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c734e94fa57de6c1e05d0c55337fded0bba70a24
lime/tools/utils/PlatformSetup.hx
Joshua Granick 540aa48c39 Merge Aether tools
2014-09-30 17:41:57 -07:00

2146 lines
53 KiB
Haxe
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package utils;
import haxe.Http;
import haxe.io.Eof;
import haxe.io.Path;
import haxe.zip.Reader;
import helpers.BlackBerryHelper;
import helpers.CLIHelper;
import helpers.FileHelper;
import helpers.LogHelper;
import helpers.PathHelper;
import helpers.PlatformHelper;
import helpers.ProcessHelper;
import project.Haxelib;
import project.HXProject;
import project.Platform;
import sys.io.File;
import sys.io.Process;
import sys.FileSystem;
class PlatformSetup {
private static var airMacPath = "http://airdownload.adobe.com/air/mac/download/latest/AdobeAIRSDK.tbz2";
private static var airWindowsPath = "http://airdownload.adobe.com/air/win/download/latest/AdobeAIRSDK.zip";
private static var androidLinuxNDKPath = "http://dl.google.com/android/ndk/android-ndk-r8b-linux-x86.tar.bz2";
private static var androidLinuxSDKPath = "http://dl.google.com/android/android-sdk_r22.0.5-linux.tgz";
private static var androidMacNDKPath = "http://dl.google.com/android/ndk/android-ndk-r8b-darwin-x86.tar.bz2";
private static var androidMacSDKPath = "http://dl.google.com/android/android-sdk_r22.0.5-macosx.zip";
private static var androidWindowsNDKPath = "http://dl.google.com/android/ndk/android-ndk-r8b-windows.zip";
private static var androidWindowsSDKPath = "http://dl.google.com/android/android-sdk_r22.0.5-windows.zip";
private static var apacheAntUnixPath = "http://archive.apache.org/dist/ant/binaries/apache-ant-1.9.2-bin.tar.gz";
private static var apacheAntWindowsPath = "http://archive.apache.org/dist/ant/binaries/apache-ant-1.9.2-bin.zip";
private static var apacheCordovaPath = "http://www.apache.org/dist/incubator/cordova/cordova-2.1.0-incubating-src.zip";
private static var appleXcodeURL = "http://developer.apple.com/xcode/";
private static var blackBerryCodeSigningURL = "https://www.blackberry.com/SignedKeys/";
private static var blackBerryLinuxNativeSDKPath = "http://developer.blackberry.com/native/downloads/fetch/installer-bbndk-2.1.0-linux-1032-201209271809-201209280007.bin";
private static var blackBerryMacNativeSDKPath = "http://developer.blackberry.com/native/downloads/fetch/installer-bbndk-2.1.0-macosx-1032-201209271809-201209280007.dmg";
private static var blackBerryMacWebWorksSDKPath = "https://developer.blackberry.com/html5/downloads/fetch/BB10-WebWorks-SDK_1.0.4.7.zip";
private static var blackBerryWindowsNativeSDKPath = "http://developer.blackberry.com/native/downloads/fetch/installer-bbndk-2.1.0-win32-1032-201209271809-201209280007.exe";
private static var blackBerryWindowsWebWorksSDKPath = "https://developer.blackberry.com/html5/downloads/fetch/BB10-WebWorks-SDK_1.0.4.7.exe";
private static var codeSourceryWindowsPath = "http://sourcery.mentor.com/public/gnu_toolchain/arm-none-linux-gnueabi/arm-2009q1-203-arm-none-linux-gnueabi.exe";
private static var emscriptenSDKURL = "https://github.com/kripken/emscripten/wiki/Emscripten-SDK";
private static var javaJDKURL = "http://www.oracle.com/technetwork/java/javase/downloads/jdk6u37-downloads-1859587.html";
private static var linuxAptPackages = "ia32-libs-multiarch gcc-multilib g++-multilib";
private static var linuxUbuntuSaucyPackages = "gcc-multilib g++-multilib libxext-dev";
private static var linuxYumPackages = "gcc gcc-c++";
private static var linuxPacmanPackages = "multilib-devel lib32-mesa lib32-mesa-libgl lib32-glu";
private static var tizenSDKURL = "https://developer.tizen.org/downloads/tizen-sdk";
private static var webOSLinuxX64NovacomPath = "http://cdn.downloads.palm.com/sdkdownloads/3.0.4.669/sdkBinaries/palm-novacom_1.0.80_amd64.deb";
private static var webOSLinuxX86NovacomPath = "http://cdn.downloads.palm.com/sdkdownloads/3.0.4.669/sdkBinaries/palm-novacom_1.0.80_i386.deb";
private static var webOSLinuxSDKPath = "http://cdn.downloads.palm.com/sdkdownloads/3.0.5.676/sdkBinaries/palm-sdk_3.0.5-svn528736-pho676_i386.deb";
private static var webOSMacSDKPath = "http://cdn.downloads.palm.com/sdkdownloads/3.0.5.676/sdkBinaries/Palm_webOS_SDK.3.0.5.676.dmg";
private static var webOSWindowsX64SDKPath = "http://cdn.downloads.palm.com/sdkdownloads/3.0.5.676/sdkBinaries/HP_webOS_SDK-Win-3.0.5-676-x64.exe";
private static var webOSWindowsX86SDKPath = "http://cdn.downloads.palm.com/sdkdownloads/3.0.5.676/sdkBinaries/HP_webOS_SDK-Win-3.0.5-676-x86.exe";
private static var windowsVisualStudioCPPPath = "http://download.microsoft.com/download/1/D/9/1D9A6C0E-FC89-43EE-9658-B9F0E3A76983/vc_web.exe";
private static var backedUpConfig:Bool = false;
private static var nme:String;
private static var triedSudo:Bool = false;
private static var userDefines:Map<String, Dynamic>;
private static var targetFlags:Map<String, Dynamic>;
private static var setupHaxelibs = new Map<String, Bool> ();
private static function createPath (path:String, defaultPath:String = ""):String {
try {
if (path == "") {
PathHelper.mkdir (defaultPath);
return defaultPath;
} else {
PathHelper.mkdir (path);
return path;
}
} catch (e:Dynamic) {
throwPermissionsError ();
return "";
}
}
private static function downloadFile (remotePath:String, localPath:String = "", followingLocation:Bool = false):Void {
if (localPath == "") {
localPath = Path.withoutDirectory (remotePath);
}
if (!followingLocation && FileSystem.exists (localPath)) {
var answer = CLIHelper.ask ("File found. Install existing file?");
if (answer != NO) {
return;
}
}
var out = File.write (localPath, true);
var progress = new Progress (out);
var h = new Http (remotePath);
h.cnxTimeout = 30;
h.onError = function (e) {
progress.close();
FileSystem.deleteFile (localPath);
throw e;
};
if (!followingLocation) {
LogHelper.println ("Downloading " + localPath + "...");
}
h.customRequest (false, progress);
if (h.responseHeaders != null && h.responseHeaders.exists ("Location")) {
var location = h.responseHeaders.get ("Location");
if (location != remotePath) {
downloadFile (location, localPath, true);
