inline void CpuCalcTacts(unsigned long cmdClk) {
if (turboMultiplier < 2) {
devClkCounter += (uint64_t)cmdClk;
cpuClk += (uint64_t)cmdClk;
} else if (unturbo) {
cmdClk *= turboMultiplier;
devClkCounter += (uint64_t)cmdClk;
cpuClk += (uint64_t)cmdClk;
} else {
actDevClkCounter += (uint64_t)cmdClk;
actClk += (uint64_t)cmdClk;
devClkCounter = (actDevClkCounter + (uint64_t)(turboMultiplier-1)) / (uint64_t)turboMultiplier;
cpuClk = (actClk + (uint64_t)(turboMultiplier-1)) / (uint64_t)turboMultiplier;
}
devClk = cpuClk;
C_Tape::Process();
if (runDebuggerFlag || breakpoints[z80ex_get_reg(cpu, regPC)]) {
if (SDL_MUSTLOCK(renderSurf)) {
SDL_UnlockSurface(renderSurf);
}
runDebuggerFlag = false;
RunDebugger();
if (SDL_MUSTLOCK(renderSurf)) {
if (SDL_LockSurface(renderSurf) < 0) {
printf("Can't lock surface\n");
return;
}
}
}
}
uint16_t Z80CPUBase::getRegister(const reg_t regID)
{
if (m_context == 0) return 0;
switch(regID)
{
case REG_A:
return z80ex_get_reg(m_context, regAF) >> 8;
case REG_B:
return z80ex_get_reg(m_context, regBC) >> 8;
case REG_C:
return z80ex_get_reg(m_context, regBC) & 0xFF;
case REG_D:
return z80ex_get_reg(m_context, regDE) >> 8;
case REG_E:
return z80ex_get_reg(m_context, regDE) & 0xFF;
case REG_H:
return z80ex_get_reg(m_context, regHL) >> 8;
case REG_L:
return z80ex_get_reg(m_context, regHL) & 0xFF;
case REG_IX:
return z80ex_get_reg(m_context, regIX);
case REG_IY:
return z80ex_get_reg(m_context, regIY);
case REG_BC:
return z80ex_get_reg(m_context, regBC);
case REG_DE:
return z80ex_get_reg(m_context, regDE);
case REG_HL:
return z80ex_get_reg(m_context, regHL);
case REG_SP:
return z80ex_get_reg(m_context, regSP);
case REG_PC:
return z80ex_get_reg(m_context, regPC);
default:
return 0;
}
}
