Iztok's update - new TD modules added.

/**

 *  @author     STF 574

 *  @version    $Id: $

 *  @desc       This module provides ATS specific test case definitions for Network Attachment.

 *  @see        ETSI TS 103 653-2 (2020)

 */

module AtsImsIot_TD_ATT{

    // LibCommon

    // LibSip

    // LibIms

    import from LibIms_UpperTester { type ImsUserInfo };

    // LibIot

    import from LibIot_TestInterface { type IotEquipmentUser };

    import from LibIot_TestConfiguration { function f_cf_create_IotEquipmentUser };

    import from LibIot_PIXITS all;

    import from LibIot_VxLTE_PIXITS all;

    import from LibIot_VxLTE_Functions all;

    // LibImsIot

    import from AtsImsIot_Functions { function f_getImUser};

    // ImsIot

    import from AtsImsIot_TestConfiguration all; 

    import from AtsImsIot_TestSystem all; 

    import from AtsImsIot_Functions all;

    import from AtsImsIot_TP_behavior_GM all;

    import from AtsImsIot_TP_behavior_MW_PS all;

    import from AtsImsIot_TP_behavior_IC all;

    import from AtsImsIot_TP_behavior_CX all;

    import from AtsImsIot_TP_behavior_GX all;

    import from AtsImsIot_TP_behavior_ISC all;

    import from AtsImsIot_TP_behavior_MW all;

    import from AtsImsIot_TP_behavior_S6A all;

    import from AtsImsIot_TP_behavior_S9 all;

    import from AtsImsIot_TP_behavior_SH all;

    import from AtsImsIot_Behavior all; // TODO To be removed 

    group Interoperability{

        group networkAttachmentAndDefaultBearer {

            /**

             * @desc    Initial Network Attachment and Establishment of the Default Bearer.

             * On successful initial network attachment, the UE should discover the P-CSCF IP address.

             * The EPC will create the Default Bearers which will allow communication only between the UE and the P-CSCF

             * @see TS 124 229 [2], clause 9.2.1 and L.2.2.1; TS 129 212 [9], clauses 4.5.1 (item 1) and 4a.5.1 (item 1); TS 129 272 [10], clause 5.2.1.1

             */

            testcase TC_VxLTE_INT_ATT_01 ( ) 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 ImsUserInfo v_userInfoA    := f_getImUser ( PX_EUT_A );

                //var ImsUserInfo v_userInfoB    := f_getImUser ( PX_EUT_B ); 

                f_setVxLteMonIterfacesAvailability();

                //Check required monitor interfaces due to TD

				if (f_checkVxLteRequiredMonitorInterface({PX_DIAMETER_S9_INTERFACENAME,PX_DIAMETER_GX_INTERFACENAME,PX_DIAMETER_S6A_INTERFACENAME})){

	                f_cf_createVxLteMonitor();    

	                // map/connect component ports

	                f_cf_adapter_up ( );

	                f_cf_user_up ( v_ueA );

	                //f_cf_user_up ( v_ueB );

	                f_cf_VxLteMonitor_Up();

	                // preamble

	                f_mtc_userRadioEnabled ( v_ueA, true, true ); // UA-A trigger an initial network_attachment by enabling radio interface of its mobile

	                //f_mtc_userRegistration ( v_ueB, v_userInfoB );

	                // test body

	                // Check that user A can register to IMS A

	                //f_mtc_userRegistration ( v_ueA, v_userInfoA ); // Send REGISTER request message

	                //f_mtc_check_TP_EPC_6002_01 ( vc_vxlte_monitor_components.gmA, false ); // Check

	                f_mtc_check_TP_S6A_MME_ULR_01 ( vc_vxlte_monitor_components.s6a, false ); // Check (ULR – Event 2)

	                f_mtc_check_TP_S6A_HSS_ULA_01 ( vc_vxlte_monitor_components.s6a, false ); // Check (ULA – Event 3) 

	                f_mtc_check_TP_GX_PCRF_CCA_01 ( vc_vxlte_monitor_components.gx, false ); // Check (CCR, CCA – Events 4, 5)

	                //f_mtc_userCheckRegistration ( v_ueA, f_getAnyValidUser ( PX_EUT_A ) ); 

	                //f_mtc_check_TP_EPC_6003_01 ( v_ueA, c_vxlte_monitor_components.gmA, v_ueB, c_vxlte_monitor_components.gmB ); // Test sequence #4-5

	                // postamble

	                //f_PO_user_home_deregistration ( v_ueB );

	                //f_PO_user_home_deregistration ( v_ueA );

	                f_mtc_userRadioEnabled ( v_ueA, false, true );

	                //unmap/disconnect component ports

	                //f_cf_user_down ( v_ueB );

	                f_cf_user_down ( v_ueA );

	                f_cf_VxLteMonitor_Down();

	                f_cf_adapter_down ( );

				}else{

					//log...

					setverdict (inconc,"At least one required monitor interface SHALL be selected! Check PIXITs")

				}

            } // End of TC TC_VxLTE_INT_ATT_01

        } //End of group networkAttachmentAndDefaultBearer

    } // End of group Interoperability

    group Roaming{

        group networkAttachmentAndDefaultBearer {

              /**

             * @desc    Initial Network Attachment and Establishment of the Default Bearer.

             * On successful initial network attachment, the UE should discover the P-CSCF IP address.

             * The EPC will create the Default Bearers which will allow communication only between the UE and the P-CSCF

             * @see TS 124 229 [2], clause 9.2.1 and L.2.2.1; TS 129 212 [9], clauses 4.5.1 (item 1) and 4a.5.1 (item 1); TS 129 272 [10], clause 5.2.1.1

             */

            testcase TC_VxLTE_RMI_ATT_01 ( ) 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 ImsUserInfo v_userInfoA    := f_getImUser ( PX_EUT_A );

                //var ImsUserInfo v_userInfoB    := f_getImUser ( PX_EUT_B ); 

                f_setVxLteMonIterfacesAvailability();

				//Check required monitor interfaces due to TD

				if (f_checkVxLteRequiredMonitorInterface({PX_DIAMETER_S9_INTERFACENAME,PX_DIAMETER_GX_INTERFACENAME,PX_DIAMETER_S6A_INTERFACENAME})){

	                f_cf_createVxLteMonitor();    

	                // map/connect component ports

	                f_cf_adapter_up ( );

	                f_cf_user_up ( v_ueA );

	                //f_cf_user_up ( v_ueB );

	                f_cf_VxLteMonitor_Up();

	                // preamble

	                f_mtc_userRadioEnabled ( v_ueA, true, true ); // UA-A trigger an initial network_attachment by enabling radio interface of its mobile

	                //f_mtc_userRegistration ( v_ueB, v_userInfoB );

	                // test body

	                // Check that user A can register to IMS A

	                //f_mtc_userRegistration ( v_ueA, v_userInfoA ); // Send REGISTER request message

	                //f_mtc_check_TP_EPC_6002_01 ( vc_vxlte_monitor_components.gmA, false ); // Check

	                //f_mtc_check_TP_S6A_MME_AIR_02 ( vc_vxlte_monitor_components.s6a, false ); // Check (ULR – Event 2)

	                //f_mtc_check_TP_S6A_HSS_AIA_02 ( vc_vxlte_monitor_components.s6a, false ); // Check (ULR – Event 2)

	                f_mtc_check_TP_S6A_MME_ULR_02 ( vc_vxlte_monitor_components.s6a, false ); // Check (ULR – Event 2)

	                f_mtc_check_TP_S6A_HSS_ULA_02 ( vc_vxlte_monitor_components.s6a, false ); // Check (ULA – Event 3)

	                f_mtc_check_TP_GX_PGW_CCR_01  ( vc_vxlte_monitor_components.gx, false ); 

	                f_mtc_check_TP_S9_PCRF_CCR_01 ( vc_vxlte_monitor_components.s9, false ); // Check (CCR, CCA – Events 4, 5)

	                f_mtc_check_TP_S9_PCRF_CCA_01 ( vc_vxlte_monitor_components.s9, false );

	                f_mtc_check_TP_GX_PCRF_CCA_01 ( vc_vxlte_monitor_components.gx, false );

	                //f_mtc_userCheckRegistration ( v_ueA, f_getAnyValidUser ( PX_EUT_A ) ); 

