def test_is_board_winner_with_winning_column(raw_data: list[str]):
bingo = puzzle_input_to_bingo(raw_data)
bingo.boards[0][3] = -1
bingo.boards[0][8] = -1
bingo.boards[0][13] = -1
bingo.boards[0][18] = -1
bingo.boards[0][23] = -1
assert is_board_winner(bingo.boards[0]) is True
def giant_squid2() -> int:
puzzle_input = puzzle_input_to_str(4, strip=True)
bingo = puzzle_input_to_bingo(puzzle_input)
return last_winning_board(bingo)
def test_last_winning_board(raw_data: list[str]):
bingo = puzzle_input_to_bingo(raw_data)
assert last_winning_board(bingo) == 1924
def test_first_winning_board(raw_data: list[str]):
bingo = puzzle_input_to_bingo(raw_data)
assert first_winning_board(bingo) == 4512
def test_is_board_winner_with_winning_row(raw_data: list[str]):
bingo = puzzle_input_to_bingo(raw_data)
for i in range(5):
bingo.boards[0][i] = -1
assert is_board_winner(bingo.boards[0]) is True
def test_is_board_winner_no_marked_numbers(raw_data: list[str]):
bingo = puzzle_input_to_bingo(raw_data)
assert is_board_winner(bingo.boards[0]) is False
def test_puzzle_input_to_bingo(raw_data: list[str]):
bingo = puzzle_input_to_bingo(raw_data)
assert bingo.moves[0] == 7 and bingo.moves[-1] == 1
assert len(bingo.boards) == 3