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/// <reference path="../../definitions/generated/code-push.d.ts" />
import AccountManager = require("code-push");
import * as chalk from "chalk";
var childProcess = require("child_process");
import debugCommand from "./commands/debug";
import * as fs from "fs";
var g2js = require("gradle-to-js/lib/parser");
import * as moment from "moment";
var opener = require("opener");
import * as os from "os";
import * as path from "path";
var plist = require("plist");
var progress = require("progress");
var prompt = require("prompt");
import * as Q from "q";
import * as recursiveFs from "recursive-fs";
var rimraf = require("rimraf");
import * as semver from "semver";
var simctl = require("simctl");
import slash = require("slash");
var Table = require("cli-table");
import * as yazl from "yazl";
var which = require("which");
import wordwrap = require("wordwrap");
import { CommonUtils } from "./common-utils";
import * as cli from "../definitions/cli";
import hooks from "./release-hooks/index";
import { AccessKey, Account, App, CodePushError, CollaboratorMap, CollaboratorProperties, Deployment, DeploymentMetrics, Headers, Package, PackageInfo, Session, UpdateMetrics } from "code-push/script/types";
var configFilePath: string = path.join(process.env.LOCALAPPDATA || process.env.HOME, ".code-push.config");
var emailValidator = require("email-validator");
var packageJson = require("../package.json");
var parseXml = Q.denodeify(require("xml2js").parseString);
var progress = require("progress");
import Promise = Q.Promise;
var properties = require("properties");
const ACTIVE_METRICS_KEY: string = "Active";
const CLI_HEADERS: Headers = {
"X-CodePush-CLI-Version": packageJson.version
};
const DOWNLOADED_METRICS_KEY: string = "Downloaded";
interface NameToCountMap {
[name: string]: number;
}
/** Deprecated */
interface ILegacyLoginConnectionInfo {
accessKeyName: string;
}
interface ILoginConnectionInfo {
accessKey: string;
customServerUrl?: string; // A custom serverUrl for internal debugging purposes
preserveAccessKeyOnLogout?: boolean;
proxy?: string; // To specify the proxy url explicitly, other than the environment var (HTTP_PROXY)
noProxy?: boolean; // To suppress the environment proxy setting, like HTTP_PROXY
}
export interface UpdateMetricsWithTotalActive extends UpdateMetrics {
totalActive: number;
}
export interface PackageWithMetrics {
metrics?: UpdateMetricsWithTotalActive;
}
export var log = (message: string | Chalk.ChalkChain): void => console.log(message);
export var sdk: AccountManager;
export var spawn = childProcess.spawn;
export var execSync = childProcess.execSync;
var connectionInfo: ILoginConnectionInfo;
export var confirm = (message: string = "Are you sure?"): Promise<boolean> => {
message += " (y/N):";
return Promise<boolean>((resolve, reject, notify): void => {
prompt.message = "";
prompt.delimiter = "";
prompt.start();
prompt.get({
properties: {
response: {
description: chalk.cyan(message)
}
}
}, (err: any, result: any): void => {
var accepted = result.response && result.response.toLowerCase() === "y";
var rejected = !result.response || result.response.toLowerCase() === "n";
if (accepted) {
resolve(true);
} else {
if (!rejected) {
console.log("Invalid response: \"" + result.response + "\"");
}
resolve(false);
}
});
});
}
function accessKeyAdd(command: cli.IAccessKeyAddCommand): Promise<void> {
return sdk.addAccessKey(command.name, command.ttl)
.then((accessKey: AccessKey) => {
log(`Successfully created the "${command.name}" access key: ${accessKey.key}`);
log("Make sure to save this key value somewhere safe, since you won't be able to view it from the CLI again!");
});
}
function accessKeyPatch(command: cli.IAccessKeyPatchCommand): Promise<void> {
const willUpdateName: boolean = isCommandOptionSpecified(command.newName) && command.oldName !== command.newName;
const willUpdateTtl: boolean = isCommandOptionSpecified(command.ttl);
if (!willUpdateName && !willUpdateTtl) {
throw new Error("A new name and/or TTL must be provided.");
}
return sdk.patchAccessKey(command.oldName, command.newName, command.ttl)
.then((accessKey: AccessKey) => {
