aiber-test/platforms/ios/cordova/lib/build.js
2020-12-18 09:30:04 +00:00

442 lines
20 KiB
JavaScript

/**
* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you 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.
*/
const path = require('path');
const which = require('which');
const {
CordovaError,
events,
superspawn: { spawn }
} = require('cordova-common');
const fs = require('fs-extra');
const plist = require('plist');
const util = require('util');
const check_reqs = require('./check_reqs');
const projectFile = require('./projectFile');
// These are regular expressions to detect if the user is changing any of the built-in xcodebuildArgs
/* eslint-disable no-useless-escape */
const buildFlagMatchers = {
workspace: /^\-workspace\s*(.*)/,
scheme: /^\-scheme\s*(.*)/,
configuration: /^\-configuration\s*(.*)/,
sdk: /^\-sdk\s*(.*)/,
destination: /^\-destination\s*(.*)/,
archivePath: /^\-archivePath\s*(.*)/,
configuration_build_dir: /^(CONFIGURATION_BUILD_DIR=.*)/,
shared_precomps_dir: /^(SHARED_PRECOMPS_DIR=.*)/
};
/* eslint-enable no-useless-escape */
/**
* Creates a project object (see projectFile.js/parseProjectFile) from
* a project path and name
*
* @param {*} projectPath
* @param {*} projectName
*/
function createProjectObject (projectPath, projectName) {
const locations = {
root: projectPath,
pbxproj: path.join(projectPath, `${projectName}.xcodeproj`, 'project.pbxproj')
};
return projectFile.parse(locations);
}
/**
* Returns a promise that resolves to the default simulator target; the logic here
* matches what `cordova emulate ios` does.
*
* The return object has two properties: `name` (the Xcode destination name),
* `identifier` (the simctl identifier), and `simIdentifier` (essentially the cordova emulate target)
*
* @return {Promise}
*/
function getDefaultSimulatorTarget () {
return require('./listEmulatorBuildTargets').run()
.then(emulators => {
let targetEmulator;
if (emulators.length > 0) {
targetEmulator = emulators[0];
}
emulators.forEach(emulator => {
if (emulator.name.indexOf('iPhone') === 0) {
targetEmulator = emulator;
}
});
return targetEmulator;
});
}
module.exports.run = buildOpts => {
let emulatorTarget = '';
const projectPath = path.join(__dirname, '..', '..');
let projectName = '';
buildOpts = buildOpts || {};
if (buildOpts.debug && buildOpts.release) {
return Promise.reject(new CordovaError('Cannot specify "debug" and "release" options together.'));
}
if (buildOpts.device && buildOpts.emulator) {
return Promise.reject(new CordovaError('Cannot specify "device" and "emulator" options together.'));
}
if (buildOpts.buildConfig) {
if (!fs.existsSync(buildOpts.buildConfig)) {
return Promise.reject(new CordovaError(`Build config file does not exist: ${buildOpts.buildConfig}`));
}
events.emit('log', `Reading build config file: ${path.resolve(buildOpts.buildConfig)}`);
const contents = fs.readFileSync(buildOpts.buildConfig, 'utf-8');
const buildConfig = JSON.parse(contents.replace(/^\ufeff/, '')); // Remove BOM
if (buildConfig.ios) {
const buildType = buildOpts.release ? 'release' : 'debug';
const config = buildConfig.ios[buildType];
if (config) {
['codeSignIdentity', 'codeSignResourceRules', 'provisioningProfile', 'developmentTeam', 'packageType', 'buildFlag', 'iCloudContainerEnvironment', 'automaticProvisioning'].forEach(
key => {
buildOpts[key] = buildOpts[key] || config[key];
});
}
}
}
return require('./listDevices').run()
.then(devices => {
if (devices.length > 0 && !(buildOpts.emulator)) {
// we also explicitly set device flag in options as we pass
// those parameters to other api (build as an example)
buildOpts.device = true;
return check_reqs.check_ios_deploy();
}
}).then(() => {
// CB-12287: Determine the device we should target when building for a simulator
if (!buildOpts.device) {
let newTarget = buildOpts.target || '';
if (newTarget) {
// only grab the device name, not the runtime specifier
newTarget = newTarget.split(',')[0];
}
// a target was given to us, find the matching Xcode destination name
const promise = require('./listEmulatorBuildTargets').targetForSimIdentifier(newTarget);
return promise.then(theTarget => {
