public static BitArray WriteData(int data)
{
return(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.AR, Destination.Data, false, data));
}
IEnumerator StartFIBTestCoroutine()
{
yield return(new WaitForEndOfFrame());
var schemeName = "PC";
var ramName = "RAM";
var romName = "ROM";
var cpuName = "Corei7";
SchemeDesigner.Instance.LoadScheme(schemeName);
yield return(new WaitForEndOfFrame());
var scheme = SchemeDesigner.Instance.CurrentScheme;
var rom = (RAMX)scheme.Schemes[romName].Scheme;
var ram = (RAMX)scheme.Schemes[ramName].Scheme;
var cpu = scheme.Schemes[cpuName].Scheme;
yield return(new WaitForEndOfFrame());
var commandCounter = 0;
var addCommand = new Action <BitArray>((array) => {
rom.LoadValue(array, commandCounter);
commandCounter++;
});
ram.LoadValue(Extensions.FromInt(FIBNumber, 16), 0);
//BEGIN
//[2] = 1
addCommand(Proggraming.SetDataAddr(2));
addCommand(Proggraming.WriteData(1));
//[1] = 0
addCommand(Proggraming.SetDataAddr(1));
addCommand(Proggraming.WriteData(1));
//JUMP TO INIT
addCommand(Proggraming.SetDataAddr(commandCounter + 14));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.Constant, Destination.None, true, 0));
//LABEL: RETURN [1]
var return1 = commandCounter;
addCommand(Proggraming.SetDataAddr(1));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.Data, Destination.AR, false, 0));
addCommand(Proggraming.SetDataAddr(0));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.AR, Destination.Data, false, 0));
addCommand(Proggraming.SetDataAddr(commandCounter + 6));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.Constant, Destination.None, true, 0));
//LABEL: RETURN [2]
var return2 = commandCounter;
addCommand(Proggraming.SetDataAddr(2));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.Data, Destination.AR, false, 0));
addCommand(Proggraming.SetDataAddr(0));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.AR, Destination.Data, false, 0));
//LABEL: STOP
//var stop = commandCounter;
//JUMP TO END
addCommand(Proggraming.SetDataAddr(38));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.Constant, Destination.None, true, 0));
//LABEL: INIT
//var init = commandCounter;
//AR = [0] - 1
addCommand(Proggraming.SetDataAddr(0));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.Data, Destination.AR, false, -1));
//JUMP IF AR = 0 TO RETURN [1]
addCommand(Proggraming.BuildConst(return1));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.AR, Destination.None, true, 0));
//LABEL: CHECK
var check = commandCounter;
//AR = [0] - 2
addCommand(Proggraming.SetDataAddr(0));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.Data, Destination.AR, false, -2));
//JUMP IF AR = 0 TO RETURN [2]
addCommand(Proggraming.SetDataAddr(return2));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.AR, Destination.None, true, 0));
//AR = [1] + [2]
addCommand(Proggraming.SetDataAddr(1));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.Data, Destination.AR, false, 0));
addCommand(Proggraming.SetDataAddr(2));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.AR, Operand2.Data, Destination.AR, false, 0));
//[2] = AR
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.AR, Operand2.Constant, Destination.Data, false, 0));
//[1] = AR - [1]
addCommand(Proggraming.SetDataAddr(1));
addCommand(Proggraming.BuildCommand(OperationCode.NegateIn2, Operand1.AR, Operand2.Data, Destination.AR, false, 0));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.AR, Operand2.Constant, Destination.Data, false, 1));
//[0] = [0]-1
addCommand(Proggraming.SetDataAddr(0));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.Data, Destination.Data, false, -1));
//JUMP TO CHECK
addCommand(Proggraming.SetDataAddr(check));
addCommand(Proggraming.BuildCommand(OperationCode.ADD, Operand1.Constant, Operand2.Constant, Destination.None, true, 0));
//LABEL: END
addCommand(Proggraming.SetDataAddr(0));
var instrName = "instr";
var dataName = "data";
//var resetName = "reset";
var instrAddrName = "instrAddr";
var dataAddrName = "dataAddr";
var resultName = "result";
var writeName = "write";
var instr = cpu.IOGroups[instrName];
var data = cpu.IOGroups[dataName];
//var reset = cpu.IOGroups[resetName];
var instrAddr = cpu.IOGroups[instrAddrName];
var dataAddr = cpu.IOGroups[dataAddrName];
var result = cpu.IOGroups[resultName];
var write = cpu.IOGroups[writeName];
Console.Instance.Clear();
if (mLog != null)
{
CycleManager.Instance.Tick -= mLog;
}
mLog = (state) => {
if (state != CycleManager.TickState.PreTick)
{
return;
}
Console.Instance.LogShort(
"DATA " +
data.IOArray.ToInt().ToString("00000") + " | INSTRUCTION " +
instr.IOArray.Print() + " | WRITE " +
write.IOArray.Print() + " | DATAADDR " +
dataAddr.IOArray.ToInt().ToString("00000") + " | INSTRADDR " +
instrAddr.IOArray.ToInt().ToString("00000") + " | RESULT " +
result.IOArray.ToInt().ToString("00000"));
if (instrAddr.IOArray.ToInt() == commandCounter)
{
CycleManager.Instance.Stop();
CycleManager.Instance.Tick -= mLog;
mLog = null;
}
};
CycleManager.Instance.Tick += mLog;
yield break;
}
public static BitArray SetDataAddr(int address)
{
return(Proggraming.BuildConst(address));
}
