public SubtractOrCompare(Z80Cpu cpu, IAddressMode <byte> addressMode, bool withCarry = false, bool updateAccumulator = true)
{
_cpu = cpu;
_addressMode = addressMode;
_withCarry = withCarry;
_updateAccumulator = updateAccumulator;
}
public RotateShiftBase(Z80Cpu cpu, IAddressMode <byte> addressMode, bool circular = false, bool is8080Compatible = false)
{
_cpu = cpu;
_addressMode = addressMode;
_circular = circular;
_is8080Compatible = is8080Compatible;
}
public CALL(Z80Cpu cpu, IAddressMode <ushort> addressMode, JumpCondition jumpCondition)
{
_cpu = cpu;
_addressMode = addressMode;
_internalCycle = new InternalCycle(1);
_jumpCondition = jumpCondition;
}
public SetOrResetBit(Z80Cpu cpu, IAddressMode <byte> addressMode, int bitNumber, bool isSet)
{
_cpu = cpu;
_addressMode = addressMode;
_bitNumber = bitNumber;
_isSet = isSet;
}
protected OpCodeTest()
{
cpu = A.Fake <ICpu>();
addressMode = A.Fake <IAddressMode>();
cpu.Accumulator = Accumulator;
A.CallTo(() => addressMode.Fetch()).Returns(FetchedData);
}
public LD_Generic(Z80Cpu cpu, IAddressMode <T> destination, IAddressMode <T> source, int additionalM1TCycles, bool setsFlags = false)
{
_cpu = cpu;
_additionalM1TCycles = additionalM1TCycles;
_remainingM1Cycles = additionalM1TCycles;
_destinationAddressMode = destination;
_sourceAddressMode = source;
_setsFlags = setsFlags;
}
public Jump(Z80Cpu cpu, IAddressMode <ushort> addressMode, JumpCondition condition, bool requiresConditionalInternalCycle = false, int additionalM1TCycles = 0, string mnemomic = "JP")
{
_cpu = cpu;
_addressMode = addressMode;
_condition = condition;
_requiresConditionalInternalCycle = requiresConditionalInternalCycle;
_internalCycle = new InternalCycle(5);
_additionalM1TCycles = additionalM1TCycles;
_remainingM1Cycles = additionalM1TCycles;
Mnemonic = mnemomic;
}
public Jump(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public LogicalShiftRight(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public LoadXRegister(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
protected SettingFlag(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public BranchIfOverFlowSet(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public CompareXRegister(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public PopAccumulatorOffStack(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public TransferXRegisterToStackPointer(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public SettingCarryFlag(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public IncrementXRegister(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
protected LoadingValue(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public ClearCarryFlag(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public BranchIfNotEqual(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public BranchIfPositive(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public BranchIfCarry(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
protected WithCarryOpCode(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public ClearDecimalFlag(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
protected OpCode(ICpu cpu, IAddressMode addressMode)
{
this.cpu = cpu;
this.addressMode = addressMode;
}
public RotateLeft(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public Break(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public DecrementValueAtMemory(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public StoreYRegisterAtAddress(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
public BitOpCode(ICpu cpu, IAddressMode addressMode) : base(cpu, addressMode)
{
}