}
}
}
private static function extractFile (sourceZIP:String, targetPath:String, ignoreRootFolder:String = ""):Void {
var extension = Path.extension (sourceZIP);
if (extension != "zip") {
var arguments = "xvzf";
if (extension == "bz2" || extension == "tbz2") {
arguments = "xvjf";
}
if (ignoreRootFolder != "") {
if (ignoreRootFolder == "*") {
for (file in FileSystem.readDirectory (targetPath)) {
if (FileSystem.isDirectory (targetPath + "/" + file)) {
ignoreRootFolder = file;
}
}
}
ProcessHelper.runCommand ("", "tar", [ arguments, sourceZIP ], false);
ProcessHelper.runCommand ("", "cp", [ "-R", ignoreRootFolder + "/*", targetPath ], false);
Sys.command ("rm", [ "-r", ignoreRootFolder ]);
} else {
ProcessHelper.runCommand ("", "tar", [ arguments, sourceZIP, "-C", targetPath ], false);
//InstallTool.runCommand (targetPath, "tar", [ arguments, FileSystem.fullPath (sourceZIP) ]);
}
Sys.command ("chmod", [ "-R", "755", targetPath ]);
} else {
var file = File.read (sourceZIP, true);
var entries = Reader.readZip (file);
file.close ();
for (entry in entries) {
var fileName = entry.fileName;
if (fileName.charAt (0) != "/" && fileName.charAt (0) != "\\" && fileName.split ("..").length <= 1) {
var dirs = ~/[\/\\]/g.split(fileName);
if ((ignoreRootFolder != "" && dirs.length > 1) || ignoreRootFolder == "") {
if (ignoreRootFolder != "") {
dirs.shift ();
}
var path = "";
var file = dirs.pop ();
for (d in dirs) {
path += d;
PathHelper.mkdir (targetPath + "/" + path);
path += "/";
}
if (file == "") {
if (path != "") LogHelper.println (" Created " + path);
continue; // was just a directory
}
path += file;
LogHelper.println (" Install " + path);
var data = Reader.unzip (entry);
var f = File.write (targetPath + "/" + path, true);
f.write (data);
f.close ();
}
}
}
}
LogHelper.println ("Done");
}
public static function getDefines (names:Array <String> = null, descriptions:Array <String> = null, ignored:Array <String> = null):Map <String, String> {
var config = CommandLineTools.getHXCPPConfig ();
var defines = null;
var env = Sys.environment ();
var path = "";
if (config != null) {
defines = config.environment;
for (key in defines.keys ()) {
if (defines.get (key) == env.get (key)) {
defines.remove (key);
}
}
} else {
defines = new Map <String, String> ();
}
if (!defines.exists ("HXCPP_CONFIG")) {
var home = "";
if (env.exists ("HOME")) {
home = env.get ("HOME");
} else if (env.exists ("USERPROFILE")) {
home = env.get ("USERPROFILE");
} else {
LogHelper.println ("Warning : No 'HOME' variable set - .hxcpp_config.xml might be missing.");
return null;
}
defines.set ("HXCPP_CONFIG", home + "/.hxcpp_config.xml");
}
if (names == null) {
return defines;
}
var values = new Array <String> ();
for (i in 0...names.length) {
var name = names[i];
var description = descriptions[i];
var ignore = "";
if (ignored != null && ignored.length > i) {
ignore = ignored[i];
}
var value = "";
if (defines.exists (name) && defines.get (name) != ignore) {
value = defines.get (name);
} else if (env.exists (name)) {
value = Sys.getEnv (name);
}
value = unescapePath (CLIHelper.param ("\x1b[1m" + description + "\x1b[0m \x1b[37;3m[" + value + "]\x1b[0m"));
if (value != "") {
defines.set (name, value);
} else if (value == Sys.getEnv (name)) {
defines.remove (name);
}
}
return defines;
}
public static function installHaxelib (haxelib:Haxelib):Void {
var name = haxelib.name;
if (haxelib.version != null && haxelib.version != "") {
name += ":" + haxelib.version;
}
ProcessHelper.runCommand ("", "haxelib", [ "install", name ]);
}
private static function link (dir:String, file:String, dest:String):Void {
Sys.command ("rm -rf " + dest + "/" + file);
Sys.command ("ln -s " + "/usr/lib" +"/" + dir + "/" + file + " " + dest + "/" + file);
}
private static function openURL (url:String):Void {
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
Sys.command ("explorer", [ url ]);
} else if (PlatformHelper.hostPlatform == Platform.LINUX) {
ProcessHelper.runCommand ("", "xdg-open", [ url ], false);
} else {
ProcessHelper.runCommand ("", "open", [ url ], false);
}
}
public static function run (target:String = "", userDefines:Map<String, Dynamic> = null, targetFlags:Map<String, Dynamic> = null) {
PlatformSetup.userDefines = userDefines;
PlatformSetup.targetFlags = targetFlags;
try {
switch (target) {
//case "air":
//setupAIR ();
case "android":
setupAndroid ();
case "blackberry":
setupBlackBerry ();
case "emscripten":
setupEmscripten ();
//case "html5":
//setupHTML5 ();
case "ios":
if (PlatformHelper.hostPlatform == Platform.MAC) {
setupMac ();
}
case "linux":
if (PlatformHelper.hostPlatform == Platform.LINUX) {
setupLinux ();
}
case "mac":
if (PlatformHelper.hostPlatform == Platform.MAC) {
setupMac ();
}
case "tizen":
setupTizen ();
case "webos":
setupWebOS ();
case "windows":
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
setupWindows ();
}
case "lime", "":
setupLime ();
default:
setupHaxelib (new Haxelib (target));
}
} catch (e:Eof) {
}
}
private static function runInstaller (path:String, message:String = "Waiting for process to complete..."):Void {
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
try {
LogHelper.println (message);
ProcessHelper.runCommand ("", "call", [ path ], false);
LogHelper.println ("Done");
} catch (e:Dynamic) {}
} else if (PlatformHelper.hostPlatform == Platform.LINUX) {
if (Path.extension (path) == "deb") {
ProcessHelper.runCommand ("", "sudo", [ "dpkg", "-i", "--force-architecture", path ], false);
} else {
LogHelper.println (message);
Sys.command ("chmod", [ "755", path ]);
if (path.substr (0, 1) == "/") {
ProcessHelper.runCommand ("", path, [], false);
} else {
ProcessHelper.runCommand ("", "./" + path, [], false);
}
LogHelper.println ("Done");
}
} else {
if (Path.extension (path) == "") {
LogHelper.println (message);
Sys.command ("chmod", [ "755", path ]);
ProcessHelper.runCommand ("", path, [], false);
LogHelper.println ("Done");
} else if (Path.extension (path) == "dmg") {
var process = new Process("hdiutil", [ "mount", path ]);
var ret = process.stdout.readAll().toString();
process.exitCode(); //you need this to wait till the process is closed!
