pdf.js/gulpfile.js

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/* Copyright 2016 Mozilla Foundation
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
Switch to using ESLint, instead of JSHint, for linting *Please note that most of the necessary code adjustments were made in PR 7890.* ESLint has a number of advantageous properties, compared to JSHint. Among those are: - The ability to find subtle bugs, thanks to more rules (e.g. PR 7881). - Much more customizable in general, and many rules allow fine-tuned behaviour rather than the just the on/off rules in JSHint. - Many more rules that can help developers avoid bugs, and a lot of rules that can be used to enforce a consistent coding style. The latter should be particularily useful for new contributors (and reduce the amount of stylistic review comments necessary). - The ability to easily specify exactly what rules to use/not to use, as opposed to JSHint which has a default set. *Note:* in future JSHint version some of the rules we depend on will be removed, according to warnings in http://jshint.com/docs/options/, so we wouldn't be able to update without losing lint coverage. - More easily disable one, or more, rules temporarily. In JSHint this requires using a numeric code, which isn't very user friendly, whereas in ESLint the rule name is simply used instead. By default there's no rules enabled in ESLint, but there are some default rule sets available. However, to prevent linting failures if we update ESLint in the future, it seemed easier to just explicitly specify what rules we want. Obviously this makes the ESLint config file somewhat bigger than the old JSHint config file, but given how rarely that one has been updated over the years I don't think that matters too much. I've tried, to the best of my ability, to ensure that we enable the same rules for ESLint that we had for JSHint. Furthermore, I've also enabled a number of rules that seemed to make sense, both to catch possible errors *and* various style guide violations. Despite the ESLint README claiming that it's slower that JSHint, https://github.com/eslint/eslint#how-does-eslint-performance-compare-to-jshint, locally this patch actually reduces the runtime for `gulp` lint (by approximately 20-25%). A couple of stylistic rules that would have been nice to enable, but where our code currently differs to much to make it feasible: - `comma-dangle`, controls trailing commas in Objects and Arrays (among others). - `object-curly-spacing`, controls spacing inside of Objects. - `spaced-comment`, used to enforce spaces after `//` and `/*. (This is made difficult by the fact that there's still some usage of the old preprocessor left.) Rules that I indend to look into possibly enabling in follow-ups, if it seems to make sense: `no-else-return`, `no-lonely-if`, `brace-style` with the `allowSingleLine` parameter removed. Useful links: - http://eslint.org/docs/user-guide/configuring - http://eslint.org/docs/rules/
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/* eslint-env node */
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/* globals target */
'use strict';
var fs = require('fs');
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var gulp = require('gulp');
var gutil = require('gulp-util');
var mkdirp = require('mkdirp');
var rimraf = require('rimraf');
var runSequence = require('run-sequence');
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var stream = require('stream');
var exec = require('child_process').exec;
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var spawn = require('child_process').spawn;
var streamqueue = require('streamqueue');
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var zip = require('gulp-zip');
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var BUILD_DIR = 'build/';
var JSDOC_DIR = 'jsdoc/';
var L10N_DIR = 'l10n/';
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var TEST_DIR = 'test/';
var makeFile = require('./make.js');
var stripCommentHeaders = makeFile.stripCommentHeaders;
var builder = makeFile.builder;
var CONFIG_FILE = 'pdfjs.config';
var config = JSON.parse(fs.readFileSync(CONFIG_FILE).toString());
var DEFINES = {
PRODUCTION: true,
// The main build targets:
GENERIC: false,
FIREFOX: false,
MOZCENTRAL: false,
CHROME: false,
MINIFIED: false,
SINGLE_FILE: false,
COMPONENTS: false
};
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function createStringSource(filename, content) {
var source = stream.Readable({ objectMode: true });
source._read = function () {
this.push(new gutil.File({
cwd: '',
base: '',
path: filename,
contents: new Buffer(content)
}));
this.push(null);
};
return source;
}
function stripUMDHeaders(content) {
var reg = new RegExp(
'if \\(typeof define === \'function\' && define.amd\\) \\{[^}]*' +
'\\} else if \\(typeof exports !== \'undefined\'\\) \\{[^}]*' +
'\\} else ', 'g');
return content.replace(reg, '');
}
function checkChromePreferencesFile(chromePrefsPath, webPrefsPath) {
var chromePrefs = JSON.parse(fs.readFileSync(chromePrefsPath).toString());
var chromePrefsKeys = Object.keys(chromePrefs.properties);
chromePrefsKeys.sort();
var webPrefs = JSON.parse(fs.readFileSync(webPrefsPath).toString());
var webPrefsKeys = Object.keys(webPrefs);
webPrefsKeys.sort();
var telemetryIndex = chromePrefsKeys.indexOf('disableTelemetry');
if (telemetryIndex >= 0) {
chromePrefsKeys.splice(telemetryIndex, 1);
} else {
console.log('Warning: disableTelemetry key not found in chrome prefs!');
return false;
}
if (webPrefsKeys.length !== chromePrefsKeys.length) {
return false;
}
return webPrefsKeys.every(function (value, index) {
return chromePrefsKeys[index] === value &&
chromePrefs.properties[value].default === webPrefs[value];
});
}
function bundle(filename, outfilename, pathPrefix, initFiles, amdName, defines,
isMainFile, versionInfo) {
// Reading UMD headers and building loading orders of modules. The
// readDependencies returns AMD module names: removing 'pdfjs' prefix and
// adding '.js' extensions to the name.
