public GPRegisters()
{
for (int i = 0; i < TRIBBLE_SIZE; i++)
{
TryteRegister treg = new TryteRegister();
_TryteDataWire.BusOutput += treg.BusInput;
treg.BusOutput += (s, t) => BusOutput?.Invoke(this, new Trort(t));
_TryteRegisters[i] = treg;
TrortRegister treg2 = new TrortRegister();
_TrortDataWire.BusOutput += treg2.BusInput;
treg2.BusOutput += (s, t) => BusOutput?.Invoke(this, t);
_TrortRegisters[i] = treg2;
}
}
public TryteRegisterCircuit(IBusComponentOutput <Tryte> dataIn, IComponentOutput rwState, IComponentOutput railX, IComponentOutput railY)
{
TritMatchCircuit addr = new TritMatchCircuit(Trit.Pos, Trit.Pos);
railX.Output += addr.InputA;
railY.Output += addr.InputB;
register = new TryteRegister();
outIfPosGate = new OutIfPosCircuit(addr, rwState);
outIfPosGate.Output += register.ReadWriteEnabled;
dataIn.BusOutput += register.BusInput;
register.BusOutput += (s, t) => BusOutput?.Invoke(this, t);
}
public void Address(object sender, Tryte address)
{
int addr = address.ToInt();
if (addr < 0)
{
throw new IndexOutOfRangeException();
}
else if (addr < TRIBBLE_SIZE)
{
trortRegister = null;
tryteRegister.ReadWriteEnabled(this, Trit.Neu);
tryteRegister = _TryteRegisters[addr];
tryteRegister.ReadWriteEnabled(this, rwEnabledState);
}
else if (addr < TRIBBLE_SIZE * 2)
{
tryteRegister = null;
trortRegister.ReadWriteEnabled(this, Trit.Neu);
trortRegister = _TrortRegisters[addr];
trortRegister.ReadWriteEnabled(this, rwEnabledState);
}
}
