public override void PrepareVideoPlayer(IPlayerManager playerManager, IList<IPlayerContext> playerContexts, PlayerContextConcurrencyMode concurrencyMode, Guid mediaModuleId,
out IPlayerSlotController slotController, ref int audioSlotIndex, ref int currentPlayerIndex)
{
int numActive = playerContexts.Count;
switch (concurrencyMode)
{
case PlayerContextConcurrencyMode.ConcurrentVideo:
if (numActive >= 1 && playerContexts[0].AVType == AVType.Video)
{ // The primary slot is a video player slot
if (numActive == 1)
{
int slotIndex;
playerManager.OpenSlot(out slotIndex, out slotController);
playerManager.SwitchSlots();
}
else // numActive > 1
{
IPlayerContext pc = playerContexts[0];
pc.Reset(); // Necessary to reset the player context to disable the auto close function (pc.CloseWhenFinished)
playerManager.ResetSlot(PlayerManagerConsts.PRIMARY_SLOT, out slotController);
}
audioSlotIndex = PlayerManagerConsts.PRIMARY_SLOT;
currentPlayerIndex = PlayerManagerConsts.PRIMARY_SLOT;
return;
}
break;
}
// All other cases are the same as in the default player open strategy
base.PrepareVideoPlayer(playerManager, playerContexts, concurrencyMode, mediaModuleId, out slotController, ref audioSlotIndex, ref currentPlayerIndex);
}
protected void PrepareState(NavigationContext context)
{
Guid workflowStateId = context.WorkflowState.StateId;
if (workflowStateId == Consts.WF_STATE_ID_PLAY_OR_ENQUEUE_ITEMS)
{
AVType avType = (AVType)context.GetContextVariable(KEY_AV_TYPE, false);
GetMediaItemsDlgt getMediaItemsFunction = (GetMediaItemsDlgt)context.GetContextVariable(KEY_GET_MEDIA_ITEMS_FUNCTION, false);
bool doPlay = (bool)context.GetContextVariable(KEY_DO_PLAY, false);
PlayerContextConcurrencyMode concurrencyMode = (PlayerContextConcurrencyMode)context.GetContextVariable(KEY_CONCURRENCY_MODE, false);
PlayOrEnqueueItemsInternal(getMediaItemsFunction, avType, doPlay, concurrencyMode);
}
else if (workflowStateId == Consts.WF_STATE_ID_CHECK_RESUME_SINGLE_ITEM)
{
MediaItem item = (MediaItem)context.GetContextVariable(KEY_MEDIA_ITEM, false);
CheckResumeMenuInternal(item);
}
else if (workflowStateId == Consts.WF_STATE_ID_CHECK_QUERY_PLAYACTION_SINGLE_ITEM)
{
MediaItem item = (MediaItem)context.GetContextVariable(KEY_MEDIA_ITEM, false);
CheckPlayMenuInternal(item);
}
else if (workflowStateId == Consts.WF_STATE_ID_CHECK_QUERY_PLAYACTION_MULTIPLE_ITEMS)
{
GetMediaItemsDlgt getMediaItemsFunction = (GetMediaItemsDlgt)context.GetContextVariable(KEY_GET_MEDIA_ITEMS_FUNCTION, false);
AVType avType = (AVType)context.GetContextVariable(KEY_AV_TYPE, false);
CheckPlayMenuInternal(getMediaItemsFunction, avType);
}
else if (workflowStateId == Consts.WF_STATE_ID_QUERY_AV_TYPE_CHECK_QUERY_PLAYACTION_MULTIPLE_ITEMS)
{
GetMediaItemsDlgt getMediaItemsFunction = (GetMediaItemsDlgt)context.GetContextVariable(KEY_GET_MEDIA_ITEMS_FUNCTION, false);
CheckQueryPlayAction_ShowMediaTypeChoice(getMediaItemsFunction);
}
}
public override IPlayerSlotController PrepareVideoPlayerSlotController(IPlayerManager playerManager, PlayerContextManager playerContextManager,
PlayerContextConcurrencyMode concurrencyMode, out bool makePrimaryPlayer, out int audioPlayerSlotIndex, out int currentPlayerSlotIndex)
{
int numActive = playerContextManager.NumActivePlayerContexts;
switch (concurrencyMode)
{
case PlayerContextConcurrencyMode.ConcurrentVideo:
IList <IPlayerContext> playerContexts = playerContextManager.PlayerContexts;
if (numActive >= 1 && playerContexts[PlayerContextIndex.PRIMARY].AVType == AVType.Video)
{ // The primary slot is a video player slot
IPlayerSlotController result;
if (numActive == 1)
{
result = playerManager.OpenSlot();
makePrimaryPlayer = true;
}
else // numActive > 1
{
IPlayerContext pc = playerContexts[PlayerContextIndex.PRIMARY];
result = pc.Revoke(); // Necessary to revoke the player context to disable the auto close function (pc.CloseWhenFinished)
makePrimaryPlayer = true;
}
audioPlayerSlotIndex = PlayerContextIndex.PRIMARY;
currentPlayerSlotIndex = PlayerContextIndex.PRIMARY;
return(result);
}
break;
}
// All other cases are handled the same as in the default player open strategy
