def test_owner_is():
p1 = Player(0)
p2 = Player(0)
r = RealState(50, 5, owner=p1)
assert r.owner_is(p1) == True
assert r.owner_is(p2) == False
def test_rent():
p1, p2 = Player(0), Player(5)
r = RealState(50, 5, owner=p1)
r.rent_to(p2)
assert p1.balance == 5
assert p2.balance == 0
def test_deal_rent():
p1 = Player(100)
p2 = Player(0)
r2 = RealState(50, 5, owner=p2)
r2.deal(p1)
assert p2.balance == 5
assert p1.balance == 95
def test_run_winner(mocker):
p1 = Player(100)
p2 = Player(0)
r = RealState(100, 10)
g = Game([p1, p2], [r])
g.dice = lambda: 1
winner = g.run()
assert winner is p1
def test_run_tie():
p1 = Player(100)
p2 = Player(100)
r = RealState(100, 10)
g = Game([p1, p2], [r])
g.dice = lambda: 1
winner = g.run(998)
assert winner is p2
def test_deal_sell():
p1 = Player(100)
r1 = RealState(50, 5)
r1.deal(p1)
assert r1.owner_is(p1)
assert p1.balance == 50
def test_init():
players = Player.from_strategies(300)
r = RealState(100,10)
g = Game(players, [r])
assert [p.balance for p in players] == [300] * 4
assert g.board
def test_sell():
p = Player(100)
r = RealState(50, 5)
r.sell_to(p)
assert r.owner_is(p)
assert p.balance == 50
def test_leader():
players = Player.from_strategies(0)
players[1].receive(1)
players[2].receive(2)
players[3].receive(3)
r = RealState(100, 10)
g = Game(players, [r])
assert g.leader == players[3]
def POST(self):
# need to send the position list of player's moving
response = {
'is_over':
False,
'current_player':
json.loads(
json.dumps(Player('-1', 'jiangshizhi'), cls=PlayerEncoder)),
'messages': ['test'],
'positions': [1, 2, 3]
}
return response
class TestBoard(TestCase):
def setUp(self):
self.p = Player()
self.board = Board([self.p])
def test_raise_amount_mortgage(self):
self.board.buy_deed(self.p, self.board.deeds[1])
self.board.buy_deed(self.p, self.board.deeds[3])
self.p.raise_amount(30)
self.assertEqual(self.board.get_mortgagable_deeds(self.p), [
self.board.deeds[3],
])
self.p.raise_amount(30)
self.assertEqual(self.board.get_mortgagable_deeds(self.p), [])
def test_raise_amount_houses(self):
self.board.buy_deed(self.p, self.board.deeds[1])
self.board.buy_deed(self.p, self.board.deeds[3])
self.board.add_house(self.p, self.board.deeds[1])
self.board.add_house(self.p, self.board.deeds[3])
self.assertEqual(self.board.get_mortgagable_deeds(self.p), [])
self.p.raise_amount(25)
self.assertEqual(self.board.get_houses(self.p),
[(self.board.deeds[3], 1)])
self.assertEqual(self.board.get_mortgagable_deeds(self.p), [
self.board.deeds[1],
])
class TestBoard(TestCase):
def setUp(self):
self.p = Player()
self.board = Board([self.p])
def test_raise_amount_mortgage(self):
self.board.buy_deed(self.p, self.board.deeds[1])
self.board.buy_deed(self.p, self.board.deeds[3])
self.p.raise_amount(30)
self.assertEqual(self.board.get_mortgagable_deeds(self.p), [self.board.deeds[3], ])
self.p.raise_amount(30)
self.assertEqual(self.board.get_mortgagable_deeds(self.p), [])
def test_raise_amount_houses(self):
self.board.buy_deed(self.p, self.board.deeds[1])
self.board.buy_deed(self.p, self.board.deeds[3])
self.board.add_house(self.p, self.board.deeds[1])
self.board.add_house(self.p, self.board.deeds[3])
self.assertEqual(self.board.get_mortgagable_deeds(self.p), [])
self.p.raise_amount(25)
self.assertEqual(self.board.get_houses(self.p), [(self.board.deeds[3], 1)])
self.assertEqual(self.board.get_mortgagable_deeds(self.p), [self.board.deeds[1], ])
def test_rent_player_is_owner():
p1 = Player(4)
r1 = RealState(50, 5, owner=p1)
r1.rent_to(p1)
assert p1.balance == 4
def setUp(self):
self.p = Player()
self.board = Board([self.p])
def test_leader_tie():
players = Player.from_strategies(0)
r = RealState(100, 10)
g = Game(players, [r])
assert g.leader == players[0]
def test_roll_the_dice():
for i in range(200):
num, doubles = Player.roll_the_dice()
assert 2 <= num <= 12
assert isinstance(doubles, bool)
def test_has_owner():
p = Player(0)
r = RealState(50, 5, owner=p)
assert r.has_owner() == True
def test_foreclose():
p = Player(0)
r = RealState(50, 5, owner=p)
r.foreclose()
assert r.has_owner() == False
def test_sell_error():
p1, p2 = Player(100), Player(0)
r = RealState(50, 5, owner=p2)
with pytest.raises(AssertionError):
r.sell_to(p1)
def setUp(self):
self.p = Player()
self.board = Board([self.p])
def generate_players(balance):
players = Player.from_strategies(balance)
random.shuffle(players)
return tuple(players)
