public CrystalTimer(Quartz32768HzCrystal master, Scheduler scheduler, int timerNumber)
{
switch (timerNumber)
{
case 1:
InterruptId = Calculator.InterruptId.CrystalTimer1;
break;
case 2:
InterruptId = Calculator.InterruptId.CrystalTimer2;
break;
case 3:
InterruptId = Calculator.InterruptId.CrystalTimer3;
break;
default:
throw new ArgumentOutOfRangeException("timerNumber must be between 1 and 3");
}
TimerNumber = timerNumber;
MasterTimer = master;
//Oscillation = new EventHandler(DoTick);
Scheduler = scheduler;
NextWtIncrement = new Scheduler.WallTimeEvent();
NextWtIncrement.Tag = "Crystal timer " + timerNumber.ToString() + " wall-time tick";
NextWtIncrement.Handler = new EventHandler <Scheduler.WallTimeEvent>(DoTickWt);
NextScIncrement = new Scheduler.SystemClockEvent();
NextScIncrement.Tag = "Crystal timer " + timerNumber.ToString() + " clock-time tick";
NextScIncrement.Handler = new EventHandler <Scheduler.SystemClockEvent>(DoTickSc);
//Scheduler.EnqueueRelativeEvent(NextWtIncrement, 1.0 / 32768);
}
public Ti84PlusCSe()
{
Flash = new Flash4096K();
Ram = new Ram128K();
MemoryMapper = new MemoryMapperSE();
MemoryMapper.Cpu = Cpu;
MemoryMapper.Flash = Flash;
MemoryMapper.Ram = Ram;
(Mapper).Master = this;
Cpu.MemoryRead = new Z80Core.Z80Cpu.BusRead(MemoryMapper.BusRead);
Cpu.MemoryWrite = new Z80Core.Z80Cpu.BusWrite(MemoryMapper.BusWrite);
Cpu.IoPortRead = new Z80Core.Z80Cpu.BusRead(ReadPort);
Cpu.IoPortWrite = new Z80Core.Z80Cpu.BusWrite(WritePort);
Crystal = new Quartz32768HzCrystal(this);
DBus = new DBusDummy();
CrystalTimer1 = new CrystalTimer(Crystal, Scheduler, 1);
CrystalTimer2 = new CrystalTimer(Crystal, Scheduler, 2);
CrystalTimer3 = new CrystalTimer(Crystal, Scheduler, 3);
Apd = new ApdTimerSe(Scheduler, InterruptId.ApdTimer1, this, 1.0 / 512);
PApd = new ApdTimerSe(Scheduler, InterruptId.ApdTimer2, this, 1.0 / 1024);
}
