/
_build.js
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/
_build.js
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/**
* iOS build command.
*
* @module cli/_build
*
* @copyright
* Copyright (c) 2009-2014 by Appcelerator, Inc. All Rights Reserved.
*
* @license
* Licensed under the terms of the Apache Public License
* Please see the LICENSE included with this distribution for details.
*/
var appc = require('node-appc'),
async = require('async'),
Builder = require('titanium-sdk/lib/builder'),
cleanCSS = require('clean-css'),
ejs = require('ejs'),
fields = require('fields'),
fs = require('fs'),
humanize = require('humanize'),
ioslib = require('ioslib'),
iosPackageJson = appc.pkginfo.package(module),
jsanalyze = require('titanium-sdk/lib/jsanalyze'),
moment = require('moment'),
path = require('path'),
spawn = require('child_process').spawn,
ti = require('titanium-sdk'),
util = require('util'),
uuid = require('node-uuid'),
wrench = require('wrench'),
__ = appc.i18n(__dirname).__,
parallel = appc.async.parallel,
series = appc.async.series,
version = appc.version;
function iOSBuilder() {
Builder.apply(this, arguments);
this.minSupportedIosSdk = parseInt(version.parseMin(this.packageJson.vendorDependencies['ios sdk']));
this.maxSupportedIosSdk = parseInt(version.parseMax(this.packageJson.vendorDependencies['ios sdk']));
this.deployTypes = {
'simulator': 'development',
'device': 'test',
'dist-appstore': 'production',
'dist-adhoc': 'production'
};
this.targets = ['simulator', 'device', 'dist-appstore', 'dist-adhoc'];
this.deviceFamilies = {
iphone: '1',
ipad: '2',
universal: '1,2'
};
// populated the first time getDeviceFamily() is called
this.deviceFamily = null;
this.deviceFamilyNames = {
iphone: ['ios', 'iphone'],
ipad: ['ios', 'ipad'],
universal: ['ios', 'iphone', 'ipad']
};
this.xcodeTargetSuffixes = {
iphone: '',
ipad: '-iPad',
universal: '-universal'
};
this.simTypes = {
iphone: 'iPhone',
ipad: 'iPad'
};
this.blacklistDirectories = [
'contents',
'resources'
];
this.graylistDirectories = [
'frameworks',
'plugins'
];
this.ipadSplashImages = [
'Default-Landscape.png',
'Default-Landscape@2x.png',
'Default-Portrait.png',
'Default-Portrait@2x.png',
'Default-LandscapeLeft.png',
'Default-LandscapeLeft@2x.png',
'Default-LandscapeRight.png',
'Default-LandscapeRight@2x.png',
'Default-PortraitUpsideDown.png',
'Default-PortraitUpsideDown@2x.png'
];
this.tiSymbols = {};
this.useJSCore=false;
// populated when config() is called after iOS info has been detected
this.defaultIosVersion = null;
// populated the first time getDeviceInfo() is called
this.deviceInfoCache = null;
}
util.inherits(iOSBuilder, Builder);
iOSBuilder.prototype.assertIssue = function assertIssue(issues, name) {
var i = 0,
len = issues.length;
for (; i < len; i++) {
if ((typeof name === 'string' && issues[i].id === name) || (typeof name === 'object' && name.test(issues[i].id))) {
this.logger.banner();
appc.string.wrap(issues[i].message, this.config.get('cli.width', 100)).split('\n').forEach(function (line, i, arr) {
this.logger.error(line.replace(/(__(.+?)__)/g, '$2'.bold));
if (!i && arr.length > 1) this.logger.log();
}, this);
this.logger.log();
process.exit(1);
}
}
};
iOSBuilder.prototype.getDeviceInfo = function getDeviceInfo() {
if (this.deviceInfoCache) {
return this.deviceInfoCache;
}
var argv = this.cli.argv,
deviceInfo = {
devices: [],
udids: {},
maxName: 0,
preferred: null
};
if (argv.target === 'device') {
// build the list of devices
this.iosInfo.devices.forEach(function (device) {
device.name.length > deviceInfo.maxName && (deviceInfo.maxName = device.name.length);
