anchor.diff:  	    dont_import;
   	false ->
   	    NewEntry = {M, F1, [ImportFile | ImportFiles]},
  -	    {ok, reverse([NewEntry | Acc]) ++ Imported}
  +	    {ok, lists:reverse([NewEntry | Acc]) ++ Imported}
       end;
   add_imported(M, F, ImportFile, [H|Imported], Acc) ->
       add_imported(M, F, ImportFile, Imported, [H|Acc]);
   add_imported(M, F, ImportFile, [], Acc) ->
  -    {ok, reverse([{M, F, [ImportFile]} | Acc])}.
  +    {ok, lists:reverse([{M, F, [ImportFile]} | Acc])}.
       
   %% Removes a module from the list of imported modules and writes a warning
   %% This is done when a module is compiled.
  
positive.code:     {MungedExpr, Vars2} = munge_expr(Expr, Vars),
      munge_qs1(Qs, L, MungedExpr, Vars, Vars2, MQs);
  munge_qs([], Vars, MQs) ->
      {reverse(MQs), Vars}.
  
  munge_qs1(Qs, Line, NQ, Vars, Vars2, MQs) ->
      case new_bumps(Vars2, Vars) of
  
negative.code: 		{module, Module} ->
  		    
  		    %% Store info about all function clauses in database
  		    InitInfo = lists:reverse(Vars#vars.init_info),
  		    ets:insert(?COVER_CLAUSE_TABLE, {Module, InitInfo}),
  		    
  		    %% Store binary code so it can be loaded on remote nodes
  