process.close();
var volumePath = "";
if (ret != null && ret != "") {
volumePath = StringTools.trim (ret.substr (ret.indexOf ("/Volumes")));
}
if (volumePath != "" && FileSystem.exists (volumePath)) {
var apps = [];
var packages = [];
var executables = [];
var files:Array <String> = FileSystem.readDirectory (volumePath);
for (file in files) {
switch (Path.extension (file)) {
case "app":
apps.push (file);
case "pkg", "mpkg":
packages.push (file);
case "bin":
executables.push (file);
}
}
var file = "";
if (apps.length == 1) {
file = apps[0];
} else if (packages.length == 1) {
file = packages[0];
} else if (executables.length == 1) {
file = executables[0];
}
if (file != "") {
LogHelper.println (message);
ProcessHelper.runCommand ("", "open", [ "-W", volumePath + "/" + file ], false);
LogHelper.println ("Done");
}
try {
var process = new Process("hdiutil", [ "unmount", path ]);
process.exitCode(); //you need this to wait till the process is closed!
process.close();
} catch (e:Dynamic) {
}
if (file == "") {
ProcessHelper.runCommand ("", "open", [ path ], false);
}
} else {
ProcessHelper.runCommand ("", "open", [ path ], false);
}
} else {
ProcessHelper.runCommand ("", "open", [ path ], false);
}
}
}
public static function setupAIR ():Void {
var setAIRSDK = false;
var defines = getDefines ();
var answer = CLIHelper.ask ("Download and install the Adobe AIR SDK?");
if (answer == YES || answer == ALWAYS) {
var downloadPath = "";
var defaultInstallPath = "";
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
downloadPath = airWindowsPath;
defaultInstallPath = "C:\\Development\\Android SDK";
} else if (PlatformHelper.hostPlatform == Platform.MAC) {
downloadPath = airMacPath;
defaultInstallPath = "/opt/air-sdk";
}
downloadFile (downloadPath);
var path = unescapePath (CLIHelper.param ("Output directory [" + defaultInstallPath + "]"));
path = createPath (path, defaultInstallPath);
extractFile (Path.withoutDirectory (downloadPath), path, "");
setAIRSDK = true;
defines.set ("AIR_SDK", path);
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
LogHelper.println ("");
}
var requiredVariables = new Array <String> ();
var requiredVariableDescriptions = new Array <String> ();
if (!setAIRSDK) {
requiredVariables.push ("AIR_SDK");
requiredVariableDescriptions.push ("Path to AIR SDK");
}
if (!setAIRSDK) {
LogHelper.println ("");
}
var defines = getDefines (requiredVariables, requiredVariableDescriptions, null);
if (defines != null) {
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
}
ProcessHelper.runCommand ("", "haxelib", [ "install", "air3" ], true, true);
}
public static function setupAndroid ():Void {
var setAndroidSDK = false;
var setAndroidNDK = false;
var setApacheAnt = false;
var setJavaJDK = false;
var defines = getDefines ();
var answer = CLIHelper.ask ("Download and install the Android SDK?");
if (answer == YES || answer == ALWAYS) {
var downloadPath = "";
var defaultInstallPath = "";
var ignoreRootFolder = "android-sdk";
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
downloadPath = androidWindowsSDKPath;
defaultInstallPath = "C:\\Development\\Android SDK";
} else if (PlatformHelper.hostPlatform == Platform.LINUX) {
downloadPath = androidLinuxSDKPath;
defaultInstallPath = "/opt/android-sdk";
ignoreRootFolder = "android-sdk-linux";
} else if (PlatformHelper.hostPlatform == Platform.MAC) {
downloadPath = androidMacSDKPath;
defaultInstallPath = "/opt/android-sdk";
ignoreRootFolder = "android-sdk-mac";
}
downloadFile (downloadPath);
var path = unescapePath (CLIHelper.param ("Output directory [" + defaultInstallPath + "]"));
path = createPath (path, defaultInstallPath);
extractFile (Path.withoutDirectory (downloadPath), path, ignoreRootFolder);
if (PlatformHelper.hostPlatform != Platform.WINDOWS) {
ProcessHelper.runCommand ("", "chmod", [ "-R", "777", path ], false);
}
LogHelper.println ("Launching the Android SDK Manager to install packages");
LogHelper.println ("Please install Android API 16 and SDK Platform-tools");
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
runInstaller (path + "/SDK Manager.exe");
} else {
runInstaller (path + "/tools/android");
}
if (PlatformHelper.hostPlatform != Platform.WINDOWS && FileSystem.exists (Sys.getEnv ("HOME") + "/.android")) {
ProcessHelper.runCommand ("", "chmod", [ "-R", "777", "~/.android" ], false);
ProcessHelper.runCommand ("", "cp", [ PathHelper.getHaxelib (new Haxelib ("lime")) + "/templates/bin/debug.keystore", "~/.android/debug.keystore" ], false);
}
setAndroidSDK = true;
defines.set ("ANDROID_SDK", path);
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
LogHelper.println ("");
}
if (answer == ALWAYS) {
LogHelper.println ("Download and install the Android NDK? [y/n/a] a");
} else {
answer = CLIHelper.ask ("Download and install the Android NDK?");
}
if (answer == YES || answer == ALWAYS) {
var downloadPath = "";
var defaultInstallPath = "";
var ignoreRootFolder = "android-ndk-r8b";
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
downloadPath = androidWindowsNDKPath;
defaultInstallPath = "C:\\Development\\Android NDK";
} else if (PlatformHelper.hostPlatform == Platform.LINUX) {
downloadPath = androidLinuxNDKPath;
defaultInstallPath = "/opt/android-ndk";
} else {
downloadPath = androidMacNDKPath;
defaultInstallPath = "/opt/android-ndk";
}
downloadFile (downloadPath);
var path = unescapePath (CLIHelper.param ("Output directory [" + defaultInstallPath + "]"));
path = createPath (path, defaultInstallPath);
extractFile (Path.withoutDirectory (downloadPath), path, ignoreRootFolder);
setAndroidNDK = true;
defines.set ("ANDROID_NDK_ROOT", path);
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
LogHelper.println ("");
}
if (answer == ALWAYS) {
LogHelper.println ("Download and install Apache Ant? [y/n/a] a");
} else {
answer = CLIHelper.ask ("Download and install Apache Ant?");
}
