Add subset of IMS/EPC TDs (4f36b84b) · Commits · INT - Core Network and Interoperability Testing / IMS / IMS_IOT

ttcn/AtsImsIot/AtsImsIot_Behavior.ttcn

+215 −1

Original line number	Diff line number	Diff line
		@@ -5548,6 +5548,35 @@ group checksTC_IMS_SHARE_0009 {
		// TODO
		} // End of function f_mtc_check_TP_EPC_6009_01

		/**
		* Starts monitor component behavior for TP_EPC_6009_02
		* @param p_monitorCompRef Reference to monitor component
		* @param p_checkMessage indicate if the incomming message should only be checked (port.check) or consumed (port.receive).
		* The check operation allows read access to the top element of incoming port queues without removing the top element from the queue.
		* <pre>
		* ensure that {
		* when {
		* EPC_PCRF receives Session-Termination-Request from IMS_PCSCF containing
		* Session-Id_AVP indicating IMS_signalling value_received in Session-Termination-Request
		* and Result-Code_AVP indicating DIAMETER_SUCCESS(2001)
		* }
		* then {
		* EPC_PCRF sends Session-Termination-Answer to IMS_P-CSCF containing
		* Session-Id_AVP indicating IMS_signalling value_received in Session-Termination-Request
		* Result-Code_AVP indicating DIAMETER_SUCCESS(2001)
		* }
		* }
		* </pre>
		* @see TS 103 029 V3.1.1 clause 7.1.2
		*/
		function f_mtc_check_TP_EPC_6009_02(
		ImsInterfaceMonitor p_monitorCompRef,
		boolean p_checkMessage
		) runs on ImsTestCoordinator {
		// TODO
		} // End of function f_mtc_check_TP_EPC_6009_02


		/**
		* Starts monitor component behavior for TP_EPC_6010_01
		* @param p_monitorCompRef Reference to monitor component
		@@ -5601,7 +5630,7 @@ group checksTC_IMS_SHARE_0009 {
		* }
		* }
		* </pre>
		* @see TS 103 029 V3.1.1 clause 7.1.2
		* @see TS 103 029 V3.1.1 clause 7.2.2
		*/
		function f_mtc_check_TP_EPC_6011_01(
		ImsInterfaceMonitor p_monitorCompRef,
		@@ -5673,6 +5702,191 @@ group checksTC_IMS_SHARE_0009 {
		// TODO
		} // End of function f_mtc_check_TP_EPC_6013_01

		/**
		* Starts monitor component behavior for TP_EPC_6017_01
		* @param p_monitorCompRef Reference to monitor component
		* @param p_checkMessage indicate if the incomming message should only be checked (port.check) or consumed (port.receive).
		* The check operation allows read access to the top element of incoming port queues without removing the top element from the queue.
		* <pre>
		* ensure that {
		* when {
		* UE_A sends REGISTER for de-registration to IMS_P-CSCF
		* }
		* then {
		* UE_A receives 2xx_Response from IMS_P-CSCF
		* and IMS_P-CSCF sends Session-Termination-Request to EPC_PCRF containing
		* Session Session-Id_AVP indicating session for IMS_signalling session
		* }
		* }
		* </pre>
		* @see TS 103 029 V3.1.1 clause 7.2.2
		*/
		function f_mtc_check_TP_EPC_6017_01(
		ImsInterfaceMonitor p_monitorCompRef,
		boolean p_checkMessage
		) runs on ImsTestCoordinator {
		// TODO
		} // End of function f_mtc_check_TP_EPC_6017_01