return(base.PrepareVideoPlayerSlotController(playerManager, playerContextManager, concurrencyMode, out makePrimaryPlayer,
out audioPlayerSlotIndex, out currentPlayerSlotIndex));
}
public override IPlayerSlotController PrepareVideoPlayerSlotController(IPlayerManager playerManager, PlayerContextManager playerContextManager,
PlayerContextConcurrencyMode concurrencyMode, out bool makePrimaryPlayer, out int audioPlayerSlotIndex, out int currentPlayerSlotIndex)
{
int numActive = playerContextManager.NumActivePlayerContexts;
switch (concurrencyMode)
{
case PlayerContextConcurrencyMode.ConcurrentVideo:
IList<IPlayerContext> playerContexts = playerContextManager.PlayerContexts;
if (numActive >= 1 && playerContexts[PlayerContextIndex.PRIMARY].AVType == AVType.Video)
{ // The primary slot is a video player slot
IPlayerSlotController result;
if (numActive == 1)
{
result = playerManager.OpenSlot();
makePrimaryPlayer = true;
}
else // numActive > 1
{
IPlayerContext pc = playerContexts[PlayerContextIndex.PRIMARY];
result = pc.Revoke(); // Necessary to revoke the player context to disable the auto close function (pc.CloseWhenFinished)
makePrimaryPlayer = true;
}
audioPlayerSlotIndex = PlayerContextIndex.PRIMARY;
currentPlayerSlotIndex = PlayerContextIndex.PRIMARY;
return result;
}
break;
}
// All other cases are handled the same as in the default player open strategy
return base.PrepareVideoPlayerSlotController(playerManager, playerContextManager, concurrencyMode, out makePrimaryPlayer,
out audioPlayerSlotIndex, out currentPlayerSlotIndex);
}
public async Task <bool> StartTimeshiftAsync(int slotIndex, IChannel channel)
{
if (TimeshiftControl == null || channel == null)
{
return(false);
}
ServiceRegistration.Get <ILogger>().Debug("SlimTvHandler: StartTimeshift slot {0} for channel '{1}'", slotIndex, channel.Name);
int newSlotIndex = GetMatchingSlotIndex(slotIndex);
if (_slotContexes[newSlotIndex].Channel != null && _slotContexes[newSlotIndex].Channel.MediaType != channel.MediaType)
{
// Switching between TV and radio - must close old player and start brand new one
IPlayerContext playerContext = existingPlayerContext(newSlotIndex);
if (playerContext == null)
{
return(false);
}
playerContext.Close();
await StopTimeshiftAsync(newSlotIndex);
}
var result = await TimeshiftControl.StartTimeshiftAsync(newSlotIndex, channel);
IList <MultipleMediaItemAspect> pras;
MediaItem timeshiftMediaItem = result.Result;
if (result.Success && timeshiftMediaItem != null && MediaItemAspect.TryGetAspects(timeshiftMediaItem.Aspects, ProviderResourceAspect.Metadata, out pras))
{
string newAccessorPath = (string)pras[0].GetAttributeValue(ProviderResourceAspect.ATTR_RESOURCE_ACCESSOR_PATH);
// if slot was empty, start a new player
if (_slotContexes[newSlotIndex].AccessorPath == null)
{
AddOrUpdateTimeshiftContext(timeshiftMediaItem as LiveTvMediaItem, channel);
PlayerContextConcurrencyMode playMode = GetMatchingPlayMode();
await PlayItemsModel.PlayOrEnqueueItem(timeshiftMediaItem, true, playMode);
}
else
{
try
{
_slotContexes[newSlotIndex].CardChanging = true;
UpdateExistingMediaItem(timeshiftMediaItem, newSlotIndex);
}
finally
{
_slotContexes[newSlotIndex].CardChanging = false;
}
}
_slotContexes[newSlotIndex].AccessorPath = newAccessorPath;
_slotContexes[newSlotIndex].Channel = channel;
}
return(result.Success);
}
public virtual void PrepareVideoPlayer(IPlayerManager playerManager, IList<IPlayerContext> playerContexts, PlayerContextConcurrencyMode concurrencyMode, Guid mediaModuleId,
out IPlayerSlotController slotController, ref int audioSlotIndex, ref int currentPlayerIndex)
{
int numActive = playerContexts.Count;
int slotIndex;
switch (concurrencyMode)
{
case PlayerContextConcurrencyMode.ConcurrentAudio:
if (numActive > 1 && playerContexts[1].AVType == AVType.Audio)
{ // The secondary slot is an audio player slot
slotIndex = PlayerManagerConsts.PRIMARY_SLOT;
IPlayerContext pc = playerContexts[0];
pc.Reset(); // Necessary to reset the player context to disable the auto close function (pc.CloseWhenFinished)
playerManager.ResetSlot(slotIndex, out slotController);
audioSlotIndex = PlayerManagerConsts.SECONDARY_SLOT;
