def _append(self, name, id, rank=1):
CACHE = self.CACHE
ZSET_CID = self.ZSET_CID
for i in self._key(name):
redis.delete(CACHE%i)
#print ZSET_CID%i, id, rank
redis.zadd(ZSET_CID%i, id, rank)
def pop_id(self, id):
key_tag_id_xid_list = self.key_tag_id_xid_list
key_xid_tag_id_list = self.key_xid_tag_id_list%id
tag_id_set = redis.lrange(key_xid_tag_id_list, 0, -1)
p = redis.pipeline()
for tag_id in tag_id_set:
p.lrem(key_tag_id_xid_list%tag_id, id)
p.execute()
redis.delete(key_xid_tag_id_list)
self._flush_count(tag_id_set)
def rm(cls, id):
redis.delete(R_SESSION % id)
def rm(cls, id):
redis.delete(R_SESSION%id)
def captcha_rm(key):
redis.delete(R_CAPTCHA % key)
def rm(cls, user_id):
redis.delete(R_SESSION % user_id)
@classmethod
def rm(cls, id):
redis.delete(R_SESSION % id)
def _id_binary_decode(session):
if not session:
return None, None
id, value = session.split('.', 1)
try:
value = urlsafe_b64decode(value)
except (binascii.Error, TypeError):
return None, None
id = int(id)
return id, value
def _id_binary_encode(id, session, encode=urlsafe_b64encode):
ck_key = encode(session)
return '%s.%s' % (id, ck_key)
if __name__ == '__main__':
# s = Session.new(1)
# print s
# print Session.id_by_b64(s)
id = 12907758
key = R_SESSION % id
redis.delete(key)
