OneM2M_Functions.ttcn 116 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.
 *  
 *  @author     ETSI
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 *  @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;
	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;	
			
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			// Map
			map(self:mcaPort, system:mcaPort);
			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
			vc_config := e_cf01;	
			
			// Map
			map(self:mcaPort, system:mcaPort);
			map(self:mcaPortIn, system:mcaPortIn);
			map(self:acPort, system:acPort);
			
			activate(a_default());
			activate(a_cse_cf01());
			activate(a_cse_cf01_ae2()); //For mcaPortIn
	
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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_cse1 := CseSimu.create("CSE1") alive;
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			// Map
			map(self:mcaPort, system:mcaPort);
			map(self:acPort, system:acPort);
			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
			vc_config := e_cf02;	
			
			// Map
			map(self:mccPort, system:mccPort);
			map(self:mccPortIn, system:mccPortIn);
			map(self:acPort, system:acPort);
			
			activate(a_default());
			activate(a_cse_cf02_cse1());
			
			//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
			vc_config := e_cf02;
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			vc_ae1 := AeSimu.create("AE1") alive;
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			// Map
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			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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			// 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
			vc_config := e_cf02;	
			
			// Map
			map(self:mcaPort, system:mcaPort);
			map(self:acPort, system:acPort);
			
			activate(a_default());
			activate(a_cse_cf02_ae1());
			
			//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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			vc_config := e_cf03;
			
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			// Map
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			map(self:mcaPort, system:mcaPort);//TODO To be consistent, we should use mcaPortIn for AE testing
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			map(self:acPort, system:acPort);
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			map(self:utPort, system:utPort);
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			activate(a_default());
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			activate(a_ae_cf03());
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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
			vc_config := e_cf04;
	
			// 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());

			// Connect
			
			//Initialze the IUT
			
		} // end f_cf03Up

		/**
		 * @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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		}
		
		/**
		 * @desc Ports unmapping
		 */
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		function f_cf01DownAe2() runs on AeSimu {
				
			unmap(self:mcaPort, system:mcaPort);
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			unmap(self:acPort, system:acPort);
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			unmap(self:mcaPortIn, system:mcaPortIn);
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		}
		
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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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			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:mcaPort, system:mcaPort);
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			unmap(self:utPort, system:utPort);
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			unmap(self:acPort, system:acPort);
		}
		
		/**
		 * @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;
				var integer v_aeAuxIndex := -1;
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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");
						if(ischosen(v_response.primitive.responsePrimitive.primitiveContent.aE)) {
							
							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");
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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 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;
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					};
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					[] 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 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;
				var integer v_aeAuxIndex := -1;
				var integer v_acpAuxIndex := -1;
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				if(PICS_ACP_SUPPORT){
					v_acpAuxIndex := f_cse_createAccessControlPolicyAux(p_allowedOperations := p_allowedOperations);
					vc_acpAuxIndex := v_acpAuxIndex;
				}
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				if(v_acpAuxIndex != -1) {
					vc_resourcesIndexToBeDeleted := {v_acpAuxIndex};
					v_request := valueof(m_createAe(p_appId, {f_getResourceId(vc_resourcesList[v_acpAuxIndex].resource)}, -));
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					//TODO Test, to be removed
					v_request.to_ := f_getResourceAddress();
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					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");
							}	
						}
					}
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					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO))
					{
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						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;
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				v_serviceSubscribedAppRuleIndex := f_cse_createResource(int19, m_createServiceSubscribedAppRule({"None"}, {PX_APP_ID}, valueof(p_allowedAEs)));
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				return v_serviceSubscribedAppRuleIndex;
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			}
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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;
				
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				//TODO Create/Update serviceSubscribedNode //m_request.primitiveContent.m2mServiceSubscriptionProfile.choice.choice_list[0].serviceSubscribedNode := m_contentServiceSubscribedNode;
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				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;
	
