Yes, a RTP stack for Common C++ is being created, and this will be made available as a seperate library. The Common C++ RTP stack is using the model of "packet queues", where seperate send and receive queues are maintained for scheduling outgoing packets and ordering incoming ones. A single thread both schedules outgoing packets when expected and processes arriving ones. Jitter buffering is achieved simply by prebuffering send packets before connecting, and deliberately delaying final receipt of packets from the receive queue. Since the queues are linked lists they are fully elastic, and payload types can even be "shifted" midstream.
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Yes, a RTP stack for Common C++ is being created, and this will be made available as a seperate library. The Common C++ RTP stack is using the model of "packet queues", where seperate send and receive queues are maintained for scheduling outgoing packets and ordering incoming ones. A single thread both schedules outgoing packets when expected and processes arriving ones. Jitter buffering is achieved simply by prebuffering send packets before connecting, and deliberately delaying final receipt of packets from the receive queue. Since the queues are linked lists they are fully elastic, and payload types can even be "shifted" midstream.
Is there plan to support other real-time protocol as RTSP or RSVP ?
RSVP certainly, so that one can reserve the channel bandwidth. I am not immediately familiar with RTSP.