public void AutoNextSong_SongIsCaching_SwapSongs()
{
var eventWait = new ManualResetEvent(false); // We need this, because Library.PlaySong() pops up a new thread interally and then returns
var jumpAudioPlayer = new JumpAudioPlayer();
var jumpSong = new Mock<Song>("JumpSong", AudioType.Mp3, TimeSpan.Zero);
jumpSong.Setup(p => p.CreateAudioPlayer()).Returns(jumpAudioPlayer);
jumpSong.SetupGet(p => p.HasToCache).Returns(false);
var foreverAudioPlayer = new Mock<AudioPlayer>();
foreverAudioPlayer.SetupProperty(p => p.Volume);
foreverAudioPlayer.Setup(p => p.Play()).Callback(() => { }); // Never raises SongFinished
var cachingSong = new Mock<Song>("CachingSong", AudioType.Mp3, TimeSpan.Zero);
cachingSong.SetupGet(p => p.HasToCache).Returns(true);
cachingSong.Setup(p => p.CreateAudioPlayer()).Returns(foreverAudioPlayer.Object);
var cachingSong2 = new Mock<Song>("CachingSong2", AudioType.Mp3, TimeSpan.Zero);
cachingSong2.SetupGet(p => p.HasToCache).Returns(true);
var nextSong = new Mock<Song>("NextSong", AudioType.Mp3, TimeSpan.Zero);
nextSong.Setup(p => p.CreateAudioPlayer()).Returns(jumpAudioPlayer);
nextSong.SetupGet(p => p.HasToCache).Returns(false);
using (var library = new Library.Library())
{
int finished = 0;
// We need to wait till the second played song has finished and then release our lock,
// otherwise it would directly call the assertion, without anything changed
library.SongFinished += (sender, e) =>
{
finished++;
if (finished == 2)
{
eventWait.Set();
}
};
IEnumerable<Song> songs = new[]
{
jumpSong.Object, cachingSong.Object, cachingSong2.Object, nextSong.Object
};
library.AddSongsToPlaylist(songs);
library.PlaySong(0);
eventWait.WaitOne();
IEnumerable<Song> expectedSongs = new[]
{
jumpSong.Object, nextSong.Object, cachingSong.Object, cachingSong2.Object
};
Assert.IsTrue(expectedSongs.SequenceEqual(library.Playlist));
}
}
public void AddSongsToPlaylist_PartyModeAndMultipleSongsAdded_ThrowsInvalidOperationException()
{
var songs = new[] { new LocalSong("TestPath", AudioType.Mp3, TimeSpan.Zero), new LocalSong("TestPath", AudioType.Mp3, TimeSpan.Zero) };
using (var library = new Library.Library())
{
library.CreateAdmin("TestPassword");
library.ChangeToParty();
library.AddSongsToPlaylist(songs);
}
}
public void AddSongsToPlaylist_PartyModeAndMultipleSongsAdded_ThrowsInvalidOperationException()
{
var songs = new[] { new LocalSong("TestPath", AudioType.Mp3, TimeSpan.Zero), new LocalSong("TestPath", AudioType.Mp3, TimeSpan.Zero) };
using (var library = new Library.Library())
{
library.CreateAdmin("TestPassword");
library.ChangeToParty();
library.AddSongsToPlaylist(songs);
}
}
public void RemoveFromPlaylist_AccessModeIsParty_ThrowsInvalidOperationException()
{
var songMock = new Mock <Song>("TestPath", AudioType.Mp3, TimeSpan.Zero);
using (var library = new Library.Library())
{
library.ChangeToParty();
library.AddSongsToPlaylist(new[] { songMock.Object });
library.RemoveFromPlaylist(new[] { 0 });
}
}
public void RemoveFromPlaylist_SongIsPlaying_CurrentPlayerIsStopped()
{
var audioPlayerMock = new Mock <AudioPlayer>();
var songMock = new Mock <Song>("TestPath", AudioType.Mp3, TimeSpan.Zero);
songMock.Setup(p => p.CreateAudioPlayer()).Returns(audioPlayerMock.Object);
using (var library = new Library.Library())
{
library.AddSongsToPlaylist(new[] { songMock.Object });
library.PlaySong(0);
library.RemoveFromPlaylist(new[] { 0 });
audioPlayerMock.Verify(p => p.Stop(), Times.Once());
}
}
public void AutoNextSong_SongIsCaching_SwapSongs()
{
var eventWait = new ManualResetEvent(false); // We need this, because Library.PlaySong() pops up a new thread interally and then returns
var jumpAudioPlayer = new JumpAudioPlayer();
var jumpSong = new Mock <Song>("JumpSong", AudioType.Mp3, TimeSpan.Zero);
jumpSong.Setup(p => p.CreateAudioPlayer()).Returns(jumpAudioPlayer);
jumpSong.SetupGet(p => p.HasToCache).Returns(false);
var foreverAudioPlayer = new Mock <AudioPlayer>();
foreverAudioPlayer.SetupProperty(p => p.Volume);
foreverAudioPlayer.Setup(p => p.Play()).Callback(() => { }); // Never raises SongFinished
var cachingSong = new Mock <Song>("CachingSong", AudioType.Mp3, TimeSpan.Zero);
cachingSong.SetupGet(p => p.HasToCache).Returns(true);
cachingSong.Setup(p => p.CreateAudioPlayer()).Returns(foreverAudioPlayer.Object);
var cachingSong2 = new Mock <Song>("CachingSong2", AudioType.Mp3, TimeSpan.Zero);
cachingSong2.SetupGet(p => p.HasToCache).Returns(true);
var nextSong = new Mock <Song>("NextSong", AudioType.Mp3, TimeSpan.Zero);
nextSong.Setup(p => p.CreateAudioPlayer()).Returns(jumpAudioPlayer);
nextSong.SetupGet(p => p.HasToCache).Returns(false);
using (var library = new Library.Library())
{
int finished = 0;
// We need to wait till the second played song has finished and then release our lock,
// otherwise it would directly call the assertion, without anything changed
library.SongFinished += (sender, e) =>
{
finished++;
if (finished == 2)
{
eventWait.Set();
}
};
IEnumerable <Song> songs = new[]
{
jumpSong.Object, cachingSong.Object, cachingSong2.Object, nextSong.Object
};
library.AddSongsToPlaylist(songs);
library.PlaySong(0);
eventWait.WaitOne();
IEnumerable <Song> expectedSongs = new[]
{
jumpSong.Object, nextSong.Object, cachingSong.Object, cachingSong2.Object
};
Assert.IsTrue(expectedSongs.SequenceEqual(library.Playlist));
}
}
public void RemoveFromPlaylist_SongIsPlaying_CurrentPlayerIsStopped()
{
var audioPlayerMock = new Mock<AudioPlayer>();
var songMock = new Mock<Song>("TestPath", AudioType.Mp3, TimeSpan.Zero);
songMock.Setup(p => p.CreateAudioPlayer()).Returns(audioPlayerMock.Object);
using (var library = new Library.Library())
{
library.AddSongsToPlaylist(new[] { songMock.Object });
library.PlaySong(0);
library.RemoveFromPlaylist(new[] { 0 });
audioPlayerMock.Verify(p => p.Stop(), Times.Once());
}
}
public void RemoveFromPlaylist_AccessModeIsParty_ThrowsInvalidOperationException()
{
var songMock = new Mock<Song>("TestPath", AudioType.Mp3, TimeSpan.Zero);
using (var library = new Library.Library())
{
library.ChangeToParty();
library.AddSongsToPlaylist(new[] { songMock.Object });
library.RemoveFromPlaylist(new[] { 0 });
}
}