private string GetMaxNumber(List <string> eveveryValidNumber)
{
var maxNumber = 0;
foreach (var validNumber in eveveryValidNumber)
{
var input = (int?)0;
var computerMemory1 = new CompuetrMemory(ComputerMemoryInput, Convert.ToInt32(validNumber[0].ToString()));
var computerMemory2 = new CompuetrMemory(ComputerMemoryInput, Convert.ToInt32(validNumber[1].ToString()));
var computerMemory3 = new CompuetrMemory(ComputerMemoryInput, Convert.ToInt32(validNumber[2].ToString()));
var computerMemory4 = new CompuetrMemory(ComputerMemoryInput, Convert.ToInt32(validNumber[3].ToString()));
var computerMemory5 = new CompuetrMemory(ComputerMemoryInput, Convert.ToInt32(validNumber[4].ToString()));
var isValid = true;
var currentInput = 0;
while (isValid)
{
input = computerMemory1.Step(input);
input = computerMemory2.Step(input);
input = computerMemory3.Step(input);
input = computerMemory4.Step(input);
input = computerMemory5.Step(input);
if (currentInput == input)
{
isValid = false;
}
else
{
currentInput = input.Value;
}
}
if (input.HasValue && input > maxNumber)
{
maxNumber = input.Value;
}
else if (!input.HasValue)
{
break;
}
}
return(maxNumber.ToString());
}
private int TestInputs(int programValue, ref int phaseValue, bool setPhase = true)
{
var computerMemory = new CompuetrMemory(ComputerMemoryInput, phaseValue);
computerMemory.SetPhaseValue((setPhase) ? phaseValue : programValue);
while (true)
{
var currentOpcode = computerMemory.GetOpcode;
if (currentOpcode.Terminate)
{
break;
}
computerMemory.SetNextOpCodeLength();
computerMemory.SetSKipValue(currentOpcode);
currentOpcode.parameter1Value = currentOpcode.Paramater1Mode == IntCode.ParameterMode.Position ? computerMemory.ComputerMemory[currentOpcode.parameter1InstructionValue] : currentOpcode.parameter1InstructionValue;
try
{
currentOpcode.parameter2Value = currentOpcode.Paramater2Mode == IntCode.ParameterMode.Position ? computerMemory.ComputerMemory[currentOpcode.parameter2InstructionValue] : currentOpcode.parameter2InstructionValue;
}
catch (Exception ex)
{
var test = ex.ToString();
}
currentOpcode.ExecuteOperation();
//computerMemory.Pointer = currentOpcode.Pointer;
if (currentOpcode.OpCodeInstruction == OpCode.Adds || currentOpcode.OpCodeInstruction == OpCode.Multiplie)
{
computerMemory.ComputerMemory[currentOpcode.parameter3InstructionValue] = currentOpcode.parameter3Value;
}
else
{
if (currentOpcode.OpCodeInstruction == OpCode.Inputstuff)
{
computerMemory.ComputerMemory[currentOpcode.parameter1InstructionValue] = computerMemory.ProgramValue;
}
if (currentOpcode.OpCodeInstruction == OpCode.OutputStuff)
{
computerMemory.ProgramValue = computerMemory.ComputerMemory[currentOpcode.parameter1InstructionValue];
}
if (currentOpcode.OpCodeInstruction == OpCode.isLessThen)
{
computerMemory.ComputerMemory[currentOpcode.parameter3InstructionValue] = currentOpcode.parameter3Value;
}
if (currentOpcode.OpCodeInstruction == OpCode.isEqual)
{
computerMemory.ComputerMemory[currentOpcode.parameter3InstructionValue] = currentOpcode.parameter3Value;
}
if (currentOpcode.OpCodeInstruction == OpCode.JumpIfTrue)
{
if (currentOpcode.parameter1Value != 0)
{
computerMemory.Pointer = currentOpcode.parameter2Value;
//computerMemory.Skip = currentOpcode.parameter2Value;
}
}
if (currentOpcode.OpCodeInstruction == OpCode.JumpIfFalse)
{
if (currentOpcode.parameter1Value == 0)
{
computerMemory.Pointer = currentOpcode.parameter2Value;
//computerMemory.Skip = currentOpcode.parameter2Value;
}
}
}
}
;
return(computerMemory.ProgramValue);
}
