anchor.diff:      ?DBG("do_size_check -> stop symbolic store", []),
       ?line sym_stop(),
   
  -    ?PRINT2("do_size_check -> done", []),
  +    ?IPRINT("do_size_check -> done", []),
       ok.
   
   
  
positive.code:                   throw({skip,
                           ?F("Failed starting mnesia: ~p", [StartReason])})
            end,
      ?PRINT2("mnesia_start -> mnesia started", []),
      ok.
  
  mnesia_stop() ->
      ?PRINT2("mnesia_stop -> try stop mnesia when:"
              "~n   Loaded:  ~p"
              "~n   Running: ~p", [apps_loaded(), apps_running()]),
      application:stop(mnesia),
      ?PRINT2("mnesia_stop -> try unload mnesia when"
              "~n   Loaded:  ~p"
              "~n   Running: ~p", [apps_loaded(), apps_running()]),
      application:unload(mnesia),
      ?PRINT2("mnesia_stop -> done when:"
              "~n   Loaded:  ~p"
              "~n   Running: ~p", [apps_loaded(), apps_running()]),
      ok.
  
negative.code:     MibDbSize   = key1search([db_memory,mib],  MibsInfo),
      NodeDbSize  = key1search([db_memory,node], MibsInfo),
      TreeDbSize  = key1search([db_memory,tree], MibsInfo),
      ?IPRINT("Symbolic store memory usage: "
              "~n   Process memory size: ~p"
              "~n   Db size:             ~p"
              "~n"
              "~nMib server memory usage: "
              "~n   Tree size:           ~p"
              "~n   Process memory size: ~p"
              "~n   Mib db size:         ~p"
              "~n   Node db size:        ~p"
              "~n   Tree db size:        ~p"
              "~n", 
              [SymProcSize, DbSize,
               TreeSize, MibsProcMem, MibDbSize, NodeDbSize, TreeDbSize]).
      
  key1search([], Res) ->
      Res;
  