if (!theTarget) {
return getDefaultSimulatorTarget().then(defaultTarget => {
emulatorTarget = defaultTarget.name;
events.emit('warn', `No simulator found for "${newTarget}. Falling back to the default target.`);
events.emit('log', `Building for "${emulatorTarget}" Simulator (${defaultTarget.identifier}, ${defaultTarget.simIdentifier}).`);
return emulatorTarget;
});
} else {
emulatorTarget = theTarget.name;
events.emit('log', `Building for "${emulatorTarget}" Simulator (${theTarget.identifier}, ${theTarget.simIdentifier}).`);
return emulatorTarget;
}
});
}
})
.then(() => check_reqs.run())
.then(() => findXCodeProjectIn(projectPath))
.then(name => {
projectName = name;
let extraConfig = '';
if (buildOpts.codeSignIdentity) {
extraConfig += `CODE_SIGN_IDENTITY = ${buildOpts.codeSignIdentity}\n`;
extraConfig += `CODE_SIGN_IDENTITY[sdk=iphoneos*] = ${buildOpts.codeSignIdentity}\n`;
}
if (buildOpts.codeSignResourceRules) {
extraConfig += `CODE_SIGN_RESOURCE_RULES_PATH = ${buildOpts.codeSignResourceRules}\n`;
}
if (buildOpts.provisioningProfile) {
extraConfig += `PROVISIONING_PROFILE = ${buildOpts.provisioningProfile}\n`;
}
if (buildOpts.developmentTeam) {
extraConfig += `DEVELOPMENT_TEAM = ${buildOpts.developmentTeam}\n`;
}
function writeCodeSignStyle (value) {
const project = createProjectObject(projectPath, projectName);
events.emit('verbose', `Set CODE_SIGN_STYLE Build Property to ${value}.`);
project.xcode.updateBuildProperty('CODE_SIGN_STYLE', value);
events.emit('verbose', `Set ProvisioningStyle Target Attribute to ${value}.`);
project.xcode.addTargetAttribute('ProvisioningStyle', value);
project.write();
}
if (buildOpts.provisioningProfile) {
events.emit('verbose', 'ProvisioningProfile build option set, changing project settings to Manual.');
writeCodeSignStyle('Manual');
} else if (buildOpts.automaticProvisioning) {
events.emit('verbose', 'ProvisioningProfile build option NOT set, changing project settings to Automatic.');
writeCodeSignStyle('Automatic');
}
return fs.writeFile(path.join(__dirname, '..', 'build-extras.xcconfig'), extraConfig, 'utf-8');
}).then(() => {
const configuration = buildOpts.release ? 'Release' : 'Debug';
events.emit('log', `Building project: ${path.join(projectPath, `${projectName}.xcworkspace`)}`);
events.emit('log', `\tConfiguration: ${configuration}`);
events.emit('log', `\tPlatform: ${buildOpts.device ? 'device' : 'emulator'}`);
events.emit('log', `\tTarget: ${emulatorTarget}`);
const buildOutputDir = path.join(projectPath, 'build', (buildOpts.device ? 'device' : 'emulator'));
// remove the build/device folder before building
fs.removeSync(buildOutputDir);
const xcodebuildArgs = getXcodeBuildArgs(projectName, projectPath, configuration, buildOpts.device, buildOpts.buildFlag, emulatorTarget, buildOpts.automaticProvisioning);
return spawn('xcodebuild', xcodebuildArgs, { cwd: projectPath, printCommand: true, stdio: 'inherit' });
}).then(() => {
if (!buildOpts.device || buildOpts.noSign) {
return;
}
const project = createProjectObject(projectPath, projectName);
const bundleIdentifier = project.getPackageName();
const exportOptions = { compileBitcode: false, method: 'development' };
if (buildOpts.packageType) {
exportOptions.method = buildOpts.packageType;
}
if (buildOpts.iCloudContainerEnvironment) {
exportOptions.iCloudContainerEnvironment = buildOpts.iCloudContainerEnvironment;
}
if (buildOpts.developmentTeam) {
exportOptions.teamID = buildOpts.developmentTeam;
}
if (buildOpts.provisioningProfile && bundleIdentifier) {
exportOptions.provisioningProfiles = { [bundleIdentifier]: String(buildOpts.provisioningProfile) };
exportOptions.signingStyle = 'manual';
}
if (buildOpts.codeSignIdentity) {
exportOptions.signingCertificate = buildOpts.codeSignIdentity;
}
const exportOptionsPlist = plist.build(exportOptions);
const exportOptionsPath = path.join(projectPath, 'exportOptions.plist');
const buildOutputDir = path.join(projectPath, 'build', 'device');
function checkSystemRuby () {
const ruby_cmd = which.sync('ruby', { nothrow: true });
if (ruby_cmd !== '/usr/bin/ruby') {
