status_t SpeechEnhancementController::SetDynamicMaskOnToAllModem(const sph_enh_dynamic_mask_t dynamic_mask_type, const bool new_flag_on)
{
sph_enh_mask_struct_t mask = GetSpeechEnhancementMask();
const bool current_flag_on = ((mask.dynamic_func & dynamic_mask_type) > 0);
if (new_flag_on == current_flag_on) {
ALOGW("%s(), dynamic_mask_type(%x), new_flag_on(%d) == current_flag_on(%d), return",
__FUNCTION__, dynamic_mask_type, new_flag_on, current_flag_on);
return NO_ERROR;
}
if (new_flag_on == false) {
mask.dynamic_func &= (~dynamic_mask_type);
}
else {
mask.dynamic_func |= dynamic_mask_type;
}
return SetSpeechEnhancementMaskToAllModem(mask);
}
sph_enh_mask_struct_t SpeechEnhancementController::GetNRECMask(const bool bNrecOn, bool* bNrecSwitchNeed)
{
sph_enh_mask_struct_t mask = GetSpeechEnhancementMask();
SetBtHeadsetNrecOnMaskOn(&mask, SPH_ENH_DYNAMIC_MASK_DLNR, bNrecOn);
SetBtHeadsetNrecOnMaskOn(&mask, SPH_ENH_DYNAMIC_MASK_ULNR, bNrecOn);
SetBtHeadsetNrecOnMaskOn(&mask, SPH_ENH_DYNAMIC_MASK_AEC, bNrecOn);
//update current mask
if(mSpeechEnhancementMask.dynamic_func != mask.dynamic_func)
{
mSpeechEnhancementMask = mask;
*bNrecSwitchNeed = true;
ALOGD("-%s(), bNrecOn(%d), bNrecSwitchNeed(%d) , update", __FUNCTION__, bNrecOn, *bNrecSwitchNeed);
}
else
{
*bNrecSwitchNeed = false;
ALOGD("-%s(), bNrecOn(%d), bNrecSwitchNeed(%d) , skip", __FUNCTION__, bNrecOn, *bNrecSwitchNeed);
}
return mask;
}
