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platform-service.ts
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import * as yok from "../lib/common/yok";
import * as stubs from "./stubs";
import * as PlatformServiceLib from "../lib/services/platform-service";
import * as StaticConfigLib from "../lib/config";
import { VERSION_STRING, PACKAGE_JSON_FILE_NAME, AddPlaformErrors } from "../lib/constants";
import * as fsLib from "../lib/common/file-system";
import * as optionsLib from "../lib/options";
import * as hostInfoLib from "../lib/common/host-info";
import * as ProjectFilesManagerLib from "../lib/common/services/project-files-manager";
import * as path from "path";
import { format } from "util";
import { assert } from "chai";
import { LocalToDevicePathDataFactory } from "../lib/common/mobile/local-to-device-path-data-factory";
import { MobileHelper } from "../lib/common/mobile/mobile-helper";
import { ProjectFilesProvider } from "../lib/providers/project-files-provider";
import { DevicePlatformsConstants } from "../lib/common/mobile/device-platforms-constants";
import { XmlValidator } from "../lib/xml-validator";
import { PreparePlatformNativeService } from "../lib/services/prepare-platform-native-service";
import { PreparePlatformJSService } from "../lib/services/prepare-platform-js-service";
import * as ChildProcessLib from "../lib/common/child-process";
import ProjectChangesLib = require("../lib/services/project-changes-service");
import { Messages } from "../lib/common/messages/messages";
import { SettingsService } from "../lib/common/test/unit-tests/stubs";
import { INFO_PLIST_FILE_NAME, MANIFEST_FILE_NAME } from "../lib/constants";
import { mkdir } from "shelljs";
import * as constants from "../lib/constants";
require("should");
const temp = require("temp");
temp.track();
function createTestInjector() {
const testInjector = new yok.Yok();
testInjector.register('platformService', PlatformServiceLib.PlatformService);
testInjector.register('errors', stubs.ErrorsStub);
testInjector.register('logger', stubs.LoggerStub);
testInjector.register("nodeModulesDependenciesBuilder", {});
testInjector.register('packageInstallationManager', stubs.PackageInstallationManagerStub);
// TODO: Remove the projectData - it shouldn't be required in the service itself.
testInjector.register('projectData', stubs.ProjectDataStub);
testInjector.register('platformsData', stubs.PlatformsDataStub);
testInjector.register('devicesService', {});
testInjector.register('androidEmulatorServices', {});
testInjector.register('projectDataService', stubs.ProjectDataService);
testInjector.register('prompter', {});
testInjector.register('sysInfo', {});
testInjector.register("commandsService", {
tryExecuteCommand: () => { /* intentionally left blank */ }
});
testInjector.register("options", optionsLib.Options);
testInjector.register("hostInfo", hostInfoLib.HostInfo);
testInjector.register("staticConfig", StaticConfigLib.StaticConfig);
testInjector.register("nodeModulesBuilder", {
prepareNodeModules: () => {
return Promise.resolve();
},
prepareJSNodeModules: () => {
return Promise.resolve();
}
});
testInjector.register("pluginsService", {
getAllInstalledPlugins: () => {
return <any>[];
},
ensureAllDependenciesAreInstalled: () => {
return Promise.resolve();
},
validate: (platformData: IPlatformData, projectData: IProjectData) => {
return Promise.resolve();
}
});
testInjector.register("projectFilesManager", ProjectFilesManagerLib.ProjectFilesManager);
testInjector.register("hooksService", stubs.HooksServiceStub);
testInjector.register("localToDevicePathDataFactory", LocalToDevicePathDataFactory);
testInjector.register("mobileHelper", MobileHelper);
testInjector.register("projectFilesProvider", ProjectFilesProvider);
testInjector.register("devicePlatformsConstants", DevicePlatformsConstants);
testInjector.register("xmlValidator", XmlValidator);
testInjector.register("preparePlatformNativeService", PreparePlatformNativeService);
testInjector.register("preparePlatformJSService", PreparePlatformJSService);
testInjector.register("packageManager", {
uninstall: async () => {
return true;
}
});
testInjector.register("childProcess", ChildProcessLib.ChildProcess);
testInjector.register("projectChangesService", ProjectChangesLib.ProjectChangesService);
testInjector.register("analyticsService", {
track: async (): Promise<any[]> => undefined,
trackEventActionInGoogleAnalytics: () => Promise.resolve()
});
testInjector.register("messages", Messages);
testInjector.register("devicePathProvider", {});
testInjector.register("helpService", {