if (answer == YES || answer == ALWAYS) {
var downloadPath = "";
var defaultInstallPath = "";
var ignoreRootFolder = "apache-ant-1.9.2";
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
downloadPath = apacheAntWindowsPath;
defaultInstallPath = "C:\\Development\\Apache Ant";
} else {
downloadPath = apacheAntUnixPath;
defaultInstallPath = "/opt/apache-ant";
}
downloadFile (downloadPath);
var path = unescapePath (CLIHelper.param ("Output directory [" + defaultInstallPath + "]"));
path = createPath (path, defaultInstallPath);
extractFile (Path.withoutDirectory (downloadPath), path, ignoreRootFolder);
setApacheAnt = true;
defines.set ("ANT_HOME", path);
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
}
if (PlatformHelper.hostPlatform != Platform.MAC) {
if (answer == ALWAYS) {
LogHelper.println ("Download and install the Java JDK? [y/n/a] a");
} else {
answer = CLIHelper.ask ("Download and install the Java JDK?");
}
if (answer == YES || answer == ALWAYS) {
LogHelper.println ("You must visit the Oracle website to download the Java 6 JDK for your platform");
var secondAnswer = CLIHelper.ask ("Would you like to go there now?");
if (secondAnswer != NO) {
openURL (javaJDKURL);
}
LogHelper.println ("");
}
}
var requiredVariables = new Array <String> ();
var requiredVariableDescriptions = new Array <String> ();
var ignoreValues = new Array <String> ();
if (!setAndroidSDK) {
requiredVariables.push ("ANDROID_SDK");
requiredVariableDescriptions.push ("Path to Android SDK");
ignoreValues.push ("/SDKs//android-sdk");
}
if (!setAndroidNDK) {
requiredVariables.push ("ANDROID_NDK_ROOT");
requiredVariableDescriptions.push ("Path to Android NDK");
ignoreValues.push ("/SDKs//android-ndk-r6");
}
if (/*PlatformHelper.hostPlatform != Platform.MAC &&*/ !setApacheAnt) {
requiredVariables.push ("ANT_HOME");
requiredVariableDescriptions.push ("Path to Apache Ant");
ignoreValues.push ("/SDKs//ant");
}
if (PlatformHelper.hostPlatform != Platform.MAC && !setJavaJDK) {
requiredVariables.push ("JAVA_HOME");
requiredVariableDescriptions.push ("Path to Java JDK");
ignoreValues.push ("/SDKs//java_jdk");
}
if (!setAndroidSDK && !setAndroidNDK && !setApacheAnt) {
LogHelper.println ("");
}
var defines = getDefines (requiredVariables, requiredVariableDescriptions, ignoreValues);
if (defines != null) {
defines.set ("ANDROID_SETUP", "true");
if (!setApacheAnt) {
try {
var antPath = defines.get ("ANT_HOME");
if (FileSystem.exists (antPath) && !FileSystem.isDirectory (antPath) && StringTools.endsWith (antPath, "ant")) {
antPath = StringTools.replace (antPath, "\\", "/");
var splitPath = antPath.split ("/");
splitPath.pop ();
splitPath.pop ();
defines.set ("ANT_HOME", splitPath.join ("/"));
}
} catch (e:Dynamic) {}
}
if (PlatformHelper.hostPlatform == Platform.MAC) {
//defines.remove ("ANT_HOME");
defines.remove ("JAVA_HOME");
}
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
}
}
public static function setupBlackBerry ():Void {
var answer = CLIHelper.ask ("Download and install the BlackBerry Native SDK?");
if (answer == YES || answer == ALWAYS) {
var downloadPath = "";
var defaultInstallPath = "";
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
downloadPath = blackBerryWindowsNativeSDKPath;
//defaultInstallPath = "C:\\Development\\Android NDK";
} else if (PlatformHelper.hostPlatform == Platform.LINUX) {
downloadPath = blackBerryLinuxNativeSDKPath;
//defaultInstallPath = "/opt/Android NDK";
} else {
downloadPath = blackBerryMacNativeSDKPath;
//defaultInstallPath = "/opt/Android NDK";
}
downloadFile (downloadPath);
runInstaller (Path.withoutDirectory (downloadPath));
LogHelper.println ("");
/*var path = unescapePath (CLIHelper.param ("Output directory [" + defaultInstallPath + "]"));
path = createPath (path, defaultInstallPath);
extractFile (Path.withoutDirectory (downloadPath), path, ignoreRootFolder);
setAndroidNDK = true;
defines.set ("ANDROID_NDK_ROOT", path);
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
LogHelper.println ("");*/
}
var defines = getDefines ([ "BLACKBERRY_NDK_ROOT" ], [ "Path to BlackBerry Native SDK" ]);
if (defines != null) {
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
}
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
if (answer == ALWAYS) {
LogHelper.println ("Download and install the BlackBerry WebWorks SDK? [y/n/a] a");
} else {
answer = CLIHelper.ask ("Download and install the BlackBerry WebWorks SDK?");
}
if (answer == ALWAYS || answer == YES) {
var downloadPath = "";
var defaultInstallPath = "";
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
downloadPath = blackBerryWindowsWebWorksSDKPath;
//defaultInstallPath = "C:\\Development\\Android NDK";
} else if (PlatformHelper.hostPlatform == Platform.LINUX) {
//downloadPath = blackBerryLinuxWebWorksSDKPath;
//defaultInstallPath = "/opt/Android NDK";
} else {
downloadPath = blackBerryMacWebWorksSDKPath;
//defaultInstallPath = "/opt/Android NDK";
}
downloadFile (downloadPath);
runInstaller (Path.withoutDirectory (downloadPath));
LogHelper.println ("");
/*var path = unescapePath (CLIHelper.param ("Output directory [" + defaultInstallPath + "]"));
path = createPath (path, defaultInstallPath);
extractFile (Path.withoutDirectory (downloadPath), path, ignoreRootFolder);
setAndroidNDK = true;
defines.set ("ANDROID_NDK_ROOT", path);
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
LogHelper.println ("");*/
}
var defines = getDefines ([ "BLACKBERRY_WEBWORKS_SDK" ], [ "Path to BlackBerry WebWorks SDK" ]);
if (defines != null) {
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
}
}
var binDirectory = "";
try {
if (defines.exists ("BLACKBERRY_NDK_ROOT") && (!defines.exists("QNX_HOST") || !defines.exists("QNX_TARGET"))) {
var fileName = defines.get ("BLACKBERRY_NDK_ROOT");
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
fileName += "\\bbndk-env.bat";
} else {
