def test_7card_rankings(self):
for hand, rep in self._7CARD_HANDS:
self.assertEqual(repr(poker.get_7_card_ranking(hand)), rep)
# rotating the suits should always give an equal hand
shuffled = self.clone_and_shuffle(hand)
r1 = poker.get_7_card_ranking(hand)
r2 = poker.get_7_card_ranking(shuffled)
self.assertEqual(r1, r2)
self.assertEqual(repr(r1), repr(r2))
# compare hands with each other; later ones in the list are better than
# earlier ones.
for (h1, d1), (h2, d2) in itertools.combinations(self._7CARD_HANDS, 2):
self.assertLess(poker.get_7_card_ranking(h1),
poker.get_7_card_ranking(h2))
def test_7card_rankings(self):
for hand, rep in self._7CARD_HANDS:
self.assertEqual(repr(poker.get_7_card_ranking(hand)), rep)
# rotating the suits should always give an equal hand
shuffled = self.clone_and_shuffle(hand)
r1 = poker.get_7_card_ranking(hand)
r2 = poker.get_7_card_ranking(shuffled)
self.assertEqual(r1, r2)
self.assertEqual(repr(r1), repr(r2))
# compare hands with each other; later ones in the list are better than
# earlier ones.
for (h1, d1), (h2, d2) in itertools.combinations(
self._7CARD_HANDS, 2
):
self.assertLess(poker.get_7_card_ranking(h1),
poker.get_7_card_ranking(h2))
def callback(event, index=None, amount=None):
nonlocal signal
interpreter.holdem_callback(event, index, amount)
if event == 'showdown':
for ps in interpreter.holdem.players:
if not ps.folded:
if ((get_7_card_ranking(ps.hand).ranking ==
Ranking.straight_flush)):
signal = False
def callback(event, index=None, amount=None):
nonlocal signal
interpreter.holdem_callback(event, index, amount)
if event == 'showdown':
for ps in interpreter.holdem.players:
if not ps.folded:
if ((get_7_card_ranking(
ps.hand).ranking == Ranking.straight_flush)):
signal = False
def event_showdown(self, player_state, amount):
self.stdout.write('--------------------------------------------\n')
self.stdout.write('SHOWDOWN!\n')
# show what everyone had
for ps in self.holdem.players:
if not ps.folded:
self.stdout.write('{} had [{}{}] -- {}\n'.format(
display.name(ps.name), display.cards(ps.hand[0]),
display.cards(ps.hand[1]),
display.cards(get_7_card_ranking(ps.hand))))
def showdown(self):
# assemble the poker hand objects
players = [p for p in self.players if not p.folded]
for p in players:
for c in self.upcards:
p.hand.append(c)
# now find the highest
highest = [players[0]]
for p in players[1:]:
if ((poker.get_7_card_ranking(p.hand) >
poker.get_7_card_ranking(highest[0].hand))):
highest = [p]
elif (poker.get_7_card_ranking(p.hand) ==
poker.get_7_card_ranking(highest[0].hand)):
highest.append(p)
self.callback('showdown')
self.declare_winners([p.index for p in highest])
def showdown(self):
# assemble the poker hand objects
players = [p for p in self.players if not p.folded]
for p in players:
for c in self.upcards:
p.hand.append(c)
# now find the highest
highest = [players[0]]
for p in players[1:]:
if ((poker.get_7_card_ranking(p.hand) > poker.get_7_card_ranking(
highest[0].hand))):
highest = [p]
elif (poker.get_7_card_ranking(p.hand) == poker.get_7_card_ranking(
highest[0].hand)):
highest.append(p)
self.callback('showdown')
self.declare_winners([p.index for p in highest])
def event_showdown(self, player_state, amount):
self.stdout.write('--------------------------------------------\n')
self.stdout.write('SHOWDOWN!\n')
# show what everyone had
for ps in self.holdem.players:
if not ps.folded:
self.stdout.write('{} had [{}{}] -- {}\n'.format(
display.name(ps.name),
display.cards(ps.hand[0]),
display.cards(ps.hand[1]),
display.cards(get_7_card_ranking(ps.hand))
))
def random_sample_hands():
# generate two of each type
lists = {
k: []
for k in range(poker.Ranking.high_card, poker.Ranking.straight_flush +
1)
}
while True:
deck = cards.Deck()
hand = cards.Hand(deck.dealn(7))
ranking = poker.get_7_card_ranking(hand)
if len(lists[ranking.ranking]) < 2:
print('{} {}'.format(hand.pretty(), ranking))
lists[ranking.ranking].append(hand)
if all(len(l) == 2 for l in lists.values()):
break
return sum(lists.values(), [])
#!/usr/bin/env python3
import cards
from poker import poker
def random_sample_hands():
# generate two of each type
lists = {
k: []
for k in range(poker.Ranking.high_card, poker.Ranking.straight_flush +
1)
}
while True:
deck = cards.Deck()
hand = cards.Hand(deck.dealn(7))
ranking = poker.get_7_card_ranking(hand)
if len(lists[ranking.ranking]) < 2:
print('{} {}'.format(hand.pretty(), ranking))
lists[ranking.ranking].append(hand)
if all(len(l) == 2 for l in lists.values()):
break
return sum(lists.values(), [])
if __name__ == '__main__':
hands = random_sample_hands()
for hand in hands:
print("('{}', '{}'".format(hand, poker.get_7_card_ranking(hand)))