SH::RTPSinkSH Class Reference
[StreamHandlers]

#include <MNRTPSinkSH.h>

Inheritance diagram for SH::RTPSinkSH:

[legend]Collaboration diagram for SH::RTPSinkSH:

[legend]List of all members.

Public Member Functions
	RTPSinkSH (SHGraphManager *mgr, u_int32_t runtimeId, MNSelector &sel, RTSP::TransportTypes req_transport=RTSP::RTP_AVP_UDP)
virtual	~RTPSinkSH ()
virtual SH_RC	initSH ()
virtual SH_RC	uninitSH ()
virtual SH_RC	startStreaming ()
virtual SH_RC	stopStreaming ()
SH_RC	push_to_net (DataPtr item)
virtual void	pushReport (ReportPtr report, Direction d)
virtual u_int16	get_rtp_seq ()
virtual u_int32	get_rtp_time ()
virtual u_int32	get_ssrc ()
void	set_payload_types (const SDP::PayloadTypeTable *ptt_ptr)
virtual SinkEndpoint **	getSinkSpecs ()
virtual SourceEndpoint **	getSourceSpecs ()
virtual bool	isConnected () const
Public Attributes
SA_RTPSNK_RTP_SOCK_PORT	_rtp_socket
SA_RTPSNK_RTCP_SOCK_PORT	_rtcp_socket
SA_RTPSNK_CLIENT_NAME	_client
SA_RTPSNK_CLIENT_PORT	_port
SA_RTP_BANDWIDTH	_bandwidth
SA_RTP_RTP_PAYLOAD_TYPE	_rtp_pt
const SDP::PayloadTypeTable *	_payload_types
Protected Attributes
SinkEndpoint *	_in_ep_a [1]
RTPSinkEndpoint	_inEP

---

Constructor & Destructor Documentation

SH::RTPSinkSH::RTPSinkSH (  SHGraphManager *  mgr, u_int32_t  runtimeId, MNSelector &  sel, RTSP::TransportTypes  req_transport = RTSP::RTP_AVP_UDP )

virtual SH::RTPSinkSH::~RTPSinkSH (   )  [virtual]

---

Member Function Documentation

virtual u_int16 SH::RTPSinkSH::get_rtp_seq (   )  [virtual]

Reimplemented from SH::Base.

virtual u_int32 SH::RTPSinkSH::get_rtp_time (   )  [virtual]

Reimplemented from SH::Base.

virtual u_int32 SH::RTPSinkSH::get_ssrc (   )  [virtual]

virtual SinkEndpoint** SH::RTPSinkSH::getSinkSpecs (   )  [virtual]

Provide a list of valid sink endpoint specifications to the graph manager. getSinkPorts() is called by the graph manager and returns an array of pointers to EndpointSpec structures, or NULL if no endpoints in this direction are supported. It is typical that the length of such an array is 1, because several alternatives are specified by one EndpointSpec object, and the maximum number of identical Endpoints is a parameter of the EndpointSpec as well. The maximum number of endpoints may be dynamic, e.g. in an RTP source SH, new SSRCs or PTs will result in the provision of a new Endpoint. The array of endpoint specs is not NULL terminated, it is expected that the application knows the number of endpoints from numSinkSpecs(). Returns: An array of endpoint specification. Implements SH::Status.

virtual SourceEndpoint** SH::RTPSinkSH::getSourceSpecs (   )  [virtual]

Provide a list of valid source endpoint specifications to the graph manager. getSourceSpecs() works like getSinkSpecs() but on the source endpoint specifications. Returns: An array of endpoint specification. Implements SH::Status.

virtual SH_RC SH::RTPSinkSH::initSH (   )  [virtual]

See also: Base Reimplemented from SH::Base.

virtual bool SH::RTPSinkSH::isConnected (   )  const [virtual]

Indicate whether a sufficient number of endpoints are connected for the stream handler to be active. True if a sufficient number of endpoints is connected for the stream handler to operate in a graph. This should always be true when the stream handler is part of an active graph. This can be called on all stream handlers of a graph to determine whether it will activate successfully. Implements SH::Status.

SH_RC SH::RTPSinkSH::push_to_net (  DataPtr  item  )

virtual void SH::RTPSinkSH::pushReport (  ReportPtr  report, Direction  d )  [virtual]

pushReport(r) can be called on source and sink endpoints, which will in turn call their owning stream handler for forwarding the report into the same general direction. The specific stream handler must overload this call if it wants to evaluate the reports, or if it has downstream or well as upstream endpoints. If the SH does not care about reports and has endpoints on only one side, it needs not overload this function. The reports are ignored and deleted in that case. Reimplemented from SH::Base.

void SH::RTPSinkSH::set_payload_types (  const SDP::PayloadTypeTable *  ptt_ptr  )

virtual SH_RC SH::RTPSinkSH::startStreaming (   )  [virtual]

See also: Base Reimplemented from SH::Base.

virtual SH_RC SH::RTPSinkSH::stopStreaming (   )  [virtual]

See also: Base Reimplemented from SH::Base.

virtual SH_RC SH::RTPSinkSH::uninitSH (   )  [virtual]

See also: Base Reimplemented from SH::Base.

---

Member Data Documentation

SA_RTP_BANDWIDTH SH::RTPSinkSH::_bandwidth

SA_RTPSNK_CLIENT_NAME SH::RTPSinkSH::_client

SinkEndpoint* SH::RTPSinkSH::_in_ep_a[1] [protected]

RTPSinkEndpoint SH::RTPSinkSH::_inEP [protected]

const SDP::PayloadTypeTable* SH::RTPSinkSH::_payload_types

SA_RTPSNK_CLIENT_PORT SH::RTPSinkSH::_port

SA_RTPSNK_RTCP_SOCK_PORT SH::RTPSinkSH::_rtcp_socket

See _rtp_port. In case that a pair of UDP sockets is given, the RTCP socket is held by _rtcp_socket.

SA_RTP_RTP_PAYLOAD_TYPE SH::RTPSinkSH::_rtp_pt

SA_RTPSNK_RTP_SOCK_PORT SH::RTPSinkSH::_rtp_socket

The sending RTP socket must now be given as an open UDP socket.

---

The documentation for this class was generated from the following file:

• MNRTPSinkSH.h

---