public void HandleInput(ExternalInputEvent e)
{
KeyEventArgs keyEvent = (KeyEventArgs)e.TheEvent;
bool isUp = System.Convert.ToBoolean(e.Extra);
if (base.CPU.PPI != null)
{
base.CPU.PPI.PutKeyData(keyEvent.KeyValue & 0xFF, isUp);
}
}
public void HandleInput(ExternalInputEvent e)
{
if (ReferenceEquals(e.Handler, null))
{
return;
}
if (e.TheEvent is KeyEventArgs)
{
var theEvent = (KeyEventArgs)e.TheEvent;
if (cadCounter > 0)
{
cadCounter--;
return;
}
if (((int)(theEvent.Modifiers) & (int)Keys.Control) == (int)Keys.Control)
{
isCtrlDown = !System.Convert.ToBoolean(e.Extra);
}
else
{
isCtrlDown = false;
}
if (((int)(theEvent.Modifiers) & (int)Keys.Alt) == (int)Keys.Alt)
{
isAltDown = !System.Convert.ToBoolean(e.Extra);
}
else
{
isAltDown = false;
}
if (isCtrlDown && isAltDown && ((int)(theEvent.KeyCode) & (int)Keys.Insert) == (int)Keys.Insert)
{
cadCounter = 3; // Ignore the next three events, which will be the release of CTRL, ALT and DEL
e.TheEvent = new KeyEventArgs(Keys.Delete);
X8086.Notify("Sending CTRL+ALT+DEL", X8086.NotificationReasons.Info);
}
}
if (pendingInput.Count == 0)
{
// Wake up the scheduler in case it is sleeping
Notify();
// Kick the CPU simulation to make it yield
mCPU.DoReschedule = true;
}
pendingInput.Add(e);
}
public void HandleInput(ExternalInputEvent e)
{
MouseEventArgs m = (MouseEventArgs)e.TheEvent;
Point p = new Point(m.X - MidPoint.X, m.Y - MidPoint.Y);
//If p.X <> 0 Then If p.X > 0 Then p.X = 1 Else p.X = -1
//If p.Y <> 0 Then If p.Y > 0 Then p.Y = 1 Else p.Y = -1
p.X = (int)(Math.Ceiling((double)Math.Abs(p.X) / 5) * Math.Sign(p.X));
p.Y = (int)(Math.Ceiling((double)Math.Abs(p.Y) / 5) * Math.Sign(p.Y));
byte highbits = (byte)0;
if (p.X < 0)
{
highbits = (byte)3;
}
if (p.Y < 0)
{
highbits = (byte)(highbits | 0xC);
}
byte btns = (byte)0;
if (((int)(m.Button) & (int)MouseButtons.Left) == (int)MouseButtons.Left)
{
btns = (byte)(btns | 2);
}
if (((int)(m.Button) & (int)MouseButtons.Right) == (int)MouseButtons.Right)
{
btns = (byte)(btns | 1);
}
BufSerMouseData((byte)(0x40 | (btns << 4) | highbits));
BufSerMouseData((byte)(p.X & 0x3F));
BufSerMouseData((byte)(p.Y & 0x3F));
}
private void Run()
{
ArrayList cleanInputBuf = new ArrayList();
ArrayList inputBuf = new ArrayList();
Task tsk = null;
ExternalInputEvent evt = default(ExternalInputEvent);
while (true)
{
// Detect the end of the simulation run
if (nextTime == STOPPING)
{
nextTime = pq.MinPriority();
break;
}
if (pendingInput.Count > 0)
{
// Fetch pending input events
inputBuf = pendingInput;
pendingInput = cleanInputBuf;
}
else if (nextTime <= mCurrentTime)
{
// Fetch the next pending task
tsk = NextTask();
if (ReferenceEquals(tsk, null))
{
continue; // This task was canceled, go round again
}
inputBuf.Clear();
}
else
{
tsk = null;
}
if (inputBuf.Count > 0)
{
// Process pending input events
for (int i = 0; i <= inputBuf.Count - 1; i++)
{
evt = (ExternalInputEvent)(inputBuf[i]);
evt.TimeStamp = mCurrentTime;
evt.Handler.HandleInput(evt);
}
inputBuf.Clear();
cleanInputBuf = inputBuf;
}
else if (tsk != null)
{
// Run the first pending task
tsk.Start();
}
else
{
// Run the CPU simulation for a bit (maxRunCycl)
try
{
mCPU.RunEmulation();
}
catch (Exception ex)
{
X8086.Notify("Shit happens at {0}:{1}: {2}", X8086.NotificationReasons.Fck, mCPU.Registers.CS.ToString("X4"), mCPU.Registers.IP.ToString("X4"), ex.Message);
mCPU.RaiseException($"Scheduler Main Loop Error: {ex.Message}");
}
if (mCPU.IsHalted)
{
SkipToNextEvent(); // The CPU is halted, skip immediately to the next event
}
}
}
}
