/// <summary>
/// Updates a playlist.
/// </summary>
/// <param name="playlist">The playlist you'd like to update.</param>
/// <returns>The updated playlist.</returns>
public BrightcoveAudioTrackPlaylist UpdateAudioTrackPlaylist(BrightcoveAudioTrackPlaylist playlist)
{
BrightcoveParamCollection parms = CreateWriteParamCollection("update_audiotrack_playlist",
methodParams => methodParams.Add("audiotrack_playlist", playlist));
return(RunPost <BrightcoveResultContainer <BrightcoveAudioTrackPlaylist> >(parms).Result);
}
public void FindAudioTrackPlaylistById_NonExistent_Test()
{
_playlists = _api.FindAllAudioTrackPlaylists(1, 0);
BrightcoveAudioTrackPlaylist playlist = _api.FindAudioTrackPlaylistById(_playlists.First().Id);
Assert.AreEqual(3, playlist.AudioTracks.Count);
}
public void FindAudioTrackPlaylistByReferenceId_Basic_Test()
{
BrightcoveAudioTrackPlaylist playlist = _api.FindAudioTrackPlaylistByReferenceId(_refId);
// Happens to contain 3 videos.
Assert.NotNull(playlist);
Assert.AreEqual(3, playlist.AudioTrackIds.Count);
Assert.AreEqual(3, playlist.AudioTracks.Count);
Assert.AreEqual(3, playlist.AudioTracks.Count(o => o != null));
}
public void UpdateAudioTrackPlaylist_Test_Basic()
{
BrightcoveAudioTrackPlaylist playlist = _api.FindAudioTrackPlaylistByReferenceId(_refId);
playlist.Name = "Renamed Test Audio Playlist";
playlist.ShortDescription = "This is a playlist's NEW short description";
BrightcoveAudioTrackPlaylist returnedPlaylist = _api.UpdateAudioTrackPlaylist(playlist);
Assert.AreEqual(playlist.Name, returnedPlaylist.Name);
Assert.AreEqual(playlist.ShortDescription, returnedPlaylist.ShortDescription);
Assert.AreEqual(playlist.AudioTrackIds.Count, returnedPlaylist.AudioTrackIds.Count);
}
public void CreateAudioTrackPlaylist_Test_PlaylistType_StartDateOldestToNewest()
{
BrightcoveAudioTrackPlaylist playlist = new BrightcoveAudioTrackPlaylist
{
Name = "Test Audio Playlist",
ReferenceId = "new-reference-id-8" + RandomString(8),
ShortDescription = "This is a playlist's short description",
PlaylistType = PlaylistType.StartDateOldestToNewest,
FilterTags = new[] { "president" }
};
long newId = _api.CreateAudioTrackPlaylist(playlist);
Assert.Greater(newId, 0);
}
public void UpdateAudioTrackPlaylist_Test_Change_From_Explicit_To_Smart()
{
BrightcoveItemCollection <BrightcoveAudioTrackPlaylist> playlists = _api.FindAllAudioTrackPlaylists();
// look for the first Explicit playlist
BrightcoveAudioTrackPlaylist playlist = playlists.FirstOrDefault(x => x.PlaylistType == PlaylistType.Explicit);
if (playlist == null)
{
Assert.Fail("There are no explicit playlists in the collection. Try creating an explicit playlist first.");
}
else
{
// Make a smart playlist of any sort.
playlist.PlaylistType = PlaylistType.Alphabetical;
BrightcoveAudioTrackPlaylist updatedPlaylist = _api.UpdateAudioTrackPlaylist(playlist);
Assert.AreEqual(playlist.PlaylistType, updatedPlaylist.PlaylistType);
}
}
public void UpdateAudioTrackPlaylist_Test_Change_From_Smart_To_Explicit()
{
BrightcoveItemCollection <BrightcoveAudioTrackPlaylist> playlists = _api.FindAllAudioTrackPlaylists();
// look for the first NON-Explicit playlist (smart)
BrightcoveAudioTrackPlaylist playlist = playlists.FirstOrDefault(x => x.PlaylistType != PlaylistType.Explicit);
if (playlist == null)
{
Assert.Fail("There are no smart playlists in the collection. Try creating an smart playlist first.");
}
else
{
// If it doesn't have any audio tracks, add some to test the inclusion of the VideoIds property.
if (!playlist.AudioTrackIds.Any())
{
BrightcoveItemCollection <BrightcoveAudioTrack> audioTracks = _api.FindAllAudioTracks(4, 0);
playlist.AudioTrackIds = audioTracks.Select(x => x.Id).ToList();
}
// Make an explicit playlist.
playlist.PlaylistType = PlaylistType.Explicit;
//Apply workaround.
ICollection <long> audioTracksIds = playlist.AudioTrackIds;
playlist.AudioTrackIds = new Collection <long>();
BrightcoveAudioTrackPlaylist updatedPlaylist = _api.UpdateAudioTrackPlaylist(playlist);
Assert.AreEqual(playlist.PlaylistType, updatedPlaylist.PlaylistType);
// Re-update playlist
updatedPlaylist.AudioTrackIds = audioTracksIds;
BrightcoveAudioTrackPlaylist reUpdatedPlaylist = _api.UpdateAudioTrackPlaylist(updatedPlaylist);
Assert.AreEqual(audioTracksIds.Count, reUpdatedPlaylist.AudioTrackIds.Count);
}
}
public void CreateAudioTrackPlaylist_Test_Basic()
{
BrightcoveItemCollection <BrightcoveAudioTrack> audioTracks = _api.FindAllAudioTracks(4, 0);
BrightcoveAudioTrackPlaylist playlist = new BrightcoveAudioTrackPlaylist
{
Name = "Test Audio Playlist",
ReferenceId = "new-reference-id-5" + RandomString(8),
// Get a list of random audio tracks to add to the playlist.
AudioTrackIds = audioTracks.Select(x => x.Id).ToList(),
ShortDescription = "This is a playlist's short description",
PlaylistType = PlaylistType.Explicit,
FilterTags = new[] { "president" }
};
long newId = _api.CreateAudioTrackPlaylist(playlist);
BrightcoveAudioTrackPlaylist newPlaylist = _api.FindAudioTrackPlaylistById(newId);
Assert.AreEqual(playlist.Name, newPlaylist.Name);
Assert.AreEqual(playlist.ReferenceId, newPlaylist.ReferenceId);
Assert.AreEqual(playlist.ShortDescription, newPlaylist.ShortDescription);
Assert.AreEqual(audioTracks.Count, newPlaylist.AudioTrackIds.Count);
Assert.AreEqual(audioTracks.Count, newPlaylist.AudioTracks.Count);
Assert.AreEqual(audioTracks.Count, newPlaylist.AudioTracks.Count(o => o != null));
}
