public void SimpleStart()
{
string filename = "song1";
var music = new MusicInfo() { FullPath = filename};
var dummyPlaylistWatcher = new DummyPlaylistWatcher();
var playlist = new Playlist(dummyPlaylistWatcher);
playlist.Enqueue(music);
Assert.AreEqual(1, playlist.Count, "There must be one song in the playlist.");
MusicInfo song = playlist.CurrentSong;
playlist.CurrentSongIsStarting();
Assert.AreEqual(filename, song.FullPath, "The next song must be the one that was enqueued.");
Assert.AreEqual(1, dummyPlaylistWatcher.PlayHistory.Count, "Only one song must have been played.");
Assert.AreEqual(filename, dummyPlaylistWatcher.PlayHistory[0], "The song that played was ");
}
public void AddMusicToLibrary(MusicInfo[] song)
{
_library.AddRange(song);
if (_messaging != null)
_messaging.SendSongsAdded(song);
}
public void AddOrUpdateMusicInLibrary(MusicInfo song)
{
Log.Debug("Adding song to library: " + song.FullPath);
var collection = MongoHelper.Current.GetCollection<MongoMusicInfo>("musicinfo");
//find any existing
var existing = collection.FindAll()
.Where(X => X.FullPath == song.FullPath)
.ToArray();
//insert it again
collection.Insert(song);
if (existing.Length>0)
{
//delete the original ones
foreach (var previousVersion in existing)
{
Log.Debug("This song was already in the library, deleting the old one: " + previousVersion.IdValue);
collection.Remove(Query.EQ("_id", previousVersion.Id));
}
}
if (Messaging != null)
Messaging.SendSongsAdded(new MusicInfo[] { song });
}
public void PlaylistsCanGoBack()
{
string filename1 = "song1";
string filename2 = "song1";
var music1 = new MusicInfo() { FullPath = filename1 };
var music2 = new MusicInfo() { FullPath = filename2 };
var dummyPlaylistWatcher = new DummyPlaylistWatcher();
var playlist = new Playlist(dummyPlaylistWatcher);
playlist.Enqueue(music1);
playlist.Enqueue(music2);
Assert.AreEqual(2, playlist.Count, "There must be two songs in the playlist.");
MusicInfo song = playlist.CurrentSong;
Assert.AreEqual(filename1, song.FullPath, "The first item in the playlist must be correct.");
playlist.MoveToNextSong();
MusicInfo nextSong = playlist.CurrentSong;
Assert.AreEqual(filename2, nextSong.FullPath, "The second item in the playlist must be correct.");
playlist.MoveBackOneSong();
Assert.AreEqual(filename1, playlist.CurrentSong.FullPath, "Going back one song should go back to the first one.");
}
public void AddOrUpdateMusicInLibrary(MusicInfo song)
{
_library.Add(song);
if (_messaging != null)
_messaging.SendSongsAdded(new MusicInfo[] {song});
}
public void AddMusicToLibrary()
{
var music = new MusicInfo()
{
Album = "Test Album",
Artist = "Test Artist",
FullPath = "Test Path",
Title = "Test Title"
};
var pubnubStub = MockRepository.GenerateStub<IRealTimeMessaging>();
pubnubStub.Stub(X => X.SendSongsAdded(null));
var repository = new MemoryLibraryRepository(pubnubStub);
repository.ClearLibrary();
repository.AddMusicToLibrary(new MusicInfo[] {music});
List<MusicInfo> result = repository.GetAllMusic();
Assert.IsNotNull(result, "The result must not be null.");
Assert.AreEqual(1, result.Count, "There must only be one song.");
Assert.AreEqual(music.Album, result[0].Album, "The result must be for the correct album.");
Assert.AreEqual(music.Artist, result[0].Artist, "The artist must be correct.");
Assert.AreEqual(music.Title, result[0].Title, "The title must be correct.");
Assert.AreEqual(music.FullPath, result[0].FullPath, "The full path must be correct.");
pubnubStub.AssertWasCalled(X => X.SendSongsAdded(null), Y => Y.IgnoreArguments());