var umd = require('./external/umdutils/verifier.js');
initFiles = initFiles.map(function (p) { return pathPrefix + p; });
var files = umd.readDependencies(initFiles).loadOrder.map(function (name) {
return pathPrefix + name.replace(/^[\w\-]+\//, '') + '.js';
});
var crlfchecker = require('./external/crlfchecker/crlfchecker.js');
crlfchecker.checkIfCrlfIsPresent(files);
var bundleContent = files.map(function (file) {
var content = fs.readFileSync(file);
// Prepend a newline because stripCommentHeaders only strips comments that
// follow a line feed. The file where bundleContent is inserted already
// contains a license header, so the header of bundleContent can be removed.
content = stripCommentHeaders('\n' + content);
// Removes AMD and CommonJS branches from UMD headers.
content = stripUMDHeaders(content);
return content;
}).join('');
var jsName = amdName.replace(/[\-_\.\/]\w/g, function (all) {
return all[1].toUpperCase();
});
var p2 = require('./external/builder/preprocessor2.js');
var ctx = {
rootPath: __dirname,
saveComments: 'copyright',
defines: builder.merge(defines, {
BUNDLE_VERSION: versionInfo.version,
BUNDLE_BUILD: versionInfo.commit,
BUNDLE_AMD_NAME: amdName,
BUNDLE_JS_NAME: jsName,
MAIN_FILE: isMainFile
})
};
var templateContent = fs.readFileSync(filename).toString();
templateContent = templateContent.replace(
/\/\/#expand\s+__BUNDLE__\s*\n/, function (all) { return bundleContent; });
bundleContent = null;
templateContent = p2.preprocessPDFJSCode(ctx, templateContent);
fs.writeFileSync(outfilename, templateContent);
templateContent = null;
}
function createBundle(defines) {
var versionJSON = JSON.parse(
fs.readFileSync(BUILD_DIR + 'version.json').toString());
console.log();
console.log('### Bundling files into pdf.js');
var mainFiles = [
'display/global.js'
];
var workerFiles = [
'core/worker.js'
];
var mainAMDName = 'pdfjs-dist/build/pdf';
var workerAMDName = 'pdfjs-dist/build/pdf.worker';
var mainOutputName = 'pdf.js';
var workerOutputName = 'pdf.worker.js';
// Extension does not need network.js file.
if (!defines.FIREFOX && !defines.MOZCENTRAL) {
workerFiles.push('core/network.js');
}
if (defines.SINGLE_FILE) {
// In singlefile mode, all of the src files will be bundled into
// the main pdf.js output.
