def test_holdem():
def multi(h1, h2, board):
r = cpoker.multi_holdem([h1, h2], board)
if r != poker.multi_holdem([h1, h2], board):
for h in [h1, h2, board]:
print utils.make_pretty(h)
print r
print poker.multi_holdem([h1, h2], board)
assert False
return r[0] if len(r) == 1 else 2
funcs = [
poker_lite.holdem2p,
lambda h1, h2, b: poker_lite.compare(h1 + b, h2 + b),
cpoker.holdem2p,
poker.holdem2p,
multi,
]
for f in funcs:
f = utils.pretty_args(f)
assert f("Td 3d", "Ac As", "Ks 8h 4h 6d Qh") == 1
assert f("Td 5h", "Ad 2s", "Ah 4h Kd 5c 4c") == 1
assert f("2s Td", "7c 8c", "7h Ah 3c 2h 2d") == 0
assert f("Jc 4h", "3h 8d", "9d 5d Js Tc 7s") == 1
assert f("Ts 7c", "Tc 2h", "6s Ad Ac 6h Kc") == 2
assert f("5d 7d", "8d Kd", "3h 5s 3c 5h Qh") == 0
assert f("7s 4h", "Ts Js", "4d 6h 6c Qs 6d") == 0
assert f("7s 6c", "2h Jd", "8c Ks 3h 7c Ts") == 0
assert f("Kd 3d", "Jh 3c", "6d Kh 2s Th 6c") == 0
assert f("2s 4s", "9d Th", "Kc Ks Qs Ah 3c") == 1
assert f("Kh Th", "Qd 4d", "Qh Js 5c 2s 2d") == 1
assert f("8s Td", "Jc Qs", "4h 8d 9s 9h Qd") == 1
assert f("7c Js", "Kd 6s", "3h Ad 4h 2c Tc") == 1
assert f("6c Qh", "Jh Qs", "9c 9s 4h Ts Jc") == 1
assert f("2h 3c", "Tc Kd", "4c 4d Kh 5s 4s") == 1
assert f("Ts 4d", "Ks Ad", "2h 3s 4s 7s Jd") == 0
assert f("4s Qc", "8c Qd", "9h 9s 4c 3d Js") == 0
assert f("3c 2c", "5s 2d", "3h 4h 8s Ad 2h") == 1
assert f("7c Jh", "Ah 6c", "8s 9s Qd 3c 5d") == 1
assert f("Qc Ts", "9h 5d", "5h Jd 5c Js 3c") == 1
assert f("Tc 5h", "6s Jd", "Ah 7d 4h 9s 4s") == 1
assert f("4c 9h", "9c 7h", "Ac 9d Jd 8h 5c") == 2
assert f("4d Ah", "Qs 8s", "9c 3s 2d Ad Ts") == 0
assert f("Th 3d", "Ad 3c", "Jh 7s 5s Ah 2c") == 1
assert f("9h 4s", "3s Jc", "4h Ad 8c 2s 9c") == 0
assert f("7d Js", "Td 8s", "6h 6s Kc 7h 4c") == 0
assert f("2d 6d", "Qd 9d", "Ad 2s 6h Qs 7h") == 0
assert f("Qs Ts", "Th 5d", "9d 2c Qc 3h Ah") == 0
assert f("5h 8d", "4d Jc", "Ac Js Jd 4c 2s") == 1
assert f("4s Ad", "5h 4c", "Jc 9h 3d Qc 2s") == 0
# do some more for good measure
for __ in xrange(1000):
cards = utils.deal()
if len(set([f(*cards) for f in funcs])) != 1:
print [f(*cards) for f in funcs]
assert False
def test_holdem():
def multi(h1, h2, board):
r = cpoker.multi_holdem([h1, h2], board)
if r != poker.multi_holdem([h1, h2], board):
for h in [h1, h2, board]:
print(utils.make_pretty(h))
print(r)
print(poker.multi_holdem([h1, h2], board))
assert False
return r[0] if len(r) == 1 else 2
funcs = [poker_lite.holdem2p,
lambda h1, h2, b:poker_lite.compare(h1 + b, h2 + b),
#cpoker.holdem2p,
poker.holdem2p,
#multi
]
for f in funcs:
f = utils.pretty_args(f)
assert f('Td 3d', 'Ac As', 'Ks 8h 4h 6d Qh') == 1
assert f('Td 5h', 'Ad 2s', 'Ah 4h Kd 5c 4c') == 1
assert f('2s Td', '7c 8c', '7h Ah 3c 2h 2d') == 0
assert f('Jc 4h', '3h 8d', '9d 5d Js Tc 7s') == 1
assert f('Ts 7c', 'Tc 2h', '6s Ad Ac 6h Kc') == 2