showCommandLineHelp: async (): Promise<void> => (undefined)
});
testInjector.register("settingsService", SettingsService);
testInjector.register("terminalSpinnerService", {
createSpinner: (msg: string) => ({
start: (): void => undefined,
stop: (): void => undefined,
message: (): void => undefined
})
});
testInjector.register("androidResourcesMigrationService", stubs.AndroidResourcesMigrationServiceStub);
testInjector.register("filesHashService", {
generateHashes: () => Promise.resolve(),
getChanges: () => Promise.resolve({ test: "testHash" })
});
testInjector.register("pacoteService", {
extractPackage: async (packageName: string, destinationDirectory: string, options?: IPacoteExtractOptions): Promise<void> => {
mkdir(path.join(destinationDirectory, "framework"));
(new fsLib.FileSystem(testInjector)).writeFile(path.join(destinationDirectory, PACKAGE_JSON_FILE_NAME), JSON.stringify({
name: "package-name",
version: "1.0.0"
}));
}
});
testInjector.register("usbLiveSyncService", () => ({}));
testInjector.register("doctorService", {
checkForDeprecatedShortImportsInAppDir: (projectDir: string): void => undefined
});
return testInjector;
}
class CreatedTestData {
files: string[];
resources: {
ios: string[],
android: string[]
};
testDirData: {
tempFolder: string,
appFolderPath: string,
app1FolderPath: string,
appDestFolderPath: string,
appResourcesFolderPath: string
};
constructor() {
this.files = [];
this.resources = {
ios: [],
android: []
};
this.testDirData = {
tempFolder: "",
appFolderPath: "",
app1FolderPath: "",
appDestFolderPath: "",
appResourcesFolderPath: ""
};
}
}
class DestinationFolderVerifier {
static verify(data: any, fs: IFileSystem) {
_.forOwn(data, (folder, folderRoot) => {
_.each(folder.filesWithContent || [], (file) => {
const filePath = path.join(folderRoot, file.name);
assert.isTrue(fs.exists(filePath), `Expected file ${filePath} to be present.`);
assert.equal(fs.readFile(filePath).toString(), file.content, `File content for ${filePath} doesn't match.`);
});
_.each(folder.missingFiles || [], (file) => {
assert.isFalse(fs.exists(path.join(folderRoot, file)), `Expected file ${file} to be missing.`);
});
_.each(folder.presentFiles || [], (file) => {
assert.isTrue(fs.exists(path.join(folderRoot, file)), `Expected file ${file} to be present.`);
});
});
}
}
describe('Platform Service Tests', () => {
let platformService: IPlatformService, testInjector: IInjector;
const config: IPlatformOptions = {
ignoreScripts: false,
provision: null,
teamId: null,
sdk: null,
frameworkPath: null
};
beforeEach(() => {
testInjector = createTestInjector();
testInjector.register("fs", stubs.FileSystemStub);
testInjector.resolve("projectData").initializeProjectData();
platformService = testInjector.resolve("platformService");
});
describe("add platform unit tests", () => {
describe("#add platform()", () => {
it("should not fail if platform is not normalized", async () => {
const fs = testInjector.resolve("fs");
fs.exists = () => false;
const projectData: IProjectData = testInjector.resolve("projectData");
await platformService.addPlatforms(["Android"], "", projectData, config);
await platformService.addPlatforms(["ANDROID"], "", projectData, config);
await platformService.addPlatforms(["AnDrOiD"], "", projectData, config);
await platformService.addPlatforms(["androiD"], "", projectData, config);
await platformService.addPlatforms(["iOS"], "", projectData, config);
await platformService.addPlatforms(["IOS"], "", projectData, config);
await platformService.addPlatforms(["IoS"], "", projectData, config);
await platformService.addPlatforms(["iOs"], "", projectData, config);
});
it("should fail if platform is already installed", async () => {
const projectData: IProjectData = testInjector.resolve("projectData");
// By default fs.exists returns true, so the platforms directory should exists
await assert.isRejected(platformService.addPlatforms(["android"], "", projectData, config), "Platform android already added");
await assert.isRejected(platformService.addPlatforms(["ios"], "", projectData, config), "Platform ios already added");
});
it("should fail if unable to extract runtime package", async () => {
const fs = testInjector.resolve("fs");
fs.exists = () => false;
const pacoteService = testInjector.resolve<IPacoteService>("pacoteService");
const errorMessage = "Pacote service unable to extract package";
pacoteService.extractPackage = async (packageName: string, destinationDirectory: string, options?: IPacoteExtractOptions): Promise<void> => {
throw new Error(errorMessage);
};
const projectData: IProjectData = testInjector.resolve("projectData");
