func handleSet(req *gomemcached.MCRequest, s *luxStor, id int) (ret *gomemcached.MCResponse) {
ret = &gomemcached.MCResponse{}
/*
item.Flags = binary.BigEndian.Uint32(req.Extras)
item.Expiration = binary.BigEndian.Uint32(req.Extras[4:])
item.Data = req.Body
ret.Status = gomemcached.SUCCESS
s.cas++
item.Cas = s.cas
ret.Cas = s.cas
*/
flags := binary.BigEndian.Uint32(req.Extras)
// flags == 0 is a normal write and must be replicated
if flags == 0 {
if replica.IsOwner(req) != true {
// nothing more to be done
replica.ProxyRemoteWrite(req)
return
} else {
replica.QueueRemoteWrite(req)
}
}
data := newByteItem(req.Key, req.Body)
itm := memstore.NewItem(data)
w := s.writers[id]
w.Put(itm)
luxstats.Sets++
return
}
func handleGet(req *gomemcached.MCRequest, s *luxStor, id int) (ret *gomemcached.MCResponse) {
ret = &gomemcached.MCResponse{}
if replica.IsOwner(req) != true {
return replica.ProxyRemoteRead(req)
}
data := newByteItem(req.Key, nil)
itm := memstore.NewItem(data)
w := s.writers[id]
gotItm := w.Get(itm)
if gotItm == nil {
ret.Status = gomemcached.KEY_ENOENT
} else {
bItem := byteItem(gotItm.Bytes())
ret.Body = bItem.Value()
ret.Status = gomemcached.SUCCESS
}
luxstats.Gets++
return
}