fileName += "/bbndk-env.sh";
}
var fin = File.read (fileName, false);
try {
while (true) {
var str = fin.readLine();
var split = str.split ("=");
var name = StringTools.trim (split[0].substr (split[0].lastIndexOf (" ") + 1));
switch (name) {
case "QNX_HOST", "QNX_TARGET", "QNX_HOST_VERSION", "QNX_TARGET_VERSION":
var value = split[1];
if (StringTools.startsWith (value, "${") && split.length > 2) {
value = split[2].substr (0, split[2].length - 1);
}
if (StringTools.startsWith(value, "\"")) {
value = value.substr (1);
}
if (StringTools.endsWith(value, "\"")) {
value = value.substr (0, value.length - 1);
}
if (name == "QNX_HOST_VERSION" || name == "QNX_TARGET_VERSION") {
if (defines.get (name) != null) {
continue;
}
} else {
value = StringTools.replace (value, "$QNX_HOST_VERSION", defines.get ("QNX_HOST_VERSION"));
value = StringTools.replace (value, "$QNX_TARGET_VERSION", defines.get ("QNX_TARGET_VERSION"));
value = StringTools.replace (value, "%QNX_HOST_VERSION%", defines.get ("QNX_HOST_VERSION"));
value = StringTools.replace (value, "%QNX_TARGET_VERSION%", defines.get ("QNX_TARGET_VERSION"));
}
defines.set (name, value);
}
}
} catch (ex:Eof) {}
fin.close();
}
} catch (e:Dynamic) {
LogHelper.println ("Error: Path to BlackBerry Native SDK appears to be invalid");
}
binDirectory = defines.get ("QNX_HOST") + "/usr/bin/";
if (answer == ALWAYS) {
LogHelper.println ("Configure a BlackBerry device? [y/n/a] a");
} else {
answer = CLIHelper.ask ("Configure a BlackBerry device?");
}
var debugTokenPath:String = null;
if (answer == YES || answer == ALWAYS) {
var secondAnswer = CLIHelper.ask ("Do you have a valid debug token?");
if (secondAnswer == NO) {
secondAnswer = CLIHelper.ask ("Have you requested code signing keys?");
if (secondAnswer == NO) {
secondAnswer = CLIHelper.ask ("Would you like to request them now?");
if (secondAnswer != NO) {
openURL (blackBerryCodeSigningURL);
}
LogHelper.println ("");
LogHelper.println ("It can take up to two hours for code signing keys to arrive");
LogHelper.println ("Please run \"lime setup blackberry\" again at that time");
Sys.exit (0);
} else {
secondAnswer = CLIHelper.ask ("Have you created a keystore file?");
var cskPassword:String = null;
var keystorePath:String = null;
var keystorePassword:String = null;
var outputPath:String = null;
if (secondAnswer == NO) {
var pbdtFile = unescapePath (CLIHelper.param ("Path to client-PBDT-*.csj file"));
var rdkFile = unescapePath (CLIHelper.param ("Path to client-RDK-*.csj file"));
var cskPIN = CLIHelper.param ("Code signing key PIN");
cskPassword = CLIHelper.param ("Code signing key password", true);
LogHelper.println ("Registering code signing keys...");
try {
ProcessHelper.runCommand ("", binDirectory + "blackberry-signer", [ "-csksetup", "-cskpass", cskPassword ], false);
} catch (e:Dynamic) { }
try {
ProcessHelper.runCommand ("", binDirectory + "blackberry-signer", [ "-register", "-cskpass", cskPassword, "-csjpin", cskPIN, pbdtFile ], false);
ProcessHelper.runCommand ("", binDirectory + "blackberry-signer", [ "-register", "-cskpass", cskPassword, "-csjpin", cskPIN, rdkFile ], false);
LogHelper.println ("Done.");
} catch (e:Dynamic) {}
keystorePassword = CLIHelper.param ("Keystore password", true);
var companyName = CLIHelper.param ("Company name");
outputPath = unescapePath (CLIHelper.param ("Output directory"));
keystorePath = outputPath + "/author.p12";
LogHelper.println ("Creating keystore...");
try {
ProcessHelper.runCommand ("", binDirectory + "blackberry-keytool", [ "-genkeypair", "-keystore", keystorePath, "-storepass", keystorePassword, "-dname", "cn=(" + companyName + ")", "-alias", "author" ], false);
LogHelper.println ("Done.");
} catch (e:Dynamic) {
Sys.exit (1);
}
}
var names:Array<String> = [];
var descriptions:Array<String> = [];
if (cskPassword == null) {
cskPassword = CLIHelper.param ("Code signing key password", true);
}
if (keystorePath == null) {
keystorePath = unescapePath (CLIHelper.param ("Path to keystore (*.p12) file"));
}
if (keystorePassword == null) {
keystorePassword = CLIHelper.param ("Keystore password", true);
}
var deviceIDs = [];
var defines = getDefines ();
var config = CommandLineTools.getHXCPPConfig ();
BlackBerryHelper.initialize (config);
var token = BlackBerryHelper.processDebugToken (config);
if (token != null) {
for (deviceID in token.deviceIDs) {
if (CLIHelper.ask ("Would you like to add existing device PIN \"" + deviceID + "\"?") != NO) {
deviceIDs.push ("0x" + deviceID);
}
}
}
if (deviceIDs.length == 0) {
deviceIDs.push ("0x" + CLIHelper.param ("Device PIN"));
}
while (CLIHelper.ask ("Would you like to add another device PIN?") != NO) {
var pin = CLIHelper.param ("Device PIN");
if (pin != null && pin != "") {
deviceIDs.push ("0x" + pin);
}
}
if (outputPath == null) {
outputPath = unescapePath (CLIHelper.param ("Output directory"));
}
debugTokenPath = outputPath + "/debugToken.bar";
LogHelper.println ("Requesting debug token...");
try {
var params = [ "-cskpass", cskPassword, "-keystore", keystorePath, "-storepass", keystorePassword ];
for (id in deviceIDs) {
params.push ("-deviceId");
params.push (id);
}
params.push (debugTokenPath);
ProcessHelper.runCommand ("", binDirectory + "blackberry-debugtokenrequest", params, false);
LogHelper.println ("Done.");
} catch (e:Dynamic) {
Sys.exit (1);
}
var defines = getDefines ();
defines.set ("BLACKBERRY_DEBUG_TOKEN", debugTokenPath);
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
}
}
if (answer == YES || answer == ALWAYS) {
var names:Array<String> = [];
var descriptions:Array<String> = [];
if (debugTokenPath == null) {
names.push ("BLACKBERRY_DEBUG_TOKEN");
descriptions.push ("Path to debug token");
}
names = names.concat ([ "BLACKBERRY_DEVICE_IP", "BLACKBERRY_DEVICE_PASSWORD" ]);
descriptions = descriptions.concat ([ "Device IP address", "Device password" ]);
