def do_business(self):
super(DeleteOwnerToBlobArcs, self).do_business()
if self.result:
cache_keys = []
if self._DeleteArcs__origin:
cache_keys.append(IMG_CACHE_PREFIX + destinations_cache_key(self.arc_class, self._DeleteArcs__origin))
else:
for arc in self.result:
cache_keys.append(IMG_CACHE_PREFIX + destinations_cache_key(self.arc_class, arc.origin))
if self._DeleteArcs__destination:
cache_keys.append(IMG_CACHE_PREFIX + origins_cache_key(self.arc_class, self._DeleteArcs__destination))
else:
for arc in self.result:
cache_keys.append(IMG_CACHE_PREFIX + origins_cache_key(self.arc_class, arc.destination))
memcache.delete_multi(cache_keys)
def __init__(self, arc_class, origin=None, destination=None):
super(DeleteArcs, self).__init__(arc_class, origin, destination, True)
self._arc_delete_future = None
self._cache_keys = []
if origin:
self._cache_keys.append(destinations_cache_key(arc_class, origin))
if destination:
self._cache_keys.append(origins_cache_key(arc_class, destination))
def test_origins_search(self):
destination = Node()
origins = [Node() for i in xrange(3)]
ndb.put_multi([destination] + origins)
arcs = [Arc(origin=ori.key, destination=destination.key) for ori in origins]
ndb.put_multi(arcs)
search = ArcOriginsSearch(destination)
search.execute()
expected_keys = [n.key for n in origins]
actual_keys = [n.key for n in search.result]
self.assertItemsEqual(expected_keys, actual_keys)
cache_keys = memcache.get(origins_cache_key(Arc, destination))
self.assertItemsEqual(expected_keys, cache_keys)
# Assert Arcs are removed from cache
Arc(origin=origins[0].key, destination=destination.key).put()
self.assertIsNone(memcache.get(origins_cache_key(Arc, destination)))
def _pre_put_hook(self):
if hasattr(self, 'key'):
origins_key = origins_cache_key(self.__class__, self.destination)
destinations_key = destinations_cache_key(self.__class__,
self.origin)
keys = [
origins_key, destinations_key, IMG_CACHE_PREFIX + origins_key,
IMG_CACHE_PREFIX + destinations_key
]
memcache.delete_multi(keys)
def do_business(self):
super(DeleteArcs, self).do_business()
if self.result:
futures = ndb.delete_multi_async([arc.key for arc in self.result])
cache_keys = []
if self.__origin:
cache_keys.append(destinations_cache_key(self.arc_class, self.__origin))
else:
for arc in self.result:
cache_keys.append(destinations_cache_key(self.arc_class, arc.origin))
if self.__destination:
cache_keys.append(origins_cache_key(self.arc_class, self.__destination))
else:
for arc in self.result:
cache_keys.append(origins_cache_key(self.arc_class, arc.destination))
memcache.delete_multi(cache_keys)
[f.get_result() for f in futures]
def __init__(self, arc_class, origin=None, destination=None):
super(ArcNodeSearchBase, self).__init__(arc_class, origin, destination, False)
if origin and destination:
raise Exception('only one of origin or destination can be not None')
elif origin:
self._cache_key = destinations_cache_key(arc_class, origin)
self._arc_property = 'destination'
else:
self._arc_property = 'origin'
self._cache_key = origins_cache_key(arc_class, destination)
self._node_cached_keys = None
def __init__(self, origin=None, destination=None):
super(ArcNodeSearchBase, self).__init__(origin, destination, False)
if origin and destination:
raise Exception(
'only one of origin or destination can be not None')
elif origin:
self._cache_key = destinations_cache_key(self.arc_class,
self.origin)
self._arc_property = 'destination'
else:
self._arc_property = 'origin'
self._cache_key = origins_cache_key(self.arc_class, destination)
self._node_cached_keys = None
def do_business(self):
super(DeleteArcs, self).do_business()
if self.result:
futures = ndb.delete_multi_async([arc.key for arc in self.result])
cache_keys = []
if self.__origin:
cache_keys.append(
destinations_cache_key(self.arc_class, self.__origin))
else:
for arc in self.result:
cache_keys.append(
destinations_cache_key(self.arc_class, arc.origin))
if self.__destination:
cache_keys.append(
origins_cache_key(self.arc_class, self.__destination))
else:
for arc in self.result:
cache_keys.append(
origins_cache_key(self.arc_class, arc.destination))
memcache.delete_multi(cache_keys)
[f.get_result() for f in futures]
def do_business(self):
super(DeleteOwnerToBlobArcs, self).do_business()
if self.result:
cache_keys = []
if self._DeleteArcs__origin:
cache_keys.append(IMG_CACHE_PREFIX + destinations_cache_key(
self.arc_class, self._DeleteArcs__origin))
else:
for arc in self.result:
cache_keys.append(
IMG_CACHE_PREFIX +
destinations_cache_key(self.arc_class, arc.origin))
if self._DeleteArcs__destination:
cache_keys.append(IMG_CACHE_PREFIX + origins_cache_key(
self.arc_class, self._DeleteArcs__destination))
else:
for arc in self.result:
cache_keys.append(
IMG_CACHE_PREFIX +
origins_cache_key(self.arc_class, arc.destination))
memcache.delete_multi(cache_keys)
def _pre_put_hook(self):
if hasattr(self, 'key'):
origins_key = origins_cache_key(self.__class__, self.destination)
destinations_key = destinations_cache_key(self.__class__, self.origin)
keys = [origins_key, destinations_key, IMG_CACHE_PREFIX + origins_key, IMG_CACHE_PREFIX + destinations_key]
memcache.delete_multi(keys)
