protected override void ProcessOpCode(IntComputer computer)
{
if (firstVal.ReadParamFromMemory() == secondVal.ReadParamFromMemory())
{
computer.ReplaceMemoryAtAddress(thirdVal.GetMemoryWriteAddressFromParameter(), 1);
}
else
{
computer.ReplaceMemoryAtAddress(thirdVal.GetMemoryWriteAddressFromParameter(), 0);
}
}
protected override void ProcessOpCode(IntComputer computer)
{
// input is forked up
// you can have a relative address. It's technically a write, but it can be in immediate, position and relative mode.
int targetAddress = destinationParam.GetMemoryWriteAddressForInputParameter();
computer.ReplaceMemoryAtAddress(targetAddress, inputData);
}
public ArcadeMachine(string sourceData, string outFile)
{
curComputer = new IntComputer();
curComputer.InitializeMemory(sourceData);
curComputer.ReplaceMemoryAtAddress(0, 2); // infinite play
curComputer.StartComputer(true);
sw = new StreamWriter(outFile);
}
public bool FindNounVerb(IntComputer newComp)
{
for (int intI = 0; intI < 100; intI++)
{
for (int intJ = 0; intJ < 100; intJ++)
{
newComp.ResetMemory();
newComp.ReplaceMemoryAtAddress(1, (long)intI);
newComp.ReplaceMemoryAtAddress(2, (long)intJ);
newComp.StartComputer(false);
long result = newComp.ReadMemoryAtAddress(0);
if (result == 19690720)
{
// ALL DONE
return(true);
}
}
}
return(false);
}
protected override void ProcessOpCode(IntComputer computer)
{
result = firstVal.ReadParamFromMemory() + secondVal.ReadParamFromMemory();
computer.ReplaceMemoryAtAddress(thirdVal.GetMemoryWriteAddressFromParameter(), result);
}