mainFiles = mainFiles.concat(workerFiles);
workerFiles = null; // no need for worker file
mainAMDName = 'pdfjs-dist/build/pdf.combined';
workerAMDName = null;
mainOutputName = 'pdf.combined.js';
workerOutputName = null;
}
var state = 'mainfile';
var source = stream.Readable({ objectMode: true });
source._read = function () {
var tmpFile;
switch (state) {
case 'mainfile':
// 'buildnumber' shall create BUILD_DIR for us
tmpFile = BUILD_DIR + '~' + mainOutputName + '.tmp';
bundle('src/pdf.js', tmpFile, 'src/', mainFiles, mainAMDName,
defines, true, versionJSON);
this.push(new gutil.File({
cwd: '',
base: '',
path: mainOutputName,
contents: fs.readFileSync(tmpFile)
}));
fs.unlinkSync(tmpFile);
state = workerFiles ? 'workerfile' : 'stop';
break;
case 'workerfile':
// 'buildnumber' shall create BUILD_DIR for us
tmpFile = BUILD_DIR + '~' + workerOutputName + '.tmp';
bundle('src/pdf.js', tmpFile, 'src/', workerFiles, workerAMDName,
defines, false, versionJSON);
this.push(new gutil.File({
cwd: '',
base: '',
path: workerOutputName,
contents: fs.readFileSync(tmpFile)
}));
fs.unlinkSync(tmpFile);
state = 'stop';
break;
case 'stop':
this.push(null);
break;
}
};
return source;
}
function createWebBundle(defines) {
var versionJSON = JSON.parse(
fs.readFileSync(BUILD_DIR + 'version.json').toString());
var template, files, outputName, amdName;
if (defines.COMPONENTS) {
amdName = 'pdfjs-dist/web/pdf_viewer';
template = 'web/pdf_viewer.component.js';
files = [
'pdf_viewer.js',
'pdf_history.js',
'pdf_find_controller.js',
'download_manager.js'
];
outputName = 'pdf_viewer.js';
} else {
amdName = 'pdfjs-dist/web/viewer';
outputName = 'viewer.js';
template = 'web/viewer.js';
files = ['app.js'];
if (defines.FIREFOX || defines.MOZCENTRAL) {
files.push('firefoxcom.js', 'firefox_print_service.js');
} else if (defines.CHROME) {
files.push('chromecom.js', 'pdf_print_service.js');
} else if (defines.GENERIC) {
files.push('pdf_print_service.js');
}
}
var source = stream.Readable({ objectMode: true });
source._read = function () {
// 'buildnumber' shall create BUILD_DIR for us
var tmpFile = BUILD_DIR + '~' + outputName + '.tmp';
bundle(template, tmpFile, 'web/', files, amdName, defines, false,
versionJSON);
this.push(new gutil.File({
cwd: '',
base: '',
path: outputName,
contents: fs.readFileSync(tmpFile)
}));
fs.unlinkSync(tmpFile);
this.push(null);
};
return source;
}
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function checkFile(path) {
try {
var stat = fs.lstatSync(path);
return stat.isFile();
} catch (e) {
return false;
}
}
function createTestSource(testsName) {
var source = stream.Readable({ objectMode: true });
source._read = function () {
console.log();
console.log('### Running ' + testsName + ' tests');
var PDF_TEST = process.env['PDF_TEST'] || 'test_manifest.json';
var PDF_BROWSERS = process.env['PDF_BROWSERS'] ||
'resources/browser_manifests/browser_manifest.json';
if (!checkFile('test/' + PDF_BROWSERS)) {
console.log('Browser manifest file test/' + PDF_BROWSERS +
' does not exist.');
console.log('Copy and adjust the example in ' +
'test/resources/browser_manifests.');
this.emit('error', new Error('Missing manifest file'));
return null;
}
var args = ['test.js'];
switch (testsName) {
case 'browser':
args.push('--reftest', '--manifestFile=' + PDF_TEST);
break;
case 'browser (no reftest)':
args.push('--manifestFile=' + PDF_TEST);
break;
case 'unit':
args.push('--unitTest');
break;
case 'font':
args.push('--fontTest');
break;
default:
this.emit('error', new Error('Unknown name: ' + testsName));
return null;
}
args.push('--browserManifestFile=' + PDF_BROWSERS);
var testProcess = spawn('node', args, {cwd: TEST_DIR, stdio: 'inherit'});
testProcess.on('close', function (code) {
source.push(null);
