void sinkHfpInit( void )
{
hfp_init_params hfp_params;
memset(&hfp_params, 0, sizeof(hfp_init_params));
sinkClearQueueudEvent();
/* get the extra hfp supported features such as supported sco packet types
from pskey user 5 */
configManagerHFP_SupportedFeatures();
/* initialise the hfp library with parameters read from config*/
configManagerHFP_Init(&hfp_params);
theSink.hfp_profiles = hfp_params.supported_profile;
/* store the link loss time in the app */
theSink.linkLossReminderTime = hfp_params.link_loss_interval;
/* initialise hfp library with pskey read configuration */
HfpInit(&theSink.task, &hfp_params, NULL);
/* initialise the audio library, uses one malloc slot */
AudioLibraryInit();
}
/****************************************************************************
NAME
audio_init - Initialise audio part of code
*/
void audio_init(void)
{
/* initialise audio library */
AudioLibraryInit();
/* set the input source to either analogue, USB or SPDIF */
theSource->audio_data.audio_a2dp_connect_params.input_device_type = theSource->ps_config->features.input_source;
if(theSource->ps_config->features.input_source == A2dpEncoderInputDeviceSPDIF)
{
if((PIO_SPDIF_INPUT != PIN_WIRED_ALWAYSON) && (PIO_SPDIF_INPUT != PIN_WIRED_DISABLED))
{
PioSetFunction(PIO_SPDIF_INPUT, SPDIF_RX);
}
}
theSource->audio_data.audio_plugin = NULL;
theSource->audio_data.audio_routed = AUDIO_ROUTED_NONE;
}