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RunCi.hx
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using StringTools;
import yaml.*;
import sys.*;
import sys.io.*;
import haxe.*;
import haxe.io.*;
private typedef TravisConfig = {
before_install: Array<String>,
script: Array<String>
}
/**
List of "TEST" defined in the "matrix" section of ".travis.yml".
*/
@:enum abstract TEST(String) from String {
var Macro = "macro";
var Neko = "neko";
var Js = "js";
var Php = "php";
var Cpp = "cpp";
var Flash9 = "flash9";
var As3 = "as3";
var Java = "java";
var Cs = "cs";
var Python = "python";
var Hl = "hl";
var ThirdParty = "third-party";
}
enum Ci {
TravisCI;
AppVeyor;
}
/**
Will be run by CI services, currently TravisCI and AppVeyor.
TravisCI:
Setting file: ".travis.yml".
Build result: https://travis-ci.org/HaxeFoundation/haxe
AppVeyor:
Setting file: "appveyor.yml".
Build result: https://ci.appveyor.com/project/HaxeFoundation/haxe
*/
class RunCi {
static function successMsg(msg:String):Void {
Sys.println('\x1b[32m' + msg + '\x1b[0m');
}
static function failMsg(msg:String):Void {
Sys.println('\x1b[31m' + msg + '\x1b[0m');
}
static function infoMsg(msg:String):Void {
Sys.println('\x1b[36m' + msg + '\x1b[0m');
}
/**
Run a command using `Sys.command()`.
If the command exits with non-zero code, exit the whole script with the same code.
If `useRetry` is `true`, the command will be re-run if it exits with non-zero code (3 trials).
It is useful for running network-dependent commands.
*/
static function runCommand(cmd:String, ?args:Array<String>, useRetry:Bool = false):Void {
var trials = useRetry ? 3 : 1;
var exitCode:Int = 1;
var cmdStr = cmd + (args == null ? '' : ' $args');
while (trials-->0) {
Sys.println('Command: $cmdStr');
var t = Timer.stamp();
exitCode = Sys.command(cmd, args);
var dt = Math.round(Timer.stamp() - t);
if (exitCode == 0)
successMsg('Command exited with $exitCode in ${dt}s: $cmdStr');
else
failMsg('Command exited with $exitCode in ${dt}s: $cmdStr');
if (exitCode == 0) {
return;
} else if (trials > 0) {
Sys.println('Command will be re-run...');
}
}
Sys.exit(exitCode);
}
static function isAptPackageInstalled(aptPackage:String):Bool {
return commandSucceed("dpkg-query", ["-W", "-f='${Status}'", aptPackage]);
}
static function requireAptPackages(packages:Array<String>):Void {
var notYetInstalled = [for (p in packages) if (!isAptPackageInstalled(p)) p];
if (notYetInstalled.length > 0)
runCommand("sudo", ["apt-get", "install", "-y"].concat(notYetInstalled), true);
}
static function haxelibInstallGit(account:String, repository:String, ?branch:String, ?srcPath:String, useRetry:Bool = false, ?altName:String):Void {
var name:String = (altName == null) ? repository : altName;
try {
getHaxelibPath(name);
infoMsg('$name has already been installed.');
} catch (e:Dynamic) {
var args:Array<String> = ["git", name, 'https://github.com/$account/$repository'];
if (branch != null) {
args.push(branch);
}
if (srcPath != null) {
args.push(srcPath);
}
runCommand("haxelib", args, useRetry);
}
}
static function haxelibInstall(library:String):Void {
try {
getHaxelibPath(library);
infoMsg('$library has already been installed.');
} catch (e:Dynamic) {
runCommand("haxelib", ["install", library]);
}
}
static function haxelibRun(args:Array<String>, useRetry:Bool = false):Void {
