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_build.js
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/
_build.js
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/**
* Android build command.
*
* @module cli/_build
*
* @copyright
* Copyright (c) 2009-2013 by Appcelerator, Inc. All Rights Reserved.
*
* Copyright (c) 2012-2013 Chris Talkington, contributors.
* {@link https://github.com/ctalkington/node-archiver}
*
* @license
* Licensed under the terms of the Apache Public License
* Please see the LICENSE included with this distribution for details.
*/
var ADB = require('titanium-sdk/lib/adb'),
AdmZip = require('adm-zip'),
android = require('titanium-sdk/lib/android'),
androidDetect = require('../lib/detect').detect,
AndroidManifest = require('../lib/AndroidManifest'),
appc = require('node-appc'),
archiver = require('archiver'),
archiverCore = require('archiver/lib/archiver/core'),
async = require('async'),
Builder = require('titanium-sdk/lib/builder'),
cleanCSS = require('clean-css'),
crypto = require('crypto'),
DOMParser = require('xmldom').DOMParser,
ejs = require('ejs'),
EmulatorManager = require('titanium-sdk/lib/emulator'),
fields = require('fields'),
fs = require('fs'),
i18n = require('titanium-sdk/lib/i18n'),
jsanalyze = require('titanium-sdk/lib/jsanalyze'),
path = require('path'),
temp = require('temp'),
ti = require('titanium-sdk'),
tiappxml = require('titanium-sdk/lib/tiappxml'),
util = require('util'),
wrench = require('wrench'),
afs = appc.fs,
i18nLib = appc.i18n(__dirname),
__ = i18nLib.__,
__n = i18nLib.__n,
version = appc.version,
xml = appc.xml;
// Archiver 0.4.10 has a problem where the stack size is exceeded if the project
// has lots and lots of files. Below is a function copied directly from
// lib/archiver/core.js and modified to use a setTimeout to collapse the call
// stack. Copyright (c) 2012-2013 Chris Talkington, contributors.
archiverCore.prototype._processQueue = function _processQueue() {
if (this.archiver.processing) {
return;
}
if (this.archiver.queue.length > 0) {
var next = this.archiver.queue.shift();
var nextCallback = function(err, file) {
next.callback(err);
if (!err) {
this.archiver.files.push(file);
this.archiver.processing = false;
// do a setTimeout to collapse the call stack
setTimeout(function () {
this._processQueue();
}.bind(this), 0);
}
}.bind(this);
this.archiver.processing = true;
this._processFile(next.source, next.data, nextCallback);
} else if (this.archiver.finalized && this.archiver.writableEndCalled === false) {
this.archiver.writableEndCalled = true;
this.end();
} else if (this.archiver.finalize && this.archiver.queue.length === 0) {
this._finalize();
}
};
function hash(s) {
return crypto.createHash('md5').update(s || '').digest('hex');
}
function AndroidBuilder() {
Builder.apply(this, arguments);
this.devices = null; // set by findTargetDevices() during 'config' phase
this.keystoreAliases = [];
this.tiSymbols = {};
this.minSupportedApiLevel = parseInt(version.parseMin(this.packageJson.vendorDependencies['android sdk']));
this.maxSupportedApiLevel = parseInt(version.parseMax(this.packageJson.vendorDependencies['android sdk']));
this.deployTypes = {
'emulator': 'development',
'device': 'test',
'dist-playstore': 'production'
};
this.targets = ['emulator', 'device', 'dist-playstore'];
this.validABIs = ['armeabi', 'armeabi-v7a', 'x86'];
this.xmlMergeRegExp = /^(strings|attrs|styles|bools|colors|dimens|ids|integers|arrays)\.xml$/;
this.uncompressedTypes = [
'jpg', 'jpeg', 'png', 'gif',
'wav', 'mp2', 'mp3', 'ogg', 'aac',
'mpg', 'mpeg', 'mid', 'midi', 'smf', 'jet',
'rtttl', 'imy', 'xmf', 'mp4', 'm4a',
'm4v', '3gp', '3gpp', '3g2', '3gpp2',
'amr', 'awb', 'wma', 'wmv'
];
}
util.inherits(AndroidBuilder, Builder);
AndroidBuilder.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.