			}
			
638 639 640 641 642 643 644 645
			/**
			 * @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 
			 */
646
			function f_cse_preamble_subscriptionVerification(inout integer p_ae2Index, inout template RequestPrimitive p_createRequestPrimitive,in ResourceType p_resourceType, in ResponseStatusCode p_responseStatusCode := int2001) runs on AeSimu {
647
				if(p_resourceType == int23){
648 649 650 651 652 653
					
					vc_ae2.start(f_cse_createResource(int2, m_createAe(PX_APP_ID, -, PX_AE2_ID_STEM, "MyAe2", {f_getAnnouncementTargetPoA("HTTP", PX_AE2_ADDRESS, "")}), -1)); // AE2 is registred
					
					f_checkComponentDoneAndGetVerdict(vc_ae2);
					
					p_ae2Index := f_getResource(vc_ae2);
654 655
					if(ischosen(p_createRequestPrimitive.primitiveContent.subscription)){		//this condition is necessary for Subscription TCs where notification URI is set in m_createSubscriptionAdvanced
						p_createRequestPrimitive.primitiveContent.subscription.notificationURI := {f_getResourceAddress(p_ae2Index)}; 
656
					}
657
					vc_ae2.start(f_cse_notifyProcedure_subscriptionVerificationHandler(p_responseStatusCode));
658 659
				}
			}
660
		
661
		}//end group preambleFunctions
662 663 664
		
		group PostambleFunctions {
	
665
			/**
666
			 * @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
667 668
			 * @verdict 
			 */
669
			function f_cse_postamble_deleteResources() runs on AeSimu {
670 671 672
				var integer i;
				var XSD.ID v_resourceAddress;
				var RequestPrimitive v_request;
673
				
674
				if (PX_RUN_POSTAMBLE) {
675
					
676 677 678 679
					if(vc_auxiliaryAe2Up) {
						f_cse_postamble_aeSimu(vc_ae2);
					}
					
680 681 682 683
					for(i := lengthof(vc_resourcesIndexToBeDeleted) -1; i >=0; i := i - 1) {
						
						v_resourceAddress := f_getResourceAddress(vc_resourcesIndexToBeDeleted[i]); 
						
684
						v_request := valueof(m_delete(v_resourceAddress, f_getOriginator(vc_resourcesIndexToBeDeleted[i])));
685 686
						
						v_request.from_ := f_getOriginator(vc_resourcesIndexToBeDeleted[i]);
687

688
						mcaPort.send(m_request(v_request));
689
						
690 691 692 693
						tc_ac.start;
						alt {
							[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) {
								tc_ac.stop;
694
								log(__SCOPE__&" INFO: Resource " & v_request.to_ & " deleted");
695 696 697
							}
							[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) {
								tc_ac.stop;
698
								log(__SCOPE__&" INFO: Error while deleting resource " & v_request.to_);
699 700
							}
							[] tc_ac.timeout {
701
								log(__SCOPE__&" INFO: No answer while deleting resource " & v_request.to_);
702 703
							}	
						}	
704
						
705 706
					}
				}
707
						
708
			}
709
			
710
			/**
711
			 * @desc Calls to postamble for AeSimu components (i.e. AE2)
712 713 714 715 716 717 718 719 720
			 * @verdict 
			 */
			function f_cse_postamble_aeSimu(in AeSimu p_ae) runs on AeSimu {
				if(p_ae.running) {
					p_ae.stop;
				}
					p_ae.start(f_cse_postamble_deleteResources());
			}
			
721 722 723 724
			/**
			 * @desc Deletion of all resources created during the test case execution. IUT gets clean and ready for next execution
			 * @verdict 
			 */
725
			function f_cse_postamble_deleteResourcesCSE() runs on CseSimu {
726 727 728 729 730 731 732 733 734 735 736 737 738 739 740 741 742 743 744 745 746 747 748 749 750 751 752 753 754 755 756 757 758 759
				var integer i;
				var XSD.ID v_resourceAddress;
				var RequestPrimitive v_request;
	
				if (PX_RUN_POSTAMBLE) {
		
					for(i := lengthof(vc_resourcesIndexToBeDeleted) -1; i >=0; i := i - 1) {
			
						v_resourceAddress := f_getResourceAddress(vc_resourcesIndexToBeDeleted[i]); 
			
						v_request := valueof(m_delete(v_resourceAddress, f_getOriginator(vc_resourcesIndexToBeDeleted[i],false)));
			
						v_request.from_ := PX_SUPER_CSE_ID;

						mccPort.send(m_request(v_request));
			
						tc_ac.start;
						alt {
							[] mccPort.receive(mw_response(mw_responsePrimitiveOK)) {
								tc_ac.stop;
								log(__SCOPE__&" INFO: Resource " & v_request.to_ & " deleted");
							}
							[] 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_);
							}	
						}	
			