runCommand("haxelib", ["run"].concat(args), useRetry);
}
static function getHaxelibPath(libName:String) {
var proc = new Process("haxelib", ["path", libName]);
var result;
var code = proc.exitCode();
do {
result = proc.stdout.readLine();
if (!result.startsWith("-L")) {
break;
}
} while(true);
proc.close();
if (code != 0) {
throw 'Failed to get haxelib path ($result)';
}
return result;
}
static function changeDirectory(path:String) {
Sys.println('Changing directory to $path');
Sys.setCwd(path);
}
static function setupFlashPlayerDebugger():Void {
var mmcfgPath = switch (systemName) {
case "Linux":
Sys.getEnv("HOME") + "/mm.cfg";
case "Mac":
"/Library/Application Support/Macromedia/mm.cfg";
case _:
throw "unsupported system";
}
switch (systemName) {
case "Linux":
Sys.putEnv("DISPLAY", ":99.0");
runCommand("sh", ["-e", "/etc/init.d/xvfb", "start"]);
Sys.putEnv("AUDIODEV", "null");
requireAptPackages([
"libcurl3:i386", "libglib2.0-0:i386", "libx11-6:i386", "libxext6:i386",
"libxt6:i386", "libxcursor1:i386", "libnss3:i386", "libgtk2.0-0:i386"
]);
runCommand("wget", ["-nv", "http://fpdownload.macromedia.com/pub/flashplayer/updaters/11/flashplayer_11_sa_debug.i386.tar.gz"], true);
runCommand("tar", ["-xf", "flashplayer_11_sa_debug.i386.tar.gz", "-C", Sys.getEnv("HOME")]);
File.saveContent(mmcfgPath, "ErrorReportingEnable=1\nTraceOutputFileEnable=1");
runCommand(Sys.getEnv("HOME") + "/flashplayerdebugger", ["-v"]);
case "Mac":
runCommand("brew", ["cask", "install", "flash-player-debugger"]);
var dir = Path.directory(mmcfgPath);
runCommand("sudo", ["mkdir", "-p", dir]);
runCommand("sudo", ["chmod", "a+w", dir]);
File.saveContent(mmcfgPath, "ErrorReportingEnable=1\nTraceOutputFileEnable=1");
}
}
/**
Run a Flash swf file.
Return whether the test is successful or not.
It detemines the test result by reading the flashlog.txt, looking for "SUCCESS: true".
*/
static function runFlash(swf:String):Bool {
swf = FileSystem.fullPath(swf);
Sys.println('going to run $swf');
switch (systemName) {
case "Linux":
new Process(Sys.getEnv("HOME") + "/flashplayerdebugger", [swf]);
case "Mac":
Sys.command("open", ["-a", Sys.getEnv("HOME") + "/Applications/Flash Player Debugger.app", swf]);
}
//wait a little until flashlog.txt is created
var flashlogPath = switch (systemName) {
case "Linux":
Sys.getEnv("HOME") + "/.macromedia/Flash_Player/Logs/flashlog.txt";
case "Mac":
Sys.getEnv("HOME") + "/Library/Preferences/Macromedia/Flash Player/Logs/flashlog.txt";
case _:
throw "unsupported system";
}
for (t in 0...5) {
runCommand("sleep", ["2"]);
if (FileSystem.exists(flashlogPath))
break;
}
if (!FileSystem.exists(flashlogPath)) {
failMsg('$flashlogPath not found.');
return false;
}
//read flashlog.txt continously
var traceProcess = new Process("tail", ["-f", flashlogPath]);
var line = "";
while (true) {
try {
line = traceProcess.stdout.readLine();
Sys.println(line);
if (line.indexOf("SUCCESS: ") >= 0) {
return line.indexOf("SUCCESS: true") >= 0;
}
} catch (e:haxe.io.Eof) {
break;
}
}
return false;
}
static function runCs(exe:String, ?args:Array<String>):Void {
if (args == null) args = [];
exe = FileSystem.fullPath(exe);
switch (systemName) {
case "Linux", "Mac":
runCommand("mono", [exe].concat(args));
case "Windows":
runCommand(exe, args);
switch (ci) {
case AppVeyor:
// https://github.com/HaxeFoundation/haxe/issues/4873
