anchor.diff:  	      [WlanId, WlanCfg#wtp_wlan_config.ssid,
   	       fmt_bool(WlanCfg#wtp_wlan_config.suppress_ssid),
   	       fmt_bool(WlanCfg#wtp_wlan_config.privacy, {enabled, disabled})]),
  -    print_wtp_radio_wlan_state(lists:keyfind({RadioId, WlanId}, 2, WlansState)).
  +    print_wtp_radio_wlan_state(WlanCfg, lists:keyfind({RadioId, WlanId}, 2, WlansState)).
   
   fmt_wtp_radio_oper_mode(#wtp_radio{
   			   operation_mode = OperMode,
  
positive.code: 	       Config#wtp.data_channel_dead_interval, Config#wtp.ac_join_timeout,
  	       Config#wtp.admin_pw, Config#wtp.wlan_hold_time]).
  
  print_wtp_radio_wlan_state(#wlan{bss = BSS,
  				 state = WlanState}) ->
      io:format("    BSS: ~s~n"
  	      "    Running: ~w~n",
  	      [fmt_mac(BSS), WlanState]);
  print_wtp_radio_wlan_state(_) ->
      io:format("    BSS: unconfigure~n"
  	      "    Running: unconfigure~n").
  
  print_wtp_radio_wlan(#wtp_radio{radio_id = RadioId},
  		     #wtp_wlan_config{wlan_id = WlanId} = WlanCfg,
  
negative.code: 	      "  Control Channel Endpoint: ~s~n"
  	      "  Data Channel Endpoint: ~s~n"
  	      "  Session Id: ~32.16.0b~n"
  	      "  Echo Request Timeout: ~w sec~n",
  	      [Id, StationCnt, fmt_time_ms(StartTime), (Now - StartTime) / 1000,
  	       Location, format_wtp_board_data(BoardData),
  	       format_wtp_descriptor(Descriptor), Name,
  	       fmt_endpoint(CtrlAddress), fmt_endpoint(DataAddress),
  	       SessionId, EchoReqTimeout]),
      print_wtp_config(WTP),
      print_wtp_radios(WTP).
  
  