events.emit('warn', 'Non-system Ruby in use. This may cause packaging to fail.\n' +
'If you use RVM, please run `rvm use system`.\n' +
'If you use chruby, please run `chruby system`.');
}
}
function packageArchive () {
const xcodearchiveArgs = getXcodeArchiveArgs(projectName, projectPath, buildOutputDir, exportOptionsPath, buildOpts.automaticProvisioning);
return spawn('xcodebuild', xcodearchiveArgs, { cwd: projectPath, printCommand: true, stdio: 'inherit' });
}
return fs.writeFile(exportOptionsPath, exportOptionsPlist, 'utf-8')
.then(checkSystemRuby)
.then(packageArchive);
});
};
/**
* Searches for first XCode project in specified folder
* @param {String} projectPath Path where to search project
* @return {Promise} Promise either fulfilled with project name or rejected
*/
function findXCodeProjectIn (projectPath) {
// 'Searching for Xcode project in ' + projectPath);
const xcodeProjFiles = fs.readdirSync(projectPath).filter(name => path.extname(name) === '.xcodeproj');
if (xcodeProjFiles.length === 0) {
return Promise.reject(new CordovaError(`No Xcode project found in ${projectPath}`));
}
if (xcodeProjFiles.length > 1) {
events.emit('warn', `Found multiple .xcodeproj directories in \n${projectPath}\nUsing first one`);
}
const projectName = path.basename(xcodeProjFiles[0], '.xcodeproj');
return Promise.resolve(projectName);
}
module.exports.findXCodeProjectIn = findXCodeProjectIn;
/**
* Returns array of arguments for xcodebuild
* @param {String} projectName Name of xcode project
* @param {String} projectPath Path to project file. Will be used to set CWD for xcodebuild
* @param {String} configuration Configuration name: debug|release
* @param {Boolean} isDevice Flag that specify target for package (device/emulator)
* @param {Array} buildFlags
* @param {String} emulatorTarget Target for emulator (rather than default)
* @param {Boolean} autoProvisioning Whether to allow Xcode to automatically update provisioning
* @return {Array} Array of arguments that could be passed directly to spawn method
*/
function getXcodeBuildArgs (projectName, projectPath, configuration, isDevice, buildFlags, emulatorTarget, autoProvisioning) {
let options;
let buildActions;
let settings;
const customArgs = {};
customArgs.otherFlags = [];
if (buildFlags) {
if (typeof buildFlags === 'string' || buildFlags instanceof String) {
parseBuildFlag(buildFlags, customArgs);
} else { // buildFlags is an Array of strings
buildFlags.forEach(flag => {
parseBuildFlag(flag, customArgs);
});
}
}
if (isDevice) {
options = [
'-workspace', customArgs.workspace || `${projectName}.xcworkspace`,
'-scheme', customArgs.scheme || projectName,
'-configuration', customArgs.configuration || configuration,
'-destination', customArgs.destination || 'generic/platform=iOS',
'-archivePath', customArgs.archivePath || `${projectName}.xcarchive`
];
buildActions = ['archive'];
settings = [
customArgs.configuration_build_dir || `CONFIGURATION_BUILD_DIR=${path.join(projectPath, 'build', 'device')}`,
customArgs.shared_precomps_dir || `SHARED_PRECOMPS_DIR=${path.join(projectPath, 'build', 'sharedpch')}`
];
// Add other matched flags to otherFlags to let xcodebuild present an appropriate error.
// This is preferable to just ignoring the flags that the user has passed in.
if (customArgs.sdk) {
customArgs.otherFlags = customArgs.otherFlags.concat(['-sdk', customArgs.sdk]);
}
if (autoProvisioning) {
options = options.concat(['-allowProvisioningUpdates']);
}
} else { // emulator
options = [
'-workspace', customArgs.project || `${projectName}.xcworkspace`,
'-scheme', customArgs.scheme || projectName,
'-configuration', customArgs.configuration || configuration,
'-sdk', customArgs.sdk || 'iphonesimulator',
'-destination', customArgs.destination || `platform=iOS Simulator,name=${emulatorTarget}`
];
buildActions = ['build'];
settings = [
customArgs.configuration_build_dir || `CONFIGURATION_BUILD_DIR=${path.join(projectPath, 'build', 'emulator')}`,
customArgs.shared_precomps_dir || `SHARED_PRECOMPS_DIR=${path.join(projectPath, 'build', 'sharedpch')}`
];
// Add other matched flags to otherFlags to let xcodebuild present an appropriate error.