//
// this is also where we can detect android and jdk environments before
// prompting occurs. because detection is expensive we also do it here instead
// of during config() because there's no sense detecting if config() is being
// called because of the help command.
cli.on('cli:pre-validate', function (obj, callback) {
if (cli.argv.platform && cli.argv.platform != 'android') {
return callback();
}
function assertIssue(logger, issues, name, exit) {
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))) {
issues[i].message.split('\n').forEach(function (line) {
logger.error(line.replace(/(__(.+?)__)/g, '$2'.bold));
});
logger.log();
exit && process.exit(1);
}
}
}
async.series([
function (next) {
// detect android environment
androidDetect(config, { packageJson: _t.packageJson }, function (androidInfo) {
_t.androidInfo = androidInfo;
assertIssue(logger, androidInfo.issues, 'ANDROID_JDK_NOT_FOUND', true);
assertIssue(logger, androidInfo.issues, 'ANDROID_JDK_PATH_CONTAINS_AMPERSANDS', true);
if (!cli.argv.prompt) {
// check that the Android SDK is found and sane
assertIssue(logger, androidInfo.issues, 'ANDROID_SDK_NOT_FOUND');
assertIssue(logger, androidInfo.issues, 'ANDROID_SDK_MISSING_PROGRAMS');
// make sure we have an Android SDK and some Android targets
if (!Object.keys(androidInfo.targets).filter(function (id) {
var t = androidInfo.targets[id];
return t.type == 'platform' && t['api-level'] >= _t.minSupportedApiLevel;
}).length) {
if (Object.keys(androidInfo.targets).length) {
logger.error(__('No valid Android SDK targets found.'));
} else {
logger.error(__('No Android SDK targets found.'));
}
logger.error(__('Please download an Android SDK target API level %s or newer from the Android SDK Manager and try again.', _t.minSupportedApiLevel) + '\n');
process.exit(1);
}
}
// if --android-sdk was not specified, then we simply try to set a default android sdk
if (!cli.argv['android-sdk']) {
var androidSdkPath = config.android && config.android.sdkPath;
if (!androidSdkPath && androidInfo.sdk) {
androidSdkPath = androidInfo.sdk.path;
}
androidSdkPath && (cli.argv['android-sdk'] = afs.resolvePath(androidSdkPath));
}
next();
});
},
function (next) {
// detect java development kit
appc.jdk.detect(config, null, function (jdkInfo) {
assertIssue(logger, jdkInfo.issues, 'JDK_NOT_INSTALLED', true);
assertIssue(logger, jdkInfo.issues, 'JDK_MISSING_PROGRAMS', true);
assertIssue(logger, jdkInfo.issues, 'JDK_INVALID_JAVA_HOME', true);
if (!jdkInfo.version) {
logger.error(__('Unable to locate the Java Development Kit') + '\n');
logger.log(__('You can specify the location by setting the %s environment variable.', 'JAVA_HOME'.cyan) + '\n');
process.exit(1);
}
if (!version.satisfies(jdkInfo.version, _t.packageJson.vendorDependencies.java)) {
logger.error(__('JDK version %s detected, but only version %s is supported', jdkInfo.version, _t.packageJson.vendorDependencies.java) + '\n');
process.exit(1);
}
_t.jdkInfo = jdkInfo;
next();
});
}
], callback);
});
var targetDeviceCache = {},
findTargetDevices = function findTargetDevices(target, callback) {
if (targetDeviceCache[target]) {
return callback(null, targetDeviceCache[target]);
}
if (target == 'device') {
new ADB(config).devices(function (err, devices) {
if (err) {
callback(err);
} else {
this.devices = devices.filter(function (d) { return !d.emulator && d.state == 'device'; });
if (this.devices.length > 1) {
// we have more than 1 device, so we should show 'all'
this.devices.push({
id: 'all',
model: 'All Devices'
});
}
callback(null, targetDeviceCache[target] = this.devices.map(function (d) {
return {
name: d.model || d.manufacturer,
id: d.id,
version: d.release,
abi: Array.isArray(d.abi) ? d.abi.join(',') : d.abi,
type: 'device'
};
}));
}
}.bind(this));
} else if (target == 'emulator') {