deviceInfo.devices.push({
udid: device.udid,
name: device.name,
deviceClass: device.deviceClass,
productVersion: device.productVersion
});
deviceInfo.udids[device.udid] = device;
});
if (this.config.get('ios.autoSelectDevice', true) && !argv['device-id']) {
deviceInfo.preferred = deviceInfo.devices[0];
}
} else if (argv.target === 'simulator') {
deviceInfo.devices = {};
// check if they specified the legacy settings: --sim-version, --sim-type, --retina, --tall, --sim-64bit
if (this.config.get('ios.autoSelectDevice', true) && (argv['sim-version'] || argv['sim-type'] || argv.retina || argv.tall || argv['sim-64bit'])) {
// try to find the closest matching simulator
var version = argv['sim-version'] || argv['ios-version'] || this.defaultIosVersion,
sims = this.iosInfo.simulators,
candidates = {};
// find all candidate simulators
Object.keys(sims).forEach(function (ver) {
if (!argv['sim-version'] || ver === argv['sim-version']) {
sims[ver].forEach(function (sim) {
if ((!argv['sim-type'] || sim.type === argv['sim-type']) && (!argv.retina || sim.retina) && (!argv.tall || sim.tall) && (!argv['sim-64bit'] || sim['64bit'])) {
candidates[ver] || (candidates[ver] = []);
candidates[ver].push(sim);
}
});
}
});
// sort the candidates by iOS version, but put the preferred iOS version first
// then find the preferred simulator, if any
var simVers = Object.keys(candidates).sort(function (a, b) { return a === version ? -1 : 1; }),
first, firstRetina;
for (var i = 0, l = simVers.length; i < l; i++) {
var simVer = simVers[i];
for (var j = 0, k = candidates[simVer].length; j < k; j++) {
if (!first) {
first = candidates[simVer][j];
}
if (!firstRetina && candidates[simVer][j].retina) {
firstRetina = candidates[simVer][j];
}
if (candidates[simVer][j].tall) {
deviceInfo.preferred = candidates[simVer][j];
i = l;
break;
}
}
}
if (!deviceInfo.preferred) {
deviceInfo.preferred = firstRetina || first;
}
}
// build the list of simulators
Object.keys(this.iosInfo.simulators).sort().reverse().forEach(function (ver) {
deviceInfo.devices[ver] || (deviceInfo.devices[ver] = []);
this.iosInfo.simulators[ver].forEach(function (sim) {
sim.name.length > deviceInfo.maxName && (deviceInfo.maxName = sim.name.length);
deviceInfo.devices[ver].push({
udid: sim.udid,
name: sim.name,
deviceClass: sim.type,
productVersion: ver,
retina: sim.retina,
tall: sim.tall,
'64bit': sim['64bit']
});
deviceInfo.udids[sim.udid] = sim;
});
}, this);
}
return this.deviceInfoCache = deviceInfo;
};
iOSBuilder.prototype.getDeviceFamily = function getDeviceFamily() {
if (this.deviceFamily) {
return deviceFamily;
}
var deviceFamily = this.cli.argv['device-family'],
deploymentTargets = this.cli.tiapp && this.cli.tiapp['deployment-targets'];
if (!deviceFamily && process.env.TARGETED_DEVICE_FAMILY) {
// device family was not specified at the command line, but we did get it via an environment variable!
deviceFamily = process.env.TARGETED_DEVICE_FAMILY === '1' ? 'iphone' : process.env.TARGETED_DEVICE_FAMILY === '2' ? 'ipad' : 'universal';
}
if (!deviceFamily && deploymentTargets) {
// device family was not an environment variable, construct via the tiapp.xml's deployment targets
if (deploymentTargets.iphone && deploymentTargets.ipad) {
deviceFamily = this.cli.argv.$originalPlatform === 'ipad' ? 'ipad' : 'universal';
} else if (deploymentTargets.iphone) {
deviceFamily = 'iphone';
} else if (deploymentTargets.ipad) {
deviceFamily = 'ipad';
}
}
return this.deviceFamily = deviceFamily;
};
/**
* Returns iOS build-specific configuration options.