// runCommand("mono", [exe].concat(args));
case _:
//pass
}
}
}
static function runCpp(bin:String, ?args:Array<String>):Void {
if (args == null) args = [];
bin = FileSystem.fullPath(bin);
runCommand(bin, args);
}
static function parseCommand(cmd:String) {
var args = [];
var offset = 0;
var cur = new StringBuf();
var inString = false;
while(true) {
switch(cmd.fastCodeAt(offset++)) {
case '"'.code:
inString = !inString;
case ' '.code if (!inString):
if (cur.length > 0) {
args.push(cur.toString());
cur = new StringBuf();
}
case '\\'.code:
cur.addChar(cmd.fastCodeAt(offset++));
case "$".code:
switch (cmd.fastCodeAt(offset)) {
case '('.code:
++offset;
var env = new StringBuf();
while(true) {
switch(cmd.fastCodeAt(offset++)) {
case ')'.code:
break;
case c:
env.addChar(c);
}
}
cur.add(Sys.getEnv(env.toString()));
case _:
cur.addChar("$".code);
}
case c:
cur.addChar(c);
}
if (offset == cmd.length) {
break;
}
}
if (cur.length > 0) {
args.push(cur.toString());
}
return args;
}
//static function parseTravisFile(path:String, ignoreBeforeInstall = false) {
//var yaml:TravisConfig = yaml.Yaml.read(path, Parser.options().useObjects());
//if (!ignoreBeforeInstall) {
//for (code in yaml.before_install) {
//var args = parseCommand(code);
//var cmd = args.shift();
//runCommand(cmd, args);
//}
//}
//for (code in yaml.script) {
//var args = parseCommand(code);
//var cmd = args.shift();
//runCommand(cmd, args);
//}
//}
static function commandSucceed(cmd:String, args:Array<String>):Bool {
return try {
var p = new Process(cmd, args);
var succeed = p.exitCode() == 0;
p.close();
succeed;
} catch(e:Dynamic) false;
}
static function commandResult(cmd:String, args:Array<String>):{
stdout:String,
stderr:String,
exitCode:Int
} {
var p = new Process(cmd, args);
var out = {
stdout: p.stdout.readAll().toString(),
stderr: p.stderr.readAll().toString(),
exitCode: p.exitCode()
}
p.close();
return out;
}
static function addToPATH(path:String):Void {
switch (systemName) {
case "Windows":
Sys.putEnv("PATH", Sys.getEnv("PATH") + ";" + path);
case "Mac", "Linux":
Sys.putEnv("PATH", Sys.getEnv("PATH") + ":" + path);
}
}
static function getPhpDependencies() {
switch (systemName) {
case "Linux":
if (commandSucceed("php", ["-v"])) {
infoMsg('php has already been installed.');
} else {
requireAptPackages(["php5-cli", "php5-mysql", "php5-sqlite"]);
}
case "Mac":
//pass
case "Windows":
if (commandSucceed("php", ["-v"])) {
infoMsg('php has already been installed.');
} else {
runCommand("cinst", ["php", "-version", "5.6.3", "-y"], true);
addToPATH("C:\\tools\\php");
}
}
runCommand("php", ["-v"]);
}
static var gotCppDependencies = false;
static function getCppDependencies() {
if (gotCppDependencies) return;
//hxcpp dependencies
switch (systemName) {
case "Linux":
requireAptPackages(["gcc-multilib", "g++-multilib"]);
case "Mac":
//pass
}
//install and build hxcpp
try {
getHaxelibPath("hxcpp");
infoMsg('hxcpp has already been installed.');
} catch(e:Dynamic) {
haxelibInstallGit("HaxeFoundation", "hxcpp", true);
var oldDir = Sys.getCwd();
changeDirectory(getHaxelibPath("hxcpp") + "tools/hxcpp/");
runCommand("haxe", ["compile.hxml"]);
changeDirectory(oldDir);
}
gotCppDependencies = true;
}
static function getJavaDependencies() {
haxelibInstallGit("HaxeFoundation", "hxjava", true);
runCommand("javac", ["-version"]);
}
static function getJSDependencies() {
