//private NES_AUDIO_HANDLER[] heshes_audio_handler = new NES_AUDIO_HANDLER[]{
// { 0, ExecuteHES, 0, },
// { 3, HESSoundRenderMono, HESSoundRenderStereo },
// { 0, 0, 0, },
//};
private void HESHESVolume(NEZ_PLAY pNezPlay, UInt32 v)
{
if (((NEZ_PLAY)pNezPlay).heshes != null)
{
volume((HESHES)((NEZ_PLAY)pNezPlay).heshes, v);
}
}
//private NES_VOLUME_HANDLER[] heshes_volume_handler = new NES_VOLUME_HANDLER[]{
// { HESHESVolume, },
// { 0, },
//};
public void HESHESReset(NEZ_PLAY pNezPlay)
{
if (((NEZ_PLAY)pNezPlay).heshes != null)
{
reset((NEZ_PLAY)pNezPlay);
}
}
//private NES_TERMINATE_HANDLER[] heshes_terminate_handler = new NES_TERMINATE_HANDLER[] {
// { HESHESTerminate, },
// { 0, },
//};
public UInt32 HESLoad(NEZ_PLAY pNezPlay, byte[] pData, UInt32 uSize)
{
UInt32 ret;
HESHES THIS_;
//if (pNezPlay.heshes!=0) ((byte[])(0)) = 0; /* ASSERT */
//THIS_ = (HESHES)XMALLOC(sizeof(HESHES));
THIS_ = new HESHES();
if (THIS_ == null)
{
return((UInt32)NESERR.SHORTOFMEMORY);
}
ret = load(pNezPlay, THIS_, pData, uSize);
if (ret != 0)
{
terminate(THIS_);
return(ret);
}
pNezPlay.heshes = THIS_;
//NESAudioHandlerInstall(pNezPlay, heshes_audio_handler);
//NESVolumeHandlerInstall(pNezPlay, heshes_volume_handler);
//NESResetHandlerInstall(pNezPlay.nrh, heshes_reset_handler);
//NESTerminateHandlerInstall(pNezPlay.nth, heshes_terminate_handler);
return(ret);
}
//private NES_RESET_HANDLER[] heshes_reset_handler = new NES_RESET_HANDLER[] {
// { NES_RESET_SYS_LAST, HESHESReset, },
// { 0, 0, },
//};
private void HESHESTerminate(NEZ_PLAY pNezPlay)
{
if (((NEZ_PLAY)pNezPlay).heshes != null)
{
terminate((HESHES)((NEZ_PLAY)pNezPlay).heshes);
((NEZ_PLAY)pNezPlay).heshes = null;
}
}
public Int32 HESSoundRenderMono(NEZ_PLAY pNezPlay)
{
Int32[] d = new Int32[2] {
0, 0
};
synth((HESHES)((NEZ_PLAY)pNezPlay).heshes, d);
//#if (((-1) >> 1) == -1)
// return (d[0] + d[1]) >> 1;
//#else
return((d[0] + d[1]) / 2);
//#endif
}
public void HESSoundRenderStereo(NEZ_PLAY pNezPlay, Int32[] d)
{
synth((HESHES)((NEZ_PLAY)pNezPlay).heshes, d);
}
public Int32 ExecuteHES(NEZ_PLAY pNezPlay)
{
return(((NEZ_PLAY)pNezPlay).heshes != null?execute((HESHES)((NEZ_PLAY)pNezPlay).heshes) : 0);
}
private UInt32 load(NEZ_PLAY pNezPlay, HESHES THIS_, byte[] pData, UInt32 uSize)
{
UInt32 i, p;
//XMEMSET(THIS_, 0, sizeof(HESHES));
//THIS_ = new HESHES();
//THIS_.hessnd = 0;
//THIS_.hespcm = 0;
for (i = 0; i < 0x100; i++)
{
THIS_.memmap[i] = null;
}
if (uSize < 0x20)
{
return((UInt32)NESERR.FORMAT);
}
pNezPlay.song.startsongno = (UInt32)(pData[5] + 1);
pNezPlay.song.songno = (UInt32)256;
pNezPlay.song.channel = (UInt32)2;
pNezPlay.song.extdevice = (UInt32)0;
for (i = 0; i < 8; i++)
{
THIS_.firstmpr[i] = pData[8 + i];
}
THIS_.playerromaddr = 0x1ff0;
THIS_.initaddr = GetWordLE(pData, 0x06);
pNezPlay.song.initaddress = THIS_.initaddr;
pNezPlay.song.playaddress = 0;
_songinfodata.detail = string.Format(
@"Type : HES
Start Song: {0:X2}
Init Address: {1:X4}
First Mapper 0 : {0:X2}
