anchor.diff:      true = register(Name, Pid),
       ok = ct:pal("Testing [eval_everywhere_mfa_one_node] Registered Listening Node"),
       abcast = gen_rpc:eval_everywhere(ConnectedNodes, 'gen_rpc_test_helper', ping, [{?NODE, Name, Msg}]),
  -    {ok, ?SLAVE1, passed} = wait_for_reply(?SLAVE1),
  +    {ok, passed} = wait_for_reply(?SLAVE1),
       ok.
   
   eval_everywhere_mfa_multiple_nodes(_Config) ->
  
positive.code:                 {error, pong_timeout}
      end.
  
  wait_for_reply(Node1, Node2) ->
      wait_for_reply(Node1, Node2, 0).
         
  wait_for_reply(_Node1, _Node2, 2) -> {ok,passed};
  wait_for_reply(Node1, Node2, Acc) ->
      {ok, passed} =
      receive 
          {ok, Node1, passed} -> 
                          ok = ct:pal("function=wait_for_reply event_found_from=\"~p\"", [Node1]),
                          wait_for_reply(Node1, Node2, increment(?SLAVE1, Acc));
          {ok, Node2, passed} -> 
                          ok = ct:pal("function=wait_for_reply event_found_from=\"~p\"", [Node2]),
                          wait_for_reply(Node1, Node2, increment(?SLAVE2, Acc));
          Else ->  ok = ct:pal("function=wait_for_reply event_unkn0wn_msg=\"~p\"", [Else]),
                   wait_for_reply(Node1, Node2, Acc)
      after
  
negative.code:     true = register(Name, Pid),
      ok = ct:pal("Testing [safe_eval_everywhere_mfa_one_node] Registered Listening Node"),
      [true, []] = gen_rpc:safe_eval_everywhere(ConnectedNodes, 'gen_rpc_test_helper', ping, [{?NODE, Name, Msg}]),
      {ok, passed} = wait_for_reply(?SLAVE1),
      ok.
  
  safe_eval_everywhere_mfa_multiple_nodes(_Config) ->
  