}
else if (numActive == 1 && playerContexts[0].AVType == AVType.Audio)
{ // The primary slot is an audio player slot
playerManager.OpenSlot(out slotIndex, out slotController);
// Make new video slot the primary slot
playerManager.SwitchSlots();
audioSlotIndex = PlayerManagerConsts.SECONDARY_SLOT;
}
else
{ // No audio slot available
playerManager.CloseAllSlots();
playerManager.OpenSlot(out slotIndex, out slotController);
audioSlotIndex = PlayerManagerConsts.PRIMARY_SLOT;
}
break;
case PlayerContextConcurrencyMode.ConcurrentVideo:
if (numActive >= 1 && playerContexts[0].AVType == AVType.Video)
{ // The primary slot is a video player slot
if (numActive > 1)
playerManager.CloseSlot(PlayerManagerConsts.SECONDARY_SLOT);
playerManager.OpenSlot(out slotIndex, out slotController);
audioSlotIndex = PlayerManagerConsts.PRIMARY_SLOT;
}
else
{
playerManager.CloseAllSlots();
playerManager.OpenSlot(out slotIndex, out slotController);
audioSlotIndex = PlayerManagerConsts.PRIMARY_SLOT;
}
break;
default:
// Don't enable concurrent controllers: Close all except the primary slot controller
playerManager.CloseAllSlots();
playerManager.OpenSlot(out slotIndex, out slotController);
audioSlotIndex = PlayerManagerConsts.PRIMARY_SLOT;
break;
}
currentPlayerIndex = slotIndex;
}
protected void PlayOrEnqueueItemsInternal(GetMediaItemsDlgt getMediaItemsFunction, AVType avType,
bool play, PlayerContextConcurrencyMode concurrencyMode)
{
IPlayerContext pc = PreparePlayerContext(avType, play, concurrencyMode);
if (pc == null)
{
return;
}
// Adding items to playlist must be executed asynchronously - we will show a progress dialog where we aren't allowed
// to block the input thread.
IThreadPool threadPool = ServiceRegistration.Get <IThreadPool>();
threadPool.Add(() => AsyncAddToPlaylist(pc, getMediaItemsFunction, play));
}
/// <summary>
/// Depending on parameter <paramref name="play"/>, plays or enqueues the specified media <paramref name="item"/>.
/// </summary>
/// <param name="item">Media item to be played.</param>
/// <param name="play">If <c>true</c>, plays the specified <paramref name="item"/>, else enqueues it.</param>
/// <param name="concurrencyMode">Determines if the media item will be played or enqueued in concurrency mode.</param>
/// <param name="resumeState">Contains optional information for players to resume playback.</param>
public static async Task PlayOrEnqueueItem(MediaItem item, bool play, PlayerContextConcurrencyMode concurrencyMode, IResumeState resumeState = null)
{
IPlayerContextManager pcm = ServiceRegistration.Get <IPlayerContextManager>();
AVType avType = pcm.GetTypeOfMediaItem(item);
IPlayerContext pc = PreparePlayerContext(avType, play, concurrencyMode);
if (pc == null)
{
return;
}
// Always add items to playlist. This allows audio playlists as well as video/image playlists.
pc.Playlist.Add(item);
await CompletePlayOrEnqueue(pc, play, resumeState);
}
/// <summary>
/// Depending on parameter <paramref name="play"/>, plays or enqueues the specified media <paramref name="item"/>.
/// </summary>
/// <param name="item">Media item to be played.</param>
/// <param name="play">If <c>true</c>, plays the specified <paramref name="item"/>, else enqueues it.</param>
/// <param name="concurrencyMode">Determines if the media item will be played or enqueued in concurrency mode.</param>
public static void PlayOrEnqueueItem(MediaItem item, bool play, PlayerContextConcurrencyMode concurrencyMode)
{
IPlayerContextManager pcm = ServiceRegistration.Get <IPlayerContextManager>();
AVType avType = pcm.GetTypeOfMediaItem(item);
IPlayerContext pc = PreparePlayerContext(avType, play, concurrencyMode);
if (pc == null)
{
return;
}
// Always add items to playlist. This allows audio playlists as well as video/image playlists.
pc.Playlist.Add(item);
ServiceRegistration.Get <IThreadPool>().Add(() => CompletePlayOrEnqueue(pc, play));
}
/// <summary>
/// Depending on parameter <paramref name="play"/>, plays or enqueues the media items of type <paramref name="avType"/>
/// returned by the given <paramref name="getMediaItemsFunction"/>.
/// This method can also be called from other models.
