def test_token_to_pending_event_from_category(self): """ Check token validates condition for specified pending_event """ pet = PendingEventToken( kingdom=self.k, category=self.c ) pet.save() # Should fallback to other events in the category ret = pet.to_event() self.assertEquals(ret.event, self.e)
def test_token_to_pending_event_from_invalid_category(self):
"""
Check token validates condition for specified pending_event
"""
self.e.condition = "stop('nope')"
self.e.save()
pet = PendingEventToken(
kingdom=self.k,
category=self.c
)
pet.save()
# Should fallback to other events in the category
self.assertRaises(ValidationError, pet.to_event)
def test_token_to_pending_event_from_pending_event(self): """ Check token is made into specified pending_event """ pe = PendingEvent( event=self.e, kingdom=self.k, started=None ) pe.save() pet = PendingEventToken( kingdom=self.k, pending_event=pe, category=self.c ) pet.save() self.assertEqual(pet.to_event(), pe)
def test_token_to_pending_event_from_invalid_pending_event(self):
"""
Check token validates condition for specified pending_event
"""
self.e.condition = "stop('nope')"
self.e.save()
e2 = Event(
name="Event 2",
slug="event_2",
category=self.c,
text="Event 2",
on_fire=""
)
e2.save()
pe = PendingEvent(
event=self.e,
kingdom=self.k,
started=None
)
pe.save()
pet = PendingEventToken(
kingdom=self.k,
pending_event=pe,
category=self.c
)
pet.save()
# Should fallback to other events in the category
ret = pet.to_event()
self.assertEquals(ret.event, e2)
# Check pe has been deleted
self.assertIsNone(pe.pk)