}
public void MemoryLibraryShouldBeSingleton()
{
var music = new MusicInfo()
{
Album = "Test Album",
Artist = "Test Artist",
FullPath = "Test Path",
Title = "Test Title"
};
var repository = new MemoryLibraryRepository();
repository.ClearLibrary();
repository.AddMusicToLibrary(new MusicInfo[] { music });
List<MusicInfo> result = repository.GetAllMusic();
Assert.IsNotNull(result, "The result must not be null.");
Assert.AreEqual(1, result.Count, "There must only be one song.");
var repository2 = new MemoryLibraryRepository();
music.FullPath += 2;
repository2.AddMusicToLibrary(new MusicInfo[] { music });
result = repository2.GetAllMusic();
Assert.AreEqual(2, result.Count, "There must two songs.");
}
public void AddMusicToLibrary(MusicInfo[] songs)
{
if (songs.Length == 0)
return;
var collection = MongoHelper.Current.GetCollection<MusicInfo>("musicinfo");
collection.InsertBatch(songs);
if (Messaging != null)
Messaging.SendSongsAdded(songs);
}
public void PlayerShouldBePausableAndResumeable()
{
var playlist = new Playlist(new DummyPlaylistWatcher());
var dummyAudio = new DummyAudioInteractor();
var player = new Player(playlist, dummyAudio, null);
var song = "song1";
var music = new MusicInfo() { FullPath = song };
playlist.Enqueue(music);
player.Play();
player.Pause();
player.Resume();
Assert.IsTrue(dummyAudio.WasPaused, "The audio must have been paused.");
Assert.IsTrue(dummyAudio.WasResumed, "The audio must have been resumed.");
}
public MusicInfo GetInfoForFile(string fullPath)
{
var result = new MusicInfo();
TagLib.File file = TagLib.File.Create(fullPath);
result.Artist = (file.Tag.FirstAlbumArtist ?? file.Tag.FirstPerformer) ?? "";
result.Album = file.Tag.Album ?? "";
result.Title = file.Tag.Title ?? "";
result.FullPath = fullPath;
result.TrackNumber = file.Tag.Track;
if (string.IsNullOrEmpty(result.Title))
{
result.Title = Path.GetFileNameWithoutExtension(fullPath);
}
result.SavedPlaylists = new string[0];
return result;
}
public MusicInfo GetInfoForFile(string fullPath)
{
var result = new MusicInfo();
TagLib.File file = TagLib.File.Create(fullPath);
result.Artist = (file.Tag.FirstAlbumArtist ?? file.Tag.FirstPerformer) ?? "";
result.Album = file.Tag.Album ?? "";
result.Title = file.Tag.Title ?? "";
result.FullPath = fullPath;
result.TrackNumber = file.Tag.Track;
if (string.IsNullOrEmpty(result.Title))
{
result.Title = Path.GetFileNameWithoutExtension(fullPath);
}
result.SavedPlaylists = new string[0];
return(result);
}
public void SongEnding(MusicInfo song)
{
if (_playlist.RemainingSongs > PLAYLIST_SIZE)
return;
//TODO: Don't get the whole library for each song change
var allMusic = _library.GetAllMusic().Shuffle(_random).ToArray();
for (var i = 0; i < allMusic.Length; i++)
{
if (!_playlist
.AsQueryable()
.Reverse()
.Take(allMusic.Length/2)
.Any(X => X.FullPath == allMusic[i].FullPath))
{
_playlist.Add(allMusic[i]);
break;
}
}
}
public void PlayerCanGoBack()
{
var playlist = new Playlist(new DummyPlaylistWatcher());
var dummyAudio = new DummyAudioInteractor();
var player = new Player(playlist, dummyAudio, null);
var song1 = new MusicInfo() { FullPath = "song1" };
var song2 = new MusicInfo() { FullPath = "song2" };
playlist.Enqueue(song1);
playlist.Enqueue(song2);
player.MaxPlayCount = 2;
player.Play();
Assert.AreEqual(1, playlist.CurrentPosition, "The song must have moved one song ahead.");
player.Back();
Assert.AreEqual(0, playlist.CurrentPosition, "The song must have moved one song back.");
}
public void SongEnding(MusicInfo song)
{
if (_playlist.RemainingSongs > PLAYLIST_SIZE)
