v.Ea; + 0 == p && (ee(r, q, null, null, 1, w, y), cc(r, q + 1, 0, 0, A - 1, w, y + 1), q += A, y += A, ++p); + + for (var E = 1 << v.b, B = E - 1, C = xa(A, v.b), N = v.K, v = v.w + (p >> v.b) * C; p < u;) { + var z = N, + Q = v, + S = 1; + + for (fe(r, q, w, y - A, 1, w, y); S < A;) { + var K = qc[z[Q++] >> 8 & 15], + D = (S & ~B) + E; + D > A && (D = A); + K(r, q + +S, w, y + S - A, D - S, w, y + S); + S = D; + } + + q += A; + y += A; + ++p; + p & B || (v += C); + } + + n != l.nc && I(k, h - t, k, h + (n - m - 1) * t, t); + break; + + case 1: + t = r; + u = q; + r = l.Ea; + q = 1 << l.b; + w = q - 1; + y = r & ~w; + A = r - y; + p = xa(r, l.b); + E = l.K; + + for (l = l.w + (m >> l.b) * p; m < n;) { + B = E; + C = l; + N = new Jd(); + v = u + y; + + for (z = u + r; u < v;) { + dc(B[C++], N), Fb(N, t, u, q, k, h), u += q, h += q; + } + + u < z && (dc(B[C++], N), Fb(N, t, u, A, k, h), u += A, h += A); + ++m; + m & w || (l += p); + } + + break; + + case 3: + if (r == k && q == h && 0 < l.b) { + y = (n - m) * xa(l.Ea, l.b); + t = h + (n - m) * t - y; + u = k; + r = t; + q = k; + w = h; + A = y; + p = []; + + for (y = A - 1; 0 <= y; --y) { + p[y] = q[w + y]; + } + + for (y = A - 1; 0 <= y; --y) { + u[r + y] = p[y]; + } + + rc(l, m, n, k, t, k, h); + } else { rc(l, m, n, r, q, k, h); } + + } + + h = d; + k = c; + } + + k != c && I(d, c, h, k, f); + } + + function ge(a, b) { + var c = a.V, + d = a.Ba + a.c * a.C, + e = b - a.C; + x(b <= a.l.o); + x(16 >= e); + + if (0 < e) { + var f = a.l, + g = a.Ta, + h = a.Ua, + k = f.width; + oc(a, e, c, d); + h = [h]; + c = a.C; + d = b; + e = h; + x(c < d); + x(f.v < f.va); + d > f.o && (d = f.o); + + if (c < f.j) { + var l = f.j - c, + c = f.j; + e[0] += l * k; + } + + c >= d ? c = 0 : (e[0] += 4 * f.v, f.ka = c - f.j, f.U = f.va - f.v, f.T = d - c, c = 1); + + if (c) { + h = h[0]; + c = a.ca; + + if (11 > c.S) { + for (var m = c.f.RGBA, d = c.S, e = f.U, f = f.T, l = m.eb, n = m.A, r = f, m = m.fb + a.Ma * m.A; 0 < r--;) { + var q = g, + t = h, + v = e, + p = l, + u = m; + + switch (d) { + case Ca: + sc(q, t, v, p, u); + break; + + case Ua: + Gb(q, t, v, p, u); + break; + + case zb: + Gb(q, t, v, p, u); + za(p, u, 0, v, 1, 0); + break; + + case tc: + uc(q, t, v, p, u); + break; + + case Va: + fb(q, t, v, p, u, 1); + break; + + case Ab: + fb(q, t, v, p, u, 1); + za(p, u, 0, v, 1, 0); + break; + + case ya: + fb(q, t, v, p, u, 0); + break; + + case Ja: + fb(q, t, v, p, u, 0); + za(p, u, 1, v, 1, 0); + break; + + case Db: + Hb(q, t, v, p, u); + break; + + case Bb: + Hb(q, t, v, p, u); + vc(p, u, v, 1, 0); + break; + + case wc: + xc(q, t, v, p, u); + break; + + default: + x(0); + } + + h += k; + m += n; + } + + a.Ma += f; + } else { alert("todo:EmitRescaledRowsYUVA"); } + + x(a.Ma <= c.height); + } + } + + a.C = b; + x(a.C <= a.i); + } + + function yc(a) { + var b; + if (0 < a.ua) { return 0; } + + for (b = 0; b < a.Wb; ++b) { + var c = a.Ya[b].G, + d = a.Ya[b].H; + if (0 < c[1][d[1] + 0].g || 0 < c[2][d[2] + 0].g || 0 < c[3][d[3] + 0].g) { return 0; } + } + + return 1; + } + + function zc(a, b, c, d, e, f) { + if (0 != a.Z) { + var g = a.qd, + h = a.rd; + + for (x(null != ia[a.Z]); b < c; ++b) { + ia[a.Z](g, h, d, e, d, e, f), g = d, h = e, e += f; + } + + a.qd = g; + a.rd = h; + } + } + + function Ib(a, b) { + var c = a.l.ma, + d = 0 == c.Z || 1 == c.Z ? a.l.j : a.C, + d = a.C < d ? d : a.C; + x(b <= a.l.o); + + if (b > d) { + var e = a.l.width, + f = c.ca, + g = c.tb + e * d, + h = a.V, + k = a.Ba + a.c * d, + l = a.gc; + x(1 == a.ab); + x(3 == l[0].hc); + he(l[0], d, b, h, k, f, g); + zc(c, d, b, f, g, e); + } + + a.C = a.Ma = b; + } + + function Jb(a, b, c, d, e, f, g) { + var h = a.$ / d, + k = a.$ % d, + l = a.m, + m = a.s, + n = c + a.$, + r = n; + e = c + d * e; + var q = c + d * f, + t = 280 + m.ua, + v = a.Pb ? h : 16777216, + p = 0 < m.ua ? m.Wa : null, + u = m.wc, + w = n < q ? ha(m, k, h) : null; + x(a.C < f); + x(q <= e); + var y = !1; + + a: for (;;) { + for (; y || n < q;) { + var A = 0; + + if (h >= v) { + var v = a, + E = n - c; + x(v.Pb); + v.wd = v.m; + v.xd = E; + 0 < v.s.ua && $b(v.s.Wa, v.s.vb); + v = h + ie; + } + + k & u || (w = ha(m, k, h)); + x(null != w); + w.Qb && (b[n] = w.qb, y = !0); + if (!y) { if (Sa(l), w.jc) { + var A = l, + E = b, + B = n, + C = w.pd[pb(A) & xb - 1]; + x(w.jc); + 256 > C.g ? (qb(A, A.u + C.g), E[B] = C.value, A = 0) : (qb(A, A.u + C.g - 256), x(256 <= C.value), A = C.value); + 0 == A && (y = !0); + } else { A = ua(w.G[0], w.H[0], l); } } + if (l.h) { break; } + + if (y || 256 > A) { + if (!y) { if (w.nd) { b[n] = (w.qb | A << 8) >>> 0; }else { + Sa(l); + y = ua(w.G[1], w.H[1], l); + Sa(l); + E = ua(w.G[2], w.H[2], l); + B = ua(w.G[3], w.H[3], l); + if (l.h) { break; } + b[n] = (B << 24 | y << 16 | A << 8 | E) >>> 0; + } } + y = !1; + ++n; + ++k; + if (k >= d && (k = 0, ++h, null != g && h <= f && !(h % 16) && g(a, h), null != p)) { for (; r < n;) { + A = b[r++], p.X[(506832829 * A & 4294967295) >>> p.Mb] = A; + } } + } else if (280 > A) { + A = ib(A - 256, l); + E = ua(w.G[4], w.H[4], l); + Sa(l); + E = ib(E, l); + E = nc(d, E); + if (l.h) { break; } + if (n - c < E || e - n < A) { break a; }else { for (B = 0; B < A; ++B) { + b[n + B] = b[n + B - E]; + } } + n += A; + + for (k += A; k >= d;) { + k -= d, ++h, null != g && h <= f && !(h % 16) && g(a, h); + } + + x(n <= e); + k & u && (w = ha(m, k, h)); + if (null != p) { for (; r < n;) { + A = b[r++], p.X[(506832829 * A & 4294967295) >>> p.Mb] = A; + } } + } else if (A < t) { + y = A - 280; + + for (x(null != p); r < n;) { + A = b[r++], p.X[(506832829 * A & 4294967295) >>> p.Mb] = A; + } + + A = n; + E = p; + x(!(y >>> E.Xa)); + b[A] = E.X[y]; + y = !0; + } else { break a; } + + y || x(l.h == db(l)); + } + + if (a.Pb && l.h && n < e) { x(a.m.h), a.a = 5, a.m = a.wd, a.$ = a.xd, 0 < a.s.ua && $b(a.s.vb, a.s.Wa); }else if (l.h) { break a; }else { null != g && g(a, h > f ? f : h), a.a = 0, a.$ = n - c; } + return 1; + } + + a.a = 3; + return 0; + } + + function Ac(a) { + x(null != a); + a.vc = null; + a.yc = null; + a.Ya = null; + var b = a.Wa; + null != b && (b.X = null); + a.vb = null; + x(null != a); + } + + function Bc() { + var a = new je(); + if (null == a) { return null; } + a.a = 0; + a.xb = Cc; + gb("Predictor", "VP8LPredictors"); + gb("Predictor", "VP8LPredictors_C"); + gb("PredictorAdd", "VP8LPredictorsAdd"); + gb("PredictorAdd", "VP8LPredictorsAdd_C"); + pc = Kd; + Fb = Ld; + sc = Md; + Gb = Nd; + Hb = Od; + xc = Pd; + uc = Qd; + self.VP8LMapColor32b = ke; + self.VP8LMapColor8b = le; + return a; + } + + function rb(a, b, c, d, e) { + var f = 1, + g = [a], + h = [b], + k = d.m, + l = d.s, + m = null, + n = 0; + + a: for (;;) { + if (c) { for (; f && D(k, 1);) { + var r = g, + q = h, + t = d, + v = 1, + p = t.m, + u = t.gc[t.ab], + w = D(p, 2); + if (t.Oc & 1 << w) { f = 0; }else { + t.Oc |= 1 << w; + u.hc = w; + u.Ea = r[0]; + u.nc = q[0]; + u.K = [null]; + ++t.ab; + x(4 >= t.ab); + + switch (w) { + case 0: + case 1: + u.b = D(p, 3) + 2; + v = rb(xa(u.Ea, u.b), xa(u.nc, u.b), 0, t, u.K); + u.K = u.K[0]; + break; + + case 3: + var y = D(p, 8) + 1, + A = 16 < y ? 0 : 4 < y ? 1 : 2 < y ? 2 : 3; + r[0] = xa(u.Ea, A); + u.b = A; + var v = rb(y, 1, 0, t, u.K), + E; + + if (E = v) { + var B, + C = y, + N = u, + z = 1 << (8 >> N.b), + Q = V(z); + if (null == Q) { E = 0; }else { + var S = N.K[0], + K = N.w; + Q[0] = N.K[0][0]; + + for (B = 1; B < 1 * C; ++B) { + Q[B] = yb(S[K + B], Q[B - 1]); + } + + for (; B < 4 * z; ++B) { + Q[B] = 0; + } + + N.K[0] = null; + N.K[0] = Q; + E = 1; + } + } + + v = E; + break; + + case 2: + break; + + default: + x(0); + } + + f = v; + } + } } + g = g[0]; + h = h[0]; + + if (f && D(k, 1) && (n = D(k, 4), f = 1 <= n && 11 >= n, !f)) { + d.a = 3; + break a; + } + + var H; + if (H = f) { b: { + var F = d, + G = g, + L = h, + J = n, + T = c, + Da, + ba, + X = F.m, + R = F.s, + P = [null], + U, + W = 1, + aa = 0, + na = me[J]; + + c: for (;;) { + if (T && D(X, 1)) { + var ca = D(X, 3) + 2, + ga = xa(G, ca), + ka = xa(L, ca), + qa = ga * ka; + if (!rb(ga, ka, 0, F, P)) { break c; } + P = P[0]; + R.xc = ca; + + for (Da = 0; Da < qa; ++Da) { + var ia = P[Da] >> 8 & 65535; + P[Da] = ia; + ia >= W && (W = ia + 1); + } + } + + if (X.h) { break c; } + + for (ba = 0; 5 > ba; ++ba) { + var Y = Dc[ba]; + !ba && 0 < J && (Y += 1 << J); + aa < Y && (aa = Y); + } + + var ma = wa(W * na, O); + var ua = W, + va = wa(ua, Ub); + if (null == va) { var la = null; }else { x(65536 >= ua), la = va; } + var ha = V(aa); + + if (null == la || null == ha || null == ma) { + F.a = 1; + break c; + } + + var pa = ma; + + for (Da = U = 0; Da < W; ++Da) { + var ja = la[Da], + da = ja.G, + ea = ja.H, + Fa = 0, + ra = 1, + Ha = 0; + + for (ba = 0; 5 > ba; ++ba) { + Y = Dc[ba]; + da[ba] = pa; + ea[ba] = U; + !ba && 0 < J && (Y += 1 << J); + + d: { + var sa, + za = Y, + ta = F, + oa = ha, + db = pa, + eb = U, + Ia = 0, + Ka = ta.m, + fb = D(Ka, 1); + M(oa, 0, 0, za); + + if (fb) { + var gb = D(Ka, 1) + 1, + hb = D(Ka, 1), + Ja = D(Ka, 0 == hb ? 1 : 8); + oa[Ja] = 1; + 2 == gb && (Ja = D(Ka, 8), oa[Ja] = 1); + var ya = 1; + } else { + var Ua = V(19), + Va = D(Ka, 4) + 4; + + if (19 < Va) { + ta.a = 3; + var Aa = 0; + break d; + } + + for (sa = 0; sa < Va; ++sa) { + Ua[ne[sa]] = D(Ka, 3); + } + + var Ba = void 0, + sb = void 0, + Wa = ta, + ib = Ua, + Ca = za, + Xa = oa, + Oa = 0, + La = Wa.m, + Ya = 8, + Za = wa(128, O); + + e: for (;;) { + if (!Z(Za, 0, 7, ib, 19)) { break e; } + + if (D(La, 1)) { + var kb = 2 + 2 * D(La, 3), + Ba = 2 + D(La, kb); + if (Ba > Ca) { break e; } + } else { Ba = Ca; } + + for (sb = 0; sb < Ca && Ba--;) { + Sa(La); + var $a = Za[0 + (pb(La) & 127)]; + qb(La, La.u + $a.g); + var jb = $a.value; + if (16 > jb) { Xa[sb++] = jb, 0 != jb && (Ya = jb); }else { + var lb = 16 == jb, + ab = jb - 16, + mb = oe[ab], + bb = D(La, pe[ab]) + mb; + if (sb + bb > Ca) { break e; }else { for (var nb = lb ? Ya : 0; 0 < bb--;) { + Xa[sb++] = nb; + } } + } + } + + Oa = 1; + break e; + } + + Oa || (Wa.a = 3); + ya = Oa; + } + + (ya = ya && !Ka.h) && (Ia = Z(db, eb, 8, oa, za)); + ya && 0 != Ia ? Aa = Ia : (ta.a = 3, Aa = 0); + } + + if (0 == Aa) { break c; } + ra && 1 == qe[ba] && (ra = 0 == pa[U].g); + Fa += pa[U].g; + U += Aa; + + if (3 >= ba) { + var Pa = ha[0], + tb; + + for (tb = 1; tb < Y; ++tb) { + ha[tb] > Pa && (Pa = ha[tb]); + } + + Ha += Pa; + } + } + + ja.nd = ra; + ja.Qb = 0; + ra && (ja.qb = (da[3][ea[3] + 0].value << 24 | da[1][ea[1] + 0].value << 16 | da[2][ea[2] + 0].value) >>> 0, 0 == Fa && 256 > da[0][ea[0] + 0].value && (ja.Qb = 1, ja.qb += da[0][ea[0] + 0].value << 8)); + ja.jc = !ja.Qb && 6 > Ha; + + if (ja.jc) { + var Ga, + Ea = ja; + + for (Ga = 0; Ga < xb; ++Ga) { + var Ma = Ga, + Na = Ea.pd[Ma], + vb = Ea.G[0][Ea.H[0] + Ma]; + 256 <= vb.value ? (Na.g = vb.g + 256, Na.value = vb.value) : (Na.g = 0, Na.value = 0, Ma >>= ub(vb, 8, Na), Ma >>= ub(Ea.G[1][Ea.H[1] + Ma], 16, Na), Ma >>= ub(Ea.G[2][Ea.H[2] + Ma], 0, Na), ub(Ea.G[3][Ea.H[3] + Ma], 24, Na)); + } + } + } + + R.vc = P; + R.Wb = W; + R.Ya = la; + R.yc = ma; + H = 1; + break b; + } + + H = 0; + } } + f = H; + + if (!f) { + d.a = 3; + break a; + } + + if (0 < n) { + if (l.ua = 1 << n, !Zb(l.Wa, n)) { + d.a = 1; + f = 0; + break a; + } + } else { l.ua = 0; } + + var Qa = d, + cb = g, + ob = h, + Ra = Qa.s, + Ta = Ra.xc; + Qa.c = cb; + Qa.i = ob; + Ra.md = xa(cb, Ta); + Ra.wc = 0 == Ta ? -1 : (1 << Ta) - 1; + + if (c) { + d.xb = re; + break a; + } + + m = V(g * h); + + if (null == m) { + d.a = 1; + f = 0; + break a; + } + + f = (f = Jb(d, m, 0, g, h, h, null)) && !k.h; + break a; + } + + f ? (null != e ? e[0] = m : (x(null == m), x(c)), d.$ = 0, c || Ac(l)) : Ac(l); + return f; + } + + function Ec(a, b) { + var c = a.c * a.i, + d = c + b + 16 * b; + x(a.c <= b); + a.V = V(d); + if (null == a.V) { return a.Ta = null, a.Ua = 0, a.a = 1, 0; } + a.Ta = a.V; + a.Ua = a.Ba + c + b; + return 1; + } + + function se(a, b) { + var c = a.C, + d = b - c, + e = a.V, + f = a.Ba + a.c * c; + + for (x(b <= a.l.o); 0 < d;) { + var g = 16 < d ? 16 : d, + h = a.l.ma, + k = a.l.width, + l = k * g, + m = h.ca, + n = h.tb + k * c, + r = a.Ta, + q = a.Ua; + oc(a, g, e, f); + Fc(r, q, m, n, l); + zc(h, c, c + g, m, n, k); + d -= g; + e += g * a.c; + c += g; + } + + x(c == b); + a.C = a.Ma = b; + } + + function te(a, b) { + var c = [0], + d = [0], + e = [0]; + + a: for (;;) { + if (null == a) { return 0; } + if (null == b) { return a.a = 2, 0; } + a.l = b; + a.a = 0; + cb(a.m, b.data, b.w, b.ha); + + if (!mc(a.m, c, d, e)) { + a.a = 3; + break a; + } + + a.xb = Cc; + b.width = c[0]; + b.height = d[0]; + if (!rb(c[0], d[0], 1, a, null)) { break a; } + return 1; + } + + x(0 != a.a); + return 0; + } + + function ue() { + this.ub = this.yd = this.td = this.Rb = 0; + } + + function ve() { + this.Kd = this.Ld = this.Ud = this.Td = this.i = this.c = 0; + } + + function we() { + this.Fb = this.Bb = this.Cb = 0; + this.Zb = V(4); + this.Lb = V(4); + } + + function Gc() { + this.Yb = wb(); + } + + function xe() { + this.jb = V(3); + this.Wc = Ed([4, 8], Gc); + this.Xc = Ed([4, 17], Gc); + } + + function ye() { + this.Pc = this.wb = this.Tb = this.zd = 0; + this.vd = new V(4); + this.od = new V(4); + } + + function Xa() { + this.ld = this.La = this.dd = this.tc = 0; + } + + function Hc() { + this.Na = this.la = 0; + } + + function ze() { + this.Sc = [0, 0]; + this.Eb = [0, 0]; + this.Qc = [0, 0]; + this.ia = this.lc = 0; + } + + function Kb() { + this.ad = V(384); + this.Za = 0; + this.Ob = V(16); + this.$b = this.Ad = this.ia = this.Gc = this.Hc = this.Dd = 0; + } + + function Ae() { + this.uc = this.M = this.Nb = 0; + this.wa = Array(new Xa()); + this.Y = 0; + this.ya = Array(new Kb()); + this.aa = 0; + this.l = new Oa(); + } + + function Ic() { + this.y = V(16); + this.f = V(8); + this.ea = V(8); + } + + function Be() { + this.cb = this.a = 0; + this.sc = ""; + this.m = new Wb(); + this.Od = new ue(); + this.Kc = new ve(); + this.ed = new ye(); + this.Qa = new we(); + this.Ic = this.$c = this.Aa = 0; + this.D = new Ae(); + this.Xb = this.Va = this.Hb = this.zb = this.yb = this.Ub = this.za = 0; + this.Jc = wa(8, Wb); + this.ia = 0; + this.pb = wa(4, ze); + this.Pa = new xe(); + this.Bd = this.kc = 0; + this.Ac = []; + this.Bc = 0; + this.zc = [0, 0, 0, 0]; + this.Gd = Array(new Ic()); + this.Hd = 0; + this.rb = Array(new Hc()); + this.sb = 0; + this.wa = Array(new Xa()); + this.Y = 0; + this.oc = []; + this.pc = 0; + this.sa = []; + this.ta = 0; + this.qa = []; + this.ra = 0; + this.Ha = []; + this.B = this.R = this.Ia = 0; + this.Ec = []; + this.M = this.ja = this.Vb = this.Fc = 0; + this.ya = Array(new Kb()); + this.L = this.aa = 0; + this.gd = Ed([4, 2], Xa); + this.ga = null; + this.Fa = []; + this.Cc = this.qc = this.P = 0; + this.Gb = []; + this.Uc = 0; + this.mb = []; + this.nb = 0; + this.rc = []; + this.Ga = this.Vc = 0; + } + + function ga(a, b) { + return 0 > a ? 0 : a > b ? b : a; + } + + function Oa() { + this.T = this.U = this.ka = this.height = this.width = 0; + this.y = []; + this.f = []; + this.ea = []; + this.Rc = this.fa = this.W = this.N = this.O = 0; + this.ma = "void"; + this.put = "VP8IoPutHook"; + this.ac = "VP8IoSetupHook"; + this.bc = "VP8IoTeardownHook"; + this.ha = this.Kb = 0; + this.data = []; + this.hb = this.ib = this.da = this.o = this.j = this.va = this.v = this.Da = this.ob = this.w = 0; + this.F = []; + this.J = 0; + } + + function Ce() { + var a = new Be(); + null != a && (a.a = 0, a.sc = "OK", a.cb = 0, a.Xb = 0, oa || (oa = De)); + return a; + } + + function T(a, b, c) { + 0 == a.a && (a.a = b, a.sc = c, a.cb = 0); + return 0; + } + + function Jc(a, b, c) { + return 3 <= c && 157 == a[b + 0] && 1 == a[b + 1] && 42 == a[b + 2]; + } + + function Kc(a, b) { + if (null == a) { return 0; } + a.a = 0; + a.sc = "OK"; + if (null == b) { return T(a, 2, "null VP8Io passed to VP8GetHeaders()"); } + var c = b.data; + var d = b.w; + var e = b.ha; + if (4 > e) { return T(a, 7, "Truncated header."); } + var f = c[d + 0] | c[d + 1] << 8 | c[d + 2] << 16; + var g = a.Od; + g.Rb = !(f & 1); + g.td = f >> 1 & 7; + g.yd = f >> 4 & 1; + g.ub = f >> 5; + if (3 < g.td) { return T(a, 3, "Incorrect keyframe parameters."); } + if (!g.yd) { return T(a, 4, "Frame not displayable."); } + d += 3; + e -= 3; + var h = a.Kc; + + if (g.Rb) { + if (7 > e) { return T(a, 7, "cannot parse picture header"); } + if (!Jc(c, d, e)) { return T(a, 3, "Bad code word"); } + h.c = (c[d + 4] << 8 | c[d + 3]) & 16383; + h.Td = c[d + 4] >> 6; + h.i = (c[d + 6] << 8 | c[d + 5]) & 16383; + h.Ud = c[d + 6] >> 6; + d += 7; + e -= 7; + a.za = h.c + 15 >> 4; + a.Ub = h.i + 15 >> 4; + b.width = h.c; + b.height = h.i; + b.Da = 0; + b.j = 0; + b.v = 0; + b.va = b.width; + b.o = b.height; + b.da = 0; + b.ib = b.width; + b.hb = b.height; + b.U = b.width; + b.T = b.height; + f = a.Pa; + M(f.jb, 0, 255, f.jb.length); + f = a.Qa; + x(null != f); + f.Cb = 0; + f.Bb = 0; + f.Fb = 1; + M(f.Zb, 0, 0, f.Zb.length); + M(f.Lb, 0, 0, f.Lb); + } + + if (g.ub > e) { return T(a, 7, "bad partition length"); } + f = a.m; + ma(f, c, d, g.ub); + d += g.ub; + e -= g.ub; + g.Rb && (h.Ld = G(f), h.Kd = G(f)); + h = a.Qa; + var k = a.Pa, + l; + x(null != f); + x(null != h); + h.Cb = G(f); + + if (h.Cb) { + h.Bb = G(f); + + if (G(f)) { + h.Fb = G(f); + + for (l = 0; 4 > l; ++l) { + h.Zb[l] = G(f) ? ca(f, 7) : 0; + } + + for (l = 0; 4 > l; ++l) { + h.Lb[l] = G(f) ? ca(f, 6) : 0; + } + } + + if (h.Bb) { for (l = 0; 3 > l; ++l) { + k.jb[l] = G(f) ? na(f, 8) : 255; + } } + } else { h.Bb = 0; } + + if (f.Ka) { return T(a, 3, "cannot parse segment header"); } + h = a.ed; + h.zd = G(f); + h.Tb = na(f, 6); + h.wb = na(f, 3); + h.Pc = G(f); + + if (h.Pc && G(f)) { + for (k = 0; 4 > k; ++k) { + G(f) && (h.vd[k] = ca(f, 6)); + } + + for (k = 0; 4 > k; ++k) { + G(f) && (h.od[k] = ca(f, 6)); + } + } + + a.L = 0 == h.Tb ? 0 : h.zd ? 1 : 2; + if (f.Ka) { return T(a, 3, "cannot parse filter header"); } + l = d; + var m = e; + e = l; + d = l + m; + h = m; + a.Xb = (1 << na(a.m, 2)) - 1; + k = a.Xb; + if (m < 3 * k) { c = 7; }else { + l += 3 * k; + h -= 3 * k; + + for (m = 0; m < k; ++m) { + var n = c[e + 0] | c[e + 1] << 8 | c[e + 2] << 16; + n > h && (n = h); + ma(a.Jc[+m], c, l, n); + l += n; + h -= n; + e += 3; + } + + ma(a.Jc[+k], c, l, h); + c = l < d ? 0 : 5; + } + if (0 != c) { return T(a, c, "cannot parse partitions"); } + l = a.m; + c = na(l, 7); + e = G(l) ? ca(l, 4) : 0; + d = G(l) ? ca(l, 4) : 0; + h = G(l) ? ca(l, 4) : 0; + k = G(l) ? ca(l, 4) : 0; + l = G(l) ? ca(l, 4) : 0; + m = a.Qa; + + for (n = 0; 4 > n; ++n) { + if (m.Cb) { + var r = m.Zb[n]; + m.Fb || (r += c); + } else if (0 < n) { + a.pb[n] = a.pb[0]; + continue; + } else { r = c; } + + var q = a.pb[n]; + q.Sc[0] = Lb[ga(r + e, 127)]; + q.Sc[1] = Mb[ga(r + 0, 127)]; + q.Eb[0] = 2 * Lb[ga(r + d, 127)]; + q.Eb[1] = 101581 * Mb[ga(r + h, 127)] >> 16; + 8 > q.Eb[1] && (q.Eb[1] = 8); + q.Qc[0] = Lb[ga(r + k, 117)]; + q.Qc[1] = Mb[ga(r + l, 127)]; + q.lc = r + l; + } + + if (!g.Rb) { return T(a, 4, "Not a key frame."); } + G(f); + g = a.Pa; + + for (c = 0; 4 > c; ++c) { + for (e = 0; 8 > e; ++e) { + for (d = 0; 3 > d; ++d) { + for (h = 0; 11 > h; ++h) { + k = K(f, Ee[c][e][d][h]) ? na(f, 8) : Fe[c][e][d][h], g.Wc[c][e].Yb[d][h] = k; + } + } + } + + for (e = 0; 17 > e; ++e) { + g.Xc[c][e] = g.Wc[c][Ge[e]]; + } + } + + a.kc = G(f); + a.kc && (a.Bd = na(f, 8)); + return a.cb = 1; + } + + function De(a, b, c, d, e, f, g) { + var h = b[e].Yb[c]; + + for (c = 0; 16 > e; ++e) { + if (!K(a, h[c + 0])) { return e; } + + for (; !K(a, h[c + 1]);) { + if (h = b[++e].Yb[0], c = 0, 16 == e) { return 16; } + } + + var k = b[e + 1].Yb; + + if (K(a, h[c + 2])) { + var l = a, + m = h, + n = c; + var r = 0; + if (K(l, m[n + 3])) { + if (K(l, m[n + 6])) { + h = 0; + r = K(l, m[n + 8]); + m = K(l, m[n + 9 + r]); + n = 2 * r + m; + r = 0; + + for (m = He[n]; m[h]; ++h) { + r += r + K(l, m[h]); + } + + r += 3 + (8 << n); + } else { K(l, m[n + 7]) ? (r = 7 + 2 * K(l, 165), r += K(l, 145)) : r = 5 + K(l, 159); } + } else { K(l, m[n + 4]) ? r = 3 + K(l, m[n + 5]) : r = 2; } + h = k[2]; + } else { r = 1, h = k[1]; } + + k = g + Ie[e]; + l = a; + 0 > l.b && Qa(l); + var m = l.b, + n = l.Ca >> 1, + q = n - (l.I >> m) >> 31; + --l.b; + l.Ca += q; + l.Ca |= 1; + l.I -= (n + 1 & q) << m; + f[k] = ((r ^ q) - q) * d[(0 < e) + 0]; + } + + return 16; + } + + function Lc(a) { + var b = a.rb[a.sb - 1]; + b.la = 0; + b.Na = 0; + M(a.zc, 0, 0, a.zc.length); + a.ja = 0; + } + + function Je(a, b) { + for (a.M = 0; a.M < a.Va; ++a.M) { + var c = a.Jc[a.M & a.Xb], + d = a.m, + e = a, + f; + + for (f = 0; f < e.za; ++f) { + var g = d; + var h = e; + var k = h.Ac, + l = h.Bc + 4 * f, + m = h.zc, + n = h.ya[h.aa + f]; + h.Qa.Bb ? n.$b = K(g, h.Pa.jb[0]) ? 2 + K(g, h.Pa.jb[2]) : K(g, h.Pa.jb[1]) : n.$b = 0; + h.kc && (n.Ad = K(g, h.Bd)); + n.Za = !K(g, 145) + 0; + + if (n.Za) { + var r = n.Ob, + q = 0; + + for (h = 0; 4 > h; ++h) { + var t = m[0 + h]; + var v; + + for (v = 0; 4 > v; ++v) { + t = Ke[k[l + v]][t]; + + for (var p = Mc[K(g, t[0])]; 0 < p;) { + p = Mc[2 * p + K(g, t[p])]; + } + + t = -p; + k[l + v] = t; + } + + I(r, q, k, l, 4); + q += 4; + m[0 + h] = t; + } + } else { t = K(g, 156) ? K(g, 128) ? 1 : 3 : K(g, 163) ? 2 : 0, n.Ob[0] = t, M(k, l, t, 4), M(m, 0, t, 4); } + + n.Dd = K(g, 142) ? K(g, 114) ? K(g, 183) ? 1 : 3 : 2 : 0; + } + + if (e.m.Ka) { return T(a, 7, "Premature end-of-partition0 encountered."); } + + for (; a.ja < a.za; ++a.ja) { + d = a; + e = c; + g = d.rb[d.sb - 1]; + k = d.rb[d.sb + d.ja]; + f = d.ya[d.aa + d.ja]; + if (l = d.kc ? f.Ad : 0) { g.la = k.la = 0, f.Za || (g.Na = k.Na = 0), f.Hc = 0, f.Gc = 0, f.ia = 0; }else { + var u, + w, + g = k, + k = e, + l = d.Pa.Xc, + m = d.ya[d.aa + d.ja], + n = d.pb[m.$b]; + h = m.ad; + r = 0; + q = d.rb[d.sb - 1]; + t = v = 0; + M(h, r, 0, 384); + + if (m.Za) { + var y = 0; + var A = l[3]; + } else { + p = V(16); + var E = g.Na + q.Na; + E = oa(k, l[1], E, n.Eb, 0, p, 0); + g.Na = q.Na = (0 < E) + 0; + if (1 < E) { Nc(p, 0, h, r); }else { + var B = p[0] + 3 >> 3; + + for (p = 0; 256 > p; p += 16) { + h[r + p] = B; + } + } + y = 1; + A = l[0]; + } + + var C = g.la & 15; + var N = q.la & 15; + + for (p = 0; 4 > p; ++p) { + var z = N & 1; + + for (B = w = 0; 4 > B; ++B) { + E = z + (C & 1), E = oa(k, A, E, n.Sc, y, h, r), z = E > y, C = C >> 1 | z << 7, w = w << 2 | (3 < E ? 3 : 1 < E ? 2 : 0 != h[r + 0]), r += 16; + } + + C >>= 4; + N = N >> 1 | z << 7; + v = (v << 8 | w) >>> 0; + } + + A = C; + y = N >> 4; + + for (u = 0; 4 > u; u += 2) { + w = 0; + C = g.la >> 4 + u; + N = q.la >> 4 + u; + + for (p = 0; 2 > p; ++p) { + z = N & 1; + + for (B = 0; 2 > B; ++B) { + E = z + (C & 1), E = oa(k, l[2], E, n.Qc, 0, h, r), z = 0 < E, C = C >> 1 | z << 3, w = w << 2 | (3 < E ? 3 : 1 < E ? 2 : 0 != h[r + 0]), r += 16; + } + + C >>= 2; + N = N >> 1 | z << 5; + } + + t |= w << 4 * u; + A |= C << 4 << u; + y |= (N & 240) << u; + } + + g.la = A; + q.la = y; + m.Hc = v; + m.Gc = t; + m.ia = t & 43690 ? 0 : n.ia; + l = !(v | t); + } + 0 < d.L && (d.wa[d.Y + d.ja] = d.gd[f.$b][f.Za], d.wa[d.Y + d.ja].La |= !l); + if (e.Ka) { return T(a, 7, "Premature end-of-file encountered."); } + } + + Lc(a); + c = a; + d = b; + e = 1; + f = c.D; + g = 0 < c.L && c.M >= c.zb && c.M <= c.Va; + if (0 == c.Aa) { a: { + f.M = c.M, f.uc = g, Oc(c, f), e = 1; + w = c.D; + f = w.Nb; + t = Ya[c.L]; + g = t * c.R; + k = t / 2 * c.B; + p = 16 * f * c.R; + B = 8 * f * c.B; + l = c.sa; + m = c.ta - g + p; + n = c.qa; + h = c.ra - k + B; + r = c.Ha; + q = c.Ia - k + B; + C = w.M; + N = 0 == C; + v = C >= c.Va - 1; + 2 == c.Aa && Oc(c, w); + if (w.uc) { for (E = c, z = E.D.M, x(E.D.uc), w = E.yb; w < E.Hb; ++w) { + var Q = E; + y = w; + A = z; + var S = Q.D, + D = S.Nb; + u = Q.R; + var S = S.wa[S.Y + y], + F = Q.sa, + H = Q.ta + 16 * D * u + 16 * y, + J = S.dd, + G = S.tc; + if (0 != G) { if (x(3 <= G), 1 == Q.L) { 0 < y && Pc(F, H, u, G + 4), S.La && Qc(F, H, u, G), 0 < A && Rc(F, H, u, G + 4), S.La && Sc(F, H, u, G); }else { + var L = Q.B, + O = Q.qa, + P = Q.ra + 8 * D * L + 8 * y, + R = Q.Ha, + Q = Q.Ia + 8 * D * L + 8 * y, + D = S.ld; + 0 < y && (Tc(F, H, u, G + 4, J, D), Uc(O, P, R, Q, L, G + 4, J, D)); + S.La && (Vc(F, H, u, G, J, D), Wc(O, P, R, Q, L, G, J, D)); + 0 < A && (Xc(F, H, u, G + 4, J, D), Yc(O, P, R, Q, L, G + 4, J, D)); + S.La && (Zc(F, H, u, G, J, D), $c(O, P, R, Q, L, G, J, D)); + } } + } } + c.ia && alert("todo:DitherRow"); + + if (null != d.put) { + w = 16 * C; + C = 16 * (C + 1); + N ? (d.y = c.sa, d.O = c.ta + p, d.f = c.qa, d.N = c.ra + B, d.ea = c.Ha, d.W = c.Ia + B) : (w -= t, d.y = l, d.O = m, d.f = n, d.N = h, d.ea = r, d.W = q); + v || (C -= t); + C > d.o && (C = d.o); + d.F = null; + d.J = null; + + if (null != c.Fa && 0 < c.Fa.length && w < C && (d.J = Le(c, d, w, C - w), d.F = c.mb, null == d.F && 0 == d.F.length)) { + e = T(c, 3, "Could not decode alpha data."); + break a; + } + + w < d.j && (t = d.j - w, w = d.j, x(!(t & 1)), d.O += c.R * t, d.N += c.B * (t >> 1), d.W += c.B * (t >> 1), null != d.F && (d.J += d.width * t)); + w < C && (d.O += d.v, d.N += d.v >> 1, d.W += d.v >> 1, null != d.F && (d.J += d.v), d.ka = w - d.j, d.U = d.va - d.v, d.T = C - w, e = d.put(d)); + } + + f + 1 != c.Ic || v || (I(c.sa, c.ta - g, l, m + 16 * c.R, g), I(c.qa, c.ra - k, n, h + 8 * c.B, k), I(c.Ha, c.Ia - k, r, q + 8 * c.B, k)); + } } + if (!e) { return T(a, 6, "Output aborted."); } + } + + return 1; + } + + function Me(a, b) { + if (null == a) { return 0; } + if (null == b) { return T(a, 2, "NULL VP8Io parameter in VP8Decode()."); } + if (!a.cb && !Kc(a, b)) { return 0; } + x(a.cb); + + if (null == b.ac || b.ac(b)) { + b.ob && (a.L = 0); + var c = Ya[a.L]; + 2 == a.L ? (a.yb = 0, a.zb = 0) : (a.yb = b.v - c >> 4, a.zb = b.j - c >> 4, 0 > a.yb && (a.yb = 0), 0 > a.zb && (a.zb = 0)); + a.Va = b.o + 15 + c >> 4; + a.Hb = b.va + 15 + c >> 4; + a.Hb > a.za && (a.Hb = a.za); + a.Va > a.Ub && (a.Va = a.Ub); + + if (0 < a.L) { + var d = a.ed; + + for (c = 0; 4 > c; ++c) { + var e; + + if (a.Qa.Cb) { + var f = a.Qa.Lb[c]; + a.Qa.Fb || (f += d.Tb); + } else { f = d.Tb; } + + for (e = 0; 1 >= e; ++e) { + var g = a.gd[c][e], + h = f; + d.Pc && (h += d.vd[0], e && (h += d.od[0])); + h = 0 > h ? 0 : 63 < h ? 63 : h; + + if (0 < h) { + var k = h; + 0 < d.wb && (k = 4 < d.wb ? k >> 2 : k >> 1, k > 9 - d.wb && (k = 9 - d.wb)); + 1 > k && (k = 1); + g.dd = k; + g.tc = 2 * h + k; + g.ld = 40 <= h ? 2 : 15 <= h ? 1 : 0; + } else { g.tc = 0; } + + g.La = e; + } + } + } + + c = 0; + } else { T(a, 6, "Frame setup failed"), c = a.a; } + + if (c = 0 == c) { + if (c) { + a.$c = 0; + 0 < a.Aa || (a.Ic = Ne); + + b: { + c = a.Ic; + var k = a.za, + d = 4 * k, + l = 32 * k, + m = k + 1, + n = 0 < a.L ? k * (0 < a.Aa ? 2 : 1) : 0, + r = (2 == a.Aa ? 2 : 1) * k; + e = 3 * (16 * c + Ya[a.L]) / 2 * l; + f = null != a.Fa && 0 < a.Fa.length ? a.Kc.c * a.Kc.i : 0; + g = d + 832 + e + f; + if (g != g) { c = 0; }else { + if (g > a.Vb) { + a.Vb = 0; + a.Ec = V(g); + a.Fc = 0; + + if (null == a.Ec) { + c = T(a, 1, "no memory during frame initialization."); + break b; + } + + a.Vb = g; + } + + g = a.Ec; + h = a.Fc; + a.Ac = g; + a.Bc = h; + h += d; + a.Gd = wa(l, Ic); + a.Hd = 0; + a.rb = wa(m + 1, Hc); + a.sb = 1; + a.wa = n ? wa(n, Xa) : null; + a.Y = 0; + a.D.Nb = 0; + a.D.wa = a.wa; + a.D.Y = a.Y; + 0 < a.Aa && (a.D.Y += k); + x(!0); + a.oc = g; + a.pc = h; + h += 832; + a.ya = wa(r, Kb); + a.aa = 0; + a.D.ya = a.ya; + a.D.aa = a.aa; + 2 == a.Aa && (a.D.aa += k); + a.R = 16 * k; + a.B = 8 * k; + l = Ya[a.L]; + k = l * a.R; + l = l / 2 * a.B; + a.sa = g; + a.ta = h + k; + a.qa = a.sa; + a.ra = a.ta + 16 * c * a.R + l; + a.Ha = a.qa; + a.Ia = a.ra + 8 * c * a.B + l; + a.$c = 0; + h += e; + a.mb = f ? g : null; + a.nb = f ? h : null; + x(h + f <= a.Fc + a.Vb); + Lc(a); + M(a.Ac, a.Bc, 0, d); + c = 1; + } + } + + if (c) { + b.ka = 0; + b.y = a.sa; + b.O = a.ta; + b.f = a.qa; + b.N = a.ra; + b.ea = a.Ha; + b.Vd = a.Ia; + b.fa = a.R; + b.Rc = a.B; + b.F = null; + b.J = 0; + + if (!ad) { + for (c = -255; 255 >= c; ++c) { + bd[255 + c] = 0 > c ? -c : c; + } + + for (c = -1020; 1020 >= c; ++c) { + cd[1020 + c] = -128 > c ? -128 : 127 < c ? 127 : c; + } + + for (c = -112; 112 >= c; ++c) { + dd[112 + c] = -16 > c ? -16 : 15 < c ? 15 : c; + } + + for (c = -255; 510 >= c; ++c) { + ed[255 + c] = 0 > c ? 0 : 255 < c ? 255 : c; + } + + ad = 1; + } + + Nc = Oe; + Za = Pe; + Nb = Qe; + pa = Re; + Ob = Se; + fd = Te; + Xc = Ue; + Tc = Ve; + Yc = We; + Uc = Xe; + Zc = Ye; + Vc = Ze; + $c = $e; + Wc = af; + Rc = gd; + Pc = hd; + Sc = bf; + Qc = cf; + W[0] = df; + W[1] = ef; + W[2] = ff; + W[3] = gf; + W[4] = hf; + W[5] = jf; + W[6] = kf; + W[7] = lf; + W[8] = mf; + W[9] = nf; + Y[0] = of; + Y[1] = pf; + Y[2] = qf; + Y[3] = rf; + Y[4] = sf; + Y[5] = tf; + Y[6] = uf; + ka[0] = vf; + ka[1] = wf; + ka[2] = xf; + ka[3] = yf; + ka[4] = zf; + ka[5] = Af; + ka[6] = Bf; + c = 1; + } else { c = 0; } + } + + c && (c = Je(a, b)); + null != b.bc && b.bc(b); + c &= 1; + } + + if (!c) { return 0; } + a.cb = 0; + return c; + } + + function qa(a, b, c, d, e) { + e = a[b + c + 32 * d] + (e >> 3); + a[b + c + 32 * d] = e & -256 ? 0 > e ? 0 : 255 : e; + } + + function kb(a, b, c, d, e, f) { + qa(a, b, 0, c, d + e); + qa(a, b, 1, c, d + f); + qa(a, b, 2, c, d - f); + qa(a, b, 3, c, d - e); + } + + function da(a) { + return (20091 * a >> 16) + a; + } + + function id(a, b, c, d) { + var e = 0, + f; + var g = V(16); + + for (f = 0; 4 > f; ++f) { + var h = a[b + 0] + a[b + 8]; + var k = a[b + 0] - a[b + 8]; + var l = (35468 * a[b + 4] >> 16) - da(a[b + 12]); + var m = da(a[b + 4]) + (35468 * a[b + 12] >> 16); + g[e + 0] = h + m; + g[e + 1] = k + l; + g[e + 2] = k - l; + g[e + 3] = h - m; + e += 4; + b++; + } + + for (f = e = 0; 4 > f; ++f) { + a = g[e + 0] + 4, h = a + g[e + 8], k = a - g[e + 8], l = (35468 * g[e + 4] >> 16) - da(g[e + 12]), m = da(g[e + 4]) + (35468 * g[e + 12] >> 16), qa(c, d, 0, 0, h + m), qa(c, d, 1, 0, k + l), qa(c, d, 2, 0, k - l), qa(c, d, 3, 0, h - m), e++, d += 32; + } + } + + function Te(a, b, c, d) { + var e = a[b + 0] + 4, + f = 35468 * a[b + 4] >> 16, + g = da(a[b + 4]), + h = 35468 * a[b + 1] >> 16; + a = da(a[b + 1]); + kb(c, d, 0, e + g, a, h); + kb(c, d, 1, e + f, a, h); + kb(c, d, 2, e - f, a, h); + kb(c, d, 3, e - g, a, h); + } + + function Pe(a, b, c, d, e) { + id(a, b, c, d); + e && id(a, b + 16, c, d + 4); + } + + function Qe(a, b, c, d) { + Za(a, b + 0, c, d, 1); + Za(a, b + 32, c, d + 128, 1); + } + + function Re(a, b, c, d) { + a = a[b + 0] + 4; + var e; + + for (e = 0; 4 > e; ++e) { + for (b = 0; 4 > b; ++b) { + qa(c, d, b, e, a); + } + } + } + + function Se(a, b, c, d) { + a[b + 0] && pa(a, b + 0, c, d); + a[b + 16] && pa(a, b + 16, c, d + 4); + a[b + 32] && pa(a, b + 32, c, d + 128); + a[b + 48] && pa(a, b + 48, c, d + 128 + 4); + } + + function Oe(a, b, c, d) { + var e = V(16), + f; + + for (f = 0; 4 > f; ++f) { + var g = a[b + 0 + f] + a[b + 12 + f]; + var h = a[b + 4 + f] + a[b + 8 + f]; + var k = a[b + 4 + f] - a[b + 8 + f]; + var l = a[b + 0 + f] - a[b + 12 + f]; + e[0 + f] = g + h; + e[8 + f] = g - h; + e[4 + f] = l + k; + e[12 + f] = l - k; + } + + for (f = 0; 4 > f; ++f) { + a = e[0 + 4 * f] + 3, g = a + e[3 + 4 * f], h = e[1 + 4 * f] + e[2 + 4 * f], k = e[1 + 4 * f] - e[2 + 4 * f], l = a - e[3 + 4 * f], c[d + 0] = g + h >> 3, c[d + 16] = l + k >> 3, c[d + 32] = g - h >> 3, c[d + 48] = l - k >> 3, d += 64; + } + } + + function Pb(a, b, c) { + var d = b - 32, + e = R, + f = 255 - a[d - 1], + g; + + for (g = 0; g < c; ++g) { + var h = e, + k = f + a[b - 1], + l; + + for (l = 0; l < c; ++l) { + a[b + l] = h[k + a[d + l]]; + } + + b += 32; + } + } + + function ef(a, b) { + Pb(a, b, 4); + } + + function wf(a, b) { + Pb(a, b, 8); + } + + function pf(a, b) { + Pb(a, b, 16); + } + + function qf(a, b) { + var c; + + for (c = 0; 16 > c; ++c) { + I(a, b + 32 * c, a, b - 32, 16); + } + } + + function rf(a, b) { + var c; + + for (c = 16; 0 < c; --c) { + M(a, b, a[b - 1], 16), b += 32; + } + } + + function $a(a, b, c) { + var d; + + for (d = 0; 16 > d; ++d) { + M(b, c + 32 * d, a, 16); + } + } + + function of(a, b) { + var c = 16, + d; + + for (d = 0; 16 > d; ++d) { + c += a[b - 1 + 32 * d] + a[b + d - 32]; + } + + $a(c >> 5, a, b); + } + + function sf(a, b) { + var c = 8, + d; + + for (d = 0; 16 > d; ++d) { + c += a[b - 1 + 32 * d]; + } + + $a(c >> 4, a, b); + } + + function tf(a, b) { + var c = 8, + d; + + for (d = 0; 16 > d; ++d) { + c += a[b + d - 32]; + } + + $a(c >> 4, a, b); + } + + function uf(a, b) { + $a(128, a, b); + } + + function z(a, b, c) { + return a + 2 * b + c + 2 >> 2; + } + + function ff(a, b) { + var c = b - 32, + c = new Uint8Array([z(a[c - 1], a[c + 0], a[c + 1]), z(a[c + 0], a[c + 1], a[c + 2]), z(a[c + 1], a[c + 2], a[c + 3]), z(a[c + 2], a[c + 3], a[c + 4])]), + d; + + for (d = 0; 4 > d; ++d) { + I(a, b + 32 * d, c, 0, c.length); + } + } + + function gf(a, b) { + var c = a[b - 1], + d = a[b - 1 + 32], + e = a[b - 1 + 64], + f = a[b - 1 + 96]; + ra(a, b + 0, 16843009 * z(a[b - 1 - 32], c, d)); + ra(a, b + 32, 16843009 * z(c, d, e)); + ra(a, b + 64, 16843009 * z(d, e, f)); + ra(a, b + 96, 16843009 * z(e, f, f)); + } + + function df(a, b) { + var c = 4, + d; + + for (d = 0; 4 > d; ++d) { + c += a[b + d - 32] + a[b - 1 + 32 * d]; + } + + c >>= 3; + + for (d = 0; 4 > d; ++d) { + M(a, b + 32 * d, c, 4); + } + } + + function hf(a, b) { + var c = a[b - 1 + 0], + d = a[b - 1 + 32], + e = a[b - 1 + 64], + f = a[b - 1 - 32], + g = a[b + 0 - 32], + h = a[b + 1 - 32], + k = a[b + 2 - 32], + l = a[b + 3 - 32]; + a[b + 0 + 96] = z(d, e, a[b - 1 + 96]); + a[b + 1 + 96] = a[b + 0 + 64] = z(c, d, e); + a[b + 2 + 96] = a[b + 1 + 64] = a[b + 0 + 32] = z(f, c, d); + a[b + 3 + 96] = a[b + 2 + 64] = a[b + 1 + 32] = a[b + 0 + 0] = z(g, f, c); + a[b + 3 + 64] = a[b + 2 + 32] = a[b + 1 + 0] = z(h, g, f); + a[b + 3 + 32] = a[b + 2 + 0] = z(k, h, g); + a[b + 3 + 0] = z(l, k, h); + } + + function kf(a, b) { + var c = a[b + 1 - 32], + d = a[b + 2 - 32], + e = a[b + 3 - 32], + f = a[b + 4 - 32], + g = a[b + 5 - 32], + h = a[b + 6 - 32], + k = a[b + 7 - 32]; + a[b + 0 + 0] = z(a[b + 0 - 32], c, d); + a[b + 1 + 0] = a[b + 0 + 32] = z(c, d, e); + a[b + 2 + 0] = a[b + 1 + 32] = a[b + 0 + 64] = z(d, e, f); + a[b + 3 + 0] = a[b + 2 + 32] = a[b + 1 + 64] = a[b + 0 + 96] = z(e, f, g); + a[b + 3 + 32] = a[b + 2 + 64] = a[b + 1 + 96] = z(f, g, h); + a[b + 3 + 64] = a[b + 2 + 96] = z(g, h, k); + a[b + 3 + 96] = z(h, k, k); + } + + function jf(a, b) { + var c = a[b - 1 + 0], + d = a[b - 1 + 32], + e = a[b - 1 + 64], + f = a[b - 1 - 32], + g = a[b + 0 - 32], + h = a[b + 1 - 32], + k = a[b + 2 - 32], + l = a[b + 3 - 32]; + a[b + 0 + 0] = a[b + 1 + 64] = f + g + 1 >> 1; + a[b + 1 + 0] = a[b + 2 + 64] = g + h + 1 >> 1; + a[b + 2 + 0] = a[b + 3 + 64] = h + k + 1 >> 1; + a[b + 3 + 0] = k + l + 1 >> 1; + a[b + 0 + 96] = z(e, d, c); + a[b + 0 + 64] = z(d, c, f); + a[b + 0 + 32] = a[b + 1 + 96] = z(c, f, g); + a[b + 1 + 32] = a[b + 2 + 96] = z(f, g, h); + a[b + 2 + 32] = a[b + 3 + 96] = z(g, h, k); + a[b + 3 + 32] = z(h, k, l); + } + + function lf(a, b) { + var c = a[b + 0 - 32], + d = a[b + 1 - 32], + e = a[b + 2 - 32], + f = a[b + 3 - 32], + g = a[b + 4 - 32], + h = a[b + 5 - 32], + k = a[b + 6 - 32], + l = a[b + 7 - 32]; + a[b + 0 + 0] = c + d + 1 >> 1; + a[b + 1 + 0] = a[b + 0 + 64] = d + e + 1 >> 1; + a[b + 2 + 0] = a[b + 1 + 64] = e + f + 1 >> 1; + a[b + 3 + 0] = a[b + 2 + 64] = f + g + 1 >> 1; + a[b + 0 + 32] = z(c, d, e); + a[b + 1 + 32] = a[b + 0 + 96] = z(d, e, f); + a[b + 2 + 32] = a[b + 1 + 96] = z(e, f, g); + a[b + 3 + 32] = a[b + 2 + 96] = z(f, g, h); + a[b + 3 + 64] = z(g, h, k); + a[b + 3 + 96] = z(h, k, l); + } + + function nf(a, b) { + var c = a[b - 1 + 0], + d = a[b - 1 + 32], + e = a[b - 1 + 64], + f = a[b - 1 + 96]; + a[b + 0 + 0] = c + d + 1 >> 1; + a[b + 2 + 0] = a[b + 0 + 32] = d + e + 1 >> 1; + a[b + 2 + 32] = a[b + 0 + 64] = e + f + 1 >> 1; + a[b + 1 + 0] = z(c, d, e); + a[b + 3 + 0] = a[b + 1 + 32] = z(d, e, f); + a[b + 3 + 32] = a[b + 1 + 64] = z(e, f, f); + a[b + 3 + 64] = a[b + 2 + 64] = a[b + 0 + 96] = a[b + 1 + 96] = a[b + 2 + 96] = a[b + 3 + 96] = f; + } + + function mf(a, b) { + var c = a[b - 1 + 0], + d = a[b - 1 + 32], + e = a[b - 1 + 64], + f = a[b - 1 + 96], + g = a[b - 1 - 32], + h = a[b + 0 - 32], + k = a[b + 1 - 32], + l = a[b + 2 - 32]; + a[b + 0 + 0] = a[b + 2 + 32] = c + g + 1 >> 1; + a[b + 0 + 32] = a[b + 2 + 64] = d + c + 1 >> 1; + a[b + 0 + 64] = a[b + 2 + 96] = e + d + 1 >> 1; + a[b + 0 + 96] = f + e + 1 >> 1; + a[b + 3 + 0] = z(h, k, l); + a[b + 2 + 0] = z(g, h, k); + a[b + 1 + 0] = a[b + 3 + 32] = z(c, g, h); + a[b + 1 + 32] = a[b + 3 + 64] = z(d, c, g); + a[b + 1 + 64] = a[b + 3 + 96] = z(e, d, c); + a[b + 1 + 96] = z(f, e, d); + } + + function xf(a, b) { + var c; + + for (c = 0; 8 > c; ++c) { + I(a, b + 32 * c, a, b - 32, 8); + } + } + + function yf(a, b) { + var c; + + for (c = 0; 8 > c; ++c) { + M(a, b, a[b - 1], 8), b += 32; + } + } + + function lb(a, b, c) { + var d; + + for (d = 0; 8 > d; ++d) { + M(b, c + 32 * d, a, 8); + } + } + + function vf(a, b) { + var c = 8, + d; + + for (d = 0; 8 > d; ++d) { + c += a[b + d - 32] + a[b - 1 + 32 * d]; + } + + lb(c >> 4, a, b); + } + + function Af(a, b) { + var c = 4, + d; + + for (d = 0; 8 > d; ++d) { + c += a[b + d - 32]; + } + + lb(c >> 3, a, b); + } + + function zf(a, b) { + var c = 4, + d; + + for (d = 0; 8 > d; ++d) { + c += a[b - 1 + 32 * d]; + } + + lb(c >> 3, a, b); + } + + function Bf(a, b) { + lb(128, a, b); + } + + function ab(a, b, c) { + var d = a[b - c], + e = a[b + 0], + f = 3 * (e - d) + Qb[1020 + a[b - 2 * c] - a[b + c]], + g = mb[112 + (f + 4 >> 3)]; + a[b - c] = R[255 + d + mb[112 + (f + 3 >> 3)]]; + a[b + 0] = R[255 + e - g]; + } + + function jd(a, b, c, d) { + var e = a[b + 0], + f = a[b + c]; + return U[255 + a[b - 2 * c] - a[b - c]] > d || U[255 + f - e] > d; + } + + function kd(a, b, c, d) { + return 4 * U[255 + a[b - c] - a[b + 0]] + U[255 + a[b - 2 * c] - a[b + c]] <= d; + } + + function ld(a, b, c, d, e) { + var f = a[b - 3 * c], + g = a[b - 2 * c], + h = a[b - c], + k = a[b + 0], + l = a[b + c], + m = a[b + 2 * c], + n = a[b + 3 * c]; + return 4 * U[255 + h - k] + U[255 + g - l] > d ? 0 : U[255 + a[b - 4 * c] - f] <= e && U[255 + f - g] <= e && U[255 + g - h] <= e && U[255 + n - m] <= e && U[255 + m - l] <= e && U[255 + l - k] <= e; + } + + function gd(a, b, c, d) { + var e = 2 * d + 1; + + for (d = 0; 16 > d; ++d) { + kd(a, b + d, c, e) && ab(a, b + d, c); + } + } + + function hd(a, b, c, d) { + var e = 2 * d + 1; + + for (d = 0; 16 > d; ++d) { + kd(a, b + d * c, 1, e) && ab(a, b + d * c, 1); + } + } + + function bf(a, b, c, d) { + var e; + + for (e = 3; 0 < e; --e) { + b += 4 * c, gd(a, b, c, d); + } + } + + function cf(a, b, c, d) { + var e; + + for (e = 3; 0 < e; --e) { + b += 4, hd(a, b, c, d); + } + } + + function ea(a, b, c, d, e, f, g, h) { + for (f = 2 * f + 1; 0 < e--;) { + if (ld(a, b, c, f, g)) { if (jd(a, b, c, h)) { ab(a, b, c); }else { + var k = a, + l = b, + m = c, + n = k[l - 2 * m], + r = k[l - m], + q = k[l + 0], + t = k[l + m], + v = k[l + 2 * m], + p = Qb[1020 + 3 * (q - r) + Qb[1020 + n - t]], + u = 27 * p + 63 >> 7, + w = 18 * p + 63 >> 7, + p = 9 * p + 63 >> 7; + k[l - 3 * m] = R[255 + k[l - 3 * m] + p]; + k[l - 2 * m] = R[255 + n + w]; + k[l - m] = R[255 + r + u]; + k[l + 0] = R[255 + q - u]; + k[l + m] = R[255 + t - w]; + k[l + 2 * m] = R[255 + v - p]; + } } + b += d; + } + } + + function Fa(a, b, c, d, e, f, g, h) { + for (f = 2 * f + 1; 0 < e--;) { + if (ld(a, b, c, f, g)) { if (jd(a, b, c, h)) { ab(a, b, c); }else { + var k = a, + l = b, + m = c, + n = k[l - m], + r = k[l + 0], + q = k[l + m], + t = 3 * (r - n), + v = mb[112 + (t + 4 >> 3)], + t = mb[112 + (t + 3 >> 3)], + p = v + 1 >> 1; + k[l - 2 * m] = R[255 + k[l - 2 * m] + p]; + k[l - m] = R[255 + n + t]; + k[l + 0] = R[255 + r - v]; + k[l + m] = R[255 + q - p]; + } } + b += d; + } + } + + function Ue(a, b, c, d, e, f) { + ea(a, b, c, 1, 16, d, e, f); + } + + function Ve(a, b, c, d, e, f) { + ea(a, b, 1, c, 16, d, e, f); + } + + function Ye(a, b, c, d, e, f) { + var g; + + for (g = 3; 0 < g; --g) { + b += 4 * c, Fa(a, b, c, 1, 16, d, e, f); + } + } + + function Ze(a, b, c, d, e, f) { + var g; + + for (g = 3; 0 < g; --g) { + b += 4, Fa(a, b, 1, c, 16, d, e, f); + } + } + + function We(a, b, c, d, e, f, g, h) { + ea(a, b, e, 1, 8, f, g, h); + ea(c, d, e, 1, 8, f, g, h); + } + + function Xe(a, b, c, d, e, f, g, h) { + ea(a, b, 1, e, 8, f, g, h); + ea(c, d, 1, e, 8, f, g, h); + } + + function $e(a, b, c, d, e, f, g, h) { + Fa(a, b + 4 * e, e, 1, 8, f, g, h); + Fa(c, d + 4 * e, e, 1, 8, f, g, h); + } + + function af(a, b, c, d, e, f, g, h) { + Fa(a, b + 4, 1, e, 8, f, g, h); + Fa(c, d + 4, 1, e, 8, f, g, h); + } + + function Cf() { + this.ba = new Cb(); + this.ec = []; + this.cc = []; + this.Mc = []; + this.Dc = this.Nc = this.dc = this.fc = 0; + this.Oa = new Ud(); + this.memory = 0; + this.Ib = "OutputFunc"; + this.Jb = "OutputAlphaFunc"; + this.Nd = "OutputRowFunc"; + } + + function md() { + this.data = []; + this.offset = this.kd = this.ha = this.w = 0; + this.na = []; + this.xa = this.gb = this.Ja = this.Sa = this.P = 0; + } + + function Df() { + this.nc = this.Ea = this.b = this.hc = 0; + this.K = []; + this.w = 0; + } + + function Ef() { + this.ua = 0; + this.Wa = new ac(); + this.vb = new ac(); + this.md = this.xc = this.wc = 0; + this.vc = []; + this.Wb = 0; + this.Ya = new Ub(); + this.yc = new O(); + } + + function je() { + this.xb = this.a = 0; + this.l = new Oa(); + this.ca = new Cb(); + this.V = []; + this.Ba = 0; + this.Ta = []; + this.Ua = 0; + this.m = new Ra(); + this.Pb = 0; + this.wd = new Ra(); + this.Ma = this.$ = this.C = this.i = this.c = this.xd = 0; + this.s = new Ef(); + this.ab = 0; + this.gc = wa(4, Df); + this.Oc = 0; + } + + function Ff() { + this.Lc = this.Z = this.$a = this.i = this.c = 0; + this.l = new Oa(); + this.ic = 0; + this.ca = []; + this.tb = 0; + this.qd = null; + this.rd = 0; + } + + function Rb(a, b, c, d, e, f, g) { + a = null == a ? 0 : a[b + 0]; + + for (b = 0; b < g; ++b) { + e[f + b] = a + c[d + b] & 255, a = e[f + b]; + } + } + + function Gf(a, b, c, d, e, f, g) { + if (null == a) { Rb(null, null, c, d, e, f, g); }else { + var h; + + for (h = 0; h < g; ++h) { + e[f + h] = a[b + h] + c[d + h] & 255; + } + } + } + + function Hf(a, b, c, d, e, f, g) { + if (null == a) { Rb(null, null, c, d, e, f, g); }else { + var h = a[b + 0], + k = h, + l = h, + m; + + for (m = 0; m < g; ++m) { + h = a[b + m], k = l + h - k, l = c[d + m] + (k & -256 ? 0 > k ? 0 : 255 : k) & 255, k = h, e[f + m] = l; + } + } + } + + function Le(a, b, c, d) { + var e = b.width, + f = b.o; + x(null != a && null != b); + if (0 > c || 0 >= d || c + d > f) { return null; } + + if (!a.Cc) { + if (null == a.ga) { + a.ga = new Ff(); + var g; + (g = null == a.ga) || (g = b.width * b.o, x(0 == a.Gb.length), a.Gb = V(g), a.Uc = 0, null == a.Gb ? g = 0 : (a.mb = a.Gb, a.nb = a.Uc, a.rc = null, g = 1), g = !g); + + if (!g) { + g = a.ga; + var h = a.Fa, + k = a.P, + l = a.qc, + m = a.mb, + n = a.nb, + r = k + 1, + q = l - 1, + t = g.l; + x(null != h && null != m && null != b); + ia[0] = null; + ia[1] = Rb; + ia[2] = Gf; + ia[3] = Hf; + g.ca = m; + g.tb = n; + g.c = b.width; + g.i = b.height; + x(0 < g.c && 0 < g.i); + if (1 >= l) { b = 0; }else if (g.$a = h[k + 0] >> 0 & 3, g.Z = h[k + 0] >> 2 & 3, g.Lc = h[k + 0] >> 4 & 3, k = h[k + 0] >> 6 & 3, 0 > g.$a || 1 < g.$a || 4 <= g.Z || 1 < g.Lc || k) { b = 0; }else if (t.put = kc, t.ac = gc, t.bc = lc, t.ma = g, t.width = b.width, t.height = b.height, t.Da = b.Da, t.v = b.v, t.va = b.va, t.j = b.j, t.o = b.o, g.$a) { b: { + x(1 == g.$a), b = Bc(); + + c: for (;;) { + if (null == b) { + b = 0; + break b; + } + + x(null != g); + g.mc = b; + b.c = g.c; + b.i = g.i; + b.l = g.l; + b.l.ma = g; + b.l.width = g.c; + b.l.height = g.i; + b.a = 0; + cb(b.m, h, r, q); + if (!rb(g.c, g.i, 1, b, null)) { break c; } + 1 == b.ab && 3 == b.gc[0].hc && yc(b.s) ? (g.ic = 1, h = b.c * b.i, b.Ta = null, b.Ua = 0, b.V = V(h), b.Ba = 0, null == b.V ? (b.a = 1, b = 0) : b = 1) : (g.ic = 0, b = Ec(b, g.c)); + if (!b) { break c; } + b = 1; + break b; + } + + g.mc = null; + b = 0; + } } else { b = q >= g.c * g.i; } + g = !b; + } + + if (g) { return null; } + 1 != a.ga.Lc ? a.Ga = 0 : d = f - c; + } + + x(null != a.ga); + x(c + d <= f); + + a: { + h = a.ga; + b = h.c; + f = h.l.o; + + if (0 == h.$a) { + r = a.rc; + q = a.Vc; + t = a.Fa; + k = a.P + 1 + c * b; + l = a.mb; + m = a.nb + c * b; + x(k <= a.P + a.qc); + if (0 != h.Z) { for (x(null != ia[h.Z]), g = 0; g < d; ++g) { + ia[h.Z](r, q, t, k, l, m, b), r = l, q = m, m += b, k += b; + } } else { for (g = 0; g < d; ++g) { + I(l, m, t, k, b), r = l, q = m, m += b, k += b; + } } + a.rc = r; + a.Vc = q; + } else { + x(null != h.mc); + b = c + d; + g = h.mc; + x(null != g); + x(b <= g.i); + if (g.C >= b) { b = 1; }else if (h.ic || Aa(), h.ic) { + var h = g.V, + r = g.Ba, + q = g.c, + v = g.i, + t = 1, + k = g.$ / q, + l = g.$ % q, + m = g.m, + n = g.s, + p = g.$, + u = q * v, + w = q * b, + y = n.wc, + A = p < w ? ha(n, l, k) : null; + x(p <= u); + x(b <= v); + x(yc(n)); + + c: for (;;) { + for (; !m.h && p < w;) { + l & y || (A = ha(n, l, k)); + x(null != A); + Sa(m); + v = ua(A.G[0], A.H[0], m); + if (256 > v) { h[r + p] = v, ++p, ++l, l >= q && (l = 0, ++k, k <= b && !(k % 16) && Ib(g, k)); }else if (280 > v) { + var v = ib(v - 256, m); + var E = ua(A.G[4], A.H[4], m); + Sa(m); + E = ib(E, m); + E = nc(q, E); + + if (p >= E && u - p >= v) { + var B; + + for (B = 0; B < v; ++B) { + h[r + p + B] = h[r + p + B - E]; + } + } else { + t = 0; + break c; + } + + p += v; + + for (l += v; l >= q;) { + l -= q, ++k, k <= b && !(k % 16) && Ib(g, k); + } + + p < w && l & y && (A = ha(n, l, k)); + } else { + t = 0; + break c; + } + x(m.h == db(m)); + } + + Ib(g, k > b ? b : k); + break c; + } + + !t || m.h && p < u ? (t = 0, g.a = m.h ? 5 : 3) : g.$ = p; + b = t; + } else { b = Jb(g, g.V, g.Ba, g.c, g.i, b, se); } + + if (!b) { + d = 0; + break a; + } + } + + c + d >= f && (a.Cc = 1); + d = 1; + } + + if (!d) { return null; } + if (a.Cc && (d = a.ga, null != d && (d.mc = null), a.ga = null, 0 < a.Ga)) { return alert("todo:WebPDequantizeLevels"), null; } + } + + return a.nb + c * e; + } + + function If(a, b, c, d, e, f) { + for (; 0 < e--;) { + var g = a, + h = b + (c ? 1 : 0), + k = a, + l = b + (c ? 0 : 3), + m; + + for (m = 0; m < d; ++m) { + var n = k[l + 4 * m]; + 255 != n && (n *= 32897, g[h + 4 * m + 0] = g[h + 4 * m + 0] * n >> 23, g[h + 4 * m + 1] = g[h + 4 * m + 1] * n >> 23, g[h + 4 * m + 2] = g[h + 4 * m + 2] * n >> 23); + } + + b += f; + } + } + + function Jf(a, b, c, d, e) { + for (; 0 < d--;) { + var f; + + for (f = 0; f < c; ++f) { + var g = a[b + 2 * f + 0], + h = a[b + 2 * f + 1], + k = h & 15, + l = 4369 * k, + h = (h & 240 | h >> 4) * l >> 16; + a[b + 2 * f + 0] = (g & 240 | g >> 4) * l >> 16 & 240 | (g & 15 | g << 4) * l >> 16 >> 4 & 15; + a[b + 2 * f + 1] = h & 240 | k; + } + + b += e; + } + } + + function Kf(a, b, c, d, e, f, g, h) { + var k = 255, + l, + m; + + for (m = 0; m < e; ++m) { + for (l = 0; l < d; ++l) { + var n = a[b + l]; + f[g + 4 * l] = n; + k &= n; + } + + b += c; + g += h; + } + + return 255 != k; + } + + function Lf(a, b, c, d, e) { + var f; + + for (f = 0; f < e; ++f) { + c[d + f] = a[b + f] >> 8; + } + } + + function Aa() { + za = If; + vc = Jf; + fc = Kf; + Fc = Lf; + } + + function va(a, b, c) { + self[a] = function (a, e, f, g, h, k, l, m, n, r, q, t, v, p, u, w, y) { + var d, + E = y - 1 >> 1; + var B = h[k + 0] | l[m + 0] << 16; + var C = n[r + 0] | q[t + 0] << 16; + x(null != a); + var z = 3 * B + C + 131074 >> 2; + b(a[e + 0], z & 255, z >> 16, v, p); + null != f && (z = 3 * C + B + 131074 >> 2, b(f[g + 0], z & 255, z >> 16, u, w)); + + for (d = 1; d <= E; ++d) { + var D = h[k + d] | l[m + d] << 16; + var G = n[r + d] | q[t + d] << 16; + var F = B + D + C + G + 524296; + var H = F + 2 * (D + C) >> 3; + F = F + 2 * (B + G) >> 3; + z = H + B >> 1; + B = F + D >> 1; + b(a[e + 2 * d - 1], z & 255, z >> 16, v, p + (2 * d - 1) * c); + b(a[e + 2 * d - 0], B & 255, B >> 16, v, p + (2 * d - 0) * c); + null != f && (z = F + C >> 1, B = H + G >> 1, b(f[g + 2 * d - 1], z & 255, z >> 16, u, w + (2 * d - 1) * c), b(f[g + 2 * d + 0], B & 255, B >> 16, u, w + (2 * d + 0) * c)); + B = D; + C = G; + } + + y & 1 || (z = 3 * B + C + 131074 >> 2, b(a[e + y - 1], z & 255, z >> 16, v, p + (y - 1) * c), null != f && (z = 3 * C + B + 131074 >> 2, b(f[g + y - 1], z & 255, z >> 16, u, w + (y - 1) * c))); + }; + } + + function ic() { + P[Ca] = Mf; + P[Ua] = nd; + P[tc] = Nf; + P[Va] = od; + P[ya] = pd; + P[Db] = qd; + P[wc] = Of; + P[zb] = nd; + P[Ab] = od; + P[Ja] = pd; + P[Bb] = qd; + } + + function Sb(a) { + return a & ~Pf ? 0 > a ? 0 : 255 : a >> rd; + } + + function bb(a, b) { + return Sb((19077 * a >> 8) + (26149 * b >> 8) - 14234); + } + + function nb(a, b, c) { + return Sb((19077 * a >> 8) - (6419 * b >> 8) - (13320 * c >> 8) + 8708); + } + + function Pa(a, b) { + return Sb((19077 * a >> 8) + (33050 * b >> 8) - 17685); + } + + function Ga(a, b, c, d, e) { + d[e + 0] = bb(a, c); + d[e + 1] = nb(a, b, c); + d[e + 2] = Pa(a, b); + } + + function Tb(a, b, c, d, e) { + d[e + 0] = Pa(a, b); + d[e + 1] = nb(a, b, c); + d[e + 2] = bb(a, c); + } + + function sd(a, b, c, d, e) { + var f = nb(a, b, c); + b = f << 3 & 224 | Pa(a, b) >> 3; + d[e + 0] = bb(a, c) & 248 | f >> 5; + d[e + 1] = b; + } + + function td(a, b, c, d, e) { + var f = Pa(a, b) & 240 | 15; + d[e + 0] = bb(a, c) & 240 | nb(a, b, c) >> 4; + d[e + 1] = f; + } + + function ud(a, b, c, d, e) { + d[e + 0] = 255; + Ga(a, b, c, d, e + 1); + } + + function vd(a, b, c, d, e) { + Tb(a, b, c, d, e); + d[e + 3] = 255; + } + + function wd(a, b, c, d, e) { + Ga(a, b, c, d, e); + d[e + 3] = 255; + } + + function ga(a, b) { + return 0 > a ? 0 : a > b ? b : a; + } + + function la(a, b, c) { + self[a] = function (a, e, f, g, h, k, l, m, n) { + for (var d = m + (n & -2) * c; m != d;) { + b(a[e + 0], f[g + 0], h[k + 0], l, m), b(a[e + 1], f[g + 0], h[k + 0], l, m + c), e += 2, ++g, ++k, m += 2 * c; + } + + n & 1 && b(a[e + 0], f[g + 0], h[k + 0], l, m); + }; + } + + function xd(a, b, c) { + return 0 == c ? 0 == a ? 0 == b ? 6 : 5 : 0 == b ? 4 : 0 : c; + } + + function yd(a, b, c, d, e) { + switch (a >>> 30) { + case 3: + Za(b, c, d, e, 0); + break; + + case 2: + fd(b, c, d, e); + break; + + case 1: + pa(b, c, d, e); + } + } + + function Oc(a, b) { + var c, + d, + e = b.M, + f = b.Nb, + g = a.oc, + h = a.pc + 40, + k = a.oc, + l = a.pc + 584, + m = a.oc, + n = a.pc + 600; + + for (c = 0; 16 > c; ++c) { + g[h + 32 * c - 1] = 129; + } + + for (c = 0; 8 > c; ++c) { + k[l + 32 * c - 1] = 129, m[n + 32 * c - 1] = 129; + } + + 0 < e ? g[h - 1 - 32] = k[l - 1 - 32] = m[n - 1 - 32] = 129 : (M(g, h - 32 - 1, 127, 21), M(k, l - 32 - 1, 127, 9), M(m, n - 32 - 1, 127, 9)); + + for (d = 0; d < a.za; ++d) { + var r = b.ya[b.aa + d]; + + if (0 < d) { + for (c = -1; 16 > c; ++c) { + I(g, h + 32 * c - 4, g, h + 32 * c + 12, 4); + } + + for (c = -1; 8 > c; ++c) { + I(k, l + 32 * c - 4, k, l + 32 * c + 4, 4), I(m, n + 32 * c - 4, m, n + 32 * c + 4, 4); + } + } + + var q = a.Gd, + t = a.Hd + d, + v = r.ad, + p = r.Hc; + 0 < e && (I(g, h - 32, q[t].y, 0, 16), I(k, l - 32, q[t].f, 0, 8), I(m, n - 32, q[t].ea, 0, 8)); + + if (r.Za) { + var u = g; + var w = h - 32 + 16; + 0 < e && (d >= a.za - 1 ? M(u, w, q[t].y[15], 4) : I(u, w, q[t + 1].y, 0, 4)); + + for (c = 0; 4 > c; c++) { + u[w + 128 + c] = u[w + 256 + c] = u[w + 384 + c] = u[w + 0 + c]; + } + + for (c = 0; 16 > c; ++c, p <<= 2) { + u = g, w = h + zd[c], W[r.Ob[c]](u, w), yd(p, v, 16 * +c, u, w); + } + } else if (u = xd(d, e, r.Ob[0]), Y[u](g, h), 0 != p) { for (c = 0; 16 > c; ++c, p <<= 2) { + yd(p, v, 16 * +c, g, h + zd[c]); + } } + + c = r.Gc; + u = xd(d, e, r.Dd); + ka[u](k, l); + ka[u](m, n); + r = c >> 0; + p = v; + u = k; + w = l; + r & 255 && (r & 170 ? Nb(p, 256, u, w) : Ob(p, 256, u, w)); + c >>= 8; + r = m; + p = n; + c & 255 && (c & 170 ? Nb(v, 320, r, p) : Ob(v, 320, r, p)); + e < a.Ub - 1 && (I(q[t].y, 0, g, h + 480, 16), I(q[t].f, 0, k, l + 224, 8), I(q[t].ea, 0, m, n + 224, 8)); + c = 8 * f * a.B; + q = a.sa; + t = a.ta + 16 * d + 16 * f * a.R; + v = a.qa; + r = a.ra + 8 * d + c; + p = a.Ha; + u = a.Ia + 8 * d + c; + + for (c = 0; 16 > c; ++c) { + I(q, t + c * a.R, g, h + 32 * c, 16); + } + + for (c = 0; 8 > c; ++c) { + I(v, r + c * a.B, k, l + 32 * c, 8), I(p, u + c * a.B, m, n + 32 * c, 8); + } + } + } + + function Ad(a, b, c, d, e, f, g, h, k) { + var l = [0], + m = [0], + n = 0, + r = null != k ? k.kd : 0, + q = null != k ? k : new md(); + if (null == a || 12 > c) { return 7; } + q.data = a; + q.w = b; + q.ha = c; + b = [b]; + c = [c]; + q.gb = [q.gb]; + + a: { + var t = b; + var v = c; + var p = q.gb; + x(null != a); + x(null != v); + x(null != p); + p[0] = 0; + + if (12 <= v[0] && !fa(a, t[0], "RIFF")) { + if (fa(a, t[0] + 8, "WEBP")) { + p = 3; + break a; + } + + var u = Ha(a, t[0] + 4); + + if (12 > u || 4294967286 < u) { + p = 3; + break a; + } + + if (r && u > v[0] - 8) { + p = 7; + break a; + } + + p[0] = u; + t[0] += 12; + v[0] -= 12; + } + + p = 0; + } + + if (0 != p) { return p; } + u = 0 < q.gb[0]; + + for (c = c[0];;) { + t = [0]; + n = [n]; + + a: { + var w = a; + v = b; + p = c; + var y = n, + A = l, + z = m, + B = t; + y[0] = 0; + if (8 > p[0]) { p = 7; }else { + if (!fa(w, v[0], "VP8X")) { + if (10 != Ha(w, v[0] + 4)) { + p = 3; + break a; + } + + if (18 > p[0]) { + p = 7; + break a; + } + + var C = Ha(w, v[0] + 8); + var D = 1 + Yb(w, v[0] + 12); + w = 1 + Yb(w, v[0] + 15); + + if (2147483648 <= D * w) { + p = 3; + break a; + } + + null != B && (B[0] = C); + null != A && (A[0] = D); + null != z && (z[0] = w); + v[0] += 18; + p[0] -= 18; + y[0] = 1; + } + + p = 0; + } + } + + n = n[0]; + t = t[0]; + if (0 != p) { return p; } + v = !!(t & 2); + if (!u && n) { return 3; } + null != f && (f[0] = !!(t & 16)); + null != g && (g[0] = v); + null != h && (h[0] = 0); + g = l[0]; + t = m[0]; + + if (n && v && null == k) { + p = 0; + break; + } + + if (4 > c) { + p = 7; + break; + } + + if (u && n || !u && !n && !fa(a, b[0], "ALPH")) { + c = [c]; + q.na = [q.na]; + q.P = [q.P]; + q.Sa = [q.Sa]; + + a: { + C = a; + p = b; + u = c; + var y = q.gb, + A = q.na, + z = q.P, + B = q.Sa; + D = 22; + x(null != C); + x(null != u); + w = p[0]; + var F = u[0]; + x(null != A); + x(null != B); + A[0] = null; + z[0] = null; + + for (B[0] = 0;;) { + p[0] = w; + u[0] = F; + + if (8 > F) { + p = 7; + break a; + } + + var G = Ha(C, w + 4); + + if (4294967286 < G) { + p = 3; + break a; + } + + var H = 8 + G + 1 & -2; + D += H; + + if (0 < y && D > y) { + p = 3; + break a; + } + + if (!fa(C, w, "VP8 ") || !fa(C, w, "VP8L")) { + p = 0; + break a; + } + + if (F[0] < H) { + p = 7; + break a; + } + + fa(C, w, "ALPH") || (A[0] = C, z[0] = w + 8, B[0] = G); + w += H; + F -= H; + } + } + + c = c[0]; + q.na = q.na[0]; + q.P = q.P[0]; + q.Sa = q.Sa[0]; + if (0 != p) { break; } + } + + c = [c]; + q.Ja = [q.Ja]; + q.xa = [q.xa]; + + a: if (y = a, p = b, u = c, A = q.gb[0], z = q.Ja, B = q.xa, C = p[0], w = !fa(y, C, "VP8 "), D = !fa(y, C, "VP8L"), x(null != y), x(null != u), x(null != z), x(null != B), 8 > u[0]) { p = 7; }else { + if (w || D) { + y = Ha(y, C + 4); + + if (12 <= A && y > A - 12) { + p = 3; + break a; + } + + if (r && y > u[0] - 8) { + p = 7; + break a; + } + + z[0] = y; + p[0] += 8; + u[0] -= 8; + B[0] = D; + } else { B[0] = 5 <= u[0] && 47 == y[C + 0] && !(y[C + 4] >> 5), z[0] = u[0]; } + + p = 0; + } + + c = c[0]; + q.Ja = q.Ja[0]; + q.xa = q.xa[0]; + b = b[0]; + if (0 != p) { break; } + if (4294967286 < q.Ja) { return 3; } + null == h || v || (h[0] = q.xa ? 2 : 1); + g = [g]; + t = [t]; + + if (q.xa) { + if (5 > c) { + p = 7; + break; + } + + h = g; + r = t; + v = f; + null == a || 5 > c ? a = 0 : 5 <= c && 47 == a[b + 0] && !(a[b + 4] >> 5) ? (u = [0], y = [0], A = [0], z = new Ra(), cb(z, a, b, c), mc(z, u, y, A) ? (null != h && (h[0] = u[0]), null != r && (r[0] = y[0]), null != v && (v[0] = A[0]), a = 1) : a = 0) : a = 0; + } else { + if (10 > c) { + p = 7; + break; + } + + h = t; + null == a || 10 > c || !Jc(a, b + 3, c - 3) ? a = 0 : (r = a[b + 0] | a[b + 1] << 8 | a[b + 2] << 16, v = (a[b + 7] << 8 | a[b + 6]) & 16383, a = (a[b + 9] << 8 | a[b + 8]) & 16383, r & 1 || 3 < (r >> 1 & 7) || !(r >> 4 & 1) || r >> 5 >= q.Ja || !v || !a ? a = 0 : (g && (g[0] = v), h && (h[0] = a), a = 1)); + } + + if (!a) { return 3; } + g = g[0]; + t = t[0]; + if (n && (l[0] != g || m[0] != t)) { return 3; } + null != k && (k[0] = q, k.offset = b - k.w, x(4294967286 > b - k.w), x(k.offset == k.ha - c)); + break; + } + + return 0 == p || 7 == p && n && null == k ? (null != f && (f[0] |= null != q.na && 0 < q.na.length), null != d && (d[0] = g), null != e && (e[0] = t), 0) : p; + } + + function hc(a, b, c) { + var d = b.width, + e = b.height, + f = 0, + g = 0, + h = d, + k = e; + b.Da = null != a && 0 < a.Da; + if (b.Da && (h = a.cd, k = a.bd, f = a.v, g = a.j, 11 > c || (f &= -2, g &= -2), 0 > f || 0 > g || 0 >= h || 0 >= k || f + h > d || g + k > e)) { return 0; } + b.v = f; + b.j = g; + b.va = f + h; + b.o = g + k; + b.U = h; + b.T = k; + b.da = null != a && 0 < a.da; + + if (b.da) { + c = [a.ib]; + f = [a.hb]; + if (!bc(h, k, c, f)) { return 0; } + b.ib = c[0]; + b.hb = f[0]; + } + + b.ob = null != a && a.ob; + b.Kb = null == a || !a.Sd; + b.da && (b.ob = b.ib < 3 * d / 4 && b.hb < 3 * e / 4, b.Kb = 0); + return 1; + } + + function Bd(a) { + if (null == a) { return 2; } + + if (11 > a.S) { + var b = a.f.RGBA; + b.fb += (a.height - 1) * b.A; + b.A = -b.A; + } else { b = a.f.kb, a = a.height, b.O += (a - 1) * b.fa, b.fa = -b.fa, b.N += (a - 1 >> 1) * b.Ab, b.Ab = -b.Ab, b.W += (a - 1 >> 1) * b.Db, b.Db = -b.Db, null != b.F && (b.J += (a - 1) * b.lb, b.lb = -b.lb); } + + return 0; + } + + function Cd(a, b, c, d) { + if (null == d || 0 >= a || 0 >= b) { return 2; } + + if (null != c) { + if (c.Da) { + var e = c.cd, + f = c.bd, + g = c.v & -2, + h = c.j & -2; + if (0 > g || 0 > h || 0 >= e || 0 >= f || g + e > a || h + f > b) { return 2; } + a = e; + b = f; + } + + if (c.da) { + e = [c.ib]; + f = [c.hb]; + if (!bc(a, b, e, f)) { return 2; } + a = e[0]; + b = f[0]; + } + } + + d.width = a; + d.height = b; + + a: { + var k = d.width; + var l = d.height; + a = d.S; + if (0 >= k || 0 >= l || !(a >= Ca && 13 > a)) { a = 2; }else { + if (0 >= d.Rd && null == d.sd) { + var g = f = e = b = 0, + h = k * Dd[a], + m = h * l; + 11 > a || (b = (k + 1) / 2, f = (l + 1) / 2 * b, 12 == a && (e = k, g = e * l)); + l = V(m + 2 * f + g); + + if (null == l) { + a = 1; + break a; + } + + d.sd = l; + 11 > a ? (k = d.f.RGBA, k.eb = l, k.fb = 0, k.A = h, k.size = m) : (k = d.f.kb, k.y = l, k.O = 0, k.fa = h, k.Fd = m, k.f = l, k.N = 0 + m, k.Ab = b, k.Cd = f, k.ea = l, k.W = 0 + m + f, k.Db = b, k.Ed = f, 12 == a && (k.F = l, k.J = 0 + m + 2 * f), k.Tc = g, k.lb = e); + } + + b = 1; + e = d.S; + f = d.width; + g = d.height; + if (e >= Ca && 13 > e) { + if (11 > e) { a = d.f.RGBA, h = Math.abs(a.A), b &= h * (g - 1) + f <= a.size, b &= h >= f * Dd[e], b &= null != a.eb; }else { + a = d.f.kb; + h = (f + 1) / 2; + m = (g + 1) / 2; + k = Math.abs(a.fa); + var l = Math.abs(a.Ab), + n = Math.abs(a.Db), + r = Math.abs(a.lb), + q = r * (g - 1) + f; + b &= k * (g - 1) + f <= a.Fd; + b &= l * (m - 1) + h <= a.Cd; + b &= n * (m - 1) + h <= a.Ed; + b = b & k >= f & l >= h & n >= h; + b &= null != a.y; + b &= null != a.f; + b &= null != a.ea; + 12 == e && (b &= r >= f, b &= q <= a.Tc, b &= null != a.F); + } + } else { b = 0; } + a = b ? 0 : 2; + } + } + + if (0 != a) { return a; } + null != c && c.fd && (a = Bd(d)); + return a; + } + + var xb = 64, + Hd = [0, 1, 3, 7, 15, 31, 63, 127, 255, 511, 1023, 2047, 4095, 8191, 16383, 32767, 65535, 131071, 262143, 524287, 1048575, 2097151, 4194303, 8388607, 16777215], + Gd = 24, + ob = 32, + Xb = 8, + Id = [0, 0, 1, 1, 2, 2, 2, 2, 3, 3, 3, 3, 3, 3, 3, 3, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7]; + X("Predictor0", "PredictorAdd0"); + + self.Predictor0 = function () { + return 4278190080; + }; + + self.Predictor1 = function (a) { + return a; + }; + + self.Predictor2 = function (a, b, c) { + return b[c + 0]; + }; + + self.Predictor3 = function (a, b, c) { + return b[c + 1]; + }; + + self.Predictor4 = function (a, b, c) { + return b[c - 1]; + }; + + self.Predictor5 = function (a, b, c) { + return aa(aa(a, b[c + 1]), b[c + 0]); + }; + + self.Predictor6 = function (a, b, c) { + return aa(a, b[c - 1]); + }; + + self.Predictor7 = function (a, b, c) { + return aa(a, b[c + 0]); + }; + + self.Predictor8 = function (a, b, c) { + return aa(b[c - 1], b[c + 0]); + }; + + self.Predictor9 = function (a, b, c) { + return aa(b[c + 0], b[c + 1]); + }; + + self.Predictor10 = function (a, b, c) { + return aa(aa(a, b[c - 1]), aa(b[c + 0], b[c + 1])); + }; + + self.Predictor11 = function (a, b, c) { + var d = b[c + 0]; + b = b[c - 1]; + return 0 >= Ia(d >> 24 & 255, a >> 24 & 255, b >> 24 & 255) + Ia(d >> 16 & 255, a >> 16 & 255, b >> 16 & 255) + Ia(d >> 8 & 255, a >> 8 & 255, b >> 8 & 255) + Ia(d & 255, a & 255, b & 255) ? d : a; + }; + + self.Predictor12 = function (a, b, c) { + var d = b[c + 0]; + b = b[c - 1]; + return (sa((a >> 24 & 255) + (d >> 24 & 255) - (b >> 24 & 255)) << 24 | sa((a >> 16 & 255) + (d >> 16 & 255) - (b >> 16 & 255)) << 16 | sa((a >> 8 & 255) + (d >> 8 & 255) - (b >> 8 & 255)) << 8 | sa((a & 255) + (d & 255) - (b & 255))) >>> 0; + }; + + self.Predictor13 = function (a, b, c) { + var d = b[c - 1]; + a = aa(a, b[c + 0]); + return (eb(a >> 24 & 255, d >> 24 & 255) << 24 | eb(a >> 16 & 255, d >> 16 & 255) << 16 | eb(a >> 8 & 255, d >> 8 & 255) << 8 | eb(a >> 0 & 255, d >> 0 & 255)) >>> 0; + }; + + var ee = self.PredictorAdd0; + self.PredictorAdd1 = cc; + X("Predictor2", "PredictorAdd2"); + X("Predictor3", "PredictorAdd3"); + X("Predictor4", "PredictorAdd4"); + X("Predictor5", "PredictorAdd5"); + X("Predictor6", "PredictorAdd6"); + X("Predictor7", "PredictorAdd7"); + X("Predictor8", "PredictorAdd8"); + X("Predictor9", "PredictorAdd9"); + X("Predictor10", "PredictorAdd10"); + X("Predictor11", "PredictorAdd11"); + X("Predictor12", "PredictorAdd12"); + X("Predictor13", "PredictorAdd13"); + var fe = self.PredictorAdd2; + ec("ColorIndexInverseTransform", "MapARGB", "32b", function (a) { + return a >> 8 & 255; + }, function (a) { + return a; + }); + ec("VP8LColorIndexInverseTransformAlpha", "MapAlpha", "8b", function (a) { + return a; + }, function (a) { + return a >> 8 & 255; + }); + var rc = self.ColorIndexInverseTransform, + ke = self.MapARGB, + he = self.VP8LColorIndexInverseTransformAlpha, + le = self.MapAlpha, + pc, + qc = self.VP8LPredictorsAdd = []; + qc.length = 16; + (self.VP8LPredictors = []).length = 16; + (self.VP8LPredictorsAdd_C = []).length = 16; + (self.VP8LPredictors_C = []).length = 16; + var Fb, + sc, + Gb, + Hb, + xc, + uc, + bd = V(511), + cd = V(2041), + dd = V(225), + ed = V(767), + ad = 0, + Qb = cd, + mb = dd, + R = ed, + U = bd, + Ca = 0, + Ua = 1, + tc = 2, + Va = 3, + ya = 4, + Db = 5, + wc = 6, + zb = 7, + Ab = 8, + Ja = 9, + Bb = 10, + pe = [2, 3, 7], + oe = [3, 3, 11], + Dc = [280, 256, 256, 256, 40], + qe = [0, 1, 1, 1, 0], + ne = [17, 18, 0, 1, 2, 3, 4, 5, 16, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15], + de = [24, 7, 23, 25, 40, 6, 39, 41, 22, 26, 38, 42, 56, 5, 55, 57, 21, 27, 54, 58, 37, 43, 72, 4, 71, 73, 20, 28, 53, 59, 70, 74, 36, 44, 88, 69, 75, 52, 60, 3, 87, 89, 19, 29, 86, 90, 35, 45, 68, 76, 85, 91, 51, 61, 104, 2, 103, 105, 18, 30, 102, 106, 34, 46, 84, 92, 67, 77, 101, 107, 50, 62, 120, 1, 119, 121, 83, 93, 17, 31, 100, 108, 66, 78, 118, 122, 33, 47, 117, 123, 49, 63, 99, 109, 82, 94, 0, 116, 124, 65, 79, 16, 32, 98, 110, 48, 115, 125, 81, 95, 64, 114, 126, 97, 111, 80, 113, 127, 96, 112], + me = [2954, 2956, 2958, 2962, 2970, 2986, 3018, 3082, 3212, 3468, 3980, 5004], + ie = 8, + Lb = [4, 5, 6, 7, 8, 9, 10, 10, 11, 12, 13, 14, 15, 16, 17, 17, 18, 19, 20, 20, 21, 21, 22, 22, 23, 23, 24, 25, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 91, 93, 95, 96, 98, 100, 101, 102, 104, 106, 108, 110, 112, 114, 116, 118, 122, 124, 126, 128, 130, 132, 134, 136, 138, 140, 143, 145, 148, 151, 154, 157], + Mb = [4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76, 78, 80, 82, 84, 86, 88, 90, 92, 94, 96, 98, 100, 102, 104, 106, 108, 110, 112, 114, 116, 119, 122, 125, 128, 131, 134, 137, 140, 143, 146, 149, 152, 155, 158, 161, 164, 167, 170, 173, 177, 181, 185, 189, 193, 197, 201, 205, 209, 213, 217, 221, 225, 229, 234, 239, 245, 249, 254, 259, 264, 269, 274, 279, 284], + oa = null, + He = [[173, 148, 140, 0], [176, 155, 140, 135, 0], [180, 157, 141, 134, 130, 0], [254, 254, 243, 230, 196, 177, 153, 140, 133, 130, 129, 0]], + Ie = [0, 1, 4, 8, 5, 2, 3, 6, 9, 12, 13, 10, 7, 11, 14, 15], + Mc = [-0, 1, -1, 2, -2, 3, 4, 6, -3, 5, -4, -5, -6, 7, -7, 8, -8, -9], + Fe = [[[[128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128]], [[253, 136, 254, 255, 228, 219, 128, 128, 128, 128, 128], [189, 129, 242, 255, 227, 213, 255, 219, 128, 128, 128], [106, 126, 227, 252, 214, 209, 255, 255, 128, 128, 128]], [[1, 98, 248, 255, 236, 226, 255, 255, 128, 128, 128], [181, 133, 238, 254, 221, 234, 255, 154, 128, 128, 128], [78, 134, 202, 247, 198, 180, 255, 219, 128, 128, 128]], [[1, 185, 249, 255, 243, 255, 128, 128, 128, 128, 128], [184, 150, 247, 255, 236, 224, 128, 128, 128, 128, 128], [77, 110, 216, 255, 236, 230, 128, 128, 128, 128, 128]], [[1, 101, 251, 255, 241, 255, 128, 128, 128, 128, 128], [170, 139, 241, 252, 236, 209, 255, 255, 128, 128, 128], [37, 116, 196, 243, 228, 255, 255, 255, 128, 128, 128]], [[1, 204, 254, 255, 245, 255, 128, 128, 128, 128, 128], [207, 160, 250, 255, 238, 128, 128, 128, 128, 128, 128], [102, 103, 231, 255, 211, 171, 128, 128, 128, 128, 128]], [[1, 152, 252, 255, 240, 255, 128, 128, 128, 128, 128], [177, 135, 243, 255, 234, 225, 128, 128, 128, 128, 128], [80, 129, 211, 255, 194, 224, 128, 128, 128, 128, 128]], [[1, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [246, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [255, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128]]], [[[198, 35, 237, 223, 193, 187, 162, 160, 145, 155, 62], [131, 45, 198, 221, 172, 176, 220, 157, 252, 221, 1], [68, 47, 146, 208, 149, 167, 221, 162, 255, 223, 128]], [[1, 149, 241, 255, 221, 224, 255, 255, 128, 128, 128], [184, 141, 234, 253, 222, 220, 255, 199, 128, 128, 128], [81, 99, 181, 242, 176, 190, 249, 202, 255, 255, 128]], [[1, 129, 232, 253, 214, 197, 242, 196, 255, 255, 128], [99, 121, 210, 250, 201, 198, 255, 202, 128, 128, 128], [23, 91, 163, 242, 170, 187, 247, 210, 255, 255, 128]], [[1, 200, 246, 255, 234, 255, 128, 128, 128, 128, 128], [109, 178, 241, 255, 231, 245, 255, 255, 128, 128, 128], [44, 130, 201, 253, 205, 192, 255, 255, 128, 128, 128]], [[1, 132, 239, 251, 219, 209, 255, 165, 128, 128, 128], [94, 136, 225, 251, 218, 190, 255, 255, 128, 128, 128], [22, 100, 174, 245, 186, 161, 255, 199, 128, 128, 128]], [[1, 182, 249, 255, 232, 235, 128, 128, 128, 128, 128], [124, 143, 241, 255, 227, 234, 128, 128, 128, 128, 128], [35, 77, 181, 251, 193, 211, 255, 205, 128, 128, 128]], [[1, 157, 247, 255, 236, 231, 255, 255, 128, 128, 128], [121, 141, 235, 255, 225, 227, 255, 255, 128, 128, 128], [45, 99, 188, 251, 195, 217, 255, 224, 128, 128, 128]], [[1, 1, 251, 255, 213, 255, 128, 128, 128, 128, 128], [203, 1, 248, 255, 255, 128, 128, 128, 128, 128, 128], [137, 1, 177, 255, 224, 255, 128, 128, 128, 128, 128]]], [[[253, 9, 248, 251, 207, 208, 255, 192, 128, 128, 128], [175, 13, 224, 243, 193, 185, 249, 198, 255, 255, 128], [73, 17, 171, 221, 161, 179, 236, 167, 255, 234, 128]], [[1, 95, 247, 253, 212, 183, 255, 255, 128, 128, 128], [239, 90, 244, 250, 211, 209, 255, 255, 128, 128, 128], [155, 77, 195, 248, 188, 195, 255, 255, 128, 128, 128]], [[1, 24, 239, 251, 218, 219, 255, 205, 128, 128, 128], [201, 51, 219, 255, 196, 186, 128, 128, 128, 128, 128], [69, 46, 190, 239, 201, 218, 255, 228, 128, 128, 128]], [[1, 191, 251, 255, 255, 128, 128, 128, 128, 128, 128], [223, 165, 249, 255, 213, 255, 128, 128, 128, 128, 128], [141, 124, 248, 255, 255, 128, 128, 128, 128, 128, 128]], [[1, 16, 248, 255, 255, 128, 128, 128, 128, 128, 128], [190, 36, 230, 255, 236, 255, 128, 128, 128, 128, 128], [149, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128]], [[1, 226, 255, 128, 128, 128, 128, 128, 128, 128, 128], [247, 192, 255, 128, 128, 128, 128, 128, 128, 128, 128], [240, 128, 255, 128, 128, 128, 128, 128, 128, 128, 128]], [[1, 134, 252, 255, 255, 128, 128, 128, 128, 128, 128], [213, 62, 250, 255, 255, 128, 128, 128, 128, 128, 128], [55, 93, 255, 128, 128, 128, 128, 128, 128, 128, 128]], [[128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128]]], [[[202, 24, 213, 235, 186, 191, 220, 160, 240, 175, 255], [126, 38, 182, 232, 169, 184, 228, 174, 255, 187, 128], [61, 46, 138, 219, 151, 178, 240, 170, 255, 216, 128]], [[1, 112, 230, 250, 199, 191, 247, 159, 255, 255, 128], [166, 109, 228, 252, 211, 215, 255, 174, 128, 128, 128], [39, 77, 162, 232, 172, 180, 245, 178, 255, 255, 128]], [[1, 52, 220, 246, 198, 199, 249, 220, 255, 255, 128], [124, 74, 191, 243, 183, 193, 250, 221, 255, 255, 128], [24, 71, 130, 219, 154, 170, 243, 182, 255, 255, 128]], [[1, 182, 225, 249, 219, 240, 255, 224, 128, 128, 128], [149, 150, 226, 252, 216, 205, 255, 171, 128, 128, 128], [28, 108, 170, 242, 183, 194, 254, 223, 255, 255, 128]], [[1, 81, 230, 252, 204, 203, 255, 192, 128, 128, 128], [123, 102, 209, 247, 188, 196, 255, 233, 128, 128, 128], [20, 95, 153, 243, 164, 173, 255, 203, 128, 128, 128]], [[1, 222, 248, 255, 216, 213, 128, 128, 128, 128, 128], [168, 175, 246, 252, 235, 205, 255, 255, 128, 128, 128], [47, 116, 215, 255, 211, 212, 255, 255, 128, 128, 128]], [[1, 121, 236, 253, 212, 214, 255, 255, 128, 128, 128], [141, 84, 213, 252, 201, 202, 255, 219, 128, 128, 128], [42, 80, 160, 240, 162, 185, 255, 205, 128, 128, 128]], [[1, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [244, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [238, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128]]]], + Ke = [[[231, 120, 48, 89, 115, 113, 120, 152, 112], [152, 179, 64, 126, 170, 118, 46, 70, 95], [175, 69, 143, 80, 85, 82, 72, 155, 103], [56, 58, 10, 171, 218, 189, 17, 13, 152], [114, 26, 17, 163, 44, 195, 21, 10, 173], [121, 24, 80, 195, 26, 62, 44, 64, 85], [144, 71, 10, 38, 171, 213, 144, 34, 26], [170, 46, 55, 19, 136, 160, 33, 206, 71], [63, 20, 8, 114, 114, 208, 12, 9, 226], [81, 40, 11, 96, 182, 84, 29, 16, 36]], [[134, 183, 89, 137, 98, 101, 106, 165, 148], [72, 187, 100, 130, 157, 111, 32, 75, 80], [66, 102, 167, 99, 74, 62, 40, 234, 128], [41, 53, 9, 178, 241, 141, 26, 8, 107], [74, 43, 26, 146, 73, 166, 49, 23, 157], [65, 38, 105, 160, 51, 52, 31, 115, 128], [104, 79, 12, 27, 217, 255, 87, 17, 7], [87, 68, 71, 44, 114, 51, 15, 186, 23], [47, 41, 14, 110, 182, 183, 21, 17, 194], [66, 45, 25, 102, 197, 189, 23, 18, 22]], [[88, 88, 147, 150, 42, 46, 45, 196, 205], [43, 97, 183, 117, 85, 38, 35, 179, 61], [39, 53, 200, 87, 26, 21, 43, 232, 171], [56, 34, 51, 104, 114, 102, 29, 93, 77], [39, 28, 85, 171, 58, 165, 90, 98, 64], [34, 22, 116, 206, 23, 34, 43, 166, 73], [107, 54, 32, 26, 51, 1, 81, 43, 31], [68, 25, 106, 22, 64, 171, 36, 225, 114], [34, 19, 21, 102, 132, 188, 16, 76, 124], [62, 18, 78, 95, 85, 57, 50, 48, 51]], [[193, 101, 35, 159, 215, 111, 89, 46, 111], [60, 148, 31, 172, 219, 228, 21, 18, 111], [112, 113, 77, 85, 179, 255, 38, 120, 114], [40, 42, 1, 196, 245, 209, 10, 25, 109], [88, 43, 29, 140, 166, 213, 37, 43, 154], [61, 63, 30, 155, 67, 45, 68, 1, 209], [100, 80, 8, 43, 154, 1, 51, 26, 71], [142, 78, 78, 16, 255, 128, 34, 197, 171], [41, 40, 5, 102, 211, 183, 4, 1, 221], [51, 50, 17, 168, 209, 192, 23, 25, 82]], [[138, 31, 36, 171, 27, 166, 38, 44, 229], [67, 87, 58, 169, 82, 115, 26, 59, 179], [63, 59, 90, 180, 59, 166, 93, 73, 154], [40, 40, 21, 116, 143, 209, 34, 39, 175], [47, 15, 16, 183, 34, 223, 49, 45, 183], [46, 17, 33, 183, 6, 98, 15, 32, 183], [57, 46, 22, 24, 128, 1, 54, 17, 37], [65, 32, 73, 115, 28, 128, 23, 128, 205], [40, 3, 9, 115, 51, 192, 18, 6, 223], [87, 37, 9, 115, 59, 77, 64, 21, 47]], [[104, 55, 44, 218, 9, 54, 53, 130, 226], [64, 90, 70, 205, 40, 41, 23, 26, 57], [54, 57, 112, 184, 5, 41, 38, 166, 213], [30, 34, 26, 133, 152, 116, 10, 32, 134], [39, 19, 53, 221, 26, 114, 32, 73, 255], [31, 9, 65, 234, 2, 15, 1, 118, 73], [75, 32, 12, 51, 192, 255, 160, 43, 51], [88, 31, 35, 67, 102, 85, 55, 186, 85], [56, 21, 23, 111, 59, 205, 45, 37, 192], [55, 38, 70, 124, 73, 102, 1, 34, 98]], [[125, 98, 42, 88, 104, 85, 117, 175, 82], [95, 84, 53, 89, 128, 100, 113, 101, 45], [75, 79, 123, 47, 51, 128, 81, 171, 1], [57, 17, 5, 71, 102, 57, 53, 41, 49], [38, 33, 13, 121, 57, 73, 26, 1, 85], [41, 10, 67, 138, 77, 110, 90, 47, 114], [115, 21, 2, 10, 102, 255, 166, 23, 6], [101, 29, 16, 10, 85, 128, 101, 196, 26], [57, 18, 10, 102, 102, 213, 34, 20, 43], [117, 20, 15, 36, 163, 128, 68, 1, 26]], [[102, 61, 71, 37, 34, 53, 31, 243, 192], [69, 60, 71, 38, 73, 119, 28, 222, 37], [68, 45, 128, 34, 1, 47, 11, 245, 171], [62, 17, 19, 70, 146, 85, 55, 62, 70], [37, 43, 37, 154, 100, 163, 85, 160, 1], [63, 9, 92, 136, 28, 64, 32, 201, 85], [75, 15, 9, 9, 64, 255, 184, 119, 16], [86, 6, 28, 5, 64, 255, 25, 248, 1], [56, 8, 17, 132, 137, 255, 55, 116, 128], [58, 15, 20, 82, 135, 57, 26, 121, 40]], [[164, 50, 31, 137, 154, 133, 25, 35, 218], [51, 103, 44, 131, 131, 123, 31, 6, 158], [86, 40, 64, 135, 148, 224, 45, 183, 128], [22, 26, 17, 131, 240, 154, 14, 1, 209], [45, 16, 21, 91, 64, 222, 7, 1, 197], [56, 21, 39, 155, 60, 138, 23, 102, 213], [83, 12, 13, 54, 192, 255, 68, 47, 28], [85, 26, 85, 85, 128, 128, 32, 146, 171], [18, 11, 7, 63, 144, 171, 4, 4, 246], [35, 27, 10, 146, 174, 171, 12, 26, 128]], [[190, 80, 35, 99, 180, 80, 126, 54, 45], [85, 126, 47, 87, 176, 51, 41, 20, 32], [101, 75, 128, 139, 118, 146, 116, 128, 85], [56, 41, 15, 176, 236, 85, 37, 9, 62], [71, 30, 17, 119, 118, 255, 17, 18, 138], [101, 38, 60, 138, 55, 70, 43, 26, 142], [146, 36, 19, 30, 171, 255, 97, 27, 20], [138, 45, 61, 62, 219, 1, 81, 188, 64], [32, 41, 20, 117, 151, 142, 20, 21, 163], [112, 19, 12, 61, 195, 128, 48, 4, 24]]], + Ee = [[[[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[176, 246, 255, 255, 255, 255, 255, 255, 255, 255, 255], [223, 241, 252, 255, 255, 255, 255, 255, 255, 255, 255], [249, 253, 253, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 244, 252, 255, 255, 255, 255, 255, 255, 255, 255], [234, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [253, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 246, 254, 255, 255, 255, 255, 255, 255, 255, 255], [239, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 248, 254, 255, 255, 255, 255, 255, 255, 255, 255], [251, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [251, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 253, 255, 254, 255, 255, 255, 255, 255, 255], [250, 255, 254, 255, 254, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]], [[[217, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [225, 252, 241, 253, 255, 255, 254, 255, 255, 255, 255], [234, 250, 241, 250, 253, 255, 253, 254, 255, 255, 255]], [[255, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [223, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [238, 253, 254, 254, 255, 255, 255, 255, 255, 255, 255]], [[255, 248, 254, 255, 255, 255, 255, 255, 255, 255, 255], [249, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 255, 255, 255, 255, 255, 255, 255, 255, 255], [247, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [252, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [253, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 253, 255, 255, 255, 255, 255, 255, 255, 255], [250, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]], [[[186, 251, 250, 255, 255, 255, 255, 255, 255, 255, 255], [234, 251, 244, 254, 255, 255, 255, 255, 255, 255, 255], [251, 251, 243, 253, 254, 255, 254, 255, 255, 255, 255]], [[255, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [236, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [251, 253, 253, 254, 254, 255, 255, 255, 255, 255, 255]], [[255, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [254, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]], [[[248, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [250, 254, 252, 254, 255, 255, 255, 255, 255, 255, 255], [248, 254, 249, 253, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 253, 255, 255, 255, 255, 255, 255, 255, 255], [246, 253, 253, 255, 255, 255, 255, 255, 255, 255, 255], [252, 254, 251, 254, 254, 255, 255, 255, 255, 255, 255]], [[255, 254, 252, 255, 255, 255, 255, 255, 255, 255, 255], [248, 254, 253, 255, 255, 255, 255, 255, 255, 255, 255], [253, 255, 254, 254, 255, 255, 255, 255, 255, 255, 255]], [[255, 251, 254, 255, 255, 255, 255, 255, 255, 255, 255], [245, 251, 254, 255, 255, 255, 255, 255, 255, 255, 255], [253, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 251, 253, 255, 255, 255, 255, 255, 255, 255, 255], [252, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 252, 255, 255, 255, 255, 255, 255, 255, 255, 255], [249, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 253, 255, 255, 255, 255, 255, 255, 255, 255], [250, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]]], + Ge = [0, 1, 2, 3, 6, 4, 5, 6, 6, 6, 6, 6, 6, 6, 6, 7, 0], + Nc, + Y = [], + W = [], + ka = [], + Za, + fd, + Nb, + pa, + Ob, + Xc, + Tc, + Yc, + Uc, + Zc, + Vc, + $c, + Wc, + Rc, + Pc, + Sc, + Qc, + re = 1, + Cc = 2, + ia = [], + za, + vc, + fc, + Fc, + P = []; + va("UpsampleRgbLinePair", Ga, 3); + va("UpsampleBgrLinePair", Tb, 3); + va("UpsampleRgbaLinePair", wd, 4); + va("UpsampleBgraLinePair", vd, 4); + va("UpsampleArgbLinePair", ud, 4); + va("UpsampleRgba4444LinePair", td, 2); + va("UpsampleRgb565LinePair", sd, 2); + var Mf = UpsampleRgbLinePair, + Nf = UpsampleBgrLinePair, + nd = UpsampleRgbaLinePair, + od = UpsampleBgraLinePair, + pd = UpsampleArgbLinePair, + qd = UpsampleRgba4444LinePair, + Of = UpsampleRgb565LinePair, + Wa = 16, + Ba = 1 << Wa - 1, + ta = -227, + Eb = 482, + rd = 6, + Pf = (256 << rd) - 1, + jc = 0, + Yd = V(256), + ae = V(256), + $d = V(256), + Zd = V(256), + be = V(Eb - ta), + ce = V(Eb - ta); + la("YuvToRgbRow", Ga, 3); + la("YuvToBgrRow", Tb, 3); + la("YuvToRgbaRow", wd, 4); + la("YuvToBgraRow", vd, 4); + la("YuvToArgbRow", ud, 4); + la("YuvToRgba4444Row", td, 2); + la("YuvToRgb565Row", sd, 2); + var zd = [0, 4, 8, 12, 128, 132, 136, 140, 256, 260, 264, 268, 384, 388, 392, 396], + Ya = [0, 2, 8], + Qf = [8, 7, 6, 4, 4, 2, 2, 2, 1, 1, 1, 1], + Ne = 1; + + this.WebPDecodeRGBA = function (a, b, c, d, e) { + var f = Ua; + var g = new Cf(), + h = new Cb(); + g.ba = h; + h.S = f; + h.width = [h.width]; + h.height = [h.height]; + var k = h.width; + var l = h.height, + m = new Td(); + if (null == m || null == a) { var n = 2; }else { x(null != m), n = Ad(a, b, c, m.width, m.height, m.Pd, m.Qd, m.format, null); } + 0 != n ? k = 0 : (null != k && (k[0] = m.width[0]), null != l && (l[0] = m.height[0]), k = 1); + + if (k) { + h.width = h.width[0]; + h.height = h.height[0]; + null != d && (d[0] = h.width); + null != e && (e[0] = h.height); + + b: { + d = new Oa(); + e = new md(); + e.data = a; + e.w = b; + e.ha = c; + e.kd = 1; + b = [0]; + x(null != e); + a = Ad(e.data, e.w, e.ha, null, null, null, b, null, e); + (0 == a || 7 == a) && b[0] && (a = 4); + b = a; + + if (0 == b) { + x(null != g); + d.data = e.data; + d.w = e.w + e.offset; + d.ha = e.ha - e.offset; + d.put = kc; + d.ac = gc; + d.bc = lc; + d.ma = g; + + if (e.xa) { + a = Bc(); + + if (null == a) { + g = 1; + break b; + } + + if (te(a, d)) { + b = Cd(d.width, d.height, g.Oa, g.ba); + + if (d = 0 == b) { + c: { + d = a; + + d: for (;;) { + if (null == d) { + d = 0; + break c; + } + + x(null != d.s.yc); + x(null != d.s.Ya); + x(0 < d.s.Wb); + c = d.l; + x(null != c); + e = c.ma; + x(null != e); + + if (0 != d.xb) { + d.ca = e.ba; + d.tb = e.tb; + x(null != d.ca); + + if (!hc(e.Oa, c, Va)) { + d.a = 2; + break d; + } + + if (!Ec(d, c.width)) { break d; } + if (c.da) { break d; } + (c.da || hb(d.ca.S)) && Aa(); + 11 > d.ca.S || (alert("todo:WebPInitConvertARGBToYUV"), null != d.ca.f.kb.F && Aa()); + + if (d.Pb && 0 < d.s.ua && null == d.s.vb.X && !Zb(d.s.vb, d.s.Wa.Xa)) { + d.a = 1; + break d; + } + + d.xb = 0; + } + + if (!Jb(d, d.V, d.Ba, d.c, d.i, c.o, ge)) { break d; } + e.Dc = d.Ma; + d = 1; + break c; + } + + x(0 != d.a); + d = 0; + } + + d = !d; + } - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; + d && (b = a.a); + } else { b = a.a; } + } else { + a = new Ce(); - for (var x = 0; x < this.width; x++) { - var b = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 4; + if (null == a) { + g = 1; + break b; + } - if (b < this.palette.length) { - var rgb = this.palette[b]; - this.data[location] = rgb.red; - this.data[location + 1] = rgb.green; - this.data[location + 2] = rgb.blue; - this.data[location + 3] = 0xFF; - } else { - this.data[location] = 0xFF; - this.data[location + 1] = 0xFF; - this.data[location + 2] = 0xFF; - this.data[location + 3] = 0xFF; - } - } + a.Fa = e.na; + a.P = e.P; + a.qc = e.Sa; - if (mode != 0) { - this.pos += 4 - mode; - } - } - }; + if (Kc(a, d)) { + if (b = Cd(d.width, d.height, g.Oa, g.ba), 0 == b) { + a.Aa = 0; + c = g.Oa; + e = a; + x(null != e); - BmpDecoder.prototype.bit15 = function () { - var dif_w = this.width % 3; + if (null != c) { + k = c.Md; + k = 0 > k ? 0 : 100 < k ? 255 : 255 * k / 100; - var _11111 = parseInt("11111", 2), - _1_5 = _11111; + if (0 < k) { + for (l = m = 0; 4 > l; ++l) { + n = e.pb[l], 12 > n.lc && (n.ia = k * Qf[0 > n.lc ? 0 : n.lc] >> 3), m |= n.ia; + } - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; + m && (alert("todo:VP8InitRandom"), e.ia = 1); + } - for (var x = 0; x < this.width; x++) { - var B = this.datav.getUint16(this.pos, true); - this.pos += 2; - var blue = (B & _1_5) / _1_5 * 255 | 0; - var green = (B >> 5 & _1_5) / _1_5 * 255 | 0; - var red = (B >> 10 & _1_5) / _1_5 * 255 | 0; - var alpha = B >> 15 ? 0xFF : 0x00; - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = alpha; - } //skip extra bytes + e.Ga = c.Id; + 100 < e.Ga ? e.Ga = 100 : 0 > e.Ga && (e.Ga = 0); + } + Me(a, d) || (b = a.a); + } + } else { b = a.a; } + } - this.pos += dif_w; - } - }; + 0 == b && null != g.Oa && g.Oa.fd && (b = Bd(g.ba)); + } - BmpDecoder.prototype.bit16 = function () { - var dif_w = this.width % 3; + g = b; + } - var _11111 = parseInt("11111", 2), - _1_5 = _11111; + f = 0 != g ? null : 11 > f ? h.f.RGBA.eb : h.f.kb.y; + } else { f = null; } - var _111111 = parseInt("111111", 2), - _1_6 = _111111; + return f; + }; - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; + var Dd = [3, 4, 3, 4, 4, 2, 2, 4, 4, 4, 2, 1, 1]; + }; - for (var x = 0; x < this.width; x++) { - var B = this.datav.getUint16(this.pos, true); - this.pos += 2; - var alpha = 0xFF; - var blue = (B & _1_5) / _1_5 * 255 | 0; - var green = (B >> 5 & _1_6) / _1_6 * 255 | 0; - var red = (B >> 11) / _1_5 * 255 | 0; - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = alpha; - } //skip extra bytes + new WebPDecoder(); + /*Copyright (c) 2017 Dominik Homberger + + + + https://webpjs.appspot.com + WebPRiffParser dominikhlbg@gmail.com + */ + function memcmp(data, data_off, str, size) { + for (var i = 0; i < size; i++) { + if (data[data_off + i] != str.charCodeAt(i)) { return true; } + } - this.pos += dif_w; + return false; } - }; - BmpDecoder.prototype.bit24 = function () { - //when height > 0 - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; + function GetTag(data, data_off) { + var str = ''; - for (var x = 0; x < this.width; x++) { - var blue = this.datav.getUint8(this.pos++, true); - var green = this.datav.getUint8(this.pos++, true); - var red = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = 0xFF; - } //skip extra bytes + for (var i = 0; i < 4; i++) { + str += String.fromCharCode(data[data_off++]); + } + return str; + } - this.pos += this.width % 4; + function GetLE16(data, data_off) { + return data[data_off + 0] << 0 | data[data_off + 1] << 8; } - }; - /** - * add 32bit decode func - * @author soubok - */ + function GetLE24(data, data_off) { + return (data[data_off + 0] << 0 | data[data_off + 1] << 8 | data[data_off + 2] << 16) >>> 0; + } - BmpDecoder.prototype.bit32 = function () { - //when height > 0 - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; + function GetLE32(data, data_off) { + return (data[data_off + 0] << 0 | data[data_off + 1] << 8 | data[data_off + 2] << 16 | data[data_off + 3] << 24) >>> 0; + } - for (var x = 0; x < this.width; x++) { - var blue = this.datav.getUint8(this.pos++, true); - var green = this.datav.getUint8(this.pos++, true); - var red = this.datav.getUint8(this.pos++, true); - var alpha = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = alpha; - } //skip extra bytes - //this.pos += (this.width % 4); + function WebPRiffParser(src, src_off) { + var imagearray = {}; + var i = 0; + var alpha_chunk = false; + var alpha_size = 0; + var alpha_offset = 0; + imagearray['frames'] = []; + if (memcmp(src, src_off, 'RIFF', 4)) { return; } + src_off += 4; + var riff_size = GetLE32(src, src_off) + 8; + src_off += 8; + + while (src_off < src.length) { + var fourcc = GetTag(src, src_off); + src_off += 4; + var payload_size = GetLE32(src, src_off); + src_off += 4; + var payload_size_padded = payload_size + (payload_size & 1); + + switch (fourcc) { + case "VP8 ": + case "VP8L": + if (typeof imagearray['frames'][i] === 'undefined') { imagearray['frames'][i] = {}; } + var obj = imagearray['frames'][i]; + var height = [0]; + var width = [0]; + obj['src_off'] = alpha_chunk ? alpha_offset : src_off - 8; + obj['src_size'] = alpha_size + payload_size + 8; //var rgba = webpdecoder.WebPDecodeRGBA(src,(alpha_chunk?alpha_offset:src_off-8),alpha_size+payload_size+8,width,height); + //imagearray[i]={'rgba':rgba,'width':width[0],'height':height[0]}; - } - }; + i++; - BmpDecoder.prototype.getData = function () { - return this.data; - }; - /*rollup-keeper-start*/ + if (alpha_chunk) { + alpha_chunk = false; + alpha_size = 0; + alpha_offset = 0; + } + + break; + + case "VP8X": + var obj = imagearray['header'] = {}; + var feature_flags = obj['feature_flags'] = src[src_off]; + var src_off_ = src_off + 4; + var canvas_width = obj['canvas_width'] = 1 + GetLE24(src, src_off_); + src_off_ += 3; + var canvas_height = obj['canvas_height'] = 1 + GetLE24(src, src_off_); + src_off_ += 3; + break; + + case "ALPH": + alpha_chunk = true; + alpha_size = payload_size_padded + 8; + alpha_offset = src_off - 8; + break; + + case "ANIM": + var obj = imagearray['header']; + var bgcolor = obj['bgcolor'] = GetLE32(src, src_off); + src_off_ = src_off + 4; + var loop_count = obj['loop_count'] = GetLE16(src, src_off_); + src_off_ += 2; + break; + + case "ANMF": + var offset_x = 0, + offset_y = 0, + width = 0, + height = 0, + duration = 0, + blend = 0, + dispose = 0, + temp = 0; + var obj = imagearray['frames'][i] = {}; + obj['offset_x'] = offset_x = 2 * GetLE24(src, src_off); + src_off += 3; + obj['offset_y'] = offset_y = 2 * GetLE24(src, src_off); + src_off += 3; + obj['width'] = width = 1 + GetLE24(src, src_off); + src_off += 3; + obj['height'] = height = 1 + GetLE24(src, src_off); + src_off += 3; + obj['duration'] = duration = GetLE24(src, src_off); + src_off += 3; + temp = src[src_off++]; + obj['dispose'] = dispose = temp & 1; + obj['blend'] = blend = temp >> 1 & 1; + break; + + default: + } + + if (fourcc != "ANMF") { src_off += payload_size_padded; } + } + return imagearray; + } - window.tmp = BmpDecoder; - /*rollup-keeper-end*/ + var height = [0]; + var width = [0]; + var pixels = []; + var webpdecoder = new WebPDecoder(); + var response = imageData; + var imagearray = WebPRiffParser(response, 0); + imagearray['response'] = response; + imagearray['rgbaoutput'] = true; + imagearray['dataurl'] = false; + var header = imagearray['header'] ? imagearray['header'] : null; + var frames = imagearray['frames'] ? imagearray['frames'] : null; + + if (header) { + header['loop_counter'] = header['loop_count']; + height = header['canvas_height']; + width = header['canvas_width']; + + for (var f = 0; f < frames.length; f++) { + if (frames[f]['blend'] == 0) { + break; + } + } + } - /* - Copyright (c) 2013 Gildas Lormeau. All rights reserved. + var frame = frames[0]; + var rgba = webpdecoder.WebPDecodeRGBA(response, frame['src_off'], frame['src_size'], width, height); + frame['rgba'] = rgba; + frame['imgwidth'] = width[0]; + frame['imgheight'] = height[0]; - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions are met: + for (var i = 0; i < width[0] * height[0] * 4; i++) { + pixels[i] = rgba[i]; + } - 1. Redistributions of source code must retain the above copyright notice, - this list of conditions and the following disclaimer. + this.width = width; + this.height = height; + this.data = pixels; + return this; + } - 2. Redistributions in binary form must reproduce the above copyright - notice, this list of conditions and the following disclaimer in - the documentation and/or other materials provided with the distribution. + WebPDecoder.prototype.getData = function () { + return this.data; + }; - 3. The names of the authors may not be used to endorse or promote products - derived from this software without specific prior written permission. + try { + exports.WebPDecoder = WebPDecoder; + } catch (e) {} // CommonJS. - THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED WARRANTIES, - INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND - FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL JCRAFT, - INC. OR ANY CONTRIBUTORS TO THIS SOFTWARE BE LIABLE FOR ANY DIRECT, INDIRECT, - INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT - LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, - OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF - LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, - EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. + /* + Copyright (c) 2013 Gildas Lormeau. All rights reserved. + + Redistribution and use in source and binary forms, with or without + modification, are permitted provided that the following conditions are met: + + 1. Redistributions of source code must retain the above copyright notice, + this list of conditions and the following disclaimer. + + 2. Redistributions in binary form must reproduce the above copyright + notice, this list of conditions and the following disclaimer in + the documentation and/or other materials provided with the distribution. + + 3. The names of the authors may not be used to endorse or promote products + derived from this software without specific prior written permission. + + THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED WARRANTIES, + INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND + FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL JCRAFT, + INC. OR ANY CONTRIBUTORS TO THIS SOFTWARE BE LIABLE FOR ANY DIRECT, INDIRECT, + INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT + LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, + OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF + LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING + NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, + EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. */ - /* - * This program is based on JZlib 1.0.2 ymnk, JCraft,Inc. - * JZlib is based on zlib-1.1.3, so all credit should go authors - * Jean-loup Gailly(jloup@gzip.org) and Mark Adler(madler@alumni.caltech.edu) - * and contributors of zlib. + /* + * This program is based on JZlib 1.0.2 ymnk, JCraft,Inc. + * JZlib is based on zlib-1.1.3, so all credit should go authors + * Jean-loup Gailly(jloup@gzip.org) and Mark Adler(madler@alumni.caltech.edu) + * and contributors of zlib. */ (function (global) { @@ -20472,17 +26225,17 @@ tree[n * 2 + 1] = bits; // We overwrite tree[n*2+1] which is no longer needed - if (n > that.max_code) continue; // not a leaf node + if (n > that.max_code) { continue; } // not a leaf node s.bl_count[bits]++; xbits = 0; - if (n >= base) xbits = extra[n - base]; + if (n >= base) { xbits = extra[n - base]; } f = tree[n * 2]; s.opt_len += f * (bits + xbits); - if (stree) s.static_len += f * (stree[n * 2 + 1] + xbits); + if (stree) { s.static_len += f * (stree[n * 2 + 1] + xbits); } } - if (overflow === 0) return; // This happens for example on obj2 and pic of the Calgary corpus + if (overflow === 0) { return; } // This happens for example on obj2 and pic of the Calgary corpus // Find the first bit length which could increase: do { @@ -20507,9 +26260,9 @@ while (n !== 0) { m = s.heap[--h]; - if (m > that.max_code) continue; + if (m > that.max_code) { continue; } - if (tree[m * 2 + 1] != bits) { + if (tree[m * 2 + 1] !== bits) { s.opt_len += (bits - tree[m * 2 + 1]) * tree[m * 2]; tree[m * 2 + 1] = bits; } @@ -20563,14 +26316,14 @@ next_code[bits] = code = code + bl_count[bits - 1] << 1; } // Check that the bit counts in bl_count are consistent. The last code // must be all ones. - // Assert (code + bl_count[MAX_BITS]-1 == (1<= 3; max_blindex--) { - if (bl_tree[Tree.bl_order[max_blindex] * 2 + 1] !== 0) break; + if (bl_tree[Tree.bl_order[max_blindex] * 2 + 1] !== 0) { break; } } // Update opt_len to include the bit length tree and counts @@ -21133,14 +26886,14 @@ curlen = nextlen; nextlen = tree[(n + 1) * 2 + 1]; - if (++count < max_count && curlen == nextlen) { + if (++count < max_count && curlen === nextlen) { continue; } else if (count < min_count) { do { send_code(curlen, bl_tree); } while (--count !== 0); } else if (curlen !== 0) { - if (curlen != prevlen) { + if (curlen !== prevlen) { send_code(curlen, bl_tree); count--; } @@ -21161,7 +26914,7 @@ if (nextlen === 0) { max_count = 138; min_count = 3; - } else if (curlen == nextlen) { + } else if (curlen === nextlen) { max_count = 6; min_count = 3; } else { @@ -21193,7 +26946,7 @@ function bi_flush() { - if (bi_valid == 16) { + if (bi_valid === 16) { put_short(bi_buf); bi_buf = 0; bi_valid = 0; @@ -21263,10 +27016,10 @@ } out_length >>>= 3; - if (matches < Math.floor(last_lit / 2) && out_length < Math.floor(in_length / 2)) return true; + if (matches < Math.floor(last_lit / 2) && out_length < Math.floor(in_length / 2)) { return true; } } - return last_lit == lit_bufsize - 1; // We avoid equality with lit_bufsize because of wraparound at 64K + return last_lit === lit_bufsize - 1; // We avoid equality with lit_bufsize because of wraparound at 64K // on 16 bit machines and because stored blocks are restricted to // 64K-1 bytes. } // Send the block data compressed using the given Huffman trees @@ -21393,21 +27146,21 @@ opt_lenb = that.opt_len + 3 + 7 >>> 3; static_lenb = that.static_len + 3 + 7 >>> 3; - if (static_lenb <= opt_lenb) opt_lenb = static_lenb; + if (static_lenb <= opt_lenb) { opt_lenb = static_lenb; } } else { opt_lenb = static_lenb = stored_len + 5; // force a stored block } - if (stored_len + 4 <= opt_lenb && buf != -1) { + if (stored_len + 4 <= opt_lenb && buf !== -1) { // 4: two words for the lengths - // The test buf != NULL is only necessary if LIT_BUFSIZE > WSIZE. + // The test buf !== NULL is only necessary if LIT_BUFSIZE > WSIZE. // Otherwise we can't have processed more than WSIZE input bytes // since // the last block flush, because compression would have been // successful. If LIT_BUFSIZE <= WSIZE, it is never too late to // transform a block into a stored block. _tr_stored_block(buf, stored_len, eof); - } else if (static_lenb == opt_lenb) { + } else if (static_lenb === opt_lenb) { send_bits((STATIC_TREES << 1) + (eof ? 1 : 0), 3); compress_block(StaticTree.static_ltree, StaticTree.static_dtree); } else { @@ -21450,10 +27203,10 @@ if (more === 0 && strstart === 0 && lookahead === 0) { more = w_size; - } else if (more == -1) { + } else if (more === -1) { // Very unlikely, but possible on 16 bit machine if strstart == // 0 - // and lookahead == 1 (input done one byte at time) + // and lookahead === 1 (input done one byte at time) more--; // If the window is almost full and there is insufficient // lookahead, // move the upper half to the lower one to make room in the @@ -21491,15 +27244,15 @@ more += w_size; } - if (strm.avail_in === 0) return; // If there was no sliding: + if (strm.avail_in === 0) { return; } // If there was no sliding: // strstart <= WSIZE+MAX_DIST-1 && lookahead <= MIN_LOOKAHEAD - 1 && - // more == window_size - lookahead - strstart + // more === window_size - lookahead - strstart // => more >= window_size - (MIN_LOOKAHEAD-1 + WSIZE + MAX_DIST-1) // => more >= window_size - 2*WSIZE + 2 // In the BIG_MEM or MMAP case (not yet supported), - // window_size == input_size + MIN_LOOKAHEAD && + // window_size === input_size + MIN_LOOKAHEAD && // strstart + s->lookahead <= input_size => more >= MIN_LOOKAHEAD. - // Otherwise, window_size == 2*WSIZE so more >= 2. + // Otherwise, window_size === 2*WSIZE so more >= 2. // If there was sliding, more >= WSIZE. So in all cases, more >= 2. n = strm.read_buf(window, strstart + lookahead, more); @@ -21539,8 +27292,8 @@ // Fill the window as much as possible: if (lookahead <= 1) { fill_window(); - if (lookahead === 0 && flush == Z_NO_FLUSH) return NeedMore; - if (lookahead === 0) break; // flush the current block + if (lookahead === 0 && flush === Z_NO_FLUSH) { return NeedMore; } + if (lookahead === 0) { break; } // flush the current block } strstart += lookahead; @@ -21553,20 +27306,20 @@ lookahead = strstart - max_start; strstart = max_start; flush_block_only(false); - if (strm.avail_out === 0) return NeedMore; + if (strm.avail_out === 0) { return NeedMore; } } // Flush if we may have to slide, otherwise block_start may become // negative and the data will be gone: if (strstart - block_start >= w_size - MIN_LOOKAHEAD) { flush_block_only(false); - if (strm.avail_out === 0) return NeedMore; + if (strm.avail_out === 0) { return NeedMore; } } } - flush_block_only(flush == Z_FINISH); - if (strm.avail_out === 0) return flush == Z_FINISH ? FinishStarted : NeedMore; - return flush == Z_FINISH ? FinishDone : BlockDone; + flush_block_only(flush === Z_FINISH); + if (strm.avail_out === 0) { return flush === Z_FINISH ? FinishStarted : NeedMore; } + return flush === Z_FINISH ? FinishDone : BlockDone; } function longest_match(cur_match) { @@ -21599,13 +27352,13 @@ // to make deflate deterministic. - if (_nice_match > lookahead) _nice_match = lookahead; + if (_nice_match > lookahead) { _nice_match = lookahead; } do { match = cur_match; // Skip to next match if the match length cannot increase // or if the match length is less than 2: - if (window[match + best_len] != scan_end || window[match + best_len - 1] != scan_end1 || window[match] != window[scan] || window[++match] != window[scan + 1]) continue; // The check at best_len-1 can be removed because it will be made + if (window[match + best_len] !== scan_end || window[match + best_len - 1] !== scan_end1 || window[match] !== window[scan] || window[++match] !== window[scan + 1]) { continue; } // The check at best_len-1 can be removed because it will be made // again later. (This heuristic is not always a win.) // It is not necessary to compare scan[2] and match[2] since they // are always equal when the other bytes match, given that @@ -21615,7 +27368,7 @@ match++; // We check for insufficient lookahead only every 8th comparison; // the 256th check will be made at strstart+258. - do {} while (window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && scan < strend); + do {} while (window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && scan < strend); len = MAX_MATCH - (strend - scan); scan = strend - MAX_MATCH; @@ -21623,13 +27376,13 @@ if (len > best_len) { match_start = cur_match; best_len = len; - if (len >= _nice_match) break; + if (len >= _nice_match) { break; } scan_end1 = window[scan + best_len - 1]; scan_end = window[scan + best_len]; } } while ((cur_match = prev[cur_match & wmask] & 0xffff) > limit && --chain_length !== 0); - if (best_len <= lookahead) return best_len; + if (best_len <= lookahead) { return best_len; } return lookahead; } // Compress as much as possible from the input stream, return the current // block state. @@ -21652,11 +27405,11 @@ if (lookahead < MIN_LOOKAHEAD) { fill_window(); - if (lookahead < MIN_LOOKAHEAD && flush == Z_NO_FLUSH) { + if (lookahead < MIN_LOOKAHEAD && flush === Z_NO_FLUSH) { return NeedMore; } - if (lookahead === 0) break; // flush the current block + if (lookahead === 0) { break; } // flush the current block } // Insert the string window[strstart .. strstart+2] in the // dictionary, and set hash_head to the head of the hash chain: @@ -21675,7 +27428,7 @@ // To simplify the code, we prevent matches with the string // of window index 0 (in particular we have to avoid a match // of the string with itself at the start of the input file). - if (strategy != Z_HUFFMAN_ONLY) { + if (strategy !== Z_HUFFMAN_ONLY) { match_length = longest_match(hash_head); } // longest_match() sets match_start @@ -21718,17 +27471,17 @@ if (bflush) { flush_block_only(false); - if (strm.avail_out === 0) return NeedMore; + if (strm.avail_out === 0) { return NeedMore; } } } - flush_block_only(flush == Z_FINISH); + flush_block_only(flush === Z_FINISH); if (strm.avail_out === 0) { - if (flush == Z_FINISH) return FinishStarted;else return NeedMore; + if (flush === Z_FINISH) { return FinishStarted; }else { return NeedMore; } } - return flush == Z_FINISH ? FinishDone : BlockDone; + return flush === Z_FINISH ? FinishDone : BlockDone; } // Same as above, but achieves better compression. We use a lazy // evaluation for matches: a match is finally adopted only if there is // no better match at the next window position. @@ -21750,11 +27503,11 @@ if (lookahead < MIN_LOOKAHEAD) { fill_window(); - if (lookahead < MIN_LOOKAHEAD && flush == Z_NO_FLUSH) { + if (lookahead < MIN_LOOKAHEAD && flush === Z_NO_FLUSH) { return NeedMore; } - if (lookahead === 0) break; // flush the current block + if (lookahead === 0) { break; } // flush the current block } // Insert the string window[strstart .. strstart+2] in the // dictionary, and set hash_head to the head of the hash chain: @@ -21776,12 +27529,12 @@ // To simplify the code, we prevent matches with the string // of window index 0 (in particular we have to avoid a match // of the string with itself at the start of the input file). - if (strategy != Z_HUFFMAN_ONLY) { + if (strategy !== Z_HUFFMAN_ONLY) { match_length = longest_match(hash_head); } // longest_match() sets match_start - if (match_length <= 5 && (strategy == Z_FILTERED || match_length == MIN_MATCH && strstart - match_start > 4096)) { + if (match_length <= 5 && (strategy === Z_FILTERED || match_length === MIN_MATCH && strstart - match_start > 4096)) { // If prev_match is also MIN_MATCH, match_start is garbage // but we will ignore the current match anyway. match_length = MIN_MATCH - 1; @@ -21818,7 +27571,7 @@ if (bflush) { flush_block_only(false); - if (strm.avail_out === 0) return NeedMore; + if (strm.avail_out === 0) { return NeedMore; } } } else if (match_available !== 0) { // If there was no match at the previous position, output a @@ -21832,7 +27585,7 @@ strstart++; lookahead--; - if (strm.avail_out === 0) return NeedMore; + if (strm.avail_out === 0) { return NeedMore; } } else { // There is no previous match to compare with, wait for // the next step to decide. @@ -21847,13 +27600,13 @@ match_available = 0; } - flush_block_only(flush == Z_FINISH); + flush_block_only(flush === Z_FINISH); if (strm.avail_out === 0) { - if (flush == Z_FINISH) return FinishStarted;else return NeedMore; + if (flush === Z_FINISH) { return FinishStarted; }else { return NeedMore; } } - return flush == Z_FINISH ? FinishDone : BlockDone; + return flush === Z_FINISH ? FinishDone : BlockDone; } function deflateReset(strm) { @@ -21870,19 +27623,19 @@ } that.deflateInit = function (strm, _level, bits, _method, memLevel, _strategy) { - if (!_method) _method = Z_DEFLATED; - if (!memLevel) memLevel = DEF_MEM_LEVEL; - if (!_strategy) _strategy = Z_DEFAULT_STRATEGY; // byte[] my_version=ZLIB_VERSION; + if (!_method) { _method = Z_DEFLATED; } + if (!memLevel) { memLevel = DEF_MEM_LEVEL; } + if (!_strategy) { _strategy = Z_DEFAULT_STRATEGY; } // byte[] my_version=ZLIB_VERSION; // - // if (!version || version[0] != my_version[0] - // || stream_size != sizeof(z_stream)) { + // if (!version || version[0] !== my_version[0] + // || stream_size !== sizeof(z_stream)) { // return Z_VERSION_ERROR; // } strm.msg = null; - if (_level == Z_DEFAULT_COMPRESSION) _level = 6; + if (_level === Z_DEFAULT_COMPRESSION) { _level = 6; } - if (memLevel < 1 || memLevel > MAX_MEM_LEVEL || _method != Z_DEFLATED || bits < 9 || bits > 15 || _level < 0 || _level > 9 || _strategy < 0 || _strategy > Z_HUFFMAN_ONLY) { + if (memLevel < 1 || memLevel > MAX_MEM_LEVEL || _method !== Z_DEFLATED || bits < 9 || bits > 15 || _level < 0 || _level > 9 || _strategy < 0 || _strategy > Z_HUFFMAN_ONLY) { return Z_STREAM_ERROR; } @@ -21911,7 +27664,7 @@ }; that.deflateEnd = function () { - if (status != INIT_STATE && status != BUSY_STATE && status != FINISH_STATE) { + if (status !== INIT_STATE && status !== BUSY_STATE && status !== FINISH_STATE) { return Z_STREAM_ERROR; } // Deallocate in reverse order of allocations: @@ -21922,13 +27675,13 @@ window = null; // free that.dstate = null; - return status == BUSY_STATE ? Z_DATA_ERROR : Z_OK; + return status === BUSY_STATE ? Z_DATA_ERROR : Z_OK; }; that.deflateParams = function (strm, _level, _strategy) { var err = Z_OK; - if (_level == Z_DEFAULT_COMPRESSION) { + if (_level === Z_DEFAULT_COMPRESSION) { _level = 6; } @@ -21936,12 +27689,12 @@ return Z_STREAM_ERROR; } - if (config_table[level].func != config_table[_level].func && strm.total_in !== 0) { + if (config_table[level].func !== config_table[_level].func && strm.total_in !== 0) { // Flush the last buffer: err = strm.deflate(Z_PARTIAL_FLUSH); } - if (level != _level) { + if (level !== _level) { level = _level; max_lazy_match = config_table[level].max_lazy; good_match = config_table[level].good_length; @@ -21957,8 +27710,8 @@ var length = dictLength; var n, index = 0; - if (!dictionary || status != INIT_STATE) return Z_STREAM_ERROR; - if (length < MIN_MATCH) return Z_OK; + if (!dictionary || status !== INIT_STATE) { return Z_STREAM_ERROR; } + if (length < MIN_MATCH) { return Z_OK; } if (length > w_size - MIN_LOOKAHEAD) { length = w_size - MIN_LOOKAHEAD; @@ -21990,7 +27743,7 @@ return Z_STREAM_ERROR; } - if (!_strm.next_out || !_strm.next_in && _strm.avail_in !== 0 || status == FINISH_STATE && flush != Z_FINISH) { + if (!_strm.next_out || !_strm.next_in && _strm.avail_in !== 0 || status === FINISH_STATE && flush !== Z_FINISH) { _strm.msg = z_errmsg[Z_NEED_DICT - Z_STREAM_ERROR]; return Z_STREAM_ERROR; } @@ -22005,12 +27758,12 @@ old_flush = last_flush; last_flush = flush; // Write the zlib header - if (status == INIT_STATE) { + if (status === INIT_STATE) { header = Z_DEFLATED + (w_bits - 8 << 4) << 8; level_flags = (level - 1 & 0xff) >> 1; - if (level_flags > 3) level_flags = 3; + if (level_flags > 3) { level_flags = 3; } header |= level_flags << 6; - if (strstart !== 0) header |= PRESET_DICT; + if (strstart !== 0) { header |= PRESET_DICT; } header += 31 - header % 31; status = BUSY_STATE; putShortMSB(header); @@ -22034,19 +27787,19 @@ // flushes. For repeated and useless calls with Z_FINISH, we keep // returning Z_STREAM_END instead of Z_BUFF_ERROR. - } else if (strm.avail_in === 0 && flush <= old_flush && flush != Z_FINISH) { + } else if (strm.avail_in === 0 && flush <= old_flush && flush !== Z_FINISH) { strm.msg = z_errmsg[Z_NEED_DICT - Z_BUF_ERROR]; return Z_BUF_ERROR; } // User must not provide more input after the first FINISH: - if (status == FINISH_STATE && strm.avail_in !== 0) { + if (status === FINISH_STATE && strm.avail_in !== 0) { _strm.msg = z_errmsg[Z_NEED_DICT - Z_BUF_ERROR]; return Z_BUF_ERROR; } // Start a new block or continue the current one. - if (strm.avail_in !== 0 || lookahead !== 0 || flush != Z_NO_FLUSH && status != FINISH_STATE) { + if (strm.avail_in !== 0 || lookahead !== 0 || flush !== Z_NO_FLUSH && status !== FINISH_STATE) { bstate = -1; switch (config_table[level].func) { @@ -22065,16 +27818,16 @@ default: } - if (bstate == FinishStarted || bstate == FinishDone) { + if (bstate === FinishStarted || bstate === FinishDone) { status = FINISH_STATE; } - if (bstate == NeedMore || bstate == FinishStarted) { + if (bstate === NeedMore || bstate === FinishStarted) { if (strm.avail_out === 0) { last_flush = -1; // avoid BUF_ERROR next call, see above } - return Z_OK; // If flush != Z_NO_FLUSH && avail_out === 0, the next call + return Z_OK; // If flush !== Z_NO_FLUSH && avail_out === 0, the next call // of deflate should use the same flush parameter to make sure // that the flush is complete. So we don't have to output an // empty block here, this will be done at next call. This also @@ -22082,8 +27835,8 @@ // one empty block. } - if (bstate == BlockDone) { - if (flush == Z_PARTIAL_FLUSH) { + if (bstate === BlockDone) { + if (flush === Z_PARTIAL_FLUSH) { _tr_align(); } else { // FULL_FLUSH or SYNC_FLUSH @@ -22091,7 +27844,7 @@ // as a special marker by inflate_sync(). - if (flush == Z_FULL_FLUSH) { + if (flush === Z_FULL_FLUSH) { // state.head[s.hash_size-1]=0; for (i = 0; i < hash_size /*-1*/ @@ -22112,7 +27865,7 @@ } } - if (flush != Z_FINISH) return Z_OK; + if (flush !== Z_FINISH) { return Z_OK; } return Z_STREAM_END; }; } // ZStream @@ -22139,7 +27892,7 @@ deflateInit: function deflateInit(level, bits) { var that = this; that.dstate = new Deflate(); - if (!bits) bits = MAX_BITS; + if (!bits) { bits = MAX_BITS; } return that.dstate.deflateInit(that, level, bits); }, deflate: function deflate(flush) { @@ -22153,19 +27906,19 @@ }, deflateEnd: function deflateEnd() { var that = this; - if (!that.dstate) return Z_STREAM_ERROR; + if (!that.dstate) { return Z_STREAM_ERROR; } var ret = that.dstate.deflateEnd(); that.dstate = null; return ret; }, deflateParams: function deflateParams(level, strategy) { var that = this; - if (!that.dstate) return Z_STREAM_ERROR; + if (!that.dstate) { return Z_STREAM_ERROR; } return that.dstate.deflateParams(that, level, strategy); }, deflateSetDictionary: function deflateSetDictionary(dictionary, dictLength) { var that = this; - if (!that.dstate) return Z_STREAM_ERROR; + if (!that.dstate) { return Z_STREAM_ERROR; } return that.dstate.deflateSetDictionary(that, dictionary, dictLength); }, // Read a new buffer from the current input stream, update the @@ -22176,8 +27929,8 @@ read_buf: function read_buf(buf, start, size) { var that = this; var len = that.avail_in; - if (len > size) len = size; - if (len === 0) return 0; + if (len > size) { len = size; } + if (len === 0) { return 0; } that.avail_in -= len; buf.set(that.next_in.subarray(that.next_in_index, that.next_in_index + len), start); that.next_in_index += len; @@ -22191,8 +27944,8 @@ flush_pending: function flush_pending() { var that = this; var len = that.dstate.pending; - if (len > that.avail_out) len = that.avail_out; - if (len === 0) return; // if (that.dstate.pending_buf.length <= that.dstate.pending_out || that.next_out.length <= that.next_out_index + if (len > that.avail_out) { len = that.avail_out; } + if (len === 0) { return; } // if (that.dstate.pending_buf.length <= that.dstate.pending_out || that.next_out.length <= that.next_out_index // || that.dstate.pending_buf.length < (that.dstate.pending_out + len) || that.next_out.length < (that.next_out_index + // len)) { // console.log(that.dstate.pending_buf.length + ", " + that.dstate.pending_out + ", " + that.next_out.length + ", " + @@ -22220,7 +27973,7 @@ var flush = Z_NO_FLUSH; var buf = new Uint8Array(bufsize); var level = options ? options.level : Z_DEFAULT_COMPRESSION; - if (typeof level == "undefined") level = Z_DEFAULT_COMPRESSION; + if (typeof level === "undefined") { level = Z_DEFAULT_COMPRESSION; } z.deflateInit(level); z.next_out = buf; @@ -22231,7 +27984,7 @@ bufferIndex = 0, bufferSize = 0, array; - if (!data.length) return; + if (!data.length) { return; } z.next_in_index = 0; z.next_in = data; z.avail_in = data.length; @@ -22240,11 +27993,11 @@ z.next_out_index = 0; z.avail_out = bufsize; err = z.deflate(flush); - if (err != Z_OK) throw new Error("deflating: " + z.msg); - if (z.next_out_index) if (z.next_out_index == bufsize) buffers.push(new Uint8Array(buf));else buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); + if (err !== Z_OK) { throw new Error("deflating: " + z.msg); } + if (z.next_out_index) { if (z.next_out_index === bufsize) { buffers.push(new Uint8Array(buf)); }else { buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); } } bufferSize += z.next_out_index; - if (onprogress && z.next_in_index > 0 && z.next_in_index != lastIndex) { + if (onprogress && z.next_in_index > 0 && z.next_in_index !== lastIndex) { onprogress(z.next_in_index); lastIndex = z.next_in_index; } @@ -22269,8 +28022,8 @@ z.next_out_index = 0; z.avail_out = bufsize; err = z.deflate(Z_FINISH); - if (err != Z_STREAM_END && err != Z_OK) throw new Error("deflating: " + z.msg); - if (bufsize - z.avail_out > 0) buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); + if (err !== Z_STREAM_END && err !== Z_OK) { throw new Error("deflating: " + z.msg); } + if (bufsize - z.avail_out > 0) { buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); } bufferSize += z.next_out_index; } while (z.avail_in > 0 || z.avail_out === 0); @@ -22291,11 +28044,11 @@ // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window - /** - * A class to parse color values - * @author Stoyan Stefanov - * {@link http://www.phpied.com/rgb-color-parser-in-javascript/} - * @license Use it if you like it + /** + * A class to parse color values + * @author Stoyan Stefanov + * {@link http://www.phpied.com/rgb-color-parser-in-javascript/} + * @license Use it if you like it */ (function (global) { @@ -22458,14 +28211,7 @@ yellow: 'ffff00', yellowgreen: '9acd32' }; - - for (var key in simple_colors) { - if (color_string == key) { - color_string = simple_colors[key]; - } - } // emd of simple type-in colors - // array of color definition objects - + color_string = simple_colors[color_string] || color_string; // array of color definition objects var color_defs = [{ re: /^rgb\((\d{1,3}),\s*(\d{1,3}),\s*(\d{1,3})\)$/, @@ -22514,9 +28260,9 @@ var r = this.r.toString(16); var g = this.g.toString(16); var b = this.b.toString(16); - if (r.length == 1) r = '0' + r; - if (g.length == 1) g = '0' + g; - if (b.length == 1) b = '0' + b; + if (r.length == 1) { r = '0' + r; } + if (g.length == 1) { g = '0' + g; } + if (b.length == 1) { b = '0' + b; } return '#' + r + g + b; }; } @@ -22526,14 +28272,14 @@ // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window - /************************************************ - * Title : custom font * - * Start Data : 2017. 01. 22. * - * Comment : TEXT API * + /************************************************ + * Title : custom font * + * Start Data : 2017. 01. 22. * + * Comment : TEXT API * ************************************************/ - /****************************** - * jsPDF extension API Design * + /****************************** + * jsPDF extension API Design * * ****************************/ (function (jsPDF) { @@ -22609,15 +28355,15 @@ var decode = function decode(elt) { var code = elt.charCodeAt(0); - if (code === PLUS || code === PLUS_URL_SAFE) return 62; // '+' + if (code === PLUS || code === PLUS_URL_SAFE) { return 62; } // '+' - if (code === SLASH || code === SLASH_URL_SAFE) return 63; // '/' + if (code === SLASH || code === SLASH_URL_SAFE) { return 63; } // '/' - if (code < NUMBER) return -1; //no match + if (code < NUMBER) { return -1; } //no match - if (code < NUMBER + 10) return code - NUMBER + 26 + 26; - if (code < UPPER + 26) return code - UPPER; - if (code < LOWER + 26) return code - LOWER + 26; + if (code < NUMBER + 10) { return code - NUMBER + 26 + 26; } + if (code < UPPER + 26) { return code - UPPER; } + if (code < LOWER + 26) { return code - LOWER + 26; } }; jsPDF.API.TTFFont = function () { @@ -22926,9 +28672,9 @@ return _results; }; - /*Data.prototype.stringAt = function (pos, length) { - this.pos = pos; - return this.readString(length); + /*Data.prototype.stringAt = function (pos, length) { + this.pos = pos; + return this.readString(length); };*/ @@ -22979,8 +28725,8 @@ Data.prototype.writeInt = function (val) { return this.writeInt32(val); }; - /*Data.prototype.slice = function (start, end) { - return this.data.slice(start, end); + /*Data.prototype.slice = function (start, end) { + return this.data.slice(start, end); };*/ @@ -23132,7 +28878,7 @@ __hasProp = {}.hasOwnProperty, __extends = function __extends(child, parent) { for (var key in parent) { - if (__hasProp.call(parent, key)) child[key] = parent[key]; + if (__hasProp.call(parent, key)) { child[key] = parent[key]; } } function ctor() { @@ -23625,26 +29371,26 @@ this.metricDataFormat = data.readShort(); return this.numberOfMetrics = data.readUInt16(); }; - /*HheaTable.prototype.encode = function (ids) { - var i, table, _i, _ref; - table = new Data; - table.writeInt(this.version); - table.writeShort(this.ascender); - table.writeShort(this.decender); - table.writeShort(this.lineGap); - table.writeShort(this.advanceWidthMax); - table.writeShort(this.minLeftSideBearing); - table.writeShort(this.minRightSideBearing); - table.writeShort(this.xMaxExtent); - table.writeShort(this.caretSlopeRise); - table.writeShort(this.caretSlopeRun); - table.writeShort(this.caretOffset); - for (i = _i = 0, _ref = 4 * 2; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { - table.writeByte(0); - } - table.writeShort(this.metricDataFormat); - table.writeUInt16(ids.length); - return table.data; + /*HheaTable.prototype.encode = function (ids) { + var i, table, _i, _ref; + table = new Data; + table.writeInt(this.version); + table.writeShort(this.ascender); + table.writeShort(this.decender); + table.writeShort(this.lineGap); + table.writeShort(this.advanceWidthMax); + table.writeShort(this.minLeftSideBearing); + table.writeShort(this.minRightSideBearing); + table.writeShort(this.xMaxExtent); + table.writeShort(this.caretSlopeRise); + table.writeShort(this.caretSlopeRun); + table.writeShort(this.caretOffset); + for (i = _i = 0, _ref = 4 * 2; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + table.writeByte(0); + } + table.writeShort(this.metricDataFormat); + table.writeUInt16(ids.length); + return table.data; };*/ @@ -23737,8 +29483,8 @@ } } }; - /*OS2Table.prototype.encode = function () { - return this.raw(); + /*OS2Table.prototype.encode = function () { + return this.raw(); };*/ @@ -23909,52 +29655,52 @@ this.compatibleFull = strings[18]; return this.sampleText = strings[19]; }; - /*NameTable.prototype.encode = function () { - var id, list, nameID, nameTable, postscriptName, strCount, strTable, string, strings, table, val, _i, _len, _ref; - strings = {}; - _ref = this.strings; - for (id in _ref) { - val = _ref[id]; - strings[id] = val; - } - postscriptName = new NameEntry("" + subsetTag + "+" + this.postscriptName, { - platformID: 1 - , encodingID: 0 - , languageID: 0 - }); - strings[6] = [postscriptName]; - subsetTag = successorOf(subsetTag); - strCount = 0; - for (id in strings) { - list = strings[id]; - if (list != null) { - strCount += list.length; - } - } - table = new Data; - strTable = new Data; - table.writeShort(0); - table.writeShort(strCount); - table.writeShort(6 + 12 * strCount); - for (nameID in strings) { - list = strings[nameID]; - if (list != null) { - for (_i = 0, _len = list.length; _i < _len; _i++) { - string = list[_i]; - table.writeShort(string.platformID); - table.writeShort(string.encodingID); - table.writeShort(string.languageID); - table.writeShort(nameID); - table.writeShort(string.length); - table.writeShort(strTable.pos); - strTable.writeString(string.raw); - } - } - } - return nameTable = { - postscriptName: postscriptName.raw - , table: table.data.concat(strTable.data) - }; + /*NameTable.prototype.encode = function () { + var id, list, nameID, nameTable, postscriptName, strCount, strTable, string, strings, table, val, _i, _len, _ref; + strings = {}; + _ref = this.strings; + for (id in _ref) { + val = _ref[id]; + strings[id] = val; + } + postscriptName = new NameEntry("" + subsetTag + "+" + this.postscriptName, { + platformID: 1 + , encodingID: 0 + , languageID: 0 + }); + strings[6] = [postscriptName]; + subsetTag = successorOf(subsetTag); + strCount = 0; + for (id in strings) { + list = strings[id]; + if (list != null) { + strCount += list.length; + } + } + table = new Data; + strTable = new Data; + table.writeShort(0); + table.writeShort(strCount); + table.writeShort(6 + 12 * strCount); + for (nameID in strings) { + list = strings[nameID]; + if (list != null) { + for (_i = 0, _len = list.length; _i < _len; _i++) { + string = list[_i]; + table.writeShort(string.platformID); + table.writeShort(string.encodingID); + table.writeShort(string.languageID); + table.writeShort(nameID); + table.writeShort(string.length); + table.writeShort(strTable.pos); + strTable.writeString(string.raw); + } + } + } + return nameTable = { + postscriptName: postscriptName.raw + , table: table.data.concat(strTable.data) + }; };*/ return NameTable; @@ -23987,25 +29733,25 @@ this.maxComponentElements = data.readUInt16(); return this.maxComponentDepth = data.readUInt16(); }; - /*MaxpTable.prototype.encode = function (ids) { - var table; - table = new Data; - table.writeInt(this.version); - table.writeUInt16(ids.length); - table.writeUInt16(this.maxPoints); - table.writeUInt16(this.maxContours); - table.writeUInt16(this.maxCompositePoints); - table.writeUInt16(this.maxComponentContours); - table.writeUInt16(this.maxZones); - table.writeUInt16(this.maxTwilightPoints); - table.writeUInt16(this.maxStorage); - table.writeUInt16(this.maxFunctionDefs); - table.writeUInt16(this.maxInstructionDefs); - table.writeUInt16(this.maxStackElements); - table.writeUInt16(this.maxSizeOfInstructions); - table.writeUInt16(this.maxComponentElements); - table.writeUInt16(this.maxComponentDepth); - return table.data; + /*MaxpTable.prototype.encode = function (ids) { + var table; + table = new Data; + table.writeInt(this.version); + table.writeUInt16(ids.length); + table.writeUInt16(this.maxPoints); + table.writeUInt16(this.maxContours); + table.writeUInt16(this.maxCompositePoints); + table.writeUInt16(this.maxComponentContours); + table.writeUInt16(this.maxZones); + table.writeUInt16(this.maxTwilightPoints); + table.writeUInt16(this.maxStorage); + table.writeUInt16(this.maxFunctionDefs); + table.writeUInt16(this.maxInstructionDefs); + table.writeUInt16(this.maxStackElements); + table.writeUInt16(this.maxSizeOfInstructions); + table.writeUInt16(this.maxComponentElements); + table.writeUInt16(this.maxComponentDepth); + return table.data; };*/ @@ -24093,16 +29839,16 @@ lsb: this.leftSideBearings[id - this.metrics.length] }; }; - /*HmtxTable.prototype.encode = function (mapping) { - var id, metric, table, _i, _len; - table = new Data; - for (_i = 0, _len = mapping.length; _i < _len; _i++) { - id = mapping[_i]; - metric = this.forGlyph(id); - table.writeUInt16(metric.advance); - table.writeUInt16(metric.lsb); - } - return table.data; + /*HmtxTable.prototype.encode = function (mapping) { + var id, metric, table, _i, _len; + table = new Data; + for (_i = 0, _len = mapping.length; _i < _len; _i++) { + id = mapping[_i]; + metric = this.forGlyph(id); + table.writeUInt16(metric.advance); + table.writeUInt16(metric.lsb); + } + return table.data; };*/ @@ -24389,51 +30135,51 @@ return ret; }; - /*var successorOf = function (input) { - var added, alphabet, carry, i, index, isUpperCase, last, length, next, result; - alphabet = 'abcdefghijklmnopqrstuvwxyz'; - length = alphabet.length; - result = input; - i = input.length; - while (i >= 0) { - last = input.charAt(--i); - if (isNaN(last)) { - index = alphabet.indexOf(last.toLowerCase()); - if (index === -1) { - next = last; - carry = true; - } - else { - next = alphabet.charAt((index + 1) % length); - isUpperCase = last === last.toUpperCase(); - if (isUpperCase) { - next = next.toUpperCase(); - } - carry = index + 1 >= length; - if (carry && i === 0) { - added = isUpperCase ? 'A' : 'a'; - result = added + next + result.slice(1); - break; - } - } - } - else { - next = +last + 1; - carry = next > 9; - if (carry) { - next = 0; - } - if (carry && i === 0) { - result = '1' + next + result.slice(1); - break; - } - } - result = result.slice(0, i) + next + result.slice(i + 1); - if (!carry) { - break; - } - } - return result; + /*var successorOf = function (input) { + var added, alphabet, carry, i, index, isUpperCase, last, length, next, result; + alphabet = 'abcdefghijklmnopqrstuvwxyz'; + length = alphabet.length; + result = input; + i = input.length; + while (i >= 0) { + last = input.charAt(--i); + if (isNaN(last)) { + index = alphabet.indexOf(last.toLowerCase()); + if (index === -1) { + next = last; + carry = true; + } + else { + next = alphabet.charAt((index + 1) % length); + isUpperCase = last === last.toUpperCase(); + if (isUpperCase) { + next = next.toUpperCase(); + } + carry = index + 1 >= length; + if (carry && i === 0) { + added = isUpperCase ? 'A' : 'a'; + result = added + next + result.slice(1); + break; + } + } + } + else { + next = +last + 1; + carry = next > 9; + if (carry) { + next = 0; + } + if (carry && i === 0) { + result = '1' + next + result.slice(1); + break; + } + } + result = result.slice(0, i) + next + result.slice(i + 1); + if (!carry) { + break; + } + } + return result; };*/ @@ -24444,28 +30190,28 @@ this.unicodes = {}; this.next = 33; } - /*Subset.prototype.use = function (character) { - var i, _i, _ref; - if (typeof character === 'string') { - for (i = _i = 0, _ref = character.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { - this.use(character.charCodeAt(i)); - } - return; - } - if (!this.unicodes[character]) { - this.subset[this.next] = character; - return this.unicodes[character] = this.next++; - } + /*Subset.prototype.use = function (character) { + var i, _i, _ref; + if (typeof character === 'string') { + for (i = _i = 0, _ref = character.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + this.use(character.charCodeAt(i)); + } + return; + } + if (!this.unicodes[character]) { + this.subset[this.next] = character; + return this.unicodes[character] = this.next++; + } };*/ - /*Subset.prototype.encodeText = function (text) { - var char, i, string, _i, _ref; - string = ''; - for (i = _i = 0, _ref = text.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { - char = this.unicodes[text.charCodeAt(i)]; - string += String.fromCharCode(char); - } - return string; + /*Subset.prototype.encodeText = function (text) { + var char, i, string, _i, _ref; + string = ''; + for (i = _i = 0, _ref = text.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + char = this.unicodes[text.charCodeAt(i)]; + string += String.fromCharCode(char); + } + return string; };*/ /***************************************************************/ @@ -24491,19 +30237,19 @@ return mapping; }; - /*Subset.prototype.glyphIDs = function () { - var ret, roman, unicode, unicodeCmap, val, _ref; - unicodeCmap = this.font.cmap.tables[0].codeMap; - ret = [0]; - _ref = this.subset; - for (roman in _ref) { - unicode = _ref[roman]; - val = unicodeCmap[unicode]; - if ((val != null) && __indexOf.call(ret, val) < 0) { - ret.push(val); - } - } - return ret.sort(); + /*Subset.prototype.glyphIDs = function () { + var ret, roman, unicode, unicodeCmap, val, _ref; + unicodeCmap = this.font.cmap.tables[0].codeMap; + ret = [0]; + _ref = this.subset; + for (roman in _ref) { + unicode = _ref[roman]; + val = unicodeCmap[unicode]; + if ((val != null) && __indexOf.call(ret, val) < 0) { + ret.push(val); + } + } + return ret.sort(); };*/ /******************************************************************/ @@ -24682,14 +30428,15 @@ }(); })(jsPDF); + /* global FlateStream */ // Generated by CoffeeScript 1.4.0 - /* - # PNG.js - # Copyright (c) 2011 Devon Govett - # MIT LICENSE - # - # + /* + # PNG.js + # Copyright (c) 2011 Devon Govett + # MIT LICENSE + # + # */ (function (global) { var PNG; @@ -24818,9 +30565,9 @@ case 3: palLen = this.palette.length / 3; this.transparency.indexed = this.read(chunkSize); - if (this.transparency.indexed.length > palLen) throw new Error('More transparent colors than palette size'); - /* - * According to the PNG spec trns should be increased to the same size as palette if shorter + if (this.transparency.indexed.length > palLen) { throw new Error('More transparent colors than palette size'); } + /* + * According to the PNG spec trns should be increased to the same size as palette if shorter */ //palShort = 255 - this.transparency.indexed.length; @@ -24896,8 +30643,6 @@ throw new Error("Incomplete or corrupt PNG file"); } } - - return; } PNG.prototype.read = function (bytes) { @@ -25050,22 +30795,22 @@ } if (_this.interlaceMethod == 1) { - /* - 1 6 4 6 2 6 4 6 - 7 7 7 7 7 7 7 7 - 5 6 5 6 5 6 5 6 - 7 7 7 7 7 7 7 7 - 3 6 4 6 3 6 4 6 - 7 7 7 7 7 7 7 7 - 5 6 5 6 5 6 5 6 - 7 7 7 7 7 7 7 7 + /* + 1 6 4 6 2 6 4 6 + 7 7 7 7 7 7 7 7 + 5 6 5 6 5 6 5 6 + 7 7 7 7 7 7 7 7 + 3 6 4 6 3 6 4 6 + 7 7 7 7 7 7 7 7 + 5 6 5 6 5 6 5 6 + 7 7 7 7 7 7 7 7 */ pass(0, 0, 8, 8); // 1 - /* NOTE these seem to follow the pattern: - * pass(x, 0, 2*x, 2*x); - * pass(0, x, x, 2*x); - * with x being 4, 2, 1. + /* NOTE these seem to follow the pattern: + * pass(x, 0, 2*x, 2*x); + * pass(0, x, x, 2*x); + * with x being 4, 2, 1. */ pass(4, 0, 8, 8); // 2 @@ -25096,7 +30841,7 @@ length = palette.length; c = 0; - for (i = _i = 0, _ref = palette.length; _i < _ref; i = _i += 3) { + for (i = _i = 0, _ref = length; _i < _ref; i = _i += 3) { ret[pos++] = palette[i]; ret[pos++] = palette[i + 1]; ret[pos++] = palette[i + 2]; @@ -25277,20 +31022,20 @@ // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window - /* - * Extracted from pdf.js - * https://github.com/andreasgal/pdf.js - * - * Copyright (c) 2011 Mozilla Foundation - * - * Contributors: Andreas Gal - * Chris G Jones - * Shaon Barman - * Vivien Nicolas <21@vingtetun.org> - * Justin D'Arcangelo - * Yury Delendik - * - * + /* + * Extracted from pdf.js + * https://github.com/andreasgal/pdf.js + * + * Copyright (c) 2011 Mozilla Foundation + * + * Contributors: Andreas Gal + * Chris G Jones + * Shaon Barman + * Vivien Nicolas <21@vingtetun.org> + * Justin D'Arcangelo + * Yury Delendik + * + * */ var DecodeStream = function () { function constructor() { @@ -25304,7 +31049,7 @@ ensureBuffer: function decodestream_ensureBuffer(requested) { var buffer = this.buffer; var current = buffer ? buffer.byteLength : 0; - if (requested < current) return buffer; + if (requested < current) { return buffer; } var size = 512; while (size < requested) { @@ -25323,7 +31068,7 @@ var pos = this.pos; while (this.bufferLength <= pos) { - if (this.eof) return null; + if (this.eof) { return null; } this.readBlock(); } @@ -25341,7 +31086,7 @@ } var bufEnd = this.bufferLength; - if (end > bufEnd) end = bufEnd; + if (end > bufEnd) { end = bufEnd; } } else { while (!this.eof) { this.readBlock(); @@ -25357,7 +31102,7 @@ var pos = this.pos; while (this.bufferLength <= pos) { - if (this.eof) return null; + if (this.eof) { return null; } this.readBlock(); } @@ -25367,7 +31112,7 @@ var pos = this.pos; while (this.bufferLength <= pos) { - if (this.eof) return null; + if (this.eof) { return null; } this.readBlock(); } @@ -25383,7 +31128,7 @@ return new Stream(this.buffer, start, length, dict); }, skip: function decodestream_skip(n) { - if (!n) n = 1; + if (!n) { n = 1; } this.pos += n; }, reset: function decodestream_reset() { @@ -25413,10 +31158,10 @@ var bytesPos = 0; var cmf = bytes[bytesPos++]; var flg = bytes[bytesPos++]; - if (cmf == -1 || flg == -1) error('Invalid header in flate stream'); - if ((cmf & 0x0f) != 0x08) error('Unknown compression method in flate stream'); - if (((cmf << 8) + flg) % 31 != 0) error('Bad FCHECK in flate stream'); - if (flg & 0x20) error('FDICT bit set in flate stream'); + if (cmf == -1 || flg == -1) { error('Invalid header in flate stream'); } + if ((cmf & 0x0f) != 0x08) { error('Unknown compression method in flate stream'); } + if (((cmf << 8) + flg) % 31 != 0) { error('Bad FCHECK in flate stream'); } + if (flg & 0x20) { error('FDICT bit set in flate stream'); } this.bytes = bytes; this.bytesPos = bytesPos; this.codeSize = 0; @@ -25434,7 +31179,7 @@ var b; while (codeSize < bits) { - if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad encoding in flate stream'); + if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad encoding in flate stream'); } codeBuf |= b << codeSize; codeSize += 8; } @@ -25456,7 +31201,7 @@ while (codeSize < maxLen) { var b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad encoding in flate stream'); + if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad encoding in flate stream'); } codeBuf |= b << codeSize; codeSize += 8; } @@ -25464,7 +31209,7 @@ var code = codes[codeBuf & (1 << maxLen) - 1]; var codeLen = code >> 16; var codeVal = code & 0xffff; - if (codeSize == 0 || codeSize < codeLen || codeLen == 0) error('Bad encoding in flate stream'); + if (codeSize == 0 || codeSize < codeLen || codeLen == 0) { error('Bad encoding in flate stream'); } this.codeBuf = codeBuf >> codeLen; this.codeSize = codeSize - codeLen; this.bytesPos = bytesPos; @@ -25477,7 +31222,7 @@ var maxLen = 0; for (var i = 0; i < n; ++i) { - if (lengths[i] > maxLen) maxLen = lengths[i]; + if (lengths[i] > maxLen) { maxLen = lengths[i]; } } // build the table @@ -25520,7 +31265,7 @@ var hdr = this.getBits(3); - if (hdr & 1) this.eof = true; + if (hdr & 1) { this.eof = true; } hdr >>= 1; if (hdr == 0) { @@ -25528,15 +31273,15 @@ var bytes = this.bytes; var bytesPos = this.bytesPos; var b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); + if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } var blockLen = b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); + if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } blockLen |= b << 8; - if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); + if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } var check = b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); + if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } check |= b << 8; - if (check != (~blockLen & 0xffff)) error('Bad uncompressed block length in flate stream'); + if (check != (~blockLen & 0xffff)) { error('Bad uncompressed block length in flate stream'); } this.codeBuf = 0; this.codeSize = 0; var bufferLength = this.bufferLength; @@ -25629,12 +31374,12 @@ code1 -= 257; code1 = lengthDecode[code1]; var code2 = code1 >> 16; - if (code2 > 0) code2 = this.getBits(code2); + if (code2 > 0) { code2 = this.getBits(code2); } var len = (code1 & 0xffff) + code2; code1 = this.getCode(distCodeTable); code1 = distDecode[code1]; code2 = code1 >> 16; - if (code2 > 0) code2 = this.getBits(code2); + if (code2 > 0) { code2 = this.getBits(code2); } var dist = (code1 & 0xffff) + code2; if (pos + len >= limit) { @@ -25650,11 +31395,186 @@ return constructor; }(); - /*rollup-keeper-start*/ + (function (global, factory) { + if (typeof define === "function" && define.amd) { + define([], factory); + } else if (typeof exports !== "undefined") { + factory(); + } else { + var mod = { + exports: {} + }; + factory(); + global.FileSaver = mod.exports; + } + })(window, function () { + /* + * FileSaver.js + * A saveAs() FileSaver implementation. + * + * By Eli Grey, http://eligrey.com + * + * License : https://github.com/eligrey/FileSaver.js/blob/master/LICENSE.md (MIT) + * source : http://purl.eligrey.com/github/FileSaver.js + */ + // The one and only way of getting global scope in all environments + // https://stackoverflow.com/q/3277182/1008999 + + var _global = (typeof window === "undefined" ? "undefined" : _typeof(window)) === 'object' && window.window === window ? window : (typeof self === "undefined" ? "undefined" : _typeof(self)) === 'object' && self.self === self ? self : (typeof global === "undefined" ? "undefined" : _typeof(global)) === 'object' && global.global === global ? global : void 0; + + function bom(blob, opts) { + if (typeof opts === 'undefined') { opts = { + autoBom: false + }; }else if (_typeof(opts) !== 'object') { + console.warn('Deprecated: Expected third argument to be a object'); + opts = { + autoBom: !opts + }; + } // prepend BOM for UTF-8 XML and text/* types (including HTML) + // note: your browser will automatically convert UTF-16 U+FEFF to EF BB BF + + if (opts.autoBom && /^\s*(?:text\/\S*|application\/xml|\S*\/\S*\+xml)\s*;.*charset\s*=\s*utf-8/i.test(blob.type)) { + return new Blob([String.fromCharCode(0xFEFF), blob], { + type: blob.type + }); + } + + return blob; + } + + function download(url, name, opts) { + var xhr = new XMLHttpRequest(); + xhr.open('GET', url); + xhr.responseType = 'blob'; + + xhr.onload = function () { + saveAs(xhr.response, name, opts); + }; + + xhr.onerror = function () { + console.error('could not download file'); + }; + + xhr.send(); + } + + function corsEnabled(url) { + var xhr = new XMLHttpRequest(); // use sync to avoid popup blocker + + xhr.open('HEAD', url, false); + xhr.send(); + return xhr.status >= 200 && xhr.status <= 299; + } // `a.click()` doesn't work for all browsers (#465) + + + function click(node) { + try { + node.dispatchEvent(new MouseEvent('click')); + } catch (e) { + var evt = document.createEvent('MouseEvents'); + evt.initMouseEvent('click', true, true, window, 0, 0, 0, 80, 20, false, false, false, false, 0, null); + node.dispatchEvent(evt); + } + } + + var saveAs = _global.saveAs || ( // probably in some web worker + (typeof window === "undefined" ? "undefined" : _typeof(window)) !== 'object' || window !== _global ? function saveAs() {} + /* noop */ + // Use download attribute first if possible (#193 Lumia mobile) + : 'download' in HTMLAnchorElement.prototype ? function saveAs(blob, name, opts) { + var URL = _global.URL || _global.webkitURL; + var a = document.createElement('a'); + name = name || blob.name || 'download'; + a.download = name; + a.rel = 'noopener'; // tabnabbing + // TODO: detect chrome extensions & packaged apps + // a.target = '_blank' + + if (typeof blob === 'string') { + // Support regular links + a.href = blob; + + if (a.origin !== location.origin) { + corsEnabled(a.href) ? download(blob, name, opts) : click(a, a.target = '_blank'); + } else { + click(a); + } + } else { + // Support blobs + a.href = URL.createObjectURL(blob); + setTimeout(function () { + URL.revokeObjectURL(a.href); + }, 4E4); // 40s + + setTimeout(function () { + click(a); + }, 0); + } + } // Use msSaveOrOpenBlob as a second approach + : 'msSaveOrOpenBlob' in navigator ? function saveAs(blob, name, opts) { + name = name || blob.name || 'download'; + + if (typeof blob === 'string') { + if (corsEnabled(blob)) { + download(blob, name, opts); + } else { + var a = document.createElement('a'); + a.href = blob; + a.target = '_blank'; + setTimeout(function () { + click(a); + }); + } + } else { + navigator.msSaveOrOpenBlob(bom(blob, opts), name); + } + } // Fallback to using FileReader and a popup + : function saveAs(blob, name, opts, popup) { + // Open a popup immediately do go around popup blocker + // Mostly only available on user interaction and the fileReader is async so... + popup = popup || open('', '_blank'); + + if (popup) { + popup.document.title = popup.document.body.innerText = 'downloading...'; + } + + if (typeof blob === 'string') { return download(blob, name, opts); } + var force = blob.type === 'application/octet-stream'; + + var isSafari = /constructor/i.test(_global.HTMLElement) || _global.safari; + + var isChromeIOS = /CriOS\/[\d]+/.test(navigator.userAgent); + + if ((isChromeIOS || force && isSafari) && (typeof FileReader === "undefined" ? "undefined" : _typeof(FileReader)) === 'object') { + // Safari doesn't allow downloading of blob URLs + var reader = new FileReader(); + + reader.onloadend = function () { + var url = reader.result; + url = isChromeIOS ? url : url.replace(/^data:[^;]*;/, 'data:attachment/file;'); + if (popup) { popup.location.href = url; }else { location = url; } + popup = null; // reverse-tabnabbing #460 + }; + + reader.readAsDataURL(blob); + } else { + var URL = _global.URL || _global.webkitURL; + var url = URL.createObjectURL(blob); + if (popup) { popup.location = url; }else { location.href = url; } + popup = null; // reverse-tabnabbing #460 + + setTimeout(function () { + URL.revokeObjectURL(url); + }, 4E4); // 40s + } + }); + _global.saveAs = saveAs.saveAs = saveAs; - window.tmp = FlateStream; - /*rollup-keeper-end*/ + if (typeof module !== 'undefined') { + module.exports = saveAs; + } + }); })); diff --git a/dist/jspdf.min.js b/dist/jspdf.min.js index 36b245641..282314144 100644 --- a/dist/jspdf.min.js +++ b/dist/jspdf.min.js @@ -1,10 +1,13 @@ !function(t){"function"==typeof define&&define.amd?define(t):t()}(function(){"use strict"; /** @license * jsPDF - PDF Document creation from JavaScript - * Version 1.5.3 Built on 2018-12-27T14:11:42.696Z - * CommitID d93d28db14 + * Version 1.5.3 Built on 2019-03-28T02:02:22.223Z + * CommitID cf389e836e * - * Copyright (c) 2010-2016 James Hall , https://github.com/MrRio/jsPDF + * Copyright (c) 2010-2018 James Hall , https://github.com/MrRio/jsPDF + * 2015-2018 yWorks GmbH, http://www.yworks.com + * 2015-2018 Lukas Holländer , https://github.com/HackbrettXXX + * 2016-2018 Aras Abbasi * 2010 Aaron Spike, https://github.com/acspike * 2012 Willow Systems Corporation, willow-systems.com * 2012 Pablo Hess, https://github.com/pablohess @@ -26,15 +29,7 @@ * Contributor(s): * siefkenj, ahwolf, rickygu, Midnith, saintclair, eaparango, * kim3er, mfo, alnorth, Flamenco - */function se(t){return(se="function"==typeof 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true]"),rt(">>"),rt("endobj"),rt(">>")},Et=function(t){for(var e in t.objectNumber=Lt(),rt("<<"),t)switch(e){case"opacity":rt("/ca "+tt(t[e]));break;case"stroke-opacity":rt("/CA "+tt(t[e]))}rt(">>"),rt("endobj")},Tt=function(){rt("<<"),rt("/ProcSet [/PDF /Text /ImageB /ImageC /ImageI]"),function(){for(var t in rt("/Font <<"),at)at.hasOwnProperty(t)&&(!1===i||!0===i&&$.hasOwnProperty(t))&&rt("/"+t+" "+at[t].objectNumber+" 0 R");rt(">>")}(),function(){if(0>")}}(),function(){if(0>")}}(),function(){for(var t in rt("/XObject <<"),mt)mt.hasOwnProperty(t)&&0<=mt[t].objectNumber&&rt("/"+t+" "+mt[t].objectNumber+" 0 R");pt.publish("putXobjectDict"),rt(">>")}(),rt(">>")},Rt=function(){!function(){for(var t in at)at.hasOwnProperty(t)&&(!1===i||!0===i&&$.hasOwnProperty(t))&&(e=at[t],n=function(t,e){return-1!==t.indexOf(" ")?"("+Ut(t,e)+")":Ut(t,e)},pt.publish("putFont",{font:e,out:rt,newObject:Lt,putStream:It,pdfEscapeWithNeededParanthesis:n}),!0!==e.isAlreadyPutted&&(e.objectNumber=Lt(),rt("<<"),rt("/Type /Font"),rt("/BaseFont /"+n(e.postScriptName)),rt("/Subtype /Type1"),"string"==typeof e.encoding&&rt("/Encoding /"+e.encoding),rt("/FirstChar 32"),rt("/LastChar 255"),rt(">>"),rt("endobj")));var e,n}(),function(){var t;for(t in ut)ut.hasOwnProperty(t)&&Et(ut[t])}(),function(){for(var t in mt)mt.hasOwnProperty(t)&&Ot(mt[t])}(),function(){var t,e,n;for(t in Q)Q.hasOwnProperty(t)&&(Q[t]instanceof l.ShadingPattern?Mt(Q[t]):Q[t]instanceof l.TilingPattern&&(e=Q[t],n=Lt(),Tt(),rt("endobj"),e.objectNumber=Lt(),rt("<< /Type /Pattern"),rt("/PatternType 1"),rt("/PaintType 1"),rt("/TilingType 1"),rt("/BBox ["+e.boundingBox.map(b).join(" ")+"]"),rt("/XStep "+b(e.xStep)),rt("/YStep "+b(e.yStep)),rt("/Length "+e.stream.length),rt("/Resources "+n+" 0 R"),e.matrix&&rt("/Matrix ["+e.matrix.toString()+"]"),rt(">>"),It(e.stream),rt("endobj")))}(),pt.publish("putResources"),Nt(Pt,!0),Tt(),rt("endobj"),pt.publish("postPutResources")},Dt=function(t,e,n){K.hasOwnProperty(e)||(K[e]={}),K[e][n]=t},qt=function(t,e,n,r,i){i=i||!1;var o="F"+(Object.keys(at).length+1).toString(10),a={id:o,postScriptName:t,fontName:e,fontStyle:n,encoding:r,isStandardFont:i,metadata:{}};return pt.publish("addFont",{font:a,instance:this}),void 0!==o&&(at[o]=a,Dt(o,e,n)),o},Ut=l.__private__.pdfEscape=l.pdfEscape=function(t,e){return function(t,e){var n,r,i,o,a,s,u,l,c;if(i=(e=e||{}).sourceEncoding||"Unicode",a=e.outputEncoding,(e.autoencode||a)&&at[nt].metadata&&at[nt].metadata[i]&&at[nt].metadata[i].encoding&&(o=at[nt].metadata[i].encoding,!a&&at[nt].encoding&&(a=at[nt].encoding),!a&&o.codePages&&(a=o.codePages[0]),"string"==typeof a&&(a=o[a]),a)){for(u=!1,s=[],n=0,r=t.length;n>8&&(u=!0);t=s.join("")}for(n=t.length;void 0===u&&0!==n;)t.charCodeAt(n-1)>>8&&(u=!0),n--;if(!u)return t;for(s=e.noBOM?[]:[254,255],n=0,r=t.length;n>8)>>8)throw new Error("Character at position "+n+" of string '"+t+"' exceeds 16bits. Cannot be encoded into UCS-2 BE");s.push(c),s.push(l-(c<<8))}return String.fromCharCode.apply(void 0,s)}(t,e).replace(/\\/g,"\\\\").replace(/\(/g,"\\(").replace(/\)/g,"\\)")},zt=l.__private__.beginPage=function(t,e){var n,r,i;if("string"==typeof t&&(n=d(t.toLowerCase()))&&(r=n[0],i=n[1]),Array.isArray(t)&&(r=t[0]*C,i=t[1]*C),isNaN(r)&&(r=o[0],i=o[1]),e){switch(e.substr(0,1)){case"l":r>"),rt("endobj")},Jt=l.__private__.putCatalog=function(t){var e=(t=t||{}).rootDictionaryObjId||_t;switch(Lt(),rt("<<"),rt("/Type /Catalog"),rt("/Pages "+e+" 0 R"),P||(P="fullwidth"),P){case"fullwidth":rt("/OpenAction [3 0 R /FitH null]");break;case"fullheight":rt("/OpenAction [3 0 R /FitV null]");break;case"fullpage":rt("/OpenAction [3 0 R /Fit]");break;case"original":rt("/OpenAction [3 0 R /XYZ null null 1]");break;default:var n=""+P;"%"===n.substr(n.length-1)&&(P=parseInt(P)/100),"number"==typeof P&&rt("/OpenAction [3 0 R /XYZ null null "+tt(P)+"]")}switch(F||(F="continuous"),F){case"continuous":rt("/PageLayout /OneColumn");break;case"single":rt("/PageLayout /SinglePage");break;case"two":case"twoleft":rt("/PageLayout /TwoColumnLeft");break;case"tworight":rt("/PageLayout /TwoColumnRight")}k&&rt("/PageMode /"+k),pt.publish("putCatalog"),rt(">>"),rt("endobj")},Xt=l.__private__.putTrailer=function(){rt("trailer"),rt("<<"),rt("/Size "+(J+1)),rt("/Root "+J+" 0 R"),rt("/Info "+(J-1)+" 0 R"),rt("/ID [ <"+v+"> <"+v+"> ]"),rt(">>")},Kt=l.__private__.putHeader=function(){rt("%PDF-"+c),rt("%ºß¬à")},Zt=l.__private__.putXRef=function(){var t=1,e="0000000000";for(rt("xref"),rt("0 "+(J+1)),rt("0000000000 65535 f "),t=1;t<=J;t++){"function"==typeof X[t]?rt((e+X[t]()).slice(-10)+" 00000 n "):void 0!==X[t]?rt((e+X[t]).slice(-10)+" 00000 n "):rt("0000000000 00000 n ")}},Qt=l.__private__.buildDocument=function(){E=!1,D=J=0,R=[],X=[],dt=[],_t=At(),Pt=At(),pt.publish("buildDocument"),Kt(),Bt(),function(){pt.publish("putAdditionalObjects");for(var t=0;t<\/script> + - + function doPdf() { + + var pdf = new jsPDF('l', 'pt', 'letter'); + pdf.html(document.body, { + callback: function (pdf) { + var iframe = document.createElement('iframe'); + iframe.setAttribute('style', 'position:absolute;right:0; top:0; bottom:0; height:100%; width:500px'); + document.body.appendChild(iframe); + iframe.src = pdf.output('datauristring'); + } + }); + } + - + + \ No newline at end of file diff --git a/examples/annotation/test_annotation.html b/examples/annotation/test_annotation.html index b7985848a..9c0261cd2 100644 --- a/examples/annotation/test_annotation.html +++ b/examples/annotation/test_annotation.html @@ -10,10 +10,11 @@ --> + - + -Annotation Test + Annotation Test @@ -34,29 +35,29 @@ pdf.text(text, 20, y); y += pdf.getLineHeight() * 2; - for (var i = 2; i < 10; i ++) { + for (var i = 2; i < 10; i++) { text = "Page " + i; - pdf.textWithLink(text, 20, y, {pageNumber:i}); + pdf.textWithLink(text, 20, y, { pageNumber: i }); y += pdf.getLineHeight(); var x = 20; - var width = pdf.textWithLink(" [100%]", x, y, {pageNumber:i, magFactor:'XYZ', zoom:1}); + var width = pdf.textWithLink(" [100%]", x, y, { pageNumber: i, magFactor: 'XYZ', zoom: 1 }); x += width; - var width = pdf.textWithLink(" [200%]", x, y, {pageNumber:i, magFactor:'XYZ', zoom:2}); + var width = pdf.textWithLink(" [200%]", x, y, { pageNumber: i, magFactor: 'XYZ', zoom: 2 }); x += width; - var width = pdf.textWithLink(" [50%]", x, y, {pageNumber:i, magFactor:'XYZ', zoom:.5}); + var width = pdf.textWithLink(" [50%]", x, y, { pageNumber: i, magFactor: 'XYZ', zoom: .5 }); x += width; - var width = pdf.textWithLink(" [Fit]", x, y, {pageNumber:i, magFactor:'Fit'}); + var width = pdf.textWithLink(" [Fit]", x, y, { pageNumber: i, magFactor: 'Fit' }); x += width; - var width = pdf.textWithLink(" [FitH]", x, y, {pageNumber:i, magFactor:'FitH'}); + var width = pdf.textWithLink(" [FitH]", x, y, { pageNumber: i, magFactor: 'FitH' }); x += width; - var width = pdf.textWithLink(" [FitV]", x, y, {pageNumber:i, magFactor:'FitV'}); + var width = pdf.textWithLink(" [FitV]", x, y, { pageNumber: i, magFactor: 'FitV' }); y += pdf.getLineHeight(); } // Create Test Pages - for (var i = 2; i < 10; i++){ + for (var i = 2; i < 10; i++) { pdf.addPage(); y = 20; var text = 'Page ' + i; @@ -64,7 +65,7 @@ y += pdf.getLineHeight() * 2; text = "Goto First Page"; - pdf.textWithLink(text, 20, y, {pageNumber:1}); + pdf.textWithLink(text, 20, y, { pageNumber: 1 }); y += pdf.getLineHeight(); text = "Goto External URL"; @@ -83,4 +84,5 @@ - + + \ No newline at end of file diff --git a/examples/annotation/test_annotation_2.html b/examples/annotation/test_annotation_2.html index 3501630a3..1910547f6 100644 --- a/examples/annotation/test_annotation_2.html +++ b/examples/annotation/test_annotation_2.html @@ -10,75 +10,77 @@ --> + - + -Annotation Test - Text + Annotation Test - Text - - + + - + - + + \ No newline at end of file diff --git a/examples/basic.html b/examples/basic.html index 841192503..320f1c3f1 100644 --- a/examples/basic.html +++ b/examples/basic.html @@ -1,68 +1,79 @@ + - jsPDF - - - - - - - - - - - + jsPDF + + + + + + + + + + + - - Fork me on GitHub - + + Fork me on GitHub + -

    jsPDF Demos

    +

    jsPDF Demos

    -

    Examples for using jsPDF with Data URIs below. Go back to project homepage.

    +

    Examples for using jsPDF with Data URIs below. Go back to project + homepage.

    -
    +
    -
    -

    Simple two-page text document

    -

    var doc = new jsPDF();
+      
    
+        
    Simple two-page text document
    
+        
    
+          
    
+            
    var doc = new jsPDF();
 doc.text(20, 20, 'Hello world!');
 doc.text(20, 30, 'This is client-side Javascript, pumping out a PDF.');
 doc.addPage();
 doc.text(20, 20, 'Do you like that?');
 
 doc.save('Test.pdf');
    
-Run Code
    
+            Run Code
    
+        
    
 
-
    Landscape document
    
-
    var doc = new jsPDF('landscape');
+        
    Landscape document
    
+        
    
+          
    
+            
    var doc = new jsPDF('landscape');
 doc.text(20, 20, 'Hello landscape world!');
 
 doc.save('Test.pdf');
    
-Run Code
    
+            Run Code
    
+        
    
 
-
    Adding metadata
    
-
    var doc = new jsPDF();
+        
    Adding metadata
    
+        
    
+          
    
+            
    var doc = new jsPDF();
 doc.text(20, 20, 'This PDF has a title, subject, author, keywords and a creator.');
 
 // Optional - set properties on the document
@@ -76,10 +87,13 @@ 
    Adding metadata
    
 
 // Output as Data URI
 doc.save('Test.pdf');
    
-Run Code
    
+            Run Code
    
+        
    
 
-
    Example of user input
    
-
    var name = prompt('What is your name?');
+        
    Example of user input
    
+        
    
+          
    
+            
    var name = prompt('What is your name?');
 var multiplier = prompt('Enter a number:');
 multiplier = parseInt(multiplier);
 
@@ -102,14 +116,17 @@ 
    Example of user input
    
     doc.text(20, 30 + (i * 10), i + ' x ' + multiplier + ' = ' + (i * multiplier));
 }
 doc.save('Test.pdf');
    
-Run Code
    
-
    
+            Run Code
    
+
    +
    -
    -

    Different font sizes

    -

    var doc = new jsPDF();
+      
    
+        
    Different font sizes
    
+        
    
+          
    
+            
    var doc = new jsPDF();
 doc.setFontSize(22);
 doc.text(20, 20, 'This is a title');
 
@@ -117,11 +134,14 @@ 
    Different font sizes
    
 doc.text(20, 30, 'This is some normal sized text underneath.');
 
 doc.save('Test.pdf');
    
-Run Code
-
    
+            Run Code
+          
    
+        
    
 
-
    Different font types
    
-
    var doc = new jsPDF();
+        
    Different font types
    
+        
    
+          
    
+            
    var doc = new jsPDF();
 
 doc.text(20, 20, 'This is the default font.');
 
@@ -141,10 +161,13 @@ 
    Different font types
    
 doc.text(20, 60, 'This is courier bolditalic.');
 
 doc.save('Test.pdf');
    
-Run Code
    
+            Run Code
    
+        
    
 
-
    Different text colors
    
-
    var doc = new jsPDF();
+        
    Different text colors
    
+        
    
+          
    
+            
    var doc = new jsPDF();
 
 doc.setTextColor(100);
 doc.text(20, 20, 'This is gray.');
@@ -162,10 +185,13 @@ 
    Different text colors
    
 doc.text(20, 60, 'This is blue.');
 
 doc.save('Test.pdf');
    
-Run Code
    
+            Run Code
    
+        
    
 
-
    Font-metrics-based line sizing and split
    
-
    var pdf = new jsPDF('p','in','letter')
+        
    Font-metrics-based line sizing and split
    
+        
    
+          
    
+            
    var pdf = new jsPDF('p','in','letter')
 , sizes = [12, 16, 20]
 , fonts = [['Times','Roman'],['Helvetica',''], ['Times','Italic']]
 , font, size, lines
@@ -198,108 +224,135 @@ 
    Font-metrics-based line sizing and split
    
 }
 
 pdf.save('Test.pdf');
    
-Run Code
    
-
-
    fromHTML plugin
    
-
    
-
    This (BETA level. API is subject to change!) plugin allows one to scrape formatted text from an HTML fragment into PDF. Font size, styles are copied. The long-running text is split to stated content width.
    
-
    
-
    Header Two
    
-Double      style span
-Monotype span with
-carriage return. a humongous font size span.
-Followed by long parent-less text node. asdf qwer asdf zxcv qsasfd qwer qwasfd zcxv sdf qwer qwe sdf wer qwer asdf zxv.
-
    Serif Inner DIV (bad markup, but testing block detection)
      Sans-serif span with extra spaces    
-Followed by text node without any wrapping element. And some long long text span attached at the end to test line wrap. qwer asdf qwer lkjh asdf zxvc safd qwer wwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwww qewr asdf zxcv.
-
    This is a new paragraph.
    
-This is more wrapping-less text.
-
    This paragraph will NOT be on resulting PDF because a special attached element handler will be looking for the ID - 'bypassme' - and should bypass rendering it.
    
-
    This is another paragraph.
    
-
    I want to hide this particular word
    
-
    
-  Integer dignissim urna tortor? Cum rhoncus, a lacus ultricies tincidunt, tristique lundium enim urna, magna? Sed, enim penatibus? Lacus pellentesque integer et pulvinar tortor? Dapibus in arcu arcu, vut dolor? Et! Placerat pulvinar cursus, urna ultrices arcu nunc, a ultrices dictumst elementum? Magnis rhoncus pellentesque, egestas enim purus, augue et nascetur sociis enim rhoncus. Adipiscing augue placerat tincidunt pulvinar ridiculus. Porta in sociis arcu et placerat augue sit enim nec hac massa, turpis ridiculus nunc phasellus pulvinar proin sit pulvinar, ultrices aliquet placerat amet? Lorem nunc porttitor etiam risus tempor placerat amet non hac, nunc sed odio augue? Turpis, magnis. Lorem pid, a porttitor tincidunt adipiscing sagittis pellentesque, mattis amet, duis proin, penatibus lectus lorem eros, nisi, tempor phasellus, elit.
-
    
-
    Image Support
    
-
    
-  NOTES: the img src must be on the same domain or the external domain should allow Cross-origin.
-
    
-
-
-
    New page added with html comment: ADD_PAGE
    
-
    
-
    HTML Table:
    
-  
    
-    NOTES: Must set the COLGROUP tag with "with" on each COL tag as %, inspect the table. BTW the css does not have a good style to render the table on the html :P, feel free to the add the CSS.
-  
    
-
-  -    -    -  
-  
-    
-      
-      
-    
-  
-  
-    
-      
-      
-    
-    
-      
-      
-    
-    
-      
-      
-    
-    
-      
-      
-    
-  
-
    



    
-        Heading1
-      
-        Heading2
-      
    
-        cell 1,1
-      
-        cell 1,2
-      
    
-        cell 2,1
-      
-        cell 2,2
-      
    
-        cell 3,1
-      
-        cell 3,2
-      
    
-        cell 4,1
-      
-        cell 4,2
-      
    
-
    
-
    
-
    HTML Lists:
    
-    
    
-      
      
-        
    • Lorem Ipsum
      • 
-        
    • Dolor Sit amen
      • 
-        
    • Lorem Ipsum
      • 
-        
    • Dolor Sit amen
      • 
-      
    
-      
      
-        
    1. Lorem Ipsum
      2. 
-        
    2. Dolor Sit amen
      3. 
-        
    3. Lorem Ipsum
      4. 
-        
    4. Dolor Sit amen
      5. 
-      
    
-    
    
-
    
-
    var pdf = new jsPDF('p', 'pt', 'letter')
+            Run Code
    
+        
    
+
+        
    fromHTML plugin
    
+        
    
+          
    
+            
    This (BETA level. API is subject to change!) plugin allows one to scrape formatted text from an HTML
+              fragment into PDF. Font size, styles are copied. The long-running text is split to stated content width.
+            
    
+          
    
+          
    
+            
    Header Two
    
+            Double style span
+            Monotype span with
+              carriage return. a humongous font size span.
+            Followed by long parent-less text node. asdf qwer asdf zxcv qsasfd qwer qwasfd zcxv sdf qwer qwe sdf wer
+            qwer asdf zxv.
+            
    Serif Inner DIV (bad markup, but testing block detection)
     Sans-serif span with extra spaces 
+            Followed by text node without any wrapping element. And some long long text span attached at the end
+              to test line wrap. qwer asdf qwer lkjh asdf zxvc safd qwer
+              wwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwww
+              qewr asdf zxcv.
+            
    This is a new paragraph.
    
+            This is more wrapping-less text.
+            
    This paragraph will NOT be
+              on resulting PDF because a special attached element handler will be looking for the ID - 'bypassme' - and
+              should bypass rendering it.
    
+            
    This is another
+              paragraph.
    
+            
    I want to hide this particular word
    
+            
    
+              Integer dignissim urna tortor? Cum rhoncus, a lacus ultricies tincidunt, tristique lundium enim urna,
+              magna? Sed, enim penatibus? Lacus pellentesque integer et pulvinar tortor? Dapibus in arcu arcu, vut
+              dolor? Et! Placerat pulvinar cursus, urna ultrices arcu nunc, a ultrices dictumst elementum? Magnis
+              rhoncus pellentesque, egestas enim purus, augue et nascetur sociis enim rhoncus. Adipiscing augue placerat
+              tincidunt pulvinar ridiculus. Porta in sociis arcu et placerat augue sit enim nec hac massa, turpis
+              ridiculus nunc phasellus pulvinar proin sit pulvinar, ultrices aliquet placerat amet? Lorem nunc porttitor
+              etiam risus tempor placerat amet non hac, nunc sed odio augue? Turpis, magnis. Lorem pid, a porttitor
+              tincidunt adipiscing sagittis pellentesque, mattis amet, duis proin, penatibus lectus lorem eros, nisi,
+              tempor phasellus, elit.
+            
    
+            
    Image Support
    
+            
    
+              NOTES: the img src must be on the same domain or the external domain should allow Cross-origin.
+            
    
+            
+            
+            
    New page added with html comment: ADD_PAGE
    
+            
    
+            
    HTML Table:
    
+            
    
+              NOTES: Must set the COLGROUP tag with "with" on each COL tag as %, inspect the table. BTW the css does not
+              have a good style to render the table on the html :P, feel free to the add the CSS.
+            
    
+            
+              +                +                +              
+              
+                
+                  
+                  
+                
+              
+              
+                
+                  
+                  
+                
+                
+                  
+                  
+                
+                
+                  
+                  
+                
+                
+                  
+                  
+                
+              
+            
    



    
+                    Heading1
+                  
+                    Heading2
+                  
    
+                    cell 1,1
+                  
+                    cell 1,2
+                  
    
+                    cell 2,1
+                  
+                    cell 2,2
+                  
    
+                    cell 3,1
+                  
+                    cell 3,2
+                  
    
+                    cell 4,1
+                  
+                    cell 4,2
+                  
    
+            
    
+            
    
+            
    HTML Lists:
    
+            
    
+              
      
+                
    • Lorem Ipsum
      • 
+                
    • Dolor Sit amen
      • 
+                
    • Lorem Ipsum
      • 
+                
    • Dolor Sit amen
      • 
+              
    
+              
      
+                
    1. Lorem Ipsum
      2. 
+                
    2. Dolor Sit amen
      3. 
+                
    3. Lorem Ipsum
      4. 
+                
    4. Dolor Sit amen
      5. 
+              
    
+            
    
+          
    
+          
    
+            
    
+              
    var pdf = new jsPDF('p', 'pt', 'letter')
 
 // source can be HTML-formatted string, or a reference
 // to an actual DOM element from which the text will be scraped.
@@ -346,11 +399,15 @@ 
    
   )
 
 
    
-
    
+              
    
+          
    
+        
    
 
 
-
    Text alignment
    
-
    var pdf = new jsPDF('p', 'pt', 'letter');
+        
    Text alignment
    
+        
    
+          
    
+            
    var pdf = new jsPDF('p', 'pt', 'letter');
     
     pdf.text( 'This text is normally\raligned.', 140, 50 );
     
@@ -368,15 +425,18 @@ 
    Text alignment
    
     
     
     pdf.save('Test.pdf');
    
-Run Code
    
+            Run Code
    
+        
    
 
-
    +
    -
    -

    Draw example: rectangles / squares

    -

    var doc = new jsPDF();
+      
    
+        
    Draw example: rectangles / squares
    
+        
    
+          
    
+            
    var doc = new jsPDF();
 
 doc.rect(20, 20, 10, 10); // empty square
 
@@ -401,10 +461,13 @@ 
    Draw example: rectangles / squares
    
 doc.roundedRect(140, 20, 10, 10, 3, 3, 'FD'); //  Black square with rounded corners
 
 doc.save('Test.pdf');
    
-Run Code
    
+            Run Code
    
+        
    
 
-
    Draw example: lines
    
-
    var doc = new jsPDF();
+        
    Draw example: lines
    
+        
    
+          
    
+            
    var doc = new jsPDF();
 
 doc.line(20, 20, 60, 20); // horizontal line
 
@@ -432,10 +495,13 @@ 
    Draw example: lines
    
 doc.line(115, 20, 115, 60);
 
 doc.save('Test.pdf');
    
-Run Code
    
+            Run Code
    
+        
    
 
-
    Draw example: circles and ellipses
    
-
    var doc = new jsPDF();
+        
    Draw example: circles and ellipses
    
+        
    
+          
    
+            
    var doc = new jsPDF();
 
 doc.ellipse(40, 20, 10, 5);
 
@@ -448,10 +514,13 @@ 
    Draw example: circles and ellipses
    
 doc.circle(120, 20, 5, 'FD');
 
 doc.save('Test.pdf');
    
-Run Code
    
+            Run Code
    
+        
    
 
-
    Draw example: triangles
    
-
    var doc = new jsPDF();
+        
    Draw example: triangles
    
+        
    
+          
    
+            
    var doc = new jsPDF();
 
 doc.triangle(60, 100, 60, 120, 80, 110, 'FD');
 
@@ -461,10 +530,13 @@ 
    Draw example: triangles
    
 doc.triangle(100, 100, 110, 100, 120, 130, 'FD');
 
 doc.save('My file.pdf');
    
-Run Code
    
+            Run Code
    
+        
    
 
-
    Draw example: Images
    
-
    // Because of security restrictions, getImageFromUrl will
+        
    Draw example: Images
    
+        
    
+          
    
+            
    // Because of security restrictions, getImageFromUrl will
 // not load images from other domains.  Chrome has added
 // security restrictions that prevent it from loading images
 // when running local files.  Run with: chromium --allow-file-access-from-files --allow-file-access
@@ -511,19 +583,21 @@ 
    Draw example: Images
    
 
 getImageFromUrl('thinking-monkey.jpg', createPDF);
 
    
-
-
-Run Code
-
    
-
    
-
    - -
    - +
    + +
    +
    +

    Using a base64-encoded TTF

    +
    +

    + + 

         //https://fonts.google.com/specimen/PT+Sans
     var PTSans = "AAEAAAAUAQA..."; //shortened. see demoUsingTTFFont in examples/js/basic.js for full base64 encoded ttffile
     var doc = new jsPDF();
@@ -536,12 +610,14 @@ 
    Using a base64-encoded TTF
    
     doc.text("А ну чики брики и в дамки!", 10, 10);
     
     doc.save('test.pdf');
    -Run Code

    + Run Code

    +
    -
    -
    +
    -
    + + - + + \ No newline at end of file diff --git a/examples/canvg_context2d/bar_graph_with_text_and_lines.html b/examples/canvg_context2d/bar_graph_with_text_and_lines.html index 180fc3975..067c4915d 100644 --- a/examples/canvg_context2d/bar_graph_with_text_and_lines.html +++ b/examples/canvg_context2d/bar_graph_with_text_and_lines.html @@ -1,691 +1,858 @@ + - - Bar Graph With Text And Lines - - - - - - - - + + Bar Graph With Text And Lines + + + + + + + + -

    Bar Graph With Text And Lines

    - +

    Bar Graph With Text And Lines

    + - + - - - - - - - - - - - - - - - - - - SALES - - - - - NET_SALES - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 01/05/08 - - - - - 01/08/08 - - - - - 02/05/08 - - - - - 02/06/08 - - - - - 02/12/08 - - - - - 03/12/08 - - - - - 04/02/08 - - - - - 04/05/08 - - - - - 04/08/08 - - - - - 04/10/08 - - - - - 05/02/08 - - - - - 06/06/08 - - - - - 07/09/08 - - - - - 08/02/08 - - - - - 08/11/08 - - - - - 09/07/08 - - - - - 10/01/08 - - - - - 10/05/08 - - - - - 12/01/08 - - - - - - - - - - - - 120 - - - - - 100 - - - - - 80 - - - - - 60 - - - - - 40 + + + + + + + + + + + + + + + + + + SALES + + + + + NET_SALES + + + + + - - - - 20 + + + + + + + + + - - - 0 + + + + + + + + + + + + + + + + + + + + + + + + + + 01/05/08 + + + + + 01/08/08 + + + + + 02/05/08 + + + + + 02/06/08 + + + + + 02/12/08 + + + + + 03/12/08 + + + + + 04/02/08 + + + + + 04/05/08 + + + + + 04/08/08 + + + + + 04/10/08 + + + + + 05/02/08 + + + + + 06/06/08 + + + + + 07/09/08 + + + + + 08/02/08 + + + + + 08/11/08 + + + + + 09/07/08 + + + + + 10/01/08 + + + + + 10/05/08 + + + + + 12/01/08 + + + + - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - + + + + + + + 120 + + + + + 100 + + + + + 80 + + + + + 60 + + + + + 40 + + + + + 20 + + + + 0 + + + + - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + - - + - - - - - - + + + -
    +
    - + return pdf; + }; + document.getElementById('result').setAttribute('src', makePdf().output('dataurlstring')); + document.getElementById('source').innerText = makePdf().output(); + //makePdf().save(); + }; + - + + \ No newline at end of file diff --git a/examples/context2d/test_context2d.html b/examples/context2d/test_context2d.html index 4c937bfb8..e73caabb8 100644 --- a/examples/context2d/test_context2d.html +++ b/examples/context2d/test_context2d.html @@ -10,408 +10,410 @@ --> + - + -Context2D Test + Context2D Test - - - - - - - - - - - - - + + + + + + + + + + + + + - + + \ No newline at end of file diff --git a/examples/context2d/test_context2d_paths.html b/examples/context2d/test_context2d_paths.html index 389b9ce35..9cfcc6c35 100644 --- a/examples/context2d/test_context2d_paths.html +++ b/examples/context2d/test_context2d_paths.html @@ -10,46 +10,48 @@ --> + - + -Context2D Paths Test + Context2D Paths Test - - - - - - - - - - - - - - + + + + + + + + + + + + + + - + + \ No newline at end of file diff --git a/examples/html2pdf/acid.html b/examples/html2pdf/acid.html index eaf2598da..5e5c77e4d 100644 --- a/examples/html2pdf/acid.html +++ b/examples/html2pdf/acid.html @@ -1,128 +1,133 @@ + -display/box/float/clear test - + display/box/float/clear test + +
    toggle
    @@ -150,21 +155,27 @@

    sing to me, erbarme dich

    - This is a nonsensical document, but syntactically valid HTML 4.0. All 100% conformant CSS1 agents should be able to render the document elements above this paragraph indistinguishably (to the pixel) from this reference rendering, (except font rasterization and form widgets). All discrepancies should be traceable to CSS1 implementation shortcomings. Once you have finished evaluating this test, you can return to the parent page. + This is a nonsensical document, but syntactically valid HTML 4.0. All 100% conformant CSS1 agents should be able to + render the document elements above this paragraph indistinguishably (to the pixel) from this reference + rendering, (except font rasterization and form widgets). All discrepancies should be traceable to CSS1 + implementation shortcomings. Once you have finished evaluating this test, you can return to the parent page.

    - + - + + \ No newline at end of file diff --git a/examples/html2pdf/auto_break.html b/examples/html2pdf/auto_break.html index 0ecc2626f..ac4df8faa 100644 --- a/examples/html2pdf/auto_break.html +++ b/examples/html2pdf/auto_break.html @@ -1,11 +1,13 @@ + -context2d auto-break - - + context2d auto-break + + +

    Autobreak

    @@ -143,18 +145,20 @@

    Autobreak

  • OL Item
    • - + + - + + \ No newline at end of file diff --git a/examples/html2pdf/lists.html b/examples/html2pdf/lists.html index be203d1d9..b16af54c7 100644 --- a/examples/html2pdf/lists.html +++ b/examples/html2pdf/lists.html @@ -1,11 +1,13 @@ + -Html2Pdf - - + Html2Pdf + + +

    Ordered And Unordered Lists

    @@ -50,13 +52,15 @@

    Not Implemented

    var pdf = new jsPDF('p', 'pt', 'letter'); var canvas = pdf.canvas; - pdf.html(document.getElementById('html'), {callback: function(pdf) { - var iframe = document.createElement('iframe'); - iframe.setAttribute('style','position:absolute;right:0; top:0; bottom:0; height:100%; width:500px'); - document.body.appendChild(iframe); - iframe.src = pdf.output('datauristring'); - } - }); - + pdf.html(document.getElementById('html'), { + callback: function (pdf) { + var iframe = document.createElement('iframe'); + iframe.setAttribute('style', 'position:absolute;right:0; top:0; bottom:0; height:100%; width:500px'); + document.body.appendChild(iframe); + iframe.src = pdf.output('datauristring'); + } + }); + - + + \ No newline at end of file diff --git a/examples/html2pdf/page_break.html b/examples/html2pdf/page_break.html index 569ee55ec..f9dd6cf4b 100644 --- a/examples/html2pdf/page_break.html +++ b/examples/html2pdf/page_break.html @@ -1,19 +1,22 @@ + -Page Break Test - - + Page Break Test + + +
    This example show how the page-break-before style is rendered. @@ -34,18 +37,21 @@

    Text

    This is the content.

    - + + pdf.html(document.getElementById('html'), { + callback: function (pdf) { + var iframe = document.createElement('iframe'); + iframe.setAttribute('style', 'position:absolute;right:0; top:0; bottom:0; height:100%; width:500px'); + document.body.appendChild(iframe); + iframe.src = pdf.output('datauristring'); + } + }); + - + + \ No newline at end of file diff --git a/examples/html2pdf/pdf2.html b/examples/html2pdf/pdf2.html index b0ae1921f..01952182f 100644 --- a/examples/html2pdf/pdf2.html +++ b/examples/html2pdf/pdf2.html @@ -1,38 +1,40 @@ + - - - + + + - + h2 { + background: #efefef; + padding: 10px; + } + +
    @@ -45,7 +47,9 @@

    Heading

    Followed by some text wrapped in a <p> paragraph.

    - Maybe add a Parallax or a different style of link with a highlight. + Maybe add a Parallax or a different style of link with a + highlight.

    More content

    @@ -65,15 +69,17 @@

    More content

    + - + + \ No newline at end of file diff --git a/examples/html2pdf/showcase.html b/examples/html2pdf/showcase.html index a9358e841..491f4562e 100644 --- a/examples/html2pdf/showcase.html +++ b/examples/html2pdf/showcase.html @@ -1,24 +1,30 @@ + -Html2Pdf - - + Html2Pdf + + +

    Html2Pdf

    - This demo uses Html2Canvas.js to render HTML.
    Instead of using an HTML canvas however, a canvas wrapper using jsPDF is substituted. The context2d provided by the wrapper calls native PDF rendering methods. + This demo uses Html2Canvas.js to render HTML.
    Instead of using an HTML canvas however, a canvas + wrapper using jsPDF is substituted. The context2d provided by the wrapper calls native PDF + rendering methods.

    A PDF of this page will be inserted into the right margin.

    Colors

    - red rgb(0,255,0) rgba(0,0,0,.5) #0000FF #0FF + red rgb(0,255,0) rgba(0,0,0,.5) #0000FF #0FF

    Text Alignment

    @@ -69,16 +75,18 @@

    Font Size

    + - + + \ No newline at end of file diff --git a/examples/html2pdf/showcase_supported_html.html b/examples/html2pdf/showcase_supported_html.html index 7988598a1..89d6b7e47 100644 --- a/examples/html2pdf/showcase_supported_html.html +++ b/examples/html2pdf/showcase_supported_html.html @@ -1,27 +1,30 @@ + -HTML Test File - - + .page-break { + page-break-before: always; + } + +

    HTML Test File

    @@ -39,7 +42,8 @@

    Colors

    - Red Text With Green Background + Red Text With Green Background

    @@ -56,16 +60,20 @@

    Fonts

    - Arial + Arial

    - Georgia + Georgia

    - Terminal + Terminal

    - Times + Times

    @@ -204,13 +212,16 @@

    External

    + var pdf = new jsPDF('p', 'pt', 'letter'); + pdf.html(document.getElementById('html'), { + callback: function (pdf) { + var iframe = document.createElement('iframe'); + iframe.setAttribute('style', 'position:absolute;right:0; top:0; bottom:0; height:100%; width:500px'); + document.body.appendChild(iframe); + iframe.src = pdf.output('datauristring'); + } + }); + - + + \ No newline at end of file diff --git a/examples/html2pdf/tables.html b/examples/html2pdf/tables.html index daccea5dc..7e56bcf0c 100644 --- a/examples/html2pdf/tables.html +++ b/examples/html2pdf/tables.html @@ -1,153 +1,152 @@ + -Html2Pdf - - + Html2Pdf + + +

    Tables

    @@ -218,13 +217,16 @@

    Tables

    + var pdf = new jsPDF('p', 'pt', 'letter'); + pdf.html(document.body, { + callback: function (pdf) { + var iframe = document.createElement('iframe'); + iframe.setAttribute('style', 'position:absolute;right:0; top:0; bottom:0; height:100%; width:500px'); + document.body.appendChild(iframe); + iframe.src = pdf.output('datauristring'); + } + }); + - + + \ No newline at end of file diff --git a/examples/html2pdf/total_mess.html b/examples/html2pdf/total_mess.html index e9c4fe9f1..da6f04945 100644 --- a/examples/html2pdf/total_mess.html +++ b/examples/html2pdf/total_mess.html @@ -1,11 +1,13 @@ + -Html2Pdf - - + Html2Pdf + + +

    @@ -16,7 +18,11 @@

    Header four

    Header five
    Header six

    - This is a copy of one of the sample pages from the WordPress theme development test content. I found it handy to keep a copy of this for building sites that aren’t using WordPress. 99% of the credit goes to them, I’m just hosting it in a handy place in case it’s useful to anyone other than me. + This is a copy of one of the sample pages from the WordPress + theme development test content. I found it handy to keep a copy of this for building sites that aren’t using + WordPress. 99% of the credit goes to them, I’m just hosting it in a handy place in case it’s useful to anyone + other than me.

    Blockquote Tests

    Blockquote:

    @@ -25,7 +31,8 @@

    Blockquote Tests

    This part isn’t quoted. Here’s a longer quote:

    -

    I have learned, that if one advances confidently in the direction of his dreams, and endeavors to live the life he has imagined, he will meet with a success unexpected in common hours.

    +

    I have learned, that if one advances confidently in the direction of his dreams, and endeavors to live the life + he has imagined, he will meet with a success unexpected in common hours.

    Henry David Thoreau

    @@ -40,22 +47,28 @@

    Table Layout Test

    - About Test User + About + Test User 1 More - 260 + 260 1 More - Archives + Archives + 1 More - 235 + 235 1 More @@ -68,12 +81,16 @@

    Definition List

    This is a definition list division.
    Definition
    - An exact statement or description of the nature, scope, or meaning of something: our definition of what constitutes poetry. + An exact statement or description of the nature, scope, or meaning of something: our definition of what + constitutes poetry.
    Gallery
    -
    A feature introduced with WordPress 2.5, that is specifically an exposition of images attached to a post. In that same vein, an upload is “attached to a post” when you upload it while editing a post.
    +
    A feature introduced with WordPress 2.5, that is specifically an exposition of images attached to a post. In + that same vein, an upload is “attached to a post” when you upload it while editing a post.
    Gravatar
    -
    A globally recognized avatar (a graphic image or picture that represents a user). A gravatar is associated with an email address, and is maintained by the Gravatar.com service. Using this service, a blog owner can configure their blog so that a user’s gravatar is displayed along with their comments.
    +
    A globally recognized avatar (a graphic image or picture that represents a user). A gravatar is associated + with an email address, and is maintained by the Gravatar.com service. Using this service, a blog owner can + configure their blog so that a user’s gravatar is displayed along with their comments.

    Unordered List (Nested)

      @@ -119,7 +136,8 @@

      Ordered List

      HTML Element Tag Tests

      - All other HTML tags listed in the FAQ: + All other HTML tags listed in the FAQ:

      Here is the address for Automattic, using the @@ -132,9 +150,12 @@

      HTML Element Tag Tests

      355 1st Street Suite 202
      San Francisco, CA 94105
      United States

      - This is an example of an + This is an example of an - (otherwise known as a link). This abbr. is an example of an tag in the middle of a sentence. Here is a TLA showing off the + (otherwise known as a link). This abbr. is an example of an + tag in the middle of a sentence. Here is a TLA showing off the + tag. What, you want to see some over-sized text using the @@ -142,19 +163,19 @@

      HTML Element Tag Tests

      tag? Have you noticed that all of the tag names are displayed in code-form, using the - tag? Similarly, I could - emulate keyboard text - , using the - + tag? Similarly, I could + emulate keyboard text + , using the + - text tag, or - emulate teletype text - using the - + text tag, or + emulate teletype text + using the + - tag. + tag.

      Oh no! I wrote something incorrectly. @@ -207,7 +228,8 @@

      HTML Element Tag Tests

      tag.

      - Need to write H2O or E = MC2? You may find great use for subscripting text using the + Need to write H2O or E = MC2? You may find great use for subscripting text using + the @@ -235,30 +257,34 @@

      Div and Span Tests

      Sed odio nibh, tincidunt adipiscing, pretium nec, tincidunt id, enim. Fusce scelerisque nunc vitae nisl.

    - Lorem ipsum dolor sit amet, consectetuer adipiscing elit. This is a span inside of a paragraph, using the + Lorem ipsum dolor sit amet, consectetuer adipiscing elit. This is a span inside of a paragraph, + using the tag. - Sed odio nibh, tincidunt adipiscing, pretium nec, tincidunt id, enim. Fusce scelerisque nunc vitae nisl. + Sed odio nibh, tincidunt adipiscing, pretium nec, tincidunt id, enim. Fusce scelerisque nunc + vitae nisl.

    - - + + - + + \ No newline at end of file diff --git a/examples/images.html b/examples/images.html index fb6c8bcb4..80f117775 100644 --- a/examples/images.html +++ b/examples/images.html @@ -1,50 +1,45 @@ - - - jsPDF png test - - - - - - - - - - - - - - + + + jsPDF png test + + + + + + - - - - - - - + + + + + - - - - + + + + \ No newline at end of file diff --git a/examples/js/acroforms.js b/examples/js/acroforms.js index 23ffb612e..970a788cb 100644 --- a/examples/js/acroforms.js +++ b/examples/js/acroforms.js @@ -1,4 +1,5 @@ -var doc = new jsPDF();//{unit: 'px'} +/* global jsPDF, ComboBox, ListBox, CheckBox, PushButton, TextField, PasswordField, RadioButton, AcroForm */ +var doc = new jsPDF(); doc.setFontSize(12); doc.text('ComboBox:', 10, 105); @@ -22,13 +23,13 @@ listbox.setOptions(["c", "a", "d", "f", "b", "s"]); listbox.value = 's'; doc.addField(listbox); -doc.text('CheckBox:', 10, 125,); +doc.text('CheckBox:', 10, 125); var checkBox = new CheckBox(); checkBox.fieldName = "CheckBox1"; checkBox.Rect = [50, 120, 30, 10]; doc.addField(checkBox); -doc.text( 'PushButton:', 10, 135); +doc.text('PushButton:', 10, 135); var pushButton = new PushButton(); pushButton.fieldName = "PushButton1"; pushButton.Rect = [50, 130, 30, 10]; diff --git a/examples/js/autoprint.js b/examples/js/autoprint.js index d9fac05ac..577856103 100644 --- a/examples/js/autoprint.js +++ b/examples/js/autoprint.js @@ -1,3 +1,4 @@ +/* global jsPDF */ // You'll need to make your image into a Data URL // Use http://dataurl.net/#dataurlmaker var imgData = 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diff --git a/examples/js/basic.js b/examples/js/basic.js index 158dcb675..0f1efb853 100644 --- a/examples/js/basic.js +++ b/examples/js/basic.js @@ -1,10 +1,11 @@ +/* global jsPDF */ function demoTwoPageDocument() { var doc = new jsPDF(); doc.text(20, 20, 'Hello world!'); doc.text(20, 30, 'This is client-side Javascript, pumping out a PDF.'); doc.addPage(); doc.text(20, 20, 'Do you like that?'); - + // Save the PDF doc.save('Test.pdf'); } @@ -21,34 +22,34 @@ function demoFontSizes() { var doc = new jsPDF(); doc.setFontSize(22); doc.text(20, 20, 'This is a title'); - + doc.setFontSize(16); doc.text(20, 30, 'This is some normal sized text underneath.'); - + doc.save('Test.pdf'); } function demoFontTypes() { var doc = new jsPDF(); - + doc.text(20, 20, 'This is the default font.'); - + doc.setFont("courier"); doc.setFontType("normal"); doc.text(20, 30, 'This is courier normal.'); - + doc.setFont("times"); doc.setFontType("italic"); doc.text(20, 40, 'This is times italic.'); - + doc.setFont("helvetica"); doc.setFontType("bold"); doc.text(20, 50, 'This is helvetica bold.'); - + doc.setFont("courier"); doc.setFontType("bolditalic"); doc.text(20, 60, 'This is courier bolditalic.'); - + doc.save('Test.pdf'); } @@ -57,19 +58,19 @@ function demoTextColors() { doc.setTextColor(100); doc.text(20, 20, 'This is gray.'); - + doc.setTextColor(150); doc.text(20, 30, 'This is light gray.'); - - doc.setTextColor(255,0,0); + + doc.setTextColor(255, 0, 0); doc.text(20, 40, 'This is red.'); - - doc.setTextColor(0,255,0); + + doc.setTextColor(0, 255, 0); doc.text(20, 50, 'This is green.'); - - doc.setTextColor(0,0,255); + + doc.setTextColor(0, 0, 255); doc.text(20, 60, 'This is blue.'); - + // Output as Data URI doc.output('datauri'); } @@ -77,7 +78,7 @@ function demoTextColors() { function demoMetadata() { var doc = new jsPDF(); doc.text(20, 20, 'This PDF has a title, subject, author, keywords and a creator.'); - + // Optional - set properties on the document doc.setProperties({ title: 'Title', @@ -86,35 +87,35 @@ function demoMetadata() { keywords: 'generated, javascript, web 2.0, ajax', creator: 'MEEE' }); - + doc.save('Test.pdf'); } -function demoUserInput() { +function demoUserInput() { var name = prompt('What is your name?'); var multiplier = prompt('Enter a number:'); multiplier = parseInt(multiplier); var doc = new jsPDF(); - doc.setFontSize(22); + doc.setFontSize(22); doc.text(20, 20, 'Questions'); doc.setFontSize(16); doc.text(20, 30, 'This belongs to: ' + name); - - for(var i = 1; i <= 12; i ++) { + + for (var i = 1; i <= 12; i++) { doc.text(20, 30 + (i * 10), i + ' x ' + multiplier + ' = ___'); } - + doc.addPage(); doc.setFontSize(22); doc.text(20, 20, 'Answers'); doc.setFontSize(16); - - for (i = 1; i <= 12; i ++) { + + for (i = 1; i <= 12; i++) { doc.text(20, 30 + (i * 10), i + ' x ' + multiplier + ' = ' + (i * multiplier)); } doc.save('Test.pdf'); - + } function demoRectangles() { @@ -123,17 +124,17 @@ function demoRectangles() { doc.rect(20, 20, 10, 10); // empty square doc.rect(40, 20, 10, 10, 'F'); // filled square - + doc.setDrawColor(255, 0, 0); doc.rect(60, 20, 10, 10); // empty red square - + doc.setDrawColor(255, 0, 0); doc.rect(80, 20, 10, 10, 'FD'); // filled square with red borders - + doc.setDrawColor(0); doc.setFillColor(255, 0, 0); doc.rect(100, 20, 10, 10, 'F'); // filled red square - + doc.setDrawColor(0); doc.setFillColor(255, 0, 0); doc.rect(120, 20, 10, 10, 'FD'); // filled red square with black borders @@ -149,30 +150,30 @@ function demoLines() { var doc = new jsPDF(); doc.line(20, 20, 60, 20); // horizontal line - + doc.setLineWidth(0.5); doc.line(20, 25, 60, 25); - + doc.setLineWidth(1); doc.line(20, 30, 60, 30); - + doc.setLineWidth(1.5); doc.line(20, 35, 60, 35); - - doc.setDrawColor(255,0,0); // draw red lines - + + doc.setDrawColor(255, 0, 0); // draw red lines + doc.setLineWidth(0.1); doc.line(100, 20, 100, 60); // vertical line - + doc.setLineWidth(0.5); doc.line(105, 20, 105, 60); - + doc.setLineWidth(1); doc.line(110, 20, 110, 60); - + doc.setLineWidth(1.5); doc.line(115, 20, 115, 60); - + // Output as Data URI doc.output('datauri'); } @@ -182,12 +183,12 @@ function demoCircles() { doc.ellipse(40, 20, 10, 5); - doc.setFillColor(0,0,255); + doc.setFillColor(0, 0, 255); doc.ellipse(80, 20, 10, 5, 'F'); - + doc.setLineWidth(1); doc.setDrawColor(0); - doc.setFillColor(255,0,0); + doc.setFillColor(255, 0, 0); doc.circle(120, 20, 5, 'FD'); doc.save('Test.pdf'); @@ -197,12 +198,12 @@ function demoTriangles() { var doc = new jsPDF(); doc.triangle(60, 100, 60, 120, 80, 110, 'FD'); - + doc.setLineWidth(1); - doc.setDrawColor(255,0,0); - doc.setFillColor(0,0,255); + doc.setDrawColor(255, 0, 0); + doc.setFillColor(0, 0, 255); doc.triangle(100, 100, 110, 100, 120, 130, 'FD'); - + doc.save('Test.pdf'); } @@ -212,16 +213,16 @@ function demoImages() { // security restrictions that prevent it from loading images // when running local files. Run with: chromium --allow-file-access-from-files --allow-file-access // to temporarily get around this issue. - var getImageFromUrl = function(url, callback) { + var getImageFromUrl = function (url, callback) { var img = new Image(), data, ret = { data: null, pending: true }; - - img.onError = function() { - throw new Error('Cannot load image: "'+url+'"'); + + img.onError = function () { + throw new Error('Cannot load image: "' + url + '"'); }; - img.onload = function() { + img.onload = function () { var canvas = document.createElement('canvas'); document.body.appendChild(canvas); canvas.width = img.width; @@ -250,7 +251,7 @@ function demoImages() { // the pdf until we actually have the image data. // If we already had the jpeg image binary data loaded into // a string, we create the pdf without delay. - var createPDF = function(imgData) { + var createPDF = function (imgData) { var doc = new jsPDF(); doc.addImage(imgData, 'JPEG', 10, 10, 50, 50); @@ -265,29 +266,29 @@ function demoImages() { function demoStringSplitting() { - var pdf = new jsPDF('p','in','letter') - , sizes = [12, 16, 20] - , fonts = [['Times','Roman'],['Helvetica',''], ['Times','Italic']] - , font, size, lines - , margin = 0.5 // inches on a 8.5 x 11 inch sheet. - , verticalOffset = margin - , loremipsum = 'Lorem ipsum dolor sit amet, consectetur adipiscing elit. Phasellus id eros turpis. Vivamus tempor urna vitae sapien mollis molestie. Vestibulum in lectus non enim bibendum laoreet at at libero. Etiam malesuada erat sed sem blandit in varius orci porttitor. Sed at sapien urna. Fusce augue ipsum, molestie et adipiscing at, varius quis enim. Morbi sed magna est, vel vestibulum urna. Sed tempor ipsum vel mi pretium at elementum urna tempor. Nulla faucibus consectetur felis, elementum venenatis mi mollis gravida. Aliquam mi ante, accumsan eu tempus vitae, viverra quis justo.\n\nProin feugiat augue in augue rhoncus eu cursus tellus laoreet. Pellentesque eu sapien at diam porttitor venenatis nec vitae velit. Donec ultrices volutpat lectus eget vehicula. Nam eu erat mi, in pulvinar eros. Mauris viverra porta orci, et vehicula lectus sagittis id. Nullam at magna vitae nunc fringilla posuere. Duis volutpat malesuada ornare. Nulla in eros metus. Vivamus a posuere libero.' + var pdf = new jsPDF('p', 'in', 'letter') + , sizes = [12, 16, 20] + , fonts = [['Times', 'Roman'], ['Helvetica', ''], ['Times', 'Italic']] + , font, size, lines + , margin = 0.5 // inches on a 8.5 x 11 inch sheet. + , verticalOffset = margin + , loremipsum = 'Lorem ipsum dolor sit amet, consectetur adipiscing elit. Phasellus id eros turpis. Vivamus tempor urna vitae sapien mollis molestie. Vestibulum in lectus non enim bibendum laoreet at at libero. Etiam malesuada erat sed sem blandit in varius orci porttitor. Sed at sapien urna. Fusce augue ipsum, molestie et adipiscing at, varius quis enim. Morbi sed magna est, vel vestibulum urna. Sed tempor ipsum vel mi pretium at elementum urna tempor. Nulla faucibus consectetur felis, elementum venenatis mi mollis gravida. Aliquam mi ante, accumsan eu tempus vitae, viverra quis justo.\n\nProin feugiat augue in augue rhoncus eu cursus tellus laoreet. Pellentesque eu sapien at diam porttitor venenatis nec vitae velit. Donec ultrices volutpat lectus eget vehicula. Nam eu erat mi, in pulvinar eros. Mauris viverra porta orci, et vehicula lectus sagittis id. Nullam at magna vitae nunc fringilla posuere. Duis volutpat malesuada ornare. Nulla in eros metus. Vivamus a posuere libero.' // Margins: pdf.setDrawColor(0, 255, 0) - .setLineWidth(1/72) + .setLineWidth(1 / 72) .line(margin, margin, margin, 11 - margin) - .line(8.5 - margin, margin, 8.5-margin, 11-margin) + .line(8.5 - margin, margin, 8.5 - margin, 11 - margin) // the 3 blocks of text - for (var i in fonts){ + for (var i in fonts) { if (fonts.hasOwnProperty(i)) { font = fonts[i] size = sizes[i] lines = pdf.setFont(font[0], font[1]) - .setFontSize(size) - .splitTextToSize(loremipsum, 7.5) + .setFontSize(size) + .splitTextToSize(loremipsum, 7.5) // Don't want to preset font, size to calculate the lines? // .splitTextToSize(text, maxsize, options) // allows you to pass an object with any of the following: @@ -298,7 +299,6 @@ function demoStringSplitting() { // } // Without these, .splitTextToSize will use current / default // font Family, Style, Size. - console.log(lines); pdf.text(0.5, verticalOffset + size / 72, lines) verticalOffset += (lines.length + 0.5) * size / 72 @@ -311,94 +311,94 @@ function demoStringSplitting() { function demoFromHTML() { var pdf = new jsPDF('p', 'pt', 'letter') - // source can be HTML-formatted string, or a reference - // to an actual DOM element from which the text will be scraped. - , source = $('#fromHTMLtestdiv')[0] - - // we support special element handlers. Register them with jQuery-style - // ID selector for either ID or node name. ("#iAmID", "div", "span" etc.) - // There is no support for any other type of selectors - // (class, of compound) at this time. - , specialElementHandlers = { - // element with id of "bypass" - jQuery style selector - '#bypassme': function(element, renderer){ - // true = "handled elsewhere, bypass text extraction" - return true - }, - '.hide': function(element, renderer){ - // true = "handled elsewhere, bypass text extraction" - return true + // source can be HTML-formatted string, or a reference + // to an actual DOM element from which the text will be scraped. + , source = document.getElementById('fromHTMLtestdiv') + + // we support special element handlers. Register them with jQuery-style + // ID selector for either ID or node name. ("#iAmID", "div", "span" etc.) + // There is no support for any other type of selectors + // (class, of compound) at this time. + , specialElementHandlers = { + // element with id of "bypass" - jQuery style selector + '#bypassme': function (element, renderer) { + // true = "handled elsewhere, bypass text extraction" + return true + }, + '.hide': function (element, renderer) { + // true = "handled elsewhere, bypass text extraction" + return true + } } - } margins = { - top: 80, - bottom: 60, - left: 40, - width: 522 - }; - // all coords and widths are in jsPDF instance's declared units - // 'inches' in this case - pdf.fromHTML( - source // HTML string or DOM elem ref. - , margins.left // x coord - , margins.top // y coord - , { - 'width': margins.width // max width of content on PDF - , 'elementHandlers': specialElementHandlers - }, - function (dispose) { - // dispose: object with X, Y of the last line add to the PDF - // this allow the insertion of new lines after html - pdf.save('Test.pdf'); - }, - margins - ) + top: 80, + bottom: 60, + left: 40, + width: 522 + }; + // all coords and widths are in jsPDF instance's declared units + // 'inches' in this case + pdf.fromHTML( + source // HTML string or DOM elem ref. + , margins.left // x coord + , margins.top // y coord + , { + 'width': margins.width // max width of content on PDF + , 'elementHandlers': specialElementHandlers + }, + function (dispose) { + // dispose: object with X, Y of the last line add to the PDF + // this allow the insertion of new lines after html + pdf.save('Test.pdf'); + }, + margins + ) } function demoTextAlign() { var pdf = new jsPDF('p', 'pt', 'letter'); - + pdf.setFillColor(0); - pdf.circle( 140, 50, 2, "F" ); - pdf.text( 'This text is normally\raligned.', 140, 50 ); - - pdf.circle( 140, 120, 2, "F" ); - pdf.text( 'This text is centered\raround\rthis point.', 140, 120, 'center' ); - - pdf.circle( 140, 300, 2, "F" ); - pdf.text( 'This text is rotated\rand centered around\rthis point.', 140, 300, 45, 'center' ); - - pdf.circle( 140, 400, 2, "F" ); - pdf.text( 'This text is\raligned to the\rright.', 140, 400, 'right' ); - - pdf.circle( 140, 550, 2, "F" ); - pdf.text( 'This text is\raligned to the\rright.', 140, 550, 45, 'right' ); - - pdf.circle( 460, 50, 2, "F" ); - pdf.text( 'This single line is centered', 460, 50, 'center' ); - - pdf.circle( 460, 200, 2, "F" ); - pdf.text( 'This right aligned text\r\rhas an empty line.', 460, 200, 'right' ); - - + pdf.circle(140, 50, 2, "F"); + pdf.text('This text is normally\raligned.', 140, 50); + + pdf.circle(140, 120, 2, "F"); + pdf.text('This text is centered\raround\rthis point.', 140, 120, 'center'); + + pdf.circle(140, 300, 2, "F"); + pdf.text('This text is rotated\rand centered around\rthis point.', 140, 300, 45, 'center'); + + pdf.circle(140, 400, 2, "F"); + pdf.text('This text is\raligned to the\rright.', 140, 400, 'right'); + + pdf.circle(140, 550, 2, "F"); + pdf.text('This text is\raligned to the\rright.', 140, 550, 45, 'right'); + + pdf.circle(460, 50, 2, "F"); + pdf.text('This single line is centered', 460, 50, 'center'); + + pdf.circle(460, 200, 2, "F"); + pdf.text('This right aligned text\r\rhas an empty line.', 460, 200, 'right'); + + pdf.save('Test.pdf'); } function demoUsingTTFFont() { const AmiriRegular = 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"; - const doc = new jsPDF({filters: ['ASCIIHexEncode']}); - - - doc.addFileToVFS("Amiri-Regular.ttf", AmiriRegular); - doc.addFont('Amiri-Regular.ttf', 'Amiri', 'normal'); - - doc.setFont('Amiri'); // set font - doc.setFontSize(10); - - - doc.text("إذا لم تستح فاصنع ما شئت", 10, 10); - - doc.save('test.pdf'); + const doc = new jsPDF({ filters: ['ASCIIHexEncode'] }); + + + doc.addFileToVFS("Amiri-Regular.ttf", AmiriRegular); + doc.addFont('Amiri-Regular.ttf', 'Amiri', 'normal'); + + doc.setFont('Amiri'); // set font + doc.setFontSize(10); + + + doc.text("إذا لم تستح فاصنع ما شئت", 10, 10); + + doc.save('test.pdf'); } diff --git a/examples/js/circles.js b/examples/js/circles.js index a701ac533..febc044fc 100644 --- a/examples/js/circles.js +++ b/examples/js/circles.js @@ -1,3 +1,4 @@ +/* global jsPDF */ var doc = new jsPDF(); doc.ellipse(40, 20, 10, 5); diff --git a/examples/js/editor.js b/examples/js/editor.js index 549bbfe69..9a8f00a3e 100644 --- a/examples/js/editor.js +++ b/examples/js/editor.js @@ -1,10 +1,11 @@ +/* global ace, $, PDFObject, pdf, doc */ /** * jsPDFEditor * @return {[type]} [description] */ -var jsPDFEditor = function() { +var jsPDFEditor = function () { - var editor,demos = { + var editor, demos = { 'images.js': 'Images', 'font-faces.js': 'Font faces, text alignment and rotation', 'two-page.js': 'Two page Hello World', @@ -22,7 +23,7 @@ var jsPDFEditor = function() { 'japanese.js': 'Japanese' }; - var aceEditor = function() { + var aceEditor = function () { editor = ace.edit("editor"); editor.setTheme("ace/theme/github"); editor.setOptions({ @@ -33,18 +34,18 @@ var jsPDFEditor = function() { editor.getSession().setUseWorker(false); // prevent "SecurityError: DOM Exception 18" var timeout; - editor.getSession().on('change', function() { + editor.getSession().on('change', function () { // Hacky workaround to disable auto refresh on user input if ($('#auto-refresh').is(':checked') && $('#template').val() != 'user-input.js') { - if(timeout) clearTimeout(timeout); - timeout = setTimeout(function() { + if (timeout) clearTimeout(timeout); + timeout = setTimeout(function () { jsPDFEditor.update(); }, 200); } }); }; - var populateDropdown = function() { + var populateDropdown = function () { var options = ''; for (var demo in demos) { options += ''; @@ -52,7 +53,7 @@ var jsPDFEditor = function() { $('#template').html(options).on('change', loadSelectedFile); }; - var loadSelectedFile = function() { + var loadSelectedFile = function () { if ($('#template').val() == 'user-input.js') { $('.controls .checkbox').hide(); $('.controls .alert').show(); @@ -62,16 +63,16 @@ var jsPDFEditor = function() { $('.controls .alert').hide(); } - $.get('examples/js/' + $('#template').val(), function(response) { + $.get('examples/js/' + $('#template').val(), function (response) { editor.setValue(response); editor.gotoLine(0); // If autorefresh isn't on, then force it when we change examples - if (! $('#auto-refresh').is(':checked')) { + if (!$('#auto-refresh').is(':checked')) { jsPDFEditor.update(); } - }, 'text').fail(function() { + }, 'text').fail(function () { $('.template-picker').html('

    More examples in examples/js/. We can\'t load them in automatically because of local filesystem security precautions.

