def test_sell_cards(self):
j = jaipur.Jaipur(players.RandomPlayer('Alice'),
players.RandomPlayer('Bob'))
j.initial_setup()
# Manual setup
j.hands[j.player1] = ['Diamond', 'Gold', 'Cloth', 'Cloth', 'Cloth']
# Invalid sell actions
self.assertRaises(Exception, j.sell_cards,
['Gold', 1]) # Can't sell 1 gold only
self.assertRaises(Exception, j.sell_cards,
['Cloth', 4]) # Not enough cloth to sell
# Check cards and tokens
start_cloth_tokens = int(len(j.goods_tokens['Cloth']))
start_triple_tokens = int(len(j.bonus_tokens[3]))
j.sell_cards('Cloth', 3)
self.assertTrue('Cloth' in j.discard_pile)
self.assertTrue('Cloth' not in j.hands[j.player1])
self.assertEqual(len(j.tokens[j.player1]),
4) # 3 goods tokens and 1 bonus token for p1
self.assertEqual(len(j.goods_tokens['Cloth']),
start_cloth_tokens - 3) # 3 less cloth tokens
self.assertEqual(len(j.bonus_tokens[3]),
start_triple_tokens - 1) # 1 less triple token
def test_card_exchange(self):
j = jaipur.Jaipur(players.RandomPlayer('Alice'),
players.RandomPlayer('Bob'))
j.initial_setup()
# Manual setup
j.market = ['Camel', 'Diamond', 'Silver', 'Gold', 'Gold']
j.hands[j.player1] = ['Cloth', 'Spice', 'Leather']
# Invalid actions
self.assertRaises(Exception, j.exchange_cards,
[['Gold'], ['Spice']]) # Card not in the market
self.assertRaises(Exception, j.exchange_cards,
[['Cloth', 'Spice', 'Leather'],
['Gold', 'Gold', 'Gold']]) # Too many golds
self.assertRaises(Exception, j.exchange_cards,
[['Cloth'], ['Diamond', 'Silver', 'Gold']
]) # Exchange doesn't match
# Try a valid exchange and see if the effects work
j.exchange_cards(['Cloth', 'Spice'], ['Gold', 'Gold'])
self.assertEqual(
len([card for card in j.hands[j.player1] if card == 'Gold']), 2)
self.assertTrue('Cloth' not in j.hands[j.player1]
and 'Spice' not in j.hands[j.player1])
def test_copy(self):
j = jaipur.Jaipur(players.RandomPlayer('Alice'),
players.RandomPlayer('Bob'))
j_copy = j.copy()
j.take_camels()
self.assertTrue(not j == j_copy)
def test_camel_taking(self):
j = jaipur.Jaipur(players.RandomPlayer('Alice'),
players.RandomPlayer('Bob'))
j.initial_setup()
# At least 3 camels in the player's herd and no camels in the hands
j.take_camels()
self.assertTrue(len(j.herds[j.player1]) >= 3)
self.assertTrue('Camel' not in j.hands[j.player1])
def test_check_hands(self):
j = jaipur.Jaipur(players.RandomPlayer('Alice'),
players.RandomPlayer('Bob'))
j.initial_setup()
self.assertEqual(len(j.market), 5)
# Check players hand at most 5 cards
self.assertTrue(len(j.hands[j.player1]) <= 5)
self.assertTrue(len(j.hands[j.player2]) <= 5)
# No camels in hands
self.assertTrue('Camel' not in j.hands[j.player1] + j.hands[j.player2])
def test_card_taking(self):
j = jaipur.Jaipur(players.RandomPlayer('Alice'),
players.RandomPlayer('Bob'))
j.initial_setup()
# Arbitrary card from the market
card = j.market[0]
j.take_card(card)
# Check if the card moves into the appropriate pile
if card == 'Camel':
self.assertTrue(card in j.herds[j.player1])
else:
self.assertTrue(card in j.hands[j.player1])
# Create arbitrary hand to test the hand limit
j.hands[j.player1] = [1, 1, 1, 1, 1, 1, 1]
card = j.market[0]
self.assertRaises(Exception, j.take_card(card))
def test_board_replenish(self):
j = jaipur.Jaipur(players.RandomPlayer('Alice'),
players.RandomPlayer('Bob'))
j.initial_setup()
# Arbitrary card from the market
card = j.market[0]
j.take_card(card)
# Check the market has been restored
self.assertEqual(len(j.market), 5)
# Swap players around
j.active_player, j.inactive_player = j.inactive_player, j.active_player
# Take a card
card2 = j.market[0]
j.take_card(card2)
if card2 == 'Camel':
self.assertTrue(card in j.herds[j.player2])
else:
self.assertTrue(card in j.hands[j.player2])
self.assertEqual(len(j.market), 5)
def test_play(self):
j = jaipur.Jaipur(players.RandomPlayer('Alice'),
players.RandomPlayer('Bob'))
winner, moves, outcome = j.play()
self.assertTrue(winner in ('Alice', 'Bob'))