		/**
		* Starts monitor component behavior for TP_EPC_6018_01
		* @param p_monitorCompRef Reference to monitor component
		* @param p_checkMessage indicate if the incomming message should only be checked (port.check) or consumed (port.receive).
		* The check operation allows read access to the top element of incoming port queues without removing the top element from the queue.
		* <pre>
		* ensure that {
		* when {
		* UE_A sends REGISTER to IMS_P-CSCF
		* }
		* then {
		* IMS_P-CSCF receives REGISTER delivered over default bearer containing
		* no Contact_header
		* and IMS_P-CSCF sends Response to UE_A
		* }
		* }
		* </pre>
		* @see TS 103 029 V3.1.1 clause 7.2.2
		*/
		function f_mtc_check_TP_EPC_6018_01(
		ImsInterfaceMonitor p_monitorCompRef,
		boolean p_checkMessage
		) runs on ImsTestCoordinator {
		// TODO
		} // End of function f_mtc_check_TP_EPC_60178_01

		/**
		* Starts monitor component behavior for TP_EPC_6019_01
		* @param p_monitorCompRef Reference to monitor component
		* @param p_checkMessage indicate if the incomming message should only be checked (port.check) or consumed (port.receive).
		* The check operation allows read access to the top element of incoming port queues without removing the top element from the queue.
		* <pre>
		* ensure that {
		* when {
		* IMS_P-CSCF sends Response on REGISTER to UE_A
		* }
		* then {
		* UE_A receives Response on REGISTER from IMS_P-CSCF delivered over default bearer
		* }
		* }
		* </pre>
		* @see TS 103 029 V3.1.1 clause 7.2.2
		*/
		function f_mtc_check_TP_EPC_6019_01(
		ImsInterfaceMonitor p_monitorCompRef,
		boolean p_checkMessage
		) runs on ImsTestCoordinator {
		// TODO
		} // End of function f_mtc_check_TP_EPC_6019_01

		/**
		* Starts monitor component behavior for TP_EPC_6027_01
		* @param p_monitorCompRef Reference to monitor component
		* @param p_checkMessage indicate if the incomming message should only be checked (port.check) or consumed (port.receive).
		* The check operation allows read access to the top element of incoming port queues without removing the top element from the queue.
		* <pre>
		* ensure that {
		* when {
		* IMS_P-CSCF receives 2xx_response on INVITE from IMS_P-CSCF
		* }
		* then {
		* IMS_P-CSCF sends AA-Request to EPC_PCRF containing
		* Framed-IP-Address_AVP indicating IPv4_address of UE_A
		* or Framed-IPv6-Address_AVP indicating IPv6_address of UE_A
		* and one or more Media-Component-Description_AVP containing
		* Media-Component-Number_AVP indicating values_derived from SDP
		* and one or more Media-Subcomponent-Description_AVP indicating values_derived from SDP
		* }
		* }
		* </pre>
		* @see TS 103 029 V3.1.1 clause 7.3.1.1.1
		*/
		function f_mtc_check_TP_EPC_6027_01(
		ImsInterfaceMonitor p_monitorCompRef,
		boolean p_checkMessage
		) runs on ImsTestCoordinator {
		// TODO
		} // End of function f_mtc_check_TP_EPC_6027_01

		/**
		* Starts monitor component behavior for TP_EPC_6028_01
		* @param p_monitorCompRef Reference to monitor component
		* @param p_checkMessage indicate if the incomming message should only be checked (port.check) or consumed (port.receive).
		* The check operation allows read access to the top element of incoming port queues without removing the top element from the queue.
		* <pre>
		* ensure that {
		* when {
		* EPC_PCRF receives AA-Request from IMS_P-CSCF
		* }
		* then {
		* EPC_PCRF sends AA-Answer to IMS_P-CSCF containing
		* Result-Code_AVP indicating DIAMETER_SUCCESS(2001)
		* and Acceptable-Service-Info_AVP containing
		* one or more Media-Component-Description_AVP indicating values_derived from AA-Request
		* and IP-CAN_AVP indicating Current_IP_CAN_Type of UE_A
		* and RAT-Type_AVP indicating Current_RAT_Type of UE_A
		* }
		* }
		* </pre>
		* @see TS 103 029 V3.1.1 clause 7.3.1.1.1
		*/
		function f_mtc_check_TP_EPC_6028_01(
		ImsInterfaceMonitor p_monitorCompRef,
		boolean p_checkMessage
		) runs on ImsTestCoordinator {
		// TODO
		} // End of function f_mtc_check_TP_EPC_6028_01

