def test_interact(self):
name = 'tavern'
pos = (3, 2)
sprite = 'imgs/houses/blue_house.png'
interaction = None
items = [random_item(), random_item()]
shop = Shop(name, pos, sprite, interaction, items)
actor = random_character_entity()
entries = shop.interact(actor)
print(entries)
def test_init_shop(self):
name = 'tavern'
pos = (3, 2)
sprite = 'imgs/houses/blue_house.png'
interaction = None
items = [random_item(), random_item()]
shop = Shop(name, pos, sprite, interaction, items)
self.assertEqual(name, shop.name)
self.assertEqual(pos, shop.pos)
self.assertEqual('Tavern', str(shop))
self.assertTrue(items[0] in shop.items)
self.assertTrue(items[1] in shop.items)
def test_add_multiple_items(self):
movable_entity = random_movable_entity()
item = random_item()
other_item = random_item()
self.assertTrue(movable_entity.has_free_space())
self.assertEqual(0, len(movable_entity.items))
self.assertTrue(movable_entity.set_item(item))
self.assertTrue(movable_entity.set_item(other_item))
self.assertEqual(2, len(movable_entity.items))
self.assertEqual(item, movable_entity.get_item(0))
self.assertEqual(other_item, movable_entity.get_item(1))
def test_id_uniqueness(self):
items = []
for i in range(NB_TESTS_FOR_PROPORTIONS):
items.append(random_item())
self.assertTrue(len(set(map(lambda it: it.id, items))),
NB_TESTS_FOR_PROPORTIONS)
def test_init_shop(self):
name = 'tavern'
pos = (3, 2)
sprite = 'imgs/houses/blue_house.png'
interaction = None
items = [{
'item': random_item(),
'quantity': rd.randint(1, 10)
}, {
'item': random_item(),
'quantity': rd.randint(1, 10)
}]
shop = Shop(name, pos, sprite, interaction, items)
self.assertEqual(name, shop.name)
self.assertEqual(pos, shop.pos)
self.assertEqual('Tavern', str(shop))
self.assertTrue(items[0] in shop.stock)
self.assertTrue(items[1] in shop.stock)
def test_remove_item(self):
movable_entity = random_movable_entity()
item = random_item()
self.assertTrue(movable_entity.has_free_space())
self.assertEqual(0, len(movable_entity.items))
self.assertTrue(movable_entity.set_item(item))
self.assertEqual(item, movable_entity.remove_item(item))
self.assertEqual(0, len(movable_entity.items))
self.assertFalse(movable_entity.get_item(0))
def test_init_building_interactive(self):
name = 'house'
pos = (3, 2)
sprite = 'imgs/houses/blue_house.png'
interaction = {
'talks': [
random_string(min_len=10, max_len=100),
random_string(min_len=10, max_len=100)
],
'gold':
rd.randint(10, 1000),
'item':
random_item()
}
house = Building(name, pos, sprite, interaction)
self.assertEqual(name, house.name)
self.assertEqual(pos, house.pos)
self.assertEqual(interaction, house.interaction)
self.assertEqual('House', str(house))
def test_init_mision(self):
is_main = True
nature = MissionType.POSITION
positions = [(1 * TILE_SIZE, 2 * TILE_SIZE),
(3 * TILE_SIZE, 4 * TILE_SIZE)]
description = 'Test main mission'
nb_players = 2
turn_limit = 10
gold_reward = 200
items_reward = [random_item()]
mission = Mission(is_main, nature, positions, description, nb_players,
turn_limit, gold_reward, items_reward)
self.assertEqual(is_main, mission.main)
self.assertEqual(nature, mission.type)
self.assertEqual(positions, mission.positions)
self.assertEqual(description, mission.desc)
self.assertFalse(mission.ended)
self.assertEqual(turn_limit, mission.turn_limit)
self.assertEqual(gold_reward, mission.gold)
self.assertEqual(items_reward, mission.items)
self.assertEqual(nb_players, mission.min_chars)
self.assertEqual(0, len(mission.succeeded_chars))
def test_open_chest_item(self):
item = random_item()
potential_items = [(item, 1.0)]
chest = random_chest(item_set=potential_items)
self.assertEqual(item, chest.open())