def test_shuffle(self):
'''
test method shuffle()
'''
shoe = Shoe(8)
self.assertEqual("Ac", str(shoe.deal()), "no shuffle Ace clubs first")
shoe.reset()
expected_clubs = "Ac2c3c4c5c6c7c8c9cTcJcQcKc"
cards = ""
for _ in range(13):
cards += str(shoe.deal())
self.assertEqual(expected_clubs, cards, "pre-shuffle")
shoe.shuffle()
cards = ""
for _ in range(13):
cards += str(shoe.deal())
self.assertNotEqual(expected_clubs, cards, "post-shuffle")
def test_cut_card_seen(self):
'''!
test method cut_card_seen()
'''
shoe = Shoe(8)
self.assertTrue(shoe.cut_card_seen(), "new shoe, yes")
shoe.set_cut_card(1)
self.assertFalse(shoe.cut_card_seen(), "position 1 no deal, no")
card1 = shoe.deal()
self.assertTrue(shoe.cut_card_seen(), "after 1 dealt, then yes")
def test_deal(self):
'''!
test method deal()
'''
shoe = Shoe(8)
card1 = shoe.deal()
# no shuffle so Ac should start us out
self.assertEqual("Ac", str(card1), "no shuffle Ac first card")
# create a short custom shoe to test running out of cards
shoe2 = Shoe([
Card(43),
Card(44),
Card(45),
])
# only 3 cards in this shoe2
card1 = shoe2.deal()
self.assertIsNotNone(card1, "first of shoe2")
card1 = shoe2.deal()
self.assertIsNotNone(card1, "second of shoe2")
card1 = shoe2.deal()
self.assertIsNotNone(card1, "third of shoe2")
card1 = shoe2.deal()
self.assertIsNone(card1, "fourth of shoe2 (empty)")