def test_trophies_retrieval_from_mep(self):
"""
Test that meps' CouchDB model can retrieve associated Django trophies.
"""
# Initialization
a_mep = MEP.get('AlainLipietz')
manual_trophy = ManualTrophy.objects.create(label="A manual trophy")
auto_trophy = AutoTrophy.objects.create(label="An auto trophy")
self.failUnlessEqual(a_mep.trophies, [])
# Let's create a reward and attribute it to verify CouchDB's update
reward = Reward.objects.create(mep_wikiname=a_mep._id, trophy=manual_trophy, reason="test")
a_mep = MEP.get('AlainLipietz')
self.failUnlessEqual(repr(a_mep.trophies), "[<ManualTrophy: A manual trophy>]")
# OK, now we verify that deletion is triggered to CouchDB
reward.delete()
a_mep = MEP.get('AlainLipietz')
self.failUnlessEqual(a_mep.trophies, [])
def test_trophies_attribution(self):
"""
Test that trophies' models can interact with CouchDB.
"""
# Initialization
a_mep = MEP.get('AlainLipietz')
manual_trophy = ManualTrophy.objects.create(label="A manual trophy")
auto_trophy = AutoTrophy.objects.create(label="An auto trophy")
self.failUnlessEqual(a_mep.trophies_ids, [])
# Let's create a reward and attribute it to verify CouchDB's update
reward = Reward.objects.create(mep_wikiname=a_mep._id, trophy=manual_trophy, reason="test")
a_mep = MEP.get('AlainLipietz')
self.failUnlessEqual(a_mep.trophies_ids, [1])
# OK, now we verify that deletion is triggered to CouchDB
reward.delete()
a_mep = MEP.get('AlainLipietz')
self.failUnlessEqual(a_mep.trophies_ids, [])
def setUp(self):
# Delete all trophies for the test user
a_mep = MEP.get('AlainLipietz')
a_mep.trophies_ids = []
a_mep.save()