});
};
return source;
}
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gulp.task('default', function() {
console.log('Available tasks:');
var tasks = Object.keys(gulp.tasks);
tasks.sort();
tasks.forEach(function (taskName) {
console.log(' ' + taskName);
});
});
gulp.task('extension', function (done) {
console.log();
console.log('### Building extensions');
runSequence('locale', 'firefox', 'chromium', done);
});
gulp.task('buildnumber', function (done) {
console.log();
console.log('### Getting extension build number');
exec('git log --format=oneline ' + config.baseVersion + '..',
function (err, stdout, stderr) {
var buildNumber = 0;
if (!err) {
// Build number is the number of commits since base version
buildNumber = stdout ? stdout.match(/\n/g).length : 0;
}
console.log('Extension build number: ' + buildNumber);
var version = config.versionPrefix + buildNumber;
exec('git log --format="%h" -n 1', function (err, stdout, stderr) {
var buildCommit = '';
if (!err) {
buildCommit = stdout.replace('\n', '');
}
createStringSource('version.json', JSON.stringify({
version: version,
build: buildNumber,
commit: buildCommit
}, null, 2))
.pipe(gulp.dest(BUILD_DIR))
.on('end', done);
});
});
});
gulp.task('bundle-firefox', ['buildnumber'], function () {
var defines = builder.merge(DEFINES, {FIREFOX: true});
return streamqueue({ objectMode: true },
createBundle(defines), createWebBundle(defines))
.pipe(gulp.dest(BUILD_DIR));
});
gulp.task('bundle-mozcentral', ['buildnumber'], function () {
var defines = builder.merge(DEFINES, {MOZCENTRAL: true});
return streamqueue({ objectMode: true },
createBundle(defines), createWebBundle(defines))
.pipe(gulp.dest(BUILD_DIR));
});
gulp.task('bundle-chromium', ['buildnumber'], function () {
var defines = builder.merge(DEFINES, {CHROME: true});
return streamqueue({ objectMode: true },
createBundle(defines), createWebBundle(defines))
.pipe(gulp.dest(BUILD_DIR));
});
gulp.task('bundle-singlefile', ['buildnumber'], function () {
var defines = builder.merge(DEFINES, {SINGLE_FILE: true});
return createBundle(defines).pipe(gulp.dest(BUILD_DIR));
});
gulp.task('bundle-generic', ['buildnumber'], function () {
var defines = builder.merge(DEFINES, {GENERIC: true});
return streamqueue({ objectMode: true },
createBundle(defines), createWebBundle(defines))
.pipe(gulp.dest(BUILD_DIR));
});
gulp.task('bundle-minified', ['buildnumber'], function () {
var defines = builder.merge(DEFINES, {MINIFIED: true, GENERIC: true});
return streamqueue({ objectMode: true },
createBundle(defines), createWebBundle(defines))
.pipe(gulp.dest(BUILD_DIR));
});
gulp.task('bundle-components', ['buildnumber'], function () {
var defines = builder.merge(DEFINES, {COMPONENTS: true, GENERIC: true});
return createWebBundle(defines).pipe(gulp.dest(BUILD_DIR));
});
gulp.task('bundle', ['buildnumber'], function () {
return createBundle(DEFINES).pipe(gulp.dest(BUILD_DIR));
});
gulp.task('jsdoc', function (done) {
console.log();
console.log('### Generating documentation (JSDoc)');
var JSDOC_FILES = [
'src/doc_helper.js',
'src/display/api.js',
'src/display/global.js',
'src/shared/util.js',
'src/core/annotation.js'
];
var directory = BUILD_DIR + JSDOC_DIR;
rimraf(directory, function () {
mkdirp(directory, function () {
var command = '"node_modules/.bin/jsdoc" -d ' + directory + ' ' +
JSDOC_FILES.join(' ');
exec(command, done);
});
});
});
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gulp.task('publish', ['generic'], function (done) {
var version = JSON.parse(
fs.readFileSync(BUILD_DIR + 'version.json').toString()).version;
config.stableVersion = config.betaVersion;
config.betaVersion = version;
createStringSource(CONFIG_FILE, JSON.stringify(config, null, 2))
.pipe(gulp.dest('.'))
