public App()
{
var tracksSerializer = new iTunesXMLTracksDeserializer();
var tracksRepository = new SerializingTracksRepository(tracksSerializer);
var playlistsRepository = new FakePlaylistsRepository(tracksRepository);
var service = new LocalLibraryService(tracksRepository, tracksRepository);
var audio = new CSCoreAudioPlaybackEngine();
var windowManager = new CustomWindowManager();
var dialog = new WindowsDialogService(windowManager);
var proxy = new LibraryViewModelsProxy(service, t => new TrackViewModel(t));
//var tagger = new TagLibSharpAudioFileTagger();
//var audioDurationCalc = new CSCoreAudioFileDurationCalculator();
//var audioFIProvider = new LocalAudioFileInfoProvider(tagger, audioDurationCalc);
var libraryVM = new LibraryViewModel(proxy);
var libraryView = new LibraryWindow()
{
DataContext = libraryVM
};
var libraryConductor = new CustomWindowManager.WindowConductor(libraryVM, libraryView);
libraryView.ShowDialog();
//var shellVM = new ShellViewModel(audio, service, dialog, libraryVM, new PlaybackControlsViewModel(audio, new PlaybackTimelineViewModel(audio)));
//var shellView = new ShellWindow() { DataContext = shellVM };
//var shellConductor = new CustomWindowManager.WindowConductor(shellVM, shellView);
//shellView.ShowDialog();
this.Shutdown();
}
public void ScanForChanges()
{
var localFiles = LocalLibraryService.GetAllMusicFilePaths().ToList();
var libraryLocalFileReferences = iTunesService.iTunesTracks.Where(itt => itt.Fingerprint != null).Select(itt => itt.Fingerprint.File).ToList();
var localFilesNotInLibrary = localFiles.Where(lf => !libraryLocalFileReferences.Contains(lf)).ToList();
var libraryFilesNotFoundInLocal = libraryLocalFileReferences.Where(llfr => !localFiles.Contains(llfr)).ToList();
var filesFoundLocalAndInLibrary = localFiles.Where(lf => libraryLocalFileReferences.Contains(lf)).ToList();
TracksToAddToLibrary.AddRange(localFilesNotInLibrary);
TracksToRemoveFromLibrary.AddRange(iTunesService.iTunesTracks.Where(itt => itt.Fingerprint != null && libraryFilesNotFoundInLocal.Contains(itt.Fingerprint.File)));
// Hydrates TracksToUpdateInLibrary
// This is multithreaded as calculating hashes can take a while
Task.WaitAll(CheckForChangedFiles(filesFoundLocalAndInLibrary));
// Next, update/encode changed files. This is multithreaded as
// encoding to Apple lossless may occur.
Task.WaitAll(UpdateChangedFiles());
// We have to remove tracks first in descending order
// The iTunes database goes by indexes/total song counts
// If we add or remove to that in any descending order,
// all of our cached songs with their indexes are then invalidated
TracksToRemoveFromLibrary = TracksToRemoveFromLibrary.OrderByDescending(t => t.iTunesTrack.Index).ToList();
iTunesService.RemoveFiles(TracksToRemoveFromLibrary.Select(t => t.Location).ToList());
// Next, add all remaining files. This is multithreaded as
// encoding to Apple lossless may occur.
Task.WaitAll(AddChangedFiles());
}
public ConversionService()
{
Source = ConfigurationManager.AppSettings["Source"];
Destination = ConfigurationManager.AppSettings["Destination"];
LocalLibraryService = new LocalLibraryService();
iTunesService = new iTunesService();
ThreadMessages = new Dictionary <int, string>();
SupportedExtensions = ConfigurationManager.AppSettings["SupportedFileExtensions"].Split('|');
UnsupportedExtensions = ConfigurationManager.AppSettings["UnsupportedFileExtensions"].Split('|');
}
public Task[] ProcessUpdatedMusic()
{
// 4x as many threads because calculating hashes is FAST
Task[] workers = new Task[Threads * 4];
for (int i = 0; i < Threads * 4; i++)
{
int workerId = i;
Task task = new Task(() => ProcessChangedFile(workerId));
workers[i] = task;
task.Start();
}
// Build full list of files
var localFiles = LocalLibraryService.GetAllMusicFilePaths().ToList();
var libraryFiles = iTunesService.iTunesFingerprints.Select(itf => itf.File).ToList();
localFiles.AddRange(libraryFiles);
localFiles = localFiles.Distinct().ToList();
return(workers);
}
