New templates are created (e7627675) · Commits · INT - Core Network and Interoperability Testing / DIAMETER / DiameterGx

DiameterGx/ttcn/DiameterGx_Gx_TCFunctions.ttcn

+1 −1

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		@@ -57,7 +57,7 @@ module DiameterGx_Gx_TCFunctions {

		f_selfOrClientSyncAndVerdict(c_prDone, f_getVerdict()); // sync

		//f_send_CCR(m_CCR_basic(vc_sessionId, vc_originHost, vc_originRealm, vc_destinationRealm, f_framedIpAddress4_send(),f_framedIpAddress6_send()));
		f_send_CCR(m_CCR_InitialRequest_allReqAVPs(vc_sessionId, vc_originHost, vc_originRealm, vc_destinationRealm, f_framedIpAddress4_send(),f_framedIpAddress6_send()));

		f_selfOrClientSyncAndVerdict(c_tbDone, f_getVerdict()); // sync

DiameterGx/ttcn/DiameterGx_PIXITS.ttcn

+63 −11

Original line number	Diff line number	Diff line
		@@ -150,32 +150,84 @@ module DiameterGx_PIXITS
		*/
		modulepar octetstring PX_UE_framedIp6Address := 'ffffffff'O;


		/** @desc
		* avp_Data within CC_Request_Type_AVP is of enumerated type CC_Request_Ty_Type ,
		*/
		modulepar CC_Request_Ty_Type PX_CC_REQUEST_TYPE := INITIAL_REQUEST_E;

		/** @desc charstring, PIXIT item A.1/
		/** @desc UInt32, PIXIT item A.1/
		* avp_Data within CC_Request_Number_AVP is of UInt32 type
		*/
		modulepar UInt32 PX_CC_REQUEST_NUMBER := 1;

		/** @desc charstring, PIXIT item A.1/
		/** @desc enumerated type Subscription_Id_Ty_Type, PIXIT item A.1/
		* avp_Data within Subscription_Id_Type_AVP is of enumerated type Subscription_Id_Ty_Type
		*/
		modulepar Subscription_Id_Ty_Type PX_SUBSCRIPTION_ID_TYPE := END_USER_IMSI_E;

		/** @desc charstring, PIXIT item A.1/
		/** @desc UTF8String, PIXIT item A.1/
		* avp_Data within Subscription_Id_AVP is of UTF8String type
		*/
		modulepar UTF8String PX_SUBSCRIPTION_ID_DATA := "SUBS_DATA";

		/** @desc charstring, PIXIT item A.1/
		/** @desc enumerated type IP_CAN_Type, PIXIT item A.1/
		* avp_Data within IP_CAN_Type_AVP is of enumerated type IP_CAN_Type
		*/
		modulepar IP_CAN_Type PX_IP_CAN_TYPE := ThreeGPP_GPRS_E;

		/** @desc charstring, PIXIT item A.1/
		/** @desc enumerated type RAT_Type, PIXIT item A.1/
		* avp_Data within RAT_Type_AVP is of enumerated type RAT_Type
		*/
		modulepar RAT_Type PX_RAT_TYPE := WLAN_E;

		/** @desc UInt32, PIXIT item A.1/
		* avp_Data within APN_Aggregate_Max_Bitrate_UL_AVP is of UInt32 type
		*/
		modulepar UInt32 PX_APN_AGGREGATE_MAX_BITRATE_UL_AVP_DATA := 100;

		/** @desc octetstring, PIXIT item A.1/
		* avp_Data within ThreeGPP_MS_TimeZone_DATA is of octetstring type
		*/
		modulepar octetstring PX_3GPP_MS_TIMEZONE_DATA := '08'O;

		/** @desc UTF8String, PIXIT item A.1/
		* avp_Data within Called_Station_Id_AVP is of UTF8String type
		*/
		modulepar UTF8String PX_CALLED_STATION_ID_DATA := "CALLED_STATION_ID_DATA";

		/** @desc octetstring, PIXIT item A.1/
		* avp_Data within PDN_Connection_ID_AVP is of octetstring type
		*/
		modulepar octetstring PX_PDN_CONNECTION_ID_DATA := '08'O;

		/** @desc enumerated type Bearer_Usage, PIXIT item A.1/
		* avp_Data within Bearer_Usage_AVP is of enumerated type Bearer_Usage
		*/
		modulepar Bearer_Usage PX_BEARER_USAGE_DATA := IMS_SIGNALLING_E;

		/** @desc charstring, PIXIT item A.1/14

		The ANCA (Access-Network-Charging-Address) in IPv4Addr format

		*/
		modulepar IPv4Addr PX_ANCA_ipv4 := {1,2,3,4};
		/** @desc charstring, PIXIT item A.1/15

		The ANCA (Access-Network-Charging-Address) in type IPv6Addr format

		*/
		modulepar IPv6Addr PX_ANCA_ipv6 := {1,2,3,4,5,6,7,8};

		/** @desc octetstring, PIXIT item A.1/
		* avp_Data within Access_Network_Charging_Identifier_Value_AVP is of octetstring type
		*/
		modulepar octetstring PX_ACCESS_NETWORK_CHARGING_IDENTIFIER_VALUE := '08'O;

