public AVPlayList(AVConnection AVC, IMediaResource[] r, ReadyHandler rh, FailedHandler fh, object Tag)
{
OpenSource.Utilities.InstanceTracker.Add(this);
AVRenderer AVR = AVC.Parent;
_AVR = AVR;
this.CurrentURIChangedHandler = new AVConnection.CurrentURIChangedHandler(UriEventSink);
_Tag = Tag;
/*
* ArrayList branches = new ArrayList();
* ToXmlData_Custom txdc = new ToXmlData_Custom();
* foreach(IMediaResource R in r)
* {
* if(branches.Contains(R.Owner)==false)
* {
* branches.Add(R.Owner);
* }
* txdc.Mappings[R] = false;
* }
*
* MediaBuilder.container container = new MediaBuilder.container("Autogenerated Playlist");
* container.ID = Guid.NewGuid().ToString();
* container.IdIsValid = true;
* ToXmlFormatter txf = new ToXmlFormatter();
* txf.WriteResource = new ToXmlFormatter.ToXml_FormatResource(WriteResource);
* txdc.DesiredProperties = new ArrayList();
* txdc.IsRecursive = true;
* txdc.VirtualOwner = MediaBuilder.CreateContainer(container);
*
* // Obtain the DIDL-Lite MetaData
* this.PlayListMetaData = MediaBuilder.BuildDidl(txf, txdc, branches);
* if(PlayListMetaData.Length>32768) PlayListMetaData = "";
*/
int TempHandle = this.GetHashCode();
bool Done = false;
OnReady += rh;
OnFailed += fh;
AVR.OnCreateConnection2 += new AVRenderer.ConnectionHandler(ConnectionSink);
AVR.OnRecycledConnection2 += new AVRenderer.ConnectionHandler(RecycledSink);
AVR.OnCreateConnectionFailed2 += new AVRenderer.FailedConnectionHandler(FailedSink);
if (r.Length == 1)
{
Done = true;
_CurrentPlayListMode = PlayListMode.NOT_A_PLAYLIST;
PlayListUri = ConvertLocalFileToHTTPResource(r[0]);
lock (ConnectionLock)
{
TableOfHandles[TempHandle] = TempHandle;
ConnectionSink(_AVR, AVC, TempHandle);
}
}
if ((Done == false && AVR.SupportsProtocolInfo(new ProtocolInfoString("http-get:*:audio/mpegurl:*")))
||
(Done == false && AVR.SupportsProtocolInfo(new ProtocolInfoString("http-get:*:audio/x-mpegurl:*"))))
{
// Build M3U
Done = true;
_CurrentPlayListMode = PlayListMode.M3U;
CheckMiniWebServer();
StringBuilder M3U = new StringBuilder();
if (AVPlayList.EnableExtendedM3U)
{
M3U.Append("#EXTM3U\r\n");
}
foreach (IMediaResource R in r)
{
if (AVPlayList.EnableExtendedM3U)
{
PrintExtInfLine(M3U, R);
}
M3U.Append(ConvertLocalFileToHTTPResource(R) + "\r\n");
}
M3UString = M3U.ToString();
PlayListUri = "http://" + AVR.Interface.ToString() + ":" + MWS.LocalIPEndPoint.Port.ToString() + "/item.m3u";
lock (ConnectionLock)
{
TableOfHandles[TempHandle] = TempHandle;
ConnectionSink(_AVR, AVC, TempHandle);
}
}
// Use SINGLE_URI
if (Done == false)
{
_CurrentPlayListMode = PlayListMode.SINGLE_URI;
foreach (IMediaResource rsc in r)
{
FakePlayQueue.Enqueue(rsc);
}
PlayListUri = r[0].ContentUri;
FakePlayQueue.Dequeue();
lock (ConnectionLock)
{
TableOfHandles[TempHandle] = TempHandle;
ConnectionSink(_AVR, AVC, TempHandle);