let logMessage: string = "Successfully ";
if (willUpdateName) {
logMessage += `renamed the access key "${command.oldName}" to "${command.newName}"`;
}
if (willUpdateTtl) {
const expirationDate = moment(accessKey.expires).format("LLLL");
if (willUpdateName) {
logMessage += ` and changed its expiration date to ${expirationDate}`;
} else {
logMessage += `changed the expiration date of the "${command.oldName}" access key to ${expirationDate}`;
}
}
log(`${logMessage}.`);
});
}
function accessKeyList(command: cli.IAccessKeyListCommand): Promise<void> {
throwForInvalidOutputFormat(command.format);
return sdk.getAccessKeys()
.then((accessKeys: AccessKey[]): void => {
printAccessKeys(command.format, accessKeys);
});
}
function accessKeyRemove(command: cli.IAccessKeyRemoveCommand): Promise<void> {
return confirm()
.then((wasConfirmed: boolean): Promise<void> => {
if (wasConfirmed) {
return sdk.removeAccessKey(command.accessKey)
.then((): void => {
log(`Successfully removed the "${command.accessKey}" access key.`);
});
}
log("Access key removal cancelled.");
});
}
function appAdd(command: cli.IAppAddCommand): Promise<void> {
// Validate the OS and platform, doing a case insensitve comparison. Note that for CLI examples we
// present these values in all lower case, per CLI conventions, but when passed to the REST API the
// are in mixed case, per Mobile Center API naming conventions
var os: string;
const normalizedOs = command.os.toLowerCase();
if (normalizedOs === "ios") {
os = "iOS";
}
else if (normalizedOs === "android") {
os = "Android";
}
else if (normalizedOs === "windows") {
os = "Windows";
}
else {
return Q.reject<void>(new Error(`"${command.os}" is an unsupported OS. Available options are "ios", "android", and "windows".`));
}
var platform: string;
const normalizedPlatform = command.platform.toLowerCase();
if (normalizedPlatform === "react-native") {
platform = "React-Native";
}
else if (normalizedPlatform === "cordova") {
platform = "Cordova";
}
else {
return Q.reject<void>(new Error(`"${command.platform}" is an unsupported platform. Available options are "react-native" and "cordova".`));
}
return sdk.addApp(command.appName, os, platform, false)
.then((app: App): Promise<void> => {
log("Successfully added the \"" + command.appName + "\" app, along with the following default deployments:");
var deploymentListCommand: cli.IDeploymentListCommand = {
type: cli.CommandType.deploymentList,
appName: app.name,
format: "table",
displayKeys: true
};
return deploymentList(deploymentListCommand, /*showPackage=*/ false);
});
}
function appList(command: cli.IAppListCommand): Promise<void> {
throwForInvalidOutputFormat(command.format);
var apps: App[];
return sdk.getApps()
.then((retrievedApps: App[]): void => {
printAppList(command.format, retrievedApps);
});
}
function appRemove(command: cli.IAppRemoveCommand): Promise<void> {
return confirm("Are you sure you want to remove this app? Note that its deployment keys will be PERMANENTLY unrecoverable.")
.then((wasConfirmed: boolean): Promise<void> => {
if (wasConfirmed) {
return sdk.removeApp(command.appName)
.then((): void => {
log("Successfully removed the \"" + command.appName + "\" app.");
});
}
log("App removal cancelled.");
});
}
function appRename(command: cli.IAppRenameCommand): Promise<void> {
return sdk.renameApp(command.currentAppName, command.newAppName)
.then((): void => {
log("Successfully renamed the \"" + command.currentAppName + "\" app to \"" + command.newAppName + "\".");
});
}
export var createEmptyTempReleaseFolder = (folderPath: string) => {
return deleteFolder(folderPath)
.then(() => {
fs.mkdirSync(folderPath);
});
};
function appTransfer(command: cli.IAppTransferCommand): Promise<void> {
throwForInvalidEmail(command.email);
return confirm()
.then((wasConfirmed: boolean): Promise<void> => {
if (wasConfirmed) {
return sdk.transferApp(command.appName, command.email)
.then((): void => {
log("Successfully transferred the ownership of app \"" + command.appName + "\" to the account with email \"" + command.email + "\".");
});
}
log("App transfer cancelled.");
});
}
function addCollaborator(command: cli.ICollaboratorAddCommand): Promise<void> {
throwForInvalidEmail(command.email);