		/** @desc octetstring, PIXIT item A.1/
		* avp_Data within Routing_Rule_Identifier_AVP is of octetstring type
		*/
		modulepar octetstring PX_ROUTING_RULE_IDENTIFIER_VALUE := '08'O;

		/** @desc UInt32, PIXIT item A.1/
		* avp_Data within Flow_Number_AVP is of UInt32 type
		*/
		modulepar UInt32 PX_FLOW_NUMBER_DATA := 100;

		} //end group DiameterCommonGxData

		} // end module DiameterGx_PIXITS
		No newline at end of file

DiameterGx/ttcn/DiameterGx_Templates.ttcn

+124 −13

Original line number	Diff line number	Diff line
		@@ -20,6 +20,7 @@ module DiameterGx_Templates {
		//LibDiameter
		import from LibDiameter_TypesAndValues all;
		import from LibDiameter_Templates all;
		import from LibDiameter_Steps all;

		//DiameterGx
		import from DiameterGx_PIXITS all;
		@@ -135,17 +136,127 @@ module DiameterGx_Templates {
		guaranteed_Bitrate_DL := omit,
		bearer_Identifier := omit,
		allocation_Retention_Priority := omit,
		aPN_Aggregate_Max_Bitrate_UL := m_APN_Aggregate_Max_Bitrate_UL,
		aPN_Aggregate_Max_Bitrate_UL := m_APN_Aggregate_Max_Bitrate_UL(PX_APN_AGGREGATE_MAX_BITRATE_UL_AVP_DATA),
		aPN_Aggregate_Max_Bitrate_DL := omit,
		aVP_Type := omit
		}

		template APN_Aggregate_Max_Bitrate_UL_AVP m_APN_Aggregate_Max_Bitrate_UL:=
		template APN_Aggregate_Max_Bitrate_UL_AVP m_APN_Aggregate_Max_Bitrate_UL(UInt32 p_avpData):=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdAPN_Aggregate_Max_Bitrate_UL_AVP, 4, omit),
		aVP_Data := 100//PX_APN_Aggregate_Max_Bitrate_UL_AVP_DATA
		aVP_Data := p_avpData
		};

		template ThreeGPP_MS_TimeZone_AVP m_threeGPP_MS_TimeZone(octetstring p_avpData) :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdThreeGPP_MS_TimeZone_AVP, lengthof(p_avpData), omit),
		aVP_Data := p_avpData
		};

		template Called_Station_Id_AVP m_called_Station_Id(UTF8String p_avpData) :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdCalled_Station_Id_AVP, lengthof(p_avpData), omit),
		aVP_Data := p_avpData
		};

		template PDN_Connection_ID_AVP m_pDN_Connection_ID(octetstring p_avpData) :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdPDN_Connection_ID_AVP, lengthof(p_avpData), omit),
		aVP_Data := p_avpData
		};

		template Bearer_Usage_AVP m_bearer_Usage(Bearer_Usage p_avpData) :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdBearer_Usage_AVP, 4, omit),
		aVP_Data := p_avpData
		}

		template (value) Access_Network_Charging_Address_AVP m_accessNetworkChargingAddress(template (value) Address p_avpData) :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdAccess_Network_Charging_Address_AVP, f_IPAdressLength(), omit),
		aVP_Data := p_avpData
		};

		template Access_Network_Charging_Identifier_Gx_AVP m_aNCI_Gx(Access_Network_Charging_Identifier_Value_AVP p_nciv) :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdAccess_Network_Charging_Identifier_Gx_AVP, lengthof(encvalue(p_nciv)), omit),
		acc_Net_Charging_Id_Val := p_nciv,
		charging_Rule_Base_Name := omit,
		charging_Rule_Name := omit
		}

		template Access_Network_Charging_Identifier_Value_AVP m_aNCI_Value(octetstring p_avpData) :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdAccess_Network_Charging_Identifier_Value_AVP, lengthof(p_avpData), omit),
		aVP_Data := p_avpData
		};

		template Routing_Rule_Install_AVP m_routing_Rule_Install(Routing_Rule_Definition_AVP p_rrd) :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdRouting_Rule_Install_AVP, lengthof(encvalue(p_rrd)), omit),
		routing_Rule_Definition := {p_rrd},
		aVP_Type := omit
		}

		template Routing_Rule_Definition_AVP m_routing_Rule_Definition(Routing_Rule_Identifier_AVP p_rri, Routing_Filter_AVP p_rf) :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdRouting_Rule_Definition_AVP, (lengthof(encvalue(p_rri))+lengthof(encvalue(p_rf))), omit),
		routing_Rule_Identifier := p_rri,
		routing_Filter := {p_rf},
		precedence := omit,
		routing_IP_Address := omit,
		aVP_Type := omit
		}

		template Routing_Rule_Identifier_AVP m_routing_Rule_Identifier(octetstring p_avpData) :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdRouting_Rule_Identifier_AVP, lengthof(p_avpData), omit),
		aVP_Data := p_avpData
		};

