void y8950GetDebugInfo(Y8950* y8950, DbgDevice* dbgDevice)
{
DbgRegisterBank* regBank;
// Add YM2413 registers
int c = 1;
int r;
for (r = 0; r < sizeof(regsAvailAY8950); r++) {
c += regsAvailAY8950[r];
}
regBank = dbgDeviceAddRegisterBank(dbgDevice, langDbgRegsAy8950(), c);
c = 0;
dbgRegisterBankAddRegister(regBank, c++, "SR", 8, (UInt8)OPLRead(y8950->opl, 0));
for (r = 0; r < sizeof(regsAvailAY8950); r++) {
if (regsAvailAY8950[r]) {
dbgRegisterBankAddRegister(regBank, c++, regText(r), 8, y8950->opl->regs[r]);
}
}
dbgDeviceAddMemoryBlock(dbgDevice, langDbgMemAy8950(), 0, 0,
y8950->opl->deltat->memory_size,
(UInt8*)y8950->opl->deltat->memory);
}
static void getDebugInfo(R800Debug* dbg, DbgDevice* dbgDevice)
{
static UInt8 mappedRAM[0x10000];
DbgRegisterBank* regBank;
int freqAdjust;
int i;
for (i = 0; i < 0x10000; i++) {
mappedRAM[i] = slotPeek(NULL, i);
}
dbgDeviceAddMemoryBlock(dbgDevice, langDbgMemVisible(), 0, 0, 0x10000, mappedRAM);
if (dbg->r800->callstackSize > 255) {
static UInt16 callstack[0x100];
int beginning = dbg->r800->callstackSize & 0xff;
int reminder = 256 - beginning;
memcpy(callstack, dbg->r800->callstack + beginning, reminder * sizeof(UInt16));
memcpy(callstack + reminder, dbg->r800->callstack, beginning * sizeof(UInt16));
dbgDeviceAddCallstack(dbgDevice, langDbgCallstack(), callstack, 256);
}
else {
dbgDeviceAddCallstack(dbgDevice, langDbgCallstack(), dbg->r800->callstack, dbg->r800->callstackSize);
}
regBank = dbgDeviceAddRegisterBank(dbgDevice, langDbgRegsCpu(), 20);
dbgRegisterBankAddRegister(regBank, 0, "AF", 16, dbg->r800->regs.AF.W);
dbgRegisterBankAddRegister(regBank, 1, "BC", 16, dbg->r800->regs.BC.W);
dbgRegisterBankAddRegister(regBank, 2, "DE", 16, dbg->r800->regs.DE.W);
dbgRegisterBankAddRegister(regBank, 3, "HL", 16, dbg->r800->regs.HL.W);
dbgRegisterBankAddRegister(regBank, 4, "AF1", 16, dbg->r800->regs.AF1.W);
dbgRegisterBankAddRegister(regBank, 5, "BC1", 16, dbg->r800->regs.BC1.W);
dbgRegisterBankAddRegister(regBank, 6, "DE1", 16, dbg->r800->regs.DE1.W);
dbgRegisterBankAddRegister(regBank, 7, "HL1", 16, dbg->r800->regs.HL1.W);
dbgRegisterBankAddRegister(regBank, 8, "IX", 16, dbg->r800->regs.IX.W);
dbgRegisterBankAddRegister(regBank, 9, "IY", 16, dbg->r800->regs.IY.W);
dbgRegisterBankAddRegister(regBank, 10, "SP", 16, dbg->r800->regs.SP.W);
dbgRegisterBankAddRegister(regBank, 11, "PC", 16, dbg->r800->regs.PC.W);
dbgRegisterBankAddRegister(regBank, 12, "I", 8, dbg->r800->regs.I);
dbgRegisterBankAddRegister(regBank, 13, "R", 8, dbg->r800->regs.R);
dbgRegisterBankAddRegister(regBank, 14, "IM", 8, dbg->r800->regs.im);
dbgRegisterBankAddRegister(regBank, 15, "IFF1",8, dbg->r800->regs.iff1);
dbgRegisterBankAddRegister(regBank, 16, "IFF2",8, dbg->r800->regs.iff2);
switch (dbg->r800->cpuMode) {