return sdk.addCollaborator(command.appName, command.email)
.then((): void => {
log("Collaborator invitation email for \"" + command.appName + "\" sent to \"" + command.email + "\".");
});
}
function listCollaborators(command: cli.ICollaboratorListCommand): Promise<void> {
throwForInvalidOutputFormat(command.format);
return sdk.getCollaborators(command.appName)
.then((retrievedCollaborators: CollaboratorMap): void => {
printCollaboratorsList(command.format, retrievedCollaborators);
});
}
function removeCollaborator(command: cli.ICollaboratorRemoveCommand): Promise<void> {
throwForInvalidEmail(command.email);
return confirm()
.then((wasConfirmed: boolean): Promise<void> => {
if (wasConfirmed) {
return sdk.removeCollaborator(command.appName, command.email)
.then((): void => {
log("Successfully removed \"" + command.email + "\" as a collaborator from the app \"" + command.appName + "\".");
});
}
log("App collaborator removal cancelled.");
});
}
function deleteConnectionInfoCache(printMessage: boolean = true): void {
try {
fs.unlinkSync(configFilePath);
if (printMessage) {
log(`Successfully logged-out. The session file located at ${chalk.cyan(configFilePath)} has been deleted.\r\n`);
}
} catch (ex) {
}
}
function deleteFolder(folderPath: string): Promise<void> {
return Promise<void>((resolve, reject, notify) => {
rimraf(folderPath, (err: any) => {
if (err) {
reject(err);
} else {
resolve(<void>null);
}
});
});
}
function deploymentAdd(command: cli.IDeploymentAddCommand): Promise<void> {
if (command.default) {
return sdk.addDeployment(command.appName, "Staging")
.then((deployment: Deployment): Promise<Deployment> => {
return sdk.addDeployment(command.appName, "Production");
})
.then((deployment: Deployment): Promise<void> => {
log("Successfully added the \"Staging\" and \"Production\" default deployments:");
var deploymentListCommand: cli.IDeploymentListCommand = {
type: cli.CommandType.deploymentList,
appName: command.appName,
format: "table",
displayKeys: true
};
return deploymentList(deploymentListCommand, /*showPackage=*/ false);
});
}
else {
return sdk.addDeployment(command.appName, command.deploymentName)
.then((deployment: Deployment): void => {
log("Successfully added the \"" + command.deploymentName + "\" deployment with key \"" + deployment.key + "\" to the \"" + command.appName + "\" app.");
});
}
}
function deploymentHistoryClear(command: cli.IDeploymentHistoryClearCommand): Promise<void> {
return confirm()
.then((wasConfirmed: boolean): Promise<void> => {
if (wasConfirmed) {
return sdk.clearDeploymentHistory(command.appName, command.deploymentName)
.then((): void => {
log("Successfully cleared the release history associated with the \"" + command.deploymentName + "\" deployment from the \"" + command.appName + "\" app.");
})
}
log("Clear deployment cancelled.");
});
}
export var deploymentList = (command: cli.IDeploymentListCommand, showPackage: boolean = true): Promise<void> => {
throwForInvalidOutputFormat(command.format);
var deployments: Deployment[];
return sdk.getDeployments(command.appName)
.then((retrievedDeployments: Deployment[]) => {
deployments = retrievedDeployments;
if (showPackage) {
var metricsPromises: Promise<void>[] = deployments.map((deployment: Deployment) => {
if (deployment.package) {
return sdk.getDeploymentMetrics(command.appName, deployment.name)
.then((metrics: DeploymentMetrics): void => {
if (metrics[deployment.package.label]) {
var totalActive: number = getTotalActiveFromDeploymentMetrics(metrics);
(<PackageWithMetrics>(deployment.package)).metrics = {
active: metrics[deployment.package.label].active,
downloaded: metrics[deployment.package.label].downloaded,
failed: metrics[deployment.package.label].failed,
installed: metrics[deployment.package.label].installed,
totalActive: totalActive
};
}
});
} else {
return Q(<void>null);
}
});
return Q.all(metricsPromises);
}
})
.then(() => {
printDeploymentList(command, deployments, showPackage);
});
}
function deploymentRemove(command: cli.IDeploymentRemoveCommand): Promise<void> {
return confirm("Are you sure you want to remove this deployment? Note that its deployment key will be PERMANENTLY unrecoverable.")
