func (bctl *BucketCtl) SetGroupsTimeout(s *elliptics.Session, bucket *Bucket, key string) {
// sort groups by defrag state, increase timeout if needed
groups := make([]uint32, 0)
defrag_groups := make([]uint32, 0)
timeout := 30
for group_id, sg := range bucket.Group {
sb, err := sg.FindStatBackendKey(s, key, group_id)
if err != nil {
continue
}
if sb.DefragState != 0 {
defrag_groups = append(defrag_groups, group_id)
} else {
groups = append(groups, group_id)
}
}
// Not being defragmented backends first, then those which are currently being defragmented
groups = append(groups, defrag_groups...)
if len(groups) == len(defrag_groups) {
timeout = 90
}
// if there are no backends being defragmented, use weights to mix read states
// if there are such backends, use strict order and read from non-defragmented backends first
ioflags := elliptics.IOflag(bctl.Conf.Proxy.ReaderIOFlags) | s.GetIOflags()
if len(defrag_groups) == 0 {
ioflags |= elliptics.DNET_IO_FLAGS_MIX_STATES
}
s.SetIOflags(ioflags)
// there are no stats for bucket groups, use what we have in metadata
if len(groups) == 0 {
groups = bucket.Meta.Groups
}
s.SetGroups(groups)
s.SetTimeout(timeout)
}
