void wavRecordData( kal_uint32 msgData )
{
if(wav.state != WAV_STATE_RECORDING)
return;
if( wav.ctrl->end_status == MEDIA_TERMINATED) {
if( (wav.ctrl->format==MEDIA_FORMAT_WAV_DVI_ADPCM || wav.ctrl->format==MEDIA_FORMAT_WAV_DVI_ADPCM_16K )
&& wav.BlockCount != 128 && wav.state == WAV_STATE_IDLE){
L1Audio_SetEvent( wav.aud_id, (void *)0 ); /* zero padding */
}
return;
}
if( (uint8)(wav.tmp_w - wav.tmp_r) < FRAME_BUF_NO )
{
wavReadFromFC((int16 *)wav.tmp_buf[wav.tmp_w&FRAME_BUF_MASK], msgData );
wav.tmp_w++;
L1Audio_SetEvent( wav.aud_id, (void *)0 ); /* Activate the encoder runing in l1audio task */
}
}
void wavRecordData( kal_uint32 msgData )
{
if(wav.state != WAV_STATE_RECORDING)
return;
if( wav.ctrl->end_status == MEDIA_TERMINATED) {
/* for samrtphone, do not need encode. As the result , phase it out
if( (wav.ctrl->format==MEDIA_FORMAT_WAV_DVI_ADPCM || wav.ctrl->format==MEDIA_FORMAT_WAV_DVI_ADPCM_16K )
&& wav.BlockCount != 128 && wav.state == WAV_STATE_IDLE){
L1Audio_SetEvent( wav.aud_id, (void *)0 ); // zero padding
}
*/
return;
}
if( (uint8)(wav.tmp_w - wav.tmp_r) < FRAME_BUF_NO )
{
wavReadFromFC((int16 *)wav.tmp_buf[wav.tmp_w&FRAME_BUF_MASK], msgData );
wav.tmp_w++;
// for samrtphone, do not need encode. As the result , phase it out
// L1Audio_SetEvent( wav.aud_id, (void *)0 ); // Activate the encoder runing in l1audio task
}
}