    '); @@ -90,8 +91,8 @@ var jsPDFEditor = function() { }); }; - var initAutoRefresh = function() { - $('#auto-refresh').on('change', function() { + var initAutoRefresh = function () { + $('#auto-refresh').on('change', function () { if ($('#auto-refresh').is(':checked')) { $('.run-code').hide(); jsPDFEditor.update(); @@ -100,14 +101,14 @@ var jsPDFEditor = function() { } }); - $('.run-code').click(function() { + $('.run-code').click(function () { jsPDFEditor.update(); return false; }); }; - var initDownloadPDF = function() { - $('.download-pdf').click(function(){ + var initDownloadPDF = function () { + $('.download-pdf').click(function () { eval('try{' + editor.getValue() + '} catch(e) { console.error(e.message,e.stack,e); }'); var file = demos[$('#template').val()]; @@ -117,7 +118,7 @@ var jsPDFEditor = function() { if (typeof doc !== 'undefined') { doc.save(file + '.pdf'); } else if (typeof pdf !== 'undefined') { - setTimeout(function() { + setTimeout(function () { pdf.save(file + '.pdf'); }, 2000); } else { @@ -132,7 +133,7 @@ var jsPDFEditor = function() { * Start the editor demo * @return {void} */ - init: function() { + init: function () { // Init the ACE editor aceEditor(); @@ -152,14 +153,14 @@ var jsPDFEditor = function() { * @param {boolean} skipEval If true, will skip evaluation of the code * @return */ - update: function(skipEval) { - setTimeout(function() { - if (! skipEval) { + update: function (skipEval) { + setTimeout(function () { + if (!skipEval) { eval('try{' + editor.getValue() + '} catch(e) { console.error(e.message,e.stack,e); }'); } if (typeof doc !== 'undefined') try { - - if (navigator.appVersion.indexOf("MSIE") !==-1 || navigator.appVersion.indexOf("Edge") !==-1 || navigator.appVersion.indexOf('Trident') !== -1 ) { + + if (navigator.appVersion.indexOf("MSIE") !== -1 || navigator.appVersion.indexOf("Edge") !== -1 || navigator.appVersion.indexOf('Trident') !== -1) { var options = { pdfOpenParams: { navpanes: 0, @@ -168,13 +169,13 @@ var jsPDFEditor = function() { view: "FitV" }, forcePDFJS: true, - PDFJS_URL : 'examples/PDF.js/web/viewer.html' + PDFJS_URL: 'examples/PDF.js/web/viewer.html' }; PDFObject.embed(doc.output('bloburl'), "#preview-pane", options); } else { PDFObject.embed(doc.output('datauristring'), "#preview-pane"); } - } catch(e) { + } catch (e) { alert('Error ' + e); } }, 0); @@ -183,6 +184,6 @@ var jsPDFEditor = function() { }(); -$(document).ready(function() { +$(document).ready(function () { jsPDFEditor.init(); }); diff --git a/examples/js/font-faces.js b/examples/js/font-faces.js index 72b41629b..0df1293cb 100644 --- a/examples/js/font-faces.js +++ b/examples/js/font-faces.js @@ -24,7 +24,7 @@ doc.text('This is centred text.', 105, 80, null, null, 'center'); doc.text('And a little bit more underneath it.', 105, 90, null, null, 'center'); doc.text('This is right aligned text', 200, 100, null, null, 'right'); doc.text('And some more', 200, 110, null, null, 'right'); -doc.text('Back to left',20, 120); +doc.text('Back to left', 20, 120); doc.text('10 degrees rotated', 20, 140, null, 10); doc.text('-10 degrees rotated', 20, 160, null, -10); \ No newline at end of file diff --git a/examples/js/from-html.js b/examples/js/from-html.js index c26e5f38c..abdee6898 100644 --- a/examples/js/from-html.js +++ b/examples/js/from-html.js @@ -2,10 +2,10 @@ var doc = new jsPDF(); // We'll make our own renderer to skip this editor var specialElementHandlers = { - '#editor': function(element, renderer){ + '#editor': function (element, renderer) { return true; }, - '.controls': function(element, renderer){ + '.controls': function (element, renderer) { return true; } }; @@ -13,6 +13,6 @@ var specialElementHandlers = { // All units are in the set measurement for the document // This can be changed to "pt" (points), "mm" (Default), "cm", "in" doc.fromHTML($('body').get(0), 15, 15, { - 'width': 170, + 'width': 170, 'elementHandlers': specialElementHandlers }); diff --git a/examples/js/html2canvas.js b/examples/js/html2canvas.js index 3ae4b3fd6..2dcd708cf 100644 --- a/examples/js/html2canvas.js +++ b/examples/js/html2canvas.js @@ -1,7 +1,6 @@ +var pdf = new jsPDF('l', 'pt', 'a4'); -var pdf = new jsPDF('p','pt','a4'); - -pdf.addHTML(document.body,function() { +pdf.addHTML(document.body, function () { var string = pdf.output('datauristring'); $('.preview-pane').attr('src', string); -}); +}); \ No newline at end of file diff --git a/examples/js/kitchen-sink.js b/examples/js/kitchen-sink.js deleted file mode 100644 index 62e3aeddf..000000000 --- a/examples/js/kitchen-sink.js +++ /dev/null @@ -1,3 +0,0 @@ - -// Kitchen Sink Example - diff --git a/examples/js/lines.js b/examples/js/lines.js index 28e4686b3..691ae8bee 100644 --- a/examples/js/lines.js +++ b/examples/js/lines.js @@ -1,7 +1,7 @@ var doc = new jsPDF(); doc.line(20, 20, 60, 20); // horizontal line - + doc.setLineWidth(0.5); doc.line(20, 25, 60, 25); @@ -11,7 +11,7 @@ doc.line(20, 30, 60, 30); doc.setLineWidth(1.5); doc.line(20, 35, 60, 35); -doc.setDrawColor(255,0,0); // draw red lines +doc.setDrawColor(255, 0, 0); // draw red lines doc.setLineWidth(0.1); doc.line(100, 20, 100, 60); // vertical line @@ -25,16 +25,16 @@ doc.line(110, 20, 110, 60); doc.setLineWidth(1.5); doc.line(115, 20, 115, 60); -doc.text(10,110, "setLineDash"); +doc.text(10, 110, "setLineDash"); doc.setLineWidth(0.1) -doc.setDrawColor(0,0,0); +doc.setDrawColor(0, 0, 0); doc.setLineDash([2.5]) -doc.line(10,120,200,120) +doc.line(10, 120, 200, 120) -doc.setLineDash([1, 1.5, 1, 1.5, 1, 1.5, 3, 2, 3, 2, 3, 2 ]) -doc.line(10,125,200,125) +doc.setLineDash([1, 1.5, 1, 1.5, 1, 1.5, 3, 2, 3, 2, 3, 2]) +doc.line(10, 125, 200, 125) -doc.setLineDash([1, 1.5, 1, 1.5, 1, 1.5, 3, 2, 3, 2, 3, 2 ], 7.5) -doc.line(10,130,200,130) +doc.setLineDash([1, 1.5, 1, 1.5, 1, 1.5, 3, 2, 3, 2, 3, 2], 7.5) +doc.line(10, 130, 200, 130) diff --git a/examples/js/test_harness.js b/examples/js/test_harness.js index 15d549acc..e0343b467 100644 --- a/examples/js/test_harness.js +++ b/examples/js/test_harness.js @@ -4,16 +4,16 @@ * * Licensed under the MIT License. * http://opensource.org/licenses/mit-license - */ + */ /** * An easy way to view PDF and PDF source code side by side. */ -pdf_test_harness_init = function(pdf, message) { +var pdf_test_harness_init = function (pdf, message) { var harness = new pdf_test_harness(); - var body = document.getElementsByTagName('body')[0]; + var body = document.body; body.style.display = 'flex'; var div = document.createElement('div'); @@ -73,7 +73,7 @@ pdf_test_harness_init = function(pdf, message) { popup.setAttribute('style', 'z-index:100;margin:100px auto;cursor:pointer;font-size:1.3em;top:50px;background-color:rgb(243, 224, 141);padding:1em;border:1px solid black'); popup.innerHTML = message; body.appendChild(popup); - popup.onclick = function() { + popup.onclick = function () { popup.parentNode.removeChild(popup); } } @@ -82,53 +82,53 @@ pdf_test_harness_init = function(pdf, message) { harness.pdf = pdf; harness.render('pdf'); - btn1.onclick = function() { + btn1.onclick = function () { harness.render('pdf'); } - btn2.onclick = function() { + btn2.onclick = function () { harness.render('source'); } - btn3.onclick = function() { + btn3.onclick = function () { harness.render('both'); } - + return harness; } -pdf_test_harness = function(pdf) { +var pdf_test_harness = function (pdf) { this.pdf = pdf; this.onload = undefined; this.iframe = undefined; this.entityMap = { - "&" : "&", - "<" : "<", - ">" : ">", - '"' : '"', - "'" : ''', - "/" : '/' + "&": "&", + "<": "<", + ">": ">", + '"': '"', + "'": ''', + "/": '/' }; - this.escapeHtml = function(string) { - return String(string).replace(/[&<>"'\/]/g, function(s) { + this.escapeHtml = function (string) { + return String(string).replace(/[&<>"'\/]/g, function (s) { return this.entityMap[s]; }.bind(this)); }; - this.getParameterByName = function(name) { + this.getParameterByName = function (name) { name = name.replace(/[\[]/, "\\[").replace(/[\]]/, "\\]"); var regex = new RegExp("[\\?&]" + name + "=([^&#]*)"), results = regex.exec(location.search); return results === null ? "" : decodeURIComponent(results[1].replace(/\+/g, " ")); }; - this.setPdf = function(pdf) { + this.setPdf = function (pdf) { this.pdf = pdf; this.rendered = undefined; this.render(this.view); }; // generate the pdf, the source code, or both - this.render = function(view) { + this.render = function (view) { this.view = view; //Current code only lets us render one time. if (!this.rendered) { diff --git a/examples/js/user-input.js b/examples/js/user-input.js index 54d9c0c98..f39deb293 100644 --- a/examples/js/user-input.js +++ b/examples/js/user-input.js @@ -1,5 +1,5 @@ var name = prompt('What is your name?'); -var multiplier = parseInt(prompt('Enter a number:')); +var multiplier = parseInt(prompt('Enter a number:'), 10); var doc = new jsPDF(); doc.setFontSize(22); diff --git a/examples/jspdf.PLUGINTEMPLATE.js b/examples/jspdf.PLUGINTEMPLATE.js index 60fec05bf..97dd63d48 100644 --- a/examples/jspdf.PLUGINTEMPLATE.js +++ b/examples/jspdf.PLUGINTEMPLATE.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** * jsPDF [NAME] PlugIn * Copyright (c) 2014 [YOUR NAME HERE] [WAY TO CONTACT YOU HERE] @@ -9,7 +10,7 @@ (function (jsPDFAPI) { 'use strict'; - jsPDFAPI.myFunction = function (args) { + jsPDFAPI.myFunction = function () { 'use strict'; // `this` is _jsPDF object returned when jsPDF is inited (new jsPDF()) // `this.internal` is a collection of useful, specific-to-raw-PDF-stream functions. diff --git a/examples/node/arabic.js b/examples/node/arabic.js index fb5c070d4..26c57154f 100644 --- a/examples/node/arabic.js +++ b/examples/node/arabic.js @@ -1,16 +1,16 @@ - const AmiriRegular = "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"; - - const fs = require('fs') - const jsPDF = require('../../dist/jspdf.node.min') - const doc = new jsPDF(); - - doc.addFileToVFS("Amiri-Regular.ttf", AmiriRegular); - doc.addFont('Amiri-Regular.ttf', 'Amiri', 'normal'); - - doc.setFont('Amiri'); // set font - doc.setFontSize(10); +const AmiriRegular = "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"; + +const fs = require('fs') +const jsPDF = require('../../dist/jspdf.node.min') +const doc = new jsPDF(); + +doc.addFileToVFS("Amiri-Regular.ttf", AmiriRegular); +doc.addFont('Amiri-Regular.ttf', 'Amiri', 'normal'); + +doc.setFont('Amiri'); // set font +doc.setFontSize(10); + +doc.text("إذا لم تستح فاصنع ما شئت", 200, 10, { align: 'right' }); - doc.text("إذا لم تستح فاصنع ما شئت", 200, 10, {align: 'right'}); - fs.writeFileSync('arabic.pdf', doc.output(), 'ascii'); \ No newline at end of file diff --git a/examples/node/japanese.js b/examples/node/japanese.js index 85531cac0..18fda78db 100644 --- a/examples/node/japanese.js +++ b/examples/node/japanese.js @@ -10,7 +10,7 @@ var doc = new jsPDF(); doc.addFileToVFS("MouhitsuBold.ttf", MouhitsuBold); doc.addFont('MouhitsuBold.ttf', 'Mouhitsu', 'bold'); - + doc.setFont('Mouhitsu', 'bold'); // set font doc.setFontSize(20); diff --git a/examples/runner.html b/examples/runner.html index 04e37e5e1..aff4310be 100644 --- a/examples/runner.html +++ b/examples/runner.html @@ -3,7 +3,7 @@ jsPDF - + @@ -13,69 +13,70 @@ - - + }); + - + + \ No newline at end of file diff --git a/fontconverter/fontconverter.html b/fontconverter/fontconverter.html index 0ba1944c2..9e74801d1 100644 --- a/fontconverter/fontconverter.html +++ b/fontconverter/fontconverter.html @@ -1,73 +1,74 @@ + - - - + + + + -
    +
    -
    - - -
    -
    - - -
    -
    - - - -
    -
    - -
    - - - - + + + \ No newline at end of file diff --git a/karma.conf.js b/karma.conf.js index 83ba44cf2..7c2c0a8f9 100644 --- a/karma.conf.js +++ b/karma.conf.js @@ -1,102 +1,29 @@ // Karma configuration 'use strict' -module.exports = (config) => { - config.set({ - - // base path that will be used to resolve all patterns (eg. files, exclude) - basePath: '', - - // frameworks to use - // available frameworks: https://npmjs.org/browse/keyword/karma-adapter - frameworks: ['jasmine'], - // list of files / patterns to load in the browser - files: [ - 'tests/utils/polyfill.js', - 'src/libs/polyfill.js', - 'node_modules/promise-polyfill/dist/polyfill.js', - 'src/jspdf.js', - { - pattern: 'src/libs/*.js', - included: true - }, - { - pattern: 'src/modules/*.js', - included: true - }, - 'node_modules/canvg/dist/browser/canvg.js', - 'node_modules/omggif/omggif.js', - 'node_modules/html2canvas/dist/html2canvas.js', - 'tests/utils/compare.js', - { - pattern: 'tests/**/*.spec.js', - included: true - }, - { - pattern: 'tests/**/reference/*.*', - included: false, - served: true - } - ], +const karmaConfig = require('./karma.config.js') - // list of files to exclude - exclude: [], +const browsers = { + IE: {} +} - // preprocess matching files before serving them to the browser - // available preprocessors: https://npmjs.org/browse/keyword/karma-preprocessor - preprocessors: { - 'src/jspdf.js': 'coverage', - 'src/modules/*.js': 'coverage', - 'src/libs/*.js': 'coverage', - 'tests/!(acroform|unicode)*/*.js': 'babel' - }, +module.exports = (config) => { + config.set({ + ...karmaConfig, // test results reporter to use // possible values: 'dots', 'progress' // available reporters: https://npmjs.org/browse/keyword/karma-reporter reporters: ['mocha', 'coverage'], - - - // web server port - port: 9876, - - // enable / disable colors in the output (reporters and logs) - colors: true, // level of logging // possible values: config.LOG_DISABLE || config.LOG_ERROR || config.LOG_WARN || config.LOG_INFO || config.LOG_DEBUG logLevel: config.LOG_INFO, - // enable / disable watching file and executing tests whenever any file changes + // enable / disable watching file and executing tests wheneve r any file changes autoWatch: true, // start these browsers // available browser launchers: https://npmjs.org/browse/keyword/karma-launcher - browsers: ['IE'], - - // Continuous Integration mode - // if true, Karma captures browsers, runs the tests and exits - singleRun: false, - - // Concurrency level - // how many browser should be started simultaneous - concurrency: Infinity, - - coverageReporter: { - reporters: [ - { - type: 'lcov', - dir: 'coverage/' - }, - { - type: 'text' - } - ] - }, - babelPreprocessor: { - options: { - presets: ["@babel/env"], // "@babel/preset-env" - sourceMap: 'inline' - } - } + browsers: Object.keys(browsers), }) -} +} \ No newline at end of file diff --git a/karma.config.js b/karma.config.js new file mode 100644 index 000000000..b637dc10b --- /dev/null +++ b/karma.config.js @@ -0,0 +1,81 @@ +var karmaConfig = { + // base path that will be used to resolve all patterns (eg. files, exclude) + basePath: '', + // frameworks to use + // available frameworks: https://npmjs.org/browse/keyword/karma-adapter + frameworks: ['jasmine'], + // list of files / patterns to load in the browser + files: [ + 'tests/utils/polyfill.js', + 'src/libs/polyfill.js', + 'node_modules/promise-polyfill/dist/polyfill.js', + 'src/jspdf.js', + { + pattern: 'src/libs/*.js', + included: true + }, + { + pattern: 'src/modules/*.js', + included: true + }, + 'node_modules/canvg/dist/browser/canvg.js', + 'node_modules/html2canvas/dist/html2canvas.js', + 'tests/utils/compare.js', + { + pattern: 'tests/**/*.spec.js', + included: true + }, + { + pattern: 'tests/**/reference/*.*', + included: false, + served: true + } + ], + // list of files to exclude + exclude: [], + + // preprocess matching files before serving them to the browser + // available preprocessors: https://npmjs.org/browse/keyword/karma-preprocessor + preprocessors: { + 'src/jspdf.js': 'coverage', + 'src/modules/*.js': 'coverage', + 'src/libs/*.js': 'coverage', + 'tests/!(acroform|unicode)*/*.js': 'babel' + }, + // web server port + port: 9876, + + // enable / disable colors in the output (reporters and logs) + colors: true, + + // Continuous Integration mode + // if true, Karma captures browsers, runs the tests and exits + singleRun: false, + + // Concurrency level + // how many browser should be started simultaneous + concurrency: Infinity, + + browserNoActivityTimeout: 60000, + captureTimeout: 120000, + + coverageReporter: { + reporters: [ + { + type: 'lcov', + dir: 'coverage/' + }, + { + type: 'text' + } + ] + }, + babelPreprocessor: { + options: { + presets: ["@babel/env"], // "@babel/preset-env" + sourceMap: 'inline' + } + } +} + +module.exports = karmaConfig \ No newline at end of file diff --git a/karma.dist.conf.js b/karma.dist.conf.js index b41d48b87..2b3533cdc 100644 --- a/karma.dist.conf.js +++ b/karma.dist.conf.js @@ -59,7 +59,7 @@ module.exports = (config) => { // start these browsers // available browser launchers: https://npmjs.org/browse/keyword/karma-launcher - browsers: ['IE', 'Chrome', 'Firefox'], + browsers: ['IE'], // Continuous Integration mode // if true, Karma captures browsers, runs the tests and exits diff --git a/package-lock.json b/package-lock.json index 310e283ae..37f0a95c5 100644 --- a/package-lock.json +++ b/package-lock.json @@ -1247,6 +1247,12 @@ } } }, + "ansi-escapes": { + "version": "3.2.0", + "resolved": "https://registry.npmjs.org/ansi-escapes/-/ansi-escapes-3.2.0.tgz", + "integrity": "sha512-cBhpre4ma+U0T1oM5fXg7Dy1Jw7zzwv7lt/GoCpr+hDQJoYnKVPLL4dCvSEFMmQurOQvSrwT7SL/DAlhBI97RQ==", + "dev": true + }, "ansi-regex": { "version": "3.0.0", "resolved": "https://registry.npmjs.org/ansi-regex/-/ansi-regex-3.0.0.tgz", @@ -1427,6 +1433,12 @@ "integrity": "sha1-WWZ/QfrdTyDMvCu5a41Pf3jsA2c=", "dev": true }, + "astral-regex": { + "version": "1.0.0", + "resolved": "https://registry.npmjs.org/astral-regex/-/astral-regex-1.0.0.tgz", + "integrity": "sha512-+Ryf6g3BKoRc7jfp7ad8tM4TtMiaWvbF/1/sQcZPkkS7ag3D5nMBCe2UfOTONtAkaG0tO0ij3C5Lwmf1EiyjHg==", + "dev": true + }, "async": { "version": "1.5.2", "resolved": "https://registry.npmjs.org/async/-/async-1.5.2.tgz", @@ -1602,7 +1614,7 @@ }, "bl": { "version": "1.2.2", - "resolved": "https://registry.npmjs.org/bl/-/bl-1.2.2.tgz", + "resolved": "http://registry.npmjs.org/bl/-/bl-1.2.2.tgz", "integrity": "sha512-e8tQYnZodmebYDWGH7KMRvtzKXaJHx3BbilrgZCfvyLUYdKpK1t5PSPmpkny/SgiTSCnjfLW7v5rlONXVFkQEA==", "dev": true, "requires": { @@ -1881,6 +1893,12 @@ "integrity": "sha1-KAOY5dZkvXQDi28JBRU+borxvCA=", "dev": true }, + "callsites": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/callsites/-/callsites-3.0.0.tgz", + "integrity": "sha512-tWnkwu9YEq2uzlBDI4RcLn8jrFvF9AOi8PxDNU3hZZjJcjkcRAq3vCI+vZcg1SuxISDYe86k9VZFwAxDiJGoAw==", + "dev": true + }, "camelcase": { "version": "2.1.1", "resolved": "https://registry.npmjs.org/camelcase/-/camelcase-2.1.1.tgz", @@ -1946,6 +1964,12 @@ "supports-color": "^5.3.0" } }, + "chardet": { + "version": "0.7.0", + "resolved": "https://registry.npmjs.org/chardet/-/chardet-0.7.0.tgz", + "integrity": "sha512-mT8iDcrh03qDGRRmoA2hmBJnxpllMR+0/0qlzjqZES6NdiWDcZkCNAk4rPFZ9Q85r27unkiNNg8ZOiwZXBHwcA==", + "dev": true + }, "chokidar": { "version": "2.1.2", "resolved": "https://registry.npmjs.org/chokidar/-/chokidar-2.1.2.tgz", @@ -1996,6 +2020,21 @@ "command-line-commands": "^2.0.1" } }, + "cli-cursor": { + "version": "2.1.0", + "resolved": "https://registry.npmjs.org/cli-cursor/-/cli-cursor-2.1.0.tgz", + "integrity": "sha1-s12sN2R5+sw+lHR9QdDQ9SOP/LU=", + "dev": true, + "requires": { + "restore-cursor": "^2.0.0" + } + }, + "cli-width": { + "version": "2.2.0", + "resolved": "https://registry.npmjs.org/cli-width/-/cli-width-2.2.0.tgz", + "integrity": "sha1-/xnt6Kml5XkyQUewwR8PvLq+1jk=", + "dev": true + }, "co": { "version": "4.6.0", "resolved": "https://registry.npmjs.org/co/-/co-4.6.0.tgz", @@ -2346,6 +2385,19 @@ "readable-stream": "^2.0.0" } }, + "cross-spawn": { + "version": "6.0.5", + "resolved": "https://registry.npmjs.org/cross-spawn/-/cross-spawn-6.0.5.tgz", + "integrity": "sha512-eTVLrBSt7fjbDygz805pMnstIs2VTBNkRm0qxZd+M7A5XDdxVRWO5MxGBXZhjY4cqLYLdtrGqRf8mBPmzwSpWQ==", + "dev": true, + "requires": { + "nice-try": "^1.0.4", + "path-key": "^2.0.1", + "semver": "^5.5.0", + "shebang-command": "^1.2.0", + "which": "^1.2.9" + } + }, "css-line-break": { "version": "1.0.1", "resolved": "https://registry.npmjs.org/css-line-break/-/css-line-break-1.0.1.tgz", @@ -2500,6 +2552,15 @@ "integrity": "sha512-gPepWBPJSWK70PRqOtxLvZ2FLJlw49DZASs73yqmM7uM45WEygQJmHPBrrQ9eLeEkgPKUzDv+sr2SHgQS1OQ0g==", "dev": true }, + "doctrine": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/doctrine/-/doctrine-3.0.0.tgz", + "integrity": 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"integrity": "sha1-yy4SAwZ+DI3h9hQJS5/kVwTqYAM=", "dev": true }, + "tslib": { + "version": "1.9.3", + "resolved": "https://registry.npmjs.org/tslib/-/tslib-1.9.3.tgz", + "integrity": "sha512-4krF8scpejhaOgqzBEcGM7yDIEfi0/8+8zDRZhNZZ2kjmHJ4hv3zCbQWxoJGz1iw5U0Jl0nma13xzHXcncMavQ==", + "dev": true + }, "tunnel-agent": { "version": "0.6.0", "resolved": "https://registry.npmjs.org/tunnel-agent/-/tunnel-agent-0.6.0.tgz", @@ -7602,6 +8165,23 @@ "integrity": "sha512-bzpH/oBhoS/QI/YtbkqCg6VEiPYjSZtrHQM6/QnJS6OL9pKUFLqb3aFh4Scvwm45+7iAgiMkLhSbaZxUqmrprw==", "dev": true }, + "uri-js": { + "version": "4.2.2", + "resolved": "https://registry.npmjs.org/uri-js/-/uri-js-4.2.2.tgz", + "integrity": "sha512-KY9Frmirql91X2Qgjry0Wd4Y+YTdrdZheS8TFwvkbLWf/G5KNJDCh6pKL5OZctEW4+0Baa5idK2ZQuELRwPznQ==", + "dev": true, + "requires": { + "punycode": "^2.1.0" + }, + "dependencies": { + "punycode": { + "version": "2.1.1", + "resolved": "https://registry.npmjs.org/punycode/-/punycode-2.1.1.tgz", + "integrity": "sha512-XRsRjdf+j5ml+y/6GKHPZbrF/8p2Yga0JPtdqTIY2Xe5ohJPD9saDJJLPvp9+NSBprVvevdXZybnj2cv8OEd0A==", + "dev": true + } + } + }, "urix": { "version": "0.1.0", "resolved": "https://registry.npmjs.org/urix/-/urix-0.1.0.tgz", @@ -7792,6 +8372,15 @@ "integrity": "sha1-tSQ9jz7BqjXxNkYFvA0QNuMKtp8=", "dev": true }, + "write": { + "version": "1.0.3", + "resolved": "https://registry.npmjs.org/write/-/write-1.0.3.tgz", + "integrity": "sha512-/lg70HAjtkUgWPVZhZcm+T4hkL8Zbtp1nFNOn3lRrxnlv50SRBv7cR7RqR+GMsd3hUXy9hWBo4CHTbFTcOYwig==", + "dev": true, + "requires": { + "mkdirp": "^0.5.1" + } + }, "ws": { "version": "3.3.3", "resolved": "https://registry.npmjs.org/ws/-/ws-3.3.3.tgz", diff --git a/package.json b/package.json index 6209aefc4..82ff10244 100644 --- a/package.json +++ b/package.json @@ -38,6 +38,7 @@ "codeclimate-test-reporter": "0.5.1", "diff": "3.5.0", "docdash": "1.0.3", + "eslint": "^5.15.3", "folder-delete": "1.0.3", "gulp-babel": "^8.0.0", "jasmine-core": "3.3.0", @@ -72,6 +73,7 @@ "test": "./node_modules/.bin/karma start saucelabs.karma.conf.js --single-run --verbose && for a in coverage/*; do codeclimate-test-reporter < \"$a/lcov.info\"; break; done", "test-local": "./node_modules/.bin/karma start karma.conf.js", "test-local-dist": "./node_modules/.bin/karma start karma.dist.conf.js", + "test-local-node": "./node_modules/.bin/karma start karma.node.conf.js", "test-training": "node tests/utils/reference-server.js", "delete-docs": "node deletedocs.js", "generate-docs": "./node_modules/.bin/jsdoc -c jsdoc.json --readme README.md" diff --git a/saucelabs.karma.conf.js b/saucelabs.karma.conf.js index a45afd53c..dea1b83e7 100644 --- a/saucelabs.karma.conf.js +++ b/saucelabs.karma.conf.js @@ -1,6 +1,8 @@ +// Karma configuration 'use strict' const yaml = require('js-yaml') const fs = require('fs') +const karmaConfig = require('./karma.config.js') const browsers = { sl_ie_11: { @@ -19,19 +21,14 @@ const browsers = { base: 'SauceLabs', browserName: 'firefox', version: '49' - }, - // sl_ios_safari: { - // base: 'SauceLabs', - // browserName: 'iphone', - // platform: 'OS X 10.11', - // version: '9.3' - // }, + } } module.exports = (config) => { // Use ENV vars or .sauce.yml to get credentials if (!process.env.SAUCE_USERNAME) { if (!fs.existsSync('.sauce.yml')) { + // eslint-disable-next-line no-console console.log( 'Create a .sauce.yml with your credentials' ) @@ -43,58 +40,7 @@ module.exports = (config) => { } } config.set({ - // base path that will be used to resolve all patterns (eg. files, exclude) - basePath: '', - - // frameworks to use - // available frameworks: https://npmjs.org/browse/keyword/karma-adapter - frameworks: ['jasmine'], - - // list of files / patterns to load in the browser - files: [ - 'src/libs/polyfill.js', - 'node_modules/promise-polyfill/dist/polyfill.js', - 'src/jspdf.js', - { - pattern: 'src/libs/*.js', - included: true - }, - { - pattern: 'src/modules/*.js', - included: true - }, - 'node_modules/canvg/dist/browser/canvg.js', - 'node_modules/omggif/omggif.js', - 'node_modules/html2canvas/dist/html2canvas.js', - 'tests/utils/compare.js', - { - pattern: 'tests/**/*.spec.js', - included: true - }, - { - pattern: 'tests/**/reference/*.*', - included: false, - served: true - } - ], - - // list of files to exclude - exclude: [], - - // preprocess matching files before serving them to the browser - // available preprocessors: https://npmjs.org/browse/keyword/karma-preprocessor - preprocessors: { - 'src/jspdf.js': 'coverage', - 'src/modules/*.js': 'coverage', - 'src/libs/*.js': 'coverage', - 'tests/!(acroform|unicode)*/*.js': 'babel' - }, - - // web server port - port: 9876, - - // enable / disable colors in the output (reporters and logs) - colors: true, + ...karmaConfig, // level of logging // possible values: config.LOG_DISABLE || config.LOG_ERROR || config.LOG_WARN || config.LOG_INFO || config.LOG_DEBUG @@ -103,37 +49,9 @@ module.exports = (config) => { // enable / disable watching file and executing tests whenever any file changes autoWatch: false, - // Continuous Integration mode - // if true, Karma captures browsers, runs the tests and exits - singleRun: false, - - // Concurrency level - // how many browser should be started simultaneous - concurrency: Infinity, - - browserNoActivityTimeout: 60000, - captureTimeout: 120000, - reporters: ['saucelabs', 'progress', 'coverage', 'mocha', 'verbose'], // 2 browsers: Object.keys(browsers), // 3 customLaunchers: browsers, // 4 - coverageReporter: { - reporters: [ - { - type: 'lcov', - dir: 'coverage/' - }, - { - type: 'text' - } - ] - }, - babelPreprocessor: { - options: { - presets: ["@babel/env"], // "@babel/preset-env" - sourceMap: 'inline' - } - } }) -} +} \ No newline at end of file diff --git a/src/jspdf.js b/src/jspdf.js index 3583791da..9dccc47ae 100644 --- a/src/jspdf.js +++ b/src/jspdf.js @@ -1,4 +1,5 @@ -var jsPDF = (function (global) { +/* global saveAs, define, RGBColor */ +(function (global) { 'use strict'; /** @@ -382,7 +383,7 @@ var jsPDF = (function (global) { customOutputDestination = destination; }; - var resetOutputDestination = API.__private__.resetCustomOutputDestination = function (destination) { + var resetOutputDestination = API.__private__.resetCustomOutputDestination = function () { customOutputDestination = undefined; }; @@ -433,7 +434,7 @@ var jsPDF = (function (global) { ['Symbol', "symbol", "normal", null] ]; - var getStandardFonts = API.__private__.getStandardFonts = function (data) { + var getStandardFonts = API.__private__.getStandardFonts = function () { return standardFonts; }; @@ -494,7 +495,7 @@ var jsPDF = (function (global) { * @memberof jsPDF# * @name getR2L */ - var getR2L = API.__private__.getR2L = API.getR2L = function (value) { + var getR2L = API.__private__.getR2L = API.getR2L = function () { return R2L; }; @@ -593,7 +594,7 @@ var jsPDF = (function (global) { return documentProperties[key]; }; - var getDocumentProperties = API.__private__.getDocumentProperties = function (properties) { + var getDocumentProperties = API.__private__.getDocumentProperties = function () { return documentProperties; }; @@ -1128,7 +1129,6 @@ var jsPDF = (function (global) { var ch2 = options.ch2; var ch3 = options.ch3; var ch4 = options.ch4; - var precision = options.precision; var letterArray = (options.pdfColorType === "draw") ? ['G', 'RG', 'K'] : ['g', 'rg', 'k']; if ((typeof ch1 === "string") && ch1.charAt(0) !== '#') { @@ -1271,15 +1271,12 @@ var jsPDF = (function (global) { }; var putPage = API.__private__.putPage = function (page) { - var mediaBox = page.mediaBox; var pageNumber = page.number; var data = page.data; var pageObjectNumber = page.objId; var pageContentsObjId = page.contentsObjId; newObjectDeferredBegin(pageObjectNumber, true); - var wPt = pagesContext[currentPage].mediaBox.topRightX - pagesContext[currentPage].mediaBox.bottomLeftX; - var hPt = pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY; out('<html, body { padding: 0; margin: 0; } iframe { width: 100%; height: 100%; border: 0;} ' + '' + '' + '' + ''; @@ -2301,8 +2295,6 @@ var jsPDF = (function (global) { nW.document.write(htmlForNewWindow); } return nW; - break; - case 'pdfjsnewwindow': var pdfJsUrl = options.pdfJsUrl || 'examples/PDF.js/web/viewer.html'; var htmlForNewWindow = '' + @@ -2319,7 +2311,6 @@ var jsPDF = (function (global) { } } return nW; - break; case 'dataurlnewwindow': var htmlForNewWindow = '' + '' + @@ -2331,7 +2322,7 @@ var jsPDF = (function (global) { nW.document.write(htmlForNewWindow) } if (nW || typeof safari === "undefined") return nW; - /* pass through */ + // eslint-disable-next-line no-fallthrough case 'datauri': case 'dataurl': return global.document.location.href = this.output('datauristring', options); @@ -2486,9 +2477,10 @@ var jsPDF = (function (global) { * @returns {jsPDF} */ API.movePage = function (targetPage, beforePage) { + var tmpPages, tmpPagesContext; if (targetPage > beforePage) { - var tmpPages = pages[targetPage]; - var tmpPagesContext = pagesContext[targetPage]; + tmpPages = pages[targetPage]; + tmpPagesContext = pagesContext[targetPage]; for (var i = targetPage; i > beforePage; i--) { pages[i] = pages[i - 1]; pagesContext[i] = pagesContext[i - 1]; @@ -2497,11 +2489,11 @@ var jsPDF = (function (global) { pagesContext[beforePage] = tmpPagesContext; this.setPage(beforePage); } else if (targetPage < beforePage) { - var tmpPages = pages[targetPage]; - var tmpPagesContext = pagesContext[targetPage]; - for (var i = targetPage; i < beforePage; i++) { - pages[i] = pages[i + 1]; - pagesContext[i] = pagesContext[i + 1]; + tmpPages = pages[targetPage]; + tmpPagesContext = pagesContext[targetPage]; + for (var j = targetPage; j < beforePage; j++) { + pages[j] = pages[j + 1]; + pagesContext[j] = pagesContext[j + 1]; } pages[beforePage] = tmpPages; pagesContext[beforePage] = tmpPagesContext; @@ -2567,6 +2559,9 @@ var jsPDF = (function (global) { * T* (line three) Tj * ET */ + options = options || {}; + var scope = options.scope || this; + //backwardsCompatibility var tmp; @@ -2623,8 +2618,7 @@ var jsPDF = (function (global) { var xtra = ''; var isHex = false; var lineHeight = typeof options.lineHeightFactor === 'number' ? options.lineHeightFactor : lineHeightFactor; - - var scope = options.scope || this; + var k = scope.internal.scaleFactor; function ESC(s) { s = s.split("\t").join(Array(options.TabLen || 9).join(" ")); @@ -2777,7 +2771,6 @@ var jsPDF = (function (global) { //angle var angle = options.angle; - var k = scope.internal.scaleFactor; if (transformationMatrix instanceof Matrix === false && angle && typeof angle === "number") { angle *= Math.PI / 180; @@ -2811,9 +2804,7 @@ var jsPDF = (function (global) { } //renderingMode - var renderingMode = -1; - var tmpRenderingMode = -1; var parmRenderingMode = (typeof options.renderingMode !== "undefined") ? options.renderingMode : options.stroke; var pageContext = scope.internal.getCurrentPageInfo().pageContext; @@ -2821,36 +2812,36 @@ var jsPDF = (function (global) { case 0: case false: case 'fill': - tmpRenderingMode = 0; + renderingMode = 0; break; case 1: case true: case 'stroke': - tmpRenderingMode = 1; + renderingMode = 1; break; case 2: case 'fillThenStroke': - tmpRenderingMode = 2; + renderingMode = 2; break; case 3: case 'invisible': - tmpRenderingMode = 3; + renderingMode = 3; break; case 4: case 'fillAndAddForClipping': - tmpRenderingMode = 4; + renderingMode = 4; break; case 5: case 'strokeAndAddPathForClipping': - tmpRenderingMode = 5; + renderingMode = 5; break; case 6: case 'fillThenStrokeAndAddToPathForClipping': - tmpRenderingMode = 6; + renderingMode = 6; break; case 7: case 'addToPathForClipping': - tmpRenderingMode = 7; + renderingMode = 7; break; } @@ -2858,16 +2849,16 @@ var jsPDF = (function (global) { //if the coder wrote it explicitly to use a specific //renderingMode, then use it - if (tmpRenderingMode !== -1) { - xtra += tmpRenderingMode + " Tr\n" + if (renderingMode !== -1) { + xtra += renderingMode + " Tr\n" //otherwise check if we used the rendering Mode already //if so then set the rendering Mode... } else if (usedRenderingMode !== -1) { xtra += "0 Tr\n"; } - if (tmpRenderingMode !== -1) { - pageContext.usedRenderingMode = tmpRenderingMode; + if (renderingMode !== -1) { + pageContext.usedRenderingMode = renderingMode; } //align @@ -2875,7 +2866,6 @@ var jsPDF = (function (global) { var align = options.align || 'left'; var leading = activeFontSize * lineHeight; var pageWidth = scope.internal.pageSize.getWidth(); - var k = scope.internal.scaleFactor; var lineWidth = lineWidth; var activeFont = fonts[activeFontKey]; var charSpace = options.charSpace || activeCharSpace; @@ -3090,7 +3080,6 @@ var jsPDF = (function (global) { * @deprecated We'll be removing this function. It doesn't take character width into account. */ var lstext = API.__private__.lstext = API.lstext = function (text, x, y, charSpace) { - console.warn('jsPDF.lstext is deprecated'); return this.text(text, x, y, { charSpace: charSpace }); @@ -3117,7 +3106,7 @@ var jsPDF = (function (global) { * @name clip * @function * @instance - * @param {string} rule + * @param {string} rule Only possible value is 'evenodd' * @returns {jsPDF} * @memberof jsPDF# * @description All .clip() after calling drawing ops with a style argument of null. @@ -3150,10 +3139,10 @@ var jsPDF = (function (global) { * This fixes the previous function clip(). Perhaps the 'stroke path' hack was due to the missing 'n' instruction? * We introduce the fixed version so as to not break API. * @param fillRule + * @deprecated * @ignore */ var clip_fixed = API.__private__.clip_fixed = API.clip_fixed = function (rule) { - console.log("clip_fixed is deprecated"); API.clip(rule); }; @@ -3283,7 +3272,7 @@ var jsPDF = (function (global) { }; var putStyle = function(style, patternKey, patternData) { - if (style === null || (apiMode === ApiMode.ADVANCED && style === undefined)) { + if (style === null || style === undefined) { return; } @@ -4297,15 +4286,16 @@ var jsPDF = (function (global) { API.GState.prototype.equals = function equals(other) { var ignore = "id,objectNumber,equals"; + var p; if (!other || typeof other !== typeof this) return false; var count = 0; - for (var p in this) { + for (p in this) { if (ignore.indexOf(p) >= 0) continue; if (this.hasOwnProperty(p) && !other.hasOwnProperty(p)) return false; if (this[p] !== other[p]) return false; count++; } - for (var p in other) { + for (p in other) { if (other.hasOwnProperty(p) && ignore.indexOf(p) < 0) count--; } return count === 0; diff --git a/src/libs/BMPDecoder.js b/src/libs/BMPDecoder.js index 58577344b..78ad911c6 100644 --- a/src/libs/BMPDecoder.js +++ b/src/libs/BMPDecoder.js @@ -55,10 +55,10 @@ BmpDecoder.prototype.parseHeader = function() { var len = this.colors === 0 ? 1 << this.bitPP : this.colors; this.palette = new Array(len); for (var i = 0; i < len; i++) { - var blue = this.datav.getUint8(this.pos++, true); ; - var green = this.datav.getUint8(this.pos++, true); ; - var red = this.datav.getUint8(this.pos++, true); ; - var quad = this.datav.getUint8(this.pos++, true); ; + var blue = this.datav.getUint8(this.pos++, true); + var green = this.datav.getUint8(this.pos++, true); + var red = this.datav.getUint8(this.pos++, true); + var quad = this.datav.getUint8(this.pos++, true); this.palette[i] = { red: red, green: green, @@ -95,7 +95,7 @@ BmpDecoder.prototype.bit1 = function() { for (var y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y for (var x = 0; x < xlen; x++) { - var b = this.datav.getUint8(this.pos++, true); ; + var b = this.datav.getUint8(this.pos++, true); var location = line * this.width * 4 + x*8*4; for (var i = 0; i < 8; i++) { if(x*8+i= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y for (var x = 0; x < xlen; x++) { - var b = this.datav.getUint8(this.pos++, true); ; + var b = this.datav.getUint8(this.pos++, true); var location = line * this.width * 4 + x*2*4; var before = b>>4; @@ -143,7 +143,7 @@ BmpDecoder.prototype.bit4 = function() { this.data[location+4 + 3] = 0xFF; } - if (mode != 0){ + if (mode !== 0){ this.pos+=(4 - mode); } } @@ -155,7 +155,7 @@ BmpDecoder.prototype.bit8 = function() { for (var y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y for (var x = 0; x < this.width; x++) { - var b = this.datav.getUint8(this.pos++, true); ; + var b = this.datav.getUint8(this.pos++, true); var location = line * this.width * 4 + x*4; if(b < this.palette.length) { var rgb = this.palette[b]; @@ -170,7 +170,7 @@ BmpDecoder.prototype.bit8 = function() { this.data[location + 3] = 0xFF; } } - if (mode != 0){ + if (mode !== 0){ this.pos+=(4 - mode); } } @@ -232,9 +232,9 @@ BmpDecoder.prototype.bit24 = function() { for (var y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y for (var x = 0; x < this.width; x++) { - var blue = this.datav.getUint8(this.pos++, true); ; - var green = this.datav.getUint8(this.pos++, true); ; - var red = this.datav.getUint8(this.pos++, true); ; + var blue = this.datav.getUint8(this.pos++, true); + var green = this.datav.getUint8(this.pos++, true); + var red = this.datav.getUint8(this.pos++, true); var location = line * this.width * 4 + x * 4; this.data[location] = red; this.data[location + 1] = green; @@ -256,10 +256,10 @@ BmpDecoder.prototype.bit32 = function() { for (var y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y for (var x = 0; x < this.width; x++) { - var blue = this.datav.getUint8(this.pos++, true); ; - var green = this.datav.getUint8(this.pos++, true); ; - var red = this.datav.getUint8(this.pos++, true); ; - var alpha = this.datav.getUint8(this.pos++, true); ; + var blue = this.datav.getUint8(this.pos++, true); + var green = this.datav.getUint8(this.pos++, true); + var red = this.datav.getUint8(this.pos++, true); + var alpha = this.datav.getUint8(this.pos++, true); var location = line * this.width * 4 + x * 4; this.data[location] = red; this.data[location + 1] = green; diff --git a/src/libs/Deflater.js b/src/libs/Deflater.js index 9a0ab386b..ca2cfbf84 100644 --- a/src/libs/Deflater.js +++ b/src/libs/Deflater.js @@ -186,7 +186,7 @@ m = s.heap[--h]; if (m > that.max_code) continue; - if (tree[m * 2 + 1] != bits) { + if (tree[m * 2 + 1] !== bits) { s.opt_len += (bits - tree[m * 2 + 1]) * tree[m * 2]; tree[m * 2 + 1] = bits; } @@ -236,7 +236,7 @@ // Check that the bit counts in bl_count are consistent. The last code // must be all ones. - // Assert (code + bl_count[MAX_BITS]-1 == (1< WSIZE. + // The test buf !== NULL is only necessary if LIT_BUFSIZE > WSIZE. // Otherwise we can't have processed more than WSIZE input bytes // since // the last block flush, because compression would have been // successful. If LIT_BUFSIZE <= WSIZE, it is never too late to // transform a block into a stored block. _tr_stored_block(buf, stored_len, eof); - } else if (static_lenb == opt_lenb) { + } else if (static_lenb === opt_lenb) { send_bits((STATIC_TREES << 1) + (eof ? 1 : 0), 3); compress_block(StaticTree.static_ltree, StaticTree.static_dtree); } else { @@ -1155,10 +1155,10 @@ // Deal with !@#$% 64K limit: if (more === 0 && strstart === 0 && lookahead === 0) { more = w_size; - } else if (more == -1) { + } else if (more === -1) { // Very unlikely, but possible on 16 bit machine if strstart == // 0 - // and lookahead == 1 (input done one byte at time) + // and lookahead === 1 (input done one byte at time) more--; // If the window is almost full and there is insufficient @@ -1203,13 +1203,13 @@ // If there was no sliding: // strstart <= WSIZE+MAX_DIST-1 && lookahead <= MIN_LOOKAHEAD - 1 && - // more == window_size - lookahead - strstart + // more === window_size - lookahead - strstart // => more >= window_size - (MIN_LOOKAHEAD-1 + WSIZE + MAX_DIST-1) // => more >= window_size - 2*WSIZE + 2 // In the BIG_MEM or MMAP case (not yet supported), - // window_size == input_size + MIN_LOOKAHEAD && + // window_size === input_size + MIN_LOOKAHEAD && // strstart + s->lookahead <= input_size => more >= MIN_LOOKAHEAD. - // Otherwise, window_size == 2*WSIZE so more >= 2. + // Otherwise, window_size === 2*WSIZE so more >= 2. // If there was sliding, more >= WSIZE. So in all cases, more >= 2. n = strm.read_buf(window, strstart + lookahead, more); @@ -1251,7 +1251,7 @@ // Fill the window as much as possible: if (lookahead <= 1) { fill_window(); - if (lookahead === 0 && flush == Z_NO_FLUSH) + if (lookahead === 0 && flush === Z_NO_FLUSH) return NeedMore; if (lookahead === 0) break; // flush the current block @@ -1282,11 +1282,11 @@ } } - flush_block_only(flush == Z_FINISH); + flush_block_only(flush === Z_FINISH); if (strm.avail_out === 0) - return (flush == Z_FINISH) ? FinishStarted : NeedMore; + return (flush === Z_FINISH) ? FinishStarted : NeedMore; - return flush == Z_FINISH ? FinishDone : BlockDone; + return flush === Z_FINISH ? FinishDone : BlockDone; } function longest_match(cur_match) { @@ -1327,8 +1327,8 @@ // Skip to next match if the match length cannot increase // or if the match length is less than 2: - if (window[match + best_len] != scan_end || window[match + best_len - 1] != scan_end1 || window[match] != window[scan] - || window[++match] != window[scan + 1]) + if (window[match + best_len] !== scan_end || window[match + best_len - 1] !== scan_end1 || window[match] !== window[scan] + || window[++match] !== window[scan + 1]) continue; // The check at best_len-1 can be removed because it will be made @@ -1342,9 +1342,9 @@ // We check for insufficient lookahead only every 8th comparison; // the 256th check will be made at strstart+258. do { - } while (window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] - && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] - && window[++scan] == window[++match] && window[++scan] == window[++match] && scan < strend); + } while (window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] + && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] + && window[++scan] === window[++match] && window[++scan] === window[++match] && scan < strend); len = MAX_MATCH - (strend - scan); scan = strend - MAX_MATCH; @@ -1382,7 +1382,7 @@ // string following the next match. if (lookahead < MIN_LOOKAHEAD) { fill_window(); - if (lookahead < MIN_LOOKAHEAD && flush == Z_NO_FLUSH) { + if (lookahead < MIN_LOOKAHEAD && flush === Z_NO_FLUSH) { return NeedMore; } if (lookahead === 0) @@ -1407,7 +1407,7 @@ // To simplify the code, we prevent matches with the string // of window index 0 (in particular we have to avoid a match // of the string with itself at the start of the input file). - if (strategy != Z_HUFFMAN_ONLY) { + if (strategy !== Z_HUFFMAN_ONLY) { match_length = longest_match(hash_head); } // longest_match() sets match_start @@ -1461,14 +1461,14 @@ } } - flush_block_only(flush == Z_FINISH); + flush_block_only(flush === Z_FINISH); if (strm.avail_out === 0) { - if (flush == Z_FINISH) + if (flush === Z_FINISH) return FinishStarted; else return NeedMore; } - return flush == Z_FINISH ? FinishDone : BlockDone; + return flush === Z_FINISH ? FinishDone : BlockDone; } // Same as above, but achieves better compression. We use a lazy @@ -1489,7 +1489,7 @@ if (lookahead < MIN_LOOKAHEAD) { fill_window(); - if (lookahead < MIN_LOOKAHEAD && flush == Z_NO_FLUSH) { + if (lookahead < MIN_LOOKAHEAD && flush === Z_NO_FLUSH) { return NeedMore; } if (lookahead === 0) @@ -1517,12 +1517,12 @@ // of window index 0 (in particular we have to avoid a match // of the string with itself at the start of the input file). - if (strategy != Z_HUFFMAN_ONLY) { + if (strategy !== Z_HUFFMAN_ONLY) { match_length = longest_match(hash_head); } // longest_match() sets match_start - if (match_length <= 5 && (strategy == Z_FILTERED || (match_length == MIN_MATCH && strstart - match_start > 4096))) { + if (match_length <= 5 && (strategy === Z_FILTERED || (match_length === MIN_MATCH && strstart - match_start > 4096))) { // If prev_match is also MIN_MATCH, match_start is garbage // but we will ignore the current match anyway. @@ -1593,16 +1593,16 @@ bflush = _tr_tally(0, window[strstart - 1] & 0xff); match_available = 0; } - flush_block_only(flush == Z_FINISH); + flush_block_only(flush === Z_FINISH); if (strm.avail_out === 0) { - if (flush == Z_FINISH) + if (flush === Z_FINISH) return FinishStarted; else return NeedMore; } - return flush == Z_FINISH ? FinishDone : BlockDone; + return flush === Z_FINISH ? FinishDone : BlockDone; } function deflateReset(strm) { @@ -1632,17 +1632,17 @@ // byte[] my_version=ZLIB_VERSION; // - // if (!version || version[0] != my_version[0] - // || stream_size != sizeof(z_stream)) { + // if (!version || version[0] !== my_version[0] + // || stream_size !== sizeof(z_stream)) { // return Z_VERSION_ERROR; // } strm.msg = null; - if (_level == Z_DEFAULT_COMPRESSION) + if (_level === Z_DEFAULT_COMPRESSION) _level = 6; - if (memLevel < 1 || memLevel > MAX_MEM_LEVEL || _method != Z_DEFLATED || bits < 9 || bits > 15 || _level < 0 || _level > 9 || _strategy < 0 + if (memLevel < 1 || memLevel > MAX_MEM_LEVEL || _method !== Z_DEFLATED || bits < 9 || bits > 15 || _level < 0 || _level > 9 || _strategy < 0 || _strategy > Z_HUFFMAN_ONLY) { return Z_STREAM_ERROR; } @@ -1681,7 +1681,7 @@ }; that.deflateEnd = function() { - if (status != INIT_STATE && status != BUSY_STATE && status != FINISH_STATE) { + if (status !== INIT_STATE && status !== BUSY_STATE && status !== FINISH_STATE) { return Z_STREAM_ERROR; } // Deallocate in reverse order of allocations: @@ -1691,25 +1691,25 @@ window = null; // free that.dstate = null; - return status == BUSY_STATE ? Z_DATA_ERROR : Z_OK; + return status === BUSY_STATE ? Z_DATA_ERROR : Z_OK; }; that.deflateParams = function(strm, _level, _strategy) { var err = Z_OK; - if (_level == Z_DEFAULT_COMPRESSION) { + if (_level === Z_DEFAULT_COMPRESSION) { _level = 6; } if (_level < 0 || _level > 9 || _strategy < 0 || _strategy > Z_HUFFMAN_ONLY) { return Z_STREAM_ERROR; } - if (config_table[level].func != config_table[_level].func && strm.total_in !== 0) { + if (config_table[level].func !== config_table[_level].func && strm.total_in !== 0) { // Flush the last buffer: err = strm.deflate(Z_PARTIAL_FLUSH); } - if (level != _level) { + if (level !== _level) { level = _level; max_lazy_match = config_table[level].max_lazy; good_match = config_table[level].good_length; @@ -1724,7 +1724,7 @@ var length = dictLength; var n, index = 0; - if (!dictionary || status != INIT_STATE) + if (!dictionary || status !== INIT_STATE) return Z_STREAM_ERROR; if (length < MIN_MATCH) @@ -1760,7 +1760,7 @@ return Z_STREAM_ERROR; } - if (!_strm.next_out || (!_strm.next_in && _strm.avail_in !== 0) || (status == FINISH_STATE && flush != Z_FINISH)) { + if (!_strm.next_out || (!_strm.next_in && _strm.avail_in !== 0) || (status === FINISH_STATE && flush !== Z_FINISH)) { _strm.msg = z_errmsg[Z_NEED_DICT - (Z_STREAM_ERROR)]; return Z_STREAM_ERROR; } @@ -1774,7 +1774,7 @@ last_flush = flush; // Write the zlib header - if (status == INIT_STATE) { + if (status === INIT_STATE) { header = (Z_DEFLATED + ((w_bits - 8) << 4)) << 8; level_flags = ((level - 1) & 0xff) >> 1; @@ -1807,19 +1807,19 @@ // consecutive // flushes. For repeated and useless calls with Z_FINISH, we keep // returning Z_STREAM_END instead of Z_BUFF_ERROR. - } else if (strm.avail_in === 0 && flush <= old_flush && flush != Z_FINISH) { + } else if (strm.avail_in === 0 && flush <= old_flush && flush !== Z_FINISH) { strm.msg = z_errmsg[Z_NEED_DICT - (Z_BUF_ERROR)]; return Z_BUF_ERROR; } // User must not provide more input after the first FINISH: - if (status == FINISH_STATE && strm.avail_in !== 0) { + if (status === FINISH_STATE && strm.avail_in !== 0) { _strm.msg = z_errmsg[Z_NEED_DICT - (Z_BUF_ERROR)]; return Z_BUF_ERROR; } // Start a new block or continue the current one. - if (strm.avail_in !== 0 || lookahead !== 0 || (flush != Z_NO_FLUSH && status != FINISH_STATE)) { + if (strm.avail_in !== 0 || lookahead !== 0 || (flush !== Z_NO_FLUSH && status !== FINISH_STATE)) { bstate = -1; switch (config_table[level].func) { case STORED: @@ -1834,15 +1834,15 @@ default: } - if (bstate == FinishStarted || bstate == FinishDone) { + if (bstate === FinishStarted || bstate === FinishDone) { status = FINISH_STATE; } - if (bstate == NeedMore || bstate == FinishStarted) { + if (bstate === NeedMore || bstate === FinishStarted) { if (strm.avail_out === 0) { last_flush = -1; // avoid BUF_ERROR next call, see above } return Z_OK; - // If flush != Z_NO_FLUSH && avail_out === 0, the next call + // If flush !== Z_NO_FLUSH && avail_out === 0, the next call // of deflate should use the same flush parameter to make sure // that the flush is complete. So we don't have to output an // empty block here, this will be done at next call. This also @@ -1850,14 +1850,14 @@ // one empty block. } - if (bstate == BlockDone) { - if (flush == Z_PARTIAL_FLUSH) { + if (bstate === BlockDone) { + if (flush === Z_PARTIAL_FLUSH) { _tr_align(); } else { // FULL_FLUSH or SYNC_FLUSH _tr_stored_block(0, 0, false); // For a full flush, this empty block will be recognized // as a special marker by inflate_sync(). - if (flush == Z_FULL_FLUSH) { + if (flush === Z_FULL_FLUSH) { // state.head[s.hash_size-1]=0; for (i = 0; i < hash_size/*-1*/; i++) // forget history @@ -1872,7 +1872,7 @@ } } - if (flush != Z_FINISH) + if (flush !== Z_FINISH) return Z_OK; return Z_STREAM_END; }; @@ -1996,7 +1996,7 @@ var flush = Z_NO_FLUSH; var buf = new Uint8Array(bufsize); var level = options ? options.level : Z_DEFAULT_COMPRESSION; - if (typeof level == "undefined") + if (typeof level === "undefined") level = Z_DEFAULT_COMPRESSION; z.deflateInit(level); z.next_out = buf; @@ -2012,15 +2012,15 @@ z.next_out_index = 0; z.avail_out = bufsize; err = z.deflate(flush); - if (err != Z_OK) + if (err !== Z_OK) throw new Error("deflating: " + z.msg); if (z.next_out_index) - if (z.next_out_index == bufsize) + if (z.next_out_index === bufsize) buffers.push(new Uint8Array(buf)); else buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); bufferSize += z.next_out_index; - if (onprogress && z.next_in_index > 0 && z.next_in_index != lastIndex) { + if (onprogress && z.next_in_index > 0 && z.next_in_index !== lastIndex) { onprogress(z.next_in_index); lastIndex = z.next_in_index; } @@ -2038,7 +2038,7 @@ z.next_out_index = 0; z.avail_out = bufsize; err = z.deflate(Z_FINISH); - if (err != Z_STREAM_END && err != Z_OK) + if (err !== Z_STREAM_END && err !== Z_OK) throw new Error("deflating: " + z.msg); if (bufsize - z.avail_out > 0) buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); diff --git a/src/libs/adler32cs.js b/src/libs/adler32cs.js index 197e9955f..47536f17f 100644 --- a/src/libs/adler32cs.js +++ b/src/libs/adler32cs.js @@ -67,7 +67,7 @@ throw new TypeError( 'Constructor cannot called be as a function.'); } - if (!isFinite(checksum = checksum == null ? 1 : +checksum)) { + if (!isFinite(checksum = checksum === null ? 1 : +checksum)) { throw new Error( 'First arguments needs to be a finite number.'); } @@ -77,7 +77,7 @@ var proto = ctor.prototype = {}; proto.constructor = ctor; - ctor.from = function(from) { + ctor.from = (function(from) { from.prototype = proto; return from; }(function from(binaryString) { @@ -85,12 +85,12 @@ throw new TypeError( 'Constructor cannot called be as a function.'); } - if (binaryString == null) + if (binaryString === null) throw new Error('First argument needs to be a string.'); this.checksum = _update(1, binaryString.toString()); - }); + })); - ctor.fromUtf8 = function(fromUtf8) { + ctor.fromUtf8 = (function(fromUtf8) { fromUtf8.prototype = proto; return fromUtf8; }(function fromUtf8(utf8String) { @@ -98,14 +98,14 @@ throw new TypeError( 'Constructor cannot called be as a function.'); } - if (utf8String == null) + if (utf8String === null) throw new Error('First argument needs to be a string.'); var binaryString = _utf8ToBinary(utf8String.toString()); this.checksum = _update(1, binaryString); - }); + })); if (_hasArrayBuffer) { - ctor.fromBuffer = function(fromBuffer) { + ctor.fromBuffer = (function(fromBuffer) { fromBuffer.prototype = proto; return fromBuffer; }(function fromBuffer(buffer) { @@ -117,18 +117,18 @@ throw new Error('First argument needs to be ArrayBuffer.'); var array = new Uint8Array(buffer); return this.checksum = _updateUint8Array(1, array); - }); + })); } proto.update = function update(binaryString) { - if (binaryString == null) + if (binaryString === null) throw new Error('First argument needs to be a string.'); binaryString = binaryString.toString(); return this.checksum = _update(this.checksum, binaryString); }; proto.updateUtf8 = function updateUtf8(utf8String) { - if (utf8String == null) + if (utf8String === null) throw new Error('First argument needs to be a string.'); var binaryString = _utf8ToBinary(utf8String.toString()); return this.checksum = _update(this.checksum, binaryString); @@ -151,13 +151,13 @@ }()); exports.from = function from(binaryString) { - if (binaryString == null) + if (binaryString === null) throw new Error('First argument needs to be a string.'); return _update(1, binaryString.toString()); }; exports.fromUtf8 = function fromUtf8(utf8String) { - if (utf8String == null) + if (utf8String === null) throw new Error('First argument needs to be a string.'); var binaryString = _utf8ToBinary(utf8String.toString()); return _update(1, binaryString); diff --git a/src/libs/png.js b/src/libs/png.js index 50d4d1ef1..a6706ee38 100644 --- a/src/libs/png.js +++ b/src/libs/png.js @@ -1,3 +1,4 @@ +/* global FlateStream */ // Generated by CoffeeScript 1.4.0 /* @@ -29,8 +30,7 @@ var APNG_BLEND_OP_OVER, APNG_BLEND_OP_SOURCE, APNG_DISPOSE_OP_BACKGROUND, APNG_DISPOSE_OP_NONE, APNG_DISPOSE_OP_PREVIOUS, makeImage, scratchCanvas, scratchCtx; PNG.load = function(url, canvas, callback) { - var xhr, - _this = this; + var xhr; if (typeof canvas === 'function') { callback = canvas; } @@ -132,10 +132,10 @@ this.transparency = {}; switch (this.colorType) { case 3: - palLen = this.palette.length/3; + palLen = this.palette.length/3; this.transparency.indexed = this.read(chunkSize); if(this.transparency.indexed.length > palLen) - throw new Error('More transparent colors than palette size'); + throw new Error('More transparent colors than palette size'); /* * According to the PNG spec trns should be increased to the same size as palette if shorter */ @@ -196,7 +196,6 @@ throw new Error("Incomplete or corrupt PNG file"); } } - return; } PNG.prototype.read = function(bytes) { @@ -359,7 +358,7 @@ pos = 0; length = palette.length; c = 0; - for (i = _i = 0, _ref = palette.length; _i < _ref; i = _i += 3) { + for (i = _i = 0, _ref = length; _i < _ref; i = _i += 3) { ret[pos++] = palette[i]; ret[pos++] = palette[i + 1]; ret[pos++] = palette[i + 2]; diff --git a/src/libs/rgbcolor.js b/src/libs/rgbcolor.js index 944077524..558d74197 100644 --- a/src/libs/rgbcolor.js +++ b/src/libs/rgbcolor.js @@ -170,12 +170,7 @@ yellow: 'ffff00', yellowgreen: '9acd32' }; - for (var key in simple_colors) { - if (color_string == key) { - color_string = simple_colors[key]; - } - } - // emd of simple type-in colors + color_string = simple_colors[color_string] || color_string; // array of color definition objects var color_defs = [ diff --git a/src/modules/acroform.js b/src/modules/acroform.js index 066efbd11..2755ac2a9 100644 --- a/src/modules/acroform.js +++ b/src/modules/acroform.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** * @license * Copyright (c) 2016 Alexander Weidt, @@ -116,7 +117,7 @@ return setBit(number, bitPosition - 1); }; - var clearBitForPdf = jsPDFAPI.__acroform__.clearBitForPdf = function (number, bitPosition, value) { + var clearBitForPdf = jsPDFAPI.__acroform__.clearBitForPdf = function (number, bitPosition) { if (isNaN(number) || isNaN(bitPosition)) { throw new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBitForPdf'); } @@ -171,19 +172,11 @@ var appearanceStreamContent = new createFormXObject(formObject); appearanceStreamContent.stream = stream.join("\n"); - - var appearance = { - N: { - 'Normal': appearanceStreamContent - } - }; - return appearanceStreamContent; }; var calculateX = function (formObject, text) { var maxFontSize = formObject.maxFontSize || 12; - var font = formObject.fontName; var returnValue = { text: "", fontSize: "" @@ -194,7 +187,6 @@ // split into array of words var textSplit = text.split(' '); - var color = scope.__private__.encodeColorString(formObject.color); var fontSize = maxFontSize; // The Starting fontSize (The Maximum) var lineSpacing = 2; var borderPadding = 2; @@ -230,7 +222,6 @@ var firstWordInLine = 0, lastWordInLine = 0; var lastLength = 0; - var y = 0; if (fontSize <= 0) { // In case, the Text doesn't fit at all fontSize = 12; @@ -449,7 +440,6 @@ for (var i in fieldArray) { if (fieldArray.hasOwnProperty(i)) { - var key = i; var fieldObject = fieldArray[i]; var keyValueList = []; var oldRect = fieldObject.Rect; @@ -787,7 +777,7 @@ if (_Kids.length > 0) { return _Kids; } else { - return; + return undefined; } } }); @@ -806,7 +796,7 @@ configurable: false, get: function () { if (!_DA) { - return; + return undefined; } return '(' + _DA + ')' }, @@ -889,7 +879,7 @@ configurable: false, get: function () { if (_Rect.length === 0) { - return; + return undefined; } return _Rect; }, @@ -1016,7 +1006,7 @@ if (!_T || _T.length < 1) { // In case of a Child from a Radio´Group, you don't need a FieldName if (this instanceof AcroFormChildClass) { - return; + return undefined; } _T = "FieldObject" + (AcroFormField.FieldNum++); } @@ -1045,7 +1035,6 @@ } }); - var _fontKey = 'F1'; var _fontName = 'helvetica'; /** * The fontName of the font to be used. @@ -1150,7 +1139,7 @@ if (!_DA || this instanceof AcroFormChildClass || this instanceof AcroFormTextField) { - return; + return undefined; } return toPdfString(_DA); }, @@ -1167,7 +1156,7 @@ configurable: false, get: function () { if (!_DV) { - return; + return undefined; } if ((this instanceof AcroFormButton === false) ) { return toPdfString(_DV); @@ -1221,7 +1210,7 @@ configurable: false, get: function () { if (!_V) { - return; + return undefined; } if ((this instanceof AcroFormButton === false) ) { return toPdfString(_V); @@ -1334,7 +1323,7 @@ writeable: true, get: function () { if (!_page) { - return; + return undefined; } return _page }, @@ -1416,7 +1405,7 @@ configurable: false, get: function () { if (_Q === null) { - return; + return undefined; } return _Q; }, @@ -1886,7 +1875,7 @@ result.push('>>'); return result.join('\n'); } - return; + return undefined; }, set: function (value) { if (typeof value === "object") { @@ -2112,7 +2101,6 @@ AcroFormRadioButton.prototype.setAppearance = function (appearance) { if (!('createAppearanceStream' in appearance && 'getCA' in appearance)) { throw new Error("Couldn't assign Appearance to RadioButton. Appearance was Invalid!"); - return; } for (var objId in this.Kids) { if (this.Kids.hasOwnProperty(objId)) { @@ -2124,9 +2112,6 @@ }; AcroFormRadioButton.prototype.createOption = function (name) { - var parent = this; - var kidCount = this.Kids.length; - // Create new Child for RadioGroup var child = new AcroFormChildClass(); child.Parent = this; @@ -2653,9 +2638,6 @@ var width = AcroFormAppearance.internal.getWidth(formObject); var height = AcroFormAppearance.internal.getHeight(formObject); var a = Math.min(width, height); - var crossSize = a; - var borderPadding = 2; // The Padding in px - var cross = { x1: { // upperLeft @@ -2717,7 +2699,6 @@ return this; }; - /** * @name addButton * @function diff --git a/src/modules/addimage.js b/src/modules/addimage.js index 9ac187ea3..b22f88482 100644 --- a/src/modules/addimage.js +++ b/src/modules/addimage.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** @license * jsPDF addImage plugin * Copyright (c) 2012 Jason Siefken, https://github.com/siefkenj/ @@ -275,12 +276,13 @@ } } + var canvas; if(element.nodeName === 'CANVAS') { - var canvas = element; + canvas = element; return element.toDataURL('image/jpeg', 1.0); } //absolute fallback method - var canvas = document.createElement('canvas'); + canvas = document.createElement('canvas'); canvas.width = element.clientWidth || element.width; canvas.height = element.clientHeight || element.height; @@ -778,7 +780,7 @@ } } } - format = this.getImageFileTypeByImageData(imageData, format); + format = getImageFileTypeByImageData(imageData, format); if(!isImageTypeSupported(format)) throw new Error('addImage does not support files of type \''+format+'\', please ensure that a plugin for \''+format+'\' support is added.'); @@ -826,7 +828,7 @@ var rawData; if(typeof stringData === 'string') { - var base64Info = this.extractImageFromDataUrl(stringData); + base64Info = this.extractImageFromDataUrl(stringData); rawData = (base64Info !== null) ? base64Info.data : stringData; try { @@ -861,7 +863,6 @@ var info; var tmpImageData = ''; var format; - var dataAsBinaryString; if(isDOMElement(imageData)) { imageData = createDataURIFromElement(imageData); @@ -887,7 +888,6 @@ if(this.supportsArrayBuffer()) { // no need to convert if imageData is already uint8array if(!(imageData instanceof Uint8Array)){ - dataAsBinaryString = imageData; imageData = this.binaryStringToUint8Array(imageData); } } diff --git a/src/modules/annotations.js b/src/modules/annotations.js index 17371516d..bd1e1d76f 100644 --- a/src/modules/annotations.js +++ b/src/modules/annotations.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** * @license * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv @@ -54,7 +55,14 @@ */ (function(jsPDFAPI) { 'use strict'; - + + var notEmpty = function(obj) { + if (typeof obj != 'undefined') { + if (obj != '') { + return true; + } + } + }; jsPDF.API.events.push(['addPage', function(addPageData) { var pageInfo = this.internal.getPageInfo(addPageData.pageNumber); @@ -62,16 +70,11 @@ } ]); jsPDFAPI.events.push(['putPage', function(putPageData) { + var getHorizontalCoordinateString = this.internal.getCoordinateString; + var getVerticalCoordinateString = this.internal.getVerticalCoordinateString; var pageInfo = this.internal.getPageInfoByObjId(putPageData.objId); var pageAnnos = putPageData.pageContext.annotations; - var notEmpty = function(obj) { - if (typeof obj != 'undefined') { - if (obj != '') { - return true; - } - } - }; var found = false; for (var a = 0; a < pageAnnos.length && !found; a++) { var anno = pageAnnos[a]; @@ -79,8 +82,8 @@ case 'link': if (notEmpty(anno.options.url) || notEmpty(anno.options.pageNumber)) { found = true; - break; } + break; case 'reference': case 'text': case 'freetext': @@ -93,11 +96,8 @@ } this.internal.write("/Annots ["); - var pageHeight = this.internal.pageSize.height; - var getHorizontalCoordinateString = this.internal.getCoordinateString; - var getVerticalCoordinateString = this.internal.getVerticalCoordinateString; - for (var a = 0; a < pageAnnos.length; a++) { - var anno = pageAnnos[a]; + for (var i = 0; i < pageAnnos.length; i++) { + var anno = pageAnnos[i]; switch (anno.type) { case 'reference': @@ -182,9 +182,8 @@ line += ' /XYZ ' + anno.options.left + ' ' + top + ' ' + anno.options.zoom + ']'; break; } - } else { - // TODO error - should not be here } + if (line != '') { line += " >>"; this.internal.write(line); @@ -254,7 +253,7 @@ jsPDFAPI.textWithLink = function(text,x,y,options) { var width = this.getTextWidth(text); var height = this.internal.getLineHeight() / this.internal.scaleFactor; - this.text(text, x, y); + this.text(text, x, y, options); //TODO We really need the text baseline height to do this correctly. // Or ability to draw text on top, bottom, center, or baseline. y += height * .2; diff --git a/src/modules/arabic.js b/src/modules/arabic.js index 5f58d703b..e80e0c6d5 100644 --- a/src/modules/arabic.js +++ b/src/modules/arabic.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** * @license * Copyright (c) 2017 Aras Abbasi @@ -19,7 +20,7 @@ * Arabic shape substitutions: char code => (isolated, final, initial, medial). * Arabic Substition A */ - var arabicSubstitionA = { + var arabicSubstitionA = { 0x0621: [0xFE80], // ARABIC LETTER HAMZA 0x0622: [0xFE81, 0xFE82], // ARABIC LETTER ALEF WITH MADDA ABOVE 0x0623: [0xFE83, 0xFE84], // ARABIC LETTER ALEF WITH HAMZA ABOVE @@ -189,7 +190,7 @@ if (typeof (tmpLigatures) === "number") { position = getCorrectForm(letters.charAt(i), letters.charAt(i - effectedLetters), letters.charAt(i + 1)); - position = (position !== -1) ? position :0; + position = (position !== -1) ? position :0; result += String.fromCharCode(tmpLigatures); tmpLigatures = ligatures; effectedLetters = 0; @@ -216,7 +217,6 @@ }; var getCorrectForm = jsPDFAPI.__arabicParser__.getCorrectForm = function (currentChar, beforeChar, nextChar) { - var result = 3; if (!isArabicLetter(currentChar)) { return -1; } @@ -295,11 +295,6 @@ var currentLetter = ""; var prevLetter = ""; var nextLetter = ""; - var resultingLetter; - - var localPrevLetter; - var localCurrentLetter; - var localNextLetter; var words = text.split("\\s+"); var newWords = []; @@ -330,11 +325,6 @@ var arabicParserFunction = function (args) { var text = args.text; - var x = args.x; - var y = args.y; - var options = args.options || {}; - var mutex = args.mutex || {}; - var lang = options.lang; var tmpText = []; if (Object.prototype.toString.call(text) === '[object Array]') { diff --git a/src/modules/autoprint.js b/src/modules/autoprint.js index ccd804d3f..03b4240ae 100644 --- a/src/modules/autoprint.js +++ b/src/modules/autoprint.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** @license * jsPDF Autoprint Plugin * diff --git a/src/modules/bmp_support.js b/src/modules/bmp_support.js index c9fe2e92e..f09cf0c25 100644 --- a/src/modules/bmp_support.js +++ b/src/modules/bmp_support.js @@ -1,3 +1,4 @@ +/* global jsPDF, BmpDecoder, JPEGEncoder */ /** * Copyright (c) 2018 Aras Abbasi * @@ -11,23 +12,23 @@ * @module */ (function (jsPDFAPI) { - 'use strict'; + 'use strict'; - jsPDFAPI.processBMP = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { - var reader = new BmpDecoder(imageData, false); - var width = reader.width, height = reader.height; - var qu = 100; - var pixels = reader.getData(); - - var rawImageData = { - data: pixels, - width: width, - height: height - }; + jsPDFAPI.processBMP = function (imageData, imageIndex, alias, compression) { + var reader = new BmpDecoder(imageData, false); + var width = reader.width, height = reader.height; + var qu = 100; + var pixels = reader.getData(); + + var rawImageData = { + data: pixels, + width: width, + height: height + }; - var encoder = new JPEGEncoder(qu); - var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); - }; + var encoder = new JPEGEncoder(qu); + var data = encoder.encode(rawImageData, qu); + return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + }; })(jsPDF.API); diff --git a/src/modules/canvas.js b/src/modules/canvas.js index 6afc2d2e8..525830d2e 100644 --- a/src/modules/canvas.js +++ b/src/modules/canvas.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** * @license * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv @@ -98,11 +99,7 @@ } }); - Object.defineProperty(this, 'parentNode', { - get : function() { - return false; - } - }); + Object.defineProperty(this, 'parentNode', {}); }; /** diff --git a/src/modules/cell.js b/src/modules/cell.js index 8ff78fb6d..4fb8b5fd8 100644 --- a/src/modules/cell.js +++ b/src/modules/cell.js @@ -36,12 +36,9 @@ (function (jsPDFAPI) { 'use strict'; /*jslint browser:true */ - /*global document: false, jsPDF */ + /*global jsPDF */ - var fontName, - fontSize, - fontStyle, - padding = 3, + var padding = 3, margin = 13, headerFunction, lastCellPos = { x: undefined, y: undefined, w: undefined, h: undefined, ln: undefined }, @@ -71,15 +68,13 @@ */ jsPDFAPI.getTextDimensions = function (text, options) { var fontSize = this.table_font_size || this.internal.getFontSize(); - var fontStyle = this.internal.getFont().fontStyle; options = options || {}; var scaleFactor = options.scaleFactor || this.internal.scaleFactor; var width = 0; var amountOfLines = 0; var height = 0; var tempWidth = 0; - var tempHeight = 0; - + if (typeof text === 'string') { width = this.getStringUnitWidth(text) * fontSize; if (width !== 0) { @@ -369,7 +364,6 @@ // Construct the data rows for (i = 0, ln = data.length; i < ln; i += 1) { - var lineHeight; model = data[i]; lineHeight = this.calculateLineHeight(headerNames, columnWidths, model); diff --git a/src/modules/context2d.js b/src/modules/context2d.js index 5eccfe70a..8110ba9d4 100644 --- a/src/modules/context2d.js +++ b/src/modules/context2d.js @@ -1,9 +1,10 @@ +/* eslint-disable no-console */ +/* global jsPDF, RGBColor */ /** * jsPDF Context2D PlugIn Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv * * Licensed under the MIT License. http://opensource.org/licenses/mit-license */ - /** * This plugin mimics the HTML5 CanvasRenderingContext2D. * @@ -12,43 +13,42 @@ * @name context2d * @module */ -(function (jsPDFAPI, globalObj) { +(function (jsPDFAPI) { 'use strict'; - var ContextLayer = function(ctx) { + var ContextLayer = function (ctx) { ctx = ctx || {}; - this.isStrokeTransparent = ctx.isStrokeTransparent || false; - this.strokeOpacity = ctx.strokeOpacity || 1; - this.strokeStyle = ctx.strokeStyle || '#000000'; - this.fillStyle = ctx.fillStyle || '#000000'; - this.isFillTransparent = ctx.isFillTransparent || false; - this.fillOpacity = ctx.fillOpacity || 1; - this.font = ctx.font || '10px sans-serif'; - this.textBaseline = ctx.textBaseline || 'alphabetic'; - this.textAlign = ctx.textAlign || 'left'; - this.lineWidth = ctx.lineWidth || 1; - this.lineJoin = ctx.lineJoin || 'miter'; - this.lineCap = ctx.lineCap || 'butt'; - this.path = ctx.path || []; - this.transform = (typeof ctx.transform !== 'undefined') ? ctx.transform.clone() : new Matrix(); - this.globalCompositeOperation = ctx.globalCompositeOperation || 'normal'; - this.globalAlpha = ctx.globalAlpha || 1.0; - this.clip_path = ctx.clip_path || []; - this.currentPoint = ctx.currentPoint || new Point(); - this.miterLimit = ctx.miterLimit || 10.0; - this.lastPoint = ctx.lastPoint || new Point(); - - this.ignoreClearRect = typeof ctx.ignoreClearRect === "boolean" ? ctx.ignoreClearRect : true; + this.isStrokeTransparent = ctx.isStrokeTransparent || false; + this.strokeOpacity = ctx.strokeOpacity || 1; + this.strokeStyle = ctx.strokeStyle || '#000000'; + this.fillStyle = ctx.fillStyle || '#000000'; + this.isFillTransparent = ctx.isFillTransparent || false; + this.fillOpacity = ctx.fillOpacity || 1; + this.font = ctx.font || '10px sans-serif'; + this.textBaseline = ctx.textBaseline || 'alphabetic'; + this.textAlign = ctx.textAlign || 'left'; + this.lineWidth = ctx.lineWidth || 1; + this.lineJoin = ctx.lineJoin || 'miter'; + this.lineCap = ctx.lineCap || 'butt'; + this.path = ctx.path || []; + this.transform = (typeof ctx.transform !== 'undefined') ? ctx.transform.clone() : new Matrix(); + this.globalCompositeOperation = ctx.globalCompositeOperation || 'normal'; + this.globalAlpha = ctx.globalAlpha || 1.0; + this.clip_path = ctx.clip_path || []; + this.currentPoint = ctx.currentPoint || new Point(); + this.miterLimit = ctx.miterLimit || 10.0; + this.lastPoint = ctx.lastPoint || new Point(); + + this.ignoreClearRect = typeof ctx.ignoreClearRect === "boolean" ? ctx.ignoreClearRect : true; return this; }; //stub - var f2, f3, getHorizontalCoordinateString, getVerticalCoordinateString, getHorizontalCoordinate, getVerticalCoordinate, Point, Rectangle, Matrix,_ctx; + var f2, getHorizontalCoordinateString, getVerticalCoordinateString, getHorizontalCoordinate, getVerticalCoordinate, Point, Rectangle, Matrix, _ctx; jsPDFAPI.events.push([ 'initialized', function () { this.context2d = new Context2D(this); f2 = this.internal.f2; - f3 = this.internal.f3; getHorizontalCoordinateString = this.internal.getCoordinateString; getVerticalCoordinateString = this.internal.getVerticalCoordinateString; getHorizontalCoordinate = this.internal.getHorizontalCoordinate; @@ -60,18 +60,18 @@ } ]); - var Context2D = function(pdf) { + var Context2D = function (pdf) { Object.defineProperty(this, 'canvas', { get: function () { - return {parentNode: false, style: false}; + return { parentNode: false, style: false }; } }); var _pdf = pdf; Object.defineProperty(this, 'pdf', { get: function () { - return pdf; + return pdf; } }); @@ -82,10 +82,10 @@ * @default false */ Object.defineProperty(this, 'pageWrapXEnabled', { - get : function() { + get: function () { return _pageWrapXEnabled; }, - set : function(value) { + set: function (value) { _pageWrapXEnabled = Boolean(value); } }); @@ -97,10 +97,10 @@ * @default true */ Object.defineProperty(this, 'pageWrapYEnabled', { - get : function() { + get: function () { return _pageWrapYEnabled; }, - set : function(value) { + set: function (value) { _pageWrapYEnabled = Boolean(value); } }); @@ -112,10 +112,10 @@ * @default 0 */ Object.defineProperty(this, 'posX', { - get : function() { + get: function () { return _posX; }, - set : function(value) { + set: function (value) { if (!isNaN(value)) { _posX = value; } @@ -129,10 +129,10 @@ * @default 0 */ Object.defineProperty(this, 'posY', { - get : function() { + get: function () { return _posY; }, - set : function(value) { + set: function (value) { if (!isNaN(value)) { _posY = value; } @@ -146,10 +146,10 @@ * @default true */ Object.defineProperty(this, 'autoPaging', { - get : function() { + get: function () { return _autoPaging; }, - set : function(value) { + set: function (value) { _autoPaging = Boolean(value); } }); @@ -161,10 +161,10 @@ * @default 0 */ Object.defineProperty(this, 'lastBreak', { - get : function() { + get: function () { return lastBreak; }, - set : function(value) { + set: function (value) { lastBreak = value; } }); @@ -177,10 +177,10 @@ * @default 0 */ Object.defineProperty(this, 'pageBreaks', { - get : function() { + get: function () { return pageBreaks; }, - set : function(value) { + set: function (value) { pageBreaks = value; } }); @@ -191,10 +191,10 @@ * @default {} */ Object.defineProperty(this, 'ctx', { - get : function() { + get: function () { return _ctx; }, - set : function(value) { + set: function (value) { if (value instanceof ContextLayer) { _ctx = value; } @@ -207,10 +207,10 @@ * @default [] */ Object.defineProperty(this, 'path', { - get : function() { + get: function () { return _ctx.path; }, - set : function(value) { + set: function (value) { _ctx.path = value; } }); @@ -222,10 +222,10 @@ */ var _ctxStack = []; Object.defineProperty(this, 'ctxStack', { - get : function() { + get: function () { return _ctxStack; }, - set : function(value) { + set: function (value) { _ctxStack = value; } }); @@ -244,15 +244,15 @@ return this.ctx.fillStyle; }, set: function (value) { - var rgba; + var rgba; rgba = getRGBA(value); this.ctx.fillStyle = rgba.style; this.ctx.isFillTransparent = (rgba.a === 0); this.ctx.fillOpacity = rgba.a; - this.pdf.setFillColor(rgba.r, rgba.g, rgba.b, {a: rgba.a}); - this.pdf.setTextColor(rgba.r, rgba.g, rgba.b, {a: rgba.a}); + this.pdf.setFillColor(rgba.r, rgba.g, rgba.b, { a: rgba.a }); + this.pdf.setTextColor(rgba.r, rgba.g, rgba.b, { a: rgba.a }); } }); @@ -388,6 +388,7 @@ var rx, matches; //source: https://stackoverflow.com/a/10136041 + // eslint-disable-next-line no-useless-escape rx = /^\s*(?=(?:(?:[-a-z]+\s*){0,2}(italic|oblique))?)(?=(?:(?:[-a-z]+\s*){0,2}(small-caps))?)(?=(?:(?:[-a-z]+\s*){0,2}(bold(?:er)?|lighter|[1-9]00))?)(?:(?:normal|\1|\2|\3)\s*){0,3}((?:xx?-)?(?:small|large)|medium|smaller|larger|[.\d]+(?:\%|in|[cem]m|ex|p[ctx]))(?:\s*\/\s*(normal|[.\d]+(?:\%|in|[cem]m|ex|p[ctx])))?\s*([-_,\"\'\sa-z]+?)\s*$/i; matches = rx.exec(value); if (matches !== null) { @@ -425,7 +426,7 @@ } var jsPdfFontName = ''; - var parts = fontFamily.toLowerCase().replace(/"|'/g,'').split(/\s*,\s*/); + var parts = fontFamily.toLowerCase().replace(/"|'/g, '').split(/\s*,\s*/); var fallbackFonts = { arial: 'Helvetica', @@ -443,22 +444,22 @@ } for (var i = 0; i < parts.length; i++) { - if (this.pdf.internal.getFont(parts[i], style, {noFallback: true, disableWarning: true}) !== undefined) { + if (this.pdf.internal.getFont(parts[i], style, { noFallback: true, disableWarning: true }) !== undefined) { jsPdfFontName = parts[i]; break; - } else if (style === 'bolditalic' && this.pdf.internal.getFont(parts[i], 'bold', {noFallback: true, disableWarning: true}) !== undefined) { - jsPdfFontName = parts[i]; - style = 'bold'; - } else if (this.pdf.internal.getFont(parts[i], 'normal', {noFallback: true, disableWarning: true}) !== undefined){ + } else if (style === 'bolditalic' && this.pdf.internal.getFont(parts[i], 'bold', { noFallback: true, disableWarning: true }) !== undefined) { + jsPdfFontName = parts[i]; + style = 'bold'; + } else if (this.pdf.internal.getFont(parts[i], 'normal', { noFallback: true, disableWarning: true }) !== undefined) { jsPdfFontName = parts[i]; style = 'normal'; break; } } if (jsPdfFontName === '') { - for (var i = 0; i < parts.length; i++) { - if (fallbackFonts[parts[i]]) { - jsPdfFontName = fallbackFonts[parts[i]]; + for (var j = 0; j < parts.length; j++) { + if (fallbackFonts[parts[j]]) { + jsPdfFontName = fallbackFonts[parts[j]]; break; } } @@ -539,14 +540,14 @@ throw new Error('Invalid arguments passed to jsPDF.context2d.moveTo'); } - var pt = this.ctx.transform.applyToPoint(new Point (x, y)); + var pt = this.ctx.transform.applyToPoint(new Point(x, y)); this.path.push({ type: 'mt', x: pt.x, y: pt.y }); - this.ctx.lastPoint = new Point(x,y); + this.ctx.lastPoint = new Point(x, y); }; /** @@ -561,8 +562,8 @@ var i = 0; for (i = (this.path.length - 1); i !== -1; i--) { if (this.path[i].type === 'begin') { - if (typeof this.path[i+1] === 'object' && typeof this.path[i+1].x === 'number') { - pathBegin = new Point(this.path[i+1].x, this.path[i+1].y); + if (typeof this.path[i + 1] === 'object' && typeof this.path[i + 1].x === 'number') { + pathBegin = new Point(this.path[i + 1].x, this.path[i + 1].y); this.path.push({ type: 'lt', x: pathBegin.x, @@ -572,13 +573,13 @@ } } } - if (typeof this.path[i+2] === 'object' && typeof this.path[i+2].x === 'number') { - this.path.push(JSON.parse(JSON.stringify(this.path[i+2]))); + if (typeof this.path[i + 2] === 'object' && typeof this.path[i + 2].x === 'number') { + this.path.push(JSON.parse(JSON.stringify(this.path[i + 2]))); } this.path.push({ type: 'close' }); - this.ctx.lastPoint = new Point(pathBegin.x,pathBegin.y); + this.ctx.lastPoint = new Point(pathBegin.x, pathBegin.y); }; /** @@ -603,7 +604,7 @@ x: pt.x, y: pt.y }); - this.ctx.lastPoint = new Point(pt.x,pt.y); + this.ctx.lastPoint = new Point(pt.x, pt.y); }; /** @@ -645,7 +646,7 @@ x: pt0.x, y: pt0.y }); - this.ctx.lastPoint = new Point(pt0.x,pt0.y); + this.ctx.lastPoint = new Point(pt0.x, pt0.y); }; /** @@ -679,7 +680,7 @@ x: pt0.x, y: pt0.y }); - this.ctx.lastPoint = new Point(pt0.x,pt0.y); + this.ctx.lastPoint = new Point(pt0.x, pt0.y); }; /** @@ -708,7 +709,7 @@ y = xpt.y; var x_radPt = this.ctx.transform.applyToPoint(new Point(0, radius)); - var x_radPt0 = this.ctx.transform.applyToPoint(new Point(0,0)); + var x_radPt0 = this.ctx.transform.applyToPoint(new Point(0, 0)); radius = Math.sqrt(Math.pow(x_radPt.x - x_radPt0.x, 2) + Math.pow(x_radPt.y - x_radPt0.y, 2)); } if (Math.abs(endAngle - startAngle) >= (2 * Math.PI)) { @@ -788,7 +789,7 @@ if (isFillTransparent.call(this)) { return; } - var tmp = {}; + var tmp = {}; if (this.lineCap !== 'butt') { tmp.lineCap = this.lineCap; this.lineCap = 'butt'; @@ -799,7 +800,7 @@ } this.beginPath(); - this.rect(x,y,w,h); + this.rect(x, y, w, h); this.fill(); if (tmp.hasOwnProperty('lineCap')) { @@ -830,7 +831,7 @@ return; } this.beginPath(); - this.rect(x,y,w,h); + this.rect(x, y, w, h); this.stroke(); }; @@ -872,7 +873,7 @@ doStackPush = typeof doStackPush === 'boolean' ? doStackPush : true; var tmpPageNumber = this.pdf.internal.getCurrentPageInfo().pageNumber; for (var i = 0; i < this.pdf.internal.getNumberOfPages(); i++) { - this.pdf.setPage(i+1); + this.pdf.setPage(i + 1); this.pdf.internal.out('q'); } this.pdf.setPage(tmpPageNumber); @@ -895,7 +896,7 @@ doStackPop = typeof doStackPop === 'boolean' ? doStackPop : true; var tmpPageNumber = this.pdf.internal.getCurrentPageInfo().pageNumber; for (var i = 0; i < this.pdf.internal.getNumberOfPages(); i++) { - this.pdf.setPage(i+1); + this.pdf.setPage(i + 1); this.pdf.internal.out('Q'); } this.pdf.setPage(tmpPageNumber); @@ -937,11 +938,11 @@ var r, g, b, a; if (style.isCanvasGradient === true) { - style = style.getColor(); + style = style.getColor(); } if (!style) { - return {r: 0, g: 0, b: 0, a: 0, style: style}; + return { r: 0, g: 0, b: 0, a: 0, style: style }; } if (rxTransparent.test(style)) { @@ -993,7 +994,7 @@ } } } - return {r: r, g: g, b: b, a: a, style: style}; + return { r: r, g: g, b: b, a: a, style: style }; }; /** @@ -1045,7 +1046,7 @@ // We only use X axis as scale hint var scale = this.ctx.transform.scaleX; - putText.call(this, {text: text, x: x, y: y, scale: scale, angle: degs, align : this.textAlign, maxWidth: maxWidth}); + putText.call(this, { text: text, x: x, y: y, scale: scale, angle: degs, align: this.textAlign, maxWidth: maxWidth }); }; /** @@ -1074,7 +1075,7 @@ var degs = rad2deg(this.ctx.transform.rotation); var scale = this.ctx.transform.scaleX; - putText.call(this, {text: text, x: x, y: y , scale: scale, renderingMode: 'stroke', angle: degs, align : this.textAlign, maxWidth: maxWidth}); + putText.call(this, { text: text, x: x, y: y, scale: scale, renderingMode: 'stroke', angle: degs, align: this.textAlign, maxWidth: maxWidth }); }; /** @@ -1102,13 +1103,13 @@ options = options || {}; var _width = options.width || 0; Object.defineProperty(this, 'width', { - get : function() { + get: function () { return _width; } }); return this; } - return new TextMetrics({width: txtWidth}); + return new TextMetrics({ width: txtWidth }); }; //Transformations @@ -1276,10 +1277,10 @@ if (typeof swidth !== 'undefined' && typeof width !== 'undefined') { isClip = true; - clipFactorX = width/swidth; - clipFactorY = height/sheight; - factorX = imageProperties.width / swidth * width/swidth; - factorY = imageProperties.height / sheight * height/sheight; + clipFactorX = width / swidth; + clipFactorY = height / sheight; + factorX = imageProperties.width / swidth * width / swidth; + factorY = imageProperties.height / sheight * height / sheight; } //is sx and sy are set and x and y not, set x and y with values of sx and sy @@ -1307,36 +1308,35 @@ matrix = matrix.multiply(decomposedTransformationMatrix.translate); matrix = matrix.multiply(decomposedTransformationMatrix.skew); matrix = matrix.multiply(decomposedTransformationMatrix.scale); - var mP = matrix.applyToPoint(new Point(width, height)); - var xRect = matrix.applyToRectangle(new Rectangle(x - (sx *clipFactorX), y - (sy*clipFactorY), swidth * factorX, sheight * factorY)); + var xRect = matrix.applyToRectangle(new Rectangle(x - (sx * clipFactorX), y - (sy * clipFactorY), swidth * factorX, sheight * factorY)); var pageArray = getPagesByPath.call(this, xRect); var pages = []; for (var ii = 0; ii < pageArray.length; ii += 1) { - if (pages.indexOf(pageArray[ii]) === -1) { - pages.push(pageArray[ii]); - } + if (pages.indexOf(pageArray[ii]) === -1) { + pages.push(pageArray[ii]); + } } pages.sort(); var clipPath; if (this.autoPaging) { - var min = pages[0]; - var max = pages[pages.length -1]; - for (var i = min; i < (max+1); i++) { - this.pdf.setPage(i); - - if (this.ctx.clip_path.length !== 0) { - var tmpPaths = this.path; - clipPath = JSON.parse(JSON.stringify(this.ctx.clip_path)); - this.path = pathPositionRedo(clipPath, this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY); - drawPaths.call(this, 'fill', true); - this.path = tmpPaths; + var min = pages[0]; + var max = pages[pages.length - 1]; + for (var i = min; i < (max + 1); i++) { + this.pdf.setPage(i); + + if (this.ctx.clip_path.length !== 0) { + var tmpPaths = this.path; + clipPath = JSON.parse(JSON.stringify(this.ctx.clip_path)); + this.path = pathPositionRedo(clipPath, this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY); + drawPaths.call(this, 'fill', true); + this.path = tmpPaths; + } + var tmpRect = JSON.parse(JSON.stringify(xRect)); + tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; + this.pdf.addImage(img, 'jpg', tmpRect.x, tmpRect.y, tmpRect.w, tmpRect.h, null, null, angle); } - var tmpRect = JSON.parse(JSON.stringify(xRect)); - tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; - this.pdf.addImage(img, 'jpg', tmpRect.x, tmpRect.y, tmpRect.w, tmpRect.h, null, null, angle); - } } else { this.pdf.addImage(img, 'jpg', xRect.x, xRect.y, xRect.w, xRect.h, null, null, angle); } @@ -1358,12 +1358,12 @@ result.push(Math.floor(((path.y + this.posY) + path.radius) / pageWrapY) + 1); break; case 'qct': - var rectOfQuadraticCurve = getQuadraticCurveBoundary(this.ctx.lastPoint.x,this.ctx.lastPoint.y, path.x1, path.y1, path.x, path.y); + var rectOfQuadraticCurve = getQuadraticCurveBoundary(this.ctx.lastPoint.x, this.ctx.lastPoint.y, path.x1, path.y1, path.x, path.y); result.push(Math.floor((rectOfQuadraticCurve.y) / pageWrapY) + 1); result.push(Math.floor((rectOfQuadraticCurve.y + rectOfQuadraticCurve.h) / pageWrapY) + 1); break; case 'bct': - var rectOfBezierCurve = getBezierCurveBoundary(this.ctx.lastPoint.x,this.ctx.lastPoint.y, path.x1, path.y1, path.x2, path.y2, path.x, path.y); + var rectOfBezierCurve = getBezierCurveBoundary(this.ctx.lastPoint.x, this.ctx.lastPoint.y, path.x1, path.y1, path.x2, path.y2, path.x, path.y); result.push(Math.floor((rectOfBezierCurve.y) / pageWrapY) + 1); result.push(Math.floor((rectOfBezierCurve.y + rectOfBezierCurve.h) / pageWrapY) + 1); break; @@ -1400,85 +1400,85 @@ var pathPositionRedo = function (paths, x, y) { for (var i = 0; i < paths.length; i++) { switch (paths[i].type) { - case 'bct': - paths[i].x2 += x; - paths[i].y2 += y; - case 'qct': - paths[i].x1 += x; - paths[i].y1 += y; - case 'mt': - case 'lt': - case 'arc': - default: - paths[i].x += x; - paths[i].y += y; + case 'bct': + paths[i].x2 += x; + paths[i].y2 += y; + case 'qct': + paths[i].x1 += x; + paths[i].y1 += y; + case 'mt': + case 'lt': + case 'arc': + default: + paths[i].x += x; + paths[i].y += y; } } return paths; }; var pathPreProcess = function (rule, isClip) { - var fillStyle = this.fillStyle; - var strokeStyle = this.strokeStyle; - var font = this.font; - var lineCap = this.lineCap; - var lineWidth = this.lineWidth; - var lineJoin = this.lineJoin; - - var origPath = JSON.parse(JSON.stringify(this.path)); - var xPath = JSON.parse(JSON.stringify(this.path)); - var clipPath; - var tmpPath; - var pages = []; - - for (var i = 0; i < xPath.length; i++) { - if (typeof xPath[i].x !== "undefined") { - var page = getPagesByPath.call(this, xPath[i]); - - for (var ii = 0; ii < page.length; ii += 1) { - if (pages.indexOf(page[ii]) === -1) { - pages.push(page[ii]); - } - } - } - } - - for (var i = 0; i < pages.length; i++) { - while (this.pdf.internal.getNumberOfPages() < pages[i]) { - addPage.call(this); - } - } - pages.sort(); - - if (this.autoPaging) { - var min = pages[0]; - var max = pages[pages.length -1]; - for (var i = min; i < (max+1); i++) { - this.pdf.setPage(i); - - this.fillStyle = fillStyle; - this.strokeStyle = strokeStyle; - this.lineCap = lineCap; - this.lineWidth = lineWidth; - this.lineJoin = lineJoin; - - if (this.ctx.clip_path.length !== 0) { - var tmpPaths = this.path; - clipPath = JSON.parse(JSON.stringify(this.ctx.clip_path)); - this.path = pathPositionRedo(clipPath, this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY); - drawPaths.call(this, rule, true); - this.path = tmpPaths; + var fillStyle = this.fillStyle; + var strokeStyle = this.strokeStyle; + var font = this.font; + var lineCap = this.lineCap; + var lineWidth = this.lineWidth; + var lineJoin = this.lineJoin; + + var origPath = JSON.parse(JSON.stringify(this.path)); + var xPath = JSON.parse(JSON.stringify(this.path)); + var clipPath; + var tmpPath; + var pages = []; + + for (var i = 0; i < xPath.length; i++) { + if (typeof xPath[i].x !== "undefined") { + var page = getPagesByPath.call(this, xPath[i]); + + for (var ii = 0; ii < page.length; ii += 1) { + if (pages.indexOf(page[ii]) === -1) { + pages.push(page[ii]); + } + } + } + } + + for (var i = 0; i < pages.length; i++) { + while (this.pdf.internal.getNumberOfPages() < pages[i]) { + addPage.call(this); } - tmpPath = JSON.parse(JSON.stringify(origPath)); - this.path = pathPositionRedo(tmpPath, this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY); - if (isClip === false || i === 0) { - drawPaths.call(this, rule, isClip); + } + pages.sort(); + + if (this.autoPaging) { + var min = pages[0]; + var max = pages[pages.length - 1]; + for (var i = min; i < (max + 1); i++) { + this.pdf.setPage(i); + + this.fillStyle = fillStyle; + this.strokeStyle = strokeStyle; + this.lineCap = lineCap; + this.lineWidth = lineWidth; + this.lineJoin = lineJoin; + + if (this.ctx.clip_path.length !== 0) { + var tmpPaths = this.path; + clipPath = JSON.parse(JSON.stringify(this.ctx.clip_path)); + this.path = pathPositionRedo(clipPath, this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY); + drawPaths.call(this, rule, true); + this.path = tmpPaths; + } + tmpPath = JSON.parse(JSON.stringify(origPath)); + this.path = pathPositionRedo(tmpPath, this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY); + if (isClip === false || i === 0) { + drawPaths.call(this, rule, isClip); + } } - } - } else { - drawPaths.call(this, rule, isClip); - } - this.path = origPath; + } else { + drawPaths.call(this, rule, isClip); + } + this.path = origPath; }; /** @@ -1492,89 +1492,89 @@ */ var drawPaths = function (rule, isClip) { if ((rule === 'stroke') && !isClip && isStrokeTransparent.call(this)) { - return; + return; } if ((rule !== 'stroke') && !isClip && isFillTransparent.call(this)) { - return; + return; } var moves = []; var alpha = this.ctx.globalAlpha; if (this.ctx.fillOpacity < 1) { - alpha = this.ctx.fillOpacity; + alpha = this.ctx.fillOpacity; } var xPath = this.path; - for (var i = 0; i < xPath.length; i++) { - var pt = xPath[i]; - - switch (pt.type) { - case 'begin': - moves.push({ - begin: true - }); - break; - - case 'close': - moves.push({ - close: true - }); - break; + for (var i = 0; i < xPath.length; i++) { + var pt = xPath[i]; - case 'mt': - moves.push({ - start: pt, - deltas: [], - abs: [] - }); - break; + switch (pt.type) { + case 'begin': + moves.push({ + begin: true + }); + break; - case 'lt': - var iii = moves.length; - if (!isNaN(xPath[i - 1].x)) { - var delta = [pt.x - xPath[i - 1].x, pt.y - xPath[i - 1].y]; - if (iii > 0) { - for (iii; iii >= 0; iii--) { - if (moves[iii-1].close !== true && moves[iii-1].begin !== true) { - moves[iii - 1].deltas.push(delta); - moves[iii - 1].abs.push(pt); - break; - } - } - } - } - break; + case 'close': + moves.push({ + close: true + }); + break; - case 'bct': - var delta = [pt.x1 - xPath[i - 1].x, pt.y1 - xPath[i - 1].y, pt.x2 - xPath[i - 1].x, pt.y2 - xPath[i - 1].y, pt.x - xPath[i - 1].x, pt.y - xPath[i - 1].y]; - moves[moves.length - 1].deltas.push(delta); - break; + case 'mt': + moves.push({ + start: pt, + deltas: [], + abs: [] + }); + break; - case 'qct': - var x1 = xPath[i - 1].x + 2.0 / 3.0 * (pt.x1 - xPath[i - 1].x); - var y1 = xPath[i - 1].y + 2.0 / 3.0 * (pt.y1 - xPath[i - 1].y); - var x2 = pt.x + 2.0 / 3.0 * (pt.x1 - pt.x); - var y2 = pt.y + 2.0 / 3.0 * (pt.y1 - pt.y); - var x3 = pt.x; - var y3 = pt.y; - var delta = [x1 - xPath[i - 1].x, y1 - xPath[i - 1].y, x2 - xPath[i - 1].x, y2 - xPath[i - 1].y, x3 - xPath[i - 1].x, y3 - xPath[i - 1].y]; - moves[moves.length - 1].deltas.push(delta); - break; + case 'lt': + var iii = moves.length; + if (!isNaN(xPath[i - 1].x)) { + var delta = [pt.x - xPath[i - 1].x, pt.y - xPath[i - 1].y]; + if (iii > 0) { + for (iii; iii >= 0; iii--) { + if (moves[iii - 1].close !== true && moves[iii - 1].begin !== true) { + moves[iii - 1].deltas.push(delta); + moves[iii - 1].abs.push(pt); + break; + } + } + } + } + break; - case 'arc': - moves.push({ - deltas: [], - abs: [], - arc: true - }); - - if (Array.isArray(moves[moves.length - 1].abs)) { - moves[moves.length - 1].abs.push(pt); - } - break; - } + case 'bct': + var delta = [pt.x1 - xPath[i - 1].x, pt.y1 - xPath[i - 1].y, pt.x2 - xPath[i - 1].x, pt.y2 - xPath[i - 1].y, pt.x - xPath[i - 1].x, pt.y - xPath[i - 1].y]; + moves[moves.length - 1].deltas.push(delta); + break; + + case 'qct': + var x1 = xPath[i - 1].x + 2.0 / 3.0 * (pt.x1 - xPath[i - 1].x); + var y1 = xPath[i - 1].y + 2.0 / 3.0 * (pt.y1 - xPath[i - 1].y); + var x2 = pt.x + 2.0 / 3.0 * (pt.x1 - pt.x); + var y2 = pt.y + 2.0 / 3.0 * (pt.y1 - pt.y); + var x3 = pt.x; + var y3 = pt.y; + var delta = [x1 - xPath[i - 1].x, y1 - xPath[i - 1].y, x2 - xPath[i - 1].x, y2 - xPath[i - 1].y, x3 - xPath[i - 1].x, y3 - xPath[i - 1].y]; + moves[moves.length - 1].deltas.push(delta); + break; + + case 'arc': + moves.push({ + deltas: [], + abs: [], + arc: true + }); + + if (Array.isArray(moves[moves.length - 1].abs)) { + moves[moves.length - 1].abs.push(pt); + } + break; + } } var style; if (!isClip) { @@ -1589,36 +1589,34 @@ for (var i = 0; i < moves.length; i++) { - if (moves[i].arc) { - var arcs = moves[i].abs; + if (moves[i].arc) { + var arcs = moves[i].abs; - for (var ii = 0; ii < arcs.length; ii++) { - var arc = arcs[ii]; + for (var ii = 0; ii < arcs.length; ii++) { + var arc = arcs[ii]; - if (typeof arc.startAngle !== 'undefined') { - var start = rad2deg(arc.startAngle); - var end = rad2deg(arc.endAngle); - var x = arc.x; - var y = arc.y; + if (typeof arc.startAngle !== 'undefined') { + var start = rad2deg(arc.startAngle); + var end = rad2deg(arc.endAngle); - drawArc.call(this, x, y, arc.radius, start, end, arc.counterclockwise, style, isClip); - } else { - drawLine.call(this, arc.x, arc.y); + drawArc.call(this, arc.x, arc.y, arc.radius, start, end, arc.counterclockwise, style, isClip); + } else { + drawLine.call(this, arc.x, arc.y); + } } } - } - if (!moves[i].arc) { - if (moves[i].close !== true && moves[i].begin !== true) { - var x = moves[i].start.x; - var y = moves[i].start.y; - drawLines.call(this, moves[i].deltas, x, y, null, null); + if (!moves[i].arc) { + if (moves[i].close !== true && moves[i].begin !== true) { + var x = moves[i].start.x; + var y = moves[i].start.y; + drawLines.call(this, moves[i].deltas, x, y, null, null); + } } - } } if (style) { putStyle.call(this, style); - } + } if (isClip) { doClip.call(this); } @@ -1646,7 +1644,7 @@ }; Context2D.prototype.createLinearGradient = function createLinearGradient() { - var canvasGradient = function canvasGradient() {}; + var canvasGradient = function canvasGradient() { }; canvasGradient.colorStops = []; canvasGradient.addColorStop = function (offset, color) { @@ -1664,10 +1662,10 @@ canvasGradient.isCanvasGradient = true; return canvasGradient; }; - Context2D.prototype.createPattern = function createPattern() { + Context2D.prototype.createPattern = function createPattern() { return this.createLinearGradient(); }; - Context2D.prototype.createRadialGradient = function createRadialGradient() { + Context2D.prototype.createRadialGradient = function createRadialGradient() { return this.createLinearGradient(); }; @@ -1697,7 +1695,7 @@ var curve = curves[i]; if (includeMove && i === 0) { doMove.call(this, curve.x1 + x, curve.y1 + y); - }; + } drawCurve.call(this, x, y, curve.x2, curve.y2, curve.x3, curve.y3, curve.x4, curve.y4); } if (!isClip) { @@ -1758,46 +1756,46 @@ var pageArray = getPagesByPath.call(this, textXRect); var pages = []; for (var ii = 0; ii < pageArray.length; ii += 1) { - if (pages.indexOf(pageArray[ii]) === -1) { - pages.push(pageArray[ii]); - } + if (pages.indexOf(pageArray[ii]) === -1) { + pages.push(pageArray[ii]); + } } pages.sort(); var clipPath; if (this.autoPaging === true) { - var min = pages[0]; - var max = pages[pages.length -1]; - for (var i = min; i < (max+1); i++) { - this.pdf.setPage(i); - - if (this.ctx.clip_path.length !== 0) { - var tmpPaths = this.path; - clipPath = JSON.parse(JSON.stringify(this.ctx.clip_path)); - this.path = pathPositionRedo(clipPath, this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY); - drawPaths.call(this, 'fill', true); - this.path = tmpPaths; - } - var tmpRect = JSON.parse(JSON.stringify(textRect)); - tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; - - if (options.scale >= 0.01) { - var oldSize = this.pdf.internal.getFontSize(); - this.pdf.setFontSize(oldSize * options.scale); - } - this.pdf.text(options.text, tmpRect.x, tmpRect.y, {angle: options.angle, align : textAlign, renderingMode: options.renderingMode, maxWidth: options.maxWidth}); + var min = pages[0]; + var max = pages[pages.length - 1]; + for (var i = min; i < (max + 1); i++) { + this.pdf.setPage(i); + + if (this.ctx.clip_path.length !== 0) { + var tmpPaths = this.path; + clipPath = JSON.parse(JSON.stringify(this.ctx.clip_path)); + this.path = pathPositionRedo(clipPath, this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY); + drawPaths.call(this, 'fill', true); + this.path = tmpPaths; + } + var tmpRect = JSON.parse(JSON.stringify(textRect)); + tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; - if (options.scale >= 0.01) { - this.pdf.setFontSize(oldSize); + if (options.scale >= 0.01) { + var oldSize = this.pdf.internal.getFontSize(); + this.pdf.setFontSize(oldSize * options.scale); + } + this.pdf.text(options.text, tmpRect.x, tmpRect.y, { angle: options.angle, align: textAlign, renderingMode: options.renderingMode, maxWidth: options.maxWidth }); + + if (options.scale >= 0.01) { + this.pdf.setFontSize(oldSize); + } } - } } else { if (options.scale >= 0.01) { var oldSize = this.pdf.internal.getFontSize(); this.pdf.setFontSize(oldSize * options.scale); } - this.pdf.text(options.text, pt.x + this.posX, pt.y + this.posY, {angle: options.angle, align : textAlign, renderingMode: options.renderingMode, maxWidth: options.maxWidth}); + this.pdf.text(options.text, pt.x + this.posX, pt.y + this.posY, { angle: options.angle, align: textAlign, renderingMode: options.renderingMode, maxWidth: options.maxWidth }); if (options.scale >= 0.01) { this.pdf.setFontSize(oldSize); @@ -1816,7 +1814,7 @@ return this.pdf.lines(lines, x, y, null, null); }; - var drawCurve = function(x, y, x1, y1, x2, y2, x3, y3) { + var drawCurve = function (x, y, x1, y1, x2, y2, x3, y3) { this.pdf.internal.out([ f2(getHorizontalCoordinate(x1 + x)), f2(getVerticalCoordinate(y1 + y)), f2(getHorizontalCoordinate(x2 + x)), f2(getVerticalCoordinate(y2 + y)), f2(getHorizontalCoordinate(x3 + x)), f2(getVerticalCoordinate(y3 + y)), 'c' ].join(' ')); @@ -1828,7 +1826,7 @@ * Each bezier curve is an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. * @function createArc */ - var createArc = function(radius, startAngle, endAngle, anticlockwise) { + var createArc = function (radius, startAngle, endAngle, anticlockwise) { var EPSILON = 0.00001; // Roughly 1/1000th of a degree, see below // normalize startAngle, endAngle to [-2PI, 2PI] var twoPI = Math.PI * 2; var startAngleN = startAngle; @@ -1901,7 +1899,7 @@ var rad2deg = function (value) { return value * 180 / Math.PI; }; - + var deg2rad = function (deg) { return deg * Math.PI / 180; }; @@ -1917,7 +1915,7 @@ var resultY2 = Math.max(sy, ey, midY1, midY2); return new Rectangle(resultX1, resultY1, resultX2 - resultX1, resultY2 - resultY1); }; - + //De Casteljau algorithm var getBezierCurveBoundary = function (ax, ay, bx, by, cx, cy, dx, dy) { var tobx = bx - ax; @@ -1927,8 +1925,8 @@ var todx = dx - cx; var tody = dy - cy; var precision = 40; - var d, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, i, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; - for (var i = 0; i < (precision + 1); i++) { + var d, i, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, i, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; + for (i = 0; i < (precision + 1); i++) { d = i / precision; px = ax + d * tobx; py = ay + d * toby; @@ -1950,21 +1948,18 @@ x = sx + d * totx; y = sy + d * toty; - if (i == 0) - { + if (i == 0) { minx = x; miny = y; maxx = x; maxy = y; - } - else - { + } else { minx = Math.min(minx, x); miny = Math.min(miny, y); maxx = Math.max(maxx, x); maxy = Math.max(maxy, y); } } - return new Rectangle(Math.round(minx), Math.round(miny),Math.round(maxx - minx), Math.round(maxy - miny)); + return new Rectangle(Math.round(minx), Math.round(miny), Math.round(maxx - minx), Math.round(maxy - miny)); }; -})(jsPDF.API, (typeof self !== 'undefined' && self || typeof window !== 'undefined' && window || typeof global !== 'undefined' && global || Function('return typeof this === "object" && this.content')() || Function('return this')())); +})(jsPDF.API); \ No newline at end of file diff --git a/src/modules/fileloading.js b/src/modules/fileloading.js index a9732163d..ed4d3e4ee 100644 --- a/src/modules/fileloading.js +++ b/src/modules/fileloading.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** * jsPDF fileloading PlugIn * Copyright (c) 2018 Aras Abbasi (aras.abbasi@gmail.com) @@ -43,16 +44,17 @@ req.open('GET', url, !sync) // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] - req.overrideMimeType('text\/plain; charset=x-user-defined'); + req.overrideMimeType('text/plain; charset=x-user-defined'); if (sync === false) { req.onload = function () { - return sanitizeUnicode(this.responseText); + callback(sanitizeUnicode(this.responseText)); }; } req.send(null) if (req.status !== 200) { + // eslint-disable-next-line no-console console.warn('Unable to load file "' + url + '"'); return; } diff --git a/src/modules/filters.js b/src/modules/filters.js index 0474e83f6..157ac86c7 100644 --- a/src/modules/filters.js +++ b/src/modules/filters.js @@ -1,3 +1,4 @@ +/* global jsPDF, Deflater */ /** * jsPDF filters PlugIn * Copyright (c) 2014 Aras Abbasi @@ -11,6 +12,7 @@ var ASCII85Encode = function(a) { var b, c, d, e, f, g, h, i, j, k; + // eslint-disable-next-line no-control-regex for (!/[^\x00-\xFF]/.test(a), b = "\x00\x00\x00\x00".slice(a.length % 4 || 4), a += b, c = [], d = 0, e = a.length; e > d; d += 4) f = (a.charCodeAt(d) << 24) + (a.charCodeAt(d + 1) << 16) + (a.charCodeAt(d + 2) << 8) + a.charCodeAt(d + 3), 0 !== f ? (k = f % 85, f = (f - k) / 85, j = f % 85, f = (f - j) / 85, i = f % 85, @@ -32,7 +34,6 @@ var ASCIIHexEncode = function(value) { var result = ''; - var i; for (var i = 0; i < value.length; i += 1) { result += ("0" + value.charCodeAt(i).toString(16)).slice(-2); } @@ -53,13 +54,12 @@ return ""; } var result = ''; - var i; for (var i = 0; i < value.length; i += 2) { result += String.fromCharCode("0x"+ (value[i] + value[(i+1)])); } return result; }; - + /* var FlatePredictors = { None: 1, TIFF: 2, @@ -70,6 +70,7 @@ PNG_Paeth: 14, PNG_Optimum: 15 }; + */ var appendBuffer = function(buffer1, buffer2) { var combinedBuffer = new Uint8Array(buffer1.byteLength + buffer2.byteLength); @@ -78,13 +79,7 @@ return combinedBuffer; }; - var FlateEncode = function(data, options) { - options = Object.assign({ - predictor: 1, - colors: 1, - bitsPerComponent: 8, - columns: 1 - }, options); + var FlateEncode = function(data) { var arr = []; var i = data.length; var adler32; diff --git a/src/modules/gif_support.js b/src/modules/gif_support.js index 0e74bedf0..8e266b384 100644 --- a/src/modules/gif_support.js +++ b/src/modules/gif_support.js @@ -1,3 +1,4 @@ +/* global jsPDF, GifReader, JPEGEncoder */ /** * @license * Copyright (c) 2017 Aras Abbasi @@ -13,26 +14,25 @@ * @module */ (function (jsPDFAPI) { - 'use strict'; + 'use strict'; - jsPDFAPI.processGIF89A = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { - var reader = new GifReader(imageData); - var width = reader.width, height = reader.height; - var qu = 100; - var pixels = []; - - reader.decodeAndBlitFrameRGBA(0, pixels); - var frameData = new Uint8Array(width * height * 4); - var rawImageData = { - data: pixels, - width: width, - height: height - }; + jsPDFAPI.processGIF89A = function (imageData, imageIndex, alias, compression) { + var reader = new GifReader(imageData); + var width = reader.width, height = reader.height; + var qu = 100; + var pixels = []; + + reader.decodeAndBlitFrameRGBA(0, pixels); + var rawImageData = { + data: pixels, + width: width, + height: height + }; - var encoder = new JPEGEncoder(qu); - var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); - }; + var encoder = new JPEGEncoder(qu); + var data = encoder.encode(rawImageData, qu); + return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + }; - jsPDFAPI.processGIF87A = jsPDFAPI.processGIF89A; + jsPDFAPI.processGIF87A = jsPDFAPI.processGIF89A; })(jsPDF.API); diff --git a/src/modules/html.js b/src/modules/html.js index 0c33447b4..2406bb6b3 100644 --- a/src/modules/html.js +++ b/src/modules/html.js @@ -1,3 +1,4 @@ +/* global jsPDF html2canvas */ /** * Copyright (c) 2018 Erik Koopmans * Released under the MIT License. @@ -13,773 +14,773 @@ * @module */ (function (jsPDFAPI, global) { - 'use strict'; - - if (typeof Promise === 'undefined') { - console.warn('Promise not found. html-Plugin will not work'); - return; - } - /** - * Determine the type of a variable/object. - * - * @private - * @ignore - */ - var objType = function(obj) { - var type = typeof obj; - if (type === 'undefined') return 'undefined'; - else if (type === 'string' || obj instanceof String) return 'string'; - else if (type === 'number' || obj instanceof Number) return 'number'; - else if (type === 'function' || obj instanceof Function) return 'function'; - else if (!!obj && obj.constructor === Array) return 'array'; - else if (obj && obj.nodeType === 1) return 'element'; - else if (type === 'object') return 'object'; - else return 'unknown'; - }; - - /** - * Create an HTML element with optional className, innerHTML, and style. - * - * @private - * @ignore - */ - var createElement = function(tagName, opt) { - var el = document.createElement(tagName); - if (opt.className) el.className = opt.className; - if (opt.innerHTML) { - el.innerHTML = opt.innerHTML; - var scripts = el.getElementsByTagName('script'); - for (var i = scripts.length; i-- > 0; null) { - scripts[i].parentNode.removeChild(scripts[i]); - } - } - for (var key in opt.style) { - el.style[key] = opt.style[key]; - } - return el; - }; - - /** - * Deep-clone a node and preserve contents/properties. - * - * @private - * @ignore - */ - var cloneNode = function(node, javascriptEnabled) { - // Recursively clone the node. - var clone = node.nodeType === 3 ? document.createTextNode(node.nodeValue) : node.cloneNode(false); - for (var child = node.firstChild; child; child = child.nextSibling) { - if (javascriptEnabled === true || child.nodeType !== 1 || child.nodeName !== 'SCRIPT') { - clone.appendChild(cloneNode(child, javascriptEnabled)); - } - } - - if (node.nodeType === 1) { - // Preserve contents/properties of special nodes. - if (node.nodeName === 'CANVAS') { - clone.width = node.width; - clone.height = node.height; - clone.getContext('2d').drawImage(node, 0, 0); - } else if (node.nodeName === 'TEXTAREA' || node.nodeName === 'SELECT') { - clone.value = node.value; - } - - // Preserve the node's scroll position when it loads. - clone.addEventListener('load', function() { - clone.scrollTop = node.scrollTop; - clone.scrollLeft = node.scrollLeft; - }, true); - } - - // Return the cloned node. - return clone; - } - - /** - * Convert units using the conversion value 'k' from jsPDF. - * - * @private - * @ignore - */ - var unitConvert = function(obj, k) { - var newObj = {}; - for (var key in obj) { - newObj[key] = obj[key] * 72 / 96 / k; - } - return newObj; - }; - - - - /* ----- CONSTRUCTOR ----- */ - - var Worker = function Worker(opt) { - // Create the root parent for the proto chain, and the starting Worker. - var root = Object.assign(Worker.convert(Promise.resolve()), - JSON.parse(JSON.stringify(Worker.template))); - var self = Worker.convert(Promise.resolve(), root); - - // Set progress, optional settings, and return. - self = self.setProgress(1, Worker, 1, [Worker]); - self = self.set(opt); - return self; - }; - - // Boilerplate for subclassing Promise. - Worker.prototype = Object.create(Promise.prototype); - Worker.prototype.constructor = Worker; - - // Converts/casts promises into Workers. - Worker.convert = function convert(promise, inherit) { - // Uses prototypal inheritance to receive changes made to ancestors' properties. - promise.__proto__ = inherit || Worker.prototype; - return promise; - }; - - Worker.template = { - prop: { - src: null, - container: null, - overlay: null, - canvas: null, - img: null, - pdf: null, - pageSize: null, - callback: function () {} - }, - progress: { - val: 0, - state: null, - n: 0, - stack: [] - }, - opt: { - filename: 'file.pdf', - margin: [0,0,0,0], - enableLinks: true, - x: 0, - y: 0, - html2canvas: {}, - jsPDF: {} - } - }; - - /* ----- FROM / TO ----- */ - - Worker.prototype.from = function from(src, type) { - function getType(src) { - switch (objType(src)) { - case 'string': return 'string'; - case 'element': return src.nodeName.toLowerCase === 'canvas' ? 'canvas' : 'element'; - default: return 'unknown'; - } - } - - return this.then(function from_main() { - type = type || getType(src); - switch (type) { - case 'string': return this.set({ src: createElement('div', {innerHTML: src}) }); - case 'element': return this.set({ src: src }); - case 'canvas': return this.set({ canvas: src }); - case 'img': return this.set({ img: src }); - default: return this.error('Unknown source type.'); - } - }); - }; - - Worker.prototype.to = function to(target) { - // Route the 'to' request to the appropriate method. - switch (target) { - case 'container': - return this.toContainer(); - case 'canvas': - return this.toCanvas(); - case 'img': - return this.toImg(); - case 'pdf': - return this.toPdf(); - default: - return this.error('Invalid target.'); - } - }; - - Worker.prototype.toContainer = function toContainer() { - // Set up function prerequisites. - var prereqs = [function checkSrc() { - return this.prop.src || this.error('Cannot duplicate - no source HTML.'); - }, function checkPageSize() { - return this.prop.pageSize || this.setPageSize(); - }]; - return this.thenList(prereqs).then(function toContainer_main() { - // Define the CSS styles for the container and its overlay parent. - var overlayCSS = { - position: 'fixed', - overflow: 'hidden', - zIndex: 1000, - left: '-100000px', - right: 0, - bottom: 0, - top: 0 - }; - var containerCSS = { - position: 'relative', - display: 'inline-block', - width: Math.max(this.prop.src.clientWidth, this.prop.src.scrollWidth, this.prop.src.offsetWidth)+ 'px', - left: 0, - right: 0, - top: 0, - margin: 'auto', - backgroundColor: 'white' - }; // Set the overlay to hidden (could be changed in the future to provide a print preview). - - var source = cloneNode(this.prop.src, this.opt.html2canvas.javascriptEnabled); - - if (source.tagName === 'BODY') { - containerCSS.height = Math.max(document.body.scrollHeight, document.body.offsetHeight, document.documentElement.clientHeight, document.documentElement.scrollHeight, document.documentElement.offsetHeight) + 'px'; + 'use strict'; + + if (typeof Promise === 'undefined') { + // eslint-disable-next-line no-console + console.warn('Promise not found. html-Plugin will not work'); + return; + } + /** + * Determine the type of a variable/object. + * + * @private + * @ignore + */ + var objType = function (obj) { + var type = typeof obj; + if (type === 'undefined') return 'undefined'; + else if (type === 'string' || obj instanceof String) return 'string'; + else if (type === 'number' || obj instanceof Number) return 'number'; + else if (type === 'function' || obj instanceof Function) return 'function'; + else if (!!obj && obj.constructor === Array) return 'array'; + else if (obj && obj.nodeType === 1) return 'element'; + else if (type === 'object') return 'object'; + else return 'unknown'; + }; + + /** + * Create an HTML element with optional className, innerHTML, and style. + * + * @private + * @ignore + */ + var createElement = function (tagName, opt) { + var el = document.createElement(tagName); + if (opt.className) el.className = opt.className; + if (opt.innerHTML) { + el.innerHTML = opt.innerHTML; + var scripts = el.getElementsByTagName('script'); + for (var i = scripts.length; i-- > 0; null) { + scripts[i].parentNode.removeChild(scripts[i]); + } + } + for (var key in opt.style) { + el.style[key] = opt.style[key]; + } + return el; + }; + + /** + * Deep-clone a node and preserve contents/properties. + * + * @private + * @ignore + */ + var cloneNode = function (node, javascriptEnabled) { + // Recursively clone the node. + var clone = node.nodeType === 3 ? document.createTextNode(node.nodeValue) : node.cloneNode(false); + for (var child = node.firstChild; child; child = child.nextSibling) { + if (javascriptEnabled === true || child.nodeType !== 1 || child.nodeName !== 'SCRIPT') { + clone.appendChild(cloneNode(child, javascriptEnabled)); + } + } + + if (node.nodeType === 1) { + // Preserve contents/properties of special nodes. + if (node.nodeName === 'CANVAS') { + clone.width = node.width; + clone.height = node.height; + clone.getContext('2d').drawImage(node, 0, 0); + } else if (node.nodeName === 'TEXTAREA' || node.nodeName === 'SELECT') { + clone.value = node.value; + } + + // Preserve the node's scroll position when it loads. + clone.addEventListener('load', function () { + clone.scrollTop = node.scrollTop; + clone.scrollLeft = node.scrollLeft; + }, true); + } + + // Return the cloned node. + return clone; + } + + /* ----- CONSTRUCTOR ----- */ + + var Worker = function Worker(opt) { + // Create the root parent for the proto chain, and the starting Worker. + var root = Object.assign(Worker.convert(Promise.resolve()), + JSON.parse(JSON.stringify(Worker.template))); + var self = Worker.convert(Promise.resolve(), root); + + // Set progress, optional settings, and return. + self = self.setProgress(1, Worker, 1, [Worker]); + self = self.set(opt); + return self; + }; + + // Boilerplate for subclassing Promise. + Worker.prototype = Object.create(Promise.prototype); + Worker.prototype.constructor = Worker; + + // Converts/casts promises into Workers. + Worker.convert = function convert(promise, inherit) { + // Uses prototypal inheritance to receive changes made to ancestors' properties. + promise.__proto__ = inherit || Worker.prototype; + return promise; + }; + + Worker.template = { + prop: { + src: null, + container: null, + overlay: null, + canvas: null, + img: null, + pdf: null, + pageSize: null, + callback: function () { } + }, + progress: { + val: 0, + state: null, + n: 0, + stack: [] + }, + opt: { + filename: 'file.pdf', + margin: [0, 0, 0, 0], + enableLinks: true, + x: 0, + y: 0, + html2canvas: {}, + jsPDF: {} + } + }; + + /* ----- FROM / TO ----- */ + + Worker.prototype.from = function from(src, type) { + function getType(src) { + switch (objType(src)) { + case 'string': return 'string'; + case 'element': return src.nodeName.toLowerCase === 'canvas' ? 'canvas' : 'element'; + default: return 'unknown'; + } + } + + return this.then(function from_main() { + type = type || getType(src); + switch (type) { + case 'string': return this.set({ src: createElement('div', { innerHTML: src }) }); + case 'element': return this.set({ src: src }); + case 'canvas': return this.set({ canvas: src }); + case 'img': return this.set({ img: src }); + default: return this.error('Unknown source type.'); + } + }); + }; + + Worker.prototype.to = function to(target) { + // Route the 'to' request to the appropriate method. + switch (target) { + case 'container': + return this.toContainer(); + case 'canvas': + return this.toCanvas(); + case 'img': + return this.toImg(); + case 'pdf': + return this.toPdf(); + default: + return this.error('Invalid target.'); + } + }; + + Worker.prototype.toContainer = function toContainer() { + // Set up function prerequisites. + var prereqs = [function checkSrc() { + return this.prop.src || this.error('Cannot duplicate - no source HTML.'); + }, function checkPageSize() { + return this.prop.pageSize || this.setPageSize(); + }]; + return this.thenList(prereqs).then(function toContainer_main() { + // Define the CSS styles for the container and its overlay parent. + var overlayCSS = { + position: 'fixed', + overflow: 'hidden', + zIndex: 1000, + left: '-100000px', + right: 0, + bottom: 0, + top: 0 + }; + var containerCSS = { + position: 'relative', + display: 'inline-block', + width: Math.max(this.prop.src.clientWidth, this.prop.src.scrollWidth, this.prop.src.offsetWidth) + 'px', + left: 0, + right: 0, + top: 0, + margin: 'auto', + backgroundColor: 'white' + }; // Set the overlay to hidden (could be changed in the future to provide a print preview). + + var source = cloneNode(this.prop.src, this.opt.html2canvas.javascriptEnabled); + + if (source.tagName === 'BODY') { + containerCSS.height = Math.max(document.body.scrollHeight, document.body.offsetHeight, document.documentElement.clientHeight, document.documentElement.scrollHeight, document.documentElement.offsetHeight) + 'px'; + } + + this.prop.overlay = createElement('div', { + className: 'html2pdf__overlay', + style: overlayCSS + }); + this.prop.container = createElement('div', { + className: 'html2pdf__container', + style: containerCSS + }); + this.prop.container.appendChild(source); + this.prop.container.firstChild.appendChild(createElement('div', { + style: { + clear: 'both', + border: '0 none transparent', + margin: 0, + padding: 0, + height: 0 + } + })); + this.prop.container.style.float = 'none'; + this.prop.overlay.appendChild(this.prop.container); + document.body.appendChild(this.prop.overlay); + this.prop.container.firstChild.style.position = 'relative'; + this.prop.container.height = Math.max(this.prop.container.firstChild.clientHeight, this.prop.container.firstChild.scrollHeight, this.prop.container.firstChild.offsetHeight) + 'px'; + }); + }; + + Worker.prototype.toCanvas = function toCanvas() { + // Set up function prerequisites. + var prereqs = [ + function checkContainer() { + return document.body.contains(this.prop.container) + || this.toContainer(); + } + ]; + + // Fulfill prereqs then create the canvas. + return this.thenList(prereqs).then(function toCanvas_main() { + // Handle old-fashioned 'onrendered' argument. + var options = Object.assign({}, this.opt.html2canvas); + delete options.onrendered; + + if (!this.isHtml2CanvasLoaded()) { + return; + } + return html2canvas(this.prop.container, options); + }).then(function toCanvas_post(canvas) { + // Handle old-fashioned 'onrendered' argument. + var onRendered = this.opt.html2canvas.onrendered || function () { }; + onRendered(canvas); + + this.prop.canvas = canvas; + document.body.removeChild(this.prop.overlay); + }); + }; + + Worker.prototype.toContext2d = function toContext2d() { + // Set up function prerequisites. + var prereqs = [ + function checkContainer() { + return document.body.contains(this.prop.container) + || this.toContainer(); + } + ]; + + // Fulfill prereqs then create the canvas. + return this.thenList(prereqs).then(function toContext2d_main() { + // Handle old-fashioned 'onrendered' argument. + + var pdf = this.opt.jsPDF; + var options = Object.assign({ + async: true, + allowTaint: true, + backgroundColor: '#ffffff', + imageTimeout: 15000, + logging: true, + proxy: null, + removeContainer: true, + foreignObjectRendering: false, + useCORS: false + }, this.opt.html2canvas); + delete options.onrendered; + + pdf.context2d.autoPaging = true; + pdf.context2d.posX = this.opt.x; + pdf.context2d.posY = this.opt.y; + + options.windowHeight = options.windowHeight || 0; + options.windowHeight = (options.windowHeight == 0) ? Math.max(this.prop.container.clientHeight, this.prop.container.scrollHeight, this.prop.container.offsetHeight) : options.windowHeight; + + if (!this.isHtml2CanvasLoaded()) { + return; + } + + return html2canvas(this.prop.container, options); + }).then(function toContext2d_post(canvas) { + // Handle old-fashioned 'onrendered' argument. + var onRendered = this.opt.html2canvas.onrendered || function () { }; + onRendered(canvas); + + this.prop.canvas = canvas; + document.body.removeChild(this.prop.overlay); + }); + }; + + Worker.prototype.toImg = function toImg() { + // Set up function prerequisites. + var prereqs = [ + function checkCanvas() { return this.prop.canvas || this.toCanvas(); } + ]; + + // Fulfill prereqs then create the image. + return this.thenList(prereqs).then(function toImg_main() { + var imgData = this.prop.canvas.toDataURL('image/' + this.opt.image.type, this.opt.image.quality); + this.prop.img = document.createElement('img'); + this.prop.img.src = imgData; + }); + }; + + Worker.prototype.toPdf = function toPdf() { + // Set up function prerequisites. + var prereqs = [ + function checkContext2d() { return this.toContext2d(); } + //function checkCanvas() { return this.prop.canvas || this.toCanvas(); } + ]; + + // Fulfill prereqs then create the image. + return this.thenList(prereqs).then(function toPdf_main() { + // Create local copies of frequently used properties. + this.prop.pdf = this.prop.pdf || this.opt.jsPDF; + }); + }; + + + /* ----- OUTPUT / SAVE ----- */ + + Worker.prototype.output = function output(type, options, src) { + // Redirect requests to the correct function (outputPdf / outputImg). + src = src || 'pdf'; + if (src.toLowerCase() === 'img' || src.toLowerCase() === 'image') { + return this.outputImg(type, options); + } else { + return this.outputPdf(type, options); + } + }; + + Worker.prototype.outputPdf = function outputPdf(type, options) { + // Set up function prerequisites. + var prereqs = [ + function checkPdf() { return this.prop.pdf || this.toPdf(); } + ]; + + // Fulfill prereqs then perform the appropriate output. + return this.thenList(prereqs).then(function outputPdf_main() { + /* Currently implemented output types: + * https://rawgit.com/MrRio/jsPDF/master/docs/jspdf.js.html#line992 + * save(options), arraybuffer, blob, bloburi/bloburl, + * datauristring/dataurlstring, dataurlnewwindow, datauri/dataurl + */ + return this.prop.pdf.output(type, options); + }); + }; + + Worker.prototype.outputImg = function outputImg(type) { + // Set up function prerequisites. + var prereqs = [ + function checkImg() { return this.prop.img || this.toImg(); } + ]; + + // Fulfill prereqs then perform the appropriate output. + return this.thenList(prereqs).then(function outputImg_main() { + switch (type) { + case undefined: + case 'img': + return this.prop.img; + case 'datauristring': + case 'dataurlstring': + return this.prop.img.src; + case 'datauri': + case 'dataurl': + return document.location.href = this.prop.img.src; + default: + throw 'Image output type "' + type + '" is not supported.'; + } + }); + }; + + Worker.prototype.isHtml2CanvasLoaded = function () { + var result = typeof global.html2canvas !== "undefined"; + if (!result) { + throw new Error("html2canvas not loaded."); + } + return result; + } + + Worker.prototype.save = function save(filename) { + // Set up function prerequisites. + var prereqs = [ + function checkPdf() { return this.prop.pdf || this.toPdf(); } + ]; + + if (!this.isHtml2CanvasLoaded()) { + return; + } + + // Fulfill prereqs, update the filename (if provided), and save the PDF. + return this.thenList(prereqs).set( + filename ? { filename: filename } : null + ).then(function save_main() { + this.prop.pdf.save(this.opt.filename); + }); + }; + + Worker.prototype.doCallback = function doCallback() { + // Set up function prerequisites. + var prereqs = [ + function checkPdf() { return this.prop.pdf || this.toPdf(); } + ]; + + if (!this.isHtml2CanvasLoaded()) { + return; + } + // Fulfill prereqs, update the filename (if provided), and save the PDF. + return this.thenList(prereqs) + .then(function doCallback_main() { + this.prop.callback(this.prop.pdf); + }); + }; + + /* ----- SET / GET ----- */ + + Worker.prototype.set = function set(opt) { + // TODO: Implement ordered pairs? + + // Silently ignore invalid or empty input. + if (objType(opt) !== 'object') { + return this; + } + + // Build an array of setter functions to queue. + var fns = Object.keys(opt || {}).map(function (key) { + if (key in Worker.template.prop) { + // Set pre-defined properties. + return function set_prop() { this.prop[key] = opt[key]; } + } else { + switch (key) { + case 'margin': + return this.setMargin.bind(this, opt.margin); + case 'jsPDF': + return function set_jsPDF() { this.opt.jsPDF = opt.jsPDF; return this.setPageSize(); } + case 'pageSize': + return this.setPageSize.bind(this, opt.pageSize); + default: + // Set any other properties in opt. + return function set_opt() { this.opt[key] = opt[key] }; + } + } + }, this); + + // Set properties within the promise chain. + return this.then(function set_main() { + return this.thenList(fns); + }); + }; + + Worker.prototype.get = function get(key, cbk) { + return this.then(function get_main() { + // Fetch the requested property, either as a predefined prop or in opt. + var val = (key in Worker.template.prop) ? this.prop[key] : this.opt[key]; + return cbk ? cbk(val) : val; + }); + }; + + Worker.prototype.setMargin = function setMargin(margin) { + return this.then(function setMargin_main() { + // Parse the margin property. + switch (objType(margin)) { + case 'number': + margin = [margin, margin, margin, margin]; + // eslint-disable-next-line no-fallthrough + case 'array': + if (margin.length === 2) { + margin = [margin[0], margin[1], margin[0], margin[1]]; } - - this.prop.overlay = createElement('div', { - className: 'html2pdf__overlay', - style: overlayCSS - }); - this.prop.container = createElement('div', { - className: 'html2pdf__container', - style: containerCSS - }); - this.prop.container.appendChild(source); - this.prop.container.firstChild.appendChild(createElement('div', { - style: { - clear: 'both', - border: '0 none transparent', - margin: 0, - padding: 0, - height: 0 - } - })); - this.prop.container.style.float = 'none'; - this.prop.overlay.appendChild(this.prop.container); - document.body.appendChild(this.prop.overlay); - this.prop.container.firstChild.style.position = 'relative'; - this.prop.container.height = Math.max(this.prop.container.firstChild.clientHeight, this.prop.container.firstChild.scrollHeight, this.prop.container.firstChild.offsetHeight) + 'px'; - }); + if (margin.length === 4) { + break; + } + // eslint-disable-next-line no-fallthrough + default: + return this.error('Invalid margin array.'); + } + + // Set the margin property, then update pageSize. + this.opt.margin = margin; + }).then(this.setPageSize); + } + + Worker.prototype.setPageSize = function setPageSize(pageSize) { + function toPx(val, k) { + return Math.floor(val * k / 72 * 96); + } + + return this.then(function setPageSize_main() { + // Retrieve page-size based on jsPDF settings, if not explicitly provided. + pageSize = pageSize || jsPDF.getPageSize(this.opt.jsPDF); + + // Add 'inner' field if not present. + if (!pageSize.hasOwnProperty('inner')) { + pageSize.inner = { + width: pageSize.width - this.opt.margin[1] - this.opt.margin[3], + height: pageSize.height - this.opt.margin[0] - this.opt.margin[2] + }; + pageSize.inner.px = { + width: toPx(pageSize.inner.width, pageSize.k), + height: toPx(pageSize.inner.height, pageSize.k) + }; + pageSize.inner.ratio = pageSize.inner.height / pageSize.inner.width; + } + + // Attach pageSize to this. + this.prop.pageSize = pageSize; + }); + } + + Worker.prototype.setProgress = function setProgress(val, state, n, stack) { + // Immediately update all progress values. + if (val != null) this.progress.val = val; + if (state != null) this.progress.state = state; + if (n != null) this.progress.n = n; + if (stack != null) this.progress.stack = stack; + this.progress.ratio = this.progress.val / this.progress.state; + + // Return this for command chaining. + return this; + }; + + Worker.prototype.updateProgress = function updateProgress(val, state, n, stack) { + // Immediately update all progress values, using setProgress. + return this.setProgress( + val ? this.progress.val + val : null, + state ? state : null, + n ? this.progress.n + n : null, + stack ? this.progress.stack.concat(stack) : null + ); + }; + + /* ----- PROMISE MAPPING ----- */ + + Worker.prototype.then = function then(onFulfilled, onRejected) { + // Wrap `this` for encapsulation. + var self = this; + + return this.thenCore(onFulfilled, onRejected, function then_main(onFulfilled, onRejected) { + // Update progress while queuing, calling, and resolving `then`. + self.updateProgress(null, null, 1, [onFulfilled]); + return Promise.prototype.then.call(this, function then_pre(val) { + self.updateProgress(null, onFulfilled); + return val; + }).then(onFulfilled, onRejected).then(function then_post(val) { + self.updateProgress(1); + return val; + }); + }); + }; + + Worker.prototype.thenCore = function thenCore(onFulfilled, onRejected, thenBase) { + // Handle optional thenBase parameter. + thenBase = thenBase || Promise.prototype.then; + + // Wrap `this` for encapsulation and bind it to the promise handlers. + var self = this; + if (onFulfilled) { onFulfilled = onFulfilled.bind(self); } + if (onRejected) { onRejected = onRejected.bind(self); } + + // Cast self into a Promise to avoid polyfills recursively defining `then`. + var isNative = Promise.toString().indexOf('[native code]') !== -1 && Promise.name === 'Promise'; + var selfPromise = isNative ? self : Worker.convert(Object.assign({}, self), Promise.prototype); + + // Return the promise, after casting it into a Worker and preserving props. + var returnVal = thenBase.call(selfPromise, onFulfilled, onRejected); + return Worker.convert(returnVal, self.__proto__); + }; + + Worker.prototype.thenExternal = function thenExternal(onFulfilled, onRejected) { + // Call `then` and return a standard promise (exits the Worker chain). + return Promise.prototype.then.call(this, onFulfilled, onRejected); + }; + + Worker.prototype.thenList = function thenList(fns) { + // Queue a series of promise 'factories' into the promise chain. + var self = this; + fns.forEach(function thenList_forEach(fn) { + self = self.thenCore(fn); + }); + return self; + }; + + Worker.prototype['catch'] = function (onRejected) { + // Bind `this` to the promise handler, call `catch`, and return a Worker. + if (onRejected) { onRejected = onRejected.bind(this); } + var returnVal = Promise.prototype['catch'].call(this, onRejected); + return Worker.convert(returnVal, this); + }; + + Worker.prototype.catchExternal = function catchExternal(onRejected) { + // Call `catch` and return a standard promise (exits the Worker chain). + return Promise.prototype['catch'].call(this, onRejected); + }; + + Worker.prototype.error = function error(msg) { + // Throw the error in the Promise chain. + return this.then(function error_main() { + throw new Error(msg); + }); + }; + + + /* ----- ALIASES ----- */ + + Worker.prototype.using = Worker.prototype.set; + Worker.prototype.saveAs = Worker.prototype.save; + Worker.prototype.export = Worker.prototype.output; + Worker.prototype.run = Worker.prototype.then; + + // Get dimensions of a PDF page, as determined by jsPDF. + jsPDF.getPageSize = function (orientation, unit, format) { + // Decode options object + if (typeof orientation === 'object') { + var options = orientation; + orientation = options.orientation; + unit = options.unit || unit; + format = options.format || format; + } + + // Default options + unit = unit || 'mm'; + format = format || 'a4'; + orientation = ('' + (orientation || 'P')).toLowerCase(); + var format_as_string = ('' + format).toLowerCase(); + + // Size in pt of various paper formats + var pageFormats = { + 'a0': [2383.94, 3370.39], 'a1': [1683.78, 2383.94], + 'a2': [1190.55, 1683.78], 'a3': [841.89, 1190.55], + 'a4': [595.28, 841.89], 'a5': [419.53, 595.28], + 'a6': [297.64, 419.53], 'a7': [209.76, 297.64], + 'a8': [147.40, 209.76], 'a9': [104.88, 147.40], + 'a10': [73.70, 104.88], 'b0': [2834.65, 4008.19], + 'b1': [2004.09, 2834.65], 'b2': [1417.32, 2004.09], + 'b3': [1000.63, 1417.32], 'b4': [708.66, 1000.63], + 'b5': [498.90, 708.66], 'b6': [354.33, 498.90], + 'b7': [249.45, 354.33], 'b8': [175.75, 249.45], + 'b9': [124.72, 175.75], 'b10': [87.87, 124.72], + 'c0': [2599.37, 3676.54], 'c1': [1836.85, 2599.37], + 'c2': [1298.27, 1836.85], 'c3': [918.43, 1298.27], + 'c4': [649.13, 918.43], 'c5': [459.21, 649.13], + 'c6': [323.15, 459.21], 'c7': [229.61, 323.15], + 'c8': [161.57, 229.61], 'c9': [113.39, 161.57], + 'c10': [79.37, 113.39], 'dl': [311.81, 623.62], + 'letter': [612, 792], + 'government-letter': [576, 756], + 'legal': [612, 1008], + 'junior-legal': [576, 360], + 'ledger': [1224, 792], + 'tabloid': [792, 1224], + 'credit-card': [153, 243] }; - Worker.prototype.toCanvas = function toCanvas() { - // Set up function prerequisites. - var prereqs = [ - function checkContainer() { return document.body.contains(this.prop.container) - || this.toContainer(); } - ]; - - // Fulfill prereqs then create the canvas. - return this.thenList(prereqs).then(function toCanvas_main() { - // Handle old-fashioned 'onrendered' argument. - var options = Object.assign({}, this.opt.html2canvas); - delete options.onrendered; - - if (!this.isHtml2CanvasLoaded()) { - return; - } - return html2canvas(this.prop.container, options); - }).then(function toCanvas_post(canvas) { - // Handle old-fashioned 'onrendered' argument. - var onRendered = this.opt.html2canvas.onrendered || function () {}; - onRendered(canvas); - - this.prop.canvas = canvas; - document.body.removeChild(this.prop.overlay); - }); - }; - - Worker.prototype.toContext2d = function toContext2d() { - // Set up function prerequisites. - var prereqs = [ - function checkContainer() { return document.body.contains(this.prop.container) - || this.toContainer(); } - ]; - - // Fulfill prereqs then create the canvas. - return this.thenList(prereqs).then(function toContext2d_main() { - // Handle old-fashioned 'onrendered' argument. - - var pdf = this.opt.jsPDF; - var options = Object.assign({ - async: true, - allowTaint: true, - backgroundColor: '#ffffff', - imageTimeout: 15000, - logging: true, - proxy: null, - removeContainer: true, - foreignObjectRendering: false, - useCORS: false - }, this.opt.html2canvas); - delete options.onrendered; - - pdf.context2d.autoPaging = true; - pdf.context2d.posX = this.opt.x; - pdf.context2d.posY = this.opt.y; - - options.windowHeight = options.windowHeight || 0; - options.windowHeight = (options.windowHeight == 0) ? Math.max(this.prop.container.clientHeight, this.prop.container.scrollHeight, this.prop.container.offsetHeight) : options.windowHeight; - - if (!this.isHtml2CanvasLoaded()) { - return; - } - - return html2canvas(this.prop.container, options); - }).then(function toContext2d_post(canvas) { - // Handle old-fashioned 'onrendered' argument. - var onRendered = this.opt.html2canvas.onrendered || function () {}; - onRendered(canvas); - - this.prop.canvas = canvas; - document.body.removeChild(this.prop.overlay); - }); - }; - - Worker.prototype.toImg = function toImg() { - // Set up function prerequisites. - var prereqs = [ - function checkCanvas() { return this.prop.canvas || this.toCanvas(); } - ]; - - // Fulfill prereqs then create the image. - return this.thenList(prereqs).then(function toImg_main() { - var imgData = this.prop.canvas.toDataURL('image/' + this.opt.image.type, this.opt.image.quality); - this.prop.img = document.createElement('img'); - this.prop.img.src = imgData; - }); - }; - - Worker.prototype.toPdf = function toPdf() { - // Set up function prerequisites. - var prereqs = [ - function checkContext2d() { return this.toContext2d(); } - //function checkCanvas() { return this.prop.canvas || this.toCanvas(); } - ]; - - // Fulfill prereqs then create the image. - return this.thenList(prereqs).then(function toPdf_main() { - // Create local copies of frequently used properties. - this.prop.pdf = this.prop.pdf || this.opt.jsPDF; - }); - }; - - - /* ----- OUTPUT / SAVE ----- */ - - Worker.prototype.output = function output(type, options, src) { - // Redirect requests to the correct function (outputPdf / outputImg). - src = src || 'pdf'; - if (src.toLowerCase() === 'img' || src.toLowerCase() === 'image') { - return this.outputImg(type, options); - } else { - return this.outputPdf(type, options); - } - }; - - Worker.prototype.outputPdf = function outputPdf(type, options) { - // Set up function prerequisites. - var prereqs = [ - function checkPdf() { return this.prop.pdf || this.toPdf(); } - ]; - - // Fulfill prereqs then perform the appropriate output. - return this.thenList(prereqs).then(function outputPdf_main() { - /* Currently implemented output types: - * https://rawgit.com/MrRio/jsPDF/master/docs/jspdf.js.html#line992 - * save(options), arraybuffer, blob, bloburi/bloburl, - * datauristring/dataurlstring, dataurlnewwindow, datauri/dataurl - */ - return this.prop.pdf.output(type, options); - }); - }; - - Worker.prototype.outputImg = function outputImg(type, options) { - // Set up function prerequisites. - var prereqs = [ - function checkImg() { return this.prop.img || this.toImg(); } - ]; - - // Fulfill prereqs then perform the appropriate output. - return this.thenList(prereqs).then(function outputImg_main() { - switch (type) { - case undefined: - case 'img': - return this.prop.img; - case 'datauristring': - case 'dataurlstring': - return this.prop.img.src; - case 'datauri': - case 'dataurl': - return document.location.href = this.prop.img.src; - default: - throw 'Image output type "' + type + '" is not supported.'; - } - }); - }; - - Worker.prototype.isHtml2CanvasLoaded = function () { - var result = typeof global.html2canvas !== "undefined"; - if (!result) { - console.error("html2canvas not loaded."); - } - return result; - } - - Worker.prototype.save = function save(filename) { - // Set up function prerequisites. - var prereqs = [ - function checkPdf() { return this.prop.pdf || this.toPdf(); } - ]; - - if (!this.isHtml2CanvasLoaded()) { - return; - } - - // Fulfill prereqs, update the filename (if provided), and save the PDF. - return this.thenList(prereqs).set( - filename ? { filename: filename } : null - ).then(function save_main() { - this.prop.pdf.save(this.opt.filename); - }); - }; - - Worker.prototype.doCallback = function doCallback(filename) { - // Set up function prerequisites. - var prereqs = [ - function checkPdf() { return this.prop.pdf || this.toPdf(); } - ]; - - if (!this.isHtml2CanvasLoaded()) { - return; - } - // Fulfill prereqs, update the filename (if provided), and save the PDF. - return this.thenList(prereqs) - .then(function doCallback_main() { - this.prop.callback(this.prop.pdf); - }); - }; - - /* ----- SET / GET ----- */ - - Worker.prototype.set = function set(opt) { - // TODO: Implement ordered pairs? - - // Silently ignore invalid or empty input. - if (objType(opt) !== 'object') { - return this; - } - - // Build an array of setter functions to queue. - var fns = Object.keys(opt || {}).map(function (key) { - if (key in Worker.template.prop) { - // Set pre-defined properties. - return function set_prop() { this.prop[key] = opt[key]; } - } else { - switch (key) { - case 'margin': - return this.setMargin.bind(this, opt.margin); - case 'jsPDF': - return function set_jsPDF() { this.opt.jsPDF = opt.jsPDF; return this.setPageSize(); } - case 'pageSize': - return this.setPageSize.bind(this, opt.pageSize); - default: - // Set any other properties in opt. - return function set_opt() { this.opt[key] = opt[key] }; - } - } - }, this); - - // Set properties within the promise chain. - return this.then(function set_main() { - return this.thenList(fns); - }); - }; - - Worker.prototype.get = function get(key, cbk) { - return this.then(function get_main() { - // Fetch the requested property, either as a predefined prop or in opt. - var val = (key in Worker.template.prop) ? this.prop[key] : this.opt[key]; - return cbk ? cbk(val) : val; - }); - }; - - Worker.prototype.setMargin = function setMargin(margin) { - return this.then(function setMargin_main() { - // Parse the margin property. - switch (objType(margin)) { - case 'number': - margin = [margin, margin, margin, margin]; - case 'array': - if (margin.length === 2) { - margin = [margin[0], margin[1], margin[0], margin[1]]; - } - if (margin.length === 4) { - break; - } - default: - return this.error('Invalid margin array.'); - } - - // Set the margin property, then update pageSize. - this.opt.margin = margin; - }).then(this.setPageSize); - } - - Worker.prototype.setPageSize = function setPageSize(pageSize) { - function toPx(val, k) { - return Math.floor(val * k / 72 * 96); - } - - return this.then(function setPageSize_main() { - // Retrieve page-size based on jsPDF settings, if not explicitly provided. - pageSize = pageSize || jsPDF.getPageSize(this.opt.jsPDF); - - // Add 'inner' field if not present. - if (!pageSize.hasOwnProperty('inner')) { - pageSize.inner = { - width: pageSize.width - this.opt.margin[1] - this.opt.margin[3], - height: pageSize.height - this.opt.margin[0] - this.opt.margin[2] - }; - pageSize.inner.px = { - width: toPx(pageSize.inner.width, pageSize.k), - height: toPx(pageSize.inner.height, pageSize.k) - }; - pageSize.inner.ratio = pageSize.inner.height / pageSize.inner.width; - } - - // Attach pageSize to this. - this.prop.pageSize = pageSize; - }); - } - - Worker.prototype.setProgress = function setProgress(val, state, n, stack) { - // Immediately update all progress values. - if (val != null) this.progress.val = val; - if (state != null) this.progress.state = state; - if (n != null) this.progress.n = n; - if (stack != null) this.progress.stack = stack; - this.progress.ratio = this.progress.val / this.progress.state; - - // Return this for command chaining. - return this; - }; - - Worker.prototype.updateProgress = function updateProgress(val, state, n, stack) { - // Immediately update all progress values, using setProgress. - return this.setProgress( - val ? this.progress.val + val : null, - state ? state : null, - n ? this.progress.n + n : null, - stack ? this.progress.stack.concat(stack) : null - ); - }; - - /* ----- PROMISE MAPPING ----- */ - - Worker.prototype.then = function then(onFulfilled, onRejected) { - // Wrap `this` for encapsulation. - var self = this; - - return this.thenCore(onFulfilled, onRejected, function then_main(onFulfilled, onRejected) { - // Update progress while queuing, calling, and resolving `then`. - self.updateProgress(null, null, 1, [onFulfilled]); - return Promise.prototype.then.call(this, function then_pre(val) { - self.updateProgress(null, onFulfilled); - return val; - }).then(onFulfilled, onRejected).then(function then_post(val) { - self.updateProgress(1); - return val; - }); - }); - }; - - Worker.prototype.thenCore = function thenCore(onFulfilled, onRejected, thenBase) { - // Handle optional thenBase parameter. - thenBase = thenBase || Promise.prototype.then; - - // Wrap `this` for encapsulation and bind it to the promise handlers. - var self = this; - if (onFulfilled) { onFulfilled = onFulfilled.bind(self); } - if (onRejected) { onRejected = onRejected.bind(self); } - - // Cast self into a Promise to avoid polyfills recursively defining `then`. - var isNative = Promise.toString().indexOf('[native code]') !== -1 && Promise.name === 'Promise'; - var selfPromise = isNative ? self : Worker.convert(Object.assign({}, self), Promise.prototype); - - // Return the promise, after casting it into a Worker and preserving props. - var returnVal = thenBase.call(selfPromise, onFulfilled, onRejected); - return Worker.convert(returnVal, self.__proto__); - }; - - Worker.prototype.thenExternal = function thenExternal(onFulfilled, onRejected) { - // Call `then` and return a standard promise (exits the Worker chain). - return Promise.prototype.then.call(this, onFulfilled, onRejected); - }; - - Worker.prototype.thenList = function thenList(fns) { - // Queue a series of promise 'factories' into the promise chain. - var self = this; - fns.forEach(function thenList_forEach(fn) { - self = self.thenCore(fn); - }); - return self; - }; - - Worker.prototype['catch'] = function (onRejected) { - // Bind `this` to the promise handler, call `catch`, and return a Worker. - if (onRejected) { onRejected = onRejected.bind(this); } - var returnVal = Promise.prototype['catch'].call(this, onRejected); - return Worker.convert(returnVal, this); - }; - - Worker.prototype.catchExternal = function catchExternal(onRejected) { - // Call `catch` and return a standard promise (exits the Worker chain). - return Promise.prototype['catch'].call(this, onRejected); - }; - - Worker.prototype.error = function error(msg) { - // Throw the error in the Promise chain. - return this.then(function error_main() { - throw new Error(msg); - }); - }; - - - /* ----- ALIASES ----- */ - - Worker.prototype.using = Worker.prototype.set; - Worker.prototype.saveAs = Worker.prototype.save; - Worker.prototype.export = Worker.prototype.output; - Worker.prototype.run = Worker.prototype.then; - - // Get dimensions of a PDF page, as determined by jsPDF. - jsPDF.getPageSize = function(orientation, unit, format) { - // Decode options object - if (typeof orientation === 'object') { - var options = orientation; - orientation = options.orientation; - unit = options.unit || unit; - format = options.format || format; - } - - // Default options - unit = unit || 'mm'; - format = format || 'a4'; - orientation = ('' + (orientation || 'P')).toLowerCase(); - var format_as_string = ('' + format).toLowerCase(); - - // Size in pt of various paper formats - var pageFormats = { - 'a0' : [2383.94, 3370.39], 'a1' : [1683.78, 2383.94], - 'a2' : [1190.55, 1683.78], 'a3' : [ 841.89, 1190.55], - 'a4' : [ 595.28, 841.89], 'a5' : [ 419.53, 595.28], - 'a6' : [ 297.64, 419.53], 'a7' : [ 209.76, 297.64], - 'a8' : [ 147.40, 209.76], 'a9' : [ 104.88, 147.40], - 'a10' : [ 73.70, 104.88], 'b0' : [2834.65, 4008.19], - 'b1' : [2004.09, 2834.65], 'b2' : [1417.32, 2004.09], - 'b3' : [1000.63, 1417.32], 'b4' : [ 708.66, 1000.63], - 'b5' : [ 498.90, 708.66], 'b6' : [ 354.33, 498.90], - 'b7' : [ 249.45, 354.33], 'b8' : [ 175.75, 249.45], - 'b9' : [ 124.72, 175.75], 'b10' : [ 87.87, 124.72], - 'c0' : [2599.37, 3676.54], 'c1' : [1836.85, 2599.37], - 'c2' : [1298.27, 1836.85], 'c3' : [ 918.43, 1298.27], - 'c4' : [ 649.13, 918.43], 'c5' : [ 459.21, 649.13], - 'c6' : [ 323.15, 459.21], 'c7' : [ 229.61, 323.15], - 'c8' : [ 161.57, 229.61], 'c9' : [ 113.39, 161.57], - 'c10' : [ 79.37, 113.39], 'dl' : [ 311.81, 623.62], - 'letter' : [612, 792], - 'government-letter' : [576, 756], - 'legal' : [612, 1008], - 'junior-legal' : [576, 360], - 'ledger' : [1224, 792], - 'tabloid' : [792, 1224], - 'credit-card' : [153, 243] - }; - - // Unit conversion - switch (unit) { - case 'pt': var k = 1; break; - case 'mm': var k = 72 / 25.4; break; - case 'cm': var k = 72 / 2.54; break; - case 'in': var k = 72; break; - case 'px': var k = 72 / 96; break; - case 'pc': var k = 12; break; - case 'em': var k = 12; break; - case 'ex': var k = 6; break; - default: - throw ('Invalid unit: ' + unit); - } - - // Dimensions are stored as user units and converted to points on output - if (pageFormats.hasOwnProperty(format_as_string)) { - var pageHeight = pageFormats[format_as_string][1] / k; - var pageWidth = pageFormats[format_as_string][0] / k; - } else { - try { - var pageHeight = format[1]; - var pageWidth = format[0]; - } catch (err) { - throw new Error('Invalid format: ' + format); - } - } - - // Handle page orientation - if (orientation === 'p' || orientation === 'portrait') { - orientation = 'p'; - if (pageWidth > pageHeight) { - var tmp = pageWidth; - pageWidth = pageHeight; - pageHeight = tmp; - } - } else if (orientation === 'l' || orientation === 'landscape') { - orientation = 'l'; - if (pageHeight > pageWidth) { - var tmp = pageWidth; - pageWidth = pageHeight; - pageHeight = tmp; - } - } else { - throw('Invalid orientation: ' + orientation); - } - - // Return information (k is the unit conversion ratio from pts) - var info = { 'width': pageWidth, 'height': pageHeight, 'unit': unit, 'k': k }; - return info; - }; - - /** - * Generate a PDF from an HTML element or string using. - * - * @name html - * @function - * @param {Element|string} source The source element or HTML string. - * @param {Object=} options An object of optional settings. - * @description The Plugin needs html2canvas from niklasvh - */ - jsPDFAPI.html = function (src, options) { - 'use strict'; - - options = options || {}; - options.callback = options.callback || function () {}; - options.html2canvas = options.html2canvas || {}; - options.html2canvas.canvas = options.html2canvas.canvas || this.canvas; - options.jsPDF = options.jsPDF || this; - // Create a new worker with the given options. - - var pdf = options.jsPDF; - - var worker = new Worker(options); - - if (!options.worker) { - // If worker is not set to true, perform the traditional 'simple' operation. - return worker.from(src).doCallback(); - } else { - // Otherwise, return the worker for new Promise-based operation. - return worker; - } - return this; - }; + var k = 1; + // Unit conversion + switch (unit) { + case 'pt': k = 1; break; + case 'mm': k = 72 / 25.4; break; + case 'cm': k = 72 / 2.54; break; + case 'in': k = 72; break; + case 'px': k = 72 / 96; break; + case 'pc': k = 12; break; + case 'em': k = 12; break; + case 'ex': k = 6; break; + default: + throw ('Invalid unit: ' + unit); + } + var pageHeight = 0; + var pageWidth = 0; + + // Dimensions are stored as user units and converted to points on output + if (pageFormats.hasOwnProperty(format_as_string)) { + pageHeight = pageFormats[format_as_string][1] / k; + pageWidth = pageFormats[format_as_string][0] / k; + } else { + try { + pageHeight = format[1]; + pageWidth = format[0]; + } catch (err) { + throw new Error('Invalid format: ' + format); + } + } + + var tmp; + // Handle page orientation + if (orientation === 'p' || orientation === 'portrait') { + orientation = 'p'; + if (pageWidth > pageHeight) { + tmp = pageWidth; + pageWidth = pageHeight; + pageHeight = tmp; + } + } else if (orientation === 'l' || orientation === 'landscape') { + orientation = 'l'; + if (pageHeight > pageWidth) { + tmp = pageWidth; + pageWidth = pageHeight; + pageHeight = tmp; + } + } else { + throw ('Invalid orientation: ' + orientation); + } + + // Return information (k is the unit conversion ratio from pts) + var info = { 'width': pageWidth, 'height': pageHeight, 'unit': unit, 'k': k }; + return info; + }; + + /** + * Generate a PDF from an HTML element or string using. + * + * @name html + * @function + * @param {HTMLElement|string} source The source HTMLElement or a string containing HTML. + * @param {Object} [options] Collection of settings + * @param {string} [options.callback] The mandatory callback-function gets as first parameter the current jsPDF instance + * + * @example + * var doc = new jsPDF(); + * + * doc.html(document.body, { + * callback: function (doc) { + * doc.save(); + * } + * }); + */ + jsPDFAPI.html = function (src, options) { + 'use strict'; + + options = options || {}; + options.callback = options.callback || function () { }; + options.html2canvas = options.html2canvas || {}; + options.html2canvas.canvas = options.html2canvas.canvas || this.canvas; + options.jsPDF = options.jsPDF || this; + // Create a new worker with the given options. + var worker = new Worker(options); + + if (!options.worker) { + // If worker is not set to true, perform the traditional 'simple' operation. + return worker.from(src).doCallback(); + } else { + // Otherwise, return the worker for new Promise-based operation. + return worker; + } + }; })(jsPDF.API, (typeof window !== "undefined" && window || typeof global !== "undefined" && global)); diff --git a/src/modules/javascript.js b/src/modules/javascript.js index 079e33345..46bb64f4b 100644 --- a/src/modules/javascript.js +++ b/src/modules/javascript.js @@ -1,3 +1,4 @@ +/*global jsPDF */ /** * @license * ==================================================================== @@ -24,7 +25,6 @@ * ==================================================================== */ -/*global jsPDF */ /** * jsPDF JavaScript plugin * @@ -44,7 +44,7 @@ text = javascript; this.internal.events.subscribe( 'postPutResources', - function (javascript) { + function () { jsNamesObj = this.internal.newObject(); this.internal.out('<<'); this.internal.out('/Names [(EmbeddedJS) ' + (jsNamesObj + 1) + ' 0 R]'); diff --git a/src/modules/jpeg_support.js b/src/modules/jpeg_support.js index 0347681c3..26958080a 100644 --- a/src/modules/jpeg_support.js +++ b/src/modules/jpeg_support.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** * @license * @@ -20,10 +21,6 @@ var getJpegSize = function(imgData) { 'use strict' var width, height, numcomponents; - // Verify we have a valid jpeg header 0xff,0xd8,0xff,0xe0,?,?,'J','F','I','F',0x00 - if (getImageFileTypeByImageData(imgData) !== 'JPEG') { - throw new Error('getJpegSize requires a binary string jpeg file') - } var blockLength = imgData.charCodeAt(4)*256 + imgData.charCodeAt(5); var i = 4, len = imgData.length; while ( i < len ) { diff --git a/src/modules/outline.js b/src/modules/outline.js index 54958bef2..3fe52ae97 100644 --- a/src/modules/outline.js +++ b/src/modules/outline.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** * @license * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv @@ -13,7 +14,6 @@ * @name outline * @module */ -; (function(jsPDFAPI) { 'use strict'; @@ -161,7 +161,6 @@ }; pdf.outline.renderItems = function(node) { - var getHorizontalCoordinateString = this.ctx.pdf.internal.getCoordinateString; var getVerticalCoordinateString = this.ctx.pdf.internal.getVerticalCoordinateString; for (var i = 0; i < node.children.length; i++) { var item = node.children[i]; @@ -209,8 +208,7 @@ this.objEnd(); } for (var i = 0; i < node.children.length; i++) { - var item = node.children[i]; - this.renderItems(item); + this.renderItems(node.children[i]); } }; @@ -230,7 +228,7 @@ this.ctx.val += '\r\n' + node.id + ' 0 obj' + '\r\n<<\r\n'; }; - pdf.outline.objEnd = function(node) { + pdf.outline.objEnd = function() { this.ctx.val += '>> \r\n' + 'endobj' + '\r\n'; }; diff --git a/src/modules/png_support.js b/src/modules/png_support.js index 5a78abaac..08142dbe8 100644 --- a/src/modules/png_support.js +++ b/src/modules/png_support.js @@ -1,3 +1,4 @@ +/* global jsPDF, Deflater, PNG */ /** * @license * @@ -32,110 +33,110 @@ (function(jsPDFAPI) { 'use strict' - /* - * @see http://www.w3.org/TR/PNG-Chunks.html - * - Color Allowed Interpretation - Type Bit Depths - - 0 1,2,4,8,16 Each pixel is a grayscale sample. - - 2 8,16 Each pixel is an R,G,B triple. - - 3 1,2,4,8 Each pixel is a palette index; - a PLTE chunk must appear. - - 4 8,16 Each pixel is a grayscale sample, - followed by an alpha sample. - - 6 8,16 Each pixel is an R,G,B triple, - followed by an alpha sample. - */ - - /* - * PNG filter method types - * - * @see http://www.w3.org/TR/PNG-Filters.html - * @see http://www.libpng.org/pub/png/book/chapter09.html - * - * This is what the value 'Predictor' in decode params relates to - * - * 15 is "optimal prediction", which means the prediction algorithm can change from line to line. - * In that case, you actually have to read the first byte off each line for the prediction algorthim (which should be 0-4, corresponding to PDF 10-14) and select the appropriate unprediction algorithm based on that byte. - * - 0 None - 1 Sub - 2 Up - 3 Average - 4 Paeth - */ - - var doesNotHavePngJS = function() { - return typeof PNG !== 'function' || typeof FlateStream !== 'function'; - } - , canCompress = function(value) { - return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); - } - , hasCompressionJS = function() { - var inst = typeof Deflater === 'function'; - if(!inst) - throw new Error("requires deflate.js for compression") - return inst; - } - , compressBytes = function(bytes, lineLength, colorsPerPixel, compression) { - - var level = 5, - filter_method = filterUp; - - switch(compression) { - - case jsPDFAPI.image_compression.FAST: - - level = 3; - filter_method = filterSub; - break; - - case jsPDFAPI.image_compression.MEDIUM: - - level = 6; - filter_method = filterAverage; - break; - - case jsPDFAPI.image_compression.SLOW: - - level = 9; - filter_method = filterPaeth;//uses to sum to choose best filter for each line - break; - } - - bytes = applyPngFilterMethod(bytes, lineLength, colorsPerPixel, filter_method); - - var header = new Uint8Array(createZlibHeader(level)); - var checksum = adler32(bytes); - - var deflate = new Deflater(level); - var a = deflate.append(bytes); - var cBytes = deflate.flush(); - - var len = header.length + a.length + cBytes.length; - - var cmpd = new Uint8Array(len + 4); - cmpd.set(header); - cmpd.set(a, header.length); - cmpd.set(cBytes, header.length + a.length); - - cmpd[len++] = (checksum >>> 24) & 0xff; - cmpd[len++] = (checksum >>> 16) & 0xff; - cmpd[len++] = (checksum >>> 8) & 0xff; - cmpd[len++] = checksum & 0xff; - - return jsPDFAPI.arrayBufferToBinaryString(cmpd); - } - , createZlibHeader = function(bytes, level){ - /* - * @see http://www.ietf.org/rfc/rfc1950.txt for zlib header - */ - var cm = 8; + /* + * @see http://www.w3.org/TR/PNG-Chunks.html + * + Color Allowed Interpretation + Type Bit Depths + + 0 1,2,4,8,16 Each pixel is a grayscale sample. + + 2 8,16 Each pixel is an R,G,B triple. + + 3 1,2,4,8 Each pixel is a palette index; + a PLTE chunk must appear. + + 4 8,16 Each pixel is a grayscale sample, + followed by an alpha sample. + + 6 8,16 Each pixel is an R,G,B triple, + followed by an alpha sample. + */ + + /* + * PNG filter method types + * + * @see http://www.w3.org/TR/PNG-Filters.html + * @see http://www.libpng.org/pub/png/book/chapter09.html + * + * This is what the value 'Predictor' in decode params relates to + * + * 15 is "optimal prediction", which means the prediction algorithm can change from line to line. + * In that case, you actually have to read the first byte off each line for the prediction algorthim (which should be 0-4, corresponding to PDF 10-14) and select the appropriate unprediction algorithm based on that byte. + * + 0 None + 1 Sub + 2 Up + 3 Average + 4 Paeth + */ + + var doesNotHavePngJS = function() { + return typeof PNG !== 'function' || typeof FlateStream !== 'function'; + } + , canCompress = function(value) { + return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); + } + , hasCompressionJS = function() { + var inst = typeof Deflater === 'function'; + if(!inst) + throw new Error("requires deflate.js for compression") + return inst; + } + , compressBytes = function(bytes, lineLength, colorsPerPixel, compression) { + + var level = 5, + filter_method = filterUp; + + switch(compression) { + + case jsPDFAPI.image_compression.FAST: + + level = 3; + filter_method = filterSub; + break; + + case jsPDFAPI.image_compression.MEDIUM: + + level = 6; + filter_method = filterAverage; + break; + + case jsPDFAPI.image_compression.SLOW: + + level = 9; + filter_method = filterPaeth;//uses to sum to choose best filter for each line + break; + } + + bytes = applyPngFilterMethod(bytes, lineLength, colorsPerPixel, filter_method); + + var header = new Uint8Array(createZlibHeader(level)); + var checksum = adler32(bytes); + + var deflate = new Deflater(level); + var a = deflate.append(bytes); + var cBytes = deflate.flush(); + + var len = header.length + a.length + cBytes.length; + + var cmpd = new Uint8Array(len + 4); + cmpd.set(header); + cmpd.set(a, header.length); + cmpd.set(cBytes, header.length + a.length); + + cmpd[len++] = (checksum >>> 24) & 0xff; + cmpd[len++] = (checksum >>> 16) & 0xff; + cmpd[len++] = (checksum >>> 8) & 0xff; + cmpd[len++] = checksum & 0xff; + + return jsPDFAPI.arrayBufferToBinaryString(cmpd); + } + , createZlibHeader = function(bytes, level){ + /* + * @see http://www.ietf.org/rfc/rfc1950.txt for zlib header + */ + var cm = 8; var cinfo = Math.LOG2E * Math.log(0x8000) - 8; var cmf = (cinfo << 4) | cm; @@ -147,400 +148,376 @@ hdr += 31 - (hdr % 31); return [cmf, (hdr & 0xff) & 0xff]; - } - , adler32 = function(array, param) { - var adler = 1; - var s1 = adler & 0xffff, - s2 = (adler >>> 16) & 0xffff; - var len = array.length; - var tlen; - var i = 0; - - while (len > 0) { - tlen = len > param ? param : len; - len -= tlen; - do { - s1 += array[i++]; - s2 += s1; - } while (--tlen); - - s1 %= 65521; - s2 %= 65521; - } - - return ((s2 << 16) | s1) >>> 0; - } - , applyPngFilterMethod = function(bytes, lineLength, colorsPerPixel, filter_method) { - var lines = bytes.length / lineLength, - result = new Uint8Array(bytes.length + lines), - filter_methods = getFilterMethods(), - i = 0, line, prevLine, offset; - - for(; i < lines; i++) { - offset = i * lineLength; - line = bytes.subarray(offset, offset + lineLength); - - if(filter_method) { - result.set(filter_method(line, colorsPerPixel, prevLine), offset + i); - - }else{ - - var j = 0, - len = filter_methods.length, - results = []; - - for(; j < len; j++) - results[j] = filter_methods[j](line, colorsPerPixel, prevLine); - - var ind = getIndexOfSmallestSum(results.concat()); - - result.set(results[ind], offset + i); - } - - prevLine = line; - } - - return result; - } - , filterNone = function(line, colorsPerPixel, prevLine) { - /*var result = new Uint8Array(line.length + 1); - result[0] = 0; - result.set(line, 1);*/ - - var result = Array.apply([], line); - result.unshift(0); - - return result; - } - , filterSub = function(line, colorsPerPixel, prevLine) { - var result = [], - i = 0, - len = line.length, - left; - - result[0] = 1; - - for(; i < len; i++) { - left = line[i - colorsPerPixel] || 0; - result[i + 1] = (line[i] - left + 0x0100) & 0xff; - } - - return result; - } - , filterUp = function(line, colorsPerPixel, prevLine) { - var result = [], - i = 0, - len = line.length, - up; - - result[0] = 2; - - for(; i < len; i++) { - up = prevLine && prevLine[i] || 0; - result[i + 1] = (line[i] - up + 0x0100) & 0xff; - } - - return result; - } - , filterAverage = function(line, colorsPerPixel, prevLine) { - var result = [], - i = 0, - len = line.length, - left, - up; - - result[0] = 3; - - for(; i < len; i++) { - left = line[i - colorsPerPixel] || 0; - up = prevLine && prevLine[i] || 0; - result[i + 1] = (line[i] + 0x0100 - ((left + up) >>> 1)) & 0xff; - } - - return result; - } - , filterPaeth = function(line, colorsPerPixel, prevLine) { - var result = [], - i = 0, - len = line.length, - left, - up, - upLeft, - paeth; - - result[0] = 4; - - for(; i < len; i++) { - left = line[i - colorsPerPixel] || 0; - up = prevLine && prevLine[i] || 0; - upLeft = prevLine && prevLine[i - colorsPerPixel] || 0; - paeth = paethPredictor(left, up, upLeft); - result[i + 1] = (line[i] - paeth + 0x0100) & 0xff; - } - - return result; - } - ,paethPredictor = function(left, up, upLeft) { - - var p = left + up - upLeft, - pLeft = Math.abs(p - left), - pUp = Math.abs(p - up), - pUpLeft = Math.abs(p - upLeft); - - return (pLeft <= pUp && pLeft <= pUpLeft) ? left : (pUp <= pUpLeft) ? up : upLeft; - } - , getFilterMethods = function() { - return [filterNone, filterSub, filterUp, filterAverage, filterPaeth]; - } - ,getIndexOfSmallestSum = function(arrays) { - var i = 0, - len = arrays.length, - sum, min, ind; - - while(i < len) { - sum = absSum(arrays[i].slice(1)); - - if(sum < min || !min) { - min = sum; - ind = i; - } - - i++; - } - - return ind; - } - , absSum = function(array) { - var i = 0, - len = array.length, - sum = 0; - - while(i < len) - sum += Math.abs(array[i++]); - - return sum; - } - , getPredictorFromCompression = function (compression) { - var predictor; - switch (compression) { - case jsPDFAPI.image_compression.FAST: - predictor = 11; - break; - - case jsPDFAPI.image_compression.MEDIUM: - predictor = 13; - break; - - case jsPDFAPI.image_compression.SLOW: - predictor = 14; - break; - - default: - predictor = 12; - break; - } - return predictor; - } - , logImg = function(img) { - console.log("width: " + img.width); - console.log("height: " + img.height); - console.log("bits: " + img.bits); - console.log("colorType: " + img.colorType); - console.log("transparency:"); - console.log(img.transparency); - console.log("text:"); - console.log(img.text); - console.log("compressionMethod: " + img.compressionMethod); - console.log("filterMethod: " + img.filterMethod); - console.log("interlaceMethod: " + img.interlaceMethod); - console.log("imgData:"); - console.log(img.imgData); - console.log("palette:"); - console.log(img.palette); - console.log("colors: " + img.colors); - console.log("colorSpace: " + img.colorSpace); - console.log("pixelBitlength: " + img.pixelBitlength); - console.log("hasAlphaChannel: " + img.hasAlphaChannel); - }; - /** - * - * @name processPNG - * @function - * @ignore - */ - jsPDFAPI.processPNG = function(imageData, imageIndex, alias, compression, dataAsBinaryString) { - 'use strict' - - var colorSpace = this.color_spaces.DEVICE_RGB, - decode = this.decode.FLATE_DECODE, - bpc = 8, - img, dp, trns, - colors, pal, smask; - - /* if(this.isString(imageData)) { - - }*/ - - if(this.isArrayBuffer(imageData)) - imageData = new Uint8Array(imageData); - - if(this.isArrayBufferView(imageData)) { - - if(doesNotHavePngJS()) - throw new Error("PNG support requires png.js and zlib.js"); - - img = new PNG(imageData); - imageData = img.imgData; - bpc = img.bits; - colorSpace = img.colorSpace; - colors = img.colors; - - //logImg(img); - - /* - * colorType 6 - Each pixel is an R,G,B triple, followed by an alpha sample. - * - * colorType 4 - Each pixel is a grayscale sample, followed by an alpha sample. - * - * Extract alpha to create two separate images, using the alpha as a sMask - */ - if([4,6].indexOf(img.colorType) !== -1) { - - /* - * processes 8 bit RGBA and grayscale + alpha images - */ - if(img.bits === 8) { - - var pixels = img.pixelBitlength == 32 ? new Uint32Array(img.decodePixels().buffer) : img.pixelBitlength == 16 ? new Uint16Array(img.decodePixels().buffer) : new Uint8Array(img.decodePixels().buffer), - len = pixels.length, - imgData = new Uint8Array(len * img.colors), - alphaData = new Uint8Array(len), - pDiff = img.pixelBitlength - img.bits, - i = 0, n = 0, pixel, pbl; - - for(; i < len; i++) { - pixel = pixels[i]; - pbl = 0; - - while(pbl < pDiff) { - - imgData[n++] = ( pixel >>> pbl ) & 0xff; - pbl = pbl + img.bits; - } - - alphaData[i] = ( pixel >>> pbl ) & 0xff; - } - } - - /* - * processes 16 bit RGBA and grayscale + alpha images - */ - if(img.bits === 16) { - - var pixels = new Uint32Array(img.decodePixels().buffer), - len = pixels.length, - imgData = new Uint8Array((len * (32 / img.pixelBitlength) ) * img.colors), - alphaData = new Uint8Array(len * (32 / img.pixelBitlength) ), - hasColors = img.colors > 1, - i = 0, n = 0, a = 0, pixel; - - while(i < len) { - pixel = pixels[i++]; - - imgData[n++] = (pixel >>> 0) & 0xFF; - - if(hasColors) { - imgData[n++] = (pixel >>> 16) & 0xFF; - - pixel = pixels[i++]; - imgData[n++] = (pixel >>> 0) & 0xFF; - } - - alphaData[a++] = (pixel >>> 16) & 0xFF; - } - - bpc = 8; - } + } + , adler32 = function(array, param) { + var adler = 1; + var s1 = adler & 0xffff, + s2 = (adler >>> 16) & 0xffff; + var len = array.length; + var tlen; + var i = 0; + + while (len > 0) { + tlen = len > param ? param : len; + len -= tlen; + do { + s1 += array[i++]; + s2 += s1; + } while (--tlen); + + s1 %= 65521; + s2 %= 65521; + } + + return ((s2 << 16) | s1) >>> 0; + } + , applyPngFilterMethod = function(bytes, lineLength, colorsPerPixel, filter_method) { + var lines = bytes.length / lineLength, + result = new Uint8Array(bytes.length + lines), + filter_methods = getFilterMethods(), + i = 0, line, prevLine, offset; + + for(; i < lines; i++) { + offset = i * lineLength; + line = bytes.subarray(offset, offset + lineLength); + + if(filter_method) { + result.set(filter_method(line, colorsPerPixel, prevLine), offset + i); + + }else{ + + var j = 0, + len = filter_methods.length, + results = []; + + for(; j < len; j++) + results[j] = filter_methods[j](line, colorsPerPixel, prevLine); + + var ind = getIndexOfSmallestSum(results.concat()); + + result.set(results[ind], offset + i); + } + + prevLine = line; + } + + return result; + } + , filterNone = function(line) { + /*var result = new Uint8Array(line.length + 1); + result[0] = 0; + result.set(line, 1);*/ + + var result = Array.apply([], line); + result.unshift(0); + + return result; + } + , filterSub = function(line, colorsPerPixel) { + var result = [], + i = 0, + len = line.length, + left; + + result[0] = 1; + + for(; i < len; i++) { + left = line[i - colorsPerPixel] || 0; + result[i + 1] = (line[i] - left + 0x0100) & 0xff; + } + + return result; + } + , filterUp = function(line, colorsPerPixel, prevLine) { + var result = [], + i = 0, + len = line.length, + up; + + result[0] = 2; + + for(; i < len; i++) { + up = prevLine && prevLine[i] || 0; + result[i + 1] = (line[i] - up + 0x0100) & 0xff; + } + + return result; + } + , filterAverage = function(line, colorsPerPixel, prevLine) { + var result = [], + i = 0, + len = line.length, + left, + up; + + result[0] = 3; + + for(; i < len; i++) { + left = line[i - colorsPerPixel] || 0; + up = prevLine && prevLine[i] || 0; + result[i + 1] = (line[i] + 0x0100 - ((left + up) >>> 1)) & 0xff; + } + + return result; + } + , filterPaeth = function(line, colorsPerPixel, prevLine) { + var result = [], + i = 0, + len = line.length, + left, + up, + upLeft, + paeth; + + result[0] = 4; + + for(; i < len; i++) { + left = line[i - colorsPerPixel] || 0; + up = prevLine && prevLine[i] || 0; + upLeft = prevLine && prevLine[i - colorsPerPixel] || 0; + paeth = paethPredictor(left, up, upLeft); + result[i + 1] = (line[i] - paeth + 0x0100) & 0xff; + } + + return result; + } + ,paethPredictor = function(left, up, upLeft) { + + var p = left + up - upLeft, + pLeft = Math.abs(p - left), + pUp = Math.abs(p - up), + pUpLeft = Math.abs(p - upLeft); + + return (pLeft <= pUp && pLeft <= pUpLeft) ? left : (pUp <= pUpLeft) ? up : upLeft; + } + , getFilterMethods = function() { + return [filterNone, filterSub, filterUp, filterAverage, filterPaeth]; + } + ,getIndexOfSmallestSum = function(arrays) { + var i = 0, + len = arrays.length, + sum, min, ind; + + while(i < len) { + sum = absSum(arrays[i].slice(1)); + + if(sum < min || !min) { + min = sum; + ind = i; + } + + i++; + } + + return ind; + } + , absSum = function(array) { + var i = 0, + len = array.length, + sum = 0; + + while(i < len) + sum += Math.abs(array[i++]); + + return sum; + } + , getPredictorFromCompression = function (compression) { + var predictor; + switch (compression) { + case jsPDFAPI.image_compression.FAST: + predictor = 11; + break; + + case jsPDFAPI.image_compression.MEDIUM: + predictor = 13; + break; + + case jsPDFAPI.image_compression.SLOW: + predictor = 14; + break; + + default: + predictor = 12; + break; + } + return predictor; + }; + /** + * @name processPNG + * @function + * @ignore + */ + jsPDFAPI.processPNG = function(imageData, imageIndex, alias, compression) { + 'use strict' + + var colorSpace = this.color_spaces.DEVICE_RGB, + decode = this.decode.FLATE_DECODE, + bpc = 8, + img, dp, trns, + colors, pal, smask, + pixels, len, alphaData, imgData, hasColors, pixel, + i, n; + + if(this.isArrayBuffer(imageData)) + imageData = new Uint8Array(imageData); + + if(this.isArrayBufferView(imageData)) { + + if(doesNotHavePngJS()) + throw new Error("PNG support requires png.js and zlib.js"); + + img = new PNG(imageData); + imageData = img.imgData; + bpc = img.bits; + colorSpace = img.colorSpace; + colors = img.colors; + + /* + * colorType 6 - Each pixel is an R,G,B triple, followed by an alpha sample. + * + * colorType 4 - Each pixel is a grayscale sample, followed by an alpha sample. + * + * Extract alpha to create two separate images, using the alpha as a sMask + */ + if([4,6].indexOf(img.colorType) !== -1) { + + /* + * processes 8 bit RGBA and grayscale + alpha images + */ + if(img.bits === 8) { + + pixels = img.pixelBitlength == 32 ? new Uint32Array(img.decodePixels().buffer) : img.pixelBitlength == 16 ? new Uint16Array(img.decodePixels().buffer) : new Uint8Array(img.decodePixels().buffer); + len = pixels.length; + imgData = new Uint8Array(len * img.colors); + alphaData = new Uint8Array(len); + var pDiff = img.pixelBitlength - img.bits; + i = 0; + n = 0; + var pbl; + + for(; i < len; i++) { + pixel = pixels[i]; + pbl = 0; + + while(pbl < pDiff) { + + imgData[n++] = ( pixel >>> pbl ) & 0xff; + pbl = pbl + img.bits; + } + + alphaData[i] = ( pixel >>> pbl ) & 0xff; + } + } + + /* + * processes 16 bit RGBA and grayscale + alpha images + */ + if(img.bits === 16) { + pixels = new Uint32Array(img.decodePixels().buffer); + len = pixels.length; + imgData = new Uint8Array((len * (32 / img.pixelBitlength) ) * img.colors); + alphaData = new Uint8Array(len * (32 / img.pixelBitlength) ); + hasColors = img.colors > 1; + i = 0; + n = 0; + var a = 0; + + while(i < len) { + pixel = pixels[i++]; + + imgData[n++] = (pixel >>> 0) & 0xFF; + + if(hasColors) { + imgData[n++] = (pixel >>> 16) & 0xFF; + + pixel = pixels[i++]; + imgData[n++] = (pixel >>> 0) & 0xFF; + } + + alphaData[a++] = (pixel >>> 16) & 0xFF; + } + + bpc = 8; + } + + if(canCompress(compression)) { + + imageData = compressBytes(imgData, img.width * img.colors, img.colors, compression); + smask = compressBytes(alphaData, img.width, 1, compression); + + }else{ + + imageData = imgData; + smask = alphaData; + decode = null; + } + } + + /* + * Indexed png. Each pixel is a palette index. + */ + if(img.colorType === 3) { + + colorSpace = this.color_spaces.INDEXED; + pal = img.palette; + + if(img.transparency.indexed) { + + var trans = img.transparency.indexed; + + var total = 0; + i = 0; + len = trans.length; + + for(; i>'); out('endobj'); font.objectNumber = newObject(); - for (var i = 0; i < font.metadata.hmtx.widths.length; i++) { - font.metadata.hmtx.widths[i] = parseInt(font.metadata.hmtx.widths[i] * (1000 / font.metadata.head.unitsPerEm)); //Change the width of Em units to Point units. + for (var j = 0; j < font.metadata.hmtx.widths.length; j++) { + font.metadata.hmtx.widths[j] = parseInt(font.metadata.hmtx.widths[j] * (1000 / font.metadata.head.unitsPerEm)); //Change the width of Em units to Point units. } out('<>'); out('endobj'); @@ -213,23 +213,17 @@ var x = args.x; var y = args.y; var options = args.options || {}; - var tmp; var mutex = args.mutex || {}; var pdfEscape = mutex.pdfEscape; var activeFontKey = mutex.activeFontKey; var fonts = mutex.fonts; - var key, sum = 0, - fontSize = mutex.activeFontSize, lineHeight = 0, - axisCache; + var key = activeFontKey; - var str = '', - v = 0, + var str = '', s = 0, - tkey, widths, cmapConfirm; - var strText = '' - var attr; - var key = activeFontKey; + cmapConfirm; + var strText = ''; var encoding = fonts[key].encoding; if (fonts[key].encoding !== 'Identity-H') { @@ -241,10 +235,9 @@ mutex: mutex }; } - var i = 0; strText = text; - key = (attr) ? getFont(attr.font, attr.fontStyle) : activeFontKey; + key = activeFontKey; if (Object.prototype.toString.call(text) === '[object Array]') { strText = text[0]; } @@ -298,10 +291,8 @@ x = parms.x, y = parms.y, options = parms.options, - mutex = parms.mutex - var lang = options.lang; + mutex = parms.mutex; var tmpText = []; - var tempPayLoad; var args = { text : text, x : x, @@ -335,4 +326,4 @@ ,utf8EscapeFunction ]); -})(jsPDF, typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || (Function ("return this"))()); +})(jsPDF); diff --git a/src/modules/vfs.js b/src/modules/vfs.js index 2ab4547be..c3e67accf 100644 --- a/src/modules/vfs.js +++ b/src/modules/vfs.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** * jsPDF virtual FileSystem functionality * diff --git a/src/modules/viewerpreferences.js b/src/modules/viewerpreferences.js index af85ed737..ceae35a13 100644 --- a/src/modules/viewerpreferences.js +++ b/src/modules/viewerpreferences.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** * jsPDF viewerPreferences Plugin * @author Aras Abbasi (github.com/arasabbasi) diff --git a/src/modules/webp_support.js b/src/modules/webp_support.js index a7798d362..f7168c910 100644 --- a/src/modules/webp_support.js +++ b/src/modules/webp_support.js @@ -1,3 +1,4 @@ +/* global jsPDF, JPEGEncoder, WebPDecoder */ /** * @license * Copyright (c) 2019 Aras Abbasi @@ -16,7 +17,7 @@ 'use strict'; - jsPDFAPI.processWEBP = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { + jsPDFAPI.processWEBP = function (imageData, imageIndex, alias, compression) { var reader = new WebPDecoder(imageData, false); var width = reader.width, height = reader.height; @@ -24,12 +25,11 @@ var pixels = reader.getData(); var rawImageData = { - data: pixels, - width: width, - height: height + data: pixels, + width: width, + height: height }; - var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); diff --git a/src/modules/xmp_metadata.js b/src/modules/xmp_metadata.js index f1f48a44b..1fb965a65 100644 --- a/src/modules/xmp_metadata.js +++ b/src/modules/xmp_metadata.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /** ==================================================================== * jsPDF XMP metadata plugin * Copyright (c) 2016 Jussi Utunen, u-jussi@suomi24.fi @@ -22,9 +23,6 @@ * WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. * ==================================================================== */ - -/*global jsPDF */ - /** * @name xmp_metadata * @module diff --git a/tests/setlanguage/standard.spec.js b/tests/setlanguage/standard.spec.js index cd12f1095..af4c56f82 100644 --- a/tests/setlanguage/standard.spec.js +++ b/tests/setlanguage/standard.spec.js @@ -1,5 +1,5 @@ -/* global describe, it, jsPDF, comparePdf, expect */ +/* global describe, it, jsPDF, comparePdf */ /** * Standard spec tests */ diff --git a/tests/shapes/standard.spec.js b/tests/shapes/standard.spec.js index 8b45c2ef5..68947a5ec 100644 --- a/tests/shapes/standard.spec.js +++ b/tests/shapes/standard.spec.js @@ -92,7 +92,7 @@ describe('Drawing functions', () => { comparePdf(doc.output(), 'rectangles.pdf', 'shapes') }); - + it('should draw rectangles (colors directly passed by rgb)', () => { const doc = jsPDF(); @@ -127,8 +127,8 @@ describe('Drawing functions', () => { comparePdf(doc.output(), 'rectangles.pdf', 'shapes') }); - - + + it('should draw rectangles (colors directly passed by colorNames)', () => { const doc = jsPDF(); @@ -163,7 +163,7 @@ describe('Drawing functions', () => { comparePdf(doc.output(), 'rectangles.pdf', 'shapes') }); - + it('should draw a line', () => { const doc = jsPDF() diff --git a/tests/utils/compare.js b/tests/utils/compare.js index a9e4675ef..01dd15012 100644 --- a/tests/utils/compare.js +++ b/tests/utils/compare.js @@ -1,40 +1,39 @@ -/* global XMLHttpRequest, expect */ -var globalVar = (typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || (Function ("return this"))()); +/* global XMLHttpRequest, expect, jsPDF */ +var globalVar = (typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || (Function("return this"))()); jsPDF.version = "0.0.0"; -function loadBinaryResource (url) { +function loadBinaryResource(url) { const req = new XMLHttpRequest() req.open('GET', url, false); - // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] - req.overrideMimeType('text\/plain; charset=x-user-defined'); + // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] + req.overrideMimeType('text/plain; charset=x-user-defined'); req.send(null); if (req.status !== 200) { throw new Error('Unable to load file'); } var responseText = req.responseText; - var responseTextLen = req.responseText.length; return responseText; } function cleanUpUnicode(value) { - var i = 0; - var byteArray = []; - var StringFromCharCode = String.fromCharCode; - for (i = 0; i < value.length; i += 1) { - byteArray.push(StringFromCharCode(value.charCodeAt(i) & 0xff)) - } - return byteArray.join(""); + var i = 0; + var byteArray = []; + var StringFromCharCode = String.fromCharCode; + for (i = 0; i < value.length; i += 1) { + byteArray.push(StringFromCharCode(value.charCodeAt(i) & 0xff)) + } + return byteArray.join(""); } -function sendReference (filename, data) { +function sendReference(filename, data) { var req = new XMLHttpRequest(); - req.open('POST', 'http://localhost:9090/'+filename, true); + req.open('POST', 'http://localhost:9090/' + filename, true); req.send(data); } function resetFile(pdfFile) { - pdfFile = pdfFile.replace(/\/CreationDate \(D:(.*?)\)/, '/CreationDate (D:19871210000000+00\'00\'\)'); + pdfFile = pdfFile.replace(/\/CreationDate \(D:(.*?)\)/, '/CreationDate (D:19871210000000+00\'00\')'); pdfFile = pdfFile.replace(/(\/ID \[ (<[0-9a-fA-F]+> ){2}\])/, '/ID [ <00000000000000000000000000000000> <00000000000000000000000000000000> ]'); pdfFile = pdfFile.replace(/(\/Producer \(jsPDF [1-9].[0-9].[0-9]\))/, '/Producer (jsPDF 1.0.0)'); return pdfFile; @@ -44,19 +43,20 @@ function resetFile(pdfFile) { * @type {Boolean} */ globalVar.comparePdf = function (actual, expectedFile, suite, unicodeCleanUp) { - var unicodeCleanUp = unicodeCleanUp || true; + unicodeCleanUp = unicodeCleanUp || true; var pdf; actual = actual || 'File not loaded.'; - + try { pdf = loadBinaryResource('/base/tests/' + suite + '/reference/' + expectedFile, unicodeCleanUp); } catch (error) { + // eslint-disable-next-line no-console console.log("Error loading '/base/tests/" + suite + "/reference/" + expectedFile + "'"); pdf = actual; - sendReference('/tests/' + suite + '/reference/' + expectedFile, cleanUpUnicode(resetFile(pdf.trim()))); + sendReference('/tests/' + suite + '/reference/' + expectedFile, cleanUpUnicode(resetFile(pdf.trim()))); } - var expected = cleanUpUnicode(resetFile(pdf.trim())); + var expected = cleanUpUnicode(resetFile(pdf.trim())); actual = cleanUpUnicode(resetFile(actual.trim())); - + expect(actual.replace(/[\r]/g, '')).toEqual(expected.replace(/[\r]/g, '')) } diff --git a/tests/utils/polyfill.js b/tests/utils/polyfill.js index c4a4e4aa7..df2519c23 100644 --- a/tests/utils/polyfill.js +++ b/tests/utils/polyfill.js @@ -13,9 +13,8 @@ String.prototype.trimLeft = undefined; String.prototype.trimRight = undefined; Number.isInteger = undefined; - -}(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')())); + +}(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')())); // `self` is undefined in Firefox for Android content script context // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window - \ No newline at end of file diff --git a/tests/utils/reference-server.js b/tests/utils/reference-server.js index dc6557b95..aa4b419e5 100644 --- a/tests/utils/reference-server.js +++ b/tests/utils/reference-server.js @@ -1,3 +1,4 @@ +/* eslint-disable no-console */ 'use strict' /** @@ -7,22 +8,11 @@ const http = require('http') const PORT = 9090 const fs = require('fs') - -function cleanUpUnicode(value) { - var i = 0; - var byteArray = []; - var StringFromCharCode = String.fromCharCode; - for (i = 0; i < value.length; i += 1) { - byteArray.push(StringFromCharCode(value.charCodeAt(i) & 0xff)) - } - return byteArray.join(""); -} - // Create a server const server = http.createServer((request, response) => { console.log(request.url) - const wstream = fs.createWriteStream('./' + request.url, {flags: 'w'}) + const wstream = fs.createWriteStream('./' + request.url, { flags: 'w' }) console.log('Creating reference PDF ' + request.url + '.') request.on('data', (chunk) => { //console.log(chunk.length) From db7bf6fda1591c8ac4f790701c0d0a176bd1c961 Mon Sep 17 00:00:00 2001 From: arasabbasi Date: Fri, 29 Mar 2019 08:51:41 +0100 Subject: [PATCH 2/9] alot of linting and other minor changes which make it work in nodeJS --- build.js | 70 +- build.node.conf.js | 1 + definitely_typed/index.d.ts | 31 +- karma.config.js | 12 +- package-lock.json | 28 +- package.json | 12 +- saucelabs.karma.conf.js | 4 +- {tests => spec}/README.md | 0 {tests/addimage => spec}/Uint8Array.spec.js | 34 +- .../standard.spec.js => spec/acroform.spec.js | 515 ++- .../standard.spec.js => spec/addimage.spec.js | 2 +- .../annotations.spec.js | 2 +- {tests/unicode => spec}/arabic.spec.js | 74 +- .../autoprint.spec.js | 2 +- spec/base64.spec.js | 74 + spec/bidiEngine.spec.js | 126 + {tests/addimage => spec}/bmp.spec.js | 2 +- .../standard.spec.js => spec/canvas.spec.js | 0 .../standard.spec.js => spec/cell.spec.js | 2 +- .../context2d.complex.spec.js | 386 +-- .../context2d.input-validation.spec.js | 14 +- .../context2d.likeARealOne.spec.js | 4 +- .../context2d.pageoverlap.spec.js | 4 +- spec/context2d.spec.js | 470 +++ .../context2d.w3school.spec.js | 693 ++-- {tests/pages => spec}/display-mode.spec.js | 2 +- spec/fileloading.spec.js | 22 + .../filetypeRecognition.spec.js | 5 +- {tests/init => spec}/filters.spec.js | 74 +- .../getImageProperties.spec.js | 2 +- {tests/addimage => spec}/gif.spec.js | 2 +- spec/helpers/SpecHelper.js | 9 + .../standard.spec.js => spec/init.spec.js | 54 +- {tests/unicode => spec}/japanese.spec.js | 38 +- {tests/addimage => spec}/jpeg.spec.js | 52 +- {tests/init => spec}/jspdf.unit.spec.js | 3023 +++++++++-------- .../standard.spec.js => spec/language.spec.js | 2 +- .../standard.spec.js => spec/outline.spec.js | 14 +- .../standard.spec.js => spec/pages.spec.js | 164 +- {tests/addimage => spec}/png.spec.js | 2 +- {tests/unicode => spec}/processArabic.spec.js | 2 +- spec/putTotalPages.spec.js | 44 + {tests/pages => spec}/reference/2pages.pdf | Bin {tests/pages => spec}/reference/3pages.pdf | Bin .../reference/FitWindow.pdf | Bin .../reference/HideMenubar.pdf | Bin .../reference/HideToolbar.pdf | Bin .../reference/HideWindowUI.pdf | Bin .../reference/NumCopies.pdf | Bin .../reference/PrintPageRange.pdf | Bin .../reference/ViewAreaMediaBox.pdf | Bin 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Bin .../reference/zoom-full-width.pdf | Bin .../reference/zoom-original.pdf | Bin .../standard.spec.js => spec/shapes.spec.js | 2 +- .../split_text_to_size.spec.js | 2 +- spec/support/jasmine.json | 14 + .../standard.spec.js => spec/text.spec.js | 2 +- .../standard.spec.js => spec/unicode.spec.js | 94 +- spec/utils/compare.js | 85 + {tests => spec}/utils/polyfill.js | 4 +- {tests => spec}/utils/reference-server.js | 0 .../vFS/standard.spec.js => spec/vfs.spec.js | 68 +- .../viewerpreferences.spec.js | 2 +- {tests/addimage => spec}/webp.spec.js | 2 +- src/jspdf.js | 42 +- src/libs/BMPDecoder.js | 147 +- src/libs/JPEGEncoder.js | 1175 ++++--- src/libs/WebPDecoder.js | 5 +- src/libs/adler32cs.js | 22 +- src/libs/png.js | 301 +- src/libs/polyfill.js | 750 ++-- src/libs/rgbcolor.js | 29 +- src/libs/ttffont.js | 105 +- src/libs/zlib.js | 5 +- src/modules/acroform.js | 3 +- src/modules/addimage.js | 640 ++-- src/modules/annotations.js | 226 +- src/modules/arabic.js | 204 +- src/modules/autoprint.js | 52 +- src/modules/bmp_support.js | 2 +- src/modules/canvas.js | 42 +- src/modules/cell.js | 52 +- src/modules/context2d.js | 15 +- src/modules/fileloading.js | 49 +- src/modules/filters.js | 116 +- src/modules/gif_support.js | 34 +- src/modules/javascript.js | 2 +- src/modules/jpeg_support.js | 74 +- src/modules/png_support.js | 9 +- src/node.js | 4 + tests/addimage/base64.spec.js | 71 - tests/context2d/reference/textBaseline.pdf | Bin 4477 -> 0 bytes tests/context2d/standard.spec.js | 481 --- tests/putTotalPages/standard.spec.js | 45 - tests/unicode/bidiEngine.spec.js | 121 - tests/utils/compare.js | 62 - 227 files changed, 6296 insertions(+), 6170 deletions(-) rename {tests => spec}/README.md (100%) rename {tests/addimage => spec}/Uint8Array.spec.js (75%) rename tests/acroform/standard.spec.js => spec/acroform.spec.js (67%) rename tests/addimage/standard.spec.js => spec/addimage.spec.js (99%) rename tests/annotations/standard.spec.js => 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spec}/reference/w3s_quadraticCurveTo.pdf (100%) rename {tests/context2d => spec}/reference/w3s_rotate.pdf (100%) rename {tests/context2d => spec}/reference/w3s_scale.pdf (100%) rename {tests/context2d => spec}/reference/w3s_setTransform.pdf (100%) rename {tests/context2d => spec}/reference/w3s_strokeStyle.pdf (100%) rename {tests/context2d => spec}/reference/w3s_strokeText.pdf (100%) rename {tests/context2d => spec}/reference/w3s_textAlign.pdf (100%) rename {tests/context2d => spec}/reference/w3s_textBaseline.pdf (100%) rename {tests/context2d => spec}/reference/w3s_transform.pdf (100%) rename {tests/context2d => spec}/reference/w3s_translate.pdf (100%) rename {tests/context2d => spec}/reference/warnsign.pdf (100%) rename {tests/addimage => spec}/reference/webp.pdf (100%) rename {tests/acroform => spec}/reference/with_annotations.pdf (100%) rename {tests/pages => spec}/reference/zoom-2x.pdf (100%) rename {tests/pages => spec}/reference/zoom-3x.pdf (100%) rename {tests/pages => spec}/reference/zoom-full-height.pdf (100%) rename {tests/pages => spec}/reference/zoom-full-page.pdf (100%) rename {tests/pages => spec}/reference/zoom-full-width.pdf (100%) rename {tests/pages => spec}/reference/zoom-original.pdf (100%) rename tests/shapes/standard.spec.js => spec/shapes.spec.js (99%) rename tests/split_text_to_size/standard.spec.js => spec/split_text_to_size.spec.js (99%) create mode 100644 spec/support/jasmine.json rename tests/text/standard.spec.js => spec/text.spec.js (99%) rename tests/unicode/standard.spec.js => spec/unicode.spec.js (99%) create mode 100644 spec/utils/compare.js rename {tests => spec}/utils/polyfill.js (93%) rename {tests => spec}/utils/reference-server.js (100%) rename tests/vFS/standard.spec.js => spec/vfs.spec.js (95%) rename tests/viewerpreferences/standard.spec.js => spec/viewerpreferences.spec.js (98%) rename {tests/addimage => spec}/webp.spec.js (99%) create mode 100644 src/node.js delete mode 100644 tests/addimage/base64.spec.js delete mode 100644 tests/context2d/reference/textBaseline.pdf delete mode 100644 tests/context2d/standard.spec.js delete mode 100644 tests/putTotalPages/standard.spec.js delete mode 100644 tests/unicode/bidiEngine.spec.js delete mode 100644 tests/utils/compare.js diff --git a/build.js b/build.js index b4892e4bc..1134261ed 100644 --- a/build.js +++ b/build.js @@ -9,35 +9,35 @@ var uglify = require('uglify-js'); var execSync = require('child_process').execSync; const args = process.argv - .slice(2) - .map(arg => arg.split('=')) - .reduce((args, [value, key]) => { - args[value] = key; - return args; - }, {}); + .slice(2) + .map(arg => arg.split('=')) + .reduce((args, [value, key]) => { + args[value] = key; + return args; + }, {}); switch (args.type) { - case 'node': - bundle({ - distFolder : 'dist', - config: './build.node.conf.js', + case 'node': + bundle({ + distFolder: 'dist', + config: './build.node.conf.js', context: 'global', - minify: true, - format: 'cjs', - filename: 'jspdf.node' - }) - break; - case 'browser': - default: - bundle({ - distFolder : 'dist', - config: './build.browser.conf.js', - minify: true, - format: 'umd', + minify: args.minify || true, + format: 'cjs', + filename: 'jspdf.node' + }) + break; + case 'browser': + default: + bundle({ + distFolder: 'dist', + config: './build.browser.conf.js', + minify: args.minify || true, + format: 'umd', context: 'window', - filename: 'jspdf' - }); - break; + filename: 'jspdf' + }); + break; } function bundle(options) { @@ -49,7 +49,7 @@ function bundle(options) { }).then((bundle) => { return bundle.generate({ format: options.format, - name: 'jsPDF' + name: 'jsPDF' }) }).then(output => { let code = output['output'][0].code; @@ -69,14 +69,14 @@ function bundle(options) { console.log('Finish Bundling ' + options.distFolder + '/' + options.filename + '.debug.js'); if (options.minify === true) { - - console.log('Minifiying ' + options.distFolder + '/' + options.filename + '.debug.js to ' + options.filename + '.min.js'); - var minified = uglify.minify(code, { - output: { - comments: /@preserve|@license|copyright/i - } - }) - fs.writeFileSync(options.distFolder + '/' + options.filename + '.min.js', minified.code) + + console.log('Minifiying ' + options.distFolder + '/' + options.filename + '.debug.js to ' + options.filename + '.min.js'); + var minified = uglify.minify(code, { + output: { + comments: /@preserve|@license|copyright/i + } + }) + fs.writeFileSync(options.distFolder + '/' + options.filename + '.min.js', minified.code) } }).catch((err) => { console.error(err) @@ -91,7 +91,7 @@ function renew(code) { try { commit = execSync('git rev-parse --short=10 HEAD').toString().trim(); whoami = execSync('whoami').toString().trim(); - } catch (e) {} + } catch (e) { } code = code.replace(/jsPDF.version = '0.0.0'/g, "jsPDF.version = '" + version + "'"); code = code.replace(/\$\{builtOn\}/g, date); code = code.replace(/\$\{versionID\}/g, version); diff --git a/build.node.conf.js b/build.node.conf.js index e5c65632d..9b61e2ad0 100644 --- a/build.node.conf.js +++ b/build.node.conf.js @@ -1,4 +1,5 @@ import './src/license.js'; +import './src/node.js'; import './src/jspdf.js'; import './src/modules/acroform'; diff --git a/definitely_typed/index.d.ts b/definitely_typed/index.d.ts index df7cc03f6..a3aef8272 100644 --- a/definitely_typed/index.d.ts +++ b/definitely_typed/index.d.ts @@ -26,7 +26,7 @@ declare module 'jspdf' { interface TextWithLinkOptions { pageNumber?: number; - magFactor?: 'Fit'|'FitH' | 'FitV' | 'XYZ'; + magFactor?: 'Fit' | 'FitH' | 'FitV' | 'XYZ'; zoom?: number; } @@ -111,12 +111,37 @@ declare module 'jspdf' { windowHeight?: number; } + interface HTMLWorkerProgress extends Promise { + val: number; + n: number; + ratio: number; + state: any; + stack: Function[] + } interface HTMLWorker { - progress: number; + from(src: HTMLElement | string, type: 'container' | 'canvas' | 'img' | 'pdf' | 'context2d'): void; + progress: HTMLWorkerProgress; + } + + interface HTMLOptionImage { + type: 'jpeg' | 'png' | 'webp'; + quality: number; + } + + interface HTMLOptionPageBreak { + mode?: 'avoid-all'|'css'|'legacy'|('avoid-all'|'css'|'legacy')[]; + before?: string; + after?: string; + avoid?: string; } interface HTMLOptions { callback?: (doc: jsPDF) => void; + margin?: number | number[]; + filename?: string; + enableLinks?: boolean; + pagebreak? :HTMLOptionPageBreak; + image?: HTMLOptionImage; html2canvas?: Html2CanvasOptions; jsPDF?: jsPDF } @@ -511,7 +536,7 @@ declare module 'jspdf' { loadFile(url: string): string; // jsPDF plugin: html - html(src: string | HTMLElement, options: HTMLOptions): Promise; + html(src: string | HTMLElement, options?: HTMLOptions): Promise; // jsPDF plugin: fromHTML fromHTML(HTML: string | HTMLElement, x: number, y: number, settings?: any, callback?: Function, margins?: any): jsPDF; diff --git a/karma.config.js b/karma.config.js index b637dc10b..93ad3d7a2 100644 --- a/karma.config.js +++ b/karma.config.js @@ -6,9 +6,8 @@ var karmaConfig = { frameworks: ['jasmine'], // list of files / patterns to load in the browser files: [ - 'tests/utils/polyfill.js', + 'spec/utils/polyfill.js', 'src/libs/polyfill.js', - 'node_modules/promise-polyfill/dist/polyfill.js', 'src/jspdf.js', { pattern: 'src/libs/*.js', @@ -20,13 +19,13 @@ var karmaConfig = { }, 'node_modules/canvg/dist/browser/canvg.js', 'node_modules/html2canvas/dist/html2canvas.js', - 'tests/utils/compare.js', + 'spec/utils/compare.js', { - pattern: 'tests/**/*.spec.js', + pattern: 'spec/*.spec.js', included: true }, { - pattern: 'tests/**/reference/*.*', + pattern: 'spec/reference/*.*', included: false, served: true } @@ -39,8 +38,7 @@ var karmaConfig = { preprocessors: { 'src/jspdf.js': 'coverage', 'src/modules/*.js': 'coverage', - 'src/libs/*.js': 'coverage', - 'tests/!(acroform|unicode)*/*.js': 'babel' + 'spec/!(acroform|unicode)*.spec.js': 'babel' }, // web server port port: 9876, diff --git a/package-lock.json b/package-lock.json index 37f0a95c5..ed948e7a4 100644 --- a/package-lock.json +++ b/package-lock.json @@ -1465,8 +1465,7 @@ "atob": { "version": "2.1.2", "resolved": "https://registry.npmjs.org/atob/-/atob-2.1.2.tgz", - "integrity": "sha512-Wm6ukoaOGJi/73p/cl2GvLjTI5JM1k/O14isD73YML8StrH/7/lRFgmg8nICZgD3bZZvjwCGxtMOD3wWNAu8cg==", - "dev": true + "integrity": "sha512-Wm6ukoaOGJi/73p/cl2GvLjTI5JM1k/O14isD73YML8StrH/7/lRFgmg8nICZgD3bZZvjwCGxtMOD3wWNAu8cg==" }, "aws-sign2": { "version": "0.7.0", @@ -1734,6 +1733,11 @@ "node-releases": "^1.1.11" } }, + "btoa": { + "version": "1.2.1", + "resolved": "https://registry.npmjs.org/btoa/-/btoa-1.2.1.tgz", + "integrity": "sha512-SB4/MIGlsiVkMcHmT+pSmIPoNDoHg+7cMzmt3Uxt628MTz2487DKSqK/fuhFBrkuqrYv5UCEnACpF4dTFNKc/g==" + }, "buble": { "version": "0.19.7", "resolved": "https://registry.npmjs.org/buble/-/buble-0.19.7.tgz", @@ -2717,10 +2721,9 @@ "dev": true }, "es6-promise": { - "version": "4.2.5", - "resolved": "https://registry.npmjs.org/es6-promise/-/es6-promise-4.2.5.tgz", - "integrity": "sha512-n6wvpdE43VFtJq+lUDYDBFUwV8TZbuGXLV4D6wKafg13ldznKsyEvatubnmUe31zcvelSzOHF+XbaT+Bl9ObDg==", - "dev": true + "version": "4.2.6", + "resolved": "https://registry.npmjs.org/es6-promise/-/es6-promise-4.2.6.tgz", + "integrity": "sha512-aRVgGdnmW2OiySVPUC9e6m+plolMAJKjZnQlCwNSuK5yQ0JN61DZSO1X1Ufd1foqWRAlig0rhduTCHe7sVtK5Q==" }, "es6-promisify": { "version": "5.0.0", @@ -4599,6 +4602,16 @@ } } }, + "jasmine": { + "version": "3.3.1", + "resolved": "https://registry.npmjs.org/jasmine/-/jasmine-3.3.1.tgz", + "integrity": "sha512-/vU3/H7U56XsxIXHwgEuWpCgQ0bRi2iiZeUpx7Nqo8n1TpoDHfZhkPIc7CO8I4pnMzYsi3XaSZEiy8cnTfujng==", + "dev": true, + "requires": { + "glob": "^7.0.6", + "jasmine-core": "~3.3.0" + } + }, "jasmine-core": { "version": "3.3.0", "resolved": "https://registry.npmjs.org/jasmine-core/-/jasmine-core-3.3.0.tgz", @@ -6453,7 +6466,8 @@ "promise-polyfill": { "version": "8.1.0", "resolved": "https://registry.npmjs.org/promise-polyfill/-/promise-polyfill-8.1.0.tgz", - "integrity": "sha512-OzSf6gcCUQ01byV4BgwyUCswlaQQ6gzXc23aLQWhicvfX9kfsUiUhgt3CCQej8jDnl8/PhGF31JdHX2/MzF3WA==" + "integrity": "sha512-OzSf6gcCUQ01byV4BgwyUCswlaQQ6gzXc23aLQWhicvfX9kfsUiUhgt3CCQej8jDnl8/PhGF31JdHX2/MzF3WA==", + "dev": true }, "pseudomap": { "version": "1.0.2", diff --git a/package.json b/package.json index 82ff10244..724a997ea 100644 --- a/package.json +++ b/package.json @@ -23,11 +23,13 @@ "url": "https://github.com/MrRio/jsPDF.git" }, "dependencies": { + "atob": "^2.1.2", + "btoa": "^1.2.1", "canvg": "1.5.3", + "es6-promise": "^4.2.6", "file-saver": "2.0.1", "html2canvas": "1.0.0-alpha.12", "omggif": "1.0.7", - "promise-polyfill": "8.1.0", "stackblur-canvas": "2.2.0" }, "devDependencies": { @@ -41,6 +43,7 @@ "eslint": "^5.15.3", "folder-delete": "1.0.3", "gulp-babel": "^8.0.0", + "jasmine": "^3.3.1", "jasmine-core": "3.3.0", "jasmine-expect": "^4.0.0", "jasmine-matchers": "^0.2.3", @@ -59,6 +62,7 @@ "karma-verbose-reporter": "0.0.6", "local-web-server": "2.6.1", "markdown": "0.5.0", + "promise-polyfill": "8.1.0", "rollup": "1.7.3", "rollup-plugin-babel": "4.3.1", "rollup-plugin-buble": "^0.19.6", @@ -72,9 +76,9 @@ "version": "npm run build && git add -A dist", "test": "./node_modules/.bin/karma start saucelabs.karma.conf.js --single-run --verbose && for a in coverage/*; do codeclimate-test-reporter < \"$a/lcov.info\"; break; done", "test-local": "./node_modules/.bin/karma start karma.conf.js", - "test-local-dist": "./node_modules/.bin/karma start karma.dist.conf.js", - "test-local-node": "./node_modules/.bin/karma start karma.node.conf.js", - "test-training": "node tests/utils/reference-server.js", + "test-local-dist": "node build minify=false && ./node_modules/.bin/karma start karma.dist.conf.js", + "test-node": "node build type=node minify=false && jasmine --config=spec/support/jasmine.json", + "test-training": "node spec/utils/reference-server.js", "delete-docs": "node deletedocs.js", "generate-docs": "./node_modules/.bin/jsdoc -c jsdoc.json --readme README.md" } diff --git a/saucelabs.karma.conf.js b/saucelabs.karma.conf.js index dea1b83e7..9af8d1948 100644 --- a/saucelabs.karma.conf.js +++ b/saucelabs.karma.conf.js @@ -51,7 +51,7 @@ module.exports = (config) => { reporters: ['saucelabs', 'progress', 'coverage', 'mocha', 'verbose'], // 2 - browsers: Object.keys(browsers), // 3 - customLaunchers: browsers, // 4 + browsers: Object.keys(browsers), + customLaunchers: browsers, }) } \ No newline at end of file diff --git a/tests/README.md b/spec/README.md similarity index 100% rename from tests/README.md rename to spec/README.md diff --git a/tests/addimage/Uint8Array.spec.js b/spec/Uint8Array.spec.js similarity index 75% rename from tests/addimage/Uint8Array.spec.js rename to spec/Uint8Array.spec.js index 4ed4ae716..1bd0b38f1 100644 --- a/tests/addimage/Uint8Array.spec.js +++ b/spec/Uint8Array.spec.js @@ -1,42 +1,38 @@ - /* global describe, it, jsPDF, comparePdf, expect */ /** * Standard spec tests */ -describe('Plugin: addimage filetypeRecognition', () => { - - +describe('Module: addimage Uint8Array', () => { + if (typeof global !== "undefined" && global.isNode == true) { + eval("var atob = require('atob')"); + } function convertDataURIToArrayBuffer(dataURI) { var BASE64_MARKER = ';base64,'; var base64Index = dataURI.indexOf(BASE64_MARKER) + BASE64_MARKER.length; var base64 = dataURI.substring(base64Index); - var raw = window.atob(base64); + var raw = atob(base64); var rawLength = raw.length; var array = new Uint8Array(new ArrayBuffer(rawLength)); var i = 0; - for(i = 0; i < rawLength; i++) { + for (i = 0; i < rawLength; i++) { array[i] = raw.charCodeAt(i); } return array; } - + var jpgImage = 'data:image/jpeg;base64,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'; var jpgImageUint8Array = convertDataURIToArrayBuffer(jpgImage); - - it('Uint8Array: getImageFileTypeByImageData', () => { - expect(jsPDF.API.getImageFileTypeByImageData(jpgImageUint8Array)).toEqual("JPEG"); - }); - - it('Uint8Array: addImagae', () => { - const doc = new jsPDF('p', 'pt', 'a4', false); - doc.addImage(jpgImageUint8Array, 'JPEG', 15, 40, 1, 1); - - comparePdf(doc.output(), 'blackpixel.pdf', 'addimage') - }); + it('Uint8Array: getImageFileTypeByImageData', () => { + expect(jsPDF.API.getImageFileTypeByImageData(jpgImageUint8Array)).toEqual("JPEG"); + }); + it('Uint8Array: addImagae', () => { + const doc = new jsPDF('p', 'pt', 'a4', false); + doc.addImage(jpgImageUint8Array, 'JPEG', 15, 40, 1, 1); - + comparePdf(doc.output(), 'blackpixel.pdf', 'addimage') + }); }); diff --git a/tests/acroform/standard.spec.js b/spec/acroform.spec.js similarity index 67% rename from tests/acroform/standard.spec.js rename to spec/acroform.spec.js index 15ab12d3c..da2eaff0a 100644 --- a/tests/acroform/standard.spec.js +++ b/spec/acroform.spec.js @@ -1,66 +1,66 @@ -/* @TODO Enable , remove all these globals */ -/* global describe, xit, it, jsPDF, comparePdf, ComboBox, ListBox, PushButton, CheckBox, TextField, PasswordField, RadioButton, AcroForm */ +/* eslint-disable no-self-assign */ +/* global describe, it, expect, jsPDF, comparePdf, Button, ComboBox, ChoiceField, EditBox, ListBox, PushButton, CheckBox, TextField, PasswordField, RadioButton, AcroForm */ /** * Acroform testing */ -describe('Acroform Unit Test', function () { - +describe('Module: Acroform Unit Test', function () { + it('setBit', function () { - expect(function () {jsPDF.API.__acroform__.setBit('invalid', 1)}).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.setBit')); - expect(function () {jsPDF.API.__acroform__.setBit(0, 'invalid')}).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.setBit')); - expect(jsPDF.API.__acroform__.setBit(0, 0)).toEqual(1); - expect(jsPDF.API.__acroform__.setBit(0, 1)).toEqual(2); - expect(jsPDF.API.__acroform__.setBit(0, 2)).toEqual(4); + expect(function () { jsPDF.API.__acroform__.setBit('invalid', 1) }).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.setBit')); + expect(function () { jsPDF.API.__acroform__.setBit(0, 'invalid') }).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.setBit')); + expect(jsPDF.API.__acroform__.setBit(0, 0)).toEqual(1); + expect(jsPDF.API.__acroform__.setBit(0, 1)).toEqual(2); + expect(jsPDF.API.__acroform__.setBit(0, 2)).toEqual(4); }); - + it('getBit', function () { - expect(function () {jsPDF.API.__acroform__.getBit('invalid', 1)}).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.getBit')); - expect(function () {jsPDF.API.__acroform__.getBit(0, 'invalid')}).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.getBit')); - expect(jsPDF.API.__acroform__.getBit(1, 0)).toEqual(1); - expect(jsPDF.API.__acroform__.getBit(2, 0)).toEqual(0); - expect(jsPDF.API.__acroform__.getBit(2, 1)).toEqual(1); - expect(jsPDF.API.__acroform__.getBit(4, 2)).toEqual(1); - }); - + expect(function () { jsPDF.API.__acroform__.getBit('invalid', 1) }).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.getBit')); + expect(function () { jsPDF.API.__acroform__.getBit(0, 'invalid') }).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.getBit')); + expect(jsPDF.API.__acroform__.getBit(1, 0)).toEqual(1); + expect(jsPDF.API.__acroform__.getBit(2, 0)).toEqual(0); + expect(jsPDF.API.__acroform__.getBit(2, 1)).toEqual(1); + expect(jsPDF.API.__acroform__.getBit(4, 2)).toEqual(1); + }); + it('clearBit', function () { - expect(function () {jsPDF.API.__acroform__.clearBit('invalid', 1)}).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBit')); - expect(function () {jsPDF.API.__acroform__.clearBit(0, 'invalid')}).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBit')); - expect(jsPDF.API.__acroform__.clearBit(1, 0)).toEqual(0); - expect(jsPDF.API.__acroform__.clearBit(2, 0)).toEqual(2); - expect(jsPDF.API.__acroform__.clearBit(2, 1)).toEqual(0); - expect(jsPDF.API.__acroform__.clearBit(4, 0)).toEqual(4); - expect(jsPDF.API.__acroform__.clearBit(4, 1)).toEqual(4); - expect(jsPDF.API.__acroform__.clearBit(4, 2)).toEqual(0); - }); - + expect(function () { jsPDF.API.__acroform__.clearBit('invalid', 1) }).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBit')); + expect(function () { jsPDF.API.__acroform__.clearBit(0, 'invalid') }).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBit')); + expect(jsPDF.API.__acroform__.clearBit(1, 0)).toEqual(0); + expect(jsPDF.API.__acroform__.clearBit(2, 0)).toEqual(2); + expect(jsPDF.API.__acroform__.clearBit(2, 1)).toEqual(0); + expect(jsPDF.API.__acroform__.clearBit(4, 0)).toEqual(4); + expect(jsPDF.API.__acroform__.clearBit(4, 1)).toEqual(4); + expect(jsPDF.API.__acroform__.clearBit(4, 2)).toEqual(0); + }); + it('setBitForPdf', function () { - expect(function () {jsPDF.API.__acroform__.setBitForPdf('invalid', 1)}).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.setBitForPdf')); - expect(function () {jsPDF.API.__acroform__.setBitForPdf(0, 'invalid')}).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.setBitForPdf')); - expect(jsPDF.API.__acroform__.setBitForPdf(0, 1)).toEqual(1); - expect(jsPDF.API.__acroform__.setBitForPdf(0, 2)).toEqual(2); - expect(jsPDF.API.__acroform__.setBitForPdf(0, 3)).toEqual(4); + expect(function () { jsPDF.API.__acroform__.setBitForPdf('invalid', 1) }).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.setBitForPdf')); + expect(function () { jsPDF.API.__acroform__.setBitForPdf(0, 'invalid') }).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.setBitForPdf')); + expect(jsPDF.API.__acroform__.setBitForPdf(0, 1)).toEqual(1); + expect(jsPDF.API.__acroform__.setBitForPdf(0, 2)).toEqual(2); + expect(jsPDF.API.__acroform__.setBitForPdf(0, 3)).toEqual(4); }); - + it('getBitForPdf', function () { - expect(function () {jsPDF.API.__acroform__.getBitForPdf('invalid', 1)}).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.getBitForPdf')); - expect(function () {jsPDF.API.__acroform__.getBitForPdf(0, 'invalid')}).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.getBitForPdf')); - expect(jsPDF.API.__acroform__.getBitForPdf(1, 1)).toEqual(1); - expect(jsPDF.API.__acroform__.getBitForPdf(2, 1)).toEqual(0); - expect(jsPDF.API.__acroform__.getBitForPdf(2, 2)).toEqual(1); - expect(jsPDF.API.__acroform__.getBitForPdf(4, 3)).toEqual(1); - }); - + expect(function () { jsPDF.API.__acroform__.getBitForPdf('invalid', 1) }).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.getBitForPdf')); + expect(function () { jsPDF.API.__acroform__.getBitForPdf(0, 'invalid') }).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.getBitForPdf')); + expect(jsPDF.API.__acroform__.getBitForPdf(1, 1)).toEqual(1); + expect(jsPDF.API.__acroform__.getBitForPdf(2, 1)).toEqual(0); + expect(jsPDF.API.__acroform__.getBitForPdf(2, 2)).toEqual(1); + expect(jsPDF.API.__acroform__.getBitForPdf(4, 3)).toEqual(1); + }); + it('clearBitForPdf', function () { - expect(function () {jsPDF.API.__acroform__.clearBitForPdf('invalid', 1)}).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBitForPdf')); - expect(function () {jsPDF.API.__acroform__.clearBitForPdf(0, 'invalid')}).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBitForPdf')); - expect(jsPDF.API.__acroform__.clearBitForPdf(1, 1)).toEqual(0); - expect(jsPDF.API.__acroform__.clearBitForPdf(2, 1)).toEqual(2); - expect(jsPDF.API.__acroform__.clearBitForPdf(2, 2)).toEqual(0); - expect(jsPDF.API.__acroform__.clearBitForPdf(4, 1)).toEqual(4); - expect(jsPDF.API.__acroform__.clearBitForPdf(4, 2)).toEqual(4); - expect(jsPDF.API.__acroform__.clearBitForPdf(4, 3)).toEqual(0); - }); - + expect(function () { jsPDF.API.__acroform__.clearBitForPdf('invalid', 1) }).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBitForPdf')); + expect(function () { jsPDF.API.__acroform__.clearBitForPdf(0, 'invalid') }).toThrow(new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBitForPdf')); + expect(jsPDF.API.__acroform__.clearBitForPdf(1, 1)).toEqual(0); + expect(jsPDF.API.__acroform__.clearBitForPdf(2, 1)).toEqual(2); + expect(jsPDF.API.__acroform__.clearBitForPdf(2, 2)).toEqual(0); + expect(jsPDF.API.__acroform__.clearBitForPdf(4, 1)).toEqual(4); + expect(jsPDF.API.__acroform__.clearBitForPdf(4, 2)).toEqual(4); + expect(jsPDF.API.__acroform__.clearBitForPdf(4, 3)).toEqual(0); + }); + it('AcroFormField Rect, x, y, width, height', function () { var doc = new jsPDF('p', 'pt', 'a4'); @@ -72,7 +72,7 @@ describe('Acroform Unit Test', function () { expect(textFieldRect.y).toEqual(140); expect(textFieldRect.width).toEqual(30); expect(textFieldRect.height).toEqual(10); - + textFieldRect.x = 20; expect(textFieldRect.Rect[0]).toEqual(20); textFieldRect.y = 21; @@ -81,7 +81,7 @@ describe('Acroform Unit Test', function () { expect(textFieldRect.Rect[2]).toEqual(22); textFieldRect.height = 23; expect(textFieldRect.Rect[3]).toEqual(23); - + textFieldRect.Rect = undefined; expect(textFieldRect.Rect).toEqual(undefined); expect(textFieldRect.x).toEqual(0); @@ -89,47 +89,47 @@ describe('Acroform Unit Test', function () { expect(textFieldRect.width).toEqual(0); expect(textFieldRect.height).toEqual(0); }); - + it('AcroFormField value', function () { var formObject = new TextField(); formObject.value = 'test1'; expect(formObject.value).toEqual('test1'); expect(formObject.V).toEqual('(test1)'); - + formObject.value = '/test2'; expect(formObject.value).toEqual('/test2'); expect(formObject.V).toEqual('(/test2)'); - + formObject.V = 'test3'; expect(formObject.value).toEqual('test3'); expect(formObject.V).toEqual('(test3)'); - + formObject.V = '(test4a)'; - expect(formObject.value).toEqual('test4a'); + expect(formObject.value).toEqual('test4a'); expect(formObject.V).toEqual('(test4a)'); - + formObject.value = formObject.value; formObject.value = formObject.value; formObject.value = formObject.value; - expect(formObject.value).toEqual('test4a'); + expect(formObject.value).toEqual('test4a'); expect(formObject.V).toEqual('(test4a)'); - + formObject.value = '(test4b)'; formObject.V = formObject.V; formObject.V = formObject.V; formObject.V = formObject.V; - expect(formObject.value).toEqual('(test4b)'); + expect(formObject.value).toEqual('(test4b)'); expect(formObject.V).toEqual('(\\(test4b\\))'); - + formObject.value = '((test4b))'; formObject.V = formObject.V; formObject.V = formObject.V; formObject.V = formObject.V; - expect(formObject.value).toEqual('((test4b))'); - expect(formObject.V).toEqual('(\\(\\(test4b\\)\\))'); - - var doc = new jsPDF('p', 'mm', 'a4'); + expect(formObject.value).toEqual('((test4b))'); + expect(formObject.V).toEqual('(\\(\\(test4b\\)\\))'); + + var doc = new jsPDF('p', 'mm', 'a4'); var radioGroup = new RadioButton(); radioGroup.V = '/Test5'; radioGroup.Subtype = 'Form'; @@ -138,68 +138,68 @@ describe('Acroform Unit Test', function () { var radioButton1 = radioGroup.createOption('Test'); radioButton1.Rect = [50, 170, 30, 10]; radioButton1.AS = '/Test'; - + expect(radioGroup.V).toEqual('/Test5'); expect(radioGroup.value).toEqual('Test5'); - + radioGroup.value = 'Test6'; expect(radioGroup.V).toEqual('/Test6'); expect(radioGroup.value).toEqual('Test6'); }); - + it('AcroFormField defaultValue', function () { var formObject = new TextField(); formObject.defaultValue = 'test1'; expect(formObject.defaultValue).toEqual('test1'); expect(formObject.DV).toEqual('(test1)'); - + formObject.defaultValue = '/test2'; expect(formObject.defaultValue).toEqual('/test2'); expect(formObject.DV).toEqual('(/test2)'); - + formObject.DV = 'test3'; expect(formObject.defaultValue).toEqual('test3'); expect(formObject.DV).toEqual('(test3)'); - + formObject.DV = '(test4a)'; - expect(formObject.defaultValue).toEqual('test4a'); + expect(formObject.defaultValue).toEqual('test4a'); expect(formObject.DV).toEqual('(test4a)'); - + formObject.defaultValue = formObject.defaultValue; formObject.defaultValue = formObject.defaultValue; formObject.defaultValue = formObject.defaultValue; - expect(formObject.defaultValue).toEqual('test4a'); + expect(formObject.defaultValue).toEqual('test4a'); expect(formObject.DV).toEqual('(test4a)'); - + formObject.defaultValue = '(test4b)'; formObject.DV = formObject.DV; formObject.DV = formObject.DV; formObject.DV = formObject.DV; - expect(formObject.defaultValue).toEqual('(test4b)'); + expect(formObject.defaultValue).toEqual('(test4b)'); expect(formObject.DV).toEqual('(\\(test4b\\))'); - - var doc = new jsPDF('p', 'mm', 'a4'); + + var doc = new jsPDF('p', 'mm', 'a4'); var radioGroup = new RadioButton(); radioGroup.DV = '/Test5'; radioGroup.Subtype = 'Form'; doc.addField(radioGroup); - + var radioButton1 = radioGroup.createOption('Test'); radioButton1.Rect = [50, 170, 30, 10]; radioButton1.AS = '/Test'; - - expect(radioGroup.DV).toEqual('/Test5'); + + expect(radioGroup.DV).toEqual('/Test5'); expect(radioGroup.defaultValue).toEqual('Test5'); - + radioGroup.defaultValue = 'Test6'; expect(radioGroup.DV).toEqual('/Test6'); expect(radioGroup.defaultValue).toEqual('Test6'); }); - + it('AcroFormField AS', function () { - var doc = new jsPDF('p', 'mm', 'a4'); + var doc = new jsPDF('p', 'mm', 'a4'); var radioGroup = new RadioButton(); radioGroup.V = '/Test5'; radioGroup.Subtype = 'Form'; @@ -208,12 +208,12 @@ describe('Acroform Unit Test', function () { var radioButton1 = radioGroup.createOption('Test'); radioButton1.Rect = [50, 170, 30, 10]; radioButton1.AS = '/Test'; - - expect(radioButton1.AS).toEqual('/Test'); + + expect(radioButton1.AS).toEqual('/Test'); }); it('AcroFormField appearanceState', function () { - var doc = new jsPDF('p', 'mm', 'a4'); + var doc = new jsPDF('p', 'mm', 'a4'); var radioGroup = new RadioButton(); radioGroup.V = '/Test5'; radioGroup.Subtype = 'Form'; @@ -222,296 +222,296 @@ describe('Acroform Unit Test', function () { var radioButton1 = radioGroup.createOption('Test'); radioButton1.Rect = [50, 170, 30, 10]; radioButton1.AS = '/Test'; - + expect(radioButton1.AS).toEqual('/Test'); expect(radioButton1.appearanceState).toEqual('Test'); - + radioButton1.appearanceState = 'Test2b'; expect(radioButton1.AS).toEqual('/Test2b'); expect(radioButton1.appearanceState).toEqual('Test2b'); }); - + it('AcroFormChoiceField getOptions, setOptions, addOption, removeOption', function () { var listbox = new ListBox(); listbox.Opt = '[(c)(a)(d)(f)(b)(s)]'; // classic initialization - + expect(listbox.getOptions()).toEqual(["c", "a", "d", "f", "b", "s"]); - + listbox.addOption(''); expect(listbox.getOptions()).toEqual(["c", "a", "d", "f", "b", "s", ""]); - + listbox.setOptions(["c", "a", "d", "f", "b", "s"]); expect(listbox.getOptions('')).toEqual(["c", "a", "d", "f", "b", "s"]); - + }); - + it('AcroFormChoiceField sort', function () { var listbox = new ListBox(); listbox.Opt = '[(c)(a)(d)(f)(b)(g)]'; // classic initialization - + listbox.sort = true; expect(listbox.getOptions()).toEqual(["a", "b", "c", "d", "f", "g"]); - + listbox.addOption("e"); expect(listbox.getOptions()).toEqual(["a", "b", "c", "d", "e", "f", "g"]); - + listbox.sort = false; listbox.addOption("e"); expect(listbox.getOptions()).toEqual(["a", "b", "c", "d", "e", "f", "g", "e"]); - + listbox.removeOption("e"); expect(listbox.getOptions()).toEqual(["a", "b", "c", "d", "f", "g", "e"]); listbox.addOption("e"); expect(listbox.getOptions()).toEqual(["a", "b", "c", "d", "f", "g", "e", "e"]); - - + + listbox.removeOption("e", true); expect(listbox.getOptions()).toEqual(["a", "b", "c", "d", "f", "g"]); - expect(listbox.Opt).toEqual('[(a) (b) (c) (d) (f) (g)]'); + expect(listbox.Opt).toEqual('[(a) (b) (c) (d) (f) (g)]'); }); - + it('arrayToPdfArray', function () { - expect(function () {jsPDF.API.__acroform__.arrayToPdfArray('notAnArray')}).toThrow(new Error('Invalid argument passed to jsPDF.__acroform__.arrayToPdfArray')); - expect(jsPDF.API.__acroform__.arrayToPdfArray(["a"])).toEqual('[(a)]'); - expect(jsPDF.API.__acroform__.arrayToPdfArray(["a","b"])).toEqual('[(a) (b)]'); - expect(jsPDF.API.__acroform__.arrayToPdfArray([""])).toEqual('[()]'); - + expect(function () { jsPDF.API.__acroform__.arrayToPdfArray('notAnArray') }).toThrow(new Error('Invalid argument passed to jsPDF.__acroform__.arrayToPdfArray')); + expect(jsPDF.API.__acroform__.arrayToPdfArray(["a"])).toEqual('[(a)]'); + expect(jsPDF.API.__acroform__.arrayToPdfArray(["a", "b"])).toEqual('[(a) (b)]'); + expect(jsPDF.API.__acroform__.arrayToPdfArray([""])).toEqual('[()]'); + //PDF 32000-1:2008, page 26, 7.3.6 - expect(jsPDF.API.__acroform__.arrayToPdfArray([549, 3.14, false, "Ralph", "/SomeName"])).toEqual('[549 3.14 false (Ralph) /SomeName]'); + expect(jsPDF.API.__acroform__.arrayToPdfArray([549, 3.14, false, "Ralph", "/SomeName"])).toEqual('[549 3.14 false (Ralph) /SomeName]'); }); - + it('AcroFormField T', function () { var field = new TextField(); - expect(field.T.substr(1,11)).toEqual('FieldObject'); + expect(field.T.substr(1, 11)).toEqual('FieldObject'); field.T = 'testname'; expect(field.T).toEqual('(testname)'); - + field.fieldName = 'testname'; expect(field.T).toEqual('(testname)'); expect(field.fieldName).toEqual('testname'); - }); - + }); + it('AcroFormField FT', function () { var field = new TextField(); - expect(function () {field.FT = 'Invalid'}).toThrow(new Error('Invalid value "Invalid" for attribute FT supplied.')); - expect(function () {field.FT = '/Btn'}).not.toThrow(new Error('Invalid value "Invalid" for attribute FT supplied.')); - expect(function () {field.FT = '/Tx'}).not.toThrow(new Error('Invalid value "Invalid" for attribute FT supplied.')); - expect(function () {field.FT = '/Ch'}).not.toThrow(new Error('Invalid value "Invalid" for attribute FT supplied.')); - expect(function () {field.FT = '/Sig'}).not.toThrow(new Error('Invalid value "Invalid" for attribute FT supplied.')); + expect(function () { field.FT = 'Invalid' }).toThrow(new Error('Invalid value "Invalid" for attribute FT supplied.')); + expect(function () { field.FT = '/Btn' }).not.toThrow(new Error('Invalid value "Invalid" for attribute FT supplied.')); + expect(function () { field.FT = '/Tx' }).not.toThrow(new Error('Invalid value "Invalid" for attribute FT supplied.')); + expect(function () { field.FT = '/Ch' }).not.toThrow(new Error('Invalid value "Invalid" for attribute FT supplied.')); + expect(function () { field.FT = '/Sig' }).not.toThrow(new Error('Invalid value "Invalid" for attribute FT supplied.')); - var field = new TextField(); + field = new TextField(); expect(field.FT).toEqual('/Tx'); - }); - + }); + it('AcroFormTextField Ff', function () { var field = new TextField(); - expect(function () {field.Ff = 'Invalid'}).toThrow(new Error('Invalid value "Invalid" for attribute Ff supplied.')); - expect(function () {field.FT = 0}).not.toThrow(new Error('Invalid value "Invalid" for attribute Ff supplied.')); + expect(function () { field.Ff = 'Invalid' }).toThrow(new Error('Invalid value "Invalid" for attribute Ff supplied.')); + expect(function () { field.FT = 0 }).not.toThrow(new Error('Invalid value "Invalid" for attribute Ff supplied.')); - var field = new TextField(); + field = new TextField(); expect(field.Ff).toEqual(0); - - var field = new TextField(); + + field = new TextField(); expect(field.Ff).toEqual(0); expect(field.readOnly).toEqual(false); field.readOnly = true; expect(field.readOnly).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,0)); + expect(field.Ff).toEqual(Math.pow(2, 0)); field.readOnly = false; expect(field.readOnly).toEqual(false); expect(field.Ff).toEqual(0); - - var field = new TextField(); + + field = new TextField(); expect(field.Ff).toEqual(0); expect(field.required).toEqual(false); field.required = true; expect(field.required).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,1)); + expect(field.Ff).toEqual(Math.pow(2, 1)); field.required = false; expect(field.required).toEqual(false); expect(field.Ff).toEqual(0); - - var field = new TextField(); + + field = new TextField(); expect(field.Ff).toEqual(0); expect(field.noExport).toEqual(false); field.noExport = true; expect(field.noExport).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,2)); + expect(field.Ff).toEqual(Math.pow(2, 2)); field.noExport = false; expect(field.noExport).toEqual(false); expect(field.Ff).toEqual(0); - - var field = new TextField(); + + field = new TextField(); expect(field.Ff).toEqual(0); expect(field.doNotSpellCheck).toEqual(false); field.doNotSpellCheck = true; expect(field.doNotSpellCheck).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,22)); + expect(field.Ff).toEqual(Math.pow(2, 22)); field.doNotSpellCheck = false; expect(field.doNotSpellCheck).toEqual(false); expect(field.Ff).toEqual(0); - var field = new TextField(); + field = new TextField(); expect(field.Ff).toEqual(0); expect(field.multiline).toEqual(false); field.multiline = true; expect(field.multiline).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,12)); + expect(field.Ff).toEqual(Math.pow(2, 12)); field.multiline = false; expect(field.multiline).toEqual(false); expect(field.Ff).toEqual(0); - var field = new TextField(); + field = new TextField(); expect(field.Ff).toEqual(0); expect(field.fileSelect).toEqual(false); field.fileSelect = true; expect(field.fileSelect).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,20)); + expect(field.Ff).toEqual(Math.pow(2, 20)); field.fileSelect = false; expect(field.fileSelect).toEqual(false); expect(field.Ff).toEqual(0); - var field = new TextField(); + field = new TextField(); expect(field.Ff).toEqual(0); expect(field.doNotScroll).toEqual(false); field.doNotScroll = true; expect(field.doNotScroll).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,23)); + expect(field.Ff).toEqual(Math.pow(2, 23)); field.doNotScroll = false; expect(field.doNotScroll).toEqual(false); expect(field.Ff).toEqual(0); - var field = new TextField(); + field = new TextField(); expect(field.Ff).toEqual(0); expect(field.comb).toEqual(false); field.comb = true; expect(field.comb).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,24)); + expect(field.Ff).toEqual(Math.pow(2, 24)); field.comb = false; expect(field.comb).toEqual(false); expect(field.Ff).toEqual(0); - var field = new TextField(); + field = new TextField(); expect(field.Ff).toEqual(0); expect(field.richText).toEqual(false); field.richText = true; expect(field.richText).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,25)); + expect(field.Ff).toEqual(Math.pow(2, 25)); field.richText = false; expect(field.richText).toEqual(false); expect(field.Ff).toEqual(0); - }); + }); it('AcroFormComboBox', function () { expect(new ComboBox().combo).toEqual(true); var field = new ComboBox(); - expect(field.Ff).toEqual(Math.pow(2,17)); + expect(field.Ff).toEqual(Math.pow(2, 17)); expect(field.combo).toEqual(true); field.combo = false; expect(field.combo).toEqual(false); expect(field.Ff).toEqual(0); field.combo = true; expect(field.combo).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,17)); - - var field = new ComboBox(); - expect(field.Ff).toEqual(Math.pow(2,17)); + expect(field.Ff).toEqual(Math.pow(2, 17)); + + field = new ComboBox(); + expect(field.Ff).toEqual(Math.pow(2, 17)); field.multiSelect = true; expect(field.combo).toEqual(true); expect(field.multiSelect).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,17)+Math.pow(2,21)); + expect(field.Ff).toEqual(Math.pow(2, 17) + Math.pow(2, 21)); field.multiSelect = false; - expect(field.Ff).toEqual(Math.pow(2,17)); + expect(field.Ff).toEqual(Math.pow(2, 17)); expect(field.multiSelect).toEqual(false); - var field = new ComboBox(); - expect(field.Ff).toEqual(Math.pow(2,17)); + field = new ComboBox(); + expect(field.Ff).toEqual(Math.pow(2, 17)); field.doNotSpellCheck = true; expect(field.combo).toEqual(true); expect(field.doNotSpellCheck).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,17)+Math.pow(2,22)); + expect(field.Ff).toEqual(Math.pow(2, 17) + Math.pow(2, 22)); field.doNotSpellCheck = false; - expect(field.Ff).toEqual(Math.pow(2,17)); + expect(field.Ff).toEqual(Math.pow(2, 17)); expect(field.doNotSpellCheck).toEqual(false); - - var field = new ComboBox(); - expect(field.Ff).toEqual(Math.pow(2,17)); + + field = new ComboBox(); + expect(field.Ff).toEqual(Math.pow(2, 17)); field.commitOnSelChange = true; expect(field.combo).toEqual(true); expect(field.commitOnSelChange).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,17)+Math.pow(2,26)); + expect(field.Ff).toEqual(Math.pow(2, 17) + Math.pow(2, 26)); field.commitOnSelChange = false; - expect(field.Ff).toEqual(Math.pow(2,17)); + expect(field.Ff).toEqual(Math.pow(2, 17)); expect(field.commitOnSelChange).toEqual(false); - + }); - + it('AcroFormEditBox', function () { expect(new EditBox().combo).toEqual(true); expect(new EditBox().edit).toEqual(true); - + var field = new EditBox(); - expect(field.Ff).toEqual(Math.pow(2,17)+Math.pow(2,18)); + expect(field.Ff).toEqual(Math.pow(2, 17) + Math.pow(2, 18)); field.edit = false; expect(field.combo).toEqual(true); expect(field.edit).toEqual(false); - expect(field.Ff).toEqual(Math.pow(2,17)); + expect(field.Ff).toEqual(Math.pow(2, 17)); field.edit = true; - expect(field.Ff).toEqual(Math.pow(2,17)+Math.pow(2,18)); + expect(field.Ff).toEqual(Math.pow(2, 17) + Math.pow(2, 18)); expect(field.combo).toEqual(true); expect(field.edit).toEqual(true); - + }); it('AcroFormButton', function () { expect(new Button().FT).toEqual('/Btn'); - + var field = new Button(); expect(field.Ff).toEqual(0); field.noToggleToOff = true; expect(field.noToggleToOff).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,14)); + expect(field.Ff).toEqual(Math.pow(2, 14)); field.noToggleToOff = false; expect(field.Ff).toEqual(0); expect(field.noToggleToOff).toEqual(false); - - var field = new Button(); + + field = new Button(); expect(field.Ff).toEqual(0); field.radio = true; expect(field.radio).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,15)); + expect(field.Ff).toEqual(Math.pow(2, 15)); field.radio = false; expect(field.Ff).toEqual(0); expect(field.radio).toEqual(false); - - var field = new Button(); + + field = new Button(); expect(field.Ff).toEqual(0); field.radioIsUnison = true; expect(field.radioIsUnison).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,25)); + expect(field.Ff).toEqual(Math.pow(2, 25)); field.radioIsUnison = false; expect(field.Ff).toEqual(0); expect(field.radioIsUnison).toEqual(false); }); - + it('AcroFormField F', function () { var field = new TextField(); - expect(function () {field.F = 'Invalid'}).toThrow(new Error('Invalid value "Invalid" for attribute F supplied.')); - expect(function () {field.F = 0}).not.toThrow(new Error('Invalid value "Invalid" for attribute F supplied.')); + expect(function () { field.F = 'Invalid' }).toThrow(new Error('Invalid value "Invalid" for attribute F supplied.')); + expect(function () { field.F = 0 }).not.toThrow(new Error('Invalid value "Invalid" for attribute F supplied.')); - var field = new TextField(); + field = new TextField(); expect(field.F).toEqual(4); expect(field.showWhenPrinted).toEqual(true); field.showWhenPrinted = false; expect(field.F).toEqual(0); field.showWhenPrinted = true; expect(field.F).toEqual(4); - }); - + }); + it('AcroFormCheckBox', function () { expect(new CheckBox().FT).toEqual('/Btn'); expect(new CheckBox().fontName).toEqual('zapfdingbats'); @@ -520,7 +520,7 @@ describe('Acroform Unit Test', function () { expect(new CheckBox().value).toEqual('On'); expect(new CheckBox().textAlign).toEqual('center'); }) - + it('AcroFormField fontName, fontStyle', function () { var field = new TextField(); expect(field.fontName).toEqual('helvetica'); @@ -530,90 +530,87 @@ describe('Acroform Unit Test', function () { expect(field.fontStyle).toEqual('normal'); field.fontStyle = 'bold'; expect(field.fontStyle).toEqual('bold'); - }); - + }); + it('AcroFormField textAlign', function () { var field = new TextField(); expect(field.Q).toEqual(undefined); - + field.textAlign = 'left'; expect(field.textAlign).toEqual('left'); expect(field.Q).toEqual(0); field.textAlign = 0; expect(field.textAlign).toEqual('left'); - expect(field.Q).toEqual(0); - + expect(field.Q).toEqual(0); + field.textAlign = 'center'; expect(field.textAlign).toEqual('center'); expect(field.Q).toEqual(1); field.textAlign = 1; expect(field.textAlign).toEqual('center'); expect(field.Q).toEqual(1); - + field.textAlign = 'right'; expect(field.textAlign).toEqual('right'); expect(field.Q).toEqual(2); field.textAlign = 2; expect(field.textAlign).toEqual('right'); expect(field.Q).toEqual(2); - - expect(function () {field.Q = 'invalid'}).toThrow(new Error('Invalid value "invalid" for attribute Q supplied.')); - expect(function () {field.Q = 3}).toThrow(new Error('Invalid value "3" for attribute Q supplied.')); - expect(function () {field.Q = 0}).not.toThrow(new Error('Invalid value "0" for attribute Q supplied.')); + expect(function () { field.Q = 'invalid' }).toThrow(new Error('Invalid value "invalid" for attribute Q supplied.')); + expect(function () { field.Q = 3 }).toThrow(new Error('Invalid value "3" for attribute Q supplied.')); + expect(function () { field.Q = 0 }).not.toThrow(new Error('Invalid value "0" for attribute Q supplied.')); + }); - }); - it('addField', function () { var doc = new jsPDF('p', 'mm', 'a4'); - var choiceField = new ChoiceField(); - - expect(function () {doc.addField(new TextField())}).not.toThrow(new Error('Invalid argument passed to jsPDF.addField.')); - expect(function () {doc.addField(new ChoiceField())}).not.toThrow(new Error('Invalid argument passed to jsPDF.addField.')); - expect(function () {doc.addField(new PasswordField())}).not.toThrow(new Error('Invalid argument passed to jsPDF.addField.')); - expect(function () {doc.addField(new Button())}).not.toThrow(new Error('Invalid argument passed to jsPDF.addField.')); - expect(function () {doc.addField(new PushButton())}).not.toThrow(new Error('Invalid argument passed to jsPDF.addField.')); - expect(function () {doc.addField(new ComboBox())}).not.toThrow(new Error('Invalid argument passed to jsPDF.addField.')); - expect(function () {doc.addField(new Object())}).toThrow(new Error('Invalid argument passed to jsPDF.addField.')); - }); - + + expect(function () { doc.addField(new TextField()) }).not.toThrow(new Error('Invalid argument passed to jsPDF.addField.')); + expect(function () { doc.addField(new ChoiceField()) }).not.toThrow(new Error('Invalid argument passed to jsPDF.addField.')); + expect(function () { doc.addField(new PasswordField()) }).not.toThrow(new Error('Invalid argument passed to jsPDF.addField.')); + expect(function () { doc.addField(new Button()) }).not.toThrow(new Error('Invalid argument passed to jsPDF.addField.')); + expect(function () { doc.addField(new PushButton()) }).not.toThrow(new Error('Invalid argument passed to jsPDF.addField.')); + expect(function () { doc.addField(new ComboBox()) }).not.toThrow(new Error('Invalid argument passed to jsPDF.addField.')); + expect(function () { doc.addField(new Object()) }).toThrow(new Error('Invalid argument passed to jsPDF.addField.')); + }); + it('addButton', function () { - var doc = new jsPDF('p', 'mm', 'a4'); - - expect(function () {doc.addButton(new Button())}).not.toThrow(new Error('Invalid argument passed to jsPDF.addButton.')); - expect(function () {doc.addButton(new Object())}).toThrow(new Error('Invalid argument passed to jsPDF.addButton.')); + var doc = new jsPDF('p', 'mm', 'a4'); + + expect(function () { doc.addButton(new Button()) }).not.toThrow(new Error('Invalid argument passed to jsPDF.addButton.')); + expect(function () { doc.addButton(new Object()) }).toThrow(new Error('Invalid argument passed to jsPDF.addButton.')); }); - + it('addChoiceField', function () { var doc = new jsPDF('p', 'mm', 'a4'); var choiceField = new ChoiceField(); var textField = new TextField(); - - - expect(function () {doc.addChoiceField(choiceField)}).not.toThrow(new Error('Invalid argument passed to jsPDF.addChoiceField.')); - expect(function () {doc.addChoiceField(textField)}).toThrow(new Error('Invalid argument passed to jsPDF.addChoiceField.')); + + + expect(function () { doc.addChoiceField(choiceField) }).not.toThrow(new Error('Invalid argument passed to jsPDF.addChoiceField.')); + expect(function () { doc.addChoiceField(textField) }).toThrow(new Error('Invalid argument passed to jsPDF.addChoiceField.')); }); - + it('addTextField', function () { var doc = new jsPDF('p', 'mm', 'a4'); var choiceField = new ChoiceField(); var textField = new TextField(); - - expect(function () {doc.addTextField(textField)}).not.toThrow(new Error('Invalid argument passed to jsPDF.addTextField.')); - expect(function () {doc.addTextField(choiceField)}).toThrow(new Error('Invalid argument passed to jsPDF.addTextField.')); + + expect(function () { doc.addTextField(textField) }).not.toThrow(new Error('Invalid argument passed to jsPDF.addTextField.')); + expect(function () { doc.addTextField(choiceField) }).toThrow(new Error('Invalid argument passed to jsPDF.addTextField.')); }); - - + + it('AcroFormPasswordField', function () { var field = new PasswordField(); - expect(field.Ff).toEqual(Math.pow(2,13)); + expect(field.Ff).toEqual(Math.pow(2, 13)); expect(field.password).toEqual(true); field.password = false; expect(field.password).toEqual(false); expect(field.Ff).toEqual(0); field.password = true; expect(field.password).toEqual(true); - expect(field.Ff).toEqual(Math.pow(2,13)); + expect(field.Ff).toEqual(Math.pow(2, 13)); }); it('AcroFormPushButton', function () { expect(new PushButton().pushButton).toEqual(true); @@ -621,7 +618,7 @@ describe('Acroform Unit Test', function () { }); }); -describe('Acroform Integration Test', function () { +describe('Module: Acroform Integration Test', function () { it('ComboBox - old', function () { var doc = new jsPDF('p', 'mm', 'a4'); @@ -639,7 +636,7 @@ describe('Acroform Integration Test', function () { comparePdf(doc.output(), 'combobox.pdf', 'acroform') }); - + it('ComboBox - new', function () { var doc = jsPDF('p', 'mm', 'a4'); doc.setFontSize(12); @@ -653,7 +650,7 @@ describe('Acroform Integration Test', function () { // d.width = 30; // d.height = 10; d.Rect = [50, 100, 30, 10]; - d.setOptions(["a", "b","c"]); + d.setOptions(["a", "b", "c"]); d.value = 'b'; d.defaultValue = 'b'; doc.addField(d); @@ -734,7 +731,7 @@ describe('Acroform Integration Test', function () { textField.multiline = true; textField.V = 'The quick brown fox ate the lazy mouse The quick brown fox ate the lazy mouse The quick brown fox ate the lazy mouse';// textField.T = 'TestTextBox'; - // textField.Q = 2; // Text-Alignment + // textField.Q = 2; // Text-Alignment doc.addField(textField); comparePdf(doc.output(), 'textfield.pdf', 'acroform') @@ -749,7 +746,7 @@ describe('Acroform Integration Test', function () { textField.multiline = true; textField.V = 'The quick brown fox ate the lazy mouse The quick brown fox ate the lazy mouse The quick brown fox ate the lazy mouse';// textField.T = 'TestTextBox'; - // textField.Q = 2; // Text-Alignment + // textField.Q = 2; // Text-Alignment doc.addField(textField); comparePdf(doc.output(), 'textfield.pdf', 'acroform') @@ -788,7 +785,7 @@ describe('Acroform Integration Test', function () { comparePdf(doc.output(), 'radiogroup.pdf', 'acroform'); }); - + it('should add a RadioGroup Circle', function () { var doc = new jsPDF('p', 'mm', 'a4'); doc.text(50, 165, 'RadioGroup:'); @@ -811,37 +808,37 @@ describe('Acroform Integration Test', function () { radioGroup.setAppearance(AcroForm.Appearance.RadioButton.Circle); comparePdf(doc.output(), 'radiogroup2.pdf', 'acroform'); }); - - + + //fix for issue #1783 it('acroform and annotations', function () { - var doc = new jsPDF(); - - //index items - for (var i = 1; i < 11; i++) { - doc.textWithLink('Page ' + (i+1) , 10, 15*i, {pageNumber: i+1}); - } - - //pages - for (var j = 0; j < 10; j++) { - doc.addPage(); - if(j < 3){ - // reachable pages - doc.text(10, 25, 'page ' + (j+2)); - } else { - doc.text(10, 25, 'page ' + (j+2)); - // field - const t = new TextField(); - t.Rect = [10, 30, 100, 10]; - doc.addField(t); - } - } + var doc = new jsPDF(); + + //index items + for (var i = 1; i < 11; i++) { + doc.textWithLink('Page ' + (i + 1), 10, 15 * i, { pageNumber: i + 1 }); + } + + //pages + for (var j = 0; j < 10; j++) { + doc.addPage(); + if (j < 3) { + // reachable pages + doc.text(10, 25, 'page ' + (j + 2)); + } else { + doc.text(10, 25, 'page ' + (j + 2)); + // field + const t = new TextField(); + t.Rect = [10, 30, 100, 10]; + doc.addField(t); + } + } comparePdf(doc.output(), 'with_annotations.pdf', 'acroform'); }); - it('should export all needed Classes', function() { + it('should export all needed Classes', function () { expect(jsPDF.API.AcroForm.Appearance); expect(jsPDF.API.AcroForm.CheckBox); expect(jsPDF.API.AcroForm.Button); diff --git a/tests/addimage/standard.spec.js b/spec/addimage.spec.js similarity index 99% rename from tests/addimage/standard.spec.js rename to spec/addimage.spec.js index a9eba97e7..a1c9116f5 100644 --- a/tests/addimage/standard.spec.js +++ b/spec/addimage.spec.js @@ -4,7 +4,7 @@ * Standard spec tests */ -describe('Plugin: addimage', () => { +describe('Module: addimage', () => { var jpg = 'data:image/jpeg;base64,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'; it('image rotation 45', () => { diff --git a/tests/annotations/standard.spec.js b/spec/annotations.spec.js similarity index 97% rename from tests/annotations/standard.spec.js rename to spec/annotations.spec.js index 13e27d6b8..155cec8de 100644 --- a/tests/annotations/standard.spec.js +++ b/spec/annotations.spec.js @@ -7,7 +7,7 @@ * We compare the exact output. */ -describe('Drawing functions', () => { +describe('Module: Annotations', () => { it('should draw a closed annotation', () => { const doc = jsPDF() doc.createAnnotation({ diff --git a/tests/unicode/arabic.spec.js b/spec/arabic.spec.js similarity index 99% rename from tests/unicode/arabic.spec.js rename to spec/arabic.spec.js index 00820fe4d..db14fede2 100644 --- a/tests/unicode/arabic.spec.js +++ b/spec/arabic.spec.js @@ -1,37 +1,37 @@ - - -describe('Unicode: Arabic', function() { - //https://fonts.google.com/specimen/Amiri?selection.family=Amiri - - xit('simple pdf with arabic text', function() { - const AmiriRegular = 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"; - const doc = new jsPDF({filters: ['ASCIIHexEncode']}); - - doc.addFileToVFS("Amiri-Regular.ttf", AmiriRegular); - doc.addFont('Amiri-Regular.ttf', 'Amiri', 'normal'); - - doc.setFont('Amiri'); // set font - doc.setFontSize(10); - - doc.text("إذا لم تستح فاصنع ما شئت", 10, 10); - - comparePdf(doc.output(), 'arabic.pdf', 'unicode') - - }); - - xit('simple pdf with arabic text, right aligned', function() { - const AmiriRegular = "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BAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABASwEYAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAaUGaAABAaUGaAABAaUGaAABAaUGaAABAaUGaAABAaUGaAABAaUGaAABAXwGaAABAXwGaAABAXwGaAABAkwFYgABAkwBrAABAggCsgABAggCsgABAggCsgABAggCsgABAs8EJgABAmwE9QABAqcFIAABAggCsgABAnQCdAABAkID9AABAs8DQAABAggCsgABAkwEsgABAkMF8AABAhcGaAABAhcGaAABAhcGaAABAhcGaAABAhcGaAABAhcGaAABAhcGaAABAhcGaAABAhcGaAABAhcGaAABAhcGaAABAhcGaAABAhcGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAAAGaAABAzEGaAABAzEGaAABAzEGaAABAzEGaAABAzEGaAABAzEGaAABAzEGaAABAzEGaAABAzEGaAABAzEGaAABAzEGaAABAzEGaAABAzEGaAABAzEGaAABAzEGaAABBCsHRAABAzEGaAABARIIAAABAJIIQwABAIwGaAABAIwGaAABAOAHQgABAIwGaAABAsAGaAABAsAGaAABAsAGaAABAsAGaAABAvcGkAABAwAGaAABAwAGaAABAwAGaAABA24G4wABAvcGkAABAzIIrwABAzIGuwABAwAGaAABAwAGaAABAvcGkAABAkQGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAHIHngABAAEGaAABAAEGaAABAAEGaAABAJoGGAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAWIGGAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAJoG1gABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABAAEGaAABApQGaAABApQGaAABApQGaAABApQGaAABApQGaAABAjoHGQABApQGaAABApQGaAABApQGaAAB/1cHDwABAZAGaAAB/1cHDwABAZAGaAABAZAGaAABAZAGaAABAZAGaAABAZAGaAABAZAGaAAB/zgG3QAB/vQH3gABAZAGaAABAZAGaAABAZAGaAAB/vQH3gAB/vQH3gAB/zgG3QAB/1cHDwABANwGaAABAAoGaAABAAoGaAABALQHbAABAAoGaAABAAoGaAABAHgHOgABAB4JBgABAHgHOgABAHgHbAABAAoGaAABAEYHgAABAAoGaAABAAoGaAABAAoGaAABAFAHOgABADwHRAABAAoGaAABAEYHEgABAAoGaAABAAoGaAABAAoGaAABAFAG1gABAAEHGQABAAoGaAABAAoGaAABAAoGaAABAAoGaAABAQ4HgAABAHgHOgABAAEHGQABAFAHOgABAAoGaAABAEYIPgABAAoGaAABAAoGaAABAAoGaAABAAoGaAABAAoGaAABAAoGaAABAAoGaAABAAoGaAABAcwGaAABAcwGaAABAcwGaAABAcwGaAABAcwGaAABAcwGaAABAjsHCAABAcwGaAABAcwGaAABAcwGaAABAcwGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAL4HdgABAOYGaAABAOYGaAABAOYGaAABAOYF8AABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAUoF8AABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAOYGaAABAWIGaAABAWIGaAABAWIGaAABAWIGaAABAWIGaAABAWIGaAABAWIGaAABAWIGaAABAWIGaAABAWIGaAABAWIGaAABAWIGaAABASYHawABAWIGaAABAWIGaAABATAFswAB/xsG/gABASIGaAAB/xsG/gABASIGaAABASIGaAABASIGaAABASIGaAABASIGaAABASIGaAAB/vwGzAAB/rgHzQABASIGaAABASIGaAABASIGaAAB/rgHzQAB/rgHzQAB/vwGzAAB/xsG/gABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAJYD/AAB/7oHxgAB/zoICQABAOYGaAABAOYGaAAB/4gHCAABAOYGaAABAPAGaAABAPAGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAAB/7IGsAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAAB//YHmQABAPoGaAABANQGaAABANQGaAABAMAGrgABANQGaAABANQGaAABANQGaAABACoISAABANQGaAABANQGaAABANQGaAABAFIGwgABANQGaAABANQGaAABANQGaAABAFwGwgABANQGaAABANQGaAABANQGaAABANQGaAABANQGaAABANQGaAABANQGaAABANQGaAABANQGaAABANQGaAABANQGaAABANQGaAABARoGwgABANQGaAABANQGaAABAFwGwgABANQGaAABAFIHgAABANQGaAABANQGaAABANQGaAABANQGaAABANQGaAABANQGaAABANQGaAABANQGaAABAJYGaAABA1QGaAABA1QGaAABA1QGaAABA1QGaAABA1QG4wABA1QGaAABAxgISwABA1QGaAABA1QGaAABA1QGaAABA1QGaAAB/yUHOgABASwGaAAB/yUHOgABASwGaAABASwGaAABASwGaAABASwGaAABASwGaAABASwGaAAB/wYHCAAB/sIICQABASwGaAABASwGaAABASwGaAAB/sIICQAB/sIICQAB/wYHCAAB/yUHOgABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAMgGaAABAJYELgABAXoGnwABAXoGnwABAXoHmQABAZgG0QABAYQHXQABATUHoAABAd4GaAAB/2YGoQABAPoGaAAB/2YGoQABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAABAPoGaAAB/wMHcAABAPoGaAABAPoGaAABAPoGaAAB/wMHcAAB/wMHcAABAPoGaAAB/2YGoQABAXwGaAABAXwGaAABAXwGaAABAXwGaAABAoECswABAXwGaAABAXwGaAABAXwGaAABAXwGaAABAXwGaAABAXwGaAABAXwGaAABAPcECwABAXwGaAABAXwGaAABAXwGaAAB/9oIPAAB/1oIfwABAOYGaAABAOYGaAAB/6gHfgABAOYGaAABAZoGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAHEGaAABAK8IAgABADQH4QABAHgGaAABAHgGaAABAH0HMAABAHgGaAABAAAGaAABAGQGaAABAGIGaAABAGEGaAABAK0H5AABAiUH5AABAOUH5AABAAAGaAAB/7UG1AAB/zUHFwABAGQGaAABAGQGaAABAGQGaAABAGQGaAABANIGaAABANIGaAABANIGaAABAMMGaAABAMMGaAABAP8G4AABAMMGaAABAMMGaAABAMMGaAABAGkIegABAMMGaAABAMMG4AABAMMGaAABAJEG9AABAMMGaAABAMMGaAABAMMGaAABAJsGrgABAJEGuAABAMMGaAABAMMGaAABAMMGaAABAMMGaAABAMMGaAABAMMGaAABAFYGjQABAMMGaAABAMMGaAABAMMGaAABAMMGaAABAVkG9AABAMMGaAABAFYGjQABAJsGrgABAMMGaAABAJEHsgABAMMGaAABAMMGaAABAMMGaAABAMMGaAABAMMGaAABAMMGaAABAMMGaAABAMMGaAABAg4GaAABAg4GaAABAkoGvwABAg4GaAABAg4GaAABAg4GaAABAbQIWQABAg4GaAABAg4GvwABAg4GaAABAdwG0wABAg4GaAABAg4GaAABAg4GaAABAeYGjQABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAdwG0wABAg4GaAABAg4GaAABAeYGjQABAg4GaAABAdwHkQABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAg4GaAABAJwGaAABAJwGaAABAJwGaAABAJwGaAABAJwGaAA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"; - const doc = new jsPDF({filters: ['ASCIIHexEncode']}); - - doc.addFileToVFS("Amiri-Regular.ttf", AmiriRegular); - doc.addFont('Amiri-Regular.ttf', 'Amiri', 'normal'); - - doc.setFont('Amiri'); // set font - doc.setFontSize(10); - - doc.text(["إذا لم تستح فاصنع ما شئت", "إذا لم تستح", "فاصنع ما شئت"], 200, 10, {align: 'right'}); - - comparePdf(doc.output(), 'arabic-3lines-right.pdf', 'unicode') - - }); -}) + + +describe('Module: Unicode: Arabic', function() { + //https://fonts.google.com/specimen/Amiri?selection.family=Amiri + + xit('simple pdf with arabic text', function() { + const AmiriRegular = "AAEAAAASAQAABAAgRFNJRwAAAAEACYzwAAAACEZGVE0YhN+1AAb9lAAAABxHREVGHFkyMQAG/bAAAAIyR1BPUxGln+4ABv/kAAHbfEdTVUK0w6wyAAjbYAAAsY5PUy8ywf2NMgAAAagAAABgY21hcDKTsj8AAGtQAAAIwmN2dCAARAURAAB0HAAAAARnYXNwAAAAEAAG/YwAAAAIZ2x5Zr8HEfMAAN3AAAQApGhlYWRTzdmgAAABLAAAADZoaGVhYBYduQAAAWQAAAAkaG10eK7rcuIAAAIIAABpRmxvY2E8mi8gAAB0IAAAaaBtYXhwGwkFcwAAAYgAAAAgbmFtZR1MjqoABN5kAAAIkXBvc3TA5wxZAATm+AACFpNwcmVwaAaMhQAAdBQAAAAHAAEAAAAAG+ep3oMzXw889QALCAAAAAAAyAoxsQAAAADVjj+4+1r4zVu9DoUAAAAIAAIAAQAAAAAAAQAACPz67AAAW3z7Wq0UW70AAQAAAAAAAAAAAAAAAAAAGjwAAQAAGmcBrAATA8MAKwACAAAAAQABAAAAQAAAACIAAQAEBYkBkAAFAAAFMwWZAAABHgUzBZkAAAPXAGYCEgAAAAAFAAAAAAAAAKAAIG+CACBCAAAACAAAAABCTFEgAMAAIP//CPz67AAAFGENDwAAANMACAAAA2kFNgAAACAADwLsAEQAAAAAAqoAAAJYAAAB4gCCAjAATgPAAGUD5ABmBTYAUAVWAGoBQABOA6wBLAOsAFoDdgBBBDwAPgGSACIC8gB0AZ4AYALCAB8EQgBsBEIBJARCAIgEQgCoBEIAZARCAKgEQgCSBEIAfARCAKgEQgCUAcQAdAHQAEwD2AA8BGoAhwPaAGACyABwBdgAYgTm/+QEqABUBUQAYAWMAFQElgBUBC4AVAWgAGAFrABUAogAVAJy/zAFIgBUBGgAVAcWADAGEABDBdgAYgRIAFMF1gBiBNoAUwPsAGIE5AAYBaYANAT8//AHCP/0BTj/7QSs/+QE8gBAAuQBLALCAD4C5ABaAwwAegPyABwCrADoA14ASgPkAAgDTgBOBAYATgNcAFACaAAyA6QALgQIACQCHABAAd7/3AQMACQB/gAkBiwAQAQoAEAD+gBSA/wAHAPiAE4C/gBAAuIAUgJuACgEBgAbA7L/+QWiAAADuAATA6oAAAN+AEQDLgEiAZoAmgMuAQUEdABwAa4AagN8AFoDugBYBHwAnAVAADQBmgCUA3IATALyAGQFJgBwArIAXgNSAGQElgBaAvQAdgUmAHACpABgAiQATARIAEQCzABMAnwATgIIAGQEOgCcA8gARAHAAGwBzgBkAkgATgMIAEwDUgBeBXYARAXcAEoFeABGArIAUgTm/+QE5v/kBOb/5ATm/+QE5v/kBOb/5AcC/+AFRABiBJYAVASWAFQElgBUBJYAVAKIAEsCiABUAogAVAKIADgFjABUBhAAQwXYAGIF2ABiBdgAYgXYAGIF2ABiA6AAbgXYAGIFpgA0BaYANAWmADQFpgA0BKz/5ARIAFQEMgAyA14ASgNeAEoDXgBKA14ASgNeAEoDXgBKBRoASgNOAE4DXABQA1wAUANcAFADXABQAhwAKQIcAEACHABAAiAAEAQKAFAEKABAA/oAUgP6AFID+gBSA/oAUgP6AFIErgB4A/oAVAQGABsEBgAbBAYAGwQGABsDqgAAA94AAAOqAAAE5v/kA14ASgTm/+QDXgBKBOb/5ANeAEoFRABgA04ATgVEAGADTgBOBUQAYANOAE4FRABgA04ATgWMAFQEKABOBYwAVAQGAE4ElgBUA1wAUASWAFQDXABQBJYAVANcAFAElgBUA14AUASWAFQDXABQBaAAYAOkAC4FoABgA6QALgWgAGADpAAuBaAAYAOkAC4FrABUBAgAFAWsAFQECAAkAogAQQIcADcCiABMAhwAHQKIAFQCHABPApAAVAIYADgCiABUAhwAQAR2AFIDsgBAAnL/MAHe/+IFIgBUBAwAJAQqAEAEaABUAf4AJARoAFQB/gAiBIwAVAIiACQEaABUAwQAJARoAD4B/gAiBhAAQwQoAEAGEABDBCgAPgYQAEMEKABABCj/ngYQAEMEEgBABdgAYgP6AFIF2ABiA/oAUgXYAGID+gBSB/IAYgYUAFIE2gBTAv4AQATaAFMC/gA+BNoAUwL+AEAD7ABiAuIAUgPsAGIC4gBSA+wAYgLiAFQD7ABiAuIAUgTkABoCbgAqBOQAGAJuACgE5AAYAm4AKAWmADQEBgAbBaYANAQGABsFpgA0BAYAGwWmADQEBgAbBaYANAQGABsFpgA0A/YAFgcI//QFogAABKz/5AOqAAAErP/kBPIAQAN+AEQE8gBAA34ARATyAEADfgBEAiIAMgWgAGADpAAuAd7/3AFUADwBKgA8AYYALAGGADwCbABkAnwAZAGQAGQCPABkAwAAZAAA/UQAAP2AAAD9JgAA/RIAAP0EAAD7WgAA/SAAAP2eAAD89gAA/VIAAPzsAAD9MAAA/ZoAAP3YAAD9ngAA/XgAAP2GAAD9YgAA/SAAAP0ECNwAPA5DADwGgABTCOAAPAQIADgECAA4BuMAWAbuAFIIkgBSBAIATwL0ALUCiABFBV8AUAZ6AFAAAP/+AAD//gAAAAAAAP/+AAD/ywAA//YAAABpAAAAoQAAAQwAAAE7AAABUgL0ALUC+gCTA04AFQYeAG4DDgB0Ab7+zgHg//4DNf9TAb4AVwYeAG4BvgB3B2kAVQL0AG0HaQBVB2kAVQVLADsFSwA7BUsAOwObAH0DmwB9AzP/VgMz/1YH8AB1B/AAdQm0AHgJtAB4BlcAcgZXAHIEUwB0BFMAdAmfAH0JnwB9Bh4AbgYeAG4GHgBuAAAAAAffAH0FfwB3BUMAfwTUAH8DngB0BJUAeQL0AG0DNf9TBh4AbgYeAG4AAADsAAABCgAAAOwAAAEGAAAA/gAAAQYAAACAAAAArwAA/igAAP8NAAD/DQAAAMMAAAD/AAAA5QAAANAAAP9EAAD/UAAAAFIAAAD9AAABBgAA/fIEsAGkBLABogSwANwEsACCBLABGwSwAPwEsAC8BLAAnASwAJ4EsAD0BUoAUgJmAAMCZgBLBFwAVwdpAFUFfwB3AAAAwwG+/74Bvv6YAb7/PAAA/w0BvgB3AzX/UwP9//gGHgBuB2kAVQdpAFUHaQBVB2kAVQdpAFUHaQBVB2kAVQdpAFUFSwA7BUsAOwVLADsFSwA7BUsAOwVLADsFSwA7A5sAfQObAH0DmwB9A5sAfQObAH0DmwB9A5sAfQObAH0DmwB9AzP/VgMz/1YDM/9WAzP/VgMz/1YDM/9WAzP/VgMz/1YDM/9WB/AAdQfwAHUH8AB1CbQAeAm0AHgGVwByBFMAdAffAH0H3wB9B98AfQffAH0H3wB9B98AfQV/AHcFfwB3CZ8AfQ8yAHYFQwB/BUMAfwVDAH8FQwB/CZ8AfQmfAH0JnwB9CZ8AfQmfAH0JnwB9BNQAfwTUAH8E1AB/BNQAfwSVAHkElQB5BJUAeQSVAHkElQB5BN4ANwVLADsC9ABtAvQAbQL0AG0C9ABtAzX/UwM1/1MDNf9TAzX/UwM1/1MDNf9TAzX/UwM1/1MGHgBuBh7/ygYeAG4DNf9TBh4AbgYeAG4JRwB7CUcAewPvAIgC9ABtAAD/+QAA//kAAAAfAAD//QAA/9gAAABzAAD/+Qo8AFoFOABaAAAAuQAAAM8AAAChAAAASAAA//kAAP6HAqoAVANCAD4AAP/uAAAAIwVgAFYAAAENAAD/rgAA//4AAAFwA5sAfQMz/1YEsAGkBLABogSwANwEsACCBLAA2QSwALAEsAAABLAAnASwAJ4EsAD0B/AAdQm0AHgEUwB0Aw4AdAOeAHME3gA3B2kAVQdpAFUHaQBVB2kAVQdpAFUHaQBVB2kAVQVLADsFSwA7A5sAfQObAH0DM/9WB/AAdQRTAHQEUwB0BFMAdAffAH0H3wB9CZ8AfQmfAH0JnwB9A54AdAOeAHQElQB5BJUAeQSVAHkE1AB/AzP/VgMz/1YH8AB1BUsAOwVLADsH8AB1AzP/VgVLADsCGP/mAhn/uQYeAG4GHgBuBh4AbgM1/1MDNf9TCUcAewlHAHsFSwA7B/AAdQfwAHUFQwB/B2kAVQSTAHoAAAEbAAABWAAAARIAAADdAAAAfwAAAOkAAADTAAAA0wAAAIYAAADTAAAA0wAAAIYAAAEXAAAAcgAAARcAAP/YAAAA3gAAAQYAAP/kAAAAegAAAFwAAAB6AAAAXAAAAFwAAP8SAAD/EgAAAKwEqABSA+QACAWMAFIEBgBOBYwAUgQGAE4FjABSBAYATgWMAFIEBgBOBC4AUgJoADIFrABUBAgAIgWsAFQECAAkBawAVAQIACIHFgAwBiwAQARIAFED/AAcA+wAYgLiAFID7ABiAuIAVATkABgCbgAoBOQAGgJuACoE5AAaAm4AKgcI//QFogAABwj/9AWiAAAHCP/0BaIAAATyAEADfgBCBAgAIgJu/+AErP/kA6oAAAQAAAAIAAAABAAAAAgAAAACqwAAAgAAAAFVAAAD6AAAAooAAAGaAAABLAAAAAAAAAAA/+IAAP91AAD+6wAA/+IC9AB2AvQAdgQiAHQEaAB4BrAAeAjyAHgBpABYAaQARgGkACgBpAAmAvYAWAL2AEYC9gAoAvYAJgMeAEYDTgBeAu4AoAGkAGAGjABgAAAAAAAAAAAAAP/iAAD+6wAA/3UAAP/iAAD+NwKrAAAHygBYAUAAYgIgAGIDUgC0AmoAPAJoAFYGwgEKBtoAQQD8/zoFiAA/BMYAiQSsAHwECP/qBXAAWgRgADAEKAAyBFQAMgZeADQGggA2Ab7/vgI6//oHaQBVBxIAaAGG/8UB9P/PB2kAVQcSAGgBhv/FAfT/zwdpAFUHEgBoAYb/xQH0/88HaQBVBxIAaAGG/8UB9P/PB2kAVQcSAGgBhv+TAfT/zwdpAFUHEgBoAYb/kwH0/88H3wB9CAwAggJd/84DB//RB98AfQgMAIICXf/OAwf/0QVLADsFHgBuBT//0wTi/8QFSwA7BR4AbgU//9ME4v/EBUsAOwUeAG4FP//TBOL/xAVLADsFHgBuBT//0wTi/8QDmwB9A8UASwObAH0DxQBLA5sAfQPFAEsDmwB9A8UASwMz/1YCv/9SAzP/VgK//1IJnwB9CQ8AfQVG/8gEtv/ICZ8AfQkPAH0FRv/IBLb/yAmfAH0JDwB9BUb/yAS2/8gJnwB9CQ8AfQVG/2gEtv9oBJUAeQTsAHkElQB5BOwAeQGG/5MB9P/PAvQAbQMJAH4C9ABtA0QAkgOe/6MDsP/PBN4ANwQuACoDnv+yAyD/wglHAHsEkgB7CUcAewQkAHsBcQAvAXEALwJGAC8CRgAvAjIALwIyAC8CMgAuAjIALgJlAC8CZQAvAcwAMAGZAC8BmQAvAXUAJgKSAC4CkgAuBUMAfwaVAIEFRv/IBLb/yAM1/1MCxP9fAzX/UwLE/18DNf9TAsT/XwP9//gDNf9TAsT/XwM1/1MCxP9fAzX/UwLE/18GHgBuBLAAdAGG/8UB9P/PAYb/xQH0/88DXABQA8oAUASPAH4E/QB+BEr/XwS4/18ESv9fBLj/XwRK/18EuP9fBEr/XwS4/18F4ABlBdYAcAPF/70F4ABlBdYAcAPF/70GHgBuBLAAdAGG/8UB9P/PBS8AYQUvAGEEwQAtBeAAZQXgAGUFLwBhBS8AYQUvAGEEwQAtBeAAZQXgAGUFLwBhBS8AYQUvAGEEwQAtBeAAZQXgAGUFLwBhBMEALQXgAGUF4ABlBq8AYQltAGIGrwBhCW0AYgavAGEGrwBhCW0AYgY1AF8GNQBfBjUAXwdIAJ8HoABbCMoAnwegAFsHoABbB6AAWwjKAJ8JqQBuCLkAYgi5AGIFcwBhCAAAYgVzAGEIAABiBcgAYQXIAGEFyABhBosAYgW2AGUFtgBlBcgAYQaLAGIFtgBlBbYAZQY1AC0GfwBhBn8AYQZ/AGEJhQBsBkUALQfaAGUH2gBlBZUAYQWVAGEFlQBhA4gALQXAAGUFwABlBVAAYQVQAGEFUABhB0sAYgbmAGUG5gBlBS8AYQUvAGEFLwBhBMEALQXgAGUF4ABlBZMAYQfMAGIIOwBlCDsAZQUvAGEFLwBhBS8AYQTBAC0F4ABlBeAAZQObAH0DM/9WBh4AbgJYAIACWACAAlgAgAJYAIACWACAAlgAgARo/1QEaP9UBH0AnwYXAFkF1gBwBdYAcARo/1QEaP9UBH0AnwYXAFkF1gBwBdYAcARo/1QEaP9UBH0AnwYXAFkF1gBwBdYAcARo/1QEaP9UBH0AnwYXAFkF1gBwBdYAcAc4AGUHOABlBzgAZQc4AGUFvQAtCQ0AbAWMAE0HrgA1B64ANQPeAHMFUv/+BVL//gWMAFAH5ABiBGj/VARo/1QEfQCfBhcAWQXWAHAF1gBwBLAAdARo/1QEaP9UBH0AnwYXAFkF1gBwBdYAcAUl/8EFJf/BBSX/wQOD/8oEQf/PBSX/wQUl/8EFJf/BA4P/ygRB/88FJf/BBSX/wQUl/8EDg//KBEH/zwOD/8oFq//BBdr/rgWr/8EF2v+uBav/wQXa/64FmP/BBZj/wQWY/8EFmf/KBun/wQbp/8EGmP/KBun/wQbp/8EG6f/BBpj/yglt/8QIQf/JBM7/wQWp/64Ezv/BBan/rgVC/8EFQv/BBUL/wQMk/64FQv/BAyT/rgX5/8EF+f/BBfn/wQY9/3cGEv+uBQ//wQUP/8EFD//BAtv/swO5/7IE2P/BBNj/wQTY/8EDo//KBSX/wQUl/8EFJf/BA4P/ygRB/88FL//BBVn/rgOe/6MFJf/BBSX/wQUl/8EDg//KBEH/zwWq/8kDrP/PBar/yQOs/88Fqv/JA6z/zwWq/8kDrP/PCEP/yQa8/88IQ//JBrz/zwXF/3cGQf+uA8L/zgWq/8kDrP/PBar/yQOs/88BfP+TAXz/kwF8/5MJOwB0CTsAdAiUAGUIlABlCJQAZQiUAGUImgBwCJoAcAiaAHAImgBwCL4AZQi+AGUIvgBlCL4AZQi+AGUIvgBlChwAcAocAHAKHABwChwAcAY1AF8GNQBfBjUAXwdIAJ8HMP9QBzD/UAiy/1AIsv9QCRoAdAkaAHQHDwA1Bw8ANQcPADUHDwA1COQAcAjkAHAI5ABwCOQAcAmSAHQJkgB0CZIAdAmSAHQJkgB0CZIAdAnuAHAJ7gBwCe4AcAnuAHAJqwBuCasAbgmrAG4HkgCfB3r/UAd6/1AIhP9QCIT/UAWY/8EFmP/BBZj/wQWZ/8oGcv/PBnL/zwhB/8kJb//ECW//xAlv/8QJb//ECW//xAlv/8QIIP/JCCD/yQHW/z8Bvv+jBbcBKAW3AF8GP/+uC/QAbgoH/8QGP/+uBj//rgU8/8EFPP/BBTz/wQ22AG4KvP/EDUgAdA1IAHQKev/ECnr/xA4fAHQNYQBuCnv/xAp7/8QMcQBiCU//yQ/IAG4Ly//EDawAYg2dAGIJTv/JDh8AdA1hAG4Ke//EDHEAYglP/8kPWgB0DtgAYgqf/8kNPgBuDSP/xAv3/8kM0AB0C/4AYgrSAGIJX//JC1QAdArSAGILVAB0C1QAdAwXAGII+P/JC9sAbgrrAGIKpQBiCycAdAsnAHQFYP+rC5UAbgqlAGIFNP/LCOAAbgUU/8EJuv/EBdv/rg1IAHQJuv/EBdv/rgm6/8QF2/+uCbr/xAo7/8QJD//JBj//rguGAHQLBABiBj//rguGAHQKWgB0CloAdAnYAGIHOf/JC4YAdAuGAHQLhgB0C4YAdAuGAHQKWgB0CloAdA1IAHQOdAB0DUgAdA4fAHQPWgB0Dh8AdA9aAHQLJwB0CHIAdAuGAHQLhgB0CloAdAwcAHQLbQB0C4YAdAgG/8QFNP/LC1QAdArxAHQKB//EDUgAdAU0/8sKbwBiCqUAYgv0AG4OdAB0DnQAdA1IAHQLbQB0C4YAdAnI/8kIhP/JCk7/yQ4fAHQLhgB0C70AewiEAHsHpwBxC2z/VAmgAEsORwBiD1cAfwmyAH4LnwBzCuj//ghx//gHbv/4C2MAf1t8AJICWADsAXz/mQJYAQoCWADsAlgBBgF8/58CWAD+AXz/gwJYAQYBfP+7AlgAgAF8/5MCWACvAXz/uwMOAHQBvv7OAp7/bgHg//4CUQBEAzX/UwLE/18BvgBXAdYABwYeAG4EsABXAYb/vAH0/88BvgB3AdYAUAdpAFUHEgBoAYb/xQH0/88C9ABtAwkAKQdpAFUHEgBoAYb/sgH0/88HaQBVBxIAaAGG/74B9P/PBUsAOwUeAG4FP//TBOL/xAVLADsFHgBuBT//0wTi/8QFSwA7BR4AbgU//9ME4v/EA5sAfQPFAEsDmwB9A8UASwMz/1YCv/9SAzP/VgK//1IH8AB1CKIAdgSM/8wEjf/NB/AAdQiiAHYEjP/MBI3/zQm0AHgJdABiBZb/yQXI/8UJtAB4CXQAYgWW/8kFyP/FBlcAcgYEAHkEi//OBGr/uAZXAHIGBAB5BIv/zgRq/7gEUwB0A/IAPAPS/7IC7v+vBFMAdAPyADwD0v+yAu7/rwffAH0IDACCAl3/zgMH/9EFfwB3BN0AWQJd/84DB//RBUMAfwaVAIEFRv/IBLb/yATUAH8FKABsAWj/3AGV/7cDngB0BC4AYgMd/7QDtv/JBJUAeQTsAHkBhv/FAfT/zwL0AG0DCQB+A57/owMg/8IDNf9TAsT/XwYeAG4EsAB0Bh4AbgSwAHQBhv/FAfT/zwUl/zsFif8/BSX/7gWJ/+wFJQB8BYn/6gUlAHwFiQCCAagAagdVAEoGfQAxA9MAeARNAHUETAB4Bn0AMQZDAGgGDwBmBS8AdQS/AHUDiQBpBIAAbgfcAGoGOQBpB8wAcwmgAG8FbABtBEwAeAfcAGsHVQBKB1UASgZ9ADID0wB4CaAAbwZDAGgGOQBpB1UASgSAAG4HzABzBWwAbQN4AGoHlABkBMoATgeUAGQDjQB/BfIAeAOGAGoDuwBbA3gAagUiAGwEggBqBCwAagYzAG0ELABqBSIAbAN4AGoDeABqB5QAZAYzAG4EggBqBnkARgZ5AEYGwwB2BawAdgWKAHYI1AB2BnkAaQpwAHYGLwB2CNQAdgZ5AEYKcAB2BnkAaQWKAHYGLwB2A30AdAbOAHQFjwB0Bs4AdAZ7AHQDfQB0BzwAdAUNAHQDfQB0BnwAdAUmAHQETQB0B4gAdARNAHQGfAB0A30AdAN9AHQGzgB0B4gAdAZ7AHQFJgB0A30AdARNAHQC3wBvB1UASgX/AEwDmQByBbQAcwR0AHAEdABvBf8ATQayAHMGEABpBL8AdQPIAG8EgABtB9wAawXuAHYHzAByCaMAUAVsAG0EdABwB9wAawdVAEoHVQBKBf8ATQOZAHIJowBQBrIAcwXuAHYHdABNBpUAYgOCAGwEhgB1BIMAawaVAGMGmABxBkUAagTxAHgDzQBnBKcAdAgEAGoGdwAuB+oAcgnPAF0FlAA7BIMAawgEAGoHdABNB3QATQaVAGMDggBsCc8AXQaYAHEGdwAuC7QAaQ6jAEAGTQCBAdYAUAG+AHcD8gA8A9L/sgRTAHQC7v+vBxIAaAGG/8UHaQBVAfT/zwPFAEsDmwB9CAwAggJd/84H3wB9Awf/0QUeAG4FP//TBUsAOwTi/8QDCQB+A57/owL0AG0DIP/CBpUAgQ0S/7wFRv/IBUMAfwS2/8gFKABsAWj/3ATUAH8Blf+3Aq0AcQQuAGIDHf+0A54AdAO2/8kMywCBBOwAeQ3gAHsElQB5BN0AWQV/AHcELgB2A+sAfgMz/1YJdABiBZb/yQm0AHgFyP/FCKIAdgSM/8wH8AB1BI3/zQYEAHkEi//OBlcAcgRq/7gD8ACLBGEAfwSwAHQGHgBuAgn/qwHVAHMB+f+nA5EAgAII/9UDvAB9BHr/agNp/5wDzwBlAZ//ugLi/4MAif/BArT/ywHJAJ8Gy/+GAYf/xAEg/18BZP/KAV3/gwPaAFYCfP9wAhT/uACs/8EBof/EAt3/vAOpAIEBkf/GA8H//gLL/YMBwf/NAaz/SwEv/7MCa/+tAroAfAPG/9AAP/+BAS//ywFZ/70DSf+7Asb/2gQuAHYErf91AJX/wQU6/+4COv/YBNwAYgVg/4oEZ/+sAWr/kgSAAIUDvv63Ac4ATQHB/+AD8P+bAhL/wgOCAIADGP7wA2EAfwHN/24B7P+yAo/9wwGQ/yECH/9bAWT/ygUn/6YElv7UA1cAgARd/8MD6P6dA8YANQI8/5kCYv/JAHb/wQH2/YUDkwCCAd3/hwHl/84BP/+eAdn/tQLRAHEBSv/QA5z/kACI/8EBvv9gAWT/ygH6/5YGLwBoAU3/zgF1/28BZP/KA0r92gFv/8YBv//NBFgAWQSj/6oDkQB6BL7/cAG8/7oDgQB+Bnj/bQBx/8ECdv++A2AAcAHB/+ACVv/NBZoAfAXYAHAEWv/gBLT/wwLV/bABrv8hANUAYQPq/zoA5/9hAI//qwMg/80E2v/7BEf/0wLC/8sDDP+wBET/pwQW/7sBLv/mAAD/dgAA/wcAAP8TAAD/dgAA/wsAAP8VDzIAdgz4/7YAAP8MAAD8gA9BAHYAAP8WAAD/FgAA/bQB9P/JAAD+5AAA/04AAP92AAD/cgexAGIEhgCfAQT/vQAA/3YAAP4ZAAD93AJJ/78Acf/BAHH/wQJE/7wEvv/ABdr/qwRd/8MBGwBhBHv/3wVk/1wAAP7oAAD+6AAA/rYAAP66AAD+8wAA/fIAAP9EAAD/UAAA/uQAAP+JAAAAxgKKAIwAAP9KAAD/SAAAAM8AAP8yAAD/GAAA/xwAAP85AAD9lgAA/4oAAP+fAooA0gAA/IAAAP92AAD/CwAA/xUAAP8WAAD/dgAA/ugAAP66AAD/UAAA/wYAAP9oAAD/OgAA/1IAAP9SBLAArQSwALwEsADABLT/PQajAEABif93Ai//cAQ8/14BNf/GAYb/xgG7/VUE0QBsAYEALQSw/zQEZf9AAEz/tQGF/6YE+wDOAWIAUQXYAGIFZv9cA7b/HwKxAHIDOwB0ASH/hQGA/7sDPABzA+gAcwSF/rcEVv65A+3/UQFo/xUEHv9pA53/nQG8/64ENf9lBTT/YwI//04BZP/KBAv+bgIR/4oE7/+4Axf/zwHn/4wExf/IAfH/lARs/8oDzwBlBKX+uAHo/4YDIf+NAaAALQDZ/3UB4/+hAGT/dQJH/3UBjgBOAxP/xwJ+/8ABLv/PA7D/zwH//6sBRf+7Acb/wAHG/WcGxAB1BPYAYwHS/54Bmf+0AbD9ZwGd/8AGggBjBL0AYwJI/3ABYv/HAbf/xgIe/3ABNP/HAYb/xgHWAAcB1gBQAqn/9QKoACICUQBEAp7/bgHWAFAB1v5wAdb+7AI6//oD8gA8A/IAPAPyADwD8gA8A/IAPAPyADwD8gA8A9L/sgPS/7ID0v+yA9L/sgPS/7ID0v+yA9L/sgLu/68C7v+vAu7/rwLu/68C7v+vAu7/rwLu/68HEgBoBxIAaAcSAGgHEgBoBxIAaAcSAGgHEgBoBxIAaAcSAGgHEgBoBxIAaAcSAGgHEgBoBxIAaAcSAGgHEgBoBxIAaAcSAGgHEgBoAYb/xQGG/8UBhv/FAYb/xQGG/zIBhv/FAYb/YQGG/8UBhv/FAYb/xQGG/7wBhv/FAYb/xQGG/8UBhv+TAYb/kwGG/8UBhv/BAYb/xQGG/8UBhv/FAYb/xQGG/74Bhv/FAYb/sgGG/8UBhv+yAYb/xQGG/8UBhv++AYb/kwGG/8UBhv/BAYb/xQGG/7IBhv/FAYb/xQGG/8UBhv/FAYb/xQGG/8UB9P/PAfT/zwH0/88B9P/PAfT/WgH0/88B9P+sAfT/zwH0/88B9P/PAfT/zwH0/88B9P/PAfT/zwH0/88B9P/PAfT/zwH0/88B9P/PAfT/zwH0/88B9P/PAfT/zwH0/88B9P/PAfT/zwH0/88B9P/PAfT/zwH0/88B9P/PAfT/zwH0/88B9P/PAfT/zwH0/88B9P/PAfT/zwH0/88B9P/PAfT/zwPFAEsDxQBLA8UASwPFAEsDxQBLA8UASwPFAEsDxQBLA8UASwPFAEsDxQBLA8UASwPFAEsDxQBLCAwAgggMAIIIDACCCAwAgggMAIIIDACCCAwAgggMAIIIDACCAl3/zgJd/84CXf/OAl3/zgJd/84CXf/OAl3/zgJd/84CXf/OAl3/zgJd/84CXf/OAl3/zgMH/9EDB//RAwf/0QMH/9EDB//RAwf/0QMH/9EDB//RAwf/0QMH/9EDB//RAwf/0QMH/9EFHgBuBR4AbgUeAG4FHgBuBR4AbgUeAG4FHgBuBR4AbgUeAG4FHgBuBR4AbgUeAG4FHgBuBR4AbgUeAG4FHgBuBR4AbgU//9MFP//TBT//0wU//9MFP//TBT//0wU//9MFP//TBT//0wU//9MFP//TBT//0wU//9MFP//TBT//0wU//9MFP//TBOL/xATi/8QE4v/EBOL/xATi/8QE4v/EBOL/xATi/8QE4v/EBOL/xATi/8QE4v/EBOL/xATi/8QE4v/EBOL/xATi/8QDCQB+A0QAkgNEAJIDCQB+AwkAKQOe/6MDnv+jAyD/wgOw/88JDwB9CQ8AfQaVAIEJDwB9BpUAgQkPAH0JDwB9CQ8AfQaVAIEGlQCBBpUAgQaVAIEJDwB9CQ8AfQkPAH0JDwB9CQ8AfQkPAH0FRv/IBUb/yAVG/8gFRv/IBUb/yAVG/8gFRv/IBUb/yAVG/8gFRv/IBUb/yAVG/8gFRv/IBUb/yAVG/3kFRv/IBUb/yAVG/2gEtv/IBLb/yAS2/8gEtv/IBLb/yAS2/8gEtv/IBLb/yAS2/8gEtv/IBLb/yAS2/8gEtv/IBLb/yAS2/3kEtv/IBLb/yAS2/2gFKABsBSgAbAUoAGwFKABsBSgAbAUoAGwBaP+UAWj/WgFo/9wBaP/ZAWj/xgFo/34Blf+3AZX/jAGV/7cBlf+3AZX/twGV/64ELgBiBC4AYgQuAGIDHf+0Ax3/tAMd/7QDtv/JA7b/yQO2/8kE7AB5BOwAeQTsAHkE7AB5BOwAeQTsAHkE7AB5BOwAeQTsAHkE3QBZBN0AWQTdAFkE3QBZAr//UgK//1ICv/9SAr//UgK//1ICv/9SAr//UgK//1ICv/9SAr//UgK//1ICv/9SAr//UgK//1ICv/9SAr//Ugl0AGIJdABiCXQAYgl0AGIJdABiBZb/yQWW/8kFlv/JBZb/yQWW/8kFyP/FBcj/xQXI/8UFyP/FBcj/xQiiAHYIogB2CKIAdgiiAHYIogB2CKIAdgiiAHYIogB2CKIAdgiiAHYIogB2BIz/zASM/8wEjP/MBIz/zASM/8wEjP/MBIz/zASM/8wEjP/MBIz/zASM/8wEjf/NBI3/zQSN/80Ejf/NBI3/zQSN/80Ejf/NBI3/zQSN/80Ejf/NBI3/zQYEAHkGBAB5BgQAeQSL/84Ei//OBIv/zgRq/7gEav+4BGr/uALE/18CxP9fAsT/XwLE/18CxP9fAsT/XwLE/18CxP9fAsT/XwLE/18DjP/xAsT/XwLE/18CxP9fAsT/XwSwAHQEsAB0BLAAdASwAHQEsAB0BLAAdASwAHQEsAB0BLAAdASwAHQEsP+NBLAAdASwAFcEsAB0BLAAdASwAHQCCf+rAgn/qwIJ/6sCCf+rAgn/qwIJ/6sB1QBzAWr/pwFq/6cCU/+nAfb/pwFq/14CLP+nAlb/pgJT/6cCU/+nAWr/pwJS/6cBav+nAaf/pwFq/6cCiP+nAnz/pwFq/6cCeP+nAWr/pwFq/6cBav+nAfb/pwJ0/6cB9v+nAnv/pwFq/6cCfP+nAxr/pwJn/6cCdP+nAoj/pwHe/6cB+v+nAWr/pwJ8/6cB4f+nAWr/pwFq/6cBav+nAWr/pwHT/6cCZf9UAmX/VAJl/1QCZf9UAmX/VAJl/1QCZf9UAmX/VAJl/1QCZf9UAmX/VAJl/1QCZf9UAmX/VAJl/1QCZf9UAgj/1QII/9UCCP/VAgj/1QII/9UCCP/VApD/UQKQ/1ECkP9RApD/UQKQ/1ECkP9RApD/UQKQ/1ECkP9RApD/UQNY//MCkP9RApD/UQKQ/1ECkP9RBHr/agR6/2oEev9qBHr/agR6/2oEev9qA2n/nANp/5wDaf+cA2n/nANp/5wDaf+cA2n/nANp/5wDaf+cA2n/nANp/5wDaf+cA2n/nAPPAGUDzwBlA88AZQPPAGUDzwBlA88AZQPPAGUDzwBlA88AZQPPAGUDz/+WA88AZQPPABsDzwBlA88AZQPPAGUBn/9NAZ//EwGf/7oBn/+6AZ//fwGf/z0C4v+DAuL/gwLi/4MC4v+DAuL/gwLi/4MAif/BAIn/wQCJ/3EAif/BAIn/ggCJ/8EAif/BAIn/dgCJ/8EAif/BAIn/wQCJ/8EAif/BAIn/wQCJ/8EAif+OAIn/wQK0/8sCtP/LArT/ywK0/8sCtP/LArT/ywK0/8sCtP/LArT/ywK0/8sCtP/LArT/ywK0/8sCtP/LArT/ywK0/8sCtP/LArT/ywK0/8sCtP/LArT/ywK0/8sCtP/LArT/ywK0/8sCtP/LArT/ywK0/8sCtP/LArT/ywK0/8sCtP/LArT/ywK0/8sCtP/LArT/ywK0/8sCtP/LArT/ywK0/8sCtP/LAckAnwbL/4YGy/+GBsv/hgbL/4YGy/+GAYf/xAGH/4wBh//EAYf/xAGH/8QBh//EASD/XwEg/18BIP9LASD/XwEg/1cBIP9VASD+wwEg/1UBIP9fASD/XwEg/x4BIP9fASD/XwEg/18BIP6RASD++QEg/18BIP8nASD/XwEg/18BIP9fASD/XwEg/yQBIP9fASD/GAEg/18BIP8YASD/XwEg/18BIP8kASD+kQEg/18BIP8jASD/XwEg/xgBIP9fASD/XwEg/18BIP9fASD/XwEg/18BZP/KAV3/gwFd/yQBXf8pAV3/gwFd/mkBXf+DAV3/TQFd/ykBXf8pAV3/OAFd/3sBXf+DAV3/gwFd/ykBXf9/AV3/gwFd/3gBXf+DAV3/OAFd/4MBXf+DAV3/gwFd/4MBXf+DAV3/MwFd/zMBXf+DAV3/gwFd/ykBXf+DAV3/fwFd/4MBXf+DAV3/gwFd/4MBXf8pAV3/OAFd/4MBXf+DAV3/KQFd/ykD2gBWA9oAVgPaAFYD2gBWA9oAVgPaAFYD2gBWA9oAVgPaAFYD2gBWA9oAVgPaAFYD2gBWA9oAVgJ8/3ACfP9wAnz/cAJ8/3ACfP9wAnz/cAJ8/w0CfP9wAnz/cAJ8/3ACfP9oAnz/cAJ8/3ACfP9wAnz/PwJ8/0MCfP9wAnz/cAJ8/3ACfP9wAnz/cAJ8/3ACfP9uAnz/cAJ8/2ICfP9wAnz/YgJ8/3ACfP9wAnz/bgJ8/z8CfP9wAnz/bQJ8/3ACfP9iAnz/cAJ8/3ACfP9wAnz/cAJ8/3ACfP9wAhT/uACs/8EArP/BAKz/wQCs/8EArP/BAKz/wQCs/8EArP/BAKz/wQCs/8EArP/BAKz/wQCs/8EArP/BAKz/wQCs/5oArP/BAaH/xAGh/4EBof+GAaH/xAGh/sYBof/EAaH/MwGh/4YBof+GAaH/lQGh/44Bof/EAaH/xAGh/4YBof9lAaH/SwGh/7sBof95AaH/lQGh/8QBof/EAaH/xAGh/3YBof/EAaH/agGh/5ABof9qAaH/xAGh/4YBof92AaH/ZQGh/8QBof+TAaH/xAGh/2oBof+GAaH/lQGh/8QBof/EAaH/hgGh/4YC3f+8At3/vALd/7wC3f+8At3/vALd/7wC3f84At3/vALd/7wC3f+8At3/kwLd/7wC3f+8At3/vALd/2oC3f9VAt3/vALd/4MC3f+8At3/vALd/7wC3f+8At3/gALd/7wC3f90At3/vALd/3QC3f+8At3/vALd/4AC3f9qAt3/vALd/5gC3f+8At3/dALd/7wC3f+8At3/vALd/7wC3f+8At3/vAOpAIEDqQCBA6kAgQOpAIEDqQCBA6kAgQOpAIEDqQCBA6kAgQOpAIEDqf+AA6kAgQOpAFMDqQCBA6kAgQOpAIEBkf9yAZH/OAGR/8YBkf/GAZH/pAGR/0kDwf/+A8H//gPB//4Dwf/+A8H//gPB//4Dwf/+A8H//gPB//4Dwf/+A8H/wAPB//4Dwf/+A8H//gPB//4Dwf/+Asv9gwLL/YMCy/2DAsv9gwLL/YMCy/2DAsv9gwLL/YMCy/2DAsv9gwLL/YMCy/2DAsv9gwLL/YMCy/2DAsv9gwLL/YMCy/2DAcH/zQHB/8cBwf9sAcH/qAHB/wwBwf+UAcH+5AHB/5QBwf+aAcH/zQHB/6MBwf/NAcH/zQHB/8wBwf+YAcH/iQHB/80Bwf+3AcH/zQHB/80Bwf/NAcH/gAHB/7QBwf+oAcH/qAHB/80Bwf+oAcH/zQHB/6ABwf+0AcH/mAHB/6gBwf9EAcH/zQHB/6gBwf+oAcH/zQHB/80Bwf/NAcH/zAHB/6gBrP7XAaz+nQGs/0sBrP9LAaz/CQGs/rMBL/+zAmv/rQJr/60Ca/+tAmv/rQJr/60Ca/+tAroAfAK6AHwDCv+8Awn/6QK6/+4Cuv87AroAfAK6/0ECugAbArr/nwPG/9ADxv9yA8b/0APG/9ADxv/QA8b/wQA//4EAP/+BAD//gQA//4EAP/+BAD//gQA//4EAP/+BAD//gQA//4EAP/+BAD//gQA//4EAP/+BAD//gQA//4EAP/+BAS//ywFZ/7YBWf+9AVn/vQFZ/70BWf8eAVn/vQFZ/6wBWf+9AVn/vQFZ/70BWf+9AVn/vQFZ/70BWf+9AVn/vQFZ/70BWf+MAVn/vQFZ/70BWf+9AVn/vQFZ/70BWf+9AVn/vQFZ/70BWf+9AVn/vQFZ/70BWf+9AVn/vQFZ/70BWf+9AVn/vQFZ/70BWf+9AVn/vQFZ/70BWf+9AVn/vQFZ/70BWf+9A0n/uwNJ/7sDSf+7A0n/uwNJ/7sDSf+7A0n/uwLG/9oCxv/aAsb/2gPKABIDygASA8oAEgPKABIDygASA8oAEgPKABIDygASA8oAEgPKABIDygASA8oAEgPKABIDygASA8oAEgPKABIErf91BK3/dQSt/3UErf9nBK3/dQSt/3MErf91BK3/dQSt/3UErf9zBK3/dQSt/0gErf91AJX/wQCV/8EAlf/BAJX/wQCV/8EAlf/BAJX/wQCV/8EAlf/BAJX/wQCV/8EAlf/BAJX/wQCV/8EAlf/BAJX/wQCV/8EFOv/uBTr/7gU6/+4FOv/uBTr/7gU6/+4FOv/uBTr/7gU6/+4FOv/uBTr/7gU6/+4FOv/uBTr/7gU6/+4FOv/uBTr/7gI6/9gCOv/YAjr/2AI6/9gCOv/YAjr/2ATcAGIE3ABiBNwAYgTcAGIFYP+KBWD/igVg/4oFYP+KBWD/igVg/4oFYP+KBWD/igVg/4oFYP+KBWD/igRn/6wBff+SASv/kgIn/5IBzf+SASz/HwIE/5ICLv9+AhP/kgIT/5IBLP+SAir/kgFU/5IBuP+SASv/kgJg/5ICNP+SAXv/kgIx/5IBLP+SAXz/kgF7/5IBzf+SAiz/kgHN/5ICNf+SASv/kgI0/5IC8v+SAif/kgIs/5ICYP+SAb3/kgHS/5IBVP+SAjT/kgGi/5IBLP+SAXz/kgFU/5IBK/+SAZT/kgSAAIUEgACFBIAAhQSAAIUEgACFBIAAhQSAAIUEgACFBIAAhQO+/nIDvv63A77+cgO+/rcDvv63A77+twO+/rcDvv63A77+twO+/rcDvv5+A77+twO+/rcDvv63A77+fgO+/n4Dvv63A77+cgHOAE0Bwf/gAcH/4AHB/7IBwf/gAcH/fgHB/7wBwf8qAcH/vAHB/+ABwf/gAcH/hQHB/+ABwf/gAcH/4AHB/1wBwf9gAcH/4AHB/44Bwf/gAcH/4AHB/+ABwf/GAcH/iwHB/+ABwf9/AcH/4AHB/38Bwf/gAcH/yAHB/4sBwf9cAcH/4AHB/4oBwf/gAcH/fwHB/+ABwf/gAcH/4AHB/+ABwf/gAcH/4APw/5sD8P+bA/D/mwPw/5sD8P+bA/D/mwPw/5sD8P+bA/D/mwPw/5sD8P+bAhL/wgIS/8ICEv/CAhL/wgIS/7MCEv/CAhL/wgIS/8ICEv/CAhL/wgIS/8ICEv/CAhL/wgIS/8ICEv/CAhL/wgIS/8ICEv/CAhL/wgIS/8ICEv/CAhL/wgIS/8ICEv/CAhL/wgIS/8ICEv/CAhL/wgIS/8ICEv/CAhL/wgIS/8ICEv/CAhL/wgIS/8ICEv/CAhL/wgIS/8ICEv/CAhL/wgIS/8ICVv9UAlb/VAJW/1QCVv9UAlb/VAJW/1QCVv9UAlb/VAJW/1QCVv9UAlb/VAJW/1QCVv9UAlb/VAJW/1QCVv9UAxj+NgMY/vADGP42Axj+8AMY/vADGP7wAxj+8AMY/vADGP7wAxj+pAMY/kIDGP7wAxj+8AMY/vADGP5CAxj+QgMY/qQDGP42AjX+5AI1/1MCNf9TAjX/UwI1/1MCNf9TAjX/UwI1/1MCNf9TAjX/UwI1/1MCNf9TAjX/UwI1/1MCNf9TAjX/UwHN/v4Bzf7EAc3/bgHN/24Bzf8wAc3+vQHs/7IB7P+yAo/9wwGQ/yEBkP8hAZD/IQGQ/yEBkP8hAZD/IQGQ/yEBkP8hAZD/IQGQ/yEBkP8hAZD/IQGQ/yEBkP8hAZD/IQGQ/wIBkP8hAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//NgIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sBZP/KBSf/pgUn/6YFJ/+mBSf/pgUn/6YFJ/+mBSf/pgUn/6YFJ/+mBSf/pgUn/6YElv5ABJb+1ASW/kAElv7UBJb+1ASW/tQElv7UBJb+1ASW/tQElv6uBJb+TASW/tQElv7UBJb+1ASW/kwElv5MBJb+rgSW/kACK/7kAiv/VAIr/1QCK/9UAiv/VAIr/1QCK/9UAiv/VAIr/1QCK/9UAiv/VAIr/1QCK/9UAiv/VAIr/1QCK/9UBF3/wwRd/8MEXf/DBF3/wwRd/8MEXf/DBF3/wwPo/oED6P6dA+j+gQPo/p0D6P6dA+j+nQPo/p0D6P6dA+j+nQPo/p0D6P6NA+j+nQPo/p0D6P6dA+j+jQPo/o0D6P6dA+j+gQPGADUDxgA1A8YANQPGADUDxgA1A8YANQPGADUDxgA1A8YANQPGADUDxv9qA8YANQPGADUDxgA1A8YANQPGADUCPP8eAjz+5AI8/5kCPP+ZAjz/UAI8/wYCYv/JAHb/wQB2/8EAdv/BAHb/wQB2/8EAdv/BAHb/wQB2/8EAdv/BAHb/wQB2/8EAdv/BAHb/wQB2/8EAdv/BAHb/wQB2/8EB9v2FAfb9hQH2/YUB9v2FAfb9hQH2/YUDk//qA5MAggP1/7kD9P/mA5P/7AOT/z8DkwCCA5P/CQOT/s8Dk/+WAd3++QHd/r8B3f+HAd3/hwHd/ysB3f+HAeX/zgHl/84B5f/OAUr/sQFK/9ABSv/QAUr/0AFK/xgBSv/QAUr/dQFK/9ABSv/QAUr/0AFK/9ABSv/QAUr/0AFK/9ABSv+nAUr/tQFK/4cBSv/QAUr/0AFK/9ABSv/QAUr/0AFK/9ABSv/QAUr/0AFK/9ABSv/QAUr/0AFK/9ABSv/QAUr/pwFK/9ABSv/QAUr/0AFK/9ABSv/QAUr/0AFK/9ABSv/QAUr/0AFK/9ADnP+QA5z/kAOc/5ADnP+QA5z/kAOc/5ADnP+QA5z/kAOc/5ADnP+QA5z/kAOc/5ADnP+QA5z/kAOc/5ADnP+QA5z/kAOc/5ADnP+QA5z/kAOc/5ADnP+QA5z/kAOc/5ADnP+QA5z/kAOc/5ADnP+QA5z/kAOc/5ADnP+QA5z/kAOc/5ADnP+QA5z/kAOc/5ADnP+QA5z/kAOc/5ADnP+QA5z/kACI/8EAiP/BAIj/qQCI/8EAiP+vAIj/wQCI/8EAiP+jAIj/wQCI/8EAiP/BAIj/wQCI/8EAiP/BAIj/wQCI/4AAiP/BAb7/YAG+/2ABvv7SAb7/DgG+/2ABvv7cAb7+SgG+/twBvv8AAb7/YAG+/qUBvv9gAb7/YAG+/2ABvv58Ab7+gAG+/2ABvv6uAb7/YAG+/2ABvv9gAb7+5gG+/qsBvv8OAb7+nwG+/2ABvv6fAb7/CQG+/ugBvv6rAb7+fAG+/w4Bvv6qAb7/YAG+/p8Bvv8OAb7/YAG+/2ABvv9gAb7/YAG+/w4BZP/KAiP/lgJ4/5YCvf+WAjL/lgJN/zwCRv+WApD/lgJe/5YCZf+WAln/lgJs/5YB+/+WAfv/lgJe/5YCwv+WAo7/lgH7/5YCif+WAln/lgIR/5YB+/+WAjL/lgKG/5YCMv+WAo7/lgJU/5YCjv+WAzT/lgJe/5YChv+WAsL/lgIy/5YCNf+WAfv/lgKO/5YCXv+WAln/lgIR/5YB+/+WAl7/lgJe/5YGLwBoBi8AaAYvAGgGLwBoBi8AaAYvAGgGLwBoBi8AaAYvAGgGLwBoBi8AaAYvAGgGLwBoBi8AaAYvAGgGLwBoBi8AaAYvAGgGLwBoAU3/zgFN/7cBTf+8AU3/zgFN/vwBTf/OAU3/bQFN/7wBTf+8AU3/ywFN/8gBTf/OAU3/zgFN/7wBTf+fAU3/owFN/84BTf/OAU3/ywFN/84BTf/OAU3/zgFN/84BTf/OAU3/wgFN/8YBTf/CAU3/zgFN/7wBTf/OAU3/nwFN/84BTf/NAU3/zgFN/8IBTf+8AU3/ywFN/84BTf/OAU3/vAFN/7wBdf9vAXX/UgF1/voBdf82AXX+lwF1/wQBdf5yAXX/BAF1/ygBdf9mAXX+zQF1/28Bdf9vAXX/VwF1/qQBdf6oAXX/bwF1/tYBdf9mAXX/bwF1/28Bdf8OAXX+0wF1/zYBdf7HAXX/YQF1/scBdf8xAXX/EAF1/tMBdf6kAXX/NgF1/tIBdf9vAXX+xwF1/zYBdf9mAXX/bwF1/28Bdf9XAXX/NgFk/8oDSv3aA0r92gNK/doDSv3aA0r92gNK/doDSv3aA0r92gNK/doDSv3aA0r92gNK/doDSv3aA0r92gNK/doDSv3aA0r92gNK/doBb//GAW//xgFv/2wBb/+oAW//FgFv/5QBb/7kAW//lAFv/5oBb//GAW//owFv/8YBb//GAW//xgFv/5gBb/+JAW//xgFv/7cBb//GAW//xgFv/8YBb/+AAW//tAFv/6gBb/+oAW//xgFv/6gBb//GAW//oAFv/7QBb/+YAW//qAFv/0QBb//GAW//qAFv/6gBb//GAW//xgFv/8YBb//GAW//qAG//80Bv/+lAb//qgG//80Bv/7qAb//zQG//1sBv/+qAb//qgG//7kBv/+2Ab//zQG//80Bv/+qAb//jQG//5EBv//HAb//vwG//7kBv//NAb//zQG//80Bv/+8Ab//zQG//7ABv/+0Ab//sAG//80Bv/+qAb//vAG//40Bv//NAb//uwG//80Bv/+wAb//qgG//7kBv//NAb//zQG//6oBv/+qBFgAWQRYAFkEWABZBFgAWQRYAFkEWABZBFgAWQRYAFkEWABZBKP/qgSj/6oEo/+qBKP/qgSj/6oEo/+qBKP/qgSj/6oEo/+qBKP/qgSj/6oEo/+qBKP/qgSj/6oEo/+qBKP/qgSj/6oCZf9OAmX/TgJl/04CZf9OAmX/TgJl/04CZf9OAmX/TgJl/04CZf9OAmX/TgJl/04CZf9OAmX/TgJl/04CZf9OBL7/cAS+/3ABvP+6Abz/lAG8/7oBvP+6Abz/ugG8/7oCWP9SAlj/UgJY/1ICWP9SAlj/UgJY/1ICWP9SAlj/UgJY/1ICWP9SAlj/UgJY/1ICWP9SAlj/UgJY/1ICWP9SBnj/bQZ4/20GeP9tBnj/bQZ4/20Acf/BAHH/wQBx/8EAcf/BAHH/wQBx/8EAcf/BAHH/wQBx/8EAcf/BAHH/wQBx/8EAcf/BAHH/wQBx/8EAcf+YAHH/wQJ2/74Cdv++Anb/vgJ2/74Cdv++Anb/vgJ2/3oCdv++Anb/vgJ2/74Cdv++Anb/vgJ2/74Cdv++Anb/rAJ2/7sCdv++Anb/vgJ2/74Cdv++Anb/vgJ2/74Cdv++Anb/vgJ2/74Cdv++Anb/vgJ2/74Cdv++Anb/vgJ2/6wCdv++Anb/vgJ2/74Cdv++Anb/vgJ2/74Cdv++Anb/vgJ2/74Cdv++A2AAcANgAHADYABwA2AAcANgAHADYABwA2AAcANgAHADYABwA2AAcANg/6kDYABwA2AAcANgAHADYABwA2AAcAHB/+ABwf/gAcH/sgHB/+ABwf9+AcH/vAHB/yoBwf+8AcH/4AHB/+ABwf+FAcH/4AHB/+ABwf/gAcH/XAHB/2ABwf/gAcH/jgHB/+ABwf/gAcH/4AHB/8YBwf+LAcH/4AHB/38Bwf/gAcH/fwHB/+ABwf/IAcH/iwHB/1wBwf/gAcH/vAHB/+ABwf9/AcH/4AHB/+ABwf/gAcH/4AHB/+ABwf/gAlb/zQJW/80CVv/NAlb/zQJW/80CVv/NAlb/sQJW/8kCVv/NAlb/zQJW/80Ebv9QBG7/UARu/1AEbv9QBG7/UARu/1AEbv9QBG7/UARu/1AEbv9QBG7/UARu/1AEbv9QBG7/UARu/1AEbv9QBdgAcAXYAHAF2ABwBdgAcAXYAHAF2ABwBdgAcAXYAHAF2ABwBdgAcAXY/6kF2ABwBdgAcAXYAHAF2ABwBdgAcARa/+AEWv/gBFr/4ARa/+AEWv/gBFr/4ARa/+AEWv/gBFr/4ARa/+AEWv/gBFr/4ARa/+AEWv/gBFr/4ARa/+AEWv/gBFr/4ARa/+AEWv/gBFr/4ARa/+AEWv/gBFr/4ARa/+AEWv/gBFr/4ARa/+AEWv/gBFr/4ARa/+AEWv/gBFr/4ARa/+AEWv/gBFr/4ARa/+AEWv/gBFr/4ARa/+AEWv/gBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sAGu/yEBrv8hAa7+wwGu/yEBrv7UAa7/IQGu/wQBrv7IAa7/IQGu/yEBrv8hAa7/IQGu/yEBrv8hAa7/IQGu/poBrv8hANUAYQDVAGEA1QBUANUAYQDVAGEA1QBhANUAYQDVAFkA1QBhANUAYQDVAGEA1QBhANUAYQDVAGEA1QBhANUAKwDVAGED6v86A+r/OgPq/zoD6v86A+r/OgPq/zoDIP/NAyD/zQMg/80DIP/NAyD/zQMg/80DIP/NBNr/+wTa//sE2v/7BNr/+wTa//sE2v/7BNr/+wTa//sE2v/7BNr/+wTa//sE2v/7BNr/+wTa//sE2v/7BNr/+wTa//sER//TBEf/0wRH/9MER//TBEf/0wRH/9MER//TBEf/0wRH/9MER//TBEf/0wRH/9MER//TBEf/0wRH/9MER//TBEf/0wLC/8sCwv/LAsL/ywLC/8sCwv/LAsL/ywLC/60Cwv/FAsL/ywLC/8sCwv/LAwz/sAMM/7ADDP+wAwz/sAMM/7ADDP+wAwz/sAMM/7ADDP+wAwz/sAMM/7AERP+nBET/pwRE/6cERP+nBET/pwQW/7sEFv+7BBb/uwQW/7sEFv+7Ahn/5gKf/+YChf+ZAYP/1QJ0/2QByf/VAcD/EQKF/9UChf/HAoH/5gHv/54BL//mAef/5gKF/+YB8v9DAf//fwHs/+YB+/+tAoH/5gIG/+YB3v/mAWH/rQH3/6oBYf/VAnv/ngJ7/+YB//+eArf/5gKF/+EB9/+qAfL/QwHe/9UBZf9xAS//5gH//54Chf/VAoH/5gIG/+YBL//mAoX/5gKF/9UB9P/JAfT/yQH0/8kB9P/JAfT/YAH0/8kB9P91AfT/yQH0/8kB9P/JAfT/yQH0/8kB9P/JAfT/yQH0/6cB9P+rAfT/yQH0/8kB9P/JAfT/yQH0/8kB9P/JAfT/yQH0/8kB9P/JAfT/yQH0/8kB9P/JAfT/yQH0/8kB9P+nAfT/yQH0/8kB9P/JAfT/yQH0/8kB9P/JAfT/yQH0/8kB9P/JAfT/yQexAGIHsQBiB7EAYgexAGIHsQBiB7EAYgexAGIHsQBiB7EAYgexAGIHsQBiBIYAnwKA/78CqP+/Aqj/vwKA/78DGv+/Akf/vwJM/50CqP+/Aqj/vwKo/78CSf+/Akn/vwJJ/78CqP+/AoD/vwKA/78CSf+/AoD/vwKo/78CSf+/Akn/vwJJ/78CgP+/Akn/vwKo/78CqP+/AoD/vwMR/78CqP+/AoD/vwKA/78CSf+/Akn/vwJG/78CgP+/Aqj/vwKo/78CSf+/Akn/vwKo/78CqP+/AHH/wQBx/8EAcf9fAHH/wQBx/2UAcf/BAHH/oABx/1kAcf/BAHH/wQBx/8EAcf/BAHH/wQBx/8EAcf/BAHH/NgBx/8EAcf/BAHH/wQBx/0kAcf/BAHH/WgBx/8EAcf+oAHH/TgBx/8EAcf/BAHH/wQBx/8EAcf/BAHH/wQBx/8EAcf8+AHH/wQJE/7wEvv/ABL7/wAXa/6sF2v+rBdr/qwXa/6sF2v+rBdr/qwXa/6sF2v+rBdr/qwXa/6sF2v+rBdr/qwXa/6sF2v+rBdr/qwXa/6sF2v+rBF3/wwRd/8MEXf/DBF3/wwRd/8MEXf/DBF3/wwEbAGEBGwBhARsAYQEbAGEBGwBhARsAYQEbAGEBGwBhARsAYQEbAGEBGwBhARsAYQEbAGEBGwBhARsAYQEbAGEBGwBhBHv/3wVk/ugFZP35BWT+6AVk/fQFZP9cBWT/XAVk/eYFZP3qBWT/XAVk/1YFZP70BWT9+QVk/1wFZP9cBWT+9AVk/vQFZP9WBWT+6AS0/ykEtP89BLT/KQS0/z0EtP89BLT/PQS0/z0EtP89BLT/PQS0/z0EtP81BLT/PQS0/z0EtP89BLT/NQS0/zUEtP89BLT/KQajAEAGowBABqMAQAajAEAGowBABqMAQAajAEAGowBABqMAQAajAEAGowBABqMAQAajAEAGowBABqMAQAajAEAGowBABqMAQAGJ/3cBif93AYn/dwGJ/3cBif93AYn/dwIv/1ACL/8WAi//cAIv/3ACL/9wAi//cAQ8/0cEPP9eBDz/RwQ8/14EPP9eBDz/XgQ8/14EPP9eBDz/XgQ8/14EPP9TBDz/XgQ8/14EPP9eBDz/UwQ8/1MEPP9eBDz/RwE1/08BNf8VATX/xgE1/8YBNf+BATX/JwGG/8IBhv+IAYb/xgGG/8YBhv/GAYb/lwG7/VUBu/1VAbv9VQG7/VUBu/1VAbv9VQTRAGwE0QBsBNEAbATRAGwE0QBsBNEAbAGBAC0BgQAtAlP/9AJTACICGAAjAkn/bgGBAC0Bgf5wAYH/UAH5//oEsP8UBLD/NASw/xQEsP80BLD/NASw/zQEsP80BLD/NASw/zQEsP80BLD/IASw/zQEsP80BLD/NASw/yAEsP8gBLD/NASw/xQEZf8UBGX/QARl/xQEZf9ABGX/QARl/0AEZf9ABGX/QARl/0AEZf9ABGX/IARl/0AEZf9ABGX/QARl/yAEZf8gBGX/QARl/xQATP+1AYX/pgGF/4IBhf+mAYX/pgGF/6YBhf+FBPsAzgT7AM4E+wDOBPsAzgT7AM4E+wDOAWIAEQFiAFECJv/1AiUAIgIeAEMCLv9oAWIAUQFi/moBYv72AdT/+gVm/uoFZv9cBWb+6gVm/1wFZv9cBWb/XAVm/1wFZv9cBWb/XAVm/1gFZv72BWb/XAVm/1wFZv9cBWb+9gVm/vYFZv9YBWb+6gO2/okDtv8fA7b+iQO2/x8Dtv8fA7b/HwO2/x8Dtv8fA7b/HwO2/vcDtv6VA7b/HwO2/x8Dtv8fA7b+lQO2/pUDtv73A7b+iQKxAHICsQCvArEAdAKxAHICsf+xAzsAdAM7AHQDOwB0AzsADAM7AHQDOwB0AzsAdAM7AAwDOwB0AzsADAM7AHQDOwB0AzsAdAM7AHQBIf75ASH+vwEh/4UBIf+FASH/KwEh/wUBgP89AYD/AwGA/7sBgP+7AYD/bwGA/xoDPABzAzwAkgM8AGUDPABzAzz/rgPoAHMD6ABzA+gAcwPoAHMD6ABzA+gAcwPoAHMD6ABzA+gAcwPoAHMD6ABzA+gAcwPoAHMD6ABzBIX+KwSF/rcEhf4rBIX+twSF/rcEhf63BIX+twSF/rcEhf63BIX+mQSF/jcEhf63BIX+twSF/rcEhf43BIX+NwSF/pkEhf4rBFb+SARW/rkEVv5IBFb+uQRW/rkEVv65BFb+uQRW/rkEVv65BFb+tgRW/lQEVv65BFb+uQRW/rkEVv5UBFb+VARW/rYEVv5IA+3/UQPt/1ED7f9RA+3/UQPt/1ED7f9RA+3/UQFo/xUBaP8VAWj/FQFo/wwBaP8VAWj/FQFo/xUBaP8VAWj/FQFo/xUBaP8VAWj+7QFo/xUEHv9pBB7/aQQe/2kEHv9pBB7/aQQe/2kEHv9pBB7/aQQe/2kEHv9pBB7/aQQe/2kEHv9pBB7/aQQe/2kEHv9pBB7/aQOd/50Dnf+dAbz/rgQ1/2UENf9lBDX/ZQQ1/2UENf9lBDX/ZQQ1/2UENf9lBDX/ZQQ1/2UENf9lBTT/YwU0/2MFNP9jBTT/YwU0/2MCP/9OAWT/ygQL/hYEC/5uBAv+FgQL/m4EC/5uBAv+bgQL/m4EC/5uBAv+bgQL/m4EC/4iBAv+bgQL/m4EC/5uBAv90gQL/iIEC/5uBAv9xgIR/4oCEf+KAhH/igIR/4oCEf+KAhH/igIR/y0CEf+KAhH/igIR/4oCEf+IAhH/igIR/4oCEf+KAhH/XwIR/zwCEf+KAhH/agIR/4oCEf+KAhH/igIR/4oCEf9nAhH/igIR/1sCEf+KAhH/WwIR/4oCEf+KAhH/ZwIR/18CEf+KAhH/igIR/4oCEf9bAhH/igIR/4oCEf+KAhH/igIR/4oCEf+KBO//uATv/7gE7/+4BO//uATv/7gE7/+4BO//uATv/7gE7/+4BO//uATv/7gE7/+4BO//uATv/7gE7/+4BO//uATv/7gDF//PAxf/zwMX/88B5/+MAef/jAHn/4wB5/8GAef/dQHn/xIB5/+MAef/jAHn/3UB5/8SAef/jAHn/ucB5/91BMX/yATF/8gExf/IBMX/yATF/8gExf/IBMX/yAHx/zcB8f79AfH/lAHx/5QB8f9pAfH/FwRs/8oEbP/KA88AZQPPAGUDzwBlA88AZQPPAGUDzwBlA88AZQPPAGUDzwBlA88AZQPP/5YDzwBlA88AGwPPAGUDzwBlA88AZQSl/hAEpf64BKX+EASl/rgEpf64BKX+uASl/rgEpf64BKX+uASl/n4Epf4cBKX+uASl/rgEpf64BKX+HASl/hwEpf5+BKX+EAHo/2IB6P8oAej/hgHo/4YB6P+GAej/UwMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAaAALQDZ/3UB4/+hAeP/oQHj/6EB4/+hAeP/bgHj/6EB4/97AeP/oQHj/6EB4/+hAeP/oQHj/6EB4/+hAeP/oQHj/6EB4/+hAeP/oQHj/6EB4/+hAeP/oQHj/6EB4/+hAeP/oQHj/6EB4/+hAeP/oQHj/6EB4/+hAeP/oQHj/6EB4/+hAeP/oQHj/6EB4/+hAeP/oQHj/6EB4/+hAeP/oQHj/6EB4/+hAeP/oQBk/3UCR/91AY4AGwGOAE4CXf/1AlwAIgJdAEECVv9UAY4ATgGO/lYBjv8AAfz/+gMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAn7/wAJ+/8ACfv/AAn7/wAJ+/5sCfv/AAn7/wAJ+/8ACfv/AAn7/wAJ+/8ACfv/AAn7/wAJ+/8ACfv/AAn7/wAJ+/8ACfv/AAn7/wAJ+/8ACfv/AAn7/wAJ+/8ACfv/AAn7/wAJ+/8ACfv/AAn7/wAJ+/8ACfv/AAn7/wAJ+/8ACfv/AAn7/wAJ+/8ACfv/AAn7/wAJ+/8ACfv/AAn7/wAJ+/8ABLv/PAS7/zwOw/88DsP/PAf//qwH//6sB//+rAf//qwH//6sB//+rAUX/jwFF/1UBRf+7AUX/tgFF/7sBRf+AAcb/wAHG/5ABxv/AAcb/wAHG/8ABxv+3Acb9ZwHG/WcBxv1nAcb9ZwHG/WcBxv1nBsQAdQbEAHUGxAB1BsQAdQbEAHUGxAB1BsQAdQbEAHUGxAB1BsQAdQbEAHUGxAB1BsQAdQbEAHUGxAB1BsQAdQbEAHUGxAB1BPYAYwT2AGME9gBjBPYAYwT2AGME9gBjAZn/lAGZ/1oBmf+0AZn/tAGZ/7QBmf9xAbD9ZwGw/WcBsP1nAbD9ZwGw/WcBsP1nAZ3/wAGd/5ABnf/AAZ3/wAGd/8ABnf+rBoIAYwaCAGMGggBjBoIAYwaCAGMGggBjBoIAYwaCAGMGggBjBoIAYwaCAGMGggBjBoIAYwaCAGMGggBjBoIAYwaCAGMGggBjBL0AYwS9AGMEvQBjBL0AYwS9AGMEvQBjAkj/UAJI/xYCSP9wAkj/cAJI/3ACSP9wAWL/TwFi/xUBYv/HAWL/xwFi/4EBYv88Abf/xgG3/5IBt//GAbf/xgG3/8YBt/+SAh7/UAIe/xYCHv9wAh7/cAIe/3ACHv9wATT/TwE0/xUBNP/HATT/xwE0/4EBNP9GAYb/xgGG/5IBhv/GAYb/xgGG/8YBhv+WAOf/YQDn/2EA5/9hAOf/YQDn/2EA5/9hAOf/YQDn/2EA5/9hAOf/YQDn/2EA5/9hAOf/YQDn/2EA5/9hAOf/YQDn/2EAj/+rAI//qwCP/10Aj/+mAI//YwCP/6sAj/+eAI//VwCP/6sAj/+rAI//qwCP/6sAj/+rAI//qwCP/6sAj/80AI//qw0S/7wM+P+2D0EAdgG+AFQBvv85AYb/pwGG/7sBhv+7AYb/xQGG/8UBhv+sAYb/rAGG/7YBhv+sAYb/rAGG/6wBhv+sAYb/rAGG/7kBhv7sAYb/rQGG/7YBhv+MAYb/rAGG/8UBhv+7AYb/xQFq/6cBav+nAWr/pwFq/6cBav+nAWr/pwFq/6cBav+nAWr/pwFq/6cBav+nAWr/pwFq/6cBav+nAWr/DgFq/6cBav+nAWr/pwFq/6cBav+nAWr/pwFq/6cBXf9WAV3/agFd/2oBXf+DAV3/gwFd/1sBXf9bAV3/gwFd/1sBXf9bAV3/WwFd/1sBXf9bAV3/gwFd/psBXf9lAV3/ZQFd/3gBXf9bAV3/gwFd/2oBXf+DAnz/cAJ8/3ACfP9wAnz/cAJ8/3ACfP9wAnz/cAJ8/3ACfP9wAnz/cAJ8/3ACfP9wAnz/cAJ8/24CfP9wAnz/YgJ8/3ACfP9wAnz/cAJ8/3ACfP9wAnz/cAGh/4EBof+VAaH/lQGh/8QBof/EAaH/hgGh/4YBof/EAaH/hgGh/4YBof+GAaH/hgGh/4YBof92AaH+xgGh/2oBof+QAaH/uwGh/4YBof/EAaH/lQGh/8QBav+SAWr/kgFq/5IBav+SAWr/kgFq/5IBav+SAWr/kgFq/5IBav+SAWr/kgFq/5IBav+SAWr/kgFq/x8Bav+SAWr/kgFq/5IBav+SAWr/kgFq/5IBav+SAcH/4AHB/+ABwf/gAcH/4AHB/+ABwf/gAcH/yAHB/+ABwf+yAcH/4AHB/+ABwf/gAcH/vAHB/4sBwf9+AcH/fwHB/+ABwf/gAcH/4AHB/+ABwf/gAcH/4AIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sCH/9bAh//WwIf/1sBSv/QAUr/0AFK/9ABSv/QAUr/0AFK/9ABSv/QAUr/sAFK/9ABSv/QAUr/0AFK/9ABSv/QAUr/0AFK/xkBSv/QAUr/0AFK/4YBSv/QAUr/0AFK/9ABSv/QAfr/lgH6/5YB+v+WAfr/lgH6/5YB+v+WAfr/lgH6/5YB+v+WAfr/lgH6/5YB+v+WAfr/lgH6/5YB+v8yAfr/lgH6/5YB+v+WAfr/lgH6/5YB+v+WAfr/lgFN/7cBTf/LAU3/ywFN/84BTf/OAU3/vAFN/7wBTf/OAU3/vAFN/7wBTf+8AU3/vAFN/7wBTf/OAU3+/AFN/8IBTf/GAU3/zgFN/7wBTf/OAU3/ywFN/84Bwf/gAcH/4AHB/+ABwf/gAcH/4AHB/+ABwf/fAcH/4AHB/8kBwf/gAcH/4AHB/+ABwf/TAcH/ogHB/1IBwf+WAcH/4AHB/+ABwf/gAcH/4AHB/+ABwf/gBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwS0/8MEtP/DBLT/wwLV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bAC1f2wAtX9sALV/bABLv/mAS7/5gEu/+YBLv/mAS7/5gEu/9UBLv/hAS7/5gEu/5kBLv/HAS7/5gEu/+YBLv/VAS7/qgEu/2QBLv+eAS7/5gEu/+YBLv/VAS7/1QEu/+YBLv/mAkn/vwJJ/78CSf+/Akn/vwJJ/78CSf+/Akn/vwJJ/78CSf+/Akn/vwJJ/78CSf+/Akn/vwJJ/78CSf+XAkn/vwJJ/78CSf+/Akn/vwJJ/78CSf+/Akn/vwIR/4oCEf+KAhH/igIR/4oCEf+KAhH/igIR/4oCEf+KAhH/igIR/4oCEf+KAhH/igIR/4oCEf9nAhH/igIR/1sCEf+KAhH/igIR/4oCEf+KAhH/igIR/4oDIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAyH/jQMh/40DIf+NAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwMT/8cDE//HAxP/xwGG/8UB+f+nAV3/gwJ8/3ABof/EAWr/kgHB/+ACH/9bAUr/0AH6/5YBTf/OAdr/4AS0/8MC1f2wAS7/5gJJ/78CEf+KAyH/jQMT/8cDDP/xAwz/8QMM//EDDP/xAaoAXwJY/7oCWP+6AAD/lwJY/7oCWADAAlgAvgJYAEgCWAASAlgAbQJYAFsCWAA0AlgAIQJYACICWABWAlgAwAJYAL4CWABIAlgAEgJYAEYCWAAtAlgAFAJYACECWAAiAlgAVgJYACsCWAA0AlgANwAA/0oAAP77AAABmgJY/7oCWP+6BAgAOAVKA7kCv//dA8MAjgP7AI4D+wCOA94AjgF8/7sGTQCBArz/uwXc/7oJxP/IBIz/zASM/8wEjP/MBIz/zASM/8wEjP/MBIz/zASM/8wEjP/MBIz/zASM/8wFlv/JBZb/yQWW/8kFlv/JBZb/yQlHAHsEkgB7A2sAewXc/9MF3P/PBJIAewNrAHsEkgB7A2sAewSSAHsDawB7Bdz/0wXc/9MF3P/TBdz/0wXc/9MF3P/TBdz/0wXc/9MF3P/TBdz/0wXc/9MF3P/PBdz/zwXc/88F3P/PBdz/zwLzAHsDAgBQBlT+9QZU/k4B9P/4BlT/TgZU/YEGVP0pBlT9gQZU/SkGVP2BBlT9gQZU/YEGVP2BBlT9gQZU/YEGVP2BBlT9NQZU/YEGVP2BBlT9gQZU/O8GVP01BlT9gQZU/OMGVP71BlT+9QZU/hEGVP5NBlT+9QZU/hsGVP2JBlT+GwZU/j8GVP71BlT95AZU/vUGVP71BlT+9QZU/bsGVP2/BlT+9QZU/e0GVP71BlT+9QZU/vUGVP4lBlT96gZU/k0GVP3eBlT+9QZU/d4GVP6sBlT+JwZU/eoGVP27BlT+TQZU/ekGVP71BlT93gZU/k0GVP71BlT+9QZU/vUGVP71BlT+TQLz/8IC8//wAvMAewZU/tMGVP6ZBlT/TgZU/04GVP8FBlT+swZU/k4GVP5OBlT+TgZU/cgGVP43BlT91AZU/k4GVP5OBlT+NwZU/dQGVP5OBlT9qQZU/jcBBQB8CEP/swhD/54IQ/+1AQX/wgEF//ABBQB8CEP/tQhD/7UIQ/+1CEP/swhD/7MIQ/+zCEP/swhD/7MIQ/+zCEP/swhD/7MIQ/+zCEP/swhD/7MIQ/+zCEP/swhD/7MIQ/+zCEP/swhD/7MIQ/+eCEP/nghD/54IQ/+eCEP/nghD/54IQ/+eCEP/uAhD/7gIQ/+4CEP/sghD/7IIQ/+yCEP/sgTeADcDnv+yA57/sgQuACoELgAqAyD/wgMg/8IELgAqA4L/0AOC/9ADgv/QBgr/0AYK/9AAAP8NA4QBMgOEATADhACSA4QASgOEAMQDhACrA4QAeAOEAF4DhABgA4QApQOEATIDhAEwA4QAkgOEAEoDhACPA4QAbgOEAE0DhABeA4QAYAOEAKUDhABsA4QAeAOEAHsBcgBQAjr/bgHtAEQBcgAHAXIAUAHW//oBcv5wAXL+7AFyAFACRAAiAkX/9QAA/0QIQ/+4CEP/uAcSAGgBhv/FAfT/zwFq/6cCtP/LASD/XwFd/2wCfP9wAaH/rwLd/7wBwf/NAVn/gAFq/5IBwf/gAhL/wgIf/1sBSv97A5z/kAG+/2AB+v+WBi8AaAFN/80Bdf9oAW//xgG//7sCdv++AcH/4ARa/+AEtP/DAtX9sAEu/+YB9P/JAkn/vwIR/4oDIf+NAeP/oQMT/8cCfv/AAYb/xQFq/6cBXf9sAnz/cAGh/68Bav+SAcH/4AIf/1sBSv96Afr/lgFN/80Bwf/gBLT/wwLV/bABLv/mAkn/vwIR/4oDIf+NAxP/xwZU/vUAAP9ED4AAPAAA/1AC5QC+A0kAvQOwAFwEYwBcA1MAkAP0AJQD8gBeBDkAYAQ5AGMDgQBdAuUAvgNJAL0DsABcBGMAXAO2AFwDygA+A/sAKwQ5AGAEOQBjA4EAXQPeAEQD8gBeA9kAVQN9AEQDZv/6Ad7/wgHe/8IB3v+zAd7/uAHe/8IB3v74Ad7/wgHe/5cB3v+4Ad7/uAHe/8IB3v/BAd7/wgHe/8IB3v+4Ad7/lwHe/4kB3v/CAd7/twHe/8IB3v/CAd7/wgHe/8IB3v+0Ad7/wgHe/6gB3v/CAd7/qAHe/8IB3v+4Ad7/tAHe/5cB3v/CAd7/wgHe/8IB3v+oAd7/uAHe/8IB3v/CAd7/wgHe/7gB3v+4Ad7/swHe/8IB3v/CAd7/wgHe/8IB3v+4Ad7/uAHe/8IB3v+4Ad7/uAHe/7gB3v+4Ad7/uAHe/7QB3v74Ad7/qAHe/8IB3v/CAd7/uAHe/8IB3v/CAd7/wgVDAH8GlQCBBUMAfwaVAIEFQwB/BpUAgQVDAH8GlQCBBUMAfwaVAIEFQwB/BpUAgQVDAH8GlQCBBUMAfwaVAIEFQwB/BpUAgQVDAH8GlQCBBUMAfwaVAIEFQwB/BpUAgQmfAH0JDwB9C/wAPAz6ADwAvv+2AoAAewGkAL8BpP/oAaT/pwGk/4oBpP/GAaT+7AGk/5QBpP8CAaT/lAGk/6wBpP+7AaT/XQGkAL8BpP+4AaT/rAGk/zQBpP8lAaT/WgGk/1MBpP+7AaT/qAGk/6gBpP+eAaT/UAGk/8YBpP9EAaT/tgGk/0QBpP9dAaT/oAGk/1ABpP80AaT/qAGk/2IBpAC/AaT/RAG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"; + const doc = new jsPDF({filters: ['ASCIIHexEncode']}); + + doc.addFileToVFS("Amiri-Regular.ttf", AmiriRegular); + doc.addFont('Amiri-Regular.ttf', 'Amiri', 'normal'); + + doc.setFont('Amiri'); // set font + doc.setFontSize(10); + + doc.text("إذا لم تستح فاصنع ما شئت", 10, 10); + + comparePdf(doc.output(), 'arabic.pdf', 'unicode') + + }); + + xit('simple pdf with arabic text, right aligned', function() { + const AmiriRegular = "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"; + const doc = new jsPDF({filters: ['ASCIIHexEncode']}); + + doc.addFileToVFS("Amiri-Regular.ttf", AmiriRegular); + doc.addFont('Amiri-Regular.ttf', 'Amiri', 'normal'); + + doc.setFont('Amiri'); // set font + doc.setFontSize(10); + + doc.text(["إذا لم تستح فاصنع ما شئت", "إذا لم تستح", "فاصنع ما شئت"], 200, 10, {align: 'right'}); + + comparePdf(doc.output(), 'arabic-3lines-right.pdf', 'unicode') + + }); +}) diff --git a/tests/autoprint/standard.spec.js b/spec/autoprint.spec.js similarity index 93% rename from tests/autoprint/standard.spec.js rename to spec/autoprint.spec.js index 9ad4cf2f0..d0e43431e 100644 --- a/tests/autoprint/standard.spec.js +++ b/spec/autoprint.spec.js @@ -4,7 +4,7 @@ * Standard spec tests */ -describe('Autoprint', () => { +describe('Module: Autoprint', () => { it('should generate an autoprinting document with non-conform variant ', () => { const doc = jsPDF() doc.text(10, 10, 'This is a test') diff --git a/spec/base64.spec.js b/spec/base64.spec.js new file mode 100644 index 000000000..079071834 --- /dev/null +++ b/spec/base64.spec.js @@ -0,0 +1,74 @@ + +/* global describe, it, jsPDF, expect */ +/** + * Standard spec tests + */ + +describe('Module: addimage bas64Validation', () => { + var global = (typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); + + if (global.isNode !== true) { + it('addImage: base64 validation in use with addImage-Call', () => { + var doc = new jsPDF(); + var canvas = document.createElement('canvas'); + canvas.width = 100; + canvas.height = 100; + var ctx = canvas.getContext("2d"); + var image = ctx.getImageData(0, 0, canvas.width, canvas.height); + var data = image.data; + for (var i = 0; i < data.length; i++) { + data[i] = Math.random() * 255; + } + ctx.putImageData(image, 0, 0); + + + expect(function () { doc.addImage(canvas, 10, 10) }).not.toThrow(); + }); + } + + it('addImage: extractInfoFromBase64DataURI v1', () => { + var blackpixel = 'data:image/jpeg;base64,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'; + + const doc = new jsPDF('p', 'pt', 'a4', false); + const data = doc.extractInfoFromBase64DataURI(blackpixel); + expect(data[1]).toBe("image/jpeg"); + expect(data[2]).toBe("jpeg"); + expect(data[3]).toBe("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"); + }) + + it('addImage: extractInfoFromBase64DataURI v2', () => { + var blackpixel = 'data:image/jpeg;charset=UTF-8;base64,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'; + + const doc = new jsPDF('p', 'pt', 'a4', false); + const data = doc.extractInfoFromBase64DataURI(blackpixel); + expect(data[1]).toBe("image/jpeg"); + expect(data[2]).toBe("jpeg"); + expect(data[3]).toBe("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"); + }) + + it('addImage: extractImageFromDataUrl', () => { + var blackpixel = 'data:image/jpeg;charset=UTF-8;base64,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'; + + const doc = new jsPDF('p', 'pt', 'a4', false); + const data = doc.extractImageFromDataUrl(blackpixel); + expect(data.mimeType).toBe("image/jpeg"); + expect(data.data).toBe("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"); + expect(doc.extractImageFromDataUrl()).toBe(null); + }) + + it('addImage: validateStringAsBase64', () => { + var blackpixel = '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'; + + const doc = new jsPDF('p', 'pt', 'a4', false); + expect(doc.validateStringAsBase64(blackpixel)).toEqual(true); + expect(doc.validateStringAsBase64()).toEqual(false); + expect(doc.validateStringAsBase64('123')).toEqual(false); + expect(doc.validateStringAsBase64('1234')).toEqual(true); + expect(doc.validateStringAsBase64('12345')).toEqual(false); + expect(doc.validateStringAsBase64('سبثلقصثق')).toEqual(false); + + //see issue #2112 + expect(doc.validateStringAsBase64("/Content/Images/female.png?id=2bc66217-ba0a-49e5-8195-c97f40e9b3ef")).toEqual(false); + expect(doc.validateStringAsBase64("/Content/Images/employee.png?id=0f10e0cb-b0fc-4e60-ba38-fad827795154")).toEqual(false); + }) +}) diff --git a/spec/bidiEngine.spec.js b/spec/bidiEngine.spec.js new file mode 100644 index 000000000..7e016a8ad --- /dev/null +++ b/spec/bidiEngine.spec.js @@ -0,0 +1,126 @@ +/* global describe, beforeAll, it, expect, jsPDF */ +describe('Lib: Bidi Engine', function () { + + var options = { isInputVisual: true, isSymmetricSwapping: true, isInputRtl: false, isOutputRtl: false }; + var sourceString = "a(b)c\u05d0<\u05d5>\u05ea& 123"; + var bidiEngine; + beforeAll(function () { + bidiEngine = new jsPDF.__bidiEngine__(options); + }); + + it("Visual left-to-right ->Logical left-to-right conversion", function () { + var options = { isInputVisual: true, isSymmetricSwapping: true, isInputRtl: false, isOutputRtl: false }; + var levels = [], sourceToTargetMap = []; + + bidiEngine.setOptions(options); + var reorderedString = bidiEngine.doBidiReorder(sourceString, sourceToTargetMap, levels); + expect(reorderedString).toEqual("a(b)c123 &\u05ea<\u05d5>\u05d0"); + expect(sourceToTargetMap).toEqual([0, 1, 2, 3, 4, 12, 13, 14, 11, 10, 9, 8, 7, 6, 5]); + expect(levels).toEqual([0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2]); + }); + + it("Logical right-to-left -> Visual left-to-right conversion", function () { + var levels = [], sourceToTargetMap = []; + options = {}; + options.isOutputVisual = true; + options.isInputRtl = true; + options.isOutputRtl = false; + options.isSymmetricSwapping = true; + bidiEngine.setOptions(options); + + var reorderedString = bidiEngine.doBidiReorder(sourceString, sourceToTargetMap, levels); + expect(reorderedString).toEqual("123 &\u05ea<\u05d5>\u05d0a(b)c"); + expect(sourceToTargetMap).toEqual([12, 13, 14, 11, 10, 9, 8, 7, 6, 5, 0, 1, 2, 3, 4]); + expect(levels).toEqual([2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2]); + }); + it("Logical left-to-right -> Logical right-to-left conversion", function () { + var levels = [], sourceToTargetMap = []; + + options.isInputVisual = options.isOutputVisual = false; + options.isInputRtl = false; + options.isOutputRtl = true; + options.isSymmetricSwapping = false; + bidiEngine.setOptions(options); + + var reorderedString = bidiEngine.doBidiReorder(sourceString, sourceToTargetMap, levels); + expect(reorderedString).toEqual("\u05d0<\u05d5>\u05ea& a(b)c123"); + expect(sourceToTargetMap).toEqual([5, 6, 7, 8, 9, 10, 11, 0, 1, 2, 3, 4, 12, 13, 14]); + expect(levels).toEqual([1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2, 2]); + }); + + it("Logical right-to-left -> Logical left-to-right conversion", function () { + var levels = [], sourceToTargetMap = []; + + options.isInputVisual = options.isOutputVisual = false; + options.isInputRtl = true; + options.isOutputRtl = false; + options.isSymmetricSwapping = false; + bidiEngine.setOptions(options); + + var reorderedString = bidiEngine.doBidiReorder(sourceString, sourceToTargetMap, levels); + expect(reorderedString).toEqual("123 &\u05d0<\u05d5>\u05eaa(b)c"); + expect(sourceToTargetMap).toEqual([12, 13, 14, 11, 10, 5, 6, 7, 8, 9, 0, 1, 2, 3, 4]); + expect(levels).toEqual([0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0]); + }); + + it("Visual right-to-left -> Visual left-to-right conversion", function () { + var levels = [], sourceToTargetMap = []; + + options.isInputVisual = options.isOutputVisual = true; + options.isInputRtl = true; + options.isOutputRtl = false; + options.isSymmetricSwapping = false; + bidiEngine.setOptions(options); + + var reorderedString = bidiEngine.doBidiReorder(sourceString, sourceToTargetMap, levels); + expect(reorderedString).toEqual("321 &\u05ea>\u05d5<\u05d0c)b(a"); + expect(sourceToTargetMap).toEqual([14, 13, 12, 11, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1, 0]); + expect(levels).toEqual([2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2]); + }); + + it("Logical contextual -> Visual right-to-left conversion", function () { + var levels = [], sourceToTargetMap = []; + + options = {}; + options.isInputVisual = false; + options.isOutputVisual = true; + options.isOutputRtl = true; + options.isSymmetricSwapping = true; + bidiEngine.setOptions(options); + + var reorderedString = bidiEngine.doBidiReorder("\u05ea<\u05d5>\u05d0a)b(c", sourceToTargetMap, levels); + expect(reorderedString).toEqual("\u05ea>\u05d5<\u05d0c(b)a"); + expect(sourceToTargetMap).toEqual([0, 1, 2, 3, 4, 9, 8, 7, 6, 5]); + expect(levels).toEqual([1, 1, 1, 1, 1, 2, 2, 2, 2, 2]); + }); + it("Logical left-to-right -> Visual right-to-left conversion", function () { + var levels = [], sourceToTargetMap = []; + + options.isInputVisual = false; + options.isOutputVisual = true; + options.isInputRtl = false; + options.isOutputRtl = true; + options.isSymmetricSwapping = true; + bidiEngine.setOptions(options); + + var reorderedString = bidiEngine.doBidiReorder(sourceString, sourceToTargetMap, levels); + expect(reorderedString).toEqual("\u05d0>\u05d5<\u05ea& 321c)b(a"); + expect(sourceToTargetMap).toEqual([5, 6, 7, 8, 9, 10, 11, 14, 13, 12, 4, 3, 2, 1, 0]); + expect(levels).toEqual([0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2]); + }); + + it("Visual right-to-left -> Logical right-to-left conversion", function () { + var levels = [], sourceToTargetMap = []; + + options.isInputVisual = true; + options.isOutputVisual = false; + options.isOutputRtl = options.isInputRtl = true; + options.isSymmetricSwapping = true; + bidiEngine.setOptions(options); + + var reorderedString = bidiEngine.doBidiReorder(sourceString, sourceToTargetMap, levels); + expect(reorderedString).toEqual("c)b(a\u05d0>\u05d5<\u05ea& 321"); + expect(sourceToTargetMap).toEqual([4, 3, 2, 1, 0, 5, 6, 7, 8, 9, 10, 11, 14, 13, 12]); + expect(levels).toEqual([2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2]); + }); +}); diff --git a/tests/addimage/bmp.spec.js b/spec/bmp.spec.js similarity index 99% rename from tests/addimage/bmp.spec.js rename to spec/bmp.spec.js index 2b24a4cfd..fc05b246c 100644 --- a/tests/addimage/bmp.spec.js +++ b/spec/bmp.spec.js @@ -4,7 +4,7 @@ * Standard spec tests */ -describe('Plugin: addimage', () => { +describe('Module: BMPSupport', () => { it('bmp1p', () => { var bmp1p = 'data:image/bmp;base64,Qk0eAgAAAAAAAD4AAAAoAAAAZAAAAB4AAAABAAEAAAAAAOABAAAAAAAAAAAAAAAAAAAAAAAAAAAAAP///wD////////////////wAAAA////////////////8AAAAP////////////////AAAAD////////////////wAAAA////////////////8AAAAP///gD+fz+fP/////AAAAD///4APn4fnz/////wAAAA///+fj5+H58/////8AAAAP///n+efB+fP/////AAAAD///5/nnwPnz/////wAAAA///+f558z58/////8AAAAP///n+eeMefP/////AAAAD///5+PnnnnwH////wAAAA///+AH5x458Af///8AAAAP///gD+c/OfPj////AAAAD///5+fmPxnz8f///wAAAA///+fz5n+Z8/n///8AAAAP///n8+Z/mfP5////AAAAD///5/Pkf8nz+f///wAAAA///+fz5P/J8/H///8AAAAP///n4+D/wfPj////AAAAD///4Afh/+HwA////wAAAA///+Af4f/h8A////8AAAAP////////////////AAAAD////////////////wAAAA////////////////8AAAAP////////////////AAAAD////////////////wAAAA////////////////8AAAAP////////////////AAAAA='; diff --git a/tests/canvas/standard.spec.js b/spec/canvas.spec.js similarity index 100% rename from tests/canvas/standard.spec.js rename to spec/canvas.spec.js diff --git a/tests/cell/standard.spec.js b/spec/cell.spec.js similarity index 97% rename from tests/cell/standard.spec.js rename to spec/cell.spec.js index 86596eb79..375bd1ea6 100644 --- a/tests/cell/standard.spec.js +++ b/spec/cell.spec.js @@ -1,5 +1,5 @@ -describe('cell', () => { +describe('Module: Cell', () => { it('getTextDimensions', () => { var doc = new jsPDF('p','pt', 'a4'); expect(doc.getTextDimensions(doc.splitTextToSize("Octocat loves jsPDF", 50)).w).toEqual(43.36000000000001) diff --git a/tests/context2d/complex.spec.js b/spec/context2d.complex.spec.js similarity index 95% rename from tests/context2d/complex.spec.js rename to spec/context2d.complex.spec.js index d6ec0f2c6..8ab9a915e 100644 --- a/tests/context2d/complex.spec.js +++ b/spec/context2d.complex.spec.js @@ -1,192 +1,196 @@ -/* global describe, it, jsPDF, comparePdf, expect */ -/** - * Standard spec tests - */ - -describe('Context2D Complex Examples', () => { - it('context2d: smiley', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - - ctx.beginPath(); - ctx.arc(75, 75, 50, 0, Math.PI * 2, true); // Outer circle - ctx.moveTo(110, 75); - ctx.arc(75, 75, 35, 0, Math.PI, false); // Mund - ctx.moveTo(65, 65); - ctx.arc(60, 65, 5, 0, Math.PI * 2, true); // Linkes Auge - ctx.moveTo(95, 65); - ctx.arc(90, 65, 5, 0, Math.PI * 2, true); // Rechtes Auge - ctx.stroke(); - comparePdf(doc.output(), 'smiley.pdf', 'context2d'); - }); - - - //http://www.williammalone.com/articles/html5-canvas-example/ - it('context2d: warnsign', () => { - - var doc = new jsPDF('p', 'pt', 'a4'); - var context = doc.context2d; - - var primaryColor = "#ffc821"; - var secondaryColor = "black"; - var tertiaryColor = "black"; - var lineWidth = 10; - // Dimensions of the triangle - var width = 125; - var height = 100; - var padding = 20; - - // Create a triangluar path - context.beginPath(); - context.moveTo(padding + width/2, padding); - context.lineTo(padding + width, height + padding); - context.lineTo(padding, height + padding); - context.closePath(); - - // Create fill gradient - var gradient = context.createLinearGradient(0,0,0,height); - gradient.addColorStop(0, primaryColor); - gradient.addColorStop(1, secondaryColor); - - // Add a shadow around the object - context.shadowBlur = 10; - context.shadowColor = "black"; - - // Stroke the outer outline - context.lineWidth = lineWidth * 2; - context.lineJoin = "round"; - context.strokeStyle = gradient; - context.stroke(); - - // Turn off the shadow, or all future fills will have shadows - context.shadowColor = "transparent"; - - // Fill the path - context.fillStyle = gradient; - context.fill(); - - // Add a horizon reflection with a gradient to transparent - gradient=context.createLinearGradient(0,padding,0,padding+height); - gradient.addColorStop(0, "transparent"); - gradient.addColorStop(0.5, "transparent"); - gradient.addColorStop(0.5, tertiaryColor); - gradient.addColorStop(1, secondaryColor); - - context.fillStyle = gradient; - context.fill(); - - // Stroke the inner outline - context.lineWidth = lineWidth; - context.lineJoin = "round"; - context.strokeStyle = "#333"; - context.stroke(); - - // Draw the text exclamation point - context.textAlign = "center"; - context.textBaseline = "middle"; - context.font = "bold 60px 'Times New Roman', Times, serif"; - context.fillStyle = "#333"; - context.fillText("!", padding + width/2, padding + height/1.5); - comparePdf(doc.output(), 'warnsign.pdf', 'context2d'); - }); - if (navigator.userAgent.indexOf('Trident') !== -1) { - console.warn('Skipping IE for context2d') - return - } - //http://curran.github.io/HTML5Examples/canvas/sierpinskiTriangle/index.html - it('context2d: sierpinski', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var c = doc.context2d; - - var width = 400; - var height = 300; - var centerX = width / 2; - - var x1 = centerX; - var y1 = 0; - var x2 = width; - var y2 = height; - var x3 = 0; - var y3 = height; - var depth = 6; - - function sierpinski(x1, y1, x2, y2, x3, y3, depth){ - if(depth == 0) - drawTriangle(x1, y1, x2, y2, x3, y3); - else{ - var x12 = (x1 + x2) / 2; - var y12 = (y1 + y2) / 2; - var x13 = (x1 + x3) / 2; - var y13 = (y1 + y3) / 2; - var x23 = (x2 + x3) / 2; - var y23 = (y2 + y3) / 2; - - sierpinski(x1, y1, x12, y12, x13, y13, depth - 1); - sierpinski(x12, y12, x2, y2, x23, y23, depth - 1); - sierpinski(x13, y13, x23, y23, x3, y3, depth - 1); - } - } - - function drawTriangle(x1, y1, x2, y2, x3, y3){ - c.beginPath(); - c.moveTo(x1, y1); - c.lineTo(x2, y2); - c.lineTo(x3, y3); - c.closePath(); - c.fill(); - } - - sierpinski(x1, y1, x2, y2, x3, y3, depth); - comparePdf(doc.output(), 'sierpinski.pdf', 'context2d'); - }); - - //https://developer.mozilla.org/en-US/docs/Web/API/Canvas_API/Tutorial/Compositing#A_clip_example - xit('context2d: stars', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - - var ctx= doc.context2d; - ctx.fillRect(0, 0, 150, 150); - ctx.translate(75, 75); - - // Create a circular clipping path - ctx.beginPath(); - ctx.arc(0, 0, 60, 0, Math.PI * 2, true); - ctx.clip(); - - // draw background - var lingrad = ctx.createLinearGradient(0, -75, 0, 75); - lingrad.addColorStop(0, '#232256'); - lingrad.addColorStop(1, '#143778'); - - ctx.fillStyle = lingrad; - ctx.fillRect(-75, -75, 150, 150); - - // draw stars - for (var j = 1; j < 50; j++) { - ctx.save(); - ctx.fillStyle = '#fff'; - ctx.translate(75 - Math.floor(Math.random() * 150), - 75 - Math.floor(Math.random() * 150)); - drawStar(ctx, Math.floor(Math.random() * 4) + 2); - ctx.restore(); - } - - function drawStar(ctx, r) { - ctx.save(); - ctx.beginPath(); - ctx.moveTo(r, 0); - for (var i = 0; i < 9; i++) { - ctx.rotate(Math.PI / 5); - if (i % 2 === 0) { - ctx.lineTo((r / 0.525731) * 0.200811, 0); - } else { - ctx.lineTo(r, 0); - } - } - ctx.closePath(); - ctx.fill(); - ctx.restore(); - } - }); +/* global describe, it, jsPDF, comparePdf, expect */ +/** + * Standard spec tests + */ + +describe('Module: Context2D Complex Examples', () => { + it('context2d: smiley', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + + ctx.beginPath(); + ctx.arc(75, 75, 50, 0, Math.PI * 2, true); // Outer circle + ctx.moveTo(110, 75); + ctx.arc(75, 75, 35, 0, Math.PI, false); // Mund + ctx.moveTo(65, 65); + ctx.arc(60, 65, 5, 0, Math.PI * 2, true); // Linkes Auge + ctx.moveTo(95, 65); + ctx.arc(90, 65, 5, 0, Math.PI * 2, true); // Rechtes Auge + ctx.stroke(); + comparePdf(doc.output(), 'smiley.pdf', 'context2d'); + }); + + + //http://www.williammalone.com/articles/html5-canvas-example/ + it('context2d: warnsign', () => { + + var doc = new jsPDF('p', 'pt', 'a4'); + var context = doc.context2d; + + var primaryColor = "#ffc821"; + var secondaryColor = "black"; + var tertiaryColor = "black"; + var lineWidth = 10; + // Dimensions of the triangle + var width = 125; + var height = 100; + var padding = 20; + + // Create a triangluar path + context.beginPath(); + context.moveTo(padding + width/2, padding); + context.lineTo(padding + width, height + padding); + context.lineTo(padding, height + padding); + context.closePath(); + + // Create fill gradient + var gradient = context.createLinearGradient(0,0,0,height); + gradient.addColorStop(0, primaryColor); + gradient.addColorStop(1, secondaryColor); + + // Add a shadow around the object + context.shadowBlur = 10; + context.shadowColor = "black"; + + // Stroke the outer outline + context.lineWidth = lineWidth * 2; + context.lineJoin = "round"; + context.strokeStyle = gradient; + context.stroke(); + + // Turn off the shadow, or all future fills will have shadows + context.shadowColor = "transparent"; + + // Fill the path + context.fillStyle = gradient; + context.fill(); + + // Add a horizon reflection with a gradient to transparent + gradient=context.createLinearGradient(0,padding,0,padding+height); + gradient.addColorStop(0, "transparent"); + gradient.addColorStop(0.5, "transparent"); + gradient.addColorStop(0.5, tertiaryColor); + gradient.addColorStop(1, secondaryColor); + + context.fillStyle = gradient; + context.fill(); + + // Stroke the inner outline + context.lineWidth = lineWidth; + context.lineJoin = "round"; + context.strokeStyle = "#333"; + context.stroke(); + + // Draw the text exclamation point + context.textAlign = "center"; + context.textBaseline = "middle"; + context.font = "bold 60px 'Times New Roman', Times, serif"; + context.fillStyle = "#333"; + context.fillText("!", padding + width/2, padding + height/1.5); + comparePdf(doc.output(), 'warnsign.pdf', 'context2d'); + }); + + if (typeof navigator === "undefined") { + return; + } + if (navigator.userAgent.indexOf('Trident') !== -1) { + console.warn('Skipping IE for context2d') + return + } + //http://curran.github.io/HTML5Examples/canvas/sierpinskiTriangle/index.html + it('context2d: sierpinski', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var c = doc.context2d; + + var width = 400; + var height = 300; + var centerX = width / 2; + + var x1 = centerX; + var y1 = 0; + var x2 = width; + var y2 = height; + var x3 = 0; + var y3 = height; + var depth = 6; + + function sierpinski(x1, y1, x2, y2, x3, y3, depth){ + if(depth == 0) + drawTriangle(x1, y1, x2, y2, x3, y3); + else{ + var x12 = (x1 + x2) / 2; + var y12 = (y1 + y2) / 2; + var x13 = (x1 + x3) / 2; + var y13 = (y1 + y3) / 2; + var x23 = (x2 + x3) / 2; + var y23 = (y2 + y3) / 2; + + sierpinski(x1, y1, x12, y12, x13, y13, depth - 1); + sierpinski(x12, y12, x2, y2, x23, y23, depth - 1); + sierpinski(x13, y13, x23, y23, x3, y3, depth - 1); + } + } + + function drawTriangle(x1, y1, x2, y2, x3, y3){ + c.beginPath(); + c.moveTo(x1, y1); + c.lineTo(x2, y2); + c.lineTo(x3, y3); + c.closePath(); + c.fill(); + } + + sierpinski(x1, y1, x2, y2, x3, y3, depth); + comparePdf(doc.output(), 'sierpinski.pdf', 'context2d'); + }); + + //https://developer.mozilla.org/en-US/docs/Web/API/Canvas_API/Tutorial/Compositing#A_clip_example + xit('context2d: stars', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + + var ctx= doc.context2d; + ctx.fillRect(0, 0, 150, 150); + ctx.translate(75, 75); + + // Create a circular clipping path + ctx.beginPath(); + ctx.arc(0, 0, 60, 0, Math.PI * 2, true); + ctx.clip(); + + // draw background + var lingrad = ctx.createLinearGradient(0, -75, 0, 75); + lingrad.addColorStop(0, '#232256'); + lingrad.addColorStop(1, '#143778'); + + ctx.fillStyle = lingrad; + ctx.fillRect(-75, -75, 150, 150); + + // draw stars + for (var j = 1; j < 50; j++) { + ctx.save(); + ctx.fillStyle = '#fff'; + ctx.translate(75 - Math.floor(Math.random() * 150), + 75 - Math.floor(Math.random() * 150)); + drawStar(ctx, Math.floor(Math.random() * 4) + 2); + ctx.restore(); + } + + function drawStar(ctx, r) { + ctx.save(); + ctx.beginPath(); + ctx.moveTo(r, 0); + for (var i = 0; i < 9; i++) { + ctx.rotate(Math.PI / 5); + if (i % 2 === 0) { + ctx.lineTo((r / 0.525731) * 0.200811, 0); + } else { + ctx.lineTo(r, 0); + } + } + ctx.closePath(); + ctx.fill(); + ctx.restore(); + } + }); }); \ No newline at end of file diff --git a/tests/context2d/input-validation.spec.js b/spec/context2d.input-validation.spec.js similarity index 95% rename from tests/context2d/input-validation.spec.js rename to spec/context2d.input-validation.spec.js index e00f1959d..7476bbdc9 100644 --- a/tests/context2d/input-validation.spec.js +++ b/spec/context2d.input-validation.spec.js @@ -1,5 +1,15 @@ +/* global describe, it, expect, jsPDF */ +describe('Module: Context2D Input Validation', () => { + var global = (typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); -describe('Context2D Input Validation', () => { + var tmpConsoleError = global.console.error; + + beforeEach(function () { + global.console.error = function () {}; + }); + afterEach(function () { + global.console.error = tmpConsoleError; + }); it('context2d: moveTo', () => { var doc = new jsPDF(); expect(function () {doc.context2d.moveTo(1,1)}).not.toThrow(new Error('Invalid arguments passed to jsPDF.context2d.moveTo')); @@ -79,7 +89,7 @@ describe('Context2D Input Validation', () => { expect(function () {doc.context2d.clearRect (1,'invalid',1,1)}).toThrow(new Error('Invalid arguments passed to jsPDF.context2d.clearRect')); expect(function () {doc.context2d.clearRect (1,1,'invalid',1)}).toThrow(new Error('Invalid arguments passed to jsPDF.context2d.clearRect')); expect(function () {doc.context2d.clearRect (1,1,1,'invalid')}).toThrow(new Error('Invalid arguments passed to jsPDF.context2d.clearRect')); - var doc = new jsPDF(); + doc = new jsPDF(); doc.context2d.ignoreClearRect = true; expect(doc.context2d.clearRect(1,1,1,1)).toEqual(undefined); }); diff --git a/tests/context2d/likeARealOne.spec.js b/spec/context2d.likeARealOne.spec.js similarity index 90% rename from tests/context2d/likeARealOne.spec.js rename to spec/context2d.likeARealOne.spec.js index 060e9d839..3f304fb34 100644 --- a/tests/context2d/likeARealOne.spec.js +++ b/spec/context2d.likeARealOne.spec.js @@ -1,10 +1,10 @@ -/* global describe, it, jsPDF, comparePdf, expect */ +/* global describe, xit, jsPDF, expect */ /** * Standard spec tests */ -describe('Context2D: standard tests', () => { +describe('Module: Context2D: HTML comparison tests', () => { xit('default values like a real 2d-context', () => { var doc = new jsPDF(); diff --git a/tests/context2d/pageoverlap.spec.js b/spec/context2d.pageoverlap.spec.js similarity index 97% rename from tests/context2d/pageoverlap.spec.js rename to spec/context2d.pageoverlap.spec.js index cd0a3a981..6069cc86f 100644 --- a/tests/context2d/pageoverlap.spec.js +++ b/spec/context2d.pageoverlap.spec.js @@ -1,5 +1,5 @@ - -describe('Context2D autoPaging', () => { +/* global describe, it jsPDF, expect */ +describe('Module: Context2D autoPaging', () => { it('context2d autoPaging: rect', () => { var doc = new jsPDF('p', 'pt', 'a4'); var ctx = doc.context2d; diff --git a/spec/context2d.spec.js b/spec/context2d.spec.js new file mode 100644 index 000000000..28425f4e2 --- /dev/null +++ b/spec/context2d.spec.js @@ -0,0 +1,470 @@ + +/* global canvg, describe, it, xit, jsPDF, comparePdf, loadBinaryResource */ +/** + * Standard spec tests + */ + +describe('Context2D: standard tests', () => { + it('bar_graph_with_text_and_lines - direct svg', () => { + + const svg = loadBinaryResource('reference/bar_graph_with_text_and_lines.svg'); + var doc = new jsPDF('p', 'pt', 'c1'); + var c = doc.canvas; + c.width = 1000; + c.height = 500; + + var ctx = c.getContext('2d'); + ctx.ignoreClearRect = true; + ctx.fillStyle = '#ffffff'; + ctx.fillRect(0, 0, 1000, 700); + + //load a svg snippet in the canvas with id = 'drawingArea' + canvg(c, svg, { + ignoreMouse: true, + ignoreAnimation: true, + ignoreDimensions: true + }); + + comparePdf(doc.output(), 'bar_graph_with_text_and_lines.pdf', 'context2d') + }); + + xit('piechart - direct svg', () => { + + const svg = loadBinaryResource('/base/tests/context2d/reference/piechart.svg'); + var doc = new jsPDF('p', 'pt', 'c1'); + var c = doc.canvas; + c.width = 1000; + c.height = 500; + + var ctx = c.getContext('2d'); + ctx.ignoreClearRect = true; + ctx.fillStyle = '#ffffff'; + ctx.fillRect(0, 0, 1000, 700); + + //load a svg snippet in the canvas with id = 'drawingArea' + canvg(c, svg, { + ignoreMouse: true, + ignoreAnimation: true, + ignoreDimensions: true + }); + + comparePdf(doc.output(), 'piechart.pdf', 'context2d') + }); + + + it('context2d: paths', () => { + var doc = new jsPDF('p', 'pt', 'letter'); + var context = doc.context2d; + + context.arc(150, 150, 50, 0, Math.PI, false); + context.lineTo(300, 300); + context.stroke(); + + context.fillStyle = 'red'; + context.fillRect(545, 205, 50, 40); + + comparePdf(doc.output(), 'paths.pdf', 'context2d') + }); + + it('context2d: fonts', () => { + + var doc = new jsPDF('p', 'pt', 'a4'); + + var ctx = doc.context2d; + var y = 0; + var pad = 10; + var textHeight = 20; + + ctx.font = "10pt times"; + ctx.fillText("10pt times", 20, y + textHeight); + y += textHeight + pad; + + ctx.font = "10pt courier"; + ctx.fillText("10pt courier", 20, y + textHeight); + y += textHeight + pad; + + ctx.font = "bold 10pt courier"; + ctx.fillText("bold 10pt courier", 20, y + textHeight); + y += textHeight + pad; + + ctx.font = "italic 10pt courier"; + ctx.fillText("10pt courier italic", 20, y + textHeight); + y += textHeight + pad; + + ctx.font = "italic bold 10pt courier"; + ctx.fillText("italic bold 10pt courier", 20, y + textHeight); + y += textHeight + pad; + + ctx.font = "bold 50pt courier"; + ctx.fillText("bold 50pt courier", 20, y + 50); + y += 50 + pad; + + ctx.font = "bold 50pt courier"; + ctx.strokeText("bold 50pt courier", 20, y + 50); + y += 50 + pad; + + ctx.font = "bold 20pt courier"; + ctx.strokeText("bold 20pt courier", 20, y + 20); + y += 20 + pad; + + ctx.font = "bold 20pt courier"; + ctx.fillText("bold 20pt courier", 20, y + 20); + y += 20 + pad; + + ctx.font = "bold 20pt arial"; + ctx.fillText("bold 20pt arial", 20, y + 20); + y += 20 + pad; + + comparePdf(doc.output(), 'fonts.pdf', 'context2d') + }); + + it('context2d: css color names', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + var y = 0; + var pad = 10; + var textHeight = 20; + ctx.font = "20pt times"; + + ctx.save(); + y += textHeight + pad; + + ctx.fillStyle = 'red'; + ctx.fillText("Red", 20, y + textHeight); + y += textHeight + pad; + + ctx.fillStyle = 'green'; + ctx.fillText("Green", 20, y + textHeight); + y += textHeight + pad; + + ctx.strokeStyle = 'blue'; + ctx.strokeText("Blue", 20, y + textHeight); + y += textHeight + pad; + ctx.restore(); + + comparePdf(doc.output(), 'csscolornames.pdf', 'context2d') + }); + + it('context2d: drawImage', () => { + var imgData = 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+ + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + var y = 0; + var pad = 20; + y += pad; + ctx.drawImage(imgData, 20, y, 50, 50); + y += 50 + pad; + ctx.drawImage(imgData, 20, y, 200, 200); + y += 200 + pad; + ctx.drawImage(imgData, 20, y, 400, 400); + comparePdf(doc.output(), 'drawImage.pdf', 'context2d'); + }); + + it('context2d: curves', () => { + + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + var y = 0; + var pad = 20; + + y = pad; + + ctx.save(); + ctx.lineWidth = 6; + ctx.strokeStyle = "#333"; + ctx.beginPath(); + ctx.moveTo(100, y); + ctx.bezierCurveTo(150, y + 100, 350, y + 100, 400, y); + ctx.stroke(); + ctx.restore(); + + y += 100 + pad; + ctx.save(); + ctx.lineWidth = 6; + ctx.strokeStyle = "#333"; + ctx.beginPath(); + ctx.moveTo(100, y); + ctx.bezierCurveTo(150, y + 100, 350, y + 100, 400, y); + ctx.fill(); + ctx.restore(); + + y += 100 + pad; + ctx.save(); + ctx.lineWidth = 6; + ctx.strokeStyle = "#333"; + ctx.beginPath(); + ctx.moveTo(100, y); + ctx.quadraticCurveTo(250, y + 100, 400, y); + ctx.stroke(); + ctx.restore(); + + y += 100 + pad; + ctx.save(); + ctx.lineWidth = 6; + ctx.strokeStyle = "#333"; + ctx.beginPath(); + ctx.moveTo(100, y); + ctx.quadraticCurveTo(250, y + 100, 400, y); + ctx.fill(); + ctx.restore(); + comparePdf(doc.output(), 'curves.pdf', 'context2d'); + }); + + it('context2d: strokeStyle and fillstyle', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + var y = 0; + var h = 20 + var pad = 20; + + y = pad; + + // test fill style + ctx.fillStyle = '#ff0000'; + ctx.fillRect(20, y, 20, h); + y += h + pad; + + ctx.fillStyle = '#00ff00'; + ctx.fillRect(20, y, 20, h); + y += h + pad; + + ctx.fillStyle = '#0000ff'; + ctx.fillRect(20, y, 20, h); + y += h + pad; + + // test stroke style + ctx.strokeStyle = '#ff0000'; + ctx.strokeRect(20, y, 20, h); + y += h + pad; + + ctx.strokeStyle = '#00ff00'; + ctx.strokeRect(20, y, 20, h); + y += h + pad; + + ctx.strokeStyle = '#0000ff'; + ctx.strokeRect(20, y, 20, h); + y += h + pad; + + comparePdf(doc.output(), 'fillStyle_strokeStyle.pdf', 'context2d'); + }); + + xit('context2d: arc', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + var y = 0; + var pad = 20; + + ctx.strokeStyle = 'black'; + ctx.fillStyle = 'black'; + + y = pad + 40; + ctx.arc(50, y, 20, -10, 170, false); + ctx.stroke(); + y += pad + 40; + + ctx.arc(50, y, 20, -10, 170, true); + ctx.stroke(); + y += pad + 40; + + ctx.arc(50, y, 20, 0, Math.PI, false); + ctx.stroke(); + y += pad + 40; + + ctx.arc(50, y, 20, 0, Math.PI, true); + ctx.stroke(); + y += pad + 40; + + ctx.arc(50, y, 20, 0, 2 * Math.PI, false); + ctx.stroke(); + y += pad + 40; + + ctx.arc(50, y, 20, 0, 2 * Math.PI, false); + ctx.fill(); + y += pad + 40; + + ctx.arc(50, y, 20, 0, Math.PI, false); + ctx.fill(); + comparePdf(doc.output(), 'arc.pdf', 'context2d'); + }); + + it('context2d: fillRect and strokeRect', () => { + + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + var y = 20; + var h = 20 + var pad = 20; + + ctx.fillRect(20, y, 20, h); + y += h + pad; + + ctx.fillStyle = '#f5f5f5'; + ctx.fillRect(20, y, 20, h); + y += h + pad; + + ctx.strokeRect(20, y, 20, h); + y += h + pad; + + comparePdf(doc.output(), 'fillRect_strokeRect.pdf', 'context2d'); + }); + + xit('context2d: setLineCap', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + var y = 20; + var pad = 20; + + ctx.lineWidth = 5; + ctx.lineCap = 'butt'; + ctx.moveTo(20, y); + ctx.lineTo(200, y); + ctx.stroke(); + y += pad; + ctx.lineCap = 'round'; + ctx.moveTo(20, y); + ctx.lineTo(200, y); + ctx.stroke(); + y += pad; + ctx.lineCap = 'square'; + ctx.moveTo(20, y); + ctx.lineTo(200, y); + ctx.stroke(); + y += pad; + + comparePdf(doc.output(), 'lineCap.pdf', 'context2d'); + }) + + it('context2d: lineJoin', () => { + + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + var y = 20; + var pad = 20; + + ctx.beginPath(); + ctx.lineWidth = 10; + ctx.lineJoin = 'miter'; + ctx.moveTo(20, y); + ctx.lineTo(200, y); + ctx.lineTo(250, y + 50); + ctx.stroke(); + ctx.closePath(); + y += pad + 10; + ctx.beginPath(); + ctx.lineJoin = 'bevel'; + ctx.moveTo(20, y); + ctx.lineTo(200, y); + ctx.lineTo(250, y + 50); + ctx.stroke(); + ctx.closePath(); + y += pad + 10; + ctx.beginPath(); + ctx.lineJoin = 'round'; + ctx.moveTo(20, y); + ctx.lineTo(200, y); + ctx.lineTo(250, y + 50); + ctx.stroke(); + ctx.closePath(); + y += pad + 10; + y += 50; + + comparePdf(doc.output(), 'lineJoin.pdf', 'context2d'); + }); + + + it('context2d: moveTo, lineTo, stroke, fill', () => { + + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + var y = 20; + + // stroked diamond + ctx.beginPath(); + ctx.moveTo(30, y); + ctx.lineTo(50, y + 20); + ctx.lineTo(30, y + 40); + ctx.lineTo(10, y + 20); + ctx.lineTo(30, y); + ctx.stroke(); + ctx.closePath(); + y += 50; + + // filled diamond + ctx.beginPath(); + ctx.moveTo(30, y); + ctx.lineTo(50, y + 20); + ctx.lineTo(30, y + 40); + ctx.lineTo(10, y + 20); + ctx.lineTo(30, y); + ctx.fill(); + ctx.closePath(); + y += 50; + comparePdf(doc.output(), 'moveTo_lineTo_stroke_fill.pdf', 'context2d'); + }); + + + it('context2d: textBaseline', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + var y = 20; + var pad = 20; + + ctx.strokeStyle = '#dddddd'; + ctx.font = "20pt times"; + + ctx.moveTo(20, y); + ctx.lineTo(150, y); + ctx.stroke(); + ctx.textBaseline = 'alphabetic'; + ctx.fillText("Alphabetic Q", 20, y); + y += 40 + pad; + + ctx.moveTo(20, y); + ctx.lineTo(150, y); + ctx.stroke(); + ctx.textBaseline = 'ideographic'; + ctx.fillText("Ideographic Q", 20, y); + y += 40 + pad; + + ctx.moveTo(20, y); + ctx.lineTo(150, y); + ctx.stroke(); + ctx.textBaseline = 'top'; + ctx.fillText("Top Q", 20, y); + y += 40 + pad; + + ctx.moveTo(20, y); + ctx.lineTo(150, y); + ctx.stroke(); + ctx.textBaseline = 'bottom'; + ctx.fillText("Bottom Q", 20, y); + y += 40 + pad; + + ctx.moveTo(20, y); + ctx.lineTo(150, y); + ctx.stroke(); + ctx.textBaseline = 'middle'; + ctx.fillText("Middle Q", 20, y); + y += 40 + pad; + + ctx.moveTo(20, y); + ctx.lineTo(150, y); + ctx.stroke(); + ctx.textBaseline = 'hanging'; + ctx.fillText("Hanging Q", 20, y); + y += 40 + pad; + comparePdf(doc.output(), 'textBaseline.pdf', 'context2d'); + }); + +}) diff --git a/tests/context2d/w3school.spec.js b/spec/context2d.w3school.spec.js similarity index 59% rename from tests/context2d/w3school.spec.js rename to spec/context2d.w3school.spec.js index 3b137ed21..b65b5a923 100644 --- a/tests/context2d/w3school.spec.js +++ b/spec/context2d.w3school.spec.js @@ -1,348 +1,347 @@ - -/* global describe, it, jsPDF, comparePdf, expect */ -/** - * Standard spec tests - */ - -describe('Context2D W3School', () => { - it('context2d: w3s fillStyle', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.fillStyle="#FF0000"; - ctx.fillRect(20,20,150,100); - - comparePdf(doc.output(), 'w3s_fillStyle.pdf', 'context2d') - }); - - it('context2d: w3s strokeStyle', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.strokeStyle="#FF0000"; - ctx.strokeRect(20,20,150,100); - - comparePdf(doc.output(), 'w3s_strokeStyle.pdf', 'context2d') - }); - - it('context2d: w3s closePath v1', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.beginPath(); - ctx.moveTo(20,20); - ctx.lineTo(20,100); - ctx.lineTo(70,100); - ctx.closePath(); - ctx.stroke(); - comparePdf(doc.output(), 'w3s_closePath_v1.pdf', 'context2d') - }); - - it('context2d: w3s closePath v2', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.beginPath(); - ctx.moveTo(20,20); - ctx.lineTo(20,100); - ctx.lineTo(70,100); - ctx.closePath(); - ctx.stroke(); - ctx.fillStyle="red"; - ctx.fill(); - comparePdf(doc.output(), 'w3s_closePath_v2.pdf', 'context2d') - }); - - - it('context2d: w3s lineCap round', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.beginPath(); - ctx.lineWidth = 10; - ctx.lineCap="round"; - ctx.moveTo(20,20); - ctx.lineTo(200,20); - ctx.stroke(); - - comparePdf(doc.output(), 'w3s_lineCap_round.pdf', 'context2d') - }); - - it('context2d: w3s lineCap butt', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.beginPath(); - ctx.lineWidth = 10; - ctx.lineCap="butt"; - ctx.moveTo(20,20); - ctx.lineTo(200,20); - ctx.stroke(); - - comparePdf(doc.output(), 'w3s_lineCap_butt.pdf', 'context2d') - }); - - it('context2d: w3s lineCap square', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.beginPath(); - ctx.lineWidth = 10; - ctx.lineCap="square"; - ctx.moveTo(20,20); - ctx.lineTo(200,20); - ctx.stroke(); - - comparePdf(doc.output(), 'w3s_lineCap_square.pdf', 'context2d') - }); - - it('context2d: w3s lineJoin round', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.beginPath(); - ctx.lineWidth = 10; - ctx.lineJoin="round"; - ctx.moveTo(20,20); - ctx.lineTo(100,50); - ctx.lineTo(20,100); - ctx.stroke(); - - comparePdf(doc.output(), 'w3s_lineJoin_round.pdf', 'context2d') - }); - - it('context2d: w3s lineJoin bevel', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.beginPath(); - ctx.lineWidth = 10; - ctx.lineJoin="bevel"; - ctx.moveTo(20,20); - ctx.lineTo(100,50); - ctx.lineTo(20,100); - ctx.stroke(); - - comparePdf(doc.output(), 'w3s_lineJoin_bevel.pdf', 'context2d') - }); - - it('context2d: w3s lineJoin miter', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.beginPath(); - ctx.lineWidth = 10; - ctx.lineJoin="miter"; - ctx.moveTo(20,20); - ctx.lineTo(100,50); - ctx.lineTo(20,100); - ctx.stroke(); - - comparePdf(doc.output(), 'w3s_lineJoin_miter.pdf', 'context2d') - }); - - it('context2d: w3s lineTo', () => { - - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.canvas.getContext('2d'); - ctx.beginPath(); - ctx.moveTo(0,0); - ctx.lineTo(300,150); - ctx.stroke(); - comparePdf(doc.output(), 'w3s_lineTo.pdf', 'context2d') - }); - - it('context2d: w3s arc', () => { - - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.canvas.getContext('2d'); - ctx.beginPath(); - ctx.arc(100,75,50,0,2*Math.PI); - ctx.stroke() - comparePdf(doc.output(), 'w3s_arc.pdf', 'context2d') - }); - - it('context2d: w3s bezierCurveTo', () => { - - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.canvas.getContext('2d'); - ctx.beginPath(); - ctx.moveTo(20,20); - ctx.bezierCurveTo(20,100,200,100,200,20); - ctx.stroke(); - comparePdf(doc.output(), 'w3s_bezierCurveTo.pdf', 'context2d'); - }); - - it('context2d: w3s quadraticCurveTo', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - ctx.beginPath(); - ctx.moveTo(20,20); - ctx.quadraticCurveTo(20,100,200,20); - ctx.stroke(); - comparePdf(doc.output(), 'w3s_quadraticCurveTo.pdf', 'context2d') - }); - - it('context2d: w3s clip', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - ctx.rect(50,20,200,120); - ctx.stroke(); - ctx.clip(); - // Draw red rectangle after clip() - ctx.fillStyle="red"; - ctx.fillRect(0,0,150,100); - comparePdf(doc.output(), 'w3s_clip.pdf', 'context2d') - }); - - it('context2d: w3s scale', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.strokeRect(5,5,25,15); - ctx.scale(2,2); - ctx.strokeRect(5,5,25,15); - ctx.scale(2,2); - ctx.strokeRect(5,5,25,15); - ctx.scale(2,2); - ctx.strokeRect(5,5,25,15); - ctx.scale(2,2); - ctx.strokeRect(5,5,25,15); - comparePdf(doc.output(), 'w3s_scale.pdf', 'context2d') - }); - - it('context2d: w3s rotate', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.rotate(20*Math.PI/180); - ctx.fillRect(50,20,100,50); - comparePdf(doc.output(), 'w3s_rotate.pdf', 'context2d') - }); - - it('context2d: w3s translate', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.fillRect(10,10,100,50); - ctx.translate(70,70); - ctx.fillRect(10,10,100,50); - comparePdf(doc.output(), 'w3s_translate.pdf', 'context2d') - }); - - it('context2d: w3s transform', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.fillStyle="yellow"; - ctx.fillRect(0,0,250,100) - - ctx.transform(1,0.5,-0.5,1,30,10); - ctx.fillStyle="red"; - ctx.fillRect(0,0,250,100); - - ctx.transform(1,0.5,-0.5,1,30,10); - ctx.fillStyle="blue"; - ctx.fillRect(0,0,250,100); - comparePdf(doc.output(), 'w3s_transform.pdf', 'context2d') - }); - - it('context2d: w3s setTransform', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.fillStyle="yellow"; - ctx.fillRect(0,0,250,100) - - ctx.setTransform(1,0.5,-0.5,1,30,10); - ctx.fillStyle="red"; - ctx.fillRect(0,0,250,100); - - ctx.setTransform(1,0.5,-0.5,1,30,10); - ctx.fillStyle="blue"; - ctx.fillRect(0,0,250,100); - comparePdf(doc.output(), 'w3s_setTransform.pdf', 'context2d') - }); - - it('context2d: w3s font', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - ctx.font="30px Arial"; - ctx.fillText("Hello World",10,50); - comparePdf(doc.output(), 'w3s_font.pdf', 'context2d') - }); - - it('context2d: w3s textBaseline', () => { - - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - //Draw a red line at y=100 - ctx.strokeStyle="red"; - ctx.moveTo(5,100); - ctx.lineTo(395,100); - ctx.stroke(); - - ctx.font="20px Arial" - - //Place each word at y=100 with different textBaseline values - ctx.textBaseline="top"; - ctx.fillText("Top",5,100); - ctx.textBaseline="bottom"; - ctx.fillText("Bottom",50,100); - ctx.textBaseline="middle"; - ctx.fillText("Middle",120,100); - ctx.textBaseline="alphabetic"; - ctx.fillText("Alphabetic",190,100); - ctx.textBaseline="hanging"; - ctx.fillText("Hanging",290,100); - comparePdf(doc.output(), 'w3s_textBaseline.pdf', 'context2d') - }); - - - it('context2d: w3s textAlign', () => { - - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - // Create a red line in position 150 - ctx.strokeStyle="red"; - ctx.moveTo(150,20); - ctx.lineTo(150,170); - ctx.stroke(); - - ctx.font="15px Arial"; - - // Show the different textAlign values - ctx.textAlign="start"; - ctx.fillText("textAlign=start",150,60); - ctx.textAlign="end"; - ctx.fillText("textAlign=end",150,80); - ctx.textAlign="left"; - ctx.fillText("textAlign=left",150,100); - ctx.textAlign="center"; - ctx.fillText("textAlign=center",150,120); - ctx.textAlign="right"; - ctx.fillText("textAlign=right",150,140); - comparePdf(doc.output(), 'w3s_textAlign.pdf', 'context2d') - }); - - - it('context2d: w3s fillText', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - ctx.font="20px Georgia"; - ctx.fillText("Hello World!",10,50); - comparePdf(doc.output(), 'w3s_fillText.pdf', 'context2d') - }); - - it('context2d: w3s strokeText', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - ctx.font="20px Georgia"; - ctx.strokeText("Hello World!",10,50); - comparePdf(doc.output(), 'w3s_strokeText.pdf', 'context2d') - }); - +/* global describe, it, jsPDF, comparePdf */ +/** + * Standard spec tests + */ + +describe('Module: Context2D W3School', () => { + it('context2d: w3s fillStyle', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.fillStyle = "#FF0000"; + ctx.fillRect(20, 20, 150, 100); + + comparePdf(doc.output(), 'w3s_fillStyle.pdf', 'context2d') + }); + + it('context2d: w3s strokeStyle', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.strokeStyle = "#FF0000"; + ctx.strokeRect(20, 20, 150, 100); + + comparePdf(doc.output(), 'w3s_strokeStyle.pdf', 'context2d') + }); + + it('context2d: w3s closePath v1', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.beginPath(); + ctx.moveTo(20, 20); + ctx.lineTo(20, 100); + ctx.lineTo(70, 100); + ctx.closePath(); + ctx.stroke(); + comparePdf(doc.output(), 'w3s_closePath_v1.pdf', 'context2d') + }); + + it('context2d: w3s closePath v2', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.beginPath(); + ctx.moveTo(20, 20); + ctx.lineTo(20, 100); + ctx.lineTo(70, 100); + ctx.closePath(); + ctx.stroke(); + ctx.fillStyle = "red"; + ctx.fill(); + comparePdf(doc.output(), 'w3s_closePath_v2.pdf', 'context2d') + }); + + + it('context2d: w3s lineCap round', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.beginPath(); + ctx.lineWidth = 10; + ctx.lineCap = "round"; + ctx.moveTo(20, 20); + ctx.lineTo(200, 20); + ctx.stroke(); + + comparePdf(doc.output(), 'w3s_lineCap_round.pdf', 'context2d') + }); + + it('context2d: w3s lineCap butt', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.beginPath(); + ctx.lineWidth = 10; + ctx.lineCap = "butt"; + ctx.moveTo(20, 20); + ctx.lineTo(200, 20); + ctx.stroke(); + + comparePdf(doc.output(), 'w3s_lineCap_butt.pdf', 'context2d') + }); + + it('context2d: w3s lineCap square', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.beginPath(); + ctx.lineWidth = 10; + ctx.lineCap = "square"; + ctx.moveTo(20, 20); + ctx.lineTo(200, 20); + ctx.stroke(); + + comparePdf(doc.output(), 'w3s_lineCap_square.pdf', 'context2d') + }); + + it('context2d: w3s lineJoin round', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.beginPath(); + ctx.lineWidth = 10; + ctx.lineJoin = "round"; + ctx.moveTo(20, 20); + ctx.lineTo(100, 50); + ctx.lineTo(20, 100); + ctx.stroke(); + + comparePdf(doc.output(), 'w3s_lineJoin_round.pdf', 'context2d') + }); + + it('context2d: w3s lineJoin bevel', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.beginPath(); + ctx.lineWidth = 10; + ctx.lineJoin = "bevel"; + ctx.moveTo(20, 20); + ctx.lineTo(100, 50); + ctx.lineTo(20, 100); + ctx.stroke(); + + comparePdf(doc.output(), 'w3s_lineJoin_bevel.pdf', 'context2d') + }); + + it('context2d: w3s lineJoin miter', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.beginPath(); + ctx.lineWidth = 10; + ctx.lineJoin = "miter"; + ctx.moveTo(20, 20); + ctx.lineTo(100, 50); + ctx.lineTo(20, 100); + ctx.stroke(); + + comparePdf(doc.output(), 'w3s_lineJoin_miter.pdf', 'context2d') + }); + + it('context2d: w3s lineTo', () => { + + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.canvas.getContext('2d'); + ctx.beginPath(); + ctx.moveTo(0, 0); + ctx.lineTo(300, 150); + ctx.stroke(); + comparePdf(doc.output(), 'w3s_lineTo.pdf', 'context2d') + }); + + it('context2d: w3s arc', () => { + + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.canvas.getContext('2d'); + ctx.beginPath(); + ctx.arc(100, 75, 50, 0, 2 * Math.PI); + ctx.stroke() + comparePdf(doc.output(), 'w3s_arc.pdf', 'context2d') + }); + + it('context2d: w3s bezierCurveTo', () => { + + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.canvas.getContext('2d'); + ctx.beginPath(); + ctx.moveTo(20, 20); + ctx.bezierCurveTo(20, 100, 200, 100, 200, 20); + ctx.stroke(); + comparePdf(doc.output(), 'w3s_bezierCurveTo.pdf', 'context2d'); + }); + + it('context2d: w3s quadraticCurveTo', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + ctx.beginPath(); + ctx.moveTo(20, 20); + ctx.quadraticCurveTo(20, 100, 200, 20); + ctx.stroke(); + comparePdf(doc.output(), 'w3s_quadraticCurveTo.pdf', 'context2d') + }); + + it('context2d: w3s clip', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + ctx.rect(50, 20, 200, 120); + ctx.stroke(); + ctx.clip(); + // Draw red rectangle after clip() + ctx.fillStyle = "red"; + ctx.fillRect(0, 0, 150, 100); + comparePdf(doc.output(), 'w3s_clip.pdf', 'context2d') + }); + + it('context2d: w3s scale', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.strokeRect(5, 5, 25, 15); + ctx.scale(2, 2); + ctx.strokeRect(5, 5, 25, 15); + ctx.scale(2, 2); + ctx.strokeRect(5, 5, 25, 15); + ctx.scale(2, 2); + ctx.strokeRect(5, 5, 25, 15); + ctx.scale(2, 2); + ctx.strokeRect(5, 5, 25, 15); + comparePdf(doc.output(), 'w3s_scale.pdf', 'context2d') + }); + + it('context2d: w3s rotate', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.rotate(20 * Math.PI / 180); + ctx.fillRect(50, 20, 100, 50); + comparePdf(doc.output(), 'w3s_rotate.pdf', 'context2d') + }); + + it('context2d: w3s translate', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.fillRect(10, 10, 100, 50); + ctx.translate(70, 70); + ctx.fillRect(10, 10, 100, 50); + comparePdf(doc.output(), 'w3s_translate.pdf', 'context2d') + }); + + it('context2d: w3s transform', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.fillStyle = "yellow"; + ctx.fillRect(0, 0, 250, 100) + + ctx.transform(1, 0.5, -0.5, 1, 30, 10); + ctx.fillStyle = "red"; + ctx.fillRect(0, 0, 250, 100); + + ctx.transform(1, 0.5, -0.5, 1, 30, 10); + ctx.fillStyle = "blue"; + ctx.fillRect(0, 0, 250, 100); + comparePdf(doc.output(), 'w3s_transform.pdf', 'context2d') + }); + + it('context2d: w3s setTransform', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.fillStyle = "yellow"; + ctx.fillRect(0, 0, 250, 100) + + ctx.setTransform(1, 0.5, -0.5, 1, 30, 10); + ctx.fillStyle = "red"; + ctx.fillRect(0, 0, 250, 100); + + ctx.setTransform(1, 0.5, -0.5, 1, 30, 10); + ctx.fillStyle = "blue"; + ctx.fillRect(0, 0, 250, 100); + comparePdf(doc.output(), 'w3s_setTransform.pdf', 'context2d') + }); + + it('context2d: w3s font', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + ctx.font = "30px Arial"; + ctx.fillText("Hello World", 10, 50); + comparePdf(doc.output(), 'w3s_font.pdf', 'context2d') + }); + + it('context2d: w3s textBaseline', () => { + + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + //Draw a red line at y=100 + ctx.strokeStyle = "red"; + ctx.moveTo(5, 100); + ctx.lineTo(395, 100); + ctx.stroke(); + + ctx.font = "20px Arial" + + //Place each word at y=100 with different textBaseline values + ctx.textBaseline = "top"; + ctx.fillText("Top", 5, 100); + ctx.textBaseline = "bottom"; + ctx.fillText("Bottom", 50, 100); + ctx.textBaseline = "middle"; + ctx.fillText("Middle", 120, 100); + ctx.textBaseline = "alphabetic"; + ctx.fillText("Alphabetic", 190, 100); + ctx.textBaseline = "hanging"; + ctx.fillText("Hanging", 290, 100); + comparePdf(doc.output(), 'w3s_textBaseline.pdf', 'context2d') + }); + + + it('context2d: w3s textAlign', () => { + + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + + // Create a red line in position 150 + ctx.strokeStyle = "red"; + ctx.moveTo(150, 20); + ctx.lineTo(150, 170); + ctx.stroke(); + + ctx.font = "15px Arial"; + + // Show the different textAlign values + ctx.textAlign = "start"; + ctx.fillText("textAlign=start", 150, 60); + ctx.textAlign = "end"; + ctx.fillText("textAlign=end", 150, 80); + ctx.textAlign = "left"; + ctx.fillText("textAlign=left", 150, 100); + ctx.textAlign = "center"; + ctx.fillText("textAlign=center", 150, 120); + ctx.textAlign = "right"; + ctx.fillText("textAlign=right", 150, 140); + comparePdf(doc.output(), 'w3s_textAlign.pdf', 'context2d') + }); + + + it('context2d: w3s fillText', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + ctx.font = "20px Georgia"; + ctx.fillText("Hello World!", 10, 50); + comparePdf(doc.output(), 'w3s_fillText.pdf', 'context2d') + }); + + it('context2d: w3s strokeText', () => { + var doc = new jsPDF('p', 'pt', 'a4'); + var ctx = doc.context2d; + ctx.font = "20px Georgia"; + ctx.strokeText("Hello World!", 10, 50); + comparePdf(doc.output(), 'w3s_strokeText.pdf', 'context2d') + }); + }); \ No newline at end of file diff --git a/tests/pages/display-mode.spec.js b/spec/display-mode.spec.js similarity index 99% rename from tests/pages/display-mode.spec.js rename to spec/display-mode.spec.js index 3f3af252b..ee9c90b1a 100644 --- a/tests/pages/display-mode.spec.js +++ b/spec/display-mode.spec.js @@ -7,7 +7,7 @@ * We compare the exact output. */ -describe('Display modes', () => { +describe('Core: Display modes', () => { it('should set zoom mode to full height', () => { const doc = new jsPDF() doc.setDisplayMode('fullheight') diff --git a/spec/fileloading.spec.js b/spec/fileloading.spec.js new file mode 100644 index 000000000..25effdd1c --- /dev/null +++ b/spec/fileloading.spec.js @@ -0,0 +1,22 @@ + +/* global describe, it, jsPDF, comparePdf, expect */ + +describe('Module: FileLoad', () => { + var global = (typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); + + if (global.isNode === true) { + return; + } + it('should load a file (sync)', () => { + const doc = jsPDF() + var file = doc.loadFile('/base/spec/reference/success.txt', true, 1); + expect(file).toEqual('success'); + }) + it('should load a file (async)', (done) => { + const doc = jsPDF() + doc.loadFile('/base/spec/reference/success.txt', false, function (data) { + expect(data).toEqual('success'); + done(); + }); + }) +}) diff --git a/tests/addimage/filetypeRecognition.spec.js b/spec/filetypeRecognition.spec.js similarity index 99% rename from tests/addimage/filetypeRecognition.spec.js rename to spec/filetypeRecognition.spec.js index 7eb184d3c..779c10fdf 100644 --- a/tests/addimage/filetypeRecognition.spec.js +++ b/spec/filetypeRecognition.spec.js @@ -4,7 +4,7 @@ * Standard spec tests */ -describe('Plugin: addimage filetypeRecognition', () => { +describe('Module: addimage filetypeRecognition', () => { it('webp dataUrl', () => { var webp = 'data:image/webp;base64,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'; @@ -66,6 +66,9 @@ describe('Plugin: addimage filetypeRecognition', () => { let invalidImage = 'invalid'; expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(invalidImage, 'UNKNOWN'))).toEqual("UNKNOWN"); expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(invalidImage))).toEqual("UNKNOWN"); + var tmpConsoleWarn = console.warn; + console.warn = function () {}; expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(invalidImage), 'PNG')).toEqual("PNG"); + console.warn = tmpConsoleWarn; }); }) diff --git a/tests/init/filters.spec.js b/spec/filters.spec.js similarity index 95% rename from tests/init/filters.spec.js rename to spec/filters.spec.js index f93e79a66..1407a16e0 100644 --- a/tests/init/filters.spec.js +++ b/spec/filters.spec.js @@ -1,38 +1,38 @@ -'use strict' -/* global describe, xit, it, jsPDF, comparePdf, jasmine, expect */ -/** - * Standard spec tests - * - * These tests return the datauristring so that reference files can be generated. - * We compare the exact output. - */ - -describe('jsPDF filters', () => { - - it('ASCIIHexDecode', () => { - expect(jsPDF.API.processDataByFilters('61 62 2e6364 65', 'ASCIIHexDecode').data).toEqual("ab.cde"); - expect(jsPDF.API.processDataByFilters('61 62 2e6364 657>', 'ASCIIHexDecode').data).toEqual("ab.cdep"); - expect(jsPDF.API.processDataByFilters('7>', 'ASCIIHexDecode').data).toEqual("p"); - }) - - it('ASCIIHexEncode', () => { - - expect(jsPDF.API.processDataByFilters("ab.cde", 'ASCIIHexEncode').data).toEqual('61622e636465>'); - expect(jsPDF.API.processDataByFilters('ab.cdep', 'ASCIIHexEncode').data).toEqual("61622e63646570>"); - expect(jsPDF.API.processDataByFilters("p", 'ASCIIHexEncode').data).toEqual("70>"); - }) - - it('ASCII85Encode', () => { - expect(jsPDF.API.processDataByFilters('Man is distinguished', 'ASCII85Encode').data).toEqual("9jqo^BlbD-BleB1DJ+*+F(f,q~>"); - }) - - it('ASCII85Decode', () => { - expect(jsPDF.API.processDataByFilters('E,9)oF*2M7/c~>', 'ASCII85Decode').data).toEqual("pleasure."); - expect(jsPDF.API.processDataByFilters('E,9 )oF*2M 7/c~>', 'ASCII85Decode').data).toEqual("pleasure."); - }) - - it('FlateEncode', () => { - expect(jsPDF.API.processDataByFilters('Man is distinguished', ['FlateEncode', 'ASCIIHexEncode']).data).toEqual("789cf34dcc53c82c5648c92c2ec9cc4b2fcd2cce484d0100ad079c4c>"); - }) - +'use strict' +/* global describe, xit, it, jsPDF, comparePdf, jasmine, expect */ +/** + * Standard spec tests + * + * These tests return the datauristring so that reference files can be generated. + * We compare the exact output. + */ + +describe('Module: Filters', () => { + + it('ASCIIHexDecode', () => { + expect(jsPDF.API.processDataByFilters('61 62 2e6364 65', 'ASCIIHexDecode').data).toEqual("ab.cde"); + expect(jsPDF.API.processDataByFilters('61 62 2e6364 657>', 'ASCIIHexDecode').data).toEqual("ab.cdep"); + expect(jsPDF.API.processDataByFilters('7>', 'ASCIIHexDecode').data).toEqual("p"); + }) + + it('ASCIIHexEncode', () => { + + expect(jsPDF.API.processDataByFilters("ab.cde", 'ASCIIHexEncode').data).toEqual('61622e636465>'); + expect(jsPDF.API.processDataByFilters('ab.cdep', 'ASCIIHexEncode').data).toEqual("61622e63646570>"); + expect(jsPDF.API.processDataByFilters("p", 'ASCIIHexEncode').data).toEqual("70>"); + }) + + it('ASCII85Encode', () => { + expect(jsPDF.API.processDataByFilters('Man is distinguished', 'ASCII85Encode').data).toEqual("9jqo^BlbD-BleB1DJ+*+F(f,q~>"); + }) + + it('ASCII85Decode', () => { + expect(jsPDF.API.processDataByFilters('E,9)oF*2M7/c~>', 'ASCII85Decode').data).toEqual("pleasure."); + expect(jsPDF.API.processDataByFilters('E,9 )oF*2M 7/c~>', 'ASCII85Decode').data).toEqual("pleasure."); + }) + + it('FlateEncode', () => { + expect(jsPDF.API.processDataByFilters('Man is distinguished', ['FlateEncode', 'ASCIIHexEncode']).data).toEqual("789cf34dcc53c82c5648c92c2ec9cc4b2fcd2cce484d0100ad079c4c>"); + }) + }) \ No newline at end of file diff --git a/tests/addimage/getImageProperties.spec.js b/spec/getImageProperties.spec.js similarity index 99% rename from tests/addimage/getImageProperties.spec.js rename to spec/getImageProperties.spec.js index 952e7f573..999e74cd5 100644 --- a/tests/addimage/getImageProperties.spec.js +++ b/spec/getImageProperties.spec.js @@ -4,7 +4,7 @@ * Standard spec tests */ -describe('Plugin: addimage getImageProperties', () => { +describe('Module: addimage getImageProperties', () => { it('one blackpixel', () => { var blackpixel = 'data:image/jpeg;base64,/9j/4AAQSkZJRgABAQEAYABgAAD/2wBDAAIBAQIBAQICAgICAgICAwUDAwMDAwYEBAMFBwYHBwcGBwcICQsJCAgKCAcHCg0KCgsMDAwMBwkODw0MDgsMDAz/2wBDAQICAgMDAwYDAwYMCAcIDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAz/wAARCAABAAEDASIAAhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwD+f+iiigD/2Q=='; var result = jsPDF.API.getImageProperties(blackpixel); diff --git a/tests/addimage/gif.spec.js b/spec/gif.spec.js similarity index 98% rename from tests/addimage/gif.spec.js rename to spec/gif.spec.js index 6ca43de81..13060a318 100644 --- a/tests/addimage/gif.spec.js +++ b/spec/gif.spec.js @@ -4,7 +4,7 @@ * Standard spec tests */ -describe('Plugin: addimage', () => { +describe('Module: GIFSupport', () => { it('gif89a', () => { var gif89a = 'data:image/gif;base64,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'; diff --git a/spec/helpers/SpecHelper.js b/spec/helpers/SpecHelper.js new file mode 100644 index 000000000..cbc069fd4 --- /dev/null +++ b/spec/helpers/SpecHelper.js @@ -0,0 +1,9 @@ +/* eslint-disable no-unused-vars */ +/* global beforeAll */ + +beforeAll(function () { + require('../../src/node') + global.jsPDF = require('../../dist/jspdf.node.debug.js'); + global.jsPDF.version = "0.0.0"; +}); +global.isNode = true; diff --git a/tests/init/standard.spec.js b/spec/init.spec.js similarity index 82% rename from tests/init/standard.spec.js rename to spec/init.spec.js index bf946c89a..6f08699c3 100644 --- a/tests/init/standard.spec.js +++ b/spec/init.spec.js @@ -1,5 +1,5 @@ -/* global describe, xit, it, jsPDF, comparePdf, jasmine, expect */ +/* global describe, it, jsPDF, comparePdf, jasmine, expect */ /** * Standard spec tests * @@ -7,7 +7,9 @@ * We compare the exact output. */ -describe('jsPDF init options', () => { +describe('Core: Initialization Options', () => { + var global = (typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); + it('should make a compressed document', () => { const doc = jsPDF({ compress: true @@ -58,16 +60,18 @@ describe('jsPDF init options', () => { expect(doc.output('arraybuffer')).toEqual(jasmine.any(ArrayBuffer)) }) - it('should return a Blob', () => { - const doc = jsPDF() - expect(doc.output('blob')).toEqual(jasmine.any(window.Blob)) - }) + if (global.isNode !== true) { + it('should return a Blob', () => { + const doc = jsPDF() + expect(doc.output('blob')).toEqual(jasmine.any(window.Blob)) + }) - it('should return a bloburl', () => { - const doc = jsPDF() - expect(doc.output('bloburl')).toContain('blob:') - expect(doc.output('bloburi')).toContain('blob:') - }) + it('should return a bloburl', () => { + const doc = jsPDF() + expect(doc.output('bloburl')).toContain('blob:') + expect(doc.output('bloburi')).toContain('blob:') + }) + } it('should return a datauri', () => { const doc = jsPDF() @@ -75,16 +79,18 @@ describe('jsPDF init options', () => { expect(doc.output('dataurlstring')).toContain('data:') }) - it('should open a new window', () => { - if (navigator.userAgent.indexOf('Trident') !== -1) { - console.warn('Skipping IE for new window test') - return - } - const doc = jsPDF() - doc.text(10, 10, 'This is a test') - doc.output('dataurlnewwindow') - // expect(doc.output('dataurlnewwindow').Window).toEqual(jasmine.any(Function)) - }) + if (isNode !== true) { + it('should open a new window', () => { + if (navigator.userAgent.indexOf('Trident') !== -1) { + console.warn('Skipping IE for new window test') + return + } + const doc = jsPDF() + doc.text(10, 10, 'This is a test') + doc.output('dataurlnewwindow') + // expect(doc.output('dataurlnewwindow').Window).toEqual(jasmine.any(Function)) + }) + } const renderBoxes = (doc) => { for (let i = 0; i < 100; i++) { @@ -157,7 +163,7 @@ describe('jsPDF init options', () => { jsPDF('portrait', 'invalid') }).toThrow(new Error('Invalid unit: invalid')) }) - + it('getCreationDate', () => { const doc = jsPDF('portrait', 'cm'); var creationDate = new Date(); @@ -169,10 +175,10 @@ describe('jsPDF init options', () => { expect(doc.getCreationDate("jsDate").getMinutes()).toEqual(creationDate.getMinutes()); expect(doc.getCreationDate("jsDate").getSeconds()).toEqual(creationDate.getSeconds()); }); - + it('setCreationDate', () => { const doc = jsPDF('portrait', 'cm'); - var creationDate = new Date(1987,11,10,0,0,0); + var creationDate = new Date(1987, 11, 10, 0, 0, 0); var pdfDateString = "D:19871210000000+00'00'"; doc.setCreationDate(pdfDateString); expect(doc.getCreationDate("jsDate").getFullYear()).toEqual(creationDate.getFullYear()); diff --git a/tests/unicode/japanese.spec.js b/spec/japanese.spec.js similarity index 99% rename from tests/unicode/japanese.spec.js rename to spec/japanese.spec.js index feaf58c50..95fa2e050 100644 --- a/tests/unicode/japanese.spec.js +++ b/spec/japanese.spec.js @@ -1,19 +1,19 @@ - - -describe('Unicode: Japanese', function() { - it('Unicode: Japanese - Kana', function() { - //https://www.freejapanesefont.com/mouhitsu-bold-font-download/ - var MouhitsuBold = 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UAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIGoAACBqAAAgagAAIGoAACBqAAAgagAAIGoAACCJAAAgpwAAIKcAACCnAAAgpwAAIKcAACCnAAAgpwAAIKcAACCnAAAgpwAAIKcAACCnAAAgpwAAIKcAACCnAAAgpwAAIKcAACCnAAAgpwAAIKcAACCnAAAgpwAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIS8AACEvAAAhLwAAIS8AACEvAAAhLwAAIS8AACEvAAAhLwAAIS8AACFpAAAhaQAAIWkAACFpAAAhkwAAIZMAACGTAAAhkwAAIbgAACG4AAAhuAAAIcwAACHMAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAA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"; - const doc = new jsPDF({filters: ['ASCIIHexEncode']}); - - doc.addFileToVFS("MouhitsuBold.ttf", MouhitsuBold); - doc.addFont('MouhitsuBold.ttf', 'Mouhitsu', 'bold'); - - doc.setFont('Mouhitsu', 'bold'); // set font - doc.setFontSize(20); - - doc.text("なに", 20, 20); - - comparePdf(doc.output(), 'japanese-kana-nani.pdf', 'unicode') - }) -}) +/* global describe, it, jsPDF, comparePdf */ + +describe('Module: Unicode: Japanese', function() { + it('Unicode: Japanese - Kana', function() { + //https://www.freejapanesefont.com/mouhitsu-bold-font-download/ + var MouhitsuBold = 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UAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHpUAAB6VAAAelQAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAHtkAAB7ZAAAe2QAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfRAAAH0QAAB9EAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAfiAAAH4gAAB+IAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIA8AACAPAAAgDwAAIGoAACBqAAAgagAAIGoAACBqAAAgagAAIGoAACCJAAAgpwAAIKcAACCnAAAgpwAAIKcAACCnAAAgpwAAIKcAACCnAAAgpwAAIKcAACCnAAAgpwAAIKcAACCnAAAgpwAAIKcAACCnAAAgpwAAIKcAACCnAAAgpwAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIQAAACEAAAAhAAAAIS8AACEvAAAhLwAAIS8AACEvAAAhLwAAIS8AACEvAAAhLwAAIS8AACFpAAAhaQAAIWkAACFpAAAhkwAAIZMAACGTAAAhkwAAIbgAACG4AAAhuAAAIcwAACHMAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAAAh8gAAIfIAACHyAA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"; + const doc = new jsPDF({filters: ['ASCIIHexEncode']}); + + doc.addFileToVFS("MouhitsuBold.ttf", MouhitsuBold); + doc.addFont('MouhitsuBold.ttf', 'Mouhitsu', 'bold'); + + doc.setFont('Mouhitsu', 'bold'); // set font + doc.setFontSize(20); + + doc.text("なに", 20, 20); + + comparePdf(doc.output(), 'japanese-kana-nani.pdf', 'unicode') + }) +}) diff --git a/tests/addimage/jpeg.spec.js b/spec/jpeg.spec.js similarity index 99% rename from tests/addimage/jpeg.spec.js rename to spec/jpeg.spec.js index a89cd03d6..204c52b03 100644 --- a/tests/addimage/jpeg.spec.js +++ b/spec/jpeg.spec.js @@ -1,26 +1,26 @@ - -/* global describe, it, jsPDF, comparePdf, expect */ -/** - * Standard spec tests - */ - -describe('Plugin: addimage', () => { - - it('one blackpixel', () => { - var blackpixel = 'data:image/jpeg;base64,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'; - - const doc = new jsPDF('p', 'pt', 'a4', false); - doc.addImage(blackpixel, 'JPEG', 15, 40, 1, 1); - - comparePdf(doc.output(), 'blackpixel.pdf', 'addimage') - }) - - it('jpg', () => { - var jpg = 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'; - - const doc = new jsPDF('p', 'pt', 'a4', false); - doc.addImage(jpg, 'JPEG', 100, 200, 280, 210, undefined, undefined); - - comparePdf(doc.output(), 'jpg.pdf', 'addimage'); - }) -}) + +/* global describe, it, jsPDF, comparePdf, expect */ +/** + * Standard spec tests + */ + +describe('Module: JPEGSupport', () => { + + it('one blackpixel', () => { + var blackpixel = 'data:image/jpeg;base64,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'; + + const doc = new jsPDF('p', 'pt', 'a4', false); + doc.addImage(blackpixel, 'JPEG', 15, 40, 1, 1); + + comparePdf(doc.output(), 'blackpixel.pdf', 'addimage') + }) + + it('jpg', () => { + var jpg = 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'; + + const doc = new jsPDF('p', 'pt', 'a4', false); + doc.addImage(jpg, 'JPEG', 100, 200, 280, 210, undefined, undefined); + + comparePdf(doc.output(), 'jpg.pdf', 'addimage'); + }) +}) diff --git a/tests/init/jspdf.unit.spec.js b/spec/jspdf.unit.spec.js similarity index 50% rename from tests/init/jspdf.unit.spec.js rename to spec/jspdf.unit.spec.js index e28b69f16..1c80b2f0c 100644 --- a/tests/init/jspdf.unit.spec.js +++ b/spec/jspdf.unit.spec.js @@ -1,1510 +1,1513 @@ - -/* global describe, xit, it, jsPDF, comparePdf, jasmine, expect */ -/** - * Standard spec tests - * - * These tests return the datauristring so that reference files can be generated. - * We compare the exact output. - */ - -describe('jsPDF unit tests', () => { - - //PubSub-Functionality - - it('jsPDF PubSub basic check', () => { - var pubSub; - var testContext = {}; - pubSub = new (new jsPDF).__private__.PubSub(testContext); - expect(typeof (new jsPDF).__private__.PubSub).toEqual('function'); - expect(function () {new (new jsPDF).__private__.PubSub('invalid')}).toThrow(new Error ('Invalid Context passed to initialize PubSub (jsPDF-module)')); - }); - it('jsPDF PubSub subscribe/subscribe', () => { - expect(typeof (new jsPDF).__private__.PubSub).toEqual('function'); - - var pubSub; - var testContext = {}; - var token; - pubSub = new (new jsPDF).__private__.PubSub(testContext); - - expect(function() {pubSub.subscribe('testEvent', function () {}, true);}).not.toThrow(new Error('Invalid arguments passed to PubSub.subscribe (jsPDF-module)')); - expect(function() {pubSub.subscribe('testEvent', 'invalid');}).toThrow(new Error('Invalid arguments passed to PubSub.subscribe (jsPDF-module)')); - expect(function() {pubSub.subscribe(1, function () {});}).toThrow(new Error('Invalid arguments passed to PubSub.subscribe (jsPDF-module)')); - expect(function() {pubSub.subscribe('testEvent', function () {}, 'invalid');}).toThrow(new Error('Invalid arguments passed to PubSub.subscribe (jsPDF-module)')); - - expect(typeof pubSub.subscribe('testEvent', function() {}) === "string").toEqual(true); - expect(Object.keys(pubSub.getTopics()).length).toEqual(1); - - //check token - expect(pubSub.subscribe('testEvent', function() {}).length > 0).toEqual(true); - - testContext = {}; - pubSub = new (new jsPDF).__private__.PubSub(testContext); - pubSub.subscribe('testEvent', function() {}); - expect(Object.keys(pubSub.getTopics()).length).toEqual(1); - pubSub.subscribe('testEvent', function() {}); - expect(Object.keys(pubSub.getTopics()).length).toEqual(1); - - token = pubSub.subscribe('testEvent2', function() {}); - expect(Object.keys(pubSub.getTopics()).length).toEqual(2); - - pubSub.unsubscribe('invalid'); - expect(Object.keys(pubSub.getTopics()).length).toEqual(2); - - pubSub.unsubscribe(token); - expect(Object.keys(pubSub.getTopics()).length).toEqual(1); - - token = pubSub.subscribe('testEvent2', function() {}); - expect(Object.keys(pubSub.getTopics()).length).toEqual(2); - - token = pubSub.subscribe('testEvent2', function() {}); - expect(Object.keys(pubSub.getTopics()).length).toEqual(2); - - pubSub.unsubscribe(token); - expect(Object.keys(pubSub.getTopics()).length).toEqual(2); - - }) - - //PubSub-Functionality - it('jsPDF PubSub publish', () => { - var pubSub; - var testContext = {success: false, testFunction : function () {this.success = true;}, malFunction : null}; - var token; - var originalConsole = console.error; - var tmpErrorMessage = ''; - - console.error = (function (value) { tmpErrorMessage = value }); - pubSub = new (new jsPDF).__private__.PubSub(testContext); - - token = pubSub.subscribe('testEvent', function() {this.testFunction()}); - pubSub.publish('testEvent'); - expect(testContext.success).toEqual(true); - pubSub.unsubscribe(token); - testContext.success = false; - - token = pubSub.subscribe('testEvent', function() {this.malFunction()}); - pubSub.publish('testEvent'); - expect(tmpErrorMessage).toEqual('jsPDF PubSub Error'); - expect(testContext.success).toEqual(false); - pubSub.unsubscribe(token); - testContext.success = false; - - - testContext = {success: false, testFunction : function () {this.success = true;}, malFunction : null}; - - token = pubSub.subscribe('testEvent', function() {this.testFunction()}, true); - pubSub.publish('testEvent'); - expect(Object.keys(pubSub.getTopics()).length).toEqual(0); - - console.error = originalConsole; - }) - - it('jsPDF internal/private function getPDFVersion', () => { - const doc = new jsPDF(); - expect(doc.internal.getPDFVersion()).toEqual('1.3'); - expect(doc.__private__.getPdfVersion()).toEqual('1.3'); - }) - - it('jsPDF private function setPDFVersion', () => { - const doc = new jsPDF(); - expect(doc.__private__.getPdfVersion()).toEqual('1.3'); - doc.__private__.setPdfVersion('1.5'); - expect(doc.__private__.getPdfVersion()).toEqual('1.5'); - }) - - it('jsPDF private function getPageFormats', () => { - const doc = new jsPDF(); - expect(Object.keys(doc.__private__.getPageFormats()).length).toEqual(41); - }) - - it('jsPDF private function getPageFormat', () => { - const doc = new jsPDF(); - expect(doc.__private__.getPageFormat('a4')[0]).toEqual(595.28); - expect(doc.__private__.getPageFormat('a4')[1]).toEqual(841.89); - }) - - it('jsPDF private function f2', () => { - const doc = new jsPDF(); - expect(doc.__private__.f2(2.22222)).toEqual('2.22'); - - expect(function() {doc.__private__.f2('invalid');}).toThrow(new Error('Invalid argument passed to jsPDF.f2')); - }) - - it('jsPDF private function f3', () => { - const doc = new jsPDF(); - expect(doc.__private__.f3(2.22222)).toEqual('2.222'); - - expect(function() {doc.__private__.f3('invalid');}).toThrow(new Error('Invalid argument passed to jsPDF.f3')); - }) - - it('jsPDF private function getFileId, setFileId', () => { - const doc = new jsPDF(); - doc.__private__.setFileId('0000000000000000000000000BADFACE') - expect(doc.__private__.getFileId()).toEqual('0000000000000000000000000BADFACE'); - }) - - it('jsPDF public function getFileId, setFileId', () => { - const doc = new jsPDF(); - doc.setFileId('0000000000000000000000000BADFACE') - expect(doc.getFileId()).toEqual('0000000000000000000000000BADFACE'); - }) - - - it('jsPDF private function getCreationDate', () => { - const doc = jsPDF(); - var regexPDFCreationDate = (/^D:(20[0-2][0-9]|203[0-7]|19[7-9][0-9])(0[0-9]|1[0-2])([0-2][0-9]|3[0-1])(0[0-9]|1[0-9]|2[0-3])(0[0-9]|[1-5][0-9])(0[0-9]|[1-5][0-9])(\+0[0-9]|\+1[0-4]|\-0[0-9]|\-1[0-1])\'(0[0-9]|[1-5][0-9])\'?$/); - - expect(regexPDFCreationDate.test(doc.__private__.setCreationDate())).toEqual(true); - - var creationDate = new Date(); - doc.__private__.setCreationDate(creationDate); - expect(doc.__private__.getCreationDate("jsDate").getFullYear()).toEqual(creationDate.getFullYear()); - expect(doc.__private__.getCreationDate("jsDate").getMonth()).toEqual(creationDate.getMonth()); - expect(doc.__private__.getCreationDate("jsDate").getDate()).toEqual(creationDate.getDate()); - expect(doc.__private__.getCreationDate("jsDate").getHours()).toEqual(creationDate.getHours()); - expect(doc.__private__.getCreationDate("jsDate").getMinutes()).toEqual(creationDate.getMinutes()); - expect(doc.__private__.getCreationDate("jsDate").getSeconds()).toEqual(creationDate.getSeconds()); - - }); - - it('jsPDF private function setCreationDate', () => { - const doc = jsPDF(); - var creationDate = new Date(1987,11,10,0,0,0); - var pdfDateString = "D:19871210000000+00'00'"; - doc.__private__.setCreationDate(pdfDateString); - expect(doc.__private__.getCreationDate("jsDate").getFullYear()).toEqual(creationDate.getFullYear()); - expect(doc.__private__.getCreationDate("jsDate").getMonth()).toEqual(creationDate.getMonth()); - expect(doc.__private__.getCreationDate("jsDate").getDate()).toEqual(creationDate.getDate()); - expect(doc.__private__.getCreationDate("jsDate").getHours()).toEqual(creationDate.getHours()); - expect(doc.__private__.getCreationDate("jsDate").getMinutes()).toEqual(creationDate.getMinutes()); - expect(doc.__private__.getCreationDate("jsDate").getSeconds()).toEqual(creationDate.getSeconds()); - - expect(function() {doc.__private__.setCreationDate('invalid');}).toThrow(new Error('Invalid argument passed to jsPDF.setCreationDate')); - }); - - it('jsPDF public function getCreationDate', () => { - const doc = jsPDF(); - var creationDate = new Date(); - doc.setCreationDate(creationDate); - expect(doc.getCreationDate("jsDate").getFullYear()).toEqual(creationDate.getFullYear()); - expect(doc.getCreationDate("jsDate").getMonth()).toEqual(creationDate.getMonth()); - expect(doc.getCreationDate("jsDate").getDate()).toEqual(creationDate.getDate()); - expect(doc.getCreationDate("jsDate").getHours()).toEqual(creationDate.getHours()); - expect(doc.getCreationDate("jsDate").getMinutes()).toEqual(creationDate.getMinutes()); - expect(doc.getCreationDate("jsDate").getSeconds()).toEqual(creationDate.getSeconds()); - }); - - it('jsPDF public function setCreationDate', () => { - const doc = jsPDF(); - var creationDate = new Date(1987,11,10,0,0,0); - var pdfDateString = "D:19871210000000+00'00'"; - doc.setCreationDate(pdfDateString); - expect(doc.getCreationDate("jsDate").getFullYear()).toEqual(creationDate.getFullYear()); - expect(doc.getCreationDate("jsDate").getMonth()).toEqual(creationDate.getMonth()); - expect(doc.getCreationDate("jsDate").getDate()).toEqual(creationDate.getDate()); - expect(doc.getCreationDate("jsDate").getHours()).toEqual(creationDate.getHours()); - expect(doc.getCreationDate("jsDate").getMinutes()).toEqual(creationDate.getMinutes()); - expect(doc.getCreationDate("jsDate").getSeconds()).toEqual(creationDate.getSeconds()); - }); - - it('jsPDF private function padd2', () => { - const doc = jsPDF(); - expect(doc.__private__.padd2(2)).toEqual('02'); - expect(doc.__private__.padd2(23)).toEqual('23'); - expect(doc.__private__.padd2(234)).toEqual('34'); - }); - - it('jsPDF private function padd2Hex', () => { - const doc = jsPDF(); - expect(doc.__private__.padd2Hex(2)).toEqual('02'); - expect(doc.__private__.padd2Hex(23)).toEqual('23'); - expect(doc.__private__.padd2Hex(234)).toEqual('34'); - }); - - it('jsPDF private function getFilters', () => { - var doc = jsPDF(); - expect(doc.__private__.getFilters()).toEqual([]); - doc = jsPDF({filters:'FlateEncode'}); - expect(doc.__private__.getFilters()).toEqual('FlateEncode'); - doc = jsPDF({filters: ['FlateEncode']}); - expect(doc.__private__.getFilters()).toEqual(['FlateEncode']); - doc = jsPDF({compress: true}); - expect(doc.__private__.getFilters()).toEqual(['FlateEncode']); - doc = jsPDF({compress: false}); - expect(doc.__private__.getFilters()).toEqual([]); - }); - - - it('jsPDF private function newObject', () => { - const doc = jsPDF(); - - expect( doc.__private__.newObject()).toEqual(3); - expect( doc.__private__.newObject()).toEqual(4); - expect( doc.__private__.newObject()).toEqual(5); - }); - - - it('jsPDF private function newAdditionalObject', () => { - const doc = jsPDF(); - - expect( doc.__private__.newAdditionalObject()).toEqual({"objId":3,"content":""}); - }); - - - - - it('jsPDF private function newObjectDeferred', () => { - const doc = jsPDF(); - - expect( doc.__private__.newObjectDeferred()).toEqual(3); - expect( doc.__private__.newObjectDeferred()).toEqual(4); - expect( doc.__private__.newObjectDeferred()).toEqual(5); - }); - - - it('jsPDF private function out', () => { - const doc = jsPDF(); - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - writeArray = doc.__private__.out(2); - expect(writeArray[0]).toEqual('2'); - - doc.__private__.resetCustomOutputDestination(); - }); - - - - it('jsPDF private function out', () => { - const doc = jsPDF(); - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - writeArray = doc.__private__.out(2); - expect(writeArray[0]).toEqual('2'); - - doc.__private__.resetCustomOutputDestination(); - }); - - it('jsPDF private function write', () => { - var doc = jsPDF(); - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - writeArray = doc.__private__.write('test'); - expect(writeArray[0]).toEqual('test'); - - doc = jsPDF(); - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - writeArray = doc.__private__.write('test', 'test2'); - expect(writeArray[0]).toEqual('test test2'); - - }); - - - it('jsPDF private function pdfEscape', () => { - const doc = jsPDF(); - expect(doc.__private__.pdfEscape('Test')).toEqual('Test'); - expect(doc.__private__.pdfEscape('(Test')).toEqual('\\(Test'); - expect(doc.__private__.pdfEscape('(Test)')).toEqual('\\(Test\\)'); - expect(doc.__private__.pdfEscape("\\Test")).toEqual("\\\\Test"); - expect(doc.__private__.pdfEscape("\\(Test")).toEqual('\\\\\\(Test'); - - doc.__private__.resetCustomOutputDestination(); - }); - - - it('jsPDF private function getNumberOfPages', () => { - const doc = jsPDF() - expect(doc.__private__.getNumberOfPages()).toEqual(1); - doc.addPage(); - expect(doc.__private__.getNumberOfPages()).toEqual(2); - doc.addPage(); - expect(doc.__private__.getNumberOfPages()).toEqual(3); - doc.addPage(); - expect(doc.__private__.getNumberOfPages()).toEqual(4); - }); - - it('jsPDF internal function getPageInfo', () => { - const doc = jsPDF() - doc.addPage(); - doc.addPage(); - expect(doc.internal.getPageInfo(1)).toEqual({ objId: 0, pageNumber: 1, pageContext: {mediaBox: { bottomLeftX: 0, bottomLeftY: 0, topRightX: 595.28, topRightY: 841.89 }, artBox: null, bleedBox: null, cropBox: null, trimBox: null, userUnit: 1.0, objId: 0, contentsObjId: 0, annotations: []} }); - expect(doc.internal.getPageInfo(2)).toEqual({ objId: 0, pageNumber: 2, pageContext: {mediaBox: { bottomLeftX: 0, bottomLeftY: 0, topRightX: 595.28, topRightY: 841.89 }, artBox: null, bleedBox: null, cropBox: null, trimBox: null, userUnit: 1.0, objId: 0, contentsObjId: 0, annotations: []} }); - expect(doc.internal.getPageInfo(3)).toEqual({ objId: 0, pageNumber: 3, pageContext: {mediaBox: { bottomLeftX: 0, bottomLeftY: 0, topRightX: 595.28, topRightY: 841.89 }, artBox: null, bleedBox: null, cropBox: null, trimBox: null, userUnit: 1.0, objId: 0, contentsObjId: 0, annotations: []} }); - - expect(function() {doc.internal.getPageInfo('invalid');}).toThrow(new Error('Invalid argument passed to jsPDF.getPageInfo')); - expect(function() {doc.internal.getPageInfo(3.14);}).toThrow(new Error('Invalid argument passed to jsPDF.getPageInfo')); - }); - - it('jsPDF private function getCurrentPageInfo', () => { - const doc = jsPDF() - doc.addPage(); - doc.addPage(); - expect(doc.__private__.getCurrentPageInfo()).toEqual({ objId: 0, pageNumber: 3, pageContext: {mediaBox: { bottomLeftX: 0, bottomLeftY: 0, topRightX: 595.28, topRightY: 841.89 }, artBox: null, bleedBox: null, cropBox: null, trimBox: null, userUnit: 1.0, objId: 0, contentsObjId: 0, annotations: []} }); - }); - - it('jsPDF private function getArrayBuffer', () => { - const doc = jsPDF(); - expect(doc.__private__.getArrayBuffer('A').byteLength).toEqual(1); - expect(doc.__private__.getArrayBuffer('A') instanceof ArrayBuffer).toEqual(true); - }); - - it('jsPDF private function getBlob', () => { - const doc = new jsPDF(); - expect(typeof doc.__private__.getBlob('A')).toEqual('object'); - expect(doc.__private__.getBlob('A') instanceof Blob).toEqual(true); - expect(doc.__private__.getBlob('A').type).toEqual("application/pdf"); - }); - - it('jsPDF private function output', () => { - var doc = new jsPDF(); - - doc.__private__.setFileId('0000000000000000000000000BADFACE'); - doc.__private__.setCreationDate("D:19871210000000+00'00'") - - var data = ["%PDF-1.3","%ºß¬à","3 0 obj","<>","endobj","4 0 obj","<<","/Length 10",">>","stream","0.57 w\n0 G","endstream","endobj","1 0 obj","<>","endobj","5 0 obj","<<","/Type /Font","/BaseFont /Helvetica","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","6 0 obj","<<","/Type /Font","/BaseFont /Helvetica-Bold","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","7 0 obj","<<","/Type /Font","/BaseFont /Helvetica-Oblique","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","8 0 obj","<<","/Type /Font","/BaseFont /Helvetica-BoldOblique","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","9 0 obj","<<","/Type /Font","/BaseFont /Courier","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","10 0 obj","<<","/Type /Font","/BaseFont /Courier-Bold","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","11 0 obj","<<","/Type /Font","/BaseFont /Courier-Oblique","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","12 0 obj","<<","/Type /Font","/BaseFont /Courier-BoldOblique","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","13 0 obj","<<","/Type /Font","/BaseFont /Times-Roman","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","14 0 obj","<<","/Type /Font","/BaseFont /Times-Bold","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","15 0 obj","<<","/Type /Font","/BaseFont /Times-Italic","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","16 0 obj","<<","/Type /Font","/BaseFont /Times-BoldItalic","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","17 0 obj","<<","/Type /Font","/BaseFont /ZapfDingbats","/Subtype /Type1","/FirstChar 32","/LastChar 255",">>","endobj","18 0 obj","<<","/Type /Font","/BaseFont /Symbol","/Subtype /Type1","/FirstChar 32","/LastChar 255",">>","endobj","2 0 obj","<<","/ProcSet [/PDF /Text /ImageB /ImageC /ImageI]","/Font <<","/F1 5 0 R","/F2 6 0 R","/F3 7 0 R","/F4 8 0 R","/F5 9 0 R","/F6 10 0 R","/F7 11 0 R","/F8 12 0 R","/F9 13 0 R","/F10 14 0 R","/F11 15 0 R","/F12 16 0 R","/F13 17 0 R","/F14 18 0 R",">>","/XObject <<",">>",">>","endobj","19 0 obj","<<","/Producer (jsPDF 0.0.0)","/CreationDate (D:19871210000000+00'00')",">>","endobj","20 0 obj","<<","/Type /Catalog","/Pages 1 0 R","/OpenAction [3 0 R /FitH null]","/PageLayout /OneColumn",">>","endobj","xref","0 21","0000000000 65535 f ","0000000184 00000 n ","0000002001 00000 n ","0000000015 00000 n ","0000000124 00000 n ","0000000241 00000 n ","0000000366 00000 n ","0000000496 00000 n ","0000000629 00000 n ","0000000766 00000 n ","0000000889 00000 n ","0000001018 00000 n ","0000001150 00000 n ","0000001286 00000 n ","0000001414 00000 n ","0000001541 00000 n ","0000001670 00000 n ","0000001803 00000 n ","0000001905 00000 n ","0000002249 00000 n ","0000002335 00000 n ","trailer","<<","/Size 21","/Root 20 0 R","/Info 19 0 R","/ID [ <0000000000000000000000000BADFACE> <0000000000000000000000000BADFACE> ]",">>","startxref","2439","%%EOF"]; - expect(doc.__private__.output()).toEqual(data.join("\n")); - - - expect(doc.__private__.output('arraybuffer') instanceof ArrayBuffer).toEqual(true); - - expect(doc.__private__.output('blob') instanceof Blob).toEqual(true); - - expect(doc.__private__.output('datauristring')).toEqual('data:application/pdf;filename=generated.pdf;base64,' + btoa(data.join("\n"))); - expect(doc.__private__.output('dataurlstring')).toEqual('data:application/pdf;filename=generated.pdf;base64,' + btoa(data.join("\n"))); - - expect(doc.__private__.output('invalid')).toEqual(null); - }); - - //Font-Functionality - it('jsPDF private function getStandardFonts', () => { - const doc = jsPDF() - const fontList = doc.__private__.getStandardFonts(); - expect(fontList).toEqual([ - ['Helvetica', "helvetica", "normal", 'WinAnsiEncoding'], - ['Helvetica-Bold', "helvetica", "bold", 'WinAnsiEncoding'], - ['Helvetica-Oblique', "helvetica", "italic", 'WinAnsiEncoding'], - ['Helvetica-BoldOblique',"helvetica", "bolditalic", 'WinAnsiEncoding'], - ['Courier', "courier", "normal", 'WinAnsiEncoding'], - ['Courier-Bold', "courier", "bold", 'WinAnsiEncoding'], - ['Courier-Oblique', "courier", "italic", 'WinAnsiEncoding'], - ['Courier-BoldOblique', "courier", "bolditalic", 'WinAnsiEncoding'], - ['Times-Roman', "times", "normal", 'WinAnsiEncoding'], - ['Times-Bold', "times", "bold", 'WinAnsiEncoding'], - ['Times-Italic', "times", "italic", 'WinAnsiEncoding'], - ['Times-BoldItalic', "times", "bolditalic", 'WinAnsiEncoding'], - ['ZapfDingbats', "zapfdingbats", "normal", null], - ['Symbol', "symbol", "normal", null] - ]) - }) - - it('jsPDF private function getFontList', () => { - const doc = jsPDF() - expect(doc.__private__.getFontList()).toEqual({"helvetica":["normal","bold","italic","bolditalic"],"Helvetica":["","Bold","Oblique","BoldOblique"],"courier":["normal","bold","italic","bolditalic"],"Courier":["","Bold","Oblique","BoldOblique"],"times":["normal","bold","italic","bolditalic"],"Times":["Roman","Bold","Italic","BoldItalic"],"zapfdingbats":["normal"],"ZapfDingbats":[""],"symbol":["normal"],"Symbol":[""]}); - }); - - it('jsPDF public function getFontSize', () => { - const doc = jsPDF() - - expect(doc.getFontSize()).toEqual(16); - }); - - it('jsPDF public function setFontSize', () => { - const doc = jsPDF() - expect(doc.getFontSize()).toEqual(16); - doc.setFontSize(20); - expect(doc.getFontSize()).toEqual(20); - }); - - it('jsPDF private function getCharSpace', () => { - const doc = jsPDF() - - expect(doc.__private__.getCharSpace()).toEqual(0); - }); - - it('jsPDF private function setCharSpace', () => { - const doc = jsPDF() - doc.__private__.setCharSpace(2); - - expect(doc.__private__.getCharSpace()).toEqual(2); - expect(function() {doc.__private__.setCharSpace('invalid');}).toThrow(new Error('Invalid argument passed to jsPDF.setCharSpace')); - }); - - it('jsPDF private function getLineWidth', () => { - const doc = jsPDF() - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.setLineWidth(595.28); - - expect(writeArray).toEqual(['1687.41 w']); - }); - - it('jsPDF private function setLineDash', () => { - const doc = jsPDF() - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - - expect(function () {doc.__private__.setLineDash('');} ).not.toThrow(new Error('Invalid arguments passed to jsPDF.setLineDash')); - - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - expect(function () {doc.__private__.setLineDash();} ).not.toThrow(new Error('Invalid arguments passed to jsPDF.setLineDash')); - - expect(writeArray).toEqual(['[] 0.000 d']); - - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - expect(function () {doc.__private__.setLineDash('1 1', '1');} ).toThrow(new Error('Invalid arguments passed to jsPDF.setLineDash')); - - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - expect(function () {doc.__private__.setLineDash('1 1', 1);} ).toThrow(new Error('Invalid arguments passed to jsPDF.setLineDash')); - - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - expect(function () {doc.__private__.setLineDash([1,1], 1)} ).not.toThrow(new Error('Invalid arguments passed to jsPDF.setLineDash')); - - expect(writeArray).toEqual(['[2.835 2.835] 2.835 d']); - }); - - it('jsPDF private function getLineHeight', () => { - const doc = jsPDF() - - expect(doc.__private__.getLineHeight()).toEqual(16 * 1.15); - }); - - it('jsPDF private function setLineHeightFactor', () => { - const doc = jsPDF() - - expect(doc.__private__.getLineHeight()).toEqual(16 * 1.15); - doc.__private__.setLineHeightFactor(1.0); - expect(doc.__private__.getLineHeight()).toEqual(16); - }); - - it('jsPDF public function setLineHeightFactor', () => { - const doc = jsPDF() - - expect(doc.__private__.getLineHeight()).toEqual(16 * 1.15); - doc.setLineHeightFactor(1.0); - expect(doc.__private__.getLineHeight()).toEqual(16); - }); - - it('jsPDF private function getHorizontalCoordinateString', () => { - const doc = jsPDF() - - expect(doc.__private__.getHorizontalCoordinateString(10)).toEqual('28.35'); - expect(doc.__private__.getHorizontalCoordinateString(100)).toEqual('283.46'); - }); - - it('jsPDF private function getVerticalCoordinateString', () => { - const doc = jsPDF() - - expect(doc.__private__.getVerticalCoordinateString(10)).toEqual('813.54'); - }); - - it('jsPDF public function pageSize', () => { - var doc = jsPDF() - - expect(doc.internal.pageSize.getHeight()).toEqual(297.0000833333333); - - doc = jsPDF('p', 'pt', 'a4') - expect(doc.internal.pageSize.getHeight()).toEqual(841.89); - expect(doc.internal.pageSize.height).toEqual(841.89); - expect(doc.internal.pageSize.getWidth()).toEqual(595.28); - expect(doc.internal.pageSize.width).toEqual(595.28); - - doc = jsPDF('p', 'pt', 'a4') - doc.internal.pageSize.setHeight(595.28); - expect(doc.internal.pageSize.getHeight()).toEqual(595.28); - expect(doc.internal.pageSize.height).toEqual(595.28); - expect(doc.internal.pageSize.getWidth()).toEqual(595.28); - expect(doc.internal.pageSize.width).toEqual(595.28); - - doc = jsPDF('p', 'pt', 'a4') - doc.internal.pageSize.height = 595.28; - expect(doc.internal.pageSize.getHeight()).toEqual(595.28); - expect(doc.internal.pageSize.height).toEqual(595.28); - expect(doc.internal.pageSize.getWidth()).toEqual(595.28); - expect(doc.internal.pageSize.width).toEqual(595.28); - - doc = jsPDF('p', 'pt', 'a4') - doc.internal.pageSize.setWidth(841.89); - expect(doc.internal.pageSize.getHeight()).toEqual(841.89); - expect(doc.internal.pageSize.height).toEqual(841.89); - expect(doc.internal.pageSize.getWidth()).toEqual(841.89); - expect(doc.internal.pageSize.width).toEqual(841.89); - - doc = jsPDF('p', 'pt', 'a4') - doc.internal.pageSize.width = 841.89; - expect(doc.internal.pageSize.getHeight()).toEqual(841.89); - expect(doc.internal.pageSize.height).toEqual(841.89); - expect(doc.internal.pageSize.getWidth()).toEqual(841.89); - expect(doc.internal.pageSize.width).toEqual(841.89); - - doc = jsPDF('p', 'pt', 'a4') - doc.internal.pageSize.height = 595.28; - doc.internal.pageSize.width = 841.89; - expect(doc.internal.pageSize.getHeight()).toEqual(595.28); - expect(doc.internal.pageSize.height).toEqual(595.28); - expect(doc.internal.pageSize.getWidth()).toEqual(841.89); - expect(doc.internal.pageSize.width).toEqual(841.89); - - }); - it('jsPDF private function getR2L', () => { - const doc = jsPDF() - - expect(doc.__private__.getR2L()).toEqual(false); - }); - - it('jsPDF private function setR2L', () => { - const doc = jsPDF() - expect(doc.__private__.getR2L()).toEqual(false); - doc.setR2L(true); - expect(doc.__private__.getR2L()).toEqual(true); - }); - - it('jsPDF public function setR2L', () => { - const doc = jsPDF() - expect(doc.getR2L()).toEqual(false); - doc.setR2L(true); - expect(doc.getR2L()).toEqual(true); - }); - - it('jsPDF public function getR2L', () => { - const doc = jsPDF() - - expect(doc.getR2L()).toEqual(false); - }); - - it('jsPDF private function setR2L', () => { - const doc = jsPDF() - expect(doc.getR2L()).toEqual(false); - doc.setR2L(true); - expect(doc.getR2L()).toEqual(true); - }); - - it('jsPDF private function setZoomMode, getZoomMode', () => { - const doc = jsPDF(); - doc.__private__.setZoomMode(2); - expect(doc.__private__.getZoomMode()).toEqual(2); - doc.__private__.setZoomMode('200%'); - expect(doc.__private__.getZoomMode()).toEqual('200%'); - doc.__private__.setZoomMode('fullwidth'); - expect(doc.__private__.getZoomMode()).toEqual('fullwidth'); - doc.__private__.setZoomMode('fullheight'); - expect(doc.__private__.getZoomMode()).toEqual('fullheight'); - doc.__private__.setZoomMode('original'); - expect(doc.__private__.getZoomMode()).toEqual('original'); - expect(function() {doc.__private__.setZoomMode('invalid');}).toThrow(new Error('zoom must be Integer (e.g. 2), a percentage Value (e.g. 300%) or fullwidth, fullheight, fullpage, original. "invalid" is not recognized.')); - }); - - it('jsPDF private function setLayoutMode, getLayoutMode', () => { - const doc = jsPDF(); - doc.__private__.setLayoutMode('continuous'); - expect(doc.__private__.getLayoutMode()).toEqual('continuous'); - expect(function() {doc.__private__.setLayoutMode('invalid');}).toThrow(new Error('Layout mode must be one of continuous, single, twoleft, tworight. "invalid" is not recognized.')); - }); - - it('jsPDF private function setPageMode, getPageMode', () => { - const doc = jsPDF(); - doc.__private__.setPageMode('UseNone'); - expect(doc.__private__.getPageMode()).toEqual('UseNone'); - expect(function() {doc.__private__.setPageMode('invalid');}).toThrow(new Error('Page mode must be one of UseNone, UseOutlines, UseThumbs, or FullScreen. "invalid" is not recognized.')); - }); - - - it('jsPDF private function setDisplayMode', () => { - const doc = jsPDF(); - doc.__private__.setDisplayMode('200%', 'continuous', 'UseNone'); - expect(doc.__private__.getZoomMode()).toEqual('200%'); - expect(doc.__private__.getLayoutMode()).toEqual('continuous'); - expect(doc.__private__.getPageMode()).toEqual('UseNone'); - }); - - it('jsPDF private function getTextColor', () => { - const doc = jsPDF(); - expect(doc.__private__.getTextColor()).toEqual('#000000') - }); - - it('jsPDF private function setTextColor', () => { - const doc = jsPDF(); - doc.__private__.setTextColor(255,0,0); - expect(doc.__private__.getTextColor()).toEqual('#ff0000'); - }); - - it('jsPDF private function getFillColor', () => { - const doc = jsPDF(); - expect(doc.__private__.getFillColor()).toEqual('#000000') - }); - - it('jsPDF private function getFillColor', () => { - const doc = jsPDF(); - doc.__private__.setFillColor(255,0,0); - expect(doc.__private__.getFillColor()).toEqual('#ff0000'); - }); - - it('jsPDF private function getStrokeColor', () => { - const doc = jsPDF(); - expect(doc.__private__.getStrokeColor()).toEqual('#000000') - }); - - it('jsPDF private function setStrokeColor', () => { - const doc = jsPDF(); - doc.__private__.setStrokeColor(255,0,0); - expect(doc.__private__.getStrokeColor()).toEqual('#ff0000'); - }); - - it('jsPDF private function encodeColorString', () => { - const doc = jsPDF(); - expect(doc.__private__.encodeColorString({ch1: 255, ch2: 0, ch3: 0})).toEqual('1.000 0.000 0.000 rg'); - expect(doc.__private__.encodeColorString({ch1: 255, ch2: 0, ch3: 0, precision: 2})).toEqual('1.00 0.00 0.00 rg'); - expect(doc.__private__.encodeColorString({ch1: 255, ch2: 0, ch3: 0, precision: 3})).toEqual('1.000 0.000 0.000 rg'); - expect(doc.__private__.encodeColorString({ch1: 'red'})).toEqual('1.000 0.000 0.000 rg'); - expect(doc.__private__.encodeColorString({ch1: '#f00'})).toEqual('1.000 0.000 0.000 rg'); - expect(doc.__private__.encodeColorString({ch1: '#ff0000'})).toEqual('1.000 0.000 0.000 rg'); - expect(doc.__private__.encodeColorString('red')).toEqual('1.000 0.000 0.000 rg'); - expect(doc.__private__.encodeColorString('#f00')).toEqual('1.000 0.000 0.000 rg'); - expect(doc.__private__.encodeColorString('#ff0000')).toEqual('1.000 0.000 0.000 rg'); - expect(doc.__private__.encodeColorString('gray')).toEqual('0.502 g'); - expect(doc.__private__.encodeColorString({ch1: 128, precision: 2})).toEqual('0.50 g'); - expect(doc.__private__.encodeColorString({ch1: 128, precision: 3})).toEqual('0.502 g'); - expect(doc.__private__.encodeColorString({ch1: '0.502'})).toEqual('0.502 g'); - expect(doc.__private__.encodeColorString({ch1: '1.000', ch2: '0.000', ch3: '0.000'})).toEqual('1.000 0.000 0.000 rg'); - expect(doc.__private__.encodeColorString({ch1: 255, ch2: 0, ch3: 0, ch4: {a: 0}})).toEqual('1.000 1.000 1.000 rg'); - expect(doc.__private__.encodeColorString({ch1: 255, ch2: 0, ch3: 0, ch4: {a: 0.5}})).toEqual('1.000 0.000 0.000 rg'); - expect(doc.__private__.encodeColorString({ch1: '1.000', ch2: '0.000', ch3: '0.000', ch4: '1.000'})).toEqual('1.000 0.000 0.000 1.000 k'); - expect(doc.__private__.encodeColorString({ch1: 1.0, ch2: 0.0, ch3: 0.0, ch4: 1.0, precision: 3})).toEqual('1.000 0.000 0.000 1.000 k'); - expect(doc.__private__.encodeColorString({ch1: 1.0, ch2: 0.0, ch3: 0.0, ch4: 1.0, precision: 2})).toEqual('1.00 0.00 0.00 1.00 k'); - expect(doc.__private__.encodeColorString({ch1: 0.4, ch2: 0.2, ch3: 0.4, ch4: 0.1, precision: 2})).toEqual('0.40 0.20 0.40 0.10 k'); - expect(function() {doc.__private__.encodeColorString('invalid');}).toThrow(new Error('Invalid color "invalid" passed to jsPDF.encodeColorString.')); - }); - - it('jsPDF private function decodeColorString', () => { - const doc = jsPDF(); - expect(doc.__private__.decodeColorString('1.000 0.000 0.000 rg')).toEqual('#ff0000'); - expect(doc.__private__.decodeColorString('1.00 0.00 0.00 rg')).toEqual('#ff0000'); - expect(doc.__private__.decodeColorString('1.00 1.00 0.00 RG')).toEqual('#ffff00'); - expect(doc.__private__.decodeColorString('1.00 1.00 1.00 RG')).toEqual('#ffffff'); - expect(doc.__private__.decodeColorString('0.00 0.00 1.00 rg')).toEqual('#0000ff'); - expect(doc.__private__.decodeColorString('0.33 0.10 1.00 rg')).toEqual('#5419ff'); - expect(doc.__private__.decodeColorString('0 g')).toEqual('#000000'); - expect(doc.__private__.decodeColorString('0 G')).toEqual('#000000'); - expect(doc.__private__.decodeColorString('0.39 G')).toEqual('#636363'); - expect(doc.__private__.decodeColorString('1.0 G')).toEqual('#ffffff'); - expect(doc.__private__.decodeColorString('0.32 0.67 0.10 0.32 k')).toEqual('#75399c'); - expect(doc.__private__.decodeColorString('1.00 0.00 0.00 0.00 K')).toEqual('#00ffff'); - expect(doc.__private__.decodeColorString('1.00 0.00 1.00 0.00 K')).toEqual('#00ff00'); - }); - - it('jsPDF private function getDocumentProperty, setDocumentProperty', () => { - const doc = jsPDF(); - doc.__private__.setDocumentProperty('title', 'Title'); - expect(doc.__private__.getDocumentProperty('title')).toEqual('Title'); - - expect(function() {doc.__private__.setDocumentProperty('invalid', 'Title');}).toThrow(new Error('Invalid arguments passed to jsPDF.setDocumentProperty')); - expect(function() {doc.__private__.getDocumentProperty('invalid');}).toThrow(new Error('Invalid argument passed to jsPDF.getDocumentProperty')); - }); - - it('jsPDF private function getDocumentProperties, setDocumentProperties', () => { - const doc = jsPDF(); - doc.__private__.setDocumentProperties({'title': 'Title'}); - expect(doc.__private__.getDocumentProperty('title')).toEqual('Title'); - - expect(doc.__private__.getDocumentProperties()).toEqual({ - 'title': 'Title', - 'subject': '', - 'author': '', - 'keywords': '', - 'creator': '' - }); - - // expect(function() {doc.__private__.setDocumentProperty('invalid', 'Title');}).toThrow(new Error('Invalid arguments passed to jsPDF.setDocumentProperty')); - }); - - it('jsPDF private function isValidStyle', () => { - const doc = jsPDF(); - - expect(doc.__private__.isValidStyle('F')).toEqual(true); - expect(doc.__private__.isValidStyle('S')).toEqual(true); - expect(doc.__private__.isValidStyle('DF')).toEqual(true); - expect(doc.__private__.isValidStyle('X')).toEqual(false); - - }); - it('jsPDF private function getStyle', () => { - const doc = jsPDF(); - - expect(doc.__private__.getStyle('F')).toEqual('f'); - expect(doc.__private__.getStyle('X')).toEqual('S'); - expect(doc.__private__.getStyle('S')).toEqual('S'); - expect(doc.__private__.getStyle('FD')).toEqual('B'); - expect(doc.__private__.getStyle('DF')).toEqual('B'); - expect(doc.__private__.getStyle('f')).toEqual('f'); - expect(doc.__private__.getStyle('f*')).toEqual('f*'); - expect(doc.__private__.getStyle('B')).toEqual('B'); - expect(doc.__private__.getStyle('B*')).toEqual('B*'); - - }); - - - it('jsPDF private function lines', () => { - var doc = jsPDF(); - - - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 110); - expect(writeArray).toEqual(["600.945 530.079 m ","606.614 524.410 l","600.945 518.740 l","603.780 515.906 606.614 513.071 609.449 510.236 c","615.118 507.402 l","S"]); - - //old method header - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.lines(212, 110, [[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], [1,1]); - expect(writeArray).toEqual(["600.945 530.079 m ","606.614 524.410 l","600.945 518.740 l","603.780 515.906 606.614 513.071 609.449 510.236 c","615.118 507.402 l","S"]); - - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 110, [1,1]); - expect(writeArray).toEqual(["600.945 530.079 m ","606.614 524.410 l","600.945 518.740 l","603.780 515.906 606.614 513.071 609.449 510.236 c","615.118 507.402 l","S"]); - - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 110, [1,1], 'F'); - expect(writeArray).toEqual(["600.945 530.079 m ","606.614 524.410 l","600.945 518.740 l","603.780 515.906 606.614 513.071 609.449 510.236 c","615.118 507.402 l","f"]); - expect(function() {doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 110);}).not.toThrow(new Error('Invalid arguments passed to jsPDF.lines')); - - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 110, [1,1], null); - expect(writeArray).toEqual(["600.945 530.079 m ","606.614 524.410 l","600.945 518.740 l","603.780 515.906 606.614 513.071 609.449 510.236 c","615.118 507.402 l"]); - expect(function() {doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 110);}).not.toThrow(new Error('Invalid arguments passed to jsPDF.lines')); - - expect(function() {doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 110, [1,1]);}).not.toThrow(new Error('Invalid arguments passed to jsPDF.lines')); - expect(function() {doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 110, [1,1], 'F');}).not.toThrow(new Error('Invalid arguments passed to jsPDF.lines')); - expect(function() {doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 110, [1,1], 'F', false);}).not.toThrow(new Error('Invalid arguments passed to jsPDF.lines')); - - expect(function() {doc.__private__.lines('invalid', 212, 110, [1,1], 'F', false);}).toThrow(new Error('Invalid arguments passed to jsPDF.lines')); - expect(function() {doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 'invalid', 110, [1,1], 'F', false);}).toThrow(new Error('Invalid arguments passed to jsPDF.lines')); - expect(function() {doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 'invalid', [1,1], 'F', false);}).toThrow(new Error('Invalid arguments passed to jsPDF.lines')); - expect(function() {doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 110, 'invalid', 'F', false);}).toThrow(new Error('Invalid arguments passed to jsPDF.lines')); - expect(function() {doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 110, [1,1], 'invalid', false);}).toThrow(new Error('Invalid arguments passed to jsPDF.lines')); - expect(function() {doc.__private__.lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212, 110, [1,1], 'F', 'invalid');}).toThrow(new Error('Invalid arguments passed to jsPDF.lines')); - - }); - - it('jsPDF private function line', () => { - const doc = jsPDF(); - - expect(function() {doc.__private__.line(1,2,3,4);}).not.toThrow(new Error('Invalid arguments passed to jsPDF.line')); - expect(function() {doc.__private__.line('invalid',2,3,4);}).toThrow(new Error('Invalid arguments passed to jsPDF.line')); - expect(function() {doc.__private__.line(1,'invalid',3,4);}).toThrow(new Error('Invalid arguments passed to jsPDF.line')); - expect(function() {doc.__private__.line(1,2,'invalid',4);}).toThrow(new Error('Invalid arguments passed to jsPDF.line')); - expect(function() {doc.__private__.line(1,2,3,'invalid');}).toThrow(new Error('Invalid arguments passed to jsPDF.line')); - - }); - - it('jsPDF private function triangle', () => { - const doc = jsPDF(); - - expect(function() {doc.__private__.triangle(1,2,3,4,5,6, 'F');}).not.toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); - expect(function() {doc.__private__.triangle('invalid',2,3,4,5,6, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); - expect(function() {doc.__private__.triangle(1,'invalid',3,4,5,6, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); - expect(function() {doc.__private__.triangle(1,2,'invalid',4,5,6, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); - expect(function() {doc.__private__.triangle(1,2,3,'invalid',5,6, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); - expect(function() {doc.__private__.triangle(1,2,3,4,'invalid',6, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); - expect(function() {doc.__private__.triangle(1,2,3,4,5,'invalid', 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); - expect(function() {doc.__private__.triangle(1,2,3,4,5,6, 'invalid');}).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); - - expect(doc.__private__.triangle(1,2,3,4,5,6, 'F')).toBe(doc.__private__); - }); - - it('jsPDF private function roundedRect', () => { - const doc = jsPDF(); - - expect(function() {doc.__private__.roundedRect(1,2,3,4,5,6, 'F');}).not.toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); - expect(function() {doc.__private__.roundedRect('undefined',2,3,4,5,6, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); - expect(function() {doc.__private__.roundedRect(1,'undefined',3,4,5,6, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); - expect(function() {doc.__private__.roundedRect(1,2,'undefined',4,5,6, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); - expect(function() {doc.__private__.roundedRect(1,2,3,'undefined',5,6, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); - expect(function() {doc.__private__.roundedRect(1,2,3,4,'undefined',6, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); - expect(function() {doc.__private__.roundedRect(1,2,3,4,5,'undefined', 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); - expect(function() {doc.__private__.roundedRect(1,2,3,4,5,6, 'undefined');}).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); - - expect(doc.__private__.roundedRect(1,2,3,4,5,6, 'F')).toBe(doc.__private__); - }); - - it('jsPDF private function ellipse', () => { - const doc = jsPDF(); - - expect(function() {doc.__private__.ellipse(1,2,3,4, 'F');}).not.toThrow(new Error('Invalid arguments passed to jsPDF.ellipse')); - expect(function() {doc.__private__.ellipse('undefined',2,3,4, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.ellipse')); - expect(function() {doc.__private__.ellipse(1,'undefined',3,4, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.ellipse')); - expect(function() {doc.__private__.ellipse(1,2,'undefined',4, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.ellipse')); - expect(function() {doc.__private__.ellipse(1,2,3,'undefined', 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.ellipse')); - expect(function() {doc.__private__.ellipse(1,2,3,4, 'undefined');}).toThrow(new Error('Invalid arguments passed to jsPDF.ellipse')); - - - expect(doc.__private__.ellipse(1,2,3,4, 'F')).toBe(doc.__private__); - - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.ellipse(1,2,3,4, null); - expect(writeArray).toEqual(['11.34 836.22 m 11.34 842.48 7.53 847.56 2.83 847.56 c', '-1.86 847.56 -5.67 842.48 -5.67 836.22 c', '-5.67 829.96 -1.86 824.88 2.83 824.88 c', '7.53 824.88 11.34 829.96 11.34 836.22 c']); - - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.ellipse(1,2,3,4, 'F'); - expect(writeArray).toEqual(['11.34 836.22 m 11.34 842.48 7.53 847.56 2.83 847.56 c', '-1.86 847.56 -5.67 842.48 -5.67 836.22 c', '-5.67 829.96 -1.86 824.88 2.83 824.88 c', '7.53 824.88 11.34 829.96 11.34 836.22 c', 'f']); - }); - - it('jsPDF private function rect', () => { - const doc = jsPDF(); - - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.rect(1,2,3,4, 'F'); - expect(writeArray).toEqual(["2.83 836.22 8.50 -11.34 re","f"]); - - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.rect(1,2,3,4, null); - expect(writeArray).toEqual(["2.83 836.22 8.50 -11.34 re"]); - - expect(function() {doc.__private__.rect(1,2,3,4, 'F');}).not.toThrow(new Error('Invalid arguments passed to jsPDF.rect')); - expect(function() {doc.__private__.rect('invalid',2,3,4, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.rect')); - expect(function() {doc.__private__.rect(1,'invalid',3,4, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.rect')); - expect(function() {doc.__private__.rect(1,2,'invalid',4, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.rect')); - expect(function() {doc.__private__.rect(1,2,3,'invalid', 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.rect')); - expect(function() {doc.__private__.rect(1,2,3,4, 'invalid');}).toThrow(new Error('Invalid arguments passed to jsPDF.rect')); - - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.rect(1,2,3,4, 'F'); - expect(writeArray).toEqual(['2.83 836.22 8.50 -11.34 re', 'f']); - - expect(doc.__private__.rect(1,2,3,4, 'F')).toBe(doc.__private__); - - }); - - it('jsPDF private function circle', () => { - const doc = jsPDF(); - - expect(function() {doc.__private__.circle(1,2,3, 'F');}).not.toThrow(new Error('Invalid arguments passed to jsPDF.circle')); - expect(function() {doc.__private__.circle('undefined',2,3, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.circle')); - expect(function() {doc.__private__.circle(1,'undefined',3, 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.circle')); - expect(function() {doc.__private__.circle(1,2,'undefined', 'F');}).toThrow(new Error('Invalid arguments passed to jsPDF.circle')); - expect(function() {doc.__private__.circle(1,2,3,'undefined');}).toThrow(new Error('Invalid arguments passed to jsPDF.circle')); - - expect(doc.__private__.circle(1,2,3, 'F')).toBe(doc.__private__); - }); - - it('jsPDF private function clip', () => { - var doc = jsPDF(); - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.clip("evenodd"); - expect(writeArray).toEqual(['W*']); - - var doc = jsPDF(); - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.clip(); - expect(writeArray).toEqual(['W']); - - }); - - it('jsPDF private function clip_fixed', () => { - var doc = jsPDF(); - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.clip_fixed(); - expect(writeArray).toEqual(['W']); - }); - - it('jsPDF private function discardPath', () => { - var doc = jsPDF(); - var writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.discardPath(); - expect(writeArray).toEqual(['n']); - }); - - - it('jsPDF private function text', () => { - var doc = jsPDF(); - - var writeArray; - - expect(function() {doc.__private__.text('valid', 10, 10);}).not.toThrow(new Error('Invalid arguments passed to jsPDF.text')); - expect(function() {doc.__private__.text(undefined, 10, 10);}).toThrow(new Error('Invalid arguments passed to jsPDF.text')); - expect(function() {doc.__private__.text('valid', undefined, 10);}).toThrow(new Error('Invalid arguments passed to jsPDF.text')); - expect(function() {doc.__private__.text('valid', 'invalid', 10);}).toThrow(new Error('Invalid arguments passed to jsPDF.text')); - expect(function() {doc.__private__.text('valid', 10, 'invalid');}).toThrow(new Error('Invalid arguments passed to jsPDF.text')); - expect(function() {doc.__private__.text('valid', 10, undefined);}).toThrow(new Error('Invalid arguments passed to jsPDF.text')); - expect(function() {doc.__private__.text('valid');}).toThrow(new Error('Invalid arguments passed to jsPDF.text')); - expect(function() {doc.__private__.text();}).toThrow(new Error('Invalid arguments passed to jsPDF.text')); - - //check for latest method header (text, x, y, options); - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text('This is a test.', 10, 10, {scope: doc}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for old method header (x, y, text); - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - - //check for latest method header (text, x, y, options); text is Array - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(['This is a test.'], 10, 10, {scope: doc}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - // doc = new jsPDF(); - - // doc.line(10, 30, 210, 30) - // doc.setFontSize(10); - // doc.setTextColor('black') - // doc.text( "default", 10, 30, {scope: doc}); - // doc.text( "top", 35, 30, {baseline: 'top', scope: doc}); - // doc.text( "bottom", 45, 30, {baseline: 'bottom', scope: doc}); - // doc.text( "middle", 65, 30, {baseline: 'middle', scope: doc}); - // doc.text( "alphabetic", 90, 30, {baseline: 'alphabetic', scope: doc}); - // doc.text( "hanging", 120, 30, {baseline: 'hanging', scope: doc}); - // doc.save() - - //multiline - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(`This is a line -break`, 10, 10, {scope: doc}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(This is a line) Tj', 'T* (break) Tj', 'ET'].join("\n")]); - - //check for angle-functionality; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, angle: 10}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '0.98 0.17 -0.17 0.98 28.35 813.54 Tm', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for charSpace-functionality; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, charSpace: 10}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.346 Tc', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for R2L-functionality; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, R2L: true}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(.tset a si sihT) Tj', 'ET'].join("\n")]); - - //check for renderingMode-functionality - fill; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 'fill'}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '0 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 0}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '0 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: false}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '0 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for renderingMode-functionality - stroke; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 'stroke'}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '1 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 1}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '1 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: true}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '1 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for renderingMode-functionality - fillThenStroke; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 'fillThenStroke'}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '2 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 2}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '2 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for renderingMode-functionality - invisible; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 'invisible'}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '3 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 3}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '3 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for renderingMode-functionality - fillAndAddForClipping; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 'fillAndAddForClipping'}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '4 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 4}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '4 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for renderingMode-functionality - strokeAndAddPathForClipping; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 'strokeAndAddPathForClipping'}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '5 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 5}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '5 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for renderingMode-functionality - fillThenStrokeAndAddToPathForClipping; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 'fillThenStrokeAndAddToPathForClipping'}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '6 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 6}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '6 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for renderingMode-functionality - addToPathForClipping; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 'addToPathForClipping'}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '7 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 7}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '7 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - - //check for renderingMode-functionality - reset on second call; - - doc = jsPDF(); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, renderingMode: 'addToPathForClipping'}); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '0 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for align-functionality - right; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(200, 10, 'This is a test.', {scope: doc, align: 'right'}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '472.85 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for align-functionality - center; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(200, 10, 'This is a test.', {scope: doc, align: 'center'}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '519.89 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for align-functionality - center; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, align: 'justify', maxWidth: 30}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '12.84 Tw', '28.35 813.54 Td', '(This is a) Tj', '0.00 -18.40 Td', '(test.) Tj', 'ET'].join("\n")]); - - //check for align-functionality - throw Error; - expect(function() {doc.__private__.text(200, 10, 'This is a test.', {scope: doc, align: 'invalid'})}).toThrow(new Error('Unrecognized alignment option, use "left", "center", "right" or "justify".')); - - //check for maxWidth-functionality - too wide; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, maxWidth: 600}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); - - //check for maxWidth-functionality - has to split; - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.text(10, 10, 'This is a test.', {scope: doc, maxWidth: 30}); - expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(This is a) Tj', 'T* (test.) Tj', 'ET'].join("\n")]); - - }); - - it('jsPDF private function setLineCap', () => { - var doc = jsPDF(); - - var writeArray; - - //miter/butt - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.setLineCap('miter'); - expect(writeArray).toEqual(['0 J']); - expect(function() {doc.__private__.setLineCap('invalid');}).toThrow(new Error("Line cap style of 'invalid' is not recognized. See or extend .CapJoinStyles property for valid styles")); - }) - - - it('jsPDF private function setLineJoin', () => { - var doc = jsPDF(); - - var writeArray; - - //butt - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.setLineJoin('butt'); - expect(writeArray).toEqual(['0 j']); - expect(function() {doc.__private__.setLineJoin('invalid');}).toThrow(new Error("Line join style of 'invalid' is not recognized. See or extend .CapJoinStyles property for valid styles")); - - }) - - it('jsPDF private function setLineMiterLimit', () => { - var doc = jsPDF(); - - var writeArray; - - //miter/butt - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.setLineMiterLimit(1); - expect(writeArray).toEqual(['2.83 M']); - expect(function() {doc.__private__.setLineMiterLimit('invalid');}).toThrow(new Error('Invalid argument passed to jsPDF.setLineMiterLimit')); - }) - it('jsPDF private function putHeader', () => { - var doc = jsPDF(); - - var writeArray; - - //without documentProperties - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putHeader(); - expect(writeArray).toEqual(['%PDF-1.3', '%ºß¬à']); - - }) - - it('jsPDF private function putCatalog', () => { - var doc = jsPDF(); - var writeArray; - - //putCatalog, default Values - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj','<<','/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '>>', 'endobj']); - - - //putCatalog zoomModes - doc = jsPDF(); - doc.__private__.setZoomMode(2); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /XYZ null null 2.00]', '/PageLayout /OneColumn', '>>', 'endobj']); - - doc = jsPDF(); - doc.__private__.setZoomMode('200%'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /XYZ null null 2.00]', '/PageLayout /OneColumn', '>>', 'endobj']); - - doc = jsPDF(); - doc.__private__.setZoomMode('fullwidth'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '>>', 'endobj']); - - doc = jsPDF(); - doc.__private__.setZoomMode('fullheight'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitV null]', '/PageLayout /OneColumn', '>>', 'endobj']); - - doc = jsPDF(); - doc.__private__.setZoomMode('fullpage'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /Fit]', '/PageLayout /OneColumn', '>>', 'endobj']); - - doc = jsPDF(); - doc.__private__.setZoomMode('original'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /XYZ null null 1]', '/PageLayout /OneColumn', '>>', 'endobj']); - - - //putCatalog layoutModes - doc = jsPDF(); - doc.__private__.setLayoutMode('continuous'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '>>', 'endobj']); - - doc = jsPDF(); - doc.__private__.setLayoutMode('single'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /SinglePage', '>>', 'endobj']); - - doc = jsPDF(); - doc.__private__.setLayoutMode('twoleft'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /TwoColumnLeft', '>>', 'endobj']); - - doc = jsPDF(); - doc.__private__.setLayoutMode('two'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /TwoColumnLeft', '>>', 'endobj']); - - doc = jsPDF(); - doc.__private__.setLayoutMode('tworight'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /TwoColumnRight', '>>', 'endobj']); - - - //putCatalog layoutModes - doc = jsPDF(); - doc.__private__.setPageMode('UseNone'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '/PageMode /UseNone', '>>', 'endobj']); - - doc = jsPDF(); - doc.__private__.setPageMode('UseOutlines'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '/PageMode /UseOutlines', '>>', 'endobj']); - - doc = jsPDF(); - doc.__private__.setPageMode('UseThumbs'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '/PageMode /UseThumbs', '>>', 'endobj']); - - doc = jsPDF(); - doc.__private__.setPageMode('FullScreen'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putCatalog({rootDictionaryObjId: 1}); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '/PageMode /FullScreen', '>>', 'endobj']); - - }); - - it('jsPDF private function putInfo', () => { - var doc = jsPDF(); - - var writeArray; - - //without documentProperties - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - var pdfDateString = "D:19871210000000+00'00'"; - doc.__private__.setCreationDate(pdfDateString); - doc.__private__.putInfo(); - expect(writeArray).toEqual(['3 0 obj', '<<', '/Producer (jsPDF 0.0.0)',"/CreationDate (D:19871210000000+00'00')", '>>', 'endobj']); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - var pdfDateString = "D:19871210000000+00'00'"; - doc.__private__.setCreationDate(pdfDateString); - - doc.__private__.setDocumentProperties({ - 'title': 'Title', - 'subject': 'Subject', - 'author': 'Author X', - 'keywords': 'Keyword1, Keyword2', - 'creator': 'Creator' - }); - doc.__private__.putInfo(); - expect(writeArray).toEqual(['3 0 obj', '<<','/Producer (jsPDF 0.0.0)','/Title (Title)', '/Subject (Subject)', '/Author (Author X)','/Keywords (Keyword1, Keyword2)','/Creator (Creator)', "/CreationDate (D:19871210000000+00'00')", '>>', 'endobj']); - }) - - it('jsPDF private function putTrailer', () => { - var doc = jsPDF(); - - var writeArray; - - //without documentProperties - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - - doc.__private__.setFileId('0000000000000000000000000BADFACE') - doc.__private__.putTrailer(); - expect(writeArray).toEqual(['trailer','<<','/Size 3', '/Root 2 0 R', '/Info 1 0 R', '/ID [ <0000000000000000000000000BADFACE> <0000000000000000000000000BADFACE> ]', '>>']); - }) - - it('jsPDF private function putXRef', () => { - var doc = jsPDF(); - var writeArray; - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putXRef(); - expect(writeArray).toEqual(['xref', '0 3', '0000000000 65535 f ','0000000000 00000 n ','0000000000 00000 n ']); - }) - - it('jsPDF private function putStream', () => { - var doc = jsPDF(); - var writeArray; - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putStream({data:'someData',filters: [], alreadyAppliedFilters: []}); - expect(writeArray).toEqual(["<<","/Length 8",">>","stream","someData","endstream"]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putStream({data:'someData',filters: [], alreadyAppliedFilters: [], addLength1: true}); - expect(writeArray).toEqual(["<<","/Length 8","/Length1 8",">>","stream","someData","endstream"]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putStream({data:'someData',filters: [], alreadyAppliedFilters: ['/FlateDecode', '/SomeFilter']}); - expect(writeArray).toEqual(["<<","/Length 8","/Filter [/FlateDecode /SomeFilter]",">>","stream","someData","endstream"]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putStream({data:'someData',filters: [], alreadyAppliedFilters: '/FlateDecode /SomeFilter'}); - expect(writeArray).toEqual(["<<","/Length 8","/Filter [/FlateDecode /SomeFilter]",">>","stream","someData","endstream"]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putStream(); - expect(writeArray).toEqual(["<<",">>"]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putStream({data: 'streamData', filters: ['FlateEncode'] }); - expect(writeArray).toEqual(["<<","/Length 18","/Filter /FlateDecode",">>","stream","xœ+.)JMÌuI,I\u0004\u0000\u0007\u0004Ò\u0016","endstream"]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putStream({data: 'streamData', filters: true }); - expect(writeArray).toEqual(["<<","/Length 18","/Filter /FlateDecode",">>","stream","xœ+.)JMÌuI,I\u0004\u0000\u0007\u0004Ò\u0016","endstream"]); - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putStream({data: "xœ+.)JMÌuI,I\u0004\u0000\u0007\u0004Ò\u0016", alreadyAppliedFilters: ['/FlateDecode'] }); - expect(writeArray).toEqual(["<<","/Length 18","/Filter /FlateDecode",">>","stream","xœ+.)JMÌuI,I\u0004\u0000\u0007\u0004Ò\u0016","endstream"]); - }) - - it('jsPDF public function comment', () => { - var doc = jsPDF(); - var writeArray; - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.comment('test'); - expect(writeArray).toEqual(["#test"]); - }) - - it('jsPDF private function putPage', () => { - var doc = jsPDF(); - var writeArray; - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.putPage({number: 1, data:['streamData'], mediaBox: { bottomLeftX: 0, bottomLeftY: 0, topRightX: 595.28, topRightY: 841.89 }, artBox: null, bleedBox: null, cropBox: null, trimBox: null, userUnit: 1.0, resourceDictionaryObjId: 2, rootDictionaryObjId: 1, objId: 3, contentsObjId: 4}); - expect(writeArray).toEqual(["3 0 obj","<>","endobj","4 0 obj","<<","/Length 10",">>","stream","streamData","endstream","endobj"]); - }) - - it('jsPDF private function buildDocument', () => { - var doc = jsPDF(); - - var writeArray; - - doc = jsPDF(); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.setFileId('0000000000000000000000000BADFACE'); - doc.__private__.setCreationDate("D:19871210000000+00'00'"); - doc.__private__.buildDocument(); - expect(writeArray).toEqual(["%PDF-1.3","%ºß¬à","3 0 obj","<>","endobj","4 0 obj","<<","/Length 10",">>","stream","0.57 w\n0 G","endstream","endobj","1 0 obj","<>","endobj","5 0 obj","<<","/Type /Font","/BaseFont /Helvetica","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","6 0 obj","<<","/Type /Font","/BaseFont /Helvetica-Bold","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","7 0 obj","<<","/Type /Font","/BaseFont /Helvetica-Oblique","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","8 0 obj","<<","/Type /Font","/BaseFont /Helvetica-BoldOblique","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","9 0 obj","<<","/Type /Font","/BaseFont /Courier","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","10 0 obj","<<","/Type /Font","/BaseFont /Courier-Bold","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","11 0 obj","<<","/Type /Font","/BaseFont /Courier-Oblique","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","12 0 obj","<<","/Type /Font","/BaseFont /Courier-BoldOblique","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","13 0 obj","<<","/Type /Font","/BaseFont /Times-Roman","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","14 0 obj","<<","/Type /Font","/BaseFont /Times-Bold","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","15 0 obj","<<","/Type /Font","/BaseFont /Times-Italic","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","16 0 obj","<<","/Type /Font","/BaseFont /Times-BoldItalic","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","17 0 obj","<<","/Type /Font","/BaseFont /ZapfDingbats","/Subtype /Type1","/FirstChar 32","/LastChar 255",">>","endobj","18 0 obj","<<","/Type /Font","/BaseFont /Symbol","/Subtype /Type1","/FirstChar 32","/LastChar 255",">>","endobj","2 0 obj","<<","/ProcSet [/PDF /Text /ImageB /ImageC /ImageI]","/Font <<","/F1 5 0 R","/F2 6 0 R","/F3 7 0 R","/F4 8 0 R","/F5 9 0 R","/F6 10 0 R","/F7 11 0 R","/F8 12 0 R","/F9 13 0 R","/F10 14 0 R","/F11 15 0 R","/F12 16 0 R","/F13 17 0 R","/F14 18 0 R",">>","/XObject <<",">>",">>","endobj","19 0 obj","<<","/Producer (jsPDF 0.0.0)","/CreationDate (D:19871210000000+00'00')",">>","endobj","20 0 obj","<<","/Type /Catalog","/Pages 1 0 R","/OpenAction [3 0 R /FitH null]","/PageLayout /OneColumn",">>","endobj","xref","0 21","0000000000 65535 f ","0000000184 00000 n ","0000002001 00000 n ","0000000015 00000 n ","0000000124 00000 n ","0000000241 00000 n ","0000000366 00000 n ","0000000496 00000 n ","0000000629 00000 n ","0000000766 00000 n ","0000000889 00000 n ","0000001018 00000 n ","0000001150 00000 n ","0000001286 00000 n ","0000001414 00000 n ","0000001541 00000 n ","0000001670 00000 n ","0000001803 00000 n ","0000001905 00000 n ","0000002249 00000 n ","0000002335 00000 n ","trailer","<<","/Size 21","/Root 20 0 R","/Info 19 0 R","/ID [ <0000000000000000000000000BADFACE> <0000000000000000000000000BADFACE> ]",">>","startxref","2439","%%EOF"]); - - doc = jsPDF('l'); - writeArray = []; - doc.__private__.setCustomOutputDestination(writeArray); - doc.__private__.setFileId('0000000000000000000000000BADFACE'); - doc.__private__.setCreationDate("D:19871210000000+00'00'"); - doc.__private__.buildDocument(); - expect(writeArray).toEqual(["%PDF-1.3","%ºß¬à","3 0 obj","<>","endobj","4 0 obj","<<","/Length 10",">>","stream","0.57 w\n0 G","endstream","endobj","1 0 obj","<>","endobj","5 0 obj","<<","/Type /Font","/BaseFont /Helvetica","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","6 0 obj","<<","/Type /Font","/BaseFont /Helvetica-Bold","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","7 0 obj","<<","/Type /Font","/BaseFont /Helvetica-Oblique","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","8 0 obj","<<","/Type /Font","/BaseFont /Helvetica-BoldOblique","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","9 0 obj","<<","/Type /Font","/BaseFont /Courier","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","10 0 obj","<<","/Type /Font","/BaseFont /Courier-Bold","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","11 0 obj","<<","/Type /Font","/BaseFont /Courier-Oblique","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","12 0 obj","<<","/Type /Font","/BaseFont /Courier-BoldOblique","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","13 0 obj","<<","/Type /Font","/BaseFont /Times-Roman","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","14 0 obj","<<","/Type /Font","/BaseFont /Times-Bold","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","15 0 obj","<<","/Type /Font","/BaseFont /Times-Italic","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","16 0 obj","<<","/Type /Font","/BaseFont /Times-BoldItalic","/Subtype /Type1","/Encoding /WinAnsiEncoding","/FirstChar 32","/LastChar 255",">>","endobj","17 0 obj","<<","/Type /Font","/BaseFont /ZapfDingbats","/Subtype /Type1","/FirstChar 32","/LastChar 255",">>","endobj","18 0 obj","<<","/Type /Font","/BaseFont /Symbol","/Subtype /Type1","/FirstChar 32","/LastChar 255",">>","endobj","2 0 obj","<<","/ProcSet [/PDF /Text /ImageB /ImageC /ImageI]","/Font <<","/F1 5 0 R","/F2 6 0 R","/F3 7 0 R","/F4 8 0 R","/F5 9 0 R","/F6 10 0 R","/F7 11 0 R","/F8 12 0 R","/F9 13 0 R","/F10 14 0 R","/F11 15 0 R","/F12 16 0 R","/F13 17 0 R","/F14 18 0 R",">>","/XObject <<",">>",">>","endobj","19 0 obj","<<","/Producer (jsPDF 0.0.0)","/CreationDate (D:19871210000000+00'00')",">>","endobj","20 0 obj","<<","/Type /Catalog","/Pages 1 0 R","/OpenAction [3 0 R /FitH null]","/PageLayout /OneColumn",">>","endobj","xref","0 21","0000000000 65535 f ","0000000184 00000 n ","0000002001 00000 n ","0000000015 00000 n ","0000000124 00000 n ","0000000241 00000 n ","0000000366 00000 n ","0000000496 00000 n ","0000000629 00000 n ","0000000766 00000 n ","0000000889 00000 n ","0000001018 00000 n ","0000001150 00000 n ","0000001286 00000 n ","0000001414 00000 n ","0000001541 00000 n ","0000001670 00000 n ","0000001803 00000 n ","0000001905 00000 n ","0000002249 00000 n ","0000002335 00000 n ","trailer","<<","/Size 21","/Root 20 0 R","/Info 19 0 R","/ID [ <0000000000000000000000000BADFACE> <0000000000000000000000000BADFACE> ]",">>","startxref","2439","%%EOF"]); - - }) - -}); + +/* global describe, xit, it, jsPDF, comparePdf, jasmine, expect */ +/** + * Standard spec tests + * + * These tests return the datauristring so that reference files can be generated. + * We compare the exact output. + */ + +describe('Core: Unit Tests', () => { + + var global = (typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); + //PubSub-Functionality + + it('jsPDF PubSub basic check', () => { + new (new jsPDF).__private__.PubSub({}); + expect(typeof (new jsPDF).__private__.PubSub).toEqual('function'); + expect(function () { new (new jsPDF).__private__.PubSub('invalid') }).toThrow(new Error('Invalid Context passed to initialize PubSub (jsPDF-module)')); + }); + it('jsPDF PubSub subscribe/subscribe', () => { + expect(typeof (new jsPDF).__private__.PubSub).toEqual('function'); + + var pubSub; + var testContext = {}; + var token; + pubSub = new (new jsPDF).__private__.PubSub(testContext); + + expect(function () { pubSub.subscribe('testEvent', function () { }, true); }).not.toThrow(new Error('Invalid arguments passed to PubSub.subscribe (jsPDF-module)')); + expect(function () { pubSub.subscribe('testEvent', 'invalid'); }).toThrow(new Error('Invalid arguments passed to PubSub.subscribe (jsPDF-module)')); + expect(function () { pubSub.subscribe(1, function () { }); }).toThrow(new Error('Invalid arguments passed to PubSub.subscribe (jsPDF-module)')); + expect(function () { pubSub.subscribe('testEvent', function () { }, 'invalid'); }).toThrow(new Error('Invalid arguments passed to PubSub.subscribe (jsPDF-module)')); + + expect(typeof pubSub.subscribe('testEvent', function () { }) === "string").toEqual(true); + expect(Object.keys(pubSub.getTopics()).length).toEqual(1); + + //check token + expect(pubSub.subscribe('testEvent', function () { }).length > 0).toEqual(true); + + testContext = {}; + pubSub = new (new jsPDF).__private__.PubSub(testContext); + pubSub.subscribe('testEvent', function () { }); + expect(Object.keys(pubSub.getTopics()).length).toEqual(1); + pubSub.subscribe('testEvent', function () { }); + expect(Object.keys(pubSub.getTopics()).length).toEqual(1); + + token = pubSub.subscribe('testEvent2', function () { }); + expect(Object.keys(pubSub.getTopics()).length).toEqual(2); + + pubSub.unsubscribe('invalid'); + expect(Object.keys(pubSub.getTopics()).length).toEqual(2); + + pubSub.unsubscribe(token); + expect(Object.keys(pubSub.getTopics()).length).toEqual(1); + + token = pubSub.subscribe('testEvent2', function () { }); + expect(Object.keys(pubSub.getTopics()).length).toEqual(2); + + token = pubSub.subscribe('testEvent2', function () { }); + expect(Object.keys(pubSub.getTopics()).length).toEqual(2); + + pubSub.unsubscribe(token); + expect(Object.keys(pubSub.getTopics()).length).toEqual(2); + + }) + + //PubSub-Functionality + it('jsPDF PubSub publish', () => { + var pubSub; + var testContext = { success: false, testFunction: function () { this.success = true; }, malFunction: null }; + var token; + var originalConsole = console.error; + var tmpErrorMessage = ''; + + console.error = (function (value) { tmpErrorMessage = value }); + pubSub = new (new jsPDF).__private__.PubSub(testContext); + + token = pubSub.subscribe('testEvent', function () { this.testFunction() }); + pubSub.publish('testEvent'); + expect(testContext.success).toEqual(true); + pubSub.unsubscribe(token); + testContext.success = false; + + token = pubSub.subscribe('testEvent', function () { this.malFunction() }); + pubSub.publish('testEvent'); + expect(tmpErrorMessage).toEqual('jsPDF PubSub Error'); + expect(testContext.success).toEqual(false); + pubSub.unsubscribe(token); + testContext.success = false; + + + testContext = { success: false, testFunction: function () { this.success = true; }, malFunction: null }; + + token = pubSub.subscribe('testEvent', function () { this.testFunction() }, true); + pubSub.publish('testEvent'); + expect(Object.keys(pubSub.getTopics()).length).toEqual(0); + + console.error = originalConsole; + }) + + it('jsPDF internal/private function getPDFVersion', () => { + const doc = new jsPDF(); + expect(doc.internal.getPDFVersion()).toEqual('1.3'); + expect(doc.__private__.getPdfVersion()).toEqual('1.3'); + }) + + it('jsPDF private function setPDFVersion', () => { + const doc = new jsPDF(); + expect(doc.__private__.getPdfVersion()).toEqual('1.3'); + doc.__private__.setPdfVersion('1.5'); + expect(doc.__private__.getPdfVersion()).toEqual('1.5'); + }) + + it('jsPDF private function getPageFormats', () => { + const doc = new jsPDF(); + expect(Object.keys(doc.__private__.getPageFormats()).length).toEqual(41); + }) + + it('jsPDF private function getPageFormat', () => { + const doc = new jsPDF(); + expect(doc.__private__.getPageFormat('a4')[0]).toEqual(595.28); + expect(doc.__private__.getPageFormat('a4')[1]).toEqual(841.89); + }) + + it('jsPDF private function f2', () => { + const doc = new jsPDF(); + expect(doc.__private__.f2(2.22222)).toEqual('2.22'); + + expect(function () { doc.__private__.f2('invalid'); }).toThrow(new Error('Invalid argument passed to jsPDF.f2')); + }) + + it('jsPDF private function f3', () => { + const doc = new jsPDF(); + expect(doc.__private__.f3(2.22222)).toEqual('2.222'); + + expect(function () { doc.__private__.f3('invalid'); }).toThrow(new Error('Invalid argument passed to jsPDF.f3')); + }) + + it('jsPDF private function getFileId, setFileId', () => { + const doc = new jsPDF(); + doc.__private__.setFileId('0000000000000000000000000BADFACE') + expect(doc.__private__.getFileId()).toEqual('0000000000000000000000000BADFACE'); + }) + + it('jsPDF public function getFileId, setFileId', () => { + const doc = new jsPDF(); + doc.setFileId('0000000000000000000000000BADFACE') + expect(doc.getFileId()).toEqual('0000000000000000000000000BADFACE'); + }) + + + it('jsPDF private function getCreationDate', () => { + const doc = jsPDF(); + var regexPDFCreationDate = (/^D:(20[0-2][0-9]|203[0-7]|19[7-9][0-9])(0[0-9]|1[0-2])([0-2][0-9]|3[0-1])(0[0-9]|1[0-9]|2[0-3])(0[0-9]|[1-5][0-9])(0[0-9]|[1-5][0-9])(\+0[0-9]|\+1[0-4]|\-0[0-9]|\-1[0-1])\'(0[0-9]|[1-5][0-9])\'?$/); + + expect(regexPDFCreationDate.test(doc.__private__.setCreationDate())).toEqual(true); + + var creationDate = new Date(); + doc.__private__.setCreationDate(creationDate); + expect(doc.__private__.getCreationDate("jsDate").getFullYear()).toEqual(creationDate.getFullYear()); + expect(doc.__private__.getCreationDate("jsDate").getMonth()).toEqual(creationDate.getMonth()); + expect(doc.__private__.getCreationDate("jsDate").getDate()).toEqual(creationDate.getDate()); + expect(doc.__private__.getCreationDate("jsDate").getHours()).toEqual(creationDate.getHours()); + expect(doc.__private__.getCreationDate("jsDate").getMinutes()).toEqual(creationDate.getMinutes()); + expect(doc.__private__.getCreationDate("jsDate").getSeconds()).toEqual(creationDate.getSeconds()); + + }); + + it('jsPDF private function setCreationDate', () => { + const doc = jsPDF(); + var creationDate = new Date(1987, 11, 10, 0, 0, 0); + var pdfDateString = "D:19871210000000+00'00'"; + doc.__private__.setCreationDate(pdfDateString); + expect(doc.__private__.getCreationDate("jsDate").getFullYear()).toEqual(creationDate.getFullYear()); + expect(doc.__private__.getCreationDate("jsDate").getMonth()).toEqual(creationDate.getMonth()); + expect(doc.__private__.getCreationDate("jsDate").getDate()).toEqual(creationDate.getDate()); + expect(doc.__private__.getCreationDate("jsDate").getHours()).toEqual(creationDate.getHours()); + expect(doc.__private__.getCreationDate("jsDate").getMinutes()).toEqual(creationDate.getMinutes()); + expect(doc.__private__.getCreationDate("jsDate").getSeconds()).toEqual(creationDate.getSeconds()); + + expect(function () { doc.__private__.setCreationDate('invalid'); }).toThrow(new Error('Invalid argument passed to jsPDF.setCreationDate')); + }); + + it('jsPDF public function getCreationDate', () => { + const doc = jsPDF(); + var creationDate = new Date(); + doc.setCreationDate(creationDate); + expect(doc.getCreationDate("jsDate").getFullYear()).toEqual(creationDate.getFullYear()); + expect(doc.getCreationDate("jsDate").getMonth()).toEqual(creationDate.getMonth()); + expect(doc.getCreationDate("jsDate").getDate()).toEqual(creationDate.getDate()); + expect(doc.getCreationDate("jsDate").getHours()).toEqual(creationDate.getHours()); + expect(doc.getCreationDate("jsDate").getMinutes()).toEqual(creationDate.getMinutes()); + expect(doc.getCreationDate("jsDate").getSeconds()).toEqual(creationDate.getSeconds()); + }); + + it('jsPDF public function setCreationDate', () => { + const doc = jsPDF(); + var creationDate = new Date(1987, 11, 10, 0, 0, 0); + var pdfDateString = "D:19871210000000+00'00'"; + doc.setCreationDate(pdfDateString); + expect(doc.getCreationDate("jsDate").getFullYear()).toEqual(creationDate.getFullYear()); + expect(doc.getCreationDate("jsDate").getMonth()).toEqual(creationDate.getMonth()); + expect(doc.getCreationDate("jsDate").getDate()).toEqual(creationDate.getDate()); + expect(doc.getCreationDate("jsDate").getHours()).toEqual(creationDate.getHours()); + expect(doc.getCreationDate("jsDate").getMinutes()).toEqual(creationDate.getMinutes()); + expect(doc.getCreationDate("jsDate").getSeconds()).toEqual(creationDate.getSeconds()); + }); + + it('jsPDF private function padd2', () => { + const doc = jsPDF(); + expect(doc.__private__.padd2(2)).toEqual('02'); + expect(doc.__private__.padd2(23)).toEqual('23'); + expect(doc.__private__.padd2(234)).toEqual('34'); + }); + + it('jsPDF private function padd2Hex', () => { + const doc = jsPDF(); + expect(doc.__private__.padd2Hex(2)).toEqual('02'); + expect(doc.__private__.padd2Hex(23)).toEqual('23'); + expect(doc.__private__.padd2Hex(234)).toEqual('34'); + }); + + it('jsPDF private function getFilters', () => { + var doc = jsPDF(); + expect(doc.__private__.getFilters()).toEqual([]); + doc = jsPDF({ filters: 'FlateEncode' }); + expect(doc.__private__.getFilters()).toEqual('FlateEncode'); + doc = jsPDF({ filters: ['FlateEncode'] }); + expect(doc.__private__.getFilters()).toEqual(['FlateEncode']); + doc = jsPDF({ compress: true }); + expect(doc.__private__.getFilters()).toEqual(['FlateEncode']); + doc = jsPDF({ compress: false }); + expect(doc.__private__.getFilters()).toEqual([]); + }); + + + it('jsPDF private function newObject', () => { + const doc = jsPDF(); + + expect(doc.__private__.newObject()).toEqual(3); + expect(doc.__private__.newObject()).toEqual(4); + expect(doc.__private__.newObject()).toEqual(5); + }); + + + it('jsPDF private function newAdditionalObject', () => { + const doc = jsPDF(); + + expect(doc.__private__.newAdditionalObject()).toEqual({ "objId": 3, "content": "" }); + }); + + + + + it('jsPDF private function newObjectDeferred', () => { + const doc = jsPDF(); + + expect(doc.__private__.newObjectDeferred()).toEqual(3); + expect(doc.__private__.newObjectDeferred()).toEqual(4); + expect(doc.__private__.newObjectDeferred()).toEqual(5); + }); + + + it('jsPDF private function out', () => { + const doc = jsPDF(); + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + writeArray = doc.__private__.out(2); + expect(writeArray[0]).toEqual('2'); + + doc.__private__.resetCustomOutputDestination(); + }); + + + + it('jsPDF private function out', () => { + const doc = jsPDF(); + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + writeArray = doc.__private__.out(2); + expect(writeArray[0]).toEqual('2'); + + doc.__private__.resetCustomOutputDestination(); + }); + + it('jsPDF private function write', () => { + var doc = jsPDF(); + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + writeArray = doc.__private__.write('test'); + expect(writeArray[0]).toEqual('test'); + + doc = jsPDF(); + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + writeArray = doc.__private__.write('test', 'test2'); + expect(writeArray[0]).toEqual('test test2'); + + }); + + + it('jsPDF private function pdfEscape', () => { + const doc = jsPDF(); + expect(doc.__private__.pdfEscape('Test')).toEqual('Test'); + expect(doc.__private__.pdfEscape('(Test')).toEqual('\\(Test'); + expect(doc.__private__.pdfEscape('(Test)')).toEqual('\\(Test\\)'); + expect(doc.__private__.pdfEscape("\\Test")).toEqual("\\\\Test"); + expect(doc.__private__.pdfEscape("\\(Test")).toEqual('\\\\\\(Test'); + + doc.__private__.resetCustomOutputDestination(); + }); + + + it('jsPDF private function getNumberOfPages', () => { + const doc = jsPDF() + expect(doc.__private__.getNumberOfPages()).toEqual(1); + doc.addPage(); + expect(doc.__private__.getNumberOfPages()).toEqual(2); + doc.addPage(); + expect(doc.__private__.getNumberOfPages()).toEqual(3); + doc.addPage(); + expect(doc.__private__.getNumberOfPages()).toEqual(4); + }); + + it('jsPDF internal function getPageInfo', () => { + const doc = jsPDF() + doc.addPage(); + doc.addPage(); + expect(doc.internal.getPageInfo(1)).toEqual({ objId: 0, pageNumber: 1, pageContext: { mediaBox: { bottomLeftX: 0, bottomLeftY: 0, topRightX: 595.28, topRightY: 841.89 }, artBox: null, bleedBox: null, cropBox: null, trimBox: null, userUnit: 1.0, objId: 0, contentsObjId: 0, annotations: [] } }); + expect(doc.internal.getPageInfo(2)).toEqual({ objId: 0, pageNumber: 2, pageContext: { mediaBox: { bottomLeftX: 0, bottomLeftY: 0, topRightX: 595.28, topRightY: 841.89 }, artBox: null, bleedBox: null, cropBox: null, trimBox: null, userUnit: 1.0, objId: 0, contentsObjId: 0, annotations: [] } }); + expect(doc.internal.getPageInfo(3)).toEqual({ objId: 0, pageNumber: 3, pageContext: { mediaBox: { bottomLeftX: 0, bottomLeftY: 0, topRightX: 595.28, topRightY: 841.89 }, artBox: null, bleedBox: null, cropBox: null, trimBox: null, userUnit: 1.0, objId: 0, contentsObjId: 0, annotations: [] } }); + + expect(function () { doc.internal.getPageInfo('invalid'); }).toThrow(new Error('Invalid argument passed to jsPDF.getPageInfo')); + expect(function () { doc.internal.getPageInfo(3.14); }).toThrow(new Error('Invalid argument passed to jsPDF.getPageInfo')); + }); + + it('jsPDF private function getCurrentPageInfo', () => { + const doc = jsPDF() + doc.addPage(); + doc.addPage(); + expect(doc.__private__.getCurrentPageInfo()).toEqual({ objId: 0, pageNumber: 3, pageContext: { mediaBox: { bottomLeftX: 0, bottomLeftY: 0, topRightX: 595.28, topRightY: 841.89 }, artBox: null, bleedBox: null, cropBox: null, trimBox: null, userUnit: 1.0, objId: 0, contentsObjId: 0, annotations: [] } }); + }); + + it('jsPDF private function getArrayBuffer', () => { + const doc = jsPDF(); + expect(doc.__private__.getArrayBuffer('A').byteLength).toEqual(1); + expect(doc.__private__.getArrayBuffer('A') instanceof ArrayBuffer).toEqual(true); + }); + + if (isNode !== true) { + it('jsPDF private function getBlob', () => { + const doc = new jsPDF(); + expect(typeof doc.__private__.getBlob('A')).toEqual('object'); + expect(doc.__private__.getBlob('A') instanceof Blob).toEqual(true); + expect(doc.__private__.getBlob('A').type).toEqual("application/pdf"); + }); + } + + it('jsPDF private function output', () => { + var doc = new jsPDF(); + + doc.__private__.setFileId('0000000000000000000000000BADFACE'); + doc.__private__.setCreationDate("D:19871210000000+00'00'") + + var data = ["%PDF-1.3", "%ºß¬à", "3 0 obj", "<>", "endobj", "4 0 obj", "<<", "/Length 10", ">>", "stream", "0.57 w\n0 G", "endstream", "endobj", "1 0 obj", "<>", "endobj", "5 0 obj", "<<", "/Type /Font", "/BaseFont /Helvetica", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "6 0 obj", "<<", "/Type /Font", "/BaseFont /Helvetica-Bold", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "7 0 obj", "<<", "/Type /Font", "/BaseFont /Helvetica-Oblique", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "8 0 obj", "<<", "/Type /Font", "/BaseFont /Helvetica-BoldOblique", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "9 0 obj", "<<", "/Type /Font", "/BaseFont /Courier", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "10 0 obj", "<<", "/Type /Font", "/BaseFont /Courier-Bold", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "11 0 obj", "<<", "/Type /Font", "/BaseFont /Courier-Oblique", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "12 0 obj", "<<", "/Type /Font", "/BaseFont /Courier-BoldOblique", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "13 0 obj", "<<", "/Type /Font", "/BaseFont /Times-Roman", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "14 0 obj", "<<", "/Type /Font", "/BaseFont /Times-Bold", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "15 0 obj", "<<", "/Type /Font", "/BaseFont /Times-Italic", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "16 0 obj", "<<", "/Type /Font", "/BaseFont /Times-BoldItalic", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "17 0 obj", "<<", "/Type /Font", "/BaseFont /ZapfDingbats", "/Subtype /Type1", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "18 0 obj", "<<", "/Type /Font", "/BaseFont /Symbol", "/Subtype /Type1", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "2 0 obj", "<<", "/ProcSet [/PDF /Text /ImageB /ImageC /ImageI]", "/Font <<", "/F1 5 0 R", "/F2 6 0 R", "/F3 7 0 R", "/F4 8 0 R", "/F5 9 0 R", "/F6 10 0 R", "/F7 11 0 R", "/F8 12 0 R", "/F9 13 0 R", "/F10 14 0 R", "/F11 15 0 R", "/F12 16 0 R", "/F13 17 0 R", "/F14 18 0 R", ">>", "/XObject <<", ">>", ">>", "endobj", "19 0 obj", "<<", "/Producer (jsPDF 0.0.0)", "/CreationDate (D:19871210000000+00'00')", ">>", "endobj", "20 0 obj", "<<", "/Type /Catalog", "/Pages 1 0 R", "/OpenAction [3 0 R /FitH null]", "/PageLayout /OneColumn", ">>", "endobj", "xref", "0 21", "0000000000 65535 f ", "0000000184 00000 n ", "0000002001 00000 n ", "0000000015 00000 n ", "0000000124 00000 n ", "0000000241 00000 n ", "0000000366 00000 n ", "0000000496 00000 n ", "0000000629 00000 n ", "0000000766 00000 n ", "0000000889 00000 n ", "0000001018 00000 n ", "0000001150 00000 n ", "0000001286 00000 n ", "0000001414 00000 n ", "0000001541 00000 n ", "0000001670 00000 n ", "0000001803 00000 n ", "0000001905 00000 n ", "0000002249 00000 n ", "0000002335 00000 n ", "trailer", "<<", "/Size 21", "/Root 20 0 R", "/Info 19 0 R", "/ID [ <0000000000000000000000000BADFACE> <0000000000000000000000000BADFACE> ]", ">>", "startxref", "2439", "%%EOF"]; + expect(doc.__private__.output()).toEqual(data.join("\n")); + + + expect(doc.__private__.output('arraybuffer') instanceof ArrayBuffer).toEqual(true); + + if (global.isNode !== true) { + expect(doc.__private__.output('blob') instanceof Blob).toEqual(true); + } + + expect(doc.__private__.output('datauristring')).toEqual('data:application/pdf;filename=generated.pdf;base64,' + btoa(data.join("\n"))); + expect(doc.__private__.output('dataurlstring')).toEqual('data:application/pdf;filename=generated.pdf;base64,' + btoa(data.join("\n"))); + + expect(doc.__private__.output('invalid')).toEqual(null); + }); + + //Font-Functionality + it('jsPDF private function getStandardFonts', () => { + const doc = jsPDF() + const fontList = doc.__private__.getStandardFonts(); + expect(fontList).toEqual([ + ['Helvetica', "helvetica", "normal", 'WinAnsiEncoding'], + ['Helvetica-Bold', "helvetica", "bold", 'WinAnsiEncoding'], + ['Helvetica-Oblique', "helvetica", "italic", 'WinAnsiEncoding'], + ['Helvetica-BoldOblique', "helvetica", "bolditalic", 'WinAnsiEncoding'], + ['Courier', "courier", "normal", 'WinAnsiEncoding'], + ['Courier-Bold', "courier", "bold", 'WinAnsiEncoding'], + ['Courier-Oblique', "courier", "italic", 'WinAnsiEncoding'], + ['Courier-BoldOblique', "courier", "bolditalic", 'WinAnsiEncoding'], + ['Times-Roman', "times", "normal", 'WinAnsiEncoding'], + ['Times-Bold', "times", "bold", 'WinAnsiEncoding'], + ['Times-Italic', "times", "italic", 'WinAnsiEncoding'], + ['Times-BoldItalic', "times", "bolditalic", 'WinAnsiEncoding'], + ['ZapfDingbats', "zapfdingbats", "normal", null], + ['Symbol', "symbol", "normal", null] + ]) + }) + + it('jsPDF private function getFontList', () => { + const doc = jsPDF() + expect(doc.__private__.getFontList()).toEqual({ "helvetica": ["normal", "bold", "italic", "bolditalic"], "Helvetica": ["", "Bold", "Oblique", "BoldOblique"], "courier": ["normal", "bold", "italic", "bolditalic"], "Courier": ["", "Bold", "Oblique", "BoldOblique"], "times": ["normal", "bold", "italic", "bolditalic"], "Times": ["Roman", "Bold", "Italic", "BoldItalic"], "zapfdingbats": ["normal"], "ZapfDingbats": [""], "symbol": ["normal"], "Symbol": [""] }); + }); + + it('jsPDF public function getFontSize', () => { + const doc = jsPDF() + + expect(doc.getFontSize()).toEqual(16); + }); + + it('jsPDF public function setFontSize', () => { + const doc = jsPDF() + expect(doc.getFontSize()).toEqual(16); + doc.setFontSize(20); + expect(doc.getFontSize()).toEqual(20); + }); + + it('jsPDF private function getCharSpace', () => { + const doc = jsPDF() + + expect(doc.__private__.getCharSpace()).toEqual(0); + }); + + it('jsPDF private function setCharSpace', () => { + const doc = jsPDF() + doc.__private__.setCharSpace(2); + + expect(doc.__private__.getCharSpace()).toEqual(2); + expect(function () { doc.__private__.setCharSpace('invalid'); }).toThrow(new Error('Invalid argument passed to jsPDF.setCharSpace')); + }); + + it('jsPDF private function getLineWidth', () => { + const doc = jsPDF() + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.setLineWidth(595.28); + + expect(writeArray).toEqual(['1687.41 w']); + }); + + it('jsPDF private function setLineDash', () => { + const doc = jsPDF() + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + + expect(function () { doc.__private__.setLineDash(''); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.setLineDash')); + + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + expect(function () { doc.__private__.setLineDash(); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.setLineDash')); + + expect(writeArray).toEqual(['[] 0.000 d']); + + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + expect(function () { doc.__private__.setLineDash('1 1', '1'); }).toThrow(new Error('Invalid arguments passed to jsPDF.setLineDash')); + + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + expect(function () { doc.__private__.setLineDash('1 1', 1); }).toThrow(new Error('Invalid arguments passed to jsPDF.setLineDash')); + + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + expect(function () { doc.__private__.setLineDash([1, 1], 1) }).not.toThrow(new Error('Invalid arguments passed to jsPDF.setLineDash')); + + expect(writeArray).toEqual(['[2.835 2.835] 2.835 d']); + }); + + it('jsPDF private function getLineHeight', () => { + const doc = jsPDF() + + expect(doc.__private__.getLineHeight()).toEqual(16 * 1.15); + }); + + it('jsPDF private function setLineHeightFactor', () => { + const doc = jsPDF() + + expect(doc.__private__.getLineHeight()).toEqual(16 * 1.15); + doc.__private__.setLineHeightFactor(1.0); + expect(doc.__private__.getLineHeight()).toEqual(16); + }); + + it('jsPDF public function setLineHeightFactor', () => { + const doc = jsPDF() + + expect(doc.__private__.getLineHeight()).toEqual(16 * 1.15); + doc.setLineHeightFactor(1.0); + expect(doc.__private__.getLineHeight()).toEqual(16); + }); + + it('jsPDF private function getHorizontalCoordinateString', () => { + const doc = jsPDF() + + expect(doc.__private__.getHorizontalCoordinateString(10)).toEqual('28.35'); + expect(doc.__private__.getHorizontalCoordinateString(100)).toEqual('283.46'); + }); + + it('jsPDF private function getVerticalCoordinateString', () => { + const doc = jsPDF() + + expect(doc.__private__.getVerticalCoordinateString(10)).toEqual('813.54'); + }); + + it('jsPDF public function pageSize', () => { + var doc = jsPDF() + + expect(doc.internal.pageSize.getHeight()).toEqual(297.0000833333333); + + doc = jsPDF('p', 'pt', 'a4') + expect(doc.internal.pageSize.getHeight()).toEqual(841.89); + expect(doc.internal.pageSize.height).toEqual(841.89); + expect(doc.internal.pageSize.getWidth()).toEqual(595.28); + expect(doc.internal.pageSize.width).toEqual(595.28); + + doc = jsPDF('p', 'pt', 'a4') + doc.internal.pageSize.setHeight(595.28); + expect(doc.internal.pageSize.getHeight()).toEqual(595.28); + expect(doc.internal.pageSize.height).toEqual(595.28); + expect(doc.internal.pageSize.getWidth()).toEqual(595.28); + expect(doc.internal.pageSize.width).toEqual(595.28); + + doc = jsPDF('p', 'pt', 'a4') + doc.internal.pageSize.height = 595.28; + expect(doc.internal.pageSize.getHeight()).toEqual(595.28); + expect(doc.internal.pageSize.height).toEqual(595.28); + expect(doc.internal.pageSize.getWidth()).toEqual(595.28); + expect(doc.internal.pageSize.width).toEqual(595.28); + + doc = jsPDF('p', 'pt', 'a4') + doc.internal.pageSize.setWidth(841.89); + expect(doc.internal.pageSize.getHeight()).toEqual(841.89); + expect(doc.internal.pageSize.height).toEqual(841.89); + expect(doc.internal.pageSize.getWidth()).toEqual(841.89); + expect(doc.internal.pageSize.width).toEqual(841.89); + + doc = jsPDF('p', 'pt', 'a4') + doc.internal.pageSize.width = 841.89; + expect(doc.internal.pageSize.getHeight()).toEqual(841.89); + expect(doc.internal.pageSize.height).toEqual(841.89); + expect(doc.internal.pageSize.getWidth()).toEqual(841.89); + expect(doc.internal.pageSize.width).toEqual(841.89); + + doc = jsPDF('p', 'pt', 'a4') + doc.internal.pageSize.height = 595.28; + doc.internal.pageSize.width = 841.89; + expect(doc.internal.pageSize.getHeight()).toEqual(595.28); + expect(doc.internal.pageSize.height).toEqual(595.28); + expect(doc.internal.pageSize.getWidth()).toEqual(841.89); + expect(doc.internal.pageSize.width).toEqual(841.89); + + }); + it('jsPDF private function getR2L', () => { + const doc = jsPDF() + + expect(doc.__private__.getR2L()).toEqual(false); + }); + + it('jsPDF private function setR2L', () => { + const doc = jsPDF() + expect(doc.__private__.getR2L()).toEqual(false); + doc.setR2L(true); + expect(doc.__private__.getR2L()).toEqual(true); + }); + + it('jsPDF public function setR2L', () => { + const doc = jsPDF() + expect(doc.getR2L()).toEqual(false); + doc.setR2L(true); + expect(doc.getR2L()).toEqual(true); + }); + + it('jsPDF public function getR2L', () => { + const doc = jsPDF() + + expect(doc.getR2L()).toEqual(false); + }); + + it('jsPDF private function setR2L', () => { + const doc = jsPDF() + expect(doc.getR2L()).toEqual(false); + doc.setR2L(true); + expect(doc.getR2L()).toEqual(true); + }); + + it('jsPDF private function setZoomMode, getZoomMode', () => { + const doc = jsPDF(); + doc.__private__.setZoomMode(2); + expect(doc.__private__.getZoomMode()).toEqual(2); + doc.__private__.setZoomMode('200%'); + expect(doc.__private__.getZoomMode()).toEqual('200%'); + doc.__private__.setZoomMode('fullwidth'); + expect(doc.__private__.getZoomMode()).toEqual('fullwidth'); + doc.__private__.setZoomMode('fullheight'); + expect(doc.__private__.getZoomMode()).toEqual('fullheight'); + doc.__private__.setZoomMode('original'); + expect(doc.__private__.getZoomMode()).toEqual('original'); + expect(function () { doc.__private__.setZoomMode('invalid'); }).toThrow(new Error('zoom must be Integer (e.g. 2), a percentage Value (e.g. 300%) or fullwidth, fullheight, fullpage, original. "invalid" is not recognized.')); + }); + + it('jsPDF private function setLayoutMode, getLayoutMode', () => { + const doc = jsPDF(); + doc.__private__.setLayoutMode('continuous'); + expect(doc.__private__.getLayoutMode()).toEqual('continuous'); + expect(function () { doc.__private__.setLayoutMode('invalid'); }).toThrow(new Error('Layout mode must be one of continuous, single, twoleft, tworight. "invalid" is not recognized.')); + }); + + it('jsPDF private function setPageMode, getPageMode', () => { + const doc = jsPDF(); + doc.__private__.setPageMode('UseNone'); + expect(doc.__private__.getPageMode()).toEqual('UseNone'); + expect(function () { doc.__private__.setPageMode('invalid'); }).toThrow(new Error('Page mode must be one of UseNone, UseOutlines, UseThumbs, or FullScreen. "invalid" is not recognized.')); + }); + + + it('jsPDF private function setDisplayMode', () => { + const doc = jsPDF(); + doc.__private__.setDisplayMode('200%', 'continuous', 'UseNone'); + expect(doc.__private__.getZoomMode()).toEqual('200%'); + expect(doc.__private__.getLayoutMode()).toEqual('continuous'); + expect(doc.__private__.getPageMode()).toEqual('UseNone'); + }); + + it('jsPDF private function getTextColor', () => { + const doc = jsPDF(); + expect(doc.__private__.getTextColor()).toEqual('#000000') + }); + + it('jsPDF private function setTextColor', () => { + const doc = jsPDF(); + doc.__private__.setTextColor(255, 0, 0); + expect(doc.__private__.getTextColor()).toEqual('#ff0000'); + }); + + it('jsPDF private function getFillColor', () => { + const doc = jsPDF(); + expect(doc.__private__.getFillColor()).toEqual('#000000') + }); + + it('jsPDF private function getFillColor', () => { + const doc = jsPDF(); + doc.__private__.setFillColor(255, 0, 0); + expect(doc.__private__.getFillColor()).toEqual('#ff0000'); + }); + + it('jsPDF private function getStrokeColor', () => { + const doc = jsPDF(); + expect(doc.__private__.getStrokeColor()).toEqual('#000000') + }); + + it('jsPDF private function setStrokeColor', () => { + const doc = jsPDF(); + doc.__private__.setStrokeColor(255, 0, 0); + expect(doc.__private__.getStrokeColor()).toEqual('#ff0000'); + }); + + it('jsPDF private function encodeColorString', () => { + const doc = jsPDF(); + expect(doc.__private__.encodeColorString({ ch1: 255, ch2: 0, ch3: 0 })).toEqual('1.000 0.000 0.000 rg'); + expect(doc.__private__.encodeColorString({ ch1: 255, ch2: 0, ch3: 0, precision: 2 })).toEqual('1.00 0.00 0.00 rg'); + expect(doc.__private__.encodeColorString({ ch1: 255, ch2: 0, ch3: 0, precision: 3 })).toEqual('1.000 0.000 0.000 rg'); + expect(doc.__private__.encodeColorString({ ch1: 'red' })).toEqual('1.000 0.000 0.000 rg'); + expect(doc.__private__.encodeColorString({ ch1: '#f00' })).toEqual('1.000 0.000 0.000 rg'); + expect(doc.__private__.encodeColorString({ ch1: '#ff0000' })).toEqual('1.000 0.000 0.000 rg'); + expect(doc.__private__.encodeColorString('red')).toEqual('1.000 0.000 0.000 rg'); + expect(doc.__private__.encodeColorString('#f00')).toEqual('1.000 0.000 0.000 rg'); + expect(doc.__private__.encodeColorString('#ff0000')).toEqual('1.000 0.000 0.000 rg'); + expect(doc.__private__.encodeColorString('gray')).toEqual('0.502 g'); + expect(doc.__private__.encodeColorString({ ch1: 128, precision: 2 })).toEqual('0.50 g'); + expect(doc.__private__.encodeColorString({ ch1: 128, precision: 3 })).toEqual('0.502 g'); + expect(doc.__private__.encodeColorString({ ch1: '0.502' })).toEqual('0.502 g'); + expect(doc.__private__.encodeColorString({ ch1: '1.000', ch2: '0.000', ch3: '0.000' })).toEqual('1.000 0.000 0.000 rg'); + expect(doc.__private__.encodeColorString({ ch1: 255, ch2: 0, ch3: 0, ch4: { a: 0 } })).toEqual('1.000 1.000 1.000 rg'); + expect(doc.__private__.encodeColorString({ ch1: 255, ch2: 0, ch3: 0, ch4: { a: 0.5 } })).toEqual('1.000 0.000 0.000 rg'); + expect(doc.__private__.encodeColorString({ ch1: '1.000', ch2: '0.000', ch3: '0.000', ch4: '1.000' })).toEqual('1.000 0.000 0.000 1.000 k'); + expect(doc.__private__.encodeColorString({ ch1: 1.0, ch2: 0.0, ch3: 0.0, ch4: 1.0, precision: 3 })).toEqual('1.000 0.000 0.000 1.000 k'); + expect(doc.__private__.encodeColorString({ ch1: 1.0, ch2: 0.0, ch3: 0.0, ch4: 1.0, precision: 2 })).toEqual('1.00 0.00 0.00 1.00 k'); + expect(doc.__private__.encodeColorString({ ch1: 0.4, ch2: 0.2, ch3: 0.4, ch4: 0.1, precision: 2 })).toEqual('0.40 0.20 0.40 0.10 k'); + expect(function () { doc.__private__.encodeColorString('invalid'); }).toThrow(new Error('Invalid color "invalid" passed to jsPDF.encodeColorString.')); + }); + + it('jsPDF private function decodeColorString', () => { + const doc = jsPDF(); + expect(doc.__private__.decodeColorString('1.000 0.000 0.000 rg')).toEqual('#ff0000'); + expect(doc.__private__.decodeColorString('1.00 0.00 0.00 rg')).toEqual('#ff0000'); + expect(doc.__private__.decodeColorString('1.00 1.00 0.00 RG')).toEqual('#ffff00'); + expect(doc.__private__.decodeColorString('1.00 1.00 1.00 RG')).toEqual('#ffffff'); + expect(doc.__private__.decodeColorString('0.00 0.00 1.00 rg')).toEqual('#0000ff'); + expect(doc.__private__.decodeColorString('0.33 0.10 1.00 rg')).toEqual('#5419ff'); + expect(doc.__private__.decodeColorString('0 g')).toEqual('#000000'); + expect(doc.__private__.decodeColorString('0 G')).toEqual('#000000'); + expect(doc.__private__.decodeColorString('0.39 G')).toEqual('#636363'); + expect(doc.__private__.decodeColorString('1.0 G')).toEqual('#ffffff'); + expect(doc.__private__.decodeColorString('0.32 0.67 0.10 0.32 k')).toEqual('#75399c'); + expect(doc.__private__.decodeColorString('1.00 0.00 0.00 0.00 K')).toEqual('#00ffff'); + expect(doc.__private__.decodeColorString('1.00 0.00 1.00 0.00 K')).toEqual('#00ff00'); + }); + + it('jsPDF private function getDocumentProperty, setDocumentProperty', () => { + const doc = jsPDF(); + doc.__private__.setDocumentProperty('title', 'Title'); + expect(doc.__private__.getDocumentProperty('title')).toEqual('Title'); + + expect(function () { doc.__private__.setDocumentProperty('invalid', 'Title'); }).toThrow(new Error('Invalid arguments passed to jsPDF.setDocumentProperty')); + expect(function () { doc.__private__.getDocumentProperty('invalid'); }).toThrow(new Error('Invalid argument passed to jsPDF.getDocumentProperty')); + }); + + it('jsPDF private function getDocumentProperties, setDocumentProperties', () => { + const doc = jsPDF(); + doc.__private__.setDocumentProperties({ 'title': 'Title' }); + expect(doc.__private__.getDocumentProperty('title')).toEqual('Title'); + + expect(doc.__private__.getDocumentProperties()).toEqual({ + 'title': 'Title', + 'subject': '', + 'author': '', + 'keywords': '', + 'creator': '' + }); + + // expect(function() {doc.__private__.setDocumentProperty('invalid', 'Title');}).toThrow(new Error('Invalid arguments passed to jsPDF.setDocumentProperty')); + }); + + it('jsPDF private function isValidStyle', () => { + const doc = jsPDF(); + + expect(doc.__private__.isValidStyle('F')).toEqual(true); + expect(doc.__private__.isValidStyle('S')).toEqual(true); + expect(doc.__private__.isValidStyle('DF')).toEqual(true); + expect(doc.__private__.isValidStyle('X')).toEqual(false); + + }); + it('jsPDF private function getStyle', () => { + const doc = jsPDF(); + + expect(doc.__private__.getStyle('F')).toEqual('f'); + expect(doc.__private__.getStyle('X')).toEqual('S'); + expect(doc.__private__.getStyle('S')).toEqual('S'); + expect(doc.__private__.getStyle('FD')).toEqual('B'); + expect(doc.__private__.getStyle('DF')).toEqual('B'); + expect(doc.__private__.getStyle('f')).toEqual('f'); + expect(doc.__private__.getStyle('f*')).toEqual('f*'); + expect(doc.__private__.getStyle('B')).toEqual('B'); + expect(doc.__private__.getStyle('B*')).toEqual('B*'); + + }); + + + it('jsPDF private function lines', () => { + var doc = jsPDF(); + + + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 110); + expect(writeArray).toEqual(["600.945 530.079 m ", "606.614 524.410 l", "600.945 518.740 l", "603.780 515.906 606.614 513.071 609.449 510.236 c", "615.118 507.402 l", "S"]); + + //old method header + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.lines(212, 110, [[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], [1, 1]); + expect(writeArray).toEqual(["600.945 530.079 m ", "606.614 524.410 l", "600.945 518.740 l", "603.780 515.906 606.614 513.071 609.449 510.236 c", "615.118 507.402 l", "S"]); + + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 110, [1, 1]); + expect(writeArray).toEqual(["600.945 530.079 m ", "606.614 524.410 l", "600.945 518.740 l", "603.780 515.906 606.614 513.071 609.449 510.236 c", "615.118 507.402 l", "S"]); + + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 110, [1, 1], 'F'); + expect(writeArray).toEqual(["600.945 530.079 m ", "606.614 524.410 l", "600.945 518.740 l", "603.780 515.906 606.614 513.071 609.449 510.236 c", "615.118 507.402 l", "f"]); + expect(function () { doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 110); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.lines')); + + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 110, [1, 1], null); + expect(writeArray).toEqual(["600.945 530.079 m ", "606.614 524.410 l", "600.945 518.740 l", "603.780 515.906 606.614 513.071 609.449 510.236 c", "615.118 507.402 l"]); + expect(function () { doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 110); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.lines')); + + expect(function () { doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 110, [1, 1]); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.lines')); + expect(function () { doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 110, [1, 1], 'F'); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.lines')); + expect(function () { doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 110, [1, 1], 'F', false); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.lines')); + + expect(function () { doc.__private__.lines('invalid', 212, 110, [1, 1], 'F', false); }).toThrow(new Error('Invalid arguments passed to jsPDF.lines')); + expect(function () { doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 'invalid', 110, [1, 1], 'F', false); }).toThrow(new Error('Invalid arguments passed to jsPDF.lines')); + expect(function () { doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 'invalid', [1, 1], 'F', false); }).toThrow(new Error('Invalid arguments passed to jsPDF.lines')); + expect(function () { doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 110, 'invalid', 'F', false); }).toThrow(new Error('Invalid arguments passed to jsPDF.lines')); + expect(function () { doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 110, [1, 1], 'invalid', false); }).toThrow(new Error('Invalid arguments passed to jsPDF.lines')); + expect(function () { doc.__private__.lines([[2, 2], [-2, 2], [1, 1, 2, 2, 3, 3], [2, 1]], 212, 110, [1, 1], 'F', 'invalid'); }).toThrow(new Error('Invalid arguments passed to jsPDF.lines')); + + }); + + it('jsPDF private function line', () => { + const doc = jsPDF(); + + expect(function () { doc.__private__.line(1, 2, 3, 4); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.line')); + expect(function () { doc.__private__.line('invalid', 2, 3, 4); }).toThrow(new Error('Invalid arguments passed to jsPDF.line')); + expect(function () { doc.__private__.line(1, 'invalid', 3, 4); }).toThrow(new Error('Invalid arguments passed to jsPDF.line')); + expect(function () { doc.__private__.line(1, 2, 'invalid', 4); }).toThrow(new Error('Invalid arguments passed to jsPDF.line')); + expect(function () { doc.__private__.line(1, 2, 3, 'invalid'); }).toThrow(new Error('Invalid arguments passed to jsPDF.line')); + + }); + + it('jsPDF private function triangle', () => { + const doc = jsPDF(); + + expect(function () { doc.__private__.triangle(1, 2, 3, 4, 5, 6, 'F'); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); + expect(function () { doc.__private__.triangle('invalid', 2, 3, 4, 5, 6, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); + expect(function () { doc.__private__.triangle(1, 'invalid', 3, 4, 5, 6, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); + expect(function () { doc.__private__.triangle(1, 2, 'invalid', 4, 5, 6, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); + expect(function () { doc.__private__.triangle(1, 2, 3, 'invalid', 5, 6, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); + expect(function () { doc.__private__.triangle(1, 2, 3, 4, 'invalid', 6, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); + expect(function () { doc.__private__.triangle(1, 2, 3, 4, 5, 'invalid', 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); + expect(function () { doc.__private__.triangle(1, 2, 3, 4, 5, 6, 'invalid'); }).toThrow(new Error('Invalid arguments passed to jsPDF.triangle')); + + expect(doc.__private__.triangle(1, 2, 3, 4, 5, 6, 'F')).toBe(doc.__private__); + }); + + it('jsPDF private function roundedRect', () => { + const doc = jsPDF(); + + expect(function () { doc.__private__.roundedRect(1, 2, 3, 4, 5, 6, 'F'); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); + expect(function () { doc.__private__.roundedRect('undefined', 2, 3, 4, 5, 6, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); + expect(function () { doc.__private__.roundedRect(1, 'undefined', 3, 4, 5, 6, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); + expect(function () { doc.__private__.roundedRect(1, 2, 'undefined', 4, 5, 6, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); + expect(function () { doc.__private__.roundedRect(1, 2, 3, 'undefined', 5, 6, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); + expect(function () { doc.__private__.roundedRect(1, 2, 3, 4, 'undefined', 6, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); + expect(function () { doc.__private__.roundedRect(1, 2, 3, 4, 5, 'undefined', 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); + expect(function () { doc.__private__.roundedRect(1, 2, 3, 4, 5, 6, 'undefined'); }).toThrow(new Error('Invalid arguments passed to jsPDF.roundedRect')); + + expect(doc.__private__.roundedRect(1, 2, 3, 4, 5, 6, 'F')).toBe(doc.__private__); + }); + + it('jsPDF private function ellipse', () => { + const doc = jsPDF(); + + expect(function () { doc.__private__.ellipse(1, 2, 3, 4, 'F'); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.ellipse')); + expect(function () { doc.__private__.ellipse('undefined', 2, 3, 4, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.ellipse')); + expect(function () { doc.__private__.ellipse(1, 'undefined', 3, 4, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.ellipse')); + expect(function () { doc.__private__.ellipse(1, 2, 'undefined', 4, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.ellipse')); + expect(function () { doc.__private__.ellipse(1, 2, 3, 'undefined', 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.ellipse')); + expect(function () { doc.__private__.ellipse(1, 2, 3, 4, 'undefined'); }).toThrow(new Error('Invalid arguments passed to jsPDF.ellipse')); + + + expect(doc.__private__.ellipse(1, 2, 3, 4, 'F')).toBe(doc.__private__); + + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.ellipse(1, 2, 3, 4, null); + expect(writeArray).toEqual(['11.34 836.22 m 11.34 842.48 7.53 847.56 2.83 847.56 c', '-1.86 847.56 -5.67 842.48 -5.67 836.22 c', '-5.67 829.96 -1.86 824.88 2.83 824.88 c', '7.53 824.88 11.34 829.96 11.34 836.22 c']); + + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.ellipse(1, 2, 3, 4, 'F'); + expect(writeArray).toEqual(['11.34 836.22 m 11.34 842.48 7.53 847.56 2.83 847.56 c', '-1.86 847.56 -5.67 842.48 -5.67 836.22 c', '-5.67 829.96 -1.86 824.88 2.83 824.88 c', '7.53 824.88 11.34 829.96 11.34 836.22 c', 'f']); + }); + + it('jsPDF private function rect', () => { + const doc = jsPDF(); + + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.rect(1, 2, 3, 4, 'F'); + expect(writeArray).toEqual(["2.83 836.22 8.50 -11.34 re", "f"]); + + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.rect(1, 2, 3, 4, null); + expect(writeArray).toEqual(["2.83 836.22 8.50 -11.34 re"]); + + expect(function () { doc.__private__.rect(1, 2, 3, 4, 'F'); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.rect')); + expect(function () { doc.__private__.rect('invalid', 2, 3, 4, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.rect')); + expect(function () { doc.__private__.rect(1, 'invalid', 3, 4, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.rect')); + expect(function () { doc.__private__.rect(1, 2, 'invalid', 4, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.rect')); + expect(function () { doc.__private__.rect(1, 2, 3, 'invalid', 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.rect')); + expect(function () { doc.__private__.rect(1, 2, 3, 4, 'invalid'); }).toThrow(new Error('Invalid arguments passed to jsPDF.rect')); + + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.rect(1, 2, 3, 4, 'F'); + expect(writeArray).toEqual(['2.83 836.22 8.50 -11.34 re', 'f']); + + expect(doc.__private__.rect(1, 2, 3, 4, 'F')).toBe(doc.__private__); + + }); + + it('jsPDF private function circle', () => { + const doc = jsPDF(); + + expect(function () { doc.__private__.circle(1, 2, 3, 'F'); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.circle')); + expect(function () { doc.__private__.circle('undefined', 2, 3, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.circle')); + expect(function () { doc.__private__.circle(1, 'undefined', 3, 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.circle')); + expect(function () { doc.__private__.circle(1, 2, 'undefined', 'F'); }).toThrow(new Error('Invalid arguments passed to jsPDF.circle')); + expect(function () { doc.__private__.circle(1, 2, 3, 'undefined'); }).toThrow(new Error('Invalid arguments passed to jsPDF.circle')); + + expect(doc.__private__.circle(1, 2, 3, 'F')).toBe(doc.__private__); + }); + + it('jsPDF private function clip', () => { + var doc = jsPDF(); + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.clip("evenodd"); + expect(writeArray).toEqual(['W*']); + + var doc = jsPDF(); + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.clip(); + expect(writeArray).toEqual(['W']); + + }); + + it('jsPDF private function clip_fixed', () => { + var doc = jsPDF(); + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.clip_fixed(); + expect(writeArray).toEqual(['W']); + }); + + it('jsPDF private function discardPath', () => { + var doc = jsPDF(); + var writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.discardPath(); + expect(writeArray).toEqual(['n']); + }); + + + it('jsPDF private function text', () => { + var doc = jsPDF(); + + var writeArray; + + expect(function () { doc.__private__.text('valid', 10, 10); }).not.toThrow(new Error('Invalid arguments passed to jsPDF.text')); + expect(function () { doc.__private__.text(undefined, 10, 10); }).toThrow(new Error('Invalid arguments passed to jsPDF.text')); + expect(function () { doc.__private__.text('valid', undefined, 10); }).toThrow(new Error('Invalid arguments passed to jsPDF.text')); + expect(function () { doc.__private__.text('valid', 'invalid', 10); }).toThrow(new Error('Invalid arguments passed to jsPDF.text')); + expect(function () { doc.__private__.text('valid', 10, 'invalid'); }).toThrow(new Error('Invalid arguments passed to jsPDF.text')); + expect(function () { doc.__private__.text('valid', 10, undefined); }).toThrow(new Error('Invalid arguments passed to jsPDF.text')); + expect(function () { doc.__private__.text('valid'); }).toThrow(new Error('Invalid arguments passed to jsPDF.text')); + expect(function () { doc.__private__.text(); }).toThrow(new Error('Invalid arguments passed to jsPDF.text')); + + //check for latest method header (text, x, y, options); + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text('This is a test.', 10, 10, { scope: doc }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for old method header (x, y, text); + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + + //check for latest method header (text, x, y, options); text is Array + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(['This is a test.'], 10, 10, { scope: doc }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + // doc = new jsPDF(); + + // doc.line(10, 30, 210, 30) + // doc.setFontSize(10); + // doc.setTextColor('black') + // doc.text( "default", 10, 30, {scope: doc}); + // doc.text( "top", 35, 30, {baseline: 'top', scope: doc}); + // doc.text( "bottom", 45, 30, {baseline: 'bottom', scope: doc}); + // doc.text( "middle", 65, 30, {baseline: 'middle', scope: doc}); + // doc.text( "alphabetic", 90, 30, {baseline: 'alphabetic', scope: doc}); + // doc.text( "hanging", 120, 30, {baseline: 'hanging', scope: doc}); + // doc.save() + + //multiline + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(`This is a line +break`, 10, 10, { scope: doc }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(This is a line) Tj', 'T* (break) Tj', 'ET'].join("\n")]); + + //check for angle-functionality; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, angle: 10 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '0.98 0.17 -0.17 0.98 28.35 813.54 Tm', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for charSpace-functionality; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, charSpace: 10 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.346 Tc', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for R2L-functionality; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, R2L: true }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(.tset a si sihT) Tj', 'ET'].join("\n")]); + + //check for renderingMode-functionality - fill; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 'fill' }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '0 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 0 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '0 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: false }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '0 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for renderingMode-functionality - stroke; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 'stroke' }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '1 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 1 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '1 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: true }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '1 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for renderingMode-functionality - fillThenStroke; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 'fillThenStroke' }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '2 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 2 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '2 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for renderingMode-functionality - invisible; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 'invisible' }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '3 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 3 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '3 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for renderingMode-functionality - fillAndAddForClipping; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 'fillAndAddForClipping' }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '4 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 4 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '4 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for renderingMode-functionality - strokeAndAddPathForClipping; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 'strokeAndAddPathForClipping' }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '5 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 5 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '5 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for renderingMode-functionality - fillThenStrokeAndAddToPathForClipping; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 'fillThenStrokeAndAddToPathForClipping' }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '6 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 6 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '6 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for renderingMode-functionality - addToPathForClipping; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 'addToPathForClipping' }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '7 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 7 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '7 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + + //check for renderingMode-functionality - reset on second call; + + doc = jsPDF(); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, renderingMode: 'addToPathForClipping' }); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '0 Tr', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for align-functionality - right; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(200, 10, 'This is a test.', { scope: doc, align: 'right' }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '472.85 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for align-functionality - center; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(200, 10, 'This is a test.', { scope: doc, align: 'center' }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '519.89 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for align-functionality - center; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, align: 'justify', maxWidth: 30 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '12.84 Tw', '28.35 813.54 Td', '(This is a) Tj', '0.00 -18.40 Td', '(test.) Tj', 'ET'].join("\n")]); + + //check for align-functionality - throw Error; + expect(function () { doc.__private__.text(200, 10, 'This is a test.', { scope: doc, align: 'invalid' }) }).toThrow(new Error('Unrecognized alignment option, use "left", "center", "right" or "justify".')); + + //check for maxWidth-functionality - too wide; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, maxWidth: 600 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(This is a test.) Tj', 'ET'].join("\n")]); + + //check for maxWidth-functionality - has to split; + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.text(10, 10, 'This is a test.', { scope: doc, maxWidth: 30 }); + expect(writeArray).toEqual([['BT', '/F1 16 Tf', '18.40 TL', '0 g', '28.35 813.54 Td', '(This is a) Tj', 'T* (test.) Tj', 'ET'].join("\n")]); + + }); + + it('jsPDF private function setLineCap', () => { + var doc = jsPDF(); + + var writeArray; + + //miter/butt + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.setLineCap('miter'); + expect(writeArray).toEqual(['0 J']); + expect(function () { doc.__private__.setLineCap('invalid'); }).toThrow(new Error("Line cap style of 'invalid' is not recognized. See or extend .CapJoinStyles property for valid styles")); + }) + + + it('jsPDF private function setLineJoin', () => { + var doc = jsPDF(); + + var writeArray; + + //butt + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.setLineJoin('butt'); + expect(writeArray).toEqual(['0 j']); + expect(function () { doc.__private__.setLineJoin('invalid'); }).toThrow(new Error("Line join style of 'invalid' is not recognized. See or extend .CapJoinStyles property for valid styles")); + + }) + + it('jsPDF private function setLineMiterLimit', () => { + var doc = jsPDF(); + + var writeArray; + + //miter/butt + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.setLineMiterLimit(1); + expect(writeArray).toEqual(['2.83 M']); + expect(function () { doc.__private__.setLineMiterLimit('invalid'); }).toThrow(new Error('Invalid argument passed to jsPDF.setLineMiterLimit')); + }) + it('jsPDF private function putHeader', () => { + var doc = jsPDF(); + + var writeArray; + + //without documentProperties + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putHeader(); + expect(writeArray).toEqual(['%PDF-1.3', '%ºß¬à']); + + }) + + it('jsPDF private function putCatalog', () => { + var doc = jsPDF(); + var writeArray; + + //putCatalog, default Values + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '>>', 'endobj']); + + + //putCatalog zoomModes + doc = jsPDF(); + doc.__private__.setZoomMode(2); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /XYZ null null 2.00]', '/PageLayout /OneColumn', '>>', 'endobj']); + + doc = jsPDF(); + doc.__private__.setZoomMode('200%'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /XYZ null null 2.00]', '/PageLayout /OneColumn', '>>', 'endobj']); + + doc = jsPDF(); + doc.__private__.setZoomMode('fullwidth'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '>>', 'endobj']); + + doc = jsPDF(); + doc.__private__.setZoomMode('fullheight'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitV null]', '/PageLayout /OneColumn', '>>', 'endobj']); + + doc = jsPDF(); + doc.__private__.setZoomMode('fullpage'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /Fit]', '/PageLayout /OneColumn', '>>', 'endobj']); + + doc = jsPDF(); + doc.__private__.setZoomMode('original'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /XYZ null null 1]', '/PageLayout /OneColumn', '>>', 'endobj']); + + + //putCatalog layoutModes + doc = jsPDF(); + doc.__private__.setLayoutMode('continuous'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '>>', 'endobj']); + + doc = jsPDF(); + doc.__private__.setLayoutMode('single'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /SinglePage', '>>', 'endobj']); + + doc = jsPDF(); + doc.__private__.setLayoutMode('twoleft'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /TwoColumnLeft', '>>', 'endobj']); + + doc = jsPDF(); + doc.__private__.setLayoutMode('two'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /TwoColumnLeft', '>>', 'endobj']); + + doc = jsPDF(); + doc.__private__.setLayoutMode('tworight'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /TwoColumnRight', '>>', 'endobj']); + + + //putCatalog layoutModes + doc = jsPDF(); + doc.__private__.setPageMode('UseNone'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '/PageMode /UseNone', '>>', 'endobj']); + + doc = jsPDF(); + doc.__private__.setPageMode('UseOutlines'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '/PageMode /UseOutlines', '>>', 'endobj']); + + doc = jsPDF(); + doc.__private__.setPageMode('UseThumbs'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '/PageMode /UseThumbs', '>>', 'endobj']); + + doc = jsPDF(); + doc.__private__.setPageMode('FullScreen'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putCatalog({ rootDictionaryObjId: 1 }); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Type /Catalog', '/Pages 1 0 R', '/OpenAction [3 0 R /FitH null]', '/PageLayout /OneColumn', '/PageMode /FullScreen', '>>', 'endobj']); + + }); + + it('jsPDF private function putInfo', () => { + var doc = jsPDF(); + + var writeArray; + + //without documentProperties + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + var pdfDateString = "D:19871210000000+00'00'"; + doc.__private__.setCreationDate(pdfDateString); + doc.__private__.putInfo(); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Producer (jsPDF 0.0.0)', "/CreationDate (D:19871210000000+00'00')", '>>', 'endobj']); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + var pdfDateString = "D:19871210000000+00'00'"; + doc.__private__.setCreationDate(pdfDateString); + + doc.__private__.setDocumentProperties({ + 'title': 'Title', + 'subject': 'Subject', + 'author': 'Author X', + 'keywords': 'Keyword1, Keyword2', + 'creator': 'Creator' + }); + doc.__private__.putInfo(); + expect(writeArray).toEqual(['3 0 obj', '<<', '/Producer (jsPDF 0.0.0)', '/Title (Title)', '/Subject (Subject)', '/Author (Author X)', '/Keywords (Keyword1, Keyword2)', '/Creator (Creator)', "/CreationDate (D:19871210000000+00'00')", '>>', 'endobj']); + }) + + it('jsPDF private function putTrailer', () => { + var doc = jsPDF(); + + var writeArray; + + //without documentProperties + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + + doc.__private__.setFileId('0000000000000000000000000BADFACE') + doc.__private__.putTrailer(); + expect(writeArray).toEqual(['trailer', '<<', '/Size 3', '/Root 2 0 R', '/Info 1 0 R', '/ID [ <0000000000000000000000000BADFACE> <0000000000000000000000000BADFACE> ]', '>>']); + }) + + it('jsPDF private function putXRef', () => { + var doc = jsPDF(); + var writeArray; + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putXRef(); + expect(writeArray).toEqual(['xref', '0 3', '0000000000 65535 f ', '0000000000 00000 n ', '0000000000 00000 n ']); + }) + + it('jsPDF private function putStream', () => { + var doc = jsPDF(); + var writeArray; + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putStream({ data: 'someData', filters: [], alreadyAppliedFilters: [] }); + expect(writeArray).toEqual(["<<", "/Length 8", ">>", "stream", "someData", "endstream"]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putStream({ data: 'someData', filters: [], alreadyAppliedFilters: [], addLength1: true }); + expect(writeArray).toEqual(["<<", "/Length 8", "/Length1 8", ">>", "stream", "someData", "endstream"]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putStream({ data: 'someData', filters: [], alreadyAppliedFilters: ['/FlateDecode', '/SomeFilter'] }); + expect(writeArray).toEqual(["<<", "/Length 8", "/Filter [/FlateDecode /SomeFilter]", ">>", "stream", "someData", "endstream"]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putStream({ data: 'someData', filters: [], alreadyAppliedFilters: '/FlateDecode /SomeFilter' }); + expect(writeArray).toEqual(["<<", "/Length 8", "/Filter [/FlateDecode /SomeFilter]", ">>", "stream", "someData", "endstream"]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putStream(); + expect(writeArray).toEqual(["<<", ">>"]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putStream({ data: 'streamData', filters: ['FlateEncode'] }); + expect(writeArray).toEqual(["<<", "/Length 18", "/Filter /FlateDecode", ">>", "stream", "xœ+.)JMÌuI,I\u0004\u0000\u0007\u0004Ò\u0016", "endstream"]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putStream({ data: 'streamData', filters: true }); + expect(writeArray).toEqual(["<<", "/Length 18", "/Filter /FlateDecode", ">>", "stream", "xœ+.)JMÌuI,I\u0004\u0000\u0007\u0004Ò\u0016", "endstream"]); + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putStream({ data: "xœ+.)JMÌuI,I\u0004\u0000\u0007\u0004Ò\u0016", alreadyAppliedFilters: ['/FlateDecode'] }); + expect(writeArray).toEqual(["<<", "/Length 18", "/Filter /FlateDecode", ">>", "stream", "xœ+.)JMÌuI,I\u0004\u0000\u0007\u0004Ò\u0016", "endstream"]); + }) + + it('jsPDF public function comment', () => { + var doc = jsPDF(); + var writeArray; + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.comment('test'); + expect(writeArray).toEqual(["#test"]); + }) + + it('jsPDF private function putPage', () => { + var doc = jsPDF(); + var writeArray; + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.putPage({ number: 1, data: ['streamData'], mediaBox: { bottomLeftX: 0, bottomLeftY: 0, topRightX: 595.28, topRightY: 841.89 }, artBox: null, bleedBox: null, cropBox: null, trimBox: null, userUnit: 1.0, resourceDictionaryObjId: 2, rootDictionaryObjId: 1, objId: 3, contentsObjId: 4 }); + expect(writeArray).toEqual(["3 0 obj", "<>", "endobj", "4 0 obj", "<<", "/Length 10", ">>", "stream", "streamData", "endstream", "endobj"]); + }) + + it('jsPDF private function buildDocument', () => { + var doc = jsPDF(); + + var writeArray; + + doc = jsPDF(); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.setFileId('0000000000000000000000000BADFACE'); + doc.__private__.setCreationDate("D:19871210000000+00'00'"); + doc.__private__.buildDocument(); + expect(writeArray).toEqual(["%PDF-1.3", "%ºß¬à", "3 0 obj", "<>", "endobj", "4 0 obj", "<<", "/Length 10", ">>", "stream", "0.57 w\n0 G", "endstream", "endobj", "1 0 obj", "<>", "endobj", "5 0 obj", "<<", "/Type /Font", "/BaseFont /Helvetica", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "6 0 obj", "<<", "/Type /Font", "/BaseFont /Helvetica-Bold", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "7 0 obj", "<<", "/Type /Font", "/BaseFont /Helvetica-Oblique", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "8 0 obj", "<<", "/Type /Font", "/BaseFont /Helvetica-BoldOblique", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "9 0 obj", "<<", "/Type /Font", "/BaseFont /Courier", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "10 0 obj", "<<", "/Type /Font", "/BaseFont /Courier-Bold", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "11 0 obj", "<<", "/Type /Font", "/BaseFont /Courier-Oblique", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "12 0 obj", "<<", "/Type /Font", "/BaseFont /Courier-BoldOblique", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "13 0 obj", "<<", "/Type /Font", "/BaseFont /Times-Roman", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "14 0 obj", "<<", "/Type /Font", "/BaseFont /Times-Bold", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "15 0 obj", "<<", "/Type /Font", "/BaseFont /Times-Italic", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "16 0 obj", "<<", "/Type /Font", "/BaseFont /Times-BoldItalic", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "17 0 obj", "<<", "/Type /Font", "/BaseFont /ZapfDingbats", "/Subtype /Type1", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "18 0 obj", "<<", "/Type /Font", "/BaseFont /Symbol", "/Subtype /Type1", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "2 0 obj", "<<", "/ProcSet [/PDF /Text /ImageB /ImageC /ImageI]", "/Font <<", "/F1 5 0 R", "/F2 6 0 R", "/F3 7 0 R", "/F4 8 0 R", "/F5 9 0 R", "/F6 10 0 R", "/F7 11 0 R", "/F8 12 0 R", "/F9 13 0 R", "/F10 14 0 R", "/F11 15 0 R", "/F12 16 0 R", "/F13 17 0 R", "/F14 18 0 R", ">>", "/XObject <<", ">>", ">>", "endobj", "19 0 obj", "<<", "/Producer (jsPDF 0.0.0)", "/CreationDate (D:19871210000000+00'00')", ">>", "endobj", "20 0 obj", "<<", "/Type /Catalog", "/Pages 1 0 R", "/OpenAction [3 0 R /FitH null]", "/PageLayout /OneColumn", ">>", "endobj", "xref", "0 21", "0000000000 65535 f ", "0000000184 00000 n ", "0000002001 00000 n ", "0000000015 00000 n ", "0000000124 00000 n ", "0000000241 00000 n ", "0000000366 00000 n ", "0000000496 00000 n ", "0000000629 00000 n ", "0000000766 00000 n ", "0000000889 00000 n ", "0000001018 00000 n ", "0000001150 00000 n ", "0000001286 00000 n ", "0000001414 00000 n ", "0000001541 00000 n ", "0000001670 00000 n ", "0000001803 00000 n ", "0000001905 00000 n ", "0000002249 00000 n ", "0000002335 00000 n ", "trailer", "<<", "/Size 21", "/Root 20 0 R", "/Info 19 0 R", "/ID [ <0000000000000000000000000BADFACE> <0000000000000000000000000BADFACE> ]", ">>", "startxref", "2439", "%%EOF"]); + + doc = jsPDF('l'); + writeArray = []; + doc.__private__.setCustomOutputDestination(writeArray); + doc.__private__.setFileId('0000000000000000000000000BADFACE'); + doc.__private__.setCreationDate("D:19871210000000+00'00'"); + doc.__private__.buildDocument(); + expect(writeArray).toEqual(["%PDF-1.3", "%ºß¬à", "3 0 obj", "<>", "endobj", "4 0 obj", "<<", "/Length 10", ">>", "stream", "0.57 w\n0 G", "endstream", "endobj", "1 0 obj", "<>", "endobj", "5 0 obj", "<<", "/Type /Font", "/BaseFont /Helvetica", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "6 0 obj", "<<", "/Type /Font", "/BaseFont /Helvetica-Bold", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "7 0 obj", "<<", "/Type /Font", "/BaseFont /Helvetica-Oblique", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "8 0 obj", "<<", "/Type /Font", "/BaseFont /Helvetica-BoldOblique", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "9 0 obj", "<<", "/Type /Font", "/BaseFont /Courier", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "10 0 obj", "<<", "/Type /Font", "/BaseFont /Courier-Bold", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "11 0 obj", "<<", "/Type /Font", "/BaseFont /Courier-Oblique", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "12 0 obj", "<<", "/Type /Font", "/BaseFont /Courier-BoldOblique", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "13 0 obj", "<<", "/Type /Font", "/BaseFont /Times-Roman", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "14 0 obj", "<<", "/Type /Font", "/BaseFont /Times-Bold", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "15 0 obj", "<<", "/Type /Font", "/BaseFont /Times-Italic", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "16 0 obj", "<<", "/Type /Font", "/BaseFont /Times-BoldItalic", "/Subtype /Type1", "/Encoding /WinAnsiEncoding", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "17 0 obj", "<<", "/Type /Font", "/BaseFont /ZapfDingbats", "/Subtype /Type1", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "18 0 obj", "<<", "/Type /Font", "/BaseFont /Symbol", "/Subtype /Type1", "/FirstChar 32", "/LastChar 255", ">>", "endobj", "2 0 obj", "<<", "/ProcSet [/PDF /Text /ImageB /ImageC /ImageI]", "/Font <<", "/F1 5 0 R", "/F2 6 0 R", "/F3 7 0 R", "/F4 8 0 R", "/F5 9 0 R", "/F6 10 0 R", "/F7 11 0 R", "/F8 12 0 R", "/F9 13 0 R", "/F10 14 0 R", "/F11 15 0 R", "/F12 16 0 R", "/F13 17 0 R", "/F14 18 0 R", ">>", "/XObject <<", ">>", ">>", "endobj", "19 0 obj", "<<", "/Producer (jsPDF 0.0.0)", "/CreationDate (D:19871210000000+00'00')", ">>", "endobj", "20 0 obj", "<<", "/Type /Catalog", "/Pages 1 0 R", "/OpenAction [3 0 R /FitH null]", "/PageLayout /OneColumn", ">>", "endobj", "xref", "0 21", "0000000000 65535 f ", "0000000184 00000 n ", "0000002001 00000 n ", "0000000015 00000 n ", "0000000124 00000 n ", "0000000241 00000 n ", "0000000366 00000 n ", "0000000496 00000 n ", "0000000629 00000 n ", "0000000766 00000 n ", "0000000889 00000 n ", "0000001018 00000 n ", "0000001150 00000 n ", "0000001286 00000 n ", "0000001414 00000 n ", "0000001541 00000 n ", "0000001670 00000 n ", "0000001803 00000 n ", "0000001905 00000 n ", "0000002249 00000 n ", "0000002335 00000 n ", "trailer", "<<", "/Size 21", "/Root 20 0 R", "/Info 19 0 R", "/ID [ <0000000000000000000000000BADFACE> <0000000000000000000000000BADFACE> ]", ">>", "startxref", "2439", "%%EOF"]); + + }) + +}); diff --git a/tests/setlanguage/standard.spec.js b/spec/language.spec.js similarity index 90% rename from tests/setlanguage/standard.spec.js rename to spec/language.spec.js index af4c56f82..10a2abbe8 100644 --- a/tests/setlanguage/standard.spec.js +++ b/spec/language.spec.js @@ -4,7 +4,7 @@ * Standard spec tests */ -describe('Plugin: setlanguage', () => { +describe('Module: SetLanguage', () => { it('set english (US)', () => { const doc = new jsPDF(); doc.setLanguage("en-US"); diff --git a/tests/outline/standard.spec.js b/spec/outline.spec.js similarity index 70% rename from tests/outline/standard.spec.js rename to spec/outline.spec.js index c05164a36..612761b72 100644 --- a/tests/outline/standard.spec.js +++ b/spec/outline.spec.js @@ -7,10 +7,10 @@ * We compare the exact output. */ -describe('Outline functions', () => { +describe('Module: Outline', () => { it('should create a bookmark in a pdf generated with units in points', () => { - var doc = new jsPDF({unit: 'pt'}) - doc.outline.add(null, "Page 1", {pageNumber:1}) + var doc = new jsPDF({ unit: 'pt' }) + doc.outline.add(null, "Page 1", { pageNumber: 1 }) doc.addPage() comparePdf(doc.output(), 'bookmark-pt.pdf', 'outline') @@ -18,8 +18,8 @@ describe('Outline functions', () => { // @TODO: Document it('should create a bookmark in a pdf generated with units in inches', () => { - var doc = new jsPDF({unit: 'in'}) - doc.outline.add(null, "Page 1", {pageNumber:1}) + var doc = new jsPDF({ unit: 'in' }) + doc.outline.add(null, "Page 1", { pageNumber: 1 }) doc.addPage() comparePdf(doc.output(), 'bookmark-in.pdf', 'outline') @@ -27,8 +27,8 @@ describe('Outline functions', () => { // @TODO: Document it('should create a bookmark in a pdf generated with units in mm', () => { - var doc = new jsPDF({unit: 'mm'}) - doc.outline.add(null, "Page 1", {pageNumber:1}) + var doc = new jsPDF({ unit: 'mm' }) + doc.outline.add(null, "Page 1", { pageNumber: 1 }) doc.addPage() comparePdf(doc.output(), 'bookmark-mm.pdf', 'outline') diff --git a/tests/pages/standard.spec.js b/spec/pages.spec.js similarity index 95% rename from tests/pages/standard.spec.js rename to spec/pages.spec.js index 5d1164197..957258400 100644 --- a/tests/pages/standard.spec.js +++ b/spec/pages.spec.js @@ -1,82 +1,82 @@ - -/* global describe, it, jsPDF, comparePdf */ -/** - * Standard spec tests - * - * These tests return the datauristring so that reference files can be generated. - * We compare the exact output. - */ - -describe('Paging functions', () => { - it('should add new page', () => { - const doc = new jsPDF() - doc.addPage() - doc.addPage() - doc.text('Text that will end up on page 3', 20, 20) - doc.setPage(1) - doc.text('Text that will end up on page 1', 20, 20) - doc.setPage(2) - doc.text('Text that will end up on page 2', 20, 20) - - comparePdf(doc.output(), '3pages.pdf', 'pages') - }) - - // @TODO: Document - it('should insert new page at the beginning', () => { - const doc = new jsPDF() - doc.text('Text that will end up on page 2', 20, 20) - doc.addPage() - doc.text('Text that will end up on page 3', 20, 20) - doc.insertPage(1) - doc.text('Text that will end up on page 1', 20, 20) - - comparePdf(doc.output(), '3pages.pdf', 'pages') - }) - - // @TODO: Document - it('should insert new page in the middle', () => { - const doc = new jsPDF() - doc.text('Text that will end up on page 1', 20, 20) - doc.addPage() - doc.text('Text that will end up on page 3', 20, 20) - doc.insertPage(2) - doc.text('Text that will end up on page 2', 20, 20) - - comparePdf(doc.output(), '3pages.pdf', 'pages') - }) - - // @TODO: Document - it('should delete a page in the middle', () => { - const doc = new jsPDF() - doc.text('Text that will end up on page 1', 20, 20) - doc.addPage() - doc.text('Text that will end up on page 2', 20, 20) - doc.addPage() - doc.text('This page is being deleted', 20, 20) - doc.addPage() - doc.text('Text that will end up on page 3', 20, 20) - doc.deletePage(3) - comparePdf(doc.output(), '3pages.pdf', 'pages') - }) - - // @TODO: Document - it('should insert two pages and make them swap places', () => { - const doc = new jsPDF() - doc.text('Text that will end up on page 2', 20, 20) - doc.addPage() - doc.text('Text that will end up on page 1', 20, 20) - doc.movePage(2, 1) - - comparePdf(doc.output(), '2pages.pdf', 'pages') - }) - - it('should insert two pages and make them swap places', () => { - const doc = new jsPDF() - doc.text('Text that will end up on page 2', 20, 20) - doc.addPage() - doc.text('Text that will end up on page 1', 20, 20) - doc.movePage(1, 2) - - comparePdf(doc.output(), '2pages.pdf', 'pages') - }) -}) + +/* global describe, it, jsPDF, comparePdf */ +/** + * Standard spec tests + * + * These tests return the datauristring so that reference files can be generated. + * We compare the exact output. + */ + +describe('Core: Paging', () => { + it('should add new page', () => { + const doc = new jsPDF() + doc.addPage() + doc.addPage() + doc.text('Text that will end up on page 3', 20, 20) + doc.setPage(1) + doc.text('Text that will end up on page 1', 20, 20) + doc.setPage(2) + doc.text('Text that will end up on page 2', 20, 20) + + comparePdf(doc.output(), '3pages.pdf', 'pages') + }) + + // @TODO: Document + it('should insert new page at the beginning', () => { + const doc = new jsPDF() + doc.text('Text that will end up on page 2', 20, 20) + doc.addPage() + doc.text('Text that will end up on page 3', 20, 20) + doc.insertPage(1) + doc.text('Text that will end up on page 1', 20, 20) + + comparePdf(doc.output(), '3pages.pdf', 'pages') + }) + + // @TODO: Document + it('should insert new page in the middle', () => { + const doc = new jsPDF() + doc.text('Text that will end up on page 1', 20, 20) + doc.addPage() + doc.text('Text that will end up on page 3', 20, 20) + doc.insertPage(2) + doc.text('Text that will end up on page 2', 20, 20) + + comparePdf(doc.output(), '3pages.pdf', 'pages') + }) + + // @TODO: Document + it('should delete a page in the middle', () => { + const doc = new jsPDF() + doc.text('Text that will end up on page 1', 20, 20) + doc.addPage() + doc.text('Text that will end up on page 2', 20, 20) + doc.addPage() + doc.text('This page is being deleted', 20, 20) + doc.addPage() + doc.text('Text that will end up on page 3', 20, 20) + doc.deletePage(3) + comparePdf(doc.output(), '3pages.pdf', 'pages') + }) + + // @TODO: Document + it('should insert two pages and make them swap places', () => { + const doc = new jsPDF() + doc.text('Text that will end up on page 2', 20, 20) + doc.addPage() + doc.text('Text that will end up on page 1', 20, 20) + doc.movePage(2, 1) + + comparePdf(doc.output(), '2pages.pdf', 'pages') + }) + + it('should insert two pages and make them swap places', () => { + const doc = new jsPDF() + doc.text('Text that will end up on page 2', 20, 20) + doc.addPage() + doc.text('Text that will end up on page 1', 20, 20) + doc.movePage(1, 2) + + comparePdf(doc.output(), '2pages.pdf', 'pages') + }) +}) diff --git a/tests/addimage/png.spec.js b/spec/png.spec.js similarity index 99% rename from tests/addimage/png.spec.js rename to spec/png.spec.js index 6d278bdf1..c4d48d551 100644 --- a/tests/addimage/png.spec.js +++ b/spec/png.spec.js @@ -4,7 +4,7 @@ * png spec tests */ -describe('Plugin: addimage png', () => { +describe('Module: PNGSupport', () => { it('colortype_6_rgba_8_bit_png', () => { var colortype_6_rgba_8_bit_png = 'data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAARgAAADSCAYAAACRit/qAAAABmJLR0QA/wD/AP+gvaeTAAAACXBIWXMAAABIAAAASABGyWs+AACAAElEQVR42uz9aaxmaZIehj0R8b7nnG+7a+5bZVVWVVd19b7N9PSIHGq4yKJFkKZFmrRgQzAIiyIJy7C52CBsGZANwzBgwbIEL7QhAiTFgUmQMGVTNMBlyNnM4fT0TC/VVV1LVu6Zd/+2s7xvRPjH+e7NzOqsmZpRd093zY3Eh1v3Vt6b9zvLcyKeeOIJ4DRO4zRO4zRO4zRO4zRO4zRO4zRO4zRO4zRO4zRO4zRO4zRO4zRO4zRO4zRO4wcWdHoIfuvxwgv+5LFjAOQOAVAAEAASI6yqMmKsXaTTnJHblr1pBskMcCcnCp5zdgC4fbs6PbCncQowvxsjxn+ElG5jff2LUpZbZVWdrUIoNwFMAEzcUQEYABgCCCKgovBclq2H0Jp7zilx07ax67qidUcL5Nq9q4FmDrRTVWvdYQD8zp0XTg/6aXwkIpwegg+K/wzAXQDXQ84PhjFurbl35wA/D2DbHdtEWHfH2gpYCiIURJAQYCGohZCdSE2VsionVVYAHeAtkBdANwXSgbvvumNH1XZzzntnzrxb7+6+Z5/4xE/iG984PUWncZrBfGRibe2fI4QB1fVeZdZsEuECYJeYy0tVdelsWZ4/XxTbm8zFWSKsE2FIhApAIEIQcQ5BuSgSQkjmrtp1rF0XNSVRVXRAat3bVfaSj9xtT9Ueqep99/a2SH07xvld4OH88uU1nc8Tfu3X/tjpyfntxKvAX/jWX8Bf+2N/DU1u2N0ZhEBCxMKhXC+l2qyk2C7AW5S5lC5xUnVVzmzye9jzX1fs/G92To/lKcD89uLixbdBlOFesGoamukZ1eaqe3edKF0l6i4xy8UYt7ZCOLMlsrXBXGwyo2IGMzsTGYgUIkoiGSFkEDlyZu+6iK4TqJK7JwCdubcKpAzowt2nZvmRe77nPr+lunvT7O5bOe/cbNujO+5YLJf37ROf+DfxjW/8qdMT9iFj+G8PIUF4uVgWDh+Y2zoIIxAGJDSQiqswDCGuFaHYLDishcwD7ix4TQWOuOQZD/hQ1mQma2JGcF/97Pc+/c7pAT4FmA8HLgAx4CVAF939KmAvxWjPDwb5WlV1V6qqOQvolupk3HXbZddtBfcBhwCIGJg7uHcAMgAFUQ8uZoKUSqRUoL868+rvtQAy3BWAgchBlNuc05HqfCfnnZspPXyj6+59s+sOvg3gJlHYGQyGaT4/gur/8fTK/YCo/mgFIkKXu4KFJyy8qa7bTr4JxgYXvMaRJxx5wBWXMpAyDqLEURSqKFOk1gtvUGHKA97jAe/IRB7wgPdAOISjBkOp62+dt3/s7dODfgowzwKW90BUwj1FwM4B/gLgL8aIl8djvHTmDF0+d87Orq1124PBctB1ddzbK3l3dxPT6RZU1yDiYG4BtDDroJpgpjDLUAXMSphVcI9wdxB1ABq4JxAZAAezQcQAGFIy77o2p3R0qLp3N+e9N7pu79dSOvq6e/cdd9wxSwuiAPf/0+nV+2T8HgAJhBEKLnmTA5/lwBdZ+DxHPseBt6WQDSlkjSOvUaSKI1dUUClRWEomr6AePWvQGhUOecCHPOSHMpKHXPFdYroPx0MYHsJRAz0pfwoyHxzhdx+w3Dr+T3FvNgBcJ/KXAH+1quiVM2fk+pUr8eK1a7xx+bIP1tc5ECXs7dUAOsznNebzGkCACAPokLMiZ0dKgKqtgAZwZxAJiBTMHYjmIFqAqAMRQCQQCRARuBNUQUARRda3maViDuvuYds9bqV0NHFfDAB5x91mwJ9z4D89fUL+foK7E1VUcuB1EbkoUa6FEC5LkIsS5aIUco4CbUngdQo84sAVCRUUSChQ4MhMQmxkyJQBILl57eZHcOzA/CEM90C4C8dtAO+B8ACERxAsbvzKDX3786cg87seYPpyKFFfDvEVInuFSF9j1leKAi+dOROv3rghmx//eBi+/HLkc+cSiRAODoDZTKCa0XUdVBcrAClhxlANyBlICcjZ4B7gDjATAAWQACxAdAjmIzA3IGIwR4QwBPMQqnGVUDKYx8w8GDFX0b0YuIeJmay7Y+S+LAB7C8A+8OcB/O7NZMJ/OwAG4ZK3ueCLoQzPBQ7PB4TrQcIlYTlPQmcRMaFIQ45ccWCJIYowMxERmAgBQADlkOHsUOjA1NY8+5arXzDz58h8F4y7BLoDwnMAboFwG8BdMB7e+OqNJQwKAk7B5ncZwFy5souUDsG8DbODDcA+BqSPE6VPi6RXRdL1yYTOXLo0nLz4YiGvvcZ07RoAOHZ2HLduBbz11gC3b3c4OFDU9RJmGVjJX9wFZgYzB0AgimCmVfbiAPwJbiatshmA2UFUwYyQs0DV4W6rzLvgELZKIG65S+GOAeCDlLx0bwDYm4AfAn8BwH/yu+aCHf0PR1j8Xxao/nRFsiYDCC5x5BclyIuBw42A8FzQcDEgnCWmNYo09MKjFy4cmIWFhARCDAKDQL1UsgcZODuEBM6OQCEKScieR1nzNgSXwXgejjtw3ARwi5TedfL3wLiLgAdeevPC11/AO588JYF/VwDMYDADsA+iojSbXQDoVcA/y5w+JdJ8LMbmcgjdWoxSxBhYxLBYGG7edBwcKO7cAd55J+LWrYBHjwKWyxm6broCkwpEEzCXIMIKSBjMApEIIgKQYOZwDzArAYwA9GWTWYBZhFlAzgGqx+BiUO3AHEhkHIvC19xxDeAAkOR86GYLAPYNgJa/WzIZ+WOCuBYx/rNj4QGf5cjPg/EyR35VWG4ED9eixvMRcV0gFTEFK0xyzGRiyJLBYCgUkSICAhgMBgFEEBIQEwZhgLVyDWVVggdMsziTAz4YLLEcANiA4hxlukyZrpHTFRAuePS3vfB1OO6AcHjjazcUDrz92d/d2Yx8lN/c9vYvwP3XAcjEvXvRPX8J0K8w5y+JNJ+KcXk1xuWaSCpEmGIsYVbi8JBx65bhjTcy3nzTcfMm4f59xmyW0LYH6LodpLTrKU3drHWzZGaJAFuR5hEiYQUwCkDhTgACzGT1inAfwmwM9xHM+rKKiEDE6B+rAMDEXBJzEYlkQORDImZ369zTArApIBn4AoBf/siey43/6QYkCrjkEZd8lSv+lFTyBY78RS740xLklRjitSIU20HCgIWji7MGpSwZWTKMDUoKI+uPLBjs3J+n40NOwGa5iauTq7i+fh0XRxdRlRWcHZ13SJ6EEg244RE3vMENbyJhnTKVUAgIAQIDoTY1u/gXL2L3P9k9zWA+anHp0i8DIIrx4qa7v+qePgfo5wD+BJFeE1muh7AomDsyEyyXjHv3gP39DkXhyJkwnyvmc0PTKLouw+wIqruues/Njsw9KPOGi2xDZE1Exsw8YREQ4BBhEOkqK3G4C9wruBOYAaAC82h1GgzMDHc9EVuciC5AFON6YA4jIr4MhASgJcLSbNmYde8Rlcn930evQP6IPSj+Z9v9QVinDQr0AkV6lYQ+CcHHSeh5ErrAzGvkFF0dqgqDwbjPWlQUxnby89wd7g5zgx//MYOawdl7kKk2cWPtBrYmW9jDHqplBdTA/eY+mrohamhEHVWUaQLGhpe+DcYZZGygwBCGCsDd1//W68vL//Qy7v6+u6cA89HgW75+nAlEd73ETK+5++fd8XmAXiGyC8x5xKwBAFQDVAuoFlgsALMW7hlmBDNANUO1g1kN1V03e2hm9839ILlzNpuZ2QKqm4F5IsxrIjLhnIcsUhCzEDOBefWkBIGoAHMB5gpE5YrcTSdZCz1DPEBEEJlIUWAE4BoRdczFXPVokfM0qx7eBoJ+1M7nuf/FOeR5Fh7xeSnk4xC8SkKfBuEVEroGwRliqpyc1Pu3H0NExRUCBzg5Gm/QeIOEBDKCmECMwcYAARYM2TMUCnXFXOfovEMVK1waXcKleAnCAk2KnDMeLR5BGwV1EDiNPXphhQ2Jac3Z10xt4u6D3Oby3BfOvW1J69MS6SMBLt84vhmrXteCLxLRVwD6MkCfIPILgI2ITIj6jEI1IudyBTLUP/3M+i4RMtxaqDbIeeqqu2b2KLvvdu7TZNZ2qk1yb9S9NffGzJamujSzhasu3aw2sw7ueSWocxeBM4sRCQCCmZOZrQhe+oDXCYHMzCH05ZIE5tAQxRlAh2b/+5rozwP4lz/6JdFf3sAn/2+fxN7X9gY84Oco0Kc58BdY+MdE5FPC8gIxnSGmkojI2eHkqGKFs4OzuDy6jMvVZWzxFipUYGNky3B1xBwRcoRkgbsjc0YOGSkkaFAkJAzCAJvVJi6ML+Dc8ByGPETTNlgsFljMFuiWHZAJpEQQBCqp9NJHiBiba6WdQuus6bDNsztHy9F/a5jwBwz6D+0UYH6UwQWgCYBXAfpxInwFoB8j4leI6BwRF0TM/Y0tK4K1gFkB9+OOTwIog9nAnGDWwaxDznMzO0zu+53ZtDXLnTsrYOpem/vSzJZmNjezmeZ8pKpHpnqkqjN1XypRo0SdAm12b9Usw0zJnbgHkJMkfsXZPP78yUyGqBDmWBBJRSRgLhbMxRHwpb0Q1lX1n/zInsfhvzvE5n9vEwc/d4B6rx5RpI9x5E8z85dCCF8IHF6LHK8EChMmFgLBqQeXUkpcnVzFjbUb+Njax3CtvIZN2kTQgKwZOWXknIEMcOYeXCijQ2eZsymrGxsSJWTLVEmFSZhgq9xCiRJd22G2mOFweYh5msPIQIFABcFLZxQoEHxiZkNt8lAbdWuyeWumWafnX97K05cXwD89BZgfRXARANsAPgXgywB+EqDPE+EGEa0DJH3xwQBkxYcEuMdVV4fBDDAnxJARo4JZ4W5QVVNdZPej5H7Yui8TQAqsCnYAQHb3xtx7gHGfqtnM3GcG1MrcKnNWoiblfJRSmppqgjszUcFEgZ7kCHpQcRABIo4nRddEBOaCiUJBJAWRdMzFEXN5kPNsWhT/FnL+Rz9y53Hy5yaoLlewpcXqanWeIr1CQl+QIF8Sks8HCi9Fihci4jB4IALhOHMBAefH5/Hq1qv49Pan8er6q7hYXMTEJqBMaHOLJjdotEH2DEMvqmut1Ta1KWtOZpbc3UBAay1rUoICwQIoE6aLI+zO9rC33MNBPkAOGSgBGvQggwBy9mBqlSWtXL0kIufInVQh1/M0LycxV3+8Qvv32lMO5kcna0EAcBHAJwF8CX1L5VUAFwAaAP4sVuN9HEc/VyRikNCCoGjb3hjKrFWgScCyA7pEJOZOK7m/rQABx2Sur8AGwFyBkpgTERm5p9XQY3Z34RA6xBiZeSRAKY+zFUeMhs1Nw3gMhAAsFoyjI8FicTxxRxAZlgBdIuJPEMX7RLzDHPeJ4tz9f4em+Us/Mudy8O8M0D3oEDZDQYEuceCXwfgUE39GWF4JHq5FxPXgoRDrD5WLH+d7GMQBrq5dxY3NG3j1zKu4UlyBLhX7eR91XeNR/QgP+SGYGRkZTu5Zs6WUutSk1t07KcVlLIEyFVpocbu9HagjTnWiK+MrqFON+7P7OFweokkNUpkQEBARIS5w7QljIlQkfE4KBwUyrkQBz2AyKcPbANIRpqcA8yMCLgWAawA+C+DHAHwOwMcAnFtlNXQMIO7vJ059VRYZRBL6G74BS3OiyDVzc18m93kCFglQIwroW8/+zDLmJD2UiKIYeYyViwjMEnJuYaZwJweOMvM45DxW5gETBXIHRiPDlSsZ164pzp8HRBg7O8Dt24SbNxmzGZ2ApMhgAOA6wJ8kontE8V7T3P5OVV1PTfOjcS7Hf2aMuB0BRkWRrnHBrxLRZ4jo0wx+RSCXAsIkemQxARw9b4IMo77zs1Ft4NzoHK6uX8Wl9UvYDttY+AJ1WWNQDFCEAiICCJA5e+6y5i53aZmatEiNd96GMnhIIXDihBJ5KtP43vw9aaet3BveYyKiw3xIe90eLXwBFUVIARmZggaIS5/RRCYpZECBzrO5wZDgaMm5kyRTmtH95//+8/7uH333FGB+yMGlAvDiClR+HMDnV5+vfdB762eAHMwK5gwggzmfAIxIBzNFSoIukeXcJbNFAqYdkJToOIOwFcjoSdZxDDJEjBAqFMWYYpyAqHR3Qc66EtMRAHOzeVadZ+Z5UJ0EkTGFAFy65Pj4x4HXXmNcukQQETx8yBiPGTkT3nqrH0s4fkfM1SZgLwG45Y47RXFmV2T86EfhXK79j9cw/T9MsfGXN8Zc8FUu+BMk9HkAnwXhJQJdIKMBe09TmfelTeaMxAlKfeeokAKTYoK1ag2TaoKBDNDFDhIFCICJ9d+D5CmnnJrU5UWu8zw3eZ4ba60zMbi6cOKMATICYuedLGUpD8NDCRw4eaKGG2qkIW0VUgqVVcnFoOAoUaQQggAchZi48uQXvEWmFg0aamQpi5BCHswGj177v7+Gb/4PvnkKMD9c4PLN1c1N5SpT+SKAn1iBzAsAxt9V/6y6MESOEPpsRaSfggbSahix16uoCrquQNuIpa5LWRed+VHnvlSg82PLhVVXiEOIxCzccydmZuYxVl5V6xTCmIACKZmllN3Mnvqd3JOpzlVkoapzZR7QeMz03HOMT36S8OlPB5w92w9VXr3aA9h06tjbMzx69CTxy8JcXXT3jwF+k4jeU13snznzD/Pu7n/jhxdc/oM16EJp/X+yvsYlv0CRPkVMnwXjs0T0IoHOwFE4HArt9SriUFKo6FP6FjXtdS0rjQtT34LOyJhjjrnNMc9zbZom5zp3aZ4anec6L7S11hIMpqbgORsc5p1njy5GFlq0MqOZMDHBnZ2dlA2IAFfMNrYIR0CFCEKQIESRerbMMUCLi+RoyHhBCTNqqelit3DzxSnJ+0MHLliBC70K4Cs9mYsvAHgevUfuMy0omB0xZsTYIsYazEsw1yDqQcbdYRaRUomui9Z2mlNadGZ7Hfwgu8/crIZ7R0TGMcYwHI6K0Wi9GA7Xi6IYSVEMqKrWMBxu83C4FUIYsirQdclUnyVRsdVQZMnMlYRQypUrkT7xCcFnPlPhxo0h1tZGqKoKw2GBtmXs7xt2dw2Hh8CTeEXERf/eaQbQIRE9Gg5fWrh/Hm379374ukX//SGa2w2Vl8q1MAkvcsmf4cA/RkKfZ+aXiOksgLjSKMLJeyUuPwYX58cgW6LAmfIststtjGQEGDBdTnF7ehtvH73tbx29ZXfmd9Lh7LBpZk2d57nRhbbWWYI9Ud86IEFWshpXS5a002SdZU2aNWu25NmSJe88efLk5k6RSAbCPGTmATOBgA6ghogaCtRyQZmIwAmCJQrMMcDs7B8/q7t/96Or9A0/euCCEsDLPd9CPwn4FwFcWZVLeDa4GEJICKFFCA16T5YOqgYzgTuv+JYCqsHcPQ8HbdpY73IIhpwhs5nRdJo9Z6eyHISqGhVlOQ5FMWKRktyRzdSJAoUwYCBw03Rm1qWnM5en+Rr3WlWnWXU9Ey1kMilpe7uiM2cG2NgYoij6kQNVw5kzS6yttRgOFcz2/tNHROEikb3M7G8DeHex+NZBWV7strb+Hvb3f3gsN9f+whqmvzLF+k+sj8IwvCSFfIqFf4yJP09Ezzn5pruLu58Ai8FOJEH+ZPMOABlhsVzi3u49vM1vAy2wUW5g3sxx6+CWv3H4Rr49vZ0Ojw6belq3aZ4aq7Wz5Bn+NHnm5vDsxKEfIwDBLVvuU1cQDLT6FvJ+lwQRyGxirK0GywZPDnICtQRqCLSEoKU1crpGRDMEHPrAj2xis3wpP3jxX77ob33prVOA+SGI2HMs/iUi+z1E/nkAl9ypcucP/CYiA3M/yezeDx+aBajSEwOHESLs4zHZ9rbZ+fMVtrbWArOFg4PO3nuv1vv3ky8WzEUxKQaDSSyKiYQwIJFCAYa7M5GIO0vXJajWXc7ZrJ+MfAYZTHA3V52vtDJjZZ5IVQUaDCpUVbFS/wLMjKoSFEWGSI0QHDkPVvqdVS/FuSKS583kJaB4h3l0qyguPJzNfumHp1v0Zwe4+G9dBE1oGMrwggT5RAjhx4Tls0JynZzWzUy019WeaFxOKl16X47qPcDklPHg6AFKKrG/3MeoHKHuant49DDf3rvd3t+/386OZk0371pttHNdzQm8H/rd4eYcKBAEUFJXVVVTgOAg+HFWRSC4OShTLnKhg1T5MI1cOkHyBOusl1UlBmUKBNqG4HkS2vPoe175ATW0IKXpjV+/gbc/9fYpwPxOxPnzb6EojtB15Tlm+xSRflkkf5ZIL7nTwEygWuDZINNzF30SwVAtVqDiq6HDAEBQFMEvXIh+40bwGzeILlzowmhUUdMw3n13qYvFLB8dZTeLoarWi7KciEjlzGVmDi0RZzMnVeecFW3baNc1mnP6DaWbfXer0ZynuesmYblstWmcUhLqW+H938sZWC4VdV2j62YIgRAjAxisrCEAVUCVt1T5RYC/w1y807ZvHxTFxe6H5VyWF0vc/Wd3OZbxskT5RJT4WSH5dEB4LlhYJ6egpAADxgYieowD9MxTC4fDyHDYHiIdJDxYPPDAwbrUpels2h4cHrTz6bxp521rjSU3tw8+H0RRYixCIRTJM7KqqVtnBgKI6em7xoGCC98O234mnvFxGDsHxlSnONADJEswNggLASgo0FkEvAjGHoH2wdjTic7peALzFGB+sLG+fgtVdYic40QkvyqSPy+SPiPSXQJsZCaUUgki+wCAoVUZVKBX8NpqoLBXy7oDVcV+/Xrpn/nMyD/1qZKvX2deW+uoaQh37079vfdgKRlUiZgjEYkBbEQhi0gHUEopoesSp6SUc7K6rlPT1En7ttEzspcnsxg1s2lOaS0fHs7k4cNGHj1yunoVWFvr2+tHR4579xLu3l1iPp+BOaAsI4iKlTVEb3bVdRgAuOquN5jxtlm4vVj8swdnz/6/sLPzR35ny9y/egVbr29h59WdsyjwcqDwycDh0wJ5LljYFJPg7lB5zFedZC+PufqnX7TiZ8TQUYeu6/ygOVBNuevq1KZFarpF1+ZFbq2z/Kys5akboo+iCEUMZfBMOVMgIqaUcnInd2JyYur/bXeEGLBVbOH64DrOjc6BhoR77T1wwdjLe+i8AzlBSBiEMRiXielFctoho10w9gHsfBSzmB96gNnaug135xDCVWZ9jVk/KZKeE2kn7k45l+g9aj/YXrjnWAjHU8t9a7l/iZhdvMj2yU8W+MpXxvTqqxUPhwnz+dLv3p3a668/7L7xjYfp1q2pLhbCRHBVJIAthJiZRdu2s+VyibpuJKVsqtlTSppz/k3ABU9xMSlN887OUXjzzalevLhGg0GkS5cYKQHvvpvx1a/WuHWrw2LRQkQh0oE5nQBMr/g1cvdzZvYCkV1nDu8MBl/cd9ff0Szm0l+4hBd+/wu4w3cmpZQ3ALzKzK8JyfNissXK0c2RJSNTfspW4UmuhZRAuT/Xzj2wgNHrYdxdVVOuc5fr3OZlbnSprS618+T5w/yezMxBJAQJZVkUKEJMwQLFIkrbtZZysqQpObuRUD+6EcjLUPqlwSV/cfIiikmBjXYDgQLMDTt5BzkpSAmcWCjSJgzXeztO7MCxC2AOoH753Zfx5vNvngLMDyJeuPE3QHQA9zQWGdwQ8Y8x+/MiaYMosWqEanlC1P7G8XjTaz/oaFDtFJilqop25ozxZBKlaZZ+//6Rv/vuA/32t++mr3/9Tnr77X09OiKYjRDjQEUqi7HSGKPlbF7XNabTKZqmsX5o0WHm/mHA5Vis566mOsvT6TS/9da+lOVYjo6ELl4s0baOW7dqvPlmi/v3GV1XgChDJIM5rVrsDBFffU0HRHat76zRVebyvap6bmdz82/h4OBP/46cSxoSvv33vi1rF9YuSJSXjezjxHQDii01jZny49ZzUCjZSfZCoH4KOgm4Y1CmnvgN/d8xGDSpaqsp17nVhbZaa6urFrRn/1BT5gRaBRMTiXAQKQSBI6JFiV30pmmMO+ZOuw4EhQAZ2VtrjYltI27YxclF3xptkZNjkZZYdksc5SPkVhEUxIlLBJz3zp9HxAMIHoDwEMBtnX60BuJ/qAHm0d47mB/epstXP3+Bq8nzDHmRiM4AHnIWpBSQcwmziN/KgoT+SVdr1+12zI+6w0O1mzfXxH3EMTo9enSkt27t6q1bh/boUevL5Yhy3hDmAWIMuSzLPBgMjUjQNDUWiwWWyyWOu0XuH/o3eeozs6V23VF+8GASzPbt0SOmzc2Kug549Cjh8NBhVkJkhBhbMPPqZ9gxYbzyn8kE+AUiv0HE14nk3eXyrYMY1/PvxHkc/wdjxPMR3bIb5zJfD0V4gYhedPOz6jowMjomcz04PK5KI+3BRUwgSSCtgFrqJfnS613U1bJlzV1OWmurS210qa3V1lln/dCR49kcznedDXc3M3c7/sCBRWIVvZRSilx4iAG0IKaOkCx1BtPs2XaaHbuzuOPX2+t2BVdwZXgFda5xuDzCdDnFgpdI6EAGeHKGYOTiV5T0uqndc/h9bfURCbWnAPMDiqwLFMP1clnvXgG6a0WsLnmshkQDqA6R8wiq1QpgvrtD82xwyZ7zNKf0sGvbu63qvXTrVuttW9G3v12yOzCbJUyniq4rWPVMSGkzMG9wVXEajZKPRtFjLLFcfje4/GYg8vTl/P4Mq89imuYoP3w4kum0ZBGjPiMiuDOYBygKX/nJEJhllQUdO+cdG1xhCPB1IjxPFN4m4jvMg92zZ/8+dnb+6A+29Xc2Yn+2L9V6dVULfZ6EbpDQRVObgCCBAiquUHEJF6CjFgtbouEGpISQw0n24p1DTZEte2edpTblnHOnjTZar4Clsc6z61P6lg99zammlHNKOYeu45iDlQgqReBYxSAi7O7k1hsZurmbmh3UB/r20dt6bv+cba1v+QvFC7RdbOPa8Cruz+7hER6iRg0YwB0DjOhkW2Z+zVq76/B72uk9n/vtC3/3gj/44w9OAeb7GVL9j6CJ4dBJvWwvuC4vdREbRYxRJAAoV67+4eTmwlOPKlmVQ/xEhtBazoc5pQdt297uUrqfct7X3d2Mo6NIRVF5jCPpX1tiNg5tuxaADSmKQquqTYMBrCiiqyqapvcHSY91++8DjQ8LLk9mMY2qTnNK40A01BhLZg5PENYBKY3AHCFiK35JV52yDPdevOdOBMh5wJ8nkqtE4VzT3DxgHvzAc3AKhFCEISLOa9QrCLhGQlviUoyKETZ8A9u8jQlNkDVjP+1jJ+/gKB2h1RaWDJK4N3zSjM66Xv+WuqRZ29zl1hprrbHOW09PZS2/xTAz67quE2EGuRKTSxlSHBYci1iycFDVmHO2rFlNTVVVm67Re7N7+vr+6zYej42EOEiAmqKgAjFEeDBkd3BmoAM5fOjqlzz4c2DcIaV7IBxQptlHJYP5oVXyVtV/E8XGHrTeuOIWP23Kn9XM13MOA9ViZZINmCW4N3BvQNSCqEO/ntWeymTMGlPdT113r0vpTme2o0SNxxilLCehqrZiVZ0phsOzRVWdK7tuq1gsNgr3jVAUYy5Ly4NB3Q6HlkIQNE2Lw8MjzOcLPFul+9u8wqHu7gQUTFQwc8HMJRHRE++HVjuVeLWZoB9fMMtIiZASIWeGOwXAO3ffIeKHROHBYHA1hfAHUNd/5wdyHod/foj51+ZUXi4v85Bfo0ifRoFXEHFhUkzCpeElvDh6ER+bfAxXiitYw1pvr9C1aLoGbdsidxmWHCkla7XVTruuy12T2tR46zW33FJDHSXK9FTb6QNouN8MZNTU3NzUjAi5qMo8GA20GlUeQhA3Dykl5JQtp6xqqs5OGjSmkELiJJ13ssgLuj+/j0f1IxylIyxt2ZeB7jA1uDmbWXDzDoYZgWZEtBteCkfjnxpj9nd/9HHmhzaDiWEDvphIVYQ1VT2jahs580DVYJoQYru6uXrbhOPtiGaAGcO9gFkEUQQAN1uY2YG7HyHGJFU14hDWKISCRUqOcSAxDtlsKNNpwUdHRECkGCOIzES6HEJSEfKcM5bLGstl/QHZi/8mlf5v9hRdquphVh1KzpUwR2Ku6PgOcQdUeyDpV9RmAAk582r9CR8PZAoRLhP5c+52HeBb8/m33xYZ+w/sPK5HhNdC4ILPENF5J79gbBsiEs8Mz+DG8AZeG7yG63IdUgsO6ADSCGY2w0F7gMPmEG1ujTKZJcs5pZQ0d6bWFV7kIQ/z+nAdg/EgatYwb+Z6VB/prJvl30Du8hsffzfv2q7LKWeH03hjAgFjWA7dxTmn7PM4NwI5DOTZ4eyaupQPlgf5ncN3tKHGN4oNUlMctAfour5V7bzimdyPt9kM4bjm6ncRcAvAFX1DdwAsT0uk72MwjQCiglk2hHVdWUcAB+YCMZYIQVY+t4wQCCE4ZEX89U9xXW1a7KDaec4zEM1JBCHGSSjLQEVRUFGUHGPFQMHLZcDBAdN83mckIrSavs5G1CpRUrOArstYLpdo2/YDSqMPR+o++//RKlGfpZwPhagUosAxQpgjju3vjwGmNxCn1df6JXBmx4lpBkATIlxj5kvudo6ovgOEH4iRw9pfXAMJAREDEtoEcJacNslpNJYxzg/O4/n15/GxycdwkS4ix4zQBuyHfYxshNhGs6Vp3dUZiuzqnaomGFJJZb4wuoCr61fl4uhiHMlI6rr2B0cP8t2ju51PHdNumr/rEH/ILGbV8ta2bpG6BCah4WCIOIiUU7ZpOSUmzqZmlgxE5NZYbps27y/3teXWxnHMYoKkCa21vV3ESkCIALg6CEQgbIFwnZxugnAFhDsg3Lr0ty/5vf/OvVOA+X5EETcAUOnI4xBoxCQlc2CRAiFEiPQudESCEDJi7BBjB8DRtgFdF9G2jJQaS6lVYGmqHYAi9KOukc0idZ3QcsmYzxWLhSHn/iYXERxvAwA6BRoFkqVkqOsWTdP09ou/BVL3g4HIn3GB16p6mIkK6S0yAxMNqc/IemDJmWEm6P1per1P37LvP++tJbwA+CKQrhKVF0VG46q63mxs/C0cHn5/W9bNgwbd3+iw+R9trlFBGyBsARjDUEx4gu1iG5dGl3B+fB5b2MIsz1CVFcpYokChSEh5mVPXdp2rJzgSDEkgeXNtk14+/3Lx2oXXqitrV8rCi3B4dOijMOpMDXVX6zIvNVv+DaH/eBHbCclr+Smhr5nBzRFC8PForOONcWdqNp/O6ag8cgKZqTklgjWWrbXcdV1GB02eQtCAoAHC/c4lAiFz39w6OfWMQEwXQLgKwh0Ad1famB/5aesfSoDZ3v5/IsYJVFMMoapi5IFILEIoSaQCcziRxxMxRBRl2aAoGoSQ0bYF6rpcgUz0rqu16zi3rXvOKjkHSUlhBuk6Rdf1MvtjwOrl+4Z+vkjdvbWew0lw78ndtu2e0LB8ON7lw4LLMRdjNsuqpYgMxKxi9yL0amRFb/tJUJXVaSQce/n2fA3jWPMD8Ja7XSYqLzAPtx4+/Jt7w+Gr3/cyKawH+J92JqExBGvENAFhSKAQOKAKFQaxN4MquUQdapAQFGqqmnOXu1Snxhtv3bwjUAJBi7LA9bPXq9euvlZ+7urnBhfHFytrTfarfZCSzOu57S/38369n2c2y8/OkBlrgzXZHm6HSTkROGjRLmx/uZ+n7TQnS74qaEEglEWJ0WjkZ8+cVWb22WzGB4cHmM6naOoGnh3WmGqj2VrLVlq2YNHJmYgQPMDNAVm14FfiwCcS100QrgO4CeASgLsA3rv0ty/Zj3IW80MJMCFuYn09YD7nMBhwURQSYiyiSAn3AqqP9R89GAjMitXnhBgj3Cv0upWKUmq96xqtqjrl3HnbIratxJxDSEmiGfNjvvu4zcsr315eAUxrOWd3Z7Rtd5K9fFje5UN3XAhg7gV4qrWqHmXVkZiNBRgxUclEdLKm9vjqPLbRfN9ttPqZPAT0grtfMMPFqvrEXaD6/j8dCSAhRkBJTGMIBmBUIHDShKwZTW7QaouEBHPDQhc46o7soDlI83re5ibXXnsNgiLAKRDOb54PL158sfjY5Y8VL116qVgr1kI9r8k6w8ZoI6wN1mQUR1JIQUjPBpdza+fCS+dfKq9uXi3Xi/XYdR0eHT3Ktw9vd3eP7ra7zW63Gnw8zmAwHAyxubnpoQw+XU7paH7Ei3qBZtl4s2zUOjNdaKdDLbTSrKWqBGGFQlxwnCk5VlPiTwJM78x4Gb074y0A5wE8AFBf+plLuPcn750CzPcqNtYLTCYFgITBQKgsCSGQMxtSUrQtQfX4Kd2nmjkHdF2xmi8KcOfVzVpyjBuBaJlCqN3sKFVVSl1nsa491rVr04TYdRTcQX3m4qtZJYVZXnE4rXedwoyQUrfKcD48uPxm2UsIROvrBa+tBS5LUF13fnhY23xeZ7OZmK2J2YRDGNBxV6lfSfv+1SbPzJyCO2+Z0Tmg2i6KiyXz2g8EYLhigaCCoASjgCA6O+ZpjoeLh7hb3cEEEyxlicV8gXdm7+C9+Xt2f3E/T9tp17VtC0OmSKBAkEKwvb4t5zbOyfnN82FrbYtHYUSeHWVZoigKRIknXTcCPT1+5MBkOOFXL79afua5zwyf336+GvIwLudLulPeSeREXepskRa6zEsFASyMEAKqskJVVEEKwdlLZ+PB8iBMmynquqacc5u7bNqoaq3ZhpYtWdaogYVJXcHMEAgCBTAxKqrg6HdhN9ags24NwHMA3gNwG8BdNr7jvwXp5inAfBiClwkhRAyHbGXpXhSGEHS1SqR/cnddWGUy/VXT3/gl3Hv/lH4Vq6wc+EcishaAWoFGiZocArqy9FxVnhcLlMslira1mLOv3OloJfnPbta5ausp2WpRva60Jr99cFlJ0kFECIHo8uWBvPDCJF65MgyDAdPBQa3vvTfNN2/OdGdnlnM+5BDGbDZkkVJ63oXQd8iPt7cbiHhVuh3rYVb7UMHrzLLNXGyZ1eMQJvsvvPAzeOedP/l9O4+WDJZMkNA7vjECGOKhB5g7szuovMKiXmJTNlEva9ya3vK3l2/bw+6hLm2pRq4kBIoEjgwOjBACVWVFZVGiLEsqpEAIASzsBrPWWm200U47d3t6WJKZ8fy554tPXPtE+bkbnxs8t/ncgDLJ0eERRY9hXs9tf7GfHy0epWVeKoHAxBAWhBAQOIiz03B9GNbPrVcbiw1eLBbcNq3PD+atd2661E5HWuhAs5iYBpXs/V5sJgaBMJYx1oo1DMMQgQMWusCD5kE1TdPLbn7NyW+R0x2H78JRnwLM9zBef/1fw1e+8lUURcwh5MRsqV9YpmAGqqq/MVMKaFtBXdvKPKpv0/biOsFjzUhk5kl0X6p7nc2yEpmLuMaoVhSuMZrO52RNgyJnZnciMwOzQTV5zh2I+n9D9f2G3x++LOpLuFJiLCWEgkMgOncu0Mc/Pg6f+tRGeO65SRgOA+3t1fqNbzzqiLibz/fTfL6fRIYi0puDMw+43z7pq02WPdnbf95/7VhczMxg5oqZ15ltzazeXC7/9l3Vre+r6I4L7sXF5oQMIiEQEyEDqU14kO4jNxl7iz2shzV0XYedxY4/6B7YEY6s49YQ+yyECwYVBGJCp521ufWma7xuayvKws0NdartqDlKh/VhmjbT3KZW37duCpvjTXnxwovx5csvly9deqk4Oz4bmmVDyMBsPJP14XoYF2MZhAFzz8q6xL5j2S8EdlMoUyQp1opytDWS8faYlvOlpzZ5M29aXWrSWpMNLGmlmSLxcUolJCAQCi5woVotdYtDzHWO8XKMd2fvbh02h8+Z2zsALhDo1ng+rq/9zWu49d+9dQow36voOyGU3NGaeUdk6m4oyw4bG72NQQjAdBrw8CFhf5/Rtr6yoCSMRkBV9VdXXQvqeiTuk+C+DO7L3HeFCMzwwcCTSGciMGbyupYiJRZ3o359rK44l7ziZX6z7MWfSewSEYqiCoPBWqyqSYyx5PGY6KWXCvrMZ9bkc5/bDFeurHFRBJrPOynLEouF2sOHS53NprnrdhNzyYCwCGAmnHOv/ekXsMnjzof3JG+/68kRI4UQaMJMY7Nq3LYbkbn4vgKMJ4dlcyQoteTikklJHY7UJsx8hppq7M53e6UrDE3TYOm1N1K7RnOKcKIeXDgyTA270127t3cv3Vq7lYYylM1qE/PZHDf3bnbv7r1b3zq41RwsD3LK6bvMGdYGa3xm7Yxc3Loo57bOyVqxRmSEqqr68ipEsPAJnSUiEBGYG7quw6Je5JbbssmNWLAQxqEoN0qujiqv6srV1HOXc17mFEYhSSfJSw8aVI69hdkZBsMgDHBldAXnRufQeotBMSCFRjjOHbVHV9T0EoALi9Fi3+Hdi7/8It764lunAPO9iJwD3Cm5Yw74FLAps1qMidfWEi5e7DCZlJjPS4xGEWXZO++3rWM0yrh82XHmTD+rc3QU8eBB4MPDUajrcQCWUcR8PBYaDAKZAbNZayJ1S+ROFLyuqUipCP2UMhPgyDmdtIN/OyESuKrGYTjcWPn4lnL2rOCFFyp6+eU1un59gzY3R8TMWF83rmsPN29O5fz5Pb59+0ibZrcjKshdKASDWUVmoN5yRk7mknoAFDCXKAqBCFAUJCHYkAijnKWKcSIhDFBV/xGa5q9+3zgYCDISEtfciknizNnhsGzoTLG0JeY8B0UGhR6bLThZaUQlEXX9zc6RQYEABw4Xh/rGnTe6wgqeTqe2Xq1388UcN+/f7N6892Z77/BeN62n2dW/i/cuQ0lVUVFVVFQWJRVFgRh72YORWfKknXXWaGPm5oUUYGGo9WZfh0eHaKThmc9Co01QUZGhULFReNmWSJ7gM2+sNdVasw40SSUFB5Z+gqEHmYUt0FiDIhQ4PzyPQRygKiokT5wtr2fLl6ft9IK7n3X1Nf+Xvls39WkG870DGIY7ZSAcAjR19xlgnWqqiBoUxRyTiWAyGaAsxwAGUI3Y2WGMRh22tlpcuaIYDARHR4MVAVjKw4ej0HVj3dw0XLpEfPbsgIkYjx7V+f59zyHMElEHZqBtK4QwpKKoqOuEU3Lq29aED1Zs+Qe2pWMspSyHYTAYx+FwLYoIr60FnD07wrlzG9je3sBwWK7azI4zZzra2BjSaFRQCHCzhea8l5gjmxEBIzILYub02A+HVuDSd9H6kYICzEqAle4o3YcF0UYIYRPAG99XDibVyUlpyYmX4tJKlBYMc3VWy0iK1eoR7VXZzEQRTAUxVySeSJBhFPryCAw0TePvPng3W2vtg70HOipG0jSNPzx4mO/v3887053cpc5PTscTp6ppG1s2S1t2S2tTa+M4hsPRaWezdpYOmoN00BykJjcKALGIkCBQVSwWC3hwbmITZjyThS64TS1pUOERl2EjIGp0hVJuctJOVRvN2mqSUgIJ8XFpPc9zPGgf4EHzAFf1Ks6OzuK6XMc0TemwPRzOmtn5uqvPd9pdgGJLX9V9yj96rnc/tABjRtjaatPhYbkLYM+92HXHsq61mk5r7O3VCKHDZBIwHi9x9uwGlss1dF2BGDOY5whhifV1x3A4BtEa3CtKqQpHRyOdTDKfP5/52rUQy7LA1pakqtKOqEvu046oQVkmxOgREGYeRWYgZ9Wc3fyZzmgfBC4OZqEQComxDDEWQtTvow6BUFUFhsMBhsMBYpQnMp4CIsUThlnmZtOUUqAQhJhBRCMiEjFLJ8OORCWIilXZVIGogruRKot7CClp7DrlEMZw//75UFk2+KGbXbKFBZuCMWXlhZAoAFYoMvfGUk4GBoOIiAMHjhytsIiBRmvNiEmJ6WSWZ+9oT+ezub1bvJuEhNgZi3phdVN71g8Q1zmwN9uze/v38ns776WN0UY7X5ujWTZ0e/92vrl/s3nv4L3m0fxRWqalEROKsoDD0XYtptMpWrSSBikuwiIu8oKXyyW61EFFhYZUccckJmywxr2fuLbWsnaawyAUx2CnrnhQP8A7s3dwZnAGa+UaRnGE7WIb56pz8UF8sB0oXGzRngWwjYDb4B89sveHFmCICAcHEQAWqrQDyK57MZ3Psbm3l0ikhvsCXTfDcFhjOFSsrxMWizXUNeHoKGN3dw7mJYbDKdbWapw9u0WLZSk5V0GkcaBjokUYDpUvXYriXpHZCDm3nVnqUmqJOSPnQESTGELgrutS07S9WvO3oHUhImIWYua+fbTq8qSkq6FNOdGtHEfXuS0W6tNpsrY97hAlVz1IRJGJCg5hICIVEzHlTDBTEAUwFxCpIDIGUELVyJ3YjIOqEjAhszXEeAHt98mBhAPjwk9c8HqvPlTokQefgjEFoS1iEdV7Y28IoDFDWCAUwEzsBQotNJOmnJHN1e2k4+y9Tqhua6+bWk/sMw2PZ1w/oGSbt3N74+4b3cZ4Q5quwbnJudw2Le7s3Mlv3H2jfWf/nWZvuZfU1VedKZj33NB0NuVKquDisdEmLNslLRdLNE2DruuQLTMKlDTs4dBa69SUVBWSxLxwI1mN91Ofxbw9fRujOELggCujK5i3c6gqC2TIxOcAnAFhm4QmVFB9/v98Hg//vYenAPO9K+L9EMAdM3roLrtNM7hyeIjAnAA0UK2xsTFDWQJlGVFVJRaLCkdHJWIkADXW12cYDjuMx47NjS1azIO0bbT9faXBYAb3GVXVQLa2irKuC18uR9a2dVostHPPJFJEkaGoFsJckxl5zqpm6s8Cl2dZNri7u5v3dgp64gs8nwP7+y0ODjo0jZ1kMHVtfu/eUm/dmub79xeaM/zxsGNn7ktlbi0Ec+awss0UpKQgqhDCCCGMwDxYmZv7KsjM1NyHcP/+ZjDcMuqjGuY2z8g7idMuRz5g4YWwjCIiGSsQgBwYQoxoEUEje2kxpVyQksKhmjS7PmF7Se/7+OQol3/w5eTuuLVzK4cYmgeHD/Ts5GwwMzw8eKh39++m+0f30zItDQAkCEgIpoa6rkElcR7kGHIoOu2kqRuqFzXarkVKCZoU5saIKGhARETB4WpmollJVFYjKMe/smO33cXrB6/DzLC33IO6YqfewSItSnPbBLAFxgYJrdvSdiiQn2Yw34P41V99GZ/97LexXF5rR6Obd9xxzx0PibCs62rt8HATRLpqxx5hPE5QrQF0yHmEul6HyBLMS6juQfUAIox+JchIFovg+/uCEDoza2htbcnD4VjW1mKxtVXqdMqas2fV3DFHCqEUsyoAgpRSFqnZ7Lt9Gj7ID6a36Eyu2lrOSxUhJmI6Okp4550DO3dOfDxmv3ZtTMyEd989Sv/yX95uv/nNR2l3d2mPeR8/+diTt+whCMyOVbsBwBAiA4hUK6NzrNr1bEBvQcAcUs4P0Lbfv65E/ddr+F90pDbpYDDYF5c9ITkg0JHDt0EILIIQAyj2CtuYIgorQUwisSu9cDW3bN4PCbm7Ofy7QeSDaDF63/8noM2tv/PgnfTo6JGWoSQmpmW7tEW7sE577oaY+ta0AyknLOslYYhIRpWpFckS5zpDGwUnRtTonNkpU99shLOzF66eNSlxy0ghOajP7I6FgMelkppiv96HkGCRFjjoDmLytEFMGwDWnHzMzAJCPgWY71mZpBiN3gGAPSK6BfgdwO+bYbRclgJswkyQUoXFQqE6wHwe0HUBdV2tdk73ZkzuUwyHDVSXcETKynQ0LTTEQCIK1TnMlEXGMhzGMB6Xcnho2R2ZWdksBrMYVU1iLINITCkl/bBjAO7mKS21bVmZNbt3HELknMnfeWeWzWZ5b+/AL1+eAIC/++6+fvWrt9MbbzzKy2X2fiTi8ZFZgR6VZcFFITDDyvFO4F6CuVxNm/sKXNSB1BDpEmha4MjcS+T8n31/5QZw6H+q7n/F99X0YUJ6BGDf3C4R0dh0tTuIGBBaLQ8HIkdQoKBRC1XNWXPWpNprBd5XCD22W35yRfh3g88TINTm1ttZ+4Ft+pV2qG9Ptx2oIgkIRUQsvHPJTQamUJmLUQNFgrm6SRYPObglg6rCzFwLZVIK6PfHsZRCInLSDs+U8ah5hGk3haBvibfWInseg7AOYERMFQgRfgow38OYAxgd/8dKPm13Ab1khkld94vHUhpgPs8ACiyXA7RtgGrEYrEFZpy4wA2HQNMUWCyY2o4kpajMpTKXCjRG1MXhsIU7kUjBIv3YD5EmIDHAEgJLCIFFAhOBniR7P9jNzuGekVKrdZ2Se0OqSxcp2Izs6Ejz/j7lmzdLX18vnJmxs7Ow27cPdX9/Ye8X9RFFEhlxjCOOsaKiEMo5I4TeJ0aVwIwVuDiIDEStAk0NdEsgL4ko956+3+du4O2MyV+dwJIduvlddb1PoB2FTslp7O6w1E8skxCUM9QFBoOIkASOLFywUAYjO7k9E0boNyiR3l9OfQj+rwfnvjxqu5Y8exFyqEITSmtN0rSzfJizzbTrll2Xu6ym7mbq5uYwgJ3J2AQFopuLwWBuoNyPPSD0bn8UCCqKhS7wJMcEIMBRgBBAiCDIb8F6+hRgfrP46ld/DJ///DdBFLO73iPSm4DdBPw6YGMzUF0PkdIIMfarVFULqPZvSzViPt+CaoG2XUNRZOQsmM+BlBN1iXk6KzK8MjNoSqaDgXNdu9a127HehQjGrB2Qg4gUIQiFEIRZSJ/ZsXg/uCiABNXOm6ZJZrWntFCRkszEc7a8s6N6+3Y/4NSvioWr+jOGGAlEFYkMGSg4JWezGjn3bna9fcPxVDiBKK82W6aOqJu5NzOz+cLsMBONv+/nUP+2An8FaB+0uRgVD0ztgbLeJ6I9AP3+aV2tbFVHFgWjl9ULCSAkFFGQUkZAhkCdVoTvb1QO+W8NVN4PMASCmSGnDA8eqaMqzVPVWhs0Kbppp/W0butp3dSzusldUs3Wk9EAICAqKPCACwYLdwwJfbeLu37kgQuGR4cVBg+O41a8ux87hWQY4HAhIrCwO/wUYL6X8Su/8hq+8IU3QMT7gL0D8IuA3wboIoBBL4DrgaXnG45vrNUFrgWWyw103RgiCvMOXaqRc0dmkLYLfDQtsyppU2eqKqGU2OZz5JRgj1e3ugLaihDHKBxj5BACq/a7jz54qtr7rN4TgAxVs6ZJqW2XWaRkILhZMDN+34axx3X603dLwURrwX0cUirF3ck9IecEVQHRACLHoxK8apFnELVL5vbQrNkHuqOXXvq39Tvf+c9/IOdw9r+dYeN/teGmtksd3SGmhwR6RExXQNg8eYveq5Az5f4GJ4OJkUdEVi6qslLJbJ6B7DnXXmvK6dk33W/zSX8MLn2fHQRDFMgg5jCkGZW6UNFWrZk1aTFdNIvDxbKZN41mNT9eVUMgGUgIIVCgwCIiAqGggWIbSbrV6EEArDBoobBosGgndg6uDhgyHApHIiYNMXyIEZVTgPltdZOY686svE3kNwHcBOR5AFf7BjDw2L7h2PCbTm5Qd0HOATkDDoFq16td4ezG0qVAsxm0bVl7lp9dlfx4detjkLEcgqWikBhjoBCidF2rj3cgPevkGx6bkp9MaruZuapZr1cB+rXb9CQh+75KIDLzgInWgsiZwn0jdl2UrlMySyvrTkeMKwejcOwT4yBKxqxTorwD1Dtmy/n9+/8cjx79u99bvuXatafP2q3HszOHuQG61Izi5HZpfFcYD+DYJaIJEYWTt+m98O54yhgMhChU8VqcVBNbH65THEVZTpfpYHqQd+e7+ag9yur6vbnzVhw6GVggRUFFVaEclrmsZCFiqpaa1NWzum1mTdvO2y53+YTLoUAsQ4lhHMowCVUYhVIGUkohMVCQwgpEixAINCtSSrBWgVUmY8F6W011uLrC0MDRsnBHA8pPDW+eAsz3Jv7Vv3oZX/ziGyDCHhDeBvh5IrwH0FmABv3T/lkggyeygGP+kE7IRAeROouDRU24bZGZyY7r7ycZwlVWZESWioKlLAOKInLTCJllfza4+Mlk82N3vPdnO/3fefxrHoPLcZ7P1M8pTmIIG0FkPRCtRbMqpKTcE4nHRlNA3wV90nDK0Bt/2x7QPgAWO+77C6LND338/w0AF5ixPhzSHxqNgqc0enh0NGT3ja2iGK3HOLo8GAzn7mUgGnp/hFPbA04DYOp/HYcZfvAff6aj/+IzerC7gQfKeMiE8yCsPalRde/l9LY6l8NiSBeLi+FyuOTn/LwUyyIeDY7SbbndCqTttLN5mutvB0ie/Pwkc1EQQ4KYxGBShBQKcqKsOeWUc1e3bVM3dVu3neZVJ5F6cDkBlkmowjhUUknBBQd2JskMUQYbAwyQA6wMsQDLDk0GE+u3WprB1FoC1VDUzLwko2RqpwDz/cpiiiLUKenbgNwA8C5AzxHRteMr5PFN6ifdk6dBhhCCgDhCLYBzQIvIpip+UlMcn8FjUHn86rMY5BCQqirGuo4cY5CnV8Q+q4P0QW3sZ+X1/MSVX7DIIIQwDkWxHstyEogmQTVy2xKbOfUbDWQFUr2L9Gr5Gnoxn7lZnhLZXbPFXfejh/v7P9devPhHP/C3uHvx4kk9loDN2uysAVdE5HICrh6mdK0O4Wx2P+fM40w0CEQVExUJYANIASQiIyAHoCuApTj2//2vF7N/47a1v3zFh1+9bBtvnoU+WIfPC6dET0F67ybHhHOjc3hp8hJ/bPSxeJEuBp97sVfs5cIKabvWZ81M61zbbzuLeXLXtfVeuSbWSwvcvMtdl5CSqllOvYVn27Zt6lIyMwOBeMAhjEIRJqGKk1jJSCqppKBAAkK/8hYEo349rrH1WyzJ4bCTBXNmhuwZpgYzq+GYwzAzsoV15h+8f+sUYP5rxS//8sv40pfeAcA7AH+bCM8D9DyAbSKMjq+QHgfoJGN5qram3si7KAo4KrSpgSNTak3MXBwuvXnmilqlp3ubq5/hIXguCjnJYtq2padXxT5NBPTeuPQMcHlf7/SkrBMiqoR5FIpiHKtqHMtyGMpyJMCI27Yf0EypW2UvxwZYBuYWIcxXA3wEAJ1ZemjW3Tbr3hPxvXPn/gjeeuun3w8oAFAC2EJvevQSgFfE/ZWh+3NgPkvM605UFYNBHMXIS1W0PRGGofQNDgXQAbgZAt5aicrGRNh2xwVVnFHFx/bJXzxw/yNviD8aOd/adPr2WccbZxxvnHXcW3csy55Z2SjW8dz6c3hl6xV8YvIJ3sIW2qrF0IZcL2t/NHuUHs4fpr1mL9W51v86wALrVSam5hlZO+XsCW2WlHs+zzSllHLKOff2hn5cEslYyjiJfdYylJJLjiTE5ATy3lOGhFZWmf2IRKYnvHl7K4jekMoDCJQMduDwfRAOAdTLn1v6+CfHpwDzfcthepV17tvV9A6AF4hwFcDwicVBTwHDd5VI1Gcxsagg3QD9lj5I6lQA49XaVT/+NqLH3/fES4uCc1UVoSgihxDku0cHnszD+YS0fUzS0ROkND+RuRQsshZCWI8xjmNVVaGqYqiqKCFE6rcGlEiJURQFiCLMlnB3iHQYDDpU1QJFIQBgOfORWX4vpcV3zNr3gHrpTrjXgwoDGAK45sArAD4N4FNwfxnuFxDCJKytRT5/Hrh6FfnsWbRlieQO3dtD9Y1vINy8Cc55RY72TJISoQ0BuyJYmCESoWLGZox4uQcamrQtTZaGtSXhpR3C73sLWEbg3prjzbOOf3rD8EvPA+ubZ3FpcgkvbL6A5ybPodIKU51iOVzyeDDmUTniMpQUKNBvJ3NhMAuJCPc7JIzNNKuqqrW5bZOkdMLyrTYNuLuDACpJZChFmIQyTMIgjmIpQyk5ciAiIiOw9y52Qr2Kl5ig0N6X93E7+qkHYaAAZp45fN/d9wAcJk2L0U+MMP9fz08B5vsHMCdZwC4RvtM/aekqgHMrkHni5v3u7OU4i3AHggi4qpBzRk5g0yymJoAykOzYl/fpLOYEtDwE5KoKUlWRmiZwSoncv3vhfT8/dEy4Ph6W6UElrF4CokBEQ2FeD0VxJhbFWizLIlQVhbLMFGPPIPUm3wWYBSHo6n1lMHeIMWMwyCjLBswBqlwDdCdr+2abZ99eqj1cHv4pu7txYY2IXnTgMwC+hP7jdQCbcI88HFLx8ssof+InED79aeCFF9COx5gDaJZLHO7v4/A738H2/fsYvfcelgBy73oFDgFVVeFGUYDNcFcVCzN07khEWBJB3aHu6J4oiaID4w54eYdwYwf40luMr15hfOv3BkzOb2BztIX10TqkEzRlg6IoXIL4sVjtt2orKSQcJMTIMQYKUVyEnCinnDvquq7tupxzsmz2rKSTSw4yWWUtk1CFYahkIAWFnkBjJ4iF3ovXpZ+zCj1p7eQg70sm8u+29BQSMPMRGI/geODuOw6vn3xYngLM9yF+6Zeew4//+HsAvAPoHSJ6c3VjXAPoOgB+DAhPZjKPy49jFzhVIEZGUQR0HSinil0zu2fp15QcixH4iczlyVKLrSxDrqogMQqJEOX8rG4SAQggOnaeOwYYwXBY8vr6kMuyJLOK23Y9tO2ZQHQ2lmUVqkqlKBoSodUiuTFU1+A+ADMQYwuRHmRCAIqCUFVACISsnizVj7L6m8i73/yi/vzRn+z+2iv/gAevXWyaL58ry88F5ucVWHOAjwcK5MoVrP+pP4XqD/9h0PPPA0WBbAZbLJD395H29iBf/Sou/ezPYutb30Iyw8wdC1VMxmPYaIQUAsQdV4mwTYRGFZ0qBjljO2eMcwZWzeXj3pq5o3VHB6AjQtcCL79luPjgpj+6/2vt8E9/LJSf/XigGCAicHbv0FljjdVaa/b8oQEmSJAylGUhRVlIUQaEyOAABzrqGjfv98GaZn9/iiEgrjgcE7lxHKswCtVxSQRHn7WYQEwQLKwyGAaBn1pX4u54auzh8eXaMfEjAt0j0H0mPtw52tEXzr+AQxyeAswPqFTaBfAWQMdl0lmAJisi9ikO5knk7yeYDSFkMBuEAZEAloqRO+4zmJbczft/x54otZ4CK49RcozkMRKY++fo+wUY/eXJACKOfx4R4cyZgTz//Hq8fn0tTCaVLJcVPXy4Lo8ebcl0uim9a11NAK/GAAZQHSHnAdwL9J41DpEMkYwYDWUJMEekXGpOvl+m6Z2P6xuLn+J/9KlX4zf/QOD8sTaVzx24r6eUZCCCghkVEYQIToTiy19G+Sf+BHDuHDQldNMp5o8e4fDdd7H/zW8i/8qvYPyNb2Dt8BDRV5p9MxyaYc0MsgKT5A7kjJEq1lVR5IxCFcdSMV2Vi8egokQnDf1sJ7chDhetfuu/+Ie7d776NtG/t79+6ff//mHjDR/kA99Le7abd3VmMz9eM/JhMpdBOSirWA7KUA4iF5VAIoHYsqmqJuqNc/39gj0SYh5yDJNQxbVYhXEYyFAKjhyJj9m/48yEIasXEVZkboa6Inv/0cye3Xwk7PY0AG4CuBMRjy6sn0fF1WkG84PIYr785VsgYnX320R4u89i6AoRXiaCiBhE+pu9nyR+DBDuQNaMtusAdOiXbAUwDZnJGSAmUiZqeg2l28n3Hpt0H79ExIoiIkamEOBdZ3jScuHpZ9/j1vPGRsmvvLJVfO5z58qXX96M6+sVLxaRvvOdIb355hq9996IDw97Txz3uOoSVTArYRZXuqDjzlEGcb++JWtAyOxbeU9f1neLH/dfe/lT8sYr52RnyN4Nkg94WZaozdCZYW6GoIraHQNmVCLgX/xFHP6H/yFkcxNt1+Hg6AjT/X00BwdI8zlG8zmGiwVkVRIJEYYh4LBtcXd/H+frGqUIBkQ9mOjKSGo4BM6eRTp3Ds32NhajEeYpod7ZQXjjDRR7e1A/cWPo91sSYTel+qhp2r2v/qo9+iv/8/blf+fX14o//KXN77R38E77jj/ID7DAAgb7jXdSO0BOiCGGKDEWRVmWsSoDpHAFadbcpa5JKXVZc3qSazkGFxlJEdbC4DhzkYGUXHB4/3jCcQPTyWFs8NV/uzvUHgPMM7MXQgfgjpO/6/B3CPRwN+51Ex3jW3/5W6cA84OIX/zFa/iJn7gNIhwC9AYRrgC4BNBZZj8ToyLG1U2XsZLQ00mHSdXQdQkOBYGhOcK9IuLABCJmo8ctX19ZKxyXR/IUyAwGlVVVQUUhqOvjZWz0AS0LIAShq1fXwqc+dT5+8YuXihs3NuN4XFHOhI2NALMKi0XEfE5ISVbfJyerWB5ncQHEBYAC8AIjneO638Wn/W36jL1ZvIybxRk6gJDCACT0plUDZkxWZCzckcywUIUCWDCjvn8fdOdOT0ubgYmwIQKS/n1Hs/6iWWWFy5R8p2k8iaDuOtpdLmkYI86MRuDBALh+HVtf/jJGX/4ycOMG8niMrIq2aTA7OMDOnTsY/MzP4Ozu7lNHKoWA/ZTqOwcH+1C1AKDe39ev/1//H4fFrV+3W3/w/Mbb6Q7v0z6n0AkCGN0z3GCOtU8OkBGRE5ERweCaVc2tsaSeutx1Xde1bdt0Xdepqp6ASyCWsZRhcgIuAxlIwZHlGcon2OraAQMKeww2MKj1wPJU5fVYnaAA3nPyNwj0BoBbDp8N0wD3/pene5F+wMEg8m6lh3mzL5PoIhEmzF7GmBGCIaV+ynhlwbkiXSPMCuQUQVTAvQRQgqkgImdm7VsAaP1Y4t/fj3TyMx5rc0qMRkNfLmvUdYemURDJMylHd2A8LujatY3wyivn4ssvXwgXLqzRsUeIu+PBA+DOHcO9e0DX4cQ+8wTsVpaYAKEkwgXfxWv+NXzJfgWfsjdxAXsYeHusIkEGkFYcxzxnHOaM2B8krIlgEgImIfRaYyJ0RKjdsVvX2JvPMQJwpixBfb8b5o4yBAgRZjnb6113dE+1dgClezxvtjbKuUwvvogX/syfwfYf+kMYXLkCKgp0OQPLJWw6RZ7NYLdvY/KP/zFGr79+coyMCE1VYUiErbbFmIhmq1FyAmBN4/V/+YvTPD1nRz8VJ8u4DFpYoILEk9tTJc3qj5sDCri6q6tlztp52yplhYNyUs0p55RS16Uu5ZyzkzsxoZ8rlbKYFINyUg6qUVUVgxiPPXaT5z4L9tVCtdUfpVWn6Ang6f2S/f2X8XHmYgB2QPg2gG86/NsA7l/AhfYBHvzI3qU/sgDzC79wGV/5yl0APieiN3tOkS8CtulOVwFEkXxcyiDnfjm8mUB1CPUAB8OtXO1QIuo54g5EFTF3AKyvk6GrgcXHK0GIwmqxm2A0GmGxWGC5bNB1y/dtXXyyoxRpY2MjnDt3Np4/fzacO7dJa2ujfi4FjpwztrYarK01qKoWbasnqmR3gXkBMsLEl7hu7+HH8Iv4DP0rvIB3se5TyOoB7icEwnGHpv+sXd2oU1XMiXCoiq0QsM6MvhADChEMyxLFYIA4maBKCetti3nT4GFdw4hwuaqwV9f+9fl8/rr7Yb1CYAboEEivbm1tvvCX/lJ19U/8CTomxHLOqI+OcHDnDg6//W3kX/gFDH7plzC8dw/U7+3tf3cRTFSxkRJiCIPRxsaFX57P996p67m69/djVj/3Lx7Mr3CFvR+LFVccpJLorWs/HrgC5mN9S+4TCs+O1KVMSm0OWZmZ4YCpWko5q2k2mEPgzAwKJGEUqsFoUI0n4+H6aL0aV6NQSMFEQOMNaqsx1yWy5z57YYNyDy59Xojv5v2B77aQIBwA+BaAr69e7wKYPsADPPqrj04B5ncifv7nL+Mnf/KhAX4XwDeAeMHdz5phTdW23ROVZcJg4CgKBVGBuhZMp4L5YtKXIF6AiRBDBpCIOVB/q/WtZeZj97n+Su0d6R4/jYgCyrJagUyNum7RNPrEoT32Yyk5hM1QVReL8fhCHI+3eDweU1WVJ++nqhhluUSMy5VYrs+GzAPEDBv5AK/od/Cv+VfxGXwD5/EIYbUb9UlQefKa5ieemGvMQFHgIGfUZmhU8dAMvrWFc88/j3DjBvTyZaQLF+BFgaLrcLCzg/YXfgGDn/95FCFgYzRCo+qv1/XsDff9+WNwgQN+H1h0dZ3H/+AfbMwePhxVVSUzAHv7+9i7eROz27cRHj7EtZ0dTFICmOFEaN3z3KyNKdEGUXXkzpEZkxCKn1hbOzdklm8tl9O8UjQWyf21n2vm89Lx+mtBrJKABmxuRt6Di5vDswMZx8ODcHPvll1KlDIRkfvqkcFwitR7tAhAQhKrWI1H48HWeGu4Pdwu18v1OAljLkOBTAlHOsWRH0LV0OQWKj2gHK+FPclgHnuEPQtYHMDeClx+FcBXAXxn1cQw/IhHwI98GMzWFkT1t93lojtfMOMzqj7MOQ+HwyXW1lpsbTWoqgLzeYnd3QF2dwOOjoqVYC1hMOgwGHQUgnLbEk+nRF1H3q+glVX353hjYrcCnQh3A3PAYFBiOIxYLgO6Lq8yH1oRsgMO4UyM8UIhcqEQORuIJsxcPPVOUiK0bULTLADMEKKj9Iyz3X28WH8dH2t/FR/z23gpthhzLzz1Dxgb9u9mmSErPmXMjFYVevYswk/+JCY//dMYf+IT8LNnsTRDXi7RzGaY7+1hBiA1DZZ1jXFZYpGS/fp8Pn0954ND4GRGgk4gGdit6/a/+lt/a/fXf+Zn6msxrpcxFikE7kJALAqsi6A0gzOjA9Iu0fyh+7wkki2iobiHwixaznTgDjeTM8CZSyJ8x/3QAGd3DBr3T/9cu5iuSXXvQuk6VFIoWTaYGrm6r15PqXZ9ZR96kkyEfucSlb03CwlxrGK5PlwfnJucG1wYXygvDC7E9bDO4zhGFMFMp5BW0KQGonOwMYztmeZWT2UtT3/0FZB8E8CvAPjlFdDcRy+I/pHOXj4SAPNzP3cRX/nKAkTDfXf6JsDnzeK2KiY55yvudSyKJcbjDuvrgvX1IWJcx/Fy++nUMBw2OHNmgTNnljwYNDKfW3z4kHVnh3Jdw9yBohCaTIIUvS+8N435cqknoyFFEWgwGHhV1VguW7StOlGEyEhiPBdjvFDEeLHIeTscHU3k6Kig+ZwwHPbfrwrs7SU8fFTj8KhBSFO81N3Eq/Wv4qX6a9jMDzHwDudiROERZnRyoRIAf7IVv3plZhgA6ZdTPwYCZmx84QsY/bk/B/7Sl3D8S3Q5Q+dz5LqGv/ce1n/pl7D+sz+L/V/5FSBnTM26r7ft4c2cZ0s83bbxVSXiPe2MFtB3VaePVOvzbTu8SDRZIypLZh4PBp7H4+6oKOYHIvNpLzzC2KwamtFAFYUqmRlSSmhVEd35U1W1dcbMf72uD/OKs9o4cvv0L3R1/W8OeL4WJZdZcsqsnSLXWR3eD2XZMea+T6ok/QZKLhlcMRDBHLkcj8bVhfUL1fObz1cvrL0QLw4u8khGIBAWaY66ruEJ/VAmW28tcTwJzf1y+w80weq/ngE8AvD6Kmv55RXQ3AKw+CiAy0ckgwGYh4gRmjPe60+SnzHDes42bNvu7HI54+WyxnBYo6oiNjdrdJ2hbR05FyjLFmtrM5w9O6W1tS4ul/CigDMHevTIctsyNjYQzp3jsLUFBhiHh7C9Pdh0Cm/bsOooRQyHpIuFWUpLIxpxjBdiWV4ui+JCEcJWaNsh37kT6K23gO1tICWgqoDdvYSv/doU7317B1v3vopP7f0cXlh+A5t5B8EzShacmaxhe3sbsr6OtLWFdjDo2+27u1i7fRuhbdEyYxYCZiFgyYwWwNmuw/mckUTQMqOJEZtf+QqKT34SrArf34cdHaG7exftG28AX/861n/91xFv38be/j50ubRH7os3zQ4fmTVKhGpVfimeNpV4/4N7DqS5+9Fd98V5ker5waDKGxsdJpNlYs6tKtC2POi64dB9YFU1uD8eh4oI212HzaaB5QzkjBLg6zFulzHa/286nWKlw7l0J/mN1zt/4yfGsa04UKKAFkBERkBnjWW0yJ5cKferT1byJnDJkIGAKwYVRB48csFVNawGG+sb1fmN8+H8+nneHmwDAKbdFPt+gB3axa7vYcpztNL2c0WyAhu2Z7fKn2iSAbizyla+tiqNvgXg7kcJXD4yAPMv/gXh9/wehzsWzHjDnTbMijVVH9e1xcPDejOEObl3WF+foSg6rK0x6jog5w2YAWYdVGfEPOe1tVAABakWbDbUoyN4VXVhfT2Fc+cyl6VgfT1aUUQTiTg4iMg5+HCoGI+LvFxa6jpW94nEeKYoy0tFjNuRueKcCbduOX7t1xSqCXfvEkQyDh7tYfGtr+Hlr/+/cfbWz2PS7KDwjKIssfHci9j+3Ocw/sIXYM89h3o8xkIER8sldg8OsPjWt3Dt7/99YH8fB0WBWgQNgKUqohnKEKBFgZZ6kUXnjvt/5+8g/OIvolxbw8ZigTO7u/CDA6TpFNx1EDMc1rXfqev2HfejW+6LJaCymjkyd/BKHOe+el6vfINPvKNW3ExVFDi7vp4vbW7OB4PBvFbFwXKJo8UC87aF5CwvqG4VZVk2wyEexIiKGV0IYFWURECMaPodufz59fXtqap+cz5fkDuiAje+vvSdV6ri0RUeeJLg0Z16m81owTqU6Ky1hAT17A6Dk6x2XpcELpkgCCRUUkGlRy8tWGyllSlPoa7orMNhPsRO3sGDfB87vospTdHFDkb2XZ2jD4gFgHdWmcvXVq93VuCy/CiBy0cGYADgn/9zwu/9ve4AHgD4hjtvqFabXUej+TxF5nZsVlNKS6yvHyBGxnA4wGg0wWw2wGxWYndX4T6ntTWXshxiY2ODl8uJqkaE0Ij7oQANlyVhe3vowMCBiQMjzGYDqJKPx4UsFn2Z1HVEIpGZAzMXfCwfWS6BN95QHB4qXv92xhm+jy8c/n/x43f+P6h234Zrg1BGDK+/hMkf/sMY/ME/CHnxRfhohLrr+jJmOkWaz+G3b8N+9Vdxq2mQqgqdO7qUgJwxcMcoRjTMWLgjmyGvPsruLsYPH2JLFRtmfRt6pebNqni4WHTfqevpTdXZDEgKIBKRAkxwYUZ0III8+qrZag41RzJHYpZubTjSc1tbvj6ZoCRCvVjgzoMHWDQNZimhNYMToQQ8uSut/n2sZpUWzJiVJWLO/aQ2MxZ9Nyx8fH19+0DV7td1re5Y389+/Rs1HVwZDX0ggQO7ieUiFMlLD9ZZyF3utNPOkmUolJj8eOc1BOzsBQQlBSotWDHzGT/SR9BWEXJAow2m7RR79R6OuiPMdNZnLmw4Xgv7G4SuyNx3APz6qlP0TQBvr0ql5qMGLh8pgHksQFuJlRwjMxrnXI6aZjv2Ohkdmin1a04WIJqCuYXZAPP5BERDmDFynmI8TlIUJY/Hm2G5HKJpAqbTOZVlR2Y1hsOGRiPC9vYQqgWACZpmADOh2WxPq2pP23ZmqntqNjZ3MeYJuw/gzjg4IEynivbdd/BT9DfwY+mfYJimff8qFpDz5zH6S38J8gf/IBBjX7R3HdL+PvT2bYRvfANrv/RLOPj2tzGfTqF9GoYyZ1xWxXkzIATs54xuxT1Ed0zMMHTHhhkmq6+tnLSgZr7bNOnWcjm73XXzI/ekRBwIA4cXDisZXhB6efEKWPCY1aBUxHK5Odnozm1u2bAsvW4a7O/tYblcIueMY3FsSYS8OlkKWAaUV8pgAKthSMIsRqyJID6xISa7oxApP3b27PnlcnlwtL8/hapf+Vbd3PxkYQ+fixxYQAUxMQkignYacpcltR2nnDs3T3BkYvLVsKQ4eQSjQEDRUsv7eZ/yMuNR9wgEQmcd5t0cda6RLPWAsrJZ+E2iWRG3b65KoV8D8G30owD7q5LpIwcuHzmA+dmfJfzUTzmY0brjLQClGZVdV5ZEW4HILrnL0GwHXZeRc4WmAbouoOs2QHQBzC2IMtxrlOWcmJfEvIacx5jNNiCyhNkSXbeP4dAwHBZYXx+jadahGjAYrMtotCVlWRFwV9s2JxFnIkcIFJhLASIcjI38EH+i+8/xU/hHGFBCAK18+BzWdai/+c2TwQObzZDv3IF95zsobt5Eef8+0nKJ9X59AAozjFfAMV6dWE8J2zlDVxRAcIeYQdxBIcBjhMUIBXC0XHbvzGbT99p2OXeHCZcF+XqGl+5WsDur9f1fEUGQAJGA2Ct8NTA3G2sb843R2lLV8nQ2w6OHD9F0HbwvbZ6iIgRAQYSmHw/w3D/hUbpDiJDdkdxRMyMxPwUwJw+TsoyTyeSMFEXcf/hwf7Sf0/WvNbO9C6FEZIohUJAQODCnkKSNrXhwseysWRkK9uwZABtb6ewlMRUuHhInnvscTdcA7UpHA+9FdSfkOj318RlA4wBm6DdivL4Cl2+iXwh+B8ARAPsoAstHNoP5Z/+M8Pt+n0MEM1V8C0Dhjth1JQFbZiaXcx4Nm6Yh9yHqeoiuC0ipRF1fWm3eK+G+h8FA0DS9objZBpqmxHJJEDGY3YP7EcqyRFFMMBpN0LYDuEcaDtdkMBhzjEyz2d2O+VjuH0kkgmWTC2T6Q/Z38NP0jzFGgjw2bIQSIR0eQv/aXwMVBRhAUAWnBFop2EEEBnDZDBefaBHL+7qhlR+zIQCPx+Br14CXX0a+fh3NxgYWRYHDpsG9u3dx67/6h9L8+tc2WbgqmEK/TcnBTmAiFDEilgOMqiEGZelVCF0Vi2UMYaGq7Ww+t3sPHmKxXEKfEM/h6aVOJ79bQdR7y/Tj8dndfahKlTvmq0ylAdAyY/iMO7dfvyg82d7eYCLs3Lu/d/n1Zv7WZ6vJ4XOhIiYIC4IHRgblLhMJMXUklBFhlNhJzZ2JqHTyysWjR2dEwGIvmmOsLCH0xNMb5AR54qwZWe/zcvw+CQnAzhPg8murj2+vyvgagH+UweUjCTAA8E//KeFf/9cd7pgy4+sAyIy0bcvObENTGlyq6zQhCqxarbYSMNp2DcxxNVi4gbp2pLSGul5HSmtwn6CuI5iP+477GI87uM8Q4xxVNYL7EMNhycPheqiqM1rXCTkr2vbIzB7mELIxH9Jl/bXwWfyMbA7rp1oMx45wvgIVWS57guP4Zl0pY48v5PgEqLx/B8GJ/uXyZRQ/+ZOIf+APgD/+caS1NeSUkBcLNNMplgcHqImKXIRCuB9eLFnA6EcHqChQVANUZemDEPIgxroqioWINPOmyTs7O5gdHaFp2/73OnbpOkGDZ5cQ3PM6UHe0QEruXuVM62ZoQ0BnhhYfrDYLq06WEdFka2tdc1Z9+PDw6uvt7OhaUWqppHElfstGEA+reVVGgJAjwtEPfxAHABECobInhqjohXdsfOLb7slBSggWENB3Dw2GhL5kWql3azhuA3gLhNdXWcvr6CekH32US6LfFQADAP/knxB++qcdzDgww9fcLbn7sutik3Oou86vMYcNgMKTz/ycB+i6MwAqdB2gWqHrhlANcAe6bmtlrB3h/gBmCUQFzBRl2YIoIKWKB4NtGQwuxsUC1O8smuWu20siE9oUxOfqvxl25Ns4itvYiPHpxSRPAsazTIZWPIasnvJpBTiy4jBOvkME1U//NKo/+2fBr74KFEXf4Wk7eErIXYfZ/fu49/P/Avf/4X8Je+NNTELEWCIiMTKA5WAAGQ7zJMZ6XBTLYVXVIpIPFgt/7+5d7B8docr5hDv5MMDy5FcjEf7/7b1psGRpeR74vO/3fWfJ7S61d1VXb/QCAhqEEQgJYZAtrMVaLZBHY0fYHntmwqvCcoTDI884CIcVMTH+43FobFmWQsxoJBmLkCwxYAmQkBEIMAiapmm6u7q7lu6qe+uuuZ3l+773nR/n5K28t6qh2WToPk9EdmZnZebNe/OcJ9/1eeqGYIJXjRwjH6sqTI2BEEEbgyhQO5i3IFcCkMWIBEDRkAyvHT++GuZFdfax+fzid/b9bB1JTBojSPXN5LWIGFUwKRsCBNpIPomCDbeGvq71LTLNxRhzsCRPkWCCgYkGliyUdWGzsgiqdttZlkcBPALFw2jE0Z5puvYNA70YyOUFTTAA8IEPEN7ylhrDodvf2/MPA1o3U+k0AXgK0F1EdIoISTNFL7C2gjE1gAQhJIgxQ4yMxRdzCBZVtb4kADWBMRaNMi3BOYVzDtY6YoaqjqP3OyHGqah6Zcr4nuRpd9Y/xM9UJX5fFd+6soIzWYaEGQa3dj9dPmFrVUxjxEQEhciBzIEjwrq1WG8Fn/jECbi/+TeVHnyQACD6GsVkgt1nruDZRx7BUx/9Izz94T/E5MITyH3AyKVIjYFjo8rs1bmyNxgUaa9XDrLMJ87p/nyOJy5fxtWdHUgIGDDfIJdbvNfnIhYs1WJskyrFUjWoquvXNdaNQVxbg19bw5wI++MxehsbMEVx8FqpCPqqKJkRVMHG2NuPra/Pr843TlzxxfyeLJFUIRIgqohOgEa6g1jIgqjpKhM1SmUMGNOozzExWBlWDLiVugQAEoKJjZgUMyNSVDUa2hbzFik9qapfaCOWR9HsFC1SohcNsbwoCKaJZBJ8x3dMQBTGqubzzeyZGTPzVrObh/sBnGvkUAJbOydri0Y/lbQlj+TgnCECYrSo6xWoZohxDmNi41ZAKQCHECYa4zjGuOlj3KxFpge7tuu0xS/Xz6eZVgQAl4sC06rCbVmGc70eTuQ5BkkCq3o45WmLnrshYKfdJVoe00ebWqVEWDFGZzH6a89cqbb/t39izD1358Y5Kvf3sHflCrYvX8Texgbm0zmCKJwhkE0jjK1rl5SaZoXJ8yrJ8zjIc82zDHWMeOTKFVxsC7eGCH3mZkblKyCWxf0LHd8aiHOREFXhiODuvhvpm94Ee/IkxtZiXFXoXbiAUx/6EHqXLwMAkhix5j2mWdYIV6nidJJkDyT94RMPV7NnX98b1o5ZRRrlfgMYy2ByEFWICi32EYkBsgzjGolLGxu5S1Y+UDoloQOpS2VFcEGii2WkuCuQZyB4AoLHoPg8CE+1kcwuBDUMsPm/vLjI5UVBMADwR380xHd8Rw0RzIDqcWPMhMhuqmITwDUi3E+Es0QYMdOQmVNmZWM8VKtWA8bAe7Tqco10QwgZVBMwR4SAdiuaUFVeva81xtDmDI3CMwG4B1fT4+F60nMOeTtQZlSxHSM2plMMnMPJ1VUcixEj7zHwHmkbtVz1HnsxQm7oIB0iGAXiNMb6E9NxeNoXtB99Gv/giuM/UOK2HBmblEqCUiSi4KyrUpeUJslqSTMfs0ySLNM0z6mf50jSFBt7e/j8xYvYnU4PirM9IiRfgly+WPM2NGkR8jaKUSKdi3gvouG1ryX/Yz+GlfX1ZspeBCFG+BMnsHXiBE796q8ivXoVIMJaVWGSJNhlRi0CVqW7+73RvZf3rn/2al0Vd7kcUW/UTuCaZca2diKxuSg3TfcmkGmEui0akhFttuoV7QqAhYBRi5WJWLkWES+q6pMKfRSKCy25XEMzVCeb/+uLj1heVATTkEyCN7xhH8eOjcrx2F8moj0ibBLhGTRzM3er8jHV5HSMOAnQCECPWZ213hAxN6SCA+Hw5pziVnmuPWilRFEUVFXRhJA65hUwBx/iPA6Mp1fme9ldJqOVNIVbMnjzzNjOMsycwxXnsJEkYFWYa9fQF2kkJ5hh2wu3tRYl0pmI3w6+3gq1TsS7UmPPEJm+NVhxOcY+1NMQvSp8VKoBqonYW2PFWSdpkmiSpJRkKbIsQ57n1O/1YIzBpcuXceHZZ1GEgJwIriUY/iIp0fPRrvQAykW00pCMzkTq2fnzmr3tbbR6/vxB6iUirfe2R/Wyl6F8wxuQ/uZvNnM/MeJ0USD0+5gzIxNB31n3slmWf/jzZbl9hnNom9bERiOXqFmYFxYEGxA4NMVZbuo7ws1ekYg0EQwByorIUdSoV9YxGNfV6TNq9GmFPgbFBSK6BMWzKrqjohUxvehSohctwQDARz6yctCseetbdY+oyZsBPK2KO2K0t4WQn1JNT4nIukhcdy6uWRv7RLGXJHakiiyEJoNpSx+0qJqEIJjNptjdnWIyEY5xRMw+WIuJKO/emz3Tf82gOnkC+U3FW6sKx4zSWqgIyBjYJAENBtje20NZloDIQSE3dw53Hj+OXpapDSEmEhMz3nfJpKBFUneCLAZZv/r9yf61/SDeECsTYA3DsgFzY6VhrSXnLNIkWRAMQoy48OST2NndhQMaMvwidaHnSyyLx4V2Wje0tSMDoDDGhze9KY7uv58T58BNEeswwXiP+KpXQT7wAfDeHkCEYVXhHICJtRi28zK3u6z/wKPj3SdeJ7OQu9xFxy462GjBylCjiC4eEI2qImoEaeOJfWCO1twXBVKo0bGS7IrqM0p6CQ5Pw+BpEC6C8Qwrb+pUi9v+wm1y5T1XXpQp0YuaYJZxzz3Ak0+iJsIGgF0RPO09jouYU8zmlDE45lwYEZVrzDo0Jg6ZzRoRHQcwFEHaBBHKgJoYPdV1TePxLOzvz/18jiKEfMa8ssNcX0/M/Pq3pZvfuY7K3qozRKrIvMcsScBtsTdJEvTX17FiLaq6xnQ2w7Qo4GPEXceP4871dVgivq3JNPB4VePC3rhVYFTMZ4U+NC93d4B6EQ0spD6Zufk51sJYC+ccXJIgTVNUVYWnL17EZDI58Dv6iomlDfcafdvWf3fRSsGNDWxWBdbX4+gNb9CV1dXFAN8hgqnrGq6uUZ87B6yvA7u7B0Q9rCr06/qA9fvOuJftOPvhK/LU7j0m4chDE03fRJOzsBUVRI5ETCBu/aoiIBAlJVWjwsxeSOZEtA/ChpJsiupVhV4GcFlZr4DxDIDrRDTFBD75iQSfOvspdHiRE8zP/dwNn9nv/V6tiFCFgB0AF0UwEMGIiEbOYVUkjphpwOwGAK2qYqiKLEYYVbgYI3sfqCxrnUwqmU5DVZZUAFlhjN2PStt3m8v6LXb7zc1I1s0pBgHIvUcaAsQ2YbxpiUCIkKdpcykKvT6d+rNra7ZvLS+Er4IIJmWJZdnxPWC+AcyWHOkO6QkfkIwxByRTVRUuXbqE2WyG5/ThacnlS0UsKgK7tmbS229PeTAwYTKJ9cWLVRiPY2xfIy4Ve7O1NVq//XYa9vswpunSiMgBwTjnYJ2D7ffhjbmJ4GiJ9JiI7vVJ775H6o2Pn6cLLLwGxbpCVyPFlYjoosYkakwEwqoqqhpEJCCiZOGpGp0Iyy4b3lHoNTCuKXQDzdj/VRC2AYxVtFZSbP7DTeAfdqTSEcwRvPe9N8jmR39USwClCLacEyYKDogJgLwZv0KvXelJVZEC4uo62LKseDotdH+/kuk0lPN5XajWJZHOpnpy+8cGn7xnnWejhfUaHyEXoNFtGbZFS2qjGCY6dCL3s4wuhDD7w8kkfF+arq1Za0UV29Mptmez5RqHXAH2AiA3KVMvSKYlmAXJeO9x9erV5yYX1eedBpExtPr61/eP/fk/v5qcOZPCGApVpcWlS9Xm+963s/+Zz8yBZitbiGBUkSYJ+oMB9dr6z3IE472HtRbGOVAICLPZc7fz2/vX2WaverLmh3bkYzpCH6prAhkp6yhSzCNiFhGdiHATY2nQqKWqzgHMiGjMzLuisktEW6p6HcAWFLsApuCmO0RC2PibG92J1BHMl8a7333oxBI0myjVj/6oTtIU2N0VihGcJIwYxcboTVEUNJ3OMJ3OaTbzqGtICKjLckeBSn7r3Du0VvdKBVaOnhTL0QXaKCYWBbTfh2VulKiWwEQ4kSTZ+3d3r+6G4H/i1KnjSYzJI9euoQrhgLh2gdl2O3uhy5O1i5SnvW8RyYgINra2MH8OctEvxziRCKe+53tG53/iJ46lKytmEc2EEMifOJH3Tp06Ofv5n7+288gjpTJD2iHBem9PtChimqY3HZfWWlhrwc6hvngRurNzSGTrVhGWY6Z7x+bESz88e+qz359vsehxUFwRkn40sRdMyIXENjmRRhERiVJKlLlEKYyaMYH2ydE+GPsgjNFsLwgAbPytjlQ6gvnaE48ulRC+pNn6u86dQ6kORHQaqsNDXtlHyAVtLaJfFE0Hw1pIVd38zWxtsm5M+vHJZFrEKOer6mQxnSZJGxkJoNeBWQBkMaa87PN+lHAUwHh/H9PJ5Ksjlrbjs/aKV2T3/eRPro3OnjW82I6O8aBQm7/kJa74/u9f2b9woRLvW286xuz69bjx0EPl7Q8+mB59XWZGkqaQ8RjV7/0etChuOOw9R22IAZyEPfWdn5gkv/W+k4/c9y83B0KSRo5ZMCGPJuZixIlKu16kMcY4Ey8ehEKCzDXVuYMLw5Wh1KFWAuHiX7nYnRAdwXzjoC2U9nRpo/iLuQwbVdiyPDj5jyIzxpx1Lr8W4/yxoig2Y9y8i+iUbVzaUAB+p4le6LnSiAVxqCqqssR0PP6qiGXxaLYWd/3ADwxP33uvc9YedIKWCaaua5x79at7T5w75/YuXKi1rafEstRPvPOd45e86U291fPn3U0/pK4xede7UH70o8+5QnH0PeXGrB1n+yCSD//uDzLv/9//54nm34wSNRbSTERQUQZBRCXCAOkoFVXF7t/fBQBsousIdQTzjUowi+ymuRwml+cK85/j/kVX56RzWVJVDCKZOFdcBbb6VXUSqmYPKEogHEjBqkJbslp2RBBVRBFUZdkOkt36RD3oAqG1G1qKHPRIUbd/+rQ9//rX91ZWVmDa+s4ywdR1jbquoSdOcP/4cbP7xBMH75GZcfGjH60++o53TL77p396Lbn3XoIxgCrCxgZ2fvVXcf0XfxFSFDf/fZ6DEC2RHVr7mr8DDHJjJht/e+NoJHrLKHSGWXfgdgTzzUEu2oTrUduCq/lSJPLFiQoKYNW5ZIU52VMtAWDLuWlP1Z2vqvVtYC5N//wggtElkpElgvF1jej9LV0IWmKBXV017vTphLKM495e8Neu1VJVetNiowh6x4+bY2fPmkHbCVoUahcE45yDcw5S13BpSjeRVIz6xLvfXd715JOy+m3fZpI77kDY2cHk4x/H7HOfW7jRfUliWbwuEWFg7QO3ZdnpnjETeN8dlB3BvHDQa78iGZgI4BdGfrechfkixLP8HAVgmc0Ja9Nd78vFo59Nkn0rwhPvqyVNeyyTjCyuF/MlMR7oxRwlF05TWv3O7xyuvfGNK/bkyUSJKMxmMnvssfnu+963U126VN9UKzEGea+Ho52gBcEsirXl3p5Ue3s3RQ9MhHEIYefxx4N//HGjzAdER6241vMhl+XfO2U+u2LtS+7s9R7/e/M5/tWXmf516AjmGxaMg5b0zCw8aL8Kclk6Eem4c9kT3o8XQUAgkktpuutFFDEeLuweIRlRhQ8BVgTmOcjl3Nvfvn7me793zeU5qSokRoT1dTM6fXrYP3XKXvl3/26junrVLxeMq93diLKMaZoeetl2Yvhg5qZ89tl69swzYZHyLctVFDGGfRE/ci5d6MvQl0EsOPI7J8wrfWtf8f2bm+/9aWNu6sx1+Poe/x2+rjnSwcnXzE7cgkAWszHPl1wWJ9C6tWkOGGm8ahfC2ALn9FBqdJRgWomHIkaUt9p+VsXpN795cO9f+kurx0+dotWVFayurGBlZQUroxFWRiOceOUr8xNvfvPw0Hsjwvjq1Xj94YfLW9WOjDFI0xRGRJ9873snsrsbzZG9ptYDW3a8r/VW9ennSS7L15bIDqx9xf8I9PvGdMdkRzAvSJLZBdH+rcilAm4MVzwPclnc0xuN3IPf933rD7z1rcNsMOBF54eTBNyKWB0imuUUaeEwcLQGogq3ssIv+eEfXjl+5gyvLIilvYxGIwyHQ6ysrOD0617Xd6urZkFiIEIoS/3kL//yeHrtWrj12a947D3vGX/uXe+aJgB67UDh0UfteF95QOjLIBc9Qi66lHb1jHnJ7Wm6PrRd0P6niY7Ov874f8Zj/PcrK0Aje/LdAF6y/O8BzWaxorF2NUe+9W/NV42MyeyBB8h+//dn577t2warJ0/y5qOPlrGudbEKoCEcPJ6OXIMIsZVcWJZdUBE9+apX5a/8q391bbS6SnmeI03Tg+JsI6ZlYZhBxmDjIx+ZltvbkZZ2nXaffjqUu7vxzMtfnmQrK2ZBktX+fnzo1399/P53vGNnurkpzAyLm4varTQcncvzXkZkv5yo5chr3CByVZqG8HsnkuTyu8uyOzC7GswLDvtoNFn1IDhZOgkWpOGeB7ksnruf57h+7Rrc1hatnj+/csdb3hKe+J3f2dXWNYCcg9b1wbe5oNnXkRtr4DcdAFmSuHsefHBl7dQpzrKsFUFvBuhijPDeH+wExdGIXK/HN82fqOK/vvOdk6uf+Ux1/1vf2ls5f96Ve3vxid///eKpD3+4rOdzJeYvGlbPYwzjEPyqc6l+meRy07+pIiE6NrL2pW85duyP/ufdXfxf3fHYEcwLDDUahbNGoWBx8C9tK+sXIZej6RID0BgRYkQMAdeqiuwdd6zm584V80uXSmKGSRIE72+0qNu9n8VSoEUjlXAQzjLz7SdOrJ1cWxv0+32kaQpuNWuWCca2G9iFqvjxOD7X0NvlT32qvvzJT9ZkDFQaSQRmxhcjl8XfpFaVnRDq25NE8Ryd+y9FLMvDgo4oy435lrc98YR9c5IE1HV3RHY1mBcG2ggiKPA4lrabn3NbGbh5z+ZoFwlAUhSgRYtZFcE523vZy0ZsbcNH7e7OrbpJRIRsKSVTAKN+P1sbjQays0NpO5q/SImSVsphoRfT6/Uwv3Spmm9shKO/x6ImQ20ahfY2G/Ocsz9H/a2hqtfruqoBoecocj/fqIbQ6P7mzC99o7WjHneHfUcwLyB87+XLi07RBQG2dIkw6OYcCNFalKurCL3ecxIRE6G3twcOh2up2e23993x4wla+RVO04OVg+WuUtoSzNLr0cpg0DPO2enFi6g3Nm56b8wM5xzSLAPHKE++730TP53q8nzOV7JioEcin4Vrwq739VTE05HJ4S/1EwIaadBDxUYi5MbcfSJJzh5Pku6g7AjmBRbFNL7LG0r0jB5JdQ6lQQB8kqDs9VCNRpBbnAyLYm1vPEY2Ht+IdlRh+n2bnT2bLV6LjWmimKV2NaPRnqDDhEVJkiRChNm1a7j6n/8z9FZuim1b+Yn3vnfyxPveNwfzDWJ5nuSiz0UUS88nALMQwq739YJg9Hm+dt0atsUjf+OE6HjPmDvvzHP8HaLuoOwI5gWHTQUelaWTxSx9CAtPo8iMCMBbC9/r3XSCLyKdrCiweunSIaElMCM5fTrDIjUhAifJoSiGlj/4tn0NIhJqnByDCJ5697vx5LvfDd/ahBwUkqZT/dSv/Mr++//ZP9sux2O5lWvj801djkYtR3/PoCqbVVUJsyxIZmYMdpIE4UsQRAAOTNvalAuWaJAbc++fu0V01uHrg67I+6eEdsmx1sblr1QgW5inOQBCdPBhCBrNWiJCnaZIrAWHcFOqZFRx7NIl7N59N+arqzeKt8OhNc6x1LWACGwtyBhoCIdqO8vpjIqoD0G8KgyA/b09/MG//Jc485GP4M43vhG99XVMNjbwhQ9+sPr4b/7mLu3vR9uO8X/FxHIkajn691IAm3VdFSJxwMxBBBtpinGS4Exd43hRwNzCkpaXSCZgYToDOCKXMz/wQ0DmiEp0KwMdwbyQIEQK4HECdlT1tkUk4g6TEChGBJEmFTIGwVqk4ea5NWLGYDzG2UcfxVOveQ1iO0Rmk4QOiqvt49g5xBCes4YRRWQ6nxe9fr8fiGgSAuZVhfHv/R4e++AHYaxF9F6vb23NJuNxGDzPQumXSyzLzyEA+97Xm2VZDfLceSLMmFG1DgyZCEZleXOtaCndXOj/LuZ/HPNd9zAPB9aWXSepS5FeUCjTFFWaPumdu9TWZA4RywHrtzq0XhW7Itg15qau0qIOYwGcevJJnLhwQdEuBGpZRo1Rl9MpkyQ4qJc8x4k/nkxmk6IopzGiEGla6G2UEr3HbD6fj6fTiQJKX0mN5UuQy62eU6vKtbKsgqp6IgQ0e1QVEfbT9JA2L5bSTgsgMGNqLcpWaLz1dDrTt3Y9Zcbf7uowHcG8UPD9ly6hzHPM+v1rdZ4/Kkly6CRd9qK2MQIxohTBtvfYbVOom+ow7XNsCDj+J38S6k9+cr94+unZ+KGHxuq9LsiF0BR7ydqDdYFbneR1XfuN69e3d2ezIi7lT1EkjieTyebW1nblvefnOHC+ZIfnOQrBX+x5Aui1siynIQQQtY6MiqCKmTEonLvpZ3Cbdk6SBFcHA+xmGfyCkIlWc+b1vGtVdynSCw2miURmcO5zESgRQg6RmzaprQiSusYeMypV+PYb2C495mgkk1cV+Y99bLLLXFIIh8hlkU7ZJEHl/cEk761O9J3ZrIhVtTHo93vOOaeqWlZVNZvPixBCbGsZhwjmeVUyvgxL2UV9aEG6ezFWm2VZnR+NXEqEoq1RlUSYG4MhEXhJcoLQtPFLY1AzY5zn6KsiLUs45oFjPvfSwQAXjhSwO3QRzDc3mxNhzZhomR+hJNnRJHlOXd5eXaMOrWk7Wv+gpXb08nNaSQIzZHbSRi6H/Iza26a1Q1nuYi2nM7FJSVB773f29vY3rl/f2tza2t4fj6cLcjHAwhDqec2kHCUX/XKet5QmXZrPS8Qox4yBQTPnUrfG93KraIgIsRUUr4kwznPU1oKBlIAzf+GOO7oDsiOYFxZ+/JOfbBTiiB4zxjyNNG2Eq29RC+iFgJ73DTGoIhiD4q67IN/zPTD33w8y5nDdhohWjUnoaAq1RDTcTvZK66p49CSPi21rHN7CXo4MsrbbdeS5hAOfAhiCGiZYQ0gsITFMKTNSZiTc7Fa6NouxuNGpp1tFNy2R6XXvy+uzWTgBoN+mN34x77JEtEdTzkVHbsaMuXNgIktEJ175iU/YrofUpUgvPEZvCq2bBnjEOPftMIax1CE6qMOo4nRVgVQxCAE+z7H74INwr341jr/udcj+03+CPvTQISJZMSYxRKytzAHdom5jnUNd1wiqSG6ud9w8Vbv0vlIiyhrCOljOblyedcFjTAuioca7oKUIUoAigKhQbohrsX+5KAtFVVo0fQ4FOQRgqlpfms3K47NZcnI0QkmEqq3F3MqvidvfT1tJiooIM2uxyswMHD8POF0IgHXoCOaFgtCcGLM+0cNkzIyMGcpCVmEp7SEAvRhxeystUCYJtlRRPv00ruU5zrz2tTi1vQ175QrQ+kYPjXEpkSmP7O8s3zbWQpshtpvSGL6ZWJpOOcAZEedEbFq7XGrKHLyIXNDOCdKCZAhobeOhjTYwBVV4KDJQs3sJCBSq1AZVpFEVUZugw2NJcSEC8Zr382d3dvojVdPr9aDWwonAijSWsUfTTBEYa5uZIhHMmTFq/hj9tJMq6QjmhQgBMGKOAXhYiXaIeXiUXJa/uc3SSS8hIISAyWSCuTGo7rwTd25sgNuR/p4xZkDk5qq31P4loqYOY8xhglnars4IVLfkwYBxBM6ITEJghhII3KRBLbncIJnlSIYIRHwjhIHo4bDEULu9QM0/qUK0ydKCKGpAozRPO6j3jIHialFUtfc9znNkp09D0hQFEVZDAJXlgYAWARiGgCxJMFtKp3xDrnkCWP0yp5A7dATzDY8f+eM/xnte/3qA6KLGeAkidzyH5i7M0ld4UtdwZdmEBq2I9rXTp7F+7BjWNjaaFQEiXjHGbXp/ICp1U2TUGt77uj7o1LT/zBawIyITAQOCYcBYApsmOuE2BeKWZKgtO3P7Qw5eCgoQHU5bmmXPNpZpwx3cOL9VSBeEE70AAkzrlixcW6SpVMMOMOuFkNGpU0xvehP8uXO4ZAy29/Zw6rOfxfFHHgHqGsoMVsX1EFBb2xSvm9qTRlVrmhSpQ0cwLzxoXUOYr8Wi+DSF8AYiMkcjF7TRy6JIkNU1sv19jM+cOegK1XmO7dtvx+rWFkgVTEQDZoulb/FlcnHO2V6/3zfM9eT69SKqkmNiIlgmWAYsEwwRLN0Q2FuMvbTRykEiQkcLsrg5KDrUrWrG+OnQe2uGgZp6TRvhMBQSFRIPnq9I2hfaY56f/vZvH43e9reEeekAAC0ISURBVLbUnD0Lam1vfYy4cv/90Pe/H2c+9CEgBIzLEqOqgl9bw35b10pUVVW9fnmNrA4dwXwTpUmTCbbTdH66KB6G6hTAytEi74Jg3KLoGwJG169j++67EdPGWVWJsHfiBOo8R9p6Sg+Y3aLQy0uvxURYGY1Gw5WV9X6eV7O93asCZcuUcEswpr0mkCGAFcqL+slznY+3IpdDBxgxLBGE6CAHIihYFU3AslRIJkAaciljy1EKTqOqBIi3Ishe9jJe/2t/jVfuvBOm7SZJ43sNPxhg98/9OfhHH0X6hS+AmHEHEYZFgSfzHL0YIVUlhcgkNnthHTqCeeGBvMcdIWgAPkPAswuCuZVqXbKU5qxub2OwvY3929o1JlWUwyHKfh/ZbAYQocdsE4Cq9rUOWtTMPMiy1DKTZlmS5j0X5lOyzLkhOEMwhsjyQfoDkrZ2sqjE0lJFd8EputTaPvQ7EsERI2eDhA0iCKyKWgWiAquKqBHShjqLOosIqiioAFDC6WimZl00lqTlRpLnet8P//Do7Ld8i3POgY8QTF3XqO68E9NXvhJ7n/0sUiKUMUKLAqM0BWLE1dksjGMcg8h35iUdwbwg8ReffhofuOsuGODpVuXupTcVZI8QBAHoFQVOPf00ZsePI6RpU4uxFnW/f/DYlNmkRFwudvyaF1IC4JjJNVIQnPX7aTUbV4aQWYa1RMYQiHFjpoQW/9EmgVnUhbiNZ0RbzRUFIo62tBm5seixRcoGkQgsQK2CWkIzeava1GWgi4qveKGpAGJMspKadHVcB0uERBSmf+4c3fn61/dW19ZgW1M3AIdsadMsg959N/asxayuMY+x6YEXBRwz5kS1BzZLVZ91u0hfd3SDdv9tsUPAfyWgvBW5HP1/VsWJZ5/FyUuXDqQyiQjUTgRr843BGZFp/l8NE1ImpAq1EoMkRLDM6A0GmVcSQG2bIhGDDhsnYtF/btYDEiIkTEiZkbW3LdEN0+2lAnXKBj22GFiHoU0wMA49Y5GzRUL2oMfdvGkH6vUh1pU+ovLq1hR2tRShnlFdsWygMKt33mmPnz9vhoMBhsMhhsMhBoPBTZd8bQ3G2oMaVqUKw4z+aATf70898ORv3HVXkO746yKYF26eREDjWPIJAJsAzn8xclkgqSqcf+QRRGuxef48XAhw0+kNMmgJhtsMhgkZQ0mhUtcVHBMSAfq9XrphHQQaUjLWLKIBVUTowVLhok20qPwuCIVa8XCh1nR76VdzxEiYkbFB3kYwpQgYemPFQBU8HKL/igfh7r0P1B/AjydWHn702OxPPpuEskINYOgI8wgEBfVWV3lldZX6/T7sYu1hsXm+cDuoaxRFAScCj2YKOrcWZ/t9SL+vnxmPt2uRJ//2pUuHBM87dATzQsXn0aRJ578UuSxSgnw6xUs+/WmsbG2BRZBev34wqG+IKAXYElGECjWF3FwBKauCKYomxlAvy6zNMhNDWfWMy5pgQuFFEEUQVSCt+BTRYviFDklL0C2KvYtFw6aXfXgpUqDwKvAS4E6fwfoP/yjyBx8Epxm0cS1I1l7zZ5L+HR/Wy7/5HinnM93zjFoAC0WczTSxVvM8pwPvp1aRb+F5TSHAf/7zCGUJVUXPGJzv93Eiz3GpqsK0LJ8IwGUH4Bc7C9mOYF6o+O4nn8QH774bAK4B+GMAbwRRgqMn7628mQGk8znOPf54o0GLG4p4qTHImI1VhSpUFJUhXSEiqn2p82KK0WgN0Vru9/uu2imrHjsQNcNoqgGBAK+Cps9zCzLRxY7Pogh8eIgutrtOtQjmFJEqUKmgjBGz6BGHA5z9yz+JY9/+BthWJEtVDzpBve/9HjIbW/zE739IxhKREKRnjJ7a2Ejt9evEJ08eIl0iQpIkMM5h8ulPY+cP/xBRBIkxONvv41SeQ5hxtSiKHe8frlW38+4Q7AjmRZIqVQA+CmADwO3LkYuORuAsA3Z3Ae9vDMvdIqpRtKr/1lLapEjt1jEKBSpL6KsqxtN9jPojZMZidTTKdre3xxkbscxcSxO1eFUw6NBS0AGR0I2x29DuAsX2/xeP9RpRCre6uoI5MYIq5hIxjwGnv/0NOPdn34y837+pE+S9R57nqN74Blz5+H9FnI41JS0fGA3dg2U5Kn/3d2lw332gozowAGRnB8/823+L+dNPg5lxIs9xOs/hmLEnope835yL/PFtzvlpN8HbEcyLoQ7DDUE8BOBhVb39IArIMoy/67uQ3n8/Bp/9LPDhD0OL4iZy0YP0o1Vsa7srlQgiAAuSWjBOWDNmmKIssDfewfr6SawOh+lVZvEKnxGngQADPhStyFKHSKBNU6m9f0EuUW84KKKNbEoEKBQ18QFZlTEi9nKc+7NvwbGTJ+GsbZY/F17ZbSeo9h7+vnsoX1+jerpXn7dcvb7fXxlUldv7pV9CNRzitre/HTwctm9SEC5exNbP/zyq978fqTEYWItz/T6SVvHuuo9ypfaf89DPzFTxC6Hbc+wI5gWOt1y4gI/cdx8AXAXwYQBvUSAVVcx7PVzOc6j3OPbyl+PEZIL8E58AlrpHBzUP4MC5cZFOKRHmIhgwIQjNvWKeEoaAYnt/G2wMevnAcZrwdl1XA2PSqILQ1l5upDx6kApFWiYebYu7CpGW5pjb96fw0qRKDYE2782LIFk/i9MvexlGo9FBq/lWBFOvrIBT508z5m/uZf2zMea2LBH39nDtn/9zxE98AulrXwvkOaqnnsL0gx9E+YUvIFdFvrqKHjPYWsSWDB+p6tlWlN9XlU1Q1zztCOZFgjc89hg+dOedwTD/oSF6up8k96fWgrIMdV1jsr2NfWOwf/487r54Ef2rV2+yXmUieFVEEYSWdFzrdV2qIieWMmI/Yc2ZYFUV27vXkRVTNgR3taqKE2kyKmJAJRG1RkSVGw6NbQE46uGirqgCxiC54w64e+4FDUeQ/T34C48jXLmEKBGCZm26ebxgOBph5dgx9Pv9QwSzmGVxzsF5jzkgZ+t5dZelnL3PrniPLEmQOYdTMQLveQ92f+d3sFdVmM4LlDGgJoIzBmfyHCbLMFGFIcIzPuDztX+0Vvnd3KTh533VHXgdwbx4UFUVRPWRnnMfC6r3pgD3vEfmPSZEkBhx3Vokd9yBl+zswHp/KE1KFlFAjAhECiLpGQNuW7UWClIqS8F+z2CdCCQqqMo5DEu6UVfjHZ8EQG0pAV6bLtJR1TscKvQKeDDE2vd8H0Zv+C6Y0QpAQPAe9c42xh/8Xcz+8PehS1IUhKaSnBpHvV4PfKQTtKjBmBAw2tmmB6uiHwCzVRRNJFIUADMya7GWZY10ZwhImTATwjxGrAJYNwarrSTFOAoeKuvZdoy/AYTHQa474P4U0cWK3wDIjcEnd3Z2R8b8bgpshbqG7u8jH48PvI6UCLunTgEnT2IlSeCIkBNhjRknrG00UdraCwEyMOZgzqNuajRaRhp7pflBC5kIgyzJClXZqqt6Hj0qDYfI5VZQVXCa4cyP/Dju+Es/gZN3341jx9axvraG9fV1HLvzLpz+kR/H4NWvWUjiqYI1aibjjbHMr22oNQbMTSGYmWGMQZIkyLIMiQiKz3yG7Oqqwfo6PBFqEZQimIWAnbrGHIAmCWpjsCOC/TZ6G6YpBs7BEiElwmUvuFCHP64kvtuZXpBux7EjmBcb3njlCt5+xx06dO6/ZMZ8JmVGPwSc2N6GXUQAqih7PRSnTuFEmuIEgPPG4HbnYLxHVRQgZhQhKJhjnxmDVo5TWpKJoDCPtCOguplpIaTWWjJM1+t6XkhQ33aSnoNamosK1l7zbbjrh34Ux0+exNrqKtbW1rCystJcRiOs33YOJ7/7rcqDkQSxUksuglTMzi623/P/QarqFjVvgjUGk499DFuf+AT2swxFmsIToUIzlShtKjgvSzginFtZQZ4kgCr6zDiZJEhbAa7LQfCx0j+zH/0vfM6XT6gG/ELtuwPuTxGdqtc3CP7esWMAMAPRgIneYFUzo4rNkydR5HmjL8sMU5Y4dvEibFkiMwZzEWzN5/AiSNMU8xDCjHksxgQQYdZ2k7QZwoM2Q7GaG8oNgZmJpkU9n1W+GlruH9HzXsqO2vVnqJreQB/4H/4nnHnVq6mX58iyDGmaIkmSpobiHKw14CSljY/+CdU7cxqAcFoDndWa/RNfoN5tt2H40peClnyNNARsf/jDePLf/Bvg+nUMqgq8tYWqLOGPSGOGEDCezzGtKsy8RxDBmrW4o99HyoytKPr+uZ896at3Bqn//W3WVSuo8JFutq6rwbwY0XaFAoAPAHibEn3X6niMc88+i/FohNgWdqf9Psb9PkxZ4npdo4gRIoKkte4wzLUSeUIjjr1uLbZCaLyu0ShJFRETx2RXHNYMgfPUJXvTYl5EKQaGbzWDtpBrgYhgePoMnXn1t9qV4fBgUA44vHRY1zV0bR1nh0NK4HGciYaGYE2KWBR4+md/FruXL+PUW96CbDRC3N/Hzkc/iu33vx/u+nWcqGsMJxNEYzAaDrHdLi4W3iO2Vi95S2hS12AAI+eQG4OxqP5B4evHffWBIP7nEs72g87xf3RGjh3BvFhxz2OP4ULTsn4SwLtB9Eobwupdly7h2qlTuN5EOKizDJsrKzBVhZWyRFbXKESakX5VrYmqmuhgCH7IjGgtxiIHTgJEpJOAPSZg1dFaL3GpEHQcdN43SAi39oZfzLpka2u8evIkBoMBzHN0gqxz4HyKB1NGPuwhTRMYZnCzzY1L0yme+OVfxpXf/m2M+n24uoadzTBq3RTysoT1HmQMEmOwkqYoRbBZltiYzQARDNMUx4ZDTKoK6j1WnMNEVT449/VDVfWJSvz/frr/kgvPzr6AX6i6uZeOYLooZlGT/W0A3wuit67u7+Pljz6KP3nFK7A3GsGEgEIE19IUmQhWiJAYg5n3UFU6zpxsA7YQCdK+Zq+1gK0O+xPJfqA9ZkLibGaYeRykOO54kDIdqOIdIhdoqwKlmqeZ9no9MkspzoJgrLUwzsHNprDzObjfO7RTJY2yHI7P50irCmvOIWmlIKwIWJoWeTCm8TUSQVCFZcbpLANUcX0+x8Z0ipn38DEiZcYUJP9lVhWfr/1HKvE/K1p/7Nr8MfxC1YUuHcF0wN1f+AKevP9+ALgI4NdA9GoGTt7+7LOwIrh07hyy+Ryj+RxZCEjbzlHqHECEuSpuT9P+ENCPF8XORgi1NMx18EHH9rIgmV2PvVRNCmaUPoRJlCJjM1wW2z54dBP+oNjegcznSJLDxifGmIZcjAEbA374Yeje3i19nwhoiESk2Xhe9phe6pyhHRosABQiYGZkaYpcBGVdY2s+hwCorJUv+LhzMchvV+L/FbR8iMnJvy27mZeOYDoshzHgRgHhfQDeIsBfhog9c/UqTm1tQVozehsjbHsiRlVMYwT3eshXV2llPh8kgPlYUexe8r6Sds5kiS80Aoqm6CtzpUKJIQrseJmvWu45IiMH1KIQJQQlAiUcNyZm/umHCA88cNPbZ2YkaQq5cAH1+97XzMEcHQzEje5CADARQc4Ms7RXtTBNWhBkagyqlmSUGau9HjRJ8Oxsjmciwha7z01i/MVS/K8n7thGXV/Dz3fk0hFMhyNRzKOP4uIDD+A8cO0i8O8FeHUgejkAGO9h21TiQM2NCPve49p8jiQEpNZCi4KKuu7dFmNCIVQekECEkKYQ5hhCiFUIsVINc6JQMgc2JioBs6j1XpD5cWeGAMEr0UyIAxyvuYzvzHM6Yww23/krWHvlK7D2spfeXKu5cgX1v/7XkMceu4lcFqlgstSuKlVRqqJH1OrR3GwC5xpjOVg0xWqoYotNeNwkz1xR/Z1C9RfLUH0mYRP/3eRKdyB9o3xfdn+Cb0xceuABMGA94W950Xd4omMLg7WFzkokQq2KeV1jUhRQVThmFDEiqCK1jXLcXBXT1VXo6ipSa2FD0Li7q3481irGWDD7R/b3d69MJgUD6DHZu/LeKYVLKxgeJAm9pJfhuDGovcduVWMWIk6+9jV43U//A5z81lfD9XvQskT41Kcw/6VfQvXxjx/sTd0KUxFsen+QrvWNwaoxN6dRSxcDoBTBlboOT1TVpcer+gPXovxapfoxR2Y21Sn+Qxe0dATT4UvjsZffh8IqCDjXL+kdUfDfVcakFTNmqoAIEhEkADLmZmyeCFWM2K1rgBl3rK9DADw8HuPayZMweY4ec/N4VfjtbdSbm4gx4pHZbOtPdnd3TXtQHHf56GWj9RP3Dno8ZMJeWWG7rFGE0EhDtDWUY8fWcOd9L8HpU8eRj8eQp5+CjMe3jFyW4VWx4T2KtrPFRDhpLbKFBy1uWJtwW5aZSPRPR3/1oXr+oSfn1f+7WYWP/PoDLx2/8eHP4sPdIdOlSB2eP+774cfwTy6uYTP1uz9+5eR/uvsZ95LE6xumIZhKBH0iDK1FygyziGwAWGuRJAl6ziFLU1wdj3Eqy5AxYzvGhTwE2FqMTpxASoTZ/j76dc3LRZr9UE7WjOSJD6OLRYWinSh2oAOrkcQYpNMp4kOfQeUMrOFmEZO/9IC4bRwQULWi3NTWiZIjin5RVHdVwrMZ9p45aT+3f6f+Lp3l31kb6udOzzOhf/HZ7mDpCKbDl4u/+BnCtVM1ZqWnD7+q3C5X+Q/Pf45OJ3O555xz3LP2oMMCNB0XWSw9tnq5++MxKu9xbH0dg6rC8arCrNeDGINcFcO6hldF0u9jMJ/TorDauijivXubeKUb4gynhw4UQdOVGhrGmjNYTQxywzep7t1Umzly3TMGMxGUrfVJKYIRMxiAF9U9Ev/MKa6nrz5WZq85+/Sd944e9vzEpcnkktxWGMPMAky7g6UjmA5fLn77txV/5a8oKBBmIdDD9/vpfspP3vdocuLY3K3yUi1G2wIutXtJqGtEVeTMkCRBKEukIsgApDE2YtpJgiQE7LSt7sXOErcEIIx0B3Hw6TiFIcJJcm3hVWGJMDKMdWew5gwG5kYH6FaksugGHdk9gGkLt6GtGdWqmESRXRuqZ27X4F+3Tmvfflt629kVNo6cSJHUM58Y4qSfO+4y/I5gOnylEcxfJIQgqOsodRmk6kfaeIAqXg1T+7AZrW1ZNtp8gMSMOk3h8hypKmQyQShLJETIAYj3EGuxB8CLwE4mmBmDKdqOTFO7kcZFgCCACmAUoIIEfxKmeLnp6VlOKWVG3xBWrcExZzAyjXPjUVKJR4hlGYuCrQVgmVFG0SsxxMezUFV3aqRvJTt6eS9fP5farOcR4pb6IBYQp1IZa9m2QVqHjmA6fKWoqgDvI81mtfT7LqSJxM3zJtAK4r2fA5962sJ4QiSCb1MLtRZuOEQQgXoPx4xIhCkz5iKwAFgVsd1PamdhUIQQl9IXIkXNoMqLprvq46dkCp8Iv8b2+ZSzGFrG0DCS1hBJWoGr5kX0lqSyIJZFAXceo1zVWD8y0PLZuxD0gWhXznNvZd0mri8IfgdlMQczMUApkXEidUZEiTFwqii7o6QjmA5fAYiAGAUATFUFLcvKp6mrjZWwc4LC498BWx2LdO7RBMnUNKP1rUaucw6m10OcTA4G2kgVGfOBO+PyZk5U1alqoHaIr32GtxFbweC4Y+PIEH0qzOIWvPxZHvIrXM7GMCbGYOwcCmPgmWFU4UQwqmsMvT9EKgqgjCK7MfrN1JRX7zpWhj9zXs3dbI7T06aqn3XWqlFhxAiIeMQYIEKWiFIidqqyaHR1+VFHMB2+GrRaTVJVQWez2ieJemtt5Sz8ZAD35J+Jdv9MwG1fyGC3M0ASeG5OaJNljQJcCI34kirINBauUfUgvyAizGP0M6J6kOeo6hrSrkqSoHDA1iAxx52hhIUIbOg/TnfjJ+u53D9YsfNejlVrMXAOSRtFEYBEVQd1raWITKLEPR/8s/DV5orW4f7j8fjrX4tjL71bBmsmLcprdnNj28Q44GZ0J0A1IkaBtQAzofEziI3RJJFpS08dOoLp8JVGMI2GN0kIMcxmvnYOc2u1sBaVczC2b2jr7mDGZ2oMrkasPuWVdgZwMSNiA00zIM7AABwaFwBiPnAgWFw267qoVEPmXNPBafVVVAQkKKoiXKsdrwRo/3rwZqpCj/qKn9rfQr0PXXWJXzPJbNWlngA1AKVlJXXt45RE5JjB2qt7bviygUtOsEn7a+pWnBRxJ4a9GIDaWju0eX6CmQXMM6hOIBIRI8EYBRE15pJNAGbaX6lDRzAdvhL81m8pfuiHaFEWkbqOYTZDaYzOiDCzFmStkmFOfQ9m966pXl+blleuuHDq2ohOTdZcz3EixGRU4Vo5zdCmSdSmTWNV/0hZjolI3aLtbUwzKdxGUarwWss2GLOZCUMlZD0y0Sp85f18XITZVOfhipISAHZE2Zqxaw+k6R2vXRve8ZqVfOW2xE2KQq4+O52Ox9dDVSXBuV7o9Xrc748kTdfIGMdEFYkQYpxBBIhRIQIYA8UNOwC9EeF16Aimw1eDCMCLqC8KqZjjzBiaO0dkDAQwwTlOgJoLDn7jWJh9wVyf51tJPM2j5L6Yr5wrs0FPrE0iUVAFUdPh1STB3FqdTSbq0Qy/yZK5G7cF4IVQJgQFFCUIpvZBg0JSkBKTcgpKV40dnLfJ+n1Jb/XupLdyJk2GawlT4rE3qTGZFCiKwhRFQZNJFGszqaq1kCS5jEbHwTwikRnqOqIotuF9BWOAGJvZPSIlaoZtSFW7FKkjmA5fbZrUEkwFoIpRy7KUwjkprI1gpqBK3jl1gJqqUu9rKQsN5fW8LJ9Y36s+PXTXz5W9/l3zweqZaTbC3GZEA6NpnyTvwQLJy48dO/m5qtqe1r5wgDZqvc1AnS5FCq2Eg4LJUwLlAcGuMbkTzPkZ4/pnbJqvmiTJ2UYjsj8rwrwujHPM1hqKUYiIrKrnothWgJVZROQuybI1pClRjDPM53NUVYoQJoiREWNj+2QtSbuuxERk0Ql4dwTT4ashGIKqCjNVANVE8DEilKVUSaLqnHoiqZ2jhEiN9xq9Ry1C3jJHTQhVGv2F4WT6lEzK3JvdfMZZb5ZmedVPct93Pe1ZMjAvWc9Xr6Pgq+NyqqaxFRAGlKGakMKRah9CPVKzQrBrjGTFMOdgJdVIipn4WOyHyk7JOkeJMUishcsyk/R6qUkSS9aycU4sUJkQoohUTCSUphnluSMRgxiHsDZHXRO8VxhDIFK0JgQwhkLDd4QPfvA83vKWS93B0hFMh68kgrl8WfWee9gD7IkoWstVknAkMsF7CkWhVTvuYpuaBUWAAzPEWkXTMFISCMYm+r1hDNqvZ4gTYmFKxBAHZqoJck60CBI8EKWJVFQZqhaqDIWBKimIFKoCUyub4JiImZm4Kd1EBgJbizRJOHOOshitOmeTJEmMtcpJIjZJvGssnAID3lgLcs5RjB7OZWBOINJYclurAEioaX0pM4SIfGtk2aEjmA5fCZgJP/IjIzz2WOGtNcFaG5wzSBLDSWIcM9WABu8lNFsDZGLkxSgLqyrFqCKCKMIQUVIFYlRVhYpCZxIbtV4HUQdd9ltrhfyX5v1vDPkbkxlrBsa5oXUuN9ZaEAUVqaSqJqEsZ6EsK58kCKoarJXArM45YoDZWmMAS0SBRGYc45xUE4gIVBnMOVRdK8MJACpL5pVwrnl/3/3dl7sDpSOYDl8J/uN/jDhzpkavx2WSmCpJkpgkTqxlOGctEYcYJaoKiQgDMQkhGAAQgYhEX1XqG+MB0sbySCFCWNgf3Ri6vbmecesmDSFJhi7LjqXNZTUxJjVpmsFaiEjpy3Knns22wmy2Vc3nhYhED4RahJM8ZxejQpXIWrbMket6z5bldbLWIwRBCAKiHqxdAeARY6lALSINWTZW1oquidQRTIevEnnOUNXaOVtkmfNJkgRrXTTGkjGGRRQheBejz0Qo814toBKC1iKgutbovS5UM+PzPSlvflwbFrGhfv+Y6/fPZv3+mX6armVEzlhrkWU2qlb1fN4viGzpva/H46IIIXiRqg5Bkn7fJNaqi1FhLTGRWO/37HT6DKtOoJogRgOiHpLkBBoN9DFE9kWk1iYi06jKEmPHMB3BdPgqCcYghBD6fTvPMldmWV4lSVow2xGzNd4HV1WchYBejNojEisisa5RGMNwTiSEKERQkQhVucVZ+aVO1IP1AaTpyPZ6a3Z19Uw6HJ7L8vxEjzm1zIwksUrk6zRNIVLF2WzbAxTKsqpjDKaqaluWLslzkzknCRFIRCiEqZnNnmXVKQE9WHscxoyQZQSghojVsqw0hDoCKiIkqhK7CKYjmA5f7QdkGVevFnF9fbSX58lur5fvZllvj9msqXJeVd6pSl81DACTE6kVcUHEElFCziVmMLBOVUMIVSyKvVDX8+h9IV8euTS3VaMyE5xzyLIMvV6uxmQAiJyzECEyxrIxjpipreKoeB/E++DrOnjvXcxzEmbiGFm8L1EUWyQyhzGr6PVW0eudQJqOoDpHXUf1fl/qehpUY1RFaKtCHTqC6fDV4J/+03383M/dAVXZy/NsezgcbOX54ISIFiHIQER7Zcl9Iu4xJ041ZWsTcq6XAUOyNrPG9FJmDiJVqOv9ej7frnd2rlRVNY7PLz26cX9dF1LX01DXe1VdDzhJrISQWBGlolANYe6n041qOt32ZTmJMfpDROB9DPO5VkTGOMdJlkG8D1pVMwA1rGXkeUCS5LA2BZCBuYT3u6Est4NIjDGqhNCFLx3BdPiaYDgcoKqKajgcXF9ZGe2kab5XltVctWYAmSpyEeNULTP34NyAmVeTNF3nEFIHuGitC8zBV9VOaW3CIkF3dqrS+0qfX/TSIEYvs9lWnaY9MoZEtfTW9oyIsveVluUkzOdb9Xh81VfVvhJF4xzBGGIiMDPIGDLGkGUmXuxdigiJRIjUADysdciyfnuIjrQse4E5iTFWApAA1E3ydgTT4WsBZoOyrEOe93b6/f6WMW6nLMtxjF5i9C5GtSLMgIO1QyTJcWI+YYhOsurAibAaY6K1Gsqyz8xRQpiGstzx02kdFpZJB23pL5EyTafbPgSvVTWOs9maz7KBNYaMaqSqmmpZ7qrqvk3T2qSpJSJlZmJmUHvNxpBJEk6ZyQCN123TPaogUgLwIBKoCphtsLYXiDioUiCiSJ3cVEcwHb42+MmffAgf+tAPqvf1XpKk2zHGvRj92PuyiLGGamBVbaddGUmSwrmcnMub8VtxaIbhBERzW5Y5O8dIEkNpatrZE4LIwXIjRJrFgIM1gWaordHWhFBd7/N0WnEIW5SmjqxlGEOsGoiodmkaKU2ViOyCXJYJhoCGZIwhB8CIACEomD3qeoy63oMxBNUK3s9VRAJAAU1bqW6imA4dwXT4msA5BwAFM1+vqmK3rqux9/UkxrpS9QeRB/McSTJHmk5hbQIRr2VJsaoQYwxVWW6Xdb3nVYuYJKrNAB6hHcCDiLZ2RkyqhpgTtjYzRNymOMEAtQW8YRa2tmRjKmMMcWNwQExE3Dyel8iFqCUZ5sbagABQ81hlEaWGZAKqagfz+QZESogEeD+NdT0LIlqj0cry2q1SdwTT4WsHIuD06ZNSVfVuVZXX67ra8r7ejdHPVP0xZjXMEcaMYW0KawFrS8TYUwChrkNVFEVRFOOiKDarEPaDMZX0es32oIgiRkWMIBFnmAeOeWiNGTprc5MkiTFGmWhugBmrzkyMEyaqubGjPiASJqJWk3xBNo1bijENoyy0blp7pzZCkgN5hrLcx2RyBVU1ByAIoQwhFFVdhwpASYSaqItgOoLp8DXDt3/7b+CTn3w7nEtmIrIpEq+JhE0g7lorp41Rx6wwZg6i6xApEGOGGHsqwhJj8N6XdVmOq7Lcq0TG3togxpgm6RElEbVA4oCRI1pPjTnmiFYcc2qSJOEkAVtbMbDHwK4JwXKMe8wceUEwANGSYN5BZNUaF9y0O0TEUGWICIgERArvPabTTRhTNdQj0atqGYIUzlEBoDjY7e7QEUyHrw1msyne+Ma/79/3vn9xHdBrzLhmLa4ZwycASZjhrI0gmiLGot1GJpoXpLNZiEURQlVVMYQqMIswE4wBMcMAlDRi2lnq3HpizOmE+bRjPuGIUsNMnKZMzpWkmnGMYO9LquspAXpAHovIZHFZEMqtyKW1igNgoCrw3kO18SKYz6cgiiBiUdU5QHNAJ8ZgbgxKVcLf+BtXu4OiI5gOXyt813e9B+9+93VY63YBuWQtzorQGSI6DdCIGasgIRGBqEfwgroOFIMaQJwx6pwTR4QkRtTUCNA5Ik2NodQYTqx1SZr2kiRZc9Yed8acMMYMTVM8ZhgzoxAi6noKohQxWoj4Q6ncF7t9o3JCUKVmTVsbExNVRQh1W0sSiFRgNh7gfYD2Ad1NU5o0riodOoLp8DVHkjg89tgfhfPnX3WNGZeZ9Sygp4mwBmg/RklEBDEKoihEBMaQTVOkxkCYCSHAxKghRgERHBESZpMxm4SIHJFYY9Q4p8baQEQFiLiNUGZQLdA4KgUQ6S3JZBHNANwo6LWk0kg9xENyl83NRmo3RkITESlUYwQwYcYOEV8HaCtG2s+yUBWF6Q6GjmA6fK3xAz/wR/jN33wFiHRsDF+Kkc6o4iSA4yI6UuixKMJRBM3GsRIRjLVIAEBFmQCrKjFGIVW1opSocgqQBcSoVgxMiWgPzAoiCxGB9wGqM4RwHd5vwfsJVH1LJssy4gvCcAAyEGVgtjDGonEMKBHjHN5X7eyLAIhgblrlzX2qre/RJpE+w2wuMfNGCLTz6KN9vfPOzhKpI5gOXxcwK86ePROeeebiFVU6EQIdB/S4CNZUKFdBX1VJpfFVFFEigrWWSIQ4ijgOKk0kAQNi1xCNMomnECao600wezDvw9oMRIIYa8Q4hfd78H4PIczRSC/YllAIjaNIQyxADmCAGHMQJWBOYG0A0QwiUxizh7Lcg0gjUNdEMoQQSFXVq8oOgEuAXlSlSyHQ9apC0e8H/PW/3tVfOoLp8HXBD/7gw/iN3yhgLU9jxJMx0gkRnFTFCVUMmSknZiPUyG7WdYQqCFBLpEykjhjKDIQorEqsTUEEqoIYC1TVFkQm8D6Dc0kbpQTEWLbEUiKECBG7RDAMZgNjemAeAVgB0RpU8/ZQc7AWIBpDZLslkxIhTIDWTKXR9DYSgu6L6CWReIFIHo2Rnhah7b09yNpaNwLTEUyHryt+7Mcu4Fd+5X5Yi80Y8ZSqniDSdWYaEvEIoJEww5jmZAyhmXMBwIAyM8FaByKCMQlcksA2rmftiP68JRJCXaOttTSj+820L0HEIsYFwdi2TsNgTmHMANYeB/MJGLMOwME5izQlqG7De4L3BUR6CGEO1QjmpiLDjCkzXxaJjwHyee/j4yJ+Q8QWxgh+5mf2ugOgI5gOX28kicMDDwz8pz89vQzoOpEeI8IKEQaAZMYgaXMjANIWTmmJFBJYm4FND2mSoVlKFABNKhTjfIlQmp+5uG5V8bDYY1roajZpV4AxhEaPxoDZgjmDMRbGEERyADlEMoTgUNcOqqrMEpixT4QnmekRY/jTRPQwEV2cz4tda0V+9men3Qf/TYSuFP9NjHe9axOve906REylKsqMhEgzIs0B7QPoqYIbQljUbyyawmuTvhCdBPMJOHcMSXIMzg1gbdYWZKVdPLwxdbt8DSwP0AmYI4g8mAFjHKy1LcEEiMxb0pqgrvdQlruoqj14P0eMVQS0UMUWgAsAHgbwEBF9loifZObrq6ujoKr4gz8oug++i2A6/GkhBEW/76P35hpzuMCsfQB9gHJVMJGeWnyRNOP6Flk2gsg6YlxHjMcg2oezCaw1cM4D2IGIARDh/Qwi9aHhuTaWAXNTRF5M7Td1Gm0tX0075xJhzBxAghAUdR3gfYG63kNdjzXG2gOYqdI1gC6q4nFVfQTQR4nwRIy69a53Xfc/8iNreMc7drsP/JsM3az1CwC//usvg6olomINiA8A4WWAvkZEH1DVO0OQMzFqKgIwJ2A+CebbANwG1dNQXQNRAucI1lZQ3UBdX0ZVXUJRXIX344OoZXnFcHn8f3mQrpngNXBugCQZwtoBiDKoMryPCKHWup75GKsixno3Rv+sSHxKNV5QjY8xxwtEehnApio8EfAzP7PRfdBdBNPhvwXe/vZH8B/+w/1KZHZV5SlVMoAyEbyqlqqoAJwmwpBI2RjA2kZnBiBI2842hmEMI0Zqi7oLv5LGunWZYJZXAJavbyDC+32EMAWzAZGDqosiVIvoTER3ANlk1mtEclkVT6riYox0EcBVIuwaQ+Ef/+Nr3QfcEUyH/9Z429u+gHe96x5l5k0RVVVENJvHMyJMAewT4QwQ14iK3Jg5W7tLTRBbIoRmdL8ZftuC99uIsYCIP5jKvfU+0a0WGA+ISFUjRGKtWs9VeVeV9gDeBHiTCBtE9Aygz6rGZwE8wxx3AMwmE4m9HncfbEcwHb5hPkzLqOsyEtEmGk/ruSomgO4Bug1gsyGZ8jiwPySiHnPlmKeGmeG9RwgVQtiH9zsIYQxV/xwRyg20ZCKq8Gh2CKr2UrTvYUyEHSLZVaUdQLYA2gF0E8BVVWwCuq2qE+Z5UDX45/98r/tAuxpMh2+8esydaFrSRKpxFEI8FYKejVHvJMI5Zr7NGHvS2nzduf66MfmIKO2p2jSEmNR1RVU147qecV0XHGOgQ7lSczu2RFK3Cv8zVcwAzAFMAZQAZu3tKYAJEcYA9tvLLoBtQLdUsUeEwjmpVBV/9+9udR9iRzAdvtHxa792DsxMZVlbVV0XkdNEdIaIzjDzcWY+xmxPMNsBwH1V7oUQeyFEW9fehSAUgtjWsA1opCq1JZYSQNHWdsqWYAoA0/a+eRvBTAFMiRqyaUlmr71/3DxG40/9VFfA7QimwzdpRHMas1lNzJww03GA15jpGBGdALAO0BDQnqqmIWgeI7kQYGMENep2B/ayob3ULXl4VdQASlXMW2JZkM4B4RBhDqAgwpQIJRFCGwHhp36qK+B2BNPhmx6/8ivH4P0JWLvFgLEA5428Aw1UMQKwoqq5iLoYKQkBLgSlGAERUm1UoBZpkW9JplZF1W48V6ooVDFTRWjJpWoJKQLQf/SPoEQdoXQE0+EFj1/91bOIURmNmr8lQl9VExE1MSJRpTQEcAiqIkQiunBSrNvrACCoYt4SzqIuIwC0i0w6dATTAQDwzneeBRHaLehN1PUxqmuiug4UgoKISQRyRMX/4PY/+AcdmXTo0KFDhw4dOnTo0KFDhw4dOnTo0KFDhw4dOnTo0KFDhw4dOnTo0KFDhw4dOnTo0KFDhw4dOnTo0KFDhw4dOnTo0KFDhw4dOnTo0KFDhw4dOnTo0KFDhw4dOnTo0KFDhw4dOnTo0KFDhw4dOnTo0KFDhw4dOnTo0KFDh29i/P+bYT96gmZhwgAAACV0RVh0ZGF0ZTpjcmVhdGUAMjAxMi0xMi0wNlQwNTo0Mzo1NSswMDowMEpymE0AAAAldEVYdGRhdGU6bW9kaWZ5ADIwMTItMTItMDZUMDU6NDM6NTUrMDA6MDA7LyDxAAAARnRFWHRzb2Z0d2FyZQBJbWFnZU1hZ2ljayA2LjYuOS03IDIwMTItMDgtMTcgUTE2IGh0dHA6Ly93d3cuaW1hZ2VtYWdpY2sub3JnnL25SAAAABh0RVh0VGh1bWI6OkRvY3VtZW50OjpQYWdlcwAxp/+7LwAAABh0RVh0VGh1bWI6OkltYWdlOjpoZWlnaHQANjAwNYO+ZQAAABd0RVh0VGh1bWI6OkltYWdlOjpXaWR0aAA4MDDjscDiAAAAGXRFWHRUaHVtYjo6TWltZXR5cGUAaW1hZ2UvcG5nP7JWTgAAABd0RVh0VGh1bWI6Ok1UaW1lADEzNTQ3NzI2MzWu0e+GAAAAEnRFWHRUaHVtYjo6U2l6ZQAyMjFLQkLNZghXAAAAM3RFWHRUaHVtYjo6VVJJAGZpbGU6Ly8vdG1wL2xvY2FsY29weV8yYjhiMzUxNTQ5OWYtMS5wbmclToOOAAAAAElFTkSuQmCC'; diff --git a/tests/unicode/processArabic.spec.js b/spec/processArabic.spec.js similarity index 99% rename from tests/unicode/processArabic.spec.js rename to spec/processArabic.spec.js index 4cf2b645e..84ef27bd5 100644 --- a/tests/unicode/processArabic.spec.js +++ b/spec/processArabic.spec.js @@ -1,4 +1,4 @@ -describe('arabicParser', function() { +describe('Module: ArabicParser', function() { it('isArabicLetter', function() { expect(jsPDF.API.__arabicParser__.isArabicLetter("ف")).toEqual(true); diff --git a/spec/putTotalPages.spec.js b/spec/putTotalPages.spec.js new file mode 100644 index 000000000..59c6c48eb --- /dev/null +++ b/spec/putTotalPages.spec.js @@ -0,0 +1,44 @@ + +/* global describe, it, jsPDF, comparePdf */ +/** + * Standard spec tests + */ + +describe('Module: putTotalPages', () => { + it('standardfont', () => { + const doc = new jsPDF(); + const totalPagesExp = '{totalPages}'; + + doc.text(10, 10, "Page 1 of {totalPages}"); + doc.addPage(); + + doc.text(10, 10, "Page 2 of {totalPages}"); + + if (typeof doc.putTotalPages === 'function') { + doc.putTotalPages(totalPagesExp); + } + comparePdf(doc.output(), 'standardfont.pdf', 'putTotalPages'); + }); + + it('customfont', () => { + var PTSansFont = "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"; + var doc = new jsPDF({ filters: ['ASCIIHexEncode'] }); + var totalPagesExp = '{totalPages}'; + + doc.addFileToVFS("PTSans.ttf", PTSansFont); + doc.addFont('PTSans.ttf', 'PTSans', 'normal'); + + doc.setFont('PTSans'); + + doc.text(10, 10, "Page 1 of {totalPages}"); + doc.addPage(); + + doc.text(10, 10, "Page 2 of {totalPages}"); + + if (typeof doc.putTotalPages === 'function') { + doc.putTotalPages(totalPagesExp); + } + + comparePdf(doc.output(), 'customfont.pdf', 'putTotalPages') + }); +}) diff --git a/tests/pages/reference/2pages.pdf b/spec/reference/2pages.pdf similarity index 100% rename from tests/pages/reference/2pages.pdf rename to spec/reference/2pages.pdf diff --git a/tests/pages/reference/3pages.pdf b/spec/reference/3pages.pdf similarity index 100% rename from tests/pages/reference/3pages.pdf rename to spec/reference/3pages.pdf diff --git a/tests/viewerpreferences/reference/FitWindow.pdf b/spec/reference/FitWindow.pdf similarity index 100% rename from tests/viewerpreferences/reference/FitWindow.pdf rename to spec/reference/FitWindow.pdf diff --git a/tests/viewerpreferences/reference/HideMenubar.pdf b/spec/reference/HideMenubar.pdf similarity index 100% rename from tests/viewerpreferences/reference/HideMenubar.pdf rename to spec/reference/HideMenubar.pdf diff --git a/tests/viewerpreferences/reference/HideToolbar.pdf b/spec/reference/HideToolbar.pdf similarity index 100% rename from tests/viewerpreferences/reference/HideToolbar.pdf rename to spec/reference/HideToolbar.pdf diff --git a/tests/viewerpreferences/reference/HideWindowUI.pdf b/spec/reference/HideWindowUI.pdf similarity index 100% rename from tests/viewerpreferences/reference/HideWindowUI.pdf rename to spec/reference/HideWindowUI.pdf diff --git a/tests/viewerpreferences/reference/NumCopies.pdf b/spec/reference/NumCopies.pdf similarity index 100% rename from tests/viewerpreferences/reference/NumCopies.pdf rename to spec/reference/NumCopies.pdf diff --git a/tests/viewerpreferences/reference/PrintPageRange.pdf b/spec/reference/PrintPageRange.pdf similarity index 100% rename from tests/viewerpreferences/reference/PrintPageRange.pdf rename to spec/reference/PrintPageRange.pdf diff --git a/tests/viewerpreferences/reference/ViewAreaMediaBox.pdf b/spec/reference/ViewAreaMediaBox.pdf similarity index 100% rename from tests/viewerpreferences/reference/ViewAreaMediaBox.pdf rename to spec/reference/ViewAreaMediaBox.pdf diff --git a/tests/text/reference/alignment.pdf b/spec/reference/alignment.pdf similarity index 100% rename from tests/text/reference/alignment.pdf rename to spec/reference/alignment.pdf diff --git a/tests/text/reference/alternating-text-styling.pdf b/spec/reference/alternating-text-styling.pdf similarity index 100% rename from tests/text/reference/alternating-text-styling.pdf rename to spec/reference/alternating-text-styling.pdf diff --git a/tests/text/reference/angle.pdf b/spec/reference/angle.pdf similarity index 100% rename from tests/text/reference/angle.pdf rename to spec/reference/angle.pdf diff --git a/tests/unicode/reference/arabic-3lines-right.pdf b/spec/reference/arabic-3lines-right.pdf similarity index 100% rename from tests/unicode/reference/arabic-3lines-right.pdf rename to spec/reference/arabic-3lines-right.pdf diff --git a/tests/unicode/reference/arabic.pdf b/spec/reference/arabic.pdf similarity index 100% rename from tests/unicode/reference/arabic.pdf rename to spec/reference/arabic.pdf diff --git a/tests/context2d/reference/arc.pdf b/spec/reference/arc.pdf similarity index 100% rename from tests/context2d/reference/arc.pdf rename to spec/reference/arc.pdf diff --git a/tests/autoprint/reference/autoprint-js.pdf b/spec/reference/autoprint-js.pdf similarity index 100% rename from tests/autoprint/reference/autoprint-js.pdf rename to spec/reference/autoprint-js.pdf diff --git a/tests/autoprint/reference/autoprint-nc.pdf b/spec/reference/autoprint-nc.pdf similarity index 100% rename from tests/autoprint/reference/autoprint-nc.pdf rename to spec/reference/autoprint-nc.pdf diff --git a/tests/context2d/reference/bar_graph_with_text_and_lines.pdf b/spec/reference/bar_graph_with_text_and_lines.pdf similarity index 100% rename from tests/context2d/reference/bar_graph_with_text_and_lines.pdf rename to spec/reference/bar_graph_with_text_and_lines.pdf diff --git a/tests/context2d/reference/bar_graph_with_text_and_lines.svg b/spec/reference/bar_graph_with_text_and_lines.svg similarity index 98% rename from tests/context2d/reference/bar_graph_with_text_and_lines.svg rename to spec/reference/bar_graph_with_text_and_lines.svg index 2296c01d8..2f61dbdb4 100644 --- a/tests/context2d/reference/bar_graph_with_text_and_lines.svg +++ b/spec/reference/bar_graph_with_text_and_lines.svg @@ -1,616 +1,616 @@ - - - - - - - - - - - - - - - - - - SALES - - - - - NET_SALES - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 01/05/08 - - - - - 01/08/08 - - - - - 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spec/reference/blackpixel.pdf diff --git a/tests/text/reference/blank.pdf b/spec/reference/blank.pdf similarity index 100% rename from tests/text/reference/blank.pdf rename to spec/reference/blank.pdf diff --git a/tests/addimage/reference/bmp1p.pdf b/spec/reference/bmp1p.pdf similarity index 100% rename from tests/addimage/reference/bmp1p.pdf rename to spec/reference/bmp1p.pdf diff --git a/tests/addimage/reference/bmp24p.pdf b/spec/reference/bmp24p.pdf similarity index 100% rename from tests/addimage/reference/bmp24p.pdf rename to spec/reference/bmp24p.pdf diff --git a/tests/addimage/reference/bmp32p.pdf b/spec/reference/bmp32p.pdf similarity index 100% rename from tests/addimage/reference/bmp32p.pdf rename to spec/reference/bmp32p.pdf diff --git a/tests/addimage/reference/bmp4p.pdf b/spec/reference/bmp4p.pdf similarity index 100% rename from tests/addimage/reference/bmp4p.pdf rename to spec/reference/bmp4p.pdf diff --git a/tests/addimage/reference/bmp8p.pdf b/spec/reference/bmp8p.pdf 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rename from tests/shapes/reference/circles.pdf rename to spec/reference/circles.pdf diff --git a/tests/annotations/reference/closed.pdf b/spec/reference/closed.pdf similarity index 100% rename from tests/annotations/reference/closed.pdf rename to spec/reference/closed.pdf diff --git a/tests/init/reference/cm.pdf b/spec/reference/cm.pdf similarity index 100% rename from tests/init/reference/cm.pdf rename to spec/reference/cm.pdf diff --git a/tests/text/reference/color.pdf b/spec/reference/color.pdf similarity index 100% rename from tests/text/reference/color.pdf rename to spec/reference/color.pdf diff --git a/tests/addimage/reference/colortype_1_grayscale_8_bit_png.pdf b/spec/reference/colortype_1_grayscale_8_bit_png.pdf similarity index 100% rename from tests/addimage/reference/colortype_1_grayscale_8_bit_png.pdf rename to spec/reference/colortype_1_grayscale_8_bit_png.pdf diff --git a/tests/addimage/reference/colortype_2_rgb_16_bit_png.pdf 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a/tests/context2d/reference/fillRect_strokeRect.pdf b/spec/reference/fillRect_strokeRect.pdf similarity index 100% rename from tests/context2d/reference/fillRect_strokeRect.pdf rename to spec/reference/fillRect_strokeRect.pdf diff --git a/tests/context2d/reference/fillStyle_strokeStyle.pdf b/spec/reference/fillStyle_strokeStyle.pdf similarity index 100% rename from tests/context2d/reference/fillStyle_strokeStyle.pdf rename to spec/reference/fillStyle_strokeStyle.pdf diff --git a/tests/text/reference/font-faces.pdf b/spec/reference/font-faces.pdf similarity index 100% rename from tests/text/reference/font-faces.pdf rename to spec/reference/font-faces.pdf diff --git a/tests/context2d/reference/fonts.pdf b/spec/reference/fonts.pdf similarity index 100% rename from tests/context2d/reference/fonts.pdf rename to spec/reference/fonts.pdf diff --git a/tests/annotations/reference/freetext.pdf b/spec/reference/freetext.pdf similarity index 100% rename from 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a/tests/context2d/reference/lineJoin.pdf b/spec/reference/lineJoin.pdf similarity index 100% rename from tests/context2d/reference/lineJoin.pdf rename to spec/reference/lineJoin.pdf diff --git a/tests/shapes/reference/lines.pdf b/spec/reference/lines.pdf similarity index 100% rename from tests/shapes/reference/lines.pdf rename to spec/reference/lines.pdf diff --git a/tests/acroform/reference/listbox.pdf b/spec/reference/listbox.pdf similarity index 100% rename from tests/acroform/reference/listbox.pdf rename to spec/reference/listbox.pdf diff --git a/tests/init/reference/mm.pdf b/spec/reference/mm.pdf similarity index 100% rename from tests/init/reference/mm.pdf rename to spec/reference/mm.pdf diff --git a/tests/context2d/reference/moveTo_lineTo_stroke_fill.pdf b/spec/reference/moveTo_lineTo_stroke_fill.pdf similarity index 100% rename from tests/context2d/reference/moveTo_lineTo_stroke_fill.pdf rename to spec/reference/moveTo_lineTo_stroke_fill.pdf diff --git a/tests/annotations/reference/open.pdf b/spec/reference/open.pdf similarity index 100% rename from tests/annotations/reference/open.pdf rename to spec/reference/open.pdf diff --git a/tests/pages/reference/outlines.pdf b/spec/reference/outlines.pdf similarity index 100% rename from tests/pages/reference/outlines.pdf rename to spec/reference/outlines.pdf diff --git a/tests/acroform/reference/password.pdf b/spec/reference/password.pdf similarity index 100% rename from tests/acroform/reference/password.pdf rename to spec/reference/password.pdf diff --git a/tests/context2d/reference/paths.pdf b/spec/reference/paths.pdf similarity index 100% rename from tests/context2d/reference/paths.pdf rename to spec/reference/paths.pdf diff --git a/tests/init/reference/pc.pdf b/spec/reference/pc.pdf similarity index 100% rename from tests/init/reference/pc.pdf rename to spec/reference/pc.pdf diff --git a/tests/context2d/reference/piechart.svg b/spec/reference/piechart.svg similarity index 100% rename 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a/tests/acroform/reference/radiogroup2.pdf b/spec/reference/radiogroup2.pdf similarity index 100% rename from tests/acroform/reference/radiogroup2.pdf rename to spec/reference/radiogroup2.pdf diff --git a/tests/shapes/reference/rectangles.pdf b/spec/reference/rectangles.pdf similarity index 100% rename from tests/shapes/reference/rectangles.pdf rename to spec/reference/rectangles.pdf diff --git a/tests/text/reference/red-black.pdf b/spec/reference/red-black.pdf similarity index 100% rename from tests/text/reference/red-black.pdf rename to spec/reference/red-black.pdf diff --git a/tests/addimage/reference/rotation-45.pdf b/spec/reference/rotation-45.pdf similarity index 100% rename from tests/addimage/reference/rotation-45.pdf rename to spec/reference/rotation-45.pdf diff --git a/tests/addimage/reference/rotation-90.pdf b/spec/reference/rotation-90.pdf similarity index 100% rename from tests/addimage/reference/rotation-90.pdf rename to spec/reference/rotation-90.pdf diff --git a/tests/unicode/reference/russian-1line.pdf b/spec/reference/russian-1line.pdf similarity index 100% rename from tests/unicode/reference/russian-1line.pdf rename to spec/reference/russian-1line.pdf diff --git a/tests/unicode/reference/russian-2line.pdf b/spec/reference/russian-2line.pdf similarity index 100% rename from tests/unicode/reference/russian-2line.pdf rename to spec/reference/russian-2line.pdf diff --git a/tests/context2d/reference/sierpinski.pdf b/spec/reference/sierpinski.pdf similarity index 100% rename from tests/context2d/reference/sierpinski.pdf rename to spec/reference/sierpinski.pdf diff --git a/tests/pages/reference/single.pdf b/spec/reference/single.pdf similarity index 100% rename from tests/pages/reference/single.pdf rename to spec/reference/single.pdf diff --git a/tests/context2d/reference/smiley.pdf b/spec/reference/smiley.pdf similarity index 100% rename from tests/context2d/reference/smiley.pdf rename to spec/reference/smiley.pdf diff --git a/tests/text/reference/standard.pdf b/spec/reference/standard.pdf similarity index 100% rename from tests/text/reference/standard.pdf rename to spec/reference/standard.pdf diff --git a/tests/putTotalPages/reference/standardfont.pdf b/spec/reference/standardfont.pdf similarity index 100% rename from tests/putTotalPages/reference/standardfont.pdf rename to spec/reference/standardfont.pdf diff --git a/tests/context2d/reference/stars.pdf b/spec/reference/stars.pdf similarity index 100% rename from tests/context2d/reference/stars.pdf rename to spec/reference/stars.pdf diff --git a/tests/text/reference/stroke.pdf b/spec/reference/stroke.pdf similarity index 100% rename from tests/text/reference/stroke.pdf rename to spec/reference/stroke.pdf diff --git a/spec/reference/success.txt b/spec/reference/success.txt new file mode 100644 index 000000000..0f0c913d5 --- /dev/null +++ b/spec/reference/success.txt @@ -0,0 +1 @@ +success \ No newline at end of file diff --git a/spec/reference/textBaseline.pdf b/spec/reference/textBaseline.pdf new file mode 100644 index 0000000000000000000000000000000000000000..88a380a4d5259cf8a3060159e9e170b2c128e156 GIT binary patch literal 4154 zcmdT{U2fwx5Ps(=<|Wt!MJ$r~FN^@O9XCd^aB2%^(O@5Fi*XdlqAStcq-W|0dYSep z9m-Ptqb{s1VxZN7MU97?Z-&EfIA`~R;U(+XfB%cvKtau(Nw;f7uPX`Gy;w+s zzq!mbF#LBytcfhtI-kn|_(t$i#);^u7kHp3a6`Al0|*?}3Bpgr>Z?rS>;jxp`|66w zEH*~W_r@5p?qs&mPr#Vt5!5JjF2$124yW)dq3|6J10P?Ub||F~aI-jtB@pKBi&8Qr zy@*)D5O8wzNVtttAiBe47MuCibckYdex0tK#7ydB4nJH#^h|D|Rz@lyzSjU!i`oF$ z=$1f6u~ds(te#GRq()1dXe&`0v|iv~)JwFHTD^a~+Muj-yfVA?5}+2f^2B-bq^Go2 z%m1!3mBVh(*t%NO#$nfgbNFKt$Eo~(J6s2)Nds;rY84df*ZF)avPF_DwoyTjsz|6} zD?@$_YAlHLeG(V&V2E=9CEKkHQyLPhCc1AENkytdWJF^1L?O)xtXr9WHVh<)HC@ki zNxX)B8L@7%xrz-i>&GO!&WfZKAi*Vhq5DrF2b&{-it2;A?v8Pk0m6jgWI)2BK>Ao)6Pdq%445g-b-mqG_rpZ2Y@a9-*!Bp0=_J$u zP8NS=t}N|?a5@~@o7R_N5hY7mTu#(dWG6_5-OJZMC&R}6X-I(`C&i8Vkrrt(KY{

