def test_findEvent_finds_multiple_events(rf):
"""Check that findEvent returns the newest event if a LinkObject is
associated with multiple Events.
"""
# Create two events. Specify a datetime for the second event to assert
# that the two events will not end up with the same event_date_time. We
# will use that attribute to sort them later.
datetime_obj = timezone.now().replace(year=2015, month=1, day=1)
event1 = factories.EventFactory.create(linking_objects=True)
event2 = factories.EventFactory.create(event_date_time=datetime_obj)
# Get one of the related LinkObjects from event1 and add it to event2.
linking_object = event1.linking_objects.first()
event2.linking_objects.add(linking_object)
event2.save()
request = rf.get('/')
response = views.findEvent(request, linking_object.object_identifier)
# Determine which event is the oldest.
new_event, old_event = sorted([event1, event2], key=lambda e: e.event_date_time)
# Check that only the oldest event is present in the xml content.
assert old_event.event_identifier in response.content
assert new_event.event_identifier not in response.content
def test_findEvent_response_content_type(rf):
event = factories.EventFactory.create(linking_objects=True)
request = rf.get('/')
linking_object = event.linking_objects.first()
response = views.findEvent(request, linking_object.object_identifier)
assert response.get('Content-Type') == 'application/atom+xml'
def test_findEvent_returns_not_found(rf):
request = rf.get('/')
response = views.findEvent(request, 'fake-identifier')
assert response.status_code == 404
def test_findEvent_returns_ok(rf):
event = factories.EventFactory.create(linking_objects=True)
request = rf.get('/')
linking_object = event.linking_objects.first()
response = views.findEvent(request, linking_object.object_identifier)
assert response.status_code == 200