/// </summary>
/// <param name="getMediaItemsFunction">Function returning the media items to be played.</param>
/// <param name="avType">AV type of media items to be played.</param>
/// <param name="play">If <c>true</c>, plays the specified items, else enqueues it.</param>
/// <param name="concurrencyMode">Determines if the media item will be played or enqueued in concurrency mode.</param>
public static void PlayOrEnqueueItems(GetMediaItemsDlgt getMediaItemsFunction, AVType avType,
bool play, PlayerContextConcurrencyMode concurrencyMode)
{
IWorkflowManager workflowManager = ServiceRegistration.Get <IWorkflowManager>();
workflowManager.NavigatePush(Consts.WF_STATE_ID_PLAY_OR_ENQUEUE_ITEMS, new NavigationContextConfig
{
AdditionalContextVariables = new Dictionary <string, object>
{
{ KEY_GET_MEDIA_ITEMS_FUNCTION, getMediaItemsFunction },
{ KEY_AV_TYPE, avType },
{ KEY_DO_PLAY, play },
{ KEY_CONCURRENCY_MODE, concurrencyMode },
}
});
}
public bool WatchRecordingFromBeginning(IProgram program)
{
string fileOrStream;
if (ScheduleControl.GetRecordingFileOrStream(program, out fileOrStream))
{
IChannel channel;
if (ChannelAndGroupInfo.GetChannel(program.ChannelId, out channel))
{
MediaItem recordig = SlimTvMediaItemBuilder.CreateRecordingMediaItem(0, fileOrStream, program, channel);
PlayerContextConcurrencyMode playMode = GetMatchingPlayMode();
PlayItemsModel.PlayOrEnqueueItem(recordig, true, playMode);
return(true);
}
}
return(false);
}
protected async Task PlayOrEnqueueItemsInternal(GetMediaItemsDlgt getMediaItemsFunction, AVType avType,
bool play, PlayerContextConcurrencyMode concurrencyMode)
{
IPlayerContext pc = PreparePlayerContext(avType, play, concurrencyMode);
if (pc == null)
{
return;
}
// Adding items to playlist must be executed asynchronously - we will show a progress dialog where we aren't allowed
// to block the input thread.
//await Task.Yield();
await Task.Run(async() =>
{
await AsyncAddToPlaylist(pc, getMediaItemsFunction, play);
});
}
public bool StartTimeshift(int slotIndex, IChannel channel)
{
if (TimeshiftControl == null || channel == null)
{
return(false);
}
ServiceRegistration.Get <ILogger>().Debug("SlimTvHandler: StartTimeshift slot {0} for channel '{1}'", slotIndex, channel.Name);
int newSlotIndex = GetMatchingSlotIndex(slotIndex);
MediaItem timeshiftMediaItem;
bool result = TimeshiftControl.StartTimeshift(newSlotIndex, channel, out timeshiftMediaItem);
IList <MultipleMediaItemAspect> pras;
if (result && timeshiftMediaItem != null && MediaItemAspect.TryGetAspects(timeshiftMediaItem.Aspects, ProviderResourceAspect.Metadata, out pras))
{
string newAccessorPath = (string)pras[0].GetAttributeValue(ProviderResourceAspect.ATTR_RESOURCE_ACCESSOR_PATH);
// if slot was empty, start a new player
if (_slotContexes[newSlotIndex].AccessorPath == null)
{
AddOrUpdateTimeshiftContext(timeshiftMediaItem as LiveTvMediaItem, channel);
PlayerContextConcurrencyMode playMode = GetMatchingPlayMode();
PlayItemsModel.PlayOrEnqueueItem(timeshiftMediaItem, true, playMode);
}
else
{
try
{
_slotContexes[newSlotIndex].CardChanging = true;
UpdateExistingMediaItem(timeshiftMediaItem);
}
finally
{
_slotContexes[newSlotIndex].CardChanging = false;
}
}
_slotContexes[newSlotIndex].AccessorPath = newAccessorPath;
_slotContexes[newSlotIndex].Channel = channel;
}
return(result);
}
public bool StartTimeshift(int slotIndex, IChannel channel)
{
if (TimeshiftControl == null || channel == null)
{
return(false);
}
int newSlotIndex = GetMatchingSlotIndex(slotIndex);
MediaItem timeshiftMediaItem;
bool result = TimeshiftControl.StartTimeshift(newSlotIndex, channel, out timeshiftMediaItem);
if (result && timeshiftMediaItem != null)
{
string newAccessorPath =
(string)timeshiftMediaItem.Aspects[ProviderResourceAspect.ASPECT_ID].GetAttributeValue(
ProviderResourceAspect.ATTR_RESOURCE_ACCESSOR_PATH);
// if slot was empty, start a new player
if (_slotContexes[newSlotIndex].AccessorPath == null)
{
AddTimeshiftContext(timeshiftMediaItem as LiveTvMediaItem, channel);
PlayerContextConcurrencyMode playMode = GetMatchingPlayMode();
PlayItemsModel.PlayOrEnqueueItem(timeshiftMediaItem, true, playMode);
}
else
{
try
{
_slotContexes[newSlotIndex].CardChanging = true;
UpdateExistingMediaItem(timeshiftMediaItem);
}
finally
{
_slotContexes[newSlotIndex].CardChanging = false;
}
}
_slotContexes[newSlotIndex].AccessorPath = newAccessorPath;
_slotContexes[newSlotIndex].Channel = channel;
}
return(result);
}
public IPlayerContext OpenVideoPlayerContext(Guid mediaModuleId, string name, PlayerContextConcurrencyMode concurrencyMode,
Guid currentlyPlayingWorkflowStateId, Guid fullscreenContentWorkflowStateId)
{
IOpenPlayerStrategy strategy = GetOpenPlayerStrategy();