new EmulatorManager(config).detect(function (err, emus) {
if (err) {
callback(err);
} else {
this.devices = emus;
callback(null, targetDeviceCache[target] = emus.map(function (emu) {
// normalize the emulator info
if (emu.type == 'avd') {
return {
name: emu.name,
id: emu.name,
version: emu['sdk-version'],
abi: emu.abi,
type: emu.type,
googleApis: emu.googleApis,
sdcard: emu.sdcard
};
} else if (emu.type == 'genymotion') {
return {
name: emu.name,
id: emu.name,
version: emu['sdk-version'],
abi: emu.abi,
type: emu.type,
googleApis: emu.googleApis,
sdcard: true
};
}
return emu; // not good
}));
}
}.bind(this));
} else {
callback();
}
}.bind(this);
return function (finished) {
cli.createHook('build.android.config', this, function (callback) {
var conf = {
options: {
'alias': {
abbr: 'L',
desc: __('the alias for the keystore'),
hint: 'alias',
order: 155,
prompt: function (callback) {
callback(fields.select({
title: __("What is the name of the keystore's certificate alias?"),
promptLabel: __('Select a certificate alias by number or name'),
margin: '',
optionLabel: 'name',
optionValue: 'name',
numbered: true,
relistOnError: true,
complete: true,
suggest: false,
options: _t.keystoreAliases,
validate: conf.options.alias.validate
}));
},
validate: function (value, callback) {
// if there's a value, then they entered something, otherwise let the cli prompt
if (value) {
var selectedAlias = value.toLowerCase(),
alias = _t.keystoreAlias = _t.keystoreAliases.filter(function (a) { return a.name && a.name.toLowerCase() == selectedAlias; }).shift();
if (!alias) {
return callback(new Error(__('Invalid "--alias" value "%s"', value)));
}
if (alias.sigalg && alias.sigalg.toLowerCase() == 'sha256withrsa') {
logger.warn(__('The selected alias %s uses the %s signature algorithm which will likely have issues with Android 4.3 and older.', ('"' + value + '"').cyan, ('"' + alias.sigalg + '"').cyan));
logger.warn(__('Certificates that use the %s or %s signature algorithm will provide better compatibility.', '"SHA1withRSA"'.cyan, '"MD5withRSA"'.cyan));
}
}
callback(null, value);
}
},
'android-sdk': {
abbr: 'A',
default: config.android && config.android.sdkPath && afs.resolvePath(config.android.sdkPath),
desc: __('the path to the Android SDK'),
hint: __('path'),
order: 100,
prompt: function (callback) {
var androidSdkPath = config.android && config.android.sdkPath;
if (!androidSdkPath && _t.androidInfo.sdk) {
androidSdkPath = _t.androidInfo.sdk.path;
}
if (androidSdkPath) {
androidSdkPath = afs.resolvePath(androidSdkPath);
if (process.platform == 'win32' || androidSdkPath.indexOf('&') != -1) {
androidSdkPath = undefined;
}
}
callback(fields.file({
promptLabel: __('Where is the Android SDK?'),
default: androidSdkPath,
complete: true,
showHidden: true,
ignoreDirs: _t.ignoreDirs,
ignoreFiles: _t.ignoreFiles,
validate: _t.conf.options['android-sdk'].validate.bind(_t)
}));
},
required: true,
validate: function (value, callback) {
if (!value) {
callback(new Error(__('Invalid Android SDK path')));
} else if (process.platform == 'win32' && value.indexOf('&') != -1) {
callback(new Error(__('The Android SDK path cannot contain ampersands (&) on Windows')));
} else if (_t.androidInfo.sdk && _t.androidInfo.sdk.path == afs.resolvePath(value)) {
// no sense doing the detection again
callback(null, value);
} else {
// do a quick scan to see if the path is correct
android.findSDK(value, config, appc.pkginfo.package(module), function (err, results) {
if (err) {
callback(new Error(__('Invalid Android SDK path: %s', value)));
} else {
function next() {
// set the android sdk in the config just in case a plugin or something needs it
config.set('android.sdkPath', value);
// path looks good, do a full scan again
androidDetect(config, { packageJson: _t.packageJson, bypassCache: true }, function (androidInfo) {