* @param {Object} logger - The logger instance
* @param {Object} config - The CLI config
* @param {Object} cli - The CLI instance
* @returns {Function|undefined} A function that returns the config info or undefined
*/
iOSBuilder.prototype.config = function config(logger, config, cli) {
Builder.prototype.config.apply(this, arguments);
var _t = this;
this.ignoreDirs = new RegExp(config.get('cli.ignoreDirs'));
this.ignoreFiles = new RegExp(config.get('cli.ignoreFiles'));
// we hook into the pre-validate event so that we can stop the build before
// prompting if we know the build is going to fail.
cli.on('cli:pre-validate', function (obj, callback) {
if (cli.argv.platform && !/^(ios|iphone|ipad)$/i.test(cli.argv.platform)) {
return callback();
}
// check that the iOS environment is found and sane
this.assertIssue(this.iosInfo.issues, 'IOS_XCODE_NOT_INSTALLED');
this.assertIssue(this.iosInfo.issues, 'IOS_NO_SUPPORTED_XCODE_FOUND');
this.assertIssue(this.iosInfo.issues, 'IOS_NO_IOS_SDKS');
this.assertIssue(this.iosInfo.issues, 'IOS_NO_IOS_SIMS');
callback();
}.bind(this));
return function (done) {
ioslib.detect({
// env
xcodeSelect: config.get('osx.executables.xcodeSelect'),
security: config.get('osx.executables.security'),
// provisioning
profileDir: config.get('ios.profileDir'),
// xcode
searchPath: config.get('paths.xcode'),
minIosVersion: iosPackageJson.minIosVersion,
supportedVersions: iosPackageJson.vendorDependencies.xcode
}, function (err, iosInfo) {
this.iosInfo = iosInfo;
// add itunes sync
iosInfo.devices.push({
udid: 'itunes',
name: 'iTunes Sync'
});
// we have more than 1 device plus itunes, so we should show 'all'
if (iosInfo.devices.length > 2) {
iosInfo.devices.push({
udid: 'all',
name: 'All Devices'
});
}
// get the all installed iOS SDKs and Simulators across all Xcode versions
var allSdkVersions = {},
sdkVersions = {},
simVersions = {};
Object.keys(iosInfo.xcode).forEach(function (ver) {
if (iosInfo.xcode[ver].supported) {
iosInfo.xcode[ver].sdks.forEach(function (sdk) {
allSdkVersions[sdk] = 1;
if (version.gte(sdk, this.minSupportedIosSdk)) {
sdkVersions[sdk] = 1;
}
}, this);
iosInfo.xcode[ver].sims.forEach(function (sim) {
simVersions[sim] = 1;
});
}
}, this);
allSdkVersions = this.iosAllSdkVersions = version.sort(Object.keys(allSdkVersions));
sdkVersions = this.iosSdkVersions = version.sort(Object.keys(sdkVersions));
simVersions = this.iosSimVersions = version.sort(Object.keys(simVersions));
// if we're running from Xcode, determine the default --ios-version
var defaultIosVersion = null;
if (iosInfo.selectedXcode && iosInfo.selectedXcode.supported) {
defaultIosVersion = iosInfo.selectedXcode.sdks.sort().reverse()[0];
}
// if we didn't have a selected xcode, then just take the latest sdk from the latest xcode
if (!defaultIosVersion) {
Object.keys(iosInfo.xcode).filter(function (ver) {
return iosInfo.xcode[ver].supported;
}).sort().reverse().forEach(function (ver) {
if (!defaultIosVersion && iosInfo.xcode[ver].sdks.length) {
defaultIosVersion = iosInfo.xcode[ver].sdks[0];
}
});
}
this.defaultIosVersion = defaultIosVersion;
var sdkRoot = process.env.SDKROOT || process.env.SDK_DIR;
if (sdkRoot) {
var m = sdkRoot.match(/\/iphone(?:os|simulator)(\d.\d).sdk/i);
if (m) {
defaultIosVersion = m[1];
var file = path.join(sdkRoot, 'System', 'Library', 'CoreServices', 'SystemVersion.plist');
if (fs.existsSync(file)) {
var p = new appc.plist(file);
if (p.ProductVersion) {
defaultIosVersion = this.defaultIosVersion = p.ProductVersion;
}
}
}
}
// create the lookup maps for validating developer/distribution certs from the cli args
var developerCertLookup = {},
distributionCertLookup = {};
Object.keys(iosInfo.certs.keychains).forEach(function (keychain) {
(iosInfo.certs.keychains[keychain].developer || []).forEach(function (d) {
if (!d.invalid) {
developerCertLookup[d.name.toLowerCase()] = d.name;
}
});
(iosInfo.certs.keychains[keychain].distribution || []).forEach(function (d) {
if (!d.invalid) {
distributionCertLookup[d.name.toLowerCase()] = d.name;
}
});
});
var provisioningProfileLookup = {};
cli.createHook('build.ios.config', function (callback) {
callback(null, {
flags: {
'force-copy': {
desc: __('forces files to be copied instead of symlinked for %s builds only', 'simulator'.cyan)
},
'force-copy-all': {