var defines = getDefines (names, descriptions);
if (defines != null) {
defines.set ("BLACKBERRY_SETUP", "true");
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
}
var secondAnswer = CLIHelper.ask ("Install debug token on device?");
if (secondAnswer != NO) {
LogHelper.println ("Installing debug token...");
var done = false;
while (!done) {
try {
ProcessHelper.runCommand ("", binDirectory + "blackberry-deploy", [ "-installDebugToken", defines.get ("BLACKBERRY_DEBUG_TOKEN"), "-device", defines.get ("BLACKBERRY_DEVICE_IP"), "-password", defines.get ("BLACKBERRY_DEVICE_PASSWORD") ], false);
LogHelper.println ("Done.");
done = true;
} catch (e:Dynamic) {
if (CLIHelper.ask ("Would you like to try again?") == NO) {
Sys.exit (1);
}
}
}
}
}
}
if (answer == ALWAYS) {
LogHelper.println ("Configure the BlackBerry simulator? [y/n/a] a");
} else {
answer = CLIHelper.ask ("Configure the BlackBerry simulator?");
}
if (answer == YES || answer == ALWAYS) {
var defines = getDefines ([ "BLACKBERRY_SIMULATOR_IP" ], [ "Simulator IP address" ]);
if (defines != null) {
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
}
}
var defines = getDefines ();
defines.set ("BLACKBERRY_SETUP", "true");
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
}
public static function setupEmscripten ():Void {
var answer = CLIHelper.ask ("Download and install Emscripten?");
if (answer == YES || answer == ALWAYS) {
LogHelper.println ("You may find instructions for installing Emscripten on the website.");
var secondAnswer = CLIHelper.ask ("Would you like to open the wiki page now?");
if (secondAnswer != NO) {
ProcessHelper.openURL (emscriptenSDKURL);
}
}
var defines = getDefines ([ "EMSCRIPTEN_SDK" ], [ "Path to Emscripten SDK" ]);
if (defines != null) {
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
}
}
public static function setupHaxelib (haxelib:Haxelib, dependency:Bool = false):Void {
setupHaxelibs.set (haxelib.name, true);
var defines = new Map <String, Dynamic> ();
defines.set ("setup", 1);
var basePath = ProcessHelper.runProcess ("", "haxelib", [ "config" ]);
if (basePath != null) {
basePath = StringTools.trim (basePath.split ("\n")[0]);
}
var lib = PathHelper.getHaxelib (haxelib, false, true);
if (lib != null && !StringTools.startsWith (PathHelper.standardize (lib), PathHelper.standardize (basePath))) {
defines.set ("dev", 1);
}
var project = HXProject.fromHaxelib (haxelib, defines, true);
if (project != null && project.haxelibs.length > 0) {
for (lib in project.haxelibs) {
if (setupHaxelibs.exists (lib.name)) continue;
var path = PathHelper.getHaxelib (lib, false, true);
if (path == null || path == "" || (lib.version != null && lib.version != "")) {
if (defines.exists ("dev")) {
LogHelper.error ("Could not find dependency \"" + lib.name + "\" for library \"" + haxelib.name + "\"");
}
installHaxelib (lib);
} else /*if (userDefines.exists ("upgrade"))*/ {
updateHaxelib (lib);
}
setupHaxelib (lib, true);
}
} else if (!dependency) {
LogHelper.warn ("No setup is required for " + haxelib.name + ", or it is not a valid target");
}
}
public static function setupHTML5 ():Void {
var setApacheCordova = false;
var defines = getDefines ();
var answer = CLIHelper.ask ("Download and install Apache Cordova?");
if (answer == YES || answer == ALWAYS) {
var downloadPath = "";
var defaultInstallPath = "";
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
defaultInstallPath = "C:\\Development\\Apache Cordova";
} else {
defaultInstallPath = "/opt/cordova";
}
var path = unescapePath (CLIHelper.param ("Output directory [" + defaultInstallPath + "]"));
path = createPath (path, defaultInstallPath);
downloadFile (apacheCordovaPath);
extractFile (Path.withoutDirectory (apacheCordovaPath), path, "*");
var childArchives = [];
for (file in FileSystem.readDirectory (path)) {
if (Path.extension (file) == "zip") {
childArchives.push (file);
}
}
createPath (path + "/lib");
var libs = [ "android", "bada-wac", "bada", "blackberry", "ios", "mac", "qt", "tizen", "webos", "wp7" ];
for (archive in childArchives) {
var name = Path.withoutExtension (archive);
name = StringTools.replace (name, "incubator-", "");
name = StringTools.replace (name, "cordova-", "");
if (name == "blackberry-webworks") {
name = "blackberry";
}
var basePath = path + "/";
for (lib in libs) {
if (name == lib) {
basePath += "lib/";
}
}
createPath (basePath + name);
extractFile (path + "/" + archive, basePath + name);
}
if (PlatformHelper.hostPlatform != Platform.WINDOWS) {
ProcessHelper.runCommand ("", "chmod", [ "-R", "777", path ], false);
}
setApacheCordova = true;
defines.set ("CORDOVA_PATH", path);
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
LogHelper.println ("");
}
var requiredVariables = [];
var requiredVariableDescriptions = [];
if (!setApacheCordova) {
requiredVariables.push ("CORDOVA_PATH");
requiredVariableDescriptions.push ("Path to Apache Cordova");
}
requiredVariables = requiredVariables.concat ([ "WEBWORKS_SDK", "WEBWORKS_SDK_BBOS", "WEBWORKS_SDK_PLAYBOOK" ]);
requiredVariableDescriptions = requiredVariableDescriptions.concat ([ "Path to WebWorks SDK for BlackBerry 10", "Path to WebWorks SDK for BBOS", "Path to WebWorks SDK for PlayBook" ]);
defines = getDefines (requiredVariables, requiredVariableDescriptions);
defines.set ("CORDOVA_PATH", unescapePath (defines.get ("CORDOVA_PATH")));
defines.set ("WEBWORKS_SDK_BBOS", unescapePath (defines.get ("WEBWORKS_SDK_BBOS")));
defines.set ("WEBWORKS_SDK_PLAYBOOK", unescapePath (defines.get ("WEBWORKS_SDK_PLAYBOOK")));
// temporary hack
/*Sys.println ("");
Sys.println ("Setting Apache Cordova install path...");
ProcessHelper.runCommand (defines.get ("CORDOVA_PATH") + "/lib/ios", "make", [ "install" ], true, true);
Sys.println ("Done.");*/
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
ProcessHelper.runCommand ("", "haxelib", [ "install", "cordova" ], true, true);
}
