android-project-service.ts

///<reference path="../.d.ts"/>
"use strict";
import * as path from "path";
import * as shell from "shelljs";
import Future = require("fibers/future");
import * as constants from "../constants";
import * as semver from "semver";
import * as projectServiceBaseLib from "./platform-project-service-base";
import * as androidDebugBridgePath from "../common/mobile/android/android-debug-bridge";

export class AndroidProjectService extends projectServiceBaseLib.PlatformProjectServiceBase implements IPlatformProjectService {
	private static VALUES_DIRNAME = "values";
	private static VALUES_VERSION_DIRNAME_PREFIX = AndroidProjectService.VALUES_DIRNAME + "-v";
	private static ANDROID_PLATFORM_NAME = "android";
	private static LIBS_FOLDER_NAME = "libs";
	private static MIN_RUNTIME_VERSION_WITH_GRADLE = "1.3.0";

	private _androidProjectPropertiesManagers: IDictionary<IAndroidProjectPropertiesManager>;

	constructor(private $androidEmulatorServices: Mobile.IEmulatorPlatformServices,
		private $androidToolsInfo: IAndroidToolsInfo,
		private $childProcess: IChildProcess,
		private $errors: IErrors,
		$fs: IFileSystem,
		private $hostInfo: IHostInfo,
		private $logger: ILogger,
		private $options: IOptions,
		$projectData: IProjectData,
		$projectDataService: IProjectDataService,
		private $sysInfo: ISysInfo,
		private $mobileHelper: Mobile.IMobileHelper,
		private $injector: IInjector) {
			super($fs, $projectData, $projectDataService);
			this._androidProjectPropertiesManagers = Object.create(null);
	}

	private _platformData: IPlatformData = null;
	public get platformData(): IPlatformData {
		if (!this._platformData) {
			let projectRoot = path.join(this.$projectData.platformsDir, "android");
			let packageName = this.getProjectNameFromId();
			this._platformData = {
				frameworkPackageName: "tns-android",
				normalizedPlatformName: "Android",
				appDestinationDirectoryPath: path.join(projectRoot, "src", "main", "assets"),
				platformProjectService: this,
				emulatorServices: this.$androidEmulatorServices,
				projectRoot: projectRoot,
				deviceBuildOutputPath: path.join(projectRoot, "build", "outputs", "apk"),
				validPackageNamesForDevice: [
					`${packageName}-debug.apk`,
					`${packageName}-release.apk`,
					`${this.$projectData.projectName}-debug.apk`,
					`${this.$projectData.projectName}-release.apk`
				],
				frameworkFilesExtensions: [".jar", ".dat", ".so"],
				configurationFileName: "AndroidManifest.xml",
				configurationFilePath: path.join(projectRoot, "src", "main", "AndroidManifest.xml"),
				relativeToFrameworkConfigurationFilePath: path.join("src", "main", "AndroidManifest.xml"),
				mergeXmlConfig: [{ "nodename": "manifest", "attrname": "*" }, {"nodename": "application", "attrname": "*"}]
			};
		}

		return this._platformData;
	}

	public getAppResourcesDestinationDirectoryPath(frameworkVersion?: string): IFuture<string> {
		return (() => {
			if(this.canUseGradle(frameworkVersion).wait()) {
				return path.join(this.platformData.projectRoot, "src", "main", "res");
			}

			return path.join(this.platformData.projectRoot, "res");
		}).future<string>()();
	}

	public validate(): IFuture<void> {
		return (() => {
			this.validatePackageName(this.$projectData.projectId);
			this.validateProjectName(this.$projectData.projectName);

