int main(void)
{
int ret;
/* Load LibSD (freesd will work too one day, I promise ;) */
ret = SifLoadModule("host:LIBSD.IRX", 0, NULL);
if (ret<0)
{
printf("XXXXX failed to load host:LIBSD.IRX (%d)\n", ret);
SleepThread();
}
/* Load ps2snd */
ret = SifLoadModule("host:ps2snd.irx", 0, NULL);
if (ret<0)
{
printf("XXXXX failed to load host:ps2snd.irx (%d)\n", ret);
SleepThread();
}
/* Start LibSD */
if (sceSdInit(0)<0)
{
printf("Failed to start LibSD\n");
SleepThread();
}
/* Setup master volumes for both cores */
sceSdSetParam(0 | SD_PARAM_MVOLL, 0x3fff);
sceSdSetParam(0 | SD_PARAM_MVOLR, 0x3fff);
sceSdSetParam(1 | SD_PARAM_MVOLL, 0x3fff);
sceSdSetParam(1 | SD_PARAM_MVOLR, 0x3fff);
/*
Open a stream, using voices 0:22 and 0:23
It's stereo and it should be closed when the end is hit.
The SPU buffers are at 0x6000 in spu2 ram.
The chunksize is 1024 blocks (16kbyte)
*/
if (sndStreamOpen("host:stream.adpcm", SD_VOICE(0,22) | (SD_VOICE(0,23)<<16), STREAM_STEREO | STREAM_END_CLOSE, 0x6000, 1024)<0)
{
printf("Failed to open stream\n");
SleepThread();
}
sndStreamPlay();
SleepThread();
return(0);
}
void *rpc_server(u32 func, void *data, u32 size)
{
u32 *ru = rpc_buffer[1];
s32 *rs = rpc_buffer[1];
switch(func)
{
case PS2SND_Init: *rs = sceSdInit (DS[0]); break;
case PS2SND_SetParam: sceSdSetParam (DU[0], DU[1]); break;
case PS2SND_GetParam: *ru = sceSdGetParam (DU[0]); break;
case PS2SND_SetSwitch: sceSdSetSwitch (DU[0], DU[1]); break;
case PS2SND_GetSwitch: *ru = sceSdGetSwitch (DU[0]); break;
case PS2SND_SetAddr: sceSdSetAddr (DU[0], DU[1]); break;
case PS2SND_GetAddr: *ru = sceSdGetAddr (DU[0]); break;
case PS2SND_SetCoreAttr: sceSdSetCoreAttr(DU[0], DU[1]); break;
case PS2SND_GetCoreAttr: *ru = sceSdGetCoreAttr(DU[0]); break;
case PS2SND_Note2Pitch: *ru = sceSdNote2Pitch (DU[0], DU[1], DU[2], DS[3]); break;
case PS2SND_Pitch2Note: *ru = sceSdPitch2Note (DU[0], DU[1], DU[2]); break;
case PS2SND_ProcBatch: *rs = sceSdProcBatch ((SdBatch *)&DU[1], &ru[1], DU[0]); break;
case PS2SND_ProcBatchEx: *rs = sceSdProcBatchEx((SdBatch *)&DU[2], &ru[1], DU[0], DU[1]); break;
case PS2SND_VoiceTrans: *rs = sceSdVoiceTrans(DS[0], DU[1], (u8 *)DU[2], (u8 *)DU[3], DU[4]); break;
case PS2SND_BlockTrans: *rs = sceSdBlockTrans(DS[0], DU[1], (u8 *)DU[2], DU[3], DU[4]); break;
case PS2SND_VoiceTransStatus: *ru = sceSdVoiceTransStatus (DS[0], DS[1]); break;
case PS2SND_BlockTransStatus: *ru = sceSdBlockTransStatus (DS[0], DS[1]); break;
// case PS2SND_SetTransCallback: void* sceSdSetTransCallback (u16 channel, void SD_TRANS_CBProc(void *) );
// case PS2SND_SetIRQCallback: void* sceSdSetIRQCallback ( void SD_IRQ_CBProc(void *) );
case PS2SND_SetEffectAttr: *rs = sceSdSetEffectAttr (DU[0], (SdEffectAttr *)&DU[1]); break;
case PS2SND_GetEffectAttr: sceSdGetEffectAttr (DU[0], (SdEffectAttr *)rpc_buffer[1]); break;
case PS2SND_ClearEffectWorkArea: *rs = sceSdClearEffectWorkArea (DS[0], DS[1], DS[2]); break;
// case PS2SND_SetTransIntrHandler: SdIntrHandler sceSdSetTransIntrHandler(int channel, SdIntrHandler func, void *arg);
// case PS2SND_SetSpu2IntrHandler: SdIntrHandler sceSdSetSpu2IntrHandler(SdIntrHandler func, void *arg);
case PS2SND_StreamOpen: *rs = sndStreamOpen((char*)&DS[4], DU[0], DU[1], DU[2], DU[3]); break;
case PS2SND_StreamClose: *rs = sndStreamClose(); break;
case PS2SND_StreamPlay: *rs = sndStreamPlay(); break;
case PS2SND_StreamPause: *rs = sndStreamPause(); break;
case PS2SND_StreamSetPosition: *rs = sndStreamSetPosition(DS[0]); break;
case PS2SND_StreamGetPosition: *rs = sndStreamGetPosition(); break;
case PS2SND_StreamSetVolume: *rs = sndStreamSetVolume(DS[0], DS[1]); break;
case PS2SND_QueryMaxFreeMemSize: *ru = QueryMaxFreeMemSize(); break;
default:
dprintf(OUT_WARNING, "Unknown function id '%u'\n", (unsigned int)func);
return(NULL);
}
return(rpc_buffer[1]);
}
