OneM2M_Functions.ttcn 147 KB
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/**
 *  Copyright Notification
 *  No part of this document may be reproduced, in an electronic retrieval system or otherwise, except as authorized by written permission.
 *  The copyright and the foregoing restriction extend to reproduction in all media.
 *  © 2016, oneM2M Partners Type 1 (ARIB, ATIS, CCSA, ETSI, TIA, TSDSI, TTA, TTC).
 *  All rights reserved.
 *  
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 *  @author     ETSI
 *  @version    $URL: https://oldforge.etsi.org/svn/oneM2M/branches/Release1/ttcn/LibOneM2M/OneM2M_Functions.ttcn $
 *              $Id: OneM2M_Functions.ttcn 347 2017-08-11 08:48:20Z reinaortega $
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 *  @desc       Module containing functions for oneM2M
 *
 */
module OneM2M_Functions {
	
	import from XSD all;
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	import from LibCommon_Time all;
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	import from OneM2M_Templates all;
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	import from OneM2M_Types all;
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	import from OneM2M_TypesAndValues all;
	import from OneM2M_TestSystem all;
	import from OneM2M_Pixits all;
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	import from OneM2M_Pics all;
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	group ConfigFunctions {
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		/**
			@desc Ports mapping and default behaviour activation for Config 1
		*/
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		function f_cf01Up(in boolean p_auxiliaryAe2Required := false) runs on AeSimu {
			
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			// Variables
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			vc_config := e_cf01;
			vc_testSystemRole := e_ae;	
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			// Map
			map(self:mcaPort, system:mcaPort);
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			map(self:mcaPortIn, system:mcaPortIn);
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			map(self:acPort, system:acPort);
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			activate(a_default());
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			activate(a_cse_cf01());
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			// Initialize AE2
			if(p_auxiliaryAe2Required) {
				vc_auxiliaryAe2Up := p_auxiliaryAe2Required;
				vc_ae2 := AeSimu.create("AE2") alive;
				vc_ae2.start(f_cf01UpAe2());
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				vc_ae2.done;
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			}
				
			//Initialze the IUT
							
		} // end f_cf01Up
		
		/**
			@desc Ports mapping and default behaviour activation for Config 1 on the auxiliary AE2
		*/
		function f_cf01UpAe2() runs on AeSimu {
			
			// Variables
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			vc_config := e_cf01;
			vc_testSystemRole := e_ae;		
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			// Map
			map(self:mcaPort, system:mcaPort);
			map(self:mcaPortIn, system:mcaPortIn);
			map(self:acPort, system:acPort);
	
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			//Initialze the IUT
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		} // end f_cf01Up
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		/**
		 * @desc Ports mapping and default behaviour activation for Config 02
		 */
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		function f_cf02Up() runs on AeSimu {
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			// Variables
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			vc_config := e_cf02;
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			vc_testSystemRole := e_ae;	
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			vc_cse1 := CseSimu.create("CSE1") alive;
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			// Map
			map(self:mcaPort, system:mcaPort);
			map(self:acPort, system:acPort);
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			if(PX_UT_IMPLEMENTED) {
				map(self:utPort, system:utPort);
			}
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			activate(a_default());
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			activate(a_cse_cf02_ae1());
			vc_cse1.start(f_cf02UpCse1());
			vc_cse1.done;
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			// Connect
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			//Initialze the IUT
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		} // end f_cf02Up
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		/**
			@desc Ports mapping and default behaviour activation for Config 2 on the CSE1
		*/
		function f_cf02UpCse1() runs on CseSimu {
			
			// Variables
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			var PrimitiveContent v_cSEBaseResource;
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			vc_config := e_cf02;
			vc_testSystemRole := e_cse;		
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			// Map
			map(self:mccPort, system:mccPort);
			map(self:mccPortIn, system:mccPortIn);
			map(self:acPort, system:acPort);
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			v_cSEBaseResource := f_cse_generateLocalResource(-, -1, int5);
			vc_cSEBaseIndex := f_setLocalResource(v_cSEBaseResource, int5, -1);
			
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			//Initialze the IUT
							
		} // end f_cf02UpCse1
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		/**
		 * @desc Ports mapping and default behaviour activation for Config 02
		 */
		function f_cf02UpCseSimuMaster() runs on CseSimu {
				
			// Variables
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			var PrimitiveContent v_cSEBaseResource;
			vc_config := e_cf02CseSimuMaster;
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			vc_testSystemRole := e_cse;		
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			vc_ae1 := AeSimu.create("AE1") alive;
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			// Map
			map(self:mccPort, system:mccPort);
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			map(self:mccPortIn, system:mccPortIn);
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			map(self:acPort, system:acPort);
			activate(a_default());
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			activate(a_cse_cf02_cse1());
			vc_ae1.start(f_cf02UpAe1());
			vc_ae1.done;
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			v_cSEBaseResource := f_cse_generateLocalResource(-, -1, int5);
			vc_cSEBaseIndex := f_setLocalResource(v_cSEBaseResource, int5, -1);
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			// Connect
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			//Initialze the IUT
							
		} // end f_cf02UpCseSimuMaster
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		/**
			@desc Ports mapping and default behaviour activation for Config 2 on the AE1
		*/
		function f_cf02UpAe1() runs on AeSimu {
			
			// Variables
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			vc_config := e_cf02CseSimuMaster;	
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			vc_testSystemRole := e_ae;		
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			// Map
			map(self:mcaPort, system:mcaPort);
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			map(self:mcaPortIn, system:mcaPortIn);
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			map(self:acPort, system:acPort);
			
			//Initialze the IUT
							
		} // end f_cf02UpAe1
		
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		/**
		 * @desc Ports mapping and default behaviour activation for Config 03
		 */
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		function f_cf03Up() runs on CseSimu {
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			// Variables
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			var PrimitiveContent v_cSEBaseResource;
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			vc_config := e_cf03;
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			vc_testSystemRole := e_cse;		
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			// Map
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			map(self:mcaPortIn, system:mcaPortIn);//TODO To be consistent, we should use mcaPortIn for AE testing
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			map(self:acPort, system:acPort);
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			if(PX_UT_IMPLEMENTED) {
				map(self:utPort, system:utPort);
			}
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			activate(a_default());
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			activate(a_ae_cf03());
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			//Creation of CSEBase
			
			v_cSEBaseResource := f_cse_generateLocalResource(-, -1, int5);
			vc_cSEBaseIndex := f_setLocalResource(v_cSEBaseResource, int5, -1);
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			// Connect
					
			//Initialze the IUT
					
		} // end f_cf03Up
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		/**
		 * @desc Ports mapping and default behaviour activation for Config 04
		 */
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		function f_cf04Up() runs on CseSimu {
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			// Variables
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			var PrimitiveContent v_cSEBaseResource;
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			vc_config := e_cf04;
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			vc_testSystemRole := e_cse;	
			
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			// Map
			map(self:mccPort, system:mccPort);
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			map(self:mccPortIn, system:mccPortIn);
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			map(self:acPort, system:acPort);
			activate(a_default());
			activate(a_cse_cf04());
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			//Creation of CSEBase
			
			v_cSEBaseResource := f_cse_generateLocalResource(-, -1, int5);
			vc_cSEBaseIndex := f_setLocalResource(v_cSEBaseResource, int5, -1);
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			// Connect
			