public static function setupLime ():Void {
setupHaxelib (new Haxelib ("lime"));
var haxePath = Sys.getEnv ("HAXEPATH");
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
if (haxePath == null || haxePath == "") {
haxePath = "C:\\HaxeToolkit\\haxe\\";
}
File.copy (PathHelper.getHaxelib (new Haxelib ("lime")) + "\\templates\\\\bin\\lime.bat", haxePath + "\\lime.bat");
File.copy (PathHelper.getHaxelib (new Haxelib ("lime")) + "\\templates\\\\bin\\lime.sh", haxePath + "\\lime");
} else {
if (haxePath == null || haxePath == "") {
haxePath = "/usr/lib/haxe";
}
var installedCommand = false;
var answer = YES;
if (targetFlags.exists ("y")) {
Sys.println ("Do you want to install the \"lime\" command? [y/n/a] y");
} else {
answer = CLIHelper.ask ("Do you want to install the \"lime\" command?");
}
if (answer == YES || answer == ALWAYS) {
try {
ProcessHelper.runCommand ("", "sudo", [ "cp", "-f", PathHelper.getHaxelib (new Haxelib ("lime")) + "/templates/bin/lime.sh", "/usr/bin/lime" ], false);
ProcessHelper.runCommand ("", "sudo", [ "chmod", "755", "/usr/bin/lime" ], false);
installedCommand = true;
} catch (e:Dynamic) {}
}
if (!installedCommand) {
Sys.println ("");
Sys.println ("To finish setup, we recommend you either...");
Sys.println ("");
Sys.println (" a) Manually add an alias called \"lime\" to run \"haxelib run lime\"");
Sys.println (" b) Run the following commands:");
Sys.println ("");
Sys.println ("sudo cp \"" + PathHelper.getHaxelib (new Haxelib ("lime")) + "/templates/bin/lime.sh\" /usr/bin/lime");
Sys.println ("sudo chmod 755 /usr/bin/lime");
Sys.println ("");
}
}
if (PlatformHelper.hostPlatform == Platform.MAC) {
var defines = getDefines ();
defines.set ("MAC_USE_CURRENT_SDK", "1");
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
}
}
public static function setupLinux ():Void {
var whichAptGet = ProcessHelper.runProcess ("", "which", ["apt-get"], true, true, true);
var hasApt = whichAptGet != null && whichAptGet != "";
if (hasApt) {
// check if this is ubuntu saucy 64bit, which uses different packages.
var lsbId = ProcessHelper.runProcess ("", "lsb_release", ["-si"], true, true, true);
var lsbRelease = ProcessHelper.runProcess ("", "lsb_release", ["-sr"], true, true, true);
var arch = ProcessHelper.runProcess ("", "uname", ["-m"], true, true, true);
var isSaucy = lsbId == "Ubuntu\n" && lsbRelease == "13.10\n" && arch == "x86_64\n";
var packages = isSaucy ? linuxUbuntuSaucyPackages : linuxAptPackages;
var parameters = [ "apt-get", "install" ].concat (packages.split (" "));
ProcessHelper.runCommand ("", "sudo", parameters, false);
return;
}
var whichYum = ProcessHelper.runProcess ("", "which", ["yum"], true, true, true);
var hasYum = whichYum != null && whichYum != "";
if (hasYum) {
var parameters = [ "yum", "install" ].concat (linuxYumPackages.split (" "));
ProcessHelper.runCommand ("", "sudo", parameters, false);
return;
}
var whichPacman = ProcessHelper.runProcess ("", "which", ["pacman"], true, true, true);
var hasPacman = whichPacman != null && whichPacman != "";
if (hasPacman) {
var parameters = [ "pacman", "-S", "--needed" ].concat (linuxPacmanPackages.split (" "));
ProcessHelper.runCommand ("", "sudo", parameters, false);
return;
}
LogHelper.println ("Unable to find a supported package manager on your Linux distribution.");
LogHelper.println ("For now, only apt-get, yum, and pacman are supported.");
Sys.exit (1);
}
public static function setupMac ():Void {
var answer = CLIHelper.ask ("Download and install Apple Xcode?");
if (answer == YES || answer == ALWAYS) {
LogHelper.println ("You must purchase Xcode from the Mac App Store or download using a paid");
LogHelper.println ("member account with Apple.");
var secondAnswer = CLIHelper.ask ("Would you like to open the download page?");
if (secondAnswer != NO) {
ProcessHelper.openURL (appleXcodeURL);
}
}
}
public static function setupTizen ():Void {
var answer = CLIHelper.ask ("Download and install the Tizen SDK?");
if (answer == YES || answer == ALWAYS) {
LogHelper.println ("You may download the Tizen SDK from the Tizen Developer portal.");
var secondAnswer = CLIHelper.ask ("Would you like to open the download page?");
if (secondAnswer != NO) {
ProcessHelper.openURL (tizenSDKURL);
}
}
var defines = getDefines ([ "TIZEN_SDK" ], [ "Path to Tizen SDK" ]);
if (defines != null) {
writeConfig (defines.get ("HXCPP_CONFIG"), defines);
}
}
public static function setupWebOS ():Void {
var answer = CLIHelper.ask ("Download and install the HP webOS SDK?");
if (answer == YES || answer == ALWAYS) {
var sdkPath = "";
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
if (Sys.environment ().exists ("PROCESSOR_ARCHITEW6432") && Sys.getEnv ("PROCESSOR_ARCHITEW6432").indexOf ("64") > -1) {
sdkPath = webOSWindowsX64SDKPath;
} else {
sdkPath = webOSWindowsX86SDKPath;
}
} else if (PlatformHelper.hostPlatform == Platform.LINUX) {
sdkPath = webOSLinuxSDKPath;
} else {
sdkPath = webOSMacSDKPath;
}
downloadFile (sdkPath);
runInstaller (Path.withoutDirectory (sdkPath));
LogHelper.println ("");
}
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
if (answer == ALWAYS) {
LogHelper.println ("Download and install the CodeSourcery C++ toolchain? [y/n/a] a");
} else {
answer = CLIHelper.ask ("Download and install the CodeSourcery C++ toolchain?");
}
if (answer != NO) {
downloadFile (codeSourceryWindowsPath);
runInstaller (Path.withoutDirectory (codeSourceryWindowsPath));
}
} else if (PlatformHelper.hostPlatform == Platform.LINUX) {
if (answer == ALWAYS) {
LogHelper.println ("Download and install Novacom? [y/n/a] a");
} else {
answer = CLIHelper.ask ("Download and install Novacom?");
}
if (answer != NO) {
var process = new Process("uname", ["-m"]);
var ret = process.stdout.readAll ().toString();
var ret2 = process.stderr.readAll ().toString();
process.exitCode (); //you need this to wait till the process is closed!
