use std::fs;

pub fn d02() {
    let path = "res/02/input.txt";

    let contents = fs::read_to_string(path).expect("Should have been able to read the file");

    let cont_arr = contents.split("\n");

    let mut scores = Vec::<i32>::new();

    cont_arr.clone().into_iter().for_each(|line| {
        match line {
            // A/X: Rock        1
            // B/Y: Paper       2
            // C/Z: Scissors    3
            // LOSE             0
            // DRAW             3
            // WIN              6
            "A X" => scores.push(1 + 3),
            "A Y" => scores.push(2 + 6),
            "A Z" => scores.push(3 + 0),
            "B X" => scores.push(1 + 0),
            "B Y" => scores.push(2 + 3),
            "B Z" => scores.push(3 + 6),
            "C X" => scores.push(1 + 6),
            "C Y" => scores.push(2 + 0),
            "C Z" => scores.push(3 + 3),
            _ => {}
        }
    });

    let sum: i32 = scores.clone().into_iter().sum();

    println!("Result 1: {}", sum);

    // Task 2
    scores.clear();

    cont_arr.clone().into_iter().for_each(|line| {
        match line {
            // A: Rock        1
            // B: Paper       2
            // C: Scissors    3
            // LOSE             0
            // DRAW             3
            // WIN              6
            "A X" => scores.push(3 + 0),
            "A Y" => scores.push(1 + 3),
            "A Z" => scores.push(2 + 6),
            "B X" => scores.push(1 + 0),
            "B Y" => scores.push(2 + 3),
            "B Z" => scores.push(3 + 6),
            "C X" => scores.push(2 + 0),
            "C Y" => scores.push(3 + 3),
            "C Z" => scores.push(1 + 6),
            _ => {}
        }
    });

    let sum: i32 = scores.clone().into_iter().sum();

    println!("Result 2: {}", sum);
}