			// this call will fail in case `android` is not set correctly.
			this.$androidToolsInfo.getPathToAndroidExecutable().wait();
			this.$androidToolsInfo.validateJavacVersion(this.$sysInfo.getSysInfo().javacVersion, {showWarningsAsErrors: true}).wait();
		}).future<void>()();
	}

	public createProject(frameworkDir: string, frameworkVersion: string): IFuture<void> {
		return (() => {
			if(semver.lt(frameworkVersion, AndroidProjectService.MIN_RUNTIME_VERSION_WITH_GRADLE)) {
				this.$errors.failWithoutHelp(`The NativeScript CLI requires Android runtime ${AndroidProjectService.MIN_RUNTIME_VERSION_WITH_GRADLE} or later to work properly.`);
			}

			this.$fs.ensureDirectoryExists(this.platformData.projectRoot).wait();
			this.$androidToolsInfo.validateInfo({showWarningsAsErrors: true, validateTargetSdk: true}).wait();
			let androidToolsInfo = this.$androidToolsInfo.getToolsInfo().wait();
			let targetSdkVersion = androidToolsInfo.targetSdkVersion;
			this.$logger.trace(`Using Android SDK '${targetSdkVersion}'.`);
			if(this.$options.symlink) {
				this.symlinkDirectory("build-tools", this.platformData.projectRoot, frameworkDir).wait();
				this.symlinkDirectory("libs", this.platformData.projectRoot, frameworkDir).wait();
			} else {
				this.copy(this.platformData.projectRoot, frameworkDir, "build-tools libs", "-R");
			}

			// These files and directories should not be symlinked as CLI is modifying them and we'll change the original values as well.
			this.copy(this.platformData.projectRoot, frameworkDir, "src", "-R");
			this.copy(this.platformData.projectRoot, frameworkDir, "build.gradle settings.gradle", "-f");

			if (this.useGradleWrapper(frameworkDir)) {
				this.copy(this.platformData.projectRoot, frameworkDir, "gradle", "-R");
				this.copy(this.platformData.projectRoot, frameworkDir, "gradlew gradlew.bat", "-f");
			}

			this.cleanResValues(targetSdkVersion, frameworkVersion).wait();

		}).future<any>()();
	}

	private useGradleWrapper(frameworkDir: string): boolean {
		let gradlew = path.join(frameworkDir, "gradlew");
		return this.$fs.exists(gradlew).wait();
	}

	private cleanResValues(targetSdkVersion: number, frameworkVersion: string): IFuture<void> {
		return (() => {
			let resDestinationDir = this.getAppResourcesDestinationDirectoryPath(frameworkVersion).wait();
			let directoriesInResFolder = this.$fs.readDirectory(resDestinationDir).wait();
			let directoriesToClean = directoriesInResFolder
				.map(dir => { return {
						dirName: dir,
						sdkNum: parseInt(dir.substr(AndroidProjectService.VALUES_VERSION_DIRNAME_PREFIX.length))
					};
				})
				.filter(dir => dir.dirName.match(AndroidProjectService.VALUES_VERSION_DIRNAME_PREFIX)
								&& dir.sdkNum
								&& (!targetSdkVersion || (targetSdkVersion < dir.sdkNum)))
				.map(dir => path.join(resDestinationDir, dir.dirName));
			this.$logger.trace("Directories to clean:");
			this.$logger.trace(directoriesToClean);
			Future.wait(_.map(directoriesToClean, dir => this.$fs.deleteDirectory(dir)));
		}).future<void>()();
	}

	public interpolateData(): IFuture<void> {
		return (() => {
			// Interpolate the apilevel and package
			this.interpolateConfigurationFile().wait();

			let stringsFilePath = path.join(this.getAppResourcesDestinationDirectoryPath().wait(), 'values', 'strings.xml');
			shell.sed('-i', /__NAME__/, this.$projectData.projectName, stringsFilePath);
			shell.sed('-i', /__TITLE_ACTIVITY__/, this.$projectData.projectName, stringsFilePath);

			let gradleSettingsFilePath = path.join(this.platformData.projectRoot, "settings.gradle");
			shell.sed('-i', /__PROJECT_NAME__/, this.getProjectNameFromId(), gradleSettingsFilePath);
		}).future<void>()();
	}

	public interpolateConfigurationFile(): IFuture<void> {
		return (() => {
			let manifestPath = this.platformData.configurationFilePath;
			shell.sed('-i', /__PACKAGE__/, this.$projectData.projectId, manifestPath);
			shell.sed('-i', /__APILEVEL__/, this.$options.sdk || this.$androidToolsInfo.getToolsInfo().wait().compileSdkVersion.toString(), manifestPath);
		}).future<void>()();
	}

