private void CheckImplementedInterruptType(PspInterrupts PspInterrupt)
{
switch (PspInterrupt)
{
case PspInterrupts.PSP_VBLANK_INT: break;
default: throw(new NotImplementedException(String.Format("Can't handle '{0}'", PspInterrupt)));
}
}
private static void CheckImplementedInterruptType(PspInterrupts PspInterrupt)
{
switch (PspInterrupt)
{
case PspInterrupts.PspVblankInt: break;
default: throw(new NotImplementedException($"Can't handle '{PspInterrupt}'"));
}
}
public int sceKernelEnableSubIntr(PspInterrupts PspInterrupt, int HandlerIndex)
{
CheckImplementedInterruptType(PspInterrupt);
var HleSubinterruptHandler = HleInterruptManager.GetInterruptHandler(PspInterrupt).SubinterruptHandlers[HandlerIndex];
{
HleSubinterruptHandler.Enabled = true;
}
return 0;
}
internal HleInterruptHandler(HleInterruptManager HleInterruptManager, PspInterrupts PspInterrupt, HleCallbackManager HleCallbackManager)
{
this.HleInterruptManager = HleInterruptManager;
this.PspInterrupt = PspInterrupt;
this.HleCallbackManager = HleCallbackManager;
this.SubinterruptHandlers = new HleSubinterruptHandler[16];
for (int Index = 0; Index < this.SubinterruptHandlers.Length; Index++)
{
this.SubinterruptHandlers[Index] = new HleSubinterruptHandler(Index);
}
}
internal HleInterruptHandler(HleInterruptManager HleInterruptManager, PspInterrupts PspInterrupt, HleCallbackManager HleCallbackManager)
{
this.HleInterruptManager = HleInterruptManager;
this.PspInterrupt = PspInterrupt;
this.HleCallbackManager = HleCallbackManager;
this.SubinterruptHandlers = new HleSubinterruptHandler[16];
for (int Index = 0; Index < this.SubinterruptHandlers.Length; Index++)
{
this.SubinterruptHandlers[Index] = new HleSubinterruptHandler(Index);
}
}
public int sceKernelRegisterSubIntrHandler(PspInterrupts PspInterrupt, int HandlerIndex, uint CallbackAddress, uint CallbackArgument)
{
CheckImplementedInterruptType(PspInterrupt);
var HleSubinterruptHandler = HleInterruptManager.GetInterruptHandler(PspInterrupt).SubinterruptHandlers[HandlerIndex];
{
HleSubinterruptHandler.Address = CallbackAddress;
HleSubinterruptHandler.Argument = CallbackArgument;
}
return 0;
}
internal HleInterruptHandler(HleInterruptManager hleInterruptManager, PspInterrupts pspInterrupt,
HleCallbackManager hleCallbackManager)
{
_hleInterruptManager = hleInterruptManager;
PspInterrupt = pspInterrupt;
_hleCallbackManager = hleCallbackManager;
SubinterruptHandlers = new HleSubinterruptHandler[16];
for (int index = 0; index < SubinterruptHandlers.Length; index++)
{
SubinterruptHandlers[index] = new HleSubinterruptHandler(index);
}
}
public int sceKernelReleaseSubIntrHandler(PspInterrupts PspInterrupt, int HandlerIndex)
{
CheckImplementedInterruptType(PspInterrupt);
var HleSubinterruptHandler = HleState.HleInterruptManager.GetInterruptHandler(PspInterrupt).SubinterruptHandlers[HandlerIndex];
{
HleSubinterruptHandler.Enabled = false;
}
return(0);
}
public int sceKernelRegisterSubIntrHandler(PspInterrupts PspInterrupt, int HandlerIndex, uint CallbackAddress, uint CallbackArgument)
{
CheckImplementedInterruptType(PspInterrupt);
var HleSubinterruptHandler = HleState.HleInterruptManager.GetInterruptHandler(PspInterrupt).SubinterruptHandlers[HandlerIndex];
{
HleSubinterruptHandler.Address = CallbackAddress;
HleSubinterruptHandler.Argument = CallbackArgument;
}
return(0);
}
private void CheckImplementedInterruptType(PspInterrupts PspInterrupt)
{
switch (PspInterrupt)
{
case PspInterrupts.PSP_VBLANK_INT: break;
default: throw(new NotImplementedException(String.Format("Can't handle '{0}'", PspInterrupt)));
}
}
public HleInterruptHandler GetInterruptHandler(PspInterrupts PspInterrupt)
{
return InterruptHandlers[(int)PspInterrupt];
}
public HleInterruptHandler GetInterruptHandler(PspInterrupts PspInterrupt)
{
return(InterruptHandlers[(int)PspInterrupt]);
}