desc: __('identical to the %s flag, except this will also copy the %s libTiCore.a file', '--force-copy',
humanize.filesize(fs.statSync(path.join(_t.platformPath, 'libTiCore.a')).size, 1024, 1).toUpperCase().cyan)
},
'retina': {
desc: __('use the retina version of the iOS Simulator')
},
'sim-64bit': {
desc: __('use the 64-bit version of the iOS Simulator')
},
'sim-focus': {
default: true,
desc: __('focus the iOS Simulator')
},
'tall': {
desc: __('in combination with %s flag, start the tall version of the retina device', '--retina'.cyan)
},
'xcode': {
// secret flag to perform Xcode pre-compile build step
hidden: true
}
},
options: {
'build-type': {
hidden: true
},
'debug-host': {
hidden: true
},
'deploy-type': {
abbr: 'D',
desc: __('the type of deployment; only used when target is %s or %s', 'simulator'.cyan, 'device'.cyan),
hint: __('type'),
order: 100,
values: ['test', 'development']
},
'device-id': {
abbr: 'C',
desc: __('the udid of the iOS simulator or iOS device to install the application to; for %s builds %s',
'device'.cyan, ('[' + 'itunes'.bold + ', <udid>, all]').grey),
hint: __('udid'),
order: 210,
helpNoPrompt: function (logger, msg) {
// if prompting is disabled and there's a problem, then help will use this function to display details
logger.error(msg);
var info = _t.getDeviceInfo();
if (info.devices) {
if (cli.argv.target === 'device') {
logger.log('\n' + __('Available iOS Devices:'));
info.devices.forEach(function (sim) {
logger.log(' ' + (info.devices.length > 1 ? appc.string.rpad(sim.udid, 40) : sim.udid).cyan + ' ' + sim.name);
});
logger.log();
} else {
logger.log('\n' + __('Available iOS Simulators:'));
Object.keys(info.devices).forEach(function (ver) {
logger.log(String(ver).grey);
info.devices[ver].forEach(function (sim) {
logger.log(' ' + sim.udid.cyan + ' ' + sim.name);
});
logger.log();
});
}
}
},
prompt: function (callback) {
var info = _t.getDeviceInfo();
if (info.preferred) {
cli.argv['device-id'] = info.preferred.udid;
return callback();
}
var options = {};
// build a filtered list of simulators based on any legacy options/flags
if (Array.isArray(info.devices)) {
options = info.devices;
} else {
Object.keys(info.devices).forEach(function (sdk) {
if (!cli.argv['sim-version'] || sdk === cli.argv['sim-version']) {
info.devices[sdk].forEach(function (sim) {
if ((!cli.argv['sim-type'] || sim.deviceClass === cli.argv['sim-type']) && (!cli.argv.retina || sim.retina) && (!cli.argv.tall || sim.tall) && (!cli.argv['sim-64bit'] || sim['64bit'])) {
options[sdk] || (options[sdk] = []);
options[sdk].push(sim);
}
});
}
});
}
var params = {
formatters: {},
default: '1', // just default to the first one, whatever that will be
autoSelectOne: true,
margin: '',
optionLabel: 'name',
optionValue: 'udid',
numbered: true,
relistOnError: true,
complete: true,
suggest: true,
options: options
};
if (cli.argv.target === 'device') {
// device specific settings
params.title = __('Which device do you want to install your app on?');
params.promptLabel = __('Select an device by number or name');
params.formatters.option = function (opt, idx, num) {
return ' ' + num + appc.string.rpad(opt.name, info.maxName).cyan + (opt.deviceClass
? ' ' + opt.deviceClass + ' (' + opt.productVersion + ')'
: '');
};
} else if (cli.argv.target === 'simulator') {
// simulator specific settings
params.title = __('Which simulator do you want to launch your app in?');
params.promptLabel = __('Select an simulator by number or name');
params.formatters.option = function (opt, idx, num) {
return ' ' + num + opt.name.cyan;
};
}
callback(fields.select(params));
},
required: true,
validate: function (udid, callback) {
// this function is called if they specify a --device-id and we need to check that it is valid
if (typeof udid === 'boolean') {
return callback(true);
}
if (cli.argv.target === 'device' && udid === 'all') {
// we let 'all' slide by
return callback(null, udid);
}
var info = _t.getDeviceInfo();
if (info.udids[udid]) {
callback(null, udid)
} else {
callback(new Error(cli.argv.target === 'device' ? __('Invalid iOS device "%s"', udid) : __('Invalid iOS simulator "%s"', udid)));
}
},
verifyIfRequired: function (callback) {
// this function is called by the CLI when the option is not specified and is required (i.e. missing).