	private getProjectNameFromId(): string {
		let id: string;
		if(this.$projectData && this.$projectData.projectId) {
			id = this.$projectData.projectId.split(".")[2];
		}

		return id;
	}

	public afterCreateProject(projectRoot: string): IFuture<void> {
		return Future.fromResult();
	}

	public canUpdatePlatform(currentVersion: string, newVersion: string): IFuture<boolean> {
		return Future.fromResult(true);
	}

	public updatePlatform(currentVersion: string, newVersion: string, canUpdate: boolean, addPlatform?: Function, removePlatforms?: (platforms: string[]) => IFuture<void>): IFuture<boolean> {
		return (() => {
			if(semver.eq(newVersion, AndroidProjectService.MIN_RUNTIME_VERSION_WITH_GRADLE)) {
				let platformLowercase = this.platformData.normalizedPlatformName.toLowerCase();
				removePlatforms([platformLowercase.split("@")[0]]).wait();
				addPlatform(platformLowercase).wait();
				return false;
			}

			return true;
		}).future<boolean>()();
	}

	public buildProject(projectRoot: string, buildConfig?: IBuildConfig): IFuture<void> {
		return (() => {
			if(this.canUseGradle().wait()) {
				this.$androidToolsInfo.validateInfo({showWarningsAsErrors: true, validateTargetSdk: true}).wait();
				let androidToolsInfo = this.$androidToolsInfo.getToolsInfo().wait();
				let compileSdk = androidToolsInfo.compileSdkVersion;
				let targetSdk = this.getTargetFromAndroidManifest().wait() || compileSdk;
				let buildToolsVersion = androidToolsInfo.buildToolsVersion;
				let appCompatVersion = androidToolsInfo.supportRepositoryVersion;
				let buildOptions = ["buildapk",
					`-PcompileSdk=android-${compileSdk}`,
					`-PtargetSdk=${targetSdk}`,
					`-PbuildToolsVersion=${buildToolsVersion}`,
					`-PsupportVersion=${appCompatVersion}`,
				];

				if(this.$options.release) {
					buildOptions.push("-Prelease");
					buildOptions.push(`-PksPath=${path.resolve(this.$options.keyStorePath)}`);
					buildOptions.push(`-Palias=${this.$options.keyStoreAlias}`);
					buildOptions.push(`-Ppassword=${this.$options.keyStoreAliasPassword}`);
					buildOptions.push(`-PksPassword=${this.$options.keyStorePassword}`);
				}

				if (buildConfig && buildConfig.runSbGenerator) {
					buildOptions.push("-PrunSBGenerator");
				}

				let gradleBin = this.useGradleWrapper(projectRoot) ? path.join(projectRoot, "gradlew") : "gradle";
				this.spawn(gradleBin, buildOptions, { stdio: "inherit", cwd: this.platformData.projectRoot }).wait();
			} else {
				this.checkAnt().wait();

				let args = this.getAntArgs(this.$options.release ? "release" : "debug", projectRoot);
				this.spawn('ant', args).wait();

				this.platformData.deviceBuildOutputPath = path.join(this.platformData.projectRoot, "bin");
			}
		}).future<void>()();
	}

	public isPlatformPrepared(projectRoot: string): IFuture<boolean> {
		return this.$fs.exists(path.join(this.platformData.appDestinationDirectoryPath, constants.APP_FOLDER_NAME));
	}

	public addLibrary(libraryPath: string): IFuture<void> {
		return (() => {
			if(this.$fs.exists(path.join(libraryPath, "project.properties")).wait()) {
				this.$errors.failWithoutHelp("Unable to add android library. You can use `library add` command only with path to folder containing one or more .jar files.");
			}

			let name = path.basename(libraryPath);
			let targetLibPath = this.getLibraryPath(name);

			let targetPath = path.dirname(targetLibPath);
			this.$fs.ensureDirectoryExists(targetPath).wait();