}
}
}
public AVPlayList(AVConnection AVC, IMediaResource[] r, ReadyHandler rh, FailedHandler fh, object Tag)
{
OpenSource.Utilities.InstanceTracker.Add(this);
AVRenderer AVR = AVC.Parent;
_AVR = AVR;
this.CurrentURIChangedHandler = new AVConnection.CurrentURIChangedHandler(UriEventSink);
_Tag = Tag;
/*
ArrayList branches = new ArrayList();
ToXmlData_Custom txdc = new ToXmlData_Custom();
foreach(IMediaResource R in r)
{
if(branches.Contains(R.Owner)==false)
{
branches.Add(R.Owner);
}
txdc.Mappings[R] = false;
}
MediaBuilder.container container = new MediaBuilder.container("Autogenerated Playlist");
container.ID = Guid.NewGuid().ToString();
container.IdIsValid = true;
ToXmlFormatter txf = new ToXmlFormatter();
txf.WriteResource = new ToXmlFormatter.ToXml_FormatResource(WriteResource);
txdc.DesiredProperties = new ArrayList();
txdc.IsRecursive = true;
txdc.VirtualOwner = MediaBuilder.CreateContainer(container);
// Obtain the DIDL-Lite MetaData
this.PlayListMetaData = MediaBuilder.BuildDidl(txf, txdc, branches);
if(PlayListMetaData.Length>32768) PlayListMetaData = "";
*/
int TempHandle = this.GetHashCode();
bool Done = false;
OnReady += rh;
OnFailed += fh;
AVR.OnCreateConnection2 += new AVRenderer.ConnectionHandler(ConnectionSink);
AVR.OnRecycledConnection2 += new AVRenderer.ConnectionHandler(RecycledSink);
AVR.OnCreateConnectionFailed2 += new AVRenderer.FailedConnectionHandler(FailedSink);
if (r.Length == 1)
{
Done = true;
_CurrentPlayListMode = PlayListMode.NOT_A_PLAYLIST;
PlayListUri = ConvertLocalFileToHTTPResource(r[0]);
lock (ConnectionLock)
{
TableOfHandles[TempHandle] = TempHandle;
ConnectionSink(_AVR, AVC, TempHandle);
}
}
if ((Done == false && AVR.SupportsProtocolInfo(new ProtocolInfoString("http-get:*:audio/mpegurl:*")))
||
(Done == false && AVR.SupportsProtocolInfo(new ProtocolInfoString("http-get:*:audio/x-mpegurl:*"))))
{
// Build M3U
Done = true;
_CurrentPlayListMode = PlayListMode.M3U;
CheckMiniWebServer();
StringBuilder M3U = new StringBuilder();
if (AVPlayList.EnableExtendedM3U)
{
M3U.Append("#EXTM3U\r\n");
}
foreach (IMediaResource R in r)
{
if (AVPlayList.EnableExtendedM3U)
{
PrintExtInfLine(M3U, R);
}
M3U.Append(ConvertLocalFileToHTTPResource(R) + "\r\n");
}
M3UString = M3U.ToString();
PlayListUri = "http://" + AVR.Interface.ToString() + ":" + MWS.LocalIPEndPoint.Port.ToString() + "/item.m3u";
lock (ConnectionLock)
{
TableOfHandles[TempHandle] = TempHandle;
ConnectionSink(_AVR, AVC, TempHandle);
}
}
// Use SINGLE_URI
if (Done == false)
{
_CurrentPlayListMode = PlayListMode.SINGLE_URI;
foreach (IMediaResource rsc in r)
{
FakePlayQueue.Enqueue(rsc);
}
PlayListUri = r[0].ContentUri;
FakePlayQueue.Dequeue();
lock (ConnectionLock)
{
TableOfHandles[TempHandle] = TempHandle;
ConnectionSink(_AVR, AVC, TempHandle);
}
}
}
