PulseAudioSource(int port, int mic): mPort(port)
, mMic(mic)
, mBuffering(50)
, mPaused(true)
, mQuit(false)
, mPMainLoop(nullptr)
, mPContext(nullptr)
, mStream(nullptr)
, mServer(nullptr)
, mPAready(0)
, mResampleRatio(1.0)
, mTimeAdjust(1.0)
, mOutputSamplesPerSec(48000)
, mResampler(nullptr)
, mOutSamples(0)
{
CONFIGVARIANT var(mic ? N_AUDIO_DEVICE1 : N_AUDIO_DEVICE0, CONFIG_TYPE_CHAR);
if(LoadSetting(mPort, APINAME, var) && !var.strValue.empty())
{
mDevice = var.strValue;
//TODO open device etc.
}
else
throw AudioSourceError(APINAME ": failed to load device settings");
{
CONFIGVARIANT var(N_BUFFER_LEN, CONFIG_TYPE_INT);
if(LoadSetting(mPort, APINAME, var))
mBuffering = var.intValue;
}
if (!AudioInit())
throw AudioSourceError(APINAME ": failed to bind pulseaudio library");
mSSpec.format = PA_SAMPLE_FLOAT32LE; //PA_SAMPLE_S16LE;
mSSpec.channels = 2;
mSSpec.rate = 48000;
if (!Init())
throw AudioSourceError(APINAME ": failed to init");
}
bool CLuaGameObjectHandle::AddSound(const std::string &Key, const std::string &SoundEventName)
{
CAudioSource* l_AudioSource = m_GameObject->GetAudioSource();
if (l_AudioSource) { return l_AudioSource->AddSound(Key,SoundEventName); }
else { AudioSourceError(); return false; }
}
void CLuaGameObjectHandle::PlayEvent(const std::string &Key, const C3DElement* Speaker)
{
CAudioSource* l_AudioSource = m_GameObject->GetAudioSource();
if (l_AudioSource) { l_AudioSource->PlayEvent(Key, Speaker); }
else { AudioSourceError(); }
}
void CLuaGameObjectHandle::EnableAudioSource(bool Value)
{
CAudioSource* l_AudioSource = m_GameObject->GetAudioSource();
if (l_AudioSource) { if (Value) l_AudioSource->Enable(); else l_AudioSource->Disable(); }
else { AudioSourceError(); }
}