switch (systemName) {
case "Linux":
if (commandSucceed("node", ["-v"])) {
infoMsg('node has already been installed.');
} else {
requireAptPackages(["nodejs"]);
}
case "Mac":
//pass
}
runCommand("node", ["-v"]);
}
static function getCsDependencies() {
switch (systemName) {
case "Linux":
if (commandSucceed("mono", ["--version"]))
infoMsg('mono has already been installed.');
else
requireAptPackages(["mono-devel", "mono-mcs"]);
runCommand("mono", ["--version"]);
case "Mac":
if (commandSucceed("mono", ["--version"]))
infoMsg('mono has already been installed.');
else
runCommand("brew", ["install", "mono"], true);
runCommand("mono", ["--version"]);
case "Windows":
switch (ci) {
case AppVeyor:
addToPATH("C:\\Program Files (x86)\\Mono\\bin");
runCommand("mono", ["--version"]);
case _:
//pass
}
}
haxelibInstallGit("HaxeFoundation", "hxcs", true);
}
static var gotOpenFLDependencies = false;
static function getOpenFLDependencies() {
if (gotOpenFLDependencies) return;
getCppDependencies();
haxelibInstallGit("HaxeFoundation", "format");
haxelibInstallGit("haxenme", "nme");
haxelibInstallGit("haxenme", "nme-dev");
haxelibInstallGit("openfl", "svg");
haxelibInstallGit("openfl", "lime");
haxelibInstallGit("openfl", "lime-tools");
haxelibInstallGit("openfl", "openfl-native");
haxelibInstallGit("openfl", "openfl-html5");
haxelibInstallGit("openfl", "openfl");
switch (systemName) {
case "Linux":
haxelibRun(["openfl", "rebuild", "linux"]);
case "Mac":
haxelibRun(["openfl", "rebuild", "mac"]);
}
haxelibRun(["openfl", "rebuild", "tools"]);
gotOpenFLDependencies = true;
}
/**
Install python and return the names of the installed pythons.
*/
static function getPythonDependencies():Array<String> {
switch (systemName) {
case "Linux":
if (commandSucceed("python3", ["-V"]))
infoMsg('python3 has already been installed.');
else
requireAptPackages(["python3"]);
runCommand("python3", ["-V"]);
var pypy = "pypy3";
if (commandSucceed(pypy, ["-V"])) {
infoMsg('pypy3 has already been installed.');
} else {
var pypyVersion = "pypy3-2.4.0-linux64";
runCommand("wget", ['https://bitbucket.org/pypy/pypy/downloads/${pypyVersion}.tar.bz2'], true);
runCommand("tar", ["-xf", '${pypyVersion}.tar.bz2']);
pypy = FileSystem.fullPath('${pypyVersion}/bin/pypy3');
}
runCommand(pypy, ["-V"]);
return ["python3", pypy];
case "Mac":
if (commandSucceed("python3", ["-V"]))
infoMsg('python3 has already been installed.');
else
runCommand("brew", ["install", "python3"], true);
runCommand("python3", ["-V"]);
if (commandSucceed("pypy3", ["-V"]))
infoMsg('pypy3 has already been installed.');
else
runCommand("brew", ["install", "pypy3"], true);
runCommand("pypy3", ["-V"]);
return ["python3", "pypy3"];
case "Windows":
if (commandSucceed("python3", ["-V"]))
infoMsg('python3 has already been installed.');
else
throw "please install python 3.x and make it available as python3 in PATH";
runCommand("python3", ["-V"]);
return ["python3"];
}
return [];
}
static var ci(default, never):Null<Ci> =
if (Sys.getEnv("TRAVIS") == "true")
TravisCI;
else if (Sys.getEnv("APPVEYOR") == "True")
AppVeyor;
else
null;
static var systemName(default, never) = Sys.systemName();
static var cwd(default, never) = Sys.getCwd();
static var repoDir(default, never) = FileSystem.fullPath("..") + "/";
static var unitDir(default, never) = cwd + "unit/";
static var sysDir(default, never) = cwd + "sys/";
