def __init__(self, filename=None, sufix='.encrypted'):
key = utils.read_whole_file('aes.password', 'r').strip()
self.cipher = AESCipher(key)
self.base_filename = filename
self.sufix = sufix
if filename:
self.open(filename)
else:
self.file = None
def main():
draws, boards = utils.read_whole_file(pre_process_data)
last_draw, board = get_losing_board(draws, boards)
if board is None:
print("Error: No board returned")
return
u_sum = board.get_unmarked_sum()
print("The unmarked sum is {}. The marked sum is {}. The final score is {}.".format(u_sum, last_draw,
u_sum * last_draw))
def _run_program(input_path):
input_nums = U.read_whole_file(input_path)
game = CupsGame(debug=False)
for num in input_nums:
game.insert(int(num))
part1(game)
game = CupsGame(debug=False)
for num in input_nums:
game.insert(int(num))
part2(game)
def get_data() -> np.ndarray:
return utils.int_list(utils.read_whole_file(), ',')
def get_data() -> defaultdict:
return utils.read_whole_file(pre_process_data)
def get_data() -> tuple:
data = utils.read_whole_file().split('\n\n')
template = data[0]
rules = pre_process_rules(data[1])
return template, rules
def encrypt_file(self, filename):
self.close()
data = utils.read_whole_file(filename, 'rb')
self.open(filename)
self.write(data)
def get_data() -> tuple:
return utils.read_whole_file(pre_process_data)