TestConfigurations are added (0d206b37) · Commits · INT - Core Network and Interoperability Testing / DIAMETER / DiameterCxDx

DiameterCxDx/ttcn/DiameterCxDx_Cx_TCFunctions.ttcn3

+37 −36

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		@@ -23,7 +23,7 @@ module DiameterCxDx_Cx_TCFunctions {
		import from DiameterCxDx_Steps all;
		import from DiameterCxDx_PIXITS all;


		group TP_Cx {
		group TP_HSSRole{ // §5.2.1.1
		group TP_HSSRole_MS {//Cx Messages
		//TODO all TC Functions
		@@ -58,5 +58,6 @@ module DiameterCxDx_Cx_TCFunctions {
		group TP_CSCFRole_PP {//Cx PP
		} // group TP_CSCFRole_PP
		} // group TP_CSCFRole
		} // group TP_Cx

		}// end module DiameterCx_Cx_TCFunctions
		No newline at end of file
		}// end module DiameterCxDx_Cx_TCFunctions
		No newline at end of file

DiameterCxDx/ttcn/DiameterCxDx_PIXITS.ttcn

+5 −0

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		@@ -119,4 +119,9 @@ module DiameterCxDx_PIXITS

		} //end group DiameterCommonCxData

		/** @desc boolean indicator
		* TRUE if the Gm interface(SIP protocol) is accessible to trigger Diameter events at the Cx/Dx interface
		*/
		modulepar boolean PX_SIPsupport := false;

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

DiameterCxDx/ttcn/DiameterCxDx_TestCases.ttcn

+5 −3

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		@@ -2,7 +2,7 @@
		* @author STF 480
		* @version $Id: $
		* @desc This module provides test cases
		* for SIP-Cx-DIAMETER tests.
		* for SIP-CxDx-DIAMETER tests.
		*/

		module DiameterCxDx_TestCases
		@@ -16,6 +16,8 @@ module DiameterCxDx_TestCases
		//AtsIms
		import from DiameterCxDx_TestConfiguration all;
		import from DiameterCxDx_TestSystem all;
		import from DiameterCxDx_Cx_TCFunctions all;
		import from DiameterCxDx_Dx_TCFunctions all;
		import from DiameterCxDx_SIP_TCFunctions all;
		import from DiameterCxDx_PIXITS all;
		import from DiameterCxDx_Steps all;

DiameterCxDx/ttcn/DiameterCxDx_TestConfiguration.ttcn

+244 −9

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		@@ -15,31 +15,266 @@ module DiameterCxDx_TestConfiguration

		//LibDiameter
		import from LibDiameter_Interface all;
		import from LibDiameter_PIXITS {modulepar PX_DIAM_LLP_ENABLED;};

		//LibSip
		import from LibSip_Interface {type SipPort;
		type SipComponent;};

		//AtsIms
		import from DiameterCxDx_TestSystem all;
		import from DiameterCxDx_PIXITS all;




		/*
		** @desc f_NrofComps returns the number of test components
		** based on the PIXIT value PX_Rxsupportt
		** based on the PIXIT value PX_SIPsupport
		*/
		/* function f_NrofComps() return UInt
		function f_NrofComps() return UInt
		{ if (PX_SIPsupport)
		{ return 2 }
		else
		{ return 1 }
		};
		// end f_NrofComps
		*/


		group cfUp {
		//TODO

		/**
		* @desc Creates test configuration of CF_1Cx - HSS is the SUT, with one cscf simulated
		* @param v_diameterCx_cscf Component instance for HSS IUT role
		*/
		function f_cf_1CxUp_HSS (
		out DiameterComponent v_diameterCx_cscf
		) runs on DiameterCx {

		// Create
		v_diameterCx_cscf := DiameterComponent.create;

		// Connect client sync port
		connect(v_diameterCx_cscf:syncPort, self:syncPort) ;

		// Map port
		map( v_diameterCx_cscf:DIAMP, system:CSCF_Cx );

