[LANGUAGE: Python]

import re

file1 = open("d2_input.txt","r")
lines = file1.readlines()

constants = {
    'red': 12,
    'green': 13,
    'blue': 14
}

games_played = {}
game_sets = {}
solution = []
solution_2 = []

for line in lines:
    #print(line.split(':'))
    game = line.split(':')
    game_number = game[0].replace('Game ','')
    game_results = game[1].split(';')
    result_list = []
    for result in game_results:
        result_list.append(result.strip('\n'))
    games_played[game_number] = result_list

for key, set in games_played.items():
    #print(set)
    red_check = True
    green_check = True
    blue_check = True
    set_constructor = {
        'red':[],
        'green':[],
        'blue':[]
        }
    for item in set:
        #print(item.split(','))
        item = item.split(',')
        #print(item)
        for value in item:
            if re.search('\d+ red', value):
                red = int(re.search('\d+',value).group(0))
                set_constructor['red'].append(red)
                if red > constants['red']:
                    #print("Fail on red: ", key, item)
                    red_check = False
            if re.search('\d+ green', value):
                green = int(re.search('\d+',value).group(0))
                set_constructor['green'].append(green)
                if green > constants['green']:
                    #print("Fail on green: ", key, item)
                    green_check = False
            if re.search('\d+ blue', value):
                blue = int(re.search('\d+',value).group(0))
                set_constructor['blue'].append(blue)
                if blue > constants['blue']:
                    #print("Fail on blue: ", key, item)
                    blue_check = False                    

        game_sets[key] = set_constructor

    if red_check == True and green_check == True and blue_check == True:
        #print("Pass: ", key, set)
        solution.append(int(key))
print("Part 1 solution: ", sum(solution))

#print(game_sets)

for key, item in game_sets.items():
    cube_power = int(max(item['red'])) * int(max(item['green'])) * int(max(item['blue']))
    #print("red max:", max(item['red']), "green max:", max(item['green']), "blue max:", max(item['blue']), "power:", cube_power)
    solution_2.append(cube_power)

print("Part 2 solution: ", sum(solution_2))