public virtual void addItem(MediaItem _mediaItem, Int32 _itemIndexTo, Boolean _sync = false, Boolean _fromList = false)
{
Boolean isQueueCreated;
if (_mediaItem == null)
{
this.writeLog(LogType.Error, String.Format("Hinzufügen von MediaItem zu Liste {0} fehlgeshlagen!", listId));
return;
}
try
{
//if there is no queue the create a queue (do this with sync method!)
// we always create a queue if there isn't one. We avoid direct links to containers
isQueueCreated = this.createQueue();
if (_mediaItem.itemType == MediaItemItemType.Shuffle)
{
// no implementation for 'unSync' action for shuffle!
this.addShuffle(_mediaItem, _itemIndexTo, _sync);
}
else if (_mediaItem.isContainer())
{
if (_sync)
contentDirectory.AddContainerToQueueSync(containerId, _mediaItem.objectId, _mediaItem.objectId, "", "", 0, 294967295, Convert.ToUInt32(_itemIndexTo));
else
contentDirectory.AddContainerToQueue(containerId, _mediaItem.objectId, _mediaItem.objectId, "", "", 0, 294967295, Convert.ToUInt32(_itemIndexTo), _mediaItem, addContainerSink);
}
else
{
if (_sync)
contentDirectory.AddItemToQueueSync(containerId, _mediaItem.objectId, Convert.ToUInt32(_itemIndexTo));
else
contentDirectory.AddItemToQueue(containerId, _mediaItem.objectId, Convert.ToUInt32(_itemIndexTo), _mediaItem, addItemSink);
}
if (isQueueCreated)
{
if (queueCreated != null) queueCreated(listId);
}
if (_sync && !_fromList)
{
if (itemAdded != null) itemAdded(this.listId, _mediaItem, 1, 1);
}
// rebuild of internal list will be done when retrieven the new information from renderer.
// this may lead to a little "slow" playlist, but it will always be accurate!
}
catch (Exception e)
{
this.writeLog(LogType.Error, String.Format("Fehler beim hinzufügen von Song '{0}' zu Liste '{1}'", _mediaItem.text, this.listId), e);
}
}
public virtual void addItem(MediaItem _mediaItem, Int32 _itemIndexTo, Boolean _sync = false, Boolean _fromList = false)
{
Boolean isQueueCreated;
if (_mediaItem == null)
{
this.writeLog(LogType.Error, String.Format("Hinzufügen von MediaItem zu Liste {0} fehlgeshlagen!", listId));
return;
}
try
{
//if there is no queue the create a queue (do this with sync method!)
// we always create a queue if there isn't one. We avoid direct links to containers
isQueueCreated = this.createQueue();
if (_mediaItem.itemType == MediaItemItemType.Shuffle)
{
// no implementation for 'unSync' action for shuffle!
this.addShuffle(_mediaItem, _itemIndexTo, _sync);
}
else if (_mediaItem.isContainer())
{
if (_sync)
{
contentDirectory.AddContainerToQueueSync(containerId, _mediaItem.objectId, _mediaItem.objectId, "", "", 0, 294967295, Convert.ToUInt32(_itemIndexTo));
}
else
{
contentDirectory.AddContainerToQueue(containerId, _mediaItem.objectId, _mediaItem.objectId, "", "", 0, 294967295, Convert.ToUInt32(_itemIndexTo), _mediaItem, addContainerSink);
}
}
else
{
if (_sync)
{
contentDirectory.AddItemToQueueSync(containerId, _mediaItem.objectId, Convert.ToUInt32(_itemIndexTo));
}
else
{
contentDirectory.AddItemToQueue(containerId, _mediaItem.objectId, Convert.ToUInt32(_itemIndexTo), _mediaItem, addItemSink);
}
}
if (isQueueCreated)
{
if (queueCreated != null)
{
queueCreated(listId);
}
}
if (_sync && !_fromList)
{
if (itemAdded != null)
{
itemAdded(this.listId, _mediaItem, 1, 1);
}
}
// rebuild of internal list will be done when retrieven the new information from renderer.
// this may lead to a little "slow" playlist, but it will always be accurate!
}
catch (Exception e)
{
this.writeLog(LogType.Error, String.Format("Fehler beim hinzufügen von Song '{0}' zu Liste '{1}'", _mediaItem.text, this.listId), e);
}
}