.then((wasConfirmed: boolean): Promise<void> => {
if (wasConfirmed) {
return sdk.removeDeployment(command.appName, command.deploymentName)
.then((): void => {
log("Successfully removed the \"" + command.deploymentName + "\" deployment from the \"" + command.appName + "\" app.");
})
}
log("Deployment removal cancelled.");
});
}
function deploymentRename(command: cli.IDeploymentRenameCommand): Promise<void> {
return sdk.renameDeployment(command.appName, command.currentDeploymentName, command.newDeploymentName)
.then((): void => {
log("Successfully renamed the \"" + command.currentDeploymentName + "\" deployment to \"" + command.newDeploymentName + "\" for the \"" + command.appName + "\" app.");
});
}
function deploymentHistory(command: cli.IDeploymentHistoryCommand): Promise<void> {
throwForInvalidOutputFormat(command.format);
return Q.all<any>([
sdk.getAccountInfo(),
sdk.getDeploymentHistory(command.appName, command.deploymentName),
sdk.getDeploymentMetrics(command.appName, command.deploymentName)
])
.spread<void>((account: Account, deploymentHistory: Package[], metrics: DeploymentMetrics): void => {
var totalActive: number = getTotalActiveFromDeploymentMetrics(metrics);
deploymentHistory.forEach((packageObject: Package) => {
if (metrics[packageObject.label]) {
(<PackageWithMetrics>packageObject).metrics = {
active: metrics[packageObject.label].active,
downloaded: metrics[packageObject.label].downloaded,
failed: metrics[packageObject.label].failed,
installed: metrics[packageObject.label].installed,
totalActive: totalActive
};
}
});
printDeploymentHistory(command, <PackageWithMetrics[]>deploymentHistory, account.email);
});
}
function deserializeConnectionInfo(): ILoginConnectionInfo {
try {
var savedConnection: string = fs.readFileSync(configFilePath, { encoding: "utf8" });
var connectionInfo: ILegacyLoginConnectionInfo | ILoginConnectionInfo = JSON.parse(savedConnection);
// If the connection info is in the legacy format, convert it to the modern format
if ((<ILegacyLoginConnectionInfo>connectionInfo).accessKeyName) {
connectionInfo = <ILoginConnectionInfo>{
accessKey: (<ILegacyLoginConnectionInfo>connectionInfo).accessKeyName
};
}
var connInfo = <ILoginConnectionInfo>connectionInfo;
connInfo.proxy = getProxy(connInfo.proxy, connInfo.noProxy);
return connInfo;
} catch (ex) {
return;
}
}
export function execute(command: cli.ICommand): Promise<void> {
connectionInfo = deserializeConnectionInfo();
return Q(<void>null)
.then(() => {
switch (command.type) {
// Must not be logged in
case cli.CommandType.login:
case cli.CommandType.register:
if (connectionInfo) {
throw new Error("You are already logged in from this machine.");
}
break;
// It does not matter whether you are logged in or not
case cli.CommandType.link:
break;
// Must be logged in
default:
if (!!sdk) break; // Used by unit tests to skip authentication
if (!connectionInfo) {
throw new Error("You are not currently logged in. Run the 'code-push login' command to authenticate with the CodePush server.");
}
sdk = getSdk(connectionInfo.accessKey, CLI_HEADERS, connectionInfo.customServerUrl, connectionInfo.proxy);
break;
}
switch (command.type) {
case cli.CommandType.accessKeyAdd:
return accessKeyAdd(<cli.IAccessKeyAddCommand>command);
case cli.CommandType.accessKeyPatch:
return accessKeyPatch(<cli.IAccessKeyPatchCommand>command);
case cli.CommandType.accessKeyList:
return accessKeyList(<cli.IAccessKeyListCommand>command);
case cli.CommandType.accessKeyRemove:
return accessKeyRemove(<cli.IAccessKeyRemoveCommand>command);
case cli.CommandType.appAdd:
return appAdd(<cli.IAppAddCommand>command);
case cli.CommandType.appList:
return appList(<cli.IAppListCommand>command);
case cli.CommandType.appRemove:
return appRemove(<cli.IAppRemoveCommand>command);
case cli.CommandType.appRename:
return appRename(<cli.IAppRenameCommand>command);
case cli.CommandType.appTransfer:
return appTransfer(<cli.IAppTransferCommand>command);
case cli.CommandType.collaboratorAdd:
return addCollaborator(<cli.ICollaboratorAddCommand>command);
case cli.CommandType.collaboratorList:
return listCollaborators(<cli.ICollaboratorListCommand>command);
case cli.CommandType.collaboratorRemove:
return removeCollaborator(<cli.ICollaboratorRemoveCommand>command);
case cli.CommandType.debug:
