cjavdev

if ARGV.empty?
  data = DATA.readlines(chomp: true)
else
  data = File.readlines(ARGV.first, chomp: true)
end

def blueprints(data)
  data.map do |line|
    match = /Blueprint (?<id>\d+): Each ore robot costs (?<ore_robot_ore>\d+) ore. Each clay robot costs (?<clay_robot_ore>\d+) ore. Each obsidian robot costs (?<obsidian_robot_ore>\d+) ore and (?<obsidian_robot_clay>\d+) clay. Each geode robot costs (?<geode_robot_ore>\d+) ore and (?<geode_robot_obsidian>\d+) obsidian./.match(line)

cjavdev

class Piece
  attr_reader :shape, :kind

  ORDER = [
    :dash,
    :plus,
    :jay,
    :line,
    :square

cjavdev

if ARGV.empty?
  data = DATA.readlines(chomp: true)
else
  data = File.readlines(ARGV[0], chomp: true)
end

VALVES = {}
GRAPH = {}

cjavdev

# require 'set'
# require 'byebug'

if ARGV.empty?
  data = DATA.readlines(chomp: true)
else
  data = File.readlines(ARGV[0], chomp: true)
end

ADJ = {}

cjavdev

require 'set'

if ARGV.empty?
  data = DATA.readlines(chomp: true)
  y = 10
  MAX = 20
else
  data = File.readlines(ARGV[0], chomp: true)
  y = 2000000
  MAX = 4000000

cjavdev

require 'set'
if ARGV.empty?
  data = DATA.readlines(chomp: true)
  y = 10
else
  data = File.readlines(ARGV[0], chomp: true)
  y = 2000000
end

sensors = Set.new

cjavdev

require 'byebug'
if ARGV.empty?
  input = <<~INPUT
  498,4 -> 498,6 -> 496,6
  503,4 -> 502,4 -> 502,9 -> 494,9
  INPUT
else
  input = File.read(ARGV.first, chomp: true)
end

cjavdev

def valid(l, r)
  return nil if l.empty? && r.empty?
  return true if l.empty?
  return false if r.empty?

  l_head, *l_tail = l
  r_head, *r_tail = r

  case [l_head, r_head]
  in [Integer, Integer]

cjavdev

if ARGV.empty?
  data = DATA.readlines(chomp: true)
else
  data = File.readlines(ARGV[0], chomp: true)
end

grid = data.map(&:chars)
heights = Array.new(grid.size) { Array.new(grid[0].size) }

distances = {}

cjavdev

class Monkey
  attr_reader :inspection_count, :test
  @monkeys = {}

  def self.parse(monkey_data)
    n, i, o, t, tr, fa = monkey_data.split("\n")
    name = n.split(/:| /)[1].to_i
    items = i.split(': ').last.split(', ').map(&:to_i)
    operation = o.split('= ').last
    test = t.split(' ').last.to_i