// Close an opened audio device, free any allocated buffers and
// reset any variables that reflect the current state.
void Audio_ALSA::close ()
{
if (_audioHandle != NULL )
{
snd_pcm_close(_audioHandle);
delete[] _sampleBuffer;
outOfOrder ();
}
}
// Close an opened audio device, free any allocated buffers and
// reset any variables that reflect the current state.
void Audio_OSS::close ()
{
if (_audiofd != (-1))
{
::close (_audiofd);
delete [] (int_least32_t *) _sampleBuffer;
outOfOrder ();
}
}
// Close an opened audio device, free any allocated buffers and
// reset any variables that reflect the current state.
void Audio_ALSA::close ()
{
if (_audioHandle != NULL )
{
snd_pcm_close(_audioHandle);
delete [] ((int_least8_t *) _sampleBuffer);
outOfOrder ();
}
}
void Audio_Irix::close ()
{
if (_audio != NULL)
{
ALcloseport(_audio);
ALfreeconfig(_config);
_audio = NULL;
_config = NULL;
outOfOrder ();
}
}
// Close an opened audio device, free any allocated buffers and
// reset any variables that reflect the current state.
void Audio_Pulse::close ()
{
if (_audioHandle != NULL) {
pa_simple_free(_audioHandle);
_audioHandle = NULL;
}
if (_sampleBuffer != NULL) {
delete [] _sampleBuffer;
outOfOrder ();
}
}
Audio_ALSA::Audio_ALSA()
{
// Reset everything.
outOfOrder();
}
Audio_OSS::Audio_OSS()
{
// Reset everything.
outOfOrder();
_swapEndian = false;
}
Audio_Pulse::Audio_Pulse()
{
outOfOrder();
}
Audio_Irix::Audio_Irix()
{
outOfOrder();
}
