status_t SpeechEnhancementController::SetNBSpeechParametersToAllModem(const AUDIO_CUSTOM_PARAM_STRUCT *pSphParamNB)
{
SpeechDriverFactory *pSpeechDriverFactory = SpeechDriverFactory::GetInstance();
SpeechDriverInterface *pSpeechDriver = NULL;
AUDIO_CUSTOM_PARAM_STRUCT mSphParamNB;
if (mSMNROn == true)
{
//forcely set single mic setting
ALOGD("%s(), mSMNROn = %d, set single mic setting", __FUNCTION__, mSMNROn);
memcpy(&mSphParamNB, pSphParamNB, sizeof(AUDIO_CUSTOM_PARAM_STRUCT));
for (int speech_mode_index = 0; speech_mode_index < 8; speech_mode_index++)
{
(mSphParamNB.speech_mode_para[speech_mode_index][13]) = 0;
(mSphParamNB.speech_mode_para[speech_mode_index][14]) = 0;
}
}
for (int modem_index = MODEM_1; modem_index < NUM_MODEM; modem_index++)
{
pSpeechDriver = pSpeechDriverFactory->GetSpeechDriverByIndex((modem_index_t)modem_index);
if (pSpeechDriver != NULL) // Might be single talk and some speech driver is NULL
{
if (mSMNROn != true)
{
pSpeechDriver->SetNBSpeechParameters(pSphParamNB);
}
else
{
pSpeechDriver->SetNBSpeechParameters(&mSphParamNB);
}
}
}
return NO_ERROR;
}
status_t SpeechEnhancementController::SetNBSpeechParametersToAllModem(const AUDIO_CUSTOM_PARAM_STRUCT *pSphParamNB)
{
SpeechDriverFactory *pSpeechDriverFactory = SpeechDriverFactory::GetInstance();
SpeechDriverInterface *pSpeechDriver = NULL;
for (int modem_index = MODEM_1; modem_index < NUM_MODEM; modem_index++) {
pSpeechDriver = pSpeechDriverFactory->GetSpeechDriverByIndex((modem_index_t)modem_index);
if (pSpeechDriver != NULL) { // Might be single talk and some speech driver is NULL
pSpeechDriver->SetNBSpeechParameters(pSphParamNB);
}
}
return NO_ERROR;
}
