def test_is_valid_play(student):
hands = game.deal()
prev = random.choice(common.generate_plays(hands[0]))
retval = []
t_pass = True
retval.append("prev = {0}".format(sorted(prev)))
for play in common.generate_plays(hands[1]):
x = check.compare_solutions(common.is_valid_play, student, t_args=[prev, play])
t_pass = t_pass and x[0]
retval.append(["play = {0}".format(sorted(play)), checkresult2list(x)])
return t_pass, (retval)
def test_is_valid_play(student):
hands = game.deal()
prev = random.choice(common.generate_plays(hands[0]))
retval = []
t_pass = True
retval.append('prev = {0}'.format(sorted(prev)))
for play in common.generate_plays(hands[1]):
x = check.compare_solutions(common.is_valid_play,
student,
t_args=[prev, play])
t_pass = t_pass and x[0]
retval.append(['play = {0}'.format(sorted(play)), checkresult2list(x)])
return t_pass, (retval)
def test_generate_plays(student):
hands = game.deal()
retval = []
t_pass = True
for hand in hands:
hand = list(hand)
x = check.compare_solutions(common.generate_plays, student, t_args=[hand], transform=list2frozenset)
t_pass = t_pass and x[0]
retval.append("hand = {0}".format(hand))
retval.append("sorted(hand) = {0}".format(sorted(hand)))
# convert away from frozenset so that doesn't get displayed
y = x[0], map(list, x[1]), map(list, x[2])
retval.append(checkresult2list(y))
return t_pass, (retval)
def test_get_valid_plays(student):
hands = game.deal()
retval = []
t_pass = True
for prev in common.generate_plays(hands[0]):
retval.append("prev = {0}".format(sorted(prev)))
for hand in hands[1:]:
x = check.compare_solutions(
common.get_valid_plays,
student,
t_args=[prev, list(hand)],
t_kwargs=dict(generate=common.generate_plays, is_valid=common.is_valid_play),
transform=list2frozenset,
)
t_pass = t_pass and x[0]
retval.append(["hand = {0}".format(sorted(hand)), checkresult2list(x)])
return t_pass, (retval)
def test_generate_plays(student):
hands = game.deal()
retval = []
t_pass = True
for hand in hands:
hand = list(hand)
x = check.compare_solutions(common.generate_plays,
student,
t_args=[hand],
transform=list2frozenset)
t_pass = t_pass and x[0]
retval.append("hand = {0}".format(hand))
retval.append("sorted(hand) = {0}".format(sorted(hand)))
# convert away from frozenset so that doesn't get displayed
y = x[0], map(list, x[1]), map(list, x[2])
retval.append(checkresult2list(y))
return t_pass, (retval)
def test_play(student):
hands = game.deal()
players = (student, student, student, student)
discard = []
lp = 0
game_over = False
retval = []
round = 0
t_pass = True
while not game_over:
round += 1
retval.append('Round {0}'.format(round))
retval.append([
'HANDS',
[
'player{0}: {1}'.format(i, sorted(h))
for i, h in enumerate(hands)
]
])
prev_hands = copy.deepcopy(hands)
prev_lp = lp
try:
hands, lp, game_over, discard = game.play_round(
hands, players, discard, lp, 'raise')
except game.InvalidAction, e:
retval.append(['INVALID ACTION', [e, e.call]])
t_pass = False
break
retval.append([
'PLAYS',
[
'player{0}: {1}'.format((prev_lp + i) % len(players), str(p))
for i, p in enumerate(discard[-1])
]
])
if prev_hands == hands:
# Nobody played, so we break out or we would be stuck
game_over = True
retval.append("GAME OVER: Nobody played")
else:
retval.append(['WINNER', ['player{0}'.format(lp)]])
def test_get_valid_plays(student):
hands = game.deal()
retval = []
t_pass = True
for prev in common.generate_plays(hands[0]):
retval.append('prev = {0}'.format(sorted(prev)))
for hand in hands[1:]:
x = check.compare_solutions(common.get_valid_plays,
student,
t_args=[prev, list(hand)],
t_kwargs=dict(
generate=common.generate_plays,
is_valid=common.is_valid_play),
transform=list2frozenset)
t_pass = t_pass and x[0]
retval.append(
['hand = {0}'.format(sorted(hand)),
checkresult2list(x)])
return t_pass, (retval)
def test_play(student):
hands = game.deal()
players = (student, student, student, student)
discard = []
lp = 0
game_over = False
retval = []
round = 0
t_pass = True
while not game_over:
round += 1
retval.append("Round {0}".format(round))
retval.append(["HANDS", ["player{0}: {1}".format(i, sorted(h)) for i, h in enumerate(hands)]])
prev_hands = copy.deepcopy(hands)
prev_lp = lp
try:
hands, lp, game_over, discard = game.play_round(hands, players, discard, lp, "raise")
except game.InvalidAction, e:
retval.append(["INVALID ACTION", [e, e.call]])
t_pass = False
break
retval.append(
[
"PLAYS",
["player{0}: {1}".format((prev_lp + i) % len(players), str(p)) for i, p in enumerate(discard[-1])],
]
)
if prev_hands == hands:
# Nobody played, so we break out or we would be stuck
game_over = True
retval.append("GAME OVER: Nobody played")
else:
retval.append(["WINNER", ["player{0}".format(lp)]])
def deal(self, ncards):
game = self.get_cur_game()
if game is not None:
game.deal(ncards)
return ''