public void OneZipPerSearch_AddContainingFolder()
{
ZipProcessor processor = new ZipProcessor();
processor.SetParameter("OneZipFilePer", ProcessorScope.Search);
processor.SetParameter("AddContainingFolder", true);
processor.SetParameter("OutputPath", Path.Combine(CurrentTestResultsDirectoryPath,
"output.zip"));
processor.SetParameter("Overwrite", false);
FileInfo file1 = GetTestFile(Path.Combine("ZipHierarchy", "Subdir1", "Subdir2", "TextFile1ForZip.txt"));
FileInfo file2 = GetTestFile(Path.Combine("ZipHierarchy", "Subdir1", "Subdir2", "Subdir3", "TextFile2ForZip.txt"));
FileInfo file3 = GetTestFile(Path.Combine("ZipHierarchy", "Subdir1", "Subdir2", "Subdir3", "TextFile3ForZip.txt"));
FileInfo[] generatedFiles = new FileInfo[0];
string[] values = new string[0];
processor.Init(RunInfo);
processor.Process(file1, MatchResultType.Yes, values, generatedFiles,
ProcessInput.OriginalFile, CancellationToken.None);
processor.Process(file2, MatchResultType.Yes, values, generatedFiles,
ProcessInput.OriginalFile, CancellationToken.None);
processor.Process(file3, MatchResultType.Yes, values, generatedFiles,
ProcessInput.OriginalFile, CancellationToken.None);
processor.ProcessAggregated(CancellationToken.None);
processor.Cleanup();
}
public void OneZipPerSearch_DoesNotOverwrite()
{
ZipProcessor processor = new ZipProcessor();
string outputPath = Path.Combine(CurrentTestResultsDirectoryPath, "output.zip");
processor.SetParameter("OneZipFilePer", ProcessorScope.Search);
processor.SetParameter("AddContainingFolder", false);
processor.SetParameter("OutputPath", outputPath);
processor.SetParameter("Overwrite", false);
File.WriteAllText(outputPath, "This file will not be replaced. Also it's not really a zip file.");
FileInfo file1 = GetTestFile(Path.Combine("ZipHierarchy", "Subdir1", "Subdir2", "TextFile1ForZip.txt"));
FileInfo file2 = GetTestFile(Path.Combine("ZipHierarchy", "Subdir1", "Subdir2", "Subdir3", "TextFile2ForZip.txt"));
FileInfo file3 = GetTestFile(Path.Combine("ZipHierarchy", "Subdir1", "Subdir2", "Subdir3", "TextFile3ForZip.txt"));
FileInfo[] generatedFiles = new FileInfo[0];
string[] values = new string[0];
processor.Init(RunInfo);
processor.Process(file1, MatchResultType.Yes, values, generatedFiles,
ProcessInput.OriginalFile, CancellationToken.None);
processor.Process(file2, MatchResultType.Yes, values, generatedFiles,
ProcessInput.OriginalFile, CancellationToken.None);
processor.Process(file3, MatchResultType.Yes, values, generatedFiles,
ProcessInput.OriginalFile, CancellationToken.None);
try
{
processor.ProcessAggregated(CancellationToken.None);
Assert.Fail();
}
catch (Exception)
{
}
processor.Cleanup();
}
public void BasePackagingWithCopyProcessorAndZipProcessorTest()
{
ICopier copier = new Copier(Context);
IZipper zipper = new Zipper(Context);
IDirectoryFilesLister directoryFilesLister = new DirectoryFilesLister();
StandardPackageDef packageDef = new StandardPackageDef();
DirectorySource test = new DirectorySource(Context, directoryFilesLister, "test", new FullPath("tmp/test"));
DirectorySource test2 = new DirectorySource(Context, directoryFilesLister, "test2", new FullPath("tmp/test2"));
packageDef.AddFilesSource(test);
packageDef.AddFilesSource(test2);
CopyProcessor copyProcessor = new CopyProcessor(
Context,
copier,
new FullPath("tmp/output"));
copyProcessor
.AddTransformation("test", new LocalPath(@"test"))
.AddTransformation("test2", new LocalPath(@"test2"));
IPackageDef copiedPackageDef = copyProcessor.Process(packageDef);
