#include <tsc_h324m_config_interface.h>
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virtual void | SetObserver (H324MConfigObserver *aObserver)=0 |
virtual PVMFCommandId | SetMultiplexLevel (TPVH223Level aLevel, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetMaxSduSize (TPVAdaptationLayer aLayer, int32 aSize, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetMaxSduSizeR (TPVAdaptationLayer aLayer, int32 aSize, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetCodecPreference (Oscl_Vector< PVMFFormatType, OsclMemAllocator > &aIncomingAudio, Oscl_Vector< PVMFFormatType, OsclMemAllocator > &aIncomingVideo, Oscl_Vector< PVMFFormatType, OsclMemAllocator > &aOutGoingAudio, Oscl_Vector< PVMFFormatType, OsclMemAllocator > &aOutGoingVideo, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetAl2SequenceNumbers (int32 aSeqNumWidth, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetAl3ControlFieldOctets (int32 aCfo, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetMaxPduSize (int32 aMaxPduSize, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetTerminalType (uint8 aTerminalType, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetALConfiguration (TPVMediaType_t aMediaType, TPVAdaptationLayer aLayer, bool aAllow, bool aUse=true, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SendRme (OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetMaxMuxPduSize (int32 aRequestMaxMuxPduSize, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetMaxMuxCcsrlSduSize (int32 aMaxCcsrlSduSize, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | FastUpdate (PVMFNodeInterface &aTrack, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SendRtd (OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetVendor (uint8 cc, uint8 ext, uint32 mc, const uint8 *aProduct, uint16 aProductLen, const uint8 *aVersion, uint16 aVersionLen, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SendEndSession (OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetEndSessionTimeout (uint32 aTimeout, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetTimerCounter (TPVH324TimerCounter aTimerCounter, uint8 aSeries, uint32 aSeriesOffset, uint32 aValue, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetVideoResolutions (TPVDirection aDirection, Oscl_Vector< PVMFVideoResolutionRange, OsclMemAllocator > &aResolutions, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SendVendorId (OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SendVideoTemporalSpatialTradeoffCommand (TPVChannelId aLogicalChannel, uint8 aTradeoff, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SendVideoTemporalSpatialTradeoffIndication (TPVChannelId aLogicalChannel, uint8 aTradeoff, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SendSkewIndication (TPVChannelId aLogicalChannel1, TPVChannelId aLogicalChannel2, uint16 aSkew, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetLogicalChannelBufferingMs (uint32 aInBufferingMs, uint32 aOutBufferingMs, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SendUserInput (CPVUserInput *user_input, OsclAny *aContextData=NULL)=0 |
virtual PVMFCommandId | SetWnsrp (const bool aEnableWnsrp, OsclAny *aContextData=NULL)=0 |
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This API may be called only after the media source has been successfully added to the pv2way engine. It causes the 2way engine to immediately send out a fast update frame specific to the media type identified by the aTrack parameter.
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Sends an end session command to the peer. Only to be used for testing purposes.
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This API allows the user to specify whether Request Multiplex Entry is sent to the remote terminal after TCS
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Sends a Round Trip Determination message to the peer and indicates the round trip delay to the caller on completion of the command. The round trip delay is stored in 4 bytes in the local buffer of the completion event in network byte order.
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This API allows the user to send a SkewIndication to the peer. Skew is measured in milliseconds, and indicates the maximum number of milliseconds that the data on logicalChannel2 is delayed from the data on logicalChannel1 as delivered to the network transport. |
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Causes the pv2way to send the specified user input to the remote terminal using control channel. The user input can be either DTMF ot Alphanumeric
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This API allows the user to send the vendor id info to the peer. Note: Calling this API during call-setup negotiations can affect the time for call-setup adversely. |
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This API allows the user to send a videoTemporalSpatialTradeOff command to the peer. It is a request to the remote encoder to adjust its encoding in accordance with the tradeoff value. A value of 0 indicates a high spatial resolution and a value of 31 indicates a high frame rate. The values from 0 to 31 indicate monotonically a higher frame rate. Actual values do not correspond to precise values of spatial resolution or frame rate. |
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This API allows the user to send a videoTemporalSpatialTradeOff command to the peer. It is an indication to the remote decoder that the local encoder has adjusted its encoding parameters according to the tradeoff value. A value of 0 indicates a high spatial resolution and a value of 31 indicates a high frame rate. The values from 0 to 31 indicate monotonically a higher frame rate. Actual values do not correspond to precise values of spatial resolution or frame rate. |
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This API allows the user to specify the sequence number field for AL2
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This API allows the user to specify the control field octets field for AL3
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This API allows the user to specify the allowable adaptation layers for audio and video. By default AL2 is allowed for audio and AL2, AL3 are allowed for video
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This API allows the user to specify the preference order for supported media codecs. If input vector has elements, then only these elements are used in terminal capabilities exchange.
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Sets the disconnect timeout interval.
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This API allows the user to configure the logical channel buffer sizes for incoming and outgoing logical channels.
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This API sets the max ccsrl sdu size
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This API causes a maxMuxPduSize request to be sent to the remote terminal if set to a valid value (64 - 255). This is done after TCS if the remote terminal supports the maxMuxPduCapability
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This API allows the user to limit the size of the outgoing h223 pdus
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This API allows the user to specify maximum outgoing sdu sizes for each adaptation layer
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This API allows the user to specify maximum incoming sdu sizes for each adaptation layer. This is indicated to the peer via the TCS
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This API allows the user to specify the starting H223 multiplex level
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This API allows the user to specify separate observers for the 324m interface. Otherwise, the default observers will be used
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This API allows the user to specify the terminal type that is advertized to the peer. This can be used to force the local terminal to be master/slave when communicating with a peer 324m terminal for testing purposes.
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Sets an H.324 timer/counter value. This should be called before ConnectL is invoked. The supported timers are: T106 Master Slave Determination (in units of 1s) T101 Capability Exchange (in units of 1s) T103 Uni-directional and Bi-directional Logical Channel Signalling (in units of 1s) T108 Close Logical Channel (in units of 1s) T104 H.223 Multiplex Table (in units of 1s) T109 Mode Request (in units of 1s) T105 Round Trip Delay (in units of 1s) T107 Request Multiplex Entry (in units of 100ms) T401 SRP retransmission (in units of 100ms) The supported counters are: N100 H245 (TCS, MSD) N401 SRP retransmission
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Sets the vendor identification data. This does not cause the stack to issue a vendor identifiation request. Set to NULL to disable sending vendor id. If set to a valid parameter before Connect, it will cause the stack to automatically send it along with the TCS message.
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This API allows the user to specify the supported resolutions for video for transmit and receive.
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Causes the pv2way to send the specified user input to the remote terminal using control channel.
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