C# Class SIPSorcery.Net.RTSPSession

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Méthodes publiques

Свойство	Type	Description
OnDtlsReceive	Action>
RtpProtect	byte[]>.Func

Méthodes publiques

Méthode	Description
Close ( ) : void	Closes the session's RTP and control ports.
DateTimeToNptTimestamp ( System.DateTime value ) : ulong	Converts specified DateTime value to long NPT time.
DateTimeToNptTimestamp32 ( System.DateTime value ) : uint	Recalculates the step that should be applied to the RTP timestamp based on the frame rate of the incoming samples.
DateTimeToNptTimestamp90K ( System.DateTime value ) : uint
GetNextRTPPacket ( ) : RTPPacket
HasRTPPacket ( ) : bool
RTSPSession ( ) : System
RTSPSession ( string sessionID, IPEndPoint remoteEndPoint, IPEndPoint rtcpRemoteEndPoint ) : System
ReservePorts ( ) : void	Attempts to reserve the RTP and control ports for the RTP session.
SendH264Frame ( byte frame, int payloadType ) : void	H264 frames need a two byte header when transmitted over RTP.
SendJpegFrame ( byte jpegBytes, int jpegQuality, int jpegWidth, int jpegHeight ) : void	Helper method to send a low quality JPEG image over RTP. This method supports a very abbreviated version of RFC 2435 "RTP Payload Format for JPEG-compressed Video". It's intended as a quick convenient way to send something like a test pattern image over an RTSP connection. More than likely it won't be suitable when a high quality image is required since the header used in this method does not support quantization tables.
SendRTPRaw ( byte payload ) : void	Sends a packet to the RTSP server on the RTP socket.
SendVP8Frame ( byte frame, int payloadType ) : void	Sends a dynamically sized frame. The RTP marker bit will be set for the last transmitted packet in the frame.
Start ( ) : void	Starts listenting on the RTP and control ports.

Private Methods

Méthode	Description
ControlSocketReceive ( IAsyncResult ar ) : void
CreateLowQualityRtpJpegHeader ( uint fragmentOffset, int quality, int width, int height ) : byte[]	Utility function to create RtpJpegHeader either for initial packet or template for further packets 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \| Type-specific \| Fragment Offset \| +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \| Type \| Q \| Width \| Height \| +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
RTPReceive ( ) : void
SendRtcpCallback ( IAsyncResult ar ) : void
SendRtcpSenderReport ( ulong ntpTimestamp, uint rtpTimestamp ) : void
SendRtpCallback ( IAsyncResult ar ) : void

Method Details

Close() public méthode

Closes the session's RTP and control ports.

public Close ( ) : void
Résultat	void

DateTimeToNptTimestamp() public static méthode

Converts specified DateTime value to long NPT time.

public static DateTimeToNptTimestamp ( System.DateTime value ) : ulong
value	System.DateTime	DateTime value to convert. This value must be in local time.
Résultat	ulong

DateTimeToNptTimestamp32() public static méthode

Recalculates the step that should be applied to the RTP timestamp based on the frame rate of the incoming samples.

public static DateTimeToNptTimestamp32 ( System.DateTime value ) : uint
value	System.DateTime
Résultat	uint

DateTimeToNptTimestamp90K() public static méthode

public static DateTimeToNptTimestamp90K ( System.DateTime value ) : uint
value	System.DateTime
Résultat	uint

GetNextRTPPacket() public méthode

public GetNextRTPPacket ( ) : RTPPacket
Résultat	RTPPacket

HasRTPPacket() public méthode

public HasRTPPacket ( ) : bool
Résultat	bool

RTSPSession() public méthode

public RTSPSession ( ) : System
Résultat	System

RTSPSession() public méthode

public RTSPSession ( string sessionID, IPEndPoint remoteEndPoint, IPEndPoint rtcpRemoteEndPoint ) : System
sessionID	string
remoteEndPoint	System.Net.IPEndPoint
rtcpRemoteEndPoint	System.Net.IPEndPoint
Résultat	System

ReservePorts() public méthode

Attempts to reserve the RTP and control ports for the RTP session.

public ReservePorts ( ) : void
Résultat	void

SendH264Frame() public méthode

H264 frames need a two byte header when transmitted over RTP.

public SendH264Frame ( byte frame, int payloadType ) : void
frame	byte	The H264 encoded frame to transmit.
payloadType	int	The payload type to set on the RTP packet.
Résultat	void

SendJpegFrame() public méthode

Helper method to send a low quality JPEG image over RTP. This method supports a very abbreviated version of RFC 2435 "RTP Payload Format for JPEG-compressed Video". It's intended as a quick convenient way to send something like a test pattern image over an RTSP connection. More than likely it won't be suitable when a high quality image is required since the header used in this method does not support quantization tables.

public SendJpegFrame ( byte jpegBytes, int jpegQuality, int jpegWidth, int jpegHeight ) : void
jpegBytes	byte	The raw encoded bytes of the JPEG image to transmit.
jpegQuality	int	The encoder quality of the JPEG image.
jpegWidth	int	The width of the JPEG image.
jpegHeight	int	The height of the JPEG image.
Résultat	void

SendRTPRaw() public méthode

Sends a packet to the RTSP server on the RTP socket.

public SendRTPRaw ( byte payload ) : void
payload	byte
Résultat	void

SendVP8Frame() public méthode

Sends a dynamically sized frame. The RTP marker bit will be set for the last transmitted packet in the frame.

public SendVP8Frame ( byte frame, int payloadType ) : void
frame	byte	The frame to transmit.
payloadType	int	The payload type to set on the RTP packet.
Résultat	void

Start() public méthode

Starts listenting on the RTP and control ports.

public Start ( ) : void
Résultat	void

Property Details

OnDtlsReceive public_oe property

public Action> OnDtlsReceive
Résultat	Action>

RtpProtect public_oe property

public Func RtpProtect
Résultat	byte[]>.Func