def prepare_data(file_name):
lines = file_utils.get_lines(file_name)
lines = [int(line) for line in lines]
lines.sort()
lines.insert(0, 0)
lines.append(lines[-1] + 3)
return lines
def prepare_data(file_name):
fields = list()
your_ticket = None
other_tickets = list()
lines = file_utils.get_lines(file_name)
preparing_fields = True
parsing_ticket = False
for line in lines:
if not line:
if parsing_ticket:
parsing_ticket = False
if preparing_fields:
preparing_fields = False
parsing_ticket = True
else:
if preparing_fields:
fields.append(FieldRange(line))
elif parsing_ticket:
if line != 'your ticket:':
your_ticket = Ticket(line)
else:
if line != 'nearby tickets:':
other_tickets.append(Ticket(line))
return Input(fields, your_ticket, other_tickets)
def solution(file_name):
operations = file_utils.get_lines(file_name)
return sum([
calculate_left_to_right(
calculate_with_parenthesis_and_operator(operation,
calculate_left_to_right))
for operation in operations
])
def solution2(file_name):
operations = file_utils.get_lines(file_name)
return sum([
calculate_inverse_precedence(
calculate_with_parenthesis_and_operator(
operation, calculate_inverse_precedence))
for operation in operations
])
def prepare_data(file_name):
cells = file_utils.get_lines(file_name)
max_y = len(cells)
max_x = len(cells[0])
matrix = np.zeros((1, max_y, max_x)).astype(int)
for y in range(max_y):
for x in range(max_x):
if cells[y][x] == '#':
matrix[0][y][x] = 1
return matrix
def prepare_data(file_name):
flipped = set()
lines = file_utils.get_lines(file_name)
for line in lines:
moves = parse_line(line)
coords = new_coords(moves)
if coords not in flipped:
flipped.add(coords)
else:
flipped.remove(coords)
return flipped
def prepare_data(file_name):
tiles = list()
lines = file_utils.get_lines(file_name)
for line in lines:
if line.startswith('Tile'):
match = tile_regex.match(line)
current_tile = Tile(int(match.group(1)))
elif not line:
current_tile.compute_sides()
current_tile.compute_sides_for_bottom()
tiles.append(current_tile)
else:
current_tile.add_line(line)
init_neighbours(tiles)
return tiles
def prepare_data(file_name, regex_generator):
rules = dict()
lines = file_utils.get_lines(file_name)
to_validate_count = 0
parse_regex = True
for line in lines:
if not line:
parse_regex = False
raw_regex = regex_generator(rules).replace(' ', '')
raw_regex = '^'+raw_regex+'$'
print(raw_regex)
regex = re.compile(raw_regex)
elif parse_regex:
rule = parse_line(line)
rules[rule.index] = rule
else:
matched = regex.match(line)
if matched:
to_validate_count += 1
return to_validate_count
def prepare_data2(file_name):
lines = file_utils.get_lines(file_name)
bus_ids = lines[1]
return build_gaps_by_bus_id(bus_ids)
def prepare_data(file_name):
lines = file_utils.get_lines(file_name)
return [int(line) for line in lines]
def prepare_lines(file_name):
lines = file_utils.get_lines(file_name)
lines = [parse_line(line) for line in lines]
return lines
def prepare_data(file_name):
lines = file_utils.get_lines(file_name)
return lines
def prepare_data(file_name):
lines = file_utils.get_lines(file_name)
lines = [int(line) for line in lines]
lines.sort()
return lines
def prepare_data(file_name):
return file_utils.get_lines(file_name)
def prepare_data(file_name):
lines = file_utils.get_lines("inputs", file_name)
lines = [line if line else ANSWERS_SEPARATOR for line in lines]
joined = ANSWERS_INFO_SEPARATOR.join(lines)
lines = joined.split(JOINED_ANSWERS_SEPARATOR)
return lines
def prepare_data(file_name):
lines = file_utils.get_lines(file_name)
return [SeatRange(line).seat_id() for line in lines]
def prepare_data(file_name):
lines = file_utils.get_lines(file_name)
earliest = int(lines[0])
bus_ids = lines[1].split(',')
bus_ids = list(filter(lambda x: x != 'x', bus_ids))
return earliest, [int(id) for id in bus_ids]
def prepare_data(file_name):
lines = file_utils.get_lines(file_name)
lines = [PasswordInfo(line) for line in lines]
return lines
def prepare_data(file_name):
lines = file_utils.get_lines(file_name)
lines = [line if line else PASSPORTS_SEPARATOR for line in lines]
joined_lines = PASSPORTS_INFO_SEPARATOR.join(lines)
prepared_lines = joined_lines.split(JOINED_PASSPORTS_SEPARATOR)
return [Passport(line) for line in prepared_lines]
def prepare_data(file_name):
lines = file_utils.get_lines(file_name)
rules = set()
for line in lines:
rules.update(parse_rule(line))
return rules
def prepare_data(file_name):
lines = file_utils.get_lines(file_name)
player1 = [int(card) for card in lines[0].split(',')]
player2 = [int(card) for card in lines[1].split(',')]
return player1, player2