ZipProcessor zipProcessor = new ZipProcessor(Context, zipper, new FileFullPath("tmp/test.zip"), new FullPath("tmp/output"), false, null, "test", "test2");
zipProcessor.Process(copiedPackageDef);
using (ZipArchive archive = ZipFile.OpenRead("tmp/test.zip"))
{
Assert.Equal(4, archive.Entries.Count);
var list = archive.Entries.ToList <ZipArchiveEntry>();
Assert.Contains(list, x => x.FullName == $"test{_seperator}test.txt");
Assert.Contains(list, x => x.FullName == $"test{_seperator}test2.txt");
Assert.Contains(list, x => x.FullName == $"test2{_seperator}test.txt");
Assert.Contains(list, x => x.FullName == $"test2{_seperator}test2.txt");
}
}
public void OptimizeZipTest()
{
ICopier copier = new Copier(Context);
IZipper zipper = new Zipper(Context);
IDirectoryFilesLister directoryFilesLister = new DirectoryFilesLister();
StandardPackageDef packageDef = new StandardPackageDef();
DirectorySource test = new DirectorySource(Context, directoryFilesLister, "test", new FullPath("tmp\\test"));
DirectorySource test2 = new DirectorySource(Context, directoryFilesLister, "test2", new FullPath("tmp\\test2"));
packageDef.AddFilesSource(test);
packageDef.AddFilesSource(test2);
CopyProcessor copyProcessor = new CopyProcessor(
Context,
copier,
new FullPath("tmp\\output"));
copyProcessor
.AddTransformation("test", new LocalPath(@"test"))
.AddTransformation("test2", new LocalPath(@"test2"));
IPackageDef copiedPackageDef = copyProcessor.Process(packageDef);
ZipProcessor zipProcessor = new ZipProcessor(Context, zipper, new FileFullPath("tmp\\test.zip"), new FullPath("tmp\\output"), true, null, "test", "test2");
zipProcessor.Process(copiedPackageDef);
using (ZipArchive archive = ZipFile.OpenRead("tmp\\test.zip"))
{
Assert.Equal(4, archive.Entries.Count);
Assert.Equal("test2\\test.txt", archive.Entries[1].FullName);
Assert.Equal("test2\\test2.txt", archive.Entries[0].FullName);
Assert.Equal("test\\test2.txt", archive.Entries[2].FullName);
Assert.Equal("_zipmetadata.json", archive.Entries[3].FullName);
}
}
public void TestZipProcessor()
{
IZipper zipper = MockRepository.GenerateMock <IZipper>();
ZipProcessor zipProcessor = new ZipProcessor(
logger,
zipper,
"some.zip",
"test",
null,
"console",
"win.service");
IPackageDef zippedPackageDef = zipProcessor.Process(package);
Assert.AreEqual(1, zippedPackageDef.ListChildSources().Count);
}
public void OptimizeZipThenUnzipTest()
{
ICopier copier = new Copier(Context);
IZipper zipper = new Zipper(Context);
IDirectoryFilesLister directoryFilesLister = new DirectoryFilesLister();
StandardPackageDef packageDef = new StandardPackageDef();
DirectorySource test = new DirectorySource(Context, directoryFilesLister, "test", new FullPath("tmp/test"));
DirectorySource test2 = new DirectorySource(Context, directoryFilesLister, "test2", new FullPath("tmp/test2"));
packageDef.AddFilesSource(test);
packageDef.AddFilesSource(test2);
CopyProcessor copyProcessor = new CopyProcessor(
Context,
copier,
new FullPath("tmp/output"));
copyProcessor
.AddTransformation("test", new LocalPath(@"test"))
.AddTransformation("test2", new LocalPath(@"test2"));
IPackageDef copiedPackageDef = copyProcessor.Process(packageDef);
ZipProcessor zipProcessor = new ZipProcessor(Context, zipper, new FileFullPath("tmp/test.zip"), new FullPath("tmp/output"), true, null, "test", "test2");
zipProcessor.Process(copiedPackageDef);
string zf = "tmp/test.zip";
using (ZipArchive archive = ZipFile.OpenRead(zf))
{
Assert.Equal(4, archive.Entries.Count);
var list = archive.Entries.ToList <ZipArchiveEntry>();
