public RepairBot(string inData, string outFile)
{
string curMapFile = "BotMap.txt";
string rootPath = Path.GetDirectoryName(outFile);
curMapFile = Path.Combine(rootPath, curMapFile);
sw = new StreamWriter(outFile);
xSize = 42;
ySize = 42;
startNode = new ExploreNode();
startNode.nodeType = RobotResultCode.MOVE_SUCCESFUL;
curNode = startNode;
curMap = new ExploreNode[xSize * ySize];
curPos.x = xSize / 2;
curPos.y = ySize / 2;
int startIndex = Helpers.GetIndexFromCoordinate(curPos, xSize);
curMap[startIndex] = startNode;
curComputer = new IntComputer();
curComputer.InitializeMemory(inData);
curComputer.StartComputer(true);
RunRobot();
//DrawMap();
int endIndex = Helpers.GetIndexFromCoordinate(curPos, xSize);
int length = SearchTree(startIndex, endIndex);
sw.Close();
}
public void SolveDayNine()
{
string resultsFile = "adventDayNineSolution.txt";
string dataFile = "adventDayNine.txt";
string outFile = Path.Combine(baseDir, resultsFile);
string inFile = Path.Combine(baseDir, dataFile);
string[] sourceData = ReadAllLines(inFile);
IntComputer curComp = new IntComputer();
curComp.InitializeMemory(sourceData[0]);
curComp.AddInputData(2); // test mode
//curComp.InitializeMemory(SolverTests.GetSampleData(0));
curComp.StartComputer(false);
while (!curComp.IsProgramCompleted())
{
curComp.ResumeProgram();
}
string debugData = curComp.GetDebugOutputString();
StreamWriter sw = new StreamWriter(outFile);
sw.WriteLine(debugData);
sw.Close();
//long outVal = curComp.ReadOutputData();
}
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 void TestDayNineSampleData(int sampleIndex)
{
IntComputer curComp = new IntComputer();
curComp.InitializeMemory(GetSampleData(sampleIndex));
curComp.StartComputer(false);
long outVal = curComp.ReadOutputData();
long expectedRetVal = GetExpectedResults(sampleIndex);
Assert.Equal(outVal, expectedRetVal);
}
public Amplifiers(int ampCount, string sourceProgram)
{
numAmplifiers = ampCount;
for (int intI = 0; intI < ampCount; intI++)
{
IntComputer newComp = new IntComputer();
newComp.curId = numAmplifiers - intI;
newComp.InitializeMemory(sourceProgram);
newComp.StartComputer(true);
generatedAmplifiers.Add(newComp);
}
}
public void SolveDayFive()
{
string resultsFile = "adventDayFiveSolution.txt";
string dataFile = "adventDayFive.txt";
string outFile = Path.Combine(baseDir, resultsFile);
string inFile = Path.Combine(baseDir, dataFile);
string[] sourceData = ReadAllLines(inFile);
// should be one line
IntComputer newComp = new IntComputer();
newComp.InitializeMemoryFromFile(inFile);
newComp.AddInputData(5);
newComp.StartComputer(false);
newComp.WriteMemoryToFile(outFile);
}
public PainterRobot(string sourceInstructions, int width, int height, string debugFile)
{
outFile = debugFile;
xSize = width;
ySize = height;
curPos = new Vector2();
curPos.x = xSize / 2;
curPos.y = ySize / 2;
panelsToPaint = new PaintPanelStruct[xSize * ySize];
int curIndex = Helpers.GetIndexFromCoordinate(curPos, xSize);
panelsToPaint[curIndex].curColor = PaintColorEnum.WHITE;
robotComputer = new IntComputer();
robotComputer.InitializeMemory(sourceInstructions);
robotComputer.StartComputer(true);
RunRobot();
}
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);
}