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			//Initialize the IUT
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		} // end f_cf03Up
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		/**
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		 * @desc Ports unmapping
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		 */
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		function f_cf01Down() runs on AeSimu {
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			unmap(self:mcaPort, system:mcaPort);
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			unmap(self:acPort, system:acPort);
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			if(vc_auxiliaryAe2Up) {
				vc_ae2.start(f_cf01DownAe2());
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				vc_ae2.done;
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			}
		}
		
		/**
		 * @desc Ports unmapping
		 */
		function f_cf01DownAe2() runs on AeSimu {
				
			unmap(self:mcaPort, system:mcaPort);
			unmap(self:acPort, system:acPort);
			unmap(self:mcaPortIn, system:mcaPortIn);
		}
		
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		/**
		 * @desc Ports unmapping
		 */
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		function f_cf02Down() runs on AeSimu {
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			unmap(self:mcaPort, system:mcaPort);
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			unmap(self:acPort, system:acPort);
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			if(PX_UT_IMPLEMENTED){
				unmap(self:utPort, system:utPort);
			}
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			unmap(vc_cse1:mccPort, system:mccPort);
			unmap(vc_cse1:mccPortIn, system:mccPortIn);
			unmap(vc_cse1:acPort, system:acPort);
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		}		
		/**
		 * @desc Ports unmapping
		 */
		function f_cf02DownCseSimuMaster() runs on CseSimu {
				
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			unmap(self:mccPort, system:mccPort);
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			unmap(self:mccPortIn, system:mccPortIn);
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			unmap(self:acPort, system:acPort);
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			unmap(vc_ae1:mcaPort, system:mcaPort);
			unmap(vc_ae1:acPort, system:acPort);
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		}		
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		/**
		 * @desc Ports unmapping for Config 03
		 */
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		function f_cf03Down() runs on CseSimu {
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			unmap(self:mcaPortIn, system:mcaPortIn);
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			if(PX_UT_IMPLEMENTED){
				unmap(self:utPort, system:utPort);
			}
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			unmap(self:acPort, system:acPort);
		}
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		/**
		 * @desc Ports unmapping for Config 04
		 */
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		function f_cf04Down() runs on CseSimu {
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			unmap(self:mccPort, system:mccPort);
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			unmap(self:mccPortIn, system:mccPortIn);
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			unmap(self:acPort, system:acPort);
		}
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	}//end group configFunctions
	
	group InfoPortCommunication {
	
		/**
		 * @desc Connection of InfoPort of two components
		 * @param p_tester PTC where InfoPort is to be connected
		 */
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		function f_connectInfoPort(in Tester p_tester) runs on Tester {
			// Connect
			connect(self:infoPort, p_tester:infoPort);		
		} 
	
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		/**
		 * @desc Disconnection of InfoPort of two components
		 * @param p_tester PTC where InfoPort is to be connected
		 */
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		function f_disconnectInfoPort(in Tester p_tester) runs on Tester {
			// Disconnect
			disconnect(self:infoPort, p_tester:infoPort);		
		} 
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		/**
		 * @desc Getting last responsePrimitive saved in a component
		 * @param p_tester Given component
		 */
		function f_getResponsePrimitive(in Tester p_component) runs on Tester return ResponsePrimitive {
			var ResponsePrimitive v_response;
			
			f_connectInfoPort(p_component);
	
			p_component.start(f_sendResponsePrimitive());
			alt {
				[]infoPort.receive(mw_responsePrimitiveforInfoPort) -> value v_response {
				}
			}
	
			f_disconnectInfoPort(p_component);
				
			return v_response;
				
		}
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		/**
		 * @desc Getting last requestPrimitive saved in an AeSimu component
		 * @param p_tester Given component
		 */
		function f_getRequestPrimitive(in Tester p_component) runs on Tester return RequestPrimitive {
			var RequestPrimitive v_request;

			f_connectInfoPort(p_component);

			p_component.start(f_sendRequestPrimitive());
			alt {
				[]infoPort.receive(mw_requestPrimitiveforInfoPort) -> value v_request {
				}
			}

			f_disconnectInfoPort(p_component);
	
			return v_request;
	
		}
							
		/**
		 * @desc Getting primitiveContent retrieved in an AeSimu component
		 * @param p_tester AeSimu component
		 */
		function f_getPrimitiveContentRetrievedResource(in AeSimu p_ae) runs on Tester return PrimitiveContent {
			var PrimitiveContent v_primitiveContent;
			
			f_connectInfoPort(p_ae);
	
			p_ae.start(f_sendPrimitiveContentRetrievedResource());
			alt {
				[]infoPort.receive(mw_primitiveContent) -> value v_primitiveContent {
				}
			}
	
			f_disconnectInfoPort(p_ae);
				
			return v_primitiveContent;
				
		}
		
		/**
		 * @desc Getting remoteCSE resource from a CseSimu component
		 * @param p_tester CseSimu component
		 */
		function f_getRemoteCseResource(in CseSimu p_cse) runs on Tester return integer {
			var MyResource v_resource;
			var integer v_resourceIndex := -1;
			
			f_connectInfoPort(p_cse);
	
			p_cse.start(f_sendRemoteCseResource());
			alt {
				[]infoPort.receive(mw_resource) -> value v_resource {
					v_resourceIndex := f_setResource(v_resource.resource, v_resource.resourceType, v_resource.parentIndex, false);
				}
			}
	
			f_disconnectInfoPort(p_cse);
				
			return v_resourceIndex;
				
		}
		
		/**
		 * @desc Getting a specific resource from an AeSimu component
		 * @param p_tester AeSimu component
		 * @param p_resourceIndex Index of resource to be retrieved
		 */
		function f_getResource(in Tester p_component, in integer p_resourceIndex := -1) runs on Tester return integer {
			var MyResource v_resource;
			var integer v_resourceIndex := -1;
		
			f_connectInfoPort(p_component);

			p_component.start(f_sendResource(p_resourceIndex));
			alt {
				[]infoPort.receive(mw_resource) -> value v_resource {
					v_resourceIndex := f_setResource(v_resource.resource, v_resource.resourceType, v_resource.parentIndex, false);
				}
			}

			f_disconnectInfoPort(p_component);
			
			return v_resourceIndex;
			
		}		

		/**
		 * @desc Sending of last responsePrimitive (vc_response) through InfoPort
		 */	
		function f_sendResponsePrimitive() runs on Tester {
	
			infoPort.send(vc_response.primitive.responsePrimitive);
				
		} 

		/**
		 * @desc Sending of last requestPrimitive (vc_request) through InfoPort
		 */			
		function f_sendRequestPrimitive() runs on Tester {
	
			infoPort.send(vc_request.primitive.requestPrimitive);
	
		} 
		
		/**
		 * @desc Sending of last primitiveContent retrieved (vc_primitiveContentRetrievedResource) through InfoPort
		 */	
		function f_sendPrimitiveContentRetrievedResource() runs on AeSimu {
	
			infoPort.send(vc_primitiveContentRetrievedResource);
				