Assert.Contains(list, x => x.FullName == $"test2{_seperator}test.txt");
Assert.Contains(list, x => x.FullName == $"test2{_seperator}test2.txt");
Assert.Contains(list, x => x.FullName == $"test{_seperator}test2.txt");
Assert.Contains(list, x => x.FullName == "_zipmetadata.json");
}
string unzipPath = "tmp/tt/";
UnzipTask unzip = new UnzipTask(zf, unzipPath);
unzip.Execute(Context);
var newLine = System.Environment.NewLine;
CheckTestFile(Path.Combine(unzipPath, $"test2{_seperator}test.txt"), $"test.txt{newLine}");
CheckTestFile(Path.Combine(unzipPath, $"test2{_seperator}test2.txt"), $"test.txt{newLine}");
CheckTestFile(Path.Combine(unzipPath, $"test{_seperator}test.txt"), $"test.txt{newLine}");
CheckTestFile(Path.Combine(unzipPath, $"test{_seperator}test2.txt"), $"test2.txt{newLine}");
}
private static void TargetPackage(ITaskContext context)
{
FullPath packagesDir = new FullPath(context.Properties.Get(BuildProps.ProductRootDir, "."));
packagesDir = packagesDir.CombineWith(context.Properties.Get <string>(BuildProps.BuildDir));
FullPath simplexPackageDir = packagesDir.CombineWith("Detergent");
FileFullPath zipFileName = packagesDir.AddFileName(
"Detergent-{0}.zip",
context.Properties.Get <Version>(BuildProps.BuildVersion));
StandardPackageDef packageDef = new StandardPackageDef("Detergent", context);
VSSolution solution = context.Properties.Get <VSSolution>(BuildProps.Solution);
VSProjectWithFileInfo projectInfo =
(VSProjectWithFileInfo)solution.FindProjectByName("Detergent");
LocalPath projectOutputPath = projectInfo.GetProjectOutputPath(
context.Properties.Get <string>(BuildProps.BuildConfiguration));
FullPath projectTargetDir = projectInfo.ProjectDirectoryPath.CombineWith(projectOutputPath);
packageDef.AddFolderSource(
"bin",
projectTargetDir,
false);
ICopier copier = new Copier(context);
CopyProcessor copyProcessor = new CopyProcessor(
context,
copier,
simplexPackageDir);
copyProcessor
.AddTransformation("bin", new LocalPath(string.Empty));
IPackageDef copiedPackageDef = copyProcessor.Process(packageDef);
Zipper zipper = new Zipper(context);
ZipProcessor zipProcessor = new ZipProcessor(
context,
zipper,
zipFileName,
simplexPackageDir,
null,
"bin");
zipProcessor.Process(copiedPackageDef);
}
public void GeneratedFiles_PerGeneratedFile()
{
ZipProcessor processor = new ZipProcessor();
processor.SetParameter("OneZipFilePer", ProcessorScope.GeneratedOutputFile);
processor.SetParameter("AddContainingFolder", false);
processor.SetParameter("OutputPath", Path.Combine(CurrentTestResultsDirectoryPath,
"{NameWithoutExtension}.zip"));
processor.SetParameter("Overwrite", false);
FileInfo file = GetTestFile("BasicTextFile.txt");
FileInfo file1 = GetTestFile(Path.Combine("ZipHierarchy", "Subdir1", "Subdir2", "TextFile1ForZip.txt"));
FileInfo file2 = GetTestFile(Path.Combine("ZipHierarchy", "Subdir1", "Subdir2", "Subdir3", "TextFile2ForZip.txt"));
FileInfo file3 = GetTestFile(Path.Combine("ZipHierarchy", "Subdir1", "Subdir2", "Subdir3", "TextFile3ForZip.txt"));
FileInfo[] generatedFiles = new FileInfo[] { file1, file2, file3 };
string[] values = new string[0];
processor.Init(RunInfo);
processor.Process(file, MatchResultType.Yes, values, generatedFiles,
ProcessInput.GeneratedFiles, CancellationToken.None);
processor.ProcessAggregated(CancellationToken.None);
processor.Cleanup();
}
protected override int DoExecute(ITaskContextInternal context)
{
if (_sourcePackagingInfos.Count == 0)
{
return(0);
}
if (string.IsNullOrEmpty(_destinationRootDir))
{
_destinationRootDir = context.Properties.GetOutputDir();
