public void SwitchToPlaylist_PlaySongThenChangePlaylist_NextSongDoesNotPlayWhenSongFinishes()
{
using (Library library = Helpers.CreateLibraryWithPlaylist())
{
var handle = new ManualResetEvent(false);
var player = new HandledAudioPlayer(handle);
var song = new Mock <Song>("TestPath", AudioType.Mp3, TimeSpan.Zero);
song.Setup(p => p.CreateAudioPlayer()).Returns(player);
bool played = false;
var notPlayedSong = new Mock <Song>("TestPath2", AudioType.Mp3, TimeSpan.Zero);
notPlayedSong.Setup(p => p.CreateAudioPlayer())
.Returns(new Mock <AudioPlayer>().Object)
.Callback(() => played = true);
library.AddSongToPlaylist(song.Object);
library.PlaySong(0);
library.AddAndSwitchToPlaylist("Playlist2");
handle.Set();
Assert.IsFalse(played);
}
}
public void SwitchToPlaylist_PlaySongThenChangePlaylist_NextSongDoesNotPlayWhenSongFinishes()
{
using (Library library = Helpers.CreateLibraryWithPlaylist())
{
var handle = new ManualResetEvent(false);
var player = new HandledAudioPlayer(handle);
var song = new Mock<Song>("TestPath", AudioType.Mp3, TimeSpan.Zero);
song.Setup(p => p.CreateAudioPlayer()).Returns(player);
bool played = false;
var notPlayedSong = new Mock<Song>("TestPath2", AudioType.Mp3, TimeSpan.Zero);
notPlayedSong.Setup(p => p.CreateAudioPlayer())
.Returns(new Mock<AudioPlayer>().Object)
.Callback(() => played = true);
library.AddSongToPlaylist(song.Object);
library.PlaySong(0);
library.AddAndSwitchToPlaylist("Playlist2");
handle.Set();
Assert.IsFalse(played);
}
}
