const fs = require('fs');

// const inputArray = fs.readFileSync('sample.txt').toString().split("\n");
const inputArray = fs.readFileSync('input.txt').toString().split("\n");

let redMax = 0;
let greenMax = 0;
let blueMax = 0;

// Part One

redMax  = 12;
greenMax = 13;
blueMax = 14;

const possibleGames = [];

for (i in inputArray) {
  let possible = true;

  const contents = inputArray[i].split(":");
  const gameID = parseInt(contents[0].split(" ")[1]);
  const draws = contents[1].split(";");
  for (d in draws) {
    const cubes = draws[d].split(",");
    for (c in cubes) {
      const parts = cubes[c].trim().split(" ");
      const val = parseInt(parts[0]);
      const color = parts[1];
      if (color === "red" && val > redMax) {
        possible = false;
      } else if (color === "green" && val > greenMax) {
        possible = false;
      } else if (color === "blue" && val > blueMax) {
        possible = false;
      }
    }
  }

  if (possible) {
    possibleGames.push(gameID);
  }

}

console.log(possibleGames.reduce((a, b) => a + b, 0));


// Part Two

const powers = [];

for (i in inputArray) {
  redMax  = 0;
  greenMax = 0;
  blueMax = 0;

  const contents = inputArray[i].split(":");
  const draws = contents[1].split(";");
  for (d in draws) {
    const cubes = draws[d].split(",");
    for (c in cubes) {
      const parts = cubes[c].trim().split(" ");
      const val = parseInt(parts[0]);
      const color = parts[1];
      if (color === "red" && val > redMax) {
        redMax = val;
      } else if (color === "green" && val > greenMax) {
        greenMax = val;
      } else if (color === "blue" && val > blueMax) {
        blueMax = val;
      }
    }
  }

  powers.push(redMax * greenMax * blueMax);

}

console.log(powers.reduce((a, b) => a + b, 0));

// functions