def dimensions_from_file(fn: str) -> list[Dimension]:
return list(dimensions_from_lines(open(relative_path(__file__, fn))))
def from_file(cls, fn: str) -> 'Node':
return cls.from_str(open(relative_path(__file__, fn)).readline())
def door_id_from_file(fn: str) -> str:
return open(relative_path(__file__, fn)).readline().strip()
def many_from_file(cls, fn: str) -> list['Number']:
return list(cls.many_from_lines(open(relative_path(__file__, fn))))
def from_file(cls, fn: str) -> 'HeightMap':
return cls.from_lines(open(relative_path(__file__, fn)))
def data_from_file(fn: str) -> tuple[RuleList, Ticket, list[Ticket]]:
return data_from_lines(open(relative_path(__file__, fn)))
def load_document(fn: str):
return json.load(open(relative_path(__file__, fn)))
def game_from_file(fn: str) -> Game:
return game_from_lines(open(relative_path(__file__, fn)))
def from_file(cls, fn: str) -> 'Packet':
return cls.from_hex(open(relative_path(__file__, fn)).readline().strip())
def serial_from_file(fn: str) -> int:
return int(open(relative_path(__file__, fn)).readline())
def passports_from_file(fn: str) -> list[Passport]:
return list(passports_from_lines(open(relative_path(__file__, fn))))
def state_from_file(dimensions: int, fn: str) -> set[Pos]:
return set(active_positions_from_lines(dimensions, relative_path(__file__, fn)))
def load_data(fn: str) -> list[int]:
return [
int(line_stripped) for line in relative_path(__file__, fn)
if (line_stripped := line.strip())
]
def input_from_file(fn: str) -> tuple[str, Rules]:
return input_from_lines(open(relative_path(__file__, fn)))
def claims_from_file(fn: str) -> list[Claim]:
return list(claims_from_lines(open(relative_path(__file__, fn))))
def circuit_from_file(fn: str) -> Circuit:
return list(connections_from_lines(open(relative_path(__file__, fn))))
def box_ids_from_file(fn: str) -> list[str]:
return box_ids_from_lines(open(relative_path(__file__, fn)))
def parse_file(cls, fn: str) -> list['Walk']:
return list(cls.parse_lines(open(relative_path(__file__, fn))))
def from_file(
cls, fn: str,
teams: Iterable[Team] = tuple(default_teams())) -> 'Battle':
return cls.from_lines(open(relative_path(__file__, fn)), teams)
def instructions_from_file(fn: str) -> list[Steps]:
return list(instructions_from_lines(open(relative_path(__file__, fn))))
def tape_from_file(fn: str) -> Tape:
return list(instructions_from_lines(open(relative_path(__file__, fn))))
def instructions_from_file(fn: str) -> str:
return open(relative_path(__file__, fn)).readline().strip()
def spreadsheet_from_file(fn: str) -> Spreadsheet:
return spreadsheet_from_lines(open(relative_path(__file__, fn)))
def frequencies_from_file(fn: str) -> list[int]:
return [int(line.strip()) for line in open(relative_path(__file__, fn))]
def passes_from_file(fn: str) -> list[str]:
return [line.strip() for line in open(relative_path(__file__, fn))]
def groups_from_file(fn: str) -> list[Group]:
return list(groups_from_lines(open(relative_path(__file__, fn))))
def from_file(cls, fn: str):
return cls.from_lines(open(relative_path(__file__, fn)))
def decks_from_file(fn: str) -> Decks:
return decks_from_lines(open(relative_path(__file__, fn)))
def links_from_file(fn: str) -> list[Link]:
return list(links_from_lines(open(relative_path(__file__, fn))))
def elf_count_from_file(fn: str) -> int:
return int(open(relative_path(__file__, fn)).readline().strip())