		} 	
		
		/**
		 * @desc Sending of remoteCSE resource through InfoPort
		 */	
		function f_sendRemoteCseResource() runs on CseSimu {
	
			infoPort.send(vc_resourcesList[vc_remoteCseIndex]);
				
		} 
		
		/**
		 * @desc Sending of Ae resource through InfoPort
		 */	
		function f_sendAeResource() runs on AeSimu {
	
			infoPort.send(vc_resourcesList[vc_aeAuxIndex]);
				
		} 		
		
		/**
		 * @desc Sending of a specific resource through InfoPort
		 * @param p_resourceIndex Index of resource to be sent
		 */	
		function f_sendResource(in integer p_resourceIndex) runs on Tester {
	
			if(p_resourceIndex == -1) {
				infoPort.send(vc_resourcesList[vc_aeAuxIndex]);  //TODO To send Ae or RemoteCSE depending on the component type
			} else {
				infoPort.send(vc_resourcesList[p_resourceIndex]);
			}
				
		} 	
	
	}// end of gropu InfoPortCommunication	
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	group CseFunctions {
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		group PreambleFunctions {
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			/**
			 * @desc Creation of auxiliar resources ACP for correct execution of the test case
			 * @param p_allowedOperations Allowed operations for the auxiliar AE resource
			 * @return Internal ACP resource index
			 * @verdict 
			 */
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			function f_cse_preamble_createAcpAux(in template (value) XSD.String p_acpName := c_acpAuxName, in template (value) AccessControlOperations p_allowedOperations := int63) runs on AeSimu return integer {//c_CRUDNDi
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				return f_cse_createAccessControlPolicyAux(p_acpName, -, p_allowedOperations);
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			}
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			/**
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			 * @desc Creation of auxiliar resource AE for correct execution of the test case
			 * @param p_accessControlPolicyIDs AccessControlPolicyIDs for the auxiliar AE resource
			 * @param p_poaList Point of contact of the auxiliar AE resource
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			 * @return Internal AE resource index
			 * @verdict 
			 */
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			function f_cse_preamble_registerAe(template (omit) AcpType p_accessControlPolicyIDs := omit, in template (omit) PoaList p_poaList := omit) runs on AeSimu return integer {//c_CRUDNDi
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				var RequestPrimitive v_request;
				var MsgIn v_response;
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				//Activate defaults when running on a PTC
				f_cse_activateDefaults_ae();		
												
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				v_request := valueof(m_createAeAux(p_accessControlPolicyIDs, p_poaList));
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				v_request := f_getCreateRequestPrimitive(int2, v_request, -1);
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				mcaPort.send(m_request(v_request));
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				tc_ac.start;
				alt {
					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) -> value v_response {
						tc_ac.stop;
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						setverdict(pass,__SCOPE__&":INFO: Application registered successfuly");
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						if(ischosen(v_response.primitive.responsePrimitive.primitiveContent.aE)) {
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							f_checkAttributesToBeSaved(int2, v_request, v_response.primitive.responsePrimitive);
							
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							vc_aeAuxIndex := f_setResource(v_response.primitive.responsePrimitive.primitiveContent, int2);
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							if(ispresent(v_response.primitive.responsePrimitive.primitiveContent.aE.aE_ID)){
								f_sendAcPrimitive("AE-ID_changed", oct2char(unichar2oct(v_response.primitive.responsePrimitive.primitiveContent.aE.aE_ID)));
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							} else {
								f_sendAcPrimitive("AE-ID_changed", "0");
							}
						}
					}
					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) {
						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Error while registering application");
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						stop;
					}
					[] mcaPort.receive {
						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Unexpected message received");
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						stop;
					};
					[] tc_ac.timeout {
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						setverdict(inconc, __SCOPE__&":INFO: No answer while registering resource");
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						stop;
					}
				}	
				
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				f_checkAeSimuStatus();
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				return vc_aeAuxIndex;
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			}
			
			/**
			 * @desc Creation of auxiliar resources ACP and AE for correct execution of the test case
			 * @param p_allowedOperations Allowed operations for the auxiliar AE resource
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			 * @param p_appId AppID of the AE resource to be created
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			 * @return Internal AE resource index
			 * @verdict 
			 */
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			function f_cse_preamble_registerAeWithId(XSD.ID p_appId, in template (value) AccessControlOperations p_allowedOperations := int63) runs on AeSimu return integer {//c_CRUDNDi
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				var RequestPrimitive v_request;
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				//Activate defaults when running on a PTC
				f_cse_activateDefaults_ae();		
				
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				if(PICS_ACP_SUPPORT){
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					vc_acpAuxIndex := f_cse_createAccessControlPolicyAux(p_allowedOperations := p_allowedOperations);
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				}
				
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				if(vc_acpAuxIndex != -1) {
					vc_resourcesIndexToBeDeleted := {vc_acpAuxIndex};
					v_request := valueof(m_createAe(p_appId, {f_getResourceId(vc_resourcesList[vc_acpAuxIndex].resource)}, -));
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					//TODO Test, to be removed
					v_request.to_ := f_getResourceAddress();
					
					mcaPort.send(m_request(v_request));
					//mcaPort.send(m_request(m_createAeAux(p_name, {PX_URI_CSE & PX_CSE_NAME & "/" & PX_ACPAUX_NAME})));
				} else {
					mcaPort.send(m_request(m_createAe(p_appId)));
				}
				tc_ac.start;
				alt {
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					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) -> value vc_response {
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						tc_ac.stop;
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						setverdict(pass, __SCOPE__&": INFO: Application registered successfuly");
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						if(ischosen(vc_response.primitive.responsePrimitive.primitiveContent.aE)) {
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							vc_aeAuxIndex := f_setResource(vc_response.primitive.responsePrimitive.primitiveContent, int2);
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							if(ispresent(vc_response.primitive.responsePrimitive.primitiveContent.aE.aE_ID)){
								f_sendAcPrimitive("AE-ID_changed", oct2char(unichar2oct(vc_response.primitive.responsePrimitive.primitiveContent.aE.aE_ID)));
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							} else {
								f_sendAcPrimitive("AE-ID_changed", "0");
							}	
						}
					}
					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO))
					{
						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Error while registering application");
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						stop;
					}
					[] mcaPort.receive {
						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Unexpected message received");
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						stop;
					}
					[] tc_ac.timeout {
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						setverdict(inconc, __SCOPE__&":INFO: No answer while registering resource");
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						stop;
					}
				}	
				
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				f_checkAeSimuStatus();
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				return vc_aeAuxIndex;
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			}
			
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			/**
			 * @desc Creation of ServiceSubscribedAppRule resource
			 * @param p_allowedAEs Allowed AEs
			 * @return Internal resource index
			 * @verdict 
			 */
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			function f_cse_preamble_createServiceSubscribedAppRule(in template ListOfM2MID p_allowedAEs := {""}) runs on AeSimu return integer {//c_CRUDNDi
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				var integer v_serviceSubscribedAppRuleIndex := -1;
	
				v_serviceSubscribedAppRuleIndex := f_cse_createResource(int19, m_createServiceSubscribedAppRule({"None"}, {PX_APP_ID}, valueof(p_allowedAEs)));
				
				return v_serviceSubscribedAppRuleIndex;
			
