private static void InitializeApplication()
{
ReadConfigurationFile();
_inputter = new ConsoleInputter();
_outputter = new ConsoleOutputter();
_printer = new Printer(_outputter);
}
private static void Day05_A()
{
const string defaultFilename = @"TEST_diagnostic.txt";
try
{
string fullFilename = Path.Combine(Environment.CurrentDirectory, "Day05", defaultFilename);
Console.WriteLine();
Console.WriteLine($"Loading IntCode data from '{fullFilename}'...");
Console.WriteLine();
var factory = new Factory();
IInputter inputter = factory.CreateAutoInputter(1);
IOutputter outputter = factory.CreateConsoleOutputter();
var intCodeComputer = factory.CreateIntCodeComputerFromFile(fullFilename, inputter, outputter);
Console.WriteLine(
$"There are #{intCodeComputer.InitialIntCodes.Count} Op codes in this IntCode program.");
Console.WriteLine();
var finalOpCodes = intCodeComputer.Run();
Console.WriteLine(
$"The value left at position 0 is '{finalOpCodes[0]}' after running the IntCode program.");
Console.WriteLine();
Console.WriteLine();
Console.WriteLine(
$"The last value outputted during the diagnosis of TEST is '{intCodeComputer.Outputter.OutputValues.Last()}'.");
}
catch (Exception ex)
{
Console.WriteLine($"An error occured '{ex.Message}'.{Environment.NewLine}Details: '{ex}'");
}
}
protected override void OnComAwake()
{
m_KeyCodeTracker = new KeyCodeTracker();
m_KeyCodeTracker.SetDefaultProcessListener(ShowBackKeydownTips);
m_KeyboardInputter = new KeyboardInputter();
m_KeyboardInputter.RegisterKeyCodeMonitor(KeyCode.F1, null, OnClickF1, null);
m_KeyboardInputter.RegisterKeyCodeMonitor(KeyCode.F2, null, OnClickF2, null);
m_KeyboardInputter.RegisterKeyCodeMonitor(KeyCode.F3, null, OnClickF3, null);
m_KeyboardInputter.RegisterKeyCodeMonitor(KeyCode.F4, null, OnClickF4, null);
}
// constructor
public RockPaperScissorsGame(IInputter i, IOutputter o, IRpsStrategy strategy)
{
_input = i;
_output = o;
_strategy = strategy;
// we're using a principle called dependency inversion here
// the specific way we're doing that
// is called dependency injection
// as opposed to going "new RandomStrategy()" right here,
// i can get someone else to inject the dependency to me
// (as a parameter, which is what i'm doing here)
}
public IntCodeComputer CreateIntCodeComputerFromFile(
string fullFileName, IInputter inputter, IOutputter outputter)
{
List <int> opCodes = new List <int>();
using (var fileStream = File.OpenRead(fullFileName))
using (var streamReader = new StreamReader(fileStream, Encoding.UTF8, true, BufferSize))
{
string line;
while ((line = streamReader.ReadLine()) != null)
{
// line has only one value
if (!string.IsNullOrWhiteSpace(line))
{
var opCodesTextInLine = line.Split(',');
var opCodesInLine = opCodesTextInLine.Select(int.Parse).ToList();
opCodes.AddRange(opCodesInLine);
}
}
}
var tempIntCodeComputer = new IntCodeComputer(opCodes.ToList(), inputter, outputter);
return(tempIntCodeComputer);
}
public IOController(IInputter inputter, IOutputter outputter)
{
Input = inputter;
Output = outputter;
}
public IntCodeComputer(List <int> initialIntCodes, IInputter inputter, IOutputter outputter)
{
InitialIntCodes = initialIntCodes;
Inputter = inputter;
Outputter = outputter;
}
public IntCodeComputer(List <int> initialIntCodes, IInputter inputter)
: this(initialIntCodes, inputter, new ConsoleOutputter())
{
}
public GetRecipe(IInputter inputter)
{
_inputter = inputter ?? throw new ArgumentNullException(nameof(inputter));
}