    u029>{8$&2030UxuFG_8rI=$B^&KnC&;_V*A$A z^X#U~_i%d-)(e|+IpqyK&RpE){kfb6m{bQcr->P_Q;isKujvO5Xmh>L!OhyYVN(aw z@<3)|Z+j?n{2e`=izLNMfjKPGapiD{3?9l)opi2in8`^=# r2JQ{*hk?TbH}JUKvxA}Id-hcul}{#T3N3P7W{mCnJ~=zP84v#k { +describe('Core: Shapes', () => { it('should draw circles', () => { const doc = jsPDF() diff --git a/tests/split_text_to_size/standard.spec.js b/spec/split_text_to_size.spec.js similarity index 99% rename from tests/split_text_to_size/standard.spec.js rename to spec/split_text_to_size.spec.js index c26aa3f3c..ab9c7cca9 100644 --- a/tests/split_text_to_size/standard.spec.js +++ b/spec/split_text_to_size.spec.js @@ -5,7 +5,7 @@ * */ -describe('split_text_to_size', () => { +describe('Module: split_text_to_size', () => { it('getArraySum', () => { expect(jsPDF.API.getArraySum([1])).toEqual(1) diff --git a/spec/support/jasmine.json b/spec/support/jasmine.json new file mode 100644 index 000000000..5686fea67 --- /dev/null +++ b/spec/support/jasmine.json @@ -0,0 +1,14 @@ +{ + "spec_dir": "spec", + "spec_files": [ + "**/*[sS]pec.js", + "!**/*nospec.js" + ], + "helpers": [ + "helpers/SpecHelper.js", + "utils/compare.js" + ], + "stop-on-failure": false, + "stopSpecOnExpectationFailure": false, + "random": false +} \ No newline at end of file diff --git a/tests/text/standard.spec.js b/spec/text.spec.js similarity index 99% rename from tests/text/standard.spec.js rename to spec/text.spec.js index 051dd34cf..23ac47108 100644 --- a/tests/text/standard.spec.js +++ b/spec/text.spec.js @@ -7,7 +7,7 @@ * We compare the exact output. */ -describe('Standard Text', () => { +describe('Core: Standard Text', () => { it('should load', () => { // assertions here] expect(typeof jsPDF).toBe('function') diff --git a/tests/unicode/standard.spec.js b/spec/unicode.spec.js similarity index 99% rename from tests/unicode/standard.spec.js rename to spec/unicode.spec.js index ba3e0bbf1..7fb427cb0 100644 --- a/tests/unicode/standard.spec.js +++ b/spec/unicode.spec.js @@ -1,47 +1,47 @@ - -/* global describe, it, expect, jsPDF, comparePdf */ -/** - * Standard spec tests - * - * These tests return the datauristring so that reference files can be generated. - * We compare the exact output. - */ - -describe('Unicode: Russian', function() { - //https://fonts.google.com/specimen/PT+Sans - var PTSans = "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"; - - - it('simple pdf with russian text (1 line)', function() { - const doc = new jsPDF({filters: ['ASCIIHexEncode']}); - - doc.addFileToVFS("PTSans.ttf", PTSans); - doc.addFont('PTSans.ttf', 'PTSans', 'normal'); - - doc.setFont('PTSans'); // set font - doc.setFontSize(10); - doc.text("А ну чики брики и в дамки!", 10, 10); - - comparePdf(doc.output(), 'russian-1line.pdf', 'unicode') - }) - - it('simple pdf with russian text (2 line)', function() { - - const doc = new jsPDF({filters: ['ASCIIHexEncode']}); - - doc.addFileToVFS("PTSans.ttf", PTSans); - doc.addFont('PTSans.ttf', 'PTSans', 'normal'); - - doc.setFont('PTSans'); // set font - doc.setFontSize(10); - doc.text(["А ну чики брики" ,"и в дамки!"], 10, 10); - - comparePdf(doc.output(), 'russian-2line.pdf', 'unicode') - }); - xit('throw error when font isnt in vfs', function() { - - const doc = new jsPDF({filters: ['ASCIIHexEncode']}); - - expect(function () {doc.addFont('fantasy');}).toThrowAnyError(); - }); -}) + +/* global describe, it, expect, jsPDF, comparePdf */ +/** + * Standard spec tests + * + * These tests return the datauristring so that reference files can be generated. + * We compare the exact output. + */ + +describe('Module: Unicode: Russian', function() { + //https://fonts.google.com/specimen/PT+Sans + var PTSans = "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"; + + + it('simple pdf with russian text (1 line)', function() { + const doc = new jsPDF({filters: ['ASCIIHexEncode']}); + + doc.addFileToVFS("PTSans.ttf", PTSans); + doc.addFont('PTSans.ttf', 'PTSans', 'normal'); + + doc.setFont('PTSans'); // set font + doc.setFontSize(10); + doc.text("А ну чики брики и в дамки!", 10, 10); + + comparePdf(doc.output(), 'russian-1line.pdf', 'unicode') + }) + + it('simple pdf with russian text (2 line)', function() { + + const doc = new jsPDF({filters: ['ASCIIHexEncode']}); + + doc.addFileToVFS("PTSans.ttf", PTSans); + doc.addFont('PTSans.ttf', 'PTSans', 'normal'); + + doc.setFont('PTSans'); // set font + doc.setFontSize(10); + doc.text(["А ну чики брики" ,"и в дамки!"], 10, 10); + + comparePdf(doc.output(), 'russian-2line.pdf', 'unicode') + }); + xit('throw error when font isnt in vfs', function() { + + const doc = new jsPDF({filters: ['ASCIIHexEncode']}); + + expect(function () {doc.addFont('fantasy');}).toThrowAnyError(); + }); +}) diff --git a/spec/utils/compare.js b/spec/utils/compare.js new file mode 100644 index 000000000..7bd221dec --- /dev/null +++ b/spec/utils/compare.js @@ -0,0 +1,85 @@ +/* global XMLHttpRequest, expect */ +var globalVar = (typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || (Function("return this"))()); + +function cleanUpUnicode(value) { + var i = 0; + var byteArray = []; + var StringFromCharCode = String.fromCharCode; + for (i = 0; i < value.length; i += 1) { + byteArray.push(StringFromCharCode(value.charCodeAt(i) & 0xff)) + } + return byteArray.join(""); +} + +globalVar.sendReference = function () { }; +globalVar.loadBinaryResource = function () { }; + +var prefix = globalVar.isNode ? '/../' : '/base/spec/'; + +if (globalVar.isNode === true) { + var fs = require('fs'); + var path = require('path'); + globalVar.loadBinaryResource = function (url) { + var result = ''; + try { + result = (fs.readFileSync((path.resolve(__dirname + prefix + url)), {encoding: 'latin1'})); + } catch (e) { + console.log(e); + } + return result; + } +} else { + globalVar.sendReference = function (filename, data) { + var req = new XMLHttpRequest(); + req.open('POST', 'http://localhost:9090/' + filename, true); + req.send(data); + } + + globalVar.loadBinaryResource = function (url) { + const req = new XMLHttpRequest() + req.open('GET', prefix + url, false); + // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] + req.overrideMimeType('text/plain; charset=x-user-defined'); + req.send(null); + if (req.status !== 200) { + throw new Error('Unable to load file'); + } + + var responseText = req.responseText; + return responseText; + } +} + +function resetFile(pdfFile) { + pdfFile = pdfFile.replace(/\/CreationDate \(D:(.*?)\)/, '/CreationDate (D:19871210000000+00\'00\')'); + pdfFile = pdfFile.replace(/(\/ID \[ (<[0-9a-fA-F]+> ){2}\])/, '/ID [ <00000000000000000000000000000000> <00000000000000000000000000000000> ]'); + pdfFile = pdfFile.replace(/(\/Producer \(jsPDF [1-9].[0-9].[0-9]\))/, '/Producer (jsPDF 1.0.0)'); + return pdfFile; +} +/** + * Find a better way to set this + * @type {Boolean} + */ +globalVar.comparePdf = function (actual, expectedFile, suite, unicodeCleanUp) { + unicodeCleanUp = unicodeCleanUp || true; + var pdf; + if (actual instanceof jsPDF) { + actual = actual.output(); + } else if (typeof actual !== 'string'){ + fail('jsPDF did not supply a PDF as String.') + } + try { + pdf = globalVar.loadBinaryResource('reference/' + expectedFile, unicodeCleanUp); + if (typeof pdf !== 'string') { + throw Error("Error loading 'reference/" + expectedFile + "'"); + } + } catch (error) { + fail(error.message); + globalVar.sendReference('/spec/reference/' + expectedFile, cleanUpUnicode(resetFile(actual.replace(/^\s+|\s+$/g, '')))); + return; + } + var expected = cleanUpUnicode(resetFile(pdf.replace(/^\s+|\s+$/g, ''))); + actual = cleanUpUnicode(resetFile(actual.replace(/^\s+|\s+$/g, ''))); + + expect(actual.replace(/[\r]/g, '')).toEqual(expected.replace(/[\r]/g, '')) +} diff --git a/tests/utils/polyfill.js b/spec/utils/polyfill.js similarity index 93% rename from tests/utils/polyfill.js rename to spec/utils/polyfill.js index df2519c23..4989773c5 100644 --- a/tests/utils/polyfill.js +++ b/spec/utils/polyfill.js @@ -1,6 +1,6 @@ (function (global) { - global.console = undefined; + //global.console = undefined; global.btoa = undefined; global.atob = undefined; Array.prototype.map = undefined; @@ -14,6 +14,8 @@ String.prototype.trimRight = undefined; Number.isInteger = undefined; + global.isNode = false; + }(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')())); // `self` is undefined in Firefox for Android content script context // while `this` is nsIContentFrameMessageManager diff --git a/tests/utils/reference-server.js b/spec/utils/reference-server.js similarity index 100% rename from tests/utils/reference-server.js rename to spec/utils/reference-server.js diff --git a/tests/vFS/standard.spec.js b/spec/vfs.spec.js similarity index 95% rename from tests/vFS/standard.spec.js rename to spec/vfs.spec.js index cabcb0e25..e973d1ec6 100644 --- a/tests/vFS/standard.spec.js +++ b/spec/vfs.spec.js @@ -1,35 +1,35 @@ - -describe('vFS', () => { - it('addFileToVFS and positive getFileFromVFS', () => { - var doc = new jsPDF('p','pt', 'a4'); - doc.addFileToVFS('test.pdf', 'BADFACE'); - expect(doc.getFileFromVFS('test.pdf')).toEqual('BADFACE'); - doc.addFileToVFS('test2.pdf', 'BADFACE2'); - expect(doc.getFileFromVFS('test2.pdf')).toEqual('BADFACE2'); - doc.addFileToVFS('test.pdf', 'BADFACE'); - expect(doc.getFileFromVFS('test.pdf')).toEqual('BADFACE'); - }) - it('addFileToVFS and check if getFileFromVFS works...', () => { - var doc = new jsPDF('p','pt', 'a4'); - doc.addFileToVFS('test.pdf', 'BADFACE'); - expect(doc.getFileFromVFS('test.pdf')).toEqual('BADFACE'); - var doc = new jsPDF('p','pt', 'a4'); - doc.addFileToVFS('test.pdf', 'BADFACE'); - expect(doc.getFileFromVFS('test.pdf')).toEqual('BADFACE'); - doc.addFileToVFS('test2.pdf', 'BADFACE2'); - expect(doc.getFileFromVFS('test2.pdf')).toEqual('BADFACE2'); - }) - it('getFileFromVFS null', () => { - var doc = new jsPDF('p','pt', 'a4'); - expect(doc.getFileFromVFS('test.pdf')).toEqual(null); - }) - it('existsFileInVFS false', () => { - var doc = new jsPDF('p','pt', 'a4'); - expect(doc.existsFileInVFS('test.pdf')).toEqual(false); - }) - it('existsFileInVFS true', () => { - var doc = new jsPDF('p','pt', 'a4'); - doc.addFileToVFS('test.pdf', 'BADFACE'); - expect(doc.existsFileInVFS('test.pdf')).toEqual(true); - }) + +describe('Module: vFS', () => { + it('addFileToVFS and positive getFileFromVFS', () => { + var doc = new jsPDF('p','pt', 'a4'); + doc.addFileToVFS('test.pdf', 'BADFACE'); + expect(doc.getFileFromVFS('test.pdf')).toEqual('BADFACE'); + doc.addFileToVFS('test2.pdf', 'BADFACE2'); + expect(doc.getFileFromVFS('test2.pdf')).toEqual('BADFACE2'); + doc.addFileToVFS('test.pdf', 'BADFACE'); + expect(doc.getFileFromVFS('test.pdf')).toEqual('BADFACE'); + }) + it('addFileToVFS and check if getFileFromVFS works...', () => { + var doc = new jsPDF('p','pt', 'a4'); + doc.addFileToVFS('test.pdf', 'BADFACE'); + expect(doc.getFileFromVFS('test.pdf')).toEqual('BADFACE'); + var doc = new jsPDF('p','pt', 'a4'); + doc.addFileToVFS('test.pdf', 'BADFACE'); + expect(doc.getFileFromVFS('test.pdf')).toEqual('BADFACE'); + doc.addFileToVFS('test2.pdf', 'BADFACE2'); + expect(doc.getFileFromVFS('test2.pdf')).toEqual('BADFACE2'); + }) + it('getFileFromVFS null', () => { + var doc = new jsPDF('p','pt', 'a4'); + expect(doc.getFileFromVFS('test.pdf')).toEqual(null); + }) + it('existsFileInVFS false', () => { + var doc = new jsPDF('p','pt', 'a4'); + expect(doc.existsFileInVFS('test.pdf')).toEqual(false); + }) + it('existsFileInVFS true', () => { + var doc = new jsPDF('p','pt', 'a4'); + doc.addFileToVFS('test.pdf', 'BADFACE'); + expect(doc.existsFileInVFS('test.pdf')).toEqual(true); + }) }); \ No newline at end of file diff --git a/tests/viewerpreferences/standard.spec.js b/spec/viewerpreferences.spec.js similarity index 98% rename from tests/viewerpreferences/standard.spec.js rename to spec/viewerpreferences.spec.js index dd9f3322a..53ead9094 100644 --- a/tests/viewerpreferences/standard.spec.js +++ b/spec/viewerpreferences.spec.js @@ -6,7 +6,7 @@ * These tests return the datauristring so that reference files can be generated. * We compare the exact output. */ -describe('viewerpreferences plugin', () => { +describe('Module: ViewerPreferences', () => { it('HideToolbar', () => { const doc = new jsPDF() doc.text(10, 10, 'This is a test') diff --git a/tests/addimage/webp.spec.js b/spec/webp.spec.js similarity index 99% rename from tests/addimage/webp.spec.js rename to spec/webp.spec.js index d685bf673..4a42854a8 100644 --- a/tests/addimage/webp.spec.js +++ b/spec/webp.spec.js @@ -4,7 +4,7 @@ * Standard spec tests */ -describe('Plugin: addimage', () => { +describe('Module: WebPSupport', () => { it('webp', () => { var webp = 'data:image/webp;base64,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'; diff --git a/src/jspdf.js b/src/jspdf.js index 9dccc47ae..fb086d491 100644 --- a/src/jspdf.js +++ b/src/jspdf.js @@ -1,5 +1,6 @@ /* global saveAs, define, RGBColor */ -(function (global) { +// eslint-disable-next-line no-unused-vars +var jsPDF = (function (global) { 'use strict'; /** @@ -81,7 +82,7 @@ * Possible values are "pt" (points), "mm", "cm", "m", "in" or "px". * @param {string/Array} [options.format=a4] The format of the first page. Can be:

    • a0 - a10
    • b0 - b10
    • c0 - c10
    • dl
    • letter
    • government-letter
    • legal
    • junior-legal
    • ledger
    • tabloid
    • credit-card

    * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] - * @param {boolean} [options.putOnlyUsedFonts=true] Only put fonts into the PDF, which were used. + * @param {boolean} [options.putOnlyUsedFonts=false] Only put fonts into the PDF, which were used. * @param {boolean} [options.compress=false] Compress the generated PDF. * @param {number} [options.precision=2] Precision of the element-positions. * @param {number} [options.userUnit=1.0] Not to be confused with the base unit. Please inform yourself before you use it. @@ -304,8 +305,8 @@ var hour = parseInt(parmPDFDate.substr(10, 2), 10); var minutes = parseInt(parmPDFDate.substr(12, 2), 10); var seconds = parseInt(parmPDFDate.substr(14, 2), 10); - var timeZoneHour = parseInt(parmPDFDate.substr(16, 2), 10); - var timeZoneMinutes = parseInt(parmPDFDate.substr(20, 2), 10); + // var timeZoneHour = parseInt(parmPDFDate.substr(16, 2), 10); + // var timeZoneMinutes = parseInt(parmPDFDate.substr(20, 2), 10); var resultingDate = new Date(year, month, date, hour, minutes, seconds, 0); return resultingDate; @@ -1613,10 +1614,9 @@ var putFontDict = function() { out('/Font <<'); - // Do this for each font, the '1' bit is the index of the font for (var fontKey in fonts) { if (fonts.hasOwnProperty(fontKey)) { - if (putOnlyUsedFonts === false || (putOnlyUsedFonts === true && usedFonts.hasOwnProperty(fontKey))) { + if (putOnlyUsedFonts === true && usedFonts.hasOwnProperty(fontKey)) { out('/' + fontKey + ' ' + fonts[fontKey].objectNumber + ' 0 R'); } } @@ -2287,15 +2287,21 @@ } return 'data:application/pdf;filename=' + options.filename + ';base64,' + dataURI; case 'pdfobjectnewwindow': - var pdfObjectUrl = options.pdfObjectUrl || 'https://cdnjs.cloudflare.com/ajax/libs/pdfobject/2.1.1/pdfobject.min.js'; - var htmlForNewWindow = '' + '' + '' + '' + '' + ''; - var nW = global.open(); - - if (nW !== null) { - nW.document.write(htmlForNewWindow); + if (Object.prototype.toString.call(global) === '[object Window]') { + var pdfObjectUrl = options.pdfObjectUrl || 'https://cdnjs.cloudflare.com/ajax/libs/pdfobject/2.1.1/pdfobject.min.js'; + var htmlForNewWindow = '' + '' + '' + '' + '' + ''; + var nW = global.open(); + + if (nW !== null) { + nW.document.write(htmlForNewWindow); + } + return nW; + } else { + throw new Error('The option pdfobjectnewwindow just works in a browser-environment.') } - return nW; + break; case 'pdfjsnewwindow': + if (Object.prototype.toString.call(global) === '[object Window]') { var pdfJsUrl = options.pdfJsUrl || 'examples/PDF.js/web/viewer.html'; var htmlForNewWindow = '' + '' + @@ -2311,7 +2317,12 @@ } } return nW; + } else { + throw new Error('The option pdfjsnewwindow just works in a browser-environment.') + } + break; case 'dataurlnewwindow': + if (Object.prototype.toString.call(global) === '[object Window]') { var htmlForNewWindow = '' + '' + '' + @@ -2322,7 +2333,10 @@ nW.document.write(htmlForNewWindow) } if (nW || typeof safari === "undefined") return nW; - // eslint-disable-next-line no-fallthrough + } else { + throw new Error('The option dataurlnewwindow just works in a browser-environment.') + } + break; case 'datauri': case 'dataurl': return global.document.location.href = this.output('datauristring', options); diff --git a/src/libs/BMPDecoder.js b/src/libs/BMPDecoder.js index 78ad911c6..8aa978b93 100644 --- a/src/libs/BMPDecoder.js +++ b/src/libs/BMPDecoder.js @@ -5,7 +5,7 @@ * */ -function BmpDecoder(buffer,is_with_alpha) { +function BmpDecoder(buffer, is_with_alpha) { this.pos = 0; this.buffer = buffer; this.datav = new DataView(buffer.buffer); @@ -13,42 +13,42 @@ function BmpDecoder(buffer,is_with_alpha) { this.bottom_up = true; this.flag = String.fromCharCode(this.buffer[0]) + String.fromCharCode(this.buffer[1]); this.pos += 2; - if (["BM","BA", "CI", "CP", "IC", "PT"].indexOf(this.flag) === -1) throw new Error("Invalid BMP File"); + if (["BM", "BA", "CI", "CP", "IC", "PT"].indexOf(this.flag) === -1) throw new Error("Invalid BMP File"); this.parseHeader(); this.parseBGR(); } -BmpDecoder.prototype.parseHeader = function() { - this.fileSize = this.datav.getUint32(this.pos, true); +BmpDecoder.prototype.parseHeader = function () { + this.fileSize = this.datav.getUint32(this.pos, true); this.pos += 4; - this.reserved = this.datav.getUint32(this.pos, true); + this.reserved = this.datav.getUint32(this.pos, true); this.pos += 4; - this.offset = this.datav.getUint32(this.pos, true); + this.offset = this.datav.getUint32(this.pos, true); this.pos += 4; - this.headerSize = this.datav.getUint32(this.pos, true); + this.headerSize = this.datav.getUint32(this.pos, true); this.pos += 4; - this.width = this.datav.getUint32(this.pos, true); + this.width = this.datav.getUint32(this.pos, true); this.pos += 4; - this.height = this.datav.getInt32(this.pos, true); ; + this.height = this.datav.getInt32(this.pos, true); this.pos += 4; - this.planes = this.datav.getUint16(this.pos, true); + this.planes = this.datav.getUint16(this.pos, true); this.pos += 2; - this.bitPP = this.datav.getUint16(this.pos, true); + this.bitPP = this.datav.getUint16(this.pos, true); this.pos += 2; - this.compress = this.datav.getUint32(this.pos, true); + this.compress = this.datav.getUint32(this.pos, true); this.pos += 4; - this.rawSize = this.datav.getUint32(this.pos, true); + this.rawSize = this.datav.getUint32(this.pos, true); this.pos += 4; - this.hr = this.datav.getUint32(this.pos, true); + this.hr = this.datav.getUint32(this.pos, true); this.pos += 4; - this.vr = this.datav.getUint32(this.pos, true); + this.vr = this.datav.getUint32(this.pos, true); this.pos += 4; - this.colors = this.datav.getUint32(this.pos, true); + this.colors = this.datav.getUint32(this.pos, true); this.pos += 4; - this.importantColors = this.datav.getUint32(this.pos, true); + this.importantColors = this.datav.getUint32(this.pos, true); this.pos += 4; - if(this.bitPP === 16 && this.is_with_alpha){ + if (this.bitPP === 16 && this.is_with_alpha) { this.bitPP = 15 } if (this.bitPP < 15) { @@ -67,14 +67,13 @@ BmpDecoder.prototype.parseHeader = function() { }; } } - if(this.height < 0) { + if (this.height < 0) { this.height *= -1; this.bottom_up = false; } - } -BmpDecoder.prototype.parseBGR = function() { +BmpDecoder.prototype.parseBGR = function () { this.pos = this.offset; try { var bitn = "bit" + this.bitPP; @@ -85,48 +84,47 @@ BmpDecoder.prototype.parseBGR = function() { } catch (e) { console.log("bit decode error:" + e); } - }; -BmpDecoder.prototype.bit1 = function() { +BmpDecoder.prototype.bit1 = function () { var xlen = Math.ceil(this.width / 8); - var mode = xlen%4; + var mode = xlen % 4; var y = this.height >= 0 ? this.height - 1 : -this.height - for (var y = this.height - 1; y >= 0; y--) { + for (y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y for (var x = 0; x < xlen; x++) { var b = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x*8*4; + var location = line * this.width * 4 + x * 8 * 4; for (var i = 0; i < 8; i++) { - if(x*8+i>(7-i))&0x1)]; - this.data[location+i*4] = rgb.blue; - this.data[location+i*4 + 1] = rgb.green; - this.data[location+i*4 + 2] = rgb.red; - this.data[location+i*4 + 3] = 0xFF; - }else{ + if (x * 8 + i < this.width) { + var rgb = this.palette[((b >> (7 - i)) & 0x1)]; + this.data[location + i * 4] = rgb.blue; + this.data[location + i * 4 + 1] = rgb.green; + this.data[location + i * 4 + 2] = rgb.red; + this.data[location + i * 4 + 3] = 0xFF; + } else { break; } } } - if (mode !== 0){ - this.pos+=(4 - mode); + if (mode !== 0) { + this.pos += (4 - mode); } } }; -BmpDecoder.prototype.bit4 = function() { - var xlen = Math.ceil(this.width/2); - var mode = xlen%4; +BmpDecoder.prototype.bit4 = function () { + var xlen = Math.ceil(this.width / 2); + var mode = xlen % 4; for (var y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y for (var x = 0; x < xlen; x++) { var b = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x*2*4; + var location = line * this.width * 4 + x * 2 * 4; - var before = b>>4; - var after = b&0x0F; + var before = b >> 4; + var after = b & 0x0F; var rgb = this.palette[before]; this.data[location] = rgb.blue; @@ -134,30 +132,29 @@ BmpDecoder.prototype.bit4 = function() { this.data[location + 2] = rgb.red; this.data[location + 3] = 0xFF; - if(x*2+1>=this.width)break; + if (x * 2 + 1 >= this.width) break; rgb = this.palette[after]; - this.data[location+4] = rgb.blue; - this.data[location+4 + 1] = rgb.green; - this.data[location+4 + 2] = rgb.red; - this.data[location+4 + 3] = 0xFF; + this.data[location + 4] = rgb.blue; + this.data[location + 4 + 1] = rgb.green; + this.data[location + 4 + 2] = rgb.red; + this.data[location + 4 + 3] = 0xFF; } - if (mode !== 0){ - this.pos+=(4 - mode); + if (mode !== 0) { + this.pos += (4 - mode); } } - }; -BmpDecoder.prototype.bit8 = function() { - var mode = this.width%4; +BmpDecoder.prototype.bit8 = function () { + var mode = this.width % 4; for (var y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y for (var x = 0; x < this.width; x++) { var b = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x*4; - if(b < this.palette.length) { + var location = line * this.width * 4 + x * 4; + if (b < this.palette.length) { var rgb = this.palette[b]; this.data[location] = rgb.red; this.data[location + 1] = rgb.green; @@ -170,25 +167,25 @@ BmpDecoder.prototype.bit8 = function() { this.data[location + 3] = 0xFF; } } - if (mode !== 0){ - this.pos+=(4 - mode); + if (mode !== 0) { + this.pos += (4 - mode); } } }; -BmpDecoder.prototype.bit15 = function() { - var dif_w =this.width % 3; - var _11111 = parseInt("11111", 2),_1_5 = _11111; +BmpDecoder.prototype.bit15 = function () { + var dif_w = this.width % 3; + var _11111 = parseInt("11111", 2), _1_5 = _11111; for (var y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y for (var x = 0; x < this.width; x++) { - var B = this.datav.getUint16(this.pos, true); - this.pos+=2; + var B = this.datav.getUint16(this.pos, true); + this.pos += 2; var blue = (B & _1_5) / _1_5 * 255 | 0; - var green = (B >> 5 & _1_5 ) / _1_5 * 255 | 0; + var green = (B >> 5 & _1_5) / _1_5 * 255 | 0; var red = (B >> 10 & _1_5) / _1_5 * 255 | 0; - var alpha = (B>>15)?0xFF:0x00; + var alpha = (B >> 15) ? 0xFF : 0x00; var location = line * this.width * 4 + x * 4; this.data[location] = red; @@ -201,19 +198,19 @@ BmpDecoder.prototype.bit15 = function() { } }; -BmpDecoder.prototype.bit16 = function() { - var dif_w =this.width % 3; - var _11111 = parseInt("11111", 2),_1_5 = _11111; - var _111111 = parseInt("111111", 2),_1_6 = _111111; +BmpDecoder.prototype.bit16 = function () { + var dif_w = this.width % 3; + var _11111 = parseInt("11111", 2), _1_5 = _11111; + var _111111 = parseInt("111111", 2), _1_6 = _111111; for (var y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y for (var x = 0; x < this.width; x++) { - var B = this.datav.getUint16(this.pos, true); - this.pos+=2; + var B = this.datav.getUint16(this.pos, true); + this.pos += 2; var alpha = 0xFF; var blue = (B & _1_5) / _1_5 * 255 | 0; - var green = (B >> 5 & _1_6 ) / _1_6 * 255 | 0; + var green = (B >> 5 & _1_6) / _1_6 * 255 | 0; var red = (B >> 11) / _1_5 * 255 | 0; var location = line * this.width * 4 + x * 4; @@ -227,7 +224,7 @@ BmpDecoder.prototype.bit16 = function() { } }; -BmpDecoder.prototype.bit24 = function() { +BmpDecoder.prototype.bit24 = function () { //when height > 0 for (var y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y @@ -244,14 +241,13 @@ BmpDecoder.prototype.bit24 = function() { //skip extra bytes this.pos += (this.width % 4); } - }; /** * add 32bit decode func * @author soubok */ -BmpDecoder.prototype.bit32 = function() { +BmpDecoder.prototype.bit32 = function () { //when height > 0 for (var y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y @@ -269,12 +265,11 @@ BmpDecoder.prototype.bit32 = function() { //skip extra bytes //this.pos += (this.width % 4); } - }; -BmpDecoder.prototype.getData = function() { +BmpDecoder.prototype.getData = function () { return this.data; }; - -try { exports.BmpDecoder = BmpDecoder;} catch(e) { } // CommonJS. \ No newline at end of file +// eslint-disable-next-line no-empty +try { exports.BmpDecoder = BmpDecoder; } catch (e) { } // CommonJS. \ No newline at end of file diff --git a/src/libs/JPEGEncoder.js b/src/libs/JPEGEncoder.js index 5fe28788e..a0f810b6c 100644 --- a/src/libs/JPEGEncoder.js +++ b/src/libs/JPEGEncoder.js @@ -36,8 +36,6 @@ Basic GUI blocking jpeg encoder */ function JPEGEncoder(quality) { - var self = this; - var fround = Math.round; var ffloor = Math.floor; var YTable = new Array(64); var UVTable = new Array(64); @@ -47,7 +45,7 @@ function JPEGEncoder(quality) { var UVDC_HT; var YAC_HT; var UVAC_HT; - + var bitcode = new Array(65535); var category = new Array(65535); var outputfDCTQuant = new Array(64); @@ -55,674 +53,655 @@ function JPEGEncoder(quality) { var byteout = []; var bytenew = 0; var bytepos = 7; - + var YDU = new Array(64); var UDU = new Array(64); var VDU = new Array(64); var clt = new Array(256); var RGB_YUV_TABLE = new Array(2048); var currentQuality; - + var ZigZag = [ - 0, 1, 5, 6,14,15,27,28, - 2, 4, 7,13,16,26,29,42, - 3, 8,12,17,25,30,41,43, - 9,11,18,24,31,40,44,53, - 10,19,23,32,39,45,52,54, - 20,22,33,38,46,51,55,60, - 21,34,37,47,50,56,59,61, - 35,36,48,49,57,58,62,63 - ]; - - var std_dc_luminance_nrcodes = [0,0,1,5,1,1,1,1,1,1,0,0,0,0,0,0,0]; - var std_dc_luminance_values = [0,1,2,3,4,5,6,7,8,9,10,11]; - var std_ac_luminance_nrcodes = [0,0,2,1,3,3,2,4,3,5,5,4,4,0,0,1,0x7d]; + 0, 1, 5, 6, 14, 15, 27, 28, + 2, 4, 7, 13, 16, 26, 29, 42, + 3, 8, 12, 17, 25, 30, 41, 43, + 9, 11, 18, 24, 31, 40, 44, 53, + 10, 19, 23, 32, 39, 45, 52, 54, + 20, 22, 33, 38, 46, 51, 55, 60, + 21, 34, 37, 47, 50, 56, 59, 61, + 35, 36, 48, 49, 57, 58, 62, 63 + ]; + + var std_dc_luminance_nrcodes = [0, 0, 1, 5, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0]; + var std_dc_luminance_values = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]; + var std_ac_luminance_nrcodes = [0, 0, 2, 1, 3, 3, 2, 4, 3, 5, 5, 4, 4, 0, 0, 1, 0x7d]; var std_ac_luminance_values = [ - 0x01,0x02,0x03,0x00,0x04,0x11,0x05,0x12, - 0x21,0x31,0x41,0x06,0x13,0x51,0x61,0x07, - 0x22,0x71,0x14,0x32,0x81,0x91,0xa1,0x08, - 0x23,0x42,0xb1,0xc1,0x15,0x52,0xd1,0xf0, - 0x24,0x33,0x62,0x72,0x82,0x09,0x0a,0x16, - 0x17,0x18,0x19,0x1a,0x25,0x26,0x27,0x28, - 0x29,0x2a,0x34,0x35,0x36,0x37,0x38,0x39, - 0x3a,0x43,0x44,0x45,0x46,0x47,0x48,0x49, - 0x4a,0x53,0x54,0x55,0x56,0x57,0x58,0x59, - 0x5a,0x63,0x64,0x65,0x66,0x67,0x68,0x69, - 0x6a,0x73,0x74,0x75,0x76,0x77,0x78,0x79, - 0x7a,0x83,0x84,0x85,0x86,0x87,0x88,0x89, - 0x8a,0x92,0x93,0x94,0x95,0x96,0x97,0x98, - 0x99,0x9a,0xa2,0xa3,0xa4,0xa5,0xa6,0xa7, - 0xa8,0xa9,0xaa,0xb2,0xb3,0xb4,0xb5,0xb6, - 0xb7,0xb8,0xb9,0xba,0xc2,0xc3,0xc4,0xc5, - 0xc6,0xc7,0xc8,0xc9,0xca,0xd2,0xd3,0xd4, - 0xd5,0xd6,0xd7,0xd8,0xd9,0xda,0xe1,0xe2, - 0xe3,0xe4,0xe5,0xe6,0xe7,0xe8,0xe9,0xea, - 0xf1,0xf2,0xf3,0xf4,0xf5,0xf6,0xf7,0xf8, - 0xf9,0xfa - ]; - - var std_dc_chrominance_nrcodes = [0,0,3,1,1,1,1,1,1,1,1,1,0,0,0,0,0]; - var std_dc_chrominance_values = [0,1,2,3,4,5,6,7,8,9,10,11]; - var std_ac_chrominance_nrcodes = [0,0,2,1,2,4,4,3,4,7,5,4,4,0,1,2,0x77]; + 0x01, 0x02, 0x03, 0x00, 0x04, 0x11, 0x05, 0x12, + 0x21, 0x31, 0x41, 0x06, 0x13, 0x51, 0x61, 0x07, + 0x22, 0x71, 0x14, 0x32, 0x81, 0x91, 0xa1, 0x08, + 0x23, 0x42, 0xb1, 0xc1, 0x15, 0x52, 0xd1, 0xf0, + 0x24, 0x33, 0x62, 0x72, 0x82, 0x09, 0x0a, 0x16, + 0x17, 0x18, 0x19, 0x1a, 0x25, 0x26, 0x27, 0x28, + 0x29, 0x2a, 0x34, 0x35, 0x36, 0x37, 0x38, 0x39, + 0x3a, 0x43, 0x44, 0x45, 0x46, 0x47, 0x48, 0x49, + 0x4a, 0x53, 0x54, 0x55, 0x56, 0x57, 0x58, 0x59, + 0x5a, 0x63, 0x64, 0x65, 0x66, 0x67, 0x68, 0x69, + 0x6a, 0x73, 0x74, 0x75, 0x76, 0x77, 0x78, 0x79, + 0x7a, 0x83, 0x84, 0x85, 0x86, 0x87, 0x88, 0x89, + 0x8a, 0x92, 0x93, 0x94, 0x95, 0x96, 0x97, 0x98, + 0x99, 0x9a, 0xa2, 0xa3, 0xa4, 0xa5, 0xa6, 0xa7, + 0xa8, 0xa9, 0xaa, 0xb2, 0xb3, 0xb4, 0xb5, 0xb6, + 0xb7, 0xb8, 0xb9, 0xba, 0xc2, 0xc3, 0xc4, 0xc5, + 0xc6, 0xc7, 0xc8, 0xc9, 0xca, 0xd2, 0xd3, 0xd4, + 0xd5, 0xd6, 0xd7, 0xd8, 0xd9, 0xda, 0xe1, 0xe2, + 0xe3, 0xe4, 0xe5, 0xe6, 0xe7, 0xe8, 0xe9, 0xea, + 0xf1, 0xf2, 0xf3, 0xf4, 0xf5, 0xf6, 0xf7, 0xf8, + 0xf9, 0xfa + ]; + + var std_dc_chrominance_nrcodes = [0, 0, 3, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0]; + var std_dc_chrominance_values = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]; + var std_ac_chrominance_nrcodes = [0, 0, 2, 1, 2, 4, 4, 3, 4, 7, 5, 4, 4, 0, 1, 2, 0x77]; var std_ac_chrominance_values = [ - 0x00,0x01,0x02,0x03,0x11,0x04,0x05,0x21, - 0x31,0x06,0x12,0x41,0x51,0x07,0x61,0x71, - 0x13,0x22,0x32,0x81,0x08,0x14,0x42,0x91, - 0xa1,0xb1,0xc1,0x09,0x23,0x33,0x52,0xf0, - 0x15,0x62,0x72,0xd1,0x0a,0x16,0x24,0x34, - 0xe1,0x25,0xf1,0x17,0x18,0x19,0x1a,0x26, - 0x27,0x28,0x29,0x2a,0x35,0x36,0x37,0x38, - 0x39,0x3a,0x43,0x44,0x45,0x46,0x47,0x48, - 0x49,0x4a,0x53,0x54,0x55,0x56,0x57,0x58, - 0x59,0x5a,0x63,0x64,0x65,0x66,0x67,0x68, - 0x69,0x6a,0x73,0x74,0x75,0x76,0x77,0x78, - 0x79,0x7a,0x82,0x83,0x84,0x85,0x86,0x87, - 0x88,0x89,0x8a,0x92,0x93,0x94,0x95,0x96, - 0x97,0x98,0x99,0x9a,0xa2,0xa3,0xa4,0xa5, - 0xa6,0xa7,0xa8,0xa9,0xaa,0xb2,0xb3,0xb4, - 0xb5,0xb6,0xb7,0xb8,0xb9,0xba,0xc2,0xc3, - 0xc4,0xc5,0xc6,0xc7,0xc8,0xc9,0xca,0xd2, - 0xd3,0xd4,0xd5,0xd6,0xd7,0xd8,0xd9,0xda, - 0xe2,0xe3,0xe4,0xe5,0xe6,0xe7,0xe8,0xe9, - 0xea,0xf2,0xf3,0xf4,0xf5,0xf6,0xf7,0xf8, - 0xf9,0xfa + 0x00, 0x01, 0x02, 0x03, 0x11, 0x04, 0x05, 0x21, + 0x31, 0x06, 0x12, 0x41, 0x51, 0x07, 0x61, 0x71, + 0x13, 0x22, 0x32, 0x81, 0x08, 0x14, 0x42, 0x91, + 0xa1, 0xb1, 0xc1, 0x09, 0x23, 0x33, 0x52, 0xf0, + 0x15, 0x62, 0x72, 0xd1, 0x0a, 0x16, 0x24, 0x34, + 0xe1, 0x25, 0xf1, 0x17, 0x18, 0x19, 0x1a, 0x26, + 0x27, 0x28, 0x29, 0x2a, 0x35, 0x36, 0x37, 0x38, + 0x39, 0x3a, 0x43, 0x44, 0x45, 0x46, 0x47, 0x48, + 0x49, 0x4a, 0x53, 0x54, 0x55, 0x56, 0x57, 0x58, + 0x59, 0x5a, 0x63, 0x64, 0x65, 0x66, 0x67, 0x68, + 0x69, 0x6a, 0x73, 0x74, 0x75, 0x76, 0x77, 0x78, + 0x79, 0x7a, 0x82, 0x83, 0x84, 0x85, 0x86, 0x87, + 0x88, 0x89, 0x8a, 0x92, 0x93, 0x94, 0x95, 0x96, + 0x97, 0x98, 0x99, 0x9a, 0xa2, 0xa3, 0xa4, 0xa5, + 0xa6, 0xa7, 0xa8, 0xa9, 0xaa, 0xb2, 0xb3, 0xb4, + 0xb5, 0xb6, 0xb7, 0xb8, 0xb9, 0xba, 0xc2, 0xc3, + 0xc4, 0xc5, 0xc6, 0xc7, 0xc8, 0xc9, 0xca, 0xd2, + 0xd3, 0xd4, 0xd5, 0xd6, 0xd7, 0xd8, 0xd9, 0xda, + 0xe2, 0xe3, 0xe4, 0xe5, 0xe6, 0xe7, 0xe8, 0xe9, + 0xea, 0xf2, 0xf3, 0xf4, 0xf5, 0xf6, 0xf7, 0xf8, + 0xf9, 0xfa + ]; + + function initQuantTables(sf) { + var YQT = [ + 16, 11, 10, 16, 24, 40, 51, 61, + 12, 12, 14, 19, 26, 58, 60, 55, + 14, 13, 16, 24, 40, 57, 69, 56, + 14, 17, 22, 29, 51, 87, 80, 62, + 18, 22, 37, 56, 68, 109, 103, 77, + 24, 35, 55, 64, 81, 104, 113, 92, + 49, 64, 78, 87, 103, 121, 120, 101, + 72, 92, 95, 98, 112, 100, 103, 99 ]; - - function initQuantTables(sf){ - var YQT = [ - 16, 11, 10, 16, 24, 40, 51, 61, - 12, 12, 14, 19, 26, 58, 60, 55, - 14, 13, 16, 24, 40, 57, 69, 56, - 14, 17, 22, 29, 51, 87, 80, 62, - 18, 22, 37, 56, 68,109,103, 77, - 24, 35, 55, 64, 81,104,113, 92, - 49, 64, 78, 87,103,121,120,101, - 72, 92, 95, 98,112,100,103, 99 - ]; - - for (var i = 0; i < 64; i++) { - var t = ffloor((YQT[i]*sf+50)/100); - if (t < 1) { - t = 1; - } else if (t > 255) { - t = 255; - } - YTable[ZigZag[i]] = t; - } - var UVQT = [ - 17, 18, 24, 47, 99, 99, 99, 99, - 18, 21, 26, 66, 99, 99, 99, 99, - 24, 26, 56, 99, 99, 99, 99, 99, - 47, 66, 99, 99, 99, 99, 99, 99, - 99, 99, 99, 99, 99, 99, 99, 99, - 99, 99, 99, 99, 99, 99, 99, 99, - 99, 99, 99, 99, 99, 99, 99, 99, - 99, 99, 99, 99, 99, 99, 99, 99 - ]; - for (var j = 0; j < 64; j++) { - var u = ffloor((UVQT[j]*sf+50)/100); - if (u < 1) { - u = 1; - } else if (u > 255) { - u = 255; - } - UVTable[ZigZag[j]] = u; - } - var aasf = [ - 1.0, 1.387039845, 1.306562965, 1.175875602, - 1.0, 0.785694958, 0.541196100, 0.275899379 - ]; - var k = 0; - for (var row = 0; row < 8; row++) - { - for (var col = 0; col < 8; col++) - { - fdtbl_Y[k] = (1.0 / (YTable [ZigZag[k]] * aasf[row] * aasf[col] * 8.0)); - fdtbl_UV[k] = (1.0 / (UVTable[ZigZag[k]] * aasf[row] * aasf[col] * 8.0)); - k++; - } + + for (var i = 0; i < 64; i++) { + var t = ffloor((YQT[i] * sf + 50) / 100); + if (t < 1) { + t = 1; + } else if (t > 255) { + t = 255; } + YTable[ZigZag[i]] = t; } - - function computeHuffmanTbl(nrcodes, std_table){ - var codevalue = 0; - var pos_in_table = 0; - var HT = new Array(); - for (var k = 1; k <= 16; k++) { - for (var j = 1; j <= nrcodes[k]; j++) { - HT[std_table[pos_in_table]] = []; - HT[std_table[pos_in_table]][0] = codevalue; - HT[std_table[pos_in_table]][1] = k; - pos_in_table++; - codevalue++; - } - codevalue*=2; - } - return HT; - } - - function initHuffmanTbl() - { - YDC_HT = computeHuffmanTbl(std_dc_luminance_nrcodes,std_dc_luminance_values); - UVDC_HT = computeHuffmanTbl(std_dc_chrominance_nrcodes,std_dc_chrominance_values); - YAC_HT = computeHuffmanTbl(std_ac_luminance_nrcodes,std_ac_luminance_values); - UVAC_HT = computeHuffmanTbl(std_ac_chrominance_nrcodes,std_ac_chrominance_values); - } - - function initCategoryNumber() - { - var nrlower = 1; - var nrupper = 2; - for (var cat = 1; cat <= 15; cat++) { - //Positive numbers - for (var nr = nrlower; nr 255) { + u = 255; } + UVTable[ZigZag[j]] = u; } - - function initRGBYUVTable() { - for(var i = 0; i < 256;i++) { - RGB_YUV_TABLE[i] = 19595 * i; - RGB_YUV_TABLE[(i+ 256)>>0] = 38470 * i; - RGB_YUV_TABLE[(i+ 512)>>0] = 7471 * i + 0x8000; - RGB_YUV_TABLE[(i+ 768)>>0] = -11059 * i; - RGB_YUV_TABLE[(i+1024)>>0] = -21709 * i; - RGB_YUV_TABLE[(i+1280)>>0] = 32768 * i + 0x807FFF; - RGB_YUV_TABLE[(i+1536)>>0] = -27439 * i; - RGB_YUV_TABLE[(i+1792)>>0] = - 5329 * i; + var aasf = [ + 1.0, 1.387039845, 1.306562965, 1.175875602, + 1.0, 0.785694958, 0.541196100, 0.275899379 + ]; + var k = 0; + for (var row = 0; row < 8; row++) { + for (var col = 0; col < 8; col++) { + fdtbl_Y[k] = (1.0 / (YTable[ZigZag[k]] * aasf[row] * aasf[col] * 8.0)); + fdtbl_UV[k] = (1.0 / (UVTable[ZigZag[k]] * aasf[row] * aasf[col] * 8.0)); + k++; } } - - // IO functions - function writeBits(bs) - { - var value = bs[0]; - var posval = bs[1]-1; - while ( posval >= 0 ) { - if (value & (1 << posval) ) { - bytenew |= (1 << bytepos); - } - posval--; - bytepos--; - if (bytepos < 0) { - if (bytenew == 0xFF) { - writeByte(0xFF); - writeByte(0); - } - else { - writeByte(bytenew); - } - bytepos=7; - bytenew=0; - } + } + + function computeHuffmanTbl(nrcodes, std_table) { + var codevalue = 0; + var pos_in_table = 0; + var HT = new Array(); + for (var k = 1; k <= 16; k++) { + for (var j = 1; j <= nrcodes[k]; j++) { + HT[std_table[pos_in_table]] = []; + HT[std_table[pos_in_table]][0] = codevalue; + HT[std_table[pos_in_table]][1] = k; + pos_in_table++; + codevalue++; } + codevalue *= 2; } - - function writeByte(value) - { - //byteout.push(clt[value]); // write char directly instead of converting later - byteout.push(value); - } - - function writeWord(value) - { - writeByte((value>>8)&0xFF); - writeByte((value )&0xFF); - } - - // DCT & quantization core - function fDCTQuant(data, fdtbl) - { - var d0, d1, d2, d3, d4, d5, d6, d7; - /* Pass 1: process rows. */ - var dataOff=0; - var i; - var I8 = 8; - var I64 = 64; - for (i=0; i 0.0) ? ((fDCTQuant + 0.5)|0) : ((fDCTQuant - 0.5)|0); - //outputfDCTQuant[i] = fround(fDCTQuant); + return HT; + } + function initHuffmanTbl() { + YDC_HT = computeHuffmanTbl(std_dc_luminance_nrcodes, std_dc_luminance_values); + UVDC_HT = computeHuffmanTbl(std_dc_chrominance_nrcodes, std_dc_chrominance_values); + YAC_HT = computeHuffmanTbl(std_ac_luminance_nrcodes, std_ac_luminance_values); + UVAC_HT = computeHuffmanTbl(std_ac_chrominance_nrcodes, std_ac_chrominance_values); + } + + function initCategoryNumber() { + var nrlower = 1; + var nrupper = 2; + for (var cat = 1; cat <= 15; cat++) { + //Positive numbers + for (var nr = nrlower; nr < nrupper; nr++) { + category[32767 + nr] = cat; + bitcode[32767 + nr] = []; + bitcode[32767 + nr][1] = cat; + bitcode[32767 + nr][0] = nr; } - return outputfDCTQuant; - } - - function writeAPP0() - { - writeWord(0xFFE0); // marker - writeWord(16); // length - writeByte(0x4A); // J - writeByte(0x46); // F - writeByte(0x49); // I - writeByte(0x46); // F - writeByte(0); // = "JFIF",'\0' - writeByte(1); // versionhi - writeByte(1); // versionlo - writeByte(0); // xyunits - writeWord(1); // xdensity - writeWord(1); // ydensity - writeByte(0); // thumbnwidth - writeByte(0); // thumbnheight - } - - function writeSOF0(width, height) - { - writeWord(0xFFC0); // marker - writeWord(17); // length, truecolor YUV JPG - writeByte(8); // precision - writeWord(height); - writeWord(width); - writeByte(3); // nrofcomponents - writeByte(1); // IdY - writeByte(0x11); // HVY - writeByte(0); // QTY - writeByte(2); // IdU - writeByte(0x11); // HVU - writeByte(1); // QTU - writeByte(3); // IdV - writeByte(0x11); // HVV - writeByte(1); // QTV - } - - function writeDQT() - { - writeWord(0xFFDB); // marker - writeWord(132); // length - writeByte(0); - for (var i=0; i<64; i++) { - writeByte(YTable[i]); - } - writeByte(1); - for (var j=0; j<64; j++) { - writeByte(UVTable[j]); + //Negative numbers + for (var nrneg = -(nrupper - 1); nrneg <= -nrlower; nrneg++) { + category[32767 + nrneg] = cat; + bitcode[32767 + nrneg] = []; + bitcode[32767 + nrneg][1] = cat; + bitcode[32767 + nrneg][0] = nrupper - 1 + nrneg; } + nrlower <<= 1; + nrupper <<= 1; } - - function writeDHT() - { - writeWord(0xFFC4); // marker - writeWord(0x01A2); // length - - writeByte(0); // HTYDCinfo - for (var i=0; i<16; i++) { - writeByte(std_dc_luminance_nrcodes[i+1]); - } - for (var j=0; j<=11; j++) { - writeByte(std_dc_luminance_values[j]); - } - - writeByte(0x10); // HTYACinfo - for (var k=0; k<16; k++) { - writeByte(std_ac_luminance_nrcodes[k+1]); - } - for (var l=0; l<=161; l++) { - writeByte(std_ac_luminance_values[l]); - } - - writeByte(1); // HTUDCinfo - for (var m=0; m<16; m++) { - writeByte(std_dc_chrominance_nrcodes[m+1]); - } - for (var n=0; n<=11; n++) { - writeByte(std_dc_chrominance_values[n]); - } - - writeByte(0x11); // HTUACinfo - for (var o=0; o<16; o++) { - writeByte(std_ac_chrominance_nrcodes[o+1]); - } - for (var p=0; p<=161; p++) { - writeByte(std_ac_chrominance_values[p]); - } + } + + function initRGBYUVTable() { + for (var i = 0; i < 256; i++) { + RGB_YUV_TABLE[i] = 19595 * i; + RGB_YUV_TABLE[(i + 256) >> 0] = 38470 * i; + RGB_YUV_TABLE[(i + 512) >> 0] = 7471 * i + 0x8000; + RGB_YUV_TABLE[(i + 768) >> 0] = -11059 * i; + RGB_YUV_TABLE[(i + 1024) >> 0] = -21709 * i; + RGB_YUV_TABLE[(i + 1280) >> 0] = 32768 * i + 0x807FFF; + RGB_YUV_TABLE[(i + 1536) >> 0] = -27439 * i; + RGB_YUV_TABLE[(i + 1792) >> 0] = - 5329 * i; } - - function writeSOS() - { - writeWord(0xFFDA); // marker - writeWord(12); // length - writeByte(3); // nrofcomponents - writeByte(1); // IdY - writeByte(0); // HTY - writeByte(2); // IdU - writeByte(0x11); // HTU - writeByte(3); // IdV - writeByte(0x11); // HTV - writeByte(0); // Ss - writeByte(0x3f); // Se - writeByte(0); // Bf - } - - function processDU(CDU, fdtbl, DC, HTDC, HTAC){ - var EOB = HTAC[0x00]; - var M16zeroes = HTAC[0xF0]; - var pos; - var I16 = 16; - var I63 = 63; - var I64 = 64; - var DU_DCT = fDCTQuant(CDU, fdtbl); - //ZigZag reorder - for (var j=0;j0)&&(DU[end0pos]==0); end0pos--) {}; - //end0pos = first element in reverse order !=0 - if ( end0pos == 0) { - writeBits(EOB); - return DC; + } + + // IO functions + function writeBits(bs) { + var value = bs[0]; + var posval = bs[1] - 1; + while (posval >= 0) { + if (value & (1 << posval)) { + bytenew |= (1 << bytepos); } - var i = 1; - var lng; - while ( i <= end0pos ) { - var startpos = i; - for (; (DU[i]==0) && (i<=end0pos); ++i) {} - var nrzeroes = i-startpos; - if ( nrzeroes >= I16 ) { - lng = nrzeroes>>4; - for (var nrmarker=1; nrmarker <= lng; ++nrmarker) - writeBits(M16zeroes); - nrzeroes = nrzeroes&0xF; + posval--; + bytepos--; + if (bytepos < 0) { + if (bytenew == 0xFF) { + writeByte(0xFF); + writeByte(0); } - pos = 32767+DU[i]; - writeBits(HTAC[(nrzeroes<<4)+category[pos]]); - writeBits(bitcode[pos]); - i++; - } - if ( end0pos != I63 ) { - writeBits(EOB); + else { + writeByte(bytenew); + } + bytepos = 7; + bytenew = 0; } - return DC; } + } + + function writeByte(value) { + //byteout.push(clt[value]); // write char directly instead of converting later + byteout.push(value); + } + + function writeWord(value) { + writeByte((value >> 8) & 0xFF); + writeByte((value) & 0xFF); + } + + // DCT & quantization core + function fDCTQuant(data, fdtbl) { + var d0, d1, d2, d3, d4, d5, d6, d7; + /* Pass 1: process rows. */ + var dataOff = 0; + var i; + var I8 = 8; + var I64 = 64; + for (i = 0; i < I8; ++i) { + d0 = data[dataOff]; + d1 = data[dataOff + 1]; + d2 = data[dataOff + 2]; + d3 = data[dataOff + 3]; + d4 = data[dataOff + 4]; + d5 = data[dataOff + 5]; + d6 = data[dataOff + 6]; + d7 = data[dataOff + 7]; + + var tmp0 = d0 + d7; + var tmp7 = d0 - d7; + var tmp1 = d1 + d6; + var tmp6 = d1 - d6; + var tmp2 = d2 + d5; + var tmp5 = d2 - d5; + var tmp3 = d3 + d4; + var tmp4 = d3 - d4; + + /* Even part */ + var tmp10 = tmp0 + tmp3; /* phase 2 */ + var tmp13 = tmp0 - tmp3; + var tmp11 = tmp1 + tmp2; + var tmp12 = tmp1 - tmp2; + + data[dataOff] = tmp10 + tmp11; /* phase 3 */ + data[dataOff + 4] = tmp10 - tmp11; + + var z1 = (tmp12 + tmp13) * 0.707106781; /* c4 */ + data[dataOff + 2] = tmp13 + z1; /* phase 5 */ + data[dataOff + 6] = tmp13 - z1; + + /* Odd part */ + tmp10 = tmp4 + tmp5; /* phase 2 */ + tmp11 = tmp5 + tmp6; + tmp12 = tmp6 + tmp7; + + /* The rotator is modified from fig 4-8 to avoid extra negations. */ + var z5 = (tmp10 - tmp12) * 0.382683433; /* c6 */ + var z2 = 0.541196100 * tmp10 + z5; /* c2-c6 */ + var z4 = 1.306562965 * tmp12 + z5; /* c2+c6 */ + var z3 = tmp11 * 0.707106781; /* c4 */ + + var z11 = tmp7 + z3; /* phase 5 */ + var z13 = tmp7 - z3; + + data[dataOff + 5] = z13 + z2; /* phase 6 */ + data[dataOff + 3] = z13 - z2; + data[dataOff + 1] = z11 + z4; + data[dataOff + 7] = z11 - z4; + + dataOff += 8; /* advance pointer to next row */ + } + + /* Pass 2: process columns. */ + dataOff = 0; + for (i = 0; i < I8; ++i) { + d0 = data[dataOff]; + d1 = data[dataOff + 8]; + d2 = data[dataOff + 16]; + d3 = data[dataOff + 24]; + d4 = data[dataOff + 32]; + d5 = data[dataOff + 40]; + d6 = data[dataOff + 48]; + d7 = data[dataOff + 56]; + + var tmp0p2 = d0 + d7; + var tmp7p2 = d0 - d7; + var tmp1p2 = d1 + d6; + var tmp6p2 = d1 - d6; + var tmp2p2 = d2 + d5; + var tmp5p2 = d2 - d5; + var tmp3p2 = d3 + d4; + var tmp4p2 = d3 - d4; + + /* Even part */ + var tmp10p2 = tmp0p2 + tmp3p2; /* phase 2 */ + var tmp13p2 = tmp0p2 - tmp3p2; + var tmp11p2 = tmp1p2 + tmp2p2; + var tmp12p2 = tmp1p2 - tmp2p2; + + data[dataOff] = tmp10p2 + tmp11p2; /* phase 3 */ + data[dataOff + 32] = tmp10p2 - tmp11p2; + + var z1p2 = (tmp12p2 + tmp13p2) * 0.707106781; /* c4 */ + data[dataOff + 16] = tmp13p2 + z1p2; /* phase 5 */ + data[dataOff + 48] = tmp13p2 - z1p2; + + /* Odd part */ + tmp10p2 = tmp4p2 + tmp5p2; /* phase 2 */ + tmp11p2 = tmp5p2 + tmp6p2; + tmp12p2 = tmp6p2 + tmp7p2; + + /* The rotator is modified from fig 4-8 to avoid extra negations. */ + var z5p2 = (tmp10p2 - tmp12p2) * 0.382683433; /* c6 */ + var z2p2 = 0.541196100 * tmp10p2 + z5p2; /* c2-c6 */ + var z4p2 = 1.306562965 * tmp12p2 + z5p2; /* c2+c6 */ + var z3p2 = tmp11p2 * 0.707106781; /* c4 */ + + var z11p2 = tmp7p2 + z3p2; /* phase 5 */ + var z13p2 = tmp7p2 - z3p2; + + data[dataOff + 40] = z13p2 + z2p2; /* phase 6 */ + data[dataOff + 24] = z13p2 - z2p2; + data[dataOff + 8] = z11p2 + z4p2; + data[dataOff + 56] = z11p2 - z4p2; + + dataOff++; /* advance pointer to next column */ + } + + // Quantize/descale the coefficients + var fDCTQuant; + for (i = 0; i < I64; ++i) { + // Apply the quantization and scaling factor & Round to nearest integer + fDCTQuant = data[i] * fdtbl[i]; + outputfDCTQuant[i] = (fDCTQuant > 0.0) ? ((fDCTQuant + 0.5) | 0) : ((fDCTQuant - 0.5) | 0); + //outputfDCTQuant[i] = fround(fDCTQuant); + + } + return outputfDCTQuant; + } + + function writeAPP0() { + writeWord(0xFFE0); // marker + writeWord(16); // length + writeByte(0x4A); // J + writeByte(0x46); // F + writeByte(0x49); // I + writeByte(0x46); // F + writeByte(0); // = "JFIF",'\0' + writeByte(1); // versionhi + writeByte(1); // versionlo + writeByte(0); // xyunits + writeWord(1); // xdensity + writeWord(1); // ydensity + writeByte(0); // thumbnwidth + writeByte(0); // thumbnheight + } + + function writeSOF0(width, height) { + writeWord(0xFFC0); // marker + writeWord(17); // length, truecolor YUV JPG + writeByte(8); // precision + writeWord(height); + writeWord(width); + writeByte(3); // nrofcomponents + writeByte(1); // IdY + writeByte(0x11); // HVY + writeByte(0); // QTY + writeByte(2); // IdU + writeByte(0x11); // HVU + writeByte(1); // QTU + writeByte(3); // IdV + writeByte(0x11); // HVV + writeByte(1); // QTV + } - function initCharLookupTable(){ - var sfcc = String.fromCharCode; - for(var i=0; i < 256; i++){ ///// ACHTUNG // 255 - clt[i] = sfcc(i); + function writeDQT() { + writeWord(0xFFDB); // marker + writeWord(132); // length + writeByte(0); + for (var i = 0; i < 64; i++) { + writeByte(YTable[i]); + } + writeByte(1); + for (var j = 0; j < 64; j++) { + writeByte(UVTable[j]); + } + } + + function writeDHT() { + writeWord(0xFFC4); // marker + writeWord(0x01A2); // length + + writeByte(0); // HTYDCinfo + for (var i = 0; i < 16; i++) { + writeByte(std_dc_luminance_nrcodes[i + 1]); + } + for (var j = 0; j <= 11; j++) { + writeByte(std_dc_luminance_values[j]); + } + + writeByte(0x10); // HTYACinfo + for (var k = 0; k < 16; k++) { + writeByte(std_ac_luminance_nrcodes[k + 1]); + } + for (var l = 0; l <= 161; l++) { + writeByte(std_ac_luminance_values[l]); + } + + writeByte(1); // HTUDCinfo + for (var m = 0; m < 16; m++) { + writeByte(std_dc_chrominance_nrcodes[m + 1]); + } + for (var n = 0; n <= 11; n++) { + writeByte(std_dc_chrominance_values[n]); + } + + writeByte(0x11); // HTUACinfo + for (var o = 0; o < 16; o++) { + writeByte(std_ac_chrominance_nrcodes[o + 1]); + } + for (var p = 0; p <= 161; p++) { + writeByte(std_ac_chrominance_values[p]); + } + } + + function writeSOS() { + writeWord(0xFFDA); // marker + writeWord(12); // length + writeByte(3); // nrofcomponents + writeByte(1); // IdY + writeByte(0); // HTY + writeByte(2); // IdU + writeByte(0x11); // HTU + writeByte(3); // IdV + writeByte(0x11); // HTV + writeByte(0); // Ss + writeByte(0x3f); // Se + writeByte(0); // Bf + } + + function processDU(CDU, fdtbl, DC, HTDC, HTAC) { + var EOB = HTAC[0x00]; + var M16zeroes = HTAC[0xF0]; + var pos; + var I16 = 16; + var I63 = 63; + var I64 = 64; + var DU_DCT = fDCTQuant(CDU, fdtbl); + //ZigZag reorder + for (var j = 0; j < I64; ++j) { + DU[ZigZag[j]] = DU_DCT[j]; + } + var Diff = DU[0] - DC; DC = DU[0]; + //Encode DC + if (Diff == 0) { + writeBits(HTDC[0]); // Diff might be 0 + } else { + pos = 32767 + Diff; + writeBits(HTDC[category[pos]]); + writeBits(bitcode[pos]); + } + //Encode ACs + var end0pos = 63; // was const... which is crazy + while ((end0pos > 0) && (DU[end0pos] == 0)) { + end0pos-- + } + //end0pos = first element in reverse order !=0 + if (end0pos == 0) { + writeBits(EOB); + return DC; + } + var i = 1; + var lng; + while (i <= end0pos) { + var startpos = i; + while ((DU[i] == 0) && (i <= end0pos)) { + ++i; + } + var nrzeroes = i - startpos; + if (nrzeroes >= I16) { + lng = nrzeroes >> 4; + for (var nrmarker = 1; nrmarker <= lng; ++nrmarker) + writeBits(M16zeroes); + nrzeroes = nrzeroes & 0xF; } + pos = 32767 + DU[i]; + writeBits(HTAC[(nrzeroes << 4) + category[pos]]); + writeBits(bitcode[pos]); + i++; } - - this.encode = function(image,quality) // image data object - { - var time_start = new Date().getTime(); - - if(quality) setQuality(quality); - - // Initialize bit writer - byteout = new Array(); - bytenew=0; - bytepos=7; - - // Add JPEG headers - writeWord(0xFFD8); // SOI - writeAPP0(); - writeDQT(); - writeSOF0(image.width,image.height); - writeDHT(); - writeSOS(); - - - // Encode 8x8 macroblocks - var DCY=0; - var DCU=0; - var DCV=0; - - bytenew=0; - bytepos=7; - - - this.encode.displayName = "_encode_"; - - var imageData = image.data; - var width = image.width; - var height = image.height; - - var quadWidth = width*4; - var tripleWidth = width*3; - - var x, y = 0; - var r, g, b; - var start,p, col,row,pos; - while(y < height){ - x = 0; - while(x < quadWidth){ + if (end0pos != I63) { + writeBits(EOB); + } + return DC; + } + + function initCharLookupTable() { + var sfcc = String.fromCharCode; + for (var i = 0; i < 256; i++) { ///// ACHTUNG // 255 + clt[i] = sfcc(i); + } + } + + this.encode = function (image, quality) // image data object + { + if (quality) setQuality(quality); + + // Initialize bit writer + byteout = new Array(); + bytenew = 0; + bytepos = 7; + + // Add JPEG headers + writeWord(0xFFD8); // SOI + writeAPP0(); + writeDQT(); + writeSOF0(image.width, image.height); + writeDHT(); + writeSOS(); + + + // Encode 8x8 macroblocks + var DCY = 0; + var DCU = 0; + var DCV = 0; + + bytenew = 0; + bytepos = 7; + + + this.encode.displayName = "_encode_"; + + var imageData = image.data; + var width = image.width; + var height = image.height; + + var quadWidth = width * 4; + + var x, y = 0; + var r, g, b; + var start, p, col, row, pos; + while (y < height) { + x = 0; + while (x < quadWidth) { start = quadWidth * y + x; p = start; col = -1; row = 0; - - for(pos=0; pos < 64; pos++){ + + for (pos = 0; pos < 64; pos++) { row = pos >> 3;// /8 - col = ( pos & 7 ) * 4; // %8 - p = start + ( row * quadWidth ) + col; - - if(y+row >= height){ // padding bottom - p-= (quadWidth*(y+1+row-height)); + col = (pos & 7) * 4; // %8 + p = start + (row * quadWidth) + col; + + if (y + row >= height) { // padding bottom + p -= (quadWidth * (y + 1 + row - height)); } - if(x+col >= quadWidth){ // padding right - p-= ((x+col) - quadWidth +4) + if (x + col >= quadWidth) { // padding right + p -= ((x + col) - quadWidth + 4) } - - r = imageData[ p++ ]; - g = imageData[ p++ ]; - b = imageData[ p++ ]; - - + + r = imageData[p++]; + g = imageData[p++]; + b = imageData[p++]; + + /* // calculate YUV values dynamically YDU[pos]=((( 0.29900)*r+( 0.58700)*g+( 0.11400)*b))-128; //-0x80 UDU[pos]=(((-0.16874)*r+(-0.33126)*g+( 0.50000)*b)); VDU[pos]=((( 0.50000)*r+(-0.41869)*g+(-0.08131)*b)); */ - + // use lookup table (slightly faster) - YDU[pos] = ((RGB_YUV_TABLE[r] + RGB_YUV_TABLE[(g + 256)>>0] + RGB_YUV_TABLE[(b + 512)>>0]) >> 16)-128; - UDU[pos] = ((RGB_YUV_TABLE[(r + 768)>>0] + RGB_YUV_TABLE[(g + 1024)>>0] + RGB_YUV_TABLE[(b + 1280)>>0]) >> 16)-128; - VDU[pos] = ((RGB_YUV_TABLE[(r + 1280)>>0] + RGB_YUV_TABLE[(g + 1536)>>0] + RGB_YUV_TABLE[(b + 1792)>>0]) >> 16)-128; + YDU[pos] = ((RGB_YUV_TABLE[r] + RGB_YUV_TABLE[(g + 256) >> 0] + RGB_YUV_TABLE[(b + 512) >> 0]) >> 16) - 128; + UDU[pos] = ((RGB_YUV_TABLE[(r + 768) >> 0] + RGB_YUV_TABLE[(g + 1024) >> 0] + RGB_YUV_TABLE[(b + 1280) >> 0]) >> 16) - 128; + VDU[pos] = ((RGB_YUV_TABLE[(r + 1280) >> 0] + RGB_YUV_TABLE[(g + 1536) >> 0] + RGB_YUV_TABLE[(b + 1792) >> 0]) >> 16) - 128; } - + DCY = processDU(YDU, fdtbl_Y, DCY, YDC_HT, YAC_HT); DCU = processDU(UDU, fdtbl_UV, DCU, UVDC_HT, UVAC_HT); DCV = processDU(VDU, fdtbl_UV, DCV, UVDC_HT, UVAC_HT); - x+=32; - } - y+=8; + x += 32; } - - - //////////////////////////////////////////////////////////////// - - // Do the bit alignment of the EOI marker - if ( bytepos >= 0 ) { - var fillbits = []; - fillbits[1] = bytepos+1; - fillbits[0] = (1<<(bytepos+1))-1; - writeBits(fillbits); - } - - writeWord(0xFFD9); //EOI + y += 8; + } + + + //////////////////////////////////////////////////////////////// - return new Uint8Array(byteout); + // Do the bit alignment of the EOI marker + if (bytepos >= 0) { + var fillbits = []; + fillbits[1] = bytepos + 1; + fillbits[0] = (1 << (bytepos + 1)) - 1; + writeBits(fillbits); + } + + writeWord(0xFFD9); //EOI + + return new Uint8Array(byteout); } - - function setQuality(quality){ + + function setQuality(quality) { if (quality <= 0) { quality = 1; } if (quality > 100) { quality = 100; } - - if(currentQuality == quality) return // don't recalc if unchanged - + + if (currentQuality == quality) return // don't recalc if unchanged + var sf = 0; if (quality < 50) { sf = Math.floor(5000 / quality); } else { - sf = Math.floor(200 - quality*2); + sf = Math.floor(200 - quality * 2); } - + initQuantTables(sf); currentQuality = quality; //console.log('Quality set to: '+quality +'%'); } - - function init(){ - var time_start = new Date().getTime(); - if(!quality) quality = 50; + + function init() { + if (!quality) quality = 50; // Create tables initCharLookupTable() initHuffmanTbl(); initCategoryNumber(); initRGBYUVTable(); - + setQuality(quality); - var duration = new Date().getTime() - time_start; - //console.log('Initialization '+ duration + 'ms'); } - init(); - -}; +} -try { exports.JPEGEncoder = JPEGEncoder;} catch(e) { } // CommonJS. \ No newline at end of file +// eslint-disable-next-line no-empty +try { exports.JPEGEncoder = JPEGEncoder; } catch (e) { } // CommonJS. \ No newline at end of file diff --git a/src/libs/WebPDecoder.js b/src/libs/WebPDecoder.js index 3c3136c22..a38a1253f 100644 --- a/src/libs/WebPDecoder.js +++ b/src/libs/WebPDecoder.js @@ -25,9 +25,12 @@ function WebPDecoder (imageData) { // // Author: Dominik Homberger (dominik.homberger@gmail.com) + var self = this; + var UpsampleRgbLinePair, UpsampleBgrLinePair, UpsampleRgbaLinePair, UpsampleBgraLinePair, UpsampleArgbLinePair, UpsampleArgbLinePair, UpsampleRgba4444LinePair, UpsampleRgb565LinePair; + function x(F){if(!F)throw Error("assert :P");}function fa(F,L,J){for(var H=0;4>H;H++)if(F[L+H]!=J.charCodeAt(H))return!0;return!1}function I(F,L,J,H,Z){for(var O=0;OH+1?[]:0);if(Z.lengthO+1?[]:new L);if(F.length>>0;a&c;)c>>>=1;return c?(a&c-1)+c:a}function J(a,b,c,d,e){x(!(d%c));do d-=c,a[b+d]=e;while(0k;++k){if(m[k]>1<>>0;a&c;)c>>>=1;return c?(a&c-1)+c:a}function J(a,b,c,d,e){x(!(d%c));do d-=c,a[b+d]=e;while(0k;++k){if(m[k]>1<p)return 0;for(;0=k;++k,e<<=1){p<<=1;v+=p;p-=m[k];if(0>p)return 0;for(;0r;){u-=m[r];if(0>=u)break;++r;u<<=1}u=r-c;w=1<>c),e,w,d);t=L(t,k)}}return v!=2*n[15]-1?0:h}function Z(a,b, c,d,e){x(2328>=e);if(512>=e)var f=V(512);else if(f=V(e),null==f)return 0;return H(a,b,c,d,e,f)}function O(){this.value=this.g=0}function Fd(){this.value=this.g=0}function Ub(){this.G=wa(5,O);this.H=V(5);this.jc=this.Qb=this.qb=this.nd=0;this.pd=wa(xb,Fd)}function ma(a,b,c,d){x(null!=a);x(null!=b);x(2147483648>d);a.Ca=254;a.I=0;a.b=-8;a.Ka=0;a.oa=b;a.pa=c;a.Jd=b;a.Yc=c+d;a.Zc=4<=d?c+d-4+1:c;Qa(a)}function na(a,b){for(var c=0;0d);a.Sb=d;a.Ra=0;a.u=0;a.h=0;4>>=8,a.Ra+=a.oa[a.pa+a.bb]<>>0,++a.bb,a.u-=8;db(a)&&(a.h=1,a.u=0)}function D(a,b){x(0<=b);if(!a.h&&b<=Gd){var c=pb(a)&Hd[b];a.u+=b;Vb(a);return c}a.h=1;return a.u=0}function Wb(){this.b=this.Ca=this.I=0;this.oa=[];this.pa=0;this.Jd=[];this.Yc=0;this.Zc=[];this.Ka=0}function Ra(){this.Ra= diff --git a/src/libs/adler32cs.js b/src/libs/adler32cs.js index 47536f17f..329602d8a 100644 --- a/src/libs/adler32cs.js +++ b/src/libs/adler32cs.js @@ -1,3 +1,4 @@ +/* global jsPDF */ /* * Copyright (c) 2012 chick307 * @@ -5,13 +6,13 @@ * http://opensource.org/licenses/mit-license */ -(function(jsPDF, callback) { +(function (jsPDF, callback) { jsPDF.API.adler32cs = callback(); -})(jsPDF, function() { +})(jsPDF, function () { var _hasArrayBuffer = typeof ArrayBuffer === 'function' && typeof Uint8Array === 'function'; - var _Buffer = null, _isBuffer = (function() { + var _Buffer = null, _isBuffer = (function () { if (!_hasArrayBuffer) return function _isBuffer() { return false }; @@ -19,7 +20,8 @@ var buffer = {}; if (typeof buffer.Buffer === 'function') _Buffer = buffer.Buffer; - } catch (error) {} + // eslint-disable-next-line no-empty + } catch (error) { } return function _isBuffer(value) { return value instanceof ArrayBuffer || @@ -27,7 +29,7 @@ }; }()); - var _utf8ToBinary = (function() { + var _utf8ToBinary = (function () { if (_Buffer !== null) { return function _utf8ToBinary(utf8String) { return new _Buffer(utf8String, 'utf8').toString('binary'); @@ -52,7 +54,7 @@ var _updateUint8Array = function _updateUint8Array(checksum, uint8Array) { var a = checksum & 0xFFFF, b = checksum >>> 16; - for (var i = 0, length = uint8Array.length, x; i < length; i++) { + for (var i = 0, length = uint8Array.length; i < length; i++) { a = (a + uint8Array[i]) % MOD; b = (b + a) % MOD; } @@ -61,7 +63,7 @@ var exports = {}; - var Adler32 = exports.Adler32 = (function() { + var Adler32 = exports.Adler32 = (function () { var ctor = function Adler32(checksum) { if (!(this instanceof ctor)) { throw new TypeError( @@ -77,7 +79,7 @@ var proto = ctor.prototype = {}; proto.constructor = ctor; - ctor.from = (function(from) { + ctor.from = (function (from) { from.prototype = proto; return from; }(function from(binaryString) { @@ -90,7 +92,7 @@ this.checksum = _update(1, binaryString.toString()); })); - ctor.fromUtf8 = (function(fromUtf8) { + ctor.fromUtf8 = (function (fromUtf8) { fromUtf8.prototype = proto; return fromUtf8; }(function fromUtf8(utf8String) { @@ -105,7 +107,7 @@ })); if (_hasArrayBuffer) { - ctor.fromBuffer = (function(fromBuffer) { + ctor.fromBuffer = (function (fromBuffer) { fromBuffer.prototype = proto; return fromBuffer; }(function fromBuffer(buffer) { diff --git a/src/libs/png.js b/src/libs/png.js index a6706ee38..2e28f569f 100644 --- a/src/libs/png.js +++ b/src/libs/png.js @@ -23,13 +23,11 @@ */ -(function(global) { - var PNG; - - PNG = (function() { +(function (global) { + global.PNG = (function () { var APNG_BLEND_OP_OVER, APNG_BLEND_OP_SOURCE, APNG_DISPOSE_OP_BACKGROUND, APNG_DISPOSE_OP_NONE, APNG_DISPOSE_OP_PREVIOUS, makeImage, scratchCanvas, scratchCtx; - PNG.load = function(url, canvas, callback) { + PNG.load = function (url, canvas, callback) { var xhr; if (typeof canvas === 'function') { callback = canvas; @@ -37,7 +35,7 @@ xhr = new XMLHttpRequest; xhr.open("GET", url, true); xhr.responseType = "arraybuffer"; - xhr.onload = function() { + xhr.onload = function () { var data, png; data = new Uint8Array(xhr.response || xhr.mozResponseArrayBuffer); png = new PNG(data); @@ -71,7 +69,7 @@ frame = null; while (true) { chunkSize = this.readUInt32(); - section = ((function() { + section = ((function () { var _i, _results; _results = []; for (i = _i = 0; _i < 4; i = ++_i) { @@ -132,9 +130,9 @@ this.transparency = {}; switch (this.colorType) { case 3: - palLen = this.palette.length/3; + palLen = this.palette.length / 3; this.transparency.indexed = this.read(chunkSize); - if(this.transparency.indexed.length > palLen) + if (this.transparency.indexed.length > palLen) throw new Error('More transparent colors than palette size'); /* * According to the PNG spec trns should be increased to the same size as palette if shorter @@ -164,7 +162,7 @@ if (frame) { this.animation.frames.push(frame); } - this.colors = (function() { + this.colors = (function () { switch (this.colorType) { case 0: case 3: @@ -178,7 +176,7 @@ this.hasAlphaChannel = (_ref = this.colorType) === 4 || _ref === 6; colors = this.colors + (this.hasAlphaChannel ? 1 : 0); this.pixelBitlength = this.bits * colors; - this.colorSpace = (function() { + this.colorSpace = (function () { switch (this.colors) { case 1: return 'DeviceGray'; @@ -198,7 +196,7 @@ } } - PNG.prototype.read = function(bytes) { + PNG.prototype.read = function (bytes) { var i, _i, _results; _results = []; for (i = _i = 0; 0 <= bytes ? _i < bytes : _i > bytes; i = 0 <= bytes ? ++_i : --_i) { @@ -207,7 +205,7 @@ return _results; }; - PNG.prototype.readUInt32 = function() { + PNG.prototype.readUInt32 = function () { var b1, b2, b3, b4; b1 = this.data[this.pos++] << 24; b2 = this.data[this.pos++] << 16; @@ -216,7 +214,7 @@ return b1 | b2 | b3 | b4; }; - PNG.prototype.readUInt16 = function() { + PNG.prototype.readUInt16 = function () { var b1, b2; b1 = this.data[this.pos++] << 8; b2 = this.data[this.pos++]; @@ -224,133 +222,133 @@ }; - PNG.prototype.decodePixels = function(data) { + PNG.prototype.decodePixels = function (data) { var pixelBytes = this.pixelBitlength / 8; var fullPixels = new Uint8Array(this.width * this.height * pixelBytes); var pos = 0; var _this = this; - + if (data == null) { - data = this.imgData; + data = this.imgData; } if (data.length === 0) { - return new Uint8Array(0); + return new Uint8Array(0); } - + data = new FlateStream(data); data = data.getBytes(); - function pass (x0, y0, dx, dy) { - var abyte, c, col, i, left, length, p, pa, paeth, pb, pc, pixels, row, scanlineLength, upper, upperLeft, _i, _j, _k, _l, _m; - var w = Math.ceil((_this.width - x0) / dx), h = Math.ceil((_this.height - y0) / dy); - var isFull = _this.width == w && _this.height == h; - scanlineLength = pixelBytes * w; - pixels = isFull ? fullPixels : new Uint8Array(scanlineLength * h); - length = data.length; - row = 0; - c = 0; - while (row < h && pos < length) { - switch (data[pos++]) { - case 0: - for (i = _i = 0; _i < scanlineLength; i = _i += 1) { - pixels[c++] = data[pos++]; - } - break; - case 1: - for (i = _j = 0; _j < scanlineLength; i = _j += 1) { - abyte = data[pos++]; - left = i < pixelBytes ? 0 : pixels[c - pixelBytes]; - pixels[c++] = (abyte + left) % 256; - } - break; - case 2: - for (i = _k = 0; _k < scanlineLength; i = _k += 1) { - abyte = data[pos++]; - col = (i - (i % pixelBytes)) / pixelBytes; - upper = row && pixels[(row - 1) * scanlineLength + col * pixelBytes + (i % pixelBytes)]; - pixels[c++] = (upper + abyte) % 256; - } - break; - case 3: - for (i = _l = 0; _l < scanlineLength; i = _l += 1) { - abyte = data[pos++]; - col = (i - (i % pixelBytes)) / pixelBytes; - left = i < pixelBytes ? 0 : pixels[c - pixelBytes]; - upper = row && pixels[(row - 1) * scanlineLength + col * pixelBytes + (i % pixelBytes)]; - pixels[c++] = (abyte + Math.floor((left + upper) / 2)) % 256; - } - break; - case 4: - for (i = _m = 0; _m < scanlineLength; i = _m += 1) { - abyte = data[pos++]; - col = (i - (i % pixelBytes)) / pixelBytes; - left = i < pixelBytes ? 0 : pixels[c - pixelBytes]; - if (row === 0) { - upper = upperLeft = 0; - } else { - upper = pixels[(row - 1) * scanlineLength + col * pixelBytes + (i % pixelBytes)]; - upperLeft = col && pixels[(row - 1) * scanlineLength + (col - 1) * pixelBytes + (i % pixelBytes)]; - } - p = left + upper - upperLeft; - pa = Math.abs(p - left); - pb = Math.abs(p - upper); - pc = Math.abs(p - upperLeft); - if (pa <= pb && pa <= pc) { - paeth = left; - } else if (pb <= pc) { - paeth = upper; - } else { - paeth = upperLeft; - } - pixels[c++] = (abyte + paeth) % 256; + function pass(x0, y0, dx, dy) { + var abyte, c, col, i, left, length, p, pa, paeth, pb, pc, pixels, row, scanlineLength, upper, upperLeft, _i, _j, _k, _l, _m; + var w = Math.ceil((_this.width - x0) / dx), h = Math.ceil((_this.height - y0) / dy); + var isFull = _this.width == w && _this.height == h; + scanlineLength = pixelBytes * w; + pixels = isFull ? fullPixels : new Uint8Array(scanlineLength * h); + length = data.length; + row = 0; + c = 0; + while (row < h && pos < length) { + switch (data[pos++]) { + case 0: + for (i = _i = 0; _i < scanlineLength; i = _i += 1) { + pixels[c++] = data[pos++]; + } + break; + case 1: + for (i = _j = 0; _j < scanlineLength; i = _j += 1) { + abyte = data[pos++]; + left = i < pixelBytes ? 0 : pixels[c - pixelBytes]; + pixels[c++] = (abyte + left) % 256; + } + break; + case 2: + for (i = _k = 0; _k < scanlineLength; i = _k += 1) { + abyte = data[pos++]; + col = (i - (i % pixelBytes)) / pixelBytes; + upper = row && pixels[(row - 1) * scanlineLength + col * pixelBytes + (i % pixelBytes)]; + pixels[c++] = (upper + abyte) % 256; + } + break; + case 3: + for (i = _l = 0; _l < scanlineLength; i = _l += 1) { + abyte = data[pos++]; + col = (i - (i % pixelBytes)) / pixelBytes; + left = i < pixelBytes ? 0 : pixels[c - pixelBytes]; + upper = row && pixels[(row - 1) * scanlineLength + col * pixelBytes + (i % pixelBytes)]; + pixels[c++] = (abyte + Math.floor((left + upper) / 2)) % 256; + } + break; + case 4: + for (i = _m = 0; _m < scanlineLength; i = _m += 1) { + abyte = data[pos++]; + col = (i - (i % pixelBytes)) / pixelBytes; + left = i < pixelBytes ? 0 : pixels[c - pixelBytes]; + if (row === 0) { + upper = upperLeft = 0; + } else { + upper = pixels[(row - 1) * scanlineLength + col * pixelBytes + (i % pixelBytes)]; + upperLeft = col && pixels[(row - 1) * scanlineLength + (col - 1) * pixelBytes + (i % pixelBytes)]; } - break; - default: - throw new Error("Invalid filter algorithm: " + data[pos - 1]); - } - if (!isFull) { - var fullPos = ((y0 + row * dy) * _this.width + x0) * pixelBytes; - var partPos = row * scanlineLength; - for (i = 0; i < w; i += 1) { - for (var j = 0; j < pixelBytes; j += 1) - fullPixels[fullPos++] = pixels[partPos++]; - fullPos += (dx - 1) * pixelBytes; + p = left + upper - upperLeft; + pa = Math.abs(p - left); + pb = Math.abs(p - upper); + pc = Math.abs(p - upperLeft); + if (pa <= pb && pa <= pc) { + paeth = left; + } else if (pb <= pc) { + paeth = upper; + } else { + paeth = upperLeft; } + pixels[c++] = (abyte + paeth) % 256; } - row++; + break; + default: + throw new Error("Invalid filter algorithm: " + data[pos - 1]); + } + if (!isFull) { + var fullPos = ((y0 + row * dy) * _this.width + x0) * pixelBytes; + var partPos = row * scanlineLength; + for (i = 0; i < w; i += 1) { + for (var j = 0; j < pixelBytes; j += 1) + fullPixels[fullPos++] = pixels[partPos++]; + fullPos += (dx - 1) * pixelBytes; + } } + row++; + } } if (_this.interlaceMethod == 1) { - /* - 1 6 4 6 2 6 4 6 - 7 7 7 7 7 7 7 7 - 5 6 5 6 5 6 5 6 - 7 7 7 7 7 7 7 7 - 3 6 4 6 3 6 4 6 - 7 7 7 7 7 7 7 7 - 5 6 5 6 5 6 5 6 - 7 7 7 7 7 7 7 7 - */ - pass(0, 0, 8, 8); // 1 - /* NOTE these seem to follow the pattern: - * pass(x, 0, 2*x, 2*x); - * pass(0, x, x, 2*x); - * with x being 4, 2, 1. - */ - pass(4, 0, 8, 8); // 2 - pass(0, 4, 4, 8); // 3 - - pass(2, 0, 4, 4); // 4 - pass(0, 2, 2, 4); // 5 - - pass(1, 0, 2, 2); // 6 - pass(0, 1, 1, 2); // 7 - } else { - pass(0, 0, 1, 1); - } + /* + 1 6 4 6 2 6 4 6 + 7 7 7 7 7 7 7 7 + 5 6 5 6 5 6 5 6 + 7 7 7 7 7 7 7 7 + 3 6 4 6 3 6 4 6 + 7 7 7 7 7 7 7 7 + 5 6 5 6 5 6 5 6 + 7 7 7 7 7 7 7 7 + */ + pass(0, 0, 8, 8); // 1 + /* NOTE these seem to follow the pattern: + * pass(x, 0, 2*x, 2*x); + * pass(0, x, x, 2*x); + * with x being 4, 2, 1. + */ + pass(4, 0, 8, 8); // 2 + pass(0, 4, 4, 8); // 3 + + pass(2, 0, 4, 4); // 4 + pass(0, 2, 2, 4); // 5 + + pass(1, 0, 2, 2); // 6 + pass(0, 1, 1, 2); // 7 + } else { + pass(0, 0, 1, 1); + } return fullPixels; }; - PNG.prototype.decodePalette = function() { + PNG.prototype.decodePalette = function () { var c, i, length, palette, pos, ret, transparency, _i, _ref, _ref1; palette = this.palette; transparency = this.transparency.indexed || []; @@ -367,7 +365,7 @@ return ret; }; - PNG.prototype.copyToImageData = function(imageData, pixels) { + PNG.prototype.copyToImageData = function (imageData, pixels) { var alpha, colors, data, i, input, j, k, length, palette, v, _ref; colors = this.colors; palette = null; @@ -403,32 +401,43 @@ } }; - PNG.prototype.decode = function() { + PNG.prototype.decode = function () { var ret; ret = new Uint8Array(this.width * this.height * 4); this.copyToImageData(ret, this.decodePixels()); return ret; }; - try { - scratchCanvas = global.document.createElement('canvas'); - scratchCtx = scratchCanvas.getContext('2d'); - } catch(e) { - return -1; + var hasBrowserCanvas = function() { + if (Object.prototype.toString.call(global) === "[object Window]") { + try { + scratchCanvas = global.document.createElement('canvas'); + scratchCtx = scratchCanvas.getContext('2d'); + } catch (e) { + return false; + } + return true; + } + return false; } - makeImage = function(imageData) { - var img; - scratchCtx.width = imageData.width; - scratchCtx.height = imageData.height; - scratchCtx.clearRect(0, 0, imageData.width, imageData.height); - scratchCtx.putImageData(imageData, 0, 0); - img = new Image; - img.src = scratchCanvas.toDataURL(); - return img; + hasBrowserCanvas(); + + makeImage = function (imageData) { + if (hasBrowserCanvas() === true) { + var img; + scratchCtx.width = imageData.width; + scratchCtx.height = imageData.height; + scratchCtx.clearRect(0, 0, imageData.width, imageData.height); + scratchCtx.putImageData(imageData, 0, 0); + img = new Image; + img.src = scratchCanvas.toDataURL(); + return img; + } + throw new Error('This method requires a Browser with Canvas-capability.'); }; - PNG.prototype.decodeFrames = function(ctx) { + PNG.prototype.decodeFrames = function (ctx) { var frame, i, imageData, pixels, _i, _len, _ref, _results; if (!this.animation) { return; @@ -446,7 +455,7 @@ return _results; }; - PNG.prototype.renderFrame = function(ctx, number) { + PNG.prototype.renderFrame = function (ctx, number) { var frame, frames, prev; frames = this.animation.frames; frame = frames[number]; @@ -465,12 +474,12 @@ return ctx.drawImage(frame.image, frame.xOffset, frame.yOffset); }; - PNG.prototype.animate = function(ctx) { + PNG.prototype.animate = function (ctx) { var doFrame, frameNumber, frames, numFrames, numPlays, _ref, _this = this; frameNumber = 0; _ref = this.animation, numFrames = _ref.numFrames, frames = _ref.frames, numPlays = _ref.numPlays; - return (doFrame = function() { + return (doFrame = function () { var f, frame; f = frameNumber++ % numFrames; frame = frames[f]; @@ -481,12 +490,12 @@ })(); }; - PNG.prototype.stopAnimation = function() { + PNG.prototype.stopAnimation = function () { var _ref; return clearTimeout((_ref = this.animation) != null ? _ref._timeout : void 0); }; - PNG.prototype.render = function(canvas) { + PNG.prototype.render = function (canvas) { var ctx, data; if (canvas._png) { canvas._png.stopAnimation(); @@ -509,9 +518,7 @@ })(); - global.PNG = PNG; - -}(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')())); +}(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')())); // `self` is undefined in Firefox for Android content script context // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window diff --git a/src/libs/polyfill.js b/src/libs/polyfill.js index b7013c902..7eebe4661 100644 --- a/src/libs/polyfill.js +++ b/src/libs/polyfill.js @@ -5,411 +5,413 @@ */ (function (global) { - - if (typeof global.console !== "object") { - // Console-polyfill. MIT license. - // https://github.com/paulmillr/console-polyfill - // Make it safe to do console.log() always. - global.console = {}; - - var con = global.console; - var prop, method; - var dummy = function() {}; - var properties = ['memory']; - var methods = ('assert,clear,count,debug,dir,dirxml,error,exception,group,' + - 'groupCollapsed,groupEnd,info,log,markTimeline,profile,profiles,profileEnd,' + - 'show,table,time,timeEnd,timeline,timelineEnd,timeStamp,trace,warn').split(','); - while (prop = properties.pop()) if (!con[prop]) con[prop] = {}; - while (method = methods.pop()) if (!con[method]) con[method] = dummy; - } - - var b64 = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/='; - - if (typeof global.btoa === 'undefined') { - global.btoa = function(data) { - // discuss at: http://phpjs.org/functions/base64_encode/ - // original by: Tyler Akins (http://rumkin.com) - // improved by: Bayron Guevara - // improved by: Thunder.m - // improved by: Kevin van Zonneveld (http://kevin.vanzonneveld.net) - // improved by: Kevin van Zonneveld (http://kevin.vanzonneveld.net) - // improved by: Rafal Kukawski (http://kukawski.pl) - // bugfixed by: Pellentesque Malesuada - // example 1: base64_encode('Kevin van Zonneveld'); - // returns 1: 'S2V2aW4gdmFuIFpvbm5ldmVsZA==' - - var o1,o2,o3,h1,h2,h3,h4,bits,i = 0,ac = 0,enc = '',tmp_arr = []; - - if (!data) { - return data; - } - do { // pack three octets into four hexets - o1 = data.charCodeAt(i++); - o2 = data.charCodeAt(i++); - o3 = data.charCodeAt(i++); - - bits = o1 << 16 | o2 << 8 | o3; - - h1 = bits >> 18 & 0x3f; - h2 = bits >> 12 & 0x3f; - h3 = bits >> 6 & 0x3f; - h4 = bits & 0x3f; - - // use hexets to index into b64, and append result to encoded string - tmp_arr[ac++] = b64.charAt(h1) + b64.charAt(h2) + b64.charAt(h3) + b64.charAt(h4); - } while (i < data.length); - - enc = tmp_arr.join(''); - - var r = data.length % 3; - - return (r ? enc.slice(0, r - 3) : enc) + '==='.slice(r || 3); - }; - } - - if (typeof global.atob === 'undefined') { - global.atob = function(data) { - // discuss at: http://phpjs.org/functions/base64_decode/ - // original by: Tyler Akins (http://rumkin.com) - // improved by: Thunder.m - // improved by: Kevin van Zonneveld (http://kevin.vanzonneveld.net) - // improved by: Kevin van Zonneveld (http://kevin.vanzonneveld.net) - // input by: Aman Gupta - // input by: Brett Zamir (http://brett-zamir.me) - // bugfixed by: Onno Marsman - // bugfixed by: Pellentesque Malesuada - // bugfixed by: Kevin van Zonneveld (http://kevin.vanzonneveld.net) - // example 1: base64_decode('S2V2aW4gdmFuIFpvbm5ldmVsZA=='); - // returns 1: 'Kevin van Zonneveld' - - var o1,o2,o3,h1,h2,h3,h4,bits,i = 0,ac = 0,dec = '',tmp_arr = []; - - if (!data) { - return data; - } + if (typeof global.console !== "object") { + // Console-polyfill. MIT license. + // https://github.com/paulmillr/console-polyfill + // Make it safe to do console.log() always. + global.console = {}; + + var con = global.console; + var prop, method; + var dummy = function () { }; + var properties = ['memory']; + var methods = ('assert,clear,count,debug,dir,dirxml,error,exception,group,' + + 'groupCollapsed,groupEnd,info,log,markTimeline,profile,profiles,profileEnd,' + + 'show,table,time,timeEnd,timeline,timelineEnd,timeStamp,trace,warn').split(','); + // eslint-disable-next-line no-cond-assign + while (prop = properties.pop()) if (!con[prop]) con[prop] = {}; + // eslint-disable-next-line no-cond-assign + while (method = methods.pop()) if (!con[method]) con[method] = dummy; + } + + var b64 = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/='; + + if (typeof global.btoa === 'undefined') { + global.btoa = function (data) { + // discuss at: http://phpjs.org/functions/base64_encode/ + // original by: Tyler Akins (http://rumkin.com) + // improved by: Bayron Guevara + // improved by: Thunder.m + // improved by: Kevin van Zonneveld (http://kevin.vanzonneveld.net) + // improved by: Kevin van Zonneveld (http://kevin.vanzonneveld.net) + // improved by: Rafal Kukawski (http://kukawski.pl) + // bugfixed by: Pellentesque Malesuada + // example 1: base64_encode('Kevin van Zonneveld'); + // returns 1: 'S2V2aW4gdmFuIFpvbm5ldmVsZA==' + + var o1, o2, o3, h1, h2, h3, h4, bits, i = 0, ac = 0, enc = '', tmp_arr = []; + + if (!data) { + return data; + } + + do { // pack three octets into four hexets + o1 = data.charCodeAt(i++); + o2 = data.charCodeAt(i++); + o3 = data.charCodeAt(i++); + + bits = o1 << 16 | o2 << 8 | o3; + + h1 = bits >> 18 & 0x3f; + h2 = bits >> 12 & 0x3f; + h3 = bits >> 6 & 0x3f; + h4 = bits & 0x3f; + + // use hexets to index into b64, and append result to encoded string + tmp_arr[ac++] = b64.charAt(h1) + b64.charAt(h2) + b64.charAt(h3) + b64.charAt(h4); + } while (i < data.length); + + enc = tmp_arr.join(''); + + var r = data.length % 3; + + return (r ? enc.slice(0, r - 3) : enc) + '==='.slice(r || 3); + }; + } + + if (typeof global.atob === 'undefined') { + global.atob = function (data) { + // discuss at: http://phpjs.org/functions/base64_decode/ + // original by: Tyler Akins (http://rumkin.com) + // improved by: Thunder.m + // improved by: Kevin van Zonneveld (http://kevin.vanzonneveld.net) + // improved by: Kevin van Zonneveld (http://kevin.vanzonneveld.net) + // input by: Aman Gupta + // input by: Brett Zamir (http://brett-zamir.me) + // bugfixed by: Onno Marsman + // bugfixed by: Pellentesque Malesuada + // bugfixed by: Kevin van Zonneveld (http://kevin.vanzonneveld.net) + // example 1: base64_decode('S2V2aW4gdmFuIFpvbm5ldmVsZA=='); + // returns 1: 'Kevin van Zonneveld' + + var o1, o2, o3, h1, h2, h3, h4, bits, i = 0, ac = 0, dec = '', tmp_arr = []; + + if (!data) { + return data; + } + + data += ''; + + do { // unpack four hexets into three octets using index points in b64 + h1 = b64.indexOf(data.charAt(i++)); + h2 = b64.indexOf(data.charAt(i++)); + h3 = b64.indexOf(data.charAt(i++)); + h4 = b64.indexOf(data.charAt(i++)); + + bits = h1 << 18 | h2 << 12 | h3 << 6 | h4; + + o1 = bits >> 16 & 0xff; + o2 = bits >> 8 & 0xff; + o3 = bits & 0xff; + + if (h3 == 64) { + tmp_arr[ac++] = String.fromCharCode(o1); + } else if (h4 == 64) { + tmp_arr[ac++] = String.fromCharCode(o1, o2); + } else { + tmp_arr[ac++] = String.fromCharCode(o1, o2, o3); + } + } while (i < data.length); + + dec = tmp_arr.join(''); + + return dec; + }; + } + + if (!Array.prototype.map) { + Array.prototype.map = function (fun /*, thisArg */) { + if (this === void 0 || this === null || typeof fun !== "function") + throw new TypeError(); + + var t = Object(this), len = t.length >>> 0, res = new Array(len); + var thisArg = arguments.length > 1 ? arguments[1] : void 0; + for (var i = 0; i < len; i++) { + // NOTE: Absolute correctness would demand Object.defineProperty + // be used. But this method is fairly new, and failure is + // possible only if Object.prototype or Array.prototype + // has a property |i| (very unlikely), so use a less-correct + // but more portable alternative. + if (i in t) + res[i] = fun.call(thisArg, t[i], i, t); + } + + return res; + }; + } + + + if (!Array.isArray) { + Array.isArray = function (arg) { + return Object.prototype.toString.call(arg) === '[object Array]'; + }; + } + + // Production steps of ECMA-262, Edition 5, 15.4.4.21 + // Reference: http://es5.github.io/#x15.4.4.21 + // https://tc39.github.io/ecma262/#sec-array.prototype.reduce + if (!Array.prototype.reduce) { + Object.defineProperty(Array.prototype, 'reduce', { + value: function (callback /*, initialValue*/) { + if (this === null) { + throw new TypeError('Array.prototype.reduce ' + + 'called on null or undefined'); + } + if (typeof callback !== 'function') { + throw new TypeError(callback + + ' is not a function'); + } - data += ''; - - do { // unpack four hexets into three octets using index points in b64 - h1 = b64.indexOf(data.charAt(i++)); - h2 = b64.indexOf(data.charAt(i++)); - h3 = b64.indexOf(data.charAt(i++)); - h4 = b64.indexOf(data.charAt(i++)); - - bits = h1 << 18 | h2 << 12 | h3 << 6 | h4; - - o1 = bits >> 16 & 0xff; - o2 = bits >> 8 & 0xff; - o3 = bits & 0xff; - - if (h3 == 64) { - tmp_arr[ac++] = String.fromCharCode(o1); - } else if (h4 == 64) { - tmp_arr[ac++] = String.fromCharCode(o1, o2); - } else { - tmp_arr[ac++] = String.fromCharCode(o1, o2, o3); - } - } while (i < data.length); - - dec = tmp_arr.join(''); - - return dec; - }; - } - - if (!Array.prototype.map) { - Array.prototype.map = function(fun /*, thisArg */) { - if (this === void 0 || this === null || typeof fun !== "function") - throw new TypeError(); - - var t = Object(this), len = t.length >>> 0, res = new Array(len); - var thisArg = arguments.length > 1 ? arguments[1] : void 0; - for (var i = 0; i < len; i++) { - // NOTE: Absolute correctness would demand Object.defineProperty - // be used. But this method is fairly new, and failure is - // possible only if Object.prototype or Array.prototype - // has a property |i| (very unlikely), so use a less-correct - // but more portable alternative. - if (i in t) - res[i] = fun.call(thisArg, t[i], i, t); - } + // 1. Let O be ? ToObject(this value). + var o = Object(this); - return res; - }; - } - - - if(!Array.isArray) { - Array.isArray = function(arg) { - return Object.prototype.toString.call(arg) === '[object Array]'; - }; - } - - // Production steps of ECMA-262, Edition 5, 15.4.4.21 - // Reference: http://es5.github.io/#x15.4.4.21 - // https://tc39.github.io/ecma262/#sec-array.prototype.reduce - if (!Array.prototype.reduce) { - Object.defineProperty(Array.prototype, 'reduce', { - value: function(callback /*, initialValue*/) { - if (this === null) { - throw new TypeError( 'Array.prototype.reduce ' + - 'called on null or undefined' ); + // 2. Let len be ? ToLength(? Get(O, "length")). + var len = o.length >>> 0; + + // Steps 3, 4, 5, 6, 7 + var k = 0; + var value; + + if (arguments.length >= 2) { + value = arguments[1]; + } else { + while (k < len && !(k in o)) { + k++; } - if (typeof callback !== 'function') { - throw new TypeError( callback + - ' is not a function'); + + // 3. If len is 0 and initialValue is not present, + // throw a TypeError exception. + if (k >= len) { + throw new TypeError('Reduce of empty array ' + + 'with no initial value'); } + value = o[k++]; + } - // 1. Let O be ? ToObject(this value). - var o = Object(this); + // 8. Repeat, while k < len + while (k < len) { + // a. Let Pk be ! ToString(k). + // b. Let kPresent be ? HasProperty(O, Pk). + // c. If kPresent is true, then + // i. Let kValue be ? Get(O, Pk). + // ii. Let accumulator be ? Call( + // callbackfn, undefined, + // « accumulator, kValue, k, O »). + if (k in o) { + value = callback(value, o[k], k, o); + } - // 2. Let len be ? ToLength(? Get(O, "length")). - var len = o.length >>> 0; + // d. Increase k by 1. + k++; + } - // Steps 3, 4, 5, 6, 7 - var k = 0; - var value; + // 9. Return accumulator. + return value; + } + }); + } + + if (!Uint8Array.prototype.reduce) { + Object.defineProperty(Uint8Array.prototype, 'reduce', { + value: function (callback /*, initialValue*/) { + if (this === null) { + throw new TypeError('Array.prototype.reduce ' + + 'called on null or undefined'); + } + if (typeof callback !== 'function') { + throw new TypeError(callback + + ' is not a function'); + } - if (arguments.length >= 2) { - value = arguments[1]; - } else { - while (k < len && !(k in o)) { - k++; - } + // 1. Let O be ? ToObject(this value). + var o = Object(this); - // 3. If len is 0 and initialValue is not present, - // throw a TypeError exception. - if (k >= len) { - throw new TypeError( 'Reduce of empty array ' + - 'with no initial value' ); - } - value = o[k++]; - } + // 2. Let len be ? ToLength(? Get(O, "length")). + var len = o.length >>> 0; - // 8. Repeat, while k < len - while (k < len) { - // a. Let Pk be ! ToString(k). - // b. Let kPresent be ? HasProperty(O, Pk). - // c. If kPresent is true, then - // i. Let kValue be ? Get(O, Pk). - // ii. Let accumulator be ? Call( - // callbackfn, undefined, - // « accumulator, kValue, k, O »). - if (k in o) { - value = callback(value, o[k], k, o); - } + // Steps 3, 4, 5, 6, 7 + var k = 0; + var value; - // d. Increase k by 1. + if (arguments.length >= 2) { + value = arguments[1]; + } else { + while (k < len && !(k in o)) { k++; } - // 9. Return accumulator. - return value; - } - }); - } - - if (!Uint8Array.prototype.reduce) { - Object.defineProperty(Uint8Array.prototype, 'reduce', { - value: function(callback /*, initialValue*/) { - if (this === null) { - throw new TypeError( 'Array.prototype.reduce ' + - 'called on null or undefined' ); - } - if (typeof callback !== 'function') { - throw new TypeError( callback + - ' is not a function'); + // 3. If len is 0 and initialValue is not present, + // throw a TypeError exception. + if (k >= len) { + throw new TypeError('Reduce of empty array ' + + 'with no initial value'); } + value = o[k++]; + } - // 1. Let O be ? ToObject(this value). - var o = Object(this); + // 8. Repeat, while k < len + while (k < len) { + // a. Let Pk be ! ToString(k). + // b. Let kPresent be ? HasProperty(O, Pk). + // c. If kPresent is true, then + // i. Let kValue be ? Get(O, Pk). + // ii. Let accumulator be ? Call( + // callbackfn, undefined, + // « accumulator, kValue, k, O »). + if (k in o) { + value = callback(value, o[k], k, o); + } - // 2. Let len be ? ToLength(? Get(O, "length")). - var len = o.length >>> 0; + // d. Increase k by 1. + k++; + } - // Steps 3, 4, 5, 6, 7 - var k = 0; - var value; + // 9. Return accumulator. + return value; + } + }); + } + + if (!Array.prototype.forEach) { + Array.prototype.forEach = function (fun, thisArg) { + "use strict"; + + if (this === void 0 || this === null || typeof fun !== "function") + throw new TypeError(); + + var t = Object(this), len = t.length >>> 0; + for (var i = 0; i < len; i++) { + if (i in t) + fun.call(thisArg, t[i], i, t); + } + }; + } + // https://tc39.github.io/ecma262/#sec-array.prototype.find + if (!Array.prototype.find) { + Object.defineProperty(Array.prototype, 'find', { + value: function (predicate) { + // 1. Let O be ? ToObject(this value). + if (this == null) { + throw new TypeError('"this" is null or not defined'); + } - if (arguments.length >= 2) { - value = arguments[1]; - } else { - while (k < len && !(k in o)) { - k++; - } + var o = Object(this); - // 3. If len is 0 and initialValue is not present, - // throw a TypeError exception. - if (k >= len) { - throw new TypeError( 'Reduce of empty array ' + - 'with no initial value' ); - } - value = o[k++]; - } + // 2. Let len be ? ToLength(? Get(O, "length")). + var len = o.length >>> 0; - // 8. Repeat, while k < len - while (k < len) { - // a. Let Pk be ! ToString(k). - // b. Let kPresent be ? HasProperty(O, Pk). - // c. If kPresent is true, then - // i. Let kValue be ? Get(O, Pk). - // ii. Let accumulator be ? Call( - // callbackfn, undefined, - // « accumulator, kValue, k, O »). - if (k in o) { - value = callback(value, o[k], k, o); - } + // 3. If IsCallable(predicate) is false, throw a TypeError exception. + if (typeof predicate !== 'function') { + throw new TypeError('predicate must be a function'); + } - // d. Increase k by 1. - k++; + // 4. If thisArg was supplied, let T be thisArg; else let T be undefined. + var thisArg = arguments[1]; + + // 5. Let k be 0. + var k = 0; + + // 6. Repeat, while k < len + while (k < len) { + // a. Let Pk be ! ToString(k). + // b. Let kValue be ? Get(O, Pk). + // c. Let testResult be ToBoolean(? Call(predicate, T, « kValue, k, O »)). + // d. If testResult is true, return kValue. + var kValue = o[k]; + if (predicate.call(thisArg, kValue, k, o)) { + return kValue; } - - // 9. Return accumulator. - return value; + // e. Increase k by 1. + k++; } - }); - } - if (!Array.prototype.forEach) { - Array.prototype.forEach = function(fun, thisArg) { - "use strict"; + // 7. Return undefined. + return undefined; + }, + configurable: true, + writable: true + }); + } + if (!Object.keys) { + Object.keys = (function () { + 'use strict'; + + var hasOwnProperty = Object.prototype.hasOwnProperty, + hasDontEnumBug = !({ toString: null }).propertyIsEnumerable('toString'), + dontEnums = ['toString', 'toLocaleString', 'valueOf', 'hasOwnProperty', + 'isPrototypeOf', 'propertyIsEnumerable', 'constructor'], + dontEnumsLength = dontEnums.length; + + return function (obj) { + if (typeof obj !== 'object' && (typeof obj !== 'function' || obj === null)) { + throw new TypeError(); + } + var result = [], prop, i; - if (this === void 0 || this === null || typeof fun !== "function") - throw new TypeError(); + for (prop in obj) { + if (hasOwnProperty.call(obj, prop)) { + result.push(prop); + } + } - var t = Object(this), len = t.length >>> 0; - for (var i = 0; i < len; i++) { - if (i in t) - fun.call(thisArg, t[i], i, t); - } - }; - } - // https://tc39.github.io/ecma262/#sec-array.prototype.find - if (!Array.prototype.find) { - Object.defineProperty(Array.prototype, 'find', { - value: function(predicate) { - // 1. Let O be ? ToObject(this value). - if (this == null) { - throw new TypeError('"this" is null or not defined'); - } - - var o = Object(this); - - // 2. Let len be ? ToLength(? Get(O, "length")). - var len = o.length >>> 0; - - // 3. If IsCallable(predicate) is false, throw a TypeError exception. - if (typeof predicate !== 'function') { - throw new TypeError('predicate must be a function'); - } - - // 4. If thisArg was supplied, let T be thisArg; else let T be undefined. - var thisArg = arguments[1]; - - // 5. Let k be 0. - var k = 0; - - // 6. Repeat, while k < len - while (k < len) { - // a. Let Pk be ! ToString(k). - // b. Let kValue be ? Get(O, Pk). - // c. Let testResult be ToBoolean(? Call(predicate, T, « kValue, k, O »)). - // d. If testResult is true, return kValue. - var kValue = o[k]; - if (predicate.call(thisArg, kValue, k, o)) { - return kValue; - } - // e. Increase k by 1. - k++; - } - - // 7. Return undefined. - return undefined; - }, - configurable: true, - writable: true - }); - } - if (!Object.keys) { - Object.keys = (function () { - 'use strict'; - - var hasOwnProperty = Object.prototype.hasOwnProperty, - hasDontEnumBug = !({toString: null}).propertyIsEnumerable('toString'), - dontEnums = ['toString','toLocaleString','valueOf','hasOwnProperty', - 'isPrototypeOf','propertyIsEnumerable','constructor'], - dontEnumsLength = dontEnums.length; - - return function (obj) { - if (typeof obj !== 'object' && (typeof obj !== 'function' || obj === null)) { - throw new TypeError(); - } - var result = [], prop, i; - - for (prop in obj) { - if (hasOwnProperty.call(obj, prop)) { - result.push(prop); - } - } - - if (hasDontEnumBug) { - for (i = 0; i < dontEnumsLength; i++) { - if (hasOwnProperty.call(obj, dontEnums[i])) { - result.push(dontEnums[i]); - } - } - } - return result; - }; - }()); - } - - if (typeof Object.assign != 'function') { - Object.assign = function(target) { - 'use strict'; - if (target == null) { - throw new TypeError('Cannot convert undefined or null to object'); + if (hasDontEnumBug) { + for (i = 0; i < dontEnumsLength; i++) { + if (hasOwnProperty.call(obj, dontEnums[i])) { + result.push(dontEnums[i]); } - - target = Object(target); - for (var index = 1; index < arguments.length; index++) { - var source = arguments[index]; - if (source != null) { - for (var key in source) { - if (Object.prototype.hasOwnProperty.call(source, key)) { - target[key] = source[key]; - } - } - } + } + } + return result; + }; + }()); + } + + if (typeof Object.assign != 'function') { + Object.assign = function (target) { + 'use strict'; + if (target == null) { + throw new TypeError('Cannot convert undefined or null to object'); + } + + target = Object(target); + for (var index = 1; index < arguments.length; index++) { + var source = arguments[index]; + if (source != null) { + for (var key in source) { + if (Object.prototype.hasOwnProperty.call(source, key)) { + target[key] = source[key]; } - return target; - }; + } } - - if (!String.prototype.trim) { - String.prototype.trim = function () { - return this.replace(/^\s+|\s+$/g, ''); - }; - } - if (!String.prototype.trimLeft) { - String.prototype.trimLeft = function() { - return this.replace(/^\s+/g, ""); - }; - } - if (!String.prototype.trimRight) { - String.prototype.trimRight = function() { - return this.replace(/\s+$/g, ""); - }; - } - - Number.isInteger = Number.isInteger || function(value) { - return typeof value === 'number' && - isFinite(value) && - Math.floor(value) === value; - }; - -}(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')())); + } + return target; + }; + } + + if (!String.prototype.trim) { + String.prototype.trim = function () { + return this.replace(/^\s+|\s+$/g, ''); + }; + } + if (!String.prototype.trimLeft) { + String.prototype.trimLeft = function () { + return this.replace(/^\s+/g, ""); + }; + } + if (!String.prototype.trimRight) { + String.prototype.trimRight = function () { + return this.replace(/\s+$/g, ""); + }; + } + + Number.isInteger = Number.isInteger || function (value) { + return typeof value === 'number' && + isFinite(value) && + Math.floor(value) === value; + }; + +}(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')())); // `self` is undefined in Firefox for Android content script context // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window diff --git a/src/libs/rgbcolor.js b/src/libs/rgbcolor.js index 558d74197..55817a887 100644 --- a/src/libs/rgbcolor.js +++ b/src/libs/rgbcolor.js @@ -4,21 +4,20 @@ * {@link http://www.phpied.com/rgb-color-parser-in-javascript/} * @license Use it if you like it */ - -(function ( global ) { + +(function (global) { "use strict"; - - function RGBColor(color_string) - { + + function RGBColor(color_string) { color_string = color_string || ''; this.ok = false; // strip any leading # if (color_string.charAt(0) == '#') { // remove # if any - color_string = color_string.substr(1,6); + color_string = color_string.substr(1, 6); } - color_string = color_string.replace(/ /g,''); + color_string = color_string.replace(/ /g, ''); color_string = color_string.toLowerCase(); var channels; @@ -82,8 +81,8 @@ greenyellow: 'adff2f', honeydew: 'f0fff0', hotpink: 'ff69b4', - indianred : 'cd5c5c', - indigo : '4b0082', + indianred: 'cd5c5c', + indigo: '4b0082', ivory: 'fffff0', khaki: 'f0e68c', lavender: 'e6e6fa', @@ -177,7 +176,7 @@ { re: /^rgb\((\d{1,3}),\s*(\d{1,3}),\s*(\d{1,3})\)$/, example: ['rgb(123, 234, 45)', 'rgb(255,234,245)'], - process: function (bits){ + process: function (bits) { return [ parseInt(bits[1]), parseInt(bits[2]), @@ -188,7 +187,7 @@ { re: /^(\w{2})(\w{2})(\w{2})$/, example: ['#00ff00', '336699'], - process: function (bits){ + process: function (bits) { return [ parseInt(bits[1], 16), parseInt(bits[2], 16), @@ -199,7 +198,7 @@ { re: /^(\w{1})(\w{1})(\w{1})$/, example: ['#fb0', 'f0f'], - process: function (bits){ + process: function (bits) { return [ parseInt(bits[1] + bits[1], 16), parseInt(bits[2] + bits[2], 16), @@ -243,9 +242,9 @@ return '#' + r + g + b; } } - global.RGBColor = RGBColor; - -}(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')())); + global.RGBColor = RGBColor; + +}(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')())); // `self` is undefined in Firefox for Android content script context // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window diff --git a/src/libs/ttffont.js b/src/libs/ttffont.js index dbf901803..8923b0ff6 100644 --- a/src/libs/ttffont.js +++ b/src/libs/ttffont.js @@ -94,17 +94,13 @@ /* comment : Decode TTF contents are parsed, Data, */ /* Subset object is created, and registerTTF function is called.*/ /***************************************************************/ - function TTFFont(rawData, name, encoding) { - var data, i, numFonts, offset, offsets, version, _i, _j, _len; + function TTFFont(rawData) { + var data; this.rawData = rawData; data = this.contents = new Data(rawData); this.contents.pos = 4; if (data.readString(4) === 'ttcf') { - if (!name) { - throw new Error("Must specify a font name for TTC files."); - } - offsets = []; - throw new Error("Font " + name + " not found in TTC file."); + throw new Error("TTCF not supported."); } else { data.pos = 0; @@ -201,10 +197,10 @@ return this.hmtx.forGlyph(glyph).advance * scale; }; TTFFont.prototype.widthOfString = function (string, size, charSpace) { - var charCode, i, scale, width, _i, _ref, charSpace; + var charCode, i, scale, width, _ref; string = '' + string; width = 0; - for (i = _i = 0, _ref = string.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + for (i = 0, _ref = string.length; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { charCode = string.charCodeAt(i); width += (this.widthOfGlyph(this.characterToGlyph(charCode)) + charSpace * (1000/ size)) || 0; } @@ -295,17 +291,17 @@ return this.writeUInt16(val); }; Data.prototype.readString = function (length) { - var i, ret, _i; + var i, ret; ret = []; - for (i = _i = 0; 0 <= length ? _i < length : _i > length; i = 0 <= length ? ++_i : --_i) { + for (i = 0; 0 <= length ? i < length : i > length; i = 0 <= length ? ++i : --i) { ret[i] = String.fromCharCode(this.readByte()); } return ret.join(''); }; Data.prototype.writeString = function (val) { - var i, _i, _ref, _results; + var i, _ref, _results; _results = []; - for (i = _i = 0, _ref = val.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + for (i = 0, _ref = val.length; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { _results.push(this.writeByte(val.charCodeAt(i))); } return _results; @@ -358,18 +354,18 @@ return this.data.slice(start, end); };*/ Data.prototype.read = function (bytes) { - var buf, i, _i; + var buf, i; buf = []; - for (i = _i = 0; 0 <= bytes ? _i < bytes : _i > bytes; i = 0 <= bytes ? ++_i : --_i) { + for (i = 0; 0 <= bytes ? i < bytes : i > bytes; i = 0 <= bytes ? ++i : --i) { buf.push(this.readByte()); } return buf; }; Data.prototype.write = function (bytes) { - var byte, _i, _len, _results; + var byte, i, _len, _results; _results = []; - for (_i = 0, _len = bytes.length; _i < _len; _i++) { - byte = bytes[_i]; + for (i = 0, _len = bytes.length; i < _len; i++) { + byte = bytes[i]; _results.push(this.writeByte(byte)); } return _results; @@ -385,14 +381,14 @@ /* comment : Initialize the offset, tag, length, and checksum for each table for the font to be used.*/ /*****************************************************************************************************/ function Directory(data) { - var entry, i, _i, _ref; + var entry, i, _ref; this.scalarType = data.readInt(); this.tableCount = data.readShort(); this.searchRange = data.readShort(); this.entrySelector = data.readShort(); this.rangeShift = data.readShort(); this.tables = {}; - for (i = _i = 0, _ref = this.tableCount; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + for (i = 0, _ref = this.tableCount; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { entry = { tag: data.readString(4) , checksum: data.readInt() @@ -451,14 +447,14 @@ /* comment : Duplicate the table for the tag. */ /***************************************************************/ checksum = function (data) { - var i, sum, tmp, _i, _ref; + var i, sum, tmp, _ref; data = __slice.call(data); while (data.length % 4) { data.push(0); } tmp = new Data(data); sum = 0; - for (i = _i = 0, _ref = data.length; _i < _ref; i = _i += 4) { + for (i = 0, _ref = data.length; i < _ref; i = i += 4) { sum += tmp.readUInt32(); } return sum & 0xFFFFFFFF; @@ -479,7 +475,7 @@ child.prototype = new ctor(); child.__super__ = parent.prototype; return child; - };; + }; /***************************************************************/ /* function : Table */ @@ -566,7 +562,7 @@ /************************************************************************************/ var CmapEntry = (function () { function CmapEntry(data, offset) { - var code, count, endCode, glyphId, glyphIds, i, idDelta, idRangeOffset, index, saveOffset, segCount, segCountX2, start, startCode, tail, _i, _j, _k, _len; + var code, count, endCode, glyphId, glyphIds, i, idDelta, idRangeOffset, index, saveOffset, segCount, segCountX2, start, startCode, tail, _j, _k, _len; this.platformID = data.readUInt16(); this.encodingID = data.readShort(); this.offset = offset + data.readInt(); @@ -579,7 +575,7 @@ this.codeMap = {}; switch (this.format) { case 0: - for (i = _i = 0; _i < 256; i = ++_i) { + for (i = 0; i < 256; ++i) { this.codeMap[i] = data.readByte(); } break; @@ -650,7 +646,7 @@ data.pos = saveOffset; } CmapEntry.encode = function (charmap, encoding) { - var charMap, code, codeMap, codes, delta, deltas, diff, endCode, endCodes, entrySelector, glyphIDs, i, id, indexes, last, map, nextID, offset, old, rangeOffsets, rangeShift, result, searchRange, segCount, segCountX2, startCode, startCodes, startGlyph, subtable, _i, _j, _k, _l, _len, _len1, _len2, _len3, _len4, _len5, _len6, _len7, _m, _n, _name, _o, _p, _q; + var charMap, code, codeMap, codes, delta, deltas, diff, endCode, endCodes, entrySelector, glyphIDs, i, id, indexes, last, map, nextID, offset, old, rangeOffsets, rangeShift, searchRange, segCount, segCountX2, startCode, startCodes, startGlyph, subtable, _i, _j, _k, _l, _len, _len1, _len2, _len3, _len4, _len5, _len6, _len7, _m, _n, _name, _o, _p, _q; subtable = new Data; codes = Object.keys(charmap).sort(function (a, b) { return a - b; @@ -659,9 +655,8 @@ case 'macroman': id = 0; indexes = (function () { - var _i, _results; - _results = []; - for (i = _i = 0; _i < 256; i = ++_i) { + var _results = []; + for (i = 0; i < 256; ++i) { _results.push(0); } return _results; @@ -688,7 +683,7 @@ subtable.writeUInt16(262); subtable.writeUInt16(0); subtable.write(indexes); - return result = { + return { charMap: codeMap , subtable: subtable.data , maxGlyphID: id + 1 @@ -785,7 +780,7 @@ id = glyphIDs[_q]; subtable.writeUInt16(id); } - return result = { + return { charMap: charMap , subtable: subtable.data , maxGlyphID: nextID + 1 @@ -803,13 +798,13 @@ } CmapTable.prototype.tag = 'cmap'; CmapTable.prototype.parse = function (data) { - var entry, i, tableCount, _i; + var entry, i, tableCount; data.pos = this.offset; this.version = data.readUInt16(); tableCount = data.readUInt16(); this.tables = []; this.unicode = null; - for (i = _i = 0; 0 <= tableCount ? _i < tableCount : _i > tableCount; i = 0 <= tableCount ? ++_i : --_i) { + for (i = 0; 0 <= tableCount ? i < tableCount : i > tableCount; i = 0 <= tableCount ? ++i : --i) { entry = new CmapEntry(data, this.offset); this.tables.push(entry); if (entry.isUnicode) { @@ -895,7 +890,6 @@ } OS2Table.prototype.tag = 'OS/2'; OS2Table.prototype.parse = function (data) { - var i; data.pos = this.offset; this.version = data.readUInt16(); this.averageCharWidth = data.readShort(); @@ -914,17 +908,17 @@ this.yStrikeoutPosition = data.readShort(); this.familyClass = data.readShort(); this.panose = (function () { - var _i, _results; + var i, _results; _results = []; - for (i = _i = 0; _i < 10; i = ++_i) { + for (i = 0; i < 10; ++i) { _results.push(data.readByte()); } return _results; })(); this.charRange = (function () { - var _i, _results; + var i, _results; _results = []; - for (i = _i = 0; _i < 4; i = ++_i) { + for (i = 0; i < 4; ++i) { _results.push(data.readInt()); } return _results; @@ -940,9 +934,9 @@ this.winAscent = data.readShort(); this.winDescent = data.readShort(); this.codePageRange = (function () { - var _i, _results; + var i, _results; _results = []; - for (i = _i = 0; _i < 2; i = ++_i) { + for (i = 0; i < 2; i = ++i) { _results.push(data.readInt()); } return _results; @@ -971,7 +965,7 @@ } PostTable.prototype.tag = 'post'; PostTable.prototype.parse = function (data) { - var i, length, numberOfGlyphs, _i, _results; + var length, numberOfGlyphs, _i, _results; data.pos = this.offset; this.format = data.readInt(); this.italicAngle = data.readInt(); @@ -988,7 +982,8 @@ case 0x00020000: numberOfGlyphs = data.readUInt16(); this.glyphNameIndex = []; - for (i = _i = 0; 0 <= numberOfGlyphs ? _i < numberOfGlyphs : _i > numberOfGlyphs; i = 0 <= numberOfGlyphs ? ++_i : --_i) { + var i; + for (i = 0; 0 <= numberOfGlyphs ? i < numberOfGlyphs : i > numberOfGlyphs; i = 0 <= numberOfGlyphs ? ++i : --i) { this.glyphNameIndex.push(data.readUInt16()); } this.names = []; @@ -998,7 +993,6 @@ _results.push(this.names.push(data.readString(length))); } return _results; - break; case 0x00025000: numberOfGlyphs = data.readUInt16(); return this.offsets = data.read(numberOfGlyphs); @@ -1109,7 +1103,7 @@ count = data.readShort(); stringOffset = data.readShort(); entries = []; - for (i = _i = 0; 0 <= count ? _i < count : _i > count; i = 0 <= count ? ++_i : --_i) { + for (i = 0; 0 <= count ? i < count : i > count; i = 0 <= count ? ++i : --i) { entries.push({ platformID: data.readShort() , encodingID: data.readShort() @@ -1262,10 +1256,10 @@ } HmtxTable.prototype.tag = 'hmtx'; HmtxTable.prototype.parse = function (data) { - var i, last, lsbCount, m, _i, _j, _ref, _results; + var i, last, lsbCount, m, _j, _ref, _results; data.pos = this.offset; this.metrics = []; - for (i = _i = 0, _ref = this.file.hhea.numberOfMetrics; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + for (i = 0, _ref = this.file.hhea.numberOfMetrics; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { this.metrics.push({ advance: data.readUInt16() , lsb: data.readInt16() @@ -1302,11 +1296,10 @@ /* comment : Returns the advance width and lsb for this glyph. */ /***************************************************************/ HmtxTable.prototype.forGlyph = function (id) { - var metrics; if (id in this.metrics) { return this.metrics[id]; } - return metrics = { + return { advance: this.metrics[this.metrics.length - 1].advance , lsb: this.leftSideBearings[id - this.metrics.length] }; @@ -1334,11 +1327,10 @@ return GlyfTable.__super__.constructor.apply(this, arguments); } GlyfTable.prototype.tag = 'glyf'; - GlyfTable.prototype.parse = function (data) { + GlyfTable.prototype.parse = function () { return this.cache = {}; }; GlyfTable.prototype.glyphFor = function (id) { - id = id; var data, index, length, loca, numberOfContours, raw, xMax, xMin, yMax, yMin; if (id in this.cache) { return this.cache[id]; @@ -1458,12 +1450,11 @@ /* function : CompoundGlypg encode */ /* comment : After creating a table for the characters you typed, you call directory.encode to encode the table.*/ /****************************************************************************************************************/ - CompoundGlyph.prototype.encode = function (mapping) { - var i, id, result, _i, _len, _ref; + CompoundGlyph.prototype.encode = function () { + var i, result, _len, _ref; result = new Data(__slice.call(this.raw.data)); _ref = this.glyphIDs; - for (i = _i = 0, _len = _ref.length; _i < _len; i = ++_i) { - id = _ref[i]; + for (i = 0, _len = _ref.length; i < _len; ++i) { result.pos = this.glyphOffsets[i]; } return result.data; @@ -1484,9 +1475,9 @@ format = this.file.head.indexToLocFormat; if (format === 0) { return this.offsets = (function () { - var _i, _ref, _results; + var _ref, _results; _results = []; - for (i = _i = 0, _ref = this.length; _i < _ref; i = _i += 2) { + for (i = 0, _ref = this.length; i < _ref; i += 2) { _results.push(data.readUInt16() * 2); } return _results; @@ -1496,7 +1487,7 @@ return this.offsets = (function () { var _i, _ref, _results; _results = []; - for (i = _i = 0, _ref = this.length; _i < _ref; i = _i += 4) { + for (i = 0, _ref = this.length; i < _ref; i += 4) { _results.push(data.readUInt32()); } return _results; diff --git a/src/libs/zlib.js b/src/libs/zlib.js index 3628b0cb9..0f1e0e9d7 100644 --- a/src/libs/zlib.js +++ b/src/libs/zlib.js @@ -121,7 +121,10 @@ var DecodeStream = (function() { return constructor; })(); -var FlateStream = (function() { +var globalObject = typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')(); + +var FlateStream = globalObject.FlateStream = (function() { + if (typeof Uint32Array === 'undefined') { return undefined; } diff --git a/src/modules/acroform.js b/src/modules/acroform.js index 2755ac2a9..fb27bcfb3 100644 --- a/src/modules/acroform.js +++ b/src/modules/acroform.js @@ -2087,14 +2087,13 @@ _AS = '/' + value; } }); - this.optionName = name; this.caption = 'l'; this.appearanceState = 'Off'; // todo: set AppearanceType as variable that can be set from the // outside... this._AppearanceType = AcroFormAppearance.RadioButton.Circle; // The Default appearanceType is the Circle - this.appearanceStreamContent = this._AppearanceType.createAppearanceStream(name); + this.appearanceStreamContent = this._AppearanceType.createAppearanceStream(this.optionName); }; inherit(AcroFormChildClass, AcroFormField); diff --git a/src/modules/addimage.js b/src/modules/addimage.js index b22f88482..d1afe5d5b 100644 --- a/src/modules/addimage.js +++ b/src/modules/addimage.js @@ -32,16 +32,16 @@ * @name addImage * @module */ -(function(jsPDFAPI) { +(function (jsPDFAPI) { 'use strict' var namespace = 'addImage_'; - + var imageFileTypeHeaders = { - PNG : [[0x89, 0x50, 0x4e, 0x47]], + PNG: [[0x89, 0x50, 0x4e, 0x47]], TIFF: [ - [0x4D,0x4D,0x00,0x2A], //Motorola - [0x49,0x49,0x2A,0x00] //Intel + [0x4D, 0x4D, 0x00, 0x2A], //Motorola + [0x49, 0x49, 0x2A, 0x00] //Intel ], JPEG: [ [0xFF, 0xD8, 0xFF, 0xE0, undefined, undefined, 0x4A, 0x46, 0x49, 0x46, 0x00], //JFIF @@ -52,7 +52,7 @@ JPEG2000: [[0x00, 0x00, 0x00, 0x0C, 0x6A, 0x50, 0x20, 0x20]], GIF87a: [[0x47, 0x49, 0x46, 0x38, 0x37, 0x61]], GIF89a: [[0x47, 0x49, 0x46, 0x38, 0x39, 0x61]], - WEBP: [[0x52,0x49,0x46,0x46,undefined, undefined, undefined, undefined, 0x57, 0x45, 0x42, 0x50]], + WEBP: [[0x52, 0x49, 0x46, 0x46, undefined, undefined, undefined, undefined, 0x57, 0x45, 0x42, 0x50]], BMP: [ [0x42, 0x4D], //BM - Windows 3.1x, 95, NT, ... etc. [0x42, 0x41], //BA - OS/2 struct bitmap array @@ -82,17 +82,17 @@ var j; var result = 'UNKNOWN'; var headerSchemata; - var compareResult; + var compareResult; var fileType; - + if (jsPDFAPI.isArrayBufferView(imageData)) { imageData = jsPDFAPI.arrayBufferToBinaryString(imageData); } - + for (fileType in imageFileTypeHeaders) { headerSchemata = imageFileTypeHeaders[fileType]; for (i = 0; i < headerSchemata.length; i += 1) { - compareResult = true; + compareResult = true; for (j = 0; j < headerSchemata[i].length; j += 1) { if (headerSchemata[i][j] === undefined) { continue; @@ -108,7 +108,7 @@ } } } - if (result === 'UNKNOWN' && fallbackFormat !== 'UNKNOWN' ) { + if (result === 'UNKNOWN' && fallbackFormat !== 'UNKNOWN') { console.warn('FileType of Image not recognized. Processing image as "' + fallbackFormat + '".'); result = fallbackFormat; } @@ -116,38 +116,40 @@ } // Image functionality ported from pdf.js - var putImage = function(img) { + var putImage = function (img) { var objectNumber = this.internal.newObject() - , out = this.internal.write - , putStream = this.internal.putStream - , getFilters = this.internal.getFilters + , out = this.internal.write + , putStream = this.internal.putStream + , getFilters = this.internal.getFilters var filters = getFilters(); while (filters.indexOf('FlateEncode') !== -1) { - filters.splice( filters.indexOf('FlateEncode'), 1 ); + filters.splice(filters.indexOf('FlateEncode'), 1); } img['n'] = objectNumber var additionalKeyValues = []; - additionalKeyValues.push({key: 'Type', value: '/XObject'}); - additionalKeyValues.push({key: 'Subtype', value: '/Image'}); - additionalKeyValues.push({key: 'Width', value: img['w']}); - additionalKeyValues.push({key: 'Height', value: img['h']}); + additionalKeyValues.push({ key: 'Type', value: '/XObject' }); + additionalKeyValues.push({ key: 'Subtype', value: '/Image' }); + additionalKeyValues.push({ key: 'Width', value: img['w'] }); + additionalKeyValues.push({ key: 'Height', value: img['h'] }); if (img['cs'] === this.color_spaces.INDEXED) { - additionalKeyValues.push({key: 'ColorSpace', value: '[/Indexed /DeviceRGB ' + additionalKeyValues.push({ + key: 'ColorSpace', value: '[/Indexed /DeviceRGB ' // if an indexed png defines more than one colour with transparency, we've created a smask + (img['pal'].length / 3 - 1) + ' ' + ('smask' in img ? objectNumber + 2 : objectNumber + 1) - + ' 0 R]'}); + + ' 0 R]' + }); } else { - additionalKeyValues.push({key: 'ColorSpace', value: '/' + img['cs']}); + additionalKeyValues.push({ key: 'ColorSpace', value: '/' + img['cs'] }); if (img['cs'] === this.color_spaces.DEVICE_CMYK) { - additionalKeyValues.push({key: 'Decode', value: '[1 0 1 0 1 0 1 0]'}); + additionalKeyValues.push({ key: 'Decode', value: '[1 0 1 0 1 0 1 0]' }); } } - additionalKeyValues.push({key: 'BitsPerComponent', value: img['bpc']}); + additionalKeyValues.push({ key: 'BitsPerComponent', value: img['bpc'] }); if ('dp' in img) { - additionalKeyValues.push({key: 'DecodeParms', value: '<<' + img['dp'] + '>>'}); + additionalKeyValues.push({ key: 'DecodeParms', value: '<<' + img['dp'] + '>>' }); } if ('trns' in img && img['trns'].constructor == Array) { var trns = '', @@ -155,23 +157,23 @@ len = img['trns'].length; for (; i < len; i++) trns += (img['trns'][i] + ' ' + img['trns'][i] + ' '); - - additionalKeyValues.push({key: 'Mask', value: '[' + trns + ']'}); + + additionalKeyValues.push({ key: 'Mask', value: '[' + trns + ']' }); } if ('smask' in img) { - additionalKeyValues.push({key: 'SMask', value: (objectNumber + 1) + ' 0 R'}); + additionalKeyValues.push({ key: 'SMask', value: (objectNumber + 1) + ' 0 R' }); } - + var alreadyAppliedFilters = (typeof img['f'] !== "undefined") ? ['/' + img['f']] : undefined; - putStream({data: img['data'], additionalKeyValues: additionalKeyValues, alreadyAppliedFilters: alreadyAppliedFilters}); + putStream({ data: img['data'], additionalKeyValues: additionalKeyValues, alreadyAppliedFilters: alreadyAppliedFilters }); out('endobj'); // Soft mask if ('smask' in img) { - var dp = '/Predictor '+ img['p'] +' /Colors 1 /BitsPerComponent ' + img['bpc'] + ' /Columns ' + img['w']; - var smask = {'w': img['w'], 'h': img['h'], 'cs': 'DeviceGray', 'bpc': img['bpc'], 'dp': dp, 'data': img['smask']}; + var dp = '/Predictor ' + img['p'] + ' /Colors 1 /BitsPerComponent ' + img['bpc'] + ' /Columns ' + img['w']; + var smask = { 'w': img['w'], 'h': img['h'], 'cs': 'DeviceGray', 'bpc': img['bpc'], 'dp': dp, 'data': img['smask'] }; if ('f' in img) smask.f = img['f']; putImage.call(this, smask); @@ -183,211 +185,211 @@ this.internal.newObject(); //out('<< /Filter / ' + img['f'] +' /Length ' + img['pal'].length + '>>'); //putStream(zlib.compress(img['pal'])); - putStream({data: this.arrayBufferToBinaryString(new Uint8Array(img['pal']))}); + putStream({ data: this.arrayBufferToBinaryString(new Uint8Array(img['pal'])) }); out('endobj'); } } - , putResourcesCallback = function() { - var images = this.internal.collections[namespace + 'images'] - for ( var i in images ) { - putImage.call(this, images[i]) + , putResourcesCallback = function () { + var images = this.internal.collections[namespace + 'images'] + for (var i in images) { + putImage.call(this, images[i]) + } } - } - , putXObjectsDictCallback = function(){ - var images = this.internal.collections[namespace + 'images'] - , out = this.internal.write - , image - for (var i in images) { - image = images[i] - out( - '/I' + image['i'] - , image['n'] - , '0' - , 'R' - ) + , putXObjectsDictCallback = function () { + var images = this.internal.collections[namespace + 'images'] + , out = this.internal.write + , image + for (var i in images) { + image = images[i] + out( + '/I' + image['i'] + , image['n'] + , '0' + , 'R' + ) + } } - } - , checkCompressValue = function(value) { - if(value && typeof value === 'string') - value = value.toUpperCase(); - return value in jsPDFAPI.image_compression ? value : jsPDFAPI.image_compression.NONE; - } - , getImages = function() { - var images = this.internal.collections[namespace + 'images']; - //first run, so initialise stuff - if(!images) { - this.internal.collections[namespace + 'images'] = images = {}; - this.internal.events.subscribe('putResources', putResourcesCallback); - this.internal.events.subscribe('putXobjectDict', putXObjectsDictCallback); + , checkCompressValue = function (value) { + if (value && typeof value === 'string') + value = value.toUpperCase(); + return value in jsPDFAPI.image_compression ? value : jsPDFAPI.image_compression.NONE; + } + , getImages = function () { + var images = this.internal.collections[namespace + 'images']; + //first run, so initialise stuff + if (!images) { + this.internal.collections[namespace + 'images'] = images = {}; + this.internal.events.subscribe('putResources', putResourcesCallback); + this.internal.events.subscribe('putXobjectDict', putXObjectsDictCallback); + } + + return images; } + , getImageIndex = function (images) { + var imageIndex = 0; - return images; - } - , getImageIndex = function(images) { - var imageIndex = 0; + if (images) { + // this is NOT the first time this method is ran on this instance of jsPDF object. + imageIndex = Object.keys ? + Object.keys(images).length : + (function (o) { + var i = 0 + for (var e in o) { if (o.hasOwnProperty(e)) { i++ } } + return i + })(images) + } - if (images){ - // this is NOT the first time this method is ran on this instance of jsPDF object. - imageIndex = Object.keys ? - Object.keys(images).length : - (function(o){ - var i = 0 - for (var e in o){if(o.hasOwnProperty(e)){ i++ }} - return i - })(images) + return imageIndex; } - - return imageIndex; - } - , notDefined = function(value) { - return typeof value === 'undefined' || value === null || value.length === 0; - } - , generateAliasFromImageData = function(imageData) { - if (typeof imageData === 'string') { - return jsPDFAPI.sHashCode(imageData); - } - - if (jsPDFAPI.isArrayBufferView(imageData)) { - return jsPDFAPI.sHashCode(jsPDFAPI.arrayBufferToBinaryString(imageData)); + , notDefined = function (value) { + return typeof value === 'undefined' || value === null || value.length === 0; } - - return null; - } - , isImageTypeSupported = function(type) { - return (typeof jsPDFAPI["process" + type.toUpperCase()] === "function"); - } - , isDOMElement = function(object) { - return typeof object === 'object' && object.nodeType === 1; - } - , createDataURIFromElement = function(element, format) { - //if element is an image which uses data url definition, just return the dataurl - if (element.nodeName === 'IMG' && element.hasAttribute('src')) { - var src = ''+element.getAttribute('src'); - - //is base64 encoded dataUrl, directly process it - if (src.indexOf('data:image/') === 0) { - return unescape(src); + , generateAliasFromImageData = function (imageData) { + if (typeof imageData === 'string') { + return jsPDFAPI.sHashCode(imageData); } - //it is probably an url, try to load it - var tmpImageData = jsPDFAPI.loadFile(src); - if (tmpImageData !== undefined) { - return btoa(tmpImageData) + if (jsPDFAPI.isArrayBufferView(imageData)) { + return jsPDFAPI.sHashCode(jsPDFAPI.arrayBufferToBinaryString(imageData)); } - } - var canvas; - if(element.nodeName === 'CANVAS') { - canvas = element; - return element.toDataURL('image/jpeg', 1.0); + return null; } - //absolute fallback method - canvas = document.createElement('canvas'); - canvas.width = element.clientWidth || element.width; - canvas.height = element.clientHeight || element.height; - - var ctx = canvas.getContext('2d'); - if (!ctx) { - throw ('addImage requires canvas to be supported by browser.'); + , isImageTypeSupported = function (type) { + return (typeof jsPDFAPI["process" + type.toUpperCase()] === "function"); } - ctx.drawImage(element, 0, 0, canvas.width, canvas.height); - - return canvas.toDataURL((''+format).toLowerCase() == 'png' ? 'image/png' : 'image/jpeg'); - } - ,checkImagesForAlias = function(alias, images) { - var cached_info; - if(images) { - for(var e in images) { - if(alias === images[e].alias) { - cached_info = images[e]; - break; + , isDOMElement = function (object) { + return typeof object === 'object' && object.nodeType === 1; + } + , createDataURIFromElement = function (element, format) { + //if element is an image which uses data url definition, just return the dataurl + if (element.nodeName === 'IMG' && element.hasAttribute('src')) { + var src = '' + element.getAttribute('src'); + + //is base64 encoded dataUrl, directly process it + if (src.indexOf('data:image/') === 0) { + return unescape(src); + } + + //it is probably an url, try to load it + var tmpImageData = jsPDFAPI.loadFile(src); + if (tmpImageData !== undefined) { + return btoa(tmpImageData) } } + + var canvas; + if (element.nodeName === 'CANVAS') { + canvas = element; + return element.toDataURL('image/jpeg', 1.0); + } + //absolute fallback method + canvas = document.createElement('canvas'); + canvas.width = element.clientWidth || element.width; + canvas.height = element.clientHeight || element.height; + + var ctx = canvas.getContext('2d'); + if (!ctx) { + throw ('addImage requires canvas to be supported by browser.'); + } + ctx.drawImage(element, 0, 0, canvas.width, canvas.height); + + return canvas.toDataURL(('' + format).toLowerCase() == 'png' ? 'image/png' : 'image/jpeg'); } - return cached_info; - } - ,determineWidthAndHeight = function(w, h, info) { - if (!w && !h) { - w = -96; - h = -96; - } - if (w < 0) { - w = (-1) * info['w'] * 72 / w / this.internal.scaleFactor; - } - if (h < 0) { - h = (-1) * info['h'] * 72 / h / this.internal.scaleFactor; - } - if (w === 0) { - w = h * info['w'] / info['h']; + , checkImagesForAlias = function (alias, images) { + var cached_info; + if (images) { + for (var e in images) { + if (alias === images[e].alias) { + cached_info = images[e]; + break; + } + } + } + return cached_info; } - if (h === 0) { - h = w * info['h'] / info['w']; + , determineWidthAndHeight = function (w, h, info) { + if (!w && !h) { + w = -96; + h = -96; + } + if (w < 0) { + w = (-1) * info['w'] * 72 / w / this.internal.scaleFactor; + } + if (h < 0) { + h = (-1) * info['h'] * 72 / h / this.internal.scaleFactor; + } + if (w === 0) { + w = h * info['w'] / info['h']; + } + if (h === 0) { + h = w * info['h'] / info['w']; + } + + return [w, h]; } + , writeImageToPDF = function (x, y, w, h, info, index, images, rotation) { + var dims = determineWidthAndHeight.call(this, w, h, info), + coord = this.internal.getCoordinateString, + vcoord = this.internal.getVerticalCoordinateString; - return [w, h]; - } - , writeImageToPDF = function(x, y, w, h, info, index, images, rotation) { - var dims = determineWidthAndHeight.call(this, w, h, info), - coord = this.internal.getCoordinateString, - vcoord = this.internal.getVerticalCoordinateString; - - w = dims[0]; - h = dims[1]; - - images[index] = info; - - if (rotation) { - rotation *= (Math.PI / 180); - var c = Math.cos(rotation); - var s = Math.sin(rotation); - //like in pdf Reference do it 4 digits instead of 2 - var f4 = function(number) { - return number.toFixed(4); + w = dims[0]; + h = dims[1]; + + images[index] = info; + + if (rotation) { + rotation *= (Math.PI / 180); + var c = Math.cos(rotation); + var s = Math.sin(rotation); + //like in pdf Reference do it 4 digits instead of 2 + var f4 = function (number) { + return number.toFixed(4); + } + var rotationTransformationMatrix = [f4(c), f4(s), f4(s * -1), f4(c), 0, 0, 'cm']; } - var rotationTransformationMatrix = [f4(c), f4(s), f4(s * -1), f4(c), 0, 0, 'cm']; - } - this.internal.write('q'); //Save graphics state - if (rotation) { - this.internal.write([1, '0', '0' , 1, coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate - this.internal.write(rotationTransformationMatrix.join(' ')); //Rotate - this.internal.write([coord(w), '0', '0' , coord(h), '0', '0', 'cm'].join(' ')); //Scale - } else { - this.internal.write([coord(w), '0', '0' , coord(h), coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate and Scale - } - this.internal.write('/I'+info['i'] + ' Do'); //Paint Image - this.internal.write('Q'); //Restore graphics state - }; + this.internal.write('q'); //Save graphics state + if (rotation) { + this.internal.write([1, '0', '0', 1, coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate + this.internal.write(rotationTransformationMatrix.join(' ')); //Rotate + this.internal.write([coord(w), '0', '0', coord(h), '0', '0', 'cm'].join(' ')); //Scale + } else { + this.internal.write([coord(w), '0', '0', coord(h), coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate and Scale + } + this.internal.write('/I' + info['i'] + ' Do'); //Paint Image + this.internal.write('Q'); //Restore graphics state + }; /** * COLOR SPACES */ jsPDFAPI.color_spaces = { - DEVICE_RGB:'DeviceRGB', - DEVICE_GRAY:'DeviceGray', - DEVICE_CMYK:'DeviceCMYK', - CAL_GREY:'CalGray', - CAL_RGB:'CalRGB', - LAB:'Lab', - ICC_BASED:'ICCBased', - INDEXED:'Indexed', - PATTERN:'Pattern', - SEPARATION:'Separation', - DEVICE_N:'DeviceN' + DEVICE_RGB: 'DeviceRGB', + DEVICE_GRAY: 'DeviceGray', + DEVICE_CMYK: 'DeviceCMYK', + CAL_GREY: 'CalGray', + CAL_RGB: 'CalRGB', + LAB: 'Lab', + ICC_BASED: 'ICCBased', + INDEXED: 'Indexed', + PATTERN: 'Pattern', + SEPARATION: 'Separation', + DEVICE_N: 'DeviceN' }; /** * DECODE METHODS */ jsPDFAPI.decode = { - DCT_DECODE:'DCTDecode', - FLATE_DECODE:'FlateDecode', - LZW_DECODE:'LZWDecode', - JPX_DECODE:'JPXDecode', - JBIG2_DECODE:'JBIG2Decode', - ASCII85_DECODE:'ASCII85Decode', - ASCII_HEX_DECODE:'ASCIIHexDecode', - RUN_LENGTH_DECODE:'RunLengthDecode', - CCITT_FAX_DECODE:'CCITTFaxDecode' + DCT_DECODE: 'DCTDecode', + FLATE_DECODE: 'FlateDecode', + LZW_DECODE: 'LZWDecode', + JPX_DECODE: 'JPXDecode', + JBIG2_DECODE: 'JBIG2Decode', + ASCII85_DECODE: 'ASCII85Decode', + ASCII_HEX_DECODE: 'ASCIIHexDecode', + RUN_LENGTH_DECODE: 'RunLengthDecode', + CCITT_FAX_DECODE: 'CCITTFaxDecode' }; /** @@ -406,13 +408,13 @@ * @param {string} str * @returns {string} */ - jsPDFAPI.sHashCode = function(str) { + jsPDFAPI.sHashCode = function (str) { str = str || ""; var hash = 0, i, chr; if (str.length === 0) return hash; for (i = 0; i < str.length; i++) { - chr = str.charCodeAt(i); - hash = ((hash << 5) - hash) + chr; + chr = str.charCodeAt(i); + hash = ((hash << 5) - hash) + chr; hash |= 0; // Convert to 32bit integer } return hash; @@ -428,31 +430,31 @@ * * @returns {boolean} */ - jsPDFAPI.validateStringAsBase64 = function(possibleBase64String) { + jsPDFAPI.validateStringAsBase64 = function (possibleBase64String) { possibleBase64String = possibleBase64String || ''; possibleBase64String.toString().trim(); - + var result = true; - + if (possibleBase64String.length === 0) { result = false; } - + if (possibleBase64String.length % 4 !== 0) { result = false; } - - if (/^[A-Za-z0-9+\/]+$/.test(possibleBase64String.substr(0, possibleBase64String.length - 2)) === false) { + + if (/^[A-Za-z0-9+/]+$/.test(possibleBase64String.substr(0, possibleBase64String.length - 2)) === false) { result = false; } - - - if (/^[A-Za-z0-9\/][A-Za-z0-9+\/]|[A-Za-z0-9+\/]=|==$/.test(possibleBase64String.substr(-2)) === false) { + + + if (/^[A-Za-z0-9/][A-Za-z0-9+/]|[A-Za-z0-9+/]=|==$/.test(possibleBase64String.substr(-2)) === false) { result = false; } - return result; + return result; }; - + /** * Strips out and returns info from a valid base64 data URI * @@ -465,7 +467,7 @@ * [2] format - the second part of the mime-type i.e 'png' in 'image/png' * [4] */ - jsPDFAPI.extractInfoFromBase64DataURI = function(dataURI) { + jsPDFAPI.extractInfoFromBase64DataURI = function (dataURI) { return /^data:([\w]+?\/([\w]+?));\S*;*base64,(.+)$/g.exec(dataURI); }; @@ -481,18 +483,18 @@ * [2] format - the second part of the mime-type i.e 'png' in 'image/png' * [4] */ - jsPDFAPI.extractImageFromDataUrl = function(dataUrl) { + jsPDFAPI.extractImageFromDataUrl = function (dataUrl) { dataUrl = dataUrl || ''; var dataUrlParts = dataUrl.split('base64,'); var result = null; - + if (dataUrlParts.length === 2) { var extractedInfo = /^data:(\w*\/\w*);*(charset=[\w=-]*)*;*$/.exec(dataUrlParts[0]); if (Array.isArray(extractedInfo)) { result = { - mimeType : extractedInfo[1], - charset : extractedInfo[2], - data : dataUrlParts[1] + mimeType: extractedInfo[1], + charset: extractedInfo[2], + data: dataUrlParts[1] }; } } @@ -506,7 +508,7 @@ * @function * @returns {boolean} */ - jsPDFAPI.supportsArrayBuffer = function() { + jsPDFAPI.supportsArrayBuffer = function () { return typeof ArrayBuffer !== 'undefined' && typeof Uint8Array !== 'undefined'; }; @@ -519,7 +521,7 @@ * * @returns {boolean} */ - jsPDFAPI.isArrayBuffer = function(object) { + jsPDFAPI.isArrayBuffer = function (object) { return this.supportsArrayBuffer() && object instanceof ArrayBuffer; }; @@ -531,9 +533,9 @@ * @param {Object} object an Object * @returns {boolean} */ - jsPDFAPI.isArrayBufferView = function(object) { - return (this.supportsArrayBuffer() && typeof Uint32Array !== 'undefined') && - (object instanceof Int8Array || + jsPDFAPI.isArrayBufferView = function (object) { + return (this.supportsArrayBuffer() && typeof Uint32Array !== 'undefined') && + (object instanceof Int8Array || object instanceof Uint8Array || (typeof Uint8ClampedArray !== 'undefined' && object instanceof Uint8ClampedArray) || object instanceof Int16Array || @@ -541,7 +543,7 @@ object instanceof Int32Array || object instanceof Uint32Array || object instanceof Float32Array || - object instanceof Float64Array ); + object instanceof Float64Array); }; @@ -555,34 +557,34 @@ * * @returns {Uint8Array} */ - jsPDFAPI.binaryStringToUint8Array = function(binary_string) { + jsPDFAPI.binaryStringToUint8Array = function (binary_string) { /* * not sure how efficient this will be will bigger files. Is there a native method? */ var len = binary_string.length; - var bytes = new Uint8Array( len ); + var bytes = new Uint8Array(len); for (var i = 0; i < len; i++) { bytes[i] = binary_string.charCodeAt(i); } return bytes; }; - /** - * Convert the Buffer to a Binary String - * - * @name arrayBufferToBinaryString - * @public - * @function - * @param {ArrayBuffer} ArrayBuffer with ImageData - * - * @returns {String} - */ - jsPDFAPI.arrayBufferToBinaryString = function(buffer) { - + /** + * Convert the Buffer to a Binary String + * + * @name arrayBufferToBinaryString + * @public + * @function + * @param {ArrayBuffer} ArrayBuffer with ImageData + * + * @returns {String} + */ + jsPDFAPI.arrayBufferToBinaryString = function (buffer) { + // if (typeof Uint8Array !== 'undefined' && typeof Uint8Array.prototype.reduce !== 'undefined') { - // return new Uint8Array(buffer).reduce(function (data, byte) { - // return data.push(String.fromCharCode(byte)), data; - // }, []).join(''); + // return new Uint8Array(buffer).reduce(function (data, byte) { + // return data.push(String.fromCharCode(byte)), data; + // }, []).join(''); // } if (typeof atob === "function") { return atob(this.arrayBufferToBase64(buffer)); @@ -603,14 +605,14 @@ * * @returns {string} */ - jsPDFAPI.arrayBufferToBase64 = function(arrayBuffer) { - var base64 = '' + jsPDFAPI.arrayBufferToBase64 = function (arrayBuffer) { + var base64 = '' var encodings = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/' - var bytes = new Uint8Array(arrayBuffer) - var byteLength = bytes.byteLength + var bytes = new Uint8Array(arrayBuffer) + var byteLength = bytes.byteLength var byteRemainder = byteLength % 3 - var mainLength = byteLength - byteRemainder + var mainLength = byteLength - byteRemainder var a, b, c, d var chunk @@ -622,8 +624,8 @@ // Use bitmasks to extract 6-bit segments from the triplet a = (chunk & 16515072) >> 18 // 16515072 = (2^6 - 1) << 18 - b = (chunk & 258048) >> 12 // 258048 = (2^6 - 1) << 12 - c = (chunk & 4032) >> 6 // 4032 = (2^6 - 1) << 6 + b = (chunk & 258048) >> 12 // 258048 = (2^6 - 1) << 12 + c = (chunk & 4032) >> 6 // 4032 = (2^6 - 1) << 6 d = chunk & 63 // 63 = 2^6 - 1 // Convert the raw binary segments to the appropriate ASCII encoding @@ -637,17 +639,17 @@ a = (chunk & 252) >> 2 // 252 = (2^6 - 1) << 2 // Set the 4 least significant bits to zero - b = (chunk & 3) << 4 // 3 = 2^2 - 1 + b = (chunk & 3) << 4 // 3 = 2^2 - 1 base64 += encodings[a] + encodings[b] + '==' } else if (byteRemainder == 2) { chunk = (bytes[mainLength] << 8) | bytes[mainLength + 1] a = (chunk & 64512) >> 10 // 64512 = (2^6 - 1) << 10 - b = (chunk & 1008) >> 4 // 1008 = (2^6 - 1) << 4 + b = (chunk & 1008) >> 4 // 1008 = (2^6 - 1) << 4 // Set the 2 least significant bits to zero - c = (chunk & 15) << 2 // 15 = 2^4 - 1 + c = (chunk & 15) << 2 // 15 = 2^4 - 1 base64 += encodings[a] + encodings[b] + encodings[c] + '=' } @@ -676,51 +678,51 @@ * * @returns {Object} */ - jsPDFAPI.createImageInfo = function(data, wd, ht, cs, bpc, f, imageIndex, alias, dp, trns, pal, smask, p) { + jsPDFAPI.createImageInfo = function (data, wd, ht, cs, bpc, f, imageIndex, alias, dp, trns, pal, smask, p) { var info = { - alias:alias, - w : wd, - h : ht, - cs : cs, - bpc : bpc, - i : imageIndex, - data : data - // n: objectNumber will be added by putImage code - }; - - if(f) info.f = f; - if(dp) info.dp = dp; - if(trns) info.trns = trns; - if(pal) info.pal = pal; - if(smask) info.smask = smask; - if(p) info.p = p;// predictor parameter for PNG compression + alias: alias, + w: wd, + h: ht, + cs: cs, + bpc: bpc, + i: imageIndex, + data: data + // n: objectNumber will be added by putImage code + }; + + if (f) info.f = f; + if (dp) info.dp = dp; + if (trns) info.trns = trns; + if (pal) info.pal = pal; + if (smask) info.smask = smask; + if (p) info.p = p;// predictor parameter for PNG compression return info; }; - /** - * Adds an Image to the PDF. - * - * @name addImage - * @public - * @function - * @param {string/Image-Element/Canvas-Element/Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement - * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' - * @param {number} x x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width width of the image (in units declared at inception of PDF document) - * @param {number} height height of the Image (in units declared at inception of PDF document) - * @param {string} alias alias of the image (if used multiple times) - * @param {string} compression compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' - * @param {number} rotation rotation of the image in degrees (0-359) - * - * @returns jsPDF - */ - jsPDFAPI.addImage = function(imageData, format, x, y, w, h, alias, compression, rotation) { + /** + * Adds an Image to the PDF. + * + * @name addImage + * @public + * @function + * @param {string/Image-Element/Canvas-Element/Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement + * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' + * @param {number} x x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width width of the image (in units declared at inception of PDF document) + * @param {number} height height of the Image (in units declared at inception of PDF document) + * @param {string} alias alias of the image (if used multiple times) + * @param {string} compression compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' + * @param {number} rotation rotation of the image in degrees (0-359) + * + * @returns jsPDF + */ + jsPDFAPI.addImage = function (imageData, format, x, y, w, h, alias, compression, rotation) { 'use strict' var tmpImageData = ''; - - if(typeof format !== 'string') { + + if (typeof format !== 'string') { var tmp = h; h = w; w = y; @@ -748,27 +750,25 @@ if (compression === undefined && filters.indexOf('FlateEncode') !== -1) { compression = 'SLOW'; } - + if (typeof imageData === "string") { imageData = unescape(imageData); } - if (isNaN(x) || isNaN(y)) - { - console.error('jsPDF.addImage: Invalid coordinates', arguments); + if (isNaN(x) || isNaN(y)) { throw new Error('Invalid coordinates passed to jsPDF.addImage'); } var images = getImages.call(this), info, dataAsBinaryString; if (!(info = checkImagesForAlias(imageData, images))) { - if(isDOMElement(imageData)) + if (isDOMElement(imageData)) imageData = createDataURIFromElement(imageData, format); - if(notDefined(alias)) + if (notDefined(alias)) alias = generateAliasFromImageData(imageData); if (!(info = checkImagesForAlias(alias, images))) { - if(typeof imageData === 'string') { + if (typeof imageData === 'string') { tmpImageData = this.convertStringToImageData(imageData, false); if (tmpImageData !== '') { @@ -782,16 +782,16 @@ } format = getImageFileTypeByImageData(imageData, format); - if(!isImageTypeSupported(format)) - throw new Error('addImage does not support files of type \''+format+'\', please ensure that a plugin for \''+format+'\' support is added.'); + if (!isImageTypeSupported(format)) + throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); /** * need to test if it's more efficient to convert all binary strings * to TypedArray - or should we just leave and process as string? */ - if(this.supportsArrayBuffer()) { + if (this.supportsArrayBuffer()) { // no need to convert if imageData is already uint8array - if(!(imageData instanceof Uint8Array)){ + if (!(imageData instanceof Uint8Array)) { dataAsBinaryString = imageData; imageData = this.binaryStringToUint8Array(imageData); } @@ -805,7 +805,7 @@ dataAsBinaryString ); - if(!info) { + if (!info) { throw new Error('An unknown error occurred whilst processing the image'); } } @@ -827,10 +827,10 @@ var imageData = ''; var rawData; - if(typeof stringData === 'string') { + if (typeof stringData === 'string') { base64Info = this.extractImageFromDataUrl(stringData); rawData = (base64Info !== null) ? base64Info.data : stringData; - + try { imageData = atob(rawData); } catch (e) { @@ -852,7 +852,7 @@ return imageData; } - + /** * @name getImageProperties * @function @@ -864,13 +864,13 @@ var tmpImageData = ''; var format; - if(isDOMElement(imageData)) { + if (isDOMElement(imageData)) { imageData = createDataURIFromElement(imageData); } - if(typeof imageData === "string") { + if (typeof imageData === "string") { tmpImageData = this.convertStringToImageData(imageData, false); - + if (tmpImageData === '') { tmpImageData = jsPDFAPI.loadFile(imageData) || ''; } @@ -878,16 +878,16 @@ } format = this.getImageFileTypeByImageData(imageData); - if(!isImageTypeSupported(format)) { - throw new Error('addImage does not support files of type \''+format+'\', please ensure that a plugin for \''+format+'\' support is added.'); + if (!isImageTypeSupported(format)) { + throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); } /** * need to test if it's more efficient to convert all binary strings * to TypedArray - or should we just leave and process as string? */ - if(this.supportsArrayBuffer()) { + if (this.supportsArrayBuffer()) { // no need to convert if imageData is already uint8array - if(!(imageData instanceof Uint8Array)){ + if (!(imageData instanceof Uint8Array)) { imageData = this.binaryStringToUint8Array(imageData); } } @@ -896,12 +896,12 @@ imageData ); - if(!info){ + if (!info) { throw new Error('An unknown error occurred whilst processing the image'); } return { - fileType : format, + fileType: format, width: info.w, height: info.h, colorSpace: info.cs, @@ -909,5 +909,5 @@ bitsPerComponent: info.bpc }; }; - + })(jsPDF.API); diff --git a/src/modules/annotations.js b/src/modules/annotations.js index bd1e1d76f..5bae84b09 100644 --- a/src/modules/annotations.js +++ b/src/modules/annotations.js @@ -53,23 +53,23 @@ FitBH FitBV */ -(function(jsPDFAPI) { +(function (jsPDFAPI) { 'use strict'; - - var notEmpty = function(obj) { + + var notEmpty = function (obj) { if (typeof obj != 'undefined') { if (obj != '') { return true; } } - }; + }; - jsPDF.API.events.push(['addPage', function(addPageData) { + jsPDF.API.events.push(['addPage', function (addPageData) { var pageInfo = this.internal.getPageInfo(addPageData.pageNumber); pageInfo.pageContext.annotations = []; - } ]); + }]); - jsPDFAPI.events.push(['putPage', function(putPageData) { + jsPDFAPI.events.push(['putPage', function (putPageData) { var getHorizontalCoordinateString = this.internal.getCoordinateString; var getVerticalCoordinateString = this.internal.getVerticalCoordinateString; var pageInfo = this.internal.getPageInfoByObjId(putPageData.objId); @@ -79,16 +79,16 @@ for (var a = 0; a < pageAnnos.length && !found; a++) { var anno = pageAnnos[a]; switch (anno.type) { - case 'link': - if (notEmpty(anno.options.url) || notEmpty(anno.options.pageNumber)) { + case 'link': + if (notEmpty(anno.options.url) || notEmpty(anno.options.pageNumber)) { + found = true; + } + break; + case 'reference': + case 'text': + case 'freetext': found = true; - } - break; - case 'reference': - case 'text': - case 'freetext': - found = true; - break; + break; } } if (found == false) { @@ -100,115 +100,115 @@ var anno = pageAnnos[i]; switch (anno.type) { - case 'reference': - // References to Widget Annotations (for AcroForm Fields) - this.internal.write(' ' + anno.object.objId + ' 0 R '); - break; - case 'text': - // Create a an object for both the text and the popup - var objText = this.internal.newAdditionalObject(); - var objPopup = this.internal.newAdditionalObject(); + case 'reference': + // References to Widget Annotations (for AcroForm Fields) + this.internal.write(' ' + anno.object.objId + ' 0 R '); + break; + case 'text': + // Create a an object for both the text and the popup + var objText = this.internal.newAdditionalObject(); + var objPopup = this.internal.newAdditionalObject(); - var title = anno.title || 'Note'; - var rect = "/Rect [" + getHorizontalCoordinateString(anno.bounds.x) + " " + getVerticalCoordinateString(anno.bounds.y + anno.bounds.h) + " " + getHorizontalCoordinateString(anno.bounds.x + anno.bounds.w) + " " + getVerticalCoordinateString(anno.bounds.y) + "] "; - line = '<>'; - objText.content = line; + var title = anno.title || 'Note'; + var rect = "/Rect [" + getHorizontalCoordinateString(anno.bounds.x) + " " + getVerticalCoordinateString(anno.bounds.y + anno.bounds.h) + " " + getHorizontalCoordinateString(anno.bounds.x + anno.bounds.w) + " " + getVerticalCoordinateString(anno.bounds.y) + "] "; + line = '<>'; + objText.content = line; - var parent = objText.objId + ' 0 R'; - var popoff = 30; - var rect = "/Rect [" + getHorizontalCoordinateString(anno.bounds.x + popoff) + " " + getVerticalCoordinateString(anno.bounds.y + anno.bounds.h) + " " + getHorizontalCoordinateString(anno.bounds.x + anno.bounds.w + popoff) + " " + getVerticalCoordinateString(anno.bounds.y) + "] "; - line = '<>'; - } else if (anno.options.pageNumber) { - // first page is 0 - var info = this.internal.getPageInfo(anno.options.pageNumber); - line = '<>'; + } else if (anno.options.pageNumber) { + // first page is 0 + var info = this.internal.getPageInfo(anno.options.pageNumber); + line = '<>"); - this.internal.out("endobj"); + this.internal.out("<<"); + this.internal.out("/S /Named"); + this.internal.out("/Type /Action"); + this.internal.out("/N /Print"); + this.internal.out(">>"); + this.internal.out("endobj"); }); this.internal.events.subscribe("putCatalog", function () { this.internal.out("/OpenAction " + refAutoPrintTag + " 0 R"); }); break; - } + } return this; }; })(jsPDF.API); diff --git a/src/modules/bmp_support.js b/src/modules/bmp_support.js index f09cf0c25..e5ba1f277 100644 --- a/src/modules/bmp_support.js +++ b/src/modules/bmp_support.js @@ -19,7 +19,7 @@ var width = reader.width, height = reader.height; var qu = 100; var pixels = reader.getData(); - + var rawImageData = { data: pixels, width: width, diff --git a/src/modules/canvas.js b/src/modules/canvas.js index 525830d2e..20328e9f5 100644 --- a/src/modules/canvas.js +++ b/src/modules/canvas.js @@ -14,7 +14,7 @@ * @name canvas * @module */ -(function(jsPDFAPI) { +(function (jsPDFAPI) { 'use strict'; /** @@ -22,13 +22,13 @@ * @classdesc A Canvas Wrapper for jsPDF */ var Canvas = function () { - + var jsPdfInstance = undefined; Object.defineProperty(this, 'pdf', { - get : function() { + get: function () { return jsPdfInstance; }, - set : function(value) { + set: function (value) { jsPdfInstance = value; } }); @@ -41,10 +41,10 @@ * @name width */ Object.defineProperty(this, 'width', { - get : function() { + get: function () { return _width; }, - set : function(value) { + set: function (value) { if (isNaN(value) || ((Number.isInteger(value) === false)) || value < 0) { _width = 150; } else { @@ -64,10 +64,10 @@ * @name height */ Object.defineProperty(this, 'height', { - get : function() { + get: function () { return _height; }, - set : function(value) { + set: function (value) { if (isNaN(value) || ((Number.isInteger(value) === false)) || value < 0) { _height = 300; } else { @@ -79,26 +79,26 @@ } }); - var _childNodes = []; + var _childNodes = []; Object.defineProperty(this, 'childNodes', { - get : function() { + get: function () { return _childNodes; }, - set : function(value) { + set: function (value) { _childNodes = value; } }); var _style = {}; Object.defineProperty(this, 'style', { - get : function() { + get: function () { return _style; }, - set : function(value) { + set: function (value) { _style = value; } }); - + Object.defineProperty(this, 'parentNode', {}); }; @@ -110,10 +110,10 @@ * @param {string} contextType Is a String containing the context identifier defining the drawing context associated to the canvas. Possible value is "2d", leading to the creation of a Context2D object representing a two-dimensional rendering context. * @param {object} contextAttributes */ - Canvas.prototype.getContext = function(contextType, contextAttributes) { + Canvas.prototype.getContext = function (contextType, contextAttributes) { contextType = contextType || '2d'; var key; - + if (contextType !== '2d') { return null; } @@ -132,15 +132,15 @@ * @name toDataURL * @function */ - Canvas.prototype.toDataURL = function() { + Canvas.prototype.toDataURL = function () { throw new Error('toDataURL is not implemented.'); }; jsPDFAPI.events.push([ - 'initialized', function() { - this.canvas = new Canvas(); - this.canvas.pdf = this; - } + 'initialized', function () { + this.canvas = new Canvas(); + this.canvas.pdf = this; + } ]); return this; diff --git a/src/modules/cell.js b/src/modules/cell.js index 4fb8b5fd8..ad7454813 100644 --- a/src/modules/cell.js +++ b/src/modules/cell.js @@ -49,7 +49,7 @@ getLastCellPosition = function () { return lastCellPos; }, - NO_MARGINS = {left:0, top:0, bottom: 0}; + NO_MARGINS = { left: 0, top: 0, bottom: 0 }; /** * @name setHeaderFunction @@ -81,7 +81,7 @@ amountOfLines = 1; } } else if (Object.prototype.toString.call(text) === '[object Array]') { - for ( var i = 0; i < text.length; i++) { + for (var i = 0; i < text.length; i++) { tempWidth = this.getStringUnitWidth(text[i]) * fontSize; if (width < tempWidth) { width = tempWidth; @@ -95,8 +95,8 @@ } width = width / scaleFactor; - height = Math.max((amountOfLines * fontSize * this.getLineHeightFactor() - (fontSize * (this.getLineHeightFactor()-1))) / scaleFactor, 0); - return { w: width, h: height}; + height = Math.max((amountOfLines * fontSize * this.getLineHeightFactor() - (fontSize * (this.getLineHeightFactor() - 1))) / scaleFactor, 0); + return { w: width, h: height }; }; /** @@ -173,7 +173,7 @@ for (var i = 0; i < txt.length; i++) { var currentLine = txt[i]; var textSize = this.getStringUnitWidth(currentLine) * this.internal.getFontSize() / this.internal.scaleFactor; - this.text(currentLine, x + w - textSize - padding, y + this.internal.getLineHeight()*(i+1)); + this.text(currentLine, x + w - textSize - padding, y + this.internal.getLineHeight() * (i + 1)); } } else { this.text(txt, x + padding, y + this.internal.getLineHeight()); @@ -231,7 +231,7 @@ * @returns {jsPDF} jsPDF-instance */ - jsPDFAPI.table = function (x,y, data, headers, config) { + jsPDFAPI.table = function (x, y, data, headers, config) { if (!data) { throw 'No data for PDF table'; } @@ -253,29 +253,29 @@ jln, func, - //set up defaults. If a value is provided in config, defaults will be overwritten: - autoSize = false, - printHeaders = true, - fontSize = 12, - margins = NO_MARGINS; + //set up defaults. If a value is provided in config, defaults will be overwritten: + autoSize = false, + printHeaders = true, + fontSize = 12, + margins = NO_MARGINS; - margins.width = this.internal.pageSize.getWidth(); + margins.width = this.internal.pageSize.getWidth(); if (config) { - //override config defaults if the user has specified non-default behavior: - if(config.autoSize === true) { + //override config defaults if the user has specified non-default behavior: + if (config.autoSize === true) { autoSize = true; } - if(config.printHeaders === false) { + if (config.printHeaders === false) { printHeaders = false; } - if(config.fontSize){ + if (config.fontSize) { fontSize = config.fontSize; } - if (config.css && typeof(config.css['font-size']) !== "undefined") { + if (config.css && typeof (config.css['font-size']) !== "undefined") { fontSize = config.css['font-size'] * 16; } - if(config.margins){ + if (config.margins) { margins = config.margins; } } @@ -286,7 +286,7 @@ */ this.lnMod = 0; lastCellPos = { x: undefined, y: undefined, w: undefined, h: undefined, ln: undefined }, - pages = 1; + pages = 1; this.printHeaders = printHeaders; this.margins = margins; @@ -306,7 +306,7 @@ header = headers[i]; headerNames.push(header.name); headerPrompts.push(header.prompt); - columnWidths[header.name] = header.width *px2pt; + columnWidths[header.name] = header.width * px2pt; } } else { @@ -327,18 +327,18 @@ ); // get header width - columnMinWidths.push(this.getTextDimensions(headerPrompts[i] || header, {scaleFactor: 1}).w); + columnMinWidths.push(this.getTextDimensions(headerPrompts[i] || header, { scaleFactor: 1 }).w); column = columnMatrix[header]; // get cell widths for (j = 0, cln = column.length; j < cln; j += 1) { columnData = column[j]; - columnMinWidths.push(this.getTextDimensions(columnData, {scaleFactor: 1}).w); + columnMinWidths.push(this.getTextDimensions(columnData, { scaleFactor: 1 }).w); } // get final column width columnWidths[header] = jsPDFAPI.arrayMax(columnMinWidths); - + //have to reset columnMinWidths = []; } @@ -347,7 +347,7 @@ // -- Construct the table if (printHeaders) { - var lineHeight = this.calculateLineHeight(headerNames, columnWidths, headerPrompts.length?headerPrompts:headerNames); + var lineHeight = this.calculateLineHeight(headerNames, columnWidths, headerPrompts.length ? headerPrompts : headerNames); // Construct the header row for (i = 0, ln = headerNames.length; i < ln; i += 1) { @@ -438,7 +438,7 @@ this.setFontStyle('bold'); var tempHeaderConf = []; for (i = 0, ln = this.tableHeaderRow.length; i < ln; i += 1) { - this.setFillColor(200,200,200); + this.setFillColor(200, 200, 200); tableHeaderCell = this.tableHeaderRow[i]; if (new_page) { @@ -449,7 +449,7 @@ tmpArray = [].concat(tableHeaderCell); this.cell.apply(this, tmpArray.concat(lineNumber)); } - if (tempHeaderConf.length > 0){ + if (tempHeaderConf.length > 0) { this.setTableHeaderRow(tempHeaderConf); } this.setFontStyle('normal'); diff --git a/src/modules/context2d.js b/src/modules/context2d.js index 8110ba9d4..60bfd89b6 100644 --- a/src/modules/context2d.js +++ b/src/modules/context2d.js @@ -71,7 +71,7 @@ var _pdf = pdf; Object.defineProperty(this, 'pdf', { get: function () { - return pdf; + return _pdf; } }); @@ -741,6 +741,7 @@ * @param radius The radius of the arc * @description The arcTo() method creates an arc/curve between two tangents on the canvas. */ + // eslint-disable-next-line no-unused-vars Context2D.prototype.arcTo = function (x1, y1, x2, y2, radius) { throw new Error('arcTo not implemented.'); }; @@ -1500,6 +1501,7 @@ } var moves = []; + var alpha = this.ctx.globalAlpha; if (this.ctx.fillOpacity < 1) { @@ -1684,12 +1686,9 @@ // http://hansmuller-flex.blogspot.com/2011/10/more-about-approximating-circular-arcs.html var includeMove = true; - var k = this.pdf.internal.scaleFactor; - var a1r = deg2rad(a1); var a2r = deg2rad(a2); var curves = createArc.call(this, r, a1r, a2r, counterclockwise); - var pathData = null; for (var i = 0; i < curves.length; i++) { var curve = curves[i]; @@ -1763,7 +1762,7 @@ pages.sort(); - var clipPath; + var clipPath, oldSize; if (this.autoPaging === true) { var min = pages[0]; var max = pages[pages.length - 1]; @@ -1781,7 +1780,7 @@ tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; if (options.scale >= 0.01) { - var oldSize = this.pdf.internal.getFontSize(); + oldSize = this.pdf.internal.getFontSize(); this.pdf.setFontSize(oldSize * options.scale); } this.pdf.text(options.text, tmpRect.x, tmpRect.y, { angle: options.angle, align: textAlign, renderingMode: options.renderingMode, maxWidth: options.maxWidth }); @@ -1792,7 +1791,7 @@ } } else { if (options.scale >= 0.01) { - var oldSize = this.pdf.internal.getFontSize(); + oldSize = this.pdf.internal.getFontSize(); this.pdf.setFontSize(oldSize * options.scale); } this.pdf.text(options.text, pt.x + this.posX, pt.y + this.posY, { angle: options.angle, align: textAlign, renderingMode: options.renderingMode, maxWidth: options.maxWidth }); @@ -1925,7 +1924,7 @@ var todx = dx - cx; var tody = dy - cy; var precision = 40; - var d, i, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, i, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; + var d, i, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; for (i = 0; i < (precision + 1); i++) { d = i / precision; px = ax + d * tobx; diff --git a/src/modules/fileloading.js b/src/modules/fileloading.js index ed4d3e4ee..9aef3e07d 100644 --- a/src/modules/fileloading.js +++ b/src/modules/fileloading.js @@ -12,7 +12,7 @@ */ (function (jsPDFAPI) { 'use strict'; - + /** * @name loadFile * @function @@ -22,55 +22,54 @@ * @returns {string|undefined} result */ jsPDFAPI.loadFile = function (url, sync, callback) { - sync = sync || true; - callback = callback || function () {}; + sync = (sync === false) ? false : true; + callback = typeof callback === 'function' ? callback : function () { }; var result; var xhr = function (url, sync, callback) { - var req = new XMLHttpRequest(); - var byteArray = []; + var request = new XMLHttpRequest(); + var charArray = []; var i = 0; - + var sanitizeUnicode = function (data) { var dataLength = data.length; var StringFromCharCode = String.fromCharCode; - + //Transform Unicode to ASCII for (i = 0; i < dataLength; i += 1) { - byteArray.push(StringFromCharCode(data.charCodeAt(i) & 0xff)) + charArray.push(StringFromCharCode(data.charCodeAt(i) & 0xff)) } - return byteArray.join(""); + return charArray.join(''); } - - req.open('GET', url, !sync) + + request.open('GET', url, !sync) // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] - req.overrideMimeType('text/plain; charset=x-user-defined'); - + request.overrideMimeType('text/plain; charset=x-user-defined'); + if (sync === false) { - req.onload = function () { + request.onload = function () { callback(sanitizeUnicode(this.responseText)); }; } - req.send(null) - - if (req.status !== 200) { - // eslint-disable-next-line no-console - console.warn('Unable to load file "' + url + '"'); - return; - } - + request.send(null); + if (sync) { - return sanitizeUnicode(req.responseText); + if (request.status !== 200) { + // eslint-disable-next-line no-console + console.warn('Unable to load file "' + url + '"'); + return; + } + return sanitizeUnicode(request.responseText); } } try { result = xhr(url, sync, callback); - } catch(e) { + } catch (e) { result = undefined; } return result; }; - + /** * @name loadImageFile * @function diff --git a/src/modules/filters.js b/src/modules/filters.js index 157ac86c7..53e3dfdc0 100644 --- a/src/modules/filters.js +++ b/src/modules/filters.js @@ -10,29 +10,29 @@ (function (jsPDFAPI) { 'use strict'; - var ASCII85Encode = function(a) { - var b, c, d, e, f, g, h, i, j, k; - // eslint-disable-next-line no-control-regex - for (!/[^\x00-\xFF]/.test(a), b = "\x00\x00\x00\x00".slice(a.length % 4 || 4), a += b, - c = [], d = 0, e = a.length; e > d; d += 4) f = (a.charCodeAt(d) << 24) + (a.charCodeAt(d + 1) << 16) + (a.charCodeAt(d + 2) << 8) + a.charCodeAt(d + 3), - 0 !== f ? (k = f % 85, f = (f - k) / 85, j = f % 85, f = (f - j) / 85, i = f % 85, - f = (f - i) / 85, h = f % 85, f = (f - h) / 85, g = f % 85, c.push(g + 33, h + 33, i + 33, j + 33, k + 33)) :c.push(122); - return function(a, b) { + var ASCII85Encode = function (a) { + var b, c, d, e, f, g, h, i, j, k; + // eslint-disable-next-line no-control-regex + for (!/[^\x00-\xFF]/.test(a), b = "\x00\x00\x00\x00".slice(a.length % 4 || 4), a += b, + c = [], d = 0, e = a.length; e > d; d += 4) f = (a.charCodeAt(d) << 24) + (a.charCodeAt(d + 1) << 16) + (a.charCodeAt(d + 2) << 8) + a.charCodeAt(d + 3), + 0 !== f ? (k = f % 85, f = (f - k) / 85, j = f % 85, f = (f - j) / 85, i = f % 85, + f = (f - i) / 85, h = f % 85, f = (f - h) / 85, g = f % 85, c.push(g + 33, h + 33, i + 33, j + 33, k + 33)) : c.push(122); + return function (a, b) { for (var c = b; c > 0; c--) a.pop(); - }(c, b.length), String.fromCharCode.apply(String, c) + "~>"; - } + }(c, b.length), String.fromCharCode.apply(String, c) + "~>"; + } - var ASCII85Decode = function(a) { + var ASCII85Decode = function (a) { var c, d, e, f, g, h = String, l = "length", w = 255, x = "charCodeAt", y = "slice", z = "replace"; - for ("~>" === a[y](-2), a = a[y](0, -2)[z](/\s/g, "")[z]("z", "!!!!!"), - c = "uuuuu"[y](a[l] % 5 || 5), a += c, e = [], f = 0, g = a[l]; g > f; f += 5) d = 52200625 * (a[x](f) - 33) + 614125 * (a[x](f + 1) - 33) + 7225 * (a[x](f + 2) - 33) + 85 * (a[x](f + 3) - 33) + (a[x](f + 4) - 33), - e.push(w & d >> 24, w & d >> 16, w & d >> 8, w & d); - return function(a, b) { - for (var c = b; c > 0; c--) a.pop(); + for ("~>" === a[y](-2), a = a[y](0, -2)[z](/\s/g, "")[z]("z", "!!!!!"), + c = "uuuuu"[y](a[l] % 5 || 5), a += c, e = [], f = 0, g = a[l]; g > f; f += 5) d = 52200625 * (a[x](f) - 33) + 614125 * (a[x](f + 1) - 33) + 7225 * (a[x](f + 2) - 33) + 85 * (a[x](f + 3) - 33) + (a[x](f + 4) - 33), + e.push(w & d >> 24, w & d >> 16, w & d >> 8, w & d); + return function (a, b) { + for (var c = b; c > 0; c--) a.pop(); }(e, c[l]), h.fromCharCode.apply(h, e); }; - var ASCIIHexEncode = function(value) { + var ASCIIHexEncode = function (value) { var result = ''; for (var i = 0; i < value.length; i += 1) { result += ("0" + value.charCodeAt(i).toString(16)).slice(-2); @@ -41,9 +41,9 @@ return result; }; - var ASCIIHexDecode = function(value) { + var ASCIIHexDecode = function (value) { var regexCheckIfHex = new RegExp(/^([0-9A-Fa-f]{2})+$/); - value = value.replace(/\s/g,''); + value = value.replace(/\s/g, ''); if (value.indexOf(">") !== -1) { value = value.substr(0, value.indexOf(">")); } @@ -55,7 +55,7 @@ } var result = ''; for (var i = 0; i < value.length; i += 2) { - result += String.fromCharCode("0x"+ (value[i] + value[(i+1)])); + result += String.fromCharCode("0x" + (value[i] + value[(i + 1)])); } return result; }; @@ -72,14 +72,14 @@ }; */ - var appendBuffer = function(buffer1, buffer2) { - var combinedBuffer = new Uint8Array(buffer1.byteLength + buffer2.byteLength); - combinedBuffer.set(new Uint8Array(buffer1), 0); - combinedBuffer.set(new Uint8Array(buffer2), buffer1.byteLength); - return combinedBuffer; + var appendBuffer = function (buffer1, buffer2) { + var combinedBuffer = new Uint8Array(buffer1.byteLength + buffer2.byteLength); + combinedBuffer.set(new Uint8Array(buffer1), 0); + combinedBuffer.set(new Uint8Array(buffer2), buffer1.byteLength); + return combinedBuffer; }; - var FlateEncode = function(data) { + var FlateEncode = function (data) { var arr = []; var i = data.length; var adler32; @@ -101,50 +101,50 @@ }, ''); return data; } - + jsPDFAPI.processDataByFilters = function (origData, filterChain) { 'use strict'; var i = 0; var data = origData || ''; var reverseChain = []; filterChain = filterChain || []; - + if (typeof filterChain === "string") { filterChain = [filterChain]; } - + for (i = 0; i < filterChain.length; i += 1) { switch (filterChain[i]) { - case "ASCII85Decode": - case "/ASCII85Decode": - data = ASCII85Decode(data); - reverseChain.push("/ASCII85Encode"); - break; - case "ASCII85Encode": - case "/ASCII85Encode": - data = ASCII85Encode(data); - reverseChain.push("/ASCII85Decode"); - break; - case "ASCIIHexDecode": - case "/ASCIIHexDecode": - data = ASCIIHexDecode(data); - reverseChain.push("/ASCIIHexEncode"); - break; - case "ASCIIHexEncode": - case "/ASCIIHexEncode": - data = ASCIIHexEncode(data); - reverseChain.push("/ASCIIHexDecode"); - break; - case "FlateEncode": - case "/FlateEncode": - data = FlateEncode(data); - reverseChain.push("/FlateDecode"); - break; - default: - throw "The filter: \"" + filterChain[i] + "\" is not implemented"; + case "ASCII85Decode": + case "/ASCII85Decode": + data = ASCII85Decode(data); + reverseChain.push("/ASCII85Encode"); + break; + case "ASCII85Encode": + case "/ASCII85Encode": + data = ASCII85Encode(data); + reverseChain.push("/ASCII85Decode"); + break; + case "ASCIIHexDecode": + case "/ASCIIHexDecode": + data = ASCIIHexDecode(data); + reverseChain.push("/ASCIIHexEncode"); + break; + case "ASCIIHexEncode": + case "/ASCIIHexEncode": + data = ASCIIHexEncode(data); + reverseChain.push("/ASCIIHexDecode"); + break; + case "FlateEncode": + case "/FlateEncode": + data = FlateEncode(data); + reverseChain.push("/FlateDecode"); + break; + default: + throw "The filter: \"" + filterChain[i] + "\" is not implemented"; } } - - return {data: data, reverseChain: reverseChain.reverse().join(" ")}; + + return { data: data, reverseChain: reverseChain.reverse().join(" ") }; }; })(jsPDF.API); diff --git a/src/modules/gif_support.js b/src/modules/gif_support.js index 8e266b384..f7af9c39c 100644 --- a/src/modules/gif_support.js +++ b/src/modules/gif_support.js @@ -14,25 +14,25 @@ * @module */ (function (jsPDFAPI) { - 'use strict'; + 'use strict'; - jsPDFAPI.processGIF89A = function (imageData, imageIndex, alias, compression) { - var reader = new GifReader(imageData); - var width = reader.width, height = reader.height; - var qu = 100; - var pixels = []; - - reader.decodeAndBlitFrameRGBA(0, pixels); - var rawImageData = { - data: pixels, - width: width, - height: height - }; + jsPDFAPI.processGIF89A = function (imageData, imageIndex, alias, compression) { + var reader = new GifReader(imageData); + var width = reader.width, height = reader.height; + var qu = 100; + var pixels = []; - var encoder = new JPEGEncoder(qu); - var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + reader.decodeAndBlitFrameRGBA(0, pixels); + var rawImageData = { + data: pixels, + width: width, + height: height }; - jsPDFAPI.processGIF87A = jsPDFAPI.processGIF89A; + var encoder = new JPEGEncoder(qu); + var data = encoder.encode(rawImageData, qu); + return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + }; + + jsPDFAPI.processGIF87A = jsPDFAPI.processGIF89A; })(jsPDF.API); diff --git a/src/modules/javascript.js b/src/modules/javascript.js index 46bb64f4b..6480405e6 100644 --- a/src/modules/javascript.js +++ b/src/modules/javascript.js @@ -50,7 +50,7 @@ this.internal.out('/Names [(EmbeddedJS) ' + (jsNamesObj + 1) + ' 0 R]'); this.internal.out('>>'); this.internal.out('endobj'); - + jsJsObj = this.internal.newObject(); this.internal.out('<<'); this.internal.out('/S /JavaScript'); diff --git a/src/modules/jpeg_support.js b/src/modules/jpeg_support.js index 26958080a..f92a3a41a 100644 --- a/src/modules/jpeg_support.js +++ b/src/modules/jpeg_support.js @@ -18,40 +18,40 @@ //takes a string imgData containing the raw bytes of //a jpeg image and returns [width, height] //Algorithm from: http://www.64lines.com/jpeg-width-height - var getJpegSize = function(imgData) { + var getJpegSize = function (imgData) { 'use strict' var width, height, numcomponents; - var blockLength = imgData.charCodeAt(4)*256 + imgData.charCodeAt(5); + var blockLength = imgData.charCodeAt(4) * 256 + imgData.charCodeAt(5); var i = 4, len = imgData.length; - while ( i < len ) { + while (i < len) { i += blockLength; if (imgData.charCodeAt(i) !== 0xff) { throw new Error('getJpegSize could not find the size of the image'); } - if (imgData.charCodeAt(i+1) === 0xc0 || //(SOF) Huffman - Baseline DCT - imgData.charCodeAt(i+1) === 0xc1 || //(SOF) Huffman - Extended sequential DCT - imgData.charCodeAt(i+1) === 0xc2 || // Progressive DCT (SOF2) - imgData.charCodeAt(i+1) === 0xc3 || // Spatial (sequential) lossless (SOF3) - imgData.charCodeAt(i+1) === 0xc4 || // Differential sequential DCT (SOF5) - imgData.charCodeAt(i+1) === 0xc5 || // Differential progressive DCT (SOF6) - imgData.charCodeAt(i+1) === 0xc6 || // Differential spatial (SOF7) - imgData.charCodeAt(i+1) === 0xc7) { - height = imgData.charCodeAt(i+5)*256 + imgData.charCodeAt(i+6); - width = imgData.charCodeAt(i+7)*256 + imgData.charCodeAt(i+8); - numcomponents = imgData.charCodeAt(i+9); + if (imgData.charCodeAt(i + 1) === 0xc0 || //(SOF) Huffman - Baseline DCT + imgData.charCodeAt(i + 1) === 0xc1 || //(SOF) Huffman - Extended sequential DCT + imgData.charCodeAt(i + 1) === 0xc2 || // Progressive DCT (SOF2) + imgData.charCodeAt(i + 1) === 0xc3 || // Spatial (sequential) lossless (SOF3) + imgData.charCodeAt(i + 1) === 0xc4 || // Differential sequential DCT (SOF5) + imgData.charCodeAt(i + 1) === 0xc5 || // Differential progressive DCT (SOF6) + imgData.charCodeAt(i + 1) === 0xc6 || // Differential spatial (SOF7) + imgData.charCodeAt(i + 1) === 0xc7) { + height = imgData.charCodeAt(i + 5) * 256 + imgData.charCodeAt(i + 6); + width = imgData.charCodeAt(i + 7) * 256 + imgData.charCodeAt(i + 8); + numcomponents = imgData.charCodeAt(i + 9); return [width, height, numcomponents]; } else { i += 2; - blockLength = imgData.charCodeAt(i)*256 + imgData.charCodeAt(i+1) + blockLength = imgData.charCodeAt(i) * 256 + imgData.charCodeAt(i + 1) } } }; - - var getJpegSizeFromBytes = function(data) { + + var getJpegSizeFromBytes = function (data) { var hdr = (data[0] << 8) | data[1]; - if(hdr !== 0xFFD8) + if (hdr !== 0xFFD8) throw new Error('Supplied data is not a JPEG'); var len = data.length, @@ -59,63 +59,63 @@ pos = 4, bytes, width, height, numcomponents; - while(pos < len) { + while (pos < len) { pos += block; bytes = readBytes(data, pos); block = (bytes[2] << 8) + bytes[3]; - if((bytes[1] === 0xC0 || bytes[1] === 0xC2) && bytes[0] === 0xFF && block > 7) { + if ((bytes[1] === 0xC0 || bytes[1] === 0xC2) && bytes[0] === 0xFF && block > 7) { bytes = readBytes(data, pos + 5); width = (bytes[2] << 8) + bytes[3]; height = (bytes[0] << 8) + bytes[1]; numcomponents = bytes[4]; - return {width:width, height:height, numcomponents: numcomponents}; + return { width: width, height: height, numcomponents: numcomponents }; } - pos+=2; + pos += 2; } throw new Error('getJpegSizeFromBytes could not find the size of the image'); }; - - var readBytes = function(data, offset) { - return data.subarray(offset, offset+ 5); + + var readBytes = function (data, offset) { + return data.subarray(offset, offset + 5); }; /** * @ignore */ - jsPDFAPI.processJPEG = function(data, index, alias, compression, dataAsBinaryString, colorSpace) { + jsPDFAPI.processJPEG = function (data, index, alias, compression, dataAsBinaryString, colorSpace) { 'use strict' var filter = this.decode.DCT_DECODE, bpc = 8, dims; - + if (!(typeof data === 'string') && !this.isArrayBuffer(data) && !this.isArrayBufferView(data)) { return null; } - if(typeof data === 'string') { + if (typeof data === 'string') { dims = getJpegSize(data); } - - if(this.isArrayBuffer(data)) { + + if (this.isArrayBuffer(data)) { data = new Uint8Array(data); } - if(this.isArrayBufferView(data)) { + if (this.isArrayBufferView(data)) { dims = getJpegSizeFromBytes(data); // if we already have a stored binary string rep use that data = dataAsBinaryString || this.arrayBufferToBinaryString(data); - + } - + if (colorSpace === undefined) { switch (dims.numcomponents) { case 1: - colorSpace = this.color_spaces.DEVICE_GRAY; + colorSpace = this.color_spaces.DEVICE_GRAY; break; - case 4: + case 4: colorSpace = this.color_spaces.DEVICE_CMYK; break; default: @@ -124,14 +124,14 @@ break; } } - + return this.createImageInfo(data, dims.width, dims.height, colorSpace, bpc, filter, index, alias); }; /** * @ignore */ - jsPDFAPI.processJPG = function(/*data, index, alias, compression, dataAsBinaryString*/) { + jsPDFAPI.processJPG = function (/*data, index, alias, compression, dataAsBinaryString*/) { return this.processJPEG.apply(this, arguments); }; })(jsPDF.API); diff --git a/src/modules/png_support.js b/src/modules/png_support.js index 08142dbe8..4f2773e67 100644 --- a/src/modules/png_support.js +++ b/src/modules/png_support.js @@ -30,7 +30,7 @@ * @name png_support * @module */ -(function(jsPDFAPI) { +(function(jsPDFAPI, global) { 'use strict' /* @@ -72,7 +72,7 @@ */ var doesNotHavePngJS = function() { - return typeof PNG !== 'function' || typeof FlateStream !== 'function'; + return typeof global.PNG !== 'function' || typeof global.FlateStream !== 'function'; } , canCompress = function(value) { return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); @@ -520,4 +520,7 @@ throw new Error("Unsupported PNG image data, try using JPEG instead."); } -})(jsPDF.API); +})(jsPDF.API, typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); +// `self` is undefined in Firefox for Android content script context +// while `this` is nsIContentFrameMessageManager +// with an attribute `content` that corresponds to the window diff --git a/src/node.js b/src/node.js new file mode 100644 index 000000000..f4e95012c --- /dev/null +++ b/src/node.js @@ -0,0 +1,4 @@ +global.atob = require('atob'); +global.btoa = require('btoa'); +global.canvg = require('canvg'); +global.GifReader = require('omggif').GifReader; \ No newline at end of file diff --git a/tests/addimage/base64.spec.js b/tests/addimage/base64.spec.js deleted file mode 100644 index c73aebe6d..000000000 --- a/tests/addimage/base64.spec.js +++ /dev/null @@ -1,71 +0,0 @@ - -/* global describe, it, jsPDF, comparePdf, expect */ -/** - * Standard spec tests - */ - -describe('Plugin: addimage bas64Validation', () => { - - it('addImage: base64 validation in use with addImage-Call', () => { - var doc = new jsPDF(); - var canvas = document.createElement('canvas'); - canvas.width = 100; - canvas.height = 100; - var ctx = canvas.getContext("2d"); - var image = ctx.getImageData(0, 0, canvas.width, canvas.height); - var data = image.data; - for( var i = 0; i < data.length; i++ ) { - data[i]= Math.random()*255; - } - ctx.putImageData(image, 0, 0); - - - expect(function () {doc.addImage(canvas, 10, 10)}).not.toThrow(); - }); - - it('addImage: extractInfoFromBase64DataURI v1', () => { - var blackpixel = 'data:image/jpeg;base64,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'; - - const doc = new jsPDF('p', 'pt', 'a4', false); - const data = doc.extractInfoFromBase64DataURI(blackpixel); - expect(data[1]).toBe("image/jpeg"); - expect(data[2]).toBe("jpeg"); - expect(data[3]).toBe("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"); - }) - - it('addImage: extractInfoFromBase64DataURI v2', () => { - var blackpixel = 'data:image/jpeg;charset=UTF-8;base64,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'; - - const doc = new jsPDF('p', 'pt', 'a4', false); - const data = doc.extractInfoFromBase64DataURI(blackpixel); - expect(data[1]).toBe("image/jpeg"); - expect(data[2]).toBe("jpeg"); - expect(data[3]).toBe("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"); - }) - - it('addImage: extractImageFromDataUrl', () => { - var blackpixel = 'data:image/jpeg;charset=UTF-8;base64,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'; - - const doc = new jsPDF('p', 'pt', 'a4', false); - const data = doc.extractImageFromDataUrl(blackpixel); - expect(data.mimeType).toBe("image/jpeg"); - expect(data.data).toBe("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"); - expect(doc.extractImageFromDataUrl()).toBe(null); - }) - - it('addImage: validateStringAsBase64', () => { - var blackpixel = '/9j/4AAQSkZJRgABAQEAYABgAAD/2wBDAAIBAQIBAQICAgICAgICAwUDAwMDAwYEBAMFBwYHBwcGBwcICQsJCAgKCAcHCg0KCgsMDAwMBwkODw0MDgsMDAz/2wBDAQICAgMDAwYDAwYMCAcIDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAz/wAARCAABAAEDASIAAhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwD+f+iiigD/2Q=='; - - const doc = new jsPDF('p', 'pt', 'a4', false); - expect(doc.validateStringAsBase64(blackpixel)).toEqual(true); - expect(doc.validateStringAsBase64()).toEqual(false); - expect(doc.validateStringAsBase64('123')).toEqual(false); - expect(doc.validateStringAsBase64('1234')).toEqual(true); - expect(doc.validateStringAsBase64('12345')).toEqual(false); - expect(doc.validateStringAsBase64('سبثلقصثق')).toEqual(false); - - //see issue #2112 - expect(doc.validateStringAsBase64("/Content/Images/female.png?id=2bc66217-ba0a-49e5-8195-c97f40e9b3ef")).toEqual(false); - expect(doc.validateStringAsBase64("/Content/Images/employee.png?id=0f10e0cb-b0fc-4e60-ba38-fad827795154")).toEqual(false); - }) -}) diff --git a/tests/context2d/reference/textBaseline.pdf b/tests/context2d/reference/textBaseline.pdf deleted file mode 100644 index e710e2f8929fb20722488c3ffdb85f76373745e0..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 4477 zcmds5%Wms75Zw#VKg=e$xhP_j)Vl}*#CF^m&4p9jK#K-l&^F^JkVRLb+oa#rFX+#- zpVA>E`5jb7p+)PBsPQ}whr>gTE*^XRE822w>*9|;fB(z293UX4ueNo4-JZO!1hgOd zLf95QGLb5v`2PrBM(3KVNrk@%!OQJeD%^CstP+ffxVQ~$L@zNE=z%ZB3DgivL5DA%QrQ- zUn-UCjG4LHnRTR6a`|7FT$utdJYL*NRzC$^uuZ|2cs@_W|0e}iqE66?SIW*v6bUxF z;GU<8I9=>!3Td#SxQY=q%^uTmjtur~JkQ}t)AR@mUR`TiE|{`1_qOI}Qt)^m2^e2G zJQsQh?R$~@qUnvJbiAG_!}eMiowe`MnVf5!?eF9CHqGNofdBR5ELYtZo`J*g^?{df z%=7kP_-Dbm>c|9%w;?RSd02+iB>s7=558tn6P^c0r>1F0Q5{HKJoRIdHI^5uFAv+h zzz3yUqG+~a=*}j@`ThfxrdNmRd)8TrX&lkcUGd}mOyZ@;uSRmo)8>k1{{s2JN)<>N zB^g?acncr{#gll}Tuy3{?=~k*!>Pr;Kl0Uc4^N#bSNg0wqTbpk53R+o29q3!*Kd4W(qWLE!gek=>8#s`IxU~B7@7av8_7IhEl zI!Scubyxeq-{l$?XqbwwOx8;zsNHyPnZQ1g0K@wbwwUD)e9v<{c*Z`nkWhzV5$GSJ z8=*rT%*25ZXNHS>D5MM*pJ`_6m3E)WR2D_Rn<8h+zD`uOG { - it('bar_graph_with_text_and_lines - direct svg', () => { - - const svg = loadBinaryResource('/base/tests/context2d/reference/bar_graph_with_text_and_lines.svg'); - var doc = new jsPDF('p', 'pt', 'c1'); - var c = doc.canvas; - c.width = 1000; - c.height = 500; - - var ctx = c.getContext('2d'); - ctx.ignoreClearRect = true; - ctx.fillStyle = '#ffffff'; - ctx.fillRect(0, 0, 1000, 700); - - //load a svg snippet in the canvas with id = 'drawingArea' - canvg(c, svg, { - ignoreMouse: true, - ignoreAnimation: true, - ignoreDimensions: true - }); - - comparePdf(doc.output(), 'bar_graph_with_text_and_lines.pdf', 'context2d') - }); - - xit('piechart - direct svg', () => { - - const svg = loadBinaryResource('/base/tests/context2d/reference/piechart.svg'); - var doc = new jsPDF('p', 'pt', 'c1'); - var c = doc.canvas; - c.width = 1000; - c.height = 500; - - var ctx = c.getContext('2d'); - ctx.ignoreClearRect = true; - ctx.fillStyle = '#ffffff'; - ctx.fillRect(0, 0, 1000, 700); - - //load a svg snippet in the canvas with id = 'drawingArea' - canvg(c, svg, { - ignoreMouse: true, - ignoreAnimation: true, - ignoreDimensions: true - }); - - comparePdf(doc.output(), 'piechart.pdf', 'context2d') - }); - - - it('context2d: paths', () => { - var doc = new jsPDF('p', 'pt', 'letter'); - var context = doc.context2d; - - context.arc(150,150,50,0,Math.PI, false); - context.lineTo(300,300); - context.stroke(); - - context.fillStyle = 'red'; - context.fillRect(545,205,50,40); - - comparePdf(doc.output(), 'paths.pdf', 'context2d') - }); - - it('context2d: fonts', () => { - - var doc = new jsPDF('p', 'pt', 'a4'); - - var ctx = doc.context2d; - var y = 0; - var h = 20 - var pad = 10; - var textHeight = 20; - - ctx.font = "10pt times"; - ctx.fillText("10pt times", 20, y + textHeight); - y += textHeight + pad; - - ctx.font = "10pt courier"; - ctx.fillText("10pt courier", 20, y + textHeight); - y += textHeight + pad; - - ctx.font = "bold 10pt courier"; - ctx.fillText("bold 10pt courier", 20, y + textHeight); - y += textHeight + pad; - - ctx.font = "italic 10pt courier"; - ctx.fillText("10pt courier italic", 20, y + textHeight); - y += textHeight + pad; - - ctx.font = "italic bold 10pt courier"; - ctx.fillText("italic bold 10pt courier", 20, y + textHeight); - y += textHeight + pad; - - ctx.font = "bold 50pt courier"; - ctx.fillText("bold 50pt courier", 20, y + 50); - y += 50 + pad; - - ctx.font = "bold 50pt courier"; - ctx.strokeText("bold 50pt courier", 20, y + 50); - y += 50 + pad; - - ctx.font = "bold 20pt courier"; - ctx.strokeText("bold 20pt courier", 20, y + 20); - y += 20 + pad; - - ctx.font = "bold 20pt courier"; - ctx.fillText("bold 20pt courier", 20, y + 20); - y += 20 + pad; - - ctx.font = "bold 20pt arial"; - ctx.fillText("bold 20pt arial", 20, y + 20); - y += 20 + pad; - - comparePdf(doc.output(), 'fonts.pdf', 'context2d') - }); - - it('context2d: css color names', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - var y = 0; - var h = 20 - var pad = 10; - var textHeight = 20; - ctx.font = "20pt times"; - - ctx.save(); - y += textHeight + pad; - - ctx.fillStyle = 'red'; - ctx.fillText("Red", 20, y + textHeight); - y += textHeight + pad; - - ctx.fillStyle = 'green'; - ctx.fillText("Green", 20, y + textHeight); - y += textHeight + pad; - - ctx.strokeStyle = 'blue'; - ctx.strokeText("Blue", 20, y + textHeight); - y += textHeight + pad; - ctx.restore(); - - comparePdf(doc.output(), 'csscolornames.pdf', 'context2d') - }); - - it('context2d: drawImage', () => { - var imgData = 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- - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - var y = 0; - var h = 20 - var pad = 20; - y += pad; - ctx.drawImage(imgData, 20, y, 50, 50); - y += 50 + pad; - ctx.drawImage(imgData, 20, y, 200, 200); - y += 200 + pad; - ctx.drawImage(imgData, 20, y, 400, 400); - comparePdf(doc.output(), 'drawImage.pdf', 'context2d'); - }); - - it('context2d: curves', () => { - - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - var y = 0; - var h = 20 - var pad = 20; - - y = pad; - - ctx.save(); - ctx.lineWidth = 6; - ctx.strokeStyle = "#333"; - ctx.beginPath(); - ctx.moveTo(100, y); - ctx.bezierCurveTo(150, y+100, 350, y+100, 400, y); - ctx.stroke(); - ctx.restore(); - - y += 100 + pad; - ctx.save(); - ctx.lineWidth = 6; - ctx.strokeStyle = "#333"; - ctx.beginPath(); - ctx.moveTo(100, y); - ctx.bezierCurveTo(150, y+100, 350, y+100, 400, y); - ctx.fill(); - ctx.restore(); - - y += 100 + pad; - ctx.save(); - ctx.lineWidth = 6; - ctx.strokeStyle = "#333"; - ctx.beginPath(); - ctx.moveTo(100, y); - ctx.quadraticCurveTo(250, y+100, 400, y); - ctx.stroke(); - ctx.restore(); - - y += 100 + pad; - ctx.save(); - ctx.lineWidth = 6; - ctx.strokeStyle = "#333"; - ctx.beginPath(); - ctx.moveTo(100, y); - ctx.quadraticCurveTo(250, y+100, 400, y); - ctx.fill(); - ctx.restore(); - comparePdf(doc.output(), 'curves.pdf', 'context2d'); - }); - - it('context2d: strokeStyle and fillstyle', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - var y = 0; - var h = 20 - var pad = 20; - - y = pad; - - // test fill style - ctx.fillStyle = '#ff0000'; - ctx.fillRect(20, y, 20, h); - y += h + pad; - - ctx.fillStyle = '#00ff00'; - ctx.fillRect(20, y, 20, h); - y += h + pad; - - ctx.fillStyle = '#0000ff'; - ctx.fillRect(20, y, 20, h); - y += h + pad; - - // test stroke style - ctx.strokeStyle = '#ff0000'; - ctx.strokeRect(20, y, 20, h); - y += h + pad; - - ctx.strokeStyle = '#00ff00'; - ctx.strokeRect(20, y, 20, h); - y += h + pad; - - ctx.strokeStyle = '#0000ff'; - ctx.strokeRect(20, y, 20, h); - y += h + pad; - - comparePdf(doc.output(), 'fillStyle_strokeStyle.pdf', 'context2d'); - }); - - xit('context2d: arc', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - var y = 0; - var h = 20 - var pad = 20; - - ctx.strokeStyle = 'black'; - ctx.fillStyle = 'black'; - - y = pad + 40; - ctx.arc(50, y, 20, -10, 170, false); - ctx.stroke(); - y += pad + 40; - - ctx.arc(50, y, 20, -10, 170, true); - ctx.stroke(); - y += pad + 40; - - ctx.arc(50, y, 20, 0, Math.PI, false); - ctx.stroke(); - y += pad + 40; - - ctx.arc(50, y, 20, 0, Math.PI, true); - ctx.stroke(); - y += pad + 40; - - ctx.arc(50, y, 20, 0, 2*Math.PI, false); - ctx.stroke(); - y += pad + 40; - - ctx.arc(50, y, 20, 0, 2*Math.PI, false); - ctx.fill(); - y += pad + 40; - - ctx.arc(50, y, 20, 0, Math.PI, false); - ctx.fill(); - comparePdf(doc.output(), 'arc.pdf', 'context2d'); - }); - - it('context2d: fillRect and strokeRect', () => { - - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - var y = 20; - var h = 20 - var pad = 20; - - ctx.fillRect(20, y, 20, h); - y += h + pad; - - ctx.fillStyle = '#f5f5f5'; - ctx.fillRect(20, y, 20, h); - y += h + pad; - - ctx.strokeRect(20, y, 20, h); - y += h + pad; - - comparePdf(doc.output(), 'fillRect_strokeRect.pdf', 'context2d'); - }); - - xit('context2d: setLineCap', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - var y = 20; - var h = 20 - var pad = 20; - - ctx.lineWidth = 5; - ctx.lineCap = 'butt'; - ctx.moveTo(20, y); - ctx.lineTo(200, y); - ctx.stroke(); - y += pad; - ctx.lineCap = 'round'; - ctx.moveTo(20, y); - ctx.lineTo(200, y); - ctx.stroke(); - y += pad; - ctx.lineCap = 'square'; - ctx.moveTo(20, y); - ctx.lineTo(200, y); - ctx.stroke(); - y += pad; - - comparePdf(doc.output(), 'lineCap.pdf', 'context2d'); - }) - - it('context2d: lineJoin', () => { - - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - var y = 20; - var h = 20 - var pad = 20; - - ctx.beginPath(); - ctx.lineWidth = 10; - ctx.lineJoin = 'miter'; - ctx.moveTo(20, y); - ctx.lineTo(200, y); - ctx.lineTo(250, y + 50); - ctx.stroke(); - ctx.closePath(); - y += pad + 10; - ctx.beginPath(); - ctx.lineJoin = 'bevel'; - ctx.moveTo(20, y); - ctx.lineTo(200, y); - ctx.lineTo(250, y + 50); - ctx.stroke(); - ctx.closePath(); - y += pad + 10; - ctx.beginPath(); - ctx.lineJoin = 'round'; - ctx.moveTo(20, y); - ctx.lineTo(200, y); - ctx.lineTo(250, y + 50); - ctx.stroke(); - ctx.closePath(); - y += pad + 10; - y += 50; - - comparePdf(doc.output(), 'lineJoin.pdf', 'context2d'); - }); - - - it('context2d: moveTo, lineTo, stroke, fill', () => { - - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - var y = 20; - var h = 20 - var pad = 20; - - // stroked diamond - ctx.beginPath(); - ctx.moveTo(30, y); - ctx.lineTo(50, y + 20); - ctx.lineTo(30, y + 40); - ctx.lineTo(10, y + 20); - ctx.lineTo(30, y); - ctx.stroke(); - ctx.closePath(); - y += 50; - - // filled diamond - ctx.beginPath(); - ctx.moveTo(30, y); - ctx.lineTo(50, y + 20); - ctx.lineTo(30, y + 40); - ctx.lineTo(10, y + 20); - ctx.lineTo(30, y); - ctx.fill(); - ctx.closePath(); - y += 50; - comparePdf(doc.output(), 'moveTo_lineTo_stroke_fill.pdf', 'context2d'); - }); - - - it('context2d: textBaseline', () => { - var doc = new jsPDF('p', 'pt', 'a4'); - var ctx = doc.context2d; - - var y = 20; - var h = 20 - var pad = 20; - var textHeight = 20; - - ctx.strokeStyle = '#dddddd'; - ctx.font = "20pt times"; - - ctx.moveTo(20,y); - ctx.lineTo(150, y); - ctx.stroke(); - ctx.textBaseline = 'alphabetic'; - ctx.fillText("Alphabetic Q", 20, y); - y += 40 + pad; - - ctx.moveTo(20,y); - ctx.lineTo(150, y); - ctx.stroke(); - ctx.textBaseline = 'ideographic'; - ctx.fillText("Ideographic Q", 20, y); - y += 40 + pad; - - ctx.moveTo(20,y); - ctx.lineTo(150, y); - ctx.stroke(); - ctx.textBaseline = 'top'; - ctx.fillText("Top Q", 20, y); - y += 40 + pad; - - ctx.moveTo(20,y); - ctx.lineTo(150, y); - ctx.stroke(); - ctx.textBaseline = 'bottom'; - ctx.fillText("Bottom Q", 20, y); - y += 40 + pad; - - ctx.moveTo(20,y); - ctx.lineTo(150, y); - ctx.stroke(); - ctx.textBaseline = 'middle'; - ctx.fillText("Middle Q", 20, y); - y += 40 + pad; - - ctx.moveTo(20,y); - ctx.lineTo(150, y); - ctx.stroke(); - ctx.textBaseline = 'hanging'; - ctx.fillText("Hanging Q", 20, y); - y += 40 + pad; - comparePdf(doc.output(), 'textBaseline.pdf', 'context2d'); - }); - -}) diff --git a/tests/putTotalPages/standard.spec.js b/tests/putTotalPages/standard.spec.js deleted file mode 100644 index 059674cd4..000000000 --- a/tests/putTotalPages/standard.spec.js +++ /dev/null @@ -1,45 +0,0 @@ - -/* global describe, it, jsPDF, comparePdf, expect */ -/** - * Standard spec tests - */ - -describe('Plugin: putTotalPages', () => { - it('standardfont', () => { - const doc = new jsPDF(); - const totalPagesExp = '{totalPages}'; - - - doc.text(10, 10, "Page 1 of {totalPages}"); - doc.addPage(); - - doc.text(10, 10, "Page 2 of {totalPages}"); - - if (typeof doc.putTotalPages === 'function') { - doc.putTotalPages(totalPagesExp); - } - comparePdf(doc.output(), 'standardfont.pdf', 'putTotalPages'); - }); - - it('customfont', () => { - var PTSansFont = 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"; - var doc = new jsPDF({filters: ['ASCIIHexEncode']}); - var totalPagesExp = '{totalPages}'; - - doc.addFileToVFS("PTSans.ttf", PTSansFont); - doc.addFont('PTSans.ttf', 'PTSans', 'normal'); - - doc.setFont('PTSans'); - - doc.text(10, 10, "Page 1 of {totalPages}"); - doc.addPage(); - - doc.text(10, 10, "Page 2 of {totalPages}"); - - if (typeof doc.putTotalPages === 'function') { - doc.putTotalPages(totalPagesExp); - } - - comparePdf(doc.output(), 'customfont.pdf', 'putTotalPages') - }); -}) diff --git a/tests/unicode/bidiEngine.spec.js b/tests/unicode/bidiEngine.spec.js deleted file mode 100644 index 066c8ed45..000000000 --- a/tests/unicode/bidiEngine.spec.js +++ /dev/null @@ -1,121 +0,0 @@ -describe('bidi Engine', function() { - var options = {isInputVisual: true, isSymmetricSwapping: true, isInputRtl: false, isOutputRtl: false}; - var bidiEngine = new jsPDF.__bidiEngine__(options); - var sourceString = "a(b)c\u05d0<\u05d5>\u05ea& 123"; - - it( "Visual left-to-right ->Logical left-to-right conversion", function() { - var options = {isInputVisual: true, isSymmetricSwapping: true, isInputRtl: false, isOutputRtl: false}; - var levels = [], sourceToTargetMap = []; - - bidiEngine.setOptions( options ); - var reorderedString = bidiEngine.doBidiReorder( sourceString, sourceToTargetMap, levels ); - expect(reorderedString).toEqual( "a(b)c123 &\u05ea<\u05d5>\u05d0" ); - expect(sourceToTargetMap).toEqual( [ 0, 1, 2, 3, 4, 12, 13, 14, 11, 10, 9, 8, 7, 6, 5 ] ); - expect(levels).toEqual( [ 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2] ); - }); - - it( "Logical right-to-left -> Visual left-to-right conversion", function() { - var levels = [], sourceToTargetMap = []; - options = {}; - options.isOutputVisual = true; - options.isInputRtl = true; - options.isOutputRtl = false; - options.isSymmetricSwapping = true; - bidiEngine.setOptions( options ); - - var reorderedString = bidiEngine.doBidiReorder( sourceString, sourceToTargetMap, levels ); - expect(reorderedString).toEqual( "123 &\u05ea<\u05d5>\u05d0a(b)c" ); - expect(sourceToTargetMap).toEqual( [ 12, 13, 14, 11, 10, 9, 8, 7, 6, 5, 0, 1, 2, 3, 4 ] ); - expect(levels).toEqual( [ 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2 ] ); - }); - it( "Logical left-to-right -> Logical right-to-left conversion", function() { - var levels = [], sourceToTargetMap = []; - - options.isInputVisual = options.isOutputVisual = false; - options.isInputRtl = false; - options.isOutputRtl = true; - options.isSymmetricSwapping = false; - bidiEngine.setOptions( options ); - - var reorderedString = bidiEngine.doBidiReorder( sourceString, sourceToTargetMap, levels ); - expect(reorderedString).toEqual( "\u05d0<\u05d5>\u05ea& a(b)c123" ); - expect(sourceToTargetMap).toEqual( [ 5, 6, 7, 8, 9, 10, 11, 0, 1, 2, 3, 4, 12, 13, 14 ] ); - expect(levels).toEqual( [ 1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2, 2 ] ); - }); - - it( "Logical right-to-left -> Logical left-to-right conversion", function() { - var levels = [], sourceToTargetMap = []; - - options.isInputVisual = options.isOutputVisual = false; - options.isInputRtl = true; - options.isOutputRtl = false; - options.isSymmetricSwapping = false; - bidiEngine.setOptions( options ); - - var reorderedString = bidiEngine.doBidiReorder( sourceString, sourceToTargetMap, levels ); - expect(reorderedString).toEqual( "123 &\u05d0<\u05d5>\u05eaa(b)c" ); - expect(sourceToTargetMap).toEqual( [ 12, 13, 14, 11, 10, 5, 6, 7, 8, 9, 0, 1, 2, 3, 4 ] ); - expect(levels).toEqual( [ 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0 ] ); - }); - - it( "Visual right-to-left -> Visual left-to-right conversion", function() { - var levels = [], sourceToTargetMap = []; - - options.isInputVisual = options.isOutputVisual = true; - options.isInputRtl = true; - options.isOutputRtl = false; - options.isSymmetricSwapping = false; - bidiEngine.setOptions( options ); - - var reorderedString = bidiEngine.doBidiReorder( sourceString, sourceToTargetMap, levels ); - expect(reorderedString).toEqual( "321 &\u05ea>\u05d5<\u05d0c)b(a" ); - expect(sourceToTargetMap).toEqual( [ 14, 13, 12, 11, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1, 0 ] ); - expect(levels).toEqual( [ 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2 ] ); - }); - - it( "Logical contextual -> Visual right-to-left conversion", function() { - var levels = [], sourceToTargetMap = []; - - options = {}; - options.isInputVisual = false; - options.isOutputVisual = true; - options.isOutputRtl = true; - options.isSymmetricSwapping = true; - bidiEngine.setOptions( options ); - - var reorderedString = bidiEngine.doBidiReorder( "\u05ea<\u05d5>\u05d0a)b(c", sourceToTargetMap, levels ); - expect(reorderedString).toEqual( "\u05ea>\u05d5<\u05d0c(b)a" ); - expect(sourceToTargetMap).toEqual( [ 0, 1, 2, 3, 4, 9, 8, 7, 6, 5] ); - expect(levels).toEqual( [ 1, 1, 1, 1, 1, 2, 2, 2, 2, 2 ] ); - }); - it( "Logical left-to-right -> Visual right-to-left conversion", function() { - var levels = [], sourceToTargetMap = []; - - options.isInputVisual = false; - options.isOutputVisual = true; - options.isInputRtl = false; - options.isOutputRtl = true; - options.isSymmetricSwapping = true; - bidiEngine.setOptions( options ); - - var reorderedString = bidiEngine.doBidiReorder( sourceString , sourceToTargetMap, levels ); - expect(reorderedString).toEqual( "\u05d0>\u05d5<\u05ea& 321c)b(a" ); - expect(sourceToTargetMap).toEqual( [ 5, 6, 7, 8, 9, 10, 11, 14, 13, 12, 4, 3, 2, 1, 0 ] ); - expect(levels).toEqual( [ 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2 ] ); - }); - - it( "Visual right-to-left -> Logical right-to-left conversion", function() { - var levels = [], sourceToTargetMap = []; - - options.isInputVisual = true; - options.isOutputVisual = false; - options.isOutputRtl = options.isInputRtl = true; - options.isSymmetricSwapping = true; - bidiEngine.setOptions( options ); - - var reorderedString = bidiEngine.doBidiReorder( sourceString , sourceToTargetMap, levels ); - expect(reorderedString).toEqual( "c)b(a\u05d0>\u05d5<\u05ea& 321" ); - expect(sourceToTargetMap).toEqual( [ 4, 3, 2, 1, 0, 5, 6, 7, 8, 9, 10, 11, 14, 13, 12 ] ); - expect(levels).toEqual( [ 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2 ] ); - }); -}); diff --git a/tests/utils/compare.js b/tests/utils/compare.js deleted file mode 100644 index 01dd15012..000000000 --- a/tests/utils/compare.js +++ /dev/null @@ -1,62 +0,0 @@ -/* global XMLHttpRequest, expect, jsPDF */ -var globalVar = (typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || (Function("return this"))()); - -jsPDF.version = "0.0.0"; -function loadBinaryResource(url) { - const req = new XMLHttpRequest() - req.open('GET', url, false); - // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] - req.overrideMimeType('text/plain; charset=x-user-defined'); - req.send(null); - if (req.status !== 200) { - throw new Error('Unable to load file'); - } - - var responseText = req.responseText; - return responseText; -} - -function cleanUpUnicode(value) { - var i = 0; - var byteArray = []; - var StringFromCharCode = String.fromCharCode; - for (i = 0; i < value.length; i += 1) { - byteArray.push(StringFromCharCode(value.charCodeAt(i) & 0xff)) - } - return byteArray.join(""); -} - -function sendReference(filename, data) { - var req = new XMLHttpRequest(); - req.open('POST', 'http://localhost:9090/' + filename, true); - req.send(data); -} - -function resetFile(pdfFile) { - pdfFile = pdfFile.replace(/\/CreationDate \(D:(.*?)\)/, '/CreationDate (D:19871210000000+00\'00\')'); - pdfFile = pdfFile.replace(/(\/ID \[ (<[0-9a-fA-F]+> ){2}\])/, '/ID [ <00000000000000000000000000000000> <00000000000000000000000000000000> ]'); - pdfFile = pdfFile.replace(/(\/Producer \(jsPDF [1-9].[0-9].[0-9]\))/, '/Producer (jsPDF 1.0.0)'); - return pdfFile; -} -/** - * Find a better way to set this - * @type {Boolean} - */ -globalVar.comparePdf = function (actual, expectedFile, suite, unicodeCleanUp) { - unicodeCleanUp = unicodeCleanUp || true; - var pdf; - actual = actual || 'File not loaded.'; - - try { - pdf = loadBinaryResource('/base/tests/' + suite + '/reference/' + expectedFile, unicodeCleanUp); - } catch (error) { - // eslint-disable-next-line no-console - console.log("Error loading '/base/tests/" + suite + "/reference/" + expectedFile + "'"); - pdf = actual; - sendReference('/tests/' + suite + '/reference/' + expectedFile, cleanUpUnicode(resetFile(pdf.trim()))); - } - var expected = cleanUpUnicode(resetFile(pdf.trim())); - actual = cleanUpUnicode(resetFile(actual.trim())); - - expect(actual.replace(/[\r]/g, '')).toEqual(expected.replace(/[\r]/g, '')) -} From 9acea05541ad942058a11b82fb1932508218e7e8 Mon Sep 17 00:00:00 2001 From: arasabbasi Date: Fri, 29 Mar 2019 09:03:45 +0100 Subject: [PATCH 3/9] minor changes in type definitions for html --- definitely_typed/index.d.ts | 13 +++++++++---- 1 file changed, 9 insertions(+), 4 deletions(-) diff --git a/definitely_typed/index.d.ts b/definitely_typed/index.d.ts index a3aef8272..3b7caa300 100644 --- a/definitely_typed/index.d.ts +++ b/definitely_typed/index.d.ts @@ -118,9 +118,14 @@ declare module 'jspdf' { state: any; stack: Function[] } - interface HTMLWorker { - from(src: HTMLElement | string, type: 'container' | 'canvas' | 'img' | 'pdf' | 'context2d'): void; + interface HTMLWorker extends Promise { + from(src: HTMLElement | string, type: 'container' | 'canvas' | 'img' | 'pdf' | 'context2d'): HTMLWorker; progress: HTMLWorkerProgress; + error(msg: string): void; + save(filename:string):void; + set(opt: HTMLOptions): HTMLWorker; + get(key: 'string'): HTMLWorker; + get(key: 'string', cbk: (value: string) => void): string; } interface HTMLOptionImage { @@ -129,7 +134,7 @@ declare module 'jspdf' { } interface HTMLOptionPageBreak { - mode?: 'avoid-all'|'css'|'legacy'|('avoid-all'|'css'|'legacy')[]; + mode?: 'avoid-all' | 'css' | 'legacy' | ('avoid-all' | 'css' | 'legacy')[]; before?: string; after?: string; avoid?: string; @@ -140,7 +145,7 @@ declare module 'jspdf' { margin?: number | number[]; filename?: string; enableLinks?: boolean; - pagebreak? :HTMLOptionPageBreak; + pagebreak?: HTMLOptionPageBreak; image?: HTMLOptionImage; html2canvas?: Html2CanvasOptions; jsPDF?: jsPDF From 4a0e64f08f58a81635fa4a35b2c180cc2c02ed19 Mon Sep 17 00:00:00 2001 From: arasabbasi Date: Fri, 29 Mar 2019 12:22:28 +0100 Subject: [PATCH 4/9] upgrade to node 10 --- .travis.yml | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/.travis.yml b/.travis.yml index e33e30e2b..7e5ea04bc 100644 --- a/.travis.yml +++ b/.travis.yml @@ -1,6 +1,6 @@ language: node_js node_js: - - "8.9.4" + - "10" install: - npm -g install yarn - yarn From fbd0130c1839b7406169122e0858ccbc2a6bc775 Mon Sep 17 00:00:00 2001 From: arasabbasi Date: Mon, 1 Apr 2019 19:02:53 +0200 Subject: [PATCH 5/9] Remove unnecessary transformation in addimage make first steps for coding a cli --- builder.html | 303 +- cli.js | 96 + definitely_typed/index.d.ts | 6 +- dist/jspdf.debug.js | 1215 +- dist/jspdf.min.js | 86 +- dist/jspdf.node.debug.js | 15493 +++++++++++----- examples/css/bootstrap.min.css | 6 + examples/js/ace.js | 14 + index.html | 6 +- karma.config.js => karma.common.conf.js | 0 karma.conf.js | 2 +- karma.dist.conf.js | 68 +- ...s.karma.conf.js => karma.saucelabs.conf.js | 2 +- modules.conf.js | 414 + package-lock.json | 9 + package.json | 8 +- spec/Uint8Array.spec.js | 2 +- spec/addimage.spec.js | 81 +- spec/base64.spec.js | 42 +- spec/cell.spec.js | 7 +- spec/filetypeRecognition.spec.js | 28 +- spec/getImageProperties.spec.js | 68 +- spec/helpers/SpecHelper.js | 4 + spec/reference/PTSans.ttf | Bin 0 -> 442960 bytes spec/split_text_to_size.spec.js | 12 +- spec/utils/polyfill.js | 4 +- spec/webp.spec.js | 16 +- src/modules/addimage.js | 791 +- src/modules/bmp_support.js | 4 +- src/modules/cell.js | 14 +- src/modules/context2d.js | 4 +- src/modules/fileloading.js | 2 +- src/modules/gif_support.js | 6 +- src/modules/jpeg_support.js | 17 +- src/modules/png_support.js | 579 +- src/modules/split_text_to_size.js | 30 +- src/modules/webp_support.js | 4 +- src/node.js | 2 +- 38 files changed, 12534 insertions(+), 6911 deletions(-) create mode 100644 cli.js create mode 100644 examples/css/bootstrap.min.css create mode 100644 examples/js/ace.js rename karma.config.js => karma.common.conf.js (100%) rename saucelabs.karma.conf.js => karma.saucelabs.conf.js (96%) create mode 100644 modules.conf.js create mode 100644 spec/reference/PTSans.ttf diff --git a/builder.html b/builder.html index 7c00469c6..926b30abc 100644 --- a/builder.html +++ b/builder.html @@ -47,302 +47,10 @@ + ' + '' + ''; - var nW = global.open(); + if (Object.prototype.toString.call(global) === '[object Window]') { + var pdfObjectUrl = options.pdfObjectUrl || 'https://cdnjs.cloudflare.com/ajax/libs/pdfobject/2.1.1/pdfobject.min.js'; + var htmlForNewWindow = '' + '' + '' + '' + '' + ''; + var nW = global.open(); - if (nW !== null) { - nW.document.write(htmlForNewWindow); + if (nW !== null) { + nW.document.write(htmlForNewWindow); + } + + return nW; + } else { + throw new Error('The option pdfobjectnewwindow just works in a browser-environment.'); } - return nW; + break; case 'pdfjsnewwindow': - var pdfJsUrl = options.pdfJsUrl || 'examples/PDF.js/web/viewer.html'; - var htmlForNewWindow = '' + '' + '' + ''; - var nW = global.open(); + if (Object.prototype.toString.call(global) === '[object Window]') { + var htmlForNewWindow = '' + '' + '' + '' + ''; + var nW = global.open(); - if (nW !== null) { - nW.document.write(htmlForNewWindow); + if (nW !== null) { + nW.document.write(htmlForNewWindow); + } + + if (nW || typeof safari === "undefined") { return nW; } + } else { + throw new Error('The option dataurlnewwindow just works in a browser-environment.'); } - if (nW || typeof safari === "undefined") { return nW; } - // eslint-disable-next-line no-fallthrough + break; case 'datauri': case 'dataurl': @@ -5505,7 +5524,7 @@ } return jsPDF; - })(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); // `self` is undefined in Firefox for Android content script context + }(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); // `self` is undefined in Firefox for Android content script context // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window @@ -7673,14 +7692,13 @@ _AS = '/' + value; } }); - this.optionName = name; this.caption = 'l'; this.appearanceState = 'Off'; // todo: set AppearanceType as variable that can be set from the // outside... this._AppearanceType = AcroFormAppearance.RadioButton.Circle; // The Default appearanceType is the Circle - this.appearanceStreamContent = this._AppearanceType.createAppearanceStream(name); + this.appearanceStreamContent = this._AppearanceType.createAppearanceStream(this.optionName); }; inherit(AcroFormChildClass, AcroFormField); @@ -8420,6 +8438,8 @@ (function (jsPDFAPI) { var namespace = 'addImage_'; + jsPDFAPI.__addimage__ = {}; + var UNKNOWN = 'UNKNOWN'; var imageFileTypeHeaders = { PNG: [[0x89, 0x50, 0x4e, 0x47]], TIFF: [[0x4D, 0x4D, 0x00, 0x2A], //Motorola @@ -8456,45 +8476,66 @@ * @returns {string} filetype of Image */ - var getImageFileTypeByImageData = jsPDFAPI.getImageFileTypeByImageData = function (imageData, fallbackFormat) { - fallbackFormat = fallbackFormat || 'UNKNOWN'; + var getImageFileTypeByImageData = jsPDFAPI.__addimage__.getImageFileTypeByImageData = function (imageData, fallbackFormat) { + fallbackFormat = fallbackFormat || UNKNOWN; var i; var j; - var result = 'UNKNOWN'; + var result = UNKNOWN; var headerSchemata; var compareResult; var fileType; - if (jsPDFAPI.isArrayBufferView(imageData)) { - imageData = jsPDFAPI.arrayBufferToBinaryString(imageData); - } + if (isArrayBufferView(imageData)) { + for (fileType in imageFileTypeHeaders) { + headerSchemata = imageFileTypeHeaders[fileType]; - for (fileType in imageFileTypeHeaders) { - headerSchemata = imageFileTypeHeaders[fileType]; + for (i = 0; i < headerSchemata.length; i += 1) { + compareResult = true; - for (i = 0; i < headerSchemata.length; i += 1) { - compareResult = true; + for (j = 0; j < headerSchemata[i].length; j += 1) { + if (headerSchemata[i][j] === undefined) { + continue; + } - for (j = 0; j < headerSchemata[i].length; j += 1) { - if (headerSchemata[i][j] === undefined) { - continue; + if (headerSchemata[i][j] !== imageData[j]) { + compareResult = false; + break; + } } - if (headerSchemata[i][j] !== imageData.charCodeAt(j)) { - compareResult = false; + if (compareResult === true) { + result = fileType; break; } } + } + } else { + for (fileType in imageFileTypeHeaders) { + headerSchemata = imageFileTypeHeaders[fileType]; - if (compareResult === true) { - result = fileType; - break; + for (i = 0; i < headerSchemata.length; i += 1) { + compareResult = true; + + for (j = 0; j < headerSchemata[i].length; j += 1) { + if (headerSchemata[i][j] === undefined) { + continue; + } + + if (headerSchemata[i][j] !== imageData.charCodeAt(j)) { + compareResult = false; + break; + } + } + + if (compareResult === true) { + result = fileType; + break; + } } } } - if (result === 'UNKNOWN' && fallbackFormat !== 'UNKNOWN') { - console.warn('FileType of Image not recognized. Processing image as "' + fallbackFormat + '".'); + if (result === UNKNOWN && fallbackFormat !== UNKNOWN) { result = fallbackFormat; } @@ -8502,18 +8543,17 @@ }; // Image functionality ported from pdf.js - var putImage = function putImage(img) { - var objectNumber = this.internal.newObject(), - out = this.internal.write, - putStream = this.internal.putStream, - getFilters = this.internal.getFilters; - var filters = getFilters(); + var putImage = function putImage(image) { + var out = this.internal.write; + var putStream = this.internal.putStream; + var getFilters = this.internal.getFilters; + var filter = getFilters(); - while (filters.indexOf('FlateEncode') !== -1) { - filters.splice(filters.indexOf('FlateEncode'), 1); + while (filter.indexOf('FlateEncode') !== -1) { + filter.splice(filter.indexOf('FlateEncode'), 1); } - img['n'] = objectNumber; + image.objectId = this.internal.newObject(); var additionalKeyValues = []; additionalKeyValues.push({ key: 'Type', @@ -8525,26 +8565,26 @@ }); additionalKeyValues.push({ key: 'Width', - value: img['w'] + value: image.width }); additionalKeyValues.push({ key: 'Height', - value: img['h'] + value: image.height }); - if (img['cs'] === this.color_spaces.INDEXED) { + if (image.colorSpace === this.color_spaces.INDEXED) { additionalKeyValues.push({ key: 'ColorSpace', - value: '[/Indexed /DeviceRGB ' // if an indexed png defines more than one colour with transparency, we've created a smask - + (img['pal'].length / 3 - 1) + ' ' + ('smask' in img ? objectNumber + 2 : objectNumber + 1) + ' 0 R]' + value: '[/Indexed /DeviceRGB ' // if an indexed png defines more than one colour with transparency, we've created a sMask + + (image.palette.length / 3 - 1) + ' ' + ('sMask' in image && typeof image.sMask !== "undefined" ? image.objectId + 2 : image.objectId + 1) + ' 0 R]' }); } else { additionalKeyValues.push({ key: 'ColorSpace', - value: '/' + img['cs'] + value: '/' + image.colorSpace }); - if (img['cs'] === this.color_spaces.DEVICE_CMYK) { + if (image.colorSpace === this.color_spaces.DEVICE_CMYK) { additionalKeyValues.push({ key: 'Decode', value: '[1 0 1 0 1 0 1 0]' @@ -8554,93 +8594,101 @@ additionalKeyValues.push({ key: 'BitsPerComponent', - value: img['bpc'] + value: image.bitsPerComponent }); - if ('dp' in img) { + if ('decodeParameters' in image && typeof image.decodeParameters !== "undefined") { additionalKeyValues.push({ key: 'DecodeParms', - value: '<<' + img['dp'] + '>>' + value: '<<' + image.decodeParameters + '>>' }); } - if ('trns' in img && img['trns'].constructor == Array) { - var trns = '', + if ('transparency' in image && Array.isArray(image.transparency)) { + var transparency = '', i = 0, - len = img['trns'].length; + len = image.transparency.length; for (; i < len; i++) { - trns += img['trns'][i] + ' ' + img['trns'][i] + ' '; + transparency += image.transparency[i] + ' ' + image.transparency[i] + ' '; } additionalKeyValues.push({ key: 'Mask', - value: '[' + trns + ']' + value: '[' + transparency + ']' }); } - if ('smask' in img) { + if (typeof image.sMask !== "undefined") { additionalKeyValues.push({ key: 'SMask', - value: objectNumber + 1 + ' 0 R' + value: image.objectId + 1 + ' 0 R' }); } - var alreadyAppliedFilters = typeof img['f'] !== "undefined" ? ['/' + img['f']] : undefined; + var alreadyAppliedFilters = typeof image.filter !== "undefined" ? ['/' + image.filter] : undefined; putStream({ - data: img['data'], + data: image.data, additionalKeyValues: additionalKeyValues, alreadyAppliedFilters: alreadyAppliedFilters }); out('endobj'); // Soft mask - if ('smask' in img) { - var dp = '/Predictor ' + img['p'] + ' /Colors 1 /BitsPerComponent ' + img['bpc'] + ' /Columns ' + img['w']; - var smask = { - 'w': img['w'], - 'h': img['h'], - 'cs': 'DeviceGray', - 'bpc': img['bpc'], - 'dp': dp, - 'data': img['smask'] + if ('sMask' in image && typeof image.sMask !== "undefined") { + var decodeParameters = '/Predictor ' + image.predictor + ' /Colors 1 /BitsPerComponent ' + image.bitsPerComponent + ' /Columns ' + image.width; + var sMask = { + width: image.width, + height: image.height, + colorSpace: 'DeviceGray', + bitsPerComponent: image.bitsPerComponent, + decodeParameters: decodeParameters, + data: image.sMask }; - if ('f' in img) { smask.f = img['f']; } - putImage.call(this, smask); + + if ('filter' in image) { + sMask.filter = image.filter; + } + + putImage.call(this, sMask); } //Palette - if (img['cs'] === this.color_spaces.INDEXED) { + if (image.colorSpace === this.color_spaces.INDEXED) { this.internal.newObject(); //out('<< /Filter / ' + img['f'] +' /Length ' + img['pal'].length + '>>'); //putStream(zlib.compress(img['pal'])); putStream({ - data: this.arrayBufferToBinaryString(new Uint8Array(img['pal'])) + data: arrayBufferToBinaryString(new Uint8Array(image.palette)) }); out('endobj'); } - }, - putResourcesCallback = function putResourcesCallback() { + }; + + var putResourcesCallback = function putResourcesCallback() { var images = this.internal.collections[namespace + 'images']; for (var i in images) { putImage.call(this, images[i]); } - }, - putXObjectsDictCallback = function putXObjectsDictCallback() { + }; + + var putXObjectsDictCallback = function putXObjectsDictCallback() { var images = this.internal.collections[namespace + 'images'], out = this.internal.write, image; for (var i in images) { image = images[i]; - out('/I' + image['i'], image['n'], '0', 'R'); + out('/I' + image.index, image.objectId, '0', 'R'); } - }, - checkCompressValue = function checkCompressValue(value) { + }; + + var checkCompressValue = function checkCompressValue(value) { if (value && typeof value === 'string') { value = value.toUpperCase(); } return value in jsPDFAPI.image_compression ? value : jsPDFAPI.image_compression.NONE; - }, - getImages = function getImages() { + }; + + var getImages = function getImages() { var images = this.internal.collections[namespace + 'images']; //first run, so initialise stuff if (!images) { @@ -8650,85 +8698,55 @@ } return images; - }, - getImageIndex = function getImageIndex(images) { - var imageIndex = 0; - - if (images) { - // this is NOT the first time this method is ran on this instance of jsPDF object. - imageIndex = Object.keys ? Object.keys(images).length : function (o) { - var i = 0; - - for (var e in o) { - if (o.hasOwnProperty(e)) { - i++; - } - } + }; - return i; - }(images); - } + var getImageIndex = function getImageIndex() { + return Object.keys(this.internal.collections[namespace + 'images']).length; + }; - return imageIndex; - }, - notDefined = function notDefined(value) { + var notDefined = function notDefined(value) { return typeof value === 'undefined' || value === null || value.length === 0; - }, - generateAliasFromImageData = function generateAliasFromImageData(imageData) { - if (typeof imageData === 'string') { - return jsPDFAPI.sHashCode(imageData); - } + }; - if (jsPDFAPI.isArrayBufferView(imageData)) { - return jsPDFAPI.sHashCode(jsPDFAPI.arrayBufferToBinaryString(imageData)); + var generateAliasFromImageData = function generateAliasFromImageData(imageData) { + if (typeof imageData === 'string' || isArrayBufferView(imageData)) { + return jsPDFAPI.sHashCode(imageData); } return null; - }, - isImageTypeSupported = function isImageTypeSupported(type) { + }; + + var isImageTypeSupported = function isImageTypeSupported(type) { return typeof jsPDFAPI["process" + type.toUpperCase()] === "function"; - }, - isDOMElement = function isDOMElement(object) { + }; + + var isDOMElement = function isDOMElement(object) { return _typeof(object) === 'object' && object.nodeType === 1; - }, - createDataURIFromElement = function createDataURIFromElement(element, format) { + }; + + var getImageDataFromElement = function getImageDataFromElement(element) { //if element is an image which uses data url definition, just return the dataurl if (element.nodeName === 'IMG' && element.hasAttribute('src')) { var src = '' + element.getAttribute('src'); //is base64 encoded dataUrl, directly process it if (src.indexOf('data:image/') === 0) { - return unescape(src); + return atob(unescape(src).split('base64,').pop()); } //it is probably an url, try to load it - var tmpImageData = jsPDFAPI.loadFile(src); + var tmpImageData = jsPDFAPI.loadFile(src, true); if (tmpImageData !== undefined) { - return btoa(tmpImageData); + return tmpImageData; } } - var canvas; - if (element.nodeName === 'CANVAS') { - canvas = element; - return element.toDataURL('image/jpeg', 1.0); - } //absolute fallback method - - - canvas = document.createElement('canvas'); - canvas.width = element.clientWidth || element.width; - canvas.height = element.clientHeight || element.height; - var ctx = canvas.getContext('2d'); - - if (!ctx) { - throw 'addImage requires canvas to be supported by browser.'; + return atob(element.toDataURL('image/jpeg', 1.0).split('base64,').pop()); } + }; - ctx.drawImage(element, 0, 0, canvas.width, canvas.height); - return canvas.toDataURL(('' + format).toLowerCase() == 'png' ? 'image/png' : 'image/jpeg'); - }, - checkImagesForAlias = function checkImagesForAlias(alias, images) { + var checkImagesForAlias = function checkImagesForAlias(alias, images) { var cached_info; if (images) { @@ -8741,37 +8759,39 @@ } return cached_info; - }, - determineWidthAndHeight = function determineWidthAndHeight(w, h, info) { - if (!w && !h) { - w = -96; - h = -96; + }; + + var determineWidthAndHeight = function determineWidthAndHeight(width, height, image) { + if (!width && !height) { + width = -96; + height = -96; } - if (w < 0) { - w = -1 * info['w'] * 72 / w / this.internal.scaleFactor; + if (width < 0) { + width = -1 * image.width * 72 / width / this.internal.scaleFactor; } - if (h < 0) { - h = -1 * info['h'] * 72 / h / this.internal.scaleFactor; + if (height < 0) { + height = -1 * image.height * 72 / height / this.internal.scaleFactor; } - if (w === 0) { - w = h * info['w'] / info['h']; + if (width === 0) { + width = height * image.width / image.height; } - if (h === 0) { - h = w * info['h'] / info['w']; + if (height === 0) { + height = width * image.height / image.width; } - return [w, h]; - }, - writeImageToPDF = function writeImageToPDF(x, y, w, h, info, index, images, rotation) { - var dims = determineWidthAndHeight.call(this, w, h, info), + return [width, height]; + }; + + var writeImageToPDF = function writeImageToPDF(x, y, width, height, info, index, images, rotation) { + var dims = determineWidthAndHeight.call(this, width, height, info), coord = this.internal.getCoordinateString, vcoord = this.internal.getVerticalCoordinateString; - w = dims[0]; - h = dims[1]; + width = dims[0]; + height = dims[1]; images[index] = info; if (rotation) { @@ -8789,16 +8809,16 @@ this.internal.write('q'); //Save graphics state if (rotation) { - this.internal.write([1, '0', '0', 1, coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate + this.internal.write([1, '0', '0', 1, coord(x), vcoord(y + height), 'cm'].join(' ')); //Translate this.internal.write(rotationTransformationMatrix.join(' ')); //Rotate - this.internal.write([coord(w), '0', '0', coord(h), '0', '0', 'cm'].join(' ')); //Scale + this.internal.write([coord(width), '0', '0', coord(height), '0', '0', 'cm'].join(' ')); //Scale } else { - this.internal.write([coord(w), '0', '0', coord(h), coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate and Scale + this.internal.write([coord(width), '0', '0', coord(height), coord(x), vcoord(y + height), 'cm'].join(' ')); //Translate and Scale } - this.internal.write('/I' + info['i'] + ' Do'); //Paint Image + this.internal.write('/I' + info.index + ' Do'); //Paint Image this.internal.write('Q'); //Restore graphics state }; @@ -8848,21 +8868,32 @@ /** * @name sHashCode * @function - * @param {string} str + * @param {string} data * @returns {string} */ - jsPDFAPI.sHashCode = function (str) { - str = str || ""; + jsPDFAPI.sHashCode = function (data) { var hash = 0, i, - chr; - if (str.length === 0) { return hash; } + chr, + len; + + if (typeof data === "string") { + len = data.length; + + for (i = 0; i < len; i++) { + chr = data.charCodeAt(i); + hash = (hash << 5) - hash + chr; + hash |= 0; // Convert to 32bit integer + } + } else if (isArrayBufferView(data)) { + len = data.byteLength / 2; - for (i = 0; i < str.length; i++) { - chr = str.charCodeAt(i); - hash = (hash << 5) - hash + chr; - hash |= 0; // Convert to 32bit integer + for (i = 0; i < len; i++) { + chr = data[i]; + hash = (hash << 5) - hash + chr; + hash |= 0; // Convert to 32bit integer + } } return hash; @@ -8879,7 +8910,7 @@ */ - jsPDFAPI.validateStringAsBase64 = function (possibleBase64String) { + var validateStringAsBase64 = jsPDFAPI.__addimage__.validateStringAsBase64 = function (possibleBase64String) { possibleBase64String = possibleBase64String || ''; possibleBase64String.toString().trim(); var result = true; @@ -8892,33 +8923,16 @@ result = false; } - if (/^[A-Za-z0-9+\/]+$/.test(possibleBase64String.substr(0, possibleBase64String.length - 2)) === false) { + if (/^[A-Za-z0-9+/]+$/.test(possibleBase64String.substr(0, possibleBase64String.length - 2)) === false) { result = false; } - if (/^[A-Za-z0-9\/][A-Za-z0-9+\/]|[A-Za-z0-9+\/]=|==$/.test(possibleBase64String.substr(-2)) === false) { + if (/^[A-Za-z0-9/][A-Za-z0-9+/]|[A-Za-z0-9+/]=|==$/.test(possibleBase64String.substr(-2)) === false) { result = false; } return result; }; - /** - * Strips out and returns info from a valid base64 data URI - * - * @name extractInfoFromBase64DataURI - * @function - * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' - * @returns {Array}an Array containing the following - * [0] the complete data URI - * [1] - * [2] format - the second part of the mime-type i.e 'png' in 'image/png' - * [4] - */ - - - jsPDFAPI.extractInfoFromBase64DataURI = function (dataURI) { - return /^data:([\w]+?\/([\w]+?));\S*;*base64,(.+)$/g.exec(dataURI); - }; /** * Strips out and returns info from a valid base64 data URI * @@ -8933,7 +8947,7 @@ */ - jsPDFAPI.extractImageFromDataUrl = function (dataUrl) { + var extractImageFromDataUrl = jsPDFAPI.__addimage__.extractImageFromDataUrl = function (dataUrl) { dataUrl = dataUrl || ''; var dataUrlParts = dataUrl.split('base64,'); var result = null; @@ -8961,7 +8975,7 @@ */ - jsPDFAPI.supportsArrayBuffer = function () { + var supportsArrayBuffer = jsPDFAPI.__addimage__.supportsArrayBuffer = function () { return typeof ArrayBuffer !== 'undefined' && typeof Uint8Array !== 'undefined'; }; /** @@ -8975,8 +8989,8 @@ */ - jsPDFAPI.isArrayBuffer = function (object) { - return this.supportsArrayBuffer() && object instanceof ArrayBuffer; + var isArrayBuffer = jsPDFAPI.__addimage__.isArrayBuffer = function (object) { + return supportsArrayBuffer() && object instanceof ArrayBuffer; }; /** * Tests supplied object to determine if it implements the ArrayBufferView (TypedArray) interface @@ -8988,25 +9002,22 @@ */ - jsPDFAPI.isArrayBufferView = function (object) { - return this.supportsArrayBuffer() && typeof Uint32Array !== 'undefined' && (object instanceof Int8Array || object instanceof Uint8Array || typeof Uint8ClampedArray !== 'undefined' && object instanceof Uint8ClampedArray || object instanceof Int16Array || object instanceof Uint16Array || object instanceof Int32Array || object instanceof Uint32Array || object instanceof Float32Array || object instanceof Float64Array); + var isArrayBufferView = jsPDFAPI.__addimage__.isArrayBufferView = function (object) { + return supportsArrayBuffer() && typeof Uint32Array !== 'undefined' && (object instanceof Int8Array || object instanceof Uint8Array || typeof Uint8ClampedArray !== 'undefined' && object instanceof Uint8ClampedArray || object instanceof Int16Array || object instanceof Uint16Array || object instanceof Int32Array || object instanceof Uint32Array || object instanceof Float32Array || object instanceof Float64Array); }; /** - * Convert the Buffer to a Binary String + * Convert Binary String to ArrayBuffer * * @name binaryStringToUint8Array * @public * @function - * @param {ArrayBuffer} BinaryString with ImageData - * + * @param {string} BinaryString with ImageData + * f * @returns {Uint8Array} */ - jsPDFAPI.binaryStringToUint8Array = function (binary_string) { - /* - * not sure how efficient this will be will bigger files. Is there a native method? - */ + var binaryStringToUint8Array = jsPDFAPI.__addimage__.binaryStringToUint8Array = function (binary_string) { var len = binary_string.length; var bytes = new Uint8Array(len); @@ -9028,123 +9039,16 @@ */ - jsPDFAPI.arrayBufferToBinaryString = function (buffer) { - // if (typeof Uint8Array !== 'undefined' && typeof Uint8Array.prototype.reduce !== 'undefined') { - // return new Uint8Array(buffer).reduce(function (data, byte) { - // return data.push(String.fromCharCode(byte)), data; - // }, []).join(''); - // } - if (typeof atob === "function") { - return atob(this.arrayBufferToBase64(buffer)); - } - }; - /** - * Converts an ArrayBuffer directly to base64 - * - * Taken from http://jsperf.com/encoding-xhr-image-data/31 - * - * Need to test if this is a better solution for larger files - * - * @name arrayBufferToBase64 - * @param {arraybuffer} arrayBuffer - * @public - * @function - * - * @returns {string} - */ - - - jsPDFAPI.arrayBufferToBase64 = function (arrayBuffer) { - var base64 = ''; - var encodings = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/'; - var bytes = new Uint8Array(arrayBuffer); - var byteLength = bytes.byteLength; - var byteRemainder = byteLength % 3; - var mainLength = byteLength - byteRemainder; - var a, b, c, d; - var chunk; // Main loop deals with bytes in chunks of 3 - - for (var i = 0; i < mainLength; i = i + 3) { - // Combine the three bytes into a single integer - chunk = bytes[i] << 16 | bytes[i + 1] << 8 | bytes[i + 2]; // Use bitmasks to extract 6-bit segments from the triplet - - a = (chunk & 16515072) >> 18; // 16515072 = (2^6 - 1) << 18 - - b = (chunk & 258048) >> 12; // 258048 = (2^6 - 1) << 12 - - c = (chunk & 4032) >> 6; // 4032 = (2^6 - 1) << 6 - - d = chunk & 63; // 63 = 2^6 - 1 - // Convert the raw binary segments to the appropriate ASCII encoding - - base64 += encodings[a] + encodings[b] + encodings[c] + encodings[d]; - } // Deal with the remaining bytes and padding - - - if (byteRemainder == 1) { - chunk = bytes[mainLength]; - a = (chunk & 252) >> 2; // 252 = (2^6 - 1) << 2 - // Set the 4 least significant bits to zero - - b = (chunk & 3) << 4; // 3 = 2^2 - 1 - - base64 += encodings[a] + encodings[b] + '=='; - } else if (byteRemainder == 2) { - chunk = bytes[mainLength] << 8 | bytes[mainLength + 1]; - a = (chunk & 64512) >> 10; // 64512 = (2^6 - 1) << 10 - - b = (chunk & 1008) >> 4; // 1008 = (2^6 - 1) << 4 - // Set the 2 least significant bits to zero - - c = (chunk & 15) << 2; // 15 = 2^4 - 1 - - base64 += encodings[a] + encodings[b] + encodings[c] + '='; + var arrayBufferToBinaryString = jsPDFAPI.__addimage__.arrayBufferToBinaryString = function (buffer) { + try { + return atob(btoa(String.fromCharCode.apply(null, buffer))); + } catch (e) { + if (typeof Uint8Array !== 'undefined' && typeof Uint8Array.prototype.reduce !== 'undefined') { + return new Uint8Array(buffer).reduce(function (data, byte) { + return data.push(String.fromCharCode(byte)), data; + }, []).join(''); + } } - - return base64; - }; - /** - * - * @name createImageInfo - * @param {Object} data - * @param {number} wd width - * @param {number} ht height - * @param {Object} cs colorSpace - * @param {number} bpc bits per channel - * @param {any} f - * @param {number} imageIndex - * @param {string} alias - * @param {any} dp - * @param {any} trns - * @param {any} pal - * @param {any} smask - * @param {any} p - * @public - * @function - * - * @returns {Object} - */ - - - jsPDFAPI.createImageInfo = function (data, wd, ht, cs, bpc, f, imageIndex, alias, dp, trns, pal, smask, p) { - var info = { - alias: alias, - w: wd, - h: ht, - cs: cs, - bpc: bpc, - i: imageIndex, - data: data // n: objectNumber will be added by putImage code - - }; - if (f) { info.f = f; } - if (dp) { info.dp = dp; } - if (trns) { info.trns = trns; } - if (pal) { info.pal = pal; } - if (smask) { info.smask = smask; } - if (p) { info.p = p; } // predictor parameter for PNG compression - - return info; }; /** * Adds an Image to the PDF. @@ -9152,7 +9056,7 @@ * @name addImage * @public * @function - * @param {string/Image-Element/Canvas-Element/Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement + * @param {string|HTMLImageElement|HTMLCanvasElement|Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' * @param {number} x x Coordinate (in units declared at inception of PDF document) against left edge of the page * @param {number} y y Coordinate (in units declared at inception of PDF document) against upper edge of the page @@ -9167,9 +9071,7 @@ jsPDFAPI.addImage = function (imageData, format, x, y, w, h, alias, compression, rotation) { - - var tmpImageData = ''; - + // backwards compatibility if (typeof format !== 'string') { var tmp = h; h = w; @@ -9182,7 +9084,7 @@ if (_typeof(imageData) === 'object' && !isDOMElement(imageData) && "imageData" in imageData) { var options = imageData; imageData = options.imageData; - format = options.format || format || 'UNKNOWN'; + format = options.format || format || UNKNOWN; x = options.x || x || 0; y = options.y || y || 0; w = options.w || w; @@ -9193,102 +9095,104 @@ } //If compression is not explicitly set, determine if we should use compression - var filters = this.internal.getFilters(); + var filter = this.internal.getFilters(); - if (compression === undefined && filters.indexOf('FlateEncode') !== -1) { + if (compression === undefined && filter.indexOf('FlateEncode') !== -1) { compression = 'SLOW'; } - if (typeof imageData === "string") { - imageData = unescape(imageData); - } - if (isNaN(x) || isNaN(y)) { - console.error('jsPDF.addImage: Invalid coordinates', arguments); throw new Error('Invalid coordinates passed to jsPDF.addImage'); } - var images = getImages.call(this), - info, - dataAsBinaryString; + var images = getImages.call(this); + var image = processImageData.call(this, imageData, format, alias, compression); + writeImageToPDF.call(this, x, y, w, h, image, image.index, images, rotation); + return this; + }; + + var processImageData = function processImageData(imageData, format, alias, compression) { + var result, dataAsBinaryString; - if (!(info = checkImagesForAlias(imageData, images))) { - if (isDOMElement(imageData)) { imageData = createDataURIFromElement(imageData, format); } - if (notDefined(alias)) { alias = generateAliasFromImageData(imageData); } + if (typeof imageData === "string" && getImageFileTypeByImageData(imageData) === UNKNOWN) { + imageData = unescape(imageData); + } - if (!(info = checkImagesForAlias(alias, images))) { - if (typeof imageData === 'string') { - tmpImageData = this.convertStringToImageData(imageData, false); + if (typeof imageData === 'string') { + var tmpImageData = convertBase64ToBinaryString(imageData, false); - if (tmpImageData !== '') { - imageData = tmpImageData; - } else { - tmpImageData = jsPDFAPI.loadFile(imageData); + if (tmpImageData !== '') { + imageData = tmpImageData; + } else { + tmpImageData = jsPDFAPI.loadFile(imageData, true); - if (tmpImageData !== undefined) { - imageData = tmpImageData; - } - } + if (tmpImageData !== undefined) { + imageData = tmpImageData; } + } + } - format = getImageFileTypeByImageData(imageData, format); - if (!isImageTypeSupported(format)) { throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); } - /** - * need to test if it's more efficient to convert all binary strings - * to TypedArray - or should we just leave and process as string? - */ + if (isDOMElement(imageData)) { + imageData = getImageDataFromElement(imageData); + } + + format = getImageFileTypeByImageData(imageData, format); + + if (!isImageTypeSupported(format)) { + throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); + } // now do the heavy lifting - if (this.supportsArrayBuffer()) { - // no need to convert if imageData is already uint8array - if (!(imageData instanceof Uint8Array)) { - dataAsBinaryString = imageData; - imageData = this.binaryStringToUint8Array(imageData); - } - } - info = this['process' + format.toUpperCase()](imageData, getImageIndex(images), alias, checkCompressValue(compression), dataAsBinaryString); + if (notDefined(alias)) { + alias = generateAliasFromImageData(imageData); + } + + result = checkImagesForAlias.call(alias, getImages.call(this)); - if (!info) { - throw new Error('An unknown error occurred whilst processing the image'); + if (!result) { + if (supportsArrayBuffer()) { + // no need to convert if imageData is already uint8array + if (!(imageData instanceof Uint8Array)) { + dataAsBinaryString = imageData; + imageData = binaryStringToUint8Array(imageData); } } + + result = this['process' + format.toUpperCase()](imageData, getImageIndex.call(this), alias, checkCompressValue(compression), dataAsBinaryString); } - writeImageToPDF.call(this, x, y, w, h, info, info.i, images, rotation); - return this; + if (!result) { + throw new Error('An unknown error occurred whilst processing the image.'); + } + + return result; }; /** - * @name convertStringToImageData + * @name convertBase64ToBinaryString * @function * @param {string} stringData - * @returns {string} binary data + * @returns {string} binary string */ - jsPDFAPI.convertStringToImageData = function (stringData, throwError) { + var convertBase64ToBinaryString = jsPDFAPI.__addimage__.convertBase64ToBinaryString = function (stringData, throwError) { throwError = typeof throwError === "boolean" ? throwError : true; var base64Info; var imageData = ''; var rawData; if (typeof stringData === 'string') { - base64Info = this.extractImageFromDataUrl(stringData); + base64Info = extractImageFromDataUrl(stringData); rawData = base64Info !== null ? base64Info.data : stringData; try { imageData = atob(rawData); } catch (e) { - if (!jsPDFAPI.validateStringAsBase64(rawData)) { - if (throwError) { - throw new Error('Supplied Data is not a valid base64-String jsPDF.convertStringToImageData '); + if (throwError) { + if (!validateStringAsBase64(rawData)) { + throw new Error('Supplied Data is not a valid base64-String jsPDF.convertBase64ToBinaryString '); } else { - console.log('Supplied Data is not a valid base64-String jsPDF.convertStringToImageData '); - } - } else { - if (throwError) { - throw new Error('atob-Error in jsPDF.convertStringToImageData ' + e.message); - } else { - console.log('atob-Error in jsPDF.convertStringToImageData ' + e.message); + throw new Error('atob-Error in jsPDF.convertBase64ToBinaryString ' + e.message); } } } @@ -9305,16 +9209,16 @@ jsPDFAPI.getImageProperties = function (imageData) { - var info; + var image; var tmpImageData = ''; var format; if (isDOMElement(imageData)) { - imageData = createDataURIFromElement(imageData); + imageData = getImageDataFromElement(imageData); } - if (typeof imageData === "string") { - tmpImageData = this.convertStringToImageData(imageData, false); + if (typeof imageData === "string" && getImageFileTypeByImageData(imageData) === UNKNOWN) { + tmpImageData = convertBase64ToBinaryString(imageData, false); if (tmpImageData === '') { tmpImageData = jsPDFAPI.loadFile(imageData) || ''; @@ -9323,38 +9227,24 @@ imageData = tmpImageData; } - format = this.getImageFileTypeByImageData(imageData); + format = getImageFileTypeByImageData(imageData); if (!isImageTypeSupported(format)) { throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); } - /** - * need to test if it's more efficient to convert all binary strings - * to TypedArray - or should we just leave and process as string? - */ - - if (this.supportsArrayBuffer()) { - // no need to convert if imageData is already uint8array - if (!(imageData instanceof Uint8Array)) { - imageData = this.binaryStringToUint8Array(imageData); - } + if (supportsArrayBuffer() && !(imageData instanceof Uint8Array)) { + imageData = binaryStringToUint8Array(imageData); } - info = this['process' + format.toUpperCase()](imageData); + image = this['process' + format.toUpperCase()](imageData); - if (!info) { + if (!image) { throw new Error('An unknown error occurred whilst processing the image'); } - return { - fileType: format, - width: info.w, - height: info.h, - colorSpace: info.cs, - compressionMode: info.f, - bitsPerComponent: info.bpc - }; + image.fileType = format; + return image; }; })(jsPDF.API); @@ -10491,18 +10381,14 @@ ln, item; - for (i = 0, ln = array.length; i < ln; i += 1) { - item = array[i]; - - if (comparisonFn) { + if (comparisonFn) { + for (i = 0, ln = array.length; i < ln; i += 1) { if (comparisonFn(max, item) === -1) { max = item; } - } else { - if (item > max) { - max = item; - } } + } else { + max = Math.max.apply(Math, array); } return max; @@ -10827,9 +10713,10 @@ }; } }); + var _pdf = pdf; Object.defineProperty(this, 'pdf', { get: function get() { - return pdf; + return _pdf; } }); var _pageWrapXEnabled = false; @@ -11512,6 +11399,7 @@ * @param radius The radius of the arc * @description The arcTo() method creates an arc/curve between two tangents on the canvas. */ + // eslint-disable-next-line no-unused-vars Context2D.prototype.arcTo = function (x1, y1, x2, y2, radius) { @@ -12142,10 +12030,10 @@ var tmpRect = JSON.parse(JSON.stringify(xRect)); tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; - this.pdf.addImage(img, 'jpg', tmpRect.x, tmpRect.y, tmpRect.w, tmpRect.h, null, null, angle); + this.pdf.addImage(img, 'JPEG', tmpRect.x, tmpRect.y, tmpRect.w, tmpRect.h, null, null, angle); } } else { - this.pdf.addImage(img, 'jpg', xRect.x, xRect.y, xRect.w, xRect.h, null, null, angle); + this.pdf.addImage(img, 'JPEG', xRect.x, xRect.y, xRect.w, xRect.h, null, null, angle); } }; @@ -12516,7 +12404,6 @@ var drawArc = function drawArc(x, y, r, a1, a2, counterclockwise, style, isClip) { - var k = this.pdf.internal.scaleFactor; var a1r = deg2rad(a1); var a2r = deg2rad(a2); var curves = createArc.call(this, r, a1r, a2r, counterclockwise); @@ -12598,7 +12485,7 @@ } pages.sort(); - var clipPath; + var clipPath, oldSize; if (this.autoPaging === true) { var min = pages[0]; @@ -12619,7 +12506,7 @@ tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; if (options.scale >= 0.01) { - var oldSize = this.pdf.internal.getFontSize(); + oldSize = this.pdf.internal.getFontSize(); this.pdf.setFontSize(oldSize * options.scale); } @@ -12636,7 +12523,7 @@ } } else { if (options.scale >= 0.01) { - var oldSize = this.pdf.internal.getFontSize(); + oldSize = this.pdf.internal.getFontSize(); this.pdf.setFontSize(oldSize * options.scale); } @@ -12772,7 +12659,7 @@ var todx = dx - cx; var tody = dy - cy; var precision = 40; - var d, i, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, i, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; + var d, i, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; for (i = 0; i < precision + 1; i++) { d = i / precision; @@ -13021,48 +12908,46 @@ */ jsPDFAPI.loadFile = function (url, sync, callback) { - sync = sync || true; - - callback = callback || function () {}; - + sync = sync === false ? false : true; + callback = typeof callback === 'function' ? callback : function () {}; var result; var xhr = function xhr(url, sync, callback) { - var req = new XMLHttpRequest(); - var byteArray = []; + var request = new XMLHttpRequest(); var i = 0; var sanitizeUnicode = function sanitizeUnicode(data) { var dataLength = data.length; + var charArray = []; var StringFromCharCode = String.fromCharCode; //Transform Unicode to ASCII for (i = 0; i < dataLength; i += 1) { - byteArray.push(StringFromCharCode(data.charCodeAt(i) & 0xff)); + charArray.push(StringFromCharCode(data.charCodeAt(i) & 0xff)); } - return byteArray.join(""); + return charArray.join(''); }; - req.open('GET', url, !sync); // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] + request.open('GET', url, !sync); // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] - req.overrideMimeType('text/plain; charset=x-user-defined'); + request.overrideMimeType('text/plain; charset=x-user-defined'); if (sync === false) { - req.onload = function () { + request.onload = function () { callback(sanitizeUnicode(this.responseText)); }; } - req.send(null); - - if (req.status !== 200) { - // eslint-disable-next-line no-console - console.warn('Unable to load file "' + url + '"'); - return; - } + request.send(null); if (sync) { - return sanitizeUnicode(req.responseText); + if (request.status !== 200) { + // eslint-disable-next-line no-console + console.warn('Unable to load file "' + url + '"'); + return; + } + + return sanitizeUnicode(request.responseText); } }; @@ -14344,7 +14229,7 @@ bpc = 8, dims; - if (!(typeof data === 'string') && !this.isArrayBuffer(data) && !this.isArrayBufferView(data)) { + if (!(typeof data === 'string') && !this.__addimage__.isArrayBuffer(data) && !this.__addimage__.isArrayBufferView(data)) { return null; } @@ -14352,14 +14237,14 @@ dims = getJpegSize(data); } - if (this.isArrayBuffer(data)) { + if (this.__addimage__.isArrayBuffer(data)) { data = new Uint8Array(data); } - if (this.isArrayBufferView(data)) { + if (this.__addimage__.isArrayBufferView(data)) { dims = getJpegSizeFromBytes(data); // if we already have a stored binary string rep use that - data = dataAsBinaryString || this.arrayBufferToBinaryString(data); + data = dataAsBinaryString || this.__addimage__.arrayBufferToBinaryString(data); } if (colorSpace === undefined) { @@ -14379,17 +14264,16 @@ } } - return this.createImageInfo(data, dims.width, dims.height, colorSpace, bpc, filter, index, alias); - }; - /** - * @ignore - */ - - - jsPDFAPI.processJPG = function () - /*data, index, alias, compression, dataAsBinaryString*/ - { - return this.processJPEG.apply(this, arguments); + return { + data: data, + width: dims.width, + height: dims.height, + colorSpace: colorSpace, + bitsPerComponent: bpc, + filter: filter, + index: index, + alias: alias + }; }; })(jsPDF.API); @@ -14409,7 +14293,7 @@ * @name png_support * @module */ - (function (jsPDFAPI) { + (function (jsPDFAPI, global) { /* * @see http://www.w3.org/TR/PNG-Chunks.html * @@ -14444,7 +14328,7 @@ */ var doesNotHavePngJS = function doesNotHavePngJS() { - return typeof PNG !== 'function' || typeof FlateStream !== 'function'; + return typeof global.PNG !== 'function' || typeof global.FlateStream !== 'function'; }, canCompress = function canCompress(value) { return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); @@ -14491,7 +14375,7 @@ cmpd[len++] = checksum >>> 16 & 0xff; cmpd[len++] = checksum >>> 8 & 0xff; cmpd[len++] = checksum & 0xff; - return jsPDFAPI.arrayBufferToBinaryString(cmpd); + return jsPDFAPI.__addimage__.arrayBufferToBinaryString(cmpd); }, createZlibHeader = function createZlibHeader(bytes, level) { /* @@ -14707,13 +14591,13 @@ */ - jsPDFAPI.processPNG = function (imageData, imageIndex, alias, compression) { + jsPDFAPI.processPNG = function (imageData, index, alias, compression) { var colorSpace = this.color_spaces.DEVICE_RGB, - decode = this.decode.FLATE_DECODE, - bpc = 8, - img, - dp, + filter = this.decode.FLATE_DECODE, + bitsPerComponent = 8, + image, + decodeParameters = '', trns, colors, pal, @@ -14726,15 +14610,15 @@ pixel, i, n; - if (this.isArrayBuffer(imageData)) { imageData = new Uint8Array(imageData); } + if (this.__addimage__.isArrayBuffer(imageData)) { imageData = new Uint8Array(imageData); } - if (this.isArrayBufferView(imageData)) { + if (this.__addimage__.isArrayBufferView(imageData)) { if (doesNotHavePngJS()) { throw new Error("PNG support requires png.js and zlib.js"); } - img = new PNG(imageData); - imageData = img.imgData; - bpc = img.bits; - colorSpace = img.colorSpace; - colors = img.colors; + image = new PNG(imageData); + imageData = image.imgData; + bitsPerComponent = image.bits; + colorSpace = image.colorSpace; + colors = image.colors; /* * colorType 6 - Each pixel is an R,G,B triple, followed by an alpha sample. * @@ -14743,16 +14627,16 @@ * Extract alpha to create two separate images, using the alpha as a sMask */ - if ([4, 6].indexOf(img.colorType) !== -1) { + if ([4, 6].indexOf(image.colorType) !== -1) { /* * processes 8 bit RGBA and grayscale + alpha images */ - if (img.bits === 8) { - pixels = img.pixelBitlength == 32 ? new Uint32Array(img.decodePixels().buffer) : img.pixelBitlength == 16 ? new Uint16Array(img.decodePixels().buffer) : new Uint8Array(img.decodePixels().buffer); + if (image.bits === 8) { + pixels = image.pixelBitlength == 32 ? new Uint32Array(image.decodePixels().buffer) : image.pixelBitlength == 16 ? new Uint16Array(image.decodePixels().buffer) : new Uint8Array(image.decodePixels().buffer); len = pixels.length; - imgData = new Uint8Array(len * img.colors); + imgData = new Uint8Array(len * image.colors); alphaData = new Uint8Array(len); - var pDiff = img.pixelBitlength - img.bits; + var pDiff = image.pixelBitlength - image.bits; i = 0; n = 0; var pbl; @@ -14763,7 +14647,7 @@ while (pbl < pDiff) { imgData[n++] = pixel >>> pbl & 0xff; - pbl = pbl + img.bits; + pbl = pbl + image.bits; } alphaData[i] = pixel >>> pbl & 0xff; @@ -14774,12 +14658,12 @@ */ - if (img.bits === 16) { - pixels = new Uint32Array(img.decodePixels().buffer); + if (image.bits === 16) { + pixels = new Uint32Array(image.decodePixels().buffer); len = pixels.length; - imgData = new Uint8Array(len * (32 / img.pixelBitlength) * img.colors); - alphaData = new Uint8Array(len * (32 / img.pixelBitlength)); - hasColors = img.colors > 1; + imgData = new Uint8Array(len * (32 / image.pixelBitlength) * image.colors); + alphaData = new Uint8Array(len * (32 / image.pixelBitlength)); + hasColors = image.colors > 1; i = 0; n = 0; var a = 0; @@ -14797,16 +14681,16 @@ alphaData[a++] = pixel >>> 16 & 0xFF; } - bpc = 8; + bitsPerComponent = 8; } if (canCompress(compression)) { - imageData = compressBytes(imgData, img.width * img.colors, img.colors, compression); - smask = compressBytes(alphaData, img.width, 1, compression); + imageData = compressBytes(imgData, image.width * image.colors, image.colors, compression); + smask = compressBytes(alphaData, image.width, 1, compression); } else { imageData = imgData; smask = alphaData; - decode = null; + filter = undefined; } } /* @@ -14814,12 +14698,12 @@ */ - if (img.colorType === 3) { + if (image.colorType === 3) { colorSpace = this.color_spaces.INDEXED; - pal = img.palette; + pal = image.palette; - if (img.transparency.indexed) { - var trans = img.transparency.indexed; + if (image.transparency.indexed) { + var trans = image.transparency.indexed; var total = 0; i = 0; len = trans.length; @@ -14841,7 +14725,7 @@ * a transparency value less than 255, so we unroll the pixels to create an image sMask */ } else if (total !== len) { - pixels = img.decodePixels(); + pixels = image.decodePixels(); alphaData = new Uint8Array(pixels.length); i = 0; len = pixels.length; @@ -14850,22 +14734,49 @@ alphaData[i] = trans[pixels[i]]; } - smask = compressBytes(alphaData, img.width, 1); + smask = compressBytes(alphaData, image.width, 1); } } } var predictor = getPredictorFromCompression(compression); - if (decode === this.decode.FLATE_DECODE) { dp = '/Predictor ' + predictor + ' /Colors ' + colors + ' /BitsPerComponent ' + bpc + ' /Columns ' + img.width; }else //remove 'Predictor' as it applies to the type of png filter applied to its IDAT - we only apply with compression - { dp = '/Colors ' + colors + ' /BitsPerComponent ' + bpc + ' /Columns ' + img.width; } - if (this.isArrayBuffer(imageData) || this.isArrayBufferView(imageData)) { imageData = this.arrayBufferToBinaryString(imageData); } - if (smask && this.isArrayBuffer(smask) || this.isArrayBufferView(smask)) { smask = this.arrayBufferToBinaryString(smask); } - return this.createImageInfo(imageData, img.width, img.height, colorSpace, bpc, decode, imageIndex, alias, dp, trns, pal, smask, predictor); + + if (filter === this.decode.FLATE_DECODE) { + decodeParameters = '/Predictor ' + predictor + ' '; + } + + decodeParameters += '/Colors ' + colors + ' /BitsPerComponent ' + bitsPerComponent + ' /Columns ' + image.width; + + if (this.__addimage__.isArrayBuffer(imageData) || this.__addimage__.isArrayBufferView(imageData)) { + imageData = this.__addimage__.arrayBufferToBinaryString(imageData); + } + + if (smask && this.__addimage__.isArrayBuffer(smask) || this.__addimage__.isArrayBufferView(smask)) { + smask = this.__addimage__.arrayBufferToBinaryString(smask); + } + + return { + alias: alias, + data: imageData, + index: index, + filter: filter, + decodeParameters: decodeParameters, + transparency: trns, + palette: pal, + sMask: smask, + predictor: predictor, + width: image.width, + height: image.height, + bitsPerComponent: bitsPerComponent, + colorSpace: colorSpace + }; } throw new Error("Unsupported PNG image data, try using JPEG instead."); }; - })(jsPDF.API); + })(jsPDF.API, typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); // `self` is undefined in Firefox for Android content script context + // while `this` is nsIContentFrameMessageManager + // with an attribute `content` that corresponds to the window /* global jsPDF, GifReader, JPEGEncoder */ @@ -14878,14 +14789,14 @@ */ /** - * jsPDF gif Support PlugIn + * jsPDF Gif Support PlugIn * * @name gif_support * @module */ (function (jsPDFAPI) { - jsPDFAPI.processGIF89A = function (imageData, imageIndex, alias, compression) { + jsPDFAPI.processGIF89A = function (imageData, index, alias, compression) { var reader = new GifReader(imageData); var width = reader.width, height = reader.height; @@ -14899,7 +14810,7 @@ }; var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); }; jsPDFAPI.processGIF87A = jsPDFAPI.processGIF89A; @@ -14921,7 +14832,7 @@ */ (function (jsPDFAPI) { - jsPDFAPI.processBMP = function (imageData, imageIndex, alias, compression) { + jsPDFAPI.processBMP = function (imageData, index, alias, compression) { var reader = new BmpDecoder(imageData, false); var width = reader.width, height = reader.height; @@ -14934,7 +14845,7 @@ }; var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); }; })(jsPDF.API); @@ -14956,7 +14867,7 @@ */ (function (jsPDFAPI) { - jsPDFAPI.processWEBP = function (imageData, imageIndex, alias, compression) { + jsPDFAPI.processWEBP = function (imageData, index, alias, compression) { var reader = new WebPDecoder(imageData, false); var width = reader.width, height = reader.height; @@ -14969,7 +14880,7 @@ }; var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); }; })(jsPDF.API); @@ -15262,14 +15173,14 @@ var kerning = options.kerning ? options.kerning : activeFont.metadata.Unicode.kerning; var kerningFractionOf = kerning.fof ? kerning.fof : 1; var i; - var l; + var length = text.length; var char_code; var prior_char_code = 0; //for kerning var default_char_width = widths[0] || widthsFractionOf; var output = []; - for (i = 0, l = text.length; i < l; i++) { + for (i = 0; i < length; i++) { char_code = text.charCodeAt(i); if (typeof activeFont.metadata.widthOfString === "function") { @@ -15283,28 +15194,6 @@ return output; }; - /** - * Calculate the sum of a number-array - * - * @name getArraySum - * @public - * @function - * @param {Array} array Array of numbers - * @returns {number} - */ - - - var getArraySum = API.getArraySum = function (array) { - var i = array.length, - output = 0; - - while (i) { - i--; - output += array[i]; - } - - return output; - }; /** * Returns a widths of string in a given font, if the font size is set as 1 point. * @@ -15333,7 +15222,9 @@ if (typeof font.metadata.widthOfString === "function") { result = font.metadata.widthOfString(text, fontSize, charSpace) / fontSize; } else { - result = getArraySum(getCharWidthsArray.apply(this, arguments)); + result = getCharWidthsArray.apply(this, arguments).reduce(function (pv, cv) { + return pv + cv; + }, 0); } return result; @@ -15436,7 +15327,9 @@ } widths_array = getCharWidthsArray.apply(this, [word, options]); - current_word_length = getArraySum(widths_array); + current_word_length = widths_array.reduce(function (pv, cv) { + return pv + cv; + }, 0); if (line_length + separator_length + current_word_length > maxlen || force) { if (current_word_length > maxlen) { @@ -15453,7 +15346,9 @@ lines.push([tmp.shift()]); // single fragment occupies whole line } - current_word_length = getArraySum(widths_array.slice(word.length - (line[0] ? line[0].length : 0))); + current_word_length = widths_array.slice(word.length - (line[0] ? line[0].length : 0)).reduce(function (pv, cv) { + return pv + cv; + }, 0); } else { // just put it on a new line line = [word]; @@ -19778,6 +19673,8 @@ exports.GifReader = GifReader; } catch (e) {} // CommonJS. + /* global jsPDF */ + /* * Copyright (c) 2012 chick307 * @@ -19797,7 +19694,7 @@ try { var buffer = {}; - if (typeof buffer.Buffer === 'function') { _Buffer = buffer.Buffer; } + if (typeof buffer.Buffer === 'function') { _Buffer = buffer.Buffer; } // eslint-disable-next-line no-empty } catch (error) {} return function _isBuffer(value) { @@ -21116,7 +21013,10 @@ var end0pos = 63; // was const... which is crazy - for (; end0pos > 0 && DU[end0pos] == 0; end0pos--) {} + while (end0pos > 0 && DU[end0pos] == 0) { + end0pos--; + } //end0pos = first element in reverse order !=0 + if (end0pos == 0) { writeBits(EOB); @@ -21129,7 +21029,9 @@ while (i <= end0pos) { var startpos = i; - for (; DU[i] == 0 && i <= end0pos; ++i) {} + while (DU[i] == 0 && i <= end0pos) { + ++i; + } var nrzeroes = i - startpos; @@ -21167,7 +21069,6 @@ this.encode = function (image, quality) // image data object { - var time_start = new Date().getTime(); if (quality) { setQuality(quality); } // Initialize bit writer byteout = new Array(); @@ -21285,7 +21186,6 @@ } function init() { - var time_start = new Date().getTime(); if (!quality) { quality = 50; } // Create tables initCharLookupTable(); @@ -21293,11 +21193,11 @@ initCategoryNumber(); initRGBYUVTable(); setQuality(quality); - var duration = new Date().getTime() - time_start; //console.log('Initialization '+ duration + 'ms'); } init(); - } + } // eslint-disable-next-line no-empty + try { exports.JPEGEncoder = JPEGEncoder; @@ -21398,7 +21298,7 @@ var mode = xlen % 4; var y = this.height >= 0 ? this.height - 1 : -this.height; - for (var y = this.height - 1; y >= 0; y--) { + for (y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y; for (var x = 0; x < xlen; x++) { @@ -21593,37 +21493,16 @@ BmpDecoder.prototype.getData = function () { return this.data; - }; + }; // eslint-disable-next-line no-empty + try { exports.BmpDecoder = BmpDecoder; } catch (e) {} // CommonJS. function WebPDecoder(imageData) { - // Copyright 2011 Google Inc. - // - // This code is licensed under the same terms as WebM: - // Software License Agreement: http://www.webmproject.org/license/software/ - // Additional IP Rights Grant: http://www.webmproject.org/license/additional/ - // ----------------------------------------------------------------------------- - // - // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND - // ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED - // WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. - // IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, - // INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, - // BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, - // DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - // OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - // NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, - // EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. - // - // ----------------------------------------------------------------------------- - // - // Copyright 2011-2017 Dominik Homberger - // Libwebp Javascript / libwebpjs - the libwebp implementation in javascript (v0.6.0) - // - // Author: Dominik Homberger (dominik.homberger@gmail.com) + var UpsampleRgbLinePair, UpsampleBgrLinePair, UpsampleRgbaLinePair, UpsampleBgraLinePair, UpsampleArgbLinePair, UpsampleArgbLinePair, UpsampleRgba4444LinePair, UpsampleRgb565LinePair; + function x(F) { if (!F) { throw Error("assert :P"); } } @@ -21689,6 +21568,7 @@ } WebPDecoder = function WebPDecoder() { + var self = this; function L(a, b) { for (var c = 1 << b - 1 >>> 0; a & c;) { @@ -28395,18 +28275,14 @@ /***************************************************************/ - function TTFFont(rawData, name, encoding) { + function TTFFont(rawData) { var data; - this.rawData = rawData; data = this.contents = new Data(rawData); this.contents.pos = 4; if (data.readString(4) === 'ttcf') { - if (!name) { - throw new Error("Must specify a font name for TTC files."); - } - throw new Error("Font " + name + " not found in TTC file."); + throw new Error("TTCF not supported."); } else { data.pos = 0; this.parse(); @@ -28532,12 +28408,12 @@ }; TTFFont.prototype.widthOfString = function (string, size, charSpace) { - var charCode, i, scale, width, _i, _ref, charSpace; + var charCode, i, scale, width, _ref; string = '' + string; width = 0; - for (i = _i = 0, _ref = string.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + for (i = 0, _ref = string.length; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { charCode = string.charCodeAt(i); width += this.widthOfGlyph(this.characterToGlyph(charCode)) + charSpace * (1000 / size) || 0; } @@ -28650,11 +28526,10 @@ }; Data.prototype.readString = function (length) { - var i, ret, _i; - + var i, ret; ret = []; - for (i = _i = 0; 0 <= length ? _i < length : _i > length; i = 0 <= length ? ++_i : --_i) { + for (i = 0; 0 <= length ? i < length : i > length; i = 0 <= length ? ++i : --i) { ret[i] = String.fromCharCode(this.readByte()); } @@ -28662,11 +28537,11 @@ }; Data.prototype.writeString = function (val) { - var i, _i, _ref, _results; + var i, _ref, _results; _results = []; - for (i = _i = 0, _ref = val.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + for (i = 0, _ref = val.length; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { _results.push(this.writeByte(val.charCodeAt(i))); } @@ -28731,11 +28606,10 @@ Data.prototype.read = function (bytes) { - var buf, i, _i; - + var buf, i; buf = []; - for (i = _i = 0; 0 <= bytes ? _i < bytes : _i > bytes; i = 0 <= bytes ? ++_i : --_i) { + for (i = 0; 0 <= bytes ? i < bytes : i > bytes; i = 0 <= bytes ? ++i : --i) { buf.push(this.readByte()); } @@ -28743,12 +28617,12 @@ }; Data.prototype.write = function (bytes) { - var byte, _i, _len, _results; + var byte, i, _len, _results; _results = []; - for (_i = 0, _len = bytes.length; _i < _len; _i++) { - byte = bytes[_i]; + for (i = 0, _len = bytes.length; i < _len; i++) { + byte = bytes[i]; _results.push(this.writeByte(byte)); } @@ -28770,7 +28644,7 @@ /*****************************************************************************************************/ function Directory(data) { - var entry, i, _i, _ref; + var entry, i, _ref; this.scalarType = data.readInt(); this.tableCount = data.readShort(); @@ -28779,7 +28653,7 @@ this.rangeShift = data.readShort(); this.tables = {}; - for (i = _i = 0, _ref = this.tableCount; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + for (i = 0, _ref = this.tableCount; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { entry = { tag: data.readString(4), checksum: data.readInt(), @@ -28853,7 +28727,7 @@ checksum = function checksum(data) { - var i, sum, tmp, _i, _ref; + var i, sum, tmp, _ref; data = __slice.call(data); @@ -28864,7 +28738,7 @@ tmp = new Data(data); sum = 0; - for (i = _i = 0, _ref = data.length; _i < _ref; i = _i += 4) { + for (i = 0, _ref = data.length; i < _ref; i = i += 4) { sum += tmp.readUInt32(); } @@ -28898,6 +28772,7 @@ /***************************************************************/ + Table = function () { function Table(file) { var info; @@ -28993,7 +28868,7 @@ var CmapEntry = function () { function CmapEntry(data, offset) { - var code, count, endCode, glyphId, glyphIds, i, idDelta, idRangeOffset, index, saveOffset, segCount, segCountX2, start, startCode, tail, _i, _j, _k, _len; + var code, count, endCode, glyphId, glyphIds, i, idDelta, idRangeOffset, index, saveOffset, segCount, segCountX2, start, startCode, tail, _j, _k, _len; this.platformID = data.readUInt16(); this.encodingID = data.readShort(); @@ -29008,7 +28883,7 @@ switch (this.format) { case 0: - for (i = _i = 0; _i < 256; i = ++_i) { + for (i = 0; i < 256; ++i) { this.codeMap[i] = data.readByte(); } @@ -29109,7 +28984,7 @@ } CmapEntry.encode = function (charmap, encoding) { - var charMap, code, codeMap, codes, delta, deltas, diff, endCode, endCodes, entrySelector, glyphIDs, i, id, indexes, last, map, nextID, offset, old, rangeOffsets, rangeShift, result, searchRange, segCount, segCountX2, startCode, startCodes, startGlyph, subtable, _i, _j, _k, _l, _len, _len1, _len2, _len3, _len4, _len5, _len6, _len7, _m, _n, _name, _o, _p, _q; + var charMap, code, codeMap, codes, delta, deltas, diff, endCode, endCodes, entrySelector, glyphIDs, i, id, indexes, last, map, nextID, offset, old, rangeOffsets, rangeShift, searchRange, segCount, segCountX2, startCode, startCodes, startGlyph, subtable, _i, _j, _k, _l, _len, _len1, _len2, _len3, _len4, _len5, _len6, _len7, _m, _n, _name, _o, _p, _q; subtable = new Data(); codes = Object.keys(charmap).sort(function (a, b) { @@ -29121,11 +28996,9 @@ id = 0; indexes = function () { - var _i, _results; - - _results = []; + var _results = []; - for (i = _i = 0; _i < 256; i = ++_i) { + for (i = 0; i < 256; ++i) { _results.push(0); } @@ -29158,7 +29031,7 @@ subtable.writeUInt16(262); subtable.writeUInt16(0); subtable.write(indexes); - return result = { + return { charMap: codeMap, subtable: subtable.data, maxGlyphID: id + 1 @@ -29276,7 +29149,7 @@ subtable.writeUInt16(id); } - return result = { + return { charMap: charMap, subtable: subtable.data, maxGlyphID: nextID + 1 @@ -29297,15 +29170,14 @@ CmapTable.prototype.tag = 'cmap'; CmapTable.prototype.parse = function (data) { - var entry, i, tableCount, _i; - + var entry, i, tableCount; data.pos = this.offset; this.version = data.readUInt16(); tableCount = data.readUInt16(); this.tables = []; this.unicode = null; - for (i = _i = 0; 0 <= tableCount ? _i < tableCount : _i > tableCount; i = 0 <= tableCount ? ++_i : --_i) { + for (i = 0; 0 <= tableCount ? i < tableCount : i > tableCount; i = 0 <= tableCount ? ++i : --i) { entry = new CmapEntry(data, this.offset); this.tables.push(entry); @@ -29407,7 +29279,6 @@ OS2Table.prototype.tag = 'OS/2'; OS2Table.prototype.parse = function (data) { - var i; data.pos = this.offset; this.version = data.readUInt16(); this.averageCharWidth = data.readShort(); @@ -29427,11 +29298,11 @@ this.familyClass = data.readShort(); this.panose = function () { - var _i, _results; + var i, _results; _results = []; - for (i = _i = 0; _i < 10; i = ++_i) { + for (i = 0; i < 10; ++i) { _results.push(data.readByte()); } @@ -29439,11 +29310,11 @@ }(); this.charRange = function () { - var _i, _results; + var i, _results; _results = []; - for (i = _i = 0; _i < 4; i = ++_i) { + for (i = 0; i < 4; ++i) { _results.push(data.readInt()); } @@ -29463,11 +29334,11 @@ this.winDescent = data.readShort(); this.codePageRange = function () { - var _i, _results; + var i, _results; _results = []; - for (i = _i = 0; _i < 2; i = ++_i) { + for (i = 0; i < 2; i = ++i) { _results.push(data.readInt()); } @@ -29502,7 +29373,7 @@ PostTable.prototype.tag = 'post'; PostTable.prototype.parse = function (data) { - var i, length, numberOfGlyphs, _i, _results; + var length, numberOfGlyphs, _results; data.pos = this.offset; this.format = data.readInt(); @@ -29522,8 +29393,9 @@ case 0x00020000: numberOfGlyphs = data.readUInt16(); this.glyphNameIndex = []; + var i; - for (i = _i = 0; 0 <= numberOfGlyphs ? _i < numberOfGlyphs : _i > numberOfGlyphs; i = 0 <= numberOfGlyphs ? ++_i : --_i) { + for (i = 0; 0 <= numberOfGlyphs ? i < numberOfGlyphs : i > numberOfGlyphs; i = 0 <= numberOfGlyphs ? ++i : --i) { this.glyphNameIndex.push(data.readUInt16()); } @@ -29537,7 +29409,6 @@ } return _results; - break; case 0x00025000: numberOfGlyphs = data.readUInt16(); @@ -29594,7 +29465,7 @@ NameTable.prototype.tag = 'name'; NameTable.prototype.parse = function (data) { - var count, entries, entry, format, i, name, stringOffset, strings, text, _i, _j, _len, _name; + var count, entries, entry, format, i, name, stringOffset, strings, text, _j, _len, _name; data.pos = this.offset; format = data.readShort(); @@ -29602,7 +29473,7 @@ stringOffset = data.readShort(); entries = []; - for (i = _i = 0; 0 <= count ? _i < count : _i > count; i = 0 <= count ? ++_i : --_i) { + for (i = 0; 0 <= count ? i < count : i > count; i = 0 <= count ? ++i : --i) { entries.push({ platformID: data.readShort(), encodingID: data.readShort(), @@ -29768,12 +29639,12 @@ HmtxTable.prototype.tag = 'hmtx'; HmtxTable.prototype.parse = function (data) { - var i, last, lsbCount, m, _i, _j, _ref, _results; + var i, last, lsbCount, m, _j, _ref, _results; data.pos = this.offset; this.metrics = []; - for (i = _i = 0, _ref = this.file.hhea.numberOfMetrics; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + for (i = 0, _ref = this.file.hhea.numberOfMetrics; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { this.metrics.push({ advance: data.readUInt16(), lsb: data.readInt16() @@ -29828,13 +29699,11 @@ HmtxTable.prototype.forGlyph = function (id) { - var metrics; - if (id in this.metrics) { return this.metrics[id]; } - return metrics = { + return { advance: this.metrics[this.metrics.length - 1].advance, lsb: this.leftSideBearings[id - this.metrics.length] }; @@ -29866,12 +29735,11 @@ GlyfTable.prototype.tag = 'glyf'; - GlyfTable.prototype.parse = function (data) { + GlyfTable.prototype.parse = function () { return this.cache = {}; }; GlyfTable.prototype.glyphFor = function (id) { - id = id; var data, index, length, loca, numberOfContours, raw, xMax, xMin, yMax, yMin; if (id in this.cache) { @@ -30015,14 +29883,13 @@ /****************************************************************************************************************/ - CompoundGlyph.prototype.encode = function (mapping) { - var i, id, result, _i, _len, _ref; + CompoundGlyph.prototype.encode = function () { + var i, result, _len, _ref; result = new Data(__slice.call(this.raw.data)); _ref = this.glyphIDs; - for (i = _i = 0, _len = _ref.length; _i < _len; i = ++_i) { - id = _ref[i]; + for (i = 0, _len = _ref.length; i < _len; ++i) { result.pos = this.glyphOffsets[i]; } @@ -30048,11 +29915,11 @@ if (format === 0) { return this.offsets = function () { - var _i, _ref, _results; + var _ref, _results; _results = []; - for (i = _i = 0, _ref = this.length; _i < _ref; i = _i += 2) { + for (i = 0, _ref = this.length; i < _ref; i += 2) { _results.push(data.readUInt16() * 2); } @@ -30060,11 +29927,11 @@ }.call(this); } else { return this.offsets = function () { - var _i, _ref, _results; + var _ref, _results; _results = []; - for (i = _i = 0, _ref = this.length; _i < _ref; i = _i += 4) { + for (i = 0, _ref = this.length; i < _ref; i += 4) { _results.push(data.readUInt32()); } @@ -30439,9 +30306,7 @@ # */ (function (global) { - var PNG; - - PNG = function () { + global.PNG = function () { var APNG_BLEND_OP_SOURCE, APNG_DISPOSE_OP_BACKGROUND, APNG_DISPOSE_OP_PREVIOUS, makeImage, scratchCanvas, scratchCtx; PNG.load = function (url, canvas, callback) { @@ -30898,22 +30763,36 @@ return ret; }; - try { - scratchCanvas = global.document.createElement('canvas'); - scratchCtx = scratchCanvas.getContext('2d'); - } catch (e) { - return -1; - } + var hasBrowserCanvas = function hasBrowserCanvas() { + if (Object.prototype.toString.call(global) === "[object Window]") { + try { + scratchCanvas = global.document.createElement('canvas'); + scratchCtx = scratchCanvas.getContext('2d'); + } catch (e) { + return false; + } + + return true; + } + + return false; + }; + + hasBrowserCanvas(); makeImage = function makeImage(imageData) { - var img; - scratchCtx.width = imageData.width; - scratchCtx.height = imageData.height; - scratchCtx.clearRect(0, 0, imageData.width, imageData.height); - scratchCtx.putImageData(imageData, 0, 0); - img = new Image(); - img.src = scratchCanvas.toDataURL(); - return img; + if (hasBrowserCanvas() === true) { + var img; + scratchCtx.width = imageData.width; + scratchCtx.height = imageData.height; + scratchCtx.clearRect(0, 0, imageData.width, imageData.height); + scratchCtx.putImageData(imageData, 0, 0); + img = new Image(); + img.src = scratchCanvas.toDataURL(); + return img; + } + + throw new Error('This method requires a Browser with Canvas-capability.'); }; PNG.prototype.decodeFrames = function (ctx) { @@ -31016,8 +30895,6 @@ return PNG; }(); - - global.PNG = PNG; })(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); // `self` is undefined in Firefox for Android content script context // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window @@ -31138,7 +31015,9 @@ return constructor; }(); - var FlateStream = function () { + var globalObject = typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')(); + + var FlateStream = globalObject.FlateStream = function () { if (typeof Uint32Array === 'undefined') { return undefined; } diff --git a/dist/jspdf.min.js b/dist/jspdf.min.js index 282314144..5efa23d41 100644 --- a/dist/jspdf.min.js +++ b/dist/jspdf.min.js @@ -1,8 +1,8 @@ !function(t){"function"==typeof define&&define.amd?define(t):t()}(function(){"use strict"; /** @license * jsPDF - PDF Document creation from JavaScript - * Version 1.5.3 Built on 2019-03-28T02:02:22.223Z - * CommitID cf389e836e + * Version 1.5.3 Built on 2019-04-01T11:25:03.538Z + * CommitID 4a0e64f08f * * Copyright (c) 2010-2018 James Hall , https://github.com/MrRio/jsPDF * 2015-2018 yWorks GmbH, http://www.yworks.com @@ -29,7 +29,22 @@ * Contributor(s): * siefkenj, ahwolf, rickygu, Midnith, saintclair, eaparango, * kim3er, mfo, alnorth, Flamenco - */function De(t){return(De="function"==typeof Symbol&&"symbol"==typeof Symbol.iterator?function(t){return typeof 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["+e.boundingBox.map(b).join(" ")+"]"),rt("/XStep "+b(e.xStep)),rt("/YStep "+b(e.yStep)),rt("/Length "+e.stream.length),rt("/Resources "+n+" 0 R"),e.matrix&&rt("/Matrix ["+e.matrix.toString()+"]"),rt(">>"),It(e.stream),rt("endobj")))}(),pt.publish("putResources"),Nt(Pt,!0),Tt(),rt("endobj"),pt.publish("postPutResources")},qt=function(t,e,n){K.hasOwnProperty(e)||(K[e]={}),K[e][n]=t},Dt=function(t,e,n,r,i){i=i||!1;var o="F"+(Object.keys(at).length+1).toString(10),a={id:o,postScriptName:t,fontName:e,fontStyle:n,encoding:r,isStandardFont:i,metadata:{}};return pt.publish("addFont",{font:a,instance:this}),void 0!==o&&(at[o]=a,qt(o,e,n)),o},Ut=c.__private__.pdfEscape=c.pdfEscape=function(t,e){return function(t,e){var 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Can be:
    • a0 - a10
    • b0 - b10
    • c0 - c10
    • dl
    • letter
    • government-letter
    • legal
    • junior-legal
    • ledger
    • tabloid
    • credit-card

    - * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] - * @param orientation {string} Orientation of the new page. Possible values are "portrait" or "landscape" (or shortcuts "p" (Default), "l"). - * @function - * @instance - * @returns {jsPDF} - * - * @memberOf jsPDF - * @name addPage + /** + * Adds (and transfers the focus to) new page to the PDF document. + * @param format {String/Array} The format of the new page. Can be:
    • a0 - a10
    • b0 - b10
    • c0 - c10
    • dl
    • letter
    • government-letter
    • legal
    • junior-legal
    • ledger
    • tabloid
    • credit-card

    + * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] + * @param orientation {string} Orientation of the new page. Possible values are "portrait" or "landscape" (or shortcuts "p" (Default), "l"). + * @function + * @instance + * @returns {jsPDF} + * + * @memberof jsPDF# + * @name addPage */ @@ -1800,22 +2587,22 @@ var jsPDF = function (global) { return this; }; - /** - * Adds (and transfers the focus to) new page to the PDF document. - * @function - * @instance - * @returns {jsPDF} - * - * @memberOf jsPDF - * @name setPage - * @param {number} page Switch the active page to the page number specified. - * @example - * doc = jsPDF() - * doc.addPage() - * doc.addPage() - * doc.text('I am on page 3', 10, 10) - * doc.setPage(1) - * doc.text('I am on page 1', 10, 10) + /** + * Adds (and transfers the focus to) new page to the PDF document. + * @function + * @instance + * @returns {jsPDF} + * + * @memberof jsPDF# + * @name setPage + * @param {number} page Switch the active page to the page number specified. + * @example + * doc = jsPDF() + * doc.addPage() + * doc.addPage() + * doc.text('I am on page 3', 10, 10) + * doc.setPage(1) + * doc.text('I am on page 1', 10, 10) */ @@ -1824,14 +2611,14 @@ var jsPDF = function (global) { return this; }; - /** - * @name insertPage - * @memberOf jsPDF - * - * @function - * @instance - * @param {Object} beforePage - * @returns {jsPDF} + /** + * @name insertPage + * @memberof jsPDF# + * + * @function + * @instance + * @param {Object} beforePage + * @returns {jsPDF} */ @@ -1840,21 +2627,23 @@ var jsPDF = function (global) { this.movePage(currentPage, beforePage); return this; }; - /** - * @name movePage - * @memberOf jsPDF - * @function - * @instance - * @param {Object} targetPage - * @param {Object} beforePage - * @returns {jsPDF} + /** + * @name movePage + * @memberof jsPDF# + * @function + * @instance + * @param {number} targetPage + * @param {number} beforePage + * @returns {jsPDF} */ API.movePage = function (targetPage, beforePage) { + var tmpPages, tmpPagesContext; + if (targetPage > beforePage) { - var tmpPages = pages[targetPage]; - var tmpPagesContext = pagesContext[targetPage]; + tmpPages = pages[targetPage]; + tmpPagesContext = pagesContext[targetPage]; for (var i = targetPage; i > beforePage; i--) { pages[i] = pages[i - 1]; @@ -1865,12 +2654,12 @@ var jsPDF = function (global) { pagesContext[beforePage] = tmpPagesContext; this.setPage(beforePage); } else if (targetPage < beforePage) { - var tmpPages = pages[targetPage]; - var tmpPagesContext = pagesContext[targetPage]; + tmpPages = pages[targetPage]; + tmpPagesContext = pagesContext[targetPage]; - for (var i = targetPage; i < beforePage; i++) { - pages[i] = pages[i + 1]; - pagesContext[i] = pagesContext[i + 1]; + for (var j = targetPage; j < beforePage; j++) { + pages[j] = pages[j + 1]; + pagesContext[j] = pagesContext[j + 1]; } pages[beforePage] = tmpPages; @@ -1880,13 +2669,14 @@ var jsPDF = function (global) { return this; }; - /** - * Deletes a page from the PDF. - * @name deletePage - * @memberOf jsPDF - * @function - * @instance - * @returns {jsPDF} + /** + * Deletes a page from the PDF. + * @name deletePage + * @memberof jsPDF# + * @function + * @param {number} targetPage + * @instance + * @returns {jsPDF} */ @@ -1895,45 +2685,54 @@ var jsPDF = function (global) { return this; }; - /** - * Adds text to page. Supports adding multiline text when 'text' argument is an Array of Strings. - * - * @function - * @instance - * @param {String|Array} text String or array of strings to be added to the page. Each line is shifted one line down per font, spacing settings declared before this call. - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {Object} [options] - Collection of settings signaling how the text must be encoded. - * @param {string} [options.align=left] - The alignment of the text, possible values: left, center, right, justify. - * @param {string} [options.baseline=alphabetic] - Sets text baseline used when drawing the text, possible values: alphabetic, ideographic, bottom, top, middle. - * @param {string} [options.angle=0] - Rotate the text counterclockwise. Expects the angle in degree. - * @param {string} [options.charSpace=0] - The space between each letter. - * @param {string} [options.lineHeightFactor=1.15] - The lineheight of each line. - * @param {string} [options.flags] - Flags for to8bitStream. - * @param {string} [options.flags.noBOM=true] - Don't add BOM to Unicode-text. - * @param {string} [options.flags.autoencode=true] - Autoencode the Text. - * @param {string} [options.maxWidth=0] - Split the text by given width, 0 = no split. - * @param {string} [options.renderingMode=fill] - Set how the text should be rendered, possible values: fill, stroke, fillThenStroke, invisible, fillAndAddForClipping, strokeAndAddPathForClipping, fillThenStrokeAndAddToPathForClipping, addToPathForClipping. - * @returns {jsPDF} - * @memberOf jsPDF - * @name text + /** + * Adds text to page. Supports adding multiline text when 'text' argument is an Array of Strings. + * + * @function + * @instance + * @param {String|Array} text String or array of strings to be added to the page. Each line is shifted one line down per font, spacing settings declared before this call. + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {Object} [options] - Collection of settings signaling how the text must be encoded. + * @param {string} [options.align=left] - The alignment of the text, possible values: left, center, right, justify. + * @param {string} [options.baseline=alphabetic] - Sets text baseline used when drawing the text, possible values: alphabetic, ideographic, bottom, top, middle, hanging + * @param {string} [options.angle=0] - Rotate the text clockwise or counterclockwise. Expects the angle in degree. + * @param {string} [options.rotationDirection=1] - Direction of the rotation. 0 = clockwise, 1 = counterclockwise. + * @param {string} [options.charSpace=0] - The space between each letter. + * @param {string} [options.lineHeightFactor=1.15] - The lineheight of each line. + * @param {string} [options.flags] - Flags for to8bitStream. + * @param {string} [options.flags.noBOM=true] - Don't add BOM to Unicode-text. + * @param {string} [options.flags.autoencode=true] - Autoencode the Text. + * @param {string} [options.maxWidth=0] - Split the text by given width, 0 = no split. + * @param {string} [options.renderingMode=fill] - Set how the text should be rendered, possible values: fill, stroke, fillThenStroke, invisible, fillAndAddForClipping, strokeAndAddPathForClipping, fillThenStrokeAndAddToPathForClipping, addToPathForClipping. + * @param {number|Matrix} transform If transform is a number the text will be rotated by this value around the anchor set by x and y. + * + * If it is a Matrix, this matrix gets directly applied to the text, which allows shearing + * effects etc.; the x and y offsets are then applied AFTER the coordinate system has been established by this + * matrix. This means passing a rotation matrix that is equivalent to some rotation angle will in general yield a + * DIFFERENT result. A matrix is only allowed in "advanced" API mode. + * @returns {jsPDF} + * @memberof jsPDF# + * @name text */ - var text = API.__private__.text = API.text = function (text, x, y, options) { - /** - * Inserts something like this into PDF - * BT - * /F1 16 Tf % Font name + size - * 16 TL % How many units down for next line in multiline text - * 0 g % color - * 28.35 813.54 Td % position - * (line one) Tj - * T* (line two) Tj - * T* (line three) Tj - * ET + var text = API.__private__.text = API.text = function (text, x, y, options, transform) { + /* + * Inserts something like this into PDF + * BT + * /F1 16 Tf % Font name + size + * 16 TL % How many units down for next line in multiline text + * 0 g % color + * 28.35 813.54 Td % position + * (line one) Tj + * T* (line two) Tj + * T* (line three) Tj + * ET */ - //backwardsCompatibility + options = options || {}; + var scope = options.scope || this; //backwardsCompatibility + var tmp; // Pre-August-2012 the order of arguments was function(x, y, text, flags) // in effort to make all calls have similar signature like // function(data, coordinates... , miscellaneous) @@ -1947,36 +2746,38 @@ var jsPDF = function (global) { text = tmp; } - var flags = arguments[3]; - var angle = arguments[4]; - var align = arguments[5]; + var transformationMatrix; - if (_typeof(flags) !== "object" || flags === null) { - if (typeof angle === 'string') { - align = angle; - angle = null; - } + if (arguments[3] instanceof Matrix === false) { + var flags = arguments[3]; + var angle = arguments[4]; + var align = arguments[5]; - if (typeof flags === 'string') { - align = flags; - flags = null; - } + if (_typeof(flags) !== "object" || flags === null) { + if (typeof angle === 'string') { + align = angle; + angle = null; + } - if (typeof flags === 'number') { - angle = flags; - flags = null; - } + if (typeof flags === 'string') { + align = flags; + flags = null; + } - options = { - flags: flags, - angle: angle, - align: align - }; - } + if (typeof flags === 'number') { + angle = flags; + flags = null; + } - flags = flags || {}; - flags.noBOM = flags.noBOM || true; - flags.autoencode = flags.autoencode || true; + options = { + flags: flags, + angle: angle, + align: align + }; + } + } else { + transformationMatrix = arguments[3]; + } if (isNaN(x) || isNaN(y) || typeof text === "undefined" || text === null) { throw new Error('Invalid arguments passed to jsPDF.text'); @@ -1989,7 +2790,7 @@ var jsPDF = function (global) { var xtra = ''; var isHex = false; var lineHeight = typeof options.lineHeightFactor === 'number' ? options.lineHeightFactor : lineHeightFactor; - var scope = options.scope || this; + var k = scope.internal.scaleFactor; function ESC(s) { s = s.split("\t").join(Array(options.TabLen || 9).join(" ")); @@ -2010,7 +2811,7 @@ var jsPDF = function (global) { if (typeof curDa === "string") { da.push(curDa); } else { - if (Array.isArray(text) && curDa.length === 1) { + if (Array.isArray(text) && (curDa.length === 1 || curDa[1] === undefined && curDa[2] === undefined)) { da.push(curDa[0]); } else { da.push([curDa[0], curDa[1], curDa[2]]); @@ -2040,7 +2841,7 @@ var jsPDF = function (global) { if (typeof curDa === "string") { da.push(processingFunction(curDa)[0]); - } else if (Array.isArray(curDa) && curDa[0] === "string") { + } else if (Array.isArray(curDa) && typeof curDa[0] === "string") { tmpResult = processingFunction(curDa[0], curDa[1], curDa[2]); da.push([tmpResult[0], tmpResult[1], tmpResult[2]]); } @@ -2079,15 +2880,6 @@ var jsPDF = function (global) { if (textIsOfTypeString === false) { throw new Error('Type of text must be string or Array. "' + text + '" is not recognized.'); - } //Escaping - - - var activeFontEncoding = fonts[activeFontKey].encoding; - - if (activeFontEncoding === "WinAnsiEncoding" || activeFontEncoding === "StandardEncoding") { - text = processTextByFunction(text, function (text, posX, posY) { - return [ESC(text), posX, posY]; - }); } //If there are any newlines in text, we assume //the user wanted to print multiple lines, so break the //text up into an array. If the text is already an array, @@ -2161,26 +2953,35 @@ var jsPDF = function (global) { options = payload.options; //angle var angle = options.angle; - var k = scope.internal.scaleFactor; - var transformationMatrix = []; - if (angle) { + if (transformationMatrix instanceof Matrix === false && angle && typeof angle === "number") { angle *= Math.PI / 180; - var c = Math.cos(angle), - s = Math.sin(angle); - transformationMatrix = [f2(c), f2(s), f2(s * -1), f2(c)]; + + if (options.rotationDirection === 0) { + angle = -angle; + } + + var c = Math.cos(angle); + var s = Math.sin(angle); + transformationMatrix = new Matrix(f2(c), f2(s), f2(s * -1), f2(c), 0, 0); + } else if (angle && angle instanceof Matrix) { + transformationMatrix = angle; } //charSpace - var charSpace = options.charSpace; + var charSpace = options.charSpace || activeCharSpace; if (typeof charSpace !== 'undefined') { xtra += f3(charSpace * k) + " Tc\n"; + this.setCharSpace(this.getCharSpace() || 0); } //lang var lang = options.lang; - var tmpRenderingMode = -1; + //renderingMode + + + var renderingMode = -1; var parmRenderingMode = typeof options.renderingMode !== "undefined" ? options.renderingMode : options.stroke; var pageContext = scope.internal.getCurrentPageInfo().pageContext; @@ -2188,65 +2989,64 @@ var jsPDF = function (global) { case 0: case false: case 'fill': - tmpRenderingMode = 0; + renderingMode = 0; break; case 1: case true: case 'stroke': - tmpRenderingMode = 1; + renderingMode = 1; break; case 2: case 'fillThenStroke': - tmpRenderingMode = 2; + renderingMode = 2; break; case 3: case 'invisible': - tmpRenderingMode = 3; + renderingMode = 3; break; case 4: case 'fillAndAddForClipping': - tmpRenderingMode = 4; + renderingMode = 4; break; case 5: case 'strokeAndAddPathForClipping': - tmpRenderingMode = 5; + renderingMode = 5; break; case 6: case 'fillThenStrokeAndAddToPathForClipping': - tmpRenderingMode = 6; + renderingMode = 6; break; case 7: case 'addToPathForClipping': - tmpRenderingMode = 7; + renderingMode = 7; break; } var usedRenderingMode = typeof pageContext.usedRenderingMode !== 'undefined' ? pageContext.usedRenderingMode : -1; //if the coder wrote it explicitly to use a specific //renderingMode, then use it - if (tmpRenderingMode !== -1) { - xtra += tmpRenderingMode + " Tr\n"; //otherwise check if we used the rendering Mode already + if (renderingMode !== -1) { + xtra += renderingMode + " Tr\n"; //otherwise check if we used the rendering Mode already //if so then set the rendering Mode... } else if (usedRenderingMode !== -1) { xtra += "0 Tr\n"; } - if (tmpRenderingMode !== -1) { - pageContext.usedRenderingMode = tmpRenderingMode; + if (renderingMode !== -1) { + pageContext.usedRenderingMode = renderingMode; } //align var align = options.align || 'left'; var leading = activeFontSize * lineHeight; var pageWidth = scope.internal.pageSize.getWidth(); - var k = scope.internal.scaleFactor; var activeFont = fonts[activeFontKey]; var charSpace = options.charSpace || activeCharSpace; var maxWidth = options.maxWidth || 0; @@ -2332,7 +3132,7 @@ var jsPDF = function (global) { newX = i === 0 ? getHorizontalCoordinate(x) : 0; if (i < len - 1) { - wordSpacingPerLine.push(((maxWidth - lineWidths[i]) / (da[i].split(" ").length - 1) * k).toFixed(2)); + wordSpacingPerLine.push(f2((maxWidth - lineWidths[i]) / (da[i].split(" ").length - 1) * k)); } text.push([da[i], newX, newY]); @@ -2366,53 +3166,78 @@ var jsPDF = function (global) { }; events.publish('postProcessText', payload); text = payload.text; - isHex = payload.mutex.isHex; + isHex = payload.mutex.isHex || false; //Escaping + + var activeFontEncoding = fonts[activeFontKey].encoding; + + if (activeFontEncoding === "WinAnsiEncoding" || activeFontEncoding === "StandardEncoding") { + text = processTextByFunction(text, function (text, posX, posY) { + return [ESC(text), posX, posY]; + }); + } + var da = transformTextToSpecialArray(text); text = []; - var variant = 0; - var len = da.length; + var STRING = 0; + var ARRAY = 1; + var variant = Array.isArray(da[0]) ? ARRAY : STRING; var posX; var posY; var content; var wordSpacing = ''; - for (var i = 0; i < len; i++) { - wordSpacing = ''; + var generatePosition = function generatePosition(parmPosX, parmPosY, parmTransformationMatrix) { + var position = ''; - if (!Array.isArray(da[i])) { - posX = getHorizontalCoordinate(x); - posY = getVerticalCoordinate(y); - content = (isHex ? "<" : "(") + da[i] + (isHex ? ">" : ")"); + if (parmTransformationMatrix instanceof Matrix) { + parmTransformationMatrix.tx = parseFloat(f2(parmPosX)); + parmTransformationMatrix.ty = parseFloat(f2(parmPosY)); + position = parmTransformationMatrix.join(" ") + " Tm\n"; } else { - posX = parseFloat(da[i][1]); - posY = parseFloat(da[i][2]); - content = (isHex ? "<" : "(") + da[i][0] + (isHex ? ">" : ")"); - variant = 1; + position = f2(parmPosX) + " " + f2(parmPosY) + " Td\n"; + } + + return position; + }; + + for (var lineIndex = 0; lineIndex < da.length; lineIndex++) { + wordSpacing = ''; + + switch (variant) { + case ARRAY: + content = (isHex ? "<" : "(") + da[lineIndex][0] + (isHex ? ">" : ")"); + posX = parseFloat(da[lineIndex][1]); + posY = parseFloat(da[lineIndex][2]); + break; + + case STRING: + content = (isHex ? "<" : "(") + da[lineIndex] + (isHex ? ">" : ")"); + posX = getHorizontalCoordinate(x); + posY = getVerticalCoordinate(y); + break; } - if (wordSpacingPerLine !== undefined && wordSpacingPerLine[i] !== undefined) { - wordSpacing = wordSpacingPerLine[i] + " Tw\n"; + if (wordSpacingPerLine !== undefined && wordSpacingPerLine[lineIndex] !== undefined) { + wordSpacing = wordSpacingPerLine[lineIndex] + " Tw\n"; } - if (transformationMatrix.length !== 0 && i === 0) { - text.push(wordSpacing + transformationMatrix.join(" ") + " " + posX.toFixed(2) + " " + posY.toFixed(2) + " Tm\n" + content); - } else if (variant === 1 || variant === 0 && i === 0) { - text.push(wordSpacing + posX.toFixed(2) + " " + posY.toFixed(2) + " Td\n" + content); - } else { + if (lineIndex === 0) { + text.push(wordSpacing + generatePosition(posX, posY, transformationMatrix) + content); + } else if (variant === STRING) { text.push(wordSpacing + content); + } else if (variant === ARRAY) { + text.push(wordSpacing + generatePosition(posX, posY) + content); } } - if (variant === 0) { - text = text.join(" Tj\nT* "); - } else { - text = text.join(" Tj\n"); - } - + text = variant === STRING ? text.join(" Tj\nT* ") : text.join(" Tj\n"); text += " Tj\n"; - var result = 'BT\n/' + activeFontKey + ' ' + activeFontSize + ' Tf\n' + // font face, style, size - (activeFontSize * lineHeight).toFixed(2) + ' TL\n' + // line spacing - textColor + '\n'; + var result = 'BT\n/'; + result += activeFontKey + ' ' + activeFontSize + ' Tf\n'; // font face, style, size + + result += f2(activeFontSize * lineHeight) + ' TL\n'; // line spacing + + result += textColor + '\n'; result += xtra; result += text; result += "ET"; @@ -2420,37 +3245,52 @@ var jsPDF = function (global) { usedFonts[activeFontKey] = true; return scope; }; - /** - * Letter spacing method to print text with gaps - * - * @function - * @instance - * @param {String|Array} text String to be added to the page. - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} spacing Spacing (in units declared at inception) - * @returns {jsPDF} - * @memberOf jsPDF - * @name lstext - * @deprecated We'll be removing this function. It doesn't take character width into account. + /** + * Letter spacing method to print text with gaps + * + * @function + * @instance + * @param {String|Array} text String to be added to the page. + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} spacing Spacing (in units declared at inception) + * @returns {jsPDF} + * @memberof jsPDF# + * @name lstext + * @deprecated We'll be removing this function. It doesn't take character width into account. */ var lstext = API.__private__.lstext = API.lstext = function (text, x, y, charSpace) { - console.warn('jsPDF.lstext is deprecated'); return this.text(text, x, y, { charSpace: charSpace }); - }; - /** - * - * @name clip - * @function - * @instance - * @param {string} rule - * @returns {jsPDF} - * @memberOf jsPDF - * @description All .clip() after calling drawing ops with a style argument of null. + }; // PDF supports these path painting and clip path operators: + // + // S - stroke + // s - close/stroke + // f (F) - fill non-zero + // f* - fill evenodd + // B - fill stroke nonzero + // B* - fill stroke evenodd + // b - close fill stroke nonzero + // b* - close fill stroke evenodd + // n - nothing (consume path) + // W - clip nonzero + // W* - clip evenodd + // + // In order to keep the API small, we omit the close-and-fill/stroke operators and provide a separate close() + // method. + + /** + * + * @name clip + * @function + * @instance + * @param {string} rule Only possible value is 'evenodd' + * @returns {jsPDF} + * @memberof jsPDF# + * @description All .clip() after calling drawing ops with a style argument of null. */ @@ -2461,25 +3301,48 @@ var jsPDF = function (global) { out('W*'); } else { out('W'); - } // End the path object without filling or stroking it. - // This operator is a path-painting no-op, used primarily for the side effect of changing the current clipping path - // (see Section 4.4.3, “Clipping Path Operators”) + } + }; + /** + * Modify the current clip path by intersecting it with the current path using the even-odd rule. Note + * that this will NOT consume the current path. In order to only use this path for clipping call + * {@link API.discardPath} afterwards. + * + * @return jsPDF + * @memberof jsPDF# + * @name clipEvenOdd + */ - out('n'); + var clipEvenOdd = API.clipEvenOdd = function () { + clip('evenodd'); + return this; }; - /** - * This fixes the previous function clip(). Perhaps the 'stroke path' hack was due to the missing 'n' instruction? - * We introduce the fixed version so as to not break API. - * @param fillRule - * @ignore + /** + * This fixes the previous function clip(). Perhaps the 'stroke path' hack was due to the missing 'n' instruction? + * We introduce the fixed version so as to not break API. + * @param fillRule + * @deprecated + * @ignore */ var clip_fixed = API.__private__.clip_fixed = API.clip_fixed = function (rule) { - console.log("clip_fixed is deprecated"); API.clip(rule); }; + /** + * Consumes the current path without any effect. Mainly used in combination with {@link clip} or + * {@link clipEvenOdd}. The PDF "n" operator. + * @return {jsPDF} + * @memberof jsPDF# + * @name discardPath + */ + + + var discardPath = API.__private__.discardPath = API.discardPath = function () { + out("n"); + return this; + }; var isValidStyle = API.__private__.isValidStyle = function (style) { var validStyleVariants = [undefined, null, 'S', 'F', 'DF', 'FD', 'f', 'f*', 'B', 'B*']; @@ -2492,7 +3355,7 @@ var jsPDF = function (global) { return result; }; - var getStyle = API.__private__.getStyle = function (style) { + var getStyle = API.__private__.getStyle = API.getStyle = function (style) { // see path-painting operators in PDF spec var op = 'S'; // stroke @@ -2501,78 +3364,287 @@ var jsPDF = function (global) { } else if (style === 'FD' || style === 'DF') { op = 'B'; // both } else if (style === 'f' || style === 'f*' || style === 'B' || style === 'B*') { - /* - Allow direct use of these PDF path-painting operators: - - f fill using nonzero winding number rule - - f* fill using even-odd rule - - B fill then stroke with fill using non-zero winding number rule - - B* fill then stroke with fill using even-odd rule + /* + Allow direct use of these PDF path-painting operators: + - f fill using nonzero winding number rule + - f* fill using even-odd rule + - B fill then stroke with fill using non-zero winding number rule + - B* fill then stroke with fill using even-odd rule */ op = style; } return op; }; - /** - * Draw a line on the current page. - * - * @name line - * @function - * @instance - * @param {number} x1 - * @param {number} y1 - * @param {number} x2 - * @param {number} y2 - * @returns {jsPDF} - * @memberOf jsPDF + /** + * Close the current path. The PDF "h" operator. + * @return jsPDF + * @memberof jsPDF# + * @name close */ - var line = API.__private__.line = API.line = function (x1, y1, x2, y2) { - if (isNaN(x1) || isNaN(y1) || isNaN(x2) || isNaN(y2)) { - throw new Error('Invalid arguments passed to jsPDF.line'); - } - - return this.lines([[x2 - x1, y2 - y1]], x1, y1); + var close = API.close = function () { + out("h"); + return this; }; - /** - * Adds series of curves (straight lines or cubic bezier curves) to canvas, starting at `x`, `y` coordinates. - * All data points in `lines` are relative to last line origin. - * `x`, `y` become x1,y1 for first line / curve in the set. - * For lines you only need to specify [x2, y2] - (ending point) vector against x1, y1 starting point. - * For bezier curves you need to specify [x2,y2,x3,y3,x4,y4] - vectors to control points 1, 2, ending point. All vectors are against the start of the curve - x1,y1. - * - * @example .lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212,110, [1,1], 'F', false) // line, line, bezier curve, line - * @param {Array} lines Array of *vector* shifts as pairs (lines) or sextets (cubic bezier curves). - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} scale (Defaults to [1.0,1.0]) x,y Scaling factor for all vectors. Elements can be any floating number Sub-one makes drawing smaller. Over-one grows the drawing. Negative flips the direction. - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @param {boolean} closed If true, the path is closed with a straight line from the end of the last curve to the starting point. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name lines + /** + * Stroke the path. The PDF "S" operator. + * @return jsPDF + * @memberof jsPDF# + * @name stroke */ - var lines = API.__private__.lines = API.lines = function (lines, x, y, scale, style, closed) { - var scalex, scaley, i, l, leg, x2, y2, x3, y3, x4, y4, tmp; // Pre-August-2012 the order of arguments was function(x, y, lines, scale, style) - // in effort to make all calls have similar signature like - // function(content, coordinateX, coordinateY , miscellaneous) - // this method had its args flipped. - // code below allows backward compatibility with old arg order. + var stroke = API.stroke = function () { + out("S"); + return this; + }; + /** + * Fill the current path using the nonzero winding number rule. If a pattern is provided, the path will be filled + * with this pattern, otherwise with the current fill color. Equivalent to the PDF "f" operator. + * @param {PatternData=} pattern If provided the path will be filled with this pattern + * @return jsPDF + * @memberof jsPDF# + * @name fill + */ - if (typeof lines === 'number') { - tmp = y; - y = x; - x = lines; - lines = tmp; - } - scale = scale || [1, 1]; - closed = closed || false; + var fill = API.fill = function (pattern) { + fillWithOptionalPattern("f", pattern); + return this; + }; + /** + * Fill the current path using the even-odd rule. The PDF f* operator. + * @see API.fill + * @param {PatternData=} pattern Optional pattern + * @return jsPDF + * @memberof jsPDF# + * @name fillEvenOdd + */ + + + var fillEvenOdd = API.fillEvenOdd = function (pattern) { + fillWithOptionalPattern("f*", pattern); + return this; + }; + /** + * Fill using the nonzero winding number rule and then stroke the current Path. The PDF "B" operator. + * @see API.fill + * @param {PatternData=} pattern Optional pattern + * @return jsPDF + * @memberof jsPDF# + * @name fillStroke + */ + + + var fillStroke = API.fillStroke = function (pattern) { + fillWithOptionalPattern("B", pattern); + return this; + }; + /** + * Fill using the even-odd rule and then stroke the current Path. The PDF "B" operator. + * @see API.fill + * @param {PatternData=} pattern Optional pattern + * @return jsPDF + * @memberof jsPDF# + * @name fillStrokeEvenOdd + */ + + + var fillStrokeEvenOdd = API.fillStrokeEvenOdd = function (pattern) { + fillWithOptionalPattern("B*", pattern); + return this; + }; + + var fillWithOptionalPattern = function fillWithOptionalPattern(style, pattern) { + if (_typeof(pattern) === "object") { + fillWithPattern(pattern, style); + } else { + out(style); + } + }; + + var putStyle = function putStyle(style, patternKey, patternData) { + if (style === null || style === undefined) { + return; + } + + style = getStyle(style); // stroking / filling / both the path + + if (!patternKey) { + out(style); + return; + } + + if (!patternData) { + patternData = { + matrix: identityMatrix + }; + } + + if (patternData instanceof Matrix) { + patternData = { + matrix: patternData + }; + } + + patternData.key = patternKey; + patternData || (patternData = identityMatrix); + fillWithPattern(patternData, style); + }; + + var fillWithPattern = function fillWithPattern(patternData, style) { + var patternId = patternMap[patternData.key]; + var pattern = patterns[patternId]; + + if (pattern instanceof API.ShadingPattern) { + out("q"); + out(clipRuleFromStyle(style)); + + if (pattern.gState) { + API.setGState(pattern.gState); + } + + out(patternData.matrix.toString() + " cm"); + out("/" + patternId + " sh"); + out("Q"); + } else if (pattern instanceof API.TilingPattern) { + // pdf draws patterns starting at the bottom left corner and they are not affected by the global transformation, + // so we must flip them + var matrix = new Matrix(1, 0, 0, -1, 0, pageHeight); + + if (patternData.matrix) { + matrix = (patternData.matrix || identityMatrix).multiply(matrix); // we cannot apply a matrix to the pattern on use so we must abuse the pattern matrix and create new instances + // for each use + + patternId = pattern.createClone(patternData.key, patternData.boundingBox, patternData.xStep, patternData.yStep, matrix).id; + } + + out("q"); + out("/Pattern cs"); + out("/" + patternId + " scn"); + + if (pattern.gState) { + API.setGState(pattern.gState); + } + + out(style); + out("Q"); + } + }; + + var clipRuleFromStyle = function clipRuleFromStyle(style) { + switch (style) { + case "f": + case "F": + return "W n"; + + case "f*": + return "W* n"; + + case "B": + return "W S"; + + case "B*": + return "W* S"; + // these two are for compatibility reasons (in the past, calling any primitive method with a shading pattern + // and "n"/"S" as style would still fill/fill and stroke the path) + + case "S": + return "W S"; + + case "n": + return "W n"; + } + }; + /** + * Begin a new subpath by moving the current point to coordinates (x, y). The PDF "m" operator. + * @param {number} x + * @param {number} y + * @memberof jsPDF# + * @name moveTo + */ + + + var moveTo = API.moveTo = function (x, y) { + out(hpf(scale(x)) + " " + hpf(transformScaleY(y)) + " m"); + }; + /** + * Append a straight line segment from the current point to the point (x, y). The PDF "l" operator. + * @param {number} x + * @param {number} y + * @memberof jsPDF# + * @name lineTo + */ + + + var lineTo = API.lineTo = function (x, y) { + out(hpf(scale(x)) + " " + hpf(transformScaleY(y)) + " l"); + }; + /** + * Draw a line on the current page. + * + * @name line + * @function + * @instance + * @param {number} x1 + * @param {number} y1 + * @param {number} x2 + * @param {number} y2 + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. default: 'S' + * @returns {jsPDF} + * @memberof jsPDF# + */ + + + var line = API.__private__.line = API.line = function (x1, y1, x2, y2, style) { + style = style || 'S'; + + if (isNaN(x1) || isNaN(y1) || isNaN(x2) || isNaN(y2) || !isValidStyle(style)) { + throw new Error('Invalid arguments passed to jsPDF.line'); + } + + return this.lines([[x2 - x1, y2 - y1]], x1, y1); + }; + /** + * Adds series of curves (straight lines or cubic bezier curves) to canvas, starting at `x`, `y` coordinates. + * All data points in `lines` are relative to last line origin. + * `x`, `y` become x1,y1 for first line / curve in the set. + * For lines you only need to specify [x2, y2] - (ending point) vector against x1, y1 starting point. + * For bezier curves you need to specify [x2,y2,x3,y3,x4,y4] - vectors to control points 1, 2, ending point. All vectors are against the start of the curve - x1,y1. + * + * @example .lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212,110, [1,1], 'F', false) // line, line, bezier curve, line + * @param {Array} lines Array of *vector* shifts as pairs (lines) or sextets (cubic bezier curves). + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} scale (Defaults to [1.0,1.0]) x,y Scaling factor for all vectors. Elements can be any floating number Sub-one makes drawing smaller. Over-one grows the drawing. Negative flips the direction. + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @param {boolean} closed If true, the path is closed with a straight line from the end of the last curve to the starting point. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name lines + */ + + + var lines = API.__private__.lines = API.lines = function (lines, x, y, scale, style, closed) { + var scalex, scaley, i, l, leg, x2, y2, x3, y3, x4, y4, tmp; // Pre-August-2012 the order of arguments was function(x, y, lines, scale, style) + // in effort to make all calls have similar signature like + // function(content, coordinateX, coordinateY , miscellaneous) + // this method had its args flipped. + // code below allows backward compatibility with old arg order. + + if (typeof lines === 'number') { + tmp = y; + y = x; + x = lines; + lines = tmp; + } + + scale = scale || [1, 1]; + closed = closed || false; if (isNaN(x) || isNaN(y) || !Array.isArray(lines) || !Array.isArray(scale) || !isValidStyle(style) || typeof closed !== 'boolean') { throw new Error('Invalid arguments passed to jsPDF.lines'); @@ -2629,19 +3701,62 @@ var jsPDF = function (global) { return this; }; - /** - * Adds a rectangle to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} w Width (in units declared at inception of PDF document). - * @param {number} h Height (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name rect + /** + * Similar to {@link API.lines} but all coordinates are interpreted as absolute coordinates instead of relative. + * @param {Array} lines An array of {op: operator, c: coordinates} object, where op is one of "m" (move to), "l" (line to) + * "c" (cubic bezier curve) and "h" (close (sub)path)). c is an array of coordinates. "m" and "l" expect two, "c" + * six and "h" an empty array (or undefined). + * @param {String=} style The style. Deprecated! + * @param {String=} patternKey The pattern key for the pattern that should be used to fill the path. Deprecated! + * @param {(Matrix|PatternData)=} patternData The matrix that transforms the pattern into user space, or an object that + * will modify the pattern on use. Deprecated! + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name path + */ + + + API.path = function (lines, style, patternKey, patternData) { + for (var i = 0; i < lines.length; i++) { + var leg = lines[i]; + var coords = leg.c; + + switch (leg.op) { + case "m": + this.moveTo(coords[0], coords[1]); + break; + + case "l": + this.lineTo(coords[0], coords[1]); + break; + + case "c": + this.curveTo.apply(this, coords); + break; + + case "h": + this.close(); + break; + } + } + + putStyle(style, patternKey, patternData); + return this; + }; + /** + * Adds a rectangle to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} w Width (in units declared at inception of PDF document). + * @param {number} h Height (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name rect */ @@ -2658,21 +3773,21 @@ var jsPDF = function (global) { return this; }; - /** - * Adds a triangle to PDF. - * - * @param {number} x1 Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y1 Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} x2 Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y2 Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} x3 Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y3 Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name triangle + /** + * Adds a triangle to PDF. + * + * @param {number} x1 Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y1 Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} x2 Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y2 Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} x3 Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y3 Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name triangle */ @@ -2688,21 +3803,21 @@ var jsPDF = function (global) { [1, 1], style, true); return this; }; - /** - * Adds a rectangle with rounded corners to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} w Width (in units declared at inception of PDF document). - * @param {number} h Height (in units declared at inception of PDF document). - * @param {number} rx Radius along x axis (in units declared at inception of PDF document). - * @param {number} ry Radius along y axis (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name roundedRect + /** + * Adds a rectangle with rounded corners to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} w Width (in units declared at inception of PDF document). + * @param {number} h Height (in units declared at inception of PDF document). + * @param {number} rx Radius along x axis (in units declared at inception of PDF document). + * @param {number} ry Radius along y axis (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name roundedRect */ @@ -2716,19 +3831,19 @@ var jsPDF = function (global) { [1, 1], style); return this; }; - /** - * Adds an ellipse to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} rx Radius along x axis (in units declared at inception of PDF document). - * @param {number} ry Radius along y axis (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name ellipse + /** + * Adds an ellipse to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} rx Radius along x axis (in units declared at inception of PDF document). + * @param {number} ry Radius along y axis (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name ellipse */ @@ -2750,18 +3865,18 @@ var jsPDF = function (global) { return this; }; - /** - * Adds an circle to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} r Radius (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name circle + /** + * Adds an circle to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} r Radius (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name circle */ @@ -2772,55 +3887,70 @@ var jsPDF = function (global) { return this.ellipse(x, y, r, r, style); }; - /** - * Sets text font face, variant for upcoming text elements. - * See output of jsPDF.getFontList() for possible font names, styles. - * - * @param {string} fontName Font name or family. Example: "times". - * @param {string} fontStyle Font style or variant. Example: "italic". - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setFont + /** + * Sets text font face, variant for upcoming text elements. + * See output of jsPDF.getFontList() for possible font names, styles. + * + * @param {string} fontName Font name or family. Example: "times". + * @param {string} fontStyle Font style or variant. Example: "italic". + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setFont */ API.setFont = function (fontName, fontStyle) { - activeFontKey = _getFont(fontName, fontStyle, { + activeFontKey = getFont(fontName, fontStyle, { disableWarning: false }); return this; }; - /** - * Switches font style or variant for upcoming text elements, - * while keeping the font face or family same. - * See output of jsPDF.getFontList() for possible font names, styles. - * - * @param {string} style Font style or variant. Example: "italic". - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setFontStyle + /** + * Gets text font face, variant for upcoming text elements. + * + * @function + * @instance + * @returns {Object} + * @memberof jsPDF# + * @name getFont + */ + + + var getFontEntry = API.__private__.getFont = API.getFont = function () { + return fonts[getFont.apply(API, arguments)]; + }; + /** + * Switches font style or variant for upcoming text elements, + * while keeping the font face or family same. + * See output of jsPDF.getFontList() for possible font names, styles. + * + * @param {string} style Font style or variant. Example: "italic". + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @deprecated + * @name setFontStyle */ API.setFontStyle = API.setFontType = function (style) { - activeFontKey = _getFont(undefined, style); // if font is not found, the above line blows up and we never go further + activeFontKey = getFont(undefined, style); // if font is not found, the above line blows up and we never go further return this; }; - /** - * Returns an object - a tree of fontName to fontStyle relationships available to - * active PDF document. - * - * @public - * @function - * @instance - * @returns {Object} Like {'times':['normal', 'italic', ... ], 'arial':['normal', 'bold', ... ], ... } - * @memberOf jsPDF - * @name getFontList + /** + * Returns an object - a tree of fontName to fontStyle relationships available to + * active PDF document. + * + * @public + * @function + * @instance + * @returns {Object} Like {'times':['normal', 'italic', ... ], 'arial':['normal', 'bold', ... ], ... } + * @memberof jsPDF# + * @name getFontList */ @@ -2845,17 +3975,17 @@ var jsPDF = function (global) { return list; }; - /** - * Add a custom font to the current instance. - * - * @property {string} postScriptName PDF specification full name for the font. - * @property {string} id PDF-document-instance-specific label assinged to the font. - * @property {string} fontStyle Style of the Font. - * @property {Object} encoding Encoding_name-to-Font_metrics_object mapping. - * @function - * @instance - * @memberOf jsPDF - * @name addFont + /** + * Add a custom font to the current instance. + * + * @property {string} postScriptName PDF specification full name for the font. + * @property {string} id PDF-document-instance-specific label assinged to the font. + * @property {string} fontStyle Style of the Font. + * @property {Object} encoding Encoding_name-to-Font_metrics_object mapping. + * @function + * @instance + * @memberof jsPDF# + * @name addFont */ @@ -2866,32 +3996,34 @@ var jsPDF = function (global) { var lineWidth = options.lineWidth || 0.200025; // 2mm - /** - * Sets line width for upcoming lines. - * - * @param {number} width Line width (in units declared at inception of PDF document). - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setLineWidth + /** + * Sets line width for upcoming lines. + * + * @param {number} width Line width (in units declared at inception of PDF document). + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setLineWidth */ var setLineWidth = API.__private__.setLineWidth = API.setLineWidth = function (width) { - out((width * k).toFixed(2) + ' w'); + out(f2(width * k) + ' w'); return this; }; - /** - * Sets the dash pattern for upcoming lines. - * - * To reset the settings simply call the method without any parameters. - * @param {array} dashArray The pattern of the line, expects numbers. - * @param {number} dashPhase The phase at which the dash pattern starts. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setLineDash + /** + * Sets the dash pattern for upcoming lines. + * + * To reset the settings simply call the method without any parameters. + * @param {Array} dashArray An array containing 0-2 numbers. The first number sets the length of the + * dashes, the second number the length of the gaps. If the second number is missing, the gaps are considered + * to be as long as the dashes. An empty array means solid, unbroken lines. + * @param {number} dashPhase The phase lines start with. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setLineDashPattern */ @@ -2904,9 +4036,9 @@ var jsPDF = function (global) { } dashArray = dashArray.map(function (x) { - return (x * k).toFixed(3); + return f3(x * k); }).join(' '); - dashPhase = parseFloat((dashPhase * k).toFixed(3)); + dashPhase = f3(dashPhase * k); out('[' + dashArray + '] ' + dashPhase + ' d'); return this; }; @@ -2922,15 +4054,15 @@ var jsPDF = function (global) { var getLineHeight = API.__private__.getLineHeight = API.getLineHeight = function () { return activeFontSize * lineHeightFactor; }; - /** - * Sets the LineHeightFactor of proportion. - * - * @param {number} value LineHeightFactor value. Default: 1.15. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setLineHeightFactor + /** + * Sets the LineHeightFactor of proportion. + * + * @param {number} value LineHeightFactor value. Default: 1.15. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setLineHeightFactor */ @@ -2943,14 +4075,14 @@ var jsPDF = function (global) { return this; }; - /** - * Gets the LineHeightFactor, default: 1.15. - * - * @function - * @instance - * @returns {number} lineHeightFactor - * @memberOf jsPDF - * @name getLineHeightFactor + /** + * Gets the LineHeightFactor, default: 1.15. + * + * @function + * @instance + * @returns {number} lineHeightFactor + * @memberof jsPDF# + * @name getLineHeightFactor */ @@ -2961,72 +4093,72 @@ var jsPDF = function (global) { setLineHeightFactor(options.lineHeight); var getHorizontalCoordinate = API.__private__.getHorizontalCoordinate = function (value) { - return value * k; + return scale(value); }; var getVerticalCoordinate = API.__private__.getVerticalCoordinate = function (value) { - return pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - value * k; + return pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - scale(value); }; - var getHorizontalCoordinateString = API.__private__.getHorizontalCoordinateString = function (value) { - return f2(value * k); + var getHorizontalCoordinateString = API.__private__.getHorizontalCoordinateString = API.getHorizontalCoordinateString = function (value) { + return f2(scale(value)); }; - var getVerticalCoordinateString = API.__private__.getVerticalCoordinateString = function (value) { - return f2(pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - value * k); + var getVerticalCoordinateString = API.__private__.getVerticalCoordinateString = API.getVerticalCoordinateString = function (value) { + return f2(pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - scale(value)); }; var strokeColor = options.strokeColor || '0 G'; - /** - * Gets the stroke color for upcoming elements. - * - * @function - * @instance - * @returns {string} colorAsHex - * @memberOf jsPDF - * @name getDrawColor + /** + * Gets the stroke color for upcoming elements. + * + * @function + * @instance + * @returns {string} colorAsHex + * @memberof jsPDF# + * @name getDrawColor */ var getStrokeColor = API.__private__.getStrokeColor = API.getDrawColor = function () { return decodeColorString(strokeColor); }; - /** - * Sets the stroke color for upcoming elements. - * - * Depending on the number of arguments given, Gray, RGB, or CMYK - * color space is implied. - * - * When only ch1 is given, "Gray" color space is implied and it - * must be a value in the range from 0.00 (solid black) to to 1.00 (white) - * if values are communicated as String types, or in range from 0 (black) - * to 255 (white) if communicated as Number type. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each - * value must be in the range from 0.00 (minimum intensity) to to 1.00 - * (max intensity) if values are communicated as String types, or - * from 0 (min intensity) to to 255 (max intensity) if values are communicated - * as Number types. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each - * value must be a in the range from 0.00 (0% concentration) to to - * 1.00 (100% concentration) - * - * Because JavaScript treats fixed point numbers badly (rounds to - * floating point nearest to binary representation) it is highly advised to - * communicate the fractional numbers as String types, not JavaScript Number type. - * - * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. - * @param {Number|String} ch2 Color channel value. - * @param {Number|String} ch3 Color channel value. - * @param {Number|String} ch4 Color channel value. - * - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setDrawColor + /** + * Sets the stroke color for upcoming elements. + * + * Depending on the number of arguments given, Gray, RGB, or CMYK + * color space is implied. + * + * When only ch1 is given, "Gray" color space is implied and it + * must be a value in the range from 0.00 (solid black) to to 1.00 (white) + * if values are communicated as String types, or in range from 0 (black) + * to 255 (white) if communicated as Number type. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each + * value must be in the range from 0.00 (minimum intensity) to to 1.00 + * (max intensity) if values are communicated as String types, or + * from 0 (min intensity) to to 255 (max intensity) if values are communicated + * as Number types. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each + * value must be a in the range from 0.00 (0% concentration) to to + * 1.00 (100% concentration) + * + * Because JavaScript treats fixed point numbers badly (rounds to + * floating point nearest to binary representation) it is highly advised to + * communicate the fractional numbers as String types, not JavaScript Number type. + * + * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. + * @param {Number} ch2 Color channel value. + * @param {Number} ch3 Color channel value. + * @param {Number} ch4 Color channel value. + * + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setDrawColor */ @@ -3045,56 +4177,56 @@ var jsPDF = function (global) { }; var fillColor = options.fillColor || '0 g'; - /** - * Gets the fill color for upcoming elements. - * - * @function - * @instance - * @returns {string} colorAsHex - * @memberOf jsPDF - * @name getFillColor + /** + * Gets the fill color for upcoming elements. + * + * @function + * @instance + * @returns {string} colorAsHex + * @memberof jsPDF# + * @name getFillColor */ var getFillColor = API.__private__.getFillColor = API.getFillColor = function () { return decodeColorString(fillColor); }; - /** - * Sets the fill color for upcoming elements. - * - * Depending on the number of arguments given, Gray, RGB, or CMYK - * color space is implied. - * - * When only ch1 is given, "Gray" color space is implied and it - * must be a value in the range from 0.00 (solid black) to to 1.00 (white) - * if values are communicated as String types, or in range from 0 (black) - * to 255 (white) if communicated as Number type. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each - * value must be in the range from 0.00 (minimum intensity) to to 1.00 - * (max intensity) if values are communicated as String types, or - * from 0 (min intensity) to to 255 (max intensity) if values are communicated - * as Number types. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each - * value must be a in the range from 0.00 (0% concentration) to to - * 1.00 (100% concentration) - * - * Because JavaScript treats fixed point numbers badly (rounds to - * floating point nearest to binary representation) it is highly advised to - * communicate the fractional numbers as String types, not JavaScript Number type. - * - * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. - * @param {Number|String} ch2 Color channel value. - * @param {Number|String} ch3 Color channel value. - * @param {Number|String} ch4 Color channel value. - * - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setFillColor + /** + * Sets the fill color for upcoming elements. + * + * Depending on the number of arguments given, Gray, RGB, or CMYK + * color space is implied. + * + * When only ch1 is given, "Gray" color space is implied and it + * must be a value in the range from 0.00 (solid black) to to 1.00 (white) + * if values are communicated as String types, or in range from 0 (black) + * to 255 (white) if communicated as Number type. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each + * value must be in the range from 0.00 (minimum intensity) to to 1.00 + * (max intensity) if values are communicated as String types, or + * from 0 (min intensity) to to 255 (max intensity) if values are communicated + * as Number types. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each + * value must be a in the range from 0.00 (0% concentration) to to + * 1.00 (100% concentration) + * + * Because JavaScript treats fixed point numbers badly (rounds to + * floating point nearest to binary representation) it is highly advised to + * communicate the fractional numbers as String types, not JavaScript Number type. + * + * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. + * @param {Number} ch2 Color channel value. + * @param {Number} ch3 Color channel value. + * @param {Number} ch4 Color channel value. + * + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setFillColor */ @@ -3113,56 +4245,56 @@ var jsPDF = function (global) { }; var textColor = options.textColor || '0 g'; - /** - * Gets the text color for upcoming elements. - * - * @function - * @instance - * @returns {string} colorAsHex - * @memberOf jsPDF - * @name getTextColor + /** + * Gets the text color for upcoming elements. + * + * @function + * @instance + * @returns {string} colorAsHex + * @memberof jsPDF# + * @name getTextColor */ var getTextColor = API.__private__.getTextColor = API.getTextColor = function () { return decodeColorString(textColor); }; - /** - * Sets the text color for upcoming elements. - * - * Depending on the number of arguments given, Gray, RGB, or CMYK - * color space is implied. - * - * When only ch1 is given, "Gray" color space is implied and it - * must be a value in the range from 0.00 (solid black) to to 1.00 (white) - * if values are communicated as String types, or in range from 0 (black) - * to 255 (white) if communicated as Number type. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each - * value must be in the range from 0.00 (minimum intensity) to to 1.00 - * (max intensity) if values are communicated as String types, or - * from 0 (min intensity) to to 255 (max intensity) if values are communicated - * as Number types. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each - * value must be a in the range from 0.00 (0% concentration) to to - * 1.00 (100% concentration) - * - * Because JavaScript treats fixed point numbers badly (rounds to - * floating point nearest to binary representation) it is highly advised to - * communicate the fractional numbers as String types, not JavaScript Number type. - * - * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. - * @param {Number|String} ch2 Color channel value. - * @param {Number|String} ch3 Color channel value. - * @param {Number|String} ch4 Color channel value. - * - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setTextColor + /** + * Sets the text color for upcoming elements. + * + * Depending on the number of arguments given, Gray, RGB, or CMYK + * color space is implied. + * + * When only ch1 is given, "Gray" color space is implied and it + * must be a value in the range from 0.00 (solid black) to to 1.00 (white) + * if values are communicated as String types, or in range from 0 (black) + * to 255 (white) if communicated as Number type. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each + * value must be in the range from 0.00 (minimum intensity) to to 1.00 + * (max intensity) if values are communicated as String types, or + * from 0 (min intensity) to to 255 (max intensity) if values are communicated + * as Number types. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each + * value must be a in the range from 0.00 (0% concentration) to to + * 1.00 (100% concentration) + * + * Because JavaScript treats fixed point numbers badly (rounds to + * floating point nearest to binary representation) it is highly advised to + * communicate the fractional numbers as String types, not JavaScript Number type. + * + * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. + * @param {Number} ch2 Color channel value. + * @param {Number} ch3 Color channel value. + * @param {Number} ch4 Color channel value. + * + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setTextColor */ @@ -3179,29 +4311,29 @@ var jsPDF = function (global) { return this; }; - var activeCharSpace = options.charSpace || 0; - /** - * Get global value of CharSpace. - * - * @function - * @instance - * @returns {number} charSpace - * @memberOf jsPDF - * @name getCharSpace + var activeCharSpace = options.charSpace; + /** + * Get global value of CharSpace. + * + * @function + * @instance + * @returns {number} charSpace + * @memberof jsPDF# + * @name getCharSpace */ var getCharSpace = API.__private__.getCharSpace = API.getCharSpace = function () { - return activeCharSpace; - }; - /** - * Set global value of CharSpace. - * - * @param {number} charSpace - * @function - * @instance - * @returns {jsPDF} jsPDF-instance - * @memberOf jsPDF - * @name setCharSpace + return parseFloat(activeCharSpace || 0); + }; + /** + * Set global value of CharSpace. + * + * @param {number} charSpace + * @function + * @instance + * @returns {jsPDF} jsPDF-instance + * @memberof jsPDF# + * @name setCharSpace */ @@ -3215,13 +4347,13 @@ var jsPDF = function (global) { }; var lineCapID = 0; - /** - * Is an Object providing a mapping from human-readable to - * integer flag values designating the varieties of line cap - * and join styles. - * - * @memberOf jsPDF - * @name CapJoinStyles + /** + * Is an Object providing a mapping from human-readable to + * integer flag values designating the varieties of line cap + * and join styles. + * + * @memberof jsPDF# + * @name CapJoinStyles */ API.CapJoinStyles = { @@ -3239,16 +4371,16 @@ var jsPDF = function (global) { 'square': 2, 'bevel': 2 }; - /** - * Sets the line cap styles. - * See {jsPDF.CapJoinStyles} for variants. - * - * @param {String|Number} style A string or number identifying the type of line cap. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setLineCap + /** + * Sets the line cap styles. + * See {jsPDF.CapJoinStyles} for variants. + * + * @param {String|Number} style A string or number identifying the type of line cap. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setLineCap */ var setLineCap = API.__private__.setLineCap = API.setLineCap = function (style) { @@ -3264,16 +4396,16 @@ var jsPDF = function (global) { }; var lineJoinID = 0; - /** - * Sets the line join styles. - * See {jsPDF.CapJoinStyles} for variants. - * - * @param {String|Number} style A string or number identifying the type of line join. - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setLineJoin + /** + * Sets the line join styles. + * See {jsPDF.CapJoinStyles} for variants. + * + * @param {String|Number} style A string or number identifying the type of line join. + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setLineJoin */ var setLineJoin = API.__private__.setLineJoin = API.setLineJoin = function (style) { @@ -3289,39 +4421,453 @@ var jsPDF = function (global) { }; var miterLimit; - /** - * Sets the miterLimit property, which effects the maximum miter length. - * - * @param {number} length The length of the miter - * @function - * @instance - * @returns {jsPDF} - * @memberOf jsPDF - * @name setMiterLimit + /** + * Sets the miterLimit property, which effects the maximum miter length. + * + * @param {number} length The length of the miter + * @function + * @instance + * @returns {jsPDF} + * @memberof jsPDF# + * @name setLineMiterLimit */ - var setMiterLimit = API.__private__.setMiterLimit = API.setMiterLimit = function (length) { + var setLineMiterLimit = API.__private__.setLineMiterLimit = API.__private__.setMiterLimit = API.setLineMiterLimit = API.setMiterLimit = function (length) { length = length || 0; if (isNaN(length)) { - throw new Error('Invalid argument passed to jsPDF.setMiterLimit'); + throw new Error('Invalid argument passed to jsPDF.setLineMiterLimit'); } miterLimit = parseFloat(f2(length * k)); out(miterLimit + ' M'); return this; }; - /** - * Saves as PDF document. An alias of jsPDF.output('save', 'filename.pdf'). - * Uses FileSaver.js-method saveAs. - * - * @memberOf jsPDF - * @name save - * @function - * @instance - * @param {string} filename The filename including extension. - * @param {Object} options An Object with additional options, possible options: 'returnPromise'. - * @returns {jsPDF} jsPDF-instance + /** + * GState + */ + + /** + * An object representing a pdf graphics state. + * @param parameters A parameter object that contains all properties this graphics state wants to set. + * Supported are: opacity, stroke-opacity + * @constructor + */ + + + API.GState = function (parameters) { + var supported = "opacity,stroke-opacity".split(","); + + for (var p in parameters) { + if (parameters.hasOwnProperty(p) && supported.indexOf(p) >= 0) { + this[p] = parameters[p]; + } + } + + this.id = ""; // set by addGState() + + this.objectNumber = -1; // will be set by putGState() + }; + + API.GState.prototype.equals = function equals(other) { + var ignore = "id,objectNumber,equals"; + var p; + if (!other || _typeof(other) !== _typeof(this)) { return false; } + var count = 0; + + for (p in this) { + if (ignore.indexOf(p) >= 0) { continue; } + if (this.hasOwnProperty(p) && !other.hasOwnProperty(p)) { return false; } + if (this[p] !== other[p]) { return false; } + count++; + } + + for (p in other) { + if (other.hasOwnProperty(p) && ignore.indexOf(p) < 0) { count--; } + } + + return count === 0; + }; + /** + * Sets a either previously added {@link GState} (via {@link addGState}) or a new {@link GState}. + * @param {String|GState} gState If type is string, a previously added GState is used, if type is GState + * it will be added before use. + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name setGState + */ + + + API.setGState = function (gState) { + if (typeof gState === "string") { + gState = gStates[gStatesMap[gState]]; + } else { + gState = addGState(null, gState); + } + + if (!gState.equals(activeGState)) { + out("/" + gState.id + " gs"); + activeGState = gState; + } + }; + /** + * Adds a new Graphics State. Duplicates are automatically eliminated. + * @param {String} key Might also be null, if no later reference to this gState is needed + * @param {Object} gState The gState object + */ + + + var addGState = function addGState(key, gState) { + // only add it if it is not already present (the keys provided by the user must be unique!) + if (key && gStatesMap[key]) { return; } + var duplicate = false; + + for (var s in gStates) { + if (gStates.hasOwnProperty(s)) { + if (gStates[s].equals(gState)) { + duplicate = true; + break; + } + } + } + + if (duplicate) { + gState = gStates[s]; + } else { + var gStateKey = "GS" + (Object.keys(gStates).length + 1).toString(10); + gStates[gStateKey] = gState; + gState.id = gStateKey; + } // several user keys may point to the same GState object + + + key && (gStatesMap[key] = gState.id); + events.publish("addGState", gState); + return gState; + }; + /** + * Adds a new {@link GState} for later use. See {@link setGState}. + * @param {String} key + * @param {GState} gState + * @function + * @instance + * @returns {jsPDF} + * + * @memberof jsPDF# + * @name addGState + */ + + + API.addGState = function (key, gState) { + addGState(key, gState); + return this; + }; + /** + * Saves the current graphics state ("pushes it on the stack"). It can be restored by {@link restoreGraphicsState} + * later. Here, the general pdf graphics state is meant, also including the current transformation matrix, + * fill and stroke colors etc. + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name saveGraphicsState + */ + + + API.saveGraphicsState = function () { + out("q"); // as we cannot set font key and size independently we must keep track of both + + fontStateStack.push({ + key: activeFontKey, + size: activeFontSize, + color: textColor + }); + return this; + }; + /** + * Restores a previously saved graphics state saved by {@link saveGraphicsState} ("pops the stack"). + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name restoreGraphicsState + */ + + + API.restoreGraphicsState = function () { + out("Q"); // restore previous font state + + var fontState = fontStateStack.pop(); + activeFontKey = fontState.key; + activeFontSize = fontState.size; + textColor = fontState.color; + activeGState = null; + return this; + }; + /** + * Appends this matrix to the left of all previously applied matrices. + * + * @param {Matrix} matrix + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name setCurrentTransformationMatrix + */ + + + API.setCurrentTransformationMatrix = function (matrix) { + out(matrix.toString() + " cm"); + return this; + }; + /** + * Inserts a debug comment into the pdf. + * @param {String} text + * @returns {jsPDF} + * @memberof jsPDF# + * @name comment + */ + + + API.comment = function (text) { + out("#" + text); + return this; + }; + /** + * Matrix + */ + + + var Point = function Point(x, y) { + var _x = x || 0; + + Object.defineProperty(this, 'x', { + enumerable: true, + get: function get() { + return _x; + }, + set: function set(value) { + if (!isNaN(value)) { + _x = parseFloat(value); + } + } + }); + + var _y = y || 0; + + Object.defineProperty(this, 'y', { + enumerable: true, + get: function get() { + return _y; + }, + set: function set(value) { + if (!isNaN(value)) { + _y = parseFloat(value); + } + } + }); + var _type = 'pt'; + Object.defineProperty(this, 'type', { + enumerable: true, + get: function get() { + return _type; + }, + set: function set(value) { + _type = value.toString(); + } + }); + return this; + }; + + var Rectangle = function Rectangle(x, y, w, h) { + Point.call(this, x, y); + this.type = 'rect'; + + var _w = w || 0; + + Object.defineProperty(this, 'w', { + enumerable: true, + get: function get() { + return _w; + }, + set: function set(value) { + if (!isNaN(value)) { + _w = parseFloat(value); + } + } + }); + + var _h = h || 0; + + Object.defineProperty(this, 'h', { + enumerable: true, + get: function get() { + return _h; + }, + set: function set(value) { + if (!isNaN(value)) { + _h = parseFloat(value); + } + } + }); + return this; + }; + /** + * FormObject/RenderTarget + */ + + + var RenderTarget = function RenderTarget() { + this.page = page; + this.currentPage = currentPage; + this.pages = pages.slice(0); + this.pagedim = pagedim.slice(0); + this.pagesContext = pagesContext.slice(0); + this.x = pageX; + this.y = pageY; + this.matrix = pageMatrix; + this.width = pageWidth; + this.height = pageHeight; + this.id = ""; // set by endFormObject() + + this.objectNumber = -1; // will be set by putXObject() + }; + + RenderTarget.prototype = { + restore: function restore() { + page = this.page; + currentPage = this.currentPage; + pagesContext = this.pagesContext; + pagedim = this.pagedim; + pages = this.pages; + pageX = this.x; + pageY = this.y; + pageMatrix = this.matrix; + pageWidth = this.width; + pageHeight = this.height; + } + }; + + var beginNewRenderTarget = function beginNewRenderTarget(x, y, width, height, matrix) { + // save current state + renderTargetStack.push(new RenderTarget()); // clear pages + + page = currentPage = 0; + pages = []; + pageX = x; + pageY = y; + pageMatrix = matrix; + beginPage(width, height); + }; + + var endFormObject = function endFormObject(key) { + // only add it if it is not already present (the keys provided by the user must be unique!) + if (renderTargetMap[key]) { return; } // save the created xObject + + var newXObject = new RenderTarget(); + var xObjectId = "Xo" + (Object.keys(renderTargets).length + 1).toString(10); + newXObject.id = xObjectId; + renderTargetMap[key] = xObjectId; + renderTargets[xObjectId] = newXObject; + events.publish("addFormObject", newXObject); // restore state from stack + + renderTargetStack.pop().restore(); + }; + /** + * Starts a new pdf form object, which means that all consequent draw calls target a new independent object + * until {@link endFormObject} is called. The created object can be referenced and drawn later using + * {@link doFormObject}. Nested form objects are possible. + * x, y, width, height set the bounding box that is used to clip the content. + * + * @param {number} x + * @param {number} y + * @param {number} width + * @param {number} height + * @param {Matrix} matrix The matrix that will be applied to convert the form objects coordinate system to + * the parent's. + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name beginFormObject + */ + + + API.beginFormObject = function (x, y, width, height, matrix) { + // The user can set the output target to a new form object. Nested form objects are possible. + // Currently, they use the resource dictionary of the surrounding stream. This should be changed, as + // the PDF-Spec states: + // "In PDF 1.2 and later versions, form XObjects may be independent of the content streams in which + // they appear, and this is strongly recommended although not requiredIn PDF 1.2 and later versions, + // form XObjects may be independent of the content streams in which they appear, and this is strongly + // recommended although not required" + beginNewRenderTarget(x, y, width, height, matrix); + return this; + }; + /** + * Completes and saves the form object. + * @param {String} key The key by which this form object can be referenced. + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name endFormObject + */ + + + API.endFormObject = function (key) { + endFormObject(key); + return this; + }; + /** + * Draws the specified form object by referencing to the respective pdf XObject created with + * {@link API.beginFormObject} and {@link endFormObject}. + * The location is determined by matrix. + * + * @param {String} key The key to the form object. + * @param {Matrix} matrix The matrix applied before drawing the form object. + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name doFormObject + */ + + + API.doFormObject = function (key, matrix) { + var xObject = renderTargets[renderTargetMap[key]]; + out("q"); + out(matrix.toString() + " cm"); + out("/" + xObject.id + " Do"); + out("Q"); + return this; + }; + /** + * Returns the form object specified by key. + * @param key {String} + * @returns {{x: number, y: number, width: number, height: number, matrix: Matrix}} + * @function + * @returns {jsPDF} + * @memberof jsPDF# + * @name getFormObject + */ + + + API.getFormObject = function (key) { + var xObject = renderTargets[renderTargetMap[key]]; + return { + x: xObject.x, + y: xObject.y, + width: xObject.width, + height: xObject.height, + matrix: xObject.matrix + }; + }; + /** + * Saves as PDF document. An alias of jsPDF.output('save', 'filename.pdf'). + * Uses FileSaver.js-method saveAs. + * + * @memberof jsPDF# + * @name save + * @function + * @instance + * @param {string} filename The filename including extension. + * @param {Object} options An Object with additional options, possible options: 'returnPromise'. + * @returns {jsPDF} jsPDF-instance */ @@ -3387,19 +4933,26 @@ var jsPDF = function (global) { } } } - /** - * Object exposing internal API to plugins - * @public - * @ignore + + API.advancedAPI = function (body) { + if (typeof body !== "function") { + return this; + } + + body(this); + return this; + }; + /** + * Object exposing internal API to plugins + * @public + * @ignore */ API.internal = { 'pdfEscape': pdfEscape, 'getStyle': getStyle, - 'getFont': function getFont() { - return fonts[_getFont.apply(API, arguments)]; - }, + 'getFont': getFontEntry, 'getFontSize': getFontSize, 'getCharSpace': getCharSpace, 'getTextColor': getTextColor, @@ -3449,6 +5002,9 @@ var jsPDF = function (global) { 'getPageInfoByObjId': getPageInfoByObjId, 'getCurrentPageInfo': getCurrentPageInfo, 'getPDFVersion': getPdfVersion, + 'Point': Point, + 'Rectangle': Rectangle, + 'Matrix': Matrix, 'hasHotfix': hasHotfix //Expose the hasHotfix check so plugins can also check them. }; @@ -3484,39 +5040,39 @@ var jsPDF = function (global) { events.publish('initialized'); return API; } - /** - * jsPDF.API is a STATIC property of jsPDF class. - * jsPDF.API is an object you can add methods and properties to. - * The methods / properties you add will show up in new jsPDF objects. - * - * One property is prepopulated. It is the 'events' Object. Plugin authors can add topics, - * callbacks to this object. These will be reassigned to all new instances of jsPDF. - * - * @static - * @public - * @memberOf jsPDF - * @name API - * - * @example - * jsPDF.API.mymethod = function(){ - * // 'this' will be ref to internal API object. see jsPDF source - * // , so you can refer to built-in methods like so: - * // this.line(....) - * // this.text(....) - * } - * var pdfdoc = new jsPDF() - * pdfdoc.mymethod() // <- !!!!!! + /** + * jsPDF.API is a STATIC property of jsPDF class. + * jsPDF.API is an object you can add methods and properties to. + * The methods / properties you add will show up in new jsPDF objects. + * + * One property is prepopulated. It is the 'events' Object. Plugin authors can add topics, + * callbacks to this object. These will be reassigned to all new instances of jsPDF. + * + * @static + * @public + * @memberof jsPDF# + * @name API + * + * @example + * jsPDF.API.mymethod = function(){ + * // 'this' will be ref to internal API object. see jsPDF source + * // , so you can refer to built-in methods like so: + * // this.line(....) + * // this.text(....) + * } + * var pdfdoc = new jsPDF() + * pdfdoc.mymethod() // <- !!!!!! */ jsPDF.API = { events: [] }; - /** - * The version of jsPDF. - * @name version - * @type {string} - * @memberOf jsPDF + /** + * The version of jsPDF. + * @name version + * @type {string} + * @memberof jsPDF# */ jsPDF.version = '1.5.3'; @@ -3537,26 +5093,23 @@ var jsPDF = function (global) { // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window -/*rollup-keeper-start*/ - - -window.tmp = jsPDF; -/*rollup-keeper-end*/ +/* global jsPDF */ -/** - * @license - * Copyright (c) 2016 Alexander Weidt, - * https://github.com/BiggA94 - * - * Licensed under the MIT License. http://opensource.org/licenses/mit-license +/** + * @license + * Copyright (c) 2016 Alexander Weidt, + * https://github.com/BiggA94 + * + * Licensed under the MIT License. http://opensource.org/licenses/mit-license */ -/** -* jsPDF AcroForm Plugin -* @module AcroForm +/** +* jsPDF AcroForm Plugin +* @module AcroForm */ -(function (jsPDFAPI, globalObj) { +(function (jsPDF, globalObj) { + var jsPDFAPI = jsPDF.API; var scope; var scaleFactor = 1; @@ -3607,8 +5160,8 @@ window.tmp = jsPDF; xobj.BBox = [0, 0, Number(f2(width)), Number(f2(height))]; return xobj; }; - /** - * Bit-Operations + /** + * Bit-Operations */ @@ -3645,8 +5198,8 @@ window.tmp = jsPDF; return (number & 1 << bitPosition) === 0 ? 0 : 1; }; - /* - * Ff starts counting the bit position at 1 and not like javascript at 0 + /* + * Ff starts counting the bit position at 1 and not like javascript at 0 */ @@ -3666,7 +5219,7 @@ window.tmp = jsPDF; return setBit(number, bitPosition - 1); }; - var clearBitForPdf = jsPDFAPI.__acroform__.clearBitForPdf = function (number, bitPosition, value) { + var clearBitForPdf = jsPDFAPI.__acroform__.clearBitForPdf = function (number, bitPosition) { if (isNaN(number) || isNaN(bitPosition)) { throw new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBitForPdf'); } @@ -3724,7 +5277,6 @@ window.tmp = jsPDF; var calculateX = function calculateX(formObject, text) { var maxFontSize = formObject.maxFontSize || 12; - var font = formObject.fontName; var returnValue = { text: "", fontSize: "" @@ -3734,9 +5286,6 @@ window.tmp = jsPDF; text = text.substr(text.length - 1) == ')' ? text.substr(0, text.length - 1) : text; // split into array of words var textSplit = text.split(' '); - - var color = scope.__private__.encodeColorString(formObject.color); - var fontSize = maxFontSize; // The Starting fontSize (The Maximum) var lineSpacing = 2; @@ -3865,12 +5414,12 @@ window.tmp = jsPDF; returnValue.fontSize = fontSize; return returnValue; }; - /** - * Small workaround for calculating the TextMetric approximately. - * - * @param text - * @param fontsize - * @returns {TextMetrics} (Has Height and Width) + /** + * Small workaround for calculating the TextMetric approximately. + * + * @param text + * @param fontsize + * @returns {TextMetrics} (Has Height and Width) */ @@ -3896,17 +5445,17 @@ window.tmp = jsPDF; fields: [], xForms: [], - /** - * acroFormDictionaryRoot contains information about the AcroForm - * Dictionary 0: The Event-Token, the AcroFormDictionaryCallback has - * 1: The Object ID of the Root + /** + * acroFormDictionaryRoot contains information about the AcroForm + * Dictionary 0: The Event-Token, the AcroFormDictionaryCallback has + * 1: The Object ID of the Root */ acroFormDictionaryRoot: null, - /** - * After the PDF gets evaluated, the reference to the root has to be - * reset, this indicates, whether the root has already been printed - * out + /** + * After the PDF gets evaluated, the reference to the root has to be + * reset, this indicates, whether the root has already been printed + * out */ printedOut: false, internal: null, @@ -3945,9 +5494,9 @@ window.tmp = jsPDF; scope.internal.acroformPlugin.acroFormDictionaryRoot.Fields.push(formObject); }; - /** - * Create the Reference to the widgetAnnotation, so that it gets referenced - * in the Annot[] int the+ (Requires the Annotation Plugin) + /** + * Create the Reference to the widgetAnnotation, so that it gets referenced + * in the Annot[] int the+ (Requires the Annotation Plugin) */ @@ -3976,9 +5525,9 @@ window.tmp = jsPDF; throw new Error('putCatalogCallback: Root missing.'); } }; - /** - * Adds /Acroform X 0 R to Document Catalog, and creates the AcroForm - * Dictionary + /** + * Adds /Acroform X 0 R to Document Catalog, and creates the AcroForm + * Dictionary */ @@ -3988,11 +5537,11 @@ window.tmp = jsPDF; delete scope.internal.acroformPlugin.acroFormDictionaryRoot._eventID; scope.internal.acroformPlugin.printedOut = true; }; - /** - * Creates the single Fields and writes them into the Document - * - * If fieldArray is set, use the fields that are inside it instead of the - * fields from the AcroRoot (for the FormXObjects...) + /** + * Creates the single Fields and writes them into the Document + * + * If fieldArray is set, use the fields that are inside it instead of the + * fields from the AcroRoot (for the FormXObjects...) */ @@ -4065,7 +5614,7 @@ window.tmp = jsPDF; appearanceStreamString += "/" + i + " " + obj + " "; // In case the XForm is already used, e.g. OffState // of CheckBoxes, don't add it - if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) scope.internal.acroformPlugin.xForms.push(obj); + if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) { scope.internal.acroformPlugin.xForms.push(obj); } } } } else { @@ -4078,7 +5627,7 @@ window.tmp = jsPDF; } appearanceStreamString += "/" + i + " " + obj; - if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) scope.internal.acroformPlugin.xForms.push(obj); + if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) { scope.internal.acroformPlugin.xForms.push(obj); } } appearanceStreamString += ">>"; @@ -4214,17 +5763,17 @@ window.tmp = jsPDF; // Classes // ########################## - /** - * @class AcroFormPDFObject - * @classdesc A AcroFormPDFObject + /** + * @class AcroFormPDFObject + * @classdesc A AcroFormPDFObject */ var AcroFormPDFObject = function AcroFormPDFObject() { var _objId; - /** * - * @name AcroFormPDFObject#objId - * @type {any} + /** * + * @name AcroFormPDFObject#objId + * @type {any} */ @@ -4246,8 +5795,8 @@ window.tmp = jsPDF; } }); }; - /** - * @function AcroFormPDFObject.toString + /** + * @function AcroFormPDFObject.toString */ @@ -4263,11 +5812,11 @@ window.tmp = jsPDF; }); scope.internal.out("endobj"); }; - /** - * Returns an key-value-List of all non-configurable Variables from the Object - * - * @name getKeyValueListForStream - * @returns {string} + /** + * Returns an key-value-List of all non-configurable Variables from the Object + * + * @name getKeyValueListForStream + * @returns {string} */ @@ -4376,7 +5925,7 @@ window.tmp = jsPDF; if (_Kids.length > 0) { return _Kids; } else { - return; + return undefined; } } }); @@ -4395,7 +5944,7 @@ window.tmp = jsPDF; configurable: false, get: function get() { if (!_DA) { - return; + return undefined; } return '(' + _DA + ')'; @@ -4407,11 +5956,11 @@ window.tmp = jsPDF; }; inherit(AcroFormDictionary, AcroFormPDFObject); - /** - * The Field Object contains the Variables, that every Field needs - * - * @class AcroFormField - * @classdesc An AcroForm FieldObject + /** + * The Field Object contains the Variables, that every Field needs + * + * @class AcroFormField + * @classdesc An AcroForm FieldObject */ var AcroFormField = function AcroFormField() { @@ -4432,13 +5981,13 @@ window.tmp = jsPDF; } } }); - /** - * (PDF 1.2) If set, print the annotation when the page is printed. If clear, never print the annotation, regardless of wether is is displayed on the screen. - * NOTE 2 This can be useful for annotations representing interactive pushbuttons, which would serve no meaningful purpose on the printed page. - * - * @name AcroFormField#showWhenPrinted - * @default true - * @type {boolean} + /** + * (PDF 1.2) If set, print the annotation when the page is printed. If clear, never print the annotation, regardless of wether is is displayed on the screen. + * NOTE 2 This can be useful for annotations representing interactive pushbuttons, which would serve no meaningful purpose on the printed page. + * + * @name AcroFormField#showWhenPrinted + * @default true + * @type {boolean} */ Object.defineProperty(this, 'showWhenPrinted', { @@ -4476,7 +6025,7 @@ window.tmp = jsPDF; configurable: false, get: function get() { if (_Rect.length === 0) { - return; + return undefined; } return _Rect; @@ -4489,12 +6038,12 @@ window.tmp = jsPDF; } } }); - /** - * The x-position of the field. - * - * @name AcroFormField#x - * @default null - * @type {number} + /** + * The x-position of the field. + * + * @name AcroFormField#x + * @default null + * @type {number} */ Object.defineProperty(this, 'x', { @@ -4511,12 +6060,12 @@ window.tmp = jsPDF; _Rect[0] = scale(value); } }); - /** - * The y-position of the field. - * - * @name AcroFormField#y - * @default null - * @type {number} + /** + * The y-position of the field. + * + * @name AcroFormField#y + * @default null + * @type {number} */ Object.defineProperty(this, 'y', { @@ -4533,12 +6082,12 @@ window.tmp = jsPDF; _Rect[1] = scale(value); } }); - /** - * The width of the field. - * - * @name AcroFormField#width - * @default null - * @type {number} + /** + * The width of the field. + * + * @name AcroFormField#width + * @default null + * @type {number} */ Object.defineProperty(this, 'width', { @@ -4555,12 +6104,12 @@ window.tmp = jsPDF; _Rect[2] = scale(value); } }); - /** - * The height of the field. - * - * @name AcroFormField#height - * @default null - * @type {number} + /** + * The height of the field. + * + * @name AcroFormField#height + * @default null + * @type {number} */ Object.defineProperty(this, 'height', { @@ -4606,7 +6155,7 @@ window.tmp = jsPDF; if (!_T || _T.length < 1) { // In case of a Child from a Radio´Group, you don't need a FieldName if (this instanceof AcroFormChildClass) { - return; + return undefined; } _T = "FieldObject" + AcroFormField.FieldNum++; @@ -4618,12 +6167,12 @@ window.tmp = jsPDF; _T = value.toString(); } }); - /** - * (Optional) The partial field name (see 12.7.3.2, “Field Names”). - * - * @name AcroFormField#fieldName - * @default null - * @type {string} + /** + * (Optional) The partial field name (see 12.7.3.2, “Field Names”). + * + * @name AcroFormField#fieldName + * @default null + * @type {string} */ Object.defineProperty(this, 'fieldName', { @@ -4637,12 +6186,12 @@ window.tmp = jsPDF; } }); var _fontName = 'helvetica'; - /** - * The fontName of the font to be used. - * - * @name AcroFormField#fontName - * @default 'helvetica' - * @type {string} + /** + * The fontName of the font to be used. + * + * @name AcroFormField#fontName + * @default 'helvetica' + * @type {string} */ Object.defineProperty(this, 'fontName', { @@ -4656,12 +6205,12 @@ window.tmp = jsPDF; } }); var _fontStyle = 'normal'; - /** - * The fontStyle of the font to be used. - * - * @name AcroFormField#fontStyle - * @default 'normal' - * @type {string} + /** + * The fontStyle of the font to be used. + * + * @name AcroFormField#fontStyle + * @default 'normal' + * @type {string} */ Object.defineProperty(this, 'fontStyle', { @@ -4675,12 +6224,12 @@ window.tmp = jsPDF; } }); var _fontSize = 0; - /** - * The fontSize of the font to be used. - * - * @name AcroFormField#fontSize - * @default 0 (for auto) - * @type {number} + /** + * The fontSize of the font to be used. + * + * @name AcroFormField#fontSize + * @default 0 (for auto) + * @type {number} */ Object.defineProperty(this, 'fontSize', { @@ -4694,12 +6243,12 @@ window.tmp = jsPDF; } }); var _maxFontSize = 50; - /** - * The maximum fontSize of the font to be used. - * - * @name AcroFormField#maxFontSize - * @default 0 (for auto) - * @type {number} + /** + * The maximum fontSize of the font to be used. + * + * @name AcroFormField#maxFontSize + * @default 0 (for auto) + * @type {number} */ Object.defineProperty(this, 'maxFontSize', { @@ -4713,12 +6262,12 @@ window.tmp = jsPDF; } }); var _color = 'black'; - /** - * The color of the text - * - * @name AcroFormField#color - * @default 'black' - * @type {string|rgba} + /** + * The color of the text + * + * @name AcroFormField#color + * @default 'black' + * @type {string|rgba} */ Object.defineProperty(this, 'color', { @@ -4738,7 +6287,7 @@ window.tmp = jsPDF; configurable: false, get: function get() { if (!_DA || this instanceof AcroFormChildClass || this instanceof AcroFormTextField) { - return; + return undefined; } return toPdfString(_DA); @@ -4754,7 +6303,7 @@ window.tmp = jsPDF; configurable: false, get: function get() { if (!_DV) { - return; + return undefined; } if (this instanceof AcroFormButton === false) { @@ -4777,12 +6326,12 @@ window.tmp = jsPDF; } } }); - /** - * (Optional; inheritable) The default value to which the field reverts when a reset-form action is executed (see 12.7.5.3, “Reset-Form Action”). The format of this value is the same as that of value. - * - * @name AcroFormField#defaultValue - * @default null - * @type {any} + /** + * (Optional; inheritable) The default value to which the field reverts when a reset-form action is executed (see 12.7.5.3, “Reset-Form Action”). The format of this value is the same as that of value. + * + * @name AcroFormField#defaultValue + * @default null + * @type {any} */ Object.defineProperty(this, 'defaultValue', { @@ -4811,7 +6360,7 @@ window.tmp = jsPDF; configurable: false, get: function get() { if (!_V) { - return; + return undefined; } if (this instanceof AcroFormButton === false) { @@ -4834,12 +6383,12 @@ window.tmp = jsPDF; } } }); - /** - * (Optional; inheritable) The field’s value, whose format varies depending on the field type. See the descriptions of individual field types for further information. - * - * @name AcroFormField#value - * @default null - * @type {any} + /** + * (Optional; inheritable) The field’s value, whose format varies depending on the field type. See the descriptions of individual field types for further information. + * + * @name AcroFormField#value + * @default null + * @type {any} */ Object.defineProperty(this, 'value', { @@ -4862,12 +6411,12 @@ window.tmp = jsPDF; } } }); - /** - * Check if field has annotations - * - * @name AcroFormField#hasAnnotation - * @readonly - * @type {boolean} + /** + * Check if field has annotations + * + * @name AcroFormField#hasAnnotation + * @readonly + * @type {boolean} */ Object.defineProperty(this, 'hasAnnotation', { @@ -4892,12 +6441,12 @@ window.tmp = jsPDF; } }); var _hasAppearanceStream = false; - /** - * true if field has an appearanceStream - * - * @name AcroFormField#hasAppearanceStream - * @readonly - * @type {boolean} + /** + * true if field has an appearanceStream + * + * @name AcroFormField#hasAppearanceStream + * @readonly + * @type {boolean} */ Object.defineProperty(this, 'hasAppearanceStream', { @@ -4912,11 +6461,11 @@ window.tmp = jsPDF; _hasAppearanceStream = value; } }); - /** - * The page on which the AcroFormField is placed - * - * @name AcroFormField#page - * @type {number} + /** + * The page on which the AcroFormField is placed + * + * @name AcroFormField#page + * @type {number} */ var _page; @@ -4927,7 +6476,7 @@ window.tmp = jsPDF; writeable: true, get: function get() { if (!_page) { - return; + return undefined; } return _page; @@ -4936,12 +6485,12 @@ window.tmp = jsPDF; _page = value; } }); - /** - * If set, the user may not change the value of the field. Any associated widget annotations will not interact with the user; that is, they will not respond to mouse clicks or change their appearance in response to mouse motions. This flag is useful for fields whose values are computed or imported from a database. - * - * @name AcroFormField#readOnly - * @default false - * @type {boolean} + /** + * If set, the user may not change the value of the field. Any associated widget annotations will not interact with the user; that is, they will not respond to mouse clicks or change their appearance in response to mouse motions. This flag is useful for fields whose values are computed or imported from a database. + * + * @name AcroFormField#readOnly + * @default false + * @type {boolean} */ Object.defineProperty(this, 'readOnly', { @@ -4958,12 +6507,12 @@ window.tmp = jsPDF; } } }); - /** - * If set, the field shall have a value at the time it is exported by a submitform action (see 12.7.5.2, “Submit-Form Action”). - * - * @name AcroFormField#required - * @default false - * @type {boolean} + /** + * If set, the field shall have a value at the time it is exported by a submitform action (see 12.7.5.2, “Submit-Form Action”). + * + * @name AcroFormField#required + * @default false + * @type {boolean} */ Object.defineProperty(this, 'required', { @@ -4980,12 +6529,12 @@ window.tmp = jsPDF; } } }); - /** - * If set, the field shall not be exported by a submit-form action (see 12.7.5.2, “Submit-Form Action”) - * - * @name AcroFormField#noExport - * @default false - * @type {boolean} + /** + * If set, the field shall not be exported by a submit-form action (see 12.7.5.2, “Submit-Form Action”) + * + * @name AcroFormField#noExport + * @default false + * @type {boolean} */ Object.defineProperty(this, 'noExport', { @@ -5008,7 +6557,7 @@ window.tmp = jsPDF; configurable: false, get: function get() { if (_Q === null) { - return; + return undefined; } return _Q; @@ -5021,13 +6570,13 @@ window.tmp = jsPDF; } } }); - /** - * (Optional; inheritable) A code specifying the form of quadding (justification) that shall be used in displaying the text: - * 'left', 'center', 'right' - * - * @name AcroFormField#textAlign - * @default 'left' - * @type {string} + /** + * (Optional; inheritable) A code specifying the form of quadding (justification) that shall be used in displaying the text: + * 'left', 'center', 'right' + * + * @name AcroFormField#textAlign + * @default 'left' + * @type {string} */ Object.defineProperty(this, 'textAlign', { @@ -5075,9 +6624,9 @@ window.tmp = jsPDF; }; inherit(AcroFormField, AcroFormPDFObject); - /** - * @class AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormChoiceField + * @extends AcroFormField */ var AcroFormChoiceField = function AcroFormChoiceField() { @@ -5099,12 +6648,12 @@ window.tmp = jsPDF; _TI = value; } }); - /** - * (Optional) For scrollable list boxes, the top index (the index in the Opt array of the first option visible in the list). Default value: 0. - * - * @name AcroFormChoiceField#topIndex - * @default 0 - * @type {number} + /** + * (Optional) For scrollable list boxes, the top index (the index in the Opt array of the first option visible in the list). Default value: 0. + * + * @name AcroFormChoiceField#topIndex + * @default 0 + * @type {number} */ Object.defineProperty(this, 'topIndex', { @@ -5128,23 +6677,23 @@ window.tmp = jsPDF; _Opt = pdfArrayToStringArray(value); } }); - /** - * @memberof AcroFormChoiceField - * @name getOptions - * @function - * @instance - * @returns {array} array of Options + /** + * @memberof AcroFormChoiceField + * @name getOptions + * @function + * @instance + * @returns {array} array of Options */ this.getOptions = function () { return _Opt; }; - /** - * @memberof AcroFormChoiceField - * @name setOptions - * @function - * @instance - * @param {array} value + /** + * @memberof AcroFormChoiceField + * @name setOptions + * @function + * @instance + * @param {array} value */ @@ -5155,12 +6704,12 @@ window.tmp = jsPDF; _Opt.sort(); } }; - /** - * @memberof AcroFormChoiceField - * @name addOption - * @function - * @instance - * @param {string} value + /** + * @memberof AcroFormChoiceField + * @name addOption + * @function + * @instance + * @param {string} value */ @@ -5174,13 +6723,13 @@ window.tmp = jsPDF; _Opt.sort(); } }; - /** - * @memberof AcroFormChoiceField - * @name removeOption - * @function - * @instance - * @param {string} value - * @param {boolean} allEntries (default: false) + /** + * @memberof AcroFormChoiceField + * @name removeOption + * @function + * @instance + * @param {string} value + * @param {boolean} allEntries (default: false) */ @@ -5197,12 +6746,12 @@ window.tmp = jsPDF; } } }; - /** - * If set, the field is a combo box; if clear, the field is a list box. - * - * @name AcroFormChoiceField#combo - * @default false - * @type {boolean} + /** + * If set, the field is a combo box; if clear, the field is a list box. + * + * @name AcroFormChoiceField#combo + * @default false + * @type {boolean} */ @@ -5220,12 +6769,12 @@ window.tmp = jsPDF; } } }); - /** - * If set, the combo box shall include an editable text box as well as a drop-down list; if clear, it shall include only a drop-down list. This flag shall be used only if the Combo flag is set. - * - * @name AcroFormChoiceField#edit - * @default false - * @type {boolean} + /** + * If set, the combo box shall include an editable text box as well as a drop-down list; if clear, it shall include only a drop-down list. This flag shall be used only if the Combo flag is set. + * + * @name AcroFormChoiceField#edit + * @default false + * @type {boolean} */ Object.defineProperty(this, 'edit', { @@ -5245,12 +6794,12 @@ window.tmp = jsPDF; } } }); - /** - * If set, the field’s option items shall be sorted alphabetically. This flag is intended for use by writers, not by readers. Conforming readers shall display the options in the order in which they occur in the Opt array (see Table 231). - * - * @name AcroFormChoiceField#sort - * @default false - * @type {boolean} + /** + * If set, the field’s option items shall be sorted alphabetically. This flag is intended for use by writers, not by readers. Conforming readers shall display the options in the order in which they occur in the Opt array (see Table 231). + * + * @name AcroFormChoiceField#sort + * @default false + * @type {boolean} */ Object.defineProperty(this, 'sort', { @@ -5269,12 +6818,12 @@ window.tmp = jsPDF; } } }); - /** - * (PDF 1.4) If set, more than one of the field’s option items may be selected simultaneously; if clear, at most one item shall be selected - * - * @name AcroFormChoiceField#multiSelect - * @default false - * @type {boolean} + /** + * (PDF 1.4) If set, more than one of the field’s option items may be selected simultaneously; if clear, at most one item shall be selected + * + * @name AcroFormChoiceField#multiSelect + * @default false + * @type {boolean} */ Object.defineProperty(this, 'multiSelect', { @@ -5291,12 +6840,12 @@ window.tmp = jsPDF; } } }); - /** - * (PDF 1.4) If set, text entered in the field shall not be spellchecked. This flag shall not be used unless the Combo and Edit flags are both set. - * - * @name AcroFormChoiceField#doNotSpellCheck - * @default false - * @type {boolean} + /** + * (PDF 1.4) If set, text entered in the field shall not be spellchecked. This flag shall not be used unless the Combo and Edit flags are both set. + * + * @name AcroFormChoiceField#doNotSpellCheck + * @default false + * @type {boolean} */ Object.defineProperty(this, 'doNotSpellCheck', { @@ -5313,13 +6862,13 @@ window.tmp = jsPDF; } } }); - /** - * (PDF 1.5) If set, the new value shall be committed as soon as a selection is made (commonly with the pointing device). In this case, supplying a value for a field involves three actions: selecting the field for fill-in, selecting a choice for the fill-in value, and leaving that field, which finalizes or “commits” the data choice and triggers any actions associated with the entry or changing of this data. If this flag is on, then processing does not wait for leaving the field action to occur, but immediately proceeds to the third step. - * This option enables applications to perform an action once a selection is made, without requiring the user to exit the field. If clear, the new value is not committed until the user exits the field. - * - * @name AcroFormChoiceField#commitOnSelChange - * @default false - * @type {boolean} + /** + * (PDF 1.5) If set, the new value shall be committed as soon as a selection is made (commonly with the pointing device). In this case, supplying a value for a field involves three actions: selecting the field for fill-in, selecting a choice for the fill-in value, and leaving that field, which finalizes or “commits” the data choice and triggers any actions associated with the entry or changing of this data. If this flag is on, then processing does not wait for leaving the field action to occur, but immediately proceeds to the third step. + * This option enables applications to perform an action once a selection is made, without requiring the user to exit the field. If clear, the new value is not committed until the user exits the field. + * + * @name AcroFormChoiceField#commitOnSelChange + * @default false + * @type {boolean} */ Object.defineProperty(this, 'commitOnSelChange', { @@ -5340,10 +6889,10 @@ window.tmp = jsPDF; }; inherit(AcroFormChoiceField, AcroFormField); - /** - * @class AcroFormListBox - * @extends AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormListBox + * @extends AcroFormChoiceField + * @extends AcroFormField */ var AcroFormListBox = function AcroFormListBox() { @@ -5354,11 +6903,11 @@ window.tmp = jsPDF; }; inherit(AcroFormListBox, AcroFormChoiceField); - /** - * @class AcroFormComboBox - * @extends AcroFormListBox - * @extends AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormComboBox + * @extends AcroFormListBox + * @extends AcroFormChoiceField + * @extends AcroFormField */ var AcroFormComboBox = function AcroFormComboBox() { @@ -5367,12 +6916,12 @@ window.tmp = jsPDF; }; inherit(AcroFormComboBox, AcroFormListBox); - /** - * @class AcroFormEditBox - * @extends AcroFormComboBox - * @extends AcroFormListBox - * @extends AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormEditBox + * @extends AcroFormComboBox + * @extends AcroFormListBox + * @extends AcroFormChoiceField + * @extends AcroFormField */ var AcroFormEditBox = function AcroFormEditBox() { @@ -5381,19 +6930,19 @@ window.tmp = jsPDF; }; inherit(AcroFormEditBox, AcroFormComboBox); - /** - * @class AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormButton + * @extends AcroFormField */ var AcroFormButton = function AcroFormButton() { AcroFormField.call(this); this.FT = "/Btn"; - /** - * (Radio buttons only) If set, exactly one radio button shall be selected at all times; selecting the currently selected button has no effect. If clear, clicking the selected button deselects it, leaving no button selected. - * - * @name AcroFormButton#noToggleToOff - * @type {boolean} + /** + * (Radio buttons only) If set, exactly one radio button shall be selected at all times; selecting the currently selected button has no effect. If clear, clicking the selected button deselects it, leaving no button selected. + * + * @name AcroFormButton#noToggleToOff + * @type {boolean} */ Object.defineProperty(this, 'noToggleToOff', { @@ -5410,11 +6959,11 @@ window.tmp = jsPDF; } } }); - /** - * If set, the field is a set of radio buttons; if clear, the field is a checkbox. This flag may be set only if the Pushbutton flag is clear. - * - * @name AcroFormButton#radio - * @type {boolean} + /** + * If set, the field is a set of radio buttons; if clear, the field is a checkbox. This flag may be set only if the Pushbutton flag is clear. + * + * @name AcroFormButton#radio + * @type {boolean} */ Object.defineProperty(this, 'radio', { @@ -5431,11 +6980,11 @@ window.tmp = jsPDF; } } }); - /** - * If set, the field is a pushbutton that does not retain a permanent value. - * - * @name AcroFormButton#pushButton - * @type {boolean} + /** + * If set, the field is a pushbutton that does not retain a permanent value. + * + * @name AcroFormButton#pushButton + * @type {boolean} */ Object.defineProperty(this, 'pushButton', { @@ -5452,11 +7001,11 @@ window.tmp = jsPDF; } } }); - /** - * (PDF 1.5) If set, a group of radio buttons within a radio button field that use the same value for the on state will turn on and off in unison; that is if one is checked, they are all checked. If clear, the buttons are mutually exclusive (the same behavior as HTML radio buttons). - * - * @name AcroFormButton#radioIsUnison - * @type {boolean} + /** + * (PDF 1.5) If set, a group of radio buttons within a radio button field that use the same value for the on state will turn on and off in unison; that is if one is checked, they are all checked. If clear, the buttons are mutually exclusive (the same behavior as HTML radio buttons). + * + * @name AcroFormButton#radioIsUnison + * @type {boolean} */ Object.defineProperty(this, 'radioIsUnison', { @@ -5491,7 +7040,7 @@ window.tmp = jsPDF; return result.join('\n'); } - return; + return undefined; }, set: function set(value) { if (_typeof(value) === "object") { @@ -5499,16 +7048,16 @@ window.tmp = jsPDF; } } }); - /** - * From the PDF reference: - * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. - * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). - * - * - '8' = Cross, - * - 'l' = Circle, - * - '' = nothing - * @name AcroFormButton#caption - * @type {string} + /** + * From the PDF reference: + * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. + * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). + * + * - '8' = Cross, + * - 'l' = Circle, + * - '' = nothing + * @name AcroFormButton#caption + * @type {string} */ Object.defineProperty(this, 'caption', { @@ -5536,11 +7085,11 @@ window.tmp = jsPDF; _AS = value; } }); - /** - * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") - * - * @name AcroFormButton#appearanceState - * @type {any} + /** + * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") + * + * @name AcroFormButton#appearanceState + * @type {any} */ Object.defineProperty(this, 'appearanceState', { @@ -5556,10 +7105,10 @@ window.tmp = jsPDF; }; inherit(AcroFormButton, AcroFormField); - /** - * @class AcroFormPushButton - * @extends AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormPushButton + * @extends AcroFormButton + * @extends AcroFormField */ var AcroFormPushButton = function AcroFormPushButton() { @@ -5568,10 +7117,10 @@ window.tmp = jsPDF; }; inherit(AcroFormPushButton, AcroFormButton); - /** - * @class AcroFormRadioButton - * @extends AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormRadioButton + * @extends AcroFormButton + * @extends AcroFormField */ var AcroFormRadioButton = function AcroFormRadioButton() { @@ -5596,12 +7145,12 @@ window.tmp = jsPDF; }; inherit(AcroFormRadioButton, AcroFormButton); - /** - * The Child class of a RadioButton (the radioGroup) -> The single Buttons - * - * @class AcroFormChildClass - * @extends AcroFormField - * @ignore + /** + * The Child class of a RadioButton (the radioGroup) -> The single Buttons + * + * @class AcroFormChildClass + * @extends AcroFormField + * @ignore */ var AcroFormChildClass = function AcroFormChildClass() { @@ -5654,16 +7203,16 @@ window.tmp = jsPDF; } } }); - /** - * From the PDF reference: - * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. - * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). - * - * - '8' = Cross, - * - 'l' = Circle, - * - '' = nothing - * @name AcroFormButton#caption - * @type {string} + /** + * From the PDF reference: + * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. + * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). + * + * - '8' = Cross, + * - 'l' = Circle, + * - '' = nothing + * @name AcroFormButton#caption + * @type {string} */ Object.defineProperty(this, 'caption', { @@ -5691,11 +7240,11 @@ window.tmp = jsPDF; _AS = value; } }); - /** - * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") - * - * @name AcroFormButton#appearanceState - * @type {any} + /** + * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") + * + * @name AcroFormButton#appearanceState + * @type {any} */ Object.defineProperty(this, 'appearanceState', { @@ -5708,14 +7257,13 @@ window.tmp = jsPDF; _AS = '/' + value; } }); - this.optionName = name; this.caption = 'l'; this.appearanceState = 'Off'; // todo: set AppearanceType as variable that can be set from the // outside... this._AppearanceType = AcroFormAppearance.RadioButton.Circle; // The Default appearanceType is the Circle - this.appearanceStreamContent = this._AppearanceType.createAppearanceStream(name); + this.appearanceStreamContent = this._AppearanceType.createAppearanceStream(this.optionName); }; inherit(AcroFormChildClass, AcroFormField); @@ -5723,7 +7271,6 @@ window.tmp = jsPDF; AcroFormRadioButton.prototype.setAppearance = function (appearance) { if (!('createAppearanceStream' in appearance && 'getCA' in appearance)) { throw new Error("Couldn't assign Appearance to RadioButton. Appearance was Invalid!"); - return; } for (var objId in this.Kids) { @@ -5736,8 +7283,7 @@ window.tmp = jsPDF; }; AcroFormRadioButton.prototype.createOption = function (name) { - var kidCount = this.Kids.length; // Create new Child for RadioGroup - + // Create new Child for RadioGroup var child = new AcroFormChildClass(); child.Parent = this; child.optionName = name; // Add to Parent @@ -5746,10 +7292,10 @@ window.tmp = jsPDF; addField.call(this, child); return child; }; - /** - * @class AcroFormCheckBox - * @extends AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormCheckBox + * @extends AcroFormButton + * @extends AcroFormField */ @@ -5764,19 +7310,19 @@ window.tmp = jsPDF; }; inherit(AcroFormCheckBox, AcroFormButton); - /** - * @class AcroFormTextField - * @extends AcroFormField + /** + * @class AcroFormTextField + * @extends AcroFormField */ var AcroFormTextField = function AcroFormTextField() { AcroFormField.call(this); this.FT = '/Tx'; - /** - * If set, the field may contain multiple lines of text; if clear, the field’s text shall be restricted to a single line. - * - * @name AcroFormTextField#multiline - * @type {boolean} + /** + * If set, the field may contain multiple lines of text; if clear, the field’s text shall be restricted to a single line. + * + * @name AcroFormTextField#multiline + * @type {boolean} */ Object.defineProperty(this, 'multiline', { @@ -5793,11 +7339,11 @@ window.tmp = jsPDF; } } }); - /** - * (PDF 1.4) If set, the text entered in the field represents the pathname of a file whose contents shall be submitted as the value of the field. - * - * @name AcroFormTextField#fileSelect - * @type {boolean} + /** + * (PDF 1.4) If set, the text entered in the field represents the pathname of a file whose contents shall be submitted as the value of the field. + * + * @name AcroFormTextField#fileSelect + * @type {boolean} */ Object.defineProperty(this, 'fileSelect', { @@ -5814,11 +7360,11 @@ window.tmp = jsPDF; } } }); - /** - * (PDF 1.4) If set, text entered in the field shall not be spell-checked. - * - * @name AcroFormTextField#doNotSpellCheck - * @type {boolean} + /** + * (PDF 1.4) If set, text entered in the field shall not be spell-checked. + * + * @name AcroFormTextField#doNotSpellCheck + * @type {boolean} */ Object.defineProperty(this, 'doNotSpellCheck', { @@ -5835,11 +7381,11 @@ window.tmp = jsPDF; } } }); - /** - * (PDF 1.4) If set, the field shall not scroll (horizontally for single-line fields, vertically for multiple-line fields) to accommodate more text than fits within its annotation rectangle. Once the field is full, no further text shall be accepted for interactive form filling; for noninteractive form filling, the filler should take care not to add more character than will visibly fit in the defined area. - * - * @name AcroFormTextField#doNotScroll - * @type {boolean} + /** + * (PDF 1.4) If set, the field shall not scroll (horizontally for single-line fields, vertically for multiple-line fields) to accommodate more text than fits within its annotation rectangle. Once the field is full, no further text shall be accepted for interactive form filling; for noninteractive form filling, the filler should take care not to add more character than will visibly fit in the defined area. + * + * @name AcroFormTextField#doNotScroll + * @type {boolean} */ Object.defineProperty(this, 'doNotScroll', { @@ -5856,11 +7402,11 @@ window.tmp = jsPDF; } } }); - /** - * (PDF 1.5) May be set only if the MaxLen entry is present in the text field dictionary (see Table 229) and if the Multiline, Password, and FileSelect flags are clear. If set, the field shall be automatically divided into as many equally spaced positions, or combs, as the value of MaxLen, and the text is laid out into those combs. - * - * @name AcroFormTextField#comb - * @type {boolean} + /** + * (PDF 1.5) May be set only if the MaxLen entry is present in the text field dictionary (see Table 229) and if the Multiline, Password, and FileSelect flags are clear. If set, the field shall be automatically divided into as many equally spaced positions, or combs, as the value of MaxLen, and the text is laid out into those combs. + * + * @name AcroFormTextField#comb + * @type {boolean} */ Object.defineProperty(this, 'comb', { @@ -5877,11 +7423,11 @@ window.tmp = jsPDF; } } }); - /** - * (PDF 1.5) If set, the value of this field shall be a rich text string (see 12.7.3.4, “Rich Text Strings”). If the field has a value, the RV entry of the field dictionary (Table 222) shall specify the rich text string. - * - * @name AcroFormTextField#richText - * @type {boolean} + /** + * (PDF 1.5) If set, the value of this field shall be a rich text string (see 12.7.3.4, “Rich Text Strings”). If the field has a value, the RV entry of the field dictionary (Table 222) shall specify the rich text string. + * + * @name AcroFormTextField#richText + * @type {boolean} */ Object.defineProperty(this, 'richText', { @@ -5909,11 +7455,11 @@ window.tmp = jsPDF; _MaxLen = value; } }); - /** - * (Optional; inheritable) The maximum length of the field’s text, in characters. - * - * @name AcroFormTextField#maxLength - * @type {number} + /** + * (Optional; inheritable) The maximum length of the field’s text, in characters. + * + * @name AcroFormTextField#maxLength + * @type {number} */ Object.defineProperty(this, 'maxLength', { @@ -5938,20 +7484,20 @@ window.tmp = jsPDF; }; inherit(AcroFormTextField, AcroFormField); - /** - * @class AcroFormPasswordField - * @extends AcroFormTextField - * @extends AcroFormField + /** + * @class AcroFormPasswordField + * @extends AcroFormTextField + * @extends AcroFormField */ var AcroFormPasswordField = function AcroFormPasswordField() { AcroFormTextField.call(this); - /** - * If set, the field is intended for entering a secure password that should not be echoed visibly to the screen. Characters typed from the keyboard shall instead be echoed in some unreadable form, such as asterisks or bullet characters. - * NOTE To protect password confidentiality, readers should never store the value of the text field in the PDF file if this flag is set. - * - * @name AcroFormTextField#password - * @type {boolean} + /** + * If set, the field is intended for entering a secure password that should not be echoed visibly to the screen. Characters typed from the keyboard shall instead be echoed in some unreadable form, such as asterisks or bullet characters. + * NOTE To protect password confidentiality, readers should never store the value of the text field in the PDF file if this flag is set. + * + * @name AcroFormTextField#password + * @type {boolean} */ Object.defineProperty(this, 'password', { @@ -5988,10 +7534,10 @@ window.tmp = jsPDF; return appearance; }, - /** - * Returns the standard On Appearance for a CheckBox - * - * @returns {AcroFormXObject} + /** + * Returns the standard On Appearance for a CheckBox + * + * @returns {AcroFormXObject} */ YesPushDown: function YesPushDown(formObject) { var xobj = createFormXObject(formObject); @@ -6044,10 +7590,10 @@ window.tmp = jsPDF; return xobj; }, - /** - * Returns the standard Off Appearance for a CheckBox - * - * @returns {AcroFormXObject} + /** + * Returns the standard Off Appearance for a CheckBox + * + * @returns {AcroFormXObject} */ OffPushDown: function OffPushDown(formObject) { var xobj = createFormXObject(formObject); @@ -6084,8 +7630,8 @@ window.tmp = jsPDF; DotRadius = Number((DotRadius * 0.9).toFixed(5)); var c = AcroFormAppearance.internal.Bezier_C; var DotRadiusBezier = Number((DotRadius * c).toFixed(5)); - /* - * The Following is a Circle created with Bezier-Curves. + /* + * The Following is a Circle created with Bezier-Curves. */ stream.push("q"); @@ -6159,12 +7705,12 @@ window.tmp = jsPDF; } }, Cross: { - /** - * Creates the Actual AppearanceDictionary-References - * - * @param {string} name - * @returns {Object} - * @ignore + /** + * Creates the Actual AppearanceDictionary-References + * + * @param {string} name + * @returns {Object} + * @ignore */ createAppearanceStream: function createAppearanceStream(name) { var appearanceStreamContent = { @@ -6229,10 +7775,10 @@ window.tmp = jsPDF; } }, - /** - * Returns the standard Appearance - * - * @returns {AcroFormXObject} + /** + * Returns the standard Appearance + * + * @returns {AcroFormXObject} */ createDefaultAppearanceStream: function createDefaultAppearanceStream(formObject) { // Set Helvetica to Standard Font (size: auto) @@ -6252,7 +7798,6 @@ window.tmp = jsPDF; var width = AcroFormAppearance.internal.getWidth(formObject); var height = AcroFormAppearance.internal.getHeight(formObject); var a = Math.min(width, height); - var cross = { x1: { // upperLeft @@ -6303,14 +7848,14 @@ window.tmp = jsPDF; return result; }; // Public: - /** - * Add an AcroForm-Field to the jsPDF-instance - * - * @name addField - * @function - * @instance - * @param {Object} fieldObject - * @returns {jsPDF} + /** + * Add an AcroForm-Field to the jsPDF-instance + * + * @name addField + * @function + * @instance + * @param {Object} fieldObject + * @returns {jsPDF} */ @@ -6326,13 +7871,13 @@ window.tmp = jsPDF; fieldObject.page = scope.internal.getCurrentPageInfo().pageNumber; return this; }; - /** - * @name addButton - * @function - * @instance - * @param {AcroFormButton} options - * @returns {jsPDF} - * @deprecated + /** + * @name addButton + * @function + * @instance + * @param {AcroFormButton} options + * @returns {jsPDF} + * @deprecated */ @@ -6343,13 +7888,13 @@ window.tmp = jsPDF; return addField.call(this, button); }; - /** - * @name addTextField - * @function - * @instance - * @param {AcroFormTextField} textField - * @returns {jsPDF} - * @deprecated + /** + * @name addTextField + * @function + * @instance + * @param {AcroFormTextField} textField + * @returns {jsPDF} + * @deprecated */ @@ -6360,13 +7905,13 @@ window.tmp = jsPDF; return addField.call(this, textField); }; - /** - * @name addChoiceField - * @function - * @instance - * @param {AcroFormChoiceField} - * @returns {jsPDF} - * @deprecated + /** + * @name addChoiceField + * @function + * @instance + * @param {AcroFormChoiceField} + * @returns {jsPDF} + * @deprecated */ @@ -6421,39 +7966,59 @@ window.tmp = jsPDF; PasswordField: AcroFormPasswordField, Appearance: AcroFormAppearance }; -})(jsPDF.API, typeof window !== "undefined" && window || typeof global !== "undefined" && global); + jsPDF.AcroForm = { + ChoiceField: AcroFormChoiceField, + ListBox: AcroFormListBox, + ComboBox: AcroFormComboBox, + EditBox: AcroFormEditBox, + Button: AcroFormButton, + PushButton: AcroFormPushButton, + RadioButton: AcroFormRadioButton, + CheckBox: AcroFormCheckBox, + TextField: AcroFormTextField, + PasswordField: AcroFormPasswordField, + Appearance: AcroFormAppearance + }; +})(jsPDF, typeof window !== "undefined" && window || typeof global !== "undefined" && global); + +/* global jsPDF */ -/** @license - * jsPDF addImage plugin - * Copyright (c) 2012 Jason Siefken, https://github.com/siefkenj/ - * 2013 Chris Dowling, https://github.com/gingerchris - * 2013 Trinh Ho, https://github.com/ineedfat - * 2013 Edwin Alejandro Perez, https://github.com/eaparango - * 2013 Norah Smith, https://github.com/burnburnrocket - * 2014 Diego Casorran, https://github.com/diegocr - * 2014 James Robb, https://github.com/jamesbrobb - * - * +/** @license + * jsPDF addImage plugin + * Copyright (c) 2012 Jason Siefken, https://github.com/siefkenj/ + * 2013 Chris Dowling, https://github.com/gingerchris + * 2013 Trinh Ho, https://github.com/ineedfat + * 2013 Edwin Alejandro Perez, https://github.com/eaparango + * 2013 Norah Smith, https://github.com/burnburnrocket + * 2014 Diego Casorran, https://github.com/diegocr + * 2014 James Robb, https://github.com/jamesbrobb + * + * */ -/** -* @name addImage -* @module +/** +* @name addImage +* @module */ (function (jsPDFAPI) { var namespace = 'addImage_'; + jsPDFAPI.__addimage__ = {}; + var UNKNOWN = 'UNKNOWN'; var imageFileTypeHeaders = { PNG: [[0x89, 0x50, 0x4e, 0x47]], TIFF: [[0x4D, 0x4D, 0x00, 0x2A], //Motorola [0x49, 0x49, 0x2A, 0x00] //Intel ], JPEG: [[0xFF, 0xD8, 0xFF, 0xE0, undefined, undefined, 0x4A, 0x46, 0x49, 0x46, 0x00], //JFIF - [0xFF, 0xD8, 0xFF, 0xE1, undefined, undefined, 0x45, 0x78, 0x69, 0x66, 0x00, 0x00] //Exif + [0xFF, 0xD8, 0xFF, 0xE1, undefined, undefined, 0x45, 0x78, 0x69, 0x66, 0x00, 0x00], //Exif + [0xFF, 0xD8, 0xFF, 0xDB], //JPEG RAW + [0xFF, 0xD8, 0xFF, 0xEE] //EXIF RAW ], JPEG2000: [[0x00, 0x00, 0x00, 0x0C, 0x6A, 0x50, 0x20, 0x20]], GIF87a: [[0x47, 0x49, 0x46, 0x38, 0x37, 0x61]], GIF89a: [[0x47, 0x49, 0x46, 0x38, 0x39, 0x61]], + WEBP: [[0x52, 0x49, 0x46, 0x46, undefined, undefined, undefined, undefined, 0x57, 0x45, 0x42, 0x50]], BMP: [[0x42, 0x4D], //BM - Windows 3.1x, 95, NT, ... etc. [0x42, 0x41], //BA - OS/2 struct bitmap array [0x43, 0x49], //CI - OS/2 struct color icon @@ -6462,59 +8027,80 @@ window.tmp = jsPDF; [0x50, 0x54] //PT - OS/2 pointer ] }; - /** - * Recognize filetype of Image by magic-bytes - * - * https://en.wikipedia.org/wiki/List_of_file_signatures - * - * @name getImageFileTypeByImageData - * @public - * @function - * @param {string|arraybuffer} imageData imageData as binary String or arraybuffer - * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' - * - * @returns {string} filetype of Image + /** + * Recognize filetype of Image by magic-bytes + * + * https://en.wikipedia.org/wiki/List_of_file_signatures + * + * @name getImageFileTypeByImageData + * @public + * @function + * @param {string|arraybuffer} imageData imageData as binary String or arraybuffer + * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' + * + * @returns {string} filetype of Image */ - var getImageFileTypeByImageData = jsPDFAPI.getImageFileTypeByImageData = function (imageData, fallbackFormat) { - fallbackFormat = fallbackFormat || 'UNKNOWN'; + var getImageFileTypeByImageData = jsPDFAPI.__addimage__.getImageFileTypeByImageData = function (imageData, fallbackFormat) { + fallbackFormat = fallbackFormat || UNKNOWN; var i; var j; - var result = 'UNKNOWN'; + var result = UNKNOWN; var headerSchemata; var compareResult; var fileType; - if (jsPDFAPI.isArrayBufferView(imageData)) { - imageData = jsPDFAPI.arrayBufferToBinaryString(imageData); - } + if (isArrayBufferView(imageData)) { + for (fileType in imageFileTypeHeaders) { + headerSchemata = imageFileTypeHeaders[fileType]; - for (fileType in imageFileTypeHeaders) { - headerSchemata = imageFileTypeHeaders[fileType]; + for (i = 0; i < headerSchemata.length; i += 1) { + compareResult = true; - for (i = 0; i < headerSchemata.length; i += 1) { - compareResult = true; + for (j = 0; j < headerSchemata[i].length; j += 1) { + if (headerSchemata[i][j] === undefined) { + continue; + } - for (j = 0; j < headerSchemata[i].length; j += 1) { - if (headerSchemata[i][j] === undefined) { - continue; + if (headerSchemata[i][j] !== imageData[j]) { + compareResult = false; + break; + } } - if (headerSchemata[i][j] !== imageData.charCodeAt(j)) { - compareResult = false; + if (compareResult === true) { + result = fileType; break; } } + } + } else { + for (fileType in imageFileTypeHeaders) { + headerSchemata = imageFileTypeHeaders[fileType]; - if (compareResult === true) { - result = fileType; - break; + for (i = 0; i < headerSchemata.length; i += 1) { + compareResult = true; + + for (j = 0; j < headerSchemata[i].length; j += 1) { + if (headerSchemata[i][j] === undefined) { + continue; + } + + if (headerSchemata[i][j] !== imageData.charCodeAt(j)) { + compareResult = false; + break; + } + } + + if (compareResult === true) { + result = fileType; + break; + } } } } - if (result === 'UNKNOWN' && fallbackFormat !== 'UNKNOWN') { - console.warn('FileType of Image not recognized. Processing image as "' + fallbackFormat + '".'); + if (result === UNKNOWN && fallbackFormat !== UNKNOWN) { result = fallbackFormat; } @@ -6522,18 +8108,17 @@ window.tmp = jsPDF; }; // Image functionality ported from pdf.js - var putImage = function putImage(img) { - var objectNumber = this.internal.newObject(), - out = this.internal.write, - putStream = this.internal.putStream, - getFilters = this.internal.getFilters; - var filters = getFilters(); + var putImage = function putImage(image) { + var out = this.internal.write; + var putStream = this.internal.putStream; + var getFilters = this.internal.getFilters; + var filter = getFilters(); - while (filters.indexOf('FlateEncode') !== -1) { - filters.splice(filters.indexOf('FlateEncode'), 1); + while (filter.indexOf('FlateEncode') !== -1) { + filter.splice(filter.indexOf('FlateEncode'), 1); } - img['n'] = objectNumber; + image.objectId = this.internal.newObject(); var additionalKeyValues = []; additionalKeyValues.push({ key: 'Type', @@ -6545,26 +8130,26 @@ window.tmp = jsPDF; }); additionalKeyValues.push({ key: 'Width', - value: img['w'] + value: image.width }); additionalKeyValues.push({ key: 'Height', - value: img['h'] + value: image.height }); - if (img['cs'] === this.color_spaces.INDEXED) { + if (image.colorSpace === color_spaces.INDEXED) { additionalKeyValues.push({ key: 'ColorSpace', - value: '[/Indexed /DeviceRGB ' // if an indexed png defines more than one colour with transparency, we've created a smask - + (img['pal'].length / 3 - 1) + ' ' + ('smask' in img ? objectNumber + 2 : objectNumber + 1) + ' 0 R]' + value: '[/Indexed /DeviceRGB ' // if an indexed png defines more than one colour with transparency, we've created a sMask + + (image.palette.length / 3 - 1) + ' ' + ('sMask' in image && typeof image.sMask !== "undefined" ? image.objectId + 2 : image.objectId + 1) + ' 0 R]' }); } else { additionalKeyValues.push({ key: 'ColorSpace', - value: '/' + img['cs'] + value: '/' + image.colorSpace }); - if (img['cs'] === this.color_spaces.DEVICE_CMYK) { + if (image.colorSpace === color_spaces.DEVICE_CMYK) { additionalKeyValues.push({ key: 'Decode', value: '[1 0 1 0 1 0 1 0]' @@ -6574,93 +8159,101 @@ window.tmp = jsPDF; additionalKeyValues.push({ key: 'BitsPerComponent', - value: img['bpc'] + value: image.bitsPerComponent }); - if ('dp' in img) { + if ('decodeParameters' in image && typeof image.decodeParameters !== "undefined") { additionalKeyValues.push({ key: 'DecodeParms', - value: '<<' + img['dp'] + '>>' + value: '<<' + image.decodeParameters + '>>' }); } - if ('trns' in img && img['trns'].constructor == Array) { - var trns = '', + if ('transparency' in image && Array.isArray(image.transparency)) { + var transparency = '', i = 0, - len = img['trns'].length; + len = image.transparency.length; for (; i < len; i++) { - trns += img['trns'][i] + ' ' + img['trns'][i] + ' '; + transparency += image.transparency[i] + ' ' + image.transparency[i] + ' '; } additionalKeyValues.push({ key: 'Mask', - value: '[' + trns + ']' + value: '[' + transparency + ']' }); } - if ('smask' in img) { + if (typeof image.sMask !== "undefined") { additionalKeyValues.push({ key: 'SMask', - value: objectNumber + 1 + ' 0 R' + value: image.objectId + 1 + ' 0 R' }); } - var alreadyAppliedFilters = typeof img['f'] !== "undefined" ? ['/' + img['f']] : undefined; + var alreadyAppliedFilters = typeof image.filter !== "undefined" ? ['/' + image.filter] : undefined; putStream({ - data: img['data'], + data: image.data, additionalKeyValues: additionalKeyValues, alreadyAppliedFilters: alreadyAppliedFilters }); out('endobj'); // Soft mask - if ('smask' in img) { - var dp = '/Predictor ' + img['p'] + ' /Colors 1 /BitsPerComponent ' + img['bpc'] + ' /Columns ' + img['w']; - var smask = { - 'w': img['w'], - 'h': img['h'], - 'cs': 'DeviceGray', - 'bpc': img['bpc'], - 'dp': dp, - 'data': img['smask'] + if ('sMask' in image && typeof image.sMask !== "undefined") { + var decodeParameters = '/Predictor ' + image.predictor + ' /Colors 1 /BitsPerComponent ' + image.bitsPerComponent + ' /Columns ' + image.width; + var sMask = { + width: image.width, + height: image.height, + colorSpace: 'DeviceGray', + bitsPerComponent: image.bitsPerComponent, + decodeParameters: decodeParameters, + data: image.sMask }; - if ('f' in img) smask.f = img['f']; - putImage.call(this, smask); + + if ('filter' in image) { + sMask.filter = image.filter; + } + + putImage.call(this, sMask); } //Palette - if (img['cs'] === this.color_spaces.INDEXED) { + if (image.colorSpace === color_spaces.INDEXED) { this.internal.newObject(); //out('<< /Filter / ' + img['f'] +' /Length ' + img['pal'].length + '>>'); //putStream(zlib.compress(img['pal'])); putStream({ - data: this.arrayBufferToBinaryString(new Uint8Array(img['pal'])) + data: arrayBufferToBinaryString(new Uint8Array(image.palette)) }); out('endobj'); } - }, - putResourcesCallback = function putResourcesCallback() { + }; + + var putResourcesCallback = function putResourcesCallback() { var images = this.internal.collections[namespace + 'images']; for (var i in images) { putImage.call(this, images[i]); } - }, - putXObjectsDictCallback = function putXObjectsDictCallback() { + }; + + var putXObjectsDictCallback = function putXObjectsDictCallback() { var images = this.internal.collections[namespace + 'images'], out = this.internal.write, image; for (var i in images) { image = images[i]; - out('/I' + image['i'], image['n'], '0', 'R'); + out('/I' + image.index, image.objectId, '0', 'R'); } - }, - checkCompressValue = function checkCompressValue(value) { - if (value && typeof value === 'string') value = value.toUpperCase(); - return value in jsPDFAPI.image_compression ? value : jsPDFAPI.image_compression.NONE; - }, - getImages = function getImages() { + }; + + var checkCompressValue = function checkCompressValue(value) { + if (value && typeof value === 'string') { value = value.toUpperCase(); } + return value in jsPDFAPI.image_compression ? value : image_compression.NONE; + }; + + var getImages = function getImages() { var images = this.internal.collections[namespace + 'images']; //first run, so initialise stuff if (!images) { @@ -6670,126 +8263,97 @@ window.tmp = jsPDF; } return images; - }, - getImageIndex = function getImageIndex(images) { - var imageIndex = 0; - - if (images) { - // this is NOT the first time this method is ran on this instance of jsPDF object. - imageIndex = Object.keys ? Object.keys(images).length : function (o) { - var i = 0; - - for (var e in o) { - if (o.hasOwnProperty(e)) { - i++; - } - } + }; - return i; - }(images); - } + var getImageIndex = function getImageIndex() { + return Object.keys(this.internal.collections[namespace + 'images']).length; + }; - return imageIndex; - }, - notDefined = function notDefined(value) { + var notDefined = function notDefined(value) { return typeof value === 'undefined' || value === null || value.length === 0; - }, - generateAliasFromImageData = function generateAliasFromImageData(imageData) { - if (typeof imageData === 'string') { - return jsPDFAPI.sHashCode(imageData); - } + }; - if (jsPDFAPI.isArrayBufferView(imageData)) { - return jsPDFAPI.sHashCode(jsPDFAPI.arrayBufferToBinaryString(imageData)); + var generateAliasFromImageData = function generateAliasFromImageData(imageData) { + if (typeof imageData === 'string' || isArrayBufferView(imageData)) { + return jsPDFAPI.sHashCode(imageData); } return null; - }, - isImageTypeSupported = function isImageTypeSupported(type) { + }; + + var isImageTypeSupported = function isImageTypeSupported(type) { return typeof jsPDFAPI["process" + type.toUpperCase()] === "function"; - }, - isDOMElement = function isDOMElement(object) { + }; + + var isDOMElement = function isDOMElement(object) { return _typeof(object) === 'object' && object.nodeType === 1; - }, - createDataURIFromElement = function createDataURIFromElement(element, format) { + }; + + var getImageDataFromElement = function getImageDataFromElement(element) { //if element is an image which uses data url definition, just return the dataurl if (element.nodeName === 'IMG' && element.hasAttribute('src')) { var src = '' + element.getAttribute('src'); //is base64 encoded dataUrl, directly process it if (src.indexOf('data:image/') === 0) { - return unescape(src); + return atob(unescape(src).split('base64,').pop()); } //it is probably an url, try to load it - var tmpImageData = jsPDFAPI.loadFile(src); + var tmpImageData = jsPDFAPI.loadFile(src, true); if (tmpImageData !== undefined) { - return btoa(tmpImageData); + return tmpImageData; } } if (element.nodeName === 'CANVAS') { - var canvas = element; - return element.toDataURL('image/jpeg', 1.0); - } //absolute fallback method - - - var canvas = document.createElement('canvas'); - canvas.width = element.clientWidth || element.width; - canvas.height = element.clientHeight || element.height; - var ctx = canvas.getContext('2d'); - - if (!ctx) { - throw 'addImage requires canvas to be supported by browser.'; + return atob(element.toDataURL('image/jpeg', 1.0).split('base64,').pop()); } + }; - ctx.drawImage(element, 0, 0, canvas.width, canvas.height); - return canvas.toDataURL(('' + format).toLowerCase() == 'png' ? 'image/png' : 'image/jpeg'); - }, - checkImagesForAlias = function checkImagesForAlias(alias, images) { - var cached_info; + var checkImagesForAlias = function checkImagesForAlias(alias) { + var images = this.internal.collections[namespace + 'images']; if (images) { for (var e in images) { if (alias === images[e].alias) { - cached_info = images[e]; - break; + return images[e]; } } } + }; - return cached_info; - }, - determineWidthAndHeight = function determineWidthAndHeight(w, h, info) { - if (!w && !h) { - w = -96; - h = -96; + var determineWidthAndHeight = function determineWidthAndHeight(width, height, image) { + if (!width && !height) { + width = -96; + height = -96; } - if (w < 0) { - w = -1 * info['w'] * 72 / w / this.internal.scaleFactor; + if (width < 0) { + width = -1 * image.width * 72 / width / this.internal.scaleFactor; } - if (h < 0) { - h = -1 * info['h'] * 72 / h / this.internal.scaleFactor; + if (height < 0) { + height = -1 * image.height * 72 / height / this.internal.scaleFactor; } - if (w === 0) { - w = h * info['w'] / info['h']; + if (width === 0) { + width = height * image.width / image.height; } - if (h === 0) { - h = w * info['h'] / info['w']; + if (height === 0) { + height = width * image.height / image.width; } - return [w, h]; - }, - writeImageToPDF = function writeImageToPDF(x, y, w, h, info, index, images, rotation) { - var dims = determineWidthAndHeight.call(this, w, h, info), + return [width, height]; + }; + + var writeImageToPDF = function writeImageToPDF(x, y, width, height, info, index, images, rotation) { + var dims = determineWidthAndHeight.call(this, width, height, info), coord = this.internal.getCoordinateString, vcoord = this.internal.getVerticalCoordinateString; - w = dims[0]; - h = dims[1]; + width = dims[0]; + height = dims[1]; images[index] = info; if (rotation) { @@ -6807,25 +8371,25 @@ window.tmp = jsPDF; this.internal.write('q'); //Save graphics state if (rotation) { - this.internal.write([1, '0', '0', 1, coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate + this.internal.write([1, '0', '0', 1, coord(x), vcoord(y + height), 'cm'].join(' ')); //Translate this.internal.write(rotationTransformationMatrix.join(' ')); //Rotate - this.internal.write([coord(w), '0', '0', coord(h), '0', '0', 'cm'].join(' ')); //Scale + this.internal.write([coord(width), '0', '0', coord(height), '0', '0', 'cm'].join(' ')); //Scale } else { - this.internal.write([coord(w), '0', '0', coord(h), coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate and Scale + this.internal.write([coord(width), '0', '0', coord(height), coord(x), vcoord(y + height), 'cm'].join(' ')); //Translate and Scale } - this.internal.write('/I' + info['i'] + ' Do'); //Paint Image + this.internal.write('/I' + info.index + ' Do'); //Paint Image this.internal.write('Q'); //Restore graphics state }; - /** - * COLOR SPACES + /** + * COLOR SPACES */ - jsPDFAPI.color_spaces = { + var color_spaces = jsPDFAPI.color_spaces = { DEVICE_RGB: 'DeviceRGB', DEVICE_GRAY: 'DeviceGray', DEVICE_CMYK: 'DeviceCMYK', @@ -6838,8 +8402,8 @@ window.tmp = jsPDF; SEPARATION: 'Separation', DEVICE_N: 'DeviceN' }; - /** - * DECODE METHODS + /** + * DECODE METHODS */ jsPDFAPI.decode = { @@ -6853,62 +8417,62 @@ window.tmp = jsPDF; RUN_LENGTH_DECODE: 'RunLengthDecode', CCITT_FAX_DECODE: 'CCITTFaxDecode' }; - /** - * IMAGE COMPRESSION TYPES + /** + * IMAGE COMPRESSION TYPES */ - jsPDFAPI.image_compression = { + var image_compression = jsPDFAPI.image_compression = { NONE: 'NONE', FAST: 'FAST', MEDIUM: 'MEDIUM', SLOW: 'SLOW' }; - /** - * @name sHashCode - * @function - * @param {string} str - * @returns {string} + /** + * @name sHashCode + * @function + * @param {string} data + * @returns {string} */ - jsPDFAPI.sHashCode = function (str) { - str = str || ""; + jsPDFAPI.sHashCode = function (data) { var hash = 0, i, - chr; - if (str.length === 0) return hash; + chr, + len; - for (i = 0; i < str.length; i++) { - chr = str.charCodeAt(i); - hash = (hash << 5) - hash + chr; - hash |= 0; // Convert to 32bit integer - } + if (typeof data === "string") { + len = data.length; - return hash; - }; - /** - * @name isString - * @function - * @param {any} object - * @returns {boolean} - */ + for (i = 0; i < len; i++) { + chr = data.charCodeAt(i); + hash = (hash << 5) - hash + chr; + hash |= 0; // Convert to 32bit integer + } + } else if (isArrayBufferView(data)) { + len = data.byteLength / 2; + for (i = 0; i < len; i++) { + chr = data[i]; + hash = (hash << 5) - hash + chr; + hash |= 0; // Convert to 32bit integer + } + } - jsPDFAPI.isString = function (object) { - return typeof object === 'string'; + return hash; }; - /** - * Validates if given String is a valid Base64-String - * - * @name validateStringAsBase64 - * @public - * @function - * @param {String} possible Base64-String - * - * @returns {boolean} + /** + * Validates if given String is a valid Base64-String + * + * @name validateStringAsBase64 + * @public + * @function + * @param {String} possible Base64-String + * + * @returns {boolean} */ - jsPDFAPI.validateStringAsBase64 = function (possibleBase64String) { + var validateStringAsBase64 = jsPDFAPI.__addimage__.validateStringAsBase64 = function (possibleBase64String) { possibleBase64String = possibleBase64String || ''; possibleBase64String.toString().trim(); var result = true; @@ -6921,48 +8485,31 @@ window.tmp = jsPDF; result = false; } - if (/^[A-Za-z0-9+\/]+$/.test(possibleBase64String.substr(0, possibleBase64String.length - 2)) === false) { + if (/^[A-Za-z0-9+/]+$/.test(possibleBase64String.substr(0, possibleBase64String.length - 2)) === false) { result = false; } - if (/^[A-Za-z0-9\/][A-Za-z0-9+\/]|[A-Za-z0-9+\/]=|==$/.test(possibleBase64String.substr(-2)) === false) { + if (/^[A-Za-z0-9/][A-Za-z0-9+/]|[A-Za-z0-9+/]=|==$/.test(possibleBase64String.substr(-2)) === false) { result = false; } return result; }; - /** - * Strips out and returns info from a valid base64 data URI - * - * @name extractInfoFromBase64DataURI - * @function - * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' - * @returns {Array}an Array containing the following - * [0] the complete data URI - * [1] - * [2] format - the second part of the mime-type i.e 'png' in 'image/png' - * [4] - */ - - - jsPDFAPI.extractInfoFromBase64DataURI = function (dataURI) { - return /^data:([\w]+?\/([\w]+?));\S*;*base64,(.+)$/g.exec(dataURI); - }; - /** - * Strips out and returns info from a valid base64 data URI - * - * @name extractImageFromDataUrl - * @function - * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' - * @returns {Array}an Array containing the following - * [0] the complete data URI - * [1] - * [2] format - the second part of the mime-type i.e 'png' in 'image/png' - * [4] + /** + * Strips out and returns info from a valid base64 data URI + * + * @name extractImageFromDataUrl + * @function + * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' + * @returns {Array}an Array containing the following + * [0] the complete data URI + * [1] + * [2] format - the second part of the mime-type i.e 'png' in 'image/png' + * [4] */ - jsPDFAPI.extractImageFromDataUrl = function (dataUrl) { + var extractImageFromDataUrl = jsPDFAPI.__addimage__.extractImageFromDataUrl = function (dataUrl) { dataUrl = dataUrl || ''; var dataUrlParts = dataUrl.split('base64,'); var result = null; @@ -6981,64 +8528,58 @@ window.tmp = jsPDF; return result; }; - /** - * Check to see if ArrayBuffer is supported - * - * @name supportsArrayBuffer - * @function - * @returns {boolean} + /** + * Check to see if ArrayBuffer is supported + * + * @name supportsArrayBuffer + * @function + * @returns {boolean} */ - jsPDFAPI.supportsArrayBuffer = function () { + var supportsArrayBuffer = jsPDFAPI.__addimage__.supportsArrayBuffer = function () { return typeof ArrayBuffer !== 'undefined' && typeof Uint8Array !== 'undefined'; }; - /** - * Tests supplied object to determine if ArrayBuffer - * - * @name isArrayBuffer - * @function - * @param {Object} object an Object - * - * @returns {boolean} + /** + * Tests supplied object to determine if ArrayBuffer + * + * @name isArrayBuffer + * @function + * @param {Object} object an Object + * + * @returns {boolean} */ - jsPDFAPI.isArrayBuffer = function (object) { - if (!this.supportsArrayBuffer()) return false; - return object instanceof ArrayBuffer; + jsPDFAPI.__addimage__.isArrayBuffer = function (object) { + return supportsArrayBuffer() && object instanceof ArrayBuffer; }; - /** - * Tests supplied object to determine if it implements the ArrayBufferView (TypedArray) interface - * - * @name isArrayBufferView - * @function - * @param {Object} object an Object - * @returns {boolean} + /** + * Tests supplied object to determine if it implements the ArrayBufferView (TypedArray) interface + * + * @name isArrayBufferView + * @function + * @param {Object} object an Object + * @returns {boolean} */ - jsPDFAPI.isArrayBufferView = function (object) { - if (!this.supportsArrayBuffer()) return false; - if (typeof Uint32Array === 'undefined') return false; - return object instanceof Int8Array || object instanceof Uint8Array || typeof Uint8ClampedArray !== 'undefined' && object instanceof Uint8ClampedArray || object instanceof Int16Array || object instanceof Uint16Array || object instanceof Int32Array || object instanceof Uint32Array || object instanceof Float32Array || object instanceof Float64Array; - }; - /** - * Convert the Buffer to a Binary String - * - * @name binaryStringToUint8Array - * @public - * @function - * @param {ArrayBuffer} BinaryString with ImageData - * - * @returns {Uint8Array} + var isArrayBufferView = jsPDFAPI.__addimage__.isArrayBufferView = function (object) { + return supportsArrayBuffer() && typeof Uint32Array !== 'undefined' && (object instanceof Int8Array || object instanceof Uint8Array || typeof Uint8ClampedArray !== 'undefined' && object instanceof Uint8ClampedArray || object instanceof Int16Array || object instanceof Uint16Array || object instanceof Int32Array || object instanceof Uint32Array || object instanceof Float32Array || object instanceof Float64Array); + }; + /** + * Convert Binary String to ArrayBuffer + * + * @name binaryStringToUint8Array + * @public + * @function + * @param {string} BinaryString with ImageData + * f + * @returns {Uint8Array} */ - jsPDFAPI.binaryStringToUint8Array = function (binary_string) { - /* - * not sure how efficient this will be will bigger files. Is there a native method? - */ + var binaryStringToUint8Array = jsPDFAPI.__addimage__.binaryStringToUint8Array = function (binary_string) { var len = binary_string.length; var bytes = new Uint8Array(len); @@ -7048,160 +8589,51 @@ window.tmp = jsPDF; return bytes; }; - /** - * Convert the Buffer to a Binary String - * - * @name arrayBufferToBinaryString - * @public - * @function - * @param {ArrayBuffer} ArrayBuffer with ImageData - * - * @returns {String} + /** + * Convert the Buffer to a Binary String + * + * @name arrayBufferToBinaryString + * @public + * @function + * @param {ArrayBuffer} ArrayBuffer with ImageData + * + * @returns {String} */ - jsPDFAPI.arrayBufferToBinaryString = function (buffer) { - // if (typeof Uint8Array !== 'undefined' && typeof Uint8Array.prototype.reduce !== 'undefined') { - // return new Uint8Array(buffer).reduce(function (data, byte) { - // return data.push(String.fromCharCode(byte)), data; - // }, []).join(''); - // } - if (typeof atob === "function") { - return atob(this.arrayBufferToBase64(buffer)); - } - }; - /** - * Converts an ArrayBuffer directly to base64 - * - * Taken from http://jsperf.com/encoding-xhr-image-data/31 - * - * Need to test if this is a better solution for larger files - * - * @name arrayBufferToBase64 - * @param {arraybuffer} arrayBuffer - * @public - * @function - * - * @returns {string} - */ - - - jsPDFAPI.arrayBufferToBase64 = function (arrayBuffer) { - var base64 = ''; - var encodings = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/'; - var bytes = new Uint8Array(arrayBuffer); - var byteLength = bytes.byteLength; - var byteRemainder = byteLength % 3; - var mainLength = byteLength - byteRemainder; - var a, b, c, d; - var chunk; // Main loop deals with bytes in chunks of 3 - - for (var i = 0; i < mainLength; i = i + 3) { - // Combine the three bytes into a single integer - chunk = bytes[i] << 16 | bytes[i + 1] << 8 | bytes[i + 2]; // Use bitmasks to extract 6-bit segments from the triplet - - a = (chunk & 16515072) >> 18; // 16515072 = (2^6 - 1) << 18 - - b = (chunk & 258048) >> 12; // 258048 = (2^6 - 1) << 12 - - c = (chunk & 4032) >> 6; // 4032 = (2^6 - 1) << 6 - - d = chunk & 63; // 63 = 2^6 - 1 - // Convert the raw binary segments to the appropriate ASCII encoding - - base64 += encodings[a] + encodings[b] + encodings[c] + encodings[d]; - } // Deal with the remaining bytes and padding - - - if (byteRemainder == 1) { - chunk = bytes[mainLength]; - a = (chunk & 252) >> 2; // 252 = (2^6 - 1) << 2 - // Set the 4 least significant bits to zero - - b = (chunk & 3) << 4; // 3 = 2^2 - 1 - - base64 += encodings[a] + encodings[b] + '=='; - } else if (byteRemainder == 2) { - chunk = bytes[mainLength] << 8 | bytes[mainLength + 1]; - a = (chunk & 64512) >> 10; // 64512 = (2^6 - 1) << 10 - - b = (chunk & 1008) >> 4; // 1008 = (2^6 - 1) << 4 - // Set the 2 least significant bits to zero - - c = (chunk & 15) << 2; // 15 = 2^4 - 1 - - base64 += encodings[a] + encodings[b] + encodings[c] + '='; + var arrayBufferToBinaryString = jsPDFAPI.__addimage__.arrayBufferToBinaryString = function (buffer) { + try { + return atob(btoa(String.fromCharCode.apply(null, buffer))); + } catch (e) { + if (typeof Uint8Array !== 'undefined' && typeof Uint8Array.prototype.reduce !== 'undefined') { + return new Uint8Array(buffer).reduce(function (data, byte) { + return data.push(String.fromCharCode(byte)), data; + }, []).join(''); + } } - - return base64; - }; - /** - * - * @name createImageInfo - * @param {Object} data - * @param {number} wd width - * @param {number} ht height - * @param {Object} cs colorSpace - * @param {number} bpc bits per channel - * @param {any} f - * @param {number} imageIndex - * @param {string} alias - * @param {any} dp - * @param {any} trns - * @param {any} pal - * @param {any} smask - * @param {any} p - * @public - * @function - * - * @returns {Object} - */ - - - jsPDFAPI.createImageInfo = function (data, wd, ht, cs, bpc, f, imageIndex, alias, dp, trns, pal, smask, p) { - var info = { - alias: alias, - w: wd, - h: ht, - cs: cs, - bpc: bpc, - i: imageIndex, - data: data // n: objectNumber will be added by putImage code - - }; - if (f) info.f = f; - if (dp) info.dp = dp; - if (trns) info.trns = trns; - if (pal) info.pal = pal; - if (smask) info.smask = smask; - if (p) info.p = p; // predictor parameter for PNG compression - - return info; }; - /** - * Adds an Image to the PDF. - * - * @name addImage - * @public - * @function - * @param {string/Image-Element/Canvas-Element/Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement - * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' - * @param {number} x x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width width of the image (in units declared at inception of PDF document) - * @param {number} height height of the Image (in units declared at inception of PDF document) - * @param {string} alias alias of the image (if used multiple times) - * @param {string} compression compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' - * @param {number} rotation rotation of the image in degrees (0-359) - * - * @returns jsPDF + /** + * Adds an Image to the PDF. + * + * @name addImage + * @public + * @function + * @param {string|HTMLImageElement|HTMLCanvasElement|Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement + * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' + * @param {number} x x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width width of the image (in units declared at inception of PDF document) + * @param {number} height height of the Image (in units declared at inception of PDF document) + * @param {string} alias alias of the image (if used multiple times) + * @param {string} compression compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' + * @param {number} rotation rotation of the image in degrees (0-359) + * + * @returns jsPDF */ jsPDFAPI.addImage = function (imageData, format, x, y, w, h, alias, compression, rotation) { - - var tmpImageData = ''; - + // backwards compatibility if (typeof format !== 'string') { var tmp = h; h = w; @@ -7214,7 +8646,7 @@ window.tmp = jsPDF; if (_typeof(imageData) === 'object' && !isDOMElement(imageData) && "imageData" in imageData) { var options = imageData; imageData = options.imageData; - format = options.format || format || 'UNKNOWN'; + format = options.format || format || UNKNOWN; x = options.x || x || 0; y = options.y || y || 0; w = options.w || w; @@ -7225,377 +8657,234 @@ window.tmp = jsPDF; } //If compression is not explicitly set, determine if we should use compression - var filters = this.internal.getFilters(); + var filter = this.internal.getFilters(); - if (compression === undefined && filters.indexOf('FlateEncode') !== -1) { + if (compression === undefined && filter.indexOf('FlateEncode') !== -1) { compression = 'SLOW'; } - if (typeof imageData === "string") { - imageData = unescape(imageData); - } - if (isNaN(x) || isNaN(y)) { - console.error('jsPDF.addImage: Invalid coordinates', arguments); throw new Error('Invalid coordinates passed to jsPDF.addImage'); } - var images = getImages.call(this), - info, - dataAsBinaryString; + var images = getImages.call(this); + var image = processImageData.call(this, imageData, format, alias, compression); + writeImageToPDF.call(this, x, y, w, h, image, image.index, images, rotation); + return this; + }; - if (!(info = checkImagesForAlias(imageData, images))) { - if (isDOMElement(imageData)) imageData = createDataURIFromElement(imageData, format); - if (notDefined(alias)) alias = generateAliasFromImageData(imageData); + var processImageData = function processImageData(imageData, format, alias, compression) { + var result, dataAsBinaryString; - if (!(info = checkImagesForAlias(alias, images))) { - if (this.isString(imageData)) { - tmpImageData = this.convertStringToImageData(imageData); + if (typeof imageData === "string" && getImageFileTypeByImageData(imageData) === UNKNOWN) { + imageData = unescape(imageData); + } - if (tmpImageData !== '') { - imageData = tmpImageData; - } else { - tmpImageData = jsPDFAPI.loadFile(imageData); + if (typeof imageData === 'string') { + var tmpImageData = convertBase64ToBinaryString(imageData, false); - if (tmpImageData !== undefined) { - imageData = tmpImageData; - } - } + if (tmpImageData !== '') { + imageData = tmpImageData; + } else { + tmpImageData = jsPDFAPI.loadFile(imageData, true); + + if (tmpImageData !== undefined) { + imageData = tmpImageData; } + } + } - format = this.getImageFileTypeByImageData(imageData, format); - if (!isImageTypeSupported(format)) throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); - /** - * need to test if it's more efficient to convert all binary strings - * to TypedArray - or should we just leave and process as string? - */ + if (isDOMElement(imageData)) { + imageData = getImageDataFromElement(imageData); + } - if (this.supportsArrayBuffer()) { - // no need to convert if imageData is already uint8array - if (!(imageData instanceof Uint8Array)) { - dataAsBinaryString = imageData; - imageData = this.binaryStringToUint8Array(imageData); - } - } + format = getImageFileTypeByImageData(imageData, format); + + if (!isImageTypeSupported(format)) { + throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); + } // now do the heavy lifting + + + if (notDefined(alias)) { + alias = generateAliasFromImageData(imageData); + } - info = this['process' + format.toUpperCase()](imageData, getImageIndex(images), alias, checkCompressValue(compression), dataAsBinaryString); + result = checkImagesForAlias.call(this, alias); - if (!info) { - throw new Error('An unknown error occurred whilst processing the image'); + if (!result) { + if (supportsArrayBuffer()) { + // no need to convert if imageData is already uint8array + if (!(imageData instanceof Uint8Array)) { + dataAsBinaryString = imageData; + imageData = binaryStringToUint8Array(imageData); } } + + result = this['process' + format.toUpperCase()](imageData, getImageIndex.call(this), alias, checkCompressValue(compression), dataAsBinaryString); } - writeImageToPDF.call(this, x, y, w, h, info, info.i, images, rotation); - return this; + if (!result) { + throw new Error('An unknown error occurred whilst processing the image.'); + } + + return result; }; - /** - * @name convertStringToImageData - * @function - * @param {string} stringData - * @returns {string} binary data + /** + * @name convertBase64ToBinaryString + * @function + * @param {string} stringData + * @returns {string} binary string */ - jsPDFAPI.convertStringToImageData = function (stringData) { + var convertBase64ToBinaryString = jsPDFAPI.__addimage__.convertBase64ToBinaryString = function (stringData, throwError) { + throwError = typeof throwError === "boolean" ? throwError : true; var base64Info; var imageData = ''; var rawData; - if (this.isString(stringData)) { - var base64Info = this.extractImageFromDataUrl(stringData); + if (typeof stringData === 'string') { + base64Info = extractImageFromDataUrl(stringData); rawData = base64Info !== null ? base64Info.data : stringData; try { imageData = atob(rawData); } catch (e) { - if (!jsPDFAPI.validateStringAsBase64(rawData)) { - throw new Error('Supplied Data is not a valid base64-String jsPDF.convertStringToImageData '); - } else { - throw new Error('atob-Error in jsPDF.convertStringToImageData ' + e.message); + if (throwError) { + if (!validateStringAsBase64(rawData)) { + throw new Error('Supplied Data is not a valid base64-String jsPDF.convertBase64ToBinaryString '); + } else { + throw new Error('atob-Error in jsPDF.convertBase64ToBinaryString ' + e.message); + } } } } return imageData; }; - /** - * JPEG SUPPORT - **/ - //takes a string imgData containing the raw bytes of - //a jpeg image and returns [width, height] - //Algorithm from: http://www.64lines.com/jpeg-width-height - + /** + * @name getImageProperties + * @function + * @param {Object} imageData + * @returns {Object} + */ - var getJpegSize = function getJpegSize(imgData) { - var width, height, numcomponents; // Verify we have a valid jpeg header 0xff,0xd8,0xff,0xe0,?,?,'J','F','I','F',0x00 + jsPDFAPI.getImageProperties = function (imageData) { + var image; + var tmpImageData = ''; + var format; - if (getImageFileTypeByImageData(imgData) !== 'JPEG') { - throw new Error('getJpegSize requires a binary string jpeg file'); + if (isDOMElement(imageData)) { + imageData = getImageDataFromElement(imageData); } - var blockLength = imgData.charCodeAt(4) * 256 + imgData.charCodeAt(5); - var i = 4, - len = imgData.length; - - while (i < len) { - i += blockLength; + if (typeof imageData === "string" && getImageFileTypeByImageData(imageData) === UNKNOWN) { + tmpImageData = convertBase64ToBinaryString(imageData, false); - if (imgData.charCodeAt(i) !== 0xff) { - throw new Error('getJpegSize could not find the size of the image'); + if (tmpImageData === '') { + tmpImageData = jsPDFAPI.loadFile(imageData) || ''; } - if (imgData.charCodeAt(i + 1) === 0xc0 || //(SOF) Huffman - Baseline DCT - imgData.charCodeAt(i + 1) === 0xc1 || //(SOF) Huffman - Extended sequential DCT - imgData.charCodeAt(i + 1) === 0xc2 || // Progressive DCT (SOF2) - imgData.charCodeAt(i + 1) === 0xc3 || // Spatial (sequential) lossless (SOF3) - imgData.charCodeAt(i + 1) === 0xc4 || // Differential sequential DCT (SOF5) - imgData.charCodeAt(i + 1) === 0xc5 || // Differential progressive DCT (SOF6) - imgData.charCodeAt(i + 1) === 0xc6 || // Differential spatial (SOF7) - imgData.charCodeAt(i + 1) === 0xc7) { - height = imgData.charCodeAt(i + 5) * 256 + imgData.charCodeAt(i + 6); - width = imgData.charCodeAt(i + 7) * 256 + imgData.charCodeAt(i + 8); - numcomponents = imgData.charCodeAt(i + 9); - return [width, height, numcomponents]; - } else { - i += 2; - blockLength = imgData.charCodeAt(i) * 256 + imgData.charCodeAt(i + 1); - } + imageData = tmpImageData; } - }, - getJpegSizeFromBytes = function getJpegSizeFromBytes(data) { - var hdr = data[0] << 8 | data[1]; - if (hdr !== 0xFFD8) throw new Error('Supplied data is not a JPEG'); - var len = data.length, - block = (data[4] << 8) + data[5], - pos = 4, - bytes, - width, - height, - numcomponents; - while (pos < len) { - pos += block; - bytes = readBytes(data, pos); - block = (bytes[2] << 8) + bytes[3]; + format = getImageFileTypeByImageData(imageData); - if ((bytes[1] === 0xC0 || bytes[1] === 0xC2) && bytes[0] === 0xFF && block > 7) { - bytes = readBytes(data, pos + 5); - width = (bytes[2] << 8) + bytes[3]; - height = (bytes[0] << 8) + bytes[1]; - numcomponents = bytes[4]; - return { - width: width, - height: height, - numcomponents: numcomponents - }; - } + if (!isImageTypeSupported(format)) { + throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); + } - pos += 2; + if (supportsArrayBuffer() && !(imageData instanceof Uint8Array)) { + imageData = binaryStringToUint8Array(imageData); } - throw new Error('getJpegSizeFromBytes could not find the size of the image'); - }, - readBytes = function readBytes(data, offset) { - return data.subarray(offset, offset + 5); + image = this['process' + format.toUpperCase()](imageData); + + if (!image) { + throw new Error('An unknown error occurred whilst processing the image'); + } + + image.fileType = format; + return image; }; - /** - * @ignore - */ +})(jsPDF.API); +/* global jsPDF */ - jsPDFAPI.processJPEG = function (data, index, alias, compression, dataAsBinaryString, colorSpace) { +/** + * @license + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license + */ - var filter = this.decode.DCT_DECODE, - bpc = 8, - dims; - - if (!this.isString(data) && !this.isArrayBuffer(data) && !this.isArrayBufferView(data)) { - return null; - } - - if (this.isString(data)) { - dims = getJpegSize(data); - } - - if (this.isArrayBuffer(data)) { - data = new Uint8Array(data); - } - - if (this.isArrayBufferView(data)) { - dims = getJpegSizeFromBytes(data); // if we already have a stored binary string rep use that - - data = dataAsBinaryString || this.arrayBufferToBinaryString(data); - } - - if (colorSpace === undefined) { - switch (dims.numcomponents) { - case 1: - colorSpace = this.color_spaces.DEVICE_GRAY; - break; - - case 4: - colorSpace = this.color_spaces.DEVICE_CMYK; - break; - - default: - case 3: - colorSpace = this.color_spaces.DEVICE_RGB; - break; - } - } - - return this.createImageInfo(data, dims.width, dims.height, colorSpace, bpc, filter, index, alias); - }; - /** - * @ignore - */ - - - jsPDFAPI.processJPG = function () - /*data, index, alias, compression, dataAsBinaryString*/ - { - return this.processJPEG.apply(this, arguments); - }; - /** - * @name getImageProperties - * @function - * @param {Object} imageData - * @returns {Object} - */ - - - jsPDFAPI.getImageProperties = function (imageData) { - var info; - var tmpImageData = ''; - var format; - - if (isDOMElement(imageData)) { - imageData = createDataURIFromElement(imageData); - } - - if (this.isString(imageData)) { - tmpImageData = this.convertStringToImageData(imageData); - - if (tmpImageData !== '') { - imageData = tmpImageData; - } else { - tmpImageData = jsPDFAPI.loadFile(imageData); - - if (tmpImageData !== undefined) { - imageData = tmpImageData; - } - } - } - - format = this.getImageFileTypeByImageData(imageData); - - if (!isImageTypeSupported(format)) { - throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); - } - /** - * need to test if it's more efficient to convert all binary strings - * to TypedArray - or should we just leave and process as string? - */ +/** + * jsPDF Annotations PlugIn + * + * There are many types of annotations in a PDF document. Annotations are placed + * on a page at a particular location. They are not 'attached' to an object. + *
    + * This plugin current supports
    + *
  • Goto Page (set pageNumber and top in options) + *
  • Goto Name (set name and top in options) + *
  • Goto URL (set url in options) + *

    + * The destination magnification factor can also be specified when goto is a page number or a named destination. (see documentation below) + * (set magFactor in options). XYZ is the default. + *

    + *

    + * Links, Text, Popup, and FreeText are supported. + *

    + *

    + * Options In PDF spec Not Implemented Yet + *

  • link border + *
  • named target + *
  • page coordinates + *
  • destination page scaling and layout + *
  • actions other than URL and GotoPage + *
  • background / hover actions + *

    + * @name annotations + * @module + */ +/* + Destination Magnification Factors + See PDF 1.3 Page 386 for meanings and options + + [supported] + XYZ (options; left top zoom) + Fit (no options) + FitH (options: top) + FitV (options: left) + + [not supported] + FitR + FitB + FitBH + FitBV + */ +(function (jsPDFAPI) { - if (this.supportsArrayBuffer()) { - // no need to convert if imageData is already uint8array - if (!(imageData instanceof Uint8Array)) { - imageData = this.binaryStringToUint8Array(imageData); + var notEmpty = function notEmpty(obj) { + if (typeof obj != 'undefined') { + if (obj != '') { + return true; } } - - info = this['process' + format.toUpperCase()](imageData); - - if (!info) { - throw new Error('An unknown error occurred whilst processing the image'); - } - - return { - fileType: format, - width: info.w, - height: info.h, - colorSpace: info.cs, - compressionMode: info.f, - bitsPerComponent: info.bpc - }; }; -})(jsPDF.API); - -/** - * @license - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license - */ - -/** - * jsPDF Annotations PlugIn - * - * There are many types of annotations in a PDF document. Annotations are placed - * on a page at a particular location. They are not 'attached' to an object. - *
    - * This plugin current supports
    - *
  • Goto Page (set pageNumber and top in options) - *
  • Goto Name (set name and top in options) - *
  • Goto URL (set url in options) - *

    - * The destination magnification factor can also be specified when goto is a page number or a named destination. (see documentation below) - * (set magFactor in options). XYZ is the default. - *

    - *

    - * Links, Text, Popup, and FreeText are supported. - *

    - *

    - * Options In PDF spec Not Implemented Yet - *

  • link border - *
  • named target - *
  • page coordinates - *
  • destination page scaling and layout - *
  • actions other than URL and GotoPage - *
  • background / hover actions - *

    - * @name annotations - * @module - */ - -/* - Destination Magnification Factors - See PDF 1.3 Page 386 for meanings and options - - [supported] - XYZ (options; left top zoom) - Fit (no options) - FitH (options: top) - FitV (options: left) - - [not supported] - FitR - FitB - FitBH - FitBV - */ -(function (jsPDFAPI) { jsPDF.API.events.push(['addPage', function (addPageData) { var pageInfo = this.internal.getPageInfo(addPageData.pageNumber); pageInfo.pageContext.annotations = []; }]); jsPDFAPI.events.push(['putPage', function (putPageData) { + var getHorizontalCoordinateString = this.internal.getCoordinateString; + var getVerticalCoordinateString = this.internal.getVerticalCoordinateString; var pageInfo = this.internal.getPageInfoByObjId(putPageData.objId); var pageAnnos = putPageData.pageContext.annotations; - - var notEmpty = function notEmpty(obj) { - if (typeof obj != 'undefined') { - if (obj != '') { - return true; - } - } - }; - var found = false; for (var a = 0; a < pageAnnos.length && !found; a++) { @@ -7605,9 +8894,10 @@ window.tmp = jsPDF; case 'link': if (notEmpty(anno.options.url) || notEmpty(anno.options.pageNumber)) { found = true; - break; } + break; + case 'reference': case 'text': case 'freetext': @@ -7621,12 +8911,9 @@ window.tmp = jsPDF; } this.internal.write("/Annots ["); - var pageHeight = this.internal.pageSize.height; - var getHorizontalCoordinateString = this.internal.getCoordinateString; - var getVerticalCoordinateString = this.internal.getVerticalCoordinateString; - for (var a = 0; a < pageAnnos.length; a++) { - var anno = pageAnnos[a]; + for (var i = 0; i < pageAnnos.length; i++) { + var anno = pageAnnos[i]; switch (anno.type) { case 'reference': @@ -7730,10 +9017,10 @@ window.tmp = jsPDF; this.internal.write("]"); }]); - /** - * @name createAnnotation - * @function - * @param {Object} options + /** + * @name createAnnotation + * @function + * @param {Object} options */ jsPDFAPI.createAnnotation = function (options) { @@ -7750,19 +9037,19 @@ window.tmp = jsPDF; break; } }; - /** - * Create a link - * - * valid options - *
  • pageNumber or url [required] - *

    If pageNumber is specified, top and zoom may also be specified

    - * @name link - * @function - * @param {number} x - * @param {number} y - * @param {number} w - * @param {number} h - * @param {Object} options + /** + * Create a link + * + * valid options + *
  • pageNumber or url [required] + *

    If pageNumber is specified, top and zoom may also be specified

    + * @name link + * @function + * @param {number} x + * @param {number} y + * @param {number} w + * @param {number} h + * @param {Object} options */ @@ -7777,24 +9064,24 @@ window.tmp = jsPDF; type: 'link' }); }; - /** - * Currently only supports single line text. - * Returns the width of the text/link - * - * @name textWithLink - * @function - * @param {string} text - * @param {number} x - * @param {number} y - * @param {Object} options - * @returns {number} width the width of the text/link + /** + * Currently only supports single line text. + * Returns the width of the text/link + * + * @name textWithLink + * @function + * @param {string} text + * @param {number} x + * @param {number} y + * @param {Object} options + * @returns {number} width the width of the text/link */ jsPDFAPI.textWithLink = function (text, x, y, options) { var width = this.getTextWidth(text); var height = this.internal.getLineHeight() / this.internal.scaleFactor; - this.text(text, x, y); //TODO We really need the text baseline height to do this correctly. + this.text(text, x, y, options); //TODO We really need the text baseline height to do this correctly. // Or ability to draw text on top, bottom, center, or baseline. y += height * .2; @@ -7802,11 +9089,11 @@ window.tmp = jsPDF; return width; }; //TODO move into external library - /** - * @name getTextWidth - * @function - * @param {string} text - * @returns {number} txtWidth + /** + * @name getTextWidth + * @function + * @param {string} text + * @returns {number} txtWidth */ @@ -7819,24 +9106,26 @@ window.tmp = jsPDF; return this; })(jsPDF.API); -/** - * @license - * Copyright (c) 2017 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/* global jsPDF */ + +/** + * @license + * Copyright (c) 2017 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* jsPDF arabic parser PlugIn -* -* @name arabic -* @module +/** +* jsPDF arabic parser PlugIn +* +* @name arabic +* @module */ (function (jsPDFAPI) { - /** - * Arabic shape substitutions: char code => (isolated, final, initial, medial). - * Arabic Substition A + /** + * Arabic shape substitutions: char code => (isolated, final, initial, medial). + * Arabic Substition A */ var arabicSubstitionA = { @@ -8129,7 +9418,6 @@ window.tmp = jsPDF; }; var getCorrectForm = jsPDFAPI.__arabicParser__.getCorrectForm = function (currentChar, beforeChar, nextChar) { - if (!isArabicLetter(currentChar)) { return -1; } @@ -8152,12 +9440,12 @@ window.tmp = jsPDF; return initialForm; }; - /** - * @name processArabic - * @function - * @param {string} text - * @param {boolean} reverse - * @returns {string} + /** + * @name processArabic + * @function + * @param {string} text + * @param {boolean} reverse + * @returns {string} */ @@ -8203,11 +9491,6 @@ window.tmp = jsPDF; var arabicParserFunction = function arabicParserFunction(args) { var text = args.text; - var x = args.x; - var y = args.y; - var options = args.options || {}; - var mutex = args.mutex || {}; - var lang = options.lang; var tmpText = []; if (Object.prototype.toString.call(text) === '[object Array]') { @@ -8231,31 +9514,32 @@ window.tmp = jsPDF; jsPDFAPI.events.push(['preProcessText', arabicParserFunction]); })(jsPDF.API); -/** @license - * jsPDF Autoprint Plugin - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/* global jsPDF */ + +/** @license + * jsPDF Autoprint Plugin + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* @name autoprint -* @module +/** +* @name autoprint +* @module */ (function (jsPDFAPI) { - /** - * Makes the PDF automatically print. This works in Chrome, Firefox, Acrobat - * Reader. - * - * @name autoPrint - * @function - * @param {Object} options (optional) Set the attribute variant to 'non-conform' (default) or 'javascript' to activate different methods of automatic printing when opening in a PDF-viewer . - * @returns {jsPDF} - * @example - * var doc = new jsPDF(); - * doc.text(10, 10, 'This is a test'); - * doc.autoPrint({variant: 'non-conform'}); - * doc.save('autoprint.pdf'); + /** + * Makes the PDF automatically open the print-Dialog when opened in a PDF-viewer. + * + * @name autoPrint + * @function + * @param {Object} options (optional) Set the attribute variant to 'non-conform' (default) or 'javascript' to activate different methods of automatic printing when opening in a PDF-viewer . + * @returns {jsPDF} + * @example + * var doc = new jsPDF(); + * doc.text(10, 10, 'This is a test'); + * doc.autoPrint({variant: 'non-conform'}); + * doc.save('autoprint.pdf'); */ jsPDFAPI.autoPrint = function (options) { @@ -8291,26 +9575,28 @@ window.tmp = jsPDF; }; })(jsPDF.API); -/** - * @license - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/* global jsPDF */ + +/** + * @license + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** - * jsPDF Canvas PlugIn - * This plugin mimics the HTML5 Canvas - * - * The goal is to provide a way for current canvas users to print directly to a PDF. - * @name canvas - * @module +/** + * jsPDF Canvas PlugIn + * This plugin mimics the HTML5 Canvas + * + * The goal is to provide a way for current canvas users to print directly to a PDF. + * @name canvas + * @module */ (function (jsPDFAPI) { - /** - * @class Canvas - * @classdesc A Canvas Wrapper for jsPDF + /** + * @class Canvas + * @classdesc A Canvas Wrapper for jsPDF */ var Canvas = function Canvas() { @@ -8324,11 +9610,11 @@ window.tmp = jsPDF; } }); var _width = 150; - /** - * The height property is a positive integer reflecting the height HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 150 is used. - * This is one of the two properties, the other being width, that controls the size of the canvas. - * - * @name width + /** + * The height property is a positive integer reflecting the height HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 150 is used. + * This is one of the two properties, the other being width, that controls the size of the canvas. + * + * @name width */ Object.defineProperty(this, 'width', { @@ -8348,11 +9634,11 @@ window.tmp = jsPDF; } }); var _height = 300; - /** - * The width property is a positive integer reflecting the width HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 300 is used. - * This is one of the two properties, the other being height, that controls the size of the canvas. - * - * @name height + /** + * The width property is a positive integer reflecting the width HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 300 is used. + * This is one of the two properties, the other being height, that controls the size of the canvas. + * + * @name height */ Object.defineProperty(this, 'height', { @@ -8389,19 +9675,15 @@ window.tmp = jsPDF; _style = value; } }); - Object.defineProperty(this, 'parentNode', { - get: function get() { - return false; - } - }); + Object.defineProperty(this, 'parentNode', {}); }; - /** - * The getContext() method returns a drawing context on the canvas, or null if the context identifier is not supported. - * - * @name getContext - * @function - * @param {string} contextType Is a String containing the context identifier defining the drawing context associated to the canvas. Possible value is "2d", leading to the creation of a Context2D object representing a two-dimensional rendering context. - * @param {object} contextAttributes + /** + * The getContext() method returns a drawing context on the canvas, or null if the context identifier is not supported. + * + * @name getContext + * @function + * @param {string} contextType Is a String containing the context identifier defining the drawing context associated to the canvas. Possible value is "2d", leading to the creation of a Context2D object representing a two-dimensional rendering context. + * @param {object} contextAttributes */ @@ -8422,11 +9704,11 @@ window.tmp = jsPDF; this.pdf.context2d._canvas = this; return this.pdf.context2d; }; - /** - * The toDataURL() method is just a stub to throw an error if accidently called. - * - * @name toDataURL - * @function + /** + * The toDataURL() method is just a stub to throw an error if accidently called. + * + * @name toDataURL + * @function */ @@ -8441,28 +9723,28 @@ window.tmp = jsPDF; return this; })(jsPDF.API); -/** - * @license - * ==================================================================== - * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com - * 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br - * 2013 Lee Driscoll, https://github.com/lsdriscoll - * 2014 Juan Pablo Gaviria, https://github.com/juanpgaviria - * 2014 James Hall, james@parall.ax - * 2014 Diego Casorran, https://github.com/diegocr - * - * - * ==================================================================== +/** + * @license + * ==================================================================== + * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com + * 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br + * 2013 Lee Driscoll, https://github.com/lsdriscoll + * 2014 Juan Pablo Gaviria, https://github.com/juanpgaviria + * 2014 James Hall, james@parall.ax + * 2014 Diego Casorran, https://github.com/diegocr + * + * + * ==================================================================== */ -/** -* @name cell -* @module +/** +* @name cell +* @module */ (function (jsPDFAPI) { /*jslint browser:true */ - /*global document: false, jsPDF */ + /*global jsPDF */ var padding = 3, margin = 13, @@ -8492,27 +9774,26 @@ window.tmp = jsPDF; top: 0, bottom: 0 }; - /** - * @name setHeaderFunction - * @function - * @param {function} func + /** + * @name setHeaderFunction + * @function + * @param {function} func */ jsPDFAPI.setHeaderFunction = function (func) { headerFunction = func; }; - /** - * @name getTextDimensions - * @function - * @param {string} txt - * @returns {Object} dimensions + /** + * @name getTextDimensions + * @function + * @param {string} txt + * @returns {Object} dimensions */ jsPDFAPI.getTextDimensions = function (text, options) { var fontSize = this.table_font_size || this.internal.getFontSize(); - var fontStyle = this.internal.getFont().fontStyle; options = options || {}; var scaleFactor = options.scaleFactor || this.internal.scaleFactor; var width = 0; @@ -8549,9 +9830,9 @@ window.tmp = jsPDF; h: height }; }; - /** - * @name cellAddPage - * @function + /** + * @name cellAddPage + * @function */ @@ -8562,9 +9843,9 @@ window.tmp = jsPDF; pages += 1; }; - /** - * @name cellInitialize - * @function + /** + * @name cellInitialize + * @function */ @@ -8578,17 +9859,17 @@ window.tmp = jsPDF; }; pages = 1; }; - /** - * @name cell - * @function - * @param {number} x - * @param {number} y - * @param {number} w - * @param {number} h - * @param {string} txt - * @param {number} ln lineNumber - * @param {string} align - * @return {jsPDF} jsPDF-instance + /** + * @name cell + * @function + * @param {number} x + * @param {number} y + * @param {number} w + * @param {number} h + * @param {string} txt + * @param {number} ln lineNumber + * @param {string} align + * @return {jsPDF} jsPDF-instance */ @@ -8616,7 +9897,7 @@ window.tmp = jsPDF; y = getLastCellPosition().y + getLastCellPosition().h; - if (pgAdded) y = margin + 10; + if (pgAdded) { y = margin + 10; } } } @@ -8645,14 +9926,14 @@ window.tmp = jsPDF; setLastCellPosition(x, y, w, h, ln); return this; }; - /** - * Return the maximum value from an array - * - * @name arrayMax - * @function - * @param {Array} array - * @param comparisonFn - * @returns {number} + /** + * Return the maximum value from an array + * + * @name arrayMax + * @function + * @param {Array} array + * @param comparisonFn + * @returns {number} */ @@ -8662,35 +9943,31 @@ window.tmp = jsPDF; ln, item; - for (i = 0, ln = array.length; i < ln; i += 1) { - item = array[i]; - - if (comparisonFn) { + if (comparisonFn) { + for (i = 0, ln = array.length; i < ln; i += 1) { if (comparisonFn(max, item) === -1) { max = item; } - } else { - if (item > max) { - max = item; - } } + } else { + max = Math.max.apply(Math, array); } return max; }; - /** - * Create a table from a set of data. - * @name table - * @function - * @param {Integer} [x] : left-position for top-left corner of table - * @param {Integer} [y] top-position for top-left corner of table - * @param {Object[]} [data] As array of objects containing key-value pairs corresponding to a row of data. - * @param {String[]} [headers] Omit or null to auto-generate headers at a performance cost - * @param {Object} [config.printHeaders] True to print column headers at the top of every page - * @param {Object} [config.autoSize] True to dynamically set the column widths to match the widest cell value - * @param {Object} [config.margins] margin values for left, top, bottom, and width - * @param {Object} [config.fontSize] Integer fontSize to use (optional) - * @returns {jsPDF} jsPDF-instance + /** + * Create a table from a set of data. + * @name table + * @function + * @param {Integer} [x] : left-position for top-left corner of table + * @param {Integer} [y] top-position for top-left corner of table + * @param {Object[]} [data] As array of objects containing key-value pairs corresponding to a row of data. + * @param {String[]} [headers] Omit or null to auto-generate headers at a performance cost + * @param {Object} [config.printHeaders] True to print column headers at the top of every page + * @param {Object} [config.autoSize] True to dynamically set the column widths to match the widest cell value + * @param {Object} [config.margins] margin values for left, top, bottom, and width + * @param {Object} [config.fontSize] Integer fontSize to use (optional) + * @returns {jsPDF} jsPDF-instance */ @@ -8744,9 +10021,9 @@ window.tmp = jsPDF; margins = config.margins; } } - /** - * @property {Number} lnMod - * Keep track of the current line number modifier used when creating cells + /** + * @property {Number} lnMod + * Keep track of the current line number modifier used when creating cells */ @@ -8825,7 +10102,6 @@ window.tmp = jsPDF; for (i = 0, ln = data.length; i < ln; i += 1) { - var lineHeight; model = data[i]; lineHeight = this.calculateLineHeight(headerNames, columnWidths, model); @@ -8840,15 +10116,15 @@ window.tmp = jsPDF; this.table_y = y; return this; }; - /** - * Calculate the height for containing the highest column - * - * @name calculateLineHeight - * @function - * @param {String[]} headerNames is the header, used as keys to the data - * @param {Integer[]} columnWidths is size of each column - * @param {Object[]} model is the line of data we want to calculate the height of - * @returns {number} lineHeight + /** + * Calculate the height for containing the highest column + * + * @name calculateLineHeight + * @function + * @param {String[]} headerNames is the header, used as keys to the data + * @param {Integer[]} columnWidths is size of each column + * @param {Object[]} model is the line of data we want to calculate the height of + * @returns {number} lineHeight */ @@ -8860,32 +10136,32 @@ window.tmp = jsPDF; header = headerNames[j]; model[header] = this.splitTextToSize(String(model[header]), columnWidths[header] - padding); var h = this.internal.getLineHeight() * model[header].length + padding; - if (h > lineHeight) lineHeight = h; + if (h > lineHeight) { lineHeight = h; } } return lineHeight; }; - /** - * Store the config for outputting a table header - * - * @name setTableHeaderRow - * @function - * @param {Object[]} config - * An array of cell configs that would define a header row: Each config matches the config used by jsPDFAPI.cell - * except the ln parameter is excluded + /** + * Store the config for outputting a table header + * + * @name setTableHeaderRow + * @function + * @param {Object[]} config + * An array of cell configs that would define a header row: Each config matches the config used by jsPDFAPI.cell + * except the ln parameter is excluded */ jsPDFAPI.setTableHeaderRow = function (config) { this.tableHeaderRow = config; }; - /** - * Output the store header row - * - * @name printHeaderRow - * @function - * @param {number} lineNumber The line number to output the header at - * @param {boolean} new_page + /** + * Output the store header row + * + * @name printHeaderRow + * @function + * @param {number} lineNumber The line number to output the header at + * @param {boolean} new_page */ @@ -8928,21 +10204,25 @@ window.tmp = jsPDF; }; })(jsPDF.API); -/** - * jsPDF Context2D PlugIn Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. http://opensource.org/licenses/mit-license +/* eslint-disable no-console */ + +/* global jsPDF, RGBColor */ + +/** + * jsPDF Context2D PlugIn Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. http://opensource.org/licenses/mit-license */ -/** -* This plugin mimics the HTML5 CanvasRenderingContext2D. -* -* The goal is to provide a way for current canvas implementations to print directly to a PDF. -* -* @name context2d -* @module +/** +* This plugin mimics the HTML5 CanvasRenderingContext2D. +* +* The goal is to provide a way for current canvas implementations to print directly to a PDF. +* +* @name context2d +* @module */ -(function (jsPDFAPI, globalObj) { +(function (jsPDFAPI) { var ContextLayer = function ContextLayer(ctx) { ctx = ctx || {}; @@ -8971,15 +10251,19 @@ window.tmp = jsPDF; }; //stub - var f2, f3, getHorizontalCoordinateString, getVerticalCoordinateString, getHorizontalCoordinate, getVerticalCoordinate; + var f2, getHorizontalCoordinateString, getVerticalCoordinateString, getHorizontalCoordinate, getVerticalCoordinate, Point, Rectangle, Matrix, _ctx; + jsPDFAPI.events.push(['initialized', function () { this.context2d = new Context2D(this); f2 = this.internal.f2; - f3 = this.internal.f3; getHorizontalCoordinateString = this.internal.getCoordinateString; getVerticalCoordinateString = this.internal.getVerticalCoordinateString; getHorizontalCoordinate = this.internal.getHorizontalCoordinate; getVerticalCoordinate = this.internal.getVerticalCoordinate; + Point = this.internal.Point; + Rectangle = this.internal.Rectangle; + Matrix = this.internal.Matrix; + _ctx = new ContextLayer(); }]); var Context2D = function Context2D(pdf) { @@ -8991,16 +10275,17 @@ window.tmp = jsPDF; }; } }); + var _pdf = pdf; Object.defineProperty(this, 'pdf', { get: function get() { - return pdf; + return _pdf; } }); var _pageWrapXEnabled = false; - /** - * @name pageWrapXEnabled - * @type {boolean} - * @default false + /** + * @name pageWrapXEnabled + * @type {boolean} + * @default false */ Object.defineProperty(this, 'pageWrapXEnabled', { @@ -9012,10 +10297,10 @@ window.tmp = jsPDF; } }); var _pageWrapYEnabled = false; - /** - * @name pageWrapYEnabled - * @type {boolean} - * @default true + /** + * @name pageWrapYEnabled + * @type {boolean} + * @default true */ Object.defineProperty(this, 'pageWrapYEnabled', { @@ -9027,10 +10312,10 @@ window.tmp = jsPDF; } }); var _posX = 0; - /** - * @name posX - * @type {number} - * @default 0 + /** + * @name posX + * @type {number} + * @default 0 */ Object.defineProperty(this, 'posX', { @@ -9044,10 +10329,10 @@ window.tmp = jsPDF; } }); var _posY = 0; - /** - * @name posY - * @type {number} - * @default 0 + /** + * @name posY + * @type {number} + * @default 0 */ Object.defineProperty(this, 'posY', { @@ -9061,10 +10346,10 @@ window.tmp = jsPDF; } }); var _autoPaging = false; - /** - * @name autoPaging - * @type {boolean} - * @default true + /** + * @name autoPaging + * @type {boolean} + * @default true */ Object.defineProperty(this, 'autoPaging', { @@ -9076,10 +10361,10 @@ window.tmp = jsPDF; } }); var lastBreak = 0; - /** - * @name lastBreak - * @type {number} - * @default 0 + /** + * @name lastBreak + * @type {number} + * @default 0 */ Object.defineProperty(this, 'lastBreak', { @@ -9091,11 +10376,11 @@ window.tmp = jsPDF; } }); var pageBreaks = []; - /** - * Y Position of page breaks. - * @name pageBreaks - * @type {number} - * @default 0 + /** + * Y Position of page breaks. + * @name pageBreaks + * @type {number} + * @default 0 */ Object.defineProperty(this, 'pageBreaks', { @@ -9106,15 +10391,12 @@ window.tmp = jsPDF; pageBreaks = value; } }); - - var _ctx = new ContextLayer(); - /** - * @name ctx - * @type {object} - * @default {} + /** + * @name ctx + * @type {object} + * @default {} */ - Object.defineProperty(this, 'ctx', { get: function get() { return _ctx; @@ -9125,10 +10407,10 @@ window.tmp = jsPDF; } } }); - /** - * @name path - * @type {array} - * @default [] + /** + * @name path + * @type {array} + * @default [] */ Object.defineProperty(this, 'path', { @@ -9139,10 +10421,10 @@ window.tmp = jsPDF; _ctx.path = value; } }); - /** - * @name ctxStack - * @type {array} - * @default [] + /** + * @name ctxStack + * @type {array} + * @default [] */ var _ctxStack = []; @@ -9154,14 +10436,14 @@ window.tmp = jsPDF; _ctxStack = value; } }); - /** - * Sets or returns the color, gradient, or pattern used to fill the drawing - * - * @name fillStyle - * @default #000000 - * @property {(color|gradient|pattern)} value The color of the drawing. Default value is #000000
    - * A gradient object (linear or radial) used to fill the drawing (not supported by context2d)
    - * A pattern object to use to fill the drawing (not supported by context2d) + /** + * Sets or returns the color, gradient, or pattern used to fill the drawing + * + * @name fillStyle + * @default #000000 + * @property {(color|gradient|pattern)} value The color of the drawing. Default value is #000000
    + * A gradient object (linear or radial) used to fill the drawing (not supported by context2d)
    + * A pattern object to use to fill the drawing (not supported by context2d) */ Object.defineProperty(this, 'fillStyle', { @@ -9182,14 +10464,14 @@ window.tmp = jsPDF; }); } }); - /** - * Sets or returns the color, gradient, or pattern used for strokes - * - * @name strokeStyle - * @default #000000 - * @property {color} color A CSS color value that indicates the stroke color of the drawing. Default value is #000000 (not supported by context2d) - * @property {gradient} gradient A gradient object (linear or radial) used to create a gradient stroke (not supported by context2d) - * @property {pattern} pattern A pattern object used to create a pattern stroke (not supported by context2d) + /** + * Sets or returns the color, gradient, or pattern used for strokes + * + * @name strokeStyle + * @default #000000 + * @property {color} color A CSS color value that indicates the stroke color of the drawing. Default value is #000000 (not supported by context2d) + * @property {gradient} gradient A gradient object (linear or radial) used to create a gradient stroke (not supported by context2d) + * @property {pattern} pattern A pattern object used to create a pattern stroke (not supported by context2d) */ Object.defineProperty(this, 'strokeStyle', { @@ -9211,14 +10493,14 @@ window.tmp = jsPDF; } } }); - /** - * Sets or returns the style of the end caps for a line - * - * @name lineCap - * @default butt - * @property {(butt|round|square)} lineCap butt A flat edge is added to each end of the line
    - * round A rounded end cap is added to each end of the line
    - * square A square end cap is added to each end of the line
    + /** + * Sets or returns the style of the end caps for a line + * + * @name lineCap + * @default butt + * @property {(butt|round|square)} lineCap butt A flat edge is added to each end of the line
    + * round A rounded end cap is added to each end of the line
    + * square A square end cap is added to each end of the line
    */ Object.defineProperty(this, 'lineCap', { @@ -9232,12 +10514,12 @@ window.tmp = jsPDF; } } }); - /** - * Sets or returns the current line width - * - * @name lineWidth - * @default 1 - * @property {number} lineWidth The current line width, in pixels + /** + * Sets or returns the current line width + * + * @name lineWidth + * @default 1 + * @property {number} lineWidth The current line width, in pixels */ Object.defineProperty(this, 'lineWidth', { @@ -9251,8 +10533,8 @@ window.tmp = jsPDF; } } }); - /** - * Sets or returns the type of corner created, when two lines meet + /** + * Sets or returns the type of corner created, when two lines meet */ Object.defineProperty(this, 'lineJoin', { @@ -9266,11 +10548,11 @@ window.tmp = jsPDF; } } }); - /** - * A number specifying the miter limit ratio in coordinate space units. Zero, negative, Infinity, and NaN values are ignored. The default value is 10.0. - * - * @name miterLimit - * @default 10 + /** + * A number specifying the miter limit ratio in coordinate space units. Zero, negative, Infinity, and NaN values are ignored. The default value is 10.0. + * + * @name miterLimit + * @default 10 */ Object.defineProperty(this, 'miterLimit', { @@ -9309,6 +10591,7 @@ window.tmp = jsPDF; set: function set(value) { this.ctx.font = value; var rx, matches; //source: https://stackoverflow.com/a/10136041 + // eslint-disable-next-line no-useless-escape rx = /^\s*(?=(?:(?:[-a-z]+\s*){0,2}(italic|oblique))?)(?=(?:(?:[-a-z]+\s*){0,2}(small-caps))?)(?=(?:(?:[-a-z]+\s*){0,2}(bold(?:er)?|lighter|[1-9]00))?)(?:(?:normal|\1|\2|\3)\s*){0,3}((?:xx?-)?(?:small|large)|medium|smaller|larger|[.\d]+(?:\%|in|[cem]m|ex|p[ctx]))(?:\s*\/\s*(normal|[.\d]+(?:\%|in|[cem]m|ex|p[ctx])))?\s*([-_,\"\'\sa-z]+?)\s*$/i; matches = rx.exec(value); @@ -9388,9 +10671,9 @@ window.tmp = jsPDF; } if (jsPdfFontName === '') { - for (var i = 0; i < parts.length; i++) { - if (fallbackFonts[parts[i]]) { - jsPdfFontName = fallbackFonts[parts[i]]; + for (var j = 0; j < parts.length; j++) { + if (fallbackFonts[parts[j]]) { + jsPdfFontName = fallbackFonts[parts[j]]; break; } } @@ -9430,24 +10713,24 @@ window.tmp = jsPDF; Context2D.prototype.fill = function () { pathPreProcess.call(this, 'fill', false); }; - /** - * Actually draws the path you have defined - * - * @name stroke - * @function - * @description The stroke() method actually draws the path you have defined with all those moveTo() and lineTo() methods. The default color is black. + /** + * Actually draws the path you have defined + * + * @name stroke + * @function + * @description The stroke() method actually draws the path you have defined with all those moveTo() and lineTo() methods. The default color is black. */ Context2D.prototype.stroke = function () { pathPreProcess.call(this, 'stroke', false); }; - /** - * Begins a path, or resets the current - * - * @name beginPath - * @function - * @description The beginPath() method begins a path, or resets the current path. + /** + * Begins a path, or resets the current + * + * @name beginPath + * @function + * @description The beginPath() method begins a path, or resets the current path. */ @@ -9456,13 +10739,13 @@ window.tmp = jsPDF; type: 'begin' }]; }; - /** - * Moves the path to the specified point in the canvas, without creating a line - * - * @name moveTo - * @function - * @param x {Number} The x-coordinate of where to move the path to - * @param y {Number} The y-coordinate of where to move the path to + /** + * Moves the path to the specified point in the canvas, without creating a line + * + * @name moveTo + * @function + * @param x {Number} The x-coordinate of where to move the path to + * @param y {Number} The y-coordinate of where to move the path to */ @@ -9480,12 +10763,12 @@ window.tmp = jsPDF; }); this.ctx.lastPoint = new Point(x, y); }; - /** - * Creates a path from the current point back to the starting point - * - * @name closePath - * @function - * @description The closePath() method creates a path from the current point back to the starting point. + /** + * Creates a path from the current point back to the starting point + * + * @name closePath + * @function + * @description The closePath() method creates a path from the current point back to the starting point. */ @@ -9516,14 +10799,14 @@ window.tmp = jsPDF; }); this.ctx.lastPoint = new Point(pathBegin.x, pathBegin.y); }; - /** - * Adds a new point and creates a line to that point from the last specified point in the canvas - * - * @name lineTo - * @function - * @param x The x-coordinate of where to create the line to - * @param y The y-coordinate of where to create the line to - * @description The lineTo() method adds a new point and creates a line TO that point FROM the last specified point in the canvas (this method does not draw the line). + /** + * Adds a new point and creates a line to that point from the last specified point in the canvas + * + * @name lineTo + * @function + * @param x The x-coordinate of where to create the line to + * @param y The y-coordinate of where to create the line to + * @description The lineTo() method adds a new point and creates a line TO that point FROM the last specified point in the canvas (this method does not draw the line). */ @@ -9541,12 +10824,12 @@ window.tmp = jsPDF; }); this.ctx.lastPoint = new Point(pt.x, pt.y); }; - /** - * Clips a region of any shape and size from the original canvas - * - * @name clip - * @function - * @description The clip() method clips a region of any shape and size from the original canvas. + /** + * Clips a region of any shape and size from the original canvas + * + * @name clip + * @function + * @description The clip() method clips a region of any shape and size from the original canvas. */ @@ -9554,16 +10837,16 @@ window.tmp = jsPDF; this.ctx.clip_path = JSON.parse(JSON.stringify(this.path)); pathPreProcess.call(this, null, true); }; - /** - * Creates a cubic Bézier curve - * - * @name quadraticCurveTo - * @function - * @param cpx {Number} The x-coordinate of the Bézier control point - * @param cpy {Number} The y-coordinate of the Bézier control point - * @param x {Number} The x-coordinate of the ending point - * @param y {Number} The y-coordinate of the ending point - * @description The quadraticCurveTo() method adds a point to the current path by using the specified control points that represent a quadratic Bézier curve.

    A quadratic Bézier curve requires two points. The first point is a control point that is used in the quadratic Bézier calculation and the second point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. + /** + * Creates a cubic Bézier curve + * + * @name quadraticCurveTo + * @function + * @param cpx {Number} The x-coordinate of the Bézier control point + * @param cpy {Number} The y-coordinate of the Bézier control point + * @param x {Number} The x-coordinate of the ending point + * @param y {Number} The y-coordinate of the ending point + * @description The quadraticCurveTo() method adds a point to the current path by using the specified control points that represent a quadratic Bézier curve.

    A quadratic Bézier curve requires two points. The first point is a control point that is used in the quadratic Bézier calculation and the second point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. */ @@ -9584,18 +10867,18 @@ window.tmp = jsPDF; }); this.ctx.lastPoint = new Point(pt0.x, pt0.y); }; - /** - * Creates a cubic Bézier curve - * - * @name bezierCurveTo - * @function - * @param cp1x {Number} The x-coordinate of the first Bézier control point - * @param cp1y {Number} The y-coordinate of the first Bézier control point - * @param cp2x {Number} The x-coordinate of the second Bézier control point - * @param cp2y {Number} The y-coordinate of the second Bézier control point - * @param x {Number} The x-coordinate of the ending point - * @param y {Number} The y-coordinate of the ending point - * @description The bezierCurveTo() method adds a point to the current path by using the specified control points that represent a cubic Bézier curve.

    A cubic bezier curve requires three points. The first two points are control points that are used in the cubic Bézier calculation and the last point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. + /** + * Creates a cubic Bézier curve + * + * @name bezierCurveTo + * @function + * @param cp1x {Number} The x-coordinate of the first Bézier control point + * @param cp1y {Number} The y-coordinate of the first Bézier control point + * @param cp2x {Number} The x-coordinate of the second Bézier control point + * @param cp2y {Number} The y-coordinate of the second Bézier control point + * @param x {Number} The x-coordinate of the ending point + * @param y {Number} The y-coordinate of the ending point + * @description The bezierCurveTo() method adds a point to the current path by using the specified control points that represent a cubic Bézier curve.

    A cubic bezier curve requires three points. The first two points are control points that are used in the cubic Bézier calculation and the last point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. */ @@ -9619,18 +10902,18 @@ window.tmp = jsPDF; }); this.ctx.lastPoint = new Point(pt0.x, pt0.y); }; - /** - * Creates an arc/curve (used to create circles, or parts of circles) - * - * @name arc - * @function - * @param x {Number} The x-coordinate of the center of the circle - * @param y {Number} The y-coordinate of the center of the circle - * @param radius {Number} The radius of the circle - * @param startAngle {Number} The starting angle, in radians (0 is at the 3 o'clock position of the arc's circle) - * @param endAngle {Number} The ending angle, in radians - * @param counterclockwise {Boolean} Optional. Specifies whether the drawing should be counterclockwise or clockwise. False is default, and indicates clockwise, while true indicates counter-clockwise. - * @description The arc() method creates an arc/curve (used to create circles, or parts of circles). + /** + * Creates an arc/curve (used to create circles, or parts of circles) + * + * @name arc + * @function + * @param x {Number} The x-coordinate of the center of the circle + * @param y {Number} The y-coordinate of the center of the circle + * @param radius {Number} The radius of the circle + * @param startAngle {Number} The starting angle, in radians (0 is at the 3 o'clock position of the arc's circle) + * @param endAngle {Number} The ending angle, in radians + * @param counterclockwise {Boolean} Optional. Specifies whether the drawing should be counterclockwise or clockwise. False is default, and indicates clockwise, while true indicates counter-clockwise. + * @description The arc() method creates an arc/curve (used to create circles, or parts of circles). */ @@ -9666,33 +10949,34 @@ window.tmp = jsPDF; counterclockwise: counterclockwise }); // this.ctx.lastPoint(new Point(pt.x,pt.y)); }; - /** - * Creates an arc/curve between two tangents - * - * @name arcTo - * @function - * @param x1 {Number} The x-coordinate of the first tangent - * @param y1 {Number} The y-coordinate of the first tangent - * @param x2 {Number} The x-coordinate of the second tangent - * @param y2 {Number} The y-coordinate of the second tangent - * @param radius The radius of the arc - * @description The arcTo() method creates an arc/curve between two tangents on the canvas. + /** + * Creates an arc/curve between two tangents + * + * @name arcTo + * @function + * @param x1 {Number} The x-coordinate of the first tangent + * @param y1 {Number} The y-coordinate of the first tangent + * @param x2 {Number} The x-coordinate of the second tangent + * @param y2 {Number} The y-coordinate of the second tangent + * @param radius The radius of the arc + * @description The arcTo() method creates an arc/curve between two tangents on the canvas. */ + // eslint-disable-next-line no-unused-vars Context2D.prototype.arcTo = function (x1, y1, x2, y2, radius) { throw new Error('arcTo not implemented.'); }; - /** - * Creates a rectangle - * - * @name rect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle, in pixels - * @param h {Number} The height of the rectangle, in pixels - * @description The rect() method creates a rectangle. + /** + * Creates a rectangle + * + * @name rect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle, in pixels + * @param h {Number} The height of the rectangle, in pixels + * @description The rect() method creates a rectangle. */ @@ -9710,16 +10994,16 @@ window.tmp = jsPDF; this.lineTo(x + w, y); this.lineTo(x, y); }; - /** - * Draws a "filled" rectangle - * - * @name fillRect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle, in pixels - * @param h {Number} The height of the rectangle, in pixels - * @description The fillRect() method draws a "filled" rectangle. The default color of the fill is black. + /** + * Draws a "filled" rectangle + * + * @name fillRect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle, in pixels + * @param h {Number} The height of the rectangle, in pixels + * @description The fillRect() method draws a "filled" rectangle. The default color of the fill is black. */ @@ -9757,16 +11041,16 @@ window.tmp = jsPDF; this.lineJoin = tmp.lineJoin; } }; - /** - * Draws a rectangle (no fill) - * - * @name strokeRect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle, in pixels - * @param h {Number} The height of the rectangle, in pixels - * @description The strokeRect() method draws a rectangle (no fill). The default color of the stroke is black. + /** + * Draws a rectangle (no fill) + * + * @name strokeRect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle, in pixels + * @param h {Number} The height of the rectangle, in pixels + * @description The strokeRect() method draws a rectangle (no fill). The default color of the stroke is black. */ @@ -9784,20 +11068,20 @@ window.tmp = jsPDF; this.rect(x, y, w, h); this.stroke(); }; - /** - * Clears the specified pixels within a given rectangle - * - * @name clearRect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle to clear, in pixels - * @param h {Number} The height of the rectangle to clear, in pixels - * @description We cannot clear PDF commands that were already written to PDF, so we use white instead.
    - * As a special case, read a special flag (ignoreClearRect) and do nothing if it is set. - * This results in all calls to clearRect() to do nothing, and keep the canvas transparent. - * This flag is stored in the save/restore context and is managed the same way as other drawing states. - * + /** + * Clears the specified pixels within a given rectangle + * + * @name clearRect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle to clear, in pixels + * @param h {Number} The height of the rectangle to clear, in pixels + * @description We cannot clear PDF commands that were already written to PDF, so we use white instead.
    + * As a special case, read a special flag (ignoreClearRect) and do nothing if it is set. + * This results in all calls to clearRect() to do nothing, and keep the canvas transparent. + * This flag is stored in the save/restore context and is managed the same way as other drawing states. + * */ @@ -9814,11 +11098,11 @@ window.tmp = jsPDF; this.fillStyle = '#ffffff'; this.fillRect(x, y, w, h); }; - /** - * Saves the state of the current context - * - * @name save - * @function + /** + * Saves the state of the current context + * + * @name save + * @function */ @@ -9840,11 +11124,11 @@ window.tmp = jsPDF; this.ctx = ctx; } }; - /** - * Returns previously saved path state and attributes - * - * @name restore - * @function + /** + * Returns previously saved path state and attributes + * + * @name restore + * @function */ @@ -9869,9 +11153,9 @@ window.tmp = jsPDF; this.lineJoin = this.ctx.lineJoin; } }; - /** - * @name toDataURL - * @function + /** + * @name toDataURL + * @function */ @@ -9879,13 +11163,13 @@ window.tmp = jsPDF; throw new Error('toDataUrl not implemented.'); }; //helper functions - /** - * Get the decimal values of r, g, b and a - * - * @name getRGBA - * @function - * @private - * @ignore + /** + * Get the decimal values of r, g, b and a + * + * @name getRGBA + * @function + * @private + * @ignore */ @@ -9971,40 +11255,40 @@ window.tmp = jsPDF; style: style }; }; - /** - * @name isFillTransparent - * @function - * @private - * @ignore - * @returns {Boolean} + /** + * @name isFillTransparent + * @function + * @private + * @ignore + * @returns {Boolean} */ var isFillTransparent = function isFillTransparent() { return this.ctx.isFillTransparent || this.globalAlpha == 0; }; - /** - * @name isStrokeTransparent - * @function - * @private - * @ignore - * @returns {Boolean} + /** + * @name isStrokeTransparent + * @function + * @private + * @ignore + * @returns {Boolean} */ var isStrokeTransparent = function isStrokeTransparent() { return Boolean(this.ctx.isStrokeTransparent || this.globalAlpha == 0); }; - /** - * Draws "filled" text on the canvas - * - * @name fillText - * @function - * @param text {String} Specifies the text that will be written on the canvas - * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) - * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) - * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels - * @description The fillText() method draws filled text on the canvas. The default color of the text is black. + /** + * Draws "filled" text on the canvas + * + * @name fillText + * @function + * @param text {String} Specifies the text that will be written on the canvas + * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) + * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) + * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels + * @description The fillText() method draws filled text on the canvas. The default color of the text is black. */ @@ -10034,16 +11318,16 @@ window.tmp = jsPDF; maxWidth: maxWidth }); }; - /** - * Draws text on the canvas (no fill) - * - * @name strokeText - * @function - * @param text {String} Specifies the text that will be written on the canvas - * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) - * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) - * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels - * @description The strokeText() method draws text (with no fill) on the canvas. The default color of the text is black. + /** + * Draws text on the canvas (no fill) + * + * @name strokeText + * @function + * @param text {String} Specifies the text that will be written on the canvas + * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) + * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) + * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels + * @description The strokeText() method draws text (with no fill) on the canvas. The default color of the text is black. */ @@ -10072,14 +11356,14 @@ window.tmp = jsPDF; maxWidth: maxWidth }); }; - /** - * Returns an object that contains the width of the specified text - * - * @name measureText - * @function - * @param text {String} The text to be measured - * @description The measureText() method returns an object that contains the width of the specified text, in pixels. - * @returns {Number} + /** + * Returns an object that contains the width of the specified text + * + * @name measureText + * @function + * @param text {String} The text to be measured + * @description The measureText() method returns an object that contains the width of the specified text, in pixels. + * @returns {Number} */ @@ -10113,14 +11397,14 @@ window.tmp = jsPDF; }); }; //Transformations - /** - * Scales the current drawing bigger or smaller - * - * @name scale - * @function - * @param scalewidth {Number} Scales the width of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) - * @param scaleheight {Number} Scales the height of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) - * @description The scale() method scales the current drawing, bigger or smaller. + /** + * Scales the current drawing bigger or smaller + * + * @name scale + * @function + * @param scalewidth {Number} Scales the width of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) + * @param scaleheight {Number} Scales the height of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) + * @description The scale() method scales the current drawing, bigger or smaller. */ @@ -10133,14 +11417,14 @@ window.tmp = jsPDF; var matrix = new Matrix(scalewidth, 0.0, 0.0, scaleheight, 0.0, 0.0); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Rotates the current drawing - * - * @name rotate - * @function - * @param angle {Number} The rotation angle, in radians. - * @description To calculate from degrees to radians: degrees*Math.PI/180.
    - * Example: to rotate 5 degrees, specify the following: 5*Math.PI/180 + /** + * Rotates the current drawing + * + * @name rotate + * @function + * @param angle {Number} The rotation angle, in radians. + * @description To calculate from degrees to radians: degrees*Math.PI/180.
    + * Example: to rotate 5 degrees, specify the following: 5*Math.PI/180 */ @@ -10153,14 +11437,14 @@ window.tmp = jsPDF; var matrix = new Matrix(Math.cos(angle), Math.sin(angle), -Math.sin(angle), Math.cos(angle), 0.0, 0.0); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Remaps the (0,0) position on the canvas - * - * @name translate - * @function - * @param x {Number} The value to add to horizontal (x) coordinates - * @param y {Number} The value to add to vertical (y) coordinates - * @description The translate() method remaps the (0,0) position on the canvas. + /** + * Remaps the (0,0) position on the canvas + * + * @name translate + * @function + * @param x {Number} The value to add to horizontal (x) coordinates + * @param y {Number} The value to add to vertical (y) coordinates + * @description The translate() method remaps the (0,0) position on the canvas. */ @@ -10173,18 +11457,18 @@ window.tmp = jsPDF; var matrix = new Matrix(1.0, 0.0, 0.0, 1.0, x, y); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Replaces the current transformation matrix for the drawing - * - * @name transform - * @function - * @param a {Number} Horizontal scaling - * @param b {Number} Horizontal skewing - * @param c {Number} Vertical skewing - * @param d {Number} Vertical scaling - * @param e {Number} Horizontal moving - * @param f {Number} Vertical moving - * @description Each object on the canvas has a current transformation matrix.

    The transform() method replaces the current transformation matrix. It multiplies the current transformation matrix with the matrix described by:



    a c e

    b d f

    0 0 1

    In other words, the transform() method lets you scale, rotate, move, and skew the current context. + /** + * Replaces the current transformation matrix for the drawing + * + * @name transform + * @function + * @param a {Number} Horizontal scaling + * @param b {Number} Horizontal skewing + * @param c {Number} Vertical skewing + * @param d {Number} Vertical scaling + * @param e {Number} Horizontal moving + * @param f {Number} Vertical moving + * @description Each object on the canvas has a current transformation matrix.

    The transform() method replaces the current transformation matrix. It multiplies the current transformation matrix with the matrix described by:



    a c e

    b d f

    0 0 1

    In other words, the transform() method lets you scale, rotate, move, and skew the current context. */ @@ -10197,18 +11481,18 @@ window.tmp = jsPDF; var matrix = new Matrix(a, b, c, d, e, f); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Resets the current transform to the identity matrix. Then runs transform() - * - * @name setTransform - * @function - * @param a {Number} Horizontal scaling - * @param b {Number} Horizontal skewing - * @param c {Number} Vertical skewing - * @param d {Number} Vertical scaling - * @param e {Number} Horizontal moving - * @param f {Number} Vertical moving - * @description Each object on the canvas has a current transformation matrix.

    The setTransform() method resets the current transform to the identity matrix, and then runs transform() with the same arguments.

    In other words, the setTransform() method lets you scale, rotate, move, and skew the current context. + /** + * Resets the current transform to the identity matrix. Then runs transform() + * + * @name setTransform + * @function + * @param a {Number} Horizontal scaling + * @param b {Number} Horizontal skewing + * @param c {Number} Vertical skewing + * @param d {Number} Vertical scaling + * @param e {Number} Horizontal moving + * @param f {Number} Vertical moving + * @description Each object on the canvas has a current transformation matrix.

    The setTransform() method resets the current transform to the identity matrix, and then runs transform() with the same arguments.

