public string ComputePartTwo(string[] input)
{
stopWatch = new Stopwatch();
stopWatch.Start();
var inputList = RepeatInput(input[0], 10000);
var offset = CalculateOffset(inputList);
inputList = inputList.Substring(offset);
// return $"{offset} - length: {inputList.Length} - generatePattern substring: {string.Join("", GeneratePattern(inputList.Length, offset)).Substring(offset-8, 48)}";
Console.WriteLine($"{DisplayUtils.DisplayValue(stopWatch)} - BeforeOutput");
var outputList = CalculateOutputPartTwo(inputList);
Console.WriteLine($"{DisplayUtils.DisplayValue(stopWatch)} - Generated output");
var phase = 1;
Console.WriteLine($"{DisplayUtils.DisplayValue(stopWatch)} - Calculated offset");
// Console.WriteLine($"{DisplayUtils.DisplayValue(stopWatch)} - AppliedPhase {phase} - {inputList}");
while (phase < 100)
{
// Console.WriteLine($"{DisplayUtils.DisplayValue(stopWatch)} - Applied phase {phase} - {outputList.Substring(outputList.Length-20), 20}");
phase++;
outputList = CalculateOutputPartTwo(outputList);
}
Console.WriteLine($"{DisplayUtils.DisplayValue(stopWatch)} - Applied phase {phase}");
return(outputList.Substring(0, 8));
}
static void DisplayDuration(Stopwatch stopWatch)
{
Console.WriteLine("RunTime " + DisplayUtils.DisplayValue(stopWatch));
}