			}
			
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			/**
			 * @desc Creation of SubscribedProfile resource
			 * @param p_allowedAEs Allowed AEs
			 * @return Internal resource index
			 * @verdict 
			 */
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			function f_cse_preamble_createServiceSubscribedProfile(in template ListOfM2MID p_allowedAEs := {""}) runs on AeSimu return integer {//c_CRUDNDi
			
				var integer v_serviceSubscribedAppRuleIndex := -1;
				var integer v_serviceSubscribedProfileIndex := -1;
				var template RequestPrimitive m_request := m_createM2mServiceSubscriptionProfileBase;
				
				//TODO Create/Update serviceSubscribedNode //m_request.primitiveContent.m2mServiceSubscriptionProfile.choice.choice_list[0].serviceSubscribedNode := m_contentServiceSubscribedNode;
				v_serviceSubscribedAppRuleIndex := f_cse_createResource(int19, m_createServiceSubscribedAppRule({"None"}, {PX_APP_ID}, valueof(p_allowedAEs)));
				m_request.primitiveContent.m2mServiceSubscriptionProfile.choice.choice_list[0].serviceSubscribedNode.ruleLinks := {f_getResourceAddress(v_serviceSubscribedAppRuleIndex)};
				v_serviceSubscribedProfileIndex := f_cse_createResource(int11, m_request);
			
				return v_serviceSubscribedProfileIndex;
	
			}
			
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			/**
			 * @desc Registration of AE2 for handling of notifications and handling of subscription verification started if subscription resource is to be created
			 * @param p_ae2Index Internal AE2 resource index
			 * @param p_createRequestPrimitive CREATE Request for the resource to be created
			 * @param p_resourceType ResourceType of the resource to be created
			 * @param p_responseStatusCode Response Status Code to be sent in response to the subscription verification request
			 * @verdict 
			 */
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681
			function f_cse_preamble_subscriptionVerification(inout integer p_ae2Index, inout template RequestPrimitive p_createRequestPrimitive,in ResourceType p_resourceType, in ResponseStatusCode p_responseStatusCode := int2000) runs on AeSimu {
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				if(p_resourceType == int23){
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					vc_ae2.start(f_cse_createAccessControlPolicyAux("SubscriptionVerificationAcp",{"all"}, int63));
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					f_aeSimu_checkComponentDoneAndGetVerdict(vc_ae2);
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					vc_ae2.start(f_cse_createResource_withAcpAux(int2, m_createAe(PX_APP_ID, -, PX_AE2_ID_STEM, c_defaultAE2Name, {f_getAnnouncementTargetPoA("HTTP", PX_AE2_ADDRESS, "")}), -1)); // AE2 is registred
					f_aeSimu_checkComponentDoneAndGetVerdict(vc_ae2);
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					p_ae2Index := f_getResource(vc_ae2);
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					if(ischosen(p_createRequestPrimitive.primitiveContent.subscription)){		//this condition is necessary for Subscription TCs where notification URI is set in m_createSubscriptionAdvanced
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						p_createRequestPrimitive.primitiveContent.subscription.notificationURI := {f_getResourceAddress(p_ae2Index)};
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					}
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					vc_ae2.start(f_cse_notifyProcedure_subscriptionVerificationHandler(p_responseStatusCode));
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				}
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			}
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		}//end group preambleFunctions
		
		group PostambleFunctions {
	
			/**
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			 * @desc Deletion of all resources created during the test case execution. It deals also with AE2 created resources if any. IUT gets clean and ready for next execution
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			 * @verdict 
			 */
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			function f_cse_postamble_deleteResources() runs on AeSimu {
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				var integer i;
				var XSD.ID v_resourceAddress;
				var RequestPrimitive v_request;
				
				if (PX_RUN_POSTAMBLE) {
					
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					if(vc_config == e_cf02) {
						vc_cse1.start(f_cse_postamble_deleteResourcesCSE());
						vc_cse1.done;
					}
					
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					if(vc_auxiliaryAe2Up) {
						f_cse_postamble_aeSimu(vc_ae2);
					}
					
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					for(i := lengthof(vc_resourcesIndexToBeDeleted) -1; i >=0; i := i - 1) {
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						v_resourceAddress := f_getResourceAddress(vc_resourcesIndexToBeDeleted[i]); 
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						v_request := valueof(m_delete(v_resourceAddress, f_getOriginator(vc_resourcesIndexToBeDeleted[i])));
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						v_request.from_ := f_getOriginator(vc_resourcesIndexToBeDeleted[i]);
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						mcaPort.send(m_request(v_request));
						
						tc_ac.start;
						alt {
							[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) {
								tc_ac.stop;
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								log(__SCOPE__&" INFO: Resource " & v_request.to_ & " deleted");
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							}
							[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) {
								tc_ac.stop;
								log(__SCOPE__&" INFO: Error while deleting resource " & v_request.to_);
							}
							[] tc_ac.timeout {
								log(__SCOPE__&" INFO: No answer while deleting resource " & v_request.to_);
							}	
						}	
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					}
				}
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			}
			
			/**
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			 * @desc Calls to postamble for AeSimu components (i.e. AE2)
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			 * @verdict 
			 */
			function f_cse_postamble_aeSimu(in AeSimu p_ae) runs on AeSimu {
				if(p_ae.running) {
					p_ae.stop;
				}
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				p_ae.start(f_cse_postamble_deleteResources());
				p_ae.done;
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			}
			
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			/**
			 * @desc Calls to postamble for AeSimu component (i.e. AE1) on CseSimu 
			 * @verdict 
			 */
			function f_cse_postamble_ae1() runs on CseSimu {
				if(vc_ae1.running) {
					vc_ae1.stop;
				}
				vc_ae1.start(f_cse_postamble_deleteResources());
				vc_ae1.done;
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			}
			
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			/**
			 * @desc Deletion of all resources created during the test case execution. IUT gets clean and ready for next execution
			 * @verdict 
			 */
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			function f_cse_postamble_deleteResourcesCSE() runs on CseSimu {
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				var integer i;
				var XSD.ID v_resourceAddress;
				var RequestPrimitive v_request;
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				if (PX_RUN_POSTAMBLE) {
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					if(vc_config == e_cf02CseSimuMaster) {
						f_cse_postamble_ae1();
					};
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					for(i := lengthof(vc_resourcesIndexToBeDeleted) -1; i >=0; i := i - 1) {
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						if(ischosen(vc_resourcesList[vc_resourcesIndexToBeDeleted[i]].resource.remoteCSE) and PX_MN_CSE) {
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							v_resourceAddress := f_getResourceAddress(vc_resourcesIndexToBeDeleted[i], e_nonHierarchical, e_spRelative);
						} else {
							v_resourceAddress := f_getResourceAddress(vc_resourcesIndexToBeDeleted[i]);
						} 
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						v_request := valueof(m_delete(v_resourceAddress, f_getOriginator(vc_resourcesIndexToBeDeleted[i],false)));

						mccPort.send(m_request(v_request));
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						tc_ac.start;
						alt {
							[] mccPort.receive(mw_response(mw_responsePrimitiveOK)) {
								tc_ac.stop;
								log(__SCOPE__&" INFO: Resource " & v_request.to_ & " deleted");
							}
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							[] mccPort.receive(mw_response(mw_responsePrimitiveKO)) {
								tc_ac.stop;
								log(__SCOPE__&" INFO: Error while deleting resource " & v_request.to_);
							}
							[] tc_ac.timeout {
								log(__SCOPE__&" INFO: No answer while deleting resource " & v_request.to_);
							}	
						}	
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					}
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				}
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			}			
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		}//end group postambleFunctions
		