					}
				}
			
760
			}			
761 762 763 764 765
			
		}//end group postambleFunctions
		
		group AeSimuFunctions {
			
766 767 768
			/**
			 * @desc Creation of a resource
			 * @param p_resourceType Resource type of the resource to be created
769
			 * @param p_requestPrimitive CREATE request primitive for the resource to be created
770 771 772 773
			 * @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 
			 */
774
			function f_cse_createResource(in ResourceType p_resourceType, template RequestPrimitive p_requestPrimitive := m_create, integer p_parentIndex := -1) runs on AeSimu return integer {
775
			
776 777
				var RequestPrimitive v_request;
				var integer v_resourceIndex := -1;
778
				
779
				v_request := f_getCreateRequestPrimitive(p_resourceType, p_requestPrimitive, p_parentIndex);
780
			
781 782 783
				mcaPort.send(m_request(v_request));
				tc_ac.start;
				alt {
784
					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) -> value vc_response {
785
						tc_ac.stop;
786
						setverdict(pass, __SCOPE__&":INFO: Resource type " & int2str(enum2int(p_resourceType)) & " created successfuly");
787 788 789 790 791
						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;
						}
792 793 794
					}
					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) {
						tc_ac.stop;
795
						setverdict(inconc, __SCOPE__&":INFO: Error while creating resource type " & int2str(enum2int(p_resourceType)));
796 797 798
					}
					[] mcaPort.receive {
						tc_ac.stop;
799
						setverdict(inconc, __SCOPE__&":INFO: Unexpected message received");
800 801
					}
					[] tc_ac.timeout {
802
						setverdict(inconc, __SCOPE__&":INFO: No answer while creating resource type " & int2str(enum2int(p_resourceType)));
803 804
					}
				}	
805
				
806
				f_checkAeSimuStatus();
807
				
808
				return v_resourceIndex;
809
		
810
			}
811
		
812 813 814 815 816 817 818
			/**
			 * @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 
			 */
819
			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;
820
				var integer v_acpAuxIndex := -1;
821
				
822
				v_request := valueof(m_createAcpAux(p_acpName := p_acpName, p_allowedOperations := p_allowedOperations));
823
				
824 825
				v_request := f_getCreateRequestPrimitive(int1, v_request, -1);
								
826 827 828
				mcaPort.send(m_request(v_request));
				tc_ac.start;
				alt {
829
					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) -> value vc_response {
830
						tc_ac.stop;
831
						setverdict(pass, __SCOPE__&":INFO: Resource type " & int2str(1) & " created successfuly");
832 833
						f_checkAttributesToBeSaved(int1, v_request, vc_response.primitive.responsePrimitive);
						v_acpAuxIndex := f_setResource(vc_response.primitive.responsePrimitive.primitiveContent, int1);
834 835 836 837
						vc_acpAuxIndex := v_acpAuxIndex;
					}
					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) {
						tc_ac.stop;
838
						setverdict(inconc, __SCOPE__&":INFO: Error while creating resource type " & int2str(1));
839 840 841
					}
					[] mcaPort.receive {
						tc_ac.stop;
842
						setverdict(inconc, __SCOPE__&":INFO: Unexpected message received");
843 844
					}
					[] tc_ac.timeout {
845
						setverdict(inconc, __SCOPE__&":INFO: No answer while creating resource type " & int2str(1));
846 847
					}
				}	
848
				
849
				f_checkAeSimuStatus();
850
			
851
				return v_acpAuxIndex;
852
	
853
			}
854
							
855
			/**
856 857
			 * @desc Message exchange for the update of a resource
			 * @param p_requestPrimitive UPDATE request primitive to be used
858 859
			 * @verdict 
			 */
860
			function f_cse_updateResource(in RequestPrimitive p_requestPrimitive) runs on AeSimu {
861 862 863 864

				mcaPort.send(m_request(p_requestPrimitive));
				tc_ac.start;
				alt {
865
					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) -> value vc_response {
866
						tc_ac.stop;
867
						setverdict(pass, __SCOPE__&":INFO: Attribute of resource updated successfuly");
868
					}
869
					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) -> value vc_response {
870
						tc_ac.stop;
871
						setverdict(inconc, __SCOPE__&":INFO: Error while updating resource");
872 873 874
					}
					[] mcaPort.receive{
						tc_ac.stop;
875
						setverdict(inconc, __SCOPE__&":INFO: Unexpected message received");
876 877
					}
					[] tc_ac.timeout {
878
						setverdict(inconc, __SCOPE__&":INFO: No answer while updating resource");
879 880
					}
				}	
881
				