// the CLI will then double check that this option is still required by calling this function
if (cli.argv['build-only']) {
// not required if we're build only
return callback();
} else if (cli.argv['device-id'] === undefined && config.get('ios.autoSelectDevice', true)) {
// --device-id not specified and we're not prompting, so pick a device
if (cli.argv.target === 'device') {
cli.argv['device-id'] = iosInfo.devices.length ? iosInfo.devices[0].udid : 'itunes';
return callback();
}
if (cli.argv.target !== 'simulator') {
return callback(true);
}
var info = _t.getDeviceInfo();
if (info.preferred) {
// we have a preferred sim based on the legacy cli args and environment
cli.argv['device-id'] = info.preferred.udid;
return callback();
}
var simVer = cli.argv['sim-version'] || cli.argv['ios-version'],
simVers = Object.keys(info.devices).filter(function (ver) {
return !simVer || ver === simVer;
}),
deviceFamily = _t.getDeviceFamily(),
first, firstRetina;
// try to find us a tall simulator like an iPhone 4 inch
for (var i = 0, l = simVers.length; i < l; i++) {
var ver = simVers[i];
for (var j = 0, k = info.devices[ver].length; j < k; j++) {
var sim = info.devices[ver][j];
if (deviceFamily === 'ipad' && sim.deviceClass !== deviceFamily) {
continue;
}
if (!first) {
// just in case we don't find a tall or retina sim, then we'll just use this sim
first = sim.udid;
}
if (!firstRetina && sim.retina) {
// just in case we don't find a tall sim, then we'll just use this retina sim
firstRetina = sim.udid;
}
if (sim.type === 'iphone' && sim.tall) {
// this is the one we really are hoping to find
cli.argv['device-id'] = sim.udid;
return callback();
}
}
}
cli.argv['device-id'] = firstRetina || first;
return callback();
}
// yup, still required
callback(true);
}
},
'developer-name': {
abbr: 'V',
default: process.env.CODE_SIGN_IDENTITY && process.env.CODE_SIGN_IDENTITY.replace(/^iPhone Developer(?:\: )?/, '') || config.get('ios.developerName'),
desc: __('the iOS Developer Certificate to use; required when target is %s', 'device'.cyan),
hint: 'name',
order: 170,
prompt: function (callback) {
var developerCerts = {},
maxDevCertLen = 0;
Object.keys(iosInfo.certs.keychains).forEach(function (keychain) {
(iosInfo.certs.keychains[keychain].developer || []).forEach(function (d) {
if (!d.invalid) {
Array.isArray(developerCerts[keychain]) || (developerCerts[keychain] = []);
developerCerts[keychain].push(d);
maxDevCertLen = Math.max(d.name.length, maxDevCertLen);
}
});
});
// sort the certs
Object.keys(developerCerts).forEach(function (keychain) {
developerCerts[keychain] = developerCerts[keychain].sort(function (a, b) {
return a.name === b.name ? 0 : a.name < b.name ? -1 : 1;
});
});
callback(fields.select({
title: __("Which developer certificate would you like to use?"),
promptLabel: __('Select a certificate by number or name'),
formatters: {
option: function (opt, idx, num) {
var expires = moment(opt.after),
day = expires.format('D'),
hour = expires.format('h');
return ' ' + num + appc.string.rpad(opt.name, maxDevCertLen + 1).cyan
+ (opt.after ? (' (' + __('expires %s', expires.format('MMM') + ' '
+ (day.length === 1 ? ' ' : '') + day + ', ' + expires.format('YYYY') + ' '
+ (hour.length === 1 ? ' ' : '') + hour + ':' + expires.format('mm:ss a'))
+ ')').grey : '');
}
},
margin: '',
optionLabel: 'name',
optionValue: 'name',
numbered: true,
relistOnError: true,
complete: true,
suggest: false,
options: developerCerts
}));
},
validate: function (value, callback) {
if (typeof value === 'boolean') {
return callback(true);