_t.androidInfo = androidInfo;
callback(null, value);
});
}
// new android sdk path looks good
// if we found an android sdk in the pre-validate hook, then we need to kill the other sdk's adb server
if (_t.androidInfo.sdk) {
new ADB(config).stopServer(next);
} else {
next();
}
}
});
}
}
},
'avd-abi': {
abbr: 'B',
desc: __('the abi for the Android emulator; deprecated, use --device-id'),
hint: __('abi')
},
'avd-id': {
abbr: 'I',
desc: __('the id for the Android emulator; deprecated, use --device-id'),
hint: __('id')
},
'avd-skin': {
abbr: 'S',
desc: __('the skin for the Android emulator; deprecated, use --device-id'),
hint: __('skin')
},
'debug-host': {
hidden: true
},
'deploy-type': {
abbr: 'D',
desc: __('the type of deployment; only used when target is %s or %s', 'emulator'.cyan, 'device'.cyan),
hint: __('type'),
order: 110,
values: ['test', 'development']
},
'device-id': {
abbr: 'C',
desc: __('the name of the Android emulator or the device id to install the application to'),
hint: __('name'),
order: 130,
prompt: function (callback) {
findTargetDevices(cli.argv.target, function (err, results) {
var opts = {},
title,
promptLabel;
// we need to sort all results into groups for the select field
if (cli.argv.target == 'device' && results.length) {
opts[__('Devices')] = results;
title = __('Which device do you want to install your app on?');
promptLabel = __('Select a device by number or name');
} else if (cli.argv.target == 'emulator') {
// for emulators, we sort by type
var emus = results.filter(function (e) {
return e.type == 'avd';
});
if (emus.length) {
opts[__('Android Emulators')] = emus;
}
emus = results.filter(function (e) {
return e.type == 'genymotion';
});
if (emus.length) {
opts[__('Genymotion Emulators')] = emus;
logger.log(__('NOTE: Genymotion emulator must be running to detect Google API support').magenta + '\n');
}
title = __('Which emulator do you want to launch your app in?');
promptLabel = __('Select an emulator by number or name');
}
// if there are no devices/emulators, error
if (!Object.keys(opts).length) {
if (cli.argv.target == 'device') {
logger.error(__('Unable to find any devices') + '\n');
logger.log(__('Please plug in an Android device, then try again.') + '\n');
} else {
logger.error(__('Unable to find any emulators') + '\n');
logger.log(__('Please create an Android emulator, then try again.') + '\n');
}
process.exit(1);
}
callback(fields.select({
title: title,
promptLabel: promptLabel,
formatters: {
option: function (opt, idx, num) {
return ' ' + num + opt.name.cyan + (opt.version ? ' (' + opt.version + ')' : '') + (opt.googleApis
? (' (' + __('Google APIs supported') + ')').grey
: opt.googleApis === null
? (' (' + __('Google APIs support unknown') + ')').grey
: '');
}
},
autoSelectOne: true,
margin: '',
optionLabel: 'name',
optionValue: 'id',
numbered: true,
relistOnError: true,
complete: true,
suggest: true,
options: opts
}));
});
},
required: true,
validate: function (device, callback) {
var dev = device.toLowerCase();
findTargetDevices(cli.argv.target, function (err, devices) {
if (cli.argv.target == 'device' && dev == 'all') {
// we let 'all' slide by
return callback(null, dev);
}
var i = 0,
l = devices.length;
for (; i < l; i++) {
if (devices[i].id.toLowerCase() == dev) {
return callback(null, devices[i].id);
}
}
callback(new Error(cli.argv.target ? __('Invalid Android device "%s"', device) : __('Invalid Android emulator "%s"', device)));
});
},
verifyIfRequired: function (callback) {
if (cli.argv['build-only']) {
// not required if we're build only
return callback();
}
findTargetDevices(cli.argv.target, function (err, results) {
if (cli.argv.target == 'emulator' && cli.argv['device-id'] == undefined && cli.argv['avd-id']) {
// if --device-id was not specified, but --avd-id was, then we need to
