namespace AdventOfCode.Solutions._2023
{
    public class Day19(InputReader reader) : IChallange
    {
        private InputReader _inputReader = reader;

        public async Task<string> GetSolutionPart1()
        {
            return string.Empty;
        }

        public async Task<string> GetSolutionPart2()
        {
            return string.Empty;
        }


    }

    internal static InstructionSet ParseLine(string line)
    {
        string[] nameSplit = line.Split('{');
        // build the instructions
        Instruction instruction = new();
        for (int instructionIndex = 0;  instructionIndex < nameSplit[1].Length - 1;  instructionIndex++)
        {
            // first char is the Category
            instruction.Category = nameSplit[1][instructionIndex++];
            // second char is the operator
            instruction.Operator = nameSplit[1][instructionIndex++];
            // from third untill ':' is the compair value
            string comp = nameSplit[1].Substring(instructionIndex, nameSplit[1].IndexOf(':'));
            instruction.CompairValue = int.Parse(comp);
            instructionIndex += comp.Length + 1; // skip the :
            // if true value
            instruction.resultTrue = nameSplit[1].Substring(instructionIndex, nameSplit[1].IndexOf(','));
            instructionIndex = instruction.resultTrue.Length + 1; // skip the ,
            // if false value
            // check if the instructionIndex + 1 is an operator
            if (nameSplit[1][instructionIndex + 1] == '>' || nameSplit[1][instructionIndex + 1] == '<')
            {

            }
        }
    }

    internal class InstructionSet
    {
        public string Name { get; set; }

        //public string Process
    }

    internal class Instruction
    {
        public char Category;
        public char Operator;
        public int CompairValue;
        public string resultTrue;
        public string resultFalse;
    }
}