.on('end', function () {
var targetName = 'pdfjs-' + version + '-dist.zip';
gulp.src(BUILD_DIR + 'generic/**')
.pipe(zip(targetName))
.pipe(gulp.dest(BUILD_DIR))
.on('end', function () {
console.log('Built distribution file: ' + targetName);
done();
});
});
});
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gulp.task('test', function () {
return streamqueue({ objectMode: true },
createTestSource('unit'), createTestSource('browser'));
});
gulp.task('bottest', function () {
return streamqueue({ objectMode: true },
createTestSource('unit'), createTestSource('font'),
createTestSource('browser (no reftest)'));
});
gulp.task('browsertest', function () {
return createTestSource('browser');
});
gulp.task('browsertest-noreftest', function () {
return createTestSource('browser (no reftest)');
});
gulp.task('unittest', function () {
return createTestSource('unit');
});
gulp.task('fonttest', function () {
return createTestSource('font');
});
gulp.task('botmakeref', function (done) {
console.log();
console.log('### Creating reference images');
var PDF_BROWSERS = process.env['PDF_BROWSERS'] ||
'resources/browser_manifests/browser_manifest.json';
if (!checkFile('test/' + PDF_BROWSERS)) {
console.log('Browser manifest file test/' + PDF_BROWSERS +
' does not exist.');
console.log('Copy and adjust the example in ' +
'test/resources/browser_manifests.');
done(new Error('Missing manifest file'));
return;
}
var args = ['test.js', '--masterMode', '--noPrompts',
'--browserManifestFile=' + PDF_BROWSERS];
var testProcess = spawn('node', args, {cwd: TEST_DIR, stdio: 'inherit'});
testProcess.on('close', function (code) {
done();
});
});
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gulp.task('unittestcli', function (done) {
var args = ['JASMINE_CONFIG_PATH=test/unit/clitests.json'];
var testProcess = spawn('node_modules/.bin/jasmine', args,
{stdio: 'inherit'});
testProcess.on('close', function (code) {
if (code !== 0) {
done(new Error('Unit tests failed.'));
return;
}
done();
});
});
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gulp.task('lint', function (done) {
console.log();
console.log('### Linting JS files');
Switch to using ESLint, instead of JSHint, for linting *Please note that most of the necessary code adjustments were made in PR 7890.* ESLint has a number of advantageous properties, compared to JSHint. Among those are: - The ability to find subtle bugs, thanks to more rules (e.g. PR 7881). - Much more customizable in general, and many rules allow fine-tuned behaviour rather than the just the on/off rules in JSHint. - Many more rules that can help developers avoid bugs, and a lot of rules that can be used to enforce a consistent coding style. The latter should be particularily useful for new contributors (and reduce the amount of stylistic review comments necessary). - The ability to easily specify exactly what rules to use/not to use, as opposed to JSHint which has a default set. *Note:* in future JSHint version some of the rules we depend on will be removed, according to warnings in http://jshint.com/docs/options/, so we wouldn't be able to update without losing lint coverage. - More easily disable one, or more, rules temporarily. In JSHint this requires using a numeric code, which isn't very user friendly, whereas in ESLint the rule name is simply used instead. By default there's no rules enabled in ESLint, but there are some default rule sets available. However, to prevent linting failures if we update ESLint in the future, it seemed easier to just explicitly specify what rules we want. Obviously this makes the ESLint config file somewhat bigger than the old JSHint config file, but given how rarely that one has been updated over the years I don't think that matters too much. I've tried, to the best of my ability, to ensure that we enable the same rules for ESLint that we had for JSHint. Furthermore, I've also enabled a number of rules that seemed to make sense, both to catch possible errors *and* various style guide violations. Despite the ESLint README claiming that it's slower that JSHint, https://github.com/eslint/eslint#how-does-eslint-performance-compare-to-jshint, locally this patch actually reduces the runtime for `gulp` lint (by approximately 20-25%). A couple of stylistic rules that would have been nice to enable, but where our code currently differs to much to make it feasible: - `comma-dangle`, controls trailing commas in Objects and Arrays (among others). - `object-curly-spacing`, controls spacing inside of Objects. - `spaced-comment`, used to enforce spaces after `//` and `/*. (This is made difficult by the fact that there's still some usage of the old preprocessor left.) Rules that I indend to look into possibly enabling in follow-ups, if it seems to make sense: `no-else-return`, `no-lonely-if`, `brace-style` with the `allowSingleLine` parameter removed. Useful links: - http://eslint.org/docs/user-guide/configuring - http://eslint.org/docs/rules/
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// Ensure that we lint the Firefox specific *.jsm files too.