// try to resolve a device based on the legacy --avd-* options
var avds = results.filter(function (a) { return a.type == 'avd'; }).map(function (a) { return a.name; }),
name = 'titanium_' + cli.argv['avd-id'] + '_';
if (avds.length) {
// try finding the first avd that starts with the avd id
avds = avds.filter(function (avd) { return avd.indexOf(name) == 0; });
if (avds.length == 1) {
cli.argv['device-id'] = avds[0];
return callback();
} else if (avds.length > 1) {
// next try using the avd skin
if (!cli.argv['avd-skin']) {
// we have more than one match
logger.error(__n('Found %s avd with id "%%s"', 'Found %s avds with id "%%s"', avds.length, cli.argv['avd-id']));
logger.error(__('Specify --avd-skin and --avd-abi to select a specific emulator') + '\n');
} else {
name += cli.argv['avd-skin'];
// try exact match
var tmp = avds.filter(function (avd) { return avd == name; });
if (tmp.length) {
avds = tmp;
} else {
// try partial match
avds = avds.filter(function (avd) { return avd.indexOf(name + '_') == 0; });
}
if (avds.length == 0) {
logger.error(__('No emulators found with id "%s" and skin "%s"', cli.argv['avd-id'], cli.argv['avd-skin']) + '\n');
} else if (avds.length == 1) {
cli.argv['device-id'] = avds[0];
return callback();
} else if (!cli.argv['avd-abi']) {
// we have more than one matching avd, but no abi to filter by so we have to error
logger.error(__n('Found %s avd with id "%%s" and skin "%%s"', 'Found %s avds with id "%%s" and skin "%%s"', avds.length, cli.argv['avd-id'], cli.argv['avd-skin']));
logger.error(__('Specify --avd-abi to select a specific emulator') + '\n');
} else {
name += '_' + cli.argv['avd-abi'];
// try exact match
tmp = avds.filter(function (avd) { return avd == name; });
if (tmp.length) {
avds = tmp;
} else {
avds = avds.filter(function (avd) { return avd.indexOf(name + '_') == 0; });
}
if (avds.length == 0) {
logger.error(__('No emulators found with id "%s", skin "%s", and abi "%s"', cli.argv['avd-id'], cli.argv['avd-skin'], cli.argv['avd-abi']) + '\n');
} else {
// there is one or more avds, but we'll just return the first one
cli.argv['device-id'] = avds[0];
return callback();
}
}
}
}
logger.warn(__('%s options have been %s, please use %s', '--avd-*'.cyan, 'deprecated'.red, '--device-id'.cyan) + '\n');
// print list of available avds
if (results.length && !cli.argv.prompt) {
logger.log(__('Available Emulators:'))
results.forEach(function (emu) {
logger.log(' ' + emu.name.cyan + ' (' + emu.version + ')');
});
logger.log();
}
}
} else if (cli.argv['device-id'] == undefined && results.length && config.get('android.autoSelectDevice', true)) {
// we set the device-id to an array of devices so that later in validate()
// after the tiapp.xml has been parsed, we can auto select the best device
cli.argv['device-id'] = results.sort(function (a, b) {
var eq = appc.version.eq(a.version, b.version),
gt = appc.version.gt(a.version, b.version);
if (eq) {
if (a.type == b.type) {
if (a.googleApis == b.googleApis) {
return 0;
} else if (b.googleApis) {
return 1;
} else if (a.googleApis === false && b.googleApis === null) {
return 1;
}
return -1;
}
return a.type == 'avd' ? -1 : 1;
}
return gt ? 1 : -1;
});
return callback();
}
// yup, still required
callback(true);
});
}
},
'key-password': {
desc: __('the password for the keystore private key (defaults to the store-password)'),
hint: 'keypass',
order: 160,
prompt: function (callback) {
callback(fields.text({
promptLabel: __("What is the keystore's __key password__?") + ' ' + __('(leave blank to use the store password)').grey,
password: true,
validate: _t.conf.options['key-password'].validate.bind(_t)
}));
},
secret: true,
validate: function (keyPassword, callback) {
// sanity check the keystore and store password
_t.conf.options['store-password'].validate(cli.argv['store-password'], function (err, storePassword) {