default:
case CPU_Z80:
freqAdjust = R800_MASTER_FREQUENCY / (dbg->r800->frequencyZ80 - 1);
break;
case CPU_R800:
freqAdjust = R800_MASTER_FREQUENCY / (dbg->r800->frequencyR800 - 1);
break;
}
dbgRegisterBankAddRegister(regBank, 17, "CLKH",16, (UInt16)(dbg->r800->systemTime / freqAdjust / 0x10000));
dbgRegisterBankAddRegister(regBank, 18, "CLKL",16, (UInt16)(dbg->r800->systemTime / freqAdjust));
dbgRegisterBankAddRegister(regBank, 19, "CNT",16, (UInt16)dbg->r800->instCnt);
}
void moonsoundGetDebugInfo(Moonsound* moonsound, DbgDevice* dbgDevice)
{
UInt32 systemTime = boardSystemTime();
DbgRegisterBank* regBank;
int r;
// Add YMF262 registers
int c = 1;
for (r = 0; r < sizeof(regsAvailYMF262); r++) {
c += regsAvailYMF262[r];
}
regBank = dbgDeviceAddRegisterBank(dbgDevice, langDbgRegsYmf262(), c);
c = 0;
dbgRegisterBankAddRegister(regBank, c++, "SR", 8, moonsound->ymf262->peekStatus());
for (r = 0; r < sizeof(regsAvailYMF262); r++) {
if (regsAvailYMF262[r]) {
if (r <= 8) {
dbgRegisterBankAddRegister(regBank, c++, regText(r), 8, moonsound->ymf262->peekReg(r|0x100));
}
else {
dbgRegisterBankAddRegister(regBank, c++, regText(r), 8, moonsound->ymf262->peekReg(r));
}
}
}
// Add YMF278 registers
c = 1 + 7 + 2 + 10 * 10;
regBank = dbgDeviceAddRegisterBank(dbgDevice, langDbgRegsYmf278(), c);
c = 0;
dbgRegisterBankAddRegister(regBank, c++, "SR", 8, moonsound->ymf278->peekStatus(systemTime));
r=0x00; dbgRegisterBankAddRegister(regBank, c++, regText(r), 8, moonsound->ymf278->peekRegOPL4(r, systemTime));
r=0x01; dbgRegisterBankAddRegister(regBank, c++, regText(r), 8, moonsound->ymf278->peekRegOPL4(r, systemTime));
r=0x02; dbgRegisterBankAddRegister(regBank, c++, regText(r), 8, moonsound->ymf278->peekRegOPL4(r, systemTime));
r=0x03; dbgRegisterBankAddRegister(regBank, c++, regText(r), 8, moonsound->ymf278->peekRegOPL4(r, systemTime));
r=0x04; dbgRegisterBankAddRegister(regBank, c++, regText(r), 8, moonsound->ymf278->peekRegOPL4(r, systemTime));
r=0x05; dbgRegisterBankAddRegister(regBank, c++, regText(r), 8, moonsound->ymf278->peekRegOPL4(r, systemTime));
r=0x06; dbgRegisterBankAddRegister(regBank, c++, regText(r), 8, moonsound->ymf278->peekRegOPL4(r, systemTime));
r=0xf8; dbgRegisterBankAddRegister(regBank, c++, regText(r), 8, moonsound->ymf278->peekRegOPL4(r, systemTime));
r=0xf9; dbgRegisterBankAddRegister(regBank, c++, regText(r), 8, moonsound->ymf278->peekRegOPL4(r, systemTime));
for (int i = 0; i < 10; i++) {
for (int j = 0; j < 10; j++) {
int r = 8 + i * 24 + j;
dbgRegisterBankAddRegister(regBank, c++, slotRegText(i,j), 8, moonsound->ymf278->peekRegOPL4(r, systemTime));
}
}
dbgDeviceAddMemoryBlock(dbgDevice, langDbgMemYmf278(), 0, 0,
moonsound->ymf278->getRamSize(),
(UInt8*)moonsound->ymf278->getRam());
}
