def __main():
data = list(map(int, U.read_path_lines(f'{DATA_DIR}day9')))
xd = XmasData(data)
p1_res = part1(xd)
print(p1_res)
p2_res = part2(xd, p1_res)
print(p2_res)
def _run_program(input_path):
input_lines = U.read_path_lines(input_path)
p1_deck_start = input_lines.index('Player 1:') + 1
p2_deck_start = input_lines.index('Player 2:') + 1
p1_deck = deque(
int(i) for i in input_lines[p1_deck_start:p2_deck_start - 2])
p2_deck = deque(int(i) for i in input_lines[p2_deck_start:])
part1(p1_deck, p2_deck)
def __test():
lines = U.read_path_lines(f'{DATA_DIR}test')
part1(lines)
lines2 = ['mask = 000000000000000000000000000000X1001X',
'mem[42] = 100',
'mask = 00000000000000000000000000000000X0XX',
'mem[26] = 1']
part2(lines2)
def __main():
input = read_path_lines(f'{DATA_DIR}input')
with localtimer():
print('Part 1')
Program(input, dict(a=0, b=0, c=0, d=0)).run()
with localtimer():
print('Part 2')
Program(input, dict(a=0, b=0, c=1, d=0)).run()
def __test():
problems = U.read_path_lines(f'{DATA_DIR}test')
do_problems(problems, left_math)
do_problems(problems, left_math_advanced)
def __main():
start = [list(s) for s in U.read_path_lines(f'{DATA_DIR}day17')]
# part1(start)
part2(start)
def __test():
start = [list(s) for s in U.read_path_lines(f'{DATA_DIR}test')]
# part1(start)
part2(start)
def __main():
bag_rules = U.read_path_lines(f'{DATA_DIR}day7')
bc = BagContainer.from_bag_rules(bag_rules)
part1(bc)
part2(bc)
def __main():
instructions = U.read_path_lines(f'{DATA_DIR}day8')
gc = GameConsole(instructions)
part1(gc)
gc.reset()
part2(gc)
def _run_program(input_path: str):
card_key, door_key = tuple(map(int, U.read_path_lines(input_path)))
part1(card_key, door_key)
def __main():
boarding_passes = read_path_lines(f'{DATA_DIR}day5')
# part1(boarding_passes)
part2(boarding_passes)
def __main():
lines = U.read_path_lines(f'{DATA_DIR}day14')
part1(lines)
part2(lines)
def __main():
data = [list(r) for r in U.read_path_lines(f'{DATA_DIR}day11')]
part1(data)
part2(data)
def __main():
num_list = list(map(int, read_path_lines(f'{DATA_DIR}day1')))
goal_value = 2020
part1(num_list, goal_value)
part2(num_list, goal_value)
def __main():
problems = U.read_path_lines(f'{DATA_DIR}day18')
do_problems(problems, left_math)
do_problems(problems, left_math_advanced)
def __main():
time, ids = tuple(U.read_path_lines(f'{DATA_DIR}day13'))
part1(int(time), [int(i) for i in ids.split(',') if i != 'x'])
part2(ids.split(','))
def _run_program(input_path: str):
lines = U.read_path_lines(input_path)
tile_dict = part1(lines)
part2(tile_dict, 100)
def _run_program(input_path: str):
in_file = U.read_path_lines(input_path)
part1(in_file)
def __main():
data = U.read_path_lines(f'{DATA_DIR}day12')
part1(data)
part2(data)
def __main():
adapters = AdapterChain(
list(map(int, U.read_path_lines(f'{DATA_DIR}day10'))))
part1(adapters)
part2(adapters)
def __main():
rows = read_path_lines(f'{DATA_DIR}day2')
part1(rows)
part2(rows)