if (err) {
// we have a bad --keystore or --store-password arg
cli.argv.keystore = cli.argv['store-password'] = undefined;
return callback(err);
}
var keystoreFile = cli.argv.keystore,
alias = cli.argv.alias,
tmpKeystoreFile = temp.path({ suffix: '.jks' });
if (keystoreFile && storePassword && alias && _t.jdkInfo && _t.jdkInfo.executables.keytool) {
// the only way to test the key password is to export the cert
appc.subprocess.run(_t.jdkInfo.executables.keytool, [
'-J-Duser.language=en',
'-importkeystore',
'-v',
'-srckeystore', keystoreFile,
'-destkeystore', tmpKeystoreFile,
'-srcstorepass', storePassword,
'-deststorepass', storePassword,
'-srcalias', alias,
'-destalias', alias,
'-srckeypass', keyPassword || storePassword,
'-noprompt'
], function (code, out, err) {
if (code) {
if (out.indexOf('java.security.UnrecoverableKeyException') != -1) {
return callback(new Error(__('Bad key password')));
}
return callback(new Error(out.trim()));
}
// remove the temp keystore
fs.existsSync(tmpKeystoreFile) && fs.unlinkSync(tmpKeystoreFile);
callback(null, keyPassword);
});
} else {
callback(null, keyPassword);
}
});
}
},
'keystore': {
abbr: 'K',
callback: function (value) {
_t.conf.options['alias'].required = true;
_t.conf.options['store-password'].required = true;
},
desc: __('the location of the keystore file'),
hint: 'path',
order: 140,
prompt: function (callback) {
_t.conf.options['key-password'].required = true;
callback(fields.file({
promptLabel: __('Where is the __keystore file__ used to sign the app?'),
complete: true,
showHidden: true,
ignoreDirs: _t.ignoreDirs,
ignoreFiles: _t.ignoreFiles,
validate: _t.conf.options.keystore.validate.bind(_t)
}));
},
validate: function (keystoreFile, callback) {
if (!keystoreFile) {
callback(new Error(__('Please specify the path to your keystore file')));
} else {
keystoreFile = afs.resolvePath(keystoreFile);
if (!fs.existsSync(keystoreFile) || !fs.statSync(keystoreFile).isFile()) {
callback(new Error(__('Invalid keystore file')));
} else {
callback(null, keystoreFile);
}
}
}
},
'output-dir': {
abbr: 'O',
desc: __('the output directory when using %s', 'dist-playstore'.cyan),
hint: 'dir',
order: 180,
prompt: function (callback) {
callback(fields.file({
promptLabel: __('Where would you like the output APK file saved?'),
default: cli.argv['project-dir'] && afs.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);
}
},
'profiler-host': {
hidden: true
},
'store-password': {
abbr: 'P',
desc: __('the password for the keystore'),
hint: 'password',
order: 150,
prompt: function (callback) {
callback(fields.text({
next: function (err, value) {
return err && err.next || null;
},
promptLabel: __("What is the keystore's __password__?"),
password: true,
// if the password fails due to bad keystore file,
// we need to prompt for the keystore file again
repromptOnError: false,
validate: _t.conf.options['store-password'].validate.bind(_t)
}));
},
secret: true,
validate: function (storePassword, callback) {
if (!storePassword) {
return callback(new Error(__('Please specify a keystore password')));
}
// sanity check the keystore
_t.conf.options.keystore.validate(cli.argv.keystore, function (err, keystoreFile) {
if (err) {
// we have a bad --keystore arg
cli.argv.keystore = undefined;
return callback(err);
}
if (keystoreFile && _t.jdkInfo && _t.jdkInfo.executables.keytool) {
appc.subprocess.run(_t.jdkInfo.executables.keytool, [
'-J-Duser.language=en',
'-list',
'-v',
'-keystore', keystoreFile,
'-storepass', storePassword
], function (code, out, err) {
if (code) {
var msg = out.split('\n').shift().split('java.io.IOException:');
if (msg.length > 1) {
msg = msg[1].trim();
if (/invalid keystore format/i.test(msg)) {
msg = __('Invalid keystore file');
cli.argv.keystore = undefined;
