anchor.diff:  	#'3gpp_ro_CCA'{'Result-Code' = ?'DIAMETER_BASE_RESULT-CODE_SUCCESS'} = Answer1.
   
   receive_interim_scur_class_a() ->
  -	[{userdata, [{doc, "On IEC updateRating response send CCA-U"}]}].
  +	[{userdata, [{doc, "On SCUR updateRating response send CCA-U"}]}].
   
   receive_interim_scur_class_a(Config) ->
   	OfferId = add_offer([price_pla(Config)], 4),
  
positive.code: 	#'3gpp_ro_CCA'{'Result-Code' = ?'DIAMETER_BASE_RESULT-CODE_SUCCESS'} = Answer2.
  
  receive_final_scur_class_b() ->
  	[{userdata, [{doc, "On IECendRatingresponse send CCA-U"}]}].
  
  receive_final_scur_class_b(_Config) ->
  	P1 = price(usage, octets, rand:uniform(10000000), rand:uniform(1000000)),
  
negative.code: 	{_, {_, [{_, TotalOctets2}]}} = lists:keyfind("consumedUnit", 1, ServiceRating1).
  
  send_iec_class_b() ->
  	[{userdata, [{doc, "On received IEC CCR-E send startRating"}]}].
  
  send_iec_class_b(_Config) ->
  	P1 = price(usage, messages, 1, rand:uniform(1000000)),
  