def test_epidemic(self):
testDeck = Deck()
card = testDeck.draw()
self.assertEqual(card, ['TEHRAN', 'black'], 'did not draw top card')
self.assertEqual(testDeck._discard_len(), 1,
'discard pile incorrect size')
self.assertEqual(len(testDeck), 47, 'deck incorrect size')
card = testDeck.draw()
self.assertEqual(card, ['RIYADH', 'black'], 'did not draw top card')
self.assertEqual(testDeck._discard_len(), 2,
'discard pile incorrect size')
self.assertEqual(len(testDeck), 46, 'deck incorrect size')
card = testDeck.draw()
self.assertEqual(card, ['MUMBAI', 'black'], 'did not draw top card')
self.assertEqual(testDeck._discard_len(), 3,
'discard pile incorrect size')
self.assertEqual(len(testDeck), 45, 'deck incorrect size')
card = testDeck.bottom_draw()
self.assertEqual(card, ['BANGKOK', 'red'],
'bottom draw returned incorrect card')
testDeck.shuffle_discard_onto_deck()
self.assertEqual(testDeck._discard_len(), 0,
'discard pile incorrect size')
self.assertEqual(len(testDeck), 48, 'deck incorrect size')
def test_draw(self):
testDeck = Deck()
card = testDeck.draw()
self.assertEqual(card, ['TEHRAN', 'black'], 'did not draw top card')
self.assertEqual(testDeck._discard_len(), 1,
'discard pile incorrect size')
testDeck.shuffle()
testDeck.draw()
testDeck.draw()
testDeck.draw()
self.assertEqual(testDeck._discard_len(), 4,
'discard pile incorrect size')
def test_remove_card(self):
testDeck = Deck()
card = testDeck.draw()
self.assertEqual(card, ['TEHRAN', 'black'], 'did not draw top card')
self.assertEqual(testDeck._discard_len(), 1,
'discard pile incorrect size')
testDeck.remove_card(card)
self.assertEqual(testDeck._discard_len(), 0,
'discard pile incorrect size')
def test_forecast(self):
testDeck = Deck()
cards = testDeck.forecast_pop()
self.assertEqual(len(testDeck), 42, 'incorrect deck size')
self.assertEqual(cards[0], ['TEHRAN', 'black'],
'did not draw top card')
self.assertEqual(cards[1], ['RIYADH', 'black'],
'did not draw top card')
self.assertEqual(cards[2], ['MUMBAI', 'black'],
'did not draw top card')
self.assertEqual(cards[3], ['MOSCOW', 'black'],
'did not draw top card')
self.assertEqual(cards[4], ['KOLKATA', 'black'],
'did not draw top card')
self.assertEqual(cards[5], ['KARACHI', 'black'],
'did not draw top card')
cards.reverse()
self.assertEqual(cards[5], ['TEHRAN', 'black'],
'did not draw top card')
self.assertEqual(cards[4], ['RIYADH', 'black'],
'did not draw top card')
self.assertEqual(cards[3], ['MUMBAI', 'black'],
'did not draw top card')
self.assertEqual(cards[2], ['MOSCOW', 'black'],
'did not draw top card')
self.assertEqual(cards[1], ['KOLKATA', 'black'],
'did not draw top card')
self.assertEqual(cards[0], ['KARACHI', 'black'],
'did not draw top card')
self.assertEqual(len(testDeck), 42, 'incorrect deck size')
testDeck.forecast_append(cards)
self.assertEqual(len(testDeck), 48, 'incorrect deck size')
cards = []
for x in range(6):
cards.append(testDeck.draw())
self.assertEqual(cards[5], ['TEHRAN', 'black'],
'did not draw top card')
self.assertEqual(cards[4], ['RIYADH', 'black'],
'did not draw top card')
self.assertEqual(cards[3], ['MUMBAI', 'black'],
'did not draw top card')
self.assertEqual(cards[2], ['MOSCOW', 'black'],
'did not draw top card')
self.assertEqual(cards[1], ['KOLKATA', 'black'],
'did not draw top card')
self.assertEqual(cards[0], ['KARACHI', 'black'],
'did not draw top card')