IPlayerManager playerManager = ServiceRegistration.Get <IPlayerManager>();
lock (playerManager.SyncObj)
{
int audioPlayerSlotIndex;
int currentPlayerSlotIndex;
bool makePrimaryPlayer;
IPlayerSlotController slotController = strategy.PrepareVideoPlayerSlotController(playerManager, this, concurrencyMode,
out makePrimaryPlayer, out audioPlayerSlotIndex, out currentPlayerSlotIndex);
slotController.Closed += OnPlayerSlotControllerClosed;
if (makePrimaryPlayer)
{
PlayerContext oldPrimaryPC = GetPlayerContextInternal(PlayerContextIndex.PRIMARY);
if (oldPrimaryPC != null)
{
oldPrimaryPC.IsPrimaryPlayerContext = false;
}
}
PlayerContext result = new PlayerContext(slotController, mediaModuleId, name, AVType.Video, currentlyPlayingWorkflowStateId, fullscreenContentWorkflowStateId);
if (makePrimaryPlayer)
{
result.IsPrimaryPlayerContext = true;
}
CleanupPlayerContexts();
IList <IPlayerContext> playerContexts = PlayerContexts;
int lastPlayerContextIndex = playerContexts.Count - 1;
if (currentPlayerSlotIndex > lastPlayerContextIndex)
{
currentPlayerSlotIndex = lastPlayerContextIndex;
}
if (audioPlayerSlotIndex > lastPlayerContextIndex)
{
audioPlayerSlotIndex = lastPlayerContextIndex;
}
PlayerContextManagerMessaging.SendUpdatePlayerRolesMessage(playerContexts[currentPlayerSlotIndex], playerContexts[audioPlayerSlotIndex]);
return(result);
}
}
public virtual IPlayerSlotController PrepareVideoPlayerSlotController(IPlayerManager playerManager, PlayerContextManager playerContextManager,
PlayerContextConcurrencyMode concurrencyMode, out bool makePrimaryPlayer, out int audioPlayerSlotIndex, out int currentPlayerSlotIndex)
{
IList<IPlayerContext> playerContexts = playerContextManager.PlayerContexts;
int numActive = playerContexts.Count;
IPlayerSlotController result;
switch (concurrencyMode)
{
case PlayerContextConcurrencyMode.ConcurrentAudio:
if (numActive > 1 && playerContexts[PlayerContextIndex.SECONDARY].AVType == AVType.Audio)
{ // The secondary slot is an audio player slot
IPlayerContext playerContext = playerContexts[PlayerContextIndex.PRIMARY];
result = playerContext.Revoke();
makePrimaryPlayer = true;
audioPlayerSlotIndex = PlayerContextIndex.SECONDARY;
}
else if (numActive == 1 && playerContexts[PlayerContextIndex.PRIMARY].AVType == AVType.Audio)
{ // The primary slot is an audio player slot
result = playerManager.OpenSlot();
makePrimaryPlayer = true;
audioPlayerSlotIndex = PlayerContextIndex.SECONDARY;
}
else
{ // No audio slot available
playerContextManager.CloseAllPlayerContexts();
result = playerManager.OpenSlot();
makePrimaryPlayer = true;
audioPlayerSlotIndex = PlayerContextIndex.PRIMARY;
}
break;
case PlayerContextConcurrencyMode.ConcurrentVideo:
if (numActive >= 1 && playerContexts[PlayerContextIndex.PRIMARY].AVType == AVType.Video)
{ // The primary slot is a video player slot
if (numActive > 1)
{
IPlayerContext pcSecondary = playerContextManager.GetPlayerContext(PlayerContextIndex.SECONDARY);
pcSecondary.Close();
}
result = playerManager.OpenSlot();
makePrimaryPlayer = false;
audioPlayerSlotIndex = PlayerContextIndex.PRIMARY;
}
else
{
playerContextManager.CloseAllPlayerContexts();
result = playerManager.OpenSlot();
makePrimaryPlayer = true;
audioPlayerSlotIndex = PlayerContextIndex.PRIMARY;
}
break;
default:
// Don't enable concurrent controllers: Close all except the primary slot controller
playerContextManager.CloseAllPlayerContexts();
result = playerManager.OpenSlot();
makePrimaryPlayer = true;
audioPlayerSlotIndex = PlayerContextIndex.PRIMARY;
break;
}
currentPlayerSlotIndex = makePrimaryPlayer ? PlayerContextIndex.PRIMARY : PlayerContextIndex.SECONDARY;
return result;
}
public IPlayerContext OpenVideoPlayerContext(Guid mediaModuleId, string name, PlayerContextConcurrencyMode concurrencyMode,
Guid currentlyPlayingWorkflowStateId, Guid fullscreenContentWorkflowStateId)
{
IOpenPlayerStrategy strategy = GetOpenPlayerStrategy();
IPlayerManager playerManager = ServiceRegistration.Get <IPlayerManager>();
lock (playerManager.SyncObj)
{
IList <IPlayerContext> playerContexts = GetPlayerContexts();
IPlayerSlotController slotController;
int audioSlotIndex = playerManager.AudioSlotIndex;
int currentPlayerIndex = CurrentPlayerIndex;
strategy.PrepareVideoPlayer(playerManager, playerContexts, concurrencyMode, mediaModuleId, out slotController, ref audioSlotIndex, ref currentPlayerIndex);
PlayerContextManagerMessaging.SendUpdatePlayerRolesMessage(currentPlayerIndex, audioSlotIndex);
return(new PlayerContext(this, slotController, mediaModuleId, name, AVType.Video,
currentlyPlayingWorkflowStateId, fullscreenContentWorkflowStateId));
}
}
/// <summary>
/// Depending on parameter <paramref name="play"/>, plays or enqueues the specified media <paramref name="item"/>.