}
if (cli.argv.target !== 'device') {
return callback(null, value);
}
if (value) {
var v = developerCertLookup[value.toLowerCase()];
if (v) {
return callback(null, v);
}
}
callback(new Error(__('Invalid developer certificate "%s"', value)));
}
},
'distribution-name': {
abbr: 'R',
default: process.env.CODE_SIGN_IDENTITY && process.env.CODE_SIGN_IDENTITY.replace(/^iPhone Distribution(?:\: )?/, '') || config.get('ios.distributionName'),
desc: __('the iOS Distribution Certificate to use; required when target is %s or %s', 'dist-appstore'.cyan, 'dist-adhoc'.cyan),
hint: 'name',
order: 180,
prompt: function (callback) {
var distributionCerts = {},
maxDistCertLen = 0;
Object.keys(iosInfo.certs.keychains).forEach(function (keychain) {
(iosInfo.certs.keychains[keychain].distribution || []).forEach(function (d) {
if (!d.invalid) {
Array.isArray(distributionCerts[keychain]) || (distributionCerts[keychain] = []);
distributionCerts[keychain].push(d);
maxDistCertLen = Math.max(d.name.length, maxDistCertLen);
}
});
});
// sort the certs
Object.keys(distributionCerts).forEach(function (keychain) {
distributionCerts[keychain] = distributionCerts[keychain].sort(function (a, b) {
return a.name === b.name ? 0 : a.name < b.name ? -1 : 1;
});
});
callback(fields.select({
title: __("Which distribution certificate would you like to use?"),
promptLabel: __('Select a certificate by number or name'),
formatters: {
option: function (opt, idx, num) {
var expires = moment(opt.after),
day = expires.format('D'),
hour = expires.format('h');
return ' ' + num + appc.string.rpad(opt.name, maxDistCertLen + 1).cyan
+ (opt.after ? (' (' + __('expires %s', expires.format('MMM') + ' '
+ (day.length === 1 ? ' ' : '') + day + ', ' + expires.format('YYYY') + ' '
+ (hour.length === 1 ? ' ' : '') + hour + ':' + expires.format('mm:ss a'))
+ ')').grey : '');
}
},
margin: '',
optionLabel: 'name',
optionValue: 'name',
numbered: true,
relistOnError: true,
complete: true,
suggest: false,
options: distributionCerts
}));
},
validate: function (value, callback) {
if (typeof value === 'boolean') {
return callback(true);
}
if (cli.argv.target !== 'dist-appstore' && cli.argv.target !== 'dist-adhoc') {
return callback(null, value);
}
if (value) {
var v = distributionCertLookup[value.toLowerCase()];
if (v) {
return callback(null, v);
}
}
callback(new Error(__('Invalid distribution certificate "%s"', value)));
}
},
'device-family': {
abbr: 'F',
desc: __('the device family to build for'),
order: 120,
values: Object.keys(_t.deviceFamilies)
},
'ios-version': {
abbr: 'I',
callback: function (value) {
try {
if (value && allSdkVersions.indexOf(value) !== -1 && version.lt(value, _t.minSupportedIosSdk)) {
logger.banner();
logger.error(__('The specified iOS SDK version "%s" is not supported by Titanium %s', value, _t.titaniumSdkVersion) + '\n');
if (sdkVersions.length) {
logger.log(__('Available supported iOS SDKs:'));
sdkVersions.forEach(function (ver) {
logger.log(' ' + ver.cyan);
});
logger.log();
}
process.exit(1);
}
} catch (e) {
// squelch and let the cli detect the bad version
}
},
desc: __('iOS SDK version to build with'),
order: 130,
prompt: function (callback) {
callback(fields.select({
title: __("Which iOS SDK version would you like to build with?"),
promptLabel: __('Select an iOS SDK version by number or name'),
margin: '',
numbered: true,
relistOnError: true,
complete: true,
suggest: false,
options: sdkVersions
}));
},
values: sdkVersions
},
'keychain': {
abbr: 'K',
