def testHasLegalMoves(self):
dummy = self.dummyPrompt()
deck = p.Deck()
# Create a hand with only illegal moves:
deck.hand.append(deck.Card('H', '2'))
deck.hand.append(deck.Card('H', '3'))
deck.hand.append(deck.Card('H', '4'))
deck.hand.append(deck.Card('S', '5'))
deck.hand.append(deck.Card('S', '6'))
deck.hand.append(deck.Card('S', '7'))
deck.hand.append(deck.Card('D', '9'))
deck.hand.append(deck.Card('D', '10'))
deck.hand.append(deck.Card('D', 'J'))
deck.hand.append(deck.Card('C', 'Q'))
self.assertFalse(deck.hasLegalMoves())
# Create a legal suit move:
deck.hand[5] = deck.Card('H', 'A')
deck.hand[8] = deck.Card('H', 'K')
self.assertTrue(deck.hasLegalMoves())
# Create a legal rank move:
deck.hand[8] = deck.Card('S', 'A')
self.assertTrue(deck.hasLegalMoves())
def test_convertToTuple(self):
testy = pondukapall.Deck()
self.assertEqual(testy.convertToTuple("DK"), ('D', 'K'))
self.assertEqual(testy.convertToTuple("S3"), ('S', '3'))
self.assertEqual(testy.convertToTuple("HA"), ('H', 'A'))
self.assertEqual(testy.convertToTuple("C8"), ('C', '8'))
self.assertEqual(testy.convertToTuple("D10"), ('D', '10'))
def testRemove(self):
# This function does not return a value,
dummy = self.dummyPrompt()
deck = p.Deck()
# Create a hand with an illegal move:
deck.hand.append(deck.Card('H', '2'))
deck.hand.append(deck.Card('H', '3'))
deck.hand.append(deck.Card('H', '4'))
deck.hand.append(deck.Card('S', '5'))
try:
deck.remove('1,2', dummy)
except:
self.assertTrue(len(deck.hand) == 4)
# Create a legal suit move:
deck.hand[3] = deck.Card('H', '5')
deck.remove('1,2', dummy)
self.assertTrue(len(deck.hand) == 2)
# Create a legal rank move:
deck.hand.append(deck.Card('S', 'A'))
deck.hand.append(deck.Card('S', '2'))
deck.remove('0:4', dummy)
self.assertTrue(len(deck.hand) == 0)
def test_convertToString(self):
testy = pondukapall.Deck()
self.assertEqual(testy.convertToString(('H', 'J')), "HJ")
self.assertEqual(testy.convertToString(('S', 'A')), "SA")
self.assertEqual(testy.convertToString(('D', 7)), "D7")
self.assertEqual(testy.convertToString(('C', 2)), "C2")
self.assertEqual(testy.convertToString(('H', 10)), "H10")
def testCardComparison(self):
deck = p.Deck()
ah1 = deck.Card('H', 'A')
ah2 = deck.Card('H', 'A')
self.assertTrue(ah1 == ah2)
as1 = deck.Card('S', 'A')
self.assertFalse(ah1 == as1)
def test_draw(self):
testy = pondukapall.Deck()
testy.cards = [('H', 'J'), ('S', 'A'), ('D', 7), ('C', 2), ('H', 10)]
self.assertEqual(testy.draw(), ('H', 10))
self.assertEqual(testy.draw(), ('C', 2))
self.assertEqual(testy.draw(), ('D', 7))
self.assertEqual(testy.draw(), ('S', 'A'))
self.assertEqual(testy.draw(), ('H', 'J'))
def test_getRank(self):
testy = pondukapall.Deck()
testy.cards = [('H', 'J'), ('S', 'A'), ('D', 7), ('C', 2), ('H', 10)]
self.assertEqual(testy.getRank(0), 'J')
self.assertEqual(testy.getRank(1), 'A')
self.assertEqual(testy.getRank(2), 7)
self.assertEqual(testy.getRank(3), 2)
self.assertEqual(testy.getRank(4), 10)
def testDraw(self): dummy = self.dummyPrompt() deck = p.Deck() c1 = len(deck.cards) h1 = len(deck.hand) deck.draw(dummy) c2 = len(deck.cards) + 1 h2 = len(deck.hand) - 1 self.assertTrue(c1 == c2 and h1 == h2)
def testIsEmpty(self): deck = p.Deck() # Here we use an index in the range of len(deck.cards) # because we're popping from deck.cards in each iteration # (=> deck.cards is mutable for the duration of the loop) for i in range(len(deck.cards)): self.assertFalse(deck.isEmpty()) deck.cards.pop() self.assertTrue(deck.isEmpty())
def testCardUnique(self): deck = p.Deck() for c in deck.cards: deck.cards.sort(key=lambda c: c.suit, reverse=True) deck.suits.sort() for s in deck.suits: for f in deck.ranks: d = [d for d in deck.cards if d == deck.Card(s, f)] # Check whether there's exactly one card of each type self.assertTrue(len(d) == 1) deck.cards.remove(d[0]) # Check whether there are any cards that were not popped # from the list in the for-loop. self.assertTrue(len(deck.cards) == 0)
def testDeckSize(self): deck = p.Deck() deckSize = len(deck.suits) * len(deck.ranks) self.assertEqual(len(deck.cards), deckSize)
def test_count(self):
testy = pondukapall.Deck()
testy.cards = [('H', 'J'), ('S', 'A'), ('D', 7), ('C', 2), ('H', 10)]
self.assertEqual(testy.count(), 5)