internal RtpStreamFec(RtpListener rtpListener, uint ssrc, SdesData sdes, PayloadType pt)
: base(rtpListener.ReturnBufferCallback, ssrc, sdes, pt)
{
this.getBufferHandler = rtpListener.GetBufferCallback;
}
internal RtpStreamCFec(RtpListener rtpListener, uint ssrc, SdesData sdes, PayloadType pt, ushort dataPxExp, ushort fecPxExp)
: base(rtpListener, ssrc, sdes, pt)
{
pcFecType = 1;
this.dataPxExp = dataPxExp;
this.fecPxExp = fecPxExp;
SetDecoder();
InitializeDCRStorage();
}
internal RtpStreamFFec(RtpListener rtpListener, uint ssrc, SdesData sdes, PayloadType pt, ushort fecPxExp)
: base(rtpListener, ssrc, sdes, pt)
{
fecPercent = fecPxExp;
pcFecType = 2;
}
/// <summary>
/// Initialize the Rtcp/Rtp listeners and senders. See the primary constructor's summary
/// for an explanation of the "states" an RtpSession can be constructed in.
/// </summary>
private void InitializeNetwork()
{
if( receiveData )
{
if(participant != null && rtpTraffic)
{
rtpListener = new RtpListener(this);
}
// RtcpListener can create streams. A stream needs a valid RtpListener in order to
// return used packets, so start this object/thread after RtpListener.
rtcpListener = new RtcpListener(this);
}
if(participant != null)
{
// Set the participant's IP address
//participant.IPAddress = Utility.GetLocalMulticastInterface();
participant.IPAddress = Utility.GetLocalRoutingInterface(multicastEP.Address, (ushort)multicastEP.Port);
// Get an ssrc for the local participant
uint ssrc = NextSSRC();
AddParticipant(ssrc, participant);
AddSsrcToIp(ssrc, participant.IPAddress);
rtcpSender = new RtcpSender(this);
}
}
