def test_cant_add_opponent_twice(self):
a = User()
b = User()
a.add_opponent(b)
self.assertEqual(1, a.opponents.__len__(), 'It should have only 1 opponent')
a.add_opponent(b)
self.assertEqual(1, a.opponents.__len__(), 'It should have only 1 opponent')
def test_adds_opponents_both_ways(self):
a = User()
b = User()
self.assertEqual(0, a.opponents.__len__(), "done")
self.assertEqual(0, b.opponents.__len__(), "done")
a.add_opponent(b)
self.assertEqual(1, a.opponents.__len__(), "done")
self.assertEqual(1, b.opponents.__len__(), "done")
def test_is_ready_to_leave(self):
a = User()
for number in range(0, 8):
b = User()
a.add_opponent(b)
self.assertFalse(a.is_ready_to_leave(), 'Should stay and did not')
for opponent in a.opponents:
opponent.idle = True
self.assertTrue(a.is_ready_to_leave(), 'Should be ready to leave')
def test_can_add_opponent_exceeded(self):
a = User()
for number in range(0,8):
b = User()
a.add_opponent(b)
self.assertEqual(8, a.opponents.__len__(), 'It does not have 8 oponents')
c = User()
a.add_opponent(c)
self.assertEqual(8, a.opponents.__len__(), 'It does not have 8 oponents')
self.assertEqual(0, c.opponents.__len__(), 'It does not have 8 oponents')
self.assertFalse(a.add_opponent(c), 'Does not return false on fail')
def test_count_idle_opponents(self):
a = User()
for number in range(0, 8):
b = User()
a.add_opponent(b)
self.assertEqual(0, a.count_idle_opponents(), 'Has idle opponents' )
a.opponents[2].idle = True
self.assertEqual(1, a.count_idle_opponents(), 'Has no idle opponents')
for opponent in a.opponents:
opponent.idle = True
self.assertEqual(8, a.count_idle_opponents(), 'Has no idle opponents')
def test_can_add_opponent(self):
a = User()
for number in range(0,7):
b = User()
self.assertTrue(a.can_add_opponent(), 'Cannot add at sume number opponents')
a.add_opponent(b)
self.assertTrue(a.can_add_opponent(), 'Cannot add at 7 opponents')
self.assertEqual(7, a.opponents.__len__(), 'Does not have 7 opponents')
c = User()
a.add_opponent(c)
self.assertFalse(a.can_add_opponent(), 'Can add at 8 opponents')
def test_cant_add_opponent_itself(self):
a = User()
a.add_opponent(a)
self.assertEqual(0, a.opponents.__len__(), 'It should not have any opponents')