    In other words, the setTransform() method lets you scale, rotate, move, and skew the current context. */ @@ -10221,19 +11505,19 @@ window.tmp = jsPDF; f = isNaN(f) ? 0 : f; this.ctx.transform = new Matrix(a, b, c, d, e, f); }; - /** - * Draws an image, canvas, or video onto the canvas - * - * @function - * @param img {} Specifies the image, canvas, or video element to use - * @param sx {Number} Optional. The x coordinate where to start clipping - * @param sy {Number} Optional. The y coordinate where to start clipping - * @param swidth {Number} Optional. The width of the clipped image - * @param sheight {Number} Optional. The height of the clipped image - * @param x {Number} The x coordinate where to place the image on the canvas - * @param y {Number} The y coordinate where to place the image on the canvas - * @param width {Number} Optional. The width of the image to use (stretch or reduce the image) - * @param height {Number} Optional. The height of the image to use (stretch or reduce the image) + /** + * Draws an image, canvas, or video onto the canvas + * + * @function + * @param img {} Specifies the image, canvas, or video element to use + * @param sx {Number} Optional. The x coordinate where to start clipping + * @param sy {Number} Optional. The y coordinate where to start clipping + * @param swidth {Number} Optional. The width of the clipped image + * @param sheight {Number} Optional. The height of the clipped image + * @param x {Number} The x coordinate where to place the image on the canvas + * @param y {Number} The y coordinate where to place the image on the canvas + * @param width {Number} Optional. The width of the image to use (stretch or reduce the image) + * @param height {Number} Optional. The height of the image to use (stretch or reduce the image) */ @@ -10278,7 +11562,6 @@ window.tmp = jsPDF; matrix = matrix.multiply(decomposedTransformationMatrix.translate); matrix = matrix.multiply(decomposedTransformationMatrix.skew); matrix = matrix.multiply(decomposedTransformationMatrix.scale); - var mP = matrix.applyToPoint(new Point(width, height)); var xRect = matrix.applyToRectangle(new Rectangle(x - sx * clipFactorX, y - sy * clipFactorY, swidth * factorX, sheight * factorY)); var pageArray = getPagesByPath.call(this, xRect); var pages = []; @@ -10309,10 +11592,10 @@ window.tmp = jsPDF; var tmpRect = JSON.parse(JSON.stringify(xRect)); tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; - this.pdf.addImage(img, 'jpg', tmpRect.x, tmpRect.y, tmpRect.w, tmpRect.h, null, null, angle); + this.pdf.addImage(img, 'JPEG', tmpRect.x, tmpRect.y, tmpRect.w, tmpRect.h, null, null, angle); } } else { - this.pdf.addImage(img, 'jpg', xRect.x, xRect.y, xRect.w, xRect.h, null, null, angle); + this.pdf.addImage(img, 'JPEG', xRect.x, xRect.y, xRect.w, xRect.h, null, null, angle); } }; @@ -10464,14 +11747,14 @@ window.tmp = jsPDF; this.path = origPath; }; - /** - * Processes the paths - * - * @function - * @param rule {String} - * @param isClip {Boolean} - * @private - * @ignore + /** + * Processes the paths + * + * @function + * @param rule {String} + * @param isClip {Boolean} + * @private + * @ignore */ @@ -10589,9 +11872,7 @@ window.tmp = jsPDF; if (typeof arc.startAngle !== 'undefined') { var start = rad2deg(arc.startAngle); var end = rad2deg(arc.endAngle); - var x = arc.x; - var y = arc.y; - drawArc.call(this, x, y, arc.radius, start, end, arc.counterclockwise, style, isClip); + drawArc.call(this, arc.x, arc.y, arc.radius, start, end, arc.counterclockwise, style, isClip); } else { drawLine.call(this, arc.x, arc.y); } @@ -10671,21 +11952,20 @@ window.tmp = jsPDF; Context2D.prototype.createRadialGradient = function createRadialGradient() { return this.createLinearGradient(); }; - /** - * - * @param x Edge point X - * @param y Edge point Y - * @param r Radius - * @param a1 start angle - * @param a2 end angle - * @param counterclockwise - * @param style - * @param isClip + /** + * + * @param x Edge point X + * @param y Edge point Y + * @param r Radius + * @param a1 start angle + * @param a2 end angle + * @param counterclockwise + * @param style + * @param isClip */ var drawArc = function drawArc(x, y, r, a1, a2, counterclockwise, style, isClip) { - var k = this.pdf.internal.scaleFactor; var a1r = deg2rad(a1); var a2r = deg2rad(a2); var curves = createArc.call(this, r, a1r, a2r, counterclockwise); @@ -10696,6 +11976,7 @@ window.tmp = jsPDF; if (i === 0) { doMove.call(this, curve.x1 + x, curve.y1 + y); } + drawCurve.call(this, x, y, curve.x2, curve.y2, curve.x3, curve.y3, curve.x4, curve.y4); } @@ -10720,6 +12001,7 @@ window.tmp = jsPDF; var doClip = function doClip() { this.pdf.clip(); + this.pdf.discardPath(); }; var doMove = function doMove(x, y) { @@ -10765,7 +12047,7 @@ window.tmp = jsPDF; } pages.sort(); - var clipPath; + var clipPath, oldSize; if (this.autoPaging === true) { var min = pages[0]; @@ -10786,7 +12068,7 @@ window.tmp = jsPDF; tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; if (options.scale >= 0.01) { - var oldSize = this.pdf.internal.getFontSize(); + oldSize = this.pdf.internal.getFontSize(); this.pdf.setFontSize(oldSize * options.scale); } @@ -10803,7 +12085,7 @@ window.tmp = jsPDF; } } else { if (options.scale >= 0.01) { - var oldSize = this.pdf.internal.getFontSize(); + oldSize = this.pdf.internal.getFontSize(); this.pdf.setFontSize(oldSize * options.scale); } @@ -10833,11 +12115,11 @@ window.tmp = jsPDF; var drawCurve = function drawCurve(x, y, x1, y1, x2, y2, x3, y3) { this.pdf.internal.out([f2(getHorizontalCoordinate(x1 + x)), f2(getVerticalCoordinate(y1 + y)), f2(getHorizontalCoordinate(x2 + x)), f2(getVerticalCoordinate(y2 + y)), f2(getHorizontalCoordinate(x3 + x)), f2(getVerticalCoordinate(y3 + y)), 'c'].join(' ')); }; - /** - * Return a array of objects that represent bezier curves which approximate the circular arc centered at the origin, from startAngle to endAngle (radians) with the specified radius. - * - * Each bezier curve is an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. - * @function createArc + /** + * Return a array of objects that represent bezier curves which approximate the circular arc centered at the origin, from startAngle to endAngle (radians) with the specified radius. + * + * Each bezier curve is an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. + * @function createArc */ @@ -10873,12 +12155,12 @@ window.tmp = jsPDF; return curves; }; - /** - * Cubic bezier approximation of a circular arc centered at the origin, from (radians) a1 to a2, where a2-a1 < pi/2. The arc's radius is r. - * - * Returns an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. - * - * This algorithm is based on the approach described in: A. Riškus, "Approximation of a Cubic Bezier Curve by Circular Arcs and Vice Versa," Information Technology and Control, 35(4), 2006 pp. 371-378. + /** + * Cubic bezier approximation of a circular arc centered at the origin, from (radians) a1 to a2, where a2-a1 < pi/2. The arc's radius is r. + * + * Returns an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. + * + * This algorithm is based on the approach described in: A. Riškus, "Approximation of a Cubic Bezier Curve by Circular Arcs and Vice Versa," Information Technology and Control, 35(4), 2006 pp. 371-378. */ @@ -10939,9 +12221,9 @@ window.tmp = jsPDF; var todx = dx - cx; var tody = dy - cy; var precision = 40; - var d, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, i, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; + var d, i, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; - for (var i = 0; i < precision + 1; i++) { + for (i = 0; i < precision + 1; i++) { d = i / precision; px = ax + d * tobx; py = ay + d * toby; @@ -10977,412 +12259,66 @@ window.tmp = jsPDF; return new Rectangle(Math.round(minx), Math.round(miny), Math.round(maxx - minx), Math.round(maxy - miny)); }; +})(jsPDF.API); - var Point = function Point(x, y) { - var _x = x || 0; +/* global jsPDF, Deflater */ - Object.defineProperty(this, 'x', { - enumerable: true, - get: function get() { - return _x; - }, - set: function set(value) { - if (!isNaN(value)) { - _x = parseFloat(value); - } - } - }); +/** + * jsPDF filters PlugIn + * Copyright (c) 2014 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license + */ +(function (jsPDFAPI) { - var _y = y || 0; + var ASCII85Encode = function ASCII85Encode(a) { + var b, c, d, e, f, g, h, i, j, k; // eslint-disable-next-line no-control-regex - Object.defineProperty(this, 'y', { - enumerable: true, - get: function get() { - return _y; - }, - set: function set(value) { - if (!isNaN(value)) { - _y = parseFloat(value); - } - } - }); - var _type = 'pt'; - Object.defineProperty(this, 'type', { - enumerable: true, - get: function get() { - return _type; - }, - set: function set(value) { - _type = value.toString(); + for (!/[^\x00-\xFF]/.test(a), b = "\x00\x00\x00\x00".slice(a.length % 4 || 4), a += b, c = [], d = 0, e = a.length; e > d; d += 4) { + f = (a.charCodeAt(d) << 24) + (a.charCodeAt(d + 1) << 16) + (a.charCodeAt(d + 2) << 8) + a.charCodeAt(d + 3), 0 !== f ? (k = f % 85, f = (f - k) / 85, j = f % 85, f = (f - j) / 85, i = f % 85, f = (f - i) / 85, h = f % 85, f = (f - h) / 85, g = f % 85, c.push(g + 33, h + 33, i + 33, j + 33, k + 33)) : c.push(122); + } + + return function (a, b) { + for (var c = b; c > 0; c--) { + a.pop(); } - }); - return this; + }(c, b.length), String.fromCharCode.apply(String, c) + "~>"; }; - var Rectangle = function Rectangle(x, y, w, h) { - Point.call(this, x, y); - this.type = 'rect'; + var ASCII85Decode = function ASCII85Decode(a) { + var c, + d, + e, + f, + g, + h = String, + l = "length", + w = 255, + x = "charCodeAt", + y = "slice", + z = "replace"; - var _w = w || 0; + for ("~>" === a[y](-2), a = a[y](0, -2)[z](/\s/g, "")[z]("z", "!!!!!"), c = "uuuuu"[y](a[l] % 5 || 5), a += c, e = [], f = 0, g = a[l]; g > f; f += 5) { + d = 52200625 * (a[x](f) - 33) + 614125 * (a[x](f + 1) - 33) + 7225 * (a[x](f + 2) - 33) + 85 * (a[x](f + 3) - 33) + (a[x](f + 4) - 33), e.push(w & d >> 24, w & d >> 16, w & d >> 8, w & d); + } - Object.defineProperty(this, 'w', { - enumerable: true, - get: function get() { - return _w; - }, - set: function set(value) { - if (!isNaN(value)) { - _w = parseFloat(value); - } + return function (a, b) { + for (var c = b; c > 0; c--) { + a.pop(); } - }); + }(e, c[l]), h.fromCharCode.apply(h, e); + }; - var _h = h || 0; + var ASCIIHexEncode = function ASCIIHexEncode(value) { + var result = ''; - Object.defineProperty(this, 'h', { - enumerable: true, - get: function get() { - return _h; - }, - set: function set(value) { - if (!isNaN(value)) { - _h = parseFloat(value); - } - } - }); - return this; - }; - - var Matrix = function Matrix(sx, shy, shx, sy, tx, ty) { - var _matrix = []; - Object.defineProperty(this, 'sx', { - get: function get() { - return _matrix[0]; - }, - set: function set(value) { - _matrix[0] = Math.round(value * 100000) / 100000; - } - }); - Object.defineProperty(this, 'shy', { - get: function get() { - return _matrix[1]; - }, - set: function set(value) { - _matrix[1] = Math.round(value * 100000) / 100000; - } - }); - Object.defineProperty(this, 'shx', { - get: function get() { - return _matrix[2]; - }, - set: function set(value) { - _matrix[2] = Math.round(value * 100000) / 100000; - } - }); - Object.defineProperty(this, 'sy', { - get: function get() { - return _matrix[3]; - }, - set: function set(value) { - _matrix[3] = Math.round(value * 100000) / 100000; - } - }); - Object.defineProperty(this, 'tx', { - get: function get() { - return _matrix[4]; - }, - set: function set(value) { - _matrix[4] = Math.round(value * 100000) / 100000; - } - }); - Object.defineProperty(this, 'ty', { - get: function get() { - return _matrix[5]; - }, - set: function set(value) { - _matrix[5] = Math.round(value * 100000) / 100000; - } - }); - Object.defineProperty(this, 'rotation', { - get: function get() { - return Math.atan2(this.shx, this.sx); - } - }); - Object.defineProperty(this, 'scaleX', { - get: function get() { - return this.decompose().scale.sx; - } - }); - Object.defineProperty(this, 'scaleY', { - get: function get() { - return this.decompose().scale.sy; - } - }); - Object.defineProperty(this, 'isIdentity', { - get: function get() { - if (this.sx !== 1) { - return false; - } - - if (this.shy !== 0) { - return false; - } - - if (this.shx !== 0) { - return false; - } - - if (this.sy !== 1) { - return false; - } - - if (this.tx !== 0) { - return false; - } - - if (this.ty !== 0) { - return false; - } - - return true; - } - }); - this.sx = !isNaN(sx) ? sx : 1; - this.shy = !isNaN(shy) ? shy : 0; - this.shx = !isNaN(shx) ? shx : 0; - this.sy = !isNaN(sy) ? sy : 1; - this.tx = !isNaN(tx) ? tx : 0; - this.ty = !isNaN(ty) ? ty : 0; - return this; - }; - /** - * Multiply the matrix with given Matrix - * - * @function multiply - * @param matrix - * @returns {Matrix} - * @private - * @ignore - */ - - - Matrix.prototype.multiply = function (matrix) { - var sx = matrix.sx * this.sx + matrix.shy * this.shx; - var shy = matrix.sx * this.shy + matrix.shy * this.sy; - var shx = matrix.shx * this.sx + matrix.sy * this.shx; - var sy = matrix.shx * this.shy + matrix.sy * this.sy; - var tx = matrix.tx * this.sx + matrix.ty * this.shx + this.tx; - var ty = matrix.tx * this.shy + matrix.ty * this.sy + this.ty; - return new Matrix(sx, shy, shx, sy, tx, ty); - }; - /** - * @function decompose - * @private - * @ignore - */ - - - Matrix.prototype.decompose = function () { - var a = this.sx; - var b = this.shy; - var c = this.shx; - var d = this.sy; - var e = this.tx; - var f = this.ty; - var scaleX = Math.sqrt(a * a + b * b); - a /= scaleX; - b /= scaleX; - var shear = a * c + b * d; - c -= a * shear; - d -= b * shear; - var scaleY = Math.sqrt(c * c + d * d); - c /= scaleY; - d /= scaleY; - shear /= scaleY; - - if (a * d < b * c) { - a = -a; - b = -b; - shear = -shear; - scaleX = -scaleX; - } - - return { - scale: new Matrix(scaleX, 0, 0, scaleY, 0, 0), - translate: new Matrix(1, 0, 0, 1, e, f), - rotate: new Matrix(a, b, -b, a, 0, 0), - skew: new Matrix(1, 0, shear, 1, 0, 0) - }; - }; - /** - * @function applyToPoint - * @private - * @ignore - */ - - - Matrix.prototype.applyToPoint = function (pt) { - var x = pt.x * this.sx + pt.y * this.shx + this.tx; - var y = pt.x * this.shy + pt.y * this.sy + this.ty; - return new Point(x, y); - }; - /** - * @function applyToRectangle - * @private - * @ignore - */ - - - Matrix.prototype.applyToRectangle = function (rect) { - var pt1 = this.applyToPoint(rect); - var pt2 = this.applyToPoint(new Point(rect.x + rect.w, rect.y + rect.h)); - return new Rectangle(pt1.x, pt1.y, pt2.x - pt1.x, pt2.y - pt1.y); - }; - /** - * @function clone - * @private - * @ignore - */ - - - Matrix.prototype.clone = function () { - var sx = this.sx; - var shy = this.shy; - var shx = this.shx; - var sy = this.sy; - var tx = this.tx; - var ty = this.ty; - return new Matrix(sx, shy, shx, sy, tx, ty); - }; -})(jsPDF.API, typeof self !== 'undefined' && self || typeof window !== 'undefined' && window || typeof global !== 'undefined' && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); - -/** - * jsPDF filters PlugIn - * Copyright (c) 2014 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license - */ -(function (jsPDFAPI) { - - var ASCII85Encode = function ASCII85Encode(a) { - var b, c, d, e, f, g, h, i, j, k; - - for (!/[^\x00-\xFF]/.test(a), b = "\x00\x00\x00\x00".slice(a.length % 4 || 4), a += b, c = [], d = 0, e = a.length; e > d; d += 4) { - f = (a.charCodeAt(d) << 24) + (a.charCodeAt(d + 1) << 16) + (a.charCodeAt(d + 2) << 8) + a.charCodeAt(d + 3), 0 !== f ? (k = f % 85, f = (f - k) / 85, j = f % 85, f = (f - j) / 85, i = f % 85, f = (f - i) / 85, h = f % 85, f = (f - h) / 85, g = f % 85, c.push(g + 33, h + 33, i + 33, j + 33, k + 33)) : c.push(122); - } - - return function (a, b) { - for (var c = b; c > 0; c--) { - a.pop(); - } - }(c, b.length), String.fromCharCode.apply(String, c) + "~>"; - }; - - var ASCII85Decode = function ASCII85Decode(a) { - var c, - d, - e, - f, - g, - h = String, - l = "length", - w = 255, - x = "charCodeAt", - y = "slice", - z = "replace"; - - for ("~>" === a[y](-2), a = a[y](0, -2)[z](/\s/g, "")[z]("z", "!!!!!"), c = "uuuuu"[y](a[l] % 5 || 5), a += c, e = [], f = 0, g = a[l]; g > f; f += 5) { - d = 52200625 * (a[x](f) - 33) + 614125 * (a[x](f + 1) - 33) + 7225 * (a[x](f + 2) - 33) + 85 * (a[x](f + 3) - 33) + (a[x](f + 4) - 33), e.push(w & d >> 24, w & d >> 16, w & d >> 8, w & d); - } - - return function (a, b) { - for (var c = b; c > 0; c--) { - a.pop(); - } - }(e, c[l]), h.fromCharCode.apply(h, e); - }; - /** - * TODO: Not Tested: - //https://gist.github.com/revolunet/843889 - // LZW-compress a string - var LZWEncode = function(s, options) { - options = Object.assign({ - predictor: 1, - colors: 1, - bitsPerComponent: 8, - columns: 1, - earlyChange: 1 - }, options); - var dict = {}; - var data = (s + "").split(""); - var out = []; - var currChar; - var phrase = data[0]; - var code = 256; //0xe000 - for (var i=1; i 1 ? dict['_'+phrase] : phrase.charCodeAt(0)); - dict['_' + phrase + currChar] = code; - code++; - phrase=currChar; - } - } - out.push(phrase.length > 1 ? dict['_'+phrase] : phrase.charCodeAt(0)); - for (var i=0; i> 8 & 0xFF, adler32 >> 16 & 0xFF, adler32 >> 24 & 0xFF]), data.length + 2); - data = String.fromCharCode.apply(null, arr); + data = deflater.append(new Uint8Array(arr)); + data = appendBuffer(data, deflater.flush()); + arr = new Uint8Array(data.byteLength + 6); + arr.set(new Uint8Array([120, 156])); + arr.set(data, 2); + arr.set(new Uint8Array([adler32 & 0xff, adler32 >> 8 & 0xff, adler32 >> 16 & 0xff, adler32 >> 24 & 0xff]), data.byteLength + 2); + data = arr.reduce(function (data, byte) { + return data + String.fromCharCode(byte); + }, ''); return data; }; @@ -11481,19 +12433,6 @@ window.tmp = jsPDF; reverseChain.push("/FlateDecode"); break; - /** - case "LZWDecode": - case "/LZWDecode": - data = LZWDecode(data); - reverseChain.push("/LZWEncode"); - break; - case "LZWEncode": - case "/LZWEncode": - data = LZWEncode(data); - reverseChain.push("/LZWDecode"); - break; - */ - default: throw "The filter: \"" + filterChain[i] + "\" is not implemented"; } @@ -11506,70 +12445,71 @@ window.tmp = jsPDF; }; })(jsPDF.API); -/** - * jsPDF fileloading PlugIn - * Copyright (c) 2018 Aras Abbasi (aras.abbasi@gmail.com) - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/* global jsPDF */ + +/** + * jsPDF fileloading PlugIn + * Copyright (c) 2018 Aras Abbasi (aras.abbasi@gmail.com) + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* @name fileloading -* @module +/** +* @name fileloading +* @module */ (function (jsPDFAPI) { - /** - * @name loadFile - * @function - * @param {string} url - * @param {boolean} sync - * @param {function} callback - * @returns {string|undefined} result + /** + * @name loadFile + * @function + * @param {string} url + * @param {boolean} sync + * @param {function} callback + * @returns {string|undefined} result */ jsPDFAPI.loadFile = function (url, sync, callback) { - sync = sync || true; - - callback = callback || function () {}; - + sync = sync === false ? false : true; + callback = typeof callback === 'function' ? callback : function () {}; var result; var xhr = function xhr(url, sync, callback) { - var req = new XMLHttpRequest(); - var byteArray = []; + var request = new XMLHttpRequest(); var i = 0; var sanitizeUnicode = function sanitizeUnicode(data) { var dataLength = data.length; + var charArray = []; var StringFromCharCode = String.fromCharCode; //Transform Unicode to ASCII for (i = 0; i < dataLength; i += 1) { - byteArray.push(StringFromCharCode(data.charCodeAt(i) & 0xff)); + charArray.push(StringFromCharCode(data.charCodeAt(i) & 0xff)); } - return byteArray.join(""); + return charArray.join(''); }; - req.open('GET', url, !sync); // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] + request.open('GET', url, !sync); // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] - req.overrideMimeType('text\/plain; charset=x-user-defined'); + request.overrideMimeType('text/plain; charset=x-user-defined'); if (sync === false) { - req.onload = function () { - return sanitizeUnicode(this.responseText); + request.onload = function () { + callback(sanitizeUnicode(this.responseText)); }; } - req.send(null); - - if (req.status !== 200) { - console.warn('Unable to load file "' + url + '"'); - return; - } + request.send(null); if (sync) { - return sanitizeUnicode(req.responseText); + if (request.status !== 200) { + // eslint-disable-next-line no-console + console.warn('Unable to load file "' + url + '"'); + return; + } + + return sanitizeUnicode(request.responseText); } }; @@ -11581,56 +12521,65 @@ window.tmp = jsPDF; return result; }; - /** - * @name loadImageFile - * @function - * @param {string} path - * @param {boolean} sync - * @param {function} callback + /** + * @name loadImageFile + * @function + * @param {string} path + * @param {boolean} sync + * @param {function} callback */ jsPDFAPI.loadImageFile = jsPDFAPI.loadFile; })(jsPDF.API); -/** - * Copyright (c) 2018 Erik Koopmans - * Released under the MIT License. - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/* global jsPDF html2canvas */ + +/** + * Copyright (c) 2018 Erik Koopmans + * Released under the MIT License. + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** - * jsPDF html PlugIn - * - * @name html - * @module +/** + * jsPDF html PlugIn + * + * @name html + * @module */ (function (jsPDFAPI, global) { - /** - * Determine the type of a variable/object. - * - * @private - * @ignore + + if (typeof Promise === 'undefined') { + // eslint-disable-next-line no-console + console.warn('Promise not found. html-Plugin will not work'); + return; + } + /** + * Determine the type of a variable/object. + * + * @private + * @ignore */ + var objType = function objType(obj) { var type = _typeof(obj); - if (type === 'undefined') return 'undefined';else if (type === 'string' || obj instanceof String) return 'string';else if (type === 'number' || obj instanceof Number) return 'number';else if (type === 'function' || obj instanceof Function) return 'function';else if (!!obj && obj.constructor === Array) return 'array';else if (obj && obj.nodeType === 1) return 'element';else if (type === 'object') return 'object';else return 'unknown'; + if (type === 'undefined') { return 'undefined'; }else if (type === 'string' || obj instanceof String) { return 'string'; }else if (type === 'number' || obj instanceof Number) { return 'number'; }else if (type === 'function' || obj instanceof Function) { return 'function'; }else if (!!obj && obj.constructor === Array) { return 'array'; }else if (obj && obj.nodeType === 1) { return 'element'; }else if (type === 'object') { return 'object'; }else { return 'unknown'; } }; - /** - * Create an HTML element with optional className, innerHTML, and style. - * - * @private - * @ignore + /** + * Create an HTML element with optional className, innerHTML, and style. + * + * @private + * @ignore */ var createElement = function createElement(tagName, opt) { var el = document.createElement(tagName); - if (opt.className) el.className = opt.className; + if (opt.className) { el.className = opt.className; } if (opt.innerHTML) { el.innerHTML = opt.innerHTML; @@ -11647,11 +12596,11 @@ window.tmp = jsPDF; return el; }; - /** - * Deep-clone a node and preserve contents/properties. - * - * @private - * @ignore + /** + * Deep-clone a node and preserve contents/properties. + * + * @private + * @ignore */ @@ -11978,16 +12927,16 @@ window.tmp = jsPDF; }]; // Fulfill prereqs then perform the appropriate output. return this.thenList(prereqs).then(function outputPdf_main() { - /* Currently implemented output types: - * https://rawgit.com/MrRio/jsPDF/master/docs/jspdf.js.html#line992 - * save(options), arraybuffer, blob, bloburi/bloburl, - * datauristring/dataurlstring, dataurlnewwindow, datauri/dataurl + /* Currently implemented output types: + * https://rawgit.com/MrRio/jsPDF/master/docs/jspdf.js.html#line992 + * save(options), arraybuffer, blob, bloburi/bloburl, + * datauristring/dataurlstring, dataurlnewwindow, datauri/dataurl */ return this.prop.pdf.output(type, options); }); }; - Worker.prototype.outputImg = function outputImg(type, options) { + Worker.prototype.outputImg = function outputImg(type) { // Set up function prerequisites. var prereqs = [function checkImg() { return this.prop.img || this.toImg(); @@ -12017,7 +12966,7 @@ window.tmp = jsPDF; var result = typeof global.html2canvas !== "undefined"; if (!result) { - console.error("html2canvas not loaded."); + throw new Error("html2canvas not loaded."); } return result; @@ -12041,7 +12990,7 @@ window.tmp = jsPDF; }); }; - Worker.prototype.doCallback = function doCallback(filename) { + Worker.prototype.doCallback = function doCallback() { // Set up function prerequisites. var prereqs = [function checkPdf() { return this.prop.pdf || this.toPdf(); @@ -12115,6 +13064,7 @@ window.tmp = jsPDF; switch (objType(margin)) { case 'number': margin = [margin, margin, margin, margin]; + // eslint-disable-next-line no-fallthrough case 'array': if (margin.length === 2) { @@ -12125,6 +13075,8 @@ window.tmp = jsPDF; break; } + // eslint-disable-next-line no-fallthrough + default: return this.error('Invalid margin array.'); } // Set the margin property, then update pageSize. @@ -12162,10 +13114,10 @@ window.tmp = jsPDF; Worker.prototype.setProgress = function setProgress(val, state, n, stack) { // Immediately update all progress values. - if (val != null) this.progress.val = val; - if (state != null) this.progress.state = state; - if (n != null) this.progress.n = n; - if (stack != null) this.progress.stack = stack; + if (val != null) { this.progress.val = val; } + if (state != null) { this.progress.state = state; } + if (n != null) { this.progress.n = n; } + if (stack != null) { this.progress.stack = stack; } this.progress.ratio = this.progress.val / this.progress.state; // Return this for command chaining. return this; @@ -12316,64 +13268,68 @@ window.tmp = jsPDF; 'ledger': [1224, 792], 'tabloid': [792, 1224], 'credit-card': [153, 243] - }; // Unit conversion + }; + var k = 1; // Unit conversion switch (unit) { case 'pt': - var k = 1; + k = 1; break; case 'mm': - var k = 72 / 25.4; + k = 72 / 25.4; break; case 'cm': - var k = 72 / 2.54; + k = 72 / 2.54; break; case 'in': - var k = 72; + k = 72; break; case 'px': - var k = 72 / 96; + k = 72 / 96; break; case 'pc': - var k = 12; + k = 12; break; case 'em': - var k = 12; + k = 12; break; case 'ex': - var k = 6; + k = 6; break; default: throw 'Invalid unit: ' + unit; - } // Dimensions are stored as user units and converted to points on output + } + var pageHeight = 0; + var pageWidth = 0; // Dimensions are stored as user units and converted to points on output if (pageFormats.hasOwnProperty(format_as_string)) { - var pageHeight = pageFormats[format_as_string][1] / k; - var pageWidth = pageFormats[format_as_string][0] / k; + pageHeight = pageFormats[format_as_string][1] / k; + pageWidth = pageFormats[format_as_string][0] / k; } else { try { - var pageHeight = format[1]; - var pageWidth = format[0]; + pageHeight = format[1]; + pageWidth = format[0]; } catch (err) { throw new Error('Invalid format: ' + format); } - } // Handle page orientation + } + var tmp; // Handle page orientation if (orientation === 'p' || orientation === 'portrait') { orientation = 'p'; if (pageWidth > pageHeight) { - var tmp = pageWidth; + tmp = pageWidth; pageWidth = pageHeight; pageHeight = tmp; } @@ -12381,7 +13337,7 @@ window.tmp = jsPDF; orientation = 'l'; if (pageHeight > pageWidth) { - var tmp = pageWidth; + tmp = pageWidth; pageWidth = pageHeight; pageHeight = tmp; } @@ -12398,14 +13354,23 @@ window.tmp = jsPDF; }; return info; }; - /** - * Generate a PDF from an HTML element or string using. - * - * @name html - * @function - * @param {Element|string} source The source element or HTML string. - * @param {Object=} options An object of optional settings. - * @description The Plugin needs html2canvas from niklasvh + /** + * Generate a PDF from an HTML element or string using. + * + * @name html + * @function + * @param {HTMLElement|string} source The source HTMLElement or a string containing HTML. + * @param {Object} [options] Collection of settings + * @param {string} [options.callback] The mandatory callback-function gets as first parameter the current jsPDF instance + * + * @example + * var doc = new jsPDF(); + * + * doc.html(document.body, { + * callback: function (doc) { + * doc.save(); + * } + * }); */ @@ -12419,7 +13384,6 @@ window.tmp = jsPDF; options.html2canvas.canvas = options.html2canvas.canvas || this.canvas; options.jsPDF = options.jsPDF || this; // Create a new worker with the given options. - var pdf = options.jsPDF; var worker = new Worker(options); if (!options.worker) { @@ -12429,41 +13393,39 @@ window.tmp = jsPDF; // Otherwise, return the worker for new Promise-based operation. return worker; } - - return this; }; })(jsPDF.API, typeof window !== "undefined" && window || typeof global !== "undefined" && global); -/** - * @license - * ==================================================================== - * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com - * - * - * ==================================================================== - */ - /*global jsPDF */ -/** - * jsPDF JavaScript plugin - * - * @name javascript - * @module +/** + * @license + * ==================================================================== + * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com + * + * + * ==================================================================== + */ + +/** + * jsPDF JavaScript plugin + * + * @name javascript + * @module */ (function (jsPDFAPI) { var jsNamesObj, jsJsObj, text; - /** - * @name addJS - * @function - * @param {string} javascript The javascript to be embedded into the PDF-file. - * @returns {jsPDF} + /** + * @name addJS + * @function + * @param {string} javascript The javascript to be embedded into the PDF-file. + * @returns {jsPDF} */ jsPDFAPI.addJS = function (javascript) { text = javascript; - this.internal.events.subscribe('postPutResources', function (javascript) { + this.internal.events.subscribe('postPutResources', function () { jsNamesObj = this.internal.newObject(); this.internal.out('<<'); this.internal.out('/Names [(EmbeddedJS) ' + (jsNamesObj + 1) + ' 0 R]'); @@ -12485,14 +13447,23 @@ window.tmp = jsPDF; }; })(jsPDF.API); -/** - * @license - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/* global jsPDF */ + +/** + * @license + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ +/** + * jsPDF Outline PlugIn + * + * Generates a PDF Outline + * @name outline + * @module + */ (function (jsPDFAPI) { jsPDFAPI.events.push(['postPutResources', function () { @@ -12582,8 +13553,8 @@ window.tmp = jsPDF; children: [] } }; - /** - * Options: pageNumber + /** + * Options: pageNumber */ pdf.outline.add = function (parent, title, options) { @@ -12635,7 +13606,6 @@ window.tmp = jsPDF; }; pdf.outline.renderItems = function (node) { - var getHorizontalCoordinateString = this.ctx.pdf.internal.getCoordinateString; var getVerticalCoordinateString = this.ctx.pdf.internal.getVerticalCoordinateString; for (var i = 0; i < node.children.length; i++) { @@ -12685,8 +13655,7 @@ window.tmp = jsPDF; } for (var i = 0; i < node.children.length; i++) { - var item = node.children[i]; - this.renderItems(item); + this.renderItems(node.children[i]); } }; @@ -12706,7 +13675,7 @@ window.tmp = jsPDF; this.ctx.val += '\r\n' + node.id + ' 0 obj' + '\r\n<<\r\n'; }; - pdf.outline.objEnd = function (node) { + pdf.outline.objEnd = function () { this.ctx.val += '>> \r\n' + 'endobj' + '\r\n'; }; @@ -12722,128 +13691,278 @@ window.tmp = jsPDF; return this; })(jsPDF.API); -/** - * @license - * - * Copyright (c) 2014 James Robb, https://github.com/jamesbrobb - * - * - * ==================================================================== +/* global jsPDF */ + +/** + * @license + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* jsPDF PNG PlugIn -* @name png_support -* @module +/** +* jsPDF jpeg Support PlugIn +* +* @name jpeg_support +* @module */ (function (jsPDFAPI) { - /* - * @see http://www.w3.org/TR/PNG-Chunks.html - * - Color Allowed Interpretation - Type Bit Depths - 0 1,2,4,8,16 Each pixel is a grayscale sample. - 2 8,16 Each pixel is an R,G,B triple. - 3 1,2,4,8 Each pixel is a palette index; - a PLTE chunk must appear. - 4 8,16 Each pixel is a grayscale sample, - followed by an alpha sample. - 6 8,16 Each pixel is an R,G,B triple, - followed by an alpha sample. - */ - - /* - * PNG filter method types - * - * @see http://www.w3.org/TR/PNG-Filters.html - * @see http://www.libpng.org/pub/png/book/chapter09.html - * - * This is what the value 'Predictor' in decode params relates to - * - * 15 is "optimal prediction", which means the prediction algorithm can change from line to line. - * In that case, you actually have to read the first byte off each line for the prediction algorthim (which should be 0-4, corresponding to PDF 10-14) and select the appropriate unprediction algorithm based on that byte. - * - 0 None - 1 Sub - 2 Up - 3 Average - 4 Paeth - */ + //a jpeg image and returns [width, height] + //Algorithm from: http://www.64lines.com/jpeg-width-height - var doesNotHavePngJS = function doesNotHavePngJS() { - return typeof PNG !== 'function' || typeof FlateStream !== 'function'; - }, - canCompress = function canCompress(value) { - return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); - }, - hasCompressionJS = function hasCompressionJS() { - var inst = typeof Deflater === 'function'; - if (!inst) throw new Error("requires deflate.js for compression"); - return inst; - }, - compressBytes = function compressBytes(bytes, lineLength, colorsPerPixel, compression) { - var level = 5, - filter_method = filterUp; + var getJpegSize = function getJpegSize(imgData) { - switch (compression) { - case jsPDFAPI.image_compression.FAST: - level = 3; - filter_method = filterSub; - break; + var width, height, numcomponents; + var blockLength = imgData.charCodeAt(4) * 256 + imgData.charCodeAt(5); + var i = 4, + len = imgData.length; - case jsPDFAPI.image_compression.MEDIUM: - level = 6; - filter_method = filterAverage; - break; + while (i < len) { + i += blockLength; - case jsPDFAPI.image_compression.SLOW: - level = 9; - filter_method = filterPaeth; //uses to sum to choose best filter for each line + if (imgData.charCodeAt(i) !== 0xff) { + throw new Error('getJpegSize could not find the size of the image'); + } - break; + if (imgData.charCodeAt(i + 1) === 0xc0 || //(SOF) Huffman - Baseline DCT + imgData.charCodeAt(i + 1) === 0xc1 || //(SOF) Huffman - Extended sequential DCT + imgData.charCodeAt(i + 1) === 0xc2 || // Progressive DCT (SOF2) + imgData.charCodeAt(i + 1) === 0xc3 || // Spatial (sequential) lossless (SOF3) + imgData.charCodeAt(i + 1) === 0xc4 || // Differential sequential DCT (SOF5) + imgData.charCodeAt(i + 1) === 0xc5 || // Differential progressive DCT (SOF6) + imgData.charCodeAt(i + 1) === 0xc6 || // Differential spatial (SOF7) + imgData.charCodeAt(i + 1) === 0xc7) { + height = imgData.charCodeAt(i + 5) * 256 + imgData.charCodeAt(i + 6); + width = imgData.charCodeAt(i + 7) * 256 + imgData.charCodeAt(i + 8); + numcomponents = imgData.charCodeAt(i + 9); + return [width, height, numcomponents]; + } else { + i += 2; + blockLength = imgData.charCodeAt(i) * 256 + imgData.charCodeAt(i + 1); + } } + }; - bytes = applyPngFilterMethod(bytes, lineLength, colorsPerPixel, filter_method); - var header = new Uint8Array(createZlibHeader(level)); - var checksum = adler32(bytes); - var deflate = new Deflater(level); - var a = deflate.append(bytes); - var cBytes = deflate.flush(); - var len = header.length + a.length + cBytes.length; - var cmpd = new Uint8Array(len + 4); - cmpd.set(header); - cmpd.set(a, header.length); - cmpd.set(cBytes, header.length + a.length); - cmpd[len++] = checksum >>> 24 & 0xff; - cmpd[len++] = checksum >>> 16 & 0xff; - cmpd[len++] = checksum >>> 8 & 0xff; - cmpd[len++] = checksum & 0xff; - return jsPDFAPI.arrayBufferToBinaryString(cmpd); - }, - createZlibHeader = function createZlibHeader(bytes, level) { - /* - * @see http://www.ietf.org/rfc/rfc1950.txt for zlib header - */ - var cm = 8; - var cinfo = Math.LOG2E * Math.log(0x8000) - 8; - var cmf = cinfo << 4 | cm; - var hdr = cmf << 8; - var flevel = Math.min(3, (level - 1 & 0xff) >> 1); - hdr |= flevel << 6; - hdr |= 0; //FDICT - - hdr += 31 - hdr % 31; - return [cmf, hdr & 0xff & 0xff]; - }, - adler32 = function adler32(array, param) { - var adler = 1; - var s1 = adler & 0xffff, - s2 = adler >>> 16 & 0xffff; - var len = array.length; - var tlen; - var i = 0; + var getJpegSizeFromBytes = function getJpegSizeFromBytes(data) { + var hdr = data[0] << 8 | data[1]; + if (hdr !== 0xFFD8) { throw new Error('Supplied data is not a JPEG'); } + var len = data.length, + block = (data[4] << 8) + data[5], + pos = 4, + bytes, + width, + height, + numcomponents; - while (len > 0) { + while (pos < len) { + pos += block; + bytes = readBytes(data, pos); + block = (bytes[2] << 8) + bytes[3]; + + if ((bytes[1] === 0xC0 || bytes[1] === 0xC2) && bytes[0] === 0xFF && block > 7) { + bytes = readBytes(data, pos + 5); + width = (bytes[2] << 8) + bytes[3]; + height = (bytes[0] << 8) + bytes[1]; + numcomponents = bytes[4]; + return { + width: width, + height: height, + numcomponents: numcomponents + }; + } + + pos += 2; + } + + throw new Error('getJpegSizeFromBytes could not find the size of the image'); + }; + + var readBytes = function readBytes(data, offset) { + return data.subarray(offset, offset + 5); + }; + /** + * @ignore + */ + + + jsPDFAPI.processJPEG = function (data, index, alias, compression, dataAsBinaryString, colorSpace) { + + var filter = this.decode.DCT_DECODE, + bpc = 8, + dims; + + if (!(typeof data === 'string') && !this.__addimage__.isArrayBuffer(data) && !this.__addimage__.isArrayBufferView(data)) { + return null; + } + + if (typeof data === 'string') { + dims = getJpegSize(data); + } + + if (this.__addimage__.isArrayBuffer(data)) { + data = new Uint8Array(data); + } + + if (this.__addimage__.isArrayBufferView(data)) { + dims = getJpegSizeFromBytes(data); // if we already have a stored binary string rep use that + + data = dataAsBinaryString || this.__addimage__.arrayBufferToBinaryString(data); + } + + if (colorSpace === undefined) { + switch (dims.numcomponents) { + case 1: + colorSpace = this.color_spaces.DEVICE_GRAY; + break; + + case 4: + colorSpace = this.color_spaces.DEVICE_CMYK; + break; + + default: + case 3: + colorSpace = this.color_spaces.DEVICE_RGB; + break; + } + } + + return { + data: data, + width: dims.width, + height: dims.height, + colorSpace: colorSpace, + bitsPerComponent: bpc, + filter: filter, + index: index, + alias: alias + }; + }; +})(jsPDF.API); + +/* global jsPDF, Deflater, PNG */ + +/** + * @license + * + * Copyright (c) 2014 James Robb, https://github.com/jamesbrobb + * + * + * ==================================================================== + */ + +/** +* jsPDF PNG PlugIn +* @name png_support +* @module +*/ +(function (jsPDFAPI, global) { + /* + * @see http://www.w3.org/TR/PNG-Chunks.html + * + Color Allowed Interpretation + Type Bit Depths + 0 1,2,4,8,16 Each pixel is a grayscale sample. + 2 8,16 Each pixel is an R,G,B triple. + 3 1,2,4,8 Each pixel is a palette index; + a PLTE chunk must appear. + 4 8,16 Each pixel is a grayscale sample, + followed by an alpha sample. + 6 8,16 Each pixel is an R,G,B triple, + followed by an alpha sample. + */ + + /* + * PNG filter method types + * + * @see http://www.w3.org/TR/PNG-Filters.html + * @see http://www.libpng.org/pub/png/book/chapter09.html + * + * This is what the value 'Predictor' in decode params relates to + * + * 15 is "optimal prediction", which means the prediction algorithm can change from line to line. + * In that case, you actually have to read the first byte off each line for the prediction algorthim (which should be 0-4, corresponding to PDF 10-14) and select the appropriate unprediction algorithm based on that byte. + * + 0 None + 1 Sub + 2 Up + 3 Average + 4 Paeth + */ + + var doesNotHavePngJS = function doesNotHavePngJS() { + return typeof global.PNG !== 'function' || typeof global.FlateStream !== 'function'; + }, + canCompress = function canCompress(value) { + return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); + }, + hasCompressionJS = function hasCompressionJS() { + var inst = typeof Deflater === 'function'; + if (!inst) { throw new Error("requires deflate.js for compression"); } + return inst; + }, + compressBytes = function compressBytes(bytes, lineLength, colorsPerPixel, compression) { + var level = 5, + filter_method = filterUp; + + switch (compression) { + case jsPDFAPI.image_compression.FAST: + level = 3; + filter_method = filterSub; + break; + + case jsPDFAPI.image_compression.MEDIUM: + level = 6; + filter_method = filterAverage; + break; + + case jsPDFAPI.image_compression.SLOW: + level = 9; + filter_method = filterPaeth; //uses to sum to choose best filter for each line + + break; + } + + bytes = applyPngFilterMethod(bytes, lineLength, colorsPerPixel, filter_method); + var header = new Uint8Array(createZlibHeader(level)); + var checksum = adler32(bytes); + var deflate = new Deflater(level); + var a = deflate.append(bytes); + var cBytes = deflate.flush(); + var len = header.length + a.length + cBytes.length; + var cmpd = new Uint8Array(len + 4); + cmpd.set(header); + cmpd.set(a, header.length); + cmpd.set(cBytes, header.length + a.length); + cmpd[len++] = checksum >>> 24 & 0xff; + cmpd[len++] = checksum >>> 16 & 0xff; + cmpd[len++] = checksum >>> 8 & 0xff; + cmpd[len++] = checksum & 0xff; + return jsPDFAPI.__addimage__.arrayBufferToBinaryString(cmpd); + }, + createZlibHeader = function createZlibHeader(bytes, level) { + /* + * @see http://www.ietf.org/rfc/rfc1950.txt for zlib header + */ + var cm = 8; + var cinfo = Math.LOG2E * Math.log(0x8000) - 8; + var cmf = cinfo << 4 | cm; + var hdr = cmf << 8; + var flevel = Math.min(3, (level - 1 & 0xff) >> 1); + hdr |= flevel << 6; + hdr |= 0; //FDICT + + hdr += 31 - hdr % 31; + return [cmf, hdr & 0xff & 0xff]; + }, + adler32 = function adler32(array, param) { + var adler = 1; + var s1 = adler & 0xffff, + s2 = adler >>> 16 & 0xffff; + var len = array.length; + var tlen; + var i = 0; + + while (len > 0) { tlen = len > param ? param : len; len -= tlen; @@ -12891,15 +14010,15 @@ window.tmp = jsPDF; return result; }, - filterNone = function filterNone(line, colorsPerPixel, prevLine) { - /*var result = new Uint8Array(line.length + 1); - result[0] = 0; + filterNone = function filterNone(line) { + /*var result = new Uint8Array(line.length + 1); + result[0] = 0; result.set(line, 1);*/ var result = Array.apply([], line); result.unshift(0); return result; }, - filterSub = function filterSub(line, colorsPerPixel, prevLine) { + filterSub = function filterSub(line, colorsPerPixel) { var result = [], i = 0, len = line.length, @@ -13027,60 +14146,62 @@ window.tmp = jsPDF; return predictor; }; - /** - * - * @name processPNG - * @function - * @ignore + /** + * @name processPNG + * @function + * @ignore */ - jsPDFAPI.processPNG = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { + jsPDFAPI.processPNG = function (imageData, index, alias, compression) { var colorSpace = this.color_spaces.DEVICE_RGB, - decode = this.decode.FLATE_DECODE, - bpc = 8, - img, - dp, + filter = this.decode.FLATE_DECODE, + bitsPerComponent = 8, + image, + decodeParameters = '', trns, colors, pal, - smask; - /* if(this.isString(imageData)) { - }*/ - - if (this.isArrayBuffer(imageData)) imageData = new Uint8Array(imageData); - - if (this.isArrayBufferView(imageData)) { - if (doesNotHavePngJS()) throw new Error("PNG support requires png.js and zlib.js"); - img = new PNG(imageData); - imageData = img.imgData; - bpc = img.bits; - colorSpace = img.colorSpace; - colors = img.colors; //logImg(img); - - /* - * colorType 6 - Each pixel is an R,G,B triple, followed by an alpha sample. - * - * colorType 4 - Each pixel is a grayscale sample, followed by an alpha sample. - * - * Extract alpha to create two separate images, using the alpha as a sMask + smask, + pixels, + len, + alphaData, + imgData, + hasColors, + pixel, + i, + n; + if (this.__addimage__.isArrayBuffer(imageData)) { imageData = new Uint8Array(imageData); } + + if (this.__addimage__.isArrayBufferView(imageData)) { + if (doesNotHavePngJS()) { throw new Error("PNG support requires png.js and zlib.js"); } + image = new PNG(imageData); + imageData = image.imgData; + bitsPerComponent = image.bits; + colorSpace = image.colorSpace; + colors = image.colors; + /* + * colorType 6 - Each pixel is an R,G,B triple, followed by an alpha sample. + * + * colorType 4 - Each pixel is a grayscale sample, followed by an alpha sample. + * + * Extract alpha to create two separate images, using the alpha as a sMask */ - if ([4, 6].indexOf(img.colorType) !== -1) { - /* - * processes 8 bit RGBA and grayscale + alpha images + if ([4, 6].indexOf(image.colorType) !== -1) { + /* + * processes 8 bit RGBA and grayscale + alpha images */ - if (img.bits === 8) { - var pixels = img.pixelBitlength == 32 ? new Uint32Array(img.decodePixels().buffer) : img.pixelBitlength == 16 ? new Uint16Array(img.decodePixels().buffer) : new Uint8Array(img.decodePixels().buffer), - len = pixels.length, - imgData = new Uint8Array(len * img.colors), - alphaData = new Uint8Array(len), - pDiff = img.pixelBitlength - img.bits, - i = 0, - n = 0, - pixel, - pbl; + if (image.bits === 8) { + pixels = image.pixelBitlength == 32 ? new Uint32Array(image.decodePixels().buffer) : image.pixelBitlength == 16 ? new Uint16Array(image.decodePixels().buffer) : new Uint8Array(image.decodePixels().buffer); + len = pixels.length; + imgData = new Uint8Array(len * image.colors); + alphaData = new Uint8Array(len); + var pDiff = image.pixelBitlength - image.bits; + i = 0; + n = 0; + var pbl; for (; i < len; i++) { pixel = pixels[i]; @@ -13088,27 +14209,26 @@ window.tmp = jsPDF; while (pbl < pDiff) { imgData[n++] = pixel >>> pbl & 0xff; - pbl = pbl + img.bits; + pbl = pbl + image.bits; } alphaData[i] = pixel >>> pbl & 0xff; } } - /* - * processes 16 bit RGBA and grayscale + alpha images + /* + * processes 16 bit RGBA and grayscale + alpha images */ - if (img.bits === 16) { - var pixels = new Uint32Array(img.decodePixels().buffer), - len = pixels.length, - imgData = new Uint8Array(len * (32 / img.pixelBitlength) * img.colors), - alphaData = new Uint8Array(len * (32 / img.pixelBitlength)), - hasColors = img.colors > 1, - i = 0, - n = 0, - a = 0, - pixel; + if (image.bits === 16) { + pixels = new Uint32Array(image.decodePixels().buffer); + len = pixels.length; + imgData = new Uint8Array(len * (32 / image.pixelBitlength) * image.colors); + alphaData = new Uint8Array(len * (32 / image.pixelBitlength)); + hasColors = image.colors > 1; + i = 0; + n = 0; + var a = 0; while (i < len) { pixel = pixels[i++]; @@ -13123,93 +14243,122 @@ window.tmp = jsPDF; alphaData[a++] = pixel >>> 16 & 0xFF; } - bpc = 8; + bitsPerComponent = 8; } if (canCompress(compression)) { - imageData = compressBytes(imgData, img.width * img.colors, img.colors, compression); - smask = compressBytes(alphaData, img.width, 1, compression); + imageData = compressBytes(imgData, image.width * image.colors, image.colors, compression); + smask = compressBytes(alphaData, image.width, 1, compression); } else { imageData = imgData; smask = alphaData; - decode = null; + filter = undefined; } } - /* - * Indexed png. Each pixel is a palette index. + /* + * Indexed png. Each pixel is a palette index. */ - if (img.colorType === 3) { + if (image.colorType === 3) { colorSpace = this.color_spaces.INDEXED; - pal = img.palette; + pal = image.palette; - if (img.transparency.indexed) { - var trans = img.transparency.indexed; - var total = 0, - i = 0, - len = trans.length; + if (image.transparency.indexed) { + var trans = image.transparency.indexed; + var total = 0; + i = 0; + len = trans.length; for (; i < len; ++i) { total += trans[i]; } total = total / 255; - /* - * a single color is specified as 100% transparent (0), - * so we set trns to use a /Mask with that index + /* + * a single color is specified as 100% transparent (0), + * so we set trns to use a /Mask with that index */ if (total === len - 1 && trans.indexOf(0) !== -1) { trns = [trans.indexOf(0)]; - /* - * there's more than one colour within the palette that specifies - * a transparency value less than 255, so we unroll the pixels to create an image sMask + /* + * there's more than one colour within the palette that specifies + * a transparency value less than 255, so we unroll the pixels to create an image sMask */ } else if (total !== len) { - var pixels = img.decodePixels(), - alphaData = new Uint8Array(pixels.length), - i = 0, - len = pixels.length; + pixels = image.decodePixels(); + alphaData = new Uint8Array(pixels.length); + i = 0; + len = pixels.length; for (; i < len; i++) { alphaData[i] = trans[pixels[i]]; } - smask = compressBytes(alphaData, img.width, 1); + smask = compressBytes(alphaData, image.width, 1); } } } var predictor = getPredictorFromCompression(compression); - if (decode === this.decode.FLATE_DECODE) dp = '/Predictor ' + predictor + ' /Colors ' + colors + ' /BitsPerComponent ' + bpc + ' /Columns ' + img.width;else //remove 'Predictor' as it applies to the type of png filter applied to its IDAT - we only apply with compression - dp = '/Colors ' + colors + ' /BitsPerComponent ' + bpc + ' /Columns ' + img.width; - if (this.isArrayBuffer(imageData) || this.isArrayBufferView(imageData)) imageData = this.arrayBufferToBinaryString(imageData); - if (smask && this.isArrayBuffer(smask) || this.isArrayBufferView(smask)) smask = this.arrayBufferToBinaryString(smask); - return this.createImageInfo(imageData, img.width, img.height, colorSpace, bpc, decode, imageIndex, alias, dp, trns, pal, smask, predictor); + + if (filter === this.decode.FLATE_DECODE) { + decodeParameters = '/Predictor ' + predictor + ' '; + } + + decodeParameters += '/Colors ' + colors + ' /BitsPerComponent ' + bitsPerComponent + ' /Columns ' + image.width; + + if (this.__addimage__.isArrayBuffer(imageData) || this.__addimage__.isArrayBufferView(imageData)) { + imageData = this.__addimage__.arrayBufferToBinaryString(imageData); + } + + if (smask && this.__addimage__.isArrayBuffer(smask) || this.__addimage__.isArrayBufferView(smask)) { + smask = this.__addimage__.arrayBufferToBinaryString(smask); + } + + return { + alias: alias, + data: imageData, + index: index, + filter: filter, + decodeParameters: decodeParameters, + transparency: trns, + palette: pal, + sMask: smask, + predictor: predictor, + width: image.width, + height: image.height, + bitsPerComponent: bitsPerComponent, + colorSpace: colorSpace + }; } throw new Error("Unsupported PNG image data, try using JPEG instead."); }; -})(jsPDF.API); +})(jsPDF.API, typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); // `self` is undefined in Firefox for Android content script context +// while `this` is nsIContentFrameMessageManager +// with an attribute `content` that corresponds to the window -/** - * @license - * Copyright (c) 2017 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/* global jsPDF, GifReader, JPEGEncoder */ + +/** + * @license + * Copyright (c) 2017 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* jsPDF gif Support PlugIn -* -* @name gif_support -* @module +/** +* jsPDF Gif Support PlugIn +* +* @name gif_support +* @module */ (function (jsPDFAPI) { - jsPDFAPI.processGIF89A = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { + jsPDFAPI.processGIF89A = function (imageData, index, alias, compression) { var reader = new GifReader(imageData); var width = reader.width, height = reader.height; @@ -13223,27 +14372,29 @@ window.tmp = jsPDF; }; var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); }; jsPDFAPI.processGIF87A = jsPDFAPI.processGIF89A; })(jsPDF.API); -/** - * Copyright (c) 2018 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/* global jsPDF, BmpDecoder, JPEGEncoder */ + +/** + * Copyright (c) 2018 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* jsPDF bmp Support PlugIn -* @name bmp_support -* @module +/** +* jsPDF bmp Support PlugIn +* @name bmp_support +* @module */ (function (jsPDFAPI) { - jsPDFAPI.processBMP = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { + jsPDFAPI.processBMP = function (imageData, index, alias, compression) { var reader = new BmpDecoder(imageData, false); var width = reader.width, height = reader.height; @@ -13256,35 +14407,72 @@ window.tmp = jsPDF; }; var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); + }; +})(jsPDF.API); + +/* global jsPDF, JPEGEncoder, WebPDecoder */ + +/** + * @license + * Copyright (c) 2019 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license + */ + +/** +* jsPDF webp Support PlugIn +* +* @name webp_support +* @module +*/ +(function (jsPDFAPI) { + + jsPDFAPI.processWEBP = function (imageData, index, alias, compression) { + var reader = new WebPDecoder(imageData, false); + var width = reader.width, + height = reader.height; + var qu = 100; + var pixels = reader.getData(); + var rawImageData = { + data: pixels, + width: width, + height: height + }; + var encoder = new JPEGEncoder(qu); + var data = encoder.encode(rawImageData, qu); + return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); }; })(jsPDF.API); -/** - * @license - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/* global jsPDF */ + +/** + * @license + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** - * jsPDF setLanguage Plugin - * - * @name setLanguage - * @module +/** + * jsPDF setLanguage Plugin + * + * @name setLanguage + * @module */ (function (jsPDFAPI) { - /** - * Add Language Tag to the generated PDF - * - * @name setLanguage - * @function - * @param {string} langCode The Language code as ISO-639-1 (e.g. 'en') or as country language code (e.g. 'en-GB'). - * @returns {jsPDF} - * @example - * var doc = new jsPDF() - * doc.text(10, 10, 'This is a test') - * doc.setLanguage("en-US") - * doc.save('english.pdf') + /** + * Add Language Tag to the generated PDF + * + * @name setLanguage + * @function + * @param {string} langCode The Language code as ISO-639-1 (e.g. 'en') or as country language code (e.g. 'en-GB'). + * @returns {jsPDF} + * @example + * var doc = new jsPDF() + * doc.text(10, 10, 'This is a test') + * doc.setLanguage("en-US") + * doc.save('english.pdf') */ jsPDFAPI.setLanguage = function (langCode) { @@ -13508,31 +14696,33 @@ window.tmp = jsPDF; }; })(jsPDF.API); -/** @license - * MIT license. - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * 2014 Diego Casorran, https://github.com/diegocr - * - * - * ==================================================================== +/* global jsPDF */ + +/** @license + * MIT license. + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * 2014 Diego Casorran, https://github.com/diegocr + * + * + * ==================================================================== */ -/** -* jsPDF split_text_to_size plugin -* -* @name split_text_to_size -* @module +/** +* jsPDF split_text_to_size plugin +* +* @name split_text_to_size +* @module */ (function (API) { - /** - * Returns an array of length matching length of the 'word' string, with each - * cell occupied by the width of the char in that position. - * - * @name getCharWidthsArray - * @function - * @param {string} text - * @param {Object} options - * @returns {Array} + /** + * Returns an array of length matching length of the 'word' string, with each + * cell occupied by the width of the char in that position. + * + * @name getCharWidthsArray + * @function + * @param {string} text + * @param {Object} options + * @returns {Array} */ var getCharWidthsArray = API.getCharWidthsArray = function (text, options) { @@ -13545,14 +14735,14 @@ window.tmp = jsPDF; var kerning = options.kerning ? options.kerning : activeFont.metadata.Unicode.kerning; var kerningFractionOf = kerning.fof ? kerning.fof : 1; var i; - var l; + var length = text.length; var char_code; var prior_char_code = 0; //for kerning var default_char_width = widths[0] || widthsFractionOf; var output = []; - for (i = 0, l = text.length; i < l; i++) { + for (i = 0; i < length; i++) { char_code = text.charCodeAt(i); if (typeof activeFont.metadata.widthOfString === "function") { @@ -13566,43 +14756,21 @@ window.tmp = jsPDF; return output; }; - /** - * Calculate the sum of a number-array - * - * @name getArraySum - * @public - * @function - * @param {Array} array Array of numbers - * @returns {number} - */ - - - var getArraySum = API.getArraySum = function (array) { - var i = array.length, - output = 0; - - while (i) { - i--; - output += array[i]; - } - - return output; - }; - /** - * Returns a widths of string in a given font, if the font size is set as 1 point. - * - * In other words, this is "proportional" value. For 1 unit of font size, the length - * of the string will be that much. - * - * Multiply by font size to get actual width in *points* - * Then divide by 72 to get inches or divide by (72/25.6) to get 'mm' etc. - * - * @name getStringUnitWidth - * @public - * @function - * @param {string} text - * @param {string} options - * @returns {number} result + /** + * Returns a widths of string in a given font, if the font size is set as 1 point. + * + * In other words, this is "proportional" value. For 1 unit of font size, the length + * of the string will be that much. + * + * Multiply by font size to get actual width in *points* + * Then divide by 72 to get inches or divide by (72/25.6) to get 'mm' etc. + * + * @name getStringUnitWidth + * @public + * @function + * @param {string} text + * @param {string} options + * @returns {number} result */ @@ -13616,13 +14784,15 @@ window.tmp = jsPDF; if (typeof font.metadata.widthOfString === "function") { result = font.metadata.widthOfString(text, fontSize, charSpace) / fontSize; } else { - result = getArraySum(getCharWidthsArray.apply(this, arguments)); + result = getCharWidthsArray.apply(this, arguments).reduce(function (pv, cv) { + return pv + cv; + }, 0); } return result; }; - /** - returns array of lines + /** + returns array of lines */ @@ -13719,7 +14889,9 @@ window.tmp = jsPDF; } widths_array = getCharWidthsArray.apply(this, [word, options]); - current_word_length = getArraySum(widths_array); + current_word_length = widths_array.reduce(function (pv, cv) { + return pv + cv; + }, 0); if (line_length + separator_length + current_word_length > maxlen || force) { if (current_word_length > maxlen) { @@ -13736,7 +14908,9 @@ window.tmp = jsPDF; lines.push([tmp.shift()]); // single fragment occupies whole line } - current_word_length = getArraySum(widths_array.slice(word.length - (line[0] ? line[0].length : 0))); + current_word_length = widths_array.slice(word.length - (line[0] ? line[0].length : 0)).reduce(function (pv, cv) { + return pv + cv; + }, 0); } else { // just put it on a new line line = [word]; @@ -13753,34 +14927,36 @@ window.tmp = jsPDF; } } + var postProcess; + if (lineIndent) { - var postProcess = function postProcess(ln, idx) { + postProcess = function postProcess(ln, idx) { return (idx ? pad : '') + ln.join(" "); }; } else { - var postProcess = function postProcess(ln) { + postProcess = function postProcess(ln) { return ln.join(" "); }; } return lines.map(postProcess); }; - /** - * Splits a given string into an array of strings. Uses 'size' value - * (in measurement units declared as default for the jsPDF instance) - * and the font's "widths" and "Kerning" tables, where available, to - * determine display length of a given string for a given font. - * - * We use character's 100% of unit size (height) as width when Width - * table or other default width is not available. - * - * @name splitTextToSize - * @public - * @function - * @param {string} text Unencoded, regular JavaScript (Unicode, UTF-16 / UCS-2) string. - * @param {number} size Nominal number, measured in units default to this instance of jsPDF. - * @param {Object} options Optional flags needed for chopper to do the right thing. - * @returns {Array} array Array with strings chopped to size. + /** + * Splits a given string into an array of strings. Uses 'size' value + * (in measurement units declared as default for the jsPDF instance) + * and the font's "widths" and "Kerning" tables, where available, to + * determine display length of a given string for a given font. + * + * We use character's 100% of unit size (height) as width when Width + * table or other default width is not available. + * + * @name splitTextToSize + * @public + * @function + * @param {string} text Unencoded, regular JavaScript (Unicode, UTF-16 / UCS-2) string. + * @param {number} size Nominal number, measured in units default to this instance of jsPDF. + * @param {Object} options Optional flags needed for chopper to do the right thing. + * @returns {Array} array Array with strings chopped to size. */ @@ -13818,13 +14994,7 @@ window.tmp = jsPDF; widths: options.widths, kerning: options.kerning }; - } // then use default values - - - return { - widths: widths, - kerning: kerning - }; + } }.call(this, options); // first we split on end-of-line chars @@ -13861,149 +15031,170 @@ window.tmp = jsPDF; }; })(jsPDF.API); -/** @license - jsPDF standard_fonts_metrics plugin - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * MIT license. - * - * ==================================================================== +/* global jsPDF */ + +/** @license + jsPDF standard_fonts_metrics plugin + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * MIT license. + * + * ==================================================================== */ +/** +* This file adds the standard font metrics to jsPDF. +* +* Font metrics data is reprocessed derivative of contents of +* "Font Metrics for PDF Core 14 Fonts" package, which exhibits the following copyright and license: +* +* Copyright (c) 1989, 1990, 1991, 1992, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved. +* +* This file and the 14 PostScript(R) AFM files it accompanies may be used, +* copied, and distributed for any purpose and without charge, with or without +* modification, provided that all copyright notices are retained; that the AFM +* files are not distributed without this file; that all modifications to this +* file or any of the AFM files are prominently noted in the modified file(s); +* and that this paragraph is not modified. Adobe Systems has no responsibility +* or obligation to support the use of the AFM files. +* +* @name standard_fonts_metrics +* @module +*/ (function (API) { - /* - # reference (Python) versions of 'compress' and 'uncompress' - # only 'uncompress' function is featured lower as JavaScript - # if you want to unit test "roundtrip", just transcribe the reference - # 'compress' function from Python into JavaScript - - def compress(data): - - keys = '0123456789abcdef' - values = 'klmnopqrstuvwxyz' - mapping = dict(zip(keys, values)) - vals = [] - for key in data.keys(): - value = data[key] - try: - keystring = hex(key)[2:] - keystring = keystring[:-1] + mapping[keystring[-1:]] - except: - keystring = key.join(["'","'"]) - #print('Keystring is %s' % keystring) - - try: - if value < 0: - valuestring = hex(value)[3:] - numberprefix = '-' - else: - valuestring = hex(value)[2:] - numberprefix = '' - valuestring = numberprefix + valuestring[:-1] + mapping[valuestring[-1:]] - except: - if type(value) == dict: - valuestring = compress(value) - else: - raise Exception("Don't know what to do with value type %s" % type(value)) - - vals.append(keystring+valuestring) - - return '{' + ''.join(vals) + '}' - - def uncompress(data): - - decoded = '0123456789abcdef' - encoded = 'klmnopqrstuvwxyz' - mapping = dict(zip(encoded, decoded)) - - sign = +1 - stringmode = False - stringparts = [] - - output = {} - - activeobject = output - parentchain = [] - - keyparts = '' - valueparts = '' - - key = None - - ending = set(encoded) - - i = 1 - l = len(data) - 1 # stripping starting, ending {} - while i != l: # stripping {} - # -, {, }, ' are special. - - ch = data[i] - i += 1 - - if ch == "'": - if stringmode: - # end of string mode - stringmode = False - key = ''.join(stringparts) - else: - # start of string mode - stringmode = True - stringparts = [] - elif stringmode == True: - #print("Adding %s to stringpart" % ch) - stringparts.append(ch) - - elif ch == '{': - # start of object - parentchain.append( [activeobject, key] ) - activeobject = {} - key = None - #DEBUG = True - elif ch == '}': - # end of object - parent, key = parentchain.pop() - parent[key] = activeobject - key = None - activeobject = parent - #DEBUG = False - - elif ch == '-': - sign = -1 - else: - # must be number - if key == None: - #debug("In Key. It is '%s', ch is '%s'" % (keyparts, ch)) - if ch in ending: - #debug("End of key") - keyparts += mapping[ch] - key = int(keyparts, 16) * sign - sign = +1 - keyparts = '' - else: - keyparts += ch - else: - #debug("In value. It is '%s', ch is '%s'" % (valueparts, ch)) - if ch in ending: - #debug("End of value") - valueparts += mapping[ch] - activeobject[key] = int(valueparts, 16) * sign - sign = +1 - key = None - valueparts = '' - else: - valueparts += ch - - #debug(activeobject) - - return output - + /* + # reference (Python) versions of 'compress' and 'uncompress' + # only 'uncompress' function is featured lower as JavaScript + # if you want to unit test "roundtrip", just transcribe the reference + # 'compress' function from Python into JavaScript + + def compress(data): + + keys = '0123456789abcdef' + values = 'klmnopqrstuvwxyz' + mapping = dict(zip(keys, values)) + vals = [] + for key in data.keys(): + value = data[key] + try: + keystring = hex(key)[2:] + keystring = keystring[:-1] + mapping[keystring[-1:]] + except: + keystring = key.join(["'","'"]) + #print('Keystring is %s' % keystring) + + try: + if value < 0: + valuestring = hex(value)[3:] + numberprefix = '-' + else: + valuestring = hex(value)[2:] + numberprefix = '' + valuestring = numberprefix + valuestring[:-1] + mapping[valuestring[-1:]] + except: + if type(value) == dict: + valuestring = compress(value) + else: + raise Exception("Don't know what to do with value type %s" % type(value)) + + vals.append(keystring+valuestring) + + return '{' + ''.join(vals) + '}' + + def uncompress(data): + + decoded = '0123456789abcdef' + encoded = 'klmnopqrstuvwxyz' + mapping = dict(zip(encoded, decoded)) + + sign = +1 + stringmode = False + stringparts = [] + + output = {} + + activeobject = output + parentchain = [] + + keyparts = '' + valueparts = '' + + key = None + + ending = set(encoded) + + i = 1 + l = len(data) - 1 # stripping starting, ending {} + while i != l: # stripping {} + # -, {, }, ' are special. + + ch = data[i] + i += 1 + + if ch == "'": + if stringmode: + # end of string mode + stringmode = False + key = ''.join(stringparts) + else: + # start of string mode + stringmode = True + stringparts = [] + elif stringmode == True: + #print("Adding %s to stringpart" % ch) + stringparts.append(ch) + + elif ch == '{': + # start of object + parentchain.append( [activeobject, key] ) + activeobject = {} + key = None + #DEBUG = True + elif ch == '}': + # end of object + parent, key = parentchain.pop() + parent[key] = activeobject + key = None + activeobject = parent + #DEBUG = False + + elif ch == '-': + sign = -1 + else: + # must be number + if key == None: + #debug("In Key. It is '%s', ch is '%s'" % (keyparts, ch)) + if ch in ending: + #debug("End of key") + keyparts += mapping[ch] + key = int(keyparts, 16) * sign + sign = +1 + keyparts = '' + else: + keyparts += ch + else: + #debug("In value. It is '%s', ch is '%s'" % (valueparts, ch)) + if ch in ending: + #debug("End of value") + valueparts += mapping[ch] + activeobject[key] = int(valueparts, 16) * sign + sign = +1 + key = None + valueparts = '' + else: + valueparts += ch + + #debug(activeobject) + + return output + */ - /** - Uncompresses data compressed into custom, base16-like format. - @public - @function - @param - @returns {Type} + /** + Uncompresses data compressed into custom, base16-like format. + @public + @function + @param + @returns {Type} */ var uncompress = function uncompress(data) { @@ -14147,16 +15338,16 @@ window.tmp = jsPDF; 'Helvetica-Oblique': uncompress("{'widths'{k3p2q4mcx1w201n3r201o6o201s1q201t1q201u1q201w2l201x2l201y2l2k1w2l1w202m2n2n3r2o3r2p5t202q6o2r1n2s2l2t2l2u2r2v3u2w1w2x2l2y1w2z1w3k3r3l3r3m3r3n3r3o3r3p3r3q3r3r3r3s3r203t2l203u2l3v1w3w3u3x3u3y3u3z3r4k6p4l4m4m4m4n4s4o4s4p4m4q3x4r4y4s4s4t1w4u3m4v4m4w3r4x5n4y4s4z4y5k4m5l4y5m4s5n4m5o3x5p4s5q4m5r5y5s4m5t4m5u3x5v1w5w1w5x1w5y2z5z3r6k2l6l3r6m3r6n3m6o3r6p3r6q1w6r3r6s3r6t1q6u1q6v3m6w1q6x5n6y3r6z3r7k3r7l3r7m2l7n3m7o1w7p3r7q3m7r4s7s3m7t3m7u3m7v2l7w1u7x2l7y3u202l3rcl4mal2lam3ran3rao3rap3rar3ras2lat4tau2pav3raw3uay4taz2lbk2sbl3u'fof'6obo2lbp3rbr1wbs2lbu2obv3rbz3xck4m202k3rcm4mcn4mco4mcp4mcq6ocr4scs4mct4mcu4mcv4mcw1w2m2ncy1wcz1wdl4sdm4ydn4ydo4ydp4ydq4yds4ydt4sdu4sdv4sdw4sdz3xek3rel3rem3ren3reo3rep3req5ter3mes3ret3reu3rev3rew1wex1wey1wez1wfl3rfm3rfn3rfo3rfp3rfq3rfr3ufs3xft3rfu3rfv3rfw3rfz3m203k6o212m6o2dw2l2cq2l3t3r3u1w17s4m19m3r}'kerning'{5q{4wv}cl{4qs5kw5ow5qs17sv5tv}201t{2wu4w1k2yu}201x{2wu4wy2yu}17s{2ktclucmucnu4otcpu4lu4wycoucku}2w{7qs4qz5k1m17sy5ow5qx5rsfsu5ty7tufzu}2x{17sy5ty5oy5qs}2y{7qs4qz5k1m17sy5ow5qx5rsfsu5ty7tufzu}'fof'-6o7p{17sv5tv5ow}ck{4qs5kw5ow5qs17sv5tv}4l{4qs5kw5ow5qs17sv5tv}cm{4qs5kw5ow5qs17sv5tv}cn{4qs5kw5ow5qs17sv5tv}co{4qs5kw5ow5qs17sv5tv}cp{4qs5kw5ow5qs17sv5tv}6l{17sy5ty5ow}do{17st5tt}4z{17st5tt}7s{fst}dm{17st5tt}dn{17st5tt}5o{ckwclwcmwcnwcowcpw4lw4wv}dp{17st5tt}dq{17st5tt}7t{5ow}ds{17st5tt}5t{2ktclucmucnu4otcpu4lu4wycoucku}fu{17sv5tv5ow}6p{17sy5ty5ow5qs}ek{17sy5ty5ow}el{17sy5ty5ow}em{17sy5ty5ow}en{5ty}eo{17sy5ty5ow}ep{17sy5ty5ow}es{17sy5ty5qs}et{17sy5ty5ow5qs}eu{17sy5ty5ow5qs}ev{17sy5ty5ow5qs}6z{17sy5ty5ow5qs}fm{17sy5ty5ow5qs}fn{17sy5ty5ow5qs}fo{17sy5ty5ow5qs}fp{17sy5ty5qs}fq{17sy5ty5ow5qs}7r{5ow}fs{17sy5ty5ow5qs}ft{17sv5tv5ow}7m{5ow}fv{17sv5tv5ow}fw{17sv5tv5ow}}}") } }; - /* - This event handler is fired when a new jsPDF object is initialized - This event handler appends metrics data to standard fonts within - that jsPDF instance. The metrics are mapped over Unicode character - codes, NOT CIDs or other codes matching the StandardEncoding table of the - standard PDF fonts. - Future: - Also included is the encoding maping table, converting Unicode (UCS-2, UTF-16) - char codes to StandardEncoding character codes. The encoding table is to be used - somewhere around "pdfEscape" call. + /* + This event handler is fired when a new jsPDF object is initialized + This event handler appends metrics data to standard fonts within + that jsPDF instance. The metrics are mapped over Unicode character + codes, NOT CIDs or other codes matching the StandardEncoding table of the + standard PDF fonts. + Future: + Also included is the encoding maping table, converting Unicode (UCS-2, UTF-16) + char codes to StandardEncoding character codes. The encoding table is to be used + somewhere around "pdfEscape" call. */ API.events.push(['addFont', function (data) { @@ -14196,17 +15387,17 @@ window.tmp = jsPDF; }]); // end of adding event handler })(jsPDF.API); -/** - * @license - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * @license + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* @name ttfsupport -* @module +/** +* @name ttfsupport +* @module */ -(function (jsPDF, global) { +(function (jsPDF) { jsPDF.API.events.push(['addFont', function (data) { var font = data.font; @@ -14230,32 +15421,40 @@ window.tmp = jsPDF; throw new Error("Font does not exist in vFS, import fonts or remove declaration doc.addFont('" + font.postScriptName + "')."); } }]); // end of adding event handler -})(jsPDF, typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || Function("return this")()); +})(jsPDF); -/** @license - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * - * - * ==================================================================== +/* global jsPDF, canvg */ + +/** @license + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * + * + * ==================================================================== */ +/** +* jsPDF SVG plugin +* +* @name svg +* @module +*/ (function (jsPDFAPI) { - /** - * Parses SVG XML and converts only some of the SVG elements into - * PDF elements. - * - * Supports: - * paths - * - * @name addSvg - * @public - * @function - * @param {string} SVG-Data as Text - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width of SVG (in units declared at inception of PDF document) - * @param {number} height of SVG (in units declared at inception of PDF document) - * @returns {Object} jsPDF-instance + /** + * Parses SVG XML and converts only some of the SVG elements into + * PDF elements. + * + * Supports: + * paths + * + * @name addSvg + * @public + * @function + * @param {string} SVG-Data as Text + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width of SVG (in units declared at inception of PDF document) + * @param {number} height of SVG (in units declared at inception of PDF document) + * @returns {Object} jsPDF-instance */ jsPDFAPI.addSvg = function (svgtext, x, y, w, h) { @@ -14383,24 +15582,24 @@ window.tmp = jsPDF; jsPDFAPI.addSVG = jsPDFAPI.addSvg; - /** - * Parses SVG XML and saves it as image into the PDF. - * - * Depends on canvas-element and canvg - * - * @name addSvgAsImage - * @public - * @function - * @param {string} SVG-Data as Text - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width of SVG-Image (in units declared at inception of PDF document) - * @param {number} height of SVG-Image (in units declared at inception of PDF document) - * @param {string} alias of SVG-Image (if used multiple times) - * @param {string} compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' - * @param {number} rotation of the image in degrees (0-359) - * - * @returns jsPDF jsPDF-instance + /** + * Parses SVG XML and saves it as image into the PDF. + * + * Depends on canvas-element and canvg + * + * @name addSvgAsImage + * @public + * @function + * @param {string} SVG-Data as Text + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width of SVG-Image (in units declared at inception of PDF document) + * @param {number} height of SVG-Image (in units declared at inception of PDF document) + * @param {string} alias of SVG-Image (if used multiple times) + * @param {string} compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' + * @param {number} rotation of the image in degrees (0-359) + * + * @returns jsPDF jsPDF-instance */ jsPDFAPI.addSvgAsImage = function (svg, x, y, w, h, alias, compression, rotation) { @@ -14433,26 +15632,28 @@ window.tmp = jsPDF; }; })(jsPDF.API); -/** - * @license - * ==================================================================== - * Copyright (c) 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br - * - * - * ==================================================================== +/* global jsPDF */ + +/** + * @license + * ==================================================================== + * Copyright (c) 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br + * + * + * ==================================================================== */ -/** - * jsPDF total_pages plugin - * @name total_pages - * @module +/** + * jsPDF total_pages plugin + * @name total_pages + * @module */ (function (jsPDFAPI) { - /** - * @name putTotalPages - * @function - * @param {string} pageExpression Regular Expression - * @returns {jsPDF} jsPDF-instance + /** + * @name putTotalPages + * @function + * @param {string} pageExpression Regular Expression + * @returns {jsPDF} jsPDF-instance */ jsPDFAPI.putTotalPages = function (pageExpression) { @@ -14478,109 +15679,111 @@ window.tmp = jsPDF; }; })(jsPDF.API); -/** - * jsPDF viewerPreferences Plugin - * @author Aras Abbasi (github.com/arasabbasi) - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/* global jsPDF */ + +/** + * jsPDF viewerPreferences Plugin + * @author Aras Abbasi (github.com/arasabbasi) + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* Adds the ability to set ViewerPreferences and by thus -* controlling the way the document is to be presented on the -* screen or in print. -* @name viewerpreferences -* @module +/** +* Adds the ability to set ViewerPreferences and by thus +* controlling the way the document is to be presented on the +* screen or in print. +* @name viewerpreferences +* @module */ (function (jsPDFAPI) { - /** - * Set the ViewerPreferences of the generated PDF - * - * @name viewerPreferences - * @function - * @public - * @param {Object} options Array with the ViewerPreferences
    - * Example: doc.viewerPreferences({"FitWindow":true});
    - *
    - * You can set following preferences:
    - *
    - * HideToolbar (boolean)
    - * Default value: false
    - *
    - * HideMenubar (boolean)
    - * Default value: false.
    - *
    - * HideWindowUI (boolean)
    - * Default value: false.
    - *
    - * FitWindow (boolean)
    - * Default value: false.
    - *
    - * CenterWindow (boolean)
    - * Default value: false
    - *
    - * DisplayDocTitle (boolean)
    - * Default value: false.
    - *
    - * NonFullScreenPageMode (string)
    - * Possible values: UseNone, UseOutlines, UseThumbs, UseOC
    - * Default value: UseNone
    - *
    - * Direction (string)
    - * Possible values: L2R, R2L
    - * Default value: L2R.
    - *
    - * ViewArea (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox.
    - *
    - * ViewClip (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox
    - *
    - * PrintArea (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox
    - *
    - * PrintClip (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox.
    - *
    - * PrintScaling (string)
    - * Possible values: AppDefault, None
    - * Default value: AppDefault.
    - *
    - * Duplex (string)
    - * Possible values: Simplex, DuplexFlipLongEdge, DuplexFlipShortEdge - * Default value: none
    - *
    - * PickTrayByPDFSize (boolean)
    - * Default value: false
    - *
    - * PrintPageRange (Array)
    - * Example: [[1,5], [7,9]]
    - * Default value: as defined by PDF viewer application
    - *
    - * NumCopies (Number)
    - * Possible values: 1, 2, 3, 4, 5
    - * Default value: 1
    - *
    - * For more information see the PDF Reference, sixth edition on Page 577 - * @param {boolean} doReset True to reset the settings - * @function - * @returns jsPDF jsPDF-instance - * @example - * var doc = new jsPDF() - * doc.text('This is a test', 10, 10) - * doc.viewerPreferences({'FitWindow': true}, true) - * doc.save("viewerPreferences.pdf") - * - * // Example printing 10 copies, using cropbox, and hiding UI. - * doc.viewerPreferences({ - * 'HideWindowUI': true, - * 'PrintArea': 'CropBox', - * 'NumCopies': 10 - * }) + /** + * Set the ViewerPreferences of the generated PDF + * + * @name viewerPreferences + * @function + * @public + * @param {Object} options Array with the ViewerPreferences
    + * Example: doc.viewerPreferences({"FitWindow":true});
    + *
    + * You can set following preferences:
    + *
    + * HideToolbar (boolean)
    + * Default value: false
    + *
    + * HideMenubar (boolean)
    + * Default value: false.
    + *
    + * HideWindowUI (boolean)
    + * Default value: false.
    + *
    + * FitWindow (boolean)
    + * Default value: false.
    + *
    + * CenterWindow (boolean)
    + * Default value: false
    + *
    + * DisplayDocTitle (boolean)
    + * Default value: false.
    + *
    + * NonFullScreenPageMode (string)
    + * Possible values: UseNone, UseOutlines, UseThumbs, UseOC
    + * Default value: UseNone
    + *
    + * Direction (string)
    + * Possible values: L2R, R2L
    + * Default value: L2R.
    + *
    + * ViewArea (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox.
    + *
    + * ViewClip (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox
    + *
    + * PrintArea (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox
    + *
    + * PrintClip (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox.
    + *
    + * PrintScaling (string)
    + * Possible values: AppDefault, None
    + * Default value: AppDefault.
    + *
    + * Duplex (string)
    + * Possible values: Simplex, DuplexFlipLongEdge, DuplexFlipShortEdge + * Default value: none
    + *
    + * PickTrayByPDFSize (boolean)
    + * Default value: false
    + *
    + * PrintPageRange (Array)
    + * Example: [[1,5], [7,9]]
    + * Default value: as defined by PDF viewer application
    + *
    + * NumCopies (Number)
    + * Possible values: 1, 2, 3, 4, 5
    + * Default value: 1
    + *
    + * For more information see the PDF Reference, sixth edition on Page 577 + * @param {boolean} doReset True to reset the settings + * @function + * @returns jsPDF jsPDF-instance + * @example + * var doc = new jsPDF() + * doc.text('This is a test', 10, 10) + * doc.viewerPreferences({'FitWindow': true}, true) + * doc.save("viewerPreferences.pdf") + * + * // Example printing 10 copies, using cropbox, and hiding UI. + * doc.viewerPreferences({ + * 'HideWindowUI': true, + * 'PrintArea': 'CropBox', + * 'NumCopies': 10 + * }) */ jsPDFAPI.viewerPreferences = function (options, doReset) { @@ -14831,33 +16034,33 @@ window.tmp = jsPDF; }; })(jsPDF.API); -/** ==================================================================== - * jsPDF XMP metadata plugin - * Copyright (c) 2016 Jussi Utunen, u-jussi@suomi24.fi - * - * - * ==================================================================== - */ +/* global jsPDF */ -/*global jsPDF */ +/** ==================================================================== + * jsPDF XMP metadata plugin + * Copyright (c) 2016 Jussi Utunen, u-jussi@suomi24.fi + * + * + * ==================================================================== + */ -/** -* @name xmp_metadata -* @module +/** +* @name xmp_metadata +* @module */ (function (jsPDFAPI) { var xmpmetadata = ""; var xmpnamespaceuri = ""; var metadata_object_number = ""; - /** - * Adds XMP formatted metadata to PDF - * - * @name addMetadata - * @function - * @param {String} metadata The actual metadata to be added. The metadata shall be stored as XMP simple value. Note that if the metadata string contains XML markup characters "<", ">" or "&", those characters should be written using XML entities. - * @param {String} namespaceuri Sets the namespace URI for the metadata. Last character should be slash or hash. - * @returns {jsPDF} jsPDF-instance + /** + * Adds XMP formatted metadata to PDF + * + * @name addMetadata + * @function + * @param {String} metadata The actual metadata to be added. The metadata shall be stored as XMP simple value. Note that if the metadata string contains XML markup characters "<", ">" or "&", those characters should be written using XML entities. + * @param {String} namespaceuri Sets the namespace URI for the metadata. Last character should be slash or hash. + * @returns {jsPDF} jsPDF-instance */ jsPDFAPI.addMetadata = function (metadata, namespaceuri) { @@ -14895,11 +16098,13 @@ window.tmp = jsPDF; }; })(jsPDF.API); -/** -* @name utf8 -* @module +/* global jsPDF */ + +/** +* @name utf8 +* @module */ -(function (jsPDF, global) { +(function (jsPDF) { var jsPDFAPI = jsPDF.API; /**************************************************/ @@ -14974,9 +16179,11 @@ window.tmp = jsPDF; range = []; } - unicode = ('0000' + map[code].toString(16)).slice(-4); - code = ('0000' + (+code).toString(16)).slice(-4); - range.push("<" + code + "><" + unicode + ">"); + if (map[code] !== undefined && map[code] !== null && typeof map[code].toString === "function") { + unicode = ('0000' + map[code].toString(16)).slice(-4); + code = ('0000' + (+code).toString(16)).slice(-4); + range.push("<" + code + "><" + unicode + ">"); + } } if (range.length) { @@ -14987,7 +16194,13 @@ window.tmp = jsPDF; return unicodeMap; }; - var identityHFunction = function identityHFunction(font, out, newObject, putStream) { + var identityHFunction = function identityHFunction(options) { + var font = options.font; + var out = options.out; + var newObject = options.newObject; + var putStream = options.putStream; + var pdfEscapeWithNeededParanthesis = options.pdfEscapeWithNeededParanthesis; + if (font.metadata instanceof jsPDF.API.TTFFont && font.encoding === 'Identity-H') { //Tag with Identity-H var widths = font.metadata.Unicode.widths; @@ -15015,7 +16228,7 @@ window.tmp = jsPDF; var fontDescriptor = newObject(); out('<<'); out('/Type /FontDescriptor'); - out('/FontName /' + font.fontName); + out('/FontName /' + pdfEscapeWithNeededParanthesis(font.fontName)); out('/FontFile2 ' + fontTable + ' 0 R'); out('/FontBBox ' + jsPDF.API.PDFObject.convert(font.metadata.bbox)); out('/Flags ' + font.metadata.flags); @@ -15029,7 +16242,7 @@ window.tmp = jsPDF; var DescendantFont = newObject(); out('<<'); out('/Type /Font'); - out('/BaseFont /' + font.fontName); + out('/BaseFont /' + pdfEscapeWithNeededParanthesis(font.fontName)); out('/FontDescriptor ' + fontDescriptor + ' 0 R'); out('/W ' + jsPDF.API.PDFObject.convert(widths)); out('/CIDToGIDMap /Identity'); @@ -15058,13 +16271,18 @@ window.tmp = jsPDF; }; jsPDFAPI.events.push(['putFont', function (args) { - identityHFunction(args.font, args.out, args.newObject, args.putStream); + identityHFunction(args); }]); - var winAnsiEncodingFunction = function winAnsiEncodingFunction(font, out, newObject, putStream) { + var winAnsiEncodingFunction = function winAnsiEncodingFunction(options) { + var font = options.font; + var out = options.out; + var newObject = options.newObject; + var putStream = options.putStream; + var pdfEscapeWithNeededParanthesis = options.pdfEscapeWithNeededParanthesis; + if (font.metadata instanceof jsPDF.API.TTFFont && font.encoding === 'WinAnsiEncoding') { //Tag with WinAnsi encoding - var widths = font.metadata.Unicode.widths; var data = font.metadata.rawData; var pdfOutput = data; var pdfOutput2 = ""; @@ -15095,15 +16313,15 @@ window.tmp = jsPDF; out('/FontFile2 ' + fontTable + ' 0 R'); out('/Flags 96'); out('/FontBBox ' + jsPDF.API.PDFObject.convert(font.metadata.bbox)); - out('/FontName /' + font.fontName); + out('/FontName /' + pdfEscapeWithNeededParanthesis(font.fontName)); out('/ItalicAngle ' + font.metadata.italicAngle); out('/Ascent ' + font.metadata.ascender); out('>>'); out('endobj'); font.objectNumber = newObject(); - for (var i = 0; i < font.metadata.hmtx.widths.length; i++) { - font.metadata.hmtx.widths[i] = parseInt(font.metadata.hmtx.widths[i] * (1000 / font.metadata.head.unitsPerEm)); //Change the width of Em units to Point units. + for (var j = 0; j < font.metadata.hmtx.widths.length; j++) { + font.metadata.hmtx.widths[j] = parseInt(font.metadata.hmtx.widths[j] * (1000 / font.metadata.head.unitsPerEm)); //Change the width of Em units to Point units. } out('<>'); @@ -15113,7 +16331,7 @@ window.tmp = jsPDF; }; jsPDFAPI.events.push(['putFont', function (args) { - winAnsiEncodingFunction(args.font, args.out, args.newObject, args.putStream); + winAnsiEncodingFunction(args); }]); var utf8TextFunction = function utf8TextFunction(args) { @@ -15125,13 +16343,11 @@ window.tmp = jsPDF; var pdfEscape = mutex.pdfEscape; var activeFontKey = mutex.activeFontKey; var fonts = mutex.fonts; - var key, - fontSize = mutex.activeFontSize; + var key = activeFontKey; var str = '', s = 0, cmapConfirm; var strText = ''; - var key = activeFontKey; var encoding = fonts[key].encoding; if (fonts[key].encoding !== 'Identity-H') { @@ -15143,6 +16359,7 @@ window.tmp = jsPDF; mutex: mutex }; } + strText = text; key = activeFontKey; @@ -15153,19 +16370,19 @@ window.tmp = jsPDF; for (s = 0; s < strText.length; s += 1) { if (fonts[key].metadata.hasOwnProperty('cmap')) { cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s].charCodeAt(0)]; - /* - if (Object.prototype.toString.call(text) === '[object Array]') { - var i = 0; - // for (i = 0; i < text.length; i += 1) { - if (Object.prototype.toString.call(text[s]) === '[object Array]') { - cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s][0].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id - } else { - - } - //} - - } else { - cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id + /* + if (Object.prototype.toString.call(text) === '[object Array]') { + var i = 0; + // for (i = 0; i < text.length; i += 1) { + if (Object.prototype.toString.call(text[s]) === '[object Array]') { + cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s][0].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id + } else { + + } + //} + + } else { + cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id }*/ } @@ -15205,7 +16422,6 @@ window.tmp = jsPDF; y = parms.y, options = parms.options, mutex = parms.mutex; - var lang = options.lang; var tmpText = []; var args = { text: text, @@ -15245,20 +16461,22 @@ window.tmp = jsPDF; }; jsPDFAPI.events.push(['postProcessText', utf8EscapeFunction]); -})(jsPDF, typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || Function("return this")()); +})(jsPDF); + +/* global jsPDF */ -/** - * jsPDF virtual FileSystem functionality - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * jsPDF virtual FileSystem functionality + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* Use the vFS to handle files -* -* @name vFS -* @module +/** +* Use the vFS to handle files +* +* @name vFS +* @module */ (function (jsPDFAPI) { @@ -15273,15 +16491,15 @@ window.tmp = jsPDF; return true; }; - /** - * Check if the file exists in the vFS - * - * @name existsFileInVFS - * @function - * @param {string} Possible filename in the vFS. - * @returns {boolean} - * @example - * doc.existsFileInVFS("someFile.txt"); + /** + * Check if the file exists in the vFS + * + * @name existsFileInVFS + * @function + * @param {string} Possible filename in the vFS. + * @returns {boolean} + * @example + * doc.existsFileInVFS("someFile.txt"); */ @@ -15292,16 +16510,16 @@ window.tmp = jsPDF; return false; }; - /** - * Add a file to the vFS - * - * @name addFileToVFS - * @function - * @param {string} filename The name of the file which should be added. - * @param {string} filecontent The content of the file. - * @returns {jsPDF} - * @example - * doc.addFileToVFS("someFile.txt", "BADFACE1"); + /** + * Add a file to the vFS + * + * @name addFileToVFS + * @function + * @param {string} filename The name of the file which should be added. + * @param {string} filecontent The content of the file. + * @returns {jsPDF} + * @example + * doc.addFileToVFS("someFile.txt", "BADFACE1"); */ @@ -15311,15 +16529,15 @@ window.tmp = jsPDF; this.internal.vFS[filename] = filecontent; return this; }; - /** - * Get the file from the vFS - * - * @name getFileFromVFS - * @function - * @param {string} The name of the file which gets requested. - * @returns {string} - * @example - * doc.getFileFromVFS("someFile.txt"); + /** + * Get the file from the vFS + * + * @name getFileFromVFS + * @function + * @param {string} The name of the file which gets requested. + * @returns {string} + * @example + * doc.getFileFromVFS("someFile.txt"); */ @@ -15334,11 +16552,13 @@ window.tmp = jsPDF; }; })(jsPDF.API); -/* - * Copyright (c) 2012 chick307 - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/* global jsPDF */ + +/* + * Copyright (c) 2012 chick307 + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ (function (jsPDF, callback) { jsPDF.API.adler32cs = callback(); @@ -15347,13 +16567,13 @@ window.tmp = jsPDF; var _Buffer = null, _isBuffer = function () { - if (!_hasArrayBuffer) return function _isBuffer() { + if (!_hasArrayBuffer) { return function _isBuffer() { return false; - }; + }; } try { var buffer = {}; - if (typeof buffer.Buffer === 'function') _Buffer = buffer.Buffer; + if (typeof buffer.Buffer === 'function') { _Buffer = buffer.Buffer; } // eslint-disable-next-line no-empty } catch (error) {} return function _isBuffer(value) { @@ -15407,7 +16627,7 @@ window.tmp = jsPDF; throw new TypeError('Constructor cannot called be as a function.'); } - if (!isFinite(checksum = checksum == null ? 1 : +checksum)) { + if (!isFinite(checksum = checksum === null ? 1 : +checksum)) { throw new Error('First arguments needs to be a finite number.'); } @@ -15425,7 +16645,7 @@ window.tmp = jsPDF; throw new TypeError('Constructor cannot called be as a function.'); } - if (binaryString == null) throw new Error('First argument needs to be a string.'); + if (binaryString === null) { throw new Error('First argument needs to be a string.'); } this.checksum = _update(1, binaryString.toString()); }); @@ -15437,7 +16657,7 @@ window.tmp = jsPDF; throw new TypeError('Constructor cannot called be as a function.'); } - if (utf8String == null) throw new Error('First argument needs to be a string.'); + if (utf8String === null) { throw new Error('First argument needs to be a string.'); } var binaryString = _utf8ToBinary(utf8String.toString()); @@ -15453,20 +16673,20 @@ window.tmp = jsPDF; throw new TypeError('Constructor cannot called be as a function.'); } - if (!_isBuffer(buffer)) throw new Error('First argument needs to be ArrayBuffer.'); + if (!_isBuffer(buffer)) { throw new Error('First argument needs to be ArrayBuffer.'); } var array = new Uint8Array(buffer); return this.checksum = _updateUint8Array(1, array); }); } proto.update = function update(binaryString) { - if (binaryString == null) throw new Error('First argument needs to be a string.'); + if (binaryString === null) { throw new Error('First argument needs to be a string.'); } binaryString = binaryString.toString(); return this.checksum = _update(this.checksum, binaryString); }; proto.updateUtf8 = function updateUtf8(utf8String) { - if (utf8String == null) throw new Error('First argument needs to be a string.'); + if (utf8String === null) { throw new Error('First argument needs to be a string.'); } var binaryString = _utf8ToBinary(utf8String.toString()); @@ -15475,7 +16695,7 @@ window.tmp = jsPDF; if (_hasArrayBuffer) { proto.updateBuffer = function updateBuffer(buffer) { - if (!_isBuffer(buffer)) throw new Error('First argument needs to be ArrayBuffer.'); + if (!_isBuffer(buffer)) { throw new Error('First argument needs to be ArrayBuffer.'); } var array = new Uint8Array(buffer); return this.checksum = _updateUint8Array(this.checksum, array); }; @@ -15489,12 +16709,12 @@ window.tmp = jsPDF; }(); exports.from = function from(binaryString) { - if (binaryString == null) throw new Error('First argument needs to be a string.'); + if (binaryString === null) { throw new Error('First argument needs to be a string.'); } return _update(1, binaryString.toString()); }; exports.fromUtf8 = function fromUtf8(utf8String) { - if (utf8String == null) throw new Error('First argument needs to be a string.'); + if (utf8String === null) { throw new Error('First argument needs to be a string.'); } var binaryString = _utf8ToBinary(utf8String.toString()); @@ -15503,7 +16723,7 @@ window.tmp = jsPDF; if (_hasArrayBuffer) { exports.fromBuffer = function fromBuffer(buffer) { - if (!_isBuffer(buffer)) throw new Error('First argument need to be ArrayBuffer.'); + if (!_isBuffer(buffer)) { throw new Error('First argument need to be ArrayBuffer.'); } var array = new Uint8Array(buffer); return _updateUint8Array(1, array); }; @@ -15512,58 +16732,58 @@ window.tmp = jsPDF; return exports; }); -/** -* Unicode Bidi Engine based on the work of Alex Shensis (@asthensis) -* MIT License +/** +* Unicode Bidi Engine based on the work of Alex Shensis (@asthensis) +* MIT License */ (function (jsPDF) { - /** - * Table of Unicode types. - * - * Generated by: - * - * var bidi = require("./bidi/index"); - * var bidi_accumulate = bidi.slice(0, 256).concat(bidi.slice(0x0500, 0x0500 + 256 * 3)). - * concat(bidi.slice(0x2000, 0x2000 + 256)).concat(bidi.slice(0xFB00, 0xFB00 + 256)). - * concat(bidi.slice(0xFE00, 0xFE00 + 2 * 256)); - * - * for( var i = 0; i < bidi_accumulate.length; i++) { - * if(bidi_accumulate[i] === undefined || bidi_accumulate[i] === 'ON') - * bidi_accumulate[i] = 'N'; //mark as neutral to conserve space and substitute undefined - * } - * var bidiAccumulateStr = 'return [ "' + bidi_accumulate.toString().replace(/,/g, '", "') + '" ];'; - * require("fs").writeFile('unicode-types.js', bidiAccumulateStr); - * - * Based on: - * https://github.com/mathiasbynens/unicode-8.0.0 + /** + * Table of Unicode types. + * + * Generated by: + * + * var bidi = require("./bidi/index"); + * var bidi_accumulate = bidi.slice(0, 256).concat(bidi.slice(0x0500, 0x0500 + 256 * 3)). + * concat(bidi.slice(0x2000, 0x2000 + 256)).concat(bidi.slice(0xFB00, 0xFB00 + 256)). + * concat(bidi.slice(0xFE00, 0xFE00 + 2 * 256)); + * + * for( var i = 0; i < bidi_accumulate.length; i++) { + * if(bidi_accumulate[i] === undefined || bidi_accumulate[i] === 'ON') + * bidi_accumulate[i] = 'N'; //mark as neutral to conserve space and substitute undefined + * } + * var bidiAccumulateStr = 'return [ "' + bidi_accumulate.toString().replace(/,/g, '", "') + '" ];'; + * require("fs").writeFile('unicode-types.js', bidiAccumulateStr); + * + * Based on: + * https://github.com/mathiasbynens/unicode-8.0.0 */ var bidiUnicodeTypes = ["BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "S", "B", "S", "WS", "B", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "B", "B", "B", "S", "WS", "N", "N", "ET", "ET", "ET", "N", "N", "N", "N", "N", "ES", "CS", "ES", "CS", "CS", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "CS", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "BN", "BN", "BN", "BN", "BN", "BN", "B", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "CS", "N", "ET", "ET", "ET", "ET", "N", "N", "N", "N", "L", "N", "N", "BN", "N", "N", "ET", "ET", "EN", "EN", "N", "L", "N", "N", "N", "EN", "L", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "N", "N", "N", "N", "N", "ET", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "R", "NSM", "R", "NSM", "NSM", "R", "NSM", "NSM", "R", "NSM", "N", "N", "N", "N", "N", "N", "N", "N", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "N", "N", "N", "N", "N", "R", "R", "R", "R", "R", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "AN", "AN", "AN", "AN", "AN", "AN", "N", "N", "AL", "ET", "ET", "AL", "CS", "AL", "N", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "N", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "ET", "AN", "AN", "AL", "AL", "AL", "NSM", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AN", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "NSM", "NSM", "N", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "N", "AL", "AL", "NSM", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "N", "N", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", 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"ES", "CS", "ES", "CS", "CS", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "CS", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "N", "N", "N", "ET", "ET", "N", "N", "N", "ET", "ET", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N"]; - /** - * Unicode Bidi algorithm compliant Bidi engine. - * For reference see http://unicode.org/reports/tr9/ + /** + * Unicode Bidi algorithm compliant Bidi engine. + * For reference see http://unicode.org/reports/tr9/ */ - /** - * constructor ( options ) - * - * Initializes Bidi engine - * - * @param {Object} See 'setOptions' below for detailed description. - * options are cashed between invocation of 'doBidiReorder' method - * - * sample usage pattern of BidiEngine: - * var opt = { - * isInputVisual: true, - * isInputRtl: false, - * isOutputVisual: false, - * isOutputRtl: false, - * isSymmetricSwapping: true - * } - * var sourceToTarget = [], levels = []; - * var bidiEng = Globalize.bidiEngine(opt); - * var src = "text string to be reordered"; - * var ret = bidiEng.doBidiReorder(src, sourceToTarget, levels); + /** + * constructor ( options ) + * + * Initializes Bidi engine + * + * @param {Object} See 'setOptions' below for detailed description. + * options are cashed between invocation of 'doBidiReorder' method + * + * sample usage pattern of BidiEngine: + * var opt = { + * isInputVisual: true, + * isInputRtl: false, + * isOutputVisual: false, + * isOutputRtl: false, + * isSymmetricSwapping: true + * } + * var sourceToTarget = [], levels = []; + * var bidiEng = Globalize.bidiEngine(opt); + * var src = "text string to be reordered"; + * var ret = bidiEng.doBidiReorder(src, sourceToTarget, levels); */ jsPDF.__bidiEngine__ = jsPDF.prototype.__bidiEngine__ = function (options) { @@ -16050,16 +17270,16 @@ window.tmp = jsPDF; return text; }; - /** - * @name setOptions( options ) - * @function - * Sets options for Bidi conversion - * @param {Object}: - * - isInputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) - * - isInputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong character of input string) - * - isOutputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) - * - isOutputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong characterof input string) - * - isSymmetricSwapping {boolean} (defaults to false): allowed values true(needs symmetric swapping), false (no need in symmetric swapping), + /** + * @name setOptions( options ) + * @function + * Sets options for Bidi conversion + * @param {Object}: + * - isInputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) + * - isInputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong character of input string) + * - isOutputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) + * - isOutputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong characterof input string) + * - isSymmetricSwapping {boolean} (defaults to false): allowed values true(needs symmetric swapping), false (no need in symmetric swapping), */ @@ -16113,42 +17333,42 @@ window.tmp = jsPDF; jsPDF.API.events.push(['postProcessText', bidiEngineFunction]); })(jsPDF); -/* - Copyright (c) 2008, Adobe Systems Incorporated - All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions are - met: - - * Redistributions of source code must retain the above copyright notice, - this list of conditions and the following disclaimer. - - * Redistributions in binary form must reproduce the above copyright - notice, this list of conditions and the following disclaimer in the - documentation and/or other materials provided with the distribution. - - * Neither the name of Adobe Systems Incorporated nor the names of its - contributors may be used to endorse or promote products derived from - this software without specific prior written permission. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS - IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, - THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR - PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF - LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. +/* + Copyright (c) 2008, Adobe Systems Incorporated + All rights reserved. + + Redistribution and use in source and binary forms, with or without + modification, are permitted provided that the following conditions are + met: + + * Redistributions of source code must retain the above copyright notice, + this list of conditions and the following disclaimer. + + * Redistributions in binary form must reproduce the above copyright + notice, this list of conditions and the following disclaimer in the + documentation and/or other materials provided with the distribution. + + * Neither the name of Adobe Systems Incorporated nor the names of its + contributors may be used to endorse or promote products derived from + this software without specific prior written permission. + + THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS + IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, + THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR + PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR + CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, + EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, + PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR + PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF + LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING + NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS + SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. */ -/* -JPEG encoder ported to JavaScript and optimized by Andreas Ritter, www.bytestrom.eu, 11/2009 - -Basic GUI blocking jpeg encoder +/* +JPEG encoder ported to JavaScript and optimized by Andreas Ritter, www.bytestrom.eu, 11/2009 + +Basic GUI blocking jpeg encoder */ function JPEGEncoder(quality) { var ffloor = Math.floor; @@ -16672,7 +17892,10 @@ function JPEGEncoder(quality) { var end0pos = 63; // was const... which is crazy - for (; end0pos > 0 && DU[end0pos] == 0; end0pos--) {} + while (end0pos > 0 && DU[end0pos] == 0) { + end0pos--; + } //end0pos = first element in reverse order !=0 + if (end0pos == 0) { writeBits(EOB); @@ -16685,7 +17908,9 @@ function JPEGEncoder(quality) { while (i <= end0pos) { var startpos = i; - for (; DU[i] == 0 && i <= end0pos; ++i) {} + while (DU[i] == 0 && i <= end0pos) { + ++i; + } var nrzeroes = i - startpos; @@ -16723,8 +17948,7 @@ function JPEGEncoder(quality) { this.encode = function (image, quality) // image data object { - var time_start = new Date().getTime(); - if (quality) setQuality(quality); // Initialize bit writer + if (quality) { setQuality(quality); } // Initialize bit writer byteout = new Array(); bytenew = 0; @@ -16782,10 +18006,10 @@ function JPEGEncoder(quality) { r = imageData[p++]; g = imageData[p++]; b = imageData[p++]; - /* // calculate YUV values dynamically - YDU[pos]=((( 0.29900)*r+( 0.58700)*g+( 0.11400)*b))-128; //-0x80 - UDU[pos]=(((-0.16874)*r+(-0.33126)*g+( 0.50000)*b)); - VDU[pos]=((( 0.50000)*r+(-0.41869)*g+(-0.08131)*b)); + /* // calculate YUV values dynamically + YDU[pos]=((( 0.29900)*r+( 0.58700)*g+( 0.11400)*b))-128; //-0x80 + UDU[pos]=(((-0.16874)*r+(-0.33126)*g+( 0.50000)*b)); + VDU[pos]=((( 0.50000)*r+(-0.41869)*g+(-0.08131)*b)); */ // use lookup table (slightly faster) @@ -16826,7 +18050,7 @@ function JPEGEncoder(quality) { quality = 100; } - if (currentQuality == quality) return; // don't recalc if unchanged + if (currentQuality == quality) { return; } // don't recalc if unchanged var sf = 0; @@ -16841,29 +18065,28 @@ function JPEGEncoder(quality) { } function init() { - var time_start = new Date().getTime(); - if (!quality) quality = 50; // Create tables + if (!quality) { quality = 50; } // Create tables initCharLookupTable(); initHuffmanTbl(); initCategoryNumber(); initRGBYUVTable(); setQuality(quality); - var duration = new Date().getTime() - time_start; //console.log('Initialization '+ duration + 'ms'); } init(); -} -/*rollup-keeper-start*/ +} // eslint-disable-next-line no-empty -window.tmp = JPEGEncoder; -/*rollup-keeper-end*/ -/** - * @author shaozilee - * - * Bmp format decoder,support 1bit 4bit 8bit 24bit bmp - * +try { + exports.JPEGEncoder = JPEGEncoder; +} catch (e) {} // CommonJS. + +/** + * @author shaozilee + * + * Bmp format decoder,support 1bit 4bit 8bit 24bit bmp + * */ function BmpDecoder(buffer, is_with_alpha) { this.pos = 0; @@ -16873,7 +18096,7 @@ function BmpDecoder(buffer, is_with_alpha) { this.bottom_up = true; this.flag = String.fromCharCode(this.buffer[0]) + String.fromCharCode(this.buffer[1]); this.pos += 2; - if (["BM", "BA", "CI", "CP", "IC", "PT"].indexOf(this.flag) === -1) throw new Error("Invalid BMP File"); + if (["BM", "BA", "CI", "CP", "IC", "PT"].indexOf(this.flag) === -1) { throw new Error("Invalid BMP File"); } this.parseHeader(); this.parseBGR(); } @@ -16954,7 +18177,7 @@ BmpDecoder.prototype.bit1 = function () { var mode = xlen % 4; var y = this.height >= 0 ? this.height - 1 : -this.height; - for (var y = this.height - 1; y >= 0; y--) { + for (y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y; for (var x = 0; x < xlen; x++) { @@ -16974,221 +18197,4699 @@ BmpDecoder.prototype.bit1 = function () { } } - if (mode != 0) { - this.pos += 4 - mode; - } - } -}; + if (mode !== 0) { + this.pos += 4 - mode; + } + } +}; + +BmpDecoder.prototype.bit4 = function () { + var xlen = Math.ceil(this.width / 2); + var mode = xlen % 4; + + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; + + for (var x = 0; x < xlen; x++) { + var b = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 2 * 4; + var before = b >> 4; + var after = b & 0x0F; + var rgb = this.palette[before]; + this.data[location] = rgb.blue; + this.data[location + 1] = rgb.green; + this.data[location + 2] = rgb.red; + this.data[location + 3] = 0xFF; + if (x * 2 + 1 >= this.width) { break; } + rgb = this.palette[after]; + this.data[location + 4] = rgb.blue; + this.data[location + 4 + 1] = rgb.green; + this.data[location + 4 + 2] = rgb.red; + this.data[location + 4 + 3] = 0xFF; + } + + if (mode !== 0) { + this.pos += 4 - mode; + } + } +}; + +BmpDecoder.prototype.bit8 = function () { + var mode = this.width % 4; + + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; + + for (var x = 0; x < this.width; x++) { + var b = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 4; + + if (b < this.palette.length) { + var rgb = this.palette[b]; + this.data[location] = rgb.red; + this.data[location + 1] = rgb.green; + this.data[location + 2] = rgb.blue; + this.data[location + 3] = 0xFF; + } else { + this.data[location] = 0xFF; + this.data[location + 1] = 0xFF; + this.data[location + 2] = 0xFF; + this.data[location + 3] = 0xFF; + } + } + + if (mode !== 0) { + this.pos += 4 - mode; + } + } +}; + +BmpDecoder.prototype.bit15 = function () { + var dif_w = this.width % 3; + + var _11111 = parseInt("11111", 2), + _1_5 = _11111; + + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; + + for (var x = 0; x < this.width; x++) { + var B = this.datav.getUint16(this.pos, true); + this.pos += 2; + var blue = (B & _1_5) / _1_5 * 255 | 0; + var green = (B >> 5 & _1_5) / _1_5 * 255 | 0; + var red = (B >> 10 & _1_5) / _1_5 * 255 | 0; + var alpha = B >> 15 ? 0xFF : 0x00; + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = alpha; + } //skip extra bytes + + + this.pos += dif_w; + } +}; + +BmpDecoder.prototype.bit16 = function () { + var dif_w = this.width % 3; + + var _11111 = parseInt("11111", 2), + _1_5 = _11111; + + var _111111 = parseInt("111111", 2), + _1_6 = _111111; + + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; + + for (var x = 0; x < this.width; x++) { + var B = this.datav.getUint16(this.pos, true); + this.pos += 2; + var alpha = 0xFF; + var blue = (B & _1_5) / _1_5 * 255 | 0; + var green = (B >> 5 & _1_6) / _1_6 * 255 | 0; + var red = (B >> 11) / _1_5 * 255 | 0; + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = alpha; + } //skip extra bytes + + + this.pos += dif_w; + } +}; + +BmpDecoder.prototype.bit24 = function () { + //when height > 0 + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; + + for (var x = 0; x < this.width; x++) { + var blue = this.datav.getUint8(this.pos++, true); + var green = this.datav.getUint8(this.pos++, true); + var red = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = 0xFF; + } //skip extra bytes + + + this.pos += this.width % 4; + } +}; +/** + * add 32bit decode func + * @author soubok + */ + + +BmpDecoder.prototype.bit32 = function () { + //when height > 0 + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; + + for (var x = 0; x < this.width; x++) { + var blue = this.datav.getUint8(this.pos++, true); + var green = this.datav.getUint8(this.pos++, true); + var red = this.datav.getUint8(this.pos++, true); + var alpha = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = alpha; + } //skip extra bytes + //this.pos += (this.width % 4); + + } +}; + +BmpDecoder.prototype.getData = function () { + return this.data; +}; // eslint-disable-next-line no-empty + + +try { + exports.BmpDecoder = BmpDecoder; +} catch (e) {} // CommonJS. + +function WebPDecoder(imageData) { + var UpsampleRgbLinePair, UpsampleBgrLinePair, UpsampleRgbaLinePair, UpsampleBgraLinePair, UpsampleArgbLinePair, UpsampleArgbLinePair, UpsampleRgba4444LinePair, UpsampleRgb565LinePair; + + function x(F) { + if (!F) { throw Error("assert :P"); } + } + + function fa(F, L, J) { + for (var H = 0; 4 > H; H++) { + if (F[L + H] != J.charCodeAt(H)) { return !0; } + } + + return !1; + } + + function I(F, L, J, H, Z) { + for (var O = 0; O < Z; O++) { + F[L + O] = J[H + O]; + } + } + + function M(F, L, J, H) { + for (var Z = 0; Z < H; Z++) { + F[L + Z] = J; + } + } + + function V(F) { + return new Int32Array(F); + } + + function wa(F, L) { + for (var J = [], H = 0; H < F; H++) { + J.push(new L()); + } + + return J; + } + + function wb() { + function F(J, H, Z) { + for (var O = Z[H], L = 0; L < O; L++) { + J.push(Z.length > H + 1 ? [] : 0); + if (Z.length < H + 1) { break; } + F(J[L], H + 1, Z); + } + } + + var L = []; + F(L, 0, [3, 11]); + return L; + } + + function Ed(F, L) { + function J(H, O, F) { + for (var Z = F[O], ma = 0; ma < Z; ma++) { + H.push(F.length > O + 1 ? [] : new L()); + if (F.length < O + 1) { break; } + J(H[ma], O + 1, F); + } + } + + var H = []; + J(H, 0, F); + return H; + } + + WebPDecoder = function WebPDecoder() { + var self = this; + + function L(a, b) { + for (var c = 1 << b - 1 >>> 0; a & c;) { + c >>>= 1; + } + + return c ? (a & c - 1) + c : a; + } + + function J(a, b, c, d, e) { + x(!(d % c)); + + do { + d -= c, a[b + d] = e; + } while (0 < d); + } + + function H(a, b, c, d, e, f) { + var g = b, + h = 1 << c, + k, + l, + m = V(16), + n = V(16); + x(0 != e); + x(null != d); + x(null != a); + x(0 < c); + + for (l = 0; l < e; ++l) { + if (15 < d[l]) { return 0; } + ++m[d[l]]; + } + + if (m[0] == e) { return 0; } + n[1] = 0; + + for (k = 1; 15 > k; ++k) { + if (m[k] > 1 << k) { return 0; } + n[k + 1] = n[k] + m[k]; + } + + for (l = 0; l < e; ++l) { + k = d[l], 0 < d[l] && (f[n[k]++] = l); + } + + if (1 == n[15]) { return d = new O(), d.g = 0, d.value = f[0], J(a, g, 1, h, d), h; } + var r = -1, + q = h - 1, + t = 0, + v = 1, + p = 1, + u, + w = 1 << c; + l = 0; + k = 1; + + for (e = 2; k <= c; ++k, e <<= 1) { + p <<= 1; + v += p; + p -= m[k]; + if (0 > p) { return 0; } + + for (; 0 < m[k]; --m[k]) { + d = new O(), d.g = k, d.value = f[l++], J(a, g + t, e, w, d), t = L(t, k); + } + } + + k = c + 1; + + for (e = 2; 15 >= k; ++k, e <<= 1) { + p <<= 1; + v += p; + p -= m[k]; + if (0 > p) { return 0; } + + for (; 0 < m[k]; --m[k]) { + d = new O(); + + if ((t & q) != r) { + g += w; + r = k; + + for (u = 1 << r - c; 15 > r;) { + u -= m[r]; + if (0 >= u) { break; } + ++r; + u <<= 1; + } + + u = r - c; + w = 1 << u; + h += w; + r = t & q; + a[b + r].g = u + c; + a[b + r].value = g - b - r; + } + + d.g = k - c; + d.value = f[l++]; + J(a, g + (t >> c), e, w, d); + t = L(t, k); + } + } + + return v != 2 * n[15] - 1 ? 0 : h; + } + + function Z(a, b, c, d, e) { + x(2328 >= e); + if (512 >= e) { var f = V(512); }else if (f = V(e), null == f) { return 0; } + return H(a, b, c, d, e, f); + } + + function O() { + this.value = this.g = 0; + } + + function Fd() { + this.value = this.g = 0; + } + + function Ub() { + this.G = wa(5, O); + this.H = V(5); + this.jc = this.Qb = this.qb = this.nd = 0; + this.pd = wa(xb, Fd); + } + + function ma(a, b, c, d) { + x(null != a); + x(null != b); + x(2147483648 > d); + a.Ca = 254; + a.I = 0; + a.b = -8; + a.Ka = 0; + a.oa = b; + a.pa = c; + a.Jd = b; + a.Yc = c + d; + a.Zc = 4 <= d ? c + d - 4 + 1 : c; + Qa(a); + } + + function na(a, b) { + for (var c = 0; 0 < b--;) { + c |= K(a, 128) << b; + } + + return c; + } + + function ca(a, b) { + var c = na(a, b); + return G(a) ? -c : c; + } + + function cb(a, b, c, d) { + var e, + f = 0; + x(null != a); + x(null != b); + x(4294967288 > d); + a.Sb = d; + a.Ra = 0; + a.u = 0; + a.h = 0; + 4 < d && (d = 4); + + for (e = 0; e < d; ++e) { + f += b[c + e] << 8 * e; + } + + a.Ra = f; + a.bb = d; + a.oa = b; + a.pa = c; + } + + function Vb(a) { + for (; 8 <= a.u && a.bb < a.Sb;) { + a.Ra >>>= 8, a.Ra += a.oa[a.pa + a.bb] << ob - 8 >>> 0, ++a.bb, a.u -= 8; + } + + db(a) && (a.h = 1, a.u = 0); + } + + function D(a, b) { + x(0 <= b); + + if (!a.h && b <= Gd) { + var c = pb(a) & Hd[b]; + a.u += b; + Vb(a); + return c; + } + + a.h = 1; + return a.u = 0; + } + + function Wb() { + this.b = this.Ca = this.I = 0; + this.oa = []; + this.pa = 0; + this.Jd = []; + this.Yc = 0; + this.Zc = []; + this.Ka = 0; + } + + function Ra() { + this.Ra = 0; + this.oa = []; + this.h = this.u = this.bb = this.Sb = this.pa = 0; + } + + function pb(a) { + return a.Ra >>> (a.u & ob - 1) >>> 0; + } + + function db(a) { + x(a.bb <= a.Sb); + return a.h || a.bb == a.Sb && a.u > ob; + } + + function qb(a, b) { + a.u = b; + a.h = db(a); + } + + function Sa(a) { + a.u >= Xb && (x(a.u >= Xb), Vb(a)); + } + + function Qa(a) { + x(null != a && null != a.oa); + a.pa < a.Zc ? (a.I = (a.oa[a.pa++] | a.I << 8) >>> 0, a.b += 8) : (x(null != a && null != a.oa), a.pa < a.Yc ? (a.b += 8, a.I = a.oa[a.pa++] | a.I << 8) : a.Ka ? a.b = 0 : (a.I <<= 8, a.b += 8, a.Ka = 1)); + } + + function G(a) { + return na(a, 1); + } + + function K(a, b) { + var c = a.Ca; + 0 > a.b && Qa(a); + var d = a.b, + e = c * b >>> 8, + f = (a.I >>> d > e) + 0; + f ? (c -= e, a.I -= e + 1 << d >>> 0) : c = e + 1; + d = c; + + for (e = 0; 256 <= d;) { + e += 8, d >>= 8; + } + + d = 7 ^ e + Id[d]; + a.b -= d; + a.Ca = (c << d) - 1; + return f; + } + + function ra(a, b, c) { + a[b + 0] = c >> 24 & 255; + a[b + 1] = c >> 16 & 255; + a[b + 2] = c >> 8 & 255; + a[b + 3] = c >> 0 & 255; + } + + function Ta(a, b) { + return a[b + 0] << 0 | a[b + 1] << 8; + } + + function Yb(a, b) { + return Ta(a, b) | a[b + 2] << 16; + } + + function Ha(a, b) { + return Ta(a, b) | Ta(a, b + 2) << 16; + } + + function Zb(a, b) { + var c = 1 << b; + x(null != a); + x(0 < b); + a.X = V(c); + if (null == a.X) { return 0; } + a.Mb = 32 - b; + a.Xa = b; + return 1; + } + + function $b(a, b) { + x(null != a); + x(null != b); + x(a.Xa == b.Xa); + I(b.X, 0, a.X, 0, 1 << b.Xa); + } + + function ac() { + this.X = []; + this.Xa = this.Mb = 0; + } + + function bc(a, b, c, d) { + x(null != c); + x(null != d); + var e = c[0], + f = d[0]; + 0 == e && (e = (a * f + b / 2) / b); + 0 == f && (f = (b * e + a / 2) / a); + if (0 >= e || 0 >= f) { return 0; } + c[0] = e; + d[0] = f; + return 1; + } + + function xa(a, b) { + return a + (1 << b) - 1 >>> b; + } + + function yb(a, b) { + return ((a & 4278255360) + (b & 4278255360) >>> 0 & 4278255360) + ((a & 16711935) + (b & 16711935) >>> 0 & 16711935) >>> 0; + } + + function X(a, b) { + self[b] = function (b, d, e, f, g, h, k) { + var c; + + for (c = 0; c < g; ++c) { + var m = self[a](h[k + c - 1], e, f + c); + h[k + c] = yb(b[d + c], m); + } + }; + } + + function Jd() { + this.ud = this.hd = this.jd = 0; + } + + function aa(a, b) { + return (((a ^ b) & 4278124286) >>> 1) + (a & b) >>> 0; + } + + function sa(a) { + if (0 <= a && 256 > a) { return a; } + if (0 > a) { return 0; } + if (255 < a) { return 255; } + } + + function eb(a, b) { + return sa(a + (a - b + .5 >> 1)); + } + + function Ia(a, b, c) { + return Math.abs(b - c) - Math.abs(a - c); + } + + function cc(a, b, c, d, e, f, g) { + d = f[g - 1]; + + for (c = 0; c < e; ++c) { + f[g + c] = d = yb(a[b + c], d); + } + } + + function Kd(a, b, c, d, e) { + var f; + + for (f = 0; f < c; ++f) { + var g = a[b + f], + h = g >> 8 & 255, + k = g & 16711935, + k = k + ((h << 16) + h), + k = k & 16711935; + d[e + f] = (g & 4278255360) + k >>> 0; + } + } + + function dc(a, b) { + b.jd = a >> 0 & 255; + b.hd = a >> 8 & 255; + b.ud = a >> 16 & 255; + } + + function Ld(a, b, c, d, e, f) { + var g; + + for (g = 0; g < d; ++g) { + var h = b[c + g], + k = h >>> 8, + l = h >>> 16, + m = h, + l = l + ((a.jd << 24 >> 24) * (k << 24 >> 24) >>> 5), + l = l & 255, + m = m + ((a.hd << 24 >> 24) * (k << 24 >> 24) >>> 5), + m = m + ((a.ud << 24 >> 24) * (l << 24 >> 24) >>> 5), + m = m & 255; + e[f + g] = (h & 4278255360) + (l << 16) + m; + } + } + + function ec(a, b, c, d, e) { + self[b] = function (a, b, c, k, l, m, n, r, q) { + for (k = n; k < r; ++k) { + for (n = 0; n < q; ++n) { + l[m++] = e(c[d(a[b++])]); + } + } + }; + + self[a] = function (a, b, h, k, l, m, n) { + var f = 8 >> a.b, + g = a.Ea, + t = a.K[0], + v = a.w; + if (8 > f) { for (a = (1 << a.b) - 1, v = (1 << f) - 1; b < h; ++b) { + var p = 0, + u; + + for (u = 0; u < g; ++u) { + u & a || (p = d(k[l++])), m[n++] = e(t[p & v]), p >>= f; + } + } } else { self["VP8LMapColor" + c](k, l, t, v, m, n, b, h, g); } + }; + } + + function Md(a, b, c, d, e) { + for (c = b + c; b < c;) { + var f = a[b++]; + d[e++] = f >> 16 & 255; + d[e++] = f >> 8 & 255; + d[e++] = f >> 0 & 255; + } + } + + function Nd(a, b, c, d, e) { + for (c = b + c; b < c;) { + var f = a[b++]; + d[e++] = f >> 16 & 255; + d[e++] = f >> 8 & 255; + d[e++] = f >> 0 & 255; + d[e++] = f >> 24 & 255; + } + } + + function Od(a, b, c, d, e) { + for (c = b + c; b < c;) { + var f = a[b++], + g = f >> 16 & 240 | f >> 12 & 15, + f = f >> 0 & 240 | f >> 28 & 15; + d[e++] = g; + d[e++] = f; + } + } + + function Pd(a, b, c, d, e) { + for (c = b + c; b < c;) { + var f = a[b++], + g = f >> 16 & 248 | f >> 13 & 7, + f = f >> 5 & 224 | f >> 3 & 31; + d[e++] = g; + d[e++] = f; + } + } + + function Qd(a, b, c, d, e) { + for (c = b + c; b < c;) { + var f = a[b++]; + d[e++] = f >> 0 & 255; + d[e++] = f >> 8 & 255; + d[e++] = f >> 16 & 255; + } + } + + function fb(a, b, c, d, e, f) { + if (0 == f) { for (c = b + c; b < c;) { + f = a[b++], ra(d, (f[0] >> 24 | f[1] >> 8 & 65280 | f[2] << 8 & 16711680 | f[3] << 24) >>> 0), e += 32; + } } else { I(d, e, a, b, c); } + } + + function gb(a, b) { + self[b][0] = self[a + "0"]; + self[b][1] = self[a + "1"]; + self[b][2] = self[a + "2"]; + self[b][3] = self[a + "3"]; + self[b][4] = self[a + "4"]; + self[b][5] = self[a + "5"]; + self[b][6] = self[a + "6"]; + self[b][7] = self[a + "7"]; + self[b][8] = self[a + "8"]; + self[b][9] = self[a + "9"]; + self[b][10] = self[a + "10"]; + self[b][11] = self[a + "11"]; + self[b][12] = self[a + "12"]; + self[b][13] = self[a + "13"]; + self[b][14] = self[a + "0"]; + self[b][15] = self[a + "0"]; + } + + function hb(a) { + return a == zb || a == Ab || a == Ja || a == Bb; + } + + function Rd() { + this.eb = []; + this.size = this.A = this.fb = 0; + } + + function Sd() { + this.y = []; + this.f = []; + this.ea = []; + this.F = []; + this.Tc = this.Ed = this.Cd = this.Fd = this.lb = this.Db = this.Ab = this.fa = this.J = this.W = this.N = this.O = 0; + } + + function Cb() { + this.Rd = this.height = this.width = this.S = 0; + this.f = {}; + this.f.RGBA = new Rd(); + this.f.kb = new Sd(); + this.sd = null; + } + + function Td() { + this.width = [0]; + this.height = [0]; + this.Pd = [0]; + this.Qd = [0]; + this.format = [0]; + } + + function Ud() { + this.Id = this.fd = this.Md = this.hb = this.ib = this.da = this.bd = this.cd = this.j = this.v = this.Da = this.Sd = this.ob = 0; + } + + function Vd(a) { + alert("todo:WebPSamplerProcessPlane"); + return a.T; + } + + function Wd(a, b) { + var c = a.T, + d = b.ba.f.RGBA, + e = d.eb, + f = d.fb + a.ka * d.A, + g = P[b.ba.S], + h = a.y, + k = a.O, + l = a.f, + m = a.N, + n = a.ea, + r = a.W, + q = b.cc, + t = b.dc, + v = b.Mc, + p = b.Nc, + u = a.ka, + w = a.ka + a.T, + y = a.U, + A = y + 1 >> 1; + 0 == u ? g(h, k, null, null, l, m, n, r, l, m, n, r, e, f, null, null, y) : (g(b.ec, b.fc, h, k, q, t, v, p, l, m, n, r, e, f - d.A, e, f, y), ++c); + + for (; u + 2 < w; u += 2) { + q = l, t = m, v = n, p = r, m += a.Rc, r += a.Rc, f += 2 * d.A, k += 2 * a.fa, g(h, k - a.fa, h, k, q, t, v, p, l, m, n, r, e, f - d.A, e, f, y); + } + + k += a.fa; + a.j + w < a.o ? (I(b.ec, b.fc, h, k, y), I(b.cc, b.dc, l, m, A), I(b.Mc, b.Nc, n, r, A), c--) : w & 1 || g(h, k, null, null, l, m, n, r, l, m, n, r, e, f + d.A, null, null, y); + return c; + } + + function Xd(a, b, c) { + var d = a.F, + e = [a.J]; + + if (null != d) { + var f = a.U, + g = b.ba.S, + h = g == ya || g == Ja; + b = b.ba.f.RGBA; + var k = [0], + l = a.ka; + k[0] = a.T; + a.Kb && (0 == l ? --k[0] : (--l, e[0] -= a.width), a.j + a.ka + a.T == a.o && (k[0] = a.o - a.j - l)); + var m = b.eb, + l = b.fb + l * b.A; + a = fc(d, e[0], a.width, f, k, m, l + (h ? 0 : 3), b.A); + x(c == k); + a && hb(g) && za(m, l, h, f, k, b.A); + } + + return 0; + } + + function gc(a) { + var b = a.ma, + c = b.ba.S, + d = 11 > c, + e = c == Ua || c == Va || c == ya || c == Db || 12 == c || hb(c); + b.memory = null; + b.Ib = null; + b.Jb = null; + b.Nd = null; + if (!hc(b.Oa, a, e ? 11 : 12)) { return 0; } + e && hb(c) && ic(); + if (a.da) { alert("todo:use_scaling"); }else { + if (d) { + if (b.Ib = Vd, a.Kb) { + c = a.U + 1 >> 1; + b.memory = V(a.U + 2 * c); + if (null == b.memory) { return 0; } + b.ec = b.memory; + b.fc = 0; + b.cc = b.ec; + b.dc = b.fc + a.U; + b.Mc = b.cc; + b.Nc = b.dc + c; + b.Ib = Wd; + ic(); + } + } else { alert("todo:EmitYUV"); } + + e && (b.Jb = Xd, d && Aa()); + } + + if (d && !jc) { + for (a = 0; 256 > a; ++a) { + Yd[a] = 89858 * (a - 128) + Ba >> Wa, Zd[a] = -22014 * (a - 128) + Ba, $d[a] = -45773 * (a - 128), ae[a] = 113618 * (a - 128) + Ba >> Wa; + } + + for (a = ta; a < Eb; ++a) { + b = 76283 * (a - 16) + Ba >> Wa, be[a - ta] = ga(b, 255), ce[a - ta] = ga(b + 8 >> 4, 15); + } + + jc = 1; + } + + return 1; + } + + function kc(a) { + var b = a.ma, + c = a.U, + d = a.T; + x(!(a.ka & 1)); + if (0 >= c || 0 >= d) { return 0; } + c = b.Ib(a, b); + null != b.Jb && b.Jb(a, b, c); + b.Dc += c; + return 1; + } + + function lc(a) { + a.ma.memory = null; + } + + function mc(a, b, c, d) { + if (47 != D(a, 8)) { return 0; } + b[0] = D(a, 14) + 1; + c[0] = D(a, 14) + 1; + d[0] = D(a, 1); + return 0 != D(a, 3) ? 0 : !a.h; + } + + function ib(a, b) { + if (4 > a) { return a + 1; } + var c = a - 2 >> 1; + return (2 + (a & 1) << c) + D(b, c) + 1; + } + + function nc(a, b) { + if (120 < b) { return b - 120; } + var c = de[b - 1], + c = (c >> 4) * a + (8 - (c & 15)); + return 1 <= c ? c : 1; + } + + function ua(a, b, c) { + var d = pb(c); + b += d & 255; + var e = a[b].g - 8; + 0 < e && (qb(c, c.u + 8), d = pb(c), b += a[b].value, b += d & (1 << e) - 1); + qb(c, c.u + a[b].g); + return a[b].value; + } + + function ub(a, b, c) { + c.g += a.g; + c.value += a.value << b >>> 0; + x(8 >= c.g); + return a.g; + } + + function ha(a, b, c) { + var d = a.xc; + b = 0 == d ? 0 : a.vc[a.md * (c >> d) + (b >> d)]; + x(b < a.Wb); + return a.Ya[b]; + } + + function oc(a, b, c, d) { + var e = a.ab, + f = a.c * b, + g = a.C; + b = g + b; + var h = c, + k = d; + d = a.Ta; + + for (c = a.Ua; 0 < e--;) { + var l = a.gc[e], + m = g, + n = b, + r = h, + q = k, + k = d, + h = c, + t = l.Ea; + x(m < n); + x(n <= l.nc); + + switch (l.hc) { + case 2: + pc(r, q, (n - m) * t, k, h); + break; + + case 0: + var v = l, + p = m, + u = n, + w = k, + y = h, + A = v.Ea; + 0 == p && (ee(r, q, null, null, 1, w, y), cc(r, q + 1, 0, 0, A - 1, w, y + 1), q += A, y += A, ++p); + + for (var E = 1 << v.b, B = E - 1, C = xa(A, v.b), N = v.K, v = v.w + (p >> v.b) * C; p < u;) { + var z = N, + Q = v, + S = 1; + + for (fe(r, q, w, y - A, 1, w, y); S < A;) { + var K = qc[z[Q++] >> 8 & 15], + D = (S & ~B) + E; + D > A && (D = A); + K(r, q + +S, w, y + S - A, D - S, w, y + S); + S = D; + } + + q += A; + y += A; + ++p; + p & B || (v += C); + } + + n != l.nc && I(k, h - t, k, h + (n - m - 1) * t, t); + break; + + case 1: + t = r; + u = q; + r = l.Ea; + q = 1 << l.b; + w = q - 1; + y = r & ~w; + A = r - y; + p = xa(r, l.b); + E = l.K; + + for (l = l.w + (m >> l.b) * p; m < n;) { + B = E; + C = l; + N = new Jd(); + v = u + y; + + for (z = u + r; u < v;) { + dc(B[C++], N), Fb(N, t, u, q, k, h), u += q, h += q; + } + + u < z && (dc(B[C++], N), Fb(N, t, u, A, k, h), u += A, h += A); + ++m; + m & w || (l += p); + } + + break; + + case 3: + if (r == k && q == h && 0 < l.b) { + y = (n - m) * xa(l.Ea, l.b); + t = h + (n - m) * t - y; + u = k; + r = t; + q = k; + w = h; + A = y; + p = []; + + for (y = A - 1; 0 <= y; --y) { + p[y] = q[w + y]; + } + + for (y = A - 1; 0 <= y; --y) { + u[r + y] = p[y]; + } + + rc(l, m, n, k, t, k, h); + } else { rc(l, m, n, r, q, k, h); } + + } + + h = d; + k = c; + } + + k != c && I(d, c, h, k, f); + } + + function ge(a, b) { + var c = a.V, + d = a.Ba + a.c * a.C, + e = b - a.C; + x(b <= a.l.o); + x(16 >= e); + + if (0 < e) { + var f = a.l, + g = a.Ta, + h = a.Ua, + k = f.width; + oc(a, e, c, d); + h = [h]; + c = a.C; + d = b; + e = h; + x(c < d); + x(f.v < f.va); + d > f.o && (d = f.o); + + if (c < f.j) { + var l = f.j - c, + c = f.j; + e[0] += l * k; + } + + c >= d ? c = 0 : (e[0] += 4 * f.v, f.ka = c - f.j, f.U = f.va - f.v, f.T = d - c, c = 1); + + if (c) { + h = h[0]; + c = a.ca; + + if (11 > c.S) { + for (var m = c.f.RGBA, d = c.S, e = f.U, f = f.T, l = m.eb, n = m.A, r = f, m = m.fb + a.Ma * m.A; 0 < r--;) { + var q = g, + t = h, + v = e, + p = l, + u = m; + + switch (d) { + case Ca: + sc(q, t, v, p, u); + break; + + case Ua: + Gb(q, t, v, p, u); + break; + + case zb: + Gb(q, t, v, p, u); + za(p, u, 0, v, 1, 0); + break; + + case tc: + uc(q, t, v, p, u); + break; + + case Va: + fb(q, t, v, p, u, 1); + break; + + case Ab: + fb(q, t, v, p, u, 1); + za(p, u, 0, v, 1, 0); + break; + + case ya: + fb(q, t, v, p, u, 0); + break; + + case Ja: + fb(q, t, v, p, u, 0); + za(p, u, 1, v, 1, 0); + break; + + case Db: + Hb(q, t, v, p, u); + break; + + case Bb: + Hb(q, t, v, p, u); + vc(p, u, v, 1, 0); + break; + + case wc: + xc(q, t, v, p, u); + break; + + default: + x(0); + } + + h += k; + m += n; + } + + a.Ma += f; + } else { alert("todo:EmitRescaledRowsYUVA"); } + + x(a.Ma <= c.height); + } + } + + a.C = b; + x(a.C <= a.i); + } + + function yc(a) { + var b; + if (0 < a.ua) { return 0; } + + for (b = 0; b < a.Wb; ++b) { + var c = a.Ya[b].G, + d = a.Ya[b].H; + if (0 < c[1][d[1] + 0].g || 0 < c[2][d[2] + 0].g || 0 < c[3][d[3] + 0].g) { return 0; } + } + + return 1; + } + + function zc(a, b, c, d, e, f) { + if (0 != a.Z) { + var g = a.qd, + h = a.rd; + + for (x(null != ia[a.Z]); b < c; ++b) { + ia[a.Z](g, h, d, e, d, e, f), g = d, h = e, e += f; + } + + a.qd = g; + a.rd = h; + } + } + + function Ib(a, b) { + var c = a.l.ma, + d = 0 == c.Z || 1 == c.Z ? a.l.j : a.C, + d = a.C < d ? d : a.C; + x(b <= a.l.o); + + if (b > d) { + var e = a.l.width, + f = c.ca, + g = c.tb + e * d, + h = a.V, + k = a.Ba + a.c * d, + l = a.gc; + x(1 == a.ab); + x(3 == l[0].hc); + he(l[0], d, b, h, k, f, g); + zc(c, d, b, f, g, e); + } + + a.C = a.Ma = b; + } + + function Jb(a, b, c, d, e, f, g) { + var h = a.$ / d, + k = a.$ % d, + l = a.m, + m = a.s, + n = c + a.$, + r = n; + e = c + d * e; + var q = c + d * f, + t = 280 + m.ua, + v = a.Pb ? h : 16777216, + p = 0 < m.ua ? m.Wa : null, + u = m.wc, + w = n < q ? ha(m, k, h) : null; + x(a.C < f); + x(q <= e); + var y = !1; + + a: for (;;) { + for (; y || n < q;) { + var A = 0; + + if (h >= v) { + var v = a, + E = n - c; + x(v.Pb); + v.wd = v.m; + v.xd = E; + 0 < v.s.ua && $b(v.s.Wa, v.s.vb); + v = h + ie; + } + + k & u || (w = ha(m, k, h)); + x(null != w); + w.Qb && (b[n] = w.qb, y = !0); + if (!y) { if (Sa(l), w.jc) { + var A = l, + E = b, + B = n, + C = w.pd[pb(A) & xb - 1]; + x(w.jc); + 256 > C.g ? (qb(A, A.u + C.g), E[B] = C.value, A = 0) : (qb(A, A.u + C.g - 256), x(256 <= C.value), A = C.value); + 0 == A && (y = !0); + } else { A = ua(w.G[0], w.H[0], l); } } + if (l.h) { break; } + + if (y || 256 > A) { + if (!y) { if (w.nd) { b[n] = (w.qb | A << 8) >>> 0; }else { + Sa(l); + y = ua(w.G[1], w.H[1], l); + Sa(l); + E = ua(w.G[2], w.H[2], l); + B = ua(w.G[3], w.H[3], l); + if (l.h) { break; } + b[n] = (B << 24 | y << 16 | A << 8 | E) >>> 0; + } } + y = !1; + ++n; + ++k; + if (k >= d && (k = 0, ++h, null != g && h <= f && !(h % 16) && g(a, h), null != p)) { for (; r < n;) { + A = b[r++], p.X[(506832829 * A & 4294967295) >>> p.Mb] = A; + } } + } else if (280 > A) { + A = ib(A - 256, l); + E = ua(w.G[4], w.H[4], l); + Sa(l); + E = ib(E, l); + E = nc(d, E); + if (l.h) { break; } + if (n - c < E || e - n < A) { break a; }else { for (B = 0; B < A; ++B) { + b[n + B] = b[n + B - E]; + } } + n += A; + + for (k += A; k >= d;) { + k -= d, ++h, null != g && h <= f && !(h % 16) && g(a, h); + } + + x(n <= e); + k & u && (w = ha(m, k, h)); + if (null != p) { for (; r < n;) { + A = b[r++], p.X[(506832829 * A & 4294967295) >>> p.Mb] = A; + } } + } else if (A < t) { + y = A - 280; + + for (x(null != p); r < n;) { + A = b[r++], p.X[(506832829 * A & 4294967295) >>> p.Mb] = A; + } + + A = n; + E = p; + x(!(y >>> E.Xa)); + b[A] = E.X[y]; + y = !0; + } else { break a; } + + y || x(l.h == db(l)); + } + + if (a.Pb && l.h && n < e) { x(a.m.h), a.a = 5, a.m = a.wd, a.$ = a.xd, 0 < a.s.ua && $b(a.s.vb, a.s.Wa); }else if (l.h) { break a; }else { null != g && g(a, h > f ? f : h), a.a = 0, a.$ = n - c; } + return 1; + } + + a.a = 3; + return 0; + } + + function Ac(a) { + x(null != a); + a.vc = null; + a.yc = null; + a.Ya = null; + var b = a.Wa; + null != b && (b.X = null); + a.vb = null; + x(null != a); + } + + function Bc() { + var a = new je(); + if (null == a) { return null; } + a.a = 0; + a.xb = Cc; + gb("Predictor", "VP8LPredictors"); + gb("Predictor", "VP8LPredictors_C"); + gb("PredictorAdd", "VP8LPredictorsAdd"); + gb("PredictorAdd", "VP8LPredictorsAdd_C"); + pc = Kd; + Fb = Ld; + sc = Md; + Gb = Nd; + Hb = Od; + xc = Pd; + uc = Qd; + self.VP8LMapColor32b = ke; + self.VP8LMapColor8b = le; + return a; + } + + function rb(a, b, c, d, e) { + var f = 1, + g = [a], + h = [b], + k = d.m, + l = d.s, + m = null, + n = 0; + + a: for (;;) { + if (c) { for (; f && D(k, 1);) { + var r = g, + q = h, + t = d, + v = 1, + p = t.m, + u = t.gc[t.ab], + w = D(p, 2); + if (t.Oc & 1 << w) { f = 0; }else { + t.Oc |= 1 << w; + u.hc = w; + u.Ea = r[0]; + u.nc = q[0]; + u.K = [null]; + ++t.ab; + x(4 >= t.ab); + + switch (w) { + case 0: + case 1: + u.b = D(p, 3) + 2; + v = rb(xa(u.Ea, u.b), xa(u.nc, u.b), 0, t, u.K); + u.K = u.K[0]; + break; + + case 3: + var y = D(p, 8) + 1, + A = 16 < y ? 0 : 4 < y ? 1 : 2 < y ? 2 : 3; + r[0] = xa(u.Ea, A); + u.b = A; + var v = rb(y, 1, 0, t, u.K), + E; + + if (E = v) { + var B, + C = y, + N = u, + z = 1 << (8 >> N.b), + Q = V(z); + if (null == Q) { E = 0; }else { + var S = N.K[0], + K = N.w; + Q[0] = N.K[0][0]; + + for (B = 1; B < 1 * C; ++B) { + Q[B] = yb(S[K + B], Q[B - 1]); + } + + for (; B < 4 * z; ++B) { + Q[B] = 0; + } + + N.K[0] = null; + N.K[0] = Q; + E = 1; + } + } + + v = E; + break; + + case 2: + break; + + default: + x(0); + } + + f = v; + } + } } + g = g[0]; + h = h[0]; + + if (f && D(k, 1) && (n = D(k, 4), f = 1 <= n && 11 >= n, !f)) { + d.a = 3; + break a; + } + + var H; + if (H = f) { b: { + var F = d, + G = g, + L = h, + J = n, + T = c, + Da, + ba, + X = F.m, + R = F.s, + P = [null], + U, + W = 1, + aa = 0, + na = me[J]; + + c: for (;;) { + if (T && D(X, 1)) { + var ca = D(X, 3) + 2, + ga = xa(G, ca), + ka = xa(L, ca), + qa = ga * ka; + if (!rb(ga, ka, 0, F, P)) { break c; } + P = P[0]; + R.xc = ca; + + for (Da = 0; Da < qa; ++Da) { + var ia = P[Da] >> 8 & 65535; + P[Da] = ia; + ia >= W && (W = ia + 1); + } + } + + if (X.h) { break c; } + + for (ba = 0; 5 > ba; ++ba) { + var Y = Dc[ba]; + !ba && 0 < J && (Y += 1 << J); + aa < Y && (aa = Y); + } + + var ma = wa(W * na, O); + var ua = W, + va = wa(ua, Ub); + if (null == va) { var la = null; }else { x(65536 >= ua), la = va; } + var ha = V(aa); + + if (null == la || null == ha || null == ma) { + F.a = 1; + break c; + } + + var pa = ma; + + for (Da = U = 0; Da < W; ++Da) { + var ja = la[Da], + da = ja.G, + ea = ja.H, + Fa = 0, + ra = 1, + Ha = 0; + + for (ba = 0; 5 > ba; ++ba) { + Y = Dc[ba]; + da[ba] = pa; + ea[ba] = U; + !ba && 0 < J && (Y += 1 << J); + + d: { + var sa, + za = Y, + ta = F, + oa = ha, + db = pa, + eb = U, + Ia = 0, + Ka = ta.m, + fb = D(Ka, 1); + M(oa, 0, 0, za); + + if (fb) { + var gb = D(Ka, 1) + 1, + hb = D(Ka, 1), + Ja = D(Ka, 0 == hb ? 1 : 8); + oa[Ja] = 1; + 2 == gb && (Ja = D(Ka, 8), oa[Ja] = 1); + var ya = 1; + } else { + var Ua = V(19), + Va = D(Ka, 4) + 4; + + if (19 < Va) { + ta.a = 3; + var Aa = 0; + break d; + } + + for (sa = 0; sa < Va; ++sa) { + Ua[ne[sa]] = D(Ka, 3); + } + + var Ba = void 0, + sb = void 0, + Wa = ta, + ib = Ua, + Ca = za, + Xa = oa, + Oa = 0, + La = Wa.m, + Ya = 8, + Za = wa(128, O); + + e: for (;;) { + if (!Z(Za, 0, 7, ib, 19)) { break e; } + + if (D(La, 1)) { + var kb = 2 + 2 * D(La, 3), + Ba = 2 + D(La, kb); + if (Ba > Ca) { break e; } + } else { Ba = Ca; } + + for (sb = 0; sb < Ca && Ba--;) { + Sa(La); + var $a = Za[0 + (pb(La) & 127)]; + qb(La, La.u + $a.g); + var jb = $a.value; + if (16 > jb) { Xa[sb++] = jb, 0 != jb && (Ya = jb); }else { + var lb = 16 == jb, + ab = jb - 16, + mb = oe[ab], + bb = D(La, pe[ab]) + mb; + if (sb + bb > Ca) { break e; }else { for (var nb = lb ? Ya : 0; 0 < bb--;) { + Xa[sb++] = nb; + } } + } + } + + Oa = 1; + break e; + } + + Oa || (Wa.a = 3); + ya = Oa; + } + + (ya = ya && !Ka.h) && (Ia = Z(db, eb, 8, oa, za)); + ya && 0 != Ia ? Aa = Ia : (ta.a = 3, Aa = 0); + } + + if (0 == Aa) { break c; } + ra && 1 == qe[ba] && (ra = 0 == pa[U].g); + Fa += pa[U].g; + U += Aa; + + if (3 >= ba) { + var Pa = ha[0], + tb; + + for (tb = 1; tb < Y; ++tb) { + ha[tb] > Pa && (Pa = ha[tb]); + } + + Ha += Pa; + } + } + + ja.nd = ra; + ja.Qb = 0; + ra && (ja.qb = (da[3][ea[3] + 0].value << 24 | da[1][ea[1] + 0].value << 16 | da[2][ea[2] + 0].value) >>> 0, 0 == Fa && 256 > da[0][ea[0] + 0].value && (ja.Qb = 1, ja.qb += da[0][ea[0] + 0].value << 8)); + ja.jc = !ja.Qb && 6 > Ha; + + if (ja.jc) { + var Ga, + Ea = ja; + + for (Ga = 0; Ga < xb; ++Ga) { + var Ma = Ga, + Na = Ea.pd[Ma], + vb = Ea.G[0][Ea.H[0] + Ma]; + 256 <= vb.value ? (Na.g = vb.g + 256, Na.value = vb.value) : (Na.g = 0, Na.value = 0, Ma >>= ub(vb, 8, Na), Ma >>= ub(Ea.G[1][Ea.H[1] + Ma], 16, Na), Ma >>= ub(Ea.G[2][Ea.H[2] + Ma], 0, Na), ub(Ea.G[3][Ea.H[3] + Ma], 24, Na)); + } + } + } + + R.vc = P; + R.Wb = W; + R.Ya = la; + R.yc = ma; + H = 1; + break b; + } + + H = 0; + } } + f = H; + + if (!f) { + d.a = 3; + break a; + } + + if (0 < n) { + if (l.ua = 1 << n, !Zb(l.Wa, n)) { + d.a = 1; + f = 0; + break a; + } + } else { l.ua = 0; } + + var Qa = d, + cb = g, + ob = h, + Ra = Qa.s, + Ta = Ra.xc; + Qa.c = cb; + Qa.i = ob; + Ra.md = xa(cb, Ta); + Ra.wc = 0 == Ta ? -1 : (1 << Ta) - 1; + + if (c) { + d.xb = re; + break a; + } + + m = V(g * h); + + if (null == m) { + d.a = 1; + f = 0; + break a; + } + + f = (f = Jb(d, m, 0, g, h, h, null)) && !k.h; + break a; + } + + f ? (null != e ? e[0] = m : (x(null == m), x(c)), d.$ = 0, c || Ac(l)) : Ac(l); + return f; + } + + function Ec(a, b) { + var c = a.c * a.i, + d = c + b + 16 * b; + x(a.c <= b); + a.V = V(d); + if (null == a.V) { return a.Ta = null, a.Ua = 0, a.a = 1, 0; } + a.Ta = a.V; + a.Ua = a.Ba + c + b; + return 1; + } + + function se(a, b) { + var c = a.C, + d = b - c, + e = a.V, + f = a.Ba + a.c * c; + + for (x(b <= a.l.o); 0 < d;) { + var g = 16 < d ? 16 : d, + h = a.l.ma, + k = a.l.width, + l = k * g, + m = h.ca, + n = h.tb + k * c, + r = a.Ta, + q = a.Ua; + oc(a, g, e, f); + Fc(r, q, m, n, l); + zc(h, c, c + g, m, n, k); + d -= g; + e += g * a.c; + c += g; + } + + x(c == b); + a.C = a.Ma = b; + } + + function te(a, b) { + var c = [0], + d = [0], + e = [0]; + + a: for (;;) { + if (null == a) { return 0; } + if (null == b) { return a.a = 2, 0; } + a.l = b; + a.a = 0; + cb(a.m, b.data, b.w, b.ha); + + if (!mc(a.m, c, d, e)) { + a.a = 3; + break a; + } + + a.xb = Cc; + b.width = c[0]; + b.height = d[0]; + if (!rb(c[0], d[0], 1, a, null)) { break a; } + return 1; + } + + x(0 != a.a); + return 0; + } + + function ue() { + this.ub = this.yd = this.td = this.Rb = 0; + } + + function ve() { + this.Kd = this.Ld = this.Ud = this.Td = this.i = this.c = 0; + } + + function we() { + this.Fb = this.Bb = this.Cb = 0; + this.Zb = V(4); + this.Lb = V(4); + } + + function Gc() { + this.Yb = wb(); + } + + function xe() { + this.jb = V(3); + this.Wc = Ed([4, 8], Gc); + this.Xc = Ed([4, 17], Gc); + } + + function ye() { + this.Pc = this.wb = this.Tb = this.zd = 0; + this.vd = new V(4); + this.od = new V(4); + } + + function Xa() { + this.ld = this.La = this.dd = this.tc = 0; + } + + function Hc() { + this.Na = this.la = 0; + } + + function ze() { + this.Sc = [0, 0]; + this.Eb = [0, 0]; + this.Qc = [0, 0]; + this.ia = this.lc = 0; + } + + function Kb() { + this.ad = V(384); + this.Za = 0; + this.Ob = V(16); + this.$b = this.Ad = this.ia = this.Gc = this.Hc = this.Dd = 0; + } + + function Ae() { + this.uc = this.M = this.Nb = 0; + this.wa = Array(new Xa()); + this.Y = 0; + this.ya = Array(new Kb()); + this.aa = 0; + this.l = new Oa(); + } + + function Ic() { + this.y = V(16); + this.f = V(8); + this.ea = V(8); + } + + function Be() { + this.cb = this.a = 0; + this.sc = ""; + this.m = new Wb(); + this.Od = new ue(); + this.Kc = new ve(); + this.ed = new ye(); + this.Qa = new we(); + this.Ic = this.$c = this.Aa = 0; + this.D = new Ae(); + this.Xb = this.Va = this.Hb = this.zb = this.yb = this.Ub = this.za = 0; + this.Jc = wa(8, Wb); + this.ia = 0; + this.pb = wa(4, ze); + this.Pa = new xe(); + this.Bd = this.kc = 0; + this.Ac = []; + this.Bc = 0; + this.zc = [0, 0, 0, 0]; + this.Gd = Array(new Ic()); + this.Hd = 0; + this.rb = Array(new Hc()); + this.sb = 0; + this.wa = Array(new Xa()); + this.Y = 0; + this.oc = []; + this.pc = 0; + this.sa = []; + this.ta = 0; + this.qa = []; + this.ra = 0; + this.Ha = []; + this.B = this.R = this.Ia = 0; + this.Ec = []; + this.M = this.ja = this.Vb = this.Fc = 0; + this.ya = Array(new Kb()); + this.L = this.aa = 0; + this.gd = Ed([4, 2], Xa); + this.ga = null; + this.Fa = []; + this.Cc = this.qc = this.P = 0; + this.Gb = []; + this.Uc = 0; + this.mb = []; + this.nb = 0; + this.rc = []; + this.Ga = this.Vc = 0; + } + + function ga(a, b) { + return 0 > a ? 0 : a > b ? b : a; + } + + function Oa() { + this.T = this.U = this.ka = this.height = this.width = 0; + this.y = []; + this.f = []; + this.ea = []; + this.Rc = this.fa = this.W = this.N = this.O = 0; + this.ma = "void"; + this.put = "VP8IoPutHook"; + this.ac = "VP8IoSetupHook"; + this.bc = "VP8IoTeardownHook"; + this.ha = this.Kb = 0; + this.data = []; + this.hb = this.ib = this.da = this.o = this.j = this.va = this.v = this.Da = this.ob = this.w = 0; + this.F = []; + this.J = 0; + } + + function Ce() { + var a = new Be(); + null != a && (a.a = 0, a.sc = "OK", a.cb = 0, a.Xb = 0, oa || (oa = De)); + return a; + } + + function T(a, b, c) { + 0 == a.a && (a.a = b, a.sc = c, a.cb = 0); + return 0; + } + + function Jc(a, b, c) { + return 3 <= c && 157 == a[b + 0] && 1 == a[b + 1] && 42 == a[b + 2]; + } + + function Kc(a, b) { + if (null == a) { return 0; } + a.a = 0; + a.sc = "OK"; + if (null == b) { return T(a, 2, "null VP8Io passed to VP8GetHeaders()"); } + var c = b.data; + var d = b.w; + var e = b.ha; + if (4 > e) { return T(a, 7, "Truncated header."); } + var f = c[d + 0] | c[d + 1] << 8 | c[d + 2] << 16; + var g = a.Od; + g.Rb = !(f & 1); + g.td = f >> 1 & 7; + g.yd = f >> 4 & 1; + g.ub = f >> 5; + if (3 < g.td) { return T(a, 3, "Incorrect keyframe parameters."); } + if (!g.yd) { return T(a, 4, "Frame not displayable."); } + d += 3; + e -= 3; + var h = a.Kc; + + if (g.Rb) { + if (7 > e) { return T(a, 7, "cannot parse picture header"); } + if (!Jc(c, d, e)) { return T(a, 3, "Bad code word"); } + h.c = (c[d + 4] << 8 | c[d + 3]) & 16383; + h.Td = c[d + 4] >> 6; + h.i = (c[d + 6] << 8 | c[d + 5]) & 16383; + h.Ud = c[d + 6] >> 6; + d += 7; + e -= 7; + a.za = h.c + 15 >> 4; + a.Ub = h.i + 15 >> 4; + b.width = h.c; + b.height = h.i; + b.Da = 0; + b.j = 0; + b.v = 0; + b.va = b.width; + b.o = b.height; + b.da = 0; + b.ib = b.width; + b.hb = b.height; + b.U = b.width; + b.T = b.height; + f = a.Pa; + M(f.jb, 0, 255, f.jb.length); + f = a.Qa; + x(null != f); + f.Cb = 0; + f.Bb = 0; + f.Fb = 1; + M(f.Zb, 0, 0, f.Zb.length); + M(f.Lb, 0, 0, f.Lb); + } + + if (g.ub > e) { return T(a, 7, "bad partition length"); } + f = a.m; + ma(f, c, d, g.ub); + d += g.ub; + e -= g.ub; + g.Rb && (h.Ld = G(f), h.Kd = G(f)); + h = a.Qa; + var k = a.Pa, + l; + x(null != f); + x(null != h); + h.Cb = G(f); + + if (h.Cb) { + h.Bb = G(f); + + if (G(f)) { + h.Fb = G(f); + + for (l = 0; 4 > l; ++l) { + h.Zb[l] = G(f) ? ca(f, 7) : 0; + } + + for (l = 0; 4 > l; ++l) { + h.Lb[l] = G(f) ? ca(f, 6) : 0; + } + } + + if (h.Bb) { for (l = 0; 3 > l; ++l) { + k.jb[l] = G(f) ? na(f, 8) : 255; + } } + } else { h.Bb = 0; } + + if (f.Ka) { return T(a, 3, "cannot parse segment header"); } + h = a.ed; + h.zd = G(f); + h.Tb = na(f, 6); + h.wb = na(f, 3); + h.Pc = G(f); + + if (h.Pc && G(f)) { + for (k = 0; 4 > k; ++k) { + G(f) && (h.vd[k] = ca(f, 6)); + } + + for (k = 0; 4 > k; ++k) { + G(f) && (h.od[k] = ca(f, 6)); + } + } + + a.L = 0 == h.Tb ? 0 : h.zd ? 1 : 2; + if (f.Ka) { return T(a, 3, "cannot parse filter header"); } + l = d; + var m = e; + e = l; + d = l + m; + h = m; + a.Xb = (1 << na(a.m, 2)) - 1; + k = a.Xb; + if (m < 3 * k) { c = 7; }else { + l += 3 * k; + h -= 3 * k; + + for (m = 0; m < k; ++m) { + var n = c[e + 0] | c[e + 1] << 8 | c[e + 2] << 16; + n > h && (n = h); + ma(a.Jc[+m], c, l, n); + l += n; + h -= n; + e += 3; + } + + ma(a.Jc[+k], c, l, h); + c = l < d ? 0 : 5; + } + if (0 != c) { return T(a, c, "cannot parse partitions"); } + l = a.m; + c = na(l, 7); + e = G(l) ? ca(l, 4) : 0; + d = G(l) ? ca(l, 4) : 0; + h = G(l) ? ca(l, 4) : 0; + k = G(l) ? ca(l, 4) : 0; + l = G(l) ? ca(l, 4) : 0; + m = a.Qa; + + for (n = 0; 4 > n; ++n) { + if (m.Cb) { + var r = m.Zb[n]; + m.Fb || (r += c); + } else if (0 < n) { + a.pb[n] = a.pb[0]; + continue; + } else { r = c; } + + var q = a.pb[n]; + q.Sc[0] = Lb[ga(r + e, 127)]; + q.Sc[1] = Mb[ga(r + 0, 127)]; + q.Eb[0] = 2 * Lb[ga(r + d, 127)]; + q.Eb[1] = 101581 * Mb[ga(r + h, 127)] >> 16; + 8 > q.Eb[1] && (q.Eb[1] = 8); + q.Qc[0] = Lb[ga(r + k, 117)]; + q.Qc[1] = Mb[ga(r + l, 127)]; + q.lc = r + l; + } + + if (!g.Rb) { return T(a, 4, "Not a key frame."); } + G(f); + g = a.Pa; + + for (c = 0; 4 > c; ++c) { + for (e = 0; 8 > e; ++e) { + for (d = 0; 3 > d; ++d) { + for (h = 0; 11 > h; ++h) { + k = K(f, Ee[c][e][d][h]) ? na(f, 8) : Fe[c][e][d][h], g.Wc[c][e].Yb[d][h] = k; + } + } + } + + for (e = 0; 17 > e; ++e) { + g.Xc[c][e] = g.Wc[c][Ge[e]]; + } + } + + a.kc = G(f); + a.kc && (a.Bd = na(f, 8)); + return a.cb = 1; + } + + function De(a, b, c, d, e, f, g) { + var h = b[e].Yb[c]; + + for (c = 0; 16 > e; ++e) { + if (!K(a, h[c + 0])) { return e; } + + for (; !K(a, h[c + 1]);) { + if (h = b[++e].Yb[0], c = 0, 16 == e) { return 16; } + } + + var k = b[e + 1].Yb; + + if (K(a, h[c + 2])) { + var l = a, + m = h, + n = c; + var r = 0; + if (K(l, m[n + 3])) { + if (K(l, m[n + 6])) { + h = 0; + r = K(l, m[n + 8]); + m = K(l, m[n + 9 + r]); + n = 2 * r + m; + r = 0; + + for (m = He[n]; m[h]; ++h) { + r += r + K(l, m[h]); + } + + r += 3 + (8 << n); + } else { K(l, m[n + 7]) ? (r = 7 + 2 * K(l, 165), r += K(l, 145)) : r = 5 + K(l, 159); } + } else { K(l, m[n + 4]) ? r = 3 + K(l, m[n + 5]) : r = 2; } + h = k[2]; + } else { r = 1, h = k[1]; } + + k = g + Ie[e]; + l = a; + 0 > l.b && Qa(l); + var m = l.b, + n = l.Ca >> 1, + q = n - (l.I >> m) >> 31; + --l.b; + l.Ca += q; + l.Ca |= 1; + l.I -= (n + 1 & q) << m; + f[k] = ((r ^ q) - q) * d[(0 < e) + 0]; + } + + return 16; + } + + function Lc(a) { + var b = a.rb[a.sb - 1]; + b.la = 0; + b.Na = 0; + M(a.zc, 0, 0, a.zc.length); + a.ja = 0; + } + + function Je(a, b) { + for (a.M = 0; a.M < a.Va; ++a.M) { + var c = a.Jc[a.M & a.Xb], + d = a.m, + e = a, + f; + + for (f = 0; f < e.za; ++f) { + var g = d; + var h = e; + var k = h.Ac, + l = h.Bc + 4 * f, + m = h.zc, + n = h.ya[h.aa + f]; + h.Qa.Bb ? n.$b = K(g, h.Pa.jb[0]) ? 2 + K(g, h.Pa.jb[2]) : K(g, h.Pa.jb[1]) : n.$b = 0; + h.kc && (n.Ad = K(g, h.Bd)); + n.Za = !K(g, 145) + 0; + + if (n.Za) { + var r = n.Ob, + q = 0; + + for (h = 0; 4 > h; ++h) { + var t = m[0 + h]; + var v; + + for (v = 0; 4 > v; ++v) { + t = Ke[k[l + v]][t]; + + for (var p = Mc[K(g, t[0])]; 0 < p;) { + p = Mc[2 * p + K(g, t[p])]; + } + + t = -p; + k[l + v] = t; + } + + I(r, q, k, l, 4); + q += 4; + m[0 + h] = t; + } + } else { t = K(g, 156) ? K(g, 128) ? 1 : 3 : K(g, 163) ? 2 : 0, n.Ob[0] = t, M(k, l, t, 4), M(m, 0, t, 4); } + + n.Dd = K(g, 142) ? K(g, 114) ? K(g, 183) ? 1 : 3 : 2 : 0; + } + + if (e.m.Ka) { return T(a, 7, "Premature end-of-partition0 encountered."); } + + for (; a.ja < a.za; ++a.ja) { + d = a; + e = c; + g = d.rb[d.sb - 1]; + k = d.rb[d.sb + d.ja]; + f = d.ya[d.aa + d.ja]; + if (l = d.kc ? f.Ad : 0) { g.la = k.la = 0, f.Za || (g.Na = k.Na = 0), f.Hc = 0, f.Gc = 0, f.ia = 0; }else { + var u, + w, + g = k, + k = e, + l = d.Pa.Xc, + m = d.ya[d.aa + d.ja], + n = d.pb[m.$b]; + h = m.ad; + r = 0; + q = d.rb[d.sb - 1]; + t = v = 0; + M(h, r, 0, 384); + + if (m.Za) { + var y = 0; + var A = l[3]; + } else { + p = V(16); + var E = g.Na + q.Na; + E = oa(k, l[1], E, n.Eb, 0, p, 0); + g.Na = q.Na = (0 < E) + 0; + if (1 < E) { Nc(p, 0, h, r); }else { + var B = p[0] + 3 >> 3; + + for (p = 0; 256 > p; p += 16) { + h[r + p] = B; + } + } + y = 1; + A = l[0]; + } + + var C = g.la & 15; + var N = q.la & 15; + + for (p = 0; 4 > p; ++p) { + var z = N & 1; + + for (B = w = 0; 4 > B; ++B) { + E = z + (C & 1), E = oa(k, A, E, n.Sc, y, h, r), z = E > y, C = C >> 1 | z << 7, w = w << 2 | (3 < E ? 3 : 1 < E ? 2 : 0 != h[r + 0]), r += 16; + } + + C >>= 4; + N = N >> 1 | z << 7; + v = (v << 8 | w) >>> 0; + } + + A = C; + y = N >> 4; + + for (u = 0; 4 > u; u += 2) { + w = 0; + C = g.la >> 4 + u; + N = q.la >> 4 + u; + + for (p = 0; 2 > p; ++p) { + z = N & 1; + + for (B = 0; 2 > B; ++B) { + E = z + (C & 1), E = oa(k, l[2], E, n.Qc, 0, h, r), z = 0 < E, C = C >> 1 | z << 3, w = w << 2 | (3 < E ? 3 : 1 < E ? 2 : 0 != h[r + 0]), r += 16; + } + + C >>= 2; + N = N >> 1 | z << 5; + } + + t |= w << 4 * u; + A |= C << 4 << u; + y |= (N & 240) << u; + } + + g.la = A; + q.la = y; + m.Hc = v; + m.Gc = t; + m.ia = t & 43690 ? 0 : n.ia; + l = !(v | t); + } + 0 < d.L && (d.wa[d.Y + d.ja] = d.gd[f.$b][f.Za], d.wa[d.Y + d.ja].La |= !l); + if (e.Ka) { return T(a, 7, "Premature end-of-file encountered."); } + } + + Lc(a); + c = a; + d = b; + e = 1; + f = c.D; + g = 0 < c.L && c.M >= c.zb && c.M <= c.Va; + if (0 == c.Aa) { a: { + f.M = c.M, f.uc = g, Oc(c, f), e = 1; + w = c.D; + f = w.Nb; + t = Ya[c.L]; + g = t * c.R; + k = t / 2 * c.B; + p = 16 * f * c.R; + B = 8 * f * c.B; + l = c.sa; + m = c.ta - g + p; + n = c.qa; + h = c.ra - k + B; + r = c.Ha; + q = c.Ia - k + B; + C = w.M; + N = 0 == C; + v = C >= c.Va - 1; + 2 == c.Aa && Oc(c, w); + if (w.uc) { for (E = c, z = E.D.M, x(E.D.uc), w = E.yb; w < E.Hb; ++w) { + var Q = E; + y = w; + A = z; + var S = Q.D, + D = S.Nb; + u = Q.R; + var S = S.wa[S.Y + y], + F = Q.sa, + H = Q.ta + 16 * D * u + 16 * y, + J = S.dd, + G = S.tc; + if (0 != G) { if (x(3 <= G), 1 == Q.L) { 0 < y && Pc(F, H, u, G + 4), S.La && Qc(F, H, u, G), 0 < A && Rc(F, H, u, G + 4), S.La && Sc(F, H, u, G); }else { + var L = Q.B, + O = Q.qa, + P = Q.ra + 8 * D * L + 8 * y, + R = Q.Ha, + Q = Q.Ia + 8 * D * L + 8 * y, + D = S.ld; + 0 < y && (Tc(F, H, u, G + 4, J, D), Uc(O, P, R, Q, L, G + 4, J, D)); + S.La && (Vc(F, H, u, G, J, D), Wc(O, P, R, Q, L, G, J, D)); + 0 < A && (Xc(F, H, u, G + 4, J, D), Yc(O, P, R, Q, L, G + 4, J, D)); + S.La && (Zc(F, H, u, G, J, D), $c(O, P, R, Q, L, G, J, D)); + } } + } } + c.ia && alert("todo:DitherRow"); + + if (null != d.put) { + w = 16 * C; + C = 16 * (C + 1); + N ? (d.y = c.sa, d.O = c.ta + p, d.f = c.qa, d.N = c.ra + B, d.ea = c.Ha, d.W = c.Ia + B) : (w -= t, d.y = l, d.O = m, d.f = n, d.N = h, d.ea = r, d.W = q); + v || (C -= t); + C > d.o && (C = d.o); + d.F = null; + d.J = null; + + if (null != c.Fa && 0 < c.Fa.length && w < C && (d.J = Le(c, d, w, C - w), d.F = c.mb, null == d.F && 0 == d.F.length)) { + e = T(c, 3, "Could not decode alpha data."); + break a; + } + + w < d.j && (t = d.j - w, w = d.j, x(!(t & 1)), d.O += c.R * t, d.N += c.B * (t >> 1), d.W += c.B * (t >> 1), null != d.F && (d.J += d.width * t)); + w < C && (d.O += d.v, d.N += d.v >> 1, d.W += d.v >> 1, null != d.F && (d.J += d.v), d.ka = w - d.j, d.U = d.va - d.v, d.T = C - w, e = d.put(d)); + } + + f + 1 != c.Ic || v || (I(c.sa, c.ta - g, l, m + 16 * c.R, g), I(c.qa, c.ra - k, n, h + 8 * c.B, k), I(c.Ha, c.Ia - k, r, q + 8 * c.B, k)); + } } + if (!e) { return T(a, 6, "Output aborted."); } + } + + return 1; + } + + function Me(a, b) { + if (null == a) { return 0; } + if (null == b) { return T(a, 2, "NULL VP8Io parameter in VP8Decode()."); } + if (!a.cb && !Kc(a, b)) { return 0; } + x(a.cb); + + if (null == b.ac || b.ac(b)) { + b.ob && (a.L = 0); + var c = Ya[a.L]; + 2 == a.L ? (a.yb = 0, a.zb = 0) : (a.yb = b.v - c >> 4, a.zb = b.j - c >> 4, 0 > a.yb && (a.yb = 0), 0 > a.zb && (a.zb = 0)); + a.Va = b.o + 15 + c >> 4; + a.Hb = b.va + 15 + c >> 4; + a.Hb > a.za && (a.Hb = a.za); + a.Va > a.Ub && (a.Va = a.Ub); + + if (0 < a.L) { + var d = a.ed; + + for (c = 0; 4 > c; ++c) { + var e; + + if (a.Qa.Cb) { + var f = a.Qa.Lb[c]; + a.Qa.Fb || (f += d.Tb); + } else { f = d.Tb; } + + for (e = 0; 1 >= e; ++e) { + var g = a.gd[c][e], + h = f; + d.Pc && (h += d.vd[0], e && (h += d.od[0])); + h = 0 > h ? 0 : 63 < h ? 63 : h; + + if (0 < h) { + var k = h; + 0 < d.wb && (k = 4 < d.wb ? k >> 2 : k >> 1, k > 9 - d.wb && (k = 9 - d.wb)); + 1 > k && (k = 1); + g.dd = k; + g.tc = 2 * h + k; + g.ld = 40 <= h ? 2 : 15 <= h ? 1 : 0; + } else { g.tc = 0; } + + g.La = e; + } + } + } + + c = 0; + } else { T(a, 6, "Frame setup failed"), c = a.a; } + + if (c = 0 == c) { + if (c) { + a.$c = 0; + 0 < a.Aa || (a.Ic = Ne); + + b: { + c = a.Ic; + var k = a.za, + d = 4 * k, + l = 32 * k, + m = k + 1, + n = 0 < a.L ? k * (0 < a.Aa ? 2 : 1) : 0, + r = (2 == a.Aa ? 2 : 1) * k; + e = 3 * (16 * c + Ya[a.L]) / 2 * l; + f = null != a.Fa && 0 < a.Fa.length ? a.Kc.c * a.Kc.i : 0; + g = d + 832 + e + f; + if (g != g) { c = 0; }else { + if (g > a.Vb) { + a.Vb = 0; + a.Ec = V(g); + a.Fc = 0; + + if (null == a.Ec) { + c = T(a, 1, "no memory during frame initialization."); + break b; + } + + a.Vb = g; + } + + g = a.Ec; + h = a.Fc; + a.Ac = g; + a.Bc = h; + h += d; + a.Gd = wa(l, Ic); + a.Hd = 0; + a.rb = wa(m + 1, Hc); + a.sb = 1; + a.wa = n ? wa(n, Xa) : null; + a.Y = 0; + a.D.Nb = 0; + a.D.wa = a.wa; + a.D.Y = a.Y; + 0 < a.Aa && (a.D.Y += k); + x(!0); + a.oc = g; + a.pc = h; + h += 832; + a.ya = wa(r, Kb); + a.aa = 0; + a.D.ya = a.ya; + a.D.aa = a.aa; + 2 == a.Aa && (a.D.aa += k); + a.R = 16 * k; + a.B = 8 * k; + l = Ya[a.L]; + k = l * a.R; + l = l / 2 * a.B; + a.sa = g; + a.ta = h + k; + a.qa = a.sa; + a.ra = a.ta + 16 * c * a.R + l; + a.Ha = a.qa; + a.Ia = a.ra + 8 * c * a.B + l; + a.$c = 0; + h += e; + a.mb = f ? g : null; + a.nb = f ? h : null; + x(h + f <= a.Fc + a.Vb); + Lc(a); + M(a.Ac, a.Bc, 0, d); + c = 1; + } + } + + if (c) { + b.ka = 0; + b.y = a.sa; + b.O = a.ta; + b.f = a.qa; + b.N = a.ra; + b.ea = a.Ha; + b.Vd = a.Ia; + b.fa = a.R; + b.Rc = a.B; + b.F = null; + b.J = 0; + + if (!ad) { + for (c = -255; 255 >= c; ++c) { + bd[255 + c] = 0 > c ? -c : c; + } + + for (c = -1020; 1020 >= c; ++c) { + cd[1020 + c] = -128 > c ? -128 : 127 < c ? 127 : c; + } + + for (c = -112; 112 >= c; ++c) { + dd[112 + c] = -16 > c ? -16 : 15 < c ? 15 : c; + } + + for (c = -255; 510 >= c; ++c) { + ed[255 + c] = 0 > c ? 0 : 255 < c ? 255 : c; + } + + ad = 1; + } + + Nc = Oe; + Za = Pe; + Nb = Qe; + pa = Re; + Ob = Se; + fd = Te; + Xc = Ue; + Tc = Ve; + Yc = We; + Uc = Xe; + Zc = Ye; + Vc = Ze; + $c = $e; + Wc = af; + Rc = gd; + Pc = hd; + Sc = bf; + Qc = cf; + W[0] = df; + W[1] = ef; + W[2] = ff; + W[3] = gf; + W[4] = hf; + W[5] = jf; + W[6] = kf; + W[7] = lf; + W[8] = mf; + W[9] = nf; + Y[0] = of; + Y[1] = pf; + Y[2] = qf; + Y[3] = rf; + Y[4] = sf; + Y[5] = tf; + Y[6] = uf; + ka[0] = vf; + ka[1] = wf; + ka[2] = xf; + ka[3] = yf; + ka[4] = zf; + ka[5] = Af; + ka[6] = Bf; + c = 1; + } else { c = 0; } + } + + c && (c = Je(a, b)); + null != b.bc && b.bc(b); + c &= 1; + } + + if (!c) { return 0; } + a.cb = 0; + return c; + } + + function qa(a, b, c, d, e) { + e = a[b + c + 32 * d] + (e >> 3); + a[b + c + 32 * d] = e & -256 ? 0 > e ? 0 : 255 : e; + } + + function kb(a, b, c, d, e, f) { + qa(a, b, 0, c, d + e); + qa(a, b, 1, c, d + f); + qa(a, b, 2, c, d - f); + qa(a, b, 3, c, d - e); + } + + function da(a) { + return (20091 * a >> 16) + a; + } + + function id(a, b, c, d) { + var e = 0, + f; + var g = V(16); + + for (f = 0; 4 > f; ++f) { + var h = a[b + 0] + a[b + 8]; + var k = a[b + 0] - a[b + 8]; + var l = (35468 * a[b + 4] >> 16) - da(a[b + 12]); + var m = da(a[b + 4]) + (35468 * a[b + 12] >> 16); + g[e + 0] = h + m; + g[e + 1] = k + l; + g[e + 2] = k - l; + g[e + 3] = h - m; + e += 4; + b++; + } + + for (f = e = 0; 4 > f; ++f) { + a = g[e + 0] + 4, h = a + g[e + 8], k = a - g[e + 8], l = (35468 * g[e + 4] >> 16) - da(g[e + 12]), m = da(g[e + 4]) + (35468 * g[e + 12] >> 16), qa(c, d, 0, 0, h + m), qa(c, d, 1, 0, k + l), qa(c, d, 2, 0, k - l), qa(c, d, 3, 0, h - m), e++, d += 32; + } + } + + function Te(a, b, c, d) { + var e = a[b + 0] + 4, + f = 35468 * a[b + 4] >> 16, + g = da(a[b + 4]), + h = 35468 * a[b + 1] >> 16; + a = da(a[b + 1]); + kb(c, d, 0, e + g, a, h); + kb(c, d, 1, e + f, a, h); + kb(c, d, 2, e - f, a, h); + kb(c, d, 3, e - g, a, h); + } + + function Pe(a, b, c, d, e) { + id(a, b, c, d); + e && id(a, b + 16, c, d + 4); + } + + function Qe(a, b, c, d) { + Za(a, b + 0, c, d, 1); + Za(a, b + 32, c, d + 128, 1); + } + + function Re(a, b, c, d) { + a = a[b + 0] + 4; + var e; + + for (e = 0; 4 > e; ++e) { + for (b = 0; 4 > b; ++b) { + qa(c, d, b, e, a); + } + } + } + + function Se(a, b, c, d) { + a[b + 0] && pa(a, b + 0, c, d); + a[b + 16] && pa(a, b + 16, c, d + 4); + a[b + 32] && pa(a, b + 32, c, d + 128); + a[b + 48] && pa(a, b + 48, c, d + 128 + 4); + } + + function Oe(a, b, c, d) { + var e = V(16), + f; + + for (f = 0; 4 > f; ++f) { + var g = a[b + 0 + f] + a[b + 12 + f]; + var h = a[b + 4 + f] + a[b + 8 + f]; + var k = a[b + 4 + f] - a[b + 8 + f]; + var l = a[b + 0 + f] - a[b + 12 + f]; + e[0 + f] = g + h; + e[8 + f] = g - h; + e[4 + f] = l + k; + e[12 + f] = l - k; + } + + for (f = 0; 4 > f; ++f) { + a = e[0 + 4 * f] + 3, g = a + e[3 + 4 * f], h = e[1 + 4 * f] + e[2 + 4 * f], k = e[1 + 4 * f] - e[2 + 4 * f], l = a - e[3 + 4 * f], c[d + 0] = g + h >> 3, c[d + 16] = l + k >> 3, c[d + 32] = g - h >> 3, c[d + 48] = l - k >> 3, d += 64; + } + } + + function Pb(a, b, c) { + var d = b - 32, + e = R, + f = 255 - a[d - 1], + g; + + for (g = 0; g < c; ++g) { + var h = e, + k = f + a[b - 1], + l; + + for (l = 0; l < c; ++l) { + a[b + l] = h[k + a[d + l]]; + } + + b += 32; + } + } + + function ef(a, b) { + Pb(a, b, 4); + } + + function wf(a, b) { + Pb(a, b, 8); + } + + function pf(a, b) { + Pb(a, b, 16); + } + + function qf(a, b) { + var c; + + for (c = 0; 16 > c; ++c) { + I(a, b + 32 * c, a, b - 32, 16); + } + } + + function rf(a, b) { + var c; + + for (c = 16; 0 < c; --c) { + M(a, b, a[b - 1], 16), b += 32; + } + } + + function $a(a, b, c) { + var d; + + for (d = 0; 16 > d; ++d) { + M(b, c + 32 * d, a, 16); + } + } + + function of(a, b) { + var c = 16, + d; + + for (d = 0; 16 > d; ++d) { + c += a[b - 1 + 32 * d] + a[b + d - 32]; + } + + $a(c >> 5, a, b); + } + + function sf(a, b) { + var c = 8, + d; + + for (d = 0; 16 > d; ++d) { + c += a[b - 1 + 32 * d]; + } + + $a(c >> 4, a, b); + } + + function tf(a, b) { + var c = 8, + d; + + for (d = 0; 16 > d; ++d) { + c += a[b + d - 32]; + } + + $a(c >> 4, a, b); + } + + function uf(a, b) { + $a(128, a, b); + } + + function z(a, b, c) { + return a + 2 * b + c + 2 >> 2; + } + + function ff(a, b) { + var c = b - 32, + c = new Uint8Array([z(a[c - 1], a[c + 0], a[c + 1]), z(a[c + 0], a[c + 1], a[c + 2]), z(a[c + 1], a[c + 2], a[c + 3]), z(a[c + 2], a[c + 3], a[c + 4])]), + d; + + for (d = 0; 4 > d; ++d) { + I(a, b + 32 * d, c, 0, c.length); + } + } + + function gf(a, b) { + var c = a[b - 1], + d = a[b - 1 + 32], + e = a[b - 1 + 64], + f = a[b - 1 + 96]; + ra(a, b + 0, 16843009 * z(a[b - 1 - 32], c, d)); + ra(a, b + 32, 16843009 * z(c, d, e)); + ra(a, b + 64, 16843009 * z(d, e, f)); + ra(a, b + 96, 16843009 * z(e, f, f)); + } + + function df(a, b) { + var c = 4, + d; + + for (d = 0; 4 > d; ++d) { + c += a[b + d - 32] + a[b - 1 + 32 * d]; + } + + c >>= 3; + + for (d = 0; 4 > d; ++d) { + M(a, b + 32 * d, c, 4); + } + } + + function hf(a, b) { + var c = a[b - 1 + 0], + d = a[b - 1 + 32], + e = a[b - 1 + 64], + f = a[b - 1 - 32], + g = a[b + 0 - 32], + h = a[b + 1 - 32], + k = a[b + 2 - 32], + l = a[b + 3 - 32]; + a[b + 0 + 96] = z(d, e, a[b - 1 + 96]); + a[b + 1 + 96] = a[b + 0 + 64] = z(c, d, e); + a[b + 2 + 96] = a[b + 1 + 64] = a[b + 0 + 32] = z(f, c, d); + a[b + 3 + 96] = a[b + 2 + 64] = a[b + 1 + 32] = a[b + 0 + 0] = z(g, f, c); + a[b + 3 + 64] = a[b + 2 + 32] = a[b + 1 + 0] = z(h, g, f); + a[b + 3 + 32] = a[b + 2 + 0] = z(k, h, g); + a[b + 3 + 0] = z(l, k, h); + } + + function kf(a, b) { + var c = a[b + 1 - 32], + d = a[b + 2 - 32], + e = a[b + 3 - 32], + f = a[b + 4 - 32], + g = a[b + 5 - 32], + h = a[b + 6 - 32], + k = a[b + 7 - 32]; + a[b + 0 + 0] = z(a[b + 0 - 32], c, d); + a[b + 1 + 0] = a[b + 0 + 32] = z(c, d, e); + a[b + 2 + 0] = a[b + 1 + 32] = a[b + 0 + 64] = z(d, e, f); + a[b + 3 + 0] = a[b + 2 + 32] = a[b + 1 + 64] = a[b + 0 + 96] = z(e, f, g); + a[b + 3 + 32] = a[b + 2 + 64] = a[b + 1 + 96] = z(f, g, h); + a[b + 3 + 64] = a[b + 2 + 96] = z(g, h, k); + a[b + 3 + 96] = z(h, k, k); + } + + function jf(a, b) { + var c = a[b - 1 + 0], + d = a[b - 1 + 32], + e = a[b - 1 + 64], + f = a[b - 1 - 32], + g = a[b + 0 - 32], + h = a[b + 1 - 32], + k = a[b + 2 - 32], + l = a[b + 3 - 32]; + a[b + 0 + 0] = a[b + 1 + 64] = f + g + 1 >> 1; + a[b + 1 + 0] = a[b + 2 + 64] = g + h + 1 >> 1; + a[b + 2 + 0] = a[b + 3 + 64] = h + k + 1 >> 1; + a[b + 3 + 0] = k + l + 1 >> 1; + a[b + 0 + 96] = z(e, d, c); + a[b + 0 + 64] = z(d, c, f); + a[b + 0 + 32] = a[b + 1 + 96] = z(c, f, g); + a[b + 1 + 32] = a[b + 2 + 96] = z(f, g, h); + a[b + 2 + 32] = a[b + 3 + 96] = z(g, h, k); + a[b + 3 + 32] = z(h, k, l); + } + + function lf(a, b) { + var c = a[b + 0 - 32], + d = a[b + 1 - 32], + e = a[b + 2 - 32], + f = a[b + 3 - 32], + g = a[b + 4 - 32], + h = a[b + 5 - 32], + k = a[b + 6 - 32], + l = a[b + 7 - 32]; + a[b + 0 + 0] = c + d + 1 >> 1; + a[b + 1 + 0] = a[b + 0 + 64] = d + e + 1 >> 1; + a[b + 2 + 0] = a[b + 1 + 64] = e + f + 1 >> 1; + a[b + 3 + 0] = a[b + 2 + 64] = f + g + 1 >> 1; + a[b + 0 + 32] = z(c, d, e); + a[b + 1 + 32] = a[b + 0 + 96] = z(d, e, f); + a[b + 2 + 32] = a[b + 1 + 96] = z(e, f, g); + a[b + 3 + 32] = a[b + 2 + 96] = z(f, g, h); + a[b + 3 + 64] = z(g, h, k); + a[b + 3 + 96] = z(h, k, l); + } + + function nf(a, b) { + var c = a[b - 1 + 0], + d = a[b - 1 + 32], + e = a[b - 1 + 64], + f = a[b - 1 + 96]; + a[b + 0 + 0] = c + d + 1 >> 1; + a[b + 2 + 0] = a[b + 0 + 32] = d + e + 1 >> 1; + a[b + 2 + 32] = a[b + 0 + 64] = e + f + 1 >> 1; + a[b + 1 + 0] = z(c, d, e); + a[b + 3 + 0] = a[b + 1 + 32] = z(d, e, f); + a[b + 3 + 32] = a[b + 1 + 64] = z(e, f, f); + a[b + 3 + 64] = a[b + 2 + 64] = a[b + 0 + 96] = a[b + 1 + 96] = a[b + 2 + 96] = a[b + 3 + 96] = f; + } + + function mf(a, b) { + var c = a[b - 1 + 0], + d = a[b - 1 + 32], + e = a[b - 1 + 64], + f = a[b - 1 + 96], + g = a[b - 1 - 32], + h = a[b + 0 - 32], + k = a[b + 1 - 32], + l = a[b + 2 - 32]; + a[b + 0 + 0] = a[b + 2 + 32] = c + g + 1 >> 1; + a[b + 0 + 32] = a[b + 2 + 64] = d + c + 1 >> 1; + a[b + 0 + 64] = a[b + 2 + 96] = e + d + 1 >> 1; + a[b + 0 + 96] = f + e + 1 >> 1; + a[b + 3 + 0] = z(h, k, l); + a[b + 2 + 0] = z(g, h, k); + a[b + 1 + 0] = a[b + 3 + 32] = z(c, g, h); + a[b + 1 + 32] = a[b + 3 + 64] = z(d, c, g); + a[b + 1 + 64] = a[b + 3 + 96] = z(e, d, c); + a[b + 1 + 96] = z(f, e, d); + } + + function xf(a, b) { + var c; + + for (c = 0; 8 > c; ++c) { + I(a, b + 32 * c, a, b - 32, 8); + } + } + + function yf(a, b) { + var c; + + for (c = 0; 8 > c; ++c) { + M(a, b, a[b - 1], 8), b += 32; + } + } + + function lb(a, b, c) { + var d; + + for (d = 0; 8 > d; ++d) { + M(b, c + 32 * d, a, 8); + } + } + + function vf(a, b) { + var c = 8, + d; + + for (d = 0; 8 > d; ++d) { + c += a[b + d - 32] + a[b - 1 + 32 * d]; + } + + lb(c >> 4, a, b); + } + + function Af(a, b) { + var c = 4, + d; + + for (d = 0; 8 > d; ++d) { + c += a[b + d - 32]; + } + + lb(c >> 3, a, b); + } + + function zf(a, b) { + var c = 4, + d; + + for (d = 0; 8 > d; ++d) { + c += a[b - 1 + 32 * d]; + } + + lb(c >> 3, a, b); + } + + function Bf(a, b) { + lb(128, a, b); + } + + function ab(a, b, c) { + var d = a[b - c], + e = a[b + 0], + f = 3 * (e - d) + Qb[1020 + a[b - 2 * c] - a[b + c]], + g = mb[112 + (f + 4 >> 3)]; + a[b - c] = R[255 + d + mb[112 + (f + 3 >> 3)]]; + a[b + 0] = R[255 + e - g]; + } + + function jd(a, b, c, d) { + var e = a[b + 0], + f = a[b + c]; + return U[255 + a[b - 2 * c] - a[b - c]] > d || U[255 + f - e] > d; + } + + function kd(a, b, c, d) { + return 4 * U[255 + a[b - c] - a[b + 0]] + U[255 + a[b - 2 * c] - a[b + c]] <= d; + } + + function ld(a, b, c, d, e) { + var f = a[b - 3 * c], + g = a[b - 2 * c], + h = a[b - c], + k = a[b + 0], + l = a[b + c], + m = a[b + 2 * c], + n = a[b + 3 * c]; + return 4 * U[255 + h - k] + U[255 + g - l] > d ? 0 : U[255 + a[b - 4 * c] - f] <= e && U[255 + f - g] <= e && U[255 + g - h] <= e && U[255 + n - m] <= e && U[255 + m - l] <= e && U[255 + l - k] <= e; + } + + function gd(a, b, c, d) { + var e = 2 * d + 1; + + for (d = 0; 16 > d; ++d) { + kd(a, b + d, c, e) && ab(a, b + d, c); + } + } + + function hd(a, b, c, d) { + var e = 2 * d + 1; + + for (d = 0; 16 > d; ++d) { + kd(a, b + d * c, 1, e) && ab(a, b + d * c, 1); + } + } + + function bf(a, b, c, d) { + var e; + + for (e = 3; 0 < e; --e) { + b += 4 * c, gd(a, b, c, d); + } + } + + function cf(a, b, c, d) { + var e; + + for (e = 3; 0 < e; --e) { + b += 4, hd(a, b, c, d); + } + } + + function ea(a, b, c, d, e, f, g, h) { + for (f = 2 * f + 1; 0 < e--;) { + if (ld(a, b, c, f, g)) { if (jd(a, b, c, h)) { ab(a, b, c); }else { + var k = a, + l = b, + m = c, + n = k[l - 2 * m], + r = k[l - m], + q = k[l + 0], + t = k[l + m], + v = k[l + 2 * m], + p = Qb[1020 + 3 * (q - r) + Qb[1020 + n - t]], + u = 27 * p + 63 >> 7, + w = 18 * p + 63 >> 7, + p = 9 * p + 63 >> 7; + k[l - 3 * m] = R[255 + k[l - 3 * m] + p]; + k[l - 2 * m] = R[255 + n + w]; + k[l - m] = R[255 + r + u]; + k[l + 0] = R[255 + q - u]; + k[l + m] = R[255 + t - w]; + k[l + 2 * m] = R[255 + v - p]; + } } + b += d; + } + } + + function Fa(a, b, c, d, e, f, g, h) { + for (f = 2 * f + 1; 0 < e--;) { + if (ld(a, b, c, f, g)) { if (jd(a, b, c, h)) { ab(a, b, c); }else { + var k = a, + l = b, + m = c, + n = k[l - m], + r = k[l + 0], + q = k[l + m], + t = 3 * (r - n), + v = mb[112 + (t + 4 >> 3)], + t = mb[112 + (t + 3 >> 3)], + p = v + 1 >> 1; + k[l - 2 * m] = R[255 + k[l - 2 * m] + p]; + k[l - m] = R[255 + n + t]; + k[l + 0] = R[255 + r - v]; + k[l + m] = R[255 + q - p]; + } } + b += d; + } + } + + function Ue(a, b, c, d, e, f) { + ea(a, b, c, 1, 16, d, e, f); + } + + function Ve(a, b, c, d, e, f) { + ea(a, b, 1, c, 16, d, e, f); + } + + function Ye(a, b, c, d, e, f) { + var g; + + for (g = 3; 0 < g; --g) { + b += 4 * c, Fa(a, b, c, 1, 16, d, e, f); + } + } + + function Ze(a, b, c, d, e, f) { + var g; + + for (g = 3; 0 < g; --g) { + b += 4, Fa(a, b, 1, c, 16, d, e, f); + } + } + + function We(a, b, c, d, e, f, g, h) { + ea(a, b, e, 1, 8, f, g, h); + ea(c, d, e, 1, 8, f, g, h); + } + + function Xe(a, b, c, d, e, f, g, h) { + ea(a, b, 1, e, 8, f, g, h); + ea(c, d, 1, e, 8, f, g, h); + } + + function $e(a, b, c, d, e, f, g, h) { + Fa(a, b + 4 * e, e, 1, 8, f, g, h); + Fa(c, d + 4 * e, e, 1, 8, f, g, h); + } + + function af(a, b, c, d, e, f, g, h) { + Fa(a, b + 4, 1, e, 8, f, g, h); + Fa(c, d + 4, 1, e, 8, f, g, h); + } + + function Cf() { + this.ba = new Cb(); + this.ec = []; + this.cc = []; + this.Mc = []; + this.Dc = this.Nc = this.dc = this.fc = 0; + this.Oa = new Ud(); + this.memory = 0; + this.Ib = "OutputFunc"; + this.Jb = "OutputAlphaFunc"; + this.Nd = "OutputRowFunc"; + } + + function md() { + this.data = []; + this.offset = this.kd = this.ha = this.w = 0; + this.na = []; + this.xa = this.gb = this.Ja = this.Sa = this.P = 0; + } + + function Df() { + this.nc = this.Ea = this.b = this.hc = 0; + this.K = []; + this.w = 0; + } + + function Ef() { + this.ua = 0; + this.Wa = new ac(); + this.vb = new ac(); + this.md = this.xc = this.wc = 0; + this.vc = []; + this.Wb = 0; + this.Ya = new Ub(); + this.yc = new O(); + } + + function je() { + this.xb = this.a = 0; + this.l = new Oa(); + this.ca = new Cb(); + this.V = []; + this.Ba = 0; + this.Ta = []; + this.Ua = 0; + this.m = new Ra(); + this.Pb = 0; + this.wd = new Ra(); + this.Ma = this.$ = this.C = this.i = this.c = this.xd = 0; + this.s = new Ef(); + this.ab = 0; + this.gc = wa(4, Df); + this.Oc = 0; + } + + function Ff() { + this.Lc = this.Z = this.$a = this.i = this.c = 0; + this.l = new Oa(); + this.ic = 0; + this.ca = []; + this.tb = 0; + this.qd = null; + this.rd = 0; + } + + function Rb(a, b, c, d, e, f, g) { + a = null == a ? 0 : a[b + 0]; + + for (b = 0; b < g; ++b) { + e[f + b] = a + c[d + b] & 255, a = e[f + b]; + } + } + + function Gf(a, b, c, d, e, f, g) { + if (null == a) { Rb(null, null, c, d, e, f, g); }else { + var h; + + for (h = 0; h < g; ++h) { + e[f + h] = a[b + h] + c[d + h] & 255; + } + } + } + + function Hf(a, b, c, d, e, f, g) { + if (null == a) { Rb(null, null, c, d, e, f, g); }else { + var h = a[b + 0], + k = h, + l = h, + m; + + for (m = 0; m < g; ++m) { + h = a[b + m], k = l + h - k, l = c[d + m] + (k & -256 ? 0 > k ? 0 : 255 : k) & 255, k = h, e[f + m] = l; + } + } + } + + function Le(a, b, c, d) { + var e = b.width, + f = b.o; + x(null != a && null != b); + if (0 > c || 0 >= d || c + d > f) { return null; } + + if (!a.Cc) { + if (null == a.ga) { + a.ga = new Ff(); + var g; + (g = null == a.ga) || (g = b.width * b.o, x(0 == a.Gb.length), a.Gb = V(g), a.Uc = 0, null == a.Gb ? g = 0 : (a.mb = a.Gb, a.nb = a.Uc, a.rc = null, g = 1), g = !g); + + if (!g) { + g = a.ga; + var h = a.Fa, + k = a.P, + l = a.qc, + m = a.mb, + n = a.nb, + r = k + 1, + q = l - 1, + t = g.l; + x(null != h && null != m && null != b); + ia[0] = null; + ia[1] = Rb; + ia[2] = Gf; + ia[3] = Hf; + g.ca = m; + g.tb = n; + g.c = b.width; + g.i = b.height; + x(0 < g.c && 0 < g.i); + if (1 >= l) { b = 0; }else if (g.$a = h[k + 0] >> 0 & 3, g.Z = h[k + 0] >> 2 & 3, g.Lc = h[k + 0] >> 4 & 3, k = h[k + 0] >> 6 & 3, 0 > g.$a || 1 < g.$a || 4 <= g.Z || 1 < g.Lc || k) { b = 0; }else if (t.put = kc, t.ac = gc, t.bc = lc, t.ma = g, t.width = b.width, t.height = b.height, t.Da = b.Da, t.v = b.v, t.va = b.va, t.j = b.j, t.o = b.o, g.$a) { b: { + x(1 == g.$a), b = Bc(); + + c: for (;;) { + if (null == b) { + b = 0; + break b; + } + + x(null != g); + g.mc = b; + b.c = g.c; + b.i = g.i; + b.l = g.l; + b.l.ma = g; + b.l.width = g.c; + b.l.height = g.i; + b.a = 0; + cb(b.m, h, r, q); + if (!rb(g.c, g.i, 1, b, null)) { break c; } + 1 == b.ab && 3 == b.gc[0].hc && yc(b.s) ? (g.ic = 1, h = b.c * b.i, b.Ta = null, b.Ua = 0, b.V = V(h), b.Ba = 0, null == b.V ? (b.a = 1, b = 0) : b = 1) : (g.ic = 0, b = Ec(b, g.c)); + if (!b) { break c; } + b = 1; + break b; + } + + g.mc = null; + b = 0; + } } else { b = q >= g.c * g.i; } + g = !b; + } + + if (g) { return null; } + 1 != a.ga.Lc ? a.Ga = 0 : d = f - c; + } + + x(null != a.ga); + x(c + d <= f); + + a: { + h = a.ga; + b = h.c; + f = h.l.o; + + if (0 == h.$a) { + r = a.rc; + q = a.Vc; + t = a.Fa; + k = a.P + 1 + c * b; + l = a.mb; + m = a.nb + c * b; + x(k <= a.P + a.qc); + if (0 != h.Z) { for (x(null != ia[h.Z]), g = 0; g < d; ++g) { + ia[h.Z](r, q, t, k, l, m, b), r = l, q = m, m += b, k += b; + } } else { for (g = 0; g < d; ++g) { + I(l, m, t, k, b), r = l, q = m, m += b, k += b; + } } + a.rc = r; + a.Vc = q; + } else { + x(null != h.mc); + b = c + d; + g = h.mc; + x(null != g); + x(b <= g.i); + if (g.C >= b) { b = 1; }else if (h.ic || Aa(), h.ic) { + var h = g.V, + r = g.Ba, + q = g.c, + v = g.i, + t = 1, + k = g.$ / q, + l = g.$ % q, + m = g.m, + n = g.s, + p = g.$, + u = q * v, + w = q * b, + y = n.wc, + A = p < w ? ha(n, l, k) : null; + x(p <= u); + x(b <= v); + x(yc(n)); + + c: for (;;) { + for (; !m.h && p < w;) { + l & y || (A = ha(n, l, k)); + x(null != A); + Sa(m); + v = ua(A.G[0], A.H[0], m); + if (256 > v) { h[r + p] = v, ++p, ++l, l >= q && (l = 0, ++k, k <= b && !(k % 16) && Ib(g, k)); }else if (280 > v) { + var v = ib(v - 256, m); + var E = ua(A.G[4], A.H[4], m); + Sa(m); + E = ib(E, m); + E = nc(q, E); + + if (p >= E && u - p >= v) { + var B; + + for (B = 0; B < v; ++B) { + h[r + p + B] = h[r + p + B - E]; + } + } else { + t = 0; + break c; + } + + p += v; + + for (l += v; l >= q;) { + l -= q, ++k, k <= b && !(k % 16) && Ib(g, k); + } + + p < w && l & y && (A = ha(n, l, k)); + } else { + t = 0; + break c; + } + x(m.h == db(m)); + } + + Ib(g, k > b ? b : k); + break c; + } + + !t || m.h && p < u ? (t = 0, g.a = m.h ? 5 : 3) : g.$ = p; + b = t; + } else { b = Jb(g, g.V, g.Ba, g.c, g.i, b, se); } + + if (!b) { + d = 0; + break a; + } + } + + c + d >= f && (a.Cc = 1); + d = 1; + } + + if (!d) { return null; } + if (a.Cc && (d = a.ga, null != d && (d.mc = null), a.ga = null, 0 < a.Ga)) { return alert("todo:WebPDequantizeLevels"), null; } + } + + return a.nb + c * e; + } + + function If(a, b, c, d, e, f) { + for (; 0 < e--;) { + var g = a, + h = b + (c ? 1 : 0), + k = a, + l = b + (c ? 0 : 3), + m; + + for (m = 0; m < d; ++m) { + var n = k[l + 4 * m]; + 255 != n && (n *= 32897, g[h + 4 * m + 0] = g[h + 4 * m + 0] * n >> 23, g[h + 4 * m + 1] = g[h + 4 * m + 1] * n >> 23, g[h + 4 * m + 2] = g[h + 4 * m + 2] * n >> 23); + } + + b += f; + } + } + + function Jf(a, b, c, d, e) { + for (; 0 < d--;) { + var f; + + for (f = 0; f < c; ++f) { + var g = a[b + 2 * f + 0], + h = a[b + 2 * f + 1], + k = h & 15, + l = 4369 * k, + h = (h & 240 | h >> 4) * l >> 16; + a[b + 2 * f + 0] = (g & 240 | g >> 4) * l >> 16 & 240 | (g & 15 | g << 4) * l >> 16 >> 4 & 15; + a[b + 2 * f + 1] = h & 240 | k; + } + + b += e; + } + } + + function Kf(a, b, c, d, e, f, g, h) { + var k = 255, + l, + m; + + for (m = 0; m < e; ++m) { + for (l = 0; l < d; ++l) { + var n = a[b + l]; + f[g + 4 * l] = n; + k &= n; + } + + b += c; + g += h; + } + + return 255 != k; + } + + function Lf(a, b, c, d, e) { + var f; + + for (f = 0; f < e; ++f) { + c[d + f] = a[b + f] >> 8; + } + } + + function Aa() { + za = If; + vc = Jf; + fc = Kf; + Fc = Lf; + } + + function va(a, b, c) { + self[a] = function (a, e, f, g, h, k, l, m, n, r, q, t, v, p, u, w, y) { + var d, + E = y - 1 >> 1; + var B = h[k + 0] | l[m + 0] << 16; + var C = n[r + 0] | q[t + 0] << 16; + x(null != a); + var z = 3 * B + C + 131074 >> 2; + b(a[e + 0], z & 255, z >> 16, v, p); + null != f && (z = 3 * C + B + 131074 >> 2, b(f[g + 0], z & 255, z >> 16, u, w)); + + for (d = 1; d <= E; ++d) { + var D = h[k + d] | l[m + d] << 16; + var G = n[r + d] | q[t + d] << 16; + var F = B + D + C + G + 524296; + var H = F + 2 * (D + C) >> 3; + F = F + 2 * (B + G) >> 3; + z = H + B >> 1; + B = F + D >> 1; + b(a[e + 2 * d - 1], z & 255, z >> 16, v, p + (2 * d - 1) * c); + b(a[e + 2 * d - 0], B & 255, B >> 16, v, p + (2 * d - 0) * c); + null != f && (z = F + C >> 1, B = H + G >> 1, b(f[g + 2 * d - 1], z & 255, z >> 16, u, w + (2 * d - 1) * c), b(f[g + 2 * d + 0], B & 255, B >> 16, u, w + (2 * d + 0) * c)); + B = D; + C = G; + } + + y & 1 || (z = 3 * B + C + 131074 >> 2, b(a[e + y - 1], z & 255, z >> 16, v, p + (y - 1) * c), null != f && (z = 3 * C + B + 131074 >> 2, b(f[g + y - 1], z & 255, z >> 16, u, w + (y - 1) * c))); + }; + } + + function ic() { + P[Ca] = Mf; + P[Ua] = nd; + P[tc] = Nf; + P[Va] = od; + P[ya] = pd; + P[Db] = qd; + P[wc] = Of; + P[zb] = nd; + P[Ab] = od; + P[Ja] = pd; + P[Bb] = qd; + } + + function Sb(a) { + return a & ~Pf ? 0 > a ? 0 : 255 : a >> rd; + } + + function bb(a, b) { + return Sb((19077 * a >> 8) + (26149 * b >> 8) - 14234); + } + + function nb(a, b, c) { + return Sb((19077 * a >> 8) - (6419 * b >> 8) - (13320 * c >> 8) + 8708); + } + + function Pa(a, b) { + return Sb((19077 * a >> 8) + (33050 * b >> 8) - 17685); + } + + function Ga(a, b, c, d, e) { + d[e + 0] = bb(a, c); + d[e + 1] = nb(a, b, c); + d[e + 2] = Pa(a, b); + } + + function Tb(a, b, c, d, e) { + d[e + 0] = Pa(a, b); + d[e + 1] = nb(a, b, c); + d[e + 2] = bb(a, c); + } + + function sd(a, b, c, d, e) { + var f = nb(a, b, c); + b = f << 3 & 224 | Pa(a, b) >> 3; + d[e + 0] = bb(a, c) & 248 | f >> 5; + d[e + 1] = b; + } + + function td(a, b, c, d, e) { + var f = Pa(a, b) & 240 | 15; + d[e + 0] = bb(a, c) & 240 | nb(a, b, c) >> 4; + d[e + 1] = f; + } + + function ud(a, b, c, d, e) { + d[e + 0] = 255; + Ga(a, b, c, d, e + 1); + } + + function vd(a, b, c, d, e) { + Tb(a, b, c, d, e); + d[e + 3] = 255; + } + + function wd(a, b, c, d, e) { + Ga(a, b, c, d, e); + d[e + 3] = 255; + } + + function ga(a, b) { + return 0 > a ? 0 : a > b ? b : a; + } + + function la(a, b, c) { + self[a] = function (a, e, f, g, h, k, l, m, n) { + for (var d = m + (n & -2) * c; m != d;) { + b(a[e + 0], f[g + 0], h[k + 0], l, m), b(a[e + 1], f[g + 0], h[k + 0], l, m + c), e += 2, ++g, ++k, m += 2 * c; + } + + n & 1 && b(a[e + 0], f[g + 0], h[k + 0], l, m); + }; + } + + function xd(a, b, c) { + return 0 == c ? 0 == a ? 0 == b ? 6 : 5 : 0 == b ? 4 : 0 : c; + } + + function yd(a, b, c, d, e) { + switch (a >>> 30) { + case 3: + Za(b, c, d, e, 0); + break; + + case 2: + fd(b, c, d, e); + break; + + case 1: + pa(b, c, d, e); + } + } + + function Oc(a, b) { + var c, + d, + e = b.M, + f = b.Nb, + g = a.oc, + h = a.pc + 40, + k = a.oc, + l = a.pc + 584, + m = a.oc, + n = a.pc + 600; + + for (c = 0; 16 > c; ++c) { + g[h + 32 * c - 1] = 129; + } + + for (c = 0; 8 > c; ++c) { + k[l + 32 * c - 1] = 129, m[n + 32 * c - 1] = 129; + } + + 0 < e ? g[h - 1 - 32] = k[l - 1 - 32] = m[n - 1 - 32] = 129 : (M(g, h - 32 - 1, 127, 21), M(k, l - 32 - 1, 127, 9), M(m, n - 32 - 1, 127, 9)); + + for (d = 0; d < a.za; ++d) { + var r = b.ya[b.aa + d]; + + if (0 < d) { + for (c = -1; 16 > c; ++c) { + I(g, h + 32 * c - 4, g, h + 32 * c + 12, 4); + } + + for (c = -1; 8 > c; ++c) { + I(k, l + 32 * c - 4, k, l + 32 * c + 4, 4), I(m, n + 32 * c - 4, m, n + 32 * c + 4, 4); + } + } + + var q = a.Gd, + t = a.Hd + d, + v = r.ad, + p = r.Hc; + 0 < e && (I(g, h - 32, q[t].y, 0, 16), I(k, l - 32, q[t].f, 0, 8), I(m, n - 32, q[t].ea, 0, 8)); + + if (r.Za) { + var u = g; + var w = h - 32 + 16; + 0 < e && (d >= a.za - 1 ? M(u, w, q[t].y[15], 4) : I(u, w, q[t + 1].y, 0, 4)); + + for (c = 0; 4 > c; c++) { + u[w + 128 + c] = u[w + 256 + c] = u[w + 384 + c] = u[w + 0 + c]; + } + + for (c = 0; 16 > c; ++c, p <<= 2) { + u = g, w = h + zd[c], W[r.Ob[c]](u, w), yd(p, v, 16 * +c, u, w); + } + } else if (u = xd(d, e, r.Ob[0]), Y[u](g, h), 0 != p) { for (c = 0; 16 > c; ++c, p <<= 2) { + yd(p, v, 16 * +c, g, h + zd[c]); + } } + + c = r.Gc; + u = xd(d, e, r.Dd); + ka[u](k, l); + ka[u](m, n); + r = c >> 0; + p = v; + u = k; + w = l; + r & 255 && (r & 170 ? Nb(p, 256, u, w) : Ob(p, 256, u, w)); + c >>= 8; + r = m; + p = n; + c & 255 && (c & 170 ? Nb(v, 320, r, p) : Ob(v, 320, r, p)); + e < a.Ub - 1 && (I(q[t].y, 0, g, h + 480, 16), I(q[t].f, 0, k, l + 224, 8), I(q[t].ea, 0, m, n + 224, 8)); + c = 8 * f * a.B; + q = a.sa; + t = a.ta + 16 * d + 16 * f * a.R; + v = a.qa; + r = a.ra + 8 * d + c; + p = a.Ha; + u = a.Ia + 8 * d + c; + + for (c = 0; 16 > c; ++c) { + I(q, t + c * a.R, g, h + 32 * c, 16); + } + + for (c = 0; 8 > c; ++c) { + I(v, r + c * a.B, k, l + 32 * c, 8), I(p, u + c * a.B, m, n + 32 * c, 8); + } + } + } + + function Ad(a, b, c, d, e, f, g, h, k) { + var l = [0], + m = [0], + n = 0, + r = null != k ? k.kd : 0, + q = null != k ? k : new md(); + if (null == a || 12 > c) { return 7; } + q.data = a; + q.w = b; + q.ha = c; + b = [b]; + c = [c]; + q.gb = [q.gb]; + + a: { + var t = b; + var v = c; + var p = q.gb; + x(null != a); + x(null != v); + x(null != p); + p[0] = 0; + + if (12 <= v[0] && !fa(a, t[0], "RIFF")) { + if (fa(a, t[0] + 8, "WEBP")) { + p = 3; + break a; + } + + var u = Ha(a, t[0] + 4); + + if (12 > u || 4294967286 < u) { + p = 3; + break a; + } + + if (r && u > v[0] - 8) { + p = 7; + break a; + } + + p[0] = u; + t[0] += 12; + v[0] -= 12; + } + + p = 0; + } + + if (0 != p) { return p; } + u = 0 < q.gb[0]; + + for (c = c[0];;) { + t = [0]; + n = [n]; + + a: { + var w = a; + v = b; + p = c; + var y = n, + A = l, + z = m, + B = t; + y[0] = 0; + if (8 > p[0]) { p = 7; }else { + if (!fa(w, v[0], "VP8X")) { + if (10 != Ha(w, v[0] + 4)) { + p = 3; + break a; + } + + if (18 > p[0]) { + p = 7; + break a; + } + + var C = Ha(w, v[0] + 8); + var D = 1 + Yb(w, v[0] + 12); + w = 1 + Yb(w, v[0] + 15); + + if (2147483648 <= D * w) { + p = 3; + break a; + } + + null != B && (B[0] = C); + null != A && (A[0] = D); + null != z && (z[0] = w); + v[0] += 18; + p[0] -= 18; + y[0] = 1; + } + + p = 0; + } + } + + n = n[0]; + t = t[0]; + if (0 != p) { return p; } + v = !!(t & 2); + if (!u && n) { return 3; } + null != f && (f[0] = !!(t & 16)); + null != g && (g[0] = v); + null != h && (h[0] = 0); + g = l[0]; + t = m[0]; + + if (n && v && null == k) { + p = 0; + break; + } + + if (4 > c) { + p = 7; + break; + } + + if (u && n || !u && !n && !fa(a, b[0], "ALPH")) { + c = [c]; + q.na = [q.na]; + q.P = [q.P]; + q.Sa = [q.Sa]; + + a: { + C = a; + p = b; + u = c; + var y = q.gb, + A = q.na, + z = q.P, + B = q.Sa; + D = 22; + x(null != C); + x(null != u); + w = p[0]; + var F = u[0]; + x(null != A); + x(null != B); + A[0] = null; + z[0] = null; + + for (B[0] = 0;;) { + p[0] = w; + u[0] = F; + + if (8 > F) { + p = 7; + break a; + } + + var G = Ha(C, w + 4); + + if (4294967286 < G) { + p = 3; + break a; + } + + var H = 8 + G + 1 & -2; + D += H; + + if (0 < y && D > y) { + p = 3; + break a; + } + + if (!fa(C, w, "VP8 ") || !fa(C, w, "VP8L")) { + p = 0; + break a; + } + + if (F[0] < H) { + p = 7; + break a; + } + + fa(C, w, "ALPH") || (A[0] = C, z[0] = w + 8, B[0] = G); + w += H; + F -= H; + } + } + + c = c[0]; + q.na = q.na[0]; + q.P = q.P[0]; + q.Sa = q.Sa[0]; + if (0 != p) { break; } + } + + c = [c]; + q.Ja = [q.Ja]; + q.xa = [q.xa]; + + a: if (y = a, p = b, u = c, A = q.gb[0], z = q.Ja, B = q.xa, C = p[0], w = !fa(y, C, "VP8 "), D = !fa(y, C, "VP8L"), x(null != y), x(null != u), x(null != z), x(null != B), 8 > u[0]) { p = 7; }else { + if (w || D) { + y = Ha(y, C + 4); + + if (12 <= A && y > A - 12) { + p = 3; + break a; + } + + if (r && y > u[0] - 8) { + p = 7; + break a; + } + + z[0] = y; + p[0] += 8; + u[0] -= 8; + B[0] = D; + } else { B[0] = 5 <= u[0] && 47 == y[C + 0] && !(y[C + 4] >> 5), z[0] = u[0]; } + + p = 0; + } + + c = c[0]; + q.Ja = q.Ja[0]; + q.xa = q.xa[0]; + b = b[0]; + if (0 != p) { break; } + if (4294967286 < q.Ja) { return 3; } + null == h || v || (h[0] = q.xa ? 2 : 1); + g = [g]; + t = [t]; + + if (q.xa) { + if (5 > c) { + p = 7; + break; + } + + h = g; + r = t; + v = f; + null == a || 5 > c ? a = 0 : 5 <= c && 47 == a[b + 0] && !(a[b + 4] >> 5) ? (u = [0], y = [0], A = [0], z = new Ra(), cb(z, a, b, c), mc(z, u, y, A) ? (null != h && (h[0] = u[0]), null != r && (r[0] = y[0]), null != v && (v[0] = A[0]), a = 1) : a = 0) : a = 0; + } else { + if (10 > c) { + p = 7; + break; + } + + h = t; + null == a || 10 > c || !Jc(a, b + 3, c - 3) ? a = 0 : (r = a[b + 0] | a[b + 1] << 8 | a[b + 2] << 16, v = (a[b + 7] << 8 | a[b + 6]) & 16383, a = (a[b + 9] << 8 | a[b + 8]) & 16383, r & 1 || 3 < (r >> 1 & 7) || !(r >> 4 & 1) || r >> 5 >= q.Ja || !v || !a ? a = 0 : (g && (g[0] = v), h && (h[0] = a), a = 1)); + } + + if (!a) { return 3; } + g = g[0]; + t = t[0]; + if (n && (l[0] != g || m[0] != t)) { return 3; } + null != k && (k[0] = q, k.offset = b - k.w, x(4294967286 > b - k.w), x(k.offset == k.ha - c)); + break; + } + + return 0 == p || 7 == p && n && null == k ? (null != f && (f[0] |= null != q.na && 0 < q.na.length), null != d && (d[0] = g), null != e && (e[0] = t), 0) : p; + } + + function hc(a, b, c) { + var d = b.width, + e = b.height, + f = 0, + g = 0, + h = d, + k = e; + b.Da = null != a && 0 < a.Da; + if (b.Da && (h = a.cd, k = a.bd, f = a.v, g = a.j, 11 > c || (f &= -2, g &= -2), 0 > f || 0 > g || 0 >= h || 0 >= k || f + h > d || g + k > e)) { return 0; } + b.v = f; + b.j = g; + b.va = f + h; + b.o = g + k; + b.U = h; + b.T = k; + b.da = null != a && 0 < a.da; + + if (b.da) { + c = [a.ib]; + f = [a.hb]; + if (!bc(h, k, c, f)) { return 0; } + b.ib = c[0]; + b.hb = f[0]; + } + + b.ob = null != a && a.ob; + b.Kb = null == a || !a.Sd; + b.da && (b.ob = b.ib < 3 * d / 4 && b.hb < 3 * e / 4, b.Kb = 0); + return 1; + } + + function Bd(a) { + if (null == a) { return 2; } + + if (11 > a.S) { + var b = a.f.RGBA; + b.fb += (a.height - 1) * b.A; + b.A = -b.A; + } else { b = a.f.kb, a = a.height, b.O += (a - 1) * b.fa, b.fa = -b.fa, b.N += (a - 1 >> 1) * b.Ab, b.Ab = -b.Ab, b.W += (a - 1 >> 1) * b.Db, b.Db = -b.Db, null != b.F && (b.J += (a - 1) * b.lb, b.lb = -b.lb); } + + return 0; + } + + function Cd(a, b, c, d) { + if (null == d || 0 >= a || 0 >= b) { return 2; } + + if (null != c) { + if (c.Da) { + var e = c.cd, + f = c.bd, + g = c.v & -2, + h = c.j & -2; + if (0 > g || 0 > h || 0 >= e || 0 >= f || g + e > a || h + f > b) { return 2; } + a = e; + b = f; + } + + if (c.da) { + e = [c.ib]; + f = [c.hb]; + if (!bc(a, b, e, f)) { return 2; } + a = e[0]; + b = f[0]; + } + } + + d.width = a; + d.height = b; + + a: { + var k = d.width; + var l = d.height; + a = d.S; + if (0 >= k || 0 >= l || !(a >= Ca && 13 > a)) { a = 2; }else { + if (0 >= d.Rd && null == d.sd) { + var g = f = e = b = 0, + h = k * Dd[a], + m = h * l; + 11 > a || (b = (k + 1) / 2, f = (l + 1) / 2 * b, 12 == a && (e = k, g = e * l)); + l = V(m + 2 * f + g); + + if (null == l) { + a = 1; + break a; + } + + d.sd = l; + 11 > a ? (k = d.f.RGBA, k.eb = l, k.fb = 0, k.A = h, k.size = m) : (k = d.f.kb, k.y = l, k.O = 0, k.fa = h, k.Fd = m, k.f = l, k.N = 0 + m, k.Ab = b, k.Cd = f, k.ea = l, k.W = 0 + m + f, k.Db = b, k.Ed = f, 12 == a && (k.F = l, k.J = 0 + m + 2 * f), k.Tc = g, k.lb = e); + } + + b = 1; + e = d.S; + f = d.width; + g = d.height; + if (e >= Ca && 13 > e) { + if (11 > e) { a = d.f.RGBA, h = Math.abs(a.A), b &= h * (g - 1) + f <= a.size, b &= h >= f * Dd[e], b &= null != a.eb; }else { + a = d.f.kb; + h = (f + 1) / 2; + m = (g + 1) / 2; + k = Math.abs(a.fa); + var l = Math.abs(a.Ab), + n = Math.abs(a.Db), + r = Math.abs(a.lb), + q = r * (g - 1) + f; + b &= k * (g - 1) + f <= a.Fd; + b &= l * (m - 1) + h <= a.Cd; + b &= n * (m - 1) + h <= a.Ed; + b = b & k >= f & l >= h & n >= h; + b &= null != a.y; + b &= null != a.f; + b &= null != a.ea; + 12 == e && (b &= r >= f, b &= q <= a.Tc, b &= null != a.F); + } + } else { b = 0; } + a = b ? 0 : 2; + } + } + + if (0 != a) { return a; } + null != c && c.fd && (a = Bd(d)); + return a; + } + + var xb = 64, + Hd = [0, 1, 3, 7, 15, 31, 63, 127, 255, 511, 1023, 2047, 4095, 8191, 16383, 32767, 65535, 131071, 262143, 524287, 1048575, 2097151, 4194303, 8388607, 16777215], + Gd = 24, + ob = 32, + Xb = 8, + Id = [0, 0, 1, 1, 2, 2, 2, 2, 3, 3, 3, 3, 3, 3, 3, 3, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7]; + X("Predictor0", "PredictorAdd0"); + + self.Predictor0 = function () { + return 4278190080; + }; + + self.Predictor1 = function (a) { + return a; + }; + + self.Predictor2 = function (a, b, c) { + return b[c + 0]; + }; + + self.Predictor3 = function (a, b, c) { + return b[c + 1]; + }; + + self.Predictor4 = function (a, b, c) { + return b[c - 1]; + }; + + self.Predictor5 = function (a, b, c) { + return aa(aa(a, b[c + 1]), b[c + 0]); + }; + + self.Predictor6 = function (a, b, c) { + return aa(a, b[c - 1]); + }; + + self.Predictor7 = function (a, b, c) { + return aa(a, b[c + 0]); + }; + + self.Predictor8 = function (a, b, c) { + return aa(b[c - 1], b[c + 0]); + }; + + self.Predictor9 = function (a, b, c) { + return aa(b[c + 0], b[c + 1]); + }; + + self.Predictor10 = function (a, b, c) { + return aa(aa(a, b[c - 1]), aa(b[c + 0], b[c + 1])); + }; + + self.Predictor11 = function (a, b, c) { + var d = b[c + 0]; + b = b[c - 1]; + return 0 >= Ia(d >> 24 & 255, a >> 24 & 255, b >> 24 & 255) + Ia(d >> 16 & 255, a >> 16 & 255, b >> 16 & 255) + Ia(d >> 8 & 255, a >> 8 & 255, b >> 8 & 255) + Ia(d & 255, a & 255, b & 255) ? d : a; + }; + + self.Predictor12 = function (a, b, c) { + var d = b[c + 0]; + b = b[c - 1]; + return (sa((a >> 24 & 255) + (d >> 24 & 255) - (b >> 24 & 255)) << 24 | sa((a >> 16 & 255) + (d >> 16 & 255) - (b >> 16 & 255)) << 16 | sa((a >> 8 & 255) + (d >> 8 & 255) - (b >> 8 & 255)) << 8 | sa((a & 255) + (d & 255) - (b & 255))) >>> 0; + }; + + self.Predictor13 = function (a, b, c) { + var d = b[c - 1]; + a = aa(a, b[c + 0]); + return (eb(a >> 24 & 255, d >> 24 & 255) << 24 | eb(a >> 16 & 255, d >> 16 & 255) << 16 | eb(a >> 8 & 255, d >> 8 & 255) << 8 | eb(a >> 0 & 255, d >> 0 & 255)) >>> 0; + }; + + var ee = self.PredictorAdd0; + self.PredictorAdd1 = cc; + X("Predictor2", "PredictorAdd2"); + X("Predictor3", "PredictorAdd3"); + X("Predictor4", "PredictorAdd4"); + X("Predictor5", "PredictorAdd5"); + X("Predictor6", "PredictorAdd6"); + X("Predictor7", "PredictorAdd7"); + X("Predictor8", "PredictorAdd8"); + X("Predictor9", "PredictorAdd9"); + X("Predictor10", "PredictorAdd10"); + X("Predictor11", "PredictorAdd11"); + X("Predictor12", "PredictorAdd12"); + X("Predictor13", "PredictorAdd13"); + var fe = self.PredictorAdd2; + ec("ColorIndexInverseTransform", "MapARGB", "32b", function (a) { + return a >> 8 & 255; + }, function (a) { + return a; + }); + ec("VP8LColorIndexInverseTransformAlpha", "MapAlpha", "8b", function (a) { + return a; + }, function (a) { + return a >> 8 & 255; + }); + var rc = self.ColorIndexInverseTransform, + ke = self.MapARGB, + he = self.VP8LColorIndexInverseTransformAlpha, + le = self.MapAlpha, + pc, + qc = self.VP8LPredictorsAdd = []; + qc.length = 16; + (self.VP8LPredictors = []).length = 16; + (self.VP8LPredictorsAdd_C = []).length = 16; + (self.VP8LPredictors_C = []).length = 16; + var Fb, + sc, + Gb, + Hb, + xc, + uc, + bd = V(511), + cd = V(2041), + dd = V(225), + ed = V(767), + ad = 0, + Qb = cd, + mb = dd, + R = ed, + U = bd, + Ca = 0, + Ua = 1, + tc = 2, + Va = 3, + ya = 4, + Db = 5, + wc = 6, + zb = 7, + Ab = 8, + Ja = 9, + Bb = 10, + pe = [2, 3, 7], + oe = [3, 3, 11], + Dc = [280, 256, 256, 256, 40], + qe = [0, 1, 1, 1, 0], + ne = [17, 18, 0, 1, 2, 3, 4, 5, 16, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15], + de = [24, 7, 23, 25, 40, 6, 39, 41, 22, 26, 38, 42, 56, 5, 55, 57, 21, 27, 54, 58, 37, 43, 72, 4, 71, 73, 20, 28, 53, 59, 70, 74, 36, 44, 88, 69, 75, 52, 60, 3, 87, 89, 19, 29, 86, 90, 35, 45, 68, 76, 85, 91, 51, 61, 104, 2, 103, 105, 18, 30, 102, 106, 34, 46, 84, 92, 67, 77, 101, 107, 50, 62, 120, 1, 119, 121, 83, 93, 17, 31, 100, 108, 66, 78, 118, 122, 33, 47, 117, 123, 49, 63, 99, 109, 82, 94, 0, 116, 124, 65, 79, 16, 32, 98, 110, 48, 115, 125, 81, 95, 64, 114, 126, 97, 111, 80, 113, 127, 96, 112], + me = [2954, 2956, 2958, 2962, 2970, 2986, 3018, 3082, 3212, 3468, 3980, 5004], + ie = 8, + Lb = [4, 5, 6, 7, 8, 9, 10, 10, 11, 12, 13, 14, 15, 16, 17, 17, 18, 19, 20, 20, 21, 21, 22, 22, 23, 23, 24, 25, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 91, 93, 95, 96, 98, 100, 101, 102, 104, 106, 108, 110, 112, 114, 116, 118, 122, 124, 126, 128, 130, 132, 134, 136, 138, 140, 143, 145, 148, 151, 154, 157], + Mb = [4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76, 78, 80, 82, 84, 86, 88, 90, 92, 94, 96, 98, 100, 102, 104, 106, 108, 110, 112, 114, 116, 119, 122, 125, 128, 131, 134, 137, 140, 143, 146, 149, 152, 155, 158, 161, 164, 167, 170, 173, 177, 181, 185, 189, 193, 197, 201, 205, 209, 213, 217, 221, 225, 229, 234, 239, 245, 249, 254, 259, 264, 269, 274, 279, 284], + oa = null, + He = [[173, 148, 140, 0], [176, 155, 140, 135, 0], [180, 157, 141, 134, 130, 0], [254, 254, 243, 230, 196, 177, 153, 140, 133, 130, 129, 0]], + Ie = [0, 1, 4, 8, 5, 2, 3, 6, 9, 12, 13, 10, 7, 11, 14, 15], + Mc = [-0, 1, -1, 2, -2, 3, 4, 6, -3, 5, -4, -5, -6, 7, -7, 8, -8, -9], + Fe = [[[[128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128]], [[253, 136, 254, 255, 228, 219, 128, 128, 128, 128, 128], [189, 129, 242, 255, 227, 213, 255, 219, 128, 128, 128], [106, 126, 227, 252, 214, 209, 255, 255, 128, 128, 128]], [[1, 98, 248, 255, 236, 226, 255, 255, 128, 128, 128], [181, 133, 238, 254, 221, 234, 255, 154, 128, 128, 128], [78, 134, 202, 247, 198, 180, 255, 219, 128, 128, 128]], [[1, 185, 249, 255, 243, 255, 128, 128, 128, 128, 128], [184, 150, 247, 255, 236, 224, 128, 128, 128, 128, 128], [77, 110, 216, 255, 236, 230, 128, 128, 128, 128, 128]], [[1, 101, 251, 255, 241, 255, 128, 128, 128, 128, 128], [170, 139, 241, 252, 236, 209, 255, 255, 128, 128, 128], [37, 116, 196, 243, 228, 255, 255, 255, 128, 128, 128]], [[1, 204, 254, 255, 245, 255, 128, 128, 128, 128, 128], [207, 160, 250, 255, 238, 128, 128, 128, 128, 128, 128], [102, 103, 231, 255, 211, 171, 128, 128, 128, 128, 128]], [[1, 152, 252, 255, 240, 255, 128, 128, 128, 128, 128], [177, 135, 243, 255, 234, 225, 128, 128, 128, 128, 128], [80, 129, 211, 255, 194, 224, 128, 128, 128, 128, 128]], [[1, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [246, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [255, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128]]], [[[198, 35, 237, 223, 193, 187, 162, 160, 145, 155, 62], [131, 45, 198, 221, 172, 176, 220, 157, 252, 221, 1], [68, 47, 146, 208, 149, 167, 221, 162, 255, 223, 128]], [[1, 149, 241, 255, 221, 224, 255, 255, 128, 128, 128], [184, 141, 234, 253, 222, 220, 255, 199, 128, 128, 128], [81, 99, 181, 242, 176, 190, 249, 202, 255, 255, 128]], [[1, 129, 232, 253, 214, 197, 242, 196, 255, 255, 128], [99, 121, 210, 250, 201, 198, 255, 202, 128, 128, 128], [23, 91, 163, 242, 170, 187, 247, 210, 255, 255, 128]], [[1, 200, 246, 255, 234, 255, 128, 128, 128, 128, 128], [109, 178, 241, 255, 231, 245, 255, 255, 128, 128, 128], [44, 130, 201, 253, 205, 192, 255, 255, 128, 128, 128]], [[1, 132, 239, 251, 219, 209, 255, 165, 128, 128, 128], [94, 136, 225, 251, 218, 190, 255, 255, 128, 128, 128], [22, 100, 174, 245, 186, 161, 255, 199, 128, 128, 128]], [[1, 182, 249, 255, 232, 235, 128, 128, 128, 128, 128], [124, 143, 241, 255, 227, 234, 128, 128, 128, 128, 128], [35, 77, 181, 251, 193, 211, 255, 205, 128, 128, 128]], [[1, 157, 247, 255, 236, 231, 255, 255, 128, 128, 128], [121, 141, 235, 255, 225, 227, 255, 255, 128, 128, 128], [45, 99, 188, 251, 195, 217, 255, 224, 128, 128, 128]], [[1, 1, 251, 255, 213, 255, 128, 128, 128, 128, 128], [203, 1, 248, 255, 255, 128, 128, 128, 128, 128, 128], [137, 1, 177, 255, 224, 255, 128, 128, 128, 128, 128]]], [[[253, 9, 248, 251, 207, 208, 255, 192, 128, 128, 128], [175, 13, 224, 243, 193, 185, 249, 198, 255, 255, 128], [73, 17, 171, 221, 161, 179, 236, 167, 255, 234, 128]], [[1, 95, 247, 253, 212, 183, 255, 255, 128, 128, 128], [239, 90, 244, 250, 211, 209, 255, 255, 128, 128, 128], [155, 77, 195, 248, 188, 195, 255, 255, 128, 128, 128]], [[1, 24, 239, 251, 218, 219, 255, 205, 128, 128, 128], [201, 51, 219, 255, 196, 186, 128, 128, 128, 128, 128], [69, 46, 190, 239, 201, 218, 255, 228, 128, 128, 128]], [[1, 191, 251, 255, 255, 128, 128, 128, 128, 128, 128], [223, 165, 249, 255, 213, 255, 128, 128, 128, 128, 128], [141, 124, 248, 255, 255, 128, 128, 128, 128, 128, 128]], [[1, 16, 248, 255, 255, 128, 128, 128, 128, 128, 128], [190, 36, 230, 255, 236, 255, 128, 128, 128, 128, 128], [149, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128]], [[1, 226, 255, 128, 128, 128, 128, 128, 128, 128, 128], [247, 192, 255, 128, 128, 128, 128, 128, 128, 128, 128], [240, 128, 255, 128, 128, 128, 128, 128, 128, 128, 128]], [[1, 134, 252, 255, 255, 128, 128, 128, 128, 128, 128], [213, 62, 250, 255, 255, 128, 128, 128, 128, 128, 128], [55, 93, 255, 128, 128, 128, 128, 128, 128, 128, 128]], [[128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128]]], [[[202, 24, 213, 235, 186, 191, 220, 160, 240, 175, 255], [126, 38, 182, 232, 169, 184, 228, 174, 255, 187, 128], [61, 46, 138, 219, 151, 178, 240, 170, 255, 216, 128]], [[1, 112, 230, 250, 199, 191, 247, 159, 255, 255, 128], [166, 109, 228, 252, 211, 215, 255, 174, 128, 128, 128], [39, 77, 162, 232, 172, 180, 245, 178, 255, 255, 128]], [[1, 52, 220, 246, 198, 199, 249, 220, 255, 255, 128], [124, 74, 191, 243, 183, 193, 250, 221, 255, 255, 128], [24, 71, 130, 219, 154, 170, 243, 182, 255, 255, 128]], [[1, 182, 225, 249, 219, 240, 255, 224, 128, 128, 128], [149, 150, 226, 252, 216, 205, 255, 171, 128, 128, 128], [28, 108, 170, 242, 183, 194, 254, 223, 255, 255, 128]], [[1, 81, 230, 252, 204, 203, 255, 192, 128, 128, 128], [123, 102, 209, 247, 188, 196, 255, 233, 128, 128, 128], [20, 95, 153, 243, 164, 173, 255, 203, 128, 128, 128]], [[1, 222, 248, 255, 216, 213, 128, 128, 128, 128, 128], [168, 175, 246, 252, 235, 205, 255, 255, 128, 128, 128], [47, 116, 215, 255, 211, 212, 255, 255, 128, 128, 128]], [[1, 121, 236, 253, 212, 214, 255, 255, 128, 128, 128], [141, 84, 213, 252, 201, 202, 255, 219, 128, 128, 128], [42, 80, 160, 240, 162, 185, 255, 205, 128, 128, 128]], [[1, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [244, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [238, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128]]]], + Ke = [[[231, 120, 48, 89, 115, 113, 120, 152, 112], [152, 179, 64, 126, 170, 118, 46, 70, 95], [175, 69, 143, 80, 85, 82, 72, 155, 103], [56, 58, 10, 171, 218, 189, 17, 13, 152], [114, 26, 17, 163, 44, 195, 21, 10, 173], [121, 24, 80, 195, 26, 62, 44, 64, 85], [144, 71, 10, 38, 171, 213, 144, 34, 26], [170, 46, 55, 19, 136, 160, 33, 206, 71], [63, 20, 8, 114, 114, 208, 12, 9, 226], [81, 40, 11, 96, 182, 84, 29, 16, 36]], [[134, 183, 89, 137, 98, 101, 106, 165, 148], [72, 187, 100, 130, 157, 111, 32, 75, 80], [66, 102, 167, 99, 74, 62, 40, 234, 128], [41, 53, 9, 178, 241, 141, 26, 8, 107], [74, 43, 26, 146, 73, 166, 49, 23, 157], [65, 38, 105, 160, 51, 52, 31, 115, 128], [104, 79, 12, 27, 217, 255, 87, 17, 7], [87, 68, 71, 44, 114, 51, 15, 186, 23], [47, 41, 14, 110, 182, 183, 21, 17, 194], [66, 45, 25, 102, 197, 189, 23, 18, 22]], [[88, 88, 147, 150, 42, 46, 45, 196, 205], [43, 97, 183, 117, 85, 38, 35, 179, 61], [39, 53, 200, 87, 26, 21, 43, 232, 171], [56, 34, 51, 104, 114, 102, 29, 93, 77], [39, 28, 85, 171, 58, 165, 90, 98, 64], [34, 22, 116, 206, 23, 34, 43, 166, 73], [107, 54, 32, 26, 51, 1, 81, 43, 31], [68, 25, 106, 22, 64, 171, 36, 225, 114], [34, 19, 21, 102, 132, 188, 16, 76, 124], [62, 18, 78, 95, 85, 57, 50, 48, 51]], [[193, 101, 35, 159, 215, 111, 89, 46, 111], [60, 148, 31, 172, 219, 228, 21, 18, 111], [112, 113, 77, 85, 179, 255, 38, 120, 114], [40, 42, 1, 196, 245, 209, 10, 25, 109], [88, 43, 29, 140, 166, 213, 37, 43, 154], [61, 63, 30, 155, 67, 45, 68, 1, 209], [100, 80, 8, 43, 154, 1, 51, 26, 71], [142, 78, 78, 16, 255, 128, 34, 197, 171], [41, 40, 5, 102, 211, 183, 4, 1, 221], [51, 50, 17, 168, 209, 192, 23, 25, 82]], [[138, 31, 36, 171, 27, 166, 38, 44, 229], [67, 87, 58, 169, 82, 115, 26, 59, 179], [63, 59, 90, 180, 59, 166, 93, 73, 154], [40, 40, 21, 116, 143, 209, 34, 39, 175], [47, 15, 16, 183, 34, 223, 49, 45, 183], [46, 17, 33, 183, 6, 98, 15, 32, 183], [57, 46, 22, 24, 128, 1, 54, 17, 37], [65, 32, 73, 115, 28, 128, 23, 128, 205], [40, 3, 9, 115, 51, 192, 18, 6, 223], [87, 37, 9, 115, 59, 77, 64, 21, 47]], [[104, 55, 44, 218, 9, 54, 53, 130, 226], [64, 90, 70, 205, 40, 41, 23, 26, 57], [54, 57, 112, 184, 5, 41, 38, 166, 213], [30, 34, 26, 133, 152, 116, 10, 32, 134], [39, 19, 53, 221, 26, 114, 32, 73, 255], [31, 9, 65, 234, 2, 15, 1, 118, 73], [75, 32, 12, 51, 192, 255, 160, 43, 51], [88, 31, 35, 67, 102, 85, 55, 186, 85], [56, 21, 23, 111, 59, 205, 45, 37, 192], [55, 38, 70, 124, 73, 102, 1, 34, 98]], [[125, 98, 42, 88, 104, 85, 117, 175, 82], [95, 84, 53, 89, 128, 100, 113, 101, 45], [75, 79, 123, 47, 51, 128, 81, 171, 1], [57, 17, 5, 71, 102, 57, 53, 41, 49], [38, 33, 13, 121, 57, 73, 26, 1, 85], [41, 10, 67, 138, 77, 110, 90, 47, 114], [115, 21, 2, 10, 102, 255, 166, 23, 6], [101, 29, 16, 10, 85, 128, 101, 196, 26], [57, 18, 10, 102, 102, 213, 34, 20, 43], [117, 20, 15, 36, 163, 128, 68, 1, 26]], [[102, 61, 71, 37, 34, 53, 31, 243, 192], [69, 60, 71, 38, 73, 119, 28, 222, 37], [68, 45, 128, 34, 1, 47, 11, 245, 171], [62, 17, 19, 70, 146, 85, 55, 62, 70], [37, 43, 37, 154, 100, 163, 85, 160, 1], [63, 9, 92, 136, 28, 64, 32, 201, 85], [75, 15, 9, 9, 64, 255, 184, 119, 16], [86, 6, 28, 5, 64, 255, 25, 248, 1], [56, 8, 17, 132, 137, 255, 55, 116, 128], [58, 15, 20, 82, 135, 57, 26, 121, 40]], [[164, 50, 31, 137, 154, 133, 25, 35, 218], [51, 103, 44, 131, 131, 123, 31, 6, 158], [86, 40, 64, 135, 148, 224, 45, 183, 128], [22, 26, 17, 131, 240, 154, 14, 1, 209], [45, 16, 21, 91, 64, 222, 7, 1, 197], [56, 21, 39, 155, 60, 138, 23, 102, 213], [83, 12, 13, 54, 192, 255, 68, 47, 28], [85, 26, 85, 85, 128, 128, 32, 146, 171], [18, 11, 7, 63, 144, 171, 4, 4, 246], [35, 27, 10, 146, 174, 171, 12, 26, 128]], [[190, 80, 35, 99, 180, 80, 126, 54, 45], [85, 126, 47, 87, 176, 51, 41, 20, 32], [101, 75, 128, 139, 118, 146, 116, 128, 85], [56, 41, 15, 176, 236, 85, 37, 9, 62], [71, 30, 17, 119, 118, 255, 17, 18, 138], [101, 38, 60, 138, 55, 70, 43, 26, 142], [146, 36, 19, 30, 171, 255, 97, 27, 20], [138, 45, 61, 62, 219, 1, 81, 188, 64], [32, 41, 20, 117, 151, 142, 20, 21, 163], [112, 19, 12, 61, 195, 128, 48, 4, 24]]], + Ee = [[[[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[176, 246, 255, 255, 255, 255, 255, 255, 255, 255, 255], [223, 241, 252, 255, 255, 255, 255, 255, 255, 255, 255], [249, 253, 253, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 244, 252, 255, 255, 255, 255, 255, 255, 255, 255], [234, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [253, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 246, 254, 255, 255, 255, 255, 255, 255, 255, 255], [239, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 248, 254, 255, 255, 255, 255, 255, 255, 255, 255], [251, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [251, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 253, 255, 254, 255, 255, 255, 255, 255, 255], [250, 255, 254, 255, 254, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]], [[[217, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [225, 252, 241, 253, 255, 255, 254, 255, 255, 255, 255], [234, 250, 241, 250, 253, 255, 253, 254, 255, 255, 255]], [[255, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [223, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [238, 253, 254, 254, 255, 255, 255, 255, 255, 255, 255]], [[255, 248, 254, 255, 255, 255, 255, 255, 255, 255, 255], [249, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 255, 255, 255, 255, 255, 255, 255, 255, 255], [247, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [252, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [253, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 253, 255, 255, 255, 255, 255, 255, 255, 255], [250, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]], [[[186, 251, 250, 255, 255, 255, 255, 255, 255, 255, 255], [234, 251, 244, 254, 255, 255, 255, 255, 255, 255, 255], [251, 251, 243, 253, 254, 255, 254, 255, 255, 255, 255]], [[255, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [236, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [251, 253, 253, 254, 254, 255, 255, 255, 255, 255, 255]], [[255, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [254, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]], [[[248, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [250, 254, 252, 254, 255, 255, 255, 255, 255, 255, 255], [248, 254, 249, 253, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 253, 255, 255, 255, 255, 255, 255, 255, 255], [246, 253, 253, 255, 255, 255, 255, 255, 255, 255, 255], [252, 254, 251, 254, 254, 255, 255, 255, 255, 255, 255]], [[255, 254, 252, 255, 255, 255, 255, 255, 255, 255, 255], [248, 254, 253, 255, 255, 255, 255, 255, 255, 255, 255], [253, 255, 254, 254, 255, 255, 255, 255, 255, 255, 255]], [[255, 251, 254, 255, 255, 255, 255, 255, 255, 255, 255], [245, 251, 254, 255, 255, 255, 255, 255, 255, 255, 255], [253, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 251, 253, 255, 255, 255, 255, 255, 255, 255, 255], [252, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 252, 255, 255, 255, 255, 255, 255, 255, 255, 255], [249, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 253, 255, 255, 255, 255, 255, 255, 255, 255], [250, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]]], + Ge = [0, 1, 2, 3, 6, 4, 5, 6, 6, 6, 6, 6, 6, 6, 6, 7, 0], + Nc, + Y = [], + W = [], + ka = [], + Za, + fd, + Nb, + pa, + Ob, + Xc, + Tc, + Yc, + Uc, + Zc, + Vc, + $c, + Wc, + Rc, + Pc, + Sc, + Qc, + re = 1, + Cc = 2, + ia = [], + za, + vc, + fc, + Fc, + P = []; + va("UpsampleRgbLinePair", Ga, 3); + va("UpsampleBgrLinePair", Tb, 3); + va("UpsampleRgbaLinePair", wd, 4); + va("UpsampleBgraLinePair", vd, 4); + va("UpsampleArgbLinePair", ud, 4); + va("UpsampleRgba4444LinePair", td, 2); + va("UpsampleRgb565LinePair", sd, 2); + var Mf = UpsampleRgbLinePair, + Nf = UpsampleBgrLinePair, + nd = UpsampleRgbaLinePair, + od = UpsampleBgraLinePair, + pd = UpsampleArgbLinePair, + qd = UpsampleRgba4444LinePair, + Of = UpsampleRgb565LinePair, + Wa = 16, + Ba = 1 << Wa - 1, + ta = -227, + Eb = 482, + rd = 6, + Pf = (256 << rd) - 1, + jc = 0, + Yd = V(256), + ae = V(256), + $d = V(256), + Zd = V(256), + be = V(Eb - ta), + ce = V(Eb - ta); + la("YuvToRgbRow", Ga, 3); + la("YuvToBgrRow", Tb, 3); + la("YuvToRgbaRow", wd, 4); + la("YuvToBgraRow", vd, 4); + la("YuvToArgbRow", ud, 4); + la("YuvToRgba4444Row", td, 2); + la("YuvToRgb565Row", sd, 2); + var zd = [0, 4, 8, 12, 128, 132, 136, 140, 256, 260, 264, 268, 384, 388, 392, 396], + Ya = [0, 2, 8], + Qf = [8, 7, 6, 4, 4, 2, 2, 2, 1, 1, 1, 1], + Ne = 1; + + this.WebPDecodeRGBA = function (a, b, c, d, e) { + var f = Ua; + var g = new Cf(), + h = new Cb(); + g.ba = h; + h.S = f; + h.width = [h.width]; + h.height = [h.height]; + var k = h.width; + var l = h.height, + m = new Td(); + if (null == m || null == a) { var n = 2; }else { x(null != m), n = Ad(a, b, c, m.width, m.height, m.Pd, m.Qd, m.format, null); } + 0 != n ? k = 0 : (null != k && (k[0] = m.width[0]), null != l && (l[0] = m.height[0]), k = 1); + + if (k) { + h.width = h.width[0]; + h.height = h.height[0]; + null != d && (d[0] = h.width); + null != e && (e[0] = h.height); + + b: { + d = new Oa(); + e = new md(); + e.data = a; + e.w = b; + e.ha = c; + e.kd = 1; + b = [0]; + x(null != e); + a = Ad(e.data, e.w, e.ha, null, null, null, b, null, e); + (0 == a || 7 == a) && b[0] && (a = 4); + b = a; + + if (0 == b) { + x(null != g); + d.data = e.data; + d.w = e.w + e.offset; + d.ha = e.ha - e.offset; + d.put = kc; + d.ac = gc; + d.bc = lc; + d.ma = g; + + if (e.xa) { + a = Bc(); + + if (null == a) { + g = 1; + break b; + } + + if (te(a, d)) { + b = Cd(d.width, d.height, g.Oa, g.ba); + + if (d = 0 == b) { + c: { + d = a; + + d: for (;;) { + if (null == d) { + d = 0; + break c; + } + + x(null != d.s.yc); + x(null != d.s.Ya); + x(0 < d.s.Wb); + c = d.l; + x(null != c); + e = c.ma; + x(null != e); + + if (0 != d.xb) { + d.ca = e.ba; + d.tb = e.tb; + x(null != d.ca); + + if (!hc(e.Oa, c, Va)) { + d.a = 2; + break d; + } + + if (!Ec(d, c.width)) { break d; } + if (c.da) { break d; } + (c.da || hb(d.ca.S)) && Aa(); + 11 > d.ca.S || (alert("todo:WebPInitConvertARGBToYUV"), null != d.ca.f.kb.F && Aa()); + + if (d.Pb && 0 < d.s.ua && null == d.s.vb.X && !Zb(d.s.vb, d.s.Wa.Xa)) { + d.a = 1; + break d; + } + + d.xb = 0; + } + + if (!Jb(d, d.V, d.Ba, d.c, d.i, c.o, ge)) { break d; } + e.Dc = d.Ma; + d = 1; + break c; + } + + x(0 != d.a); + d = 0; + } -BmpDecoder.prototype.bit4 = function () { - var xlen = Math.ceil(this.width / 2); - var mode = xlen % 4; + d = !d; + } - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; + d && (b = a.a); + } else { b = a.a; } + } else { + a = new Ce(); - for (var x = 0; x < xlen; x++) { - var b = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 2 * 4; - var before = b >> 4; - var after = b & 0x0F; - var rgb = this.palette[before]; - this.data[location] = rgb.blue; - this.data[location + 1] = rgb.green; - this.data[location + 2] = rgb.red; - this.data[location + 3] = 0xFF; - if (x * 2 + 1 >= this.width) break; - rgb = this.palette[after]; - this.data[location + 4] = rgb.blue; - this.data[location + 4 + 1] = rgb.green; - this.data[location + 4 + 2] = rgb.red; - this.data[location + 4 + 3] = 0xFF; - } + if (null == a) { + g = 1; + break b; + } - if (mode != 0) { - this.pos += 4 - mode; - } - } -}; + a.Fa = e.na; + a.P = e.P; + a.qc = e.Sa; -BmpDecoder.prototype.bit8 = function () { - var mode = this.width % 4; + if (Kc(a, d)) { + if (b = Cd(d.width, d.height, g.Oa, g.ba), 0 == b) { + a.Aa = 0; + c = g.Oa; + e = a; + x(null != e); - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; + if (null != c) { + k = c.Md; + k = 0 > k ? 0 : 100 < k ? 255 : 255 * k / 100; - for (var x = 0; x < this.width; x++) { - var b = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 4; + if (0 < k) { + for (l = m = 0; 4 > l; ++l) { + n = e.pb[l], 12 > n.lc && (n.ia = k * Qf[0 > n.lc ? 0 : n.lc] >> 3), m |= n.ia; + } - if (b < this.palette.length) { - var rgb = this.palette[b]; - this.data[location] = rgb.red; - this.data[location + 1] = rgb.green; - this.data[location + 2] = rgb.blue; - this.data[location + 3] = 0xFF; - } else { - this.data[location] = 0xFF; - this.data[location + 1] = 0xFF; - this.data[location + 2] = 0xFF; - this.data[location + 3] = 0xFF; - } - } + m && (alert("todo:VP8InitRandom"), e.ia = 1); + } - if (mode != 0) { - this.pos += 4 - mode; - } - } -}; + e.Ga = c.Id; + 100 < e.Ga ? e.Ga = 100 : 0 > e.Ga && (e.Ga = 0); + } -BmpDecoder.prototype.bit15 = function () { - var dif_w = this.width % 3; + Me(a, d) || (b = a.a); + } + } else { b = a.a; } + } - var _11111 = parseInt("11111", 2), - _1_5 = _11111; + 0 == b && null != g.Oa && g.Oa.fd && (b = Bd(g.ba)); + } - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; + g = b; + } - for (var x = 0; x < this.width; x++) { - var B = this.datav.getUint16(this.pos, true); - this.pos += 2; - var blue = (B & _1_5) / _1_5 * 255 | 0; - var green = (B >> 5 & _1_5) / _1_5 * 255 | 0; - var red = (B >> 10 & _1_5) / _1_5 * 255 | 0; - var alpha = B >> 15 ? 0xFF : 0x00; - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = alpha; - } //skip extra bytes + f = 0 != g ? null : 11 > f ? h.f.RGBA.eb : h.f.kb.y; + } else { f = null; } + return f; + }; - this.pos += dif_w; - } -}; + var Dd = [3, 4, 3, 4, 4, 2, 2, 4, 4, 4, 2, 1, 1]; + }; -BmpDecoder.prototype.bit16 = function () { - var dif_w = this.width % 3; + new WebPDecoder(); + /*Copyright (c) 2017 Dominik Homberger + + + + https://webpjs.appspot.com + WebPRiffParser dominikhlbg@gmail.com + */ - var _11111 = parseInt("11111", 2), - _1_5 = _11111; + function memcmp(data, data_off, str, size) { + for (var i = 0; i < size; i++) { + if (data[data_off + i] != str.charCodeAt(i)) { return true; } + } - var _111111 = parseInt("111111", 2), - _1_6 = _111111; + return false; + } - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; + function GetTag(data, data_off) { + var str = ''; - for (var x = 0; x < this.width; x++) { - var B = this.datav.getUint16(this.pos, true); - this.pos += 2; - var alpha = 0xFF; - var blue = (B & _1_5) / _1_5 * 255 | 0; - var green = (B >> 5 & _1_6) / _1_6 * 255 | 0; - var red = (B >> 11) / _1_5 * 255 | 0; - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = alpha; - } //skip extra bytes + for (var i = 0; i < 4; i++) { + str += String.fromCharCode(data[data_off++]); + } + return str; + } - this.pos += dif_w; + function GetLE16(data, data_off) { + return data[data_off + 0] << 0 | data[data_off + 1] << 8; } -}; -BmpDecoder.prototype.bit24 = function () { - //when height > 0 - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; + function GetLE24(data, data_off) { + return (data[data_off + 0] << 0 | data[data_off + 1] << 8 | data[data_off + 2] << 16) >>> 0; + } - for (var x = 0; x < this.width; x++) { - var blue = this.datav.getUint8(this.pos++, true); - var green = this.datav.getUint8(this.pos++, true); - var red = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = 0xFF; - } //skip extra bytes + function GetLE32(data, data_off) { + return (data[data_off + 0] << 0 | data[data_off + 1] << 8 | data[data_off + 2] << 16 | data[data_off + 3] << 24) >>> 0; + } + function WebPRiffParser(src, src_off) { + var imagearray = {}; + var i = 0; + var alpha_chunk = false; + var alpha_size = 0; + var alpha_offset = 0; + imagearray['frames'] = []; + if (memcmp(src, src_off, 'RIFF', 4)) { return; } + src_off += 4; + var riff_size = GetLE32(src, src_off) + 8; + src_off += 8; + + while (src_off < src.length) { + var fourcc = GetTag(src, src_off); + src_off += 4; + var payload_size = GetLE32(src, src_off); + src_off += 4; + var payload_size_padded = payload_size + (payload_size & 1); + + switch (fourcc) { + case "VP8 ": + case "VP8L": + if (typeof imagearray['frames'][i] === 'undefined') { imagearray['frames'][i] = {}; } + var obj = imagearray['frames'][i]; + var height = [0]; + var width = [0]; + obj['src_off'] = alpha_chunk ? alpha_offset : src_off - 8; + obj['src_size'] = alpha_size + payload_size + 8; //var rgba = webpdecoder.WebPDecodeRGBA(src,(alpha_chunk?alpha_offset:src_off-8),alpha_size+payload_size+8,width,height); + //imagearray[i]={'rgba':rgba,'width':width[0],'height':height[0]}; + + i++; + + if (alpha_chunk) { + alpha_chunk = false; + alpha_size = 0; + alpha_offset = 0; + } - this.pos += this.width % 4; - } -}; -/** - * add 32bit decode func - * @author soubok - */ + break; + case "VP8X": + var obj = imagearray['header'] = {}; + var feature_flags = obj['feature_flags'] = src[src_off]; + var src_off_ = src_off + 4; + var canvas_width = obj['canvas_width'] = 1 + GetLE24(src, src_off_); + src_off_ += 3; + var canvas_height = obj['canvas_height'] = 1 + GetLE24(src, src_off_); + src_off_ += 3; + break; -BmpDecoder.prototype.bit32 = function () { - //when height > 0 - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; + case "ALPH": + alpha_chunk = true; + alpha_size = payload_size_padded + 8; + alpha_offset = src_off - 8; + break; - for (var x = 0; x < this.width; x++) { - var blue = this.datav.getUint8(this.pos++, true); - var green = this.datav.getUint8(this.pos++, true); - var red = this.datav.getUint8(this.pos++, true); - var alpha = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = alpha; - } //skip extra bytes - //this.pos += (this.width % 4); + case "ANIM": + var obj = imagearray['header']; + var bgcolor = obj['bgcolor'] = GetLE32(src, src_off); + src_off_ = src_off + 4; + var loop_count = obj['loop_count'] = GetLE16(src, src_off_); + src_off_ += 2; + break; - } -}; + case "ANMF": + var offset_x = 0, + offset_y = 0, + width = 0, + height = 0, + duration = 0, + blend = 0, + dispose = 0, + temp = 0; + var obj = imagearray['frames'][i] = {}; + obj['offset_x'] = offset_x = 2 * GetLE24(src, src_off); + src_off += 3; + obj['offset_y'] = offset_y = 2 * GetLE24(src, src_off); + src_off += 3; + obj['width'] = width = 1 + GetLE24(src, src_off); + src_off += 3; + obj['height'] = height = 1 + GetLE24(src, src_off); + src_off += 3; + obj['duration'] = duration = GetLE24(src, src_off); + src_off += 3; + temp = src[src_off++]; + obj['dispose'] = dispose = temp & 1; + obj['blend'] = blend = temp >> 1 & 1; + break; -BmpDecoder.prototype.getData = function () { - return this.data; -}; -/*rollup-keeper-start*/ + default: + } + if (fourcc != "ANMF") { src_off += payload_size_padded; } + } -window.tmp = BmpDecoder; -/*rollup-keeper-end*/ + return imagearray; + } -/* - Copyright (c) 2013 Gildas Lormeau. All rights reserved. + var height = [0]; + var width = [0]; + var pixels = []; + var webpdecoder = new WebPDecoder(); + var response = imageData; + var imagearray = WebPRiffParser(response, 0); + imagearray['response'] = response; + imagearray['rgbaoutput'] = true; + imagearray['dataurl'] = false; + var header = imagearray['header'] ? imagearray['header'] : null; + var frames = imagearray['frames'] ? imagearray['frames'] : null; + + if (header) { + header['loop_counter'] = header['loop_count']; + height = header['canvas_height']; + width = header['canvas_width']; + + for (var f = 0; f < frames.length; f++) { + if (frames[f]['blend'] == 0) { + break; + } + } + } - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions are met: + var frame = frames[0]; + var rgba = webpdecoder.WebPDecodeRGBA(response, frame['src_off'], frame['src_size'], width, height); + frame['rgba'] = rgba; + frame['imgwidth'] = width[0]; + frame['imgheight'] = height[0]; - 1. Redistributions of source code must retain the above copyright notice, - this list of conditions and the following disclaimer. + for (var i = 0; i < width[0] * height[0] * 4; i++) { + pixels[i] = rgba[i]; + } - 2. Redistributions in binary form must reproduce the above copyright - notice, this list of conditions and the following disclaimer in - the documentation and/or other materials provided with the distribution. + this.width = width; + this.height = height; + this.data = pixels; + return this; +} - 3. The names of the authors may not be used to endorse or promote products - derived from this software without specific prior written permission. +WebPDecoder.prototype.getData = function () { + return this.data; +}; - THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED WARRANTIES, - INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND - FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL JCRAFT, - INC. OR ANY CONTRIBUTORS TO THIS SOFTWARE BE LIABLE FOR ANY DIRECT, INDIRECT, - INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT - LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, - OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF - LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, - EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. +try { + exports.WebPDecoder = WebPDecoder; +} catch (e) {} // CommonJS. + +/* + Copyright (c) 2013 Gildas Lormeau. All rights reserved. + + Redistribution and use in source and binary forms, with or without + modification, are permitted provided that the following conditions are met: + + 1. Redistributions of source code must retain the above copyright notice, + this list of conditions and the following disclaimer. + + 2. Redistributions in binary form must reproduce the above copyright + notice, this list of conditions and the following disclaimer in + the documentation and/or other materials provided with the distribution. + + 3. The names of the authors may not be used to endorse or promote products + derived from this software without specific prior written permission. + + THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED WARRANTIES, + INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND + FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL JCRAFT, + INC. OR ANY CONTRIBUTORS TO THIS SOFTWARE BE LIABLE FOR ANY DIRECT, INDIRECT, + INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT + LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, + OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF + LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING + NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, + EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. */ -/* - * This program is based on JZlib 1.0.2 ymnk, JCraft,Inc. - * JZlib is based on zlib-1.1.3, so all credit should go authors - * Jean-loup Gailly(jloup@gzip.org) and Mark Adler(madler@alumni.caltech.edu) - * and contributors of zlib. +/* + * This program is based on JZlib 1.0.2 ymnk, JCraft,Inc. + * JZlib is based on zlib-1.1.3, so all credit should go authors + * Jean-loup Gailly(jloup@gzip.org) and Mark Adler(madler@alumni.caltech.edu) + * and contributors of zlib. */ (function (global) { @@ -17283,17 +22984,17 @@ window.tmp = BmpDecoder; tree[n * 2 + 1] = bits; // We overwrite tree[n*2+1] which is no longer needed - if (n > that.max_code) continue; // not a leaf node + if (n > that.max_code) { continue; } // not a leaf node s.bl_count[bits]++; xbits = 0; - if (n >= base) xbits = extra[n - base]; + if (n >= base) { xbits = extra[n - base]; } f = tree[n * 2]; s.opt_len += f * (bits + xbits); - if (stree) s.static_len += f * (stree[n * 2 + 1] + xbits); + if (stree) { s.static_len += f * (stree[n * 2 + 1] + xbits); } } - if (overflow === 0) return; // This happens for example on obj2 and pic of the Calgary corpus + if (overflow === 0) { return; } // This happens for example on obj2 and pic of the Calgary corpus // Find the first bit length which could increase: do { @@ -17318,9 +23019,9 @@ window.tmp = BmpDecoder; while (n !== 0) { m = s.heap[--h]; - if (m > that.max_code) continue; + if (m > that.max_code) { continue; } - if (tree[m * 2 + 1] != bits) { + if (tree[m * 2 + 1] !== bits) { s.opt_len += (bits - tree[m * 2 + 1]) * tree[m * 2]; tree[m * 2 + 1] = bits; } @@ -17374,14 +23075,14 @@ window.tmp = BmpDecoder; next_code[bits] = code = code + bl_count[bits - 1] << 1; } // Check that the bit counts in bl_count are consistent. The last code // must be all ones. - // Assert (code + bl_count[MAX_BITS]-1 == (1<= 3; max_blindex--) { - if (bl_tree[Tree.bl_order[max_blindex] * 2 + 1] !== 0) break; + if (bl_tree[Tree.bl_order[max_blindex] * 2 + 1] !== 0) { break; } } // Update opt_len to include the bit length tree and counts @@ -17944,14 +23645,14 @@ window.tmp = BmpDecoder; curlen = nextlen; nextlen = tree[(n + 1) * 2 + 1]; - if (++count < max_count && curlen == nextlen) { + if (++count < max_count && curlen === nextlen) { continue; } else if (count < min_count) { do { send_code(curlen, bl_tree); } while (--count !== 0); } else if (curlen !== 0) { - if (curlen != prevlen) { + if (curlen !== prevlen) { send_code(curlen, bl_tree); count--; } @@ -17972,7 +23673,7 @@ window.tmp = BmpDecoder; if (nextlen === 0) { max_count = 138; min_count = 3; - } else if (curlen == nextlen) { + } else if (curlen === nextlen) { max_count = 6; min_count = 3; } else { @@ -18004,7 +23705,7 @@ window.tmp = BmpDecoder; function bi_flush() { - if (bi_valid == 16) { + if (bi_valid === 16) { put_short(bi_buf); bi_buf = 0; bi_valid = 0; @@ -18074,10 +23775,10 @@ window.tmp = BmpDecoder; } out_length >>>= 3; - if (matches < Math.floor(last_lit / 2) && out_length < Math.floor(in_length / 2)) return true; + if (matches < Math.floor(last_lit / 2) && out_length < Math.floor(in_length / 2)) { return true; } } - return last_lit == lit_bufsize - 1; // We avoid equality with lit_bufsize because of wraparound at 64K + return last_lit === lit_bufsize - 1; // We avoid equality with lit_bufsize because of wraparound at 64K // on 16 bit machines and because stored blocks are restricted to // 64K-1 bytes. } // Send the block data compressed using the given Huffman trees @@ -18204,21 +23905,21 @@ window.tmp = BmpDecoder; opt_lenb = that.opt_len + 3 + 7 >>> 3; static_lenb = that.static_len + 3 + 7 >>> 3; - if (static_lenb <= opt_lenb) opt_lenb = static_lenb; + if (static_lenb <= opt_lenb) { opt_lenb = static_lenb; } } else { opt_lenb = static_lenb = stored_len + 5; // force a stored block } - if (stored_len + 4 <= opt_lenb && buf != -1) { + if (stored_len + 4 <= opt_lenb && buf !== -1) { // 4: two words for the lengths - // The test buf != NULL is only necessary if LIT_BUFSIZE > WSIZE. + // The test buf !== NULL is only necessary if LIT_BUFSIZE > WSIZE. // Otherwise we can't have processed more than WSIZE input bytes // since // the last block flush, because compression would have been // successful. If LIT_BUFSIZE <= WSIZE, it is never too late to // transform a block into a stored block. _tr_stored_block(buf, stored_len, eof); - } else if (static_lenb == opt_lenb) { + } else if (static_lenb === opt_lenb) { send_bits((STATIC_TREES << 1) + (eof ? 1 : 0), 3); compress_block(StaticTree.static_ltree, StaticTree.static_dtree); } else { @@ -18261,10 +23962,10 @@ window.tmp = BmpDecoder; if (more === 0 && strstart === 0 && lookahead === 0) { more = w_size; - } else if (more == -1) { + } else if (more === -1) { // Very unlikely, but possible on 16 bit machine if strstart == // 0 - // and lookahead == 1 (input done one byte at time) + // and lookahead === 1 (input done one byte at time) more--; // If the window is almost full and there is insufficient // lookahead, // move the upper half to the lower one to make room in the @@ -18302,15 +24003,15 @@ window.tmp = BmpDecoder; more += w_size; } - if (strm.avail_in === 0) return; // If there was no sliding: + if (strm.avail_in === 0) { return; } // If there was no sliding: // strstart <= WSIZE+MAX_DIST-1 && lookahead <= MIN_LOOKAHEAD - 1 && - // more == window_size - lookahead - strstart + // more === window_size - lookahead - strstart // => more >= window_size - (MIN_LOOKAHEAD-1 + WSIZE + MAX_DIST-1) // => more >= window_size - 2*WSIZE + 2 // In the BIG_MEM or MMAP case (not yet supported), - // window_size == input_size + MIN_LOOKAHEAD && + // window_size === input_size + MIN_LOOKAHEAD && // strstart + s->lookahead <= input_size => more >= MIN_LOOKAHEAD. - // Otherwise, window_size == 2*WSIZE so more >= 2. + // Otherwise, window_size === 2*WSIZE so more >= 2. // If there was sliding, more >= WSIZE. So in all cases, more >= 2. n = strm.read_buf(window, strstart + lookahead, more); @@ -18350,8 +24051,8 @@ window.tmp = BmpDecoder; // Fill the window as much as possible: if (lookahead <= 1) { fill_window(); - if (lookahead === 0 && flush == Z_NO_FLUSH) return NeedMore; - if (lookahead === 0) break; // flush the current block + if (lookahead === 0 && flush === Z_NO_FLUSH) { return NeedMore; } + if (lookahead === 0) { break; } // flush the current block } strstart += lookahead; @@ -18364,20 +24065,20 @@ window.tmp = BmpDecoder; lookahead = strstart - max_start; strstart = max_start; flush_block_only(false); - if (strm.avail_out === 0) return NeedMore; + if (strm.avail_out === 0) { return NeedMore; } } // Flush if we may have to slide, otherwise block_start may become // negative and the data will be gone: if (strstart - block_start >= w_size - MIN_LOOKAHEAD) { flush_block_only(false); - if (strm.avail_out === 0) return NeedMore; + if (strm.avail_out === 0) { return NeedMore; } } } - flush_block_only(flush == Z_FINISH); - if (strm.avail_out === 0) return flush == Z_FINISH ? FinishStarted : NeedMore; - return flush == Z_FINISH ? FinishDone : BlockDone; + flush_block_only(flush === Z_FINISH); + if (strm.avail_out === 0) { return flush === Z_FINISH ? FinishStarted : NeedMore; } + return flush === Z_FINISH ? FinishDone : BlockDone; } function longest_match(cur_match) { @@ -18410,13 +24111,13 @@ window.tmp = BmpDecoder; // to make deflate deterministic. - if (_nice_match > lookahead) _nice_match = lookahead; + if (_nice_match > lookahead) { _nice_match = lookahead; } do { match = cur_match; // Skip to next match if the match length cannot increase // or if the match length is less than 2: - if (window[match + best_len] != scan_end || window[match + best_len - 1] != scan_end1 || window[match] != window[scan] || window[++match] != window[scan + 1]) continue; // The check at best_len-1 can be removed because it will be made + if (window[match + best_len] !== scan_end || window[match + best_len - 1] !== scan_end1 || window[match] !== window[scan] || window[++match] !== window[scan + 1]) { continue; } // The check at best_len-1 can be removed because it will be made // again later. (This heuristic is not always a win.) // It is not necessary to compare scan[2] and match[2] since they // are always equal when the other bytes match, given that @@ -18426,7 +24127,7 @@ window.tmp = BmpDecoder; match++; // We check for insufficient lookahead only every 8th comparison; // the 256th check will be made at strstart+258. - do {} while (window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && scan < strend); + do {} while (window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && scan < strend); len = MAX_MATCH - (strend - scan); scan = strend - MAX_MATCH; @@ -18434,13 +24135,13 @@ window.tmp = BmpDecoder; if (len > best_len) { match_start = cur_match; best_len = len; - if (len >= _nice_match) break; + if (len >= _nice_match) { break; } scan_end1 = window[scan + best_len - 1]; scan_end = window[scan + best_len]; } } while ((cur_match = prev[cur_match & wmask] & 0xffff) > limit && --chain_length !== 0); - if (best_len <= lookahead) return best_len; + if (best_len <= lookahead) { return best_len; } return lookahead; } // Compress as much as possible from the input stream, return the current // block state. @@ -18463,11 +24164,11 @@ window.tmp = BmpDecoder; if (lookahead < MIN_LOOKAHEAD) { fill_window(); - if (lookahead < MIN_LOOKAHEAD && flush == Z_NO_FLUSH) { + if (lookahead < MIN_LOOKAHEAD && flush === Z_NO_FLUSH) { return NeedMore; } - if (lookahead === 0) break; // flush the current block + if (lookahead === 0) { break; } // flush the current block } // Insert the string window[strstart .. strstart+2] in the // dictionary, and set hash_head to the head of the hash chain: @@ -18486,7 +24187,7 @@ window.tmp = BmpDecoder; // To simplify the code, we prevent matches with the string // of window index 0 (in particular we have to avoid a match // of the string with itself at the start of the input file). - if (strategy != Z_HUFFMAN_ONLY) { + if (strategy !== Z_HUFFMAN_ONLY) { match_length = longest_match(hash_head); } // longest_match() sets match_start @@ -18529,17 +24230,17 @@ window.tmp = BmpDecoder; if (bflush) { flush_block_only(false); - if (strm.avail_out === 0) return NeedMore; + if (strm.avail_out === 0) { return NeedMore; } } } - flush_block_only(flush == Z_FINISH); + flush_block_only(flush === Z_FINISH); if (strm.avail_out === 0) { - if (flush == Z_FINISH) return FinishStarted;else return NeedMore; + if (flush === Z_FINISH) { return FinishStarted; }else { return NeedMore; } } - return flush == Z_FINISH ? FinishDone : BlockDone; + return flush === Z_FINISH ? FinishDone : BlockDone; } // Same as above, but achieves better compression. We use a lazy // evaluation for matches: a match is finally adopted only if there is // no better match at the next window position. @@ -18561,11 +24262,11 @@ window.tmp = BmpDecoder; if (lookahead < MIN_LOOKAHEAD) { fill_window(); - if (lookahead < MIN_LOOKAHEAD && flush == Z_NO_FLUSH) { + if (lookahead < MIN_LOOKAHEAD && flush === Z_NO_FLUSH) { return NeedMore; } - if (lookahead === 0) break; // flush the current block + if (lookahead === 0) { break; } // flush the current block } // Insert the string window[strstart .. strstart+2] in the // dictionary, and set hash_head to the head of the hash chain: @@ -18587,12 +24288,12 @@ window.tmp = BmpDecoder; // To simplify the code, we prevent matches with the string // of window index 0 (in particular we have to avoid a match // of the string with itself at the start of the input file). - if (strategy != Z_HUFFMAN_ONLY) { + if (strategy !== Z_HUFFMAN_ONLY) { match_length = longest_match(hash_head); } // longest_match() sets match_start - if (match_length <= 5 && (strategy == Z_FILTERED || match_length == MIN_MATCH && strstart - match_start > 4096)) { + if (match_length <= 5 && (strategy === Z_FILTERED || match_length === MIN_MATCH && strstart - match_start > 4096)) { // If prev_match is also MIN_MATCH, match_start is garbage // but we will ignore the current match anyway. match_length = MIN_MATCH - 1; @@ -18629,7 +24330,7 @@ window.tmp = BmpDecoder; if (bflush) { flush_block_only(false); - if (strm.avail_out === 0) return NeedMore; + if (strm.avail_out === 0) { return NeedMore; } } } else if (match_available !== 0) { // If there was no match at the previous position, output a @@ -18643,7 +24344,7 @@ window.tmp = BmpDecoder; strstart++; lookahead--; - if (strm.avail_out === 0) return NeedMore; + if (strm.avail_out === 0) { return NeedMore; } } else { // There is no previous match to compare with, wait for // the next step to decide. @@ -18658,13 +24359,13 @@ window.tmp = BmpDecoder; match_available = 0; } - flush_block_only(flush == Z_FINISH); + flush_block_only(flush === Z_FINISH); if (strm.avail_out === 0) { - if (flush == Z_FINISH) return FinishStarted;else return NeedMore; + if (flush === Z_FINISH) { return FinishStarted; }else { return NeedMore; } } - return flush == Z_FINISH ? FinishDone : BlockDone; + return flush === Z_FINISH ? FinishDone : BlockDone; } function deflateReset(strm) { @@ -18681,19 +24382,19 @@ window.tmp = BmpDecoder; } that.deflateInit = function (strm, _level, bits, _method, memLevel, _strategy) { - if (!_method) _method = Z_DEFLATED; - if (!memLevel) memLevel = DEF_MEM_LEVEL; - if (!_strategy) _strategy = Z_DEFAULT_STRATEGY; // byte[] my_version=ZLIB_VERSION; + if (!_method) { _method = Z_DEFLATED; } + if (!memLevel) { memLevel = DEF_MEM_LEVEL; } + if (!_strategy) { _strategy = Z_DEFAULT_STRATEGY; } // byte[] my_version=ZLIB_VERSION; // - // if (!version || version[0] != my_version[0] - // || stream_size != sizeof(z_stream)) { + // if (!version || version[0] !== my_version[0] + // || stream_size !== sizeof(z_stream)) { // return Z_VERSION_ERROR; // } strm.msg = null; - if (_level == Z_DEFAULT_COMPRESSION) _level = 6; + if (_level === Z_DEFAULT_COMPRESSION) { _level = 6; } - if (memLevel < 1 || memLevel > MAX_MEM_LEVEL || _method != Z_DEFLATED || bits < 9 || bits > 15 || _level < 0 || _level > 9 || _strategy < 0 || _strategy > Z_HUFFMAN_ONLY) { + if (memLevel < 1 || memLevel > MAX_MEM_LEVEL || _method !== Z_DEFLATED || bits < 9 || bits > 15 || _level < 0 || _level > 9 || _strategy < 0 || _strategy > Z_HUFFMAN_ONLY) { return Z_STREAM_ERROR; } @@ -18722,7 +24423,7 @@ window.tmp = BmpDecoder; }; that.deflateEnd = function () { - if (status != INIT_STATE && status != BUSY_STATE && status != FINISH_STATE) { + if (status !== INIT_STATE && status !== BUSY_STATE && status !== FINISH_STATE) { return Z_STREAM_ERROR; } // Deallocate in reverse order of allocations: @@ -18733,13 +24434,13 @@ window.tmp = BmpDecoder; window = null; // free that.dstate = null; - return status == BUSY_STATE ? Z_DATA_ERROR : Z_OK; + return status === BUSY_STATE ? Z_DATA_ERROR : Z_OK; }; that.deflateParams = function (strm, _level, _strategy) { var err = Z_OK; - if (_level == Z_DEFAULT_COMPRESSION) { + if (_level === Z_DEFAULT_COMPRESSION) { _level = 6; } @@ -18747,12 +24448,12 @@ window.tmp = BmpDecoder; return Z_STREAM_ERROR; } - if (config_table[level].func != config_table[_level].func && strm.total_in !== 0) { + if (config_table[level].func !== config_table[_level].func && strm.total_in !== 0) { // Flush the last buffer: err = strm.deflate(Z_PARTIAL_FLUSH); } - if (level != _level) { + if (level !== _level) { level = _level; max_lazy_match = config_table[level].max_lazy; good_match = config_table[level].good_length; @@ -18768,8 +24469,8 @@ window.tmp = BmpDecoder; var length = dictLength; var n, index = 0; - if (!dictionary || status != INIT_STATE) return Z_STREAM_ERROR; - if (length < MIN_MATCH) return Z_OK; + if (!dictionary || status !== INIT_STATE) { return Z_STREAM_ERROR; } + if (length < MIN_MATCH) { return Z_OK; } if (length > w_size - MIN_LOOKAHEAD) { length = w_size - MIN_LOOKAHEAD; @@ -18801,7 +24502,7 @@ window.tmp = BmpDecoder; return Z_STREAM_ERROR; } - if (!_strm.next_out || !_strm.next_in && _strm.avail_in !== 0 || status == FINISH_STATE && flush != Z_FINISH) { + if (!_strm.next_out || !_strm.next_in && _strm.avail_in !== 0 || status === FINISH_STATE && flush !== Z_FINISH) { _strm.msg = z_errmsg[Z_NEED_DICT - Z_STREAM_ERROR]; return Z_STREAM_ERROR; } @@ -18816,12 +24517,12 @@ window.tmp = BmpDecoder; old_flush = last_flush; last_flush = flush; // Write the zlib header - if (status == INIT_STATE) { + if (status === INIT_STATE) { header = Z_DEFLATED + (w_bits - 8 << 4) << 8; level_flags = (level - 1 & 0xff) >> 1; - if (level_flags > 3) level_flags = 3; + if (level_flags > 3) { level_flags = 3; } header |= level_flags << 6; - if (strstart !== 0) header |= PRESET_DICT; + if (strstart !== 0) { header |= PRESET_DICT; } header += 31 - header % 31; status = BUSY_STATE; putShortMSB(header); @@ -18845,19 +24546,19 @@ window.tmp = BmpDecoder; // flushes. For repeated and useless calls with Z_FINISH, we keep // returning Z_STREAM_END instead of Z_BUFF_ERROR. - } else if (strm.avail_in === 0 && flush <= old_flush && flush != Z_FINISH) { + } else if (strm.avail_in === 0 && flush <= old_flush && flush !== Z_FINISH) { strm.msg = z_errmsg[Z_NEED_DICT - Z_BUF_ERROR]; return Z_BUF_ERROR; } // User must not provide more input after the first FINISH: - if (status == FINISH_STATE && strm.avail_in !== 0) { + if (status === FINISH_STATE && strm.avail_in !== 0) { _strm.msg = z_errmsg[Z_NEED_DICT - Z_BUF_ERROR]; return Z_BUF_ERROR; } // Start a new block or continue the current one. - if (strm.avail_in !== 0 || lookahead !== 0 || flush != Z_NO_FLUSH && status != FINISH_STATE) { + if (strm.avail_in !== 0 || lookahead !== 0 || flush !== Z_NO_FLUSH && status !== FINISH_STATE) { bstate = -1; switch (config_table[level].func) { @@ -18876,16 +24577,16 @@ window.tmp = BmpDecoder; default: } - if (bstate == FinishStarted || bstate == FinishDone) { + if (bstate === FinishStarted || bstate === FinishDone) { status = FINISH_STATE; } - if (bstate == NeedMore || bstate == FinishStarted) { + if (bstate === NeedMore || bstate === FinishStarted) { if (strm.avail_out === 0) { last_flush = -1; // avoid BUF_ERROR next call, see above } - return Z_OK; // If flush != Z_NO_FLUSH && avail_out === 0, the next call + return Z_OK; // If flush !== Z_NO_FLUSH && avail_out === 0, the next call // of deflate should use the same flush parameter to make sure // that the flush is complete. So we don't have to output an // empty block here, this will be done at next call. This also @@ -18893,8 +24594,8 @@ window.tmp = BmpDecoder; // one empty block. } - if (bstate == BlockDone) { - if (flush == Z_PARTIAL_FLUSH) { + if (bstate === BlockDone) { + if (flush === Z_PARTIAL_FLUSH) { _tr_align(); } else { // FULL_FLUSH or SYNC_FLUSH @@ -18902,7 +24603,7 @@ window.tmp = BmpDecoder; // as a special marker by inflate_sync(). - if (flush == Z_FULL_FLUSH) { + if (flush === Z_FULL_FLUSH) { // state.head[s.hash_size-1]=0; for (i = 0; i < hash_size /*-1*/ @@ -18923,7 +24624,7 @@ window.tmp = BmpDecoder; } } - if (flush != Z_FINISH) return Z_OK; + if (flush !== Z_FINISH) { return Z_OK; } return Z_STREAM_END; }; } // ZStream @@ -18950,7 +24651,7 @@ window.tmp = BmpDecoder; deflateInit: function deflateInit(level, bits) { var that = this; that.dstate = new Deflate(); - if (!bits) bits = MAX_BITS; + if (!bits) { bits = MAX_BITS; } return that.dstate.deflateInit(that, level, bits); }, deflate: function deflate(flush) { @@ -18964,19 +24665,19 @@ window.tmp = BmpDecoder; }, deflateEnd: function deflateEnd() { var that = this; - if (!that.dstate) return Z_STREAM_ERROR; + if (!that.dstate) { return Z_STREAM_ERROR; } var ret = that.dstate.deflateEnd(); that.dstate = null; return ret; }, deflateParams: function deflateParams(level, strategy) { var that = this; - if (!that.dstate) return Z_STREAM_ERROR; + if (!that.dstate) { return Z_STREAM_ERROR; } return that.dstate.deflateParams(that, level, strategy); }, deflateSetDictionary: function deflateSetDictionary(dictionary, dictLength) { var that = this; - if (!that.dstate) return Z_STREAM_ERROR; + if (!that.dstate) { return Z_STREAM_ERROR; } return that.dstate.deflateSetDictionary(that, dictionary, dictLength); }, // Read a new buffer from the current input stream, update the @@ -18987,8 +24688,8 @@ window.tmp = BmpDecoder; read_buf: function read_buf(buf, start, size) { var that = this; var len = that.avail_in; - if (len > size) len = size; - if (len === 0) return 0; + if (len > size) { len = size; } + if (len === 0) { return 0; } that.avail_in -= len; buf.set(that.next_in.subarray(that.next_in_index, that.next_in_index + len), start); that.next_in_index += len; @@ -19002,8 +24703,8 @@ window.tmp = BmpDecoder; flush_pending: function flush_pending() { var that = this; var len = that.dstate.pending; - if (len > that.avail_out) len = that.avail_out; - if (len === 0) return; // if (that.dstate.pending_buf.length <= that.dstate.pending_out || that.next_out.length <= that.next_out_index + if (len > that.avail_out) { len = that.avail_out; } + if (len === 0) { return; } // if (that.dstate.pending_buf.length <= that.dstate.pending_out || that.next_out.length <= that.next_out_index // || that.dstate.pending_buf.length < (that.dstate.pending_out + len) || that.next_out.length < (that.next_out_index + // len)) { // console.log(that.dstate.pending_buf.length + ", " + that.dstate.pending_out + ", " + that.next_out.length + ", " + @@ -19031,7 +24732,7 @@ window.tmp = BmpDecoder; var flush = Z_NO_FLUSH; var buf = new Uint8Array(bufsize); var level = options ? options.level : Z_DEFAULT_COMPRESSION; - if (typeof level == "undefined") level = Z_DEFAULT_COMPRESSION; + if (typeof level === "undefined") { level = Z_DEFAULT_COMPRESSION; } z.deflateInit(level); z.next_out = buf; @@ -19042,7 +24743,7 @@ window.tmp = BmpDecoder; bufferIndex = 0, bufferSize = 0, array; - if (!data.length) return; + if (!data.length) { return; } z.next_in_index = 0; z.next_in = data; z.avail_in = data.length; @@ -19051,11 +24752,11 @@ window.tmp = BmpDecoder; z.next_out_index = 0; z.avail_out = bufsize; err = z.deflate(flush); - if (err != Z_OK) throw new Error("deflating: " + z.msg); - if (z.next_out_index) if (z.next_out_index == bufsize) buffers.push(new Uint8Array(buf));else buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); + if (err !== Z_OK) { throw new Error("deflating: " + z.msg); } + if (z.next_out_index) { if (z.next_out_index === bufsize) { buffers.push(new Uint8Array(buf)); }else { buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); } } bufferSize += z.next_out_index; - if (onprogress && z.next_in_index > 0 && z.next_in_index != lastIndex) { + if (onprogress && z.next_in_index > 0 && z.next_in_index !== lastIndex) { onprogress(z.next_in_index); lastIndex = z.next_in_index; } @@ -19080,8 +24781,8 @@ window.tmp = BmpDecoder; z.next_out_index = 0; z.avail_out = bufsize; err = z.deflate(Z_FINISH); - if (err != Z_STREAM_END && err != Z_OK) throw new Error("deflating: " + z.msg); - if (bufsize - z.avail_out > 0) buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); + if (err !== Z_STREAM_END && err !== Z_OK) { throw new Error("deflating: " + z.msg); } + if (bufsize - z.avail_out > 0) { buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); } bufferSize += z.next_out_index; } while (z.avail_in > 0 || z.avail_out === 0); @@ -19102,11 +24803,11 @@ window.tmp = BmpDecoder; // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window -/** - * A class to parse color values - * @author Stoyan Stefanov - * {@link http://www.phpied.com/rgb-color-parser-in-javascript/} - * @license Use it if you like it +/** + * A class to parse color values + * @author Stoyan Stefanov + * {@link http://www.phpied.com/rgb-color-parser-in-javascript/} + * @license Use it if you like it */ (function (global) { @@ -19269,14 +24970,7 @@ window.tmp = BmpDecoder; yellow: 'ffff00', yellowgreen: '9acd32' }; - - for (var key in simple_colors) { - if (color_string == key) { - color_string = simple_colors[key]; - } - } // emd of simple type-in colors - // array of color definition objects - + color_string = simple_colors[color_string] || color_string; // array of color definition objects var color_defs = [{ re: /^rgb\((\d{1,3}),\s*(\d{1,3}),\s*(\d{1,3})\)$/, @@ -19325,9 +25019,9 @@ window.tmp = BmpDecoder; var r = this.r.toString(16); var g = this.g.toString(16); var b = this.b.toString(16); - if (r.length == 1) r = '0' + r; - if (g.length == 1) g = '0' + g; - if (b.length == 1) b = '0' + b; + if (r.length == 1) { r = '0' + r; } + if (g.length == 1) { g = '0' + g; } + if (b.length == 1) { b = '0' + b; } return '#' + r + g + b; }; } @@ -19337,14 +25031,14 @@ window.tmp = BmpDecoder; // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window -/************************************************ - * Title : custom font * - * Start Data : 2017. 01. 22. * - * Comment : TEXT API * +/************************************************ + * Title : custom font * + * Start Data : 2017. 01. 22. * + * Comment : TEXT API * ************************************************/ -/****************************** - * jsPDF extension API Design * +/****************************** + * jsPDF extension API Design * * ****************************/ (function (jsPDF) { @@ -19420,15 +25114,15 @@ window.tmp = BmpDecoder; var decode = function decode(elt) { var code = elt.charCodeAt(0); - if (code === PLUS || code === PLUS_URL_SAFE) return 62; // '+' + if (code === PLUS || code === PLUS_URL_SAFE) { return 62; } // '+' - if (code === SLASH || code === SLASH_URL_SAFE) return 63; // '/' + if (code === SLASH || code === SLASH_URL_SAFE) { return 63; } // '/' - if (code < NUMBER) return -1; //no match + if (code < NUMBER) { return -1; } //no match - if (code < NUMBER + 10) return code - NUMBER + 26 + 26; - if (code < UPPER + 26) return code - UPPER; - if (code < LOWER + 26) return code - LOWER + 26; + if (code < NUMBER + 10) { return code - NUMBER + 26 + 26; } + if (code < UPPER + 26) { return code - UPPER; } + if (code < LOWER + 26) { return code - LOWER + 26; } }; jsPDF.API.TTFFont = function () { @@ -19460,18 +25154,14 @@ window.tmp = BmpDecoder; /***************************************************************/ - function TTFFont(rawData, name, encoding) { + function TTFFont(rawData) { var data; - this.rawData = rawData; data = this.contents = new Data(rawData); this.contents.pos = 4; if (data.readString(4) === 'ttcf') { - if (!name) { - throw new Error("Must specify a font name for TTC files."); - } - throw new Error("Font " + name + " not found in TTC file."); + throw new Error("TTCF not supported."); } else { data.pos = 0; this.parse(); @@ -19597,12 +25287,12 @@ window.tmp = BmpDecoder; }; TTFFont.prototype.widthOfString = function (string, size, charSpace) { - var charCode, i, scale, width, _i, _ref, charSpace; + var charCode, i, scale, width, _ref; string = '' + string; width = 0; - for (i = _i = 0, _ref = string.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + for (i = 0, _ref = string.length; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { charCode = string.charCodeAt(i); width += this.widthOfGlyph(this.characterToGlyph(charCode)) + charSpace * (1000 / size) || 0; } @@ -19715,11 +25405,10 @@ window.tmp = BmpDecoder; }; Data.prototype.readString = function (length) { - var i, ret, _i; - + var i, ret; ret = []; - for (i = _i = 0; 0 <= length ? _i < length : _i > length; i = 0 <= length ? ++_i : --_i) { + for (i = 0; 0 <= length ? i < length : i > length; i = 0 <= length ? ++i : --i) { ret[i] = String.fromCharCode(this.readByte()); } @@ -19727,19 +25416,19 @@ window.tmp = BmpDecoder; }; Data.prototype.writeString = function (val) { - var i, _i, _ref, _results; + var i, _ref, _results; _results = []; - for (i = _i = 0, _ref = val.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + for (i = 0, _ref = val.length; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { _results.push(this.writeByte(val.charCodeAt(i))); } return _results; }; - /*Data.prototype.stringAt = function (pos, length) { - this.pos = pos; - return this.readString(length); + /*Data.prototype.stringAt = function (pos, length) { + this.pos = pos; + return this.readString(length); };*/ @@ -19790,17 +25479,16 @@ window.tmp = BmpDecoder; Data.prototype.writeInt = function (val) { return this.writeInt32(val); }; - /*Data.prototype.slice = function (start, end) { - return this.data.slice(start, end); + /*Data.prototype.slice = function (start, end) { + return this.data.slice(start, end); };*/ Data.prototype.read = function (bytes) { - var buf, i, _i; - + var buf, i; buf = []; - for (i = _i = 0; 0 <= bytes ? _i < bytes : _i > bytes; i = 0 <= bytes ? ++_i : --_i) { + for (i = 0; 0 <= bytes ? i < bytes : i > bytes; i = 0 <= bytes ? ++i : --i) { buf.push(this.readByte()); } @@ -19808,12 +25496,12 @@ window.tmp = BmpDecoder; }; Data.prototype.write = function (bytes) { - var byte, _i, _len, _results; + var byte, i, _len, _results; _results = []; - for (_i = 0, _len = bytes.length; _i < _len; _i++) { - byte = bytes[_i]; + for (i = 0, _len = bytes.length; i < _len; i++) { + byte = bytes[i]; _results.push(this.writeByte(byte)); } @@ -19835,7 +25523,7 @@ window.tmp = BmpDecoder; /*****************************************************************************************************/ function Directory(data) { - var entry, i, _i, _ref; + var entry, i, _ref; this.scalarType = data.readInt(); this.tableCount = data.readShort(); @@ -19844,7 +25532,7 @@ window.tmp = BmpDecoder; this.rangeShift = data.readShort(); this.tables = {}; - for (i = _i = 0, _ref = this.tableCount; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + for (i = 0, _ref = this.tableCount; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { entry = { tag: data.readString(4), checksum: data.readInt(), @@ -19918,7 +25606,7 @@ window.tmp = BmpDecoder; checksum = function checksum(data) { - var i, sum, tmp, _i, _ref; + var i, sum, tmp, _ref; data = __slice.call(data); @@ -19929,7 +25617,7 @@ window.tmp = BmpDecoder; tmp = new Data(data); sum = 0; - for (i = _i = 0, _ref = data.length; _i < _ref; i = _i += 4) { + for (i = 0, _ref = data.length; i < _ref; i = i += 4) { sum += tmp.readUInt32(); } @@ -19943,7 +25631,7 @@ window.tmp = BmpDecoder; __hasProp = {}.hasOwnProperty, __extends = function __extends(child, parent) { for (var key in parent) { - if (__hasProp.call(parent, key)) child[key] = parent[key]; + if (__hasProp.call(parent, key)) { child[key] = parent[key]; } } function ctor() { @@ -19963,6 +25651,7 @@ window.tmp = BmpDecoder; /***************************************************************/ + Table = function () { function Table(file) { var info; @@ -20058,7 +25747,7 @@ window.tmp = BmpDecoder; var CmapEntry = function () { function CmapEntry(data, offset) { - var code, count, endCode, glyphId, glyphIds, i, idDelta, idRangeOffset, index, saveOffset, segCount, segCountX2, start, startCode, tail, _i, _j, _k, _len; + var code, count, endCode, glyphId, glyphIds, i, idDelta, idRangeOffset, index, saveOffset, segCount, segCountX2, start, startCode, tail, _j, _k, _len; this.platformID = data.readUInt16(); this.encodingID = data.readShort(); @@ -20073,7 +25762,7 @@ window.tmp = BmpDecoder; switch (this.format) { case 0: - for (i = _i = 0; _i < 256; i = ++_i) { + for (i = 0; i < 256; ++i) { this.codeMap[i] = data.readByte(); } @@ -20174,7 +25863,7 @@ window.tmp = BmpDecoder; } CmapEntry.encode = function (charmap, encoding) { - var charMap, code, codeMap, codes, delta, deltas, diff, endCode, endCodes, entrySelector, glyphIDs, i, id, indexes, last, map, nextID, offset, old, rangeOffsets, rangeShift, result, searchRange, segCount, segCountX2, startCode, startCodes, startGlyph, subtable, _i, _j, _k, _l, _len, _len1, _len2, _len3, _len4, _len5, _len6, _len7, _m, _n, _name, _o, _p, _q; + var charMap, code, codeMap, codes, delta, deltas, diff, endCode, endCodes, entrySelector, glyphIDs, i, id, indexes, last, map, nextID, offset, old, rangeOffsets, rangeShift, searchRange, segCount, segCountX2, startCode, startCodes, startGlyph, subtable, _i, _j, _k, _l, _len, _len1, _len2, _len3, _len4, _len5, _len6, _len7, _m, _n, _name, _o, _p, _q; subtable = new Data(); codes = Object.keys(charmap).sort(function (a, b) { @@ -20186,11 +25875,9 @@ window.tmp = BmpDecoder; id = 0; indexes = function () { - var _i, _results; + var _results = []; - _results = []; - - for (i = _i = 0; _i < 256; i = ++_i) { + for (i = 0; i < 256; ++i) { _results.push(0); } @@ -20223,7 +25910,7 @@ window.tmp = BmpDecoder; subtable.writeUInt16(262); subtable.writeUInt16(0); subtable.write(indexes); - return result = { + return { charMap: codeMap, subtable: subtable.data, maxGlyphID: id + 1 @@ -20341,7 +26028,7 @@ window.tmp = BmpDecoder; subtable.writeUInt16(id); } - return result = { + return { charMap: charMap, subtable: subtable.data, maxGlyphID: nextID + 1 @@ -20362,15 +26049,14 @@ window.tmp = BmpDecoder; CmapTable.prototype.tag = 'cmap'; CmapTable.prototype.parse = function (data) { - var entry, i, tableCount, _i; - + var entry, i, tableCount; data.pos = this.offset; this.version = data.readUInt16(); tableCount = data.readUInt16(); this.tables = []; this.unicode = null; - for (i = _i = 0; 0 <= tableCount ? _i < tableCount : _i > tableCount; i = 0 <= tableCount ? ++_i : --_i) { + for (i = 0; 0 <= tableCount ? i < tableCount : i > tableCount; i = 0 <= tableCount ? ++i : --i) { entry = new CmapEntry(data, this.offset); this.tables.push(entry); @@ -20436,26 +26122,26 @@ window.tmp = BmpDecoder; this.metricDataFormat = data.readShort(); return this.numberOfMetrics = data.readUInt16(); }; - /*HheaTable.prototype.encode = function (ids) { - var i, table, _i, _ref; - table = new Data; - table.writeInt(this.version); - table.writeShort(this.ascender); - table.writeShort(this.decender); - table.writeShort(this.lineGap); - table.writeShort(this.advanceWidthMax); - table.writeShort(this.minLeftSideBearing); - table.writeShort(this.minRightSideBearing); - table.writeShort(this.xMaxExtent); - table.writeShort(this.caretSlopeRise); - table.writeShort(this.caretSlopeRun); - table.writeShort(this.caretOffset); - for (i = _i = 0, _ref = 4 * 2; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { - table.writeByte(0); - } - table.writeShort(this.metricDataFormat); - table.writeUInt16(ids.length); - return table.data; + /*HheaTable.prototype.encode = function (ids) { + var i, table, _i, _ref; + table = new Data; + table.writeInt(this.version); + table.writeShort(this.ascender); + table.writeShort(this.decender); + table.writeShort(this.lineGap); + table.writeShort(this.advanceWidthMax); + table.writeShort(this.minLeftSideBearing); + table.writeShort(this.minRightSideBearing); + table.writeShort(this.xMaxExtent); + table.writeShort(this.caretSlopeRise); + table.writeShort(this.caretSlopeRun); + table.writeShort(this.caretOffset); + for (i = _i = 0, _ref = 4 * 2; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + table.writeByte(0); + } + table.writeShort(this.metricDataFormat); + table.writeUInt16(ids.length); + return table.data; };*/ @@ -20472,7 +26158,6 @@ window.tmp = BmpDecoder; OS2Table.prototype.tag = 'OS/2'; OS2Table.prototype.parse = function (data) { - var i; data.pos = this.offset; this.version = data.readUInt16(); this.averageCharWidth = data.readShort(); @@ -20492,11 +26177,11 @@ window.tmp = BmpDecoder; this.familyClass = data.readShort(); this.panose = function () { - var _i, _results; + var i, _results; _results = []; - for (i = _i = 0; _i < 10; i = ++_i) { + for (i = 0; i < 10; ++i) { _results.push(data.readByte()); } @@ -20504,11 +26189,11 @@ window.tmp = BmpDecoder; }(); this.charRange = function () { - var _i, _results; + var i, _results; _results = []; - for (i = _i = 0; _i < 4; i = ++_i) { + for (i = 0; i < 4; ++i) { _results.push(data.readInt()); } @@ -20528,11 +26213,11 @@ window.tmp = BmpDecoder; this.winDescent = data.readShort(); this.codePageRange = function () { - var _i, _results; + var i, _results; _results = []; - for (i = _i = 0; _i < 2; i = ++_i) { + for (i = 0; i < 2; i = ++i) { _results.push(data.readInt()); } @@ -20548,8 +26233,8 @@ window.tmp = BmpDecoder; } } }; - /*OS2Table.prototype.encode = function () { - return this.raw(); + /*OS2Table.prototype.encode = function () { + return this.raw(); };*/ @@ -20567,7 +26252,7 @@ window.tmp = BmpDecoder; PostTable.prototype.tag = 'post'; PostTable.prototype.parse = function (data) { - var i, length, numberOfGlyphs, _i, _results; + var length, numberOfGlyphs, _results; data.pos = this.offset; this.format = data.readInt(); @@ -20587,8 +26272,9 @@ window.tmp = BmpDecoder; case 0x00020000: numberOfGlyphs = data.readUInt16(); this.glyphNameIndex = []; + var i; - for (i = _i = 0; 0 <= numberOfGlyphs ? _i < numberOfGlyphs : _i > numberOfGlyphs; i = 0 <= numberOfGlyphs ? ++_i : --_i) { + for (i = 0; 0 <= numberOfGlyphs ? i < numberOfGlyphs : i > numberOfGlyphs; i = 0 <= numberOfGlyphs ? ++i : --i) { this.glyphNameIndex.push(data.readUInt16()); } @@ -20602,7 +26288,6 @@ window.tmp = BmpDecoder; } return _results; - break; case 0x00025000: numberOfGlyphs = data.readUInt16(); @@ -20659,7 +26344,7 @@ window.tmp = BmpDecoder; NameTable.prototype.tag = 'name'; NameTable.prototype.parse = function (data) { - var count, entries, entry, format, i, name, stringOffset, strings, text, _i, _j, _len, _name; + var count, entries, entry, format, i, name, stringOffset, strings, text, _j, _len, _name; data.pos = this.offset; format = data.readShort(); @@ -20667,7 +26352,7 @@ window.tmp = BmpDecoder; stringOffset = data.readShort(); entries = []; - for (i = _i = 0; 0 <= count ? _i < count : _i > count; i = 0 <= count ? ++_i : --_i) { + for (i = 0; 0 <= count ? i < count : i > count; i = 0 <= count ? ++i : --i) { entries.push({ platformID: data.readShort(), encodingID: data.readShort(), @@ -20720,52 +26405,52 @@ window.tmp = BmpDecoder; this.compatibleFull = strings[18]; return this.sampleText = strings[19]; }; - /*NameTable.prototype.encode = function () { - var id, list, nameID, nameTable, postscriptName, strCount, strTable, string, strings, table, val, _i, _len, _ref; - strings = {}; - _ref = this.strings; - for (id in _ref) { - val = _ref[id]; - strings[id] = val; - } - postscriptName = new NameEntry("" + subsetTag + "+" + this.postscriptName, { - platformID: 1 - , encodingID: 0 - , languageID: 0 - }); - strings[6] = [postscriptName]; - subsetTag = successorOf(subsetTag); - strCount = 0; - for (id in strings) { - list = strings[id]; - if (list != null) { - strCount += list.length; - } - } - table = new Data; - strTable = new Data; - table.writeShort(0); - table.writeShort(strCount); - table.writeShort(6 + 12 * strCount); - for (nameID in strings) { - list = strings[nameID]; - if (list != null) { - for (_i = 0, _len = list.length; _i < _len; _i++) { - string = list[_i]; - table.writeShort(string.platformID); - table.writeShort(string.encodingID); - table.writeShort(string.languageID); - table.writeShort(nameID); - table.writeShort(string.length); - table.writeShort(strTable.pos); - strTable.writeString(string.raw); - } - } - } - return nameTable = { - postscriptName: postscriptName.raw - , table: table.data.concat(strTable.data) - }; + /*NameTable.prototype.encode = function () { + var id, list, nameID, nameTable, postscriptName, strCount, strTable, string, strings, table, val, _i, _len, _ref; + strings = {}; + _ref = this.strings; + for (id in _ref) { + val = _ref[id]; + strings[id] = val; + } + postscriptName = new NameEntry("" + subsetTag + "+" + this.postscriptName, { + platformID: 1 + , encodingID: 0 + , languageID: 0 + }); + strings[6] = [postscriptName]; + subsetTag = successorOf(subsetTag); + strCount = 0; + for (id in strings) { + list = strings[id]; + if (list != null) { + strCount += list.length; + } + } + table = new Data; + strTable = new Data; + table.writeShort(0); + table.writeShort(strCount); + table.writeShort(6 + 12 * strCount); + for (nameID in strings) { + list = strings[nameID]; + if (list != null) { + for (_i = 0, _len = list.length; _i < _len; _i++) { + string = list[_i]; + table.writeShort(string.platformID); + table.writeShort(string.encodingID); + table.writeShort(string.languageID); + table.writeShort(nameID); + table.writeShort(string.length); + table.writeShort(strTable.pos); + strTable.writeString(string.raw); + } + } + } + return nameTable = { + postscriptName: postscriptName.raw + , table: table.data.concat(strTable.data) + }; };*/ return NameTable; @@ -20798,25 +26483,25 @@ window.tmp = BmpDecoder; this.maxComponentElements = data.readUInt16(); return this.maxComponentDepth = data.readUInt16(); }; - /*MaxpTable.prototype.encode = function (ids) { - var table; - table = new Data; - table.writeInt(this.version); - table.writeUInt16(ids.length); - table.writeUInt16(this.maxPoints); - table.writeUInt16(this.maxContours); - table.writeUInt16(this.maxCompositePoints); - table.writeUInt16(this.maxComponentContours); - table.writeUInt16(this.maxZones); - table.writeUInt16(this.maxTwilightPoints); - table.writeUInt16(this.maxStorage); - table.writeUInt16(this.maxFunctionDefs); - table.writeUInt16(this.maxInstructionDefs); - table.writeUInt16(this.maxStackElements); - table.writeUInt16(this.maxSizeOfInstructions); - table.writeUInt16(this.maxComponentElements); - table.writeUInt16(this.maxComponentDepth); - return table.data; + /*MaxpTable.prototype.encode = function (ids) { + var table; + table = new Data; + table.writeInt(this.version); + table.writeUInt16(ids.length); + table.writeUInt16(this.maxPoints); + table.writeUInt16(this.maxContours); + table.writeUInt16(this.maxCompositePoints); + table.writeUInt16(this.maxComponentContours); + table.writeUInt16(this.maxZones); + table.writeUInt16(this.maxTwilightPoints); + table.writeUInt16(this.maxStorage); + table.writeUInt16(this.maxFunctionDefs); + table.writeUInt16(this.maxInstructionDefs); + table.writeUInt16(this.maxStackElements); + table.writeUInt16(this.maxSizeOfInstructions); + table.writeUInt16(this.maxComponentElements); + table.writeUInt16(this.maxComponentDepth); + return table.data; };*/ @@ -20833,12 +26518,12 @@ window.tmp = BmpDecoder; HmtxTable.prototype.tag = 'hmtx'; HmtxTable.prototype.parse = function (data) { - var i, last, lsbCount, m, _i, _j, _ref, _results; + var i, last, lsbCount, m, _j, _ref, _results; data.pos = this.offset; this.metrics = []; - for (i = _i = 0, _ref = this.file.hhea.numberOfMetrics; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + for (i = 0, _ref = this.file.hhea.numberOfMetrics; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { this.metrics.push({ advance: data.readUInt16(), lsb: data.readInt16() @@ -20893,27 +26578,25 @@ window.tmp = BmpDecoder; HmtxTable.prototype.forGlyph = function (id) { - var metrics; - if (id in this.metrics) { return this.metrics[id]; } - return metrics = { + return { advance: this.metrics[this.metrics.length - 1].advance, lsb: this.leftSideBearings[id - this.metrics.length] }; }; - /*HmtxTable.prototype.encode = function (mapping) { - var id, metric, table, _i, _len; - table = new Data; - for (_i = 0, _len = mapping.length; _i < _len; _i++) { - id = mapping[_i]; - metric = this.forGlyph(id); - table.writeUInt16(metric.advance); - table.writeUInt16(metric.lsb); - } - return table.data; + /*HmtxTable.prototype.encode = function (mapping) { + var id, metric, table, _i, _len; + table = new Data; + for (_i = 0, _len = mapping.length; _i < _len; _i++) { + id = mapping[_i]; + metric = this.forGlyph(id); + table.writeUInt16(metric.advance); + table.writeUInt16(metric.lsb); + } + return table.data; };*/ @@ -20931,12 +26614,11 @@ window.tmp = BmpDecoder; GlyfTable.prototype.tag = 'glyf'; - GlyfTable.prototype.parse = function (data) { + GlyfTable.prototype.parse = function () { return this.cache = {}; }; GlyfTable.prototype.glyphFor = function (id) { - id = id; var data, index, length, loca, numberOfContours, raw, xMax, xMin, yMax, yMin; if (id in this.cache) { @@ -21080,14 +26762,13 @@ window.tmp = BmpDecoder; /****************************************************************************************************************/ - CompoundGlyph.prototype.encode = function (mapping) { - var i, id, result, _i, _len, _ref; + CompoundGlyph.prototype.encode = function () { + var i, result, _len, _ref; result = new Data(__slice.call(this.raw.data)); _ref = this.glyphIDs; - for (i = _i = 0, _len = _ref.length; _i < _len; i = ++_i) { - id = _ref[i]; + for (i = 0, _len = _ref.length; i < _len; ++i) { result.pos = this.glyphOffsets[i]; } @@ -21113,11 +26794,11 @@ window.tmp = BmpDecoder; if (format === 0) { return this.offsets = function () { - var _i, _ref, _results; + var _ref, _results; _results = []; - for (i = _i = 0, _ref = this.length; _i < _ref; i = _i += 2) { + for (i = 0, _ref = this.length; i < _ref; i += 2) { _results.push(data.readUInt16() * 2); } @@ -21125,11 +26806,11 @@ window.tmp = BmpDecoder; }.call(this); } else { return this.offsets = function () { - var _i, _ref, _results; + var _ref, _results; _results = []; - for (i = _i = 0, _ref = this.length; _i < _ref; i = _i += 4) { + for (i = 0, _ref = this.length; i < _ref; i += 4) { _results.push(data.readUInt32()); } @@ -21200,51 +26881,51 @@ window.tmp = BmpDecoder; return ret; }; - /*var successorOf = function (input) { - var added, alphabet, carry, i, index, isUpperCase, last, length, next, result; - alphabet = 'abcdefghijklmnopqrstuvwxyz'; - length = alphabet.length; - result = input; - i = input.length; - while (i >= 0) { - last = input.charAt(--i); - if (isNaN(last)) { - index = alphabet.indexOf(last.toLowerCase()); - if (index === -1) { - next = last; - carry = true; - } - else { - next = alphabet.charAt((index + 1) % length); - isUpperCase = last === last.toUpperCase(); - if (isUpperCase) { - next = next.toUpperCase(); - } - carry = index + 1 >= length; - if (carry && i === 0) { - added = isUpperCase ? 'A' : 'a'; - result = added + next + result.slice(1); - break; - } - } - } - else { - next = +last + 1; - carry = next > 9; - if (carry) { - next = 0; - } - if (carry && i === 0) { - result = '1' + next + result.slice(1); - break; - } - } - result = result.slice(0, i) + next + result.slice(i + 1); - if (!carry) { - break; - } - } - return result; + /*var successorOf = function (input) { + var added, alphabet, carry, i, index, isUpperCase, last, length, next, result; + alphabet = 'abcdefghijklmnopqrstuvwxyz'; + length = alphabet.length; + result = input; + i = input.length; + while (i >= 0) { + last = input.charAt(--i); + if (isNaN(last)) { + index = alphabet.indexOf(last.toLowerCase()); + if (index === -1) { + next = last; + carry = true; + } + else { + next = alphabet.charAt((index + 1) % length); + isUpperCase = last === last.toUpperCase(); + if (isUpperCase) { + next = next.toUpperCase(); + } + carry = index + 1 >= length; + if (carry && i === 0) { + added = isUpperCase ? 'A' : 'a'; + result = added + next + result.slice(1); + break; + } + } + } + else { + next = +last + 1; + carry = next > 9; + if (carry) { + next = 0; + } + if (carry && i === 0) { + result = '1' + next + result.slice(1); + break; + } + } + result = result.slice(0, i) + next + result.slice(i + 1); + if (!carry) { + break; + } + } + return result; };*/ @@ -21255,28 +26936,28 @@ window.tmp = BmpDecoder; this.unicodes = {}; this.next = 33; } - /*Subset.prototype.use = function (character) { - var i, _i, _ref; - if (typeof character === 'string') { - for (i = _i = 0, _ref = character.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { - this.use(character.charCodeAt(i)); - } - return; - } - if (!this.unicodes[character]) { - this.subset[this.next] = character; - return this.unicodes[character] = this.next++; - } + /*Subset.prototype.use = function (character) { + var i, _i, _ref; + if (typeof character === 'string') { + for (i = _i = 0, _ref = character.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + this.use(character.charCodeAt(i)); + } + return; + } + if (!this.unicodes[character]) { + this.subset[this.next] = character; + return this.unicodes[character] = this.next++; + } };*/ - /*Subset.prototype.encodeText = function (text) { - var char, i, string, _i, _ref; - string = ''; - for (i = _i = 0, _ref = text.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { - char = this.unicodes[text.charCodeAt(i)]; - string += String.fromCharCode(char); - } - return string; + /*Subset.prototype.encodeText = function (text) { + var char, i, string, _i, _ref; + string = ''; + for (i = _i = 0, _ref = text.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + char = this.unicodes[text.charCodeAt(i)]; + string += String.fromCharCode(char); + } + return string; };*/ /***************************************************************/ @@ -21302,19 +26983,19 @@ window.tmp = BmpDecoder; return mapping; }; - /*Subset.prototype.glyphIDs = function () { - var ret, roman, unicode, unicodeCmap, val, _ref; - unicodeCmap = this.font.cmap.tables[0].codeMap; - ret = [0]; - _ref = this.subset; - for (roman in _ref) { - unicode = _ref[roman]; - val = unicodeCmap[unicode]; - if ((val != null) && __indexOf.call(ret, val) < 0) { - ret.push(val); - } - } - return ret.sort(); + /*Subset.prototype.glyphIDs = function () { + var ret, roman, unicode, unicodeCmap, val, _ref; + unicodeCmap = this.font.cmap.tables[0].codeMap; + ret = [0]; + _ref = this.subset; + for (roman in _ref) { + unicode = _ref[roman]; + val = unicodeCmap[unicode]; + if ((val != null) && __indexOf.call(ret, val) < 0) { + ret.push(val); + } + } + return ret.sort(); };*/ /******************************************************************/ @@ -21493,19 +27174,18 @@ window.tmp = BmpDecoder; }(); })(jsPDF); +/* global FlateStream */ // Generated by CoffeeScript 1.4.0 -/* -# PNG.js -# Copyright (c) 2011 Devon Govett -# MIT LICENSE -# -# +/* +# PNG.js +# Copyright (c) 2011 Devon Govett +# MIT LICENSE +# +# */ (function (global) { - var PNG; - - PNG = function () { + global.PNG = function () { var APNG_BLEND_OP_SOURCE, APNG_DISPOSE_OP_BACKGROUND, APNG_DISPOSE_OP_PREVIOUS, makeImage, scratchCanvas, scratchCtx; PNG.load = function (url, canvas, callback) { @@ -21629,9 +27309,9 @@ window.tmp = BmpDecoder; case 3: palLen = this.palette.length / 3; this.transparency.indexed = this.read(chunkSize); - if (this.transparency.indexed.length > palLen) throw new Error('More transparent colors than palette size'); - /* - * According to the PNG spec trns should be increased to the same size as palette if shorter + if (this.transparency.indexed.length > palLen) { throw new Error('More transparent colors than palette size'); } + /* + * According to the PNG spec trns should be increased to the same size as palette if shorter */ //palShort = 255 - this.transparency.indexed.length; @@ -21707,8 +27387,6 @@ window.tmp = BmpDecoder; throw new Error("Incomplete or corrupt PNG file"); } } - - return; } PNG.prototype.read = function (bytes) { @@ -21861,22 +27539,22 @@ window.tmp = BmpDecoder; } if (_this.interlaceMethod == 1) { - /* - 1 6 4 6 2 6 4 6 - 7 7 7 7 7 7 7 7 - 5 6 5 6 5 6 5 6 - 7 7 7 7 7 7 7 7 - 3 6 4 6 3 6 4 6 - 7 7 7 7 7 7 7 7 - 5 6 5 6 5 6 5 6 - 7 7 7 7 7 7 7 7 + /* + 1 6 4 6 2 6 4 6 + 7 7 7 7 7 7 7 7 + 5 6 5 6 5 6 5 6 + 7 7 7 7 7 7 7 7 + 3 6 4 6 3 6 4 6 + 7 7 7 7 7 7 7 7 + 5 6 5 6 5 6 5 6 + 7 7 7 7 7 7 7 7 */ pass(0, 0, 8, 8); // 1 - /* NOTE these seem to follow the pattern: - * pass(x, 0, 2*x, 2*x); - * pass(0, x, x, 2*x); - * with x being 4, 2, 1. + /* NOTE these seem to follow the pattern: + * pass(x, 0, 2*x, 2*x); + * pass(0, x, x, 2*x); + * with x being 4, 2, 1. */ pass(4, 0, 8, 8); // 2 @@ -21907,7 +27585,7 @@ window.tmp = BmpDecoder; length = palette.length; c = 0; - for (i = _i = 0, _ref = palette.length; _i < _ref; i = _i += 3) { + for (i = _i = 0, _ref = length; _i < _ref; i = _i += 3) { ret[pos++] = palette[i]; ret[pos++] = palette[i + 1]; ret[pos++] = palette[i + 2]; @@ -21964,22 +27642,36 @@ window.tmp = BmpDecoder; return ret; }; - try { - scratchCanvas = global.document.createElement('canvas'); - scratchCtx = scratchCanvas.getContext('2d'); - } catch (e) { - return -1; - } + var hasBrowserCanvas = function hasBrowserCanvas() { + if (Object.prototype.toString.call(global) === "[object Window]") { + try { + scratchCanvas = global.document.createElement('canvas'); + scratchCtx = scratchCanvas.getContext('2d'); + } catch (e) { + return false; + } + + return true; + } + + return false; + }; + + hasBrowserCanvas(); makeImage = function makeImage(imageData) { - var img; - scratchCtx.width = imageData.width; - scratchCtx.height = imageData.height; - scratchCtx.clearRect(0, 0, imageData.width, imageData.height); - scratchCtx.putImageData(imageData, 0, 0); - img = new Image(); - img.src = scratchCanvas.toDataURL(); - return img; + if (hasBrowserCanvas() === true) { + var img; + scratchCtx.width = imageData.width; + scratchCtx.height = imageData.height; + scratchCtx.clearRect(0, 0, imageData.width, imageData.height); + scratchCtx.putImageData(imageData, 0, 0); + img = new Image(); + img.src = scratchCanvas.toDataURL(); + return img; + } + + throw new Error('This method requires a Browser with Canvas-capability.'); }; PNG.prototype.decodeFrames = function (ctx) { @@ -22082,26 +27774,24 @@ window.tmp = BmpDecoder; return PNG; }(); - - global.PNG = PNG; })(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); // `self` is undefined in Firefox for Android content script context // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window -/* - * Extracted from pdf.js - * https://github.com/andreasgal/pdf.js - * - * Copyright (c) 2011 Mozilla Foundation - * - * Contributors: Andreas Gal - * Chris G Jones - * Shaon Barman - * Vivien Nicolas <21@vingtetun.org> - * Justin D'Arcangelo - * Yury Delendik - * - * +/* + * Extracted from pdf.js + * https://github.com/andreasgal/pdf.js + * + * Copyright (c) 2011 Mozilla Foundation + * + * Contributors: Andreas Gal + * Chris G Jones + * Shaon Barman + * Vivien Nicolas <21@vingtetun.org> + * Justin D'Arcangelo + * Yury Delendik + * + * */ var DecodeStream = function () { function constructor() { @@ -22115,7 +27805,7 @@ var DecodeStream = function () { ensureBuffer: function decodestream_ensureBuffer(requested) { var buffer = this.buffer; var current = buffer ? buffer.byteLength : 0; - if (requested < current) return buffer; + if (requested < current) { return buffer; } var size = 512; while (size < requested) { @@ -22134,7 +27824,7 @@ var DecodeStream = function () { var pos = this.pos; while (this.bufferLength <= pos) { - if (this.eof) return null; + if (this.eof) { return null; } this.readBlock(); } @@ -22152,7 +27842,7 @@ var DecodeStream = function () { } var bufEnd = this.bufferLength; - if (end > bufEnd) end = bufEnd; + if (end > bufEnd) { end = bufEnd; } } else { while (!this.eof) { this.readBlock(); @@ -22168,7 +27858,7 @@ var DecodeStream = function () { var pos = this.pos; while (this.bufferLength <= pos) { - if (this.eof) return null; + if (this.eof) { return null; } this.readBlock(); } @@ -22178,7 +27868,7 @@ var DecodeStream = function () { var pos = this.pos; while (this.bufferLength <= pos) { - if (this.eof) return null; + if (this.eof) { return null; } this.readBlock(); } @@ -22194,7 +27884,7 @@ var DecodeStream = function () { return new Stream(this.buffer, start, length, dict); }, skip: function decodestream_skip(n) { - if (!n) n = 1; + if (!n) { n = 1; } this.pos += n; }, reset: function decodestream_reset() { @@ -22204,7 +27894,9 @@ var DecodeStream = function () { return constructor; }(); -var FlateStream = function () { +var globalObject = typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')(); + +var FlateStream = globalObject.FlateStream = function () { if (typeof Uint32Array === 'undefined') { return undefined; } @@ -22224,10 +27916,10 @@ var FlateStream = function () { var bytesPos = 0; var cmf = bytes[bytesPos++]; var flg = bytes[bytesPos++]; - if (cmf == -1 || flg == -1) error('Invalid header in flate stream'); - if ((cmf & 0x0f) != 0x08) error('Unknown compression method in flate stream'); - if (((cmf << 8) + flg) % 31 != 0) error('Bad FCHECK in flate stream'); - if (flg & 0x20) error('FDICT bit set in flate stream'); + if (cmf == -1 || flg == -1) { error('Invalid header in flate stream'); } + if ((cmf & 0x0f) != 0x08) { error('Unknown compression method in flate stream'); } + if (((cmf << 8) + flg) % 31 != 0) { error('Bad FCHECK in flate stream'); } + if (flg & 0x20) { error('FDICT bit set in flate stream'); } this.bytes = bytes; this.bytesPos = bytesPos; this.codeSize = 0; @@ -22245,7 +27937,7 @@ var FlateStream = function () { var b; while (codeSize < bits) { - if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad encoding in flate stream'); + if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad encoding in flate stream'); } codeBuf |= b << codeSize; codeSize += 8; } @@ -22267,7 +27959,7 @@ var FlateStream = function () { while (codeSize < maxLen) { var b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad encoding in flate stream'); + if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad encoding in flate stream'); } codeBuf |= b << codeSize; codeSize += 8; } @@ -22275,7 +27967,7 @@ var FlateStream = function () { var code = codes[codeBuf & (1 << maxLen) - 1]; var codeLen = code >> 16; var codeVal = code & 0xffff; - if (codeSize == 0 || codeSize < codeLen || codeLen == 0) error('Bad encoding in flate stream'); + if (codeSize == 0 || codeSize < codeLen || codeLen == 0) { error('Bad encoding in flate stream'); } this.codeBuf = codeBuf >> codeLen; this.codeSize = codeSize - codeLen; this.bytesPos = bytesPos; @@ -22288,7 +27980,7 @@ var FlateStream = function () { var maxLen = 0; for (var i = 0; i < n; ++i) { - if (lengths[i] > maxLen) maxLen = lengths[i]; + if (lengths[i] > maxLen) { maxLen = lengths[i]; } } // build the table @@ -22331,7 +28023,7 @@ var FlateStream = function () { var hdr = this.getBits(3); - if (hdr & 1) this.eof = true; + if (hdr & 1) { this.eof = true; } hdr >>= 1; if (hdr == 0) { @@ -22339,15 +28031,15 @@ var FlateStream = function () { var bytes = this.bytes; var bytesPos = this.bytesPos; var b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); + if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } var blockLen = b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); + if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } blockLen |= b << 8; - if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); + if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } var check = b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); + if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } check |= b << 8; - if (check != (~blockLen & 0xffff)) error('Bad uncompressed block length in flate stream'); + if (check != (~blockLen & 0xffff)) { error('Bad uncompressed block length in flate stream'); } this.codeBuf = 0; this.codeSize = 0; var bufferLength = this.bufferLength; @@ -22440,12 +28132,12 @@ var FlateStream = function () { code1 -= 257; code1 = lengthDecode[code1]; var code2 = code1 >> 16; - if (code2 > 0) code2 = this.getBits(code2); + if (code2 > 0) { code2 = this.getBits(code2); } var len = (code1 & 0xffff) + code2; code1 = this.getCode(distCodeTable); code1 = distDecode[code1]; code2 = code1 >> 16; - if (code2 > 0) code2 = this.getBits(code2); + if (code2 > 0) { code2 = this.getBits(code2); } var dist = (code1 & 0xffff) + code2; if (pos + len >= limit) { @@ -22461,11 +28153,6 @@ var FlateStream = function () { return constructor; }(); -/*rollup-keeper-start*/ - - -window.tmp = FlateStream; -/*rollup-keeper-end*/ try { module.exports = jsPDF; diff --git a/examples/css/bootstrap.min.css b/examples/css/bootstrap.min.css new file mode 100644 index 000000000..ed3905e0e --- /dev/null +++ b/examples/css/bootstrap.min.css @@ -0,0 +1,6 @@ +/*! + * Bootstrap v3.3.7 (http://getbootstrap.com) + * Copyright 2011-2016 Twitter, Inc. + * Licensed under MIT (https://github.com/twbs/bootstrap/blob/master/LICENSE) + *//*! normalize.css v3.0.3 | MIT License | github.com/necolas/normalize.css */html{font-family:sans-serif;-webkit-text-size-adjust:100%;-ms-text-size-adjust:100%}body{margin:0}article,aside,details,figcaption,figure,footer,header,hgroup,main,menu,nav,section,summary{display:block}audio,canvas,progress,video{display:inline-block;vertical-align:baseline}audio:not([controls]){display:none;height:0}[hidden],template{display:none}a{background-color:transparent}a:active,a:hover{outline:0}abbr[title]{border-bottom:1px dotted}b,strong{font-weight:700}dfn{font-style:italic}h1{margin:.67em 0;font-size:2em}mark{color:#000;background:#ff0}small{font-size:80%}sub,sup{position:relative;font-size:75%;line-height:0;vertical-align:baseline}sup{top:-.5em}sub{bottom:-.25em}img{border:0}svg:not(:root){overflow:hidden}figure{margin:1em 40px}hr{height:0;-webkit-box-sizing:content-box;-moz-box-sizing:content-box;box-sizing:content-box}pre{overflow:auto}code,kbd,pre,samp{font-family:monospace,monospace;font-size:1em}button,input,optgroup,select,textarea{margin:0;font:inherit;color:inherit}button{overflow:visible}button,select{text-transform:none}button,html input[type=button],input[type=reset],input[type=submit]{-webkit-appearance:button;cursor:pointer}button[disabled],html input[disabled]{cursor:default}button::-moz-focus-inner,input::-moz-focus-inner{padding:0;border:0}input{line-height:normal}input[type=checkbox],input[type=radio]{-webkit-box-sizing:border-box;-moz-box-sizing:border-box;box-sizing:border-box;padding:0}input[type=number]::-webkit-inner-spin-button,input[type=number]::-webkit-outer-spin-button{height:auto}input[type=search]{-webkit-box-sizing:content-box;-moz-box-sizing:content-box;box-sizing:content-box;-webkit-appearance:textfield}input[type=search]::-webkit-search-cancel-button,input[type=search]::-webkit-search-decoration{-webkit-appearance:none}fieldset{padding:.35em .625em .75em;margin:0 2px;border:1px solid silver}legend{padding:0;border:0}textarea{overflow:auto}optgroup{font-weight:700}table{border-spacing:0;border-collapse:collapse}td,th{padding:0}/*! 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t=this.editor;t.selectAll(),this.$clickSelection=t.getSelectionRange(),this.setState("selectAll")},this.onMouseWheel=function(e){if(e.getAccelKey())return;e.getShiftKey()&&e.wheelY&&!e.wheelX&&(e.wheelX=e.wheelY,e.wheelY=0);var t=e.domEvent.timeStamp,n=t-(this.$lastScrollTime||0),r=this.editor,i=r.renderer.isScrollableBy(e.wheelX*e.speed,e.wheelY*e.speed);if(i||n<200)return this.$lastScrollTime=t,r.renderer.scrollBy(e.wheelX*e.speed,e.wheelY*e.speed),e.stop()},this.onTouchMove=function(e){var t=e.domEvent.timeStamp,n=t-(this.$lastScrollTime||0),r=this.editor,i=r.renderer.isScrollableBy(e.wheelX*e.speed,e.wheelY*e.speed);if(i||n<200)return this.$lastScrollTime=t,r.renderer.scrollBy(e.wheelX*e.speed,e.wheelY*e.speed),e.stop()}}).call(u.prototype),t.DefaultHandlers=u}),define("ace/tooltip",["require","exports","module","ace/lib/oop","ace/lib/dom"],function(e,t,n){"use strict";function s(e){this.isOpen=!1,this.$element=null,this.$parentNode=e}var r=e("./lib/oop"),i=e("./lib/dom");(function(){this.$init=function(){return this.$element=i.createElement("div"),this.$element.className="ace_tooltip",this.$element.style.display="none",this.$parentNode.appendChild(this.$element),this.$element},this.getElement=function(){return this.$element||this.$init()},this.setText=function(e){i.setInnerText(this.getElement(),e)},this.setHtml=function(e){this.getElement().innerHTML=e},this.setPosition=function(e,t){this.getElement().style.left=e+"px",this.getElement().style.top=t+"px"},this.setClassName=function(e){i.addCssClass(this.getElement(),e)},this.show=function(e,t,n){e!=null&&this.setText(e),t!=null&&n!=null&&this.setPosition(t,n),this.isOpen||(this.getElement().style.display="block",this.isOpen=!0)},this.hide=function(){this.isOpen&&(this.getElement().style.display="none",this.isOpen=!1)},this.getHeight=function(){return this.getElement().offsetHeight},this.getWidth=function(){return this.getElement().offsetWidth}}).call(s.prototype),t.Tooltip=s}),define("ace/mouse/default_gutter_handler",["require","exports","module","ace/lib/dom","ace/lib/oop","ace/lib/event","ace/tooltip"],function(e,t,n){"use strict";function u(e){function l(){var r=u.getDocumentPosition().row,s=n.$annotations[r];if(!s)return c();var o=t.session.getLength();if(r==o){var a=t.renderer.pixelToScreenCoordinates(0,u.y).row,l=u.$pos;if(a>t.session.documentToScreenRow(l.row,l.column))return c()}if(f==s)return;f=s.text.join("
    "),i.setHtml(f),i.show(),t._signal("showGutterTooltip",i),t.on("mousewheel",c);if(e.$tooltipFollowsMouse)h(u);else{var p=u.domEvent.target,d=p.getBoundingClientRect(),v=i.getElement().style;v.left=d.right+"px",v.top=d.bottom+"px"}}function c(){o&&(o=clearTimeout(o)),f&&(i.hide(),f=null,t._signal("hideGutterTooltip",i),t.removeEventListener("mousewheel",c))}function h(e){i.setPosition(e.x,e.y)}var t=e.editor,n=t.renderer.$gutterLayer,i=new a(t.container);e.editor.setDefaultHandler("guttermousedown",function(r){if(!t.isFocused()||r.getButton()!=0)return;var i=n.getRegion(r);if(i=="foldWidgets")return;var s=r.getDocumentPosition().row,o=t.session.selection;if(r.getShiftKey())o.selectTo(s,0);else{if(r.domEvent.detail==2)return t.selectAll(),r.preventDefault();e.$clickSelection=t.selection.getLineRange(s)}return e.setState("selectByLines"),e.captureMouse(r),r.preventDefault()});var o,u,f;e.editor.setDefaultHandler("guttermousemove",function(t){var n=t.domEvent.target||t.domEvent.srcElement;if(r.hasCssClass(n,"ace_fold-widget"))return c();f&&e.$tooltipFollowsMouse&&h(t),u=t;if(o)return;o=setTimeout(function(){o=null,u&&!e.isMousePressed?l():c()},50)}),s.addListener(t.renderer.$gutter,"mouseout",function(e){u=null;if(!f||o)return;o=setTimeout(function(){o=null,c()},50)}),t.on("changeSession",c)}function a(e){o.call(this,e)}var r=e("../lib/dom"),i=e("../lib/oop"),s=e("../lib/event"),o=e("../tooltip").Tooltip;i.inherits(a,o),function(){this.setPosition=function(e,t){var n=window.innerWidth||document.documentElement.clientWidth,r=window.innerHeight||document.documentElement.clientHeight,i=this.getWidth(),s=this.getHeight();e+=15,t+=15,e+i>n&&(e-=e+i-n),t+s>r&&(t-=20+s),o.prototype.setPosition.call(this,e,t)}}.call(a.prototype),t.GutterHandler=u}),define("ace/mouse/mouse_event",["require","exports","module","ace/lib/event","ace/lib/useragent"],function(e,t,n){"use strict";var r=e("../lib/event"),i=e("../lib/useragent"),s=t.MouseEvent=function(e,t){this.domEvent=e,this.editor=t,this.x=this.clientX=e.clientX,this.y=this.clientY=e.clientY,this.$pos=null,this.$inSelection=null,this.propagationStopped=!1,this.defaultPrevented=!1};(function(){this.stopPropagation=function(){r.stopPropagation(this.domEvent),this.propagationStopped=!0},this.preventDefault=function(){r.preventDefault(this.domEvent),this.defaultPrevented=!0},this.stop=function(){this.stopPropagation(),this.preventDefault()},this.getDocumentPosition=function(){return this.$pos?this.$pos:(this.$pos=this.editor.renderer.screenToTextCoordinates(this.clientX,this.clientY),this.$pos)},this.inSelection=function(){if(this.$inSelection!==null)return this.$inSelection;var e=this.editor,t=e.getSelectionRange();if(t.isEmpty())this.$inSelection=!1;else{var n=this.getDocumentPosition();this.$inSelection=t.contains(n.row,n.column)}return this.$inSelection},this.getButton=function(){return r.getButton(this.domEvent)},this.getShiftKey=function(){return this.domEvent.shiftKey},this.getAccelKey=i.isMac?function(){return this.domEvent.metaKey}:function(){return this.domEvent.ctrlKey}}).call(s.prototype)}),define("ace/mouse/dragdrop_handler",["require","exports","module","ace/lib/dom","ace/lib/event","ace/lib/useragent"],function(e,t,n){"use strict";function f(e){function T(e,n){var r=Date.now(),i=!n||e.row!=n.row,s=!n||e.column!=n.column;if(!S||i||s)t.$blockScrolling+=1,t.moveCursorToPosition(e),t.$blockScrolling-=1,S=r,x={x:p,y:d};else{var o=l(x.x,x.y,p,d);o>a?S=null:r-S>=u&&(t.renderer.scrollCursorIntoView(),S=null)}}function N(e,n){var r=Date.now(),i=t.renderer.layerConfig.lineHeight,s=t.renderer.layerConfig.characterWidth,u=t.renderer.scroller.getBoundingClientRect(),a={x:{left:p-u.left,right:u.right-p},y:{top:d-u.top,bottom:u.bottom-d}},f=Math.min(a.x.left,a.x.right),l=Math.min(a.y.top,a.y.bottom),c={row:e.row,column:e.column};f/s<=2&&(c.column+=a.x.left=o&&t.renderer.scrollCursorIntoView(c):E=r:E=null}function C(){var e=g;g=t.renderer.screenToTextCoordinates(p,d),T(g,e),N(g,e)}function k(){m=t.selection.toOrientedRange(),h=t.session.addMarker(m,"ace_selection",t.getSelectionStyle()),t.clearSelection(),t.isFocused()&&t.renderer.$cursorLayer.setBlinking(!1),clearInterval(v),C(),v=setInterval(C,20),y=0,i.addListener(document,"mousemove",O)}function L(){clearInterval(v),t.session.removeMarker(h),h=null,t.$blockScrolling+=1,t.selection.fromOrientedRange(m),t.$blockScrolling-=1,t.isFocused()&&!w&&t.renderer.$cursorLayer.setBlinking(!t.getReadOnly()),m=null,g=null,y=0,E=null,S=null,i.removeListener(document,"mousemove",O)}function O(){A==null&&(A=setTimeout(function(){A!=null&&h&&L()},20))}function M(e){var t=e.types;return!t||Array.prototype.some.call(t,function(e){return e=="text/plain"||e=="Text"})}function _(e){var t=["copy","copymove","all","uninitialized"],n=["move","copymove","linkmove","all","uninitialized"],r=s.isMac?e.altKey:e.ctrlKey,i="uninitialized";try{i=e.dataTransfer.effectAllowed.toLowerCase()}catch(e){}var o="none";return r&&t.indexOf(i)>=0?o="copy":n.indexOf(i)>=0?o="move":t.indexOf(i)>=0&&(o="copy"),o}var t=e.editor,n=r.createElement("img");n.src="data:image/gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw==",s.isOpera&&(n.style.cssText="width:1px;height:1px;position:fixed;top:0;left:0;z-index:2147483647;opacity:0;");var f=["dragWait","dragWaitEnd","startDrag","dragReadyEnd","onMouseDrag"];f.forEach(function(t){e[t]=this[t]},this),t.addEventListener("mousedown",this.onMouseDown.bind(e));var c=t.container,h,p,d,v,m,g,y=0,b,w,E,S,x;this.onDragStart=function(e){if(this.cancelDrag||!c.draggable){var r=this;return setTimeout(function(){r.startSelect(),r.captureMouse(e)},0),e.preventDefault()}m=t.getSelectionRange();var i=e.dataTransfer;i.effectAllowed=t.getReadOnly()?"copy":"copyMove",s.isOpera&&(t.container.appendChild(n),n.scrollTop=0),i.setDragImage&&i.setDragImage(n,0,0),s.isOpera&&t.container.removeChild(n),i.clearData(),i.setData("Text",t.session.getTextRange()),w=!0,this.setState("drag")},this.onDragEnd=function(e){c.draggable=!1,w=!1,this.setState(null);if(!t.getReadOnly()){var n=e.dataTransfer.dropEffect;!b&&n=="move"&&t.session.remove(t.getSelectionRange()),t.renderer.$cursorLayer.setBlinking(!0)}this.editor.unsetStyle("ace_dragging"),this.editor.renderer.setCursorStyle("")},this.onDragEnter=function(e){if(t.getReadOnly()||!M(e.dataTransfer))return;return p=e.clientX,d=e.clientY,h||k(),y++,e.dataTransfer.dropEffect=b=_(e),i.preventDefault(e)},this.onDragOver=function(e){if(t.getReadOnly()||!M(e.dataTransfer))return;return p=e.clientX,d=e.clientY,h||(k(),y++),A!==null&&(A=null),e.dataTransfer.dropEffect=b=_(e),i.preventDefault(e)},this.onDragLeave=function(e){y--;if(y<=0&&h)return L(),b=null,i.preventDefault(e)},this.onDrop=function(e){if(!g)return;var n=e.dataTransfer;if(w)switch(b){case"move":m.contains(g.row,g.column)?m={start:g,end:g}:m=t.moveText(m,g);break;case"copy":m=t.moveText(m,g,!0)}else{var r=n.getData("Text");m={start:g,end:t.session.insert(g,r)},t.focus(),b=null}return L(),i.preventDefault(e)},i.addListener(c,"dragstart",this.onDragStart.bind(e)),i.addListener(c,"dragend",this.onDragEnd.bind(e)),i.addListener(c,"dragenter",this.onDragEnter.bind(e)),i.addListener(c,"dragover",this.onDragOver.bind(e)),i.addListener(c,"dragleave",this.onDragLeave.bind(e)),i.addListener(c,"drop",this.onDrop.bind(e));var A=null}function l(e,t,n,r){return Math.sqrt(Math.pow(n-e,2)+Math.pow(r-t,2))}var r=e("../lib/dom"),i=e("../lib/event"),s=e("../lib/useragent"),o=200,u=200,a=5;(function(){this.dragWait=function(){var e=Date.now()-this.mousedownEvent.time;e>this.editor.getDragDelay()&&this.startDrag()},this.dragWaitEnd=function(){var e=this.editor.container;e.draggable=!1,this.startSelect(this.mousedownEvent.getDocumentPosition()),this.selectEnd()},this.dragReadyEnd=function(e){this.editor.renderer.$cursorLayer.setBlinking(!this.editor.getReadOnly()),this.editor.unsetStyle("ace_dragging"),this.editor.renderer.setCursorStyle(""),this.dragWaitEnd()},this.startDrag=function(){this.cancelDrag=!1;var e=this.editor,t=e.container;t.draggable=!0,e.renderer.$cursorLayer.setBlinking(!1),e.setStyle("ace_dragging");var n=s.isWin?"default":"move";e.renderer.setCursorStyle(n),this.setState("dragReady")},this.onMouseDrag=function(e){var t=this.editor.container;if(s.isIE&&this.state=="dragReady"){var n=l(this.mousedownEvent.x,this.mousedownEvent.y,this.x,this.y);n>3&&t.dragDrop()}if(this.state==="dragWait"){var n=l(this.mousedownEvent.x,this.mousedownEvent.y,this.x,this.y);n>0&&(t.draggable=!1,this.startSelect(this.mousedownEvent.getDocumentPosition()))}},this.onMouseDown=function(e){if(!this.$dragEnabled)return;this.mousedownEvent=e;var t=this.editor,n=e.inSelection(),r=e.getButton(),i=e.domEvent.detail||1;if(i===1&&r===0&&n){if(e.editor.inMultiSelectMode&&(e.getAccelKey()||e.getShiftKey()))return;this.mousedownEvent.time=Date.now();var o=e.domEvent.target||e.domEvent.srcElement;"unselectable"in o&&(o.unselectable="on");if(t.getDragDelay()){if(s.isWebKit){this.cancelDrag=!0;var u=t.container;u.draggable=!0}this.setState("dragWait")}else this.startDrag();this.captureMouse(e,this.onMouseDrag.bind(this)),e.defaultPrevented=!0}}}).call(f.prototype),t.DragdropHandler=f}),define("ace/lib/net",["require","exports","module","ace/lib/dom"],function(e,t,n){"use strict";var r=e("./dom");t.get=function(e,t){var n=new XMLHttpRequest;n.open("GET",e,!0),n.onreadystatechange=function(){n.readyState===4&&t(n.responseText)},n.send(null)},t.loadScript=function(e,t){var n=r.getDocumentHead(),i=document.createElement("script");i.src=e,n.appendChild(i),i.onload=i.onreadystatechange=function(e,n){if(n||!i.readyState||i.readyState=="loaded"||i.readyState=="complete")i=i.onload=i.onreadystatechange=null,n||t()}},t.qualifyURL=function(e){var t=document.createElement("a");return t.href=e,t.href}}),define("ace/lib/event_emitter",["require","exports","module"],function(e,t,n){"use strict";var r={},i=function(){this.propagationStopped=!0},s=function(){this.defaultPrevented=!0};r._emit=r._dispatchEvent=function(e,t){this._eventRegistry||(this._eventRegistry={}),this._defaultHandlers||(this._defaultHandlers={});var n=this._eventRegistry[e]||[],r=this._defaultHandlers[e];if(!n.length&&!r)return;if(typeof t!="object"||!t)t={};t.type||(t.type=e),t.stopPropagation||(t.stopPropagation=i),t.preventDefault||(t.preventDefault=s),n=n.slice();for(var o=0;o1&&(i=n[n.length-2]);var o=a[t+"Path"];return o==null?o=a.basePath:r=="/"&&(t=r=""),o&&o.slice(-1)!="/"&&(o+="/"),o+t+r+i+this.get("suffix")},t.setModuleUrl=function(e,t){return a.$moduleUrls[e]=t},t.$loading={},t.loadModule=function(n,r){var i,o;Array.isArray(n)&&(o=n[0],n=n[1]);try{i=e(n)}catch(u){}if(i&&!t.$loading[n])return r&&r(i);t.$loading[n]||(t.$loading[n]=[]),t.$loading[n].push(r);if(t.$loading[n].length>1)return;var a=function(){e([n],function(e){t._emit("load.module",{name:n,module:e});var r=t.$loading[n];t.$loading[n]=null,r.forEach(function(t){t&&t(e)})})};if(!t.get("packaged"))return a();s.loadScript(t.moduleUrl(n,o),a)},t.init=f}),define("ace/mouse/mouse_handler",["require","exports","module","ace/lib/event","ace/lib/useragent","ace/mouse/default_handlers","ace/mouse/default_gutter_handler","ace/mouse/mouse_event","ace/mouse/dragdrop_handler","ace/config"],function(e,t,n){"use strict";var r=e("../lib/event"),i=e("../lib/useragent"),s=e("./default_handlers").DefaultHandlers,o=e("./default_gutter_handler").GutterHandler,u=e("./mouse_event").MouseEvent,a=e("./dragdrop_handler").DragdropHandler,f=e("../config"),l=function(e){var t=this;this.editor=e,new s(this),new o(this),new a(this);var n=function(t){var n=!document.hasFocus||!document.hasFocus()||!e.isFocused()&&document.activeElement==(e.textInput&&e.textInput.getElement());n&&window.focus(),e.focus()},u=e.renderer.getMouseEventTarget();r.addListener(u,"click",this.onMouseEvent.bind(this,"click")),r.addListener(u,"mousemove",this.onMouseMove.bind(this,"mousemove")),r.addMultiMouseDownListener([u,e.renderer.scrollBarV&&e.renderer.scrollBarV.inner,e.renderer.scrollBarH&&e.renderer.scrollBarH.inner,e.textInput&&e.textInput.getElement()].filter(Boolean),[400,300,250],this,"onMouseEvent"),r.addMouseWheelListener(e.container,this.onMouseWheel.bind(this,"mousewheel")),r.addTouchMoveListener(e.container,this.onTouchMove.bind(this,"touchmove"));var f=e.renderer.$gutter;r.addListener(f,"mousedown",this.onMouseEvent.bind(this,"guttermousedown")),r.addListener(f,"click",this.onMouseEvent.bind(this,"gutterclick")),r.addListener(f,"dblclick",this.onMouseEvent.bind(this,"gutterdblclick")),r.addListener(f,"mousemove",this.onMouseEvent.bind(this,"guttermousemove")),r.addListener(u,"mousedown",n),r.addListener(f,"mousedown",n),i.isIE&&e.renderer.scrollBarV&&(r.addListener(e.renderer.scrollBarV.element,"mousedown",n),r.addListener(e.renderer.scrollBarH.element,"mousedown",n)),e.on("mousemove",function(n){if(t.state||t.$dragDelay||!t.$dragEnabled)return;var r=e.renderer.screenToTextCoordinates(n.x,n.y),i=e.session.selection.getRange(),s=e.renderer;!i.isEmpty()&&i.insideStart(r.row,r.column)?s.setCursorStyle("default"):s.setCursorStyle("")})};(function(){this.onMouseEvent=function(e,t){this.editor._emit(e,new u(t,this.editor))},this.onMouseMove=function(e,t){var n=this.editor._eventRegistry&&this.editor._eventRegistry.mousemove;if(!n||!n.length)return;this.editor._emit(e,new u(t,this.editor))},this.onMouseWheel=function(e,t){var n=new u(t,this.editor);n.speed=this.$scrollSpeed*2,n.wheelX=t.wheelX,n.wheelY=t.wheelY,this.editor._emit(e,n)},this.onTouchMove=function(e,t){var n=new u(t,this.editor);n.speed=1,n.wheelX=t.wheelX,n.wheelY=t.wheelY,this.editor._emit(e,n)},this.setState=function(e){this.state=e},this.captureMouse=function(e,t){this.x=e.x,this.y=e.y,this.isMousePressed=!0;var n=this.editor.renderer;n.$keepTextAreaAtCursor&&(n.$keepTextAreaAtCursor=null);var s=this,o=function(e){if(!e)return;if(i.isWebKit&&!e.which&&s.releaseMouse)return s.releaseMouse();s.x=e.clientX,s.y=e.clientY,t&&t(e),s.mouseEvent=new u(e,s.editor),s.$mouseMoved=!0},a=function(e){clearInterval(l),f(),s[s.state+"End"]&&s[s.state+"End"](e),s.state="",n.$keepTextAreaAtCursor==null&&(n.$keepTextAreaAtCursor=!0,n.$moveTextAreaToCursor()),s.isMousePressed=!1,s.$onCaptureMouseMove=s.releaseMouse=null,e&&s.onMouseEvent("mouseup",e)},f=function(){s[s.state]&&s[s.state](),s.$mouseMoved=!1};if(i.isOldIE&&e.domEvent.type=="dblclick")return setTimeout(function(){a(e)});s.$onCaptureMouseMove=o,s.releaseMouse=r.capture(this.editor.container,o,a);var l=setInterval(f,20)},this.releaseMouse=null,this.cancelContextMenu=function(){var e=function(t){if(t&&t.domEvent&&t.domEvent.type!="contextmenu")return;this.editor.off("nativecontextmenu",e),t&&t.domEvent&&r.stopEvent(t.domEvent)}.bind(this);setTimeout(e,10),this.editor.on("nativecontextmenu",e)}}).call(l.prototype),f.defineOptions(l.prototype,"mouseHandler",{scrollSpeed:{initialValue:2},dragDelay:{initialValue:i.isMac?150:0},dragEnabled:{initialValue:!0},focusTimout:{initialValue:0},tooltipFollowsMouse:{initialValue:!0}}),t.MouseHandler=l}),define("ace/mouse/fold_handler",["require","exports","module"],function(e,t,n){"use strict";function r(e){e.on("click",function(t){var n=t.getDocumentPosition(),r=e.session,i=r.getFoldAt(n.row,n.column,1);i&&(t.getAccelKey()?r.removeFold(i):r.expandFold(i),t.stop())}),e.on("gutterclick",function(t){var n=e.renderer.$gutterLayer.getRegion(t);if(n=="foldWidgets"){var r=t.getDocumentPosition().row,i=e.session;i.foldWidgets&&i.foldWidgets[r]&&e.session.onFoldWidgetClick(r,t),e.isFocused()||e.focus(),t.stop()}}),e.on("gutterdblclick",function(t){var n=e.renderer.$gutterLayer.getRegion(t);if(n=="foldWidgets"){var r=t.getDocumentPosition().row,i=e.session,s=i.getParentFoldRangeData(r,!0),o=s.range||s.firstRange;if(o){r=o.start.row;var u=i.getFoldAt(r,i.getLine(r).length,1);u?i.removeFold(u):(i.addFold("...",o),e.renderer.scrollCursorIntoView({row:o.start.row,column:0}))}t.stop()}})}t.FoldHandler=r}),define("ace/keyboard/keybinding",["require","exports","module","ace/lib/keys","ace/lib/event"],function(e,t,n){"use strict";var r=e("../lib/keys"),i=e("../lib/event"),s=function(e){this.$editor=e,this.$data={editor:e},this.$handlers=[],this.setDefaultHandler(e.commands)};(function(){this.setDefaultHandler=function(e){this.removeKeyboardHandler(this.$defaultHandler),this.$defaultHandler=e,this.addKeyboardHandler(e,0)},this.setKeyboardHandler=function(e){var t=this.$handlers;if(t[t.length-1]==e)return;while(t[t.length-1]&&t[t.length-1]!=this.$defaultHandler)this.removeKeyboardHandler(t[t.length-1]);this.addKeyboardHandler(e,1)},this.addKeyboardHandler=function(e,t){if(!e)return;typeof e=="function"&&!e.handleKeyboard&&(e.handleKeyboard=e);var n=this.$handlers.indexOf(e);n!=-1&&this.$handlers.splice(n,1),t==undefined?this.$handlers.push(e):this.$handlers.splice(t,0,e),n==-1&&e.attach&&e.attach(this.$editor)},this.removeKeyboardHandler=function(e){var t=this.$handlers.indexOf(e);return t==-1?!1:(this.$handlers.splice(t,1),e.detach&&e.detach(this.$editor),!0)},this.getKeyboardHandler=function(){return this.$handlers[this.$handlers.length-1]},this.getStatusText=function(){var e=this.$data,t=e.editor;return this.$handlers.map(function(n){return n.getStatusText&&n.getStatusText(t,e)||""}).filter(Boolean).join(" ")},this.$callKeyboardHandlers=function(e,t,n,r){var s,o=!1,u=this.$editor.commands;for(var a=this.$handlers.length;a--;){s=this.$handlers[a].handleKeyboard(this.$data,e,t,n,r);if(!s||!s.command)continue;s.command=="null"?o=!0:o=u.exec(s.command,this.$editor,s.args,r),o&&r&&e!=-1&&s.passEvent!=1&&s.command.passEvent!=1&&i.stopEvent(r);if(o)break}return!o&&e==-1&&(s={command:"insertstring"},o=u.exec("insertstring",this.$editor,t)),o&&this.$editor._signal&&this.$editor._signal("keyboardActivity",s),o},this.onCommandKey=function(e,t,n){var i=r.keyCodeToString(n);this.$callKeyboardHandlers(t,i,n,e)},this.onTextInput=function(e){this.$callKeyboardHandlers(-1,e)}}).call(s.prototype),t.KeyBinding=s}),define("ace/range",["require","exports","module"],function(e,t,n){"use strict";var r=function(e,t){return e.row-t.row||e.column-t.column},i=function(e,t,n,r){this.start={row:e,column:t},this.end={row:n,column:r}};(function(){this.isEqual=function(e){return this.start.row===e.start.row&&this.end.row===e.end.row&&this.start.column===e.start.column&&this.end.column===e.end.column},this.toString=function(){return"Range: ["+this.start.row+"/"+this.start.column+"] -> ["+this.end.row+"/"+this.end.column+"]"},this.contains=function(e,t){return this.compare(e,t)==0},this.compareRange=function(e){var t,n=e.end,r=e.start;return t=this.compare(n.row,n.column),t==1?(t=this.compare(r.row,r.column),t==1?2:t==0?1:0):t==-1?-2:(t=this.compare(r.row,r.column),t==-1?-1:t==1?42:0)},this.comparePoint=function(e){return this.compare(e.row,e.column)},this.containsRange=function(e){return this.comparePoint(e.start)==0&&this.comparePoint(e.end)==0},this.intersects=function(e){var t=this.compareRange(e);return t==-1||t==0||t==1},this.isEnd=function(e,t){return this.end.row==e&&this.end.column==t},this.isStart=function(e,t){return this.start.row==e&&this.start.column==t},this.setStart=function(e,t){typeof e=="object"?(this.start.column=e.column,this.start.row=e.row):(this.start.row=e,this.start.column=t)},this.setEnd=function(e,t){typeof e=="object"?(this.end.column=e.column,this.end.row=e.row):(this.end.row=e,this.end.column=t)},this.inside=function(e,t){return this.compare(e,t)==0?this.isEnd(e,t)||this.isStart(e,t)?!1:!0:!1},this.insideStart=function(e,t){return this.compare(e,t)==0?this.isEnd(e,t)?!1:!0:!1},this.insideEnd=function(e,t){return this.compare(e,t)==0?this.isStart(e,t)?!1:!0:!1},this.compare=function(e,t){return!this.isMultiLine()&&e===this.start.row?tthis.end.column?1:0:ethis.end.row?1:this.start.row===e?t>=this.start.column?0:-1:this.end.row===e?t<=this.end.column?0:1:0},this.compareStart=function(e,t){return this.start.row==e&&this.start.column==t?-1:this.compare(e,t)},this.compareEnd=function(e,t){return this.end.row==e&&this.end.column==t?1:this.compare(e,t)},this.compareInside=function(e,t){return this.end.row==e&&this.end.column==t?1:this.start.row==e&&this.start.column==t?-1:this.compare(e,t)},this.clipRows=function(e,t){if(this.end.row>t)var n={row:t+1,column:0};else if(this.end.rowt)var r={row:t+1,column:0};else if(this.start.rowt.row||e.row==t.row&&e.column>t.column},this.getRange=function(){var e=this.anchor,t=this.lead;return this.isEmpty()?o.fromPoints(t,t):this.isBackwards()?o.fromPoints(t,e):o.fromPoints(e,t)},this.clearSelection=function(){this.$isEmpty||(this.$isEmpty=!0,this._emit("changeSelection"))},this.selectAll=function(){var e=this.doc.getLength()-1;this.setSelectionAnchor(0,0),this.moveCursorTo(e,this.doc.getLine(e).length)},this.setRange=this.setSelectionRange=function(e,t){t?(this.setSelectionAnchor(e.end.row,e.end.column),this.selectTo(e.start.row,e.start.column)):(this.setSelectionAnchor(e.start.row,e.start.column),this.selectTo(e.end.row,e.end.column)),this.getRange().isEmpty()&&(this.$isEmpty=!0),this.$desiredColumn=null},this.$moveSelection=function(e){var t=this.lead;this.$isEmpty&&this.setSelectionAnchor(t.row,t.column),e.call(this)},this.selectTo=function(e,t){this.$moveSelection(function(){this.moveCursorTo(e,t)})},this.selectToPosition=function(e){this.$moveSelection(function(){this.moveCursorToPosition(e)})},this.moveTo=function(e,t){this.clearSelection(),this.moveCursorTo(e,t)},this.moveToPosition=function(e){this.clearSelection(),this.moveCursorToPosition(e)},this.selectUp=function(){this.$moveSelection(this.moveCursorUp)},this.selectDown=function(){this.$moveSelection(this.moveCursorDown)},this.selectRight=function(){this.$moveSelection(this.moveCursorRight)},this.selectLeft=function(){this.$moveSelection(this.moveCursorLeft)},this.selectLineStart=function(){this.$moveSelection(this.moveCursorLineStart)},this.selectLineEnd=function(){this.$moveSelection(this.moveCursorLineEnd)},this.selectFileEnd=function(){this.$moveSelection(this.moveCursorFileEnd)},this.selectFileStart=function(){this.$moveSelection(this.moveCursorFileStart)},this.selectWordRight=function(){this.$moveSelection(this.moveCursorWordRight)},this.selectWordLeft=function(){this.$moveSelection(this.moveCursorWordLeft)},this.getWordRange=function(e,t){if(typeof t=="undefined"){var n=e||this.lead;e=n.row,t=n.column}return this.session.getWordRange(e,t)},this.selectWord=function(){this.setSelectionRange(this.getWordRange())},this.selectAWord=function(){var e=this.getCursor(),t=this.session.getAWordRange(e.row,e.column);this.setSelectionRange(t)},this.getLineRange=function(e,t){var n=typeof e=="number"?e:this.lead.row,r,i=this.session.getFoldLine(n);return i?(n=i.start.row,r=i.end.row):r=n,t===!0?new o(n,0,r,this.session.getLine(r).length):new o(n,0,r+1,0)},this.selectLine=function(){this.setSelectionRange(this.getLineRange())},this.moveCursorUp=function(){this.moveCursorBy(-1,0)},this.moveCursorDown=function(){this.moveCursorBy(1,0)},this.moveCursorLeft=function(){var e=this.lead.getPosition(),t;if(t=this.session.getFoldAt(e.row,e.column,-1))this.moveCursorTo(t.start.row,t.start.column);else if(e.column===0)e.row>0&&this.moveCursorTo(e.row-1,this.doc.getLine(e.row-1).length);else{var n=this.session.getTabSize();this.session.isTabStop(e)&&this.doc.getLine(e.row).slice(e.column-n,e.column).split(" ").length-1==n?this.moveCursorBy(0,-n):this.moveCursorBy(0,-1)}},this.moveCursorRight=function(){var e=this.lead.getPosition(),t;if(t=this.session.getFoldAt(e.row,e.column,1))this.moveCursorTo(t.end.row,t.end.column);else if(this.lead.column==this.doc.getLine(this.lead.row).length)this.lead.row0&&(t.column=r)}}this.moveCursorTo(t.row,t.column)},this.moveCursorFileEnd=function(){var e=this.doc.getLength()-1,t=this.doc.getLine(e).length;this.moveCursorTo(e,t)},this.moveCursorFileStart=function(){this.moveCursorTo(0,0)},this.moveCursorLongWordRight=function(){var e=this.lead.row,t=this.lead.column,n=this.doc.getLine(e),r=n.substring(t),i;this.session.nonTokenRe.lastIndex=0,this.session.tokenRe.lastIndex=0;var s=this.session.getFoldAt(e,t,1);if(s){this.moveCursorTo(s.end.row,s.end.column);return}if(i=this.session.nonTokenRe.exec(r))t+=this.session.nonTokenRe.lastIndex,this.session.nonTokenRe.lastIndex=0,r=n.substring(t);if(t>=n.length){this.moveCursorTo(e,n.length),this.moveCursorRight(),e0&&this.moveCursorWordLeft();return}if(o=this.session.tokenRe.exec(s))t-=this.session.tokenRe.lastIndex,this.session.tokenRe.lastIndex=0;this.moveCursorTo(e,t)},this.$shortWordEndIndex=function(e){var t,n=0,r,i=/\s/,s=this.session.tokenRe;s.lastIndex=0;if(t=this.session.tokenRe.exec(e))n=this.session.tokenRe.lastIndex;else{while((r=e[n])&&i.test(r))n++;if(n<1){s.lastIndex=0;while((r=e[n])&&!s.test(r)){s.lastIndex=0,n++;if(i.test(r)){if(n>2){n--;break}while((r=e[n])&&i.test(r))n++;if(n>2)break}}}}return s.lastIndex=0,n},this.moveCursorShortWordRight=function(){var e=this.lead.row,t=this.lead.column,n=this.doc.getLine(e),r=n.substring(t),i=this.session.getFoldAt(e,t,1);if(i)return this.moveCursorTo(i.end.row,i.end.column);if(t==n.length){var s=this.doc.getLength();do e++,r=this.doc.getLine(e);while(e0&&/^\s*$/.test(r));t=r.length,/\s+$/.test(r)||(r="")}var s=i.stringReverse(r),o=this.$shortWordEndIndex(s);return this.moveCursorTo(e,t-o)},this.moveCursorWordRight=function(){this.session.$selectLongWords?this.moveCursorLongWordRight():this.moveCursorShortWordRight()},this.moveCursorWordLeft=function(){this.session.$selectLongWords?this.moveCursorLongWordLeft():this.moveCursorShortWordLeft()},this.moveCursorBy=function(e,t){var n=this.session.documentToScreenPosition(this.lead.row,this.lead.column);t===0&&(this.$desiredColumn?n.column=this.$desiredColumn:this.$desiredColumn=n.column);var r=this.session.screenToDocumentPosition(n.row+e,n.column);e!==0&&t===0&&r.row===this.lead.row&&r.column===this.lead.column&&this.session.lineWidgets&&this.session.lineWidgets[r.row]&&(r.row>0||e>0)&&r.row++,this.moveCursorTo(r.row,r.column+t,t===0)},this.moveCursorToPosition=function(e){this.moveCursorTo(e.row,e.column)},this.moveCursorTo=function(e,t,n){var r=this.session.getFoldAt(e,t,1);r&&(e=r.start.row,t=r.start.column),this.$keepDesiredColumnOnChange=!0,this.lead.setPosition(e,t),this.$keepDesiredColumnOnChange=!1,n||(this.$desiredColumn=null)},this.moveCursorToScreen=function(e,t,n){var r=this.session.screenToDocumentPosition(e,t);this.moveCursorTo(r.row,r.column,n)},this.detach=function(){this.lead.detach(),this.anchor.detach(),this.session=this.doc=null},this.fromOrientedRange=function(e){this.setSelectionRange(e,e.cursor==e.start),this.$desiredColumn=e.desiredColumn||this.$desiredColumn},this.toOrientedRange=function(e){var t=this.getRange();return e?(e.start.column=t.start.column,e.start.row=t.start.row,e.end.column=t.end.column,e.end.row=t.end.row):e=t,e.cursor=this.isBackwards()?e.start:e.end,e.desiredColumn=this.$desiredColumn,e},this.getRangeOfMovements=function(e){var t=this.getCursor();try{e(this);var n=this.getCursor();return o.fromPoints(t,n)}catch(r){return o.fromPoints(t,t)}finally{this.moveCursorToPosition(t)}},this.toJSON=function(){if(this.rangeCount)var e=this.ranges.map(function(e){var t=e.clone();return t.isBackwards=e.cursor==e.start,t});else{var e=this.getRange();e.isBackwards=this.isBackwards()}return e},this.fromJSON=function(e){if(e.start==undefined){if(this.rangeList){this.toSingleRange(e[0]);for(var t=e.length;t--;){var n=o.fromPoints(e[t].start,e[t].end);e[t].isBackwards&&(n.cursor=n.start),this.addRange(n,!0)}return}e=e[0]}this.rangeList&&this.toSingleRange(e),this.setSelectionRange(e,e.isBackwards)},this.isEqual=function(e){if((e.length||this.rangeCount)&&e.length!=this.rangeCount)return!1;if(!e.length||!this.ranges)return this.getRange().isEqual(e);for(var t=this.ranges.length;t--;)if(!this.ranges[t].isEqual(e[t]))return!1;return!0}}).call(u.prototype),t.Selection=u}),define("ace/tokenizer",["require","exports","module","ace/config"],function(e,t,n){"use strict";var r=e("./config"),i=2e3,s=function(e){this.states=e,this.regExps={},this.matchMappings={};for(var t in this.states){var n=this.states[t],r=[],i=0,s=this.matchMappings[t]={defaultToken:"text"},o="g",u=[];for(var a=0;a1?f.onMatch=this.$applyToken:f.onMatch=f.token),c>1&&(/\\\d/.test(f.regex)?l=f.regex.replace(/\\([0-9]+)/g,function(e,t){return"\\"+(parseInt(t,10)+i+1)}):(c=1,l=this.removeCapturingGroups(f.regex)),!f.splitRegex&&typeof f.token!="string"&&u.push(f)),s[i]=a,i+=c,r.push(l),f.onMatch||(f.onMatch=null)}r.length||(s[0]=0,r.push("$")),u.forEach(function(e){e.splitRegex=this.createSplitterRegexp(e.regex,o)},this),this.regExps[t]=new RegExp("("+r.join(")|(")+")|($)",o)}};(function(){this.$setMaxTokenCount=function(e){i=e|0},this.$applyToken=function(e){var t=this.splitRegex.exec(e).slice(1),n=this.token.apply(this,t);if(typeof n=="string")return[{type:n,value:e}];var r=[];for(var i=0,s=n.length;il){var g=e.substring(l,m-v.length);h.type==p?h.value+=g:(h.type&&f.push(h),h={type:p,value:g})}for(var y=0;yi){c>2*e.length&&this.reportError("infinite loop with in ace tokenizer",{startState:t,line:e});while(l1&&n[0]!==r&&n.unshift("#tmp",r),{tokens:f,state:n.length?n:r}},this.reportError=r.reportError}).call(s.prototype),t.Tokenizer=s}),define("ace/mode/text_highlight_rules",["require","exports","module","ace/lib/lang"],function(e,t,n){"use strict";var r=e("../lib/lang"),i=function(){this.$rules={start:[{token:"empty_line",regex:"^$"},{defaultToken:"text"}]}};(function(){this.addRules=function(e,t){if(!t){for(var n in e)this.$rules[n]=e[n];return}for(var n in e){var r=e[n];for(var i=0;i=this.$rowTokens.length){this.$row+=1,e||(e=this.$session.getLength());if(this.$row>=e)return this.$row=e-1,null;this.$rowTokens=this.$session.getTokens(this.$row),this.$tokenIndex=0}return this.$rowTokens[this.$tokenIndex]},this.getCurrentToken=function(){return this.$rowTokens[this.$tokenIndex]},this.getCurrentTokenRow=function(){return this.$row},this.getCurrentTokenColumn=function(){var e=this.$rowTokens,t=this.$tokenIndex,n=e[t].start;if(n!==undefined)return n;n=0;while(t>0)t-=1,n+=e[t].value.length;return n},this.getCurrentTokenPosition=function(){return{row:this.$row,column:this.getCurrentTokenColumn()}}}).call(r.prototype),t.TokenIterator=r}),define("ace/mode/behaviour/cstyle",["require","exports","module","ace/lib/oop","ace/mode/behaviour","ace/token_iterator","ace/lib/lang"],function(e,t,n){"use strict";var r=e("../../lib/oop"),i=e("../behaviour").Behaviour,s=e("../../token_iterator").TokenIterator,o=e("../../lib/lang"),u=["text","paren.rparen","punctuation.operator"],a=["text","paren.rparen","punctuation.operator","comment"],f,l={},c=function(e){var t=-1;e.multiSelect&&(t=e.selection.index,l.rangeCount!=e.multiSelect.rangeCount&&(l={rangeCount:e.multiSelect.rangeCount}));if(l[t])return f=l[t];f=l[t]={autoInsertedBrackets:0,autoInsertedRow:-1,autoInsertedLineEnd:"",maybeInsertedBrackets:0,maybeInsertedRow:-1,maybeInsertedLineStart:"",maybeInsertedLineEnd:""}},h=function(e,t,n,r){var i=e.end.row-e.start.row;return{text:n+t+r,selection:[0,e.start.column+1,i,e.end.column+(i?0:1)]}},p=function(){this.add("braces","insertion",function(e,t,n,r,i){var s=n.getCursorPosition(),u=r.doc.getLine(s.row);if(i=="{"){c(n);var a=n.getSelectionRange(),l=r.doc.getTextRange(a);if(l!==""&&l!=="{"&&n.getWrapBehavioursEnabled())return h(a,l,"{","}");if(p.isSaneInsertion(n,r))return/[\]\}\)]/.test(u[s.column])||n.inMultiSelectMode?(p.recordAutoInsert(n,r,"}"),{text:"{}",selection:[1,1]}):(p.recordMaybeInsert(n,r,"{"),{text:"{",selection:[1,1]})}else if(i=="}"){c(n);var d=u.substring(s.column,s.column+1);if(d=="}"){var v=r.$findOpeningBracket("}",{column:s.column+1,row:s.row});if(v!==null&&p.isAutoInsertedClosing(s,u,i))return p.popAutoInsertedClosing(),{text:"",selection:[1,1]}}}else{if(i=="\n"||i=="\r\n"){c(n);var m="";p.isMaybeInsertedClosing(s,u)&&(m=o.stringRepeat("}",f.maybeInsertedBrackets),p.clearMaybeInsertedClosing());var d=u.substring(s.column,s.column+1);if(d==="}"){var g=r.findMatchingBracket({row:s.row,column:s.column+1},"}");if(!g)return null;var y=this.$getIndent(r.getLine(g.row))}else{if(!m){p.clearMaybeInsertedClosing();return}var y=this.$getIndent(u)}var b=y+r.getTabString();return{text:"\n"+b+"\n"+y+m,selection:[1,b.length,1,b.length]}}p.clearMaybeInsertedClosing()}}),this.add("braces","deletion",function(e,t,n,r,i){var s=r.doc.getTextRange(i);if(!i.isMultiLine()&&s=="{"){c(n);var o=r.doc.getLine(i.start.row),u=o.substring(i.end.column,i.end.column+1);if(u=="}")return i.end.column++,i;f.maybeInsertedBrackets--}}),this.add("parens","insertion",function(e,t,n,r,i){if(i=="("){c(n);var s=n.getSelectionRange(),o=r.doc.getTextRange(s);if(o!==""&&n.getWrapBehavioursEnabled())return h(s,o,"(",")");if(p.isSaneInsertion(n,r))return p.recordAutoInsert(n,r,")"),{text:"()",selection:[1,1]}}else if(i==")"){c(n);var u=n.getCursorPosition(),a=r.doc.getLine(u.row),f=a.substring(u.column,u.column+1);if(f==")"){var l=r.$findOpeningBracket(")",{column:u.column+1,row:u.row});if(l!==null&&p.isAutoInsertedClosing(u,a,i))return p.popAutoInsertedClosing(),{text:"",selection:[1,1]}}}}),this.add("parens","deletion",function(e,t,n,r,i){var s=r.doc.getTextRange(i);if(!i.isMultiLine()&&s=="("){c(n);var o=r.doc.getLine(i.start.row),u=o.substring(i.start.column+1,i.start.column+2);if(u==")")return i.end.column++,i}}),this.add("brackets","insertion",function(e,t,n,r,i){if(i=="["){c(n);var s=n.getSelectionRange(),o=r.doc.getTextRange(s);if(o!==""&&n.getWrapBehavioursEnabled())return h(s,o,"[","]");if(p.isSaneInsertion(n,r))return p.recordAutoInsert(n,r,"]"),{text:"[]",selection:[1,1]}}else if(i=="]"){c(n);var u=n.getCursorPosition(),a=r.doc.getLine(u.row),f=a.substring(u.column,u.column+1);if(f=="]"){var l=r.$findOpeningBracket("]",{column:u.column+1,row:u.row});if(l!==null&&p.isAutoInsertedClosing(u,a,i))return p.popAutoInsertedClosing(),{text:"",selection:[1,1]}}}}),this.add("brackets","deletion",function(e,t,n,r,i){var s=r.doc.getTextRange(i);if(!i.isMultiLine()&&s=="["){c(n);var o=r.doc.getLine(i.start.row),u=o.substring(i.start.column+1,i.start.column+2);if(u=="]")return i.end.column++,i}}),this.add("string_dquotes","insertion",function(e,t,n,r,i){if(i=='"'||i=="'"){if(this.lineCommentStart&&this.lineCommentStart.indexOf(i)!=-1)return;c(n);var s=i,o=n.getSelectionRange(),u=r.doc.getTextRange(o);if(u!==""&&u!=="'"&&u!='"'&&n.getWrapBehavioursEnabled())return h(o,u,s,s);if(!u){var a=n.getCursorPosition(),f=r.doc.getLine(a.row),l=f.substring(a.column-1,a.column),p=f.substring(a.column,a.column+1),d=r.getTokenAt(a.row,a.column),v=r.getTokenAt(a.row,a.column+1);if(l=="\\"&&d&&/escape/.test(d.type))return null;var m=d&&/string|escape/.test(d.type),g=!v||/string|escape/.test(v.type),y;if(p==s)y=m!==g,y&&/string\.end/.test(v.type)&&(y=!1);else{if(m&&!g)return null;if(m&&g)return null;var b=r.$mode.tokenRe;b.lastIndex=0;var w=b.test(l);b.lastIndex=0;var E=b.test(l);if(w||E)return null;if(p&&!/[\s;,.})\]\\]/.test(p))return null;y=!0}return{text:y?s+s:"",selection:[1,1]}}}}),this.add("string_dquotes","deletion",function(e,t,n,r,i){var s=r.doc.getTextRange(i);if(!i.isMultiLine()&&(s=='"'||s=="'")){c(n);var o=r.doc.getLine(i.start.row),u=o.substring(i.start.column+1,i.start.column+2);if(u==s)return i.end.column++,i}})};p.isSaneInsertion=function(e,t){var n=e.getCursorPosition(),r=new s(t,n.row,n.column);if(!this.$matchTokenType(r.getCurrentToken()||"text",u)){var i=new s(t,n.row,n.column+1);if(!this.$matchTokenType(i.getCurrentToken()||"text",u))return!1}return r.stepForward(),r.getCurrentTokenRow()!==n.row||this.$matchTokenType(r.getCurrentToken()||"text",a)},p.$matchTokenType=function(e,t){return t.indexOf(e.type||e)>-1},p.recordAutoInsert=function(e,t,n){var r=e.getCursorPosition(),i=t.doc.getLine(r.row);this.isAutoInsertedClosing(r,i,f.autoInsertedLineEnd[0])||(f.autoInsertedBrackets=0),f.autoInsertedRow=r.row,f.autoInsertedLineEnd=n+i.substr(r.column),f.autoInsertedBrackets++},p.recordMaybeInsert=function(e,t,n){var r=e.getCursorPosition(),i=t.doc.getLine(r.row);this.isMaybeInsertedClosing(r,i)||(f.maybeInsertedBrackets=0),f.maybeInsertedRow=r.row,f.maybeInsertedLineStart=i.substr(0,r.column)+n,f.maybeInsertedLineEnd=i.substr(r.column),f.maybeInsertedBrackets++},p.isAutoInsertedClosing=function(e,t,n){return f.autoInsertedBrackets>0&&e.row===f.autoInsertedRow&&n===f.autoInsertedLineEnd[0]&&t.substr(e.column)===f.autoInsertedLineEnd},p.isMaybeInsertedClosing=function(e,t){return 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strict";var r=e("../tokenizer").Tokenizer,i=e("./text_highlight_rules").TextHighlightRules,s=e("./behaviour/cstyle").CstyleBehaviour,o=e("../unicode"),u=e("../lib/lang"),a=e("../token_iterator").TokenIterator,f=e("../range").Range,l=function(){this.HighlightRules=i};(function(){this.$behaviour=new s,this.tokenRe=new RegExp("^["+o.packages.L+o.packages.Mn+o.packages.Mc+o.packages.Nd+o.packages.Pc+"\\$_]+","g"),this.nonTokenRe=new RegExp("^(?:[^"+o.packages.L+o.packages.Mn+o.packages.Mc+o.packages.Nd+o.packages.Pc+"\\$_]|\\s])+","g"),this.getTokenizer=function(){return this.$tokenizer||(this.$highlightRules=this.$highlightRules||new this.HighlightRules(this.$highlightRuleConfig),this.$tokenizer=new r(this.$highlightRules.getRules())),this.$tokenizer},this.lineCommentStart="",this.blockComment="",this.toggleCommentLines=function(e,t,n,r){function w(e){for(var t=n;t<=r;t++)e(i.getLine(t),t)}var i=t.doc,s=!0,o=!0,a=Infinity,f=t.getTabSize(),l=!1;if(!this.lineCommentStart){if(!this.blockComment)return!1;var c=this.blockComment.start,h=this.blockComment.end,p=new RegExp("^(\\s*)(?:"+u.escapeRegExp(c)+")"),d=new RegExp("(?:"+u.escapeRegExp(h)+")\\s*$"),v=function(e,t){if(g(e,t))return;if(!s||/\S/.test(e))i.insertInLine({row:t,column:e.length},h),i.insertInLine({row:t,column:a},c)},m=function(e,t){var n;(n=e.match(d))&&i.removeInLine(t,e.length-n[0].length,e.length),(n=e.match(p))&&i.removeInLine(t,n[1].length,n[0].length)},g=function(e,n){if(p.test(e))return!0;var r=t.getTokens(n);for(var i=0;i2?r%f!=f-1:r%f==0}}var E=Infinity;w(function(e,t){var n=e.search(/\S/);n!==-1?(ne.length&&(E=e.length)}),a==Infinity&&(a=E,s=!1,o=!1),l&&a%f!=0&&(a=Math.floor(a/f)*f),w(o?m:v)},this.toggleBlockComment=function(e,t,n,r){var i=this.blockComment;if(!i)return;!i.start&&i[0]&&(i=i[0]);var s=new a(t,r.row,r.column),o=s.getCurrentToken(),u=t.selection,l=t.selection.toOrientedRange(),c,h;if(o&&/comment/.test(o.type)){var p,d;while(o&&/comment/.test(o.type)){var v=o.value.indexOf(i.start);if(v!=-1){var m=s.getCurrentTokenRow(),g=s.getCurrentTokenColumn()+v;p=new f(m,g,m,g+i.start.length);break}o=s.stepBackward()}var s=new a(t,r.row,r.column),o=s.getCurrentToken();while(o&&/comment/.test(o.type)){var v=o.value.indexOf(i.end);if(v!=-1){var m=s.getCurrentTokenRow(),g=s.getCurrentTokenColumn()+v;d=new f(m,g,m,g+i.end.length);break}o=s.stepForward()}d&&t.remove(d),p&&(t.remove(p),c=p.start.row,h=-i.start.length)}else h=i.start.length,c=n.start.row,t.insert(n.end,i.end),t.insert(n.start,i.start);l.start.row==c&&(l.start.column+=h),l.end.row==c&&(l.end.column+=h),t.selection.fromOrientedRange(l)},this.getNextLineIndent=function(e,t,n){return this.$getIndent(t)},this.checkOutdent=function(e,t,n){return!1},this.autoOutdent=function(e,t,n){},this.$getIndent=function(e){return e.match(/^\s*/)[0]},this.createWorker=function(e){return null},this.createModeDelegates=function(e){this.$embeds=[],this.$modes={};for(var t in e)e[t]&&(this.$embeds.push(t),this.$modes[t]=new e[t]);var n=["toggleBlockComment","toggleCommentLines","getNextLineIndent","checkOutdent","autoOutdent","transformAction","getCompletions"];for(var t=0;t=0&&t.row=0&&t.column<=e[t.row].length}function s(e,t){t.action!="insert"&&t.action!="remove"&&r(t,"delta.action must be 'insert' or 'remove'"),t.lines instanceof Array||r(t,"delta.lines must be an Array"),(!t.start||!t.end)&&r(t,"delta.start/end must be an present");var n=t.start;i(e,t.start)||r(t,"delta.start must be contained in document");var s=t.end;t.action=="remove"&&!i(e,s)&&r(t,"delta.end must contained in document for 'remove' actions");var o=s.row-n.row,u=s.column-(o==0?n.column:0);(o!=t.lines.length-1||t.lines[o].length!=u)&&r(t,"delta.range must match delta lines")}t.applyDelta=function(e,t,n){var r=t.start.row,i=t.start.column,s=e[r]||"";switch(t.action){case"insert":var o=t.lines;if(o.length===1)e[r]=s.substring(0,i)+t.lines[0]+s.substring(i);else{var u=[r,1].concat(t.lines);e.splice.apply(e,u),e[r]=s.substring(0,i)+e[r],e[r+t.lines.length-1]+=s.substring(i)}break;case"remove":var a=t.end.column,f=t.end.row;r===f?e[r]=s.substring(0,i)+s.substring(a):e.splice(r,f-r+1,s.substring(0,i)+e[f].substring(a))}}}),define("ace/anchor",["require","exports","module","ace/lib/oop","ace/lib/event_emitter"],function(e,t,n){"use strict";var r=e("./lib/oop"),i=e("./lib/event_emitter").EventEmitter,s=t.Anchor=function(e,t,n){this.$onChange=this.onChange.bind(this),this.attach(e),typeof n=="undefined"?this.setPosition(t.row,t.column):this.setPosition(t,n)};(function(){function e(e,t,n){var r=n?e.column<=t.column:e.columnthis.row)return;var n=t(e,{row:this.row,column:this.column},this.$insertRight);this.setPosition(n.row,n.column,!0)},this.setPosition=function(e,t,n){var r;n?r={row:e,column:t}:r=this.$clipPositionToDocument(e,t);if(this.row==r.row&&this.column==r.column)return;var i={row:this.row,column:this.column};this.row=r.row,this.column=r.column,this._signal("change",{old:i,value:r})},this.detach=function(){this.document.removeEventListener("change",this.$onChange)},this.attach=function(e){this.document=e||this.document,this.document.on("change",this.$onChange)},this.$clipPositionToDocument=function(e,t){var n={};return e>=this.document.getLength()?(n.row=Math.max(0,this.document.getLength()-1),n.column=this.document.getLine(n.row).length):e<0?(n.row=0,n.column=0):(n.row=e,n.column=Math.min(this.document.getLine(n.row).length,Math.max(0,t))),t<0&&(n.column=0),n}}).call(s.prototype)}),define("ace/document",["require","exports","module","ace/lib/oop","ace/apply_delta","ace/lib/event_emitter","ace/range","ace/anchor"],function(e,t,n){"use strict";var r=e("./lib/oop"),i=e("./apply_delta").applyDelta,s=e("./lib/event_emitter").EventEmitter,o=e("./range").Range,u=e("./anchor").Anchor,a=function(e){this.$lines=[""],e.length===0?this.$lines=[""]:Array.isArray(e)?this.insertMergedLines({row:0,column:0},e):this.insert({row:0,column:0},e)};(function(){r.implement(this,s),this.setValue=function(e){var t=this.getLength()-1;this.remove(new o(0,0,t,this.getLine(t).length)),this.insert({row:0,column:0},e)},this.getValue=function(){return this.getAllLines().join(this.getNewLineCharacter())},this.createAnchor=function(e,t){return new u(this,e,t)},"aaa".split(/a/).length===0?this.$split=function(e){return e.replace(/\r\n|\r/g,"\n").split("\n")}:this.$split=function(e){return e.split(/\r\n|\r|\n/)},this.$detectNewLine=function(e){var t=e.match(/^.*?(\r\n|\r|\n)/m);this.$autoNewLine=t?t[1]:"\n",this._signal("changeNewLineMode")},this.getNewLineCharacter=function(){switch(this.$newLineMode){case"windows":return"\r\n";case"unix":return"\n";default:return this.$autoNewLine||"\n"}},this.$autoNewLine="",this.$newLineMode="auto",this.setNewLineMode=function(e){if(this.$newLineMode===e)return;this.$newLineMode=e,this._signal("changeNewLineMode")},this.getNewLineMode=function(){return this.$newLineMode},this.isNewLine=function(e){return e=="\r\n"||e=="\r"||e=="\n"},this.getLine=function(e){return this.$lines[e]||""},this.getLines=function(e,t){return this.$lines.slice(e,t+1)},this.getAllLines=function(){return this.getLines(0,this.getLength())},this.getLength=function(){return this.$lines.length},this.getTextRange=function(e){return this.getLinesForRange(e).join(this.getNewLineCharacter())},this.getLinesForRange=function(e){var t;if(e.start.row===e.end.row)t=[this.getLine(e.start.row).substring(e.start.column,e.end.column)];else{t=this.getLines(e.start.row,e.end.row),t[0]=(t[0]||"").substring(e.start.column);var n=t.length-1;e.end.row-e.start.row==n&&(t[n]=t[n].substring(0,e.end.column))}return t},this.insertLines=function(e,t){return console.warn("Use of document.insertLines is deprecated. Use the insertFullLines method instead."),this.insertFullLines(e,t)},this.removeLines=function(e,t){return console.warn("Use of document.removeLines is deprecated. Use the removeFullLines method instead."),this.removeFullLines(e,t)},this.insertNewLine=function(e){return console.warn("Use of document.insertNewLine is deprecated. Use insertMergedLines(position, ['', '']) instead."),this.insertMergedLines(e,["",""])},this.insert=function(e,t){return this.getLength()<=1&&this.$detectNewLine(t),this.insertMergedLines(e,this.$split(t))},this.insertInLine=function(e,t){var n=this.clippedPos(e.row,e.column),r=this.pos(e.row,e.column+t.length);return this.applyDelta({start:n,end:r,action:"insert",lines:[t]},!0),this.clonePos(r)},this.clippedPos=function(e,t){var n=this.getLength();e===undefined?e=n:e<0?e=0:e>=n&&(e=n-1,t=undefined);var r=this.getLine(e);return t==undefined&&(t=r.length),t=Math.min(Math.max(t,0),r.length),{row:e,column:t}},this.clonePos=function(e){return{row:e.row,column:e.column}},this.pos=function(e,t){return{row:e,column:t}},this.$clipPosition=function(e){var t=this.getLength();return e.row>=t?(e.row=Math.max(0,t-1),e.column=this.getLine(t-1).length):(e.row=Math.max(0,e.row),e.column=Math.min(Math.max(e.column,0),this.getLine(e.row).length)),e},this.insertFullLines=function(e,t){e=Math.min(Math.max(e,0),this.getLength());var n=0;e0,r=t=0&&this.applyDelta({start:this.pos(e,this.getLine(e).length),end:this.pos(e+1,0),action:"remove",lines:["",""]})},this.replace=function(e,t){e instanceof o||(e=o.fromPoints(e.start,e.end));if(t.length===0&&e.isEmpty())return e.start;if(t==this.getTextRange(e))return e.end;this.remove(e);var n;return t?n=this.insert(e.start,t):n=e.start,n},this.applyDeltas=function(e){for(var t=0;t=0;t--)this.revertDelta(e[t])},this.applyDelta=function(e,t){var n=e.action=="insert";if(n?e.lines.length<=1&&!e.lines[0]:!o.comparePoints(e.start,e.end))return;n&&e.lines.length>2e4&&this.$splitAndapplyLargeDelta(e,2e4),i(this.$lines,e,t),this._signal("change",e)},this.$splitAndapplyLargeDelta=function(e,t){var n=e.lines,r=n.length,i=e.start.row,s=e.start.column,o=0,u=0;do{o=u,u+=t-1;var a=n.slice(o,u);if(u>r){e.lines=a,e.start.row=i+o,e.start.column=s;break}a.push(""),this.applyDelta({start:this.pos(i+o,s),end:this.pos(i+u,s=0),action:e.action,lines:a},!0)}while(!0)},this.revertDelta=function(e){this.applyDelta({start:this.clonePos(e.start),end:this.clonePos(e.end),action:e.action=="insert"?"remove":"insert",lines:e.lines.slice()})},this.indexToPosition=function(e,t){var n=this.$lines||this.getAllLines(),r=this.getNewLineCharacter().length;for(var i=t||0,s=n.length;i20){n.running=setTimeout(n.$worker,20);break}}n.currentLine=t,s<=r&&n.fireUpdateEvent(s,r)}};(function(){r.implement(this,i),this.setTokenizer=function(e){this.tokenizer=e,this.lines=[],this.states=[],this.start(0)},this.setDocument=function(e){this.doc=e,this.lines=[],this.states=[],this.stop()},this.fireUpdateEvent=function(e,t){var n={first:e,last:t};this._signal("update",{data:n})},this.start=function(e){this.currentLine=Math.min(e||0,this.currentLine,this.doc.getLength()),this.lines.splice(this.currentLine,this.lines.length),this.states.splice(this.currentLine,this.states.length),this.stop(),this.running=setTimeout(this.$worker,700)},this.scheduleStart=function(){this.running||(this.running=setTimeout(this.$worker,700))},this.$updateOnChange=function(e){var t=e.start.row,n=e.end.row-t;if(n===0)this.lines[t]=null;else if(e.action=="remove")this.lines.splice(t,n+1,null),this.states.splice(t,n+1,null);else{var r=Array(n+1);r.unshift(t,1),this.lines.splice.apply(this.lines,r),this.states.splice.apply(this.states,r)}this.currentLine=Math.min(t,this.currentLine,this.doc.getLength()),this.stop()},this.stop=function(){this.running&&clearTimeout(this.running),this.running=!1},this.getTokens=function(e){return this.lines[e]||this.$tokenizeRow(e)},this.getState=function(e){return this.currentLine==e&&this.$tokenizeRow(e),this.states[e]||"start"},this.$tokenizeRow=function(e){var t=this.doc.getLine(e),n=this.states[e-1],r=this.tokenizer.getLineTokens(t,n,e);return this.states[e]+""!=r.state+""?(this.states[e]=r.state,this.lines[e+1]=null,this.currentLine>e+1&&(this.currentLine=e+1)):this.currentLine==e&&(this.currentLine=e+1),this.lines[e]=r.tokens}}).call(s.prototype),t.BackgroundTokenizer=s}),define("ace/search_highlight",["require","exports","module","ace/lib/lang","ace/lib/oop","ace/range"],function(e,t,n){"use strict";var r=e("./lib/lang"),i=e("./lib/oop"),s=e("./range").Range,o=function(e,t,n){this.setRegexp(e),this.clazz=t,this.type=n||"text"};(function(){this.MAX_RANGES=500,this.setRegexp=function(e){if(this.regExp+""==e+"")return;this.regExp=e,this.cache=[]},this.update=function(e,t,n,i){if(!this.regExp)return;var o=i.firstRow,u=i.lastRow;for(var a=o;a<=u;a++){var f=this.cache[a];f==null&&(f=r.getMatchOffsets(n.getLine(a),this.regExp),f.length>this.MAX_RANGES&&(f=f.slice(0,this.MAX_RANGES)),f=f.map(function(e){return new s(a,e.offset,a,e.offset+e.length)}),this.cache[a]=f.length?f:"");for(var l=f.length;l--;)t.drawSingleLineMarker(e,f[l].toScreenRange(n),this.clazz,i)}}}).call(o.prototype),t.SearchHighlight=o}),define("ace/edit_session/fold_line",["require","exports","module","ace/range"],function(e,t,n){"use strict";function i(e,t){this.foldData=e,Array.isArray(t)?this.folds=t:t=this.folds=[t];var n=t[t.length-1];this.range=new r(t[0].start.row,t[0].start.column,n.end.row,n.end.column),this.start=this.range.start,this.end=this.range.end,this.folds.forEach(function(e){e.setFoldLine(this)},this)}var r=e("../range").Range;(function(){this.shiftRow=function(e){this.start.row+=e,this.end.row+=e,this.folds.forEach(function(t){t.start.row+=e,t.end.row+=e})},this.addFold=function(e){if(e.sameRow){if(e.start.rowthis.endRow)throw new Error("Can't add a fold to this FoldLine as it has no connection");this.folds.push(e),this.folds.sort(function(e,t){return-e.range.compareEnd(t.start.row,t.start.column)}),this.range.compareEnd(e.start.row,e.start.column)>0?(this.end.row=e.end.row,this.end.column=e.end.column):this.range.compareStart(e.end.row,e.end.column)<0&&(this.start.row=e.start.row,this.start.column=e.start.column)}else if(e.start.row==this.end.row)this.folds.push(e),this.end.row=e.end.row,this.end.column=e.end.column;else{if(e.end.row!=this.start.row)throw new Error("Trying to add fold to FoldRow that doesn't have a matching row");this.folds.unshift(e),this.start.row=e.start.row,this.start.column=e.start.column}e.foldLine=this},this.containsRow=function(e){return e>=this.start.row&&e<=this.end.row},this.walk=function(e,t,n){var r=0,i=this.folds,s,o,u,a=!0;t==null&&(t=this.end.row,n=this.end.column);for(var f=0;f0)continue;var a=i(e,o.start);return u===0?t&&a!==0?-s-2:s:a>0||a===0&&!t?s:-s-1}return-s-1},this.add=function(e){var t=!e.isEmpty(),n=this.pointIndex(e.start,t);n<0&&(n=-n-1);var r=this.pointIndex(e.end,t,n);return r<0?r=-r-1:r++,this.ranges.splice(n,r-n,e)},this.addList=function(e){var t=[];for(var n=e.length;n--;)t.push.apply(t,this.add(e[n]));return t},this.substractPoint=function(e){var t=this.pointIndex(e);if(t>=0)return this.ranges.splice(t,1)},this.merge=function(){var e=[],t=this.ranges;t=t.sort(function(e,t){return i(e.start,t.start)});var n=t[0],r;for(var s=1;s=0},this.containsPoint=function(e){return this.pointIndex(e)>=0},this.rangeAtPoint=function(e){var t=this.pointIndex(e);if(t>=0)return this.ranges[t]},this.clipRows=function(e,t){var n=this.ranges;if(n[0].start.row>t||n[n.length-1].start.rowr)break;l.start.row==r&&l.start.column>=t.column&&(l.start.column!=t.column||!this.$insertRight)&&(l.start.column+=o,l.start.row+=s);if(l.end.row==r&&l.end.column>=t.column){if(l.end.column==t.column&&this.$insertRight)continue;l.end.column==t.column&&o>0&&al.start.column&&l.end.column==u[a+1].start.column&&(l.end.column-=o),l.end.column+=o,l.end.row+=s}}if(s!=0&&a=e)return i;if(i.end.row>e)return null}return null},this.getNextFoldLine=function(e,t){var n=this.$foldData,r=0;t&&(r=n.indexOf(t)),r==-1&&(r=0);for(r;r=e)return i}return null},this.getFoldedRowCount=function(e,t){var n=this.$foldData,r=t-e+1;for(var i=0;i=t){u=e?r-=t-u:r=0);break}o>=e&&(u>=e?r-=o-u:r-=o-e+1)}return r},this.$addFoldLine=function(e){return this.$foldData.push(e),this.$foldData.sort(function(e,t){return e.start.row-t.start.row}),e},this.addFold=function(e,t){var n=this.$foldData,r=!1,o;e instanceof s?o=e:(o=new s(t,e),o.collapseChildren=t.collapseChildren),this.$clipRangeToDocument(o.range);var u=o.start.row,a=o.start.column,f=o.end.row,l=o.end.column;if(u0&&(this.removeFolds(p),p.forEach(function(e){o.addSubFold(e)}));for(var d=0;d0&&this.foldAll(e.start.row+1,e.end.row,e.collapseChildren-1),e.subFolds=[]},this.expandFolds=function(e){e.forEach(function(e){this.expandFold(e)},this)},this.unfold=function(e,t){var n,i;e==null?(n=new r(0,0,this.getLength(),0),t=!0):typeof e=="number"?n=new r(e,0,e,this.getLine(e).length):"row"in e?n=r.fromPoints(e,e):n=e,i=this.getFoldsInRangeList(n);if(t)this.removeFolds(i);else{var s=i;while(s.length)this.expandFolds(s),s=this.getFoldsInRangeList(n)}if(i.length)return i},this.isRowFolded=function(e,t){return!!this.getFoldLine(e,t)},this.getRowFoldEnd=function(e,t){var n=this.getFoldLine(e,t);return n?n.end.row:e},this.getRowFoldStart=function(e,t){var n=this.getFoldLine(e,t);return n?n.start.row:e},this.getFoldDisplayLine=function(e,t,n,r,i){r==null&&(r=e.start.row),i==null&&(i=0),t==null&&(t=e.end.row),n==null&&(n=this.getLine(t).length);var s=this.doc,o="";return e.walk(function(e,t,n,u){if(t=e){i=s.end.row;try{var o=this.addFold("...",s);o&&(o.collapseChildren=n)}catch(u){}}}},this.$foldStyles={manual:1,markbegin:1,markbeginend:1},this.$foldStyle="markbegin",this.setFoldStyle=function(e){if(!this.$foldStyles[e])throw new Error("invalid fold style: "+e+"["+Object.keys(this.$foldStyles).join(", ")+"]");if(this.$foldStyle==e)return;this.$foldStyle=e,e=="manual"&&this.unfold();var t=this.$foldMode;this.$setFolding(null),this.$setFolding(t)},this.$setFolding=function(e){if(this.$foldMode==e)return;this.$foldMode=e,this.off("change",this.$updateFoldWidgets),this.off("tokenizerUpdate",this.$tokenizerUpdateFoldWidgets),this._signal("changeAnnotation");if(!e||this.$foldStyle=="manual"){this.foldWidgets=null;return}this.foldWidgets=[],this.getFoldWidget=e.getFoldWidget.bind(e,this,this.$foldStyle),this.getFoldWidgetRange=e.getFoldWidgetRange.bind(e,this,this.$foldStyle),this.$updateFoldWidgets=this.updateFoldWidgets.bind(this),this.$tokenizerUpdateFoldWidgets=this.tokenizerUpdateFoldWidgets.bind(this),this.on("change",this.$updateFoldWidgets),this.on("tokenizerUpdate",this.$tokenizerUpdateFoldWidgets)},this.getParentFoldRangeData=function(e,t){var n=this.foldWidgets;if(!n||t&&n[e])return{};var r=e-1,i;while(r>=0){var s=n[r];s==null&&(s=n[r]=this.getFoldWidget(r));if(s=="start"){var o=this.getFoldWidgetRange(r);i||(i=o);if(o&&o.end.row>=e)break}r--}return{range:r!==-1&&o,firstRange:i}},this.onFoldWidgetClick=function(e,t){t=t.domEvent;var n={children:t.shiftKey,all:t.ctrlKey||t.metaKey,siblings:t.altKey},r=this.$toggleFoldWidget(e,n);if(!r){var i=t.target||t.srcElement;i&&/ace_fold-widget/.test(i.className)&&(i.className+=" ace_invalid")}},this.$toggleFoldWidget=function(e,t){if(!this.getFoldWidget)return;var n=this.getFoldWidget(e),r=this.getLine(e),i=n==="end"?-1:1,s=this.getFoldAt(e,i===-1?0:r.length,i);if(s)return t.children||t.all?this.removeFold(s):this.expandFold(s),s;var o=this.getFoldWidgetRange(e,!0);if(o&&!o.isMultiLine()){s=this.getFoldAt(o.start.row,o.start.column,1);if(s&&o.isEqual(s.range))return this.removeFold(s),s}if(t.siblings){var u=this.getParentFoldRangeData(e);if(u.range)var a=u.range.start.row+1,f=u.range.end.row;this.foldAll(a,f,t.all?1e4:0)}else t.children?(f=o?o.end.row:this.getLength(),this.foldAll(e+1,f,t.all?1e4:0)):o&&(t.all&&(o.collapseChildren=1e4),this.addFold("...",o));return o},this.toggleFoldWidget=function(e){var t=this.selection.getCursor().row;t=this.getRowFoldStart(t);var n=this.$toggleFoldWidget(t,{});if(n)return;var r=this.getParentFoldRangeData(t,!0);n=r.range||r.firstRange;if(n){t=n.start.row;var i=this.getFoldAt(t,this.getLine(t).length,1);i?this.removeFold(i):this.addFold("...",n)}},this.updateFoldWidgets=function(e){var t=e.start.row,n=e.end.row-t;if(n===0)this.foldWidgets[t]=null;else if(e.action=="remove")this.foldWidgets.splice(t,n+1,null);else{var r=Array(n+1);r.unshift(t,1),this.foldWidgets.splice.apply(this.foldWidgets,r)}},this.tokenizerUpdateFoldWidgets=function(e){var t=e.data;t.first!=t.last&&this.foldWidgets.length>t.first&&this.foldWidgets.splice(t.first,this.foldWidgets.length)}}var r=e("../range").Range,i=e("./fold_line").FoldLine,s=e("./fold").Fold,o=e("../token_iterator").TokenIterator;t.Folding=u}),define("ace/edit_session/bracket_match",["require","exports","module","ace/token_iterator","ace/range"],function(e,t,n){"use strict";function s(){this.findMatchingBracket=function(e,t){if(e.column==0)return null;var n=t||this.getLine(e.row).charAt(e.column-1);if(n=="")return null;var r=n.match(/([\(\[\{])|([\)\]\}])/);return r?r[1]?this.$findClosingBracket(r[1],e):this.$findOpeningBracket(r[2],e):null},this.getBracketRange=function(e){var t=this.getLine(e.row),n=!0,r,s=t.charAt(e.column-1),o=s&&s.match(/([\(\[\{])|([\)\]\}])/);o||(s=t.charAt(e.column),e={row:e.row,column:e.column+1},o=s&&s.match(/([\(\[\{])|([\)\]\}])/),n=!1);if(!o)return null;if(o[1]){var u=this.$findClosingBracket(o[1],e);if(!u)return null;r=i.fromPoints(e,u),n||(r.end.column++,r.start.column--),r.cursor=r.end}else{var u=this.$findOpeningBracket(o[2],e);if(!u)return null;r=i.fromPoints(u,e),n||(r.start.column++,r.end.column--),r.cursor=r.start}return r},this.$brackets={")":"(","(":")","]":"[","[":"]","{":"}","}":"{"},this.$findOpeningBracket=function(e,t,n){var i=this.$brackets[e],s=1,o=new r(this,t.row,t.column),u=o.getCurrentToken();u||(u=o.stepForward());if(!u)return;n||(n=new RegExp("(\\.?"+u.type.replace(".","\\.").replace("rparen",".paren").replace(/\b(?:end)\b/,"(?:start|begin|end)")+")+"));var a=t.column-o.getCurrentTokenColumn()-2,f=u.value;for(;;){while(a>=0){var l=f.charAt(a);if(l==i){s-=1;if(s==0)return{row:o.getCurrentTokenRow(),column:a+o.getCurrentTokenColumn()}}else l==e&&(s+=1);a-=1}do u=o.stepBackward();while(u&&!n.test(u.type));if(u==null)break;f=u.value,a=f.length-1}return null},this.$findClosingBracket=function(e,t,n){var i=this.$brackets[e],s=1,o=new r(this,t.row,t.column),u=o.getCurrentToken();u||(u=o.stepForward());if(!u)return;n||(n=new RegExp("(\\.?"+u.type.replace(".","\\.").replace("lparen",".paren").replace(/\b(?:start|begin)\b/,"(?:start|begin|end)")+")+"));var a=t.column-o.getCurrentTokenColumn();for(;;){var f=u.value,l=f.length;while(a=4352&&e<=4447||e>=4515&&e<=4519||e>=4602&&e<=4607||e>=9001&&e<=9002||e>=11904&&e<=11929||e>=11931&&e<=12019||e>=12032&&e<=12245||e>=12272&&e<=12283||e>=12288&&e<=12350||e>=12353&&e<=12438||e>=12441&&e<=12543||e>=12549&&e<=12589||e>=12593&&e<=12686||e>=12688&&e<=12730||e>=12736&&e<=12771||e>=12784&&e<=12830||e>=12832&&e<=12871||e>=12880&&e<=13054||e>=13056&&e<=19903||e>=19968&&e<=42124||e>=42128&&e<=42182||e>=43360&&e<=43388||e>=44032&&e<=55203||e>=55216&&e<=55238||e>=55243&&e<=55291||e>=63744&&e<=64255||e>=65040&&e<=65049||e>=65072&&e<=65106||e>=65108&&e<=65126||e>=65128&&e<=65131||e>=65281&&e<=65376||e>=65504&&e<=65510}r.implement(this,o),this.setDocument=function(e){this.doc&&this.doc.removeListener("change",this.$onChange),this.doc=e,e.on("change",this.$onChange),this.bgTokenizer&&this.bgTokenizer.setDocument(this.getDocument()),this.resetCaches()},this.getDocument=function(){return this.doc},this.$resetRowCache=function(e){if(!e){this.$docRowCache=[],this.$screenRowCache=[];return}var t=this.$docRowCache.length,n=this.$getRowCacheIndex(this.$docRowCache,e)+1;t>n&&(this.$docRowCache.splice(n,t),this.$screenRowCache.splice(n,t))},this.$getRowCacheIndex=function(e,t){var n=0,r=e.length-1;while(n<=r){var i=n+r>>1,s=e[i];if(t>s)n=i+1;else{if(!(t=t)break}return r=n[s],r?(r.index=s,r.start=i-r.value.length,r):null},this.setUndoManager=function(e){this.$undoManager=e,this.$deltas=[],this.$deltasDoc=[],this.$deltasFold=[],this.$informUndoManager&&this.$informUndoManager.cancel();if(e){var t=this;this.$syncInformUndoManager=function(){t.$informUndoManager.cancel(),t.$deltasFold.length&&(t.$deltas.push({group:"fold",deltas:t.$deltasFold}),t.$deltasFold=[]),t.$deltasDoc.length&&(t.$deltas.push({group:"doc",deltas:t.$deltasDoc}),t.$deltasDoc=[]),t.$deltas.length>0&&e.execute({action:"aceupdate",args:[t.$deltas,t],merge:t.mergeUndoDeltas}),t.mergeUndoDeltas=!1,t.$deltas=[]},this.$informUndoManager=i.delayedCall(this.$syncInformUndoManager)}},this.markUndoGroup=function(){this.$syncInformUndoManager&&this.$syncInformUndoManager()},this.$defaultUndoManager={undo:function(){},redo:function(){},reset:function(){}},this.getUndoManager=function(){return this.$undoManager||this.$defaultUndoManager},this.getTabString=function(){return this.getUseSoftTabs()?i.stringRepeat(" ",this.getTabSize()):" "},this.setUseSoftTabs=function(e){this.setOption("useSoftTabs",e)},this.getUseSoftTabs=function(){return this.$useSoftTabs&&!this.$mode.$indentWithTabs},this.setTabSize=function(e){this.setOption("tabSize",e)},this.getTabSize=function(){return this.$tabSize},this.isTabStop=function(e){return this.$useSoftTabs&&e.column%this.$tabSize===0},this.$overwrite=!1,this.setOverwrite=function(e){this.setOption("overwrite",e)},this.getOverwrite=function(){return this.$overwrite},this.toggleOverwrite=function(){this.setOverwrite(!this.$overwrite)},this.addGutterDecoration=function(e,t){this.$decorations[e]||(this.$decorations[e]=""),this.$decorations[e]+=" "+t,this._signal("changeBreakpoint",{})},this.removeGutterDecoration=function(e,t){this.$decorations[e]=(this.$decorations[e]||"").replace(" "+t,""),this._signal("changeBreakpoint",{})},this.getBreakpoints=function(){return this.$breakpoints},this.setBreakpoints=function(e){this.$breakpoints=[];for(var t=0;t0&&(r=!!n.charAt(t-1).match(this.tokenRe)),r||(r=!!n.charAt(t).match(this.tokenRe));if(r)var i=this.tokenRe;else if(/^\s+$/.test(n.slice(t-1,t+1)))var i=/\s/;else var i=this.nonTokenRe;var s=t;if(s>0){do s--;while(s>=0&&n.charAt(s).match(i));s++}var o=t;while(oe&&(e=t.screenWidth)}),this.lineWidgetWidth=e},this.$computeWidth=function(e){if(this.$modified||e){this.$modified=!1;if(this.$useWrapMode)return this.screenWidth=this.$wrapLimit;var t=this.doc.getAllLines(),n=this.$rowLengthCache,r=0,i=0,s=this.$foldData[i],o=s?s.start.row:Infinity,u=t.length;for(var a=0;ao){a=s.end.row+1;if(a>=u)break;s=this.$foldData[i++],o=s?s.start.row:Infinity}n[a]==null&&(n[a]=this.$getStringScreenWidth(t[a])[0]),n[a]>r&&(r=n[a])}this.screenWidth=r}},this.getLine=function(e){return this.doc.getLine(e)},this.getLines=function(e,t){return this.doc.getLines(e,t)},this.getLength=function(){return this.doc.getLength()},this.getTextRange=function(e){return this.doc.getTextRange(e||this.selection.getRange())},this.insert=function(e,t){return this.doc.insert(e,t)},this.remove=function(e){return this.doc.remove(e)},this.removeFullLines=function(e,t){return this.doc.removeFullLines(e,t)},this.undoChanges=function(e,t){if(!e.length)return;this.$fromUndo=!0;var n=null;for(var r=e.length-1;r!=-1;r--){var i=e[r];i.group=="doc"?(this.doc.revertDeltas(i.deltas),n=this.$getUndoSelection(i.deltas,!0,n)):i.deltas.forEach(function(e){this.addFolds(e.folds)},this)}return this.$fromUndo=!1,n&&this.$undoSelect&&!t&&this.selection.setSelectionRange(n),n},this.redoChanges=function(e,t){if(!e.length)return;this.$fromUndo=!0;var n=null;for(var r=0;re.end.column&&(s.start.column+=u),s.end.row==e.end.row&&s.end.column>e.end.column&&(s.end.column+=u)),o&&s.start.row>=e.end.row&&(s.start.row+=o,s.end.row+=o)}s.end=this.insert(s.start,r);if(i.length){var a=e.start,l=s.start,o=l.row-a.row,u=l.column-a.column;this.addFolds(i.map(function(e){return e=e.clone(),e.start.row==a.row&&(e.start.column+=u),e.end.row==a.row&&(e.end.column+=u),e.start.row+=o,e.end.row+=o,e}))}return s},this.indentRows=function(e,t,n){n=n.replace(/\t/g,this.getTabString());for(var r=e;r<=t;r++)this.doc.insertInLine({row:r,column:0},n)},this.outdentRows=function(e){var t=e.collapseRows(),n=new f(0,0,0,0),r=this.getTabSize();for(var i=t.start.row;i<=t.end.row;++i){var s=this.getLine(i);n.start.row=i,n.end.row=i;for(var o=0;o0){var r=this.getRowFoldEnd(t+n);if(r>this.doc.getLength()-1)return 0;var i=r-t}else{e=this.$clipRowToDocument(e),t=this.$clipRowToDocument(t);var i=t-e+1}var s=new f(e,0,t,Number.MAX_VALUE),o=this.getFoldsInRange(s).map(function(e){return e=e.clone(),e.start.row+=i,e.end.row+=i,e}),u=n==0?this.doc.getLines(e,t):this.doc.removeFullLines(e,t);return this.doc.insertFullLines(e+i,u),o.length&&this.addFolds(o),i},this.moveLinesUp=function(e,t){return this.$moveLines(e,t,-1)},this.moveLinesDown=function(e,t){return this.$moveLines(e,t,1)},this.duplicateLines=function(e,t){return this.$moveLines(e,t,0)},this.$clipRowToDocument=function(e){return Math.max(0,Math.min(e,this.doc.getLength()-1))},this.$clipColumnToRow=function(e,t){return t<0?0:Math.min(this.doc.getLine(e).length,t)},this.$clipPositionToDocument=function(e,t){t=Math.max(0,t);if(e<0)e=0,t=0;else{var n=this.doc.getLength();e>=n?(e=n-1,t=this.doc.getLine(n-1).length):t=Math.min(this.doc.getLine(e).length,t)}return{row:e,column:t}},this.$clipRangeToDocument=function(e){e.start.row<0?(e.start.row=0,e.start.column=0):e.start.column=this.$clipColumnToRow(e.start.row,e.start.column);var t=this.doc.getLength()-1;return e.end.row>t?(e.end.row=t,e.end.column=this.doc.getLine(t).length):e.end.column=this.$clipColumnToRow(e.end.row,e.end.column),e},this.$wrapLimit=80,this.$useWrapMode=!1,this.$wrapLimitRange={min:null,max:null},this.setUseWrapMode=function(e){if(e!=this.$useWrapMode){this.$useWrapMode=e,this.$modified=!0,this.$resetRowCache(0);if(e){var t=this.getLength();this.$wrapData=Array(t),this.$updateWrapData(0,t-1)}this._signal("changeWrapMode")}},this.getUseWrapMode=function(){return this.$useWrapMode},this.setWrapLimitRange=function(e,t){if(this.$wrapLimitRange.min!==e||this.$wrapLimitRange.max!==t)this.$wrapLimitRange={min:e,max:t},this.$modified=!0,this.$useWrapMode&&this._signal("changeWrapMode")},this.adjustWrapLimit=function(e,t){var n=this.$wrapLimitRange;n.max<0&&(n={min:t,max:t});var r=this.$constrainWrapLimit(e,n.min,n.max);return r!=this.$wrapLimit&&r>1?(this.$wrapLimit=r,this.$modified=!0,this.$useWrapMode&&(this.$updateWrapData(0,this.getLength()-1),this.$resetRowCache(0),this._signal("changeWrapLimit")),!0):!1},this.$constrainWrapLimit=function(e,t,n){return t&&(e=Math.max(t,e)),n&&(e=Math.min(n,e)),e},this.getWrapLimit=function(){return this.$wrapLimit},this.setWrapLimit=function(e){this.setWrapLimitRange(e,e)},this.getWrapLimitRange=function(){return{min:this.$wrapLimitRange.min,max:this.$wrapLimitRange.max}},this.$updateInternalDataOnChange=function(e){var t=this.$useWrapMode,n=e.action,r=e.start,i=e.end,s=r.row,o=i.row,u=o-s,a=null;this.$updating=!0;if(u!=0)if(n==="remove"){this[t?"$wrapData":"$rowLengthCache"].splice(s,u);var f=this.$foldData;a=this.getFoldsInRange(e),this.removeFolds(a);var l=this.getFoldLine(i.row),c=0;if(l){l.addRemoveChars(i.row,i.column,r.column-i.column),l.shiftRow(-u);var h=this.getFoldLine(s);h&&h!==l&&(h.merge(l),l=h),c=f.indexOf(l)+1}for(c;c=i.row&&l.shiftRow(-u)}o=s}else{var p=Array(u);p.unshift(s,0);var d=t?this.$wrapData:this.$rowLengthCache;d.splice.apply(d,p);var f=this.$foldData,l=this.getFoldLine(s),c=0;if(l){var v=l.range.compareInside(r.row,r.column);v==0?(l=l.split(r.row,r.column),l&&(l.shiftRow(u),l.addRemoveChars(o,0,i.column-r.column))):v==-1&&(l.addRemoveChars(s,0,i.column-r.column),l.shiftRow(u)),c=f.indexOf(l)+1}for(c;c=s&&l.shiftRow(u)}}else{u=Math.abs(e.start.column-e.end.column),n==="remove"&&(a=this.getFoldsInRange(e),this.removeFolds(a),u=-u);var l=this.getFoldLine(s);l&&l.addRemoveChars(s,r.column,u)}return t&&this.$wrapData.length!=this.doc.getLength()&&console.error("doc.getLength() and $wrapData.length have to be the same!"),this.$updating=!1,t?this.$updateWrapData(s,o):this.$updateRowLengthCache(s,o),a},this.$updateRowLengthCache=function(e,t,n){this.$rowLengthCache[e]=null,this.$rowLengthCache[t]=null},this.$updateWrapData=function(e,t){var r=this.doc.getAllLines(),i=this.getTabSize(),s=this.$wrapData,o=this.$wrapLimit,a,f,l=e;t=Math.min(t,r.length-1);while(l<=t)f=this.getFoldLine(l,f),f?(a=[],f.walk(function(e,t,i,s){var o;if(e!=null){o=this.$getDisplayTokens(e,a.length),o[0]=n;for(var f=1;fr-b){var w=a+r-b;if(e[w-1]>=p&&e[w]>=p){y(w);continue}if(e[w]==n||e[w]==u){for(w;w!=a-1;w--)if(e[w]==n)break;if(w>a){y(w);continue}w=a+r;for(w;w>2)),a-1);while(w>E&&e[w]E&&e[w]E&&e[w]==l)w--}else while(w>E&&e[w]E){y(++w);continue}w=a+r,e[w]==t&&w--,y(w-b)}return s},this.$getDisplayTokens=function(n,r){var i=[],s;r=r||0;for(var o=0;o39&&u<48||u>57&&u<64?i.push(l):u>=4352&&m(u)?i.push(e,t):i.push(e)}return i},this.$getStringScreenWidth=function(e,t,n){if(t==0)return[0,0];t==null&&(t=Infinity),n=n||0;var r,i;for(i=0;i=4352&&m(r)?n+=2:n+=1;if(n>t)break}return[n,i]},this.lineWidgets=null,this.getRowLength=function(e){if(this.lineWidgets)var t=this.lineWidgets[e]&&this.lineWidgets[e].rowCount||0;else t=0;return!this.$useWrapMode||!this.$wrapData[e]?1+t:this.$wrapData[e].length+1+t},this.getRowLineCount=function(e){return!this.$useWrapMode||!this.$wrapData[e]?1:this.$wrapData[e].length+1},this.getRowWrapIndent=function(e){if(this.$useWrapMode){var t=this.screenToDocumentPosition(e,Number.MAX_VALUE),n=this.$wrapData[t.row];return n.length&&n[0]=0)var o=a[f],r=this.$docRowCache[f],c=e>a[l-1];else var c=!l;var h=this.getLength()-1,p=this.getNextFoldLine(r),d=p?p.start.row:Infinity;while(o<=e){u=this.getRowLength(r);if(o+u>e||r>=h)break;o+=u,r++,r>d&&(r=p.end.row+1,p=this.getNextFoldLine(r,p),d=p?p.start.row:Infinity),c&&(this.$docRowCache.push(r),this.$screenRowCache.push(o))}if(p&&p.start.row<=r)n=this.getFoldDisplayLine(p),r=p.start.row;else{if(o+u<=e||r>h)return{row:h,column:this.getLine(h).length};n=this.getLine(r),p=null}var v=0;if(this.$useWrapMode){var m=this.$wrapData[r];if(m){var g=Math.floor(e-o);s=m[g],g>0&&m.length&&(v=m.indent,i=m[g-1]||m[m.length-1],n=n.substring(i))}}return i+=this.$getStringScreenWidth(n,t-v)[1],this.$useWrapMode&&i>=s&&(i=s-1),p?p.idxToPosition(i):{row:r,column:i}},this.documentToScreenPosition=function(e,t){if(typeof t=="undefined")var n=this.$clipPositionToDocument(e.row,e.column);else n=this.$clipPositionToDocument(e,t);e=n.row,t=n.column;var r=0,i=null,s=null;s=this.getFoldAt(e,t,1),s&&(e=s.start.row,t=s.start.column);var o,u=0,a=this.$docRowCache,f=this.$getRowCacheIndex(a,e),l=a.length;if(l&&f>=0)var u=a[f],r=this.$screenRowCache[f],c=e>a[l-1];else var c=!l;var h=this.getNextFoldLine(u),p=h?h.start.row:Infinity;while(u=p){o=h.end.row+1;if(o>e)break;h=this.getNextFoldLine(o,h),p=h?h.start.row:Infinity}else o=u+1;r+=this.getRowLength(u),u=o,c&&(this.$docRowCache.push(u),this.$screenRowCache.push(r))}var d="";h&&u>=p?(d=this.getFoldDisplayLine(h,e,t),i=h.start.row):(d=this.getLine(e).substring(0,t),i=e);var v=0;if(this.$useWrapMode){var m=this.$wrapData[i];if(m){var g=0;while(d.length>=m[g])r++,g++;d=d.substring(m[g-1]||0,d.length),v=g>0?m.indent:0}}return{row:r,column:v+this.$getStringScreenWidth(d)[0]}},this.documentToScreenColumn=function(e,t){return this.documentToScreenPosition(e,t).column},this.documentToScreenRow=function(e,t){return this.documentToScreenPosition(e,t).row},this.getScreenLength=function(){var e=0,t=null;if(!this.$useWrapMode){e=this.getLength();var n=this.$foldData;for(var r=0;ro&&(s=t.end.row+1,t=this.$foldData[r++],o=t?t.start.row:Infinity)}}return this.lineWidgets&&(e+=this.$getWidgetScreenLength()),e},this.$setFontMetrics=function(e){if(!this.$enableVarChar)return;this.$getStringScreenWidth=function(t,n,r){if(n===0)return[0,0];n||(n=Infinity),r=r||0;var i,s;for(s=0;sn)break}return[r,s]}},this.destroy=function(){this.bgTokenizer&&(this.bgTokenizer.setDocument(null),this.bgTokenizer=null),this.$stopWorker()}}).call(p.prototype),e("./edit_session/folding").Folding.call(p.prototype),e("./edit_session/bracket_match").BracketMatch.call(p.prototype),s.defineOptions(p.prototype,"session",{wrap:{set:function(e){!e||e=="off"?e=!1:e=="free"?e=!0:e=="printMargin"?e=-1:typeof e=="string"&&(e=parseInt(e,10)||!1);if(this.$wrap==e)return;this.$wrap=e;if(!e)this.setUseWrapMode(!1);else{var t=typeof e=="number"?e:null;this.setWrapLimitRange(t,t),this.setUseWrapMode(!0)}},get:function(){return this.getUseWrapMode()?this.$wrap==-1?"printMargin":this.getWrapLimitRange().min?this.$wrap:"free":"off"},handlesSet:!0},wrapMethod:{set:function(e){e=e=="auto"?this.$mode.type!="text":e!="text",e!=this.$wrapAsCode&&(this.$wrapAsCode=e,this.$useWrapMode&&(this.$modified=!0,this.$resetRowCache(0),this.$updateWrapData(0,this.getLength()-1)))},initialValue:"auto"},indentedSoftWrap:{initialValue:!0},firstLineNumber:{set:function(){this._signal("changeBreakpoint")},initialValue:1},useWorker:{set:function(e){this.$useWorker=e,this.$stopWorker(),e&&this.$startWorker()},initialValue:!0},useSoftTabs:{initialValue:!0},tabSize:{set:function(e){if(isNaN(e)||this.$tabSize===e)return;this.$modified=!0,this.$rowLengthCache=[],this.$tabSize=e,this._signal("changeTabSize")},initialValue:4,handlesSet:!0},overwrite:{set:function(e){this._signal("changeOverwrite")},initialValue:!1},newLineMode:{set:function(e){this.doc.setNewLineMode(e)},get:function(){return this.doc.getNewLineMode()},handlesSet:!0},mode:{set:function(e){this.setMode(e)},get:function(){return this.$modeId}}}),t.EditSession=p}),define("ace/search",["require","exports","module","ace/lib/lang","ace/lib/oop","ace/range"],function(e,t,n){"use strict";var r=e("./lib/lang"),i=e("./lib/oop"),s=e("./range").Range,o=function(){this.$options={}};(function(){this.set=function(e){return i.mixin(this.$options,e),this},this.getOptions=function(){return r.copyObject(this.$options)},this.setOptions=function(e){this.$options=e},this.find=function(e){var t=this.$options,n=this.$matchIterator(e,t);if(!n)return!1;var r=null;return n.forEach(function(e,n,i){if(!e.start){var o=e.offset+(i||0);r=new s(n,o,n,o+e.length);if(!e.length&&t.start&&t.start.start&&t.skipCurrent!=0&&r.isEqual(t.start))return r=null,!1}else r=e;return!0}),r},this.findAll=function(e){var t=this.$options;if(!t.needle)return[];this.$assembleRegExp(t);var n=t.range,i=n?e.getLines(n.start.row,n.end.row):e.doc.getAllLines(),o=[],u=t.re;if(t.$isMultiLine){var a=u.length,f=i.length-a,l;e:for(var c=u.offset||0;c<=f;c++){for(var h=0;hv)continue;o.push(l=new s(c,v,c+a-1,m)),a>2&&(c=c+a-2)}}else for(var g=0;gE&&o[h].end.row==n.end.row)h--;o=o.slice(g,h+1);for(g=0,h=o.length;g=0;u--)if(i(o[u],t,s))return!0};else var u=function(e,t,s){var o=r.getMatchOffsets(e,n);for(var u=0;u=o;r--)if(n(e.getLine(r),r))return;if(t.wrap==0)return;for(r=u,o=s.row;r>=o;r--)if(n(e.getLine(r),r))return}:function(n){var r=s.row,i=e.getLine(r).substr(s.column);if(n(i,r,s.column))return;for(r+=1;r<=u;r++)if(n(e.getLine(r),r))return;if(t.wrap==0)return;for(r=o,u=s.row;r<=u;r++)if(n(e.getLine(r),r))return};return{forEach:a}}}).call(o.prototype),t.Search=o}),define("ace/keyboard/hash_handler",["require","exports","module","ace/lib/keys","ace/lib/useragent"],function(e,t,n){"use strict";function o(e,t){this.platform=t||(i.isMac?"mac":"win"),this.commands={},this.commandKeyBinding={},this.addCommands(e),this.$singleCommand=!0}function u(e,t){o.call(this,e,t),this.$singleCommand=!1}var r=e("../lib/keys"),i=e("../lib/useragent"),s=r.KEY_MODS;u.prototype=o.prototype,function(){function e(e){return typeof e=="object"&&e.bindKey&&e.bindKey.position||0}this.addCommand=function(e){this.commands[e.name]&&this.removeCommand(e),this.commands[e.name]=e,e.bindKey&&this._buildKeyHash(e)},this.removeCommand=function(e,t){var n=e&&(typeof e=="string"?e:e.name);e=this.commands[n],t||delete this.commands[n];var r=this.commandKeyBinding;for(var i in r){var s=r[i];if(s==e)delete r[i];else if(Array.isArray(s)){var o=s.indexOf(e);o!=-1&&(s.splice(o,1),s.length==1&&(r[i]=s[0]))}}},this.bindKey=function(e,t,n){typeof e=="object"&&e&&(n==undefined&&(n=e.position),e=e[this.platform]);if(!e)return;if(typeof t=="function")return this.addCommand({exec:t,bindKey:e,name:t.name||e});e.split("|").forEach(function(e){var r="";if(e.indexOf(" ")!=-1){var i=e.split(/\s+/);e=i.pop(),i.forEach(function(e){var t=this.parseKeys(e),n=s[t.hashId]+t.key;r+=(r?" ":"")+n,this._addCommandToBinding(r,"chainKeys")},this),r+=" "}var o=this.parseKeys(e),u=s[o.hashId]+o.key;this._addCommandToBinding(r+u,t,n)},this)},this._addCommandToBinding=function(t,n,r){var i=this.commandKeyBinding,s;if(!n)delete i[t];else if(!i[t]||this.$singleCommand)i[t]=n;else{Array.isArray(i[t])?(s=i[t].indexOf(n))!=-1&&i[t].splice(s,1):i[t]=[i[t]],typeof r!="number"&&(r||n.isDefault?r=-100:r=e(n));var o=i[t];for(s=0;sr)break}o.splice(s,0,n)}},this.addCommands=function(e){e&&Object.keys(e).forEach(function(t){var n=e[t];if(!n)return;if(typeof n=="string")return this.bindKey(n,t);typeof n=="function"&&(n={exec:n});if(typeof n!="object")return;n.name||(n.name=t),this.addCommand(n)},this)},this.removeCommands=function(e){Object.keys(e).forEach(function(t){this.removeCommand(e[t])},this)},this.bindKeys=function(e){Object.keys(e).forEach(function(t){this.bindKey(t,e[t])},this)},this._buildKeyHash=function(e){this.bindKey(e.bindKey,e)},this.parseKeys=function(e){var t=e.toLowerCase().split(/[\-\+]([\-\+])?/).filter(function(e){return e}),n=t.pop(),i=r[n];if(r.FUNCTION_KEYS[i])n=r.FUNCTION_KEYS[i].toLowerCase();else{if(!t.length)return{key:n,hashId:-1};if(t.length==1&&t[0]=="shift")return{key:n.toUpperCase(),hashId:-1}}var s=0;for(var o=t.length;o--;){var u=r.KEY_MODS[t[o]];if(u==null)return typeof console!="undefined"&&console.error("invalid modifier "+t[o]+" in "+e),!1;s|=u}return{key:n,hashId:s}},this.findKeyCommand=function(t,n){var r=s[t]+n;return this.commandKeyBinding[r]},this.handleKeyboard=function(e,t,n,r){if(r<0)return;var i=s[t]+n,o=this.commandKeyBinding[i];e.$keyChain&&(e.$keyChain+=" "+i,o=this.commandKeyBinding[e.$keyChain]||o);if(o)if(o=="chainKeys"||o[o.length-1]=="chainKeys")return e.$keyChain=e.$keyChain||i,{command:"null"};if(e.$keyChain)if(!!t&&t!=4||n.length!=1){if(t==-1||r>0)e.$keyChain=""}else e.$keyChain=e.$keyChain.slice(0,-i.length-1);return{command:o}},this.getStatusText=function(e,t){return t.$keyChain||""}}.call(o.prototype),t.HashHandler=o,t.MultiHashHandler=u}),define("ace/commands/command_manager",["require","exports","module","ace/lib/oop","ace/keyboard/hash_handler","ace/lib/event_emitter"],function(e,t,n){"use strict";var r=e("../lib/oop"),i=e("../keyboard/hash_handler").MultiHashHandler,s=e("../lib/event_emitter").EventEmitter,o=function(e,t){i.call(this,t,e),this.byName=this.commands,this.setDefaultHandler("exec",function(e){return e.command.exec(e.editor,e.args||{})})};r.inherits(o,i),function(){r.implement(this,s),this.exec=function(e,t,n){if(Array.isArray(e)){for(var r=e.length;r--;)if(this.exec(e[r],t,n))return!0;return!1}typeof e=="string"&&(e=this.commands[e]);if(!e)return!1;if(t&&t.$readOnly&&!e.readOnly)return!1;var i={editor:t,command:e,args:n};return i.returnValue=this._emit("exec",i),this._signal("afterExec",i),i.returnValue===!1?!1:!0},this.toggleRecording=function(e){if(this.$inReplay)return;return e&&e._emit("changeStatus"),this.recording?(this.macro.pop(),this.removeEventListener("exec",this.$addCommandToMacro),this.macro.length||(this.macro=this.oldMacro),this.recording=!1):(this.$addCommandToMacro||(this.$addCommandToMacro=function(e){this.macro.push([e.command,e.args])}.bind(this)),this.oldMacro=this.macro,this.macro=[],this.on("exec",this.$addCommandToMacro),this.recording=!0)},this.replay=function(e){if(this.$inReplay||!this.macro)return;if(this.recording)return this.toggleRecording(e);try{this.$inReplay=!0,this.macro.forEach(function(t){typeof t=="string"?this.exec(t,e):this.exec(t[0],e,t[1])},this)}finally{this.$inReplay=!1}},this.trimMacro=function(e){return e.map(function(e){return typeof e[0]!="string"&&(e[0]=e[0].name),e[1]||(e=e[0]),e})}}.call(o.prototype),t.CommandManager=o}),define("ace/commands/default_commands",["require","exports","module","ace/lib/lang","ace/config","ace/range"],function(e,t,n){"use strict";function o(e,t){return{win:e,mac:t}}var r=e("../lib/lang"),i=e("../config"),s=e("../range").Range;t.commands=[{name:"showSettingsMenu",bindKey:o("Ctrl-,","Command-,"),exec:function(e){i.loadModule("ace/ext/settings_menu",function(t){t.init(e),e.showSettingsMenu()})},readOnly:!0},{name:"goToNextError",bindKey:o("Alt-E","Ctrl-E"),exec:function(e){i.loadModule("ace/ext/error_marker",function(t){t.showErrorMarker(e,1)})},scrollIntoView:"animate",readOnly:!0},{name:"goToPreviousError",bindKey:o("Alt-Shift-E","Ctrl-Shift-E"),exec:function(e){i.loadModule("ace/ext/error_marker",function(t){t.showErrorMarker(e,-1)})},scrollIntoView:"animate",readOnly:!0},{name:"selectall",bindKey:o("Ctrl-A","Command-A"),exec:function(e){e.selectAll()},readOnly:!0},{name:"centerselection",bindKey:o(null,"Ctrl-L"),exec:function(e){e.centerSelection()},readOnly:!0},{name:"gotoline",bindKey:o("Ctrl-L","Command-L"),exec:function(e){var t=parseInt(prompt("Enter line number:"),10);isNaN(t)||e.gotoLine(t)},readOnly:!0},{name:"fold",bindKey:o("Alt-L|Ctrl-F1","Command-Alt-L|Command-F1"),exec:function(e){e.session.toggleFold(!1)},multiSelectAction:"forEach",scrollIntoView:"center",readOnly:!0},{name:"unfold",bindKey:o("Alt-Shift-L|Ctrl-Shift-F1","Command-Alt-Shift-L|Command-Shift-F1"),exec:function(e){e.session.toggleFold(!0)},multiSelectAction:"forEach",scrollIntoView:"center",readOnly:!0},{name:"toggleFoldWidget",bindKey:o("F2","F2"),exec:function(e){e.session.toggleFoldWidget()},multiSelectAction:"forEach",scrollIntoView:"center",readOnly:!0},{name:"toggleParentFoldWidget",bindKey:o("Alt-F2","Alt-F2"),exec:function(e){e.session.toggleFoldWidget(!0)},multiSelectAction:"forEach",scrollIntoView:"center",readOnly:!0},{name:"foldall",bindKey:o(null,"Ctrl-Command-Option-0"),exec:function(e){e.session.foldAll()},scrollIntoView:"center",readOnly:!0},{name:"foldOther",bindKey:o("Alt-0","Command-Option-0"),exec:function(e){e.session.foldAll(),e.session.unfold(e.selection.getAllRanges())},scrollIntoView:"center",readOnly:!0},{name:"unfoldall",bindKey:o("Alt-Shift-0","Command-Option-Shift-0"),exec:function(e){e.session.unfold()},scrollIntoView:"center",readOnly:!0},{name:"findnext",bindKey:o("Ctrl-K","Command-G"),exec:function(e){e.findNext()},multiSelectAction:"forEach",scrollIntoView:"center",readOnly:!0},{name:"findprevious",bindKey:o("Ctrl-Shift-K","Command-Shift-G"),exec:function(e){e.findPrevious()},multiSelectAction:"forEach",scrollIntoView:"center",readOnly:!0},{name:"selectOrFindNext",bindKey:o("Alt-K","Ctrl-G"),exec:function(e){e.selection.isEmpty()?e.selection.selectWord():e.findNext()},readOnly:!0},{name:"selectOrFindPrevious",bindKey:o("Alt-Shift-K","Ctrl-Shift-G"),exec:function(e){e.selection.isEmpty()?e.selection.selectWord():e.findPrevious()},readOnly:!0},{name:"find",bindKey:o("Ctrl-F","Command-F"),exec:function(e){i.loadModule("ace/ext/searchbox",function(t){t.Search(e)})},readOnly:!0},{name:"overwrite",bindKey:"Insert",exec:function(e){e.toggleOverwrite()},readOnly:!0},{name:"selecttostart",bindKey:o("Ctrl-Shift-Home","Command-Shift-Up"),exec:function(e){e.getSelection().selectFileStart()},multiSelectAction:"forEach",readOnly:!0,scrollIntoView:"animate",aceCommandGroup:"fileJump"},{name:"gotostart",bindKey:o("Ctrl-Home","Command-Home|Command-Up"),exec:function(e){e.navigateFileStart()},multiSelectAction:"forEach",readOnly:!0,scrollIntoView:"animate",aceCommandGroup:"fileJump"},{name:"selectup",bindKey:o("Shift-Up","Shift-Up"),exec:function(e){e.getSelection().selectUp()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"golineup",bindKey:o("Up","Up|Ctrl-P"),exec:function(e,t){e.navigateUp(t.times)},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"selecttoend",bindKey:o("Ctrl-Shift-End","Command-Shift-Down"),exec:function(e){e.getSelection().selectFileEnd()},multiSelectAction:"forEach",readOnly:!0,scrollIntoView:"animate",aceCommandGroup:"fileJump"},{name:"gotoend",bindKey:o("Ctrl-End","Command-End|Command-Down"),exec:function(e){e.navigateFileEnd()},multiSelectAction:"forEach",readOnly:!0,scrollIntoView:"animate",aceCommandGroup:"fileJump"},{name:"selectdown",bindKey:o("Shift-Down","Shift-Down"),exec:function(e){e.getSelection().selectDown()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"golinedown",bindKey:o("Down","Down|Ctrl-N"),exec:function(e,t){e.navigateDown(t.times)},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"selectwordleft",bindKey:o("Ctrl-Shift-Left","Option-Shift-Left"),exec:function(e){e.getSelection().selectWordLeft()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"gotowordleft",bindKey:o("Ctrl-Left","Option-Left"),exec:function(e){e.navigateWordLeft()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"selecttolinestart",bindKey:o("Alt-Shift-Left","Command-Shift-Left"),exec:function(e){e.getSelection().selectLineStart()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"gotolinestart",bindKey:o("Alt-Left|Home","Command-Left|Home|Ctrl-A"),exec:function(e){e.navigateLineStart()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"selectleft",bindKey:o("Shift-Left","Shift-Left"),exec:function(e){e.getSelection().selectLeft()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"gotoleft",bindKey:o("Left","Left|Ctrl-B"),exec:function(e,t){e.navigateLeft(t.times)},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"selectwordright",bindKey:o("Ctrl-Shift-Right","Option-Shift-Right"),exec:function(e){e.getSelection().selectWordRight()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"gotowordright",bindKey:o("Ctrl-Right","Option-Right"),exec:function(e){e.navigateWordRight()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"selecttolineend",bindKey:o("Alt-Shift-Right","Command-Shift-Right"),exec:function(e){e.getSelection().selectLineEnd()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"gotolineend",bindKey:o("Alt-Right|End","Command-Right|End|Ctrl-E"),exec:function(e){e.navigateLineEnd()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"selectright",bindKey:o("Shift-Right","Shift-Right"),exec:function(e){e.getSelection().selectRight()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"gotoright",bindKey:o("Right","Right|Ctrl-F"),exec:function(e,t){e.navigateRight(t.times)},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"selectpagedown",bindKey:"Shift-PageDown",exec:function(e){e.selectPageDown()},readOnly:!0},{name:"pagedown",bindKey:o(null,"Option-PageDown"),exec:function(e){e.scrollPageDown()},readOnly:!0},{name:"gotopagedown",bindKey:o("PageDown","PageDown|Ctrl-V"),exec:function(e){e.gotoPageDown()},readOnly:!0},{name:"selectpageup",bindKey:"Shift-PageUp",exec:function(e){e.selectPageUp()},readOnly:!0},{name:"pageup",bindKey:o(null,"Option-PageUp"),exec:function(e){e.scrollPageUp()},readOnly:!0},{name:"gotopageup",bindKey:"PageUp",exec:function(e){e.gotoPageUp()},readOnly:!0},{name:"scrollup",bindKey:o("Ctrl-Up",null),exec:function(e){e.renderer.scrollBy(0,-2*e.renderer.layerConfig.lineHeight)},readOnly:!0},{name:"scrolldown",bindKey:o("Ctrl-Down",null),exec:function(e){e.renderer.scrollBy(0,2*e.renderer.layerConfig.lineHeight)},readOnly:!0},{name:"selectlinestart",bindKey:"Shift-Home",exec:function(e){e.getSelection().selectLineStart()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"selectlineend",bindKey:"Shift-End",exec:function(e){e.getSelection().selectLineEnd()},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"togglerecording",bindKey:o("Ctrl-Alt-E","Command-Option-E"),exec:function(e){e.commands.toggleRecording(e)},readOnly:!0},{name:"replaymacro",bindKey:o("Ctrl-Shift-E","Command-Shift-E"),exec:function(e){e.commands.replay(e)},readOnly:!0},{name:"jumptomatching",bindKey:o("Ctrl-P","Ctrl-P"),exec:function(e){e.jumpToMatching()},multiSelectAction:"forEach",scrollIntoView:"animate",readOnly:!0},{name:"selecttomatching",bindKey:o("Ctrl-Shift-P","Ctrl-Shift-P"),exec:function(e){e.jumpToMatching(!0)},multiSelectAction:"forEach",scrollIntoView:"animate",readOnly:!0},{name:"expandToMatching",bindKey:o("Ctrl-Shift-M","Ctrl-Shift-M"),exec:function(e){e.jumpToMatching(!0,!0)},multiSelectAction:"forEach",scrollIntoView:"animate",readOnly:!0},{name:"passKeysToBrowser",bindKey:o(null,null),exec:function(){},passEvent:!0,readOnly:!0},{name:"copy",exec:function(e){},readOnly:!0},{name:"cut",exec:function(e){var t=e.getSelectionRange();e._emit("cut",t),e.selection.isEmpty()||(e.session.remove(t),e.clearSelection())},scrollIntoView:"cursor",multiSelectAction:"forEach"},{name:"paste",exec:function(e,t){e.$handlePaste(t)},scrollIntoView:"cursor"},{name:"removeline",bindKey:o("Ctrl-D","Command-D"),exec:function(e){e.removeLines()},scrollIntoView:"cursor",multiSelectAction:"forEachLine"},{name:"duplicateSelection",bindKey:o("Ctrl-Shift-D","Command-Shift-D"),exec:function(e){e.duplicateSelection()},scrollIntoView:"cursor",multiSelectAction:"forEach"},{name:"sortlines",bindKey:o("Ctrl-Alt-S","Command-Alt-S"),exec:function(e){e.sortLines()},scrollIntoView:"selection",multiSelectAction:"forEachLine"},{name:"togglecomment",bindKey:o("Ctrl-/","Command-/"),exec:function(e){e.toggleCommentLines()},multiSelectAction:"forEachLine",scrollIntoView:"selectionPart"},{name:"toggleBlockComment",bindKey:o("Ctrl-Shift-/","Command-Shift-/"),exec:function(e){e.toggleBlockComment()},multiSelectAction:"forEach",scrollIntoView:"selectionPart"},{name:"modifyNumberUp",bindKey:o("Ctrl-Shift-Up","Alt-Shift-Up"),exec:function(e){e.modifyNumber(1)},scrollIntoView:"cursor",multiSelectAction:"forEach"},{name:"modifyNumberDown",bindKey:o("Ctrl-Shift-Down","Alt-Shift-Down"),exec:function(e){e.modifyNumber(-1)},scrollIntoView:"cursor",multiSelectAction:"forEach"},{name:"replace",bindKey:o("Ctrl-H","Command-Option-F"),exec:function(e){i.loadModule("ace/ext/searchbox",function(t){t.Search(e,!0)})}},{name:"undo",bindKey:o("Ctrl-Z","Command-Z"),exec:function(e){e.undo()}},{name:"redo",bindKey:o("Ctrl-Shift-Z|Ctrl-Y","Command-Shift-Z|Command-Y"),exec:function(e){e.redo()}},{name:"copylinesup",bindKey:o("Alt-Shift-Up","Command-Option-Up"),exec:function(e){e.copyLinesUp()},scrollIntoView:"cursor"},{name:"movelinesup",bindKey:o("Alt-Up","Option-Up"),exec:function(e){e.moveLinesUp()},scrollIntoView:"cursor"},{name:"copylinesdown",bindKey:o("Alt-Shift-Down","Command-Option-Down"),exec:function(e){e.copyLinesDown()},scrollIntoView:"cursor"},{name:"movelinesdown",bindKey:o("Alt-Down","Option-Down"),exec:function(e){e.moveLinesDown()},scrollIntoView:"cursor"},{name:"del",bindKey:o("Delete","Delete|Ctrl-D|Shift-Delete"),exec:function(e){e.remove("right")},multiSelectAction:"forEach",scrollIntoView:"cursor"},{name:"backspace",bindKey:o("Shift-Backspace|Backspace","Ctrl-Backspace|Shift-Backspace|Backspace|Ctrl-H"),exec:function(e){e.remove("left")},multiSelectAction:"forEach",scrollIntoView:"cursor"},{name:"cut_or_delete",bindKey:o("Shift-Delete",null),exec:function(e){if(!e.selection.isEmpty())return!1;e.remove("left")},multiSelectAction:"forEach",scrollIntoView:"cursor"},{name:"removetolinestart",bindKey:o("Alt-Backspace","Command-Backspace"),exec:function(e){e.removeToLineStart()},multiSelectAction:"forEach",scrollIntoView:"cursor"},{name:"removetolineend",bindKey:o("Alt-Delete","Ctrl-K"),exec:function(e){e.removeToLineEnd()},multiSelectAction:"forEach",scrollIntoView:"cursor"},{name:"removewordleft",bindKey:o("Ctrl-Backspace","Alt-Backspace|Ctrl-Alt-Backspace"),exec:function(e){e.removeWordLeft()},multiSelectAction:"forEach",scrollIntoView:"cursor"},{name:"removewordright",bindKey:o("Ctrl-Delete","Alt-Delete"),exec:function(e){e.removeWordRight()},multiSelectAction:"forEach",scrollIntoView:"cursor"},{name:"outdent",bindKey:o("Shift-Tab","Shift-Tab"),exec:function(e){e.blockOutdent()},multiSelectAction:"forEach",scrollIntoView:"selectionPart"},{name:"indent",bindKey:o("Tab","Tab"),exec:function(e){e.indent()},multiSelectAction:"forEach",scrollIntoView:"selectionPart"},{name:"blockoutdent",bindKey:o("Ctrl-[","Ctrl-["),exec:function(e){e.blockOutdent()},multiSelectAction:"forEachLine",scrollIntoView:"selectionPart"},{name:"blockindent",bindKey:o("Ctrl-]","Ctrl-]"),exec:function(e){e.blockIndent()},multiSelectAction:"forEachLine",scrollIntoView:"selectionPart"},{name:"insertstring",exec:function(e,t){e.insert(t)},multiSelectAction:"forEach",scrollIntoView:"cursor"},{name:"inserttext",exec:function(e,t){e.insert(r.stringRepeat(t.text||"",t.times||1))},multiSelectAction:"forEach",scrollIntoView:"cursor"},{name:"splitline",bindKey:o(null,"Ctrl-O"),exec:function(e){e.splitLine()},multiSelectAction:"forEach",scrollIntoView:"cursor"},{name:"transposeletters",bindKey:o("Ctrl-T","Ctrl-T"),exec:function(e){e.transposeLetters()},multiSelectAction:function(e){e.transposeSelections(1)},scrollIntoView:"cursor"},{name:"touppercase",bindKey:o("Ctrl-U","Ctrl-U"),exec:function(e){e.toUpperCase()},multiSelectAction:"forEach",scrollIntoView:"cursor"},{name:"tolowercase",bindKey:o("Ctrl-Shift-U","Ctrl-Shift-U"),exec:function(e){e.toLowerCase()},multiSelectAction:"forEach",scrollIntoView:"cursor"},{name:"expandtoline",bindKey:o("Ctrl-Shift-L","Command-Shift-L"),exec:function(e){var t=e.selection.getRange();t.start.column=t.end.column=0,t.end.row++,e.selection.setRange(t,!1)},multiSelectAction:"forEach",scrollIntoView:"cursor",readOnly:!0},{name:"joinlines",bindKey:o(null,null),exec:function(e){var t=e.selection.isBackwards(),n=t?e.selection.getSelectionLead():e.selection.getSelectionAnchor(),i=t?e.selection.getSelectionAnchor():e.selection.getSelectionLead(),o=e.session.doc.getLine(n.row).length,u=e.session.doc.getTextRange(e.selection.getRange()),a=u.replace(/\n\s*/," ").length,f=e.session.doc.getLine(n.row);for(var l=n.row+1;l<=i.row+1;l++){var c=r.stringTrimLeft(r.stringTrimRight(e.session.doc.getLine(l)));c.length!==0&&(c=" "+c),f+=c}i.row+10?(e.selection.moveCursorTo(n.row,n.column),e.selection.selectTo(n.row,n.column+a)):(o=e.session.doc.getLine(n.row).length>o?o+1:o,e.selection.moveCursorTo(n.row,o))},multiSelectAction:"forEach",readOnly:!0},{name:"invertSelection",bindKey:o(null,null),exec:function(e){var t=e.session.doc.getLength()-1,n=e.session.doc.getLine(t).length,r=e.selection.rangeList.ranges,i=[];r.length<1&&(r=[e.selection.getRange()]);for(var o=0;o0&&this.$blockScrolling--;var n=t&&t.scrollIntoView;if(n){switch(n){case"center-animate":n="animate";case"center":this.renderer.scrollCursorIntoView(null,.5);break;case"animate":case"cursor":this.renderer.scrollCursorIntoView();break;case"selectionPart":var r=this.selection.getRange(),i=this.renderer.layerConfig;(r.start.row>=i.lastRow||r.end.row<=i.firstRow)&&this.renderer.scrollSelectionIntoView(this.selection.anchor,this.selection.lead);break;default:}n=="animate"&&this.renderer.animateScrolling(this.curOp.scrollTop)}this.prevOp=this.curOp,this.curOp=null}},this.$mergeableCommands=["backspace","del","insertstring"],this.$historyTracker=function(e){if(!this.$mergeUndoDeltas)return;var t=this.prevOp,n=this.$mergeableCommands,r=t.command&&e.command.name==t.command.name;if(e.command.name=="insertstring"){var i=e.args;this.mergeNextCommand===undefined&&(this.mergeNextCommand=!0),r=r&&this.mergeNextCommand&&(!/\s/.test(i)||/\s/.test(t.args)),this.mergeNextCommand=!0}else r=r&&n.indexOf(e.command.name)!==-1;this.$mergeUndoDeltas!="always"&&Date.now()-this.sequenceStartTime>2e3&&(r=!1),r?this.session.mergeUndoDeltas=!0:n.indexOf(e.command.name)!==-1&&(this.sequenceStartTime=Date.now())},this.setKeyboardHandler=function(e,t){if(e&&typeof e=="string"){this.$keybindingId=e;var n=this;g.loadModule(["keybinding",e],function(r){n.$keybindingId==e&&n.keyBinding.setKeyboardHandler(r&&r.handler),t&&t()})}else this.$keybindingId=null,this.keyBinding.setKeyboardHandler(e),t&&t()},this.getKeyboardHandler=function(){return this.keyBinding.getKeyboardHandler()},this.setSession=function(e){if(this.session==e)return;this.curOp&&this.endOperation(),this.curOp={};var t=this.session;if(t){this.session.off("change",this.$onDocumentChange),this.session.off("changeMode",this.$onChangeMode),this.session.off("tokenizerUpdate",this.$onTokenizerUpdate),this.session.off("changeTabSize",this.$onChangeTabSize),this.session.off("changeWrapLimit",this.$onChangeWrapLimit),this.session.off("changeWrapMode",this.$onChangeWrapMode),this.session.off("changeFold",this.$onChangeFold),this.session.off("changeFrontMarker",this.$onChangeFrontMarker),this.session.off("changeBackMarker",this.$onChangeBackMarker),this.session.off("changeBreakpoint",this.$onChangeBreakpoint),this.session.off("changeAnnotation",this.$onChangeAnnotation),this.session.off("changeOverwrite",this.$onCursorChange),this.session.off("changeScrollTop",this.$onScrollTopChange),this.session.off("changeScrollLeft",this.$onScrollLeftChange);var n=this.session.getSelection();n.off("changeCursor",this.$onCursorChange),n.off("changeSelection",this.$onSelectionChange)}this.session=e,e?(this.$onDocumentChange=this.onDocumentChange.bind(this),e.on("change",this.$onDocumentChange),this.renderer.setSession(e),this.$onChangeMode=this.onChangeMode.bind(this),e.on("changeMode",this.$onChangeMode),this.$onTokenizerUpdate=this.onTokenizerUpdate.bind(this),e.on("tokenizerUpdate",this.$onTokenizerUpdate),this.$onChangeTabSize=this.renderer.onChangeTabSize.bind(this.renderer),e.on("changeTabSize",this.$onChangeTabSize),this.$onChangeWrapLimit=this.onChangeWrapLimit.bind(this),e.on("changeWrapLimit",this.$onChangeWrapLimit),this.$onChangeWrapMode=this.onChangeWrapMode.bind(this),e.on("changeWrapMode",this.$onChangeWrapMode),this.$onChangeFold=this.onChangeFold.bind(this),e.on("changeFold",this.$onChangeFold),this.$onChangeFrontMarker=this.onChangeFrontMarker.bind(this),this.session.on("changeFrontMarker",this.$onChangeFrontMarker),this.$onChangeBackMarker=this.onChangeBackMarker.bind(this),this.session.on("changeBackMarker",this.$onChangeBackMarker),this.$onChangeBreakpoint=this.onChangeBreakpoint.bind(this),this.session.on("changeBreakpoint",this.$onChangeBreakpoint),this.$onChangeAnnotation=this.onChangeAnnotation.bind(this),this.session.on("changeAnnotation",this.$onChangeAnnotation),this.$onCursorChange=this.onCursorChange.bind(this),this.session.on("changeOverwrite",this.$onCursorChange),this.$onScrollTopChange=this.onScrollTopChange.bind(this),this.session.on("changeScrollTop",this.$onScrollTopChange),this.$onScrollLeftChange=this.onScrollLeftChange.bind(this),this.session.on("changeScrollLeft",this.$onScrollLeftChange),this.selection=e.getSelection(),this.selection.on("changeCursor",this.$onCursorChange),this.$onSelectionChange=this.onSelectionChange.bind(this),this.selection.on("changeSelection",this.$onSelectionChange),this.onChangeMode(),this.$blockScrolling+=1,this.onCursorChange(),this.$blockScrolling-=1,this.onScrollTopChange(),this.onScrollLeftChange(),this.onSelectionChange(),this.onChangeFrontMarker(),this.onChangeBackMarker(),this.onChangeBreakpoint(),this.onChangeAnnotation(),this.session.getUseWrapMode()&&this.renderer.adjustWrapLimit(),this.renderer.updateFull()):(this.selection=null,this.renderer.setSession(e)),this._signal("changeSession",{session:e,oldSession:t}),this.curOp=null,t&&t._signal("changeEditor",{oldEditor:this}),e&&e._signal("changeEditor",{editor:this})},this.getSession=function(){return this.session},this.setValue=function(e,t){return this.session.doc.setValue(e),t?t==1?this.navigateFileEnd():t==-1&&this.navigateFileStart():this.selectAll(),e},this.getValue=function(){return this.session.getValue()},this.getSelection=function(){return this.selection},this.resize=function(e){this.renderer.onResize(e)},this.setTheme=function(e,t){this.renderer.setTheme(e,t)},this.getTheme=function(){return this.renderer.getTheme()},this.setStyle=function(e){this.renderer.setStyle(e)},this.unsetStyle=function(e){this.renderer.unsetStyle(e)},this.getFontSize=function(){return this.getOption("fontSize")||i.computedStyle(this.container,"fontSize")},this.setFontSize=function(e){this.setOption("fontSize",e)},this.$highlightBrackets=function(){this.session.$bracketHighlight&&(this.session.removeMarker(this.session.$bracketHighlight),this.session.$bracketHighlight=null);if(this.$highlightPending)return;var e=this;this.$highlightPending=!0,setTimeout(function(){e.$highlightPending=!1;var t=e.session;if(!t||!t.bgTokenizer)return;var n=t.findMatchingBracket(e.getCursorPosition());if(n)var r=new p(n.row,n.column,n.row,n.column+1);else if(t.$mode.getMatching)var r=t.$mode.getMatching(e.session);r&&(t.$bracketHighlight=t.addMarker(r,"ace_bracket","text"))},50)},this.$highlightTags=function(){if(this.$highlightTagPending)return;var e=this;this.$highlightTagPending=!0,setTimeout(function(){e.$highlightTagPending=!1;var t=e.session;if(!t||!t.bgTokenizer)return;var n=e.getCursorPosition(),r=new y(e.session,n.row,n.column),i=r.getCurrentToken();if(!i||!/\b(?:tag-open|tag-name)/.test(i.type)){t.removeMarker(t.$tagHighlight),t.$tagHighlight=null;return}if(i.type.indexOf("tag-open")!=-1){i=r.stepForward();if(!i)return}var s=i.value,o=0,u=r.stepBackward();if(u.value=="<"){do u=i,i=r.stepForward(),i&&i.value===s&&i.type.indexOf("tag-name")!==-1&&(u.value==="<"?o++:u.value==="=0)}else{do i=u,u=r.stepBackward(),i&&i.value===s&&i.type.indexOf("tag-name")!==-1&&(u.value==="<"?o++:u.value==="1)&&(t=!1)}if(e.$highlightLineMarker&&!t)e.removeMarker(e.$highlightLineMarker.id),e.$highlightLineMarker=null;else if(!e.$highlightLineMarker&&t){var n=new p(t.row,t.column,t.row,Infinity);n.id=e.addMarker(n,"ace_active-line","screenLine"),e.$highlightLineMarker=n}else t&&(e.$highlightLineMarker.start.row=t.row,e.$highlightLineMarker.end.row=t.row,e.$highlightLineMarker.start.column=t.column,e._signal("changeBackMarker"))},this.onSelectionChange=function(e){var t=this.session;t.$selectionMarker&&t.removeMarker(t.$selectionMarker),t.$selectionMarker=null;if(!this.selection.isEmpty()){var n=this.selection.getRange(),r=this.getSelectionStyle();t.$selectionMarker=t.addMarker(n,"ace_selection",r)}else this.$updateHighlightActiveLine();var i=this.$highlightSelectedWord&&this.$getSelectionHighLightRegexp();this.session.highlight(i),this._signal("changeSelection")},this.$getSelectionHighLightRegexp=function(){var e=this.session,t=this.getSelectionRange();if(t.isEmpty()||t.isMultiLine())return;var n=t.start.column-1,r=t.end.column+1,i=e.getLine(t.start.row),s=i.length,o=i.substring(Math.max(n,0),Math.min(r,s));if(n>=0&&/^[\w\d]/.test(o)||r<=s&&/[\w\d]$/.test(o))return;o=i.substring(t.start.column,t.end.column);if(!/^[\w\d]+$/.test(o))return;var u=this.$search.$assembleRegExp({wholeWord:!0,caseSensitive:!0,needle:o});return u},this.onChangeFrontMarker=function(){this.renderer.updateFrontMarkers()},this.onChangeBackMarker=function(){this.renderer.updateBackMarkers()},this.onChangeBreakpoint=function(){this.renderer.updateBreakpoints()},this.onChangeAnnotation=function(){this.renderer.setAnnotations(this.session.getAnnotations())},this.onChangeMode=function(e){this.renderer.updateText(),this._emit("changeMode",e)},this.onChangeWrapLimit=function(){this.renderer.updateFull()},this.onChangeWrapMode=function(){this.renderer.onResize(!0)},this.onChangeFold=function(){this.$updateHighlightActiveLine(),this.renderer.updateFull()},this.getSelectedText=function(){return this.session.getTextRange(this.getSelectionRange())},this.getCopyText=function(){var e=this.getSelectedText();return this._signal("copy",e),e},this.onCopy=function(){this.commands.exec("copy",this)},this.onCut=function(){this.commands.exec("cut",this)},this.onPaste=function(e,t){var n={text:e,event:t};this.commands.exec("paste",this,n)},this.$handlePaste=function(e){typeof e=="string"&&(e={text:e}),this._signal("paste",e);var t=e.text;if(!this.inMultiSelectMode||this.inVirtualSelectionMode)this.insert(t);else{var n=t.split(/\r\n|\r|\n/),r=this.selection.rangeList.ranges;if(n.length>r.length||n.length<2||!n[1])return this.commands.exec("insertstring",this,t);for(var i=r.length;i--;){var s=r[i];s.isEmpty()||this.session.remove(s),this.session.insert(s.start,n[i])}}},this.execCommand=function(e,t){return this.commands.exec(e,this,t)},this.insert=function(e,t){var n=this.session,r=n.getMode(),i=this.getCursorPosition();if(this.getBehavioursEnabled()&&!t){var s=r.transformAction(n.getState(i.row),"insertion",this,n,e);s&&(e!==s.text&&(this.session.mergeUndoDeltas=!1,this.$mergeNextCommand=!1),e=s.text)}e==" "&&(e=this.session.getTabString());if(!this.selection.isEmpty()){var o=this.getSelectionRange();i=this.session.remove(o),this.clearSelection()}else if(this.session.getOverwrite()){var o=new p.fromPoints(i,i);o.end.column+=e.length,this.session.remove(o)}if(e=="\n"||e=="\r\n"){var u=n.getLine(i.row);if(i.column>u.search(/\S|$/)){var a=u.substr(i.column).search(/\S|$/);n.doc.removeInLine(i.row,i.column,i.column+a)}}this.clearSelection();var f=i.column,l=n.getState(i.row),u=n.getLine(i.row),c=r.checkOutdent(l,u,e),h=n.insert(i,e);s&&s.selection&&(s.selection.length==2?this.selection.setSelectionRange(new p(i.row,f+s.selection[0],i.row,f+s.selection[1])):this.selection.setSelectionRange(new p(i.row+s.selection[0],s.selection[1],i.row+s.selection[2],s.selection[3])));if(n.getDocument().isNewLine(e)){var d=r.getNextLineIndent(l,u.slice(0,i.column),n.getTabString());n.insert({row:i.row+1,column:0},d)}c&&r.autoOutdent(l,n,i.row)},this.onTextInput=function(e){this.keyBinding.onTextInput(e)},this.onCommandKey=function(e,t,n){this.keyBinding.onCommandKey(e,t,n)},this.setOverwrite=function(e){this.session.setOverwrite(e)},this.getOverwrite=function(){return this.session.getOverwrite()},this.toggleOverwrite=function(){this.session.toggleOverwrite()},this.setScrollSpeed=function(e){this.setOption("scrollSpeed",e)},this.getScrollSpeed=function(){return this.getOption("scrollSpeed")},this.setDragDelay=function(e){this.setOption("dragDelay",e)},this.getDragDelay=function(){return this.getOption("dragDelay")},this.setSelectionStyle=function(e){this.setOption("selectionStyle",e)},this.getSelectionStyle=function(){return this.getOption("selectionStyle")},this.setHighlightActiveLine=function(e){this.setOption("highlightActiveLine",e)},this.getHighlightActiveLine=function(){return this.getOption("highlightActiveLine")},this.setHighlightGutterLine=function(e){this.setOption("highlightGutterLine",e)},this.getHighlightGutterLine=function(){return this.getOption("highlightGutterLine")},this.setHighlightSelectedWord=function(e){this.setOption("highlightSelectedWord",e)},this.getHighlightSelectedWord=function(){return this.$highlightSelectedWord},this.setAnimatedScroll=function(e){this.renderer.setAnimatedScroll(e)},this.getAnimatedScroll=function(){return this.renderer.getAnimatedScroll()},this.setShowInvisibles=function(e){this.renderer.setShowInvisibles(e)},this.getShowInvisibles=function(){return this.renderer.getShowInvisibles()},this.setDisplayIndentGuides=function(e){this.renderer.setDisplayIndentGuides(e)},this.getDisplayIndentGuides=function(){return this.renderer.getDisplayIndentGuides()},this.setShowPrintMargin=function(e){this.renderer.setShowPrintMargin(e)},this.getShowPrintMargin=function(){return this.renderer.getShowPrintMargin()},this.setPrintMarginColumn=function(e){this.renderer.setPrintMarginColumn(e)},this.getPrintMarginColumn=function(){return this.renderer.getPrintMarginColumn()},this.setReadOnly=function(e){this.setOption("readOnly",e)},this.getReadOnly=function(){return this.getOption("readOnly")},this.setBehavioursEnabled=function(e){this.setOption("behavioursEnabled",e)},this.getBehavioursEnabled=function(){return this.getOption("behavioursEnabled")},this.setWrapBehavioursEnabled=function(e){this.setOption("wrapBehavioursEnabled",e)},this.getWrapBehavioursEnabled=function(){return this.getOption("wrapBehavioursEnabled")},this.setShowFoldWidgets=function(e){this.setOption("showFoldWidgets",e)},this.getShowFoldWidgets=function(){return this.getOption("showFoldWidgets")},this.setFadeFoldWidgets=function(e){this.setOption("fadeFoldWidgets",e)},this.getFadeFoldWidgets=function(){return this.getOption("fadeFoldWidgets")},this.remove=function(e){this.selection.isEmpty()&&(e=="left"?this.selection.selectLeft():this.selection.selectRight());var t=this.getSelectionRange();if(this.getBehavioursEnabled()){var n=this.session,r=n.getState(t.start.row),i=n.getMode().transformAction(r,"deletion",this,n,t);if(t.end.column===0){var s=n.getTextRange(t);if(s[s.length-1]=="\n"){var o=n.getLine(t.end.row);/^\s+$/.test(o)&&(t.end.column=o.length)}}i&&(t=i)}this.session.remove(t),this.clearSelection()},this.removeWordRight=function(){this.selection.isEmpty()&&this.selection.selectWordRight(),this.session.remove(this.getSelectionRange()),this.clearSelection()},this.removeWordLeft=function(){this.selection.isEmpty()&&this.selection.selectWordLeft(),this.session.remove(this.getSelectionRange()),this.clearSelection()},this.removeToLineStart=function(){this.selection.isEmpty()&&this.selection.selectLineStart(),this.session.remove(this.getSelectionRange()),this.clearSelection()},this.removeToLineEnd=function(){this.selection.isEmpty()&&this.selection.selectLineEnd();var e=this.getSelectionRange();e.start.column==e.end.column&&e.start.row==e.end.row&&(e.end.column=0,e.end.row++),this.session.remove(e),this.clearSelection()},this.splitLine=function(){this.selection.isEmpty()||(this.session.remove(this.getSelectionRange()),this.clearSelection());var e=this.getCursorPosition();this.insert("\n"),this.moveCursorToPosition(e)},this.transposeLetters=function(){if(!this.selection.isEmpty())return;var e=this.getCursorPosition(),t=e.column;if(t===0)return;var n=this.session.getLine(e.row),r,i;tt.toLowerCase()?1:0});var r=new p(0,0,0,0);for(var i=e.first;i<=e.last;i++){var s=t.getLine(i);r.start.row=i,r.end.row=i,r.end.column=s.length,t.replace(r,n[i-e.first])}},this.toggleCommentLines=function(){var e=this.session.getState(this.getCursorPosition().row),t=this.$getSelectedRows();this.session.getMode().toggleCommentLines(e,this.session,t.first,t.last)},this.toggleBlockComment=function(){var e=this.getCursorPosition(),t=this.session.getState(e.row),n=this.getSelectionRange();this.session.getMode().toggleBlockComment(t,this.session,n,e)},this.getNumberAt=function(e,t){var n=/[\-]?[0-9]+(?:\.[0-9]+)?/g;n.lastIndex=0;var r=this.session.getLine(e);while(n.lastIndex=t){var s={value:i[0],start:i.index,end:i.index+i[0].length};return s}}return null},this.modifyNumber=function(e){var t=this.selection.getCursor().row,n=this.selection.getCursor().column,r=new p(t,n-1,t,n),i=this.session.getTextRange(r);if(!isNaN(parseFloat(i))&&isFinite(i)){var s=this.getNumberAt(t,n);if(s){var o=s.value.indexOf(".")>=0?s.start+s.value.indexOf(".")+1:s.end,u=s.start+s.value.length-o,a=parseFloat(s.value);a*=Math.pow(10,u),o!==s.end&&np+1)break;p=d.last}l--,u=this.session.$moveLines(h,p,t?0:e),t&&e==-1&&(c=l+1);while(c<=l)o[c].moveBy(u,0),c++;t||(u=0),a+=u}i.fromOrientedRange(i.ranges[0]),i.rangeList.attach(this.session),this.inVirtualSelectionMode=!1}},this.$getSelectedRows=function(e){return e=(e||this.getSelectionRange()).collapseRows(),{first:this.session.getRowFoldStart(e.start.row),last:this.session.getRowFoldEnd(e.end.row)}},this.onCompositionStart=function(e){this.renderer.showComposition(this.getCursorPosition())},this.onCompositionUpdate=function(e){this.renderer.setCompositionText(e)},this.onCompositionEnd=function(){this.renderer.hideComposition()},this.getFirstVisibleRow=function(){return this.renderer.getFirstVisibleRow()},this.getLastVisibleRow=function(){return this.renderer.getLastVisibleRow()},this.isRowVisible=function(e){return e>=this.getFirstVisibleRow()&&e<=this.getLastVisibleRow()},this.isRowFullyVisible=function(e){return e>=this.renderer.getFirstFullyVisibleRow()&&e<=this.renderer.getLastFullyVisibleRow()},this.$getVisibleRowCount=function(){return this.renderer.getScrollBottomRow()-this.renderer.getScrollTopRow()+1},this.$moveByPage=function(e,t){var n=this.renderer,r=this.renderer.layerConfig,i=e*Math.floor(r.height/r.lineHeight);this.$blockScrolling++,t===!0?this.selection.$moveSelection(function(){this.moveCursorBy(i,0)}):t===!1&&(this.selection.moveCursorBy(i,0),this.selection.clearSelection()),this.$blockScrolling--;var s=n.scrollTop;n.scrollBy(0,i*r.lineHeight),t!=null&&n.scrollCursorIntoView(null,.5),n.animateScrolling(s)},this.selectPageDown=function(){this.$moveByPage(1,!0)},this.selectPageUp=function(){this.$moveByPage(-1,!0)},this.gotoPageDown=function(){this.$moveByPage(1,!1)},this.gotoPageUp=function(){this.$moveByPage(-1,!1)},this.scrollPageDown=function(){this.$moveByPage(1)},this.scrollPageUp=function(){this.$moveByPage(-1)},this.scrollToRow=function(e){this.renderer.scrollToRow(e)},this.scrollToLine=function(e,t,n,r){this.renderer.scrollToLine(e,t,n,r)},this.centerSelection=function(){var e=this.getSelectionRange(),t={row:Math.floor(e.start.row+(e.end.row-e.start.row)/2),column:Math.floor(e.start.column+(e.end.column-e.start.column)/2)};this.renderer.alignCursor(t,.5)},this.getCursorPosition=function(){return this.selection.getCursor()},this.getCursorPositionScreen=function(){return this.session.documentToScreenPosition(this.getCursorPosition())},this.getSelectionRange=function(){return this.selection.getRange()},this.selectAll=function(){this.$blockScrolling+=1,this.selection.selectAll(),this.$blockScrolling-=1},this.clearSelection=function(){this.selection.clearSelection()},this.moveCursorTo=function(e,t){this.selection.moveCursorTo(e,t)},this.moveCursorToPosition=function(e){this.selection.moveCursorToPosition(e)},this.jumpToMatching=function(e,t){var n=this.getCursorPosition(),r=new y(this.session,n.row,n.column),i=r.getCurrentToken(),s=i||r.stepForward();if(!s)return;var o,u=!1,a={},f=n.column-s.start,l,c={")":"(","(":"(","]":"[","[":"[","{":"{","}":"{"};do{if(s.value.match(/[{}()\[\]]/g))for(;f=0;--s)this.$tryReplace(n[s],e)&&r++;return this.selection.setSelectionRange(i),this.$blockScrolling-=1,r},this.$tryReplace=function(e,t){var n=this.session.getTextRange(e);return t=this.$search.replace(n,t),t!==null?(e.end=this.session.replace(e,t),e):null},this.getLastSearchOptions=function(){return this.$search.getOptions()},this.find=function(e,t,n){t||(t={}),typeof e=="string"||e instanceof RegExp?t.needle=e:typeof e=="object"&&r.mixin(t,e);var i=this.selection.getRange();t.needle==null&&(e=this.session.getTextRange(i)||this.$search.$options.needle,e||(i=this.session.getWordRange(i.start.row,i.start.column),e=this.session.getTextRange(i)),this.$search.set({needle:e})),this.$search.set(t),t.start||this.$search.set({start:i});var s=this.$search.find(this.session);if(t.preventScroll)return s;if(s)return this.revealRange(s,n),s;t.backwards?i.start=i.end:i.end=i.start,this.selection.setRange(i)},this.findNext=function(e,t){this.find({skipCurrent:!0,backwards:!1},e,t)},this.findPrevious=function(e,t){this.find(e,{skipCurrent:!0,backwards:!0},t)},this.revealRange=function(e,t){this.$blockScrolling+=1,this.session.unfold(e),this.selection.setSelectionRange(e),this.$blockScrolling-=1;var n=this.renderer.scrollTop;this.renderer.scrollSelectionIntoView(e.start,e.end,.5),t!==!1&&this.renderer.animateScrolling(n)},this.undo=function(){this.$blockScrolling++,this.session.getUndoManager().undo(),this.$blockScrolling--,this.renderer.scrollCursorIntoView(null,.5)},this.redo=function(){this.$blockScrolling++,this.session.getUndoManager().redo(),this.$blockScrolling--,this.renderer.scrollCursorIntoView(null,.5)},this.destroy=function(){this.renderer.destroy(),this._signal("destroy",this),this.session&&this.session.destroy()},this.setAutoScrollEditorIntoView=function(e){if(!e)return;var t,n=this,r=!1;this.$scrollAnchor||(this.$scrollAnchor=document.createElement("div"));var i=this.$scrollAnchor;i.style.cssText="position:absolute",this.container.insertBefore(i,this.container.firstChild);var s=this.on("changeSelection",function(){r=!0}),o=this.renderer.on("beforeRender",function(){r&&(t=n.renderer.container.getBoundingClientRect())}),u=this.renderer.on("afterRender",function(){if(r&&t&&(n.isFocused()||n.searchBox&&n.searchBox.isFocused())){var e=n.renderer,s=e.$cursorLayer.$pixelPos,o=e.layerConfig,u=s.top-o.offset;s.top>=0&&u+t.top<0?r=!0:s.topwindow.innerHeight?r=!1:r=null,r!=null&&(i.style.top=u+"px",i.style.left=s.left+"px",i.style.height=o.lineHeight+"px",i.scrollIntoView(r)),r=t=null}});this.setAutoScrollEditorIntoView=function(e){if(e)return;delete this.setAutoScrollEditorIntoView,this.off("changeSelection",s),this.renderer.off("afterRender",u),this.renderer.off("beforeRender",o)}},this.$resetCursorStyle=function(){var e=this.$cursorStyle||"ace",t=this.renderer.$cursorLayer;if(!t)return;t.setSmoothBlinking(/smooth/.test(e)),t.isBlinking=!this.$readOnly&&e!="wide",i.setCssClass(t.element,"ace_slim-cursors",/slim/.test(e))}}).call(b.prototype),g.defineOptions(b.prototype,"editor",{selectionStyle:{set:function(e){this.onSelectionChange(),this._signal("changeSelectionStyle",{data:e})},initialValue:"line"},highlightActiveLine:{set:function(){this.$updateHighlightActiveLine()},initialValue:!0},highlightSelectedWord:{set:function(e){this.$onSelectionChange()},initialValue:!0},readOnly:{set:function(e){this.$resetCursorStyle()},initialValue:!1},cursorStyle:{set:function(e){this.$resetCursorStyle()},values:["ace","slim","smooth","wide"],initialValue:"ace"},mergeUndoDeltas:{values:[!1,!0,"always"],initialValue:!0},behavioursEnabled:{initialValue:!0},wrapBehavioursEnabled:{initialValue:!0},autoScrollEditorIntoView:{set:function(e){this.setAutoScrollEditorIntoView(e)}},keyboardHandler:{set:function(e){this.setKeyboardHandler(e)},get:function(){return this.keybindingId},handlesSet:!0},hScrollBarAlwaysVisible:"renderer",vScrollBarAlwaysVisible:"renderer",highlightGutterLine:"renderer",animatedScroll:"renderer",showInvisibles:"renderer",showPrintMargin:"renderer",printMarginColumn:"renderer",printMargin:"renderer",fadeFoldWidgets:"renderer",showFoldWidgets:"renderer",showLineNumbers:"renderer",showGutter:"renderer",displayIndentGuides:"renderer",fontSize:"renderer",fontFamily:"renderer",maxLines:"renderer",minLines:"renderer",scrollPastEnd:"renderer",fixedWidthGutter:"renderer",theme:"renderer",scrollSpeed:"$mouseHandler",dragDelay:"$mouseHandler",dragEnabled:"$mouseHandler",focusTimout:"$mouseHandler",tooltipFollowsMouse:"$mouseHandler",firstLineNumber:"session",overwrite:"session",newLineMode:"session",useWorker:"session",useSoftTabs:"session",tabSize:"session",wrap:"session",indentedSoftWrap:"session",foldStyle:"session",mode:"session"}),t.Editor=b}),define("ace/undomanager",["require","exports","module"],function(e,t,n){"use strict";var r=function(){this.reset()};(function(){function e(e){return{action:e.action,start:e.start,end:e.end,lines:e.lines.length==1?null:e.lines,text:e.lines.length==1?e.lines[0]:null}}function t(e){return{action:e.action,start:e.start,end:e.end,lines:e.lines||[e.text]}}function n(e,t){var n=new Array(e.length);for(var r=0;r0},this.hasRedo=function(){return this.$redoStack.length>0},this.markClean=function(){this.dirtyCounter=0},this.isClean=function(){return this.dirtyCounter===0},this.$serializeDeltas=function(t){return n(t,e)},this.$deserializeDeltas=function(e){return n(e,t)}}).call(r.prototype),t.UndoManager=r}),define("ace/layer/gutter",["require","exports","module","ace/lib/dom","ace/lib/oop","ace/lib/lang","ace/lib/event_emitter"],function(e,t,n){"use strict";var r=e("../lib/dom"),i=e("../lib/oop"),s=e("../lib/lang"),o=e("../lib/event_emitter").EventEmitter,u=function(e){this.element=r.createElement("div"),this.element.className="ace_layer ace_gutter-layer",e.appendChild(this.element),this.setShowFoldWidgets(this.$showFoldWidgets),this.gutterWidth=0,this.$annotations=[],this.$updateAnnotations=this.$updateAnnotations.bind(this),this.$cells=[]};(function(){i.implement(this,o),this.setSession=function(e){this.session&&this.session.removeEventListener("change",this.$updateAnnotations),this.session=e,e&&e.on("change",this.$updateAnnotations)},this.addGutterDecoration=function(e,t){window.console&&console.warn&&console.warn("deprecated use session.addGutterDecoration"),this.session.addGutterDecoration(e,t)},this.removeGutterDecoration=function(e,t){window.console&&console.warn&&console.warn("deprecated use session.removeGutterDecoration"),this.session.removeGutterDecoration(e,t)},this.setAnnotations=function(e){this.$annotations=[];for(var t=0;to&&(v=s.end.row+1,s=t.getNextFoldLine(v,s),o=s?s.start.row:Infinity);if(v>i){while(this.$cells.length>d+1)p=this.$cells.pop(),this.element.removeChild(p.element);break}p=this.$cells[++d],p||(p={element:null,textNode:null,foldWidget:null},p.element=r.createElement("div"),p.textNode=document.createTextNode(""),p.element.appendChild(p.textNode),this.element.appendChild(p.element),this.$cells[d]=p);var m="ace_gutter-cell ";a[v]&&(m+=a[v]),f[v]&&(m+=f[v]),this.$annotations[v]&&(m+=this.$annotations[v].className),p.element.className!=m&&(p.element.className=m);var g=t.getRowLength(v)*e.lineHeight+"px";g!=p.element.style.height&&(p.element.style.height=g);if(u){var y=u[v];y==null&&(y=u[v]=t.getFoldWidget(v))}if(y){p.foldWidget||(p.foldWidget=r.createElement("span"),p.element.appendChild(p.foldWidget));var m="ace_fold-widget ace_"+y;y=="start"&&v==o&&vn.right-t.right)return"foldWidgets"}}).call(u.prototype),t.Gutter=u}),define("ace/layer/marker",["require","exports","module","ace/range","ace/lib/dom"],function(e,t,n){"use strict";var r=e("../range").Range,i=e("../lib/dom"),s=function(e){this.element=i.createElement("div"),this.element.className="ace_layer ace_marker-layer",e.appendChild(this.element)};(function(){function e(e,t,n,r){return(e?1:0)|(t?2:0)|(n?4:0)|(r?8:0)}this.$padding=0,this.setPadding=function(e){this.$padding=e},this.setSession=function(e){this.session=e},this.setMarkers=function(e){this.markers=e},this.update=function(e){var e=e||this.config;if(!e)return;this.config=e;var t=[];for(var n in this.markers){var r=this.markers[n];if(!r.range){r.update(t,this,this.session,e);continue}var i=r.range.clipRows(e.firstRow,e.lastRow);if(i.isEmpty())continue;i=i.toScreenRange(this.session);if(r.renderer){var s=this.$getTop(i.start.row,e),o=this.$padding+i.start.column*e.characterWidth;r.renderer(t,i,o,s,e)}else r.type=="fullLine"?this.drawFullLineMarker(t,i,r.clazz,e):r.type=="screenLine"?this.drawScreenLineMarker(t,i,r.clazz,e):i.isMultiLine()?r.type=="text"?this.drawTextMarker(t,i,r.clazz,e):this.drawMultiLineMarker(t,i,r.clazz,e):this.drawSingleLineMarker(t,i,r.clazz+" ace_start"+" ace_br15",e)}this.element.innerHTML=t.join("")},this.$getTop=function(e,t){return(e-t.firstRowScreen)*t.lineHeight},this.drawTextMarker=function(t,n,i,s,o){var u=this.session,a=n.start.row,f=n.end.row,l=a,c=0,h=0,p=u.getScreenLastRowColumn(l),d=new r(l,n.start.column,l,h);for(;l<=f;l++)d.start.row=d.end.row=l,d.start.column=l==a?n.start.column:u.getRowWrapIndent(l),d.end.column=p,c=h,h=p,p=l+1p,l==f),s,l==f?0:1,o)},this.drawMultiLineMarker=function(e,t,n,r,i){var s=this.$padding,o=r.lineHeight,u=this.$getTop(t.start.row,r),a=s+t.start.column*r.characterWidth;i=i||"",e.push("
    "),u=this.$getTop(t.end.row,r);var f=t.end.column*r.characterWidth;e.push("
    "),o=(t.end.row-t.start.row-1)*r.lineHeight;if(o<=0)return;u=this.$getTop(t.start.row+1,r);var l=(t.start.column?1:0)|(t.end.column?0:8);e.push("
    ")},this.drawSingleLineMarker=function(e,t,n,r,i,s){var o=r.lineHeight,u=(t.end.column+(i||0)-t.start.column)*r.characterWidth,a=this.$getTop(t.start.row,r),f=this.$padding+t.start.column*r.characterWidth;e.push("
    ")},this.drawFullLineMarker=function(e,t,n,r,i){var s=this.$getTop(t.start.row,r),o=r.lineHeight;t.start.row!=t.end.row&&(o+=this.$getTop(t.end.row,r)-s),e.push("
    ")},this.drawScreenLineMarker=function(e,t,n,r,i){var s=this.$getTop(t.start.row,r),o=r.lineHeight;e.push("
    ")}}).call(s.prototype),t.Marker=s}),define("ace/layer/text",["require","exports","module","ace/lib/oop","ace/lib/dom","ace/lib/lang","ace/lib/useragent","ace/lib/event_emitter"],function(e,t,n){"use strict";var r=e("../lib/oop"),i=e("../lib/dom"),s=e("../lib/lang"),o=e("../lib/useragent"),u=e("../lib/event_emitter").EventEmitter,a=function(e){this.element=i.createElement("div"),this.element.className="ace_layer ace_text-layer",e.appendChild(this.element),this.$updateEolChar=this.$updateEolChar.bind(this)};(function(){r.implement(this,u),this.EOF_CHAR="\u00b6",this.EOL_CHAR_LF="\u00ac",this.EOL_CHAR_CRLF="\u00a4",this.EOL_CHAR=this.EOL_CHAR_LF,this.TAB_CHAR="\u2014",this.SPACE_CHAR="\u00b7",this.$padding=0,this.$updateEolChar=function(){var e=this.session.doc.getNewLineCharacter()=="\n"?this.EOL_CHAR_LF:this.EOL_CHAR_CRLF;if(this.EOL_CHAR!=e)return this.EOL_CHAR=e,!0},this.setPadding=function(e){this.$padding=e,this.element.style.padding="0 "+e+"px"},this.getLineHeight=function(){return this.$fontMetrics.$characterSize.height||0},this.getCharacterWidth=function(){return this.$fontMetrics.$characterSize.width||0},this.$setFontMetrics=function(e){this.$fontMetrics=e,this.$fontMetrics.on("changeCharacterSize",function(e){this._signal("changeCharacterSize",e)}.bind(this)),this.$pollSizeChanges()},this.checkForSizeChanges=function(){this.$fontMetrics.checkForSizeChanges()},this.$pollSizeChanges=function(){return this.$pollSizeChangesTimer=this.$fontMetrics.$pollSizeChanges()},this.setSession=function(e){this.session=e,e&&this.$computeTabString()},this.showInvisibles=!1,this.setShowInvisibles=function(e){return this.showInvisibles==e?!1:(this.showInvisibles=e,this.$computeTabString(),!0)},this.displayIndentGuides=!0,this.setDisplayIndentGuides=function(e){return this.displayIndentGuides==e?!1:(this.displayIndentGuides=e,this.$computeTabString(),!0)},this.$tabStrings=[],this.onChangeTabSize=this.$computeTabString=function(){var e=this.session.getTabSize();this.tabSize=e;var t=this.$tabStrings=[0];for(var n=1;n"+s.stringRepeat(this.TAB_CHAR,n)+""):t.push(s.stringRepeat(" ",n));if(this.displayIndentGuides){this.$indentGuideRe=/\s\S| \t|\t |\s$/;var r="ace_indent-guide",i="",o="";if(this.showInvisibles){r+=" ace_invisible",i=" ace_invisible_space",o=" ace_invisible_tab";var u=s.stringRepeat(this.SPACE_CHAR,this.tabSize),a=s.stringRepeat(this.TAB_CHAR,this.tabSize)}else var u=s.stringRepeat(" ",this.tabSize),a=u;this.$tabStrings[" "]=""+u+"",this.$tabStrings[" "]=""+a+""}},this.updateLines=function(e,t,n){(this.config.lastRow!=e.lastRow||this.config.firstRow!=e.firstRow)&&this.scrollLines(e),this.config=e;var r=Math.max(t,e.firstRow),i=Math.min(n,e.lastRow),s=this.element.childNodes,o=0;for(var u=e.firstRow;uf&&(u=a.end.row+1,a=this.session.getNextFoldLine(u,a),f=a?a.start.row:Infinity);if(u>i)break;var l=s[o++];if(l){var c=[];this.$renderLine(c,u,!this.$useLineGroups(),u==f?a:!1),l.style.height=e.lineHeight*this.session.getRowLength(u)+"px",l.innerHTML=c.join("")}u++}},this.scrollLines=function(e){var t=this.config;this.config=e;if(!t||t.lastRow0;r--)n.removeChild(n.firstChild);if(t.lastRow>e.lastRow)for(var r=this.session.getFoldedRowCount(e.lastRow+1,t.lastRow);r>0;r--)n.removeChild(n.lastChild);if(e.firstRowt.lastRow){var i=this.$renderLinesFragment(e,t.lastRow+1,e.lastRow);n.appendChild(i)}},this.$renderLinesFragment=function(e,t,n){var r=this.element.ownerDocument.createDocumentFragment(),s=t,o=this.session.getNextFoldLine(s),u=o?o.start.row:Infinity;for(;;){s>u&&(s=o.end.row+1,o=this.session.getNextFoldLine(s,o),u=o?o.start.row:Infinity);if(s>n)break;var a=i.createElement("div"),f=[];this.$renderLine(f,s,!1,s==u?o:!1),a.innerHTML=f.join("");if(this.$useLineGroups())a.className="ace_line_group",r.appendChild(a),a.style.height=e.lineHeight*this.session.getRowLength(s)+"px";else while(a.firstChild)r.appendChild(a.firstChild);s++}return r},this.update=function(e){this.config=e;var t=[],n=e.firstRow,r=e.lastRow,i=n,s=this.session.getNextFoldLine(i),o=s?s.start.row:Infinity;for(;;){i>o&&(i=s.end.row+1,s=this.session.getNextFoldLine(i,s),o=s?s.start.row:Infinity);if(i>r)break;this.$useLineGroups()&&t.push("
    "),this.$renderLine(t,i,!1,i==o?s:!1),this.$useLineGroups()&&t.push("
    "),i++}this.element.innerHTML=t.join("")},this.$textToken={text:!0,rparen:!0,lparen:!0},this.$renderToken=function(e,t,n,r){var i=this,o=/\t|&|<|>|( +)|([\x00-\x1f\x80-\xa0\xad\u1680\u180E\u2000-\u200f\u2028\u2029\u202F\u205F\u3000\uFEFF\uFFF9-\uFFFC])|[\u1100-\u115F\u11A3-\u11A7\u11FA-\u11FF\u2329-\u232A\u2E80-\u2E99\u2E9B-\u2EF3\u2F00-\u2FD5\u2FF0-\u2FFB\u3000-\u303E\u3041-\u3096\u3099-\u30FF\u3105-\u312D\u3131-\u318E\u3190-\u31BA\u31C0-\u31E3\u31F0-\u321E\u3220-\u3247\u3250-\u32FE\u3300-\u4DBF\u4E00-\uA48C\uA490-\uA4C6\uA960-\uA97C\uAC00-\uD7A3\uD7B0-\uD7C6\uD7CB-\uD7FB\uF900-\uFAFF\uFE10-\uFE19\uFE30-\uFE52\uFE54-\uFE66\uFE68-\uFE6B\uFF01-\uFF60\uFFE0-\uFFE6]/g,u=function(e,n,r,o,u){if(n)return i.showInvisibles?""+s.stringRepeat(i.SPACE_CHAR,e.length)+"":e;if(e=="&")return"&";if(e=="<")return"<";if(e==">")return">";if(e==" "){var a=i.session.getScreenTabSize(t+o);return t+=a-1,i.$tabStrings[a]}if(e=="\u3000"){var f=i.showInvisibles?"ace_cjk ace_invisible ace_invisible_space":"ace_cjk",l=i.showInvisibles?i.SPACE_CHAR:"";return t+=1,""+l+""}return r?""+i.SPACE_CHAR+"":(t+=1,""+e+"")},a=r.replace(o,u);if(!this.$textToken[n.type]){var f="ace_"+n.type.replace(/\./g," ace_"),l="";n.type=="fold"&&(l=" style='width:"+n.value.length*this.config.characterWidth+"px;' "),e.push("",a,"")}else e.push(a);return t+r.length},this.renderIndentGuide=function(e,t,n){var r=t.search(this.$indentGuideRe);return r<=0||r>=n?t:t[0]==" "?(r-=r%this.tabSize,e.push(s.stringRepeat(this.$tabStrings[" "],r/this.tabSize)),t.substr(r)):t[0]==" "?(e.push(s.stringRepeat(this.$tabStrings[" "],r)),t.substr(r)):t},this.$renderWrappedLine=function(e,t,n,r){var i=0,o=0,u=n[0],a=0;for(var f=0;f=u)a=this.$renderToken(e,a,l,c.substring(0,u-i)),c=c.substring(u-i),i=u,r||e.push("","
    "),e.push(s.stringRepeat("\u00a0",n.indent)),o++,a=0,u=n[o]||Number.MAX_VALUE;c.length!=0&&(i+=c.length,a=this.$renderToken(e,a,l,c))}}},this.$renderSimpleLine=function(e,t){var n=0,r=t[0],i=r.value;this.displayIndentGuides&&(i=this.renderIndentGuide(e,i)),i&&(n=this.$renderToken(e,n,r,i));for(var s=1;s");if(i.length){var s=this.session.getRowSplitData(t);s&&s.length?this.$renderWrappedLine(e,i,s,n):this.$renderSimpleLine(e,i)}this.showInvisibles&&(r&&(t=r.end.row),e.push("",t==this.session.getLength()-1?this.EOF_CHAR:this.EOL_CHAR,"")),n||e.push("
    ")},this.$getFoldLineTokens=function(e,t){function i(e,t,n){var i=0,s=0;while(s+e[i].value.lengthn-t&&(o=o.substring(0,n-t)),r.push({type:e[i].type,value:o}),s=t+o.length,i+=1}while(sn?r.push({type:e[i].type,value:o.substring(0,n-s)}):r.push(e[i]),s+=o.length,i+=1}}var n=this.session,r=[],s=n.getTokens(e);return t.walk(function(e,t,o,u,a){e!=null?r.push({type:"fold",value:e}):(a&&(s=n.getTokens(t)),s.length&&i(s,u,o))},t.end.row,this.session.getLine(t.end.row).length),r},this.$useLineGroups=function(){return this.session.getUseWrapMode()},this.destroy=function(){clearInterval(this.$pollSizeChangesTimer),this.$measureNode&&this.$measureNode.parentNode.removeChild(this.$measureNode),delete this.$measureNode}}).call(a.prototype),t.Text=a}),define("ace/layer/cursor",["require","exports","module","ace/lib/dom"],function(e,t,n){"use strict";var r=e("../lib/dom"),i,s=function(e){this.element=r.createElement("div"),this.element.className="ace_layer ace_cursor-layer",e.appendChild(this.element),i===undefined&&(i=!("opacity"in this.element.style)),this.isVisible=!1,this.isBlinking=!0,this.blinkInterval=1e3,this.smoothBlinking=!1,this.cursors=[],this.cursor=this.addCursor(),r.addCssClass(this.element,"ace_hidden-cursors"),this.$updateCursors=(i?this.$updateVisibility:this.$updateOpacity).bind(this)};(function(){this.$updateVisibility=function(e){var t=this.cursors;for(var n=t.length;n--;)t[n].style.visibility=e?"":"hidden"},this.$updateOpacity=function(e){var t=this.cursors;for(var n=t.length;n--;)t[n].style.opacity=e?"":"0"},this.$padding=0,this.setPadding=function(e){this.$padding=e},this.setSession=function(e){this.session=e},this.setBlinking=function(e){e!=this.isBlinking&&(this.isBlinking=e,this.restartTimer())},this.setBlinkInterval=function(e){e!=this.blinkInterval&&(this.blinkInterval=e,this.restartTimer())},this.setSmoothBlinking=function(e){e!=this.smoothBlinking&&!i&&(this.smoothBlinking=e,r.setCssClass(this.element,"ace_smooth-blinking",e),this.$updateCursors(!0),this.$updateCursors=this.$updateOpacity.bind(this),this.restartTimer())},this.addCursor=function(){var e=r.createElement("div");return e.className="ace_cursor",this.element.appendChild(e),this.cursors.push(e),e},this.removeCursor=function(){if(this.cursors.length>1){var e=this.cursors.pop();return e.parentNode.removeChild(e),e}},this.hideCursor=function(){this.isVisible=!1,r.addCssClass(this.element,"ace_hidden-cursors"),this.restartTimer()},this.showCursor=function(){this.isVisible=!0,r.removeCssClass(this.element,"ace_hidden-cursors"),this.restartTimer()},this.restartTimer=function(){var e=this.$updateCursors;clearInterval(this.intervalId),clearTimeout(this.timeoutId),this.smoothBlinking&&r.removeCssClass(this.element,"ace_smooth-blinking"),e(!0);if(!this.isBlinking||!this.blinkInterval||!this.isVisible)return;this.smoothBlinking&&setTimeout(function(){r.addCssClass(this.element,"ace_smooth-blinking")}.bind(this));var t=function(){this.timeoutId=setTimeout(function(){e(!1)},.6*this.blinkInterval)}.bind(this);this.intervalId=setInterval(function(){e(!0),t()},this.blinkInterval),t()},this.getPixelPosition=function(e,t){if(!this.config||!this.session)return{left:0,top:0};e||(e=this.session.selection.getCursor());var n=this.session.documentToScreenPosition(e),r=this.$padding+n.column*this.config.characterWidth,i=(n.row-(t?this.config.firstRowScreen:0))*this.config.lineHeight;return{left:r,top:i}},this.update=function(e){this.config=e;var t=this.session.$selectionMarkers,n=0,r=0;if(t===undefined||t.length===0)t=[{cursor:null}];for(var n=0,i=t.length;ne.height+e.offset||s.top<0)&&n>1)continue;var o=(this.cursors[r++]||this.addCursor()).style;this.drawCursor?this.drawCursor(o,s,e,t[n],this.session):(o.left=s.left+"px",o.top=s.top+"px",o.width=e.characterWidth+"px",o.height=e.lineHeight+"px")}while(this.cursors.length>r)this.removeCursor();var u=this.session.getOverwrite();this.$setOverwrite(u),this.$pixelPos=s,this.restartTimer()},this.drawCursor=null,this.$setOverwrite=function(e){e!=this.overwrite&&(this.overwrite=e,e?r.addCssClass(this.element,"ace_overwrite-cursors"):r.removeCssClass(this.element,"ace_overwrite-cursors"))},this.destroy=function(){clearInterval(this.intervalId),clearTimeout(this.timeoutId)}}).call(s.prototype),t.Cursor=s}),define("ace/scrollbar",["require","exports","module","ace/lib/oop","ace/lib/dom","ace/lib/event","ace/lib/event_emitter"],function(e,t,n){"use strict";var r=e("./lib/oop"),i=e("./lib/dom"),s=e("./lib/event"),o=e("./lib/event_emitter").EventEmitter,u=32768,a=function(e){this.element=i.createElement("div"),this.element.className="ace_scrollbar ace_scrollbar"+this.classSuffix,this.inner=i.createElement("div"),this.inner.className="ace_scrollbar-inner",this.element.appendChild(this.inner),e.appendChild(this.element),this.setVisible(!1),this.skipEvent=!1,s.addListener(this.element,"scroll",this.onScroll.bind(this)),s.addListener(this.element,"mousedown",s.preventDefault)};(function(){r.implement(this,o),this.setVisible=function(e){this.element.style.display=e?"":"none",this.isVisible=e,this.coeff=1}}).call(a.prototype);var f=function(e,t){a.call(this,e),this.scrollTop=0,this.scrollHeight=0,t.$scrollbarWidth=this.width=i.scrollbarWidth(e.ownerDocument),this.inner.style.width=this.element.style.width=(this.width||15)+5+"px"};r.inherits(f,a),function(){this.classSuffix="-v",this.onScroll=function(){if(!this.skipEvent){this.scrollTop=this.element.scrollTop;if(this.coeff!=1){var e=this.element.clientHeight/this.scrollHeight;this.scrollTop=this.scrollTop*(1-e)/(this.coeff-e)}this._emit("scroll",{data:this.scrollTop})}this.skipEvent=!1},this.getWidth=function(){return this.isVisible?this.width:0},this.setHeight=function(e){this.element.style.height=e+"px"},this.setInnerHeight=this.setScrollHeight=function(e){this.scrollHeight=e,e>u?(this.coeff=u/e,e=u):this.coeff!=1&&(this.coeff=1),this.inner.style.height=e+"px"},this.setScrollTop=function(e){this.scrollTop!=e&&(this.skipEvent=!0,this.scrollTop=e,this.element.scrollTop=e*this.coeff)}}.call(f.prototype);var l=function(e,t){a.call(this,e),this.scrollLeft=0,this.height=t.$scrollbarWidth,this.inner.style.height=this.element.style.height=(this.height||15)+5+"px"};r.inherits(l,a),function(){this.classSuffix="-h",this.onScroll=function(){this.skipEvent||(this.scrollLeft=this.element.scrollLeft,this._emit("scroll",{data:this.scrollLeft})),this.skipEvent=!1},this.getHeight=function(){return this.isVisible?this.height:0},this.setWidth=function(e){this.element.style.width=e+"px"},this.setInnerWidth=function(e){this.inner.style.width=e+"px"},this.setScrollWidth=function(e){this.inner.style.width=e+"px"},this.setScrollLeft=function(e){this.scrollLeft!=e&&(this.skipEvent=!0,this.scrollLeft=this.element.scrollLeft=e)}}.call(l.prototype),t.ScrollBar=f,t.ScrollBarV=f,t.ScrollBarH=l,t.VScrollBar=f,t.HScrollBar=l}),define("ace/renderloop",["require","exports","module","ace/lib/event"],function(e,t,n){"use strict";var r=e("./lib/event"),i=function(e,t){this.onRender=e,this.pending=!1,this.changes=0,this.window=t||window};(function(){this.schedule=function(e){this.changes=this.changes|e;if(!this.pending&&this.changes){this.pending=!0;var t=this;r.nextFrame(function(){t.pending=!1;var e;while(e=t.changes)t.changes=0,t.onRender(e)},this.window)}}}).call(i.prototype),t.RenderLoop=i}),define("ace/layer/font_metrics",["require","exports","module","ace/lib/oop","ace/lib/dom","ace/lib/lang","ace/lib/useragent","ace/lib/event_emitter"],function(e,t,n){var r=e("../lib/oop"),i=e("../lib/dom"),s=e("../lib/lang"),o=e("../lib/useragent"),u=e("../lib/event_emitter").EventEmitter,a=0,f=t.FontMetrics=function(e){this.el=i.createElement("div"),this.$setMeasureNodeStyles(this.el.style,!0),this.$main=i.createElement("div"),this.$setMeasureNodeStyles(this.$main.style),this.$measureNode=i.createElement("div"),this.$setMeasureNodeStyles(this.$measureNode.style),this.el.appendChild(this.$main),this.el.appendChild(this.$measureNode),e.appendChild(this.el),a||this.$testFractionalRect(),this.$measureNode.innerHTML=s.stringRepeat("X",a),this.$characterSize={width:0,height:0},this.checkForSizeChanges()};(function(){r.implement(this,u),this.$characterSize={width:0,height:0},this.$testFractionalRect=function(){var e=i.createElement("div");this.$setMeasureNodeStyles(e.style),e.style.width="0.2px",document.documentElement.appendChild(e);var t=e.getBoundingClientRect().width;t>0&&t<1?a=50:a=100,e.parentNode.removeChild(e)},this.$setMeasureNodeStyles=function(e,t){e.width=e.height="auto",e.left=e.top="0px",e.visibility="hidden",e.position="absolute",e.whiteSpace="pre",o.isIE<8?e["font-family"]="inherit":e.font="inherit",e.overflow=t?"hidden":"visible"},this.checkForSizeChanges=function(){var e=this.$measureSizes();if(e&&(this.$characterSize.width!==e.width||this.$characterSize.height!==e.height)){this.$measureNode.style.fontWeight="bold";var t=this.$measureSizes();this.$measureNode.style.fontWeight="",this.$characterSize=e,this.charSizes=Object.create(null),this.allowBoldFonts=t&&t.width===e.width&&t.height===e.height,this._emit("changeCharacterSize",{data:e})}},this.$pollSizeChanges=function(){if(this.$pollSizeChangesTimer)return this.$pollSizeChangesTimer;var e=this;return this.$pollSizeChangesTimer=setInterval(function(){e.checkForSizeChanges()},500)},this.setPolling=function(e){e?this.$pollSizeChanges():this.$pollSizeChangesTimer&&(clearInterval(this.$pollSizeChangesTimer),this.$pollSizeChangesTimer=0)},this.$measureSizes=function(){if(a===50){var e=null;try{e=this.$measureNode.getBoundingClientRect()}catch(t){e={width:0,height:0}}var n={height:e.height,width:e.width/a}}else var n={height:this.$measureNode.clientHeight,width:this.$measureNode.clientWidth/a};return n.width===0||n.height===0?null:n},this.$measureCharWidth=function(e){this.$main.innerHTML=s.stringRepeat(e,a);var t=this.$main.getBoundingClientRect();return t.width/a},this.getCharacterWidth=function(e){var t=this.charSizes[e];return t===undefined&&(t=this.charSizes[e]=this.$measureCharWidth(e)/this.$characterSize.width),t},this.destroy=function(){clearInterval(this.$pollSizeChangesTimer),this.el&&this.el.parentNode&&this.el.parentNode.removeChild(this.el)}}).call(f.prototype)}),define("ace/virtual_renderer",["require","exports","module","ace/lib/oop","ace/lib/dom","ace/config","ace/lib/useragent","ace/layer/gutter","ace/layer/marker","ace/layer/text","ace/layer/cursor","ace/scrollbar","ace/scrollbar","ace/renderloop","ace/layer/font_metrics","ace/lib/event_emitter"],function(e,t,n){"use strict";var r=e("./lib/oop"),i=e("./lib/dom"),s=e("./config"),o=e("./lib/useragent"),u=e("./layer/gutter").Gutter,a=e("./layer/marker").Marker,f=e("./layer/text").Text,l=e("./layer/cursor").Cursor,c=e("./scrollbar").HScrollBar,h=e("./scrollbar").VScrollBar,p=e("./renderloop").RenderLoop,d=e("./layer/font_metrics").FontMetrics,v=e("./lib/event_emitter").EventEmitter,m='.ace_editor {position: relative;overflow: hidden;font: 12px/normal \'Monaco\', \'Menlo\', \'Ubuntu Mono\', \'Consolas\', \'source-code-pro\', monospace;direction: ltr;text-align: left;}.ace_scroller {position: absolute;overflow: hidden;top: 0;bottom: 0;background-color: inherit;-ms-user-select: none;-moz-user-select: none;-webkit-user-select: none;user-select: none;cursor: text;}.ace_content {position: absolute;-moz-box-sizing: border-box;-webkit-box-sizing: border-box;box-sizing: border-box;min-width: 100%;}.ace_dragging .ace_scroller:before{position: absolute;top: 0;left: 0;right: 0;bottom: 0;content: \'\';background: rgba(250, 250, 250, 0.01);z-index: 1000;}.ace_dragging.ace_dark .ace_scroller:before{background: rgba(0, 0, 0, 0.01);}.ace_selecting, .ace_selecting * {cursor: text !important;}.ace_gutter {position: absolute;overflow : hidden;width: auto;top: 0;bottom: 0;left: 0;cursor: default;z-index: 4;-ms-user-select: none;-moz-user-select: none;-webkit-user-select: none;user-select: none;}.ace_gutter-active-line {position: absolute;left: 0;right: 0;}.ace_scroller.ace_scroll-left {box-shadow: 17px 0 16px -16px rgba(0, 0, 0, 0.4) inset;}.ace_gutter-cell {padding-left: 19px;padding-right: 6px;background-repeat: no-repeat;}.ace_gutter-cell.ace_error {background-image: url("data:image/png;base64,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");background-repeat: no-repeat;background-position: 2px center;}.ace_gutter-cell.ace_warning {background-image: url("data:image/png;base64,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");background-position: 2px center;}.ace_gutter-cell.ace_info {background-image: url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAAAAAA6mKC9AAAAGXRFWHRTb2Z0d2FyZQBBZG9iZSBJbWFnZVJlYWR5ccllPAAAAAJ0Uk5TAAB2k804AAAAPklEQVQY02NgIB68QuO3tiLznjAwpKTgNyDbMegwisCHZUETUZV0ZqOquBpXj2rtnpSJT1AEnnRmL2OgGgAAIKkRQap2htgAAAAASUVORK5CYII=");background-position: 2px center;}.ace_dark .ace_gutter-cell.ace_info {background-image: url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQBAMAAADt3eJSAAAAJFBMVEUAAAChoaGAgIAqKiq+vr6tra1ZWVmUlJSbm5s8PDxubm56enrdgzg3AAAAAXRSTlMAQObYZgAAAClJREFUeNpjYMAPdsMYHegyJZFQBlsUlMFVCWUYKkAZMxZAGdxlDMQBAG+TBP4B6RyJAAAAAElFTkSuQmCC");}.ace_scrollbar {position: absolute;right: 0;bottom: 0;z-index: 6;}.ace_scrollbar-inner {position: absolute;cursor: text;left: 0;top: 0;}.ace_scrollbar-v{overflow-x: hidden;overflow-y: scroll;top: 0;}.ace_scrollbar-h {overflow-x: scroll;overflow-y: hidden;left: 0;}.ace_print-margin {position: absolute;height: 100%;}.ace_text-input {position: absolute;z-index: 0;width: 0.5em;height: 1em;opacity: 0;background: transparent;-moz-appearance: none;appearance: none;border: none;resize: none;outline: none;overflow: hidden;font: inherit;padding: 0 1px;margin: 0 -1px;text-indent: -1em;-ms-user-select: text;-moz-user-select: text;-webkit-user-select: text;user-select: text;white-space: pre!important;}.ace_text-input.ace_composition {background: inherit;color: inherit;z-index: 1000;opacity: 1;text-indent: 0;}.ace_layer {z-index: 1;position: absolute;overflow: hidden;word-wrap: normal;white-space: pre;height: 100%;width: 100%;-moz-box-sizing: border-box;-webkit-box-sizing: border-box;box-sizing: border-box;pointer-events: none;}.ace_gutter-layer {position: relative;width: auto;text-align: right;pointer-events: auto;}.ace_text-layer {font: inherit !important;}.ace_cjk {display: inline-block;text-align: center;}.ace_cursor-layer {z-index: 4;}.ace_cursor {z-index: 4;position: absolute;-moz-box-sizing: border-box;-webkit-box-sizing: border-box;box-sizing: border-box;border-left: 2px solid;transform: translatez(0);}.ace_slim-cursors .ace_cursor {border-left-width: 1px;}.ace_overwrite-cursors .ace_cursor {border-left-width: 0;border-bottom: 1px solid;}.ace_hidden-cursors .ace_cursor {opacity: 0.2;}.ace_smooth-blinking .ace_cursor {-webkit-transition: opacity 0.18s;transition: opacity 0.18s;}.ace_editor.ace_multiselect .ace_cursor {border-left-width: 1px;}.ace_marker-layer .ace_step, .ace_marker-layer .ace_stack {position: absolute;z-index: 3;}.ace_marker-layer .ace_selection {position: absolute;z-index: 5;}.ace_marker-layer .ace_bracket {position: absolute;z-index: 6;}.ace_marker-layer .ace_active-line {position: absolute;z-index: 2;}.ace_marker-layer .ace_selected-word {position: absolute;z-index: 4;-moz-box-sizing: border-box;-webkit-box-sizing: border-box;box-sizing: border-box;}.ace_line .ace_fold {-moz-box-sizing: border-box;-webkit-box-sizing: border-box;box-sizing: border-box;display: inline-block;height: 11px;margin-top: -2px;vertical-align: middle;background-image:url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABEAAAAJCAYAAADU6McMAAAAGXRFWHRTb2Z0d2FyZQBBZG9iZSBJbWFnZVJlYWR5ccllPAAAAJpJREFUeNpi/P//PwOlgAXGYGRklAVSokD8GmjwY1wasKljQpYACtpCFeADcHVQfQyMQAwzwAZI3wJKvCLkfKBaMSClBlR7BOQikCFGQEErIH0VqkabiGCAqwUadAzZJRxQr/0gwiXIal8zQQPnNVTgJ1TdawL0T5gBIP1MUJNhBv2HKoQHHjqNrA4WO4zY0glyNKLT2KIfIMAAQsdgGiXvgnYAAAAASUVORK5CYII="),url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAEAAAA3CAYAAADNNiA5AAAAGXRFWHRTb2Z0d2FyZQBBZG9iZSBJbWFnZVJlYWR5ccllPAAAACJJREFUeNpi+P//fxgTAwPDBxDxD078RSX+YeEyDFMCIMAAI3INmXiwf2YAAAAASUVORK5CYII=");background-repeat: no-repeat, repeat-x;background-position: center center, top left;color: transparent;border: 1px solid black;border-radius: 2px;cursor: pointer;pointer-events: auto;}.ace_dark .ace_fold {}.ace_fold:hover{background-image:url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABEAAAAJCAYAAADU6McMAAAAGXRFWHRTb2Z0d2FyZQBBZG9iZSBJbWFnZVJlYWR5ccllPAAAAJpJREFUeNpi/P//PwOlgAXGYGRklAVSokD8GmjwY1wasKljQpYACtpCFeADcHVQfQyMQAwzwAZI3wJKvCLkfKBaMSClBlR7BOQikCFGQEErIH0VqkabiGCAqwUadAzZJRxQr/0gwiXIal8zQQPnNVTgJ1TdawL0T5gBIP1MUJNhBv2HKoQHHjqNrA4WO4zY0glyNKLT2KIfIMAAQsdgGiXvgnYAAAAASUVORK5CYII="),url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAEAAAA3CAYAAADNNiA5AAAAGXRFWHRTb2Z0d2FyZQBBZG9iZSBJbWFnZVJlYWR5ccllPAAAACBJREFUeNpi+P//fz4TAwPDZxDxD5X4i5fLMEwJgAADAEPVDbjNw87ZAAAAAElFTkSuQmCC");}.ace_tooltip {background-color: #FFF;background-image: -webkit-linear-gradient(top, transparent, rgba(0, 0, 0, 0.1));background-image: linear-gradient(to bottom, transparent, rgba(0, 0, 0, 0.1));border: 1px solid gray;border-radius: 1px;box-shadow: 0 1px 2px rgba(0, 0, 0, 0.3);color: black;max-width: 100%;padding: 3px 4px;position: fixed;z-index: 999999;-moz-box-sizing: border-box;-webkit-box-sizing: border-box;box-sizing: border-box;cursor: default;white-space: pre;word-wrap: break-word;line-height: normal;font-style: normal;font-weight: normal;letter-spacing: normal;pointer-events: none;}.ace_folding-enabled > .ace_gutter-cell {padding-right: 13px;}.ace_fold-widget {-moz-box-sizing: border-box;-webkit-box-sizing: border-box;box-sizing: border-box;margin: 0 -12px 0 1px;display: none;width: 11px;vertical-align: top;background-image: url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAFCAYAAACNbyblAAAANElEQVR42mWKsQ0AMAzC8ixLlrzQjzmBiEjp0A6WwBCSPgKAXoLkqSot7nN3yMwR7pZ32NzpKkVoDBUxKAAAAABJRU5ErkJggg==");background-repeat: no-repeat;background-position: center;border-radius: 3px;border: 1px solid transparent;cursor: pointer;}.ace_folding-enabled .ace_fold-widget {display: inline-block; }.ace_fold-widget.ace_end {background-image: url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAFCAYAAACNbyblAAAANElEQVR42m3HwQkAMAhD0YzsRchFKI7sAikeWkrxwScEB0nh5e7KTPWimZki4tYfVbX+MNl4pyZXejUO1QAAAABJRU5ErkJggg==");}.ace_fold-widget.ace_closed {background-image: url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAMAAAAGCAYAAAAG5SQMAAAAOUlEQVR42jXKwQkAMAgDwKwqKD4EwQ26sSOkVWjgIIHAzPiCgaqiqnJHZnKICBERHN194O5b9vbLuAVRL+l0YWnZAAAAAElFTkSuQmCCXA==");}.ace_fold-widget:hover {border: 1px solid rgba(0, 0, 0, 0.3);background-color: rgba(255, 255, 255, 0.2);box-shadow: 0 1px 1px rgba(255, 255, 255, 0.7);}.ace_fold-widget:active {border: 1px solid rgba(0, 0, 0, 0.4);background-color: rgba(0, 0, 0, 0.05);box-shadow: 0 1px 1px rgba(255, 255, 255, 0.8);}.ace_dark .ace_fold-widget {background-image: url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAFCAYAAACNbyblAAAAHklEQVQIW2P4//8/AzoGEQ7oGCaLLAhWiSwB146BAQCSTPYocqT0AAAAAElFTkSuQmCC");}.ace_dark .ace_fold-widget.ace_end {background-image: url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAFCAYAAACNbyblAAAAH0lEQVQIW2P4//8/AxQ7wNjIAjDMgC4AxjCVKBirIAAF0kz2rlhxpAAAAABJRU5ErkJggg==");}.ace_dark .ace_fold-widget.ace_closed {background-image: url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAMAAAAFCAYAAACAcVaiAAAAHElEQVQIW2P4//+/AxAzgDADlOOAznHAKgPWAwARji8UIDTfQQAAAABJRU5ErkJggg==");}.ace_dark .ace_fold-widget:hover {box-shadow: 0 1px 1px rgba(255, 255, 255, 0.2);background-color: rgba(255, 255, 255, 0.1);}.ace_dark .ace_fold-widget:active {box-shadow: 0 1px 1px rgba(255, 255, 255, 0.2);}.ace_fold-widget.ace_invalid {background-color: #FFB4B4;border-color: #DE5555;}.ace_fade-fold-widgets .ace_fold-widget {-webkit-transition: opacity 0.4s ease 0.05s;transition: opacity 0.4s ease 0.05s;opacity: 0;}.ace_fade-fold-widgets:hover .ace_fold-widget {-webkit-transition: opacity 0.05s ease 0.05s;transition: opacity 0.05s ease 0.05s;opacity:1;}.ace_underline {text-decoration: underline;}.ace_bold {font-weight: bold;}.ace_nobold .ace_bold {font-weight: normal;}.ace_italic {font-style: italic;}.ace_error-marker {background-color: rgba(255, 0, 0,0.2);position: absolute;z-index: 9;}.ace_highlight-marker {background-color: rgba(255, 255, 0,0.2);position: absolute;z-index: 8;}.ace_br1 {border-top-left-radius : 3px;}.ace_br2 {border-top-right-radius : 3px;}.ace_br3 {border-top-left-radius : 3px; border-top-right-radius: 3px;}.ace_br4 {border-bottom-right-radius: 3px;}.ace_br5 {border-top-left-radius : 3px; border-bottom-right-radius: 3px;}.ace_br6 {border-top-right-radius : 3px; border-bottom-right-radius: 3px;}.ace_br7 {border-top-left-radius : 3px; border-top-right-radius: 3px; border-bottom-right-radius: 3px;}.ace_br8 {border-bottom-left-radius : 3px;}.ace_br9 {border-top-left-radius : 3px; border-bottom-left-radius: 3px;}.ace_br10{border-top-right-radius : 3px; border-bottom-left-radius: 3px;}.ace_br11{border-top-left-radius : 3px; border-top-right-radius: 3px; border-bottom-left-radius: 3px;}.ace_br12{border-bottom-right-radius: 3px; border-bottom-left-radius: 3px;}.ace_br13{border-top-left-radius : 3px; border-bottom-right-radius: 3px; border-bottom-left-radius: 3px;}.ace_br14{border-top-right-radius : 3px; border-bottom-right-radius: 3px; border-bottom-left-radius: 3px;}.ace_br15{border-top-left-radius : 3px; border-top-right-radius: 3px; border-bottom-right-radius: 3px; border-bottom-left-radius: 3px;}';i.importCssString(m,"ace_editor.css");var g=function(e,t){var n=this;this.container=e||i.createElement("div"),this.$keepTextAreaAtCursor=!o.isOldIE,i.addCssClass(this.container,"ace_editor"),this.setTheme(t),this.$gutter=i.createElement("div"),this.$gutter.className="ace_gutter",this.container.appendChild(this.$gutter),this.scroller=i.createElement("div"),this.scroller.className="ace_scroller",this.container.appendChild(this.scroller),this.content=i.createElement("div"),this.content.className="ace_content",this.scroller.appendChild(this.content),this.$gutterLayer=new u(this.$gutter),this.$gutterLayer.on("changeGutterWidth",this.onGutterResize.bind(this)),this.$markerBack=new a(this.content);var r=this.$textLayer=new f(this.content);this.canvas=r.element,this.$markerFront=new a(this.content),this.$cursorLayer=new l(this.content),this.$horizScroll=!1,this.$vScroll=!1,this.scrollBar=this.scrollBarV=new h(this.container,this),this.scrollBarH=new c(this.container,this),this.scrollBarV.addEventListener("scroll",function(e){n.$scrollAnimation||n.session.setScrollTop(e.data-n.scrollMargin.top)}),this.scrollBarH.addEventListener("scroll",function(e){n.$scrollAnimation||n.session.setScrollLeft(e.data-n.scrollMargin.left)}),this.scrollTop=0,this.scrollLeft=0,this.cursorPos={row:0,column:0},this.$fontMetrics=new d(this.container),this.$textLayer.$setFontMetrics(this.$fontMetrics),this.$textLayer.addEventListener("changeCharacterSize",function(e){n.updateCharacterSize(),n.onResize(!0,n.gutterWidth,n.$size.width,n.$size.height),n._signal("changeCharacterSize",e)}),this.$size={width:0,height:0,scrollerHeight:0,scrollerWidth:0,$dirty:!0},this.layerConfig={width:1,padding:0,firstRow:0,firstRowScreen:0,lastRow:0,lineHeight:0,characterWidth:0,minHeight:1,maxHeight:1,offset:0,height:1,gutterOffset:1},this.scrollMargin={left:0,right:0,top:0,bottom:0,v:0,h:0},this.$loop=new p(this.$renderChanges.bind(this),this.container.ownerDocument.defaultView),this.$loop.schedule(this.CHANGE_FULL),this.updateCharacterSize(),this.setPadding(4),s.resetOptions(this),s._emit("renderer",this)};(function(){this.CHANGE_CURSOR=1,this.CHANGE_MARKER=2,this.CHANGE_GUTTER=4,this.CHANGE_SCROLL=8,this.CHANGE_LINES=16,this.CHANGE_TEXT=32,this.CHANGE_SIZE=64,this.CHANGE_MARKER_BACK=128,this.CHANGE_MARKER_FRONT=256,this.CHANGE_FULL=512,this.CHANGE_H_SCROLL=1024,r.implement(this,v),this.updateCharacterSize=function(){this.$textLayer.allowBoldFonts!=this.$allowBoldFonts&&(this.$allowBoldFonts=this.$textLayer.allowBoldFonts,this.setStyle("ace_nobold",!this.$allowBoldFonts)),this.layerConfig.characterWidth=this.characterWidth=this.$textLayer.getCharacterWidth(),this.layerConfig.lineHeight=this.lineHeight=this.$textLayer.getLineHeight(),this.$updatePrintMargin()},this.setSession=function(e){this.session&&this.session.doc.off("changeNewLineMode",this.onChangeNewLineMode),this.session=e,e&&this.scrollMargin.top&&e.getScrollTop()<=0&&e.setScrollTop(-this.scrollMargin.top),this.$cursorLayer.setSession(e),this.$markerBack.setSession(e),this.$markerFront.setSession(e),this.$gutterLayer.setSession(e),this.$textLayer.setSession(e);if(!e)return;this.$loop.schedule(this.CHANGE_FULL),this.session.$setFontMetrics(this.$fontMetrics),this.scrollBarV.scrollLeft=this.scrollBarV.scrollTop=null,this.onChangeNewLineMode=this.onChangeNewLineMode.bind(this),this.onChangeNewLineMode(),this.session.doc.on("changeNewLineMode",this.onChangeNewLineMode)},this.updateLines=function(e,t,n){t===undefined&&(t=Infinity),this.$changedLines?(this.$changedLines.firstRow>e&&(this.$changedLines.firstRow=e),this.$changedLines.lastRowthis.layerConfig.lastRow)return;this.$loop.schedule(this.CHANGE_LINES)},this.onChangeNewLineMode=function(){this.$loop.schedule(this.CHANGE_TEXT),this.$textLayer.$updateEolChar()},this.onChangeTabSize=function(){this.$loop.schedule(this.CHANGE_TEXT|this.CHANGE_MARKER),this.$textLayer.onChangeTabSize()},this.updateText=function(){this.$loop.schedule(this.CHANGE_TEXT)},this.updateFull=function(e){e?this.$renderChanges(this.CHANGE_FULL,!0):this.$loop.schedule(this.CHANGE_FULL)},this.updateFontSize=function(){this.$textLayer.checkForSizeChanges()},this.$changes=0,this.$updateSizeAsync=function(){this.$loop.pending?this.$size.$dirty=!0:this.onResize()},this.onResize=function(e,t,n,r){if(this.resizing>2)return;this.resizing>0?this.resizing++:this.resizing=e?1:0;var i=this.container;r||(r=i.clientHeight||i.scrollHeight),n||(n=i.clientWidth||i.scrollWidth);var s=this.$updateCachedSize(e,t,n,r);if(!this.$size.scrollerHeight||!n&&!r)return this.resizing=0;e&&(this.$gutterLayer.$padding=null),e?this.$renderChanges(s|this.$changes,!0):this.$loop.schedule(s|this.$changes),this.resizing&&(this.resizing=0),this.scrollBarV.scrollLeft=this.scrollBarV.scrollTop=null},this.$updateCachedSize=function(e,t,n,r){r-=this.$extraHeight||0;var i=0,s=this.$size,o={width:s.width,height:s.height,scrollerHeight:s.scrollerHeight,scrollerWidth:s.scrollerWidth};r&&(e||s.height!=r)&&(s.height=r,i|=this.CHANGE_SIZE,s.scrollerHeight=s.height,this.$horizScroll&&(s.scrollerHeight-=this.scrollBarH.getHeight()),this.scrollBarV.element.style.bottom=this.scrollBarH.getHeight()+"px",i|=this.CHANGE_SCROLL);if(n&&(e||s.width!=n)){i|=this.CHANGE_SIZE,s.width=n,t==null&&(t=this.$showGutter?this.$gutter.offsetWidth:0),this.gutterWidth=t,this.scrollBarH.element.style.left=this.scroller.style.left=t+"px",s.scrollerWidth=Math.max(0,n-t-this.scrollBarV.getWidth()),this.scrollBarH.element.style.right=this.scroller.style.right=this.scrollBarV.getWidth()+"px",this.scroller.style.bottom=this.scrollBarH.getHeight()+"px";if(this.session&&this.session.getUseWrapMode()&&this.adjustWrapLimit()||e)i|=this.CHANGE_FULL}return s.$dirty=!n||!r,i&&this._signal("resize",o),i},this.onGutterResize=function(){var e=this.$showGutter?this.$gutter.offsetWidth:0;e!=this.gutterWidth&&(this.$changes|=this.$updateCachedSize(!0,e,this.$size.width,this.$size.height)),this.session.getUseWrapMode()&&this.adjustWrapLimit()?this.$loop.schedule(this.CHANGE_FULL):this.$size.$dirty?this.$loop.schedule(this.CHANGE_FULL):(this.$computeLayerConfig(),this.$loop.schedule(this.CHANGE_MARKER))},this.adjustWrapLimit=function(){var e=this.$size.scrollerWidth-this.$padding*2,t=Math.floor(e/this.characterWidth);return this.session.adjustWrapLimit(t,this.$showPrintMargin&&this.$printMarginColumn)},this.setAnimatedScroll=function(e){this.setOption("animatedScroll",e)},this.getAnimatedScroll=function(){return this.$animatedScroll},this.setShowInvisibles=function(e){this.setOption("showInvisibles",e)},this.getShowInvisibles=function(){return this.getOption("showInvisibles")},this.getDisplayIndentGuides=function(){return this.getOption("displayIndentGuides")},this.setDisplayIndentGuides=function(e){this.setOption("displayIndentGuides",e)},this.setShowPrintMargin=function(e){this.setOption("showPrintMargin",e)},this.getShowPrintMargin=function(){return this.getOption("showPrintMargin")},this.setPrintMarginColumn=function(e){this.setOption("printMarginColumn",e)},this.getPrintMarginColumn=function(){return this.getOption("printMarginColumn")},this.getShowGutter=function(){return this.getOption("showGutter")},this.setShowGutter=function(e){return this.setOption("showGutter",e)},this.getFadeFoldWidgets=function(){return this.getOption("fadeFoldWidgets")},this.setFadeFoldWidgets=function(e){this.setOption("fadeFoldWidgets",e)},this.setHighlightGutterLine=function(e){this.setOption("highlightGutterLine",e)},this.getHighlightGutterLine=function(){return this.getOption("highlightGutterLine")},this.$updateGutterLineHighlight=function(){var e=this.$cursorLayer.$pixelPos,t=this.layerConfig.lineHeight;if(this.session.getUseWrapMode()){var n=this.session.selection.getCursor();n.column=0,e=this.$cursorLayer.getPixelPosition(n,!0),t*=this.session.getRowLength(n.row)}this.$gutterLineHighlight.style.top=e.top-this.layerConfig.offset+"px",this.$gutterLineHighlight.style.height=t+"px"},this.$updatePrintMargin=function(){if(!this.$showPrintMargin&&!this.$printMarginEl)return;if(!this.$printMarginEl){var e=i.createElement("div");e.className="ace_layer ace_print-margin-layer",this.$printMarginEl=i.createElement("div"),this.$printMarginEl.className="ace_print-margin",e.appendChild(this.$printMarginEl),this.content.insertBefore(e,this.content.firstChild)}var t=this.$printMarginEl.style;t.left=this.characterWidth*this.$printMarginColumn+this.$padding+"px",t.visibility=this.$showPrintMargin?"visible":"hidden",this.session&&this.session.$wrap==-1&&this.adjustWrapLimit()},this.getContainerElement=function(){return this.container},this.getMouseEventTarget=function(){return this.scroller},this.getTextAreaContainer=function(){return this.container},this.$moveTextAreaToCursor=function(){if(!this.$keepTextAreaAtCursor)return;var e=this.layerConfig,t=this.$cursorLayer.$pixelPos.top,n=this.$cursorLayer.$pixelPos.left;t-=e.offset;var r=this.textarea.style,i=this.lineHeight;if(t<0||t>e.height-i){r.top=r.left="0";return}var s=this.characterWidth;if(this.$composition){var o=this.textarea.value.replace(/^\x01+/,"");s*=this.session.$getStringScreenWidth(o)[0]+2,i+=2}n-=this.scrollLeft,n>this.$size.scrollerWidth-s&&(n=this.$size.scrollerWidth-s),n+=this.gutterWidth,r.height=i+"px",r.width=s+"px",r.left=Math.min(n,this.$size.scrollerWidth-s)+"px",r.top=Math.min(t,this.$size.height-i)+"px"},this.getFirstVisibleRow=function(){return this.layerConfig.firstRow},this.getFirstFullyVisibleRow=function(){return this.layerConfig.firstRow+(this.layerConfig.offset===0?0:1)},this.getLastFullyVisibleRow=function(){var e=this.layerConfig,t=e.lastRow,n=this.session.documentToScreenRow(t,0)*e.lineHeight;return n-this.session.getScrollTop()>e.height-e.lineHeight?t-1:t},this.getLastVisibleRow=function(){return this.layerConfig.lastRow},this.$padding=null,this.setPadding=function(e){this.$padding=e,this.$textLayer.setPadding(e),this.$cursorLayer.setPadding(e),this.$markerFront.setPadding(e),this.$markerBack.setPadding(e),this.$loop.schedule(this.CHANGE_FULL),this.$updatePrintMargin()},this.setScrollMargin=function(e,t,n,r){var i=this.scrollMargin;i.top=e|0,i.bottom=t|0,i.right=r|0,i.left=n|0,i.v=i.top+i.bottom,i.h=i.left+i.right,i.top&&this.scrollTop<=0&&this.session&&this.session.setScrollTop(-i.top),this.updateFull()},this.getHScrollBarAlwaysVisible=function(){return this.$hScrollBarAlwaysVisible},this.setHScrollBarAlwaysVisible=function(e){this.setOption("hScrollBarAlwaysVisible",e)},this.getVScrollBarAlwaysVisible=function(){return this.$vScrollBarAlwaysVisible},this.setVScrollBarAlwaysVisible=function(e){this.setOption("vScrollBarAlwaysVisible",e)},this.$updateScrollBarV=function(){var e=this.layerConfig.maxHeight,t=this.$size.scrollerHeight;!this.$maxLines&&this.$scrollPastEnd&&(e-=(t-this.lineHeight)*this.$scrollPastEnd,this.scrollTop>e-t&&(e=this.scrollTop+t,this.scrollBarV.scrollTop=null)),this.scrollBarV.setScrollHeight(e+this.scrollMargin.v),this.scrollBarV.setScrollTop(this.scrollTop+this.scrollMargin.top)},this.$updateScrollBarH=function(){this.scrollBarH.setScrollWidth(this.layerConfig.width+2*this.$padding+this.scrollMargin.h),this.scrollBarH.setScrollLeft(this.scrollLeft+this.scrollMargin.left)},this.$frozen=!1,this.freeze=function(){this.$frozen=!0},this.unfreeze=function(){this.$frozen=!1},this.$renderChanges=function(e,t){this.$changes&&(e|=this.$changes,this.$changes=0);if(!this.session||!this.container.offsetWidth||this.$frozen||!e&&!t){this.$changes|=e;return}if(this.$size.$dirty)return this.$changes|=e,this.onResize(!0);this.lineHeight||this.$textLayer.checkForSizeChanges(),this._signal("beforeRender");var n=this.layerConfig;if(e&this.CHANGE_FULL||e&this.CHANGE_SIZE||e&this.CHANGE_TEXT||e&this.CHANGE_LINES||e&this.CHANGE_SCROLL||e&this.CHANGE_H_SCROLL){e|=this.$computeLayerConfig();if(n.firstRow!=this.layerConfig.firstRow&&n.firstRowScreen==this.layerConfig.firstRowScreen){var r=this.scrollTop+(n.firstRow-this.layerConfig.firstRow)*this.lineHeight;r>0&&(this.scrollTop=r,e|=this.CHANGE_SCROLL,e|=this.$computeLayerConfig())}n=this.layerConfig,this.$updateScrollBarV(),e&this.CHANGE_H_SCROLL&&this.$updateScrollBarH(),this.$gutterLayer.element.style.marginTop=-n.offset+"px",this.content.style.marginTop=-n.offset+"px",this.content.style.width=n.width+2*this.$padding+"px",this.content.style.height=n.minHeight+"px"}e&this.CHANGE_H_SCROLL&&(this.content.style.marginLeft=-this.scrollLeft+"px",this.scroller.className=this.scrollLeft<=0?"ace_scroller":"ace_scroller ace_scroll-left");if(e&this.CHANGE_FULL){this.$textLayer.update(n),this.$showGutter&&this.$gutterLayer.update(n),this.$markerBack.update(n),this.$markerFront.update(n),this.$cursorLayer.update(n),this.$moveTextAreaToCursor(),this.$highlightGutterLine&&this.$updateGutterLineHighlight(),this._signal("afterRender");return}if(e&this.CHANGE_SCROLL){e&this.CHANGE_TEXT||e&this.CHANGE_LINES?this.$textLayer.update(n):this.$textLayer.scrollLines(n),this.$showGutter&&this.$gutterLayer.update(n),this.$markerBack.update(n),this.$markerFront.update(n),this.$cursorLayer.update(n),this.$highlightGutterLine&&this.$updateGutterLineHighlight(),this.$moveTextAreaToCursor(),this._signal("afterRender");return}e&this.CHANGE_TEXT?(this.$textLayer.update(n),this.$showGutter&&this.$gutterLayer.update(n)):e&this.CHANGE_LINES?(this.$updateLines()||e&this.CHANGE_GUTTER&&this.$showGutter)&&this.$gutterLayer.update(n):(e&this.CHANGE_TEXT||e&this.CHANGE_GUTTER)&&this.$showGutter&&this.$gutterLayer.update(n),e&this.CHANGE_CURSOR&&(this.$cursorLayer.update(n),this.$moveTextAreaToCursor(),this.$highlightGutterLine&&this.$updateGutterLineHighlight()),e&(this.CHANGE_MARKER|this.CHANGE_MARKER_FRONT)&&this.$markerFront.update(n),e&(this.CHANGE_MARKER|this.CHANGE_MARKER_BACK)&&this.$markerBack.update(n),this._signal("afterRender")},this.$autosize=function(){var e=this.session.getScreenLength()*this.lineHeight,t=this.$maxLines*this.lineHeight,n=Math.min(t,Math.max((this.$minLines||1)*this.lineHeight,e))+this.scrollMargin.v+(this.$extraHeight||0);this.$horizScroll&&(n+=this.scrollBarH.getHeight()),this.$maxPixelHeight&&n>this.$maxPixelHeight&&(n=this.$maxPixelHeight);var r=e>t;if(n!=this.desiredHeight||this.$size.height!=this.desiredHeight||r!=this.$vScroll){r!=this.$vScroll&&(this.$vScroll=r,this.scrollBarV.setVisible(r));var i=this.container.clientWidth;this.container.style.height=n+"px",this.$updateCachedSize(!0,this.$gutterWidth,i,n),this.desiredHeight=n,this._signal("autosize")}},this.$computeLayerConfig=function(){var e=this.session,t=this.$size,n=t.height<=2*this.lineHeight,r=this.session.getScreenLength(),i=r*this.lineHeight,s=this.$getLongestLine(),o=!n&&(this.$hScrollBarAlwaysVisible||t.scrollerWidth-s-2*this.$padding<0),u=this.$horizScroll!==o;u&&(this.$horizScroll=o,this.scrollBarH.setVisible(o));var a=this.$vScroll;this.$maxLines&&this.lineHeight>1&&this.$autosize();var f=this.scrollTop%this.lineHeight,l=t.scrollerHeight+this.lineHeight,c=!this.$maxLines&&this.$scrollPastEnd?(t.scrollerHeight-this.lineHeight)*this.$scrollPastEnd:0;i+=c;var h=this.scrollMargin;this.session.setScrollTop(Math.max(-h.top,Math.min(this.scrollTop,i-t.scrollerHeight+h.bottom))),this.session.setScrollLeft(Math.max(-h.left,Math.min(this.scrollLeft,s+2*this.$padding-t.scrollerWidth+h.right)));var p=!n&&(this.$vScrollBarAlwaysVisible||t.scrollerHeight-i+c<0||this.scrollTop>h.top),d=a!==p;d&&(this.$vScroll=p,this.scrollBarV.setVisible(p));var v=Math.ceil(l/this.lineHeight)-1,m=Math.max(0,Math.round((this.scrollTop-f)/this.lineHeight)),g=m+v,y,b,w=this.lineHeight;m=e.screenToDocumentRow(m,0);var E=e.getFoldLine(m);E&&(m=E.start.row),y=e.documentToScreenRow(m,0),b=e.getRowLength(m)*w,g=Math.min(e.screenToDocumentRow(g,0),e.getLength()-1),l=t.scrollerHeight+e.getRowLength(g)*w+b,f=this.scrollTop-y*w;var S=0;this.layerConfig.width!=s&&(S=this.CHANGE_H_SCROLL);if(u||d)S=this.$updateCachedSize(!0,this.gutterWidth,t.width,t.height),this._signal("scrollbarVisibilityChanged"),d&&(s=this.$getLongestLine());return this.layerConfig={width:s,padding:this.$padding,firstRow:m,firstRowScreen:y,lastRow:g,lineHeight:w,characterWidth:this.characterWidth,minHeight:l,maxHeight:i,offset:f,gutterOffset:w?Math.max(0,Math.ceil((f+t.height-t.scrollerHeight)/w)):0,height:this.$size.scrollerHeight},S},this.$updateLines=function(){var e=this.$changedLines.firstRow,t=this.$changedLines.lastRow;this.$changedLines=null;var n=this.layerConfig;if(e>n.lastRow+1)return;if(ts?(t&&a+o>s+this.lineHeight&&(s-=t*this.$size.scrollerHeight),s===0&&(s=-this.scrollMargin.top),this.session.setScrollTop(s)):a+this.$size.scrollerHeight-ui?(i=1-this.scrollMargin.top)return!0;if(t>0&&this.session.getScrollTop()+this.$size.scrollerHeight-this.layerConfig.maxHeight<-1+this.scrollMargin.bottom)return!0;if(e<0&&this.session.getScrollLeft()>=1-this.scrollMargin.left)return!0;if(e>0&&this.session.getScrollLeft()+this.$size.scrollerWidth-this.layerConfig.width<-1+this.scrollMargin.right)return!0},this.pixelToScreenCoordinates=function(e,t){var n=this.scroller.getBoundingClientRect(),r=(e+this.scrollLeft-n.left-this.$padding)/this.characterWidth,i=Math.floor((t+this.scrollTop-n.top)/this.lineHeight),s=Math.round(r);return{row:i,column:s,side:r-s>0?1:-1}},this.screenToTextCoordinates=function(e,t){var n=this.scroller.getBoundingClientRect(),r=Math.round((e+this.scrollLeft-n.left-this.$padding)/this.characterWidth),i=(t+this.scrollTop-n.top)/this.lineHeight;return this.session.screenToDocumentPosition(i,Math.max(r,0))},this.textToScreenCoordinates=function(e,t){var n=this.scroller.getBoundingClientRect(),r=this.session.documentToScreenPosition(e,t),i=this.$padding+Math.round(r.column*this.characterWidth),s=r.row*this.lineHeight;return{pageX:n.left+i-this.scrollLeft,pageY:n.top+s-this.scrollTop}},this.visualizeFocus=function(){i.addCssClass(this.container,"ace_focus")},this.visualizeBlur=function(){i.removeCssClass(this.container,"ace_focus")},this.showComposition=function(e){this.$composition||(this.$composition={keepTextAreaAtCursor:this.$keepTextAreaAtCursor,cssText:this.textarea.style.cssText}),this.$keepTextAreaAtCursor=!0,i.addCssClass(this.textarea,"ace_composition"),this.textarea.style.cssText="",this.$moveTextAreaToCursor()},this.setCompositionText=function(e){this.$moveTextAreaToCursor()},this.hideComposition=function(){if(!this.$composition)return;i.removeCssClass(this.textarea,"ace_composition"),this.$keepTextAreaAtCursor=this.$composition.keepTextAreaAtCursor,this.textarea.style.cssText=this.$composition.cssText,this.$composition=null},this.setTheme=function(e,t){function o(r){if(n.$themeId!=e)return t&&t();if(!r||!r.cssClass)throw new Error("couldn't load module "+e+" or it didn't call define");i.importCssString(r.cssText,r.cssClass,n.container.ownerDocument),n.theme&&i.removeCssClass(n.container,n.theme.cssClass);var s="padding"in r?r.padding:"padding"in(n.theme||{})?4:n.$padding;n.$padding&&s!=n.$padding&&n.setPadding(s),n.$theme=r.cssClass,n.theme=r,i.addCssClass(n.container,r.cssClass),i.setCssClass(n.container,"ace_dark",r.isDark),n.$size&&(n.$size.width=0,n.$updateSizeAsync()),n._dispatchEvent("themeLoaded",{theme:r}),t&&t()}var n=this;this.$themeId=e,n._dispatchEvent("themeChange",{theme:e});if(!e||typeof e=="string"){var r=e||this.$options.theme.initialValue;s.loadModule(["theme",r],o)}else o(e)},this.getTheme=function(){return this.$themeId},this.setStyle=function(e,t){i.setCssClass(this.container,e,t!==!1)},this.unsetStyle=function(e){i.removeCssClass(this.container,e)},this.setCursorStyle=function(e){this.scroller.style.cursor!=e&&(this.scroller.style.cursor=e)},this.setMouseCursor=function(e){this.scroller.style.cursor=e},this.destroy=function(){this.$textLayer.destroy(),this.$cursorLayer.destroy()}}).call(g.prototype),s.defineOptions(g.prototype,"renderer",{animatedScroll:{initialValue:!1},showInvisibles:{set:function(e){this.$textLayer.setShowInvisibles(e)&&this.$loop.schedule(this.CHANGE_TEXT)},initialValue:!1},showPrintMargin:{set:function(){this.$updatePrintMargin()},initialValue:!0},printMarginColumn:{set:function(){this.$updatePrintMargin()},initialValue:80},printMargin:{set:function(e){typeof e=="number"&&(this.$printMarginColumn=e),this.$showPrintMargin=!!e,this.$updatePrintMargin()},get:function(){return this.$showPrintMargin&&this.$printMarginColumn}},showGutter:{set:function(e){this.$gutter.style.display=e?"block":"none",this.$loop.schedule(this.CHANGE_FULL),this.onGutterResize()},initialValue:!0},fadeFoldWidgets:{set:function(e){i.setCssClass(this.$gutter,"ace_fade-fold-widgets",e)},initialValue:!1},showFoldWidgets:{set:function(e){this.$gutterLayer.setShowFoldWidgets(e)},initialValue:!0},showLineNumbers:{set:function(e){this.$gutterLayer.setShowLineNumbers(e),this.$loop.schedule(this.CHANGE_GUTTER)},initialValue:!0},displayIndentGuides:{set:function(e){this.$textLayer.setDisplayIndentGuides(e)&&this.$loop.schedule(this.CHANGE_TEXT)},initialValue:!0},highlightGutterLine:{set:function(e){if(!this.$gutterLineHighlight){this.$gutterLineHighlight=i.createElement("div"),this.$gutterLineHighlight.className="ace_gutter-active-line",this.$gutter.appendChild(this.$gutterLineHighlight);return}this.$gutterLineHighlight.style.display=e?"":"none",this.$cursorLayer.$pixelPos&&this.$updateGutterLineHighlight()},initialValue:!1,value:!0},hScrollBarAlwaysVisible:{set:function(e){(!this.$hScrollBarAlwaysVisible||!this.$horizScroll)&&this.$loop.schedule(this.CHANGE_SCROLL)},initialValue:!1},vScrollBarAlwaysVisible:{set:function(e){(!this.$vScrollBarAlwaysVisible||!this.$vScroll)&&this.$loop.schedule(this.CHANGE_SCROLL)},initialValue:!1},fontSize:{set:function(e){typeof e=="number"&&(e+="px"),this.container.style.fontSize=e,this.updateFontSize()},initialValue:12},fontFamily:{set:function(e){this.container.style.fontFamily=e,this.updateFontSize()}},maxLines:{set:function(e){this.updateFull()}},minLines:{set:function(e){this.updateFull()}},maxPixelHeight:{set:function(e){this.updateFull()},initialValue:0},scrollPastEnd:{set:function(e){e=+e||0;if(this.$scrollPastEnd==e)return;this.$scrollPastEnd=e,this.$loop.schedule(this.CHANGE_SCROLL)},initialValue:0,handlesSet:!0},fixedWidthGutter:{set:function(e){this.$gutterLayer.$fixedWidth=!!e,this.$loop.schedule(this.CHANGE_GUTTER)}},theme:{set:function(e){this.setTheme(e)},get:function(){return this.$themeId||this.theme},initialValue:"./theme/textmate",handlesSet:!0}}),t.VirtualRenderer=g}),define("ace/worker/worker_client",["require","exports","module","ace/lib/oop","ace/lib/net","ace/lib/event_emitter","ace/config"],function(e,t,n){"use strict";var r=e("../lib/oop"),i=e("../lib/net"),s=e("../lib/event_emitter").EventEmitter,o=e("../config"),u=function(t,n,r,i){this.$sendDeltaQueue=this.$sendDeltaQueue.bind(this),this.changeListener=this.changeListener.bind(this),this.onMessage=this.onMessage.bind(this),e.nameToUrl&&!e.toUrl&&(e.toUrl=e.nameToUrl);if(o.get("packaged")||!e.toUrl)i=i||o.moduleUrl(n,"worker");else{var s=this.$normalizePath;i=i||s(e.toUrl("ace/worker/worker.js",null,"_"));var u={};t.forEach(function(t){u[t]=s(e.toUrl(t,null,"_").replace(/(\.js)?(\?.*)?$/,""))})}try{this.$worker=new Worker(i)}catch(a){if(!(a instanceof window.DOMException))throw a;var f=this.$workerBlob(i),l=window.URL||window.webkitURL,c=l.createObjectURL(f);this.$worker=new Worker(c),l.revokeObjectURL(c)}this.$worker.postMessage({init:!0,tlns:u,module:n,classname:r}),this.callbackId=1,this.callbacks={},this.$worker.onmessage=this.onMessage};(function(){r.implement(this,s),this.onMessage=function(e){var t=e.data;switch(t.type){case"event":this._signal(t.name,{data:t.data});break;case"call":var n=this.callbacks[t.id];n&&(n(t.data),delete this.callbacks[t.id]);break;case"error":this.reportError(t.data);break;case"log":window.console&&console.log&&console.log.apply(console,t.data)}},this.reportError=function(e){window.console&&console.error&&console.error(e)},this.$normalizePath=function(e){return i.qualifyURL(e)},this.terminate=function(){this._signal("terminate",{}),this.deltaQueue=null,this.$worker.terminate(),this.$worker=null,this.$doc&&this.$doc.off("change",this.changeListener),this.$doc=null},this.send=function(e,t){this.$worker.postMessage({command:e,args:t})},this.call=function(e,t,n){if(n){var r=this.callbackId++;this.callbacks[r]=n,t.push(r)}this.send(e,t)},this.emit=function(e,t){try{this.$worker.postMessage({event:e,data:{data:t.data}})}catch(n){console.error(n.stack)}},this.attachToDocument=function(e){this.$doc&&this.terminate(),this.$doc=e,this.call("setValue",[e.getValue()]),e.on("change",this.changeListener)},this.changeListener=function(e){this.deltaQueue||(this.deltaQueue=[],setTimeout(this.$sendDeltaQueue,0)),e.action=="insert"?this.deltaQueue.push(e.start,e.lines):this.deltaQueue.push(e.start,e.end)},this.$sendDeltaQueue=function(){var e=this.deltaQueue;if(!e)return;this.deltaQueue=null,e.length>50&&e.length>this.$doc.getLength()>>1?this.call("setValue",[this.$doc.getValue()]):this.emit("change",{data:e})},this.$workerBlob=function(e){var t="importScripts('"+i.qualifyURL(e)+"');";try{return new Blob([t],{type:"application/javascript"})}catch(n){var r=window.BlobBuilder||window.WebKitBlobBuilder||window.MozBlobBuilder,s=new r;return s.append(t),s.getBlob("application/javascript")}}}).call(u.prototype);var a=function(e,t,n){this.$sendDeltaQueue=this.$sendDeltaQueue.bind(this),this.changeListener=this.changeListener.bind(this),this.callbackId=1,this.callbacks={},this.messageBuffer=[];var r=null,i=!1,u=Object.create(s),a=this;this.$worker={},this.$worker.terminate=function(){},this.$worker.postMessage=function(e){a.messageBuffer.push(e),r&&(i?setTimeout(f):f())},this.setEmitSync=function(e){i=e};var f=function(){var e=a.messageBuffer.shift();e.command?r[e.command].apply(r,e.args):e.event&&u._signal(e.event,e.data)};u.postMessage=function(e){a.onMessage({data:e})},u.callback=function(e,t){this.postMessage({type:"call",id:t,data:e})},u.emit=function(e,t){this.postMessage({type:"event",name:e,data:t})},o.loadModule(["worker",t],function(e){r=new e[n](u);while(a.messageBuffer.length)f()})};a.prototype=u.prototype,t.UIWorkerClient=a,t.WorkerClient=u}),define("ace/placeholder",["require","exports","module","ace/range","ace/lib/event_emitter","ace/lib/oop"],function(e,t,n){"use strict";var r=e("./range").Range,i=e("./lib/event_emitter").EventEmitter,s=e("./lib/oop"),o=function(e,t,n,r,i,s){var o=this;this.length=t,this.session=e,this.doc=e.getDocument(),this.mainClass=i,this.othersClass=s,this.$onUpdate=this.onUpdate.bind(this),this.doc.on("change",this.$onUpdate),this.$others=r,this.$onCursorChange=function(){setTimeout(function(){o.onCursorChange()})},this.$pos=n;var u=e.getUndoManager().$undoStack||e.getUndoManager().$undostack||{length:-1};this.$undoStackDepth=u.length,this.setup(),e.selection.on("changeCursor",this.$onCursorChange)};(function(){s.implement(this,i),this.setup=function(){var e=this,t=this.doc,n=this.session;this.selectionBefore=n.selection.toJSON(),n.selection.inMultiSelectMode&&n.selection.toSingleRange(),this.pos=t.createAnchor(this.$pos.row,this.$pos.column);var i=this.pos;i.$insertRight=!0,i.detach(),i.markerId=n.addMarker(new r(i.row,i.column,i.row,i.column+this.length),this.mainClass,null,!1),this.others=[],this.$others.forEach(function(n){var r=t.createAnchor(n.row,n.column);r.$insertRight=!0,r.detach(),e.others.push(r)}),n.setUndoSelect(!1)},this.showOtherMarkers=function(){if(this.othersActive)return;var e=this.session,t=this;this.othersActive=!0,this.others.forEach(function(n){n.markerId=e.addMarker(new r(n.row,n.column,n.row,n.column+t.length),t.othersClass,null,!1)})},this.hideOtherMarkers=function(){if(!this.othersActive)return;this.othersActive=!1;for(var e=0;e=this.pos.column&&t.start.column<=this.pos.column+this.length+1,s=t.start.column-this.pos.column;this.updateAnchors(e),i&&(this.length+=n);if(i&&!this.session.$fromUndo)if(e.action==="insert")for(var o=this.others.length-1;o>=0;o--){var u=this.others[o],a={row:u.row,column:u.column+s};this.doc.insertMergedLines(a,e.lines)}else if(e.action==="remove")for(var o=this.others.length-1;o>=0;o--){var u=this.others[o],a={row:u.row,column:u.column+s};this.doc.remove(new r(a.row,a.column,a.row,a.column-n))}this.$updating=!1,this.updateMarkers()},this.updateAnchors=function(e){this.pos.onChange(e);for(var t=this.others.length;t--;)this.others[t].onChange(e);this.updateMarkers()},this.updateMarkers=function(){if(this.$updating)return;var e=this,t=this.session,n=function(n,i){t.removeMarker(n.markerId),n.markerId=t.addMarker(new r(n.row,n.column,n.row,n.column+e.length),i,null,!1)};n(this.pos,this.mainClass);for(var i=this.others.length;i--;)n(this.others[i],this.othersClass)},this.onCursorChange=function(e){if(this.$updating||!this.session)return;var t=this.session.selection.getCursor();t.row===this.pos.row&&t.column>=this.pos.column&&t.column<=this.pos.column+this.length?(this.showOtherMarkers(),this._emit("cursorEnter",e)):(this.hideOtherMarkers(),this._emit("cursorLeave",e))},this.detach=function(){this.session.removeMarker(this.pos&&this.pos.markerId),this.hideOtherMarkers(),this.doc.removeEventListener("change",this.$onUpdate),this.session.selection.removeEventListener("changeCursor",this.$onCursorChange),this.session.setUndoSelect(!0),this.session=null},this.cancel=function(){if(this.$undoStackDepth===-1)return;var e=this.session.getUndoManager(),t=(e.$undoStack||e.$undostack).length-this.$undoStackDepth;for(var n=0;n1&&!this.inMultiSelectMode&&(this._signal("multiSelect"),this.inMultiSelectMode=!0,this.session.$undoSelect=!1,this.rangeList.attach(this.session)),t||this.fromOrientedRange(e)},this.toSingleRange=function(e){e=e||this.ranges[0];var t=this.rangeList.removeAll();t.length&&this.$onRemoveRange(t),e&&this.fromOrientedRange(e)},this.substractPoint=function(e){var t=this.rangeList.substractPoint(e);if(t)return this.$onRemoveRange(t),t[0]},this.mergeOverlappingRanges=function(){var e=this.rangeList.merge();e.length?this.$onRemoveRange(e):this.ranges[0]&&this.fromOrientedRange(this.ranges[0])},this.$onAddRange=function(e){this.rangeCount=this.rangeList.ranges.length,this.ranges.unshift(e),this._signal("addRange",{range:e})},this.$onRemoveRange=function(e){this.rangeCount=this.rangeList.ranges.length;if(this.rangeCount==1&&this.inMultiSelectMode){var t=this.rangeList.ranges.pop();e.push(t),this.rangeCount=0}for(var n=e.length;n--;){var r=this.ranges.indexOf(e[n]);this.ranges.splice(r,1)}this._signal("removeRange",{ranges:e}),this.rangeCount===0&&this.inMultiSelectMode&&(this.inMultiSelectMode=!1,this._signal("singleSelect"),this.session.$undoSelect=!0,this.rangeList.detach(this.session)),t=t||this.ranges[0],t&&!t.isEqual(this.getRange())&&this.fromOrientedRange(t)},this.$initRangeList=function(){if(this.rangeList)return;this.rangeList=new r,this.ranges=[],this.rangeCount=0},this.getAllRanges=function(){return this.rangeCount?this.rangeList.ranges.concat():[this.getRange()]},this.splitIntoLines=function(){if(this.rangeCount>1){var e=this.rangeList.ranges,t=e[e.length-1],n=i.fromPoints(e[0].start,t.end);this.toSingleRange(),this.setSelectionRange(n,t.cursor==t.start)}else{var n=this.getRange(),r=this.isBackwards(),s=n.start.row,o=n.end.row;if(s==o){if(r)var u=n.end,a=n.start;else var u=n.start,a=n.end;this.addRange(i.fromPoints(a,a)),this.addRange(i.fromPoints(u,u));return}var f=[],l=this.getLineRange(s,!0);l.start.column=n.start.column,f.push(l);for(var c=s+1;c1){var e=this.rangeList.ranges,t=e[e.length-1],n=i.fromPoints(e[0].start,t.end);this.toSingleRange(),this.setSelectionRange(n,t.cursor==t.start)}else{var r=this.session.documentToScreenPosition(this.selectionLead),s=this.session.documentToScreenPosition(this.selectionAnchor),o=this.rectangularRangeBlock(r,s);o.forEach(this.addRange,this)}},this.rectangularRangeBlock=function(e,t,n){var r=[],s=e.column0)d--;if(d>0){var m=0;while(r[m].isEmpty())m++}for(var g=d;g>=m;g--)r[g].isEmpty()&&r.splice(g,1)}return r}}.call(s.prototype);var d=e("./editor").Editor;(function(){this.updateSelectionMarkers=function(){this.renderer.updateCursor(),this.renderer.updateBackMarkers()},this.addSelectionMarker=function(e){e.cursor||(e.cursor=e.end);var t=this.getSelectionStyle();return e.marker=this.session.addMarker(e,"ace_selection",t),this.session.$selectionMarkers.push(e),this.session.selectionMarkerCount=this.session.$selectionMarkers.length,e},this.removeSelectionMarker=function(e){if(!e.marker)return;this.session.removeMarker(e.marker);var t=this.session.$selectionMarkers.indexOf(e);t!=-1&&this.session.$selectionMarkers.splice(t,1),this.session.selectionMarkerCount=this.session.$selectionMarkers.length},this.removeSelectionMarkers=function(e){var t=this.session.$selectionMarkers;for(var n=e.length;n--;){var r=e[n];if(!r.marker)continue;this.session.removeMarker(r.marker);var i=t.indexOf(r);i!=-1&&t.splice(i,1)}this.session.selectionMarkerCount=t.length},this.$onAddRange=function(e){this.addSelectionMarker(e.range),this.renderer.updateCursor(),this.renderer.updateBackMarkers()},this.$onRemoveRange=function(e){this.removeSelectionMarkers(e.ranges),this.renderer.updateCursor(),this.renderer.updateBackMarkers()},this.$onMultiSelect=function(e){if(this.inMultiSelectMode)return;this.inMultiSelectMode=!0,this.setStyle("ace_multiselect"),this.keyBinding.addKeyboardHandler(f.keyboardHandler),this.commands.setDefaultHandler("exec",this.$onMultiSelectExec),this.renderer.updateCursor(),this.renderer.updateBackMarkers()},this.$onSingleSelect=function(e){if(this.session.multiSelect.inVirtualMode)return;this.inMultiSelectMode=!1,this.unsetStyle("ace_multiselect"),this.keyBinding.removeKeyboardHandler(f.keyboardHandler),this.commands.removeDefaultHandler("exec",this.$onMultiSelectExec),this.renderer.updateCursor(),this.renderer.updateBackMarkers(),this._emit("changeSelection")},this.$onMultiSelectExec=function(e){var t=e.command,n=e.editor;if(!n.multiSelect)return;if(!t.multiSelectAction){var r=t.exec(n,e.args||{});n.multiSelect.addRange(n.multiSelect.toOrientedRange()),n.multiSelect.mergeOverlappingRanges()}else t.multiSelectAction=="forEach"?r=n.forEachSelection(t,e.args):t.multiSelectAction=="forEachLine"?r=n.forEachSelection(t,e.args,!0):t.multiSelectAction=="single"?(n.exitMultiSelectMode(),r=t.exec(n,e.args||{})):r=t.multiSelectAction(n,e.args||{});return r},this.forEachSelection=function(e,t,n){if(this.inVirtualSelectionMode)return;var r=n&&n.keepOrder,i=n==1||n&&n.$byLines,o=this.session,u=this.selection,a=u.rangeList,f=(r?u:a).ranges,l;if(!f.length)return e.exec?e.exec(this,t||{}):e(this,t||{});var c=u._eventRegistry;u._eventRegistry={};var h=new s(o);this.inVirtualSelectionMode=!0;for(var p=f.length;p--;){if(i)while(p>0&&f[p].start.row==f[p-1].end.row)p--;h.fromOrientedRange(f[p]),h.index=p,this.selection=o.selection=h;var d=e.exec?e.exec(this,t||{}):e(this,t||{});!l&&d!==undefined&&(l=d),h.toOrientedRange(f[p])}h.detach(),this.selection=o.selection=u,this.inVirtualSelectionMode=!1,u._eventRegistry=c,u.mergeOverlappingRanges();var v=this.renderer.$scrollAnimation;return this.onCursorChange(),this.onSelectionChange(),v&&v.from==v.to&&this.renderer.animateScrolling(v.from),l},this.exitMultiSelectMode=function(){if(!this.inMultiSelectMode||this.inVirtualSelectionMode)return;this.multiSelect.toSingleRange()},this.getSelectedText=function(){var e="";if(this.inMultiSelectMode&&!this.inVirtualSelectionMode){var t=this.multiSelect.rangeList.ranges,n=[];for(var r=0;r0);u<0&&(u=0),f>=c&&(f=c-1)}var p=this.session.removeFullLines(u,f);p=this.$reAlignText(p,l),this.session.insert({row:u,column:0},p.join("\n")+"\n"),l||(o.start.column=0,o.end.column=p[p.length-1].length),this.selection.setRange(o)}else{s.forEach(function(e){t.substractPoint(e.cursor)});var d=0,v=Infinity,m=n.map(function(t){var n=t.cursor,r=e.getLine(n.row),i=r.substr(n.column).search(/\S/g);return i==-1&&(i=0),n.column>d&&(d=n.column),io?e.insert(r,a.stringRepeat(" ",s-o)):e.remove(new i(r.row,r.column,r.row,r.column-s+o)),t.start.column=t.end.column=d,t.start.row=t.end.row=r.row,t.cursor=t.end}),t.fromOrientedRange(n[0]),this.renderer.updateCursor(),this.renderer.updateBackMarkers()}},this.$reAlignText=function(e,t){function u(e){return a.stringRepeat(" ",e)}function f(e){return e[2]?u(i)+e[2]+u(s-e[2].length+o)+e[4].replace(/^([=:])\s+/,"$1 "):e[0]}function l(e){return e[2]?u(i+s-e[2].length)+e[2]+u(o," ")+e[4].replace(/^([=:])\s+/,"$1 "):e[0]}function c(e){return e[2]?u(i)+e[2]+u(o)+e[4].replace(/^([=:])\s+/,"$1 "):e[0]}var n=!0,r=!0,i,s,o;return e.map(function(e){var t=e.match(/(\s*)(.*?)(\s*)([=:].*)/);return t?i==null?(i=t[1].length,s=t[2].length,o=t[3].length,t):(i+s+o!=t[1].length+t[2].length+t[3].length&&(r=!1),i!=t[1].length&&(n=!1),i>t[1].length&&(i=t[1].length),st[3].length&&(o=t[3].length),t):[e]}).map(t?f:n?r?l:f:c)}}).call(d.prototype),t.onSessionChange=function(e){var t=e.session;t&&!t.multiSelect&&(t.$selectionMarkers=[],t.selection.$initRangeList(),t.multiSelect=t.selection),this.multiSelect=t&&t.multiSelect;var n=e.oldSession;n&&(n.multiSelect.off("addRange",this.$onAddRange),n.multiSelect.off("removeRange",this.$onRemoveRange),n.multiSelect.off("multiSelect",this.$onMultiSelect),n.multiSelect.off("singleSelect",this.$onSingleSelect),n.multiSelect.lead.off("change",this.$checkMultiselectChange),n.multiSelect.anchor.off("change",this.$checkMultiselectChange)),t&&(t.multiSelect.on("addRange",this.$onAddRange),t.multiSelect.on("removeRange",this.$onRemoveRange),t.multiSelect.on("multiSelect",this.$onMultiSelect),t.multiSelect.on("singleSelect",this.$onSingleSelect),t.multiSelect.lead.on("change",this.$checkMultiselectChange),t.multiSelect.anchor.on("change",this.$checkMultiselectChange)),t&&this.inMultiSelectMode!=t.selection.inMultiSelectMode&&(t.selection.inMultiSelectMode?this.$onMultiSelect():this.$onSingleSelect())},t.MultiSelect=m,e("./config").defineOptions(d.prototype,"editor",{enableMultiselect:{set:function(e){m(this),e?(this.on("changeSession",this.$multiselectOnSessionChange),this.on("mousedown",o)):(this.off("changeSession",this.$multiselectOnSessionChange),this.off("mousedown",o))},value:!0},enableBlockSelect:{set:function(e){this.$blockSelectEnabled=e},value:!0}})}),define("ace/mode/folding/fold_mode",["require","exports","module","ace/range"],function(e,t,n){"use strict";var r=e("../../range").Range,i=t.FoldMode=function(){};(function(){this.foldingStartMarker=null,this.foldingStopMarker=null,this.getFoldWidget=function(e,t,n){var r=e.getLine(n);return this.foldingStartMarker.test(r)?"start":t=="markbeginend"&&this.foldingStopMarker&&this.foldingStopMarker.test(r)?"end":""},this.getFoldWidgetRange=function(e,t,n){return null},this.indentationBlock=function(e,t,n){var i=/\S/,s=e.getLine(t),o=s.search(i);if(o==-1)return;var u=n||s.length,a=e.getLength(),f=t,l=t;while(++tf){var h=e.getLine(l).length;return new r(f,u,l,h)}},this.openingBracketBlock=function(e,t,n,i,s){var o={row:n,column:i+1},u=e.$findClosingBracket(t,o,s);if(!u)return;var a=e.foldWidgets[u.row];return a==null&&(a=e.getFoldWidget(u.row)),a=="start"&&u.row>o.row&&(u.row--,u.column=e.getLine(u.row).length),r.fromPoints(o,u)},this.closingBracketBlock=function(e,t,n,i,s){var o={row:n,column:i},u=e.$findOpeningBracket(t,o);if(!u)return;return u.column++,o.column--,r.fromPoints(u,o)}}).call(i.prototype)}),define("ace/theme/textmate",["require","exports","module","ace/lib/dom"],function(e,t,n){"use strict";t.isDark=!1,t.cssClass="ace-tm",t.cssText='.ace-tm .ace_gutter {background: #f0f0f0;color: #333;}.ace-tm .ace_print-margin {width: 1px;background: #e8e8e8;}.ace-tm .ace_fold {background-color: #6B72E6;}.ace-tm {background-color: #FFFFFF;color: black;}.ace-tm .ace_cursor {color: black;}.ace-tm .ace_invisible {color: rgb(191, 191, 191);}.ace-tm .ace_storage,.ace-tm .ace_keyword {color: blue;}.ace-tm .ace_constant {color: rgb(197, 6, 11);}.ace-tm .ace_constant.ace_buildin {color: rgb(88, 72, 246);}.ace-tm .ace_constant.ace_language {color: rgb(88, 92, 246);}.ace-tm .ace_constant.ace_library {color: rgb(6, 150, 14);}.ace-tm .ace_invalid {background-color: rgba(255, 0, 0, 0.1);color: red;}.ace-tm .ace_support.ace_function {color: rgb(60, 76, 114);}.ace-tm .ace_support.ace_constant {color: rgb(6, 150, 14);}.ace-tm .ace_support.ace_type,.ace-tm .ace_support.ace_class {color: rgb(109, 121, 222);}.ace-tm .ace_keyword.ace_operator {color: rgb(104, 118, 135);}.ace-tm .ace_string {color: rgb(3, 106, 7);}.ace-tm .ace_comment {color: rgb(76, 136, 107);}.ace-tm .ace_comment.ace_doc {color: rgb(0, 102, 255);}.ace-tm .ace_comment.ace_doc.ace_tag {color: rgb(128, 159, 191);}.ace-tm .ace_constant.ace_numeric {color: rgb(0, 0, 205);}.ace-tm .ace_variable {color: rgb(49, 132, 149);}.ace-tm .ace_xml-pe {color: rgb(104, 104, 91);}.ace-tm .ace_entity.ace_name.ace_function {color: #0000A2;}.ace-tm .ace_heading {color: rgb(12, 7, 255);}.ace-tm .ace_list {color:rgb(185, 6, 144);}.ace-tm .ace_meta.ace_tag {color:rgb(0, 22, 142);}.ace-tm .ace_string.ace_regex {color: rgb(255, 0, 0)}.ace-tm .ace_marker-layer .ace_selection {background: rgb(181, 213, 255);}.ace-tm.ace_multiselect .ace_selection.ace_start {box-shadow: 0 0 3px 0px white;}.ace-tm .ace_marker-layer .ace_step {background: rgb(252, 255, 0);}.ace-tm .ace_marker-layer .ace_stack {background: rgb(164, 229, 101);}.ace-tm .ace_marker-layer .ace_bracket {margin: -1px 0 0 -1px;border: 1px solid rgb(192, 192, 192);}.ace-tm .ace_marker-layer .ace_active-line {background: rgba(0, 0, 0, 0.07);}.ace-tm .ace_gutter-active-line {background-color : #dcdcdc;}.ace-tm .ace_marker-layer .ace_selected-word {background: rgb(250, 250, 255);border: 1px solid rgb(200, 200, 250);}.ace-tm .ace_indent-guide {background: url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAEAAAACCAYAAACZgbYnAAAAE0lEQVQImWP4////f4bLly//BwAmVgd1/w11/gAAAABJRU5ErkJggg==") right repeat-y;}';var r=e("../lib/dom");r.importCssString(t.cssText,t.cssClass)}),define("ace/line_widgets",["require","exports","module","ace/lib/oop","ace/lib/dom","ace/range"],function(e,t,n){"use strict";function o(e){this.session=e,this.session.widgetManager=this,this.session.getRowLength=this.getRowLength,this.session.$getWidgetScreenLength=this.$getWidgetScreenLength,this.updateOnChange=this.updateOnChange.bind(this),this.renderWidgets=this.renderWidgets.bind(this),this.measureWidgets=this.measureWidgets.bind(this),this.session._changedWidgets=[],this.$onChangeEditor=this.$onChangeEditor.bind(this),this.session.on("change",this.updateOnChange),this.session.on("changeFold",this.updateOnFold),this.session.on("changeEditor",this.$onChangeEditor)}var r=e("./lib/oop"),i=e("./lib/dom"),s=e("./range").Range;(function(){this.getRowLength=function(e){var t;return this.lineWidgets?t=this.lineWidgets[e]&&this.lineWidgets[e].rowCount||0:t=0,!this.$useWrapMode||!this.$wrapData[e]?1+t:this.$wrapData[e].length+1+t},this.$getWidgetScreenLength=function(){var e=0;return this.lineWidgets.forEach(function(t){t&&t.rowCount&&!t.hidden&&(e+=t.rowCount)}),e},this.$onChangeEditor=function(e){this.attach(e.editor)},this.attach=function(e){e&&e.widgetManager&&e.widgetManager!=this&&e.widgetManager.detach();if(this.editor==e)return;this.detach(),this.editor=e,e&&(e.widgetManager=this,e.renderer.on("beforeRender",this.measureWidgets),e.renderer.on("afterRender",this.renderWidgets))},this.detach=function(e){var t=this.editor;if(!t)return;this.editor=null,t.widgetManager=null,t.renderer.off("beforeRender",this.measureWidgets),t.renderer.off("afterRender",this.renderWidgets);var n=this.session.lineWidgets;n&&n.forEach(function(e){e&&e.el&&e.el.parentNode&&(e._inDocument=!1,e.el.parentNode.removeChild(e.el))})},this.updateOnFold=function(e,t){var n=t.lineWidgets;if(!n||!e.action)return;var r=e.data,i=r.start.row,s=r.end.row,o=e.action=="add";for(var u=i+1;u0&&!r[i])i--;this.firstRow=n.firstRow,this.lastRow=n.lastRow,t.$cursorLayer.config=n;for(var o=i;o<=s;o++){var u=r[o];if(!u||!u.el)continue;if(u.hidden){u.el.style.top=-100-(u.pixelHeight||0)+"px";continue}u._inDocument||(u._inDocument=!0,t.container.appendChild(u.el));var a=t.$cursorLayer.getPixelPosition({row:o,column:0},!0).top;u.coverLine||(a+=n.lineHeight*this.session.getRowLineCount(u.row)),u.el.style.top=a-n.offset+"px";var f=u.coverGutter?0:t.gutterWidth;u.fixedWidth||(f-=t.scrollLeft),u.el.style.left=f+"px",u.fullWidth&&u.screenWidth&&(u.el.style.minWidth=n.width+2*n.padding+"px"),u.fixedWidth?u.el.style.right=t.scrollBar.getWidth()+"px":u.el.style.right=""}}}).call(o.prototype),t.LineWidgets=o}),define("ace/ext/error_marker",["require","exports","module","ace/line_widgets","ace/lib/dom","ace/range"],function(e,t,n){"use strict";function o(e,t,n){var r=0,i=e.length-1;while(r<=i){var s=r+i>>1,o=n(t,e[s]);if(o>0)r=s+1;else{if(!(o<0))return s;i=s-1}}return-(r+1)}function u(e,t,n){var r=e.getAnnotations().sort(s.comparePoints);if(!r.length)return;var i=o(r,{row:t,column:-1},s.comparePoints);i<0&&(i=-i-1),i>=r.length?i=n>0?0:r.length-1:i===0&&n<0&&(i=r.length-1);var u=r[i];if(!u||!n)return;if(u.row===t){do u=r[i+=n];while(u&&u.row===t);if(!u)return r.slice()}var a=[];t=u.row;do a[n<0?"unshift":"push"](u),u=r[i+=n];while(u&&u.row==t);return a.length&&a}var r=e("../line_widgets").LineWidgets,i=e("../lib/dom"),s=e("../range").Range;t.showErrorMarker=function(e,t){var n=e.session;n.widgetManager||(n.widgetManager=new r(n),n.widgetManager.attach(e));var s=e.getCursorPosition(),o=s.row,a=n.widgetManager.getWidgetsAtRow(o).filter(function(e){return e.type=="errorMarker"})[0];a?a.destroy():o-=t;var f=u(n,o,t),l;if(f){var c=f[0];s.column=(c.pos&&typeof c.column!="number"?c.pos.sc:c.column)||0,s.row=c.row,l=e.renderer.$gutterLayer.$annotations[s.row]}else{if(a)return;l={text:["Looks good!"],className:"ace_ok"}}e.session.unfold(s.row),e.selection.moveToPosition(s);var h={row:s.row,fixedWidth:!0,coverGutter:!0,el:i.createElement("div"),type:"errorMarker"},p=h.el.appendChild(i.createElement("div")),d=h.el.appendChild(i.createElement("div"));d.className="error_widget_arrow "+l.className;var v=e.renderer.$cursorLayer.getPixelPosition(s).left;d.style.left=v+e.renderer.gutterWidth-5+"px",h.el.className="error_widget_wrapper",p.className="error_widget "+l.className,p.innerHTML=l.text.join("
    "),p.appendChild(i.createElement("div"));var m=function(e,t,n){if(t===0&&(n==="esc"||n==="return"))return h.destroy(),{command:"null"}};h.destroy=function(){if(e.$mouseHandler.isMousePressed)return;e.keyBinding.removeKeyboardHandler(m),n.widgetManager.removeLineWidget(h),e.off("changeSelection",h.destroy),e.off("changeSession",h.destroy),e.off("mouseup",h.destroy),e.off("change",h.destroy)},e.keyBinding.addKeyboardHandler(m),e.on("changeSelection",h.destroy),e.on("changeSession",h.destroy),e.on("mouseup",h.destroy),e.on("change",h.destroy),e.session.widgetManager.addLineWidget(h),h.el.onmousedown=e.focus.bind(e),e.renderer.scrollCursorIntoView(null,.5,{bottom:h.el.offsetHeight})},i.importCssString(" .error_widget_wrapper { background: inherit; color: inherit; border:none } .error_widget { border-top: solid 2px; border-bottom: solid 2px; margin: 5px 0; padding: 10px 40px; white-space: pre-wrap; } .error_widget.ace_error, .error_widget_arrow.ace_error{ border-color: #ff5a5a } .error_widget.ace_warning, .error_widget_arrow.ace_warning{ border-color: #F1D817 } .error_widget.ace_info, .error_widget_arrow.ace_info{ border-color: #5a5a5a } .error_widget.ace_ok, .error_widget_arrow.ace_ok{ border-color: #5aaa5a } .error_widget_arrow { position: absolute; border: solid 5px; border-top-color: transparent!important; border-right-color: transparent!important; border-left-color: transparent!important; top: -5px; }","")}),define("ace/ace",["require","exports","module","ace/lib/fixoldbrowsers","ace/lib/dom","ace/lib/event","ace/editor","ace/edit_session","ace/undomanager","ace/virtual_renderer","ace/worker/worker_client","ace/keyboard/hash_handler","ace/placeholder","ace/multi_select","ace/mode/folding/fold_mode","ace/theme/textmate","ace/ext/error_marker","ace/config"],function(e,t,n){"use strict";e("./lib/fixoldbrowsers");var r=e("./lib/dom"),i=e("./lib/event"),s=e("./editor").Editor,o=e("./edit_session").EditSession,u=e("./undomanager").UndoManager,a=e("./virtual_renderer").VirtualRenderer;e("./worker/worker_client"),e("./keyboard/hash_handler"),e("./placeholder"),e("./multi_select"),e("./mode/folding/fold_mode"),e("./theme/textmate"),e("./ext/error_marker"),t.config=e("./config"),t.require=e,typeof define=="function"&&(t.define=define),t.edit=function(e){if(typeof e=="string"){var n=e;e=document.getElementById(n);if(!e)throw new Error("ace.edit can't find div #"+n)}if(e&&e.env&&e.env.editor instanceof s)return e.env.editor;var o="";if(e&&/input|textarea/i.test(e.tagName)){var u=e;o=u.value,e=r.createElement("pre"),u.parentNode.replaceChild(e,u)}else e&&(o=r.getInnerText(e),e.innerHTML="");var f=t.createEditSession(o),l=new s(new a(e));l.setSession(f);var c={document:f,editor:l,onResize:l.resize.bind(l,null)};return u&&(c.textarea=u),i.addListener(window,"resize",c.onResize),l.on("destroy",function(){i.removeListener(window,"resize",c.onResize),c.editor.container.env=null}),l.container.env=l.env=c,l},t.createEditSession=function(e,t){var n=new o(e,t);return n.setUndoManager(new u),n},t.EditSession=o,t.UndoManager=u,t.version="1.2.5"}); + (function() { + window.require(["ace/ace"], function(a) { + if (a) { + a.config.init(true); + a.define = window.define; + } + if (!window.ace) + window.ace = a; + for (var key in a) if (a.hasOwnProperty(key)) + window.ace[key] = a[key]; + }); + })(); + \ No newline at end of file diff --git a/index.html b/index.html index 7e31c0d1a..8be250919 100644 --- a/index.html +++ b/index.html @@ -8,7 +8,7 @@ - + @@ -81,7 +81,7 @@

    Have a play.