		/**
		* Starts monitor component behavior for TP_EPC_6029_01
		* @param p_monitorCompRef Reference to monitor component
		* @param p_checkMessage indicate if the incomming message should only be checked (port.check) or consumed (port.receive).
		* The check operation allows read access to the top element of incoming port queues without removing the top element from the queue.
		* <pre>
		* ensure that {
		* when {
		* IMS_P-CSCF receives AA-Answer from EPC_PCRF
		* }
		* then {
		* IMS_P-CSCF sends 2xx_Response on INVITE to UE_A
		* }
		* }
		* </pre>
		* @see TS 103 029 V3.1.1 clause 7.3.1.1.1
		*/
		function f_mtc_check_TP_EPC_6029_01(
		ImsInterfaceMonitor p_monitorCompRef,
		boolean p_checkMessage
		) runs on ImsTestCoordinator {
		// TODO
		} // End of function f_mtc_check_TP_EPC_6029_01

		/**
		* Starts monitor component behavior for TP_EPC_6030_01
		* @param p_monitorCompRef Reference to monitor component
		* @param p_checkMessage indicate if the incomming message should only be checked (port.check) or consumed (port.receive).
		* The check operation allows read access to the top element of incoming port queues without removing the top element from the queue.
		* <pre>
		* ensure that {
		* when {
		* UE_A sends media to UE_B
		* }
		* then {
		* EPC uses_correct_bearers for the service_data_flows
		* and UE_B receives media
		* and EPC uses_correct_bearers for the service_data_flows
		* and UE_A receives media
		* }
		* }
		* </pre>
		* @see TS 103 029 V3.1.1 clause 7.3.1.1.1
		*/
		function f_mtc_check_TP_EPC_6030_01(
		ImsInterfaceMonitor p_monitorCompRef,
		boolean p_checkMessage
		) runs on ImsTestCoordinator {
		// TODO
		} // End of function f_mtc_check_TP_EPC_6030_01

		} // End of group epcChecks

		} // end group

ttcn/AtsImsIot/AtsImsIot_TestCases_EPC.ttcn3

+91 −4

Original line number	Diff line number	Diff line
		@@ -151,9 +151,39 @@ module AtsImsIot_TestCases_EPC {
		} // End of TC TC_IMSEPC_Registration_Initial_Successful_0001

		/**
		* @desc .
		* @desc IMS De-registration.
		* On UE_A de-registration, P-CSCF signals to PCRF the termination of the IMS signalling session.
		* EPC removes the IMS signalling bearer.
		* Initial registration are still possible, but traffic will be categorized in the Default Bearer
		* @see TS 103 029 V3.1.1 clause 7.2.2
		*/
		testcase TC_IMSEPC_DeRegistration_UE_0003 ( ) runs on ImsTestCoordinator system IotSystemInterface {
		var IotEquipmentUser v_ueA := f_cf_create_IotEquipmentUser(c_userUE_A);
		var IotEquipmentUser v_ueB := f_cf_create_IotEquipmentUser(c_userUE_B);
		var ImsInterfaceMonitor v_gmA := f_cf_create_monitor(c_gm_A);
		var ImsInterfaceMonitor v_gmB := f_cf_create_monitor(c_gm_B);
		var ImsInterfaceMonitor v_rx := f_cf_create_monitor(c_rx);
		var ImsUserInfo v_userInfoA := f_getImUser(PX_EUT_A);
		var ImsUserInfo v_userInfoB := f_getImUser(PX_EUT_B);
		var CF_EPC_CALL v_config := { v_gmA, v_rx, v_gmB };

		// map/connect component ports
		f_cf_adapter_up ( );
		f_cf_user_up ( v_ueA );
		f_cf_user_up ( v_ueB );
		f_cf_epc_call_up ( v_config );

