def handle_delete_all(self, sender, cc):
data0 = yield self.redis.hgetall("leela.xmpp")
keys = []
for (key, data1) in data0.iteritems():
data = parser.parse_json(data1)
if (data["sender"] == sender.userhost()):
keys.append({"key": key})
self.redis.hdel("leela.xmpp", key)
cc(200, {"results": keys})
def handle_delete_one(self, key, sender, cc):
data0 = yield self.redis.hget("leela.xmpp", key)
if (data0 is not None):
data = parser.parse_json(data0)
if (data["sender"] == sender.userhost()):
yield self.redis.hdel("leela.xmpp", key)
cc(200, {"results": {"key": key}})
else:
cc(403, {"reason": "forbidden"})
else:
cc(404, {"reason": "not found"})
def redis_pooling(self):
data0 = yield self.redis.hgetall("leela.xmpp")
for (key, conn) in list(self.active.iteritems()):
if (key not in data0):
logger.warn("reaping connection: %s" % (key,))
conn.shutdown()
for (key, data1) in data0.iteritems():
data = parser.parse_json(data1)
if (key not in self.active):
logger.debug("spawning connection: %s: %s" % (key, data["sender"]))
conn = Connection(key, xmppim.JID(data["sender"]), data["request"]["select"], self)
self.core.connect(conn.factory())
def handle_select(self, request, sender, cc):
try:
if ((request["select"]["regex"] == "leela.xmpp") and (request["select"]["proc"] == "*")):
data0 = yield self.redis.hgetall("leela.xmpp")
tmp = []
for (key, data1) in data0.iteritems():
data = parser.parse_json(data1)
sql = pp.render_select(data["request"]["select"]["proc"],
data["request"]["select"]["regex"])
if (data["sender"] == sender.userhost()):
tmp.append({"key": key,
"cmd": sql
})
cc(200, {"results": tmp})
else:
hcode = hashlib.sha512()
hcode.update(sender.userhost())
hcode.update(request["select"]["proc"])
hcode.update(request["select"]["regex"])
key = hcode.hexdigest()
self.redis.hsetnx("leela.xmpp", key, pp.render_json({"request": request, "sender": sender.userhost()}))
except:
logger.exception()
cc(500, {"reason": "internal server error"})
def unserialize_data(name, k, v, epoch):
timetuple = list(unserialize_key(k, epoch=epoch))
timestamp = funcs.timetuple_timestamp(timetuple)
return(data.Data(name, parser.parse_json(v), timestamp))
def unserialize_data(name, k, v, epoch):
timetuple = list(unserialize_key(k, epoch=epoch))
timestamp = funcs.timetuple_timestamp(timetuple)
return (data.Data(name, parser.parse_json(v), timestamp))
