private void SelectAlternateExecutionTimings_IfRegisterIsZero(RegisterZeroCondition regzCondition)
{
bool evalCondition = false;
switch(regzCondition)
{
case RegisterZeroCondition.B:
evalCondition = RegisterB_CheckZero();
break;
case RegisterZeroCondition.BC:
evalCondition = RegisterBC_CheckZero();
break;
case RegisterZeroCondition.BCZF:
evalCondition = RegisterBC_CheckZero() || CheckFlagCondition(FlagCondition.Z);
break;
}
if (evalCondition)
{
currentInstruction.SelectAlternateExecutionTimings();
}
if (TraceMicroInstructions)
{
TraceMicroInstruction(new MicroInstruction(Z80MicroInstructionTypes.CPUControlSelectAltExecTimingsIfRegisterIsZero, regzCondition));
}
}
private void SelectAlternateExecutionTimings_IfRegisterIsZero(RegisterZeroCondition regzCondition)
{
bool evalCondition = false;
switch(regzCondition)
{
case RegisterZeroCondition.B:
evalCondition = RegisterB_CheckZero();
break;
case RegisterZeroCondition.BC:
evalCondition = RegisterBC_CheckZero();
break;
case RegisterZeroCondition.BCZF:
evalCondition = RegisterBC_CheckZero() || CheckFlagCondition(FlagCondition.Z);
break;
}
if (evalCondition)
{
currentInstruction.SelectAlternateExecutionTimings();
}
if (TraceMicroInstructions)
{
TraceMicroInstruction(new MicroInstruction(Z80MicroInstructionTypes.CPUControlSelectAltExecTimingsIfRegisterIsZero, regzCondition));
}
}