/// </summary>
/// <param name="item">Media item to be played.</param>
/// <param name="play">If <c>true</c>, plays the specified <paramref name="item"/>, else enqueues it.</param>
/// <param name="concurrencyMode">Determines if the media item will be played or enqueued in concurrency mode.</param>
/// <param name="resumeState">Contains optional information for players to resume playback.</param>
public static void PlayOrEnqueueItem(MediaItem item, bool play, PlayerContextConcurrencyMode concurrencyMode, IResumeState resumeState = null)
{
IPlayerContextManager pcm = ServiceRegistration.Get<IPlayerContextManager>();
AVType avType = pcm.GetTypeOfMediaItem(item);
IPlayerContext pc = PreparePlayerContext(avType, play, concurrencyMode);
if (pc == null)
return;
// Always add items to playlist. This allows audio playlists as well as video/image playlists.
pc.Playlist.Add(item);
ServiceRegistration.Get<IThreadPool>().Add(() => CompletePlayOrEnqueue(pc, play, resumeState));
}
protected static IPlayerContext PreparePlayerContext(AVType avType, bool play, PlayerContextConcurrencyMode concurrencyMode)
{
IPlayerContextManager pcm = ServiceRegistration.Get <IPlayerContextManager>();
string contextName;
if (!GetPlayerContextNameForMediaType(avType, out contextName))
{
return(null);
}
IPlayerContext pc = null;
if (!play)
{
// !play means enqueue - so find our first player context of the correct media type
IList <IPlayerContext> playerContexts = new List <IPlayerContext>(
pcm.GetPlayerContextsByMediaModuleId(Consts.MODULE_ID_MEDIA).Where(playerContext => playerContext.AVType == avType));
// In case the media type is audio, we have max. one player context of that type. In case media type is
// video, we might have two. But we handle enqueue only for the first video player context.
pc = playerContexts.FirstOrDefault();
}
if (pc == null)
{
// No player context to reuse - so open a new one
if (avType == AVType.Video)
{
pc = pcm.OpenVideoPlayerContext(Consts.MODULE_ID_MEDIA, contextName, concurrencyMode,
Consts.WF_STATE_ID_CURRENTLY_PLAYING_VIDEO, Consts.WF_STATE_ID_FULLSCREEN_VIDEO);
}
else if (avType == AVType.Audio)
{
pc = pcm.OpenAudioPlayerContext(Consts.MODULE_ID_MEDIA, contextName, concurrencyMode == PlayerContextConcurrencyMode.ConcurrentVideo,
Consts.WF_STATE_ID_CURRENTLY_PLAYING_AUDIO, Consts.WF_STATE_ID_FULLSCREEN_AUDIO);
}
}
if (pc == null)
{
return(null);
}
if (play)
{
pc.Playlist.Clear();
}
return(pc);
}
public virtual IPlayerSlotController PrepareVideoPlayerSlotController(IPlayerManager playerManager, PlayerContextManager playerContextManager,
PlayerContextConcurrencyMode concurrencyMode, out bool makePrimaryPlayer, out int audioPlayerSlotIndex, out int currentPlayerSlotIndex)
{
IList <IPlayerContext> playerContexts = playerContextManager.PlayerContexts;
int numActive = playerContexts.Count;
IPlayerSlotController result;
switch (concurrencyMode)
{
case PlayerContextConcurrencyMode.ConcurrentAudio:
if (numActive > 1 && playerContexts[PlayerContextIndex.SECONDARY].AVType == AVType.Audio)
{ // The secondary slot is an audio player slot
IPlayerContext playerContext = playerContexts[PlayerContextIndex.PRIMARY];
result = playerContext.Revoke();
makePrimaryPlayer = true;
audioPlayerSlotIndex = PlayerContextIndex.SECONDARY;
}
else if (numActive == 1 && playerContexts[PlayerContextIndex.PRIMARY].AVType == AVType.Audio)
{ // The primary slot is an audio player slot
result = playerManager.OpenSlot();
makePrimaryPlayer = true;
audioPlayerSlotIndex = PlayerContextIndex.SECONDARY;
}
else
{ // No audio slot available
playerContextManager.CloseAllPlayerContexts();
result = playerManager.OpenSlot();
makePrimaryPlayer = true;
audioPlayerSlotIndex = PlayerContextIndex.PRIMARY;
}
break;
case PlayerContextConcurrencyMode.ConcurrentVideo:
if (numActive >= 1 && playerContexts[PlayerContextIndex.PRIMARY].AVType == AVType.Video)