    - + + diff --git a/karma.config.js b/karma.common.conf.js similarity index 100% rename from karma.config.js rename to karma.common.conf.js diff --git a/karma.conf.js b/karma.conf.js index 7c2c0a8f9..64cfaf445 100644 --- a/karma.conf.js +++ b/karma.conf.js @@ -1,6 +1,6 @@ // Karma configuration 'use strict' -const karmaConfig = require('./karma.config.js') +const karmaConfig = require('./karma.common.conf.js') const browsers = { IE: {} diff --git a/karma.dist.conf.js b/karma.dist.conf.js index 2b3533cdc..13a354402 100644 --- a/karma.dist.conf.js +++ b/karma.dist.conf.js @@ -1,90 +1,52 @@ // Karma configuration 'use strict' -module.exports = (config) => { - config.set({ +const karmaConfig = require('./karma.common.conf.js') - // base path that will be used to resolve all patterns (eg. files, exclude) - basePath: '', +const browsers = { + IE: {} +} - // frameworks to use - // available frameworks: https://npmjs.org/browse/keyword/karma-adapter - frameworks: ['jasmine'], - // list of files / patterns to load in the browser +module.exports = (config) => { + config.set({ + ...karmaConfig, files: [ - 'tests/utils/polyfill.js', - //'node_modules/promise-polyfill/dist/polyfill.js', + 'spec/utils/polyfill.js', 'dist/jspdf.debug.js', 'node_modules/canvg/dist/browser/canvg.js', 'node_modules/html2canvas/dist/html2canvas.js', - 'tests/utils/compare.js', + 'spec/utils/compare.js', { - pattern: 'tests/**/*.spec.js', + pattern: 'spec/**/*.spec.js', included: true }, { - pattern: 'tests/**/reference/*.*', + pattern: 'spec/**/reference/*.*', included: false, served: true } ], - // list of files to exclude - exclude: [], - // preprocess matching files before serving them to the browser // available preprocessors: https://npmjs.org/browse/keyword/karma-preprocessor preprocessors: { 'dist/jspdf.debug.js': 'coverage', - 'tests/!(acroform|unicode)*/*.js': 'babel' + 'spec/!(acroform|unicode)*/*.js': 'babel' }, // test results reporter to use // possible values: 'dots', 'progress' // available reporters: https://npmjs.org/browse/keyword/karma-reporter reporters: ['mocha', 'coverage'], - - - // web server port - port: 9876, - - // enable / disable colors in the output (reporters and logs) - colors: true, // level of logging // possible values: config.LOG_DISABLE || config.LOG_ERROR || config.LOG_WARN || config.LOG_INFO || config.LOG_DEBUG logLevel: config.LOG_INFO, - // enable / disable watching file and executing tests whenever any file changes + // enable / disable watching file and executing tests wheneve r any file changes autoWatch: true, // start these browsers // available browser launchers: https://npmjs.org/browse/keyword/karma-launcher - browsers: ['IE'], - - // Continuous Integration mode - // if true, Karma captures browsers, runs the tests and exits - singleRun: false, - - // Concurrency level - // how many browser should be started simultaneous - concurrency: Infinity, - - coverageReporter: { - reporters: [ - { - type: 'lcov', - dir: 'coverage/' - }, - { - type: 'text' - } - ] - }, - babelPreprocessor: { - options: { - presets: ["@babel/env"], // "@babel/preset-env" - sourceMap: 'inline' - } - } + browsers: Object.keys(browsers), }) -} +} \ No newline at end of file diff --git a/saucelabs.karma.conf.js b/karma.saucelabs.conf.js similarity index 96% rename from saucelabs.karma.conf.js rename to karma.saucelabs.conf.js index 9af8d1948..f32c41242 100644 --- a/saucelabs.karma.conf.js +++ b/karma.saucelabs.conf.js @@ -2,7 +2,7 @@ 'use strict' const yaml = require('js-yaml') const fs = require('fs') -const karmaConfig = require('./karma.config.js') +const karmaConfig = require('./karma.common.conf.js') const browsers = { sl_ie_11: { diff --git a/modules.conf.js b/modules.conf.js new file mode 100644 index 000000000..61c329fc4 --- /dev/null +++ b/modules.conf.js @@ -0,0 +1,414 @@ +var configuration = { + + 'license': { + name: 'License', + folder: '', + description: 'MIT License Header', + deps: [] + }, + + + 'polyfill': { + name: 'Polyfill', + folder: 'libs', + description: 'Adds missing functions to older browsers', + deps: [] + }, + + 'jspdf': { + name: 'Core', + folder: '', + description: '', + deps: [ + 'license', + 'adler32cs', + 'rgbcolor' + ] + }, + + 'adler32cs': { + name: 'Adler32', + folder: 'libs', + description: 'Adler32', + deps: [] + }, + + 'rgbcolor': { + name: 'rgbcolor', + folder: 'libs', + description: 'RGBcolor', + deps: [] + }, + + 'standard_fonts_metrics': { + name: 'Standard Font Metrics Plugin', + folder: 'modules', + description: 'Adds the Font metrics of the 14 Standard Fonts', + deps: [ + 'jspdf' + ] + }, + + 'split_text_to_size': { + name: 'Split text to size Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf', + 'standard_fonts_metrics' + ] + }, + + 'acroform': { + name: 'AcroForm Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf', + 'annotations' + ] + }, + + 'addimage': { + name: 'AddImage Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf' + ] + }, + + 'jpeg_support': { + name: 'JPEG Support', + folder: 'modules', + description: '', + deps: [ + 'jspdf', + 'modules/addimage', + 'libs/JPEGEncoder' + ] + }, + + 'JPEGEncoder': { + name: 'JPEG Encoder', + folder: 'libs', + description: '', + deps: [] + }, + + 'bmp_support': { + name: 'BMP Support', + folder: 'modules', + description: '', + deps: [ + 'jspdf', + 'jpeg_support', + 'BMPDecoder' + ] + }, + + 'BMPDecoder': { + name: 'BMP Encoder', + folder: 'libs', + description: '', + deps: [] + }, + + 'png_support': { + name: 'PNG Support', + folder: 'modules', + description: '', + deps: [ + 'jspdf', + 'jpeg_support', + 'Deflater', + 'png', + 'zlib' + ] + }, + + 'png': { + name: 'PNG Encoder', + folder: 'libs', + description: '', + deps: [] + }, + 'zlib': { + name: 'zlib', + folder: 'libs', + description: '', + deps: [] + }, + 'Deflater': { + name: 'Deflater', + folder: 'libs', + description: '', + deps: [] + }, + 'gif_support': { + name: 'Gif Support', + folder: 'modules', + description: '', + deps: [ + 'jspdf', + 'jpeg_support', + 'omggif' + ] + }, + 'omggif': { + name: 'omggif', + folder: 'libs', + description: '', + deps: [] + }, + + 'webp_support': { + name: 'WebP Support', + folder: 'modules', + description: '', + deps: [ + 'jspdf', + 'jpeg_support', + 'WebPDecoder' + ] + }, + 'WebPDecoder': { + name: 'WebPDecoder', + folder: 'libs', + description: '', + deps: [] + }, + + 'annotations': { + name: 'Annotations Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf', + 'standard_fonts_metrics', + 'split_text_to_size' + ] + }, + + 'autoprint': { + name: 'AutoPrint Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf' + ] + }, + + 'cell': { + name: 'cell Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf' + ] + }, + + 'filters': { + name: 'Filter Plugin', + description: '', + deps: [ + 'jspdf' + ] + }, + + 'fileloading': { + name: 'FileLoading Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf' + ] + }, + + 'outline': { + name: 'Outline Plugin', + folder: 'modules', + deps: [ + 'jspdf' + ] + }, + + 'javascript': { + name: 'Javascript Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf' + ] + }, + 'canvas': { + name: 'Canvas Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf' + ] + }, + + 'context2d': { + name: 'Context2D Plugin', + folder: 'modules', + deps: [ + 'jspdf', + 'canvas', + 'addimage', + 'standard_fonts_metrics', + 'split_text_to_size', + 'rgbcolor' + ] + }, + + 'total_pages': { + name: 'TotalPages Plugin', + folder: 'modules', + deps: [ + 'jspdf' + ] + }, + + 'setlanguage': { + name: 'Language Tag Plugin', + folder: 'modules', + deps: [ + 'jspdf' + ] + }, + + 'svg': { + name: 'SVG Plugin', + folder: 'modules', + deps: [ + 'jspdf' + ] + }, + + 'viewerpreferences': { + name: 'ViewerPreferences Plugin', + folder: 'modules', + deps: [ + 'jspdf' + ] + }, + + 'html': { + name: 'HTML Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf', + 'context2d', + 'annotations', + ] + }, + + 'ttfsupport': { + name: 'TTFFont Support', + folder: 'modules', + description: '', + deps: [ + 'jspdf', + 'vfs', + 'ttffont' + ] + }, + 'ttffont': { + name: 'TTFFont Class', + folder: 'libs', + description: '', + deps: [] + }, + + 'modules/utf8': { + name: 'UTF8 Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf', + 'ttfsupport', + 'bidiEngine' + ] + }, + + 'bidiEngine': { + name: 'BiDiEngine', + folder: 'libs', + description: '', + deps: [] + }, + + 'arabic': { + name: 'Arabic Plugin', + folder: 'modules', + description: '', + deps: [ + 'utf8' + ] + }, + + 'vfs': { + name: 'virtual FileSystem Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf' + ] + }, + + 'xmp_metadata': { + name: 'XMP Metadata Plugin', + folder: 'modules', + description: '', + deps: [ + 'jspdf' + ] + }, + + 'FileSaver': { + name: 'FileSaver', + folder: 'libs', + description: '', + deps: [ + 'Blob' + ] + }, + + 'Blob': { + name: 'Blob', + folder: 'libs', + description: '', + deps: [] + }, + 'from_html': { + name: 'FromHTML Plugin', + folder: 'deprecated', + description: 'Deprecated', + deps: [ + 'jspdf', + 'cell' + ] + }, + + 'addhtml': { + name: 'AddHTML Plugin', + folder: 'deprecated', + description: 'Deprecated', + deps: [ + 'jspdf' + ] + }, + 'html2pdf': { + name: 'html2pdf Plugin', + folder: 'deprecated', + description: 'Deprecated', + deps: [ + 'jspdf' + ] + } +} + +module.exports = configuration; \ No newline at end of file diff --git a/package-lock.json b/package-lock.json index ed948e7a4..89403cb41 100644 --- a/package-lock.json +++ b/package-lock.json @@ -4618,6 +4618,15 @@ "integrity": "sha512-3/xSmG/d35hf80BEN66Y6g9Ca5l/Isdeg/j6zvbTYlTzeKinzmaTM4p9am5kYqOmE05D7s1t8FGjzdSnbUbceA==", "dev": true }, + "jasmine-diff": { + "version": "0.1.3", + "resolved": "https://registry.npmjs.org/jasmine-diff/-/jasmine-diff-0.1.3.tgz", + "integrity": "sha1-k8zC3MQQKMXd1GBlWAdIOfLe6qg=", + "dev": true, + "requires": { + "diff": "^3.2.0" + } + }, "jasmine-expect": { "version": "4.0.0", "resolved": "https://registry.npmjs.org/jasmine-expect/-/jasmine-expect-4.0.0.tgz", diff --git a/package.json b/package.json index 724a997ea..4ac8904a9 100644 --- a/package.json +++ b/package.json @@ -43,8 +43,10 @@ "eslint": "^5.15.3", "folder-delete": "1.0.3", "gulp-babel": "^8.0.0", + "inquirer": "^6.2.2", "jasmine": "^3.3.1", "jasmine-core": "3.3.0", + "jasmine-diff": "^0.1.3", "jasmine-expect": "^4.0.0", "jasmine-matchers": "^0.2.3", "js-yaml": "3.13.0", @@ -73,10 +75,12 @@ "scripts": { "start": "ws", "build": "npm install && node build.js && node build.js type=node", + "build-browser": "node build", + "build-node": "node build type=node", "version": "npm run build && git add -A dist", - "test": "./node_modules/.bin/karma start saucelabs.karma.conf.js --single-run --verbose && for a in coverage/*; do codeclimate-test-reporter < \"$a/lcov.info\"; break; done", + "test": "./node_modules/.bin/karma start karma.saucelabs.conf.js --single-run --verbose && for a in coverage/*; do codeclimate-test-reporter < \"$a/lcov.info\"; break; done", "test-local": "./node_modules/.bin/karma start karma.conf.js", - "test-local-dist": "node build minify=false && ./node_modules/.bin/karma start karma.dist.conf.js", + "test-local-dist": "./node_modules/.bin/karma start karma.dist.conf.js", "test-node": "node build type=node minify=false && jasmine --config=spec/support/jasmine.json", "test-training": "node spec/utils/reference-server.js", "delete-docs": "node deletedocs.js", diff --git a/spec/Uint8Array.spec.js b/spec/Uint8Array.spec.js index 1bd0b38f1..47ee16156 100644 --- a/spec/Uint8Array.spec.js +++ b/spec/Uint8Array.spec.js @@ -26,7 +26,7 @@ describe('Module: addimage Uint8Array', () => { var jpgImageUint8Array = convertDataURIToArrayBuffer(jpgImage); it('Uint8Array: getImageFileTypeByImageData', () => { - expect(jsPDF.API.getImageFileTypeByImageData(jpgImageUint8Array)).toEqual("JPEG"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jpgImageUint8Array)).toEqual("JPEG"); }); it('Uint8Array: addImagae', () => { diff --git a/spec/addimage.spec.js b/spec/addimage.spec.js index a1c9116f5..14ab9d4c8 100644 --- a/spec/addimage.spec.js +++ b/spec/addimage.spec.js @@ -6,26 +6,63 @@ describe('Module: addimage', () => { var jpg = 'data:image/jpeg;base64,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'; - - it('image rotation 45', () => { - const doc = new jsPDF('p', 'pt', 'a4', false); - doc.addImage(jpg, 'JPEG', 300, 200, 280, 210, undefined, undefined, 45); - - comparePdf(doc.output(), 'rotation-45.pdf', 'addimage'); - }) - - it('image rotation 90', () => { - const doc = new jsPDF('p', 'pt', 'a4', false); - doc.addImage(jpg, 'JPEG', 300, 200, 280, 210, undefined, undefined, 90); - - comparePdf(doc.output(), 'rotation-90.pdf', 'addimage'); - }) - - it('sHashCode', () => { - const doc = new jsPDF(); - - expect(doc.sHashCode()).toEqual(0); - expect(doc.sHashCode('testtest')).toEqual(-1145835484); - }); - + + it('image rotation 45', () => { + const doc = new jsPDF('p', 'pt', 'a4', false); + doc.addImage(jpg, 'JPEG', 300, 200, 280, 210, undefined, undefined, 45); + + comparePdf(doc.output(), 'rotation-45.pdf', 'addimage'); + }) + + it('image rotation 90', () => { + const doc = new jsPDF('p', 'pt', 'a4', false); + doc.addImage(jpg, 'JPEG', 300, 200, 280, 210, undefined, undefined, 90); + + comparePdf(doc.output(), 'rotation-90.pdf', 'addimage'); + }) + + it('sHashCode', () => { + const doc = new jsPDF(); + + expect(doc.sHashCode()).toEqual(0); + expect(doc.sHashCode('testtest')).toEqual(-1145835484); + }); + + if (typeof global !== "object") { + it('addImage: canvas in addImage', () => { + var doc = new jsPDF(); + var canvas = document.createElement('canvas'); + canvas.width = 100; + canvas.height = 100; + var ctx = canvas.getContext("2d"); + var image = ctx.getImageData(0, 0, canvas.width, canvas.height); + var data = image.data; + for (var i = 0; i < data.length; i++) { + data[i] = Math.random() * 255; + } + ctx.putImageData(image, 0, 0); + + + expect(function () { doc.addImage(canvas, 10, 10) }).not.toThrow(); + }); + + it('addImage: HTMLImageElement in addImage', () => { + var doc = new jsPDF(); + var canvas = document.createElement('canvas'); + canvas.width = 100; + canvas.height = 100; + var ctx = canvas.getContext("2d"); + var image = ctx.getImageData(0, 0, canvas.width, canvas.height); + var data = image.data; + for (var i = 0; i < data.length; i++) { + data[i] = Math.random() * 255; + } + ctx.putImageData(image, 0, 0); + + var imageElement = document.createElement('img'); + imageElement.setAttribute('src', canvas.toDataURL(), canvas.toDataURL()); + + expect(function () { doc.addImage(imageElement, 10, 10) }).not.toThrow(); + }); + } }) diff --git a/spec/base64.spec.js b/spec/base64.spec.js index 079071834..5fce3b3f6 100644 --- a/spec/base64.spec.js +++ b/spec/base64.spec.js @@ -22,53 +22,33 @@ describe('Module: addimage bas64Validation', () => { ctx.putImageData(image, 0, 0); - expect(function () { doc.addImage(canvas, 10, 10) }).not.toThrow(); + expect(function () { doc.addImage(canvas.toDataURL(), 10, 10) }).not.toThrow(); }); } - it('addImage: extractInfoFromBase64DataURI v1', () => { - var blackpixel = 'data:image/jpeg;base64,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'; - - const doc = new jsPDF('p', 'pt', 'a4', false); - const data = doc.extractInfoFromBase64DataURI(blackpixel); - expect(data[1]).toBe("image/jpeg"); - expect(data[2]).toBe("jpeg"); - expect(data[3]).toBe("/9j/4AAQSkZJRgABAQEAYABgAAD/2wBDAAIBAQIBAQICAgICAgICAwUDAwMDAwYEBAMFBwYHBwcGBwcICQsJCAgKCAcHCg0KCgsMDAwMBwkODw0MDgsMDAz/2wBDAQICAgMDAwYDAwYMCAcIDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAz/wAARCAABAAEDASIAAhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwD+f+iiigD/2Q=="); - }) - - it('addImage: extractInfoFromBase64DataURI v2', () => { - var blackpixel = 'data:image/jpeg;charset=UTF-8;base64,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'; - - const doc = new jsPDF('p', 'pt', 'a4', false); - const data = doc.extractInfoFromBase64DataURI(blackpixel); - expect(data[1]).toBe("image/jpeg"); - expect(data[2]).toBe("jpeg"); - expect(data[3]).toBe("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"); - }) - it('addImage: extractImageFromDataUrl', () => { var blackpixel = 'data:image/jpeg;charset=UTF-8;base64,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'; const doc = new jsPDF('p', 'pt', 'a4', false); - const data = doc.extractImageFromDataUrl(blackpixel); + const data = doc.__addimage__.extractImageFromDataUrl(blackpixel); expect(data.mimeType).toBe("image/jpeg"); expect(data.data).toBe("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"); - expect(doc.extractImageFromDataUrl()).toBe(null); + expect(doc.__addimage__.extractImageFromDataUrl()).toBe(null); }) it('addImage: validateStringAsBase64', () => { var blackpixel = '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'; const doc = new jsPDF('p', 'pt', 'a4', false); - expect(doc.validateStringAsBase64(blackpixel)).toEqual(true); - expect(doc.validateStringAsBase64()).toEqual(false); - expect(doc.validateStringAsBase64('123')).toEqual(false); - expect(doc.validateStringAsBase64('1234')).toEqual(true); - expect(doc.validateStringAsBase64('12345')).toEqual(false); - expect(doc.validateStringAsBase64('سبثلقصثق')).toEqual(false); + expect(doc.__addimage__.validateStringAsBase64(blackpixel)).toEqual(true); + expect(doc.__addimage__.validateStringAsBase64()).toEqual(false); + expect(doc.__addimage__.validateStringAsBase64('123')).toEqual(false); + expect(doc.__addimage__.validateStringAsBase64('1234')).toEqual(true); + expect(doc.__addimage__.validateStringAsBase64('12345')).toEqual(false); + expect(doc.__addimage__.validateStringAsBase64('سبثلقصثق')).toEqual(false); //see issue #2112 - expect(doc.validateStringAsBase64("/Content/Images/female.png?id=2bc66217-ba0a-49e5-8195-c97f40e9b3ef")).toEqual(false); - expect(doc.validateStringAsBase64("/Content/Images/employee.png?id=0f10e0cb-b0fc-4e60-ba38-fad827795154")).toEqual(false); + expect(doc.__addimage__.validateStringAsBase64("/Content/Images/female.png?id=2bc66217-ba0a-49e5-8195-c97f40e9b3ef")).toEqual(false); + expect(doc.__addimage__.validateStringAsBase64("/Content/Images/employee.png?id=0f10e0cb-b0fc-4e60-ba38-fad827795154")).toEqual(false); }) }) diff --git a/spec/cell.spec.js b/spec/cell.spec.js index 375bd1ea6..c12908170 100644 --- a/spec/cell.spec.js +++ b/spec/cell.spec.js @@ -1,12 +1,13 @@ +/* global describe, it, expect, jsPDF */ describe('Module: Cell', () => { it('getTextDimensions', () => { var doc = new jsPDF('p','pt', 'a4'); - expect(doc.getTextDimensions(doc.splitTextToSize("Octocat loves jsPDF", 50)).w).toEqual(43.36000000000001) + expect(doc.getTextDimensions(doc.splitTextToSize("Octocat loves jsPDF", 50)).w).toEqual(43.35999999999999) expect(doc.getTextDimensions(doc.splitTextToSize("Octocat loves jsPDF", 50)).h).toEqual(71.19999999999999) - expect(doc.getTextDimensions(doc.splitTextToSize("Octocat loves jsPDF", 150)).w).toEqual(144.48) + expect(doc.getTextDimensions(doc.splitTextToSize("Octocat loves jsPDF", 150)).w).toEqual(144.48000000000002) expect(doc.getTextDimensions(doc.splitTextToSize("Octocat loves jsPDF", 150)).h).toEqual(16) - expect(doc.getTextDimensions("Octocat loves jsPDF").w).toEqual(144.48) + expect(doc.getTextDimensions("Octocat loves jsPDF").w).toEqual(144.48000000000002) expect(doc.getTextDimensions("Octocat loves jsPDF").h).toEqual(16) expect(doc.getTextDimensions("").w).toEqual(0) expect(doc.getTextDimensions("").h).toEqual(0) diff --git a/spec/filetypeRecognition.spec.js b/spec/filetypeRecognition.spec.js index 779c10fdf..72dadacf0 100644 --- a/spec/filetypeRecognition.spec.js +++ b/spec/filetypeRecognition.spec.js @@ -9,66 +9,66 @@ describe('Module: addimage filetypeRecognition', () => { it('webp dataUrl', () => { var webp = 'data:image/webp;base64,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'; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(webp))).toEqual("WEBP"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(webp))).toEqual("WEBP"); }); it('jpeg dataUrl', () => { let jpgImage = 'data:image/jpeg;base64,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'; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(jpgImage))).toEqual("JPEG"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(jpgImage))).toEqual("JPEG"); }); it('jpeg base64', () => { let jpgImage = '/9j/4AAQSkZJRgABAQEAYABgAAD/2wBDAAIBAQIBAQICAgICAgICAwUDAwMDAwYEBAMFBwYHBwcGBwcICQsJCAgKCAcHCg0KCgsMDAwMBwkODw0MDgsMDAz/2wBDAQICAgMDAwYDAwYMCAcIDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAz/wAARCAABAAEDASIAAhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwD+f+iiigD/2Q=='; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(jpgImage))).toEqual("JPEG"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(jpgImage))).toEqual("JPEG"); }); it('png dataUrl', () => { let pngImage = 'data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAEAAAABCAIAAACQd1PeAAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAAMSURBVBhXY/j//z8ABf4C/qc1gYQAAAAASUVORK5CYII='; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(pngImage))).toEqual("PNG"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(pngImage))).toEqual("PNG"); }); it('png base64', () => { let pngImage = 'iVBORw0KGgoAAAANSUhEUgAAAAEAAAABCAIAAACQd1PeAAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAAMSURBVBhXY/j//z8ABf4C/qc1gYQAAAAASUVORK5CYII='; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(pngImage))).toEqual("PNG"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(pngImage))).toEqual("PNG"); }); it('gif89a dataUrl', () => { let gifImage = 'data:image/gif;base64,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'; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(gifImage))).toEqual("GIF89a"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(gifImage))).toEqual("GIF89a"); }); it('gif89a base64', () => { let gifImage = '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'; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(gifImage))).toEqual("GIF89a"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(gifImage))).toEqual("GIF89a"); }); it('bmp dataUrl', () => { let bmpImage = 'data:image/bmp;base64,Qk06AAAAAAAAADYAAAAoAAAAAQAAAAEAAAABABgAAAAAAAQAAADEDgAAxA4AAAAAAAAAAAAA////AA=='; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(bmpImage))).toEqual("BMP"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(bmpImage))).toEqual("BMP"); }); it('bmp base64', () => { let bmpImage = 'Qk06AAAAAAAAADYAAAAoAAAAAQAAAAEAAAABABgAAAAAAAQAAADEDgAAxA4AAAAAAAAAAAAA////AA=='; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(bmpImage))).toEqual("BMP"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(bmpImage))).toEqual("BMP"); }); it('tiff dataUrl', () => { let tiffImage = 'data:img/tiff;base64,SUkqAA4AAACAP+BP+AgTAP4ABAABAAAAAAAAAAABBAABAAAAAQAAAAEBBAABAAAAAQAAAAIBAwAEAAAA+AAAAAMBAwABAAAABQAAAAYBAwABAAAAAgAAABEBBAABAAAACAAAABUBAwABAAAABAAAABYBAABAAAAAQAAABcBBAABAAAABgAAABoBBQABAAAAAAEAABsBBQABAAAACAEAABwBAwABAAAAAQAAACgBAwABAAAAAgAAAD0BAwABAAAAAgAAAFIBAwABAAAAAgAAAABRBAABAAAAAAAAAAFRAwABAAAAAQAAAARRAQABAAAA/AAAAAAAAAAIAAgACAAIAAx3AQDoAwAADHcBAOgDAAA=='; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(tiffImage))).toEqual("TIFF"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(tiffImage))).toEqual("TIFF"); }); it('tiff base64', () => { let tiffImage = 'SUkqAA4AAACAP+BP+AgTAP4ABAABAAAAAAAAAAABBAABAAAAAQAAAAEBBAABAAAAAQAAAAIBAwAEAAAA+AAAAAMBAwABAAAABQAAAAYBAwABAAAAAgAAABEBBAABAAAACAAAABUBAwABAAAABAAAABYBAABAAAAAQAAABcBBAABAAAABgAAABoBBQABAAAAAAEAABsBBQABAAAACAEAABwBAwABAAAAAQAAACgBAwABAAAAAgAAAD0BAwABAAAAAgAAAFIBAwABAAAAAgAAAABRBAABAAAAAAAAAAFRAwABAAAAAQAAAARRAQABAAAA/AAAAAAAAAAIAAgACAAIAAx3AQDoAwAADHcBAOgDAAA=='; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(tiffImage))).toEqual("TIFF"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(tiffImage))).toEqual("TIFF"); }); it('UNKNOWN base64', () => { let invalidImage = 'invalid'; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(invalidImage, 'UNKNOWN'))).toEqual("UNKNOWN"); - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(invalidImage))).toEqual("UNKNOWN"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(invalidImage, 'UNKNOWN'))).toEqual("UNKNOWN"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(invalidImage))).toEqual("UNKNOWN"); var tmpConsoleWarn = console.warn; console.warn = function () {}; - expect(jsPDF.API.getImageFileTypeByImageData(jsPDF.API.convertStringToImageData(invalidImage), 'PNG')).toEqual("PNG"); + expect(jsPDF.API.__addimage__.getImageFileTypeByImageData(jsPDF.API.__addimage__.convertBase64ToBinaryString(invalidImage), 'PNG')).toEqual("PNG"); console.warn = tmpConsoleWarn; }); }) diff --git a/spec/getImageProperties.spec.js b/spec/getImageProperties.spec.js index 999e74cd5..b12ecfb1b 100644 --- a/spec/getImageProperties.spec.js +++ b/spec/getImageProperties.spec.js @@ -5,39 +5,39 @@ */ describe('Module: addimage getImageProperties', () => { - it('one blackpixel', () => { - var blackpixel = 'data:image/jpeg;base64,/9j/4AAQSkZJRgABAQEAYABgAAD/2wBDAAIBAQIBAQICAgICAgICAwUDAwMDAwYEBAMFBwYHBwcGBwcICQsJCAgKCAcHCg0KCgsMDAwMBwkODw0MDgsMDAz/2wBDAQICAgMDAwYDAwYMCAcIDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAz/wAARCAABAAEDASIAAhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwD+f+iiigD/2Q=='; - var result = jsPDF.API.getImageProperties(blackpixel); - - expect(result.width).toEqual(1); - expect(result.height).toEqual(1); - expect(result.fileType).toEqual('JPEG'); - expect(result.colorSpace).toEqual('DeviceRGB'); - expect(result.bitsPerComponent).toEqual(8); - - }) - - it('jpg', () => { - var jpg = 'data:image/jpeg;base64,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'; - var result = jsPDF.API.getImageProperties(jpg); - - expect(result.width).toEqual(280); - expect(result.height).toEqual(210); - expect(result.fileType).toEqual('JPEG'); - expect(result.colorSpace).toEqual('DeviceRGB'); - expect(result.bitsPerComponent).toEqual(8); - - }) - - it('colortype_1_grayscale_8_bit_png', () => { - var colortype_1_grayscale_8_bit_png = 'data:image/png;base64,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'; - var result = jsPDF.API.getImageProperties(colortype_1_grayscale_8_bit_png); - - expect(result.width).toEqual(280); - expect(result.height).toEqual(210); - expect(result.fileType).toEqual('PNG'); - expect(result.colorSpace).toEqual('DeviceGray'); - expect(result.bitsPerComponent).toEqual(16); - }) + it('one blackpixel', () => { + var blackpixel = 'data:image/jpeg;base64,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'; + var result = jsPDF.API.getImageProperties(blackpixel); + + expect(result.width).toEqual(1); + expect(result.height).toEqual(1); + expect(result.fileType).toEqual('JPEG'); + expect(result.colorSpace).toEqual('DeviceRGB'); + expect(result.bitsPerComponent).toEqual(8); + + }) + + it('jpg', () => { + var jpg = 'data:image/jpeg;base64,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'; + var result = jsPDF.API.getImageProperties(jpg); + + expect(result.width).toEqual(280); + expect(result.height).toEqual(210); + expect(result.fileType).toEqual('JPEG'); + expect(result.colorSpace).toEqual('DeviceRGB'); + expect(result.bitsPerComponent).toEqual(8); + + }) + + it('colortype_1_grayscale_8_bit_png', () => { + var colortype_1_grayscale_8_bit_png = 'data:image/png;base64,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'; + var result = jsPDF.API.getImageProperties(colortype_1_grayscale_8_bit_png); + + expect(result.width).toEqual(280); + expect(result.height).toEqual(210); + expect(result.fileType).toEqual('PNG'); + expect(result.colorSpace).toEqual('DeviceGray'); + expect(result.bitsPerComponent).toEqual(16); + }) }) diff --git a/spec/helpers/SpecHelper.js b/spec/helpers/SpecHelper.js index cbc069fd4..9c74fd086 100644 --- a/spec/helpers/SpecHelper.js +++ b/spec/helpers/SpecHelper.js @@ -7,3 +7,7 @@ beforeAll(function () { global.jsPDF.version = "0.0.0"; }); global.isNode = true; + +beforeEach(function () { + jasmine.addMatchers(require('jasmine-diff')(jasmine, {})) +}) \ No newline at end of file diff --git a/spec/reference/PTSans.ttf b/spec/reference/PTSans.ttf new file mode 100644 index 0000000000000000000000000000000000000000..83a21b724c47127a95e725b5c6bdfa30fcc1a7be GIT binary patch literal 442960 zcmeFa2Vhjy(>Hw1-InZbvb*U$n_fvajf5ga0)&qA(0eZ-bWoafRFEQ4gs7lW#Lcoq 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global describe, it, jsPDF, expect */ /** * Standard spec tests * @@ -7,12 +7,6 @@ describe('Module: split_text_to_size', () => { - it('getArraySum', () => { - expect(jsPDF.API.getArraySum([1])).toEqual(1) - expect(jsPDF.API.getArraySum([1.5,3.5])).toEqual(5) - }) - - it('getStringUnitWidth', () => { var doc = new jsPDF(); doc.setFont("Courier"); @@ -23,7 +17,7 @@ describe('Module: split_text_to_size', () => { doc.setFont("Helvetica"); expect(doc.getStringUnitWidth("Lorem Ipsum")).toEqual(5.8); - expect(doc.getStringUnitWidth("Lorem ipsum dolor sit amet, consetetur sadipscing elitr, sed diam nonumy eirmod tempor invidunt ut labore et dolore magna aliquyam erat, sed diam voluptua.")).toEqual(69.54999999999991); + expect(doc.getStringUnitWidth("Lorem ipsum dolor sit amet, consetetur sadipscing elitr, sed diam nonumy eirmod tempor invidunt ut labore et dolore magna aliquyam erat, sed diam voluptua.")).toEqual(69.5499999999999); }) it('getTextWidth', () => { @@ -36,7 +30,7 @@ describe('Module: split_text_to_size', () => { doc.setFont("Helvetica"); expect(doc.getTextWidth("Lorem Ipsum")).toEqual(32.73777777777777); - expect(doc.getTextWidth("Lorem ipsum dolor sit amet, consetetur sadipscing elitr, sed diam nonumy eirmod tempor invidunt ut labore et dolore magna aliquyam erat, sed diam voluptua.")).toEqual(392.57111111111055); + expect(doc.getTextWidth("Lorem ipsum dolor sit amet, consetetur sadipscing elitr, sed diam nonumy eirmod tempor invidunt ut labore et dolore magna aliquyam erat, sed diam voluptua.")).toEqual(392.5711111111105); }) it('getCharWidthsArray', () => { diff --git a/spec/utils/polyfill.js b/spec/utils/polyfill.js index 4989773c5..8b9239276 100644 --- a/spec/utils/polyfill.js +++ b/spec/utils/polyfill.js @@ -1,5 +1,7 @@ (function (global) { + global.isNode = false; + //global.console = undefined; global.btoa = undefined; global.atob = undefined; @@ -14,8 +16,6 @@ String.prototype.trimRight = undefined; Number.isInteger = undefined; - global.isNode = false; - }(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')())); // `self` is undefined in Firefox for Android content script context // while `this` is nsIContentFrameMessageManager diff --git a/spec/webp.spec.js b/spec/webp.spec.js index 4a42854a8..082a1f875 100644 --- a/spec/webp.spec.js +++ b/spec/webp.spec.js @@ -1,17 +1,17 @@ -/* global describe, it, jsPDF, comparePdf, expect */ +/* global describe, it, jsPDF, comparePdf */ /** * Standard spec tests */ describe('Module: WebPSupport', () => { - it('webp', () => { - var webp = 'data:image/webp;base64,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'; + it('webp', () => { + var webp = 'data:image/webp;base64,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'; - const doc = new jsPDF('p', 'pt', 'a4', false); - doc.addImage(webp, 'WEBP', 100, 200, 386, 395); - + const doc = new jsPDF('p', 'pt', 'a4', false); + doc.addImage(webp, 'WEBP', 100, 200, 386, 395); - comparePdf(doc.output(), 'webp.pdf', 'addimage'); - }) + + comparePdf(doc.output(), 'webp.pdf', 'addimage'); + }) }) diff --git a/src/modules/addimage.js b/src/modules/addimage.js index d1afe5d5b..4c9626ddd 100644 --- a/src/modules/addimage.js +++ b/src/modules/addimage.js @@ -36,6 +36,9 @@ 'use strict' var namespace = 'addImage_'; + jsPDFAPI.__addimage__ = {}; + + var UNKNOWN = 'UNKNOWN'; var imageFileTypeHeaders = { PNG: [[0x89, 0x50, 0x4e, 0x47]], @@ -76,294 +79,280 @@ * * @returns {string} filetype of Image */ - var getImageFileTypeByImageData = jsPDFAPI.getImageFileTypeByImageData = function (imageData, fallbackFormat) { - fallbackFormat = fallbackFormat || 'UNKNOWN'; + var getImageFileTypeByImageData = jsPDFAPI.__addimage__.getImageFileTypeByImageData = function (imageData, fallbackFormat) { + fallbackFormat = fallbackFormat || UNKNOWN; var i; var j; - var result = 'UNKNOWN'; + var result = UNKNOWN; var headerSchemata; var compareResult; var fileType; - if (jsPDFAPI.isArrayBufferView(imageData)) { - imageData = jsPDFAPI.arrayBufferToBinaryString(imageData); - } - - for (fileType in imageFileTypeHeaders) { - headerSchemata = imageFileTypeHeaders[fileType]; - for (i = 0; i < headerSchemata.length; i += 1) { - compareResult = true; - for (j = 0; j < headerSchemata[i].length; j += 1) { - if (headerSchemata[i][j] === undefined) { - continue; + if (isArrayBufferView(imageData)) { + for (fileType in imageFileTypeHeaders) { + headerSchemata = imageFileTypeHeaders[fileType]; + for (i = 0; i < headerSchemata.length; i += 1) { + compareResult = true; + for (j = 0; j < headerSchemata[i].length; j += 1) { + if (headerSchemata[i][j] === undefined) { + continue; + } + if (headerSchemata[i][j] !== imageData[j]) { + compareResult = false; + break; + } } - if (headerSchemata[i][j] !== imageData.charCodeAt(j)) { - compareResult = false; + if (compareResult === true) { + result = fileType; break; } } - if (compareResult === true) { - result = fileType; - break; + } + } else { + for (fileType in imageFileTypeHeaders) { + headerSchemata = imageFileTypeHeaders[fileType]; + for (i = 0; i < headerSchemata.length; i += 1) { + compareResult = true; + for (j = 0; j < headerSchemata[i].length; j += 1) { + if (headerSchemata[i][j] === undefined) { + continue; + } + if (headerSchemata[i][j] !== imageData.charCodeAt(j)) { + compareResult = false; + break; + } + } + if (compareResult === true) { + result = fileType; + break; + } } } } - if (result === 'UNKNOWN' && fallbackFormat !== 'UNKNOWN') { - console.warn('FileType of Image not recognized. Processing image as "' + fallbackFormat + '".'); + + if (result === UNKNOWN && fallbackFormat !== UNKNOWN) { result = fallbackFormat; } return result; - } + }; // Image functionality ported from pdf.js - var putImage = function (img) { + var putImage = function (image) { - var objectNumber = this.internal.newObject() - , out = this.internal.write - , putStream = this.internal.putStream - , getFilters = this.internal.getFilters + var out = this.internal.write; + var putStream = this.internal.putStream; + var getFilters = this.internal.getFilters; - var filters = getFilters(); - while (filters.indexOf('FlateEncode') !== -1) { - filters.splice(filters.indexOf('FlateEncode'), 1); + var filter = getFilters(); + while (filter.indexOf('FlateEncode') !== -1) { + filter.splice(filter.indexOf('FlateEncode'), 1); } - img['n'] = objectNumber + + image.objectId = this.internal.newObject() var additionalKeyValues = []; additionalKeyValues.push({ key: 'Type', value: '/XObject' }); additionalKeyValues.push({ key: 'Subtype', value: '/Image' }); - additionalKeyValues.push({ key: 'Width', value: img['w'] }); - additionalKeyValues.push({ key: 'Height', value: img['h'] }); - if (img['cs'] === this.color_spaces.INDEXED) { + additionalKeyValues.push({ key: 'Width', value: image.width }); + additionalKeyValues.push({ key: 'Height', value: image.height }); + + if (image.colorSpace === color_spaces.INDEXED) { additionalKeyValues.push({ key: 'ColorSpace', value: '[/Indexed /DeviceRGB ' - // if an indexed png defines more than one colour with transparency, we've created a smask - + (img['pal'].length / 3 - 1) + ' ' + ('smask' in img ? objectNumber + 2 : objectNumber + 1) + // if an indexed png defines more than one colour with transparency, we've created a sMask + + (image.palette.length / 3 - 1) + ' ' + ('sMask' in image && typeof image.sMask !== "undefined" ? image.objectId + 2 : image.objectId + 1) + ' 0 R]' }); } else { - additionalKeyValues.push({ key: 'ColorSpace', value: '/' + img['cs'] }); - if (img['cs'] === this.color_spaces.DEVICE_CMYK) { + additionalKeyValues.push({ key: 'ColorSpace', value: '/' + image.colorSpace }); + if (image.colorSpace === color_spaces.DEVICE_CMYK) { additionalKeyValues.push({ key: 'Decode', value: '[1 0 1 0 1 0 1 0]' }); } } - additionalKeyValues.push({ key: 'BitsPerComponent', value: img['bpc'] }); - if ('dp' in img) { - additionalKeyValues.push({ key: 'DecodeParms', value: '<<' + img['dp'] + '>>' }); + additionalKeyValues.push({ key: 'BitsPerComponent', value: image.bitsPerComponent }); + if ('decodeParameters' in image && typeof image.decodeParameters !== "undefined") { + additionalKeyValues.push({ key: 'DecodeParms', value: '<<' + image.decodeParameters + '>>' }); } - if ('trns' in img && img['trns'].constructor == Array) { - var trns = '', + if ('transparency' in image && Array.isArray(image.transparency)) { + var transparency = '', i = 0, - len = img['trns'].length; + len = image.transparency.length; for (; i < len; i++) - trns += (img['trns'][i] + ' ' + img['trns'][i] + ' '); + transparency += (image.transparency[i] + ' ' + image.transparency[i] + ' '); - additionalKeyValues.push({ key: 'Mask', value: '[' + trns + ']' }); + additionalKeyValues.push({ key: 'Mask', value: '[' + transparency + ']' }); } - if ('smask' in img) { - additionalKeyValues.push({ key: 'SMask', value: (objectNumber + 1) + ' 0 R' }); + if (typeof image.sMask !== "undefined") { + additionalKeyValues.push({ key: 'SMask', value: (image.objectId + 1) + ' 0 R' }); } - var alreadyAppliedFilters = (typeof img['f'] !== "undefined") ? ['/' + img['f']] : undefined; + var alreadyAppliedFilters = (typeof image.filter !== "undefined") ? ['/' + image.filter] : undefined; - putStream({ data: img['data'], additionalKeyValues: additionalKeyValues, alreadyAppliedFilters: alreadyAppliedFilters }); + putStream({ data: image.data, additionalKeyValues: additionalKeyValues, alreadyAppliedFilters: alreadyAppliedFilters }); out('endobj'); // Soft mask - if ('smask' in img) { - var dp = '/Predictor ' + img['p'] + ' /Colors 1 /BitsPerComponent ' + img['bpc'] + ' /Columns ' + img['w']; - var smask = { 'w': img['w'], 'h': img['h'], 'cs': 'DeviceGray', 'bpc': img['bpc'], 'dp': dp, 'data': img['smask'] }; - if ('f' in img) - smask.f = img['f']; - putImage.call(this, smask); + if ('sMask' in image && typeof image.sMask !== "undefined") { + var decodeParameters = '/Predictor ' + image.predictor + ' /Colors 1 /BitsPerComponent ' + image.bitsPerComponent + ' /Columns ' + image.width; + var sMask = { width: image.width, height: image.height, colorSpace: 'DeviceGray', bitsPerComponent: image.bitsPerComponent, decodeParameters: decodeParameters, data: image.sMask }; + if ('filter' in image) { + sMask.filter = image.filter; + } + putImage.call(this, sMask); } //Palette - if (img['cs'] === this.color_spaces.INDEXED) { + if (image.colorSpace === color_spaces.INDEXED) { this.internal.newObject(); //out('<< /Filter / ' + img['f'] +' /Length ' + img['pal'].length + '>>'); //putStream(zlib.compress(img['pal'])); - putStream({ data: this.arrayBufferToBinaryString(new Uint8Array(img['pal'])) }); + putStream({ data: arrayBufferToBinaryString(new Uint8Array(image.palette)) }); out('endobj'); } - } - , putResourcesCallback = function () { - var images = this.internal.collections[namespace + 'images'] - for (var i in images) { - putImage.call(this, images[i]) - } + }; + var putResourcesCallback = function () { + var images = this.internal.collections[namespace + 'images']; + for (var i in images) { + putImage.call(this, images[i]); } - , putXObjectsDictCallback = function () { - var images = this.internal.collections[namespace + 'images'] - , out = this.internal.write - , image - for (var i in images) { - image = images[i] - out( - '/I' + image['i'] - , image['n'] - , '0' - , 'R' - ) - } + }; + var putXObjectsDictCallback = function () { + var images = this.internal.collections[namespace + 'images'] + , out = this.internal.write + , image; + for (var i in images) { + image = images[i]; + out( + '/I' + image.index + , image.objectId + , '0' + , 'R' + ); + } + }; + var checkCompressValue = function (value) { + if (value && typeof value === 'string') + value = value.toUpperCase(); + return value in jsPDFAPI.image_compression ? value : image_compression.NONE; + }; + var getImages = function () { + var images = this.internal.collections[namespace + 'images']; + //first run, so initialise stuff + if (!images) { + this.internal.collections[namespace + 'images'] = images = {}; + this.internal.events.subscribe('putResources', putResourcesCallback); + this.internal.events.subscribe('putXobjectDict', putXObjectsDictCallback); } - , checkCompressValue = function (value) { - if (value && typeof value === 'string') - value = value.toUpperCase(); - return value in jsPDFAPI.image_compression ? value : jsPDFAPI.image_compression.NONE; - } - , getImages = function () { - var images = this.internal.collections[namespace + 'images']; - //first run, so initialise stuff - if (!images) { - this.internal.collections[namespace + 'images'] = images = {}; - this.internal.events.subscribe('putResources', putResourcesCallback); - this.internal.events.subscribe('putXobjectDict', putXObjectsDictCallback); - } - return images; + return images; + }; + var getImageIndex = function () { + return Object.keys(this.internal.collections[namespace + 'images']).length; + }; + var notDefined = function (value) { + return typeof value === 'undefined' || value === null || value.length === 0; + }; + var generateAliasFromImageData = function (imageData) { + if (typeof imageData === 'string' || isArrayBufferView(imageData)) { + return jsPDFAPI.sHashCode(imageData); } - , getImageIndex = function (images) { - var imageIndex = 0; - if (images) { - // this is NOT the first time this method is ran on this instance of jsPDF object. - imageIndex = Object.keys ? - Object.keys(images).length : - (function (o) { - var i = 0 - for (var e in o) { if (o.hasOwnProperty(e)) { i++ } } - return i - })(images) + return null; + }; + var isImageTypeSupported = function (type) { + return (typeof jsPDFAPI["process" + type.toUpperCase()] === "function"); + }; + var isDOMElement = function (object) { + return typeof object === 'object' && object.nodeType === 1; + }; + var getImageDataFromElement = function (element) { + //if element is an image which uses data url definition, just return the dataurl + if (element.nodeName === 'IMG' && element.hasAttribute('src')) { + var src = '' + element.getAttribute('src'); + + //is base64 encoded dataUrl, directly process it + if (src.indexOf('data:image/') === 0) { + return atob(unescape(src).split('base64,').pop()); } - return imageIndex; - } - , notDefined = function (value) { - return typeof value === 'undefined' || value === null || value.length === 0; - } - , generateAliasFromImageData = function (imageData) { - if (typeof imageData === 'string') { - return jsPDFAPI.sHashCode(imageData); + //it is probably an url, try to load it + var tmpImageData = jsPDFAPI.loadFile(src, true); + if (tmpImageData !== undefined) { + return tmpImageData } + } - if (jsPDFAPI.isArrayBufferView(imageData)) { - return jsPDFAPI.sHashCode(jsPDFAPI.arrayBufferToBinaryString(imageData)); + if (element.nodeName === 'CANVAS') { + return atob(element.toDataURL('image/jpeg', 1.0).split('base64,').pop()); + } + }; + var checkImagesForAlias = function (alias) { + var images = this.internal.collections[namespace + 'images']; + if (images) { + for (var e in images) { + if (alias === images[e].alias) { + return images[e]; + } } - - return null; } - , isImageTypeSupported = function (type) { - return (typeof jsPDFAPI["process" + type.toUpperCase()] === "function"); + } + var determineWidthAndHeight = function (width, height, image) { + if (!width && !height) { + width = -96; + height = -96; } - , isDOMElement = function (object) { - return typeof object === 'object' && object.nodeType === 1; + if (width < 0) { + width = (-1) * image.width * 72 / width / this.internal.scaleFactor; } - , createDataURIFromElement = function (element, format) { - //if element is an image which uses data url definition, just return the dataurl - if (element.nodeName === 'IMG' && element.hasAttribute('src')) { - var src = '' + element.getAttribute('src'); - - //is base64 encoded dataUrl, directly process it - if (src.indexOf('data:image/') === 0) { - return unescape(src); - } - - //it is probably an url, try to load it - var tmpImageData = jsPDFAPI.loadFile(src); - if (tmpImageData !== undefined) { - return btoa(tmpImageData) - } - } - - var canvas; - if (element.nodeName === 'CANVAS') { - canvas = element; - return element.toDataURL('image/jpeg', 1.0); - } - //absolute fallback method - canvas = document.createElement('canvas'); - canvas.width = element.clientWidth || element.width; - canvas.height = element.clientHeight || element.height; - - var ctx = canvas.getContext('2d'); - if (!ctx) { - throw ('addImage requires canvas to be supported by browser.'); - } - ctx.drawImage(element, 0, 0, canvas.width, canvas.height); - - return canvas.toDataURL(('' + format).toLowerCase() == 'png' ? 'image/png' : 'image/jpeg'); + if (height < 0) { + height = (-1) * image.height * 72 / height / this.internal.scaleFactor; } - , checkImagesForAlias = function (alias, images) { - var cached_info; - if (images) { - for (var e in images) { - if (alias === images[e].alias) { - cached_info = images[e]; - break; - } - } - } - return cached_info; + if (width === 0) { + width = height * image.width / image.height; } - , determineWidthAndHeight = function (w, h, info) { - if (!w && !h) { - w = -96; - h = -96; - } - if (w < 0) { - w = (-1) * info['w'] * 72 / w / this.internal.scaleFactor; - } - if (h < 0) { - h = (-1) * info['h'] * 72 / h / this.internal.scaleFactor; - } - if (w === 0) { - w = h * info['w'] / info['h']; - } - if (h === 0) { - h = w * info['h'] / info['w']; - } - - return [w, h]; + if (height === 0) { + height = width * image.height / image.width; } - , writeImageToPDF = function (x, y, w, h, info, index, images, rotation) { - var dims = determineWidthAndHeight.call(this, w, h, info), - coord = this.internal.getCoordinateString, - vcoord = this.internal.getVerticalCoordinateString; - - w = dims[0]; - h = dims[1]; - images[index] = info; - - if (rotation) { - rotation *= (Math.PI / 180); - var c = Math.cos(rotation); - var s = Math.sin(rotation); - //like in pdf Reference do it 4 digits instead of 2 - var f4 = function (number) { - return number.toFixed(4); - } - var rotationTransformationMatrix = [f4(c), f4(s), f4(s * -1), f4(c), 0, 0, 'cm']; - } - this.internal.write('q'); //Save graphics state - if (rotation) { - this.internal.write([1, '0', '0', 1, coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate - this.internal.write(rotationTransformationMatrix.join(' ')); //Rotate - this.internal.write([coord(w), '0', '0', coord(h), '0', '0', 'cm'].join(' ')); //Scale - } else { - this.internal.write([coord(w), '0', '0', coord(h), coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate and Scale + return [width, height]; + } + var writeImageToPDF = function (x, y, width, height, info, index, images, rotation) { + var dims = determineWidthAndHeight.call(this, width, height, info), + coord = this.internal.getCoordinateString, + vcoord = this.internal.getVerticalCoordinateString; + + width = dims[0]; + height = dims[1]; + images[index] = info; + + if (rotation) { + rotation *= (Math.PI / 180); + var c = Math.cos(rotation); + var s = Math.sin(rotation); + //like in pdf Reference do it 4 digits instead of 2 + var f4 = function (number) { + return number.toFixed(4); } - this.internal.write('/I' + info['i'] + ' Do'); //Paint Image - this.internal.write('Q'); //Restore graphics state - }; + var rotationTransformationMatrix = [f4(c), f4(s), f4(s * -1), f4(c), 0, 0, 'cm']; + } + this.internal.write('q'); //Save graphics state + if (rotation) { + this.internal.write([1, '0', '0', 1, coord(x), vcoord(y + height), 'cm'].join(' ')); //Translate + this.internal.write(rotationTransformationMatrix.join(' ')); //Rotate + this.internal.write([coord(width), '0', '0', coord(height), '0', '0', 'cm'].join(' ')); //Scale + } else { + this.internal.write([coord(width), '0', '0', coord(height), coord(x), vcoord(y + height), 'cm'].join(' ')); //Translate and Scale + } + this.internal.write('/I' + info.index + ' Do'); //Paint Image + this.internal.write('Q'); //Restore graphics state + }; /** * COLOR SPACES */ - jsPDFAPI.color_spaces = { + var color_spaces = jsPDFAPI.color_spaces = { DEVICE_RGB: 'DeviceRGB', DEVICE_GRAY: 'DeviceGray', DEVICE_CMYK: 'DeviceCMYK', @@ -395,7 +384,7 @@ /** * IMAGE COMPRESSION TYPES */ - jsPDFAPI.image_compression = { + var image_compression = jsPDFAPI.image_compression = { NONE: 'NONE', FAST: 'FAST', MEDIUM: 'MEDIUM', @@ -405,17 +394,26 @@ /** * @name sHashCode * @function - * @param {string} str + * @param {string} data * @returns {string} */ - jsPDFAPI.sHashCode = function (str) { - str = str || ""; - var hash = 0, i, chr; - if (str.length === 0) return hash; - for (i = 0; i < str.length; i++) { - chr = str.charCodeAt(i); - hash = ((hash << 5) - hash) + chr; - hash |= 0; // Convert to 32bit integer + jsPDFAPI.sHashCode = function (data) { + var hash = 0, i, chr, len; + + if (typeof data === "string") { + len = data.length; + for (i = 0; i < len; i++) { + chr = data.charCodeAt(i); + hash = ((hash << 5) - hash) + chr; + hash |= 0; // Convert to 32bit integer + } + } else if (isArrayBufferView(data)) { + len = data.byteLength / 2; + for (i = 0; i < len; i++) { + chr = data[i]; + hash = ((hash << 5) - hash) + chr; + hash |= 0; // Convert to 32bit integer + } } return hash; }; @@ -430,7 +428,7 @@ * * @returns {boolean} */ - jsPDFAPI.validateStringAsBase64 = function (possibleBase64String) { + var validateStringAsBase64 = jsPDFAPI.__addimage__.validateStringAsBase64 = function (possibleBase64String) { possibleBase64String = possibleBase64String || ''; possibleBase64String.toString().trim(); @@ -455,22 +453,6 @@ return result; }; - /** - * Strips out and returns info from a valid base64 data URI - * - * @name extractInfoFromBase64DataURI - * @function - * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' - * @returns {Array}an Array containing the following - * [0] the complete data URI - * [1] - * [2] format - the second part of the mime-type i.e 'png' in 'image/png' - * [4] - */ - jsPDFAPI.extractInfoFromBase64DataURI = function (dataURI) { - return /^data:([\w]+?\/([\w]+?));\S*;*base64,(.+)$/g.exec(dataURI); - }; - /** * Strips out and returns info from a valid base64 data URI * @@ -483,7 +465,7 @@ * [2] format - the second part of the mime-type i.e 'png' in 'image/png' * [4] */ - jsPDFAPI.extractImageFromDataUrl = function (dataUrl) { + var extractImageFromDataUrl = jsPDFAPI.__addimage__.extractImageFromDataUrl = function (dataUrl) { dataUrl = dataUrl || ''; var dataUrlParts = dataUrl.split('base64,'); var result = null; @@ -508,7 +490,7 @@ * @function * @returns {boolean} */ - jsPDFAPI.supportsArrayBuffer = function () { + var supportsArrayBuffer = jsPDFAPI.__addimage__.supportsArrayBuffer = function () { return typeof ArrayBuffer !== 'undefined' && typeof Uint8Array !== 'undefined'; }; @@ -521,8 +503,8 @@ * * @returns {boolean} */ - jsPDFAPI.isArrayBuffer = function (object) { - return this.supportsArrayBuffer() && object instanceof ArrayBuffer; + jsPDFAPI.__addimage__.isArrayBuffer = function (object) { + return supportsArrayBuffer() && object instanceof ArrayBuffer; }; /** @@ -533,8 +515,8 @@ * @param {Object} object an Object * @returns {boolean} */ - jsPDFAPI.isArrayBufferView = function (object) { - return (this.supportsArrayBuffer() && typeof Uint32Array !== 'undefined') && + var isArrayBufferView = jsPDFAPI.__addimage__.isArrayBufferView = function (object) { + return (supportsArrayBuffer() && typeof Uint32Array !== 'undefined') && (object instanceof Int8Array || object instanceof Uint8Array || (typeof Uint8ClampedArray !== 'undefined' && object instanceof Uint8ClampedArray) || @@ -548,19 +530,16 @@ /** - * Convert the Buffer to a Binary String + * Convert Binary String to ArrayBuffer * * @name binaryStringToUint8Array * @public * @function - * @param {ArrayBuffer} BinaryString with ImageData - * + * @param {string} BinaryString with ImageData + * f * @returns {Uint8Array} */ - jsPDFAPI.binaryStringToUint8Array = function (binary_string) { - /* - * not sure how efficient this will be will bigger files. Is there a native method? - */ + var binaryStringToUint8Array = jsPDFAPI.__addimage__.binaryStringToUint8Array = function (binary_string) { var len = binary_string.length; var bytes = new Uint8Array(len); for (var i = 0; i < len; i++) { @@ -579,133 +558,25 @@ * * @returns {String} */ - jsPDFAPI.arrayBufferToBinaryString = function (buffer) { - - // if (typeof Uint8Array !== 'undefined' && typeof Uint8Array.prototype.reduce !== 'undefined') { - // return new Uint8Array(buffer).reduce(function (data, byte) { - // return data.push(String.fromCharCode(byte)), data; - // }, []).join(''); - // } - if (typeof atob === "function") { - return atob(this.arrayBufferToBase64(buffer)); - } - }; - - /** - * Converts an ArrayBuffer directly to base64 - * - * Taken from http://jsperf.com/encoding-xhr-image-data/31 - * - * Need to test if this is a better solution for larger files - * - * @name arrayBufferToBase64 - * @param {arraybuffer} arrayBuffer - * @public - * @function - * - * @returns {string} - */ - jsPDFAPI.arrayBufferToBase64 = function (arrayBuffer) { - var base64 = '' - var encodings = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/' - - var bytes = new Uint8Array(arrayBuffer) - var byteLength = bytes.byteLength - var byteRemainder = byteLength % 3 - var mainLength = byteLength - byteRemainder - - var a, b, c, d - var chunk - - // Main loop deals with bytes in chunks of 3 - for (var i = 0; i < mainLength; i = i + 3) { - // Combine the three bytes into a single integer - chunk = (bytes[i] << 16) | (bytes[i + 1] << 8) | bytes[i + 2] - - // Use bitmasks to extract 6-bit segments from the triplet - a = (chunk & 16515072) >> 18 // 16515072 = (2^6 - 1) << 18 - b = (chunk & 258048) >> 12 // 258048 = (2^6 - 1) << 12 - c = (chunk & 4032) >> 6 // 4032 = (2^6 - 1) << 6 - d = chunk & 63 // 63 = 2^6 - 1 - - // Convert the raw binary segments to the appropriate ASCII encoding - base64 += encodings[a] + encodings[b] + encodings[c] + encodings[d] - } - - // Deal with the remaining bytes and padding - if (byteRemainder == 1) { - chunk = bytes[mainLength] - - a = (chunk & 252) >> 2 // 252 = (2^6 - 1) << 2 - - // Set the 4 least significant bits to zero - b = (chunk & 3) << 4 // 3 = 2^2 - 1 - - base64 += encodings[a] + encodings[b] + '==' - } else if (byteRemainder == 2) { - chunk = (bytes[mainLength] << 8) | bytes[mainLength + 1] - - a = (chunk & 64512) >> 10 // 64512 = (2^6 - 1) << 10 - b = (chunk & 1008) >> 4 // 1008 = (2^6 - 1) << 4 - - // Set the 2 least significant bits to zero - c = (chunk & 15) << 2 // 15 = 2^4 - 1 - - base64 += encodings[a] + encodings[b] + encodings[c] + '=' + var arrayBufferToBinaryString = jsPDFAPI.__addimage__.arrayBufferToBinaryString = function (buffer) { + try { + return atob(btoa(String.fromCharCode.apply(null, buffer))); + } catch (e) { + if (typeof Uint8Array !== 'undefined' && typeof Uint8Array.prototype.reduce !== 'undefined') { + return new Uint8Array(buffer).reduce(function (data, byte) { + return data.push(String.fromCharCode(byte)), data; + }, []).join(''); + } } - - return base64 }; - /** - * - * @name createImageInfo - * @param {Object} data - * @param {number} wd width - * @param {number} ht height - * @param {Object} cs colorSpace - * @param {number} bpc bits per channel - * @param {any} f - * @param {number} imageIndex - * @param {string} alias - * @param {any} dp - * @param {any} trns - * @param {any} pal - * @param {any} smask - * @param {any} p - * @public - * @function - * - * @returns {Object} - */ - jsPDFAPI.createImageInfo = function (data, wd, ht, cs, bpc, f, imageIndex, alias, dp, trns, pal, smask, p) { - var info = { - alias: alias, - w: wd, - h: ht, - cs: cs, - bpc: bpc, - i: imageIndex, - data: data - // n: objectNumber will be added by putImage code - }; - - if (f) info.f = f; - if (dp) info.dp = dp; - if (trns) info.trns = trns; - if (pal) info.pal = pal; - if (smask) info.smask = smask; - if (p) info.p = p;// predictor parameter for PNG compression - - return info; - }; /** * Adds an Image to the PDF. * * @name addImage * @public * @function - * @param {string/Image-Element/Canvas-Element/Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement + * @param {string|HTMLImageElement|HTMLCanvasElement|Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' * @param {number} x x Coordinate (in units declared at inception of PDF document) against left edge of the page * @param {number} y y Coordinate (in units declared at inception of PDF document) against upper edge of the page @@ -718,10 +589,7 @@ * @returns jsPDF */ jsPDFAPI.addImage = function (imageData, format, x, y, w, h, alias, compression, rotation) { - 'use strict' - - var tmpImageData = ''; - + // backwards compatibility if (typeof format !== 'string') { var tmp = h; h = w; @@ -735,7 +603,7 @@ var options = imageData; imageData = options.imageData; - format = options.format || format || 'UNKNOWN'; + format = options.format || format || UNKNOWN; x = options.x || x || 0; y = options.y || y || 0; w = options.w || w; @@ -746,113 +614,115 @@ } //If compression is not explicitly set, determine if we should use compression - var filters = this.internal.getFilters(); - if (compression === undefined && filters.indexOf('FlateEncode') !== -1) { + var filter = this.internal.getFilters(); + if (compression === undefined && filter.indexOf('FlateEncode') !== -1) { compression = 'SLOW'; } - if (typeof imageData === "string") { - imageData = unescape(imageData); - } if (isNaN(x) || isNaN(y)) { throw new Error('Invalid coordinates passed to jsPDF.addImage'); } - var images = getImages.call(this), info, dataAsBinaryString; + var images = getImages.call(this); - if (!(info = checkImagesForAlias(imageData, images))) { - if (isDOMElement(imageData)) - imageData = createDataURIFromElement(imageData, format); + var image = processImageData.call(this, imageData, format, alias, compression); - if (notDefined(alias)) - alias = generateAliasFromImageData(imageData); + writeImageToPDF.call(this, x, y, w, h, image, image.index, images, rotation); - if (!(info = checkImagesForAlias(alias, images))) { - if (typeof imageData === 'string') { - tmpImageData = this.convertStringToImageData(imageData, false); + return this; + }; - if (tmpImageData !== '') { - imageData = tmpImageData; - } else { - tmpImageData = jsPDFAPI.loadFile(imageData); - if (tmpImageData !== undefined) { - imageData = tmpImageData; - } - } - } - format = getImageFileTypeByImageData(imageData, format); - - if (!isImageTypeSupported(format)) - throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); - - /** - * need to test if it's more efficient to convert all binary strings - * to TypedArray - or should we just leave and process as string? - */ - if (this.supportsArrayBuffer()) { - // no need to convert if imageData is already uint8array - if (!(imageData instanceof Uint8Array)) { - dataAsBinaryString = imageData; - imageData = this.binaryStringToUint8Array(imageData); - } - } + var processImageData = function (imageData, format, alias, compression) { + var result, dataAsBinaryString; - info = this['process' + format.toUpperCase()]( - imageData, - getImageIndex(images), - alias, - checkCompressValue(compression), - dataAsBinaryString - ); + if (typeof imageData === "string" && getImageFileTypeByImageData(imageData) === UNKNOWN) { + imageData = unescape(imageData); + } + + if (typeof imageData === 'string') { + var tmpImageData = convertBase64ToBinaryString(imageData, false); - if (!info) { - throw new Error('An unknown error occurred whilst processing the image'); + if (tmpImageData !== '') { + imageData = tmpImageData; + } else { + tmpImageData = jsPDFAPI.loadFile(imageData, true); + if (tmpImageData !== undefined) { + imageData = tmpImageData; } } } - writeImageToPDF.call(this, x, y, w, h, info, info.i, images, rotation); - return this; - }; + if (isDOMElement(imageData)) { + imageData = getImageDataFromElement(imageData); + } + + format = getImageFileTypeByImageData(imageData, format); + if (!isImageTypeSupported(format)) { + throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); + } + + // now do the heavy lifting + + if (notDefined(alias)) { + alias = generateAliasFromImageData(imageData); + } + result = checkImagesForAlias.call(this, alias); + + if (!result) { + if (supportsArrayBuffer()) { + // no need to convert if imageData is already uint8array + if (!(imageData instanceof Uint8Array)) { + dataAsBinaryString = imageData; + imageData = binaryStringToUint8Array(imageData); + } + } + + result = this['process' + format.toUpperCase()]( + imageData, + getImageIndex.call(this), + alias, + checkCompressValue(compression), + dataAsBinaryString + ); + } + if (!result) { + throw new Error('An unknown error occurred whilst processing the image.'); + } + return result; + } /** - * @name convertStringToImageData + * @name convertBase64ToBinaryString * @function * @param {string} stringData - * @returns {string} binary data + * @returns {string} binary string */ - jsPDFAPI.convertStringToImageData = function (stringData, throwError) { + var convertBase64ToBinaryString = jsPDFAPI.__addimage__.convertBase64ToBinaryString = function (stringData, throwError) { throwError = typeof throwError === "boolean" ? throwError : true; var base64Info; var imageData = ''; var rawData; if (typeof stringData === 'string') { - base64Info = this.extractImageFromDataUrl(stringData); + base64Info = extractImageFromDataUrl(stringData); rawData = (base64Info !== null) ? base64Info.data : stringData; try { imageData = atob(rawData); } catch (e) { - if (!jsPDFAPI.validateStringAsBase64(rawData)) { - if (throwError) { - throw new Error('Supplied Data is not a valid base64-String jsPDF.convertStringToImageData '); - } else { - console.log('Supplied Data is not a valid base64-String jsPDF.convertStringToImageData ') - } - } else { - if (throwError) { - throw new Error('atob-Error in jsPDF.convertStringToImageData ' + e.message); + if (throwError) { + if (!validateStringAsBase64(rawData)) { + throw new Error('Supplied Data is not a valid base64-String jsPDF.convertBase64ToBinaryString '); } else { - console.log('atob-Error in jsPDF.convertStringToImageData ' + e.message) + throw new Error('atob-Error in jsPDF.convertBase64ToBinaryString ' + e.message); } } } } + return imageData; } - /** * @name getImageProperties * @function @@ -860,54 +730,41 @@ * @returns {Object} */ jsPDFAPI.getImageProperties = function (imageData) { - var info; + var image; var tmpImageData = ''; var format; if (isDOMElement(imageData)) { - imageData = createDataURIFromElement(imageData); + imageData = getImageDataFromElement(imageData); } - if (typeof imageData === "string") { - tmpImageData = this.convertStringToImageData(imageData, false); + if (typeof imageData === "string" && getImageFileTypeByImageData(imageData) === UNKNOWN) { + tmpImageData = convertBase64ToBinaryString(imageData, false); if (tmpImageData === '') { tmpImageData = jsPDFAPI.loadFile(imageData) || ''; } imageData = tmpImageData; } - format = this.getImageFileTypeByImageData(imageData); + format = getImageFileTypeByImageData(imageData); if (!isImageTypeSupported(format)) { throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); } - /** - * need to test if it's more efficient to convert all binary strings - * to TypedArray - or should we just leave and process as string? - */ - if (this.supportsArrayBuffer()) { - // no need to convert if imageData is already uint8array - if (!(imageData instanceof Uint8Array)) { - imageData = this.binaryStringToUint8Array(imageData); - } + + if (supportsArrayBuffer() && !(imageData instanceof Uint8Array)) { + imageData = binaryStringToUint8Array(imageData); } - info = this['process' + format.toUpperCase()]( - imageData - ); + image = this['process' + format.toUpperCase()](imageData); - if (!info) { + if (!image) { throw new Error('An unknown error occurred whilst processing the image'); } - return { - fileType: format, - width: info.w, - height: info.h, - colorSpace: info.cs, - compressionMode: info.f, - bitsPerComponent: info.bpc - }; + image.fileType = format; + + return image; }; })(jsPDF.API); diff --git a/src/modules/bmp_support.js b/src/modules/bmp_support.js index e5ba1f277..d69ce31ef 100644 --- a/src/modules/bmp_support.js +++ b/src/modules/bmp_support.js @@ -14,7 +14,7 @@ (function (jsPDFAPI) { 'use strict'; - jsPDFAPI.processBMP = function (imageData, imageIndex, alias, compression) { + jsPDFAPI.processBMP = function (imageData, index, alias, compression) { var reader = new BmpDecoder(imageData, false); var width = reader.width, height = reader.height; var qu = 100; @@ -28,7 +28,7 @@ var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); }; })(jsPDF.API); diff --git a/src/modules/cell.js b/src/modules/cell.js index ad7454813..1b0bfa475 100644 --- a/src/modules/cell.js +++ b/src/modules/cell.js @@ -197,19 +197,15 @@ i, ln, item; - - for (i = 0, ln = array.length; i < ln; i += 1) { - item = array[i]; - - if (comparisonFn) { + + if (comparisonFn) { + for (i = 0, ln = array.length; i < ln; i += 1) { if (comparisonFn(max, item) === -1) { max = item; } - } else { - if (item > max) { - max = item; - } } + } else { + max = Math.max.apply(Math, array); } return max; diff --git a/src/modules/context2d.js b/src/modules/context2d.js index 60bfd89b6..54c3ddf93 100644 --- a/src/modules/context2d.js +++ b/src/modules/context2d.js @@ -1336,10 +1336,10 @@ } var tmpRect = JSON.parse(JSON.stringify(xRect)); tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; - this.pdf.addImage(img, 'jpg', tmpRect.x, tmpRect.y, tmpRect.w, tmpRect.h, null, null, angle); + this.pdf.addImage(img, 'JPEG', tmpRect.x, tmpRect.y, tmpRect.w, tmpRect.h, null, null, angle); } } else { - this.pdf.addImage(img, 'jpg', xRect.x, xRect.y, xRect.w, xRect.h, null, null, angle); + this.pdf.addImage(img, 'JPEG', xRect.x, xRect.y, xRect.w, xRect.h, null, null, angle); } }; diff --git a/src/modules/fileloading.js b/src/modules/fileloading.js index 9aef3e07d..f43690675 100644 --- a/src/modules/fileloading.js +++ b/src/modules/fileloading.js @@ -28,11 +28,11 @@ var xhr = function (url, sync, callback) { var request = new XMLHttpRequest(); - var charArray = []; var i = 0; var sanitizeUnicode = function (data) { var dataLength = data.length; + var charArray = []; var StringFromCharCode = String.fromCharCode; //Transform Unicode to ASCII diff --git a/src/modules/gif_support.js b/src/modules/gif_support.js index f7af9c39c..82a8c2e84 100644 --- a/src/modules/gif_support.js +++ b/src/modules/gif_support.js @@ -8,7 +8,7 @@ */ /** -* jsPDF gif Support PlugIn +* jsPDF Gif Support PlugIn * * @name gif_support * @module @@ -16,7 +16,7 @@ (function (jsPDFAPI) { 'use strict'; - jsPDFAPI.processGIF89A = function (imageData, imageIndex, alias, compression) { + jsPDFAPI.processGIF89A = function (imageData, index, alias, compression) { var reader = new GifReader(imageData); var width = reader.width, height = reader.height; var qu = 100; @@ -31,7 +31,7 @@ var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); }; jsPDFAPI.processGIF87A = jsPDFAPI.processGIF89A; diff --git a/src/modules/jpeg_support.js b/src/modules/jpeg_support.js index f92a3a41a..ca9132d2f 100644 --- a/src/modules/jpeg_support.js +++ b/src/modules/jpeg_support.js @@ -90,7 +90,7 @@ bpc = 8, dims; - if (!(typeof data === 'string') && !this.isArrayBuffer(data) && !this.isArrayBufferView(data)) { + if (!(typeof data === 'string') && !this.__addimage__.isArrayBuffer(data) && !this.__addimage__.isArrayBufferView(data)) { return null; } @@ -98,15 +98,15 @@ dims = getJpegSize(data); } - if (this.isArrayBuffer(data)) { + if (this.__addimage__.isArrayBuffer(data)) { data = new Uint8Array(data); } - if (this.isArrayBufferView(data)) { + if (this.__addimage__.isArrayBufferView(data)) { dims = getJpegSizeFromBytes(data); // if we already have a stored binary string rep use that - data = dataAsBinaryString || this.arrayBufferToBinaryString(data); + data = dataAsBinaryString || this.__addimage__.arrayBufferToBinaryString(data); } @@ -125,13 +125,6 @@ } } - return this.createImageInfo(data, dims.width, dims.height, colorSpace, bpc, filter, index, alias); - }; - - /** - * @ignore - */ - jsPDFAPI.processJPG = function (/*data, index, alias, compression, dataAsBinaryString*/) { - return this.processJPEG.apply(this, arguments); + return {data: data, width: dims.width, height: dims.height, colorSpace: colorSpace, bitsPerComponent: bpc, filter: filter, index: index, alias: alias}; }; })(jsPDF.API); diff --git a/src/modules/png_support.js b/src/modules/png_support.js index 4f2773e67..ae3e9f136 100644 --- a/src/modules/png_support.js +++ b/src/modules/png_support.js @@ -24,14 +24,14 @@ * WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. * ==================================================================== */ - - /** - * jsPDF PNG PlugIn - * @name png_support - * @module - */ -(function(jsPDFAPI, global) { -'use strict' + +/** +* jsPDF PNG PlugIn +* @name png_support +* @module +*/ +(function (jsPDFAPI, global) { + 'use strict' /* * @see http://www.w3.org/TR/PNG-Chunks.html @@ -71,88 +71,88 @@ 4 Paeth */ - var doesNotHavePngJS = function() { + var doesNotHavePngJS = function () { return typeof global.PNG !== 'function' || typeof global.FlateStream !== 'function'; } - , canCompress = function(value) { - return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); - } - , hasCompressionJS = function() { - var inst = typeof Deflater === 'function'; - if(!inst) - throw new Error("requires deflate.js for compression") - return inst; - } - , compressBytes = function(bytes, lineLength, colorsPerPixel, compression) { + , canCompress = function (value) { + return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); + } + , hasCompressionJS = function () { + var inst = typeof Deflater === 'function'; + if (!inst) + throw new Error("requires deflate.js for compression") + return inst; + } + , compressBytes = function (bytes, lineLength, colorsPerPixel, compression) { - var level = 5, - filter_method = filterUp; + var level = 5, + filter_method = filterUp; - switch(compression) { + switch (compression) { - case jsPDFAPI.image_compression.FAST: + case jsPDFAPI.image_compression.FAST: - level = 3; - filter_method = filterSub; - break; + level = 3; + filter_method = filterSub; + break; - case jsPDFAPI.image_compression.MEDIUM: + case jsPDFAPI.image_compression.MEDIUM: - level = 6; - filter_method = filterAverage; - break; + level = 6; + filter_method = filterAverage; + break; - case jsPDFAPI.image_compression.SLOW: + case jsPDFAPI.image_compression.SLOW: - level = 9; - filter_method = filterPaeth;//uses to sum to choose best filter for each line - break; - } + level = 9; + filter_method = filterPaeth;//uses to sum to choose best filter for each line + break; + } - bytes = applyPngFilterMethod(bytes, lineLength, colorsPerPixel, filter_method); + bytes = applyPngFilterMethod(bytes, lineLength, colorsPerPixel, filter_method); - var header = new Uint8Array(createZlibHeader(level)); - var checksum = adler32(bytes); + var header = new Uint8Array(createZlibHeader(level)); + var checksum = adler32(bytes); - var deflate = new Deflater(level); - var a = deflate.append(bytes); - var cBytes = deflate.flush(); + var deflate = new Deflater(level); + var a = deflate.append(bytes); + var cBytes = deflate.flush(); - var len = header.length + a.length + cBytes.length; + var len = header.length + a.length + cBytes.length; - var cmpd = new Uint8Array(len + 4); - cmpd.set(header); - cmpd.set(a, header.length); - cmpd.set(cBytes, header.length + a.length); + var cmpd = new Uint8Array(len + 4); + cmpd.set(header); + cmpd.set(a, header.length); + cmpd.set(cBytes, header.length + a.length); - cmpd[len++] = (checksum >>> 24) & 0xff; - cmpd[len++] = (checksum >>> 16) & 0xff; - cmpd[len++] = (checksum >>> 8) & 0xff; - cmpd[len++] = checksum & 0xff; + cmpd[len++] = (checksum >>> 24) & 0xff; + cmpd[len++] = (checksum >>> 16) & 0xff; + cmpd[len++] = (checksum >>> 8) & 0xff; + cmpd[len++] = checksum & 0xff; - return jsPDFAPI.arrayBufferToBinaryString(cmpd); - } - , createZlibHeader = function(bytes, level){ - /* - * @see http://www.ietf.org/rfc/rfc1950.txt for zlib header - */ - var cm = 8; - var cinfo = Math.LOG2E * Math.log(0x8000) - 8; - var cmf = (cinfo << 4) | cm; - - var hdr = cmf << 8; - var flevel = Math.min(3, ((level - 1) & 0xff) >> 1); - - hdr |= (flevel << 6); - hdr |= 0;//FDICT - hdr += 31 - (hdr % 31); - - return [cmf, (hdr & 0xff) & 0xff]; - } - , adler32 = function(array, param) { - var adler = 1; + return jsPDFAPI.__addimage__.arrayBufferToBinaryString(cmpd); + } + , createZlibHeader = function (bytes, level) { + /* + * @see http://www.ietf.org/rfc/rfc1950.txt for zlib header + */ + var cm = 8; + var cinfo = Math.LOG2E * Math.log(0x8000) - 8; + var cmf = (cinfo << 4) | cm; + + var hdr = cmf << 8; + var flevel = Math.min(3, ((level - 1) & 0xff) >> 1); + + hdr |= (flevel << 6); + hdr |= 0;//FDICT + hdr += 31 - (hdr % 31); + + return [cmf, (hdr & 0xff) & 0xff]; + } + , adler32 = function (array, param) { + var adler = 1; var s1 = adler & 0xffff, - s2 = (adler >>> 16) & 0xffff; + s2 = (adler >>> 16) & 0xffff; var len = array.length; var tlen; var i = 0; @@ -170,207 +170,207 @@ } return ((s2 << 16) | s1) >>> 0; - } - , applyPngFilterMethod = function(bytes, lineLength, colorsPerPixel, filter_method) { - var lines = bytes.length / lineLength, - result = new Uint8Array(bytes.length + lines), - filter_methods = getFilterMethods(), - i = 0, line, prevLine, offset; + } + , applyPngFilterMethod = function (bytes, lineLength, colorsPerPixel, filter_method) { + var lines = bytes.length / lineLength, + result = new Uint8Array(bytes.length + lines), + filter_methods = getFilterMethods(), + i = 0, line, prevLine, offset; + + for (; i < lines; i++) { + offset = i * lineLength; + line = bytes.subarray(offset, offset + lineLength); - for(; i < lines; i++) { - offset = i * lineLength; - line = bytes.subarray(offset, offset + lineLength); + if (filter_method) { + result.set(filter_method(line, colorsPerPixel, prevLine), offset + i); - if(filter_method) { - result.set(filter_method(line, colorsPerPixel, prevLine), offset + i); + } else { - }else{ + var j = 0, + len = filter_methods.length, + results = []; - var j = 0, - len = filter_methods.length, - results = []; + for (; j < len; j++) + results[j] = filter_methods[j](line, colorsPerPixel, prevLine); - for(; j < len; j++) - results[j] = filter_methods[j](line, colorsPerPixel, prevLine); + var ind = getIndexOfSmallestSum(results.concat()); - var ind = getIndexOfSmallestSum(results.concat()); + result.set(results[ind], offset + i); + } - result.set(results[ind], offset + i); + prevLine = line; } - prevLine = line; + return result; } + , filterNone = function (line) { + /*var result = new Uint8Array(line.length + 1); + result[0] = 0; + result.set(line, 1);*/ - return result; - } - , filterNone = function(line) { - /*var result = new Uint8Array(line.length + 1); - result[0] = 0; - result.set(line, 1);*/ + var result = Array.apply([], line); + result.unshift(0); - var result = Array.apply([], line); - result.unshift(0); + return result; + } + , filterSub = function (line, colorsPerPixel) { + var result = [], + i = 0, + len = line.length, + left; - return result; - } - , filterSub = function(line, colorsPerPixel) { - var result = [], - i = 0, - len = line.length, - left; + result[0] = 1; - result[0] = 1; + for (; i < len; i++) { + left = line[i - colorsPerPixel] || 0; + result[i + 1] = (line[i] - left + 0x0100) & 0xff; + } - for(; i < len; i++) { - left = line[i - colorsPerPixel] || 0; - result[i + 1] = (line[i] - left + 0x0100) & 0xff; + return result; } + , filterUp = function (line, colorsPerPixel, prevLine) { + var result = [], + i = 0, + len = line.length, + up; - return result; - } - , filterUp = function(line, colorsPerPixel, prevLine) { - var result = [], - i = 0, - len = line.length, - up; + result[0] = 2; - result[0] = 2; + for (; i < len; i++) { + up = prevLine && prevLine[i] || 0; + result[i + 1] = (line[i] - up + 0x0100) & 0xff; + } - for(; i < len; i++) { - up = prevLine && prevLine[i] || 0; - result[i + 1] = (line[i] - up + 0x0100) & 0xff; + return result; } + , filterAverage = function (line, colorsPerPixel, prevLine) { + var result = [], + i = 0, + len = line.length, + left, + up; + + result[0] = 3; + + for (; i < len; i++) { + left = line[i - colorsPerPixel] || 0; + up = prevLine && prevLine[i] || 0; + result[i + 1] = (line[i] + 0x0100 - ((left + up) >>> 1)) & 0xff; + } - return result; - } - , filterAverage = function(line, colorsPerPixel, prevLine) { - var result = [], - i = 0, - len = line.length, - left, - up; - - result[0] = 3; - - for(; i < len; i++) { - left = line[i - colorsPerPixel] || 0; - up = prevLine && prevLine[i] || 0; - result[i + 1] = (line[i] + 0x0100 - ((left + up) >>> 1)) & 0xff; + return result; } + , filterPaeth = function (line, colorsPerPixel, prevLine) { + var result = [], + i = 0, + len = line.length, + left, + up, + upLeft, + paeth; + + result[0] = 4; + + for (; i < len; i++) { + left = line[i - colorsPerPixel] || 0; + up = prevLine && prevLine[i] || 0; + upLeft = prevLine && prevLine[i - colorsPerPixel] || 0; + paeth = paethPredictor(left, up, upLeft); + result[i + 1] = (line[i] - paeth + 0x0100) & 0xff; + } - return result; - } - , filterPaeth = function(line, colorsPerPixel, prevLine) { - var result = [], - i = 0, - len = line.length, - left, - up, - upLeft, - paeth; - - result[0] = 4; - - for(; i < len; i++) { - left = line[i - colorsPerPixel] || 0; - up = prevLine && prevLine[i] || 0; - upLeft = prevLine && prevLine[i - colorsPerPixel] || 0; - paeth = paethPredictor(left, up, upLeft); - result[i + 1] = (line[i] - paeth + 0x0100) & 0xff; + return result; } + , paethPredictor = function (left, up, upLeft) { - return result; - } - ,paethPredictor = function(left, up, upLeft) { + var p = left + up - upLeft, + pLeft = Math.abs(p - left), + pUp = Math.abs(p - up), + pUpLeft = Math.abs(p - upLeft); - var p = left + up - upLeft, - pLeft = Math.abs(p - left), - pUp = Math.abs(p - up), - pUpLeft = Math.abs(p - upLeft); + return (pLeft <= pUp && pLeft <= pUpLeft) ? left : (pUp <= pUpLeft) ? up : upLeft; + } + , getFilterMethods = function () { + return [filterNone, filterSub, filterUp, filterAverage, filterPaeth]; + } + , getIndexOfSmallestSum = function (arrays) { + var i = 0, + len = arrays.length, + sum, min, ind; - return (pLeft <= pUp && pLeft <= pUpLeft) ? left : (pUp <= pUpLeft) ? up : upLeft; - } - , getFilterMethods = function() { - return [filterNone, filterSub, filterUp, filterAverage, filterPaeth]; - } - ,getIndexOfSmallestSum = function(arrays) { - var i = 0, - len = arrays.length, - sum, min, ind; + while (i < len) { + sum = absSum(arrays[i].slice(1)); - while(i < len) { - sum = absSum(arrays[i].slice(1)); + if (sum < min || !min) { + min = sum; + ind = i; + } - if(sum < min || !min) { - min = sum; - ind = i; + i++; } - i++; + return ind; } + , absSum = function (array) { + var i = 0, + len = array.length, + sum = 0; - return ind; - } - , absSum = function(array) { - var i = 0, - len = array.length, - sum = 0; - - while(i < len) - sum += Math.abs(array[i++]); + while (i < len) + sum += Math.abs(array[i++]); - return sum; - } - , getPredictorFromCompression = function (compression) { - var predictor; - switch (compression) { - case jsPDFAPI.image_compression.FAST: - predictor = 11; - break; - - case jsPDFAPI.image_compression.MEDIUM: - predictor = 13; - break; - - case jsPDFAPI.image_compression.SLOW: - predictor = 14; - break; - - default: - predictor = 12; - break; + return sum; } - return predictor; - }; + , getPredictorFromCompression = function (compression) { + var predictor; + switch (compression) { + case jsPDFAPI.image_compression.FAST: + predictor = 11; + break; + + case jsPDFAPI.image_compression.MEDIUM: + predictor = 13; + break; + + case jsPDFAPI.image_compression.SLOW: + predictor = 14; + break; + + default: + predictor = 12; + break; + } + return predictor; + }; /** * @name processPNG * @function * @ignore */ - jsPDFAPI.processPNG = function(imageData, imageIndex, alias, compression) { + jsPDFAPI.processPNG = function (imageData, index, alias, compression) { 'use strict' var colorSpace = this.color_spaces.DEVICE_RGB, - decode = this.decode.FLATE_DECODE, - bpc = 8, - img, dp, trns, - colors, pal, smask, - pixels, len, alphaData, imgData, hasColors, pixel, - i, n; - - if(this.isArrayBuffer(imageData)) + filter = this.decode.FLATE_DECODE, + bitsPerComponent = 8, + image, decodeParameters = '', trns, + colors, pal, smask, + pixels, len, alphaData, imgData, hasColors, pixel, + i, n; + + if (this.__addimage__.isArrayBuffer(imageData)) imageData = new Uint8Array(imageData); - if(this.isArrayBufferView(imageData)) { + if (this.__addimage__.isArrayBufferView(imageData)) { - if(doesNotHavePngJS()) + if (doesNotHavePngJS()) throw new Error("PNG support requires png.js and zlib.js"); - img = new PNG(imageData); - imageData = img.imgData; - bpc = img.bits; - colorSpace = img.colorSpace; - colors = img.colors; + image = new PNG(imageData); + imageData = image.imgData; + bitsPerComponent = image.bits; + colorSpace = image.colorSpace; + colors = image.colors; /* * colorType 6 - Each pixel is an R,G,B triple, followed by an alpha sample. @@ -379,55 +379,55 @@ * * Extract alpha to create two separate images, using the alpha as a sMask */ - if([4,6].indexOf(img.colorType) !== -1) { + if ([4, 6].indexOf(image.colorType) !== -1) { /* * processes 8 bit RGBA and grayscale + alpha images */ - if(img.bits === 8) { + if (image.bits === 8) { - pixels = img.pixelBitlength == 32 ? new Uint32Array(img.decodePixels().buffer) : img.pixelBitlength == 16 ? new Uint16Array(img.decodePixels().buffer) : new Uint8Array(img.decodePixels().buffer); - len = pixels.length; - imgData = new Uint8Array(len * img.colors); - alphaData = new Uint8Array(len); - var pDiff = img.pixelBitlength - img.bits; - i = 0; - n = 0; - var pbl; - - for(; i < len; i++) { + pixels = image.pixelBitlength == 32 ? new Uint32Array(image.decodePixels().buffer) : image.pixelBitlength == 16 ? new Uint16Array(image.decodePixels().buffer) : new Uint8Array(image.decodePixels().buffer); + len = pixels.length; + imgData = new Uint8Array(len * image.colors); + alphaData = new Uint8Array(len); + var pDiff = image.pixelBitlength - image.bits; + i = 0; + n = 0; + var pbl; + + for (; i < len; i++) { pixel = pixels[i]; pbl = 0; - while(pbl < pDiff) { + while (pbl < pDiff) { - imgData[n++] = ( pixel >>> pbl ) & 0xff; - pbl = pbl + img.bits; + imgData[n++] = (pixel >>> pbl) & 0xff; + pbl = pbl + image.bits; } - alphaData[i] = ( pixel >>> pbl ) & 0xff; + alphaData[i] = (pixel >>> pbl) & 0xff; } } /* * processes 16 bit RGBA and grayscale + alpha images */ - if(img.bits === 16) { - pixels = new Uint32Array(img.decodePixels().buffer); - len = pixels.length; - imgData = new Uint8Array((len * (32 / img.pixelBitlength) ) * img.colors); - alphaData = new Uint8Array(len * (32 / img.pixelBitlength) ); - hasColors = img.colors > 1; - i = 0; - n = 0; - var a = 0; - - while(i < len) { + if (image.bits === 16) { + pixels = new Uint32Array(image.decodePixels().buffer); + len = pixels.length; + imgData = new Uint8Array((len * (32 / image.pixelBitlength)) * image.colors); + alphaData = new Uint8Array(len * (32 / image.pixelBitlength)); + hasColors = image.colors > 1; + i = 0; + n = 0; + var a = 0; + + while (i < len) { pixel = pixels[i++]; imgData[n++] = (pixel >>> 0) & 0xFF; - if(hasColors) { + if (hasColors) { imgData[n++] = (pixel >>> 16) & 0xFF; pixel = pixels[i++]; @@ -436,41 +436,37 @@ alphaData[a++] = (pixel >>> 16) & 0xFF; } - - bpc = 8; + bitsPerComponent = 8; } - if(canCompress(compression)) { - - imageData = compressBytes(imgData, img.width * img.colors, img.colors, compression); - smask = compressBytes(alphaData, img.width, 1, compression); - - }else{ - + if (canCompress(compression)) { + imageData = compressBytes(imgData, image.width * image.colors, image.colors, compression); + smask = compressBytes(alphaData, image.width, 1, compression); + } else { imageData = imgData; smask = alphaData; - decode = null; + filter = undefined; } } /* * Indexed png. Each pixel is a palette index. */ - if(img.colorType === 3) { + if (image.colorType === 3) { colorSpace = this.color_spaces.INDEXED; - pal = img.palette; - - if(img.transparency.indexed) { + pal = image.palette; - var trans = img.transparency.indexed; + if (image.transparency.indexed) { + var trans = image.transparency.indexed; var total = 0; i = 0; len = trans.length; - for(; i maxlen || force) { if (current_word_length > maxlen) { @@ -228,7 +210,7 @@ while (tmp.length) { lines.push([tmp.shift()]) // single fragment occupies whole line } - current_word_length = getArraySum(widths_array.slice(word.length - (line[0] ? line[0].length : 0))) + current_word_length = widths_array.slice(word.length - (line[0] ? line[0].length : 0)).reduce(function(pv, cv) { return pv + cv; }, 0); } else { // just put it on a new line line = [word] diff --git a/src/modules/webp_support.js b/src/modules/webp_support.js index f7168c910..b70a3d160 100644 --- a/src/modules/webp_support.js +++ b/src/modules/webp_support.js @@ -17,7 +17,7 @@ 'use strict'; - jsPDFAPI.processWEBP = function (imageData, imageIndex, alias, compression) { + jsPDFAPI.processWEBP = function (imageData, index, alias, compression) { var reader = new WebPDecoder(imageData, false); var width = reader.width, height = reader.height; @@ -32,7 +32,7 @@ var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); + return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); }; })(jsPDF.API); diff --git a/src/node.js b/src/node.js index f4e95012c..d41ace452 100644 --- a/src/node.js +++ b/src/node.js @@ -1,4 +1,4 @@ global.atob = require('atob'); global.btoa = require('btoa'); global.canvg = require('canvg'); -global.GifReader = require('omggif').GifReader; \ No newline at end of file +global.GifReader = require('omggif').GifReader; From 4d3ef2f8dc738102708ec356084af6a8ecb90219 Mon Sep 17 00:00:00 2001 From: arasabbasi Date: Mon, 1 Apr 2019 23:30:08 +0200 Subject: [PATCH 6/9] Refresh definitely_typed smaller changes to addimage.js --- definitely_typed/index.d.ts | 44 ++++++++++++------ definitely_typed/jspdf-tests.ts | 6 +++ examples/jspdf.PLUGINTEMPLATE.js | 19 +++++++- karma.config.js | 79 ++++++++++++++++++++++++++++++++ spec/addimage.spec.js | 4 +- src/modules/addimage.js | 53 ++++++++++++--------- 6 files changed, 165 insertions(+), 40 deletions(-) create mode 100644 karma.config.js diff --git a/definitely_typed/index.d.ts b/definitely_typed/index.d.ts index ea26653d4..819fc5bed 100644 --- a/definitely_typed/index.d.ts +++ b/definitely_typed/index.d.ts @@ -118,6 +118,7 @@ declare module 'jspdf' { state: any; stack: Function[] } + interface HTMLWorker extends Promise { from(src: HTMLElement | string, type: 'container' | 'canvas' | 'img' | 'pdf' | 'context2d'): HTMLWorker; progress: HTMLWorkerProgress; @@ -335,6 +336,32 @@ declare module 'jspdf' { translate(x: number, y: number): void; } + interface ImageOptions { + imageData: string | HTMLImageElement | HTMLCanvasElement | Uint8Array; + x: number; + y: number; + width: number; + height: number; + alias?: string; + compression?: 'NONE' | 'FAST' | 'MEDIUM' | 'SLOW'; + rotation?: number; + } + interface ImageProperties { + alias: number; + width: number; + height: number; + colorSpace: 'DeviceRGB' | 'DeviceGray' | 'DeviceCMYK' | 'CalGray' | 'CalRGB' | 'Lab' | 'ICCBased' | 'Indexed' | 'Pattern' | 'Separation' | 'DeviceN'; + bitsPerComponent: number; + filter: string; + decodeParameters?: string; + transparency?: any; + palette?: any; + sMask?: any; + predictor?: number; + index: number; + data: string; + } + class jsPDF { constructor(options?: any); constructor(orientation?: 'p' | 'portrait' | 'l' | 'landscape', @@ -462,23 +489,10 @@ declare module 'jspdf' { color_spaces: any; decode: any; image_compression: any; - getImageFileTypeByImageData(imageData: any, fallbackFormat: string): string; - sHashCode(str: string): number; - validateStringAsBase64(possibleBase64String: string): boolean; - extractInfoFromBase64DataURI(dataURI: string): any[]; - extractImageFromDataUrl(dataUrl: string): any; - supportsArrayBuffer(): boolean; - isArrayBuffer(object: any): boolean; - isArrayBufferView(object: any): boolean; - binaryStringToUint8Array(binary_string: string): Uint8Array; - arrayBufferToBinaryString(buffer: any): string; - arrayBufferToBase64(arrayBuffer: ArrayBuffer): string; - createImageInfo(data: any, wd: number, ht: number, cs: any, bpc: number, imageIndex: number, alias: any, f?: any, dp?: any, trns?: any, pal?: any, smask?: any): any; addImage(imageData: string | HTMLImageElement | HTMLCanvasElement | Uint8Array, format: string, x: number, y: number, w: number, h: number, alias?: string, compression?: any, rotation?: number): jsPDF; addImage(imageData: string | HTMLImageElement | HTMLCanvasElement | Uint8Array, x: number, y: number, w: number, h: number, alias?: string, compression?: any, rotation?: number): jsPDF; - addImage(options: any): jsPDF; - convertStringToImageData(stringData: string, throwError: boolean): any; - getImageProperties(imageData: any): any; + addImage(options: ImageOptions): jsPDF; + getImageProperties(imageData: string | HTMLImageElement | HTMLCanvasElement | Uint8Array): ImageProperties; // jsPDF plugin: arabic processArabic(text: string): string; diff --git a/definitely_typed/jspdf-tests.ts b/definitely_typed/jspdf-tests.ts index dfa9eff20..d91a1eecc 100644 --- a/definitely_typed/jspdf-tests.ts +++ b/definitely_typed/jspdf-tests.ts @@ -569,4 +569,10 @@ function test_html() { }, jsPDF: doc }) +} + +function test_addImage() { + + var doc = new jsPDF(); + doc.addImage({imageData: '/image.png', x: 0, y: 0, width: 100, height: 100}); } \ No newline at end of file diff --git a/examples/jspdf.PLUGINTEMPLATE.js b/examples/jspdf.PLUGINTEMPLATE.js index 97dd63d48..2d0a4cf4b 100644 --- a/examples/jspdf.PLUGINTEMPLATE.js +++ b/examples/jspdf.PLUGINTEMPLATE.js @@ -1,7 +1,7 @@ /* global jsPDF */ /** - * jsPDF [NAME] PlugIn - * Copyright (c) 2014 [YOUR NAME HERE] [WAY TO CONTACT YOU HERE] + * jsPDF [NAME] Module + * Copyright (c) 2019 [YOUR NAME HERE] [WAY TO CONTACT YOU HERE] * * Licensed under the MIT License. * http://opensource.org/licenses/mit-license @@ -10,8 +10,23 @@ (function (jsPDFAPI) { 'use strict'; + var namespace = ''; //fill here + + var _initialize = function (instance) { + if (typeof instance === "undefined") { + return false; + } + + if (typeof instance[namespace] === "undefined") { + instance[namespace] = {}; + } + return true; + } + jsPDFAPI.myFunction = function () { 'use strict'; + + _initialize(this); // `this` is _jsPDF object returned when jsPDF is inited (new jsPDF()) // `this.internal` is a collection of useful, specific-to-raw-PDF-stream functions. // for example, `this.internal.write` function allowing you to write directly to PDF stream. diff --git a/karma.config.js b/karma.config.js new file mode 100644 index 000000000..93ad3d7a2 --- /dev/null +++ b/karma.config.js @@ -0,0 +1,79 @@ +var karmaConfig = { + // base path that will be used to resolve all patterns (eg. files, exclude) + basePath: '', + // frameworks to use + // available frameworks: https://npmjs.org/browse/keyword/karma-adapter + frameworks: ['jasmine'], + // list of files / patterns to load in the browser + files: [ + 'spec/utils/polyfill.js', + 'src/libs/polyfill.js', + 'src/jspdf.js', + { + pattern: 'src/libs/*.js', + included: true + }, + { + pattern: 'src/modules/*.js', + included: true + }, + 'node_modules/canvg/dist/browser/canvg.js', + 'node_modules/html2canvas/dist/html2canvas.js', + 'spec/utils/compare.js', + { + pattern: 'spec/*.spec.js', + included: true + }, + { + pattern: 'spec/reference/*.*', + included: false, + served: true + } + ], + // list of files to exclude + exclude: [], + + // preprocess matching files before serving them to the browser + // available preprocessors: https://npmjs.org/browse/keyword/karma-preprocessor + preprocessors: { + 'src/jspdf.js': 'coverage', + 'src/modules/*.js': 'coverage', + 'spec/!(acroform|unicode)*.spec.js': 'babel' + }, + // web server port + port: 9876, + + // enable / disable colors in the output (reporters and logs) + colors: true, + + // Continuous Integration mode + // if true, Karma captures browsers, runs the tests and exits + singleRun: false, + + // Concurrency level + // how many browser should be started simultaneous + concurrency: Infinity, + + browserNoActivityTimeout: 60000, + captureTimeout: 120000, + + coverageReporter: { + reporters: [ + { + type: 'lcov', + dir: 'coverage/' + }, + { + type: 'text' + } + ] + }, + babelPreprocessor: { + options: { + presets: ["@babel/env"], // "@babel/preset-env" + sourceMap: 'inline' + } + } +} + +module.exports = karmaConfig \ No newline at end of file diff --git a/spec/addimage.spec.js b/spec/addimage.spec.js index 14ab9d4c8..fe92fa11f 100644 --- a/spec/addimage.spec.js +++ b/spec/addimage.spec.js @@ -24,8 +24,8 @@ describe('Module: addimage', () => { it('sHashCode', () => { const doc = new jsPDF(); - expect(doc.sHashCode()).toEqual(0); - expect(doc.sHashCode('testtest')).toEqual(-1145835484); + expect(doc.__addimage__.sHashCode()).toEqual(0); + expect(doc.__addimage__.sHashCode('testtest')).toEqual(-1145835484); }); if (typeof global !== "object") { diff --git a/src/modules/addimage.js b/src/modules/addimage.js index 4c9626ddd..785533838 100644 --- a/src/modules/addimage.js +++ b/src/modules/addimage.js @@ -232,20 +232,24 @@ ); } }; + var checkCompressValue = function (value) { if (value && typeof value === 'string') value = value.toUpperCase(); return value in jsPDFAPI.image_compression ? value : image_compression.NONE; }; - var getImages = function () { - var images = this.internal.collections[namespace + 'images']; - //first run, so initialise stuff - if (!images) { - this.internal.collections[namespace + 'images'] = images = {}; + + var initialize = function () { + if (!this.internal.collections[namespace + 'images']) { + this.internal.collections[namespace + 'images'] = {}; this.internal.events.subscribe('putResources', putResourcesCallback); this.internal.events.subscribe('putXobjectDict', putXObjectsDictCallback); } + }; + var getImages = function () { + var images = this.internal.collections[namespace + 'images']; + initialize.call(this); return images; }; var getImageIndex = function () { @@ -256,17 +260,20 @@ }; var generateAliasFromImageData = function (imageData) { if (typeof imageData === 'string' || isArrayBufferView(imageData)) { - return jsPDFAPI.sHashCode(imageData); + return sHashCode(imageData); } return null; }; + var isImageTypeSupported = function (type) { return (typeof jsPDFAPI["process" + type.toUpperCase()] === "function"); }; + var isDOMElement = function (object) { return typeof object === 'object' && object.nodeType === 1; }; + var getImageDataFromElement = function (element) { //if element is an image which uses data url definition, just return the dataurl if (element.nodeName === 'IMG' && element.hasAttribute('src')) { @@ -288,6 +295,7 @@ return atob(element.toDataURL('image/jpeg', 1.0).split('base64,').pop()); } }; + var checkImagesForAlias = function (alias) { var images = this.internal.collections[namespace + 'images']; if (images) { @@ -297,7 +305,8 @@ } } } - } + }; + var determineWidthAndHeight = function (width, height, image) { if (!width && !height) { width = -96; @@ -317,15 +326,18 @@ } return [width, height]; - } - var writeImageToPDF = function (x, y, width, height, info, index, images, rotation) { - var dims = determineWidthAndHeight.call(this, width, height, info), + }; + + var writeImageToPDF = function (x, y, width, height, image, rotation) { + var dims = determineWidthAndHeight.call(this, width, height, image), coord = this.internal.getCoordinateString, vcoord = this.internal.getVerticalCoordinateString; + + var images = getImages.call(this); width = dims[0]; height = dims[1]; - images[index] = info; + images[image.index] = image; if (rotation) { rotation *= (Math.PI / 180); @@ -345,7 +357,7 @@ } else { this.internal.write([coord(width), '0', '0', coord(height), coord(x), vcoord(y + height), 'cm'].join(' ')); //Translate and Scale } - this.internal.write('/I' + info.index + ' Do'); //Paint Image + this.internal.write('/I' + image.index + ' Do'); //Paint Image this.internal.write('Q'); //Restore graphics state }; @@ -397,7 +409,7 @@ * @param {string} data * @returns {string} */ - jsPDFAPI.sHashCode = function (data) { + var sHashCode = jsPDFAPI.__addimage__.sHashCode = function (data) { var hash = 0, i, chr, len; if (typeof data === "string") { @@ -536,7 +548,6 @@ * @public * @function * @param {string} BinaryString with ImageData - * f * @returns {Uint8Array} */ var binaryStringToUint8Array = jsPDFAPI.__addimage__.binaryStringToUint8Array = function (binary_string) { @@ -606,8 +617,8 @@ format = options.format || format || UNKNOWN; x = options.x || x || 0; y = options.y || y || 0; - w = options.w || w; - h = options.h || h; + w = options.w || options.width || w; + h = options.h || options.height || h; alias = options.alias || alias; compression = options.compression || compression; rotation = options.rotation || options.angle || rotation; @@ -623,11 +634,11 @@ throw new Error('Invalid coordinates passed to jsPDF.addImage'); } - var images = getImages.call(this); + initialize.call(this); var image = processImageData.call(this, imageData, format, alias, compression); - writeImageToPDF.call(this, x, y, w, h, image, image.index, images, rotation); + writeImageToPDF.call(this, x, y, w, h, image, rotation); return this; }; @@ -690,7 +701,8 @@ throw new Error('An unknown error occurred whilst processing the image.'); } return result; - } + }; + /** * @name convertBase64ToBinaryString * @function @@ -719,9 +731,8 @@ } } } - return imageData; - } + }; /** * @name getImageProperties From 25396f13c31831c622c4d6170d63c2ee70e08ad7 Mon Sep 17 00:00:00 2001 From: arasabbasi Date: Mon, 1 Apr 2019 23:35:26 +0200 Subject: [PATCH 7/9] update definition tests remove karma.config.js --- definitely_typed/jspdf-tests.ts | 6 +-- dist/jspdf.node.debug.js | 38 ++++++++-------- karma.config.js | 79 --------------------------------- 3 files changed, 23 insertions(+), 100 deletions(-) delete mode 100644 karma.config.js diff --git a/definitely_typed/jspdf-tests.ts b/definitely_typed/jspdf-tests.ts index d91a1eecc..b122addb4 100644 --- a/definitely_typed/jspdf-tests.ts +++ b/definitely_typed/jspdf-tests.ts @@ -230,11 +230,11 @@ function test_images() { doc.addImage('monkey', 70, 10, 100, 120); // use the cached 'monkey' image, JPEG is optional regardless doc.addImage({ imageData: imgData, - angle: -20, + rotation: -20, x: 10, y: 78, - w: 45, - h: 58 + width: 45, + height: 58 }); doc.output('datauri'); }; diff --git a/dist/jspdf.node.debug.js b/dist/jspdf.node.debug.js index 3be68c50b..2b1eaebf1 100644 --- a/dist/jspdf.node.debug.js +++ b/dist/jspdf.node.debug.js @@ -2,8 +2,8 @@ /** @license * jsPDF - PDF Document creation from JavaScript - * Version 1.5.3 Built on 2019-04-01T16:59:37.501Z - * CommitID 4a0e64f08f + * Version 1.5.3 Built on 2019-04-01T21:34:42.849Z + * CommitID 4d3ef2f8dc * * Copyright (c) 2010-2018 James Hall , https://github.com/MrRio/jsPDF * 2015-2018 yWorks GmbH, http://www.yworks.com @@ -8253,15 +8253,17 @@ var jsPDF = function (global) { return value in jsPDFAPI.image_compression ? value : image_compression.NONE; }; - var getImages = function getImages() { - var images = this.internal.collections[namespace + 'images']; //first run, so initialise stuff - - if (!images) { - this.internal.collections[namespace + 'images'] = images = {}; + var initialize = function initialize() { + if (!this.internal.collections[namespace + 'images']) { + this.internal.collections[namespace + 'images'] = {}; this.internal.events.subscribe('putResources', putResourcesCallback); this.internal.events.subscribe('putXobjectDict', putXObjectsDictCallback); } + }; + var getImages = function getImages() { + var images = this.internal.collections[namespace + 'images']; + initialize.call(this); return images; }; @@ -8275,7 +8277,7 @@ var jsPDF = function (global) { var generateAliasFromImageData = function generateAliasFromImageData(imageData) { if (typeof imageData === 'string' || isArrayBufferView(imageData)) { - return jsPDFAPI.sHashCode(imageData); + return sHashCode(imageData); } return null; @@ -8348,13 +8350,14 @@ var jsPDF = function (global) { return [width, height]; }; - var writeImageToPDF = function writeImageToPDF(x, y, width, height, info, index, images, rotation) { - var dims = determineWidthAndHeight.call(this, width, height, info), + var writeImageToPDF = function writeImageToPDF(x, y, width, height, image, rotation) { + var dims = determineWidthAndHeight.call(this, width, height, image), coord = this.internal.getCoordinateString, vcoord = this.internal.getVerticalCoordinateString; + var images = getImages.call(this); width = dims[0]; height = dims[1]; - images[index] = info; + images[image.index] = image; if (rotation) { rotation *= Math.PI / 180; @@ -8380,7 +8383,7 @@ var jsPDF = function (global) { this.internal.write([coord(width), '0', '0', coord(height), coord(x), vcoord(y + height), 'cm'].join(' ')); //Translate and Scale } - this.internal.write('/I' + info.index + ' Do'); //Paint Image + this.internal.write('/I' + image.index + ' Do'); //Paint Image this.internal.write('Q'); //Restore graphics state }; @@ -8434,7 +8437,7 @@ var jsPDF = function (global) { * @returns {string} */ - jsPDFAPI.sHashCode = function (data) { + var sHashCode = jsPDFAPI.__addimage__.sHashCode = function (data) { var hash = 0, i, chr, @@ -8574,7 +8577,6 @@ var jsPDF = function (global) { * @public * @function * @param {string} BinaryString with ImageData - * f * @returns {Uint8Array} */ @@ -8649,8 +8651,8 @@ var jsPDF = function (global) { format = options.format || format || UNKNOWN; x = options.x || x || 0; y = options.y || y || 0; - w = options.w || w; - h = options.h || h; + w = options.w || options.width || w; + h = options.h || options.height || h; alias = options.alias || alias; compression = options.compression || compression; rotation = options.rotation || options.angle || rotation; @@ -8667,9 +8669,9 @@ var jsPDF = function (global) { throw new Error('Invalid coordinates passed to jsPDF.addImage'); } - var images = getImages.call(this); + initialize.call(this); var image = processImageData.call(this, imageData, format, alias, compression); - writeImageToPDF.call(this, x, y, w, h, image, image.index, images, rotation); + writeImageToPDF.call(this, x, y, w, h, image, rotation); return this; }; diff --git a/karma.config.js b/karma.config.js deleted file mode 100644 index 93ad3d7a2..000000000 --- a/karma.config.js +++ /dev/null @@ -1,79 +0,0 @@ -var karmaConfig = { - // base path that will be used to resolve all patterns (eg. files, exclude) - basePath: '', - // frameworks to use - // available frameworks: https://npmjs.org/browse/keyword/karma-adapter - frameworks: ['jasmine'], - // list of files / patterns to load in the browser - files: [ - 'spec/utils/polyfill.js', - 'src/libs/polyfill.js', - 'src/jspdf.js', - { - pattern: 'src/libs/*.js', - included: true - }, - { - pattern: 'src/modules/*.js', - included: true - }, - 'node_modules/canvg/dist/browser/canvg.js', - 'node_modules/html2canvas/dist/html2canvas.js', - 'spec/utils/compare.js', - { - pattern: 'spec/*.spec.js', - included: true - }, - { - pattern: 'spec/reference/*.*', - included: false, - served: true - } - ], - // list of files to exclude - exclude: [], - - // preprocess matching files before serving them to the browser - // available preprocessors: https://npmjs.org/browse/keyword/karma-preprocessor - preprocessors: { - 'src/jspdf.js': 'coverage', - 'src/modules/*.js': 'coverage', - 'spec/!(acroform|unicode)*.spec.js': 'babel' - }, - // web server port - port: 9876, - - // enable / disable colors in the output (reporters and logs) - colors: true, - - // Continuous Integration mode - // if true, Karma captures browsers, runs the tests and exits - singleRun: false, - - // Concurrency level - // how many browser should be started simultaneous - concurrency: Infinity, - - browserNoActivityTimeout: 60000, - captureTimeout: 120000, - - coverageReporter: { - reporters: [ - { - type: 'lcov', - dir: 'coverage/' - }, - { - type: 'text' - } - ] - }, - babelPreprocessor: { - options: { - presets: ["@babel/env"], // "@babel/preset-env" - sourceMap: 'inline' - } - } -} - -module.exports = karmaConfig \ No newline at end of file From e5c098acbb30f2a645e6392467c7224d3297c33d Mon Sep 17 00:00:00 2001 From: arasabbasi Date: Tue, 2 Apr 2019 00:51:52 +0200 Subject: [PATCH 8/9] refresh docs revert dist --- dist/jspdf.debug.js | 16107 +++++----------- dist/jspdf.min.js | 141 +- dist/jspdf.node.debug.js | 15437 +++++---------- docs/-_anonymous_-jsPDF-API.GState.html | 233 + docs/Matrix.html | 1763 ++ docs/deprecated_addhtml.js.html | 6 +- docs/deprecated_from_html.js.html | 10 +- docs/global.html | 14 +- docs/index.html | 29 +- docs/jsPDF.html | 5362 ++++- docs/jspdf.js.html | 2076 +- docs/libs_BMPDecoder.js.html | 181 +- docs/libs_bidiEngine.js.html | 6 +- docs/module-AcroForm-AcroFormButton.html | 53 +- docs/module-AcroForm-AcroFormCheckBox.html | 65 +- docs/module-AcroForm-AcroFormChoiceField.html | 53 +- docs/module-AcroForm-AcroFormComboBox.html | 87 +- docs/module-AcroForm-AcroFormEditBox.html | 87 +- docs/module-AcroForm-AcroFormField.html | 13 +- docs/module-AcroForm-AcroFormListBox.html | 87 +- docs/module-AcroForm-AcroFormPDFObject.html | 13 +- ...module-AcroForm-AcroFormPasswordField.html | 69 +- docs/module-AcroForm-AcroFormPushButton.html | 65 +- docs/module-AcroForm-AcroFormRadioButton.html | 65 +- docs/module-AcroForm-AcroFormTextField.html | 53 +- docs/module-AcroForm.html | 35 +- docs/module-addImage.html | 1169 +- docs/module-annotations.html | 33 +- docs/module-arabic.html | 16 +- docs/module-autoprint.html | 16 +- docs/module-bmp_support.html | 13 +- docs/module-canvas-Canvas.html | 13 +- docs/module-canvas.html | 27 +- docs/module-cell.html | 58 +- docs/module-context2d.html | 173 +- docs/module-fileloading.html | 18 +- docs/module-gif_support.html | 15 +- docs/module-html.html | 90 +- docs/module-javascript.html | 14 +- docs/module-jpeg_support.html | 183 + docs/module-outline.html | 13 +- docs/module-png_support.html | 13 +- docs/module-setLanguage.html | 18 +- docs/module-split_text_to_size.html | 177 +- docs/module-standard_fonts_metrics.html | 13 +- docs/module-svg.html | 23 +- docs/module-total_pages.html | 18 +- docs/module-ttfsupport.html | 8 +- docs/module-utf8.html | 8 +- docs/module-vFS.html | 28 +- docs/module-viewerpreferences.html | 18 +- docs/module-webp_support.html | 183 + docs/module-xmp_metadata.html | 13 +- docs/modules_acroform.js.html | 73 +- docs/modules_addimage.js.html | 1041 +- docs/modules_annotations.js.html | 267 +- docs/modules_arabic.js.html | 226 +- docs/modules_autoprint.js.html | 62 +- docs/modules_bmp_support.js.html | 45 +- docs/modules_canvas.js.html | 57 +- docs/modules_cell.js.html | 86 +- docs/modules_context2d.js.html | 934 +- docs/modules_fileloading.js.html | 59 +- docs/modules_gif_support.js.html | 54 +- docs/modules_html.js.html | 1537 +- docs/modules_javascript.js.html | 14 +- docs/modules_jpeg_support.js.html | 196 + docs/modules_outline.js.html | 16 +- docs/modules_png_support.js.html | 1025 +- docs/modules_setlanguage.js.html | 9 +- docs/modules_split_text_to_size.js.html | 50 +- docs/modules_standard_fonts_metrics.js.html | 11 +- docs/modules_svg.js.html | 11 +- docs/modules_total_pages.js.html | 9 +- docs/modules_ttfsupport.js.html | 18 +- docs/modules_utf8.js.html | 76 +- docs/modules_vfs.js.html | 9 +- docs/modules_viewerpreferences.js.html | 9 +- docs/modules_webp_support.js.html | 104 + docs/modules_xmp_metadata.js.html | 12 +- docs/scripts/search.js | 9 +- docs/styles/jsdoc.css | 24 +- 82 files changed, 22627 insertions(+), 27897 deletions(-) create mode 100644 docs/-_anonymous_-jsPDF-API.GState.html create mode 100644 docs/Matrix.html create mode 100644 docs/module-jpeg_support.html create mode 100644 docs/module-webp_support.html create mode 100644 docs/modules_jpeg_support.js.html create mode 100644 docs/modules_webp_support.js.html diff --git a/dist/jspdf.debug.js b/dist/jspdf.debug.js index 9fe696e87..d5a782e2e 100644 --- a/dist/jspdf.debug.js +++ b/dist/jspdf.debug.js @@ -5,13 +5,10 @@ /** @license * jsPDF - PDF Document creation from JavaScript - * Version 1.5.3 Built on 2019-04-01T16:34:01.068Z - * CommitID 4a0e64f08f + * Version 1.5.3 Built on 2018-12-27T14:11:42.696Z + * CommitID d93d28db14 * - * Copyright (c) 2010-2018 James Hall , https://github.com/MrRio/jsPDF - * 2015-2018 yWorks GmbH, http://www.yworks.com - * 2015-2018 Lukas Holländer , https://github.com/HackbrettXXX - * 2016-2018 Aras Abbasi + * Copyright (c) 2010-2016 James Hall , https://github.com/MrRio/jsPDF * 2010 Aaron Spike, https://github.com/acspike * 2012 Willow Systems Corporation, willow-systems.com * 2012 Pablo Hess, https://github.com/pablohess @@ -49,10 +46,10 @@ return _typeof(obj); } - /** - * JavaScript Polyfill functions for jsPDF - * Collected from public resources by - * https://github.com/diegocr + /** + * JavaScript Polyfill functions for jsPDF + * Collected from public resources by + * https://github.com/diegocr */ (function (global) { if (_typeof(global.console) !== "object") { @@ -66,15 +63,14 @@ var dummy = function dummy() {}; var properties = ['memory']; - var methods = ('assert,clear,count,debug,dir,dirxml,error,exception,group,' + 'groupCollapsed,groupEnd,info,log,markTimeline,profile,profiles,profileEnd,' + 'show,table,time,timeEnd,timeline,timelineEnd,timeStamp,trace,warn').split(','); // eslint-disable-next-line no-cond-assign + var methods = ('assert,clear,count,debug,dir,dirxml,error,exception,group,' + 'groupCollapsed,groupEnd,info,log,markTimeline,profile,profiles,profileEnd,' + 'show,table,time,timeEnd,timeline,timelineEnd,timeStamp,trace,warn').split(','); while (prop = properties.pop()) { - if (!con[prop]) { con[prop] = {}; } - } // eslint-disable-next-line no-cond-assign - + if (!con[prop]) con[prop] = {}; + } while (method = methods.pop()) { - if (!con[method]) { con[method] = dummy; } + if (!con[method]) con[method] = dummy; } } @@ -191,7 +187,7 @@ Array.prototype.map = function (fun /*, thisArg */ ) { - if (this === void 0 || this === null || typeof fun !== "function") { throw new TypeError(); } + if (this === void 0 || this === null || typeof fun !== "function") throw new TypeError(); var t = Object(this), len = t.length >>> 0, res = new Array(len); @@ -203,7 +199,7 @@ // possible only if Object.prototype or Array.prototype // has a property |i| (very unlikely), so use a less-correct // but more portable alternative. - if (i in t) { res[i] = fun.call(thisArg, t[i], i, t); } + if (i in t) res[i] = fun.call(thisArg, t[i], i, t); } return res; @@ -214,140 +210,17 @@ Array.isArray = function (arg) { return Object.prototype.toString.call(arg) === '[object Array]'; }; - } // Production steps of ECMA-262, Edition 5, 15.4.4.21 - // Reference: http://es5.github.io/#x15.4.4.21 - // https://tc39.github.io/ecma262/#sec-array.prototype.reduce - - - if (!Array.prototype.reduce) { - Object.defineProperty(Array.prototype, 'reduce', { - value: function value(callback - /*, initialValue*/ - ) { - if (this === null) { - throw new TypeError('Array.prototype.reduce ' + 'called on null or undefined'); - } - - if (typeof callback !== 'function') { - throw new TypeError(callback + ' is not a function'); - } // 1. Let O be ? ToObject(this value). - - - var o = Object(this); // 2. Let len be ? ToLength(? Get(O, "length")). - - var len = o.length >>> 0; // Steps 3, 4, 5, 6, 7 - - var k = 0; - var value; - - if (arguments.length >= 2) { - value = arguments[1]; - } else { - while (k < len && !(k in o)) { - k++; - } // 3. If len is 0 and initialValue is not present, - // throw a TypeError exception. - - - if (k >= len) { - throw new TypeError('Reduce of empty array ' + 'with no initial value'); - } - - value = o[k++]; - } // 8. Repeat, while k < len - - - while (k < len) { - // a. Let Pk be ! ToString(k). - // b. Let kPresent be ? HasProperty(O, Pk). - // c. If kPresent is true, then - // i. Let kValue be ? Get(O, Pk). - // ii. Let accumulator be ? Call( - // callbackfn, undefined, - // « accumulator, kValue, k, O »). - if (k in o) { - value = callback(value, o[k], k, o); - } // d. Increase k by 1. - - - k++; - } // 9. Return accumulator. - - - return value; - } - }); - } - - if (!Uint8Array.prototype.reduce) { - Object.defineProperty(Uint8Array.prototype, 'reduce', { - value: function value(callback - /*, initialValue*/ - ) { - if (this === null) { - throw new TypeError('Array.prototype.reduce ' + 'called on null or undefined'); - } - - if (typeof callback !== 'function') { - throw new TypeError(callback + ' is not a function'); - } // 1. Let O be ? ToObject(this value). - - - var o = Object(this); // 2. Let len be ? ToLength(? Get(O, "length")). - - var len = o.length >>> 0; // Steps 3, 4, 5, 6, 7 - - var k = 0; - var value; - - if (arguments.length >= 2) { - value = arguments[1]; - } else { - while (k < len && !(k in o)) { - k++; - } // 3. If len is 0 and initialValue is not present, - // throw a TypeError exception. - - - if (k >= len) { - throw new TypeError('Reduce of empty array ' + 'with no initial value'); - } - - value = o[k++]; - } // 8. Repeat, while k < len - - - while (k < len) { - // a. Let Pk be ! ToString(k). - // b. Let kPresent be ? HasProperty(O, Pk). - // c. If kPresent is true, then - // i. Let kValue be ? Get(O, Pk). - // ii. Let accumulator be ? Call( - // callbackfn, undefined, - // « accumulator, kValue, k, O »). - if (k in o) { - value = callback(value, o[k], k, o); - } // d. Increase k by 1. - - - k++; - } // 9. Return accumulator. - - - return value; - } - }); } if (!Array.prototype.forEach) { Array.prototype.forEach = function (fun, thisArg) { - if (this === void 0 || this === null || typeof fun !== "function") { throw new TypeError(); } + if (this === void 0 || this === null || typeof fun !== "function") throw new TypeError(); var t = Object(this), len = t.length >>> 0; for (var i = 0; i < len; i++) { - if (i in t) { fun.call(thisArg, t[i], i, t); } + if (i in t) fun.call(thisArg, t[i], i, t); } }; } // https://tc39.github.io/ecma262/#sec-array.prototype.find @@ -436,8 +309,6 @@ if (typeof Object.assign != 'function') { Object.assign = function (target) { - var arguments$1 = arguments; - if (target == null) { throw new TypeError('Cannot convert undefined or null to object'); @@ -446,7 +317,7 @@ target = Object(target); for (var index = 1; index < arguments.length; index++) { - var source = arguments$1[index]; + var source = arguments[index]; if (source != null) { for (var key in source) { @@ -486,17 +357,37 @@ // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window - /* global saveAs, define, RGBColor */ - // eslint-disable-next-line no-unused-vars + /** + * Creates new jsPDF document object instance. + * @name jsPDF + * @class + * @param orientation {string/Object} Orientation of the first page. Possible values are "portrait" or "landscape" (or shortcuts "p" (Default), "l").
    + * Can also be an options object. + * @param unit {string} Measurement unit to be used when coordinates are specified.
    + * Possible values are "pt" (points), "mm" (Default), "cm", "in" or "px". + * @param format {string/Array} The format of the first page. Can be:


    + * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] + * @returns {jsPDF} jsPDF-instance + * @description + * If the first parameter (orientation) is an object, it will be interpreted as an object of named parameters + * ``` + * { + * orientation: 'p', + * unit: 'mm', + * format: 'a4', + * hotfixes: [] // an array of hotfix strings to enable + * } + * ``` + */ var jsPDF = function (global) { - /** - * jsPDF's Internal PubSub Implementation. - * Backward compatible rewritten on 2014 by - * Diego Casorran, https://github.com/diegocr - * - * @class - * @name PubSub - * @ignore + /** + * jsPDF's Internal PubSub Implementation. + * Backward compatible rewritten on 2014 by + * Diego Casorran, https://github.com/diegocr + * + * @class + * @name PubSub + * @ignore */ function PubSub(context) { @@ -554,10 +445,10 @@ } } - if (sub[1]) { tokens.push(token); } + if (sub[1]) tokens.push(token); } - if (tokens.length) { tokens.forEach(this.unsubscribe); } + if (tokens.length) tokens.forEach(this.unsubscribe); } }; @@ -565,53 +456,25 @@ return topics; }; } - /** - * Creates new jsPDF document object instance. - * @name jsPDF - * @class - * @param {Object} [options] - Collection of settings initializing the jsPDF-instance - * @param {string} [options.orientation=portrait] - Orientation of the first page. Possible values are "portrait" or "landscape" (or shortcuts "p" or "l").
    - * @param {string} [options.unit=mm] Measurement unit (base unit) to be used when coordinates are specified.
    - * Possible values are "pt" (points), "mm", "cm", "m", "in" or "px". - * @param {string/Array} [options.format=a4] The format of the first page. Can be:
    • a0 - a10
    • b0 - b10
    • c0 - c10
    • dl
    • letter
    • government-letter
    • legal
    • junior-legal
    • ledger
    • tabloid
    • credit-card

    - * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] - * @param {boolean} [options.putOnlyUsedFonts=false] Only put fonts into the PDF, which were used. - * @param {boolean} [options.compress=false] Compress the generated PDF. - * @param {number} [options.precision=2] Precision of the element-positions. - * @param {number} [options.userUnit=1.0] Not to be confused with the base unit. Please inform yourself before you use it. - * @returns {jsPDF} jsPDF-instance - * @description - * ``` - * { - * orientation: 'p', - * unit: 'mm', - * format: 'a4', - * putOnlyUsedFonts:true - * } - * ``` - * - * @constructor - */ + /** + * @constructor + * @private + */ - function jsPDF(options) { - var unit = arguments[1]; - var format = arguments[2]; - var compressPdf = arguments[3]; + function jsPDF(orientation, unit, format, compressPdf) { + var options = {}; var filters = []; var userUnit = 1.0; - var precision; - var orientation = typeof options === 'string' ? options : 'p'; - options = options || {}; - if (_typeof(options) === 'object') { + if (_typeof(orientation) === 'object') { + options = orientation; orientation = options.orientation; unit = options.unit || unit; format = options.format || format; compressPdf = options.compress || options.compressPdf || compressPdf; filters = options.filters || (compressPdf === true ? ['FlateEncode'] : filters); userUnit = typeof options.userUnit === "number" ? Math.abs(options.userUnit) : 1.0; - precision = options.precision; } unit = unit || 'mm'; @@ -686,44 +549,18 @@ return pageFormats[value]; }; - format = format || 'a4'; - - var roundToPrecision = API.roundToPrecision = API.__private__.roundToPrecision = function (number, parmPrecision) { - var tmpPrecision = precision || parmPrecision; - - if (isNaN(number) || isNaN(tmpPrecision)) { - throw new Error('Invalid argument passed to jsPDF.roundToPrecision'); - } - - if (precision >= 16) { - return number.toFixed(precision).replace(/0+$/, ""); - } else { - return number.toFixed(tmpPrecision); - } - }; - - var scale = API.scale = API.__private__.scale = function (number) { - if (isNaN(number)) { - throw new Error('Invalid argument passed to jsPDF.scale'); - } - - return number * k; - }; - - var hpf = API.hpf = API.__private__.hpf = function (number) { - if (isNaN(number)) { - throw new Error('Invalid argument passed to jsPDF.hpf'); - } + if (typeof format === "string") { + format = getPageFormat(format); + } - return roundToPrecision(number, 16); - }; + format = format || getPageFormat('a4'); var f2 = API.f2 = API.__private__.f2 = function (number) { if (isNaN(number)) { throw new Error('Invalid argument passed to jsPDF.f2'); } - return roundToPrecision(number, 2); + return number.toFixed(2); // Ie, %.2f }; var f3 = API.__private__.f3 = function (number) { @@ -731,7 +568,7 @@ throw new Error('Invalid argument passed to jsPDF.f3'); } - return roundToPrecision(number, 3); + return number.toFixed(3); // Ie, %.3f }; var fileId = '00000000000000000000000000000000'; @@ -747,13 +584,13 @@ fileId = value; return fileId; }; - /** - * @name setFileId - * @memberof jsPDF# - * @function - * @instance - * @param {string} value GUID. - * @returns {jsPDF} + /** + * @name setFileId + * @memberOf jsPDF + * @function + * @instance + * @param {string} value GUID. + * @returns {jsPDF} */ @@ -761,13 +598,13 @@ setFileId(value); return this; }; - /** - * @name getFileId - * @memberof jsPDF# - * @function - * @instance - * - * @returns {string} GUID. + /** + * @name getFileId + * @memberOf jsPDF + * @function + * @instance + * + * @returns {string} GUID. */ @@ -794,9 +631,9 @@ var date = parseInt(parmPDFDate.substr(8, 2), 10); var hour = parseInt(parmPDFDate.substr(10, 2), 10); var minutes = parseInt(parmPDFDate.substr(12, 2), 10); - var seconds = parseInt(parmPDFDate.substr(14, 2), 10); // var timeZoneHour = parseInt(parmPDFDate.substr(16, 2), 10); - // var timeZoneMinutes = parseInt(parmPDFDate.substr(20, 2), 10); - + var seconds = parseInt(parmPDFDate.substr(14, 2), 10); + var timeZoneHour = parseInt(parmPDFDate.substr(16, 2), 10); + var timeZoneMinutes = parseInt(parmPDFDate.substr(20, 2), 10); var resultingDate = new Date(year, month, date, hour, minutes, seconds, 0); return resultingDate; }; @@ -830,13 +667,13 @@ return result; }; - /** - * @name setCreationDate - * @memberof jsPDF# - * @function - * @instance - * @param {Object} date - * @returns {jsPDF} + /** + * @name setCreationDate + * @memberOf jsPDF + * @function + * @instance + * @param {Object} date + * @returns {jsPDF} */ @@ -844,13 +681,13 @@ setCreationDate(date); return this; }; - /** - * @name getCreationDate - * @memberof jsPDF# - * @function - * @instance - * @param {Object} type - * @returns {Object} + /** + * @name getCreationDate + * @memberOf jsPDF + * @function + * @instance + * @param {Object} type + * @returns {Object} */ @@ -862,11 +699,6 @@ return ('0' + parseInt(number)).slice(-2); }; - var padd2Hex = API.__private__.padd2Hex = function (hexString) { - hexString = hexString.toString(); - return ("00" + hexString).substr(hexString.length); - }; - var outToPages = !1; // switches where out() prints. outToPages true = push to pages obj. outToPages false = doc builder content var pages = []; @@ -879,7 +711,7 @@ customOutputDestination = destination; }; - var resetOutputDestination = API.__private__.resetCustomOutputDestination = function () { + var resetOutputDestination = API.__private__.resetCustomOutputDestination = function (destination) { customOutputDestination = undefined; }; @@ -920,34 +752,34 @@ var standardFonts = [['Helvetica', "helvetica", "normal", 'WinAnsiEncoding'], ['Helvetica-Bold', "helvetica", "bold", 'WinAnsiEncoding'], ['Helvetica-Oblique', "helvetica", "italic", 'WinAnsiEncoding'], ['Helvetica-BoldOblique', "helvetica", "bolditalic", 'WinAnsiEncoding'], ['Courier', "courier", "normal", 'WinAnsiEncoding'], ['Courier-Bold', "courier", "bold", 'WinAnsiEncoding'], ['Courier-Oblique', "courier", "italic", 'WinAnsiEncoding'], ['Courier-BoldOblique', "courier", "bolditalic", 'WinAnsiEncoding'], ['Times-Roman', "times", "normal", 'WinAnsiEncoding'], ['Times-Bold', "times", "bold", 'WinAnsiEncoding'], ['Times-Italic', "times", "italic", 'WinAnsiEncoding'], ['Times-BoldItalic', "times", "bolditalic", 'WinAnsiEncoding'], ['ZapfDingbats', "zapfdingbats", "normal", null], ['Symbol', "symbol", "normal", null]]; - var getStandardFonts = API.__private__.getStandardFonts = function () { + var getStandardFonts = API.__private__.getStandardFonts = function (data) { return standardFonts; }; var activeFontSize = options.fontSize || 16; - /** - * Sets font size for upcoming text elements. - * - * @param {number} size Font size in points. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setFontSize + /** + * Sets font size for upcoming text elements. + * + * @param {number} size Font size in points. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setFontSize */ var setFontSize = API.__private__.setFontSize = API.setFontSize = function (size) { activeFontSize = size; return this; }; - /** - * Gets the fontsize for upcoming text elements. - * - * @function - * @instance - * @returns {number} - * @memberof jsPDF# - * @name getFontSize + /** + * Gets the fontsize for upcoming text elements. + * + * @function + * @instance + * @returns {number} + * @memberOf jsPDF + * @name getFontSize */ @@ -956,33 +788,33 @@ }; var R2L = options.R2L || false; - /** - * Set value of R2L functionality. - * - * @param {boolean} value - * @function - * @instance - * @returns {jsPDF} jsPDF-instance - * @memberof jsPDF# - * @name setR2L + /** + * Set value of R2L functionality. + * + * @param {boolean} value + * @function + * @instance + * @returns {jsPDF} jsPDF-instance + * @memberOf jsPDF + * @name setR2L */ var setR2L = API.__private__.setR2L = API.setR2L = function (value) { R2L = value; return this; }; - /** - * Get value of R2L functionality. - * - * @function - * @instance - * @returns {boolean} jsPDF-instance - * @memberof jsPDF# - * @name getR2L + /** + * Get value of R2L functionality. + * + * @function + * @instance + * @returns {boolean} jsPDF-instance + * @memberOf jsPDF + * @name getR2L */ - var getR2L = API.__private__.getR2L = API.getR2L = function () { + var getR2L = API.__private__.getR2L = API.getR2L = function (value) { return R2L; }; @@ -1037,30 +869,30 @@ var getLayoutMode = API.__private__.getLayoutMode = function () { return layoutMode; }; - /** - * Set the display mode options of the page like zoom and layout. - * - * @name setDisplayMode - * @memberof jsPDF# - * @function - * @instance - * @param {integer|String} zoom You can pass an integer or percentage as - * a string. 2 will scale the document up 2x, '200%' will scale up by the - * same amount. You can also set it to 'fullwidth', 'fullheight', - * 'fullpage', or 'original'. - * - * Only certain PDF readers support this, such as Adobe Acrobat. - * - * @param {string} layout Layout mode can be: 'continuous' - this is the - * default continuous scroll. 'single' - the single page mode only shows one - * page at a time. 'twoleft' - two column left mode, first page starts on - * the left, and 'tworight' - pages are laid out in two columns, with the - * first page on the right. This would be used for books. - * @param {string} pmode 'UseOutlines' - it shows the - * outline of the document on the left. 'UseThumbs' - shows thumbnails along - * the left. 'FullScreen' - prompts the user to enter fullscreen mode. - * - * @returns {jsPDF} + /** + * Set the display mode options of the page like zoom and layout. + * + * @name setDisplayMode + * @memberOf jsPDF + * @function + * @instance + * @param {integer|String} zoom You can pass an integer or percentage as + * a string. 2 will scale the document up 2x, '200%' will scale up by the + * same amount. You can also set it to 'fullwidth', 'fullheight', + * 'fullpage', or 'original'. + * + * Only certain PDF readers support this, such as Adobe Acrobat. + * + * @param {string} layout Layout mode can be: 'continuous' - this is the + * default continuous scroll. 'single' - the single page mode only shows one + * page at a time. 'twoleft' - two column left mode, first page starts on + * the left, and 'tworight' - pages are laid out in two columns, with the + * first page on the right. This would be used for books. + * @param {string} pmode 'UseOutlines' - it shows the + * outline of the document on the left. 'UseThumbs' - shows thumbnails along + * the left. 'FullScreen' - prompts the user to enter fullscreen mode. + * + * @returns {jsPDF} */ @@ -1087,18 +919,18 @@ return documentProperties[key]; }; - var getDocumentProperties = API.__private__.getDocumentProperties = function () { + var getDocumentProperties = API.__private__.getDocumentProperties = function (properties) { return documentProperties; }; - /** - * Adds a properties to the PDF document. - * - * @param {Object} A property_name-to-property_value object structure. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setDocumentProperties + /** + * Adds a properties to the PDF document. + * + * @param {Object} A property_name-to-property_value object structure. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setDocumentProperties */ @@ -1131,17 +963,6 @@ var activeFontKey; // will be string representing the KEY of the font as combination of fontName + fontStyle - var fontStateStack = []; // - - var patterns = {}; // collection of pattern objects - - var patternMap = {}; // see fonts - - var gStates = {}; // collection of graphic state objects - - var gStatesMap = {}; // see fonts - - var activeGState = null; var k; // Scale factor var page = 0; @@ -1149,414 +970,6 @@ var additionalObjects = []; var events = new PubSub(API); var hotfixes = options.hotfixes || []; - var renderTargets = {}; - var renderTargetMap = {}; - var renderTargetStack = []; - var pageX; - var pageY; - var pageMatrix; // only used for FormObjects - - /** - * A matrix object for 2D homogenous transformations:
    - * | a b 0 |
    - * | c d 0 |
    - * | e f 1 |
    - * pdf multiplies matrices righthand: v' = v x m1 x m2 x ... - * - * @class - * @name Matrix - * @param {number} a - * @param {number} b - * @param {number} c - * @param {number} d - * @param {number} e - * @param {number} f - * @constructor - */ - - var Matrix = function Matrix(sx, shy, shx, sy, tx, ty) { - var round = function round(number) { - if (precision >= 16) { - return number; - } else { - return Math.round(number * 100000) / 100000; - } - }; - - var _matrix = []; - /** - * @name sx - * @memberof Matrix# - */ - - Object.defineProperty(this, 'sx', { - get: function get() { - return _matrix[0]; - }, - set: function set(value) { - _matrix[0] = round(value); - } - }); - /** - * @name shy - * @memberof Matrix# - */ - - Object.defineProperty(this, 'shy', { - get: function get() { - return _matrix[1]; - }, - set: function set(value) { - _matrix[1] = round(value); - } - }); - /** - * @name shx - * @memberof Matrix# - */ - - Object.defineProperty(this, 'shx', { - get: function get() { - return _matrix[2]; - }, - set: function set(value) { - _matrix[2] = round(value); - } - }); - /** - * @name sy - * @memberof Matrix# - */ - - Object.defineProperty(this, 'sy', { - get: function get() { - return _matrix[3]; - }, - set: function set(value) { - _matrix[3] = round(value); - } - }); - /** - * @name tx - * @memberof Matrix# - */ - - Object.defineProperty(this, 'tx', { - get: function get() { - return _matrix[4]; - }, - set: function set(value) { - _matrix[4] = round(value); - } - }); - /** - * @name ty - * @memberof Matrix# - */ - - Object.defineProperty(this, 'ty', { - get: function get() { - return _matrix[5]; - }, - set: function set(value) { - _matrix[5] = round(value); - } - }); - Object.defineProperty(this, 'a', { - get: function get() { - return _matrix[0]; - }, - set: function set(value) { - _matrix[0] = round(value); - } - }); - Object.defineProperty(this, 'b', { - get: function get() { - return _matrix[1]; - }, - set: function set(value) { - _matrix[1] = round(value); - } - }); - Object.defineProperty(this, 'c', { - get: function get() { - return _matrix[2]; - }, - set: function set(value) { - _matrix[2] = round(value); - } - }); - Object.defineProperty(this, 'd', { - get: function get() { - return _matrix[3]; - }, - set: function set(value) { - _matrix[3] = round(value); - } - }); - Object.defineProperty(this, 'e', { - get: function get() { - return _matrix[4]; - }, - set: function set(value) { - _matrix[4] = round(value); - } - }); - Object.defineProperty(this, 'f', { - get: function get() { - return _matrix[5]; - }, - set: function set(value) { - _matrix[5] = round(value); - } - }); - /** - * @name rotation - * @memberof Matrix# - */ - - Object.defineProperty(this, 'rotation', { - get: function get() { - return Math.atan2(this.shx, this.sx); - } - }); - /** - * @name scaleX - * @memberof Matrix# - */ - - Object.defineProperty(this, 'scaleX', { - get: function get() { - return this.decompose().scale.sx; - } - }); - /** - * @name scaleY - * @memberof Matrix# - */ - - Object.defineProperty(this, 'scaleY', { - get: function get() { - return this.decompose().scale.sy; - } - }); - /** - * @name isIdentity - * @memberof Matrix# - */ - - Object.defineProperty(this, 'isIdentity', { - get: function get() { - if (this.sx !== 1) { - return false; - } - - if (this.shy !== 0) { - return false; - } - - if (this.shx !== 0) { - return false; - } - - if (this.sy !== 1) { - return false; - } - - if (this.tx !== 0) { - return false; - } - - if (this.ty !== 0) { - return false; - } - - return true; - } - }); - this.sx = !isNaN(sx) ? sx : 1; - this.shy = !isNaN(shy) ? shy : 0; - this.shx = !isNaN(shx) ? shx : 0; - this.sy = !isNaN(sy) ? sy : 1; - this.tx = !isNaN(tx) ? tx : 0; - this.ty = !isNaN(ty) ? ty : 0; - return this; - }; - /** - * Multiply the matrix with given Matrix - * - * @function join - * @param {string} separator Specifies a string to separate each pair of adjacent elements of the array. The separator is converted to a string if necessary. If omitted, the array elements are separated with a comma (","). If separator is an empty string, all elements are joined without any characters in between them. - * @returns {string} A string with all array elements joined. - * @memberof Matrix# - */ - - - Matrix.prototype.join = function (parm1) { - return [this.sx, this.shy, this.shx, this.sy, this.tx, this.ty].join(parm1); - }; - /** - * Multiply the matrix with given Matrix - * - * @function multiply - * @param matrix - * @returns {Matrix} - * @memberof Matrix# - */ - - - Matrix.prototype.multiply = function (matrix) { - var sx = matrix.sx * this.sx + matrix.shy * this.shx; - var shy = matrix.sx * this.shy + matrix.shy * this.sy; - var shx = matrix.shx * this.sx + matrix.sy * this.shx; - var sy = matrix.shx * this.shy + matrix.sy * this.sy; - var tx = matrix.tx * this.sx + matrix.ty * this.shx + this.tx; - var ty = matrix.tx * this.shy + matrix.ty * this.sy + this.ty; - return new Matrix(sx, shy, shx, sy, tx, ty); - }; - /** - * @function decompose - * @memberof Matrix# - */ - - - Matrix.prototype.decompose = function () { - var a = this.sx; - var b = this.shy; - var c = this.shx; - var d = this.sy; - var e = this.tx; - var f = this.ty; - var scaleX = Math.sqrt(a * a + b * b); - a /= scaleX; - b /= scaleX; - var shear = a * c + b * d; - c -= a * shear; - d -= b * shear; - var scaleY = Math.sqrt(c * c + d * d); - c /= scaleY; - d /= scaleY; - shear /= scaleY; - - if (a * d < b * c) { - a = -a; - b = -b; - shear = -shear; - scaleX = -scaleX; - } - - return { - scale: new Matrix(scaleX, 0, 0, scaleY, 0, 0), - translate: new Matrix(1, 0, 0, 1, e, f), - rotate: new Matrix(a, b, -b, a, 0, 0), - skew: new Matrix(1, 0, shear, 1, 0, 0) - }; - }; - /** - * @function toString - * @memberof Matrix# - */ - - - Matrix.prototype.toString = function (parmPrecision) { - var tmpPrecision = precision || parmPrecision || 5; - - var round = function round(number) { - if (precision >= 16) { - return hpf(number); - } else { - return Math.round(number * Math.pow(10, tmpPrecision)) / Math.pow(10, tmpPrecision); - } - }; - - return [round(this.sx), round(this.shy), round(this.shx), round(this.sy), round(this.tx), round(this.ty)].join(" "); - }; - /** - * @function inversed - * @memberof Matrix# - */ - - - Matrix.prototype.inversed = function () { - var a = this.sx, - b = this.shy, - c = this.shx, - d = this.sy, - e = this.tx, - f = this.ty; - var quot = 1 / (a * d - b * c); - var aInv = d * quot; - var bInv = -b * quot; - var cInv = -c * quot; - var dInv = a * quot; - var eInv = -aInv * e - cInv * f; - var fInv = -bInv * e - dInv * f; - return new Matrix(aInv, bInv, cInv, dInv, eInv, fInv); - }; - /** - * @function applyToPoint - * @memberof Matrix# - */ - - - Matrix.prototype.applyToPoint = function (pt) { - var x = pt.x * this.sx + pt.y * this.shx + this.tx; - var y = pt.x * this.shy + pt.y * this.sy + this.ty; - return new Point(x, y); - }; - /** - * @function applyToRectangle - * @memberof Matrix# - */ - - - Matrix.prototype.applyToRectangle = function (rect) { - var pt1 = this.applyToPoint(rect); - var pt2 = this.applyToPoint(new Point(rect.x + rect.w, rect.y + rect.h)); - return new Rectangle(pt1.x, pt1.y, pt2.x - pt1.x, pt2.y - pt1.y); - }; - /** - * Clone the Matrix - * - * @function clone - * @memberof Matrix# - * @name clone - * @instance - */ - - - Matrix.prototype.clone = function () { - var sx = this.sx; - var shy = this.shy; - var shx = this.shx; - var sy = this.sy; - var tx = this.tx; - var ty = this.ty; - return new Matrix(sx, shy, shx, sy, tx, ty); - }; - - API.Matrix = Matrix; - /** - * Multiplies two matrices. (see {@link Matrix}) - * @param {Matrix} m1 - * @param {Matrix} m2 - * @memberof jsPDF# - * @name matrixMult - */ - - var matrixMult = API.matrixMult = function (m1, m2) { - return m1.multiply(m2); - }; - /** - * The identity matrix (equivalent to new Matrix(1, 0, 0, 1, 0, 0)). - * @type {Matrix} - * @memberof! jsPDF# - * @name identityMatrix - */ - - - var identityMatrix = new Matrix(1, 0, 0, 1, 0, 0); - API.unitMatrix = API.identityMatrix = identityMatrix; var newObject = API.__private__.newObject = function () { var oid = newObjectDeferred(); @@ -1612,12 +1025,6 @@ // convert grayscale value to rgb so that it can be converted to hex for consistency var floatVal = parseFloat(colorEncoded[0]); colorEncoded = [floatVal, floatVal, floatVal, 'r']; - } else if (colorEncoded.length === 5 && (colorEncoded[4] === 'k' || colorEncoded[4] === 'K')) { - // convert CMYK values to rbg so that it can be converted to hex for consistency - var red = (1.0 - colorEncoded[0]) * (1.0 - colorEncoded[3]); - var green = (1.0 - colorEncoded[1]) * (1.0 - colorEncoded[3]); - var blue = (1.0 - colorEncoded[2]) * (1.0 - colorEncoded[3]); - colorEncoded = [red, green, blue, 'r']; } var colorAsRGB = '#'; @@ -1642,6 +1049,7 @@ var ch2 = options.ch2; var ch3 = options.ch3; var ch4 = options.ch4; + var precision = options.precision; var letterArray = options.pdfColorType === "draw" ? ['G', 'RG', 'K'] : ['g', 'rg', 'k']; if (typeof ch1 === "string" && ch1.charAt(0) !== '#') { @@ -1713,12 +1121,12 @@ } else { switch (options.precision) { case 2: - color = [f2(ch1), f2(ch2), f2(ch3), f2(ch4), letterArray[2]].join(" "); + color = [f2(ch1 / 255), f2(ch2 / 255), f2(ch3 / 255), f2(ch4 / 255), letterArray[2]].join(" "); break; case 3: default: - color = [f3(ch1), f3(ch2), f3(ch3), f3(ch4), letterArray[2]].join(" "); + color = [f3(ch1 / 255), f3(ch2 / 255), f3(ch3 / 255), f3(ch4 / 255), letterArray[2]].join(" "); } } } @@ -1801,11 +1209,14 @@ }; var putPage = API.__private__.putPage = function (page) { + var mediaBox = page.mediaBox; var pageNumber = page.number; var data = page.data; var pageObjectNumber = page.objId; var pageContentsObjId = page.contentsObjId; newObjectDeferredBegin(pageObjectNumber, true); + var wPt = pagesContext[currentPage].mediaBox.topRightX - pagesContext[currentPage].mediaBox.bottomLeftX; + var hPt = pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY; out('<>"); - putStream(p); - out("endobj"); - }; + var putResourceDictionary = function putResourceDictionary() { + out('/ProcSet [/PDF /Text /ImageB /ImageC /ImageI]'); + out('/Font <<'); // Do this for each font, the '1' bit is the index of the font - var putXObjects = function putXObjects() { - for (var xObjectKey in renderTargets) { - if (renderTargets.hasOwnProperty(xObjectKey)) { - putXObject(renderTargets[xObjectKey]); + for (var fontKey in fonts) { + if (fonts.hasOwnProperty(fontKey)) { + if (putOnlyUsedFonts === false || putOnlyUsedFonts === true && usedFonts.hasOwnProperty(fontKey)) { + out('/' + fontKey + ' ' + fonts[fontKey].objectNumber + ' 0 R'); + } } } - }; - - var interpolateAndEncodeRGBStream = function interpolateAndEncodeRGBStream(colors, numberSamples) { - var tValues = []; - var t; - var dT = 1.0 / (numberSamples - 1); - - for (t = 0.0; t < 1.0; t += dT) { - tValues.push(t); - } - - tValues.push(1.0); // add first and last control point if not present - if (colors[0].offset != 0.0) { - var c0 = { - offset: 0.0, - color: colors[0].color - }; - colors.unshift(c0); - } - - if (colors[colors.length - 1].offset != 1.0) { - var c1 = { - offset: 1.0, - color: colors[colors.length - 1].color - }; - colors.push(c1); - } - - var out = ""; - var index = 0; - - for (var i = 0; i < tValues.length; i++) { - t = tValues[i]; - - while (t > colors[index + 1].offset) { - index++; - } - - var a = colors[index].offset; - var b = colors[index + 1].offset; - var d = (t - a) / (b - a); - var aColor = colors[index].color; - var bColor = colors[index + 1].color; - out += padd2Hex(Math.round((1 - d) * aColor[0] + d * bColor[0]).toString(16)) + padd2Hex(Math.round((1 - d) * aColor[1] + d * bColor[1]).toString(16)) + padd2Hex(Math.round((1 - d) * aColor[2] + d * bColor[2]).toString(16)); - } - - return out.trim(); - }; - - var putShadingPattern = function putShadingPattern(pattern, numberSamples) { - /* - Axial patterns shade between the two points specified in coords, radial patterns between the inner - and outer circle. - The user can specify an array (colors) that maps t-Values in [0, 1] to RGB colors. These are now - interpolated to equidistant samples and written to pdf as a sample (type 0) function. - */ - out("/Shading <<"); // The number of color samples that should be used to describe the shading. - // The higher, the more accurate the gradient will be. - - numberSamples || (numberSamples = 21); - var funcObjectNumber = newObject(); - var stream = interpolateAndEncodeRGBStream(pattern.colors, numberSamples); - out("<< /FunctionType 0"); - out("/Domain [0.0 1.0]"); - out("/Size [" + numberSamples + "]"); - out("/BitsPerSample 8"); - out("/Range [0.0 1.0 0.0 1.0 0.0 1.0]"); - out("/Decode [0.0 1.0 0.0 1.0 0.0 1.0]"); - out("/Length " + stream.length); // The stream is Hex encoded - - out("/Filter /ASCIIHexDecode"); - out(">>"); - putStream(stream); - out("endobj"); - pattern.objectNumber = newObject(); - out("<< /ShadingType " + pattern.type); - out("/ColorSpace /DeviceRGB"); - var coords = "/Coords [" + hpf(parseFloat(pattern.coords[0])) + " " + // x1 - hpf(parseFloat(pattern.coords[1])) + " "; // y1 - - if (pattern.type === 2) { - // axial - coords += hpf(parseFloat(pattern.coords[2])) + " " + // x2 - hpf(parseFloat(pattern.coords[3])); // y2 - } else { - // radial - coords += hpf(parseFloat(pattern.coords[2])) + " " + // r1 - hpf(parseFloat(pattern.coords[3])) + " " + // x2 - hpf(parseFloat(pattern.coords[4])) + " " + // y2 - hpf(parseFloat(pattern.coords[5])); // r2 - } - - coords += "]"; - out(coords); - - if (pattern.matrix) { - out("/Matrix [" + pattern.matrix.toString() + "]"); - } - - out("/Function " + funcObjectNumber + " 0 R"); - out("/Extend [true true]"); - out(">>"); - out("endobj"); - out(">>"); - }; - - var putTilingPattern = function putTilingPattern(pattern) { - var resourcesObjectNumber = newObject(); - putResourceDictionary(); - out("endobj"); - pattern.objectNumber = newObject(); - out("<< /Type /Pattern"); - out("/PatternType 1"); // tiling pattern - - out("/PaintType 1"); // colored tiling pattern - - out("/TilingType 1"); // constant spacing - - out("/BBox [" + pattern.boundingBox.map(hpf).join(" ") + "]"); - out("/XStep " + hpf(pattern.xStep)); - out("/YStep " + hpf(pattern.yStep)); - out("/Length " + pattern.stream.length); - out("/Resources " + resourcesObjectNumber + " 0 R"); // TODO: resources - - pattern.matrix && out("/Matrix [" + pattern.matrix.toString() + "]"); - out(">>"); - putStream(pattern.stream); - out("endobj"); - }; - - var putPatterns = function putPatterns() { - var patternKey; - - for (patternKey in patterns) { - if (patterns.hasOwnProperty(patternKey)) { - if (patterns[patternKey] instanceof API.ShadingPattern) { - putShadingPattern(patterns[patternKey]); - } else if (patterns[patternKey] instanceof API.TilingPattern) { - putTilingPattern(patterns[patternKey]); - } - } - } - }; - - var putGState = function putGState(gState) { - gState.objectNumber = newObject(); - out("<<"); - - for (var p in gState) { - switch (p) { - case "opacity": - out("/ca " + f2(gState[p])); - break; - - case "stroke-opacity": - out("/CA " + f2(gState[p])); - break; - } - } - - out(">>"); - out("endobj"); - }; - - var putGStates = function putGStates() { - var gStateKey; - - for (gStateKey in gStates) { - if (gStates.hasOwnProperty(gStateKey)) { - putGState(gStates[gStateKey]); - } - } - }; - - var putXobjectDict = function putXobjectDict() { - out("/XObject <<"); - - for (var xObjectKey in renderTargets) { - if (renderTargets.hasOwnProperty(xObjectKey) && renderTargets[xObjectKey].objectNumber >= 0) { - out("/" + xObjectKey + " " + renderTargets[xObjectKey].objectNumber + " 0 R"); - } - } // Loop through images, or other data objects - - - events.publish("putXobjectDict"); - out(">>"); - }; - - var putFontDict = function putFontDict() { - out('/Font <<'); - - for (var fontKey in fonts) { - if (fonts.hasOwnProperty(fontKey)) { - if (putOnlyUsedFonts === true && usedFonts.hasOwnProperty(fontKey)) { - out('/' + fontKey + ' ' + fonts[fontKey].objectNumber + ' 0 R'); - } - } - } - - out('>>'); - }; - - var putShadingPatternDict = function putShadingPatternDict() { - if (Object.keys(patterns).length > 0) { - out("/Shading <<"); - - for (var patternKey in patterns) { - if (patterns.hasOwnProperty(patternKey) && patterns[patternKey] instanceof API.ShadingPattern && patterns[patternKey].objectNumber >= 0) { - out("/" + patternKey + " " + patterns[patternKey].objectNumber + " 0 R"); - } - } - - events.publish("putShadingPatternDict"); - out(">>"); - } - }; - - var putTilingPatternDict = function putTilingPatternDict() { - if (Object.keys(patterns).length > 0) { - out("/Pattern <<"); - - for (var patternKey in patterns) { - if (patterns.hasOwnProperty(patternKey) && patterns[patternKey] instanceof API.TilingPattern && patterns[patternKey].objectNumber >= 0) { - out("/" + patternKey + " " + patterns[patternKey].objectNumber + " 0 R"); - } - } - - events.publish("putTilingPatternDict"); - } - }; - - var putGStatesDict = function putGStatesDict() { - if (Object.keys(gStates).length > 0) { - var gStateKey; - out("/ExtGState <<"); - - for (gStateKey in gStates) { - if (gStates.hasOwnProperty(gStateKey) && gStates[gStateKey].objectNumber >= 0) { - out("/" + gStateKey + " " + gStates[gStateKey].objectNumber + " 0 R"); - } - } - - events.publish("putGStateDict"); - out(">>"); - } - }; - - var putResourceDictionary = function putResourceDictionary() { - out('<<'); - out('/ProcSet [/PDF /Text /ImageB /ImageC /ImageI]'); - putFontDict(); - putShadingPatternDict(); - putTilingPatternDict(); - putGStatesDict(); - putXobjectDict(); - out('>>'); - }; + out('>>'); + out('/XObject <<'); + events.publish('putXobjectDict'); + out('>>'); + }; var putResources = function putResources() { putFonts(); - putGStates(); - putXObjects(); - putPatterns(); events.publish('putResources'); newObjectDeferredBegin(resourceDictionaryObjId, true); + out('<<'); putResourceDictionary(); + out('>>'); out('endobj'); events.publish('postPutResources'); }; @@ -2299,12 +1441,12 @@ return fn.apply(this, arguments); } catch (e) { var stack = e.stack || ''; - if (~stack.indexOf(' at ')) { stack = stack.split(" at ")[1]; } + if (~stack.indexOf(' at ')) stack = stack.split(" at ")[1]; var m = "Error in function " + stack.split("\n")[0].split('<')[0] + ": " + e.message; if (global.console) { global.console.error(m, e); - if (global.alert) { alert(m); } + if (global.alert) alert(m); } else { throw new Error(m); } @@ -2316,52 +1458,52 @@ }; var to8bitStream = function to8bitStream(text, flags) { - /** - * PDF 1.3 spec: - * "For text strings encoded in Unicode, the first two bytes must be 254 followed by - * 255, representing the Unicode byte order marker, U+FEFF. (This sequence conflicts - * with the PDFDocEncoding character sequence thorn ydieresis, which is unlikely - * to be a meaningful beginning of a word or phrase.) The remainder of the - * string consists of Unicode character codes, according to the UTF-16 encoding - * specified in the Unicode standard, version 2.0. Commonly used Unicode values - * are represented as 2 bytes per character, with the high-order byte appearing first - * in the string." - * - * In other words, if there are chars in a string with char code above 255, we - * recode the string to UCS2 BE - string doubles in length and BOM is prepended. - * - * HOWEVER! - * Actual *content* (body) text (as opposed to strings used in document properties etc) - * does NOT expect BOM. There, it is treated as a literal GID (Glyph ID) - * - * Because of Adobe's focus on "you subset your fonts!" you are not supposed to have - * a font that maps directly Unicode (UCS2 / UTF16BE) code to font GID, but you could - * fudge it with "Identity-H" encoding and custom CIDtoGID map that mimics Unicode - * code page. There, however, all characters in the stream are treated as GIDs, - * including BOM, which is the reason we need to skip BOM in content text (i.e. that - * that is tied to a font). - * - * To signal this "special" PDFEscape / to8bitStream handling mode, - * API.text() function sets (unless you overwrite it with manual values - * given to API.text(.., flags) ) - * flags.autoencode = true - * flags.noBOM = true - * - * =================================================================================== - * `flags` properties relied upon: - * .sourceEncoding = string with encoding label. - * "Unicode" by default. = encoding of the incoming text. - * pass some non-existing encoding name - * (ex: 'Do not touch my strings! I know what I am doing.') - * to make encoding code skip the encoding step. - * .outputEncoding = Either valid PDF encoding name - * (must be supported by jsPDF font metrics, otherwise no encoding) - * or a JS object, where key = sourceCharCode, value = outputCharCode - * missing keys will be treated as: sourceCharCode === outputCharCode - * .noBOM - * See comment higher above for explanation for why this is important - * .autoencode - * See comment higher above for explanation for why this is important + /** + * PDF 1.3 spec: + * "For text strings encoded in Unicode, the first two bytes must be 254 followed by + * 255, representing the Unicode byte order marker, U+FEFF. (This sequence conflicts + * with the PDFDocEncoding character sequence thorn ydieresis, which is unlikely + * to be a meaningful beginning of a word or phrase.) The remainder of the + * string consists of Unicode character codes, according to the UTF-16 encoding + * specified in the Unicode standard, version 2.0. Commonly used Unicode values + * are represented as 2 bytes per character, with the high-order byte appearing first + * in the string." + * + * In other words, if there are chars in a string with char code above 255, we + * recode the string to UCS2 BE - string doubles in length and BOM is prepended. + * + * HOWEVER! + * Actual *content* (body) text (as opposed to strings used in document properties etc) + * does NOT expect BOM. There, it is treated as a literal GID (Glyph ID) + * + * Because of Adobe's focus on "you subset your fonts!" you are not supposed to have + * a font that maps directly Unicode (UCS2 / UTF16BE) code to font GID, but you could + * fudge it with "Identity-H" encoding and custom CIDtoGID map that mimics Unicode + * code page. There, however, all characters in the stream are treated as GIDs, + * including BOM, which is the reason we need to skip BOM in content text (i.e. that + * that is tied to a font). + * + * To signal this "special" PDFEscape / to8bitStream handling mode, + * API.text() function sets (unless you overwrite it with manual values + * given to API.text(.., flags) ) + * flags.autoencode = true + * flags.noBOM = true + * + * =================================================================================== + * `flags` properties relied upon: + * .sourceEncoding = string with encoding label. + * "Unicode" by default. = encoding of the incoming text. + * pass some non-existing encoding name + * (ex: 'Do not touch my strings! I know what I am doing.') + * to make encoding code skip the encoding step. + * .outputEncoding = Either valid PDF encoding name + * (must be supported by jsPDF font metrics, otherwise no encoding) + * or a JS object, where key = sourceCharCode, value = outputCharCode + * missing keys will be treated as: sourceCharCode === outputCharCode + * .noBOM + * See comment higher above for explanation for why this is important + * .autoencode + * See comment higher above for explanation for why this is important */ var i, l, sourceEncoding, encodingBlock, outputEncoding, newtext, isUnicode, ch, bch; flags = flags || {}; @@ -2454,50 +1596,52 @@ }; var pdfEscape = API.__private__.pdfEscape = API.pdfEscape = function (text, flags) { - /** - * Replace '/', '(', and ')' with pdf-safe versions - * - * Doing to8bitStream does NOT make this PDF display unicode text. For that - * we also need to reference a unicode font and embed it - royal pain in the rear. - * - * There is still a benefit to to8bitStream - PDF simply cannot handle 16bit chars, - * which JavaScript Strings are happy to provide. So, while we still cannot display - * 2-byte characters property, at least CONDITIONALLY converting (entire string containing) - * 16bit chars to (USC-2-BE) 2-bytes per char + BOM streams we ensure that entire PDF - * is still parseable. - * This will allow immediate support for unicode in document properties strings. + /** + * Replace '/', '(', and ')' with pdf-safe versions + * + * Doing to8bitStream does NOT make this PDF display unicode text. For that + * we also need to reference a unicode font and embed it - royal pain in the rear. + * + * There is still a benefit to to8bitStream - PDF simply cannot handle 16bit chars, + * which JavaScript Strings are happy to provide. So, while we still cannot display + * 2-byte characters property, at least CONDITIONALLY converting (entire string containing) + * 16bit chars to (USC-2-BE) 2-bytes per char + BOM streams we ensure that entire PDF + * is still parseable. + * This will allow immediate support for unicode in document properties strings. */ return to8bitStream(text, flags).replace(/\\/g, '\\\\').replace(/\(/g, '\\(').replace(/\)/g, '\\)'); }; - var beginPage = API.__private__.beginPage = function (parmFormat, parmOrientation) { - var tmp, width, height; + var beginPage = API.__private__.beginPage = function (width, height) { + var tmp; // Dimensions are stored as user units and converted to points on output - if (typeof parmFormat === 'string') { - if (tmp = getPageFormat(parmFormat.toLowerCase())) { + var orientation = typeof height === 'string' && height.toLowerCase(); + + if (typeof width === 'string') { + if (tmp = getPageFormat(width.toLowerCase())) { width = tmp[0]; height = tmp[1]; } } - if (Array.isArray(parmFormat)) { - width = parmFormat[0] * k; - height = parmFormat[1] * k; + if (Array.isArray(width)) { + height = width[1]; + width = width[0]; } - if (isNaN(width)) { + if (isNaN(width) || isNaN(height)) { width = format[0]; height = format[1]; } - if (parmOrientation) { - switch (parmOrientation.substr(0, 1)) { + if (orientation) { + switch (orientation.substr(0, 1)) { case 'l': - if (height > width) { orientation = 's'; } + if (height > width) orientation = 's'; break; case 'p': - if (width > height) { orientation = 's'; } + if (width > height) orientation = 's'; break; } @@ -2559,7 +1703,6 @@ var _deletePage = function _deletePage(n) { if (n > 0 && n <= page) { pages.splice(n, 1); - pagesContext.splice(n, 1); page--; if (currentPage > page) { @@ -2579,23 +1722,23 @@ var getNumberOfPages = API.__private__.getNumberOfPages = API.getNumberOfPages = function () { return pages.length - 1; }; - /** - * Returns a document-specific font key - a label assigned to a - * font name + font type combination at the time the font was added - * to the font inventory. - * - * Font key is used as label for the desired font for a block of text - * to be added to the PDF document stream. - * @private - * @function - * @param fontName {string} can be undefined on "falthy" to indicate "use current" - * @param fontStyle {string} can be undefined on "falthy" to indicate "use current" - * @returns {string} Font key. - * @ignore + /** + * Returns a document-specific font key - a label assigned to a + * font name + font type combination at the time the font was added + * to the font inventory. + * + * Font key is used as label for the desired font for a block of text + * to be added to the PDF document stream. + * @private + * @function + * @param fontName {string} can be undefined on "falthy" to indicate "use current" + * @param fontStyle {string} can be undefined on "falthy" to indicate "use current" + * @returns {string} Font key. + * @ignore */ - var getFont = function getFont(fontName, fontStyle, options) { + var _getFont = function getFont(fontName, fontStyle, options) { var key = undefined, fontNameLowerCase; options = options || {}; @@ -2648,7 +1791,7 @@ out('/Type /Catalog'); out('/Pages ' + tmpRootDictionaryObjId + ' 0 R'); // PDF13ref Section 7.2.1 - if (!zoomMode) { zoomMode = 'fullwidth'; } + if (!zoomMode) zoomMode = 'fullwidth'; switch (zoomMode) { case 'fullwidth': @@ -2669,7 +1812,7 @@ default: var pcn = '' + zoomMode; - if (pcn.substr(pcn.length - 1) === '%') { zoomMode = parseInt(zoomMode) / 100; } + if (pcn.substr(pcn.length - 1) === '%') zoomMode = parseInt(zoomMode) / 100; if (typeof zoomMode === 'number') { out('/OpenAction [3 0 R /XYZ null null ' + f2(zoomMode) + ']'); @@ -2677,7 +1820,7 @@ } - if (!layoutMode) { layoutMode = 'continuous'; } + if (!layoutMode) layoutMode = 'continuous'; switch (layoutMode) { case 'continuous': @@ -2699,12 +1842,12 @@ } if (pageMode) { - /** - * A name object specifying how the document should be displayed when opened: - * UseNone : Neither document outline nor thumbnail images visible -- DEFAULT - * UseOutlines : Document outline visible - * UseThumbs : Thumbnail images visible - * FullScreen : Full-screen mode, with no menu bar, window controls, or any other window visible + /** + * A name object specifying how the document should be displayed when opened: + * UseNone : Neither document outline nor thumbnail images visible -- DEFAULT + * UseOutlines : Document outline visible + * UseThumbs : Thumbnail images visible + * FullScreen : Full-screen mode, with no menu bar, window controls, or any other window visible */ out('/PageMode /' + pageMode); } @@ -2784,24 +1927,25 @@ type: "application/pdf" }); }; - /** - * Generates the PDF document. - * - * If `type` argument is undefined, output is raw body of resulting PDF returned as a string. - * - * @param {string} type A string identifying one of the possible output types. Possible values are 'arraybuffer', 'blob', 'bloburi'/'bloburl', 'datauristring'/'dataurlstring', 'datauri'/'dataurl', 'dataurlnewwindow', 'pdfobjectnewwindow', 'pdfjsnewwindow'. - * @param {Object} options An object providing some additional signalling to PDF generator. Possible options are 'filename'. - * - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name output + /** + * Generates the PDF document. + * + * If `type` argument is undefined, output is raw body of resulting PDF returned as a string. + * + * @param {string} type A string identifying one of the possible output types. Possible values are 'arraybuffer', 'blob', 'bloburi'/'bloburl', 'datauristring'/'dataurlstring', 'datauri'/'dataurl', 'dataurlnewwindow'. + * @param {Object} options An object providing some additional signalling to PDF generator. Possible options are 'filename'. + * + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name output */ var output = API.output = API.__private__.output = SAFE(function output(type, options) { options = options || {}; + var pdfDocument = buildDocument(); if (typeof options === "string") { options = { @@ -2813,23 +1957,23 @@ switch (type) { case undefined: - return buildDocument(); + return pdfDocument; case 'save': API.save(options.filename); break; case 'arraybuffer': - return getArrayBuffer(buildDocument()); + return getArrayBuffer(pdfDocument); case 'blob': - return getBlob(buildDocument()); + return getBlob(pdfDocument); case 'bloburi': case 'bloburl': // Developer is responsible of calling revokeObjectURL if (typeof global.URL !== "undefined" && typeof global.URL.createObjectURL === "function") { - return global.URL && global.URL.createObjectURL(getBlob(buildDocument())) || void 0; + return global.URL && global.URL.createObjectURL(getBlob(pdfDocument)) || void 0; } else { console.warn('bloburl is not supported by your system, because URL.createObjectURL is not supported by your browser.'); } @@ -2838,84 +1982,32 @@ case 'datauristring': case 'dataurlstring': - var dataURI = ''; - var pdfDocument = buildDocument(); - - try { - dataURI = btoa(pdfDocument); - } catch (e) { - dataURI = btoa(unescape(encodeURIComponent(pdfDocument))); - } - - return 'data:application/pdf;filename=' + options.filename + ';base64,' + dataURI; - - case 'pdfobjectnewwindow': - if (Object.prototype.toString.call(global) === '[object Window]') { - var pdfObjectUrl = options.pdfObjectUrl || 'https://cdnjs.cloudflare.com/ajax/libs/pdfobject/2.1.1/pdfobject.min.js'; - var htmlForNewWindow = '' + '' + '' + '' + '' + ''; - var nW = global.open(); - - if (nW !== null) { - nW.document.write(htmlForNewWindow); - } - - return nW; - } else { - throw new Error('The option pdfobjectnewwindow just works in a browser-environment.'); - } - - break; - - case 'pdfjsnewwindow': - if (Object.prototype.toString.call(global) === '[object Window]') { - var pdfJsUrl = options.pdfJsUrl || 'examples/PDF.js/web/viewer.html'; - var htmlForNewWindow = '' + '' + '' + ''; - var nW = global.open(); + var htmlForNewWindow = '' + '' + '' + '' + ''; + var nW = global.open(); - if (nW !== null) { - nW.document.write(htmlForNewWindow); - } - - if (nW || typeof safari === "undefined") { return nW; } - } else { - throw new Error('The option dataurlnewwindow just works in a browser-environment.'); + if (nW !== null) { + nW.document.write(htmlForNewWindow); } - break; + if (nW || typeof safari === "undefined") return nW; + + /* pass through */ case 'datauri': case 'dataurl': - return global.document.location.href = this.output('datauristring', options); + return global.document.location.href = 'data:application/pdf;filename=' + options.filename + ';base64,' + btoa(pdfDocument); default: return null; } }); - /** - * Used to see if a supplied hotfix was requested when the pdf instance was created. - * @param {string} hotfixName - The name of the hotfix to check. - * @returns {boolean} + /** + * Used to see if a supplied hotfix was requested when the pdf instance was created. + * @param {string} hotfixName - The name of the hotfix to check. + * @returns {boolean} */ var hasHotfix = function hasHotfix(hotfixName) { @@ -2968,7 +2060,7 @@ setFileId(); //--------------------------------------- // Public API - var getPageInfo = API.__private__.getPageInfo = API.getPageInfo = function (pageNumberOneBased) { + var getPageInfo = API.__private__.getPageInfo = function (pageNumberOneBased) { if (isNaN(pageNumberOneBased) || pageNumberOneBased % 1 !== 0) { throw new Error('Invalid argument passed to jsPDF.getPageInfo'); } @@ -2996,24 +2088,24 @@ return getPageInfo(pageNumber); }; - var getCurrentPageInfo = API.__private__.getCurrentPageInfo = API.getCurrentPageInfo = function () { + var getCurrentPageInfo = API.__private__.getCurrentPageInfo = function () { return { objId: pagesContext[currentPage].objId, pageNumber: currentPage, pageContext: pagesContext[currentPage] }; }; - /** - * Adds (and transfers the focus to) new page to the PDF document. - * @param format {String/Array} The format of the new page. Can be:
    • a0 - a10
    • b0 - b10
    • c0 - c10
    • dl
    • letter
    • government-letter
    • legal
    • junior-legal
    • ledger
    • tabloid
    • credit-card

    - * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] - * @param orientation {string} Orientation of the new page. Possible values are "portrait" or "landscape" (or shortcuts "p" (Default), "l"). - * @function - * @instance - * @returns {jsPDF} - * - * @memberof jsPDF# - * @name addPage + /** + * Adds (and transfers the focus to) new page to the PDF document. + * @param format {String/Array} The format of the new page. Can be:
    • a0 - a10
    • b0 - b10
    • c0 - c10
    • dl
    • letter
    • government-letter
    • legal
    • junior-legal
    • ledger
    • tabloid
    • credit-card

    + * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] + * @param orientation {string} Orientation of the new page. Possible values are "portrait" or "landscape" (or shortcuts "p" (Default), "l"). + * @function + * @instance + * @returns {jsPDF} + * + * @memberOf jsPDF + * @name addPage */ @@ -3022,22 +2114,22 @@ return this; }; - /** - * Adds (and transfers the focus to) new page to the PDF document. - * @function - * @instance - * @returns {jsPDF} - * - * @memberof jsPDF# - * @name setPage - * @param {number} page Switch the active page to the page number specified. - * @example - * doc = jsPDF() - * doc.addPage() - * doc.addPage() - * doc.text('I am on page 3', 10, 10) - * doc.setPage(1) - * doc.text('I am on page 1', 10, 10) + /** + * Adds (and transfers the focus to) new page to the PDF document. + * @function + * @instance + * @returns {jsPDF} + * + * @memberOf jsPDF + * @name setPage + * @param {number} page Switch the active page to the page number specified. + * @example + * doc = jsPDF() + * doc.addPage() + * doc.addPage() + * doc.text('I am on page 3', 10, 10) + * doc.setPage(1) + * doc.text('I am on page 1', 10, 10) */ @@ -3046,14 +2138,14 @@ return this; }; - /** - * @name insertPage - * @memberof jsPDF# - * - * @function - * @instance - * @param {Object} beforePage - * @returns {jsPDF} + /** + * @name insertPage + * @memberOf jsPDF + * + * @function + * @instance + * @param {Object} beforePage + * @returns {jsPDF} */ @@ -3062,23 +2154,21 @@ this.movePage(currentPage, beforePage); return this; }; - /** - * @name movePage - * @memberof jsPDF# - * @function - * @instance - * @param {number} targetPage - * @param {number} beforePage - * @returns {jsPDF} + /** + * @name movePage + * @memberOf jsPDF + * @function + * @instance + * @param {Object} targetPage + * @param {Object} beforePage + * @returns {jsPDF} */ API.movePage = function (targetPage, beforePage) { - var tmpPages, tmpPagesContext; - if (targetPage > beforePage) { - tmpPages = pages[targetPage]; - tmpPagesContext = pagesContext[targetPage]; + var tmpPages = pages[targetPage]; + var tmpPagesContext = pagesContext[targetPage]; for (var i = targetPage; i > beforePage; i--) { pages[i] = pages[i - 1]; @@ -3089,12 +2179,12 @@ pagesContext[beforePage] = tmpPagesContext; this.setPage(beforePage); } else if (targetPage < beforePage) { - tmpPages = pages[targetPage]; - tmpPagesContext = pagesContext[targetPage]; + var tmpPages = pages[targetPage]; + var tmpPagesContext = pagesContext[targetPage]; - for (var j = targetPage; j < beforePage; j++) { - pages[j] = pages[j + 1]; - pagesContext[j] = pagesContext[j + 1]; + for (var i = targetPage; i < beforePage; i++) { + pages[i] = pages[i + 1]; + pagesContext[i] = pagesContext[i + 1]; } pages[beforePage] = tmpPages; @@ -3104,14 +2194,13 @@ return this; }; - /** - * Deletes a page from the PDF. - * @name deletePage - * @memberof jsPDF# - * @function - * @param {number} targetPage - * @instance - * @returns {jsPDF} + /** + * Deletes a page from the PDF. + * @name deletePage + * @memberOf jsPDF + * @function + * @instance + * @returns {jsPDF} */ @@ -3120,54 +2209,45 @@ return this; }; - /** - * Adds text to page. Supports adding multiline text when 'text' argument is an Array of Strings. - * - * @function - * @instance - * @param {String|Array} text String or array of strings to be added to the page. Each line is shifted one line down per font, spacing settings declared before this call. - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {Object} [options] - Collection of settings signaling how the text must be encoded. - * @param {string} [options.align=left] - The alignment of the text, possible values: left, center, right, justify. - * @param {string} [options.baseline=alphabetic] - Sets text baseline used when drawing the text, possible values: alphabetic, ideographic, bottom, top, middle, hanging - * @param {string} [options.angle=0] - Rotate the text clockwise or counterclockwise. Expects the angle in degree. - * @param {string} [options.rotationDirection=1] - Direction of the rotation. 0 = clockwise, 1 = counterclockwise. - * @param {string} [options.charSpace=0] - The space between each letter. - * @param {string} [options.lineHeightFactor=1.15] - The lineheight of each line. - * @param {string} [options.flags] - Flags for to8bitStream. - * @param {string} [options.flags.noBOM=true] - Don't add BOM to Unicode-text. - * @param {string} [options.flags.autoencode=true] - Autoencode the Text. - * @param {string} [options.maxWidth=0] - Split the text by given width, 0 = no split. - * @param {string} [options.renderingMode=fill] - Set how the text should be rendered, possible values: fill, stroke, fillThenStroke, invisible, fillAndAddForClipping, strokeAndAddPathForClipping, fillThenStrokeAndAddToPathForClipping, addToPathForClipping. - * @param {number|Matrix} transform If transform is a number the text will be rotated by this value around the anchor set by x and y. - * - * If it is a Matrix, this matrix gets directly applied to the text, which allows shearing - * effects etc.; the x and y offsets are then applied AFTER the coordinate system has been established by this - * matrix. This means passing a rotation matrix that is equivalent to some rotation angle will in general yield a - * DIFFERENT result. A matrix is only allowed in "advanced" API mode. - * @returns {jsPDF} - * @memberof jsPDF# - * @name text + /** + * Adds text to page. Supports adding multiline text when 'text' argument is an Array of Strings. + * + * @function + * @instance + * @param {String|Array} text String or array of strings to be added to the page. Each line is shifted one line down per font, spacing settings declared before this call. + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {Object} [options] - Collection of settings signaling how the text must be encoded. + * @param {string} [options.align=left] - The alignment of the text, possible values: left, center, right, justify. + * @param {string} [options.baseline=alphabetic] - Sets text baseline used when drawing the text, possible values: alphabetic, ideographic, bottom, top, middle. + * @param {string} [options.angle=0] - Rotate the text counterclockwise. Expects the angle in degree. + * @param {string} [options.charSpace=0] - The space between each letter. + * @param {string} [options.lineHeightFactor=1.15] - The lineheight of each line. + * @param {string} [options.flags] - Flags for to8bitStream. + * @param {string} [options.flags.noBOM=true] - Don't add BOM to Unicode-text. + * @param {string} [options.flags.autoencode=true] - Autoencode the Text. + * @param {string} [options.maxWidth=0] - Split the text by given width, 0 = no split. + * @param {string} [options.renderingMode=fill] - Set how the text should be rendered, possible values: fill, stroke, fillThenStroke, invisible, fillAndAddForClipping, strokeAndAddPathForClipping, fillThenStrokeAndAddToPathForClipping, addToPathForClipping. + * @returns {jsPDF} + * @memberOf jsPDF + * @name text */ - var text = API.__private__.text = API.text = function (text, x, y, options, transform) { - /* - * Inserts something like this into PDF - * BT - * /F1 16 Tf % Font name + size - * 16 TL % How many units down for next line in multiline text - * 0 g % color - * 28.35 813.54 Td % position - * (line one) Tj - * T* (line two) Tj - * T* (line three) Tj - * ET + var text = API.__private__.text = API.text = function (text, x, y, options) { + /** + * Inserts something like this into PDF + * BT + * /F1 16 Tf % Font name + size + * 16 TL % How many units down for next line in multiline text + * 0 g % color + * 28.35 813.54 Td % position + * (line one) Tj + * T* (line two) Tj + * T* (line three) Tj + * ET */ - options = options || {}; - var scope = options.scope || this; //backwardsCompatibility - + //backwardsCompatibility var tmp; // Pre-August-2012 the order of arguments was function(x, y, text, flags) // in effort to make all calls have similar signature like // function(data, coordinates... , miscellaneous) @@ -3181,39 +2261,37 @@ text = tmp; } - var transformationMatrix; + var flags = arguments[3]; + var angle = arguments[4]; + var align = arguments[5]; - if (arguments[3] instanceof Matrix === false) { - var flags = arguments[3]; - var angle = arguments[4]; - var align = arguments[5]; - - if (_typeof(flags) !== "object" || flags === null) { - if (typeof angle === 'string') { - align = angle; - angle = null; - } - - if (typeof flags === 'string') { - align = flags; - flags = null; - } + if (_typeof(flags) !== "object" || flags === null) { + if (typeof angle === 'string') { + align = angle; + angle = null; + } - if (typeof flags === 'number') { - angle = flags; - flags = null; - } + if (typeof flags === 'string') { + align = flags; + flags = null; + } - options = { - flags: flags, - angle: angle, - align: align - }; + if (typeof flags === 'number') { + angle = flags; + flags = null; } - } else { - transformationMatrix = arguments[3]; + + options = { + flags: flags, + angle: angle, + align: align + }; } + flags = flags || {}; + flags.noBOM = flags.noBOM || true; + flags.autoencode = flags.autoencode || true; + if (isNaN(x) || isNaN(y) || typeof text === "undefined" || text === null) { throw new Error('Invalid arguments passed to jsPDF.text'); } @@ -3225,7 +2303,7 @@ var xtra = ''; var isHex = false; var lineHeight = typeof options.lineHeightFactor === 'number' ? options.lineHeightFactor : lineHeightFactor; - var k = scope.internal.scaleFactor; + var scope = options.scope || this; function ESC(s) { s = s.split("\t").join(Array(options.TabLen || 9).join(" ")); @@ -3246,7 +2324,7 @@ if (typeof curDa === "string") { da.push(curDa); } else { - if (Array.isArray(text) && (curDa.length === 1 || curDa[1] === undefined && curDa[2] === undefined)) { + if (Array.isArray(text) && curDa.length === 1) { da.push(curDa[0]); } else { da.push([curDa[0], curDa[1], curDa[2]]); @@ -3276,7 +2354,7 @@ if (typeof curDa === "string") { da.push(processingFunction(curDa)[0]); - } else if (Array.isArray(curDa) && typeof curDa[0] === "string") { + } else if (Array.isArray(curDa) && curDa[0] === "string") { tmpResult = processingFunction(curDa[0], curDa[1], curDa[2]); da.push([tmpResult[0], tmpResult[1], tmpResult[2]]); } @@ -3315,6 +2393,15 @@ if (textIsOfTypeString === false) { throw new Error('Type of text must be string or Array. "' + text + '" is not recognized.'); + } //Escaping + + + var activeFontEncoding = fonts[activeFontKey].encoding; + + if (activeFontEncoding === "WinAnsiEncoding" || activeFontEncoding === "StandardEncoding") { + text = processTextByFunction(text, function (text, posX, posY) { + return [ESC(text), posX, posY]; + }); } //If there are any newlines in text, we assume //the user wanted to print multiple lines, so break the //text up into an array. If the text is already an array, @@ -3388,35 +2475,26 @@ options = payload.options; //angle var angle = options.angle; + var k = scope.internal.scaleFactor; + var transformationMatrix = []; - if (transformationMatrix instanceof Matrix === false && angle && typeof angle === "number") { + if (angle) { angle *= Math.PI / 180; - - if (options.rotationDirection === 0) { - angle = -angle; - } - - var c = Math.cos(angle); - var s = Math.sin(angle); - transformationMatrix = new Matrix(f2(c), f2(s), f2(s * -1), f2(c), 0, 0); - } else if (angle && angle instanceof Matrix) { - transformationMatrix = angle; + var c = Math.cos(angle), + s = Math.sin(angle); + transformationMatrix = [f2(c), f2(s), f2(s * -1), f2(c)]; } //charSpace - var charSpace = options.charSpace || activeCharSpace; + var charSpace = options.charSpace; if (typeof charSpace !== 'undefined') { xtra += f3(charSpace * k) + " Tc\n"; - this.setCharSpace(this.getCharSpace() || 0); } //lang var lang = options.lang; - //renderingMode - - - var renderingMode = -1; + var tmpRenderingMode = -1; var parmRenderingMode = typeof options.renderingMode !== "undefined" ? options.renderingMode : options.stroke; var pageContext = scope.internal.getCurrentPageInfo().pageContext; @@ -3424,64 +2502,65 @@ case 0: case false: case 'fill': - renderingMode = 0; + tmpRenderingMode = 0; break; case 1: case true: case 'stroke': - renderingMode = 1; + tmpRenderingMode = 1; break; case 2: case 'fillThenStroke': - renderingMode = 2; + tmpRenderingMode = 2; break; case 3: case 'invisible': - renderingMode = 3; + tmpRenderingMode = 3; break; case 4: case 'fillAndAddForClipping': - renderingMode = 4; + tmpRenderingMode = 4; break; case 5: case 'strokeAndAddPathForClipping': - renderingMode = 5; + tmpRenderingMode = 5; break; case 6: case 'fillThenStrokeAndAddToPathForClipping': - renderingMode = 6; + tmpRenderingMode = 6; break; case 7: case 'addToPathForClipping': - renderingMode = 7; + tmpRenderingMode = 7; break; } var usedRenderingMode = typeof pageContext.usedRenderingMode !== 'undefined' ? pageContext.usedRenderingMode : -1; //if the coder wrote it explicitly to use a specific //renderingMode, then use it - if (renderingMode !== -1) { - xtra += renderingMode + " Tr\n"; //otherwise check if we used the rendering Mode already + if (tmpRenderingMode !== -1) { + xtra += tmpRenderingMode + " Tr\n"; //otherwise check if we used the rendering Mode already //if so then set the rendering Mode... } else if (usedRenderingMode !== -1) { xtra += "0 Tr\n"; } - if (renderingMode !== -1) { - pageContext.usedRenderingMode = renderingMode; + if (tmpRenderingMode !== -1) { + pageContext.usedRenderingMode = tmpRenderingMode; } //align var align = options.align || 'left'; var leading = activeFontSize * lineHeight; var pageWidth = scope.internal.pageSize.getWidth(); + var k = scope.internal.scaleFactor; var activeFont = fonts[activeFontKey]; var charSpace = options.charSpace || activeCharSpace; var maxWidth = options.maxWidth || 0; @@ -3567,7 +2646,7 @@ newX = i === 0 ? getHorizontalCoordinate(x) : 0; if (i < len - 1) { - wordSpacingPerLine.push(f2((maxWidth - lineWidths[i]) / (da[i].split(" ").length - 1) * k)); + wordSpacingPerLine.push(((maxWidth - lineWidths[i]) / (da[i].split(" ").length - 1) * k).toFixed(2)); } text.push([da[i], newX, newY]); @@ -3601,78 +2680,53 @@ }; events.publish('postProcessText', payload); text = payload.text; - isHex = payload.mutex.isHex || false; //Escaping - - var activeFontEncoding = fonts[activeFontKey].encoding; - - if (activeFontEncoding === "WinAnsiEncoding" || activeFontEncoding === "StandardEncoding") { - text = processTextByFunction(text, function (text, posX, posY) { - return [ESC(text), posX, posY]; - }); - } - + isHex = payload.mutex.isHex; var da = transformTextToSpecialArray(text); text = []; - var STRING = 0; - var ARRAY = 1; - var variant = Array.isArray(da[0]) ? ARRAY : STRING; + var variant = 0; + var len = da.length; var posX; var posY; var content; var wordSpacing = ''; - var generatePosition = function generatePosition(parmPosX, parmPosY, parmTransformationMatrix) { - var position = ''; - - if (parmTransformationMatrix instanceof Matrix) { - parmTransformationMatrix.tx = parseFloat(f2(parmPosX)); - parmTransformationMatrix.ty = parseFloat(f2(parmPosY)); - position = parmTransformationMatrix.join(" ") + " Tm\n"; - } else { - position = f2(parmPosX) + " " + f2(parmPosY) + " Td\n"; - } - - return position; - }; - - for (var lineIndex = 0; lineIndex < da.length; lineIndex++) { + for (var i = 0; i < len; i++) { wordSpacing = ''; - switch (variant) { - case ARRAY: - content = (isHex ? "<" : "(") + da[lineIndex][0] + (isHex ? ">" : ")"); - posX = parseFloat(da[lineIndex][1]); - posY = parseFloat(da[lineIndex][2]); - break; - - case STRING: - content = (isHex ? "<" : "(") + da[lineIndex] + (isHex ? ">" : ")"); - posX = getHorizontalCoordinate(x); - posY = getVerticalCoordinate(y); - break; + if (!Array.isArray(da[i])) { + posX = getHorizontalCoordinate(x); + posY = getVerticalCoordinate(y); + content = (isHex ? "<" : "(") + da[i] + (isHex ? ">" : ")"); + } else { + posX = parseFloat(da[i][1]); + posY = parseFloat(da[i][2]); + content = (isHex ? "<" : "(") + da[i][0] + (isHex ? ">" : ")"); + variant = 1; } - if (wordSpacingPerLine !== undefined && wordSpacingPerLine[lineIndex] !== undefined) { - wordSpacing = wordSpacingPerLine[lineIndex] + " Tw\n"; + if (wordSpacingPerLine !== undefined && wordSpacingPerLine[i] !== undefined) { + wordSpacing = wordSpacingPerLine[i] + " Tw\n"; } - if (lineIndex === 0) { - text.push(wordSpacing + generatePosition(posX, posY, transformationMatrix) + content); - } else if (variant === STRING) { + if (transformationMatrix.length !== 0 && i === 0) { + text.push(wordSpacing + transformationMatrix.join(" ") + " " + posX.toFixed(2) + " " + posY.toFixed(2) + " Tm\n" + content); + } else if (variant === 1 || variant === 0 && i === 0) { + text.push(wordSpacing + posX.toFixed(2) + " " + posY.toFixed(2) + " Td\n" + content); + } else { text.push(wordSpacing + content); - } else if (variant === ARRAY) { - text.push(wordSpacing + generatePosition(posX, posY) + content); } } - text = variant === STRING ? text.join(" Tj\nT* ") : text.join(" Tj\n"); - text += " Tj\n"; - var result = 'BT\n/'; - result += activeFontKey + ' ' + activeFontSize + ' Tf\n'; // font face, style, size - - result += f2(activeFontSize * lineHeight) + ' TL\n'; // line spacing + if (variant === 0) { + text = text.join(" Tj\nT* "); + } else { + text = text.join(" Tj\n"); + } - result += textColor + '\n'; + text += " Tj\n"; + var result = 'BT\n/' + activeFontKey + ' ' + activeFontSize + ' Tf\n' + // font face, style, size + (activeFontSize * lineHeight).toFixed(2) + ' TL\n' + // line spacing + textColor + '\n'; result += xtra; result += text; result += "ET"; @@ -3680,52 +2734,37 @@ usedFonts[activeFontKey] = true; return scope; }; - /** - * Letter spacing method to print text with gaps - * - * @function - * @instance - * @param {String|Array} text String to be added to the page. - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} spacing Spacing (in units declared at inception) - * @returns {jsPDF} - * @memberof jsPDF# - * @name lstext - * @deprecated We'll be removing this function. It doesn't take character width into account. + /** + * Letter spacing method to print text with gaps + * + * @function + * @instance + * @param {String|Array} text String to be added to the page. + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} spacing Spacing (in units declared at inception) + * @returns {jsPDF} + * @memberOf jsPDF + * @name lstext + * @deprecated We'll be removing this function. It doesn't take character width into account. */ var lstext = API.__private__.lstext = API.lstext = function (text, x, y, charSpace) { + console.warn('jsPDF.lstext is deprecated'); return this.text(text, x, y, { charSpace: charSpace }); - }; // PDF supports these path painting and clip path operators: - // - // S - stroke - // s - close/stroke - // f (F) - fill non-zero - // f* - fill evenodd - // B - fill stroke nonzero - // B* - fill stroke evenodd - // b - close fill stroke nonzero - // b* - close fill stroke evenodd - // n - nothing (consume path) - // W - clip nonzero - // W* - clip evenodd - // - // In order to keep the API small, we omit the close-and-fill/stroke operators and provide a separate close() - // method. - - /** - * - * @name clip - * @function - * @instance - * @param {string} rule Only possible value is 'evenodd' - * @returns {jsPDF} - * @memberof jsPDF# - * @description All .clip() after calling drawing ops with a style argument of null. + }; + /** + * + * @name clip + * @function + * @instance + * @param {string} rule + * @returns {jsPDF} + * @memberOf jsPDF + * @description All .clip() after calling drawing ops with a style argument of null. */ @@ -3736,48 +2775,25 @@ out('W*'); } else { out('W'); - } - }; - /** - * Modify the current clip path by intersecting it with the current path using the even-odd rule. Note - * that this will NOT consume the current path. In order to only use this path for clipping call - * {@link API.discardPath} afterwards. - * - * @return jsPDF - * @memberof jsPDF# - * @name clipEvenOdd - */ + } // End the path object without filling or stroking it. + // This operator is a path-painting no-op, used primarily for the side effect of changing the current clipping path + // (see Section 4.4.3, “Clipping Path Operators”) - var clipEvenOdd = API.clipEvenOdd = function () { - clip('evenodd'); - return this; + out('n'); }; - /** - * This fixes the previous function clip(). Perhaps the 'stroke path' hack was due to the missing 'n' instruction? - * We introduce the fixed version so as to not break API. - * @param fillRule - * @deprecated - * @ignore + /** + * This fixes the previous function clip(). Perhaps the 'stroke path' hack was due to the missing 'n' instruction? + * We introduce the fixed version so as to not break API. + * @param fillRule + * @ignore */ var clip_fixed = API.__private__.clip_fixed = API.clip_fixed = function (rule) { + console.log("clip_fixed is deprecated"); API.clip(rule); }; - /** - * Consumes the current path without any effect. Mainly used in combination with {@link clip} or - * {@link clipEvenOdd}. The PDF "n" operator. - * @return {jsPDF} - * @memberof jsPDF# - * @name discardPath - */ - - - var discardPath = API.__private__.discardPath = API.discardPath = function () { - out("n"); - return this; - }; var isValidStyle = API.__private__.isValidStyle = function (style) { var validStyleVariants = [undefined, null, 'S', 'F', 'DF', 'FD', 'f', 'f*', 'B', 'B*']; @@ -3790,7 +2806,7 @@ return result; }; - var getStyle = API.__private__.getStyle = API.getStyle = function (style) { + var getStyle = API.__private__.getStyle = function (style) { // see path-painting operators in PDF spec var op = 'S'; // stroke @@ -3799,319 +2815,110 @@ } else if (style === 'FD' || style === 'DF') { op = 'B'; // both } else if (style === 'f' || style === 'f*' || style === 'B' || style === 'B*') { - /* - Allow direct use of these PDF path-painting operators: - - f fill using nonzero winding number rule - - f* fill using even-odd rule - - B fill then stroke with fill using non-zero winding number rule - - B* fill then stroke with fill using even-odd rule + /* + Allow direct use of these PDF path-painting operators: + - f fill using nonzero winding number rule + - f* fill using even-odd rule + - B fill then stroke with fill using non-zero winding number rule + - B* fill then stroke with fill using even-odd rule */ op = style; } return op; }; - /** - * Close the current path. The PDF "h" operator. - * @return jsPDF - * @memberof jsPDF# - * @name close + /** + * Draw a line on the current page. + * + * @name line + * @function + * @instance + * @param {number} x1 + * @param {number} y1 + * @param {number} x2 + * @param {number} y2 + * @returns {jsPDF} + * @memberOf jsPDF */ - var close = API.close = function () { - out("h"); - return this; + var line = API.__private__.line = API.line = function (x1, y1, x2, y2) { + if (isNaN(x1) || isNaN(y1) || isNaN(x2) || isNaN(y2)) { + throw new Error('Invalid arguments passed to jsPDF.line'); + } + + return this.lines([[x2 - x1, y2 - y1]], x1, y1); }; - /** - * Stroke the path. The PDF "S" operator. - * @return jsPDF - * @memberof jsPDF# - * @name stroke + /** + * Adds series of curves (straight lines or cubic bezier curves) to canvas, starting at `x`, `y` coordinates. + * All data points in `lines` are relative to last line origin. + * `x`, `y` become x1,y1 for first line / curve in the set. + * For lines you only need to specify [x2, y2] - (ending point) vector against x1, y1 starting point. + * For bezier curves you need to specify [x2,y2,x3,y3,x4,y4] - vectors to control points 1, 2, ending point. All vectors are against the start of the curve - x1,y1. + * + * @example .lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212,110, [1,1], 'F', false) // line, line, bezier curve, line + * @param {Array} lines Array of *vector* shifts as pairs (lines) or sextets (cubic bezier curves). + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} scale (Defaults to [1.0,1.0]) x,y Scaling factor for all vectors. Elements can be any floating number Sub-one makes drawing smaller. Over-one grows the drawing. Negative flips the direction. + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @param {boolean} closed If true, the path is closed with a straight line from the end of the last curve to the starting point. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name lines */ - var stroke = API.stroke = function () { - out("S"); - return this; - }; - /** - * Fill the current path using the nonzero winding number rule. If a pattern is provided, the path will be filled - * with this pattern, otherwise with the current fill color. Equivalent to the PDF "f" operator. - * @param {PatternData=} pattern If provided the path will be filled with this pattern - * @return jsPDF - * @memberof jsPDF# - * @name fill - */ + var lines = API.__private__.lines = API.lines = function (lines, x, y, scale, style, closed) { + var scalex, scaley, i, l, leg, x2, y2, x3, y3, x4, y4, tmp; // Pre-August-2012 the order of arguments was function(x, y, lines, scale, style) + // in effort to make all calls have similar signature like + // function(content, coordinateX, coordinateY , miscellaneous) + // this method had its args flipped. + // code below allows backward compatibility with old arg order. + if (typeof lines === 'number') { + tmp = y; + y = x; + x = lines; + lines = tmp; + } - var fill = API.fill = function (pattern) { - fillWithOptionalPattern("f", pattern); - return this; - }; - /** - * Fill the current path using the even-odd rule. The PDF f* operator. - * @see API.fill - * @param {PatternData=} pattern Optional pattern - * @return jsPDF - * @memberof jsPDF# - * @name fillEvenOdd - */ + scale = scale || [1, 1]; + closed = closed || false; + if (isNaN(x) || isNaN(y) || !Array.isArray(lines) || !Array.isArray(scale) || !isValidStyle(style) || typeof closed !== 'boolean') { + throw new Error('Invalid arguments passed to jsPDF.lines'); + } // starting point - var fillEvenOdd = API.fillEvenOdd = function (pattern) { - fillWithOptionalPattern("f*", pattern); - return this; - }; - /** - * Fill using the nonzero winding number rule and then stroke the current Path. The PDF "B" operator. - * @see API.fill - * @param {PatternData=} pattern Optional pattern - * @return jsPDF - * @memberof jsPDF# - * @name fillStroke - */ + out(f3(getHorizontalCoordinate(x)) + ' ' + f3(getVerticalCoordinate(y)) + ' m '); + scalex = scale[0]; + scaley = scale[1]; + l = lines.length; //, x2, y2 // bezier only. In page default measurement "units", *after* scaling + //, x3, y3 // bezier only. In page default measurement "units", *after* scaling + // ending point for all, lines and bezier. . In page default measurement "units", *after* scaling - var fillStroke = API.fillStroke = function (pattern) { - fillWithOptionalPattern("B", pattern); - return this; - }; - /** - * Fill using the even-odd rule and then stroke the current Path. The PDF "B" operator. - * @see API.fill - * @param {PatternData=} pattern Optional pattern - * @return jsPDF - * @memberof jsPDF# - * @name fillStrokeEvenOdd - */ + x4 = x; // last / ending point = starting point for first item. + y4 = y; // last / ending point = starting point for first item. - var fillStrokeEvenOdd = API.fillStrokeEvenOdd = function (pattern) { - fillWithOptionalPattern("B*", pattern); - return this; - }; + for (i = 0; i < l; i++) { + leg = lines[i]; - var fillWithOptionalPattern = function fillWithOptionalPattern(style, pattern) { - if (_typeof(pattern) === "object") { - fillWithPattern(pattern, style); - } else { - out(style); - } - }; + if (leg.length === 2) { + // simple line + x4 = leg[0] * scalex + x4; // here last x4 was prior ending point - var putStyle = function putStyle(style, patternKey, patternData) { - if (style === null || style === undefined) { - return; - } + y4 = leg[1] * scaley + y4; // here last y4 was prior ending point - style = getStyle(style); // stroking / filling / both the path + out(f3(getHorizontalCoordinate(x4)) + ' ' + f3(getVerticalCoordinate(y4)) + ' l'); + } else { + // bezier curve + x2 = leg[0] * scalex + x4; // here last x4 is prior ending point - if (!patternKey) { - out(style); - return; - } - - if (!patternData) { - patternData = { - matrix: identityMatrix - }; - } - - if (patternData instanceof Matrix) { - patternData = { - matrix: patternData - }; - } - - patternData.key = patternKey; - patternData || (patternData = identityMatrix); - fillWithPattern(patternData, style); - }; - - var fillWithPattern = function fillWithPattern(patternData, style) { - var patternId = patternMap[patternData.key]; - var pattern = patterns[patternId]; - - if (pattern instanceof API.ShadingPattern) { - out("q"); - out(clipRuleFromStyle(style)); - - if (pattern.gState) { - API.setGState(pattern.gState); - } - - out(patternData.matrix.toString() + " cm"); - out("/" + patternId + " sh"); - out("Q"); - } else if (pattern instanceof API.TilingPattern) { - // pdf draws patterns starting at the bottom left corner and they are not affected by the global transformation, - // so we must flip them - var matrix = new Matrix(1, 0, 0, -1, 0, pageHeight); - - if (patternData.matrix) { - matrix = (patternData.matrix || identityMatrix).multiply(matrix); // we cannot apply a matrix to the pattern on use so we must abuse the pattern matrix and create new instances - // for each use - - patternId = pattern.createClone(patternData.key, patternData.boundingBox, patternData.xStep, patternData.yStep, matrix).id; - } - - out("q"); - out("/Pattern cs"); - out("/" + patternId + " scn"); - - if (pattern.gState) { - API.setGState(pattern.gState); - } - - out(style); - out("Q"); - } - }; - - var clipRuleFromStyle = function clipRuleFromStyle(style) { - switch (style) { - case "f": - case "F": - return "W n"; - - case "f*": - return "W* n"; - - case "B": - return "W S"; - - case "B*": - return "W* S"; - // these two are for compatibility reasons (in the past, calling any primitive method with a shading pattern - // and "n"/"S" as style would still fill/fill and stroke the path) - - case "S": - return "W S"; - - case "n": - return "W n"; - } - }; - /** - * Begin a new subpath by moving the current point to coordinates (x, y). The PDF "m" operator. - * @param {number} x - * @param {number} y - * @memberof jsPDF# - * @name moveTo - */ - - - var moveTo = API.moveTo = function (x, y) { - out(hpf(scale(x)) + " " + hpf(transformScaleY(y)) + " m"); - }; - /** - * Append a straight line segment from the current point to the point (x, y). The PDF "l" operator. - * @param {number} x - * @param {number} y - * @memberof jsPDF# - * @name lineTo - */ - - - var lineTo = API.lineTo = function (x, y) { - out(hpf(scale(x)) + " " + hpf(transformScaleY(y)) + " l"); - }; - /** - * Draw a line on the current page. - * - * @name line - * @function - * @instance - * @param {number} x1 - * @param {number} y1 - * @param {number} x2 - * @param {number} y2 - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. default: 'S' - * @returns {jsPDF} - * @memberof jsPDF# - */ - - - var line = API.__private__.line = API.line = function (x1, y1, x2, y2, style) { - style = style || 'S'; - - if (isNaN(x1) || isNaN(y1) || isNaN(x2) || isNaN(y2) || !isValidStyle(style)) { - throw new Error('Invalid arguments passed to jsPDF.line'); - } - - return this.lines([[x2 - x1, y2 - y1]], x1, y1); - }; - /** - * Adds series of curves (straight lines or cubic bezier curves) to canvas, starting at `x`, `y` coordinates. - * All data points in `lines` are relative to last line origin. - * `x`, `y` become x1,y1 for first line / curve in the set. - * For lines you only need to specify [x2, y2] - (ending point) vector against x1, y1 starting point. - * For bezier curves you need to specify [x2,y2,x3,y3,x4,y4] - vectors to control points 1, 2, ending point. All vectors are against the start of the curve - x1,y1. - * - * @example .lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212,110, [1,1], 'F', false) // line, line, bezier curve, line - * @param {Array} lines Array of *vector* shifts as pairs (lines) or sextets (cubic bezier curves). - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} scale (Defaults to [1.0,1.0]) x,y Scaling factor for all vectors. Elements can be any floating number Sub-one makes drawing smaller. Over-one grows the drawing. Negative flips the direction. - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @param {boolean} closed If true, the path is closed with a straight line from the end of the last curve to the starting point. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name lines - */ - - - var lines = API.__private__.lines = API.lines = function (lines, x, y, scale, style, closed) { - var scalex, scaley, i, l, leg, x2, y2, x3, y3, x4, y4, tmp; // Pre-August-2012 the order of arguments was function(x, y, lines, scale, style) - // in effort to make all calls have similar signature like - // function(content, coordinateX, coordinateY , miscellaneous) - // this method had its args flipped. - // code below allows backward compatibility with old arg order. - - if (typeof lines === 'number') { - tmp = y; - y = x; - x = lines; - lines = tmp; - } - - scale = scale || [1, 1]; - closed = closed || false; - - if (isNaN(x) || isNaN(y) || !Array.isArray(lines) || !Array.isArray(scale) || !isValidStyle(style) || typeof closed !== 'boolean') { - throw new Error('Invalid arguments passed to jsPDF.lines'); - } // starting point - - - out(f3(getHorizontalCoordinate(x)) + ' ' + f3(getVerticalCoordinate(y)) + ' m '); - scalex = scale[0]; - scaley = scale[1]; - l = lines.length; //, x2, y2 // bezier only. In page default measurement "units", *after* scaling - //, x3, y3 // bezier only. In page default measurement "units", *after* scaling - // ending point for all, lines and bezier. . In page default measurement "units", *after* scaling - - x4 = x; // last / ending point = starting point for first item. - - y4 = y; // last / ending point = starting point for first item. - - for (i = 0; i < l; i++) { - leg = lines[i]; - - if (leg.length === 2) { - // simple line - x4 = leg[0] * scalex + x4; // here last x4 was prior ending point - - y4 = leg[1] * scaley + y4; // here last y4 was prior ending point - - out(f3(getHorizontalCoordinate(x4)) + ' ' + f3(getVerticalCoordinate(y4)) + ' l'); - } else { - // bezier curve - x2 = leg[0] * scalex + x4; // here last x4 is prior ending point - - y2 = leg[1] * scaley + y4; // here last y4 is prior ending point + y2 = leg[1] * scaley + y4; // here last y4 is prior ending point x3 = leg[2] * scalex + x4; // here last x4 is prior ending point @@ -4136,62 +2943,19 @@ return this; }; - /** - * Similar to {@link API.lines} but all coordinates are interpreted as absolute coordinates instead of relative. - * @param {Array} lines An array of {op: operator, c: coordinates} object, where op is one of "m" (move to), "l" (line to) - * "c" (cubic bezier curve) and "h" (close (sub)path)). c is an array of coordinates. "m" and "l" expect two, "c" - * six and "h" an empty array (or undefined). - * @param {String=} style The style. Deprecated! - * @param {String=} patternKey The pattern key for the pattern that should be used to fill the path. Deprecated! - * @param {(Matrix|PatternData)=} patternData The matrix that transforms the pattern into user space, or an object that - * will modify the pattern on use. Deprecated! - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name path - */ - - - API.path = function (lines, style, patternKey, patternData) { - for (var i = 0; i < lines.length; i++) { - var leg = lines[i]; - var coords = leg.c; - - switch (leg.op) { - case "m": - this.moveTo(coords[0], coords[1]); - break; - - case "l": - this.lineTo(coords[0], coords[1]); - break; - - case "c": - this.curveTo.apply(this, coords); - break; - - case "h": - this.close(); - break; - } - } - - putStyle(style, patternKey, patternData); - return this; - }; - /** - * Adds a rectangle to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} w Width (in units declared at inception of PDF document). - * @param {number} h Height (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name rect + /** + * Adds a rectangle to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} w Width (in units declared at inception of PDF document). + * @param {number} h Height (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name rect */ @@ -4208,21 +2972,21 @@ return this; }; - /** - * Adds a triangle to PDF. - * - * @param {number} x1 Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y1 Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} x2 Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y2 Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} x3 Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y3 Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name triangle + /** + * Adds a triangle to PDF. + * + * @param {number} x1 Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y1 Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} x2 Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y2 Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} x3 Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y3 Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name triangle */ @@ -4238,21 +3002,21 @@ [1, 1], style, true); return this; }; - /** - * Adds a rectangle with rounded corners to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} w Width (in units declared at inception of PDF document). - * @param {number} h Height (in units declared at inception of PDF document). - * @param {number} rx Radius along x axis (in units declared at inception of PDF document). - * @param {number} ry Radius along y axis (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name roundedRect + /** + * Adds a rectangle with rounded corners to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} w Width (in units declared at inception of PDF document). + * @param {number} h Height (in units declared at inception of PDF document). + * @param {number} rx Radius along x axis (in units declared at inception of PDF document). + * @param {number} ry Radius along y axis (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name roundedRect */ @@ -4266,19 +3030,19 @@ [1, 1], style); return this; }; - /** - * Adds an ellipse to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} rx Radius along x axis (in units declared at inception of PDF document). - * @param {number} ry Radius along y axis (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name ellipse + /** + * Adds an ellipse to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} rx Radius along x axis (in units declared at inception of PDF document). + * @param {number} ry Radius along y axis (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name ellipse */ @@ -4300,18 +3064,18 @@ return this; }; - /** - * Adds an circle to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} r Radius (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name circle + /** + * Adds an circle to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} r Radius (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name circle */ @@ -4322,70 +3086,55 @@ return this.ellipse(x, y, r, r, style); }; - /** - * Sets text font face, variant for upcoming text elements. - * See output of jsPDF.getFontList() for possible font names, styles. - * - * @param {string} fontName Font name or family. Example: "times". - * @param {string} fontStyle Font style or variant. Example: "italic". - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setFont + /** + * Sets text font face, variant for upcoming text elements. + * See output of jsPDF.getFontList() for possible font names, styles. + * + * @param {string} fontName Font name or family. Example: "times". + * @param {string} fontStyle Font style or variant. Example: "italic". + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setFont */ API.setFont = function (fontName, fontStyle) { - activeFontKey = getFont(fontName, fontStyle, { + activeFontKey = _getFont(fontName, fontStyle, { disableWarning: false }); return this; }; - /** - * Gets text font face, variant for upcoming text elements. - * - * @function - * @instance - * @returns {Object} - * @memberof jsPDF# - * @name getFont - */ - - - var getFontEntry = API.__private__.getFont = API.getFont = function () { - return fonts[getFont.apply(API, arguments)]; - }; - /** - * Switches font style or variant for upcoming text elements, - * while keeping the font face or family same. - * See output of jsPDF.getFontList() for possible font names, styles. - * - * @param {string} style Font style or variant. Example: "italic". - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @deprecated - * @name setFontStyle + /** + * Switches font style or variant for upcoming text elements, + * while keeping the font face or family same. + * See output of jsPDF.getFontList() for possible font names, styles. + * + * @param {string} style Font style or variant. Example: "italic". + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setFontStyle */ API.setFontStyle = API.setFontType = function (style) { - activeFontKey = getFont(undefined, style); // if font is not found, the above line blows up and we never go further + activeFontKey = _getFont(undefined, style); // if font is not found, the above line blows up and we never go further return this; }; - /** - * Returns an object - a tree of fontName to fontStyle relationships available to - * active PDF document. - * - * @public - * @function - * @instance - * @returns {Object} Like {'times':['normal', 'italic', ... ], 'arial':['normal', 'bold', ... ], ... } - * @memberof jsPDF# - * @name getFontList + /** + * Returns an object - a tree of fontName to fontStyle relationships available to + * active PDF document. + * + * @public + * @function + * @instance + * @returns {Object} Like {'times':['normal', 'italic', ... ], 'arial':['normal', 'bold', ... ], ... } + * @memberOf jsPDF + * @name getFontList */ @@ -4410,17 +3159,17 @@ return list; }; - /** - * Add a custom font to the current instance. - * - * @property {string} postScriptName PDF specification full name for the font. - * @property {string} id PDF-document-instance-specific label assinged to the font. - * @property {string} fontStyle Style of the Font. - * @property {Object} encoding Encoding_name-to-Font_metrics_object mapping. - * @function - * @instance - * @memberof jsPDF# - * @name addFont + /** + * Add a custom font to the current instance. + * + * @property {string} postScriptName PDF specification full name for the font. + * @property {string} id PDF-document-instance-specific label assinged to the font. + * @property {string} fontStyle Style of the Font. + * @property {Object} encoding Encoding_name-to-Font_metrics_object mapping. + * @function + * @instance + * @memberOf jsPDF + * @name addFont */ @@ -4431,34 +3180,32 @@ var lineWidth = options.lineWidth || 0.200025; // 2mm - /** - * Sets line width for upcoming lines. - * - * @param {number} width Line width (in units declared at inception of PDF document). - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setLineWidth + /** + * Sets line width for upcoming lines. + * + * @param {number} width Line width (in units declared at inception of PDF document). + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setLineWidth */ var setLineWidth = API.__private__.setLineWidth = API.setLineWidth = function (width) { - out(f2(width * k) + ' w'); + out((width * k).toFixed(2) + ' w'); return this; }; - /** - * Sets the dash pattern for upcoming lines. - * - * To reset the settings simply call the method without any parameters. - * @param {Array} dashArray An array containing 0-2 numbers. The first number sets the length of the - * dashes, the second number the length of the gaps. If the second number is missing, the gaps are considered - * to be as long as the dashes. An empty array means solid, unbroken lines. - * @param {number} dashPhase The phase lines start with. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setLineDashPattern + /** + * Sets the dash pattern for upcoming lines. + * + * To reset the settings simply call the method without any parameters. + * @param {array} dashArray The pattern of the line, expects numbers. + * @param {number} dashPhase The phase at which the dash pattern starts. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setLineDash */ @@ -4471,9 +3218,9 @@ } dashArray = dashArray.map(function (x) { - return f3(x * k); + return (x * k).toFixed(3); }).join(' '); - dashPhase = f3(dashPhase * k); + dashPhase = parseFloat((dashPhase * k).toFixed(3)); out('[' + dashArray + '] ' + dashPhase + ' d'); return this; }; @@ -4489,15 +3236,15 @@ var getLineHeight = API.__private__.getLineHeight = API.getLineHeight = function () { return activeFontSize * lineHeightFactor; }; - /** - * Sets the LineHeightFactor of proportion. - * - * @param {number} value LineHeightFactor value. Default: 1.15. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setLineHeightFactor + /** + * Sets the LineHeightFactor of proportion. + * + * @param {number} value LineHeightFactor value. Default: 1.15. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setLineHeightFactor */ @@ -4510,14 +3257,14 @@ return this; }; - /** - * Gets the LineHeightFactor, default: 1.15. - * - * @function - * @instance - * @returns {number} lineHeightFactor - * @memberof jsPDF# - * @name getLineHeightFactor + /** + * Gets the LineHeightFactor, default: 1.15. + * + * @function + * @instance + * @returns {number} lineHeightFactor + * @memberOf jsPDF + * @name getLineHeightFactor */ @@ -4528,72 +3275,72 @@ setLineHeightFactor(options.lineHeight); var getHorizontalCoordinate = API.__private__.getHorizontalCoordinate = function (value) { - return scale(value); + return value * k; }; var getVerticalCoordinate = API.__private__.getVerticalCoordinate = function (value) { - return pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - scale(value); + return pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - value * k; }; - var getHorizontalCoordinateString = API.__private__.getHorizontalCoordinateString = API.getHorizontalCoordinateString = function (value) { - return f2(scale(value)); + var getHorizontalCoordinateString = API.__private__.getHorizontalCoordinateString = function (value) { + return f2(value * k); }; - var getVerticalCoordinateString = API.__private__.getVerticalCoordinateString = API.getVerticalCoordinateString = function (value) { - return f2(pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - scale(value)); + var getVerticalCoordinateString = API.__private__.getVerticalCoordinateString = function (value) { + return f2(pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - value * k); }; var strokeColor = options.strokeColor || '0 G'; - /** - * Gets the stroke color for upcoming elements. - * - * @function - * @instance - * @returns {string} colorAsHex - * @memberof jsPDF# - * @name getDrawColor + /** + * Gets the stroke color for upcoming elements. + * + * @function + * @instance + * @returns {string} colorAsHex + * @memberOf jsPDF + * @name getDrawColor */ var getStrokeColor = API.__private__.getStrokeColor = API.getDrawColor = function () { return decodeColorString(strokeColor); }; - /** - * Sets the stroke color for upcoming elements. - * - * Depending on the number of arguments given, Gray, RGB, or CMYK - * color space is implied. - * - * When only ch1 is given, "Gray" color space is implied and it - * must be a value in the range from 0.00 (solid black) to to 1.00 (white) - * if values are communicated as String types, or in range from 0 (black) - * to 255 (white) if communicated as Number type. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each - * value must be in the range from 0.00 (minimum intensity) to to 1.00 - * (max intensity) if values are communicated as String types, or - * from 0 (min intensity) to to 255 (max intensity) if values are communicated - * as Number types. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each - * value must be a in the range from 0.00 (0% concentration) to to - * 1.00 (100% concentration) - * - * Because JavaScript treats fixed point numbers badly (rounds to - * floating point nearest to binary representation) it is highly advised to - * communicate the fractional numbers as String types, not JavaScript Number type. - * - * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. - * @param {Number} ch2 Color channel value. - * @param {Number} ch3 Color channel value. - * @param {Number} ch4 Color channel value. - * - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setDrawColor + /** + * Sets the stroke color for upcoming elements. + * + * Depending on the number of arguments given, Gray, RGB, or CMYK + * color space is implied. + * + * When only ch1 is given, "Gray" color space is implied and it + * must be a value in the range from 0.00 (solid black) to to 1.00 (white) + * if values are communicated as String types, or in range from 0 (black) + * to 255 (white) if communicated as Number type. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each + * value must be in the range from 0.00 (minimum intensity) to to 1.00 + * (max intensity) if values are communicated as String types, or + * from 0 (min intensity) to to 255 (max intensity) if values are communicated + * as Number types. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each + * value must be a in the range from 0.00 (0% concentration) to to + * 1.00 (100% concentration) + * + * Because JavaScript treats fixed point numbers badly (rounds to + * floating point nearest to binary representation) it is highly advised to + * communicate the fractional numbers as String types, not JavaScript Number type. + * + * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. + * @param {Number|String} ch2 Color channel value. + * @param {Number|String} ch3 Color channel value. + * @param {Number|String} ch4 Color channel value. + * + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setDrawColor */ @@ -4612,56 +3359,56 @@ }; var fillColor = options.fillColor || '0 g'; - /** - * Gets the fill color for upcoming elements. - * - * @function - * @instance - * @returns {string} colorAsHex - * @memberof jsPDF# - * @name getFillColor + /** + * Gets the fill color for upcoming elements. + * + * @function + * @instance + * @returns {string} colorAsHex + * @memberOf jsPDF + * @name getFillColor */ var getFillColor = API.__private__.getFillColor = API.getFillColor = function () { return decodeColorString(fillColor); }; - /** - * Sets the fill color for upcoming elements. - * - * Depending on the number of arguments given, Gray, RGB, or CMYK - * color space is implied. - * - * When only ch1 is given, "Gray" color space is implied and it - * must be a value in the range from 0.00 (solid black) to to 1.00 (white) - * if values are communicated as String types, or in range from 0 (black) - * to 255 (white) if communicated as Number type. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each - * value must be in the range from 0.00 (minimum intensity) to to 1.00 - * (max intensity) if values are communicated as String types, or - * from 0 (min intensity) to to 255 (max intensity) if values are communicated - * as Number types. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each - * value must be a in the range from 0.00 (0% concentration) to to - * 1.00 (100% concentration) - * - * Because JavaScript treats fixed point numbers badly (rounds to - * floating point nearest to binary representation) it is highly advised to - * communicate the fractional numbers as String types, not JavaScript Number type. - * - * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. - * @param {Number} ch2 Color channel value. - * @param {Number} ch3 Color channel value. - * @param {Number} ch4 Color channel value. - * - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setFillColor + /** + * Sets the fill color for upcoming elements. + * + * Depending on the number of arguments given, Gray, RGB, or CMYK + * color space is implied. + * + * When only ch1 is given, "Gray" color space is implied and it + * must be a value in the range from 0.00 (solid black) to to 1.00 (white) + * if values are communicated as String types, or in range from 0 (black) + * to 255 (white) if communicated as Number type. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each + * value must be in the range from 0.00 (minimum intensity) to to 1.00 + * (max intensity) if values are communicated as String types, or + * from 0 (min intensity) to to 255 (max intensity) if values are communicated + * as Number types. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each + * value must be a in the range from 0.00 (0% concentration) to to + * 1.00 (100% concentration) + * + * Because JavaScript treats fixed point numbers badly (rounds to + * floating point nearest to binary representation) it is highly advised to + * communicate the fractional numbers as String types, not JavaScript Number type. + * + * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. + * @param {Number|String} ch2 Color channel value. + * @param {Number|String} ch3 Color channel value. + * @param {Number|String} ch4 Color channel value. + * + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setFillColor */ @@ -4680,56 +3427,56 @@ }; var textColor = options.textColor || '0 g'; - /** - * Gets the text color for upcoming elements. - * - * @function - * @instance - * @returns {string} colorAsHex - * @memberof jsPDF# - * @name getTextColor + /** + * Gets the text color for upcoming elements. + * + * @function + * @instance + * @returns {string} colorAsHex + * @memberOf jsPDF + * @name getTextColor */ var getTextColor = API.__private__.getTextColor = API.getTextColor = function () { return decodeColorString(textColor); }; - /** - * Sets the text color for upcoming elements. - * - * Depending on the number of arguments given, Gray, RGB, or CMYK - * color space is implied. - * - * When only ch1 is given, "Gray" color space is implied and it - * must be a value in the range from 0.00 (solid black) to to 1.00 (white) - * if values are communicated as String types, or in range from 0 (black) - * to 255 (white) if communicated as Number type. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each - * value must be in the range from 0.00 (minimum intensity) to to 1.00 - * (max intensity) if values are communicated as String types, or - * from 0 (min intensity) to to 255 (max intensity) if values are communicated - * as Number types. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each - * value must be a in the range from 0.00 (0% concentration) to to - * 1.00 (100% concentration) - * - * Because JavaScript treats fixed point numbers badly (rounds to - * floating point nearest to binary representation) it is highly advised to - * communicate the fractional numbers as String types, not JavaScript Number type. - * - * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. - * @param {Number} ch2 Color channel value. - * @param {Number} ch3 Color channel value. - * @param {Number} ch4 Color channel value. - * - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setTextColor + /** + * Sets the text color for upcoming elements. + * + * Depending on the number of arguments given, Gray, RGB, or CMYK + * color space is implied. + * + * When only ch1 is given, "Gray" color space is implied and it + * must be a value in the range from 0.00 (solid black) to to 1.00 (white) + * if values are communicated as String types, or in range from 0 (black) + * to 255 (white) if communicated as Number type. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each + * value must be in the range from 0.00 (minimum intensity) to to 1.00 + * (max intensity) if values are communicated as String types, or + * from 0 (min intensity) to to 255 (max intensity) if values are communicated + * as Number types. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each + * value must be a in the range from 0.00 (0% concentration) to to + * 1.00 (100% concentration) + * + * Because JavaScript treats fixed point numbers badly (rounds to + * floating point nearest to binary representation) it is highly advised to + * communicate the fractional numbers as String types, not JavaScript Number type. + * + * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. + * @param {Number|String} ch2 Color channel value. + * @param {Number|String} ch3 Color channel value. + * @param {Number|String} ch4 Color channel value. + * + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setTextColor */ @@ -4746,29 +3493,29 @@ return this; }; - var activeCharSpace = options.charSpace; - /** - * Get global value of CharSpace. - * - * @function - * @instance - * @returns {number} charSpace - * @memberof jsPDF# - * @name getCharSpace + var activeCharSpace = options.charSpace || 0; + /** + * Get global value of CharSpace. + * + * @function + * @instance + * @returns {number} charSpace + * @memberOf jsPDF + * @name getCharSpace */ var getCharSpace = API.__private__.getCharSpace = API.getCharSpace = function () { - return parseFloat(activeCharSpace || 0); - }; - /** - * Set global value of CharSpace. - * - * @param {number} charSpace - * @function - * @instance - * @returns {jsPDF} jsPDF-instance - * @memberof jsPDF# - * @name setCharSpace + return activeCharSpace; + }; + /** + * Set global value of CharSpace. + * + * @param {number} charSpace + * @function + * @instance + * @returns {jsPDF} jsPDF-instance + * @memberOf jsPDF + * @name setCharSpace */ @@ -4782,13 +3529,13 @@ }; var lineCapID = 0; - /** - * Is an Object providing a mapping from human-readable to - * integer flag values designating the varieties of line cap - * and join styles. - * - * @memberof jsPDF# - * @name CapJoinStyles + /** + * Is an Object providing a mapping from human-readable to + * integer flag values designating the varieties of line cap + * and join styles. + * + * @memberOf jsPDF + * @name CapJoinStyles */ API.CapJoinStyles = { @@ -4806,16 +3553,16 @@ 'square': 2, 'bevel': 2 }; - /** - * Sets the line cap styles. - * See {jsPDF.CapJoinStyles} for variants. - * - * @param {String|Number} style A string or number identifying the type of line cap. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setLineCap + /** + * Sets the line cap styles. + * See {jsPDF.CapJoinStyles} for variants. + * + * @param {String|Number} style A string or number identifying the type of line cap. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setLineCap */ var setLineCap = API.__private__.setLineCap = API.setLineCap = function (style) { @@ -4831,16 +3578,16 @@ }; var lineJoinID = 0; - /** - * Sets the line join styles. - * See {jsPDF.CapJoinStyles} for variants. - * - * @param {String|Number} style A string or number identifying the type of line join. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setLineJoin + /** + * Sets the line join styles. + * See {jsPDF.CapJoinStyles} for variants. + * + * @param {String|Number} style A string or number identifying the type of line join. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setLineJoin */ var setLineJoin = API.__private__.setLineJoin = API.setLineJoin = function (style) { @@ -4856,453 +3603,39 @@ }; var miterLimit; - /** - * Sets the miterLimit property, which effects the maximum miter length. - * - * @param {number} length The length of the miter - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setLineMiterLimit + /** + * Sets the miterLimit property, which effects the maximum miter length. + * + * @param {number} length The length of the miter + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setMiterLimit */ - var setLineMiterLimit = API.__private__.setLineMiterLimit = API.__private__.setMiterLimit = API.setLineMiterLimit = API.setMiterLimit = function (length) { + var setMiterLimit = API.__private__.setMiterLimit = API.setMiterLimit = function (length) { length = length || 0; if (isNaN(length)) { - throw new Error('Invalid argument passed to jsPDF.setLineMiterLimit'); + throw new Error('Invalid argument passed to jsPDF.setMiterLimit'); } miterLimit = parseFloat(f2(length * k)); out(miterLimit + ' M'); return this; }; - /** - * GState - */ - - /** - * An object representing a pdf graphics state. - * @param parameters A parameter object that contains all properties this graphics state wants to set. - * Supported are: opacity, stroke-opacity - * @constructor - */ - - - API.GState = function (parameters) { - var supported = "opacity,stroke-opacity".split(","); - - for (var p in parameters) { - if (parameters.hasOwnProperty(p) && supported.indexOf(p) >= 0) { - this[p] = parameters[p]; - } - } - - this.id = ""; // set by addGState() - - this.objectNumber = -1; // will be set by putGState() - }; - - API.GState.prototype.equals = function equals(other) { - var ignore = "id,objectNumber,equals"; - var p; - if (!other || _typeof(other) !== _typeof(this)) { return false; } - var count = 0; - - for (p in this) { - if (ignore.indexOf(p) >= 0) { continue; } - if (this.hasOwnProperty(p) && !other.hasOwnProperty(p)) { return false; } - if (this[p] !== other[p]) { return false; } - count++; - } - - for (p in other) { - if (other.hasOwnProperty(p) && ignore.indexOf(p) < 0) { count--; } - } - - return count === 0; - }; - /** - * Sets a either previously added {@link GState} (via {@link addGState}) or a new {@link GState}. - * @param {String|GState} gState If type is string, a previously added GState is used, if type is GState - * it will be added before use. - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name setGState - */ - - - API.setGState = function (gState) { - if (typeof gState === "string") { - gState = gStates[gStatesMap[gState]]; - } else { - gState = addGState(null, gState); - } - - if (!gState.equals(activeGState)) { - out("/" + gState.id + " gs"); - activeGState = gState; - } - }; - /** - * Adds a new Graphics State. Duplicates are automatically eliminated. - * @param {String} key Might also be null, if no later reference to this gState is needed - * @param {Object} gState The gState object - */ - - - var addGState = function addGState(key, gState) { - // only add it if it is not already present (the keys provided by the user must be unique!) - if (key && gStatesMap[key]) { return; } - var duplicate = false; - - for (var s in gStates) { - if (gStates.hasOwnProperty(s)) { - if (gStates[s].equals(gState)) { - duplicate = true; - break; - } - } - } - - if (duplicate) { - gState = gStates[s]; - } else { - var gStateKey = "GS" + (Object.keys(gStates).length + 1).toString(10); - gStates[gStateKey] = gState; - gState.id = gStateKey; - } // several user keys may point to the same GState object - - - key && (gStatesMap[key] = gState.id); - events.publish("addGState", gState); - return gState; - }; - /** - * Adds a new {@link GState} for later use. See {@link setGState}. - * @param {String} key - * @param {GState} gState - * @function - * @instance - * @returns {jsPDF} - * - * @memberof jsPDF# - * @name addGState - */ - - - API.addGState = function (key, gState) { - addGState(key, gState); - return this; - }; - /** - * Saves the current graphics state ("pushes it on the stack"). It can be restored by {@link restoreGraphicsState} - * later. Here, the general pdf graphics state is meant, also including the current transformation matrix, - * fill and stroke colors etc. - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name saveGraphicsState - */ - - - API.saveGraphicsState = function () { - out("q"); // as we cannot set font key and size independently we must keep track of both - - fontStateStack.push({ - key: activeFontKey, - size: activeFontSize, - color: textColor - }); - return this; - }; - /** - * Restores a previously saved graphics state saved by {@link saveGraphicsState} ("pops the stack"). - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name restoreGraphicsState - */ - - - API.restoreGraphicsState = function () { - out("Q"); // restore previous font state - - var fontState = fontStateStack.pop(); - activeFontKey = fontState.key; - activeFontSize = fontState.size; - textColor = fontState.color; - activeGState = null; - return this; - }; - /** - * Appends this matrix to the left of all previously applied matrices. - * - * @param {Matrix} matrix - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name setCurrentTransformationMatrix - */ - - - API.setCurrentTransformationMatrix = function (matrix) { - out(matrix.toString() + " cm"); - return this; - }; - /** - * Inserts a debug comment into the pdf. - * @param {String} text - * @returns {jsPDF} - * @memberof jsPDF# - * @name comment - */ - - - API.comment = function (text) { - out("#" + text); - return this; - }; - /** - * Matrix - */ - - - var Point = function Point(x, y) { - var _x = x || 0; - - Object.defineProperty(this, 'x', { - enumerable: true, - get: function get() { - return _x; - }, - set: function set(value) { - if (!isNaN(value)) { - _x = parseFloat(value); - } - } - }); - - var _y = y || 0; - - Object.defineProperty(this, 'y', { - enumerable: true, - get: function get() { - return _y; - }, - set: function set(value) { - if (!isNaN(value)) { - _y = parseFloat(value); - } - } - }); - var _type = 'pt'; - Object.defineProperty(this, 'type', { - enumerable: true, - get: function get() { - return _type; - }, - set: function set(value) { - _type = value.toString(); - } - }); - return this; - }; - - var Rectangle = function Rectangle(x, y, w, h) { - Point.call(this, x, y); - this.type = 'rect'; - - var _w = w || 0; - - Object.defineProperty(this, 'w', { - enumerable: true, - get: function get() { - return _w; - }, - set: function set(value) { - if (!isNaN(value)) { - _w = parseFloat(value); - } - } - }); - - var _h = h || 0; - - Object.defineProperty(this, 'h', { - enumerable: true, - get: function get() { - return _h; - }, - set: function set(value) { - if (!isNaN(value)) { - _h = parseFloat(value); - } - } - }); - return this; - }; - /** - * FormObject/RenderTarget - */ - - - var RenderTarget = function RenderTarget() { - this.page = page; - this.currentPage = currentPage; - this.pages = pages.slice(0); - this.pagedim = pagedim.slice(0); - this.pagesContext = pagesContext.slice(0); - this.x = pageX; - this.y = pageY; - this.matrix = pageMatrix; - this.width = pageWidth; - this.height = pageHeight; - this.id = ""; // set by endFormObject() - - this.objectNumber = -1; // will be set by putXObject() - }; - - RenderTarget.prototype = { - restore: function restore() { - page = this.page; - currentPage = this.currentPage; - pagesContext = this.pagesContext; - pagedim = this.pagedim; - pages = this.pages; - pageX = this.x; - pageY = this.y; - pageMatrix = this.matrix; - pageWidth = this.width; - pageHeight = this.height; - } - }; - - var beginNewRenderTarget = function beginNewRenderTarget(x, y, width, height, matrix) { - // save current state - renderTargetStack.push(new RenderTarget()); // clear pages - - page = currentPage = 0; - pages = []; - pageX = x; - pageY = y; - pageMatrix = matrix; - beginPage(width, height); - }; - - var endFormObject = function endFormObject(key) { - // only add it if it is not already present (the keys provided by the user must be unique!) - if (renderTargetMap[key]) { return; } // save the created xObject - - var newXObject = new RenderTarget(); - var xObjectId = "Xo" + (Object.keys(renderTargets).length + 1).toString(10); - newXObject.id = xObjectId; - renderTargetMap[key] = xObjectId; - renderTargets[xObjectId] = newXObject; - events.publish("addFormObject", newXObject); // restore state from stack - - renderTargetStack.pop().restore(); - }; - /** - * Starts a new pdf form object, which means that all consequent draw calls target a new independent object - * until {@link endFormObject} is called. The created object can be referenced and drawn later using - * {@link doFormObject}. Nested form objects are possible. - * x, y, width, height set the bounding box that is used to clip the content. - * - * @param {number} x - * @param {number} y - * @param {number} width - * @param {number} height - * @param {Matrix} matrix The matrix that will be applied to convert the form objects coordinate system to - * the parent's. - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name beginFormObject - */ - - - API.beginFormObject = function (x, y, width, height, matrix) { - // The user can set the output target to a new form object. Nested form objects are possible. - // Currently, they use the resource dictionary of the surrounding stream. This should be changed, as - // the PDF-Spec states: - // "In PDF 1.2 and later versions, form XObjects may be independent of the content streams in which - // they appear, and this is strongly recommended although not requiredIn PDF 1.2 and later versions, - // form XObjects may be independent of the content streams in which they appear, and this is strongly - // recommended although not required" - beginNewRenderTarget(x, y, width, height, matrix); - return this; - }; - /** - * Completes and saves the form object. - * @param {String} key The key by which this form object can be referenced. - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name endFormObject - */ - - - API.endFormObject = function (key) { - endFormObject(key); - return this; - }; - /** - * Draws the specified form object by referencing to the respective pdf XObject created with - * {@link API.beginFormObject} and {@link endFormObject}. - * The location is determined by matrix. - * - * @param {String} key The key to the form object. - * @param {Matrix} matrix The matrix applied before drawing the form object. - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name doFormObject - */ - - - API.doFormObject = function (key, matrix) { - var xObject = renderTargets[renderTargetMap[key]]; - out("q"); - out(matrix.toString() + " cm"); - out("/" + xObject.id + " Do"); - out("Q"); - return this; - }; - /** - * Returns the form object specified by key. - * @param key {String} - * @returns {{x: number, y: number, width: number, height: number, matrix: Matrix}} - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name getFormObject - */ - - - API.getFormObject = function (key) { - var xObject = renderTargets[renderTargetMap[key]]; - return { - x: xObject.x, - y: xObject.y, - width: xObject.width, - height: xObject.height, - matrix: xObject.matrix - }; - }; - /** - * Saves as PDF document. An alias of jsPDF.output('save', 'filename.pdf'). - * Uses FileSaver.js-method saveAs. - * - * @memberof jsPDF# - * @name save - * @function - * @instance - * @param {string} filename The filename including extension. - * @param {Object} options An Object with additional options, possible options: 'returnPromise'. - * @returns {jsPDF} jsPDF-instance + /** + * Saves as PDF document. An alias of jsPDF.output('save', 'filename.pdf'). + * Uses FileSaver.js-method saveAs. + * + * @memberOf jsPDF + * @name save + * @function + * @instance + * @param {string} filename The filename including extension. + * @param {Object} options An Object with additional options, possible options: 'returnPromise'. + * @returns {jsPDF} jsPDF-instance */ @@ -5368,26 +3701,19 @@ } } } - - API.advancedAPI = function (body) { - if (typeof body !== "function") { - return this; - } - - body(this); - return this; - }; - /** - * Object exposing internal API to plugins - * @public - * @ignore + /** + * Object exposing internal API to plugins + * @public + * @ignore */ API.internal = { 'pdfEscape': pdfEscape, 'getStyle': getStyle, - 'getFont': getFontEntry, + 'getFont': function getFont() { + return fonts[_getFont.apply(API, arguments)]; + }, 'getFontSize': getFontSize, 'getCharSpace': getCharSpace, 'getTextColor': getTextColor, @@ -5437,9 +3763,6 @@ 'getPageInfoByObjId': getPageInfoByObjId, 'getCurrentPageInfo': getCurrentPageInfo, 'getPDFVersion': getPdfVersion, - 'Point': Point, - 'Rectangle': Rectangle, - 'Matrix': Matrix, 'hasHotfix': hasHotfix //Expose the hasHotfix check so plugins can also check them. }; @@ -5475,39 +3798,39 @@ events.publish('initialized'); return API; } - /** - * jsPDF.API is a STATIC property of jsPDF class. - * jsPDF.API is an object you can add methods and properties to. - * The methods / properties you add will show up in new jsPDF objects. - * - * One property is prepopulated. It is the 'events' Object. Plugin authors can add topics, - * callbacks to this object. These will be reassigned to all new instances of jsPDF. - * - * @static - * @public - * @memberof jsPDF# - * @name API - * - * @example - * jsPDF.API.mymethod = function(){ - * // 'this' will be ref to internal API object. see jsPDF source - * // , so you can refer to built-in methods like so: - * // this.line(....) - * // this.text(....) - * } - * var pdfdoc = new jsPDF() - * pdfdoc.mymethod() // <- !!!!!! + /** + * jsPDF.API is a STATIC property of jsPDF class. + * jsPDF.API is an object you can add methods and properties to. + * The methods / properties you add will show up in new jsPDF objects. + * + * One property is prepopulated. It is the 'events' Object. Plugin authors can add topics, + * callbacks to this object. These will be reassigned to all new instances of jsPDF. + * + * @static + * @public + * @memberOf jsPDF + * @name API + * + * @example + * jsPDF.API.mymethod = function(){ + * // 'this' will be ref to internal API object. see jsPDF source + * // , so you can refer to built-in methods like so: + * // this.line(....) + * // this.text(....) + * } + * var pdfdoc = new jsPDF() + * pdfdoc.mymethod() // <- !!!!!! */ jsPDF.API = { events: [] }; - /** - * The version of jsPDF. - * @name version - * @type {string} - * @memberof jsPDF# + /** + * The version of jsPDF. + * @name version + * @type {string} + * @memberOf jsPDF */ jsPDF.version = '1.5.3'; @@ -5528,23 +3851,26 @@ // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window - /* global jsPDF */ + /*rollup-keeper-start*/ + - /** - * @license - * Copyright (c) 2016 Alexander Weidt, - * https://github.com/BiggA94 - * - * Licensed under the MIT License. http://opensource.org/licenses/mit-license + window.tmp = jsPDF; + /*rollup-keeper-end*/ + + /** + * @license + * Copyright (c) 2016 Alexander Weidt, + * https://github.com/BiggA94 + * + * Licensed under the MIT License. http://opensource.org/licenses/mit-license */ - /** - * jsPDF AcroForm Plugin - * @module AcroForm + /** + * jsPDF AcroForm Plugin + * @module AcroForm */ - (function (jsPDF, globalObj) { + (function (jsPDFAPI, globalObj) { - var jsPDFAPI = jsPDF.API; var scope; var scaleFactor = 1; @@ -5595,8 +3921,8 @@ xobj.BBox = [0, 0, Number(f2(width)), Number(f2(height))]; return xobj; }; - /** - * Bit-Operations + /** + * Bit-Operations */ @@ -5633,8 +3959,8 @@ return (number & 1 << bitPosition) === 0 ? 0 : 1; }; - /* - * Ff starts counting the bit position at 1 and not like javascript at 0 + /* + * Ff starts counting the bit position at 1 and not like javascript at 0 */ @@ -5654,7 +3980,7 @@ return setBit(number, bitPosition - 1); }; - var clearBitForPdf = jsPDFAPI.__acroform__.clearBitForPdf = function (number, bitPosition) { + var clearBitForPdf = jsPDFAPI.__acroform__.clearBitForPdf = function (number, bitPosition, value) { if (isNaN(number) || isNaN(bitPosition)) { throw new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBitForPdf'); } @@ -5712,6 +4038,7 @@ var calculateX = function calculateX(formObject, text) { var maxFontSize = formObject.maxFontSize || 12; + var font = formObject.fontName; var returnValue = { text: "", fontSize: "" @@ -5721,6 +4048,9 @@ text = text.substr(text.length - 1) == ')' ? text.substr(0, text.length - 1) : text; // split into array of words var textSplit = text.split(' '); + + var color = scope.__private__.encodeColorString(formObject.color); + var fontSize = maxFontSize; // The Starting fontSize (The Maximum) var lineSpacing = 2; @@ -5849,12 +4179,12 @@ returnValue.fontSize = fontSize; return returnValue; }; - /** - * Small workaround for calculating the TextMetric approximately. - * - * @param text - * @param fontsize - * @returns {TextMetrics} (Has Height and Width) + /** + * Small workaround for calculating the TextMetric approximately. + * + * @param text + * @param fontsize + * @returns {TextMetrics} (Has Height and Width) */ @@ -5880,17 +4210,17 @@ fields: [], xForms: [], - /** - * acroFormDictionaryRoot contains information about the AcroForm - * Dictionary 0: The Event-Token, the AcroFormDictionaryCallback has - * 1: The Object ID of the Root + /** + * acroFormDictionaryRoot contains information about the AcroForm + * Dictionary 0: The Event-Token, the AcroFormDictionaryCallback has + * 1: The Object ID of the Root */ acroFormDictionaryRoot: null, - /** - * After the PDF gets evaluated, the reference to the root has to be - * reset, this indicates, whether the root has already been printed - * out + /** + * After the PDF gets evaluated, the reference to the root has to be + * reset, this indicates, whether the root has already been printed + * out */ printedOut: false, internal: null, @@ -5929,9 +4259,9 @@ scope.internal.acroformPlugin.acroFormDictionaryRoot.Fields.push(formObject); }; - /** - * Create the Reference to the widgetAnnotation, so that it gets referenced - * in the Annot[] int the+ (Requires the Annotation Plugin) + /** + * Create the Reference to the widgetAnnotation, so that it gets referenced + * in the Annot[] int the+ (Requires the Annotation Plugin) */ @@ -5960,9 +4290,9 @@ throw new Error('putCatalogCallback: Root missing.'); } }; - /** - * Adds /Acroform X 0 R to Document Catalog, and creates the AcroForm - * Dictionary + /** + * Adds /Acroform X 0 R to Document Catalog, and creates the AcroForm + * Dictionary */ @@ -5972,11 +4302,11 @@ delete scope.internal.acroformPlugin.acroFormDictionaryRoot._eventID; scope.internal.acroformPlugin.printedOut = true; }; - /** - * Creates the single Fields and writes them into the Document - * - * If fieldArray is set, use the fields that are inside it instead of the - * fields from the AcroRoot (for the FormXObjects...) + /** + * Creates the single Fields and writes them into the Document + * + * If fieldArray is set, use the fields that are inside it instead of the + * fields from the AcroRoot (for the FormXObjects...) */ @@ -6049,7 +4379,7 @@ appearanceStreamString += "/" + i + " " + obj + " "; // In case the XForm is already used, e.g. OffState // of CheckBoxes, don't add it - if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) { scope.internal.acroformPlugin.xForms.push(obj); } + if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) scope.internal.acroformPlugin.xForms.push(obj); } } } else { @@ -6062,7 +4392,7 @@ } appearanceStreamString += "/" + i + " " + obj; - if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) { scope.internal.acroformPlugin.xForms.push(obj); } + if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) scope.internal.acroformPlugin.xForms.push(obj); } appearanceStreamString += ">>"; @@ -6198,17 +4528,17 @@ // Classes // ########################## - /** - * @class AcroFormPDFObject - * @classdesc A AcroFormPDFObject + /** + * @class AcroFormPDFObject + * @classdesc A AcroFormPDFObject */ var AcroFormPDFObject = function AcroFormPDFObject() { var _objId; - /** * - * @name AcroFormPDFObject#objId - * @type {any} + /** * + * @name AcroFormPDFObject#objId + * @type {any} */ @@ -6230,8 +4560,8 @@ } }); }; - /** - * @function AcroFormPDFObject.toString + /** + * @function AcroFormPDFObject.toString */ @@ -6247,11 +4577,11 @@ }); scope.internal.out("endobj"); }; - /** - * Returns an key-value-List of all non-configurable Variables from the Object - * - * @name getKeyValueListForStream - * @returns {string} + /** + * Returns an key-value-List of all non-configurable Variables from the Object + * + * @name getKeyValueListForStream + * @returns {string} */ @@ -6360,7 +4690,7 @@ if (_Kids.length > 0) { return _Kids; } else { - return undefined; + return; } } }); @@ -6379,7 +4709,7 @@ configurable: false, get: function get() { if (!_DA) { - return undefined; + return; } return '(' + _DA + ')'; @@ -6391,11 +4721,11 @@ }; inherit(AcroFormDictionary, AcroFormPDFObject); - /** - * The Field Object contains the Variables, that every Field needs - * - * @class AcroFormField - * @classdesc An AcroForm FieldObject + /** + * The Field Object contains the Variables, that every Field needs + * + * @class AcroFormField + * @classdesc An AcroForm FieldObject */ var AcroFormField = function AcroFormField() { @@ -6416,13 +4746,13 @@ } } }); - /** - * (PDF 1.2) If set, print the annotation when the page is printed. If clear, never print the annotation, regardless of wether is is displayed on the screen. - * NOTE 2 This can be useful for annotations representing interactive pushbuttons, which would serve no meaningful purpose on the printed page. - * - * @name AcroFormField#showWhenPrinted - * @default true - * @type {boolean} + /** + * (PDF 1.2) If set, print the annotation when the page is printed. If clear, never print the annotation, regardless of wether is is displayed on the screen. + * NOTE 2 This can be useful for annotations representing interactive pushbuttons, which would serve no meaningful purpose on the printed page. + * + * @name AcroFormField#showWhenPrinted + * @default true + * @type {boolean} */ Object.defineProperty(this, 'showWhenPrinted', { @@ -6460,7 +4790,7 @@ configurable: false, get: function get() { if (_Rect.length === 0) { - return undefined; + return; } return _Rect; @@ -6473,12 +4803,12 @@ } } }); - /** - * The x-position of the field. - * - * @name AcroFormField#x - * @default null - * @type {number} + /** + * The x-position of the field. + * + * @name AcroFormField#x + * @default null + * @type {number} */ Object.defineProperty(this, 'x', { @@ -6495,12 +4825,12 @@ _Rect[0] = scale(value); } }); - /** - * The y-position of the field. - * - * @name AcroFormField#y - * @default null - * @type {number} + /** + * The y-position of the field. + * + * @name AcroFormField#y + * @default null + * @type {number} */ Object.defineProperty(this, 'y', { @@ -6517,12 +4847,12 @@ _Rect[1] = scale(value); } }); - /** - * The width of the field. - * - * @name AcroFormField#width - * @default null - * @type {number} + /** + * The width of the field. + * + * @name AcroFormField#width + * @default null + * @type {number} */ Object.defineProperty(this, 'width', { @@ -6539,12 +4869,12 @@ _Rect[2] = scale(value); } }); - /** - * The height of the field. - * - * @name AcroFormField#height - * @default null - * @type {number} + /** + * The height of the field. + * + * @name AcroFormField#height + * @default null + * @type {number} */ Object.defineProperty(this, 'height', { @@ -6590,7 +4920,7 @@ if (!_T || _T.length < 1) { // In case of a Child from a Radio´Group, you don't need a FieldName if (this instanceof AcroFormChildClass) { - return undefined; + return; } _T = "FieldObject" + AcroFormField.FieldNum++; @@ -6602,12 +4932,12 @@ _T = value.toString(); } }); - /** - * (Optional) The partial field name (see 12.7.3.2, “Field Names”). - * - * @name AcroFormField#fieldName - * @default null - * @type {string} + /** + * (Optional) The partial field name (see 12.7.3.2, “Field Names”). + * + * @name AcroFormField#fieldName + * @default null + * @type {string} */ Object.defineProperty(this, 'fieldName', { @@ -6621,12 +4951,12 @@ } }); var _fontName = 'helvetica'; - /** - * The fontName of the font to be used. - * - * @name AcroFormField#fontName - * @default 'helvetica' - * @type {string} + /** + * The fontName of the font to be used. + * + * @name AcroFormField#fontName + * @default 'helvetica' + * @type {string} */ Object.defineProperty(this, 'fontName', { @@ -6640,12 +4970,12 @@ } }); var _fontStyle = 'normal'; - /** - * The fontStyle of the font to be used. - * - * @name AcroFormField#fontStyle - * @default 'normal' - * @type {string} + /** + * The fontStyle of the font to be used. + * + * @name AcroFormField#fontStyle + * @default 'normal' + * @type {string} */ Object.defineProperty(this, 'fontStyle', { @@ -6659,12 +4989,12 @@ } }); var _fontSize = 0; - /** - * The fontSize of the font to be used. - * - * @name AcroFormField#fontSize - * @default 0 (for auto) - * @type {number} + /** + * The fontSize of the font to be used. + * + * @name AcroFormField#fontSize + * @default 0 (for auto) + * @type {number} */ Object.defineProperty(this, 'fontSize', { @@ -6678,12 +5008,12 @@ } }); var _maxFontSize = 50; - /** - * The maximum fontSize of the font to be used. - * - * @name AcroFormField#maxFontSize - * @default 0 (for auto) - * @type {number} + /** + * The maximum fontSize of the font to be used. + * + * @name AcroFormField#maxFontSize + * @default 0 (for auto) + * @type {number} */ Object.defineProperty(this, 'maxFontSize', { @@ -6697,12 +5027,12 @@ } }); var _color = 'black'; - /** - * The color of the text - * - * @name AcroFormField#color - * @default 'black' - * @type {string|rgba} + /** + * The color of the text + * + * @name AcroFormField#color + * @default 'black' + * @type {string|rgba} */ Object.defineProperty(this, 'color', { @@ -6722,7 +5052,7 @@ configurable: false, get: function get() { if (!_DA || this instanceof AcroFormChildClass || this instanceof AcroFormTextField) { - return undefined; + return; } return toPdfString(_DA); @@ -6738,7 +5068,7 @@ configurable: false, get: function get() { if (!_DV) { - return undefined; + return; } if (this instanceof AcroFormButton === false) { @@ -6761,12 +5091,12 @@ } } }); - /** - * (Optional; inheritable) The default value to which the field reverts when a reset-form action is executed (see 12.7.5.3, “Reset-Form Action”). The format of this value is the same as that of value. - * - * @name AcroFormField#defaultValue - * @default null - * @type {any} + /** + * (Optional; inheritable) The default value to which the field reverts when a reset-form action is executed (see 12.7.5.3, “Reset-Form Action”). The format of this value is the same as that of value. + * + * @name AcroFormField#defaultValue + * @default null + * @type {any} */ Object.defineProperty(this, 'defaultValue', { @@ -6795,7 +5125,7 @@ configurable: false, get: function get() { if (!_V) { - return undefined; + return; } if (this instanceof AcroFormButton === false) { @@ -6818,12 +5148,12 @@ } } }); - /** - * (Optional; inheritable) The field’s value, whose format varies depending on the field type. See the descriptions of individual field types for further information. - * - * @name AcroFormField#value - * @default null - * @type {any} + /** + * (Optional; inheritable) The field’s value, whose format varies depending on the field type. See the descriptions of individual field types for further information. + * + * @name AcroFormField#value + * @default null + * @type {any} */ Object.defineProperty(this, 'value', { @@ -6846,12 +5176,12 @@ } } }); - /** - * Check if field has annotations - * - * @name AcroFormField#hasAnnotation - * @readonly - * @type {boolean} + /** + * Check if field has annotations + * + * @name AcroFormField#hasAnnotation + * @readonly + * @type {boolean} */ Object.defineProperty(this, 'hasAnnotation', { @@ -6876,12 +5206,12 @@ } }); var _hasAppearanceStream = false; - /** - * true if field has an appearanceStream - * - * @name AcroFormField#hasAppearanceStream - * @readonly - * @type {boolean} + /** + * true if field has an appearanceStream + * + * @name AcroFormField#hasAppearanceStream + * @readonly + * @type {boolean} */ Object.defineProperty(this, 'hasAppearanceStream', { @@ -6896,11 +5226,11 @@ _hasAppearanceStream = value; } }); - /** - * The page on which the AcroFormField is placed - * - * @name AcroFormField#page - * @type {number} + /** + * The page on which the AcroFormField is placed + * + * @name AcroFormField#page + * @type {number} */ var _page; @@ -6911,7 +5241,7 @@ writeable: true, get: function get() { if (!_page) { - return undefined; + return; } return _page; @@ -6920,12 +5250,12 @@ _page = value; } }); - /** - * If set, the user may not change the value of the field. Any associated widget annotations will not interact with the user; that is, they will not respond to mouse clicks or change their appearance in response to mouse motions. This flag is useful for fields whose values are computed or imported from a database. - * - * @name AcroFormField#readOnly - * @default false - * @type {boolean} + /** + * If set, the user may not change the value of the field. Any associated widget annotations will not interact with the user; that is, they will not respond to mouse clicks or change their appearance in response to mouse motions. This flag is useful for fields whose values are computed or imported from a database. + * + * @name AcroFormField#readOnly + * @default false + * @type {boolean} */ Object.defineProperty(this, 'readOnly', { @@ -6942,12 +5272,12 @@ } } }); - /** - * If set, the field shall have a value at the time it is exported by a submitform action (see 12.7.5.2, “Submit-Form Action”). - * - * @name AcroFormField#required - * @default false - * @type {boolean} + /** + * If set, the field shall have a value at the time it is exported by a submitform action (see 12.7.5.2, “Submit-Form Action”). + * + * @name AcroFormField#required + * @default false + * @type {boolean} */ Object.defineProperty(this, 'required', { @@ -6964,12 +5294,12 @@ } } }); - /** - * If set, the field shall not be exported by a submit-form action (see 12.7.5.2, “Submit-Form Action”) - * - * @name AcroFormField#noExport - * @default false - * @type {boolean} + /** + * If set, the field shall not be exported by a submit-form action (see 12.7.5.2, “Submit-Form Action”) + * + * @name AcroFormField#noExport + * @default false + * @type {boolean} */ Object.defineProperty(this, 'noExport', { @@ -6992,7 +5322,7 @@ configurable: false, get: function get() { if (_Q === null) { - return undefined; + return; } return _Q; @@ -7005,13 +5335,13 @@ } } }); - /** - * (Optional; inheritable) A code specifying the form of quadding (justification) that shall be used in displaying the text: - * 'left', 'center', 'right' - * - * @name AcroFormField#textAlign - * @default 'left' - * @type {string} + /** + * (Optional; inheritable) A code specifying the form of quadding (justification) that shall be used in displaying the text: + * 'left', 'center', 'right' + * + * @name AcroFormField#textAlign + * @default 'left' + * @type {string} */ Object.defineProperty(this, 'textAlign', { @@ -7059,9 +5389,9 @@ }; inherit(AcroFormField, AcroFormPDFObject); - /** - * @class AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormChoiceField + * @extends AcroFormField */ var AcroFormChoiceField = function AcroFormChoiceField() { @@ -7083,12 +5413,12 @@ _TI = value; } }); - /** - * (Optional) For scrollable list boxes, the top index (the index in the Opt array of the first option visible in the list). Default value: 0. - * - * @name AcroFormChoiceField#topIndex - * @default 0 - * @type {number} + /** + * (Optional) For scrollable list boxes, the top index (the index in the Opt array of the first option visible in the list). Default value: 0. + * + * @name AcroFormChoiceField#topIndex + * @default 0 + * @type {number} */ Object.defineProperty(this, 'topIndex', { @@ -7112,23 +5442,23 @@ _Opt = pdfArrayToStringArray(value); } }); - /** - * @memberof AcroFormChoiceField - * @name getOptions - * @function - * @instance - * @returns {array} array of Options + /** + * @memberof AcroFormChoiceField + * @name getOptions + * @function + * @instance + * @returns {array} array of Options */ this.getOptions = function () { return _Opt; }; - /** - * @memberof AcroFormChoiceField - * @name setOptions - * @function - * @instance - * @param {array} value + /** + * @memberof AcroFormChoiceField + * @name setOptions + * @function + * @instance + * @param {array} value */ @@ -7139,12 +5469,12 @@ _Opt.sort(); } }; - /** - * @memberof AcroFormChoiceField - * @name addOption - * @function - * @instance - * @param {string} value + /** + * @memberof AcroFormChoiceField + * @name addOption + * @function + * @instance + * @param {string} value */ @@ -7158,13 +5488,13 @@ _Opt.sort(); } }; - /** - * @memberof AcroFormChoiceField - * @name removeOption - * @function - * @instance - * @param {string} value - * @param {boolean} allEntries (default: false) + /** + * @memberof AcroFormChoiceField + * @name removeOption + * @function + * @instance + * @param {string} value + * @param {boolean} allEntries (default: false) */ @@ -7181,12 +5511,12 @@ } } }; - /** - * If set, the field is a combo box; if clear, the field is a list box. - * - * @name AcroFormChoiceField#combo - * @default false - * @type {boolean} + /** + * If set, the field is a combo box; if clear, the field is a list box. + * + * @name AcroFormChoiceField#combo + * @default false + * @type {boolean} */ @@ -7204,12 +5534,12 @@ } } }); - /** - * If set, the combo box shall include an editable text box as well as a drop-down list; if clear, it shall include only a drop-down list. This flag shall be used only if the Combo flag is set. - * - * @name AcroFormChoiceField#edit - * @default false - * @type {boolean} + /** + * If set, the combo box shall include an editable text box as well as a drop-down list; if clear, it shall include only a drop-down list. This flag shall be used only if the Combo flag is set. + * + * @name AcroFormChoiceField#edit + * @default false + * @type {boolean} */ Object.defineProperty(this, 'edit', { @@ -7229,12 +5559,12 @@ } } }); - /** - * If set, the field’s option items shall be sorted alphabetically. This flag is intended for use by writers, not by readers. Conforming readers shall display the options in the order in which they occur in the Opt array (see Table 231). - * - * @name AcroFormChoiceField#sort - * @default false - * @type {boolean} + /** + * If set, the field’s option items shall be sorted alphabetically. This flag is intended for use by writers, not by readers. Conforming readers shall display the options in the order in which they occur in the Opt array (see Table 231). + * + * @name AcroFormChoiceField#sort + * @default false + * @type {boolean} */ Object.defineProperty(this, 'sort', { @@ -7253,12 +5583,12 @@ } } }); - /** - * (PDF 1.4) If set, more than one of the field’s option items may be selected simultaneously; if clear, at most one item shall be selected - * - * @name AcroFormChoiceField#multiSelect - * @default false - * @type {boolean} + /** + * (PDF 1.4) If set, more than one of the field’s option items may be selected simultaneously; if clear, at most one item shall be selected + * + * @name AcroFormChoiceField#multiSelect + * @default false + * @type {boolean} */ Object.defineProperty(this, 'multiSelect', { @@ -7275,12 +5605,12 @@ } } }); - /** - * (PDF 1.4) If set, text entered in the field shall not be spellchecked. This flag shall not be used unless the Combo and Edit flags are both set. - * - * @name AcroFormChoiceField#doNotSpellCheck - * @default false - * @type {boolean} + /** + * (PDF 1.4) If set, text entered in the field shall not be spellchecked. This flag shall not be used unless the Combo and Edit flags are both set. + * + * @name AcroFormChoiceField#doNotSpellCheck + * @default false + * @type {boolean} */ Object.defineProperty(this, 'doNotSpellCheck', { @@ -7297,13 +5627,13 @@ } } }); - /** - * (PDF 1.5) If set, the new value shall be committed as soon as a selection is made (commonly with the pointing device). In this case, supplying a value for a field involves three actions: selecting the field for fill-in, selecting a choice for the fill-in value, and leaving that field, which finalizes or “commits” the data choice and triggers any actions associated with the entry or changing of this data. If this flag is on, then processing does not wait for leaving the field action to occur, but immediately proceeds to the third step. - * This option enables applications to perform an action once a selection is made, without requiring the user to exit the field. If clear, the new value is not committed until the user exits the field. - * - * @name AcroFormChoiceField#commitOnSelChange - * @default false - * @type {boolean} + /** + * (PDF 1.5) If set, the new value shall be committed as soon as a selection is made (commonly with the pointing device). In this case, supplying a value for a field involves three actions: selecting the field for fill-in, selecting a choice for the fill-in value, and leaving that field, which finalizes or “commits” the data choice and triggers any actions associated with the entry or changing of this data. If this flag is on, then processing does not wait for leaving the field action to occur, but immediately proceeds to the third step. + * This option enables applications to perform an action once a selection is made, without requiring the user to exit the field. If clear, the new value is not committed until the user exits the field. + * + * @name AcroFormChoiceField#commitOnSelChange + * @default false + * @type {boolean} */ Object.defineProperty(this, 'commitOnSelChange', { @@ -7324,10 +5654,10 @@ }; inherit(AcroFormChoiceField, AcroFormField); - /** - * @class AcroFormListBox - * @extends AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormListBox + * @extends AcroFormChoiceField + * @extends AcroFormField */ var AcroFormListBox = function AcroFormListBox() { @@ -7338,11 +5668,11 @@ }; inherit(AcroFormListBox, AcroFormChoiceField); - /** - * @class AcroFormComboBox - * @extends AcroFormListBox - * @extends AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormComboBox + * @extends AcroFormListBox + * @extends AcroFormChoiceField + * @extends AcroFormField */ var AcroFormComboBox = function AcroFormComboBox() { @@ -7351,12 +5681,12 @@ }; inherit(AcroFormComboBox, AcroFormListBox); - /** - * @class AcroFormEditBox - * @extends AcroFormComboBox - * @extends AcroFormListBox - * @extends AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormEditBox + * @extends AcroFormComboBox + * @extends AcroFormListBox + * @extends AcroFormChoiceField + * @extends AcroFormField */ var AcroFormEditBox = function AcroFormEditBox() { @@ -7365,19 +5695,19 @@ }; inherit(AcroFormEditBox, AcroFormComboBox); - /** - * @class AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormButton + * @extends AcroFormField */ var AcroFormButton = function AcroFormButton() { AcroFormField.call(this); this.FT = "/Btn"; - /** - * (Radio buttons only) If set, exactly one radio button shall be selected at all times; selecting the currently selected button has no effect. If clear, clicking the selected button deselects it, leaving no button selected. - * - * @name AcroFormButton#noToggleToOff - * @type {boolean} + /** + * (Radio buttons only) If set, exactly one radio button shall be selected at all times; selecting the currently selected button has no effect. If clear, clicking the selected button deselects it, leaving no button selected. + * + * @name AcroFormButton#noToggleToOff + * @type {boolean} */ Object.defineProperty(this, 'noToggleToOff', { @@ -7394,11 +5724,11 @@ } } }); - /** - * If set, the field is a set of radio buttons; if clear, the field is a checkbox. This flag may be set only if the Pushbutton flag is clear. - * - * @name AcroFormButton#radio - * @type {boolean} + /** + * If set, the field is a set of radio buttons; if clear, the field is a checkbox. This flag may be set only if the Pushbutton flag is clear. + * + * @name AcroFormButton#radio + * @type {boolean} */ Object.defineProperty(this, 'radio', { @@ -7415,11 +5745,11 @@ } } }); - /** - * If set, the field is a pushbutton that does not retain a permanent value. - * - * @name AcroFormButton#pushButton - * @type {boolean} + /** + * If set, the field is a pushbutton that does not retain a permanent value. + * + * @name AcroFormButton#pushButton + * @type {boolean} */ Object.defineProperty(this, 'pushButton', { @@ -7436,11 +5766,11 @@ } } }); - /** - * (PDF 1.5) If set, a group of radio buttons within a radio button field that use the same value for the on state will turn on and off in unison; that is if one is checked, they are all checked. If clear, the buttons are mutually exclusive (the same behavior as HTML radio buttons). - * - * @name AcroFormButton#radioIsUnison - * @type {boolean} + /** + * (PDF 1.5) If set, a group of radio buttons within a radio button field that use the same value for the on state will turn on and off in unison; that is if one is checked, they are all checked. If clear, the buttons are mutually exclusive (the same behavior as HTML radio buttons). + * + * @name AcroFormButton#radioIsUnison + * @type {boolean} */ Object.defineProperty(this, 'radioIsUnison', { @@ -7475,7 +5805,7 @@ return result.join('\n'); } - return undefined; + return; }, set: function set(value) { if (_typeof(value) === "object") { @@ -7483,16 +5813,16 @@ } } }); - /** - * From the PDF reference: - * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. - * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). - * - * - '8' = Cross, - * - 'l' = Circle, - * - '' = nothing - * @name AcroFormButton#caption - * @type {string} + /** + * From the PDF reference: + * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. + * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). + * + * - '8' = Cross, + * - 'l' = Circle, + * - '' = nothing + * @name AcroFormButton#caption + * @type {string} */ Object.defineProperty(this, 'caption', { @@ -7520,11 +5850,11 @@ _AS = value; } }); - /** - * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") - * - * @name AcroFormButton#appearanceState - * @type {any} + /** + * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") + * + * @name AcroFormButton#appearanceState + * @type {any} */ Object.defineProperty(this, 'appearanceState', { @@ -7540,10 +5870,10 @@ }; inherit(AcroFormButton, AcroFormField); - /** - * @class AcroFormPushButton - * @extends AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormPushButton + * @extends AcroFormButton + * @extends AcroFormField */ var AcroFormPushButton = function AcroFormPushButton() { @@ -7552,10 +5882,10 @@ }; inherit(AcroFormPushButton, AcroFormButton); - /** - * @class AcroFormRadioButton - * @extends AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormRadioButton + * @extends AcroFormButton + * @extends AcroFormField */ var AcroFormRadioButton = function AcroFormRadioButton() { @@ -7580,12 +5910,12 @@ }; inherit(AcroFormRadioButton, AcroFormButton); - /** - * The Child class of a RadioButton (the radioGroup) -> The single Buttons - * - * @class AcroFormChildClass - * @extends AcroFormField - * @ignore + /** + * The Child class of a RadioButton (the radioGroup) -> The single Buttons + * + * @class AcroFormChildClass + * @extends AcroFormField + * @ignore */ var AcroFormChildClass = function AcroFormChildClass() { @@ -7638,16 +5968,16 @@ } } }); - /** - * From the PDF reference: - * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. - * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). - * - * - '8' = Cross, - * - 'l' = Circle, - * - '' = nothing - * @name AcroFormButton#caption - * @type {string} + /** + * From the PDF reference: + * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. + * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). + * + * - '8' = Cross, + * - 'l' = Circle, + * - '' = nothing + * @name AcroFormButton#caption + * @type {string} */ Object.defineProperty(this, 'caption', { @@ -7675,11 +6005,11 @@ _AS = value; } }); - /** - * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") - * - * @name AcroFormButton#appearanceState - * @type {any} + /** + * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") + * + * @name AcroFormButton#appearanceState + * @type {any} */ Object.defineProperty(this, 'appearanceState', { @@ -7692,13 +6022,14 @@ _AS = '/' + value; } }); + this.optionName = name; this.caption = 'l'; this.appearanceState = 'Off'; // todo: set AppearanceType as variable that can be set from the // outside... this._AppearanceType = AcroFormAppearance.RadioButton.Circle; // The Default appearanceType is the Circle - this.appearanceStreamContent = this._AppearanceType.createAppearanceStream(this.optionName); + this.appearanceStreamContent = this._AppearanceType.createAppearanceStream(name); }; inherit(AcroFormChildClass, AcroFormField); @@ -7706,6 +6037,7 @@ AcroFormRadioButton.prototype.setAppearance = function (appearance) { if (!('createAppearanceStream' in appearance && 'getCA' in appearance)) { throw new Error("Couldn't assign Appearance to RadioButton. Appearance was Invalid!"); + return; } for (var objId in this.Kids) { @@ -7718,7 +6050,8 @@ }; AcroFormRadioButton.prototype.createOption = function (name) { - // Create new Child for RadioGroup + var kidCount = this.Kids.length; // Create new Child for RadioGroup + var child = new AcroFormChildClass(); child.Parent = this; child.optionName = name; // Add to Parent @@ -7727,10 +6060,10 @@ addField.call(this, child); return child; }; - /** - * @class AcroFormCheckBox - * @extends AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormCheckBox + * @extends AcroFormButton + * @extends AcroFormField */ @@ -7745,19 +6078,19 @@ }; inherit(AcroFormCheckBox, AcroFormButton); - /** - * @class AcroFormTextField - * @extends AcroFormField + /** + * @class AcroFormTextField + * @extends AcroFormField */ var AcroFormTextField = function AcroFormTextField() { AcroFormField.call(this); this.FT = '/Tx'; - /** - * If set, the field may contain multiple lines of text; if clear, the field’s text shall be restricted to a single line. - * - * @name AcroFormTextField#multiline - * @type {boolean} + /** + * If set, the field may contain multiple lines of text; if clear, the field’s text shall be restricted to a single line. + * + * @name AcroFormTextField#multiline + * @type {boolean} */ Object.defineProperty(this, 'multiline', { @@ -7774,11 +6107,11 @@ } } }); - /** - * (PDF 1.4) If set, the text entered in the field represents the pathname of a file whose contents shall be submitted as the value of the field. - * - * @name AcroFormTextField#fileSelect - * @type {boolean} + /** + * (PDF 1.4) If set, the text entered in the field represents the pathname of a file whose contents shall be submitted as the value of the field. + * + * @name AcroFormTextField#fileSelect + * @type {boolean} */ Object.defineProperty(this, 'fileSelect', { @@ -7795,11 +6128,11 @@ } } }); - /** - * (PDF 1.4) If set, text entered in the field shall not be spell-checked. - * - * @name AcroFormTextField#doNotSpellCheck - * @type {boolean} + /** + * (PDF 1.4) If set, text entered in the field shall not be spell-checked. + * + * @name AcroFormTextField#doNotSpellCheck + * @type {boolean} */ Object.defineProperty(this, 'doNotSpellCheck', { @@ -7816,11 +6149,11 @@ } } }); - /** - * (PDF 1.4) If set, the field shall not scroll (horizontally for single-line fields, vertically for multiple-line fields) to accommodate more text than fits within its annotation rectangle. Once the field is full, no further text shall be accepted for interactive form filling; for noninteractive form filling, the filler should take care not to add more character than will visibly fit in the defined area. - * - * @name AcroFormTextField#doNotScroll - * @type {boolean} + /** + * (PDF 1.4) If set, the field shall not scroll (horizontally for single-line fields, vertically for multiple-line fields) to accommodate more text than fits within its annotation rectangle. Once the field is full, no further text shall be accepted for interactive form filling; for noninteractive form filling, the filler should take care not to add more character than will visibly fit in the defined area. + * + * @name AcroFormTextField#doNotScroll + * @type {boolean} */ Object.defineProperty(this, 'doNotScroll', { @@ -7837,11 +6170,11 @@ } } }); - /** - * (PDF 1.5) May be set only if the MaxLen entry is present in the text field dictionary (see Table 229) and if the Multiline, Password, and FileSelect flags are clear. If set, the field shall be automatically divided into as many equally spaced positions, or combs, as the value of MaxLen, and the text is laid out into those combs. - * - * @name AcroFormTextField#comb - * @type {boolean} + /** + * (PDF 1.5) May be set only if the MaxLen entry is present in the text field dictionary (see Table 229) and if the Multiline, Password, and FileSelect flags are clear. If set, the field shall be automatically divided into as many equally spaced positions, or combs, as the value of MaxLen, and the text is laid out into those combs. + * + * @name AcroFormTextField#comb + * @type {boolean} */ Object.defineProperty(this, 'comb', { @@ -7858,11 +6191,11 @@ } } }); - /** - * (PDF 1.5) If set, the value of this field shall be a rich text string (see 12.7.3.4, “Rich Text Strings”). If the field has a value, the RV entry of the field dictionary (Table 222) shall specify the rich text string. - * - * @name AcroFormTextField#richText - * @type {boolean} + /** + * (PDF 1.5) If set, the value of this field shall be a rich text string (see 12.7.3.4, “Rich Text Strings”). If the field has a value, the RV entry of the field dictionary (Table 222) shall specify the rich text string. + * + * @name AcroFormTextField#richText + * @type {boolean} */ Object.defineProperty(this, 'richText', { @@ -7890,11 +6223,11 @@ _MaxLen = value; } }); - /** - * (Optional; inheritable) The maximum length of the field’s text, in characters. - * - * @name AcroFormTextField#maxLength - * @type {number} + /** + * (Optional; inheritable) The maximum length of the field’s text, in characters. + * + * @name AcroFormTextField#maxLength + * @type {number} */ Object.defineProperty(this, 'maxLength', { @@ -7919,20 +6252,20 @@ }; inherit(AcroFormTextField, AcroFormField); - /** - * @class AcroFormPasswordField - * @extends AcroFormTextField - * @extends AcroFormField + /** + * @class AcroFormPasswordField + * @extends AcroFormTextField + * @extends AcroFormField */ var AcroFormPasswordField = function AcroFormPasswordField() { AcroFormTextField.call(this); - /** - * If set, the field is intended for entering a secure password that should not be echoed visibly to the screen. Characters typed from the keyboard shall instead be echoed in some unreadable form, such as asterisks or bullet characters. - * NOTE To protect password confidentiality, readers should never store the value of the text field in the PDF file if this flag is set. - * - * @name AcroFormTextField#password - * @type {boolean} + /** + * If set, the field is intended for entering a secure password that should not be echoed visibly to the screen. Characters typed from the keyboard shall instead be echoed in some unreadable form, such as asterisks or bullet characters. + * NOTE To protect password confidentiality, readers should never store the value of the text field in the PDF file if this flag is set. + * + * @name AcroFormTextField#password + * @type {boolean} */ Object.defineProperty(this, 'password', { @@ -7969,10 +6302,10 @@ return appearance; }, - /** - * Returns the standard On Appearance for a CheckBox - * - * @returns {AcroFormXObject} + /** + * Returns the standard On Appearance for a CheckBox + * + * @returns {AcroFormXObject} */ YesPushDown: function YesPushDown(formObject) { var xobj = createFormXObject(formObject); @@ -8025,10 +6358,10 @@ return xobj; }, - /** - * Returns the standard Off Appearance for a CheckBox - * - * @returns {AcroFormXObject} + /** + * Returns the standard Off Appearance for a CheckBox + * + * @returns {AcroFormXObject} */ OffPushDown: function OffPushDown(formObject) { var xobj = createFormXObject(formObject); @@ -8065,8 +6398,8 @@ DotRadius = Number((DotRadius * 0.9).toFixed(5)); var c = AcroFormAppearance.internal.Bezier_C; var DotRadiusBezier = Number((DotRadius * c).toFixed(5)); - /* - * The Following is a Circle created with Bezier-Curves. + /* + * The Following is a Circle created with Bezier-Curves. */ stream.push("q"); @@ -8140,12 +6473,12 @@ } }, Cross: { - /** - * Creates the Actual AppearanceDictionary-References - * - * @param {string} name - * @returns {Object} - * @ignore + /** + * Creates the Actual AppearanceDictionary-References + * + * @param {string} name + * @returns {Object} + * @ignore */ createAppearanceStream: function createAppearanceStream(name) { var appearanceStreamContent = { @@ -8210,10 +6543,10 @@ } }, - /** - * Returns the standard Appearance - * - * @returns {AcroFormXObject} + /** + * Returns the standard Appearance + * + * @returns {AcroFormXObject} */ createDefaultAppearanceStream: function createDefaultAppearanceStream(formObject) { // Set Helvetica to Standard Font (size: auto) @@ -8233,6 +6566,7 @@ var width = AcroFormAppearance.internal.getWidth(formObject); var height = AcroFormAppearance.internal.getHeight(formObject); var a = Math.min(width, height); + var cross = { x1: { // upperLeft @@ -8283,14 +6617,14 @@ return result; }; // Public: - /** - * Add an AcroForm-Field to the jsPDF-instance - * - * @name addField - * @function - * @instance - * @param {Object} fieldObject - * @returns {jsPDF} + /** + * Add an AcroForm-Field to the jsPDF-instance + * + * @name addField + * @function + * @instance + * @param {Object} fieldObject + * @returns {jsPDF} */ @@ -8306,13 +6640,13 @@ fieldObject.page = scope.internal.getCurrentPageInfo().pageNumber; return this; }; - /** - * @name addButton - * @function - * @instance - * @param {AcroFormButton} options - * @returns {jsPDF} - * @deprecated + /** + * @name addButton + * @function + * @instance + * @param {AcroFormButton} options + * @returns {jsPDF} + * @deprecated */ @@ -8323,13 +6657,13 @@ return addField.call(this, button); }; - /** - * @name addTextField - * @function - * @instance - * @param {AcroFormTextField} textField - * @returns {jsPDF} - * @deprecated + /** + * @name addTextField + * @function + * @instance + * @param {AcroFormTextField} textField + * @returns {jsPDF} + * @deprecated */ @@ -8340,13 +6674,13 @@ return addField.call(this, textField); }; - /** - * @name addChoiceField - * @function - * @instance - * @param {AcroFormChoiceField} - * @returns {jsPDF} - * @deprecated + /** + * @name addChoiceField + * @function + * @instance + * @param {AcroFormChoiceField} + * @returns {jsPDF} + * @deprecated */ @@ -8401,59 +6735,39 @@ PasswordField: AcroFormPasswordField, Appearance: AcroFormAppearance }; - jsPDF.AcroForm = { - ChoiceField: AcroFormChoiceField, - ListBox: AcroFormListBox, - ComboBox: AcroFormComboBox, - EditBox: AcroFormEditBox, - Button: AcroFormButton, - PushButton: AcroFormPushButton, - RadioButton: AcroFormRadioButton, - CheckBox: AcroFormCheckBox, - TextField: AcroFormTextField, - PasswordField: AcroFormPasswordField, - Appearance: AcroFormAppearance - }; - })(jsPDF, typeof window !== "undefined" && window || typeof global !== "undefined" && global); - - /* global jsPDF */ + })(jsPDF.API, typeof window !== "undefined" && window || typeof global !== "undefined" && global); - /** @license - * jsPDF addImage plugin - * Copyright (c) 2012 Jason Siefken, https://github.com/siefkenj/ - * 2013 Chris Dowling, https://github.com/gingerchris - * 2013 Trinh Ho, https://github.com/ineedfat - * 2013 Edwin Alejandro Perez, https://github.com/eaparango - * 2013 Norah Smith, https://github.com/burnburnrocket - * 2014 Diego Casorran, https://github.com/diegocr - * 2014 James Robb, https://github.com/jamesbrobb - * - * + /** @license + * jsPDF addImage plugin + * Copyright (c) 2012 Jason Siefken, https://github.com/siefkenj/ + * 2013 Chris Dowling, https://github.com/gingerchris + * 2013 Trinh Ho, https://github.com/ineedfat + * 2013 Edwin Alejandro Perez, https://github.com/eaparango + * 2013 Norah Smith, https://github.com/burnburnrocket + * 2014 Diego Casorran, https://github.com/diegocr + * 2014 James Robb, https://github.com/jamesbrobb + * + * */ - /** - * @name addImage - * @module + /** + * @name addImage + * @module */ (function (jsPDFAPI) { var namespace = 'addImage_'; - jsPDFAPI.__addimage__ = {}; - var UNKNOWN = 'UNKNOWN'; var imageFileTypeHeaders = { PNG: [[0x89, 0x50, 0x4e, 0x47]], TIFF: [[0x4D, 0x4D, 0x00, 0x2A], //Motorola [0x49, 0x49, 0x2A, 0x00] //Intel ], JPEG: [[0xFF, 0xD8, 0xFF, 0xE0, undefined, undefined, 0x4A, 0x46, 0x49, 0x46, 0x00], //JFIF - [0xFF, 0xD8, 0xFF, 0xE1, undefined, undefined, 0x45, 0x78, 0x69, 0x66, 0x00, 0x00], //Exif - [0xFF, 0xD8, 0xFF, 0xDB], //JPEG RAW - [0xFF, 0xD8, 0xFF, 0xEE] //EXIF RAW + [0xFF, 0xD8, 0xFF, 0xE1, undefined, undefined, 0x45, 0x78, 0x69, 0x66, 0x00, 0x00] //Exif ], JPEG2000: [[0x00, 0x00, 0x00, 0x0C, 0x6A, 0x50, 0x20, 0x20]], GIF87a: [[0x47, 0x49, 0x46, 0x38, 0x37, 0x61]], GIF89a: [[0x47, 0x49, 0x46, 0x38, 0x39, 0x61]], - WEBP: [[0x52, 0x49, 0x46, 0x46, undefined, undefined, undefined, undefined, 0x57, 0x45, 0x42, 0x50]], BMP: [[0x42, 0x4D], //BM - Windows 3.1x, 95, NT, ... etc. [0x42, 0x41], //BA - OS/2 struct bitmap array [0x43, 0x49], //CI - OS/2 struct color icon @@ -8462,80 +6776,59 @@ [0x50, 0x54] //PT - OS/2 pointer ] }; - /** - * Recognize filetype of Image by magic-bytes - * - * https://en.wikipedia.org/wiki/List_of_file_signatures - * - * @name getImageFileTypeByImageData - * @public - * @function - * @param {string|arraybuffer} imageData imageData as binary String or arraybuffer - * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' - * - * @returns {string} filetype of Image + /** + * Recognize filetype of Image by magic-bytes + * + * https://en.wikipedia.org/wiki/List_of_file_signatures + * + * @name getImageFileTypeByImageData + * @public + * @function + * @param {string|arraybuffer} imageData imageData as binary String or arraybuffer + * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' + * + * @returns {string} filetype of Image */ - var getImageFileTypeByImageData = jsPDFAPI.__addimage__.getImageFileTypeByImageData = function (imageData, fallbackFormat) { - fallbackFormat = fallbackFormat || UNKNOWN; + var getImageFileTypeByImageData = jsPDFAPI.getImageFileTypeByImageData = function (imageData, fallbackFormat) { + fallbackFormat = fallbackFormat || 'UNKNOWN'; var i; var j; - var result = UNKNOWN; + var result = 'UNKNOWN'; var headerSchemata; var compareResult; var fileType; - if (isArrayBufferView(imageData)) { - for (fileType in imageFileTypeHeaders) { - headerSchemata = imageFileTypeHeaders[fileType]; + if (jsPDFAPI.isArrayBufferView(imageData)) { + imageData = jsPDFAPI.arrayBufferToBinaryString(imageData); + } - for (i = 0; i < headerSchemata.length; i += 1) { - compareResult = true; + for (fileType in imageFileTypeHeaders) { + headerSchemata = imageFileTypeHeaders[fileType]; - for (j = 0; j < headerSchemata[i].length; j += 1) { - if (headerSchemata[i][j] === undefined) { - continue; - } + for (i = 0; i < headerSchemata.length; i += 1) { + compareResult = true; - if (headerSchemata[i][j] !== imageData[j]) { - compareResult = false; - break; - } + for (j = 0; j < headerSchemata[i].length; j += 1) { + if (headerSchemata[i][j] === undefined) { + continue; } - if (compareResult === true) { - result = fileType; + if (headerSchemata[i][j] !== imageData.charCodeAt(j)) { + compareResult = false; break; } } - } - } else { - for (fileType in imageFileTypeHeaders) { - headerSchemata = imageFileTypeHeaders[fileType]; - for (i = 0; i < headerSchemata.length; i += 1) { - compareResult = true; - - for (j = 0; j < headerSchemata[i].length; j += 1) { - if (headerSchemata[i][j] === undefined) { - continue; - } - - if (headerSchemata[i][j] !== imageData.charCodeAt(j)) { - compareResult = false; - break; - } - } - - if (compareResult === true) { - result = fileType; - break; - } + if (compareResult === true) { + result = fileType; + break; } } } - if (result === UNKNOWN && fallbackFormat !== UNKNOWN) { + if (result === 'UNKNOWN' && fallbackFormat !== 'UNKNOWN') { + console.warn('FileType of Image not recognized. Processing image as "' + fallbackFormat + '".'); result = fallbackFormat; } @@ -8543,17 +6836,18 @@ }; // Image functionality ported from pdf.js - var putImage = function putImage(image) { - var out = this.internal.write; - var putStream = this.internal.putStream; - var getFilters = this.internal.getFilters; - var filter = getFilters(); + var putImage = function putImage(img) { + var objectNumber = this.internal.newObject(), + out = this.internal.write, + putStream = this.internal.putStream, + getFilters = this.internal.getFilters; + var filters = getFilters(); - while (filter.indexOf('FlateEncode') !== -1) { - filter.splice(filter.indexOf('FlateEncode'), 1); + while (filters.indexOf('FlateEncode') !== -1) { + filters.splice(filters.indexOf('FlateEncode'), 1); } - image.objectId = this.internal.newObject(); + img['n'] = objectNumber; var additionalKeyValues = []; additionalKeyValues.push({ key: 'Type', @@ -8565,26 +6859,26 @@ }); additionalKeyValues.push({ key: 'Width', - value: image.width + value: img['w'] }); additionalKeyValues.push({ key: 'Height', - value: image.height + value: img['h'] }); - if (image.colorSpace === this.color_spaces.INDEXED) { + if (img['cs'] === this.color_spaces.INDEXED) { additionalKeyValues.push({ key: 'ColorSpace', - value: '[/Indexed /DeviceRGB ' // if an indexed png defines more than one colour with transparency, we've created a sMask - + (image.palette.length / 3 - 1) + ' ' + ('sMask' in image && typeof image.sMask !== "undefined" ? image.objectId + 2 : image.objectId + 1) + ' 0 R]' + value: '[/Indexed /DeviceRGB ' // if an indexed png defines more than one colour with transparency, we've created a smask + + (img['pal'].length / 3 - 1) + ' ' + ('smask' in img ? objectNumber + 2 : objectNumber + 1) + ' 0 R]' }); } else { additionalKeyValues.push({ key: 'ColorSpace', - value: '/' + image.colorSpace + value: '/' + img['cs'] }); - if (image.colorSpace === this.color_spaces.DEVICE_CMYK) { + if (img['cs'] === this.color_spaces.DEVICE_CMYK) { additionalKeyValues.push({ key: 'Decode', value: '[1 0 1 0 1 0 1 0]' @@ -8594,101 +6888,93 @@ additionalKeyValues.push({ key: 'BitsPerComponent', - value: image.bitsPerComponent + value: img['bpc'] }); - if ('decodeParameters' in image && typeof image.decodeParameters !== "undefined") { + if ('dp' in img) { additionalKeyValues.push({ key: 'DecodeParms', - value: '<<' + image.decodeParameters + '>>' + value: '<<' + img['dp'] + '>>' }); } - if ('transparency' in image && Array.isArray(image.transparency)) { - var transparency = '', + if ('trns' in img && img['trns'].constructor == Array) { + var trns = '', i = 0, - len = image.transparency.length; + len = img['trns'].length; for (; i < len; i++) { - transparency += image.transparency[i] + ' ' + image.transparency[i] + ' '; + trns += img['trns'][i] + ' ' + img['trns'][i] + ' '; } additionalKeyValues.push({ key: 'Mask', - value: '[' + transparency + ']' + value: '[' + trns + ']' }); } - if (typeof image.sMask !== "undefined") { + if ('smask' in img) { additionalKeyValues.push({ key: 'SMask', - value: image.objectId + 1 + ' 0 R' + value: objectNumber + 1 + ' 0 R' }); } - var alreadyAppliedFilters = typeof image.filter !== "undefined" ? ['/' + image.filter] : undefined; + var alreadyAppliedFilters = typeof img['f'] !== "undefined" ? ['/' + img['f']] : undefined; putStream({ - data: image.data, + data: img['data'], additionalKeyValues: additionalKeyValues, alreadyAppliedFilters: alreadyAppliedFilters }); out('endobj'); // Soft mask - if ('sMask' in image && typeof image.sMask !== "undefined") { - var decodeParameters = '/Predictor ' + image.predictor + ' /Colors 1 /BitsPerComponent ' + image.bitsPerComponent + ' /Columns ' + image.width; - var sMask = { - width: image.width, - height: image.height, - colorSpace: 'DeviceGray', - bitsPerComponent: image.bitsPerComponent, - decodeParameters: decodeParameters, - data: image.sMask + if ('smask' in img) { + var dp = '/Predictor ' + img['p'] + ' /Colors 1 /BitsPerComponent ' + img['bpc'] + ' /Columns ' + img['w']; + var smask = { + 'w': img['w'], + 'h': img['h'], + 'cs': 'DeviceGray', + 'bpc': img['bpc'], + 'dp': dp, + 'data': img['smask'] }; - - if ('filter' in image) { - sMask.filter = image.filter; - } - - putImage.call(this, sMask); + if ('f' in img) smask.f = img['f']; + putImage.call(this, smask); } //Palette - if (image.colorSpace === this.color_spaces.INDEXED) { + if (img['cs'] === this.color_spaces.INDEXED) { this.internal.newObject(); //out('<< /Filter / ' + img['f'] +' /Length ' + img['pal'].length + '>>'); //putStream(zlib.compress(img['pal'])); putStream({ - data: arrayBufferToBinaryString(new Uint8Array(image.palette)) + data: this.arrayBufferToBinaryString(new Uint8Array(img['pal'])) }); out('endobj'); } - }; - - var putResourcesCallback = function putResourcesCallback() { + }, + putResourcesCallback = function putResourcesCallback() { var images = this.internal.collections[namespace + 'images']; for (var i in images) { putImage.call(this, images[i]); } - }; - - var putXObjectsDictCallback = function putXObjectsDictCallback() { + }, + putXObjectsDictCallback = function putXObjectsDictCallback() { var images = this.internal.collections[namespace + 'images'], out = this.internal.write, image; for (var i in images) { image = images[i]; - out('/I' + image.index, image.objectId, '0', 'R'); + out('/I' + image['i'], image['n'], '0', 'R'); } - }; - - var checkCompressValue = function checkCompressValue(value) { - if (value && typeof value === 'string') { value = value.toUpperCase(); } + }, + checkCompressValue = function checkCompressValue(value) { + if (value && typeof value === 'string') value = value.toUpperCase(); return value in jsPDFAPI.image_compression ? value : jsPDFAPI.image_compression.NONE; - }; - - var getImages = function getImages() { + }, + getImages = function getImages() { var images = this.internal.collections[namespace + 'images']; //first run, so initialise stuff if (!images) { @@ -8698,55 +6984,83 @@ } return images; - }; + }, + getImageIndex = function getImageIndex(images) { + var imageIndex = 0; - var getImageIndex = function getImageIndex() { - return Object.keys(this.internal.collections[namespace + 'images']).length; - }; + if (images) { + // this is NOT the first time this method is ran on this instance of jsPDF object. + imageIndex = Object.keys ? Object.keys(images).length : function (o) { + var i = 0; - var notDefined = function notDefined(value) { - return typeof value === 'undefined' || value === null || value.length === 0; - }; + for (var e in o) { + if (o.hasOwnProperty(e)) { + i++; + } + } + + return i; + }(images); + } - var generateAliasFromImageData = function generateAliasFromImageData(imageData) { - if (typeof imageData === 'string' || isArrayBufferView(imageData)) { + return imageIndex; + }, + notDefined = function notDefined(value) { + return typeof value === 'undefined' || value === null || value.length === 0; + }, + generateAliasFromImageData = function generateAliasFromImageData(imageData) { + if (typeof imageData === 'string') { return jsPDFAPI.sHashCode(imageData); } - return null; - }; + if (jsPDFAPI.isArrayBufferView(imageData)) { + return jsPDFAPI.sHashCode(jsPDFAPI.arrayBufferToBinaryString(imageData)); + } - var isImageTypeSupported = function isImageTypeSupported(type) { + return null; + }, + isImageTypeSupported = function isImageTypeSupported(type) { return typeof jsPDFAPI["process" + type.toUpperCase()] === "function"; - }; - - var isDOMElement = function isDOMElement(object) { + }, + isDOMElement = function isDOMElement(object) { return _typeof(object) === 'object' && object.nodeType === 1; - }; - - var getImageDataFromElement = function getImageDataFromElement(element) { + }, + createDataURIFromElement = function createDataURIFromElement(element, format) { //if element is an image which uses data url definition, just return the dataurl if (element.nodeName === 'IMG' && element.hasAttribute('src')) { var src = '' + element.getAttribute('src'); //is base64 encoded dataUrl, directly process it if (src.indexOf('data:image/') === 0) { - return atob(unescape(src).split('base64,').pop()); + return unescape(src); } //it is probably an url, try to load it - var tmpImageData = jsPDFAPI.loadFile(src, true); + var tmpImageData = jsPDFAPI.loadFile(src); if (tmpImageData !== undefined) { - return tmpImageData; + return btoa(tmpImageData); } } if (element.nodeName === 'CANVAS') { - return atob(element.toDataURL('image/jpeg', 1.0).split('base64,').pop()); + var canvas = element; + return element.toDataURL('image/jpeg', 1.0); + } //absolute fallback method + + + var canvas = document.createElement('canvas'); + canvas.width = element.clientWidth || element.width; + canvas.height = element.clientHeight || element.height; + var ctx = canvas.getContext('2d'); + + if (!ctx) { + throw 'addImage requires canvas to be supported by browser.'; } - }; - var checkImagesForAlias = function checkImagesForAlias(alias, images) { + ctx.drawImage(element, 0, 0, canvas.width, canvas.height); + return canvas.toDataURL(('' + format).toLowerCase() == 'png' ? 'image/png' : 'image/jpeg'); + }, + checkImagesForAlias = function checkImagesForAlias(alias, images) { var cached_info; if (images) { @@ -8759,39 +7073,37 @@ } return cached_info; - }; - - var determineWidthAndHeight = function determineWidthAndHeight(width, height, image) { - if (!width && !height) { - width = -96; - height = -96; + }, + determineWidthAndHeight = function determineWidthAndHeight(w, h, info) { + if (!w && !h) { + w = -96; + h = -96; } - if (width < 0) { - width = -1 * image.width * 72 / width / this.internal.scaleFactor; + if (w < 0) { + w = -1 * info['w'] * 72 / w / this.internal.scaleFactor; } - if (height < 0) { - height = -1 * image.height * 72 / height / this.internal.scaleFactor; + if (h < 0) { + h = -1 * info['h'] * 72 / h / this.internal.scaleFactor; } - if (width === 0) { - width = height * image.width / image.height; + if (w === 0) { + w = h * info['w'] / info['h']; } - if (height === 0) { - height = width * image.height / image.width; + if (h === 0) { + h = w * info['h'] / info['w']; } - return [width, height]; - }; - - var writeImageToPDF = function writeImageToPDF(x, y, width, height, info, index, images, rotation) { - var dims = determineWidthAndHeight.call(this, width, height, info), + return [w, h]; + }, + writeImageToPDF = function writeImageToPDF(x, y, w, h, info, index, images, rotation) { + var dims = determineWidthAndHeight.call(this, w, h, info), coord = this.internal.getCoordinateString, vcoord = this.internal.getVerticalCoordinateString; - width = dims[0]; - height = dims[1]; + w = dims[0]; + h = dims[1]; images[index] = info; if (rotation) { @@ -8809,21 +7121,21 @@ this.internal.write('q'); //Save graphics state if (rotation) { - this.internal.write([1, '0', '0', 1, coord(x), vcoord(y + height), 'cm'].join(' ')); //Translate + this.internal.write([1, '0', '0', 1, coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate this.internal.write(rotationTransformationMatrix.join(' ')); //Rotate - this.internal.write([coord(width), '0', '0', coord(height), '0', '0', 'cm'].join(' ')); //Scale + this.internal.write([coord(w), '0', '0', coord(h), '0', '0', 'cm'].join(' ')); //Scale } else { - this.internal.write([coord(width), '0', '0', coord(height), coord(x), vcoord(y + height), 'cm'].join(' ')); //Translate and Scale + this.internal.write([coord(w), '0', '0', coord(h), coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate and Scale } - this.internal.write('/I' + info.index + ' Do'); //Paint Image + this.internal.write('/I' + info['i'] + ' Do'); //Paint Image this.internal.write('Q'); //Restore graphics state }; - /** - * COLOR SPACES + /** + * COLOR SPACES */ @@ -8840,8 +7152,8 @@ SEPARATION: 'Separation', DEVICE_N: 'DeviceN' }; - /** - * DECODE METHODS + /** + * DECODE METHODS */ jsPDFAPI.decode = { @@ -8855,8 +7167,8 @@ RUN_LENGTH_DECODE: 'RunLengthDecode', CCITT_FAX_DECODE: 'CCITTFaxDecode' }; - /** - * IMAGE COMPRESSION TYPES + /** + * IMAGE COMPRESSION TYPES */ jsPDFAPI.image_compression = { @@ -8865,52 +7177,52 @@ MEDIUM: 'MEDIUM', SLOW: 'SLOW' }; - /** - * @name sHashCode - * @function - * @param {string} data - * @returns {string} + /** + * @name sHashCode + * @function + * @param {string} str + * @returns {string} */ - jsPDFAPI.sHashCode = function (data) { + jsPDFAPI.sHashCode = function (str) { + str = str || ""; var hash = 0, i, - chr, - len; - - if (typeof data === "string") { - len = data.length; - - for (i = 0; i < len; i++) { - chr = data.charCodeAt(i); - hash = (hash << 5) - hash + chr; - hash |= 0; // Convert to 32bit integer - } - } else if (isArrayBufferView(data)) { - len = data.byteLength / 2; + chr; + if (str.length === 0) return hash; - for (i = 0; i < len; i++) { - chr = data[i]; - hash = (hash << 5) - hash + chr; - hash |= 0; // Convert to 32bit integer - } + for (i = 0; i < str.length; i++) { + chr = str.charCodeAt(i); + hash = (hash << 5) - hash + chr; + hash |= 0; // Convert to 32bit integer } return hash; }; - /** - * Validates if given String is a valid Base64-String - * - * @name validateStringAsBase64 - * @public - * @function - * @param {String} possible Base64-String - * - * @returns {boolean} + /** + * @name isString + * @function + * @param {any} object + * @returns {boolean} + */ + + + jsPDFAPI.isString = function (object) { + return typeof object === 'string'; + }; + /** + * Validates if given String is a valid Base64-String + * + * @name validateStringAsBase64 + * @public + * @function + * @param {String} possible Base64-String + * + * @returns {boolean} */ - var validateStringAsBase64 = jsPDFAPI.__addimage__.validateStringAsBase64 = function (possibleBase64String) { + jsPDFAPI.validateStringAsBase64 = function (possibleBase64String) { possibleBase64String = possibleBase64String || ''; possibleBase64String.toString().trim(); var result = true; @@ -8923,31 +7235,48 @@ result = false; } - if (/^[A-Za-z0-9+/]+$/.test(possibleBase64String.substr(0, possibleBase64String.length - 2)) === false) { + if (/^[A-Za-z0-9+\/]+$/.test(possibleBase64String.substr(0, possibleBase64String.length - 2)) === false) { result = false; } - if (/^[A-Za-z0-9/][A-Za-z0-9+/]|[A-Za-z0-9+/]=|==$/.test(possibleBase64String.substr(-2)) === false) { + if (/^[A-Za-z0-9\/][A-Za-z0-9+\/]|[A-Za-z0-9+\/]=|==$/.test(possibleBase64String.substr(-2)) === false) { result = false; } return result; }; - /** - * Strips out and returns info from a valid base64 data URI - * - * @name extractImageFromDataUrl - * @function - * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' - * @returns {Array}an Array containing the following - * [0] the complete data URI - * [1] - * [2] format - the second part of the mime-type i.e 'png' in 'image/png' - * [4] + /** + * Strips out and returns info from a valid base64 data URI + * + * @name extractInfoFromBase64DataURI + * @function + * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' + * @returns {Array}an Array containing the following + * [0] the complete data URI + * [1] + * [2] format - the second part of the mime-type i.e 'png' in 'image/png' + * [4] + */ + + + jsPDFAPI.extractInfoFromBase64DataURI = function (dataURI) { + return /^data:([\w]+?\/([\w]+?));\S*;*base64,(.+)$/g.exec(dataURI); + }; + /** + * Strips out and returns info from a valid base64 data URI + * + * @name extractImageFromDataUrl + * @function + * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' + * @returns {Array}an Array containing the following + * [0] the complete data URI + * [1] + * [2] format - the second part of the mime-type i.e 'png' in 'image/png' + * [4] */ - var extractImageFromDataUrl = jsPDFAPI.__addimage__.extractImageFromDataUrl = function (dataUrl) { + jsPDFAPI.extractImageFromDataUrl = function (dataUrl) { dataUrl = dataUrl || ''; var dataUrlParts = dataUrl.split('base64,'); var result = null; @@ -8966,58 +7295,64 @@ return result; }; - /** - * Check to see if ArrayBuffer is supported - * - * @name supportsArrayBuffer - * @function - * @returns {boolean} + /** + * Check to see if ArrayBuffer is supported + * + * @name supportsArrayBuffer + * @function + * @returns {boolean} */ - var supportsArrayBuffer = jsPDFAPI.__addimage__.supportsArrayBuffer = function () { + jsPDFAPI.supportsArrayBuffer = function () { return typeof ArrayBuffer !== 'undefined' && typeof Uint8Array !== 'undefined'; }; - /** - * Tests supplied object to determine if ArrayBuffer - * - * @name isArrayBuffer - * @function - * @param {Object} object an Object - * - * @returns {boolean} + /** + * Tests supplied object to determine if ArrayBuffer + * + * @name isArrayBuffer + * @function + * @param {Object} object an Object + * + * @returns {boolean} */ - var isArrayBuffer = jsPDFAPI.__addimage__.isArrayBuffer = function (object) { - return supportsArrayBuffer() && object instanceof ArrayBuffer; + jsPDFAPI.isArrayBuffer = function (object) { + if (!this.supportsArrayBuffer()) return false; + return object instanceof ArrayBuffer; }; - /** - * Tests supplied object to determine if it implements the ArrayBufferView (TypedArray) interface - * - * @name isArrayBufferView - * @function - * @param {Object} object an Object - * @returns {boolean} + /** + * Tests supplied object to determine if it implements the ArrayBufferView (TypedArray) interface + * + * @name isArrayBufferView + * @function + * @param {Object} object an Object + * @returns {boolean} */ - var isArrayBufferView = jsPDFAPI.__addimage__.isArrayBufferView = function (object) { - return supportsArrayBuffer() && typeof Uint32Array !== 'undefined' && (object instanceof Int8Array || object instanceof Uint8Array || typeof Uint8ClampedArray !== 'undefined' && object instanceof Uint8ClampedArray || object instanceof Int16Array || object instanceof Uint16Array || object instanceof Int32Array || object instanceof Uint32Array || object instanceof Float32Array || object instanceof Float64Array); - }; - /** - * Convert Binary String to ArrayBuffer - * - * @name binaryStringToUint8Array - * @public - * @function - * @param {string} BinaryString with ImageData - * f - * @returns {Uint8Array} + jsPDFAPI.isArrayBufferView = function (object) { + if (!this.supportsArrayBuffer()) return false; + if (typeof Uint32Array === 'undefined') return false; + return object instanceof Int8Array || object instanceof Uint8Array || typeof Uint8ClampedArray !== 'undefined' && object instanceof Uint8ClampedArray || object instanceof Int16Array || object instanceof Uint16Array || object instanceof Int32Array || object instanceof Uint32Array || object instanceof Float32Array || object instanceof Float64Array; + }; + /** + * Convert the Buffer to a Binary String + * + * @name binaryStringToUint8Array + * @public + * @function + * @param {ArrayBuffer} BinaryString with ImageData + * + * @returns {Uint8Array} */ - var binaryStringToUint8Array = jsPDFAPI.__addimage__.binaryStringToUint8Array = function (binary_string) { + jsPDFAPI.binaryStringToUint8Array = function (binary_string) { + /* + * not sure how efficient this will be will bigger files. Is there a native method? + */ var len = binary_string.length; var bytes = new Uint8Array(len); @@ -9027,51 +7362,160 @@ return bytes; }; - /** - * Convert the Buffer to a Binary String - * - * @name arrayBufferToBinaryString - * @public - * @function - * @param {ArrayBuffer} ArrayBuffer with ImageData - * - * @returns {String} + /** + * Convert the Buffer to a Binary String + * + * @name arrayBufferToBinaryString + * @public + * @function + * @param {ArrayBuffer} ArrayBuffer with ImageData + * + * @returns {String} */ - var arrayBufferToBinaryString = jsPDFAPI.__addimage__.arrayBufferToBinaryString = function (buffer) { - try { - return atob(btoa(String.fromCharCode.apply(null, buffer))); - } catch (e) { - if (typeof Uint8Array !== 'undefined' && typeof Uint8Array.prototype.reduce !== 'undefined') { - return new Uint8Array(buffer).reduce(function (data, byte) { - return data.push(String.fromCharCode(byte)), data; - }, []).join(''); - } - } - }; - /** - * Adds an Image to the PDF. - * - * @name addImage - * @public - * @function - * @param {string|HTMLImageElement|HTMLCanvasElement|Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement - * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' - * @param {number} x x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width width of the image (in units declared at inception of PDF document) - * @param {number} height height of the Image (in units declared at inception of PDF document) - * @param {string} alias alias of the image (if used multiple times) - * @param {string} compression compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' - * @param {number} rotation rotation of the image in degrees (0-359) - * - * @returns jsPDF + jsPDFAPI.arrayBufferToBinaryString = function (buffer) { + // if (typeof Uint8Array !== 'undefined' && typeof Uint8Array.prototype.reduce !== 'undefined') { + // return new Uint8Array(buffer).reduce(function (data, byte) { + // return data.push(String.fromCharCode(byte)), data; + // }, []).join(''); + // } + if (typeof atob === "function") { + return atob(this.arrayBufferToBase64(buffer)); + } + }; + /** + * Converts an ArrayBuffer directly to base64 + * + * Taken from http://jsperf.com/encoding-xhr-image-data/31 + * + * Need to test if this is a better solution for larger files + * + * @name arrayBufferToBase64 + * @param {arraybuffer} arrayBuffer + * @public + * @function + * + * @returns {string} + */ + + + jsPDFAPI.arrayBufferToBase64 = function (arrayBuffer) { + var base64 = ''; + var encodings = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/'; + var bytes = new Uint8Array(arrayBuffer); + var byteLength = bytes.byteLength; + var byteRemainder = byteLength % 3; + var mainLength = byteLength - byteRemainder; + var a, b, c, d; + var chunk; // Main loop deals with bytes in chunks of 3 + + for (var i = 0; i < mainLength; i = i + 3) { + // Combine the three bytes into a single integer + chunk = bytes[i] << 16 | bytes[i + 1] << 8 | bytes[i + 2]; // Use bitmasks to extract 6-bit segments from the triplet + + a = (chunk & 16515072) >> 18; // 16515072 = (2^6 - 1) << 18 + + b = (chunk & 258048) >> 12; // 258048 = (2^6 - 1) << 12 + + c = (chunk & 4032) >> 6; // 4032 = (2^6 - 1) << 6 + + d = chunk & 63; // 63 = 2^6 - 1 + // Convert the raw binary segments to the appropriate ASCII encoding + + base64 += encodings[a] + encodings[b] + encodings[c] + encodings[d]; + } // Deal with the remaining bytes and padding + + + if (byteRemainder == 1) { + chunk = bytes[mainLength]; + a = (chunk & 252) >> 2; // 252 = (2^6 - 1) << 2 + // Set the 4 least significant bits to zero + + b = (chunk & 3) << 4; // 3 = 2^2 - 1 + + base64 += encodings[a] + encodings[b] + '=='; + } else if (byteRemainder == 2) { + chunk = bytes[mainLength] << 8 | bytes[mainLength + 1]; + a = (chunk & 64512) >> 10; // 64512 = (2^6 - 1) << 10 + + b = (chunk & 1008) >> 4; // 1008 = (2^6 - 1) << 4 + // Set the 2 least significant bits to zero + + c = (chunk & 15) << 2; // 15 = 2^4 - 1 + + base64 += encodings[a] + encodings[b] + encodings[c] + '='; + } + + return base64; + }; + /** + * + * @name createImageInfo + * @param {Object} data + * @param {number} wd width + * @param {number} ht height + * @param {Object} cs colorSpace + * @param {number} bpc bits per channel + * @param {any} f + * @param {number} imageIndex + * @param {string} alias + * @param {any} dp + * @param {any} trns + * @param {any} pal + * @param {any} smask + * @param {any} p + * @public + * @function + * + * @returns {Object} + */ + + + jsPDFAPI.createImageInfo = function (data, wd, ht, cs, bpc, f, imageIndex, alias, dp, trns, pal, smask, p) { + var info = { + alias: alias, + w: wd, + h: ht, + cs: cs, + bpc: bpc, + i: imageIndex, + data: data // n: objectNumber will be added by putImage code + + }; + if (f) info.f = f; + if (dp) info.dp = dp; + if (trns) info.trns = trns; + if (pal) info.pal = pal; + if (smask) info.smask = smask; + if (p) info.p = p; // predictor parameter for PNG compression + + return info; + }; + /** + * Adds an Image to the PDF. + * + * @name addImage + * @public + * @function + * @param {string/Image-Element/Canvas-Element/Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement + * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' + * @param {number} x x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width width of the image (in units declared at inception of PDF document) + * @param {number} height height of the Image (in units declared at inception of PDF document) + * @param {string} alias alias of the image (if used multiple times) + * @param {string} compression compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' + * @param {number} rotation rotation of the image in degrees (0-359) + * + * @returns jsPDF */ jsPDFAPI.addImage = function (imageData, format, x, y, w, h, alias, compression, rotation) { - // backwards compatibility + + var tmpImageData = ''; + if (typeof format !== 'string') { var tmp = h; h = w; @@ -9084,7 +7528,7 @@ if (_typeof(imageData) === 'object' && !isDOMElement(imageData) && "imageData" in imageData) { var options = imageData; imageData = options.imageData; - format = options.format || format || UNKNOWN; + format = options.format || format || 'UNKNOWN'; x = options.x || x || 0; y = options.y || y || 0; w = options.w || w; @@ -9095,234 +7539,377 @@ } //If compression is not explicitly set, determine if we should use compression - var filter = this.internal.getFilters(); + var filters = this.internal.getFilters(); - if (compression === undefined && filter.indexOf('FlateEncode') !== -1) { + if (compression === undefined && filters.indexOf('FlateEncode') !== -1) { compression = 'SLOW'; } + if (typeof imageData === "string") { + imageData = unescape(imageData); + } + if (isNaN(x) || isNaN(y)) { + console.error('jsPDF.addImage: Invalid coordinates', arguments); throw new Error('Invalid coordinates passed to jsPDF.addImage'); } - var images = getImages.call(this); - var image = processImageData.call(this, imageData, format, alias, compression); - writeImageToPDF.call(this, x, y, w, h, image, image.index, images, rotation); - return this; - }; - - var processImageData = function processImageData(imageData, format, alias, compression) { - var result, dataAsBinaryString; + var images = getImages.call(this), + info, + dataAsBinaryString; - if (typeof imageData === "string" && getImageFileTypeByImageData(imageData) === UNKNOWN) { - imageData = unescape(imageData); - } + if (!(info = checkImagesForAlias(imageData, images))) { + if (isDOMElement(imageData)) imageData = createDataURIFromElement(imageData, format); + if (notDefined(alias)) alias = generateAliasFromImageData(imageData); - if (typeof imageData === 'string') { - var tmpImageData = convertBase64ToBinaryString(imageData, false); + if (!(info = checkImagesForAlias(alias, images))) { + if (this.isString(imageData)) { + tmpImageData = this.convertStringToImageData(imageData); - if (tmpImageData !== '') { - imageData = tmpImageData; - } else { - tmpImageData = jsPDFAPI.loadFile(imageData, true); + if (tmpImageData !== '') { + imageData = tmpImageData; + } else { + tmpImageData = jsPDFAPI.loadFile(imageData); - if (tmpImageData !== undefined) { - imageData = tmpImageData; + if (tmpImageData !== undefined) { + imageData = tmpImageData; + } + } } - } - } - - if (isDOMElement(imageData)) { - imageData = getImageDataFromElement(imageData); - } - - format = getImageFileTypeByImageData(imageData, format); - - if (!isImageTypeSupported(format)) { - throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); - } // now do the heavy lifting + format = this.getImageFileTypeByImageData(imageData, format); + if (!isImageTypeSupported(format)) throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); + /** + * need to test if it's more efficient to convert all binary strings + * to TypedArray - or should we just leave and process as string? + */ - if (notDefined(alias)) { - alias = generateAliasFromImageData(imageData); - } + if (this.supportsArrayBuffer()) { + // no need to convert if imageData is already uint8array + if (!(imageData instanceof Uint8Array)) { + dataAsBinaryString = imageData; + imageData = this.binaryStringToUint8Array(imageData); + } + } - result = checkImagesForAlias.call(alias, getImages.call(this)); + info = this['process' + format.toUpperCase()](imageData, getImageIndex(images), alias, checkCompressValue(compression), dataAsBinaryString); - if (!result) { - if (supportsArrayBuffer()) { - // no need to convert if imageData is already uint8array - if (!(imageData instanceof Uint8Array)) { - dataAsBinaryString = imageData; - imageData = binaryStringToUint8Array(imageData); + if (!info) { + throw new Error('An unknown error occurred whilst processing the image'); } } - - result = this['process' + format.toUpperCase()](imageData, getImageIndex.call(this), alias, checkCompressValue(compression), dataAsBinaryString); } - if (!result) { - throw new Error('An unknown error occurred whilst processing the image.'); - } - - return result; + writeImageToPDF.call(this, x, y, w, h, info, info.i, images, rotation); + return this; }; - /** - * @name convertBase64ToBinaryString - * @function - * @param {string} stringData - * @returns {string} binary string + /** + * @name convertStringToImageData + * @function + * @param {string} stringData + * @returns {string} binary data */ - var convertBase64ToBinaryString = jsPDFAPI.__addimage__.convertBase64ToBinaryString = function (stringData, throwError) { - throwError = typeof throwError === "boolean" ? throwError : true; + jsPDFAPI.convertStringToImageData = function (stringData) { var base64Info; var imageData = ''; var rawData; - if (typeof stringData === 'string') { - base64Info = extractImageFromDataUrl(stringData); + if (this.isString(stringData)) { + var base64Info = this.extractImageFromDataUrl(stringData); rawData = base64Info !== null ? base64Info.data : stringData; try { imageData = atob(rawData); } catch (e) { - if (throwError) { - if (!validateStringAsBase64(rawData)) { - throw new Error('Supplied Data is not a valid base64-String jsPDF.convertBase64ToBinaryString '); - } else { - throw new Error('atob-Error in jsPDF.convertBase64ToBinaryString ' + e.message); - } + if (!jsPDFAPI.validateStringAsBase64(rawData)) { + throw new Error('Supplied Data is not a valid base64-String jsPDF.convertStringToImageData '); + } else { + throw new Error('atob-Error in jsPDF.convertStringToImageData ' + e.message); } } } return imageData; }; - /** - * @name getImageProperties - * @function - * @param {Object} imageData - * @returns {Object} - */ + /** + * JPEG SUPPORT + **/ + //takes a string imgData containing the raw bytes of + //a jpeg image and returns [width, height] + //Algorithm from: http://www.64lines.com/jpeg-width-height - jsPDFAPI.getImageProperties = function (imageData) { - var image; - var tmpImageData = ''; - var format; + var getJpegSize = function getJpegSize(imgData) { - if (isDOMElement(imageData)) { - imageData = getImageDataFromElement(imageData); + var width, height, numcomponents; // Verify we have a valid jpeg header 0xff,0xd8,0xff,0xe0,?,?,'J','F','I','F',0x00 + + if (getImageFileTypeByImageData(imgData) !== 'JPEG') { + throw new Error('getJpegSize requires a binary string jpeg file'); } - if (typeof imageData === "string" && getImageFileTypeByImageData(imageData) === UNKNOWN) { - tmpImageData = convertBase64ToBinaryString(imageData, false); + var blockLength = imgData.charCodeAt(4) * 256 + imgData.charCodeAt(5); + var i = 4, + len = imgData.length; + + while (i < len) { + i += blockLength; - if (tmpImageData === '') { - tmpImageData = jsPDFAPI.loadFile(imageData) || ''; + if (imgData.charCodeAt(i) !== 0xff) { + throw new Error('getJpegSize could not find the size of the image'); } - imageData = tmpImageData; + if (imgData.charCodeAt(i + 1) === 0xc0 || //(SOF) Huffman - Baseline DCT + imgData.charCodeAt(i + 1) === 0xc1 || //(SOF) Huffman - Extended sequential DCT + imgData.charCodeAt(i + 1) === 0xc2 || // Progressive DCT (SOF2) + imgData.charCodeAt(i + 1) === 0xc3 || // Spatial (sequential) lossless (SOF3) + imgData.charCodeAt(i + 1) === 0xc4 || // Differential sequential DCT (SOF5) + imgData.charCodeAt(i + 1) === 0xc5 || // Differential progressive DCT (SOF6) + imgData.charCodeAt(i + 1) === 0xc6 || // Differential spatial (SOF7) + imgData.charCodeAt(i + 1) === 0xc7) { + height = imgData.charCodeAt(i + 5) * 256 + imgData.charCodeAt(i + 6); + width = imgData.charCodeAt(i + 7) * 256 + imgData.charCodeAt(i + 8); + numcomponents = imgData.charCodeAt(i + 9); + return [width, height, numcomponents]; + } else { + i += 2; + blockLength = imgData.charCodeAt(i) * 256 + imgData.charCodeAt(i + 1); + } } + }, + getJpegSizeFromBytes = function getJpegSizeFromBytes(data) { + var hdr = data[0] << 8 | data[1]; + if (hdr !== 0xFFD8) throw new Error('Supplied data is not a JPEG'); + var len = data.length, + block = (data[4] << 8) + data[5], + pos = 4, + bytes, + width, + height, + numcomponents; - format = getImageFileTypeByImageData(imageData); + while (pos < len) { + pos += block; + bytes = readBytes(data, pos); + block = (bytes[2] << 8) + bytes[3]; - if (!isImageTypeSupported(format)) { - throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); - } + if ((bytes[1] === 0xC0 || bytes[1] === 0xC2) && bytes[0] === 0xFF && block > 7) { + bytes = readBytes(data, pos + 5); + width = (bytes[2] << 8) + bytes[3]; + height = (bytes[0] << 8) + bytes[1]; + numcomponents = bytes[4]; + return { + width: width, + height: height, + numcomponents: numcomponents + }; + } - if (supportsArrayBuffer() && !(imageData instanceof Uint8Array)) { - imageData = binaryStringToUint8Array(imageData); + pos += 2; } - image = this['process' + format.toUpperCase()](imageData); - - if (!image) { - throw new Error('An unknown error occurred whilst processing the image'); - } + throw new Error('getJpegSizeFromBytes could not find the size of the image'); + }, + readBytes = function readBytes(data, offset) { + return data.subarray(offset, offset + 5); + }; + /** + * @ignore + */ + + + jsPDFAPI.processJPEG = function (data, index, alias, compression, dataAsBinaryString, colorSpace) { + + var filter = this.decode.DCT_DECODE, + bpc = 8, + dims; + + if (!this.isString(data) && !this.isArrayBuffer(data) && !this.isArrayBufferView(data)) { + return null; + } + + if (this.isString(data)) { + dims = getJpegSize(data); + } + + if (this.isArrayBuffer(data)) { + data = new Uint8Array(data); + } + + if (this.isArrayBufferView(data)) { + dims = getJpegSizeFromBytes(data); // if we already have a stored binary string rep use that + + data = dataAsBinaryString || this.arrayBufferToBinaryString(data); + } + + if (colorSpace === undefined) { + switch (dims.numcomponents) { + case 1: + colorSpace = this.color_spaces.DEVICE_GRAY; + break; + + case 4: + colorSpace = this.color_spaces.DEVICE_CMYK; + break; + + default: + case 3: + colorSpace = this.color_spaces.DEVICE_RGB; + break; + } + } - image.fileType = format; - return image; + return this.createImageInfo(data, dims.width, dims.height, colorSpace, bpc, filter, index, alias); }; - })(jsPDF.API); + /** + * @ignore + */ - /* global jsPDF */ - /** - * @license - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license - */ + jsPDFAPI.processJPG = function () + /*data, index, alias, compression, dataAsBinaryString*/ + { + return this.processJPEG.apply(this, arguments); + }; + /** + * @name getImageProperties + * @function + * @param {Object} imageData + * @returns {Object} + */ - /** - * jsPDF Annotations PlugIn - * - * There are many types of annotations in a PDF document. Annotations are placed - * on a page at a particular location. They are not 'attached' to an object. - *
    - * This plugin current supports
    - *
  • Goto Page (set pageNumber and top in options) - *
  • Goto Name (set name and top in options) - *
  • Goto URL (set url in options) - *

    - * The destination magnification factor can also be specified when goto is a page number or a named destination. (see documentation below) - * (set magFactor in options). XYZ is the default. - *

    - *

    - * Links, Text, Popup, and FreeText are supported. - *

    - *

    - * Options In PDF spec Not Implemented Yet - *

  • link border - *
  • named target - *
  • page coordinates - *
  • destination page scaling and layout - *
  • actions other than URL and GotoPage - *
  • background / hover actions - *

    - * @name annotations - * @module - */ - /* - Destination Magnification Factors - See PDF 1.3 Page 386 for meanings and options - - [supported] - XYZ (options; left top zoom) - Fit (no options) - FitH (options: top) - FitV (options: left) - - [not supported] - FitR - FitB - FitBH - FitBV - */ - (function (jsPDFAPI) { + jsPDFAPI.getImageProperties = function (imageData) { + var info; + var tmpImageData = ''; + var format; - var notEmpty = function notEmpty(obj) { - if (typeof obj != 'undefined') { - if (obj != '') { - return true; + if (isDOMElement(imageData)) { + imageData = createDataURIFromElement(imageData); + } + + if (this.isString(imageData)) { + tmpImageData = this.convertStringToImageData(imageData); + + if (tmpImageData !== '') { + imageData = tmpImageData; + } else { + tmpImageData = jsPDFAPI.loadFile(imageData); + + if (tmpImageData !== undefined) { + imageData = tmpImageData; + } + } + } + + format = this.getImageFileTypeByImageData(imageData); + + if (!isImageTypeSupported(format)) { + throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); + } + /** + * need to test if it's more efficient to convert all binary strings + * to TypedArray - or should we just leave and process as string? + */ + + + if (this.supportsArrayBuffer()) { + // no need to convert if imageData is already uint8array + if (!(imageData instanceof Uint8Array)) { + imageData = this.binaryStringToUint8Array(imageData); } } + + info = this['process' + format.toUpperCase()](imageData); + + if (!info) { + throw new Error('An unknown error occurred whilst processing the image'); + } + + return { + fileType: format, + width: info.w, + height: info.h, + colorSpace: info.cs, + compressionMode: info.f, + bitsPerComponent: info.bpc + }; }; + })(jsPDF.API); + + /** + * @license + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license + */ + + /** + * jsPDF Annotations PlugIn + * + * There are many types of annotations in a PDF document. Annotations are placed + * on a page at a particular location. They are not 'attached' to an object. + *
    + * This plugin current supports
    + *
  • Goto Page (set pageNumber and top in options) + *
  • Goto Name (set name and top in options) + *
  • Goto URL (set url in options) + *

    + * The destination magnification factor can also be specified when goto is a page number or a named destination. (see documentation below) + * (set magFactor in options). XYZ is the default. + *

    + *

    + * Links, Text, Popup, and FreeText are supported. + *

    + *

    + * Options In PDF spec Not Implemented Yet + *

  • link border + *
  • named target + *
  • page coordinates + *
  • destination page scaling and layout + *
  • actions other than URL and GotoPage + *
  • background / hover actions + *

    + * @name annotations + * @module + */ + + /* + Destination Magnification Factors + See PDF 1.3 Page 386 for meanings and options + + [supported] + XYZ (options; left top zoom) + Fit (no options) + FitH (options: top) + FitV (options: left) + + [not supported] + FitR + FitB + FitBH + FitBV + */ + (function (jsPDFAPI) { jsPDF.API.events.push(['addPage', function (addPageData) { var pageInfo = this.internal.getPageInfo(addPageData.pageNumber); pageInfo.pageContext.annotations = []; }]); jsPDFAPI.events.push(['putPage', function (putPageData) { - var getHorizontalCoordinateString = this.internal.getCoordinateString; - var getVerticalCoordinateString = this.internal.getVerticalCoordinateString; var pageInfo = this.internal.getPageInfoByObjId(putPageData.objId); var pageAnnos = putPageData.pageContext.annotations; + + var notEmpty = function notEmpty(obj) { + if (typeof obj != 'undefined') { + if (obj != '') { + return true; + } + } + }; + var found = false; for (var a = 0; a < pageAnnos.length && !found; a++) { @@ -9332,10 +7919,9 @@ case 'link': if (notEmpty(anno.options.url) || notEmpty(anno.options.pageNumber)) { found = true; + break; } - break; - case 'reference': case 'text': case 'freetext': @@ -9349,9 +7935,12 @@ } this.internal.write("/Annots ["); + var pageHeight = this.internal.pageSize.height; + var getHorizontalCoordinateString = this.internal.getCoordinateString; + var getVerticalCoordinateString = this.internal.getVerticalCoordinateString; - for (var i = 0; i < pageAnnos.length; i++) { - var anno = pageAnnos[i]; + for (var a = 0; a < pageAnnos.length; a++) { + var anno = pageAnnos[a]; switch (anno.type) { case 'reference': @@ -9455,10 +8044,10 @@ this.internal.write("]"); }]); - /** - * @name createAnnotation - * @function - * @param {Object} options + /** + * @name createAnnotation + * @function + * @param {Object} options */ jsPDFAPI.createAnnotation = function (options) { @@ -9475,19 +8064,19 @@ break; } }; - /** - * Create a link - * - * valid options - *
  • pageNumber or url [required] - *

    If pageNumber is specified, top and zoom may also be specified

    - * @name link - * @function - * @param {number} x - * @param {number} y - * @param {number} w - * @param {number} h - * @param {Object} options + /** + * Create a link + * + * valid options + *
  • pageNumber or url [required] + *

    If pageNumber is specified, top and zoom may also be specified

    + * @name link + * @function + * @param {number} x + * @param {number} y + * @param {number} w + * @param {number} h + * @param {Object} options */ @@ -9502,24 +8091,24 @@ type: 'link' }); }; - /** - * Currently only supports single line text. - * Returns the width of the text/link - * - * @name textWithLink - * @function - * @param {string} text - * @param {number} x - * @param {number} y - * @param {Object} options - * @returns {number} width the width of the text/link + /** + * Currently only supports single line text. + * Returns the width of the text/link + * + * @name textWithLink + * @function + * @param {string} text + * @param {number} x + * @param {number} y + * @param {Object} options + * @returns {number} width the width of the text/link */ jsPDFAPI.textWithLink = function (text, x, y, options) { var width = this.getTextWidth(text); var height = this.internal.getLineHeight() / this.internal.scaleFactor; - this.text(text, x, y, options); //TODO We really need the text baseline height to do this correctly. + this.text(text, x, y); //TODO We really need the text baseline height to do this correctly. // Or ability to draw text on top, bottom, center, or baseline. y += height * .2; @@ -9527,11 +8116,11 @@ return width; }; //TODO move into external library - /** - * @name getTextWidth - * @function - * @param {string} text - * @returns {number} txtWidth + /** + * @name getTextWidth + * @function + * @param {string} text + * @returns {number} txtWidth */ @@ -9544,26 +8133,24 @@ return this; })(jsPDF.API); - /* global jsPDF */ - - /** - * @license - * Copyright (c) 2017 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * @license + * Copyright (c) 2017 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF arabic parser PlugIn - * - * @name arabic - * @module + /** + * jsPDF arabic parser PlugIn + * + * @name arabic + * @module */ (function (jsPDFAPI) { - /** - * Arabic shape substitutions: char code => (isolated, final, initial, medial). - * Arabic Substition A + /** + * Arabic shape substitutions: char code => (isolated, final, initial, medial). + * Arabic Substition A */ var arabicSubstitionA = { @@ -9856,6 +8443,7 @@ }; var getCorrectForm = jsPDFAPI.__arabicParser__.getCorrectForm = function (currentChar, beforeChar, nextChar) { + if (!isArabicLetter(currentChar)) { return -1; } @@ -9878,12 +8466,12 @@ return initialForm; }; - /** - * @name processArabic - * @function - * @param {string} text - * @param {boolean} reverse - * @returns {string} + /** + * @name processArabic + * @function + * @param {string} text + * @param {boolean} reverse + * @returns {string} */ @@ -9929,6 +8517,11 @@ var arabicParserFunction = function arabicParserFunction(args) { var text = args.text; + var x = args.x; + var y = args.y; + var options = args.options || {}; + var mutex = args.mutex || {}; + var lang = options.lang; var tmpText = []; if (Object.prototype.toString.call(text) === '[object Array]') { @@ -9952,32 +8545,31 @@ jsPDFAPI.events.push(['preProcessText', arabicParserFunction]); })(jsPDF.API); - /* global jsPDF */ - - /** @license - * jsPDF Autoprint Plugin - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** @license + * jsPDF Autoprint Plugin + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * @name autoprint - * @module + /** + * @name autoprint + * @module */ (function (jsPDFAPI) { - /** - * Makes the PDF automatically open the print-Dialog when opened in a PDF-viewer. - * - * @name autoPrint - * @function - * @param {Object} options (optional) Set the attribute variant to 'non-conform' (default) or 'javascript' to activate different methods of automatic printing when opening in a PDF-viewer . - * @returns {jsPDF} - * @example - * var doc = new jsPDF(); - * doc.text(10, 10, 'This is a test'); - * doc.autoPrint({variant: 'non-conform'}); - * doc.save('autoprint.pdf'); + /** + * Makes the PDF automatically print. This works in Chrome, Firefox, Acrobat + * Reader. + * + * @name autoPrint + * @function + * @param {Object} options (optional) Set the attribute variant to 'non-conform' (default) or 'javascript' to activate different methods of automatic printing when opening in a PDF-viewer . + * @returns {jsPDF} + * @example + * var doc = new jsPDF(); + * doc.text(10, 10, 'This is a test'); + * doc.autoPrint({variant: 'non-conform'}); + * doc.save('autoprint.pdf'); */ jsPDFAPI.autoPrint = function (options) { @@ -10013,28 +8605,26 @@ }; })(jsPDF.API); - /* global jsPDF */ - - /** - * @license - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * @license + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF Canvas PlugIn - * This plugin mimics the HTML5 Canvas - * - * The goal is to provide a way for current canvas users to print directly to a PDF. - * @name canvas - * @module + /** + * jsPDF Canvas PlugIn + * This plugin mimics the HTML5 Canvas + * + * The goal is to provide a way for current canvas users to print directly to a PDF. + * @name canvas + * @module */ (function (jsPDFAPI) { - /** - * @class Canvas - * @classdesc A Canvas Wrapper for jsPDF + /** + * @class Canvas + * @classdesc A Canvas Wrapper for jsPDF */ var Canvas = function Canvas() { @@ -10048,11 +8638,11 @@ } }); var _width = 150; - /** - * The height property is a positive integer reflecting the height HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 150 is used. - * This is one of the two properties, the other being width, that controls the size of the canvas. - * - * @name width + /** + * The height property is a positive integer reflecting the height HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 150 is used. + * This is one of the two properties, the other being width, that controls the size of the canvas. + * + * @name width */ Object.defineProperty(this, 'width', { @@ -10072,11 +8662,11 @@ } }); var _height = 300; - /** - * The width property is a positive integer reflecting the width HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 300 is used. - * This is one of the two properties, the other being height, that controls the size of the canvas. - * - * @name height + /** + * The width property is a positive integer reflecting the width HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 300 is used. + * This is one of the two properties, the other being height, that controls the size of the canvas. + * + * @name height */ Object.defineProperty(this, 'height', { @@ -10113,15 +8703,19 @@ _style = value; } }); - Object.defineProperty(this, 'parentNode', {}); - }; - /** - * The getContext() method returns a drawing context on the canvas, or null if the context identifier is not supported. - * - * @name getContext - * @function - * @param {string} contextType Is a String containing the context identifier defining the drawing context associated to the canvas. Possible value is "2d", leading to the creation of a Context2D object representing a two-dimensional rendering context. - * @param {object} contextAttributes + Object.defineProperty(this, 'parentNode', { + get: function get() { + return false; + } + }); + }; + /** + * The getContext() method returns a drawing context on the canvas, or null if the context identifier is not supported. + * + * @name getContext + * @function + * @param {string} contextType Is a String containing the context identifier defining the drawing context associated to the canvas. Possible value is "2d", leading to the creation of a Context2D object representing a two-dimensional rendering context. + * @param {object} contextAttributes */ @@ -10142,11 +8736,11 @@ this.pdf.context2d._canvas = this; return this.pdf.context2d; }; - /** - * The toDataURL() method is just a stub to throw an error if accidently called. - * - * @name toDataURL - * @function + /** + * The toDataURL() method is just a stub to throw an error if accidently called. + * + * @name toDataURL + * @function */ @@ -10161,28 +8755,28 @@ return this; })(jsPDF.API); - /** - * @license - * ==================================================================== - * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com - * 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br - * 2013 Lee Driscoll, https://github.com/lsdriscoll - * 2014 Juan Pablo Gaviria, https://github.com/juanpgaviria - * 2014 James Hall, james@parall.ax - * 2014 Diego Casorran, https://github.com/diegocr - * - * - * ==================================================================== + /** + * @license + * ==================================================================== + * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com + * 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br + * 2013 Lee Driscoll, https://github.com/lsdriscoll + * 2014 Juan Pablo Gaviria, https://github.com/juanpgaviria + * 2014 James Hall, james@parall.ax + * 2014 Diego Casorran, https://github.com/diegocr + * + * + * ==================================================================== */ - /** - * @name cell - * @module + /** + * @name cell + * @module */ (function (jsPDFAPI) { /*jslint browser:true */ - /*global jsPDF */ + /*global document: false, jsPDF */ var padding = 3, margin = 13, @@ -10212,26 +8806,27 @@ top: 0, bottom: 0 }; - /** - * @name setHeaderFunction - * @function - * @param {function} func + /** + * @name setHeaderFunction + * @function + * @param {function} func */ jsPDFAPI.setHeaderFunction = function (func) { headerFunction = func; }; - /** - * @name getTextDimensions - * @function - * @param {string} txt - * @returns {Object} dimensions + /** + * @name getTextDimensions + * @function + * @param {string} txt + * @returns {Object} dimensions */ jsPDFAPI.getTextDimensions = function (text, options) { var fontSize = this.table_font_size || this.internal.getFontSize(); + var fontStyle = this.internal.getFont().fontStyle; options = options || {}; var scaleFactor = options.scaleFactor || this.internal.scaleFactor; var width = 0; @@ -10268,9 +8863,9 @@ h: height }; }; - /** - * @name cellAddPage - * @function + /** + * @name cellAddPage + * @function */ @@ -10281,9 +8876,9 @@ pages += 1; }; - /** - * @name cellInitialize - * @function + /** + * @name cellInitialize + * @function */ @@ -10297,17 +8892,17 @@ }; pages = 1; }; - /** - * @name cell - * @function - * @param {number} x - * @param {number} y - * @param {number} w - * @param {number} h - * @param {string} txt - * @param {number} ln lineNumber - * @param {string} align - * @return {jsPDF} jsPDF-instance + /** + * @name cell + * @function + * @param {number} x + * @param {number} y + * @param {number} w + * @param {number} h + * @param {string} txt + * @param {number} ln lineNumber + * @param {string} align + * @return {jsPDF} jsPDF-instance */ @@ -10335,7 +8930,7 @@ y = getLastCellPosition().y + getLastCellPosition().h; - if (pgAdded) { y = margin + 10; } + if (pgAdded) y = margin + 10; } } @@ -10364,14 +8959,14 @@ setLastCellPosition(x, y, w, h, ln); return this; }; - /** - * Return the maximum value from an array - * - * @name arrayMax - * @function - * @param {Array} array - * @param comparisonFn - * @returns {number} + /** + * Return the maximum value from an array + * + * @name arrayMax + * @function + * @param {Array} array + * @param comparisonFn + * @returns {number} */ @@ -10381,31 +8976,35 @@ ln, item; - if (comparisonFn) { - for (i = 0, ln = array.length; i < ln; i += 1) { + for (i = 0, ln = array.length; i < ln; i += 1) { + item = array[i]; + + if (comparisonFn) { if (comparisonFn(max, item) === -1) { max = item; } + } else { + if (item > max) { + max = item; + } } - } else { - max = Math.max.apply(Math, array); } return max; }; - /** - * Create a table from a set of data. - * @name table - * @function - * @param {Integer} [x] : left-position for top-left corner of table - * @param {Integer} [y] top-position for top-left corner of table - * @param {Object[]} [data] As array of objects containing key-value pairs corresponding to a row of data. - * @param {String[]} [headers] Omit or null to auto-generate headers at a performance cost - * @param {Object} [config.printHeaders] True to print column headers at the top of every page - * @param {Object} [config.autoSize] True to dynamically set the column widths to match the widest cell value - * @param {Object} [config.margins] margin values for left, top, bottom, and width - * @param {Object} [config.fontSize] Integer fontSize to use (optional) - * @returns {jsPDF} jsPDF-instance + /** + * Create a table from a set of data. + * @name table + * @function + * @param {Integer} [x] : left-position for top-left corner of table + * @param {Integer} [y] top-position for top-left corner of table + * @param {Object[]} [data] As array of objects containing key-value pairs corresponding to a row of data. + * @param {String[]} [headers] Omit or null to auto-generate headers at a performance cost + * @param {Object} [config.printHeaders] True to print column headers at the top of every page + * @param {Object} [config.autoSize] True to dynamically set the column widths to match the widest cell value + * @param {Object} [config.margins] margin values for left, top, bottom, and width + * @param {Object} [config.fontSize] Integer fontSize to use (optional) + * @returns {jsPDF} jsPDF-instance */ @@ -10459,9 +9058,9 @@ margins = config.margins; } } - /** - * @property {Number} lnMod - * Keep track of the current line number modifier used when creating cells + /** + * @property {Number} lnMod + * Keep track of the current line number modifier used when creating cells */ @@ -10540,6 +9139,7 @@ for (i = 0, ln = data.length; i < ln; i += 1) { + var lineHeight; model = data[i]; lineHeight = this.calculateLineHeight(headerNames, columnWidths, model); @@ -10554,15 +9154,15 @@ this.table_y = y; return this; }; - /** - * Calculate the height for containing the highest column - * - * @name calculateLineHeight - * @function - * @param {String[]} headerNames is the header, used as keys to the data - * @param {Integer[]} columnWidths is size of each column - * @param {Object[]} model is the line of data we want to calculate the height of - * @returns {number} lineHeight + /** + * Calculate the height for containing the highest column + * + * @name calculateLineHeight + * @function + * @param {String[]} headerNames is the header, used as keys to the data + * @param {Integer[]} columnWidths is size of each column + * @param {Object[]} model is the line of data we want to calculate the height of + * @returns {number} lineHeight */ @@ -10574,32 +9174,32 @@ header = headerNames[j]; model[header] = this.splitTextToSize(String(model[header]), columnWidths[header] - padding); var h = this.internal.getLineHeight() * model[header].length + padding; - if (h > lineHeight) { lineHeight = h; } + if (h > lineHeight) lineHeight = h; } return lineHeight; }; - /** - * Store the config for outputting a table header - * - * @name setTableHeaderRow - * @function - * @param {Object[]} config - * An array of cell configs that would define a header row: Each config matches the config used by jsPDFAPI.cell - * except the ln parameter is excluded + /** + * Store the config for outputting a table header + * + * @name setTableHeaderRow + * @function + * @param {Object[]} config + * An array of cell configs that would define a header row: Each config matches the config used by jsPDFAPI.cell + * except the ln parameter is excluded */ jsPDFAPI.setTableHeaderRow = function (config) { this.tableHeaderRow = config; }; - /** - * Output the store header row - * - * @name printHeaderRow - * @function - * @param {number} lineNumber The line number to output the header at - * @param {boolean} new_page + /** + * Output the store header row + * + * @name printHeaderRow + * @function + * @param {number} lineNumber The line number to output the header at + * @param {boolean} new_page */ @@ -10642,25 +9242,21 @@ }; })(jsPDF.API); - /* eslint-disable no-console */ - - /* global jsPDF, RGBColor */ - - /** - * jsPDF Context2D PlugIn Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. http://opensource.org/licenses/mit-license + /** + * jsPDF Context2D PlugIn Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. http://opensource.org/licenses/mit-license */ - /** - * This plugin mimics the HTML5 CanvasRenderingContext2D. - * - * The goal is to provide a way for current canvas implementations to print directly to a PDF. - * - * @name context2d - * @module + /** + * This plugin mimics the HTML5 CanvasRenderingContext2D. + * + * The goal is to provide a way for current canvas implementations to print directly to a PDF. + * + * @name context2d + * @module */ - (function (jsPDFAPI) { + (function (jsPDFAPI, globalObj) { var ContextLayer = function ContextLayer(ctx) { ctx = ctx || {}; @@ -10689,19 +9285,15 @@ }; //stub - var f2, getHorizontalCoordinateString, getVerticalCoordinateString, getHorizontalCoordinate, getVerticalCoordinate, Point, Rectangle, Matrix, _ctx; - + var f2, f3, getHorizontalCoordinateString, getVerticalCoordinateString, getHorizontalCoordinate, getVerticalCoordinate; jsPDFAPI.events.push(['initialized', function () { this.context2d = new Context2D(this); f2 = this.internal.f2; + f3 = this.internal.f3; getHorizontalCoordinateString = this.internal.getCoordinateString; getVerticalCoordinateString = this.internal.getVerticalCoordinateString; getHorizontalCoordinate = this.internal.getHorizontalCoordinate; getVerticalCoordinate = this.internal.getVerticalCoordinate; - Point = this.internal.Point; - Rectangle = this.internal.Rectangle; - Matrix = this.internal.Matrix; - _ctx = new ContextLayer(); }]); var Context2D = function Context2D(pdf) { @@ -10713,17 +9305,16 @@ }; } }); - var _pdf = pdf; Object.defineProperty(this, 'pdf', { get: function get() { - return _pdf; + return pdf; } }); var _pageWrapXEnabled = false; - /** - * @name pageWrapXEnabled - * @type {boolean} - * @default false + /** + * @name pageWrapXEnabled + * @type {boolean} + * @default false */ Object.defineProperty(this, 'pageWrapXEnabled', { @@ -10735,10 +9326,10 @@ } }); var _pageWrapYEnabled = false; - /** - * @name pageWrapYEnabled - * @type {boolean} - * @default true + /** + * @name pageWrapYEnabled + * @type {boolean} + * @default true */ Object.defineProperty(this, 'pageWrapYEnabled', { @@ -10750,10 +9341,10 @@ } }); var _posX = 0; - /** - * @name posX - * @type {number} - * @default 0 + /** + * @name posX + * @type {number} + * @default 0 */ Object.defineProperty(this, 'posX', { @@ -10767,10 +9358,10 @@ } }); var _posY = 0; - /** - * @name posY - * @type {number} - * @default 0 + /** + * @name posY + * @type {number} + * @default 0 */ Object.defineProperty(this, 'posY', { @@ -10784,10 +9375,10 @@ } }); var _autoPaging = false; - /** - * @name autoPaging - * @type {boolean} - * @default true + /** + * @name autoPaging + * @type {boolean} + * @default true */ Object.defineProperty(this, 'autoPaging', { @@ -10799,10 +9390,10 @@ } }); var lastBreak = 0; - /** - * @name lastBreak - * @type {number} - * @default 0 + /** + * @name lastBreak + * @type {number} + * @default 0 */ Object.defineProperty(this, 'lastBreak', { @@ -10814,11 +9405,11 @@ } }); var pageBreaks = []; - /** - * Y Position of page breaks. - * @name pageBreaks - * @type {number} - * @default 0 + /** + * Y Position of page breaks. + * @name pageBreaks + * @type {number} + * @default 0 */ Object.defineProperty(this, 'pageBreaks', { @@ -10829,12 +9420,15 @@ pageBreaks = value; } }); - /** - * @name ctx - * @type {object} - * @default {} + + var _ctx = new ContextLayer(); + /** + * @name ctx + * @type {object} + * @default {} */ + Object.defineProperty(this, 'ctx', { get: function get() { return _ctx; @@ -10845,10 +9439,10 @@ } } }); - /** - * @name path - * @type {array} - * @default [] + /** + * @name path + * @type {array} + * @default [] */ Object.defineProperty(this, 'path', { @@ -10859,10 +9453,10 @@ _ctx.path = value; } }); - /** - * @name ctxStack - * @type {array} - * @default [] + /** + * @name ctxStack + * @type {array} + * @default [] */ var _ctxStack = []; @@ -10874,14 +9468,14 @@ _ctxStack = value; } }); - /** - * Sets or returns the color, gradient, or pattern used to fill the drawing - * - * @name fillStyle - * @default #000000 - * @property {(color|gradient|pattern)} value The color of the drawing. Default value is #000000
    - * A gradient object (linear or radial) used to fill the drawing (not supported by context2d)
    - * A pattern object to use to fill the drawing (not supported by context2d) + /** + * Sets or returns the color, gradient, or pattern used to fill the drawing + * + * @name fillStyle + * @default #000000 + * @property {(color|gradient|pattern)} value The color of the drawing. Default value is #000000
    + * A gradient object (linear or radial) used to fill the drawing (not supported by context2d)
    + * A pattern object to use to fill the drawing (not supported by context2d) */ Object.defineProperty(this, 'fillStyle', { @@ -10902,14 +9496,14 @@ }); } }); - /** - * Sets or returns the color, gradient, or pattern used for strokes - * - * @name strokeStyle - * @default #000000 - * @property {color} color A CSS color value that indicates the stroke color of the drawing. Default value is #000000 (not supported by context2d) - * @property {gradient} gradient A gradient object (linear or radial) used to create a gradient stroke (not supported by context2d) - * @property {pattern} pattern A pattern object used to create a pattern stroke (not supported by context2d) + /** + * Sets or returns the color, gradient, or pattern used for strokes + * + * @name strokeStyle + * @default #000000 + * @property {color} color A CSS color value that indicates the stroke color of the drawing. Default value is #000000 (not supported by context2d) + * @property {gradient} gradient A gradient object (linear or radial) used to create a gradient stroke (not supported by context2d) + * @property {pattern} pattern A pattern object used to create a pattern stroke (not supported by context2d) */ Object.defineProperty(this, 'strokeStyle', { @@ -10931,14 +9525,14 @@ } } }); - /** - * Sets or returns the style of the end caps for a line - * - * @name lineCap - * @default butt - * @property {(butt|round|square)} lineCap butt A flat edge is added to each end of the line
    - * round A rounded end cap is added to each end of the line
    - * square A square end cap is added to each end of the line
    + /** + * Sets or returns the style of the end caps for a line + * + * @name lineCap + * @default butt + * @property {(butt|round|square)} lineCap butt A flat edge is added to each end of the line
    + * round A rounded end cap is added to each end of the line
    + * square A square end cap is added to each end of the line
    */ Object.defineProperty(this, 'lineCap', { @@ -10952,12 +9546,12 @@ } } }); - /** - * Sets or returns the current line width - * - * @name lineWidth - * @default 1 - * @property {number} lineWidth The current line width, in pixels + /** + * Sets or returns the current line width + * + * @name lineWidth + * @default 1 + * @property {number} lineWidth The current line width, in pixels */ Object.defineProperty(this, 'lineWidth', { @@ -10971,8 +9565,8 @@ } } }); - /** - * Sets or returns the type of corner created, when two lines meet + /** + * Sets or returns the type of corner created, when two lines meet */ Object.defineProperty(this, 'lineJoin', { @@ -10986,11 +9580,11 @@ } } }); - /** - * A number specifying the miter limit ratio in coordinate space units. Zero, negative, Infinity, and NaN values are ignored. The default value is 10.0. - * - * @name miterLimit - * @default 10 + /** + * A number specifying the miter limit ratio in coordinate space units. Zero, negative, Infinity, and NaN values are ignored. The default value is 10.0. + * + * @name miterLimit + * @default 10 */ Object.defineProperty(this, 'miterLimit', { @@ -11029,7 +9623,6 @@ set: function set(value) { this.ctx.font = value; var rx, matches; //source: https://stackoverflow.com/a/10136041 - // eslint-disable-next-line no-useless-escape rx = /^\s*(?=(?:(?:[-a-z]+\s*){0,2}(italic|oblique))?)(?=(?:(?:[-a-z]+\s*){0,2}(small-caps))?)(?=(?:(?:[-a-z]+\s*){0,2}(bold(?:er)?|lighter|[1-9]00))?)(?:(?:normal|\1|\2|\3)\s*){0,3}((?:xx?-)?(?:small|large)|medium|smaller|larger|[.\d]+(?:\%|in|[cem]m|ex|p[ctx]))(?:\s*\/\s*(normal|[.\d]+(?:\%|in|[cem]m|ex|p[ctx])))?\s*([-_,\"\'\sa-z]+?)\s*$/i; matches = rx.exec(value); @@ -11109,9 +9702,9 @@ } if (jsPdfFontName === '') { - for (var j = 0; j < parts.length; j++) { - if (fallbackFonts[parts[j]]) { - jsPdfFontName = fallbackFonts[parts[j]]; + for (var i = 0; i < parts.length; i++) { + if (fallbackFonts[parts[i]]) { + jsPdfFontName = fallbackFonts[parts[i]]; break; } } @@ -11151,24 +9744,24 @@ Context2D.prototype.fill = function () { pathPreProcess.call(this, 'fill', false); }; - /** - * Actually draws the path you have defined - * - * @name stroke - * @function - * @description The stroke() method actually draws the path you have defined with all those moveTo() and lineTo() methods. The default color is black. + /** + * Actually draws the path you have defined + * + * @name stroke + * @function + * @description The stroke() method actually draws the path you have defined with all those moveTo() and lineTo() methods. The default color is black. */ Context2D.prototype.stroke = function () { pathPreProcess.call(this, 'stroke', false); }; - /** - * Begins a path, or resets the current - * - * @name beginPath - * @function - * @description The beginPath() method begins a path, or resets the current path. + /** + * Begins a path, or resets the current + * + * @name beginPath + * @function + * @description The beginPath() method begins a path, or resets the current path. */ @@ -11177,13 +9770,13 @@ type: 'begin' }]; }; - /** - * Moves the path to the specified point in the canvas, without creating a line - * - * @name moveTo - * @function - * @param x {Number} The x-coordinate of where to move the path to - * @param y {Number} The y-coordinate of where to move the path to + /** + * Moves the path to the specified point in the canvas, without creating a line + * + * @name moveTo + * @function + * @param x {Number} The x-coordinate of where to move the path to + * @param y {Number} The y-coordinate of where to move the path to */ @@ -11201,12 +9794,12 @@ }); this.ctx.lastPoint = new Point(x, y); }; - /** - * Creates a path from the current point back to the starting point - * - * @name closePath - * @function - * @description The closePath() method creates a path from the current point back to the starting point. + /** + * Creates a path from the current point back to the starting point + * + * @name closePath + * @function + * @description The closePath() method creates a path from the current point back to the starting point. */ @@ -11237,14 +9830,14 @@ }); this.ctx.lastPoint = new Point(pathBegin.x, pathBegin.y); }; - /** - * Adds a new point and creates a line to that point from the last specified point in the canvas - * - * @name lineTo - * @function - * @param x The x-coordinate of where to create the line to - * @param y The y-coordinate of where to create the line to - * @description The lineTo() method adds a new point and creates a line TO that point FROM the last specified point in the canvas (this method does not draw the line). + /** + * Adds a new point and creates a line to that point from the last specified point in the canvas + * + * @name lineTo + * @function + * @param x The x-coordinate of where to create the line to + * @param y The y-coordinate of where to create the line to + * @description The lineTo() method adds a new point and creates a line TO that point FROM the last specified point in the canvas (this method does not draw the line). */ @@ -11262,12 +9855,12 @@ }); this.ctx.lastPoint = new Point(pt.x, pt.y); }; - /** - * Clips a region of any shape and size from the original canvas - * - * @name clip - * @function - * @description The clip() method clips a region of any shape and size from the original canvas. + /** + * Clips a region of any shape and size from the original canvas + * + * @name clip + * @function + * @description The clip() method clips a region of any shape and size from the original canvas. */ @@ -11275,16 +9868,16 @@ this.ctx.clip_path = JSON.parse(JSON.stringify(this.path)); pathPreProcess.call(this, null, true); }; - /** - * Creates a cubic Bézier curve - * - * @name quadraticCurveTo - * @function - * @param cpx {Number} The x-coordinate of the Bézier control point - * @param cpy {Number} The y-coordinate of the Bézier control point - * @param x {Number} The x-coordinate of the ending point - * @param y {Number} The y-coordinate of the ending point - * @description The quadraticCurveTo() method adds a point to the current path by using the specified control points that represent a quadratic Bézier curve.

    A quadratic Bézier curve requires two points. The first point is a control point that is used in the quadratic Bézier calculation and the second point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. + /** + * Creates a cubic Bézier curve + * + * @name quadraticCurveTo + * @function + * @param cpx {Number} The x-coordinate of the Bézier control point + * @param cpy {Number} The y-coordinate of the Bézier control point + * @param x {Number} The x-coordinate of the ending point + * @param y {Number} The y-coordinate of the ending point + * @description The quadraticCurveTo() method adds a point to the current path by using the specified control points that represent a quadratic Bézier curve.

    A quadratic Bézier curve requires two points. The first point is a control point that is used in the quadratic Bézier calculation and the second point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. */ @@ -11305,18 +9898,18 @@ }); this.ctx.lastPoint = new Point(pt0.x, pt0.y); }; - /** - * Creates a cubic Bézier curve - * - * @name bezierCurveTo - * @function - * @param cp1x {Number} The x-coordinate of the first Bézier control point - * @param cp1y {Number} The y-coordinate of the first Bézier control point - * @param cp2x {Number} The x-coordinate of the second Bézier control point - * @param cp2y {Number} The y-coordinate of the second Bézier control point - * @param x {Number} The x-coordinate of the ending point - * @param y {Number} The y-coordinate of the ending point - * @description The bezierCurveTo() method adds a point to the current path by using the specified control points that represent a cubic Bézier curve.

    A cubic bezier curve requires three points. The first two points are control points that are used in the cubic Bézier calculation and the last point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. + /** + * Creates a cubic Bézier curve + * + * @name bezierCurveTo + * @function + * @param cp1x {Number} The x-coordinate of the first Bézier control point + * @param cp1y {Number} The y-coordinate of the first Bézier control point + * @param cp2x {Number} The x-coordinate of the second Bézier control point + * @param cp2y {Number} The y-coordinate of the second Bézier control point + * @param x {Number} The x-coordinate of the ending point + * @param y {Number} The y-coordinate of the ending point + * @description The bezierCurveTo() method adds a point to the current path by using the specified control points that represent a cubic Bézier curve.

    A cubic bezier curve requires three points. The first two points are control points that are used in the cubic Bézier calculation and the last point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. */ @@ -11340,18 +9933,18 @@ }); this.ctx.lastPoint = new Point(pt0.x, pt0.y); }; - /** - * Creates an arc/curve (used to create circles, or parts of circles) - * - * @name arc - * @function - * @param x {Number} The x-coordinate of the center of the circle - * @param y {Number} The y-coordinate of the center of the circle - * @param radius {Number} The radius of the circle - * @param startAngle {Number} The starting angle, in radians (0 is at the 3 o'clock position of the arc's circle) - * @param endAngle {Number} The ending angle, in radians - * @param counterclockwise {Boolean} Optional. Specifies whether the drawing should be counterclockwise or clockwise. False is default, and indicates clockwise, while true indicates counter-clockwise. - * @description The arc() method creates an arc/curve (used to create circles, or parts of circles). + /** + * Creates an arc/curve (used to create circles, or parts of circles) + * + * @name arc + * @function + * @param x {Number} The x-coordinate of the center of the circle + * @param y {Number} The y-coordinate of the center of the circle + * @param radius {Number} The radius of the circle + * @param startAngle {Number} The starting angle, in radians (0 is at the 3 o'clock position of the arc's circle) + * @param endAngle {Number} The ending angle, in radians + * @param counterclockwise {Boolean} Optional. Specifies whether the drawing should be counterclockwise or clockwise. False is default, and indicates clockwise, while true indicates counter-clockwise. + * @description The arc() method creates an arc/curve (used to create circles, or parts of circles). */ @@ -11387,34 +9980,33 @@ counterclockwise: counterclockwise }); // this.ctx.lastPoint(new Point(pt.x,pt.y)); }; - /** - * Creates an arc/curve between two tangents - * - * @name arcTo - * @function - * @param x1 {Number} The x-coordinate of the first tangent - * @param y1 {Number} The y-coordinate of the first tangent - * @param x2 {Number} The x-coordinate of the second tangent - * @param y2 {Number} The y-coordinate of the second tangent - * @param radius The radius of the arc - * @description The arcTo() method creates an arc/curve between two tangents on the canvas. + /** + * Creates an arc/curve between two tangents + * + * @name arcTo + * @function + * @param x1 {Number} The x-coordinate of the first tangent + * @param y1 {Number} The y-coordinate of the first tangent + * @param x2 {Number} The x-coordinate of the second tangent + * @param y2 {Number} The y-coordinate of the second tangent + * @param radius The radius of the arc + * @description The arcTo() method creates an arc/curve between two tangents on the canvas. */ - // eslint-disable-next-line no-unused-vars Context2D.prototype.arcTo = function (x1, y1, x2, y2, radius) { throw new Error('arcTo not implemented.'); }; - /** - * Creates a rectangle - * - * @name rect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle, in pixels - * @param h {Number} The height of the rectangle, in pixels - * @description The rect() method creates a rectangle. + /** + * Creates a rectangle + * + * @name rect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle, in pixels + * @param h {Number} The height of the rectangle, in pixels + * @description The rect() method creates a rectangle. */ @@ -11432,16 +10024,16 @@ this.lineTo(x + w, y); this.lineTo(x, y); }; - /** - * Draws a "filled" rectangle - * - * @name fillRect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle, in pixels - * @param h {Number} The height of the rectangle, in pixels - * @description The fillRect() method draws a "filled" rectangle. The default color of the fill is black. + /** + * Draws a "filled" rectangle + * + * @name fillRect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle, in pixels + * @param h {Number} The height of the rectangle, in pixels + * @description The fillRect() method draws a "filled" rectangle. The default color of the fill is black. */ @@ -11479,16 +10071,16 @@ this.lineJoin = tmp.lineJoin; } }; - /** - * Draws a rectangle (no fill) - * - * @name strokeRect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle, in pixels - * @param h {Number} The height of the rectangle, in pixels - * @description The strokeRect() method draws a rectangle (no fill). The default color of the stroke is black. + /** + * Draws a rectangle (no fill) + * + * @name strokeRect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle, in pixels + * @param h {Number} The height of the rectangle, in pixels + * @description The strokeRect() method draws a rectangle (no fill). The default color of the stroke is black. */ @@ -11506,20 +10098,20 @@ this.rect(x, y, w, h); this.stroke(); }; - /** - * Clears the specified pixels within a given rectangle - * - * @name clearRect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle to clear, in pixels - * @param h {Number} The height of the rectangle to clear, in pixels - * @description We cannot clear PDF commands that were already written to PDF, so we use white instead.
    - * As a special case, read a special flag (ignoreClearRect) and do nothing if it is set. - * This results in all calls to clearRect() to do nothing, and keep the canvas transparent. - * This flag is stored in the save/restore context and is managed the same way as other drawing states. - * + /** + * Clears the specified pixels within a given rectangle + * + * @name clearRect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle to clear, in pixels + * @param h {Number} The height of the rectangle to clear, in pixels + * @description We cannot clear PDF commands that were already written to PDF, so we use white instead.
    + * As a special case, read a special flag (ignoreClearRect) and do nothing if it is set. + * This results in all calls to clearRect() to do nothing, and keep the canvas transparent. + * This flag is stored in the save/restore context and is managed the same way as other drawing states. + * */ @@ -11536,11 +10128,11 @@ this.fillStyle = '#ffffff'; this.fillRect(x, y, w, h); }; - /** - * Saves the state of the current context - * - * @name save - * @function + /** + * Saves the state of the current context + * + * @name save + * @function */ @@ -11562,11 +10154,11 @@ this.ctx = ctx; } }; - /** - * Returns previously saved path state and attributes - * - * @name restore - * @function + /** + * Returns previously saved path state and attributes + * + * @name restore + * @function */ @@ -11591,9 +10183,9 @@ this.lineJoin = this.ctx.lineJoin; } }; - /** - * @name toDataURL - * @function + /** + * @name toDataURL + * @function */ @@ -11601,13 +10193,13 @@ throw new Error('toDataUrl not implemented.'); }; //helper functions - /** - * Get the decimal values of r, g, b and a - * - * @name getRGBA - * @function - * @private - * @ignore + /** + * Get the decimal values of r, g, b and a + * + * @name getRGBA + * @function + * @private + * @ignore */ @@ -11693,40 +10285,40 @@ style: style }; }; - /** - * @name isFillTransparent - * @function - * @private - * @ignore - * @returns {Boolean} + /** + * @name isFillTransparent + * @function + * @private + * @ignore + * @returns {Boolean} */ var isFillTransparent = function isFillTransparent() { return this.ctx.isFillTransparent || this.globalAlpha == 0; }; - /** - * @name isStrokeTransparent - * @function - * @private - * @ignore - * @returns {Boolean} + /** + * @name isStrokeTransparent + * @function + * @private + * @ignore + * @returns {Boolean} */ var isStrokeTransparent = function isStrokeTransparent() { return Boolean(this.ctx.isStrokeTransparent || this.globalAlpha == 0); }; - /** - * Draws "filled" text on the canvas - * - * @name fillText - * @function - * @param text {String} Specifies the text that will be written on the canvas - * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) - * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) - * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels - * @description The fillText() method draws filled text on the canvas. The default color of the text is black. + /** + * Draws "filled" text on the canvas + * + * @name fillText + * @function + * @param text {String} Specifies the text that will be written on the canvas + * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) + * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) + * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels + * @description The fillText() method draws filled text on the canvas. The default color of the text is black. */ @@ -11756,16 +10348,16 @@ maxWidth: maxWidth }); }; - /** - * Draws text on the canvas (no fill) - * - * @name strokeText - * @function - * @param text {String} Specifies the text that will be written on the canvas - * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) - * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) - * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels - * @description The strokeText() method draws text (with no fill) on the canvas. The default color of the text is black. + /** + * Draws text on the canvas (no fill) + * + * @name strokeText + * @function + * @param text {String} Specifies the text that will be written on the canvas + * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) + * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) + * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels + * @description The strokeText() method draws text (with no fill) on the canvas. The default color of the text is black. */ @@ -11794,14 +10386,14 @@ maxWidth: maxWidth }); }; - /** - * Returns an object that contains the width of the specified text - * - * @name measureText - * @function - * @param text {String} The text to be measured - * @description The measureText() method returns an object that contains the width of the specified text, in pixels. - * @returns {Number} + /** + * Returns an object that contains the width of the specified text + * + * @name measureText + * @function + * @param text {String} The text to be measured + * @description The measureText() method returns an object that contains the width of the specified text, in pixels. + * @returns {Number} */ @@ -11835,14 +10427,14 @@ }); }; //Transformations - /** - * Scales the current drawing bigger or smaller - * - * @name scale - * @function - * @param scalewidth {Number} Scales the width of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) - * @param scaleheight {Number} Scales the height of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) - * @description The scale() method scales the current drawing, bigger or smaller. + /** + * Scales the current drawing bigger or smaller + * + * @name scale + * @function + * @param scalewidth {Number} Scales the width of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) + * @param scaleheight {Number} Scales the height of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) + * @description The scale() method scales the current drawing, bigger or smaller. */ @@ -11855,14 +10447,14 @@ var matrix = new Matrix(scalewidth, 0.0, 0.0, scaleheight, 0.0, 0.0); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Rotates the current drawing - * - * @name rotate - * @function - * @param angle {Number} The rotation angle, in radians. - * @description To calculate from degrees to radians: degrees*Math.PI/180.
    - * Example: to rotate 5 degrees, specify the following: 5*Math.PI/180 + /** + * Rotates the current drawing + * + * @name rotate + * @function + * @param angle {Number} The rotation angle, in radians. + * @description To calculate from degrees to radians: degrees*Math.PI/180.
    + * Example: to rotate 5 degrees, specify the following: 5*Math.PI/180 */ @@ -11875,14 +10467,14 @@ var matrix = new Matrix(Math.cos(angle), Math.sin(angle), -Math.sin(angle), Math.cos(angle), 0.0, 0.0); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Remaps the (0,0) position on the canvas - * - * @name translate - * @function - * @param x {Number} The value to add to horizontal (x) coordinates - * @param y {Number} The value to add to vertical (y) coordinates - * @description The translate() method remaps the (0,0) position on the canvas. + /** + * Remaps the (0,0) position on the canvas + * + * @name translate + * @function + * @param x {Number} The value to add to horizontal (x) coordinates + * @param y {Number} The value to add to vertical (y) coordinates + * @description The translate() method remaps the (0,0) position on the canvas. */ @@ -11895,18 +10487,18 @@ var matrix = new Matrix(1.0, 0.0, 0.0, 1.0, x, y); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Replaces the current transformation matrix for the drawing - * - * @name transform - * @function - * @param a {Number} Horizontal scaling - * @param b {Number} Horizontal skewing - * @param c {Number} Vertical skewing - * @param d {Number} Vertical scaling - * @param e {Number} Horizontal moving - * @param f {Number} Vertical moving - * @description Each object on the canvas has a current transformation matrix.

    The transform() method replaces the current transformation matrix. It multiplies the current transformation matrix with the matrix described by:



    a c e

    b d f

    0 0 1

    In other words, the transform() method lets you scale, rotate, move, and skew the current context. + /** + * Replaces the current transformation matrix for the drawing + * + * @name transform + * @function + * @param a {Number} Horizontal scaling + * @param b {Number} Horizontal skewing + * @param c {Number} Vertical skewing + * @param d {Number} Vertical scaling + * @param e {Number} Horizontal moving + * @param f {Number} Vertical moving + * @description Each object on the canvas has a current transformation matrix.

    The transform() method replaces the current transformation matrix. It multiplies the current transformation matrix with the matrix described by:



    a c e

    b d f

    0 0 1

    In other words, the transform() method lets you scale, rotate, move, and skew the current context. */ @@ -11919,18 +10511,18 @@ var matrix = new Matrix(a, b, c, d, e, f); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Resets the current transform to the identity matrix. Then runs transform() - * - * @name setTransform - * @function - * @param a {Number} Horizontal scaling - * @param b {Number} Horizontal skewing - * @param c {Number} Vertical skewing - * @param d {Number} Vertical scaling - * @param e {Number} Horizontal moving - * @param f {Number} Vertical moving - * @description Each object on the canvas has a current transformation matrix.

    The setTransform() method resets the current transform to the identity matrix, and then runs transform() with the same arguments.

    In other words, the setTransform() method lets you scale, rotate, move, and skew the current context. + /** + * Resets the current transform to the identity matrix. Then runs transform() + * + * @name setTransform + * @function + * @param a {Number} Horizontal scaling + * @param b {Number} Horizontal skewing + * @param c {Number} Vertical skewing + * @param d {Number} Vertical scaling + * @param e {Number} Horizontal moving + * @param f {Number} Vertical moving + * @description Each object on the canvas has a current transformation matrix.

    The setTransform() method resets the current transform to the identity matrix, and then runs transform() with the same arguments.

