def test_read_json_file(self):
# arrange
file_path = "/home/hannah/Documents/FunProjects/Challenges/nonogram/test_nonogram.json"
reader = PuzzleReader(file_path)
# act
puzzle = reader._read_json_puzzle_file()
# assert
assert len(puzzle) == 2
def test_get_row_and_column_numbers(self):
# arrange
file_path = "/home/hannah/Documents/FunProjects/Challenges/nonogram/test_nonogram.json"
reader = PuzzleReader(file_path)
# act
rows, columns = reader.get_row_and_column_numbers()
# assert
assert len(rows) == 10
assert len(columns) == 10
def test_fill_definite_squares_in_column(self):
# arrange
path = r"/home/hannah/Documents/FunProjects/Challenges/nonogram/test_nonogram_5x5.json"
reader = PuzzleReader(path)
solver = Solver(Grid(5), reader)
# act
solver.fill_definite_squares_in_column()
# assert
assert solver.grid.get_column_as_string(4) == ".X.X."
def __init__(self, puzzle_filepath):
self.puzzle_input = PuzzleReader.read_as_list(puzzle_filepath)
self.claims = self.parse_claims_from_list(self.puzzle_input)
def __init__(self, puzzle_filepath):
self.freq_changes = [
int(x) for x in PuzzleReader.read_as_list(puzzle_filepath)
]
def __init__(self, puzzle_filepath):
self.inventory = PuzzleReader.read_as_list(puzzle_filepath)
def __init__(self, grid: Grid, reader: PuzzleReader):
self.grid = grid
self.row_nums, self.col_nums = reader.get_row_and_column_numbers()
def main():
grid = Grid(5)
path = r"/home/hannah/Documents/FunProjects/Challenges/nonogram/test_nonogram_5x5.json"
reader = PuzzleReader(path)
solver = SlightlyBetterThanRandomNonogramSolver(grid, reader)
solver.solve()