def getDecksResp(self, state, data):
# On vérifie qu'il n'y a pas eu d'erreur technique
if state == 1:
if self.verifyResponse(data[:4]):
data = data[4:]
try:
from Manager.GameManager import GameManager
# On récupère les informations des structures
while len(data) >= calcsize("=iii"):
response = struct.unpack('=iii', data)
deck = Deck()
deck.id = response[0]
deck.leader = response[1]
data = data[calcsize("=iii"):]
for i in range(response[2]):
rep = struct.unpack('=ii', data)
deck.cards[rep[0]] = rep[1]
data = data[calcsize("=ii"):]
self.app.gameManager.user.decks.append(deck)
self.app.gameManager.nbLoading -= 1
except Exception as ex:
raise Exception("Impossible de lire les données : " + ex.message)
else:
raise Exception("La récupèration des informations a échoué")
else:
raise Exception("La récupèration des informations a échoué")
def testShuffle(self):
cards = [None] * Deck.MINIMUM_DECK_SIZE
shuffledCards = [None] * Deck.MAXIMUM_DECK_SIZE
count = 0
for i in range(0, Deck.MINIMUM_DECK_SIZE):
cards[i] = Card.Card(
"Card %s" % str(i), "Card one Description",
"https://sv.wikipedia.org/wiki/Portal:Huvudsida#/media/File:Panama_Canal_Gatun_Locks.jpg",
1, 1, 1)
deck = Deck(deck=cards)
deck.Shuffle()
while not deck.OutOfCards:
shuffledCards[count] = deck.DrawCard()
count += 1
different = 0
for i in range(0, len(cards)):
if cards[i].Name != shuffledCards[i].Name:
different += 1
errorMsg = "Deck not shuffled properly. Number of cards not changed placement: %d" % different
self.assertFalse(different < 2, errorMsg)
pass
def testDrawCard(self):
card = Card.Card(
"Card name", "Card one Description",
"https://sv.wikipedia.org/wiki/Portal:Huvudsida#/media/File:Panama_Canal_Gatun_Locks.jpg",
1, 1, 1)
deck = Deck()
deck.AddCard(card)
try:
deck.DrawCard()
except:
self.fail("Card not drawn with one card in the deck")
self.assertFalse(
deck.DrawCard(),
"Deck returned card and now false when deck is empty")
def testAddCard(self):
card = Card.Card(
"Card name", "Card one Description",
"https://sv.wikipedia.org/wiki/Portal:Huvudsida#/media/File:Panama_Canal_Gatun_Locks.jpg",
1, 1, 1)
deck = Deck()
self.assertTrue(deck.OutOfCards,
"Deck marked as containing cards with no cards")
try:
deck.AddCard(card)
except:
self.fail("Card was not added (AssertFail)")
self.assertEquals(card, deck.DrawCard(), "Card not added correct")
def testOutOfCards(self):
deck = Deck()
deck.AddCard(
Card.Card(
"Card name", "Card one Description",
"https://sv.wikipedia.org/wiki/Portal:Huvudsida#/media/File:Panama_Canal_Gatun_Locks.jpg",
1, 1, 1))
self.assertFalse(deck.OutOfCards,
"Deck with a card marked as out of cards")
deck.DrawCard()
self.assertTrue(deck.OutOfCards,
"Deck with no cards marked as containing cards")
pass
def setUp(self):
cardsHandOne = [None] * 9
cardsHandTwo = [None] * 9
for i in range(0, 9):
cardHandOne = Card("Card no %d" % i, "Card for hand one",
"http://and.a.link/", random.randint(6, 9),
random.randint(2, 3), random.randint(3, 7))
cardHandTwo = Card("Card no %d" % i, "Card for hand one",
"http://and.a.link/", random.randint(4, 7),
random.randint(3, 5), random.randint(3, 7))
cardsHandOne[i] = cardHandOne
cardsHandTwo[i] = cardHandTwo
self.__cardsHandOne = Deck(deck=cardsHandOne)
self.__cardsHandTwo = Deck(deck=cardsHandTwo)
self.__handOne = Player(name="Player one",
deck=Deck(deck=cardsHandOne))
self.__handTwo = Player(name="Player two",
deck=Deck(deck=cardsHandTwo))
def testNumberOfCardsLeft(self):
card = Card.Card(
"Card name", "Card one Description",
"https://sv.wikipedia.org/wiki/Portal:Huvudsida#/media/File:Panama_Canal_Gatun_Locks.jpg",
1, 1, 1)
deck = Deck()
deck.AddCard(card)
self.assertEqual(1, deck.NumberOfCardsLeft,
"Wrong number of cards left displayed")
deck.AddCard(card)
self.assertEqual(
2, deck.NumberOfCardsLeft,
"Wrong number of cards left displayed after card added")
deck.DrawCard()
self.assertEqual(
1, deck.NumberOfCardsLeft,
"Wrong number of cards left displayed after card removed")
