anchor.diff:      NewState = State#rr_resolve_state{ stats = NewStats, feedbackKvv = NewFBItems },
       if
           (Diff -1) =:= (RegenOk + UpdOk + UpdFail + RegenFail) ->
  -                ?TRACE("UPDATED = ~p - Regen=~p - FB=~p", [Stats#resolve_stats.update_count, Stats#resolve_stats.regen_count, NewFBItems], State),
  +                ?TRACE("UPDATED = ~p - Regen=~p",
  +                       [Stats#resolve_stats.update_count,
  +                        Stats#resolve_stats.regen_count], State),
                   shutdown(resolve_ok, NewState, FBDest, NewFBItems, [feedback_response]);
           true -> NewState
       end;
  
positive.code: 
  -spec shutdown(exit_reason(), state(), undefined | comm:mypid(), kvv_list(),
                 options()) -> kill.
  shutdown(_Reason, #rr_resolve_state{ownerPid = Owner, 
                                      send_stats = SendStats,
                                      stats = Stats},
           KUDest, KUItems, KUOptions) ->
      case KUDest of
          undefined -> ok;
          _ ->
  
negative.code: % MODE: interval_upd 
  %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
  
  on({get_state_response, MyI}, State =
         #rr_resolve_state{ operation = Op, dhtNodePid = DhtPid, stats = Stats })
    when element(1, Op) =:= interval_upd;
         element(1, Op) =:= interval_upd_send ->
      ?TRACE("RESOLVE - START~nOperation=~p - SessionId:~p~n Interval=~p~n MyInterval=~p~n",
             [element(1, Op), Stats#resolve_stats.session_id, element(2, Op), MyI], State),
      OpSIs = intervals:get_simple_intervals(element(2, Op)),
      ISec = lists:foldl(
               fun(Q, AccJ) ->
  