882
				f_checkAeSimuStatus();
883
				
884
			}// end f_cse_updateResource
885
			
886
			/**
887 888 889
			 * @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
890 891
			 * @verdict 
			 */
892
			function f_cse_retrieveResource(integer p_resourceIndex) runs on AeSimu return PrimitiveContent{
893 894

				mcaPort.send(m_request(m_retrieveResource(f_getResourceAddress(p_resourceIndex), f_getOriginator(p_resourceIndex))));
895 896
				tc_ac.start;
				alt {
897
					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) -> value vc_response {
898
						tc_ac.stop;
899
						setverdict(pass, __SCOPE__&":INFO: Resource retrieved successfuly");
900
					}
901
					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) -> value vc_response {
902 903 904 905
						tc_ac.stop;
						setverdict(inconc, __SCOPE__&":INFO: Error while retrieving resource");
					}
					[] mcaPort.receive{
906
						tc_ac.stop;
907
						setverdict(inconc, __SCOPE__&":INFO: Unexpected message received");
908 909
					}
					[] tc_ac.timeout {
910
						setverdict(inconc, __SCOPE__&":INFO: No answer while retrieving resource");
911
					}
912 913
				}	
				
914
				f_checkAeSimuStatus();
915
				
916
				return vc_response.primitive.responsePrimitive.primitiveContent;
917
				
918
			}// end f_cse_retrieveResource
919
			
920
			/**
921 922 923
			 * @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
924 925
			 * @verdict 
			 */
926
			function f_cse_deleteResource(in integer p_index, in template (omit) RequestPrimitive p_requestPrimitive := omit) runs on AeSimu {
927 928 929
				var RequestPrimitive v_request;
				
				if(not isvalue(p_requestPrimitive)) {
930
					v_request := valueof(m_delete(f_getResourceAddress(p_index), f_getOriginator(p_index)));
931 932
				} else {
					v_request := valueof(p_requestPrimitive);
933
				}
934 935 936 937 938 939 940 941 942 943 944 945 946 947 948 949 950 951 952 953
				
				mcaPort.send(m_request(v_request));
						
				tc_ac.start;
				alt {
					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK)) {
						tc_ac.stop;
						setverdict(pass, __SCOPE__&"INFO: Resource " & v_request.to_ & " deleted");
						
						f_removeElementFromList(vc_resourcesIndexToBeDeleted, p_index);
					}
					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) {
						tc_ac.stop;
						setverdict(inconc, __SCOPE__&"INFO: Error while deleting resource " & v_request.to_);
					}
					[] tc_ac.timeout {
						setverdict(inconc, __SCOPE__&"INFO: No answer while deleting resource " & v_request.to_);
					}	
				}	
				
954
				f_checkAeSimuStatus();
955 956 957 958
				
			}// end f_cse_deleteResource
			
			/**
959 960
			 * @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
961 962
			 * @return boolean
			 */
963
			function f_isResourcePresent (integer p_resourceIndex) runs on AeSimu return boolean {
964 965 966 967 968 969 970 971 972 973 974 975 976 977 978 979 980 981 982 983 984
			
				//Check to see if the resource is present or not
				mcaPort.send(m_request(m_retrieveResource(f_getResourceAddress(p_resourceIndex), f_getOriginator(p_resourceIndex))));
				tc_ac.start;
				alt {
					[] mcaPort.receive(mw_response(mw_responsePrimitive(int2000))) {
						tc_ac.stop;
						setverdict(pass, testcasename() & ": Resource present: " & f_getResourceAddress(p_resourceIndex));
						return true;
					}
					[] mcaPort.receive(mw_response(mw_responsePrimitive(?, -))) {
						tc_ac.stop;
						setverdict(inconc, testcasename() & ": Wrong response status code in the response");
						return false;
					}
					[] tc_ac.timeout {
						setverdict(inconc, testcasename() & ": No answer while retrieving resource");
						return false;
					}
				}	
				return false;
985
			}
986 987 988
			
