anchor.diff:                                 end
                          end, AccJ, OpSIs)
                end, intervals:empty(), rr_recon:quadrant_intervals()),
  +    ?TRACE("GET INTERVAL - Operation=~p~n SessionId:~p~n IntervalBounds=~p~n MyInterval=~p~n IntersecBounds=~p",
  +           [element(1, Op), _Stats#resolve_stats.session_id, intervals:get_bounds(element(2, Op)),
  +            MyI, intervals:get_bounds(ISec)], State),
       NewState = State#rr_resolve_state{ my_range = MyI },
       case intervals:is_empty(ISec) of
           false ->
  
positive.code: 
  on({get_entries_response, EntryList}, State =
         #rr_resolve_state{ operation = {key_upd_send, Dest, _},
                            feedbackDestPid = FBDest }) ->
      KvvList = [entry_to_kvv(E) || E <- EntryList],
      Options = ?IIF(FBDest =/= undefined, [{feedback_request, FBDest}], []),
      shutdown(resolve_ok, State, Dest, KvvList, Options);
  
negative.code: 
  on({get_state_response, MyI}, State = 
         #rr_resolve_state{ operation = {key_upd, KvvList},
                            dhtNodePid = DhtPid, stats = Stats }) ->
      ToUpdate = start_update_key_entry(KvvList, MyI, comm:this(), DhtPid),
      ?TRACE("GET INTERVAL - Operation=~p~n SessionId:~p~n MyInterval=~p~n KVVListLen=~p ; ToUpdate=~p",
             [key_upd, Stats#resolve_stats.session_id, MyI, length(KvvList), ToUpdate], State),
      NewState = State#rr_resolve_state{stats = Stats#resolve_stats{diff_size = ToUpdate}},
      if ToUpdate =:= 0 ->
             shutdown(resolve_ok, NewState,
  