}
FullPath df = new FullPath(_destinationRootDir);
ICopier copier = new Copier(context, _logFiles);
IZipper zipper = new Zipper(context);
IDirectoryFilesLister directoryFilesLister = new DirectoryFilesLister();
StandardPackageDef packageDef = new StandardPackageDef();
CopyProcessor copyProcessor = new CopyProcessor(context, copier, df);
List <string> sourceIds = new List <string>();
foreach (var sourceToPackage in _sourcePackagingInfos)
{
string sourceId;
if (sourceToPackage.SourceType == SourceType.Directory)
{
var sourceFullPath = new FullPath(sourceToPackage.SourcePath);
sourceId = sourceFullPath.GetHashCode().ToString();
DirectorySource directorySource = new DirectorySource(context, directoryFilesLister, sourceId, sourceFullPath, sourceToPackage.Recursive, sourceToPackage.DirectoryFilters);
directorySource.SetFileFilter(sourceToPackage.FileFilters);
packageDef.AddFilesSource(directorySource);
}
else
{
var fileFullPath = new FileFullPath(sourceToPackage.SourcePath);
sourceId = fileFullPath.GetHashCode().ToString();
SingleFileSource fileSource = new SingleFileSource(sourceId, fileFullPath);
packageDef.AddFilesSource(fileSource);
}
copyProcessor.AddTransformation(sourceId, sourceToPackage.DestinationPath);
sourceIds.Add(sourceId);
}
IPackageDef copiedPackageDef = copyProcessor.Process(packageDef);
if (ShouldPackageBeZipped)
{
string zipFile = _zipFileName;
if (string.IsNullOrEmpty(zipFile))
{
zipFile = _zipPrefix;
_addVersionAsPostFixToZipFileName = true;
_versionFieldCount = 3;
}
if (zipFile.EndsWith(".zip", StringComparison.OrdinalIgnoreCase))
{
zipFile = zipFile.Substring(0, zipFile.Length - 4);
}
string tmp = _addVersionAsPostFixToZipFileName
? $"{zipFile}_{context.Properties.GetBuildVersion().Version.ToString(_versionFieldCount)}.zip"
: $"{zipFile}.zip";
zipFile = Path.Combine(_destinationRootDir, tmp);
DoLogInfo($"Creating zip file {zipFile}");
ZipProcessor zipProcessor = new ZipProcessor(context, zipper, new FileFullPath(zipFile), df, _optimizeZip, sourceIds, _logFiles);
zipProcessor.Process(copiedPackageDef);
}
return(0);
}
private static void TargetPackage(ITaskContext context)
{
FullPath packagesDir = new FullPath(context.Properties.Get(BuildProps.ProductRootDir, "."));
packagesDir = packagesDir.CombineWith(context.Properties.Get<string>(BuildProps.BuildDir));
FullPath simplexPackageDir = packagesDir.CombineWith("Detergent");
FileFullPath zipFileName = packagesDir.AddFileName(
"Detergent-{0}.zip",
context.Properties.Get<Version>(BuildProps.BuildVersion));
StandardPackageDef packageDef = new StandardPackageDef("Detergent", context);
VSSolution solution = context.Properties.Get<VSSolution>(BuildProps.Solution);
VSProjectWithFileInfo projectInfo =
(VSProjectWithFileInfo)solution.FindProjectByName("Detergent");
LocalPath projectOutputPath = projectInfo.GetProjectOutputPath(
context.Properties.Get<string>(BuildProps.BuildConfiguration));
FullPath projectTargetDir = projectInfo.ProjectDirectoryPath.CombineWith(projectOutputPath);
packageDef.AddFolderSource(
"bin",
projectTargetDir,
false);
ICopier copier = new Copier(context);
CopyProcessor copyProcessor = new CopyProcessor(
context,
copier,
simplexPackageDir);
copyProcessor
.AddTransformation("bin", new LocalPath(string.Empty));
IPackageDef copiedPackageDef = copyProcessor.Process(packageDef);
Zipper zipper = new Zipper(context);
ZipProcessor zipProcessor = new ZipProcessor(
context,
zipper,
zipFileName,
simplexPackageDir,
null,
"bin");
zipProcessor.Process(copiedPackageDef);
}