_t.conf.options.keystore.required = true;
}
} else {
msg = out.trim();
}
return callback(new Error(msg));
}
// empty the alias array. it is important that we don't destory the original
// instance since it was passed by reference to the alias select list
while (_t.keystoreAliases.length) {
_t.keystoreAliases.pop();
}
var aliasRegExp = /Alias name\: (.+)/,
sigalgRegExp = /Signature algorithm name\: (.+)/;
out.split('\n\n').forEach(function (chunk) {
chunk = chunk.trim();
var m = chunk.match(aliasRegExp);
if (m) {
var sigalg = chunk.match(sigalgRegExp);
_t.keystoreAliases.push({
name: m[1],
sigalg: sigalg && sigalg[1]
});
}
});
if (_t.keystoreAliases.length == 0) {
cli.argv.keystore = undefined;
return callback(new Error(__('Keystore does not contain any certificates')));
} else if (!cli.argv.alias && _t.keystoreAliases.length == 1) {
cli.argv.alias = _t.keystoreAliases[0].name;
}
// check if this keystore requires a key password
var keystoreFile = cli.argv.keystore,
alias = cli.argv.alias,
tmpKeystoreFile = temp.path({ suffix: '.jks' });
if (keystoreFile && storePassword && alias && _t.jdkInfo && _t.jdkInfo.executables.keytool) {
// the only way to test the key password is to export the cert
appc.subprocess.run(_t.jdkInfo.executables.keytool, [
'-J-Duser.language=en',
'-importkeystore',
'-v',
'-srckeystore', keystoreFile,
'-destkeystore', tmpKeystoreFile,
'-srcstorepass', storePassword,
'-deststorepass', storePassword,
'-srcalias', alias,
'-destalias', alias,
'-srckeypass', storePassword,
'-noprompt'
], function (code, out, err) {
if (code) {
if (out.indexOf('Alias <' + alias + '> does not exist') != -1) {
// bad alias, we'll let --alias find it again
_t.conf.options['alias'].required = true;
}
// since we have an error, force the key password to be required
_t.conf.options['key-password'].required = true;
} else {
// remove the temp keystore
fs.existsSync(tmpKeystoreFile) && fs.unlinkSync(tmpKeystoreFile);
}
callback(null, storePassword);
});
} else {
callback(null, storePassword);
}
}.bind(_t));
} else {
callback(null, storePassword);
}
});
}
},
'target': {
abbr: 'T',
callback: function (value) {
// as soon as we know the target, toggle required options for validation
if (value === 'dist-playstore') {
_t.conf.options['alias'].required = true;
_t.conf.options['deploy-type'].values = ['production'];
_t.conf.options['device-id'].required = false;
_t.conf.options['keystore'].required = true;
_t.conf.options['output-dir'].required = true;
_t.conf.options['store-password'].required = true;
}
},
default: 'emulator',
desc: __('the target to build for'),
order: 120,
required: true,
values: _t.targets
}
}
};
// we need to map store-password to password for backwards compatibility
// because we needed to change it as to not conflict with the login
// password and be more descriptive compared to the --key-password
conf.options.password = appc.util.mix({
hidden: true
}, conf.options['store-password']);
delete conf.options.password.abbr;
callback(null, _t.conf = conf);
})(function (err, result) {
finished(result);
});
}.bind(this);
};
AndroidBuilder.prototype.validate = function validate(logger, config, cli) {
this.target = cli.argv.target;
this.deployType = /^device|emulator$/.test(this.target) && cli.argv['deploy-type'] ? cli.argv['deploy-type'] : this.deployTypes[this.target];
// ti.deploytype is deprecated and so we force the real deploy type
if (cli.tiapp.properties['ti.deploytype']) {
logger.warn(__('The %s tiapp.xml property has been deprecated, please use the %s option', 'ti.deploytype'.cyan, '--deploy-type'.cyan));
}
cli.tiapp.properties['ti.deploytype'] = { type: 'string', value: this.deployType };
// get the javac params
this.javacMaxMemory = cli.tiapp.properties['android.javac.maxmemory'] && cli.tiapp.properties['android.javac.maxmemory'].value || config.get('android.javac.maxMemory', '256M');