desc: __('path to the distribution keychain to use instead of the system default; only used when target is %s, %s, or %s', 'device'.cyan, 'dist-appstore'.cyan, 'dist-adhoc'.cyan),
hideValues: true,
validate: function (value, callback) {
value && typeof value !== 'string' && (value = null);
if (value && !fs.existsSync(value)) {
callback(new Error(__('Unable to find keychain: %s', value)));
} else {
callback(null, value);
}
}
},
'launch-url': {
// url for the application to launch in mobile Safari, as soon as the app boots up
hidden: true
},
'output-dir': {
abbr: 'O',
desc: __('the output directory when using %s', 'dist-adhoc'.cyan),
hint: 'dir',
order: 200,
prompt: function (callback) {
callback(fields.file({
promptLabel: __('Where would you like the output IPA file saved?'),
default: cli.argv['project-dir'] && appc.fs.resolvePath(cli.argv['project-dir'], 'dist'),
complete: true,
showHidden: true,
ignoreDirs: _t.ignoreDirs,
ignoreFiles: /.*/,
validate: _t.conf.options['output-dir'].validate.bind(_t)
}));
},
validate: function (outputDir, callback) {
callback(outputDir || !_t.conf.options['output-dir'].required ? null : new Error(__('Invalid output directory')), outputDir);
}
},
'pp-uuid': {
abbr: 'P',
default: process.env.PROVISIONING_PROFILE,
desc: __('the provisioning profile uuid; required when target is %s, %s, or %s', 'device'.cyan, 'dist-appstore'.cyan, 'dist-adhoc'.cyan),
hint: 'uuid',
order: 190,
prompt: function (callback) {
var provisioningProfiles = {},
appId = cli.tiapp.id,
maxAppId = 0,
pp;
function prep(a) {
return a.filter(function (p) {
if (!p.expired) {
var re = new RegExp(p.appId.replace(/\./g, '\\.').replace(/\*/g, '.*'));
if (re.test(appId)) {
var label = p.name;
if (label.indexOf(p.appId) === -1) {
label += ': ' + p.appId;
}
p.label = label;
maxAppId = Math.max(p.label.length, maxAppId);
return true;
}
}
}).sort(function (a, b) {
return a.label.toLowerCase().localeCompare(b.label.toLowerCase());
});
}
if (cli.argv.target === 'device') {
if (iosInfo.provisioning.development.length) {
pp = prep(iosInfo.provisioning.development);
if (pp.length) {
provisioningProfiles[__('Available Development UUIDs:')] = pp;
} else {
logger.error(__('Unable to find any non-expired development provisioning profiles that match the app id "%s"', appId) + '\n');
logger.log(__('You will need to login into %s with your Apple Download account, then create, download, and install a profile.',
'http://appcelerator.com/ios-dev-certs'.cyan) + '\n');
process.exit(1);
}
} else {
logger.error(__('Unable to find any development provisioning profiles') + '\n');
logger.log(__('You will need to login into %s with your Apple Download account, then create, download, and install a profile.',
'http://appcelerator.com/ios-dev-certs'.cyan) + '\n');
process.exit(1);
}
} else if (cli.argv.target === 'dist-appstore' || cli.argv.target === 'dist-adhoc') {
if (iosInfo.provisioning.distribution.length || iosInfo.provisioning.adhoc.length) {
pp = prep(iosInfo.provisioning.distribution);
var valid = pp.length;
if (pp.length) {
provisioningProfiles[__('Available Distribution UUIDs:')] = pp;
}
pp = prep(iosInfo.provisioning.adhoc);
valid += pp.length;
if (pp.length) {
provisioningProfiles[__('Available Adhoc UUIDs:')] = pp;
}
if (!valid) {
logger.error(__('Unable to find any non-expired distribution or adhoc provisioning profiles that match the app id "%s".', appId) + '\n');
logger.log(__('You will need to login into %s with your Apple Download account, then create, download, and install a profile.',
'http://appcelerator.com/ios-dist-certs'.cyan) + '\n');
process.exit(1);
}
} else {
