private void DispatchCb()
{
byte op = mmu.rb(Registers.PC++);
var regId = op & 0x7;
byte r8Value = Registers.GetRegById(regId);
switch (op)
{
//RLC
case <= 0x7:
Registers.SetRegById(regId, ControlUnit.RLC(r8Value));
break;
//RRC
case <= 0xf:
Registers.SetRegById(regId, ControlUnit.RRC(r8Value));
break;
//RL
case <= 0x17:
Registers.SetRegById(regId, ControlUnit.RL(r8Value));
break;
//RR
case <= 0x1f:
Registers.SetRegById(regId, ControlUnit.RR(r8Value));
break;
//SLA
case <= 0x27:
Registers.SetRegById(regId, ControlUnit.SLA(r8Value));
break;
//SRA
case <= 0x2f:
Registers.SetRegById(regId, ControlUnit.SRA(r8Value));
break;
//SWAP
case <= 0x37:
Registers.SetRegById(regId, ControlUnit.SWAP(r8Value));
break;
//SRL
case <= 0x3f:
Registers.SetRegById(regId, ControlUnit.SRL(r8Value));
break;
//BIT
case <= 0x7f:
ControlUnit.Bit(((op >> 3) & 0x7), r8Value);
break;
//RES
case <= 0xbf:
Registers.SetRegById(regId, ControlUnit.RES(((op >> 3) & 0x7), r8Value));
break;
//SET
case <= 0xff:
Registers.SetRegById(regId, ControlUnit.SET(((op >> 3) & 0x7), r8Value));
break;
default:
throw new NotImplementedException($"The op code {op:X2} has not been implemented yet.");
}
clock.Tick(12);
}