void rtvoice_stop_playback(int index)
{
Assert(index >=0 && index < MAX_RTV_OUT_BUFFERS);
if ( Rtv_output_buffers[index].flags & RTV_OUT_FLAG_USED ) {
if ( Rtv_output_buffers[index].ds_handle != -1 ) {
ds_stop_easy(Rtv_output_buffers[index].ds_handle);
}
}
}
// Close a stream that was opened for real-time voice output
void rtvoice_free_playback_buffer(int index)
{
Assert(index >=0 && index < MAX_RTV_OUT_BUFFERS);
if ( Rtv_output_buffers[index].flags & RTV_OUT_FLAG_USED ) {
Rtv_output_buffers[index].flags=0;
if ( Rtv_output_buffers[index].ds_handle != -1 ) {
ds_stop_easy(Rtv_output_buffers[index].ds_handle);
ds_unload_buffer(Rtv_output_buffers[index].ds_handle);
}
Rtv_output_buffers[index].ds_handle=-1;
}
}
// Play sound data
// exit: >=0 => handle to playing sound
// -1 => error, voice not played
int rtvoice_play(int index, unsigned char *data, int size)
{
int ds_handle, rval;
ds_handle = Rtv_output_buffers[index].ds_handle;
// Stop any currently playing voice output
ds_stop_easy(ds_handle);
// TODO: uncompress the data into PCM format
// lock the data in
if ( ds_lock_data(ds_handle, data, size) ) {
return -1;
}
// play the voice
rval = ds_play(ds_handle, -100, DS_MUST_PLAY, Master_voice_volume, 0, 0);
return rval;
}
// Play sound data
// exit: >=0 => handle to playing sound
// -1 => error, voice not played
int rtvoice_play(int index, unsigned char *data, int size)
{
int ds_handle, rval;
ds_handle = Rtv_output_buffers[index].ds_handle;
// Stop any currently playing voice output
ds_stop_easy(ds_handle);
// TODO: uncompress the data into PCM format
// lock the data in
if ( ds_lock_data(ds_handle, data, size) ) {
return -1;
}
// play the voice
EnhancedSoundData enhanced_sound_data(SND_ENHANCED_PRIORITY_MUST_PLAY, SND_ENHANCED_MAX_LIMIT);
rval = ds_play(ds_handle, -100, DS_MUST_PLAY, &enhanced_sound_data, Master_voice_volume, 0, 0);
return rval;
}