class TestCautiousBehaviour(TestCase):
def setUp(self):
self.behaviour = Cautious()
self.player = Player(behaviour=self.behaviour, balance=300)
def test_cautious_behaviour_should_keep_balance_unchanged_when_player_balance_less_location_cost_of_sale_result_lesser_than_80(
self, ):
location = Location(cost_of_sale=250, cost_of_rent=49)
self.player.buy(location)
expected = 300
result = self.player.balance
self.assertEqual(expected, result)
def test_cautious_behaviour_repr_should_return_Cautious(self):
expected = "Cautious"
result = repr(self.behaviour)
self.assertEqual(expected, result, "message")
class TestImpulsiveBehaviour(TestCase):
def setUp(self):
self.behaviour = Impulsive()
self.player = Player(behaviour=self.behaviour, balance=300)
def test_impulsive_behaviour_buy_should_return_true_when_player_balance_is_greater_than_location_cost_of_sale_and_location_has_no_owner(
self, ):
location = Location(cost_of_sale=150, cost_of_rent=150)
self.player.buy(location)
result = self.player.balance
expected_balance = 150
self.assertEqual(expected_balance, result, "message")
def test_impulsive_behaviour_buy_should_keep_balance_attribute_when_a_property_already_have_a_owner(
self, ):
player2 = Player(behaviour=self.behaviour, balance=300)
location = Location(cost_of_sale=150, cost_of_rent=150)
location.owner = player2
expected = 300
self.player.buy(location)
result = self.player.balance
self.assertEqual(expected, result, "message")
def test_impulsive_behaviour_buy_should_keep_balance_attribute_when_a_property_cost_of_sale_is_greater_than_player_balance(
self, ):
location = Location(cost_of_sale=150, cost_of_rent=150)
expected = 150
self.player.buy(location)
result = self.player.balance
self.assertEqual(expected, result, "message")
class TestDemandingBehaviour(TestCase):
def setUp(self):
self.behaviour = Demanding()
self.player = Player(behaviour=self.behaviour, balance=300)
def test_demanding_behaviour_buy_should_update_player_balance_when_location_cost_of_saler_lesser_than_player_balance_and_location_cost_of_rent_greater_than_50(
self, ):
location = Location(cost_of_sale=150, cost_of_rent=51)
expected = 150
self.player.buy(location)
result = self.player.balance
self.assertEqual(expected, result, "message")
def test_demanding_behaviour_buy_should_keep_player_balance_when_location_cost_of_rent_lesser_than_50(
self, ):
location = Location(cost_of_sale=150, cost_of_rent=49)
expected = 300
self.player.buy(location)
result = self.player.balance
self.assertEqual(expected, result)
def test_demanding_behaviour_buy_should_keep_player_balance_when_player_balance_when_location_already_have_a_owner(
self, ):
player2 = Player(behaviour=self.behaviour, balance=300)
location = Location(cost_of_sale=150, cost_of_rent=55)
location.owner = player2
self.player.buy(location)
expected = 300
result = self.player.balance
class TestRandomBehaviour(TestCase):
def setUp(self):
self.behaviour = Random()
self.player = Player(behaviour=self.behaviour, balance=300)
@mock.patch("monopoly.behaviour.choice", return_value=True)
def test_random_behaviour_buy_should_update_player_balance_when_random_value_is_true(
self, mocked_choice):
location = Location(cost_of_sale=150, cost_of_rent=49)
self.player.buy(location)
expected = 150
result = self.player.balance
self.assertEqual(expected, result)
@mock.patch("monopoly.behaviour.choice", return_value=False)
def test_random_behaviour_buy_should_keep_player_balance_unchanged_when_random_value_is_false(
self, mocked_choice):
location = Location(cost_of_sale=150, cost_of_rent=49)
self.player.buy(location)
expected = 300
result = self.player.balance
self.assertEqual(expected, result)