public async static Task Update(Package package, Validator val, PackageOverview overview)
{
//Create tmp dir so files are gone after execution.
using (TmpDir dir = new TmpDir("."))
using (WebClient client = new WebClient())
{
//Check if it exists
if (PackageUtil.DoesPackageExist(package))
{
string filename = Path.GetFileName(package.downloadLocation);
Console.WriteLine("Getting newest version of package " + package.name);
//Setup loading bar
client.DownloadProgressChanged += new DownloadProgressChangedEventHandler(LoadingBar.DownloadProgressCallback);
//Get latest version
await client.DownloadFileTaskAsync(package.downloadLink, dir.dirName + filename);
Console.Write("\n\r");
//Compare. The && ! will make it so that it will always go to 2nd case if val.forceUpdate is ture.
if (FileCompare.CompareFiles(dir.dirName + filename, "../sm_plugins/" + package.downloadLocation) && !val.forceUpdate)
{
Console.WriteLine(package.name + " is up to date.");
}
else
{
File.Move(dir.dirName + filename, "../sm_plugins/" + package.downloadLocation, true);
Console.WriteLine(package.name + " was updated.");
}
}
else
{
Console.WriteLine(("WARNING: Package " + package.name + " is not installed. Skipping.").Pastel("ffff00"));
}
}
}
public void TestExecute_places_output_into_OutputDir()
{
using (var tmpDir = new TmpDir()) {
var fooTask = MockBuildTasks.GenerateFile("createFoo", "foo", "42").Object;
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), fooTask);
FileAssert.AreEqual(tmpDir.CreateFile("42"), tmpDir.CreatePath("out", "foo"));
}
}
public void SetUp()
{
dir = new TmpDir();
sourceDir1 = dir.CreateDir("sourceDir1");
sourceDir2 = dir.CreateDir("sourceDir2");
sourceFile1 = dir.CreateFile("foo", "sourceDir1", "file1");
targetDir = dir.CreatePath("target");
storage = new BuildStorage(targetDir, new Dictionary <Uri, byte[]>());
}
public void TestExecute_name_clash_throws()
{
using (var tmpDir = new TmpDir()) {
var fooTask1 = MockBuildTasks.NoOp("foo").WithSignature("1").Object;
var fooTask2 = MockBuildTasks.NoOp("foo").WithSignature("2").Object;
var exception = Assert.Throws <Exception>(() => Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"),
tmpDir.CreateDir(".bud"), fooTask1, fooTask2));
Assert.AreEqual("Detected multiple tasks with the name 'foo'. Tasks must have unique names.",
exception.Message);
}
}
public void TestExecute_executes_the_same_tasks_once()
{
using (var tmpDir = new TmpDir()) {
var fooTaskMock = MockBuildTasks.GenerateFile("createFoo", "foo", "42");
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), fooTaskMock.Object);
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), fooTaskMock.Object);
VerifyExecutedOnce(fooTaskMock);
}
}
public void TestExecute_executes_dependencies()
{
using (var tmpDir = new TmpDir()) {
var fooTask = MockBuildTasks.GenerateFile("createFoo", "foo", "42").Object;
var barTask = MockBuildTasks.GenerateFile("createBar", "bar", "9001", fooTask).Object;
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), barTask);
FileAssert.AreEqual(tmpDir.CreateFile("42"), tmpDir.CreatePath("out", "foo"));
FileAssert.AreEqual(tmpDir.CreateFile("9001"), tmpDir.CreatePath("out", "bar"));
}
}
public void TestExecute_same_dependencies_are_executed_once()
{
using (var tmpDir = new TmpDir()) {
var fooTaskMock = MockBuildTasks.GenerateFile("createFoo", "foo", "42");
var barTaskMock = MockBuildTasks.GenerateFile("createBar", "bar", "9001",
fooTaskMock.Object, fooTaskMock.Object);
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), barTaskMock.Object);
VerifyExecutedOnce(fooTaskMock);
}
}
public void TestExecute_detects_cycles()
{
using (var tmpDir = new TmpDir()) {
var fooTask1 = MockBuildTasks.NoOp("foo1").WithSignature("1");
var fooTask2 = MockBuildTasks.NoOp("foo2").WithSignature("2").WithDependencies(new [] { fooTask1.Object });
fooTask1.WithDependencies(new[] { fooTask2.Object });
var exception = Assert.Throws <Exception>(() => Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"),
tmpDir.CreateDir(".bud"), fooTask1.Object,
fooTask2.Object));
Assert.AreEqual("Detected a dependency cycle: 'foo1 depends on foo2 depends on foo1'.",
exception.Message);
}
}
public void TestExecute_dependency_results_reference_build_tasks()
{
using (var tmpDir = new TmpDir()) {
var fooTask = MockBuildTasks.NoOp("foo").Object;
