def get(self):
if not os.environ["SERVER_SOFTWARE"].startswith('Development'):
return
# Delete all bridges and filters so that we have a fresh testing environment
for bridge in GandalfBridge.all():
bridge.delete()
for filter in GandalfFilter.all():
filter.delete()
step = self.request.get("step")
v = None
if step == "creating_bridge":
v = self.creating_bridge()
elif step == "can_cross_empty_bridge":
v = self.can_cross_empty_bridge()
elif step == "can_cross_all_users_whitelist":
v = self.can_cross_all_users_whitelist()
elif step == "can_cross_all_users_blacklist":
v = self.can_cross_all_users_blacklist()
elif step == "can_cross_all_users_whitelist_and_blacklist":
v = self.can_cross_all_users_whitelist_and_blacklist()
elif step == "can_cross_all_users_inside_percentage":
v = self.can_cross_all_users_inside_percentage()
elif step == "can_cross_all_users_outside_percentage":
v = self.can_cross_all_users_outside_percentage()
self.response.out.write(json.dumps(v))
def get(self):
if not os.environ["SERVER_SOFTWARE"].startswith('Development'):
return
# Delete all bridges and filters so that we have a fresh testing environment
for bridge in GandalfBridge.all():
bridge.delete()
for filter in GandalfFilter.all():
filter.delete()
step = self.request.get("step")
v = None
if step == "creating_bridge":
v = self.creating_bridge()
elif step == "can_cross_empty_bridge":
v = self.can_cross_empty_bridge()
elif step == "can_cross_all_users_whitelist":
v = self.can_cross_all_users_whitelist()
elif step == "can_cross_all_users_blacklist":
v = self.can_cross_all_users_blacklist()
elif step == "can_cross_all_users_whitelist_and_blacklist":
v = self.can_cross_all_users_whitelist_and_blacklist()
elif step == "can_cross_all_users_inside_percentage":
v = self.can_cross_all_users_inside_percentage()
elif step == "can_cross_all_users_outside_percentage":
v = self.can_cross_all_users_outside_percentage()
self.response.out.write(json.dumps(v))
def get(self):
if not can_control_gandalf():
return
bridges = GandalfBridge.all().fetch(900)
context = {
"bridges": bridges,
}
self.response.headers["Content-Type"] = "application/json"
self.response.out.write(jsonify(context))
def get(self):
if not can_control_gandalf():
return
bridges = GandalfBridge.all().fetch(900)
context = {
"bridges": bridges,
}
self.response.headers["Content-Type"] = "application/json"
self.response.out.write(jsonify(context))
def load_from_datastore():
gandalf_cache = GandalfCache()
bridges = GandalfBridge.all()
for bridge in bridges:
key = bridge.key().name()
gandalf_cache.bridges[key] = db.model_to_protobuf(bridge).Encode()
filters = bridge.gandalffilter_set
gandalf_cache.filters[key] = []
for filter in filters:
gandalf_cache.filters[key].append(db.model_to_protobuf(filter).Encode())
memcache.set(GandalfCache.MEMCACHE_KEY, gandalf_cache)
return gandalf_cache
def load_from_datastore():
gandalf_cache = GandalfCache()
bridges = GandalfBridge.all()
for bridge in bridges:
key = bridge.key().name()
gandalf_cache.bridges[key] = db.model_to_protobuf(bridge).Encode()
filters = bridge.gandalffilter_set
gandalf_cache.filters[key] = []
for filter in filters:
gandalf_cache.filters[key].append(db.model_to_protobuf(filter).Encode())
memcache.set(GandalfCache.MEMCACHE_KEY, gandalf_cache)
return gandalf_cache
