def test_unslot_block(self):
self._move_player(1400, 2600)
self.play_area.use_item('block_E')
item = cast(interactions.Item,
interactions.obtain('slotted_block_E_in_L'))
self.play_area.apply_effects(item.play_area_effects)
self.assertNotIn('slotted_block_E_in_L', self.play_area._objects)
self.assertIn('puzzle_slot_L', self.play_area._objects)
def test_key(self):
item = interactions.obtain('key')
assert item # for pytype
self.assertSequenceEqual(item.item_effects,
(interactions.Effect.add_item('key'), ))
self.assertSequenceEqual(item.play_area_effects,
(interactions.Effect.remove_object('key'), ))
self.assertIn('key', item.reason)
def test_can_use(self):
for name in itertools.chain(self.play_area._objects,
self.play_area._hidden_objects):
item = interactions.obtain(name)
if not item:
continue
effects = list(item.item_effects)
while effects:
effect = effects.pop(0)
if effect.type is not interactions.ItemEffectType.ADD:
continue
for use in interactions.use(effect.target):
self.assertIsInstance(use, interactions.Use)
effects.extend(use.item_effects)
def test_solve_block_puzzle_twice(self):
# Solve the puzzle.
self._move_player(1400, 2600)
self.play_area.use_item('block_L')
self._move_player(120, 0)
self.play_area.use_item('block_O')
self._move_player(200, 0)
self.play_area.use_item('block_V')
self._move_player(140, 0)
self.play_area.use_item('block_E')
# Take block E out and put it back in.
item = cast(interactions.Item,
interactions.obtain('slotted_block_E_in_E'))
self.play_area.apply_effects(item.play_area_effects)
self.play_area.use_item('block_E')
def test_can_obtain(self):
for name in itertools.chain(self.play_area._objects,
self.play_area._hidden_objects):
self.assertIsInstance(interactions.obtain(name),
(type(None), interactions.Item))
def test_noop(self):
self.assertIsNone(interactions.obtain('wall_1'))