anchor.diff:  		[N2] ->
   			[{"ratingGroup", N2} | Debited]
   	end,
  +	Debited2 = case SInfo of
  +		[] ->
  +			Debited1;
  +		_ ->
  +			[SInfo | Debited1]
  +	end,
   	DebitedUnit1 = case RSU of
  -		[#'3gpp_ro_Used-Service-Unit'{'CC-Time' = [CCTime1]}]
  +		[#'3gpp_ro_Requested-Service-Unit'{'CC-Time' = [CCTime1]}]
   				when CCTime1 > 0->
   			[{"time", CCTime1}];
   		_ ->
   			[]
   	end,
   	DebitedUnit2 = case RSU of
  -		[#'3gpp_ro_Used-Service-Unit'{'CC-Output-Octets' = [CCOutputOctets1]}]
  +		[#'3gpp_ro_Requested-Service-Unit'{'CC-Output-Octets' = [CCOutputOctets1]}]
   				when CCOutputOctets1 > 0 ->
   			[{"downlinkVolume", CCOutputOctets1} | DebitedUnit1];
   		_ ->
   			DebitedUnit1
   	end,
   	DebitedUnit3 = case RSU of
  -		[#'3gpp_ro_Used-Service-Unit'{'CC-Input-Octets' = [CCInputOctets1]}]
  +		[#'3gpp_ro_Requested-Service-Unit'{'CC-Input-Octets' = [CCInputOctets1]}]
   				when CCInputOctets1 > 0 ->
   			[{"uplinkVolume", CCInputOctets1} | DebitedUnit2];
   		_ ->
   			DebitedUnit2
   	end,
   	DebitedUnit4 = case RSU of
  -		[#'3gpp_ro_Used-Service-Unit'{'CC-Total-Octets' = [CCTotalOctets1]}]
  +		[#'3gpp_ro_Requested-Service-Unit'{'CC-Total-Octets' = [CCTotalOctets1]}]
   				when CCTotalOctets1 > 0 ->
   			[{"totalVolume", CCTotalOctets1} | DebitedUnit3];
   		_ ->
   			DebitedUnit3
   	end,
   	DebitedUnit5 = case RSU of
  -		[#'3gpp_ro_Used-Service-Unit'{'CC-Service-Specific-Units' = [CCSpecUnits1]}]
  +		[#'3gpp_ro_Requested-Service-Unit'{'CC-Service-Specific-Units' = [CCSpecUnits1]}]
   				when CCSpecUnits1 > 0 ->
   			[{"serviceSpecificUnit", CCSpecUnits1} | DebitedUnit4];
   		_ ->
  
positive.code: 	end,
  	NewDebited = case DebitedUnit5 of
  		[] ->
  			{struct, [SCID, SInfo, Des, {"requestSubType", "DEBIT"} | Debited1]};
  		_ ->
  			{struct, [SCID, SInfo, Des, {"consumedUnit", {struct, DebitedUnit4}},
  					{"requestSubType", "DEBIT"} | Debited1]}
  	end,
  	iec_service_rating1(T, SCID, SInfo, Des, [NewDebited | Acc]);
  iec_service_rating1([], _SCID, _SI, _Dec, Acc) ->
  
negative.code: 		'Recipient-Info' = [#'3gpp_ro_Recipient-Info'{
  		'Recipient-Address' = [#'3gpp_ro_Recipient-Address'{
  		'Address-Data' = [RequestedPartyAddress]}]}]}]}])
  		when is_binary(RequestedPartyAddress) ->
  	binary_to_list(RequestedPartyAddress);
  get_destination(_) ->
  	[].
  
  