private static void TestFileProcessorRecordAndPlay()
{
string undoFileName = VirtualDrive.VirtualFileName(
@"TestFileProcessorRecordAndPlay\UndoFile.txt");
FileInfo[] fileInfos =
(from x in TestTags.Demotags select VirtualDrive.CreateVirtualFileInfo(
@"TestFileProcessorRecordAndPlay\TestFileProcessor" + x + ".mp3")).ToArray();
fileInfos.ForEach((n) => TagUtils.WriteTag(TestTags.CreateDemoTag(Version.v2_0), n));
using (UndoFileWriter undoFileWriter = new UndoFileWriter(undoFileName))
{
FileProcessor processor = new FileProcessor(new TagVersionProcessor(Version.v2_3));
processor.UndoFile = undoFileWriter;
foreach (var obj in fileInfos)
{
processor.Process(obj);
}
}
fileInfos.ForEach((n) => UnitTest.Test(TagUtils.ReadVersion(n) == Version.v2_3));
UndoFilePlayer.Undo(undoFileName);
fileInfos.ForEach((n) => UnitTest.Test(TagUtils.ReadVersion(n) == Version.v2_0));
UndoFilePlayer.Redo(undoFileName);
fileInfos.ForEach((n) => UnitTest.Test(TagUtils.ReadVersion(n) == Version.v2_3));
VirtualDrive.DeleteDirectory(VirtualDrive.VirtualFileName(
@"TestFileProcessorRecordAndPlay"), true);
}
private static void TestTagUtilsReadWriteRaw()
{
int counter = 0;
foreach (var demoTag in TestTags.Demotags)
{
FileInfo fileInfo = VirtualDrive.CreateVirtualFileInfo(
"TestTagUtilsReadWriteRaw\\" + counter + ".tag");
TagUtils.WriteTag(demoTag, fileInfo);
byte[] tagRaw = TagUtils.ReadTagRaw(fileInfo);
UnitTest.Test(ArrayUtils.IsEqual(tagRaw, demoTag));
counter++;
}
}
private static void TestFileProcessorV2()
{
FileProcessor.WriteStrategy = Rewriter.Strategy.Exact;
string undoFileName = VirtualDrive.VirtualFileName(@"TestFileProcessorV2\UndoFile.txt");
FileInfo mp3File = VirtualDrive.CreateVirtualFileInfo(@"TestFileProcessorV2\test.mp3");
TagUtils.WriteTag(TestTags.demoTag1_0, mp3File);
TagUtils.WriteTag(TestTags.demoTag2_0, mp3File);
UnitTest.Test(TagUtils.HasTagV1(mp3File));
UnitTest.Test(TagUtils.HasTagV2(mp3File));
using (UndoFileWriter undoFileWriter = new UndoFileWriter(undoFileName))
{
FileProcessor processor = new FileProcessor(new TagVersionProcessor(Version.v2_3));
FileProcessor.WriteStrategy = Rewriter.Strategy.Exact;
processor.UndoFile = undoFileWriter;
processor.Process(mp3File);
}
UnitTest.Test(!TagUtils.HasTagV1(mp3File));
UnitTest.Test(TagUtils.HasTagV2(mp3File));
UndoFilePlayer.Undo(undoFileName);
UnitTest.Test(ArrayUtils.IsEqual(TagUtils.ReadTagV1Raw(mp3File), TestTags.demoTag1_0));
UnitTest.Test(ArrayUtils.IsEqual(TagUtils.ReadTagV2Raw(mp3File), TestTags.demoTag2_0));
UndoFilePlayer.Redo(undoFileName);
UnitTest.Test(!TagUtils.HasTagV1(mp3File));
UnitTest.Test(TagUtils.HasTagV2(mp3File));
UndoFilePlayer.Undo(undoFileName);
UnitTest.Test(ArrayUtils.IsEqual(TagUtils.ReadTagV1Raw(mp3File), TestTags.demoTag1_0));
UnitTest.Test(ArrayUtils.IsEqual(TagUtils.ReadTagV2Raw(mp3File), TestTags.demoTag2_0));
VirtualDrive.DeleteDirectory(VirtualDrive.VirtualFileName(
@"TestFileProcessorV2"), true);
}
private static void TestTagUtilsReadWrite()
{
int counter = 0;
foreach (var demoTag in TestTags.Demotags)
{
FileInfo fileInfo = VirtualDrive.CreateVirtualFileInfo(
"TestTagUtilsReadWrite\\" + counter + ".tag");
TagUtils.WriteTag(demoTag, fileInfo);
Tag tag0 = TagUtils.ReadTag(fileInfo);
UnitTest.Test(TestTags.IsDemoTag(new TagEditor(tag0)));
TagUtils.WriteTag(tag0, fileInfo);
UnitTest.Test(ArrayUtils.IsEqual(TagUtils.ReadTagRaw(fileInfo), demoTag));
counter++;
}
}