{
return;
}
//TODO: Don't get the whole library for each song change
var allMusic = _library.GetAllMusic().Shuffle(_random).ToArray();
for (var i = 0; i < allMusic.Length; i++)
{
if (!_playlist
.AsQueryable()
.Reverse()
.Take(allMusic.Length / 2)
.Any(X => X.FullPath == allMusic[i].FullPath))
{
_playlist.Add(allMusic[i]);
break;
}
}
}
public void SongStarting(MusicInfo song)
{
}
public void SongEnding(MusicInfo song)
{
_playlist.Enqueue(song);
}
public void OneMp3file()
{
var fakeFiles = new string[] { "one.mp3" };
var fakeMusicInfo = new MusicInfo() {
Album = "onealbum",
Artist = "oneartist"
};
var fakeMusicInfoReader = new FakeMusicInfoReader(fakeMusicInfo);
var importFolderInteractor = new FakeFolderInteractor(fakeFiles);
var library = new MemoryLibraryRepository();
library.ClearLibrary();
var importFolderWatcher = new ImportFolderWatcher(importFolderInteractor, fakeMusicInfoReader, library, null);
importFolderWatcher.ProcessFiles();
var expectedLibraryPath = @"c:\temp\" + fakeMusicInfo.Artist + "\\" + fakeMusicInfo.Album + "\\" + fakeFiles[0];
Assert.AreEqual(1, importFolderInteractor.MovedFiles.Count(), "There must one moved file");
Assert.AreEqual(fakeFiles[0], importFolderInteractor.MovedFiles[0].SourceFile, "The file to move must be correct.");
Assert.AreEqual(expectedLibraryPath, importFolderInteractor.MovedFiles[0].DestinationFile, "The file must be moved to the correct folder.");
var libraryFiles = library.GetAllMusic();
Assert.AreEqual(1, libraryFiles.Count(), "There must be one file in the library.");
Assert.AreEqual(fakeMusicInfo.Artist, libraryFiles[0].Artist, "The artist added to the library must be correct.");
Assert.AreEqual(expectedLibraryPath, libraryFiles[0].FullPath, "The full path of the file in the library must be correct.");
}
public void PlayerShouldBeStoppable()
{
var playlist = new Playlist(new DummyPlaylistWatcher());
var dummyAudio = new DummyAudioInteractor();
var player = new Player(playlist, dummyAudio, null);
var song = "song1";
var music = new MusicInfo() { FullPath = song };
playlist.Enqueue(music);
player.Play();
player.Stop();
Assert.IsTrue(dummyAudio.WasStopped, "It should stop.");
}
public void OneMp3file_NoInfo()
{
var fakeFiles = new string[] { "one.mp3" };
var fakeMusicInfo = new MusicInfo()
{
Album = "",
Artist = ""
};
var fakeMusicInfoReader = new FakeMusicInfoReader(fakeMusicInfo);
var importFolderInteractor = new FakeFolderInteractor(fakeFiles);
var importFolderWatcher = new ImportFolderWatcher(importFolderInteractor, fakeMusicInfoReader, new MemoryLibraryRepository(), null);
importFolderWatcher.ProcessFiles();
var expectedLibraryPath = @"c:\temp\Unknown Artist\Unknown Album\" + fakeFiles[0];
Assert.AreEqual(1, importFolderInteractor.MovedFiles.Count(), "There must one moved file");
Assert.AreEqual(fakeFiles[0], importFolderInteractor.MovedFiles[0].SourceFile, "The file to move must be correct.");
Assert.AreEqual(expectedLibraryPath, importFolderInteractor.MovedFiles[0].DestinationFile, "The file must be moved to the correct folder.");
}
public void SongStarting(MusicInfo song)
{
_messaging.SendNowPlaying(song);
}
public void ResumingWhileNotPausedDoesNothing()
{
var playlist = new Playlist(new DummyPlaylistWatcher());
var dummyAudio = new DummyAudioInteractor();
var player = new Player(playlist, dummyAudio, null);
var song = "song1";
var music = new MusicInfo() { FullPath = song };
playlist.Enqueue(music);
player.Play();
player.Resume();
Assert.IsFalse(dummyAudio.WasResumed, "It should not resume if it wasn't paused.");