static var optDir(default, never) = cwd + "optimization/";
static var miscDir(default, never) = cwd + "misc/";
static var gitInfo(get, null):{repo:String, branch:String, commit:String, timestamp:Float, date:String};
static function get_gitInfo() return if (gitInfo != null) gitInfo else gitInfo = {
repo: switch (ci) {
case TravisCI:
Sys.getEnv("TRAVIS_REPO_SLUG");
case AppVeyor:
Sys.getEnv("APPVEYOR_PROJECT_SLUG");
case _:
commandResult("git", ["config", "--get", "remote.origin.url"]).stdout.trim();
},
branch: switch (ci) {
case TravisCI:
Sys.getEnv("TRAVIS_BRANCH");
case AppVeyor:
Sys.getEnv("APPVEYOR_REPO_BRANCH");
case _:
commandResult("git", ["rev-parse", "--abbrev-ref", "HEAD"]).stdout.trim();
},
commit: commandResult("git", ["rev-parse", "HEAD"]).stdout.trim(),
timestamp: Std.parseFloat(commandResult("git", ["show", "-s", "--format=%ct", "HEAD"]).stdout),
date: {
var gitTime = commandResult("git", ["show", "-s", "--format=%ct", "HEAD"]).stdout;
var tzd = {
var z = Date.fromTime(0);
z.getHours() * 60 * 60 * 1000 + z.getMinutes() * 60 * 1000;
}
// make time in the UTC time zone
var time = Date.fromTime(Std.parseFloat(gitTime) * 1000 - tzd);
DateTools.format(time, "%FT%TZ");
}
}
static var haxeVer(default, never) = {
var haxe_ver = haxe.macro.Compiler.getDefine("haxe_ver");
switch (haxe_ver.split(".")) {
case [major]:
major;
case [major, minor] if (minor.length == 1):
'${major}.${minor}';
case [major, minor] if (minor.length > 1):
var minor = minor.charAt(0);
var patch = Std.parseInt(minor.substr(1));
'${major}.${minor}.${patch}';
case _:
throw haxe_ver;
}
}
static var haxeVerFull(default, never) = {
var ver = haxeVer.split(".");
while (ver.length < 3) {
ver.push("0");
}
ver.join(".");
}
static function deploy():Void {
if (
Sys.getEnv("DEPLOY") != null
) {
changeDirectory(repoDir);
// generate doc
runCommand("make", ["-s", "install_dox"]);
runCommand("make", ["-s", "package_doc"]);
deployBintray();
deployApiDoc();
deployPPA();
}
}
static function deployBintray():Void {
if (
Sys.getEnv("BINTRAY") != null &&
Sys.getEnv("BINTRAY_USERNAME") != null &&
Sys.getEnv("BINTRAY_API_KEY") != null
) {
// generate bintray config
var tpl = new Template(File.getContent("extra/bintray.tpl.json"));
var compatDate = ~/[^0-9]/g.replace(gitInfo.date, "");
var json = tpl.execute({
packageSubject: {
var sub = Sys.getEnv("BINTRAY_SUBJECT");
sub != null ? sub : Sys.getEnv("BINTRAY_USERNAME");
},
os: systemName.toLowerCase(),
versionName: '${haxeVer}+${compatDate}.${gitInfo.commit.substr(0,7)}',
versionDesc: "Automated CI build.",
gitRepo: gitInfo.repo,
gitBranch: gitInfo.branch,
gitCommit: gitInfo.commit,
gitDate: gitInfo.date,
});
var path = "extra/bintray.json";
File.saveContent("extra/bintray.json", json);
infoMsg("saved " + FileSystem.absolutePath(path) + " with content:");
Sys.println(json);
}
}
/**
Deploy doc to api.haxe.org.
*/
static function deployApiDoc():Void {
if (
gitInfo.branch == "development" &&
Sys.getEnv("DEPLOY") != null &&
Sys.getEnv("deploy_key_decrypt") != null
) {
// setup deploy_key
runCommand("openssl aes-256-cbc -k \"$deploy_key_decrypt\" -in extra/deploy_key.enc -out extra/deploy_key -d");
runCommand("chmod 600 extra/deploy_key");
runCommand("ssh-add extra/deploy_key");
runCommand("make", ["-s", "deploy_doc"]);
}
}
/**
Deploy source package to ppa:haxe/snapshots.
