public async Task <AsObject> ConnectResultInvokeAsync(object[] parameters)
{
//Write ServerBW & ClientBW
var ServerBW = new WindowAcknowledgementSize(245248000);
WriteProtocolControlMessage(ServerBW);
var ClientBW = new PeerBandwidth(250000, 2);
WriteProtocolControlMessage(ClientBW);
SetChunkSize(50000);
ClientId = Uuid.NewUuid();
var connectResult = new InvokeAmf0
{
MethodCall = new Method("_result", new object[1] {
new AsObject
{
{ "objectEncoding", 3.0 },
{ "level", "status" },
{ "details", null },
{ "description", "Connection succeeded." },
{ "DSMessagingVersion", 1.0 },
{ "code", "NetConnection.Connect.Success" },
{ "id", Uuid.NewUuid() }
}
}),
InvokeId = GetNextInvokeId()
};
return((AsObject) await QueueCommandAsTask(connectResult, 3, 0));
}
public async Task <AsObject> InvokeConnectResultAsync(int invokeId, AsObject param)
{
//Write ServerBW & ClientBW
var ServerBW = new WindowAcknowledgementSize(245248000);
WriteProtocolControlMessage(ServerBW);
var ClientBW = new PeerBandwidth(250000, 2);
WriteProtocolControlMessage(ClientBW);
SetChunkSize(50000);
var connectResult = new InvokeAmf0
{
MethodCall = new Method("_result", new[] { param }),
InvokeId = invokeId
};
return((AsObject) await QueueCommandAsTask(connectResult, 3, 0));
}
private byte[] GetMessageBytes(RtmpHeader header, RtmpEvent message)
{
switch (header.MessageType)
{
case MessageType.SetChunkSize:
return(this.GetMessageBytes(message, (Action <AmfWriter, RtmpEvent>)((w, o) => w.WriteInt32(((ChunkSize)o).Size))));
case MessageType.AbortMessage:
return(this.GetMessageBytes(message, (Action <AmfWriter, RtmpEvent>)((w, o) => w.WriteInt32(((Abort)o).StreamId))));
case MessageType.Acknowledgement:
return(this.GetMessageBytes(message, (Action <AmfWriter, RtmpEvent>)((w, o) => w.WriteInt32(((Acknowledgement)o).BytesRead))));
case MessageType.UserControlMessage:
return(this.GetMessageBytes(message, (Action <AmfWriter, RtmpEvent>)((w, o) =>
{
UserControlMessage userControlMessage = (UserControlMessage)o;
w.WriteUInt16((ushort)userControlMessage.EventType);
foreach (int num in userControlMessage.Values)
{
w.WriteInt32(num);
}
})));
case MessageType.WindowAcknowledgementSize:
return(this.GetMessageBytes(message, (Action <AmfWriter, RtmpEvent>)((w, o) => w.WriteInt32(((WindowAcknowledgementSize)o).Count))));
case MessageType.SetPeerBandwidth:
return(this.GetMessageBytes(message, (Action <AmfWriter, RtmpEvent>)((w, o) =>
{
PeerBandwidth peerBandwidth = (PeerBandwidth)o;
w.WriteInt32(peerBandwidth.AcknowledgementWindowSize);
w.WriteByte((byte)peerBandwidth.LimitType);
})));
case MessageType.Audio:
case MessageType.Video:
return(this.GetMessageBytes(message, (Action <AmfWriter, RtmpEvent>)((w, o) => w.WriteBytes(((ByteData)o).Data))));
case MessageType.DataAmf3:
return(this.GetMessageBytes(message, (Action <AmfWriter, RtmpEvent>)((w, o) => this.WriteData(w, o, ObjectEncoding.Amf3))));
case MessageType.SharedObjectAmf3:
return(new byte[0]);
case MessageType.CommandAmf3:
return(this.GetMessageBytes(message, (Action <AmfWriter, RtmpEvent>)((w, o) =>
{
w.WriteByte((byte)0);
this.WriteCommandOrData(w, o, ObjectEncoding.Amf3);
})));
case MessageType.DataAmf0:
return(this.GetMessageBytes(message, (Action <AmfWriter, RtmpEvent>)((w, o) => this.WriteData(w, o, ObjectEncoding.Amf0))));
case MessageType.SharedObjectAmf0:
return(new byte[0]);
case MessageType.CommandAmf0:
return(this.GetMessageBytes(message, (Action <AmfWriter, RtmpEvent>)((w, o) => this.WriteCommandOrData(w, o, ObjectEncoding.Amf0))));
case MessageType.Aggregate:
Debugger.Break();
return(new byte[0]);
default:
throw new ArgumentOutOfRangeException("Unknown RTMP message type: " + (object)(int)header.MessageType);
}
}