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		group AeSimuFunctions {
			
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			/**
			 * @desc Creation of a resource
			 * @param p_resourceType Resource type of the resource to be created
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			 * @param p_requestPrimitive CREATE request primitive for the resource to be created
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			 * @param p_parentIndex Internal resource index which indicates the parent of the resource to be created
			 * @return Internal resource index of the created resource
			 * @verdict 
			 */
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			function f_cse_createResource(in ResourceType p_resourceType, template RequestPrimitive p_requestPrimitive := m_create, integer p_parentIndex := -1) runs on AeSimu return integer {
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				var RequestPrimitive v_request;
				var integer v_resourceIndex := -1;
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				//Activate defaults when running on a PTC
				f_cse_activateDefaults_ae();		
								
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				v_request := f_getCreateRequestPrimitive(p_resourceType, p_requestPrimitive, p_parentIndex);
			
				mcaPort.send(m_request(v_request));
				tc_ac.start;
				alt {
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					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) -> value vc_response {
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						tc_ac.stop;
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						setverdict(pass, __SCOPE__&":INFO: Resource type " & int2str(enum2int(p_resourceType)) & " created successfuly");
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						f_checkAttributesToBeSaved(p_resourceType, v_request, vc_response.primitive.responsePrimitive);
						v_resourceIndex := f_setResource(vc_response.primitive.responsePrimitive.primitiveContent, p_resourceType, p_parentIndex);
						if(p_resourceType == int2) {
							vc_aeAuxIndex := v_resourceIndex;
						}
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					}
					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) {
						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Error while creating resource type " & int2str(enum2int(p_resourceType)));
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					}
					[] mcaPort.receive {
						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Unexpected message received");
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					}
					[] tc_ac.timeout {
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						setverdict(inconc, __SCOPE__&":INFO: No answer while creating resource type " & int2str(enum2int(p_resourceType)));
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					}
				}	
				
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				f_checkAeSimuStatus();
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				return v_resourceIndex;
		
			}
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			/**
			 * @desc Creation of a resource
			 * @param p_resourceType Resource type of the resource to be created
			 * @param p_requestPrimitive CREATE request primitive for the resource to be created
			 * @param p_parentIndex Internal resource index which indicates the parent of the resource to be created
			 * @return Internal resource index of the created resource
			 * @verdict 
			 */
			function f_cse_createResource_withAcpAux(in ResourceType p_resourceType, template RequestPrimitive p_requestPrimitive := m_create, integer p_parentIndex := -1) runs on AeSimu return integer {
			
				var RequestPrimitive v_request;
				var integer v_resourceIndex := -1;
			
				//Activate defaults when running on a PTC
				f_cse_activateDefaults_ae();
				
				if(vc_acpAuxIndex != -1) {
					p_requestPrimitive := f_setAcpId(p_requestPrimitive, {vc_resourcesList[vc_acpAuxIndex].resource.accessControlPolicy.resourceID});
				}		
				
				v_resourceIndex := f_cse_createResource(p_resourceType, p_requestPrimitive, p_parentIndex);
								
				return v_resourceIndex;
	
			}
			
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			/**
			 * @desc Message exchange for the update of an announced resource
			 * @param p_requestPrimitive UPDATE request primitive to be used
			 * @verdict 
			 */
			function f_cse_updateAnnouncedResource(in RequestPrimitive p_requestPrimitive) runs on CseSimu {

				mccPort.send(m_request(p_requestPrimitive));
				tc_ac.start;
				alt {
					[] mccPort.receive(mw_response(mw_responsePrimitiveOK)) -> value vc_response {
						tc_ac.stop;
						setverdict(pass, __SCOPE__&":INFO: Attribute of announced resource updated successfuly");
					}
					[] mccPort.receive(mw_response(mw_responsePrimitiveKO)) -> value vc_response {
						tc_ac.stop;
						setverdict(inconc, __SCOPE__&":INFO: Error while updating announced resource");
					}
					[] mccPort.receive{
						tc_ac.stop;
						setverdict(inconc, __SCOPE__&":INFO: Unexpected message received");
					}
					[] tc_ac.timeout {
						setverdict(inconc, __SCOPE__&":INFO: No answer while updating announced resource");
					}
				}	
				
				f_checkCseSimuStatus();
				
			}// end f_cse_updateAnnouncedResource
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			/**
			 * @desc Creation of the auxiliar ACP resource
			 * @param p_acpName ACP name
			 * @param p_allowedOperations Allowed operations
			 * @return Internal resource index of the created auxiliar ACP resource
			 * @verdict 
			 */
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			function f_cse_createAccessControlPolicyAux(in template (value) XSD.String p_acpName := c_acpAuxName, in template (value) ListOfURIs p_acor := PX_ACOR, in template (value) AccessControlOperations p_allowedOperations := int63) runs on AeSimu return integer{				var RequestPrimitive v_request;
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				var integer v_acpAuxIndex := -1;
				
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				v_request := valueof(m_createAcpAux(p_acpName := p_acpName, p_acor := p_acor, p_allowedOperations := p_allowedOperations));
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				v_request := f_getCreateRequestPrimitive(int1, v_request, -1);
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				mcaPort.send(m_request(v_request));
				tc_ac.start;
				alt {
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					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) -> value vc_response {
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						tc_ac.stop;
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						setverdict(pass, __SCOPE__&":INFO: Resource type " & int2str(1) & " created successfuly");
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						f_checkAttributesToBeSaved(int1, v_request, vc_response.primitive.responsePrimitive);
						v_acpAuxIndex := f_setResource(vc_response.primitive.responsePrimitive.primitiveContent, int1);
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						vc_acpAuxIndex := v_acpAuxIndex;
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					}
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					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) {
						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Error while creating resource type " & int2str(1));
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					}
					[] mcaPort.receive {
						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Unexpected message received");
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					}
					[] tc_ac.timeout {
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						setverdict(inconc, __SCOPE__&":INFO: No answer while creating resource type " & int2str(1));
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					}
				}	
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				f_checkAeSimuStatus();
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				return v_acpAuxIndex;
	
