def test_market_event_count(self):
self.assertEqual(self.mkt.n_events(), 0)
e1 = TestTools.create_event(self.mkt, "EventA")
self.assertEqual(self.mkt.n_events(), 1)
e2 = TestTools.create_event(self.mkt, "EventB")
self.assertEqual(self.mkt.n_events(), 2)
self.assertEqual(e1, Event.objects.get(market=self.mkt, description="EventA"))
self.assertEqual(e2, Event.objects.get(market=self.mkt, description="EventB"))
def test_market_dataset_count(self):
self.mkt = Market.objects.create(description = "TestMarket")
self.assertEqual(self.mkt.n_datasets(), 0)
s1 = TestTools.create_dataset(self.mkt, "DataA")
self.assertEqual(self.mkt.n_datasets(), 1)
s2 = TestTools.create_dataset(self.mkt, "DataB")
self.assertEqual(self.mkt.n_datasets(), 2)
self.assertEqual(s1, DataSet.objects.get(market=self.mkt, description="DataA"))
self.assertEqual(s2, DataSet.objects.get(market=self.mkt, description="DataB"))
def test_set_challenge_stop(self):
"""
Checks whether challenges stop properly.
"""
set = TestTools.create_dataset(self.mkt, "TestSet", 10)
set.start()
set.stop()
self.assertFalse(set.is_active)
def test_set_challenge_start(self):
"""
Checks whether challenges start properly.
"""
set = TestTools.create_dataset(self.mkt, "TestSet", 10)
t_start = timezone.now()
set.start()
t_end = timezone.now()
self.assertTrue(set.is_active)
self.assertEqual(set.active_datum_id, 0)
self.assertTrue(set.challenge_start >= t_start and set.challenge_start <= t_end)
def test_set_set_datum(self):
"""
Checks whether setting the correct datum is reflected properly.
"""
set = TestTools.create_dataset(self.mkt, "TestSet", 10)
def setUp(self):
TestTools.setup_vs()
self.mkt = TestTools.create_binary_market()
def setUp(self):
TestTools.setup_vs()
self.mkt = Market.objects.create(description = "TestMarket")