		// preamble

		// test body

		// postamble

		//unmap/disconnet component ports
		f_cf_user_down(v_ueA);
		f_cf_user_down(v_ueB);
		f_cf_epc_call_down(v_config);
		f_cf_adapter_down();
		} // End of TC TC_IMSEPC_DeRegistration_UE_0003

		} // End of group imsRegistrationAndAFSignallingBearer
		@@ -161,15 +191,72 @@ module AtsImsIot_TestCases_EPC {
		group sipSessionAndSessionBearer {

		/**
		* @desc .
		* @desc Originating Leg With SDP Negotiation in INVITE/200 OK.
		* On successful call setup, the P-CSCF should derive from the SDP offer and answer, descriptions of the Service Data Flow.
		* These are pushed towards EPC as request for creation of adequate bearers. EPC creates based on the EPC's operator policies the bearers for media.
		* When transporting media, the EPC will employ the respective bearer's characteristics. Media transport is possible only after the successful establishment of the session.
		* Media negotiation happens during INVITE/200 OK (UE A sends SDP-offer, UE B responds with SDP-answer)
		* @see TS 103 029 V3.1.1 clause 7.3.1.1.1
		*/
		testcase TC_IMSEPC_Session_Establishment_Originating_0001 ( ) runs on ImsTestCoordinator system IotSystemInterface {
		var IotEquipmentUser v_ueA := f_cf_create_IotEquipmentUser(c_userUE_A);
		var IotEquipmentUser v_ueB := f_cf_create_IotEquipmentUser(c_userUE_B);
		var ImsInterfaceMonitor v_gmA := f_cf_create_monitor(c_gm_A);
		var ImsInterfaceMonitor v_gmB := f_cf_create_monitor(c_gm_B);
		var ImsInterfaceMonitor v_rx := f_cf_create_monitor(c_rx);
		var ImsUserInfo v_userInfoA := f_getImUser(PX_EUT_A);
		var ImsUserInfo v_userInfoB := f_getImUser(PX_EUT_B);
		var CF_EPC_CALL v_config := { v_gmA, v_rx, v_gmB };

		// map/connect component ports
		f_cf_adapter_up ( );
		f_cf_user_up ( v_ueA );
		f_cf_user_up ( v_ueB );
		f_cf_epc_call_up ( v_config );

		// preamble

		// test body

		// postamble

		//unmap/disconnet component ports
		f_cf_user_down(v_ueA);
		f_cf_user_down(v_ueB);
		f_cf_epc_call_down(v_config);
		f_cf_adapter_down();
		} // End of TC TC_IMSEPC_Session_Establishment_Originating_0001

		/**
		* @desc .
		*/
		testcase TC_IMSEPC_Session_Establishment_Originating_0003 ( ) runs on ImsTestCoordinator system IotSystemInterface {
		var IotEquipmentUser v_ueA := f_cf_create_IotEquipmentUser(c_userUE_A);
		var IotEquipmentUser v_ueB := f_cf_create_IotEquipmentUser(c_userUE_B);
		var ImsInterfaceMonitor v_gmA := f_cf_create_monitor(c_gm_A);
		var ImsInterfaceMonitor v_gmB := f_cf_create_monitor(c_gm_B);
		var ImsInterfaceMonitor v_rx := f_cf_create_monitor(c_rx);
		var ImsUserInfo v_userInfoA := f_getImUser(PX_EUT_A);
		var ImsUserInfo v_userInfoB := f_getImUser(PX_EUT_B);
		var CF_EPC_CALL v_config := { v_gmA, v_rx, v_gmB };

		// map/connect component ports
		f_cf_adapter_up ( );
		f_cf_user_up ( v_ueA );
		f_cf_user_up ( v_ueB );
		f_cf_epc_call_up ( v_config );

		// preamble

		// test body

		// postamble

		//unmap/disconnet component ports
		f_cf_user_down(v_ueA);
		f_cf_user_down(v_ueB);
		f_cf_epc_call_down(v_config);
		f_cf_adapter_down();
		} // End of TC TC_IMSEPC_Registration_Initial_Successful_0001

		} // End of group sipSessionAndSessionBearer