await assert.isRejected(platformService.addPlatforms(["android"], "", projectData, config), errorMessage);
});
it("fails when path passed to frameworkPath does not exist", async () => {
const fs = testInjector.resolve("fs");
fs.exists = () => false;
const projectData: IProjectData = testInjector.resolve("projectData");
const frameworkPath = "invalidPath";
const errorMessage = format(AddPlaformErrors.InvalidFrameworkPathStringFormat, frameworkPath);
await assert.isRejected(platformService.addPlatforms(["android"], "", projectData, config, frameworkPath), errorMessage);
});
const assertCorrectDataIsPassedToPacoteService = async (versionString: string): Promise<void> => {
const fs = testInjector.resolve("fs");
fs.exists = () => false;
const pacoteService = testInjector.resolve<IPacoteService>("pacoteService");
let packageNamePassedToPacoteService = "";
pacoteService.extractPackage = async (packageName: string, destinationDirectory: string, options?: IPacoteExtractOptions): Promise<void> => {
packageNamePassedToPacoteService = packageName;
};
const platformsData = testInjector.resolve<IPlatformsData>("platformsData");
const packageName = "packageName";
platformsData.getPlatformData = (platform: string, projectData: IProjectData): IPlatformData => {
return {
frameworkPackageName: packageName,
platformProjectService: new stubs.PlatformProjectServiceStub(),
projectRoot: "",
normalizedPlatformName: "",
appDestinationDirectoryPath: "",
getBuildOutputPath: () => "",
getValidBuildOutputData: (buildOptions: IBuildOutputOptions) => ({ packageNames: [] }),
frameworkFilesExtensions: [],
relativeToFrameworkConfigurationFilePath: "",
fastLivesyncFileExtensions: []
};
};
const projectData: IProjectData = testInjector.resolve("projectData");
await platformService.addPlatforms(["android"], "", projectData, config);
assert.equal(packageNamePassedToPacoteService, `${packageName}@${versionString}`);
await platformService.addPlatforms(["ios"], "", projectData, config);
assert.equal(packageNamePassedToPacoteService, `${packageName}@${versionString}`);
};
it("should respect platform version in package.json's nativescript key", async () => {
const versionString = "2.5.0";
const nsValueObject: any = {
[VERSION_STRING]: versionString
};
const projectDataService = testInjector.resolve("projectDataService");
projectDataService.getNSValue = () => nsValueObject;
await assertCorrectDataIsPassedToPacoteService(versionString);
});
it("should install latest platform if no information found in package.json's nativescript key", async () => {
const projectDataService = testInjector.resolve("projectDataService");
projectDataService.getNSValue = (): any => null;
const latestCompatibleVersion = "1.0.0";
const packageInstallationManager = testInjector.resolve<IPackageInstallationManager>("packageInstallationManager");
packageInstallationManager.getLatestCompatibleVersion = async (packageName: string, referenceVersion?: string): Promise<string> => {
return latestCompatibleVersion;
};
await assertCorrectDataIsPassedToPacoteService(latestCompatibleVersion);
});
// Workflow: tns preview; tns platform add
it(`should add platform when only .js part of the platform has already been added (nativePlatformStatus is ${constants.NativePlatformStatus.requiresPlatformAdd})`, async () => {
const fs = testInjector.resolve("fs");
fs.exists = () => true;
const projectChangesService = testInjector.resolve("projectChangesService");
projectChangesService.getPrepareInfo = () => ({ nativePlatformStatus: constants.NativePlatformStatus.requiresPlatformAdd });
const projectData = testInjector.resolve("projectData");
let isJsPlatformAdded = false;
const preparePlatformJSService = testInjector.resolve("preparePlatformJSService");
preparePlatformJSService.addPlatform = async () => isJsPlatformAdded = true;
let isNativePlatformAdded = false;
const preparePlatformNativeService = testInjector.resolve("preparePlatformNativeService");
preparePlatformNativeService.addPlatform = async () => isNativePlatformAdded = true;
await platformService.addPlatforms(["android"], "", projectData, config);
assert.isTrue(isJsPlatformAdded);
assert.isTrue(isNativePlatformAdded);
});
// Workflow: tns platform add; tns platform add
it("shouldn't add platform when platforms folder exist and no .nsprepare file", async () => {
const fs = testInjector.resolve("fs");
fs.exists = () => true;
const projectChangesService = testInjector.resolve("projectChangesService");
projectChangesService.getPrepareInfo = () => <any>null;
const projectData = testInjector.resolve("projectData");