			shell.cp("-f", path.join(libraryPath, "*.jar"), targetPath);
			let projectLibsDir = path.join(this.platformData.projectRoot, "libs");
			this.$fs.ensureDirectoryExists(projectLibsDir).wait();
			shell.cp("-f", path.join(libraryPath, "*.jar"), projectLibsDir);
		}).future<void>()();
	}

	public getFrameworkFilesExtensions(): string[] {
		return [".jar", ".dat"];
	}

	public prepareProject(): IFuture<void> {
		return Future.fromResult();
	}

	public prepareAppResources(appResourcesDirectoryPath: string): IFuture<void> {
		return (() => {
			let resourcesDirPath = path.join(appResourcesDirectoryPath, this.platformData.normalizedPlatformName);
			let valuesDirRegExp = /^values/;
			let resourcesDirs = this.$fs.readDirectory(resourcesDirPath).wait().filter(resDir => !resDir.match(valuesDirRegExp));
			_.each(resourcesDirs, resourceDir => {
				this.$fs.deleteDirectory(path.join(this.getAppResourcesDestinationDirectoryPath().wait(), resourceDir)).wait();
			});
		}).future<void>()();
	}

	public preparePluginNativeCode(pluginData: IPluginData): IFuture<void> {
		return (() => {
			let pluginPlatformsFolderPath = this.getPluginPlatformsFolderPath(pluginData, AndroidProjectService.ANDROID_PLATFORM_NAME);

			// Handle *.jars inside libs folder
			let libsFolderPath = path.join(pluginPlatformsFolderPath, AndroidProjectService.LIBS_FOLDER_NAME);
			if(this.$fs.exists(libsFolderPath).wait()) {
				this.addLibrary(libsFolderPath).wait();
			}
		}).future<void>()();
	}

	public removePluginNativeCode(pluginData: IPluginData): IFuture<void> {
		return (() => {
			try {
				let pluginPlatformsFolderPath = this.getPluginPlatformsFolderPath(pluginData, AndroidProjectService.ANDROID_PLATFORM_NAME);
				let libsFolderPath = path.join(pluginPlatformsFolderPath, AndroidProjectService.LIBS_FOLDER_NAME);

				if(this.$fs.exists(libsFolderPath).wait()) {
					let pluginJars = this.$fs.enumerateFilesInDirectorySync(libsFolderPath);
					_.each(pluginJars, jarName => this.$fs.deleteFile(path.join(libsFolderPath, jarName)).wait());
				}
			} catch(e) {
				if (e.code === "ENOENT") {
					this.$logger.debug("No native code jars found: " + e.message);
				} else {
					throw e;
				}
			}
		}).future<void>()();
	}

	public afterPrepareAllPlugins(): IFuture<void> {
		return Future.fromResult();
	}

	public deploy(deviceIdentifier: string): IFuture<void> {
		return (() => {
			let adb = this.$injector.resolve(androidDebugBridgePath.AndroidDebugBridge, { identifier: deviceIdentifier });
			let deviceRootPath = `/data/local/tmp/${this.$projectData.projectId}`;
			adb.executeShellCommand(["rm", "-rf", this.$mobileHelper.buildDevicePath(deviceRootPath, "fullsync"),
				this.$mobileHelper.buildDevicePath(deviceRootPath, "sync"),
				this.$mobileHelper.buildDevicePath(deviceRootPath, "removedsync")]).wait();
		}).future<void>()();
	}

	private _canUseGradle: boolean;
	private canUseGradle(frameworkVersion?: string): IFuture<boolean> {
		return (() => {
			if(!this._canUseGradle) {
				if(!frameworkVersion) {
					this.$projectDataService.initialize(this.$projectData.projectDir);
					frameworkVersion = this.$projectDataService.getValue(this.platformData.frameworkPackageName).wait().version;
				}

				this._canUseGradle = semver.gte(frameworkVersion, AndroidProjectService.MIN_RUNTIME_VERSION_WITH_GRADLE);
			}

			return this._canUseGradle;
		}).future<boolean>()();
	}

	private getLibraryPath(libraryName: string): string {
		 return path.join(this.$projectData.projectDir, "lib", this.platformData.normalizedPlatformName, libraryName);
	}