			}
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			/**
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			 * @desc Message exchange for the update of a resource
			 * @param p_requestPrimitive UPDATE request primitive to be used
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			 * @verdict 
			 */
981
			function f_cse_updateResource(in RequestPrimitive p_requestPrimitive) runs on AeSimu {
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				mcaPort.send(m_request(p_requestPrimitive));
				tc_ac.start;
				alt {
986
					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) -> value vc_response {
987
						tc_ac.stop;
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						setverdict(pass, __SCOPE__&":INFO: Attribute of resource updated successfuly");
989
					}
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					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) -> value vc_response {
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						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Error while updating resource");
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					}
					[] mcaPort.receive{
						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Unexpected message received");
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					}
					[] tc_ac.timeout {
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						setverdict(inconc, __SCOPE__&":INFO: No answer while updating resource");
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					}
				}	
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				f_checkAeSimuStatus();
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			}// end f_cse_updateResource
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1007
			/**
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			 * @desc Message exchange for the retrieval of a resource
			 * @param p_resourceIndex Resource index of the resource to be retrieved
			 * @return PrimitiveContent parameter of the RETRIEVE response
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			 * @verdict 
			 */
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			function f_cse_retrieveResource(integer p_resourceIndex) runs on AeSimu return PrimitiveContent{
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1015
				mcaPort.send(m_request(m_retrieve(f_getResourceAddress(p_resourceIndex), f_getOriginator(p_resourceIndex))));
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				tc_ac.start;
				alt {
1018
					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) -> value vc_response {
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						tc_ac.stop;
						setverdict(pass, __SCOPE__&":INFO: Resource retrieved successfuly");
					}
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					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) -> value vc_response {
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						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Error while retrieving resource");
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					}
					[] mcaPort.receive{
						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Unexpected message received");
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					}
					[] tc_ac.timeout {
						setverdict(inconc, __SCOPE__&":INFO: No answer while retrieving resource");
					}
				}	
				
1035
				f_checkAeSimuStatus();
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				return vc_response.primitive.responsePrimitive.primitiveContent;
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			}// end f_cse_retrieveResource
1040
			
1041
			/**
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			 * @desc Message exchange for the deletion of a resource
			 * @param p_index Resource index of the resource to be deleted
			 * @param p_requestPrimitive DELETE request to be used. If not present default DELETE request will be used
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			 * @verdict 
			 */
1047
			function f_cse_deleteResource(in integer p_index, in template (omit) RequestPrimitive p_requestPrimitive := omit) runs on AeSimu {
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				var RequestPrimitive v_request;
1049
				
1050
				if(not isvalue(p_requestPrimitive)) {
1051
					v_request := valueof(m_delete(f_getResourceAddress(p_index), f_getOriginator(p_index)));
1052
				} else {
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					v_request := valueof(p_requestPrimitive);
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				}
				
				mcaPort.send(m_request(v_request));
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				tc_ac.start;
				alt {
					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) {
						tc_ac.stop;
1062
						setverdict(pass, __SCOPE__&"INFO: Resource " & v_request.to_ & " deleted");
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						f_removeElementFromList(vc_resourcesIndexToBeDeleted, p_index);
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					}
					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) {
						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&"INFO: Error while deleting resource " & v_request.to_);
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					}
					[] tc_ac.timeout {
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						setverdict(inconc, __SCOPE__&"INFO: No answer while deleting resource " & v_request.to_);
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					}	
				}	
				
1075
				f_checkAeSimuStatus();
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			}// end f_cse_deleteResource
			
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1079
			/**
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			 * @desc Check that a resource is present in the IUT (resourceId is known) by using RETRIEVE operation
			 * @param p_resourceIndex Resource index of the resource to be checked
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			 * @return boolean
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			 */
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			function f_isResourcePresent (integer p_resourceIndex) runs on AeSimu return boolean {
1085
			
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				//Check to see if the resource is present or not
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				mcaPort.send(m_request(m_retrieve(f_getResourceAddress(p_resourceIndex), f_getOriginator(p_resourceIndex))));
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				tc_ac.start;
				alt {
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					[] mcaPort.receive(mw_response(mw_responsePrimitive(int2000))) {
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						tc_ac.stop;
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						setverdict(pass, testcasename() & ": Resource present: " & f_getResourceAddress(p_resourceIndex));
						return true;
					}
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					[] mcaPort.receive(mw_response(mw_responsePrimitive(int4004))) {
						tc_ac.stop;
						setverdict(pass, testcasename() & ": Resource: " & f_getResourceAddress(p_resourceIndex) & " not found");
						return false;
					}
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					[] mcaPort.receive(mw_response(mw_responsePrimitive(?, -))) {
1101
						tc_ac.stop;
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						setverdict(inconc, testcasename() & ": Wrong response status code in the response");
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						return false;
					}
					[] tc_ac.timeout {
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						setverdict(inconc, testcasename() & ": No answer while retrieving resource");
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						return false;
					}
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				}	
				return false;
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			}
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			/**
			 * @desc Check that a resource is not present in the IUT (resourceId is NOT known)
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			 * @param p_parentIndex Index of the parent resource of the resource to be checked
			 * @param p_resourceName Resource name (Hierarchical method is used) of the resource to be checked
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			 * @return boolean
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			 */
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			function f_isResourceNotPresent (integer p_parentIndex, XSD.String p_resourceName) runs on AeSimu return boolean {
			
				log(testcasename() & ":INFO: Hierarchical addressing method is required to check the non presence of the resource");
				
				//Check to see if the resource has NOT been created
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				mcaPort.send(m_request(m_retrieve(f_getResourceAddress(p_parentIndex, e_hierarchical) & "/" & p_resourceName, f_getOriginator(p_parentIndex))));
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				tc_ac.start;
				alt {
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					[] mcaPort.receive(mw_response(mw_responsePrimitive(int4004))) {
						tc_ac.stop;
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						setverdict(pass, testcasename() & ": Resource not present");
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						return true;
					}
					[] mcaPort.receive(mw_response(mw_responsePrimitive(?))) {
						tc_ac.stop;
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						setverdict(inconc, testcasename() & ": Wrong response status code in the response");
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						return false;
					}
					[] tc_ac.timeout {
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						setverdict(inconc, testcasename() & ": No answer while retrieving resource");
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						return false;
					}
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				}	
				return false;
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			}
			
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			/**
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			 * @desc Message exchange for the update of the auxiliar ACP resource
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			 * @param p_allowedOperations New allowed operations
			 * @verdict 
			 */
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			function f_cse_updateAcpAuxResource (in template (value) AccessControlOperations p_allowedOperations) runs on AeSimu {
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				var RequestPrimitive v_request;
				
				v_request := valueof(m_updateAcpBase);
				
				v_request.to_ := f_getResourceAddress(vc_acpAuxIndex);
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				v_request.from_ := f_getOriginator(vc_acpAuxIndex);
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				v_request.primitiveContent.accessControlPolicy.privileges.accessControlRule_list := {valueof(m_createAcr(PX_ACOR, p_allowedOperations))};
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				mcaPort.send(m_request(v_request));
				tc_ac.start;
				alt {
					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK))  {
						tc_ac.stop;
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						setverdict(pass, __SCOPE__&":INFO: " & v_request.to_ & " resource updated successfuly");
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						//TODO To save new values
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					}
					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) {
						tc_ac.stop;
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						setverdict(inconc, __SCOPE__&":INFO: Error while updating " & v_request.to_ & " resource");
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					}
					[] tc_ac.timeout {
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						setverdict(inconc, __SCOPE__&":INFO: No answer while updating " & v_request.to_ & " resource" );
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					}
				}		
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				f_checkAeSimuStatus();
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			}   
			
