void audio_StreamSource_free(audio_StreamSource *source) {
// Stop without rewind
audio_StreamSource_stop1(source);
free(source->filename);
alDeleteBuffers(preloadBufferCount, source->buffers);
audio_SourceCommon_free(&source->common);
source->decoder->closeFile(source->decoderData);
}
static int l_audio_SourceCommon_free(lua_State* state){
if (moduleData.audio_type == audio_type_stream){
audio_StreamSource* source = (audio_StreamSource *)lua_touserdata(state, 1);
audio_StreamSource_free(source, lua_toboolean(state, 2));
} else {
audio_SourceCommon* source = (audio_SourceCommon*)lua_touserdata(state, 1);
audio_SourceCommon_free(source);
}
return 1;
}
Obj* c_audio_gc(void* root, Obj** env, Obj** list)
{
Obj* arg = eval(root, env, &(*list)->car);
if (moduleData.audio_type == audio_type_static)
{
audio_SourceCommon* source = (audio_SourceCommon*)arg->custom;
audio_SourceCommon_free(source);
return True;
}
audio_StreamSource* source = (audio_StreamSource*)arg->custom;
audio_StreamSource_free(source);
return True;
}
bool audio_loadStatic(audio_StaticSource *source, char const * filename) {
while(filename[0] == '/') {
++filename;
}
char const* infile = filesystem_locateReadableFile(filename);
audio_SourceCommon_init(&source->common);
source->buffer = audio_StaticBuffer_new();
// decoder shall close the file
bool loaded = staticDecoders[0]->loadFile(source->buffer->buffer, infile);
if(!loaded) {
audio_StaticBuffer_free(source->buffer);
audio_SourceCommon_free(&source->common);
return false;
}
alSourcei(source->common.source, AL_BUFFER, source->buffer->buffer);
return true;
}
void audio_StaticSource_free(audio_StaticSource *source) {
audio_SourceCommon_stop(&source->common);
alSourcei(source->common.source, AL_BUFFER, AL_NONE);
audio_StaticBuffer_unref(source->buffer);
audio_SourceCommon_free(&source->common);
}