			/**
			 * @desc Check that a resource is not present in the IUT (resourceId is NOT known)
989 990
			 * @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
991 992
			 * @return boolean
			 */
993
			function f_isResourceNotPresent (integer p_parentIndex, XSD.String p_resourceName) runs on AeSimu return boolean {
994
			
995 996
				log(testcasename() & ":INFO: Hierarchical addressing method is required to check the non presence of the resource");
				
997
				//Check to see if the resource has NOT been created
998
				mcaPort.send(m_request(m_retrieveResource(f_getResourceAddress(p_parentIndex, e_hierarchical) & "/" & p_resourceName, f_getOriginator(p_parentIndex))));
999 1000 1001 1002 1003 1004 1005 1006 1007 1008 1009 1010 1011 1012 1013 1014 1015 1016 1017 1018 1019
				tc_ac.start;
				alt {
					[] mcaPort.receive(mw_response(mw_responsePrimitive(int4004))) {
						tc_ac.stop;
						setverdict(pass, testcasename() & ": Resource not present");
						return true;
					}
					[] mcaPort.receive(mw_response(mw_responsePrimitive(?))) {
						tc_ac.stop;
						setverdict(inconc, testcasename() & ": Wrong response status code in the response");
						return false;
					}
					[] tc_ac.timeout {
						setverdict(inconc, testcasename() & ": No answer while retrieving resource");
						return false;
					}
				}	
				return false;
			}
			
			/**
1020
			 * @desc Message exchange for the update of the auxiliar ACP resource
1021 1022 1023
			 * @param p_allowedOperations New allowed operations
			 * @verdict 
			 */
1024
			function f_cse_updateAcpAuxResource (in template (value) AccessControlOperations p_allowedOperations) runs on AeSimu {
1025 1026 1027 1028 1029 1030 1031 1032 1033 1034 1035 1036 1037 1038
				var RequestPrimitive v_request;
				
				v_request := valueof(m_updateAcpBase);
				
				v_request.to_ := f_getResourceAddress(vc_acpAuxIndex);
				v_request.from_ := f_getOriginator(vc_acpAuxIndex);
				v_request.primitiveContent.accessControlPolicy.privileges.accessControlRule_list := {valueof(m_createAcr(PX_ACOR, p_allowedOperations))};
							
				mcaPort.send(m_request(v_request));
				tc_ac.start;
				alt {
					[] mcaPort.receive(mw_response(mw_responsePrimitiveOK))  {
						tc_ac.stop;
						setverdict(pass, __SCOPE__&":INFO: " & v_request.to_ & " resource updated successfuly");
1039
						//TODO To save new values
1040 1041 1042 1043 1044 1045 1046 1047 1048 1049
					}
					[] mcaPort.receive(mw_response(mw_responsePrimitiveKO)) {
						tc_ac.stop;
						setverdict(inconc, __SCOPE__&":INFO: Error while updating " & v_request.to_ & " resource");
					}
					[] tc_ac.timeout {
						setverdict(inconc, __SCOPE__&":INFO: No answer while updating " & v_request.to_ & " resource" );
					}
				}		
				
1050
				f_checkAeSimuStatus();
1051 1052 1053
			}   
			
			/**
1054 1055 1056
			 * @desc Handling of announcement of resources
			 * @param p_from Expected originator of the request primitive
			 * @param p_to Expected receiver of the request primitive
1057 1058 1059
			 * @verdict 
			 */
			 //TODO To finalize this function
1060
			function f_cse_resourceAnnouncementHandler(template XSD.ID p_from := *, template XSD.ID p_to := ?) runs on CseSimu {
1061 1062 1063 1064 1065 1066
				// Local variables
				var MsgIn v_request;
				var ResponsePrimitive v_responsePrimitive;
				
