func makeMod(r *models.Ring) (torus.Ring, error) {
rep := int(r.ReplicationFactor)
if rep == 0 {
rep = 1
}
pil := torus.PeerInfoList(r.Peers)
return &mod{
version: int(r.Version),
peers: pil,
peerlist: sort.StringSlice([]string(pil.PeerList())),
rep: rep,
}, nil
}
func makeMod(r *models.Ring) (torus.Ring, error) {
rep := int(r.ReplicationFactor)
if rep == 0 {
rep = 1
}
pil := torus.PeerInfoList(r.Peers)
if rep > len(pil) {
clog.Noticef("Requested replication level %d, but has only %d peers. Add nodes to match replication.", rep, len(pil))
}
return &mod{
version: int(r.Version),
peers: pil,
rep: rep,
}, nil
}
func makeKetama(r *models.Ring) (torus.Ring, error) {
rep := int(r.ReplicationFactor)
if rep == 0 {
rep = 1
}
pi := torus.PeerInfoList(r.Peers)
if rep > len(pi) {
clog.Noticef("Using ring that requests replication level %d, but has only %d peers. Add nodes to match replication.", rep, len(pi))
}
return &ketama{
version: int(r.Version),
peers: pi,
rep: rep,
ring: hashring.NewWithWeights(pi.GetWeights()),
}, nil
}
func (c *etcdCtx) GetPeers() (torus.PeerInfoList, error) {
promOps.WithLabelValues("get-peers").Inc()
resp, err := c.etcd.Client.Get(c.getContext(), MkKey("nodes"), etcdv3.WithPrefix())
if err != nil {
return nil, err
}
var out []*models.PeerInfo
for _, x := range resp.Kvs {
var p models.PeerInfo
err := p.Unmarshal(x.Value)
if err != nil {
// Intentionally ignore a peer that doesn't unmarshal properly.
clog.Errorf("peer at key %s didn't unmarshal correctly", string(x.Key))
continue
}
if time.Since(time.Unix(0, p.LastSeen)) > peerTimeoutMax {
clog.Warningf("peer at key %s didn't unregister; should be fixed with leases in etcdv3", string(x.Key))
continue
}
out = append(out, &p)
}
return torus.PeerInfoList(out), nil
}