		// Activate sync default for MTC
		activate(a_mtc_shutdown());

		f_setVerdict( e_success );
		} // End of function f_cf_1CxUp_HSS


		/**
		* @desc Creates test configuration of CF_2Cx - HSS is the SUT, with two cscf simulated
		* @param v_diameterCx_cscf Component instance for HSS IUT role
		* @param v_diameterCx_cscf2 Component instance for HSS IUT role
		*/
		function f_cf_2CxUp_HSS (
		out DiameterComponent v_diameterCx_cscf,
		out DiameterComponent v_diameterCx_cscf2
		) runs on DiameterCx {
		// Create
		v_diameterCx_cscf := DiameterComponent.create;
		v_diameterCx_cscf2 := DiameterComponent.create;

		// Connect client sync ports
		connect(v_diameterCx_cscf:syncPort, self:syncPort);
		connect(v_diameterCx_cscf2:syncPort, self:syncPort);

		// Map port
		map( v_diameterCx_cscf:DIAMP, system:CSCF_Cx );
		map( v_diameterCx_cscf2:DIAMP, system:CSCF_Cx2 );


		// Activate sync default for MTC
		activate(a_mtc_shutdown());

		f_setVerdict( e_success );
		} // End of function f_cf_2CxUp_HSS

		/**
		* @desc Creates test configuration of CF_1Cx1Gm - CSCF is the SUT, with one HSS and one UE simulated
		* @param v_diameterCx_cscf Component instance for HSS IUT role
		*
		*/
		function f_cf_1Cx1GmUp_CSCF (
		out DiameterComponent v_diameterCx_hss,
		out SipComponent v_sipGm_ue
		) runs on DiameterCx {
		// Create
		v_diameterCx_hss := DiameterComponent.create;
		if (PX_SIPsupport) {
		v_sipGm_ue := SipComponent.create;
		}

		// Connect client sync ports
		connect(v_diameterCx_hss:syncPort, self:syncPort);
		if (PX_SIPsupport) {
		connect(v_sipGm_ue:syncPort, self:syncPort);
		}

		// Map port
		map( v_diameterCx_hss:DIAMP, system:HSS_Cx );
		if (PX_SIPsupport) {
		map( v_sipGm_ue:SIPP, system:UE_Gm );
		}

		// Activate sync default for MTC
		activate(a_mtc_shutdown());

		f_setVerdict( e_success );
		} // End of function f_cf_1Cx1GmUp_CSCF

		/**
		* @desc Creates test configuration of CF_1Dx - SLF is the SUT, with one cscf simulated
		* @param v_diameterDx_cscf Component instance for SLF IUT role
		*/
		function f_cf_1DxUp_SLF (
		out DiameterComponent v_diameterDx_cscf
		) runs on DiameterCx {

		// Create
		v_diameterDx_cscf := DiameterComponent.create;

		// Connect client sync port
		connect(v_diameterDx_cscf:syncPort, self:syncPort) ;

		// Map port
		map( v_diameterDx_cscf:DIAMP, system:CSCF_Dx );

		// Activate sync default for MTC
		activate(a_mtc_shutdown());

		f_setVerdict( e_success );
		} // End of function f_cf_1DxUp_SLF


		/**
		* @desc Creates test configuration of CF_1Cx1Gm - CSCF is the SUT, with one HSS and one UE simulated
		* @param v_diameterCx_cscf Component instance for HSS IUT role
		*
		*/
		function f_cf_1Dx1Cx1GmUp_CSCF (
		out DiameterComponent v_diameterDx_slf,
		out DiameterComponent v_diameterCx_hss,
		out SipComponent v_sipGm_ue
		) runs on DiameterCx {
		// Create
		v_diameterDx_slf := DiameterComponent.create;
		v_diameterCx_hss := DiameterComponent.create;
		if (PX_SIPsupport) {
		v_sipGm_ue := SipComponent.create;
		}

		// Connect client sync ports
		connect(v_diameterDx_slf:syncPort, self:syncPort);
		connect(v_diameterCx_hss:syncPort, self:syncPort);
		if (PX_SIPsupport) {
		connect(v_sipGm_ue:syncPort, self:syncPort);
		}

		// Map port
		map( v_diameterDx_slf:DIAMP, system:HSS_Dx);
		map( v_diameterCx_hss:DIAMP, system:HSS_Cx );
		if (PX_SIPsupport) {
		map( v_sipGm_ue:SIPP, system:UE_Gm );
		}