				tc_ac.start;
				alt {
1067
					[] mccPortIn.receive(mw_request(mw_create(p_from, p_to))) -> value v_request {
1068 1069
						tc_ac.stop;
						setverdict(pass, __SCOPE__ & ":INFO: Announcement received");
1070
						//TODO Save resource and generate required attributes
1071
						v_responsePrimitive := f_getCreateResponsePrimitive(v_request.primitive.requestPrimitive.resourceType, v_request.primitive.requestPrimitive);
1072
						mccPortIn.send(m_response(v_responsePrimitive));
1073
						f_checkAttributesToBeSaved(v_request.primitive.requestPrimitive.resourceType, v_request.primitive.requestPrimitive, vc_response.primitive.responsePrimitive);
1074
						f_setResource(vc_response.primitive.responsePrimitive.primitiveContent, v_request.primitive.requestPrimitive.resourceType, vc_remoteCseIndex);					
1075
					}
1076
					[] mccPortIn.receive{
1077 1078 1079 1080 1081 1082 1083
						tc_ac.stop;
						setverdict(fail, __SCOPE__ & ":ERROR: Unexpected message received");
					}
					[] tc_ac.timeout {
						setverdict(fail, __SCOPE__ & ":ERROR:  No announcement received");
					}
				}
1084 1085 1086 1087 1088 1089
				
				f_checkCseSimuStatus();
	
			} //end f_cse_resourceAnnouncementHandler
			
			/**
1090 1091 1092
			 * @desc Message exchange for the announcement of resources
			 * @param p_resourceType ResourceType of the resource to be announced 
			 * @param p_requestPrimitive CREATE request to be used for the announcement
1093 1094 1095 1096 1097 1098 1099 1100 1101 1102 1103 1104 1105 1106
			 * @verdict 
			 */
			 //TODO To finalize this function
			function f_cse_announceResource(in ResourceType p_resourceType, template RequestPrimitive p_requestPrimitive := m_create) runs on CseSimu return integer {
				// Local variables
				var RequestPrimitive v_request;
				var ResponsePrimitive v_responsePrimitive;
				var integer v_resourceIndex := -1;
				
				v_request := f_getCreateRequestPrimitive(f_getAnnouncedResourceType(p_resourceType), p_requestPrimitive, vc_remoteCseIndex);
			
				mccPort.send(m_request(v_request));
				tc_ac.start;
				alt {
1107
					[] mccPort.receive(mw_response(mw_responsePrimitiveOK)) -> value vc_response {
1108 1109 1110 1111 1112
						tc_ac.stop;
						setverdict(pass, __SCOPE__&":INFO: Resource type " & int2str(enum2int(p_resourceType)) & " created successfuly");
						f_checkAttributesToBeSaved(p_resourceType, v_request, vc_response.primitive.responsePrimitive);
						v_resourceIndex := f_setResource(vc_response.primitive.responsePrimitive.primitiveContent, p_resourceType, vc_remoteCseIndex);
					}
1113
					[] mccPort.receive(mw_response(mw_responsePrimitiveKO)) {
1114 1115 1116
						tc_ac.stop;
						setverdict(inconc, __SCOPE__&":INFO: Error while creating resource type " & int2str(enum2int(p_resourceType)));
					}
1117
					[] mccPort.receive {
1118 1119 1120 1121 1122 1123 1124 1125 1126 1127 1128
						tc_ac.stop;
						setverdict(inconc, __SCOPE__&":INFO: Unexpected message received");
					}
					[] tc_ac.timeout {
						setverdict(inconc, __SCOPE__&":INFO: No answer while creating resource type " & int2str(enum2int(p_resourceType)));
					}
				}	
				
				f_checkCseSimuStatus();
				