{ // The primary slot is a video player slot
if (numActive > 1)
{
IPlayerContext pcSecondary = playerContextManager.GetPlayerContext(PlayerContextIndex.SECONDARY);
pcSecondary.Close();
}
result = playerManager.OpenSlot();
makePrimaryPlayer = false;
audioPlayerSlotIndex = PlayerContextIndex.PRIMARY;
}
else
{
playerContextManager.CloseAllPlayerContexts();
result = playerManager.OpenSlot();
makePrimaryPlayer = true;
audioPlayerSlotIndex = PlayerContextIndex.PRIMARY;
}
break;
default:
// Don't enable concurrent controllers: Close all except the primary slot controller
playerContextManager.CloseAllPlayerContexts();
result = playerManager.OpenSlot();
makePrimaryPlayer = true;
audioPlayerSlotIndex = PlayerContextIndex.PRIMARY;
break;
}
currentPlayerSlotIndex = makePrimaryPlayer ? PlayerContextIndex.PRIMARY : PlayerContextIndex.SECONDARY;
return(result);
}
/// <summary>
/// Depending on parameter <paramref name="play"/>, plays or enqueues the media items of type <paramref name="avType"/>
/// returned by the given <paramref name="getMediaItemsFunction"/>.
/// This method can also be called from other models.
/// </summary>
/// <param name="getMediaItemsFunction">Function returning the media items to be played.</param>
/// <param name="avType">AV type of media items to be played.</param>
/// <param name="play">If <c>true</c>, plays the specified items, else enqueues it.</param>
/// <param name="concurrencyMode">Determines if the media item will be played or enqueued in concurrency mode.</param>
public static void PlayOrEnqueueItems(GetMediaItemsDlgt getMediaItemsFunction, AVType avType,
bool play, PlayerContextConcurrencyMode concurrencyMode)
{
IWorkflowManager workflowManager = ServiceRegistration.Get<IWorkflowManager>();
workflowManager.NavigatePush(Consts.WF_STATE_ID_PLAY_OR_ENQUEUE_ITEMS, new NavigationContextConfig
{
AdditionalContextVariables = new Dictionary<string, object>
{
{KEY_GET_MEDIA_ITEMS_FUNCTION, getMediaItemsFunction},
{KEY_AV_TYPE, avType},
{KEY_DO_PLAY, play},
{KEY_CONCURRENCY_MODE, concurrencyMode},
}
});
}
protected static IPlayerContext PreparePlayerContext(AVType avType, bool play, PlayerContextConcurrencyMode concurrencyMode)
{
IPlayerContextManager pcm = ServiceRegistration.Get<IPlayerContextManager>();
string contextName;
if (!GetPlayerContextNameForMediaType(avType, out contextName))
return null;
IPlayerContext pc = null;
if (!play)
{
// !play means enqueue - so find our first player context of the correct media type
IList<IPlayerContext> playerContexts = new List<IPlayerContext>(
pcm.GetPlayerContextsByMediaModuleId(Consts.MODULE_ID_MEDIA).Where(playerContext => playerContext.AVType == avType));
// In case the media type is audio, we have max. one player context of that type. In case media type is
// video, we might have two. But we handle enqueue only for the first video player context.
pc = playerContexts.FirstOrDefault();
}
if (pc == null)
// No player context to reuse - so open a new one
if (avType == AVType.Video)
pc = pcm.OpenVideoPlayerContext(Consts.MODULE_ID_MEDIA, contextName, concurrencyMode,
Consts.WF_STATE_ID_CURRENTLY_PLAYING_VIDEO, Consts.WF_STATE_ID_FULLSCREEN_VIDEO);
else if (avType == AVType.Audio)
pc = pcm.OpenAudioPlayerContext(Consts.MODULE_ID_MEDIA, contextName, concurrencyMode == PlayerContextConcurrencyMode.ConcurrentVideo,
Consts.WF_STATE_ID_CURRENTLY_PLAYING_AUDIO, Consts.WF_STATE_ID_FULLSCREEN_AUDIO);
if (pc == null)
return null;
if (play)
pc.Playlist.Clear();
return pc;
}
protected void PlayOrEnqueueItemsInternal(GetMediaItemsDlgt getMediaItemsFunction, AVType avType,
bool play, PlayerContextConcurrencyMode concurrencyMode)
{
IPlayerContext pc = PreparePlayerContext(avType, play, concurrencyMode);
if (pc == null)
return;
// Adding items to playlist must be executed asynchronously - we will show a progress dialog where we aren't allowed
// to block the input thread.