await assert.isRejected(platformService.addPlatforms(["android"], "", projectData, config), "Platform android already added");
});
// Workflow: tns run; tns platform add
it(`shouldn't add platform when both native and .js parts of the platform have already been added (nativePlatformStatus is ${constants.NativePlatformStatus.alreadyPrepared})`, async () => {
const fs = testInjector.resolve("fs");
fs.exists = () => true;
const projectChangesService = testInjector.resolve("projectChangesService");
projectChangesService.getPrepareInfo = () => ({ nativePlatformStatus: constants.NativePlatformStatus.alreadyPrepared });
const projectData = testInjector.resolve("projectData");
await assert.isRejected(platformService.addPlatforms(["android"], "", projectData, config), "Platform android already added");
});
});
});
describe("remove platform unit tests", () => {
it("should fail when platforms are not added", async () => {
const ExpectedErrorsCaught = 2;
let errorsCaught = 0;
const projectData: IProjectData = testInjector.resolve("projectData");
testInjector.resolve("fs").exists = () => false;
try {
await platformService.removePlatforms(["android"], projectData);
} catch (e) {
errorsCaught++;
}
try {
await platformService.removePlatforms(["ios"], projectData);
} catch (e) {
errorsCaught++;
}
assert.isTrue(errorsCaught === ExpectedErrorsCaught);
});
it("shouldn't fail when platforms are added", async () => {
const projectData: IProjectData = testInjector.resolve("projectData");
testInjector.resolve("fs").exists = () => false;
await platformService.addPlatforms(["android"], "", projectData, config);
testInjector.resolve("fs").exists = () => true;
await platformService.removePlatforms(["android"], projectData);
});
});
describe("clean platform unit tests", () => {
it("should preserve the specified in the project nativescript version", async () => {
const versionString = "2.4.1";
const fs = testInjector.resolve("fs");
fs.exists = () => false;
const nsValueObject: any = {};
nsValueObject[VERSION_STRING] = versionString;
const projectDataService = testInjector.resolve("projectDataService");
projectDataService.getNSValue = () => nsValueObject;
const packageInstallationManager = testInjector.resolve("packageInstallationManager");
packageInstallationManager.install = (packageName: string, packageDir: string, options: INpmInstallOptions) => {
assert.deepEqual(options.version, versionString);
return "";
};
const projectData: IProjectData = testInjector.resolve("projectData");
platformService.removePlatforms = (platforms: string[], prjctData: IProjectData): Promise<void> => {
nsValueObject[VERSION_STRING] = undefined;
return Promise.resolve();
};
await platformService.cleanPlatforms(["android"], "", projectData, config);
nsValueObject[VERSION_STRING] = versionString;
await platformService.cleanPlatforms(["ios"], "", projectData, config);
});
});
// TODO: Commented as it doesn't seem correct. Check what's the case and why it's been expected to fail.
// describe("list platform unit tests", () => {
// it("fails when platforms are not added", () => {
// assert.throws(async () => await platformService.getAvailablePlatforms());
// });
// });
describe("update Platform", () => {
describe("#updatePlatform(platform)", () => {
it("should fail when the versions are the same", async () => {
const packageInstallationManager: IPackageInstallationManager = testInjector.resolve("packageInstallationManager");
packageInstallationManager.getLatestVersion = async () => "0.2.0";
const projectData: IProjectData = testInjector.resolve("projectData");
await assert.isRejected(platformService.updatePlatforms(["android"], "", projectData, null));
});
});
});
describe("prepare platform unit tests", () => {
let fs: IFileSystem;
beforeEach(() => {
testInjector = createTestInjector();
testInjector.register("fs", fsLib.FileSystem);
fs = testInjector.resolve("fs");
testInjector.resolve("projectData").initializeProjectData();
});
function prepareDirStructure() {
const tempFolder = temp.mkdirSync("prepare_platform");
const appFolderPath = path.join(tempFolder, "app");
fs.createDirectory(appFolderPath);
const nodeModulesPath = path.join(tempFolder, "node_modules");
fs.createDirectory(nodeModulesPath);
const testsFolderPath = path.join(appFolderPath, "tests");
fs.createDirectory(testsFolderPath);
const app1FolderPath = path.join(tempFolder, "app1");
fs.createDirectory(app1FolderPath);
const appDestFolderPath = path.join(tempFolder, "appDest");
const appResourcesFolderPath = path.join(appDestFolderPath, "App_Resources");
const appResourcesPath = path.join(appFolderPath, "App_Resources/Android");
fs.createDirectory(appResourcesPath);
