def test_solving_solvable_mazes(self):
solvable_maze_numbers = ['1', '2', '3', '4']
for num in solvable_maze_numbers:
with open('mazesolver/tests/boards/board-1-' + num + '.txt') as f:
ms = MazeSolver(f.read())
ms.solve()
assert ms.success
if argv[1] == '2':
board_paths = 'mazesolver/tests/boards/board-2-'
for board_number in [1, 2, 3, 4]:
with open(board_paths + str(board_number) + '.txt') as board_file:
maze_solver = TerrainMazeSolver(board_file.read())
maze_solver.visualize()
if argv[1] == '3':
base_path = 'mazesolver/tests/boards/'
board_names = (
('board-1-1.txt', MazeSolver),
('board-2-1.txt', TerrainMazeSolver),
)
methods = ('Astar', 'Dijkstra', 'BFS',)
for board_name, Solver in board_names:
for method in methods:
with open(base_path + board_name) as board_file:
maze_solver = Solver(board_file.read())
maze_solver.solve(method=method)
print('\n' + '\u2500' * 60)
print(
'Solution for board "{}" found with the {}-algorithm'\
.format(board_name, method)
)
# maze_solver.visualize()
maze_solver.representation(with_open_closed=True)
print('\u2500' * 60)