class TestSort(unittest.TestCase):
def setUp(self):
self.sorter = Sort()
def test_bubble(self):
a =[9,1,7,6,5,4,3,2]
self.assertListEqual(self.sorter.bubble(a), [1,2,3,4,5,6,7,9])
def test_qsort(self):
a=[6,5,7,9,8]
self.sorter.qsort(0, len(a) - 1, a)
self.assertListEqual(a, [5,6,7,8,9])
def performActions(player, cardsToBeat, cardsToPlay):
# reset cardsToPlay from previous player
for card in cardsToPlay:
player.addCardToHand(card)
cardsToPlay[:] = []
Sort.qsort(player.hand, compareCard)
print "To start putting cards down, type 'choose' and 'complete' to finish your turn"
print "Or if you can't beat the current cards, just enter 'pass'\n"
printAllRelevantHands(player, cardsToPlay, cardsToBeat)
action = raw_input("Enter what you want to do (type 'options' for list of actions available): ")
# let user decide all the things to do this turn
while doAction(player, action, cardsToPlay, cardsToBeat):
action = raw_input("Enter what you want to do (type 'options' for list of actions available): ")
printAllRelevantHands(player, cardsToPlay, cardsToBeat)
validHand = isAValidHand(cardsToPlay)
# no cards currently on the table
if len(cardsToBeat) == 0:
# note that the player is participating in the round
player.passed = False
if len(cardsToPlay) == 0 or not validHand:
printPause("You are the current leader!")
printPause("You must play something valid!\n")
return performActions(player, cardsToBeat, cardsToPlay)
else:
# set current hand on table
return list(cardsToPlay)
else:
# have to pass or beat the leader
typeInPlay = typeOfPlay(cardsToBeat)
if len(cardsToPlay) == 0:
printPause("You are choosing to pass\n")
player.passed = True
return cardsToBeat
elif not validHand or not handCanBePlayed(cardsToPlay, typeInPlay, cardsToBeat):
printPause("The hand you want to play is not valid!")
print "You need to have a straight of", typeInPlay["straight"]
print "and a \"of a kind\" of", typeInPlay["ofAKind"]
print "to match the leader"
printPause("")
return performActions(player, cardsToBeat, cardsToPlay)
else:
# set current hand on table
player.passed = False
return list(cardsToPlay)
def sort(self, cmpfn): Sort.qsort(self.cards, cmpfn)
def sortHand(self, cmpfn): Sort.qsort(self.hand, compareCard)
def typeOfPlay(cardsPlayed):
Sort.qsort(cardsPlayed, compareCard)
return {"straight" : numOfStraight(cardsPlayed), "ofAKind" : numOfAKind(cardsPlayed)}