def test_valid_exit_completion(self):
cave = load_cave(get_test_file_path("samples/d23/one_step.txt"))
sorted_caves = SortedCaveList()
sorted_caves.add(cave)
possible_caves = get_valid_corridor_exits(sorted_caves.pop())
self.assertEqual(len(possible_caves), 1)
self.assertEqual(is_complete(possible_caves[0]), True)
sorted_caves.add(possible_caves[0])
self.assertEqual(sorted_caves.has_completion(), True)
def test_valid_exit_completion_algo(self):
cave = load_cave(get_test_file_path("samples/d23/one_step.txt"))
sorted_caves = SortedCaveList()
sorted_caves.add(cave)
for room in cave.rooms:
for possible_cave in get_valid_room_exits(cave, room):
sorted_caves.add(possible_cave)
for possible_cave in get_valid_corridor_exits(cave):
sorted_caves.add(possible_cave)
self.assertEqual(sorted_caves.has_completion(), True)
def test_valid_exits(self):
cave = load_cave(
get_test_file_path("samples/d23/example_corridor.txt"))
possible_caves = get_valid_corridor_exits(cave)
self.assertEqual(len(possible_caves), 1)
self.assertListEqual(
possible_caves[0].corridor,
[None] * 5 + [get_desert(), None, None, None,
get_amber(), None])
self.assertListEqual(possible_caves[0].rooms[3].spaces,
[get_desert(), None])
self.assertEqual(possible_caves[0].total_cost, 3000)
def test_empty_corridor(self):
cave = load_cave(get_test_file_path("samples/d23/example1.txt"))
possible_caves = get_valid_corridor_exits(cave)
self.assertEqual(len(possible_caves), 0)