private static void OnPlaybackStatusUpdate(SharkEvent p_SharkEvent)
{
if (Application.Library.Broadcast.CurrentBroadcastStatus != BroadcastStatus.Broadcasting)
{
return;
}
var s_Event = (PlaybackStatusUpdateEvent)p_SharkEvent;
if (s_Event.Status != PlaybackStatus.Completed && s_Event.Status != PlaybackStatus.Paused &&
s_Event.Status != PlaybackStatus.Suspended)
{
return;
}
var s_CurrentIndex = QueueManager.GetPlayingSongIndex();
if (s_CurrentIndex != -1 && s_CurrentIndex < QueueManager.GetCurrentQueue().Count - 2)
{
var s_NextSong = QueueManager.GetCurrentQueue()[s_CurrentIndex + 1];
Application.Library.Broadcast.PlaySong(s_NextSong.SongID, s_NextSong.QueueID);
return;
}
// Allows for custom queuing logic by Modules.
var s_ModuleSongs = ModuleManager.OnFetchingNextSongs(1);
if (s_ModuleSongs != null && s_ModuleSongs.Count > 0)
{
var s_First = s_ModuleSongs.First();
Application.Library.Broadcast.PlaySong(s_First.Key, s_First.Value);
return;
}
// Try to play a new song.
if (PlaylistManager.PlaylistActive && PlaylistManager.HasNextSong())
{
var s_SongID = PlaylistManager.DequeueNextSong();
Application.Library.Broadcast.PlaySong(s_SongID, Application.Library.Broadcast.AddSongs(new List <Int64> {
s_SongID
})[s_SongID]);
return;
}
var s_Random = new Random();
var s_SongIndex = s_Random.Next(0, QueueManager.CollectionSongs.Count);
var s_FirstSong = QueueManager.CollectionSongs[s_SongIndex];
var s_QueueIDs = Application.Library.Broadcast.AddSongs(new List <Int64> {
s_FirstSong
});
Application.Library.Broadcast.PlaySong(s_FirstSong, s_QueueIDs[s_FirstSong]);
}
internal static void UpdateQueue()
{
var s_Index = Application.Library.Queue.GetPlayingSongIndex();
Trace.WriteLine(String.Format("Updating Queue. Current Song: {0} - Total Songs: {1}", s_Index, Application.Library.Queue.CurrentQueue.Count));
// We're running out of songs; add new ones.
if (s_Index + 1 >= Application.Library.Queue.CurrentQueue.Count)
{
var s_ModuleSongs = ModuleManager.OnFetchingNextSongs(1);
if (s_ModuleSongs != null && s_ModuleSongs.Count > 0)
{
return;
}
if (PlaylistManager.PlaylistActive && PlaylistManager.HasNextSong())
{
var s_PlaylistSongID = PlaylistManager.DequeueNextSong();
Application.Library.Broadcast.AddSongs(new List <Int64> {
s_PlaylistSongID
});
return;
}
var s_Random = new Random();
var s_RandomSongIndex = s_Random.Next(0, CollectionSongs.Count);
var s_SongID = CollectionSongs[s_RandomSongIndex];
if (CollectionSongs.Count <= PlayedSongs.Count)
{
PlayedSongs.Clear();
}
// Make sure the song we're adding is within our history limits.
while (PlayedSongs.Contains(s_SongID))
{
s_RandomSongIndex = s_Random.Next(0, CollectionSongs.Count);
s_SongID = CollectionSongs[s_RandomSongIndex];
}
Trace.WriteLine(String.Format("Adding song {0} to queue (from collection).", s_SongID));
Application.Library.Broadcast.AddSongs(new List <Int64> {
s_SongID
});
}
}
private static void OnComplianceIssue(SharkEvent p_SharkEvent)
{
if (!SettingsManager.MobileCompliance())
{
DisableMobileCompliance();
return;
}
// Allows for custom queuing logic by Modules.
var s_ModuleSongs = ModuleManager.OnFetchingNextSongs(1);
if (s_ModuleSongs != null && s_ModuleSongs.Count > 0)
{
var s_First = s_ModuleSongs.First();
Application.Library.Broadcast.PlaySong(s_First.Key, s_First.Value);
return;
}
// Try to play a new song.