fs.writeFile(path.join(appResourcesPath, "test.txt"), "test");
fs.writeJson(path.join(tempFolder, "package.json"), {
name: "testname",
nativescript: {
id: "org.nativescript.testname"
}
});
return { tempFolder, appFolderPath, app1FolderPath, appDestFolderPath, appResourcesFolderPath };
}
async function execPreparePlatform(platformToTest: string, testDirData: any,
release?: boolean) {
const platformsData = testInjector.resolve("platformsData");
platformsData.platformsNames = ["ios", "android"];
platformsData.getPlatformData = (platform: string) => {
return {
appDestinationDirectoryPath: testDirData.appDestFolderPath,
appResourcesDestinationDirectoryPath: testDirData.appResourcesFolderPath,
normalizedPlatformName: platformToTest,
configurationFileName: platformToTest === "ios" ? INFO_PLIST_FILE_NAME : MANIFEST_FILE_NAME,
projectRoot: testDirData.tempFolder,
platformProjectService: {
prepareProject: (): any => null,
validate: () => Promise.resolve(),
createProject: (projectRoot: string, frameworkDir: string) => Promise.resolve(),
interpolateData: (projectRoot: string) => Promise.resolve(),
afterCreateProject: (projectRoot: string): any => null,
getAppResourcesDestinationDirectoryPath: (projectData: IProjectData, frameworkVersion?: string): string => {
if (platform.toLowerCase() === "ios") {
const dirPath = path.join(testDirData.appDestFolderPath, "Resources");
fs.ensureDirectoryExists(dirPath);
return dirPath;
} else {
const dirPath = path.join(testDirData.appDestFolderPath, "src", "main", "res");
fs.ensureDirectoryExists(dirPath);
return dirPath;
}
},
processConfigurationFilesFromAppResources: () => Promise.resolve(),
handleNativeDependenciesChange: () => Promise.resolve(),
ensureConfigurationFileInAppResources: (): any => null,
interpolateConfigurationFile: (): void => undefined,
isPlatformPrepared: (projectRoot: string) => false,
prepareAppResources: (appResourcesDirectoryPath: string, projectData: IProjectData): void => undefined,
checkForChanges: () => { /* */ }
}
};
};
const projectData = testInjector.resolve("projectData");
projectData.projectDir = testDirData.tempFolder;
projectData.projectName = "app";
projectData.appDirectoryPath = testDirData.appFolderPath;
projectData.appResourcesDirectoryPath = path.join(testDirData.appFolderPath, "App_Resources");
platformService = testInjector.resolve("platformService");
const appFilesUpdaterOptions: IAppFilesUpdaterOptions = { bundle: false, release: release, useHotModuleReload: false };
await platformService.preparePlatform({
platform: platformToTest,
appFilesUpdaterOptions,
platformTemplate: "",
projectData,
config: { provision: null, teamId: null, sdk: null, frameworkPath: null, ignoreScripts: false },
env: {}
});
}
async function testPreparePlatform(platformToTest: string, release?: boolean): Promise<CreatedTestData> {
const testDirData = prepareDirStructure();
const created: CreatedTestData = new CreatedTestData();
created.testDirData = testDirData;
// Add platform specific files to app and app1 folders
const platformSpecificFiles = [
"test1.ios.js", "test1-ios-js", "test2.android.js", "test2-android-js",
"main.js"
];
const destinationDirectories = [testDirData.appFolderPath, testDirData.app1FolderPath];
_.each(destinationDirectories, directoryPath => {
_.each(platformSpecificFiles, filePath => {
const fileFullPath = path.join(directoryPath, filePath);
fs.writeFile(fileFullPath, "testData");
created.files.push(fileFullPath);
});
});
// Add App_Resources file to app and app1 folders
_.each(destinationDirectories, directoryPath => {
const iosIconFullPath = path.join(directoryPath, "App_Resources/iOS/icon.png");
fs.writeFile(iosIconFullPath, "test-image");
created.resources.ios.push(iosIconFullPath);
const androidFullPath = path.join(directoryPath, "App_Resources/Android/icon.png");
fs.writeFile(androidFullPath, "test-image");
created.resources.android.push(androidFullPath);
});
await execPreparePlatform(platformToTest, testDirData, release);
const test1FileName = platformToTest.toLowerCase() === "ios" ? "test1.js" : "test2.js";
const test2FileName = platformToTest.toLowerCase() === "ios" ? "test2.js" : "test1.js";
// Asserts that the files in app folder are process as platform specific
assert.isTrue(fs.exists(path.join(testDirData.appDestFolderPath, "app", test1FileName)));
assert.isFalse(fs.exists(path.join(testDirData.appDestFolderPath, "app", "test1-js")));
assert.isFalse(fs.exists(path.join(testDirData.appDestFolderPath, "app", test2FileName)));
assert.isFalse(fs.exists(path.join(testDirData.appDestFolderPath, "app", "test2-js")));
