public void WriteToStateFile(C64Interfaces.IFile stateFile)
{
stateFile.Write((byte)MOS6502_OpFactory.Ops.DecodeAddressing);
}
public void WriteToStateFile(C64Interfaces.IFile stateFile)
{
stateFile.Write((byte)MOS6502_OpFactory.Ops.Reset);
stateFile.Write(_readBuffer);
}
public void WriteToStateFile(C64Interfaces.IFile stateFile)
{
stateFile.Write((byte)MOS6502_OpFactory.Ops.WriteResult);
}
public void WriteDeviceState(C64Interfaces.IFile stateFile)
{
stateFile.Write(_localState);
}
public override void WriteDeviceState(C64Interfaces.IFile stateFile)
{
stateFile.Write(_halted);
WritePhaseToDeviceState(stateFile, 0);
}
public virtual void WriteToStateFile(C64Interfaces.IFile stateFile)
{
stateFile.Write((byte)0);
_op.WriteToStateFile(stateFile);
stateFile.Write(_comboNext);
}
public void WriteToStateFile(C64Interfaces.IFile stateFile)
{
stateFile.Write((byte)0);
}
public virtual void WriteToStateFile(C64Interfaces.IFile stateFile)
{
stateFile.Write((byte)TargetFactory.TargetTypes.ReadableTarget);
stateFile.Write(_address);
stateFile.Write(_part);
}
public override void WriteToStateFile(C64Interfaces.IFile stateFile)
{
stateFile.Write((byte)TargetFactory.TargetTypes.WritableTarget);
stateFile.Write(_address);
stateFile.Write(_part);
}
public void WriteDeviceState(C64Interfaces.IFile stateFile)
{
stateFile.Write(_controlReg);
stateFile.Write(_active);
stateFile.Write(_mode);
stateFile.Write(_oneTime);
stateFile.Write(_output);
stateFile.Write(_pulsing);
stateFile.Write(_pulsed);
stateFile.Write(_current);
stateFile.Write(_latch);
}
public void WriteToStateFile(C64Interfaces.IFile stateFile)
{
stateFile.Write((byte)TargetFactory.TargetTypes.AccumulatorTarget);
}
public void WriteDeviceState(C64Interfaces.IFile stateFile)
{
_portA.WriteDeviceState(stateFile);
_portB.WriteDeviceState(stateFile);
stateFile.Write(_pcState);
stateFile.Write(_todPause);
stateFile.Write(_todLatch);
stateFile.Write(_todClkCnt);
stateFile.Write(_todLimits);
for (int i = 0; i < _tod.GetLength(0); i++)
{
for (int j = 0; j < _tod.GetLength(1); j++)
stateFile.Write(_tod[i, j]);
}
stateFile.Write(_interruptRegisters);
stateFile.Write(_serialRegister);
stateFile.Write(_flag);
stateFile.Write(_cntState);
stateFile.Write(_cntEdge);
_timerA.WriteDeviceState(stateFile);
_timerB.WriteDeviceState(stateFile);
}
public void WriteDeviceState(C64Interfaces.IFile stateFile)
{
_portA.WriteDeviceState(stateFile);
_portB.WriteDeviceState(stateFile);
stateFile.Write(_latchPortA);
stateFile.Write(_latchedValueA);
stateFile.Write(_ca1);
stateFile.Write(_ca2);
stateFile.Write(_latchPortB);
stateFile.Write(_latchedValueB);
stateFile.Write(_cb1);
stateFile.Write(_pulseCA2);
stateFile.Write(_cb2);
stateFile.Write(_pulseCB2);
stateFile.Write(_t1Counter);
stateFile.Write(_t1Latch);
stateFile.Write(_t1Count);
stateFile.Write(_t1OutPB);
stateFile.Write(_t1FreeRun);
stateFile.Write(_t2Counter);
stateFile.Write(_t2Latch);
stateFile.Write(_t2Count);
stateFile.Write(_t2InPB);
stateFile.Write(_functionControlRegister);
stateFile.Write(_auxiliaryControlRegister);
stateFile.Write(_interruptFlagRegister);
stateFile.Write(_interruptEnabledRegister);
}
public void WriteDeviceState(C64Interfaces.IFile stateFile)
{
stateFile.Write((byte)_tracks.Length);
for (int i = 0; i < _tracks.Length; i++)
{
stateFile.Write((ushort)_tracks[i].Length);
stateFile.Write(_tracks[i]);
}
}
public void WriteDeviceState(C64Interfaces.IFile stateFile)
{
_systemRam.WriteDeviceState(stateFile);
_systemCpu.WriteDeviceState(stateFile);
_systemVic.WriteDeviceState(stateFile);
_systemCias[0].WriteDeviceState(stateFile);
_systemCias[1].WriteDeviceState(stateFile);
_serial.WriteDeviceState(stateFile);
_sDataConn.WriteDeviceState(stateFile);
_sClockConn.WriteDeviceState(stateFile);
stateFile.Write(_currentMap);
_systemClock.WriteDeviceState(stateFile);
}
public void WriteDeviceState(C64Interfaces.IFile stateFile)
{
stateFile.Write(_sourceCount);
}
protected void WritePhaseToDeviceState(C64Interfaces.IFile stateFile, byte phase)
{
byte opCount = 0;
for (ClockEntry op = _currentOps[phase]; op != null; op = op.Next)
opCount++;
stateFile.Write(opCount);
for (ClockEntry op = _currentOps[phase]; op != null; op = op.Next)
op.WriteToStateFile(stateFile);
}
public void WriteDeviceState(C64Interfaces.IFile stateFile)
{
stateFile.Write(_memory);
}
public override void WriteToStateFile(C64Interfaces.IFile stateFile)
{
stateFile.Write((byte)1);
_op.WriteToStateFile(stateFile);
stateFile.Write(_comboNext);
stateFile.Write(_length);
stateFile.Write(_cycle);
}
public void WriteToStateFile(C64Interfaces.IFile stateFile)
{
stateFile.Write((byte)MOS6502_OpFactory.Ops.ExecuteOpcode);
stateFile.Write(_pageCrossProlong);
}
public void WriteDeviceState(C64Interfaces.IFile stateFile)
{
stateFile.Write(_stateOut);
stateFile.Write(_stateIn);
stateFile.Write(_direction);
}
public virtual void WriteDeviceState(C64Interfaces.IFile stateFile)
{
stateFile.Write(_state.A.Value);
stateFile.Write(_state.X.Value);
stateFile.Write(_state.Y.Value);
stateFile.Write(_state.PC.Value);
stateFile.Write(_state.S.Value);
stateFile.Write(_state.P.Value);
stateFile.Write(_opcode);
stateFile.Write(_result);
_target.WriteToStateFile(stateFile);
_irq.WriteDeviceState(stateFile);
_nmi.WriteDeviceState(stateFile);
}
public void WriteDeviceState(C64Interfaces.IFile stateFile)
{
stateFile.Write(_atnLine);
_dataLine.WriteDeviceState(stateFile);
_clockLine.WriteDeviceState(stateFile);
}
public void WriteDeviceState(C64Interfaces.IFile stateFile)
{
stateFile.Write(_headTrackPos);
stateFile.Write(_headSectorPos);
stateFile.Write(_lastHeadDirection);
stateFile.Write(_spinning);
stateFile.Write(_density);
stateFile.Write(_cycleCount);
stateFile.Write(_lastData);
}