var options = ['node_modules/eslint/bin/eslint', '--ext', '.js,.jsm', '.'];
var esLintProcess = spawn('node', options, {stdio: 'inherit'});
esLintProcess.on('close', function (code) {
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if (code !== 0) {
Switch to using ESLint, instead of JSHint, for linting *Please note that most of the necessary code adjustments were made in PR 7890.* ESLint has a number of advantageous properties, compared to JSHint. Among those are: - The ability to find subtle bugs, thanks to more rules (e.g. PR 7881). - Much more customizable in general, and many rules allow fine-tuned behaviour rather than the just the on/off rules in JSHint. - Many more rules that can help developers avoid bugs, and a lot of rules that can be used to enforce a consistent coding style. The latter should be particularily useful for new contributors (and reduce the amount of stylistic review comments necessary). - The ability to easily specify exactly what rules to use/not to use, as opposed to JSHint which has a default set. *Note:* in future JSHint version some of the rules we depend on will be removed, according to warnings in http://jshint.com/docs/options/, so we wouldn't be able to update without losing lint coverage. - More easily disable one, or more, rules temporarily. In JSHint this requires using a numeric code, which isn't very user friendly, whereas in ESLint the rule name is simply used instead. By default there's no rules enabled in ESLint, but there are some default rule sets available. However, to prevent linting failures if we update ESLint in the future, it seemed easier to just explicitly specify what rules we want. Obviously this makes the ESLint config file somewhat bigger than the old JSHint config file, but given how rarely that one has been updated over the years I don't think that matters too much. I've tried, to the best of my ability, to ensure that we enable the same rules for ESLint that we had for JSHint. Furthermore, I've also enabled a number of rules that seemed to make sense, both to catch possible errors *and* various style guide violations. Despite the ESLint README claiming that it's slower that JSHint, https://github.com/eslint/eslint#how-does-eslint-performance-compare-to-jshint, locally this patch actually reduces the runtime for `gulp` lint (by approximately 20-25%). A couple of stylistic rules that would have been nice to enable, but where our code currently differs to much to make it feasible: - `comma-dangle`, controls trailing commas in Objects and Arrays (among others). - `object-curly-spacing`, controls spacing inside of Objects. - `spaced-comment`, used to enforce spaces after `//` and `/*. (This is made difficult by the fact that there's still some usage of the old preprocessor left.) Rules that I indend to look into possibly enabling in follow-ups, if it seems to make sense: `no-else-return`, `no-lonely-if`, `brace-style` with the `allowSingleLine` parameter removed. Useful links: - http://eslint.org/docs/user-guide/configuring - http://eslint.org/docs/rules/
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done(new Error('ESLint failed.'));
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return;
}
console.log();
console.log('### Checking UMD dependencies');
var umd = require('./external/umdutils/verifier.js');
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var paths = {
'pdfjs': './src',
'pdfjs-web': './web',
'pdfjs-test': './test'
};
if (!umd.validateFiles(paths)) {
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done(new Error('UMD check failed.'));
return;
}
console.log();
console.log('### Checking supplemental files');
if (!checkChromePreferencesFile(
'extensions/chromium/preferences_schema.json',
'web/default_preferences.json')) {
done(new Error('chromium/preferences_schema is not in sync.'));
return;
}
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console.log('files checked, no errors found');
done();
});
});
gulp.task('server', function (done) {
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console.log();
console.log('### Starting local server');
var WebServer = require('./test/webserver.js').WebServer;
var server = new WebServer();
server.port = 8888;
server.start();
});
gulp.task('clean', function(callback) {
console.log();
console.log('### Cleaning up project builds');
rimraf(BUILD_DIR, callback);
});
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gulp.task('makefile', function () {
var makefileContent = 'help:\n\tgulp\n\n';
var targetsNames = [];
for (var i in target) {
makefileContent += i + ':\n\tgulp ' + i + '\n\n';
targetsNames.push(i);
}
makefileContent += '.PHONY: ' + targetsNames.join(' ') + '\n';
return createStringSource('Makefile', makefileContent)
.pipe(gulp.dest('.'));
});
gulp.task('importl10n', function(done) {
var locales = require('./external/importL10n/locales.js');
console.log();
console.log('### Importing translations from mozilla-aurora');
if (!fs.existsSync(L10N_DIR)) {
fs.mkdirSync(L10N_DIR);
}
locales.downloadL10n(L10N_DIR, done);
});
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// Getting all shelljs registered tasks and register them with gulp
var gulpContext = false;
for (var taskName in global.target) {
if (taskName in gulp.tasks) {
continue;
}
var task = (function (shellJsTask) {
return function () {
gulpContext = true;
try {
shellJsTask.call(global.target);
} finally {
gulpContext = false;
}
};
})(global.target[taskName]);
gulp.task(taskName, task);
}
Object.keys(gulp.tasks).forEach(function (taskName) {
var oldTask = global.target[taskName] || function () {
gulp.run(taskName);
};
global.target[taskName] = function (args) {
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// The require('shelljs/make') import in make.js will try to execute tasks
// listed in arguments, guarding with gulpContext
if (gulpContext) {
oldTask.call(global.target, args);
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}
};
});