// Asserts that the files in app1 folder aren't process as platform specific
assert.isFalse(fs.exists(path.join(testDirData.appDestFolderPath, "app1")), "Asserts that the files in app1 folder aren't process as platform specific");
if (release) {
// Asserts that the files in tests folder aren't copied
assert.isFalse(fs.exists(path.join(testDirData.appDestFolderPath, "tests")), "Asserts that the files in tests folder aren't copied");
}
return created;
}
function updateFile(files: string[], fileName: string, content: string) {
const fileToUpdate = _.find(files, (f) => f.indexOf(fileName) !== -1);
fs.writeFile(fileToUpdate, content);
}
it("should process only files in app folder when preparing for iOS platform", async () => {
await testPreparePlatform("iOS");
});
it("should process only files in app folder when preparing for Android platform", async () => {
await testPreparePlatform("Android");
});
it("should process only files in app folder when preparing for iOS platform", async () => {
await testPreparePlatform("iOS", true);
});
it("should process only files in app folder when preparing for Android platform", async () => {
await testPreparePlatform("Android", true);
});
function getDefaultFolderVerificationData(platform: string, appDestFolderPath: string) {
const data: any = {};
if (platform.toLowerCase() === "ios") {
data[path.join(appDestFolderPath, "app")] = {
missingFiles: ["test1.ios.js", "test2.android.js", "test2.js"],
presentFiles: ["test1.js", "test2-android-js", "test1-ios-js", "main.js"]
};
data[appDestFolderPath] = {
filesWithContent: [
{
name: "Resources/icon.png",
content: "test-image"
}
]
};
} else {
data[path.join(appDestFolderPath, "app")] = {
missingFiles: ["test1.android.js", "test2.ios.js", "test1.js"],
presentFiles: ["test2.js", "test2-android-js", "test1-ios-js"]
};
data[appDestFolderPath] = {
filesWithContent: [
{
name: "src/main/res/icon.png",
content: "test-image"
}
]
};
}
return data;
}
function mergeModifications(def: any, mod: any) {
// custom merge to reflect changes
const merged: any = _.cloneDeep(def);
_.forOwn(mod, (modFolder, folderRoot) => {
// whole folder not present in Default
if (!def.hasOwnProperty(folderRoot)) {
merged[folderRoot] = _.cloneDeep(modFolder[folderRoot]);
} else {
const defFolder = def[folderRoot];
merged[folderRoot].filesWithContent = _.merge(defFolder.filesWithContent || [], modFolder.filesWithContent || []);
merged[folderRoot].missingFiles = (defFolder.missingFiles || []).concat(modFolder.missingFiles || []);
merged[folderRoot].presentFiles = (defFolder.presentFiles || []).concat(modFolder.presentFiles || []);
// remove the missingFiles from the presentFiles if they were initially there
if (modFolder.missingFiles) {
merged[folderRoot].presentFiles = _.difference(defFolder.presentFiles, modFolder.missingFiles);
}
// remove the presentFiles from the missingFiles if they were initially there.
if (modFolder.presentFiles) {
merged[folderRoot].missingFiles = _.difference(defFolder.presentFiles, modFolder.presentFiles);
}
}
});
return merged;
}
// Executes a changes test case:
// 1. Executes Prepare Platform for the Platform
// 2. Applies some changes to the App. Persists the expected Modifications
// 3. Executes again Prepare Platform for the Platform
// 4. Gets the Default Destination App Structure and merges it with the Modifications
// 5. Asserts the Destination App matches our expectations
async function testChangesApplied(platform: string, applyChangesFn: (createdTestData: CreatedTestData) => any) {
const createdTestData = await testPreparePlatform(platform);
const modifications = applyChangesFn(createdTestData);
await execPreparePlatform(platform, createdTestData.testDirData);
const defaultStructure = getDefaultFolderVerificationData(platform, createdTestData.testDirData.appDestFolderPath);
const merged = mergeModifications(defaultStructure, modifications);
DestinationFolderVerifier.verify(merged, fs);
}
it("should sync only changed files, without special folders (iOS)", async () => {
const applyChangesFn = (createdTestData: CreatedTestData) => {
// apply changes
const expectedFileContent = "updated-content-ios";
updateFile(createdTestData.files, "test1.ios.js", expectedFileContent);
// construct the folder modifications data
const modifications: any = {};
modifications[path.join(createdTestData.testDirData.appDestFolderPath, "app")] = {
filesWithContent: [
{
name: "test1.js",
content: expectedFileContent
}
]
};
return modifications;
};
await testChangesApplied("iOS", applyChangesFn);
});
it("should sync only changed files, without special folders (Android) #2697", async () => {