class TestPlayer(unittest.TestCase):
__handOne = None
__handTwo = None
__cardsHandOne = None
__cardsHandTwo = None
def setUp(self):
cardsHandOne = [None] * 9
cardsHandTwo = [None] * 9
for i in range(0, 9):
cardHandOne = Card("Card no %d" % i, "Card for hand one",
"http://and.a.link/", random.randint(6, 9),
random.randint(2, 3), random.randint(3, 7))
cardHandTwo = Card("Card no %d" % i, "Card for hand one",
"http://and.a.link/", random.randint(4, 7),
random.randint(3, 5), random.randint(3, 7))
cardsHandOne[i] = cardHandOne
cardsHandTwo[i] = cardHandTwo
self.__cardsHandOne = Deck(deck=cardsHandOne)
self.__cardsHandTwo = Deck(deck=cardsHandTwo)
self.__handOne = Player(name="Player one",
deck=Deck(deck=cardsHandOne))
self.__handTwo = Player(name="Player two",
deck=Deck(deck=cardsHandTwo))
def tearDown(self):
self.__handOne = None
self.__handTwo = None
def testVisibleCards(self):
visibleCards = []
for i in range(0, 3):
self.__handOne.DrawCard()
self.__handOne.EndTurn()
self.__handOne.PutCard(self.__handOne.hand[0])
visibleCards.append(self.__cardsHandOne.DrawCard())
self.__handOne.EndTurn()
self.__handTwo.EndTurn()
expected = len(visibleCards)
actual = len(self.__handOne.VisibleCards)
self.assertEqual(expected, actual, "Visible card count is incorrect")
for i in range(0, 1):
message = "Card %d is incorrect." % i
self.assertEquals(visibleCards[i], self.__handOne.VisibleCards[i],
message)
def testPutCard(self):
self.__handOne.DrawCard()
self.__handOne.EndTurn()
self.__handOne.PutCard(self.__handOne.hand[0])
card = self.__handOne.VisibleCards[0]
self.assertNotEquals(None, card, "PutCard() returns none")
self.assertEquals(self.__cardsHandOne.DrawCard(), card,
"PutCard did not take first card in deck")
def testActionPoints(self):
expectedStart = Player.MAX_ACTION_POINTS
expectedAfterPutCard = expectedStart - Player.CARD_COST
self.assertEqual(expectedStart, self.__handOne.ActionPoints,
"Not correct number of ActionPoints at start")
self.__handOne.DrawCard()
self.assertEqual(expectedAfterPutCard, self.__handOne.ActionPoints,
"Not correct number of ActionPoints after PutCard")
self.__handOne.EndTurn()
self.assertEqual(expectedStart, self.__handOne.ActionPoints,
"ActionPoints not reset after end of turn")
def testCardsLeft(self):
expected = 9
self.assertEqual(expected, self.__handOne.CardsLeft,
"Number of cards left not displayed correct")
expected = 7
self.__handOne.DrawCard()
self.__handOne.EndTurn()
self.__handOne.PutCard(self.__handOne.hand[0])
self.__handOne.EndTurn()
self.__handOne.DrawCard()
self.__handOne.EndTurn()
self.__handOne.PutCard(self.__handOne.hand[0])
self.assertEqual(expected, self.__handOne.CardsLeft,
"Number of cards left not decreased correct")
def testBattleSequence(self):
expected = None
self.__handOne.DrawCard()
self.__handOne.EndTurn()
self.__handOne.PutCard(self.__handOne.hand[0])
self.__handOne.EndTurn()
self.__handTwo.DrawCard()
self.__handTwo.EndTurn()
self.__handTwo.PutCard(self.__handTwo.hand[0])
self.__handTwo.EndTurn()
if self.__handOne.VisibleCards[0].AP > self.__handTwo.VisibleCards[
0].DP:
expected = self.__handOne.VisibleCards[0]
else:
expected = self.__handTwo.VisibleCards[0]
actual = self.__handOne.Attack(self.__handTwo.VisibleCards[0],
self.__handOne.VisibleCards[0])
self.assertEquals(expected, actual, "Wrong winner on Player.Attack")
try:
self.__handOne.Attack(self.__handOne.VisibleCards[0],
self.__handTwo.VisibleCards[0])
self.fail("Attack with opponents card possible")
except Exception, e:
if isinstance(e, IncorrectAttackerError):
self.__handOne.Attack(self.__handTwo.VisibleCards[0],
self.__handOne.VisibleCards[0])
self.__handOne.Attack(self.__handTwo.VisibleCards[0],
self.__handOne.VisibleCards[0])
try:
self.__handOne.Attack(self.__handTwo.VisibleCards[0],
self.__handOne.VisibleCards[0])
self.fail("More attacks than AP allow possible")
except Exception, e2:
if isinstance(e2, OutOfMovesError):
pass
else:
self.fail("Not correct error (OutOfMovesError)")
else: