anchor.diff:  
   %%--------------------------------------------------------------------
   %% @spec    (Tables) ->
  -%%            ok 
  +%%            ok
   %%
   %%            Tables = [atom()] "list of table names"
   %%
   %%            DescriptiveAtom = atom() "reason converted to atom since atoms are displayed best when an application fails to start"
   %%
  -%% @throws  DescriptiveAtom 
  +%% @throws  DescriptiveAtom
   %%
   %% @doc     Make sure the tables listed in Tables exist, otherwise
   %%          halt the Erlang runtime system.
  
positive.code: %%            URI    = term() "opaque #(sipurl{})"
  %%            Origin = #siporigin{} "information about where this Packet was received from"
  %%
  %% @throws  {sipparseerror, request, Header, Status, Reason} 
  %%
  %% @doc     Inspect Header's Via: record(s) to make sure this is not a
  %%          looping request.
  
negative.code:     %% test parse_packet2(Packet, Origin)
      %%--------------------------------------------------------------------
      autotest:mark(?LINE, "parse_packet1/2 - Loop detection - 1.0"),
      %% demonstrate that a spiraling request is not treated as a loop
      %%
      %% The spiral is supposed to emulate this scenario :
      %%
      %% Regexp1: ^sip:regexp1@homedomain$ sip:regexp2@homedomain
      %% Regexp2: ^sip:regexp2@homedomain$ sip:user@homedomain
      %%
      %% a request sent to regexp1@ should spiral and end up at user@
  
      HomedomainStr = "example.org",
  
  