static void Main(string[] args)
{
var inputFile = File.OpenText("../../input.txt");
string input = inputFile.ReadToEnd().Trim();
AssemblerExecutor executor = new AssemblerExecutor();
foreach (var line in input.Split('\n'))
{
var currentLine = line.Trim();
AssemblerExecutor.Instruction.instructionType instructionType = AssemblerExecutor.Instruction.instructionType.set;
char firstOperand;
string secondOperand = "";
var splitted = currentLine.Split(' ');
switch (splitted[0])
{
case "set":
instructionType = AssemblerExecutor.Instruction.instructionType.set;
break;
case "mul":
instructionType = AssemblerExecutor.Instruction.instructionType.mul;
break;
case "jnz":
instructionType = AssemblerExecutor.Instruction.instructionType.jnz;
break;
case "sub":
instructionType = AssemblerExecutor.Instruction.instructionType.sub;
break;
}
firstOperand = splitted[1][0];
if (splitted.Length > 2)
{
secondOperand = splitted[2];
}
executor.AddInstruction(new AssemblerExecutor.Instruction(instructionType, firstOperand, secondOperand));
}
Console.WriteLine(executor.Execute());
//Part 2
int b = 106500;
int c = 123500;
int h = 0;
for (; b <= c; b += 17)
{
bool isPrime = true;
for (int t = 2; t < Math.Ceiling(Math.Sqrt(b)); t++)
{
if (b % t == 0) //b is not a prime number
{
isPrime = false;
break;
}
}
if (!isPrime)
{
h++;
}
}
Console.WriteLine(h);
}
static void Main(string[] args)
{
var inputFile = File.OpenText("../../input.txt");
string input = inputFile.ReadToEnd().Trim();
AssemblerExecutor executor0 = new AssemblerExecutor(0);
AssemblerExecutor executor1 = new AssemblerExecutor(1);
executor0.oth = executor1;
executor1.oth = executor0;
foreach (var line in input.Split('\n'))
{
var currentLine = line.Trim();
AssemblerExecutor.Instruction.instructionType instructionType = AssemblerExecutor.Instruction.instructionType.snd;
char firstOperand;
string secondOperand = "";
var splitted = currentLine.Split(' ');
switch (splitted[0])
{
case "snd":
instructionType = AssemblerExecutor.Instruction.instructionType.snd;
break;
case "set":
instructionType = AssemblerExecutor.Instruction.instructionType.set;
break;
case "add":
instructionType = AssemblerExecutor.Instruction.instructionType.add;
break;
case "mul":
instructionType = AssemblerExecutor.Instruction.instructionType.mul;
break;
case "mod":
instructionType = AssemblerExecutor.Instruction.instructionType.mod;
break;
case "rcv":
instructionType = AssemblerExecutor.Instruction.instructionType.rcv;
break;
case "jgz":
instructionType = AssemblerExecutor.Instruction.instructionType.jgz;
break;
}
firstOperand = splitted[1][0];
if (splitted.Length > 2)
{
secondOperand = splitted[2];
}
executor0.AddInstruction(new AssemblerExecutor.Instruction(instructionType, firstOperand, secondOperand));
executor1.AddInstruction(new AssemblerExecutor.Instruction(instructionType, firstOperand, secondOperand));
}
Thread ex0 = new Thread(() => executor0.Execute());
ex0.Name = "ex0";
Thread ex1 = new Thread(() => executor1.Execute());
ex1.Name = "ex1";
ex0.Start();
ex1.Start();
}
