public void AnswerA()
{
var assemBunny = new AssemBunny();
assemBunny.ExecuteInstructions(File.ReadAllLines("Day12_input.txt").ToList());
Assert.AreEqual(318083, assemBunny.Registers['a']);
}
public void AnswerB()
{
var assemBunny = new AssemBunny();
assemBunny.Registers['a'] = 12;
assemBunny.ExecuteInstructions(File.ReadAllLines("Day23_input.txt").ToList());
Assert.AreEqual(479008320, assemBunny.Registers['a']);
}
public Day12() : base(12, 2016, "")
{
var firstRun = new AssemBunny(Input, 0, 0, 0, 0);
var secondRun = new AssemBunny(Input, 0, 0, 1, 0);
partOne = firstRun.register['a'].ToString();
partTwo = secondRun.register['a'].ToString();
}
public string GetAnswerA(bool animate = false)
{
var computer = new AssemBunny();
computer.ExecuteInstructions(File.ReadAllLines("Day12_input.txt").ToList());
return("" + computer.Registers['a']);
}
public string GetAnswerB(bool animate = false)
{
var assemBunny = new AssemBunny();
assemBunny.Registers['a'] = 12;
assemBunny.ExecuteInstructions(File.ReadAllLines("Day23_input.txt").ToList());
return("" + assemBunny.Registers['a']);
}
protected override string SolvePartOne()
{
var p = new AssemBunny(Input);
p.registers['a'] = 7;
p.RunProgram();
return(p.registers['a'].ToString());
}
public void ExampleA1()
{
var assemBunny = new AssemBunny();
var instructions = new List <string>
{
"cpy 41 a",
"inc a",
"inc a",
"dec a",
"jnz a 2",
"dec a"
};
assemBunny.ExecuteInstructions(instructions);
Assert.AreEqual(42, assemBunny.Registers['a']);
}
public string GetAnswerA(bool animate = false)
{
var assemBunny = new AssemBunny();
var lines = File.ReadAllLines("Day25_input.txt").ToList();
for (var i = 0; i < int.MaxValue; i++)
{
assemBunny.Reset();
assemBunny.Registers['a'] = i;
assemBunny.ExecuteInstructions(lines);
if (assemBunny.OutputCounter >= AssemBunny.MaxOutputLength)
{
return(i.ToString());
}
}
return("");
}
protected override string SolvePartOne()
{
// Brute forcing this takes a long time, so we refactored the ocde into C#
int a = -1;
string ret = string.Empty;
string check = "01010101010101010101010101";
var p = new AssemBunny(Input);
do
{
ret = ParsedCode(++a, check);
// p.Reset();
// p.registers['a'] = a;
// p.RunProgram();
// Console.WriteLine($"Input: {a}");
// Console.WriteLine($"Out 1: {ret}");
// Console.WriteLine($"Out 2: {p.output}");
} while (ret.Length < check.Length || ret.Substring(0, check.Length) != check);
return(a.ToString());
}
