def test_do_rooms_overlap_with_overlapping_tiles_returns_true():
room_one = Burrow()
room_two = Burrow()
room_one.set_tiles([Tile(0, 0, None), Tile(1, 1, None)])
room_two.set_tiles([Tile(1, 1, None), Tile(3, 3, None)])
assert TileGeometry.do_rooms_overlap(room_one, room_two)
def test_can_have_multiple_empty_tiles(test_room):
tile_one = Tile(5, 11, DungeonCardValues.EMPTY)
tile_two = Tile(5, 12, DungeonCardValues.EMPTY)
test_room.add_tile(DungeonCardValues.EMPTY, 5, 11)
test_room.add_tile(DungeonCardValues.EMPTY, 5, 12)
assert tile_one in test_room.get_tiles()
assert tile_two in test_room.get_tiles()
def test_shift_tile_list_0_0_and_0_1_to_1_0_returns_1_0_and_1_1():
tiles_to_move = [Tile(0, 0, None), Tile(0, 1, None)]
tile_to_shift_to = Tile(1, 0, None)
actual = ShiftTile.shift_tile_list(tiles_to_move, tile_to_shift_to)
expected = [Tile(1, 0, None), Tile(1, 1, None)]
assert actual == expected
def test_tile_character_attribute_does_not_change_after_being_recentered():
attribute = DungeonCardValues.TREASURE
tile_to_be_recentered = Tile(0, 0, attribute)
tile_to_recenter_around = Tile(0, 1, None)
actual = CenterTile.recenter_tile(tile_to_be_recentered,
tile_to_recenter_around)
assert actual.get_character_number() == DungeonCardValues.TREASURE
def serialize(self, serializable_object: Tile):
return {
'x':
serializable_object.get_x(),
'y':
serializable_object.get_y(),
'z':
serializable_object.get_z(),
'value':
self.enum_serializer.serialize(
serializable_object.get_character_number()),
}
def test_rotation_algorithm_fails_on_arbitrary_edge_case(waypoint_b):
room_one = Burrow()
room_two = Tunnel()
tile_coordinate_list = list(itertools.permutations([-1, 0, 1], 2))
tiles_surrounding_origin = [
Tile(coord[0], coord[1], None) for coord in tile_coordinate_list
]
origin_tile = Tile(0, 0, UniqueDungeonCardValues.ENTRANCE_B)
tiles_surrounding_origin.append(origin_tile)
room_two.set_tiles(tiles_surrounding_origin)
with pytest.raises(AssertionError, match="TileGeometry algorithm failed"):
TileGeometry.overlay_room_a_on_room_b(room_one, room_two, waypoint_b)
def test_center_burrow_on_entrance_b(waypoint_b):
room = Burrow()
assert waypoint_b.has_entrance(room)
actual = CenterTile.center_on_entrance(room, waypoint_b)
tile = waypoint_b.get_entrance(actual)
assert tile == Tile(0, 0, UniqueDungeonCardValues.ENTRANCE_B)
assert isinstance(actual, Burrow)
def test_tile_and_dog_object_are_not_equal():
tile = Tile(0, 0, None)
class Dog: # pylint: disable=too-few-public-methods
pass
assert Dog() != tile
def test_recentering_tile0_0_around_0_1_has_coordinates_0_minus_1():
tile_to_be_recentered = Tile(0, 0, None)
tile_to_recenter_around = Tile(0, 1, None)
actual = CenterTile.recenter_tile(tile_to_be_recentered,
tile_to_recenter_around)
actual_x = actual.get_x()
actual_y = actual.get_y()
expected_x = 0
expected_y = -1
assert expected_x == actual_x
assert expected_y == actual_y
def test_center_hovel_on_entrance_a(waypoint_a):
room = Hovel()
assert waypoint_a.has_entrance(room)
actual = CenterTile.center_on_entrance(room, waypoint_a)
tile = waypoint_a.get_entrance(actual)
assert tile == Tile(0, 0, UniqueDungeonCardValues.ENTRANCE_A)
assert isinstance(actual, Hovel)
def test_center_on_entrance_b_causes_entrance_to_have_coordinate_0_0(
waypoint_b):
room = Tunnel()
new_room = CenterTile.center_on_entrance(room, waypoint_b)
actual = waypoint_b.get_entrance(new_room)
assert actual == Tile(0, 0, UniqueDungeonCardValues.ENTRANCE_B)
assert actual.get_x() == 0
assert actual.get_y() == 0
def test_recentering_tile_0_0_returns_tile_with_coordinates_0_0():
x_coordinate = 0
y_coordinate = 0
tile_to_be_recentered = Tile(x_coordinate, y_coordinate, None)
tile_to_recenter_around = Tile(x_coordinate, y_coordinate, None)
actual = CenterTile.recenter_tile(tile_to_be_recentered,
tile_to_recenter_around)
actual_x = actual.get_x()
actual_y = actual.get_y()
expected_x = 0
expected_y = 0
assert isinstance(actual, Tile)
assert expected_x == actual_x
assert expected_y == actual_y
def test_recenters_list_of_tiles_around_a_tile():