}
public void PlayerShouldStopIfThePlaylistRunsOut()
{
var playlist = new Playlist(new DummyPlaylistWatcher());
var dummyAudio = new DummyAudioInteractor();
var player = new Player(playlist, dummyAudio, null);
var song = "song1";
var music = new MusicInfo() { FullPath = song };
playlist.Enqueue(music);
player.Play();
Assert.AreEqual(1, dummyAudio.PlayHistory.Count, "There must be one song that was played.");
Assert.AreEqual(song, dummyAudio.PlayHistory[0], "The song that was played must be the right one.");
}
public void PlayerShouldPlayTheNextSongWhenTheSongFinishes()
{
var playlist = new Playlist(new DummyPlaylistWatcher());
var dummyAudio = new DummyAudioInteractor();
var player = new Player(playlist, dummyAudio, null);
var song1 = "song1";
var song2 = "song2";
var music1 = new MusicInfo() { FullPath = song1 };
var music2 = new MusicInfo() { FullPath = song2 };
playlist.Enqueue(music1);
playlist.Enqueue(music2);
player.Play();
Assert.AreEqual(2, dummyAudio.PlayHistory.Count, "There must be two songs that were played.");
Assert.AreEqual(song1, dummyAudio.PlayHistory[0], "The first song that was played must be the right one.");
Assert.AreEqual(song2, dummyAudio.PlayHistory[1], "The second song that was played must be the right one.");
}
public void TranscodesOtherFormats()
{
var fakeFiles = new string[] { "test.m4a" };
var fakeMusicInfo = new MusicInfo()
{
Album = "Test",
Artist = "Test2"
};
var transcodedFile = "test.mp3";
var fakeMusicInfoReader = new FakeMusicInfoReader(fakeMusicInfo);
var importFolderInteractor = new FakeFolderInteractor(fakeFiles);
var fakeTranscoder = new FakeTranscoder();
var library = new MemoryLibraryRepository();
library.ClearLibrary();
var importFolderWatcher = new ImportFolderWatcher(importFolderInteractor, fakeMusicInfoReader, library, fakeTranscoder);
importFolderWatcher.ProcessFiles();
var expectedLibraryPath = @"c:\temp\" + fakeMusicInfo.Artist + "\\" + fakeMusicInfo.Album + "\\" + transcodedFile;
Assert.AreEqual(1, importFolderInteractor.MovedFiles.Count(), "There must one moved file");
Assert.AreEqual(transcodedFile, importFolderInteractor.MovedFiles[0].SourceFile, "The file to move must be correct.");
Assert.AreEqual(expectedLibraryPath, importFolderInteractor.MovedFiles[0].DestinationFile, "The file must be moved to the correct folder.");
Assert.IsTrue(importFolderInteractor.DeletedFiles.Contains(fakeFiles[0]), "The original file must be deleted.");
Assert.IsTrue(importFolderInteractor.DeletedFiles.Contains(expectedLibraryPath), "The library path must be deleted.");
Assert.AreEqual(2, importFolderInteractor.DeletedFiles.Count(), "There must be 2 attempted file deletes.");
}
public void SendSongsAdded(MusicInfo[] song)
{
PubnubMessage message;
if (song.Length == 1)
{
message = new PubnubMessage()
{
action = PubnubMessage.ACTION_ADDED_SONG_TO_LIBRARY,
data = new
{
howMany = 1,
firstSong = song[0]
}
};
}
else
{
message = new PubnubMessage()
{
action = PubnubMessage.ACTION_ADDED_SONG_TO_LIBRARY,
data = new
{
howMany = song.Length,
firstSong = song[0]
}
};
}
SendMessage(message);
}
public void SongEnding(MusicInfo song)
{
}
public void SongEnding(MusicInfo song)
{
_playlist.Enqueue(song);
}
public void SongStarting(MusicInfo song)
{
}
public FakeMusicInfoReader(MusicInfo musicInfo)
{
_musicInfo = musicInfo;
}
public void SongStarting(MusicInfo filename)
{
PlayHistory.Add(filename.FullPath);
}
public void SendNowPlaying(MusicInfo song)
{
SendMessage(new PubnubMessage()
{
action = PubnubMessage.ACTION_NOWPLAYING,
data = song
});
}
