def test_make_deck(self):
hand = standard.StandardHand()
for suit in standard.SUITS:
for rank in standard.RANKS:
hand.append(standard.StandardCard(rank, suit))
deck = standard.make_deck()
self.assertEqual(deck, hand)
def test_make_deck(self):
hand = standard.StandardHand()
for suit in standard.SUITS:
for rank in standard.RANKS:
hand.append(standard.StandardCard(rank, suit))
deck = standard.make_deck()
self.assertEqual(deck, hand)
def setUp(self):
score = {"fifteens": 0, "pairs": 0, "runs": 0, "flush": 0, "heels": 0, "nobs": 0}
self.deck = standard.make_deck()
self.dscore = score.copy()
self.dscore.update({"fifteens": 34528, "runs": 872415232, "pairs": 156})
self.spades = self.deck.by_suit(standard.SPADE)
self.sscore = score.copy()
self.sscore.update({"fifteens": 58, "runs": 13, "pairs": 0, "flush": 13})
def setUp(self):
score = {
"fifteens": 0,
"pairs": 0,
"runs": 0,
"flush": 0,
"heels": 0,
"nobs": 0
}
self.deck = standard.make_deck()
self.dscore = score.copy()
self.dscore.update({
"fifteens": 34528,
"runs": 872415232,
"pairs": 156
})
self.spades = self.deck.by_suit(standard.SPADE)
self.sscore = score.copy()
self.sscore.update({
"fifteens": 58,
"runs": 13,
"pairs": 0,
"flush": 13
})
if turned and dealer and turned.rank == standard.JACK:
score["heels"] = 2
elif turned and standard.StandardCard(standard.JACK, turned.suit) in hand:
score["nobs"] = 1
return score
if __name__ == "__main__":
from random import getrandbits
def rand_bool():
return not getrandbits(1)
deck = standard.make_deck(shuffle = True)
hand = deck.deal(4)
turned = deck.pop()
dealing = rand_bool()
cribbing = rand_bool()
score = score_hand(hand, turned=turned, dealer=dealing, crib=cribbing)
if dealing:
print "dealing."
if cribbing:
print "counting crib."
print "turned:", turned
print hand
print
def test_make_deck_shuffle(self):
random.seed(0)
unshuffled = standard.make_deck(shuffle=False)
shuffled = standard.make_deck(shuffle=True)
self.assertNotEqual(unshuffled, shuffled)
def test_hand_by_rank(self):
aces = standard.make_deck().by_rank(standard.ACE)
self.assertEqual(str(aces), "As Ah Ad Ac")
def test_hand_by_suit(self):
spades = standard.make_deck().by_suit(standard.SPADE)
self.assertEqual(str(spades), "AKQJT98765432s")
def test_hand_str(self):
deck = standard.make_deck()
self.assertEqual(str(deck),
"AKQJT98765432s AKQJT98765432h "
"AKQJT98765432d AKQJT98765432c")
def test_make_deck_shuffle(self):
random.seed(0)
unshuffled = standard.make_deck(shuffle=False)
shuffled = standard.make_deck(shuffle=True)
self.assertNotEqual(unshuffled, shuffled)
def test_hand_by_rank(self):
aces = standard.make_deck().by_rank(standard.ACE)
self.assertEqual(str(aces), "As Ah Ad Ac")
def test_hand_by_suit(self):
spades = standard.make_deck().by_suit(standard.SPADE)
self.assertEqual(str(spades), "AKQJT98765432s")
def test_hand_str(self):
deck = standard.make_deck()
self.assertEqual(
str(deck), "AKQJT98765432s AKQJT98765432h "
"AKQJT98765432d AKQJT98765432c")
if turned and dealer and turned.rank == standard.JACK:
score["heels"] = 2
elif turned and standard.StandardCard(standard.JACK, turned.suit) in hand:
score["nobs"] = 1
return score
if __name__ == "__main__":
from random import getrandbits
def rand_bool():
return not getrandbits(1)
deck = standard.make_deck(shuffle=True)
hand = deck.deal(4)
turned = deck.pop()
dealing = rand_bool()
cribbing = rand_bool()
score = score_hand(hand, turned=turned, dealer=dealing, crib=cribbing)
if dealing:
print "dealing."
if cribbing:
print "counting crib."
print "turned:", turned
print hand
print