    In other words, the setTransform() method lets you scale, rotate, move, and skew the current context. */ @@ -11943,19 +10535,19 @@ f = isNaN(f) ? 0 : f; this.ctx.transform = new Matrix(a, b, c, d, e, f); }; - /** - * Draws an image, canvas, or video onto the canvas - * - * @function - * @param img {} Specifies the image, canvas, or video element to use - * @param sx {Number} Optional. The x coordinate where to start clipping - * @param sy {Number} Optional. The y coordinate where to start clipping - * @param swidth {Number} Optional. The width of the clipped image - * @param sheight {Number} Optional. The height of the clipped image - * @param x {Number} The x coordinate where to place the image on the canvas - * @param y {Number} The y coordinate where to place the image on the canvas - * @param width {Number} Optional. The width of the image to use (stretch or reduce the image) - * @param height {Number} Optional. The height of the image to use (stretch or reduce the image) + /** + * Draws an image, canvas, or video onto the canvas + * + * @function + * @param img {} Specifies the image, canvas, or video element to use + * @param sx {Number} Optional. The x coordinate where to start clipping + * @param sy {Number} Optional. The y coordinate where to start clipping + * @param swidth {Number} Optional. The width of the clipped image + * @param sheight {Number} Optional. The height of the clipped image + * @param x {Number} The x coordinate where to place the image on the canvas + * @param y {Number} The y coordinate where to place the image on the canvas + * @param width {Number} Optional. The width of the image to use (stretch or reduce the image) + * @param height {Number} Optional. The height of the image to use (stretch or reduce the image) */ @@ -12000,6 +10592,7 @@ matrix = matrix.multiply(decomposedTransformationMatrix.translate); matrix = matrix.multiply(decomposedTransformationMatrix.skew); matrix = matrix.multiply(decomposedTransformationMatrix.scale); + var mP = matrix.applyToPoint(new Point(width, height)); var xRect = matrix.applyToRectangle(new Rectangle(x - sx * clipFactorX, y - sy * clipFactorY, swidth * factorX, sheight * factorY)); var pageArray = getPagesByPath.call(this, xRect); var pages = []; @@ -12030,10 +10623,10 @@ var tmpRect = JSON.parse(JSON.stringify(xRect)); tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; - this.pdf.addImage(img, 'JPEG', tmpRect.x, tmpRect.y, tmpRect.w, tmpRect.h, null, null, angle); + this.pdf.addImage(img, 'jpg', tmpRect.x, tmpRect.y, tmpRect.w, tmpRect.h, null, null, angle); } } else { - this.pdf.addImage(img, 'JPEG', xRect.x, xRect.y, xRect.w, xRect.h, null, null, angle); + this.pdf.addImage(img, 'jpg', xRect.x, xRect.y, xRect.w, xRect.h, null, null, angle); } }; @@ -12185,14 +10778,14 @@ this.path = origPath; }; - /** - * Processes the paths - * - * @function - * @param rule {String} - * @param isClip {Boolean} - * @private - * @ignore + /** + * Processes the paths + * + * @function + * @param rule {String} + * @param isClip {Boolean} + * @private + * @ignore */ @@ -12310,7 +10903,9 @@ if (typeof arc.startAngle !== 'undefined') { var start = rad2deg(arc.startAngle); var end = rad2deg(arc.endAngle); - drawArc.call(this, arc.x, arc.y, arc.radius, start, end, arc.counterclockwise, style, isClip); + var x = arc.x; + var y = arc.y; + drawArc.call(this, x, y, arc.radius, start, end, arc.counterclockwise, style, isClip); } else { drawLine.call(this, arc.x, arc.y); } @@ -12390,20 +10985,21 @@ Context2D.prototype.createRadialGradient = function createRadialGradient() { return this.createLinearGradient(); }; - /** - * - * @param x Edge point X - * @param y Edge point Y - * @param r Radius - * @param a1 start angle - * @param a2 end angle - * @param counterclockwise - * @param style - * @param isClip + /** + * + * @param x Edge point X + * @param y Edge point Y + * @param r Radius + * @param a1 start angle + * @param a2 end angle + * @param counterclockwise + * @param style + * @param isClip */ var drawArc = function drawArc(x, y, r, a1, a2, counterclockwise, style, isClip) { + var k = this.pdf.internal.scaleFactor; var a1r = deg2rad(a1); var a2r = deg2rad(a2); var curves = createArc.call(this, r, a1r, a2r, counterclockwise); @@ -12414,7 +11010,6 @@ if (i === 0) { doMove.call(this, curve.x1 + x, curve.y1 + y); } - drawCurve.call(this, x, y, curve.x2, curve.y2, curve.x3, curve.y3, curve.x4, curve.y4); } @@ -12439,7 +11034,6 @@ var doClip = function doClip() { this.pdf.clip(); - this.pdf.discardPath(); }; var doMove = function doMove(x, y) { @@ -12485,7 +11079,7 @@ } pages.sort(); - var clipPath, oldSize; + var clipPath; if (this.autoPaging === true) { var min = pages[0]; @@ -12506,7 +11100,7 @@ tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; if (options.scale >= 0.01) { - oldSize = this.pdf.internal.getFontSize(); + var oldSize = this.pdf.internal.getFontSize(); this.pdf.setFontSize(oldSize * options.scale); } @@ -12523,7 +11117,7 @@ } } else { if (options.scale >= 0.01) { - oldSize = this.pdf.internal.getFontSize(); + var oldSize = this.pdf.internal.getFontSize(); this.pdf.setFontSize(oldSize * options.scale); } @@ -12553,11 +11147,11 @@ var drawCurve = function drawCurve(x, y, x1, y1, x2, y2, x3, y3) { this.pdf.internal.out([f2(getHorizontalCoordinate(x1 + x)), f2(getVerticalCoordinate(y1 + y)), f2(getHorizontalCoordinate(x2 + x)), f2(getVerticalCoordinate(y2 + y)), f2(getHorizontalCoordinate(x3 + x)), f2(getVerticalCoordinate(y3 + y)), 'c'].join(' ')); }; - /** - * Return a array of objects that represent bezier curves which approximate the circular arc centered at the origin, from startAngle to endAngle (radians) with the specified radius. - * - * Each bezier curve is an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. - * @function createArc + /** + * Return a array of objects that represent bezier curves which approximate the circular arc centered at the origin, from startAngle to endAngle (radians) with the specified radius. + * + * Each bezier curve is an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. + * @function createArc */ @@ -12593,12 +11187,12 @@ return curves; }; - /** - * Cubic bezier approximation of a circular arc centered at the origin, from (radians) a1 to a2, where a2-a1 < pi/2. The arc's radius is r. - * - * Returns an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. - * - * This algorithm is based on the approach described in: A. Riškus, "Approximation of a Cubic Bezier Curve by Circular Arcs and Vice Versa," Information Technology and Control, 35(4), 2006 pp. 371-378. + /** + * Cubic bezier approximation of a circular arc centered at the origin, from (radians) a1 to a2, where a2-a1 < pi/2. The arc's radius is r. + * + * Returns an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. + * + * This algorithm is based on the approach described in: A. Riškus, "Approximation of a Cubic Bezier Curve by Circular Arcs and Vice Versa," Information Technology and Control, 35(4), 2006 pp. 371-378. */ @@ -12659,9 +11253,9 @@ var todx = dx - cx; var tody = dy - cy; var precision = 40; - var d, i, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; + var d, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, i, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; - for (i = 0; i < precision + 1; i++) { + for (var i = 0; i < precision + 1; i++) { d = i / precision; px = ax + d * tobx; py = ay + d * toby; @@ -12697,115 +11291,448 @@ return new Rectangle(Math.round(minx), Math.round(miny), Math.round(maxx - minx), Math.round(maxy - miny)); }; - })(jsPDF.API); - - /* global jsPDF, Deflater */ - - /** - * jsPDF filters PlugIn - * Copyright (c) 2014 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license - */ - (function (jsPDFAPI) { - - var ASCII85Encode = function ASCII85Encode(a) { - var b, c, d, e, f, g, h, i, j, k; // eslint-disable-next-line no-control-regex - for (!/[^\x00-\xFF]/.test(a), b = "\x00\x00\x00\x00".slice(a.length % 4 || 4), a += b, c = [], d = 0, e = a.length; e > d; d += 4) { - f = (a.charCodeAt(d) << 24) + (a.charCodeAt(d + 1) << 16) + (a.charCodeAt(d + 2) << 8) + a.charCodeAt(d + 3), 0 !== f ? (k = f % 85, f = (f - k) / 85, j = f % 85, f = (f - j) / 85, i = f % 85, f = (f - i) / 85, h = f % 85, f = (f - h) / 85, g = f % 85, c.push(g + 33, h + 33, i + 33, j + 33, k + 33)) : c.push(122); - } + var Point = function Point(x, y) { + var _x = x || 0; - return function (a, b) { - for (var c = b; c > 0; c--) { - a.pop(); + Object.defineProperty(this, 'x', { + enumerable: true, + get: function get() { + return _x; + }, + set: function set(value) { + if (!isNaN(value)) { + _x = parseFloat(value); + } } - }(c, b.length), String.fromCharCode.apply(String, c) + "~>"; - }; - - var ASCII85Decode = function ASCII85Decode(a) { - var c, - d, - e, - f, - g, - h = String, - l = "length", - w = 255, - x = "charCodeAt", - y = "slice", - z = "replace"; + }); - for ("~>" === a[y](-2), a = a[y](0, -2)[z](/\s/g, "")[z]("z", "!!!!!"), c = "uuuuu"[y](a[l] % 5 || 5), a += c, e = [], f = 0, g = a[l]; g > f; f += 5) { - d = 52200625 * (a[x](f) - 33) + 614125 * (a[x](f + 1) - 33) + 7225 * (a[x](f + 2) - 33) + 85 * (a[x](f + 3) - 33) + (a[x](f + 4) - 33), e.push(w & d >> 24, w & d >> 16, w & d >> 8, w & d); - } + var _y = y || 0; - return function (a, b) { - for (var c = b; c > 0; c--) { - a.pop(); + Object.defineProperty(this, 'y', { + enumerable: true, + get: function get() { + return _y; + }, + set: function set(value) { + if (!isNaN(value)) { + _y = parseFloat(value); + } } - }(e, c[l]), h.fromCharCode.apply(h, e); - }; - - var ASCIIHexEncode = function ASCIIHexEncode(value) { - var result = ''; - - for (var i = 0; i < value.length; i += 1) { - result += ("0" + value.charCodeAt(i).toString(16)).slice(-2); - } - - result += '>'; - return result; + }); + var _type = 'pt'; + Object.defineProperty(this, 'type', { + enumerable: true, + get: function get() { + return _type; + }, + set: function set(value) { + _type = value.toString(); + } + }); + return this; }; - var ASCIIHexDecode = function ASCIIHexDecode(value) { - var regexCheckIfHex = new RegExp(/^([0-9A-Fa-f]{2})+$/); - value = value.replace(/\s/g, ''); - - if (value.indexOf(">") !== -1) { - value = value.substr(0, value.indexOf(">")); - } - - if (value.length % 2) { - value += "0"; - } - - if (regexCheckIfHex.test(value) === false) { - return ""; - } - - var result = ''; + var Rectangle = function Rectangle(x, y, w, h) { + Point.call(this, x, y); + this.type = 'rect'; - for (var i = 0; i < value.length; i += 2) { - result += String.fromCharCode("0x" + (value[i] + value[i + 1])); - } + var _w = w || 0; - return result; - }; - /* - var FlatePredictors = { - None: 1, - TIFF: 2, - PNG_None: 10, - PNG_Sub: 11, - PNG_Up: 12, - PNG_Average: 13, - PNG_Paeth: 14, - PNG_Optimum: 15 - }; - */ + Object.defineProperty(this, 'w', { + enumerable: true, + get: function get() { + return _w; + }, + set: function set(value) { + if (!isNaN(value)) { + _w = parseFloat(value); + } + } + }); + var _h = h || 0; - var appendBuffer = function appendBuffer(buffer1, buffer2) { - var combinedBuffer = new Uint8Array(buffer1.byteLength + buffer2.byteLength); - combinedBuffer.set(new Uint8Array(buffer1), 0); - combinedBuffer.set(new Uint8Array(buffer2), buffer1.byteLength); - return combinedBuffer; + Object.defineProperty(this, 'h', { + enumerable: true, + get: function get() { + return _h; + }, + set: function set(value) { + if (!isNaN(value)) { + _h = parseFloat(value); + } + } + }); + return this; }; - var FlateEncode = function FlateEncode(data) { - var arr = []; + var Matrix = function Matrix(sx, shy, shx, sy, tx, ty) { + var _matrix = []; + Object.defineProperty(this, 'sx', { + get: function get() { + return _matrix[0]; + }, + set: function set(value) { + _matrix[0] = Math.round(value * 100000) / 100000; + } + }); + Object.defineProperty(this, 'shy', { + get: function get() { + return _matrix[1]; + }, + set: function set(value) { + _matrix[1] = Math.round(value * 100000) / 100000; + } + }); + Object.defineProperty(this, 'shx', { + get: function get() { + return _matrix[2]; + }, + set: function set(value) { + _matrix[2] = Math.round(value * 100000) / 100000; + } + }); + Object.defineProperty(this, 'sy', { + get: function get() { + return _matrix[3]; + }, + set: function set(value) { + _matrix[3] = Math.round(value * 100000) / 100000; + } + }); + Object.defineProperty(this, 'tx', { + get: function get() { + return _matrix[4]; + }, + set: function set(value) { + _matrix[4] = Math.round(value * 100000) / 100000; + } + }); + Object.defineProperty(this, 'ty', { + get: function get() { + return _matrix[5]; + }, + set: function set(value) { + _matrix[5] = Math.round(value * 100000) / 100000; + } + }); + Object.defineProperty(this, 'rotation', { + get: function get() { + return Math.atan2(this.shx, this.sx); + } + }); + Object.defineProperty(this, 'scaleX', { + get: function get() { + return this.decompose().scale.sx; + } + }); + Object.defineProperty(this, 'scaleY', { + get: function get() { + return this.decompose().scale.sy; + } + }); + Object.defineProperty(this, 'isIdentity', { + get: function get() { + if (this.sx !== 1) { + return false; + } + + if (this.shy !== 0) { + return false; + } + + if (this.shx !== 0) { + return false; + } + + if (this.sy !== 1) { + return false; + } + + if (this.tx !== 0) { + return false; + } + + if (this.ty !== 0) { + return false; + } + + return true; + } + }); + this.sx = !isNaN(sx) ? sx : 1; + this.shy = !isNaN(shy) ? shy : 0; + this.shx = !isNaN(shx) ? shx : 0; + this.sy = !isNaN(sy) ? sy : 1; + this.tx = !isNaN(tx) ? tx : 0; + this.ty = !isNaN(ty) ? ty : 0; + return this; + }; + /** + * Multiply the matrix with given Matrix + * + * @function multiply + * @param matrix + * @returns {Matrix} + * @private + * @ignore + */ + + + Matrix.prototype.multiply = function (matrix) { + var sx = matrix.sx * this.sx + matrix.shy * this.shx; + var shy = matrix.sx * this.shy + matrix.shy * this.sy; + var shx = matrix.shx * this.sx + matrix.sy * this.shx; + var sy = matrix.shx * this.shy + matrix.sy * this.sy; + var tx = matrix.tx * this.sx + matrix.ty * this.shx + this.tx; + var ty = matrix.tx * this.shy + matrix.ty * this.sy + this.ty; + return new Matrix(sx, shy, shx, sy, tx, ty); + }; + /** + * @function decompose + * @private + * @ignore + */ + + + Matrix.prototype.decompose = function () { + var a = this.sx; + var b = this.shy; + var c = this.shx; + var d = this.sy; + var e = this.tx; + var f = this.ty; + var scaleX = Math.sqrt(a * a + b * b); + a /= scaleX; + b /= scaleX; + var shear = a * c + b * d; + c -= a * shear; + d -= b * shear; + var scaleY = Math.sqrt(c * c + d * d); + c /= scaleY; + d /= scaleY; + shear /= scaleY; + + if (a * d < b * c) { + a = -a; + b = -b; + shear = -shear; + scaleX = -scaleX; + } + + return { + scale: new Matrix(scaleX, 0, 0, scaleY, 0, 0), + translate: new Matrix(1, 0, 0, 1, e, f), + rotate: new Matrix(a, b, -b, a, 0, 0), + skew: new Matrix(1, 0, shear, 1, 0, 0) + }; + }; + /** + * @function applyToPoint + * @private + * @ignore + */ + + + Matrix.prototype.applyToPoint = function (pt) { + var x = pt.x * this.sx + pt.y * this.shx + this.tx; + var y = pt.x * this.shy + pt.y * this.sy + this.ty; + return new Point(x, y); + }; + /** + * @function applyToRectangle + * @private + * @ignore + */ + + + Matrix.prototype.applyToRectangle = function (rect) { + var pt1 = this.applyToPoint(rect); + var pt2 = this.applyToPoint(new Point(rect.x + rect.w, rect.y + rect.h)); + return new Rectangle(pt1.x, pt1.y, pt2.x - pt1.x, pt2.y - pt1.y); + }; + /** + * @function clone + * @private + * @ignore + */ + + + Matrix.prototype.clone = function () { + var sx = this.sx; + var shy = this.shy; + var shx = this.shx; + var sy = this.sy; + var tx = this.tx; + var ty = this.ty; + return new Matrix(sx, shy, shx, sy, tx, ty); + }; + })(jsPDF.API, typeof self !== 'undefined' && self || typeof window !== 'undefined' && window || typeof global !== 'undefined' && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); + + /** + * jsPDF filters PlugIn + * Copyright (c) 2014 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license + */ + (function (jsPDFAPI) { + + var ASCII85Encode = function ASCII85Encode(a) { + var b, c, d, e, f, g, h, i, j, k; + + for (!/[^\x00-\xFF]/.test(a), b = "\x00\x00\x00\x00".slice(a.length % 4 || 4), a += b, c = [], d = 0, e = a.length; e > d; d += 4) { + f = (a.charCodeAt(d) << 24) + (a.charCodeAt(d + 1) << 16) + (a.charCodeAt(d + 2) << 8) + a.charCodeAt(d + 3), 0 !== f ? (k = f % 85, f = (f - k) / 85, j = f % 85, f = (f - j) / 85, i = f % 85, f = (f - i) / 85, h = f % 85, f = (f - h) / 85, g = f % 85, c.push(g + 33, h + 33, i + 33, j + 33, k + 33)) : c.push(122); + } + + return function (a, b) { + for (var c = b; c > 0; c--) { + a.pop(); + } + }(c, b.length), String.fromCharCode.apply(String, c) + "~>"; + }; + + var ASCII85Decode = function ASCII85Decode(a) { + var c, + d, + e, + f, + g, + h = String, + l = "length", + w = 255, + x = "charCodeAt", + y = "slice", + z = "replace"; + + for ("~>" === a[y](-2), a = a[y](0, -2)[z](/\s/g, "")[z]("z", "!!!!!"), c = "uuuuu"[y](a[l] % 5 || 5), a += c, e = [], f = 0, g = a[l]; g > f; f += 5) { + d = 52200625 * (a[x](f) - 33) + 614125 * (a[x](f + 1) - 33) + 7225 * (a[x](f + 2) - 33) + 85 * (a[x](f + 3) - 33) + (a[x](f + 4) - 33), e.push(w & d >> 24, w & d >> 16, w & d >> 8, w & d); + } + + return function (a, b) { + for (var c = b; c > 0; c--) { + a.pop(); + } + }(e, c[l]), h.fromCharCode.apply(h, e); + }; + /** + * TODO: Not Tested: + //https://gist.github.com/revolunet/843889 + // LZW-compress a string + var LZWEncode = function(s, options) { + options = Object.assign({ + predictor: 1, + colors: 1, + bitsPerComponent: 8, + columns: 1, + earlyChange: 1 + }, options); + var dict = {}; + var data = (s + "").split(""); + var out = []; + var currChar; + var phrase = data[0]; + var code = 256; //0xe000 + for (var i=1; i 1 ? dict['_'+phrase] : phrase.charCodeAt(0)); + dict['_' + phrase + currChar] = code; + code++; + phrase=currChar; + } + } + out.push(phrase.length > 1 ? dict['_'+phrase] : phrase.charCodeAt(0)); + for (var i=0; i") !== -1) { + value = value.substr(0, value.indexOf(">")); + } + + if (value.length % 2) { + value += "0"; + } + + if (regexCheckIfHex.test(value) === false) { + return ""; + } + + var result = ''; + var i; + + for (var i = 0; i < value.length; i += 2) { + result += String.fromCharCode("0x" + (value[i] + value[i + 1])); + } + + return result; + }; + + var FlateEncode = function FlateEncode(data, options) { + options = Object.assign({ + predictor: 1, + colors: 1, + bitsPerComponent: 8, + columns: 1 + }, options); + var arr = []; var i = data.length; var adler32; var deflater; @@ -12816,15 +11743,12 @@ adler32 = jsPDFAPI.adler32cs.from(data); deflater = new Deflater(6); - data = deflater.append(new Uint8Array(arr)); - data = appendBuffer(data, deflater.flush()); - arr = new Uint8Array(data.byteLength + 6); - arr.set(new Uint8Array([120, 156])); - arr.set(data, 2); - arr.set(new Uint8Array([adler32 & 0xff, adler32 >> 8 & 0xff, adler32 >> 16 & 0xff, adler32 >> 24 & 0xff]), data.byteLength + 2); - data = arr.reduce(function (data, byte) { - return data + String.fromCharCode(byte); - }, ''); + deflater.append(new Uint8Array(arr)); + data = deflater.flush(); + arr = new Uint8Array(data.length + 6); + arr.set(new Uint8Array([120, 156])), arr.set(data, 2); + arr.set(new Uint8Array([adler32 & 0xFF, adler32 >> 8 & 0xFF, adler32 >> 16 & 0xFF, adler32 >> 24 & 0xFF]), data.length + 2); + data = String.fromCharCode.apply(null, arr); return data; }; @@ -12871,6 +11795,19 @@ reverseChain.push("/FlateDecode"); break; + /** + case "LZWDecode": + case "/LZWDecode": + data = LZWDecode(data); + reverseChain.push("/LZWEncode"); + break; + case "LZWEncode": + case "/LZWEncode": + data = LZWEncode(data); + reverseChain.push("/LZWDecode"); + break; + */ + default: throw "The filter: \"" + filterChain[i] + "\" is not implemented"; } @@ -12883,71 +11820,70 @@ }; })(jsPDF.API); - /* global jsPDF */ - - /** - * jsPDF fileloading PlugIn - * Copyright (c) 2018 Aras Abbasi (aras.abbasi@gmail.com) - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * jsPDF fileloading PlugIn + * Copyright (c) 2018 Aras Abbasi (aras.abbasi@gmail.com) + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * @name fileloading - * @module + /** + * @name fileloading + * @module */ (function (jsPDFAPI) { - /** - * @name loadFile - * @function - * @param {string} url - * @param {boolean} sync - * @param {function} callback - * @returns {string|undefined} result + /** + * @name loadFile + * @function + * @param {string} url + * @param {boolean} sync + * @param {function} callback + * @returns {string|undefined} result */ jsPDFAPI.loadFile = function (url, sync, callback) { - sync = sync === false ? false : true; - callback = typeof callback === 'function' ? callback : function () {}; + sync = sync || true; + + callback = callback || function () {}; + var result; var xhr = function xhr(url, sync, callback) { - var request = new XMLHttpRequest(); + var req = new XMLHttpRequest(); + var byteArray = []; var i = 0; var sanitizeUnicode = function sanitizeUnicode(data) { var dataLength = data.length; - var charArray = []; var StringFromCharCode = String.fromCharCode; //Transform Unicode to ASCII for (i = 0; i < dataLength; i += 1) { - charArray.push(StringFromCharCode(data.charCodeAt(i) & 0xff)); + byteArray.push(StringFromCharCode(data.charCodeAt(i) & 0xff)); } - return charArray.join(''); + return byteArray.join(""); }; - request.open('GET', url, !sync); // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] + req.open('GET', url, !sync); // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] - request.overrideMimeType('text/plain; charset=x-user-defined'); + req.overrideMimeType('text\/plain; charset=x-user-defined'); if (sync === false) { - request.onload = function () { - callback(sanitizeUnicode(this.responseText)); + req.onload = function () { + return sanitizeUnicode(this.responseText); }; } - request.send(null); + req.send(null); - if (sync) { - if (request.status !== 200) { - // eslint-disable-next-line no-console - console.warn('Unable to load file "' + url + '"'); - return; - } + if (req.status !== 200) { + console.warn('Unable to load file "' + url + '"'); + return; + } - return sanitizeUnicode(request.responseText); + if (sync) { + return sanitizeUnicode(req.responseText); } }; @@ -12959,65 +11895,56 @@ return result; }; - /** - * @name loadImageFile - * @function - * @param {string} path - * @param {boolean} sync - * @param {function} callback + /** + * @name loadImageFile + * @function + * @param {string} path + * @param {boolean} sync + * @param {function} callback */ jsPDFAPI.loadImageFile = jsPDFAPI.loadFile; })(jsPDF.API); - /* global jsPDF html2canvas */ - - /** - * Copyright (c) 2018 Erik Koopmans - * Released under the MIT License. - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * Copyright (c) 2018 Erik Koopmans + * Released under the MIT License. + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF html PlugIn - * - * @name html - * @module + /** + * jsPDF html PlugIn + * + * @name html + * @module */ (function (jsPDFAPI, global) { - - if (typeof Promise === 'undefined') { - // eslint-disable-next-line no-console - console.warn('Promise not found. html-Plugin will not work'); - return; - } - /** - * Determine the type of a variable/object. - * - * @private - * @ignore + /** + * Determine the type of a variable/object. + * + * @private + * @ignore */ - var objType = function objType(obj) { var type = _typeof(obj); - if (type === 'undefined') { return 'undefined'; }else if (type === 'string' || obj instanceof String) { return 'string'; }else if (type === 'number' || obj instanceof Number) { return 'number'; }else if (type === 'function' || obj instanceof Function) { return 'function'; }else if (!!obj && obj.constructor === Array) { return 'array'; }else if (obj && obj.nodeType === 1) { return 'element'; }else if (type === 'object') { return 'object'; }else { return 'unknown'; } + if (type === 'undefined') return 'undefined';else if (type === 'string' || obj instanceof String) return 'string';else if (type === 'number' || obj instanceof Number) return 'number';else if (type === 'function' || obj instanceof Function) return 'function';else if (!!obj && obj.constructor === Array) return 'array';else if (obj && obj.nodeType === 1) return 'element';else if (type === 'object') return 'object';else return 'unknown'; }; - /** - * Create an HTML element with optional className, innerHTML, and style. - * - * @private - * @ignore + /** + * Create an HTML element with optional className, innerHTML, and style. + * + * @private + * @ignore */ var createElement = function createElement(tagName, opt) { var el = document.createElement(tagName); - if (opt.className) { el.className = opt.className; } + if (opt.className) el.className = opt.className; if (opt.innerHTML) { el.innerHTML = opt.innerHTML; @@ -13034,11 +11961,11 @@ return el; }; - /** - * Deep-clone a node and preserve contents/properties. - * - * @private - * @ignore + /** + * Deep-clone a node and preserve contents/properties. + * + * @private + * @ignore */ @@ -13365,16 +12292,16 @@ }]; // Fulfill prereqs then perform the appropriate output. return this.thenList(prereqs).then(function outputPdf_main() { - /* Currently implemented output types: - * https://rawgit.com/MrRio/jsPDF/master/docs/jspdf.js.html#line992 - * save(options), arraybuffer, blob, bloburi/bloburl, - * datauristring/dataurlstring, dataurlnewwindow, datauri/dataurl + /* Currently implemented output types: + * https://rawgit.com/MrRio/jsPDF/master/docs/jspdf.js.html#line992 + * save(options), arraybuffer, blob, bloburi/bloburl, + * datauristring/dataurlstring, dataurlnewwindow, datauri/dataurl */ return this.prop.pdf.output(type, options); }); }; - Worker.prototype.outputImg = function outputImg(type) { + Worker.prototype.outputImg = function outputImg(type, options) { // Set up function prerequisites. var prereqs = [function checkImg() { return this.prop.img || this.toImg(); @@ -13404,7 +12331,7 @@ var result = typeof global.html2canvas !== "undefined"; if (!result) { - throw new Error("html2canvas not loaded."); + console.error("html2canvas not loaded."); } return result; @@ -13428,7 +12355,7 @@ }); }; - Worker.prototype.doCallback = function doCallback() { + Worker.prototype.doCallback = function doCallback(filename) { // Set up function prerequisites. var prereqs = [function checkPdf() { return this.prop.pdf || this.toPdf(); @@ -13502,7 +12429,6 @@ switch (objType(margin)) { case 'number': margin = [margin, margin, margin, margin]; - // eslint-disable-next-line no-fallthrough case 'array': if (margin.length === 2) { @@ -13513,8 +12439,6 @@ break; } - // eslint-disable-next-line no-fallthrough - default: return this.error('Invalid margin array.'); } // Set the margin property, then update pageSize. @@ -13552,10 +12476,10 @@ Worker.prototype.setProgress = function setProgress(val, state, n, stack) { // Immediately update all progress values. - if (val != null) { this.progress.val = val; } - if (state != null) { this.progress.state = state; } - if (n != null) { this.progress.n = n; } - if (stack != null) { this.progress.stack = stack; } + if (val != null) this.progress.val = val; + if (state != null) this.progress.state = state; + if (n != null) this.progress.n = n; + if (stack != null) this.progress.stack = stack; this.progress.ratio = this.progress.val / this.progress.state; // Return this for command chaining. return this; @@ -13706,68 +12630,64 @@ 'ledger': [1224, 792], 'tabloid': [792, 1224], 'credit-card': [153, 243] - }; - var k = 1; // Unit conversion + }; // Unit conversion switch (unit) { case 'pt': - k = 1; + var k = 1; break; case 'mm': - k = 72 / 25.4; + var k = 72 / 25.4; break; case 'cm': - k = 72 / 2.54; + var k = 72 / 2.54; break; case 'in': - k = 72; + var k = 72; break; case 'px': - k = 72 / 96; + var k = 72 / 96; break; case 'pc': - k = 12; + var k = 12; break; case 'em': - k = 12; + var k = 12; break; case 'ex': - k = 6; + var k = 6; break; default: throw 'Invalid unit: ' + unit; - } + } // Dimensions are stored as user units and converted to points on output - var pageHeight = 0; - var pageWidth = 0; // Dimensions are stored as user units and converted to points on output if (pageFormats.hasOwnProperty(format_as_string)) { - pageHeight = pageFormats[format_as_string][1] / k; - pageWidth = pageFormats[format_as_string][0] / k; + var pageHeight = pageFormats[format_as_string][1] / k; + var pageWidth = pageFormats[format_as_string][0] / k; } else { try { - pageHeight = format[1]; - pageWidth = format[0]; + var pageHeight = format[1]; + var pageWidth = format[0]; } catch (err) { throw new Error('Invalid format: ' + format); } - } + } // Handle page orientation - var tmp; // Handle page orientation if (orientation === 'p' || orientation === 'portrait') { orientation = 'p'; if (pageWidth > pageHeight) { - tmp = pageWidth; + var tmp = pageWidth; pageWidth = pageHeight; pageHeight = tmp; } @@ -13775,7 +12695,7 @@ orientation = 'l'; if (pageHeight > pageWidth) { - tmp = pageWidth; + var tmp = pageWidth; pageWidth = pageHeight; pageHeight = tmp; } @@ -13792,23 +12712,14 @@ }; return info; }; - /** - * Generate a PDF from an HTML element or string using. - * - * @name html - * @function - * @param {HTMLElement|string} source The source HTMLElement or a string containing HTML. - * @param {Object} [options] Collection of settings - * @param {string} [options.callback] The mandatory callback-function gets as first parameter the current jsPDF instance - * - * @example - * var doc = new jsPDF(); - * - * doc.html(document.body, { - * callback: function (doc) { - * doc.save(); - * } - * }); + /** + * Generate a PDF from an HTML element or string using. + * + * @name html + * @function + * @param {Element|string} source The source element or HTML string. + * @param {Object=} options An object of optional settings. + * @description The Plugin needs html2canvas from niklasvh */ @@ -13822,6 +12733,7 @@ options.html2canvas.canvas = options.html2canvas.canvas || this.canvas; options.jsPDF = options.jsPDF || this; // Create a new worker with the given options. + var pdf = options.jsPDF; var worker = new Worker(options); if (!options.worker) { @@ -13831,39 +12743,41 @@ // Otherwise, return the worker for new Promise-based operation. return worker; } + + return this; }; })(jsPDF.API, typeof window !== "undefined" && window || typeof global !== "undefined" && global); - /*global jsPDF */ - - /** - * @license - * ==================================================================== - * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com - * - * - * ==================================================================== + /** + * @license + * ==================================================================== + * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com + * + * + * ==================================================================== */ - /** - * jsPDF JavaScript plugin - * - * @name javascript - * @module + /*global jsPDF */ + + /** + * jsPDF JavaScript plugin + * + * @name javascript + * @module */ (function (jsPDFAPI) { var jsNamesObj, jsJsObj, text; - /** - * @name addJS - * @function - * @param {string} javascript The javascript to be embedded into the PDF-file. - * @returns {jsPDF} + /** + * @name addJS + * @function + * @param {string} javascript The javascript to be embedded into the PDF-file. + * @returns {jsPDF} */ jsPDFAPI.addJS = function (javascript) { text = javascript; - this.internal.events.subscribe('postPutResources', function () { + this.internal.events.subscribe('postPutResources', function (javascript) { jsNamesObj = this.internal.newObject(); this.internal.out('<<'); this.internal.out('/Names [(EmbeddedJS) ' + (jsNamesObj + 1) + ' 0 R]'); @@ -13885,23 +12799,14 @@ }; })(jsPDF.API); - /* global jsPDF */ - - /** - * @license - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * @license + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF Outline PlugIn - * - * Generates a PDF Outline - * @name outline - * @module - */ (function (jsPDFAPI) { jsPDFAPI.events.push(['postPutResources', function () { @@ -13991,8 +12896,8 @@ children: [] } }; - /** - * Options: pageNumber + /** + * Options: pageNumber */ pdf.outline.add = function (parent, title, options) { @@ -14044,6 +12949,7 @@ }; pdf.outline.renderItems = function (node) { + var getHorizontalCoordinateString = this.ctx.pdf.internal.getCoordinateString; var getVerticalCoordinateString = this.ctx.pdf.internal.getVerticalCoordinateString; for (var i = 0; i < node.children.length; i++) { @@ -14093,7 +12999,8 @@ } for (var i = 0; i < node.children.length; i++) { - this.renderItems(node.children[i]); + var item = node.children[i]; + this.renderItems(item); } }; @@ -14113,7 +13020,7 @@ this.ctx.val += '\r\n' + node.id + ' 0 obj' + '\r\n<<\r\n'; }; - pdf.outline.objEnd = function () { + pdf.outline.objEnd = function (node) { this.ctx.val += '>> \r\n' + 'endobj' + '\r\n'; }; @@ -14129,229 +13036,79 @@ return this; })(jsPDF.API); - /* global jsPDF */ - - /** - * @license - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * @license + * + * Copyright (c) 2014 James Robb, https://github.com/jamesbrobb + * + * + * ==================================================================== */ - /** - * jsPDF jpeg Support PlugIn - * - * @name jpeg_support - * @module + /** + * jsPDF PNG PlugIn + * @name png_support + * @module */ (function (jsPDFAPI) { - //a jpeg image and returns [width, height] - //Algorithm from: http://www.64lines.com/jpeg-width-height + /* + * @see http://www.w3.org/TR/PNG-Chunks.html + * + Color Allowed Interpretation + Type Bit Depths + 0 1,2,4,8,16 Each pixel is a grayscale sample. + 2 8,16 Each pixel is an R,G,B triple. + 3 1,2,4,8 Each pixel is a palette index; + a PLTE chunk must appear. + 4 8,16 Each pixel is a grayscale sample, + followed by an alpha sample. + 6 8,16 Each pixel is an R,G,B triple, + followed by an alpha sample. + */ - var getJpegSize = function getJpegSize(imgData) { + /* + * PNG filter method types + * + * @see http://www.w3.org/TR/PNG-Filters.html + * @see http://www.libpng.org/pub/png/book/chapter09.html + * + * This is what the value 'Predictor' in decode params relates to + * + * 15 is "optimal prediction", which means the prediction algorithm can change from line to line. + * In that case, you actually have to read the first byte off each line for the prediction algorthim (which should be 0-4, corresponding to PDF 10-14) and select the appropriate unprediction algorithm based on that byte. + * + 0 None + 1 Sub + 2 Up + 3 Average + 4 Paeth + */ - var width, height, numcomponents; - var blockLength = imgData.charCodeAt(4) * 256 + imgData.charCodeAt(5); - var i = 4, - len = imgData.length; + var doesNotHavePngJS = function doesNotHavePngJS() { + return typeof PNG !== 'function' || typeof FlateStream !== 'function'; + }, + canCompress = function canCompress(value) { + return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); + }, + hasCompressionJS = function hasCompressionJS() { + var inst = typeof Deflater === 'function'; + if (!inst) throw new Error("requires deflate.js for compression"); + return inst; + }, + compressBytes = function compressBytes(bytes, lineLength, colorsPerPixel, compression) { + var level = 5, + filter_method = filterUp; - while (i < len) { - i += blockLength; + switch (compression) { + case jsPDFAPI.image_compression.FAST: + level = 3; + filter_method = filterSub; + break; - if (imgData.charCodeAt(i) !== 0xff) { - throw new Error('getJpegSize could not find the size of the image'); - } - - if (imgData.charCodeAt(i + 1) === 0xc0 || //(SOF) Huffman - Baseline DCT - imgData.charCodeAt(i + 1) === 0xc1 || //(SOF) Huffman - Extended sequential DCT - imgData.charCodeAt(i + 1) === 0xc2 || // Progressive DCT (SOF2) - imgData.charCodeAt(i + 1) === 0xc3 || // Spatial (sequential) lossless (SOF3) - imgData.charCodeAt(i + 1) === 0xc4 || // Differential sequential DCT (SOF5) - imgData.charCodeAt(i + 1) === 0xc5 || // Differential progressive DCT (SOF6) - imgData.charCodeAt(i + 1) === 0xc6 || // Differential spatial (SOF7) - imgData.charCodeAt(i + 1) === 0xc7) { - height = imgData.charCodeAt(i + 5) * 256 + imgData.charCodeAt(i + 6); - width = imgData.charCodeAt(i + 7) * 256 + imgData.charCodeAt(i + 8); - numcomponents = imgData.charCodeAt(i + 9); - return [width, height, numcomponents]; - } else { - i += 2; - blockLength = imgData.charCodeAt(i) * 256 + imgData.charCodeAt(i + 1); - } - } - }; - - var getJpegSizeFromBytes = function getJpegSizeFromBytes(data) { - var hdr = data[0] << 8 | data[1]; - if (hdr !== 0xFFD8) { throw new Error('Supplied data is not a JPEG'); } - var len = data.length, - block = (data[4] << 8) + data[5], - pos = 4, - bytes, - width, - height, - numcomponents; - - while (pos < len) { - pos += block; - bytes = readBytes(data, pos); - block = (bytes[2] << 8) + bytes[3]; - - if ((bytes[1] === 0xC0 || bytes[1] === 0xC2) && bytes[0] === 0xFF && block > 7) { - bytes = readBytes(data, pos + 5); - width = (bytes[2] << 8) + bytes[3]; - height = (bytes[0] << 8) + bytes[1]; - numcomponents = bytes[4]; - return { - width: width, - height: height, - numcomponents: numcomponents - }; - } - - pos += 2; - } - - throw new Error('getJpegSizeFromBytes could not find the size of the image'); - }; - - var readBytes = function readBytes(data, offset) { - return data.subarray(offset, offset + 5); - }; - /** - * @ignore - */ - - - jsPDFAPI.processJPEG = function (data, index, alias, compression, dataAsBinaryString, colorSpace) { - - var filter = this.decode.DCT_DECODE, - bpc = 8, - dims; - - if (!(typeof data === 'string') && !this.__addimage__.isArrayBuffer(data) && !this.__addimage__.isArrayBufferView(data)) { - return null; - } - - if (typeof data === 'string') { - dims = getJpegSize(data); - } - - if (this.__addimage__.isArrayBuffer(data)) { - data = new Uint8Array(data); - } - - if (this.__addimage__.isArrayBufferView(data)) { - dims = getJpegSizeFromBytes(data); // if we already have a stored binary string rep use that - - data = dataAsBinaryString || this.__addimage__.arrayBufferToBinaryString(data); - } - - if (colorSpace === undefined) { - switch (dims.numcomponents) { - case 1: - colorSpace = this.color_spaces.DEVICE_GRAY; - break; - - case 4: - colorSpace = this.color_spaces.DEVICE_CMYK; - break; - - default: - case 3: - colorSpace = this.color_spaces.DEVICE_RGB; - break; - } - } - - return { - data: data, - width: dims.width, - height: dims.height, - colorSpace: colorSpace, - bitsPerComponent: bpc, - filter: filter, - index: index, - alias: alias - }; - }; - })(jsPDF.API); - - /* global jsPDF, Deflater, PNG */ - - /** - * @license - * - * Copyright (c) 2014 James Robb, https://github.com/jamesbrobb - * - * - * ==================================================================== - */ - - /** - * jsPDF PNG PlugIn - * @name png_support - * @module - */ - (function (jsPDFAPI, global) { - /* - * @see http://www.w3.org/TR/PNG-Chunks.html - * - Color Allowed Interpretation - Type Bit Depths - 0 1,2,4,8,16 Each pixel is a grayscale sample. - 2 8,16 Each pixel is an R,G,B triple. - 3 1,2,4,8 Each pixel is a palette index; - a PLTE chunk must appear. - 4 8,16 Each pixel is a grayscale sample, - followed by an alpha sample. - 6 8,16 Each pixel is an R,G,B triple, - followed by an alpha sample. - */ - - /* - * PNG filter method types - * - * @see http://www.w3.org/TR/PNG-Filters.html - * @see http://www.libpng.org/pub/png/book/chapter09.html - * - * This is what the value 'Predictor' in decode params relates to - * - * 15 is "optimal prediction", which means the prediction algorithm can change from line to line. - * In that case, you actually have to read the first byte off each line for the prediction algorthim (which should be 0-4, corresponding to PDF 10-14) and select the appropriate unprediction algorithm based on that byte. - * - 0 None - 1 Sub - 2 Up - 3 Average - 4 Paeth - */ - - var doesNotHavePngJS = function doesNotHavePngJS() { - return typeof global.PNG !== 'function' || typeof global.FlateStream !== 'function'; - }, - canCompress = function canCompress(value) { - return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); - }, - hasCompressionJS = function hasCompressionJS() { - var inst = typeof Deflater === 'function'; - if (!inst) { throw new Error("requires deflate.js for compression"); } - return inst; - }, - compressBytes = function compressBytes(bytes, lineLength, colorsPerPixel, compression) { - var level = 5, - filter_method = filterUp; - - switch (compression) { - case jsPDFAPI.image_compression.FAST: - level = 3; - filter_method = filterSub; - break; - - case jsPDFAPI.image_compression.MEDIUM: - level = 6; - filter_method = filterAverage; - break; + case jsPDFAPI.image_compression.MEDIUM: + level = 6; + filter_method = filterAverage; + break; case jsPDFAPI.image_compression.SLOW: level = 9; @@ -14375,11 +13132,11 @@ cmpd[len++] = checksum >>> 16 & 0xff; cmpd[len++] = checksum >>> 8 & 0xff; cmpd[len++] = checksum & 0xff; - return jsPDFAPI.__addimage__.arrayBufferToBinaryString(cmpd); + return jsPDFAPI.arrayBufferToBinaryString(cmpd); }, createZlibHeader = function createZlibHeader(bytes, level) { - /* - * @see http://www.ietf.org/rfc/rfc1950.txt for zlib header + /* + * @see http://www.ietf.org/rfc/rfc1950.txt for zlib header */ var cm = 8; var cinfo = Math.LOG2E * Math.log(0x8000) - 8; @@ -14448,15 +13205,15 @@ return result; }, - filterNone = function filterNone(line) { - /*var result = new Uint8Array(line.length + 1); - result[0] = 0; + filterNone = function filterNone(line, colorsPerPixel, prevLine) { + /*var result = new Uint8Array(line.length + 1); + result[0] = 0; result.set(line, 1);*/ var result = Array.apply([], line); result.unshift(0); return result; }, - filterSub = function filterSub(line, colorsPerPixel) { + filterSub = function filterSub(line, colorsPerPixel, prevLine) { var result = [], i = 0, len = line.length, @@ -14584,62 +13341,60 @@ return predictor; }; - /** - * @name processPNG - * @function - * @ignore + /** + * + * @name processPNG + * @function + * @ignore */ - jsPDFAPI.processPNG = function (imageData, index, alias, compression) { + jsPDFAPI.processPNG = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { var colorSpace = this.color_spaces.DEVICE_RGB, - filter = this.decode.FLATE_DECODE, - bitsPerComponent = 8, - image, - decodeParameters = '', + decode = this.decode.FLATE_DECODE, + bpc = 8, + img, + dp, trns, colors, pal, - smask, - pixels, - len, - alphaData, - imgData, - hasColors, - pixel, - i, - n; - if (this.__addimage__.isArrayBuffer(imageData)) { imageData = new Uint8Array(imageData); } - - if (this.__addimage__.isArrayBufferView(imageData)) { - if (doesNotHavePngJS()) { throw new Error("PNG support requires png.js and zlib.js"); } - image = new PNG(imageData); - imageData = image.imgData; - bitsPerComponent = image.bits; - colorSpace = image.colorSpace; - colors = image.colors; - /* - * colorType 6 - Each pixel is an R,G,B triple, followed by an alpha sample. - * - * colorType 4 - Each pixel is a grayscale sample, followed by an alpha sample. - * - * Extract alpha to create two separate images, using the alpha as a sMask + smask; + /* if(this.isString(imageData)) { + }*/ + + if (this.isArrayBuffer(imageData)) imageData = new Uint8Array(imageData); + + if (this.isArrayBufferView(imageData)) { + if (doesNotHavePngJS()) throw new Error("PNG support requires png.js and zlib.js"); + img = new PNG(imageData); + imageData = img.imgData; + bpc = img.bits; + colorSpace = img.colorSpace; + colors = img.colors; //logImg(img); + + /* + * colorType 6 - Each pixel is an R,G,B triple, followed by an alpha sample. + * + * colorType 4 - Each pixel is a grayscale sample, followed by an alpha sample. + * + * Extract alpha to create two separate images, using the alpha as a sMask */ - if ([4, 6].indexOf(image.colorType) !== -1) { - /* - * processes 8 bit RGBA and grayscale + alpha images + if ([4, 6].indexOf(img.colorType) !== -1) { + /* + * processes 8 bit RGBA and grayscale + alpha images */ - if (image.bits === 8) { - pixels = image.pixelBitlength == 32 ? new Uint32Array(image.decodePixels().buffer) : image.pixelBitlength == 16 ? new Uint16Array(image.decodePixels().buffer) : new Uint8Array(image.decodePixels().buffer); - len = pixels.length; - imgData = new Uint8Array(len * image.colors); - alphaData = new Uint8Array(len); - var pDiff = image.pixelBitlength - image.bits; - i = 0; - n = 0; - var pbl; + if (img.bits === 8) { + var pixels = img.pixelBitlength == 32 ? new Uint32Array(img.decodePixels().buffer) : img.pixelBitlength == 16 ? new Uint16Array(img.decodePixels().buffer) : new Uint8Array(img.decodePixels().buffer), + len = pixels.length, + imgData = new Uint8Array(len * img.colors), + alphaData = new Uint8Array(len), + pDiff = img.pixelBitlength - img.bits, + i = 0, + n = 0, + pixel, + pbl; for (; i < len; i++) { pixel = pixels[i]; @@ -14647,26 +13402,27 @@ while (pbl < pDiff) { imgData[n++] = pixel >>> pbl & 0xff; - pbl = pbl + image.bits; + pbl = pbl + img.bits; } alphaData[i] = pixel >>> pbl & 0xff; } } - /* - * processes 16 bit RGBA and grayscale + alpha images + /* + * processes 16 bit RGBA and grayscale + alpha images */ - if (image.bits === 16) { - pixels = new Uint32Array(image.decodePixels().buffer); - len = pixels.length; - imgData = new Uint8Array(len * (32 / image.pixelBitlength) * image.colors); - alphaData = new Uint8Array(len * (32 / image.pixelBitlength)); - hasColors = image.colors > 1; - i = 0; - n = 0; - var a = 0; + if (img.bits === 16) { + var pixels = new Uint32Array(img.decodePixels().buffer), + len = pixels.length, + imgData = new Uint8Array(len * (32 / img.pixelBitlength) * img.colors), + alphaData = new Uint8Array(len * (32 / img.pixelBitlength)), + hasColors = img.colors > 1, + i = 0, + n = 0, + a = 0, + pixel; while (i < len) { pixel = pixels[i++]; @@ -14681,122 +13437,93 @@ alphaData[a++] = pixel >>> 16 & 0xFF; } - bitsPerComponent = 8; + bpc = 8; } if (canCompress(compression)) { - imageData = compressBytes(imgData, image.width * image.colors, image.colors, compression); - smask = compressBytes(alphaData, image.width, 1, compression); + imageData = compressBytes(imgData, img.width * img.colors, img.colors, compression); + smask = compressBytes(alphaData, img.width, 1, compression); } else { imageData = imgData; smask = alphaData; - filter = undefined; + decode = null; } } - /* - * Indexed png. Each pixel is a palette index. + /* + * Indexed png. Each pixel is a palette index. */ - if (image.colorType === 3) { + if (img.colorType === 3) { colorSpace = this.color_spaces.INDEXED; - pal = image.palette; + pal = img.palette; - if (image.transparency.indexed) { - var trans = image.transparency.indexed; - var total = 0; - i = 0; - len = trans.length; + if (img.transparency.indexed) { + var trans = img.transparency.indexed; + var total = 0, + i = 0, + len = trans.length; for (; i < len; ++i) { total += trans[i]; } total = total / 255; - /* - * a single color is specified as 100% transparent (0), - * so we set trns to use a /Mask with that index + /* + * a single color is specified as 100% transparent (0), + * so we set trns to use a /Mask with that index */ if (total === len - 1 && trans.indexOf(0) !== -1) { trns = [trans.indexOf(0)]; - /* - * there's more than one colour within the palette that specifies - * a transparency value less than 255, so we unroll the pixels to create an image sMask + /* + * there's more than one colour within the palette that specifies + * a transparency value less than 255, so we unroll the pixels to create an image sMask */ } else if (total !== len) { - pixels = image.decodePixels(); - alphaData = new Uint8Array(pixels.length); - i = 0; - len = pixels.length; + var pixels = img.decodePixels(), + alphaData = new Uint8Array(pixels.length), + i = 0, + len = pixels.length; for (; i < len; i++) { alphaData[i] = trans[pixels[i]]; } - smask = compressBytes(alphaData, image.width, 1); + smask = compressBytes(alphaData, img.width, 1); } } } var predictor = getPredictorFromCompression(compression); - - if (filter === this.decode.FLATE_DECODE) { - decodeParameters = '/Predictor ' + predictor + ' '; - } - - decodeParameters += '/Colors ' + colors + ' /BitsPerComponent ' + bitsPerComponent + ' /Columns ' + image.width; - - if (this.__addimage__.isArrayBuffer(imageData) || this.__addimage__.isArrayBufferView(imageData)) { - imageData = this.__addimage__.arrayBufferToBinaryString(imageData); - } - - if (smask && this.__addimage__.isArrayBuffer(smask) || this.__addimage__.isArrayBufferView(smask)) { - smask = this.__addimage__.arrayBufferToBinaryString(smask); - } - - return { - alias: alias, - data: imageData, - index: index, - filter: filter, - decodeParameters: decodeParameters, - transparency: trns, - palette: pal, - sMask: smask, - predictor: predictor, - width: image.width, - height: image.height, - bitsPerComponent: bitsPerComponent, - colorSpace: colorSpace - }; + if (decode === this.decode.FLATE_DECODE) dp = '/Predictor ' + predictor + ' /Colors ' + colors + ' /BitsPerComponent ' + bpc + ' /Columns ' + img.width;else //remove 'Predictor' as it applies to the type of png filter applied to its IDAT - we only apply with compression + dp = '/Colors ' + colors + ' /BitsPerComponent ' + bpc + ' /Columns ' + img.width; + if (this.isArrayBuffer(imageData) || this.isArrayBufferView(imageData)) imageData = this.arrayBufferToBinaryString(imageData); + if (smask && this.isArrayBuffer(smask) || this.isArrayBufferView(smask)) smask = this.arrayBufferToBinaryString(smask); + return this.createImageInfo(imageData, img.width, img.height, colorSpace, bpc, decode, imageIndex, alias, dp, trns, pal, smask, predictor); } throw new Error("Unsupported PNG image data, try using JPEG instead."); }; - })(jsPDF.API, typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); // `self` is undefined in Firefox for Android content script context - // while `this` is nsIContentFrameMessageManager - // with an attribute `content` that corresponds to the window - - /* global jsPDF, GifReader, JPEGEncoder */ + })(jsPDF.API); - /** - * @license - * Copyright (c) 2017 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * @license + * Copyright (c) 2017 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF Gif Support PlugIn - * - * @name gif_support - * @module + /** + * jsPDF gif Support PlugIn + * + * @name gif_support + * @module */ (function (jsPDFAPI) { - jsPDFAPI.processGIF89A = function (imageData, index, alias, compression) { + jsPDFAPI.processGIF89A = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { var reader = new GifReader(imageData); var width = reader.width, height = reader.height; @@ -14810,29 +13537,27 @@ }; var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); + return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); }; jsPDFAPI.processGIF87A = jsPDFAPI.processGIF89A; })(jsPDF.API); - /* global jsPDF, BmpDecoder, JPEGEncoder */ - - /** - * Copyright (c) 2018 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * Copyright (c) 2018 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF bmp Support PlugIn - * @name bmp_support - * @module + /** + * jsPDF bmp Support PlugIn + * @name bmp_support + * @module */ (function (jsPDFAPI) { - jsPDFAPI.processBMP = function (imageData, index, alias, compression) { + jsPDFAPI.processBMP = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { var reader = new BmpDecoder(imageData, false); var width = reader.width, height = reader.height; @@ -14845,72 +13570,35 @@ }; var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); - }; - })(jsPDF.API); - - /* global jsPDF, JPEGEncoder, WebPDecoder */ - - /** - * @license - * Copyright (c) 2019 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license - */ - - /** - * jsPDF webp Support PlugIn - * - * @name webp_support - * @module - */ - (function (jsPDFAPI) { - - jsPDFAPI.processWEBP = function (imageData, index, alias, compression) { - var reader = new WebPDecoder(imageData, false); - var width = reader.width, - height = reader.height; - var qu = 100; - var pixels = reader.getData(); - var rawImageData = { - data: pixels, - width: width, - height: height - }; - var encoder = new JPEGEncoder(qu); - var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); + return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); }; })(jsPDF.API); - /* global jsPDF */ - - /** - * @license - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * @license + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * jsPDF setLanguage Plugin - * - * @name setLanguage - * @module + /** + * jsPDF setLanguage Plugin + * + * @name setLanguage + * @module */ (function (jsPDFAPI) { - /** - * Add Language Tag to the generated PDF - * - * @name setLanguage - * @function - * @param {string} langCode The Language code as ISO-639-1 (e.g. 'en') or as country language code (e.g. 'en-GB'). - * @returns {jsPDF} - * @example - * var doc = new jsPDF() - * doc.text(10, 10, 'This is a test') - * doc.setLanguage("en-US") - * doc.save('english.pdf') + /** + * Add Language Tag to the generated PDF + * + * @name setLanguage + * @function + * @param {string} langCode The Language code as ISO-639-1 (e.g. 'en') or as country language code (e.g. 'en-GB'). + * @returns {jsPDF} + * @example + * var doc = new jsPDF() + * doc.text(10, 10, 'This is a test') + * doc.setLanguage("en-US") + * doc.save('english.pdf') */ jsPDFAPI.setLanguage = function (langCode) { @@ -15134,33 +13822,31 @@ }; })(jsPDF.API); - /* global jsPDF */ - - /** @license - * MIT license. - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * 2014 Diego Casorran, https://github.com/diegocr - * - * - * ==================================================================== + /** @license + * MIT license. + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * 2014 Diego Casorran, https://github.com/diegocr + * + * + * ==================================================================== */ - /** - * jsPDF split_text_to_size plugin - * - * @name split_text_to_size - * @module + /** + * jsPDF split_text_to_size plugin + * + * @name split_text_to_size + * @module */ (function (API) { - /** - * Returns an array of length matching length of the 'word' string, with each - * cell occupied by the width of the char in that position. - * - * @name getCharWidthsArray - * @function - * @param {string} text - * @param {Object} options - * @returns {Array} + /** + * Returns an array of length matching length of the 'word' string, with each + * cell occupied by the width of the char in that position. + * + * @name getCharWidthsArray + * @function + * @param {string} text + * @param {Object} options + * @returns {Array} */ var getCharWidthsArray = API.getCharWidthsArray = function (text, options) { @@ -15173,14 +13859,14 @@ var kerning = options.kerning ? options.kerning : activeFont.metadata.Unicode.kerning; var kerningFractionOf = kerning.fof ? kerning.fof : 1; var i; - var length = text.length; + var l; var char_code; var prior_char_code = 0; //for kerning var default_char_width = widths[0] || widthsFractionOf; var output = []; - for (i = 0; i < length; i++) { + for (i = 0, l = text.length; i < l; i++) { char_code = text.charCodeAt(i); if (typeof activeFont.metadata.widthOfString === "function") { @@ -15194,21 +13880,43 @@ return output; }; - /** - * Returns a widths of string in a given font, if the font size is set as 1 point. - * - * In other words, this is "proportional" value. For 1 unit of font size, the length - * of the string will be that much. - * - * Multiply by font size to get actual width in *points* - * Then divide by 72 to get inches or divide by (72/25.6) to get 'mm' etc. - * - * @name getStringUnitWidth - * @public - * @function - * @param {string} text - * @param {string} options - * @returns {number} result + /** + * Calculate the sum of a number-array + * + * @name getArraySum + * @public + * @function + * @param {Array} array Array of numbers + * @returns {number} + */ + + + var getArraySum = API.getArraySum = function (array) { + var i = array.length, + output = 0; + + while (i) { + i--; + output += array[i]; + } + + return output; + }; + /** + * Returns a widths of string in a given font, if the font size is set as 1 point. + * + * In other words, this is "proportional" value. For 1 unit of font size, the length + * of the string will be that much. + * + * Multiply by font size to get actual width in *points* + * Then divide by 72 to get inches or divide by (72/25.6) to get 'mm' etc. + * + * @name getStringUnitWidth + * @public + * @function + * @param {string} text + * @param {string} options + * @returns {number} result */ @@ -15222,15 +13930,13 @@ if (typeof font.metadata.widthOfString === "function") { result = font.metadata.widthOfString(text, fontSize, charSpace) / fontSize; } else { - result = getCharWidthsArray.apply(this, arguments).reduce(function (pv, cv) { - return pv + cv; - }, 0); + result = getArraySum(getCharWidthsArray.apply(this, arguments)); } return result; }; - /** - returns array of lines + /** + returns array of lines */ @@ -15327,9 +14033,7 @@ } widths_array = getCharWidthsArray.apply(this, [word, options]); - current_word_length = widths_array.reduce(function (pv, cv) { - return pv + cv; - }, 0); + current_word_length = getArraySum(widths_array); if (line_length + separator_length + current_word_length > maxlen || force) { if (current_word_length > maxlen) { @@ -15346,9 +14050,7 @@ lines.push([tmp.shift()]); // single fragment occupies whole line } - current_word_length = widths_array.slice(word.length - (line[0] ? line[0].length : 0)).reduce(function (pv, cv) { - return pv + cv; - }, 0); + current_word_length = getArraySum(widths_array.slice(word.length - (line[0] ? line[0].length : 0))); } else { // just put it on a new line line = [word]; @@ -15365,36 +14067,34 @@ } } - var postProcess; - if (lineIndent) { - postProcess = function postProcess(ln, idx) { + var postProcess = function postProcess(ln, idx) { return (idx ? pad : '') + ln.join(" "); }; } else { - postProcess = function postProcess(ln) { + var postProcess = function postProcess(ln) { return ln.join(" "); }; } return lines.map(postProcess); }; - /** - * Splits a given string into an array of strings. Uses 'size' value - * (in measurement units declared as default for the jsPDF instance) - * and the font's "widths" and "Kerning" tables, where available, to - * determine display length of a given string for a given font. - * - * We use character's 100% of unit size (height) as width when Width - * table or other default width is not available. - * - * @name splitTextToSize - * @public - * @function - * @param {string} text Unencoded, regular JavaScript (Unicode, UTF-16 / UCS-2) string. - * @param {number} size Nominal number, measured in units default to this instance of jsPDF. - * @param {Object} options Optional flags needed for chopper to do the right thing. - * @returns {Array} array Array with strings chopped to size. + /** + * Splits a given string into an array of strings. Uses 'size' value + * (in measurement units declared as default for the jsPDF instance) + * and the font's "widths" and "Kerning" tables, where available, to + * determine display length of a given string for a given font. + * + * We use character's 100% of unit size (height) as width when Width + * table or other default width is not available. + * + * @name splitTextToSize + * @public + * @function + * @param {string} text Unencoded, regular JavaScript (Unicode, UTF-16 / UCS-2) string. + * @param {number} size Nominal number, measured in units default to this instance of jsPDF. + * @param {Object} options Optional flags needed for chopper to do the right thing. + * @returns {Array} array Array with strings chopped to size. */ @@ -15432,7 +14132,13 @@ widths: options.widths, kerning: options.kerning }; - } + } // then use default values + + + return { + widths: widths, + kerning: kerning + }; }.call(this, options); // first we split on end-of-line chars @@ -15469,170 +14175,149 @@ }; })(jsPDF.API); - /* global jsPDF */ - - /** @license - jsPDF standard_fonts_metrics plugin - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * MIT license. - * - * ==================================================================== + /** @license + jsPDF standard_fonts_metrics plugin + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * MIT license. + * + * ==================================================================== */ - /** - * This file adds the standard font metrics to jsPDF. - * - * Font metrics data is reprocessed derivative of contents of - * "Font Metrics for PDF Core 14 Fonts" package, which exhibits the following copyright and license: - * - * Copyright (c) 1989, 1990, 1991, 1992, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved. - * - * This file and the 14 PostScript(R) AFM files it accompanies may be used, - * copied, and distributed for any purpose and without charge, with or without - * modification, provided that all copyright notices are retained; that the AFM - * files are not distributed without this file; that all modifications to this - * file or any of the AFM files are prominently noted in the modified file(s); - * and that this paragraph is not modified. Adobe Systems has no responsibility - * or obligation to support the use of the AFM files. - * - * @name standard_fonts_metrics - * @module - */ (function (API) { - /* - # reference (Python) versions of 'compress' and 'uncompress' - # only 'uncompress' function is featured lower as JavaScript - # if you want to unit test "roundtrip", just transcribe the reference - # 'compress' function from Python into JavaScript - - def compress(data): - - keys = '0123456789abcdef' - values = 'klmnopqrstuvwxyz' - mapping = dict(zip(keys, values)) - vals = [] - for key in data.keys(): - value = data[key] - try: - keystring = hex(key)[2:] - keystring = keystring[:-1] + mapping[keystring[-1:]] - except: - keystring = key.join(["'","'"]) - #print('Keystring is %s' % keystring) - - try: - if value < 0: - valuestring = hex(value)[3:] - numberprefix = '-' - else: - valuestring = hex(value)[2:] - numberprefix = '' - valuestring = numberprefix + valuestring[:-1] + mapping[valuestring[-1:]] - except: - if type(value) == dict: - valuestring = compress(value) - else: - raise Exception("Don't know what to do with value type %s" % type(value)) - - vals.append(keystring+valuestring) - - return '{' + ''.join(vals) + '}' - - def uncompress(data): - - decoded = '0123456789abcdef' - encoded = 'klmnopqrstuvwxyz' - mapping = dict(zip(encoded, decoded)) - - sign = +1 - stringmode = False - stringparts = [] - - output = {} - - activeobject = output - parentchain = [] - - keyparts = '' - valueparts = '' - - key = None - - ending = set(encoded) - - i = 1 - l = len(data) - 1 # stripping starting, ending {} - while i != l: # stripping {} - # -, {, }, ' are special. - - ch = data[i] - i += 1 - - if ch == "'": - if stringmode: - # end of string mode - stringmode = False - key = ''.join(stringparts) - else: - # start of string mode - stringmode = True - stringparts = [] - elif stringmode == True: - #print("Adding %s to stringpart" % ch) - stringparts.append(ch) - - elif ch == '{': - # start of object - parentchain.append( [activeobject, key] ) - activeobject = {} - key = None - #DEBUG = True - elif ch == '}': - # end of object - parent, key = parentchain.pop() - parent[key] = activeobject - key = None - activeobject = parent - #DEBUG = False - - elif ch == '-': - sign = -1 - else: - # must be number - if key == None: - #debug("In Key. It is '%s', ch is '%s'" % (keyparts, ch)) - if ch in ending: - #debug("End of key") - keyparts += mapping[ch] - key = int(keyparts, 16) * sign - sign = +1 - keyparts = '' - else: - keyparts += ch - else: - #debug("In value. It is '%s', ch is '%s'" % (valueparts, ch)) - if ch in ending: - #debug("End of value") - valueparts += mapping[ch] - activeobject[key] = int(valueparts, 16) * sign - sign = +1 - key = None - valueparts = '' - else: - valueparts += ch - - #debug(activeobject) - - return output - + /* + # reference (Python) versions of 'compress' and 'uncompress' + # only 'uncompress' function is featured lower as JavaScript + # if you want to unit test "roundtrip", just transcribe the reference + # 'compress' function from Python into JavaScript + + def compress(data): + + keys = '0123456789abcdef' + values = 'klmnopqrstuvwxyz' + mapping = dict(zip(keys, values)) + vals = [] + for key in data.keys(): + value = data[key] + try: + keystring = hex(key)[2:] + keystring = keystring[:-1] + mapping[keystring[-1:]] + except: + keystring = key.join(["'","'"]) + #print('Keystring is %s' % keystring) + + try: + if value < 0: + valuestring = hex(value)[3:] + numberprefix = '-' + else: + valuestring = hex(value)[2:] + numberprefix = '' + valuestring = numberprefix + valuestring[:-1] + mapping[valuestring[-1:]] + except: + if type(value) == dict: + valuestring = compress(value) + else: + raise Exception("Don't know what to do with value type %s" % type(value)) + + vals.append(keystring+valuestring) + + return '{' + ''.join(vals) + '}' + + def uncompress(data): + + decoded = '0123456789abcdef' + encoded = 'klmnopqrstuvwxyz' + mapping = dict(zip(encoded, decoded)) + + sign = +1 + stringmode = False + stringparts = [] + + output = {} + + activeobject = output + parentchain = [] + + keyparts = '' + valueparts = '' + + key = None + + ending = set(encoded) + + i = 1 + l = len(data) - 1 # stripping starting, ending {} + while i != l: # stripping {} + # -, {, }, ' are special. + + ch = data[i] + i += 1 + + if ch == "'": + if stringmode: + # end of string mode + stringmode = False + key = ''.join(stringparts) + else: + # start of string mode + stringmode = True + stringparts = [] + elif stringmode == True: + #print("Adding %s to stringpart" % ch) + stringparts.append(ch) + + elif ch == '{': + # start of object + parentchain.append( [activeobject, key] ) + activeobject = {} + key = None + #DEBUG = True + elif ch == '}': + # end of object + parent, key = parentchain.pop() + parent[key] = activeobject + key = None + activeobject = parent + #DEBUG = False + + elif ch == '-': + sign = -1 + else: + # must be number + if key == None: + #debug("In Key. It is '%s', ch is '%s'" % (keyparts, ch)) + if ch in ending: + #debug("End of key") + keyparts += mapping[ch] + key = int(keyparts, 16) * sign + sign = +1 + keyparts = '' + else: + keyparts += ch + else: + #debug("In value. It is '%s', ch is '%s'" % (valueparts, ch)) + if ch in ending: + #debug("End of value") + valueparts += mapping[ch] + activeobject[key] = int(valueparts, 16) * sign + sign = +1 + key = None + valueparts = '' + else: + valueparts += ch + + #debug(activeobject) + + return output + */ - /** - Uncompresses data compressed into custom, base16-like format. - @public - @function - @param - @returns {Type} + /** + Uncompresses data compressed into custom, base16-like format. + @public + @function + @param + @returns {Type} */ var uncompress = function uncompress(data) { @@ -15776,16 +14461,16 @@ 'Helvetica-Oblique': uncompress("{'widths'{k3p2q4mcx1w201n3r201o6o201s1q201t1q201u1q201w2l201x2l201y2l2k1w2l1w202m2n2n3r2o3r2p5t202q6o2r1n2s2l2t2l2u2r2v3u2w1w2x2l2y1w2z1w3k3r3l3r3m3r3n3r3o3r3p3r3q3r3r3r3s3r203t2l203u2l3v1w3w3u3x3u3y3u3z3r4k6p4l4m4m4m4n4s4o4s4p4m4q3x4r4y4s4s4t1w4u3m4v4m4w3r4x5n4y4s4z4y5k4m5l4y5m4s5n4m5o3x5p4s5q4m5r5y5s4m5t4m5u3x5v1w5w1w5x1w5y2z5z3r6k2l6l3r6m3r6n3m6o3r6p3r6q1w6r3r6s3r6t1q6u1q6v3m6w1q6x5n6y3r6z3r7k3r7l3r7m2l7n3m7o1w7p3r7q3m7r4s7s3m7t3m7u3m7v2l7w1u7x2l7y3u202l3rcl4mal2lam3ran3rao3rap3rar3ras2lat4tau2pav3raw3uay4taz2lbk2sbl3u'fof'6obo2lbp3rbr1wbs2lbu2obv3rbz3xck4m202k3rcm4mcn4mco4mcp4mcq6ocr4scs4mct4mcu4mcv4mcw1w2m2ncy1wcz1wdl4sdm4ydn4ydo4ydp4ydq4yds4ydt4sdu4sdv4sdw4sdz3xek3rel3rem3ren3reo3rep3req5ter3mes3ret3reu3rev3rew1wex1wey1wez1wfl3rfm3rfn3rfo3rfp3rfq3rfr3ufs3xft3rfu3rfv3rfw3rfz3m203k6o212m6o2dw2l2cq2l3t3r3u1w17s4m19m3r}'kerning'{5q{4wv}cl{4qs5kw5ow5qs17sv5tv}201t{2wu4w1k2yu}201x{2wu4wy2yu}17s{2ktclucmucnu4otcpu4lu4wycoucku}2w{7qs4qz5k1m17sy5ow5qx5rsfsu5ty7tufzu}2x{17sy5ty5oy5qs}2y{7qs4qz5k1m17sy5ow5qx5rsfsu5ty7tufzu}'fof'-6o7p{17sv5tv5ow}ck{4qs5kw5ow5qs17sv5tv}4l{4qs5kw5ow5qs17sv5tv}cm{4qs5kw5ow5qs17sv5tv}cn{4qs5kw5ow5qs17sv5tv}co{4qs5kw5ow5qs17sv5tv}cp{4qs5kw5ow5qs17sv5tv}6l{17sy5ty5ow}do{17st5tt}4z{17st5tt}7s{fst}dm{17st5tt}dn{17st5tt}5o{ckwclwcmwcnwcowcpw4lw4wv}dp{17st5tt}dq{17st5tt}7t{5ow}ds{17st5tt}5t{2ktclucmucnu4otcpu4lu4wycoucku}fu{17sv5tv5ow}6p{17sy5ty5ow5qs}ek{17sy5ty5ow}el{17sy5ty5ow}em{17sy5ty5ow}en{5ty}eo{17sy5ty5ow}ep{17sy5ty5ow}es{17sy5ty5qs}et{17sy5ty5ow5qs}eu{17sy5ty5ow5qs}ev{17sy5ty5ow5qs}6z{17sy5ty5ow5qs}fm{17sy5ty5ow5qs}fn{17sy5ty5ow5qs}fo{17sy5ty5ow5qs}fp{17sy5ty5qs}fq{17sy5ty5ow5qs}7r{5ow}fs{17sy5ty5ow5qs}ft{17sv5tv5ow}7m{5ow}fv{17sv5tv5ow}fw{17sv5tv5ow}}}") } }; - /* - This event handler is fired when a new jsPDF object is initialized - This event handler appends metrics data to standard fonts within - that jsPDF instance. The metrics are mapped over Unicode character - codes, NOT CIDs or other codes matching the StandardEncoding table of the - standard PDF fonts. - Future: - Also included is the encoding maping table, converting Unicode (UCS-2, UTF-16) - char codes to StandardEncoding character codes. The encoding table is to be used - somewhere around "pdfEscape" call. + /* + This event handler is fired when a new jsPDF object is initialized + This event handler appends metrics data to standard fonts within + that jsPDF instance. The metrics are mapped over Unicode character + codes, NOT CIDs or other codes matching the StandardEncoding table of the + standard PDF fonts. + Future: + Also included is the encoding maping table, converting Unicode (UCS-2, UTF-16) + char codes to StandardEncoding character codes. The encoding table is to be used + somewhere around "pdfEscape" call. */ API.events.push(['addFont', function (data) { @@ -15825,17 +14510,17 @@ }]); // end of adding event handler })(jsPDF.API); - /** - * @license - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * @license + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * @name ttfsupport - * @module + /** + * @name ttfsupport + * @module */ - (function (jsPDF) { + (function (jsPDF, global) { jsPDF.API.events.push(['addFont', function (data) { var font = data.font; @@ -15859,40 +14544,32 @@ throw new Error("Font does not exist in vFS, import fonts or remove declaration doc.addFont('" + font.postScriptName + "')."); } }]); // end of adding event handler - })(jsPDF); + })(jsPDF, typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || Function("return this")()); - /* global jsPDF, canvg */ - - /** @license - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * - * - * ==================================================================== + /** @license + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * + * + * ==================================================================== */ - /** - * jsPDF SVG plugin - * - * @name svg - * @module - */ (function (jsPDFAPI) { - /** - * Parses SVG XML and converts only some of the SVG elements into - * PDF elements. - * - * Supports: - * paths - * - * @name addSvg - * @public - * @function - * @param {string} SVG-Data as Text - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width of SVG (in units declared at inception of PDF document) - * @param {number} height of SVG (in units declared at inception of PDF document) - * @returns {Object} jsPDF-instance + /** + * Parses SVG XML and converts only some of the SVG elements into + * PDF elements. + * + * Supports: + * paths + * + * @name addSvg + * @public + * @function + * @param {string} SVG-Data as Text + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width of SVG (in units declared at inception of PDF document) + * @param {number} height of SVG (in units declared at inception of PDF document) + * @returns {Object} jsPDF-instance */ jsPDFAPI.addSvg = function (svgtext, x, y, w, h) { @@ -16020,24 +14697,24 @@ jsPDFAPI.addSVG = jsPDFAPI.addSvg; - /** - * Parses SVG XML and saves it as image into the PDF. - * - * Depends on canvas-element and canvg - * - * @name addSvgAsImage - * @public - * @function - * @param {string} SVG-Data as Text - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width of SVG-Image (in units declared at inception of PDF document) - * @param {number} height of SVG-Image (in units declared at inception of PDF document) - * @param {string} alias of SVG-Image (if used multiple times) - * @param {string} compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' - * @param {number} rotation of the image in degrees (0-359) - * - * @returns jsPDF jsPDF-instance + /** + * Parses SVG XML and saves it as image into the PDF. + * + * Depends on canvas-element and canvg + * + * @name addSvgAsImage + * @public + * @function + * @param {string} SVG-Data as Text + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width of SVG-Image (in units declared at inception of PDF document) + * @param {number} height of SVG-Image (in units declared at inception of PDF document) + * @param {string} alias of SVG-Image (if used multiple times) + * @param {string} compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' + * @param {number} rotation of the image in degrees (0-359) + * + * @returns jsPDF jsPDF-instance */ jsPDFAPI.addSvgAsImage = function (svg, x, y, w, h, alias, compression, rotation) { @@ -16070,28 +14747,26 @@ }; })(jsPDF.API); - /* global jsPDF */ - - /** - * @license - * ==================================================================== - * Copyright (c) 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br - * - * - * ==================================================================== + /** + * @license + * ==================================================================== + * Copyright (c) 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br + * + * + * ==================================================================== */ - /** - * jsPDF total_pages plugin - * @name total_pages - * @module + /** + * jsPDF total_pages plugin + * @name total_pages + * @module */ (function (jsPDFAPI) { - /** - * @name putTotalPages - * @function - * @param {string} pageExpression Regular Expression - * @returns {jsPDF} jsPDF-instance + /** + * @name putTotalPages + * @function + * @param {string} pageExpression Regular Expression + * @returns {jsPDF} jsPDF-instance */ jsPDFAPI.putTotalPages = function (pageExpression) { @@ -16117,111 +14792,109 @@ }; })(jsPDF.API); - /* global jsPDF */ - - /** - * jsPDF viewerPreferences Plugin - * @author Aras Abbasi (github.com/arasabbasi) - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * jsPDF viewerPreferences Plugin + * @author Aras Abbasi (github.com/arasabbasi) + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * Adds the ability to set ViewerPreferences and by thus - * controlling the way the document is to be presented on the - * screen or in print. - * @name viewerpreferences - * @module + /** + * Adds the ability to set ViewerPreferences and by thus + * controlling the way the document is to be presented on the + * screen or in print. + * @name viewerpreferences + * @module */ (function (jsPDFAPI) { - /** - * Set the ViewerPreferences of the generated PDF - * - * @name viewerPreferences - * @function - * @public - * @param {Object} options Array with the ViewerPreferences
    - * Example: doc.viewerPreferences({"FitWindow":true});
    - *
    - * You can set following preferences:
    - *
    - * HideToolbar (boolean)
    - * Default value: false
    - *
    - * HideMenubar (boolean)
    - * Default value: false.
    - *
    - * HideWindowUI (boolean)
    - * Default value: false.
    - *
    - * FitWindow (boolean)
    - * Default value: false.
    - *
    - * CenterWindow (boolean)
    - * Default value: false
    - *
    - * DisplayDocTitle (boolean)
    - * Default value: false.
    - *
    - * NonFullScreenPageMode (string)
    - * Possible values: UseNone, UseOutlines, UseThumbs, UseOC
    - * Default value: UseNone
    - *
    - * Direction (string)
    - * Possible values: L2R, R2L
    - * Default value: L2R.
    - *
    - * ViewArea (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox.
    - *
    - * ViewClip (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox
    - *
    - * PrintArea (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox
    - *
    - * PrintClip (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox.
    - *
    - * PrintScaling (string)
    - * Possible values: AppDefault, None
    - * Default value: AppDefault.
    - *
    - * Duplex (string)
    - * Possible values: Simplex, DuplexFlipLongEdge, DuplexFlipShortEdge - * Default value: none
    - *
    - * PickTrayByPDFSize (boolean)
    - * Default value: false
    - *
    - * PrintPageRange (Array)
    - * Example: [[1,5], [7,9]]
    - * Default value: as defined by PDF viewer application
    - *
    - * NumCopies (Number)
    - * Possible values: 1, 2, 3, 4, 5
    - * Default value: 1
    - *
    - * For more information see the PDF Reference, sixth edition on Page 577 - * @param {boolean} doReset True to reset the settings - * @function - * @returns jsPDF jsPDF-instance - * @example - * var doc = new jsPDF() - * doc.text('This is a test', 10, 10) - * doc.viewerPreferences({'FitWindow': true}, true) - * doc.save("viewerPreferences.pdf") - * - * // Example printing 10 copies, using cropbox, and hiding UI. - * doc.viewerPreferences({ - * 'HideWindowUI': true, - * 'PrintArea': 'CropBox', - * 'NumCopies': 10 - * }) + /** + * Set the ViewerPreferences of the generated PDF + * + * @name viewerPreferences + * @function + * @public + * @param {Object} options Array with the ViewerPreferences
    + * Example: doc.viewerPreferences({"FitWindow":true});
    + *
    + * You can set following preferences:
    + *
    + * HideToolbar (boolean)
    + * Default value: false
    + *
    + * HideMenubar (boolean)
    + * Default value: false.
    + *
    + * HideWindowUI (boolean)
    + * Default value: false.
    + *
    + * FitWindow (boolean)
    + * Default value: false.
    + *
    + * CenterWindow (boolean)
    + * Default value: false
    + *
    + * DisplayDocTitle (boolean)
    + * Default value: false.
    + *
    + * NonFullScreenPageMode (string)
    + * Possible values: UseNone, UseOutlines, UseThumbs, UseOC
    + * Default value: UseNone
    + *
    + * Direction (string)
    + * Possible values: L2R, R2L
    + * Default value: L2R.
    + *
    + * ViewArea (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox.
    + *
    + * ViewClip (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox
    + *
    + * PrintArea (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox
    + *
    + * PrintClip (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox.
    + *
    + * PrintScaling (string)
    + * Possible values: AppDefault, None
    + * Default value: AppDefault.
    + *
    + * Duplex (string)
    + * Possible values: Simplex, DuplexFlipLongEdge, DuplexFlipShortEdge + * Default value: none
    + *
    + * PickTrayByPDFSize (boolean)
    + * Default value: false
    + *
    + * PrintPageRange (Array)
    + * Example: [[1,5], [7,9]]
    + * Default value: as defined by PDF viewer application
    + *
    + * NumCopies (Number)
    + * Possible values: 1, 2, 3, 4, 5
    + * Default value: 1
    + *
    + * For more information see the PDF Reference, sixth edition on Page 577 + * @param {boolean} doReset True to reset the settings + * @function + * @returns jsPDF jsPDF-instance + * @example + * var doc = new jsPDF() + * doc.text('This is a test', 10, 10) + * doc.viewerPreferences({'FitWindow': true}, true) + * doc.save("viewerPreferences.pdf") + * + * // Example printing 10 copies, using cropbox, and hiding UI. + * doc.viewerPreferences({ + * 'HideWindowUI': true, + * 'PrintArea': 'CropBox', + * 'NumCopies': 10 + * }) */ jsPDFAPI.viewerPreferences = function (options, doReset) { @@ -16472,33 +15145,33 @@ }; })(jsPDF.API); - /* global jsPDF */ - - /** ==================================================================== - * jsPDF XMP metadata plugin - * Copyright (c) 2016 Jussi Utunen, u-jussi@suomi24.fi - * - * - * ==================================================================== + /** ==================================================================== + * jsPDF XMP metadata plugin + * Copyright (c) 2016 Jussi Utunen, u-jussi@suomi24.fi + * + * + * ==================================================================== */ - /** - * @name xmp_metadata - * @module + /*global jsPDF */ + + /** + * @name xmp_metadata + * @module */ (function (jsPDFAPI) { var xmpmetadata = ""; var xmpnamespaceuri = ""; var metadata_object_number = ""; - /** - * Adds XMP formatted metadata to PDF - * - * @name addMetadata - * @function - * @param {String} metadata The actual metadata to be added. The metadata shall be stored as XMP simple value. Note that if the metadata string contains XML markup characters "<", ">" or "&", those characters should be written using XML entities. - * @param {String} namespaceuri Sets the namespace URI for the metadata. Last character should be slash or hash. - * @returns {jsPDF} jsPDF-instance + /** + * Adds XMP formatted metadata to PDF + * + * @name addMetadata + * @function + * @param {String} metadata The actual metadata to be added. The metadata shall be stored as XMP simple value. Note that if the metadata string contains XML markup characters "<", ">" or "&", those characters should be written using XML entities. + * @param {String} namespaceuri Sets the namespace URI for the metadata. Last character should be slash or hash. + * @returns {jsPDF} jsPDF-instance */ jsPDFAPI.addMetadata = function (metadata, namespaceuri) { @@ -16536,13 +15209,11 @@ }; })(jsPDF.API); - /* global jsPDF */ - - /** - * @name utf8 - * @module + /** + * @name utf8 + * @module */ - (function (jsPDF) { + (function (jsPDF, global) { var jsPDFAPI = jsPDF.API; /**************************************************/ @@ -16617,11 +15288,9 @@ range = []; } - if (map[code] !== undefined && map[code] !== null && typeof map[code].toString === "function") { - unicode = ('0000' + map[code].toString(16)).slice(-4); - code = ('0000' + (+code).toString(16)).slice(-4); - range.push("<" + code + "><" + unicode + ">"); - } + unicode = ('0000' + map[code].toString(16)).slice(-4); + code = ('0000' + (+code).toString(16)).slice(-4); + range.push("<" + code + "><" + unicode + ">"); } if (range.length) { @@ -16632,13 +15301,7 @@ return unicodeMap; }; - var identityHFunction = function identityHFunction(options) { - var font = options.font; - var out = options.out; - var newObject = options.newObject; - var putStream = options.putStream; - var pdfEscapeWithNeededParanthesis = options.pdfEscapeWithNeededParanthesis; - + var identityHFunction = function identityHFunction(font, out, newObject, putStream) { if (font.metadata instanceof jsPDF.API.TTFFont && font.encoding === 'Identity-H') { //Tag with Identity-H var widths = font.metadata.Unicode.widths; @@ -16666,7 +15329,7 @@ var fontDescriptor = newObject(); out('<<'); out('/Type /FontDescriptor'); - out('/FontName /' + pdfEscapeWithNeededParanthesis(font.fontName)); + out('/FontName /' + font.fontName); out('/FontFile2 ' + fontTable + ' 0 R'); out('/FontBBox ' + jsPDF.API.PDFObject.convert(font.metadata.bbox)); out('/Flags ' + font.metadata.flags); @@ -16680,7 +15343,7 @@ var DescendantFont = newObject(); out('<<'); out('/Type /Font'); - out('/BaseFont /' + pdfEscapeWithNeededParanthesis(font.fontName)); + out('/BaseFont /' + font.fontName); out('/FontDescriptor ' + fontDescriptor + ' 0 R'); out('/W ' + jsPDF.API.PDFObject.convert(widths)); out('/CIDToGIDMap /Identity'); @@ -16709,18 +15372,13 @@ }; jsPDFAPI.events.push(['putFont', function (args) { - identityHFunction(args); + identityHFunction(args.font, args.out, args.newObject, args.putStream); }]); - var winAnsiEncodingFunction = function winAnsiEncodingFunction(options) { - var font = options.font; - var out = options.out; - var newObject = options.newObject; - var putStream = options.putStream; - var pdfEscapeWithNeededParanthesis = options.pdfEscapeWithNeededParanthesis; - + var winAnsiEncodingFunction = function winAnsiEncodingFunction(font, out, newObject, putStream) { if (font.metadata instanceof jsPDF.API.TTFFont && font.encoding === 'WinAnsiEncoding') { //Tag with WinAnsi encoding + var widths = font.metadata.Unicode.widths; var data = font.metadata.rawData; var pdfOutput = data; var pdfOutput2 = ""; @@ -16751,15 +15409,15 @@ out('/FontFile2 ' + fontTable + ' 0 R'); out('/Flags 96'); out('/FontBBox ' + jsPDF.API.PDFObject.convert(font.metadata.bbox)); - out('/FontName /' + pdfEscapeWithNeededParanthesis(font.fontName)); + out('/FontName /' + font.fontName); out('/ItalicAngle ' + font.metadata.italicAngle); out('/Ascent ' + font.metadata.ascender); out('>>'); out('endobj'); font.objectNumber = newObject(); - for (var j = 0; j < font.metadata.hmtx.widths.length; j++) { - font.metadata.hmtx.widths[j] = parseInt(font.metadata.hmtx.widths[j] * (1000 / font.metadata.head.unitsPerEm)); //Change the width of Em units to Point units. + for (var i = 0; i < font.metadata.hmtx.widths.length; i++) { + font.metadata.hmtx.widths[i] = parseInt(font.metadata.hmtx.widths[i] * (1000 / font.metadata.head.unitsPerEm)); //Change the width of Em units to Point units. } out('<>'); @@ -16769,7 +15427,7 @@ }; jsPDFAPI.events.push(['putFont', function (args) { - winAnsiEncodingFunction(args); + winAnsiEncodingFunction(args.font, args.out, args.newObject, args.putStream); }]); var utf8TextFunction = function utf8TextFunction(args) { @@ -16781,11 +15439,13 @@ var pdfEscape = mutex.pdfEscape; var activeFontKey = mutex.activeFontKey; var fonts = mutex.fonts; - var key = activeFontKey; + var key, + fontSize = mutex.activeFontSize; var str = '', s = 0, cmapConfirm; var strText = ''; + var key = activeFontKey; var encoding = fonts[key].encoding; if (fonts[key].encoding !== 'Identity-H') { @@ -16797,7 +15457,6 @@ mutex: mutex }; } - strText = text; key = activeFontKey; @@ -16808,19 +15467,19 @@ for (s = 0; s < strText.length; s += 1) { if (fonts[key].metadata.hasOwnProperty('cmap')) { cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s].charCodeAt(0)]; - /* - if (Object.prototype.toString.call(text) === '[object Array]') { - var i = 0; - // for (i = 0; i < text.length; i += 1) { - if (Object.prototype.toString.call(text[s]) === '[object Array]') { - cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s][0].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id - } else { - - } - //} - - } else { - cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id + /* + if (Object.prototype.toString.call(text) === '[object Array]') { + var i = 0; + // for (i = 0; i < text.length; i += 1) { + if (Object.prototype.toString.call(text[s]) === '[object Array]') { + cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s][0].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id + } else { + + } + //} + + } else { + cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id }*/ } @@ -16860,6 +15519,7 @@ y = parms.y, options = parms.options, mutex = parms.mutex; + var lang = options.lang; var tmpText = []; var args = { text: text, @@ -16899,22 +15559,20 @@ }; jsPDFAPI.events.push(['postProcessText', utf8EscapeFunction]); - })(jsPDF); + })(jsPDF, typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || Function("return this")()); - /* global jsPDF */ - - /** - * jsPDF virtual FileSystem functionality - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * jsPDF virtual FileSystem functionality + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ - /** - * Use the vFS to handle files - * - * @name vFS - * @module + /** + * Use the vFS to handle files + * + * @name vFS + * @module */ (function (jsPDFAPI) { @@ -16929,15 +15587,15 @@ return true; }; - /** - * Check if the file exists in the vFS - * - * @name existsFileInVFS - * @function - * @param {string} Possible filename in the vFS. - * @returns {boolean} - * @example - * doc.existsFileInVFS("someFile.txt"); + /** + * Check if the file exists in the vFS + * + * @name existsFileInVFS + * @function + * @param {string} Possible filename in the vFS. + * @returns {boolean} + * @example + * doc.existsFileInVFS("someFile.txt"); */ @@ -16948,16 +15606,16 @@ return false; }; - /** - * Add a file to the vFS - * - * @name addFileToVFS - * @function - * @param {string} filename The name of the file which should be added. - * @param {string} filecontent The content of the file. - * @returns {jsPDF} - * @example - * doc.addFileToVFS("someFile.txt", "BADFACE1"); + /** + * Add a file to the vFS + * + * @name addFileToVFS + * @function + * @param {string} filename The name of the file which should be added. + * @param {string} filecontent The content of the file. + * @returns {jsPDF} + * @example + * doc.addFileToVFS("someFile.txt", "BADFACE1"); */ @@ -16967,15 +15625,15 @@ this.internal.vFS[filename] = filecontent; return this; }; - /** - * Get the file from the vFS - * - * @name getFileFromVFS - * @function - * @param {string} The name of the file which gets requested. - * @returns {string} - * @example - * doc.getFileFromVFS("someFile.txt"); + /** + * Get the file from the vFS + * + * @name getFileFromVFS + * @function + * @param {string} The name of the file which gets requested. + * @returns {string} + * @example + * doc.getFileFromVFS("someFile.txt"); */ @@ -16990,37 +15648,37 @@ }; })(jsPDF.API); - /** - * jsPDF addHTML PlugIn - * Copyright (c) 2014 Diego Casorran - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * jsPDF addHTML PlugIn + * Copyright (c) 2014 Diego Casorran + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ (function (jsPDFAPI) { - /** - * Renders an HTML element to canvas object which added to the PDF - * - * This feature requires [html2canvas](https://github.com/niklasvh/html2canvas) - * or [rasterizeHTML](https://github.com/cburgmer/rasterizeHTML.js) - * - * @returns {jsPDF} - * @name addHTML - * @param element {Mixed} HTML Element, or anything supported by html2canvas. - * @param x {Number} starting X coordinate in jsPDF instance's declared units. - * @param y {Number} starting Y coordinate in jsPDF instance's declared units. - * @param options {Object} Additional options, check the code below. - * @param callback {Function} to call when the rendering has finished. - * NOTE: Every parameter is optional except 'element' and 'callback', in such - * case the image is positioned at 0x0 covering the whole PDF document - * size. Ie, to easily take screenshots of webpages saving them to PDF. - * @deprecated This is being replace with a vector-supporting API. See - * [this link](https://cdn.rawgit.com/MrRio/jsPDF/master/examples/html2pdf/showcase_supported_html.html) + /** + * Renders an HTML element to canvas object which added to the PDF + * + * This feature requires [html2canvas](https://github.com/niklasvh/html2canvas) + * or [rasterizeHTML](https://github.com/cburgmer/rasterizeHTML.js) + * + * @returns {jsPDF} + * @name addHTML + * @param element {Mixed} HTML Element, or anything supported by html2canvas. + * @param x {Number} starting X coordinate in jsPDF instance's declared units. + * @param y {Number} starting Y coordinate in jsPDF instance's declared units. + * @param options {Object} Additional options, check the code below. + * @param callback {Function} to call when the rendering has finished. + * NOTE: Every parameter is optional except 'element' and 'callback', in such + * case the image is positioned at 0x0 covering the whole PDF document + * size. Ie, to easily take screenshots of webpages saving them to PDF. + * @deprecated This is being replace with a vector-supporting API. See + * [this link](https://cdn.rawgit.com/MrRio/jsPDF/master/examples/html2pdf/showcase_supported_html.html) */ jsPDFAPI.addHTML = function (element, x, y, options, callback) { - if (typeof html2canvas === 'undefined' && typeof rasterizeHTML === 'undefined') { throw new Error('You need either ' + 'https://github.com/niklasvh/html2canvas' + ' or https://github.com/cburgmer/rasterizeHTML.js'); } + if (typeof html2canvas === 'undefined' && typeof rasterizeHTML === 'undefined') throw new Error('You need either ' + 'https://github.com/niklasvh/html2canvas' + ' or https://github.com/cburgmer/rasterizeHTML.js'); if (typeof x !== 'number') { options = x; @@ -17182,18 +15840,18 @@ }; })(jsPDF.API); - /** - * jsPDF fromHTML plugin. BETA stage. API subject to change. Needs browser - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * 2014 Juan Pablo Gaviria, https://github.com/juanpgaviria - * 2014 Diego Casorran, https://github.com/diegocr - * 2014 Daniel Husar, https://github.com/danielhusar - * 2014 Wolfgang Gassler, https://github.com/woolfg - * 2014 Steven Spungin, https://github.com/flamenco - * - * @license - * - * ==================================================================== + /** + * jsPDF fromHTML plugin. BETA stage. API subject to change. Needs browser + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * 2014 Juan Pablo Gaviria, https://github.com/juanpgaviria + * 2014 Diego Casorran, https://github.com/diegocr + * 2014 Daniel Husar, https://github.com/danielhusar + * 2014 Wolfgang Gassler, https://github.com/woolfg + * 2014 Steven Spungin, https://github.com/flamenco + * + * @license + * + * ==================================================================== */ (function (jsPDFAPI) { var clone, _DrillForContent, FontNameDB, FontStyleMap, TextAlignMap, FontWeightMap, FloatMap, ClearMap, GetCSS, PurgeWhiteSpace, Renderer, ResolveFont, ResolveUnitedNumber, UnitedNumberMap, elementHandledElsewhere, images, loadImgs, checkForFooter, process, tableToJson; @@ -17719,7 +16377,7 @@ } function loadImage(url, width, height) { - if (!url) { return; } + if (!url) return; var img = new Image(); found_images = ++x; img.crossOrigin = ''; @@ -17826,8 +16484,8 @@ }; process = function process(pdf, element, x, y, settings, callback) { - if (!element) { return false; } - if (typeof element !== "string" && !element.parentNode) { element = '' + element.innerHTML; } + if (!element) return false; + if (typeof element !== "string" && !element.parentNode) element = '' + element.innerHTML; if (typeof element === "string") { element = function (element) { @@ -17859,7 +16517,7 @@ r.pdf.internal.events.publish('htmlRenderingFinished'); out = r.dispose(); - if (typeof callback === 'function') { callback(out); }else if (found_images) { console.error('jsPDF Warning: rendering issues? provide a callback to fromHTML!'); } + if (typeof callback === 'function') callback(out);else if (found_images) console.error('jsPDF Warning: rendering issues? provide a callback to fromHTML!'); }); return out || { x: r.x, @@ -18257,24 +16915,24 @@ UnitedNumberMap = { normal: 1 }; - /** - * Converts HTML-formatted text into formatted PDF text. - * - * Notes: - * 2012-07-18 - * Plugin relies on having browser, DOM around. The HTML is pushed into dom and traversed. - * Plugin relies on jQuery for CSS extraction. - * Targeting HTML output from Markdown templating, which is a very simple - * markup - div, span, em, strong, p. No br-based paragraph separation supported explicitly (but still may work.) - * Images, tables are NOT supported. - * - * @public - * @function - * @param HTML {String|Object} HTML-formatted text, or pointer to DOM element that is to be rendered into PDF. - * @param x {Number} starting X coordinate in jsPDF instance's declared units. - * @param y {Number} starting Y coordinate in jsPDF instance's declared units. - * @param settings {Object} Additional / optional variables controlling parsing, rendering. - * @returns {Object} jsPDF instance + /** + * Converts HTML-formatted text into formatted PDF text. + * + * Notes: + * 2012-07-18 + * Plugin relies on having browser, DOM around. The HTML is pushed into dom and traversed. + * Plugin relies on jQuery for CSS extraction. + * Targeting HTML output from Markdown templating, which is a very simple + * markup - div, span, em, strong, p. No br-based paragraph separation supported explicitly (but still may work.) + * Images, tables are NOT supported. + * + * @public + * @function + * @param HTML {String|Object} HTML-formatted text, or pointer to DOM element that is to be rendered into PDF. + * @param x {Number} starting X coordinate in jsPDF instance's declared units. + * @param y {Number} starting Y coordinate in jsPDF instance's declared units. + * @param settings {Object} Additional / optional variables controlling parsing, rendering. + * @returns {Object} jsPDF instance */ jsPDFAPI.fromHTML = function (HTML, x, y, settings, callback, margins) { @@ -18283,18 +16941,18 @@ top: 0, bottom: 0 }; - if (!settings) { settings = {}; } - if (!settings.elementHandlers) { settings.elementHandlers = {}; } + if (!settings) settings = {}; + if (!settings.elementHandlers) settings.elementHandlers = {}; return process(this, HTML, isNaN(x) ? 4 : x, isNaN(y) ? 4 : y, settings, callback); }; })(jsPDF.API); - /** - * html2pdf.js - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + /** + * html2pdf.js + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ (function (jsPDFAPI, globalObj) { globalObj.html2pdf = function (html, pdf, callback) { @@ -18417,15 +17075,20 @@ }); }; })(jsPDF.API, typeof window !== "undefined" && window || typeof global !== "undefined" && global); + /*rollup-keeper-start*/ - /* Blob.js - * A Blob, File, FileReader & URL implementation. - * 2018-08-09 - * - * By Eli Grey, http://eligrey.com - * By Jimmy Wärting, https://github.com/jimmywarting - * License: MIT - * See https://github.com/eligrey/Blob.js/blob/master/LICENSE.md + + window.tmp = html2pdf; + /*rollup-keeper-end*/ + + /* Blob.js + * A Blob, File, FileReader & URL implementation. + * 2018-08-09 + * + * By Eli Grey, http://eligrey.com + * By Jimmy Wärting, https://github.com/jimmywarting + * License: MIT + * See https://github.com/eligrey/Blob.js/blob/master/LICENSE.md */ (function (global) { @@ -18453,10 +17116,10 @@ blobSupportsArrayBufferView = new Blob([new Uint8Array([1, 2])]).size === 2; } catch (e) {} - /** - * Helper function that maps ArrayBufferViews to ArrayBuffers - * Used by BlobBuilder constructor and old browsers that didn't - * support it in the Blob constructor. + /** + * Helper function that maps ArrayBufferViews to ArrayBuffers + * Used by BlobBuilder constructor and old browsers that didn't + * support it in the Blob constructor. */ @@ -18503,7 +17166,7 @@ for (var i = 0; i < str.length; i++) { var charcode = str.charCodeAt(i); - if (charcode < 0x80) { utf8.push(charcode); }else if (charcode < 0x800) { + if (charcode < 0x80) utf8.push(charcode);else if (charcode < 0x800) { utf8.push(0xc0 | charcode >> 6, 0x80 | charcode & 0x3f); } else if (charcode < 0xd800 || charcode >= 0xe000) { utf8.push(0xe0 | charcode >> 12, 0x80 | charcode >> 6 & 0x3f, 0x80 | charcode & 0x3f); @@ -18580,7 +17243,7 @@ } function encodeByteArray(input) { - var byteToCharMap = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/='; + var byteToCharMap = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789'; var output = []; for (var i = 0; i < input.length; i += 3) { @@ -18682,7 +17345,7 @@ File.prototype = create(Blob.prototype); File.prototype.constructor = File; - if (Object.setPrototypeOf) { Object.setPrototypeOf(File, Blob); }else { + if (Object.setPrototypeOf) Object.setPrototypeOf(File, Blob);else { try { File.__proto__ = Blob; } catch (e) {} @@ -18699,13 +17362,13 @@ function FileReader() { - if (!(this instanceof FileReader)) { throw new TypeError("Failed to construct 'FileReader': Please use the 'new' operator, this DOM object constructor cannot be called as a function."); } + if (!(this instanceof FileReader)) throw new TypeError("Failed to construct 'FileReader': Please use the 'new' operator, this DOM object constructor cannot be called as a function."); var delegate = document.createDocumentFragment(); this.addEventListener = delegate.addEventListener; this.dispatchEvent = function (evt) { var local = this['on' + evt.type]; - if (typeof local === 'function') { local(evt); } + if (typeof local === 'function') local(evt); delegate.dispatchEvent(evt); }; @@ -18713,7 +17376,7 @@ } function _read(fr, blob, kind) { - if (!(blob instanceof Blob)) { throw new TypeError("Failed to execute '" + kind + "' on 'FileReader': parameter 1 is not of type 'Blob'."); } + if (!(blob instanceof Blob)) throw new TypeError("Failed to execute '" + kind + "' on 'FileReader': parameter 1 is not of type 'Blob'."); fr.result = ''; setTimeout(function () { this.readyState = FileReader.LOADING; @@ -18837,7 +17500,7 @@ return '[object File]'; }; - if (strTag) { blob[strTag] = 'File'; } + if (strTag) blob[strTag] = 'File'; return blob; }; @@ -18857,35 +17520,220 @@ } })(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); - // (c) Dean McNamee , 2013. - // - // https://github.com/deanm/omggif - // - // - // - // omggif is a JavaScript implementation of a GIF 89a encoder and decoder, - // including animation and compression. It does not rely on any specific - // underlying system, so should run in the browser, Node, or Plask. - function GifWriter(buf, width, height, gopts) { - var p = 0; - var gopts = gopts === undefined ? {} : gopts; - var loop_count = gopts.loop === undefined ? null : gopts.loop; - var global_palette = gopts.palette === undefined ? null : gopts.palette; - if (width <= 0 || height <= 0 || width > 65535 || height > 65535) { throw "Width/Height invalid."; } + /* FileSaver.js + * A saveAs() FileSaver implementation. + * 1.3.8 + * 2018-03-22 14:03:47 + * + * By Eli Grey, https://eligrey.com + * License: MIT + * See https://github.com/eligrey/FileSaver.js/blob/master/LICENSE.md + */ - function check_palette_and_num_colors(palette) { - var num_colors = palette.length; - if (num_colors < 2 || num_colors > 256 || num_colors & num_colors - 1) { throw "Invalid code/color length, must be power of 2 and 2 .. 256."; } - return num_colors; - } // - Header. + /*global self */ + /*jslint bitwise: true, indent: 4, laxbreak: true, laxcomma: true, smarttabs: true, plusplus: true */ - buf[p++] = 0x47; - buf[p++] = 0x49; - buf[p++] = 0x46; // GIF + /*! @source http://purl.eligrey.com/github/FileSaver.js/blob/master/src/FileSaver.js */ + var saveAs = saveAs || function (view) { - buf[p++] = 0x38; - buf[p++] = 0x39; + if (typeof view === "undefined" || typeof navigator !== "undefined" && /MSIE [1-9]\./.test(navigator.userAgent)) { + return; + } + + var doc = view.document // only get URL when necessary in case Blob.js hasn't overridden it yet + , + get_URL = function () { + return view.URL || view.webkitURL || view; + }, + save_link = doc.createElementNS("http://www.w3.org/1999/xhtml", "a"), + can_use_save_link = "download" in save_link, + click = function (node) { + var event = new MouseEvent("click"); + node.dispatchEvent(event); + }, + is_safari = /constructor/i.test(view.HTMLElement) || view.safari, + is_chrome_ios = /CriOS\/[\d]+/.test(navigator.userAgent), + setImmediate = view.setImmediate || view.setTimeout, + throw_outside = function (ex) { + setImmediate(function () { + throw ex; + }, 0); + }, + force_saveable_type = "application/octet-stream" // the Blob API is fundamentally broken as there is no "downloadfinished" event to subscribe to + , + arbitrary_revoke_timeout = 1000 * 40 // in ms + , + revoke = function (file) { + var revoker = function () { + if (typeof file === "string") { + // file is an object URL + get_URL().revokeObjectURL(file); + } else { + // file is a File + file.remove(); + } + }; + + setTimeout(revoker, arbitrary_revoke_timeout); + }, + dispatch = function (filesaver, event_types, event) { + event_types = [].concat(event_types); + var i = event_types.length; + + while (i--) { + var listener = filesaver["on" + event_types[i]]; + + if (typeof listener === "function") { + try { + listener.call(filesaver, event || filesaver); + } catch (ex) { + throw_outside(ex); + } + } + } + }, + auto_bom = function (blob) { + // prepend BOM for UTF-8 XML and text/* types (including HTML) + // note: your browser will automatically convert UTF-16 U+FEFF to EF BB BF + if (/^\s*(?:text\/\S*|application\/xml|\S*\/\S*\+xml)\s*;.*charset\s*=\s*utf-8/i.test(blob.type)) { + return new Blob([String.fromCharCode(0xFEFF), blob], { + type: blob.type + }); + } + + return blob; + }, + FileSaver = function (blob, name, no_auto_bom) { + if (!no_auto_bom) { + blob = auto_bom(blob); + } // First try a.download, then web filesystem, then object URLs + + + var filesaver = this, + type = blob.type, + force = type === force_saveable_type, + object_url, + dispatch_all = function () { + dispatch(filesaver, "writestart progress write writeend".split(" ")); + } // on any filesys errors revert to saving with object URLs + , + fs_error = function () { + if ((is_chrome_ios || force && is_safari) && view.FileReader) { + // Safari doesn't allow downloading of blob urls + var reader = new FileReader(); + + reader.onloadend = function () { + var url = is_chrome_ios ? reader.result : reader.result.replace(/^data:[^;]*;/, 'data:attachment/file;'); + var popup = view.open(url, '_blank'); + if (!popup) view.location.href = url; + url = undefined; // release reference before dispatching + + filesaver.readyState = filesaver.DONE; + dispatch_all(); + }; + + reader.readAsDataURL(blob); + filesaver.readyState = filesaver.INIT; + return; + } // don't create more object URLs than needed + + + if (!object_url) { + object_url = get_URL().createObjectURL(blob); + } + + if (force) { + view.location.href = object_url; + } else { + var opened = view.open(object_url, "_blank"); + + if (!opened) { + // Apple does not allow window.open, see https://developer.apple.com/library/safari/documentation/Tools/Conceptual/SafariExtensionGuide/WorkingwithWindowsandTabs/WorkingwithWindowsandTabs.html + view.location.href = object_url; + } + } + + filesaver.readyState = filesaver.DONE; + dispatch_all(); + revoke(object_url); + }; + + filesaver.readyState = filesaver.INIT; + + if (can_use_save_link) { + object_url = get_URL().createObjectURL(blob); + setImmediate(function () { + save_link.href = object_url; + save_link.download = name; + click(save_link); + dispatch_all(); + revoke(object_url); + filesaver.readyState = filesaver.DONE; + }, 0); + return; + } + + fs_error(); + }, + FS_proto = FileSaver.prototype, + saveAs = function (blob, name, no_auto_bom) { + return new FileSaver(blob, name || blob.name || "download", no_auto_bom); + }; // IE 10+ (native saveAs) + + + if (typeof navigator !== "undefined" && navigator.msSaveOrOpenBlob) { + return function (blob, name, no_auto_bom) { + name = name || blob.name || "download"; + + if (!no_auto_bom) { + blob = auto_bom(blob); + } + + return navigator.msSaveOrOpenBlob(blob, name); + }; + } // todo: detect chrome extensions & packaged apps + //save_link.target = "_blank"; + + + FS_proto.abort = function () {}; + + FS_proto.readyState = FS_proto.INIT = 0; + FS_proto.WRITING = 1; + FS_proto.DONE = 2; + FS_proto.error = FS_proto.onwritestart = FS_proto.onprogress = FS_proto.onwrite = FS_proto.onabort = FS_proto.onerror = FS_proto.onwriteend = null; + return saveAs; + }(typeof self !== "undefined" && self || typeof window !== "undefined" && window || undefined); + + // (c) Dean McNamee , 2013. + // + // https://github.com/deanm/omggif + // + // + // + // omggif is a JavaScript implementation of a GIF 89a encoder and decoder, + // including animation and compression. It does not rely on any specific + // underlying system, so should run in the browser, Node, or Plask. + function GifWriter(buf, width, height, gopts) { + var p = 0; + var gopts = gopts === undefined ? {} : gopts; + var loop_count = gopts.loop === undefined ? null : gopts.loop; + var global_palette = gopts.palette === undefined ? null : gopts.palette; + if (width <= 0 || height <= 0 || width > 65535 || height > 65535) throw "Width/Height invalid."; + + function check_palette_and_num_colors(palette) { + var num_colors = palette.length; + if (num_colors < 2 || num_colors > 256 || num_colors & num_colors - 1) throw "Invalid code/color length, must be power of 2 and 2 .. 256."; + return num_colors; + } // - Header. + + + buf[p++] = 0x47; + buf[p++] = 0x49; + buf[p++] = 0x46; // GIF + + buf[p++] = 0x38; + buf[p++] = 0x39; buf[p++] = 0x61; // 89a // Handling of Global Color Table (palette) and background index. @@ -18895,21 +17743,19 @@ if (global_palette !== null) { var gp_num_colors = check_palette_and_num_colors(global_palette); - while (gp_num_colors >>= 1) { - ++gp_num_colors_pow2; - } + while (gp_num_colors >>= 1) ++gp_num_colors_pow2; gp_num_colors = 1 << gp_num_colors_pow2; --gp_num_colors_pow2; if (gopts.background !== undefined) { background = gopts.background; - if (background >= gp_num_colors) { throw "Background index out of range."; } // The GIF spec states that a background index of 0 should be ignored, so + if (background >= gp_num_colors) throw "Background index out of range."; // The GIF spec states that a background index of 0 should be ignored, so // this is probably a mistake and you really want to set it to another // slot in the palette. But actually in the end most browsers, etc end // up ignoring this almost completely (including for dispose background). - if (background === 0) { throw "Background index explicitly passed as 0."; } + if (background === 0) throw "Background index explicitly passed as 0."; } } // - Logical Screen Descriptor. // NOTE(deanm): w/h apparently ignored by implementations, but set anyway. @@ -18939,7 +17785,7 @@ if (loop_count !== null) { // Netscape block for looping. - if (loop_count < 0 || loop_count > 65535) { throw "Loop count invalid."; } // Extension code, label, and length. + if (loop_count < 0 || loop_count > 65535) throw "Loop count invalid."; // Extension code, label, and length. buf[p++] = 0x21; buf[p++] = 0xff; @@ -18976,9 +17822,9 @@ opts = opts === undefined ? {} : opts; // TODO(deanm): Bounds check x, y. Do they need to be within the virtual // canvas width/height, I imagine? - if (x < 0 || y < 0 || x > 65535 || y > 65535) { throw "x/y invalid."; } - if (w <= 0 || h <= 0 || w > 65535 || h > 65535) { throw "Width/Height invalid."; } - if (indexed_pixels.length < w * h) { throw "Not enough pixels for the frame size."; } + if (x < 0 || y < 0 || x > 65535 || y > 65535) throw "x/y invalid."; + if (w <= 0 || h <= 0 || w > 65535 || h > 65535) throw "Width/Height invalid."; + if (indexed_pixels.length < w * h) throw "Not enough pixels for the frame size."; var using_local_palette = true; var palette = opts.palette; @@ -18987,14 +17833,12 @@ palette = global_palette; } - if (palette === undefined || palette === null) { throw "Must supply either a local or global palette."; } + if (palette === undefined || palette === null) throw "Must supply either a local or global palette."; var num_colors = check_palette_and_num_colors(palette); // Compute the min_code_size (power of 2), destroying num_colors. var min_code_size = 0; - while (num_colors >>= 1) { - ++min_code_size; - } + while (num_colors >>= 1) ++min_code_size; num_colors = 1 << min_code_size; // Now we can easily get it back. @@ -19014,14 +17858,14 @@ var disposal = opts.disposal === undefined ? 0 : opts.disposal; if (disposal < 0 || disposal > 3) // 4-7 is reserved. - { throw "Disposal out of range."; } + throw "Disposal out of range."; var use_transparency = false; var transparent_index = 0; if (opts.transparent !== undefined && opts.transparent !== null) { use_transparency = true; transparent_index = opts.transparent; - if (transparent_index < 0 || transparent_index >= num_colors) { throw "Transparent color index."; } + if (transparent_index < 0 || transparent_index >= num_colors) throw "Transparent color index."; } if (disposal !== 0 || use_transparency || delay !== 0) { @@ -19205,7 +18049,7 @@ // decoder. From the encoders perspective this should happen after // we've already emitted the index buffer and are about to create the // first table entry that would overflow our current code bit size. - if (next_code >= 1 << cur_code_size) { ++cur_code_size; } + if (next_code >= 1 << cur_code_size) ++cur_code_size; code_table[cur_key] = next_code++; // Insert into code table. } @@ -19293,7 +18137,7 @@ while (true) { // Seek through subblocks. var block_size = buf[p++]; - if (block_size === 0) { break; } + if (block_size === 0) break; p += block_size; } } @@ -19302,11 +18146,11 @@ case 0xf9: // Graphics Control Extension - if (buf[p++] !== 0x4 || buf[p + 4] !== 0) { throw "Invalid graphics extension block."; } + if (buf[p++] !== 0x4 || buf[p + 4] !== 0) throw "Invalid graphics extension block."; var pf1 = buf[p++]; delay = buf[p++] | buf[p++] << 8; transparent_index = buf[p++]; - if ((pf1 & 1) === 0) { transparent_index = null; } + if ((pf1 & 1) === 0) transparent_index = null; disposal = pf1 >> 2 & 0x7; p++; // Skip terminator. @@ -19317,7 +18161,7 @@ while (true) { // Seek through subblocks. var block_size = buf[p++]; - if (block_size === 0) { break; } // console.log(buf.slice(p, p+block_size).toString('ascii')); + if (block_size === 0) break; // console.log(buf.slice(p, p+block_size).toString('ascii')); p += block_size; } @@ -19356,7 +18200,7 @@ while (true) { var block_size = buf[p++]; - if (block_size === 0) { break; } + if (block_size === 0) break; p += block_size; } @@ -19396,7 +18240,7 @@ }; this.frameInfo = function (frame_num) { - if (frame_num < 0 || frame_num >= frames.length) { throw "Frame index out of range."; } + if (frame_num < 0 || frame_num >= frames.length) throw "Frame index out of range."; return frames[frame_num]; }; @@ -19411,7 +18255,7 @@ // the profile, not sure if it's related to using a Uint8Array. var trans = frame.transparent_index; - if (trans === null) { trans = 256; } // We are possibly just blitting to a portion of the entire frame. + if (trans === null) trans = 256; // We are possibly just blitting to a portion of the entire frame. // That is a subrect within the framerect, so the additional pixels // must be skipped over after we finished a scanline. @@ -19477,7 +18321,7 @@ // the profile, not sure if it's related to using a Uint8Array. var trans = frame.transparent_index; - if (trans === null) { trans = 256; } // We are possibly just blitting to a portion of the entire frame. + if (trans === null) trans = 256; // We are possibly just blitting to a portion of the entire frame. // That is a subrect within the framerect, so the additional pixels // must be skipped over after we finished a scanline. @@ -19557,7 +18401,7 @@ while (true) { // Read up to two bytes, making sure we always 12-bits for max sized code. while (cur_shift < 16) { - if (subblock_size === 0) { break; } // No more data to be read. + if (subblock_size === 0) break; // No more data to be read. cur |= code_stream[p++] << cur_shift; cur_shift += 8; @@ -19572,7 +18416,7 @@ // and EOI. - if (cur_shift < cur_code_size) { break; } + if (cur_shift < cur_code_size) break; var code = cur & code_mask; cur >>= cur_code_size; cur_shift -= cur_code_size; // TODO(deanm): Maybe should check that the first code was a clear code, @@ -19635,7 +18479,7 @@ var b = op; // Track pointer, writing backwards. if (chase_code !== code) // The case of emitting {CODE-1} + k. - { output[op++] = k; } + output[op++] = k; chase = chase_code; while (chase_length--) { @@ -19673,13 +18517,17 @@ exports.GifReader = GifReader; } catch (e) {} // CommonJS. - /* global jsPDF */ + /*rollup-keeper-start*/ - /* - * Copyright (c) 2012 chick307 - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license + + window.tmp = GifReader; + /*rollup-keeper-end*/ + + /* + * Copyright (c) 2012 chick307 + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ (function (jsPDF, callback) { jsPDF.API.adler32cs = callback(); @@ -19688,13 +18536,13 @@ var _Buffer = null, _isBuffer = function () { - if (!_hasArrayBuffer) { return function _isBuffer() { + if (!_hasArrayBuffer) return function _isBuffer() { return false; - }; } + }; try { var buffer = {}; - if (typeof buffer.Buffer === 'function') { _Buffer = buffer.Buffer; } // eslint-disable-next-line no-empty + if (typeof buffer.Buffer === 'function') _Buffer = buffer.Buffer; } catch (error) {} return function _isBuffer(value) { @@ -19748,7 +18596,7 @@ throw new TypeError('Constructor cannot called be as a function.'); } - if (!isFinite(checksum = checksum === null ? 1 : +checksum)) { + if (!isFinite(checksum = checksum == null ? 1 : +checksum)) { throw new Error('First arguments needs to be a finite number.'); } @@ -19766,7 +18614,7 @@ throw new TypeError('Constructor cannot called be as a function.'); } - if (binaryString === null) { throw new Error('First argument needs to be a string.'); } + if (binaryString == null) throw new Error('First argument needs to be a string.'); this.checksum = _update(1, binaryString.toString()); }); @@ -19778,7 +18626,7 @@ throw new TypeError('Constructor cannot called be as a function.'); } - if (utf8String === null) { throw new Error('First argument needs to be a string.'); } + if (utf8String == null) throw new Error('First argument needs to be a string.'); var binaryString = _utf8ToBinary(utf8String.toString()); @@ -19794,20 +18642,20 @@ throw new TypeError('Constructor cannot called be as a function.'); } - if (!_isBuffer(buffer)) { throw new Error('First argument needs to be ArrayBuffer.'); } + if (!_isBuffer(buffer)) throw new Error('First argument needs to be ArrayBuffer.'); var array = new Uint8Array(buffer); return this.checksum = _updateUint8Array(1, array); }); } proto.update = function update(binaryString) { - if (binaryString === null) { throw new Error('First argument needs to be a string.'); } + if (binaryString == null) throw new Error('First argument needs to be a string.'); binaryString = binaryString.toString(); return this.checksum = _update(this.checksum, binaryString); }; proto.updateUtf8 = function updateUtf8(utf8String) { - if (utf8String === null) { throw new Error('First argument needs to be a string.'); } + if (utf8String == null) throw new Error('First argument needs to be a string.'); var binaryString = _utf8ToBinary(utf8String.toString()); @@ -19816,7 +18664,7 @@ if (_hasArrayBuffer) { proto.updateBuffer = function updateBuffer(buffer) { - if (!_isBuffer(buffer)) { throw new Error('First argument needs to be ArrayBuffer.'); } + if (!_isBuffer(buffer)) throw new Error('First argument needs to be ArrayBuffer.'); var array = new Uint8Array(buffer); return this.checksum = _updateUint8Array(this.checksum, array); }; @@ -19830,12 +18678,12 @@ }(); exports.from = function from(binaryString) { - if (binaryString === null) { throw new Error('First argument needs to be a string.'); } + if (binaryString == null) throw new Error('First argument needs to be a string.'); return _update(1, binaryString.toString()); }; exports.fromUtf8 = function fromUtf8(utf8String) { - if (utf8String === null) { throw new Error('First argument needs to be a string.'); } + if (utf8String == null) throw new Error('First argument needs to be a string.'); var binaryString = _utf8ToBinary(utf8String.toString()); @@ -19844,7 +18692,7 @@ if (_hasArrayBuffer) { exports.fromBuffer = function fromBuffer(buffer) { - if (!_isBuffer(buffer)) { throw new Error('First argument need to be ArrayBuffer.'); } + if (!_isBuffer(buffer)) throw new Error('First argument need to be ArrayBuffer.'); var array = new Uint8Array(buffer); return _updateUint8Array(1, array); }; @@ -19853,58 +18701,58 @@ return exports; }); - /** - * Unicode Bidi Engine based on the work of Alex Shensis (@asthensis) - * MIT License + /** + * Unicode Bidi Engine based on the work of Alex Shensis (@asthensis) + * MIT License */ (function (jsPDF) { - /** - * Table of Unicode types. - * - * Generated by: - * - * var bidi = require("./bidi/index"); - * var bidi_accumulate = bidi.slice(0, 256).concat(bidi.slice(0x0500, 0x0500 + 256 * 3)). - * concat(bidi.slice(0x2000, 0x2000 + 256)).concat(bidi.slice(0xFB00, 0xFB00 + 256)). - * concat(bidi.slice(0xFE00, 0xFE00 + 2 * 256)); - * - * for( var i = 0; i < bidi_accumulate.length; i++) { - * if(bidi_accumulate[i] === undefined || bidi_accumulate[i] === 'ON') - * bidi_accumulate[i] = 'N'; //mark as neutral to conserve space and substitute undefined - * } - * var bidiAccumulateStr = 'return [ "' + bidi_accumulate.toString().replace(/,/g, '", "') + '" ];'; - * require("fs").writeFile('unicode-types.js', bidiAccumulateStr); - * - * Based on: - * https://github.com/mathiasbynens/unicode-8.0.0 + /** + * Table of Unicode types. + * + * Generated by: + * + * var bidi = require("./bidi/index"); + * var bidi_accumulate = bidi.slice(0, 256).concat(bidi.slice(0x0500, 0x0500 + 256 * 3)). + * concat(bidi.slice(0x2000, 0x2000 + 256)).concat(bidi.slice(0xFB00, 0xFB00 + 256)). + * concat(bidi.slice(0xFE00, 0xFE00 + 2 * 256)); + * + * for( var i = 0; i < bidi_accumulate.length; i++) { + * if(bidi_accumulate[i] === undefined || bidi_accumulate[i] === 'ON') + * bidi_accumulate[i] = 'N'; //mark as neutral to conserve space and substitute undefined + * } + * var bidiAccumulateStr = 'return [ "' + bidi_accumulate.toString().replace(/,/g, '", "') + '" ];'; + * require("fs").writeFile('unicode-types.js', bidiAccumulateStr); + * + * Based on: + * https://github.com/mathiasbynens/unicode-8.0.0 */ var bidiUnicodeTypes = ["BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "S", "B", "S", "WS", "B", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "B", "B", "B", "S", "WS", "N", "N", "ET", "ET", "ET", "N", "N", "N", "N", "N", "ES", "CS", "ES", "CS", "CS", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "CS", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "BN", "BN", "BN", "BN", "BN", "BN", "B", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "CS", "N", "ET", "ET", "ET", "ET", "N", "N", "N", "N", "L", "N", "N", "BN", "N", "N", "ET", "ET", "EN", "EN", "N", "L", "N", "N", "N", "EN", "L", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "N", "N", "N", "N", "N", "ET", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "R", "NSM", "R", "NSM", "NSM", "R", "NSM", "NSM", "R", "NSM", "N", "N", "N", "N", "N", "N", "N", "N", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "N", "N", "N", "N", "N", "R", "R", "R", "R", "R", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "AN", "AN", "AN", "AN", "AN", "AN", "N", "N", "AL", "ET", "ET", "AL", "CS", "AL", "N", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "N", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "ET", "AN", "AN", "AL", "AL", "AL", "NSM", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AN", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "NSM", "NSM", "N", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "N", "AL", "AL", "NSM", "AL", 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"N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N"]; - /** - * Unicode Bidi algorithm compliant Bidi engine. - * For reference see http://unicode.org/reports/tr9/ + /** + * Unicode Bidi algorithm compliant Bidi engine. + * For reference see http://unicode.org/reports/tr9/ */ - /** - * constructor ( options ) - * - * Initializes Bidi engine - * - * @param {Object} See 'setOptions' below for detailed description. - * options are cashed between invocation of 'doBidiReorder' method - * - * sample usage pattern of BidiEngine: - * var opt = { - * isInputVisual: true, - * isInputRtl: false, - * isOutputVisual: false, - * isOutputRtl: false, - * isSymmetricSwapping: true - * } - * var sourceToTarget = [], levels = []; - * var bidiEng = Globalize.bidiEngine(opt); - * var src = "text string to be reordered"; - * var ret = bidiEng.doBidiReorder(src, sourceToTarget, levels); + /** + * constructor ( options ) + * + * Initializes Bidi engine + * + * @param {Object} See 'setOptions' below for detailed description. + * options are cashed between invocation of 'doBidiReorder' method + * + * sample usage pattern of BidiEngine: + * var opt = { + * isInputVisual: true, + * isInputRtl: false, + * isOutputVisual: false, + * isOutputRtl: false, + * isSymmetricSwapping: true + * } + * var sourceToTarget = [], levels = []; + * var bidiEng = Globalize.bidiEngine(opt); + * var src = "text string to be reordered"; + * var ret = bidiEng.doBidiReorder(src, sourceToTarget, levels); */ jsPDF.__bidiEngine__ = jsPDF.prototype.__bidiEngine__ = function (options) { @@ -20391,16 +19239,16 @@ return text; }; - /** - * @name setOptions( options ) - * @function - * Sets options for Bidi conversion - * @param {Object}: - * - isInputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) - * - isInputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong character of input string) - * - isOutputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) - * - isOutputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong characterof input string) - * - isSymmetricSwapping {boolean} (defaults to false): allowed values true(needs symmetric swapping), false (no need in symmetric swapping), + /** + * @name setOptions( options ) + * @function + * Sets options for Bidi conversion + * @param {Object}: + * - isInputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) + * - isInputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong character of input string) + * - isOutputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) + * - isOutputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong characterof input string) + * - isSymmetricSwapping {boolean} (defaults to false): allowed values true(needs symmetric swapping), false (no need in symmetric swapping), */ @@ -20454,42 +19302,42 @@ jsPDF.API.events.push(['postProcessText', bidiEngineFunction]); })(jsPDF); - /* - Copyright (c) 2008, Adobe Systems Incorporated - All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions are - met: - - * Redistributions of source code must retain the above copyright notice, - this list of conditions and the following disclaimer. - - * Redistributions in binary form must reproduce the above copyright - notice, this list of conditions and the following disclaimer in the - documentation and/or other materials provided with the distribution. - - * Neither the name of Adobe Systems Incorporated nor the names of its - contributors may be used to endorse or promote products derived from - this software without specific prior written permission. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS - IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, - THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR - PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF - LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. + /* + Copyright (c) 2008, Adobe Systems Incorporated + All rights reserved. + + Redistribution and use in source and binary forms, with or without + modification, are permitted provided that the following conditions are + met: + + * Redistributions of source code must retain the above copyright notice, + this list of conditions and the following disclaimer. + + * Redistributions in binary form must reproduce the above copyright + notice, this list of conditions and the following disclaimer in the + documentation and/or other materials provided with the distribution. + + * Neither the name of Adobe Systems Incorporated nor the names of its + contributors may be used to endorse or promote products derived from + this software without specific prior written permission. + + THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS + IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, + THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR + PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR + CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, + EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, + PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR + PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF + LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING + NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS + SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. */ - /* - JPEG encoder ported to JavaScript and optimized by Andreas Ritter, www.bytestrom.eu, 11/2009 - - Basic GUI blocking jpeg encoder + /* + JPEG encoder ported to JavaScript and optimized by Andreas Ritter, www.bytestrom.eu, 11/2009 + + Basic GUI blocking jpeg encoder */ function JPEGEncoder(quality) { var ffloor = Math.floor; @@ -21013,10 +19861,7 @@ var end0pos = 63; // was const... which is crazy - while (end0pos > 0 && DU[end0pos] == 0) { - end0pos--; - } //end0pos = first element in reverse order !=0 - + for (; end0pos > 0 && DU[end0pos] == 0; end0pos--) {} if (end0pos == 0) { writeBits(EOB); @@ -21029,9 +19874,7 @@ while (i <= end0pos) { var startpos = i; - while (DU[i] == 0 && i <= end0pos) { - ++i; - } + for (; DU[i] == 0 && i <= end0pos; ++i) {} var nrzeroes = i - startpos; @@ -21069,7 +19912,8 @@ this.encode = function (image, quality) // image data object { - if (quality) { setQuality(quality); } // Initialize bit writer + var time_start = new Date().getTime(); + if (quality) setQuality(quality); // Initialize bit writer byteout = new Array(); bytenew = 0; @@ -21127,10 +19971,10 @@ r = imageData[p++]; g = imageData[p++]; b = imageData[p++]; - /* // calculate YUV values dynamically - YDU[pos]=((( 0.29900)*r+( 0.58700)*g+( 0.11400)*b))-128; //-0x80 - UDU[pos]=(((-0.16874)*r+(-0.33126)*g+( 0.50000)*b)); - VDU[pos]=((( 0.50000)*r+(-0.41869)*g+(-0.08131)*b)); + /* // calculate YUV values dynamically + YDU[pos]=((( 0.29900)*r+( 0.58700)*g+( 0.11400)*b))-128; //-0x80 + UDU[pos]=(((-0.16874)*r+(-0.33126)*g+( 0.50000)*b)); + VDU[pos]=((( 0.50000)*r+(-0.41869)*g+(-0.08131)*b)); */ // use lookup table (slightly faster) @@ -21171,7 +20015,7 @@ quality = 100; } - if (currentQuality == quality) { return; } // don't recalc if unchanged + if (currentQuality == quality) return; // don't recalc if unchanged var sf = 0; @@ -21186,28 +20030,29 @@ } function init() { - if (!quality) { quality = 50; } // Create tables + var time_start = new Date().getTime(); + if (!quality) quality = 50; // Create tables initCharLookupTable(); initHuffmanTbl(); initCategoryNumber(); initRGBYUVTable(); setQuality(quality); + var duration = new Date().getTime() - time_start; //console.log('Initialization '+ duration + 'ms'); } init(); - } // eslint-disable-next-line no-empty - + } + /*rollup-keeper-start*/ - try { - exports.JPEGEncoder = JPEGEncoder; - } catch (e) {} // CommonJS. + window.tmp = JPEGEncoder; + /*rollup-keeper-end*/ - /** - * @author shaozilee - * - * Bmp format decoder,support 1bit 4bit 8bit 24bit bmp - * + /** + * @author shaozilee + * + * Bmp format decoder,support 1bit 4bit 8bit 24bit bmp + * */ function BmpDecoder(buffer, is_with_alpha) { this.pos = 0; @@ -21217,7 +20062,7 @@ this.bottom_up = true; this.flag = String.fromCharCode(this.buffer[0]) + String.fromCharCode(this.buffer[1]); this.pos += 2; - if (["BM", "BA", "CI", "CP", "IC", "PT"].indexOf(this.flag) === -1) { throw new Error("Invalid BMP File"); } + if (["BM", "BA", "CI", "CP", "IC", "PT"].indexOf(this.flag) === -1) throw new Error("Invalid BMP File"); this.parseHeader(); this.parseBGR(); } @@ -21298,7 +20143,7 @@ var mode = xlen % 4; var y = this.height >= 0 ? this.height - 1 : -this.height; - for (y = this.height - 1; y >= 0; y--) { + for (var y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y; for (var x = 0; x < xlen; x++) { @@ -21318,7 +20163,7 @@ } } - if (mode !== 0) { + if (mode != 0) { this.pos += 4 - mode; } } @@ -21341,7 +20186,7 @@ this.data[location + 1] = rgb.green; this.data[location + 2] = rgb.red; this.data[location + 3] = 0xFF; - if (x * 2 + 1 >= this.width) { break; } + if (x * 2 + 1 >= this.width) break; rgb = this.palette[after]; this.data[location + 4] = rgb.blue; this.data[location + 4 + 1] = rgb.green; @@ -21349,7 +20194,7 @@ this.data[location + 4 + 3] = 0xFF; } - if (mode !== 0) { + if (mode != 0) { this.pos += 4 - mode; } } @@ -21373,4644 +20218,166 @@ this.data[location + 3] = 0xFF; } else { this.data[location] = 0xFF; - this.data[location + 1] = 0xFF; - this.data[location + 2] = 0xFF; - this.data[location + 3] = 0xFF; - } - } - - if (mode !== 0) { - this.pos += 4 - mode; - } - } - }; - - BmpDecoder.prototype.bit15 = function () { - var dif_w = this.width % 3; - - var _11111 = parseInt("11111", 2), - _1_5 = _11111; - - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; - - for (var x = 0; x < this.width; x++) { - var B = this.datav.getUint16(this.pos, true); - this.pos += 2; - var blue = (B & _1_5) / _1_5 * 255 | 0; - var green = (B >> 5 & _1_5) / _1_5 * 255 | 0; - var red = (B >> 10 & _1_5) / _1_5 * 255 | 0; - var alpha = B >> 15 ? 0xFF : 0x00; - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = alpha; - } //skip extra bytes - - - this.pos += dif_w; - } - }; - - BmpDecoder.prototype.bit16 = function () { - var dif_w = this.width % 3; - - var _11111 = parseInt("11111", 2), - _1_5 = _11111; - - var _111111 = parseInt("111111", 2), - _1_6 = _111111; - - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; - - for (var x = 0; x < this.width; x++) { - var B = this.datav.getUint16(this.pos, true); - this.pos += 2; - var alpha = 0xFF; - var blue = (B & _1_5) / _1_5 * 255 | 0; - var green = (B >> 5 & _1_6) / _1_6 * 255 | 0; - var red = (B >> 11) / _1_5 * 255 | 0; - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = alpha; - } //skip extra bytes - - - this.pos += dif_w; - } - }; - - BmpDecoder.prototype.bit24 = function () { - //when height > 0 - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; - - for (var x = 0; x < this.width; x++) { - var blue = this.datav.getUint8(this.pos++, true); - var green = this.datav.getUint8(this.pos++, true); - var red = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = 0xFF; - } //skip extra bytes - - - this.pos += this.width % 4; - } - }; - /** - * add 32bit decode func - * @author soubok - */ - - - BmpDecoder.prototype.bit32 = function () { - //when height > 0 - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; - - for (var x = 0; x < this.width; x++) { - var blue = this.datav.getUint8(this.pos++, true); - var green = this.datav.getUint8(this.pos++, true); - var red = this.datav.getUint8(this.pos++, true); - var alpha = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = alpha; - } //skip extra bytes - //this.pos += (this.width % 4); - - } - }; - - BmpDecoder.prototype.getData = function () { - return this.data; - }; // eslint-disable-next-line no-empty - - - try { - exports.BmpDecoder = BmpDecoder; - } catch (e) {} // CommonJS. - - function WebPDecoder(imageData) { - var UpsampleRgbLinePair, UpsampleBgrLinePair, UpsampleRgbaLinePair, UpsampleBgraLinePair, UpsampleArgbLinePair, UpsampleArgbLinePair, UpsampleRgba4444LinePair, UpsampleRgb565LinePair; - - function x(F) { - if (!F) { throw Error("assert :P"); } - } - - function fa(F, L, J) { - for (var H = 0; 4 > H; H++) { - if (F[L + H] != J.charCodeAt(H)) { return !0; } - } - - return !1; - } - - function I(F, L, J, H, Z) { - for (var O = 0; O < Z; O++) { - F[L + O] = J[H + O]; - } - } - - function M(F, L, J, H) { - for (var Z = 0; Z < H; Z++) { - F[L + Z] = J; - } - } - - function V(F) { - return new Int32Array(F); - } - - function wa(F, L) { - for (var J = [], H = 0; H < F; H++) { - J.push(new L()); - } - - return J; - } - - function wb() { - function F(J, H, Z) { - for (var O = Z[H], L = 0; L < O; L++) { - J.push(Z.length > H + 1 ? [] : 0); - if (Z.length < H + 1) { break; } - F(J[L], H + 1, Z); - } - } - - var L = []; - F(L, 0, [3, 11]); - return L; - } - - function Ed(F, L) { - function J(H, O, F) { - for (var Z = F[O], ma = 0; ma < Z; ma++) { - H.push(F.length > O + 1 ? [] : new L()); - if (F.length < O + 1) { break; } - J(H[ma], O + 1, F); - } - } - - var H = []; - J(H, 0, F); - return H; - } - - WebPDecoder = function WebPDecoder() { - var self = this; - - function L(a, b) { - for (var c = 1 << b - 1 >>> 0; a & c;) { - c >>>= 1; - } - - return c ? (a & c - 1) + c : a; - } - - function J(a, b, c, d, e) { - x(!(d % c)); - - do { - d -= c, a[b + d] = e; - } while (0 < d); - } - - function H(a, b, c, d, e, f) { - var g = b, - h = 1 << c, - k, - l, - m = V(16), - n = V(16); - x(0 != e); - x(null != d); - x(null != a); - x(0 < c); - - for (l = 0; l < e; ++l) { - if (15 < d[l]) { return 0; } - ++m[d[l]]; - } - - if (m[0] == e) { return 0; } - n[1] = 0; - - for (k = 1; 15 > k; ++k) { - if (m[k] > 1 << k) { return 0; } - n[k + 1] = n[k] + m[k]; - } - - for (l = 0; l < e; ++l) { - k = d[l], 0 < d[l] && (f[n[k]++] = l); - } - - if (1 == n[15]) { return d = new O(), d.g = 0, d.value = f[0], J(a, g, 1, h, d), h; } - var r = -1, - q = h - 1, - t = 0, - v = 1, - p = 1, - u, - w = 1 << c; - l = 0; - k = 1; - - for (e = 2; k <= c; ++k, e <<= 1) { - p <<= 1; - v += p; - p -= m[k]; - if (0 > p) { return 0; } - - for (; 0 < m[k]; --m[k]) { - d = new O(), d.g = k, d.value = f[l++], J(a, g + t, e, w, d), t = L(t, k); - } - } - - k = c + 1; - - for (e = 2; 15 >= k; ++k, e <<= 1) { - p <<= 1; - v += p; - p -= m[k]; - if (0 > p) { return 0; } - - for (; 0 < m[k]; --m[k]) { - d = new O(); - - if ((t & q) != r) { - g += w; - r = k; - - for (u = 1 << r - c; 15 > r;) { - u -= m[r]; - if (0 >= u) { break; } - ++r; - u <<= 1; - } - - u = r - c; - w = 1 << u; - h += w; - r = t & q; - a[b + r].g = u + c; - a[b + r].value = g - b - r; - } - - d.g = k - c; - d.value = f[l++]; - J(a, g + (t >> c), e, w, d); - t = L(t, k); - } - } - - return v != 2 * n[15] - 1 ? 0 : h; - } - - function Z(a, b, c, d, e) { - x(2328 >= e); - if (512 >= e) { var f = V(512); }else if (f = V(e), null == f) { return 0; } - return H(a, b, c, d, e, f); - } - - function O() { - this.value = this.g = 0; - } - - function Fd() { - this.value = this.g = 0; - } - - function Ub() { - this.G = wa(5, O); - this.H = V(5); - this.jc = this.Qb = this.qb = this.nd = 0; - this.pd = wa(xb, Fd); - } - - function ma(a, b, c, d) { - x(null != a); - x(null != b); - x(2147483648 > d); - a.Ca = 254; - a.I = 0; - a.b = -8; - a.Ka = 0; - a.oa = b; - a.pa = c; - a.Jd = b; - a.Yc = c + d; - a.Zc = 4 <= d ? c + d - 4 + 1 : c; - Qa(a); - } - - function na(a, b) { - for (var c = 0; 0 < b--;) { - c |= K(a, 128) << b; - } - - return c; - } - - function ca(a, b) { - var c = na(a, b); - return G(a) ? -c : c; - } - - function cb(a, b, c, d) { - var e, - f = 0; - x(null != a); - x(null != b); - x(4294967288 > d); - a.Sb = d; - a.Ra = 0; - a.u = 0; - a.h = 0; - 4 < d && (d = 4); - - for (e = 0; e < d; ++e) { - f += b[c + e] << 8 * e; - } - - a.Ra = f; - a.bb = d; - a.oa = b; - a.pa = c; - } - - function Vb(a) { - for (; 8 <= a.u && a.bb < a.Sb;) { - a.Ra >>>= 8, a.Ra += a.oa[a.pa + a.bb] << ob - 8 >>> 0, ++a.bb, a.u -= 8; - } - - db(a) && (a.h = 1, a.u = 0); - } - - function D(a, b) { - x(0 <= b); - - if (!a.h && b <= Gd) { - var c = pb(a) & Hd[b]; - a.u += b; - Vb(a); - return c; - } - - a.h = 1; - return a.u = 0; - } - - function Wb() { - this.b = this.Ca = this.I = 0; - this.oa = []; - this.pa = 0; - this.Jd = []; - this.Yc = 0; - this.Zc = []; - this.Ka = 0; - } - - function Ra() { - this.Ra = 0; - this.oa = []; - this.h = this.u = this.bb = this.Sb = this.pa = 0; - } - - function pb(a) { - return a.Ra >>> (a.u & ob - 1) >>> 0; - } - - function db(a) { - x(a.bb <= a.Sb); - return a.h || a.bb == a.Sb && a.u > ob; - } - - function qb(a, b) { - a.u = b; - a.h = db(a); - } - - function Sa(a) { - a.u >= Xb && (x(a.u >= Xb), Vb(a)); - } - - function Qa(a) { - x(null != a && null != a.oa); - a.pa < a.Zc ? (a.I = (a.oa[a.pa++] | a.I << 8) >>> 0, a.b += 8) : (x(null != a && null != a.oa), a.pa < a.Yc ? (a.b += 8, a.I = a.oa[a.pa++] | a.I << 8) : a.Ka ? a.b = 0 : (a.I <<= 8, a.b += 8, a.Ka = 1)); - } - - function G(a) { - return na(a, 1); - } - - function K(a, b) { - var c = a.Ca; - 0 > a.b && Qa(a); - var d = a.b, - e = c * b >>> 8, - f = (a.I >>> d > e) + 0; - f ? (c -= e, a.I -= e + 1 << d >>> 0) : c = e + 1; - d = c; - - for (e = 0; 256 <= d;) { - e += 8, d >>= 8; - } - - d = 7 ^ e + Id[d]; - a.b -= d; - a.Ca = (c << d) - 1; - return f; - } - - function ra(a, b, c) { - a[b + 0] = c >> 24 & 255; - a[b + 1] = c >> 16 & 255; - a[b + 2] = c >> 8 & 255; - a[b + 3] = c >> 0 & 255; - } - - function Ta(a, b) { - return a[b + 0] << 0 | a[b + 1] << 8; - } - - function Yb(a, b) { - return Ta(a, b) | a[b + 2] << 16; - } - - function Ha(a, b) { - return Ta(a, b) | Ta(a, b + 2) << 16; - } - - function Zb(a, b) { - var c = 1 << b; - x(null != a); - x(0 < b); - a.X = V(c); - if (null == a.X) { return 0; } - a.Mb = 32 - b; - a.Xa = b; - return 1; - } - - function $b(a, b) { - x(null != a); - x(null != b); - x(a.Xa == b.Xa); - I(b.X, 0, a.X, 0, 1 << b.Xa); - } - - function ac() { - this.X = []; - this.Xa = this.Mb = 0; - } - - function bc(a, b, c, d) { - x(null != c); - x(null != d); - var e = c[0], - f = d[0]; - 0 == e && (e = (a * f + b / 2) / b); - 0 == f && (f = (b * e + a / 2) / a); - if (0 >= e || 0 >= f) { return 0; } - c[0] = e; - d[0] = f; - return 1; - } - - function xa(a, b) { - return a + (1 << b) - 1 >>> b; - } - - function yb(a, b) { - return ((a & 4278255360) + (b & 4278255360) >>> 0 & 4278255360) + ((a & 16711935) + (b & 16711935) >>> 0 & 16711935) >>> 0; - } - - function X(a, b) { - self[b] = function (b, d, e, f, g, h, k) { - var c; - - for (c = 0; c < g; ++c) { - var m = self[a](h[k + c - 1], e, f + c); - h[k + c] = yb(b[d + c], m); - } - }; - } - - function Jd() { - this.ud = this.hd = this.jd = 0; - } - - function aa(a, b) { - return (((a ^ b) & 4278124286) >>> 1) + (a & b) >>> 0; - } - - function sa(a) { - if (0 <= a && 256 > a) { return a; } - if (0 > a) { return 0; } - if (255 < a) { return 255; } - } - - function eb(a, b) { - return sa(a + (a - b + .5 >> 1)); - } - - function Ia(a, b, c) { - return Math.abs(b - c) - Math.abs(a - c); - } - - function cc(a, b, c, d, e, f, g) { - d = f[g - 1]; - - for (c = 0; c < e; ++c) { - f[g + c] = d = yb(a[b + c], d); - } - } - - function Kd(a, b, c, d, e) { - var f; - - for (f = 0; f < c; ++f) { - var g = a[b + f], - h = g >> 8 & 255, - k = g & 16711935, - k = k + ((h << 16) + h), - k = k & 16711935; - d[e + f] = (g & 4278255360) + k >>> 0; - } - } - - function dc(a, b) { - b.jd = a >> 0 & 255; - b.hd = a >> 8 & 255; - b.ud = a >> 16 & 255; - } - - function Ld(a, b, c, d, e, f) { - var g; - - for (g = 0; g < d; ++g) { - var h = b[c + g], - k = h >>> 8, - l = h >>> 16, - m = h, - l = l + ((a.jd << 24 >> 24) * (k << 24 >> 24) >>> 5), - l = l & 255, - m = m + ((a.hd << 24 >> 24) * (k << 24 >> 24) >>> 5), - m = m + ((a.ud << 24 >> 24) * (l << 24 >> 24) >>> 5), - m = m & 255; - e[f + g] = (h & 4278255360) + (l << 16) + m; - } - } - - function ec(a, b, c, d, e) { - self[b] = function (a, b, c, k, l, m, n, r, q) { - for (k = n; k < r; ++k) { - for (n = 0; n < q; ++n) { - l[m++] = e(c[d(a[b++])]); - } - } - }; - - self[a] = function (a, b, h, k, l, m, n) { - var f = 8 >> a.b, - g = a.Ea, - t = a.K[0], - v = a.w; - if (8 > f) { for (a = (1 << a.b) - 1, v = (1 << f) - 1; b < h; ++b) { - var p = 0, - u; - - for (u = 0; u < g; ++u) { - u & a || (p = d(k[l++])), m[n++] = e(t[p & v]), p >>= f; - } - } } else { self["VP8LMapColor" + c](k, l, t, v, m, n, b, h, g); } - }; - } - - function Md(a, b, c, d, e) { - for (c = b + c; b < c;) { - var f = a[b++]; - d[e++] = f >> 16 & 255; - d[e++] = f >> 8 & 255; - d[e++] = f >> 0 & 255; - } - } - - function Nd(a, b, c, d, e) { - for (c = b + c; b < c;) { - var f = a[b++]; - d[e++] = f >> 16 & 255; - d[e++] = f >> 8 & 255; - d[e++] = f >> 0 & 255; - d[e++] = f >> 24 & 255; - } - } - - function Od(a, b, c, d, e) { - for (c = b + c; b < c;) { - var f = a[b++], - g = f >> 16 & 240 | f >> 12 & 15, - f = f >> 0 & 240 | f >> 28 & 15; - d[e++] = g; - d[e++] = f; - } - } - - function Pd(a, b, c, d, e) { - for (c = b + c; b < c;) { - var f = a[b++], - g = f >> 16 & 248 | f >> 13 & 7, - f = f >> 5 & 224 | f >> 3 & 31; - d[e++] = g; - d[e++] = f; - } - } - - function Qd(a, b, c, d, e) { - for (c = b + c; b < c;) { - var f = a[b++]; - d[e++] = f >> 0 & 255; - d[e++] = f >> 8 & 255; - d[e++] = f >> 16 & 255; - } - } - - function fb(a, b, c, d, e, f) { - if (0 == f) { for (c = b + c; b < c;) { - f = a[b++], ra(d, (f[0] >> 24 | f[1] >> 8 & 65280 | f[2] << 8 & 16711680 | f[3] << 24) >>> 0), e += 32; - } } else { I(d, e, a, b, c); } - } - - function gb(a, b) { - self[b][0] = self[a + "0"]; - self[b][1] = self[a + "1"]; - self[b][2] = self[a + "2"]; - self[b][3] = self[a + "3"]; - self[b][4] = self[a + "4"]; - self[b][5] = self[a + "5"]; - self[b][6] = self[a + "6"]; - self[b][7] = self[a + "7"]; - self[b][8] = self[a + "8"]; - self[b][9] = self[a + "9"]; - self[b][10] = self[a + "10"]; - self[b][11] = self[a + "11"]; - self[b][12] = self[a + "12"]; - self[b][13] = self[a + "13"]; - self[b][14] = self[a + "0"]; - self[b][15] = self[a + "0"]; - } - - function hb(a) { - return a == zb || a == Ab || a == Ja || a == Bb; - } - - function Rd() { - this.eb = []; - this.size = this.A = this.fb = 0; - } - - function Sd() { - this.y = []; - this.f = []; - this.ea = []; - this.F = []; - this.Tc = this.Ed = this.Cd = this.Fd = this.lb = this.Db = this.Ab = this.fa = this.J = this.W = this.N = this.O = 0; - } - - function Cb() { - this.Rd = this.height = this.width = this.S = 0; - this.f = {}; - this.f.RGBA = new Rd(); - this.f.kb = new Sd(); - this.sd = null; - } - - function Td() { - this.width = [0]; - this.height = [0]; - this.Pd = [0]; - this.Qd = [0]; - this.format = [0]; - } - - function Ud() { - this.Id = this.fd = this.Md = this.hb = this.ib = this.da = this.bd = this.cd = this.j = this.v = this.Da = this.Sd = this.ob = 0; - } - - function Vd(a) { - alert("todo:WebPSamplerProcessPlane"); - return a.T; - } - - function Wd(a, b) { - var c = a.T, - d = b.ba.f.RGBA, - e = d.eb, - f = d.fb + a.ka * d.A, - g = P[b.ba.S], - h = a.y, - k = a.O, - l = a.f, - m = a.N, - n = a.ea, - r = a.W, - q = b.cc, - t = b.dc, - v = b.Mc, - p = b.Nc, - u = a.ka, - w = a.ka + a.T, - y = a.U, - A = y + 1 >> 1; - 0 == u ? g(h, k, null, null, l, m, n, r, l, m, n, r, e, f, null, null, y) : (g(b.ec, b.fc, h, k, q, t, v, p, l, m, n, r, e, f - d.A, e, f, y), ++c); - - for (; u + 2 < w; u += 2) { - q = l, t = m, v = n, p = r, m += a.Rc, r += a.Rc, f += 2 * d.A, k += 2 * a.fa, g(h, k - a.fa, h, k, q, t, v, p, l, m, n, r, e, f - d.A, e, f, y); - } - - k += a.fa; - a.j + w < a.o ? (I(b.ec, b.fc, h, k, y), I(b.cc, b.dc, l, m, A), I(b.Mc, b.Nc, n, r, A), c--) : w & 1 || g(h, k, null, null, l, m, n, r, l, m, n, r, e, f + d.A, null, null, y); - return c; - } - - function Xd(a, b, c) { - var d = a.F, - e = [a.J]; - - if (null != d) { - var f = a.U, - g = b.ba.S, - h = g == ya || g == Ja; - b = b.ba.f.RGBA; - var k = [0], - l = a.ka; - k[0] = a.T; - a.Kb && (0 == l ? --k[0] : (--l, e[0] -= a.width), a.j + a.ka + a.T == a.o && (k[0] = a.o - a.j - l)); - var m = b.eb, - l = b.fb + l * b.A; - a = fc(d, e[0], a.width, f, k, m, l + (h ? 0 : 3), b.A); - x(c == k); - a && hb(g) && za(m, l, h, f, k, b.A); - } - - return 0; - } - - function gc(a) { - var b = a.ma, - c = b.ba.S, - d = 11 > c, - e = c == Ua || c == Va || c == ya || c == Db || 12 == c || hb(c); - b.memory = null; - b.Ib = null; - b.Jb = null; - b.Nd = null; - if (!hc(b.Oa, a, e ? 11 : 12)) { return 0; } - e && hb(c) && ic(); - if (a.da) { alert("todo:use_scaling"); }else { - if (d) { - if (b.Ib = Vd, a.Kb) { - c = a.U + 1 >> 1; - b.memory = V(a.U + 2 * c); - if (null == b.memory) { return 0; } - b.ec = b.memory; - b.fc = 0; - b.cc = b.ec; - b.dc = b.fc + a.U; - b.Mc = b.cc; - b.Nc = b.dc + c; - b.Ib = Wd; - ic(); - } - } else { alert("todo:EmitYUV"); } - - e && (b.Jb = Xd, d && Aa()); - } - - if (d && !jc) { - for (a = 0; 256 > a; ++a) { - Yd[a] = 89858 * (a - 128) + Ba >> Wa, Zd[a] = -22014 * (a - 128) + Ba, $d[a] = -45773 * (a - 128), ae[a] = 113618 * (a - 128) + Ba >> Wa; - } - - for (a = ta; a < Eb; ++a) { - b = 76283 * (a - 16) + Ba >> Wa, be[a - ta] = ga(b, 255), ce[a - ta] = ga(b + 8 >> 4, 15); - } - - jc = 1; - } - - return 1; - } - - function kc(a) { - var b = a.ma, - c = a.U, - d = a.T; - x(!(a.ka & 1)); - if (0 >= c || 0 >= d) { return 0; } - c = b.Ib(a, b); - null != b.Jb && b.Jb(a, b, c); - b.Dc += c; - return 1; - } - - function lc(a) { - a.ma.memory = null; - } - - function mc(a, b, c, d) { - if (47 != D(a, 8)) { return 0; } - b[0] = D(a, 14) + 1; - c[0] = D(a, 14) + 1; - d[0] = D(a, 1); - return 0 != D(a, 3) ? 0 : !a.h; - } - - function ib(a, b) { - if (4 > a) { return a + 1; } - var c = a - 2 >> 1; - return (2 + (a & 1) << c) + D(b, c) + 1; - } - - function nc(a, b) { - if (120 < b) { return b - 120; } - var c = de[b - 1], - c = (c >> 4) * a + (8 - (c & 15)); - return 1 <= c ? c : 1; - } - - function ua(a, b, c) { - var d = pb(c); - b += d & 255; - var e = a[b].g - 8; - 0 < e && (qb(c, c.u + 8), d = pb(c), b += a[b].value, b += d & (1 << e) - 1); - qb(c, c.u + a[b].g); - return a[b].value; - } - - function ub(a, b, c) { - c.g += a.g; - c.value += a.value << b >>> 0; - x(8 >= c.g); - return a.g; - } - - function ha(a, b, c) { - var d = a.xc; - b = 0 == d ? 0 : a.vc[a.md * (c >> d) + (b >> d)]; - x(b < a.Wb); - return a.Ya[b]; - } - - function oc(a, b, c, d) { - var e = a.ab, - f = a.c * b, - g = a.C; - b = g + b; - var h = c, - k = d; - d = a.Ta; - - for (c = a.Ua; 0 < e--;) { - var l = a.gc[e], - m = g, - n = b, - r = h, - q = k, - k = d, - h = c, - t = l.Ea; - x(m < n); - x(n <= l.nc); - - switch (l.hc) { - case 2: - pc(r, q, (n - m) * t, k, h); - break; - - case 0: - var v = l, - p = m, - u = n, - w = k, - y = h, - A = v.Ea; - 0 == p && (ee(r, q, null, null, 1, w, y), cc(r, q + 1, 0, 0, A - 1, w, y + 1), q += A, y += A, ++p); - - for (var E = 1 << v.b, B = E - 1, C = xa(A, v.b), N = v.K, v = v.w + (p >> v.b) * C; p < u;) { - var z = N, - Q = v, - S = 1; - - for (fe(r, q, w, y - A, 1, w, y); S < A;) { - var K = qc[z[Q++] >> 8 & 15], - D = (S & ~B) + E; - D > A && (D = A); - K(r, q + +S, w, y + S - A, D - S, w, y + S); - S = D; - } - - q += A; - y += A; - ++p; - p & B || (v += C); - } - - n != l.nc && I(k, h - t, k, h + (n - m - 1) * t, t); - break; - - case 1: - t = r; - u = q; - r = l.Ea; - q = 1 << l.b; - w = q - 1; - y = r & ~w; - A = r - y; - p = xa(r, l.b); - E = l.K; - - for (l = l.w + (m >> l.b) * p; m < n;) { - B = E; - C = l; - N = new Jd(); - v = u + y; - - for (z = u + r; u < v;) { - dc(B[C++], N), Fb(N, t, u, q, k, h), u += q, h += q; - } - - u < z && (dc(B[C++], N), Fb(N, t, u, A, k, h), u += A, h += A); - ++m; - m & w || (l += p); - } - - break; - - case 3: - if (r == k && q == h && 0 < l.b) { - y = (n - m) * xa(l.Ea, l.b); - t = h + (n - m) * t - y; - u = k; - r = t; - q = k; - w = h; - A = y; - p = []; - - for (y = A - 1; 0 <= y; --y) { - p[y] = q[w + y]; - } - - for (y = A - 1; 0 <= y; --y) { - u[r + y] = p[y]; - } - - rc(l, m, n, k, t, k, h); - } else { rc(l, m, n, r, q, k, h); } - - } - - h = d; - k = c; - } - - k != c && I(d, c, h, k, f); - } - - function ge(a, b) { - var c = a.V, - d = a.Ba + a.c * a.C, - e = b - a.C; - x(b <= a.l.o); - x(16 >= e); - - if (0 < e) { - var f = a.l, - g = a.Ta, - h = a.Ua, - k = f.width; - oc(a, e, c, d); - h = [h]; - c = a.C; - d = b; - e = h; - x(c < d); - x(f.v < f.va); - d > f.o && (d = f.o); - - if (c < f.j) { - var l = f.j - c, - c = f.j; - e[0] += l * k; - } - - c >= d ? c = 0 : (e[0] += 4 * f.v, f.ka = c - f.j, f.U = f.va - f.v, f.T = d - c, c = 1); - - if (c) { - h = h[0]; - c = a.ca; - - if (11 > c.S) { - for (var m = c.f.RGBA, d = c.S, e = f.U, f = f.T, l = m.eb, n = m.A, r = f, m = m.fb + a.Ma * m.A; 0 < r--;) { - var q = g, - t = h, - v = e, - p = l, - u = m; - - switch (d) { - case Ca: - sc(q, t, v, p, u); - break; - - case Ua: - Gb(q, t, v, p, u); - break; - - case zb: - Gb(q, t, v, p, u); - za(p, u, 0, v, 1, 0); - break; - - case tc: - uc(q, t, v, p, u); - break; - - case Va: - fb(q, t, v, p, u, 1); - break; - - case Ab: - fb(q, t, v, p, u, 1); - za(p, u, 0, v, 1, 0); - break; - - case ya: - fb(q, t, v, p, u, 0); - break; - - case Ja: - fb(q, t, v, p, u, 0); - za(p, u, 1, v, 1, 0); - break; - - case Db: - Hb(q, t, v, p, u); - break; - - case Bb: - Hb(q, t, v, p, u); - vc(p, u, v, 1, 0); - break; - - case wc: - xc(q, t, v, p, u); - break; - - default: - x(0); - } - - h += k; - m += n; - } - - a.Ma += f; - } else { alert("todo:EmitRescaledRowsYUVA"); } - - x(a.Ma <= c.height); - } - } - - a.C = b; - x(a.C <= a.i); - } - - function yc(a) { - var b; - if (0 < a.ua) { return 0; } - - for (b = 0; b < a.Wb; ++b) { - var c = a.Ya[b].G, - d = a.Ya[b].H; - if (0 < c[1][d[1] + 0].g || 0 < c[2][d[2] + 0].g || 0 < c[3][d[3] + 0].g) { return 0; } - } - - return 1; - } - - function zc(a, b, c, d, e, f) { - if (0 != a.Z) { - var g = a.qd, - h = a.rd; - - for (x(null != ia[a.Z]); b < c; ++b) { - ia[a.Z](g, h, d, e, d, e, f), g = d, h = e, e += f; - } - - a.qd = g; - a.rd = h; - } - } - - function Ib(a, b) { - var c = a.l.ma, - d = 0 == c.Z || 1 == c.Z ? a.l.j : a.C, - d = a.C < d ? d : a.C; - x(b <= a.l.o); - - if (b > d) { - var e = a.l.width, - f = c.ca, - g = c.tb + e * d, - h = a.V, - k = a.Ba + a.c * d, - l = a.gc; - x(1 == a.ab); - x(3 == l[0].hc); - he(l[0], d, b, h, k, f, g); - zc(c, d, b, f, g, e); - } - - a.C = a.Ma = b; - } - - function Jb(a, b, c, d, e, f, g) { - var h = a.$ / d, - k = a.$ % d, - l = a.m, - m = a.s, - n = c + a.$, - r = n; - e = c + d * e; - var q = c + d * f, - t = 280 + m.ua, - v = a.Pb ? h : 16777216, - p = 0 < m.ua ? m.Wa : null, - u = m.wc, - w = n < q ? ha(m, k, h) : null; - x(a.C < f); - x(q <= e); - var y = !1; - - a: for (;;) { - for (; y || n < q;) { - var A = 0; - - if (h >= v) { - var v = a, - E = n - c; - x(v.Pb); - v.wd = v.m; - v.xd = E; - 0 < v.s.ua && $b(v.s.Wa, v.s.vb); - v = h + ie; - } - - k & u || (w = ha(m, k, h)); - x(null != w); - w.Qb && (b[n] = w.qb, y = !0); - if (!y) { if (Sa(l), w.jc) { - var A = l, - E = b, - B = n, - C = w.pd[pb(A) & xb - 1]; - x(w.jc); - 256 > C.g ? (qb(A, A.u + C.g), E[B] = C.value, A = 0) : (qb(A, A.u + C.g - 256), x(256 <= C.value), A = C.value); - 0 == A && (y = !0); - } else { A = ua(w.G[0], w.H[0], l); } } - if (l.h) { break; } - - if (y || 256 > A) { - if (!y) { if (w.nd) { b[n] = (w.qb | A << 8) >>> 0; }else { - Sa(l); - y = ua(w.G[1], w.H[1], l); - Sa(l); - E = ua(w.G[2], w.H[2], l); - B = ua(w.G[3], w.H[3], l); - if (l.h) { break; } - b[n] = (B << 24 | y << 16 | A << 8 | E) >>> 0; - } } - y = !1; - ++n; - ++k; - if (k >= d && (k = 0, ++h, null != g && h <= f && !(h % 16) && g(a, h), null != p)) { for (; r < n;) { - A = b[r++], p.X[(506832829 * A & 4294967295) >>> p.Mb] = A; - } } - } else if (280 > A) { - A = ib(A - 256, l); - E = ua(w.G[4], w.H[4], l); - Sa(l); - E = ib(E, l); - E = nc(d, E); - if (l.h) { break; } - if (n - c < E || e - n < A) { break a; }else { for (B = 0; B < A; ++B) { - b[n + B] = b[n + B - E]; - } } - n += A; - - for (k += A; k >= d;) { - k -= d, ++h, null != g && h <= f && !(h % 16) && g(a, h); - } - - x(n <= e); - k & u && (w = ha(m, k, h)); - if (null != p) { for (; r < n;) { - A = b[r++], p.X[(506832829 * A & 4294967295) >>> p.Mb] = A; - } } - } else if (A < t) { - y = A - 280; - - for (x(null != p); r < n;) { - A = b[r++], p.X[(506832829 * A & 4294967295) >>> p.Mb] = A; - } - - A = n; - E = p; - x(!(y >>> E.Xa)); - b[A] = E.X[y]; - y = !0; - } else { break a; } - - y || x(l.h == db(l)); - } - - if (a.Pb && l.h && n < e) { x(a.m.h), a.a = 5, a.m = a.wd, a.$ = a.xd, 0 < a.s.ua && $b(a.s.vb, a.s.Wa); }else if (l.h) { break a; }else { null != g && g(a, h > f ? f : h), a.a = 0, a.$ = n - c; } - return 1; - } - - a.a = 3; - return 0; - } - - function Ac(a) { - x(null != a); - a.vc = null; - a.yc = null; - a.Ya = null; - var b = a.Wa; - null != b && (b.X = null); - a.vb = null; - x(null != a); - } - - function Bc() { - var a = new je(); - if (null == a) { return null; } - a.a = 0; - a.xb = Cc; - gb("Predictor", "VP8LPredictors"); - gb("Predictor", "VP8LPredictors_C"); - gb("PredictorAdd", "VP8LPredictorsAdd"); - gb("PredictorAdd", "VP8LPredictorsAdd_C"); - pc = Kd; - Fb = Ld; - sc = Md; - Gb = Nd; - Hb = Od; - xc = Pd; - uc = Qd; - self.VP8LMapColor32b = ke; - self.VP8LMapColor8b = le; - return a; - } - - function rb(a, b, c, d, e) { - var f = 1, - g = [a], - h = [b], - k = d.m, - l = d.s, - m = null, - n = 0; - - a: for (;;) { - if (c) { for (; f && D(k, 1);) { - var r = g, - q = h, - t = d, - v = 1, - p = t.m, - u = t.gc[t.ab], - w = D(p, 2); - if (t.Oc & 1 << w) { f = 0; }else { - t.Oc |= 1 << w; - u.hc = w; - u.Ea = r[0]; - u.nc = q[0]; - u.K = [null]; - ++t.ab; - x(4 >= t.ab); - - switch (w) { - case 0: - case 1: - u.b = D(p, 3) + 2; - v = rb(xa(u.Ea, u.b), xa(u.nc, u.b), 0, t, u.K); - u.K = u.K[0]; - break; - - case 3: - var y = D(p, 8) + 1, - A = 16 < y ? 0 : 4 < y ? 1 : 2 < y ? 2 : 3; - r[0] = xa(u.Ea, A); - u.b = A; - var v = rb(y, 1, 0, t, u.K), - E; - - if (E = v) { - var B, - C = y, - N = u, - z = 1 << (8 >> N.b), - Q = V(z); - if (null == Q) { E = 0; }else { - var S = N.K[0], - K = N.w; - Q[0] = N.K[0][0]; - - for (B = 1; B < 1 * C; ++B) { - Q[B] = yb(S[K + B], Q[B - 1]); - } - - for (; B < 4 * z; ++B) { - Q[B] = 0; - } - - N.K[0] = null; - N.K[0] = Q; - E = 1; - } - } - - v = E; - break; - - case 2: - break; - - default: - x(0); - } - - f = v; - } - } } - g = g[0]; - h = h[0]; - - if (f && D(k, 1) && (n = D(k, 4), f = 1 <= n && 11 >= n, !f)) { - d.a = 3; - break a; - } - - var H; - if (H = f) { b: { - var F = d, - G = g, - L = h, - J = n, - T = c, - Da, - ba, - X = F.m, - R = F.s, - P = [null], - U, - W = 1, - aa = 0, - na = me[J]; - - c: for (;;) { - if (T && D(X, 1)) { - var ca = D(X, 3) + 2, - ga = xa(G, ca), - ka = xa(L, ca), - qa = ga * ka; - if (!rb(ga, ka, 0, F, P)) { break c; } - P = P[0]; - R.xc = ca; - - for (Da = 0; Da < qa; ++Da) { - var ia = P[Da] >> 8 & 65535; - P[Da] = ia; - ia >= W && (W = ia + 1); - } - } - - if (X.h) { break c; } - - for (ba = 0; 5 > ba; ++ba) { - var Y = Dc[ba]; - !ba && 0 < J && (Y += 1 << J); - aa < Y && (aa = Y); - } - - var ma = wa(W * na, O); - var ua = W, - va = wa(ua, Ub); - if (null == va) { var la = null; }else { x(65536 >= ua), la = va; } - var ha = V(aa); - - if (null == la || null == ha || null == ma) { - F.a = 1; - break c; - } - - var pa = ma; - - for (Da = U = 0; Da < W; ++Da) { - var ja = la[Da], - da = ja.G, - ea = ja.H, - Fa = 0, - ra = 1, - Ha = 0; - - for (ba = 0; 5 > ba; ++ba) { - Y = Dc[ba]; - da[ba] = pa; - ea[ba] = U; - !ba && 0 < J && (Y += 1 << J); - - d: { - var sa, - za = Y, - ta = F, - oa = ha, - db = pa, - eb = U, - Ia = 0, - Ka = ta.m, - fb = D(Ka, 1); - M(oa, 0, 0, za); - - if (fb) { - var gb = D(Ka, 1) + 1, - hb = D(Ka, 1), - Ja = D(Ka, 0 == hb ? 1 : 8); - oa[Ja] = 1; - 2 == gb && (Ja = D(Ka, 8), oa[Ja] = 1); - var ya = 1; - } else { - var Ua = V(19), - Va = D(Ka, 4) + 4; - - if (19 < Va) { - ta.a = 3; - var Aa = 0; - break d; - } - - for (sa = 0; sa < Va; ++sa) { - Ua[ne[sa]] = D(Ka, 3); - } - - var Ba = void 0, - sb = void 0, - Wa = ta, - ib = Ua, - Ca = za, - Xa = oa, - Oa = 0, - La = Wa.m, - Ya = 8, - Za = wa(128, O); - - e: for (;;) { - if (!Z(Za, 0, 7, ib, 19)) { break e; } - - if (D(La, 1)) { - var kb = 2 + 2 * D(La, 3), - Ba = 2 + D(La, kb); - if (Ba > Ca) { break e; } - } else { Ba = Ca; } - - for (sb = 0; sb < Ca && Ba--;) { - Sa(La); - var $a = Za[0 + (pb(La) & 127)]; - qb(La, La.u + $a.g); - var jb = $a.value; - if (16 > jb) { Xa[sb++] = jb, 0 != jb && (Ya = jb); }else { - var lb = 16 == jb, - ab = jb - 16, - mb = oe[ab], - bb = D(La, pe[ab]) + mb; - if (sb + bb > Ca) { break e; }else { for (var nb = lb ? Ya : 0; 0 < bb--;) { - Xa[sb++] = nb; - } } - } - } - - Oa = 1; - break e; - } - - Oa || (Wa.a = 3); - ya = Oa; - } - - (ya = ya && !Ka.h) && (Ia = Z(db, eb, 8, oa, za)); - ya && 0 != Ia ? Aa = Ia : (ta.a = 3, Aa = 0); - } - - if (0 == Aa) { break c; } - ra && 1 == qe[ba] && (ra = 0 == pa[U].g); - Fa += pa[U].g; - U += Aa; - - if (3 >= ba) { - var Pa = ha[0], - tb; - - for (tb = 1; tb < Y; ++tb) { - ha[tb] > Pa && (Pa = ha[tb]); - } - - Ha += Pa; - } - } - - ja.nd = ra; - ja.Qb = 0; - ra && (ja.qb = (da[3][ea[3] + 0].value << 24 | da[1][ea[1] + 0].value << 16 | da[2][ea[2] + 0].value) >>> 0, 0 == Fa && 256 > da[0][ea[0] + 0].value && (ja.Qb = 1, ja.qb += da[0][ea[0] + 0].value << 8)); - ja.jc = !ja.Qb && 6 > Ha; - - if (ja.jc) { - var Ga, - Ea = ja; - - for (Ga = 0; Ga < xb; ++Ga) { - var Ma = Ga, - Na = Ea.pd[Ma], - vb = Ea.G[0][Ea.H[0] + Ma]; - 256 <= vb.value ? (Na.g = vb.g + 256, Na.value = vb.value) : (Na.g = 0, Na.value = 0, Ma >>= ub(vb, 8, Na), Ma >>= ub(Ea.G[1][Ea.H[1] + Ma], 16, Na), Ma >>= ub(Ea.G[2][Ea.H[2] + Ma], 0, Na), ub(Ea.G[3][Ea.H[3] + Ma], 24, Na)); - } - } - } - - R.vc = P; - R.Wb = W; - R.Ya = la; - R.yc = ma; - H = 1; - break b; - } - - H = 0; - } } - f = H; - - if (!f) { - d.a = 3; - break a; - } - - if (0 < n) { - if (l.ua = 1 << n, !Zb(l.Wa, n)) { - d.a = 1; - f = 0; - break a; - } - } else { l.ua = 0; } - - var Qa = d, - cb = g, - ob = h, - Ra = Qa.s, - Ta = Ra.xc; - Qa.c = cb; - Qa.i = ob; - Ra.md = xa(cb, Ta); - Ra.wc = 0 == Ta ? -1 : (1 << Ta) - 1; - - if (c) { - d.xb = re; - break a; - } - - m = V(g * h); - - if (null == m) { - d.a = 1; - f = 0; - break a; - } - - f = (f = Jb(d, m, 0, g, h, h, null)) && !k.h; - break a; - } - - f ? (null != e ? e[0] = m : (x(null == m), x(c)), d.$ = 0, c || Ac(l)) : Ac(l); - return f; - } - - function Ec(a, b) { - var c = a.c * a.i, - d = c + b + 16 * b; - x(a.c <= b); - a.V = V(d); - if (null == a.V) { return a.Ta = null, a.Ua = 0, a.a = 1, 0; } - a.Ta = a.V; - a.Ua = a.Ba + c + b; - return 1; - } - - function se(a, b) { - var c = a.C, - d = b - c, - e = a.V, - f = a.Ba + a.c * c; - - for (x(b <= a.l.o); 0 < d;) { - var g = 16 < d ? 16 : d, - h = a.l.ma, - k = a.l.width, - l = k * g, - m = h.ca, - n = h.tb + k * c, - r = a.Ta, - q = a.Ua; - oc(a, g, e, f); - Fc(r, q, m, n, l); - zc(h, c, c + g, m, n, k); - d -= g; - e += g * a.c; - c += g; - } - - x(c == b); - a.C = a.Ma = b; - } - - function te(a, b) { - var c = [0], - d = [0], - e = [0]; - - a: for (;;) { - if (null == a) { return 0; } - if (null == b) { return a.a = 2, 0; } - a.l = b; - a.a = 0; - cb(a.m, b.data, b.w, b.ha); - - if (!mc(a.m, c, d, e)) { - a.a = 3; - break a; - } - - a.xb = Cc; - b.width = c[0]; - b.height = d[0]; - if (!rb(c[0], d[0], 1, a, null)) { break a; } - return 1; - } - - x(0 != a.a); - return 0; - } - - function ue() { - this.ub = this.yd = this.td = this.Rb = 0; - } - - function ve() { - this.Kd = this.Ld = this.Ud = this.Td = this.i = this.c = 0; - } - - function we() { - this.Fb = this.Bb = this.Cb = 0; - this.Zb = V(4); - this.Lb = V(4); - } - - function Gc() { - this.Yb = wb(); - } - - function xe() { - this.jb = V(3); - this.Wc = Ed([4, 8], Gc); - this.Xc = Ed([4, 17], Gc); - } - - function ye() { - this.Pc = this.wb = this.Tb = this.zd = 0; - this.vd = new V(4); - this.od = new V(4); - } - - function Xa() { - this.ld = this.La = this.dd = this.tc = 0; - } - - function Hc() { - this.Na = this.la = 0; - } - - function ze() { - this.Sc = [0, 0]; - this.Eb = [0, 0]; - this.Qc = [0, 0]; - this.ia = this.lc = 0; - } - - function Kb() { - this.ad = V(384); - this.Za = 0; - this.Ob = V(16); - this.$b = this.Ad = this.ia = this.Gc = this.Hc = this.Dd = 0; - } - - function Ae() { - this.uc = this.M = this.Nb = 0; - this.wa = Array(new Xa()); - this.Y = 0; - this.ya = Array(new Kb()); - this.aa = 0; - this.l = new Oa(); - } - - function Ic() { - this.y = V(16); - this.f = V(8); - this.ea = V(8); - } - - function Be() { - this.cb = this.a = 0; - this.sc = ""; - this.m = new Wb(); - this.Od = new ue(); - this.Kc = new ve(); - this.ed = new ye(); - this.Qa = new we(); - this.Ic = this.$c = this.Aa = 0; - this.D = new Ae(); - this.Xb = this.Va = this.Hb = this.zb = this.yb = this.Ub = this.za = 0; - this.Jc = wa(8, Wb); - this.ia = 0; - this.pb = wa(4, ze); - this.Pa = new xe(); - this.Bd = this.kc = 0; - this.Ac = []; - this.Bc = 0; - this.zc = [0, 0, 0, 0]; - this.Gd = Array(new Ic()); - this.Hd = 0; - this.rb = Array(new Hc()); - this.sb = 0; - this.wa = Array(new Xa()); - this.Y = 0; - this.oc = []; - this.pc = 0; - this.sa = []; - this.ta = 0; - this.qa = []; - this.ra = 0; - this.Ha = []; - this.B = this.R = this.Ia = 0; - this.Ec = []; - this.M = this.ja = this.Vb = this.Fc = 0; - this.ya = Array(new Kb()); - this.L = this.aa = 0; - this.gd = Ed([4, 2], Xa); - this.ga = null; - this.Fa = []; - this.Cc = this.qc = this.P = 0; - this.Gb = []; - this.Uc = 0; - this.mb = []; - this.nb = 0; - this.rc = []; - this.Ga = this.Vc = 0; - } - - function ga(a, b) { - return 0 > a ? 0 : a > b ? b : a; - } - - function Oa() { - this.T = this.U = this.ka = this.height = this.width = 0; - this.y = []; - this.f = []; - this.ea = []; - this.Rc = this.fa = this.W = this.N = this.O = 0; - this.ma = "void"; - this.put = "VP8IoPutHook"; - this.ac = "VP8IoSetupHook"; - this.bc = "VP8IoTeardownHook"; - this.ha = this.Kb = 0; - this.data = []; - this.hb = this.ib = this.da = this.o = this.j = this.va = this.v = this.Da = this.ob = this.w = 0; - this.F = []; - this.J = 0; - } - - function Ce() { - var a = new Be(); - null != a && (a.a = 0, a.sc = "OK", a.cb = 0, a.Xb = 0, oa || (oa = De)); - return a; - } - - function T(a, b, c) { - 0 == a.a && (a.a = b, a.sc = c, a.cb = 0); - return 0; - } - - function Jc(a, b, c) { - return 3 <= c && 157 == a[b + 0] && 1 == a[b + 1] && 42 == a[b + 2]; - } - - function Kc(a, b) { - if (null == a) { return 0; } - a.a = 0; - a.sc = "OK"; - if (null == b) { return T(a, 2, "null VP8Io passed to VP8GetHeaders()"); } - var c = b.data; - var d = b.w; - var e = b.ha; - if (4 > e) { return T(a, 7, "Truncated header."); } - var f = c[d + 0] | c[d + 1] << 8 | c[d + 2] << 16; - var g = a.Od; - g.Rb = !(f & 1); - g.td = f >> 1 & 7; - g.yd = f >> 4 & 1; - g.ub = f >> 5; - if (3 < g.td) { return T(a, 3, "Incorrect keyframe parameters."); } - if (!g.yd) { return T(a, 4, "Frame not displayable."); } - d += 3; - e -= 3; - var h = a.Kc; - - if (g.Rb) { - if (7 > e) { return T(a, 7, "cannot parse picture header"); } - if (!Jc(c, d, e)) { return T(a, 3, "Bad code word"); } - h.c = (c[d + 4] << 8 | c[d + 3]) & 16383; - h.Td = c[d + 4] >> 6; - h.i = (c[d + 6] << 8 | c[d + 5]) & 16383; - h.Ud = c[d + 6] >> 6; - d += 7; - e -= 7; - a.za = h.c + 15 >> 4; - a.Ub = h.i + 15 >> 4; - b.width = h.c; - b.height = h.i; - b.Da = 0; - b.j = 0; - b.v = 0; - b.va = b.width; - b.o = b.height; - b.da = 0; - b.ib = b.width; - b.hb = b.height; - b.U = b.width; - b.T = b.height; - f = a.Pa; - M(f.jb, 0, 255, f.jb.length); - f = a.Qa; - x(null != f); - f.Cb = 0; - f.Bb = 0; - f.Fb = 1; - M(f.Zb, 0, 0, f.Zb.length); - M(f.Lb, 0, 0, f.Lb); - } - - if (g.ub > e) { return T(a, 7, "bad partition length"); } - f = a.m; - ma(f, c, d, g.ub); - d += g.ub; - e -= g.ub; - g.Rb && (h.Ld = G(f), h.Kd = G(f)); - h = a.Qa; - var k = a.Pa, - l; - x(null != f); - x(null != h); - h.Cb = G(f); - - if (h.Cb) { - h.Bb = G(f); - - if (G(f)) { - h.Fb = G(f); - - for (l = 0; 4 > l; ++l) { - h.Zb[l] = G(f) ? ca(f, 7) : 0; - } - - for (l = 0; 4 > l; ++l) { - h.Lb[l] = G(f) ? ca(f, 6) : 0; - } - } - - if (h.Bb) { for (l = 0; 3 > l; ++l) { - k.jb[l] = G(f) ? na(f, 8) : 255; - } } - } else { h.Bb = 0; } - - if (f.Ka) { return T(a, 3, "cannot parse segment header"); } - h = a.ed; - h.zd = G(f); - h.Tb = na(f, 6); - h.wb = na(f, 3); - h.Pc = G(f); - - if (h.Pc && G(f)) { - for (k = 0; 4 > k; ++k) { - G(f) && (h.vd[k] = ca(f, 6)); - } - - for (k = 0; 4 > k; ++k) { - G(f) && (h.od[k] = ca(f, 6)); - } - } - - a.L = 0 == h.Tb ? 0 : h.zd ? 1 : 2; - if (f.Ka) { return T(a, 3, "cannot parse filter header"); } - l = d; - var m = e; - e = l; - d = l + m; - h = m; - a.Xb = (1 << na(a.m, 2)) - 1; - k = a.Xb; - if (m < 3 * k) { c = 7; }else { - l += 3 * k; - h -= 3 * k; - - for (m = 0; m < k; ++m) { - var n = c[e + 0] | c[e + 1] << 8 | c[e + 2] << 16; - n > h && (n = h); - ma(a.Jc[+m], c, l, n); - l += n; - h -= n; - e += 3; - } - - ma(a.Jc[+k], c, l, h); - c = l < d ? 0 : 5; - } - if (0 != c) { return T(a, c, "cannot parse partitions"); } - l = a.m; - c = na(l, 7); - e = G(l) ? ca(l, 4) : 0; - d = G(l) ? ca(l, 4) : 0; - h = G(l) ? ca(l, 4) : 0; - k = G(l) ? ca(l, 4) : 0; - l = G(l) ? ca(l, 4) : 0; - m = a.Qa; - - for (n = 0; 4 > n; ++n) { - if (m.Cb) { - var r = m.Zb[n]; - m.Fb || (r += c); - } else if (0 < n) { - a.pb[n] = a.pb[0]; - continue; - } else { r = c; } - - var q = a.pb[n]; - q.Sc[0] = Lb[ga(r + e, 127)]; - q.Sc[1] = Mb[ga(r + 0, 127)]; - q.Eb[0] = 2 * Lb[ga(r + d, 127)]; - q.Eb[1] = 101581 * Mb[ga(r + h, 127)] >> 16; - 8 > q.Eb[1] && (q.Eb[1] = 8); - q.Qc[0] = Lb[ga(r + k, 117)]; - q.Qc[1] = Mb[ga(r + l, 127)]; - q.lc = r + l; - } - - if (!g.Rb) { return T(a, 4, "Not a key frame."); } - G(f); - g = a.Pa; - - for (c = 0; 4 > c; ++c) { - for (e = 0; 8 > e; ++e) { - for (d = 0; 3 > d; ++d) { - for (h = 0; 11 > h; ++h) { - k = K(f, Ee[c][e][d][h]) ? na(f, 8) : Fe[c][e][d][h], g.Wc[c][e].Yb[d][h] = k; - } - } - } - - for (e = 0; 17 > e; ++e) { - g.Xc[c][e] = g.Wc[c][Ge[e]]; - } - } - - a.kc = G(f); - a.kc && (a.Bd = na(f, 8)); - return a.cb = 1; - } - - function De(a, b, c, d, e, f, g) { - var h = b[e].Yb[c]; - - for (c = 0; 16 > e; ++e) { - if (!K(a, h[c + 0])) { return e; } - - for (; !K(a, h[c + 1]);) { - if (h = b[++e].Yb[0], c = 0, 16 == e) { return 16; } - } - - var k = b[e + 1].Yb; - - if (K(a, h[c + 2])) { - var l = a, - m = h, - n = c; - var r = 0; - if (K(l, m[n + 3])) { - if (K(l, m[n + 6])) { - h = 0; - r = K(l, m[n + 8]); - m = K(l, m[n + 9 + r]); - n = 2 * r + m; - r = 0; - - for (m = He[n]; m[h]; ++h) { - r += r + K(l, m[h]); - } - - r += 3 + (8 << n); - } else { K(l, m[n + 7]) ? (r = 7 + 2 * K(l, 165), r += K(l, 145)) : r = 5 + K(l, 159); } - } else { K(l, m[n + 4]) ? r = 3 + K(l, m[n + 5]) : r = 2; } - h = k[2]; - } else { r = 1, h = k[1]; } - - k = g + Ie[e]; - l = a; - 0 > l.b && Qa(l); - var m = l.b, - n = l.Ca >> 1, - q = n - (l.I >> m) >> 31; - --l.b; - l.Ca += q; - l.Ca |= 1; - l.I -= (n + 1 & q) << m; - f[k] = ((r ^ q) - q) * d[(0 < e) + 0]; - } - - return 16; - } - - function Lc(a) { - var b = a.rb[a.sb - 1]; - b.la = 0; - b.Na = 0; - M(a.zc, 0, 0, a.zc.length); - a.ja = 0; - } - - function Je(a, b) { - for (a.M = 0; a.M < a.Va; ++a.M) { - var c = a.Jc[a.M & a.Xb], - d = a.m, - e = a, - f; - - for (f = 0; f < e.za; ++f) { - var g = d; - var h = e; - var k = h.Ac, - l = h.Bc + 4 * f, - m = h.zc, - n = h.ya[h.aa + f]; - h.Qa.Bb ? n.$b = K(g, h.Pa.jb[0]) ? 2 + K(g, h.Pa.jb[2]) : K(g, h.Pa.jb[1]) : n.$b = 0; - h.kc && (n.Ad = K(g, h.Bd)); - n.Za = !K(g, 145) + 0; - - if (n.Za) { - var r = n.Ob, - q = 0; - - for (h = 0; 4 > h; ++h) { - var t = m[0 + h]; - var v; - - for (v = 0; 4 > v; ++v) { - t = Ke[k[l + v]][t]; - - for (var p = Mc[K(g, t[0])]; 0 < p;) { - p = Mc[2 * p + K(g, t[p])]; - } - - t = -p; - k[l + v] = t; - } - - I(r, q, k, l, 4); - q += 4; - m[0 + h] = t; - } - } else { t = K(g, 156) ? K(g, 128) ? 1 : 3 : K(g, 163) ? 2 : 0, n.Ob[0] = t, M(k, l, t, 4), M(m, 0, t, 4); } - - n.Dd = K(g, 142) ? K(g, 114) ? K(g, 183) ? 1 : 3 : 2 : 0; - } - - if (e.m.Ka) { return T(a, 7, "Premature end-of-partition0 encountered."); } - - for (; a.ja < a.za; ++a.ja) { - d = a; - e = c; - g = d.rb[d.sb - 1]; - k = d.rb[d.sb + d.ja]; - f = d.ya[d.aa + d.ja]; - if (l = d.kc ? f.Ad : 0) { g.la = k.la = 0, f.Za || (g.Na = k.Na = 0), f.Hc = 0, f.Gc = 0, f.ia = 0; }else { - var u, - w, - g = k, - k = e, - l = d.Pa.Xc, - m = d.ya[d.aa + d.ja], - n = d.pb[m.$b]; - h = m.ad; - r = 0; - q = d.rb[d.sb - 1]; - t = v = 0; - M(h, r, 0, 384); - - if (m.Za) { - var y = 0; - var A = l[3]; - } else { - p = V(16); - var E = g.Na + q.Na; - E = oa(k, l[1], E, n.Eb, 0, p, 0); - g.Na = q.Na = (0 < E) + 0; - if (1 < E) { Nc(p, 0, h, r); }else { - var B = p[0] + 3 >> 3; - - for (p = 0; 256 > p; p += 16) { - h[r + p] = B; - } - } - y = 1; - A = l[0]; - } - - var C = g.la & 15; - var N = q.la & 15; - - for (p = 0; 4 > p; ++p) { - var z = N & 1; - - for (B = w = 0; 4 > B; ++B) { - E = z + (C & 1), E = oa(k, A, E, n.Sc, y, h, r), z = E > y, C = C >> 1 | z << 7, w = w << 2 | (3 < E ? 3 : 1 < E ? 2 : 0 != h[r + 0]), r += 16; - } - - C >>= 4; - N = N >> 1 | z << 7; - v = (v << 8 | w) >>> 0; - } - - A = C; - y = N >> 4; - - for (u = 0; 4 > u; u += 2) { - w = 0; - C = g.la >> 4 + u; - N = q.la >> 4 + u; - - for (p = 0; 2 > p; ++p) { - z = N & 1; - - for (B = 0; 2 > B; ++B) { - E = z + (C & 1), E = oa(k, l[2], E, n.Qc, 0, h, r), z = 0 < E, C = C >> 1 | z << 3, w = w << 2 | (3 < E ? 3 : 1 < E ? 2 : 0 != h[r + 0]), r += 16; - } - - C >>= 2; - N = N >> 1 | z << 5; - } - - t |= w << 4 * u; - A |= C << 4 << u; - y |= (N & 240) << u; - } - - g.la = A; - q.la = y; - m.Hc = v; - m.Gc = t; - m.ia = t & 43690 ? 0 : n.ia; - l = !(v | t); - } - 0 < d.L && (d.wa[d.Y + d.ja] = d.gd[f.$b][f.Za], d.wa[d.Y + d.ja].La |= !l); - if (e.Ka) { return T(a, 7, "Premature end-of-file encountered."); } - } - - Lc(a); - c = a; - d = b; - e = 1; - f = c.D; - g = 0 < c.L && c.M >= c.zb && c.M <= c.Va; - if (0 == c.Aa) { a: { - f.M = c.M, f.uc = g, Oc(c, f), e = 1; - w = c.D; - f = w.Nb; - t = Ya[c.L]; - g = t * c.R; - k = t / 2 * c.B; - p = 16 * f * c.R; - B = 8 * f * c.B; - l = c.sa; - m = c.ta - g + p; - n = c.qa; - h = c.ra - k + B; - r = c.Ha; - q = c.Ia - k + B; - C = w.M; - N = 0 == C; - v = C >= c.Va - 1; - 2 == c.Aa && Oc(c, w); - if (w.uc) { for (E = c, z = E.D.M, x(E.D.uc), w = E.yb; w < E.Hb; ++w) { - var Q = E; - y = w; - A = z; - var S = Q.D, - D = S.Nb; - u = Q.R; - var S = S.wa[S.Y + y], - F = Q.sa, - H = Q.ta + 16 * D * u + 16 * y, - J = S.dd, - G = S.tc; - if (0 != G) { if (x(3 <= G), 1 == Q.L) { 0 < y && Pc(F, H, u, G + 4), S.La && Qc(F, H, u, G), 0 < A && Rc(F, H, u, G + 4), S.La && Sc(F, H, u, G); }else { - var L = Q.B, - O = Q.qa, - P = Q.ra + 8 * D * L + 8 * y, - R = Q.Ha, - Q = Q.Ia + 8 * D * L + 8 * y, - D = S.ld; - 0 < y && (Tc(F, H, u, G + 4, J, D), Uc(O, P, R, Q, L, G + 4, J, D)); - S.La && (Vc(F, H, u, G, J, D), Wc(O, P, R, Q, L, G, J, D)); - 0 < A && (Xc(F, H, u, G + 4, J, D), Yc(O, P, R, Q, L, G + 4, J, D)); - S.La && (Zc(F, H, u, G, J, D), $c(O, P, R, Q, L, G, J, D)); - } } - } } - c.ia && alert("todo:DitherRow"); - - if (null != d.put) { - w = 16 * C; - C = 16 * (C + 1); - N ? (d.y = c.sa, d.O = c.ta + p, d.f = c.qa, d.N = c.ra + B, d.ea = c.Ha, d.W = c.Ia + B) : (w -= t, d.y = l, d.O = m, d.f = n, d.N = h, d.ea = r, d.W = q); - v || (C -= t); - C > d.o && (C = d.o); - d.F = null; - d.J = null; - - if (null != c.Fa && 0 < c.Fa.length && w < C && (d.J = Le(c, d, w, C - w), d.F = c.mb, null == d.F && 0 == d.F.length)) { - e = T(c, 3, "Could not decode alpha data."); - break a; - } - - w < d.j && (t = d.j - w, w = d.j, x(!(t & 1)), d.O += c.R * t, d.N += c.B * (t >> 1), d.W += c.B * (t >> 1), null != d.F && (d.J += d.width * t)); - w < C && (d.O += d.v, d.N += d.v >> 1, d.W += d.v >> 1, null != d.F && (d.J += d.v), d.ka = w - d.j, d.U = d.va - d.v, d.T = C - w, e = d.put(d)); - } - - f + 1 != c.Ic || v || (I(c.sa, c.ta - g, l, m + 16 * c.R, g), I(c.qa, c.ra - k, n, h + 8 * c.B, k), I(c.Ha, c.Ia - k, r, q + 8 * c.B, k)); - } } - if (!e) { return T(a, 6, "Output aborted."); } - } - - return 1; - } - - function Me(a, b) { - if (null == a) { return 0; } - if (null == b) { return T(a, 2, "NULL VP8Io parameter in VP8Decode()."); } - if (!a.cb && !Kc(a, b)) { return 0; } - x(a.cb); - - if (null == b.ac || b.ac(b)) { - b.ob && (a.L = 0); - var c = Ya[a.L]; - 2 == a.L ? (a.yb = 0, a.zb = 0) : (a.yb = b.v - c >> 4, a.zb = b.j - c >> 4, 0 > a.yb && (a.yb = 0), 0 > a.zb && (a.zb = 0)); - a.Va = b.o + 15 + c >> 4; - a.Hb = b.va + 15 + c >> 4; - a.Hb > a.za && (a.Hb = a.za); - a.Va > a.Ub && (a.Va = a.Ub); - - if (0 < a.L) { - var d = a.ed; - - for (c = 0; 4 > c; ++c) { - var e; - - if (a.Qa.Cb) { - var f = a.Qa.Lb[c]; - a.Qa.Fb || (f += d.Tb); - } else { f = d.Tb; } - - for (e = 0; 1 >= e; ++e) { - var g = a.gd[c][e], - h = f; - d.Pc && (h += d.vd[0], e && (h += d.od[0])); - h = 0 > h ? 0 : 63 < h ? 63 : h; - - if (0 < h) { - var k = h; - 0 < d.wb && (k = 4 < d.wb ? k >> 2 : k >> 1, k > 9 - d.wb && (k = 9 - d.wb)); - 1 > k && (k = 1); - g.dd = k; - g.tc = 2 * h + k; - g.ld = 40 <= h ? 2 : 15 <= h ? 1 : 0; - } else { g.tc = 0; } - - g.La = e; - } - } - } - - c = 0; - } else { T(a, 6, "Frame setup failed"), c = a.a; } - - if (c = 0 == c) { - if (c) { - a.$c = 0; - 0 < a.Aa || (a.Ic = Ne); - - b: { - c = a.Ic; - var k = a.za, - d = 4 * k, - l = 32 * k, - m = k + 1, - n = 0 < a.L ? k * (0 < a.Aa ? 2 : 1) : 0, - r = (2 == a.Aa ? 2 : 1) * k; - e = 3 * (16 * c + Ya[a.L]) / 2 * l; - f = null != a.Fa && 0 < a.Fa.length ? a.Kc.c * a.Kc.i : 0; - g = d + 832 + e + f; - if (g != g) { c = 0; }else { - if (g > a.Vb) { - a.Vb = 0; - a.Ec = V(g); - a.Fc = 0; - - if (null == a.Ec) { - c = T(a, 1, "no memory during frame initialization."); - break b; - } - - a.Vb = g; - } - - g = a.Ec; - h = a.Fc; - a.Ac = g; - a.Bc = h; - h += d; - a.Gd = wa(l, Ic); - a.Hd = 0; - a.rb = wa(m + 1, Hc); - a.sb = 1; - a.wa = n ? wa(n, Xa) : null; - a.Y = 0; - a.D.Nb = 0; - a.D.wa = a.wa; - a.D.Y = a.Y; - 0 < a.Aa && (a.D.Y += k); - x(!0); - a.oc = g; - a.pc = h; - h += 832; - a.ya = wa(r, Kb); - a.aa = 0; - a.D.ya = a.ya; - a.D.aa = a.aa; - 2 == a.Aa && (a.D.aa += k); - a.R = 16 * k; - a.B = 8 * k; - l = Ya[a.L]; - k = l * a.R; - l = l / 2 * a.B; - a.sa = g; - a.ta = h + k; - a.qa = a.sa; - a.ra = a.ta + 16 * c * a.R + l; - a.Ha = a.qa; - a.Ia = a.ra + 8 * c * a.B + l; - a.$c = 0; - h += e; - a.mb = f ? g : null; - a.nb = f ? h : null; - x(h + f <= a.Fc + a.Vb); - Lc(a); - M(a.Ac, a.Bc, 0, d); - c = 1; - } - } - - if (c) { - b.ka = 0; - b.y = a.sa; - b.O = a.ta; - b.f = a.qa; - b.N = a.ra; - b.ea = a.Ha; - b.Vd = a.Ia; - b.fa = a.R; - b.Rc = a.B; - b.F = null; - b.J = 0; - - if (!ad) { - for (c = -255; 255 >= c; ++c) { - bd[255 + c] = 0 > c ? -c : c; - } - - for (c = -1020; 1020 >= c; ++c) { - cd[1020 + c] = -128 > c ? -128 : 127 < c ? 127 : c; - } - - for (c = -112; 112 >= c; ++c) { - dd[112 + c] = -16 > c ? -16 : 15 < c ? 15 : c; - } - - for (c = -255; 510 >= c; ++c) { - ed[255 + c] = 0 > c ? 0 : 255 < c ? 255 : c; - } - - ad = 1; - } - - Nc = Oe; - Za = Pe; - Nb = Qe; - pa = Re; - Ob = Se; - fd = Te; - Xc = Ue; - Tc = Ve; - Yc = We; - Uc = Xe; - Zc = Ye; - Vc = Ze; - $c = $e; - Wc = af; - Rc = gd; - Pc = hd; - Sc = bf; - Qc = cf; - W[0] = df; - W[1] = ef; - W[2] = ff; - W[3] = gf; - W[4] = hf; - W[5] = jf; - W[6] = kf; - W[7] = lf; - W[8] = mf; - W[9] = nf; - Y[0] = of; - Y[1] = pf; - Y[2] = qf; - Y[3] = rf; - Y[4] = sf; - Y[5] = tf; - Y[6] = uf; - ka[0] = vf; - ka[1] = wf; - ka[2] = xf; - ka[3] = yf; - ka[4] = zf; - ka[5] = Af; - ka[6] = Bf; - c = 1; - } else { c = 0; } - } - - c && (c = Je(a, b)); - null != b.bc && b.bc(b); - c &= 1; - } - - if (!c) { return 0; } - a.cb = 0; - return c; - } - - function qa(a, b, c, d, e) { - e = a[b + c + 32 * d] + (e >> 3); - a[b + c + 32 * d] = e & -256 ? 0 > e ? 0 : 255 : e; - } - - function kb(a, b, c, d, e, f) { - qa(a, b, 0, c, d + e); - qa(a, b, 1, c, d + f); - qa(a, b, 2, c, d - f); - qa(a, b, 3, c, d - e); - } - - function da(a) { - return (20091 * a >> 16) + a; - } - - function id(a, b, c, d) { - var e = 0, - f; - var g = V(16); - - for (f = 0; 4 > f; ++f) { - var h = a[b + 0] + a[b + 8]; - var k = a[b + 0] - a[b + 8]; - var l = (35468 * a[b + 4] >> 16) - da(a[b + 12]); - var m = da(a[b + 4]) + (35468 * a[b + 12] >> 16); - g[e + 0] = h + m; - g[e + 1] = k + l; - g[e + 2] = k - l; - g[e + 3] = h - m; - e += 4; - b++; - } - - for (f = e = 0; 4 > f; ++f) { - a = g[e + 0] + 4, h = a + g[e + 8], k = a - g[e + 8], l = (35468 * g[e + 4] >> 16) - da(g[e + 12]), m = da(g[e + 4]) + (35468 * g[e + 12] >> 16), qa(c, d, 0, 0, h + m), qa(c, d, 1, 0, k + l), qa(c, d, 2, 0, k - l), qa(c, d, 3, 0, h - m), e++, d += 32; - } - } - - function Te(a, b, c, d) { - var e = a[b + 0] + 4, - f = 35468 * a[b + 4] >> 16, - g = da(a[b + 4]), - h = 35468 * a[b + 1] >> 16; - a = da(a[b + 1]); - kb(c, d, 0, e + g, a, h); - kb(c, d, 1, e + f, a, h); - kb(c, d, 2, e - f, a, h); - kb(c, d, 3, e - g, a, h); - } - - function Pe(a, b, c, d, e) { - id(a, b, c, d); - e && id(a, b + 16, c, d + 4); - } - - function Qe(a, b, c, d) { - Za(a, b + 0, c, d, 1); - Za(a, b + 32, c, d + 128, 1); - } - - function Re(a, b, c, d) { - a = a[b + 0] + 4; - var e; - - for (e = 0; 4 > e; ++e) { - for (b = 0; 4 > b; ++b) { - qa(c, d, b, e, a); - } - } - } - - function Se(a, b, c, d) { - a[b + 0] && pa(a, b + 0, c, d); - a[b + 16] && pa(a, b + 16, c, d + 4); - a[b + 32] && pa(a, b + 32, c, d + 128); - a[b + 48] && pa(a, b + 48, c, d + 128 + 4); - } - - function Oe(a, b, c, d) { - var e = V(16), - f; - - for (f = 0; 4 > f; ++f) { - var g = a[b + 0 + f] + a[b + 12 + f]; - var h = a[b + 4 + f] + a[b + 8 + f]; - var k = a[b + 4 + f] - a[b + 8 + f]; - var l = a[b + 0 + f] - a[b + 12 + f]; - e[0 + f] = g + h; - e[8 + f] = g - h; - e[4 + f] = l + k; - e[12 + f] = l - k; - } - - for (f = 0; 4 > f; ++f) { - a = e[0 + 4 * f] + 3, g = a + e[3 + 4 * f], h = e[1 + 4 * f] + e[2 + 4 * f], k = e[1 + 4 * f] - e[2 + 4 * f], l = a - e[3 + 4 * f], c[d + 0] = g + h >> 3, c[d + 16] = l + k >> 3, c[d + 32] = g - h >> 3, c[d + 48] = l - k >> 3, d += 64; - } - } - - function Pb(a, b, c) { - var d = b - 32, - e = R, - f = 255 - a[d - 1], - g; - - for (g = 0; g < c; ++g) { - var h = e, - k = f + a[b - 1], - l; - - for (l = 0; l < c; ++l) { - a[b + l] = h[k + a[d + l]]; - } - - b += 32; - } - } - - function ef(a, b) { - Pb(a, b, 4); - } - - function wf(a, b) { - Pb(a, b, 8); - } - - function pf(a, b) { - Pb(a, b, 16); - } - - function qf(a, b) { - var c; - - for (c = 0; 16 > c; ++c) { - I(a, b + 32 * c, a, b - 32, 16); - } - } - - function rf(a, b) { - var c; - - for (c = 16; 0 < c; --c) { - M(a, b, a[b - 1], 16), b += 32; - } - } - - function $a(a, b, c) { - var d; - - for (d = 0; 16 > d; ++d) { - M(b, c + 32 * d, a, 16); - } - } - - function of(a, b) { - var c = 16, - d; - - for (d = 0; 16 > d; ++d) { - c += a[b - 1 + 32 * d] + a[b + d - 32]; - } - - $a(c >> 5, a, b); - } - - function sf(a, b) { - var c = 8, - d; - - for (d = 0; 16 > d; ++d) { - c += a[b - 1 + 32 * d]; - } - - $a(c >> 4, a, b); - } - - function tf(a, b) { - var c = 8, - d; - - for (d = 0; 16 > d; ++d) { - c += a[b + d - 32]; - } - - $a(c >> 4, a, b); - } - - function uf(a, b) { - $a(128, a, b); - } - - function z(a, b, c) { - return a + 2 * b + c + 2 >> 2; - } - - function ff(a, b) { - var c = b - 32, - c = new Uint8Array([z(a[c - 1], a[c + 0], a[c + 1]), z(a[c + 0], a[c + 1], a[c + 2]), z(a[c + 1], a[c + 2], a[c + 3]), z(a[c + 2], a[c + 3], a[c + 4])]), - d; - - for (d = 0; 4 > d; ++d) { - I(a, b + 32 * d, c, 0, c.length); - } - } - - function gf(a, b) { - var c = a[b - 1], - d = a[b - 1 + 32], - e = a[b - 1 + 64], - f = a[b - 1 + 96]; - ra(a, b + 0, 16843009 * z(a[b - 1 - 32], c, d)); - ra(a, b + 32, 16843009 * z(c, d, e)); - ra(a, b + 64, 16843009 * z(d, e, f)); - ra(a, b + 96, 16843009 * z(e, f, f)); - } - - function df(a, b) { - var c = 4, - d; - - for (d = 0; 4 > d; ++d) { - c += a[b + d - 32] + a[b - 1 + 32 * d]; - } - - c >>= 3; - - for (d = 0; 4 > d; ++d) { - M(a, b + 32 * d, c, 4); - } - } - - function hf(a, b) { - var c = a[b - 1 + 0], - d = a[b - 1 + 32], - e = a[b - 1 + 64], - f = a[b - 1 - 32], - g = a[b + 0 - 32], - h = a[b + 1 - 32], - k = a[b + 2 - 32], - l = a[b + 3 - 32]; - a[b + 0 + 96] = z(d, e, a[b - 1 + 96]); - a[b + 1 + 96] = a[b + 0 + 64] = z(c, d, e); - a[b + 2 + 96] = a[b + 1 + 64] = a[b + 0 + 32] = z(f, c, d); - a[b + 3 + 96] = a[b + 2 + 64] = a[b + 1 + 32] = a[b + 0 + 0] = z(g, f, c); - a[b + 3 + 64] = a[b + 2 + 32] = a[b + 1 + 0] = z(h, g, f); - a[b + 3 + 32] = a[b + 2 + 0] = z(k, h, g); - a[b + 3 + 0] = z(l, k, h); - } - - function kf(a, b) { - var c = a[b + 1 - 32], - d = a[b + 2 - 32], - e = a[b + 3 - 32], - f = a[b + 4 - 32], - g = a[b + 5 - 32], - h = a[b + 6 - 32], - k = a[b + 7 - 32]; - a[b + 0 + 0] = z(a[b + 0 - 32], c, d); - a[b + 1 + 0] = a[b + 0 + 32] = z(c, d, e); - a[b + 2 + 0] = a[b + 1 + 32] = a[b + 0 + 64] = z(d, e, f); - a[b + 3 + 0] = a[b + 2 + 32] = a[b + 1 + 64] = a[b + 0 + 96] = z(e, f, g); - a[b + 3 + 32] = a[b + 2 + 64] = a[b + 1 + 96] = z(f, g, h); - a[b + 3 + 64] = a[b + 2 + 96] = z(g, h, k); - a[b + 3 + 96] = z(h, k, k); - } - - function jf(a, b) { - var c = a[b - 1 + 0], - d = a[b - 1 + 32], - e = a[b - 1 + 64], - f = a[b - 1 - 32], - g = a[b + 0 - 32], - h = a[b + 1 - 32], - k = a[b + 2 - 32], - l = a[b + 3 - 32]; - a[b + 0 + 0] = a[b + 1 + 64] = f + g + 1 >> 1; - a[b + 1 + 0] = a[b + 2 + 64] = g + h + 1 >> 1; - a[b + 2 + 0] = a[b + 3 + 64] = h + k + 1 >> 1; - a[b + 3 + 0] = k + l + 1 >> 1; - a[b + 0 + 96] = z(e, d, c); - a[b + 0 + 64] = z(d, c, f); - a[b + 0 + 32] = a[b + 1 + 96] = z(c, f, g); - a[b + 1 + 32] = a[b + 2 + 96] = z(f, g, h); - a[b + 2 + 32] = a[b + 3 + 96] = z(g, h, k); - a[b + 3 + 32] = z(h, k, l); - } - - function lf(a, b) { - var c = a[b + 0 - 32], - d = a[b + 1 - 32], - e = a[b + 2 - 32], - f = a[b + 3 - 32], - g = a[b + 4 - 32], - h = a[b + 5 - 32], - k = a[b + 6 - 32], - l = a[b + 7 - 32]; - a[b + 0 + 0] = c + d + 1 >> 1; - a[b + 1 + 0] = a[b + 0 + 64] = d + e + 1 >> 1; - a[b + 2 + 0] = a[b + 1 + 64] = e + f + 1 >> 1; - a[b + 3 + 0] = a[b + 2 + 64] = f + g + 1 >> 1; - a[b + 0 + 32] = z(c, d, e); - a[b + 1 + 32] = a[b + 0 + 96] = z(d, e, f); - a[b + 2 + 32] = a[b + 1 + 96] = z(e, f, g); - a[b + 3 + 32] = a[b + 2 + 96] = z(f, g, h); - a[b + 3 + 64] = z(g, h, k); - a[b + 3 + 96] = z(h, k, l); - } - - function nf(a, b) { - var c = a[b - 1 + 0], - d = a[b - 1 + 32], - e = a[b - 1 + 64], - f = a[b - 1 + 96]; - a[b + 0 + 0] = c + d + 1 >> 1; - a[b + 2 + 0] = a[b + 0 + 32] = d + e + 1 >> 1; - a[b + 2 + 32] = a[b + 0 + 64] = e + f + 1 >> 1; - a[b + 1 + 0] = z(c, d, e); - a[b + 3 + 0] = a[b + 1 + 32] = z(d, e, f); - a[b + 3 + 32] = a[b + 1 + 64] = z(e, f, f); - a[b + 3 + 64] = a[b + 2 + 64] = a[b + 0 + 96] = a[b + 1 + 96] = a[b + 2 + 96] = a[b + 3 + 96] = f; - } - - function mf(a, b) { - var c = a[b - 1 + 0], - d = a[b - 1 + 32], - e = a[b - 1 + 64], - f = a[b - 1 + 96], - g = a[b - 1 - 32], - h = a[b + 0 - 32], - k = a[b + 1 - 32], - l = a[b + 2 - 32]; - a[b + 0 + 0] = a[b + 2 + 32] = c + g + 1 >> 1; - a[b + 0 + 32] = a[b + 2 + 64] = d + c + 1 >> 1; - a[b + 0 + 64] = a[b + 2 + 96] = e + d + 1 >> 1; - a[b + 0 + 96] = f + e + 1 >> 1; - a[b + 3 + 0] = z(h, k, l); - a[b + 2 + 0] = z(g, h, k); - a[b + 1 + 0] = a[b + 3 + 32] = z(c, g, h); - a[b + 1 + 32] = a[b + 3 + 64] = z(d, c, g); - a[b + 1 + 64] = a[b + 3 + 96] = z(e, d, c); - a[b + 1 + 96] = z(f, e, d); - } - - function xf(a, b) { - var c; - - for (c = 0; 8 > c; ++c) { - I(a, b + 32 * c, a, b - 32, 8); - } - } - - function yf(a, b) { - var c; - - for (c = 0; 8 > c; ++c) { - M(a, b, a[b - 1], 8), b += 32; - } - } - - function lb(a, b, c) { - var d; - - for (d = 0; 8 > d; ++d) { - M(b, c + 32 * d, a, 8); - } - } - - function vf(a, b) { - var c = 8, - d; - - for (d = 0; 8 > d; ++d) { - c += a[b + d - 32] + a[b - 1 + 32 * d]; - } - - lb(c >> 4, a, b); - } - - function Af(a, b) { - var c = 4, - d; - - for (d = 0; 8 > d; ++d) { - c += a[b + d - 32]; - } - - lb(c >> 3, a, b); - } - - function zf(a, b) { - var c = 4, - d; - - for (d = 0; 8 > d; ++d) { - c += a[b - 1 + 32 * d]; - } - - lb(c >> 3, a, b); - } - - function Bf(a, b) { - lb(128, a, b); - } - - function ab(a, b, c) { - var d = a[b - c], - e = a[b + 0], - f = 3 * (e - d) + Qb[1020 + a[b - 2 * c] - a[b + c]], - g = mb[112 + (f + 4 >> 3)]; - a[b - c] = R[255 + d + mb[112 + (f + 3 >> 3)]]; - a[b + 0] = R[255 + e - g]; - } - - function jd(a, b, c, d) { - var e = a[b + 0], - f = a[b + c]; - return U[255 + a[b - 2 * c] - a[b - c]] > d || U[255 + f - e] > d; - } - - function kd(a, b, c, d) { - return 4 * U[255 + a[b - c] - a[b + 0]] + U[255 + a[b - 2 * c] - a[b + c]] <= d; - } - - function ld(a, b, c, d, e) { - var f = a[b - 3 * c], - g = a[b - 2 * c], - h = a[b - c], - k = a[b + 0], - l = a[b + c], - m = a[b + 2 * c], - n = a[b + 3 * c]; - return 4 * U[255 + h - k] + U[255 + g - l] > d ? 0 : U[255 + a[b - 4 * c] - f] <= e && U[255 + f - g] <= e && U[255 + g - h] <= e && U[255 + n - m] <= e && U[255 + m - l] <= e && U[255 + l - k] <= e; - } - - function gd(a, b, c, d) { - var e = 2 * d + 1; - - for (d = 0; 16 > d; ++d) { - kd(a, b + d, c, e) && ab(a, b + d, c); - } - } - - function hd(a, b, c, d) { - var e = 2 * d + 1; - - for (d = 0; 16 > d; ++d) { - kd(a, b + d * c, 1, e) && ab(a, b + d * c, 1); - } - } - - function bf(a, b, c, d) { - var e; - - for (e = 3; 0 < e; --e) { - b += 4 * c, gd(a, b, c, d); - } - } - - function cf(a, b, c, d) { - var e; - - for (e = 3; 0 < e; --e) { - b += 4, hd(a, b, c, d); - } - } - - function ea(a, b, c, d, e, f, g, h) { - for (f = 2 * f + 1; 0 < e--;) { - if (ld(a, b, c, f, g)) { if (jd(a, b, c, h)) { ab(a, b, c); }else { - var k = a, - l = b, - m = c, - n = k[l - 2 * m], - r = k[l - m], - q = k[l + 0], - t = k[l + m], - v = k[l + 2 * m], - p = Qb[1020 + 3 * (q - r) + Qb[1020 + n - t]], - u = 27 * p + 63 >> 7, - w = 18 * p + 63 >> 7, - p = 9 * p + 63 >> 7; - k[l - 3 * m] = R[255 + k[l - 3 * m] + p]; - k[l - 2 * m] = R[255 + n + w]; - k[l - m] = R[255 + r + u]; - k[l + 0] = R[255 + q - u]; - k[l + m] = R[255 + t - w]; - k[l + 2 * m] = R[255 + v - p]; - } } - b += d; - } - } - - function Fa(a, b, c, d, e, f, g, h) { - for (f = 2 * f + 1; 0 < e--;) { - if (ld(a, b, c, f, g)) { if (jd(a, b, c, h)) { ab(a, b, c); }else { - var k = a, - l = b, - m = c, - n = k[l - m], - r = k[l + 0], - q = k[l + m], - t = 3 * (r - n), - v = mb[112 + (t + 4 >> 3)], - t = mb[112 + (t + 3 >> 3)], - p = v + 1 >> 1; - k[l - 2 * m] = R[255 + k[l - 2 * m] + p]; - k[l - m] = R[255 + n + t]; - k[l + 0] = R[255 + r - v]; - k[l + m] = R[255 + q - p]; - } } - b += d; - } - } - - function Ue(a, b, c, d, e, f) { - ea(a, b, c, 1, 16, d, e, f); - } - - function Ve(a, b, c, d, e, f) { - ea(a, b, 1, c, 16, d, e, f); - } - - function Ye(a, b, c, d, e, f) { - var g; - - for (g = 3; 0 < g; --g) { - b += 4 * c, Fa(a, b, c, 1, 16, d, e, f); - } - } - - function Ze(a, b, c, d, e, f) { - var g; - - for (g = 3; 0 < g; --g) { - b += 4, Fa(a, b, 1, c, 16, d, e, f); - } - } - - function We(a, b, c, d, e, f, g, h) { - ea(a, b, e, 1, 8, f, g, h); - ea(c, d, e, 1, 8, f, g, h); - } - - function Xe(a, b, c, d, e, f, g, h) { - ea(a, b, 1, e, 8, f, g, h); - ea(c, d, 1, e, 8, f, g, h); - } - - function $e(a, b, c, d, e, f, g, h) { - Fa(a, b + 4 * e, e, 1, 8, f, g, h); - Fa(c, d + 4 * e, e, 1, 8, f, g, h); - } - - function af(a, b, c, d, e, f, g, h) { - Fa(a, b + 4, 1, e, 8, f, g, h); - Fa(c, d + 4, 1, e, 8, f, g, h); - } - - function Cf() { - this.ba = new Cb(); - this.ec = []; - this.cc = []; - this.Mc = []; - this.Dc = this.Nc = this.dc = this.fc = 0; - this.Oa = new Ud(); - this.memory = 0; - this.Ib = "OutputFunc"; - this.Jb = "OutputAlphaFunc"; - this.Nd = "OutputRowFunc"; - } - - function md() { - this.data = []; - this.offset = this.kd = this.ha = this.w = 0; - this.na = []; - this.xa = this.gb = this.Ja = this.Sa = this.P = 0; - } - - function Df() { - this.nc = this.Ea = this.b = this.hc = 0; - this.K = []; - this.w = 0; - } - - function Ef() { - this.ua = 0; - this.Wa = new ac(); - this.vb = new ac(); - this.md = this.xc = this.wc = 0; - this.vc = []; - this.Wb = 0; - this.Ya = new Ub(); - this.yc = new O(); - } - - function je() { - this.xb = this.a = 0; - this.l = new Oa(); - this.ca = new Cb(); - this.V = []; - this.Ba = 0; - this.Ta = []; - this.Ua = 0; - this.m = new Ra(); - this.Pb = 0; - this.wd = new Ra(); - this.Ma = this.$ = this.C = this.i = this.c = this.xd = 0; - this.s = new Ef(); - this.ab = 0; - this.gc = wa(4, Df); - this.Oc = 0; - } - - function Ff() { - this.Lc = this.Z = this.$a = this.i = this.c = 0; - this.l = new Oa(); - this.ic = 0; - this.ca = []; - this.tb = 0; - this.qd = null; - this.rd = 0; - } - - function Rb(a, b, c, d, e, f, g) { - a = null == a ? 0 : a[b + 0]; - - for (b = 0; b < g; ++b) { - e[f + b] = a + c[d + b] & 255, a = e[f + b]; - } - } - - function Gf(a, b, c, d, e, f, g) { - if (null == a) { Rb(null, null, c, d, e, f, g); }else { - var h; - - for (h = 0; h < g; ++h) { - e[f + h] = a[b + h] + c[d + h] & 255; - } - } - } - - function Hf(a, b, c, d, e, f, g) { - if (null == a) { Rb(null, null, c, d, e, f, g); }else { - var h = a[b + 0], - k = h, - l = h, - m; - - for (m = 0; m < g; ++m) { - h = a[b + m], k = l + h - k, l = c[d + m] + (k & -256 ? 0 > k ? 0 : 255 : k) & 255, k = h, e[f + m] = l; - } - } - } - - function Le(a, b, c, d) { - var e = b.width, - f = b.o; - x(null != a && null != b); - if (0 > c || 0 >= d || c + d > f) { return null; } - - if (!a.Cc) { - if (null == a.ga) { - a.ga = new Ff(); - var g; - (g = null == a.ga) || (g = b.width * b.o, x(0 == a.Gb.length), a.Gb = V(g), a.Uc = 0, null == a.Gb ? g = 0 : (a.mb = a.Gb, a.nb = a.Uc, a.rc = null, g = 1), g = !g); - - if (!g) { - g = a.ga; - var h = a.Fa, - k = a.P, - l = a.qc, - m = a.mb, - n = a.nb, - r = k + 1, - q = l - 1, - t = g.l; - x(null != h && null != m && null != b); - ia[0] = null; - ia[1] = Rb; - ia[2] = Gf; - ia[3] = Hf; - g.ca = m; - g.tb = n; - g.c = b.width; - g.i = b.height; - x(0 < g.c && 0 < g.i); - if (1 >= l) { b = 0; }else if (g.$a = h[k + 0] >> 0 & 3, g.Z = h[k + 0] >> 2 & 3, g.Lc = h[k + 0] >> 4 & 3, k = h[k + 0] >> 6 & 3, 0 > g.$a || 1 < g.$a || 4 <= g.Z || 1 < g.Lc || k) { b = 0; }else if (t.put = kc, t.ac = gc, t.bc = lc, t.ma = g, t.width = b.width, t.height = b.height, t.Da = b.Da, t.v = b.v, t.va = b.va, t.j = b.j, t.o = b.o, g.$a) { b: { - x(1 == g.$a), b = Bc(); - - c: for (;;) { - if (null == b) { - b = 0; - break b; - } - - x(null != g); - g.mc = b; - b.c = g.c; - b.i = g.i; - b.l = g.l; - b.l.ma = g; - b.l.width = g.c; - b.l.height = g.i; - b.a = 0; - cb(b.m, h, r, q); - if (!rb(g.c, g.i, 1, b, null)) { break c; } - 1 == b.ab && 3 == b.gc[0].hc && yc(b.s) ? (g.ic = 1, h = b.c * b.i, b.Ta = null, b.Ua = 0, b.V = V(h), b.Ba = 0, null == b.V ? (b.a = 1, b = 0) : b = 1) : (g.ic = 0, b = Ec(b, g.c)); - if (!b) { break c; } - b = 1; - break b; - } - - g.mc = null; - b = 0; - } } else { b = q >= g.c * g.i; } - g = !b; - } - - if (g) { return null; } - 1 != a.ga.Lc ? a.Ga = 0 : d = f - c; - } - - x(null != a.ga); - x(c + d <= f); - - a: { - h = a.ga; - b = h.c; - f = h.l.o; - - if (0 == h.$a) { - r = a.rc; - q = a.Vc; - t = a.Fa; - k = a.P + 1 + c * b; - l = a.mb; - m = a.nb + c * b; - x(k <= a.P + a.qc); - if (0 != h.Z) { for (x(null != ia[h.Z]), g = 0; g < d; ++g) { - ia[h.Z](r, q, t, k, l, m, b), r = l, q = m, m += b, k += b; - } } else { for (g = 0; g < d; ++g) { - I(l, m, t, k, b), r = l, q = m, m += b, k += b; - } } - a.rc = r; - a.Vc = q; - } else { - x(null != h.mc); - b = c + d; - g = h.mc; - x(null != g); - x(b <= g.i); - if (g.C >= b) { b = 1; }else if (h.ic || Aa(), h.ic) { - var h = g.V, - r = g.Ba, - q = g.c, - v = g.i, - t = 1, - k = g.$ / q, - l = g.$ % q, - m = g.m, - n = g.s, - p = g.$, - u = q * v, - w = q * b, - y = n.wc, - A = p < w ? ha(n, l, k) : null; - x(p <= u); - x(b <= v); - x(yc(n)); - - c: for (;;) { - for (; !m.h && p < w;) { - l & y || (A = ha(n, l, k)); - x(null != A); - Sa(m); - v = ua(A.G[0], A.H[0], m); - if (256 > v) { h[r + p] = v, ++p, ++l, l >= q && (l = 0, ++k, k <= b && !(k % 16) && Ib(g, k)); }else if (280 > v) { - var v = ib(v - 256, m); - var E = ua(A.G[4], A.H[4], m); - Sa(m); - E = ib(E, m); - E = nc(q, E); - - if (p >= E && u - p >= v) { - var B; - - for (B = 0; B < v; ++B) { - h[r + p + B] = h[r + p + B - E]; - } - } else { - t = 0; - break c; - } - - p += v; - - for (l += v; l >= q;) { - l -= q, ++k, k <= b && !(k % 16) && Ib(g, k); - } - - p < w && l & y && (A = ha(n, l, k)); - } else { - t = 0; - break c; - } - x(m.h == db(m)); - } - - Ib(g, k > b ? b : k); - break c; - } - - !t || m.h && p < u ? (t = 0, g.a = m.h ? 5 : 3) : g.$ = p; - b = t; - } else { b = Jb(g, g.V, g.Ba, g.c, g.i, b, se); } - - if (!b) { - d = 0; - break a; - } - } - - c + d >= f && (a.Cc = 1); - d = 1; - } - - if (!d) { return null; } - if (a.Cc && (d = a.ga, null != d && (d.mc = null), a.ga = null, 0 < a.Ga)) { return alert("todo:WebPDequantizeLevels"), null; } - } - - return a.nb + c * e; - } - - function If(a, b, c, d, e, f) { - for (; 0 < e--;) { - var g = a, - h = b + (c ? 1 : 0), - k = a, - l = b + (c ? 0 : 3), - m; - - for (m = 0; m < d; ++m) { - var n = k[l + 4 * m]; - 255 != n && (n *= 32897, g[h + 4 * m + 0] = g[h + 4 * m + 0] * n >> 23, g[h + 4 * m + 1] = g[h + 4 * m + 1] * n >> 23, g[h + 4 * m + 2] = g[h + 4 * m + 2] * n >> 23); - } - - b += f; - } - } - - function Jf(a, b, c, d, e) { - for (; 0 < d--;) { - var f; - - for (f = 0; f < c; ++f) { - var g = a[b + 2 * f + 0], - h = a[b + 2 * f + 1], - k = h & 15, - l = 4369 * k, - h = (h & 240 | h >> 4) * l >> 16; - a[b + 2 * f + 0] = (g & 240 | g >> 4) * l >> 16 & 240 | (g & 15 | g << 4) * l >> 16 >> 4 & 15; - a[b + 2 * f + 1] = h & 240 | k; - } - - b += e; - } - } - - function Kf(a, b, c, d, e, f, g, h) { - var k = 255, - l, - m; - - for (m = 0; m < e; ++m) { - for (l = 0; l < d; ++l) { - var n = a[b + l]; - f[g + 4 * l] = n; - k &= n; - } - - b += c; - g += h; - } - - return 255 != k; - } - - function Lf(a, b, c, d, e) { - var f; - - for (f = 0; f < e; ++f) { - c[d + f] = a[b + f] >> 8; - } - } - - function Aa() { - za = If; - vc = Jf; - fc = Kf; - Fc = Lf; - } - - function va(a, b, c) { - self[a] = function (a, e, f, g, h, k, l, m, n, r, q, t, v, p, u, w, y) { - var d, - E = y - 1 >> 1; - var B = h[k + 0] | l[m + 0] << 16; - var C = n[r + 0] | q[t + 0] << 16; - x(null != a); - var z = 3 * B + C + 131074 >> 2; - b(a[e + 0], z & 255, z >> 16, v, p); - null != f && (z = 3 * C + B + 131074 >> 2, b(f[g + 0], z & 255, z >> 16, u, w)); - - for (d = 1; d <= E; ++d) { - var D = h[k + d] | l[m + d] << 16; - var G = n[r + d] | q[t + d] << 16; - var F = B + D + C + G + 524296; - var H = F + 2 * (D + C) >> 3; - F = F + 2 * (B + G) >> 3; - z = H + B >> 1; - B = F + D >> 1; - b(a[e + 2 * d - 1], z & 255, z >> 16, v, p + (2 * d - 1) * c); - b(a[e + 2 * d - 0], B & 255, B >> 16, v, p + (2 * d - 0) * c); - null != f && (z = F + C >> 1, B = H + G >> 1, b(f[g + 2 * d - 1], z & 255, z >> 16, u, w + (2 * d - 1) * c), b(f[g + 2 * d + 0], B & 255, B >> 16, u, w + (2 * d + 0) * c)); - B = D; - C = G; - } - - y & 1 || (z = 3 * B + C + 131074 >> 2, b(a[e + y - 1], z & 255, z >> 16, v, p + (y - 1) * c), null != f && (z = 3 * C + B + 131074 >> 2, b(f[g + y - 1], z & 255, z >> 16, u, w + (y - 1) * c))); - }; - } - - function ic() { - P[Ca] = Mf; - P[Ua] = nd; - P[tc] = Nf; - P[Va] = od; - P[ya] = pd; - P[Db] = qd; - P[wc] = Of; - P[zb] = nd; - P[Ab] = od; - P[Ja] = pd; - P[Bb] = qd; - } - - function Sb(a) { - return a & ~Pf ? 0 > a ? 0 : 255 : a >> rd; - } - - function bb(a, b) { - return Sb((19077 * a >> 8) + (26149 * b >> 8) - 14234); - } - - function nb(a, b, c) { - return Sb((19077 * a >> 8) - (6419 * b >> 8) - (13320 * c >> 8) + 8708); - } - - function Pa(a, b) { - return Sb((19077 * a >> 8) + (33050 * b >> 8) - 17685); - } - - function Ga(a, b, c, d, e) { - d[e + 0] = bb(a, c); - d[e + 1] = nb(a, b, c); - d[e + 2] = Pa(a, b); - } - - function Tb(a, b, c, d, e) { - d[e + 0] = Pa(a, b); - d[e + 1] = nb(a, b, c); - d[e + 2] = bb(a, c); - } - - function sd(a, b, c, d, e) { - var f = nb(a, b, c); - b = f << 3 & 224 | Pa(a, b) >> 3; - d[e + 0] = bb(a, c) & 248 | f >> 5; - d[e + 1] = b; - } - - function td(a, b, c, d, e) { - var f = Pa(a, b) & 240 | 15; - d[e + 0] = bb(a, c) & 240 | nb(a, b, c) >> 4; - d[e + 1] = f; - } - - function ud(a, b, c, d, e) { - d[e + 0] = 255; - Ga(a, b, c, d, e + 1); - } - - function vd(a, b, c, d, e) { - Tb(a, b, c, d, e); - d[e + 3] = 255; - } - - function wd(a, b, c, d, e) { - Ga(a, b, c, d, e); - d[e + 3] = 255; - } - - function ga(a, b) { - return 0 > a ? 0 : a > b ? b : a; - } - - function la(a, b, c) { - self[a] = function (a, e, f, g, h, k, l, m, n) { - for (var d = m + (n & -2) * c; m != d;) { - b(a[e + 0], f[g + 0], h[k + 0], l, m), b(a[e + 1], f[g + 0], h[k + 0], l, m + c), e += 2, ++g, ++k, m += 2 * c; - } - - n & 1 && b(a[e + 0], f[g + 0], h[k + 0], l, m); - }; - } - - function xd(a, b, c) { - return 0 == c ? 0 == a ? 0 == b ? 6 : 5 : 0 == b ? 4 : 0 : c; - } - - function yd(a, b, c, d, e) { - switch (a >>> 30) { - case 3: - Za(b, c, d, e, 0); - break; - - case 2: - fd(b, c, d, e); - break; - - case 1: - pa(b, c, d, e); - } - } - - function Oc(a, b) { - var c, - d, - e = b.M, - f = b.Nb, - g = a.oc, - h = a.pc + 40, - k = a.oc, - l = a.pc + 584, - m = a.oc, - n = a.pc + 600; - - for (c = 0; 16 > c; ++c) { - g[h + 32 * c - 1] = 129; - } - - for (c = 0; 8 > c; ++c) { - k[l + 32 * c - 1] = 129, m[n + 32 * c - 1] = 129; - } - - 0 < e ? g[h - 1 - 32] = k[l - 1 - 32] = m[n - 1 - 32] = 129 : (M(g, h - 32 - 1, 127, 21), M(k, l - 32 - 1, 127, 9), M(m, n - 32 - 1, 127, 9)); - - for (d = 0; d < a.za; ++d) { - var r = b.ya[b.aa + d]; - - if (0 < d) { - for (c = -1; 16 > c; ++c) { - I(g, h + 32 * c - 4, g, h + 32 * c + 12, 4); - } - - for (c = -1; 8 > c; ++c) { - I(k, l + 32 * c - 4, k, l + 32 * c + 4, 4), I(m, n + 32 * c - 4, m, n + 32 * c + 4, 4); - } - } - - var q = a.Gd, - t = a.Hd + d, - v = r.ad, - p = r.Hc; - 0 < e && (I(g, h - 32, q[t].y, 0, 16), I(k, l - 32, q[t].f, 0, 8), I(m, n - 32, q[t].ea, 0, 8)); - - if (r.Za) { - var u = g; - var w = h - 32 + 16; - 0 < e && (d >= a.za - 1 ? M(u, w, q[t].y[15], 4) : I(u, w, q[t + 1].y, 0, 4)); - - for (c = 0; 4 > c; c++) { - u[w + 128 + c] = u[w + 256 + c] = u[w + 384 + c] = u[w + 0 + c]; - } - - for (c = 0; 16 > c; ++c, p <<= 2) { - u = g, w = h + zd[c], W[r.Ob[c]](u, w), yd(p, v, 16 * +c, u, w); - } - } else if (u = xd(d, e, r.Ob[0]), Y[u](g, h), 0 != p) { for (c = 0; 16 > c; ++c, p <<= 2) { - yd(p, v, 16 * +c, g, h + zd[c]); - } } - - c = r.Gc; - u = xd(d, e, r.Dd); - ka[u](k, l); - ka[u](m, n); - r = c >> 0; - p = v; - u = k; - w = l; - r & 255 && (r & 170 ? Nb(p, 256, u, w) : Ob(p, 256, u, w)); - c >>= 8; - r = m; - p = n; - c & 255 && (c & 170 ? Nb(v, 320, r, p) : Ob(v, 320, r, p)); - e < a.Ub - 1 && (I(q[t].y, 0, g, h + 480, 16), I(q[t].f, 0, k, l + 224, 8), I(q[t].ea, 0, m, n + 224, 8)); - c = 8 * f * a.B; - q = a.sa; - t = a.ta + 16 * d + 16 * f * a.R; - v = a.qa; - r = a.ra + 8 * d + c; - p = a.Ha; - u = a.Ia + 8 * d + c; - - for (c = 0; 16 > c; ++c) { - I(q, t + c * a.R, g, h + 32 * c, 16); - } - - for (c = 0; 8 > c; ++c) { - I(v, r + c * a.B, k, l + 32 * c, 8), I(p, u + c * a.B, m, n + 32 * c, 8); - } - } - } - - function Ad(a, b, c, d, e, f, g, h, k) { - var l = [0], - m = [0], - n = 0, - r = null != k ? k.kd : 0, - q = null != k ? k : new md(); - if (null == a || 12 > c) { return 7; } - q.data = a; - q.w = b; - q.ha = c; - b = [b]; - c = [c]; - q.gb = [q.gb]; - - a: { - var t = b; - var v = c; - var p = q.gb; - x(null != a); - x(null != v); - x(null != p); - p[0] = 0; - - if (12 <= v[0] && !fa(a, t[0], "RIFF")) { - if (fa(a, t[0] + 8, "WEBP")) { - p = 3; - break a; - } - - var u = Ha(a, t[0] + 4); - - if (12 > u || 4294967286 < u) { - p = 3; - break a; - } - - if (r && u > v[0] - 8) { - p = 7; - break a; - } - - p[0] = u; - t[0] += 12; - v[0] -= 12; - } - - p = 0; - } - - if (0 != p) { return p; } - u = 0 < q.gb[0]; - - for (c = c[0];;) { - t = [0]; - n = [n]; - - a: { - var w = a; - v = b; - p = c; - var y = n, - A = l, - z = m, - B = t; - y[0] = 0; - if (8 > p[0]) { p = 7; }else { - if (!fa(w, v[0], "VP8X")) { - if (10 != Ha(w, v[0] + 4)) { - p = 3; - break a; - } - - if (18 > p[0]) { - p = 7; - break a; - } - - var C = Ha(w, v[0] + 8); - var D = 1 + Yb(w, v[0] + 12); - w = 1 + Yb(w, v[0] + 15); - - if (2147483648 <= D * w) { - p = 3; - break a; - } - - null != B && (B[0] = C); - null != A && (A[0] = D); - null != z && (z[0] = w); - v[0] += 18; - p[0] -= 18; - y[0] = 1; - } - - p = 0; - } - } - - n = n[0]; - t = t[0]; - if (0 != p) { return p; } - v = !!(t & 2); - if (!u && n) { return 3; } - null != f && (f[0] = !!(t & 16)); - null != g && (g[0] = v); - null != h && (h[0] = 0); - g = l[0]; - t = m[0]; - - if (n && v && null == k) { - p = 0; - break; - } - - if (4 > c) { - p = 7; - break; - } - - if (u && n || !u && !n && !fa(a, b[0], "ALPH")) { - c = [c]; - q.na = [q.na]; - q.P = [q.P]; - q.Sa = [q.Sa]; - - a: { - C = a; - p = b; - u = c; - var y = q.gb, - A = q.na, - z = q.P, - B = q.Sa; - D = 22; - x(null != C); - x(null != u); - w = p[0]; - var F = u[0]; - x(null != A); - x(null != B); - A[0] = null; - z[0] = null; - - for (B[0] = 0;;) { - p[0] = w; - u[0] = F; - - if (8 > F) { - p = 7; - break a; - } - - var G = Ha(C, w + 4); - - if (4294967286 < G) { - p = 3; - break a; - } - - var H = 8 + G + 1 & -2; - D += H; - - if (0 < y && D > y) { - p = 3; - break a; - } - - if (!fa(C, w, "VP8 ") || !fa(C, w, "VP8L")) { - p = 0; - break a; - } - - if (F[0] < H) { - p = 7; - break a; - } - - fa(C, w, "ALPH") || (A[0] = C, z[0] = w + 8, B[0] = G); - w += H; - F -= H; - } - } - - c = c[0]; - q.na = q.na[0]; - q.P = q.P[0]; - q.Sa = q.Sa[0]; - if (0 != p) { break; } - } - - c = [c]; - q.Ja = [q.Ja]; - q.xa = [q.xa]; - - a: if (y = a, p = b, u = c, A = q.gb[0], z = q.Ja, B = q.xa, C = p[0], w = !fa(y, C, "VP8 "), D = !fa(y, C, "VP8L"), x(null != y), x(null != u), x(null != z), x(null != B), 8 > u[0]) { p = 7; }else { - if (w || D) { - y = Ha(y, C + 4); - - if (12 <= A && y > A - 12) { - p = 3; - break a; - } - - if (r && y > u[0] - 8) { - p = 7; - break a; - } - - z[0] = y; - p[0] += 8; - u[0] -= 8; - B[0] = D; - } else { B[0] = 5 <= u[0] && 47 == y[C + 0] && !(y[C + 4] >> 5), z[0] = u[0]; } - - p = 0; - } - - c = c[0]; - q.Ja = q.Ja[0]; - q.xa = q.xa[0]; - b = b[0]; - if (0 != p) { break; } - if (4294967286 < q.Ja) { return 3; } - null == h || v || (h[0] = q.xa ? 2 : 1); - g = [g]; - t = [t]; - - if (q.xa) { - if (5 > c) { - p = 7; - break; - } - - h = g; - r = t; - v = f; - null == a || 5 > c ? a = 0 : 5 <= c && 47 == a[b + 0] && !(a[b + 4] >> 5) ? (u = [0], y = [0], A = [0], z = new Ra(), cb(z, a, b, c), mc(z, u, y, A) ? (null != h && (h[0] = u[0]), null != r && (r[0] = y[0]), null != v && (v[0] = A[0]), a = 1) : a = 0) : a = 0; - } else { - if (10 > c) { - p = 7; - break; - } - - h = t; - null == a || 10 > c || !Jc(a, b + 3, c - 3) ? a = 0 : (r = a[b + 0] | a[b + 1] << 8 | a[b + 2] << 16, v = (a[b + 7] << 8 | a[b + 6]) & 16383, a = (a[b + 9] << 8 | a[b + 8]) & 16383, r & 1 || 3 < (r >> 1 & 7) || !(r >> 4 & 1) || r >> 5 >= q.Ja || !v || !a ? a = 0 : (g && (g[0] = v), h && (h[0] = a), a = 1)); - } - - if (!a) { return 3; } - g = g[0]; - t = t[0]; - if (n && (l[0] != g || m[0] != t)) { return 3; } - null != k && (k[0] = q, k.offset = b - k.w, x(4294967286 > b - k.w), x(k.offset == k.ha - c)); - break; - } - - return 0 == p || 7 == p && n && null == k ? (null != f && (f[0] |= null != q.na && 0 < q.na.length), null != d && (d[0] = g), null != e && (e[0] = t), 0) : p; - } - - function hc(a, b, c) { - var d = b.width, - e = b.height, - f = 0, - g = 0, - h = d, - k = e; - b.Da = null != a && 0 < a.Da; - if (b.Da && (h = a.cd, k = a.bd, f = a.v, g = a.j, 11 > c || (f &= -2, g &= -2), 0 > f || 0 > g || 0 >= h || 0 >= k || f + h > d || g + k > e)) { return 0; } - b.v = f; - b.j = g; - b.va = f + h; - b.o = g + k; - b.U = h; - b.T = k; - b.da = null != a && 0 < a.da; - - if (b.da) { - c = [a.ib]; - f = [a.hb]; - if (!bc(h, k, c, f)) { return 0; } - b.ib = c[0]; - b.hb = f[0]; - } - - b.ob = null != a && a.ob; - b.Kb = null == a || !a.Sd; - b.da && (b.ob = b.ib < 3 * d / 4 && b.hb < 3 * e / 4, b.Kb = 0); - return 1; - } - - function Bd(a) { - if (null == a) { return 2; } - - if (11 > a.S) { - var b = a.f.RGBA; - b.fb += (a.height - 1) * b.A; - b.A = -b.A; - } else { b = a.f.kb, a = a.height, b.O += (a - 1) * b.fa, b.fa = -b.fa, b.N += (a - 1 >> 1) * b.Ab, b.Ab = -b.Ab, b.W += (a - 1 >> 1) * b.Db, b.Db = -b.Db, null != b.F && (b.J += (a - 1) * b.lb, b.lb = -b.lb); } - - return 0; - } - - function Cd(a, b, c, d) { - if (null == d || 0 >= a || 0 >= b) { return 2; } - - if (null != c) { - if (c.Da) { - var e = c.cd, - f = c.bd, - g = c.v & -2, - h = c.j & -2; - if (0 > g || 0 > h || 0 >= e || 0 >= f || g + e > a || h + f > b) { return 2; } - a = e; - b = f; - } - - if (c.da) { - e = [c.ib]; - f = [c.hb]; - if (!bc(a, b, e, f)) { return 2; } - a = e[0]; - b = f[0]; - } - } - - d.width = a; - d.height = b; - - a: { - var k = d.width; - var l = d.height; - a = d.S; - if (0 >= k || 0 >= l || !(a >= Ca && 13 > a)) { a = 2; }else { - if (0 >= d.Rd && null == d.sd) { - var g = f = e = b = 0, - h = k * Dd[a], - m = h * l; - 11 > a || (b = (k + 1) / 2, f = (l + 1) / 2 * b, 12 == a && (e = k, g = e * l)); - l = V(m + 2 * f + g); - - if (null == l) { - a = 1; - break a; - } - - d.sd = l; - 11 > a ? (k = d.f.RGBA, k.eb = l, k.fb = 0, k.A = h, k.size = m) : (k = d.f.kb, k.y = l, k.O = 0, k.fa = h, k.Fd = m, k.f = l, k.N = 0 + m, k.Ab = b, k.Cd = f, k.ea = l, k.W = 0 + m + f, k.Db = b, k.Ed = f, 12 == a && (k.F = l, k.J = 0 + m + 2 * f), k.Tc = g, k.lb = e); - } - - b = 1; - e = d.S; - f = d.width; - g = d.height; - if (e >= Ca && 13 > e) { - if (11 > e) { a = d.f.RGBA, h = Math.abs(a.A), b &= h * (g - 1) + f <= a.size, b &= h >= f * Dd[e], b &= null != a.eb; }else { - a = d.f.kb; - h = (f + 1) / 2; - m = (g + 1) / 2; - k = Math.abs(a.fa); - var l = Math.abs(a.Ab), - n = Math.abs(a.Db), - r = Math.abs(a.lb), - q = r * (g - 1) + f; - b &= k * (g - 1) + f <= a.Fd; - b &= l * (m - 1) + h <= a.Cd; - b &= n * (m - 1) + h <= a.Ed; - b = b & k >= f & l >= h & n >= h; - b &= null != a.y; - b &= null != a.f; - b &= null != a.ea; - 12 == e && (b &= r >= f, b &= q <= a.Tc, b &= null != a.F); - } - } else { b = 0; } - a = b ? 0 : 2; - } - } - - if (0 != a) { return a; } - null != c && c.fd && (a = Bd(d)); - return a; - } - - var xb = 64, - Hd = [0, 1, 3, 7, 15, 31, 63, 127, 255, 511, 1023, 2047, 4095, 8191, 16383, 32767, 65535, 131071, 262143, 524287, 1048575, 2097151, 4194303, 8388607, 16777215], - Gd = 24, - ob = 32, - Xb = 8, - Id = [0, 0, 1, 1, 2, 2, 2, 2, 3, 3, 3, 3, 3, 3, 3, 3, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7]; - X("Predictor0", "PredictorAdd0"); - - self.Predictor0 = function () { - return 4278190080; - }; - - self.Predictor1 = function (a) { - return a; - }; - - self.Predictor2 = function (a, b, c) { - return b[c + 0]; - }; - - self.Predictor3 = function (a, b, c) { - return b[c + 1]; - }; - - self.Predictor4 = function (a, b, c) { - return b[c - 1]; - }; - - self.Predictor5 = function (a, b, c) { - return aa(aa(a, b[c + 1]), b[c + 0]); - }; - - self.Predictor6 = function (a, b, c) { - return aa(a, b[c - 1]); - }; - - self.Predictor7 = function (a, b, c) { - return aa(a, b[c + 0]); - }; - - self.Predictor8 = function (a, b, c) { - return aa(b[c - 1], b[c + 0]); - }; - - self.Predictor9 = function (a, b, c) { - return aa(b[c + 0], b[c + 1]); - }; - - self.Predictor10 = function (a, b, c) { - return aa(aa(a, b[c - 1]), aa(b[c + 0], b[c + 1])); - }; - - self.Predictor11 = function (a, b, c) { - var d = b[c + 0]; - b = b[c - 1]; - return 0 >= Ia(d >> 24 & 255, a >> 24 & 255, b >> 24 & 255) + Ia(d >> 16 & 255, a >> 16 & 255, b >> 16 & 255) + Ia(d >> 8 & 255, a >> 8 & 255, b >> 8 & 255) + Ia(d & 255, a & 255, b & 255) ? d : a; - }; - - self.Predictor12 = function (a, b, c) { - var d = b[c + 0]; - b = b[c - 1]; - return (sa((a >> 24 & 255) + (d >> 24 & 255) - (b >> 24 & 255)) << 24 | sa((a >> 16 & 255) + (d >> 16 & 255) - (b >> 16 & 255)) << 16 | sa((a >> 8 & 255) + (d >> 8 & 255) - (b >> 8 & 255)) << 8 | sa((a & 255) + (d & 255) - (b & 255))) >>> 0; - }; - - self.Predictor13 = function (a, b, c) { - var d = b[c - 1]; - a = aa(a, b[c + 0]); - return (eb(a >> 24 & 255, d >> 24 & 255) << 24 | eb(a >> 16 & 255, d >> 16 & 255) << 16 | eb(a >> 8 & 255, d >> 8 & 255) << 8 | eb(a >> 0 & 255, d >> 0 & 255)) >>> 0; - }; - - var ee = self.PredictorAdd0; - self.PredictorAdd1 = cc; - X("Predictor2", "PredictorAdd2"); - X("Predictor3", "PredictorAdd3"); - X("Predictor4", "PredictorAdd4"); - X("Predictor5", "PredictorAdd5"); - X("Predictor6", "PredictorAdd6"); - X("Predictor7", "PredictorAdd7"); - X("Predictor8", "PredictorAdd8"); - X("Predictor9", "PredictorAdd9"); - X("Predictor10", "PredictorAdd10"); - X("Predictor11", "PredictorAdd11"); - X("Predictor12", "PredictorAdd12"); - X("Predictor13", "PredictorAdd13"); - var fe = self.PredictorAdd2; - ec("ColorIndexInverseTransform", "MapARGB", "32b", function (a) { - return a >> 8 & 255; - }, function (a) { - return a; - }); - ec("VP8LColorIndexInverseTransformAlpha", "MapAlpha", "8b", function (a) { - return a; - }, function (a) { - return a >> 8 & 255; - }); - var rc = self.ColorIndexInverseTransform, - ke = self.MapARGB, - he = self.VP8LColorIndexInverseTransformAlpha, - le = self.MapAlpha, - pc, - qc = self.VP8LPredictorsAdd = []; - qc.length = 16; - (self.VP8LPredictors = []).length = 16; - (self.VP8LPredictorsAdd_C = []).length = 16; - (self.VP8LPredictors_C = []).length = 16; - var Fb, - sc, - Gb, - Hb, - xc, - uc, - bd = V(511), - cd = V(2041), - dd = V(225), - ed = V(767), - ad = 0, - Qb = cd, - mb = dd, - R = ed, - U = bd, - Ca = 0, - Ua = 1, - tc = 2, - Va = 3, - ya = 4, - Db = 5, - wc = 6, - zb = 7, - Ab = 8, - Ja = 9, - Bb = 10, - pe = [2, 3, 7], - oe = [3, 3, 11], - Dc = [280, 256, 256, 256, 40], - qe = [0, 1, 1, 1, 0], - ne = [17, 18, 0, 1, 2, 3, 4, 5, 16, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15], - de = [24, 7, 23, 25, 40, 6, 39, 41, 22, 26, 38, 42, 56, 5, 55, 57, 21, 27, 54, 58, 37, 43, 72, 4, 71, 73, 20, 28, 53, 59, 70, 74, 36, 44, 88, 69, 75, 52, 60, 3, 87, 89, 19, 29, 86, 90, 35, 45, 68, 76, 85, 91, 51, 61, 104, 2, 103, 105, 18, 30, 102, 106, 34, 46, 84, 92, 67, 77, 101, 107, 50, 62, 120, 1, 119, 121, 83, 93, 17, 31, 100, 108, 66, 78, 118, 122, 33, 47, 117, 123, 49, 63, 99, 109, 82, 94, 0, 116, 124, 65, 79, 16, 32, 98, 110, 48, 115, 125, 81, 95, 64, 114, 126, 97, 111, 80, 113, 127, 96, 112], - me = [2954, 2956, 2958, 2962, 2970, 2986, 3018, 3082, 3212, 3468, 3980, 5004], - ie = 8, - Lb = [4, 5, 6, 7, 8, 9, 10, 10, 11, 12, 13, 14, 15, 16, 17, 17, 18, 19, 20, 20, 21, 21, 22, 22, 23, 23, 24, 25, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 91, 93, 95, 96, 98, 100, 101, 102, 104, 106, 108, 110, 112, 114, 116, 118, 122, 124, 126, 128, 130, 132, 134, 136, 138, 140, 143, 145, 148, 151, 154, 157], - Mb = [4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76, 78, 80, 82, 84, 86, 88, 90, 92, 94, 96, 98, 100, 102, 104, 106, 108, 110, 112, 114, 116, 119, 122, 125, 128, 131, 134, 137, 140, 143, 146, 149, 152, 155, 158, 161, 164, 167, 170, 173, 177, 181, 185, 189, 193, 197, 201, 205, 209, 213, 217, 221, 225, 229, 234, 239, 245, 249, 254, 259, 264, 269, 274, 279, 284], - oa = null, - He = [[173, 148, 140, 0], [176, 155, 140, 135, 0], [180, 157, 141, 134, 130, 0], [254, 254, 243, 230, 196, 177, 153, 140, 133, 130, 129, 0]], - Ie = [0, 1, 4, 8, 5, 2, 3, 6, 9, 12, 13, 10, 7, 11, 14, 15], - Mc = [-0, 1, -1, 2, -2, 3, 4, 6, -3, 5, -4, -5, -6, 7, -7, 8, -8, -9], - Fe = [[[[128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128]], [[253, 136, 254, 255, 228, 219, 128, 128, 128, 128, 128], [189, 129, 242, 255, 227, 213, 255, 219, 128, 128, 128], [106, 126, 227, 252, 214, 209, 255, 255, 128, 128, 128]], [[1, 98, 248, 255, 236, 226, 255, 255, 128, 128, 128], [181, 133, 238, 254, 221, 234, 255, 154, 128, 128, 128], [78, 134, 202, 247, 198, 180, 255, 219, 128, 128, 128]], [[1, 185, 249, 255, 243, 255, 128, 128, 128, 128, 128], [184, 150, 247, 255, 236, 224, 128, 128, 128, 128, 128], [77, 110, 216, 255, 236, 230, 128, 128, 128, 128, 128]], [[1, 101, 251, 255, 241, 255, 128, 128, 128, 128, 128], [170, 139, 241, 252, 236, 209, 255, 255, 128, 128, 128], [37, 116, 196, 243, 228, 255, 255, 255, 128, 128, 128]], [[1, 204, 254, 255, 245, 255, 128, 128, 128, 128, 128], [207, 160, 250, 255, 238, 128, 128, 128, 128, 128, 128], [102, 103, 231, 255, 211, 171, 128, 128, 128, 128, 128]], [[1, 152, 252, 255, 240, 255, 128, 128, 128, 128, 128], [177, 135, 243, 255, 234, 225, 128, 128, 128, 128, 128], [80, 129, 211, 255, 194, 224, 128, 128, 128, 128, 128]], [[1, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [246, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [255, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128]]], [[[198, 35, 237, 223, 193, 187, 162, 160, 145, 155, 62], [131, 45, 198, 221, 172, 176, 220, 157, 252, 221, 1], [68, 47, 146, 208, 149, 167, 221, 162, 255, 223, 128]], [[1, 149, 241, 255, 221, 224, 255, 255, 128, 128, 128], [184, 141, 234, 253, 222, 220, 255, 199, 128, 128, 128], [81, 99, 181, 242, 176, 190, 249, 202, 255, 255, 128]], [[1, 129, 232, 253, 214, 197, 242, 196, 255, 255, 128], [99, 121, 210, 250, 201, 198, 255, 202, 128, 128, 128], [23, 91, 163, 242, 170, 187, 247, 210, 255, 255, 128]], [[1, 200, 246, 255, 234, 255, 128, 128, 128, 128, 128], [109, 178, 241, 255, 231, 245, 255, 255, 128, 128, 128], [44, 130, 201, 253, 205, 192, 255, 255, 128, 128, 128]], [[1, 132, 239, 251, 219, 209, 255, 165, 128, 128, 128], [94, 136, 225, 251, 218, 190, 255, 255, 128, 128, 128], [22, 100, 174, 245, 186, 161, 255, 199, 128, 128, 128]], [[1, 182, 249, 255, 232, 235, 128, 128, 128, 128, 128], [124, 143, 241, 255, 227, 234, 128, 128, 128, 128, 128], [35, 77, 181, 251, 193, 211, 255, 205, 128, 128, 128]], [[1, 157, 247, 255, 236, 231, 255, 255, 128, 128, 128], [121, 141, 235, 255, 225, 227, 255, 255, 128, 128, 128], [45, 99, 188, 251, 195, 217, 255, 224, 128, 128, 128]], [[1, 1, 251, 255, 213, 255, 128, 128, 128, 128, 128], [203, 1, 248, 255, 255, 128, 128, 128, 128, 128, 128], [137, 1, 177, 255, 224, 255, 128, 128, 128, 128, 128]]], [[[253, 9, 248, 251, 207, 208, 255, 192, 128, 128, 128], [175, 13, 224, 243, 193, 185, 249, 198, 255, 255, 128], [73, 17, 171, 221, 161, 179, 236, 167, 255, 234, 128]], [[1, 95, 247, 253, 212, 183, 255, 255, 128, 128, 128], [239, 90, 244, 250, 211, 209, 255, 255, 128, 128, 128], [155, 77, 195, 248, 188, 195, 255, 255, 128, 128, 128]], [[1, 24, 239, 251, 218, 219, 255, 205, 128, 128, 128], [201, 51, 219, 255, 196, 186, 128, 128, 128, 128, 128], [69, 46, 190, 239, 201, 218, 255, 228, 128, 128, 128]], [[1, 191, 251, 255, 255, 128, 128, 128, 128, 128, 128], [223, 165, 249, 255, 213, 255, 128, 128, 128, 128, 128], [141, 124, 248, 255, 255, 128, 128, 128, 128, 128, 128]], [[1, 16, 248, 255, 255, 128, 128, 128, 128, 128, 128], [190, 36, 230, 255, 236, 255, 128, 128, 128, 128, 128], [149, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128]], [[1, 226, 255, 128, 128, 128, 128, 128, 128, 128, 128], [247, 192, 255, 128, 128, 128, 128, 128, 128, 128, 128], [240, 128, 255, 128, 128, 128, 128, 128, 128, 128, 128]], [[1, 134, 252, 255, 255, 128, 128, 128, 128, 128, 128], [213, 62, 250, 255, 255, 128, 128, 128, 128, 128, 128], [55, 93, 255, 128, 128, 128, 128, 128, 128, 128, 128]], [[128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128]]], [[[202, 24, 213, 235, 186, 191, 220, 160, 240, 175, 255], [126, 38, 182, 232, 169, 184, 228, 174, 255, 187, 128], [61, 46, 138, 219, 151, 178, 240, 170, 255, 216, 128]], [[1, 112, 230, 250, 199, 191, 247, 159, 255, 255, 128], [166, 109, 228, 252, 211, 215, 255, 174, 128, 128, 128], [39, 77, 162, 232, 172, 180, 245, 178, 255, 255, 128]], [[1, 52, 220, 246, 198, 199, 249, 220, 255, 255, 128], [124, 74, 191, 243, 183, 193, 250, 221, 255, 255, 128], [24, 71, 130, 219, 154, 170, 243, 182, 255, 255, 128]], [[1, 182, 225, 249, 219, 240, 255, 224, 128, 128, 128], [149, 150, 226, 252, 216, 205, 255, 171, 128, 128, 128], [28, 108, 170, 242, 183, 194, 254, 223, 255, 255, 128]], [[1, 81, 230, 252, 204, 203, 255, 192, 128, 128, 128], [123, 102, 209, 247, 188, 196, 255, 233, 128, 128, 128], [20, 95, 153, 243, 164, 173, 255, 203, 128, 128, 128]], [[1, 222, 248, 255, 216, 213, 128, 128, 128, 128, 128], [168, 175, 246, 252, 235, 205, 255, 255, 128, 128, 128], [47, 116, 215, 255, 211, 212, 255, 255, 128, 128, 128]], [[1, 121, 236, 253, 212, 214, 255, 255, 128, 128, 128], [141, 84, 213, 252, 201, 202, 255, 219, 128, 128, 128], [42, 80, 160, 240, 162, 185, 255, 205, 128, 128, 128]], [[1, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [244, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [238, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128]]]], - Ke = [[[231, 120, 48, 89, 115, 113, 120, 152, 112], [152, 179, 64, 126, 170, 118, 46, 70, 95], [175, 69, 143, 80, 85, 82, 72, 155, 103], [56, 58, 10, 171, 218, 189, 17, 13, 152], [114, 26, 17, 163, 44, 195, 21, 10, 173], [121, 24, 80, 195, 26, 62, 44, 64, 85], [144, 71, 10, 38, 171, 213, 144, 34, 26], [170, 46, 55, 19, 136, 160, 33, 206, 71], [63, 20, 8, 114, 114, 208, 12, 9, 226], [81, 40, 11, 96, 182, 84, 29, 16, 36]], [[134, 183, 89, 137, 98, 101, 106, 165, 148], [72, 187, 100, 130, 157, 111, 32, 75, 80], [66, 102, 167, 99, 74, 62, 40, 234, 128], [41, 53, 9, 178, 241, 141, 26, 8, 107], [74, 43, 26, 146, 73, 166, 49, 23, 157], [65, 38, 105, 160, 51, 52, 31, 115, 128], [104, 79, 12, 27, 217, 255, 87, 17, 7], [87, 68, 71, 44, 114, 51, 15, 186, 23], [47, 41, 14, 110, 182, 183, 21, 17, 194], [66, 45, 25, 102, 197, 189, 23, 18, 22]], [[88, 88, 147, 150, 42, 46, 45, 196, 205], [43, 97, 183, 117, 85, 38, 35, 179, 61], [39, 53, 200, 87, 26, 21, 43, 232, 171], [56, 34, 51, 104, 114, 102, 29, 93, 77], [39, 28, 85, 171, 58, 165, 90, 98, 64], [34, 22, 116, 206, 23, 34, 43, 166, 73], [107, 54, 32, 26, 51, 1, 81, 43, 31], [68, 25, 106, 22, 64, 171, 36, 225, 114], [34, 19, 21, 102, 132, 188, 16, 76, 124], [62, 18, 78, 95, 85, 57, 50, 48, 51]], [[193, 101, 35, 159, 215, 111, 89, 46, 111], [60, 148, 31, 172, 219, 228, 21, 18, 111], [112, 113, 77, 85, 179, 255, 38, 120, 114], [40, 42, 1, 196, 245, 209, 10, 25, 109], [88, 43, 29, 140, 166, 213, 37, 43, 154], [61, 63, 30, 155, 67, 45, 68, 1, 209], [100, 80, 8, 43, 154, 1, 51, 26, 71], [142, 78, 78, 16, 255, 128, 34, 197, 171], [41, 40, 5, 102, 211, 183, 4, 1, 221], [51, 50, 17, 168, 209, 192, 23, 25, 82]], [[138, 31, 36, 171, 27, 166, 38, 44, 229], [67, 87, 58, 169, 82, 115, 26, 59, 179], [63, 59, 90, 180, 59, 166, 93, 73, 154], [40, 40, 21, 116, 143, 209, 34, 39, 175], [47, 15, 16, 183, 34, 223, 49, 45, 183], [46, 17, 33, 183, 6, 98, 15, 32, 183], [57, 46, 22, 24, 128, 1, 54, 17, 37], [65, 32, 73, 115, 28, 128, 23, 128, 205], [40, 3, 9, 115, 51, 192, 18, 6, 223], [87, 37, 9, 115, 59, 77, 64, 21, 47]], [[104, 55, 44, 218, 9, 54, 53, 130, 226], [64, 90, 70, 205, 40, 41, 23, 26, 57], [54, 57, 112, 184, 5, 41, 38, 166, 213], [30, 34, 26, 133, 152, 116, 10, 32, 134], [39, 19, 53, 221, 26, 114, 32, 73, 255], [31, 9, 65, 234, 2, 15, 1, 118, 73], [75, 32, 12, 51, 192, 255, 160, 43, 51], [88, 31, 35, 67, 102, 85, 55, 186, 85], [56, 21, 23, 111, 59, 205, 45, 37, 192], [55, 38, 70, 124, 73, 102, 1, 34, 98]], [[125, 98, 42, 88, 104, 85, 117, 175, 82], [95, 84, 53, 89, 128, 100, 113, 101, 45], [75, 79, 123, 47, 51, 128, 81, 171, 1], [57, 17, 5, 71, 102, 57, 53, 41, 49], [38, 33, 13, 121, 57, 73, 26, 1, 85], [41, 10, 67, 138, 77, 110, 90, 47, 114], [115, 21, 2, 10, 102, 255, 166, 23, 6], [101, 29, 16, 10, 85, 128, 101, 196, 26], [57, 18, 10, 102, 102, 213, 34, 20, 43], [117, 20, 15, 36, 163, 128, 68, 1, 26]], [[102, 61, 71, 37, 34, 53, 31, 243, 192], [69, 60, 71, 38, 73, 119, 28, 222, 37], [68, 45, 128, 34, 1, 47, 11, 245, 171], [62, 17, 19, 70, 146, 85, 55, 62, 70], [37, 43, 37, 154, 100, 163, 85, 160, 1], [63, 9, 92, 136, 28, 64, 32, 201, 85], [75, 15, 9, 9, 64, 255, 184, 119, 16], [86, 6, 28, 5, 64, 255, 25, 248, 1], [56, 8, 17, 132, 137, 255, 55, 116, 128], [58, 15, 20, 82, 135, 57, 26, 121, 40]], [[164, 50, 31, 137, 154, 133, 25, 35, 218], [51, 103, 44, 131, 131, 123, 31, 6, 158], [86, 40, 64, 135, 148, 224, 45, 183, 128], [22, 26, 17, 131, 240, 154, 14, 1, 209], [45, 16, 21, 91, 64, 222, 7, 1, 197], [56, 21, 39, 155, 60, 138, 23, 102, 213], [83, 12, 13, 54, 192, 255, 68, 47, 28], [85, 26, 85, 85, 128, 128, 32, 146, 171], [18, 11, 7, 63, 144, 171, 4, 4, 246], [35, 27, 10, 146, 174, 171, 12, 26, 128]], [[190, 80, 35, 99, 180, 80, 126, 54, 45], [85, 126, 47, 87, 176, 51, 41, 20, 32], [101, 75, 128, 139, 118, 146, 116, 128, 85], [56, 41, 15, 176, 236, 85, 37, 9, 62], [71, 30, 17, 119, 118, 255, 17, 18, 138], [101, 38, 60, 138, 55, 70, 43, 26, 142], [146, 36, 19, 30, 171, 255, 97, 27, 20], [138, 45, 61, 62, 219, 1, 81, 188, 64], [32, 41, 20, 117, 151, 142, 20, 21, 163], [112, 19, 12, 61, 195, 128, 48, 4, 24]]], - Ee = [[[[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[176, 246, 255, 255, 255, 255, 255, 255, 255, 255, 255], [223, 241, 252, 255, 255, 255, 255, 255, 255, 255, 255], [249, 253, 253, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 244, 252, 255, 255, 255, 255, 255, 255, 255, 255], [234, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [253, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 246, 254, 255, 255, 255, 255, 255, 255, 255, 255], [239, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 248, 254, 255, 255, 255, 255, 255, 255, 255, 255], [251, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [251, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 253, 255, 254, 255, 255, 255, 255, 255, 255], [250, 255, 254, 255, 254, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]], [[[217, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [225, 252, 241, 253, 255, 255, 254, 255, 255, 255, 255], [234, 250, 241, 250, 253, 255, 253, 254, 255, 255, 255]], [[255, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [223, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [238, 253, 254, 254, 255, 255, 255, 255, 255, 255, 255]], [[255, 248, 254, 255, 255, 255, 255, 255, 255, 255, 255], [249, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 255, 255, 255, 255, 255, 255, 255, 255, 255], [247, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [252, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [253, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 253, 255, 255, 255, 255, 255, 255, 255, 255], [250, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]], [[[186, 251, 250, 255, 255, 255, 255, 255, 255, 255, 255], [234, 251, 244, 254, 255, 255, 255, 255, 255, 255, 255], [251, 251, 243, 253, 254, 255, 254, 255, 255, 255, 255]], [[255, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [236, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [251, 253, 253, 254, 254, 255, 255, 255, 255, 255, 255]], [[255, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [254, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]], [[[248, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [250, 254, 252, 254, 255, 255, 255, 255, 255, 255, 255], [248, 254, 249, 253, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 253, 255, 255, 255, 255, 255, 255, 255, 255], [246, 253, 253, 255, 255, 255, 255, 255, 255, 255, 255], [252, 254, 251, 254, 254, 255, 255, 255, 255, 255, 255]], [[255, 254, 252, 255, 255, 255, 255, 255, 255, 255, 255], [248, 254, 253, 255, 255, 255, 255, 255, 255, 255, 255], [253, 255, 254, 254, 255, 255, 255, 255, 255, 255, 255]], [[255, 251, 254, 255, 255, 255, 255, 255, 255, 255, 255], [245, 251, 254, 255, 255, 255, 255, 255, 255, 255, 255], [253, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 251, 253, 255, 255, 255, 255, 255, 255, 255, 255], [252, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 252, 255, 255, 255, 255, 255, 255, 255, 255, 255], [249, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 253, 255, 255, 255, 255, 255, 255, 255, 255], [250, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]]], - Ge = [0, 1, 2, 3, 6, 4, 5, 6, 6, 6, 6, 6, 6, 6, 6, 7, 0], - Nc, - Y = [], - W = [], - ka = [], - Za, - fd, - Nb, - pa, - Ob, - Xc, - Tc, - Yc, - Uc, - Zc, - Vc, - $c, - Wc, - Rc, - Pc, - Sc, - Qc, - re = 1, - Cc = 2, - ia = [], - za, - vc, - fc, - Fc, - P = []; - va("UpsampleRgbLinePair", Ga, 3); - va("UpsampleBgrLinePair", Tb, 3); - va("UpsampleRgbaLinePair", wd, 4); - va("UpsampleBgraLinePair", vd, 4); - va("UpsampleArgbLinePair", ud, 4); - va("UpsampleRgba4444LinePair", td, 2); - va("UpsampleRgb565LinePair", sd, 2); - var Mf = UpsampleRgbLinePair, - Nf = UpsampleBgrLinePair, - nd = UpsampleRgbaLinePair, - od = UpsampleBgraLinePair, - pd = UpsampleArgbLinePair, - qd = UpsampleRgba4444LinePair, - Of = UpsampleRgb565LinePair, - Wa = 16, - Ba = 1 << Wa - 1, - ta = -227, - Eb = 482, - rd = 6, - Pf = (256 << rd) - 1, - jc = 0, - Yd = V(256), - ae = V(256), - $d = V(256), - Zd = V(256), - be = V(Eb - ta), - ce = V(Eb - ta); - la("YuvToRgbRow", Ga, 3); - la("YuvToBgrRow", Tb, 3); - la("YuvToRgbaRow", wd, 4); - la("YuvToBgraRow", vd, 4); - la("YuvToArgbRow", ud, 4); - la("YuvToRgba4444Row", td, 2); - la("YuvToRgb565Row", sd, 2); - var zd = [0, 4, 8, 12, 128, 132, 136, 140, 256, 260, 264, 268, 384, 388, 392, 396], - Ya = [0, 2, 8], - Qf = [8, 7, 6, 4, 4, 2, 2, 2, 1, 1, 1, 1], - Ne = 1; - - this.WebPDecodeRGBA = function (a, b, c, d, e) { - var f = Ua; - var g = new Cf(), - h = new Cb(); - g.ba = h; - h.S = f; - h.width = [h.width]; - h.height = [h.height]; - var k = h.width; - var l = h.height, - m = new Td(); - if (null == m || null == a) { var n = 2; }else { x(null != m), n = Ad(a, b, c, m.width, m.height, m.Pd, m.Qd, m.format, null); } - 0 != n ? k = 0 : (null != k && (k[0] = m.width[0]), null != l && (l[0] = m.height[0]), k = 1); - - if (k) { - h.width = h.width[0]; - h.height = h.height[0]; - null != d && (d[0] = h.width); - null != e && (e[0] = h.height); - - b: { - d = new Oa(); - e = new md(); - e.data = a; - e.w = b; - e.ha = c; - e.kd = 1; - b = [0]; - x(null != e); - a = Ad(e.data, e.w, e.ha, null, null, null, b, null, e); - (0 == a || 7 == a) && b[0] && (a = 4); - b = a; - - if (0 == b) { - x(null != g); - d.data = e.data; - d.w = e.w + e.offset; - d.ha = e.ha - e.offset; - d.put = kc; - d.ac = gc; - d.bc = lc; - d.ma = g; - - if (e.xa) { - a = Bc(); - - if (null == a) { - g = 1; - break b; - } - - if (te(a, d)) { - b = Cd(d.width, d.height, g.Oa, g.ba); - - if (d = 0 == b) { - c: { - d = a; - - d: for (;;) { - if (null == d) { - d = 0; - break c; - } - - x(null != d.s.yc); - x(null != d.s.Ya); - x(0 < d.s.Wb); - c = d.l; - x(null != c); - e = c.ma; - x(null != e); - - if (0 != d.xb) { - d.ca = e.ba; - d.tb = e.tb; - x(null != d.ca); - - if (!hc(e.Oa, c, Va)) { - d.a = 2; - break d; - } - - if (!Ec(d, c.width)) { break d; } - if (c.da) { break d; } - (c.da || hb(d.ca.S)) && Aa(); - 11 > d.ca.S || (alert("todo:WebPInitConvertARGBToYUV"), null != d.ca.f.kb.F && Aa()); - - if (d.Pb && 0 < d.s.ua && null == d.s.vb.X && !Zb(d.s.vb, d.s.Wa.Xa)) { - d.a = 1; - break d; - } - - d.xb = 0; - } - - if (!Jb(d, d.V, d.Ba, d.c, d.i, c.o, ge)) { break d; } - e.Dc = d.Ma; - d = 1; - break c; - } - - x(0 != d.a); - d = 0; - } - - d = !d; - } - - d && (b = a.a); - } else { b = a.a; } - } else { - a = new Ce(); - - if (null == a) { - g = 1; - break b; - } - - a.Fa = e.na; - a.P = e.P; - a.qc = e.Sa; - - if (Kc(a, d)) { - if (b = Cd(d.width, d.height, g.Oa, g.ba), 0 == b) { - a.Aa = 0; - c = g.Oa; - e = a; - x(null != e); - - if (null != c) { - k = c.Md; - k = 0 > k ? 0 : 100 < k ? 255 : 255 * k / 100; - - if (0 < k) { - for (l = m = 0; 4 > l; ++l) { - n = e.pb[l], 12 > n.lc && (n.ia = k * Qf[0 > n.lc ? 0 : n.lc] >> 3), m |= n.ia; - } - - m && (alert("todo:VP8InitRandom"), e.ia = 1); - } - - e.Ga = c.Id; - 100 < e.Ga ? e.Ga = 100 : 0 > e.Ga && (e.Ga = 0); - } - - Me(a, d) || (b = a.a); - } - } else { b = a.a; } - } - - 0 == b && null != g.Oa && g.Oa.fd && (b = Bd(g.ba)); - } - - g = b; - } - - f = 0 != g ? null : 11 > f ? h.f.RGBA.eb : h.f.kb.y; - } else { f = null; } - - return f; - }; - - var Dd = [3, 4, 3, 4, 4, 2, 2, 4, 4, 4, 2, 1, 1]; - }; - - new WebPDecoder(); - /*Copyright (c) 2017 Dominik Homberger - - - - https://webpjs.appspot.com - WebPRiffParser dominikhlbg@gmail.com - */ - - function memcmp(data, data_off, str, size) { - for (var i = 0; i < size; i++) { - if (data[data_off + i] != str.charCodeAt(i)) { return true; } + this.data[location + 1] = 0xFF; + this.data[location + 2] = 0xFF; + this.data[location + 3] = 0xFF; + } } - return false; + if (mode != 0) { + this.pos += 4 - mode; + } } + }; - function GetTag(data, data_off) { - var str = ''; + BmpDecoder.prototype.bit15 = function () { + var dif_w = this.width % 3; - for (var i = 0; i < 4; i++) { - str += String.fromCharCode(data[data_off++]); - } + var _11111 = parseInt("11111", 2), + _1_5 = _11111; - return str; - } + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; - function GetLE16(data, data_off) { - return data[data_off + 0] << 0 | data[data_off + 1] << 8; - } + for (var x = 0; x < this.width; x++) { + var B = this.datav.getUint16(this.pos, true); + this.pos += 2; + var blue = (B & _1_5) / _1_5 * 255 | 0; + var green = (B >> 5 & _1_5) / _1_5 * 255 | 0; + var red = (B >> 10 & _1_5) / _1_5 * 255 | 0; + var alpha = B >> 15 ? 0xFF : 0x00; + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = alpha; + } //skip extra bytes - function GetLE24(data, data_off) { - return (data[data_off + 0] << 0 | data[data_off + 1] << 8 | data[data_off + 2] << 16) >>> 0; - } - function GetLE32(data, data_off) { - return (data[data_off + 0] << 0 | data[data_off + 1] << 8 | data[data_off + 2] << 16 | data[data_off + 3] << 24) >>> 0; + this.pos += dif_w; } + }; - function WebPRiffParser(src, src_off) { - var imagearray = {}; - var i = 0; - var alpha_chunk = false; - var alpha_size = 0; - var alpha_offset = 0; - imagearray['frames'] = []; - if (memcmp(src, src_off, 'RIFF', 4)) { return; } - src_off += 4; - var riff_size = GetLE32(src, src_off) + 8; - src_off += 8; - - while (src_off < src.length) { - var fourcc = GetTag(src, src_off); - src_off += 4; - var payload_size = GetLE32(src, src_off); - src_off += 4; - var payload_size_padded = payload_size + (payload_size & 1); - - switch (fourcc) { - case "VP8 ": - case "VP8L": - if (typeof imagearray['frames'][i] === 'undefined') { imagearray['frames'][i] = {}; } - var obj = imagearray['frames'][i]; - var height = [0]; - var width = [0]; - obj['src_off'] = alpha_chunk ? alpha_offset : src_off - 8; - obj['src_size'] = alpha_size + payload_size + 8; //var rgba = webpdecoder.WebPDecodeRGBA(src,(alpha_chunk?alpha_offset:src_off-8),alpha_size+payload_size+8,width,height); - //imagearray[i]={'rgba':rgba,'width':width[0],'height':height[0]}; + BmpDecoder.prototype.bit16 = function () { + var dif_w = this.width % 3; - i++; + var _11111 = parseInt("11111", 2), + _1_5 = _11111; - if (alpha_chunk) { - alpha_chunk = false; - alpha_size = 0; - alpha_offset = 0; - } + var _111111 = parseInt("111111", 2), + _1_6 = _111111; - break; + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; - case "VP8X": - var obj = imagearray['header'] = {}; - var feature_flags = obj['feature_flags'] = src[src_off]; - var src_off_ = src_off + 4; - var canvas_width = obj['canvas_width'] = 1 + GetLE24(src, src_off_); - src_off_ += 3; - var canvas_height = obj['canvas_height'] = 1 + GetLE24(src, src_off_); - src_off_ += 3; - break; + for (var x = 0; x < this.width; x++) { + var B = this.datav.getUint16(this.pos, true); + this.pos += 2; + var alpha = 0xFF; + var blue = (B & _1_5) / _1_5 * 255 | 0; + var green = (B >> 5 & _1_6) / _1_6 * 255 | 0; + var red = (B >> 11) / _1_5 * 255 | 0; + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = alpha; + } //skip extra bytes - case "ALPH": - alpha_chunk = true; - alpha_size = payload_size_padded + 8; - alpha_offset = src_off - 8; - break; - case "ANIM": - var obj = imagearray['header']; - var bgcolor = obj['bgcolor'] = GetLE32(src, src_off); - src_off_ = src_off + 4; - var loop_count = obj['loop_count'] = GetLE16(src, src_off_); - src_off_ += 2; - break; + this.pos += dif_w; + } + }; - case "ANMF": - var offset_x = 0, - offset_y = 0, - width = 0, - height = 0, - duration = 0, - blend = 0, - dispose = 0, - temp = 0; - var obj = imagearray['frames'][i] = {}; - obj['offset_x'] = offset_x = 2 * GetLE24(src, src_off); - src_off += 3; - obj['offset_y'] = offset_y = 2 * GetLE24(src, src_off); - src_off += 3; - obj['width'] = width = 1 + GetLE24(src, src_off); - src_off += 3; - obj['height'] = height = 1 + GetLE24(src, src_off); - src_off += 3; - obj['duration'] = duration = GetLE24(src, src_off); - src_off += 3; - temp = src[src_off++]; - obj['dispose'] = dispose = temp & 1; - obj['blend'] = blend = temp >> 1 & 1; - break; + BmpDecoder.prototype.bit24 = function () { + //when height > 0 + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; - default: - } + for (var x = 0; x < this.width; x++) { + var blue = this.datav.getUint8(this.pos++, true); + var green = this.datav.getUint8(this.pos++, true); + var red = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = 0xFF; + } //skip extra bytes - if (fourcc != "ANMF") { src_off += payload_size_padded; } - } - return imagearray; + this.pos += this.width % 4; } + }; + /** + * add 32bit decode func + * @author soubok + */ - var height = [0]; - var width = [0]; - var pixels = []; - var webpdecoder = new WebPDecoder(); - var response = imageData; - var imagearray = WebPRiffParser(response, 0); - imagearray['response'] = response; - imagearray['rgbaoutput'] = true; - imagearray['dataurl'] = false; - var header = imagearray['header'] ? imagearray['header'] : null; - var frames = imagearray['frames'] ? imagearray['frames'] : null; - - if (header) { - header['loop_counter'] = header['loop_count']; - height = header['canvas_height']; - width = header['canvas_width']; - - for (var f = 0; f < frames.length; f++) { - if (frames[f]['blend'] == 0) { - break; - } - } - } - var frame = frames[0]; - var rgba = webpdecoder.WebPDecodeRGBA(response, frame['src_off'], frame['src_size'], width, height); - frame['rgba'] = rgba; - frame['imgwidth'] = width[0]; - frame['imgheight'] = height[0]; + BmpDecoder.prototype.bit32 = function () { + //when height > 0 + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; - for (var i = 0; i < width[0] * height[0] * 4; i++) { - pixels[i] = rgba[i]; - } + for (var x = 0; x < this.width; x++) { + var blue = this.datav.getUint8(this.pos++, true); + var green = this.datav.getUint8(this.pos++, true); + var red = this.datav.getUint8(this.pos++, true); + var alpha = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = alpha; + } //skip extra bytes + //this.pos += (this.width % 4); - this.width = width; - this.height = height; - this.data = pixels; - return this; - } + } + }; - WebPDecoder.prototype.getData = function () { + BmpDecoder.prototype.getData = function () { return this.data; }; + /*rollup-keeper-start*/ - try { - exports.WebPDecoder = WebPDecoder; - } catch (e) {} // CommonJS. - /* - Copyright (c) 2013 Gildas Lormeau. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions are met: - - 1. Redistributions of source code must retain the above copyright notice, - this list of conditions and the following disclaimer. - - 2. Redistributions in binary form must reproduce the above copyright - notice, this list of conditions and the following disclaimer in - the documentation and/or other materials provided with the distribution. - - 3. The names of the authors may not be used to endorse or promote products - derived from this software without specific prior written permission. - - THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED WARRANTIES, - INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND - FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL JCRAFT, - INC. OR ANY CONTRIBUTORS TO THIS SOFTWARE BE LIABLE FOR ANY DIRECT, INDIRECT, - INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT - LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, - OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF - LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, - EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. + window.tmp = BmpDecoder; + /*rollup-keeper-end*/ + + /* + Copyright (c) 2013 Gildas Lormeau. All rights reserved. + + Redistribution and use in source and binary forms, with or without + modification, are permitted provided that the following conditions are met: + + 1. Redistributions of source code must retain the above copyright notice, + this list of conditions and the following disclaimer. + + 2. Redistributions in binary form must reproduce the above copyright + notice, this list of conditions and the following disclaimer in + the documentation and/or other materials provided with the distribution. + + 3. The names of the authors may not be used to endorse or promote products + derived from this software without specific prior written permission. + + THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED WARRANTIES, + INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND + FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL JCRAFT, + INC. OR ANY CONTRIBUTORS TO THIS SOFTWARE BE LIABLE FOR ANY DIRECT, INDIRECT, + INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT + LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, + OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF + LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING + NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, + EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. */ - /* - * This program is based on JZlib 1.0.2 ymnk, JCraft,Inc. - * JZlib is based on zlib-1.1.3, so all credit should go authors - * Jean-loup Gailly(jloup@gzip.org) and Mark Adler(madler@alumni.caltech.edu) - * and contributors of zlib. + /* + * This program is based on JZlib 1.0.2 ymnk, JCraft,Inc. + * JZlib is based on zlib-1.1.3, so all credit should go authors + * Jean-loup Gailly(jloup@gzip.org) and Mark Adler(madler@alumni.caltech.edu) + * and contributors of zlib. */ (function (global) { @@ -26105,17 +20472,17 @@ tree[n * 2 + 1] = bits; // We overwrite tree[n*2+1] which is no longer needed - if (n > that.max_code) { continue; } // not a leaf node + if (n > that.max_code) continue; // not a leaf node s.bl_count[bits]++; xbits = 0; - if (n >= base) { xbits = extra[n - base]; } + if (n >= base) xbits = extra[n - base]; f = tree[n * 2]; s.opt_len += f * (bits + xbits); - if (stree) { s.static_len += f * (stree[n * 2 + 1] + xbits); } + if (stree) s.static_len += f * (stree[n * 2 + 1] + xbits); } - if (overflow === 0) { return; } // This happens for example on obj2 and pic of the Calgary corpus + if (overflow === 0) return; // This happens for example on obj2 and pic of the Calgary corpus // Find the first bit length which could increase: do { @@ -26140,9 +20507,9 @@ while (n !== 0) { m = s.heap[--h]; - if (m > that.max_code) { continue; } + if (m > that.max_code) continue; - if (tree[m * 2 + 1] !== bits) { + if (tree[m * 2 + 1] != bits) { s.opt_len += (bits - tree[m * 2 + 1]) * tree[m * 2]; tree[m * 2 + 1] = bits; } @@ -26196,14 +20563,14 @@ next_code[bits] = code = code + bl_count[bits - 1] << 1; } // Check that the bit counts in bl_count are consistent. The last code // must be all ones. - // Assert (code + bl_count[MAX_BITS]-1 === (1<= 3; max_blindex--) { - if (bl_tree[Tree.bl_order[max_blindex] * 2 + 1] !== 0) { break; } + if (bl_tree[Tree.bl_order[max_blindex] * 2 + 1] !== 0) break; } // Update opt_len to include the bit length tree and counts @@ -26766,14 +21133,14 @@ curlen = nextlen; nextlen = tree[(n + 1) * 2 + 1]; - if (++count < max_count && curlen === nextlen) { + if (++count < max_count && curlen == nextlen) { continue; } else if (count < min_count) { do { send_code(curlen, bl_tree); } while (--count !== 0); } else if (curlen !== 0) { - if (curlen !== prevlen) { + if (curlen != prevlen) { send_code(curlen, bl_tree); count--; } @@ -26794,7 +21161,7 @@ if (nextlen === 0) { max_count = 138; min_count = 3; - } else if (curlen === nextlen) { + } else if (curlen == nextlen) { max_count = 6; min_count = 3; } else { @@ -26826,7 +21193,7 @@ function bi_flush() { - if (bi_valid === 16) { + if (bi_valid == 16) { put_short(bi_buf); bi_buf = 0; bi_valid = 0; @@ -26896,10 +21263,10 @@ } out_length >>>= 3; - if (matches < Math.floor(last_lit / 2) && out_length < Math.floor(in_length / 2)) { return true; } + if (matches < Math.floor(last_lit / 2) && out_length < Math.floor(in_length / 2)) return true; } - return last_lit === lit_bufsize - 1; // We avoid equality with lit_bufsize because of wraparound at 64K + return last_lit == lit_bufsize - 1; // We avoid equality with lit_bufsize because of wraparound at 64K // on 16 bit machines and because stored blocks are restricted to // 64K-1 bytes. } // Send the block data compressed using the given Huffman trees @@ -27026,21 +21393,21 @@ opt_lenb = that.opt_len + 3 + 7 >>> 3; static_lenb = that.static_len + 3 + 7 >>> 3; - if (static_lenb <= opt_lenb) { opt_lenb = static_lenb; } + if (static_lenb <= opt_lenb) opt_lenb = static_lenb; } else { opt_lenb = static_lenb = stored_len + 5; // force a stored block } - if (stored_len + 4 <= opt_lenb && buf !== -1) { + if (stored_len + 4 <= opt_lenb && buf != -1) { // 4: two words for the lengths - // The test buf !== NULL is only necessary if LIT_BUFSIZE > WSIZE. + // The test buf != NULL is only necessary if LIT_BUFSIZE > WSIZE. // Otherwise we can't have processed more than WSIZE input bytes // since // the last block flush, because compression would have been // successful. If LIT_BUFSIZE <= WSIZE, it is never too late to // transform a block into a stored block. _tr_stored_block(buf, stored_len, eof); - } else if (static_lenb === opt_lenb) { + } else if (static_lenb == opt_lenb) { send_bits((STATIC_TREES << 1) + (eof ? 1 : 0), 3); compress_block(StaticTree.static_ltree, StaticTree.static_dtree); } else { @@ -27083,10 +21450,10 @@ if (more === 0 && strstart === 0 && lookahead === 0) { more = w_size; - } else if (more === -1) { + } else if (more == -1) { // Very unlikely, but possible on 16 bit machine if strstart == // 0 - // and lookahead === 1 (input done one byte at time) + // and lookahead == 1 (input done one byte at time) more--; // If the window is almost full and there is insufficient // lookahead, // move the upper half to the lower one to make room in the @@ -27124,15 +21491,15 @@ more += w_size; } - if (strm.avail_in === 0) { return; } // If there was no sliding: + if (strm.avail_in === 0) return; // If there was no sliding: // strstart <= WSIZE+MAX_DIST-1 && lookahead <= MIN_LOOKAHEAD - 1 && - // more === window_size - lookahead - strstart + // more == window_size - lookahead - strstart // => more >= window_size - (MIN_LOOKAHEAD-1 + WSIZE + MAX_DIST-1) // => more >= window_size - 2*WSIZE + 2 // In the BIG_MEM or MMAP case (not yet supported), - // window_size === input_size + MIN_LOOKAHEAD && + // window_size == input_size + MIN_LOOKAHEAD && // strstart + s->lookahead <= input_size => more >= MIN_LOOKAHEAD. - // Otherwise, window_size === 2*WSIZE so more >= 2. + // Otherwise, window_size == 2*WSIZE so more >= 2. // If there was sliding, more >= WSIZE. So in all cases, more >= 2. n = strm.read_buf(window, strstart + lookahead, more); @@ -27172,8 +21539,8 @@ // Fill the window as much as possible: if (lookahead <= 1) { fill_window(); - if (lookahead === 0 && flush === Z_NO_FLUSH) { return NeedMore; } - if (lookahead === 0) { break; } // flush the current block + if (lookahead === 0 && flush == Z_NO_FLUSH) return NeedMore; + if (lookahead === 0) break; // flush the current block } strstart += lookahead; @@ -27186,20 +21553,20 @@ lookahead = strstart - max_start; strstart = max_start; flush_block_only(false); - if (strm.avail_out === 0) { return NeedMore; } + if (strm.avail_out === 0) return NeedMore; } // Flush if we may have to slide, otherwise block_start may become // negative and the data will be gone: if (strstart - block_start >= w_size - MIN_LOOKAHEAD) { flush_block_only(false); - if (strm.avail_out === 0) { return NeedMore; } + if (strm.avail_out === 0) return NeedMore; } } - flush_block_only(flush === Z_FINISH); - if (strm.avail_out === 0) { return flush === Z_FINISH ? FinishStarted : NeedMore; } - return flush === Z_FINISH ? FinishDone : BlockDone; + flush_block_only(flush == Z_FINISH); + if (strm.avail_out === 0) return flush == Z_FINISH ? FinishStarted : NeedMore; + return flush == Z_FINISH ? FinishDone : BlockDone; } function longest_match(cur_match) { @@ -27232,13 +21599,13 @@ // to make deflate deterministic. - if (_nice_match > lookahead) { _nice_match = lookahead; } + if (_nice_match > lookahead) _nice_match = lookahead; do { match = cur_match; // Skip to next match if the match length cannot increase // or if the match length is less than 2: - if (window[match + best_len] !== scan_end || window[match + best_len - 1] !== scan_end1 || window[match] !== window[scan] || window[++match] !== window[scan + 1]) { continue; } // The check at best_len-1 can be removed because it will be made + if (window[match + best_len] != scan_end || window[match + best_len - 1] != scan_end1 || window[match] != window[scan] || window[++match] != window[scan + 1]) continue; // The check at best_len-1 can be removed because it will be made // again later. (This heuristic is not always a win.) // It is not necessary to compare scan[2] and match[2] since they // are always equal when the other bytes match, given that @@ -27248,7 +21615,7 @@ match++; // We check for insufficient lookahead only every 8th comparison; // the 256th check will be made at strstart+258. - do {} while (window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && scan < strend); + do {} while (window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && scan < strend); len = MAX_MATCH - (strend - scan); scan = strend - MAX_MATCH; @@ -27256,13 +21623,13 @@ if (len > best_len) { match_start = cur_match; best_len = len; - if (len >= _nice_match) { break; } + if (len >= _nice_match) break; scan_end1 = window[scan + best_len - 1]; scan_end = window[scan + best_len]; } } while ((cur_match = prev[cur_match & wmask] & 0xffff) > limit && --chain_length !== 0); - if (best_len <= lookahead) { return best_len; } + if (best_len <= lookahead) return best_len; return lookahead; } // Compress as much as possible from the input stream, return the current // block state. @@ -27285,11 +21652,11 @@ if (lookahead < MIN_LOOKAHEAD) { fill_window(); - if (lookahead < MIN_LOOKAHEAD && flush === Z_NO_FLUSH) { + if (lookahead < MIN_LOOKAHEAD && flush == Z_NO_FLUSH) { return NeedMore; } - if (lookahead === 0) { break; } // flush the current block + if (lookahead === 0) break; // flush the current block } // Insert the string window[strstart .. strstart+2] in the // dictionary, and set hash_head to the head of the hash chain: @@ -27308,7 +21675,7 @@ // To simplify the code, we prevent matches with the string // of window index 0 (in particular we have to avoid a match // of the string with itself at the start of the input file). - if (strategy !== Z_HUFFMAN_ONLY) { + if (strategy != Z_HUFFMAN_ONLY) { match_length = longest_match(hash_head); } // longest_match() sets match_start @@ -27351,17 +21718,17 @@ if (bflush) { flush_block_only(false); - if (strm.avail_out === 0) { return NeedMore; } + if (strm.avail_out === 0) return NeedMore; } } - flush_block_only(flush === Z_FINISH); + flush_block_only(flush == Z_FINISH); if (strm.avail_out === 0) { - if (flush === Z_FINISH) { return FinishStarted; }else { return NeedMore; } + if (flush == Z_FINISH) return FinishStarted;else return NeedMore; } - return flush === Z_FINISH ? FinishDone : BlockDone; + return flush == Z_FINISH ? FinishDone : BlockDone; } // Same as above, but achieves better compression. We use a lazy // evaluation for matches: a match is finally adopted only if there is // no better match at the next window position. @@ -27383,11 +21750,11 @@ if (lookahead < MIN_LOOKAHEAD) { fill_window(); - if (lookahead < MIN_LOOKAHEAD && flush === Z_NO_FLUSH) { + if (lookahead < MIN_LOOKAHEAD && flush == Z_NO_FLUSH) { return NeedMore; } - if (lookahead === 0) { break; } // flush the current block + if (lookahead === 0) break; // flush the current block } // Insert the string window[strstart .. strstart+2] in the // dictionary, and set hash_head to the head of the hash chain: @@ -27409,12 +21776,12 @@ // To simplify the code, we prevent matches with the string // of window index 0 (in particular we have to avoid a match // of the string with itself at the start of the input file). - if (strategy !== Z_HUFFMAN_ONLY) { + if (strategy != Z_HUFFMAN_ONLY) { match_length = longest_match(hash_head); } // longest_match() sets match_start - if (match_length <= 5 && (strategy === Z_FILTERED || match_length === MIN_MATCH && strstart - match_start > 4096)) { + if (match_length <= 5 && (strategy == Z_FILTERED || match_length == MIN_MATCH && strstart - match_start > 4096)) { // If prev_match is also MIN_MATCH, match_start is garbage // but we will ignore the current match anyway. match_length = MIN_MATCH - 1; @@ -27451,7 +21818,7 @@ if (bflush) { flush_block_only(false); - if (strm.avail_out === 0) { return NeedMore; } + if (strm.avail_out === 0) return NeedMore; } } else if (match_available !== 0) { // If there was no match at the previous position, output a @@ -27465,7 +21832,7 @@ strstart++; lookahead--; - if (strm.avail_out === 0) { return NeedMore; } + if (strm.avail_out === 0) return NeedMore; } else { // There is no previous match to compare with, wait for // the next step to decide. @@ -27480,13 +21847,13 @@ match_available = 0; } - flush_block_only(flush === Z_FINISH); + flush_block_only(flush == Z_FINISH); if (strm.avail_out === 0) { - if (flush === Z_FINISH) { return FinishStarted; }else { return NeedMore; } + if (flush == Z_FINISH) return FinishStarted;else return NeedMore; } - return flush === Z_FINISH ? FinishDone : BlockDone; + return flush == Z_FINISH ? FinishDone : BlockDone; } function deflateReset(strm) { @@ -27503,19 +21870,19 @@ } that.deflateInit = function (strm, _level, bits, _method, memLevel, _strategy) { - if (!_method) { _method = Z_DEFLATED; } - if (!memLevel) { memLevel = DEF_MEM_LEVEL; } - if (!_strategy) { _strategy = Z_DEFAULT_STRATEGY; } // byte[] my_version=ZLIB_VERSION; + if (!_method) _method = Z_DEFLATED; + if (!memLevel) memLevel = DEF_MEM_LEVEL; + if (!_strategy) _strategy = Z_DEFAULT_STRATEGY; // byte[] my_version=ZLIB_VERSION; // - // if (!version || version[0] !== my_version[0] - // || stream_size !== sizeof(z_stream)) { + // if (!version || version[0] != my_version[0] + // || stream_size != sizeof(z_stream)) { // return Z_VERSION_ERROR; // } strm.msg = null; - if (_level === Z_DEFAULT_COMPRESSION) { _level = 6; } + if (_level == Z_DEFAULT_COMPRESSION) _level = 6; - if (memLevel < 1 || memLevel > MAX_MEM_LEVEL || _method !== Z_DEFLATED || bits < 9 || bits > 15 || _level < 0 || _level > 9 || _strategy < 0 || _strategy > Z_HUFFMAN_ONLY) { + if (memLevel < 1 || memLevel > MAX_MEM_LEVEL || _method != Z_DEFLATED || bits < 9 || bits > 15 || _level < 0 || _level > 9 || _strategy < 0 || _strategy > Z_HUFFMAN_ONLY) { return Z_STREAM_ERROR; } @@ -27544,7 +21911,7 @@ }; that.deflateEnd = function () { - if (status !== INIT_STATE && status !== BUSY_STATE && status !== FINISH_STATE) { + if (status != INIT_STATE && status != BUSY_STATE && status != FINISH_STATE) { return Z_STREAM_ERROR; } // Deallocate in reverse order of allocations: @@ -27555,13 +21922,13 @@ window = null; // free that.dstate = null; - return status === BUSY_STATE ? Z_DATA_ERROR : Z_OK; + return status == BUSY_STATE ? Z_DATA_ERROR : Z_OK; }; that.deflateParams = function (strm, _level, _strategy) { var err = Z_OK; - if (_level === Z_DEFAULT_COMPRESSION) { + if (_level == Z_DEFAULT_COMPRESSION) { _level = 6; } @@ -27569,12 +21936,12 @@ return Z_STREAM_ERROR; } - if (config_table[level].func !== config_table[_level].func && strm.total_in !== 0) { + if (config_table[level].func != config_table[_level].func && strm.total_in !== 0) { // Flush the last buffer: err = strm.deflate(Z_PARTIAL_FLUSH); } - if (level !== _level) { + if (level != _level) { level = _level; max_lazy_match = config_table[level].max_lazy; good_match = config_table[level].good_length; @@ -27590,8 +21957,8 @@ var length = dictLength; var n, index = 0; - if (!dictionary || status !== INIT_STATE) { return Z_STREAM_ERROR; } - if (length < MIN_MATCH) { return Z_OK; } + if (!dictionary || status != INIT_STATE) return Z_STREAM_ERROR; + if (length < MIN_MATCH) return Z_OK; if (length > w_size - MIN_LOOKAHEAD) { length = w_size - MIN_LOOKAHEAD; @@ -27623,7 +21990,7 @@ return Z_STREAM_ERROR; } - if (!_strm.next_out || !_strm.next_in && _strm.avail_in !== 0 || status === FINISH_STATE && flush !== Z_FINISH) { + if (!_strm.next_out || !_strm.next_in && _strm.avail_in !== 0 || status == FINISH_STATE && flush != Z_FINISH) { _strm.msg = z_errmsg[Z_NEED_DICT - Z_STREAM_ERROR]; return Z_STREAM_ERROR; } @@ -27638,12 +22005,12 @@ old_flush = last_flush; last_flush = flush; // Write the zlib header - if (status === INIT_STATE) { + if (status == INIT_STATE) { header = Z_DEFLATED + (w_bits - 8 << 4) << 8; level_flags = (level - 1 & 0xff) >> 1; - if (level_flags > 3) { level_flags = 3; } + if (level_flags > 3) level_flags = 3; header |= level_flags << 6; - if (strstart !== 0) { header |= PRESET_DICT; } + if (strstart !== 0) header |= PRESET_DICT; header += 31 - header % 31; status = BUSY_STATE; putShortMSB(header); @@ -27667,19 +22034,19 @@ // flushes. For repeated and useless calls with Z_FINISH, we keep // returning Z_STREAM_END instead of Z_BUFF_ERROR. - } else if (strm.avail_in === 0 && flush <= old_flush && flush !== Z_FINISH) { + } else if (strm.avail_in === 0 && flush <= old_flush && flush != Z_FINISH) { strm.msg = z_errmsg[Z_NEED_DICT - Z_BUF_ERROR]; return Z_BUF_ERROR; } // User must not provide more input after the first FINISH: - if (status === FINISH_STATE && strm.avail_in !== 0) { + if (status == FINISH_STATE && strm.avail_in !== 0) { _strm.msg = z_errmsg[Z_NEED_DICT - Z_BUF_ERROR]; return Z_BUF_ERROR; } // Start a new block or continue the current one. - if (strm.avail_in !== 0 || lookahead !== 0 || flush !== Z_NO_FLUSH && status !== FINISH_STATE) { + if (strm.avail_in !== 0 || lookahead !== 0 || flush != Z_NO_FLUSH && status != FINISH_STATE) { bstate = -1; switch (config_table[level].func) { @@ -27698,16 +22065,16 @@ default: } - if (bstate === FinishStarted || bstate === FinishDone) { + if (bstate == FinishStarted || bstate == FinishDone) { status = FINISH_STATE; } - if (bstate === NeedMore || bstate === FinishStarted) { + if (bstate == NeedMore || bstate == FinishStarted) { if (strm.avail_out === 0) { last_flush = -1; // avoid BUF_ERROR next call, see above } - return Z_OK; // If flush !== Z_NO_FLUSH && avail_out === 0, the next call + return Z_OK; // If flush != Z_NO_FLUSH && avail_out === 0, the next call // of deflate should use the same flush parameter to make sure // that the flush is complete. So we don't have to output an // empty block here, this will be done at next call. This also @@ -27715,8 +22082,8 @@ // one empty block. } - if (bstate === BlockDone) { - if (flush === Z_PARTIAL_FLUSH) { + if (bstate == BlockDone) { + if (flush == Z_PARTIAL_FLUSH) { _tr_align(); } else { // FULL_FLUSH or SYNC_FLUSH @@ -27724,7 +22091,7 @@ // as a special marker by inflate_sync(). - if (flush === Z_FULL_FLUSH) { + if (flush == Z_FULL_FLUSH) { // state.head[s.hash_size-1]=0; for (i = 0; i < hash_size /*-1*/ @@ -27745,7 +22112,7 @@ } } - if (flush !== Z_FINISH) { return Z_OK; } + if (flush != Z_FINISH) return Z_OK; return Z_STREAM_END; }; } // ZStream @@ -27772,7 +22139,7 @@ deflateInit: function deflateInit(level, bits) { var that = this; that.dstate = new Deflate(); - if (!bits) { bits = MAX_BITS; } + if (!bits) bits = MAX_BITS; return that.dstate.deflateInit(that, level, bits); }, deflate: function deflate(flush) { @@ -27786,19 +22153,19 @@ }, deflateEnd: function deflateEnd() { var that = this; - if (!that.dstate) { return Z_STREAM_ERROR; } + if (!that.dstate) return Z_STREAM_ERROR; var ret = that.dstate.deflateEnd(); that.dstate = null; return ret; }, deflateParams: function deflateParams(level, strategy) { var that = this; - if (!that.dstate) { return Z_STREAM_ERROR; } + if (!that.dstate) return Z_STREAM_ERROR; return that.dstate.deflateParams(that, level, strategy); }, deflateSetDictionary: function deflateSetDictionary(dictionary, dictLength) { var that = this; - if (!that.dstate) { return Z_STREAM_ERROR; } + if (!that.dstate) return Z_STREAM_ERROR; return that.dstate.deflateSetDictionary(that, dictionary, dictLength); }, // Read a new buffer from the current input stream, update the @@ -27809,8 +22176,8 @@ read_buf: function read_buf(buf, start, size) { var that = this; var len = that.avail_in; - if (len > size) { len = size; } - if (len === 0) { return 0; } + if (len > size) len = size; + if (len === 0) return 0; that.avail_in -= len; buf.set(that.next_in.subarray(that.next_in_index, that.next_in_index + len), start); that.next_in_index += len; @@ -27824,8 +22191,8 @@ flush_pending: function flush_pending() { var that = this; var len = that.dstate.pending; - if (len > that.avail_out) { len = that.avail_out; } - if (len === 0) { return; } // if (that.dstate.pending_buf.length <= that.dstate.pending_out || that.next_out.length <= that.next_out_index + if (len > that.avail_out) len = that.avail_out; + if (len === 0) return; // if (that.dstate.pending_buf.length <= that.dstate.pending_out || that.next_out.length <= that.next_out_index // || that.dstate.pending_buf.length < (that.dstate.pending_out + len) || that.next_out.length < (that.next_out_index + // len)) { // console.log(that.dstate.pending_buf.length + ", " + that.dstate.pending_out + ", " + that.next_out.length + ", " + @@ -27853,7 +22220,7 @@ var flush = Z_NO_FLUSH; var buf = new Uint8Array(bufsize); var level = options ? options.level : Z_DEFAULT_COMPRESSION; - if (typeof level === "undefined") { level = Z_DEFAULT_COMPRESSION; } + if (typeof level == "undefined") level = Z_DEFAULT_COMPRESSION; z.deflateInit(level); z.next_out = buf; @@ -27864,7 +22231,7 @@ bufferIndex = 0, bufferSize = 0, array; - if (!data.length) { return; } + if (!data.length) return; z.next_in_index = 0; z.next_in = data; z.avail_in = data.length; @@ -27873,11 +22240,11 @@ z.next_out_index = 0; z.avail_out = bufsize; err = z.deflate(flush); - if (err !== Z_OK) { throw new Error("deflating: " + z.msg); } - if (z.next_out_index) { if (z.next_out_index === bufsize) { buffers.push(new Uint8Array(buf)); }else { buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); } } + if (err != Z_OK) throw new Error("deflating: " + z.msg); + if (z.next_out_index) if (z.next_out_index == bufsize) buffers.push(new Uint8Array(buf));else buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); bufferSize += z.next_out_index; - if (onprogress && z.next_in_index > 0 && z.next_in_index !== lastIndex) { + if (onprogress && z.next_in_index > 0 && z.next_in_index != lastIndex) { onprogress(z.next_in_index); lastIndex = z.next_in_index; } @@ -27902,8 +22269,8 @@ z.next_out_index = 0; z.avail_out = bufsize; err = z.deflate(Z_FINISH); - if (err !== Z_STREAM_END && err !== Z_OK) { throw new Error("deflating: " + z.msg); } - if (bufsize - z.avail_out > 0) { buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); } + if (err != Z_STREAM_END && err != Z_OK) throw new Error("deflating: " + z.msg); + if (bufsize - z.avail_out > 0) buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); bufferSize += z.next_out_index; } while (z.avail_in > 0 || z.avail_out === 0); @@ -27924,11 +22291,11 @@ // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window - /** - * A class to parse color values - * @author Stoyan Stefanov - * {@link http://www.phpied.com/rgb-color-parser-in-javascript/} - * @license Use it if you like it + /** + * A class to parse color values + * @author Stoyan Stefanov + * {@link http://www.phpied.com/rgb-color-parser-in-javascript/} + * @license Use it if you like it */ (function (global) { @@ -28091,7 +22458,14 @@ yellow: 'ffff00', yellowgreen: '9acd32' }; - color_string = simple_colors[color_string] || color_string; // array of color definition objects + + for (var key in simple_colors) { + if (color_string == key) { + color_string = simple_colors[key]; + } + } // emd of simple type-in colors + // array of color definition objects + var color_defs = [{ re: /^rgb\((\d{1,3}),\s*(\d{1,3}),\s*(\d{1,3})\)$/, @@ -28140,9 +22514,9 @@ var r = this.r.toString(16); var g = this.g.toString(16); var b = this.b.toString(16); - if (r.length == 1) { r = '0' + r; } - if (g.length == 1) { g = '0' + g; } - if (b.length == 1) { b = '0' + b; } + if (r.length == 1) r = '0' + r; + if (g.length == 1) g = '0' + g; + if (b.length == 1) b = '0' + b; return '#' + r + g + b; }; } @@ -28152,14 +22526,14 @@ // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window - /************************************************ - * Title : custom font * - * Start Data : 2017. 01. 22. * - * Comment : TEXT API * + /************************************************ + * Title : custom font * + * Start Data : 2017. 01. 22. * + * Comment : TEXT API * ************************************************/ - /****************************** - * jsPDF extension API Design * + /****************************** + * jsPDF extension API Design * * ****************************/ (function (jsPDF) { @@ -28235,15 +22609,15 @@ var decode = function decode(elt) { var code = elt.charCodeAt(0); - if (code === PLUS || code === PLUS_URL_SAFE) { return 62; } // '+' + if (code === PLUS || code === PLUS_URL_SAFE) return 62; // '+' - if (code === SLASH || code === SLASH_URL_SAFE) { return 63; } // '/' + if (code === SLASH || code === SLASH_URL_SAFE) return 63; // '/' - if (code < NUMBER) { return -1; } //no match + if (code < NUMBER) return -1; //no match - if (code < NUMBER + 10) { return code - NUMBER + 26 + 26; } - if (code < UPPER + 26) { return code - UPPER; } - if (code < LOWER + 26) { return code - LOWER + 26; } + if (code < NUMBER + 10) return code - NUMBER + 26 + 26; + if (code < UPPER + 26) return code - UPPER; + if (code < LOWER + 26) return code - LOWER + 26; }; jsPDF.API.TTFFont = function () { @@ -28275,14 +22649,18 @@ /***************************************************************/ - function TTFFont(rawData) { + function TTFFont(rawData, name, encoding) { var data; + this.rawData = rawData; data = this.contents = new Data(rawData); this.contents.pos = 4; if (data.readString(4) === 'ttcf') { - throw new Error("TTCF not supported."); + if (!name) { + throw new Error("Must specify a font name for TTC files."); + } + throw new Error("Font " + name + " not found in TTC file."); } else { data.pos = 0; this.parse(); @@ -28408,12 +22786,12 @@ }; TTFFont.prototype.widthOfString = function (string, size, charSpace) { - var charCode, i, scale, width, _ref; + var charCode, i, scale, width, _i, _ref, charSpace; string = '' + string; width = 0; - for (i = 0, _ref = string.length; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { + for (i = _i = 0, _ref = string.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { charCode = string.charCodeAt(i); width += this.widthOfGlyph(this.characterToGlyph(charCode)) + charSpace * (1000 / size) || 0; } @@ -28526,10 +22904,11 @@ }; Data.prototype.readString = function (length) { - var i, ret; + var i, ret, _i; + ret = []; - for (i = 0; 0 <= length ? i < length : i > length; i = 0 <= length ? ++i : --i) { + for (i = _i = 0; 0 <= length ? _i < length : _i > length; i = 0 <= length ? ++_i : --_i) { ret[i] = String.fromCharCode(this.readByte()); } @@ -28537,19 +22916,19 @@ }; Data.prototype.writeString = function (val) { - var i, _ref, _results; + var i, _i, _ref, _results; _results = []; - for (i = 0, _ref = val.length; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { + for (i = _i = 0, _ref = val.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { _results.push(this.writeByte(val.charCodeAt(i))); } return _results; }; - /*Data.prototype.stringAt = function (pos, length) { - this.pos = pos; - return this.readString(length); + /*Data.prototype.stringAt = function (pos, length) { + this.pos = pos; + return this.readString(length); };*/ @@ -28600,16 +22979,17 @@ Data.prototype.writeInt = function (val) { return this.writeInt32(val); }; - /*Data.prototype.slice = function (start, end) { - return this.data.slice(start, end); + /*Data.prototype.slice = function (start, end) { + return this.data.slice(start, end); };*/ Data.prototype.read = function (bytes) { - var buf, i; + var buf, i, _i; + buf = []; - for (i = 0; 0 <= bytes ? i < bytes : i > bytes; i = 0 <= bytes ? ++i : --i) { + for (i = _i = 0; 0 <= bytes ? _i < bytes : _i > bytes; i = 0 <= bytes ? ++_i : --_i) { buf.push(this.readByte()); } @@ -28617,12 +22997,12 @@ }; Data.prototype.write = function (bytes) { - var byte, i, _len, _results; + var byte, _i, _len, _results; _results = []; - for (i = 0, _len = bytes.length; i < _len; i++) { - byte = bytes[i]; + for (_i = 0, _len = bytes.length; _i < _len; _i++) { + byte = bytes[_i]; _results.push(this.writeByte(byte)); } @@ -28644,7 +23024,7 @@ /*****************************************************************************************************/ function Directory(data) { - var entry, i, _ref; + var entry, i, _i, _ref; this.scalarType = data.readInt(); this.tableCount = data.readShort(); @@ -28653,7 +23033,7 @@ this.rangeShift = data.readShort(); this.tables = {}; - for (i = 0, _ref = this.tableCount; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { + for (i = _i = 0, _ref = this.tableCount; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { entry = { tag: data.readString(4), checksum: data.readInt(), @@ -28727,7 +23107,7 @@ checksum = function checksum(data) { - var i, sum, tmp, _ref; + var i, sum, tmp, _i, _ref; data = __slice.call(data); @@ -28738,7 +23118,7 @@ tmp = new Data(data); sum = 0; - for (i = 0, _ref = data.length; i < _ref; i = i += 4) { + for (i = _i = 0, _ref = data.length; _i < _ref; i = _i += 4) { sum += tmp.readUInt32(); } @@ -28752,7 +23132,7 @@ __hasProp = {}.hasOwnProperty, __extends = function __extends(child, parent) { for (var key in parent) { - if (__hasProp.call(parent, key)) { child[key] = parent[key]; } + if (__hasProp.call(parent, key)) child[key] = parent[key]; } function ctor() { @@ -28772,7 +23152,6 @@ /***************************************************************/ - Table = function () { function Table(file) { var info; @@ -28868,7 +23247,7 @@ var CmapEntry = function () { function CmapEntry(data, offset) { - var code, count, endCode, glyphId, glyphIds, i, idDelta, idRangeOffset, index, saveOffset, segCount, segCountX2, start, startCode, tail, _j, _k, _len; + var code, count, endCode, glyphId, glyphIds, i, idDelta, idRangeOffset, index, saveOffset, segCount, segCountX2, start, startCode, tail, _i, _j, _k, _len; this.platformID = data.readUInt16(); this.encodingID = data.readShort(); @@ -28883,7 +23262,7 @@ switch (this.format) { case 0: - for (i = 0; i < 256; ++i) { + for (i = _i = 0; _i < 256; i = ++_i) { this.codeMap[i] = data.readByte(); } @@ -28984,7 +23363,7 @@ } CmapEntry.encode = function (charmap, encoding) { - var charMap, code, codeMap, codes, delta, deltas, diff, endCode, endCodes, entrySelector, glyphIDs, i, id, indexes, last, map, nextID, offset, old, rangeOffsets, rangeShift, searchRange, segCount, segCountX2, startCode, startCodes, startGlyph, subtable, _i, _j, _k, _l, _len, _len1, _len2, _len3, _len4, _len5, _len6, _len7, _m, _n, _name, _o, _p, _q; + var charMap, code, codeMap, codes, delta, deltas, diff, endCode, endCodes, entrySelector, glyphIDs, i, id, indexes, last, map, nextID, offset, old, rangeOffsets, rangeShift, result, searchRange, segCount, segCountX2, startCode, startCodes, startGlyph, subtable, _i, _j, _k, _l, _len, _len1, _len2, _len3, _len4, _len5, _len6, _len7, _m, _n, _name, _o, _p, _q; subtable = new Data(); codes = Object.keys(charmap).sort(function (a, b) { @@ -28996,9 +23375,11 @@ id = 0; indexes = function () { - var _results = []; + var _i, _results; + + _results = []; - for (i = 0; i < 256; ++i) { + for (i = _i = 0; _i < 256; i = ++_i) { _results.push(0); } @@ -29031,7 +23412,7 @@ subtable.writeUInt16(262); subtable.writeUInt16(0); subtable.write(indexes); - return { + return result = { charMap: codeMap, subtable: subtable.data, maxGlyphID: id + 1 @@ -29149,7 +23530,7 @@ subtable.writeUInt16(id); } - return { + return result = { charMap: charMap, subtable: subtable.data, maxGlyphID: nextID + 1 @@ -29170,14 +23551,15 @@ CmapTable.prototype.tag = 'cmap'; CmapTable.prototype.parse = function (data) { - var entry, i, tableCount; + var entry, i, tableCount, _i; + data.pos = this.offset; this.version = data.readUInt16(); tableCount = data.readUInt16(); this.tables = []; this.unicode = null; - for (i = 0; 0 <= tableCount ? i < tableCount : i > tableCount; i = 0 <= tableCount ? ++i : --i) { + for (i = _i = 0; 0 <= tableCount ? _i < tableCount : _i > tableCount; i = 0 <= tableCount ? ++_i : --_i) { entry = new CmapEntry(data, this.offset); this.tables.push(entry); @@ -29243,26 +23625,26 @@ this.metricDataFormat = data.readShort(); return this.numberOfMetrics = data.readUInt16(); }; - /*HheaTable.prototype.encode = function (ids) { - var i, table, _i, _ref; - table = new Data; - table.writeInt(this.version); - table.writeShort(this.ascender); - table.writeShort(this.decender); - table.writeShort(this.lineGap); - table.writeShort(this.advanceWidthMax); - table.writeShort(this.minLeftSideBearing); - table.writeShort(this.minRightSideBearing); - table.writeShort(this.xMaxExtent); - table.writeShort(this.caretSlopeRise); - table.writeShort(this.caretSlopeRun); - table.writeShort(this.caretOffset); - for (i = _i = 0, _ref = 4 * 2; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { - table.writeByte(0); - } - table.writeShort(this.metricDataFormat); - table.writeUInt16(ids.length); - return table.data; + /*HheaTable.prototype.encode = function (ids) { + var i, table, _i, _ref; + table = new Data; + table.writeInt(this.version); + table.writeShort(this.ascender); + table.writeShort(this.decender); + table.writeShort(this.lineGap); + table.writeShort(this.advanceWidthMax); + table.writeShort(this.minLeftSideBearing); + table.writeShort(this.minRightSideBearing); + table.writeShort(this.xMaxExtent); + table.writeShort(this.caretSlopeRise); + table.writeShort(this.caretSlopeRun); + table.writeShort(this.caretOffset); + for (i = _i = 0, _ref = 4 * 2; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + table.writeByte(0); + } + table.writeShort(this.metricDataFormat); + table.writeUInt16(ids.length); + return table.data; };*/ @@ -29279,6 +23661,7 @@ OS2Table.prototype.tag = 'OS/2'; OS2Table.prototype.parse = function (data) { + var i; data.pos = this.offset; this.version = data.readUInt16(); this.averageCharWidth = data.readShort(); @@ -29298,11 +23681,11 @@ this.familyClass = data.readShort(); this.panose = function () { - var i, _results; + var _i, _results; _results = []; - for (i = 0; i < 10; ++i) { + for (i = _i = 0; _i < 10; i = ++_i) { _results.push(data.readByte()); } @@ -29310,11 +23693,11 @@ }(); this.charRange = function () { - var i, _results; + var _i, _results; _results = []; - for (i = 0; i < 4; ++i) { + for (i = _i = 0; _i < 4; i = ++_i) { _results.push(data.readInt()); } @@ -29334,11 +23717,11 @@ this.winDescent = data.readShort(); this.codePageRange = function () { - var i, _results; + var _i, _results; _results = []; - for (i = 0; i < 2; i = ++i) { + for (i = _i = 0; _i < 2; i = ++_i) { _results.push(data.readInt()); } @@ -29354,8 +23737,8 @@ } } }; - /*OS2Table.prototype.encode = function () { - return this.raw(); + /*OS2Table.prototype.encode = function () { + return this.raw(); };*/ @@ -29373,7 +23756,7 @@ PostTable.prototype.tag = 'post'; PostTable.prototype.parse = function (data) { - var length, numberOfGlyphs, _results; + var i, length, numberOfGlyphs, _i, _results; data.pos = this.offset; this.format = data.readInt(); @@ -29393,9 +23776,8 @@ case 0x00020000: numberOfGlyphs = data.readUInt16(); this.glyphNameIndex = []; - var i; - for (i = 0; 0 <= numberOfGlyphs ? i < numberOfGlyphs : i > numberOfGlyphs; i = 0 <= numberOfGlyphs ? ++i : --i) { + for (i = _i = 0; 0 <= numberOfGlyphs ? _i < numberOfGlyphs : _i > numberOfGlyphs; i = 0 <= numberOfGlyphs ? ++_i : --_i) { this.glyphNameIndex.push(data.readUInt16()); } @@ -29409,6 +23791,7 @@ } return _results; + break; case 0x00025000: numberOfGlyphs = data.readUInt16(); @@ -29465,7 +23848,7 @@ NameTable.prototype.tag = 'name'; NameTable.prototype.parse = function (data) { - var count, entries, entry, format, i, name, stringOffset, strings, text, _j, _len, _name; + var count, entries, entry, format, i, name, stringOffset, strings, text, _i, _j, _len, _name; data.pos = this.offset; format = data.readShort(); @@ -29473,7 +23856,7 @@ stringOffset = data.readShort(); entries = []; - for (i = 0; 0 <= count ? i < count : i > count; i = 0 <= count ? ++i : --i) { + for (i = _i = 0; 0 <= count ? _i < count : _i > count; i = 0 <= count ? ++_i : --_i) { entries.push({ platformID: data.readShort(), encodingID: data.readShort(), @@ -29526,52 +23909,52 @@ this.compatibleFull = strings[18]; return this.sampleText = strings[19]; }; - /*NameTable.prototype.encode = function () { - var id, list, nameID, nameTable, postscriptName, strCount, strTable, string, strings, table, val, _i, _len, _ref; - strings = {}; - _ref = this.strings; - for (id in _ref) { - val = _ref[id]; - strings[id] = val; - } - postscriptName = new NameEntry("" + subsetTag + "+" + this.postscriptName, { - platformID: 1 - , encodingID: 0 - , languageID: 0 - }); - strings[6] = [postscriptName]; - subsetTag = successorOf(subsetTag); - strCount = 0; - for (id in strings) { - list = strings[id]; - if (list != null) { - strCount += list.length; - } - } - table = new Data; - strTable = new Data; - table.writeShort(0); - table.writeShort(strCount); - table.writeShort(6 + 12 * strCount); - for (nameID in strings) { - list = strings[nameID]; - if (list != null) { - for (_i = 0, _len = list.length; _i < _len; _i++) { - string = list[_i]; - table.writeShort(string.platformID); - table.writeShort(string.encodingID); - table.writeShort(string.languageID); - table.writeShort(nameID); - table.writeShort(string.length); - table.writeShort(strTable.pos); - strTable.writeString(string.raw); - } - } - } - return nameTable = { - postscriptName: postscriptName.raw - , table: table.data.concat(strTable.data) - }; + /*NameTable.prototype.encode = function () { + var id, list, nameID, nameTable, postscriptName, strCount, strTable, string, strings, table, val, _i, _len, _ref; + strings = {}; + _ref = this.strings; + for (id in _ref) { + val = _ref[id]; + strings[id] = val; + } + postscriptName = new NameEntry("" + subsetTag + "+" + this.postscriptName, { + platformID: 1 + , encodingID: 0 + , languageID: 0 + }); + strings[6] = [postscriptName]; + subsetTag = successorOf(subsetTag); + strCount = 0; + for (id in strings) { + list = strings[id]; + if (list != null) { + strCount += list.length; + } + } + table = new Data; + strTable = new Data; + table.writeShort(0); + table.writeShort(strCount); + table.writeShort(6 + 12 * strCount); + for (nameID in strings) { + list = strings[nameID]; + if (list != null) { + for (_i = 0, _len = list.length; _i < _len; _i++) { + string = list[_i]; + table.writeShort(string.platformID); + table.writeShort(string.encodingID); + table.writeShort(string.languageID); + table.writeShort(nameID); + table.writeShort(string.length); + table.writeShort(strTable.pos); + strTable.writeString(string.raw); + } + } + } + return nameTable = { + postscriptName: postscriptName.raw + , table: table.data.concat(strTable.data) + }; };*/ return NameTable; @@ -29604,25 +23987,25 @@ this.maxComponentElements = data.readUInt16(); return this.maxComponentDepth = data.readUInt16(); }; - /*MaxpTable.prototype.encode = function (ids) { - var table; - table = new Data; - table.writeInt(this.version); - table.writeUInt16(ids.length); - table.writeUInt16(this.maxPoints); - table.writeUInt16(this.maxContours); - table.writeUInt16(this.maxCompositePoints); - table.writeUInt16(this.maxComponentContours); - table.writeUInt16(this.maxZones); - table.writeUInt16(this.maxTwilightPoints); - table.writeUInt16(this.maxStorage); - table.writeUInt16(this.maxFunctionDefs); - table.writeUInt16(this.maxInstructionDefs); - table.writeUInt16(this.maxStackElements); - table.writeUInt16(this.maxSizeOfInstructions); - table.writeUInt16(this.maxComponentElements); - table.writeUInt16(this.maxComponentDepth); - return table.data; + /*MaxpTable.prototype.encode = function (ids) { + var table; + table = new Data; + table.writeInt(this.version); + table.writeUInt16(ids.length); + table.writeUInt16(this.maxPoints); + table.writeUInt16(this.maxContours); + table.writeUInt16(this.maxCompositePoints); + table.writeUInt16(this.maxComponentContours); + table.writeUInt16(this.maxZones); + table.writeUInt16(this.maxTwilightPoints); + table.writeUInt16(this.maxStorage); + table.writeUInt16(this.maxFunctionDefs); + table.writeUInt16(this.maxInstructionDefs); + table.writeUInt16(this.maxStackElements); + table.writeUInt16(this.maxSizeOfInstructions); + table.writeUInt16(this.maxComponentElements); + table.writeUInt16(this.maxComponentDepth); + return table.data; };*/ @@ -29639,12 +24022,12 @@ HmtxTable.prototype.tag = 'hmtx'; HmtxTable.prototype.parse = function (data) { - var i, last, lsbCount, m, _j, _ref, _results; + var i, last, lsbCount, m, _i, _j, _ref, _results; data.pos = this.offset; this.metrics = []; - for (i = 0, _ref = this.file.hhea.numberOfMetrics; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { + for (i = _i = 0, _ref = this.file.hhea.numberOfMetrics; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { this.metrics.push({ advance: data.readUInt16(), lsb: data.readInt16() @@ -29699,25 +24082,27 @@ HmtxTable.prototype.forGlyph = function (id) { + var metrics; + if (id in this.metrics) { return this.metrics[id]; } - return { + return metrics = { advance: this.metrics[this.metrics.length - 1].advance, lsb: this.leftSideBearings[id - this.metrics.length] }; }; - /*HmtxTable.prototype.encode = function (mapping) { - var id, metric, table, _i, _len; - table = new Data; - for (_i = 0, _len = mapping.length; _i < _len; _i++) { - id = mapping[_i]; - metric = this.forGlyph(id); - table.writeUInt16(metric.advance); - table.writeUInt16(metric.lsb); - } - return table.data; + /*HmtxTable.prototype.encode = function (mapping) { + var id, metric, table, _i, _len; + table = new Data; + for (_i = 0, _len = mapping.length; _i < _len; _i++) { + id = mapping[_i]; + metric = this.forGlyph(id); + table.writeUInt16(metric.advance); + table.writeUInt16(metric.lsb); + } + return table.data; };*/ @@ -29735,11 +24120,12 @@ GlyfTable.prototype.tag = 'glyf'; - GlyfTable.prototype.parse = function () { + GlyfTable.prototype.parse = function (data) { return this.cache = {}; }; GlyfTable.prototype.glyphFor = function (id) { + id = id; var data, index, length, loca, numberOfContours, raw, xMax, xMin, yMax, yMin; if (id in this.cache) { @@ -29883,13 +24269,14 @@ /****************************************************************************************************************/ - CompoundGlyph.prototype.encode = function () { - var i, result, _len, _ref; + CompoundGlyph.prototype.encode = function (mapping) { + var i, id, result, _i, _len, _ref; result = new Data(__slice.call(this.raw.data)); _ref = this.glyphIDs; - for (i = 0, _len = _ref.length; i < _len; ++i) { + for (i = _i = 0, _len = _ref.length; _i < _len; i = ++_i) { + id = _ref[i]; result.pos = this.glyphOffsets[i]; } @@ -29915,11 +24302,11 @@ if (format === 0) { return this.offsets = function () { - var _ref, _results; + var _i, _ref, _results; _results = []; - for (i = 0, _ref = this.length; i < _ref; i += 2) { + for (i = _i = 0, _ref = this.length; _i < _ref; i = _i += 2) { _results.push(data.readUInt16() * 2); } @@ -29927,11 +24314,11 @@ }.call(this); } else { return this.offsets = function () { - var _ref, _results; + var _i, _ref, _results; _results = []; - for (i = 0, _ref = this.length; i < _ref; i += 4) { + for (i = _i = 0, _ref = this.length; _i < _ref; i = _i += 4) { _results.push(data.readUInt32()); } @@ -30002,51 +24389,51 @@ return ret; }; - /*var successorOf = function (input) { - var added, alphabet, carry, i, index, isUpperCase, last, length, next, result; - alphabet = 'abcdefghijklmnopqrstuvwxyz'; - length = alphabet.length; - result = input; - i = input.length; - while (i >= 0) { - last = input.charAt(--i); - if (isNaN(last)) { - index = alphabet.indexOf(last.toLowerCase()); - if (index === -1) { - next = last; - carry = true; - } - else { - next = alphabet.charAt((index + 1) % length); - isUpperCase = last === last.toUpperCase(); - if (isUpperCase) { - next = next.toUpperCase(); - } - carry = index + 1 >= length; - if (carry && i === 0) { - added = isUpperCase ? 'A' : 'a'; - result = added + next + result.slice(1); - break; - } - } - } - else { - next = +last + 1; - carry = next > 9; - if (carry) { - next = 0; - } - if (carry && i === 0) { - result = '1' + next + result.slice(1); - break; - } - } - result = result.slice(0, i) + next + result.slice(i + 1); - if (!carry) { - break; - } - } - return result; + /*var successorOf = function (input) { + var added, alphabet, carry, i, index, isUpperCase, last, length, next, result; + alphabet = 'abcdefghijklmnopqrstuvwxyz'; + length = alphabet.length; + result = input; + i = input.length; + while (i >= 0) { + last = input.charAt(--i); + if (isNaN(last)) { + index = alphabet.indexOf(last.toLowerCase()); + if (index === -1) { + next = last; + carry = true; + } + else { + next = alphabet.charAt((index + 1) % length); + isUpperCase = last === last.toUpperCase(); + if (isUpperCase) { + next = next.toUpperCase(); + } + carry = index + 1 >= length; + if (carry && i === 0) { + added = isUpperCase ? 'A' : 'a'; + result = added + next + result.slice(1); + break; + } + } + } + else { + next = +last + 1; + carry = next > 9; + if (carry) { + next = 0; + } + if (carry && i === 0) { + result = '1' + next + result.slice(1); + break; + } + } + result = result.slice(0, i) + next + result.slice(i + 1); + if (!carry) { + break; + } + } + return result; };*/ @@ -30057,28 +24444,28 @@ this.unicodes = {}; this.next = 33; } - /*Subset.prototype.use = function (character) { - var i, _i, _ref; - if (typeof character === 'string') { - for (i = _i = 0, _ref = character.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { - this.use(character.charCodeAt(i)); - } - return; - } - if (!this.unicodes[character]) { - this.subset[this.next] = character; - return this.unicodes[character] = this.next++; - } + /*Subset.prototype.use = function (character) { + var i, _i, _ref; + if (typeof character === 'string') { + for (i = _i = 0, _ref = character.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + this.use(character.charCodeAt(i)); + } + return; + } + if (!this.unicodes[character]) { + this.subset[this.next] = character; + return this.unicodes[character] = this.next++; + } };*/ - /*Subset.prototype.encodeText = function (text) { - var char, i, string, _i, _ref; - string = ''; - for (i = _i = 0, _ref = text.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { - char = this.unicodes[text.charCodeAt(i)]; - string += String.fromCharCode(char); - } - return string; + /*Subset.prototype.encodeText = function (text) { + var char, i, string, _i, _ref; + string = ''; + for (i = _i = 0, _ref = text.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + char = this.unicodes[text.charCodeAt(i)]; + string += String.fromCharCode(char); + } + return string; };*/ /***************************************************************/ @@ -30104,19 +24491,19 @@ return mapping; }; - /*Subset.prototype.glyphIDs = function () { - var ret, roman, unicode, unicodeCmap, val, _ref; - unicodeCmap = this.font.cmap.tables[0].codeMap; - ret = [0]; - _ref = this.subset; - for (roman in _ref) { - unicode = _ref[roman]; - val = unicodeCmap[unicode]; - if ((val != null) && __indexOf.call(ret, val) < 0) { - ret.push(val); - } - } - return ret.sort(); + /*Subset.prototype.glyphIDs = function () { + var ret, roman, unicode, unicodeCmap, val, _ref; + unicodeCmap = this.font.cmap.tables[0].codeMap; + ret = [0]; + _ref = this.subset; + for (roman in _ref) { + unicode = _ref[roman]; + val = unicodeCmap[unicode]; + if ((val != null) && __indexOf.call(ret, val) < 0) { + ret.push(val); + } + } + return ret.sort(); };*/ /******************************************************************/ @@ -30295,18 +24682,19 @@ }(); })(jsPDF); - /* global FlateStream */ // Generated by CoffeeScript 1.4.0 - /* - # PNG.js - # Copyright (c) 2011 Devon Govett - # MIT LICENSE - # - # + /* + # PNG.js + # Copyright (c) 2011 Devon Govett + # MIT LICENSE + # + # */ (function (global) { - global.PNG = function () { + var PNG; + + PNG = function () { var APNG_BLEND_OP_SOURCE, APNG_DISPOSE_OP_BACKGROUND, APNG_DISPOSE_OP_PREVIOUS, makeImage, scratchCanvas, scratchCtx; PNG.load = function (url, canvas, callback) { @@ -30430,9 +24818,9 @@ case 3: palLen = this.palette.length / 3; this.transparency.indexed = this.read(chunkSize); - if (this.transparency.indexed.length > palLen) { throw new Error('More transparent colors than palette size'); } - /* - * According to the PNG spec trns should be increased to the same size as palette if shorter + if (this.transparency.indexed.length > palLen) throw new Error('More transparent colors than palette size'); + /* + * According to the PNG spec trns should be increased to the same size as palette if shorter */ //palShort = 255 - this.transparency.indexed.length; @@ -30508,6 +24896,8 @@ throw new Error("Incomplete or corrupt PNG file"); } } + + return; } PNG.prototype.read = function (bytes) { @@ -30660,22 +25050,22 @@ } if (_this.interlaceMethod == 1) { - /* - 1 6 4 6 2 6 4 6 - 7 7 7 7 7 7 7 7 - 5 6 5 6 5 6 5 6 - 7 7 7 7 7 7 7 7 - 3 6 4 6 3 6 4 6 - 7 7 7 7 7 7 7 7 - 5 6 5 6 5 6 5 6 - 7 7 7 7 7 7 7 7 + /* + 1 6 4 6 2 6 4 6 + 7 7 7 7 7 7 7 7 + 5 6 5 6 5 6 5 6 + 7 7 7 7 7 7 7 7 + 3 6 4 6 3 6 4 6 + 7 7 7 7 7 7 7 7 + 5 6 5 6 5 6 5 6 + 7 7 7 7 7 7 7 7 */ pass(0, 0, 8, 8); // 1 - /* NOTE these seem to follow the pattern: - * pass(x, 0, 2*x, 2*x); - * pass(0, x, x, 2*x); - * with x being 4, 2, 1. + /* NOTE these seem to follow the pattern: + * pass(x, 0, 2*x, 2*x); + * pass(0, x, x, 2*x); + * with x being 4, 2, 1. */ pass(4, 0, 8, 8); // 2 @@ -30706,7 +25096,7 @@ length = palette.length; c = 0; - for (i = _i = 0, _ref = length; _i < _ref; i = _i += 3) { + for (i = _i = 0, _ref = palette.length; _i < _ref; i = _i += 3) { ret[pos++] = palette[i]; ret[pos++] = palette[i + 1]; ret[pos++] = palette[i + 2]; @@ -30763,36 +25153,22 @@ return ret; }; - var hasBrowserCanvas = function hasBrowserCanvas() { - if (Object.prototype.toString.call(global) === "[object Window]") { - try { - scratchCanvas = global.document.createElement('canvas'); - scratchCtx = scratchCanvas.getContext('2d'); - } catch (e) { - return false; - } - - return true; - } - - return false; - }; - - hasBrowserCanvas(); + try { + scratchCanvas = global.document.createElement('canvas'); + scratchCtx = scratchCanvas.getContext('2d'); + } catch (e) { + return -1; + } makeImage = function makeImage(imageData) { - if (hasBrowserCanvas() === true) { - var img; - scratchCtx.width = imageData.width; - scratchCtx.height = imageData.height; - scratchCtx.clearRect(0, 0, imageData.width, imageData.height); - scratchCtx.putImageData(imageData, 0, 0); - img = new Image(); - img.src = scratchCanvas.toDataURL(); - return img; - } - - throw new Error('This method requires a Browser with Canvas-capability.'); + var img; + scratchCtx.width = imageData.width; + scratchCtx.height = imageData.height; + scratchCtx.clearRect(0, 0, imageData.width, imageData.height); + scratchCtx.putImageData(imageData, 0, 0); + img = new Image(); + img.src = scratchCanvas.toDataURL(); + return img; }; PNG.prototype.decodeFrames = function (ctx) { @@ -30895,24 +25271,26 @@ return PNG; }(); + + global.PNG = PNG; })(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); // `self` is undefined in Firefox for Android content script context // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window - /* - * Extracted from pdf.js - * https://github.com/andreasgal/pdf.js - * - * Copyright (c) 2011 Mozilla Foundation - * - * Contributors: Andreas Gal - * Chris G Jones - * Shaon Barman - * Vivien Nicolas <21@vingtetun.org> - * Justin D'Arcangelo - * Yury Delendik - * - * + /* + * Extracted from pdf.js + * https://github.com/andreasgal/pdf.js + * + * Copyright (c) 2011 Mozilla Foundation + * + * Contributors: Andreas Gal + * Chris G Jones + * Shaon Barman + * Vivien Nicolas <21@vingtetun.org> + * Justin D'Arcangelo + * Yury Delendik + * + * */ var DecodeStream = function () { function constructor() { @@ -30926,7 +25304,7 @@ ensureBuffer: function decodestream_ensureBuffer(requested) { var buffer = this.buffer; var current = buffer ? buffer.byteLength : 0; - if (requested < current) { return buffer; } + if (requested < current) return buffer; var size = 512; while (size < requested) { @@ -30945,7 +25323,7 @@ var pos = this.pos; while (this.bufferLength <= pos) { - if (this.eof) { return null; } + if (this.eof) return null; this.readBlock(); } @@ -30963,7 +25341,7 @@ } var bufEnd = this.bufferLength; - if (end > bufEnd) { end = bufEnd; } + if (end > bufEnd) end = bufEnd; } else { while (!this.eof) { this.readBlock(); @@ -30979,7 +25357,7 @@ var pos = this.pos; while (this.bufferLength <= pos) { - if (this.eof) { return null; } + if (this.eof) return null; this.readBlock(); } @@ -30989,7 +25367,7 @@ var pos = this.pos; while (this.bufferLength <= pos) { - if (this.eof) { return null; } + if (this.eof) return null; this.readBlock(); } @@ -31005,7 +25383,7 @@ return new Stream(this.buffer, start, length, dict); }, skip: function decodestream_skip(n) { - if (!n) { n = 1; } + if (!n) n = 1; this.pos += n; }, reset: function decodestream_reset() { @@ -31015,9 +25393,7 @@ return constructor; }(); - var globalObject = typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')(); - - var FlateStream = globalObject.FlateStream = function () { + var FlateStream = function () { if (typeof Uint32Array === 'undefined') { return undefined; } @@ -31037,10 +25413,10 @@ var bytesPos = 0; var cmf = bytes[bytesPos++]; var flg = bytes[bytesPos++]; - if (cmf == -1 || flg == -1) { error('Invalid header in flate stream'); } - if ((cmf & 0x0f) != 0x08) { error('Unknown compression method in flate stream'); } - if (((cmf << 8) + flg) % 31 != 0) { error('Bad FCHECK in flate stream'); } - if (flg & 0x20) { error('FDICT bit set in flate stream'); } + if (cmf == -1 || flg == -1) error('Invalid header in flate stream'); + if ((cmf & 0x0f) != 0x08) error('Unknown compression method in flate stream'); + if (((cmf << 8) + flg) % 31 != 0) error('Bad FCHECK in flate stream'); + if (flg & 0x20) error('FDICT bit set in flate stream'); this.bytes = bytes; this.bytesPos = bytesPos; this.codeSize = 0; @@ -31058,7 +25434,7 @@ var b; while (codeSize < bits) { - if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad encoding in flate stream'); } + if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad encoding in flate stream'); codeBuf |= b << codeSize; codeSize += 8; } @@ -31080,7 +25456,7 @@ while (codeSize < maxLen) { var b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad encoding in flate stream'); } + if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad encoding in flate stream'); codeBuf |= b << codeSize; codeSize += 8; } @@ -31088,7 +25464,7 @@ var code = codes[codeBuf & (1 << maxLen) - 1]; var codeLen = code >> 16; var codeVal = code & 0xffff; - if (codeSize == 0 || codeSize < codeLen || codeLen == 0) { error('Bad encoding in flate stream'); } + if (codeSize == 0 || codeSize < codeLen || codeLen == 0) error('Bad encoding in flate stream'); this.codeBuf = codeBuf >> codeLen; this.codeSize = codeSize - codeLen; this.bytesPos = bytesPos; @@ -31101,7 +25477,7 @@ var maxLen = 0; for (var i = 0; i < n; ++i) { - if (lengths[i] > maxLen) { maxLen = lengths[i]; } + if (lengths[i] > maxLen) maxLen = lengths[i]; } // build the table @@ -31144,7 +25520,7 @@ var hdr = this.getBits(3); - if (hdr & 1) { this.eof = true; } + if (hdr & 1) this.eof = true; hdr >>= 1; if (hdr == 0) { @@ -31152,15 +25528,15 @@ var bytes = this.bytes; var bytesPos = this.bytesPos; var b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } + if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); var blockLen = b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } + if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); blockLen |= b << 8; - if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } + if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); var check = b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } + if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); check |= b << 8; - if (check != (~blockLen & 0xffff)) { error('Bad uncompressed block length in flate stream'); } + if (check != (~blockLen & 0xffff)) error('Bad uncompressed block length in flate stream'); this.codeBuf = 0; this.codeSize = 0; var bufferLength = this.bufferLength; @@ -31253,12 +25629,12 @@ code1 -= 257; code1 = lengthDecode[code1]; var code2 = code1 >> 16; - if (code2 > 0) { code2 = this.getBits(code2); } + if (code2 > 0) code2 = this.getBits(code2); var len = (code1 & 0xffff) + code2; code1 = this.getCode(distCodeTable); code1 = distDecode[code1]; code2 = code1 >> 16; - if (code2 > 0) { code2 = this.getBits(code2); } + if (code2 > 0) code2 = this.getBits(code2); var dist = (code1 & 0xffff) + code2; if (pos + len >= limit) { @@ -31274,186 +25650,11 @@ return constructor; }(); + /*rollup-keeper-start*/ - (function (global, factory) { - if (typeof define === "function" && define.amd) { - define([], factory); - } else if (typeof exports !== "undefined") { - factory(); - } else { - var mod = { - exports: {} - }; - factory(); - global.FileSaver = mod.exports; - } - })(window, function () { - /* - * FileSaver.js - * A saveAs() FileSaver implementation. - * - * By Eli Grey, http://eligrey.com - * - * License : https://github.com/eligrey/FileSaver.js/blob/master/LICENSE.md (MIT) - * source : http://purl.eligrey.com/github/FileSaver.js - */ - // The one and only way of getting global scope in all environments - // https://stackoverflow.com/q/3277182/1008999 - - var _global = (typeof window === "undefined" ? "undefined" : _typeof(window)) === 'object' && window.window === window ? window : (typeof self === "undefined" ? "undefined" : _typeof(self)) === 'object' && self.self === self ? self : (typeof global === "undefined" ? "undefined" : _typeof(global)) === 'object' && global.global === global ? global : void 0; - - function bom(blob, opts) { - if (typeof opts === 'undefined') { opts = { - autoBom: false - }; }else if (_typeof(opts) !== 'object') { - console.warn('Deprecated: Expected third argument to be a object'); - opts = { - autoBom: !opts - }; - } // prepend BOM for UTF-8 XML and text/* types (including HTML) - // note: your browser will automatically convert UTF-16 U+FEFF to EF BB BF - - if (opts.autoBom && /^\s*(?:text\/\S*|application\/xml|\S*\/\S*\+xml)\s*;.*charset\s*=\s*utf-8/i.test(blob.type)) { - return new Blob([String.fromCharCode(0xFEFF), blob], { - type: blob.type - }); - } - - return blob; - } - - function download(url, name, opts) { - var xhr = new XMLHttpRequest(); - xhr.open('GET', url); - xhr.responseType = 'blob'; - - xhr.onload = function () { - saveAs(xhr.response, name, opts); - }; - - xhr.onerror = function () { - console.error('could not download file'); - }; - - xhr.send(); - } - - function corsEnabled(url) { - var xhr = new XMLHttpRequest(); // use sync to avoid popup blocker - - xhr.open('HEAD', url, false); - xhr.send(); - return xhr.status >= 200 && xhr.status <= 299; - } // `a.click()` doesn't work for all browsers (#465) - - - function click(node) { - try { - node.dispatchEvent(new MouseEvent('click')); - } catch (e) { - var evt = document.createEvent('MouseEvents'); - evt.initMouseEvent('click', true, true, window, 0, 0, 0, 80, 20, false, false, false, false, 0, null); - node.dispatchEvent(evt); - } - } - - var saveAs = _global.saveAs || ( // probably in some web worker - (typeof window === "undefined" ? "undefined" : _typeof(window)) !== 'object' || window !== _global ? function saveAs() {} - /* noop */ - // Use download attribute first if possible (#193 Lumia mobile) - : 'download' in HTMLAnchorElement.prototype ? function saveAs(blob, name, opts) { - var URL = _global.URL || _global.webkitURL; - var a = document.createElement('a'); - name = name || blob.name || 'download'; - a.download = name; - a.rel = 'noopener'; // tabnabbing - // TODO: detect chrome extensions & packaged apps - // a.target = '_blank' - - if (typeof blob === 'string') { - // Support regular links - a.href = blob; - - if (a.origin !== location.origin) { - corsEnabled(a.href) ? download(blob, name, opts) : click(a, a.target = '_blank'); - } else { - click(a); - } - } else { - // Support blobs - a.href = URL.createObjectURL(blob); - setTimeout(function () { - URL.revokeObjectURL(a.href); - }, 4E4); // 40s - - setTimeout(function () { - click(a); - }, 0); - } - } // Use msSaveOrOpenBlob as a second approach - : 'msSaveOrOpenBlob' in navigator ? function saveAs(blob, name, opts) { - name = name || blob.name || 'download'; - - if (typeof blob === 'string') { - if (corsEnabled(blob)) { - download(blob, name, opts); - } else { - var a = document.createElement('a'); - a.href = blob; - a.target = '_blank'; - setTimeout(function () { - click(a); - }); - } - } else { - navigator.msSaveOrOpenBlob(bom(blob, opts), name); - } - } // Fallback to using FileReader and a popup - : function saveAs(blob, name, opts, popup) { - // Open a popup immediately do go around popup blocker - // Mostly only available on user interaction and the fileReader is async so... - popup = popup || open('', '_blank'); - - if (popup) { - popup.document.title = popup.document.body.innerText = 'downloading...'; - } - - if (typeof blob === 'string') { return download(blob, name, opts); } - var force = blob.type === 'application/octet-stream'; - - var isSafari = /constructor/i.test(_global.HTMLElement) || _global.safari; - - var isChromeIOS = /CriOS\/[\d]+/.test(navigator.userAgent); - - if ((isChromeIOS || force && isSafari) && (typeof FileReader === "undefined" ? "undefined" : _typeof(FileReader)) === 'object') { - // Safari doesn't allow downloading of blob URLs - var reader = new FileReader(); - - reader.onloadend = function () { - var url = reader.result; - url = isChromeIOS ? url : url.replace(/^data:[^;]*;/, 'data:attachment/file;'); - if (popup) { popup.location.href = url; }else { location = url; } - popup = null; // reverse-tabnabbing #460 - }; - - reader.readAsDataURL(blob); - } else { - var URL = _global.URL || _global.webkitURL; - var url = URL.createObjectURL(blob); - if (popup) { popup.location = url; }else { location.href = url; } - popup = null; // reverse-tabnabbing #460 - - setTimeout(function () { - URL.revokeObjectURL(url); - }, 4E4); // 40s - } - }); - _global.saveAs = saveAs.saveAs = saveAs; - if (typeof module !== 'undefined') { - module.exports = saveAs; - } - }); + window.tmp = FlateStream; + /*rollup-keeper-end*/ })); diff --git a/dist/jspdf.min.js b/dist/jspdf.min.js index 5efa23d41..36b245641 100644 --- a/dist/jspdf.min.js +++ b/dist/jspdf.min.js @@ -1,13 +1,10 @@ !function(t){"function"==typeof define&&define.amd?define(t):t()}(function(){"use strict"; /** @license * jsPDF - PDF Document creation from JavaScript - * Version 1.5.3 Built on 2019-04-01T11:25:03.538Z - * CommitID 4a0e64f08f + * Version 1.5.3 Built on 2018-12-27T14:11:42.696Z + * CommitID d93d28db14 * - * Copyright (c) 2010-2018 James Hall , https://github.com/MrRio/jsPDF - * 2015-2018 yWorks GmbH, http://www.yworks.com - * 2015-2018 Lukas Holländer , https://github.com/HackbrettXXX - * 2016-2018 Aras Abbasi + * Copyright (c) 2010-2016 James Hall , https://github.com/MrRio/jsPDF * 2010 Aaron Spike, https://github.com/acspike * 2012 Willow Systems Corporation, willow-systems.com * 2012 Pablo Hess, https://github.com/pablohess @@ -29,14 +26,7 @@ * Contributor(s): * siefkenj, ahwolf, rickygu, Midnith, saintclair, eaparango, * kim3er, mfo, alnorth, Flamenco - */function qe(t){return(qe="function"==typeof 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Can be:
    • a0 - a10
    • b0 - b10
    • c0 - c10
    • dl
    • letter
    • government-letter
    • legal
    • junior-legal
    • ledger
    • tabloid
    • credit-card

    - * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] - * @param orientation {string} Orientation of the new page. Possible values are "portrait" or "landscape" (or shortcuts "p" (Default), "l"). - * @function - * @instance - * @returns {jsPDF} - * - * @memberof jsPDF# - * @name addPage + /** + * Adds (and transfers the focus to) new page to the PDF document. + * @param format {String/Array} The format of the new page. Can be:
    • a0 - a10
    • b0 - b10
    • c0 - c10
    • dl
    • letter
    • government-letter
    • legal
    • junior-legal
    • ledger
    • tabloid
    • credit-card

    + * Default is "a4". If you want to use your own format just pass instead of one of the above predefined formats the size as an number-array, e.g. [595.28, 841.89] + * @param orientation {string} Orientation of the new page. Possible values are "portrait" or "landscape" (or shortcuts "p" (Default), "l"). + * @function + * @instance + * @returns {jsPDF} + * + * @memberOf jsPDF + * @name addPage */ @@ -2587,22 +1800,22 @@ var jsPDF = function (global) { return this; }; - /** - * Adds (and transfers the focus to) new page to the PDF document. - * @function - * @instance - * @returns {jsPDF} - * - * @memberof jsPDF# - * @name setPage - * @param {number} page Switch the active page to the page number specified. - * @example - * doc = jsPDF() - * doc.addPage() - * doc.addPage() - * doc.text('I am on page 3', 10, 10) - * doc.setPage(1) - * doc.text('I am on page 1', 10, 10) + /** + * Adds (and transfers the focus to) new page to the PDF document. + * @function + * @instance + * @returns {jsPDF} + * + * @memberOf jsPDF + * @name setPage + * @param {number} page Switch the active page to the page number specified. + * @example + * doc = jsPDF() + * doc.addPage() + * doc.addPage() + * doc.text('I am on page 3', 10, 10) + * doc.setPage(1) + * doc.text('I am on page 1', 10, 10) */ @@ -2611,14 +1824,14 @@ var jsPDF = function (global) { return this; }; - /** - * @name insertPage - * @memberof jsPDF# - * - * @function - * @instance - * @param {Object} beforePage - * @returns {jsPDF} + /** + * @name insertPage + * @memberOf jsPDF + * + * @function + * @instance + * @param {Object} beforePage + * @returns {jsPDF} */ @@ -2627,23 +1840,21 @@ var jsPDF = function (global) { this.movePage(currentPage, beforePage); return this; }; - /** - * @name movePage - * @memberof jsPDF# - * @function - * @instance - * @param {number} targetPage - * @param {number} beforePage - * @returns {jsPDF} + /** + * @name movePage + * @memberOf jsPDF + * @function + * @instance + * @param {Object} targetPage + * @param {Object} beforePage + * @returns {jsPDF} */ API.movePage = function (targetPage, beforePage) { - var tmpPages, tmpPagesContext; - if (targetPage > beforePage) { - tmpPages = pages[targetPage]; - tmpPagesContext = pagesContext[targetPage]; + var tmpPages = pages[targetPage]; + var tmpPagesContext = pagesContext[targetPage]; for (var i = targetPage; i > beforePage; i--) { pages[i] = pages[i - 1]; @@ -2654,12 +1865,12 @@ var jsPDF = function (global) { pagesContext[beforePage] = tmpPagesContext; this.setPage(beforePage); } else if (targetPage < beforePage) { - tmpPages = pages[targetPage]; - tmpPagesContext = pagesContext[targetPage]; + var tmpPages = pages[targetPage]; + var tmpPagesContext = pagesContext[targetPage]; - for (var j = targetPage; j < beforePage; j++) { - pages[j] = pages[j + 1]; - pagesContext[j] = pagesContext[j + 1]; + for (var i = targetPage; i < beforePage; i++) { + pages[i] = pages[i + 1]; + pagesContext[i] = pagesContext[i + 1]; } pages[beforePage] = tmpPages; @@ -2669,14 +1880,13 @@ var jsPDF = function (global) { return this; }; - /** - * Deletes a page from the PDF. - * @name deletePage - * @memberof jsPDF# - * @function - * @param {number} targetPage - * @instance - * @returns {jsPDF} + /** + * Deletes a page from the PDF. + * @name deletePage + * @memberOf jsPDF + * @function + * @instance + * @returns {jsPDF} */ @@ -2685,54 +1895,45 @@ var jsPDF = function (global) { return this; }; - /** - * Adds text to page. Supports adding multiline text when 'text' argument is an Array of Strings. - * - * @function - * @instance - * @param {String|Array} text String or array of strings to be added to the page. Each line is shifted one line down per font, spacing settings declared before this call. - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {Object} [options] - Collection of settings signaling how the text must be encoded. - * @param {string} [options.align=left] - The alignment of the text, possible values: left, center, right, justify. - * @param {string} [options.baseline=alphabetic] - Sets text baseline used when drawing the text, possible values: alphabetic, ideographic, bottom, top, middle, hanging - * @param {string} [options.angle=0] - Rotate the text clockwise or counterclockwise. Expects the angle in degree. - * @param {string} [options.rotationDirection=1] - Direction of the rotation. 0 = clockwise, 1 = counterclockwise. - * @param {string} [options.charSpace=0] - The space between each letter. - * @param {string} [options.lineHeightFactor=1.15] - The lineheight of each line. - * @param {string} [options.flags] - Flags for to8bitStream. - * @param {string} [options.flags.noBOM=true] - Don't add BOM to Unicode-text. - * @param {string} [options.flags.autoencode=true] - Autoencode the Text. - * @param {string} [options.maxWidth=0] - Split the text by given width, 0 = no split. - * @param {string} [options.renderingMode=fill] - Set how the text should be rendered, possible values: fill, stroke, fillThenStroke, invisible, fillAndAddForClipping, strokeAndAddPathForClipping, fillThenStrokeAndAddToPathForClipping, addToPathForClipping. - * @param {number|Matrix} transform If transform is a number the text will be rotated by this value around the anchor set by x and y. - * - * If it is a Matrix, this matrix gets directly applied to the text, which allows shearing - * effects etc.; the x and y offsets are then applied AFTER the coordinate system has been established by this - * matrix. This means passing a rotation matrix that is equivalent to some rotation angle will in general yield a - * DIFFERENT result. A matrix is only allowed in "advanced" API mode. - * @returns {jsPDF} - * @memberof jsPDF# - * @name text + /** + * Adds text to page. Supports adding multiline text when 'text' argument is an Array of Strings. + * + * @function + * @instance + * @param {String|Array} text String or array of strings to be added to the page. Each line is shifted one line down per font, spacing settings declared before this call. + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {Object} [options] - Collection of settings signaling how the text must be encoded. + * @param {string} [options.align=left] - The alignment of the text, possible values: left, center, right, justify. + * @param {string} [options.baseline=alphabetic] - Sets text baseline used when drawing the text, possible values: alphabetic, ideographic, bottom, top, middle. + * @param {string} [options.angle=0] - Rotate the text counterclockwise. Expects the angle in degree. + * @param {string} [options.charSpace=0] - The space between each letter. + * @param {string} [options.lineHeightFactor=1.15] - The lineheight of each line. + * @param {string} [options.flags] - Flags for to8bitStream. + * @param {string} [options.flags.noBOM=true] - Don't add BOM to Unicode-text. + * @param {string} [options.flags.autoencode=true] - Autoencode the Text. + * @param {string} [options.maxWidth=0] - Split the text by given width, 0 = no split. + * @param {string} [options.renderingMode=fill] - Set how the text should be rendered, possible values: fill, stroke, fillThenStroke, invisible, fillAndAddForClipping, strokeAndAddPathForClipping, fillThenStrokeAndAddToPathForClipping, addToPathForClipping. + * @returns {jsPDF} + * @memberOf jsPDF + * @name text */ - var text = API.__private__.text = API.text = function (text, x, y, options, transform) { - /* - * Inserts something like this into PDF - * BT - * /F1 16 Tf % Font name + size - * 16 TL % How many units down for next line in multiline text - * 0 g % color - * 28.35 813.54 Td % position - * (line one) Tj - * T* (line two) Tj - * T* (line three) Tj - * ET + var text = API.__private__.text = API.text = function (text, x, y, options) { + /** + * Inserts something like this into PDF + * BT + * /F1 16 Tf % Font name + size + * 16 TL % How many units down for next line in multiline text + * 0 g % color + * 28.35 813.54 Td % position + * (line one) Tj + * T* (line two) Tj + * T* (line three) Tj + * ET */ - options = options || {}; - var scope = options.scope || this; //backwardsCompatibility - + //backwardsCompatibility var tmp; // Pre-August-2012 the order of arguments was function(x, y, text, flags) // in effort to make all calls have similar signature like // function(data, coordinates... , miscellaneous) @@ -2746,39 +1947,37 @@ var jsPDF = function (global) { text = tmp; } - var transformationMatrix; - - if (arguments[3] instanceof Matrix === false) { - var flags = arguments[3]; - var angle = arguments[4]; - var align = arguments[5]; - - if (_typeof(flags) !== "object" || flags === null) { - if (typeof angle === 'string') { - align = angle; - angle = null; - } + var flags = arguments[3]; + var angle = arguments[4]; + var align = arguments[5]; - if (typeof flags === 'string') { - align = flags; - flags = null; - } + if (_typeof(flags) !== "object" || flags === null) { + if (typeof angle === 'string') { + align = angle; + angle = null; + } - if (typeof flags === 'number') { - angle = flags; - flags = null; - } + if (typeof flags === 'string') { + align = flags; + flags = null; + } - options = { - flags: flags, - angle: angle, - align: align - }; + if (typeof flags === 'number') { + angle = flags; + flags = null; } - } else { - transformationMatrix = arguments[3]; + + options = { + flags: flags, + angle: angle, + align: align + }; } + flags = flags || {}; + flags.noBOM = flags.noBOM || true; + flags.autoencode = flags.autoencode || true; + if (isNaN(x) || isNaN(y) || typeof text === "undefined" || text === null) { throw new Error('Invalid arguments passed to jsPDF.text'); } @@ -2790,7 +1989,7 @@ var jsPDF = function (global) { var xtra = ''; var isHex = false; var lineHeight = typeof options.lineHeightFactor === 'number' ? options.lineHeightFactor : lineHeightFactor; - var k = scope.internal.scaleFactor; + var scope = options.scope || this; function ESC(s) { s = s.split("\t").join(Array(options.TabLen || 9).join(" ")); @@ -2811,7 +2010,7 @@ var jsPDF = function (global) { if (typeof curDa === "string") { da.push(curDa); } else { - if (Array.isArray(text) && (curDa.length === 1 || curDa[1] === undefined && curDa[2] === undefined)) { + if (Array.isArray(text) && curDa.length === 1) { da.push(curDa[0]); } else { da.push([curDa[0], curDa[1], curDa[2]]); @@ -2841,7 +2040,7 @@ var jsPDF = function (global) { if (typeof curDa === "string") { da.push(processingFunction(curDa)[0]); - } else if (Array.isArray(curDa) && typeof curDa[0] === "string") { + } else if (Array.isArray(curDa) && curDa[0] === "string") { tmpResult = processingFunction(curDa[0], curDa[1], curDa[2]); da.push([tmpResult[0], tmpResult[1], tmpResult[2]]); } @@ -2880,6 +2079,15 @@ var jsPDF = function (global) { if (textIsOfTypeString === false) { throw new Error('Type of text must be string or Array. "' + text + '" is not recognized.'); + } //Escaping + + + var activeFontEncoding = fonts[activeFontKey].encoding; + + if (activeFontEncoding === "WinAnsiEncoding" || activeFontEncoding === "StandardEncoding") { + text = processTextByFunction(text, function (text, posX, posY) { + return [ESC(text), posX, posY]; + }); } //If there are any newlines in text, we assume //the user wanted to print multiple lines, so break the //text up into an array. If the text is already an array, @@ -2953,35 +2161,26 @@ var jsPDF = function (global) { options = payload.options; //angle var angle = options.angle; + var k = scope.internal.scaleFactor; + var transformationMatrix = []; - if (transformationMatrix instanceof Matrix === false && angle && typeof angle === "number") { + if (angle) { angle *= Math.PI / 180; - - if (options.rotationDirection === 0) { - angle = -angle; - } - - var c = Math.cos(angle); - var s = Math.sin(angle); - transformationMatrix = new Matrix(f2(c), f2(s), f2(s * -1), f2(c), 0, 0); - } else if (angle && angle instanceof Matrix) { - transformationMatrix = angle; + var c = Math.cos(angle), + s = Math.sin(angle); + transformationMatrix = [f2(c), f2(s), f2(s * -1), f2(c)]; } //charSpace - var charSpace = options.charSpace || activeCharSpace; + var charSpace = options.charSpace; if (typeof charSpace !== 'undefined') { xtra += f3(charSpace * k) + " Tc\n"; - this.setCharSpace(this.getCharSpace() || 0); } //lang var lang = options.lang; - //renderingMode - - - var renderingMode = -1; + var tmpRenderingMode = -1; var parmRenderingMode = typeof options.renderingMode !== "undefined" ? options.renderingMode : options.stroke; var pageContext = scope.internal.getCurrentPageInfo().pageContext; @@ -2989,64 +2188,65 @@ var jsPDF = function (global) { case 0: case false: case 'fill': - renderingMode = 0; + tmpRenderingMode = 0; break; case 1: case true: case 'stroke': - renderingMode = 1; + tmpRenderingMode = 1; break; case 2: case 'fillThenStroke': - renderingMode = 2; + tmpRenderingMode = 2; break; case 3: case 'invisible': - renderingMode = 3; + tmpRenderingMode = 3; break; case 4: case 'fillAndAddForClipping': - renderingMode = 4; + tmpRenderingMode = 4; break; case 5: case 'strokeAndAddPathForClipping': - renderingMode = 5; + tmpRenderingMode = 5; break; case 6: case 'fillThenStrokeAndAddToPathForClipping': - renderingMode = 6; + tmpRenderingMode = 6; break; case 7: case 'addToPathForClipping': - renderingMode = 7; + tmpRenderingMode = 7; break; } var usedRenderingMode = typeof pageContext.usedRenderingMode !== 'undefined' ? pageContext.usedRenderingMode : -1; //if the coder wrote it explicitly to use a specific //renderingMode, then use it - if (renderingMode !== -1) { - xtra += renderingMode + " Tr\n"; //otherwise check if we used the rendering Mode already + if (tmpRenderingMode !== -1) { + xtra += tmpRenderingMode + " Tr\n"; //otherwise check if we used the rendering Mode already //if so then set the rendering Mode... } else if (usedRenderingMode !== -1) { xtra += "0 Tr\n"; } - if (renderingMode !== -1) { - pageContext.usedRenderingMode = renderingMode; + if (tmpRenderingMode !== -1) { + pageContext.usedRenderingMode = tmpRenderingMode; } //align var align = options.align || 'left'; var leading = activeFontSize * lineHeight; var pageWidth = scope.internal.pageSize.getWidth(); + var k = scope.internal.scaleFactor; var activeFont = fonts[activeFontKey]; var charSpace = options.charSpace || activeCharSpace; var maxWidth = options.maxWidth || 0; @@ -3132,7 +2332,7 @@ var jsPDF = function (global) { newX = i === 0 ? getHorizontalCoordinate(x) : 0; if (i < len - 1) { - wordSpacingPerLine.push(f2((maxWidth - lineWidths[i]) / (da[i].split(" ").length - 1) * k)); + wordSpacingPerLine.push(((maxWidth - lineWidths[i]) / (da[i].split(" ").length - 1) * k).toFixed(2)); } text.push([da[i], newX, newY]); @@ -3166,78 +2366,53 @@ var jsPDF = function (global) { }; events.publish('postProcessText', payload); text = payload.text; - isHex = payload.mutex.isHex || false; //Escaping - - var activeFontEncoding = fonts[activeFontKey].encoding; - - if (activeFontEncoding === "WinAnsiEncoding" || activeFontEncoding === "StandardEncoding") { - text = processTextByFunction(text, function (text, posX, posY) { - return [ESC(text), posX, posY]; - }); - } - + isHex = payload.mutex.isHex; var da = transformTextToSpecialArray(text); text = []; - var STRING = 0; - var ARRAY = 1; - var variant = Array.isArray(da[0]) ? ARRAY : STRING; + var variant = 0; + var len = da.length; var posX; var posY; var content; var wordSpacing = ''; - var generatePosition = function generatePosition(parmPosX, parmPosY, parmTransformationMatrix) { - var position = ''; - - if (parmTransformationMatrix instanceof Matrix) { - parmTransformationMatrix.tx = parseFloat(f2(parmPosX)); - parmTransformationMatrix.ty = parseFloat(f2(parmPosY)); - position = parmTransformationMatrix.join(" ") + " Tm\n"; - } else { - position = f2(parmPosX) + " " + f2(parmPosY) + " Td\n"; - } - - return position; - }; - - for (var lineIndex = 0; lineIndex < da.length; lineIndex++) { + for (var i = 0; i < len; i++) { wordSpacing = ''; - switch (variant) { - case ARRAY: - content = (isHex ? "<" : "(") + da[lineIndex][0] + (isHex ? ">" : ")"); - posX = parseFloat(da[lineIndex][1]); - posY = parseFloat(da[lineIndex][2]); - break; - - case STRING: - content = (isHex ? "<" : "(") + da[lineIndex] + (isHex ? ">" : ")"); - posX = getHorizontalCoordinate(x); - posY = getVerticalCoordinate(y); - break; + if (!Array.isArray(da[i])) { + posX = getHorizontalCoordinate(x); + posY = getVerticalCoordinate(y); + content = (isHex ? "<" : "(") + da[i] + (isHex ? ">" : ")"); + } else { + posX = parseFloat(da[i][1]); + posY = parseFloat(da[i][2]); + content = (isHex ? "<" : "(") + da[i][0] + (isHex ? ">" : ")"); + variant = 1; } - if (wordSpacingPerLine !== undefined && wordSpacingPerLine[lineIndex] !== undefined) { - wordSpacing = wordSpacingPerLine[lineIndex] + " Tw\n"; + if (wordSpacingPerLine !== undefined && wordSpacingPerLine[i] !== undefined) { + wordSpacing = wordSpacingPerLine[i] + " Tw\n"; } - if (lineIndex === 0) { - text.push(wordSpacing + generatePosition(posX, posY, transformationMatrix) + content); - } else if (variant === STRING) { + if (transformationMatrix.length !== 0 && i === 0) { + text.push(wordSpacing + transformationMatrix.join(" ") + " " + posX.toFixed(2) + " " + posY.toFixed(2) + " Tm\n" + content); + } else if (variant === 1 || variant === 0 && i === 0) { + text.push(wordSpacing + posX.toFixed(2) + " " + posY.toFixed(2) + " Td\n" + content); + } else { text.push(wordSpacing + content); - } else if (variant === ARRAY) { - text.push(wordSpacing + generatePosition(posX, posY) + content); } } - text = variant === STRING ? text.join(" Tj\nT* ") : text.join(" Tj\n"); - text += " Tj\n"; - var result = 'BT\n/'; - result += activeFontKey + ' ' + activeFontSize + ' Tf\n'; // font face, style, size - - result += f2(activeFontSize * lineHeight) + ' TL\n'; // line spacing + if (variant === 0) { + text = text.join(" Tj\nT* "); + } else { + text = text.join(" Tj\n"); + } - result += textColor + '\n'; + text += " Tj\n"; + var result = 'BT\n/' + activeFontKey + ' ' + activeFontSize + ' Tf\n' + // font face, style, size + (activeFontSize * lineHeight).toFixed(2) + ' TL\n' + // line spacing + textColor + '\n'; result += xtra; result += text; result += "ET"; @@ -3245,52 +2420,37 @@ var jsPDF = function (global) { usedFonts[activeFontKey] = true; return scope; }; - /** - * Letter spacing method to print text with gaps - * - * @function - * @instance - * @param {String|Array} text String to be added to the page. - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} spacing Spacing (in units declared at inception) - * @returns {jsPDF} - * @memberof jsPDF# - * @name lstext - * @deprecated We'll be removing this function. It doesn't take character width into account. + /** + * Letter spacing method to print text with gaps + * + * @function + * @instance + * @param {String|Array} text String to be added to the page. + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} spacing Spacing (in units declared at inception) + * @returns {jsPDF} + * @memberOf jsPDF + * @name lstext + * @deprecated We'll be removing this function. It doesn't take character width into account. */ var lstext = API.__private__.lstext = API.lstext = function (text, x, y, charSpace) { + console.warn('jsPDF.lstext is deprecated'); return this.text(text, x, y, { charSpace: charSpace }); - }; // PDF supports these path painting and clip path operators: - // - // S - stroke - // s - close/stroke - // f (F) - fill non-zero - // f* - fill evenodd - // B - fill stroke nonzero - // B* - fill stroke evenodd - // b - close fill stroke nonzero - // b* - close fill stroke evenodd - // n - nothing (consume path) - // W - clip nonzero - // W* - clip evenodd - // - // In order to keep the API small, we omit the close-and-fill/stroke operators and provide a separate close() - // method. - - /** - * - * @name clip - * @function - * @instance - * @param {string} rule Only possible value is 'evenodd' - * @returns {jsPDF} - * @memberof jsPDF# - * @description All .clip() after calling drawing ops with a style argument of null. + }; + /** + * + * @name clip + * @function + * @instance + * @param {string} rule + * @returns {jsPDF} + * @memberOf jsPDF + * @description All .clip() after calling drawing ops with a style argument of null. */ @@ -3301,48 +2461,25 @@ var jsPDF = function (global) { out('W*'); } else { out('W'); - } - }; - /** - * Modify the current clip path by intersecting it with the current path using the even-odd rule. Note - * that this will NOT consume the current path. In order to only use this path for clipping call - * {@link API.discardPath} afterwards. - * - * @return jsPDF - * @memberof jsPDF# - * @name clipEvenOdd - */ + } // End the path object without filling or stroking it. + // This operator is a path-painting no-op, used primarily for the side effect of changing the current clipping path + // (see Section 4.4.3, “Clipping Path Operators”) - var clipEvenOdd = API.clipEvenOdd = function () { - clip('evenodd'); - return this; + out('n'); }; - /** - * This fixes the previous function clip(). Perhaps the 'stroke path' hack was due to the missing 'n' instruction? - * We introduce the fixed version so as to not break API. - * @param fillRule - * @deprecated - * @ignore + /** + * This fixes the previous function clip(). Perhaps the 'stroke path' hack was due to the missing 'n' instruction? + * We introduce the fixed version so as to not break API. + * @param fillRule + * @ignore */ var clip_fixed = API.__private__.clip_fixed = API.clip_fixed = function (rule) { + console.log("clip_fixed is deprecated"); API.clip(rule); }; - /** - * Consumes the current path without any effect. Mainly used in combination with {@link clip} or - * {@link clipEvenOdd}. The PDF "n" operator. - * @return {jsPDF} - * @memberof jsPDF# - * @name discardPath - */ - - - var discardPath = API.__private__.discardPath = API.discardPath = function () { - out("n"); - return this; - }; var isValidStyle = API.__private__.isValidStyle = function (style) { var validStyleVariants = [undefined, null, 'S', 'F', 'DF', 'FD', 'f', 'f*', 'B', 'B*']; @@ -3355,7 +2492,7 @@ var jsPDF = function (global) { return result; }; - var getStyle = API.__private__.getStyle = API.getStyle = function (style) { + var getStyle = API.__private__.getStyle = function (style) { // see path-painting operators in PDF spec var op = 'S'; // stroke @@ -3364,284 +2501,75 @@ var jsPDF = function (global) { } else if (style === 'FD' || style === 'DF') { op = 'B'; // both } else if (style === 'f' || style === 'f*' || style === 'B' || style === 'B*') { - /* - Allow direct use of these PDF path-painting operators: - - f fill using nonzero winding number rule - - f* fill using even-odd rule - - B fill then stroke with fill using non-zero winding number rule - - B* fill then stroke with fill using even-odd rule + /* + Allow direct use of these PDF path-painting operators: + - f fill using nonzero winding number rule + - f* fill using even-odd rule + - B fill then stroke with fill using non-zero winding number rule + - B* fill then stroke with fill using even-odd rule */ op = style; } return op; }; - /** - * Close the current path. The PDF "h" operator. - * @return jsPDF - * @memberof jsPDF# - * @name close + /** + * Draw a line on the current page. + * + * @name line + * @function + * @instance + * @param {number} x1 + * @param {number} y1 + * @param {number} x2 + * @param {number} y2 + * @returns {jsPDF} + * @memberOf jsPDF */ - var close = API.close = function () { - out("h"); - return this; - }; - /** - * Stroke the path. The PDF "S" operator. - * @return jsPDF - * @memberof jsPDF# - * @name stroke - */ - + var line = API.__private__.line = API.line = function (x1, y1, x2, y2) { + if (isNaN(x1) || isNaN(y1) || isNaN(x2) || isNaN(y2)) { + throw new Error('Invalid arguments passed to jsPDF.line'); + } - var stroke = API.stroke = function () { - out("S"); - return this; + return this.lines([[x2 - x1, y2 - y1]], x1, y1); }; - /** - * Fill the current path using the nonzero winding number rule. If a pattern is provided, the path will be filled - * with this pattern, otherwise with the current fill color. Equivalent to the PDF "f" operator. - * @param {PatternData=} pattern If provided the path will be filled with this pattern - * @return jsPDF - * @memberof jsPDF# - * @name fill + /** + * Adds series of curves (straight lines or cubic bezier curves) to canvas, starting at `x`, `y` coordinates. + * All data points in `lines` are relative to last line origin. + * `x`, `y` become x1,y1 for first line / curve in the set. + * For lines you only need to specify [x2, y2] - (ending point) vector against x1, y1 starting point. + * For bezier curves you need to specify [x2,y2,x3,y3,x4,y4] - vectors to control points 1, 2, ending point. All vectors are against the start of the curve - x1,y1. + * + * @example .lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212,110, [1,1], 'F', false) // line, line, bezier curve, line + * @param {Array} lines Array of *vector* shifts as pairs (lines) or sextets (cubic bezier curves). + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} scale (Defaults to [1.0,1.0]) x,y Scaling factor for all vectors. Elements can be any floating number Sub-one makes drawing smaller. Over-one grows the drawing. Negative flips the direction. + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @param {boolean} closed If true, the path is closed with a straight line from the end of the last curve to the starting point. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name lines */ - var fill = API.fill = function (pattern) { - fillWithOptionalPattern("f", pattern); - return this; - }; - /** - * Fill the current path using the even-odd rule. The PDF f* operator. - * @see API.fill - * @param {PatternData=} pattern Optional pattern - * @return jsPDF - * @memberof jsPDF# - * @name fillEvenOdd - */ - + var lines = API.__private__.lines = API.lines = function (lines, x, y, scale, style, closed) { + var scalex, scaley, i, l, leg, x2, y2, x3, y3, x4, y4, tmp; // Pre-August-2012 the order of arguments was function(x, y, lines, scale, style) + // in effort to make all calls have similar signature like + // function(content, coordinateX, coordinateY , miscellaneous) + // this method had its args flipped. + // code below allows backward compatibility with old arg order. - var fillEvenOdd = API.fillEvenOdd = function (pattern) { - fillWithOptionalPattern("f*", pattern); - return this; - }; - /** - * Fill using the nonzero winding number rule and then stroke the current Path. The PDF "B" operator. - * @see API.fill - * @param {PatternData=} pattern Optional pattern - * @return jsPDF - * @memberof jsPDF# - * @name fillStroke - */ - - - var fillStroke = API.fillStroke = function (pattern) { - fillWithOptionalPattern("B", pattern); - return this; - }; - /** - * Fill using the even-odd rule and then stroke the current Path. The PDF "B" operator. - * @see API.fill - * @param {PatternData=} pattern Optional pattern - * @return jsPDF - * @memberof jsPDF# - * @name fillStrokeEvenOdd - */ - - - var fillStrokeEvenOdd = API.fillStrokeEvenOdd = function (pattern) { - fillWithOptionalPattern("B*", pattern); - return this; - }; - - var fillWithOptionalPattern = function fillWithOptionalPattern(style, pattern) { - if (_typeof(pattern) === "object") { - fillWithPattern(pattern, style); - } else { - out(style); - } - }; - - var putStyle = function putStyle(style, patternKey, patternData) { - if (style === null || style === undefined) { - return; - } - - style = getStyle(style); // stroking / filling / both the path - - if (!patternKey) { - out(style); - return; - } - - if (!patternData) { - patternData = { - matrix: identityMatrix - }; - } - - if (patternData instanceof Matrix) { - patternData = { - matrix: patternData - }; - } - - patternData.key = patternKey; - patternData || (patternData = identityMatrix); - fillWithPattern(patternData, style); - }; - - var fillWithPattern = function fillWithPattern(patternData, style) { - var patternId = patternMap[patternData.key]; - var pattern = patterns[patternId]; - - if (pattern instanceof API.ShadingPattern) { - out("q"); - out(clipRuleFromStyle(style)); - - if (pattern.gState) { - API.setGState(pattern.gState); - } - - out(patternData.matrix.toString() + " cm"); - out("/" + patternId + " sh"); - out("Q"); - } else if (pattern instanceof API.TilingPattern) { - // pdf draws patterns starting at the bottom left corner and they are not affected by the global transformation, - // so we must flip them - var matrix = new Matrix(1, 0, 0, -1, 0, pageHeight); - - if (patternData.matrix) { - matrix = (patternData.matrix || identityMatrix).multiply(matrix); // we cannot apply a matrix to the pattern on use so we must abuse the pattern matrix and create new instances - // for each use - - patternId = pattern.createClone(patternData.key, patternData.boundingBox, patternData.xStep, patternData.yStep, matrix).id; - } - - out("q"); - out("/Pattern cs"); - out("/" + patternId + " scn"); - - if (pattern.gState) { - API.setGState(pattern.gState); - } - - out(style); - out("Q"); - } - }; - - var clipRuleFromStyle = function clipRuleFromStyle(style) { - switch (style) { - case "f": - case "F": - return "W n"; - - case "f*": - return "W* n"; - - case "B": - return "W S"; - - case "B*": - return "W* S"; - // these two are for compatibility reasons (in the past, calling any primitive method with a shading pattern - // and "n"/"S" as style would still fill/fill and stroke the path) - - case "S": - return "W S"; - - case "n": - return "W n"; - } - }; - /** - * Begin a new subpath by moving the current point to coordinates (x, y). The PDF "m" operator. - * @param {number} x - * @param {number} y - * @memberof jsPDF# - * @name moveTo - */ - - - var moveTo = API.moveTo = function (x, y) { - out(hpf(scale(x)) + " " + hpf(transformScaleY(y)) + " m"); - }; - /** - * Append a straight line segment from the current point to the point (x, y). The PDF "l" operator. - * @param {number} x - * @param {number} y - * @memberof jsPDF# - * @name lineTo - */ - - - var lineTo = API.lineTo = function (x, y) { - out(hpf(scale(x)) + " " + hpf(transformScaleY(y)) + " l"); - }; - /** - * Draw a line on the current page. - * - * @name line - * @function - * @instance - * @param {number} x1 - * @param {number} y1 - * @param {number} x2 - * @param {number} y2 - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. default: 'S' - * @returns {jsPDF} - * @memberof jsPDF# - */ - - - var line = API.__private__.line = API.line = function (x1, y1, x2, y2, style) { - style = style || 'S'; - - if (isNaN(x1) || isNaN(y1) || isNaN(x2) || isNaN(y2) || !isValidStyle(style)) { - throw new Error('Invalid arguments passed to jsPDF.line'); - } - - return this.lines([[x2 - x1, y2 - y1]], x1, y1); - }; - /** - * Adds series of curves (straight lines or cubic bezier curves) to canvas, starting at `x`, `y` coordinates. - * All data points in `lines` are relative to last line origin. - * `x`, `y` become x1,y1 for first line / curve in the set. - * For lines you only need to specify [x2, y2] - (ending point) vector against x1, y1 starting point. - * For bezier curves you need to specify [x2,y2,x3,y3,x4,y4] - vectors to control points 1, 2, ending point. All vectors are against the start of the curve - x1,y1. - * - * @example .lines([[2,2],[-2,2],[1,1,2,2,3,3],[2,1]], 212,110, [1,1], 'F', false) // line, line, bezier curve, line - * @param {Array} lines Array of *vector* shifts as pairs (lines) or sextets (cubic bezier curves). - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} scale (Defaults to [1.0,1.0]) x,y Scaling factor for all vectors. Elements can be any floating number Sub-one makes drawing smaller. Over-one grows the drawing. Negative flips the direction. - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @param {boolean} closed If true, the path is closed with a straight line from the end of the last curve to the starting point. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name lines - */ - - - var lines = API.__private__.lines = API.lines = function (lines, x, y, scale, style, closed) { - var scalex, scaley, i, l, leg, x2, y2, x3, y3, x4, y4, tmp; // Pre-August-2012 the order of arguments was function(x, y, lines, scale, style) - // in effort to make all calls have similar signature like - // function(content, coordinateX, coordinateY , miscellaneous) - // this method had its args flipped. - // code below allows backward compatibility with old arg order. - - if (typeof lines === 'number') { - tmp = y; - y = x; - x = lines; - lines = tmp; - } + if (typeof lines === 'number') { + tmp = y; + y = x; + x = lines; + lines = tmp; + } scale = scale || [1, 1]; closed = closed || false; @@ -3701,62 +2629,19 @@ var jsPDF = function (global) { return this; }; - /** - * Similar to {@link API.lines} but all coordinates are interpreted as absolute coordinates instead of relative. - * @param {Array} lines An array of {op: operator, c: coordinates} object, where op is one of "m" (move to), "l" (line to) - * "c" (cubic bezier curve) and "h" (close (sub)path)). c is an array of coordinates. "m" and "l" expect two, "c" - * six and "h" an empty array (or undefined). - * @param {String=} style The style. Deprecated! - * @param {String=} patternKey The pattern key for the pattern that should be used to fill the path. Deprecated! - * @param {(Matrix|PatternData)=} patternData The matrix that transforms the pattern into user space, or an object that - * will modify the pattern on use. Deprecated! - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name path - */ - - - API.path = function (lines, style, patternKey, patternData) { - for (var i = 0; i < lines.length; i++) { - var leg = lines[i]; - var coords = leg.c; - - switch (leg.op) { - case "m": - this.moveTo(coords[0], coords[1]); - break; - - case "l": - this.lineTo(coords[0], coords[1]); - break; - - case "c": - this.curveTo.apply(this, coords); - break; - - case "h": - this.close(); - break; - } - } - - putStyle(style, patternKey, patternData); - return this; - }; - /** - * Adds a rectangle to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} w Width (in units declared at inception of PDF document). - * @param {number} h Height (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name rect + /** + * Adds a rectangle to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} w Width (in units declared at inception of PDF document). + * @param {number} h Height (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name rect */ @@ -3773,21 +2658,21 @@ var jsPDF = function (global) { return this; }; - /** - * Adds a triangle to PDF. - * - * @param {number} x1 Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y1 Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} x2 Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y2 Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} x3 Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y3 Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name triangle + /** + * Adds a triangle to PDF. + * + * @param {number} x1 Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y1 Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} x2 Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y2 Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} x3 Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y3 Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name triangle */ @@ -3803,21 +2688,21 @@ var jsPDF = function (global) { [1, 1], style, true); return this; }; - /** - * Adds a rectangle with rounded corners to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} w Width (in units declared at inception of PDF document). - * @param {number} h Height (in units declared at inception of PDF document). - * @param {number} rx Radius along x axis (in units declared at inception of PDF document). - * @param {number} ry Radius along y axis (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name roundedRect + /** + * Adds a rectangle with rounded corners to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} w Width (in units declared at inception of PDF document). + * @param {number} h Height (in units declared at inception of PDF document). + * @param {number} rx Radius along x axis (in units declared at inception of PDF document). + * @param {number} ry Radius along y axis (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name roundedRect */ @@ -3831,19 +2716,19 @@ var jsPDF = function (global) { [1, 1], style); return this; }; - /** - * Adds an ellipse to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} rx Radius along x axis (in units declared at inception of PDF document). - * @param {number} ry Radius along y axis (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name ellipse + /** + * Adds an ellipse to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} rx Radius along x axis (in units declared at inception of PDF document). + * @param {number} ry Radius along y axis (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name ellipse */ @@ -3865,18 +2750,18 @@ var jsPDF = function (global) { return this; }; - /** - * Adds an circle to PDF. - * - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. - * @param {number} r Radius (in units declared at inception of PDF document). - * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name circle + /** + * Adds an circle to PDF. + * + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page. + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page. + * @param {number} r Radius (in units declared at inception of PDF document). + * @param {string} style A string specifying the painting style or null. Valid styles include: 'S' [default] - stroke, 'F' - fill, and 'DF' (or 'FD') - fill then stroke. A null value postpones setting the style so that a shape may be composed using multiple method calls. The last drawing method call used to define the shape should not have a null style argument. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name circle */ @@ -3887,70 +2772,55 @@ var jsPDF = function (global) { return this.ellipse(x, y, r, r, style); }; - /** - * Sets text font face, variant for upcoming text elements. - * See output of jsPDF.getFontList() for possible font names, styles. - * - * @param {string} fontName Font name or family. Example: "times". - * @param {string} fontStyle Font style or variant. Example: "italic". - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setFont + /** + * Sets text font face, variant for upcoming text elements. + * See output of jsPDF.getFontList() for possible font names, styles. + * + * @param {string} fontName Font name or family. Example: "times". + * @param {string} fontStyle Font style or variant. Example: "italic". + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setFont */ API.setFont = function (fontName, fontStyle) { - activeFontKey = getFont(fontName, fontStyle, { + activeFontKey = _getFont(fontName, fontStyle, { disableWarning: false }); return this; }; - /** - * Gets text font face, variant for upcoming text elements. - * - * @function - * @instance - * @returns {Object} - * @memberof jsPDF# - * @name getFont - */ - - - var getFontEntry = API.__private__.getFont = API.getFont = function () { - return fonts[getFont.apply(API, arguments)]; - }; - /** - * Switches font style or variant for upcoming text elements, - * while keeping the font face or family same. - * See output of jsPDF.getFontList() for possible font names, styles. - * - * @param {string} style Font style or variant. Example: "italic". - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @deprecated - * @name setFontStyle + /** + * Switches font style or variant for upcoming text elements, + * while keeping the font face or family same. + * See output of jsPDF.getFontList() for possible font names, styles. + * + * @param {string} style Font style or variant. Example: "italic". + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setFontStyle */ API.setFontStyle = API.setFontType = function (style) { - activeFontKey = getFont(undefined, style); // if font is not found, the above line blows up and we never go further + activeFontKey = _getFont(undefined, style); // if font is not found, the above line blows up and we never go further return this; }; - /** - * Returns an object - a tree of fontName to fontStyle relationships available to - * active PDF document. - * - * @public - * @function - * @instance - * @returns {Object} Like {'times':['normal', 'italic', ... ], 'arial':['normal', 'bold', ... ], ... } - * @memberof jsPDF# - * @name getFontList + /** + * Returns an object - a tree of fontName to fontStyle relationships available to + * active PDF document. + * + * @public + * @function + * @instance + * @returns {Object} Like {'times':['normal', 'italic', ... ], 'arial':['normal', 'bold', ... ], ... } + * @memberOf jsPDF + * @name getFontList */ @@ -3975,17 +2845,17 @@ var jsPDF = function (global) { return list; }; - /** - * Add a custom font to the current instance. - * - * @property {string} postScriptName PDF specification full name for the font. - * @property {string} id PDF-document-instance-specific label assinged to the font. - * @property {string} fontStyle Style of the Font. - * @property {Object} encoding Encoding_name-to-Font_metrics_object mapping. - * @function - * @instance - * @memberof jsPDF# - * @name addFont + /** + * Add a custom font to the current instance. + * + * @property {string} postScriptName PDF specification full name for the font. + * @property {string} id PDF-document-instance-specific label assinged to the font. + * @property {string} fontStyle Style of the Font. + * @property {Object} encoding Encoding_name-to-Font_metrics_object mapping. + * @function + * @instance + * @memberOf jsPDF + * @name addFont */ @@ -3996,34 +2866,32 @@ var jsPDF = function (global) { var lineWidth = options.lineWidth || 0.200025; // 2mm - /** - * Sets line width for upcoming lines. - * - * @param {number} width Line width (in units declared at inception of PDF document). - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setLineWidth + /** + * Sets line width for upcoming lines. + * + * @param {number} width Line width (in units declared at inception of PDF document). + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setLineWidth */ var setLineWidth = API.__private__.setLineWidth = API.setLineWidth = function (width) { - out(f2(width * k) + ' w'); + out((width * k).toFixed(2) + ' w'); return this; }; - /** - * Sets the dash pattern for upcoming lines. - * - * To reset the settings simply call the method without any parameters. - * @param {Array} dashArray An array containing 0-2 numbers. The first number sets the length of the - * dashes, the second number the length of the gaps. If the second number is missing, the gaps are considered - * to be as long as the dashes. An empty array means solid, unbroken lines. - * @param {number} dashPhase The phase lines start with. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setLineDashPattern + /** + * Sets the dash pattern for upcoming lines. + * + * To reset the settings simply call the method without any parameters. + * @param {array} dashArray The pattern of the line, expects numbers. + * @param {number} dashPhase The phase at which the dash pattern starts. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setLineDash */ @@ -4036,9 +2904,9 @@ var jsPDF = function (global) { } dashArray = dashArray.map(function (x) { - return f3(x * k); + return (x * k).toFixed(3); }).join(' '); - dashPhase = f3(dashPhase * k); + dashPhase = parseFloat((dashPhase * k).toFixed(3)); out('[' + dashArray + '] ' + dashPhase + ' d'); return this; }; @@ -4054,15 +2922,15 @@ var jsPDF = function (global) { var getLineHeight = API.__private__.getLineHeight = API.getLineHeight = function () { return activeFontSize * lineHeightFactor; }; - /** - * Sets the LineHeightFactor of proportion. - * - * @param {number} value LineHeightFactor value. Default: 1.15. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setLineHeightFactor + /** + * Sets the LineHeightFactor of proportion. + * + * @param {number} value LineHeightFactor value. Default: 1.15. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setLineHeightFactor */ @@ -4075,14 +2943,14 @@ var jsPDF = function (global) { return this; }; - /** - * Gets the LineHeightFactor, default: 1.15. - * - * @function - * @instance - * @returns {number} lineHeightFactor - * @memberof jsPDF# - * @name getLineHeightFactor + /** + * Gets the LineHeightFactor, default: 1.15. + * + * @function + * @instance + * @returns {number} lineHeightFactor + * @memberOf jsPDF + * @name getLineHeightFactor */ @@ -4093,72 +2961,72 @@ var jsPDF = function (global) { setLineHeightFactor(options.lineHeight); var getHorizontalCoordinate = API.__private__.getHorizontalCoordinate = function (value) { - return scale(value); + return value * k; }; var getVerticalCoordinate = API.__private__.getVerticalCoordinate = function (value) { - return pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - scale(value); + return pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - value * k; }; - var getHorizontalCoordinateString = API.__private__.getHorizontalCoordinateString = API.getHorizontalCoordinateString = function (value) { - return f2(scale(value)); + var getHorizontalCoordinateString = API.__private__.getHorizontalCoordinateString = function (value) { + return f2(value * k); }; - var getVerticalCoordinateString = API.__private__.getVerticalCoordinateString = API.getVerticalCoordinateString = function (value) { - return f2(pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - scale(value)); + var getVerticalCoordinateString = API.__private__.getVerticalCoordinateString = function (value) { + return f2(pagesContext[currentPage].mediaBox.topRightY - pagesContext[currentPage].mediaBox.bottomLeftY - value * k); }; var strokeColor = options.strokeColor || '0 G'; - /** - * Gets the stroke color for upcoming elements. - * - * @function - * @instance - * @returns {string} colorAsHex - * @memberof jsPDF# - * @name getDrawColor + /** + * Gets the stroke color for upcoming elements. + * + * @function + * @instance + * @returns {string} colorAsHex + * @memberOf jsPDF + * @name getDrawColor */ var getStrokeColor = API.__private__.getStrokeColor = API.getDrawColor = function () { return decodeColorString(strokeColor); }; - /** - * Sets the stroke color for upcoming elements. - * - * Depending on the number of arguments given, Gray, RGB, or CMYK - * color space is implied. - * - * When only ch1 is given, "Gray" color space is implied and it - * must be a value in the range from 0.00 (solid black) to to 1.00 (white) - * if values are communicated as String types, or in range from 0 (black) - * to 255 (white) if communicated as Number type. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each - * value must be in the range from 0.00 (minimum intensity) to to 1.00 - * (max intensity) if values are communicated as String types, or - * from 0 (min intensity) to to 255 (max intensity) if values are communicated - * as Number types. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each - * value must be a in the range from 0.00 (0% concentration) to to - * 1.00 (100% concentration) - * - * Because JavaScript treats fixed point numbers badly (rounds to - * floating point nearest to binary representation) it is highly advised to - * communicate the fractional numbers as String types, not JavaScript Number type. - * - * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. - * @param {Number} ch2 Color channel value. - * @param {Number} ch3 Color channel value. - * @param {Number} ch4 Color channel value. - * - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setDrawColor + /** + * Sets the stroke color for upcoming elements. + * + * Depending on the number of arguments given, Gray, RGB, or CMYK + * color space is implied. + * + * When only ch1 is given, "Gray" color space is implied and it + * must be a value in the range from 0.00 (solid black) to to 1.00 (white) + * if values are communicated as String types, or in range from 0 (black) + * to 255 (white) if communicated as Number type. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each + * value must be in the range from 0.00 (minimum intensity) to to 1.00 + * (max intensity) if values are communicated as String types, or + * from 0 (min intensity) to to 255 (max intensity) if values are communicated + * as Number types. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each + * value must be a in the range from 0.00 (0% concentration) to to + * 1.00 (100% concentration) + * + * Because JavaScript treats fixed point numbers badly (rounds to + * floating point nearest to binary representation) it is highly advised to + * communicate the fractional numbers as String types, not JavaScript Number type. + * + * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. + * @param {Number|String} ch2 Color channel value. + * @param {Number|String} ch3 Color channel value. + * @param {Number|String} ch4 Color channel value. + * + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setDrawColor */ @@ -4177,56 +3045,56 @@ var jsPDF = function (global) { }; var fillColor = options.fillColor || '0 g'; - /** - * Gets the fill color for upcoming elements. - * - * @function - * @instance - * @returns {string} colorAsHex - * @memberof jsPDF# - * @name getFillColor + /** + * Gets the fill color for upcoming elements. + * + * @function + * @instance + * @returns {string} colorAsHex + * @memberOf jsPDF + * @name getFillColor */ var getFillColor = API.__private__.getFillColor = API.getFillColor = function () { return decodeColorString(fillColor); }; - /** - * Sets the fill color for upcoming elements. - * - * Depending on the number of arguments given, Gray, RGB, or CMYK - * color space is implied. - * - * When only ch1 is given, "Gray" color space is implied and it - * must be a value in the range from 0.00 (solid black) to to 1.00 (white) - * if values are communicated as String types, or in range from 0 (black) - * to 255 (white) if communicated as Number type. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each - * value must be in the range from 0.00 (minimum intensity) to to 1.00 - * (max intensity) if values are communicated as String types, or - * from 0 (min intensity) to to 255 (max intensity) if values are communicated - * as Number types. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each - * value must be a in the range from 0.00 (0% concentration) to to - * 1.00 (100% concentration) - * - * Because JavaScript treats fixed point numbers badly (rounds to - * floating point nearest to binary representation) it is highly advised to - * communicate the fractional numbers as String types, not JavaScript Number type. - * - * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. - * @param {Number} ch2 Color channel value. - * @param {Number} ch3 Color channel value. - * @param {Number} ch4 Color channel value. - * - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setFillColor + /** + * Sets the fill color for upcoming elements. + * + * Depending on the number of arguments given, Gray, RGB, or CMYK + * color space is implied. + * + * When only ch1 is given, "Gray" color space is implied and it + * must be a value in the range from 0.00 (solid black) to to 1.00 (white) + * if values are communicated as String types, or in range from 0 (black) + * to 255 (white) if communicated as Number type. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each + * value must be in the range from 0.00 (minimum intensity) to to 1.00 + * (max intensity) if values are communicated as String types, or + * from 0 (min intensity) to to 255 (max intensity) if values are communicated + * as Number types. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each + * value must be a in the range from 0.00 (0% concentration) to to + * 1.00 (100% concentration) + * + * Because JavaScript treats fixed point numbers badly (rounds to + * floating point nearest to binary representation) it is highly advised to + * communicate the fractional numbers as String types, not JavaScript Number type. + * + * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. + * @param {Number|String} ch2 Color channel value. + * @param {Number|String} ch3 Color channel value. + * @param {Number|String} ch4 Color channel value. + * + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setFillColor */ @@ -4245,56 +3113,56 @@ var jsPDF = function (global) { }; var textColor = options.textColor || '0 g'; - /** - * Gets the text color for upcoming elements. - * - * @function - * @instance - * @returns {string} colorAsHex - * @memberof jsPDF# - * @name getTextColor + /** + * Gets the text color for upcoming elements. + * + * @function + * @instance + * @returns {string} colorAsHex + * @memberOf jsPDF + * @name getTextColor */ var getTextColor = API.__private__.getTextColor = API.getTextColor = function () { return decodeColorString(textColor); }; - /** - * Sets the text color for upcoming elements. - * - * Depending on the number of arguments given, Gray, RGB, or CMYK - * color space is implied. - * - * When only ch1 is given, "Gray" color space is implied and it - * must be a value in the range from 0.00 (solid black) to to 1.00 (white) - * if values are communicated as String types, or in range from 0 (black) - * to 255 (white) if communicated as Number type. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each - * value must be in the range from 0.00 (minimum intensity) to to 1.00 - * (max intensity) if values are communicated as String types, or - * from 0 (min intensity) to to 255 (max intensity) if values are communicated - * as Number types. - * The RGB-like 0-255 range is provided for backward compatibility. - * - * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each - * value must be a in the range from 0.00 (0% concentration) to to - * 1.00 (100% concentration) - * - * Because JavaScript treats fixed point numbers badly (rounds to - * floating point nearest to binary representation) it is highly advised to - * communicate the fractional numbers as String types, not JavaScript Number type. - * - * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. - * @param {Number} ch2 Color channel value. - * @param {Number} ch3 Color channel value. - * @param {Number} ch4 Color channel value. - * - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setTextColor + /** + * Sets the text color for upcoming elements. + * + * Depending on the number of arguments given, Gray, RGB, or CMYK + * color space is implied. + * + * When only ch1 is given, "Gray" color space is implied and it + * must be a value in the range from 0.00 (solid black) to to 1.00 (white) + * if values are communicated as String types, or in range from 0 (black) + * to 255 (white) if communicated as Number type. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When only ch1,ch2,ch3 are given, "RGB" color space is implied and each + * value must be in the range from 0.00 (minimum intensity) to to 1.00 + * (max intensity) if values are communicated as String types, or + * from 0 (min intensity) to to 255 (max intensity) if values are communicated + * as Number types. + * The RGB-like 0-255 range is provided for backward compatibility. + * + * When ch1,ch2,ch3,ch4 are given, "CMYK" color space is implied and each + * value must be a in the range from 0.00 (0% concentration) to to + * 1.00 (100% concentration) + * + * Because JavaScript treats fixed point numbers badly (rounds to + * floating point nearest to binary representation) it is highly advised to + * communicate the fractional numbers as String types, not JavaScript Number type. + * + * @param {Number|String} ch1 Color channel value or {string} ch1 color value in hexadecimal, example: '#FFFFFF'. + * @param {Number|String} ch2 Color channel value. + * @param {Number|String} ch3 Color channel value. + * @param {Number|String} ch4 Color channel value. + * + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setTextColor */ @@ -4311,29 +3179,29 @@ var jsPDF = function (global) { return this; }; - var activeCharSpace = options.charSpace; - /** - * Get global value of CharSpace. - * - * @function - * @instance - * @returns {number} charSpace - * @memberof jsPDF# - * @name getCharSpace + var activeCharSpace = options.charSpace || 0; + /** + * Get global value of CharSpace. + * + * @function + * @instance + * @returns {number} charSpace + * @memberOf jsPDF + * @name getCharSpace */ var getCharSpace = API.__private__.getCharSpace = API.getCharSpace = function () { - return parseFloat(activeCharSpace || 0); - }; - /** - * Set global value of CharSpace. - * - * @param {number} charSpace - * @function - * @instance - * @returns {jsPDF} jsPDF-instance - * @memberof jsPDF# - * @name setCharSpace + return activeCharSpace; + }; + /** + * Set global value of CharSpace. + * + * @param {number} charSpace + * @function + * @instance + * @returns {jsPDF} jsPDF-instance + * @memberOf jsPDF + * @name setCharSpace */ @@ -4347,13 +3215,13 @@ var jsPDF = function (global) { }; var lineCapID = 0; - /** - * Is an Object providing a mapping from human-readable to - * integer flag values designating the varieties of line cap - * and join styles. - * - * @memberof jsPDF# - * @name CapJoinStyles + /** + * Is an Object providing a mapping from human-readable to + * integer flag values designating the varieties of line cap + * and join styles. + * + * @memberOf jsPDF + * @name CapJoinStyles */ API.CapJoinStyles = { @@ -4371,16 +3239,16 @@ var jsPDF = function (global) { 'square': 2, 'bevel': 2 }; - /** - * Sets the line cap styles. - * See {jsPDF.CapJoinStyles} for variants. - * - * @param {String|Number} style A string or number identifying the type of line cap. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setLineCap + /** + * Sets the line cap styles. + * See {jsPDF.CapJoinStyles} for variants. + * + * @param {String|Number} style A string or number identifying the type of line cap. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setLineCap */ var setLineCap = API.__private__.setLineCap = API.setLineCap = function (style) { @@ -4396,16 +3264,16 @@ var jsPDF = function (global) { }; var lineJoinID = 0; - /** - * Sets the line join styles. - * See {jsPDF.CapJoinStyles} for variants. - * - * @param {String|Number} style A string or number identifying the type of line join. - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setLineJoin + /** + * Sets the line join styles. + * See {jsPDF.CapJoinStyles} for variants. + * + * @param {String|Number} style A string or number identifying the type of line join. + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setLineJoin */ var setLineJoin = API.__private__.setLineJoin = API.setLineJoin = function (style) { @@ -4421,453 +3289,39 @@ var jsPDF = function (global) { }; var miterLimit; - /** - * Sets the miterLimit property, which effects the maximum miter length. - * - * @param {number} length The length of the miter - * @function - * @instance - * @returns {jsPDF} - * @memberof jsPDF# - * @name setLineMiterLimit + /** + * Sets the miterLimit property, which effects the maximum miter length. + * + * @param {number} length The length of the miter + * @function + * @instance + * @returns {jsPDF} + * @memberOf jsPDF + * @name setMiterLimit */ - var setLineMiterLimit = API.__private__.setLineMiterLimit = API.__private__.setMiterLimit = API.setLineMiterLimit = API.setMiterLimit = function (length) { + var setMiterLimit = API.__private__.setMiterLimit = API.setMiterLimit = function (length) { length = length || 0; if (isNaN(length)) { - throw new Error('Invalid argument passed to jsPDF.setLineMiterLimit'); + throw new Error('Invalid argument passed to jsPDF.setMiterLimit'); } miterLimit = parseFloat(f2(length * k)); out(miterLimit + ' M'); return this; }; - /** - * GState - */ - - /** - * An object representing a pdf graphics state. - * @param parameters A parameter object that contains all properties this graphics state wants to set. - * Supported are: opacity, stroke-opacity - * @constructor - */ - - - API.GState = function (parameters) { - var supported = "opacity,stroke-opacity".split(","); - - for (var p in parameters) { - if (parameters.hasOwnProperty(p) && supported.indexOf(p) >= 0) { - this[p] = parameters[p]; - } - } - - this.id = ""; // set by addGState() - - this.objectNumber = -1; // will be set by putGState() - }; - - API.GState.prototype.equals = function equals(other) { - var ignore = "id,objectNumber,equals"; - var p; - if (!other || _typeof(other) !== _typeof(this)) { return false; } - var count = 0; - - for (p in this) { - if (ignore.indexOf(p) >= 0) { continue; } - if (this.hasOwnProperty(p) && !other.hasOwnProperty(p)) { return false; } - if (this[p] !== other[p]) { return false; } - count++; - } - - for (p in other) { - if (other.hasOwnProperty(p) && ignore.indexOf(p) < 0) { count--; } - } - - return count === 0; - }; - /** - * Sets a either previously added {@link GState} (via {@link addGState}) or a new {@link GState}. - * @param {String|GState} gState If type is string, a previously added GState is used, if type is GState - * it will be added before use. - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name setGState - */ - - - API.setGState = function (gState) { - if (typeof gState === "string") { - gState = gStates[gStatesMap[gState]]; - } else { - gState = addGState(null, gState); - } - - if (!gState.equals(activeGState)) { - out("/" + gState.id + " gs"); - activeGState = gState; - } - }; - /** - * Adds a new Graphics State. Duplicates are automatically eliminated. - * @param {String} key Might also be null, if no later reference to this gState is needed - * @param {Object} gState The gState object - */ - - - var addGState = function addGState(key, gState) { - // only add it if it is not already present (the keys provided by the user must be unique!) - if (key && gStatesMap[key]) { return; } - var duplicate = false; - - for (var s in gStates) { - if (gStates.hasOwnProperty(s)) { - if (gStates[s].equals(gState)) { - duplicate = true; - break; - } - } - } - - if (duplicate) { - gState = gStates[s]; - } else { - var gStateKey = "GS" + (Object.keys(gStates).length + 1).toString(10); - gStates[gStateKey] = gState; - gState.id = gStateKey; - } // several user keys may point to the same GState object - - - key && (gStatesMap[key] = gState.id); - events.publish("addGState", gState); - return gState; - }; - /** - * Adds a new {@link GState} for later use. See {@link setGState}. - * @param {String} key - * @param {GState} gState - * @function - * @instance - * @returns {jsPDF} - * - * @memberof jsPDF# - * @name addGState - */ - - - API.addGState = function (key, gState) { - addGState(key, gState); - return this; - }; - /** - * Saves the current graphics state ("pushes it on the stack"). It can be restored by {@link restoreGraphicsState} - * later. Here, the general pdf graphics state is meant, also including the current transformation matrix, - * fill and stroke colors etc. - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name saveGraphicsState - */ - - - API.saveGraphicsState = function () { - out("q"); // as we cannot set font key and size independently we must keep track of both - - fontStateStack.push({ - key: activeFontKey, - size: activeFontSize, - color: textColor - }); - return this; - }; - /** - * Restores a previously saved graphics state saved by {@link saveGraphicsState} ("pops the stack"). - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name restoreGraphicsState - */ - - - API.restoreGraphicsState = function () { - out("Q"); // restore previous font state - - var fontState = fontStateStack.pop(); - activeFontKey = fontState.key; - activeFontSize = fontState.size; - textColor = fontState.color; - activeGState = null; - return this; - }; - /** - * Appends this matrix to the left of all previously applied matrices. - * - * @param {Matrix} matrix - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name setCurrentTransformationMatrix - */ - - - API.setCurrentTransformationMatrix = function (matrix) { - out(matrix.toString() + " cm"); - return this; - }; - /** - * Inserts a debug comment into the pdf. - * @param {String} text - * @returns {jsPDF} - * @memberof jsPDF# - * @name comment - */ - - - API.comment = function (text) { - out("#" + text); - return this; - }; - /** - * Matrix - */ - - - var Point = function Point(x, y) { - var _x = x || 0; - - Object.defineProperty(this, 'x', { - enumerable: true, - get: function get() { - return _x; - }, - set: function set(value) { - if (!isNaN(value)) { - _x = parseFloat(value); - } - } - }); - - var _y = y || 0; - - Object.defineProperty(this, 'y', { - enumerable: true, - get: function get() { - return _y; - }, - set: function set(value) { - if (!isNaN(value)) { - _y = parseFloat(value); - } - } - }); - var _type = 'pt'; - Object.defineProperty(this, 'type', { - enumerable: true, - get: function get() { - return _type; - }, - set: function set(value) { - _type = value.toString(); - } - }); - return this; - }; - - var Rectangle = function Rectangle(x, y, w, h) { - Point.call(this, x, y); - this.type = 'rect'; - - var _w = w || 0; - - Object.defineProperty(this, 'w', { - enumerable: true, - get: function get() { - return _w; - }, - set: function set(value) { - if (!isNaN(value)) { - _w = parseFloat(value); - } - } - }); - - var _h = h || 0; - - Object.defineProperty(this, 'h', { - enumerable: true, - get: function get() { - return _h; - }, - set: function set(value) { - if (!isNaN(value)) { - _h = parseFloat(value); - } - } - }); - return this; - }; - /** - * FormObject/RenderTarget - */ - - - var RenderTarget = function RenderTarget() { - this.page = page; - this.currentPage = currentPage; - this.pages = pages.slice(0); - this.pagedim = pagedim.slice(0); - this.pagesContext = pagesContext.slice(0); - this.x = pageX; - this.y = pageY; - this.matrix = pageMatrix; - this.width = pageWidth; - this.height = pageHeight; - this.id = ""; // set by endFormObject() - - this.objectNumber = -1; // will be set by putXObject() - }; - - RenderTarget.prototype = { - restore: function restore() { - page = this.page; - currentPage = this.currentPage; - pagesContext = this.pagesContext; - pagedim = this.pagedim; - pages = this.pages; - pageX = this.x; - pageY = this.y; - pageMatrix = this.matrix; - pageWidth = this.width; - pageHeight = this.height; - } - }; - - var beginNewRenderTarget = function beginNewRenderTarget(x, y, width, height, matrix) { - // save current state - renderTargetStack.push(new RenderTarget()); // clear pages - - page = currentPage = 0; - pages = []; - pageX = x; - pageY = y; - pageMatrix = matrix; - beginPage(width, height); - }; - - var endFormObject = function endFormObject(key) { - // only add it if it is not already present (the keys provided by the user must be unique!) - if (renderTargetMap[key]) { return; } // save the created xObject - - var newXObject = new RenderTarget(); - var xObjectId = "Xo" + (Object.keys(renderTargets).length + 1).toString(10); - newXObject.id = xObjectId; - renderTargetMap[key] = xObjectId; - renderTargets[xObjectId] = newXObject; - events.publish("addFormObject", newXObject); // restore state from stack - - renderTargetStack.pop().restore(); - }; - /** - * Starts a new pdf form object, which means that all consequent draw calls target a new independent object - * until {@link endFormObject} is called. The created object can be referenced and drawn later using - * {@link doFormObject}. Nested form objects are possible. - * x, y, width, height set the bounding box that is used to clip the content. - * - * @param {number} x - * @param {number} y - * @param {number} width - * @param {number} height - * @param {Matrix} matrix The matrix that will be applied to convert the form objects coordinate system to - * the parent's. - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name beginFormObject - */ - - - API.beginFormObject = function (x, y, width, height, matrix) { - // The user can set the output target to a new form object. Nested form objects are possible. - // Currently, they use the resource dictionary of the surrounding stream. This should be changed, as - // the PDF-Spec states: - // "In PDF 1.2 and later versions, form XObjects may be independent of the content streams in which - // they appear, and this is strongly recommended although not requiredIn PDF 1.2 and later versions, - // form XObjects may be independent of the content streams in which they appear, and this is strongly - // recommended although not required" - beginNewRenderTarget(x, y, width, height, matrix); - return this; - }; - /** - * Completes and saves the form object. - * @param {String} key The key by which this form object can be referenced. - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name endFormObject - */ - - - API.endFormObject = function (key) { - endFormObject(key); - return this; - }; - /** - * Draws the specified form object by referencing to the respective pdf XObject created with - * {@link API.beginFormObject} and {@link endFormObject}. - * The location is determined by matrix. - * - * @param {String} key The key to the form object. - * @param {Matrix} matrix The matrix applied before drawing the form object. - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name doFormObject - */ - - - API.doFormObject = function (key, matrix) { - var xObject = renderTargets[renderTargetMap[key]]; - out("q"); - out(matrix.toString() + " cm"); - out("/" + xObject.id + " Do"); - out("Q"); - return this; - }; - /** - * Returns the form object specified by key. - * @param key {String} - * @returns {{x: number, y: number, width: number, height: number, matrix: Matrix}} - * @function - * @returns {jsPDF} - * @memberof jsPDF# - * @name getFormObject - */ - - - API.getFormObject = function (key) { - var xObject = renderTargets[renderTargetMap[key]]; - return { - x: xObject.x, - y: xObject.y, - width: xObject.width, - height: xObject.height, - matrix: xObject.matrix - }; - }; - /** - * Saves as PDF document. An alias of jsPDF.output('save', 'filename.pdf'). - * Uses FileSaver.js-method saveAs. - * - * @memberof jsPDF# - * @name save - * @function - * @instance - * @param {string} filename The filename including extension. - * @param {Object} options An Object with additional options, possible options: 'returnPromise'. - * @returns {jsPDF} jsPDF-instance + /** + * Saves as PDF document. An alias of jsPDF.output('save', 'filename.pdf'). + * Uses FileSaver.js-method saveAs. + * + * @memberOf jsPDF + * @name save + * @function + * @instance + * @param {string} filename The filename including extension. + * @param {Object} options An Object with additional options, possible options: 'returnPromise'. + * @returns {jsPDF} jsPDF-instance */ @@ -4933,26 +3387,19 @@ var jsPDF = function (global) { } } } - - API.advancedAPI = function (body) { - if (typeof body !== "function") { - return this; - } - - body(this); - return this; - }; - /** - * Object exposing internal API to plugins - * @public - * @ignore + /** + * Object exposing internal API to plugins + * @public + * @ignore */ API.internal = { 'pdfEscape': pdfEscape, 'getStyle': getStyle, - 'getFont': getFontEntry, + 'getFont': function getFont() { + return fonts[_getFont.apply(API, arguments)]; + }, 'getFontSize': getFontSize, 'getCharSpace': getCharSpace, 'getTextColor': getTextColor, @@ -5002,9 +3449,6 @@ var jsPDF = function (global) { 'getPageInfoByObjId': getPageInfoByObjId, 'getCurrentPageInfo': getCurrentPageInfo, 'getPDFVersion': getPdfVersion, - 'Point': Point, - 'Rectangle': Rectangle, - 'Matrix': Matrix, 'hasHotfix': hasHotfix //Expose the hasHotfix check so plugins can also check them. }; @@ -5040,39 +3484,39 @@ var jsPDF = function (global) { events.publish('initialized'); return API; } - /** - * jsPDF.API is a STATIC property of jsPDF class. - * jsPDF.API is an object you can add methods and properties to. - * The methods / properties you add will show up in new jsPDF objects. - * - * One property is prepopulated. It is the 'events' Object. Plugin authors can add topics, - * callbacks to this object. These will be reassigned to all new instances of jsPDF. - * - * @static - * @public - * @memberof jsPDF# - * @name API - * - * @example - * jsPDF.API.mymethod = function(){ - * // 'this' will be ref to internal API object. see jsPDF source - * // , so you can refer to built-in methods like so: - * // this.line(....) - * // this.text(....) - * } - * var pdfdoc = new jsPDF() - * pdfdoc.mymethod() // <- !!!!!! + /** + * jsPDF.API is a STATIC property of jsPDF class. + * jsPDF.API is an object you can add methods and properties to. + * The methods / properties you add will show up in new jsPDF objects. + * + * One property is prepopulated. It is the 'events' Object. Plugin authors can add topics, + * callbacks to this object. These will be reassigned to all new instances of jsPDF. + * + * @static + * @public + * @memberOf jsPDF + * @name API + * + * @example + * jsPDF.API.mymethod = function(){ + * // 'this' will be ref to internal API object. see jsPDF source + * // , so you can refer to built-in methods like so: + * // this.line(....) + * // this.text(....) + * } + * var pdfdoc = new jsPDF() + * pdfdoc.mymethod() // <- !!!!!! */ jsPDF.API = { events: [] }; - /** - * The version of jsPDF. - * @name version - * @type {string} - * @memberof jsPDF# + /** + * The version of jsPDF. + * @name version + * @type {string} + * @memberOf jsPDF */ jsPDF.version = '1.5.3'; @@ -5093,23 +3537,26 @@ var jsPDF = function (global) { // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window -/* global jsPDF */ +/*rollup-keeper-start*/ + + +window.tmp = jsPDF; +/*rollup-keeper-end*/ -/** - * @license - * Copyright (c) 2016 Alexander Weidt, - * https://github.com/BiggA94 - * - * Licensed under the MIT License. http://opensource.org/licenses/mit-license +/** + * @license + * Copyright (c) 2016 Alexander Weidt, + * https://github.com/BiggA94 + * + * Licensed under the MIT License. http://opensource.org/licenses/mit-license */ -/** -* jsPDF AcroForm Plugin -* @module AcroForm +/** +* jsPDF AcroForm Plugin +* @module AcroForm */ -(function (jsPDF, globalObj) { +(function (jsPDFAPI, globalObj) { - var jsPDFAPI = jsPDF.API; var scope; var scaleFactor = 1; @@ -5160,8 +3607,8 @@ var jsPDF = function (global) { xobj.BBox = [0, 0, Number(f2(width)), Number(f2(height))]; return xobj; }; - /** - * Bit-Operations + /** + * Bit-Operations */ @@ -5198,8 +3645,8 @@ var jsPDF = function (global) { return (number & 1 << bitPosition) === 0 ? 0 : 1; }; - /* - * Ff starts counting the bit position at 1 and not like javascript at 0 + /* + * Ff starts counting the bit position at 1 and not like javascript at 0 */ @@ -5219,7 +3666,7 @@ var jsPDF = function (global) { return setBit(number, bitPosition - 1); }; - var clearBitForPdf = jsPDFAPI.__acroform__.clearBitForPdf = function (number, bitPosition) { + var clearBitForPdf = jsPDFAPI.__acroform__.clearBitForPdf = function (number, bitPosition, value) { if (isNaN(number) || isNaN(bitPosition)) { throw new Error('Invalid arguments passed to jsPDF.API.__acroform__.clearBitForPdf'); } @@ -5277,6 +3724,7 @@ var jsPDF = function (global) { var calculateX = function calculateX(formObject, text) { var maxFontSize = formObject.maxFontSize || 12; + var font = formObject.fontName; var returnValue = { text: "", fontSize: "" @@ -5286,6 +3734,9 @@ var jsPDF = function (global) { text = text.substr(text.length - 1) == ')' ? text.substr(0, text.length - 1) : text; // split into array of words var textSplit = text.split(' '); + + var color = scope.__private__.encodeColorString(formObject.color); + var fontSize = maxFontSize; // The Starting fontSize (The Maximum) var lineSpacing = 2; @@ -5414,12 +3865,12 @@ var jsPDF = function (global) { returnValue.fontSize = fontSize; return returnValue; }; - /** - * Small workaround for calculating the TextMetric approximately. - * - * @param text - * @param fontsize - * @returns {TextMetrics} (Has Height and Width) + /** + * Small workaround for calculating the TextMetric approximately. + * + * @param text + * @param fontsize + * @returns {TextMetrics} (Has Height and Width) */ @@ -5445,17 +3896,17 @@ var jsPDF = function (global) { fields: [], xForms: [], - /** - * acroFormDictionaryRoot contains information about the AcroForm - * Dictionary 0: The Event-Token, the AcroFormDictionaryCallback has - * 1: The Object ID of the Root + /** + * acroFormDictionaryRoot contains information about the AcroForm + * Dictionary 0: The Event-Token, the AcroFormDictionaryCallback has + * 1: The Object ID of the Root */ acroFormDictionaryRoot: null, - /** - * After the PDF gets evaluated, the reference to the root has to be - * reset, this indicates, whether the root has already been printed - * out + /** + * After the PDF gets evaluated, the reference to the root has to be + * reset, this indicates, whether the root has already been printed + * out */ printedOut: false, internal: null, @@ -5494,9 +3945,9 @@ var jsPDF = function (global) { scope.internal.acroformPlugin.acroFormDictionaryRoot.Fields.push(formObject); }; - /** - * Create the Reference to the widgetAnnotation, so that it gets referenced - * in the Annot[] int the+ (Requires the Annotation Plugin) + /** + * Create the Reference to the widgetAnnotation, so that it gets referenced + * in the Annot[] int the+ (Requires the Annotation Plugin) */ @@ -5525,9 +3976,9 @@ var jsPDF = function (global) { throw new Error('putCatalogCallback: Root missing.'); } }; - /** - * Adds /Acroform X 0 R to Document Catalog, and creates the AcroForm - * Dictionary + /** + * Adds /Acroform X 0 R to Document Catalog, and creates the AcroForm + * Dictionary */ @@ -5537,11 +3988,11 @@ var jsPDF = function (global) { delete scope.internal.acroformPlugin.acroFormDictionaryRoot._eventID; scope.internal.acroformPlugin.printedOut = true; }; - /** - * Creates the single Fields and writes them into the Document - * - * If fieldArray is set, use the fields that are inside it instead of the - * fields from the AcroRoot (for the FormXObjects...) + /** + * Creates the single Fields and writes them into the Document + * + * If fieldArray is set, use the fields that are inside it instead of the + * fields from the AcroRoot (for the FormXObjects...) */ @@ -5614,7 +4065,7 @@ var jsPDF = function (global) { appearanceStreamString += "/" + i + " " + obj + " "; // In case the XForm is already used, e.g. OffState // of CheckBoxes, don't add it - if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) { scope.internal.acroformPlugin.xForms.push(obj); } + if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) scope.internal.acroformPlugin.xForms.push(obj); } } } else { @@ -5627,7 +4078,7 @@ var jsPDF = function (global) { } appearanceStreamString += "/" + i + " " + obj; - if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) { scope.internal.acroformPlugin.xForms.push(obj); } + if (!(scope.internal.acroformPlugin.xForms.indexOf(obj) >= 0)) scope.internal.acroformPlugin.xForms.push(obj); } appearanceStreamString += ">>"; @@ -5763,17 +4214,17 @@ var jsPDF = function (global) { // Classes // ########################## - /** - * @class AcroFormPDFObject - * @classdesc A AcroFormPDFObject + /** + * @class AcroFormPDFObject + * @classdesc A AcroFormPDFObject */ var AcroFormPDFObject = function AcroFormPDFObject() { var _objId; - /** * - * @name AcroFormPDFObject#objId - * @type {any} + /** * + * @name AcroFormPDFObject#objId + * @type {any} */ @@ -5795,8 +4246,8 @@ var jsPDF = function (global) { } }); }; - /** - * @function AcroFormPDFObject.toString + /** + * @function AcroFormPDFObject.toString */ @@ -5812,11 +4263,11 @@ var jsPDF = function (global) { }); scope.internal.out("endobj"); }; - /** - * Returns an key-value-List of all non-configurable Variables from the Object - * - * @name getKeyValueListForStream - * @returns {string} + /** + * Returns an key-value-List of all non-configurable Variables from the Object + * + * @name getKeyValueListForStream + * @returns {string} */ @@ -5925,7 +4376,7 @@ var jsPDF = function (global) { if (_Kids.length > 0) { return _Kids; } else { - return undefined; + return; } } }); @@ -5944,7 +4395,7 @@ var jsPDF = function (global) { configurable: false, get: function get() { if (!_DA) { - return undefined; + return; } return '(' + _DA + ')'; @@ -5956,11 +4407,11 @@ var jsPDF = function (global) { }; inherit(AcroFormDictionary, AcroFormPDFObject); - /** - * The Field Object contains the Variables, that every Field needs - * - * @class AcroFormField - * @classdesc An AcroForm FieldObject + /** + * The Field Object contains the Variables, that every Field needs + * + * @class AcroFormField + * @classdesc An AcroForm FieldObject */ var AcroFormField = function AcroFormField() { @@ -5981,13 +4432,13 @@ var jsPDF = function (global) { } } }); - /** - * (PDF 1.2) If set, print the annotation when the page is printed. If clear, never print the annotation, regardless of wether is is displayed on the screen. - * NOTE 2 This can be useful for annotations representing interactive pushbuttons, which would serve no meaningful purpose on the printed page. - * - * @name AcroFormField#showWhenPrinted - * @default true - * @type {boolean} + /** + * (PDF 1.2) If set, print the annotation when the page is printed. If clear, never print the annotation, regardless of wether is is displayed on the screen. + * NOTE 2 This can be useful for annotations representing interactive pushbuttons, which would serve no meaningful purpose on the printed page. + * + * @name AcroFormField#showWhenPrinted + * @default true + * @type {boolean} */ Object.defineProperty(this, 'showWhenPrinted', { @@ -6025,7 +4476,7 @@ var jsPDF = function (global) { configurable: false, get: function get() { if (_Rect.length === 0) { - return undefined; + return; } return _Rect; @@ -6038,12 +4489,12 @@ var jsPDF = function (global) { } } }); - /** - * The x-position of the field. - * - * @name AcroFormField#x - * @default null - * @type {number} + /** + * The x-position of the field. + * + * @name AcroFormField#x + * @default null + * @type {number} */ Object.defineProperty(this, 'x', { @@ -6060,12 +4511,12 @@ var jsPDF = function (global) { _Rect[0] = scale(value); } }); - /** - * The y-position of the field. - * - * @name AcroFormField#y - * @default null - * @type {number} + /** + * The y-position of the field. + * + * @name AcroFormField#y + * @default null + * @type {number} */ Object.defineProperty(this, 'y', { @@ -6082,12 +4533,12 @@ var jsPDF = function (global) { _Rect[1] = scale(value); } }); - /** - * The width of the field. - * - * @name AcroFormField#width - * @default null - * @type {number} + /** + * The width of the field. + * + * @name AcroFormField#width + * @default null + * @type {number} */ Object.defineProperty(this, 'width', { @@ -6104,12 +4555,12 @@ var jsPDF = function (global) { _Rect[2] = scale(value); } }); - /** - * The height of the field. - * - * @name AcroFormField#height - * @default null - * @type {number} + /** + * The height of the field. + * + * @name AcroFormField#height + * @default null + * @type {number} */ Object.defineProperty(this, 'height', { @@ -6155,7 +4606,7 @@ var jsPDF = function (global) { if (!_T || _T.length < 1) { // In case of a Child from a Radio´Group, you don't need a FieldName if (this instanceof AcroFormChildClass) { - return undefined; + return; } _T = "FieldObject" + AcroFormField.FieldNum++; @@ -6167,12 +4618,12 @@ var jsPDF = function (global) { _T = value.toString(); } }); - /** - * (Optional) The partial field name (see 12.7.3.2, “Field Names”). - * - * @name AcroFormField#fieldName - * @default null - * @type {string} + /** + * (Optional) The partial field name (see 12.7.3.2, “Field Names”). + * + * @name AcroFormField#fieldName + * @default null + * @type {string} */ Object.defineProperty(this, 'fieldName', { @@ -6186,12 +4637,12 @@ var jsPDF = function (global) { } }); var _fontName = 'helvetica'; - /** - * The fontName of the font to be used. - * - * @name AcroFormField#fontName - * @default 'helvetica' - * @type {string} + /** + * The fontName of the font to be used. + * + * @name AcroFormField#fontName + * @default 'helvetica' + * @type {string} */ Object.defineProperty(this, 'fontName', { @@ -6205,12 +4656,12 @@ var jsPDF = function (global) { } }); var _fontStyle = 'normal'; - /** - * The fontStyle of the font to be used. - * - * @name AcroFormField#fontStyle - * @default 'normal' - * @type {string} + /** + * The fontStyle of the font to be used. + * + * @name AcroFormField#fontStyle + * @default 'normal' + * @type {string} */ Object.defineProperty(this, 'fontStyle', { @@ -6224,12 +4675,12 @@ var jsPDF = function (global) { } }); var _fontSize = 0; - /** - * The fontSize of the font to be used. - * - * @name AcroFormField#fontSize - * @default 0 (for auto) - * @type {number} + /** + * The fontSize of the font to be used. + * + * @name AcroFormField#fontSize + * @default 0 (for auto) + * @type {number} */ Object.defineProperty(this, 'fontSize', { @@ -6243,12 +4694,12 @@ var jsPDF = function (global) { } }); var _maxFontSize = 50; - /** - * The maximum fontSize of the font to be used. - * - * @name AcroFormField#maxFontSize - * @default 0 (for auto) - * @type {number} + /** + * The maximum fontSize of the font to be used. + * + * @name AcroFormField#maxFontSize + * @default 0 (for auto) + * @type {number} */ Object.defineProperty(this, 'maxFontSize', { @@ -6262,12 +4713,12 @@ var jsPDF = function (global) { } }); var _color = 'black'; - /** - * The color of the text - * - * @name AcroFormField#color - * @default 'black' - * @type {string|rgba} + /** + * The color of the text + * + * @name AcroFormField#color + * @default 'black' + * @type {string|rgba} */ Object.defineProperty(this, 'color', { @@ -6287,7 +4738,7 @@ var jsPDF = function (global) { configurable: false, get: function get() { if (!_DA || this instanceof AcroFormChildClass || this instanceof AcroFormTextField) { - return undefined; + return; } return toPdfString(_DA); @@ -6303,7 +4754,7 @@ var jsPDF = function (global) { configurable: false, get: function get() { if (!_DV) { - return undefined; + return; } if (this instanceof AcroFormButton === false) { @@ -6326,12 +4777,12 @@ var jsPDF = function (global) { } } }); - /** - * (Optional; inheritable) The default value to which the field reverts when a reset-form action is executed (see 12.7.5.3, “Reset-Form Action”). The format of this value is the same as that of value. - * - * @name AcroFormField#defaultValue - * @default null - * @type {any} + /** + * (Optional; inheritable) The default value to which the field reverts when a reset-form action is executed (see 12.7.5.3, “Reset-Form Action”). The format of this value is the same as that of value. + * + * @name AcroFormField#defaultValue + * @default null + * @type {any} */ Object.defineProperty(this, 'defaultValue', { @@ -6360,7 +4811,7 @@ var jsPDF = function (global) { configurable: false, get: function get() { if (!_V) { - return undefined; + return; } if (this instanceof AcroFormButton === false) { @@ -6383,12 +4834,12 @@ var jsPDF = function (global) { } } }); - /** - * (Optional; inheritable) The field’s value, whose format varies depending on the field type. See the descriptions of individual field types for further information. - * - * @name AcroFormField#value - * @default null - * @type {any} + /** + * (Optional; inheritable) The field’s value, whose format varies depending on the field type. See the descriptions of individual field types for further information. + * + * @name AcroFormField#value + * @default null + * @type {any} */ Object.defineProperty(this, 'value', { @@ -6411,12 +4862,12 @@ var jsPDF = function (global) { } } }); - /** - * Check if field has annotations - * - * @name AcroFormField#hasAnnotation - * @readonly - * @type {boolean} + /** + * Check if field has annotations + * + * @name AcroFormField#hasAnnotation + * @readonly + * @type {boolean} */ Object.defineProperty(this, 'hasAnnotation', { @@ -6441,12 +4892,12 @@ var jsPDF = function (global) { } }); var _hasAppearanceStream = false; - /** - * true if field has an appearanceStream - * - * @name AcroFormField#hasAppearanceStream - * @readonly - * @type {boolean} + /** + * true if field has an appearanceStream + * + * @name AcroFormField#hasAppearanceStream + * @readonly + * @type {boolean} */ Object.defineProperty(this, 'hasAppearanceStream', { @@ -6461,11 +4912,11 @@ var jsPDF = function (global) { _hasAppearanceStream = value; } }); - /** - * The page on which the AcroFormField is placed - * - * @name AcroFormField#page - * @type {number} + /** + * The page on which the AcroFormField is placed + * + * @name AcroFormField#page + * @type {number} */ var _page; @@ -6476,7 +4927,7 @@ var jsPDF = function (global) { writeable: true, get: function get() { if (!_page) { - return undefined; + return; } return _page; @@ -6485,12 +4936,12 @@ var jsPDF = function (global) { _page = value; } }); - /** - * If set, the user may not change the value of the field. Any associated widget annotations will not interact with the user; that is, they will not respond to mouse clicks or change their appearance in response to mouse motions. This flag is useful for fields whose values are computed or imported from a database. - * - * @name AcroFormField#readOnly - * @default false - * @type {boolean} + /** + * If set, the user may not change the value of the field. Any associated widget annotations will not interact with the user; that is, they will not respond to mouse clicks or change their appearance in response to mouse motions. This flag is useful for fields whose values are computed or imported from a database. + * + * @name AcroFormField#readOnly + * @default false + * @type {boolean} */ Object.defineProperty(this, 'readOnly', { @@ -6507,12 +4958,12 @@ var jsPDF = function (global) { } } }); - /** - * If set, the field shall have a value at the time it is exported by a submitform action (see 12.7.5.2, “Submit-Form Action”). - * - * @name AcroFormField#required - * @default false - * @type {boolean} + /** + * If set, the field shall have a value at the time it is exported by a submitform action (see 12.7.5.2, “Submit-Form Action”). + * + * @name AcroFormField#required + * @default false + * @type {boolean} */ Object.defineProperty(this, 'required', { @@ -6529,12 +4980,12 @@ var jsPDF = function (global) { } } }); - /** - * If set, the field shall not be exported by a submit-form action (see 12.7.5.2, “Submit-Form Action”) - * - * @name AcroFormField#noExport - * @default false - * @type {boolean} + /** + * If set, the field shall not be exported by a submit-form action (see 12.7.5.2, “Submit-Form Action”) + * + * @name AcroFormField#noExport + * @default false + * @type {boolean} */ Object.defineProperty(this, 'noExport', { @@ -6557,7 +5008,7 @@ var jsPDF = function (global) { configurable: false, get: function get() { if (_Q === null) { - return undefined; + return; } return _Q; @@ -6570,13 +5021,13 @@ var jsPDF = function (global) { } } }); - /** - * (Optional; inheritable) A code specifying the form of quadding (justification) that shall be used in displaying the text: - * 'left', 'center', 'right' - * - * @name AcroFormField#textAlign - * @default 'left' - * @type {string} + /** + * (Optional; inheritable) A code specifying the form of quadding (justification) that shall be used in displaying the text: + * 'left', 'center', 'right' + * + * @name AcroFormField#textAlign + * @default 'left' + * @type {string} */ Object.defineProperty(this, 'textAlign', { @@ -6624,9 +5075,9 @@ var jsPDF = function (global) { }; inherit(AcroFormField, AcroFormPDFObject); - /** - * @class AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormChoiceField + * @extends AcroFormField */ var AcroFormChoiceField = function AcroFormChoiceField() { @@ -6648,12 +5099,12 @@ var jsPDF = function (global) { _TI = value; } }); - /** - * (Optional) For scrollable list boxes, the top index (the index in the Opt array of the first option visible in the list). Default value: 0. - * - * @name AcroFormChoiceField#topIndex - * @default 0 - * @type {number} + /** + * (Optional) For scrollable list boxes, the top index (the index in the Opt array of the first option visible in the list). Default value: 0. + * + * @name AcroFormChoiceField#topIndex + * @default 0 + * @type {number} */ Object.defineProperty(this, 'topIndex', { @@ -6677,23 +5128,23 @@ var jsPDF = function (global) { _Opt = pdfArrayToStringArray(value); } }); - /** - * @memberof AcroFormChoiceField - * @name getOptions - * @function - * @instance - * @returns {array} array of Options + /** + * @memberof AcroFormChoiceField + * @name getOptions + * @function + * @instance + * @returns {array} array of Options */ this.getOptions = function () { return _Opt; }; - /** - * @memberof AcroFormChoiceField - * @name setOptions - * @function - * @instance - * @param {array} value + /** + * @memberof AcroFormChoiceField + * @name setOptions + * @function + * @instance + * @param {array} value */ @@ -6704,12 +5155,12 @@ var jsPDF = function (global) { _Opt.sort(); } }; - /** - * @memberof AcroFormChoiceField - * @name addOption - * @function - * @instance - * @param {string} value + /** + * @memberof AcroFormChoiceField + * @name addOption + * @function + * @instance + * @param {string} value */ @@ -6723,13 +5174,13 @@ var jsPDF = function (global) { _Opt.sort(); } }; - /** - * @memberof AcroFormChoiceField - * @name removeOption - * @function - * @instance - * @param {string} value - * @param {boolean} allEntries (default: false) + /** + * @memberof AcroFormChoiceField + * @name removeOption + * @function + * @instance + * @param {string} value + * @param {boolean} allEntries (default: false) */ @@ -6746,12 +5197,12 @@ var jsPDF = function (global) { } } }; - /** - * If set, the field is a combo box; if clear, the field is a list box. - * - * @name AcroFormChoiceField#combo - * @default false - * @type {boolean} + /** + * If set, the field is a combo box; if clear, the field is a list box. + * + * @name AcroFormChoiceField#combo + * @default false + * @type {boolean} */ @@ -6769,12 +5220,12 @@ var jsPDF = function (global) { } } }); - /** - * If set, the combo box shall include an editable text box as well as a drop-down list; if clear, it shall include only a drop-down list. This flag shall be used only if the Combo flag is set. - * - * @name AcroFormChoiceField#edit - * @default false - * @type {boolean} + /** + * If set, the combo box shall include an editable text box as well as a drop-down list; if clear, it shall include only a drop-down list. This flag shall be used only if the Combo flag is set. + * + * @name AcroFormChoiceField#edit + * @default false + * @type {boolean} */ Object.defineProperty(this, 'edit', { @@ -6794,12 +5245,12 @@ var jsPDF = function (global) { } } }); - /** - * If set, the field’s option items shall be sorted alphabetically. This flag is intended for use by writers, not by readers. Conforming readers shall display the options in the order in which they occur in the Opt array (see Table 231). - * - * @name AcroFormChoiceField#sort - * @default false - * @type {boolean} + /** + * If set, the field’s option items shall be sorted alphabetically. This flag is intended for use by writers, not by readers. Conforming readers shall display the options in the order in which they occur in the Opt array (see Table 231). + * + * @name AcroFormChoiceField#sort + * @default false + * @type {boolean} */ Object.defineProperty(this, 'sort', { @@ -6818,12 +5269,12 @@ var jsPDF = function (global) { } } }); - /** - * (PDF 1.4) If set, more than one of the field’s option items may be selected simultaneously; if clear, at most one item shall be selected - * - * @name AcroFormChoiceField#multiSelect - * @default false - * @type {boolean} + /** + * (PDF 1.4) If set, more than one of the field’s option items may be selected simultaneously; if clear, at most one item shall be selected + * + * @name AcroFormChoiceField#multiSelect + * @default false + * @type {boolean} */ Object.defineProperty(this, 'multiSelect', { @@ -6840,12 +5291,12 @@ var jsPDF = function (global) { } } }); - /** - * (PDF 1.4) If set, text entered in the field shall not be spellchecked. This flag shall not be used unless the Combo and Edit flags are both set. - * - * @name AcroFormChoiceField#doNotSpellCheck - * @default false - * @type {boolean} + /** + * (PDF 1.4) If set, text entered in the field shall not be spellchecked. This flag shall not be used unless the Combo and Edit flags are both set. + * + * @name AcroFormChoiceField#doNotSpellCheck + * @default false + * @type {boolean} */ Object.defineProperty(this, 'doNotSpellCheck', { @@ -6862,13 +5313,13 @@ var jsPDF = function (global) { } } }); - /** - * (PDF 1.5) If set, the new value shall be committed as soon as a selection is made (commonly with the pointing device). In this case, supplying a value for a field involves three actions: selecting the field for fill-in, selecting a choice for the fill-in value, and leaving that field, which finalizes or “commits” the data choice and triggers any actions associated with the entry or changing of this data. If this flag is on, then processing does not wait for leaving the field action to occur, but immediately proceeds to the third step. - * This option enables applications to perform an action once a selection is made, without requiring the user to exit the field. If clear, the new value is not committed until the user exits the field. - * - * @name AcroFormChoiceField#commitOnSelChange - * @default false - * @type {boolean} + /** + * (PDF 1.5) If set, the new value shall be committed as soon as a selection is made (commonly with the pointing device). In this case, supplying a value for a field involves three actions: selecting the field for fill-in, selecting a choice for the fill-in value, and leaving that field, which finalizes or “commits” the data choice and triggers any actions associated with the entry or changing of this data. If this flag is on, then processing does not wait for leaving the field action to occur, but immediately proceeds to the third step. + * This option enables applications to perform an action once a selection is made, without requiring the user to exit the field. If clear, the new value is not committed until the user exits the field. + * + * @name AcroFormChoiceField#commitOnSelChange + * @default false + * @type {boolean} */ Object.defineProperty(this, 'commitOnSelChange', { @@ -6889,10 +5340,10 @@ var jsPDF = function (global) { }; inherit(AcroFormChoiceField, AcroFormField); - /** - * @class AcroFormListBox - * @extends AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormListBox + * @extends AcroFormChoiceField + * @extends AcroFormField */ var AcroFormListBox = function AcroFormListBox() { @@ -6903,11 +5354,11 @@ var jsPDF = function (global) { }; inherit(AcroFormListBox, AcroFormChoiceField); - /** - * @class AcroFormComboBox - * @extends AcroFormListBox - * @extends AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormComboBox + * @extends AcroFormListBox + * @extends AcroFormChoiceField + * @extends AcroFormField */ var AcroFormComboBox = function AcroFormComboBox() { @@ -6916,12 +5367,12 @@ var jsPDF = function (global) { }; inherit(AcroFormComboBox, AcroFormListBox); - /** - * @class AcroFormEditBox - * @extends AcroFormComboBox - * @extends AcroFormListBox - * @extends AcroFormChoiceField - * @extends AcroFormField + /** + * @class AcroFormEditBox + * @extends AcroFormComboBox + * @extends AcroFormListBox + * @extends AcroFormChoiceField + * @extends AcroFormField */ var AcroFormEditBox = function AcroFormEditBox() { @@ -6930,19 +5381,19 @@ var jsPDF = function (global) { }; inherit(AcroFormEditBox, AcroFormComboBox); - /** - * @class AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormButton + * @extends AcroFormField */ var AcroFormButton = function AcroFormButton() { AcroFormField.call(this); this.FT = "/Btn"; - /** - * (Radio buttons only) If set, exactly one radio button shall be selected at all times; selecting the currently selected button has no effect. If clear, clicking the selected button deselects it, leaving no button selected. - * - * @name AcroFormButton#noToggleToOff - * @type {boolean} + /** + * (Radio buttons only) If set, exactly one radio button shall be selected at all times; selecting the currently selected button has no effect. If clear, clicking the selected button deselects it, leaving no button selected. + * + * @name AcroFormButton#noToggleToOff + * @type {boolean} */ Object.defineProperty(this, 'noToggleToOff', { @@ -6959,11 +5410,11 @@ var jsPDF = function (global) { } } }); - /** - * If set, the field is a set of radio buttons; if clear, the field is a checkbox. This flag may be set only if the Pushbutton flag is clear. - * - * @name AcroFormButton#radio - * @type {boolean} + /** + * If set, the field is a set of radio buttons; if clear, the field is a checkbox. This flag may be set only if the Pushbutton flag is clear. + * + * @name AcroFormButton#radio + * @type {boolean} */ Object.defineProperty(this, 'radio', { @@ -6980,11 +5431,11 @@ var jsPDF = function (global) { } } }); - /** - * If set, the field is a pushbutton that does not retain a permanent value. - * - * @name AcroFormButton#pushButton - * @type {boolean} + /** + * If set, the field is a pushbutton that does not retain a permanent value. + * + * @name AcroFormButton#pushButton + * @type {boolean} */ Object.defineProperty(this, 'pushButton', { @@ -7001,11 +5452,11 @@ var jsPDF = function (global) { } } }); - /** - * (PDF 1.5) If set, a group of radio buttons within a radio button field that use the same value for the on state will turn on and off in unison; that is if one is checked, they are all checked. If clear, the buttons are mutually exclusive (the same behavior as HTML radio buttons). - * - * @name AcroFormButton#radioIsUnison - * @type {boolean} + /** + * (PDF 1.5) If set, a group of radio buttons within a radio button field that use the same value for the on state will turn on and off in unison; that is if one is checked, they are all checked. If clear, the buttons are mutually exclusive (the same behavior as HTML radio buttons). + * + * @name AcroFormButton#radioIsUnison + * @type {boolean} */ Object.defineProperty(this, 'radioIsUnison', { @@ -7040,7 +5491,7 @@ var jsPDF = function (global) { return result.join('\n'); } - return undefined; + return; }, set: function set(value) { if (_typeof(value) === "object") { @@ -7048,16 +5499,16 @@ var jsPDF = function (global) { } } }); - /** - * From the PDF reference: - * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. - * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). - * - * - '8' = Cross, - * - 'l' = Circle, - * - '' = nothing - * @name AcroFormButton#caption - * @type {string} + /** + * From the PDF reference: + * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. + * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). + * + * - '8' = Cross, + * - 'l' = Circle, + * - '' = nothing + * @name AcroFormButton#caption + * @type {string} */ Object.defineProperty(this, 'caption', { @@ -7085,11 +5536,11 @@ var jsPDF = function (global) { _AS = value; } }); - /** - * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") - * - * @name AcroFormButton#appearanceState - * @type {any} + /** + * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") + * + * @name AcroFormButton#appearanceState + * @type {any} */ Object.defineProperty(this, 'appearanceState', { @@ -7105,10 +5556,10 @@ var jsPDF = function (global) { }; inherit(AcroFormButton, AcroFormField); - /** - * @class AcroFormPushButton - * @extends AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormPushButton + * @extends AcroFormButton + * @extends AcroFormField */ var AcroFormPushButton = function AcroFormPushButton() { @@ -7117,10 +5568,10 @@ var jsPDF = function (global) { }; inherit(AcroFormPushButton, AcroFormButton); - /** - * @class AcroFormRadioButton - * @extends AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormRadioButton + * @extends AcroFormButton + * @extends AcroFormField */ var AcroFormRadioButton = function AcroFormRadioButton() { @@ -7145,12 +5596,12 @@ var jsPDF = function (global) { }; inherit(AcroFormRadioButton, AcroFormButton); - /** - * The Child class of a RadioButton (the radioGroup) -> The single Buttons - * - * @class AcroFormChildClass - * @extends AcroFormField - * @ignore + /** + * The Child class of a RadioButton (the radioGroup) -> The single Buttons + * + * @class AcroFormChildClass + * @extends AcroFormField + * @ignore */ var AcroFormChildClass = function AcroFormChildClass() { @@ -7203,16 +5654,16 @@ var jsPDF = function (global) { } } }); - /** - * From the PDF reference: - * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. - * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). - * - * - '8' = Cross, - * - 'l' = Circle, - * - '' = nothing - * @name AcroFormButton#caption - * @type {string} + /** + * From the PDF reference: + * (Optional, button fields only) The widget annotation's normal caption which shall be displayed when it is not interacting with the user. + * Unlike the remaining entries listed in this Table which apply only to widget annotations associated with pushbutton fields (see Pushbuttons in 12.7.4.2, "Button Fields"), the CA entry may be used with any type of button field, including check boxes (see Check Boxes in 12.7.4.2, "Button Fields") and radio buttons (Radio Buttons in 12.7.4.2, "Button Fields"). + * + * - '8' = Cross, + * - 'l' = Circle, + * - '' = nothing + * @name AcroFormButton#caption + * @type {string} */ Object.defineProperty(this, 'caption', { @@ -7240,11 +5691,11 @@ var jsPDF = function (global) { _AS = value; } }); - /** - * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") - * - * @name AcroFormButton#appearanceState - * @type {any} + /** + * (Required if the appearance dictionary AP contains one or more subdictionaries; PDF 1.2) The annotation's appearance state, which selects the applicable appearance stream from an appearance subdictionary (see Section 12.5.5, "Appearance Streams") + * + * @name AcroFormButton#appearanceState + * @type {any} */ Object.defineProperty(this, 'appearanceState', { @@ -7257,13 +5708,14 @@ var jsPDF = function (global) { _AS = '/' + value; } }); + this.optionName = name; this.caption = 'l'; this.appearanceState = 'Off'; // todo: set AppearanceType as variable that can be set from the // outside... this._AppearanceType = AcroFormAppearance.RadioButton.Circle; // The Default appearanceType is the Circle - this.appearanceStreamContent = this._AppearanceType.createAppearanceStream(this.optionName); + this.appearanceStreamContent = this._AppearanceType.createAppearanceStream(name); }; inherit(AcroFormChildClass, AcroFormField); @@ -7271,6 +5723,7 @@ var jsPDF = function (global) { AcroFormRadioButton.prototype.setAppearance = function (appearance) { if (!('createAppearanceStream' in appearance && 'getCA' in appearance)) { throw new Error("Couldn't assign Appearance to RadioButton. Appearance was Invalid!"); + return; } for (var objId in this.Kids) { @@ -7283,7 +5736,8 @@ var jsPDF = function (global) { }; AcroFormRadioButton.prototype.createOption = function (name) { - // Create new Child for RadioGroup + var kidCount = this.Kids.length; // Create new Child for RadioGroup + var child = new AcroFormChildClass(); child.Parent = this; child.optionName = name; // Add to Parent @@ -7292,10 +5746,10 @@ var jsPDF = function (global) { addField.call(this, child); return child; }; - /** - * @class AcroFormCheckBox - * @extends AcroFormButton - * @extends AcroFormField + /** + * @class AcroFormCheckBox + * @extends AcroFormButton + * @extends AcroFormField */ @@ -7310,19 +5764,19 @@ var jsPDF = function (global) { }; inherit(AcroFormCheckBox, AcroFormButton); - /** - * @class AcroFormTextField - * @extends AcroFormField + /** + * @class AcroFormTextField + * @extends AcroFormField */ var AcroFormTextField = function AcroFormTextField() { AcroFormField.call(this); this.FT = '/Tx'; - /** - * If set, the field may contain multiple lines of text; if clear, the field’s text shall be restricted to a single line. - * - * @name AcroFormTextField#multiline - * @type {boolean} + /** + * If set, the field may contain multiple lines of text; if clear, the field’s text shall be restricted to a single line. + * + * @name AcroFormTextField#multiline + * @type {boolean} */ Object.defineProperty(this, 'multiline', { @@ -7339,11 +5793,11 @@ var jsPDF = function (global) { } } }); - /** - * (PDF 1.4) If set, the text entered in the field represents the pathname of a file whose contents shall be submitted as the value of the field. - * - * @name AcroFormTextField#fileSelect - * @type {boolean} + /** + * (PDF 1.4) If set, the text entered in the field represents the pathname of a file whose contents shall be submitted as the value of the field. + * + * @name AcroFormTextField#fileSelect + * @type {boolean} */ Object.defineProperty(this, 'fileSelect', { @@ -7360,11 +5814,11 @@ var jsPDF = function (global) { } } }); - /** - * (PDF 1.4) If set, text entered in the field shall not be spell-checked. - * - * @name AcroFormTextField#doNotSpellCheck - * @type {boolean} + /** + * (PDF 1.4) If set, text entered in the field shall not be spell-checked. + * + * @name AcroFormTextField#doNotSpellCheck + * @type {boolean} */ Object.defineProperty(this, 'doNotSpellCheck', { @@ -7381,11 +5835,11 @@ var jsPDF = function (global) { } } }); - /** - * (PDF 1.4) If set, the field shall not scroll (horizontally for single-line fields, vertically for multiple-line fields) to accommodate more text than fits within its annotation rectangle. Once the field is full, no further text shall be accepted for interactive form filling; for noninteractive form filling, the filler should take care not to add more character than will visibly fit in the defined area. - * - * @name AcroFormTextField#doNotScroll - * @type {boolean} + /** + * (PDF 1.4) If set, the field shall not scroll (horizontally for single-line fields, vertically for multiple-line fields) to accommodate more text than fits within its annotation rectangle. Once the field is full, no further text shall be accepted for interactive form filling; for noninteractive form filling, the filler should take care not to add more character than will visibly fit in the defined area. + * + * @name AcroFormTextField#doNotScroll + * @type {boolean} */ Object.defineProperty(this, 'doNotScroll', { @@ -7402,11 +5856,11 @@ var jsPDF = function (global) { } } }); - /** - * (PDF 1.5) May be set only if the MaxLen entry is present in the text field dictionary (see Table 229) and if the Multiline, Password, and FileSelect flags are clear. If set, the field shall be automatically divided into as many equally spaced positions, or combs, as the value of MaxLen, and the text is laid out into those combs. - * - * @name AcroFormTextField#comb - * @type {boolean} + /** + * (PDF 1.5) May be set only if the MaxLen entry is present in the text field dictionary (see Table 229) and if the Multiline, Password, and FileSelect flags are clear. If set, the field shall be automatically divided into as many equally spaced positions, or combs, as the value of MaxLen, and the text is laid out into those combs. + * + * @name AcroFormTextField#comb + * @type {boolean} */ Object.defineProperty(this, 'comb', { @@ -7423,11 +5877,11 @@ var jsPDF = function (global) { } } }); - /** - * (PDF 1.5) If set, the value of this field shall be a rich text string (see 12.7.3.4, “Rich Text Strings”). If the field has a value, the RV entry of the field dictionary (Table 222) shall specify the rich text string. - * - * @name AcroFormTextField#richText - * @type {boolean} + /** + * (PDF 1.5) If set, the value of this field shall be a rich text string (see 12.7.3.4, “Rich Text Strings”). If the field has a value, the RV entry of the field dictionary (Table 222) shall specify the rich text string. + * + * @name AcroFormTextField#richText + * @type {boolean} */ Object.defineProperty(this, 'richText', { @@ -7455,11 +5909,11 @@ var jsPDF = function (global) { _MaxLen = value; } }); - /** - * (Optional; inheritable) The maximum length of the field’s text, in characters. - * - * @name AcroFormTextField#maxLength - * @type {number} + /** + * (Optional; inheritable) The maximum length of the field’s text, in characters. + * + * @name AcroFormTextField#maxLength + * @type {number} */ Object.defineProperty(this, 'maxLength', { @@ -7484,20 +5938,20 @@ var jsPDF = function (global) { }; inherit(AcroFormTextField, AcroFormField); - /** - * @class AcroFormPasswordField - * @extends AcroFormTextField - * @extends AcroFormField + /** + * @class AcroFormPasswordField + * @extends AcroFormTextField + * @extends AcroFormField */ var AcroFormPasswordField = function AcroFormPasswordField() { AcroFormTextField.call(this); - /** - * If set, the field is intended for entering a secure password that should not be echoed visibly to the screen. Characters typed from the keyboard shall instead be echoed in some unreadable form, such as asterisks or bullet characters. - * NOTE To protect password confidentiality, readers should never store the value of the text field in the PDF file if this flag is set. - * - * @name AcroFormTextField#password - * @type {boolean} + /** + * If set, the field is intended for entering a secure password that should not be echoed visibly to the screen. Characters typed from the keyboard shall instead be echoed in some unreadable form, such as asterisks or bullet characters. + * NOTE To protect password confidentiality, readers should never store the value of the text field in the PDF file if this flag is set. + * + * @name AcroFormTextField#password + * @type {boolean} */ Object.defineProperty(this, 'password', { @@ -7534,10 +5988,10 @@ var jsPDF = function (global) { return appearance; }, - /** - * Returns the standard On Appearance for a CheckBox - * - * @returns {AcroFormXObject} + /** + * Returns the standard On Appearance for a CheckBox + * + * @returns {AcroFormXObject} */ YesPushDown: function YesPushDown(formObject) { var xobj = createFormXObject(formObject); @@ -7590,10 +6044,10 @@ var jsPDF = function (global) { return xobj; }, - /** - * Returns the standard Off Appearance for a CheckBox - * - * @returns {AcroFormXObject} + /** + * Returns the standard Off Appearance for a CheckBox + * + * @returns {AcroFormXObject} */ OffPushDown: function OffPushDown(formObject) { var xobj = createFormXObject(formObject); @@ -7630,8 +6084,8 @@ var jsPDF = function (global) { DotRadius = Number((DotRadius * 0.9).toFixed(5)); var c = AcroFormAppearance.internal.Bezier_C; var DotRadiusBezier = Number((DotRadius * c).toFixed(5)); - /* - * The Following is a Circle created with Bezier-Curves. + /* + * The Following is a Circle created with Bezier-Curves. */ stream.push("q"); @@ -7705,12 +6159,12 @@ var jsPDF = function (global) { } }, Cross: { - /** - * Creates the Actual AppearanceDictionary-References - * - * @param {string} name - * @returns {Object} - * @ignore + /** + * Creates the Actual AppearanceDictionary-References + * + * @param {string} name + * @returns {Object} + * @ignore */ createAppearanceStream: function createAppearanceStream(name) { var appearanceStreamContent = { @@ -7775,10 +6229,10 @@ var jsPDF = function (global) { } }, - /** - * Returns the standard Appearance - * - * @returns {AcroFormXObject} + /** + * Returns the standard Appearance + * + * @returns {AcroFormXObject} */ createDefaultAppearanceStream: function createDefaultAppearanceStream(formObject) { // Set Helvetica to Standard Font (size: auto) @@ -7798,6 +6252,7 @@ var jsPDF = function (global) { var width = AcroFormAppearance.internal.getWidth(formObject); var height = AcroFormAppearance.internal.getHeight(formObject); var a = Math.min(width, height); + var cross = { x1: { // upperLeft @@ -7848,14 +6303,14 @@ var jsPDF = function (global) { return result; }; // Public: - /** - * Add an AcroForm-Field to the jsPDF-instance - * - * @name addField - * @function - * @instance - * @param {Object} fieldObject - * @returns {jsPDF} + /** + * Add an AcroForm-Field to the jsPDF-instance + * + * @name addField + * @function + * @instance + * @param {Object} fieldObject + * @returns {jsPDF} */ @@ -7871,13 +6326,13 @@ var jsPDF = function (global) { fieldObject.page = scope.internal.getCurrentPageInfo().pageNumber; return this; }; - /** - * @name addButton - * @function - * @instance - * @param {AcroFormButton} options - * @returns {jsPDF} - * @deprecated + /** + * @name addButton + * @function + * @instance + * @param {AcroFormButton} options + * @returns {jsPDF} + * @deprecated */ @@ -7888,13 +6343,13 @@ var jsPDF = function (global) { return addField.call(this, button); }; - /** - * @name addTextField - * @function - * @instance - * @param {AcroFormTextField} textField - * @returns {jsPDF} - * @deprecated + /** + * @name addTextField + * @function + * @instance + * @param {AcroFormTextField} textField + * @returns {jsPDF} + * @deprecated */ @@ -7905,13 +6360,13 @@ var jsPDF = function (global) { return addField.call(this, textField); }; - /** - * @name addChoiceField - * @function - * @instance - * @param {AcroFormChoiceField} - * @returns {jsPDF} - * @deprecated + /** + * @name addChoiceField + * @function + * @instance + * @param {AcroFormChoiceField} + * @returns {jsPDF} + * @deprecated */ @@ -7966,59 +6421,39 @@ var jsPDF = function (global) { PasswordField: AcroFormPasswordField, Appearance: AcroFormAppearance }; - jsPDF.AcroForm = { - ChoiceField: AcroFormChoiceField, - ListBox: AcroFormListBox, - ComboBox: AcroFormComboBox, - EditBox: AcroFormEditBox, - Button: AcroFormButton, - PushButton: AcroFormPushButton, - RadioButton: AcroFormRadioButton, - CheckBox: AcroFormCheckBox, - TextField: AcroFormTextField, - PasswordField: AcroFormPasswordField, - Appearance: AcroFormAppearance - }; -})(jsPDF, typeof window !== "undefined" && window || typeof global !== "undefined" && global); - -/* global jsPDF */ +})(jsPDF.API, typeof window !== "undefined" && window || typeof global !== "undefined" && global); -/** @license - * jsPDF addImage plugin - * Copyright (c) 2012 Jason Siefken, https://github.com/siefkenj/ - * 2013 Chris Dowling, https://github.com/gingerchris - * 2013 Trinh Ho, https://github.com/ineedfat - * 2013 Edwin Alejandro Perez, https://github.com/eaparango - * 2013 Norah Smith, https://github.com/burnburnrocket - * 2014 Diego Casorran, https://github.com/diegocr - * 2014 James Robb, https://github.com/jamesbrobb - * - * +/** @license + * jsPDF addImage plugin + * Copyright (c) 2012 Jason Siefken, https://github.com/siefkenj/ + * 2013 Chris Dowling, https://github.com/gingerchris + * 2013 Trinh Ho, https://github.com/ineedfat + * 2013 Edwin Alejandro Perez, https://github.com/eaparango + * 2013 Norah Smith, https://github.com/burnburnrocket + * 2014 Diego Casorran, https://github.com/diegocr + * 2014 James Robb, https://github.com/jamesbrobb + * + * */ -/** -* @name addImage -* @module +/** +* @name addImage +* @module */ (function (jsPDFAPI) { var namespace = 'addImage_'; - jsPDFAPI.__addimage__ = {}; - var UNKNOWN = 'UNKNOWN'; var imageFileTypeHeaders = { PNG: [[0x89, 0x50, 0x4e, 0x47]], TIFF: [[0x4D, 0x4D, 0x00, 0x2A], //Motorola [0x49, 0x49, 0x2A, 0x00] //Intel ], JPEG: [[0xFF, 0xD8, 0xFF, 0xE0, undefined, undefined, 0x4A, 0x46, 0x49, 0x46, 0x00], //JFIF - [0xFF, 0xD8, 0xFF, 0xE1, undefined, undefined, 0x45, 0x78, 0x69, 0x66, 0x00, 0x00], //Exif - [0xFF, 0xD8, 0xFF, 0xDB], //JPEG RAW - [0xFF, 0xD8, 0xFF, 0xEE] //EXIF RAW + [0xFF, 0xD8, 0xFF, 0xE1, undefined, undefined, 0x45, 0x78, 0x69, 0x66, 0x00, 0x00] //Exif ], JPEG2000: [[0x00, 0x00, 0x00, 0x0C, 0x6A, 0x50, 0x20, 0x20]], GIF87a: [[0x47, 0x49, 0x46, 0x38, 0x37, 0x61]], GIF89a: [[0x47, 0x49, 0x46, 0x38, 0x39, 0x61]], - WEBP: [[0x52, 0x49, 0x46, 0x46, undefined, undefined, undefined, undefined, 0x57, 0x45, 0x42, 0x50]], BMP: [[0x42, 0x4D], //BM - Windows 3.1x, 95, NT, ... etc. [0x42, 0x41], //BA - OS/2 struct bitmap array [0x43, 0x49], //CI - OS/2 struct color icon @@ -8027,80 +6462,59 @@ var jsPDF = function (global) { [0x50, 0x54] //PT - OS/2 pointer ] }; - /** - * Recognize filetype of Image by magic-bytes - * - * https://en.wikipedia.org/wiki/List_of_file_signatures - * - * @name getImageFileTypeByImageData - * @public - * @function - * @param {string|arraybuffer} imageData imageData as binary String or arraybuffer - * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' - * - * @returns {string} filetype of Image + /** + * Recognize filetype of Image by magic-bytes + * + * https://en.wikipedia.org/wiki/List_of_file_signatures + * + * @name getImageFileTypeByImageData + * @public + * @function + * @param {string|arraybuffer} imageData imageData as binary String or arraybuffer + * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' + * + * @returns {string} filetype of Image */ - var getImageFileTypeByImageData = jsPDFAPI.__addimage__.getImageFileTypeByImageData = function (imageData, fallbackFormat) { - fallbackFormat = fallbackFormat || UNKNOWN; + var getImageFileTypeByImageData = jsPDFAPI.getImageFileTypeByImageData = function (imageData, fallbackFormat) { + fallbackFormat = fallbackFormat || 'UNKNOWN'; var i; var j; - var result = UNKNOWN; + var result = 'UNKNOWN'; var headerSchemata; var compareResult; var fileType; - if (isArrayBufferView(imageData)) { - for (fileType in imageFileTypeHeaders) { - headerSchemata = imageFileTypeHeaders[fileType]; + if (jsPDFAPI.isArrayBufferView(imageData)) { + imageData = jsPDFAPI.arrayBufferToBinaryString(imageData); + } - for (i = 0; i < headerSchemata.length; i += 1) { - compareResult = true; + for (fileType in imageFileTypeHeaders) { + headerSchemata = imageFileTypeHeaders[fileType]; - for (j = 0; j < headerSchemata[i].length; j += 1) { - if (headerSchemata[i][j] === undefined) { - continue; - } + for (i = 0; i < headerSchemata.length; i += 1) { + compareResult = true; - if (headerSchemata[i][j] !== imageData[j]) { - compareResult = false; - break; - } + for (j = 0; j < headerSchemata[i].length; j += 1) { + if (headerSchemata[i][j] === undefined) { + continue; } - if (compareResult === true) { - result = fileType; + if (headerSchemata[i][j] !== imageData.charCodeAt(j)) { + compareResult = false; break; } } - } - } else { - for (fileType in imageFileTypeHeaders) { - headerSchemata = imageFileTypeHeaders[fileType]; - - for (i = 0; i < headerSchemata.length; i += 1) { - compareResult = true; - for (j = 0; j < headerSchemata[i].length; j += 1) { - if (headerSchemata[i][j] === undefined) { - continue; - } - - if (headerSchemata[i][j] !== imageData.charCodeAt(j)) { - compareResult = false; - break; - } - } - - if (compareResult === true) { - result = fileType; - break; - } + if (compareResult === true) { + result = fileType; + break; } } } - if (result === UNKNOWN && fallbackFormat !== UNKNOWN) { + if (result === 'UNKNOWN' && fallbackFormat !== 'UNKNOWN') { + console.warn('FileType of Image not recognized. Processing image as "' + fallbackFormat + '".'); result = fallbackFormat; } @@ -8108,17 +6522,18 @@ var jsPDF = function (global) { }; // Image functionality ported from pdf.js - var putImage = function putImage(image) { - var out = this.internal.write; - var putStream = this.internal.putStream; - var getFilters = this.internal.getFilters; - var filter = getFilters(); + var putImage = function putImage(img) { + var objectNumber = this.internal.newObject(), + out = this.internal.write, + putStream = this.internal.putStream, + getFilters = this.internal.getFilters; + var filters = getFilters(); - while (filter.indexOf('FlateEncode') !== -1) { - filter.splice(filter.indexOf('FlateEncode'), 1); + while (filters.indexOf('FlateEncode') !== -1) { + filters.splice(filters.indexOf('FlateEncode'), 1); } - image.objectId = this.internal.newObject(); + img['n'] = objectNumber; var additionalKeyValues = []; additionalKeyValues.push({ key: 'Type', @@ -8130,26 +6545,26 @@ var jsPDF = function (global) { }); additionalKeyValues.push({ key: 'Width', - value: image.width + value: img['w'] }); additionalKeyValues.push({ key: 'Height', - value: image.height + value: img['h'] }); - if (image.colorSpace === color_spaces.INDEXED) { + if (img['cs'] === this.color_spaces.INDEXED) { additionalKeyValues.push({ key: 'ColorSpace', - value: '[/Indexed /DeviceRGB ' // if an indexed png defines more than one colour with transparency, we've created a sMask - + (image.palette.length / 3 - 1) + ' ' + ('sMask' in image && typeof image.sMask !== "undefined" ? image.objectId + 2 : image.objectId + 1) + ' 0 R]' + value: '[/Indexed /DeviceRGB ' // if an indexed png defines more than one colour with transparency, we've created a smask + + (img['pal'].length / 3 - 1) + ' ' + ('smask' in img ? objectNumber + 2 : objectNumber + 1) + ' 0 R]' }); } else { additionalKeyValues.push({ key: 'ColorSpace', - value: '/' + image.colorSpace + value: '/' + img['cs'] }); - if (image.colorSpace === color_spaces.DEVICE_CMYK) { + if (img['cs'] === this.color_spaces.DEVICE_CMYK) { additionalKeyValues.push({ key: 'Decode', value: '[1 0 1 0 1 0 1 0]' @@ -8159,205 +6574,223 @@ var jsPDF = function (global) { additionalKeyValues.push({ key: 'BitsPerComponent', - value: image.bitsPerComponent + value: img['bpc'] }); - if ('decodeParameters' in image && typeof image.decodeParameters !== "undefined") { + if ('dp' in img) { additionalKeyValues.push({ key: 'DecodeParms', - value: '<<' + image.decodeParameters + '>>' + value: '<<' + img['dp'] + '>>' }); } - if ('transparency' in image && Array.isArray(image.transparency)) { - var transparency = '', + if ('trns' in img && img['trns'].constructor == Array) { + var trns = '', i = 0, - len = image.transparency.length; + len = img['trns'].length; for (; i < len; i++) { - transparency += image.transparency[i] + ' ' + image.transparency[i] + ' '; + trns += img['trns'][i] + ' ' + img['trns'][i] + ' '; } additionalKeyValues.push({ key: 'Mask', - value: '[' + transparency + ']' + value: '[' + trns + ']' }); } - if (typeof image.sMask !== "undefined") { + if ('smask' in img) { additionalKeyValues.push({ key: 'SMask', - value: image.objectId + 1 + ' 0 R' + value: objectNumber + 1 + ' 0 R' }); } - var alreadyAppliedFilters = typeof image.filter !== "undefined" ? ['/' + image.filter] : undefined; + var alreadyAppliedFilters = typeof img['f'] !== "undefined" ? ['/' + img['f']] : undefined; putStream({ - data: image.data, + data: img['data'], additionalKeyValues: additionalKeyValues, alreadyAppliedFilters: alreadyAppliedFilters }); out('endobj'); // Soft mask - if ('sMask' in image && typeof image.sMask !== "undefined") { - var decodeParameters = '/Predictor ' + image.predictor + ' /Colors 1 /BitsPerComponent ' + image.bitsPerComponent + ' /Columns ' + image.width; - var sMask = { - width: image.width, - height: image.height, - colorSpace: 'DeviceGray', - bitsPerComponent: image.bitsPerComponent, - decodeParameters: decodeParameters, - data: image.sMask + if ('smask' in img) { + var dp = '/Predictor ' + img['p'] + ' /Colors 1 /BitsPerComponent ' + img['bpc'] + ' /Columns ' + img['w']; + var smask = { + 'w': img['w'], + 'h': img['h'], + 'cs': 'DeviceGray', + 'bpc': img['bpc'], + 'dp': dp, + 'data': img['smask'] }; - - if ('filter' in image) { - sMask.filter = image.filter; - } - - putImage.call(this, sMask); + if ('f' in img) smask.f = img['f']; + putImage.call(this, smask); } //Palette - if (image.colorSpace === color_spaces.INDEXED) { + if (img['cs'] === this.color_spaces.INDEXED) { this.internal.newObject(); //out('<< /Filter / ' + img['f'] +' /Length ' + img['pal'].length + '>>'); //putStream(zlib.compress(img['pal'])); putStream({ - data: arrayBufferToBinaryString(new Uint8Array(image.palette)) + data: this.arrayBufferToBinaryString(new Uint8Array(img['pal'])) }); out('endobj'); } - }; - - var putResourcesCallback = function putResourcesCallback() { + }, + putResourcesCallback = function putResourcesCallback() { var images = this.internal.collections[namespace + 'images']; for (var i in images) { putImage.call(this, images[i]); } - }; - - var putXObjectsDictCallback = function putXObjectsDictCallback() { + }, + putXObjectsDictCallback = function putXObjectsDictCallback() { var images = this.internal.collections[namespace + 'images'], out = this.internal.write, image; for (var i in images) { image = images[i]; - out('/I' + image.index, image.objectId, '0', 'R'); + out('/I' + image['i'], image['n'], '0', 'R'); } - }; - - var checkCompressValue = function checkCompressValue(value) { - if (value && typeof value === 'string') { value = value.toUpperCase(); } - return value in jsPDFAPI.image_compression ? value : image_compression.NONE; - }; + }, + checkCompressValue = function checkCompressValue(value) { + if (value && typeof value === 'string') value = value.toUpperCase(); + return value in jsPDFAPI.image_compression ? value : jsPDFAPI.image_compression.NONE; + }, + getImages = function getImages() { + var images = this.internal.collections[namespace + 'images']; //first run, so initialise stuff - var initialize = function initialize() { - if (!this.internal.collections[namespace + 'images']) { - this.internal.collections[namespace + 'images'] = {}; + if (!images) { + this.internal.collections[namespace + 'images'] = images = {}; this.internal.events.subscribe('putResources', putResourcesCallback); this.internal.events.subscribe('putXobjectDict', putXObjectsDictCallback); } - }; - var getImages = function getImages() { - var images = this.internal.collections[namespace + 'images']; - initialize.call(this); return images; - }; + }, + getImageIndex = function getImageIndex(images) { + var imageIndex = 0; - var getImageIndex = function getImageIndex() { - return Object.keys(this.internal.collections[namespace + 'images']).length; - }; + if (images) { + // this is NOT the first time this method is ran on this instance of jsPDF object. + imageIndex = Object.keys ? Object.keys(images).length : function (o) { + var i = 0; + + for (var e in o) { + if (o.hasOwnProperty(e)) { + i++; + } + } + + return i; + }(images); + } - var notDefined = function notDefined(value) { + return imageIndex; + }, + notDefined = function notDefined(value) { return typeof value === 'undefined' || value === null || value.length === 0; - }; + }, + generateAliasFromImageData = function generateAliasFromImageData(imageData) { + if (typeof imageData === 'string') { + return jsPDFAPI.sHashCode(imageData); + } - var generateAliasFromImageData = function generateAliasFromImageData(imageData) { - if (typeof imageData === 'string' || isArrayBufferView(imageData)) { - return sHashCode(imageData); + if (jsPDFAPI.isArrayBufferView(imageData)) { + return jsPDFAPI.sHashCode(jsPDFAPI.arrayBufferToBinaryString(imageData)); } return null; - }; - - var isImageTypeSupported = function isImageTypeSupported(type) { + }, + isImageTypeSupported = function isImageTypeSupported(type) { return typeof jsPDFAPI["process" + type.toUpperCase()] === "function"; - }; - - var isDOMElement = function isDOMElement(object) { + }, + isDOMElement = function isDOMElement(object) { return _typeof(object) === 'object' && object.nodeType === 1; - }; - - var getImageDataFromElement = function getImageDataFromElement(element) { + }, + createDataURIFromElement = function createDataURIFromElement(element, format) { //if element is an image which uses data url definition, just return the dataurl if (element.nodeName === 'IMG' && element.hasAttribute('src')) { var src = '' + element.getAttribute('src'); //is base64 encoded dataUrl, directly process it if (src.indexOf('data:image/') === 0) { - return atob(unescape(src).split('base64,').pop()); + return unescape(src); } //it is probably an url, try to load it - var tmpImageData = jsPDFAPI.loadFile(src, true); + var tmpImageData = jsPDFAPI.loadFile(src); if (tmpImageData !== undefined) { - return tmpImageData; + return btoa(tmpImageData); } } if (element.nodeName === 'CANVAS') { - return atob(element.toDataURL('image/jpeg', 1.0).split('base64,').pop()); + var canvas = element; + return element.toDataURL('image/jpeg', 1.0); + } //absolute fallback method + + + var canvas = document.createElement('canvas'); + canvas.width = element.clientWidth || element.width; + canvas.height = element.clientHeight || element.height; + var ctx = canvas.getContext('2d'); + + if (!ctx) { + throw 'addImage requires canvas to be supported by browser.'; } - }; - var checkImagesForAlias = function checkImagesForAlias(alias) { - var images = this.internal.collections[namespace + 'images']; + ctx.drawImage(element, 0, 0, canvas.width, canvas.height); + return canvas.toDataURL(('' + format).toLowerCase() == 'png' ? 'image/png' : 'image/jpeg'); + }, + checkImagesForAlias = function checkImagesForAlias(alias, images) { + var cached_info; if (images) { for (var e in images) { if (alias === images[e].alias) { - return images[e]; + cached_info = images[e]; + break; } } } - }; - var determineWidthAndHeight = function determineWidthAndHeight(width, height, image) { - if (!width && !height) { - width = -96; - height = -96; + return cached_info; + }, + determineWidthAndHeight = function determineWidthAndHeight(w, h, info) { + if (!w && !h) { + w = -96; + h = -96; } - if (width < 0) { - width = -1 * image.width * 72 / width / this.internal.scaleFactor; + if (w < 0) { + w = -1 * info['w'] * 72 / w / this.internal.scaleFactor; } - if (height < 0) { - height = -1 * image.height * 72 / height / this.internal.scaleFactor; + if (h < 0) { + h = -1 * info['h'] * 72 / h / this.internal.scaleFactor; } - if (width === 0) { - width = height * image.width / image.height; + if (w === 0) { + w = h * info['w'] / info['h']; } - if (height === 0) { - height = width * image.height / image.width; + if (h === 0) { + h = w * info['h'] / info['w']; } - return [width, height]; - }; - - var writeImageToPDF = function writeImageToPDF(x, y, width, height, image, rotation) { - var dims = determineWidthAndHeight.call(this, width, height, image), + return [w, h]; + }, + writeImageToPDF = function writeImageToPDF(x, y, w, h, info, index, images, rotation) { + var dims = determineWidthAndHeight.call(this, w, h, info), coord = this.internal.getCoordinateString, vcoord = this.internal.getVerticalCoordinateString; - var images = getImages.call(this); - width = dims[0]; - height = dims[1]; - images[image.index] = image; + w = dims[0]; + h = dims[1]; + images[index] = info; if (rotation) { rotation *= Math.PI / 180; @@ -8374,25 +6807,25 @@ var jsPDF = function (global) { this.internal.write('q'); //Save graphics state if (rotation) { - this.internal.write([1, '0', '0', 1, coord(x), vcoord(y + height), 'cm'].join(' ')); //Translate + this.internal.write([1, '0', '0', 1, coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate this.internal.write(rotationTransformationMatrix.join(' ')); //Rotate - this.internal.write([coord(width), '0', '0', coord(height), '0', '0', 'cm'].join(' ')); //Scale + this.internal.write([coord(w), '0', '0', coord(h), '0', '0', 'cm'].join(' ')); //Scale } else { - this.internal.write([coord(width), '0', '0', coord(height), coord(x), vcoord(y + height), 'cm'].join(' ')); //Translate and Scale + this.internal.write([coord(w), '0', '0', coord(h), coord(x), vcoord(y + h), 'cm'].join(' ')); //Translate and Scale } - this.internal.write('/I' + image.index + ' Do'); //Paint Image + this.internal.write('/I' + info['i'] + ' Do'); //Paint Image this.internal.write('Q'); //Restore graphics state }; - /** - * COLOR SPACES + /** + * COLOR SPACES */ - var color_spaces = jsPDFAPI.color_spaces = { + jsPDFAPI.color_spaces = { DEVICE_RGB: 'DeviceRGB', DEVICE_GRAY: 'DeviceGray', DEVICE_CMYK: 'DeviceCMYK', @@ -8405,8 +6838,8 @@ var jsPDF = function (global) { SEPARATION: 'Separation', DEVICE_N: 'DeviceN' }; - /** - * DECODE METHODS + /** + * DECODE METHODS */ jsPDFAPI.decode = { @@ -8420,62 +6853,62 @@ var jsPDF = function (global) { RUN_LENGTH_DECODE: 'RunLengthDecode', CCITT_FAX_DECODE: 'CCITTFaxDecode' }; - /** - * IMAGE COMPRESSION TYPES + /** + * IMAGE COMPRESSION TYPES */ - var image_compression = jsPDFAPI.image_compression = { + jsPDFAPI.image_compression = { NONE: 'NONE', FAST: 'FAST', MEDIUM: 'MEDIUM', SLOW: 'SLOW' }; - /** - * @name sHashCode - * @function - * @param {string} data - * @returns {string} + /** + * @name sHashCode + * @function + * @param {string} str + * @returns {string} */ - var sHashCode = jsPDFAPI.__addimage__.sHashCode = function (data) { + jsPDFAPI.sHashCode = function (str) { + str = str || ""; var hash = 0, i, - chr, - len; + chr; + if (str.length === 0) return hash; - if (typeof data === "string") { - len = data.length; - - for (i = 0; i < len; i++) { - chr = data.charCodeAt(i); - hash = (hash << 5) - hash + chr; - hash |= 0; // Convert to 32bit integer - } - } else if (isArrayBufferView(data)) { - len = data.byteLength / 2; - - for (i = 0; i < len; i++) { - chr = data[i]; - hash = (hash << 5) - hash + chr; - hash |= 0; // Convert to 32bit integer - } + for (i = 0; i < str.length; i++) { + chr = str.charCodeAt(i); + hash = (hash << 5) - hash + chr; + hash |= 0; // Convert to 32bit integer } return hash; }; - /** - * Validates if given String is a valid Base64-String - * - * @name validateStringAsBase64 - * @public - * @function - * @param {String} possible Base64-String - * - * @returns {boolean} + /** + * @name isString + * @function + * @param {any} object + * @returns {boolean} + */ + + + jsPDFAPI.isString = function (object) { + return typeof object === 'string'; + }; + /** + * Validates if given String is a valid Base64-String + * + * @name validateStringAsBase64 + * @public + * @function + * @param {String} possible Base64-String + * + * @returns {boolean} */ - var validateStringAsBase64 = jsPDFAPI.__addimage__.validateStringAsBase64 = function (possibleBase64String) { + jsPDFAPI.validateStringAsBase64 = function (possibleBase64String) { possibleBase64String = possibleBase64String || ''; possibleBase64String.toString().trim(); var result = true; @@ -8488,31 +6921,48 @@ var jsPDF = function (global) { result = false; } - if (/^[A-Za-z0-9+/]+$/.test(possibleBase64String.substr(0, possibleBase64String.length - 2)) === false) { + if (/^[A-Za-z0-9+\/]+$/.test(possibleBase64String.substr(0, possibleBase64String.length - 2)) === false) { result = false; } - if (/^[A-Za-z0-9/][A-Za-z0-9+/]|[A-Za-z0-9+/]=|==$/.test(possibleBase64String.substr(-2)) === false) { + if (/^[A-Za-z0-9\/][A-Za-z0-9+\/]|[A-Za-z0-9+\/]=|==$/.test(possibleBase64String.substr(-2)) === false) { result = false; } return result; }; - /** - * Strips out and returns info from a valid base64 data URI - * - * @name extractImageFromDataUrl - * @function - * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' - * @returns {Array}an Array containing the following - * [0] the complete data URI - * [1] - * [2] format - the second part of the mime-type i.e 'png' in 'image/png' - * [4] + /** + * Strips out and returns info from a valid base64 data URI + * + * @name extractInfoFromBase64DataURI + * @function + * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' + * @returns {Array}an Array containing the following + * [0] the complete data URI + * [1] + * [2] format - the second part of the mime-type i.e 'png' in 'image/png' + * [4] + */ + + + jsPDFAPI.extractInfoFromBase64DataURI = function (dataURI) { + return /^data:([\w]+?\/([\w]+?));\S*;*base64,(.+)$/g.exec(dataURI); + }; + /** + * Strips out and returns info from a valid base64 data URI + * + * @name extractImageFromDataUrl + * @function + * @param {string} dataUrl a valid data URI of format 'data:[][;base64],' + * @returns {Array}an Array containing the following + * [0] the complete data URI + * [1] + * [2] format - the second part of the mime-type i.e 'png' in 'image/png' + * [4] */ - var extractImageFromDataUrl = jsPDFAPI.__addimage__.extractImageFromDataUrl = function (dataUrl) { + jsPDFAPI.extractImageFromDataUrl = function (dataUrl) { dataUrl = dataUrl || ''; var dataUrlParts = dataUrl.split('base64,'); var result = null; @@ -8531,57 +6981,64 @@ var jsPDF = function (global) { return result; }; - /** - * Check to see if ArrayBuffer is supported - * - * @name supportsArrayBuffer - * @function - * @returns {boolean} + /** + * Check to see if ArrayBuffer is supported + * + * @name supportsArrayBuffer + * @function + * @returns {boolean} */ - var supportsArrayBuffer = jsPDFAPI.__addimage__.supportsArrayBuffer = function () { + jsPDFAPI.supportsArrayBuffer = function () { return typeof ArrayBuffer !== 'undefined' && typeof Uint8Array !== 'undefined'; }; - /** - * Tests supplied object to determine if ArrayBuffer - * - * @name isArrayBuffer - * @function - * @param {Object} object an Object - * - * @returns {boolean} + /** + * Tests supplied object to determine if ArrayBuffer + * + * @name isArrayBuffer + * @function + * @param {Object} object an Object + * + * @returns {boolean} */ - jsPDFAPI.__addimage__.isArrayBuffer = function (object) { - return supportsArrayBuffer() && object instanceof ArrayBuffer; + jsPDFAPI.isArrayBuffer = function (object) { + if (!this.supportsArrayBuffer()) return false; + return object instanceof ArrayBuffer; }; - /** - * Tests supplied object to determine if it implements the ArrayBufferView (TypedArray) interface - * - * @name isArrayBufferView - * @function - * @param {Object} object an Object - * @returns {boolean} + /** + * Tests supplied object to determine if it implements the ArrayBufferView (TypedArray) interface + * + * @name isArrayBufferView + * @function + * @param {Object} object an Object + * @returns {boolean} */ - var isArrayBufferView = jsPDFAPI.__addimage__.isArrayBufferView = function (object) { - return supportsArrayBuffer() && typeof Uint32Array !== 'undefined' && (object instanceof Int8Array || object instanceof Uint8Array || typeof Uint8ClampedArray !== 'undefined' && object instanceof Uint8ClampedArray || object instanceof Int16Array || object instanceof Uint16Array || object instanceof Int32Array || object instanceof Uint32Array || object instanceof Float32Array || object instanceof Float64Array); - }; - /** - * Convert Binary String to ArrayBuffer - * - * @name binaryStringToUint8Array - * @public - * @function - * @param {string} BinaryString with ImageData - * @returns {Uint8Array} + jsPDFAPI.isArrayBufferView = function (object) { + if (!this.supportsArrayBuffer()) return false; + if (typeof Uint32Array === 'undefined') return false; + return object instanceof Int8Array || object instanceof Uint8Array || typeof Uint8ClampedArray !== 'undefined' && object instanceof Uint8ClampedArray || object instanceof Int16Array || object instanceof Uint16Array || object instanceof Int32Array || object instanceof Uint32Array || object instanceof Float32Array || object instanceof Float64Array; + }; + /** + * Convert the Buffer to a Binary String + * + * @name binaryStringToUint8Array + * @public + * @function + * @param {ArrayBuffer} BinaryString with ImageData + * + * @returns {Uint8Array} */ - var binaryStringToUint8Array = jsPDFAPI.__addimage__.binaryStringToUint8Array = function (binary_string) { + jsPDFAPI.binaryStringToUint8Array = function (binary_string) { + /* + * not sure how efficient this will be will bigger files. Is there a native method? + */ var len = binary_string.length; var bytes = new Uint8Array(len); @@ -8591,51 +7048,160 @@ var jsPDF = function (global) { return bytes; }; - /** - * Convert the Buffer to a Binary String - * - * @name arrayBufferToBinaryString - * @public - * @function - * @param {ArrayBuffer} ArrayBuffer with ImageData - * - * @returns {String} + /** + * Convert the Buffer to a Binary String + * + * @name arrayBufferToBinaryString + * @public + * @function + * @param {ArrayBuffer} ArrayBuffer with ImageData + * + * @returns {String} */ - var arrayBufferToBinaryString = jsPDFAPI.__addimage__.arrayBufferToBinaryString = function (buffer) { - try { - return atob(btoa(String.fromCharCode.apply(null, buffer))); - } catch (e) { - if (typeof Uint8Array !== 'undefined' && typeof Uint8Array.prototype.reduce !== 'undefined') { - return new Uint8Array(buffer).reduce(function (data, byte) { - return data.push(String.fromCharCode(byte)), data; - }, []).join(''); - } + jsPDFAPI.arrayBufferToBinaryString = function (buffer) { + // if (typeof Uint8Array !== 'undefined' && typeof Uint8Array.prototype.reduce !== 'undefined') { + // return new Uint8Array(buffer).reduce(function (data, byte) { + // return data.push(String.fromCharCode(byte)), data; + // }, []).join(''); + // } + if (typeof atob === "function") { + return atob(this.arrayBufferToBase64(buffer)); + } + }; + /** + * Converts an ArrayBuffer directly to base64 + * + * Taken from http://jsperf.com/encoding-xhr-image-data/31 + * + * Need to test if this is a better solution for larger files + * + * @name arrayBufferToBase64 + * @param {arraybuffer} arrayBuffer + * @public + * @function + * + * @returns {string} + */ + + + jsPDFAPI.arrayBufferToBase64 = function (arrayBuffer) { + var base64 = ''; + var encodings = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/'; + var bytes = new Uint8Array(arrayBuffer); + var byteLength = bytes.byteLength; + var byteRemainder = byteLength % 3; + var mainLength = byteLength - byteRemainder; + var a, b, c, d; + var chunk; // Main loop deals with bytes in chunks of 3 + + for (var i = 0; i < mainLength; i = i + 3) { + // Combine the three bytes into a single integer + chunk = bytes[i] << 16 | bytes[i + 1] << 8 | bytes[i + 2]; // Use bitmasks to extract 6-bit segments from the triplet + + a = (chunk & 16515072) >> 18; // 16515072 = (2^6 - 1) << 18 + + b = (chunk & 258048) >> 12; // 258048 = (2^6 - 1) << 12 + + c = (chunk & 4032) >> 6; // 4032 = (2^6 - 1) << 6 + + d = chunk & 63; // 63 = 2^6 - 1 + // Convert the raw binary segments to the appropriate ASCII encoding + + base64 += encodings[a] + encodings[b] + encodings[c] + encodings[d]; + } // Deal with the remaining bytes and padding + + + if (byteRemainder == 1) { + chunk = bytes[mainLength]; + a = (chunk & 252) >> 2; // 252 = (2^6 - 1) << 2 + // Set the 4 least significant bits to zero + + b = (chunk & 3) << 4; // 3 = 2^2 - 1 + + base64 += encodings[a] + encodings[b] + '=='; + } else if (byteRemainder == 2) { + chunk = bytes[mainLength] << 8 | bytes[mainLength + 1]; + a = (chunk & 64512) >> 10; // 64512 = (2^6 - 1) << 10 + + b = (chunk & 1008) >> 4; // 1008 = (2^6 - 1) << 4 + // Set the 2 least significant bits to zero + + c = (chunk & 15) << 2; // 15 = 2^4 - 1 + + base64 += encodings[a] + encodings[b] + encodings[c] + '='; } + + return base64; + }; + /** + * + * @name createImageInfo + * @param {Object} data + * @param {number} wd width + * @param {number} ht height + * @param {Object} cs colorSpace + * @param {number} bpc bits per channel + * @param {any} f + * @param {number} imageIndex + * @param {string} alias + * @param {any} dp + * @param {any} trns + * @param {any} pal + * @param {any} smask + * @param {any} p + * @public + * @function + * + * @returns {Object} + */ + + + jsPDFAPI.createImageInfo = function (data, wd, ht, cs, bpc, f, imageIndex, alias, dp, trns, pal, smask, p) { + var info = { + alias: alias, + w: wd, + h: ht, + cs: cs, + bpc: bpc, + i: imageIndex, + data: data // n: objectNumber will be added by putImage code + + }; + if (f) info.f = f; + if (dp) info.dp = dp; + if (trns) info.trns = trns; + if (pal) info.pal = pal; + if (smask) info.smask = smask; + if (p) info.p = p; // predictor parameter for PNG compression + + return info; }; - /** - * Adds an Image to the PDF. - * - * @name addImage - * @public - * @function - * @param {string|HTMLImageElement|HTMLCanvasElement|Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement - * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' - * @param {number} x x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width width of the image (in units declared at inception of PDF document) - * @param {number} height height of the Image (in units declared at inception of PDF document) - * @param {string} alias alias of the image (if used multiple times) - * @param {string} compression compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' - * @param {number} rotation rotation of the image in degrees (0-359) - * - * @returns jsPDF + /** + * Adds an Image to the PDF. + * + * @name addImage + * @public + * @function + * @param {string/Image-Element/Canvas-Element/Uint8Array} imageData imageData as base64 encoded DataUrl or Image-HTMLElement or Canvas-HTMLElement + * @param {string} format format of file if filetype-recognition fails, e.g. 'JPEG' + * @param {number} x x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width width of the image (in units declared at inception of PDF document) + * @param {number} height height of the Image (in units declared at inception of PDF document) + * @param {string} alias alias of the image (if used multiple times) + * @param {string} compression compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' + * @param {number} rotation rotation of the image in degrees (0-359) + * + * @returns jsPDF */ jsPDFAPI.addImage = function (imageData, format, x, y, w, h, alias, compression, rotation) { - // backwards compatibility + + var tmpImageData = ''; + if (typeof format !== 'string') { var tmp = h; h = w; @@ -8648,245 +7214,388 @@ var jsPDF = function (global) { if (_typeof(imageData) === 'object' && !isDOMElement(imageData) && "imageData" in imageData) { var options = imageData; imageData = options.imageData; - format = options.format || format || UNKNOWN; + format = options.format || format || 'UNKNOWN'; x = options.x || x || 0; y = options.y || y || 0; - w = options.w || options.width || w; - h = options.h || options.height || h; + w = options.w || w; + h = options.h || h; alias = options.alias || alias; compression = options.compression || compression; rotation = options.rotation || options.angle || rotation; } //If compression is not explicitly set, determine if we should use compression - var filter = this.internal.getFilters(); + var filters = this.internal.getFilters(); - if (compression === undefined && filter.indexOf('FlateEncode') !== -1) { + if (compression === undefined && filters.indexOf('FlateEncode') !== -1) { compression = 'SLOW'; } + if (typeof imageData === "string") { + imageData = unescape(imageData); + } + if (isNaN(x) || isNaN(y)) { + console.error('jsPDF.addImage: Invalid coordinates', arguments); throw new Error('Invalid coordinates passed to jsPDF.addImage'); } - initialize.call(this); - var image = processImageData.call(this, imageData, format, alias, compression); - writeImageToPDF.call(this, x, y, w, h, image, rotation); - return this; - }; - - var processImageData = function processImageData(imageData, format, alias, compression) { - var result, dataAsBinaryString; + var images = getImages.call(this), + info, + dataAsBinaryString; - if (typeof imageData === "string" && getImageFileTypeByImageData(imageData) === UNKNOWN) { - imageData = unescape(imageData); - } + if (!(info = checkImagesForAlias(imageData, images))) { + if (isDOMElement(imageData)) imageData = createDataURIFromElement(imageData, format); + if (notDefined(alias)) alias = generateAliasFromImageData(imageData); - if (typeof imageData === 'string') { - var tmpImageData = convertBase64ToBinaryString(imageData, false); + if (!(info = checkImagesForAlias(alias, images))) { + if (this.isString(imageData)) { + tmpImageData = this.convertStringToImageData(imageData); - if (tmpImageData !== '') { - imageData = tmpImageData; - } else { - tmpImageData = jsPDFAPI.loadFile(imageData, true); + if (tmpImageData !== '') { + imageData = tmpImageData; + } else { + tmpImageData = jsPDFAPI.loadFile(imageData); - if (tmpImageData !== undefined) { - imageData = tmpImageData; + if (tmpImageData !== undefined) { + imageData = tmpImageData; + } + } } - } - } - - if (isDOMElement(imageData)) { - imageData = getImageDataFromElement(imageData); - } - - format = getImageFileTypeByImageData(imageData, format); - - if (!isImageTypeSupported(format)) { - throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); - } // now do the heavy lifting + format = this.getImageFileTypeByImageData(imageData, format); + if (!isImageTypeSupported(format)) throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); + /** + * need to test if it's more efficient to convert all binary strings + * to TypedArray - or should we just leave and process as string? + */ - if (notDefined(alias)) { - alias = generateAliasFromImageData(imageData); - } + if (this.supportsArrayBuffer()) { + // no need to convert if imageData is already uint8array + if (!(imageData instanceof Uint8Array)) { + dataAsBinaryString = imageData; + imageData = this.binaryStringToUint8Array(imageData); + } + } - result = checkImagesForAlias.call(this, alias); + info = this['process' + format.toUpperCase()](imageData, getImageIndex(images), alias, checkCompressValue(compression), dataAsBinaryString); - if (!result) { - if (supportsArrayBuffer()) { - // no need to convert if imageData is already uint8array - if (!(imageData instanceof Uint8Array)) { - dataAsBinaryString = imageData; - imageData = binaryStringToUint8Array(imageData); + if (!info) { + throw new Error('An unknown error occurred whilst processing the image'); } } - - result = this['process' + format.toUpperCase()](imageData, getImageIndex.call(this), alias, checkCompressValue(compression), dataAsBinaryString); - } - - if (!result) { - throw new Error('An unknown error occurred whilst processing the image.'); } - return result; + writeImageToPDF.call(this, x, y, w, h, info, info.i, images, rotation); + return this; }; - /** - * @name convertBase64ToBinaryString - * @function - * @param {string} stringData - * @returns {string} binary string + /** + * @name convertStringToImageData + * @function + * @param {string} stringData + * @returns {string} binary data */ - var convertBase64ToBinaryString = jsPDFAPI.__addimage__.convertBase64ToBinaryString = function (stringData, throwError) { - throwError = typeof throwError === "boolean" ? throwError : true; + jsPDFAPI.convertStringToImageData = function (stringData) { var base64Info; var imageData = ''; var rawData; - if (typeof stringData === 'string') { - base64Info = extractImageFromDataUrl(stringData); + if (this.isString(stringData)) { + var base64Info = this.extractImageFromDataUrl(stringData); rawData = base64Info !== null ? base64Info.data : stringData; try { imageData = atob(rawData); } catch (e) { - if (throwError) { - if (!validateStringAsBase64(rawData)) { - throw new Error('Supplied Data is not a valid base64-String jsPDF.convertBase64ToBinaryString '); - } else { - throw new Error('atob-Error in jsPDF.convertBase64ToBinaryString ' + e.message); - } + if (!jsPDFAPI.validateStringAsBase64(rawData)) { + throw new Error('Supplied Data is not a valid base64-String jsPDF.convertStringToImageData '); + } else { + throw new Error('atob-Error in jsPDF.convertStringToImageData ' + e.message); } } } return imageData; }; - /** - * @name getImageProperties - * @function - * @param {Object} imageData - * @returns {Object} - */ + /** + * JPEG SUPPORT + **/ + //takes a string imgData containing the raw bytes of + //a jpeg image and returns [width, height] + //Algorithm from: http://www.64lines.com/jpeg-width-height - jsPDFAPI.getImageProperties = function (imageData) { - var image; - var tmpImageData = ''; - var format; + var getJpegSize = function getJpegSize(imgData) { - if (isDOMElement(imageData)) { - imageData = getImageDataFromElement(imageData); - } + var width, height, numcomponents; // Verify we have a valid jpeg header 0xff,0xd8,0xff,0xe0,?,?,'J','F','I','F',0x00 - if (typeof imageData === "string" && getImageFileTypeByImageData(imageData) === UNKNOWN) { - tmpImageData = convertBase64ToBinaryString(imageData, false); + if (getImageFileTypeByImageData(imgData) !== 'JPEG') { + throw new Error('getJpegSize requires a binary string jpeg file'); + } - if (tmpImageData === '') { - tmpImageData = jsPDFAPI.loadFile(imageData) || ''; - } + var blockLength = imgData.charCodeAt(4) * 256 + imgData.charCodeAt(5); + var i = 4, + len = imgData.length; - imageData = tmpImageData; - } + while (i < len) { + i += blockLength; - format = getImageFileTypeByImageData(imageData); + if (imgData.charCodeAt(i) !== 0xff) { + throw new Error('getJpegSize could not find the size of the image'); + } - if (!isImageTypeSupported(format)) { - throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); + if (imgData.charCodeAt(i + 1) === 0xc0 || //(SOF) Huffman - Baseline DCT + imgData.charCodeAt(i + 1) === 0xc1 || //(SOF) Huffman - Extended sequential DCT + imgData.charCodeAt(i + 1) === 0xc2 || // Progressive DCT (SOF2) + imgData.charCodeAt(i + 1) === 0xc3 || // Spatial (sequential) lossless (SOF3) + imgData.charCodeAt(i + 1) === 0xc4 || // Differential sequential DCT (SOF5) + imgData.charCodeAt(i + 1) === 0xc5 || // Differential progressive DCT (SOF6) + imgData.charCodeAt(i + 1) === 0xc6 || // Differential spatial (SOF7) + imgData.charCodeAt(i + 1) === 0xc7) { + height = imgData.charCodeAt(i + 5) * 256 + imgData.charCodeAt(i + 6); + width = imgData.charCodeAt(i + 7) * 256 + imgData.charCodeAt(i + 8); + numcomponents = imgData.charCodeAt(i + 9); + return [width, height, numcomponents]; + } else { + i += 2; + blockLength = imgData.charCodeAt(i) * 256 + imgData.charCodeAt(i + 1); + } } + }, + getJpegSizeFromBytes = function getJpegSizeFromBytes(data) { + var hdr = data[0] << 8 | data[1]; + if (hdr !== 0xFFD8) throw new Error('Supplied data is not a JPEG'); + var len = data.length, + block = (data[4] << 8) + data[5], + pos = 4, + bytes, + width, + height, + numcomponents; - if (supportsArrayBuffer() && !(imageData instanceof Uint8Array)) { - imageData = binaryStringToUint8Array(imageData); - } + while (pos < len) { + pos += block; + bytes = readBytes(data, pos); + block = (bytes[2] << 8) + bytes[3]; - image = this['process' + format.toUpperCase()](imageData); + if ((bytes[1] === 0xC0 || bytes[1] === 0xC2) && bytes[0] === 0xFF && block > 7) { + bytes = readBytes(data, pos + 5); + width = (bytes[2] << 8) + bytes[3]; + height = (bytes[0] << 8) + bytes[1]; + numcomponents = bytes[4]; + return { + width: width, + height: height, + numcomponents: numcomponents + }; + } - if (!image) { - throw new Error('An unknown error occurred whilst processing the image'); + pos += 2; } - image.fileType = format; - return image; + throw new Error('getJpegSizeFromBytes could not find the size of the image'); + }, + readBytes = function readBytes(data, offset) { + return data.subarray(offset, offset + 5); }; -})(jsPDF.API); + /** + * @ignore + */ -/* global jsPDF */ -/** - * @license - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license - */ + jsPDFAPI.processJPEG = function (data, index, alias, compression, dataAsBinaryString, colorSpace) { -/** - * jsPDF Annotations PlugIn - * - * There are many types of annotations in a PDF document. Annotations are placed - * on a page at a particular location. They are not 'attached' to an object. - *
    - * This plugin current supports
    - *
  • Goto Page (set pageNumber and top in options) - *
  • Goto Name (set name and top in options) - *
  • Goto URL (set url in options) - *