var barTask = MockBuildTasks.NoOp("bar", fooTask)
.WithExecuteAction((sourceDir, outputDir, dependencyResults) => {
Assert.AreEqual(new [] { fooTask },
dependencyResults.Select(result => result.BuildTask));
}).Object;
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), barTask);
}
}
public void TestExecute_rebuilds_task_when_signature_of_dependency_changes()
{
using (var tmpDir = new TmpDir()) {
var fooTaskMock = MockBuildTasks.GenerateFile("createFoo", "foo", "42");
var barTaskMock = MockBuildTasks.GenerateFile("createBar", "bar", "9001", fooTaskMock.Object);
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), barTaskMock.Object);
var changedFooTaskMock = MockBuildTasks.GenerateFile("createFoo", "foo", "changed");
var barTaskMock2 = MockBuildTasks.GenerateFile("createBar", "bar", "9001", changedFooTaskMock.Object);
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), barTaskMock2.Object);
VerifyExecutedOnce(barTaskMock2);
}
}
public async Task UpdatesLocalDB()
{
var svrDb = SampleDB1.CreateInTemp();
var locDb = svrDb.MakeTempCopy(".LiteDB");
var servr = FcServer.StartWith(svrDb, 5, out VersionKeeperSettings cfg);
var chekr = await FcClient.StartWith(locDb, cfg);
svrDb.AddRecords(1);
await Task.Delay(1000 * 2);
locDb.MustMatchMaxIdOf(svrDb);
await TmpDir.Cleanup(servr, svrDb, chekr, locDb);
}
public async Task UpdatesColdTarget()
{
var svrFile = CreateFile.WithRandomText();
var locFile = svrFile.MakeTempCopy(".locFile1");
var server = FcServer.StartWith(svrFile, 1, out VersionKeeperSettings cfg);
var client = await FcClient.StartWith(locFile, cfg);
FileChange.Trigger(svrFile);
await Task.Delay(1000 * 2);
locFile.MustMatchHashOf(svrFile);
await TmpDir.Cleanup(server, svrFile, client, locFile);
}
public void TestExecute_passes_the_source_dir_to_tasks()
{
using (var tmpDir = new TmpDir()) {
var sourceDir = tmpDir.CreateDir("src");
var outputDir = tmpDir.CreatePath("out");
var metaDir = tmpDir.CreatePath(".bud");
var sourceFile = tmpDir.CreateFile("42", "src", "foo");
var task1Mock = MockBuildTasks.CopySourceFile("task1", "foo", "bar");
Builder.Execute(sourceDir, outputDir, metaDir, task1Mock.Object);
FileAssert.AreEqual(sourceFile, Path.Combine(outputDir, "bar"));
}
}
public void TestExecute_throws_when_two_tasks_produce_file_with_same_name()
{
using (var tmpDir = new TmpDir()) {
var foo1TaskMock = MockBuildTasks.GenerateFile("createFoo1", "foo", "1");
var foo2TaskMock = MockBuildTasks.GenerateFile("createFoo2", "foo", "2", foo1TaskMock.Object);
var exception = Assert.Throws <Exception>(() => {
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), foo2TaskMock.Object);
});
Assert.That(exception.Message,
Contains.Substring("Tasks 'createFoo1' and 'createFoo2' are clashing. " +
"They produced the same file 'foo'."));
}
}
public void Signature_of_file()
{
using (var dir = new TmpDir()) {
var fooFile = dir.CreateFile("9001", "foo.txt");
var barFile = dir.CreateFile("42", "bar.txt");
AreEqual(new Sha256Signer().Digest(fooFile)
.Digest(Encoding.UTF8.GetBytes("9001"))
.Digest(barFile)
.Digest(Encoding.UTF8.GetBytes("42"))
.Finish()
.Signature
.ToArray(),
new Sha256Signer().DigestSources(new[] { fooFile, barFile }).Finish().Signature.ToArray());
}
}
public void TestExecute_throws_when_two_tasks_have_the_same_signature()
{
using (var tmpDir = new TmpDir()) {
var task1Mock = MockBuildTasks.NoOp("task1").WithSignature("foo");
var task2Mock = MockBuildTasks.NoOp("task2", task1Mock.Object).WithSignature("foo");
var exception = Assert.Throws <BuildTaskClashException>(() => {
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), task2Mock.Object);
});
Assert.That(exception.Message,
Contains.Substring("Tasks 'task1' and 'task2' are clashing. " +
"They have the same signature 'foo'."));
}
}
private void CreateInputArchive(string archiveName)
{
//Create Archive
using (_outputDir = new TmpDir("output_tmp"))
{
CreateImageInfosAndResize();
//Add info file
using (var writer = new StreamWriter(_outputDir.GetCreateStream("info.json")))
{
writer.Write(JsonConvert.SerializeObject(_infoFile));
}
_outputDir.CreateArchive(archiveName);
}
}
public async Task UpdatesSelf()
{
var svrExe = FcClient.GetDebugExe().MakeTempCopy(".dbgSvrExe");
var server = FcServer.StartWith(svrExe, 4,
out VersionKeeperSettings cfg,
CheckerRelease.FileKey);
var client = await FcClient.StartWith("", cfg, true);
