def test_clears_cache_on_transaction_end(self, patch, db_session,
factories):
funcs = {}
# We need to capture the inline `clear_cache` function so we can
# call it manually later
def on_transaction_end_decorator(session):
def on_transaction_end(func):
funcs['clear_cache'] = func
return on_transaction_end
decorator = patch('h.services.user.util.db.on_transaction_end')
decorator.side_effect = on_transaction_end_decorator
group = factories.Group()
pubid = group.pubid
svc = GroupfinderService(db_session, 'example.com')
svc.find(pubid)
db_session.delete(group)
funcs['clear_cache']()
group = svc.find(pubid)
assert group is None
def test_sets_up_cache_clearing_on_transaction_end(self, patch,
db_session):
decorator = patch('h.services.groupfinder.util.db.on_transaction_end')
GroupfinderService(db_session, 'example.com')
decorator.assert_called_once_with(db_session)
def handle_annotation_event(message, sockets, settings, session):
id_ = message['annotation_id']
annotation = storage.fetch_annotation(session, id_)
if annotation is None:
log.warn('received annotation event for missing annotation: %s', id_)
return
nipsa_service = NipsaService(session)
user_nipsad = nipsa_service.is_flagged(annotation.userid)
authority = text_type(settings.get('h.authority', 'localhost'))
group_service = GroupfinderService(session, authority)
for socket in sockets:
reply = _generate_annotation_event(message, socket, annotation, user_nipsad, group_service)
if reply is None:
continue
socket.send_json(reply)
def handle_annotation_event(message, sockets, settings, session):
id_ = message["annotation_id"]
annotation = storage.fetch_annotation(session, id_)
if annotation is None:
log.warning("received annotation event for missing annotation: %s",
id_)
return
# Find connected clients which are interested in this annotation.
matching_sockets = SocketFilter.matching(sockets, annotation)
try:
# Check to see if the generator has any items
first_socket = next(matching_sockets)
except StopIteration:
# Nothing matched
return
# Create a generator which has the first socket back again
matching_sockets = chain((first_socket, ), matching_sockets)
nipsa_service = NipsaService(session)
user_nipsad = nipsa_service.is_flagged(annotation.userid)
authority = settings.get("h.authority", "localhost")
group_service = GroupfinderService(session, authority)
user_service = UserService(authority, session)
formatters = [AnnotationUserInfoFormatter(session, user_service)]
for socket in matching_sockets:
reply = _generate_annotation_event(message, socket, annotation,
user_nipsad, group_service,
formatters)
if reply is None:
continue
socket.send_json(reply)
def handle_annotation_event(message, sockets, settings, session):
id_ = message["annotation_id"]
annotation = storage.fetch_annotation(session, id_)
if annotation is None:
log.warning("received annotation event for missing annotation: %s",
id_)
return
nipsa_service = NipsaService(session)
user_nipsad = nipsa_service.is_flagged(annotation.userid)
authority = text_type(settings.get("h.authority", "localhost"))
group_service = GroupfinderService(session, authority)
user_service = UserService(authority, session)
formatters = [AnnotationUserInfoFormatter(session, user_service)]
for socket in sockets:
reply = _generate_annotation_event(message, socket, annotation,
user_nipsad, group_service,
formatters)
if reply is None:
continue
socket.send_json(reply)
def svc(self, db_session):
return GroupfinderService(db_session, "example.com")