*/
static function deployPPA():Void {
if (
gitInfo.branch == "development" &&
Sys.getEnv("DEPLOY") != null &&
Sys.getEnv("haxeci_decrypt") != null
) {
// setup haxeci_ssh
runCommand("openssl aes-256-cbc -k \"$haxeci_decrypt\" -in extra/haxeci_ssh.enc -out extra/haxeci_ssh -d");
runCommand("chmod 600 extra/haxeci_ssh");
runCommand("ssh-add extra/haxeci_ssh");
// setup haxeci_sec.gpg
runCommand("openssl aes-256-cbc -k \"$haxeci_decrypt\" -in extra/haxeci_sec.gpg.enc -out extra/haxeci_sec.gpg -d");
runCommand("gpg --allow-secret-key-import --import extra/haxeci_sec.gpg");
runCommand("sudo apt-get install devscripts git-buildpackage ubuntu-dev-tools dh-make -y");
var compatDate = ~/[^0-9]/g.replace(gitInfo.date, "");
var SNAPSHOT_VERSION = '${haxeVerFull}+1SNAPSHOT${compatDate}+${gitInfo.commit.substr(0,7)}';
runCommand('cp out/haxe*_src.tar.gz "../haxe_${SNAPSHOT_VERSION}.orig.tar.gz"');
changeDirectory("..");
runCommand("git clone https://github.com/HaxeFoundation/haxe-debian.git");
changeDirectory("haxe-debian");
runCommand("git checkout upstream");
runCommand("git checkout next");
runCommand('gbp import-orig "../haxe_${SNAPSHOT_VERSION}.orig.tar.gz" -u "${SNAPSHOT_VERSION}" --debian-branch=next');
runCommand('dch -v "1:${SNAPSHOT_VERSION}-1" --urgency low "snapshot build"');
runCommand("debuild -S -sa");
runCommand("backportpackage -d xenial --upload ${PPA} --yes ../haxe_*.dsc");
runCommand("backportpackage -d wily --upload ${PPA} --yes ../haxe_*.dsc");
runCommand("backportpackage -d vivid --upload ${PPA} --yes ../haxe_*.dsc");
runCommand("backportpackage -d trusty --upload ${PPA} --yes ../haxe_*.dsc");
runCommand("git checkout debian/changelog");
runCommand("git config --global user.name \"${DEBFULLNAME}\"");
runCommand("git config --global user.email \"${DEBEMAIL}\"");
runCommand("git merge -X ours --no-edit origin/backport-precise");
runCommand('dch -v "1:${SNAPSHOT_VERSION}-1" --urgency low "snapshot build"');
runCommand("debuild -S -sa");
runCommand("backportpackage -d precise --upload ${PPA} --yes ../haxe_*.dsc");
}
}
static function saveOutput():Void {
if (Sys.getEnv("HAXECI_GH_TOKEN") == null) {
infoMsg("Missing HAXECI_GH_TOKEN. Will not save output.");
return;
}
changeDirectory(repoDir);
var haxe_output = Path.join([repoDir, "haxe-output"]);
var gitInfo = gitInfo;
var TEST = Sys.getEnv("TEST");
var TRAVIS_OS_NAME = Sys.getEnv("TRAVIS_OS_NAME");
var haxe_output_branch = '${gitInfo.branch}_travisci_${TRAVIS_OS_NAME}_${TEST}';
var haxe_output_repo = "github.com/HaxeFoundation/haxe-output.git";
function haxeCommitTime(sha:String):Float {
var cwd = Sys.getCwd();
Sys.setCwd(repoDir);
var time = Std.parseFloat(commandResult("git", ["show", "-s", "--pretty=%ct", sha]).stdout);
Sys.setCwd(cwd);
return time;
}
function save():Void {
// prepare haxe-output repo
runCommand("git", ["clone", 'https://${Sys.getEnv("HAXECI_GH_TOKEN")}@${haxe_output_repo}', haxe_output]);
changeDirectory(haxe_output);
runCommand("git", ["config", "user.email", "haxe-ci@onthewings.net"]);
runCommand("git", ["config", "user.name", "Haxe CI Bot"]);
// check to see whether the haxe repo branch has been created in haxe-output
var firstOutputBranch = switch (Sys.command("git", ["ls-remote", "--exit-code", "origin", haxe_output_branch])) {
case 0: false;
case 2: true;
case exitcode: throw "unknown exit code: " + exitcode;
}
// switch to the branch
if (firstOutputBranch) {
runCommand("git", ["checkout", "-B", haxe_output_branch]);
} else {
runCommand("git", ["checkout", "-B", haxe_output_branch, "--track", "origin/" + haxe_output_branch]);
}
// check to see whether this will be the first push of this haxe repo commit
var firstOutputCommit = firstOutputBranch || {
var lastLog = commandResult("git", ["show", "-s", "--pretty=format:%B", "HEAD"]).stdout;
var commitRe = ~/[a-f0-9]{40}/;
if (!commitRe.match(lastLog)) {
infoMsg("No commit sha found in log: " + lastLog);
true;
} else {
var lastCommit = commitRe.matched(0);
// check to see whether this commit is newer than the last pushed one
// in case e.g. the current build is a rebuild of an old commit
if (haxeCommitTime(lastCommit) > gitInfo.timestamp) {
throw "There exists output with a later commit in the haxe-output repo.";
}
lastCommit != gitInfo.commit;
}
};
// Remove all the old output first.
