def test_card_value(self):
# Test non-Ace
self.assertEqual(Card.cards_value(Test_Card_Methods.card_list), 21)
# Test Ace
card_list2 = [Card("5", "Hearts", 5), Card("Ace", "Hearts", (1, 11))]
self.assertEqual(Card.cards_value(card_list2), 16)
# Push the total over 21 with Ace == 11
card_list2.append(Card("King", "Hearts", 10))
self.assertEqual(Card.cards_value(card_list2), 16)
def dealer_turn(player_score: int):
print(f"\nDealer shows: {Card.string_cards(DEALER_CARDS)}")
min_score = 17
if player_score < 17:
min_score = player_score
while over_check(DEALER_CARDS, min_score):
deal("D")
print(f"Dealer shows: {Card.string_cards(DEALER_CARDS)}")
return Card.cards_value(DEALER_CARDS)
def player_turn():
while over_check(PLAYER_CARDS, 21):
print(f"\nDealer shows: {Card.string_cards(DEALER_CARDS, True)}")
print(f"You have: {Card.string_cards(PLAYER_CARDS)}\n")
hit_status = ""
while hit_status not in ("y", "n"):
hit_status = input(f"Hit? Y/N ").lower()
if hit_status == "y":
deal("P")
else:
break
return Card.cards_value(PLAYER_CARDS)
def over_check(card_list: int, threshold_num: int) -> bool:
return Card.cards_value(card_list) <= threshold_num