	                //f_mtc_check_TP_EPC_6003_01 ( v_ueA, c_vxlte_monitor_components.gmA, v_ueB, c_vxlte_monitor_components.gmB ); // Test sequence #4-5

	                // postamble

	                //f_PO_user_home_deregistration ( v_ueB );

	                //f_PO_user_home_deregistration ( v_ueA );

	                f_mtc_userRadioEnabled ( v_ueA, false, true );

	                //unmap/disconnect component ports

	                //f_cf_user_down ( v_ueB );

	                f_cf_user_down ( v_ueA );

	                f_cf_VxLteMonitor_Down();

	                f_cf_adapter_down ( );

				}else{

					//log...

					setverdict (inconc,"At least one required monitor interface SHALL be selected! Check PIXITs")

				}

            } // End of TC TC_VxLTE_RMI_ATT_01

            /**

             * @desc    Initial Network Attachment and Establishment of the Default Bearer(S8HR).

             * On successful initial network attachment, the UE should discover the P-CSCF IP address.

             * The EPC will create the Default Bearers which will allow communication only between the UE and the P-CSCF

             * @see TS 124 229 [2], clause 9.2.1 and L.2.2.1; TS 129 212 [9], clauses 4.5.1 (item 1) and 4a.5.1 (item 1); TS 129 272 [10], clause 5.2.1.1

             */

            testcase TC_VxLTE_RMI_ATT_02 ( ) 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 ImsUserInfo v_userInfoA    := f_getImUser ( PX_EUT_A );

                //var ImsUserInfo v_userInfoB    := f_getImUser ( PX_EUT_B ); 

                f_setVxLteMonIterfacesAvailability();

				if (f_checkVxLteRequiredMonitorInterface({PX_DIAMETER_GX_INTERFACENAME,PX_DIAMETER_S6A_INTERFACENAME})){

                    f_cf_createVxLteMonitor();    

	                // map/connect component ports

	                f_cf_adapter_up ( );

	                f_cf_user_up ( v_ueA );

	                //f_cf_user_up ( v_ueB );

	                f_cf_VxLteMonitor_Up();

	                // preamble

	                f_mtc_userRadioEnabled ( v_ueA, true, true ); // UA-A trigger an initial network_attachment by enabling radio interface of its mobile

	                //f_mtc_userRegistration ( v_ueB, v_userInfoB );

	                // test body

	                // Check that user A can register to IMS A

	                //f_mtc_userRegistration ( v_ueA, v_userInfoA ); // Send REGISTER request message

	                //f_mtc_check_TP_EPC_6002_01 ( vc_vxlte_monitor_components.gmA, false ); // Check

	                f_mtc_check_TP_S6A_MME_ULR_01 ( vc_vxlte_monitor_components.s6a, false ); // Check (ULR – Event 2)

	                f_mtc_check_TP_S6A_HSS_ULA_01 ( vc_vxlte_monitor_components.s6a, false ); // Check (ULA – Event 3) 

	                //?f_mtc_check_TP_GX_PCRF_CCA_01 ( vc_vxlte_monitor_components.gx, false ); // Check (CCR, CCA – Events 4, 5)

	                //f_mtc_userCheckRegistration ( v_ueA, f_getAnyValidUser ( PX_EUT_A ) ); 

	                //f_mtc_check_TP_EPC_6003_01 ( v_ueA, c_vxlte_monitor_components.gmA, v_ueB, c_vxlte_monitor_components.gmB ); // Test sequence #4-5

	                // postamble

	                //f_PO_user_home_deregistration ( v_ueB );

	                //f_PO_user_home_deregistration ( v_ueA );

	                f_mtc_userRadioEnabled ( v_ueA, false, true );

	                //unmap/disconnect component ports

	                //f_cf_user_down ( v_ueB );

	                f_cf_user_down ( v_ueA );

	                f_cf_VxLteMonitor_Down();

	                f_cf_adapter_down ( );

			    }else{

					//log...

					setverdict (inconc,"At least one required monitor interface SHALL be selected! Check PIXITs")

				}

            } // End of TC TC_VxLTE_RMI_ATT_02

        } //End of group networkAttachmentAndDefaultBearer

    } // End of group Roaming

}

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