def test_success__remove_duplicates(self):
cards = [cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON),
cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON),
cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON),
cards_objects.Card(cards_relations.CARD_TYPE.ADD_EXPERIENCE_COMMON),
cards_objects.Card(cards_relations.CARD_TYPE.ADD_EXPERIENCE_COMMON),
cards_objects.Card(cards_relations.CARD_TYPE.ADD_BONUS_ENERGY_COMMON),
cards_objects.Card(cards_relations.CARD_TYPE.CHANGE_HERO_SPENDINGS_TO_INSTANT_HEAL),
cards_objects.Card(cards_relations.CARD_TYPE.LEVEL_UP)]
for card in cards:
self.hero.cards.add_card(card)
task = CombineCardsTask(self.hero.id, cards=[cards[1].uid, cards[2].uid, cards[5].uid])
with self.check_delta(self.hero.cards.cards_count, -2):
self.assertEqual(task.process(FakePostpondTaskPrototype(), self.storage), POSTPONED_TASK_LOGIC_RESULT.SUCCESS)
self.assertTrue(self.hero.cards.has_card(cards[0].uid))
self.assertFalse(self.hero.cards.has_card(cards[1].uid))
self.assertFalse(self.hero.cards.has_card(cards[2].uid))
self.assertTrue(self.hero.cards.has_card(cards[3].uid))
self.assertTrue(self.hero.cards.has_card(cards[4].uid))
self.assertFalse(self.hero.cards.has_card(cards[5].uid))
self.assertTrue(self.hero.cards.has_card(cards[6].uid))
self.assertTrue(self.hero.cards.has_card(cards[7].uid))
self.assertTrue(task.state.is_PROCESSED)
def test_success__remove_duplicates(self):
cards = [cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON),
cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON),
cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON),
cards_objects.Card(cards_relations.CARD_TYPE.ADD_EXPERIENCE_COMMON),
cards_objects.Card(cards_relations.CARD_TYPE.ADD_EXPERIENCE_COMMON),
cards_objects.Card(cards_relations.CARD_TYPE.ADD_BONUS_ENERGY_COMMON),
cards_objects.Card(cards_relations.CARD_TYPE.CHANGE_HERO_SPENDINGS_TO_INSTANT_HEAL),
cards_objects.Card(cards_relations.CARD_TYPE.LEVEL_UP)]
for card in cards:
self.hero.cards.add_card(card)
task = CombineCardsTask(self.hero.id, cards=[cards[1].uid, cards[2].uid, cards[5].uid])
with self.check_delta(self.hero.cards.cards_count, -2):
self.assertEqual(task.process(FakePostpondTaskPrototype(), self.storage), POSTPONED_TASK_LOGIC_RESULT.SUCCESS)
self.assertTrue(self.hero.cards.has_card(cards[0].uid))
self.assertFalse(self.hero.cards.has_card(cards[1].uid))
self.assertFalse(self.hero.cards.has_card(cards[2].uid))
self.assertTrue(self.hero.cards.has_card(cards[3].uid))
self.assertTrue(self.hero.cards.has_card(cards[4].uid))
self.assertFalse(self.hero.cards.has_card(cards[5].uid))
self.assertTrue(self.hero.cards.has_card(cards[6].uid))
self.assertTrue(self.hero.cards.has_card(cards[7].uid))
self.assertTrue(task.state.is_PROCESSED)
def test_success__3_cards(self):
card_1 = cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON)
card_2 = cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON)
card_3 = cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON)
self.hero.cards.add_card(card_1)
self.hero.cards.add_card(card_2)
self.hero.cards.add_card(card_3)
task = CombineCardsTask(self.hero.id,
cards=[card_1.uid, card_2.uid, card_3.uid])
with self.check_delta(self.hero.cards.cards_count, -2):
self.assertEqual(
task.process(FakePostpondTaskPrototype(), self.storage),
POSTPONED_TASK_LOGIC_RESULT.SUCCESS)
self.assertTrue(self.hero.cards.has_cards)
self.assertTrue(
self.hero.cards.all_cards().next().type.rarity.is_UNCOMMON)
self.assertTrue(self.hero.cards.all_cards().next().name.lower() in
task.processed_data['message'].lower())
self.assertTrue(self.hero.cards.all_cards().next().effect.DESCRIPTION.
lower() in task.processed_data['message'].lower())
self.assertTrue(task.state.is_PROCESSED)
def test_serialization(self):
card_1 = cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON)
card_2 = cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON)
self.hero.cards.add_card(card_1)
self.hero.cards.add_card(card_2)
task = CombineCardsTask(self.hero.id, cards=[card_1.uid, card_2.uid], message='test message')
self.assertEqual(task.serialize(), CombineCardsTask.deserialize(task.serialize()).serialize())
def test_serialization(self):
card_1 = cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON)
card_2 = cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON)
self.hero.cards.add_card(card_1)
self.hero.cards.add_card(card_2)
task = CombineCardsTask(self.hero.id, cards=[card_1.uid, card_2.uid], message='test message')
self.assertEqual(task.serialize(), CombineCardsTask.deserialize(task.serialize()).serialize())
def test__can_not_combine(self):
for combine_status in cards_relations.CARDS_COMBINING_STATUS.records:
if combine_status.is_ALLOWED:
continue
task = CombineCardsTask(self.hero.id, cards=[])
with mock.patch('the_tale.game.cards.container.CardsContainer.can_combine_cards', lambda self, cards: combine_status):
with self.check_not_changed(self.hero.cards.cards_count):
self.assertEqual(task.process(FakePostpondTaskPrototype(), self.storage), POSTPONED_TASK_LOGIC_RESULT.ERROR)
self.assertFalse(self.hero.cards.has_cards)
self.assertTrue(task.state.is_CAN_NOT_COMBINE)
def test__can_not_combine(self):
for combine_status in cards_relations.CARDS_COMBINING_STATUS.records:
if combine_status.is_ALLOWED:
continue
task = CombineCardsTask(self.hero.id, cards=[])
with mock.patch('the_tale.game.cards.container.CardsContainer.can_combine_cards', lambda self, cards: combine_status):
with self.check_not_changed(self.hero.cards.cards_count):
self.assertEqual(task.process(FakePostpondTaskPrototype(), self.storage), POSTPONED_TASK_LOGIC_RESULT.ERROR)
self.assertFalse(self.hero.cards.has_cards)
self.assertTrue(task.state.is_CAN_NOT_COMBINE)
def test_success__2_cards(self):
card_1 = cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON)
card_2 = cards_objects.Card(cards_relations.CARD_TYPE.ADD_GOLD_COMMON)
self.hero.cards.add_card(card_1)
self.hero.cards.add_card(card_2)
task = CombineCardsTask(self.hero.id, cards=[card_1.uid, card_2.uid])
with self.check_delta(self.hero.cards.cards_count, -1):
self.assertEqual(task.process(FakePostpondTaskPrototype(), self.storage), POSTPONED_TASK_LOGIC_RESULT.SUCCESS)
self.assertTrue(self.hero.cards.has_cards)
self.assertEqual(self.hero.cards.cards_count(), 1)
self.assertTrue(self.hero.cards.all_cards().next().type.rarity.is_COMMON)
self.assertTrue(self.hero.cards.all_cards().next().type.text.lower() in task.processed_data['message'].lower())
self.assertTrue(self.hero.cards.all_cards().next().effect.DESCRIPTION.lower() in task.processed_data['message'].lower())
self.assertTrue(task.state.is_PROCESSED)
def test_create(self):
task = CombineCardsTask(self.hero.id, cards=[])
self.assertTrue(task.state.is_UNPROCESSED)