IThreadPool threadPool = ServiceRegistration.Get<IThreadPool>();
threadPool.Add(() => AsyncAddToPlaylist(pc, getMediaItemsFunction, play));
}
public IPlayerContext OpenVideoPlayerContext(Guid mediaModuleId, string name, PlayerContextConcurrencyMode concurrencyMode,
Guid currentlyPlayingWorkflowStateId, Guid fullscreenContentWorkflowStateId)
{
IOpenPlayerStrategy strategy = GetOpenPlayerStrategy();
IPlayerManager playerManager = ServiceRegistration.Get<IPlayerManager>();
lock (playerManager.SyncObj)
{
IList<IPlayerContext> playerContexts = GetPlayerContexts();
IPlayerSlotController slotController;
int audioSlotIndex = playerManager.AudioSlotIndex;
int currentPlayerIndex = CurrentPlayerIndex;
strategy.PrepareVideoPlayer(playerManager, playerContexts, concurrencyMode, mediaModuleId, out slotController, ref audioSlotIndex, ref currentPlayerIndex);
PlayerContextManagerMessaging.SendUpdatePlayerRolesMessage(currentPlayerIndex, audioSlotIndex);
return new PlayerContext(this, slotController, mediaModuleId, name, AVType.Video,
currentlyPlayingWorkflowStateId, fullscreenContentWorkflowStateId);
}
}
public override void PrepareVideoPlayer(IPlayerManager playerManager, IList <IPlayerContext> playerContexts, PlayerContextConcurrencyMode concurrencyMode, Guid mediaModuleId,
out IPlayerSlotController slotController, ref int audioSlotIndex, ref int currentPlayerIndex)
{
int numActive = playerContexts.Count;
switch (concurrencyMode)
{
case PlayerContextConcurrencyMode.ConcurrentVideo:
if (numActive >= 1 && playerContexts[0].AVType == AVType.Video)
{ // The primary slot is a video player slot
if (numActive == 1)
{
int slotIndex;
playerManager.OpenSlot(out slotIndex, out slotController);
playerManager.SwitchSlots();
}
else // numActive > 1
{
IPlayerContext pc = playerContexts[0];
pc.Reset(); // Necessary to reset the player context to disable the auto close function (pc.CloseWhenFinished)
playerManager.ResetSlot(PlayerManagerConsts.PRIMARY_SLOT, out slotController);
}
audioSlotIndex = PlayerManagerConsts.PRIMARY_SLOT;
currentPlayerIndex = PlayerManagerConsts.PRIMARY_SLOT;
return;
}
break;
}
// All other cases are the same as in the default player open strategy
base.PrepareVideoPlayer(playerManager, playerContexts, concurrencyMode, mediaModuleId, out slotController, ref audioSlotIndex, ref currentPlayerIndex);
}
public virtual void PrepareVideoPlayer(IPlayerManager playerManager, IList <IPlayerContext> playerContexts, PlayerContextConcurrencyMode concurrencyMode, Guid mediaModuleId,
out IPlayerSlotController slotController, ref int audioSlotIndex, ref int currentPlayerIndex)
{
int numActive = playerContexts.Count;
int slotIndex;
switch (concurrencyMode)
{
case PlayerContextConcurrencyMode.ConcurrentAudio:
if (numActive > 1 && playerContexts[1].AVType == AVType.Audio)
{ // The secondary slot is an audio player slot
slotIndex = PlayerManagerConsts.PRIMARY_SLOT;
IPlayerContext pc = playerContexts[0];
pc.Reset(); // Necessary to reset the player context to disable the auto close function (pc.CloseWhenFinished)
playerManager.ResetSlot(slotIndex, out slotController);
audioSlotIndex = PlayerManagerConsts.SECONDARY_SLOT;
}
else if (numActive == 1 && playerContexts[0].AVType == AVType.Audio)
{ // The primary slot is an audio player slot
playerManager.OpenSlot(out slotIndex, out slotController);
// Make new video slot the primary slot
playerManager.SwitchSlots();
audioSlotIndex = PlayerManagerConsts.SECONDARY_SLOT;
}
else
{ // No audio slot available
playerManager.CloseAllSlots();
playerManager.OpenSlot(out slotIndex, out slotController);
audioSlotIndex = PlayerManagerConsts.PRIMARY_SLOT;
}
break;
case PlayerContextConcurrencyMode.ConcurrentVideo:
if (numActive >= 1 && playerContexts[0].AVType == AVType.Video)
{ // The primary slot is a video player slot
if (numActive > 1)
{
playerManager.CloseSlot(PlayerManagerConsts.SECONDARY_SLOT);
}
playerManager.OpenSlot(out slotIndex, out slotController);
audioSlotIndex = PlayerManagerConsts.PRIMARY_SLOT;
}
else
{
playerManager.CloseAllSlots();
playerManager.OpenSlot(out slotIndex, out slotController);
audioSlotIndex = PlayerManagerConsts.PRIMARY_SLOT;
}
break;
default:
// Don't enable concurrent controllers: Close all except the primary slot controller
playerManager.CloseAllSlots();
playerManager.OpenSlot(out slotIndex, out slotController);
audioSlotIndex = PlayerManagerConsts.PRIMARY_SLOT;
break;
}
currentPlayerIndex = slotIndex;
}