return debugCommand(<cli.IDebugCommand>command);
case cli.CommandType.deploymentAdd:
return deploymentAdd(<cli.IDeploymentAddCommand>command);
case cli.CommandType.deploymentHistoryClear:
return deploymentHistoryClear(<cli.IDeploymentHistoryClearCommand>command);
case cli.CommandType.deploymentHistory:
return deploymentHistory(<cli.IDeploymentHistoryCommand>command);
case cli.CommandType.deploymentList:
return deploymentList(<cli.IDeploymentListCommand>command);
case cli.CommandType.deploymentRemove:
return deploymentRemove(<cli.IDeploymentRemoveCommand>command);
case cli.CommandType.deploymentRename:
return deploymentRename(<cli.IDeploymentRenameCommand>command);
case cli.CommandType.link:
return link(<cli.ILinkCommand>command);
case cli.CommandType.login:
return login(<cli.ILoginCommand>command);
case cli.CommandType.logout:
return logout(command);
case cli.CommandType.patch:
return patch(<cli.IPatchCommand>command);
case cli.CommandType.promote:
return promote(<cli.IPromoteCommand>command);
case cli.CommandType.register:
return register(<cli.IRegisterCommand>command);
case cli.CommandType.release:
return release(<cli.IReleaseCommand>command);
case cli.CommandType.releaseCordova:
return releaseCordova(<cli.IReleaseCordovaCommand>command);
case cli.CommandType.releaseReact:
return releaseReact(<cli.IReleaseReactCommand>command);
case cli.CommandType.rollback:
return rollback(<cli.IRollbackCommand>command);
case cli.CommandType.sessionList:
return sessionList(<cli.ISessionListCommand>command);
case cli.CommandType.sessionRemove:
return sessionRemove(<cli.ISessionRemoveCommand>command);
case cli.CommandType.whoami:
return whoami(command);
default:
// We should never see this message as invalid commands should be caught by the argument parser.
throw new Error("Invalid command: " + JSON.stringify(command));
}
});
}
function fileDoesNotExistOrIsDirectory(filePath: string): boolean {
try {
return fs.lstatSync(filePath).isDirectory();
} catch (error) {
return true;
}
}
function getTotalActiveFromDeploymentMetrics(metrics: DeploymentMetrics): number {
var totalActive = 0;
Object.keys(metrics).forEach((label: string) => {
totalActive += metrics[label].active;
});
return totalActive;
}
function initiateExternalAuthenticationAsync(action: string, serverUrl?: string): void {
var message: string;
if (action === "link") {
message = `Please login to Mobile Center in the browser window we've just opened.\nIf you login with an additional authentication provider (e.g. GitHub) that shares the same email address, it will be linked to your current Mobile Center account.`;
// For "link" there shouldn't be a token prompt, so we go straight to the Mobile Center URL to avoid that
log(message);
var url: string = serverUrl || AccountManager.MOBILE_CENTER_SERVER_URL;
opener(url);
}
else {
// We use this now for both login & register
message = `Please login to Mobile Center in the browser window we've just opened.`;
log(message);
var hostname: string = os.hostname();
var url: string = `${serverUrl || AccountManager.SERVER_URL}/auth/${action}?hostname=${hostname}`;
opener(url);
}
}
function link(command: cli.ILinkCommand): Promise<void> {
initiateExternalAuthenticationAsync("link", command.serverUrl);
return Q(<void>null);
}
function login(command: cli.ILoginCommand): Promise<void> {
// Check if one of the flags were provided.
if (command.accessKey) {
var proxy = getProxy(command.proxy, command.noProxy);
sdk = getSdk(command.accessKey, CLI_HEADERS, command.serverUrl, proxy);
return sdk.isAuthenticated()
.then((isAuthenticated: boolean): void => {
if (isAuthenticated) {
serializeConnectionInfo(command.accessKey, /*preserveAccessKeyOnLogout*/ true, command.serverUrl, command.proxy, command.noProxy);
} else {
throw new Error("Invalid access key.");
}
});
} else {
return loginWithExternalAuthentication("login", command.serverUrl, command.proxy, command.noProxy);
}
}
function loginWithExternalAuthentication(action: string, serverUrl?: string, proxy?: string, noProxy?: boolean): Promise<void> {
initiateExternalAuthenticationAsync(action, serverUrl);
log(""); // Insert newline
return requestAccessKey()
.then((accessKey: string): Promise<void> => {
if (accessKey === null) {
// The user has aborted the synchronous prompt (e.g.: via [CTRL]+[C]).