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			/**
			 * @desc Checking of returned important attributed (in response) in order to save properly internally
			 * @param p_resourceType ResourceType of the resource to be checked
			 * @param p_request Request primitive used for the CRU operation
			 * @param p_response Response primitive received
			 * @verdict 
			 */
			 //Note: This function will be continously extended with necessary attributes/resources
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			function f_checkAttributesToBeSaved (ResourceType p_resourceType, RequestPrimitive p_request, inout ResponsePrimitive p_response) {
				select (p_resourceType) {
					case (int1) {
						if(isvalue(p_response.primitiveContent.accessControlPolicy) and
								not(ispresent(p_response.primitiveContent.accessControlPolicy.resourceName))) {
							p_response.primitiveContent.accessControlPolicy.resourceName :=  p_request.primitiveContent.accessControlPolicy.resourceName;
							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.accessControlPolicy.resourceName)
						}
					}
					case (int2) {
						if(isvalue(p_response.primitiveContent.aE) and
								not(ispresent(p_response.primitiveContent.aE.resourceName))) {
							p_response.primitiveContent.aE.resourceName :=  p_request.primitiveContent.aE.resourceName;
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							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.aE.resourceName)
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						}
					}
					case (int3) {
						if(isvalue(p_response.primitiveContent.container) and
								not(ispresent(p_response.primitiveContent.container.resourceName))) {
							p_response.primitiveContent.container.resourceName :=  p_request.primitiveContent.container.resourceName;
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							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.container.resourceName)
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						}
					}
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					case (int4) {
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						if(isvalue(p_response.primitiveContent.contentInstance) and
								not(ispresent(p_response.primitiveContent.contentInstance.resourceName))) {
							p_response.primitiveContent.contentInstance.resourceName :=  p_request.primitiveContent.contentInstance.resourceName;
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							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.contentInstance.resourceName)
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						}
					}
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					case (int15) {
						if (isvalue(p_response.primitiveContent.pollingChannel) and
								not(ispresent(p_response.primitiveContent.pollingChannel.resourceName))) {
							p_response.primitiveContent.pollingChannel.resourceName :=  p_request.primitiveContent.pollingChannel.resourceName;
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							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.pollingChannel.resourceName)
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						}
					}
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					case (int16) {
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						if (isvalue(p_response.primitiveContent.remoteCSE) and
								not(ispresent(p_response.primitiveContent.remoteCSE.resourceName))) {
							p_response.primitiveContent.remoteCSE.resourceName :=  p_request.primitiveContent.remoteCSE.resourceName;
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							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.remoteCSE.resourceName)
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						}
					}
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					case (int18) {
						if (isvalue(p_response.primitiveContent.schedule) and
								not(ispresent(p_response.primitiveContent.schedule.resourceName))) {
							p_response.primitiveContent.schedule.resourceName :=  p_request.primitiveContent.schedule.resourceName;
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							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.schedule.resourceName)
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						}
					}
					case (int23) {
						if (isvalue(p_response.primitiveContent.subscription) and
								not(ispresent(p_response.primitiveContent.subscription.resourceName))) {
							p_response.primitiveContent.subscription.resourceName :=  p_request.primitiveContent.subscription.resourceName;
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							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.subscription.resourceName)
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						}
					}
					case (int9) {
						if (isvalue(p_response.primitiveContent.group_) and
								not(ispresent(p_response.primitiveContent.group_.resourceName))) {
							p_response.primitiveContent.group_.resourceName :=  p_request.primitiveContent.group_.resourceName;
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							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.group_.resourceName)
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						}
					}
					case else {
						log(__SCOPE__&":WARNING: Resource Type "&int2str(enum2int(p_resourceType))&" not implemented");
					}
				}
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				// TODO test that if the resource name is returned is the same resource name as used in the create message
			}
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			/**
			 * @desc Comparison of two URIs
			 * @param p_expectedURIIndex Resource index of the resource for which its URI is to be compared
			 * @param p_receivedURI URI to be compared
			 * @param p_response Response primitive received
			 * @verdict 
			 */
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			function f_compareURIs(in integer p_expectedURIIndex, in XSD.ID p_receivedURI) runs on Tester return boolean{
				// Local variables
				var boolean v_matchResult := false;
				var AddressingMethod v_addressingMethod;
				var PrimitiveScope v_primitiveScope;
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				if (f_isNonHierarchical(p_receivedURI)) {
					v_addressingMethod := e_nonHierarchical;
				} else if (f_isHierarchical(p_receivedURI)) {
					v_addressingMethod := e_hierarchical;
				}
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				if (f_isScopeCseRelative(p_receivedURI)) {
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					v_primitiveScope := e_cseRelative;
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				}
				if (f_isScopeSpRelative(p_receivedURI)) {
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					v_primitiveScope := e_spRelative;
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				}
				if (f_isScopeAbsolute(p_receivedURI)) {
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					v_primitiveScope := e_absolute;
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				}
    			
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				if(match(f_getResourceAddress(p_expectedURIIndex, v_addressingMethod, v_primitiveScope), p_receivedURI)) {
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					v_matchResult := true;
				} else {
					v_matchResult := false;
				}
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				return v_matchResult;
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			} //end f_compareURIs	
			
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			/**
			 * @desc Sending a request primitive on mcaPort on AeSimu
			 * @param p_resourceType Resource type of the resource to be created
			 * @param p_requestPrimitive CREATE request primitive for the resource to be created
			 * @param p_parentIndex Internal resource index which indicates the parent of the resource to be created
			 * @return Internal resource index of the created resource
			 * @verdict 
			 */
			function f_cse_sendCreateRequestPrimitive(in ResourceType p_resourceType, template RequestPrimitive p_requestPrimitive := m_create, integer p_parentIndex := -1) runs on AeSimu{

				var RequestPrimitive v_request;
				var integer v_resourceIndex := -1;
	
				v_request := f_getCreateRequestPrimitive(p_resourceType, p_requestPrimitive, p_parentIndex);

				mcaPort.send(m_request(v_request));

			}
			
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		}//end group AeSimu
			
		group CseSimuFunctions {
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			group NotificationFunctions { 
				
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				/**
				 * @desc Handling message exchange for the subscription verification
				 * @param p_responseStatusCode Response Status Code to be used for the response to the verification request
				 * @verdict 
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				 */
Naum Spaseski's avatar
Naum Spaseski committed
1330
				function f_cse_notifyProcedure_subscriptionVerificationHandler(in ResponseStatusCode p_responseStatusCode := int2000) runs on AeSimu {
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					// Local variables
					var ResponsePrimitive v_responsePrimitive;
					var template Notification v_notificationRequest := mw_contentNotificationVerification;
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					//Activate defaults when running on a PTC
					f_cse_activateDefaults_ae();		
					
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					//Preparation of expected Notification verification
					//TODO To add checks for creator and subscription reference
					//v_notificationRequest.creator := p_creator; TODO To check what address format is to be expected
					//Some participants use SP relative UNSTRUCTURED
					//v_notificationRequest.subscriptionReference := "I Don't know which URI is expected"; // TODO mandatory parameter 
    			