tile_one = Tile(0, 1, None)
tile_two = Tile(1, 0, None)
tile_list = [tile_one, tile_two]
tile_to_be_recentered_around = Tile(-1, 1, None)
actual = CenterTile.recenter_tile_list(tile_list,
tile_to_be_recentered_around)
new_tile_one = actual[0]
new_tile_two = actual[1]
expected_tile_one_x = 1
expected_tile_one_y = 0
expected_tile_two_x = 2
expected_tile_two_y = -1
assert new_tile_one.get_x() == expected_tile_one_x
assert new_tile_one.get_y() == expected_tile_one_y
assert new_tile_two.get_x() == expected_tile_two_x
assert new_tile_two.get_y() == expected_tile_two_y
def add_tile(self, character_number, x_value, y_value):
new_tile = Tile(x_value, y_value, character_number)
coordinates = (x_value, y_value)
coordinates_in_tile_list = ((tile.get_x(), tile.get_y())
for tile in self.tiles)
attributes = (tile.get_character_number() for tile in self.tiles)
if isinstance(character_number, UniqueTileValues) \
and character_number in attributes:
raise DuplicateTileError
if coordinates in coordinates_in_tile_list:
raise DuplicateTileError
self.tiles.append(new_tile)
def test_is_entrance_a_on_tile_returns_true(waypoint_a):
tile = Tile(0, 0, UniqueDungeonCardValues.ENTRANCE_A)
actual = waypoint_a.is_entrance(tile)
expected = True
assert actual == expected
def test_rotate_tile_minus_2_1_returns_tile_minus_1_2():
tile = Tile(-2, 1, None)
actual = tile.rotate()
assert actual == Tile(-1, 2, None)
def test_rotate_tile_returns_tile_with_same_character_number():
attribute = NumberedRoomTileValues.ONE
tile = Tile(0, 0, attribute)
actual = tile.rotate()
assert actual.get_character_number() == attribute
def test_shift_tile_0_0_to_1_2_returns_1_2():
tile_to_move = Tile(0, 0, None)
tile_to_shift_to = Tile(1, 2, None)
actual = ShiftTile.shift_tile(tile_to_move, tile_to_shift_to)
assert actual == tile_to_shift_to
def test_get_exit_b_on_burrow(waypoint_b):
room = Burrow()
actual = waypoint_b.get_exit(room)
assert actual == Tile(-1, -4, UniqueDungeonCardValues.EXIT_B)
def create_tile_b():
return Tile(0, 0, DungeonCardValues.COIN)
def test_rotate_tile_1_0_returns_tile_0_minus_1():
tile = Tile(1, 0, None)
actual = tile.rotate()
assert actual == Tile(1, -1, None)
def test_get_entrance_a_on_trail_returns_entrance_tile(waypoint_a):
room = Trail()
actual = waypoint_a.get_entrance(room)
expected = Tile(-2, 5, UniqueDungeonCardValues.ENTRANCE_A)
assert actual == expected
def shift_tile(tile_to_move, tile_to_shift_to):
new_x = tile_to_shift_to.get_x() + tile_to_move.get_x()
new_y = tile_to_shift_to.get_y() + tile_to_move.get_y()
character_number = tile_to_move.get_character_number()
return Tile(new_x, new_y, character_number)
def test_recenter_room_on_tile(waypoint_b):
room = Burrow()
actual = CenterTile.center_on_entrance(room, waypoint_b)
assert waypoint_b.get_entrance(actual) == Tile(
0, 0, UniqueDungeonCardValues.ENTRANCE_B)
def test_get_entrance_b_on_hovel_returns_entrance_tile(waypoint_b):
room = Hovel()
actual = waypoint_b.get_entrance(room)
expected = Tile(0, 3, UniqueDungeonCardValues.ENTRANCE_B)
assert actual == expected
def test_is_entrance_b_on_non_entrance_return_false(waypoint_b):
tile = Tile(0, 0, UniqueDungeonCardValues.ENTRANCE_A)
actual = waypoint_b.is_entrance(tile)
expected = False
assert actual == expected
def test_hash():
actual = hash(Tile(0, 0, NumberedRoomTileValues.ONE))
expected = hash((0, 0, NumberedRoomTileValues.ONE))
assert actual == expected
def test_add_tile(test_room):
current_tile = Tile(5, 10, DungeonCardValues.EMPTY)
test_room.add_tile(DungeonCardValues.EMPTY, 5, 10)
assert current_tile in test_room.get_tiles()
def test_repr():
tile = Tile(0, 0, NumberedRoomTileValues.ONE)
expected = '{} {} {}'.format(0, 0, NumberedRoomTileValues.ONE)
assert tile.__repr__() == expected
def recenter_tile(tile_to_move, tile_to_center_around):
new_x = tile_to_move.get_x() - tile_to_center_around.get_x()
new_y = tile_to_move.get_y() - tile_to_center_around.get_y()
character_number = tile_to_move.get_character_number()
return Tile(new_x, new_y, character_number)