return;
}
sdk = getSdk(accessKey, CLI_HEADERS, serverUrl, getProxy(proxy, noProxy));
return sdk.isAuthenticated()
.then((isAuthenticated: boolean): void => {
if (isAuthenticated) {
serializeConnectionInfo(accessKey, /*preserveAccessKeyOnLogout*/ false, serverUrl, proxy, noProxy);
} else {
throw new Error("Invalid token.");
}
});
});
}
function logout(command: cli.ICommand): Promise<void> {
return Q(<void>null)
.then((): Promise<void> => {
if (!connectionInfo.preserveAccessKeyOnLogout) {
var machineName: string = os.hostname();
return sdk.removeSession(machineName)
.catch((error: CodePushError) => {
// If we are not authenticated or the session doesn't exist anymore, just swallow the error instead of displaying it
if (error.statusCode !== AccountManager.ERROR_UNAUTHORIZED && error.statusCode !== AccountManager.ERROR_NOT_FOUND) {
throw error;
}
});
}
})
.then((): void => {
sdk = null;
deleteConnectionInfoCache();
});
}
function formatDate(unixOffset: number): string {
var date: moment.Moment = moment(unixOffset);
var now: moment.Moment = moment();
if (Math.abs(now.diff(date, "days")) < 30) {
return date.fromNow(); // "2 hours ago"
} else if (now.year() === date.year()) {
return date.format("MMM D"); // "Nov 6"
} else {
return date.format("MMM D, YYYY"); // "Nov 6, 2014"
}
}
function printAppList(format: string, apps: App[]): void {
if (format === "json") {
printJson(apps);
} else if (format === "table") {
var headers = ["Name", "Deployments"];
printTable(headers, (dataSource: any[]): void => {
apps.forEach((app: App, index: number): void => {
var row = [app.name, wordwrap(50)(app.deployments.join(", "))];
dataSource.push(row);
});
});
}
}
function getCollaboratorDisplayName(email: string, collaboratorProperties: CollaboratorProperties): string {
return (collaboratorProperties.permission === AccountManager.AppPermission.OWNER) ? email + chalk.magenta(" (Owner)") : email;
}
function printCollaboratorsList(format: string, collaborators: CollaboratorMap): void {
if (format === "json") {
var dataSource = { "collaborators": collaborators };
printJson(dataSource);
} else if (format === "table") {
var headers = ["E-mail Address"];
printTable(headers, (dataSource: any[]): void => {
Object.keys(collaborators).forEach((email: string): void => {
var row = [getCollaboratorDisplayName(email, collaborators[email])];
dataSource.push(row);
});
});
}
}
function printDeploymentList(command: cli.IDeploymentListCommand, deployments: Deployment[], showPackage: boolean = true): void {
if (command.format === "json") {
printJson(deployments);
} else if (command.format === "table") {
var headers = ["Name"];
if (command.displayKeys) {
headers.push("Deployment Key");
}
if (showPackage) {
headers.push("Update Metadata");
headers.push("Install Metrics");
}
printTable(headers, (dataSource: any[]): void => {
deployments.forEach((deployment: Deployment): void => {
var row = [deployment.name];
if (command.displayKeys) {
row.push(deployment.key);
}
if (showPackage) {
row.push(getPackageString(deployment.package));
row.push(getPackageMetricsString(deployment.package));
}
dataSource.push(row);
});
});
}
}
function printDeploymentHistory(command: cli.IDeploymentHistoryCommand, deploymentHistory: PackageWithMetrics[], currentUserEmail: string): void {
if (command.format === "json") {
printJson(deploymentHistory);
} else if (command.format === "table") {
var headers = ["Label", "Release Time", "App Version", "Mandatory"];
if (command.displayAuthor) {
headers.push("Released By");
}
headers.push("Description", "Install Metrics");
printTable(headers, (dataSource: any[]) => {
deploymentHistory.forEach((packageObject: Package) => {
var releaseTime: string = formatDate(packageObject.uploadTime);
var releaseSource: string;
if (packageObject.releaseMethod === "Promote") {
releaseSource = `Promoted ${packageObject.originalLabel} from "${packageObject.originalDeployment}"`;
} else if (packageObject.releaseMethod === "Rollback") {