First Mapper 1 : {0:X2}
First Mapper 2 : {0:X2}
First Mapper 3 : {0:X2}
First Mapper 4 : {0:X2}
First Mapper 5 : {0:X2}
First Mapper 6 : {0:X2}
First Mapper 7 : {0:X2}"
, pData[5], THIS_.initaddr
, pData[0x8]
, pData[0x9]
, pData[0xa]
, pData[0xb]
, pData[0xc]
, pData[0xd]
, pData[0xe]
, pData[0xf]
);
if (alloc_physical_address(THIS_, 0xf8 << 13, 0x2000) == 0) /* RAM */
{
return((UInt32)NESERR.SHORTOFMEMORY);
}
if (alloc_physical_address(THIS_, 0xf9 << 13, 0x2000) == 0) /* SGX-RAM */
{
return((UInt32)NESERR.SHORTOFMEMORY);
}
if (alloc_physical_address(THIS_, 0xfa << 13, 0x2000) == 0) /* SGX-RAM */
{
return((UInt32)NESERR.SHORTOFMEMORY);
}
if (alloc_physical_address(THIS_, 0xfb << 13, 0x2000) == 0) /* SGX-RAM */
{
return((UInt32)NESERR.SHORTOFMEMORY);
}
if (alloc_physical_address(THIS_, 0x00 << 13, 0x2000) == 0) /* IPL-ROM */
{
return((UInt32)NESERR.SHORTOFMEMORY);
}
for (p = 0x10; p + 0x10 < uSize; p += 0x10 + GetDwordLE(pData, p + 4))
{
if (GetDwordLE(pData, p) == 0x41544144) /* 'DATA' */
{
UInt32 a, l;
l = GetDwordLE(pData, p + 4);
a = GetDwordLE(pData, p + 8);
if (alloc_physical_address(THIS_, a, l) == 0)
{
return((UInt32)NESERR.SHORTOFMEMORY);
}
if (l > uSize - p - 0x10)
{
l = uSize - p - 0x10;
}
UInt32 q = p + 0x10;
copy_physical_address(THIS_, a, l, pData, ref q);
p = q;
}
}
//THIS_.hessnd = HESSoundAlloc();
//if (THIS_.hessnd == 0) return NESERR_SHORTOFMEMORY;
THIS_.hespcm = (new s_hesad()).HESAdPcmAlloc();
if (THIS_.hespcm == null)
{
return((UInt32)NESERR.SHORTOFMEMORY);
}
return((UInt32)NESERR.NOERROR);
}
//----------
//extern Uint32 pce_ioview_ioread_bf(Uint32);
//public delegate UInt32 dump_DEV_HUC6230(UInt32 a, byte[] mem);
//private UInt32 dump_DEV_HUC6230_bf(UInt32 menu, byte[] mem)
//{
// Int32 i;
// switch (menu)
// {
// case 1://Register 1
// for (i = 0; i < 0x0a; i++)
// mem[i] = pce_ioview_ioread_bf(i);
// return (UInt32)i;
// case 2://Register 2
// for (i = 0; i < 0x60; i++)
// mem[i] = pce_ioview_ioread_bf(i + 0x22);
// return (UInt32)i;
// case 3://Wave Data - CH1
// case 4://Wave Data - CH2
// case 5://Wave Data - CH3
// case 6://Wave Data - CH4
// case 7://Wave Data - CH5
// case 8://Wave Data - CH6
// for (i = 0; i < 0x20; i++)
// mem[i] = pce_ioview_ioread_bf(i + 0x100 + (menu - 3) * 0x20);
// return (UInt32)i;
// }
// return (UInt32)0xfffffffe;// (-2);
//}
//----------
//extern Uint32 (* ioview_ioread_DEV_ADPCM) (Uint32 a);
//extern Uint32 (* ioview_ioread_DEV_ADPCM2) (Uint32 a);
//public delegate UInt32 dump_DEV_ADPCM(UInt32 a, byte[] mem);
//private UInt32 dump_DEV_ADPCM_bf(UInt32 menu, byte[] mem)
//{
// Int32 i;
// switch (menu)
// {
// case 1://Register 1
// for (i = 0; i < 0x8; i++)
// mem[i] = ioview_ioread_DEV_ADPCM(i + 8);
// return (UInt32)i;
// case 2://Register 2[ADR/LEN]
// for (i = 0; i < 0x6; i++)
// mem[i] = ioview_ioread_DEV_ADPCM(i + 0x10);
// return (UInt32)i;
// case 3://Memory
// for (i = 0; i < 0x10000; i++)
// {
// if (ioview_ioread_DEV_ADPCM2(i) == 0x100) break;
