public static void CheckSymbolAndSetValue(CommandRegister.Elements element, bool value)
{
if (element.symbol == Symbol.M)
{
Memory.Data.markers[element.name] = value;
}
else if (element.symbol == Symbol.Q)
{
Memory.Data.outputs[element.name] = value;
}
else if (element.symbol == Symbol.VAR)
{
Memory.Data.var[element.name] = value;
}
}
public static bool CheckSymbolAndGetValue(CommandRegister.Elements element)
{
bool value = false;
if (element.symbol == Symbol.I)
{
value = Memory.Data.inputs[element.name];
}
else if (element.symbol == Symbol.M)
{
value = Memory.Data.markers[element.name];
}
else if (element.symbol == Symbol.Q)
{
value = Memory.Data.outputs[element.name];
}
else if (element.symbol == Symbol.VAR)
{
value = Memory.Data.var[element.name];
}
return(value);
}
public static bool ExecuteProgram(List <CommandRegister.Instruction> instructionList, ref int i)
{
//Debug.WriteLine(i);
bool state = false;
bool operandValue;
while (i != instructionList.Count)
{
//Debug.WriteLine(instructionList[i].operatorIL);
switch (instructionList[i].operatorIL)
{
case Operators.BLOCK:
//Debug.WriteLine("BLOCK");
i++;
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state, DiagnosticData.Symbol.special);
state = ExecuteProgram(instructionList, ref i);
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state); //ENDBLOCK
break;
case Operators.ENDBLOCK:
//Debug.WriteLine("ENDBLOCK");
return(state);
case Operators.LD:
// Debug.WriteLine("LD");
state = CheckSymbolAndGetValue(instructionList[i].operand);
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state);
break;
case Operators.LDN:
//Debug.WriteLine("LDN");
state = !CheckSymbolAndGetValue(instructionList[i].operand);
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state, DiagnosticData.Symbol.standard, DiagnosticData.Modifier.not);
//Debug.WriteLine(state);
break;
case Operators.ORFUNC:
//Debug.WriteLine("ORFUNC");
i++;
callCounter++;
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state, DiagnosticData.Symbol.special);
bool tmp = ExecuteProgram(instructionList, ref i);
state = Or(state, tmp);
callCounter--;
if (waitingToSet)
{
//Debug.WriteLine("wts");
i--;
}
else
{
//Debug.WriteLine("!wts");
return(state);
}
break;
case Operators.OR:
//Debug.WriteLine("OR");
operandValue = CheckSymbolAndGetValue(instructionList[i].operand);
DiagnosticData.RefreshState(DiagnosticData.Operation.None, operandValue);
state = Or(state, operandValue);
break;
case Operators.ORN:
//Debug.WriteLine("ORN");
operandValue = !CheckSymbolAndGetValue(instructionList[i].operand);
DiagnosticData.RefreshState(DiagnosticData.Operation.None, operandValue, DiagnosticData.Symbol.standard, DiagnosticData.Modifier.not);
state = Or(state, operandValue);
break;
case Operators.AND:
//Debug.WriteLine("AND");
operandValue = CheckSymbolAndGetValue(instructionList[i].operand);
state = And(state, operandValue);
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state);
break;
case Operators.ANDN:
//Debug.WriteLine("ANDN");
operandValue = !CheckSymbolAndGetValue(instructionList[i].operand);
state = And(state, operandValue);
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state, DiagnosticData.Symbol.standard, DiagnosticData.Modifier.not);
break;
case Operators.ANDFUNC:
//Debug.WriteLine("ANDFUNC");
i++;
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state, DiagnosticData.Symbol.special);
bool tmpAnd = ExecuteProgram(instructionList, ref i);
state = And(state, tmpAnd);
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state); //ENDBLOCK
//return state;
break;
case Operators.HELPERGET:
operandValue = CheckSymbolAndGetValue(instructionList[i].operand);
state = operandValue;
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state);
break;
case Operators.HELPERSET:
operand = instructionList[i].operand;
CheckSymbolAndSetValue(operand, state);
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state, DiagnosticData.Symbol.special);
break;
case Operators.HELPERUP:
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state, DiagnosticData.Symbol.standard);
break;
case Operators.NOT:
state = !state;
DiagnosticData.RefreshState(DiagnosticData.Operation.None, state, DiagnosticData.Symbol.standard);
//DiagnosticData.AddData(state, DiagnosticData.Operation.None, DiagnosticData.Symbol.standard);
break;
case Operators.R:
//return state;
//Debug.WriteLine("R");
if (callCounter == 1)
{
waitingToSet = true;
return(state);
}
operandValue = CheckSymbolAndGetValue(instructionList[i].operand);
bool finalValue;
if (state)
{
finalValue = false;
}
else
{
finalValue = operandValue;
}
operand = instructionList[i].operand;
CheckSymbolAndSetValue(operand, finalValue);
DiagnosticData.RefreshState(DiagnosticData.Operation.Reset, state);
break;
case Operators.S:
if (callCounter == 1)
{
waitingToSet = true;
return(state);
}
//Debug.WriteLine("S");
//return state;
bool finalValue2;
operandValue = CheckSymbolAndGetValue(instructionList[i].operand);
if (state)
{
finalValue2 = true;
}
else
{
finalValue2 = operandValue;
}
operand = instructionList[i].operand;
CheckSymbolAndSetValue(operand, finalValue2);
DiagnosticData.RefreshState(DiagnosticData.Operation.Set, state);
break;
case Operators.ST:
if (callCounter == 1)
{
waitingToSet = true;
return(state);
}
//Debug.WriteLine("ST");
operand = instructionList[i].operand;
CheckSymbolAndSetValue(operand, state);
DiagnosticData.RefreshState(DiagnosticData.Operation.Set, state);
//Debug.WriteLine(state);
break;
//return state;
}
i++;
}
return(state);
}