private void onClock(object sender, CyclesEventArgs e)
{
uint cycles = (ushort)e.CycleCount;
if (!_wdgEnable)
{
return;
}
if (_currentCycles > cycles)
{
_currentCycles -= cycles;
return;
}
cycles -= (ushort)_currentCycles;
this.ResetCurrentCycles();
_currentCycles -= cycles;
if (!_intEnable)
{
return;
}
_interuptController.InteruptNotify(mToken);
}//onClock
private void ButtonPressPortNotify(object sender, ARMSim.Plugins.UIControls.BlueButtonEventArgs args)
{
Array.Clear(mLocs, 0, mLocs.Length);
byte bits = (byte)(0x01 << (3 - args.XPos));
mLocs[args.YPos] = (byte)(~bits & 0x0f);
mInteruptController.InteruptNotify(mToken);
}
private void ButtonPressPortNotify(object sender, ARMSim.Plugins.UIControls.BlackButtonEventArgs args)
{
//0x04 left, 0x08 right
uint value = mIOPorts.RequestRead(IOPorts.PortNumbers.EXTPND);
if (args.Button == ARMSim.Plugins.UIControls.BlackButtons.BlackButtonEnum.Left)
{
value |= 0x0004;
mIOPorts.RequestWrite(IOPorts.PortNumbers.EXTPND, value);
}
else
{
value |= 0x0008;
mIOPorts.RequestWrite(IOPorts.PortNumbers.EXTPND, value);
}
mInteruptController.InteruptNotify(mToken);
}
}//onMemoryAccessWrite
private void TimerFired(InteruptController.InterruptTokens notifyToken)
{
mInteruptController.InteruptNotify(notifyToken);
}