def main():
prob_input = fetch_input('day7-input.txt')
# Naive implementation
bag_list = parse_input_naive(prob_input)
test_bag_list = parse_input_naive(test_input().split('\n'))
print("part 1 solution is {}".format(part1(bag_list)))
print("part 1 solution is {}".format(part2(bag_list)))
def main():
prob_input = fetch_input(_file)
ti = test_input().split('\n')
print("part 1 solution is {}".format(part1(prob_input)))
print("part 2 naive solution is {}".format(part2_naive(prob_input)))
def main():
parsed_inputs = fetch_input('day2-input.txt')
print("part 1 solution: {}".format(part1(parsed_inputs)))
print("part 2 solution proper: {}".format(part2(parsed_inputs)))
def main():
field_map = fetch_input('day3-input.txt')
print("part 1 solution: {}".format(part1(field_map, right=3, down=1)))
print("part 2 solution: {}".format(part2(field_map)))
def main():
seats_inputs = fetch_input('day5-input.txt')
print("part 1 solution: {}".format(part1(seats_inputs)))
print("part 2 solution: {}".format(part2(seats_inputs)))
def main():
parsed_inputs = [int(i) for i in fetch_input('day1-input.txt')]
print("part 1 solution: {}".format(part1(parsed_inputs)))
print("part 2 solution: {}".format(part2(parsed_inputs)))
def main():
prob_input = [int(i) for i in fetch_input(_file)]
ti = [int(i) for i in test_input().split('\n')]
print("part 1 solution is {}".format(part1(prob_input)))
print("part 2 solution is {}".format(part2(prob_input)))