const applyChangesFn = (createdTestData: CreatedTestData) => {
// apply changes
const expectedFileContent = "updated-content-android";
updateFile(createdTestData.files, "test2.android.js", expectedFileContent);
// construct the folder modifications data
const modifications: any = {};
modifications[path.join(createdTestData.testDirData.appDestFolderPath, "app")] = {
filesWithContent: [
{
name: "test2.js",
content: expectedFileContent
}
]
};
return modifications;
};
await testChangesApplied("Android", applyChangesFn);
});
it("Ensure App_Resources get reloaded after change in the app folder (iOS) #2560", async () => {
const applyChangesFn = (createdTestData: CreatedTestData) => {
// apply changes
const expectedFileContent = "updated-icon-content";
const iconPngPath = path.join(createdTestData.testDirData.appFolderPath, "App_Resources/iOS/icon.png");
fs.writeFile(iconPngPath, expectedFileContent);
// construct the folder modifications data
const modifications: any = {};
modifications[createdTestData.testDirData.appDestFolderPath] = {
filesWithContent: [
{
name: "Resources/icon.png",
content: expectedFileContent
}
]
};
return modifications;
};
await testChangesApplied("iOS", applyChangesFn);
});
it("Ensure App_Resources get reloaded after change in the app folder (Android) #2560", async () => {
const applyChangesFn = (createdTestData: CreatedTestData) => {
// apply changes
const expectedFileContent = "updated-icon-content";
const iconPngPath = path.join(createdTestData.testDirData.appFolderPath, "App_Resources/Android/icon.png");
fs.writeFile(iconPngPath, expectedFileContent);
// construct the folder modifications data
const modifications: any = {};
modifications[createdTestData.testDirData.appDestFolderPath] = {
filesWithContent: [
{
name: "src/main/res/icon.png",
content: expectedFileContent
}
]
};
return modifications;
};
await testChangesApplied("Android", applyChangesFn);
});
it("Ensure App_Resources get reloaded after a new file appears in the app folder (iOS) #2560", async () => {
const applyChangesFn = (createdTestData: CreatedTestData) => {
// apply changes
const expectedFileContent = "new-file-content";
const iconPngPath = path.join(createdTestData.testDirData.appFolderPath, "App_Resources/iOS/new-file.png");
fs.writeFile(iconPngPath, expectedFileContent);
// construct the folder modifications data
const modifications: any = {};
modifications[createdTestData.testDirData.appDestFolderPath] = {
filesWithContent: [
{
name: "Resources/new-file.png",
content: expectedFileContent
}
]
};
return modifications;
};
await testChangesApplied("iOS", applyChangesFn);
});
it("Ensure App_Resources get reloaded after a new file appears in the app folder (Android) #2560", async () => {
const applyChangesFn = (createdTestData: CreatedTestData) => {
// apply changes
const expectedFileContent = "new-file-content";
const iconPngPath = path.join(createdTestData.testDirData.appFolderPath, "App_Resources/Android/new-file.png");
fs.writeFile(iconPngPath, expectedFileContent);
// construct the folder modifications data
const modifications: any = {};
modifications[createdTestData.testDirData.appDestFolderPath] = {
filesWithContent: [
{
name: "src/main/res/new-file.png",
content: expectedFileContent
}
]
};
return modifications;
};
await testChangesApplied("Android", applyChangesFn);
});
it("should sync new platform specific files (iOS)", async () => {
const applyChangesFn = (createdTestData: CreatedTestData) => {
// apply changes
const expectedFileContent = "new-content-ios";
fs.writeFile(path.join(createdTestData.testDirData.appFolderPath, "test3.ios.js"), expectedFileContent);
// construct the folder modifications data
const modifications: any = {};
modifications[path.join(createdTestData.testDirData.appDestFolderPath, "app")] = {
filesWithContent: [
{
name: "test3.js",
content: expectedFileContent
}
]
};
return modifications;
};
await testChangesApplied("iOS", applyChangesFn);
});
it("should sync new platform specific files (Android)", async () => {
const applyChangesFn = (createdTestData: CreatedTestData) => {
// apply changes
const expectedFileContent = "new-content-android";
fs.writeFile(path.join(createdTestData.testDirData.appFolderPath, "test3.android.js"), expectedFileContent);
// construct the folder modifications data
const modifications: any = {};
modifications[path.join(createdTestData.testDirData.appDestFolderPath, "app")] = {
filesWithContent: [
{
name: "test3.js",
content: expectedFileContent
}
]
};
return modifications;
};
await testChangesApplied("Android", applyChangesFn);
});
it("should sync new common files (iOS)", async () => {