// It is because there may be files no longer emitted by the current build.
if (firstOutputCommit) {
runCommand("rm", ["-rf", "tests"]);
}
// get the outputs by listing the files/folders ignored by git
changeDirectory(cwd);
var stdout = {
var proc = new Process("git", ["status", "--ignored", "--porcelain", cwd]);
var out = proc.stdout.readAll().toString();
proc.close();
out;
};
var outputs = stdout.split("\n")
.filter(function(s) return s.startsWith("!! "))
.map(function(s) return s.substr("!! ".length));
// copy all the outputs to haxe-output
FileSystem.createDirectory(haxe_output);
for (item in outputs) {
var orig = Path.join([repoDir, item]);
var dest = Path.join([haxe_output, item]);
if (FileSystem.isDirectory(orig)) {
FileSystem.createDirectory(dest);
} else {
FileSystem.createDirectory(Path.directory(dest));
}
runCommand("cp", ["-rf", orig, dest]);
}
changeDirectory(haxe_output);
runCommand("git", ["add", haxe_output]);
var commitMsg = [
'-m', '${Sys.getEnv("TRAVIS_JOB_NUMBER")} ${TEST} https://github.com/HaxeFoundation/haxe/commit/${gitInfo.commit}',
'-m', 'https://travis-ci.org/HaxeFoundation/haxe/jobs/${Sys.getEnv("TRAVIS_JOB_ID")}',
];
runCommand("git", ["commit", "-q", "--allow-empty"].concat(commitMsg));
}
// try save() for 5 times because the push may fail when the another build push at the same time
var pushError = false;
for (i in 0...5) {
try {
save();
} catch (e:Dynamic) {
infoMsg(e);
pushError = false;
break;
}
var pushResult = commandResult("git", ["push", "origin", haxe_output_branch]);
if (pushResult.exitCode == 0) {
successMsg("push to haxe-output succeed");
pushError = false;
break;
} else {
failMsg("push to haxe-output failed");
failMsg(pushResult.stderr);
pushError = true;
runCommand("rm", ["-rf", haxe_output]);
Sys.sleep(Std.random(10));
}
}
if (pushError) {
Sys.exit(1);
}
}
static function main():Void {
Sys.putEnv("OCAMLRUNPARAM", "b");
var tests:Array<TEST> = switch (Sys.getEnv("TEST")) {
case null:
[Macro];
case env:
[for (v in env.split(",")) v.trim().toLowerCase()];
}
Sys.println('Going to test: $tests');
for (test in tests) {
infoMsg('Now test $test');
changeDirectory(unitDir);
var args = switch (ci) {
case TravisCI:
["-D","travis"];
case AppVeyor:
["-D","appveyor"];
case _:
[];
}
switch (test) {
case Macro:
runCommand("haxe", ["compile-macro.hxml"].concat(args));
changeDirectory(miscDir);
getCsDependencies();
getPythonDependencies();
runCommand("haxe", ["compile.hxml"]);
changeDirectory(sysDir);
runCommand("haxe", ["compile-macro.hxml"]);
runCommand("haxe", ["compile-each.hxml", "--run", "Main"]);
//BYTECODE
switch (ci) {
case null:
//pass
case TravisCI:
changeDirectory(repoDir);
runCommand("make", ["BYTECODE=1", "-s"]);
// runCommand("sudo", ["make", "install", "-s"]);
changeDirectory(unitDir);
runCommand("haxe", ["compile-macro.hxml"]);
case AppVeyor:
// save time...
