// This case handles either local slowness (calls being delayed
// for whatever reason) or cluster election slowness (a long gap
// between calls while an election happened)
- dout(10) << ": resetting beacon timeouts due to mon delay "
+ dout(4) << ": resetting beacon timeouts due to mon delay "
"(slow election?) of " << now - last_tick << " seconds" << dendl;
for (auto &i : last_beacon) {
i.second = now;
auto& lb = itr.first;
auto last_beacon_time = itr.second;
if (last_beacon_time < cutoff) {
- dout(10) << "beacon timeout for GW " << lb.gw_id << dendl;
+ dout(1) << "beacon timeout for GW " << lb.gw_id << dendl;
pending_map.process_gw_map_gw_down(lb.gw_id, lb.group_key, propose);
_propose_pending |= propose;
last_beacon.erase(lb);
<< map.created_gws << dendl;
goto set_propose;
} else {
- dout(10) << "GW prepares the full startup " << gw_id
+ dout(4) << "GW prepares the full startup " << gw_id
<< " GW availability: "
<< pending_map.created_gws[group_key][gw_id].availability
<< dendl;
if (pending_map.created_gws[group_key][gw_id].availability ==
gw_availability_t::GW_AVAILABLE) {
- dout(4) << " Warning :GW marked as Available in the NVmeofGwMon "
+ dout(1) << " Warning :GW marked as Available in the NVmeofGwMon "
<< "database, performed full startup - Apply GW!"
<< gw_id << dendl;
pending_map.handle_gw_performing_fast_reboot(gw_id, group_key, propose);
ack_map.created_gws[group_key][gw_id] =
pending_map.created_gws[group_key][gw_id];
ack_map.epoch = map.epoch;
- dout(4) << " Force gw to exit: Sending ack_map to GW: "
+ dout(1) << " Force gw to exit: Sending ack_map to GW: "
<< gw_id << dendl;
auto msg = make_message<MNVMeofGwMap>(ack_map);
mon.send_reply(op, msg.detach());