def best_poker_hand(self, cards=[]):
'''
Returns the highest poker hand in hand by going thorough all possible
hands and see if they exist in the current hand.
:param cards: the current hand.
:return: the best poker hand.
'''
total_cards = self.cards + cards
pokerhands = [
ph.check_multiples(total_cards, 5), # Five of a kind
ph.check_straight_flush(total_cards), # Straight flush
ph.check_multiples(total_cards, 4), # Four of a kind
ph.check_full_house(total_cards), # Full house
ph.check_flush(total_cards), # Flush
ph.check_straight(total_cards), # Straight
ph.check_multiples(total_cards, 3), # Three of a kind
ph.check_two_pair(total_cards), # Two pair
ph.check_multiples(total_cards, 2), # Two of a kind
ph.check_multiples(total_cards, 1), # Highest single
]
for ptype, values in zip(ph.PokerHandType, pokerhands):
if values is not None:
return PokerHand(values, ptype)
def test_give_four_of_kind_shoud_false(self):
cards = ["TC", "TD", "TH", "TS", "AH"]
answer = pk.check_full_house(cards)
self.assertEqual(False, answer)
def test_give_three_of_kind_should_false(self):
cards = ["AC", "AD", "4C", "5H", "AH"]
answer = pk.check_full_house(cards)
self.assertEqual(False, answer)
def test_give_A_T_T_T_A_shoud_true(self):
cards = ["AC", "TD", "TH", "TC", "AH"]
answer = pk.check_full_house(cards)
self.assertEqual(True, answer)
def test_give_T_T_T_J_Q_should_false(self):
cards = ["TC", "TD", "TH", "JC", "QH"]
answer = pk.check_full_house(cards)
self.assertEqual(False, answer)