	private copy(projectRoot: string, frameworkDir: string, files: string, cpArg: string): void {
		let paths = files.split(' ').map(p => path.join(frameworkDir, p));
		shell.cp(cpArg, paths, projectRoot);
	}

	private spawn(command: string, args: string[], opts?: any): IFuture<void> {
		if (this.$hostInfo.isWindows) {
			args.unshift('/s', '/c', command);
			command = process.env.COMSPEC || 'cmd.exe';
		}

		return this.$childProcess.spawnFromEvent(command, args, "close", opts || { stdio: "inherit"});
	}

	private getAntArgs(configuration: string, projectRoot: string): string[] {
		let args = [configuration, "-f", path.join(projectRoot, "build.xml")];
		if(configuration === "release") {
			if(this.$options.keyStorePath) {
				args = args.concat(["-Dkey.store", path.resolve(this.$options.keyStorePath)]);
			}

			if(this.$options.keyStorePassword) {
				args = args.concat(["-Dkey.store.password", this.$options.keyStorePassword]);
			}

			if(this.$options.keyStoreAlias) {
				args = args.concat(["-Dkey.alias", this.$options.keyStoreAlias]);
			}

			if(this.$options.keyStoreAliasPassword) {
				args = args.concat(["-Dkey.alias.password", this.$options.keyStoreAliasPassword]);
			}
		}

		// metadata generation support
		args = args.concat(["-Dns.resources", path.join(__dirname, "../../resources/tools")]);

		return args;
	}

	private validatePackageName(packageName: string): void {
		//Make the package conform to Java package types
		//Enforce underscore limitation
		if (!/^[a-zA-Z]+(\.[a-zA-Z0-9][a-zA-Z0-9_]*)+$/.test(packageName)) {
			this.$errors.fail("Package name must look like: com.company.Name");
		}

		//Class is a reserved word
		if(/\b[Cc]lass\b/.test(packageName)) {
			this.$errors.fail("class is a reserved word");
		}
	}

	private validateProjectName(projectName: string): void {
		if (projectName === '') {
			this.$errors.fail("Project name cannot be empty");
		}

		//Classes in Java don't begin with numbers
		if (/^[0-9]/.test(projectName)) {
			this.$errors.fail("Project name must not begin with a number");
		}
	}

	private getTargetFromAndroidManifest(): IFuture<string> {
		return ((): string => {
			let versionInManifest: string;
			if (this.$fs.exists(this.platformData.configurationFilePath).wait()) {
				let targetFromAndroidManifest: string = this.$fs.readText(this.platformData.configurationFilePath).wait();
				if(targetFromAndroidManifest) {
					let match = targetFromAndroidManifest.match(/.*?android:targetSdkVersion=\"(.*?)\"/);
					if(match && match[1]) {
						versionInManifest = match[1];
					}
				}
			}

			return versionInManifest;
		}).future<string>()();
	}

	private checkAnt(): IFuture<void> {
		return (() => {
			try {
				this.$childProcess.exec("ant -version").wait();
			} catch(error) {
				this.$errors.fail("Error executing commands 'ant', make sure you have ant installed and added to your PATH.");
			}
		}).future<void>()();
	}

	private symlinkDirectory(directoryName: string, projectRoot: string, frameworkDir: string): IFuture<void> {
		return (() => {
			this.$fs.createDirectory(path.join(projectRoot, directoryName)).wait();
			let directoryContent = this.$fs.readDirectory(path.join(frameworkDir, directoryName)).wait();

			_.each(directoryContent, (file: string) => {
				let sourceFilePath = path.join(frameworkDir, directoryName, file);
				let destinationFilePath = path.join(projectRoot, directoryName, file);
				if(this.$fs.getFsStats(sourceFilePath).wait().isFile()) {
					this.$fs.symlink(sourceFilePath, destinationFilePath).wait();
				} else {
					this.$fs.symlink(sourceFilePath, destinationFilePath, "dir").wait();
				}
			});

		}).future<void>()();
	}
}
$injector.register("androidProjectService", AndroidProjectService);