		template Routing_Filter_AVP m_routing_Filter :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdRouting_Filter_AVP, 12/12-flow_direction/+ lengthof(encvalue(m_flow_Description(m_iPFilterRule))), omit),
		flow_Description := m_flow_Description(m_iPFilterRule),
		flow_Direction := m_flow_Direction,
		toS_Traffic_Class := omit,
		security_Parameter_Index := omit,
		flow_Label := omit,
		aVP_Type := omit
		}

		template Flow_Description_AVP m_flow_Description(IPFilterRule_Type p_IPftr) :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdFlow_Description_AVP, lengthof(encvalue(p_IPftr)), omit),
		aVP_Data := p_IPftr
		}

		template Flow_Direction_AVP m_flow_Direction :=
		{
		aVP_Header := m_aVP_HeaderVid(c_vendIdFlow_Direction_AVP, 4, omit),
		aVP_Data := BIDIRECTIONAL_E
		}

		//TODO: Check have to be done during validation if IPFilterRule_Type is valid(it is not clear from RFC3588 if type structure is sufficient)
		template IPFilterRule_Type m_iPFilterRule :=
		{
		action_ := "permit",
		direction := "out",
		proto := "ip",
		src := {
		ipno := 4,
		addr := "1.1.1.1",
		mask := omit
		},
		dst := {
		ipno := 4,
		addr := "10.10.10.1",
		mask := omit
		},
		ports := omit,
		options := omit
		}

		}//end group sendingTemplatesForAVPs
		group awaitingTemplatesForAVPs{

		@@ -251,7 +362,7 @@ module DiameterGx_Templates {
		origin_Realm := p_originRealm,
		destination_Realm := p_destinationRealm,
		auth_Application_Id := m_authApplicationId(c_applIdGx),
		cC_Request_Type := m_cC_Request_Type(PX_CC_REQUEST_TYPE),
		cC_Request_Type := m_cC_Request_Type(INITIAL_REQUEST_E),
		cC_Request_Number := m_cC_Request_Number(PX_CC_REQUEST_NUMBER),
		subscription_Id := {m_subscription_Id(m_subscription_Id_Type(PX_SUBSCRIPTION_ID_TYPE),m_subscription_Id_Data(PX_SUBSCRIPTION_ID_DATA))},
		framed_IP_Address := p_framedIpAddress,
		@@ -291,7 +402,7 @@ module DiameterGx_Templates {
		origin_Host := p_originHost,
		origin_Realm := p_originRealm,
		auth_Application_Id := m_authApplicationId(c_applIdGx),
		cC_Request_Type := m_cC_Request_Type(PX_CC_REQUEST_TYPE),
		cC_Request_Type := m_cC_Request_Type(INITIAL_REQUEST_E),
		cC_Request_Number := m_cC_Request_Number(PX_CC_REQUEST_NUMBER)
		}

		@@ -316,7 +427,7 @@ module DiameterGx_Templates {

		group Gxmodified_request_templates_send {

		template CCR_MSG m_CCR_allRequiredAVPs(template Session_Id_AVP p_sessionId,
		template CCR_MSG m_CCR_InitialRequest_allReqAVPs(template Session_Id_AVP p_sessionId,
		template Origin_Host_AVP p_originHost,
		template Origin_Realm_AVP p_originRealm,
		template Destination_Realm_AVP p_destinationRealm,
		@@ -324,13 +435,13 @@ module DiameterGx_Templates {
		template Framed_IPv6_Prefix_AVP p_framedIp6Address) modifies m_CCR_basic := {
		network_Request_Support := m_network_Request_Support(NETWORK_REQUEST_SUPPORTED_E),
		qoS_Information := m_qoS_Information_APN_AMBR_UL,
		threeGPP_MS_TimeZone := omit,
		called_Station_Id := omit,
		pDN_Connection_ID := omit,
		bearer_Usage := omit,
		access_Network_Charging_Address := omit,
		access_Network_Charging_Identifier_Gx := omit,
		routing_Rule_Install := omit
		threeGPP_MS_TimeZone := m_threeGPP_MS_TimeZone(PX_3GPP_MS_TIMEZONE_DATA),
		called_Station_Id := m_called_Station_Id(PX_CALLED_STATION_ID_DATA),
		pDN_Connection_ID := m_pDN_Connection_ID(PX_PDN_CONNECTION_ID_DATA),
		bearer_Usage := m_bearer_Usage(PX_BEARER_USAGE_DATA),
		access_Network_Charging_Address := m_accessNetworkChargingAddress(f_IPAdress(PX_ANCA_ipv4, PX_ANCA_ipv6)),
		access_Network_Charging_Identifier_Gx := {m_aNCI_Gx(m_aNCI_Value(PX_ACCESS_NETWORK_CHARGING_IDENTIFIER_VALUE))},
		routing_Rule_Install := m_routing_Rule_Install(m_routing_Rule_Definition(m_routing_Rule_Identifier(PX_ROUTING_RULE_IDENTIFIER_VALUE),m_routing_Filter))

		}

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