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}");
}
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);
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);
}
string unzipPath = "tmp/tt/";
UnzipTask unzip = new UnzipTask(zf, unzipPath);
unzip.Execute(Context);
CheckTestFile(Path.Combine(unzipPath, "test2\\test.txt"), "test.txt\r\n");
CheckTestFile(Path.Combine(unzipPath, "test2\\test2.txt"), "test.txt\r\n");
CheckTestFile(Path.Combine(unzipPath, "test\\test.txt"), "test.txt\r\n");
CheckTestFile(Path.Combine(unzipPath, "test\\test2.txt"), "test2.txt\r\n");
}