process.close ();
var novacomPath = webOSLinuxX86NovacomPath;
if (ret.indexOf ("64") > -1) {
novacomPath = webOSLinuxX64NovacomPath;
}
downloadFile (novacomPath);
runInstaller (Path.withoutDirectory (novacomPath));
}
}
}
public static function setupWindows ():Void {
var answer = CLIHelper.ask ("Download and install Visual Studio C++ Express?");
if (answer == YES || answer == ALWAYS) {
downloadFile (windowsVisualStudioCPPPath);
runInstaller (Path.withoutDirectory (windowsVisualStudioCPPPath));
}
}
private static function stripQuotes (path:String):String {
if (path != null) {
return path.split ("\"").join ("");
}
return path;
}
private static function throwPermissionsError () {
if (PlatformHelper.hostPlatform == Platform.WINDOWS) {
LogHelper.println ("Unable to access directory. Perhaps you need to run \"setup\" with administrative privileges?");
} else {
LogHelper.println ("Unable to access directory. Perhaps you should run \"setup\" again using \"sudo\"");
}
Sys.exit (1);
}
private static function unescapePath (path:String):String {
if (path == null) {
path = "";
}
path = StringTools.replace (path, "\\ ", " ");
if (PlatformHelper.hostPlatform != Platform.WINDOWS && StringTools.startsWith (path, "~/")) {
path = Sys.getEnv ("HOME") + "/" + path.substr (2);
}
return path;
}
public static function updateHaxelib (haxelib:Haxelib):Void {
var basePath = ProcessHelper.runProcess ("", "haxelib", [ "config" ]);
if (basePath != null) {
basePath = StringTools.trim (basePath.split ("\n")[0]);
}
var lib = PathHelper.getHaxelib (haxelib, false, true);
if (StringTools.startsWith (PathHelper.standardize (lib), PathHelper.standardize (basePath))) {
ProcessHelper.runCommand ("", "haxelib", [ "update", haxelib.name ]);
} else {
var git = PathHelper.combine (lib, ".git");
if (FileSystem.exists (git)) {
LogHelper.info ("\x1b[32;1mUpdating \"" + haxelib.name + "\"\x1b[0m");
ProcessHelper.runCommand (lib, "git", [ "pull" ]);
}
}
}
public static function writeConfig (path:String, defines:Map <String, String>):Void {
var newContent = "";
var definesText = "";
var env = Sys.environment ();
for (key in defines.keys ()) {
if (key != "HXCPP_CONFIG" && (!env.exists (key) || env.get (key) != defines.get (key))) {
definesText += " <set name=\"" + key + "\" value=\"" + stripQuotes (defines.get (key)) + "\" />\n";
}
}
if (FileSystem.exists (path)) {
var input = File.read (path, false);
var bytes = input.readAll ();
input.close ();
if (!backedUpConfig) {
try {
var backup = File.write (path + ".bak", false);
backup.writeBytes (bytes, 0, bytes.length);
backup.close ();
} catch (e:Dynamic) { }
backedUpConfig = true;
}
#if (haxe_ver > 3.102)
var content = bytes.getString (0, bytes.length);
#else
var content = bytes.readString (0, bytes.length);
#end
var startIndex = content.indexOf ("<section id=\"vars\">");
var endIndex = content.indexOf ("</section>", startIndex);
newContent += content.substr (0, startIndex) + "<section id=\"vars\">\n \n";
newContent += definesText;
newContent += " \n " + content.substr (endIndex);
} else {
newContent += "<xml>\n\n";
newContent += " <section id=\"vars\">\n\n";
newContent += definesText;
newContent += " </section>\n\n</xml>";
}
var output = File.write (path, false);
output.writeString (newContent);
output.close ();
}
}
class Progress extends haxe.io.Output {
var o : haxe.io.Output;
var cur : Int;
var max : Int;
var start : Float;
public function new(o) {
this.o = o;
cur = 0;
start = haxe.Timer.stamp();
}
function bytes(n) {
cur += n;
if( max == null )
Sys.print(cur+" bytes\r");
else
Sys.print(cur+"/"+max+" ("+Std.int((cur*100.0)/max)+"%)\r");
}
public override function writeByte(c) {
o.writeByte(c);
bytes(1);
}
public override function writeBytes(s,p,l) {
var r = o.writeBytes(s,p,l);
bytes(r);
return r;
}
public override function close() {
super.close();
o.close();
var time = haxe.Timer.stamp() - start;
var speed = (cur / time) / 1024;
time = Std.int(time * 10) / 10;
speed = Std.int(speed * 10) / 10;
// When the path is a redirect, we don't want to display that the download completed
if (cur > 400) {
Sys.print("Download complete : " + cur + " bytes in " + time + "s (" + speed + "KB/s)\n");
}
}
public override function prepare(m) {
max = m;
}
}
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