void hfpHandlerAudioConnectInd( const HFP_AUDIO_CONNECT_IND_T *ind )
{
HFP *active_hfp = 0;
hfp_audio_params audio_params_data, *audio_params = NULL;
/* Accept audio if its for a task we own */
if ((ind->hfp == theHeadset.hfp) || (ind->hfp == theHeadset.hsp))
active_hfp = ind->hfp;
if (active_hfp)
{
/* Accept the audio connection */
{
/* CVSD codec */
if (theHeadset.HFP_features.eSCO_Parameters_Enabled )
{
audio_params_data.bandwidth = theHeadset.HFP_features.bandwidth ;
audio_params_data.max_latency = theHeadset.HFP_features.max_latency ;
audio_params_data.voice_settings = theHeadset.HFP_features.voice_settings ;
audio_params_data.retx_effort = theHeadset.HFP_features.retx_effort ;
audio_params = &audio_params_data;
}
HfpAudioConnectResponse(active_hfp, 1, theHeadset.HFP_features.supportedSyncPacketTypes, audio_params, ind->bd_addr);
}
}
else
{
HfpAudioConnectResponse(active_hfp, 0, sync_hv1, 0, ind->bd_addr);
}
}
/****************************************************************************
NAME
audioHandleSyncConnectInd
DESCRIPTION
Handle HFP_AUDIO_CONNECT_IND. This indicates that an incoming sychronous
connection is being requested
RETURNS
*/
void audioHandleSyncConnectInd ( const HFP_AUDIO_CONNECT_IND_T *pInd )
{
sync_pkt_type packet_types;
hfp_audio_params* audio_params;
bool disable_wbs_override = FALSE;
AUD_DEBUG(("AUD: Synchronous Connect Ind [%d] from [%x]:\n" , pInd->codec, PROFILE_INDEX(pInd->priority))) ;
audio_params = audioGetSettings(pInd->priority, &packet_types);
AUD_DEBUG(("AUD : [%lx][%x][%x][%x]\n" , audio_params->bandwidth ,audio_params->max_latency ,
audio_params->voice_settings ,audio_params->retx_effort)) ;
/* WBS test case - use bad WBS params */
if(theSink.FailAudioNegotiation)
{
packet_types = sync_all_sco;
disable_wbs_override = TRUE;
}
HfpAudioConnectResponse(pInd->priority, TRUE, packet_types, audio_params, disable_wbs_override);
}
