AAC RTP frame creator.

Represents extended Sequence numbering to 32-bit for RTP packets. Sequence numbers usually wrap at 16-bit boundaries. In order to avoid that behavior, ExtendedSequenceNumber class is introduced.

Abstract base class for all RTP frame packetizers.

This frame type encapsulates RFC 3984 - RTP Payload Type for H.264 Packetization mode: 0 (NAL Units), 1 (NAL Units, STAP-A, FU-A)

Takes a raw compressed H.264 frame and creates a RFC 3984 compliant transport frame.
Supports: Mode 1 (NAL, FU-A, STAP-A)

This frame type encapsulates H.265 payloads according to draft version 13. Supported units are: Single (SU), Aggregate (AP), Fragmentation (FU)

Creates RTP packetization based on RFC 3016 "Payload Format for MPEG-4 Audio/Visual Streams"

A helper class encapsulating different aspects of NTP clock handling.

Provides helper functions to more easily create RTP participants.

Information about the receiving participant.

Information about the sending participant.

Handles syhcronization information and produces prsentation times for play-out.

Represent RTPFrame specialized in parsing X-QT (Apple dispatch-026) frames.

The APP packet is intended for experimental use as new applications and new features are developed, without requiring packet type value registration.

Notifies a remote session that a participant is leaving the session.

Encapsulates multiple RTCP Packets and is used to hold incoming and outgoing RTCP reports.

RTCPPacket is the abstract base class for all RTCP packets.

RTCP Receiver report.

The Reportblock for SR and RR.

This is the RTCP Sender Report. It is sent by the sender of RTP packets to a session, containing quality and timing information.

RTCP Source description.

Source Description. A part of the RTCPSDES structure. Contains information elements about a Ssrc.

RFC 2429/4629 Packet representation.

A Frame wraps multiple RTP packets into a logical unit. All packets in a frame have the same timestamp and are normally terminated by an RTP packet with the marker bit set.

Represents RTP Header Extension used by RtpPacket class.

Represents an RTP Packet, implemented according to RFC 3550.

RTP packet implementing RFC 2833 carrying DTMF tones and other line and trunk signals.

RTP Participant is able to send and receive RTP packets. See ParticipantHelper for easy creation.

Aggregate holding RTP and RTCP EndPoint information.

RTP receiver groups multiple partipants together.

Provides byte and packet counters for RTPReceiver activity.

Defines a group of one or more RTP participants.

Provides byte and packet counters for RTPSender activity.

An RTP session combines multiple RTP sender and RTP receiver objects into a logical group.

Provides byte and packet counters for RTPSession activity.

Smart jitter buffer collects RTP packets and outputs RTP frames.

Represents an SRTP session which provides a secure facility for RTP communication.

Rtp stream configuration.

Interface for RTP participants.

Interface for secure RTP session implementations.

Frame complete delegation.

Handler, called when the rtp participant receives an RTCP packet.

Handler, called when the rtp participant receives an RTP packet.

Handler, called when the rtp participant receives an RTCP packet.

Handler, called when an rtp participant receives an RTP packet.

Handler, called when the rtp participant receives an RTCP packet.

Handler, called when an rtp participant receives an RTP packet.

Enumeration of supported crypto suites.

An enumeration of all RTCP packet types. Their values already represent their binary form.

Indications of the state of the extended sequence number algorithm.

Contains status codes return from SRTP methods and functions.

Contains information about the direction of an SRTP stream.

Defines the behavior of how synchronization sources are treated.