anchor.diff:  	  end;
   bad_test_local_to_univ([]) ->
       ok.
  +
  +
  +%% Test universaltime to seconds conversions
  +univ_to_seconds(Config) when is_list(Config) ->
  +    test_univ_to_seconds(ok_utc_seconds()).
  +
  +test_univ_to_seconds([{Datetime, Seconds}|DSs]) ->
  +    io:format("universaltime = ~p -> seconds = ~p", [Datetime, Seconds]),
  +    Seconds = erlang:universaltime_to_seconds(Datetime),
  +    test_univ_to_seconds(DSs);
  +test_univ_to_seconds([]) -> 
  +    ok.
  +
  +%% Test seconds to universaltime conversions
  +seconds_to_univ(Config) when is_list(Config) ->
  +    test_seconds_to_univ(ok_utc_seconds()).
  +
  +test_seconds_to_univ([{Datetime, Seconds}|DSs]) ->
  +    io:format("universaltime = ~p <- seconds = ~p", [Datetime, Seconds]),
  +    Datetime = erlang:seconds_to_universaltime(Seconds),
  +    test_seconds_to_univ(DSs);
  +test_seconds_to_univ([]) -> 
  +    ok.
  +
   
   %% Test that the the different time functions return
   %% consistent results. (See the test case for assumptions
  
positive.code:      {1998, 06, 3},
       {1999, 06, 4}].
  
  %% The following dates should not be near the end or beginning of
  %% a month, because they will be used to test when the dates are
  %% different in UTC and local time.
  
negative.code: -export([all/0, suite/0,groups/0,init_per_suite/1, end_per_suite/1, 
  	 init_per_group/2,end_per_group/2, univ_to_local/1, local_to_univ/1,
  	 bad_univ_to_local/1, bad_local_to_univ/1,
  	 univ_to_seconds/1, seconds_to_univ/1,
  	 consistency/1,
  	 now_unique/1, now_update/1, timestamp/1]).
  
  