logger.error(__('Unable to find any distribution or adhoc provisioning profiles'));
logger.log(__('You will need to login into %s with your Apple Download account, then create, download, and install a profile.',
'http://appcelerator.com/ios-dist-certs'.cyan) + '\n');
process.exit(1);
}
}
callback(fields.select({
title: __("Which provisioning profile would you like to use?"),
promptLabel: __('Select a provisioning profile UUID by number or name'),
formatters: {
option: function (opt, idx, num) {
var expires = moment(opt.expirationDate),
day = expires.format('D'),
hour = expires.format('h');
return ' ' + num + String(opt.uuid).cyan + ' '
+ appc.string.rpad(opt.label, maxAppId + 1)
+ (opt.expirationDate ? (' (' + __('expires %s', expires.format('MMM') + ' '
+ (day.length === 1 ? ' ' : '') + day + ', ' + expires.format('YYYY') + ' '
+ (hour.length === 1 ? ' ' : '') + hour + ':' + expires.format('mm:ss a'))
+ ')').grey : '');
}
},
margin: '',
optionLabel: 'name',
optionValue: 'uuid',
numbered: true,
relistOnError: true,
complete: true,
suggest: false,
options: provisioningProfiles
}));
},
validate: function (value, callback) {
if (cli.argv.target === 'simulator') {
return callback(null, value);
}
if (value) {
var v = provisioningProfileLookup[value.toLowerCase()];
if (v) {
return callback(null, v);
}
return callback(new Error(__('Invalid provisioning profile UUID "%s"', value)));
}
callback(true);
}
},
'profiler-host': {
hidden: true
},
'sim-type': {
abbr: 'Y',
desc: __('iOS Simulator type; only used when target is %s', 'simulator'.cyan),
hint: 'type',
order: 150,
values: Object.keys(_t.simTypes)
},
'sim-version': {
abbr: 'S',
desc: __('iOS Simulator version; only used when target is %s', 'simulator'.cyan),
hint: 'version',
order: 160,
values: simVersions
},
'target': {
abbr: 'T',
callback: function (value) {
// if we're building from Xcode, no need to check certs and provisioning profiles
if (cli.argv.xcode) {
_t.conf.options['developer-name'].required = false;
_t.conf.options['device-id'].required = false;
_t.conf.options['distribution-name'].required = false;
_t.conf.options['pp-uuid'].required = false;
return;
}
if (value !== 'simulator') {
_t.assertIssue(iosInfo.issues, 'IOS_NO_KEYCHAINS_FOUND');
_t.assertIssue(iosInfo.issues, 'IOS_NO_WWDR_CERT_FOUND');
}
// as soon as we know the target, toggle required options for validation
switch (value) {
case 'device':
_t.assertIssue(iosInfo.issues, 'IOS_NO_VALID_DEV_CERTS_FOUND');
_t.assertIssue(iosInfo.issues, 'IOS_NO_VALID_DEVELOPMENT_PROVISIONING_PROFILES');
iosInfo.provisioning.development.forEach(function (d) {
provisioningProfileLookup[d.uuid.toLowerCase()] = d.uuid;
});
_t.conf.options['developer-name'].required = true;
_t.conf.options['pp-uuid'].required = true;
break;
case 'dist-adhoc':
_t.assertIssue(iosInfo.issues, 'IOS_NO_VALID_DIST_CERTS_FOUND');
// TODO: assert there is at least one distribution or adhoc provisioning profile
_t.conf.options['output-dir'].required = true;
// purposely fall through!
case 'dist-appstore':
_t.assertIssue(iosInfo.issues, 'IOS_NO_VALID_DIST_CERTS_FOUND');
_t.conf.options['deploy-type'].values = ['production'];
_t.conf.options['device-id'].required = false;
_t.conf.options['distribution-name'].required = true;
_t.conf.options['pp-uuid'].required = true;
// build lookup maps
iosInfo.provisioning.distribution.forEach(function (d) {
provisioningProfileLookup[d.uuid.toLowerCase()] = d.uuid;
});
iosInfo.provisioning.adhoc.forEach(function (d) {
provisioningProfileLookup[d.uuid.toLowerCase()] = d.uuid;
});