		// Activate sync default for MTC
		activate(a_mtc_shutdown());

		f_setVerdict( e_success );
		} // End of function f_cf_1Dx1Cx1GmUp_CSCF

		}//end group cfUp

		group cfDown {
		//TODO
		/**
		* @desc Deletes test configuration of CF_1Cx - HSS is the SUT, with one cscf simulated
		* @param v_diameterCx_cscf Component instance for HSS IUT role
		*/
		function f_cf_1CxDown_HSS (
		out DiameterComponent v_diameterCx_cscf
		) runs on DiameterCx {
		// Deactivate all
		deactivate;
		// Unmap all
		unmap;
		// Disconnect all
		disconnect;
		} // End of function f_cf_1CxDown_HSS


		/**
		* @desc Deletes test configuration of CF_2Cx - HSS is the SUT, with two cscf simulated
		* @param v_diameterCx_cscf Component instance for HSS IUT role
		* @param v_diameterCx_cscf2 Component instance for HSS IUT role
		*/
		function f_cf_2CxDown_HSS (
		out DiameterComponent v_diameterCx_cscf,
		out DiameterComponent v_diameterCx_cscf2
		) runs on DiameterCx {
		// Deactivate all
		deactivate;
		// Unmap all
		unmap;
		// Disconnect all
		disconnect;
		} // End of function f_cf_2CxDown_HSS

		/**
		* @desc Deletes test configuration of CF_1Cx1Gm - CSCF is the SUT, with one HSS and one UE simulated
		* @param v_diameterCx_cscf Component instance for HSS IUT role
		*
		*/
		function f_cf_1Cx1GmDown_CSCF (
		out DiameterComponent v_diameterCx_hss,
		out SipComponent v_sipGm_ue
		) runs on DiameterCx {
		// Deactivate all
		deactivate;
		// Unmap all
		unmap;
		// Disconnect all
		disconnect;
		} // End of function f_cf_1Cx1GmDown_CSCF

		/**
		* @desc Deletes test configuration of CF_1Dx - SLF is the SUT, with one cscf simulated
		* @param v_diameterDx_cscf Component instance for SLF IUT role
		*/
		function f_cf_1DxDown_SLF (
		out DiameterComponent v_diameterDx_cscf
		) runs on DiameterCx {
		// Deactivate all
		deactivate;
		// Unmap all
		unmap;
		// Disconnect all
		disconnect;
		} // End of function f_cf_1DxDown_SLF


		/**
		* @desc Deletes test configuration of CF_1Cx1Gm - CSCF is the SUT, with one HSS and one UE simulated
		* @param v_diameterCx_cscf Component instance for HSS IUT role
		*
		*/
		function f_cf_1Dx1Cx1GmDown_CSCF (
		out DiameterComponent v_diameterDx_slf,
		out DiameterComponent v_diameterCx_hss,
		out SipComponent v_sipGm_ue
		) runs on DiameterCx {
		// Deactivate all
		deactivate;
		// Unmap all
		unmap;
		// Disconnect all
		disconnect;
		} // End of function f_cf_1Dx1Cx1GmDown_CSCF

		} //end group cfDown

		group shutDownAltsteps {

DiameterCxDx/ttcn/DiameterCxDx_TestSystem.ttcn

+8 −3

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		@@ -2,7 +2,7 @@
		* @author STF 480
		* @version $Id: $
		* @desc This module provides the types and ports used by the test component
		* for SIP-Cx-DIAMETER tests.
		* for SIP-CxDx-DIAMETER tests.
		*/

		module DiameterCxDx_TestSystem {
		@@ -13,6 +13,9 @@ module DiameterCxDx_TestSystem {
		//LibDiameter
		import from LibDiameter_Interface {type DiameterPort;};

		//LibSip
		import from LibSip_Interface {type SipPort;};

		group SystemConfiguration {
		group TestComponents {
		group TestSystemInterfaces {
		@@ -20,8 +23,10 @@ module DiameterCxDx_TestSystem {
		** @desc The test system interface
		*/
		type component TestAdapter {
		port DiameterPort HSS_Cx, CSCF_Cx; // Cx ports
		//port SipPort GM; // one GM
		port DiameterPort HSS_Cx, CSCF_Cx, CSCF_Cx2, // Cx ports
		HSS_Dx, CSCF_Dx; // Dx ports
		port SipPort UE_Gm;

		//global variables

		}