class RegistrationArchivingTest(TestCase):
def setUp(self):
# Start with a confirmed registration
self.reg = RegistrationFactory(archive_time=None)
def test_save_with_archive_version(self):
orig_change_count = self.reg.change_count
self.reg.change_count = 99
self.reg.save_with_archive_version()
# See what's in the DB for this record
cur_reg = Registration.objects.get(citizen=self.reg.citizen)
self.assertEqual(99, cur_reg.change_count)
# See if there's an archive record now
archive = Registration.objects.archived().get(citizen=self.reg.citizen)
self.assertNotEqual(archive.pk, self.reg.pk)
self.assertEqual(orig_change_count, archive.change_count)
self.assertTrue(archive.archive_time <= now())
# And the times match
self.assertEqual(archive.archive_time, cur_reg.creation_date)
class RegistrationArchivingTest(TestCase):
def setUp(self):
# Start with a confirmed registration
self.reg = RegistrationFactory(archive_time=None)
def test_save_with_archive_version(self):
orig_change_count = self.reg.change_count
self.reg.change_count = 99
self.reg.save_with_archive_version()
# See what's in the DB for this record
cur_reg = Registration.objects.get(citizen=self.reg.citizen)
self.assertEqual(99, cur_reg.change_count)
# See if there's an archive record now
archive = Registration.objects.archived().get(citizen=self.reg.citizen)
self.assertNotEqual(archive.pk, self.reg.pk)
self.assertEqual(orig_change_count, archive.change_count)
self.assertTrue(archive.archive_time <= now())
# And the times match
self.assertEqual(archive.archive_time, cur_reg.creation_date)