// This is preferable to just ignoring the flags that the user has passed in.
if (customArgs.archivePath) {
customArgs.otherFlags = customArgs.otherFlags.concat(['-archivePath', customArgs.archivePath]);
}
}
return options.concat(buildActions).concat(settings).concat(customArgs.otherFlags);
}
/**
* Returns array of arguments for xcodebuild
* @param {String} projectName Name of xcode project
* @param {String} projectPath Path to project file. Will be used to set CWD for xcodebuild
* @param {String} outputPath Output directory to contain the IPA
* @param {String} exportOptionsPath Path to the exportOptions.plist file
* @param {Boolean} autoProvisioning Whether to allow Xcode to automatically update provisioning
* @return {Array} Array of arguments that could be passed directly to spawn method
*/
function getXcodeArchiveArgs (projectName, projectPath, outputPath, exportOptionsPath, autoProvisioning) {
return [
'-exportArchive',
'-archivePath', `${projectName}.xcarchive`,
'-exportOptionsPlist', exportOptionsPath,
'-exportPath', outputPath
].concat(autoProvisioning ? ['-allowProvisioningUpdates'] : []);
}
function parseBuildFlag (buildFlag, args) {
let matched;
for (const key in buildFlagMatchers) {
const found = buildFlag.match(buildFlagMatchers[key]);
if (found) {
matched = true;
// found[0] is the whole match, found[1] is the first match in parentheses.
args[key] = found[1];
events.emit('warn', util.format('Overriding xcodebuildArg: %s', buildFlag));
}
}
if (!matched) {
// If the flag starts with a '-' then it is an xcodebuild built-in option or a
// user-defined setting. The regex makes sure that we don't split a user-defined
// setting that is wrapped in quotes.
/* eslint-disable no-useless-escape */
if (buildFlag[0] === '-' && !buildFlag.match(/^.*=(\".*\")|(\'.*\')$/)) {
args.otherFlags = args.otherFlags.concat(buildFlag.split(' '));
events.emit('warn', util.format('Adding xcodebuildArg: %s', buildFlag.split(' ')));
} else {
args.otherFlags.push(buildFlag);
events.emit('warn', util.format('Adding xcodebuildArg: %s', buildFlag));
}
}
}
// help/usage function
module.exports.help = function help () {
console.log('');
console.log('Usage: build [--debug | --release] [--archs=\"<list of architectures...>\"]');
console.log(' [--device | --simulator] [--codeSignIdentity=\"<identity>\"]');
console.log(' [--codeSignResourceRules=\"<resourcerules path>\"]');
console.log(' [--developmentTeam=\"<Team ID>\"]');
console.log(' [--provisioningProfile=\"<provisioning profile>\"]');
console.log(' --help : Displays this dialog.');
console.log(' --debug : Builds project in debug mode. (Default)');
console.log(' --release : Builds project in release mode.');
console.log(' -r : Shortcut :: builds project in release mode.');
/* eslint-enable no-useless-escape */
// TODO: add support for building different archs
// console.log(" --archs : Builds project binaries for specific chip architectures (`anycpu`, `arm`, `x86`, `x64`).");
console.log(' --device, --simulator');
console.log(' : Specifies, what type of project to build');
console.log(' --codeSignIdentity : Type of signing identity used for code signing.');
console.log(' --codeSignResourceRules : Path to ResourceRules.plist.');
console.log(' --developmentTeam : New for Xcode 8. The development team (Team ID)');
console.log(' to use for code signing.');
console.log(' --provisioningProfile : UUID of the profile.');
console.log(' --device --noSign : Builds project without application signing.');
console.log('');
console.log('examples:');
console.log(' build ');
console.log(' build --debug');
console.log(' build --release');
console.log(' build --codeSignIdentity="iPhone Distribution" --provisioningProfile="926c2bd6-8de9-4c2f-8407-1016d2d12954"');
// TODO: add support for building different archs
// console.log(" build --release --archs=\"armv7\"");
console.log('');
process.exit(0);
};