internal void Close_NoLock()
{
lock (SyncObj)
{
if (_isClosed)
{
return;
}
}
Reset();
InvokeSlotClosed_NoLock();
PlayerManagerMessaging.SendPlayerMessage(PlayerManagerMessaging.MessageType.PlayerSlotClosed, this);
}
public void Stop()
{
bool sendStopEvent;
lock (SyncObj)
{
CheckActive();
IPlayer player = CurrentPlayer;
sendStopEvent = player != null && player.State == PlayerState.Active;
}
// Simply discard the player - we'll send the PlayerStopped event later in this method
ReleasePlayer_NoLock();
if (sendStopEvent)
{
// We need to simulate the PlayerStopped event, as the ReleasePlayer_NoLock() method discards all further player events
PlayerManagerMessaging.SendPlayerMessage(PlayerManagerMessaging.MessageType.PlayerStopped, this);
}
}
protected void SetSlotState(PlayerSlotState slotState)
{
PlayerSlotState oldSlotState;
lock (SyncObj)
{
if (slotState == _slotState)
{
return;
}
if (slotState == PlayerSlotState.Inactive)
{
_activationSequence++;
}
oldSlotState = _slotState;
_slotState = slotState;
}
InvokeSlotStateChanged(slotState); // Outside the lock
lock (SyncObj)
{
if (oldSlotState == PlayerSlotState.Inactive && slotState != PlayerSlotState.Inactive)
{
PlayerManagerMessaging.SendPlayerManagerPlayerMessage(PlayerManagerMessaging.MessageType.PlayerSlotActivated);
}
if (oldSlotState != PlayerSlotState.Inactive || slotState != PlayerSlotState.Stopped)
{
// Suppress "PlayerStopped" message if slot was activated
switch (slotState)
{
case PlayerSlotState.Inactive:
PlayerManagerMessaging.SendPlayerMessage(PlayerManagerMessaging.MessageType.PlayerSlotDeactivated, this);
break;
case PlayerSlotState.Playing:
PlayerManagerMessaging.SendPlayerMessage(PlayerManagerMessaging.MessageType.PlayerSlotStarted, this);
break;
// Presentation.Players.PlayerSlotState.Stopped:
// this is no extra message, as we sent the PlayerSlotActivated message above
}
}
}
}
public void Stop()
{
bool setStopped;
lock (SyncObj)
{
CheckActive();
setStopped = _slotState != PlayerSlotState.Stopped;
if (setStopped)
{
SetSlotState(PlayerSlotState.Stopped);
}
}
// Simply discard the player - we'll send the PlayerStopped event later in this method
ReleasePlayer_NoLock();
lock (SyncObj)
if (setStopped)
{
// We need to simulate the PlayerStopped event, as the ReleasePlayer_NoLock() method discards all further player events
PlayerManagerMessaging.SendPlayerMessage(PlayerManagerMessaging.MessageType.PlayerStopped, this);
}
}
internal void OnNextItemRequest(IPlayer player)
{
PlayerManagerMessaging.SendPlayerMessage(PlayerManagerMessaging.MessageType.RequestNextItem, this);
}
internal void OnPlaybackError(IPlayer player)
{
PlayerManagerMessaging.SendPlayerMessage(PlayerManagerMessaging.MessageType.PlayerError, this);
}
internal void OnPlaybackStateChanged(IPlayer player)
{
PlayerManagerMessaging.SendPlayerMessage(PlayerManagerMessaging.MessageType.PlaybackStateChanged, this);
}
internal void OnPlayerEnded(IPlayer player)
{
PlayerManagerMessaging.SendPlayerMessage(PlayerManagerMessaging.MessageType.PlayerEnded, this);
}
internal void OnPlayerStateReady(IPlayer player)
{
PlayerManagerMessaging.SendPlayerMessage(PlayerManagerMessaging.MessageType.PlayerStateReady, this);
}