    - * The destination magnification factor can also be specified when goto is a page number or a named destination. (see documentation below) - * (set magFactor in options). XYZ is the default. - *

    - *

    - * Links, Text, Popup, and FreeText are supported. - *

    - *

    - * Options In PDF spec Not Implemented Yet - *

  • link border - *
  • named target - *
  • page coordinates - *
  • destination page scaling and layout - *
  • actions other than URL and GotoPage - *
  • background / hover actions - *

    - * @name annotations - * @module - */ + var filter = this.decode.DCT_DECODE, + bpc = 8, + dims; -/* - Destination Magnification Factors - See PDF 1.3 Page 386 for meanings and options - - [supported] - XYZ (options; left top zoom) - Fit (no options) - FitH (options: top) - FitV (options: left) - - [not supported] - FitR - FitB - FitBH - FitBV - */ -(function (jsPDFAPI) { + if (!this.isString(data) && !this.isArrayBuffer(data) && !this.isArrayBufferView(data)) { + return null; + } - var notEmpty = function notEmpty(obj) { - if (typeof obj != 'undefined') { - if (obj != '') { - return true; + if (this.isString(data)) { + dims = getJpegSize(data); + } + + if (this.isArrayBuffer(data)) { + data = new Uint8Array(data); + } + + if (this.isArrayBufferView(data)) { + dims = getJpegSizeFromBytes(data); // if we already have a stored binary string rep use that + + data = dataAsBinaryString || this.arrayBufferToBinaryString(data); + } + + if (colorSpace === undefined) { + switch (dims.numcomponents) { + case 1: + colorSpace = this.color_spaces.DEVICE_GRAY; + break; + + case 4: + colorSpace = this.color_spaces.DEVICE_CMYK; + break; + + default: + case 3: + colorSpace = this.color_spaces.DEVICE_RGB; + break; + } + } + + return this.createImageInfo(data, dims.width, dims.height, colorSpace, bpc, filter, index, alias); + }; + /** + * @ignore + */ + + + jsPDFAPI.processJPG = function () + /*data, index, alias, compression, dataAsBinaryString*/ + { + return this.processJPEG.apply(this, arguments); + }; + /** + * @name getImageProperties + * @function + * @param {Object} imageData + * @returns {Object} + */ + + + jsPDFAPI.getImageProperties = function (imageData) { + var info; + var tmpImageData = ''; + var format; + + if (isDOMElement(imageData)) { + imageData = createDataURIFromElement(imageData); + } + + if (this.isString(imageData)) { + tmpImageData = this.convertStringToImageData(imageData); + + if (tmpImageData !== '') { + imageData = tmpImageData; + } else { + tmpImageData = jsPDFAPI.loadFile(imageData); + + if (tmpImageData !== undefined) { + imageData = tmpImageData; + } + } + } + + format = this.getImageFileTypeByImageData(imageData); + + if (!isImageTypeSupported(format)) { + throw new Error('addImage does not support files of type \'' + format + '\', please ensure that a plugin for \'' + format + '\' support is added.'); + } + /** + * need to test if it's more efficient to convert all binary strings + * to TypedArray - or should we just leave and process as string? + */ + + + if (this.supportsArrayBuffer()) { + // no need to convert if imageData is already uint8array + if (!(imageData instanceof Uint8Array)) { + imageData = this.binaryStringToUint8Array(imageData); } } + + info = this['process' + format.toUpperCase()](imageData); + + if (!info) { + throw new Error('An unknown error occurred whilst processing the image'); + } + + return { + fileType: format, + width: info.w, + height: info.h, + colorSpace: info.cs, + compressionMode: info.f, + bitsPerComponent: info.bpc + }; }; +})(jsPDF.API); + +/** + * @license + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license + */ + +/** + * jsPDF Annotations PlugIn + * + * There are many types of annotations in a PDF document. Annotations are placed + * on a page at a particular location. They are not 'attached' to an object. + *
    + * This plugin current supports
    + *
  • Goto Page (set pageNumber and top in options) + *
  • Goto Name (set name and top in options) + *
  • Goto URL (set url in options) + *

    + * The destination magnification factor can also be specified when goto is a page number or a named destination. (see documentation below) + * (set magFactor in options). XYZ is the default. + *

    + *

    + * Links, Text, Popup, and FreeText are supported. + *

    + *

    + * Options In PDF spec Not Implemented Yet + *

  • link border + *
  • named target + *
  • page coordinates + *
  • destination page scaling and layout + *
  • actions other than URL and GotoPage + *
  • background / hover actions + *

    + * @name annotations + * @module + */ + +/* + Destination Magnification Factors + See PDF 1.3 Page 386 for meanings and options + + [supported] + XYZ (options; left top zoom) + Fit (no options) + FitH (options: top) + FitV (options: left) + + [not supported] + FitR + FitB + FitBH + FitBV + */ +(function (jsPDFAPI) { jsPDF.API.events.push(['addPage', function (addPageData) { var pageInfo = this.internal.getPageInfo(addPageData.pageNumber); pageInfo.pageContext.annotations = []; }]); jsPDFAPI.events.push(['putPage', function (putPageData) { - var getHorizontalCoordinateString = this.internal.getCoordinateString; - var getVerticalCoordinateString = this.internal.getVerticalCoordinateString; var pageInfo = this.internal.getPageInfoByObjId(putPageData.objId); var pageAnnos = putPageData.pageContext.annotations; + + var notEmpty = function notEmpty(obj) { + if (typeof obj != 'undefined') { + if (obj != '') { + return true; + } + } + }; + var found = false; for (var a = 0; a < pageAnnos.length && !found; a++) { @@ -8896,10 +7605,9 @@ var jsPDF = function (global) { case 'link': if (notEmpty(anno.options.url) || notEmpty(anno.options.pageNumber)) { found = true; + break; } - break; - case 'reference': case 'text': case 'freetext': @@ -8913,9 +7621,12 @@ var jsPDF = function (global) { } this.internal.write("/Annots ["); + var pageHeight = this.internal.pageSize.height; + var getHorizontalCoordinateString = this.internal.getCoordinateString; + var getVerticalCoordinateString = this.internal.getVerticalCoordinateString; - for (var i = 0; i < pageAnnos.length; i++) { - var anno = pageAnnos[i]; + for (var a = 0; a < pageAnnos.length; a++) { + var anno = pageAnnos[a]; switch (anno.type) { case 'reference': @@ -9019,10 +7730,10 @@ var jsPDF = function (global) { this.internal.write("]"); }]); - /** - * @name createAnnotation - * @function - * @param {Object} options + /** + * @name createAnnotation + * @function + * @param {Object} options */ jsPDFAPI.createAnnotation = function (options) { @@ -9039,19 +7750,19 @@ var jsPDF = function (global) { break; } }; - /** - * Create a link - * - * valid options - *
  • pageNumber or url [required] - *

    If pageNumber is specified, top and zoom may also be specified

    - * @name link - * @function - * @param {number} x - * @param {number} y - * @param {number} w - * @param {number} h - * @param {Object} options + /** + * Create a link + * + * valid options + *
  • pageNumber or url [required] + *

    If pageNumber is specified, top and zoom may also be specified

    + * @name link + * @function + * @param {number} x + * @param {number} y + * @param {number} w + * @param {number} h + * @param {Object} options */ @@ -9066,24 +7777,24 @@ var jsPDF = function (global) { type: 'link' }); }; - /** - * Currently only supports single line text. - * Returns the width of the text/link - * - * @name textWithLink - * @function - * @param {string} text - * @param {number} x - * @param {number} y - * @param {Object} options - * @returns {number} width the width of the text/link + /** + * Currently only supports single line text. + * Returns the width of the text/link + * + * @name textWithLink + * @function + * @param {string} text + * @param {number} x + * @param {number} y + * @param {Object} options + * @returns {number} width the width of the text/link */ jsPDFAPI.textWithLink = function (text, x, y, options) { var width = this.getTextWidth(text); var height = this.internal.getLineHeight() / this.internal.scaleFactor; - this.text(text, x, y, options); //TODO We really need the text baseline height to do this correctly. + this.text(text, x, y); //TODO We really need the text baseline height to do this correctly. // Or ability to draw text on top, bottom, center, or baseline. y += height * .2; @@ -9091,11 +7802,11 @@ var jsPDF = function (global) { return width; }; //TODO move into external library - /** - * @name getTextWidth - * @function - * @param {string} text - * @returns {number} txtWidth + /** + * @name getTextWidth + * @function + * @param {string} text + * @returns {number} txtWidth */ @@ -9108,26 +7819,24 @@ var jsPDF = function (global) { return this; })(jsPDF.API); -/* global jsPDF */ - -/** - * @license - * Copyright (c) 2017 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * @license + * Copyright (c) 2017 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* jsPDF arabic parser PlugIn -* -* @name arabic -* @module +/** +* jsPDF arabic parser PlugIn +* +* @name arabic +* @module */ (function (jsPDFAPI) { - /** - * Arabic shape substitutions: char code => (isolated, final, initial, medial). - * Arabic Substition A + /** + * Arabic shape substitutions: char code => (isolated, final, initial, medial). + * Arabic Substition A */ var arabicSubstitionA = { @@ -9420,6 +8129,7 @@ var jsPDF = function (global) { }; var getCorrectForm = jsPDFAPI.__arabicParser__.getCorrectForm = function (currentChar, beforeChar, nextChar) { + if (!isArabicLetter(currentChar)) { return -1; } @@ -9442,12 +8152,12 @@ var jsPDF = function (global) { return initialForm; }; - /** - * @name processArabic - * @function - * @param {string} text - * @param {boolean} reverse - * @returns {string} + /** + * @name processArabic + * @function + * @param {string} text + * @param {boolean} reverse + * @returns {string} */ @@ -9493,6 +8203,11 @@ var jsPDF = function (global) { var arabicParserFunction = function arabicParserFunction(args) { var text = args.text; + var x = args.x; + var y = args.y; + var options = args.options || {}; + var mutex = args.mutex || {}; + var lang = options.lang; var tmpText = []; if (Object.prototype.toString.call(text) === '[object Array]') { @@ -9516,32 +8231,31 @@ var jsPDF = function (global) { jsPDFAPI.events.push(['preProcessText', arabicParserFunction]); })(jsPDF.API); -/* global jsPDF */ - -/** @license - * jsPDF Autoprint Plugin - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** @license + * jsPDF Autoprint Plugin + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* @name autoprint -* @module +/** +* @name autoprint +* @module */ (function (jsPDFAPI) { - /** - * Makes the PDF automatically open the print-Dialog when opened in a PDF-viewer. - * - * @name autoPrint - * @function - * @param {Object} options (optional) Set the attribute variant to 'non-conform' (default) or 'javascript' to activate different methods of automatic printing when opening in a PDF-viewer . - * @returns {jsPDF} - * @example - * var doc = new jsPDF(); - * doc.text(10, 10, 'This is a test'); - * doc.autoPrint({variant: 'non-conform'}); - * doc.save('autoprint.pdf'); + /** + * Makes the PDF automatically print. This works in Chrome, Firefox, Acrobat + * Reader. + * + * @name autoPrint + * @function + * @param {Object} options (optional) Set the attribute variant to 'non-conform' (default) or 'javascript' to activate different methods of automatic printing when opening in a PDF-viewer . + * @returns {jsPDF} + * @example + * var doc = new jsPDF(); + * doc.text(10, 10, 'This is a test'); + * doc.autoPrint({variant: 'non-conform'}); + * doc.save('autoprint.pdf'); */ jsPDFAPI.autoPrint = function (options) { @@ -9577,28 +8291,26 @@ var jsPDF = function (global) { }; })(jsPDF.API); -/* global jsPDF */ - -/** - * @license - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * @license + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** - * jsPDF Canvas PlugIn - * This plugin mimics the HTML5 Canvas - * - * The goal is to provide a way for current canvas users to print directly to a PDF. - * @name canvas - * @module +/** + * jsPDF Canvas PlugIn + * This plugin mimics the HTML5 Canvas + * + * The goal is to provide a way for current canvas users to print directly to a PDF. + * @name canvas + * @module */ (function (jsPDFAPI) { - /** - * @class Canvas - * @classdesc A Canvas Wrapper for jsPDF + /** + * @class Canvas + * @classdesc A Canvas Wrapper for jsPDF */ var Canvas = function Canvas() { @@ -9612,11 +8324,11 @@ var jsPDF = function (global) { } }); var _width = 150; - /** - * The height property is a positive integer reflecting the height HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 150 is used. - * This is one of the two properties, the other being width, that controls the size of the canvas. - * - * @name width + /** + * The height property is a positive integer reflecting the height HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 150 is used. + * This is one of the two properties, the other being width, that controls the size of the canvas. + * + * @name width */ Object.defineProperty(this, 'width', { @@ -9636,11 +8348,11 @@ var jsPDF = function (global) { } }); var _height = 300; - /** - * The width property is a positive integer reflecting the width HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 300 is used. - * This is one of the two properties, the other being height, that controls the size of the canvas. - * - * @name height + /** + * The width property is a positive integer reflecting the width HTML attribute of the element interpreted in CSS pixels. When the attribute is not specified, or if it is set to an invalid value, like a negative, the default value of 300 is used. + * This is one of the two properties, the other being height, that controls the size of the canvas. + * + * @name height */ Object.defineProperty(this, 'height', { @@ -9677,15 +8389,19 @@ var jsPDF = function (global) { _style = value; } }); - Object.defineProperty(this, 'parentNode', {}); + Object.defineProperty(this, 'parentNode', { + get: function get() { + return false; + } + }); }; - /** - * The getContext() method returns a drawing context on the canvas, or null if the context identifier is not supported. - * - * @name getContext - * @function - * @param {string} contextType Is a String containing the context identifier defining the drawing context associated to the canvas. Possible value is "2d", leading to the creation of a Context2D object representing a two-dimensional rendering context. - * @param {object} contextAttributes + /** + * The getContext() method returns a drawing context on the canvas, or null if the context identifier is not supported. + * + * @name getContext + * @function + * @param {string} contextType Is a String containing the context identifier defining the drawing context associated to the canvas. Possible value is "2d", leading to the creation of a Context2D object representing a two-dimensional rendering context. + * @param {object} contextAttributes */ @@ -9706,11 +8422,11 @@ var jsPDF = function (global) { this.pdf.context2d._canvas = this; return this.pdf.context2d; }; - /** - * The toDataURL() method is just a stub to throw an error if accidently called. - * - * @name toDataURL - * @function + /** + * The toDataURL() method is just a stub to throw an error if accidently called. + * + * @name toDataURL + * @function */ @@ -9725,28 +8441,28 @@ var jsPDF = function (global) { return this; })(jsPDF.API); -/** - * @license - * ==================================================================== - * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com - * 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br - * 2013 Lee Driscoll, https://github.com/lsdriscoll - * 2014 Juan Pablo Gaviria, https://github.com/juanpgaviria - * 2014 James Hall, james@parall.ax - * 2014 Diego Casorran, https://github.com/diegocr - * - * - * ==================================================================== +/** + * @license + * ==================================================================== + * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com + * 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br + * 2013 Lee Driscoll, https://github.com/lsdriscoll + * 2014 Juan Pablo Gaviria, https://github.com/juanpgaviria + * 2014 James Hall, james@parall.ax + * 2014 Diego Casorran, https://github.com/diegocr + * + * + * ==================================================================== */ -/** -* @name cell -* @module +/** +* @name cell +* @module */ (function (jsPDFAPI) { /*jslint browser:true */ - /*global jsPDF */ + /*global document: false, jsPDF */ var padding = 3, margin = 13, @@ -9776,26 +8492,27 @@ var jsPDF = function (global) { top: 0, bottom: 0 }; - /** - * @name setHeaderFunction - * @function - * @param {function} func + /** + * @name setHeaderFunction + * @function + * @param {function} func */ jsPDFAPI.setHeaderFunction = function (func) { headerFunction = func; }; - /** - * @name getTextDimensions - * @function - * @param {string} txt - * @returns {Object} dimensions + /** + * @name getTextDimensions + * @function + * @param {string} txt + * @returns {Object} dimensions */ jsPDFAPI.getTextDimensions = function (text, options) { var fontSize = this.table_font_size || this.internal.getFontSize(); + var fontStyle = this.internal.getFont().fontStyle; options = options || {}; var scaleFactor = options.scaleFactor || this.internal.scaleFactor; var width = 0; @@ -9832,9 +8549,9 @@ var jsPDF = function (global) { h: height }; }; - /** - * @name cellAddPage - * @function + /** + * @name cellAddPage + * @function */ @@ -9845,9 +8562,9 @@ var jsPDF = function (global) { pages += 1; }; - /** - * @name cellInitialize - * @function + /** + * @name cellInitialize + * @function */ @@ -9861,17 +8578,17 @@ var jsPDF = function (global) { }; pages = 1; }; - /** - * @name cell - * @function - * @param {number} x - * @param {number} y - * @param {number} w - * @param {number} h - * @param {string} txt - * @param {number} ln lineNumber - * @param {string} align - * @return {jsPDF} jsPDF-instance + /** + * @name cell + * @function + * @param {number} x + * @param {number} y + * @param {number} w + * @param {number} h + * @param {string} txt + * @param {number} ln lineNumber + * @param {string} align + * @return {jsPDF} jsPDF-instance */ @@ -9899,7 +8616,7 @@ var jsPDF = function (global) { y = getLastCellPosition().y + getLastCellPosition().h; - if (pgAdded) { y = margin + 10; } + if (pgAdded) y = margin + 10; } } @@ -9928,14 +8645,14 @@ var jsPDF = function (global) { setLastCellPosition(x, y, w, h, ln); return this; }; - /** - * Return the maximum value from an array - * - * @name arrayMax - * @function - * @param {Array} array - * @param comparisonFn - * @returns {number} + /** + * Return the maximum value from an array + * + * @name arrayMax + * @function + * @param {Array} array + * @param comparisonFn + * @returns {number} */ @@ -9945,31 +8662,35 @@ var jsPDF = function (global) { ln, item; - if (comparisonFn) { - for (i = 0, ln = array.length; i < ln; i += 1) { + for (i = 0, ln = array.length; i < ln; i += 1) { + item = array[i]; + + if (comparisonFn) { if (comparisonFn(max, item) === -1) { max = item; } + } else { + if (item > max) { + max = item; + } } - } else { - max = Math.max.apply(Math, array); } return max; }; - /** - * Create a table from a set of data. - * @name table - * @function - * @param {Integer} [x] : left-position for top-left corner of table - * @param {Integer} [y] top-position for top-left corner of table - * @param {Object[]} [data] As array of objects containing key-value pairs corresponding to a row of data. - * @param {String[]} [headers] Omit or null to auto-generate headers at a performance cost - * @param {Object} [config.printHeaders] True to print column headers at the top of every page - * @param {Object} [config.autoSize] True to dynamically set the column widths to match the widest cell value - * @param {Object} [config.margins] margin values for left, top, bottom, and width - * @param {Object} [config.fontSize] Integer fontSize to use (optional) - * @returns {jsPDF} jsPDF-instance + /** + * Create a table from a set of data. + * @name table + * @function + * @param {Integer} [x] : left-position for top-left corner of table + * @param {Integer} [y] top-position for top-left corner of table + * @param {Object[]} [data] As array of objects containing key-value pairs corresponding to a row of data. + * @param {String[]} [headers] Omit or null to auto-generate headers at a performance cost + * @param {Object} [config.printHeaders] True to print column headers at the top of every page + * @param {Object} [config.autoSize] True to dynamically set the column widths to match the widest cell value + * @param {Object} [config.margins] margin values for left, top, bottom, and width + * @param {Object} [config.fontSize] Integer fontSize to use (optional) + * @returns {jsPDF} jsPDF-instance */ @@ -10023,9 +8744,9 @@ var jsPDF = function (global) { margins = config.margins; } } - /** - * @property {Number} lnMod - * Keep track of the current line number modifier used when creating cells + /** + * @property {Number} lnMod + * Keep track of the current line number modifier used when creating cells */ @@ -10104,6 +8825,7 @@ var jsPDF = function (global) { for (i = 0, ln = data.length; i < ln; i += 1) { + var lineHeight; model = data[i]; lineHeight = this.calculateLineHeight(headerNames, columnWidths, model); @@ -10118,15 +8840,15 @@ var jsPDF = function (global) { this.table_y = y; return this; }; - /** - * Calculate the height for containing the highest column - * - * @name calculateLineHeight - * @function - * @param {String[]} headerNames is the header, used as keys to the data - * @param {Integer[]} columnWidths is size of each column - * @param {Object[]} model is the line of data we want to calculate the height of - * @returns {number} lineHeight + /** + * Calculate the height for containing the highest column + * + * @name calculateLineHeight + * @function + * @param {String[]} headerNames is the header, used as keys to the data + * @param {Integer[]} columnWidths is size of each column + * @param {Object[]} model is the line of data we want to calculate the height of + * @returns {number} lineHeight */ @@ -10138,32 +8860,32 @@ var jsPDF = function (global) { header = headerNames[j]; model[header] = this.splitTextToSize(String(model[header]), columnWidths[header] - padding); var h = this.internal.getLineHeight() * model[header].length + padding; - if (h > lineHeight) { lineHeight = h; } + if (h > lineHeight) lineHeight = h; } return lineHeight; }; - /** - * Store the config for outputting a table header - * - * @name setTableHeaderRow - * @function - * @param {Object[]} config - * An array of cell configs that would define a header row: Each config matches the config used by jsPDFAPI.cell - * except the ln parameter is excluded + /** + * Store the config for outputting a table header + * + * @name setTableHeaderRow + * @function + * @param {Object[]} config + * An array of cell configs that would define a header row: Each config matches the config used by jsPDFAPI.cell + * except the ln parameter is excluded */ jsPDFAPI.setTableHeaderRow = function (config) { this.tableHeaderRow = config; }; - /** - * Output the store header row - * - * @name printHeaderRow - * @function - * @param {number} lineNumber The line number to output the header at - * @param {boolean} new_page + /** + * Output the store header row + * + * @name printHeaderRow + * @function + * @param {number} lineNumber The line number to output the header at + * @param {boolean} new_page */ @@ -10206,25 +8928,21 @@ var jsPDF = function (global) { }; })(jsPDF.API); -/* eslint-disable no-console */ - -/* global jsPDF, RGBColor */ - -/** - * jsPDF Context2D PlugIn Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. http://opensource.org/licenses/mit-license +/** + * jsPDF Context2D PlugIn Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. http://opensource.org/licenses/mit-license */ -/** -* This plugin mimics the HTML5 CanvasRenderingContext2D. -* -* The goal is to provide a way for current canvas implementations to print directly to a PDF. -* -* @name context2d -* @module +/** +* This plugin mimics the HTML5 CanvasRenderingContext2D. +* +* The goal is to provide a way for current canvas implementations to print directly to a PDF. +* +* @name context2d +* @module */ -(function (jsPDFAPI) { +(function (jsPDFAPI, globalObj) { var ContextLayer = function ContextLayer(ctx) { ctx = ctx || {}; @@ -10253,19 +8971,15 @@ var jsPDF = function (global) { }; //stub - var f2, getHorizontalCoordinateString, getVerticalCoordinateString, getHorizontalCoordinate, getVerticalCoordinate, Point, Rectangle, Matrix, _ctx; - + var f2, f3, getHorizontalCoordinateString, getVerticalCoordinateString, getHorizontalCoordinate, getVerticalCoordinate; jsPDFAPI.events.push(['initialized', function () { this.context2d = new Context2D(this); f2 = this.internal.f2; + f3 = this.internal.f3; getHorizontalCoordinateString = this.internal.getCoordinateString; getVerticalCoordinateString = this.internal.getVerticalCoordinateString; getHorizontalCoordinate = this.internal.getHorizontalCoordinate; getVerticalCoordinate = this.internal.getVerticalCoordinate; - Point = this.internal.Point; - Rectangle = this.internal.Rectangle; - Matrix = this.internal.Matrix; - _ctx = new ContextLayer(); }]); var Context2D = function Context2D(pdf) { @@ -10277,17 +8991,16 @@ var jsPDF = function (global) { }; } }); - var _pdf = pdf; Object.defineProperty(this, 'pdf', { get: function get() { - return _pdf; + return pdf; } }); var _pageWrapXEnabled = false; - /** - * @name pageWrapXEnabled - * @type {boolean} - * @default false + /** + * @name pageWrapXEnabled + * @type {boolean} + * @default false */ Object.defineProperty(this, 'pageWrapXEnabled', { @@ -10299,10 +9012,10 @@ var jsPDF = function (global) { } }); var _pageWrapYEnabled = false; - /** - * @name pageWrapYEnabled - * @type {boolean} - * @default true + /** + * @name pageWrapYEnabled + * @type {boolean} + * @default true */ Object.defineProperty(this, 'pageWrapYEnabled', { @@ -10314,10 +9027,10 @@ var jsPDF = function (global) { } }); var _posX = 0; - /** - * @name posX - * @type {number} - * @default 0 + /** + * @name posX + * @type {number} + * @default 0 */ Object.defineProperty(this, 'posX', { @@ -10331,10 +9044,10 @@ var jsPDF = function (global) { } }); var _posY = 0; - /** - * @name posY - * @type {number} - * @default 0 + /** + * @name posY + * @type {number} + * @default 0 */ Object.defineProperty(this, 'posY', { @@ -10348,10 +9061,10 @@ var jsPDF = function (global) { } }); var _autoPaging = false; - /** - * @name autoPaging - * @type {boolean} - * @default true + /** + * @name autoPaging + * @type {boolean} + * @default true */ Object.defineProperty(this, 'autoPaging', { @@ -10363,10 +9076,10 @@ var jsPDF = function (global) { } }); var lastBreak = 0; - /** - * @name lastBreak - * @type {number} - * @default 0 + /** + * @name lastBreak + * @type {number} + * @default 0 */ Object.defineProperty(this, 'lastBreak', { @@ -10378,11 +9091,11 @@ var jsPDF = function (global) { } }); var pageBreaks = []; - /** - * Y Position of page breaks. - * @name pageBreaks - * @type {number} - * @default 0 + /** + * Y Position of page breaks. + * @name pageBreaks + * @type {number} + * @default 0 */ Object.defineProperty(this, 'pageBreaks', { @@ -10393,12 +9106,15 @@ var jsPDF = function (global) { pageBreaks = value; } }); - /** - * @name ctx - * @type {object} - * @default {} + + var _ctx = new ContextLayer(); + /** + * @name ctx + * @type {object} + * @default {} */ + Object.defineProperty(this, 'ctx', { get: function get() { return _ctx; @@ -10409,10 +9125,10 @@ var jsPDF = function (global) { } } }); - /** - * @name path - * @type {array} - * @default [] + /** + * @name path + * @type {array} + * @default [] */ Object.defineProperty(this, 'path', { @@ -10423,10 +9139,10 @@ var jsPDF = function (global) { _ctx.path = value; } }); - /** - * @name ctxStack - * @type {array} - * @default [] + /** + * @name ctxStack + * @type {array} + * @default [] */ var _ctxStack = []; @@ -10438,14 +9154,14 @@ var jsPDF = function (global) { _ctxStack = value; } }); - /** - * Sets or returns the color, gradient, or pattern used to fill the drawing - * - * @name fillStyle - * @default #000000 - * @property {(color|gradient|pattern)} value The color of the drawing. Default value is #000000
    - * A gradient object (linear or radial) used to fill the drawing (not supported by context2d)
    - * A pattern object to use to fill the drawing (not supported by context2d) + /** + * Sets or returns the color, gradient, or pattern used to fill the drawing + * + * @name fillStyle + * @default #000000 + * @property {(color|gradient|pattern)} value The color of the drawing. Default value is #000000
    + * A gradient object (linear or radial) used to fill the drawing (not supported by context2d)
    + * A pattern object to use to fill the drawing (not supported by context2d) */ Object.defineProperty(this, 'fillStyle', { @@ -10466,14 +9182,14 @@ var jsPDF = function (global) { }); } }); - /** - * Sets or returns the color, gradient, or pattern used for strokes - * - * @name strokeStyle - * @default #000000 - * @property {color} color A CSS color value that indicates the stroke color of the drawing. Default value is #000000 (not supported by context2d) - * @property {gradient} gradient A gradient object (linear or radial) used to create a gradient stroke (not supported by context2d) - * @property {pattern} pattern A pattern object used to create a pattern stroke (not supported by context2d) + /** + * Sets or returns the color, gradient, or pattern used for strokes + * + * @name strokeStyle + * @default #000000 + * @property {color} color A CSS color value that indicates the stroke color of the drawing. Default value is #000000 (not supported by context2d) + * @property {gradient} gradient A gradient object (linear or radial) used to create a gradient stroke (not supported by context2d) + * @property {pattern} pattern A pattern object used to create a pattern stroke (not supported by context2d) */ Object.defineProperty(this, 'strokeStyle', { @@ -10495,14 +9211,14 @@ var jsPDF = function (global) { } } }); - /** - * Sets or returns the style of the end caps for a line - * - * @name lineCap - * @default butt - * @property {(butt|round|square)} lineCap butt A flat edge is added to each end of the line
    - * round A rounded end cap is added to each end of the line
    - * square A square end cap is added to each end of the line
    + /** + * Sets or returns the style of the end caps for a line + * + * @name lineCap + * @default butt + * @property {(butt|round|square)} lineCap butt A flat edge is added to each end of the line
    + * round A rounded end cap is added to each end of the line
    + * square A square end cap is added to each end of the line
    */ Object.defineProperty(this, 'lineCap', { @@ -10516,12 +9232,12 @@ var jsPDF = function (global) { } } }); - /** - * Sets or returns the current line width - * - * @name lineWidth - * @default 1 - * @property {number} lineWidth The current line width, in pixels + /** + * Sets or returns the current line width + * + * @name lineWidth + * @default 1 + * @property {number} lineWidth The current line width, in pixels */ Object.defineProperty(this, 'lineWidth', { @@ -10535,8 +9251,8 @@ var jsPDF = function (global) { } } }); - /** - * Sets or returns the type of corner created, when two lines meet + /** + * Sets or returns the type of corner created, when two lines meet */ Object.defineProperty(this, 'lineJoin', { @@ -10550,11 +9266,11 @@ var jsPDF = function (global) { } } }); - /** - * A number specifying the miter limit ratio in coordinate space units. Zero, negative, Infinity, and NaN values are ignored. The default value is 10.0. - * - * @name miterLimit - * @default 10 + /** + * A number specifying the miter limit ratio in coordinate space units. Zero, negative, Infinity, and NaN values are ignored. The default value is 10.0. + * + * @name miterLimit + * @default 10 */ Object.defineProperty(this, 'miterLimit', { @@ -10593,7 +9309,6 @@ var jsPDF = function (global) { set: function set(value) { this.ctx.font = value; var rx, matches; //source: https://stackoverflow.com/a/10136041 - // eslint-disable-next-line no-useless-escape rx = /^\s*(?=(?:(?:[-a-z]+\s*){0,2}(italic|oblique))?)(?=(?:(?:[-a-z]+\s*){0,2}(small-caps))?)(?=(?:(?:[-a-z]+\s*){0,2}(bold(?:er)?|lighter|[1-9]00))?)(?:(?:normal|\1|\2|\3)\s*){0,3}((?:xx?-)?(?:small|large)|medium|smaller|larger|[.\d]+(?:\%|in|[cem]m|ex|p[ctx]))(?:\s*\/\s*(normal|[.\d]+(?:\%|in|[cem]m|ex|p[ctx])))?\s*([-_,\"\'\sa-z]+?)\s*$/i; matches = rx.exec(value); @@ -10673,9 +9388,9 @@ var jsPDF = function (global) { } if (jsPdfFontName === '') { - for (var j = 0; j < parts.length; j++) { - if (fallbackFonts[parts[j]]) { - jsPdfFontName = fallbackFonts[parts[j]]; + for (var i = 0; i < parts.length; i++) { + if (fallbackFonts[parts[i]]) { + jsPdfFontName = fallbackFonts[parts[i]]; break; } } @@ -10715,24 +9430,24 @@ var jsPDF = function (global) { Context2D.prototype.fill = function () { pathPreProcess.call(this, 'fill', false); }; - /** - * Actually draws the path you have defined - * - * @name stroke - * @function - * @description The stroke() method actually draws the path you have defined with all those moveTo() and lineTo() methods. The default color is black. + /** + * Actually draws the path you have defined + * + * @name stroke + * @function + * @description The stroke() method actually draws the path you have defined with all those moveTo() and lineTo() methods. The default color is black. */ Context2D.prototype.stroke = function () { pathPreProcess.call(this, 'stroke', false); }; - /** - * Begins a path, or resets the current - * - * @name beginPath - * @function - * @description The beginPath() method begins a path, or resets the current path. + /** + * Begins a path, or resets the current + * + * @name beginPath + * @function + * @description The beginPath() method begins a path, or resets the current path. */ @@ -10741,13 +9456,13 @@ var jsPDF = function (global) { type: 'begin' }]; }; - /** - * Moves the path to the specified point in the canvas, without creating a line - * - * @name moveTo - * @function - * @param x {Number} The x-coordinate of where to move the path to - * @param y {Number} The y-coordinate of where to move the path to + /** + * Moves the path to the specified point in the canvas, without creating a line + * + * @name moveTo + * @function + * @param x {Number} The x-coordinate of where to move the path to + * @param y {Number} The y-coordinate of where to move the path to */ @@ -10765,12 +9480,12 @@ var jsPDF = function (global) { }); this.ctx.lastPoint = new Point(x, y); }; - /** - * Creates a path from the current point back to the starting point - * - * @name closePath - * @function - * @description The closePath() method creates a path from the current point back to the starting point. + /** + * Creates a path from the current point back to the starting point + * + * @name closePath + * @function + * @description The closePath() method creates a path from the current point back to the starting point. */ @@ -10801,14 +9516,14 @@ var jsPDF = function (global) { }); this.ctx.lastPoint = new Point(pathBegin.x, pathBegin.y); }; - /** - * Adds a new point and creates a line to that point from the last specified point in the canvas - * - * @name lineTo - * @function - * @param x The x-coordinate of where to create the line to - * @param y The y-coordinate of where to create the line to - * @description The lineTo() method adds a new point and creates a line TO that point FROM the last specified point in the canvas (this method does not draw the line). + /** + * Adds a new point and creates a line to that point from the last specified point in the canvas + * + * @name lineTo + * @function + * @param x The x-coordinate of where to create the line to + * @param y The y-coordinate of where to create the line to + * @description The lineTo() method adds a new point and creates a line TO that point FROM the last specified point in the canvas (this method does not draw the line). */ @@ -10826,12 +9541,12 @@ var jsPDF = function (global) { }); this.ctx.lastPoint = new Point(pt.x, pt.y); }; - /** - * Clips a region of any shape and size from the original canvas - * - * @name clip - * @function - * @description The clip() method clips a region of any shape and size from the original canvas. + /** + * Clips a region of any shape and size from the original canvas + * + * @name clip + * @function + * @description The clip() method clips a region of any shape and size from the original canvas. */ @@ -10839,16 +9554,16 @@ var jsPDF = function (global) { this.ctx.clip_path = JSON.parse(JSON.stringify(this.path)); pathPreProcess.call(this, null, true); }; - /** - * Creates a cubic Bézier curve - * - * @name quadraticCurveTo - * @function - * @param cpx {Number} The x-coordinate of the Bézier control point - * @param cpy {Number} The y-coordinate of the Bézier control point - * @param x {Number} The x-coordinate of the ending point - * @param y {Number} The y-coordinate of the ending point - * @description The quadraticCurveTo() method adds a point to the current path by using the specified control points that represent a quadratic Bézier curve.

    A quadratic Bézier curve requires two points. The first point is a control point that is used in the quadratic Bézier calculation and the second point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. + /** + * Creates a cubic Bézier curve + * + * @name quadraticCurveTo + * @function + * @param cpx {Number} The x-coordinate of the Bézier control point + * @param cpy {Number} The y-coordinate of the Bézier control point + * @param x {Number} The x-coordinate of the ending point + * @param y {Number} The y-coordinate of the ending point + * @description The quadraticCurveTo() method adds a point to the current path by using the specified control points that represent a quadratic Bézier curve.

    A quadratic Bézier curve requires two points. The first point is a control point that is used in the quadratic Bézier calculation and the second point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. */ @@ -10869,18 +9584,18 @@ var jsPDF = function (global) { }); this.ctx.lastPoint = new Point(pt0.x, pt0.y); }; - /** - * Creates a cubic Bézier curve - * - * @name bezierCurveTo - * @function - * @param cp1x {Number} The x-coordinate of the first Bézier control point - * @param cp1y {Number} The y-coordinate of the first Bézier control point - * @param cp2x {Number} The x-coordinate of the second Bézier control point - * @param cp2y {Number} The y-coordinate of the second Bézier control point - * @param x {Number} The x-coordinate of the ending point - * @param y {Number} The y-coordinate of the ending point - * @description The bezierCurveTo() method adds a point to the current path by using the specified control points that represent a cubic Bézier curve.

    A cubic bezier curve requires three points. The first two points are control points that are used in the cubic Bézier calculation and the last point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. + /** + * Creates a cubic Bézier curve + * + * @name bezierCurveTo + * @function + * @param cp1x {Number} The x-coordinate of the first Bézier control point + * @param cp1y {Number} The y-coordinate of the first Bézier control point + * @param cp2x {Number} The x-coordinate of the second Bézier control point + * @param cp2y {Number} The y-coordinate of the second Bézier control point + * @param x {Number} The x-coordinate of the ending point + * @param y {Number} The y-coordinate of the ending point + * @description The bezierCurveTo() method adds a point to the current path by using the specified control points that represent a cubic Bézier curve.

    A cubic bezier curve requires three points. The first two points are control points that are used in the cubic Bézier calculation and the last point is the ending point for the curve. The starting point for the curve is the last point in the current path. If a path does not exist, use the beginPath() and moveTo() methods to define a starting point. */ @@ -10904,18 +9619,18 @@ var jsPDF = function (global) { }); this.ctx.lastPoint = new Point(pt0.x, pt0.y); }; - /** - * Creates an arc/curve (used to create circles, or parts of circles) - * - * @name arc - * @function - * @param x {Number} The x-coordinate of the center of the circle - * @param y {Number} The y-coordinate of the center of the circle - * @param radius {Number} The radius of the circle - * @param startAngle {Number} The starting angle, in radians (0 is at the 3 o'clock position of the arc's circle) - * @param endAngle {Number} The ending angle, in radians - * @param counterclockwise {Boolean} Optional. Specifies whether the drawing should be counterclockwise or clockwise. False is default, and indicates clockwise, while true indicates counter-clockwise. - * @description The arc() method creates an arc/curve (used to create circles, or parts of circles). + /** + * Creates an arc/curve (used to create circles, or parts of circles) + * + * @name arc + * @function + * @param x {Number} The x-coordinate of the center of the circle + * @param y {Number} The y-coordinate of the center of the circle + * @param radius {Number} The radius of the circle + * @param startAngle {Number} The starting angle, in radians (0 is at the 3 o'clock position of the arc's circle) + * @param endAngle {Number} The ending angle, in radians + * @param counterclockwise {Boolean} Optional. Specifies whether the drawing should be counterclockwise or clockwise. False is default, and indicates clockwise, while true indicates counter-clockwise. + * @description The arc() method creates an arc/curve (used to create circles, or parts of circles). */ @@ -10951,34 +9666,33 @@ var jsPDF = function (global) { counterclockwise: counterclockwise }); // this.ctx.lastPoint(new Point(pt.x,pt.y)); }; - /** - * Creates an arc/curve between two tangents - * - * @name arcTo - * @function - * @param x1 {Number} The x-coordinate of the first tangent - * @param y1 {Number} The y-coordinate of the first tangent - * @param x2 {Number} The x-coordinate of the second tangent - * @param y2 {Number} The y-coordinate of the second tangent - * @param radius The radius of the arc - * @description The arcTo() method creates an arc/curve between two tangents on the canvas. + /** + * Creates an arc/curve between two tangents + * + * @name arcTo + * @function + * @param x1 {Number} The x-coordinate of the first tangent + * @param y1 {Number} The y-coordinate of the first tangent + * @param x2 {Number} The x-coordinate of the second tangent + * @param y2 {Number} The y-coordinate of the second tangent + * @param radius The radius of the arc + * @description The arcTo() method creates an arc/curve between two tangents on the canvas. */ - // eslint-disable-next-line no-unused-vars Context2D.prototype.arcTo = function (x1, y1, x2, y2, radius) { throw new Error('arcTo not implemented.'); }; - /** - * Creates a rectangle - * - * @name rect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle, in pixels - * @param h {Number} The height of the rectangle, in pixels - * @description The rect() method creates a rectangle. + /** + * Creates a rectangle + * + * @name rect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle, in pixels + * @param h {Number} The height of the rectangle, in pixels + * @description The rect() method creates a rectangle. */ @@ -10996,16 +9710,16 @@ var jsPDF = function (global) { this.lineTo(x + w, y); this.lineTo(x, y); }; - /** - * Draws a "filled" rectangle - * - * @name fillRect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle, in pixels - * @param h {Number} The height of the rectangle, in pixels - * @description The fillRect() method draws a "filled" rectangle. The default color of the fill is black. + /** + * Draws a "filled" rectangle + * + * @name fillRect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle, in pixels + * @param h {Number} The height of the rectangle, in pixels + * @description The fillRect() method draws a "filled" rectangle. The default color of the fill is black. */ @@ -11043,16 +9757,16 @@ var jsPDF = function (global) { this.lineJoin = tmp.lineJoin; } }; - /** - * Draws a rectangle (no fill) - * - * @name strokeRect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle, in pixels - * @param h {Number} The height of the rectangle, in pixels - * @description The strokeRect() method draws a rectangle (no fill). The default color of the stroke is black. + /** + * Draws a rectangle (no fill) + * + * @name strokeRect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle, in pixels + * @param h {Number} The height of the rectangle, in pixels + * @description The strokeRect() method draws a rectangle (no fill). The default color of the stroke is black. */ @@ -11070,20 +9784,20 @@ var jsPDF = function (global) { this.rect(x, y, w, h); this.stroke(); }; - /** - * Clears the specified pixels within a given rectangle - * - * @name clearRect - * @function - * @param x {Number} The x-coordinate of the upper-left corner of the rectangle - * @param y {Number} The y-coordinate of the upper-left corner of the rectangle - * @param w {Number} The width of the rectangle to clear, in pixels - * @param h {Number} The height of the rectangle to clear, in pixels - * @description We cannot clear PDF commands that were already written to PDF, so we use white instead.
    - * As a special case, read a special flag (ignoreClearRect) and do nothing if it is set. - * This results in all calls to clearRect() to do nothing, and keep the canvas transparent. - * This flag is stored in the save/restore context and is managed the same way as other drawing states. - * + /** + * Clears the specified pixels within a given rectangle + * + * @name clearRect + * @function + * @param x {Number} The x-coordinate of the upper-left corner of the rectangle + * @param y {Number} The y-coordinate of the upper-left corner of the rectangle + * @param w {Number} The width of the rectangle to clear, in pixels + * @param h {Number} The height of the rectangle to clear, in pixels + * @description We cannot clear PDF commands that were already written to PDF, so we use white instead.
    + * As a special case, read a special flag (ignoreClearRect) and do nothing if it is set. + * This results in all calls to clearRect() to do nothing, and keep the canvas transparent. + * This flag is stored in the save/restore context and is managed the same way as other drawing states. + * */ @@ -11100,11 +9814,11 @@ var jsPDF = function (global) { this.fillStyle = '#ffffff'; this.fillRect(x, y, w, h); }; - /** - * Saves the state of the current context - * - * @name save - * @function + /** + * Saves the state of the current context + * + * @name save + * @function */ @@ -11126,11 +9840,11 @@ var jsPDF = function (global) { this.ctx = ctx; } }; - /** - * Returns previously saved path state and attributes - * - * @name restore - * @function + /** + * Returns previously saved path state and attributes + * + * @name restore + * @function */ @@ -11155,9 +9869,9 @@ var jsPDF = function (global) { this.lineJoin = this.ctx.lineJoin; } }; - /** - * @name toDataURL - * @function + /** + * @name toDataURL + * @function */ @@ -11165,13 +9879,13 @@ var jsPDF = function (global) { throw new Error('toDataUrl not implemented.'); }; //helper functions - /** - * Get the decimal values of r, g, b and a - * - * @name getRGBA - * @function - * @private - * @ignore + /** + * Get the decimal values of r, g, b and a + * + * @name getRGBA + * @function + * @private + * @ignore */ @@ -11257,40 +9971,40 @@ var jsPDF = function (global) { style: style }; }; - /** - * @name isFillTransparent - * @function - * @private - * @ignore - * @returns {Boolean} + /** + * @name isFillTransparent + * @function + * @private + * @ignore + * @returns {Boolean} */ var isFillTransparent = function isFillTransparent() { return this.ctx.isFillTransparent || this.globalAlpha == 0; }; - /** - * @name isStrokeTransparent - * @function - * @private - * @ignore - * @returns {Boolean} + /** + * @name isStrokeTransparent + * @function + * @private + * @ignore + * @returns {Boolean} */ var isStrokeTransparent = function isStrokeTransparent() { return Boolean(this.ctx.isStrokeTransparent || this.globalAlpha == 0); }; - /** - * Draws "filled" text on the canvas - * - * @name fillText - * @function - * @param text {String} Specifies the text that will be written on the canvas - * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) - * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) - * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels - * @description The fillText() method draws filled text on the canvas. The default color of the text is black. + /** + * Draws "filled" text on the canvas + * + * @name fillText + * @function + * @param text {String} Specifies the text that will be written on the canvas + * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) + * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) + * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels + * @description The fillText() method draws filled text on the canvas. The default color of the text is black. */ @@ -11320,16 +10034,16 @@ var jsPDF = function (global) { maxWidth: maxWidth }); }; - /** - * Draws text on the canvas (no fill) - * - * @name strokeText - * @function - * @param text {String} Specifies the text that will be written on the canvas - * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) - * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) - * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels - * @description The strokeText() method draws text (with no fill) on the canvas. The default color of the text is black. + /** + * Draws text on the canvas (no fill) + * + * @name strokeText + * @function + * @param text {String} Specifies the text that will be written on the canvas + * @param x {Number} The x coordinate where to start painting the text (relative to the canvas) + * @param y {Number} The y coordinate where to start painting the text (relative to the canvas) + * @param maxWidth {Number} Optional. The maximum allowed width of the text, in pixels + * @description The strokeText() method draws text (with no fill) on the canvas. The default color of the text is black. */ @@ -11358,14 +10072,14 @@ var jsPDF = function (global) { maxWidth: maxWidth }); }; - /** - * Returns an object that contains the width of the specified text - * - * @name measureText - * @function - * @param text {String} The text to be measured - * @description The measureText() method returns an object that contains the width of the specified text, in pixels. - * @returns {Number} + /** + * Returns an object that contains the width of the specified text + * + * @name measureText + * @function + * @param text {String} The text to be measured + * @description The measureText() method returns an object that contains the width of the specified text, in pixels. + * @returns {Number} */ @@ -11399,14 +10113,14 @@ var jsPDF = function (global) { }); }; //Transformations - /** - * Scales the current drawing bigger or smaller - * - * @name scale - * @function - * @param scalewidth {Number} Scales the width of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) - * @param scaleheight {Number} Scales the height of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) - * @description The scale() method scales the current drawing, bigger or smaller. + /** + * Scales the current drawing bigger or smaller + * + * @name scale + * @function + * @param scalewidth {Number} Scales the width of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) + * @param scaleheight {Number} Scales the height of the current drawing (1=100%, 0.5=50%, 2=200%, etc.) + * @description The scale() method scales the current drawing, bigger or smaller. */ @@ -11419,14 +10133,14 @@ var jsPDF = function (global) { var matrix = new Matrix(scalewidth, 0.0, 0.0, scaleheight, 0.0, 0.0); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Rotates the current drawing - * - * @name rotate - * @function - * @param angle {Number} The rotation angle, in radians. - * @description To calculate from degrees to radians: degrees*Math.PI/180.
    - * Example: to rotate 5 degrees, specify the following: 5*Math.PI/180 + /** + * Rotates the current drawing + * + * @name rotate + * @function + * @param angle {Number} The rotation angle, in radians. + * @description To calculate from degrees to radians: degrees*Math.PI/180.
    + * Example: to rotate 5 degrees, specify the following: 5*Math.PI/180 */ @@ -11439,14 +10153,14 @@ var jsPDF = function (global) { var matrix = new Matrix(Math.cos(angle), Math.sin(angle), -Math.sin(angle), Math.cos(angle), 0.0, 0.0); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Remaps the (0,0) position on the canvas - * - * @name translate - * @function - * @param x {Number} The value to add to horizontal (x) coordinates - * @param y {Number} The value to add to vertical (y) coordinates - * @description The translate() method remaps the (0,0) position on the canvas. + /** + * Remaps the (0,0) position on the canvas + * + * @name translate + * @function + * @param x {Number} The value to add to horizontal (x) coordinates + * @param y {Number} The value to add to vertical (y) coordinates + * @description The translate() method remaps the (0,0) position on the canvas. */ @@ -11459,18 +10173,18 @@ var jsPDF = function (global) { var matrix = new Matrix(1.0, 0.0, 0.0, 1.0, x, y); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Replaces the current transformation matrix for the drawing - * - * @name transform - * @function - * @param a {Number} Horizontal scaling - * @param b {Number} Horizontal skewing - * @param c {Number} Vertical skewing - * @param d {Number} Vertical scaling - * @param e {Number} Horizontal moving - * @param f {Number} Vertical moving - * @description Each object on the canvas has a current transformation matrix.

    The transform() method replaces the current transformation matrix. It multiplies the current transformation matrix with the matrix described by:



    a c e

    b d f

    0 0 1

    In other words, the transform() method lets you scale, rotate, move, and skew the current context. + /** + * Replaces the current transformation matrix for the drawing + * + * @name transform + * @function + * @param a {Number} Horizontal scaling + * @param b {Number} Horizontal skewing + * @param c {Number} Vertical skewing + * @param d {Number} Vertical scaling + * @param e {Number} Horizontal moving + * @param f {Number} Vertical moving + * @description Each object on the canvas has a current transformation matrix.

    The transform() method replaces the current transformation matrix. It multiplies the current transformation matrix with the matrix described by:



    a c e

    b d f

    0 0 1

    In other words, the transform() method lets you scale, rotate, move, and skew the current context. */ @@ -11483,18 +10197,18 @@ var jsPDF = function (global) { var matrix = new Matrix(a, b, c, d, e, f); this.ctx.transform = this.ctx.transform.multiply(matrix); }; - /** - * Resets the current transform to the identity matrix. Then runs transform() - * - * @name setTransform - * @function - * @param a {Number} Horizontal scaling - * @param b {Number} Horizontal skewing - * @param c {Number} Vertical skewing - * @param d {Number} Vertical scaling - * @param e {Number} Horizontal moving - * @param f {Number} Vertical moving - * @description Each object on the canvas has a current transformation matrix.

    The setTransform() method resets the current transform to the identity matrix, and then runs transform() with the same arguments.

    In other words, the setTransform() method lets you scale, rotate, move, and skew the current context. + /** + * Resets the current transform to the identity matrix. Then runs transform() + * + * @name setTransform + * @function + * @param a {Number} Horizontal scaling + * @param b {Number} Horizontal skewing + * @param c {Number} Vertical skewing + * @param d {Number} Vertical scaling + * @param e {Number} Horizontal moving + * @param f {Number} Vertical moving + * @description Each object on the canvas has a current transformation matrix.

    The setTransform() method resets the current transform to the identity matrix, and then runs transform() with the same arguments.

    In other words, the setTransform() method lets you scale, rotate, move, and skew the current context. */ @@ -11507,19 +10221,19 @@ var jsPDF = function (global) { f = isNaN(f) ? 0 : f; this.ctx.transform = new Matrix(a, b, c, d, e, f); }; - /** - * Draws an image, canvas, or video onto the canvas - * - * @function - * @param img {} Specifies the image, canvas, or video element to use - * @param sx {Number} Optional. The x coordinate where to start clipping - * @param sy {Number} Optional. The y coordinate where to start clipping - * @param swidth {Number} Optional. The width of the clipped image - * @param sheight {Number} Optional. The height of the clipped image - * @param x {Number} The x coordinate where to place the image on the canvas - * @param y {Number} The y coordinate where to place the image on the canvas - * @param width {Number} Optional. The width of the image to use (stretch or reduce the image) - * @param height {Number} Optional. The height of the image to use (stretch or reduce the image) + /** + * Draws an image, canvas, or video onto the canvas + * + * @function + * @param img {} Specifies the image, canvas, or video element to use + * @param sx {Number} Optional. The x coordinate where to start clipping + * @param sy {Number} Optional. The y coordinate where to start clipping + * @param swidth {Number} Optional. The width of the clipped image + * @param sheight {Number} Optional. The height of the clipped image + * @param x {Number} The x coordinate where to place the image on the canvas + * @param y {Number} The y coordinate where to place the image on the canvas + * @param width {Number} Optional. The width of the image to use (stretch or reduce the image) + * @param height {Number} Optional. The height of the image to use (stretch or reduce the image) */ @@ -11564,6 +10278,7 @@ var jsPDF = function (global) { matrix = matrix.multiply(decomposedTransformationMatrix.translate); matrix = matrix.multiply(decomposedTransformationMatrix.skew); matrix = matrix.multiply(decomposedTransformationMatrix.scale); + var mP = matrix.applyToPoint(new Point(width, height)); var xRect = matrix.applyToRectangle(new Rectangle(x - sx * clipFactorX, y - sy * clipFactorY, swidth * factorX, sheight * factorY)); var pageArray = getPagesByPath.call(this, xRect); var pages = []; @@ -11594,10 +10309,10 @@ var jsPDF = function (global) { var tmpRect = JSON.parse(JSON.stringify(xRect)); tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; - this.pdf.addImage(img, 'JPEG', tmpRect.x, tmpRect.y, tmpRect.w, tmpRect.h, null, null, angle); + this.pdf.addImage(img, 'jpg', tmpRect.x, tmpRect.y, tmpRect.w, tmpRect.h, null, null, angle); } } else { - this.pdf.addImage(img, 'JPEG', xRect.x, xRect.y, xRect.w, xRect.h, null, null, angle); + this.pdf.addImage(img, 'jpg', xRect.x, xRect.y, xRect.w, xRect.h, null, null, angle); } }; @@ -11749,14 +10464,14 @@ var jsPDF = function (global) { this.path = origPath; }; - /** - * Processes the paths - * - * @function - * @param rule {String} - * @param isClip {Boolean} - * @private - * @ignore + /** + * Processes the paths + * + * @function + * @param rule {String} + * @param isClip {Boolean} + * @private + * @ignore */ @@ -11874,7 +10589,9 @@ var jsPDF = function (global) { if (typeof arc.startAngle !== 'undefined') { var start = rad2deg(arc.startAngle); var end = rad2deg(arc.endAngle); - drawArc.call(this, arc.x, arc.y, arc.radius, start, end, arc.counterclockwise, style, isClip); + var x = arc.x; + var y = arc.y; + drawArc.call(this, x, y, arc.radius, start, end, arc.counterclockwise, style, isClip); } else { drawLine.call(this, arc.x, arc.y); } @@ -11954,20 +10671,21 @@ var jsPDF = function (global) { Context2D.prototype.createRadialGradient = function createRadialGradient() { return this.createLinearGradient(); }; - /** - * - * @param x Edge point X - * @param y Edge point Y - * @param r Radius - * @param a1 start angle - * @param a2 end angle - * @param counterclockwise - * @param style - * @param isClip + /** + * + * @param x Edge point X + * @param y Edge point Y + * @param r Radius + * @param a1 start angle + * @param a2 end angle + * @param counterclockwise + * @param style + * @param isClip */ var drawArc = function drawArc(x, y, r, a1, a2, counterclockwise, style, isClip) { + var k = this.pdf.internal.scaleFactor; var a1r = deg2rad(a1); var a2r = deg2rad(a2); var curves = createArc.call(this, r, a1r, a2r, counterclockwise); @@ -11978,7 +10696,6 @@ var jsPDF = function (global) { if (i === 0) { doMove.call(this, curve.x1 + x, curve.y1 + y); } - drawCurve.call(this, x, y, curve.x2, curve.y2, curve.x3, curve.y3, curve.x4, curve.y4); } @@ -12003,7 +10720,6 @@ var jsPDF = function (global) { var doClip = function doClip() { this.pdf.clip(); - this.pdf.discardPath(); }; var doMove = function doMove(x, y) { @@ -12049,7 +10765,7 @@ var jsPDF = function (global) { } pages.sort(); - var clipPath, oldSize; + var clipPath; if (this.autoPaging === true) { var min = pages[0]; @@ -12070,7 +10786,7 @@ var jsPDF = function (global) { tmpRect = pathPositionRedo([tmpRect], this.posX, -1 * this.pdf.internal.pageSize.height * (i - 1) + this.posY)[0]; if (options.scale >= 0.01) { - oldSize = this.pdf.internal.getFontSize(); + var oldSize = this.pdf.internal.getFontSize(); this.pdf.setFontSize(oldSize * options.scale); } @@ -12087,7 +10803,7 @@ var jsPDF = function (global) { } } else { if (options.scale >= 0.01) { - oldSize = this.pdf.internal.getFontSize(); + var oldSize = this.pdf.internal.getFontSize(); this.pdf.setFontSize(oldSize * options.scale); } @@ -12117,11 +10833,11 @@ var jsPDF = function (global) { var drawCurve = function drawCurve(x, y, x1, y1, x2, y2, x3, y3) { this.pdf.internal.out([f2(getHorizontalCoordinate(x1 + x)), f2(getVerticalCoordinate(y1 + y)), f2(getHorizontalCoordinate(x2 + x)), f2(getVerticalCoordinate(y2 + y)), f2(getHorizontalCoordinate(x3 + x)), f2(getVerticalCoordinate(y3 + y)), 'c'].join(' ')); }; - /** - * Return a array of objects that represent bezier curves which approximate the circular arc centered at the origin, from startAngle to endAngle (radians) with the specified radius. - * - * Each bezier curve is an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. - * @function createArc + /** + * Return a array of objects that represent bezier curves which approximate the circular arc centered at the origin, from startAngle to endAngle (radians) with the specified radius. + * + * Each bezier curve is an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. + * @function createArc */ @@ -12157,12 +10873,12 @@ var jsPDF = function (global) { return curves; }; - /** - * Cubic bezier approximation of a circular arc centered at the origin, from (radians) a1 to a2, where a2-a1 < pi/2. The arc's radius is r. - * - * Returns an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. - * - * This algorithm is based on the approach described in: A. Riškus, "Approximation of a Cubic Bezier Curve by Circular Arcs and Vice Versa," Information Technology and Control, 35(4), 2006 pp. 371-378. + /** + * Cubic bezier approximation of a circular arc centered at the origin, from (radians) a1 to a2, where a2-a1 < pi/2. The arc's radius is r. + * + * Returns an object with four points, where x1,y1 and x4,y4 are the arc's end points and x2,y2 and x3,y3 are the cubic bezier's control points. + * + * This algorithm is based on the approach described in: A. Riškus, "Approximation of a Cubic Bezier Curve by Circular Arcs and Vice Versa," Information Technology and Control, 35(4), 2006 pp. 371-378. */ @@ -12223,9 +10939,9 @@ var jsPDF = function (global) { var todx = dx - cx; var tody = dy - cy; var precision = 40; - var d, i, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; + var d, px, py, qx, qy, rx, ry, tx, ty, sx, sy, x, y, i, minx, miny, maxx, maxy, toqx, toqy, torx, tory, totx, toty; - for (i = 0; i < precision + 1; i++) { + for (var i = 0; i < precision + 1; i++) { d = i / precision; px = ax + d * tobx; py = ay + d * toby; @@ -12261,75 +10977,421 @@ var jsPDF = function (global) { return new Rectangle(Math.round(minx), Math.round(miny), Math.round(maxx - minx), Math.round(maxy - miny)); }; -})(jsPDF.API); -/* global jsPDF, Deflater */ + var Point = function Point(x, y) { + var _x = x || 0; -/** - * jsPDF filters PlugIn - * Copyright (c) 2014 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license - */ -(function (jsPDFAPI) { - - var ASCII85Encode = function ASCII85Encode(a) { - var b, c, d, e, f, g, h, i, j, k; // eslint-disable-next-line no-control-regex + Object.defineProperty(this, 'x', { + enumerable: true, + get: function get() { + return _x; + }, + set: function set(value) { + if (!isNaN(value)) { + _x = parseFloat(value); + } + } + }); - for (!/[^\x00-\xFF]/.test(a), b = "\x00\x00\x00\x00".slice(a.length % 4 || 4), a += b, c = [], d = 0, e = a.length; e > d; d += 4) { - f = (a.charCodeAt(d) << 24) + (a.charCodeAt(d + 1) << 16) + (a.charCodeAt(d + 2) << 8) + a.charCodeAt(d + 3), 0 !== f ? (k = f % 85, f = (f - k) / 85, j = f % 85, f = (f - j) / 85, i = f % 85, f = (f - i) / 85, h = f % 85, f = (f - h) / 85, g = f % 85, c.push(g + 33, h + 33, i + 33, j + 33, k + 33)) : c.push(122); - } + var _y = y || 0; - return function (a, b) { - for (var c = b; c > 0; c--) { - a.pop(); + Object.defineProperty(this, 'y', { + enumerable: true, + get: function get() { + return _y; + }, + set: function set(value) { + if (!isNaN(value)) { + _y = parseFloat(value); + } } - }(c, b.length), String.fromCharCode.apply(String, c) + "~>"; + }); + var _type = 'pt'; + Object.defineProperty(this, 'type', { + enumerable: true, + get: function get() { + return _type; + }, + set: function set(value) { + _type = value.toString(); + } + }); + return this; }; - var ASCII85Decode = function ASCII85Decode(a) { - var c, - d, - e, - f, - g, - h = String, - l = "length", - w = 255, - x = "charCodeAt", - y = "slice", - z = "replace"; + var Rectangle = function Rectangle(x, y, w, h) { + Point.call(this, x, y); + this.type = 'rect'; - for ("~>" === a[y](-2), a = a[y](0, -2)[z](/\s/g, "")[z]("z", "!!!!!"), c = "uuuuu"[y](a[l] % 5 || 5), a += c, e = [], f = 0, g = a[l]; g > f; f += 5) { - d = 52200625 * (a[x](f) - 33) + 614125 * (a[x](f + 1) - 33) + 7225 * (a[x](f + 2) - 33) + 85 * (a[x](f + 3) - 33) + (a[x](f + 4) - 33), e.push(w & d >> 24, w & d >> 16, w & d >> 8, w & d); - } + var _w = w || 0; - return function (a, b) { - for (var c = b; c > 0; c--) { - a.pop(); + Object.defineProperty(this, 'w', { + enumerable: true, + get: function get() { + return _w; + }, + set: function set(value) { + if (!isNaN(value)) { + _w = parseFloat(value); + } } - }(e, c[l]), h.fromCharCode.apply(h, e); - }; - - var ASCIIHexEncode = function ASCIIHexEncode(value) { - var result = ''; + }); - for (var i = 0; i < value.length; i += 1) { - result += ("0" + value.charCodeAt(i).toString(16)).slice(-2); - } + var _h = h || 0; - result += '>'; - return result; + Object.defineProperty(this, 'h', { + enumerable: true, + get: function get() { + return _h; + }, + set: function set(value) { + if (!isNaN(value)) { + _h = parseFloat(value); + } + } + }); + return this; }; - var ASCIIHexDecode = function ASCIIHexDecode(value) { - var regexCheckIfHex = new RegExp(/^([0-9A-Fa-f]{2})+$/); - value = value.replace(/\s/g, ''); + var Matrix = function Matrix(sx, shy, shx, sy, tx, ty) { + var _matrix = []; + Object.defineProperty(this, 'sx', { + get: function get() { + return _matrix[0]; + }, + set: function set(value) { + _matrix[0] = Math.round(value * 100000) / 100000; + } + }); + Object.defineProperty(this, 'shy', { + get: function get() { + return _matrix[1]; + }, + set: function set(value) { + _matrix[1] = Math.round(value * 100000) / 100000; + } + }); + Object.defineProperty(this, 'shx', { + get: function get() { + return _matrix[2]; + }, + set: function set(value) { + _matrix[2] = Math.round(value * 100000) / 100000; + } + }); + Object.defineProperty(this, 'sy', { + get: function get() { + return _matrix[3]; + }, + set: function set(value) { + _matrix[3] = Math.round(value * 100000) / 100000; + } + }); + Object.defineProperty(this, 'tx', { + get: function get() { + return _matrix[4]; + }, + set: function set(value) { + _matrix[4] = Math.round(value * 100000) / 100000; + } + }); + Object.defineProperty(this, 'ty', { + get: function get() { + return _matrix[5]; + }, + set: function set(value) { + _matrix[5] = Math.round(value * 100000) / 100000; + } + }); + Object.defineProperty(this, 'rotation', { + get: function get() { + return Math.atan2(this.shx, this.sx); + } + }); + Object.defineProperty(this, 'scaleX', { + get: function get() { + return this.decompose().scale.sx; + } + }); + Object.defineProperty(this, 'scaleY', { + get: function get() { + return this.decompose().scale.sy; + } + }); + Object.defineProperty(this, 'isIdentity', { + get: function get() { + if (this.sx !== 1) { + return false; + } - if (value.indexOf(">") !== -1) { - value = value.substr(0, value.indexOf(">")); - } + if (this.shy !== 0) { + return false; + } + + if (this.shx !== 0) { + return false; + } + + if (this.sy !== 1) { + return false; + } + + if (this.tx !== 0) { + return false; + } + + if (this.ty !== 0) { + return false; + } + + return true; + } + }); + this.sx = !isNaN(sx) ? sx : 1; + this.shy = !isNaN(shy) ? shy : 0; + this.shx = !isNaN(shx) ? shx : 0; + this.sy = !isNaN(sy) ? sy : 1; + this.tx = !isNaN(tx) ? tx : 0; + this.ty = !isNaN(ty) ? ty : 0; + return this; + }; + /** + * Multiply the matrix with given Matrix + * + * @function multiply + * @param matrix + * @returns {Matrix} + * @private + * @ignore + */ + + + Matrix.prototype.multiply = function (matrix) { + var sx = matrix.sx * this.sx + matrix.shy * this.shx; + var shy = matrix.sx * this.shy + matrix.shy * this.sy; + var shx = matrix.shx * this.sx + matrix.sy * this.shx; + var sy = matrix.shx * this.shy + matrix.sy * this.sy; + var tx = matrix.tx * this.sx + matrix.ty * this.shx + this.tx; + var ty = matrix.tx * this.shy + matrix.ty * this.sy + this.ty; + return new Matrix(sx, shy, shx, sy, tx, ty); + }; + /** + * @function decompose + * @private + * @ignore + */ + + + Matrix.prototype.decompose = function () { + var a = this.sx; + var b = this.shy; + var c = this.shx; + var d = this.sy; + var e = this.tx; + var f = this.ty; + var scaleX = Math.sqrt(a * a + b * b); + a /= scaleX; + b /= scaleX; + var shear = a * c + b * d; + c -= a * shear; + d -= b * shear; + var scaleY = Math.sqrt(c * c + d * d); + c /= scaleY; + d /= scaleY; + shear /= scaleY; + + if (a * d < b * c) { + a = -a; + b = -b; + shear = -shear; + scaleX = -scaleX; + } + + return { + scale: new Matrix(scaleX, 0, 0, scaleY, 0, 0), + translate: new Matrix(1, 0, 0, 1, e, f), + rotate: new Matrix(a, b, -b, a, 0, 0), + skew: new Matrix(1, 0, shear, 1, 0, 0) + }; + }; + /** + * @function applyToPoint + * @private + * @ignore + */ + + + Matrix.prototype.applyToPoint = function (pt) { + var x = pt.x * this.sx + pt.y * this.shx + this.tx; + var y = pt.x * this.shy + pt.y * this.sy + this.ty; + return new Point(x, y); + }; + /** + * @function applyToRectangle + * @private + * @ignore + */ + + + Matrix.prototype.applyToRectangle = function (rect) { + var pt1 = this.applyToPoint(rect); + var pt2 = this.applyToPoint(new Point(rect.x + rect.w, rect.y + rect.h)); + return new Rectangle(pt1.x, pt1.y, pt2.x - pt1.x, pt2.y - pt1.y); + }; + /** + * @function clone + * @private + * @ignore + */ + + + Matrix.prototype.clone = function () { + var sx = this.sx; + var shy = this.shy; + var shx = this.shx; + var sy = this.sy; + var tx = this.tx; + var ty = this.ty; + return new Matrix(sx, shy, shx, sy, tx, ty); + }; +})(jsPDF.API, typeof self !== 'undefined' && self || typeof window !== 'undefined' && window || typeof global !== 'undefined' && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); + +/** + * jsPDF filters PlugIn + * Copyright (c) 2014 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license + */ +(function (jsPDFAPI) { + + var ASCII85Encode = function ASCII85Encode(a) { + var b, c, d, e, f, g, h, i, j, k; + + for (!/[^\x00-\xFF]/.test(a), b = "\x00\x00\x00\x00".slice(a.length % 4 || 4), a += b, c = [], d = 0, e = a.length; e > d; d += 4) { + f = (a.charCodeAt(d) << 24) + (a.charCodeAt(d + 1) << 16) + (a.charCodeAt(d + 2) << 8) + a.charCodeAt(d + 3), 0 !== f ? (k = f % 85, f = (f - k) / 85, j = f % 85, f = (f - j) / 85, i = f % 85, f = (f - i) / 85, h = f % 85, f = (f - h) / 85, g = f % 85, c.push(g + 33, h + 33, i + 33, j + 33, k + 33)) : c.push(122); + } + + return function (a, b) { + for (var c = b; c > 0; c--) { + a.pop(); + } + }(c, b.length), String.fromCharCode.apply(String, c) + "~>"; + }; + + var ASCII85Decode = function ASCII85Decode(a) { + var c, + d, + e, + f, + g, + h = String, + l = "length", + w = 255, + x = "charCodeAt", + y = "slice", + z = "replace"; + + for ("~>" === a[y](-2), a = a[y](0, -2)[z](/\s/g, "")[z]("z", "!!!!!"), c = "uuuuu"[y](a[l] % 5 || 5), a += c, e = [], f = 0, g = a[l]; g > f; f += 5) { + d = 52200625 * (a[x](f) - 33) + 614125 * (a[x](f + 1) - 33) + 7225 * (a[x](f + 2) - 33) + 85 * (a[x](f + 3) - 33) + (a[x](f + 4) - 33), e.push(w & d >> 24, w & d >> 16, w & d >> 8, w & d); + } + + return function (a, b) { + for (var c = b; c > 0; c--) { + a.pop(); + } + }(e, c[l]), h.fromCharCode.apply(h, e); + }; + /** + * TODO: Not Tested: + //https://gist.github.com/revolunet/843889 + // LZW-compress a string + var LZWEncode = function(s, options) { + options = Object.assign({ + predictor: 1, + colors: 1, + bitsPerComponent: 8, + columns: 1, + earlyChange: 1 + }, options); + var dict = {}; + var data = (s + "").split(""); + var out = []; + var currChar; + var phrase = data[0]; + var code = 256; //0xe000 + for (var i=1; i 1 ? dict['_'+phrase] : phrase.charCodeAt(0)); + dict['_' + phrase + currChar] = code; + code++; + phrase=currChar; + } + } + out.push(phrase.length > 1 ? dict['_'+phrase] : phrase.charCodeAt(0)); + for (var i=0; i") !== -1) { + value = value.substr(0, value.indexOf(">")); + } if (value.length % 2) { value += "0"; @@ -12340,6 +11402,7 @@ var jsPDF = function (global) { } var result = ''; + var i; for (var i = 0; i < value.length; i += 2) { result += String.fromCharCode("0x" + (value[i] + value[i + 1])); @@ -12347,28 +11410,14 @@ var jsPDF = function (global) { return result; }; - /* - var FlatePredictors = { - None: 1, - TIFF: 2, - PNG_None: 10, - PNG_Sub: 11, - PNG_Up: 12, - PNG_Average: 13, - PNG_Paeth: 14, - PNG_Optimum: 15 - }; - */ - - - var appendBuffer = function appendBuffer(buffer1, buffer2) { - var combinedBuffer = new Uint8Array(buffer1.byteLength + buffer2.byteLength); - combinedBuffer.set(new Uint8Array(buffer1), 0); - combinedBuffer.set(new Uint8Array(buffer2), buffer1.byteLength); - return combinedBuffer; - }; - var FlateEncode = function FlateEncode(data) { + var FlateEncode = function FlateEncode(data, options) { + options = Object.assign({ + predictor: 1, + colors: 1, + bitsPerComponent: 8, + columns: 1 + }, options); var arr = []; var i = data.length; var adler32; @@ -12380,15 +11429,12 @@ var jsPDF = function (global) { adler32 = jsPDFAPI.adler32cs.from(data); deflater = new Deflater(6); - data = deflater.append(new Uint8Array(arr)); - data = appendBuffer(data, deflater.flush()); - arr = new Uint8Array(data.byteLength + 6); - arr.set(new Uint8Array([120, 156])); - arr.set(data, 2); - arr.set(new Uint8Array([adler32 & 0xff, adler32 >> 8 & 0xff, adler32 >> 16 & 0xff, adler32 >> 24 & 0xff]), data.byteLength + 2); - data = arr.reduce(function (data, byte) { - return data + String.fromCharCode(byte); - }, ''); + deflater.append(new Uint8Array(arr)); + data = deflater.flush(); + arr = new Uint8Array(data.length + 6); + arr.set(new Uint8Array([120, 156])), arr.set(data, 2); + arr.set(new Uint8Array([adler32 & 0xFF, adler32 >> 8 & 0xFF, adler32 >> 16 & 0xFF, adler32 >> 24 & 0xFF]), data.length + 2); + data = String.fromCharCode.apply(null, arr); return data; }; @@ -12435,6 +11481,19 @@ var jsPDF = function (global) { reverseChain.push("/FlateDecode"); break; + /** + case "LZWDecode": + case "/LZWDecode": + data = LZWDecode(data); + reverseChain.push("/LZWEncode"); + break; + case "LZWEncode": + case "/LZWEncode": + data = LZWEncode(data); + reverseChain.push("/LZWDecode"); + break; + */ + default: throw "The filter: \"" + filterChain[i] + "\" is not implemented"; } @@ -12447,71 +11506,70 @@ var jsPDF = function (global) { }; })(jsPDF.API); -/* global jsPDF */ - -/** - * jsPDF fileloading PlugIn - * Copyright (c) 2018 Aras Abbasi (aras.abbasi@gmail.com) - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * jsPDF fileloading PlugIn + * Copyright (c) 2018 Aras Abbasi (aras.abbasi@gmail.com) + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* @name fileloading -* @module +/** +* @name fileloading +* @module */ (function (jsPDFAPI) { - /** - * @name loadFile - * @function - * @param {string} url - * @param {boolean} sync - * @param {function} callback - * @returns {string|undefined} result + /** + * @name loadFile + * @function + * @param {string} url + * @param {boolean} sync + * @param {function} callback + * @returns {string|undefined} result */ jsPDFAPI.loadFile = function (url, sync, callback) { - sync = sync === false ? false : true; - callback = typeof callback === 'function' ? callback : function () {}; + sync = sync || true; + + callback = callback || function () {}; + var result; var xhr = function xhr(url, sync, callback) { - var request = new XMLHttpRequest(); + var req = new XMLHttpRequest(); + var byteArray = []; var i = 0; var sanitizeUnicode = function sanitizeUnicode(data) { var dataLength = data.length; - var charArray = []; var StringFromCharCode = String.fromCharCode; //Transform Unicode to ASCII for (i = 0; i < dataLength; i += 1) { - charArray.push(StringFromCharCode(data.charCodeAt(i) & 0xff)); + byteArray.push(StringFromCharCode(data.charCodeAt(i) & 0xff)); } - return charArray.join(''); + return byteArray.join(""); }; - request.open('GET', url, !sync); // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] + req.open('GET', url, !sync); // XHR binary charset opt by Marcus Granado 2006 [http://mgran.blogspot.com] - request.overrideMimeType('text/plain; charset=x-user-defined'); + req.overrideMimeType('text\/plain; charset=x-user-defined'); if (sync === false) { - request.onload = function () { - callback(sanitizeUnicode(this.responseText)); + req.onload = function () { + return sanitizeUnicode(this.responseText); }; } - request.send(null); + req.send(null); - if (sync) { - if (request.status !== 200) { - // eslint-disable-next-line no-console - console.warn('Unable to load file "' + url + '"'); - return; - } + if (req.status !== 200) { + console.warn('Unable to load file "' + url + '"'); + return; + } - return sanitizeUnicode(request.responseText); + if (sync) { + return sanitizeUnicode(req.responseText); } }; @@ -12523,65 +11581,56 @@ var jsPDF = function (global) { return result; }; - /** - * @name loadImageFile - * @function - * @param {string} path - * @param {boolean} sync - * @param {function} callback + /** + * @name loadImageFile + * @function + * @param {string} path + * @param {boolean} sync + * @param {function} callback */ jsPDFAPI.loadImageFile = jsPDFAPI.loadFile; })(jsPDF.API); -/* global jsPDF html2canvas */ - -/** - * Copyright (c) 2018 Erik Koopmans - * Released under the MIT License. - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * Copyright (c) 2018 Erik Koopmans + * Released under the MIT License. + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** - * jsPDF html PlugIn - * - * @name html - * @module +/** + * jsPDF html PlugIn + * + * @name html + * @module */ (function (jsPDFAPI, global) { - - if (typeof Promise === 'undefined') { - // eslint-disable-next-line no-console - console.warn('Promise not found. html-Plugin will not work'); - return; - } - /** - * Determine the type of a variable/object. - * - * @private - * @ignore + /** + * Determine the type of a variable/object. + * + * @private + * @ignore */ - var objType = function objType(obj) { var type = _typeof(obj); - if (type === 'undefined') { return 'undefined'; }else if (type === 'string' || obj instanceof String) { return 'string'; }else if (type === 'number' || obj instanceof Number) { return 'number'; }else if (type === 'function' || obj instanceof Function) { return 'function'; }else if (!!obj && obj.constructor === Array) { return 'array'; }else if (obj && obj.nodeType === 1) { return 'element'; }else if (type === 'object') { return 'object'; }else { return 'unknown'; } + if (type === 'undefined') return 'undefined';else if (type === 'string' || obj instanceof String) return 'string';else if (type === 'number' || obj instanceof Number) return 'number';else if (type === 'function' || obj instanceof Function) return 'function';else if (!!obj && obj.constructor === Array) return 'array';else if (obj && obj.nodeType === 1) return 'element';else if (type === 'object') return 'object';else return 'unknown'; }; - /** - * Create an HTML element with optional className, innerHTML, and style. - * - * @private - * @ignore + /** + * Create an HTML element with optional className, innerHTML, and style. + * + * @private + * @ignore */ var createElement = function createElement(tagName, opt) { var el = document.createElement(tagName); - if (opt.className) { el.className = opt.className; } + if (opt.className) el.className = opt.className; if (opt.innerHTML) { el.innerHTML = opt.innerHTML; @@ -12598,11 +11647,11 @@ var jsPDF = function (global) { return el; }; - /** - * Deep-clone a node and preserve contents/properties. - * - * @private - * @ignore + /** + * Deep-clone a node and preserve contents/properties. + * + * @private + * @ignore */ @@ -12929,16 +11978,16 @@ var jsPDF = function (global) { }]; // Fulfill prereqs then perform the appropriate output. return this.thenList(prereqs).then(function outputPdf_main() { - /* Currently implemented output types: - * https://rawgit.com/MrRio/jsPDF/master/docs/jspdf.js.html#line992 - * save(options), arraybuffer, blob, bloburi/bloburl, - * datauristring/dataurlstring, dataurlnewwindow, datauri/dataurl + /* Currently implemented output types: + * https://rawgit.com/MrRio/jsPDF/master/docs/jspdf.js.html#line992 + * save(options), arraybuffer, blob, bloburi/bloburl, + * datauristring/dataurlstring, dataurlnewwindow, datauri/dataurl */ return this.prop.pdf.output(type, options); }); }; - Worker.prototype.outputImg = function outputImg(type) { + Worker.prototype.outputImg = function outputImg(type, options) { // Set up function prerequisites. var prereqs = [function checkImg() { return this.prop.img || this.toImg(); @@ -12968,7 +12017,7 @@ var jsPDF = function (global) { var result = typeof global.html2canvas !== "undefined"; if (!result) { - throw new Error("html2canvas not loaded."); + console.error("html2canvas not loaded."); } return result; @@ -12992,7 +12041,7 @@ var jsPDF = function (global) { }); }; - Worker.prototype.doCallback = function doCallback() { + Worker.prototype.doCallback = function doCallback(filename) { // Set up function prerequisites. var prereqs = [function checkPdf() { return this.prop.pdf || this.toPdf(); @@ -13066,7 +12115,6 @@ var jsPDF = function (global) { switch (objType(margin)) { case 'number': margin = [margin, margin, margin, margin]; - // eslint-disable-next-line no-fallthrough case 'array': if (margin.length === 2) { @@ -13077,8 +12125,6 @@ var jsPDF = function (global) { break; } - // eslint-disable-next-line no-fallthrough - default: return this.error('Invalid margin array.'); } // Set the margin property, then update pageSize. @@ -13116,10 +12162,10 @@ var jsPDF = function (global) { Worker.prototype.setProgress = function setProgress(val, state, n, stack) { // Immediately update all progress values. - if (val != null) { this.progress.val = val; } - if (state != null) { this.progress.state = state; } - if (n != null) { this.progress.n = n; } - if (stack != null) { this.progress.stack = stack; } + if (val != null) this.progress.val = val; + if (state != null) this.progress.state = state; + if (n != null) this.progress.n = n; + if (stack != null) this.progress.stack = stack; this.progress.ratio = this.progress.val / this.progress.state; // Return this for command chaining. return this; @@ -13270,68 +12316,64 @@ var jsPDF = function (global) { 'ledger': [1224, 792], 'tabloid': [792, 1224], 'credit-card': [153, 243] - }; - var k = 1; // Unit conversion + }; // Unit conversion switch (unit) { case 'pt': - k = 1; + var k = 1; break; case 'mm': - k = 72 / 25.4; + var k = 72 / 25.4; break; case 'cm': - k = 72 / 2.54; + var k = 72 / 2.54; break; case 'in': - k = 72; + var k = 72; break; case 'px': - k = 72 / 96; + var k = 72 / 96; break; case 'pc': - k = 12; + var k = 12; break; case 'em': - k = 12; + var k = 12; break; case 'ex': - k = 6; + var k = 6; break; default: throw 'Invalid unit: ' + unit; - } + } // Dimensions are stored as user units and converted to points on output - var pageHeight = 0; - var pageWidth = 0; // Dimensions are stored as user units and converted to points on output if (pageFormats.hasOwnProperty(format_as_string)) { - pageHeight = pageFormats[format_as_string][1] / k; - pageWidth = pageFormats[format_as_string][0] / k; + var pageHeight = pageFormats[format_as_string][1] / k; + var pageWidth = pageFormats[format_as_string][0] / k; } else { try { - pageHeight = format[1]; - pageWidth = format[0]; + var pageHeight = format[1]; + var pageWidth = format[0]; } catch (err) { throw new Error('Invalid format: ' + format); } - } + } // Handle page orientation - var tmp; // Handle page orientation if (orientation === 'p' || orientation === 'portrait') { orientation = 'p'; if (pageWidth > pageHeight) { - tmp = pageWidth; + var tmp = pageWidth; pageWidth = pageHeight; pageHeight = tmp; } @@ -13339,7 +12381,7 @@ var jsPDF = function (global) { orientation = 'l'; if (pageHeight > pageWidth) { - tmp = pageWidth; + var tmp = pageWidth; pageWidth = pageHeight; pageHeight = tmp; } @@ -13356,23 +12398,14 @@ var jsPDF = function (global) { }; return info; }; - /** - * Generate a PDF from an HTML element or string using. - * - * @name html - * @function - * @param {HTMLElement|string} source The source HTMLElement or a string containing HTML. - * @param {Object} [options] Collection of settings - * @param {string} [options.callback] The mandatory callback-function gets as first parameter the current jsPDF instance - * - * @example - * var doc = new jsPDF(); - * - * doc.html(document.body, { - * callback: function (doc) { - * doc.save(); - * } - * }); + /** + * Generate a PDF from an HTML element or string using. + * + * @name html + * @function + * @param {Element|string} source The source element or HTML string. + * @param {Object=} options An object of optional settings. + * @description The Plugin needs html2canvas from niklasvh */ @@ -13386,6 +12419,7 @@ var jsPDF = function (global) { options.html2canvas.canvas = options.html2canvas.canvas || this.canvas; options.jsPDF = options.jsPDF || this; // Create a new worker with the given options. + var pdf = options.jsPDF; var worker = new Worker(options); if (!options.worker) { @@ -13395,39 +12429,41 @@ var jsPDF = function (global) { // Otherwise, return the worker for new Promise-based operation. return worker; } + + return this; }; })(jsPDF.API, typeof window !== "undefined" && window || typeof global !== "undefined" && global); -/*global jsPDF */ - -/** - * @license - * ==================================================================== - * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com - * - * - * ==================================================================== +/** + * @license + * ==================================================================== + * Copyright (c) 2013 Youssef Beddad, youssef.beddad@gmail.com + * + * + * ==================================================================== */ -/** - * jsPDF JavaScript plugin - * - * @name javascript - * @module +/*global jsPDF */ + +/** + * jsPDF JavaScript plugin + * + * @name javascript + * @module */ (function (jsPDFAPI) { var jsNamesObj, jsJsObj, text; - /** - * @name addJS - * @function - * @param {string} javascript The javascript to be embedded into the PDF-file. - * @returns {jsPDF} + /** + * @name addJS + * @function + * @param {string} javascript The javascript to be embedded into the PDF-file. + * @returns {jsPDF} */ jsPDFAPI.addJS = function (javascript) { text = javascript; - this.internal.events.subscribe('postPutResources', function () { + this.internal.events.subscribe('postPutResources', function (javascript) { jsNamesObj = this.internal.newObject(); this.internal.out('<<'); this.internal.out('/Names [(EmbeddedJS) ' + (jsNamesObj + 1) + ' 0 R]'); @@ -13449,23 +12485,14 @@ var jsPDF = function (global) { }; })(jsPDF.API); -/* global jsPDF */ - -/** - * @license - * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * @license + * Copyright (c) 2014 Steven Spungin (TwelveTone LLC) steven@twelvetone.tv + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** - * jsPDF Outline PlugIn - * - * Generates a PDF Outline - * @name outline - * @module - */ (function (jsPDFAPI) { jsPDFAPI.events.push(['postPutResources', function () { @@ -13555,8 +12582,8 @@ var jsPDF = function (global) { children: [] } }; - /** - * Options: pageNumber + /** + * Options: pageNumber */ pdf.outline.add = function (parent, title, options) { @@ -13608,6 +12635,7 @@ var jsPDF = function (global) { }; pdf.outline.renderItems = function (node) { + var getHorizontalCoordinateString = this.ctx.pdf.internal.getCoordinateString; var getVerticalCoordinateString = this.ctx.pdf.internal.getVerticalCoordinateString; for (var i = 0; i < node.children.length; i++) { @@ -13657,7 +12685,8 @@ var jsPDF = function (global) { } for (var i = 0; i < node.children.length; i++) { - this.renderItems(node.children[i]); + var item = node.children[i]; + this.renderItems(item); } }; @@ -13677,7 +12706,7 @@ var jsPDF = function (global) { this.ctx.val += '\r\n' + node.id + ' 0 obj' + '\r\n<<\r\n'; }; - pdf.outline.objEnd = function () { + pdf.outline.objEnd = function (node) { this.ctx.val += '>> \r\n' + 'endobj' + '\r\n'; }; @@ -13693,235 +12722,85 @@ var jsPDF = function (global) { return this; })(jsPDF.API); -/* global jsPDF */ - -/** - * @license - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * @license + * + * Copyright (c) 2014 James Robb, https://github.com/jamesbrobb + * + * + * ==================================================================== */ -/** -* jsPDF jpeg Support PlugIn -* -* @name jpeg_support -* @module +/** +* jsPDF PNG PlugIn +* @name png_support +* @module */ (function (jsPDFAPI) { - //a jpeg image and returns [width, height] - //Algorithm from: http://www.64lines.com/jpeg-width-height - - var getJpegSize = function getJpegSize(imgData) { - - var width, height, numcomponents; - var blockLength = imgData.charCodeAt(4) * 256 + imgData.charCodeAt(5); - var i = 4, - len = imgData.length; - - while (i < len) { - i += blockLength; + /* + * @see http://www.w3.org/TR/PNG-Chunks.html + * + Color Allowed Interpretation + Type Bit Depths + 0 1,2,4,8,16 Each pixel is a grayscale sample. + 2 8,16 Each pixel is an R,G,B triple. + 3 1,2,4,8 Each pixel is a palette index; + a PLTE chunk must appear. + 4 8,16 Each pixel is a grayscale sample, + followed by an alpha sample. + 6 8,16 Each pixel is an R,G,B triple, + followed by an alpha sample. + */ - if (imgData.charCodeAt(i) !== 0xff) { - throw new Error('getJpegSize could not find the size of the image'); - } + /* + * PNG filter method types + * + * @see http://www.w3.org/TR/PNG-Filters.html + * @see http://www.libpng.org/pub/png/book/chapter09.html + * + * This is what the value 'Predictor' in decode params relates to + * + * 15 is "optimal prediction", which means the prediction algorithm can change from line to line. + * In that case, you actually have to read the first byte off each line for the prediction algorthim (which should be 0-4, corresponding to PDF 10-14) and select the appropriate unprediction algorithm based on that byte. + * + 0 None + 1 Sub + 2 Up + 3 Average + 4 Paeth + */ - if (imgData.charCodeAt(i + 1) === 0xc0 || //(SOF) Huffman - Baseline DCT - imgData.charCodeAt(i + 1) === 0xc1 || //(SOF) Huffman - Extended sequential DCT - imgData.charCodeAt(i + 1) === 0xc2 || // Progressive DCT (SOF2) - imgData.charCodeAt(i + 1) === 0xc3 || // Spatial (sequential) lossless (SOF3) - imgData.charCodeAt(i + 1) === 0xc4 || // Differential sequential DCT (SOF5) - imgData.charCodeAt(i + 1) === 0xc5 || // Differential progressive DCT (SOF6) - imgData.charCodeAt(i + 1) === 0xc6 || // Differential spatial (SOF7) - imgData.charCodeAt(i + 1) === 0xc7) { - height = imgData.charCodeAt(i + 5) * 256 + imgData.charCodeAt(i + 6); - width = imgData.charCodeAt(i + 7) * 256 + imgData.charCodeAt(i + 8); - numcomponents = imgData.charCodeAt(i + 9); - return [width, height, numcomponents]; - } else { - i += 2; - blockLength = imgData.charCodeAt(i) * 256 + imgData.charCodeAt(i + 1); - } - } - }; + var doesNotHavePngJS = function doesNotHavePngJS() { + return typeof PNG !== 'function' || typeof FlateStream !== 'function'; + }, + canCompress = function canCompress(value) { + return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); + }, + hasCompressionJS = function hasCompressionJS() { + var inst = typeof Deflater === 'function'; + if (!inst) throw new Error("requires deflate.js for compression"); + return inst; + }, + compressBytes = function compressBytes(bytes, lineLength, colorsPerPixel, compression) { + var level = 5, + filter_method = filterUp; - var getJpegSizeFromBytes = function getJpegSizeFromBytes(data) { - var hdr = data[0] << 8 | data[1]; - if (hdr !== 0xFFD8) { throw new Error('Supplied data is not a JPEG'); } - var len = data.length, - block = (data[4] << 8) + data[5], - pos = 4, - bytes, - width, - height, - numcomponents; + switch (compression) { + case jsPDFAPI.image_compression.FAST: + level = 3; + filter_method = filterSub; + break; - while (pos < len) { - pos += block; - bytes = readBytes(data, pos); - block = (bytes[2] << 8) + bytes[3]; + case jsPDFAPI.image_compression.MEDIUM: + level = 6; + filter_method = filterAverage; + break; - if ((bytes[1] === 0xC0 || bytes[1] === 0xC2) && bytes[0] === 0xFF && block > 7) { - bytes = readBytes(data, pos + 5); - width = (bytes[2] << 8) + bytes[3]; - height = (bytes[0] << 8) + bytes[1]; - numcomponents = bytes[4]; - return { - width: width, - height: height, - numcomponents: numcomponents - }; - } + case jsPDFAPI.image_compression.SLOW: + level = 9; + filter_method = filterPaeth; //uses to sum to choose best filter for each line - pos += 2; - } - - throw new Error('getJpegSizeFromBytes could not find the size of the image'); - }; - - var readBytes = function readBytes(data, offset) { - return data.subarray(offset, offset + 5); - }; - /** - * @ignore - */ - - - jsPDFAPI.processJPEG = function (data, index, alias, compression, dataAsBinaryString, colorSpace) { - - var filter = this.decode.DCT_DECODE, - bpc = 8, - dims; - - if (!(typeof data === 'string') && !this.__addimage__.isArrayBuffer(data) && !this.__addimage__.isArrayBufferView(data)) { - return null; - } - - if (typeof data === 'string') { - dims = getJpegSize(data); - } - - if (this.__addimage__.isArrayBuffer(data)) { - data = new Uint8Array(data); - } - - if (this.__addimage__.isArrayBufferView(data)) { - dims = getJpegSizeFromBytes(data); // if we already have a stored binary string rep use that - - data = dataAsBinaryString || this.__addimage__.arrayBufferToBinaryString(data); - } - - if (colorSpace === undefined) { - switch (dims.numcomponents) { - case 1: - colorSpace = this.color_spaces.DEVICE_GRAY; - break; - - case 4: - colorSpace = this.color_spaces.DEVICE_CMYK; - break; - - default: - case 3: - colorSpace = this.color_spaces.DEVICE_RGB; - break; - } - } - - return { - data: data, - width: dims.width, - height: dims.height, - colorSpace: colorSpace, - bitsPerComponent: bpc, - filter: filter, - index: index, - alias: alias - }; - }; -})(jsPDF.API); - -/* global jsPDF, Deflater, PNG */ - -/** - * @license - * - * Copyright (c) 2014 James Robb, https://github.com/jamesbrobb - * - * - * ==================================================================== - */ - -/** -* jsPDF PNG PlugIn -* @name png_support -* @module -*/ -(function (jsPDFAPI, global) { - /* - * @see http://www.w3.org/TR/PNG-Chunks.html - * - Color Allowed Interpretation - Type Bit Depths - 0 1,2,4,8,16 Each pixel is a grayscale sample. - 2 8,16 Each pixel is an R,G,B triple. - 3 1,2,4,8 Each pixel is a palette index; - a PLTE chunk must appear. - 4 8,16 Each pixel is a grayscale sample, - followed by an alpha sample. - 6 8,16 Each pixel is an R,G,B triple, - followed by an alpha sample. - */ - - /* - * PNG filter method types - * - * @see http://www.w3.org/TR/PNG-Filters.html - * @see http://www.libpng.org/pub/png/book/chapter09.html - * - * This is what the value 'Predictor' in decode params relates to - * - * 15 is "optimal prediction", which means the prediction algorithm can change from line to line. - * In that case, you actually have to read the first byte off each line for the prediction algorthim (which should be 0-4, corresponding to PDF 10-14) and select the appropriate unprediction algorithm based on that byte. - * - 0 None - 1 Sub - 2 Up - 3 Average - 4 Paeth - */ - - var doesNotHavePngJS = function doesNotHavePngJS() { - return typeof global.PNG !== 'function' || typeof global.FlateStream !== 'function'; - }, - canCompress = function canCompress(value) { - return value !== jsPDFAPI.image_compression.NONE && hasCompressionJS(); - }, - hasCompressionJS = function hasCompressionJS() { - var inst = typeof Deflater === 'function'; - if (!inst) { throw new Error("requires deflate.js for compression"); } - return inst; - }, - compressBytes = function compressBytes(bytes, lineLength, colorsPerPixel, compression) { - var level = 5, - filter_method = filterUp; - - switch (compression) { - case jsPDFAPI.image_compression.FAST: - level = 3; - filter_method = filterSub; - break; - - case jsPDFAPI.image_compression.MEDIUM: - level = 6; - filter_method = filterAverage; - break; - - case jsPDFAPI.image_compression.SLOW: - level = 9; - filter_method = filterPaeth; //uses to sum to choose best filter for each line - - break; + break; } bytes = applyPngFilterMethod(bytes, lineLength, colorsPerPixel, filter_method); @@ -13939,11 +12818,11 @@ var jsPDF = function (global) { cmpd[len++] = checksum >>> 16 & 0xff; cmpd[len++] = checksum >>> 8 & 0xff; cmpd[len++] = checksum & 0xff; - return jsPDFAPI.__addimage__.arrayBufferToBinaryString(cmpd); + return jsPDFAPI.arrayBufferToBinaryString(cmpd); }, createZlibHeader = function createZlibHeader(bytes, level) { - /* - * @see http://www.ietf.org/rfc/rfc1950.txt for zlib header + /* + * @see http://www.ietf.org/rfc/rfc1950.txt for zlib header */ var cm = 8; var cinfo = Math.LOG2E * Math.log(0x8000) - 8; @@ -14012,15 +12891,15 @@ var jsPDF = function (global) { return result; }, - filterNone = function filterNone(line) { - /*var result = new Uint8Array(line.length + 1); - result[0] = 0; + filterNone = function filterNone(line, colorsPerPixel, prevLine) { + /*var result = new Uint8Array(line.length + 1); + result[0] = 0; result.set(line, 1);*/ var result = Array.apply([], line); result.unshift(0); return result; }, - filterSub = function filterSub(line, colorsPerPixel) { + filterSub = function filterSub(line, colorsPerPixel, prevLine) { var result = [], i = 0, len = line.length, @@ -14148,62 +13027,60 @@ var jsPDF = function (global) { return predictor; }; - /** - * @name processPNG - * @function - * @ignore + /** + * + * @name processPNG + * @function + * @ignore */ - jsPDFAPI.processPNG = function (imageData, index, alias, compression) { + jsPDFAPI.processPNG = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { var colorSpace = this.color_spaces.DEVICE_RGB, - filter = this.decode.FLATE_DECODE, - bitsPerComponent = 8, - image, - decodeParameters = '', + decode = this.decode.FLATE_DECODE, + bpc = 8, + img, + dp, trns, colors, pal, - smask, - pixels, - len, - alphaData, - imgData, - hasColors, - pixel, - i, - n; - if (this.__addimage__.isArrayBuffer(imageData)) { imageData = new Uint8Array(imageData); } - - if (this.__addimage__.isArrayBufferView(imageData)) { - if (doesNotHavePngJS()) { throw new Error("PNG support requires png.js and zlib.js"); } - image = new PNG(imageData); - imageData = image.imgData; - bitsPerComponent = image.bits; - colorSpace = image.colorSpace; - colors = image.colors; - /* - * colorType 6 - Each pixel is an R,G,B triple, followed by an alpha sample. - * - * colorType 4 - Each pixel is a grayscale sample, followed by an alpha sample. - * - * Extract alpha to create two separate images, using the alpha as a sMask + smask; + /* if(this.isString(imageData)) { + }*/ + + if (this.isArrayBuffer(imageData)) imageData = new Uint8Array(imageData); + + if (this.isArrayBufferView(imageData)) { + if (doesNotHavePngJS()) throw new Error("PNG support requires png.js and zlib.js"); + img = new PNG(imageData); + imageData = img.imgData; + bpc = img.bits; + colorSpace = img.colorSpace; + colors = img.colors; //logImg(img); + + /* + * colorType 6 - Each pixel is an R,G,B triple, followed by an alpha sample. + * + * colorType 4 - Each pixel is a grayscale sample, followed by an alpha sample. + * + * Extract alpha to create two separate images, using the alpha as a sMask */ - if ([4, 6].indexOf(image.colorType) !== -1) { - /* - * processes 8 bit RGBA and grayscale + alpha images + if ([4, 6].indexOf(img.colorType) !== -1) { + /* + * processes 8 bit RGBA and grayscale + alpha images */ - if (image.bits === 8) { - pixels = image.pixelBitlength == 32 ? new Uint32Array(image.decodePixels().buffer) : image.pixelBitlength == 16 ? new Uint16Array(image.decodePixels().buffer) : new Uint8Array(image.decodePixels().buffer); - len = pixels.length; - imgData = new Uint8Array(len * image.colors); - alphaData = new Uint8Array(len); - var pDiff = image.pixelBitlength - image.bits; - i = 0; - n = 0; - var pbl; + if (img.bits === 8) { + var pixels = img.pixelBitlength == 32 ? new Uint32Array(img.decodePixels().buffer) : img.pixelBitlength == 16 ? new Uint16Array(img.decodePixels().buffer) : new Uint8Array(img.decodePixels().buffer), + len = pixels.length, + imgData = new Uint8Array(len * img.colors), + alphaData = new Uint8Array(len), + pDiff = img.pixelBitlength - img.bits, + i = 0, + n = 0, + pixel, + pbl; for (; i < len; i++) { pixel = pixels[i]; @@ -14211,26 +13088,27 @@ var jsPDF = function (global) { while (pbl < pDiff) { imgData[n++] = pixel >>> pbl & 0xff; - pbl = pbl + image.bits; + pbl = pbl + img.bits; } alphaData[i] = pixel >>> pbl & 0xff; } } - /* - * processes 16 bit RGBA and grayscale + alpha images + /* + * processes 16 bit RGBA and grayscale + alpha images */ - if (image.bits === 16) { - pixels = new Uint32Array(image.decodePixels().buffer); - len = pixels.length; - imgData = new Uint8Array(len * (32 / image.pixelBitlength) * image.colors); - alphaData = new Uint8Array(len * (32 / image.pixelBitlength)); - hasColors = image.colors > 1; - i = 0; - n = 0; - var a = 0; + if (img.bits === 16) { + var pixels = new Uint32Array(img.decodePixels().buffer), + len = pixels.length, + imgData = new Uint8Array(len * (32 / img.pixelBitlength) * img.colors), + alphaData = new Uint8Array(len * (32 / img.pixelBitlength)), + hasColors = img.colors > 1, + i = 0, + n = 0, + a = 0, + pixel; while (i < len) { pixel = pixels[i++]; @@ -14245,122 +13123,93 @@ var jsPDF = function (global) { alphaData[a++] = pixel >>> 16 & 0xFF; } - bitsPerComponent = 8; + bpc = 8; } if (canCompress(compression)) { - imageData = compressBytes(imgData, image.width * image.colors, image.colors, compression); - smask = compressBytes(alphaData, image.width, 1, compression); + imageData = compressBytes(imgData, img.width * img.colors, img.colors, compression); + smask = compressBytes(alphaData, img.width, 1, compression); } else { imageData = imgData; smask = alphaData; - filter = undefined; + decode = null; } } - /* - * Indexed png. Each pixel is a palette index. + /* + * Indexed png. Each pixel is a palette index. */ - if (image.colorType === 3) { + if (img.colorType === 3) { colorSpace = this.color_spaces.INDEXED; - pal = image.palette; + pal = img.palette; - if (image.transparency.indexed) { - var trans = image.transparency.indexed; - var total = 0; - i = 0; - len = trans.length; + if (img.transparency.indexed) { + var trans = img.transparency.indexed; + var total = 0, + i = 0, + len = trans.length; for (; i < len; ++i) { total += trans[i]; } total = total / 255; - /* - * a single color is specified as 100% transparent (0), - * so we set trns to use a /Mask with that index + /* + * a single color is specified as 100% transparent (0), + * so we set trns to use a /Mask with that index */ if (total === len - 1 && trans.indexOf(0) !== -1) { trns = [trans.indexOf(0)]; - /* - * there's more than one colour within the palette that specifies - * a transparency value less than 255, so we unroll the pixels to create an image sMask + /* + * there's more than one colour within the palette that specifies + * a transparency value less than 255, so we unroll the pixels to create an image sMask */ } else if (total !== len) { - pixels = image.decodePixels(); - alphaData = new Uint8Array(pixels.length); - i = 0; - len = pixels.length; + var pixels = img.decodePixels(), + alphaData = new Uint8Array(pixels.length), + i = 0, + len = pixels.length; for (; i < len; i++) { alphaData[i] = trans[pixels[i]]; } - smask = compressBytes(alphaData, image.width, 1); + smask = compressBytes(alphaData, img.width, 1); } } } var predictor = getPredictorFromCompression(compression); - - if (filter === this.decode.FLATE_DECODE) { - decodeParameters = '/Predictor ' + predictor + ' '; - } - - decodeParameters += '/Colors ' + colors + ' /BitsPerComponent ' + bitsPerComponent + ' /Columns ' + image.width; - - if (this.__addimage__.isArrayBuffer(imageData) || this.__addimage__.isArrayBufferView(imageData)) { - imageData = this.__addimage__.arrayBufferToBinaryString(imageData); - } - - if (smask && this.__addimage__.isArrayBuffer(smask) || this.__addimage__.isArrayBufferView(smask)) { - smask = this.__addimage__.arrayBufferToBinaryString(smask); - } - - return { - alias: alias, - data: imageData, - index: index, - filter: filter, - decodeParameters: decodeParameters, - transparency: trns, - palette: pal, - sMask: smask, - predictor: predictor, - width: image.width, - height: image.height, - bitsPerComponent: bitsPerComponent, - colorSpace: colorSpace - }; + if (decode === this.decode.FLATE_DECODE) dp = '/Predictor ' + predictor + ' /Colors ' + colors + ' /BitsPerComponent ' + bpc + ' /Columns ' + img.width;else //remove 'Predictor' as it applies to the type of png filter applied to its IDAT - we only apply with compression + dp = '/Colors ' + colors + ' /BitsPerComponent ' + bpc + ' /Columns ' + img.width; + if (this.isArrayBuffer(imageData) || this.isArrayBufferView(imageData)) imageData = this.arrayBufferToBinaryString(imageData); + if (smask && this.isArrayBuffer(smask) || this.isArrayBufferView(smask)) smask = this.arrayBufferToBinaryString(smask); + return this.createImageInfo(imageData, img.width, img.height, colorSpace, bpc, decode, imageIndex, alias, dp, trns, pal, smask, predictor); } throw new Error("Unsupported PNG image data, try using JPEG instead."); }; -})(jsPDF.API, typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); // `self` is undefined in Firefox for Android content script context -// while `this` is nsIContentFrameMessageManager -// with an attribute `content` that corresponds to the window - -/* global jsPDF, GifReader, JPEGEncoder */ +})(jsPDF.API); -/** - * @license - * Copyright (c) 2017 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * @license + * Copyright (c) 2017 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* jsPDF Gif Support PlugIn -* -* @name gif_support -* @module +/** +* jsPDF gif Support PlugIn +* +* @name gif_support +* @module */ (function (jsPDFAPI) { - jsPDFAPI.processGIF89A = function (imageData, index, alias, compression) { + jsPDFAPI.processGIF89A = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { var reader = new GifReader(imageData); var width = reader.width, height = reader.height; @@ -14374,29 +13223,27 @@ var jsPDF = function (global) { }; var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); + return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); }; jsPDFAPI.processGIF87A = jsPDFAPI.processGIF89A; })(jsPDF.API); -/* global jsPDF, BmpDecoder, JPEGEncoder */ - -/** - * Copyright (c) 2018 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * Copyright (c) 2018 Aras Abbasi + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* jsPDF bmp Support PlugIn -* @name bmp_support -* @module +/** +* jsPDF bmp Support PlugIn +* @name bmp_support +* @module */ (function (jsPDFAPI) { - jsPDFAPI.processBMP = function (imageData, index, alias, compression) { + jsPDFAPI.processBMP = function (imageData, imageIndex, alias, compression, dataAsBinaryString) { var reader = new BmpDecoder(imageData, false); var width = reader.width, height = reader.height; @@ -14409,72 +13256,35 @@ var jsPDF = function (global) { }; var encoder = new JPEGEncoder(qu); var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); - }; -})(jsPDF.API); - -/* global jsPDF, JPEGEncoder, WebPDecoder */ - -/** - * @license - * Copyright (c) 2019 Aras Abbasi - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license - */ - -/** -* jsPDF webp Support PlugIn -* -* @name webp_support -* @module -*/ -(function (jsPDFAPI) { - - jsPDFAPI.processWEBP = function (imageData, index, alias, compression) { - var reader = new WebPDecoder(imageData, false); - var width = reader.width, - height = reader.height; - var qu = 100; - var pixels = reader.getData(); - var rawImageData = { - data: pixels, - width: width, - height: height - }; - var encoder = new JPEGEncoder(qu); - var data = encoder.encode(rawImageData, qu); - return jsPDFAPI.processJPEG.call(this, data, index, alias, compression); + return jsPDFAPI.processJPEG.call(this, data, imageIndex, alias, compression); }; })(jsPDF.API); -/* global jsPDF */ - -/** - * @license - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * @license + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** - * jsPDF setLanguage Plugin - * - * @name setLanguage - * @module +/** + * jsPDF setLanguage Plugin + * + * @name setLanguage + * @module */ (function (jsPDFAPI) { - /** - * Add Language Tag to the generated PDF - * - * @name setLanguage - * @function - * @param {string} langCode The Language code as ISO-639-1 (e.g. 'en') or as country language code (e.g. 'en-GB'). - * @returns {jsPDF} - * @example - * var doc = new jsPDF() - * doc.text(10, 10, 'This is a test') - * doc.setLanguage("en-US") - * doc.save('english.pdf') + /** + * Add Language Tag to the generated PDF + * + * @name setLanguage + * @function + * @param {string} langCode The Language code as ISO-639-1 (e.g. 'en') or as country language code (e.g. 'en-GB'). + * @returns {jsPDF} + * @example + * var doc = new jsPDF() + * doc.text(10, 10, 'This is a test') + * doc.setLanguage("en-US") + * doc.save('english.pdf') */ jsPDFAPI.setLanguage = function (langCode) { @@ -14698,33 +13508,31 @@ var jsPDF = function (global) { }; })(jsPDF.API); -/* global jsPDF */ - -/** @license - * MIT license. - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * 2014 Diego Casorran, https://github.com/diegocr - * - * - * ==================================================================== +/** @license + * MIT license. + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * 2014 Diego Casorran, https://github.com/diegocr + * + * + * ==================================================================== */ -/** -* jsPDF split_text_to_size plugin -* -* @name split_text_to_size -* @module +/** +* jsPDF split_text_to_size plugin +* +* @name split_text_to_size +* @module */ (function (API) { - /** - * Returns an array of length matching length of the 'word' string, with each - * cell occupied by the width of the char in that position. - * - * @name getCharWidthsArray - * @function - * @param {string} text - * @param {Object} options - * @returns {Array} + /** + * Returns an array of length matching length of the 'word' string, with each + * cell occupied by the width of the char in that position. + * + * @name getCharWidthsArray + * @function + * @param {string} text + * @param {Object} options + * @returns {Array} */ var getCharWidthsArray = API.getCharWidthsArray = function (text, options) { @@ -14737,14 +13545,14 @@ var jsPDF = function (global) { var kerning = options.kerning ? options.kerning : activeFont.metadata.Unicode.kerning; var kerningFractionOf = kerning.fof ? kerning.fof : 1; var i; - var length = text.length; + var l; var char_code; var prior_char_code = 0; //for kerning var default_char_width = widths[0] || widthsFractionOf; var output = []; - for (i = 0; i < length; i++) { + for (i = 0, l = text.length; i < l; i++) { char_code = text.charCodeAt(i); if (typeof activeFont.metadata.widthOfString === "function") { @@ -14758,21 +13566,43 @@ var jsPDF = function (global) { return output; }; - /** - * Returns a widths of string in a given font, if the font size is set as 1 point. - * - * In other words, this is "proportional" value. For 1 unit of font size, the length - * of the string will be that much. - * - * Multiply by font size to get actual width in *points* - * Then divide by 72 to get inches or divide by (72/25.6) to get 'mm' etc. - * - * @name getStringUnitWidth - * @public - * @function - * @param {string} text - * @param {string} options - * @returns {number} result + /** + * Calculate the sum of a number-array + * + * @name getArraySum + * @public + * @function + * @param {Array} array Array of numbers + * @returns {number} + */ + + + var getArraySum = API.getArraySum = function (array) { + var i = array.length, + output = 0; + + while (i) { + i--; + output += array[i]; + } + + return output; + }; + /** + * Returns a widths of string in a given font, if the font size is set as 1 point. + * + * In other words, this is "proportional" value. For 1 unit of font size, the length + * of the string will be that much. + * + * Multiply by font size to get actual width in *points* + * Then divide by 72 to get inches or divide by (72/25.6) to get 'mm' etc. + * + * @name getStringUnitWidth + * @public + * @function + * @param {string} text + * @param {string} options + * @returns {number} result */ @@ -14786,15 +13616,13 @@ var jsPDF = function (global) { if (typeof font.metadata.widthOfString === "function") { result = font.metadata.widthOfString(text, fontSize, charSpace) / fontSize; } else { - result = getCharWidthsArray.apply(this, arguments).reduce(function (pv, cv) { - return pv + cv; - }, 0); + result = getArraySum(getCharWidthsArray.apply(this, arguments)); } return result; }; - /** - returns array of lines + /** + returns array of lines */ @@ -14891,9 +13719,7 @@ var jsPDF = function (global) { } widths_array = getCharWidthsArray.apply(this, [word, options]); - current_word_length = widths_array.reduce(function (pv, cv) { - return pv + cv; - }, 0); + current_word_length = getArraySum(widths_array); if (line_length + separator_length + current_word_length > maxlen || force) { if (current_word_length > maxlen) { @@ -14910,9 +13736,7 @@ var jsPDF = function (global) { lines.push([tmp.shift()]); // single fragment occupies whole line } - current_word_length = widths_array.slice(word.length - (line[0] ? line[0].length : 0)).reduce(function (pv, cv) { - return pv + cv; - }, 0); + current_word_length = getArraySum(widths_array.slice(word.length - (line[0] ? line[0].length : 0))); } else { // just put it on a new line line = [word]; @@ -14929,36 +13753,34 @@ var jsPDF = function (global) { } } - var postProcess; - if (lineIndent) { - postProcess = function postProcess(ln, idx) { + var postProcess = function postProcess(ln, idx) { return (idx ? pad : '') + ln.join(" "); }; } else { - postProcess = function postProcess(ln) { + var postProcess = function postProcess(ln) { return ln.join(" "); }; } return lines.map(postProcess); }; - /** - * Splits a given string into an array of strings. Uses 'size' value - * (in measurement units declared as default for the jsPDF instance) - * and the font's "widths" and "Kerning" tables, where available, to - * determine display length of a given string for a given font. - * - * We use character's 100% of unit size (height) as width when Width - * table or other default width is not available. - * - * @name splitTextToSize - * @public - * @function - * @param {string} text Unencoded, regular JavaScript (Unicode, UTF-16 / UCS-2) string. - * @param {number} size Nominal number, measured in units default to this instance of jsPDF. - * @param {Object} options Optional flags needed for chopper to do the right thing. - * @returns {Array} array Array with strings chopped to size. + /** + * Splits a given string into an array of strings. Uses 'size' value + * (in measurement units declared as default for the jsPDF instance) + * and the font's "widths" and "Kerning" tables, where available, to + * determine display length of a given string for a given font. + * + * We use character's 100% of unit size (height) as width when Width + * table or other default width is not available. + * + * @name splitTextToSize + * @public + * @function + * @param {string} text Unencoded, regular JavaScript (Unicode, UTF-16 / UCS-2) string. + * @param {number} size Nominal number, measured in units default to this instance of jsPDF. + * @param {Object} options Optional flags needed for chopper to do the right thing. + * @returns {Array} array Array with strings chopped to size. */ @@ -14996,7 +13818,13 @@ var jsPDF = function (global) { widths: options.widths, kerning: options.kerning }; - } + } // then use default values + + + return { + widths: widths, + kerning: kerning + }; }.call(this, options); // first we split on end-of-line chars @@ -15033,170 +13861,149 @@ var jsPDF = function (global) { }; })(jsPDF.API); -/* global jsPDF */ - -/** @license - jsPDF standard_fonts_metrics plugin - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * MIT license. - * - * ==================================================================== +/** @license + jsPDF standard_fonts_metrics plugin + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * MIT license. + * + * ==================================================================== */ -/** -* This file adds the standard font metrics to jsPDF. -* -* Font metrics data is reprocessed derivative of contents of -* "Font Metrics for PDF Core 14 Fonts" package, which exhibits the following copyright and license: -* -* Copyright (c) 1989, 1990, 1991, 1992, 1993, 1997 Adobe Systems Incorporated. All Rights Reserved. -* -* This file and the 14 PostScript(R) AFM files it accompanies may be used, -* copied, and distributed for any purpose and without charge, with or without -* modification, provided that all copyright notices are retained; that the AFM -* files are not distributed without this file; that all modifications to this -* file or any of the AFM files are prominently noted in the modified file(s); -* and that this paragraph is not modified. Adobe Systems has no responsibility -* or obligation to support the use of the AFM files. -* -* @name standard_fonts_metrics -* @module -*/ (function (API) { - /* - # reference (Python) versions of 'compress' and 'uncompress' - # only 'uncompress' function is featured lower as JavaScript - # if you want to unit test "roundtrip", just transcribe the reference - # 'compress' function from Python into JavaScript - - def compress(data): - - keys = '0123456789abcdef' - values = 'klmnopqrstuvwxyz' - mapping = dict(zip(keys, values)) - vals = [] - for key in data.keys(): - value = data[key] - try: - keystring = hex(key)[2:] - keystring = keystring[:-1] + mapping[keystring[-1:]] - except: - keystring = key.join(["'","'"]) - #print('Keystring is %s' % keystring) - - try: - if value < 0: - valuestring = hex(value)[3:] - numberprefix = '-' - else: - valuestring = hex(value)[2:] - numberprefix = '' - valuestring = numberprefix + valuestring[:-1] + mapping[valuestring[-1:]] - except: - if type(value) == dict: - valuestring = compress(value) - else: - raise Exception("Don't know what to do with value type %s" % type(value)) - - vals.append(keystring+valuestring) - - return '{' + ''.join(vals) + '}' - - def uncompress(data): - - decoded = '0123456789abcdef' - encoded = 'klmnopqrstuvwxyz' - mapping = dict(zip(encoded, decoded)) - - sign = +1 - stringmode = False - stringparts = [] - - output = {} - - activeobject = output - parentchain = [] - - keyparts = '' - valueparts = '' - - key = None - - ending = set(encoded) - - i = 1 - l = len(data) - 1 # stripping starting, ending {} - while i != l: # stripping {} - # -, {, }, ' are special. - - ch = data[i] - i += 1 - - if ch == "'": - if stringmode: - # end of string mode - stringmode = False - key = ''.join(stringparts) - else: - # start of string mode - stringmode = True - stringparts = [] - elif stringmode == True: - #print("Adding %s to stringpart" % ch) - stringparts.append(ch) - - elif ch == '{': - # start of object - parentchain.append( [activeobject, key] ) - activeobject = {} - key = None - #DEBUG = True - elif ch == '}': - # end of object - parent, key = parentchain.pop() - parent[key] = activeobject - key = None - activeobject = parent - #DEBUG = False - - elif ch == '-': - sign = -1 - else: - # must be number - if key == None: - #debug("In Key. It is '%s', ch is '%s'" % (keyparts, ch)) - if ch in ending: - #debug("End of key") - keyparts += mapping[ch] - key = int(keyparts, 16) * sign - sign = +1 - keyparts = '' - else: - keyparts += ch - else: - #debug("In value. It is '%s', ch is '%s'" % (valueparts, ch)) - if ch in ending: - #debug("End of value") - valueparts += mapping[ch] - activeobject[key] = int(valueparts, 16) * sign - sign = +1 - key = None - valueparts = '' - else: - valueparts += ch - - #debug(activeobject) - - return output - + /* + # reference (Python) versions of 'compress' and 'uncompress' + # only 'uncompress' function is featured lower as JavaScript + # if you want to unit test "roundtrip", just transcribe the reference + # 'compress' function from Python into JavaScript + + def compress(data): + + keys = '0123456789abcdef' + values = 'klmnopqrstuvwxyz' + mapping = dict(zip(keys, values)) + vals = [] + for key in data.keys(): + value = data[key] + try: + keystring = hex(key)[2:] + keystring = keystring[:-1] + mapping[keystring[-1:]] + except: + keystring = key.join(["'","'"]) + #print('Keystring is %s' % keystring) + + try: + if value < 0: + valuestring = hex(value)[3:] + numberprefix = '-' + else: + valuestring = hex(value)[2:] + numberprefix = '' + valuestring = numberprefix + valuestring[:-1] + mapping[valuestring[-1:]] + except: + if type(value) == dict: + valuestring = compress(value) + else: + raise Exception("Don't know what to do with value type %s" % type(value)) + + vals.append(keystring+valuestring) + + return '{' + ''.join(vals) + '}' + + def uncompress(data): + + decoded = '0123456789abcdef' + encoded = 'klmnopqrstuvwxyz' + mapping = dict(zip(encoded, decoded)) + + sign = +1 + stringmode = False + stringparts = [] + + output = {} + + activeobject = output + parentchain = [] + + keyparts = '' + valueparts = '' + + key = None + + ending = set(encoded) + + i = 1 + l = len(data) - 1 # stripping starting, ending {} + while i != l: # stripping {} + # -, {, }, ' are special. + + ch = data[i] + i += 1 + + if ch == "'": + if stringmode: + # end of string mode + stringmode = False + key = ''.join(stringparts) + else: + # start of string mode + stringmode = True + stringparts = [] + elif stringmode == True: + #print("Adding %s to stringpart" % ch) + stringparts.append(ch) + + elif ch == '{': + # start of object + parentchain.append( [activeobject, key] ) + activeobject = {} + key = None + #DEBUG = True + elif ch == '}': + # end of object + parent, key = parentchain.pop() + parent[key] = activeobject + key = None + activeobject = parent + #DEBUG = False + + elif ch == '-': + sign = -1 + else: + # must be number + if key == None: + #debug("In Key. It is '%s', ch is '%s'" % (keyparts, ch)) + if ch in ending: + #debug("End of key") + keyparts += mapping[ch] + key = int(keyparts, 16) * sign + sign = +1 + keyparts = '' + else: + keyparts += ch + else: + #debug("In value. It is '%s', ch is '%s'" % (valueparts, ch)) + if ch in ending: + #debug("End of value") + valueparts += mapping[ch] + activeobject[key] = int(valueparts, 16) * sign + sign = +1 + key = None + valueparts = '' + else: + valueparts += ch + + #debug(activeobject) + + return output + */ - /** - Uncompresses data compressed into custom, base16-like format. - @public - @function - @param - @returns {Type} + /** + Uncompresses data compressed into custom, base16-like format. + @public + @function + @param + @returns {Type} */ var uncompress = function uncompress(data) { @@ -15340,16 +14147,16 @@ var jsPDF = function (global) { 'Helvetica-Oblique': uncompress("{'widths'{k3p2q4mcx1w201n3r201o6o201s1q201t1q201u1q201w2l201x2l201y2l2k1w2l1w202m2n2n3r2o3r2p5t202q6o2r1n2s2l2t2l2u2r2v3u2w1w2x2l2y1w2z1w3k3r3l3r3m3r3n3r3o3r3p3r3q3r3r3r3s3r203t2l203u2l3v1w3w3u3x3u3y3u3z3r4k6p4l4m4m4m4n4s4o4s4p4m4q3x4r4y4s4s4t1w4u3m4v4m4w3r4x5n4y4s4z4y5k4m5l4y5m4s5n4m5o3x5p4s5q4m5r5y5s4m5t4m5u3x5v1w5w1w5x1w5y2z5z3r6k2l6l3r6m3r6n3m6o3r6p3r6q1w6r3r6s3r6t1q6u1q6v3m6w1q6x5n6y3r6z3r7k3r7l3r7m2l7n3m7o1w7p3r7q3m7r4s7s3m7t3m7u3m7v2l7w1u7x2l7y3u202l3rcl4mal2lam3ran3rao3rap3rar3ras2lat4tau2pav3raw3uay4taz2lbk2sbl3u'fof'6obo2lbp3rbr1wbs2lbu2obv3rbz3xck4m202k3rcm4mcn4mco4mcp4mcq6ocr4scs4mct4mcu4mcv4mcw1w2m2ncy1wcz1wdl4sdm4ydn4ydo4ydp4ydq4yds4ydt4sdu4sdv4sdw4sdz3xek3rel3rem3ren3reo3rep3req5ter3mes3ret3reu3rev3rew1wex1wey1wez1wfl3rfm3rfn3rfo3rfp3rfq3rfr3ufs3xft3rfu3rfv3rfw3rfz3m203k6o212m6o2dw2l2cq2l3t3r3u1w17s4m19m3r}'kerning'{5q{4wv}cl{4qs5kw5ow5qs17sv5tv}201t{2wu4w1k2yu}201x{2wu4wy2yu}17s{2ktclucmucnu4otcpu4lu4wycoucku}2w{7qs4qz5k1m17sy5ow5qx5rsfsu5ty7tufzu}2x{17sy5ty5oy5qs}2y{7qs4qz5k1m17sy5ow5qx5rsfsu5ty7tufzu}'fof'-6o7p{17sv5tv5ow}ck{4qs5kw5ow5qs17sv5tv}4l{4qs5kw5ow5qs17sv5tv}cm{4qs5kw5ow5qs17sv5tv}cn{4qs5kw5ow5qs17sv5tv}co{4qs5kw5ow5qs17sv5tv}cp{4qs5kw5ow5qs17sv5tv}6l{17sy5ty5ow}do{17st5tt}4z{17st5tt}7s{fst}dm{17st5tt}dn{17st5tt}5o{ckwclwcmwcnwcowcpw4lw4wv}dp{17st5tt}dq{17st5tt}7t{5ow}ds{17st5tt}5t{2ktclucmucnu4otcpu4lu4wycoucku}fu{17sv5tv5ow}6p{17sy5ty5ow5qs}ek{17sy5ty5ow}el{17sy5ty5ow}em{17sy5ty5ow}en{5ty}eo{17sy5ty5ow}ep{17sy5ty5ow}es{17sy5ty5qs}et{17sy5ty5ow5qs}eu{17sy5ty5ow5qs}ev{17sy5ty5ow5qs}6z{17sy5ty5ow5qs}fm{17sy5ty5ow5qs}fn{17sy5ty5ow5qs}fo{17sy5ty5ow5qs}fp{17sy5ty5qs}fq{17sy5ty5ow5qs}7r{5ow}fs{17sy5ty5ow5qs}ft{17sv5tv5ow}7m{5ow}fv{17sv5tv5ow}fw{17sv5tv5ow}}}") } }; - /* - This event handler is fired when a new jsPDF object is initialized - This event handler appends metrics data to standard fonts within - that jsPDF instance. The metrics are mapped over Unicode character - codes, NOT CIDs or other codes matching the StandardEncoding table of the - standard PDF fonts. - Future: - Also included is the encoding maping table, converting Unicode (UCS-2, UTF-16) - char codes to StandardEncoding character codes. The encoding table is to be used - somewhere around "pdfEscape" call. + /* + This event handler is fired when a new jsPDF object is initialized + This event handler appends metrics data to standard fonts within + that jsPDF instance. The metrics are mapped over Unicode character + codes, NOT CIDs or other codes matching the StandardEncoding table of the + standard PDF fonts. + Future: + Also included is the encoding maping table, converting Unicode (UCS-2, UTF-16) + char codes to StandardEncoding character codes. The encoding table is to be used + somewhere around "pdfEscape" call. */ API.events.push(['addFont', function (data) { @@ -15389,17 +14196,17 @@ var jsPDF = function (global) { }]); // end of adding event handler })(jsPDF.API); -/** - * @license - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * @license + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* @name ttfsupport -* @module +/** +* @name ttfsupport +* @module */ -(function (jsPDF) { +(function (jsPDF, global) { jsPDF.API.events.push(['addFont', function (data) { var font = data.font; @@ -15423,40 +14230,32 @@ var jsPDF = function (global) { throw new Error("Font does not exist in vFS, import fonts or remove declaration doc.addFont('" + font.postScriptName + "')."); } }]); // end of adding event handler -})(jsPDF); - -/* global jsPDF, canvg */ +})(jsPDF, typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || Function("return this")()); -/** @license - * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com - * - * - * ==================================================================== +/** @license + * Copyright (c) 2012 Willow Systems Corporation, willow-systems.com + * + * + * ==================================================================== */ -/** -* jsPDF SVG plugin -* -* @name svg -* @module -*/ (function (jsPDFAPI) { - /** - * Parses SVG XML and converts only some of the SVG elements into - * PDF elements. - * - * Supports: - * paths - * - * @name addSvg - * @public - * @function - * @param {string} SVG-Data as Text - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width of SVG (in units declared at inception of PDF document) - * @param {number} height of SVG (in units declared at inception of PDF document) - * @returns {Object} jsPDF-instance + /** + * Parses SVG XML and converts only some of the SVG elements into + * PDF elements. + * + * Supports: + * paths + * + * @name addSvg + * @public + * @function + * @param {string} SVG-Data as Text + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width of SVG (in units declared at inception of PDF document) + * @param {number} height of SVG (in units declared at inception of PDF document) + * @returns {Object} jsPDF-instance */ jsPDFAPI.addSvg = function (svgtext, x, y, w, h) { @@ -15584,24 +14383,24 @@ var jsPDF = function (global) { jsPDFAPI.addSVG = jsPDFAPI.addSvg; - /** - * Parses SVG XML and saves it as image into the PDF. - * - * Depends on canvas-element and canvg - * - * @name addSvgAsImage - * @public - * @function - * @param {string} SVG-Data as Text - * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page - * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page - * @param {number} width of SVG-Image (in units declared at inception of PDF document) - * @param {number} height of SVG-Image (in units declared at inception of PDF document) - * @param {string} alias of SVG-Image (if used multiple times) - * @param {string} compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' - * @param {number} rotation of the image in degrees (0-359) - * - * @returns jsPDF jsPDF-instance + /** + * Parses SVG XML and saves it as image into the PDF. + * + * Depends on canvas-element and canvg + * + * @name addSvgAsImage + * @public + * @function + * @param {string} SVG-Data as Text + * @param {number} x Coordinate (in units declared at inception of PDF document) against left edge of the page + * @param {number} y Coordinate (in units declared at inception of PDF document) against upper edge of the page + * @param {number} width of SVG-Image (in units declared at inception of PDF document) + * @param {number} height of SVG-Image (in units declared at inception of PDF document) + * @param {string} alias of SVG-Image (if used multiple times) + * @param {string} compression of the generated JPEG, can have the values 'NONE', 'FAST', 'MEDIUM' and 'SLOW' + * @param {number} rotation of the image in degrees (0-359) + * + * @returns jsPDF jsPDF-instance */ jsPDFAPI.addSvgAsImage = function (svg, x, y, w, h, alias, compression, rotation) { @@ -15634,28 +14433,26 @@ var jsPDF = function (global) { }; })(jsPDF.API); -/* global jsPDF */ - -/** - * @license - * ==================================================================== - * Copyright (c) 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br - * - * - * ==================================================================== +/** + * @license + * ==================================================================== + * Copyright (c) 2013 Eduardo Menezes de Morais, eduardo.morais@usp.br + * + * + * ==================================================================== */ -/** - * jsPDF total_pages plugin - * @name total_pages - * @module +/** + * jsPDF total_pages plugin + * @name total_pages + * @module */ (function (jsPDFAPI) { - /** - * @name putTotalPages - * @function - * @param {string} pageExpression Regular Expression - * @returns {jsPDF} jsPDF-instance + /** + * @name putTotalPages + * @function + * @param {string} pageExpression Regular Expression + * @returns {jsPDF} jsPDF-instance */ jsPDFAPI.putTotalPages = function (pageExpression) { @@ -15681,111 +14478,109 @@ var jsPDF = function (global) { }; })(jsPDF.API); -/* global jsPDF */ - -/** - * jsPDF viewerPreferences Plugin - * @author Aras Abbasi (github.com/arasabbasi) - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * jsPDF viewerPreferences Plugin + * @author Aras Abbasi (github.com/arasabbasi) + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* Adds the ability to set ViewerPreferences and by thus -* controlling the way the document is to be presented on the -* screen or in print. -* @name viewerpreferences -* @module +/** +* Adds the ability to set ViewerPreferences and by thus +* controlling the way the document is to be presented on the +* screen or in print. +* @name viewerpreferences +* @module */ (function (jsPDFAPI) { - /** - * Set the ViewerPreferences of the generated PDF - * - * @name viewerPreferences - * @function - * @public - * @param {Object} options Array with the ViewerPreferences
    - * Example: doc.viewerPreferences({"FitWindow":true});
    - *
    - * You can set following preferences:
    - *
    - * HideToolbar (boolean)
    - * Default value: false
    - *
    - * HideMenubar (boolean)
    - * Default value: false.
    - *
    - * HideWindowUI (boolean)
    - * Default value: false.
    - *
    - * FitWindow (boolean)
    - * Default value: false.
    - *
    - * CenterWindow (boolean)
    - * Default value: false
    - *
    - * DisplayDocTitle (boolean)
    - * Default value: false.
    - *
    - * NonFullScreenPageMode (string)
    - * Possible values: UseNone, UseOutlines, UseThumbs, UseOC
    - * Default value: UseNone
    - *
    - * Direction (string)
    - * Possible values: L2R, R2L
    - * Default value: L2R.
    - *
    - * ViewArea (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox.
    - *
    - * ViewClip (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox
    - *
    - * PrintArea (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox
    - *
    - * PrintClip (string)
    - * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    - * Default value: CropBox.
    - *
    - * PrintScaling (string)
    - * Possible values: AppDefault, None
    - * Default value: AppDefault.
    - *
    - * Duplex (string)
    - * Possible values: Simplex, DuplexFlipLongEdge, DuplexFlipShortEdge - * Default value: none
    - *
    - * PickTrayByPDFSize (boolean)
    - * Default value: false
    - *
    - * PrintPageRange (Array)
    - * Example: [[1,5], [7,9]]
    - * Default value: as defined by PDF viewer application
    - *
    - * NumCopies (Number)
    - * Possible values: 1, 2, 3, 4, 5
    - * Default value: 1
    - *
    - * For more information see the PDF Reference, sixth edition on Page 577 - * @param {boolean} doReset True to reset the settings - * @function - * @returns jsPDF jsPDF-instance - * @example - * var doc = new jsPDF() - * doc.text('This is a test', 10, 10) - * doc.viewerPreferences({'FitWindow': true}, true) - * doc.save("viewerPreferences.pdf") - * - * // Example printing 10 copies, using cropbox, and hiding UI. - * doc.viewerPreferences({ - * 'HideWindowUI': true, - * 'PrintArea': 'CropBox', - * 'NumCopies': 10 - * }) + /** + * Set the ViewerPreferences of the generated PDF + * + * @name viewerPreferences + * @function + * @public + * @param {Object} options Array with the ViewerPreferences
    + * Example: doc.viewerPreferences({"FitWindow":true});
    + *
    + * You can set following preferences:
    + *
    + * HideToolbar (boolean)
    + * Default value: false
    + *
    + * HideMenubar (boolean)
    + * Default value: false.
    + *
    + * HideWindowUI (boolean)
    + * Default value: false.
    + *
    + * FitWindow (boolean)
    + * Default value: false.
    + *
    + * CenterWindow (boolean)
    + * Default value: false
    + *
    + * DisplayDocTitle (boolean)
    + * Default value: false.
    + *
    + * NonFullScreenPageMode (string)
    + * Possible values: UseNone, UseOutlines, UseThumbs, UseOC
    + * Default value: UseNone
    + *
    + * Direction (string)
    + * Possible values: L2R, R2L
    + * Default value: L2R.
    + *
    + * ViewArea (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox.
    + *
    + * ViewClip (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox
    + *
    + * PrintArea (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox
    + *
    + * PrintClip (string)
    + * Possible values: MediaBox, CropBox, TrimBox, BleedBox, ArtBox
    + * Default value: CropBox.
    + *
    + * PrintScaling (string)
    + * Possible values: AppDefault, None
    + * Default value: AppDefault.
    + *
    + * Duplex (string)
    + * Possible values: Simplex, DuplexFlipLongEdge, DuplexFlipShortEdge + * Default value: none
    + *
    + * PickTrayByPDFSize (boolean)
    + * Default value: false
    + *
    + * PrintPageRange (Array)
    + * Example: [[1,5], [7,9]]
    + * Default value: as defined by PDF viewer application
    + *
    + * NumCopies (Number)
    + * Possible values: 1, 2, 3, 4, 5
    + * Default value: 1
    + *
    + * For more information see the PDF Reference, sixth edition on Page 577 + * @param {boolean} doReset True to reset the settings + * @function + * @returns jsPDF jsPDF-instance + * @example + * var doc = new jsPDF() + * doc.text('This is a test', 10, 10) + * doc.viewerPreferences({'FitWindow': true}, true) + * doc.save("viewerPreferences.pdf") + * + * // Example printing 10 copies, using cropbox, and hiding UI. + * doc.viewerPreferences({ + * 'HideWindowUI': true, + * 'PrintArea': 'CropBox', + * 'NumCopies': 10 + * }) */ jsPDFAPI.viewerPreferences = function (options, doReset) { @@ -16036,33 +14831,33 @@ var jsPDF = function (global) { }; })(jsPDF.API); -/* global jsPDF */ - -/** ==================================================================== - * jsPDF XMP metadata plugin - * Copyright (c) 2016 Jussi Utunen, u-jussi@suomi24.fi - * - * - * ==================================================================== +/** ==================================================================== + * jsPDF XMP metadata plugin + * Copyright (c) 2016 Jussi Utunen, u-jussi@suomi24.fi + * + * + * ==================================================================== */ -/** -* @name xmp_metadata -* @module +/*global jsPDF */ + +/** +* @name xmp_metadata +* @module */ (function (jsPDFAPI) { var xmpmetadata = ""; var xmpnamespaceuri = ""; var metadata_object_number = ""; - /** - * Adds XMP formatted metadata to PDF - * - * @name addMetadata - * @function - * @param {String} metadata The actual metadata to be added. The metadata shall be stored as XMP simple value. Note that if the metadata string contains XML markup characters "<", ">" or "&", those characters should be written using XML entities. - * @param {String} namespaceuri Sets the namespace URI for the metadata. Last character should be slash or hash. - * @returns {jsPDF} jsPDF-instance + /** + * Adds XMP formatted metadata to PDF + * + * @name addMetadata + * @function + * @param {String} metadata The actual metadata to be added. The metadata shall be stored as XMP simple value. Note that if the metadata string contains XML markup characters "<", ">" or "&", those characters should be written using XML entities. + * @param {String} namespaceuri Sets the namespace URI for the metadata. Last character should be slash or hash. + * @returns {jsPDF} jsPDF-instance */ jsPDFAPI.addMetadata = function (metadata, namespaceuri) { @@ -16100,13 +14895,11 @@ var jsPDF = function (global) { }; })(jsPDF.API); -/* global jsPDF */ - -/** -* @name utf8 -* @module +/** +* @name utf8 +* @module */ -(function (jsPDF) { +(function (jsPDF, global) { var jsPDFAPI = jsPDF.API; /**************************************************/ @@ -16181,11 +14974,9 @@ var jsPDF = function (global) { range = []; } - if (map[code] !== undefined && map[code] !== null && typeof map[code].toString === "function") { - unicode = ('0000' + map[code].toString(16)).slice(-4); - code = ('0000' + (+code).toString(16)).slice(-4); - range.push("<" + code + "><" + unicode + ">"); - } + unicode = ('0000' + map[code].toString(16)).slice(-4); + code = ('0000' + (+code).toString(16)).slice(-4); + range.push("<" + code + "><" + unicode + ">"); } if (range.length) { @@ -16196,13 +14987,7 @@ var jsPDF = function (global) { return unicodeMap; }; - var identityHFunction = function identityHFunction(options) { - var font = options.font; - var out = options.out; - var newObject = options.newObject; - var putStream = options.putStream; - var pdfEscapeWithNeededParanthesis = options.pdfEscapeWithNeededParanthesis; - + var identityHFunction = function identityHFunction(font, out, newObject, putStream) { if (font.metadata instanceof jsPDF.API.TTFFont && font.encoding === 'Identity-H') { //Tag with Identity-H var widths = font.metadata.Unicode.widths; @@ -16230,7 +15015,7 @@ var jsPDF = function (global) { var fontDescriptor = newObject(); out('<<'); out('/Type /FontDescriptor'); - out('/FontName /' + pdfEscapeWithNeededParanthesis(font.fontName)); + out('/FontName /' + font.fontName); out('/FontFile2 ' + fontTable + ' 0 R'); out('/FontBBox ' + jsPDF.API.PDFObject.convert(font.metadata.bbox)); out('/Flags ' + font.metadata.flags); @@ -16244,7 +15029,7 @@ var jsPDF = function (global) { var DescendantFont = newObject(); out('<<'); out('/Type /Font'); - out('/BaseFont /' + pdfEscapeWithNeededParanthesis(font.fontName)); + out('/BaseFont /' + font.fontName); out('/FontDescriptor ' + fontDescriptor + ' 0 R'); out('/W ' + jsPDF.API.PDFObject.convert(widths)); out('/CIDToGIDMap /Identity'); @@ -16273,18 +15058,13 @@ var jsPDF = function (global) { }; jsPDFAPI.events.push(['putFont', function (args) { - identityHFunction(args); + identityHFunction(args.font, args.out, args.newObject, args.putStream); }]); - var winAnsiEncodingFunction = function winAnsiEncodingFunction(options) { - var font = options.font; - var out = options.out; - var newObject = options.newObject; - var putStream = options.putStream; - var pdfEscapeWithNeededParanthesis = options.pdfEscapeWithNeededParanthesis; - + var winAnsiEncodingFunction = function winAnsiEncodingFunction(font, out, newObject, putStream) { if (font.metadata instanceof jsPDF.API.TTFFont && font.encoding === 'WinAnsiEncoding') { //Tag with WinAnsi encoding + var widths = font.metadata.Unicode.widths; var data = font.metadata.rawData; var pdfOutput = data; var pdfOutput2 = ""; @@ -16315,15 +15095,15 @@ var jsPDF = function (global) { out('/FontFile2 ' + fontTable + ' 0 R'); out('/Flags 96'); out('/FontBBox ' + jsPDF.API.PDFObject.convert(font.metadata.bbox)); - out('/FontName /' + pdfEscapeWithNeededParanthesis(font.fontName)); + out('/FontName /' + font.fontName); out('/ItalicAngle ' + font.metadata.italicAngle); out('/Ascent ' + font.metadata.ascender); out('>>'); out('endobj'); font.objectNumber = newObject(); - for (var j = 0; j < font.metadata.hmtx.widths.length; j++) { - font.metadata.hmtx.widths[j] = parseInt(font.metadata.hmtx.widths[j] * (1000 / font.metadata.head.unitsPerEm)); //Change the width of Em units to Point units. + for (var i = 0; i < font.metadata.hmtx.widths.length; i++) { + font.metadata.hmtx.widths[i] = parseInt(font.metadata.hmtx.widths[i] * (1000 / font.metadata.head.unitsPerEm)); //Change the width of Em units to Point units. } out('<>'); @@ -16333,7 +15113,7 @@ var jsPDF = function (global) { }; jsPDFAPI.events.push(['putFont', function (args) { - winAnsiEncodingFunction(args); + winAnsiEncodingFunction(args.font, args.out, args.newObject, args.putStream); }]); var utf8TextFunction = function utf8TextFunction(args) { @@ -16345,11 +15125,13 @@ var jsPDF = function (global) { var pdfEscape = mutex.pdfEscape; var activeFontKey = mutex.activeFontKey; var fonts = mutex.fonts; - var key = activeFontKey; + var key, + fontSize = mutex.activeFontSize; var str = '', s = 0, cmapConfirm; var strText = ''; + var key = activeFontKey; var encoding = fonts[key].encoding; if (fonts[key].encoding !== 'Identity-H') { @@ -16361,7 +15143,6 @@ var jsPDF = function (global) { mutex: mutex }; } - strText = text; key = activeFontKey; @@ -16372,19 +15153,19 @@ var jsPDF = function (global) { for (s = 0; s < strText.length; s += 1) { if (fonts[key].metadata.hasOwnProperty('cmap')) { cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s].charCodeAt(0)]; - /* - if (Object.prototype.toString.call(text) === '[object Array]') { - var i = 0; - // for (i = 0; i < text.length; i += 1) { - if (Object.prototype.toString.call(text[s]) === '[object Array]') { - cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s][0].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id - } else { - - } - //} - - } else { - cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id + /* + if (Object.prototype.toString.call(text) === '[object Array]') { + var i = 0; + // for (i = 0; i < text.length; i += 1) { + if (Object.prototype.toString.call(text[s]) === '[object Array]') { + cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s][0].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id + } else { + + } + //} + + } else { + cmapConfirm = fonts[key].metadata.cmap.unicode.codeMap[strText[s].charCodeAt(0)]; //Make sure the cmap has the corresponding glyph id }*/ } @@ -16424,6 +15205,7 @@ var jsPDF = function (global) { y = parms.y, options = parms.options, mutex = parms.mutex; + var lang = options.lang; var tmpText = []; var args = { text: text, @@ -16463,22 +15245,20 @@ var jsPDF = function (global) { }; jsPDFAPI.events.push(['postProcessText', utf8EscapeFunction]); -})(jsPDF); +})(jsPDF, typeof self !== "undefined" && self || typeof global !== "undefined" && global || typeof window !== "undefined" && window || Function("return this")()); -/* global jsPDF */ - -/** - * jsPDF virtual FileSystem functionality - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/** + * jsPDF virtual FileSystem functionality + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ -/** -* Use the vFS to handle files -* -* @name vFS -* @module +/** +* Use the vFS to handle files +* +* @name vFS +* @module */ (function (jsPDFAPI) { @@ -16493,15 +15273,15 @@ var jsPDF = function (global) { return true; }; - /** - * Check if the file exists in the vFS - * - * @name existsFileInVFS - * @function - * @param {string} Possible filename in the vFS. - * @returns {boolean} - * @example - * doc.existsFileInVFS("someFile.txt"); + /** + * Check if the file exists in the vFS + * + * @name existsFileInVFS + * @function + * @param {string} Possible filename in the vFS. + * @returns {boolean} + * @example + * doc.existsFileInVFS("someFile.txt"); */ @@ -16512,16 +15292,16 @@ var jsPDF = function (global) { return false; }; - /** - * Add a file to the vFS - * - * @name addFileToVFS - * @function - * @param {string} filename The name of the file which should be added. - * @param {string} filecontent The content of the file. - * @returns {jsPDF} - * @example - * doc.addFileToVFS("someFile.txt", "BADFACE1"); + /** + * Add a file to the vFS + * + * @name addFileToVFS + * @function + * @param {string} filename The name of the file which should be added. + * @param {string} filecontent The content of the file. + * @returns {jsPDF} + * @example + * doc.addFileToVFS("someFile.txt", "BADFACE1"); */ @@ -16531,15 +15311,15 @@ var jsPDF = function (global) { this.internal.vFS[filename] = filecontent; return this; }; - /** - * Get the file from the vFS - * - * @name getFileFromVFS - * @function - * @param {string} The name of the file which gets requested. - * @returns {string} - * @example - * doc.getFileFromVFS("someFile.txt"); + /** + * Get the file from the vFS + * + * @name getFileFromVFS + * @function + * @param {string} The name of the file which gets requested. + * @returns {string} + * @example + * doc.getFileFromVFS("someFile.txt"); */ @@ -16554,13 +15334,11 @@ var jsPDF = function (global) { }; })(jsPDF.API); -/* global jsPDF */ - -/* - * Copyright (c) 2012 chick307 - * - * Licensed under the MIT License. - * http://opensource.org/licenses/mit-license +/* + * Copyright (c) 2012 chick307 + * + * Licensed under the MIT License. + * http://opensource.org/licenses/mit-license */ (function (jsPDF, callback) { jsPDF.API.adler32cs = callback(); @@ -16569,13 +15347,13 @@ var jsPDF = function (global) { var _Buffer = null, _isBuffer = function () { - if (!_hasArrayBuffer) { return function _isBuffer() { + if (!_hasArrayBuffer) return function _isBuffer() { return false; - }; } + }; try { var buffer = {}; - if (typeof buffer.Buffer === 'function') { _Buffer = buffer.Buffer; } // eslint-disable-next-line no-empty + if (typeof buffer.Buffer === 'function') _Buffer = buffer.Buffer; } catch (error) {} return function _isBuffer(value) { @@ -16629,7 +15407,7 @@ var jsPDF = function (global) { throw new TypeError('Constructor cannot called be as a function.'); } - if (!isFinite(checksum = checksum === null ? 1 : +checksum)) { + if (!isFinite(checksum = checksum == null ? 1 : +checksum)) { throw new Error('First arguments needs to be a finite number.'); } @@ -16647,7 +15425,7 @@ var jsPDF = function (global) { throw new TypeError('Constructor cannot called be as a function.'); } - if (binaryString === null) { throw new Error('First argument needs to be a string.'); } + if (binaryString == null) throw new Error('First argument needs to be a string.'); this.checksum = _update(1, binaryString.toString()); }); @@ -16659,7 +15437,7 @@ var jsPDF = function (global) { throw new TypeError('Constructor cannot called be as a function.'); } - if (utf8String === null) { throw new Error('First argument needs to be a string.'); } + if (utf8String == null) throw new Error('First argument needs to be a string.'); var binaryString = _utf8ToBinary(utf8String.toString()); @@ -16675,20 +15453,20 @@ var jsPDF = function (global) { throw new TypeError('Constructor cannot called be as a function.'); } - if (!_isBuffer(buffer)) { throw new Error('First argument needs to be ArrayBuffer.'); } + if (!_isBuffer(buffer)) throw new Error('First argument needs to be ArrayBuffer.'); var array = new Uint8Array(buffer); return this.checksum = _updateUint8Array(1, array); }); } proto.update = function update(binaryString) { - if (binaryString === null) { throw new Error('First argument needs to be a string.'); } + if (binaryString == null) throw new Error('First argument needs to be a string.'); binaryString = binaryString.toString(); return this.checksum = _update(this.checksum, binaryString); }; proto.updateUtf8 = function updateUtf8(utf8String) { - if (utf8String === null) { throw new Error('First argument needs to be a string.'); } + if (utf8String == null) throw new Error('First argument needs to be a string.'); var binaryString = _utf8ToBinary(utf8String.toString()); @@ -16697,7 +15475,7 @@ var jsPDF = function (global) { if (_hasArrayBuffer) { proto.updateBuffer = function updateBuffer(buffer) { - if (!_isBuffer(buffer)) { throw new Error('First argument needs to be ArrayBuffer.'); } + if (!_isBuffer(buffer)) throw new Error('First argument needs to be ArrayBuffer.'); var array = new Uint8Array(buffer); return this.checksum = _updateUint8Array(this.checksum, array); }; @@ -16711,12 +15489,12 @@ var jsPDF = function (global) { }(); exports.from = function from(binaryString) { - if (binaryString === null) { throw new Error('First argument needs to be a string.'); } + if (binaryString == null) throw new Error('First argument needs to be a string.'); return _update(1, binaryString.toString()); }; exports.fromUtf8 = function fromUtf8(utf8String) { - if (utf8String === null) { throw new Error('First argument needs to be a string.'); } + if (utf8String == null) throw new Error('First argument needs to be a string.'); var binaryString = _utf8ToBinary(utf8String.toString()); @@ -16725,7 +15503,7 @@ var jsPDF = function (global) { if (_hasArrayBuffer) { exports.fromBuffer = function fromBuffer(buffer) { - if (!_isBuffer(buffer)) { throw new Error('First argument need to be ArrayBuffer.'); } + if (!_isBuffer(buffer)) throw new Error('First argument need to be ArrayBuffer.'); var array = new Uint8Array(buffer); return _updateUint8Array(1, array); }; @@ -16734,58 +15512,58 @@ var jsPDF = function (global) { return exports; }); -/** -* Unicode Bidi Engine based on the work of Alex Shensis (@asthensis) -* MIT License +/** +* Unicode Bidi Engine based on the work of Alex Shensis (@asthensis) +* MIT License */ (function (jsPDF) { - /** - * Table of Unicode types. - * - * Generated by: - * - * var bidi = require("./bidi/index"); - * var bidi_accumulate = bidi.slice(0, 256).concat(bidi.slice(0x0500, 0x0500 + 256 * 3)). - * concat(bidi.slice(0x2000, 0x2000 + 256)).concat(bidi.slice(0xFB00, 0xFB00 + 256)). - * concat(bidi.slice(0xFE00, 0xFE00 + 2 * 256)); - * - * for( var i = 0; i < bidi_accumulate.length; i++) { - * if(bidi_accumulate[i] === undefined || bidi_accumulate[i] === 'ON') - * bidi_accumulate[i] = 'N'; //mark as neutral to conserve space and substitute undefined - * } - * var bidiAccumulateStr = 'return [ "' + bidi_accumulate.toString().replace(/,/g, '", "') + '" ];'; - * require("fs").writeFile('unicode-types.js', bidiAccumulateStr); - * - * Based on: - * https://github.com/mathiasbynens/unicode-8.0.0 + /** + * Table of Unicode types. + * + * Generated by: + * + * var bidi = require("./bidi/index"); + * var bidi_accumulate = bidi.slice(0, 256).concat(bidi.slice(0x0500, 0x0500 + 256 * 3)). + * concat(bidi.slice(0x2000, 0x2000 + 256)).concat(bidi.slice(0xFB00, 0xFB00 + 256)). + * concat(bidi.slice(0xFE00, 0xFE00 + 2 * 256)); + * + * for( var i = 0; i < bidi_accumulate.length; i++) { + * if(bidi_accumulate[i] === undefined || bidi_accumulate[i] === 'ON') + * bidi_accumulate[i] = 'N'; //mark as neutral to conserve space and substitute undefined + * } + * var bidiAccumulateStr = 'return [ "' + bidi_accumulate.toString().replace(/,/g, '", "') + '" ];'; + * require("fs").writeFile('unicode-types.js', bidiAccumulateStr); + * + * Based on: + * https://github.com/mathiasbynens/unicode-8.0.0 */ var bidiUnicodeTypes = ["BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "S", "B", "S", "WS", "B", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "B", "B", "B", "S", "WS", "N", "N", "ET", "ET", "ET", "N", "N", "N", "N", "N", "ES", "CS", "ES", "CS", "CS", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "CS", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "N", "BN", "BN", "BN", "BN", "BN", "BN", "B", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "CS", "N", "ET", "ET", "ET", "ET", "N", "N", "N", "N", "L", "N", "N", "BN", "N", "N", "ET", "ET", "EN", "EN", "N", "L", "N", "N", "N", "EN", "L", "N", "N", "N", "N", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "L", "L", "L", "L", "N", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "L", "N", "N", "N", "N", "N", "ET", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "R", "NSM", "R", "NSM", "NSM", "R", "NSM", "NSM", "R", "NSM", "N", "N", "N", "N", "N", "N", "N", "N", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "R", "N", "N", "N", "N", "N", "R", "R", "R", "R", "R", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "AN", "AN", "AN", "AN", "AN", "AN", "N", "N", "AL", "ET", "ET", "AL", "CS", "AL", "N", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "N", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "ET", "AN", "AN", "AL", "AL", "AL", "NSM", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AN", "N", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "NSM", "NSM", "N", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "N", "AL", "AL", "NSM", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "N", "N", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", 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"L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "N", "N", "N", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "L", "L", "L", "N", "N", "L", "L", "L", "N", "N", "N", "ET", "ET", "N", "N", "N", "ET", "ET", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N", "N"]; - /** - * Unicode Bidi algorithm compliant Bidi engine. - * For reference see http://unicode.org/reports/tr9/ + /** + * Unicode Bidi algorithm compliant Bidi engine. + * For reference see http://unicode.org/reports/tr9/ */ - /** - * constructor ( options ) - * - * Initializes Bidi engine - * - * @param {Object} See 'setOptions' below for detailed description. - * options are cashed between invocation of 'doBidiReorder' method - * - * sample usage pattern of BidiEngine: - * var opt = { - * isInputVisual: true, - * isInputRtl: false, - * isOutputVisual: false, - * isOutputRtl: false, - * isSymmetricSwapping: true - * } - * var sourceToTarget = [], levels = []; - * var bidiEng = Globalize.bidiEngine(opt); - * var src = "text string to be reordered"; - * var ret = bidiEng.doBidiReorder(src, sourceToTarget, levels); + /** + * constructor ( options ) + * + * Initializes Bidi engine + * + * @param {Object} See 'setOptions' below for detailed description. + * options are cashed between invocation of 'doBidiReorder' method + * + * sample usage pattern of BidiEngine: + * var opt = { + * isInputVisual: true, + * isInputRtl: false, + * isOutputVisual: false, + * isOutputRtl: false, + * isSymmetricSwapping: true + * } + * var sourceToTarget = [], levels = []; + * var bidiEng = Globalize.bidiEngine(opt); + * var src = "text string to be reordered"; + * var ret = bidiEng.doBidiReorder(src, sourceToTarget, levels); */ jsPDF.__bidiEngine__ = jsPDF.prototype.__bidiEngine__ = function (options) { @@ -17272,16 +16050,16 @@ var jsPDF = function (global) { return text; }; - /** - * @name setOptions( options ) - * @function - * Sets options for Bidi conversion - * @param {Object}: - * - isInputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) - * - isInputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong character of input string) - * - isOutputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) - * - isOutputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong characterof input string) - * - isSymmetricSwapping {boolean} (defaults to false): allowed values true(needs symmetric swapping), false (no need in symmetric swapping), + /** + * @name setOptions( options ) + * @function + * Sets options for Bidi conversion + * @param {Object}: + * - isInputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) + * - isInputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong character of input string) + * - isOutputVisual {boolean} (defaults to false): allowed values: true(Visual mode), false(Logical mode) + * - isOutputRtl {boolean}: allowed values true(Right-to-left direction), false (Left-to-right directiion), undefined(Contectual direction, i.e.direction defined by first strong characterof input string) + * - isSymmetricSwapping {boolean} (defaults to false): allowed values true(needs symmetric swapping), false (no need in symmetric swapping), */ @@ -17335,42 +16113,42 @@ var jsPDF = function (global) { jsPDF.API.events.push(['postProcessText', bidiEngineFunction]); })(jsPDF); -/* - Copyright (c) 2008, Adobe Systems Incorporated - All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions are - met: - - * Redistributions of source code must retain the above copyright notice, - this list of conditions and the following disclaimer. - - * Redistributions in binary form must reproduce the above copyright - notice, this list of conditions and the following disclaimer in the - documentation and/or other materials provided with the distribution. - - * Neither the name of Adobe Systems Incorporated nor the names of its - contributors may be used to endorse or promote products derived from - this software without specific prior written permission. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS - IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, - THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR - PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF - LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. +/* + Copyright (c) 2008, Adobe Systems Incorporated + All rights reserved. + + Redistribution and use in source and binary forms, with or without + modification, are permitted provided that the following conditions are + met: + + * Redistributions of source code must retain the above copyright notice, + this list of conditions and the following disclaimer. + + * Redistributions in binary form must reproduce the above copyright + notice, this list of conditions and the following disclaimer in the + documentation and/or other materials provided with the distribution. + + * Neither the name of Adobe Systems Incorporated nor the names of its + contributors may be used to endorse or promote products derived from + this software without specific prior written permission. + + THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS + IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, + THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR + PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR + CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, + EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, + PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR + PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF + LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING + NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS + SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. */ -/* -JPEG encoder ported to JavaScript and optimized by Andreas Ritter, www.bytestrom.eu, 11/2009 - -Basic GUI blocking jpeg encoder +/* +JPEG encoder ported to JavaScript and optimized by Andreas Ritter, www.bytestrom.eu, 11/2009 + +Basic GUI blocking jpeg encoder */ function JPEGEncoder(quality) { var ffloor = Math.floor; @@ -17894,10 +16672,7 @@ function JPEGEncoder(quality) { var end0pos = 63; // was const... which is crazy - while (end0pos > 0 && DU[end0pos] == 0) { - end0pos--; - } //end0pos = first element in reverse order !=0 - + for (; end0pos > 0 && DU[end0pos] == 0; end0pos--) {} if (end0pos == 0) { writeBits(EOB); @@ -17910,9 +16685,7 @@ function JPEGEncoder(quality) { while (i <= end0pos) { var startpos = i; - while (DU[i] == 0 && i <= end0pos) { - ++i; - } + for (; DU[i] == 0 && i <= end0pos; ++i) {} var nrzeroes = i - startpos; @@ -17950,7 +16723,8 @@ function JPEGEncoder(quality) { this.encode = function (image, quality) // image data object { - if (quality) { setQuality(quality); } // Initialize bit writer + var time_start = new Date().getTime(); + if (quality) setQuality(quality); // Initialize bit writer byteout = new Array(); bytenew = 0; @@ -18008,10 +16782,10 @@ function JPEGEncoder(quality) { r = imageData[p++]; g = imageData[p++]; b = imageData[p++]; - /* // calculate YUV values dynamically - YDU[pos]=((( 0.29900)*r+( 0.58700)*g+( 0.11400)*b))-128; //-0x80 - UDU[pos]=(((-0.16874)*r+(-0.33126)*g+( 0.50000)*b)); - VDU[pos]=((( 0.50000)*r+(-0.41869)*g+(-0.08131)*b)); + /* // calculate YUV values dynamically + YDU[pos]=((( 0.29900)*r+( 0.58700)*g+( 0.11400)*b))-128; //-0x80 + UDU[pos]=(((-0.16874)*r+(-0.33126)*g+( 0.50000)*b)); + VDU[pos]=((( 0.50000)*r+(-0.41869)*g+(-0.08131)*b)); */ // use lookup table (slightly faster) @@ -18052,7 +16826,7 @@ function JPEGEncoder(quality) { quality = 100; } - if (currentQuality == quality) { return; } // don't recalc if unchanged + if (currentQuality == quality) return; // don't recalc if unchanged var sf = 0; @@ -18067,28 +16841,29 @@ function JPEGEncoder(quality) { } function init() { - if (!quality) { quality = 50; } // Create tables + var time_start = new Date().getTime(); + if (!quality) quality = 50; // Create tables initCharLookupTable(); initHuffmanTbl(); initCategoryNumber(); initRGBYUVTable(); setQuality(quality); + var duration = new Date().getTime() - time_start; //console.log('Initialization '+ duration + 'ms'); } init(); -} // eslint-disable-next-line no-empty - +} +/*rollup-keeper-start*/ -try { - exports.JPEGEncoder = JPEGEncoder; -} catch (e) {} // CommonJS. +window.tmp = JPEGEncoder; +/*rollup-keeper-end*/ -/** - * @author shaozilee - * - * Bmp format decoder,support 1bit 4bit 8bit 24bit bmp - * +/** + * @author shaozilee + * + * Bmp format decoder,support 1bit 4bit 8bit 24bit bmp + * */ function BmpDecoder(buffer, is_with_alpha) { this.pos = 0; @@ -18098,7 +16873,7 @@ function BmpDecoder(buffer, is_with_alpha) { this.bottom_up = true; this.flag = String.fromCharCode(this.buffer[0]) + String.fromCharCode(this.buffer[1]); this.pos += 2; - if (["BM", "BA", "CI", "CP", "IC", "PT"].indexOf(this.flag) === -1) { throw new Error("Invalid BMP File"); } + if (["BM", "BA", "CI", "CP", "IC", "PT"].indexOf(this.flag) === -1) throw new Error("Invalid BMP File"); this.parseHeader(); this.parseBGR(); } @@ -18179,7 +16954,7 @@ BmpDecoder.prototype.bit1 = function () { var mode = xlen % 4; var y = this.height >= 0 ? this.height - 1 : -this.height; - for (y = this.height - 1; y >= 0; y--) { + for (var y = this.height - 1; y >= 0; y--) { var line = this.bottom_up ? y : this.height - 1 - y; for (var x = 0; x < xlen; x++) { @@ -18197,4701 +16972,223 @@ BmpDecoder.prototype.bit1 = function () { break; } } - } - - if (mode !== 0) { - this.pos += 4 - mode; - } - } -}; - -BmpDecoder.prototype.bit4 = function () { - var xlen = Math.ceil(this.width / 2); - var mode = xlen % 4; - - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; - - for (var x = 0; x < xlen; x++) { - var b = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 2 * 4; - var before = b >> 4; - var after = b & 0x0F; - var rgb = this.palette[before]; - this.data[location] = rgb.blue; - this.data[location + 1] = rgb.green; - this.data[location + 2] = rgb.red; - this.data[location + 3] = 0xFF; - if (x * 2 + 1 >= this.width) { break; } - rgb = this.palette[after]; - this.data[location + 4] = rgb.blue; - this.data[location + 4 + 1] = rgb.green; - this.data[location + 4 + 2] = rgb.red; - this.data[location + 4 + 3] = 0xFF; - } - - if (mode !== 0) { - this.pos += 4 - mode; - } - } -}; - -BmpDecoder.prototype.bit8 = function () { - var mode = this.width % 4; - - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; - - for (var x = 0; x < this.width; x++) { - var b = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 4; - - if (b < this.palette.length) { - var rgb = this.palette[b]; - this.data[location] = rgb.red; - this.data[location + 1] = rgb.green; - this.data[location + 2] = rgb.blue; - this.data[location + 3] = 0xFF; - } else { - this.data[location] = 0xFF; - this.data[location + 1] = 0xFF; - this.data[location + 2] = 0xFF; - this.data[location + 3] = 0xFF; - } - } - - if (mode !== 0) { - this.pos += 4 - mode; - } - } -}; - -BmpDecoder.prototype.bit15 = function () { - var dif_w = this.width % 3; - - var _11111 = parseInt("11111", 2), - _1_5 = _11111; - - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; - - for (var x = 0; x < this.width; x++) { - var B = this.datav.getUint16(this.pos, true); - this.pos += 2; - var blue = (B & _1_5) / _1_5 * 255 | 0; - var green = (B >> 5 & _1_5) / _1_5 * 255 | 0; - var red = (B >> 10 & _1_5) / _1_5 * 255 | 0; - var alpha = B >> 15 ? 0xFF : 0x00; - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = alpha; - } //skip extra bytes - - - this.pos += dif_w; - } -}; - -BmpDecoder.prototype.bit16 = function () { - var dif_w = this.width % 3; - - var _11111 = parseInt("11111", 2), - _1_5 = _11111; - - var _111111 = parseInt("111111", 2), - _1_6 = _111111; - - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; - - for (var x = 0; x < this.width; x++) { - var B = this.datav.getUint16(this.pos, true); - this.pos += 2; - var alpha = 0xFF; - var blue = (B & _1_5) / _1_5 * 255 | 0; - var green = (B >> 5 & _1_6) / _1_6 * 255 | 0; - var red = (B >> 11) / _1_5 * 255 | 0; - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = alpha; - } //skip extra bytes - - - this.pos += dif_w; - } -}; - -BmpDecoder.prototype.bit24 = function () { - //when height > 0 - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; - - for (var x = 0; x < this.width; x++) { - var blue = this.datav.getUint8(this.pos++, true); - var green = this.datav.getUint8(this.pos++, true); - var red = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = 0xFF; - } //skip extra bytes - - - this.pos += this.width % 4; - } -}; -/** - * add 32bit decode func - * @author soubok - */ - - -BmpDecoder.prototype.bit32 = function () { - //when height > 0 - for (var y = this.height - 1; y >= 0; y--) { - var line = this.bottom_up ? y : this.height - 1 - y; - - for (var x = 0; x < this.width; x++) { - var blue = this.datav.getUint8(this.pos++, true); - var green = this.datav.getUint8(this.pos++, true); - var red = this.datav.getUint8(this.pos++, true); - var alpha = this.datav.getUint8(this.pos++, true); - var location = line * this.width * 4 + x * 4; - this.data[location] = red; - this.data[location + 1] = green; - this.data[location + 2] = blue; - this.data[location + 3] = alpha; - } //skip extra bytes - //this.pos += (this.width % 4); - - } -}; - -BmpDecoder.prototype.getData = function () { - return this.data; -}; // eslint-disable-next-line no-empty - - -try { - exports.BmpDecoder = BmpDecoder; -} catch (e) {} // CommonJS. - -function WebPDecoder(imageData) { - var UpsampleRgbLinePair, UpsampleBgrLinePair, UpsampleRgbaLinePair, UpsampleBgraLinePair, UpsampleArgbLinePair, UpsampleArgbLinePair, UpsampleRgba4444LinePair, UpsampleRgb565LinePair; - - function x(F) { - if (!F) { throw Error("assert :P"); } - } - - function fa(F, L, J) { - for (var H = 0; 4 > H; H++) { - if (F[L + H] != J.charCodeAt(H)) { return !0; } - } - - return !1; - } - - function I(F, L, J, H, Z) { - for (var O = 0; O < Z; O++) { - F[L + O] = J[H + O]; - } - } - - function M(F, L, J, H) { - for (var Z = 0; Z < H; Z++) { - F[L + Z] = J; - } - } - - function V(F) { - return new Int32Array(F); - } - - function wa(F, L) { - for (var J = [], H = 0; H < F; H++) { - J.push(new L()); - } - - return J; - } - - function wb() { - function F(J, H, Z) { - for (var O = Z[H], L = 0; L < O; L++) { - J.push(Z.length > H + 1 ? [] : 0); - if (Z.length < H + 1) { break; } - F(J[L], H + 1, Z); - } - } - - var L = []; - F(L, 0, [3, 11]); - return L; - } - - function Ed(F, L) { - function J(H, O, F) { - for (var Z = F[O], ma = 0; ma < Z; ma++) { - H.push(F.length > O + 1 ? [] : new L()); - if (F.length < O + 1) { break; } - J(H[ma], O + 1, F); - } - } - - var H = []; - J(H, 0, F); - return H; - } - - WebPDecoder = function WebPDecoder() { - var self = this; - - function L(a, b) { - for (var c = 1 << b - 1 >>> 0; a & c;) { - c >>>= 1; - } - - return c ? (a & c - 1) + c : a; - } - - function J(a, b, c, d, e) { - x(!(d % c)); - - do { - d -= c, a[b + d] = e; - } while (0 < d); - } - - function H(a, b, c, d, e, f) { - var g = b, - h = 1 << c, - k, - l, - m = V(16), - n = V(16); - x(0 != e); - x(null != d); - x(null != a); - x(0 < c); - - for (l = 0; l < e; ++l) { - if (15 < d[l]) { return 0; } - ++m[d[l]]; - } - - if (m[0] == e) { return 0; } - n[1] = 0; - - for (k = 1; 15 > k; ++k) { - if (m[k] > 1 << k) { return 0; } - n[k + 1] = n[k] + m[k]; - } - - for (l = 0; l < e; ++l) { - k = d[l], 0 < d[l] && (f[n[k]++] = l); - } - - if (1 == n[15]) { return d = new O(), d.g = 0, d.value = f[0], J(a, g, 1, h, d), h; } - var r = -1, - q = h - 1, - t = 0, - v = 1, - p = 1, - u, - w = 1 << c; - l = 0; - k = 1; - - for (e = 2; k <= c; ++k, e <<= 1) { - p <<= 1; - v += p; - p -= m[k]; - if (0 > p) { return 0; } - - for (; 0 < m[k]; --m[k]) { - d = new O(), d.g = k, d.value = f[l++], J(a, g + t, e, w, d), t = L(t, k); - } - } - - k = c + 1; - - for (e = 2; 15 >= k; ++k, e <<= 1) { - p <<= 1; - v += p; - p -= m[k]; - if (0 > p) { return 0; } - - for (; 0 < m[k]; --m[k]) { - d = new O(); - - if ((t & q) != r) { - g += w; - r = k; - - for (u = 1 << r - c; 15 > r;) { - u -= m[r]; - if (0 >= u) { break; } - ++r; - u <<= 1; - } - - u = r - c; - w = 1 << u; - h += w; - r = t & q; - a[b + r].g = u + c; - a[b + r].value = g - b - r; - } - - d.g = k - c; - d.value = f[l++]; - J(a, g + (t >> c), e, w, d); - t = L(t, k); - } - } - - return v != 2 * n[15] - 1 ? 0 : h; - } - - function Z(a, b, c, d, e) { - x(2328 >= e); - if (512 >= e) { var f = V(512); }else if (f = V(e), null == f) { return 0; } - return H(a, b, c, d, e, f); - } - - function O() { - this.value = this.g = 0; - } - - function Fd() { - this.value = this.g = 0; - } - - function Ub() { - this.G = wa(5, O); - this.H = V(5); - this.jc = this.Qb = this.qb = this.nd = 0; - this.pd = wa(xb, Fd); - } - - function ma(a, b, c, d) { - x(null != a); - x(null != b); - x(2147483648 > d); - a.Ca = 254; - a.I = 0; - a.b = -8; - a.Ka = 0; - a.oa = b; - a.pa = c; - a.Jd = b; - a.Yc = c + d; - a.Zc = 4 <= d ? c + d - 4 + 1 : c; - Qa(a); - } - - function na(a, b) { - for (var c = 0; 0 < b--;) { - c |= K(a, 128) << b; - } - - return c; - } - - function ca(a, b) { - var c = na(a, b); - return G(a) ? -c : c; - } - - function cb(a, b, c, d) { - var e, - f = 0; - x(null != a); - x(null != b); - x(4294967288 > d); - a.Sb = d; - a.Ra = 0; - a.u = 0; - a.h = 0; - 4 < d && (d = 4); - - for (e = 0; e < d; ++e) { - f += b[c + e] << 8 * e; - } - - a.Ra = f; - a.bb = d; - a.oa = b; - a.pa = c; - } - - function Vb(a) { - for (; 8 <= a.u && a.bb < a.Sb;) { - a.Ra >>>= 8, a.Ra += a.oa[a.pa + a.bb] << ob - 8 >>> 0, ++a.bb, a.u -= 8; - } - - db(a) && (a.h = 1, a.u = 0); - } - - function D(a, b) { - x(0 <= b); - - if (!a.h && b <= Gd) { - var c = pb(a) & Hd[b]; - a.u += b; - Vb(a); - return c; - } - - a.h = 1; - return a.u = 0; - } - - function Wb() { - this.b = this.Ca = this.I = 0; - this.oa = []; - this.pa = 0; - this.Jd = []; - this.Yc = 0; - this.Zc = []; - this.Ka = 0; - } - - function Ra() { - this.Ra = 0; - this.oa = []; - this.h = this.u = this.bb = this.Sb = this.pa = 0; - } - - function pb(a) { - return a.Ra >>> (a.u & ob - 1) >>> 0; - } - - function db(a) { - x(a.bb <= a.Sb); - return a.h || a.bb == a.Sb && a.u > ob; - } - - function qb(a, b) { - a.u = b; - a.h = db(a); - } - - function Sa(a) { - a.u >= Xb && (x(a.u >= Xb), Vb(a)); - } - - function Qa(a) { - x(null != a && null != a.oa); - a.pa < a.Zc ? (a.I = (a.oa[a.pa++] | a.I << 8) >>> 0, a.b += 8) : (x(null != a && null != a.oa), a.pa < a.Yc ? (a.b += 8, a.I = a.oa[a.pa++] | a.I << 8) : a.Ka ? a.b = 0 : (a.I <<= 8, a.b += 8, a.Ka = 1)); - } - - function G(a) { - return na(a, 1); - } - - function K(a, b) { - var c = a.Ca; - 0 > a.b && Qa(a); - var d = a.b, - e = c * b >>> 8, - f = (a.I >>> d > e) + 0; - f ? (c -= e, a.I -= e + 1 << d >>> 0) : c = e + 1; - d = c; - - for (e = 0; 256 <= d;) { - e += 8, d >>= 8; - } - - d = 7 ^ e + Id[d]; - a.b -= d; - a.Ca = (c << d) - 1; - return f; - } - - function ra(a, b, c) { - a[b + 0] = c >> 24 & 255; - a[b + 1] = c >> 16 & 255; - a[b + 2] = c >> 8 & 255; - a[b + 3] = c >> 0 & 255; - } - - function Ta(a, b) { - return a[b + 0] << 0 | a[b + 1] << 8; - } - - function Yb(a, b) { - return Ta(a, b) | a[b + 2] << 16; - } - - function Ha(a, b) { - return Ta(a, b) | Ta(a, b + 2) << 16; - } - - function Zb(a, b) { - var c = 1 << b; - x(null != a); - x(0 < b); - a.X = V(c); - if (null == a.X) { return 0; } - a.Mb = 32 - b; - a.Xa = b; - return 1; - } - - function $b(a, b) { - x(null != a); - x(null != b); - x(a.Xa == b.Xa); - I(b.X, 0, a.X, 0, 1 << b.Xa); - } - - function ac() { - this.X = []; - this.Xa = this.Mb = 0; - } - - function bc(a, b, c, d) { - x(null != c); - x(null != d); - var e = c[0], - f = d[0]; - 0 == e && (e = (a * f + b / 2) / b); - 0 == f && (f = (b * e + a / 2) / a); - if (0 >= e || 0 >= f) { return 0; } - c[0] = e; - d[0] = f; - return 1; - } - - function xa(a, b) { - return a + (1 << b) - 1 >>> b; - } - - function yb(a, b) { - return ((a & 4278255360) + (b & 4278255360) >>> 0 & 4278255360) + ((a & 16711935) + (b & 16711935) >>> 0 & 16711935) >>> 0; - } - - function X(a, b) { - self[b] = function (b, d, e, f, g, h, k) { - var c; - - for (c = 0; c < g; ++c) { - var m = self[a](h[k + c - 1], e, f + c); - h[k + c] = yb(b[d + c], m); - } - }; - } - - function Jd() { - this.ud = this.hd = this.jd = 0; - } - - function aa(a, b) { - return (((a ^ b) & 4278124286) >>> 1) + (a & b) >>> 0; - } - - function sa(a) { - if (0 <= a && 256 > a) { return a; } - if (0 > a) { return 0; } - if (255 < a) { return 255; } - } - - function eb(a, b) { - return sa(a + (a - b + .5 >> 1)); - } - - function Ia(a, b, c) { - return Math.abs(b - c) - Math.abs(a - c); - } - - function cc(a, b, c, d, e, f, g) { - d = f[g - 1]; - - for (c = 0; c < e; ++c) { - f[g + c] = d = yb(a[b + c], d); - } - } - - function Kd(a, b, c, d, e) { - var f; - - for (f = 0; f < c; ++f) { - var g = a[b + f], - h = g >> 8 & 255, - k = g & 16711935, - k = k + ((h << 16) + h), - k = k & 16711935; - d[e + f] = (g & 4278255360) + k >>> 0; - } - } - - function dc(a, b) { - b.jd = a >> 0 & 255; - b.hd = a >> 8 & 255; - b.ud = a >> 16 & 255; - } - - function Ld(a, b, c, d, e, f) { - var g; - - for (g = 0; g < d; ++g) { - var h = b[c + g], - k = h >>> 8, - l = h >>> 16, - m = h, - l = l + ((a.jd << 24 >> 24) * (k << 24 >> 24) >>> 5), - l = l & 255, - m = m + ((a.hd << 24 >> 24) * (k << 24 >> 24) >>> 5), - m = m + ((a.ud << 24 >> 24) * (l << 24 >> 24) >>> 5), - m = m & 255; - e[f + g] = (h & 4278255360) + (l << 16) + m; - } - } - - function ec(a, b, c, d, e) { - self[b] = function (a, b, c, k, l, m, n, r, q) { - for (k = n; k < r; ++k) { - for (n = 0; n < q; ++n) { - l[m++] = e(c[d(a[b++])]); - } - } - }; - - self[a] = function (a, b, h, k, l, m, n) { - var f = 8 >> a.b, - g = a.Ea, - t = a.K[0], - v = a.w; - if (8 > f) { for (a = (1 << a.b) - 1, v = (1 << f) - 1; b < h; ++b) { - var p = 0, - u; - - for (u = 0; u < g; ++u) { - u & a || (p = d(k[l++])), m[n++] = e(t[p & v]), p >>= f; - } - } } else { self["VP8LMapColor" + c](k, l, t, v, m, n, b, h, g); } - }; - } - - function Md(a, b, c, d, e) { - for (c = b + c; b < c;) { - var f = a[b++]; - d[e++] = f >> 16 & 255; - d[e++] = f >> 8 & 255; - d[e++] = f >> 0 & 255; - } - } - - function Nd(a, b, c, d, e) { - for (c = b + c; b < c;) { - var f = a[b++]; - d[e++] = f >> 16 & 255; - d[e++] = f >> 8 & 255; - d[e++] = f >> 0 & 255; - d[e++] = f >> 24 & 255; - } - } - - function Od(a, b, c, d, e) { - for (c = b + c; b < c;) { - var f = a[b++], - g = f >> 16 & 240 | f >> 12 & 15, - f = f >> 0 & 240 | f >> 28 & 15; - d[e++] = g; - d[e++] = f; - } - } - - function Pd(a, b, c, d, e) { - for (c = b + c; b < c;) { - var f = a[b++], - g = f >> 16 & 248 | f >> 13 & 7, - f = f >> 5 & 224 | f >> 3 & 31; - d[e++] = g; - d[e++] = f; - } - } - - function Qd(a, b, c, d, e) { - for (c = b + c; b < c;) { - var f = a[b++]; - d[e++] = f >> 0 & 255; - d[e++] = f >> 8 & 255; - d[e++] = f >> 16 & 255; - } - } - - function fb(a, b, c, d, e, f) { - if (0 == f) { for (c = b + c; b < c;) { - f = a[b++], ra(d, (f[0] >> 24 | f[1] >> 8 & 65280 | f[2] << 8 & 16711680 | f[3] << 24) >>> 0), e += 32; - } } else { I(d, e, a, b, c); } - } - - function gb(a, b) { - self[b][0] = self[a + "0"]; - self[b][1] = self[a + "1"]; - self[b][2] = self[a + "2"]; - self[b][3] = self[a + "3"]; - self[b][4] = self[a + "4"]; - self[b][5] = self[a + "5"]; - self[b][6] = self[a + "6"]; - self[b][7] = self[a + "7"]; - self[b][8] = self[a + "8"]; - self[b][9] = self[a + "9"]; - self[b][10] = self[a + "10"]; - self[b][11] = self[a + "11"]; - self[b][12] = self[a + "12"]; - self[b][13] = self[a + "13"]; - self[b][14] = self[a + "0"]; - self[b][15] = self[a + "0"]; - } - - function hb(a) { - return a == zb || a == Ab || a == Ja || a == Bb; - } - - function Rd() { - this.eb = []; - this.size = this.A = this.fb = 0; - } - - function Sd() { - this.y = []; - this.f = []; - this.ea = []; - this.F = []; - this.Tc = this.Ed = this.Cd = this.Fd = this.lb = this.Db = this.Ab = this.fa = this.J = this.W = this.N = this.O = 0; - } - - function Cb() { - this.Rd = this.height = this.width = this.S = 0; - this.f = {}; - this.f.RGBA = new Rd(); - this.f.kb = new Sd(); - this.sd = null; - } - - function Td() { - this.width = [0]; - this.height = [0]; - this.Pd = [0]; - this.Qd = [0]; - this.format = [0]; - } - - function Ud() { - this.Id = this.fd = this.Md = this.hb = this.ib = this.da = this.bd = this.cd = this.j = this.v = this.Da = this.Sd = this.ob = 0; - } - - function Vd(a) { - alert("todo:WebPSamplerProcessPlane"); - return a.T; - } - - function Wd(a, b) { - var c = a.T, - d = b.ba.f.RGBA, - e = d.eb, - f = d.fb + a.ka * d.A, - g = P[b.ba.S], - h = a.y, - k = a.O, - l = a.f, - m = a.N, - n = a.ea, - r = a.W, - q = b.cc, - t = b.dc, - v = b.Mc, - p = b.Nc, - u = a.ka, - w = a.ka + a.T, - y = a.U, - A = y + 1 >> 1; - 0 == u ? g(h, k, null, null, l, m, n, r, l, m, n, r, e, f, null, null, y) : (g(b.ec, b.fc, h, k, q, t, v, p, l, m, n, r, e, f - d.A, e, f, y), ++c); - - for (; u + 2 < w; u += 2) { - q = l, t = m, v = n, p = r, m += a.Rc, r += a.Rc, f += 2 * d.A, k += 2 * a.fa, g(h, k - a.fa, h, k, q, t, v, p, l, m, n, r, e, f - d.A, e, f, y); - } - - k += a.fa; - a.j + w < a.o ? (I(b.ec, b.fc, h, k, y), I(b.cc, b.dc, l, m, A), I(b.Mc, b.Nc, n, r, A), c--) : w & 1 || g(h, k, null, null, l, m, n, r, l, m, n, r, e, f + d.A, null, null, y); - return c; - } - - function Xd(a, b, c) { - var d = a.F, - e = [a.J]; - - if (null != d) { - var f = a.U, - g = b.ba.S, - h = g == ya || g == Ja; - b = b.ba.f.RGBA; - var k = [0], - l = a.ka; - k[0] = a.T; - a.Kb && (0 == l ? --k[0] : (--l, e[0] -= a.width), a.j + a.ka + a.T == a.o && (k[0] = a.o - a.j - l)); - var m = b.eb, - l = b.fb + l * b.A; - a = fc(d, e[0], a.width, f, k, m, l + (h ? 0 : 3), b.A); - x(c == k); - a && hb(g) && za(m, l, h, f, k, b.A); - } - - return 0; - } - - function gc(a) { - var b = a.ma, - c = b.ba.S, - d = 11 > c, - e = c == Ua || c == Va || c == ya || c == Db || 12 == c || hb(c); - b.memory = null; - b.Ib = null; - b.Jb = null; - b.Nd = null; - if (!hc(b.Oa, a, e ? 11 : 12)) { return 0; } - e && hb(c) && ic(); - if (a.da) { alert("todo:use_scaling"); }else { - if (d) { - if (b.Ib = Vd, a.Kb) { - c = a.U + 1 >> 1; - b.memory = V(a.U + 2 * c); - if (null == b.memory) { return 0; } - b.ec = b.memory; - b.fc = 0; - b.cc = b.ec; - b.dc = b.fc + a.U; - b.Mc = b.cc; - b.Nc = b.dc + c; - b.Ib = Wd; - ic(); - } - } else { alert("todo:EmitYUV"); } - - e && (b.Jb = Xd, d && Aa()); - } - - if (d && !jc) { - for (a = 0; 256 > a; ++a) { - Yd[a] = 89858 * (a - 128) + Ba >> Wa, Zd[a] = -22014 * (a - 128) + Ba, $d[a] = -45773 * (a - 128), ae[a] = 113618 * (a - 128) + Ba >> Wa; - } - - for (a = ta; a < Eb; ++a) { - b = 76283 * (a - 16) + Ba >> Wa, be[a - ta] = ga(b, 255), ce[a - ta] = ga(b + 8 >> 4, 15); - } - - jc = 1; - } - - return 1; - } - - function kc(a) { - var b = a.ma, - c = a.U, - d = a.T; - x(!(a.ka & 1)); - if (0 >= c || 0 >= d) { return 0; } - c = b.Ib(a, b); - null != b.Jb && b.Jb(a, b, c); - b.Dc += c; - return 1; - } - - function lc(a) { - a.ma.memory = null; - } - - function mc(a, b, c, d) { - if (47 != D(a, 8)) { return 0; } - b[0] = D(a, 14) + 1; - c[0] = D(a, 14) + 1; - d[0] = D(a, 1); - return 0 != D(a, 3) ? 0 : !a.h; - } - - function ib(a, b) { - if (4 > a) { return a + 1; } - var c = a - 2 >> 1; - return (2 + (a & 1) << c) + D(b, c) + 1; - } - - function nc(a, b) { - if (120 < b) { return b - 120; } - var c = de[b - 1], - c = (c >> 4) * a + (8 - (c & 15)); - return 1 <= c ? c : 1; - } - - function ua(a, b, c) { - var d = pb(c); - b += d & 255; - var e = a[b].g - 8; - 0 < e && (qb(c, c.u + 8), d = pb(c), b += a[b].value, b += d & (1 << e) - 1); - qb(c, c.u + a[b].g); - return a[b].value; - } - - function ub(a, b, c) { - c.g += a.g; - c.value += a.value << b >>> 0; - x(8 >= c.g); - return a.g; - } - - function ha(a, b, c) { - var d = a.xc; - b = 0 == d ? 0 : a.vc[a.md * (c >> d) + (b >> d)]; - x(b < a.Wb); - return a.Ya[b]; - } - - function oc(a, b, c, d) { - var e = a.ab, - f = a.c * b, - g = a.C; - b = g + b; - var h = c, - k = d; - d = a.Ta; - - for (c = a.Ua; 0 < e--;) { - var l = a.gc[e], - m = g, - n = b, - r = h, - q = k, - k = d, - h = c, - t = l.Ea; - x(m < n); - x(n <= l.nc); - - switch (l.hc) { - case 2: - pc(r, q, (n - m) * t, k, h); - break; - - case 0: - var v = l, - p = m, - u = n, - w = k, - y = h, - A = v.Ea; - 0 == p && (ee(r, q, null, null, 1, w, y), cc(r, q + 1, 0, 0, A - 1, w, y + 1), q += A, y += A, ++p); - - for (var E = 1 << v.b, B = E - 1, C = xa(A, v.b), N = v.K, v = v.w + (p >> v.b) * C; p < u;) { - var z = N, - Q = v, - S = 1; - - for (fe(r, q, w, y - A, 1, w, y); S < A;) { - var K = qc[z[Q++] >> 8 & 15], - D = (S & ~B) + E; - D > A && (D = A); - K(r, q + +S, w, y + S - A, D - S, w, y + S); - S = D; - } - - q += A; - y += A; - ++p; - p & B || (v += C); - } - - n != l.nc && I(k, h - t, k, h + (n - m - 1) * t, t); - break; - - case 1: - t = r; - u = q; - r = l.Ea; - q = 1 << l.b; - w = q - 1; - y = r & ~w; - A = r - y; - p = xa(r, l.b); - E = l.K; - - for (l = l.w + (m >> l.b) * p; m < n;) { - B = E; - C = l; - N = new Jd(); - v = u + y; - - for (z = u + r; u < v;) { - dc(B[C++], N), Fb(N, t, u, q, k, h), u += q, h += q; - } - - u < z && (dc(B[C++], N), Fb(N, t, u, A, k, h), u += A, h += A); - ++m; - m & w || (l += p); - } - - break; - - case 3: - if (r == k && q == h && 0 < l.b) { - y = (n - m) * xa(l.Ea, l.b); - t = h + (n - m) * t - y; - u = k; - r = t; - q = k; - w = h; - A = y; - p = []; - - for (y = A - 1; 0 <= y; --y) { - p[y] = q[w + y]; - } - - for (y = A - 1; 0 <= y; --y) { - u[r + y] = p[y]; - } - - rc(l, m, n, k, t, k, h); - } else { rc(l, m, n, r, q, k, h); } - - } - - h = d; - k = c; - } - - k != c && I(d, c, h, k, f); - } - - function ge(a, b) { - var c = a.V, - d = a.Ba + a.c * a.C, - e = b - a.C; - x(b <= a.l.o); - x(16 >= e); - - if (0 < e) { - var f = a.l, - g = a.Ta, - h = a.Ua, - k = f.width; - oc(a, e, c, d); - h = [h]; - c = a.C; - d = b; - e = h; - x(c < d); - x(f.v < f.va); - d > f.o && (d = f.o); - - if (c < f.j) { - var l = f.j - c, - c = f.j; - e[0] += l * k; - } - - c >= d ? c = 0 : (e[0] += 4 * f.v, f.ka = c - f.j, f.U = f.va - f.v, f.T = d - c, c = 1); - - if (c) { - h = h[0]; - c = a.ca; - - if (11 > c.S) { - for (var m = c.f.RGBA, d = c.S, e = f.U, f = f.T, l = m.eb, n = m.A, r = f, m = m.fb + a.Ma * m.A; 0 < r--;) { - var q = g, - t = h, - v = e, - p = l, - u = m; - - switch (d) { - case Ca: - sc(q, t, v, p, u); - break; - - case Ua: - Gb(q, t, v, p, u); - break; - - case zb: - Gb(q, t, v, p, u); - za(p, u, 0, v, 1, 0); - break; - - case tc: - uc(q, t, v, p, u); - break; - - case Va: - fb(q, t, v, p, u, 1); - break; - - case Ab: - fb(q, t, v, p, u, 1); - za(p, u, 0, v, 1, 0); - break; - - case ya: - fb(q, t, v, p, u, 0); - break; - - case Ja: - fb(q, t, v, p, u, 0); - za(p, u, 1, v, 1, 0); - break; - - case Db: - Hb(q, t, v, p, u); - break; - - case Bb: - Hb(q, t, v, p, u); - vc(p, u, v, 1, 0); - break; - - case wc: - xc(q, t, v, p, u); - break; - - default: - x(0); - } - - h += k; - m += n; - } - - a.Ma += f; - } else { alert("todo:EmitRescaledRowsYUVA"); } - - x(a.Ma <= c.height); - } - } - - a.C = b; - x(a.C <= a.i); - } - - function yc(a) { - var b; - if (0 < a.ua) { return 0; } - - for (b = 0; b < a.Wb; ++b) { - var c = a.Ya[b].G, - d = a.Ya[b].H; - if (0 < c[1][d[1] + 0].g || 0 < c[2][d[2] + 0].g || 0 < c[3][d[3] + 0].g) { return 0; } - } - - return 1; - } - - function zc(a, b, c, d, e, f) { - if (0 != a.Z) { - var g = a.qd, - h = a.rd; - - for (x(null != ia[a.Z]); b < c; ++b) { - ia[a.Z](g, h, d, e, d, e, f), g = d, h = e, e += f; - } - - a.qd = g; - a.rd = h; - } - } - - function Ib(a, b) { - var c = a.l.ma, - d = 0 == c.Z || 1 == c.Z ? a.l.j : a.C, - d = a.C < d ? d : a.C; - x(b <= a.l.o); - - if (b > d) { - var e = a.l.width, - f = c.ca, - g = c.tb + e * d, - h = a.V, - k = a.Ba + a.c * d, - l = a.gc; - x(1 == a.ab); - x(3 == l[0].hc); - he(l[0], d, b, h, k, f, g); - zc(c, d, b, f, g, e); - } - - a.C = a.Ma = b; - } - - function Jb(a, b, c, d, e, f, g) { - var h = a.$ / d, - k = a.$ % d, - l = a.m, - m = a.s, - n = c + a.$, - r = n; - e = c + d * e; - var q = c + d * f, - t = 280 + m.ua, - v = a.Pb ? h : 16777216, - p = 0 < m.ua ? m.Wa : null, - u = m.wc, - w = n < q ? ha(m, k, h) : null; - x(a.C < f); - x(q <= e); - var y = !1; - - a: for (;;) { - for (; y || n < q;) { - var A = 0; - - if (h >= v) { - var v = a, - E = n - c; - x(v.Pb); - v.wd = v.m; - v.xd = E; - 0 < v.s.ua && $b(v.s.Wa, v.s.vb); - v = h + ie; - } - - k & u || (w = ha(m, k, h)); - x(null != w); - w.Qb && (b[n] = w.qb, y = !0); - if (!y) { if (Sa(l), w.jc) { - var A = l, - E = b, - B = n, - C = w.pd[pb(A) & xb - 1]; - x(w.jc); - 256 > C.g ? (qb(A, A.u + C.g), E[B] = C.value, A = 0) : (qb(A, A.u + C.g - 256), x(256 <= C.value), A = C.value); - 0 == A && (y = !0); - } else { A = ua(w.G[0], w.H[0], l); } } - if (l.h) { break; } - - if (y || 256 > A) { - if (!y) { if (w.nd) { b[n] = (w.qb | A << 8) >>> 0; }else { - Sa(l); - y = ua(w.G[1], w.H[1], l); - Sa(l); - E = ua(w.G[2], w.H[2], l); - B = ua(w.G[3], w.H[3], l); - if (l.h) { break; } - b[n] = (B << 24 | y << 16 | A << 8 | E) >>> 0; - } } - y = !1; - ++n; - ++k; - if (k >= d && (k = 0, ++h, null != g && h <= f && !(h % 16) && g(a, h), null != p)) { for (; r < n;) { - A = b[r++], p.X[(506832829 * A & 4294967295) >>> p.Mb] = A; - } } - } else if (280 > A) { - A = ib(A - 256, l); - E = ua(w.G[4], w.H[4], l); - Sa(l); - E = ib(E, l); - E = nc(d, E); - if (l.h) { break; } - if (n - c < E || e - n < A) { break a; }else { for (B = 0; B < A; ++B) { - b[n + B] = b[n + B - E]; - } } - n += A; - - for (k += A; k >= d;) { - k -= d, ++h, null != g && h <= f && !(h % 16) && g(a, h); - } - - x(n <= e); - k & u && (w = ha(m, k, h)); - if (null != p) { for (; r < n;) { - A = b[r++], p.X[(506832829 * A & 4294967295) >>> p.Mb] = A; - } } - } else if (A < t) { - y = A - 280; - - for (x(null != p); r < n;) { - A = b[r++], p.X[(506832829 * A & 4294967295) >>> p.Mb] = A; - } - - A = n; - E = p; - x(!(y >>> E.Xa)); - b[A] = E.X[y]; - y = !0; - } else { break a; } - - y || x(l.h == db(l)); - } - - if (a.Pb && l.h && n < e) { x(a.m.h), a.a = 5, a.m = a.wd, a.$ = a.xd, 0 < a.s.ua && $b(a.s.vb, a.s.Wa); }else if (l.h) { break a; }else { null != g && g(a, h > f ? f : h), a.a = 0, a.$ = n - c; } - return 1; - } - - a.a = 3; - return 0; - } - - function Ac(a) { - x(null != a); - a.vc = null; - a.yc = null; - a.Ya = null; - var b = a.Wa; - null != b && (b.X = null); - a.vb = null; - x(null != a); - } - - function Bc() { - var a = new je(); - if (null == a) { return null; } - a.a = 0; - a.xb = Cc; - gb("Predictor", "VP8LPredictors"); - gb("Predictor", "VP8LPredictors_C"); - gb("PredictorAdd", "VP8LPredictorsAdd"); - gb("PredictorAdd", "VP8LPredictorsAdd_C"); - pc = Kd; - Fb = Ld; - sc = Md; - Gb = Nd; - Hb = Od; - xc = Pd; - uc = Qd; - self.VP8LMapColor32b = ke; - self.VP8LMapColor8b = le; - return a; - } - - function rb(a, b, c, d, e) { - var f = 1, - g = [a], - h = [b], - k = d.m, - l = d.s, - m = null, - n = 0; - - a: for (;;) { - if (c) { for (; f && D(k, 1);) { - var r = g, - q = h, - t = d, - v = 1, - p = t.m, - u = t.gc[t.ab], - w = D(p, 2); - if (t.Oc & 1 << w) { f = 0; }else { - t.Oc |= 1 << w; - u.hc = w; - u.Ea = r[0]; - u.nc = q[0]; - u.K = [null]; - ++t.ab; - x(4 >= t.ab); - - switch (w) { - case 0: - case 1: - u.b = D(p, 3) + 2; - v = rb(xa(u.Ea, u.b), xa(u.nc, u.b), 0, t, u.K); - u.K = u.K[0]; - break; - - case 3: - var y = D(p, 8) + 1, - A = 16 < y ? 0 : 4 < y ? 1 : 2 < y ? 2 : 3; - r[0] = xa(u.Ea, A); - u.b = A; - var v = rb(y, 1, 0, t, u.K), - E; - - if (E = v) { - var B, - C = y, - N = u, - z = 1 << (8 >> N.b), - Q = V(z); - if (null == Q) { E = 0; }else { - var S = N.K[0], - K = N.w; - Q[0] = N.K[0][0]; - - for (B = 1; B < 1 * C; ++B) { - Q[B] = yb(S[K + B], Q[B - 1]); - } - - for (; B < 4 * z; ++B) { - Q[B] = 0; - } - - N.K[0] = null; - N.K[0] = Q; - E = 1; - } - } - - v = E; - break; - - case 2: - break; - - default: - x(0); - } - - f = v; - } - } } - g = g[0]; - h = h[0]; - - if (f && D(k, 1) && (n = D(k, 4), f = 1 <= n && 11 >= n, !f)) { - d.a = 3; - break a; - } - - var H; - if (H = f) { b: { - var F = d, - G = g, - L = h, - J = n, - T = c, - Da, - ba, - X = F.m, - R = F.s, - P = [null], - U, - W = 1, - aa = 0, - na = me[J]; - - c: for (;;) { - if (T && D(X, 1)) { - var ca = D(X, 3) + 2, - ga = xa(G, ca), - ka = xa(L, ca), - qa = ga * ka; - if (!rb(ga, ka, 0, F, P)) { break c; } - P = P[0]; - R.xc = ca; - - for (Da = 0; Da < qa; ++Da) { - var ia = P[Da] >> 8 & 65535; - P[Da] = ia; - ia >= W && (W = ia + 1); - } - } - - if (X.h) { break c; } - - for (ba = 0; 5 > ba; ++ba) { - var Y = Dc[ba]; - !ba && 0 < J && (Y += 1 << J); - aa < Y && (aa = Y); - } - - var ma = wa(W * na, O); - var ua = W, - va = wa(ua, Ub); - if (null == va) { var la = null; }else { x(65536 >= ua), la = va; } - var ha = V(aa); - - if (null == la || null == ha || null == ma) { - F.a = 1; - break c; - } - - var pa = ma; - - for (Da = U = 0; Da < W; ++Da) { - var ja = la[Da], - da = ja.G, - ea = ja.H, - Fa = 0, - ra = 1, - Ha = 0; - - for (ba = 0; 5 > ba; ++ba) { - Y = Dc[ba]; - da[ba] = pa; - ea[ba] = U; - !ba && 0 < J && (Y += 1 << J); - - d: { - var sa, - za = Y, - ta = F, - oa = ha, - db = pa, - eb = U, - Ia = 0, - Ka = ta.m, - fb = D(Ka, 1); - M(oa, 0, 0, za); - - if (fb) { - var gb = D(Ka, 1) + 1, - hb = D(Ka, 1), - Ja = D(Ka, 0 == hb ? 1 : 8); - oa[Ja] = 1; - 2 == gb && (Ja = D(Ka, 8), oa[Ja] = 1); - var ya = 1; - } else { - var Ua = V(19), - Va = D(Ka, 4) + 4; - - if (19 < Va) { - ta.a = 3; - var Aa = 0; - break d; - } - - for (sa = 0; sa < Va; ++sa) { - Ua[ne[sa]] = D(Ka, 3); - } - - var Ba = void 0, - sb = void 0, - Wa = ta, - ib = Ua, - Ca = za, - Xa = oa, - Oa = 0, - La = Wa.m, - Ya = 8, - Za = wa(128, O); - - e: for (;;) { - if (!Z(Za, 0, 7, ib, 19)) { break e; } - - if (D(La, 1)) { - var kb = 2 + 2 * D(La, 3), - Ba = 2 + D(La, kb); - if (Ba > Ca) { break e; } - } else { Ba = Ca; } - - for (sb = 0; sb < Ca && Ba--;) { - Sa(La); - var $a = Za[0 + (pb(La) & 127)]; - qb(La, La.u + $a.g); - var jb = $a.value; - if (16 > jb) { Xa[sb++] = jb, 0 != jb && (Ya = jb); }else { - var lb = 16 == jb, - ab = jb - 16, - mb = oe[ab], - bb = D(La, pe[ab]) + mb; - if (sb + bb > Ca) { break e; }else { for (var nb = lb ? Ya : 0; 0 < bb--;) { - Xa[sb++] = nb; - } } - } - } - - Oa = 1; - break e; - } - - Oa || (Wa.a = 3); - ya = Oa; - } - - (ya = ya && !Ka.h) && (Ia = Z(db, eb, 8, oa, za)); - ya && 0 != Ia ? Aa = Ia : (ta.a = 3, Aa = 0); - } - - if (0 == Aa) { break c; } - ra && 1 == qe[ba] && (ra = 0 == pa[U].g); - Fa += pa[U].g; - U += Aa; - - if (3 >= ba) { - var Pa = ha[0], - tb; - - for (tb = 1; tb < Y; ++tb) { - ha[tb] > Pa && (Pa = ha[tb]); - } - - Ha += Pa; - } - } - - ja.nd = ra; - ja.Qb = 0; - ra && (ja.qb = (da[3][ea[3] + 0].value << 24 | da[1][ea[1] + 0].value << 16 | da[2][ea[2] + 0].value) >>> 0, 0 == Fa && 256 > da[0][ea[0] + 0].value && (ja.Qb = 1, ja.qb += da[0][ea[0] + 0].value << 8)); - ja.jc = !ja.Qb && 6 > Ha; - - if (ja.jc) { - var Ga, - Ea = ja; - - for (Ga = 0; Ga < xb; ++Ga) { - var Ma = Ga, - Na = Ea.pd[Ma], - vb = Ea.G[0][Ea.H[0] + Ma]; - 256 <= vb.value ? (Na.g = vb.g + 256, Na.value = vb.value) : (Na.g = 0, Na.value = 0, Ma >>= ub(vb, 8, Na), Ma >>= ub(Ea.G[1][Ea.H[1] + Ma], 16, Na), Ma >>= ub(Ea.G[2][Ea.H[2] + Ma], 0, Na), ub(Ea.G[3][Ea.H[3] + Ma], 24, Na)); - } - } - } - - R.vc = P; - R.Wb = W; - R.Ya = la; - R.yc = ma; - H = 1; - break b; - } - - H = 0; - } } - f = H; - - if (!f) { - d.a = 3; - break a; - } - - if (0 < n) { - if (l.ua = 1 << n, !Zb(l.Wa, n)) { - d.a = 1; - f = 0; - break a; - } - } else { l.ua = 0; } - - var Qa = d, - cb = g, - ob = h, - Ra = Qa.s, - Ta = Ra.xc; - Qa.c = cb; - Qa.i = ob; - Ra.md = xa(cb, Ta); - Ra.wc = 0 == Ta ? -1 : (1 << Ta) - 1; - - if (c) { - d.xb = re; - break a; - } - - m = V(g * h); - - if (null == m) { - d.a = 1; - f = 0; - break a; - } - - f = (f = Jb(d, m, 0, g, h, h, null)) && !k.h; - break a; - } - - f ? (null != e ? e[0] = m : (x(null == m), x(c)), d.$ = 0, c || Ac(l)) : Ac(l); - return f; - } - - function Ec(a, b) { - var c = a.c * a.i, - d = c + b + 16 * b; - x(a.c <= b); - a.V = V(d); - if (null == a.V) { return a.Ta = null, a.Ua = 0, a.a = 1, 0; } - a.Ta = a.V; - a.Ua = a.Ba + c + b; - return 1; - } - - function se(a, b) { - var c = a.C, - d = b - c, - e = a.V, - f = a.Ba + a.c * c; - - for (x(b <= a.l.o); 0 < d;) { - var g = 16 < d ? 16 : d, - h = a.l.ma, - k = a.l.width, - l = k * g, - m = h.ca, - n = h.tb + k * c, - r = a.Ta, - q = a.Ua; - oc(a, g, e, f); - Fc(r, q, m, n, l); - zc(h, c, c + g, m, n, k); - d -= g; - e += g * a.c; - c += g; - } - - x(c == b); - a.C = a.Ma = b; - } - - function te(a, b) { - var c = [0], - d = [0], - e = [0]; - - a: for (;;) { - if (null == a) { return 0; } - if (null == b) { return a.a = 2, 0; } - a.l = b; - a.a = 0; - cb(a.m, b.data, b.w, b.ha); - - if (!mc(a.m, c, d, e)) { - a.a = 3; - break a; - } - - a.xb = Cc; - b.width = c[0]; - b.height = d[0]; - if (!rb(c[0], d[0], 1, a, null)) { break a; } - return 1; - } - - x(0 != a.a); - return 0; - } - - function ue() { - this.ub = this.yd = this.td = this.Rb = 0; - } - - function ve() { - this.Kd = this.Ld = this.Ud = this.Td = this.i = this.c = 0; - } - - function we() { - this.Fb = this.Bb = this.Cb = 0; - this.Zb = V(4); - this.Lb = V(4); - } - - function Gc() { - this.Yb = wb(); - } - - function xe() { - this.jb = V(3); - this.Wc = Ed([4, 8], Gc); - this.Xc = Ed([4, 17], Gc); - } - - function ye() { - this.Pc = this.wb = this.Tb = this.zd = 0; - this.vd = new V(4); - this.od = new V(4); - } - - function Xa() { - this.ld = this.La = this.dd = this.tc = 0; - } - - function Hc() { - this.Na = this.la = 0; - } - - function ze() { - this.Sc = [0, 0]; - this.Eb = [0, 0]; - this.Qc = [0, 0]; - this.ia = this.lc = 0; - } - - function Kb() { - this.ad = V(384); - this.Za = 0; - this.Ob = V(16); - this.$b = this.Ad = this.ia = this.Gc = this.Hc = this.Dd = 0; - } - - function Ae() { - this.uc = this.M = this.Nb = 0; - this.wa = Array(new Xa()); - this.Y = 0; - this.ya = Array(new Kb()); - this.aa = 0; - this.l = new Oa(); - } - - function Ic() { - this.y = V(16); - this.f = V(8); - this.ea = V(8); - } - - function Be() { - this.cb = this.a = 0; - this.sc = ""; - this.m = new Wb(); - this.Od = new ue(); - this.Kc = new ve(); - this.ed = new ye(); - this.Qa = new we(); - this.Ic = this.$c = this.Aa = 0; - this.D = new Ae(); - this.Xb = this.Va = this.Hb = this.zb = this.yb = this.Ub = this.za = 0; - this.Jc = wa(8, Wb); - this.ia = 0; - this.pb = wa(4, ze); - this.Pa = new xe(); - this.Bd = this.kc = 0; - this.Ac = []; - this.Bc = 0; - this.zc = [0, 0, 0, 0]; - this.Gd = Array(new Ic()); - this.Hd = 0; - this.rb = Array(new Hc()); - this.sb = 0; - this.wa = Array(new Xa()); - this.Y = 0; - this.oc = []; - this.pc = 0; - this.sa = []; - this.ta = 0; - this.qa = []; - this.ra = 0; - this.Ha = []; - this.B = this.R = this.Ia = 0; - this.Ec = []; - this.M = this.ja = this.Vb = this.Fc = 0; - this.ya = Array(new Kb()); - this.L = this.aa = 0; - this.gd = Ed([4, 2], Xa); - this.ga = null; - this.Fa = []; - this.Cc = this.qc = this.P = 0; - this.Gb = []; - this.Uc = 0; - this.mb = []; - this.nb = 0; - this.rc = []; - this.Ga = this.Vc = 0; - } - - function ga(a, b) { - return 0 > a ? 0 : a > b ? b : a; - } - - function Oa() { - this.T = this.U = this.ka = this.height = this.width = 0; - this.y = []; - this.f = []; - this.ea = []; - this.Rc = this.fa = this.W = this.N = this.O = 0; - this.ma = "void"; - this.put = "VP8IoPutHook"; - this.ac = "VP8IoSetupHook"; - this.bc = "VP8IoTeardownHook"; - this.ha = this.Kb = 0; - this.data = []; - this.hb = this.ib = this.da = this.o = this.j = this.va = this.v = this.Da = this.ob = this.w = 0; - this.F = []; - this.J = 0; - } - - function Ce() { - var a = new Be(); - null != a && (a.a = 0, a.sc = "OK", a.cb = 0, a.Xb = 0, oa || (oa = De)); - return a; - } - - function T(a, b, c) { - 0 == a.a && (a.a = b, a.sc = c, a.cb = 0); - return 0; - } - - function Jc(a, b, c) { - return 3 <= c && 157 == a[b + 0] && 1 == a[b + 1] && 42 == a[b + 2]; - } - - function Kc(a, b) { - if (null == a) { return 0; } - a.a = 0; - a.sc = "OK"; - if (null == b) { return T(a, 2, "null VP8Io passed to VP8GetHeaders()"); } - var c = b.data; - var d = b.w; - var e = b.ha; - if (4 > e) { return T(a, 7, "Truncated header."); } - var f = c[d + 0] | c[d + 1] << 8 | c[d + 2] << 16; - var g = a.Od; - g.Rb = !(f & 1); - g.td = f >> 1 & 7; - g.yd = f >> 4 & 1; - g.ub = f >> 5; - if (3 < g.td) { return T(a, 3, "Incorrect keyframe parameters."); } - if (!g.yd) { return T(a, 4, "Frame not displayable."); } - d += 3; - e -= 3; - var h = a.Kc; - - if (g.Rb) { - if (7 > e) { return T(a, 7, "cannot parse picture header"); } - if (!Jc(c, d, e)) { return T(a, 3, "Bad code word"); } - h.c = (c[d + 4] << 8 | c[d + 3]) & 16383; - h.Td = c[d + 4] >> 6; - h.i = (c[d + 6] << 8 | c[d + 5]) & 16383; - h.Ud = c[d + 6] >> 6; - d += 7; - e -= 7; - a.za = h.c + 15 >> 4; - a.Ub = h.i + 15 >> 4; - b.width = h.c; - b.height = h.i; - b.Da = 0; - b.j = 0; - b.v = 0; - b.va = b.width; - b.o = b.height; - b.da = 0; - b.ib = b.width; - b.hb = b.height; - b.U = b.width; - b.T = b.height; - f = a.Pa; - M(f.jb, 0, 255, f.jb.length); - f = a.Qa; - x(null != f); - f.Cb = 0; - f.Bb = 0; - f.Fb = 1; - M(f.Zb, 0, 0, f.Zb.length); - M(f.Lb, 0, 0, f.Lb); - } - - if (g.ub > e) { return T(a, 7, "bad partition length"); } - f = a.m; - ma(f, c, d, g.ub); - d += g.ub; - e -= g.ub; - g.Rb && (h.Ld = G(f), h.Kd = G(f)); - h = a.Qa; - var k = a.Pa, - l; - x(null != f); - x(null != h); - h.Cb = G(f); - - if (h.Cb) { - h.Bb = G(f); - - if (G(f)) { - h.Fb = G(f); - - for (l = 0; 4 > l; ++l) { - h.Zb[l] = G(f) ? ca(f, 7) : 0; - } - - for (l = 0; 4 > l; ++l) { - h.Lb[l] = G(f) ? ca(f, 6) : 0; - } - } - - if (h.Bb) { for (l = 0; 3 > l; ++l) { - k.jb[l] = G(f) ? na(f, 8) : 255; - } } - } else { h.Bb = 0; } - - if (f.Ka) { return T(a, 3, "cannot parse segment header"); } - h = a.ed; - h.zd = G(f); - h.Tb = na(f, 6); - h.wb = na(f, 3); - h.Pc = G(f); - - if (h.Pc && G(f)) { - for (k = 0; 4 > k; ++k) { - G(f) && (h.vd[k] = ca(f, 6)); - } - - for (k = 0; 4 > k; ++k) { - G(f) && (h.od[k] = ca(f, 6)); - } - } - - a.L = 0 == h.Tb ? 0 : h.zd ? 1 : 2; - if (f.Ka) { return T(a, 3, "cannot parse filter header"); } - l = d; - var m = e; - e = l; - d = l + m; - h = m; - a.Xb = (1 << na(a.m, 2)) - 1; - k = a.Xb; - if (m < 3 * k) { c = 7; }else { - l += 3 * k; - h -= 3 * k; - - for (m = 0; m < k; ++m) { - var n = c[e + 0] | c[e + 1] << 8 | c[e + 2] << 16; - n > h && (n = h); - ma(a.Jc[+m], c, l, n); - l += n; - h -= n; - e += 3; - } - - ma(a.Jc[+k], c, l, h); - c = l < d ? 0 : 5; - } - if (0 != c) { return T(a, c, "cannot parse partitions"); } - l = a.m; - c = na(l, 7); - e = G(l) ? ca(l, 4) : 0; - d = G(l) ? ca(l, 4) : 0; - h = G(l) ? ca(l, 4) : 0; - k = G(l) ? ca(l, 4) : 0; - l = G(l) ? ca(l, 4) : 0; - m = a.Qa; - - for (n = 0; 4 > n; ++n) { - if (m.Cb) { - var r = m.Zb[n]; - m.Fb || (r += c); - } else if (0 < n) { - a.pb[n] = a.pb[0]; - continue; - } else { r = c; } - - var q = a.pb[n]; - q.Sc[0] = Lb[ga(r + e, 127)]; - q.Sc[1] = Mb[ga(r + 0, 127)]; - q.Eb[0] = 2 * Lb[ga(r + d, 127)]; - q.Eb[1] = 101581 * Mb[ga(r + h, 127)] >> 16; - 8 > q.Eb[1] && (q.Eb[1] = 8); - q.Qc[0] = Lb[ga(r + k, 117)]; - q.Qc[1] = Mb[ga(r + l, 127)]; - q.lc = r + l; - } - - if (!g.Rb) { return T(a, 4, "Not a key frame."); } - G(f); - g = a.Pa; - - for (c = 0; 4 > c; ++c) { - for (e = 0; 8 > e; ++e) { - for (d = 0; 3 > d; ++d) { - for (h = 0; 11 > h; ++h) { - k = K(f, Ee[c][e][d][h]) ? na(f, 8) : Fe[c][e][d][h], g.Wc[c][e].Yb[d][h] = k; - } - } - } - - for (e = 0; 17 > e; ++e) { - g.Xc[c][e] = g.Wc[c][Ge[e]]; - } - } - - a.kc = G(f); - a.kc && (a.Bd = na(f, 8)); - return a.cb = 1; - } - - function De(a, b, c, d, e, f, g) { - var h = b[e].Yb[c]; - - for (c = 0; 16 > e; ++e) { - if (!K(a, h[c + 0])) { return e; } - - for (; !K(a, h[c + 1]);) { - if (h = b[++e].Yb[0], c = 0, 16 == e) { return 16; } - } - - var k = b[e + 1].Yb; - - if (K(a, h[c + 2])) { - var l = a, - m = h, - n = c; - var r = 0; - if (K(l, m[n + 3])) { - if (K(l, m[n + 6])) { - h = 0; - r = K(l, m[n + 8]); - m = K(l, m[n + 9 + r]); - n = 2 * r + m; - r = 0; - - for (m = He[n]; m[h]; ++h) { - r += r + K(l, m[h]); - } - - r += 3 + (8 << n); - } else { K(l, m[n + 7]) ? (r = 7 + 2 * K(l, 165), r += K(l, 145)) : r = 5 + K(l, 159); } - } else { K(l, m[n + 4]) ? r = 3 + K(l, m[n + 5]) : r = 2; } - h = k[2]; - } else { r = 1, h = k[1]; } - - k = g + Ie[e]; - l = a; - 0 > l.b && Qa(l); - var m = l.b, - n = l.Ca >> 1, - q = n - (l.I >> m) >> 31; - --l.b; - l.Ca += q; - l.Ca |= 1; - l.I -= (n + 1 & q) << m; - f[k] = ((r ^ q) - q) * d[(0 < e) + 0]; - } - - return 16; - } - - function Lc(a) { - var b = a.rb[a.sb - 1]; - b.la = 0; - b.Na = 0; - M(a.zc, 0, 0, a.zc.length); - a.ja = 0; - } - - function Je(a, b) { - for (a.M = 0; a.M < a.Va; ++a.M) { - var c = a.Jc[a.M & a.Xb], - d = a.m, - e = a, - f; - - for (f = 0; f < e.za; ++f) { - var g = d; - var h = e; - var k = h.Ac, - l = h.Bc + 4 * f, - m = h.zc, - n = h.ya[h.aa + f]; - h.Qa.Bb ? n.$b = K(g, h.Pa.jb[0]) ? 2 + K(g, h.Pa.jb[2]) : K(g, h.Pa.jb[1]) : n.$b = 0; - h.kc && (n.Ad = K(g, h.Bd)); - n.Za = !K(g, 145) + 0; - - if (n.Za) { - var r = n.Ob, - q = 0; - - for (h = 0; 4 > h; ++h) { - var t = m[0 + h]; - var v; - - for (v = 0; 4 > v; ++v) { - t = Ke[k[l + v]][t]; - - for (var p = Mc[K(g, t[0])]; 0 < p;) { - p = Mc[2 * p + K(g, t[p])]; - } - - t = -p; - k[l + v] = t; - } - - I(r, q, k, l, 4); - q += 4; - m[0 + h] = t; - } - } else { t = K(g, 156) ? K(g, 128) ? 1 : 3 : K(g, 163) ? 2 : 0, n.Ob[0] = t, M(k, l, t, 4), M(m, 0, t, 4); } - - n.Dd = K(g, 142) ? K(g, 114) ? K(g, 183) ? 1 : 3 : 2 : 0; - } - - if (e.m.Ka) { return T(a, 7, "Premature end-of-partition0 encountered."); } - - for (; a.ja < a.za; ++a.ja) { - d = a; - e = c; - g = d.rb[d.sb - 1]; - k = d.rb[d.sb + d.ja]; - f = d.ya[d.aa + d.ja]; - if (l = d.kc ? f.Ad : 0) { g.la = k.la = 0, f.Za || (g.Na = k.Na = 0), f.Hc = 0, f.Gc = 0, f.ia = 0; }else { - var u, - w, - g = k, - k = e, - l = d.Pa.Xc, - m = d.ya[d.aa + d.ja], - n = d.pb[m.$b]; - h = m.ad; - r = 0; - q = d.rb[d.sb - 1]; - t = v = 0; - M(h, r, 0, 384); - - if (m.Za) { - var y = 0; - var A = l[3]; - } else { - p = V(16); - var E = g.Na + q.Na; - E = oa(k, l[1], E, n.Eb, 0, p, 0); - g.Na = q.Na = (0 < E) + 0; - if (1 < E) { Nc(p, 0, h, r); }else { - var B = p[0] + 3 >> 3; - - for (p = 0; 256 > p; p += 16) { - h[r + p] = B; - } - } - y = 1; - A = l[0]; - } - - var C = g.la & 15; - var N = q.la & 15; - - for (p = 0; 4 > p; ++p) { - var z = N & 1; - - for (B = w = 0; 4 > B; ++B) { - E = z + (C & 1), E = oa(k, A, E, n.Sc, y, h, r), z = E > y, C = C >> 1 | z << 7, w = w << 2 | (3 < E ? 3 : 1 < E ? 2 : 0 != h[r + 0]), r += 16; - } - - C >>= 4; - N = N >> 1 | z << 7; - v = (v << 8 | w) >>> 0; - } - - A = C; - y = N >> 4; - - for (u = 0; 4 > u; u += 2) { - w = 0; - C = g.la >> 4 + u; - N = q.la >> 4 + u; - - for (p = 0; 2 > p; ++p) { - z = N & 1; - - for (B = 0; 2 > B; ++B) { - E = z + (C & 1), E = oa(k, l[2], E, n.Qc, 0, h, r), z = 0 < E, C = C >> 1 | z << 3, w = w << 2 | (3 < E ? 3 : 1 < E ? 2 : 0 != h[r + 0]), r += 16; - } - - C >>= 2; - N = N >> 1 | z << 5; - } - - t |= w << 4 * u; - A |= C << 4 << u; - y |= (N & 240) << u; - } - - g.la = A; - q.la = y; - m.Hc = v; - m.Gc = t; - m.ia = t & 43690 ? 0 : n.ia; - l = !(v | t); - } - 0 < d.L && (d.wa[d.Y + d.ja] = d.gd[f.$b][f.Za], d.wa[d.Y + d.ja].La |= !l); - if (e.Ka) { return T(a, 7, "Premature end-of-file encountered."); } - } - - Lc(a); - c = a; - d = b; - e = 1; - f = c.D; - g = 0 < c.L && c.M >= c.zb && c.M <= c.Va; - if (0 == c.Aa) { a: { - f.M = c.M, f.uc = g, Oc(c, f), e = 1; - w = c.D; - f = w.Nb; - t = Ya[c.L]; - g = t * c.R; - k = t / 2 * c.B; - p = 16 * f * c.R; - B = 8 * f * c.B; - l = c.sa; - m = c.ta - g + p; - n = c.qa; - h = c.ra - k + B; - r = c.Ha; - q = c.Ia - k + B; - C = w.M; - N = 0 == C; - v = C >= c.Va - 1; - 2 == c.Aa && Oc(c, w); - if (w.uc) { for (E = c, z = E.D.M, x(E.D.uc), w = E.yb; w < E.Hb; ++w) { - var Q = E; - y = w; - A = z; - var S = Q.D, - D = S.Nb; - u = Q.R; - var S = S.wa[S.Y + y], - F = Q.sa, - H = Q.ta + 16 * D * u + 16 * y, - J = S.dd, - G = S.tc; - if (0 != G) { if (x(3 <= G), 1 == Q.L) { 0 < y && Pc(F, H, u, G + 4), S.La && Qc(F, H, u, G), 0 < A && Rc(F, H, u, G + 4), S.La && Sc(F, H, u, G); }else { - var L = Q.B, - O = Q.qa, - P = Q.ra + 8 * D * L + 8 * y, - R = Q.Ha, - Q = Q.Ia + 8 * D * L + 8 * y, - D = S.ld; - 0 < y && (Tc(F, H, u, G + 4, J, D), Uc(O, P, R, Q, L, G + 4, J, D)); - S.La && (Vc(F, H, u, G, J, D), Wc(O, P, R, Q, L, G, J, D)); - 0 < A && (Xc(F, H, u, G + 4, J, D), Yc(O, P, R, Q, L, G + 4, J, D)); - S.La && (Zc(F, H, u, G, J, D), $c(O, P, R, Q, L, G, J, D)); - } } - } } - c.ia && alert("todo:DitherRow"); - - if (null != d.put) { - w = 16 * C; - C = 16 * (C + 1); - N ? (d.y = c.sa, d.O = c.ta + p, d.f = c.qa, d.N = c.ra + B, d.ea = c.Ha, d.W = c.Ia + B) : (w -= t, d.y = l, d.O = m, d.f = n, d.N = h, d.ea = r, d.W = q); - v || (C -= t); - C > d.o && (C = d.o); - d.F = null; - d.J = null; - - if (null != c.Fa && 0 < c.Fa.length && w < C && (d.J = Le(c, d, w, C - w), d.F = c.mb, null == d.F && 0 == d.F.length)) { - e = T(c, 3, "Could not decode alpha data."); - break a; - } - - w < d.j && (t = d.j - w, w = d.j, x(!(t & 1)), d.O += c.R * t, d.N += c.B * (t >> 1), d.W += c.B * (t >> 1), null != d.F && (d.J += d.width * t)); - w < C && (d.O += d.v, d.N += d.v >> 1, d.W += d.v >> 1, null != d.F && (d.J += d.v), d.ka = w - d.j, d.U = d.va - d.v, d.T = C - w, e = d.put(d)); - } - - f + 1 != c.Ic || v || (I(c.sa, c.ta - g, l, m + 16 * c.R, g), I(c.qa, c.ra - k, n, h + 8 * c.B, k), I(c.Ha, c.Ia - k, r, q + 8 * c.B, k)); - } } - if (!e) { return T(a, 6, "Output aborted."); } - } - - return 1; - } - - function Me(a, b) { - if (null == a) { return 0; } - if (null == b) { return T(a, 2, "NULL VP8Io parameter in VP8Decode()."); } - if (!a.cb && !Kc(a, b)) { return 0; } - x(a.cb); - - if (null == b.ac || b.ac(b)) { - b.ob && (a.L = 0); - var c = Ya[a.L]; - 2 == a.L ? (a.yb = 0, a.zb = 0) : (a.yb = b.v - c >> 4, a.zb = b.j - c >> 4, 0 > a.yb && (a.yb = 0), 0 > a.zb && (a.zb = 0)); - a.Va = b.o + 15 + c >> 4; - a.Hb = b.va + 15 + c >> 4; - a.Hb > a.za && (a.Hb = a.za); - a.Va > a.Ub && (a.Va = a.Ub); - - if (0 < a.L) { - var d = a.ed; - - for (c = 0; 4 > c; ++c) { - var e; - - if (a.Qa.Cb) { - var f = a.Qa.Lb[c]; - a.Qa.Fb || (f += d.Tb); - } else { f = d.Tb; } - - for (e = 0; 1 >= e; ++e) { - var g = a.gd[c][e], - h = f; - d.Pc && (h += d.vd[0], e && (h += d.od[0])); - h = 0 > h ? 0 : 63 < h ? 63 : h; - - if (0 < h) { - var k = h; - 0 < d.wb && (k = 4 < d.wb ? k >> 2 : k >> 1, k > 9 - d.wb && (k = 9 - d.wb)); - 1 > k && (k = 1); - g.dd = k; - g.tc = 2 * h + k; - g.ld = 40 <= h ? 2 : 15 <= h ? 1 : 0; - } else { g.tc = 0; } - - g.La = e; - } - } - } - - c = 0; - } else { T(a, 6, "Frame setup failed"), c = a.a; } - - if (c = 0 == c) { - if (c) { - a.$c = 0; - 0 < a.Aa || (a.Ic = Ne); - - b: { - c = a.Ic; - var k = a.za, - d = 4 * k, - l = 32 * k, - m = k + 1, - n = 0 < a.L ? k * (0 < a.Aa ? 2 : 1) : 0, - r = (2 == a.Aa ? 2 : 1) * k; - e = 3 * (16 * c + Ya[a.L]) / 2 * l; - f = null != a.Fa && 0 < a.Fa.length ? a.Kc.c * a.Kc.i : 0; - g = d + 832 + e + f; - if (g != g) { c = 0; }else { - if (g > a.Vb) { - a.Vb = 0; - a.Ec = V(g); - a.Fc = 0; - - if (null == a.Ec) { - c = T(a, 1, "no memory during frame initialization."); - break b; - } - - a.Vb = g; - } - - g = a.Ec; - h = a.Fc; - a.Ac = g; - a.Bc = h; - h += d; - a.Gd = wa(l, Ic); - a.Hd = 0; - a.rb = wa(m + 1, Hc); - a.sb = 1; - a.wa = n ? wa(n, Xa) : null; - a.Y = 0; - a.D.Nb = 0; - a.D.wa = a.wa; - a.D.Y = a.Y; - 0 < a.Aa && (a.D.Y += k); - x(!0); - a.oc = g; - a.pc = h; - h += 832; - a.ya = wa(r, Kb); - a.aa = 0; - a.D.ya = a.ya; - a.D.aa = a.aa; - 2 == a.Aa && (a.D.aa += k); - a.R = 16 * k; - a.B = 8 * k; - l = Ya[a.L]; - k = l * a.R; - l = l / 2 * a.B; - a.sa = g; - a.ta = h + k; - a.qa = a.sa; - a.ra = a.ta + 16 * c * a.R + l; - a.Ha = a.qa; - a.Ia = a.ra + 8 * c * a.B + l; - a.$c = 0; - h += e; - a.mb = f ? g : null; - a.nb = f ? h : null; - x(h + f <= a.Fc + a.Vb); - Lc(a); - M(a.Ac, a.Bc, 0, d); - c = 1; - } - } - - if (c) { - b.ka = 0; - b.y = a.sa; - b.O = a.ta; - b.f = a.qa; - b.N = a.ra; - b.ea = a.Ha; - b.Vd = a.Ia; - b.fa = a.R; - b.Rc = a.B; - b.F = null; - b.J = 0; - - if (!ad) { - for (c = -255; 255 >= c; ++c) { - bd[255 + c] = 0 > c ? -c : c; - } - - for (c = -1020; 1020 >= c; ++c) { - cd[1020 + c] = -128 > c ? -128 : 127 < c ? 127 : c; - } - - for (c = -112; 112 >= c; ++c) { - dd[112 + c] = -16 > c ? -16 : 15 < c ? 15 : c; - } - - for (c = -255; 510 >= c; ++c) { - ed[255 + c] = 0 > c ? 0 : 255 < c ? 255 : c; - } - - ad = 1; - } - - Nc = Oe; - Za = Pe; - Nb = Qe; - pa = Re; - Ob = Se; - fd = Te; - Xc = Ue; - Tc = Ve; - Yc = We; - Uc = Xe; - Zc = Ye; - Vc = Ze; - $c = $e; - Wc = af; - Rc = gd; - Pc = hd; - Sc = bf; - Qc = cf; - W[0] = df; - W[1] = ef; - W[2] = ff; - W[3] = gf; - W[4] = hf; - W[5] = jf; - W[6] = kf; - W[7] = lf; - W[8] = mf; - W[9] = nf; - Y[0] = of; - Y[1] = pf; - Y[2] = qf; - Y[3] = rf; - Y[4] = sf; - Y[5] = tf; - Y[6] = uf; - ka[0] = vf; - ka[1] = wf; - ka[2] = xf; - ka[3] = yf; - ka[4] = zf; - ka[5] = Af; - ka[6] = Bf; - c = 1; - } else { c = 0; } - } - - c && (c = Je(a, b)); - null != b.bc && b.bc(b); - c &= 1; - } - - if (!c) { return 0; } - a.cb = 0; - return c; - } - - function qa(a, b, c, d, e) { - e = a[b + c + 32 * d] + (e >> 3); - a[b + c + 32 * d] = e & -256 ? 0 > e ? 0 : 255 : e; - } - - function kb(a, b, c, d, e, f) { - qa(a, b, 0, c, d + e); - qa(a, b, 1, c, d + f); - qa(a, b, 2, c, d - f); - qa(a, b, 3, c, d - e); - } - - function da(a) { - return (20091 * a >> 16) + a; - } - - function id(a, b, c, d) { - var e = 0, - f; - var g = V(16); - - for (f = 0; 4 > f; ++f) { - var h = a[b + 0] + a[b + 8]; - var k = a[b + 0] - a[b + 8]; - var l = (35468 * a[b + 4] >> 16) - da(a[b + 12]); - var m = da(a[b + 4]) + (35468 * a[b + 12] >> 16); - g[e + 0] = h + m; - g[e + 1] = k + l; - g[e + 2] = k - l; - g[e + 3] = h - m; - e += 4; - b++; - } - - for (f = e = 0; 4 > f; ++f) { - a = g[e + 0] + 4, h = a + g[e + 8], k = a - g[e + 8], l = (35468 * g[e + 4] >> 16) - da(g[e + 12]), m = da(g[e + 4]) + (35468 * g[e + 12] >> 16), qa(c, d, 0, 0, h + m), qa(c, d, 1, 0, k + l), qa(c, d, 2, 0, k - l), qa(c, d, 3, 0, h - m), e++, d += 32; - } - } - - function Te(a, b, c, d) { - var e = a[b + 0] + 4, - f = 35468 * a[b + 4] >> 16, - g = da(a[b + 4]), - h = 35468 * a[b + 1] >> 16; - a = da(a[b + 1]); - kb(c, d, 0, e + g, a, h); - kb(c, d, 1, e + f, a, h); - kb(c, d, 2, e - f, a, h); - kb(c, d, 3, e - g, a, h); - } - - function Pe(a, b, c, d, e) { - id(a, b, c, d); - e && id(a, b + 16, c, d + 4); - } - - function Qe(a, b, c, d) { - Za(a, b + 0, c, d, 1); - Za(a, b + 32, c, d + 128, 1); - } - - function Re(a, b, c, d) { - a = a[b + 0] + 4; - var e; - - for (e = 0; 4 > e; ++e) { - for (b = 0; 4 > b; ++b) { - qa(c, d, b, e, a); - } - } - } - - function Se(a, b, c, d) { - a[b + 0] && pa(a, b + 0, c, d); - a[b + 16] && pa(a, b + 16, c, d + 4); - a[b + 32] && pa(a, b + 32, c, d + 128); - a[b + 48] && pa(a, b + 48, c, d + 128 + 4); - } - - function Oe(a, b, c, d) { - var e = V(16), - f; - - for (f = 0; 4 > f; ++f) { - var g = a[b + 0 + f] + a[b + 12 + f]; - var h = a[b + 4 + f] + a[b + 8 + f]; - var k = a[b + 4 + f] - a[b + 8 + f]; - var l = a[b + 0 + f] - a[b + 12 + f]; - e[0 + f] = g + h; - e[8 + f] = g - h; - e[4 + f] = l + k; - e[12 + f] = l - k; - } - - for (f = 0; 4 > f; ++f) { - a = e[0 + 4 * f] + 3, g = a + e[3 + 4 * f], h = e[1 + 4 * f] + e[2 + 4 * f], k = e[1 + 4 * f] - e[2 + 4 * f], l = a - e[3 + 4 * f], c[d + 0] = g + h >> 3, c[d + 16] = l + k >> 3, c[d + 32] = g - h >> 3, c[d + 48] = l - k >> 3, d += 64; - } - } - - function Pb(a, b, c) { - var d = b - 32, - e = R, - f = 255 - a[d - 1], - g; - - for (g = 0; g < c; ++g) { - var h = e, - k = f + a[b - 1], - l; - - for (l = 0; l < c; ++l) { - a[b + l] = h[k + a[d + l]]; - } - - b += 32; - } - } - - function ef(a, b) { - Pb(a, b, 4); - } - - function wf(a, b) { - Pb(a, b, 8); - } - - function pf(a, b) { - Pb(a, b, 16); - } - - function qf(a, b) { - var c; - - for (c = 0; 16 > c; ++c) { - I(a, b + 32 * c, a, b - 32, 16); - } - } - - function rf(a, b) { - var c; - - for (c = 16; 0 < c; --c) { - M(a, b, a[b - 1], 16), b += 32; - } - } - - function $a(a, b, c) { - var d; - - for (d = 0; 16 > d; ++d) { - M(b, c + 32 * d, a, 16); - } - } - - function of(a, b) { - var c = 16, - d; - - for (d = 0; 16 > d; ++d) { - c += a[b - 1 + 32 * d] + a[b + d - 32]; - } - - $a(c >> 5, a, b); - } - - function sf(a, b) { - var c = 8, - d; - - for (d = 0; 16 > d; ++d) { - c += a[b - 1 + 32 * d]; - } - - $a(c >> 4, a, b); - } - - function tf(a, b) { - var c = 8, - d; - - for (d = 0; 16 > d; ++d) { - c += a[b + d - 32]; - } - - $a(c >> 4, a, b); - } - - function uf(a, b) { - $a(128, a, b); - } - - function z(a, b, c) { - return a + 2 * b + c + 2 >> 2; - } - - function ff(a, b) { - var c = b - 32, - c = new Uint8Array([z(a[c - 1], a[c + 0], a[c + 1]), z(a[c + 0], a[c + 1], a[c + 2]), z(a[c + 1], a[c + 2], a[c + 3]), z(a[c + 2], a[c + 3], a[c + 4])]), - d; - - for (d = 0; 4 > d; ++d) { - I(a, b + 32 * d, c, 0, c.length); - } - } - - function gf(a, b) { - var c = a[b - 1], - d = a[b - 1 + 32], - e = a[b - 1 + 64], - f = a[b - 1 + 96]; - ra(a, b + 0, 16843009 * z(a[b - 1 - 32], c, d)); - ra(a, b + 32, 16843009 * z(c, d, e)); - ra(a, b + 64, 16843009 * z(d, e, f)); - ra(a, b + 96, 16843009 * z(e, f, f)); - } - - function df(a, b) { - var c = 4, - d; - - for (d = 0; 4 > d; ++d) { - c += a[b + d - 32] + a[b - 1 + 32 * d]; - } - - c >>= 3; - - for (d = 0; 4 > d; ++d) { - M(a, b + 32 * d, c, 4); - } - } - - function hf(a, b) { - var c = a[b - 1 + 0], - d = a[b - 1 + 32], - e = a[b - 1 + 64], - f = a[b - 1 - 32], - g = a[b + 0 - 32], - h = a[b + 1 - 32], - k = a[b + 2 - 32], - l = a[b + 3 - 32]; - a[b + 0 + 96] = z(d, e, a[b - 1 + 96]); - a[b + 1 + 96] = a[b + 0 + 64] = z(c, d, e); - a[b + 2 + 96] = a[b + 1 + 64] = a[b + 0 + 32] = z(f, c, d); - a[b + 3 + 96] = a[b + 2 + 64] = a[b + 1 + 32] = a[b + 0 + 0] = z(g, f, c); - a[b + 3 + 64] = a[b + 2 + 32] = a[b + 1 + 0] = z(h, g, f); - a[b + 3 + 32] = a[b + 2 + 0] = z(k, h, g); - a[b + 3 + 0] = z(l, k, h); - } - - function kf(a, b) { - var c = a[b + 1 - 32], - d = a[b + 2 - 32], - e = a[b + 3 - 32], - f = a[b + 4 - 32], - g = a[b + 5 - 32], - h = a[b + 6 - 32], - k = a[b + 7 - 32]; - a[b + 0 + 0] = z(a[b + 0 - 32], c, d); - a[b + 1 + 0] = a[b + 0 + 32] = z(c, d, e); - a[b + 2 + 0] = a[b + 1 + 32] = a[b + 0 + 64] = z(d, e, f); - a[b + 3 + 0] = a[b + 2 + 32] = a[b + 1 + 64] = a[b + 0 + 96] = z(e, f, g); - a[b + 3 + 32] = a[b + 2 + 64] = a[b + 1 + 96] = z(f, g, h); - a[b + 3 + 64] = a[b + 2 + 96] = z(g, h, k); - a[b + 3 + 96] = z(h, k, k); - } - - function jf(a, b) { - var c = a[b - 1 + 0], - d = a[b - 1 + 32], - e = a[b - 1 + 64], - f = a[b - 1 - 32], - g = a[b + 0 - 32], - h = a[b + 1 - 32], - k = a[b + 2 - 32], - l = a[b + 3 - 32]; - a[b + 0 + 0] = a[b + 1 + 64] = f + g + 1 >> 1; - a[b + 1 + 0] = a[b + 2 + 64] = g + h + 1 >> 1; - a[b + 2 + 0] = a[b + 3 + 64] = h + k + 1 >> 1; - a[b + 3 + 0] = k + l + 1 >> 1; - a[b + 0 + 96] = z(e, d, c); - a[b + 0 + 64] = z(d, c, f); - a[b + 0 + 32] = a[b + 1 + 96] = z(c, f, g); - a[b + 1 + 32] = a[b + 2 + 96] = z(f, g, h); - a[b + 2 + 32] = a[b + 3 + 96] = z(g, h, k); - a[b + 3 + 32] = z(h, k, l); - } - - function lf(a, b) { - var c = a[b + 0 - 32], - d = a[b + 1 - 32], - e = a[b + 2 - 32], - f = a[b + 3 - 32], - g = a[b + 4 - 32], - h = a[b + 5 - 32], - k = a[b + 6 - 32], - l = a[b + 7 - 32]; - a[b + 0 + 0] = c + d + 1 >> 1; - a[b + 1 + 0] = a[b + 0 + 64] = d + e + 1 >> 1; - a[b + 2 + 0] = a[b + 1 + 64] = e + f + 1 >> 1; - a[b + 3 + 0] = a[b + 2 + 64] = f + g + 1 >> 1; - a[b + 0 + 32] = z(c, d, e); - a[b + 1 + 32] = a[b + 0 + 96] = z(d, e, f); - a[b + 2 + 32] = a[b + 1 + 96] = z(e, f, g); - a[b + 3 + 32] = a[b + 2 + 96] = z(f, g, h); - a[b + 3 + 64] = z(g, h, k); - a[b + 3 + 96] = z(h, k, l); - } - - function nf(a, b) { - var c = a[b - 1 + 0], - d = a[b - 1 + 32], - e = a[b - 1 + 64], - f = a[b - 1 + 96]; - a[b + 0 + 0] = c + d + 1 >> 1; - a[b + 2 + 0] = a[b + 0 + 32] = d + e + 1 >> 1; - a[b + 2 + 32] = a[b + 0 + 64] = e + f + 1 >> 1; - a[b + 1 + 0] = z(c, d, e); - a[b + 3 + 0] = a[b + 1 + 32] = z(d, e, f); - a[b + 3 + 32] = a[b + 1 + 64] = z(e, f, f); - a[b + 3 + 64] = a[b + 2 + 64] = a[b + 0 + 96] = a[b + 1 + 96] = a[b + 2 + 96] = a[b + 3 + 96] = f; - } - - function mf(a, b) { - var c = a[b - 1 + 0], - d = a[b - 1 + 32], - e = a[b - 1 + 64], - f = a[b - 1 + 96], - g = a[b - 1 - 32], - h = a[b + 0 - 32], - k = a[b + 1 - 32], - l = a[b + 2 - 32]; - a[b + 0 + 0] = a[b + 2 + 32] = c + g + 1 >> 1; - a[b + 0 + 32] = a[b + 2 + 64] = d + c + 1 >> 1; - a[b + 0 + 64] = a[b + 2 + 96] = e + d + 1 >> 1; - a[b + 0 + 96] = f + e + 1 >> 1; - a[b + 3 + 0] = z(h, k, l); - a[b + 2 + 0] = z(g, h, k); - a[b + 1 + 0] = a[b + 3 + 32] = z(c, g, h); - a[b + 1 + 32] = a[b + 3 + 64] = z(d, c, g); - a[b + 1 + 64] = a[b + 3 + 96] = z(e, d, c); - a[b + 1 + 96] = z(f, e, d); - } - - function xf(a, b) { - var c; - - for (c = 0; 8 > c; ++c) { - I(a, b + 32 * c, a, b - 32, 8); - } - } - - function yf(a, b) { - var c; - - for (c = 0; 8 > c; ++c) { - M(a, b, a[b - 1], 8), b += 32; - } - } - - function lb(a, b, c) { - var d; - - for (d = 0; 8 > d; ++d) { - M(b, c + 32 * d, a, 8); - } - } - - function vf(a, b) { - var c = 8, - d; - - for (d = 0; 8 > d; ++d) { - c += a[b + d - 32] + a[b - 1 + 32 * d]; - } - - lb(c >> 4, a, b); - } - - function Af(a, b) { - var c = 4, - d; - - for (d = 0; 8 > d; ++d) { - c += a[b + d - 32]; - } - - lb(c >> 3, a, b); - } - - function zf(a, b) { - var c = 4, - d; - - for (d = 0; 8 > d; ++d) { - c += a[b - 1 + 32 * d]; - } - - lb(c >> 3, a, b); - } - - function Bf(a, b) { - lb(128, a, b); - } - - function ab(a, b, c) { - var d = a[b - c], - e = a[b + 0], - f = 3 * (e - d) + Qb[1020 + a[b - 2 * c] - a[b + c]], - g = mb[112 + (f + 4 >> 3)]; - a[b - c] = R[255 + d + mb[112 + (f + 3 >> 3)]]; - a[b + 0] = R[255 + e - g]; - } - - function jd(a, b, c, d) { - var e = a[b + 0], - f = a[b + c]; - return U[255 + a[b - 2 * c] - a[b - c]] > d || U[255 + f - e] > d; - } - - function kd(a, b, c, d) { - return 4 * U[255 + a[b - c] - a[b + 0]] + U[255 + a[b - 2 * c] - a[b + c]] <= d; - } - - function ld(a, b, c, d, e) { - var f = a[b - 3 * c], - g = a[b - 2 * c], - h = a[b - c], - k = a[b + 0], - l = a[b + c], - m = a[b + 2 * c], - n = a[b + 3 * c]; - return 4 * U[255 + h - k] + U[255 + g - l] > d ? 0 : U[255 + a[b - 4 * c] - f] <= e && U[255 + f - g] <= e && U[255 + g - h] <= e && U[255 + n - m] <= e && U[255 + m - l] <= e && U[255 + l - k] <= e; - } - - function gd(a, b, c, d) { - var e = 2 * d + 1; - - for (d = 0; 16 > d; ++d) { - kd(a, b + d, c, e) && ab(a, b + d, c); - } - } - - function hd(a, b, c, d) { - var e = 2 * d + 1; - - for (d = 0; 16 > d; ++d) { - kd(a, b + d * c, 1, e) && ab(a, b + d * c, 1); - } - } - - function bf(a, b, c, d) { - var e; - - for (e = 3; 0 < e; --e) { - b += 4 * c, gd(a, b, c, d); - } - } - - function cf(a, b, c, d) { - var e; - - for (e = 3; 0 < e; --e) { - b += 4, hd(a, b, c, d); - } - } - - function ea(a, b, c, d, e, f, g, h) { - for (f = 2 * f + 1; 0 < e--;) { - if (ld(a, b, c, f, g)) { if (jd(a, b, c, h)) { ab(a, b, c); }else { - var k = a, - l = b, - m = c, - n = k[l - 2 * m], - r = k[l - m], - q = k[l + 0], - t = k[l + m], - v = k[l + 2 * m], - p = Qb[1020 + 3 * (q - r) + Qb[1020 + n - t]], - u = 27 * p + 63 >> 7, - w = 18 * p + 63 >> 7, - p = 9 * p + 63 >> 7; - k[l - 3 * m] = R[255 + k[l - 3 * m] + p]; - k[l - 2 * m] = R[255 + n + w]; - k[l - m] = R[255 + r + u]; - k[l + 0] = R[255 + q - u]; - k[l + m] = R[255 + t - w]; - k[l + 2 * m] = R[255 + v - p]; - } } - b += d; - } - } - - function Fa(a, b, c, d, e, f, g, h) { - for (f = 2 * f + 1; 0 < e--;) { - if (ld(a, b, c, f, g)) { if (jd(a, b, c, h)) { ab(a, b, c); }else { - var k = a, - l = b, - m = c, - n = k[l - m], - r = k[l + 0], - q = k[l + m], - t = 3 * (r - n), - v = mb[112 + (t + 4 >> 3)], - t = mb[112 + (t + 3 >> 3)], - p = v + 1 >> 1; - k[l - 2 * m] = R[255 + k[l - 2 * m] + p]; - k[l - m] = R[255 + n + t]; - k[l + 0] = R[255 + r - v]; - k[l + m] = R[255 + q - p]; - } } - b += d; - } - } - - function Ue(a, b, c, d, e, f) { - ea(a, b, c, 1, 16, d, e, f); - } - - function Ve(a, b, c, d, e, f) { - ea(a, b, 1, c, 16, d, e, f); - } - - function Ye(a, b, c, d, e, f) { - var g; - - for (g = 3; 0 < g; --g) { - b += 4 * c, Fa(a, b, c, 1, 16, d, e, f); - } - } - - function Ze(a, b, c, d, e, f) { - var g; - - for (g = 3; 0 < g; --g) { - b += 4, Fa(a, b, 1, c, 16, d, e, f); - } - } - - function We(a, b, c, d, e, f, g, h) { - ea(a, b, e, 1, 8, f, g, h); - ea(c, d, e, 1, 8, f, g, h); - } - - function Xe(a, b, c, d, e, f, g, h) { - ea(a, b, 1, e, 8, f, g, h); - ea(c, d, 1, e, 8, f, g, h); - } - - function $e(a, b, c, d, e, f, g, h) { - Fa(a, b + 4 * e, e, 1, 8, f, g, h); - Fa(c, d + 4 * e, e, 1, 8, f, g, h); - } - - function af(a, b, c, d, e, f, g, h) { - Fa(a, b + 4, 1, e, 8, f, g, h); - Fa(c, d + 4, 1, e, 8, f, g, h); - } - - function Cf() { - this.ba = new Cb(); - this.ec = []; - this.cc = []; - this.Mc = []; - this.Dc = this.Nc = this.dc = this.fc = 0; - this.Oa = new Ud(); - this.memory = 0; - this.Ib = "OutputFunc"; - this.Jb = "OutputAlphaFunc"; - this.Nd = "OutputRowFunc"; - } - - function md() { - this.data = []; - this.offset = this.kd = this.ha = this.w = 0; - this.na = []; - this.xa = this.gb = this.Ja = this.Sa = this.P = 0; - } - - function Df() { - this.nc = this.Ea = this.b = this.hc = 0; - this.K = []; - this.w = 0; - } - - function Ef() { - this.ua = 0; - this.Wa = new ac(); - this.vb = new ac(); - this.md = this.xc = this.wc = 0; - this.vc = []; - this.Wb = 0; - this.Ya = new Ub(); - this.yc = new O(); - } - - function je() { - this.xb = this.a = 0; - this.l = new Oa(); - this.ca = new Cb(); - this.V = []; - this.Ba = 0; - this.Ta = []; - this.Ua = 0; - this.m = new Ra(); - this.Pb = 0; - this.wd = new Ra(); - this.Ma = this.$ = this.C = this.i = this.c = this.xd = 0; - this.s = new Ef(); - this.ab = 0; - this.gc = wa(4, Df); - this.Oc = 0; - } - - function Ff() { - this.Lc = this.Z = this.$a = this.i = this.c = 0; - this.l = new Oa(); - this.ic = 0; - this.ca = []; - this.tb = 0; - this.qd = null; - this.rd = 0; - } - - function Rb(a, b, c, d, e, f, g) { - a = null == a ? 0 : a[b + 0]; - - for (b = 0; b < g; ++b) { - e[f + b] = a + c[d + b] & 255, a = e[f + b]; - } - } - - function Gf(a, b, c, d, e, f, g) { - if (null == a) { Rb(null, null, c, d, e, f, g); }else { - var h; - - for (h = 0; h < g; ++h) { - e[f + h] = a[b + h] + c[d + h] & 255; - } - } - } - - function Hf(a, b, c, d, e, f, g) { - if (null == a) { Rb(null, null, c, d, e, f, g); }else { - var h = a[b + 0], - k = h, - l = h, - m; - - for (m = 0; m < g; ++m) { - h = a[b + m], k = l + h - k, l = c[d + m] + (k & -256 ? 0 > k ? 0 : 255 : k) & 255, k = h, e[f + m] = l; - } - } - } - - function Le(a, b, c, d) { - var e = b.width, - f = b.o; - x(null != a && null != b); - if (0 > c || 0 >= d || c + d > f) { return null; } - - if (!a.Cc) { - if (null == a.ga) { - a.ga = new Ff(); - var g; - (g = null == a.ga) || (g = b.width * b.o, x(0 == a.Gb.length), a.Gb = V(g), a.Uc = 0, null == a.Gb ? g = 0 : (a.mb = a.Gb, a.nb = a.Uc, a.rc = null, g = 1), g = !g); - - if (!g) { - g = a.ga; - var h = a.Fa, - k = a.P, - l = a.qc, - m = a.mb, - n = a.nb, - r = k + 1, - q = l - 1, - t = g.l; - x(null != h && null != m && null != b); - ia[0] = null; - ia[1] = Rb; - ia[2] = Gf; - ia[3] = Hf; - g.ca = m; - g.tb = n; - g.c = b.width; - g.i = b.height; - x(0 < g.c && 0 < g.i); - if (1 >= l) { b = 0; }else if (g.$a = h[k + 0] >> 0 & 3, g.Z = h[k + 0] >> 2 & 3, g.Lc = h[k + 0] >> 4 & 3, k = h[k + 0] >> 6 & 3, 0 > g.$a || 1 < g.$a || 4 <= g.Z || 1 < g.Lc || k) { b = 0; }else if (t.put = kc, t.ac = gc, t.bc = lc, t.ma = g, t.width = b.width, t.height = b.height, t.Da = b.Da, t.v = b.v, t.va = b.va, t.j = b.j, t.o = b.o, g.$a) { b: { - x(1 == g.$a), b = Bc(); - - c: for (;;) { - if (null == b) { - b = 0; - break b; - } - - x(null != g); - g.mc = b; - b.c = g.c; - b.i = g.i; - b.l = g.l; - b.l.ma = g; - b.l.width = g.c; - b.l.height = g.i; - b.a = 0; - cb(b.m, h, r, q); - if (!rb(g.c, g.i, 1, b, null)) { break c; } - 1 == b.ab && 3 == b.gc[0].hc && yc(b.s) ? (g.ic = 1, h = b.c * b.i, b.Ta = null, b.Ua = 0, b.V = V(h), b.Ba = 0, null == b.V ? (b.a = 1, b = 0) : b = 1) : (g.ic = 0, b = Ec(b, g.c)); - if (!b) { break c; } - b = 1; - break b; - } - - g.mc = null; - b = 0; - } } else { b = q >= g.c * g.i; } - g = !b; - } - - if (g) { return null; } - 1 != a.ga.Lc ? a.Ga = 0 : d = f - c; - } - - x(null != a.ga); - x(c + d <= f); - - a: { - h = a.ga; - b = h.c; - f = h.l.o; - - if (0 == h.$a) { - r = a.rc; - q = a.Vc; - t = a.Fa; - k = a.P + 1 + c * b; - l = a.mb; - m = a.nb + c * b; - x(k <= a.P + a.qc); - if (0 != h.Z) { for (x(null != ia[h.Z]), g = 0; g < d; ++g) { - ia[h.Z](r, q, t, k, l, m, b), r = l, q = m, m += b, k += b; - } } else { for (g = 0; g < d; ++g) { - I(l, m, t, k, b), r = l, q = m, m += b, k += b; - } } - a.rc = r; - a.Vc = q; - } else { - x(null != h.mc); - b = c + d; - g = h.mc; - x(null != g); - x(b <= g.i); - if (g.C >= b) { b = 1; }else if (h.ic || Aa(), h.ic) { - var h = g.V, - r = g.Ba, - q = g.c, - v = g.i, - t = 1, - k = g.$ / q, - l = g.$ % q, - m = g.m, - n = g.s, - p = g.$, - u = q * v, - w = q * b, - y = n.wc, - A = p < w ? ha(n, l, k) : null; - x(p <= u); - x(b <= v); - x(yc(n)); - - c: for (;;) { - for (; !m.h && p < w;) { - l & y || (A = ha(n, l, k)); - x(null != A); - Sa(m); - v = ua(A.G[0], A.H[0], m); - if (256 > v) { h[r + p] = v, ++p, ++l, l >= q && (l = 0, ++k, k <= b && !(k % 16) && Ib(g, k)); }else if (280 > v) { - var v = ib(v - 256, m); - var E = ua(A.G[4], A.H[4], m); - Sa(m); - E = ib(E, m); - E = nc(q, E); - - if (p >= E && u - p >= v) { - var B; - - for (B = 0; B < v; ++B) { - h[r + p + B] = h[r + p + B - E]; - } - } else { - t = 0; - break c; - } - - p += v; - - for (l += v; l >= q;) { - l -= q, ++k, k <= b && !(k % 16) && Ib(g, k); - } - - p < w && l & y && (A = ha(n, l, k)); - } else { - t = 0; - break c; - } - x(m.h == db(m)); - } - - Ib(g, k > b ? b : k); - break c; - } - - !t || m.h && p < u ? (t = 0, g.a = m.h ? 5 : 3) : g.$ = p; - b = t; - } else { b = Jb(g, g.V, g.Ba, g.c, g.i, b, se); } - - if (!b) { - d = 0; - break a; - } - } - - c + d >= f && (a.Cc = 1); - d = 1; - } - - if (!d) { return null; } - if (a.Cc && (d = a.ga, null != d && (d.mc = null), a.ga = null, 0 < a.Ga)) { return alert("todo:WebPDequantizeLevels"), null; } - } - - return a.nb + c * e; - } - - function If(a, b, c, d, e, f) { - for (; 0 < e--;) { - var g = a, - h = b + (c ? 1 : 0), - k = a, - l = b + (c ? 0 : 3), - m; - - for (m = 0; m < d; ++m) { - var n = k[l + 4 * m]; - 255 != n && (n *= 32897, g[h + 4 * m + 0] = g[h + 4 * m + 0] * n >> 23, g[h + 4 * m + 1] = g[h + 4 * m + 1] * n >> 23, g[h + 4 * m + 2] = g[h + 4 * m + 2] * n >> 23); - } - - b += f; - } - } - - function Jf(a, b, c, d, e) { - for (; 0 < d--;) { - var f; - - for (f = 0; f < c; ++f) { - var g = a[b + 2 * f + 0], - h = a[b + 2 * f + 1], - k = h & 15, - l = 4369 * k, - h = (h & 240 | h >> 4) * l >> 16; - a[b + 2 * f + 0] = (g & 240 | g >> 4) * l >> 16 & 240 | (g & 15 | g << 4) * l >> 16 >> 4 & 15; - a[b + 2 * f + 1] = h & 240 | k; - } - - b += e; - } - } - - function Kf(a, b, c, d, e, f, g, h) { - var k = 255, - l, - m; - - for (m = 0; m < e; ++m) { - for (l = 0; l < d; ++l) { - var n = a[b + l]; - f[g + 4 * l] = n; - k &= n; - } - - b += c; - g += h; - } - - return 255 != k; - } - - function Lf(a, b, c, d, e) { - var f; - - for (f = 0; f < e; ++f) { - c[d + f] = a[b + f] >> 8; - } - } - - function Aa() { - za = If; - vc = Jf; - fc = Kf; - Fc = Lf; - } - - function va(a, b, c) { - self[a] = function (a, e, f, g, h, k, l, m, n, r, q, t, v, p, u, w, y) { - var d, - E = y - 1 >> 1; - var B = h[k + 0] | l[m + 0] << 16; - var C = n[r + 0] | q[t + 0] << 16; - x(null != a); - var z = 3 * B + C + 131074 >> 2; - b(a[e + 0], z & 255, z >> 16, v, p); - null != f && (z = 3 * C + B + 131074 >> 2, b(f[g + 0], z & 255, z >> 16, u, w)); - - for (d = 1; d <= E; ++d) { - var D = h[k + d] | l[m + d] << 16; - var G = n[r + d] | q[t + d] << 16; - var F = B + D + C + G + 524296; - var H = F + 2 * (D + C) >> 3; - F = F + 2 * (B + G) >> 3; - z = H + B >> 1; - B = F + D >> 1; - b(a[e + 2 * d - 1], z & 255, z >> 16, v, p + (2 * d - 1) * c); - b(a[e + 2 * d - 0], B & 255, B >> 16, v, p + (2 * d - 0) * c); - null != f && (z = F + C >> 1, B = H + G >> 1, b(f[g + 2 * d - 1], z & 255, z >> 16, u, w + (2 * d - 1) * c), b(f[g + 2 * d + 0], B & 255, B >> 16, u, w + (2 * d + 0) * c)); - B = D; - C = G; - } - - y & 1 || (z = 3 * B + C + 131074 >> 2, b(a[e + y - 1], z & 255, z >> 16, v, p + (y - 1) * c), null != f && (z = 3 * C + B + 131074 >> 2, b(f[g + y - 1], z & 255, z >> 16, u, w + (y - 1) * c))); - }; - } - - function ic() { - P[Ca] = Mf; - P[Ua] = nd; - P[tc] = Nf; - P[Va] = od; - P[ya] = pd; - P[Db] = qd; - P[wc] = Of; - P[zb] = nd; - P[Ab] = od; - P[Ja] = pd; - P[Bb] = qd; - } - - function Sb(a) { - return a & ~Pf ? 0 > a ? 0 : 255 : a >> rd; - } - - function bb(a, b) { - return Sb((19077 * a >> 8) + (26149 * b >> 8) - 14234); - } - - function nb(a, b, c) { - return Sb((19077 * a >> 8) - (6419 * b >> 8) - (13320 * c >> 8) + 8708); - } - - function Pa(a, b) { - return Sb((19077 * a >> 8) + (33050 * b >> 8) - 17685); - } - - function Ga(a, b, c, d, e) { - d[e + 0] = bb(a, c); - d[e + 1] = nb(a, b, c); - d[e + 2] = Pa(a, b); - } - - function Tb(a, b, c, d, e) { - d[e + 0] = Pa(a, b); - d[e + 1] = nb(a, b, c); - d[e + 2] = bb(a, c); - } - - function sd(a, b, c, d, e) { - var f = nb(a, b, c); - b = f << 3 & 224 | Pa(a, b) >> 3; - d[e + 0] = bb(a, c) & 248 | f >> 5; - d[e + 1] = b; - } - - function td(a, b, c, d, e) { - var f = Pa(a, b) & 240 | 15; - d[e + 0] = bb(a, c) & 240 | nb(a, b, c) >> 4; - d[e + 1] = f; - } - - function ud(a, b, c, d, e) { - d[e + 0] = 255; - Ga(a, b, c, d, e + 1); - } - - function vd(a, b, c, d, e) { - Tb(a, b, c, d, e); - d[e + 3] = 255; - } - - function wd(a, b, c, d, e) { - Ga(a, b, c, d, e); - d[e + 3] = 255; - } - - function ga(a, b) { - return 0 > a ? 0 : a > b ? b : a; - } - - function la(a, b, c) { - self[a] = function (a, e, f, g, h, k, l, m, n) { - for (var d = m + (n & -2) * c; m != d;) { - b(a[e + 0], f[g + 0], h[k + 0], l, m), b(a[e + 1], f[g + 0], h[k + 0], l, m + c), e += 2, ++g, ++k, m += 2 * c; - } - - n & 1 && b(a[e + 0], f[g + 0], h[k + 0], l, m); - }; - } - - function xd(a, b, c) { - return 0 == c ? 0 == a ? 0 == b ? 6 : 5 : 0 == b ? 4 : 0 : c; - } - - function yd(a, b, c, d, e) { - switch (a >>> 30) { - case 3: - Za(b, c, d, e, 0); - break; - - case 2: - fd(b, c, d, e); - break; - - case 1: - pa(b, c, d, e); - } - } - - function Oc(a, b) { - var c, - d, - e = b.M, - f = b.Nb, - g = a.oc, - h = a.pc + 40, - k = a.oc, - l = a.pc + 584, - m = a.oc, - n = a.pc + 600; - - for (c = 0; 16 > c; ++c) { - g[h + 32 * c - 1] = 129; - } - - for (c = 0; 8 > c; ++c) { - k[l + 32 * c - 1] = 129, m[n + 32 * c - 1] = 129; - } - - 0 < e ? g[h - 1 - 32] = k[l - 1 - 32] = m[n - 1 - 32] = 129 : (M(g, h - 32 - 1, 127, 21), M(k, l - 32 - 1, 127, 9), M(m, n - 32 - 1, 127, 9)); - - for (d = 0; d < a.za; ++d) { - var r = b.ya[b.aa + d]; - - if (0 < d) { - for (c = -1; 16 > c; ++c) { - I(g, h + 32 * c - 4, g, h + 32 * c + 12, 4); - } - - for (c = -1; 8 > c; ++c) { - I(k, l + 32 * c - 4, k, l + 32 * c + 4, 4), I(m, n + 32 * c - 4, m, n + 32 * c + 4, 4); - } - } - - var q = a.Gd, - t = a.Hd + d, - v = r.ad, - p = r.Hc; - 0 < e && (I(g, h - 32, q[t].y, 0, 16), I(k, l - 32, q[t].f, 0, 8), I(m, n - 32, q[t].ea, 0, 8)); - - if (r.Za) { - var u = g; - var w = h - 32 + 16; - 0 < e && (d >= a.za - 1 ? M(u, w, q[t].y[15], 4) : I(u, w, q[t + 1].y, 0, 4)); - - for (c = 0; 4 > c; c++) { - u[w + 128 + c] = u[w + 256 + c] = u[w + 384 + c] = u[w + 0 + c]; - } - - for (c = 0; 16 > c; ++c, p <<= 2) { - u = g, w = h + zd[c], W[r.Ob[c]](u, w), yd(p, v, 16 * +c, u, w); - } - } else if (u = xd(d, e, r.Ob[0]), Y[u](g, h), 0 != p) { for (c = 0; 16 > c; ++c, p <<= 2) { - yd(p, v, 16 * +c, g, h + zd[c]); - } } - - c = r.Gc; - u = xd(d, e, r.Dd); - ka[u](k, l); - ka[u](m, n); - r = c >> 0; - p = v; - u = k; - w = l; - r & 255 && (r & 170 ? Nb(p, 256, u, w) : Ob(p, 256, u, w)); - c >>= 8; - r = m; - p = n; - c & 255 && (c & 170 ? Nb(v, 320, r, p) : Ob(v, 320, r, p)); - e < a.Ub - 1 && (I(q[t].y, 0, g, h + 480, 16), I(q[t].f, 0, k, l + 224, 8), I(q[t].ea, 0, m, n + 224, 8)); - c = 8 * f * a.B; - q = a.sa; - t = a.ta + 16 * d + 16 * f * a.R; - v = a.qa; - r = a.ra + 8 * d + c; - p = a.Ha; - u = a.Ia + 8 * d + c; - - for (c = 0; 16 > c; ++c) { - I(q, t + c * a.R, g, h + 32 * c, 16); - } - - for (c = 0; 8 > c; ++c) { - I(v, r + c * a.B, k, l + 32 * c, 8), I(p, u + c * a.B, m, n + 32 * c, 8); - } - } - } - - function Ad(a, b, c, d, e, f, g, h, k) { - var l = [0], - m = [0], - n = 0, - r = null != k ? k.kd : 0, - q = null != k ? k : new md(); - if (null == a || 12 > c) { return 7; } - q.data = a; - q.w = b; - q.ha = c; - b = [b]; - c = [c]; - q.gb = [q.gb]; - - a: { - var t = b; - var v = c; - var p = q.gb; - x(null != a); - x(null != v); - x(null != p); - p[0] = 0; - - if (12 <= v[0] && !fa(a, t[0], "RIFF")) { - if (fa(a, t[0] + 8, "WEBP")) { - p = 3; - break a; - } - - var u = Ha(a, t[0] + 4); - - if (12 > u || 4294967286 < u) { - p = 3; - break a; - } - - if (r && u > v[0] - 8) { - p = 7; - break a; - } - - p[0] = u; - t[0] += 12; - v[0] -= 12; - } - - p = 0; - } - - if (0 != p) { return p; } - u = 0 < q.gb[0]; - - for (c = c[0];;) { - t = [0]; - n = [n]; - - a: { - var w = a; - v = b; - p = c; - var y = n, - A = l, - z = m, - B = t; - y[0] = 0; - if (8 > p[0]) { p = 7; }else { - if (!fa(w, v[0], "VP8X")) { - if (10 != Ha(w, v[0] + 4)) { - p = 3; - break a; - } - - if (18 > p[0]) { - p = 7; - break a; - } - - var C = Ha(w, v[0] + 8); - var D = 1 + Yb(w, v[0] + 12); - w = 1 + Yb(w, v[0] + 15); - - if (2147483648 <= D * w) { - p = 3; - break a; - } - - null != B && (B[0] = C); - null != A && (A[0] = D); - null != z && (z[0] = w); - v[0] += 18; - p[0] -= 18; - y[0] = 1; - } - - p = 0; - } - } - - n = n[0]; - t = t[0]; - if (0 != p) { return p; } - v = !!(t & 2); - if (!u && n) { return 3; } - null != f && (f[0] = !!(t & 16)); - null != g && (g[0] = v); - null != h && (h[0] = 0); - g = l[0]; - t = m[0]; - - if (n && v && null == k) { - p = 0; - break; - } - - if (4 > c) { - p = 7; - break; - } - - if (u && n || !u && !n && !fa(a, b[0], "ALPH")) { - c = [c]; - q.na = [q.na]; - q.P = [q.P]; - q.Sa = [q.Sa]; - - a: { - C = a; - p = b; - u = c; - var y = q.gb, - A = q.na, - z = q.P, - B = q.Sa; - D = 22; - x(null != C); - x(null != u); - w = p[0]; - var F = u[0]; - x(null != A); - x(null != B); - A[0] = null; - z[0] = null; - - for (B[0] = 0;;) { - p[0] = w; - u[0] = F; - - if (8 > F) { - p = 7; - break a; - } - - var G = Ha(C, w + 4); - - if (4294967286 < G) { - p = 3; - break a; - } - - var H = 8 + G + 1 & -2; - D += H; - - if (0 < y && D > y) { - p = 3; - break a; - } - - if (!fa(C, w, "VP8 ") || !fa(C, w, "VP8L")) { - p = 0; - break a; - } - - if (F[0] < H) { - p = 7; - break a; - } - - fa(C, w, "ALPH") || (A[0] = C, z[0] = w + 8, B[0] = G); - w += H; - F -= H; - } - } - - c = c[0]; - q.na = q.na[0]; - q.P = q.P[0]; - q.Sa = q.Sa[0]; - if (0 != p) { break; } - } - - c = [c]; - q.Ja = [q.Ja]; - q.xa = [q.xa]; - - a: if (y = a, p = b, u = c, A = q.gb[0], z = q.Ja, B = q.xa, C = p[0], w = !fa(y, C, "VP8 "), D = !fa(y, C, "VP8L"), x(null != y), x(null != u), x(null != z), x(null != B), 8 > u[0]) { p = 7; }else { - if (w || D) { - y = Ha(y, C + 4); - - if (12 <= A && y > A - 12) { - p = 3; - break a; - } - - if (r && y > u[0] - 8) { - p = 7; - break a; - } - - z[0] = y; - p[0] += 8; - u[0] -= 8; - B[0] = D; - } else { B[0] = 5 <= u[0] && 47 == y[C + 0] && !(y[C + 4] >> 5), z[0] = u[0]; } - - p = 0; - } - - c = c[0]; - q.Ja = q.Ja[0]; - q.xa = q.xa[0]; - b = b[0]; - if (0 != p) { break; } - if (4294967286 < q.Ja) { return 3; } - null == h || v || (h[0] = q.xa ? 2 : 1); - g = [g]; - t = [t]; - - if (q.xa) { - if (5 > c) { - p = 7; - break; - } - - h = g; - r = t; - v = f; - null == a || 5 > c ? a = 0 : 5 <= c && 47 == a[b + 0] && !(a[b + 4] >> 5) ? (u = [0], y = [0], A = [0], z = new Ra(), cb(z, a, b, c), mc(z, u, y, A) ? (null != h && (h[0] = u[0]), null != r && (r[0] = y[0]), null != v && (v[0] = A[0]), a = 1) : a = 0) : a = 0; - } else { - if (10 > c) { - p = 7; - break; - } - - h = t; - null == a || 10 > c || !Jc(a, b + 3, c - 3) ? a = 0 : (r = a[b + 0] | a[b + 1] << 8 | a[b + 2] << 16, v = (a[b + 7] << 8 | a[b + 6]) & 16383, a = (a[b + 9] << 8 | a[b + 8]) & 16383, r & 1 || 3 < (r >> 1 & 7) || !(r >> 4 & 1) || r >> 5 >= q.Ja || !v || !a ? a = 0 : (g && (g[0] = v), h && (h[0] = a), a = 1)); - } - - if (!a) { return 3; } - g = g[0]; - t = t[0]; - if (n && (l[0] != g || m[0] != t)) { return 3; } - null != k && (k[0] = q, k.offset = b - k.w, x(4294967286 > b - k.w), x(k.offset == k.ha - c)); - break; - } - - return 0 == p || 7 == p && n && null == k ? (null != f && (f[0] |= null != q.na && 0 < q.na.length), null != d && (d[0] = g), null != e && (e[0] = t), 0) : p; - } - - function hc(a, b, c) { - var d = b.width, - e = b.height, - f = 0, - g = 0, - h = d, - k = e; - b.Da = null != a && 0 < a.Da; - if (b.Da && (h = a.cd, k = a.bd, f = a.v, g = a.j, 11 > c || (f &= -2, g &= -2), 0 > f || 0 > g || 0 >= h || 0 >= k || f + h > d || g + k > e)) { return 0; } - b.v = f; - b.j = g; - b.va = f + h; - b.o = g + k; - b.U = h; - b.T = k; - b.da = null != a && 0 < a.da; - - if (b.da) { - c = [a.ib]; - f = [a.hb]; - if (!bc(h, k, c, f)) { return 0; } - b.ib = c[0]; - b.hb = f[0]; - } - - b.ob = null != a && a.ob; - b.Kb = null == a || !a.Sd; - b.da && (b.ob = b.ib < 3 * d / 4 && b.hb < 3 * e / 4, b.Kb = 0); - return 1; - } - - function Bd(a) { - if (null == a) { return 2; } - - if (11 > a.S) { - var b = a.f.RGBA; - b.fb += (a.height - 1) * b.A; - b.A = -b.A; - } else { b = a.f.kb, a = a.height, b.O += (a - 1) * b.fa, b.fa = -b.fa, b.N += (a - 1 >> 1) * b.Ab, b.Ab = -b.Ab, b.W += (a - 1 >> 1) * b.Db, b.Db = -b.Db, null != b.F && (b.J += (a - 1) * b.lb, b.lb = -b.lb); } - - return 0; - } - - function Cd(a, b, c, d) { - if (null == d || 0 >= a || 0 >= b) { return 2; } - - if (null != c) { - if (c.Da) { - var e = c.cd, - f = c.bd, - g = c.v & -2, - h = c.j & -2; - if (0 > g || 0 > h || 0 >= e || 0 >= f || g + e > a || h + f > b) { return 2; } - a = e; - b = f; - } - - if (c.da) { - e = [c.ib]; - f = [c.hb]; - if (!bc(a, b, e, f)) { return 2; } - a = e[0]; - b = f[0]; - } - } - - d.width = a; - d.height = b; - - a: { - var k = d.width; - var l = d.height; - a = d.S; - if (0 >= k || 0 >= l || !(a >= Ca && 13 > a)) { a = 2; }else { - if (0 >= d.Rd && null == d.sd) { - var g = f = e = b = 0, - h = k * Dd[a], - m = h * l; - 11 > a || (b = (k + 1) / 2, f = (l + 1) / 2 * b, 12 == a && (e = k, g = e * l)); - l = V(m + 2 * f + g); - - if (null == l) { - a = 1; - break a; - } - - d.sd = l; - 11 > a ? (k = d.f.RGBA, k.eb = l, k.fb = 0, k.A = h, k.size = m) : (k = d.f.kb, k.y = l, k.O = 0, k.fa = h, k.Fd = m, k.f = l, k.N = 0 + m, k.Ab = b, k.Cd = f, k.ea = l, k.W = 0 + m + f, k.Db = b, k.Ed = f, 12 == a && (k.F = l, k.J = 0 + m + 2 * f), k.Tc = g, k.lb = e); - } - - b = 1; - e = d.S; - f = d.width; - g = d.height; - if (e >= Ca && 13 > e) { - if (11 > e) { a = d.f.RGBA, h = Math.abs(a.A), b &= h * (g - 1) + f <= a.size, b &= h >= f * Dd[e], b &= null != a.eb; }else { - a = d.f.kb; - h = (f + 1) / 2; - m = (g + 1) / 2; - k = Math.abs(a.fa); - var l = Math.abs(a.Ab), - n = Math.abs(a.Db), - r = Math.abs(a.lb), - q = r * (g - 1) + f; - b &= k * (g - 1) + f <= a.Fd; - b &= l * (m - 1) + h <= a.Cd; - b &= n * (m - 1) + h <= a.Ed; - b = b & k >= f & l >= h & n >= h; - b &= null != a.y; - b &= null != a.f; - b &= null != a.ea; - 12 == e && (b &= r >= f, b &= q <= a.Tc, b &= null != a.F); - } - } else { b = 0; } - a = b ? 0 : 2; - } - } - - if (0 != a) { return a; } - null != c && c.fd && (a = Bd(d)); - return a; - } - - var xb = 64, - Hd = [0, 1, 3, 7, 15, 31, 63, 127, 255, 511, 1023, 2047, 4095, 8191, 16383, 32767, 65535, 131071, 262143, 524287, 1048575, 2097151, 4194303, 8388607, 16777215], - Gd = 24, - ob = 32, - Xb = 8, - Id = [0, 0, 1, 1, 2, 2, 2, 2, 3, 3, 3, 3, 3, 3, 3, 3, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7]; - X("Predictor0", "PredictorAdd0"); - - self.Predictor0 = function () { - return 4278190080; - }; - - self.Predictor1 = function (a) { - return a; - }; - - self.Predictor2 = function (a, b, c) { - return b[c + 0]; - }; - - self.Predictor3 = function (a, b, c) { - return b[c + 1]; - }; - - self.Predictor4 = function (a, b, c) { - return b[c - 1]; - }; - - self.Predictor5 = function (a, b, c) { - return aa(aa(a, b[c + 1]), b[c + 0]); - }; - - self.Predictor6 = function (a, b, c) { - return aa(a, b[c - 1]); - }; - - self.Predictor7 = function (a, b, c) { - return aa(a, b[c + 0]); - }; - - self.Predictor8 = function (a, b, c) { - return aa(b[c - 1], b[c + 0]); - }; - - self.Predictor9 = function (a, b, c) { - return aa(b[c + 0], b[c + 1]); - }; - - self.Predictor10 = function (a, b, c) { - return aa(aa(a, b[c - 1]), aa(b[c + 0], b[c + 1])); - }; - - self.Predictor11 = function (a, b, c) { - var d = b[c + 0]; - b = b[c - 1]; - return 0 >= Ia(d >> 24 & 255, a >> 24 & 255, b >> 24 & 255) + Ia(d >> 16 & 255, a >> 16 & 255, b >> 16 & 255) + Ia(d >> 8 & 255, a >> 8 & 255, b >> 8 & 255) + Ia(d & 255, a & 255, b & 255) ? d : a; - }; - - self.Predictor12 = function (a, b, c) { - var d = b[c + 0]; - b = b[c - 1]; - return (sa((a >> 24 & 255) + (d >> 24 & 255) - (b >> 24 & 255)) << 24 | sa((a >> 16 & 255) + (d >> 16 & 255) - (b >> 16 & 255)) << 16 | sa((a >> 8 & 255) + (d >> 8 & 255) - (b >> 8 & 255)) << 8 | sa((a & 255) + (d & 255) - (b & 255))) >>> 0; - }; - - self.Predictor13 = function (a, b, c) { - var d = b[c - 1]; - a = aa(a, b[c + 0]); - return (eb(a >> 24 & 255, d >> 24 & 255) << 24 | eb(a >> 16 & 255, d >> 16 & 255) << 16 | eb(a >> 8 & 255, d >> 8 & 255) << 8 | eb(a >> 0 & 255, d >> 0 & 255)) >>> 0; - }; - - var ee = self.PredictorAdd0; - self.PredictorAdd1 = cc; - X("Predictor2", "PredictorAdd2"); - X("Predictor3", "PredictorAdd3"); - X("Predictor4", "PredictorAdd4"); - X("Predictor5", "PredictorAdd5"); - X("Predictor6", "PredictorAdd6"); - X("Predictor7", "PredictorAdd7"); - X("Predictor8", "PredictorAdd8"); - X("Predictor9", "PredictorAdd9"); - X("Predictor10", "PredictorAdd10"); - X("Predictor11", "PredictorAdd11"); - X("Predictor12", "PredictorAdd12"); - X("Predictor13", "PredictorAdd13"); - var fe = self.PredictorAdd2; - ec("ColorIndexInverseTransform", "MapARGB", "32b", function (a) { - return a >> 8 & 255; - }, function (a) { - return a; - }); - ec("VP8LColorIndexInverseTransformAlpha", "MapAlpha", "8b", function (a) { - return a; - }, function (a) { - return a >> 8 & 255; - }); - var rc = self.ColorIndexInverseTransform, - ke = self.MapARGB, - he = self.VP8LColorIndexInverseTransformAlpha, - le = self.MapAlpha, - pc, - qc = self.VP8LPredictorsAdd = []; - qc.length = 16; - (self.VP8LPredictors = []).length = 16; - (self.VP8LPredictorsAdd_C = []).length = 16; - (self.VP8LPredictors_C = []).length = 16; - var Fb, - sc, - Gb, - Hb, - xc, - uc, - bd = V(511), - cd = V(2041), - dd = V(225), - ed = V(767), - ad = 0, - Qb = cd, - mb = dd, - R = ed, - U = bd, - Ca = 0, - Ua = 1, - tc = 2, - Va = 3, - ya = 4, - Db = 5, - wc = 6, - zb = 7, - Ab = 8, - Ja = 9, - Bb = 10, - pe = [2, 3, 7], - oe = [3, 3, 11], - Dc = [280, 256, 256, 256, 40], - qe = [0, 1, 1, 1, 0], - ne = [17, 18, 0, 1, 2, 3, 4, 5, 16, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15], - de = [24, 7, 23, 25, 40, 6, 39, 41, 22, 26, 38, 42, 56, 5, 55, 57, 21, 27, 54, 58, 37, 43, 72, 4, 71, 73, 20, 28, 53, 59, 70, 74, 36, 44, 88, 69, 75, 52, 60, 3, 87, 89, 19, 29, 86, 90, 35, 45, 68, 76, 85, 91, 51, 61, 104, 2, 103, 105, 18, 30, 102, 106, 34, 46, 84, 92, 67, 77, 101, 107, 50, 62, 120, 1, 119, 121, 83, 93, 17, 31, 100, 108, 66, 78, 118, 122, 33, 47, 117, 123, 49, 63, 99, 109, 82, 94, 0, 116, 124, 65, 79, 16, 32, 98, 110, 48, 115, 125, 81, 95, 64, 114, 126, 97, 111, 80, 113, 127, 96, 112], - me = [2954, 2956, 2958, 2962, 2970, 2986, 3018, 3082, 3212, 3468, 3980, 5004], - ie = 8, - Lb = [4, 5, 6, 7, 8, 9, 10, 10, 11, 12, 13, 14, 15, 16, 17, 17, 18, 19, 20, 20, 21, 21, 22, 22, 23, 23, 24, 25, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 91, 93, 95, 96, 98, 100, 101, 102, 104, 106, 108, 110, 112, 114, 116, 118, 122, 124, 126, 128, 130, 132, 134, 136, 138, 140, 143, 145, 148, 151, 154, 157], - Mb = [4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76, 78, 80, 82, 84, 86, 88, 90, 92, 94, 96, 98, 100, 102, 104, 106, 108, 110, 112, 114, 116, 119, 122, 125, 128, 131, 134, 137, 140, 143, 146, 149, 152, 155, 158, 161, 164, 167, 170, 173, 177, 181, 185, 189, 193, 197, 201, 205, 209, 213, 217, 221, 225, 229, 234, 239, 245, 249, 254, 259, 264, 269, 274, 279, 284], - oa = null, - He = [[173, 148, 140, 0], [176, 155, 140, 135, 0], [180, 157, 141, 134, 130, 0], [254, 254, 243, 230, 196, 177, 153, 140, 133, 130, 129, 0]], - Ie = [0, 1, 4, 8, 5, 2, 3, 6, 9, 12, 13, 10, 7, 11, 14, 15], - Mc = [-0, 1, -1, 2, -2, 3, 4, 6, -3, 5, -4, -5, -6, 7, -7, 8, -8, -9], - Fe = [[[[128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128]], [[253, 136, 254, 255, 228, 219, 128, 128, 128, 128, 128], [189, 129, 242, 255, 227, 213, 255, 219, 128, 128, 128], [106, 126, 227, 252, 214, 209, 255, 255, 128, 128, 128]], [[1, 98, 248, 255, 236, 226, 255, 255, 128, 128, 128], [181, 133, 238, 254, 221, 234, 255, 154, 128, 128, 128], [78, 134, 202, 247, 198, 180, 255, 219, 128, 128, 128]], [[1, 185, 249, 255, 243, 255, 128, 128, 128, 128, 128], [184, 150, 247, 255, 236, 224, 128, 128, 128, 128, 128], [77, 110, 216, 255, 236, 230, 128, 128, 128, 128, 128]], [[1, 101, 251, 255, 241, 255, 128, 128, 128, 128, 128], [170, 139, 241, 252, 236, 209, 255, 255, 128, 128, 128], [37, 116, 196, 243, 228, 255, 255, 255, 128, 128, 128]], [[1, 204, 254, 255, 245, 255, 128, 128, 128, 128, 128], [207, 160, 250, 255, 238, 128, 128, 128, 128, 128, 128], [102, 103, 231, 255, 211, 171, 128, 128, 128, 128, 128]], [[1, 152, 252, 255, 240, 255, 128, 128, 128, 128, 128], [177, 135, 243, 255, 234, 225, 128, 128, 128, 128, 128], [80, 129, 211, 255, 194, 224, 128, 128, 128, 128, 128]], [[1, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [246, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [255, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128]]], [[[198, 35, 237, 223, 193, 187, 162, 160, 145, 155, 62], [131, 45, 198, 221, 172, 176, 220, 157, 252, 221, 1], [68, 47, 146, 208, 149, 167, 221, 162, 255, 223, 128]], [[1, 149, 241, 255, 221, 224, 255, 255, 128, 128, 128], [184, 141, 234, 253, 222, 220, 255, 199, 128, 128, 128], [81, 99, 181, 242, 176, 190, 249, 202, 255, 255, 128]], [[1, 129, 232, 253, 214, 197, 242, 196, 255, 255, 128], [99, 121, 210, 250, 201, 198, 255, 202, 128, 128, 128], [23, 91, 163, 242, 170, 187, 247, 210, 255, 255, 128]], [[1, 200, 246, 255, 234, 255, 128, 128, 128, 128, 128], [109, 178, 241, 255, 231, 245, 255, 255, 128, 128, 128], [44, 130, 201, 253, 205, 192, 255, 255, 128, 128, 128]], [[1, 132, 239, 251, 219, 209, 255, 165, 128, 128, 128], [94, 136, 225, 251, 218, 190, 255, 255, 128, 128, 128], [22, 100, 174, 245, 186, 161, 255, 199, 128, 128, 128]], [[1, 182, 249, 255, 232, 235, 128, 128, 128, 128, 128], [124, 143, 241, 255, 227, 234, 128, 128, 128, 128, 128], [35, 77, 181, 251, 193, 211, 255, 205, 128, 128, 128]], [[1, 157, 247, 255, 236, 231, 255, 255, 128, 128, 128], [121, 141, 235, 255, 225, 227, 255, 255, 128, 128, 128], [45, 99, 188, 251, 195, 217, 255, 224, 128, 128, 128]], [[1, 1, 251, 255, 213, 255, 128, 128, 128, 128, 128], [203, 1, 248, 255, 255, 128, 128, 128, 128, 128, 128], [137, 1, 177, 255, 224, 255, 128, 128, 128, 128, 128]]], [[[253, 9, 248, 251, 207, 208, 255, 192, 128, 128, 128], [175, 13, 224, 243, 193, 185, 249, 198, 255, 255, 128], [73, 17, 171, 221, 161, 179, 236, 167, 255, 234, 128]], [[1, 95, 247, 253, 212, 183, 255, 255, 128, 128, 128], [239, 90, 244, 250, 211, 209, 255, 255, 128, 128, 128], [155, 77, 195, 248, 188, 195, 255, 255, 128, 128, 128]], [[1, 24, 239, 251, 218, 219, 255, 205, 128, 128, 128], [201, 51, 219, 255, 196, 186, 128, 128, 128, 128, 128], [69, 46, 190, 239, 201, 218, 255, 228, 128, 128, 128]], [[1, 191, 251, 255, 255, 128, 128, 128, 128, 128, 128], [223, 165, 249, 255, 213, 255, 128, 128, 128, 128, 128], [141, 124, 248, 255, 255, 128, 128, 128, 128, 128, 128]], [[1, 16, 248, 255, 255, 128, 128, 128, 128, 128, 128], [190, 36, 230, 255, 236, 255, 128, 128, 128, 128, 128], [149, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128]], [[1, 226, 255, 128, 128, 128, 128, 128, 128, 128, 128], [247, 192, 255, 128, 128, 128, 128, 128, 128, 128, 128], [240, 128, 255, 128, 128, 128, 128, 128, 128, 128, 128]], [[1, 134, 252, 255, 255, 128, 128, 128, 128, 128, 128], [213, 62, 250, 255, 255, 128, 128, 128, 128, 128, 128], [55, 93, 255, 128, 128, 128, 128, 128, 128, 128, 128]], [[128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128], [128, 128, 128, 128, 128, 128, 128, 128, 128, 128, 128]]], [[[202, 24, 213, 235, 186, 191, 220, 160, 240, 175, 255], [126, 38, 182, 232, 169, 184, 228, 174, 255, 187, 128], [61, 46, 138, 219, 151, 178, 240, 170, 255, 216, 128]], [[1, 112, 230, 250, 199, 191, 247, 159, 255, 255, 128], [166, 109, 228, 252, 211, 215, 255, 174, 128, 128, 128], [39, 77, 162, 232, 172, 180, 245, 178, 255, 255, 128]], [[1, 52, 220, 246, 198, 199, 249, 220, 255, 255, 128], [124, 74, 191, 243, 183, 193, 250, 221, 255, 255, 128], [24, 71, 130, 219, 154, 170, 243, 182, 255, 255, 128]], [[1, 182, 225, 249, 219, 240, 255, 224, 128, 128, 128], [149, 150, 226, 252, 216, 205, 255, 171, 128, 128, 128], [28, 108, 170, 242, 183, 194, 254, 223, 255, 255, 128]], [[1, 81, 230, 252, 204, 203, 255, 192, 128, 128, 128], [123, 102, 209, 247, 188, 196, 255, 233, 128, 128, 128], [20, 95, 153, 243, 164, 173, 255, 203, 128, 128, 128]], [[1, 222, 248, 255, 216, 213, 128, 128, 128, 128, 128], [168, 175, 246, 252, 235, 205, 255, 255, 128, 128, 128], [47, 116, 215, 255, 211, 212, 255, 255, 128, 128, 128]], [[1, 121, 236, 253, 212, 214, 255, 255, 128, 128, 128], [141, 84, 213, 252, 201, 202, 255, 219, 128, 128, 128], [42, 80, 160, 240, 162, 185, 255, 205, 128, 128, 128]], [[1, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [244, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128], [238, 1, 255, 128, 128, 128, 128, 128, 128, 128, 128]]]], - Ke = [[[231, 120, 48, 89, 115, 113, 120, 152, 112], [152, 179, 64, 126, 170, 118, 46, 70, 95], [175, 69, 143, 80, 85, 82, 72, 155, 103], [56, 58, 10, 171, 218, 189, 17, 13, 152], [114, 26, 17, 163, 44, 195, 21, 10, 173], [121, 24, 80, 195, 26, 62, 44, 64, 85], [144, 71, 10, 38, 171, 213, 144, 34, 26], [170, 46, 55, 19, 136, 160, 33, 206, 71], [63, 20, 8, 114, 114, 208, 12, 9, 226], [81, 40, 11, 96, 182, 84, 29, 16, 36]], [[134, 183, 89, 137, 98, 101, 106, 165, 148], [72, 187, 100, 130, 157, 111, 32, 75, 80], [66, 102, 167, 99, 74, 62, 40, 234, 128], [41, 53, 9, 178, 241, 141, 26, 8, 107], [74, 43, 26, 146, 73, 166, 49, 23, 157], [65, 38, 105, 160, 51, 52, 31, 115, 128], [104, 79, 12, 27, 217, 255, 87, 17, 7], [87, 68, 71, 44, 114, 51, 15, 186, 23], [47, 41, 14, 110, 182, 183, 21, 17, 194], [66, 45, 25, 102, 197, 189, 23, 18, 22]], [[88, 88, 147, 150, 42, 46, 45, 196, 205], [43, 97, 183, 117, 85, 38, 35, 179, 61], [39, 53, 200, 87, 26, 21, 43, 232, 171], [56, 34, 51, 104, 114, 102, 29, 93, 77], [39, 28, 85, 171, 58, 165, 90, 98, 64], [34, 22, 116, 206, 23, 34, 43, 166, 73], [107, 54, 32, 26, 51, 1, 81, 43, 31], [68, 25, 106, 22, 64, 171, 36, 225, 114], [34, 19, 21, 102, 132, 188, 16, 76, 124], [62, 18, 78, 95, 85, 57, 50, 48, 51]], [[193, 101, 35, 159, 215, 111, 89, 46, 111], [60, 148, 31, 172, 219, 228, 21, 18, 111], [112, 113, 77, 85, 179, 255, 38, 120, 114], [40, 42, 1, 196, 245, 209, 10, 25, 109], [88, 43, 29, 140, 166, 213, 37, 43, 154], [61, 63, 30, 155, 67, 45, 68, 1, 209], [100, 80, 8, 43, 154, 1, 51, 26, 71], [142, 78, 78, 16, 255, 128, 34, 197, 171], [41, 40, 5, 102, 211, 183, 4, 1, 221], [51, 50, 17, 168, 209, 192, 23, 25, 82]], [[138, 31, 36, 171, 27, 166, 38, 44, 229], [67, 87, 58, 169, 82, 115, 26, 59, 179], [63, 59, 90, 180, 59, 166, 93, 73, 154], [40, 40, 21, 116, 143, 209, 34, 39, 175], [47, 15, 16, 183, 34, 223, 49, 45, 183], [46, 17, 33, 183, 6, 98, 15, 32, 183], [57, 46, 22, 24, 128, 1, 54, 17, 37], [65, 32, 73, 115, 28, 128, 23, 128, 205], [40, 3, 9, 115, 51, 192, 18, 6, 223], [87, 37, 9, 115, 59, 77, 64, 21, 47]], [[104, 55, 44, 218, 9, 54, 53, 130, 226], [64, 90, 70, 205, 40, 41, 23, 26, 57], [54, 57, 112, 184, 5, 41, 38, 166, 213], [30, 34, 26, 133, 152, 116, 10, 32, 134], [39, 19, 53, 221, 26, 114, 32, 73, 255], [31, 9, 65, 234, 2, 15, 1, 118, 73], [75, 32, 12, 51, 192, 255, 160, 43, 51], [88, 31, 35, 67, 102, 85, 55, 186, 85], [56, 21, 23, 111, 59, 205, 45, 37, 192], [55, 38, 70, 124, 73, 102, 1, 34, 98]], [[125, 98, 42, 88, 104, 85, 117, 175, 82], [95, 84, 53, 89, 128, 100, 113, 101, 45], [75, 79, 123, 47, 51, 128, 81, 171, 1], [57, 17, 5, 71, 102, 57, 53, 41, 49], [38, 33, 13, 121, 57, 73, 26, 1, 85], [41, 10, 67, 138, 77, 110, 90, 47, 114], [115, 21, 2, 10, 102, 255, 166, 23, 6], [101, 29, 16, 10, 85, 128, 101, 196, 26], [57, 18, 10, 102, 102, 213, 34, 20, 43], [117, 20, 15, 36, 163, 128, 68, 1, 26]], [[102, 61, 71, 37, 34, 53, 31, 243, 192], [69, 60, 71, 38, 73, 119, 28, 222, 37], [68, 45, 128, 34, 1, 47, 11, 245, 171], [62, 17, 19, 70, 146, 85, 55, 62, 70], [37, 43, 37, 154, 100, 163, 85, 160, 1], [63, 9, 92, 136, 28, 64, 32, 201, 85], [75, 15, 9, 9, 64, 255, 184, 119, 16], [86, 6, 28, 5, 64, 255, 25, 248, 1], [56, 8, 17, 132, 137, 255, 55, 116, 128], [58, 15, 20, 82, 135, 57, 26, 121, 40]], [[164, 50, 31, 137, 154, 133, 25, 35, 218], [51, 103, 44, 131, 131, 123, 31, 6, 158], [86, 40, 64, 135, 148, 224, 45, 183, 128], [22, 26, 17, 131, 240, 154, 14, 1, 209], [45, 16, 21, 91, 64, 222, 7, 1, 197], [56, 21, 39, 155, 60, 138, 23, 102, 213], [83, 12, 13, 54, 192, 255, 68, 47, 28], [85, 26, 85, 85, 128, 128, 32, 146, 171], [18, 11, 7, 63, 144, 171, 4, 4, 246], [35, 27, 10, 146, 174, 171, 12, 26, 128]], [[190, 80, 35, 99, 180, 80, 126, 54, 45], [85, 126, 47, 87, 176, 51, 41, 20, 32], [101, 75, 128, 139, 118, 146, 116, 128, 85], [56, 41, 15, 176, 236, 85, 37, 9, 62], [71, 30, 17, 119, 118, 255, 17, 18, 138], [101, 38, 60, 138, 55, 70, 43, 26, 142], [146, 36, 19, 30, 171, 255, 97, 27, 20], [138, 45, 61, 62, 219, 1, 81, 188, 64], [32, 41, 20, 117, 151, 142, 20, 21, 163], [112, 19, 12, 61, 195, 128, 48, 4, 24]]], - Ee = [[[[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[176, 246, 255, 255, 255, 255, 255, 255, 255, 255, 255], [223, 241, 252, 255, 255, 255, 255, 255, 255, 255, 255], [249, 253, 253, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 244, 252, 255, 255, 255, 255, 255, 255, 255, 255], [234, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [253, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 246, 254, 255, 255, 255, 255, 255, 255, 255, 255], [239, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 248, 254, 255, 255, 255, 255, 255, 255, 255, 255], [251, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [251, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 253, 255, 254, 255, 255, 255, 255, 255, 255], [250, 255, 254, 255, 254, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]], [[[217, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [225, 252, 241, 253, 255, 255, 254, 255, 255, 255, 255], [234, 250, 241, 250, 253, 255, 253, 254, 255, 255, 255]], [[255, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [223, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [238, 253, 254, 254, 255, 255, 255, 255, 255, 255, 255]], [[255, 248, 254, 255, 255, 255, 255, 255, 255, 255, 255], [249, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 255, 255, 255, 255, 255, 255, 255, 255, 255], [247, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [252, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [253, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 253, 255, 255, 255, 255, 255, 255, 255, 255], [250, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]], [[[186, 251, 250, 255, 255, 255, 255, 255, 255, 255, 255], [234, 251, 244, 254, 255, 255, 255, 255, 255, 255, 255], [251, 251, 243, 253, 254, 255, 254, 255, 255, 255, 255]], [[255, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [236, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [251, 253, 253, 254, 254, 255, 255, 255, 255, 255, 255]], [[255, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [254, 254, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]], [[[248, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [250, 254, 252, 254, 255, 255, 255, 255, 255, 255, 255], [248, 254, 249, 253, 255, 255, 255, 255, 255, 255, 255]], [[255, 253, 253, 255, 255, 255, 255, 255, 255, 255, 255], [246, 253, 253, 255, 255, 255, 255, 255, 255, 255, 255], [252, 254, 251, 254, 254, 255, 255, 255, 255, 255, 255]], [[255, 254, 252, 255, 255, 255, 255, 255, 255, 255, 255], [248, 254, 253, 255, 255, 255, 255, 255, 255, 255, 255], [253, 255, 254, 254, 255, 255, 255, 255, 255, 255, 255]], [[255, 251, 254, 255, 255, 255, 255, 255, 255, 255, 255], [245, 251, 254, 255, 255, 255, 255, 255, 255, 255, 255], [253, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 251, 253, 255, 255, 255, 255, 255, 255, 255, 255], [252, 253, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 254, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 252, 255, 255, 255, 255, 255, 255, 255, 255, 255], [249, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 254, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 253, 255, 255, 255, 255, 255, 255, 255, 255], [250, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]], [[255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [254, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255], [255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255]]]], - Ge = [0, 1, 2, 3, 6, 4, 5, 6, 6, 6, 6, 6, 6, 6, 6, 7, 0], - Nc, - Y = [], - W = [], - ka = [], - Za, - fd, - Nb, - pa, - Ob, - Xc, - Tc, - Yc, - Uc, - Zc, - Vc, - $c, - Wc, - Rc, - Pc, - Sc, - Qc, - re = 1, - Cc = 2, - ia = [], - za, - vc, - fc, - Fc, - P = []; - va("UpsampleRgbLinePair", Ga, 3); - va("UpsampleBgrLinePair", Tb, 3); - va("UpsampleRgbaLinePair", wd, 4); - va("UpsampleBgraLinePair", vd, 4); - va("UpsampleArgbLinePair", ud, 4); - va("UpsampleRgba4444LinePair", td, 2); - va("UpsampleRgb565LinePair", sd, 2); - var Mf = UpsampleRgbLinePair, - Nf = UpsampleBgrLinePair, - nd = UpsampleRgbaLinePair, - od = UpsampleBgraLinePair, - pd = UpsampleArgbLinePair, - qd = UpsampleRgba4444LinePair, - Of = UpsampleRgb565LinePair, - Wa = 16, - Ba = 1 << Wa - 1, - ta = -227, - Eb = 482, - rd = 6, - Pf = (256 << rd) - 1, - jc = 0, - Yd = V(256), - ae = V(256), - $d = V(256), - Zd = V(256), - be = V(Eb - ta), - ce = V(Eb - ta); - la("YuvToRgbRow", Ga, 3); - la("YuvToBgrRow", Tb, 3); - la("YuvToRgbaRow", wd, 4); - la("YuvToBgraRow", vd, 4); - la("YuvToArgbRow", ud, 4); - la("YuvToRgba4444Row", td, 2); - la("YuvToRgb565Row", sd, 2); - var zd = [0, 4, 8, 12, 128, 132, 136, 140, 256, 260, 264, 268, 384, 388, 392, 396], - Ya = [0, 2, 8], - Qf = [8, 7, 6, 4, 4, 2, 2, 2, 1, 1, 1, 1], - Ne = 1; - - this.WebPDecodeRGBA = function (a, b, c, d, e) { - var f = Ua; - var g = new Cf(), - h = new Cb(); - g.ba = h; - h.S = f; - h.width = [h.width]; - h.height = [h.height]; - var k = h.width; - var l = h.height, - m = new Td(); - if (null == m || null == a) { var n = 2; }else { x(null != m), n = Ad(a, b, c, m.width, m.height, m.Pd, m.Qd, m.format, null); } - 0 != n ? k = 0 : (null != k && (k[0] = m.width[0]), null != l && (l[0] = m.height[0]), k = 1); - - if (k) { - h.width = h.width[0]; - h.height = h.height[0]; - null != d && (d[0] = h.width); - null != e && (e[0] = h.height); - - b: { - d = new Oa(); - e = new md(); - e.data = a; - e.w = b; - e.ha = c; - e.kd = 1; - b = [0]; - x(null != e); - a = Ad(e.data, e.w, e.ha, null, null, null, b, null, e); - (0 == a || 7 == a) && b[0] && (a = 4); - b = a; - - if (0 == b) { - x(null != g); - d.data = e.data; - d.w = e.w + e.offset; - d.ha = e.ha - e.offset; - d.put = kc; - d.ac = gc; - d.bc = lc; - d.ma = g; - - if (e.xa) { - a = Bc(); - - if (null == a) { - g = 1; - break b; - } - - if (te(a, d)) { - b = Cd(d.width, d.height, g.Oa, g.ba); - - if (d = 0 == b) { - c: { - d = a; - - d: for (;;) { - if (null == d) { - d = 0; - break c; - } - - x(null != d.s.yc); - x(null != d.s.Ya); - x(0 < d.s.Wb); - c = d.l; - x(null != c); - e = c.ma; - x(null != e); - - if (0 != d.xb) { - d.ca = e.ba; - d.tb = e.tb; - x(null != d.ca); - - if (!hc(e.Oa, c, Va)) { - d.a = 2; - break d; - } - - if (!Ec(d, c.width)) { break d; } - if (c.da) { break d; } - (c.da || hb(d.ca.S)) && Aa(); - 11 > d.ca.S || (alert("todo:WebPInitConvertARGBToYUV"), null != d.ca.f.kb.F && Aa()); - - if (d.Pb && 0 < d.s.ua && null == d.s.vb.X && !Zb(d.s.vb, d.s.Wa.Xa)) { - d.a = 1; - break d; - } - - d.xb = 0; - } - - if (!Jb(d, d.V, d.Ba, d.c, d.i, c.o, ge)) { break d; } - e.Dc = d.Ma; - d = 1; - break c; - } + } - x(0 != d.a); - d = 0; - } + if (mode != 0) { + this.pos += 4 - mode; + } + } +}; - d = !d; - } +BmpDecoder.prototype.bit4 = function () { + var xlen = Math.ceil(this.width / 2); + var mode = xlen % 4; - d && (b = a.a); - } else { b = a.a; } - } else { - a = new Ce(); + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; - if (null == a) { - g = 1; - break b; - } + for (var x = 0; x < xlen; x++) { + var b = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 2 * 4; + var before = b >> 4; + var after = b & 0x0F; + var rgb = this.palette[before]; + this.data[location] = rgb.blue; + this.data[location + 1] = rgb.green; + this.data[location + 2] = rgb.red; + this.data[location + 3] = 0xFF; + if (x * 2 + 1 >= this.width) break; + rgb = this.palette[after]; + this.data[location + 4] = rgb.blue; + this.data[location + 4 + 1] = rgb.green; + this.data[location + 4 + 2] = rgb.red; + this.data[location + 4 + 3] = 0xFF; + } - a.Fa = e.na; - a.P = e.P; - a.qc = e.Sa; + if (mode != 0) { + this.pos += 4 - mode; + } + } +}; - if (Kc(a, d)) { - if (b = Cd(d.width, d.height, g.Oa, g.ba), 0 == b) { - a.Aa = 0; - c = g.Oa; - e = a; - x(null != e); +BmpDecoder.prototype.bit8 = function () { + var mode = this.width % 4; - if (null != c) { - k = c.Md; - k = 0 > k ? 0 : 100 < k ? 255 : 255 * k / 100; + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; - if (0 < k) { - for (l = m = 0; 4 > l; ++l) { - n = e.pb[l], 12 > n.lc && (n.ia = k * Qf[0 > n.lc ? 0 : n.lc] >> 3), m |= n.ia; - } + for (var x = 0; x < this.width; x++) { + var b = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 4; - m && (alert("todo:VP8InitRandom"), e.ia = 1); - } + if (b < this.palette.length) { + var rgb = this.palette[b]; + this.data[location] = rgb.red; + this.data[location + 1] = rgb.green; + this.data[location + 2] = rgb.blue; + this.data[location + 3] = 0xFF; + } else { + this.data[location] = 0xFF; + this.data[location + 1] = 0xFF; + this.data[location + 2] = 0xFF; + this.data[location + 3] = 0xFF; + } + } - e.Ga = c.Id; - 100 < e.Ga ? e.Ga = 100 : 0 > e.Ga && (e.Ga = 0); - } + if (mode != 0) { + this.pos += 4 - mode; + } + } +}; - Me(a, d) || (b = a.a); - } - } else { b = a.a; } - } +BmpDecoder.prototype.bit15 = function () { + var dif_w = this.width % 3; - 0 == b && null != g.Oa && g.Oa.fd && (b = Bd(g.ba)); - } + var _11111 = parseInt("11111", 2), + _1_5 = _11111; - g = b; - } + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; - f = 0 != g ? null : 11 > f ? h.f.RGBA.eb : h.f.kb.y; - } else { f = null; } + for (var x = 0; x < this.width; x++) { + var B = this.datav.getUint16(this.pos, true); + this.pos += 2; + var blue = (B & _1_5) / _1_5 * 255 | 0; + var green = (B >> 5 & _1_5) / _1_5 * 255 | 0; + var red = (B >> 10 & _1_5) / _1_5 * 255 | 0; + var alpha = B >> 15 ? 0xFF : 0x00; + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = alpha; + } //skip extra bytes - return f; - }; - var Dd = [3, 4, 3, 4, 4, 2, 2, 4, 4, 4, 2, 1, 1]; - }; + this.pos += dif_w; + } +}; - new WebPDecoder(); - /*Copyright (c) 2017 Dominik Homberger - - - - https://webpjs.appspot.com - WebPRiffParser dominikhlbg@gmail.com - */ +BmpDecoder.prototype.bit16 = function () { + var dif_w = this.width % 3; - function memcmp(data, data_off, str, size) { - for (var i = 0; i < size; i++) { - if (data[data_off + i] != str.charCodeAt(i)) { return true; } - } + var _11111 = parseInt("11111", 2), + _1_5 = _11111; - return false; - } + var _111111 = parseInt("111111", 2), + _1_6 = _111111; - function GetTag(data, data_off) { - var str = ''; + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; - for (var i = 0; i < 4; i++) { - str += String.fromCharCode(data[data_off++]); - } + for (var x = 0; x < this.width; x++) { + var B = this.datav.getUint16(this.pos, true); + this.pos += 2; + var alpha = 0xFF; + var blue = (B & _1_5) / _1_5 * 255 | 0; + var green = (B >> 5 & _1_6) / _1_6 * 255 | 0; + var red = (B >> 11) / _1_5 * 255 | 0; + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = alpha; + } //skip extra bytes - return str; - } - function GetLE16(data, data_off) { - return data[data_off + 0] << 0 | data[data_off + 1] << 8; + this.pos += dif_w; } +}; - function GetLE24(data, data_off) { - return (data[data_off + 0] << 0 | data[data_off + 1] << 8 | data[data_off + 2] << 16) >>> 0; - } +BmpDecoder.prototype.bit24 = function () { + //when height > 0 + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; - function GetLE32(data, data_off) { - return (data[data_off + 0] << 0 | data[data_off + 1] << 8 | data[data_off + 2] << 16 | data[data_off + 3] << 24) >>> 0; - } + for (var x = 0; x < this.width; x++) { + var blue = this.datav.getUint8(this.pos++, true); + var green = this.datav.getUint8(this.pos++, true); + var red = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = 0xFF; + } //skip extra bytes - function WebPRiffParser(src, src_off) { - var imagearray = {}; - var i = 0; - var alpha_chunk = false; - var alpha_size = 0; - var alpha_offset = 0; - imagearray['frames'] = []; - if (memcmp(src, src_off, 'RIFF', 4)) { return; } - src_off += 4; - var riff_size = GetLE32(src, src_off) + 8; - src_off += 8; - - while (src_off < src.length) { - var fourcc = GetTag(src, src_off); - src_off += 4; - var payload_size = GetLE32(src, src_off); - src_off += 4; - var payload_size_padded = payload_size + (payload_size & 1); - - switch (fourcc) { - case "VP8 ": - case "VP8L": - if (typeof imagearray['frames'][i] === 'undefined') { imagearray['frames'][i] = {}; } - var obj = imagearray['frames'][i]; - var height = [0]; - var width = [0]; - obj['src_off'] = alpha_chunk ? alpha_offset : src_off - 8; - obj['src_size'] = alpha_size + payload_size + 8; //var rgba = webpdecoder.WebPDecodeRGBA(src,(alpha_chunk?alpha_offset:src_off-8),alpha_size+payload_size+8,width,height); - //imagearray[i]={'rgba':rgba,'width':width[0],'height':height[0]}; - - i++; - - if (alpha_chunk) { - alpha_chunk = false; - alpha_size = 0; - alpha_offset = 0; - } - break; + this.pos += this.width % 4; + } +}; +/** + * add 32bit decode func + * @author soubok + */ - case "VP8X": - var obj = imagearray['header'] = {}; - var feature_flags = obj['feature_flags'] = src[src_off]; - var src_off_ = src_off + 4; - var canvas_width = obj['canvas_width'] = 1 + GetLE24(src, src_off_); - src_off_ += 3; - var canvas_height = obj['canvas_height'] = 1 + GetLE24(src, src_off_); - src_off_ += 3; - break; - case "ALPH": - alpha_chunk = true; - alpha_size = payload_size_padded + 8; - alpha_offset = src_off - 8; - break; +BmpDecoder.prototype.bit32 = function () { + //when height > 0 + for (var y = this.height - 1; y >= 0; y--) { + var line = this.bottom_up ? y : this.height - 1 - y; - case "ANIM": - var obj = imagearray['header']; - var bgcolor = obj['bgcolor'] = GetLE32(src, src_off); - src_off_ = src_off + 4; - var loop_count = obj['loop_count'] = GetLE16(src, src_off_); - src_off_ += 2; - break; + for (var x = 0; x < this.width; x++) { + var blue = this.datav.getUint8(this.pos++, true); + var green = this.datav.getUint8(this.pos++, true); + var red = this.datav.getUint8(this.pos++, true); + var alpha = this.datav.getUint8(this.pos++, true); + var location = line * this.width * 4 + x * 4; + this.data[location] = red; + this.data[location + 1] = green; + this.data[location + 2] = blue; + this.data[location + 3] = alpha; + } //skip extra bytes + //this.pos += (this.width % 4); - case "ANMF": - var offset_x = 0, - offset_y = 0, - width = 0, - height = 0, - duration = 0, - blend = 0, - dispose = 0, - temp = 0; - var obj = imagearray['frames'][i] = {}; - obj['offset_x'] = offset_x = 2 * GetLE24(src, src_off); - src_off += 3; - obj['offset_y'] = offset_y = 2 * GetLE24(src, src_off); - src_off += 3; - obj['width'] = width = 1 + GetLE24(src, src_off); - src_off += 3; - obj['height'] = height = 1 + GetLE24(src, src_off); - src_off += 3; - obj['duration'] = duration = GetLE24(src, src_off); - src_off += 3; - temp = src[src_off++]; - obj['dispose'] = dispose = temp & 1; - obj['blend'] = blend = temp >> 1 & 1; - break; + } +}; - default: - } +BmpDecoder.prototype.getData = function () { + return this.data; +}; +/*rollup-keeper-start*/ - if (fourcc != "ANMF") { src_off += payload_size_padded; } - } - return imagearray; - } +window.tmp = BmpDecoder; +/*rollup-keeper-end*/ - var height = [0]; - var width = [0]; - var pixels = []; - var webpdecoder = new WebPDecoder(); - var response = imageData; - var imagearray = WebPRiffParser(response, 0); - imagearray['response'] = response; - imagearray['rgbaoutput'] = true; - imagearray['dataurl'] = false; - var header = imagearray['header'] ? imagearray['header'] : null; - var frames = imagearray['frames'] ? imagearray['frames'] : null; - - if (header) { - header['loop_counter'] = header['loop_count']; - height = header['canvas_height']; - width = header['canvas_width']; - - for (var f = 0; f < frames.length; f++) { - if (frames[f]['blend'] == 0) { - break; - } - } - } +/* + Copyright (c) 2013 Gildas Lormeau. All rights reserved. - var frame = frames[0]; - var rgba = webpdecoder.WebPDecodeRGBA(response, frame['src_off'], frame['src_size'], width, height); - frame['rgba'] = rgba; - frame['imgwidth'] = width[0]; - frame['imgheight'] = height[0]; + Redistribution and use in source and binary forms, with or without + modification, are permitted provided that the following conditions are met: - for (var i = 0; i < width[0] * height[0] * 4; i++) { - pixels[i] = rgba[i]; - } + 1. Redistributions of source code must retain the above copyright notice, + this list of conditions and the following disclaimer. - this.width = width; - this.height = height; - this.data = pixels; - return this; -} + 2. Redistributions in binary form must reproduce the above copyright + notice, this list of conditions and the following disclaimer in + the documentation and/or other materials provided with the distribution. -WebPDecoder.prototype.getData = function () { - return this.data; -}; + 3. The names of the authors may not be used to endorse or promote products + derived from this software without specific prior written permission. -try { - exports.WebPDecoder = WebPDecoder; -} catch (e) {} // CommonJS. - -/* - Copyright (c) 2013 Gildas Lormeau. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions are met: - - 1. Redistributions of source code must retain the above copyright notice, - this list of conditions and the following disclaimer. - - 2. Redistributions in binary form must reproduce the above copyright - notice, this list of conditions and the following disclaimer in - the documentation and/or other materials provided with the distribution. - - 3. The names of the authors may not be used to endorse or promote products - derived from this software without specific prior written permission. - - THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED WARRANTIES, - INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND - FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL JCRAFT, - INC. OR ANY CONTRIBUTORS TO THIS SOFTWARE BE LIABLE FOR ANY DIRECT, INDIRECT, - INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT - LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, - OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF - LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, - EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. + THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED WARRANTIES, + INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND + FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL JCRAFT, + INC. OR ANY CONTRIBUTORS TO THIS SOFTWARE BE LIABLE FOR ANY DIRECT, INDIRECT, + INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT + LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, + OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF + LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING + NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, + EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. */ -/* - * This program is based on JZlib 1.0.2 ymnk, JCraft,Inc. - * JZlib is based on zlib-1.1.3, so all credit should go authors - * Jean-loup Gailly(jloup@gzip.org) and Mark Adler(madler@alumni.caltech.edu) - * and contributors of zlib. +/* + * This program is based on JZlib 1.0.2 ymnk, JCraft,Inc. + * JZlib is based on zlib-1.1.3, so all credit should go authors + * Jean-loup Gailly(jloup@gzip.org) and Mark Adler(madler@alumni.caltech.edu) + * and contributors of zlib. */ (function (global) { @@ -22986,17 +17283,17 @@ try { tree[n * 2 + 1] = bits; // We overwrite tree[n*2+1] which is no longer needed - if (n > that.max_code) { continue; } // not a leaf node + if (n > that.max_code) continue; // not a leaf node s.bl_count[bits]++; xbits = 0; - if (n >= base) { xbits = extra[n - base]; } + if (n >= base) xbits = extra[n - base]; f = tree[n * 2]; s.opt_len += f * (bits + xbits); - if (stree) { s.static_len += f * (stree[n * 2 + 1] + xbits); } + if (stree) s.static_len += f * (stree[n * 2 + 1] + xbits); } - if (overflow === 0) { return; } // This happens for example on obj2 and pic of the Calgary corpus + if (overflow === 0) return; // This happens for example on obj2 and pic of the Calgary corpus // Find the first bit length which could increase: do { @@ -23021,9 +17318,9 @@ try { while (n !== 0) { m = s.heap[--h]; - if (m > that.max_code) { continue; } + if (m > that.max_code) continue; - if (tree[m * 2 + 1] !== bits) { + if (tree[m * 2 + 1] != bits) { s.opt_len += (bits - tree[m * 2 + 1]) * tree[m * 2]; tree[m * 2 + 1] = bits; } @@ -23077,14 +17374,14 @@ try { next_code[bits] = code = code + bl_count[bits - 1] << 1; } // Check that the bit counts in bl_count are consistent. The last code // must be all ones. - // Assert (code + bl_count[MAX_BITS]-1 === (1<= 3; max_blindex--) { - if (bl_tree[Tree.bl_order[max_blindex] * 2 + 1] !== 0) { break; } + if (bl_tree[Tree.bl_order[max_blindex] * 2 + 1] !== 0) break; } // Update opt_len to include the bit length tree and counts @@ -23647,14 +17944,14 @@ try { curlen = nextlen; nextlen = tree[(n + 1) * 2 + 1]; - if (++count < max_count && curlen === nextlen) { + if (++count < max_count && curlen == nextlen) { continue; } else if (count < min_count) { do { send_code(curlen, bl_tree); } while (--count !== 0); } else if (curlen !== 0) { - if (curlen !== prevlen) { + if (curlen != prevlen) { send_code(curlen, bl_tree); count--; } @@ -23675,7 +17972,7 @@ try { if (nextlen === 0) { max_count = 138; min_count = 3; - } else if (curlen === nextlen) { + } else if (curlen == nextlen) { max_count = 6; min_count = 3; } else { @@ -23707,7 +18004,7 @@ try { function bi_flush() { - if (bi_valid === 16) { + if (bi_valid == 16) { put_short(bi_buf); bi_buf = 0; bi_valid = 0; @@ -23777,10 +18074,10 @@ try { } out_length >>>= 3; - if (matches < Math.floor(last_lit / 2) && out_length < Math.floor(in_length / 2)) { return true; } + if (matches < Math.floor(last_lit / 2) && out_length < Math.floor(in_length / 2)) return true; } - return last_lit === lit_bufsize - 1; // We avoid equality with lit_bufsize because of wraparound at 64K + return last_lit == lit_bufsize - 1; // We avoid equality with lit_bufsize because of wraparound at 64K // on 16 bit machines and because stored blocks are restricted to // 64K-1 bytes. } // Send the block data compressed using the given Huffman trees @@ -23907,21 +18204,21 @@ try { opt_lenb = that.opt_len + 3 + 7 >>> 3; static_lenb = that.static_len + 3 + 7 >>> 3; - if (static_lenb <= opt_lenb) { opt_lenb = static_lenb; } + if (static_lenb <= opt_lenb) opt_lenb = static_lenb; } else { opt_lenb = static_lenb = stored_len + 5; // force a stored block } - if (stored_len + 4 <= opt_lenb && buf !== -1) { + if (stored_len + 4 <= opt_lenb && buf != -1) { // 4: two words for the lengths - // The test buf !== NULL is only necessary if LIT_BUFSIZE > WSIZE. + // The test buf != NULL is only necessary if LIT_BUFSIZE > WSIZE. // Otherwise we can't have processed more than WSIZE input bytes // since // the last block flush, because compression would have been // successful. If LIT_BUFSIZE <= WSIZE, it is never too late to // transform a block into a stored block. _tr_stored_block(buf, stored_len, eof); - } else if (static_lenb === opt_lenb) { + } else if (static_lenb == opt_lenb) { send_bits((STATIC_TREES << 1) + (eof ? 1 : 0), 3); compress_block(StaticTree.static_ltree, StaticTree.static_dtree); } else { @@ -23964,10 +18261,10 @@ try { if (more === 0 && strstart === 0 && lookahead === 0) { more = w_size; - } else if (more === -1) { + } else if (more == -1) { // Very unlikely, but possible on 16 bit machine if strstart == // 0 - // and lookahead === 1 (input done one byte at time) + // and lookahead == 1 (input done one byte at time) more--; // If the window is almost full and there is insufficient // lookahead, // move the upper half to the lower one to make room in the @@ -24005,15 +18302,15 @@ try { more += w_size; } - if (strm.avail_in === 0) { return; } // If there was no sliding: + if (strm.avail_in === 0) return; // If there was no sliding: // strstart <= WSIZE+MAX_DIST-1 && lookahead <= MIN_LOOKAHEAD - 1 && - // more === window_size - lookahead - strstart + // more == window_size - lookahead - strstart // => more >= window_size - (MIN_LOOKAHEAD-1 + WSIZE + MAX_DIST-1) // => more >= window_size - 2*WSIZE + 2 // In the BIG_MEM or MMAP case (not yet supported), - // window_size === input_size + MIN_LOOKAHEAD && + // window_size == input_size + MIN_LOOKAHEAD && // strstart + s->lookahead <= input_size => more >= MIN_LOOKAHEAD. - // Otherwise, window_size === 2*WSIZE so more >= 2. + // Otherwise, window_size == 2*WSIZE so more >= 2. // If there was sliding, more >= WSIZE. So in all cases, more >= 2. n = strm.read_buf(window, strstart + lookahead, more); @@ -24053,8 +18350,8 @@ try { // Fill the window as much as possible: if (lookahead <= 1) { fill_window(); - if (lookahead === 0 && flush === Z_NO_FLUSH) { return NeedMore; } - if (lookahead === 0) { break; } // flush the current block + if (lookahead === 0 && flush == Z_NO_FLUSH) return NeedMore; + if (lookahead === 0) break; // flush the current block } strstart += lookahead; @@ -24067,20 +18364,20 @@ try { lookahead = strstart - max_start; strstart = max_start; flush_block_only(false); - if (strm.avail_out === 0) { return NeedMore; } + if (strm.avail_out === 0) return NeedMore; } // Flush if we may have to slide, otherwise block_start may become // negative and the data will be gone: if (strstart - block_start >= w_size - MIN_LOOKAHEAD) { flush_block_only(false); - if (strm.avail_out === 0) { return NeedMore; } + if (strm.avail_out === 0) return NeedMore; } } - flush_block_only(flush === Z_FINISH); - if (strm.avail_out === 0) { return flush === Z_FINISH ? FinishStarted : NeedMore; } - return flush === Z_FINISH ? FinishDone : BlockDone; + flush_block_only(flush == Z_FINISH); + if (strm.avail_out === 0) return flush == Z_FINISH ? FinishStarted : NeedMore; + return flush == Z_FINISH ? FinishDone : BlockDone; } function longest_match(cur_match) { @@ -24113,13 +18410,13 @@ try { // to make deflate deterministic. - if (_nice_match > lookahead) { _nice_match = lookahead; } + if (_nice_match > lookahead) _nice_match = lookahead; do { match = cur_match; // Skip to next match if the match length cannot increase // or if the match length is less than 2: - if (window[match + best_len] !== scan_end || window[match + best_len - 1] !== scan_end1 || window[match] !== window[scan] || window[++match] !== window[scan + 1]) { continue; } // The check at best_len-1 can be removed because it will be made + if (window[match + best_len] != scan_end || window[match + best_len - 1] != scan_end1 || window[match] != window[scan] || window[++match] != window[scan + 1]) continue; // The check at best_len-1 can be removed because it will be made // again later. (This heuristic is not always a win.) // It is not necessary to compare scan[2] and match[2] since they // are always equal when the other bytes match, given that @@ -24129,7 +18426,7 @@ try { match++; // We check for insufficient lookahead only every 8th comparison; // the 256th check will be made at strstart+258. - do {} while (window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && window[++scan] === window[++match] && scan < strend); + do {} while (window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && window[++scan] == window[++match] && scan < strend); len = MAX_MATCH - (strend - scan); scan = strend - MAX_MATCH; @@ -24137,13 +18434,13 @@ try { if (len > best_len) { match_start = cur_match; best_len = len; - if (len >= _nice_match) { break; } + if (len >= _nice_match) break; scan_end1 = window[scan + best_len - 1]; scan_end = window[scan + best_len]; } } while ((cur_match = prev[cur_match & wmask] & 0xffff) > limit && --chain_length !== 0); - if (best_len <= lookahead) { return best_len; } + if (best_len <= lookahead) return best_len; return lookahead; } // Compress as much as possible from the input stream, return the current // block state. @@ -24166,11 +18463,11 @@ try { if (lookahead < MIN_LOOKAHEAD) { fill_window(); - if (lookahead < MIN_LOOKAHEAD && flush === Z_NO_FLUSH) { + if (lookahead < MIN_LOOKAHEAD && flush == Z_NO_FLUSH) { return NeedMore; } - if (lookahead === 0) { break; } // flush the current block + if (lookahead === 0) break; // flush the current block } // Insert the string window[strstart .. strstart+2] in the // dictionary, and set hash_head to the head of the hash chain: @@ -24189,7 +18486,7 @@ try { // To simplify the code, we prevent matches with the string // of window index 0 (in particular we have to avoid a match // of the string with itself at the start of the input file). - if (strategy !== Z_HUFFMAN_ONLY) { + if (strategy != Z_HUFFMAN_ONLY) { match_length = longest_match(hash_head); } // longest_match() sets match_start @@ -24232,17 +18529,17 @@ try { if (bflush) { flush_block_only(false); - if (strm.avail_out === 0) { return NeedMore; } + if (strm.avail_out === 0) return NeedMore; } } - flush_block_only(flush === Z_FINISH); + flush_block_only(flush == Z_FINISH); if (strm.avail_out === 0) { - if (flush === Z_FINISH) { return FinishStarted; }else { return NeedMore; } + if (flush == Z_FINISH) return FinishStarted;else return NeedMore; } - return flush === Z_FINISH ? FinishDone : BlockDone; + return flush == Z_FINISH ? FinishDone : BlockDone; } // Same as above, but achieves better compression. We use a lazy // evaluation for matches: a match is finally adopted only if there is // no better match at the next window position. @@ -24264,11 +18561,11 @@ try { if (lookahead < MIN_LOOKAHEAD) { fill_window(); - if (lookahead < MIN_LOOKAHEAD && flush === Z_NO_FLUSH) { + if (lookahead < MIN_LOOKAHEAD && flush == Z_NO_FLUSH) { return NeedMore; } - if (lookahead === 0) { break; } // flush the current block + if (lookahead === 0) break; // flush the current block } // Insert the string window[strstart .. strstart+2] in the // dictionary, and set hash_head to the head of the hash chain: @@ -24290,12 +18587,12 @@ try { // To simplify the code, we prevent matches with the string // of window index 0 (in particular we have to avoid a match // of the string with itself at the start of the input file). - if (strategy !== Z_HUFFMAN_ONLY) { + if (strategy != Z_HUFFMAN_ONLY) { match_length = longest_match(hash_head); } // longest_match() sets match_start - if (match_length <= 5 && (strategy === Z_FILTERED || match_length === MIN_MATCH && strstart - match_start > 4096)) { + if (match_length <= 5 && (strategy == Z_FILTERED || match_length == MIN_MATCH && strstart - match_start > 4096)) { // If prev_match is also MIN_MATCH, match_start is garbage // but we will ignore the current match anyway. match_length = MIN_MATCH - 1; @@ -24332,7 +18629,7 @@ try { if (bflush) { flush_block_only(false); - if (strm.avail_out === 0) { return NeedMore; } + if (strm.avail_out === 0) return NeedMore; } } else if (match_available !== 0) { // If there was no match at the previous position, output a @@ -24346,7 +18643,7 @@ try { strstart++; lookahead--; - if (strm.avail_out === 0) { return NeedMore; } + if (strm.avail_out === 0) return NeedMore; } else { // There is no previous match to compare with, wait for // the next step to decide. @@ -24361,13 +18658,13 @@ try { match_available = 0; } - flush_block_only(flush === Z_FINISH); + flush_block_only(flush == Z_FINISH); if (strm.avail_out === 0) { - if (flush === Z_FINISH) { return FinishStarted; }else { return NeedMore; } + if (flush == Z_FINISH) return FinishStarted;else return NeedMore; } - return flush === Z_FINISH ? FinishDone : BlockDone; + return flush == Z_FINISH ? FinishDone : BlockDone; } function deflateReset(strm) { @@ -24384,19 +18681,19 @@ try { } that.deflateInit = function (strm, _level, bits, _method, memLevel, _strategy) { - if (!_method) { _method = Z_DEFLATED; } - if (!memLevel) { memLevel = DEF_MEM_LEVEL; } - if (!_strategy) { _strategy = Z_DEFAULT_STRATEGY; } // byte[] my_version=ZLIB_VERSION; + if (!_method) _method = Z_DEFLATED; + if (!memLevel) memLevel = DEF_MEM_LEVEL; + if (!_strategy) _strategy = Z_DEFAULT_STRATEGY; // byte[] my_version=ZLIB_VERSION; // - // if (!version || version[0] !== my_version[0] - // || stream_size !== sizeof(z_stream)) { + // if (!version || version[0] != my_version[0] + // || stream_size != sizeof(z_stream)) { // return Z_VERSION_ERROR; // } strm.msg = null; - if (_level === Z_DEFAULT_COMPRESSION) { _level = 6; } + if (_level == Z_DEFAULT_COMPRESSION) _level = 6; - if (memLevel < 1 || memLevel > MAX_MEM_LEVEL || _method !== Z_DEFLATED || bits < 9 || bits > 15 || _level < 0 || _level > 9 || _strategy < 0 || _strategy > Z_HUFFMAN_ONLY) { + if (memLevel < 1 || memLevel > MAX_MEM_LEVEL || _method != Z_DEFLATED || bits < 9 || bits > 15 || _level < 0 || _level > 9 || _strategy < 0 || _strategy > Z_HUFFMAN_ONLY) { return Z_STREAM_ERROR; } @@ -24425,7 +18722,7 @@ try { }; that.deflateEnd = function () { - if (status !== INIT_STATE && status !== BUSY_STATE && status !== FINISH_STATE) { + if (status != INIT_STATE && status != BUSY_STATE && status != FINISH_STATE) { return Z_STREAM_ERROR; } // Deallocate in reverse order of allocations: @@ -24436,13 +18733,13 @@ try { window = null; // free that.dstate = null; - return status === BUSY_STATE ? Z_DATA_ERROR : Z_OK; + return status == BUSY_STATE ? Z_DATA_ERROR : Z_OK; }; that.deflateParams = function (strm, _level, _strategy) { var err = Z_OK; - if (_level === Z_DEFAULT_COMPRESSION) { + if (_level == Z_DEFAULT_COMPRESSION) { _level = 6; } @@ -24450,12 +18747,12 @@ try { return Z_STREAM_ERROR; } - if (config_table[level].func !== config_table[_level].func && strm.total_in !== 0) { + if (config_table[level].func != config_table[_level].func && strm.total_in !== 0) { // Flush the last buffer: err = strm.deflate(Z_PARTIAL_FLUSH); } - if (level !== _level) { + if (level != _level) { level = _level; max_lazy_match = config_table[level].max_lazy; good_match = config_table[level].good_length; @@ -24471,8 +18768,8 @@ try { var length = dictLength; var n, index = 0; - if (!dictionary || status !== INIT_STATE) { return Z_STREAM_ERROR; } - if (length < MIN_MATCH) { return Z_OK; } + if (!dictionary || status != INIT_STATE) return Z_STREAM_ERROR; + if (length < MIN_MATCH) return Z_OK; if (length > w_size - MIN_LOOKAHEAD) { length = w_size - MIN_LOOKAHEAD; @@ -24504,7 +18801,7 @@ try { return Z_STREAM_ERROR; } - if (!_strm.next_out || !_strm.next_in && _strm.avail_in !== 0 || status === FINISH_STATE && flush !== Z_FINISH) { + if (!_strm.next_out || !_strm.next_in && _strm.avail_in !== 0 || status == FINISH_STATE && flush != Z_FINISH) { _strm.msg = z_errmsg[Z_NEED_DICT - Z_STREAM_ERROR]; return Z_STREAM_ERROR; } @@ -24519,12 +18816,12 @@ try { old_flush = last_flush; last_flush = flush; // Write the zlib header - if (status === INIT_STATE) { + if (status == INIT_STATE) { header = Z_DEFLATED + (w_bits - 8 << 4) << 8; level_flags = (level - 1 & 0xff) >> 1; - if (level_flags > 3) { level_flags = 3; } + if (level_flags > 3) level_flags = 3; header |= level_flags << 6; - if (strstart !== 0) { header |= PRESET_DICT; } + if (strstart !== 0) header |= PRESET_DICT; header += 31 - header % 31; status = BUSY_STATE; putShortMSB(header); @@ -24548,19 +18845,19 @@ try { // flushes. For repeated and useless calls with Z_FINISH, we keep // returning Z_STREAM_END instead of Z_BUFF_ERROR. - } else if (strm.avail_in === 0 && flush <= old_flush && flush !== Z_FINISH) { + } else if (strm.avail_in === 0 && flush <= old_flush && flush != Z_FINISH) { strm.msg = z_errmsg[Z_NEED_DICT - Z_BUF_ERROR]; return Z_BUF_ERROR; } // User must not provide more input after the first FINISH: - if (status === FINISH_STATE && strm.avail_in !== 0) { + if (status == FINISH_STATE && strm.avail_in !== 0) { _strm.msg = z_errmsg[Z_NEED_DICT - Z_BUF_ERROR]; return Z_BUF_ERROR; } // Start a new block or continue the current one. - if (strm.avail_in !== 0 || lookahead !== 0 || flush !== Z_NO_FLUSH && status !== FINISH_STATE) { + if (strm.avail_in !== 0 || lookahead !== 0 || flush != Z_NO_FLUSH && status != FINISH_STATE) { bstate = -1; switch (config_table[level].func) { @@ -24579,16 +18876,16 @@ try { default: } - if (bstate === FinishStarted || bstate === FinishDone) { + if (bstate == FinishStarted || bstate == FinishDone) { status = FINISH_STATE; } - if (bstate === NeedMore || bstate === FinishStarted) { + if (bstate == NeedMore || bstate == FinishStarted) { if (strm.avail_out === 0) { last_flush = -1; // avoid BUF_ERROR next call, see above } - return Z_OK; // If flush !== Z_NO_FLUSH && avail_out === 0, the next call + return Z_OK; // If flush != Z_NO_FLUSH && avail_out === 0, the next call // of deflate should use the same flush parameter to make sure // that the flush is complete. So we don't have to output an // empty block here, this will be done at next call. This also @@ -24596,8 +18893,8 @@ try { // one empty block. } - if (bstate === BlockDone) { - if (flush === Z_PARTIAL_FLUSH) { + if (bstate == BlockDone) { + if (flush == Z_PARTIAL_FLUSH) { _tr_align(); } else { // FULL_FLUSH or SYNC_FLUSH @@ -24605,7 +18902,7 @@ try { // as a special marker by inflate_sync(). - if (flush === Z_FULL_FLUSH) { + if (flush == Z_FULL_FLUSH) { // state.head[s.hash_size-1]=0; for (i = 0; i < hash_size /*-1*/ @@ -24626,7 +18923,7 @@ try { } } - if (flush !== Z_FINISH) { return Z_OK; } + if (flush != Z_FINISH) return Z_OK; return Z_STREAM_END; }; } // ZStream @@ -24653,7 +18950,7 @@ try { deflateInit: function deflateInit(level, bits) { var that = this; that.dstate = new Deflate(); - if (!bits) { bits = MAX_BITS; } + if (!bits) bits = MAX_BITS; return that.dstate.deflateInit(that, level, bits); }, deflate: function deflate(flush) { @@ -24667,19 +18964,19 @@ try { }, deflateEnd: function deflateEnd() { var that = this; - if (!that.dstate) { return Z_STREAM_ERROR; } + if (!that.dstate) return Z_STREAM_ERROR; var ret = that.dstate.deflateEnd(); that.dstate = null; return ret; }, deflateParams: function deflateParams(level, strategy) { var that = this; - if (!that.dstate) { return Z_STREAM_ERROR; } + if (!that.dstate) return Z_STREAM_ERROR; return that.dstate.deflateParams(that, level, strategy); }, deflateSetDictionary: function deflateSetDictionary(dictionary, dictLength) { var that = this; - if (!that.dstate) { return Z_STREAM_ERROR; } + if (!that.dstate) return Z_STREAM_ERROR; return that.dstate.deflateSetDictionary(that, dictionary, dictLength); }, // Read a new buffer from the current input stream, update the @@ -24690,8 +18987,8 @@ try { read_buf: function read_buf(buf, start, size) { var that = this; var len = that.avail_in; - if (len > size) { len = size; } - if (len === 0) { return 0; } + if (len > size) len = size; + if (len === 0) return 0; that.avail_in -= len; buf.set(that.next_in.subarray(that.next_in_index, that.next_in_index + len), start); that.next_in_index += len; @@ -24705,8 +19002,8 @@ try { flush_pending: function flush_pending() { var that = this; var len = that.dstate.pending; - if (len > that.avail_out) { len = that.avail_out; } - if (len === 0) { return; } // if (that.dstate.pending_buf.length <= that.dstate.pending_out || that.next_out.length <= that.next_out_index + if (len > that.avail_out) len = that.avail_out; + if (len === 0) return; // if (that.dstate.pending_buf.length <= that.dstate.pending_out || that.next_out.length <= that.next_out_index // || that.dstate.pending_buf.length < (that.dstate.pending_out + len) || that.next_out.length < (that.next_out_index + // len)) { // console.log(that.dstate.pending_buf.length + ", " + that.dstate.pending_out + ", " + that.next_out.length + ", " + @@ -24734,7 +19031,7 @@ try { var flush = Z_NO_FLUSH; var buf = new Uint8Array(bufsize); var level = options ? options.level : Z_DEFAULT_COMPRESSION; - if (typeof level === "undefined") { level = Z_DEFAULT_COMPRESSION; } + if (typeof level == "undefined") level = Z_DEFAULT_COMPRESSION; z.deflateInit(level); z.next_out = buf; @@ -24745,7 +19042,7 @@ try { bufferIndex = 0, bufferSize = 0, array; - if (!data.length) { return; } + if (!data.length) return; z.next_in_index = 0; z.next_in = data; z.avail_in = data.length; @@ -24754,11 +19051,11 @@ try { z.next_out_index = 0; z.avail_out = bufsize; err = z.deflate(flush); - if (err !== Z_OK) { throw new Error("deflating: " + z.msg); } - if (z.next_out_index) { if (z.next_out_index === bufsize) { buffers.push(new Uint8Array(buf)); }else { buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); } } + if (err != Z_OK) throw new Error("deflating: " + z.msg); + if (z.next_out_index) if (z.next_out_index == bufsize) buffers.push(new Uint8Array(buf));else buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); bufferSize += z.next_out_index; - if (onprogress && z.next_in_index > 0 && z.next_in_index !== lastIndex) { + if (onprogress && z.next_in_index > 0 && z.next_in_index != lastIndex) { onprogress(z.next_in_index); lastIndex = z.next_in_index; } @@ -24783,8 +19080,8 @@ try { z.next_out_index = 0; z.avail_out = bufsize; err = z.deflate(Z_FINISH); - if (err !== Z_STREAM_END && err !== Z_OK) { throw new Error("deflating: " + z.msg); } - if (bufsize - z.avail_out > 0) { buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); } + if (err != Z_STREAM_END && err != Z_OK) throw new Error("deflating: " + z.msg); + if (bufsize - z.avail_out > 0) buffers.push(new Uint8Array(buf.subarray(0, z.next_out_index))); bufferSize += z.next_out_index; } while (z.avail_in > 0 || z.avail_out === 0); @@ -24805,11 +19102,11 @@ try { // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window -/** - * A class to parse color values - * @author Stoyan Stefanov - * {@link http://www.phpied.com/rgb-color-parser-in-javascript/} - * @license Use it if you like it +/** + * A class to parse color values + * @author Stoyan Stefanov + * {@link http://www.phpied.com/rgb-color-parser-in-javascript/} + * @license Use it if you like it */ (function (global) { @@ -24972,7 +19269,14 @@ try { yellow: 'ffff00', yellowgreen: '9acd32' }; - color_string = simple_colors[color_string] || color_string; // array of color definition objects + + for (var key in simple_colors) { + if (color_string == key) { + color_string = simple_colors[key]; + } + } // emd of simple type-in colors + // array of color definition objects + var color_defs = [{ re: /^rgb\((\d{1,3}),\s*(\d{1,3}),\s*(\d{1,3})\)$/, @@ -25021,9 +19325,9 @@ try { var r = this.r.toString(16); var g = this.g.toString(16); var b = this.b.toString(16); - if (r.length == 1) { r = '0' + r; } - if (g.length == 1) { g = '0' + g; } - if (b.length == 1) { b = '0' + b; } + if (r.length == 1) r = '0' + r; + if (g.length == 1) g = '0' + g; + if (b.length == 1) b = '0' + b; return '#' + r + g + b; }; } @@ -25033,14 +19337,14 @@ try { // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window -/************************************************ - * Title : custom font * - * Start Data : 2017. 01. 22. * - * Comment : TEXT API * +/************************************************ + * Title : custom font * + * Start Data : 2017. 01. 22. * + * Comment : TEXT API * ************************************************/ -/****************************** - * jsPDF extension API Design * +/****************************** + * jsPDF extension API Design * * ****************************/ (function (jsPDF) { @@ -25116,15 +19420,15 @@ try { var decode = function decode(elt) { var code = elt.charCodeAt(0); - if (code === PLUS || code === PLUS_URL_SAFE) { return 62; } // '+' + if (code === PLUS || code === PLUS_URL_SAFE) return 62; // '+' - if (code === SLASH || code === SLASH_URL_SAFE) { return 63; } // '/' + if (code === SLASH || code === SLASH_URL_SAFE) return 63; // '/' - if (code < NUMBER) { return -1; } //no match + if (code < NUMBER) return -1; //no match - if (code < NUMBER + 10) { return code - NUMBER + 26 + 26; } - if (code < UPPER + 26) { return code - UPPER; } - if (code < LOWER + 26) { return code - LOWER + 26; } + if (code < NUMBER + 10) return code - NUMBER + 26 + 26; + if (code < UPPER + 26) return code - UPPER; + if (code < LOWER + 26) return code - LOWER + 26; }; jsPDF.API.TTFFont = function () { @@ -25156,14 +19460,18 @@ try { /***************************************************************/ - function TTFFont(rawData) { + function TTFFont(rawData, name, encoding) { var data; + this.rawData = rawData; data = this.contents = new Data(rawData); this.contents.pos = 4; if (data.readString(4) === 'ttcf') { - throw new Error("TTCF not supported."); + if (!name) { + throw new Error("Must specify a font name for TTC files."); + } + throw new Error("Font " + name + " not found in TTC file."); } else { data.pos = 0; this.parse(); @@ -25289,12 +19597,12 @@ try { }; TTFFont.prototype.widthOfString = function (string, size, charSpace) { - var charCode, i, scale, width, _ref; + var charCode, i, scale, width, _i, _ref, charSpace; string = '' + string; width = 0; - for (i = 0, _ref = string.length; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { + for (i = _i = 0, _ref = string.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { charCode = string.charCodeAt(i); width += this.widthOfGlyph(this.characterToGlyph(charCode)) + charSpace * (1000 / size) || 0; } @@ -25407,10 +19715,11 @@ try { }; Data.prototype.readString = function (length) { - var i, ret; + var i, ret, _i; + ret = []; - for (i = 0; 0 <= length ? i < length : i > length; i = 0 <= length ? ++i : --i) { + for (i = _i = 0; 0 <= length ? _i < length : _i > length; i = 0 <= length ? ++_i : --_i) { ret[i] = String.fromCharCode(this.readByte()); } @@ -25418,19 +19727,19 @@ try { }; Data.prototype.writeString = function (val) { - var i, _ref, _results; + var i, _i, _ref, _results; _results = []; - for (i = 0, _ref = val.length; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { + for (i = _i = 0, _ref = val.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { _results.push(this.writeByte(val.charCodeAt(i))); } return _results; }; - /*Data.prototype.stringAt = function (pos, length) { - this.pos = pos; - return this.readString(length); + /*Data.prototype.stringAt = function (pos, length) { + this.pos = pos; + return this.readString(length); };*/ @@ -25481,16 +19790,17 @@ try { Data.prototype.writeInt = function (val) { return this.writeInt32(val); }; - /*Data.prototype.slice = function (start, end) { - return this.data.slice(start, end); + /*Data.prototype.slice = function (start, end) { + return this.data.slice(start, end); };*/ Data.prototype.read = function (bytes) { - var buf, i; + var buf, i, _i; + buf = []; - for (i = 0; 0 <= bytes ? i < bytes : i > bytes; i = 0 <= bytes ? ++i : --i) { + for (i = _i = 0; 0 <= bytes ? _i < bytes : _i > bytes; i = 0 <= bytes ? ++_i : --_i) { buf.push(this.readByte()); } @@ -25498,12 +19808,12 @@ try { }; Data.prototype.write = function (bytes) { - var byte, i, _len, _results; + var byte, _i, _len, _results; _results = []; - for (i = 0, _len = bytes.length; i < _len; i++) { - byte = bytes[i]; + for (_i = 0, _len = bytes.length; _i < _len; _i++) { + byte = bytes[_i]; _results.push(this.writeByte(byte)); } @@ -25525,7 +19835,7 @@ try { /*****************************************************************************************************/ function Directory(data) { - var entry, i, _ref; + var entry, i, _i, _ref; this.scalarType = data.readInt(); this.tableCount = data.readShort(); @@ -25534,7 +19844,7 @@ try { this.rangeShift = data.readShort(); this.tables = {}; - for (i = 0, _ref = this.tableCount; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { + for (i = _i = 0, _ref = this.tableCount; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { entry = { tag: data.readString(4), checksum: data.readInt(), @@ -25608,7 +19918,7 @@ try { checksum = function checksum(data) { - var i, sum, tmp, _ref; + var i, sum, tmp, _i, _ref; data = __slice.call(data); @@ -25619,7 +19929,7 @@ try { tmp = new Data(data); sum = 0; - for (i = 0, _ref = data.length; i < _ref; i = i += 4) { + for (i = _i = 0, _ref = data.length; _i < _ref; i = _i += 4) { sum += tmp.readUInt32(); } @@ -25633,7 +19943,7 @@ try { __hasProp = {}.hasOwnProperty, __extends = function __extends(child, parent) { for (var key in parent) { - if (__hasProp.call(parent, key)) { child[key] = parent[key]; } + if (__hasProp.call(parent, key)) child[key] = parent[key]; } function ctor() { @@ -25653,7 +19963,6 @@ try { /***************************************************************/ - Table = function () { function Table(file) { var info; @@ -25749,7 +20058,7 @@ try { var CmapEntry = function () { function CmapEntry(data, offset) { - var code, count, endCode, glyphId, glyphIds, i, idDelta, idRangeOffset, index, saveOffset, segCount, segCountX2, start, startCode, tail, _j, _k, _len; + var code, count, endCode, glyphId, glyphIds, i, idDelta, idRangeOffset, index, saveOffset, segCount, segCountX2, start, startCode, tail, _i, _j, _k, _len; this.platformID = data.readUInt16(); this.encodingID = data.readShort(); @@ -25764,7 +20073,7 @@ try { switch (this.format) { case 0: - for (i = 0; i < 256; ++i) { + for (i = _i = 0; _i < 256; i = ++_i) { this.codeMap[i] = data.readByte(); } @@ -25865,7 +20174,7 @@ try { } CmapEntry.encode = function (charmap, encoding) { - var charMap, code, codeMap, codes, delta, deltas, diff, endCode, endCodes, entrySelector, glyphIDs, i, id, indexes, last, map, nextID, offset, old, rangeOffsets, rangeShift, searchRange, segCount, segCountX2, startCode, startCodes, startGlyph, subtable, _i, _j, _k, _l, _len, _len1, _len2, _len3, _len4, _len5, _len6, _len7, _m, _n, _name, _o, _p, _q; + var charMap, code, codeMap, codes, delta, deltas, diff, endCode, endCodes, entrySelector, glyphIDs, i, id, indexes, last, map, nextID, offset, old, rangeOffsets, rangeShift, result, searchRange, segCount, segCountX2, startCode, startCodes, startGlyph, subtable, _i, _j, _k, _l, _len, _len1, _len2, _len3, _len4, _len5, _len6, _len7, _m, _n, _name, _o, _p, _q; subtable = new Data(); codes = Object.keys(charmap).sort(function (a, b) { @@ -25877,9 +20186,11 @@ try { id = 0; indexes = function () { - var _results = []; + var _i, _results; - for (i = 0; i < 256; ++i) { + _results = []; + + for (i = _i = 0; _i < 256; i = ++_i) { _results.push(0); } @@ -25912,7 +20223,7 @@ try { subtable.writeUInt16(262); subtable.writeUInt16(0); subtable.write(indexes); - return { + return result = { charMap: codeMap, subtable: subtable.data, maxGlyphID: id + 1 @@ -26030,7 +20341,7 @@ try { subtable.writeUInt16(id); } - return { + return result = { charMap: charMap, subtable: subtable.data, maxGlyphID: nextID + 1 @@ -26051,14 +20362,15 @@ try { CmapTable.prototype.tag = 'cmap'; CmapTable.prototype.parse = function (data) { - var entry, i, tableCount; + var entry, i, tableCount, _i; + data.pos = this.offset; this.version = data.readUInt16(); tableCount = data.readUInt16(); this.tables = []; this.unicode = null; - for (i = 0; 0 <= tableCount ? i < tableCount : i > tableCount; i = 0 <= tableCount ? ++i : --i) { + for (i = _i = 0; 0 <= tableCount ? _i < tableCount : _i > tableCount; i = 0 <= tableCount ? ++_i : --_i) { entry = new CmapEntry(data, this.offset); this.tables.push(entry); @@ -26124,26 +20436,26 @@ try { this.metricDataFormat = data.readShort(); return this.numberOfMetrics = data.readUInt16(); }; - /*HheaTable.prototype.encode = function (ids) { - var i, table, _i, _ref; - table = new Data; - table.writeInt(this.version); - table.writeShort(this.ascender); - table.writeShort(this.decender); - table.writeShort(this.lineGap); - table.writeShort(this.advanceWidthMax); - table.writeShort(this.minLeftSideBearing); - table.writeShort(this.minRightSideBearing); - table.writeShort(this.xMaxExtent); - table.writeShort(this.caretSlopeRise); - table.writeShort(this.caretSlopeRun); - table.writeShort(this.caretOffset); - for (i = _i = 0, _ref = 4 * 2; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { - table.writeByte(0); - } - table.writeShort(this.metricDataFormat); - table.writeUInt16(ids.length); - return table.data; + /*HheaTable.prototype.encode = function (ids) { + var i, table, _i, _ref; + table = new Data; + table.writeInt(this.version); + table.writeShort(this.ascender); + table.writeShort(this.decender); + table.writeShort(this.lineGap); + table.writeShort(this.advanceWidthMax); + table.writeShort(this.minLeftSideBearing); + table.writeShort(this.minRightSideBearing); + table.writeShort(this.xMaxExtent); + table.writeShort(this.caretSlopeRise); + table.writeShort(this.caretSlopeRun); + table.writeShort(this.caretOffset); + for (i = _i = 0, _ref = 4 * 2; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + table.writeByte(0); + } + table.writeShort(this.metricDataFormat); + table.writeUInt16(ids.length); + return table.data; };*/ @@ -26160,6 +20472,7 @@ try { OS2Table.prototype.tag = 'OS/2'; OS2Table.prototype.parse = function (data) { + var i; data.pos = this.offset; this.version = data.readUInt16(); this.averageCharWidth = data.readShort(); @@ -26179,11 +20492,11 @@ try { this.familyClass = data.readShort(); this.panose = function () { - var i, _results; + var _i, _results; _results = []; - for (i = 0; i < 10; ++i) { + for (i = _i = 0; _i < 10; i = ++_i) { _results.push(data.readByte()); } @@ -26191,11 +20504,11 @@ try { }(); this.charRange = function () { - var i, _results; + var _i, _results; _results = []; - for (i = 0; i < 4; ++i) { + for (i = _i = 0; _i < 4; i = ++_i) { _results.push(data.readInt()); } @@ -26215,11 +20528,11 @@ try { this.winDescent = data.readShort(); this.codePageRange = function () { - var i, _results; + var _i, _results; _results = []; - for (i = 0; i < 2; i = ++i) { + for (i = _i = 0; _i < 2; i = ++_i) { _results.push(data.readInt()); } @@ -26235,8 +20548,8 @@ try { } } }; - /*OS2Table.prototype.encode = function () { - return this.raw(); + /*OS2Table.prototype.encode = function () { + return this.raw(); };*/ @@ -26254,7 +20567,7 @@ try { PostTable.prototype.tag = 'post'; PostTable.prototype.parse = function (data) { - var length, numberOfGlyphs, _results; + var i, length, numberOfGlyphs, _i, _results; data.pos = this.offset; this.format = data.readInt(); @@ -26274,9 +20587,8 @@ try { case 0x00020000: numberOfGlyphs = data.readUInt16(); this.glyphNameIndex = []; - var i; - for (i = 0; 0 <= numberOfGlyphs ? i < numberOfGlyphs : i > numberOfGlyphs; i = 0 <= numberOfGlyphs ? ++i : --i) { + for (i = _i = 0; 0 <= numberOfGlyphs ? _i < numberOfGlyphs : _i > numberOfGlyphs; i = 0 <= numberOfGlyphs ? ++_i : --_i) { this.glyphNameIndex.push(data.readUInt16()); } @@ -26290,6 +20602,7 @@ try { } return _results; + break; case 0x00025000: numberOfGlyphs = data.readUInt16(); @@ -26346,7 +20659,7 @@ try { NameTable.prototype.tag = 'name'; NameTable.prototype.parse = function (data) { - var count, entries, entry, format, i, name, stringOffset, strings, text, _j, _len, _name; + var count, entries, entry, format, i, name, stringOffset, strings, text, _i, _j, _len, _name; data.pos = this.offset; format = data.readShort(); @@ -26354,7 +20667,7 @@ try { stringOffset = data.readShort(); entries = []; - for (i = 0; 0 <= count ? i < count : i > count; i = 0 <= count ? ++i : --i) { + for (i = _i = 0; 0 <= count ? _i < count : _i > count; i = 0 <= count ? ++_i : --_i) { entries.push({ platformID: data.readShort(), encodingID: data.readShort(), @@ -26407,52 +20720,52 @@ try { this.compatibleFull = strings[18]; return this.sampleText = strings[19]; }; - /*NameTable.prototype.encode = function () { - var id, list, nameID, nameTable, postscriptName, strCount, strTable, string, strings, table, val, _i, _len, _ref; - strings = {}; - _ref = this.strings; - for (id in _ref) { - val = _ref[id]; - strings[id] = val; - } - postscriptName = new NameEntry("" + subsetTag + "+" + this.postscriptName, { - platformID: 1 - , encodingID: 0 - , languageID: 0 - }); - strings[6] = [postscriptName]; - subsetTag = successorOf(subsetTag); - strCount = 0; - for (id in strings) { - list = strings[id]; - if (list != null) { - strCount += list.length; - } - } - table = new Data; - strTable = new Data; - table.writeShort(0); - table.writeShort(strCount); - table.writeShort(6 + 12 * strCount); - for (nameID in strings) { - list = strings[nameID]; - if (list != null) { - for (_i = 0, _len = list.length; _i < _len; _i++) { - string = list[_i]; - table.writeShort(string.platformID); - table.writeShort(string.encodingID); - table.writeShort(string.languageID); - table.writeShort(nameID); - table.writeShort(string.length); - table.writeShort(strTable.pos); - strTable.writeString(string.raw); - } - } - } - return nameTable = { - postscriptName: postscriptName.raw - , table: table.data.concat(strTable.data) - }; + /*NameTable.prototype.encode = function () { + var id, list, nameID, nameTable, postscriptName, strCount, strTable, string, strings, table, val, _i, _len, _ref; + strings = {}; + _ref = this.strings; + for (id in _ref) { + val = _ref[id]; + strings[id] = val; + } + postscriptName = new NameEntry("" + subsetTag + "+" + this.postscriptName, { + platformID: 1 + , encodingID: 0 + , languageID: 0 + }); + strings[6] = [postscriptName]; + subsetTag = successorOf(subsetTag); + strCount = 0; + for (id in strings) { + list = strings[id]; + if (list != null) { + strCount += list.length; + } + } + table = new Data; + strTable = new Data; + table.writeShort(0); + table.writeShort(strCount); + table.writeShort(6 + 12 * strCount); + for (nameID in strings) { + list = strings[nameID]; + if (list != null) { + for (_i = 0, _len = list.length; _i < _len; _i++) { + string = list[_i]; + table.writeShort(string.platformID); + table.writeShort(string.encodingID); + table.writeShort(string.languageID); + table.writeShort(nameID); + table.writeShort(string.length); + table.writeShort(strTable.pos); + strTable.writeString(string.raw); + } + } + } + return nameTable = { + postscriptName: postscriptName.raw + , table: table.data.concat(strTable.data) + }; };*/ return NameTable; @@ -26485,25 +20798,25 @@ try { this.maxComponentElements = data.readUInt16(); return this.maxComponentDepth = data.readUInt16(); }; - /*MaxpTable.prototype.encode = function (ids) { - var table; - table = new Data; - table.writeInt(this.version); - table.writeUInt16(ids.length); - table.writeUInt16(this.maxPoints); - table.writeUInt16(this.maxContours); - table.writeUInt16(this.maxCompositePoints); - table.writeUInt16(this.maxComponentContours); - table.writeUInt16(this.maxZones); - table.writeUInt16(this.maxTwilightPoints); - table.writeUInt16(this.maxStorage); - table.writeUInt16(this.maxFunctionDefs); - table.writeUInt16(this.maxInstructionDefs); - table.writeUInt16(this.maxStackElements); - table.writeUInt16(this.maxSizeOfInstructions); - table.writeUInt16(this.maxComponentElements); - table.writeUInt16(this.maxComponentDepth); - return table.data; + /*MaxpTable.prototype.encode = function (ids) { + var table; + table = new Data; + table.writeInt(this.version); + table.writeUInt16(ids.length); + table.writeUInt16(this.maxPoints); + table.writeUInt16(this.maxContours); + table.writeUInt16(this.maxCompositePoints); + table.writeUInt16(this.maxComponentContours); + table.writeUInt16(this.maxZones); + table.writeUInt16(this.maxTwilightPoints); + table.writeUInt16(this.maxStorage); + table.writeUInt16(this.maxFunctionDefs); + table.writeUInt16(this.maxInstructionDefs); + table.writeUInt16(this.maxStackElements); + table.writeUInt16(this.maxSizeOfInstructions); + table.writeUInt16(this.maxComponentElements); + table.writeUInt16(this.maxComponentDepth); + return table.data; };*/ @@ -26520,12 +20833,12 @@ try { HmtxTable.prototype.tag = 'hmtx'; HmtxTable.prototype.parse = function (data) { - var i, last, lsbCount, m, _j, _ref, _results; + var i, last, lsbCount, m, _i, _j, _ref, _results; data.pos = this.offset; this.metrics = []; - for (i = 0, _ref = this.file.hhea.numberOfMetrics; 0 <= _ref ? i < _ref : i > _ref; i = 0 <= _ref ? ++i : --i) { + for (i = _i = 0, _ref = this.file.hhea.numberOfMetrics; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { this.metrics.push({ advance: data.readUInt16(), lsb: data.readInt16() @@ -26580,25 +20893,27 @@ try { HmtxTable.prototype.forGlyph = function (id) { + var metrics; + if (id in this.metrics) { return this.metrics[id]; } - return { + return metrics = { advance: this.metrics[this.metrics.length - 1].advance, lsb: this.leftSideBearings[id - this.metrics.length] }; }; - /*HmtxTable.prototype.encode = function (mapping) { - var id, metric, table, _i, _len; - table = new Data; - for (_i = 0, _len = mapping.length; _i < _len; _i++) { - id = mapping[_i]; - metric = this.forGlyph(id); - table.writeUInt16(metric.advance); - table.writeUInt16(metric.lsb); - } - return table.data; + /*HmtxTable.prototype.encode = function (mapping) { + var id, metric, table, _i, _len; + table = new Data; + for (_i = 0, _len = mapping.length; _i < _len; _i++) { + id = mapping[_i]; + metric = this.forGlyph(id); + table.writeUInt16(metric.advance); + table.writeUInt16(metric.lsb); + } + return table.data; };*/ @@ -26616,11 +20931,12 @@ try { GlyfTable.prototype.tag = 'glyf'; - GlyfTable.prototype.parse = function () { + GlyfTable.prototype.parse = function (data) { return this.cache = {}; }; GlyfTable.prototype.glyphFor = function (id) { + id = id; var data, index, length, loca, numberOfContours, raw, xMax, xMin, yMax, yMin; if (id in this.cache) { @@ -26764,13 +21080,14 @@ try { /****************************************************************************************************************/ - CompoundGlyph.prototype.encode = function () { - var i, result, _len, _ref; + CompoundGlyph.prototype.encode = function (mapping) { + var i, id, result, _i, _len, _ref; result = new Data(__slice.call(this.raw.data)); _ref = this.glyphIDs; - for (i = 0, _len = _ref.length; i < _len; ++i) { + for (i = _i = 0, _len = _ref.length; _i < _len; i = ++_i) { + id = _ref[i]; result.pos = this.glyphOffsets[i]; } @@ -26796,11 +21113,11 @@ try { if (format === 0) { return this.offsets = function () { - var _ref, _results; + var _i, _ref, _results; _results = []; - for (i = 0, _ref = this.length; i < _ref; i += 2) { + for (i = _i = 0, _ref = this.length; _i < _ref; i = _i += 2) { _results.push(data.readUInt16() * 2); } @@ -26808,11 +21125,11 @@ try { }.call(this); } else { return this.offsets = function () { - var _ref, _results; + var _i, _ref, _results; _results = []; - for (i = 0, _ref = this.length; i < _ref; i += 4) { + for (i = _i = 0, _ref = this.length; _i < _ref; i = _i += 4) { _results.push(data.readUInt32()); } @@ -26883,51 +21200,51 @@ try { return ret; }; - /*var successorOf = function (input) { - var added, alphabet, carry, i, index, isUpperCase, last, length, next, result; - alphabet = 'abcdefghijklmnopqrstuvwxyz'; - length = alphabet.length; - result = input; - i = input.length; - while (i >= 0) { - last = input.charAt(--i); - if (isNaN(last)) { - index = alphabet.indexOf(last.toLowerCase()); - if (index === -1) { - next = last; - carry = true; - } - else { - next = alphabet.charAt((index + 1) % length); - isUpperCase = last === last.toUpperCase(); - if (isUpperCase) { - next = next.toUpperCase(); - } - carry = index + 1 >= length; - if (carry && i === 0) { - added = isUpperCase ? 'A' : 'a'; - result = added + next + result.slice(1); - break; - } - } - } - else { - next = +last + 1; - carry = next > 9; - if (carry) { - next = 0; - } - if (carry && i === 0) { - result = '1' + next + result.slice(1); - break; - } - } - result = result.slice(0, i) + next + result.slice(i + 1); - if (!carry) { - break; - } - } - return result; + /*var successorOf = function (input) { + var added, alphabet, carry, i, index, isUpperCase, last, length, next, result; + alphabet = 'abcdefghijklmnopqrstuvwxyz'; + length = alphabet.length; + result = input; + i = input.length; + while (i >= 0) { + last = input.charAt(--i); + if (isNaN(last)) { + index = alphabet.indexOf(last.toLowerCase()); + if (index === -1) { + next = last; + carry = true; + } + else { + next = alphabet.charAt((index + 1) % length); + isUpperCase = last === last.toUpperCase(); + if (isUpperCase) { + next = next.toUpperCase(); + } + carry = index + 1 >= length; + if (carry && i === 0) { + added = isUpperCase ? 'A' : 'a'; + result = added + next + result.slice(1); + break; + } + } + } + else { + next = +last + 1; + carry = next > 9; + if (carry) { + next = 0; + } + if (carry && i === 0) { + result = '1' + next + result.slice(1); + break; + } + } + result = result.slice(0, i) + next + result.slice(i + 1); + if (!carry) { + break; + } + } + return result; };*/ @@ -26938,28 +21255,28 @@ try { this.unicodes = {}; this.next = 33; } - /*Subset.prototype.use = function (character) { - var i, _i, _ref; - if (typeof character === 'string') { - for (i = _i = 0, _ref = character.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { - this.use(character.charCodeAt(i)); - } - return; - } - if (!this.unicodes[character]) { - this.subset[this.next] = character; - return this.unicodes[character] = this.next++; - } + /*Subset.prototype.use = function (character) { + var i, _i, _ref; + if (typeof character === 'string') { + for (i = _i = 0, _ref = character.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + this.use(character.charCodeAt(i)); + } + return; + } + if (!this.unicodes[character]) { + this.subset[this.next] = character; + return this.unicodes[character] = this.next++; + } };*/ - /*Subset.prototype.encodeText = function (text) { - var char, i, string, _i, _ref; - string = ''; - for (i = _i = 0, _ref = text.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { - char = this.unicodes[text.charCodeAt(i)]; - string += String.fromCharCode(char); - } - return string; + /*Subset.prototype.encodeText = function (text) { + var char, i, string, _i, _ref; + string = ''; + for (i = _i = 0, _ref = text.length; 0 <= _ref ? _i < _ref : _i > _ref; i = 0 <= _ref ? ++_i : --_i) { + char = this.unicodes[text.charCodeAt(i)]; + string += String.fromCharCode(char); + } + return string; };*/ /***************************************************************/ @@ -26985,19 +21302,19 @@ try { return mapping; }; - /*Subset.prototype.glyphIDs = function () { - var ret, roman, unicode, unicodeCmap, val, _ref; - unicodeCmap = this.font.cmap.tables[0].codeMap; - ret = [0]; - _ref = this.subset; - for (roman in _ref) { - unicode = _ref[roman]; - val = unicodeCmap[unicode]; - if ((val != null) && __indexOf.call(ret, val) < 0) { - ret.push(val); - } - } - return ret.sort(); + /*Subset.prototype.glyphIDs = function () { + var ret, roman, unicode, unicodeCmap, val, _ref; + unicodeCmap = this.font.cmap.tables[0].codeMap; + ret = [0]; + _ref = this.subset; + for (roman in _ref) { + unicode = _ref[roman]; + val = unicodeCmap[unicode]; + if ((val != null) && __indexOf.call(ret, val) < 0) { + ret.push(val); + } + } + return ret.sort(); };*/ /******************************************************************/ @@ -27176,18 +21493,19 @@ try { }(); })(jsPDF); -/* global FlateStream */ // Generated by CoffeeScript 1.4.0 -/* -# PNG.js -# Copyright (c) 2011 Devon Govett -# MIT LICENSE -# -# +/* +# PNG.js +# Copyright (c) 2011 Devon Govett +# MIT LICENSE +# +# */ (function (global) { - global.PNG = function () { + var PNG; + + PNG = function () { var APNG_BLEND_OP_SOURCE, APNG_DISPOSE_OP_BACKGROUND, APNG_DISPOSE_OP_PREVIOUS, makeImage, scratchCanvas, scratchCtx; PNG.load = function (url, canvas, callback) { @@ -27311,9 +21629,9 @@ try { case 3: palLen = this.palette.length / 3; this.transparency.indexed = this.read(chunkSize); - if (this.transparency.indexed.length > palLen) { throw new Error('More transparent colors than palette size'); } - /* - * According to the PNG spec trns should be increased to the same size as palette if shorter + if (this.transparency.indexed.length > palLen) throw new Error('More transparent colors than palette size'); + /* + * According to the PNG spec trns should be increased to the same size as palette if shorter */ //palShort = 255 - this.transparency.indexed.length; @@ -27389,6 +21707,8 @@ try { throw new Error("Incomplete or corrupt PNG file"); } } + + return; } PNG.prototype.read = function (bytes) { @@ -27541,22 +21861,22 @@ try { } if (_this.interlaceMethod == 1) { - /* - 1 6 4 6 2 6 4 6 - 7 7 7 7 7 7 7 7 - 5 6 5 6 5 6 5 6 - 7 7 7 7 7 7 7 7 - 3 6 4 6 3 6 4 6 - 7 7 7 7 7 7 7 7 - 5 6 5 6 5 6 5 6 - 7 7 7 7 7 7 7 7 + /* + 1 6 4 6 2 6 4 6 + 7 7 7 7 7 7 7 7 + 5 6 5 6 5 6 5 6 + 7 7 7 7 7 7 7 7 + 3 6 4 6 3 6 4 6 + 7 7 7 7 7 7 7 7 + 5 6 5 6 5 6 5 6 + 7 7 7 7 7 7 7 7 */ pass(0, 0, 8, 8); // 1 - /* NOTE these seem to follow the pattern: - * pass(x, 0, 2*x, 2*x); - * pass(0, x, x, 2*x); - * with x being 4, 2, 1. + /* NOTE these seem to follow the pattern: + * pass(x, 0, 2*x, 2*x); + * pass(0, x, x, 2*x); + * with x being 4, 2, 1. */ pass(4, 0, 8, 8); // 2 @@ -27587,7 +21907,7 @@ try { length = palette.length; c = 0; - for (i = _i = 0, _ref = length; _i < _ref; i = _i += 3) { + for (i = _i = 0, _ref = palette.length; _i < _ref; i = _i += 3) { ret[pos++] = palette[i]; ret[pos++] = palette[i + 1]; ret[pos++] = palette[i + 2]; @@ -27644,36 +21964,22 @@ try { return ret; }; - var hasBrowserCanvas = function hasBrowserCanvas() { - if (Object.prototype.toString.call(global) === "[object Window]") { - try { - scratchCanvas = global.document.createElement('canvas'); - scratchCtx = scratchCanvas.getContext('2d'); - } catch (e) { - return false; - } - - return true; - } - - return false; - }; - - hasBrowserCanvas(); + try { + scratchCanvas = global.document.createElement('canvas'); + scratchCtx = scratchCanvas.getContext('2d'); + } catch (e) { + return -1; + } makeImage = function makeImage(imageData) { - if (hasBrowserCanvas() === true) { - var img; - scratchCtx.width = imageData.width; - scratchCtx.height = imageData.height; - scratchCtx.clearRect(0, 0, imageData.width, imageData.height); - scratchCtx.putImageData(imageData, 0, 0); - img = new Image(); - img.src = scratchCanvas.toDataURL(); - return img; - } - - throw new Error('This method requires a Browser with Canvas-capability.'); + var img; + scratchCtx.width = imageData.width; + scratchCtx.height = imageData.height; + scratchCtx.clearRect(0, 0, imageData.width, imageData.height); + scratchCtx.putImageData(imageData, 0, 0); + img = new Image(); + img.src = scratchCanvas.toDataURL(); + return img; }; PNG.prototype.decodeFrames = function (ctx) { @@ -27776,24 +22082,26 @@ try { return PNG; }(); + + global.PNG = PNG; })(typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')()); // `self` is undefined in Firefox for Android content script context // while `this` is nsIContentFrameMessageManager // with an attribute `content` that corresponds to the window -/* - * Extracted from pdf.js - * https://github.com/andreasgal/pdf.js - * - * Copyright (c) 2011 Mozilla Foundation - * - * Contributors: Andreas Gal - * Chris G Jones - * Shaon Barman - * Vivien Nicolas <21@vingtetun.org> - * Justin D'Arcangelo - * Yury Delendik - * - * +/* + * Extracted from pdf.js + * https://github.com/andreasgal/pdf.js + * + * Copyright (c) 2011 Mozilla Foundation + * + * Contributors: Andreas Gal + * Chris G Jones + * Shaon Barman + * Vivien Nicolas <21@vingtetun.org> + * Justin D'Arcangelo + * Yury Delendik + * + * */ var DecodeStream = function () { function constructor() { @@ -27807,7 +22115,7 @@ var DecodeStream = function () { ensureBuffer: function decodestream_ensureBuffer(requested) { var buffer = this.buffer; var current = buffer ? buffer.byteLength : 0; - if (requested < current) { return buffer; } + if (requested < current) return buffer; var size = 512; while (size < requested) { @@ -27826,7 +22134,7 @@ var DecodeStream = function () { var pos = this.pos; while (this.bufferLength <= pos) { - if (this.eof) { return null; } + if (this.eof) return null; this.readBlock(); } @@ -27844,7 +22152,7 @@ var DecodeStream = function () { } var bufEnd = this.bufferLength; - if (end > bufEnd) { end = bufEnd; } + if (end > bufEnd) end = bufEnd; } else { while (!this.eof) { this.readBlock(); @@ -27860,7 +22168,7 @@ var DecodeStream = function () { var pos = this.pos; while (this.bufferLength <= pos) { - if (this.eof) { return null; } + if (this.eof) return null; this.readBlock(); } @@ -27870,7 +22178,7 @@ var DecodeStream = function () { var pos = this.pos; while (this.bufferLength <= pos) { - if (this.eof) { return null; } + if (this.eof) return null; this.readBlock(); } @@ -27886,7 +22194,7 @@ var DecodeStream = function () { return new Stream(this.buffer, start, length, dict); }, skip: function decodestream_skip(n) { - if (!n) { n = 1; } + if (!n) n = 1; this.pos += n; }, reset: function decodestream_reset() { @@ -27896,9 +22204,7 @@ var DecodeStream = function () { return constructor; }(); -var globalObject = typeof self !== "undefined" && self || typeof window !== "undefined" && window || typeof global !== "undefined" && global || Function('return typeof this === "object" && this.content')() || Function('return this')(); - -var FlateStream = globalObject.FlateStream = function () { +var FlateStream = function () { if (typeof Uint32Array === 'undefined') { return undefined; } @@ -27918,10 +22224,10 @@ var FlateStream = globalObject.FlateStream = function () { var bytesPos = 0; var cmf = bytes[bytesPos++]; var flg = bytes[bytesPos++]; - if (cmf == -1 || flg == -1) { error('Invalid header in flate stream'); } - if ((cmf & 0x0f) != 0x08) { error('Unknown compression method in flate stream'); } - if (((cmf << 8) + flg) % 31 != 0) { error('Bad FCHECK in flate stream'); } - if (flg & 0x20) { error('FDICT bit set in flate stream'); } + if (cmf == -1 || flg == -1) error('Invalid header in flate stream'); + if ((cmf & 0x0f) != 0x08) error('Unknown compression method in flate stream'); + if (((cmf << 8) + flg) % 31 != 0) error('Bad FCHECK in flate stream'); + if (flg & 0x20) error('FDICT bit set in flate stream'); this.bytes = bytes; this.bytesPos = bytesPos; this.codeSize = 0; @@ -27939,7 +22245,7 @@ var FlateStream = globalObject.FlateStream = function () { var b; while (codeSize < bits) { - if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad encoding in flate stream'); } + if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad encoding in flate stream'); codeBuf |= b << codeSize; codeSize += 8; } @@ -27961,7 +22267,7 @@ var FlateStream = globalObject.FlateStream = function () { while (codeSize < maxLen) { var b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad encoding in flate stream'); } + if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad encoding in flate stream'); codeBuf |= b << codeSize; codeSize += 8; } @@ -27969,7 +22275,7 @@ var FlateStream = globalObject.FlateStream = function () { var code = codes[codeBuf & (1 << maxLen) - 1]; var codeLen = code >> 16; var codeVal = code & 0xffff; - if (codeSize == 0 || codeSize < codeLen || codeLen == 0) { error('Bad encoding in flate stream'); } + if (codeSize == 0 || codeSize < codeLen || codeLen == 0) error('Bad encoding in flate stream'); this.codeBuf = codeBuf >> codeLen; this.codeSize = codeSize - codeLen; this.bytesPos = bytesPos; @@ -27982,7 +22288,7 @@ var FlateStream = globalObject.FlateStream = function () { var maxLen = 0; for (var i = 0; i < n; ++i) { - if (lengths[i] > maxLen) { maxLen = lengths[i]; } + if (lengths[i] > maxLen) maxLen = lengths[i]; } // build the table @@ -28025,7 +22331,7 @@ var FlateStream = globalObject.FlateStream = function () { var hdr = this.getBits(3); - if (hdr & 1) { this.eof = true; } + if (hdr & 1) this.eof = true; hdr >>= 1; if (hdr == 0) { @@ -28033,15 +22339,15 @@ var FlateStream = globalObject.FlateStream = function () { var bytes = this.bytes; var bytesPos = this.bytesPos; var b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } + if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); var blockLen = b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } + if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); blockLen |= b << 8; - if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } + if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); var check = b; - if (typeof (b = bytes[bytesPos++]) == 'undefined') { error('Bad block header in flate stream'); } + if (typeof (b = bytes[bytesPos++]) == 'undefined') error('Bad block header in flate stream'); check |= b << 8; - if (check != (~blockLen & 0xffff)) { error('Bad uncompressed block length in flate stream'); } + if (check != (~blockLen & 0xffff)) error('Bad uncompressed block length in flate stream'); this.codeBuf = 0; this.codeSize = 0; var bufferLength = this.bufferLength; @@ -28134,12 +22440,12 @@ var FlateStream = globalObject.FlateStream = function () { code1 -= 257; code1 = lengthDecode[code1]; var code2 = code1 >> 16; - if (code2 > 0) { code2 = this.getBits(code2); } + if (code2 > 0) code2 = this.getBits(code2); var len = (code1 & 0xffff) + code2; code1 = this.getCode(distCodeTable); code1 = distDecode[code1]; code2 = code1 >> 16; - if (code2 > 0) { code2 = this.getBits(code2); } + if (code2 > 0) code2 = this.getBits(code2); var dist = (code1 & 0xffff) + code2; if (pos + len >= limit) { @@ -28155,6 +22461,11 @@ var FlateStream = globalObject.FlateStream = function () { return constructor; }(); +/*rollup-keeper-start*/ + + +window.tmp = FlateStream; +/*rollup-keeper-end*/ try { module.exports = jsPDF; diff --git a/docs/-_anonymous_-jsPDF-API.GState.html b/docs/-_anonymous_-jsPDF-API.GState.html new file mode 100644 index 000000000..a17567147 --- /dev/null +++ b/docs/-_anonymous_-jsPDF-API.GState.html @@ -0,0 +1,233 @@ + + + + + + GState - Documentation + + + + + + + + + + + + + + + + + + +
    + +

    GState

    + + + + + + + +
    + +
    + +

    + GState +

    + + +
    + +
    + +
    + + + + + +

    new GState(parameters)

    + + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + +
    +

    An object representing a pdf graphics state.

    +
    + + + + + + + + + + + +
    Parameters:
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    NameTypeDescription
    parameters + +

    A parameter object that contains all properties this graphics state wants to set. +Supported are: opacity, stroke-opacity

    + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + + + + + + + + +
    + +
    + + + + + + +
    + +
    + +
    + Documentation generated by JSDoc 3.5.5 on Tue Apr 02 2019 00:25:07 GMT+0200 (GMT+02:00) using the docdash theme. +
    + + + + + + + \ No newline at end of file diff --git a/docs/Matrix.html b/docs/Matrix.html new file mode 100644 index 000000000..cc7edcd34 --- /dev/null +++ b/docs/Matrix.html @@ -0,0 +1,1763 @@ + + + + + + Matrix - Documentation + + + + + + + + + + + + + + + + + + +
    + +

    Matrix

    + + + + + + + +
    + +
    + +

    + Matrix +

    + + +
    + +
    + +
    + + + + + +

    new Matrix(a, b, c, d, e, f)

    + + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + +
    +

    A matrix object for 2D homogenous transformations:
    +| a b 0 |
    +| c d 0 |
    +| e f 1 |
    +pdf multiplies matrices righthand: v' = v x m1 x m2 x ...

    +
    + + + + + + + + + + + +
    Parameters:
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    NameTypeDescription
    a + + +number + + + +
    b + + +number + + + +
    c + + +number + + + +
    d + + +number + + + +
    e + + +number + + + +
    f + + +number + + + +
    + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + + +

    Members

    + + + +

    isIdentity

    + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + +

    rotation

    + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + +

    scaleX

    + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + +

    scaleY

    + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + +

    shx

    + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + +

    shy

    + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + +

    sx

    + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + +

    sy

    + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + +

    tx

    + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + +

    ty

    + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + + + +

    Methods

    + + + + + + +

    applyToPoint()

    + + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    applyToRectangle()

    + + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    clone()

    + + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + +
    +

    Clone the Matrix

    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    decompose()

    + + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    inversed()

    + + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    join(separator) → {string}

    + + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + +
    +

    Multiply the matrix with given Matrix

    +
    + + + + + + + + + + + +
    Parameters:
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    NameTypeDescription
    separator + + +string + + + +

    Specifies a string to separate each pair of adjacent elements of the array. The separator is converted to a string if necessary. If omitted, the array elements are separated with a comma (","). If separator is an empty string, all elements are joined without any characters in between them.

    + + + + + + + + + + + + + + + + +
    Returns:
    + + +
    +

    A string with all array elements joined.

    +
    + + + +
    +
    + Type +
    +
    + +string + + +
    +
    + + + + + + + + + + +

    multiply(matrix) → {Matrix}

    + + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + +
    +

    Multiply the matrix with given Matrix

    +
    + + + + + + + + + + + +
    Parameters:
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    NameTypeDescription
    matrix + +
    + + + + + + + + + + + + + + + + +
    Returns:
    + + + + +
    +
    + Type +
    +
    + +Matrix + + +
    +
    + + + + + + + + + + +

    toString()

    + + + + + + +
    + + +
    Source:
    +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
    + +
    + + + + + + +
    + +
    + +
    + Documentation generated by JSDoc 3.5.5 on Tue Apr 02 2019 00:25:07 GMT+0200 (GMT+02:00) using the docdash theme. +
    + + + + + + + \ No newline at end of file diff --git a/docs/deprecated_addhtml.js.html b/docs/deprecated_addhtml.js.html index dff862252..8d2681237 100644 --- a/docs/deprecated_addhtml.js.html +++ b/docs/deprecated_addhtml.js.html @@ -24,9 +24,9 @@ -