def test_can_buy_good(self):
chloe = Player("Chloe", 0, money=300)
lucien = Player("Lucien", 1)
board = Board()
chloe.buy_good(board.boxes[3])
lucien.buy_good(board.boxes[9])
self.assertTrue(chloe.can_buy_good(board.boxes[1]))
self.assertTrue(chloe.can_buy_good(board.boxes[5]))
self.assertTrue(chloe.can_buy_good(board.boxes[12]))
self.assertFalse(chloe.can_buy_good(board.boxes[2])) # not a good
self.assertFalse(chloe.can_buy_good(board.boxes[3])) # chloe is owner
self.assertFalse(chloe.can_buy_good(board.boxes[9])) # lucien is owner
self.assertFalse(chloe.can_buy_good(
board.boxes[39])) # not enough money
def test_buy_houses(self):
chloe = Player("Chloe", 0)
board = Board()
chloe.buy_good(board.boxes[1])
chloe.buy_good(board.boxes[3])
chloe.buy_houses(board.boxes[1], 5)
self.assertEqual(5, board.boxes[1].nb_houses)
self.assertEqual(INITIAL_MONEY - 60 - 60 - 50 * 5, chloe.money)
with self.assertRaises(Exception):
chloe.buy_houses(board.boxes[1], 2)
with self.assertRaises(Exception):
chloe.buy_houses(board.boxes[2], 1)
chloe.buy_good(board.boxes[39])
with self.assertRaises(Exception):
chloe.buy_houses(board.boxes[39], 4)
def test_has_full_color(self):
chloe = Player("Chloe", 0)
board = Board()
chloe.buy_good(board.boxes[1])
chloe.buy_good(board.boxes[3])
chloe.buy_good(board.boxes[6])
chloe.buy_good(board.boxes[8])
chloe.buy_good(board.boxes[9])
chloe.buy_good(board.boxes[11])
self.assertTrue(chloe.has_full_color("brown"))
self.assertTrue(chloe.has_full_color("light-blue"))
self.assertFalse(chloe.has_full_color("pink"))
self.assertFalse(chloe.has_full_color("green"))
with self.assertRaises(KeyError):
chloe.has_full_color("purple")
def test_get_rent(self):
chloe = Player("Chloe", 0)
lucien = Player("Lucien", 1)
gildas = Player("Gildas", 1)
board = Board()
chloe.buy_good(board.boxes[1])
board.boxes[1].nb_houses = 2
chloe.buy_good(board.boxes[3])
board.boxes[3].nb_houses = 3
chloe.buy_good(board.boxes[5])
chloe.buy_good(board.boxes[6])
chloe.buy_good(board.boxes[12])
gildas.buy_good(board.boxes[15])
gildas.buy_good(board.boxes[25])
lucien.dices = [3, 4]
self.assertEqual(0, board.boxes[1].get_rent(chloe))
self.assertEqual(0, board.boxes[8].get_rent(chloe))
self.assertEqual(0, board.boxes[16].get_rent(chloe))
self.assertEqual(30, board.boxes[1].get_rent(lucien))
self.assertEqual(180, board.boxes[3].get_rent(lucien))
self.assertEqual(50, board.boxes[5].get_rent(lucien))
self.assertEqual((3 + 4) * 4, board.boxes[12].get_rent(lucien))
self.assertEqual(0, board.boxes[13].get_rent(lucien))
self.assertEqual(100, board.boxes[15].get_rent(lucien))
def test_get_number_of_stations(self):
chloe = Player("Chloe", 0)
lucien = Player("Lucien", 1)
gildas = Player("Gildas", 2)
board = Board()
chloe.buy_good(board.boxes[5])
chloe.buy_good(board.boxes[15])
lucien.buy_good(board.boxes[25])
self.assertEqual(2, chloe.get_number_of_stations())
self.assertEqual(1, lucien.get_number_of_stations())
self.assertEqual(0, gildas.get_number_of_stations())
def test_get_number_of_buildings(self):
chloe = Player("Chloe", 0)
lucien = Player("Lucien", 1)
board = Board()
chloe.buy_good(board.boxes[1])
chloe.buy_good(board.boxes[3])
chloe.buy_good(board.boxes[6])
chloe.buy_good(board.boxes[8])
chloe.buy_good(board.boxes[9])
chloe.buy_houses(board.boxes[1], 5)
chloe.buy_houses(board.boxes[3], 3)
chloe.buy_houses(board.boxes[6], 5)
chloe.buy_houses(board.boxes[8], 2)
self.assertEqual((5, 2), chloe.get_number_of_buildings())
self.assertEqual((0, 0), lucien.get_number_of_buildings())
def test_buy_good(self):
chloe = Player("Chloe", 0)
board = Board()
chloe.buy_good(board.boxes[39])
chloe.buy_good(board.boxes[1])
chloe.buy_good(board.boxes[5])
self.assertEqual(3, len(chloe.goods))
self.assertEqual("Rue de la Paix", chloe.goods[0].name)
self.assertEqual("Boulevard de Belleville", chloe.goods[1].name)
self.assertEqual("Gare Montparnasse", chloe.goods[2].name)
self.assertEqual(
INITIAL_MONEY - sum([good.price for good in chloe.goods]),
chloe.money)
with self.assertRaises(Exception):
chloe.buy_good(board.boxes[2])
def test_taxes(self):
chloe = Player("Chloe", 0)
board = Board()
chloe.buy_good(board.boxes[1])
chloe.buy_good(board.boxes[3])
chloe.buy_good(board.boxes[6])
chloe.buy_good(board.boxes[8])
chloe.buy_good(board.boxes[9])
chloe.buy_houses(board.boxes[1], 5)
chloe.buy_houses(board.boxes[3], 3)
chloe.buy_houses(board.boxes[6], 5)
chloe.buy_houses(board.boxes[8], 2)
money_before_taxes = chloe.money
card = Card(card_id="666", name="", card_type="taxes", value=[20, 50])
card.execute(chloe, None, board)
tax = 5 * 20 + 2 * 50
self.assertEqual(money_before_taxes - tax, chloe.money)
self.assertEqual(board.park_money, tax)
def test_can_buy_houses(self):
chloe = Player("Chloe", 0, money=600)
board = Board()
chloe.buy_good(board.boxes[1])
self.assertEqual(0, chloe.can_buy_houses(
board.boxes[1])) # does not own all properties
chloe.buy_good(board.boxes[3])
self.assertEqual(0,
chloe.can_buy_houses(board.boxes[5])) # not a street
self.assertEqual(5, chloe.can_buy_houses(board.boxes[1]))
board.boxes[1].nb_houses = 3
self.assertEqual(2, chloe.can_buy_houses(
board.boxes[1])) # only 2 houses available
self.assertEqual(0, chloe.can_buy_houses(
board.boxes[39])) # not the owner
chloe.buy_good(board.boxes[39])
self.assertEqual(0, chloe.can_buy_houses(
board.boxes[39])) # not enough money
def test_get_number_of_companies(self):
chloe = Player("Chloe", 0)
board = Board()
chloe.buy_good(board.boxes[12])
self.assertEqual(1, chloe.get_number_of_companies())