					//Preparation of Notification response to be sent
					v_responsePrimitive := valueof(m_responseNotification(p_responseStatusCode, omit));
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					tc_ac.start;
					alt {
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						[] mcaPortIn.receive(mw_request(mw_notifyNotification(v_notificationRequest))) -> value vc_request {
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							tc_ac.stop;
							setverdict(pass, __SCOPE__ & ":INFO: Notification received");
						}
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						[] mcaPortIn.receive(mw_request(mw_notifyNotification(mw_contentNotification(?)))) -> value vc_request {
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							tc_ac.stop;
							setverdict(fail, __SCOPE__ & ":ERROR: Notification received but verificationRequest isn't set to TRUE");							
						}
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						[] mcaPortIn.receive{
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							tc_ac.stop;
							setverdict(fail, __SCOPE__ & ":ERROR: unexpected message received");
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							stop;
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						}
						[] tc_ac.timeout {
							setverdict(fail, __SCOPE__ & ":ERROR:  No notification received");
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							stop;
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						}
					}
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					v_responsePrimitive.requestIdentifier := vc_request.primitive.requestPrimitive.requestIdentifier;
					if(getverdict == pass) {
						mcaPortIn.send(m_httpResponse(v_responsePrimitive));
					} else {
						v_responsePrimitive.responseStatusCode := int4000; 
						mcaPortIn.send(m_httpResponse(v_responsePrimitive));
					}
					
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					//mcaPort.send(m_response(v_responsePrimitive));	// TODO have to be deleted
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				} //end f_subscriptionVerificationHandler
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				/**
				 * @desc Handling message exchange for the notification procedure
				 * @param p_primitiveContent Expected primitiveContent in the notification
				 * @verdict 
				 */
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				function f_cse_notifyProcedure_representationHandler(template PrimitiveContent p_primitiveContent) runs on AeSimu {
					// Local variables
					var ResponsePrimitive v_responsePrimitive;
					
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					//Activate defaults when running on a PTC
					f_cse_activateDefaults_ae();							
					
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					tc_ac.start;
					alt {
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						[] mcaPortIn.receive(mw_request(mw_notifyNotification(mw_contentNotification(?)))) -> value vc_request {
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							tc_ac.stop;
							if(f_check_notificationContent(vc_request.primitive.requestPrimitive, p_primitiveContent)){
								setverdict(pass, __SCOPE__ & ":INFO: Notification received");
							}
							else{
								setverdict(fail, __SCOPE__ & ":ERROR: Notification received but the content doesn't match");
							}
							//Send response in any case
							v_responsePrimitive := valueof(m_responseNotification(int2001, omit));
							v_responsePrimitive.requestIdentifier := vc_request.primitive.requestPrimitive.requestIdentifier;
							mcaPortIn.send(m_response(v_responsePrimitive));
						}
						[] mcaPortIn.receive{
							tc_ac.stop;
							setverdict(fail, __SCOPE__ & ":ERROR: unexpected message received");
						}
						[] tc_ac.timeout {
							setverdict(fail, __SCOPE__ & ":ERROR: No notification received");
						}
					}
	    		    	
				} //end f_cse_notifyProcedure_representationHandler
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				/**
				 * @desc Handling message exchange for the notification procedure (aggregatedNotification)
				 * @param p_primitiveContent Expected primitiveContent in the notification
				 * @verdict 
				 */
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				function f_cse_notifyProcedure_aggregatedNoficationHandler(template PrimitiveContent p_primitiveContent,in integer p_numberOfAggregatedNotification) runs on AeSimu {
1424
					// Local variables
1425 1426
					var ResponsePrimitive v_responsePrimitive;
					var integer v_notificationsReceived := 0;
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					//Activate defaults when running on a PTC
					f_cse_activateDefaults_ae();		
					   
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					tc_ac.start;
					alt {
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						[] mcaPortIn.receive(mw_request(mw_notifyAggregatedNotification)) -> value vc_request {
1434
							tc_ac.stop;
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							if(p_numberOfAggregatedNotification == lengthof(vc_request.primitive.requestPrimitive.primitiveContent.aggregatedNotification.notification_list)){
								if(f_check_notificationContent(vc_response.primitive.requestPrimitive, p_primitiveContent)){
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									setverdict(pass, __SCOPE__ & ": Notification received");
								}
								else{
									setverdict(fail, __SCOPE__ & ": Notification received but the content doesn't match");
								}
							}
							else {
								setverdict(fail, __SCOPE__ & ": Number of Notification in Aggregatednotification isn't right");
							}
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							//Send response in any case
							v_responsePrimitive := valueof(m_responseNotification(int2001, omit));
							v_responsePrimitive.requestIdentifier := vc_request.primitive.requestPrimitive.requestIdentifier;
							mcaPortIn.send(m_response(v_responsePrimitive));
1450
						}
1451
						[] mcaPortIn.receive(mw_request(mw_notifyNotification(mw_contentNotification(?)))) -> value vc_request {
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							tc_ac.stop;
							if(f_check_notificationContent(vc_request.primitive.requestPrimitive, p_primitiveContent)){
								setverdict(pass, __SCOPE__ & ":INFO: Notification received");
							}
							else{
								setverdict(fail, __SCOPE__ & ":ERROR: Notification received but the content doesn't match");
							}
							//Send response in any case
							v_responsePrimitive := valueof(m_responseNotification(int2001, omit));
							v_responsePrimitive.requestIdentifier := vc_request.primitive.requestPrimitive.requestIdentifier;
							mcaPortIn.send(m_response(v_responsePrimitive));
							v_notificationsReceived := v_notificationsReceived + 1;
							if(v_notificationsReceived < p_numberOfAggregatedNotification) {
								tc_ac.start;
								repeat;
							}
						}
						[] mcaPortIn.receive{
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							tc_ac.stop;
							setverdict(fail, __SCOPE__ & ": Error, unexpected message received");
						}
						[] tc_ac.timeout {
							setverdict(fail, __SCOPE__ & ": No notification received");
						}
					}
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				} //end f_cse_notifyProcedure_aggregatedNotificationHandler
	    		
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				/**
				 * @desc Handling message exchange for the notification procedure (deletion of subscription resource)
				 * @param p_notification Expected notification
				 * @verdict 
				 */
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				function f_cse_notifyProcedure_subscriptionDeletionHandler( template Notification p_notification) runs on AeSimu {
					var ResponsePrimitive v_responsePrimitive;
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					//Activate defaults when running on a PTC
					f_cse_activateDefaults_ae();		
					
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					tc_ac.start;
					alt {
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						[] mcaPortIn.receive(mw_request(mw_notifyNotification(p_notification))) -> value vc_request {
1494
							tc_ac.stop;
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							v_responsePrimitive := valueof(m_responseNotification(int2001, omit));
							v_responsePrimitive.requestIdentifier := vc_request.primitive.requestPrimitive.requestIdentifier;
							mcaPortIn.send(m_response(v_responsePrimitive));
							if(not(match(vc_request.primitive.requestPrimitive.primitiveContent.notification.subscriptionDeletion, true))) {
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								setverdict(fail, __SCOPE__ & ":ERROR: subscriptionDeletion attribute have to be set to TRUE");
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