assert f('5d 7d', '8d Kd', '3h 5s 3c 5h Qh') == 0
assert f('7s 4h', 'Ts Js', '4d 6h 6c Qs 6d') == 0
assert f('7s 6c', '2h Jd', '8c Ks 3h 7c Ts') == 0
assert f('Kd 3d', 'Jh 3c', '6d Kh 2s Th 6c') == 0
assert f('2s 4s', '9d Th', 'Kc Ks Qs Ah 3c') == 1
assert f('Kh Th', 'Qd 4d', 'Qh Js 5c 2s 2d') == 1
assert f('8s Td', 'Jc Qs', '4h 8d 9s 9h Qd') == 1
assert f('7c Js', 'Kd 6s', '3h Ad 4h 2c Tc') == 1
assert f('6c Qh', 'Jh Qs', '9c 9s 4h Ts Jc') == 1
assert f('2h 3c', 'Tc Kd', '4c 4d Kh 5s 4s') == 1
assert f('Ts 4d', 'Ks Ad', '2h 3s 4s 7s Jd') == 0
assert f('4s Qc', '8c Qd', '9h 9s 4c 3d Js') == 0
assert f('3c 2c', '5s 2d', '3h 4h 8s Ad 2h') == 1
assert f('7c Jh', 'Ah 6c', '8s 9s Qd 3c 5d') == 1
assert f('Qc Ts', '9h 5d', '5h Jd 5c Js 3c') == 1
assert f('Tc 5h', '6s Jd', 'Ah 7d 4h 9s 4s') == 1
assert f('4c 9h', '9c 7h', 'Ac 9d Jd 8h 5c') == 2
assert f('4d Ah', 'Qs 8s', '9c 3s 2d Ad Ts') == 0
assert f('Th 3d', 'Ad 3c', 'Jh 7s 5s Ah 2c') == 1
assert f('9h 4s', '3s Jc', '4h Ad 8c 2s 9c') == 0
assert f('7d Js', 'Td 8s', '6h 6s Kc 7h 4c') == 0
assert f('2d 6d', 'Qd 9d', 'Ad 2s 6h Qs 7h') == 0
assert f('Qs Ts', 'Th 5d', '9d 2c Qc 3h Ah') == 0
assert f('5h 8d', '4d Jc', 'Ac Js Jd 4c 2s') == 1
assert f('4s Ad', '5h 4c', 'Jc 9h 3d Qc 2s') == 0
#do some more for good measure
for __ in range(1000):
cards = utils.deal()
if len(set([f(*cards) for f in funcs])) != 1:
print([f(*cards) for f in funcs])
assert False
def test_cfull_enumeration_with_boardcards_against_py():
switch = {3: 4, 4: 3}
n = 3
for __ in range(100):
n = switch[n]
cards = utils.deal([2, 2, n])
hands, board = cards[:2], cards[2]
map(assert_close, cpoker.full_enumeration(hands, board), poker.full_enumeration(hands, board))
for __ in range(100):
n = switch[n]
cards = utils.deal([2, 2, 2, n])
hands, board = cards[:3], cards[3]
map(assert_close, cpoker.full_enumeration(hands, board), poker.full_enumeration(hands, board))
for __ in range(100):
n = switch[n]
cards = utils.deal([2, 2, 2, 2, 2, n])
hands, board = cards[:5], cards[5]
map(assert_close, cpoker.full_enumeration(hands, board), poker.full_enumeration(hands, board))
def test_cfull_enumeration_with_boardcards_against_py():
switch = {3:4, 4:3}
n = 3
for __ in range(100):
n = switch[n]
cards = utils.deal([2, 2, n])
hands, board = cards[:2], cards[2]
map(assert_close, cpoker.full_enumeration(hands, board), poker.full_enumeration(hands, board))
for __ in range(100):
n = switch[n]
cards = utils.deal([2, 2, 2, n])
hands, board = cards[:3], cards[3]
map(assert_close, cpoker.full_enumeration(hands, board), poker.full_enumeration(hands, board))
for __ in range(100):
n = switch[n]
cards = utils.deal([2, 2, 2, 2, 2, n])
hands, board = cards[:5], cards[5]
map(assert_close, cpoker.full_enumeration(hands, board), poker.full_enumeration(hands, board))