// changeDirectory(repoDir);
// runCommand(Sys.getEnv("CYG_ROOT") + "/bin/bash", ["-lc", 'cd \"$$OLDPWD\" && make -s -f Makefile.win BYTECODE=1']);
// changeDirectory(unitDir);
// runCommand("haxe", ["compile-macro.hxml"]);
}
case Neko:
runCommand("haxe", ["compile-neko.hxml", "-D", "dump", "-D", "dump_ignore_var_ids"].concat(args));
runCommand("neko", ["bin/unit.n"]);
changeDirectory(sysDir);
runCommand("haxe", ["compile-neko.hxml"]);
runCommand("neko", ["bin/neko/sys.n"]);
case Php:
getPhpDependencies();
runCommand("haxe", ["compile-php.hxml"].concat(args));
runCommand("php", ["bin/php/index.php"]);
changeDirectory(sysDir);
runCommand("haxe", ["compile-php.hxml"]);
runCommand("php", ["bin/php/Main/index.php"]);
case Python:
var pys = getPythonDependencies();
runCommand("haxe", ["compile-python.hxml"].concat(args));
for (py in pys) {
runCommand(py, ["bin/unit.py"]);
}
changeDirectory(sysDir);
runCommand("haxe", ["compile-python.hxml"]);
for (py in pys) {
runCommand(py, ["bin/python/sys.py"]);
}
changeDirectory(miscDir + "pythonImport");
runCommand("haxe", ["compile.hxml"]);
for (py in pys) {
runCommand(py, ["test.py"]);
}
case Cpp:
getCppDependencies();
runCommand("haxe", ["compile-cpp.hxml", "-D", "HXCPP_M32"].concat(args));
runCpp("bin/cpp/Test-debug", []);
switch (ci) {
case AppVeyor:
//save time...
case _:
runCommand("rm", ["-rf", "cpp"]);
runCommand("haxe", ["compile-cpp.hxml", "-D", "HXCPP_M64"].concat(args));
runCpp("bin/cpp/Test-debug", []);
}
changeDirectory(sysDir);
runCommand("haxe", ["compile-cpp.hxml"]);
runCpp("bin/cpp/Main-debug", []);
if (Sys.systemName() == "Mac")
{
changeDirectory(miscDir + "cppObjc");
runCommand("haxe", ["build.hxml"]);
runCpp("bin/TestObjc-debug");
}
case Js:
getJSDependencies();
var jsOutputs = [
for (es3 in [[], ["-D", "js-es=3"]])
for (unflatten in [[], ["-D", "js-unflatten"]])
for (classic in [[], ["-D", "js-classic"]])
{
var extras = args.concat(es3).concat(unflatten).concat(classic);
runCommand("haxe", ["compile-js.hxml"].concat(extras));
var output = if (extras.length > 0) {
"bin/js/" + extras.join("") + "/unit.js";
} else {
"bin/js/default/unit.js";
}
var outputDir = Path.directory(output);
if (!FileSystem.exists(outputDir)) {
FileSystem.createDirectory(outputDir);
}
FileSystem.rename("bin/unit.js", output);
FileSystem.rename("bin/unit.js.map", output + ".map");
runCommand("node", ["-e", "var unit = require('./" + output + "').unit; unit.Test.main(); process.exit(unit.Test.success ? 0 : 1);"]);
output;
}
];
var env = Sys.environment();
if (
env.exists("SAUCE") &&
env.exists("SAUCE_USERNAME") &&
env.exists("SAUCE_ACCESS_KEY")
) {
// sauce-connect should have been started
// var scVersion = "sc-4.3-linux";
// runCommand("wget", ['https://saucelabs.com/downloads/${scVersion}.tar.gz'], true);
// runCommand("tar", ["-xf", '${scVersion}.tar.gz']);
// //start sauce-connect
// var scReadyFile = "sauce-connect-ready-" + Std.random(100);
// var sc = new Process('${scVersion}/bin/sc', [
// "-i", Sys.getEnv("TRAVIS_JOB_NUMBER"),
// "-f", scReadyFile
// ]);
// while(!FileSystem.exists(scReadyFile)) {
// Sys.sleep(0.5);
// }