// mem[i] = ioview_ioread_DEV_ADPCM2(i);
// }
// return (UInt32)i;
// }
// return (UInt32)0xfffffffe;// (-2);
//}
//----------
private void reset(NEZ_PLAY pNezPlay)
{
HESHES THIS_ = pNezPlay.heshes;
UInt32 i, initbreak;
//UInt32 freq = NESAudioFrequencyGet(pNezPlay);
UInt32 freq = 44100;
//THIS_.hessnd.reset(THIS_.hessnd.ctx, HES_BASECYCLES, freq);
THIS_.hespcm.reset(THIS_.hespcm.ctx, HES_BASECYCLES, freq);
kmevent.kmevent_init(THIS_.kme);
/* RAM CLEAR */
for (i = 0xf8; i <= 0xfb; i++)
{
if (THIS_.memmap[i] != null)
{
//XMEMSET(THIS_.memmap[i], 0, 0x2000);
THIS_.memmap[i] = new byte[0x2000];
}
}
THIS_.cps = DivFix(HES_BASECYCLES, freq, SHIFT_CPS);
THIS_.ctx = new km6280.K6280_Context();
THIS_.ctx.user = THIS_;
THIS_.ctx.ReadByte = read_event;
THIS_.ctx.WriteByte = write_event;
THIS_.ctx.ReadMPR = readmpr_event;
THIS_.ctx.WriteMPR = writempr_event;
THIS_.ctx.Write6270 = write6270_event;
THIS_.vsync = kmevent.kmevent_alloc(THIS_.kme);
THIS_.timer = kmevent.kmevent_alloc(THIS_.kme);
kmevent.kmevent_setevent(THIS_.kme, THIS_.vsync, vsync_event, THIS_);
kmevent.kmevent_setevent(THIS_.kme, THIS_.timer, timer_event, THIS_);
THIS_.bp = THIS_.playerromaddr + 3;
for (i = 0; i < 8; i++)
{
THIS_.mpr[i] = THIS_.firstmpr[i];
}
THIS_.breaked = 0;
THIS_.cpsrem = THIS_.cpsgap = THIS_.total_cycles = 0;
//THIS_.ctx.A = (SONGINFO_GetSongNo(pNezPlay.song) - 1) & 0xff;
THIS_.ctx.A = (UInt32)((pNezPlay.song.songno - 1) & 0xff);
//THIS_.ctx.A = (UInt32)((49 - 1) & 0xff);
THIS_.ctx.P = (UInt32)km6280.K6280_FLAGS.K6280_Z_FLAG + (UInt32)km6280.K6280_FLAGS.K6280_I_FLAG;
THIS_.ctx.X = THIS_.ctx.Y = 0;
THIS_.ctx.S = 0xFF;
THIS_.ctx.PC = THIS_.playerromaddr;
THIS_.ctx.iRequest = 0;
THIS_.ctx.iMask = 0xffffffff;// ~0;
THIS_.ctx.lowClockMode = 0;
THIS_.playerrom[0x00] = 0x20; /* JSR */
THIS_.playerrom[0x01] = (byte)((THIS_.initaddr >> 0) & 0xff);
THIS_.playerrom[0x02] = (byte)((THIS_.initaddr >> 8) & 0xff);
THIS_.playerrom[0x03] = 0x4c; /* JMP */
THIS_.playerrom[0x04] = (byte)(((THIS_.playerromaddr + 3) >> 0) & 0xff);
THIS_.playerrom[0x05] = (byte)(((THIS_.playerromaddr + 3) >> 8) & 0xff);
THIS_.hesvdc_STATUS = 0;
THIS_.hesvdc_CR = 0;
THIS_.hesvdc_ADR = 0;
vsync_setup(THIS_);
THIS_.hestim_RELOAD = THIS_.hestim_COUNTER = THIS_.hestim_START = 0;
timer_setup(THIS_);
/* request execute(5sec) */
initbreak = 5 << 8;
while (THIS_.breaked == 0 && --initbreak != 0)
{
km6280_exec(THIS_.ctx, HES_BASECYCLES >> 8);
}
if (THIS_.breaked != 0)
{
THIS_.breaked = 0;
THIS_.ctx.P &= 0xfffffffb;// ~km6280.K6280_FLAGS.K6280_I_FLAG;
}
THIS_.cpsrem = THIS_.cpsgap = THIS_.total_cycles = 0;
//ここからメモリービュアー設定
//memview_context = THIS_;
//MEM_MAX = 0xffff;
//MEM_IO = 0x0000;
//MEM_RAM = 0x2000;
//MEM_ROM = 0x4000;
//memview_memread = memview_memread_hes;
//ここまでメモリービュアー設定
//ここからダンプ設定
//pNezPlayDump = pNezPlay;
//dump_MEM_PCE = dump_MEM_PCE_bf;
//dump_DEV_HUC6230 = dump_DEV_HUC6230_bf;
//dump_DEV_ADPCM = dump_DEV_ADPCM_bf;
//ここまでダンプ設定
}
