def test_start_gc(self):
u1 = self._get_player(1)
u2 = self._get_player(2)
GrandChallengeGame.reset()
self.assertFalse(GrandChallengeGame.is_started())
GrandChallengeGame.start()
self.assertTrue(GrandChallengeGame.is_started())
c = Challenge.objects.filter(Q(user_from__user=u1, user_to__user=u2)|Q(user_from__user=u2, user_to__user=u1))
self.assertEqual(c.count(), 1)
def test_start_gc(self):
u1 = self._get_player(1)
u2 = self._get_player(2)
GrandChallengeGame.reset()
self.assertFalse(GrandChallengeGame.is_started())
GrandChallengeGame.start()
self.assertTrue(GrandChallengeGame.is_started())
c = Challenge.objects.filter(
Q(user_from__user=u1, user_to__user=u2)
| Q(user_from__user=u2, user_to__user=u1))
self.assertEqual(c.count(), 1)
def _simulate_n_users(self, n):
"""
Create n users and simulate a GC run.
"""
for i in range(n):
self._get_player(i)
GrandChallengeGame.start()
self.assertEqual(GrandChallengeGame.get_current_round().round_number, 1)
self.assertEqual(GrandChallengeGame.base_query().count(), n)
self.assertEqual(len(GrandChallengeGame.get_current_round().participants()), n - n % 2)
while not GrandChallengeGame.is_finished():
GrandChallengeGame.round_next()
GrandChallengeGame.force_round_close(GrandChallengeGame.get_current_round())
GrandChallengeGame.round_next()
GrandChallengeGame.force_round_close(GrandChallengeGame.get_current_round())
def _simulate_n_users(self, n):
"""
Create n users and simulate a GC run.
"""
for i in range(n):
self._get_player(i)
GrandChallengeGame.start()
self.assertEqual(GrandChallengeGame.get_current_round().round_number,
1)
self.assertEqual(GrandChallengeGame.base_query().count(), n)
self.assertEqual(
len(GrandChallengeGame.get_current_round().participants()),
n - n % 2)
while not GrandChallengeGame.is_finished():
GrandChallengeGame.round_next()
GrandChallengeGame.force_round_close(
GrandChallengeGame.get_current_round())
GrandChallengeGame.round_next()
GrandChallengeGame.force_round_close(
GrandChallengeGame.get_current_round())