var labelNumber: number = parseInt(packageObject.label.substring(1));
var lastLabel: string = "v" + (labelNumber - 1);
releaseSource = `Rolled back ${lastLabel} to ${packageObject.originalLabel}`;
}
if (releaseSource) {
releaseTime += "\n" + chalk.magenta(`(${releaseSource})`).toString();
}
var row: string[] = [packageObject.label, releaseTime, packageObject.appVersion, packageObject.isMandatory ? "Yes" : "No"];
if (command.displayAuthor) {
var releasedBy: string = packageObject.releasedBy ? packageObject.releasedBy : "";
if (currentUserEmail && releasedBy === currentUserEmail) {
releasedBy = "You";
}
row.push(releasedBy);
}
row.push(packageObject.description ? wordwrap(30)(packageObject.description) : "");
row.push(getPackageMetricsString(packageObject) + (packageObject.isDisabled ? `\n${chalk.green("Disabled:")} Yes` : ""));
if (packageObject.isDisabled) {
row = row.map((cellContents: string) => applyChalkSkippingLineBreaks(cellContents, (<any>chalk).dim));
}
dataSource.push(row);
});
});
}
}
function applyChalkSkippingLineBreaks(applyString: string, chalkMethod: (string: string) => Chalk.ChalkChain): string {
// Used to prevent "chalk" from applying styles to linebreaks which
// causes table border chars to have the style applied as well.
return applyString
.split("\n")
.map((token: string) => chalkMethod(token))
.join("\n");
}
function getPackageString(packageObject: Package): string {
if (!packageObject) {
return chalk.magenta("No updates released").toString();
}
var packageString: string = chalk.green("Label: ") + packageObject.label + "\n" +
chalk.green("App Version: ") + packageObject.appVersion + "\n" +
chalk.green("Mandatory: ") + (packageObject.isMandatory ? "Yes" : "No") + "\n" +
chalk.green("Release Time: ") + formatDate(packageObject.uploadTime) + "\n" +
chalk.green("Released By: ") + (packageObject.releasedBy ? packageObject.releasedBy : "") +
(packageObject.description ? wordwrap(70)("\n" + chalk.green("Description: ") + packageObject.description) : "");
if (packageObject.isDisabled) {
packageString += `\n${chalk.green("Disabled:")} Yes`;
}
return packageString;
}
function getPackageMetricsString(obj: Package): string {
var packageObject = <PackageWithMetrics>obj;
var rolloutString: string = (obj && obj.rollout && obj.rollout !== 100) ? `\n${chalk.green("Rollout:")} ${obj.rollout.toLocaleString()}%` : "";
if (!packageObject || !packageObject.metrics) {
return chalk.magenta("No installs recorded").toString() + (rolloutString || "");
}
var activePercent: number = packageObject.metrics.totalActive
? packageObject.metrics.active / packageObject.metrics.totalActive * 100
: 0.0;
var percentString: string;
if (activePercent === 100.0) {
percentString = "100%";
} else if (activePercent === 0.0) {
percentString = "0%";
} else {
percentString = activePercent.toPrecision(2) + "%";
}
var numPending: number = packageObject.metrics.downloaded - packageObject.metrics.installed - packageObject.metrics.failed;
var returnString: string = chalk.green("Active: ") + percentString + " (" + packageObject.metrics.active.toLocaleString() + " of " + packageObject.metrics.totalActive.toLocaleString() + ")\n" +
chalk.green("Total: ") + packageObject.metrics.installed.toLocaleString();
if (numPending > 0) {
returnString += " (" + numPending.toLocaleString() + " pending)";
}
if (packageObject.metrics.failed) {
returnString += "\n" + chalk.green("Rollbacks: ") + chalk.red(packageObject.metrics.failed.toLocaleString() + "");
}
if (rolloutString) {
returnString += rolloutString;
}
return returnString;
}
function getReactNativeProjectAppVersion(command: cli.IReleaseReactCommand, projectName: string): Promise<string> {
const fileExists = (file: string): boolean => {
try { return fs.statSync(file).isFile() }
catch (e) { return false }
};
// Allow plain integer versions (as well as '1.0' values) for now, e.g. '1' is valid here and we assume that it is equal to '1.0.0'.
