def test_three_of_a_kind(self):
deck = Deck()
deck.get_new_deck()
community_cards = []
community_cards.append (Card('2', 'D'))
community_cards.append (Card('2', 'C'))
community_cards.append (Card('4', 'D'))
my_hand = Hand(community_cards)
my_hand.add (Card('2', 'S'))
my_hand.add (Card('6', 'D'))
assert my_hand.three_of_a_kind() and not my_hand.one_pair()
community_cards = []
community_cards.append (community_cards1 or deck.deal())
community_cards.append (community_cards2 or deck.deal())
community_cards.append (community_cards3 or deck.deal())
community_cards.append (community_cards4 or deck.deal())
community_cards.append (community_cards5 or deck.deal())
my_hand = Hand(community_cards)
my_hand.add (my_cards1)
my_hand.add (my_cards2)
if my_hand.is_flush(): count_my_flushes += 1.0
if my_hand.is_straight(): count_my_straights += 1.0
if my_hand.four_of_a_kind(): count_my_four_of_a_kind += 1.0
if my_hand.three_of_a_kind(): count_my_three_of_a_kind += 1.0
if my_hand.one_pair(): count_my_one_pair += 1.0
count_my_hand_strength += my_hand.get_strength()
count_their_straights = 0
count_their_flushes = 0
count_their_four_of_a_kind = 0
count_their_three_of_a_kind = 0
count_their_one_pair = 0
count_their_hand_strength = 0
deck = Deck()
for i in xrange(int(total)):
deck.get_new_deck()
community_cards = []