var updatr = client.MainModule.FileName;
FileChange.Trigger(svrExe);
await Task.Delay(1000 * 4);
updatr.MustMatchHashOf(svrExe);
var newProc = FcClient.FindRunningProcess();
await TmpDir.Cleanup(server, svrExe, newProc, updatr);
}
public async Task UpdatesRunningExe()
{
var svrExe = CreateFile.TempCopy("windirstat.exe");
var locExe = svrExe.MakeTempCopy("locWds.exe");
var server = FcServer.StartWith(svrExe, 3, out VersionKeeperSettings cfg);
var client = await FcClient.StartWith(locExe, cfg);
var locPrc = Process.Start(locExe);
FileChange.Trigger(svrExe);
await Task.Delay(1000 * 2);
locExe.MustMatchHashOf(svrExe);
locPrc.Kill(); locPrc.Dispose();
await TmpDir.Cleanup(server, svrExe, client, locExe);
}
public void TestExecute_executes_tasks_in_parallel()
{
using (var tmpDir = new TmpDir()) {
var countdownLatch = new CountdownEvent(2);
var buildTask1Mock = MockBuildTasks.Action("latch1", () => {
countdownLatch.Signal();
countdownLatch.Wait();
});
var buildTask2Mock = MockBuildTasks.Action("latch2", () => {
countdownLatch.Signal();
countdownLatch.Wait();
});
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), buildTask1Mock.Object,
buildTask2Mock.Object);
}
}
public async Task UpdatesHotSource()
{
var svrFile = CreateFile.WithRandomText();
var locFile = svrFile.MakeTempCopy(".locFile2");
var server = FcServer.StartWith(svrFile, 2, out VersionKeeperSettings cfg);
FileChange.Trigger(svrFile);
var fileRef = new FileStream(svrFile, FileMode.Open, FileAccess.ReadWrite);
var client = await FcClient.StartWith(locFile, cfg);
await Task.Delay(1000 * 2);
fileRef.Dispose();
locFile.MustMatchHashOf(svrFile);
await TmpDir.Cleanup(server, svrFile, client, locFile);
}
public void TestExecute_does_not_have_race_conditions()
{
for (int i = 0; i < 5; i++)
{
using (var tmpDir = new TmpDir()) {
var sourceDir = tmpDir.CreateDir("src");
var outputDir = tmpDir.CreatePath("out");
var metaDir = tmpDir.CreatePath(".bud");
var generatedFiles = Enumerable.Range(0, 10).Select(idx => $"file_{idx}").ToList();
var fileGenerators = generatedFiles.Select(file => MockBuildTasks.GenerateFile(file, file, file).Object);
Builder.Execute(sourceDir, outputDir, metaDir, fileGenerators);
foreach (var generatedFile in generatedFiles)
{
FileAssert.AreEqual(tmpDir.CreateFile(generatedFile), Path.Combine(outputDir, generatedFile));
}
}
}
}
public void TestExecute_cleans_unfinished_directories_before_starting_the_build()
{
using (var tmpDir = new TmpDir()) {
var partialTask = MockBuildTasks.NoOp("task1")
.WithExecuteAction((sourceDir, outputDir, deps) => {
File.WriteAllText(Path.Combine(outputDir, "foo"), "42");
throw new Exception("Test exception");
});
try {
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), partialTask.Object);
} catch (Exception) {
// ignored
}
var fullTask = MockBuildTasks.NoOp("task1")
.WithExecuteAction((sourceDir, outputDir, deps) =>
File.WriteAllText(Path.Combine(outputDir, "bar"), "9001"));
Builder.Execute(tmpDir.Path, tmpDir.CreateDir("out"), tmpDir.CreateDir(".bud"), fullTask.Object);
FileAssert.AreEqual(tmpDir.CreateFile("9001"), tmpDir.CreatePath("out", "bar"));
FileAssert.DoesNotExist(tmpDir.CreatePath("out", "foo"));
}
}
public async static Task CreateServerWin()
{
if (!File.Exists("../steamcmd/steamcmd.exe"))
{
if (!Directory.Exists("../steamcmd/"))
{
Directory.CreateDirectory("../steamcmd");
}
else
{
TmpDir.CleanDirRecursive("../steamcmd/");
}
Console.WriteLine("Downloading steamcmd");
using (TmpDir dir = new TmpDir("."))
{
using (WebClient client = new WebClient())
{
client.DownloadProgressChanged += new DownloadProgressChangedEventHandler(LoadingBar.DownloadProgressCallback);
await client.DownloadFileTaskAsync("https://steamcdn-a.akamaihd.net/client/installer/steamcmd.zip", dir.dirName + "steamcmd.zip");
Console.Write("\n\r");
}
ZipFile.ExtractToDirectory(dir.dirName + "steamcmd.zip", "../steamcmd/");
}
}
using (Process process = new Process())
{
process.StartInfo.CreateNoWindow = false;
process.StartInfo.RedirectStandardError = false;
process.StartInfo.RedirectStandardInput = false;
process.StartInfo.RedirectStandardOutput = false;
process.StartInfo.FileName = "../steamcmd/steamcmd.exe";
process.StartInfo.Arguments = "+login anonymous +force_install_dir \"../\" +app_update 786920 -beta beta validate +quit";
process.Start();
process.WaitForExit();
}
}