// (missing minor/patch values will be added on server side to pass semver.satisfies check)
const isValidVersion = (version: string): boolean => !!semver.valid(version) || /^\d+\.\d+$/.test(version) || /^\d+$/.test(version);
log(chalk.cyan(`Detecting ${command.platform} app version:\n`));
if (command.platform === "ios") {
let resolvedPlistFile: string = command.plistFile;
if (resolvedPlistFile) {
// If a plist file path is explicitly provided, then we don't
// need to attempt to "resolve" it within the well-known locations.
if (!fileExists(resolvedPlistFile)) {
throw new Error("The specified plist file doesn't exist. Please check that the provided path is correct.");
}
} else {
// Allow the plist prefix to be specified with or without a trailing
// separator character, but prescribe the use of a hyphen when omitted,
// since this is the most commonly used convetion for plist files.
if (command.plistFilePrefix && /.+[^-.]$/.test(command.plistFilePrefix)) {
command.plistFilePrefix += "-";
}
const iOSDirectory: string = "ios";
const plistFileName = `${command.plistFilePrefix || ""}Info.plist`;
const knownLocations = [
path.join(iOSDirectory, projectName, plistFileName),
path.join(iOSDirectory, plistFileName)
];
resolvedPlistFile = (<any>knownLocations).find(fileExists);
if (!resolvedPlistFile) {
throw new Error(`Unable to find either of the following plist files in order to infer your app's binary version: "${knownLocations.join("\", \"")}". If your plist has a different name, or is located in a different directory, consider using either the "--plistFile" or "--plistFilePrefix" parameters to help inform the CLI how to find it.`);
}
}
const plistContents = fs.readFileSync(resolvedPlistFile).toString();
try {
var parsedPlist = plist.parse(plistContents);
} catch (e) {
throw new Error(`Unable to parse "${resolvedPlistFile}". Please ensure it is a well-formed plist file.`);
}
if (parsedPlist && parsedPlist.CFBundleShortVersionString) {
if (isValidVersion(parsedPlist.CFBundleShortVersionString)) {
log(`Using the target binary version value "${parsedPlist.CFBundleShortVersionString}" from "${resolvedPlistFile}".\n`);
return Q(parsedPlist.CFBundleShortVersionString);
} else {
throw new Error(`The "CFBundleShortVersionString" key in the "${resolvedPlistFile}" file needs to specify a valid semver string, containing both a major and minor version (e.g. 1.3.2, 1.1).`);
}
} else {
throw new Error(`The "CFBundleShortVersionString" key doesn't exist within the "${resolvedPlistFile}" file.`);
}
} else if (command.platform === "android") {
let buildGradlePath: string = path.join("android", "app");
if (command.gradleFile) {
buildGradlePath = command.gradleFile;
}
if (fs.lstatSync(buildGradlePath).isDirectory()) {
buildGradlePath = path.join(buildGradlePath, "build.gradle");
}
if (fileDoesNotExistOrIsDirectory(buildGradlePath)) {
throw new Error(`Unable to find gradle file "${buildGradlePath}".`);
}
return g2js.parseFile(buildGradlePath)
.catch(() => {
throw new Error(`Unable to parse the "${buildGradlePath}" file. Please ensure it is a well-formed Gradle file.`);
})
.then((buildGradle: any) => {
let versionName: string = null;
if (buildGradle.android && buildGradle.android.defaultConfig && buildGradle.android.defaultConfig.versionName) {
versionName = buildGradle.android.defaultConfig.versionName;
} else {
throw new Error(`The "${buildGradlePath}" file doesn't specify a value for the "android.defaultConfig.versionName" property.`);
}
if (typeof versionName !== "string") {
throw new Error(`The "android.defaultConfig.versionName" property value in "${buildGradlePath}" is not a valid string. If this is expected, consider using the --targetBinaryVersion option to specify the value manually.`);
}
let appVersion: string = versionName.replace(/"/g, "").trim();
if (isValidVersion(appVersion)) {
// The versionName property is a valid semver string,
// so we can safely use that and move on.
log(`Using the target binary version value "${appVersion}" from "${buildGradlePath}".\n`);
return appVersion;
} else if (/^\d.*/.test(appVersion)) {
// The versionName property isn't a valid semver string,
// but it starts with a number, and therefore, it can't
// be a valid Gradle property reference.
throw new Error(`The "android.defaultConfig.versionName" property in the "${buildGradlePath}" file needs to specify a valid semver string, containing both a major and minor version (e.g. 1.3.2, 1.1).`);
}