public int ExecuteQueued(CpuThreadState cpuThreadState, bool mustReschedule)
{
var executedCount = 0;
//Console.WriteLine("ExecuteQueued");
if (!HasScheduledCallbacks)
{
return(executedCount);
}
//Console.WriteLine("ExecuteQueued.HasScheduledCallbacks!");
//Console.Error.WriteLine("STARTED CALLBACKS");
while (HasScheduledCallbacks)
{
var hleCallback = DequeueScheduledCallback();
/*
* var FakeCpuThreadState = new CpuThreadState(CpuProcessor);
* FakeCpuThreadState.CopyRegistersFrom(CpuThreadState);
* HleCallback.SetArgumentsToCpuThreadState(FakeCpuThreadState);
*
* if (FakeCpuThreadState.PC == 0x88040E0) FakeCpuThreadState.PC = 0x880416C;
*/
//Console.WriteLine("ExecuteCallback: PC=0x{0:X}", FakeCpuThreadState.PC);
//Console.WriteLine(" : A0=0x{0:X}", FakeCpuThreadState.GPR[4]);
//Console.WriteLine(" : A1=0x{0:X}", FakeCpuThreadState.GPR[5]);
try
{
_hleInterop.ExecuteFunctionNow(hleCallback.Function, hleCallback.Arguments);
}
catch (Exception e)
{
Console.Error.WriteLine(e);
}
finally
{
//Console.WriteLine(" : PC=0x{0:X}", FakeCpuThreadState.PC);
executedCount++;
}
//Console.Error.WriteLine(" CALLBACK ENDED : " + HleCallback);
if (mustReschedule)
{
//Console.Error.WriteLine(" RESCHEDULE");
break;
}
}
executedCount += _hleInterop.ExecuteAllQueuedFunctionsNow();
//Console.Error.WriteLine("ENDED CALLBACKS");
return(executedCount);
}
private void ExecuteQueuedCallbacks()
{
#if !DISABLE_CALLBACKS
bool HasScheduledCallbacks = HleCallbackManager.HasScheduledCallbacks;
bool HasQueuedFunctions = HleInterop.HasQueuedFunctions;
if (HasScheduledCallbacks || HasQueuedFunctions)
{
var Thread = FindCallbackHandlerWithHighestPriority();
if (Thread != null)
{
if (HasScheduledCallbacks)
{
HleCallbackManager.ExecuteQueued(Thread.CpuThreadState, true);
}
if (HasQueuedFunctions)
{
HleInterop.ExecuteAllQueuedFunctionsNow();
}
}
}
#endif
}