const applyChangesFn = (createdTestData: CreatedTestData) => {
// apply changes
const expectedFileContent = "new-content-ios";
fs.writeFile(path.join(createdTestData.testDirData.appFolderPath, "test3.js"), expectedFileContent);
// construct the folder modifications data
const modifications: any = {};
modifications[path.join(createdTestData.testDirData.appDestFolderPath, "app")] = {
filesWithContent: [
{
name: "test3.js",
content: expectedFileContent
}
]
};
return modifications;
};
await testChangesApplied("iOS", applyChangesFn);
});
it("should sync new common file (Android)", async () => {
const applyChangesFn = (createdTestData: CreatedTestData) => {
// apply changes
const expectedFileContent = "new-content-android";
fs.writeFile(path.join(createdTestData.testDirData.appFolderPath, "test3.js"), expectedFileContent);
// construct the folder modifications data
const modifications: any = {};
modifications[path.join(createdTestData.testDirData.appDestFolderPath, "app")] = {
filesWithContent: [
{
name: "test3.js",
content: expectedFileContent
}
]
};
return modifications;
};
await testChangesApplied("Android", applyChangesFn);
});
it("invalid xml is caught", async () => {
require("colors");
const testDirData = prepareDirStructure();
// generate invalid xml
const fileFullPath = path.join(testDirData.appFolderPath, "file.xml");
fs.writeFile(fileFullPath, "<xml><unclosedTag></xml>");
const platformsData = testInjector.resolve("platformsData");
platformsData.platformsNames = ["android"];
platformsData.getPlatformData = (platform: string) => {
return {
appDestinationDirectoryPath: testDirData.appDestFolderPath,
appResourcesDestinationDirectoryPath: testDirData.appResourcesFolderPath,
normalizedPlatformName: "Android",
projectRoot: testDirData.tempFolder,
configurationFileName: "configFileName",
platformProjectService: {
prepareProject: (): any => null,
prepareAppResources: (): any => null,
validate: () => Promise.resolve(),
createProject: (projectRoot: string, frameworkDir: string) => Promise.resolve(),
interpolateData: (projectRoot: string) => Promise.resolve(),
afterCreateProject: (projectRoot: string): any => null,
getAppResourcesDestinationDirectoryPath: () => testDirData.appResourcesFolderPath,
processConfigurationFilesFromAppResources: () => Promise.resolve(),
handleNativeDependenciesChange: () => Promise.resolve(),
ensureConfigurationFileInAppResources: (): any => null,
interpolateConfigurationFile: (): void => undefined,
isPlatformPrepared: (projectRoot: string) => false,
checkForChanges: () => { /* */ }
},
frameworkPackageName: "tns-ios"
};
};
const projectData = testInjector.resolve("projectData");
projectData.projectDir = testDirData.tempFolder;
projectData.appDirectoryPath = projectData.getAppDirectoryPath();
projectData.appResourcesDirectoryPath = projectData.getAppResourcesDirectoryPath();
platformService = testInjector.resolve("platformService");
const oldLoggerWarner = testInjector.resolve("$logger").warn;
let warnings: string = "";
try {
testInjector.resolve("$logger").warn = (text: string) => warnings += text;
const appFilesUpdaterOptions: IAppFilesUpdaterOptions = { bundle: false, release: false, useHotModuleReload: false };
await platformService.preparePlatform({
platform: "android",
appFilesUpdaterOptions,
platformTemplate: "",
projectData,
config: { provision: null, teamId: null, sdk: null, frameworkPath: null, ignoreScripts: false },
env: {}
});
} finally {
testInjector.resolve("$logger").warn = oldLoggerWarner;
}
// Asserts that prepare has caught invalid xml
assert.isFalse(warnings.indexOf("has errors") !== -1);
});
});
describe("build", () => {
function mockData(buildOutput: string[], projectName: string): void {
mockPlatformsData(projectName);
mockFileSystem(buildOutput);
platformService.saveBuildInfoFile = () => undefined;
}
function mockPlatformsData(projectName: string): void {
const platformsData = testInjector.resolve("platformsData");
platformsData.getPlatformData = (platform: string) => {
return {
deviceBuildOutputPath: "",
normalizedPlatformName: "",
getBuildOutputPath: () => "",
platformProjectService: {
buildProject: () => Promise.resolve(),
on: () => ({}),
removeListener: () => ({})
},
getValidBuildOutputData: () => ({
packageNames: ["app-debug.apk", "app-release.apk", `${projectName}-debug.apk`, `${projectName}-release.apk`],
regexes: [/app-.*-(debug|release).apk/, new RegExp(`${projectName}-.*-(debug|release).apk`)]
})
};
};
}
function mockFileSystem(enumeratedFiles: string[]): void {
const fs = testInjector.resolve<IFileSystem>("fs");
fs.enumerateFilesInDirectorySync = () => enumeratedFiles;