this.javacSource = cli.tiapp.properties['android.javac.source'] && cli.tiapp.properties['android.javac.source'].value || config.get('android.javac.source', '1.6');
this.javacTarget = cli.tiapp.properties['android.javac.target'] && cli.tiapp.properties['android.javac.target'].value || config.get('android.javac.target', '1.6');
this.dxMaxMemory = cli.tiapp.properties['android.dx.maxmemory'] && cli.tiapp.properties['android.dx.maxmemory'].value || config.get('android.dx.maxMemory', '1024M');
// manually inject the build profile settings into the tiapp.xml
switch (this.deployType) {
case 'production':
this.minifyJS = true;
this.encryptJS = true;
this.allowDebugging = false;
this.allowProfiling = false;
this.includeAllTiModules = false;
this.proguard = false;
break;
case 'test':
this.minifyJS = true;
this.encryptJS = true;
this.allowDebugging = true;
this.allowProfiling = true;
this.includeAllTiModules = false;
this.proguard = false;
break;
case 'development':
default:
this.minifyJS = false;
this.encryptJS = false;
this.allowDebugging = true;
this.allowProfiling = true;
this.includeAllTiModules = true;
this.proguard = false;
}
if (cli.tiapp.properties['ti.android.compilejs']) {
logger.warn(__('The %s tiapp.xml property has been deprecated, please use the %s option to bypass JavaScript minification', 'ti.android.compilejs'.cyan, '--skip-js-minify'.cyan));
}
if (cli.argv['skip-js-minify']) {
this.minifyJS = false;
}
// check the app name
if (cli.tiapp.name.indexOf('&') != -1) {
if (config.get('android.allowAppNameAmpersands', false)) {
logger.warn(__('The app name "%s" contains an ampersand (&) which will most likely cause problems.', cli.tiapp.name));
logger.warn(__('It is recommended that you define the app name using i18n strings.'));
logger.warn(__('Refer to %s for more information.', 'http://appcelerator.com/i18n-app-name'.cyan));
} else {
logger.error(__('The app name "%s" contains an ampersand (&) which will most likely cause problems.', cli.tiapp.name));
logger.error(__('It is recommended that you define the app name using i18n strings.'));
logger.error(__('Refer to %s for more information.', 'http://appcelerator.com/i18n-app-name'));
logger.error(__('To allow ampersands in the app name, run:'));
logger.error(' ti config android.allowAppNameAmpersands true\n');
process.exit(1);
}
}
// check the Android specific app id rules
if (!config.get('app.skipAppIdValidation') && !cli.tiapp.properties['ti.skipAppIdValidation']) {
if (!/^([a-zA-Z_]{1}[a-zA-Z0-9_-]*(\.[a-zA-Z0-9_-]*)*)$/.test(cli.tiapp.id)) {
logger.error(__('tiapp.xml contains an invalid app id "%s"', cli.tiapp.id));
logger.error(__('The app id must consist only of letters, numbers, dashes, and underscores.'));
logger.error(__('Note: Android does not allow dashes.'));
logger.error(__('The first character must be a letter or underscore.'));
logger.error(__("Usually the app id is your company's reversed Internet domain name. (i.e. com.example.myapp)") + '\n');
process.exit(1);
}
if (!/^([a-zA-Z_]{1}[a-zA-Z0-9_]*(\.[a-zA-Z_]{1}[a-zA-Z0-9_]*)*)$/.test(cli.tiapp.id)) {
logger.error(__('tiapp.xml contains an invalid app id "%s"', cli.tiapp.id));
logger.error(__('The app id must consist of letters, numbers, and underscores.'));
logger.error(__('The first character must be a letter or underscore.'));
logger.error(__('The first character after a period must not be a number.'));
logger.error(__("Usually the app id is your company's reversed Internet domain name. (i.e. com.example.myapp)") + '\n');
process.exit(1);
}
if (!ti.validAppId(cli.tiapp.id)) {
logger.error(__('Invalid app id "%s"', cli.tiapp.id));
logger.error(__('The app id must not contain Java reserved words.') + '\n');
process.exit(1);
}
}
// check the default unit