if (PlaylistManager.PlaylistActive && PlaylistManager.HasNextSong())
{
var s_SongID = PlaylistManager.DequeueNextSong();
Application.Library.Broadcast.PlaySong(s_SongID, Application.Library.Broadcast.AddSongs(new List <Int64> {
s_SongID
})[s_SongID]);
return;
}
var s_Random = new Random();
var s_SongIndex = s_Random.Next(0, QueueManager.CollectionSongs.Count);
var s_FirstSong = QueueManager.CollectionSongs[s_SongIndex];
var s_QueueIDs = Application.Library.Broadcast.AddSongs(new List <Int64> {
s_FirstSong
});
Application.Library.Broadcast.PlaySong(s_FirstSong, s_QueueIDs[s_FirstSong]);
}
private static void OnPendingDestruction(SharkEvent p_SharkEvent)
{
if (Application.Library.Broadcast.CurrentBroadcastStatus != BroadcastStatus.Broadcasting)
{
return;
}
// Allows for custom queuing logic by Modules.
var s_ModuleSongs = ModuleManager.OnFetchingNextSongs(1);
if (s_ModuleSongs != null && s_ModuleSongs.Count > 0)
{
var s_First = s_ModuleSongs.First();
Application.Library.Broadcast.PlaySong(s_First.Key, s_First.Value);
return;
}
if (PlaylistManager.PlaylistActive && PlaylistManager.HasNextSong())
{
var s_SongID = PlaylistManager.DequeueNextSong();
Application.Library.Broadcast.PlaySong(s_SongID, Application.Library.Broadcast.AddSongs(new List <Int64> {
s_SongID
})[s_SongID]);
return;
}
// Broadcast ran out of songs somehow; add and play a random song.
var s_Random = new Random();
var s_SongIndex = s_Random.Next(0, QueueManager.CollectionSongs.Count);
var s_FirstSong = QueueManager.CollectionSongs[s_SongIndex];
var s_QueueIDs = Application.Library.Broadcast.AddSongs(new List <Int64> {
s_FirstSong
});
Application.Library.Broadcast.PlaySong(s_FirstSong, s_QueueIDs[s_FirstSong]);
}
private static void OnSongPlaying(SharkEvent p_SharkEvent)
{
var s_Event = (SongPlayingEvent)p_SharkEvent;
Trace.WriteLine(String.Format("Currently playing song: {0} ({1})", s_Event.SongName, s_Event.SongID));
if (s_Event.SongID == 0)
{
// We stopped playing, how did this happen?
// Quickly! Add two to the queue!
// Allows for custom queuing logic by Modules.
var s_ModuleSongs = ModuleManager.OnFetchingNextSongs(2);
if (s_ModuleSongs != null && s_ModuleSongs.Count > 0)
{
var s_First = s_ModuleSongs.First();
Application.Library.Broadcast.PlaySong(s_First.Key, s_First.Value);
return;
}
if (PlaylistManager.PlaylistActive && PlaylistManager.HasNextSong())
{
var s_SongID = PlaylistManager.DequeueNextSong();
var s_QueueIDs = Application.Library.Broadcast.AddSongs(new List <Int64> {
s_SongID
});
Application.Library.Broadcast.PlaySong(s_SongID, s_QueueIDs[s_SongID]);
return;
}
var s_Random = new Random();
var s_FirstSongIndex = s_Random.Next(0, CollectionSongs.Count);
var s_SecondSongIndex = s_Random.Next(0, CollectionSongs.Count);
var s_FirstSong = CollectionSongs[s_FirstSongIndex];
var s_SecondSong = CollectionSongs[s_SecondSongIndex];
while (s_SecondSong == s_FirstSong)
{
s_SecondSongIndex = s_Random.Next(0, CollectionSongs.Count);
s_SecondSong = CollectionSongs[s_SecondSongIndex];
}
var s_Songs = Application.Library.Broadcast.AddSongs(new List <Int64> {
s_FirstSong, s_SecondSong
});
Application.Library.Broadcast.PlaySong(s_FirstSong, s_Songs[s_FirstSong]);
return;
}
PlayedSongs.Add(s_Event.SongID);
// Clear songs from history (if needed).
for (var i = 0; i < PlayedSongs.Count - SettingsManager.MaxHistorySongs(); ++i)
{
PlayedSongs.RemoveAt(0);
}
UpdateQueue();
}