				return v_resourceIndex;
1129
	
1130
			} //end f_cse_announceResource			
1131
    		
1132 1133 1134 1135 1136 1137 1138 1139
			/**
			 * @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
1140 1141 1142 1143 1144 1145 1146 1147 1148 1149 1150 1151 1152 1153 1154 1155 1156 1157 1158 1159 1160 1161 1162 1163 1164 1165 1166 1167 1168 1169 1170 1171 1172 1173 1174 1175 1176 1177 1178 1179 1180 1181 1182 1183 1184 1185 1186 1187 1188 1189 1190 1191 1192 1193 1194 1195 1196 1197 1198 1199 1200 1201 1202 1203 1204 1205 1206 1207
			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;
							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.aE.resourceName)
						}
					}
					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;
							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.container.resourceName)
						}
					}
					case (int4) {
						if(isvalue(p_response.primitiveContent.contentInstance) and
								not(ispresent(p_response.primitiveContent.contentInstance.resourceName))) {
							p_response.primitiveContent.contentInstance.resourceName :=  p_request.primitiveContent.contentInstance.resourceName;
							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.contentInstance.resourceName)
						}
					}
					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;
							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.pollingChannel.resourceName)
						}
					}
					case (int16) {
						if (isvalue(p_response.primitiveContent.remoteCSE) and
								not(ispresent(p_response.primitiveContent.remoteCSE.resourceName))) {
							p_response.primitiveContent.remoteCSE.resourceName :=  p_request.primitiveContent.remoteCSE.resourceName;
							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.remoteCSE.resourceName)
						}
					}
					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;
							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.schedule.resourceName)
						}
					}
					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;
							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.subscription.resourceName)
						}
					}
					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;
							log(__SCOPE__ & ":INFO: resourceName not returned. Using the one provided in the request: " & p_request.primitiveContent.group_.resourceName)
						}
					}
					case else {
						log(__SCOPE__&":WARNING: Resource Type "&int2str(enum2int(p_resourceType))&" not implemented");
					}
1208
				}
1209 1210 1211 1212
    
				// TODO test that if the resource name is returned is the same resource name as used in the create message
			}
		
1213 1214 1215 1216 1217 1218 1219
			/**
			 * @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 
			 */
1220
			function f_compareURIs(in integer p_expectedURIIndex, in XSD.ID p_receivedURI) runs on Tester return boolean{
1221 1222
				// Local variables
				var boolean v_matchResult := false;
1223 1224
				var AddressingMethod v_addressingMethod;
				var PrimitiveScope v_primitiveScope;
1225 1226
    			
				if (f_isNonHierarchical(p_receivedURI)) {
1227
					v_addressingMethod := e_nonHierarchical;
1228
				} else if (f_isHierarchical(p_receivedURI)) {
1229
					v_addressingMethod := e_hierarchical;
1230 1231
				}
				if (f_isScopeCseRelative(p_receivedURI)) {
1232
					v_primitiveScope := e_cseRelative;
1233 1234
				}
				if (f_isScopeSpRelative(p_receivedURI)) {
1235
					v_primitiveScope := e_spRelative;
1236
				}
1237
				if (f_isScopeAbsolute(p_receivedURI)) {
1238
					v_primitiveScope := e_absolute;
1239 1240
				}
    			
1241
				if(match(f_getResourceAddress(p_expectedURIIndex, v_addressingMethod, v_primitiveScope), p_receivedURI)) {
1242
					v_matchResult := true;
1243 1244 1245
				} else {
					v_matchResult := false;
				}
1246
							
1247 1248 1249
				return v_matchResult;
    
			} //end f_compareURIs	
1250 1251 1252 1253
			
		}//end group AeSimu
			
		group CseSimuFunctions {
1254 1255 1256

			group NotificationFunctions { 
				
1257 1258 1259 1260 1261
				/**
				 * @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 
				 */
1262
				function f_cse_notifyProcedure_subscriptionVerificationHandler(in ResponseStatusCode p_responseStatusCode := int2001) runs on AeSimu {
1263 1264 1265
					// Local variables
					var ResponsePrimitive v_responsePrimitive;
					var template Notification v_notificationRequest := mw_contentNotificationVerification;
1266
    				
1267 1268 1269 1270 1271 1272 1273 1274 1275 1276 1277
					//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));
    	
					tc_ac.start;
					alt {
1278
						[] mcaPortIn.receive(mw_request(mw_notify(v_notificationRequest))) -> value vc_request {
1279 1280 1281
							tc_ac.stop;
							setverdict(pass, __SCOPE__ & ":INFO: Notification received");
						}
1282
						[] mcaPortIn.receive(mw_request(mw_notify(mw_contentNotification(?)))) -> value vc_request {
1283 1284 1285
							tc_ac.stop;
							setverdict(fail, __SCOPE__ & ":ERROR: Notification received but verificationRequest isn't set to TRUE");							
						}
1286
						[] mcaPortIn.receive{
1287 1288
							tc_ac.stop;
							setverdict(fail, __SCOPE__ & ":ERROR: unexpected message received");
1289
							stop;
1290 1291 1292
						}
						[] tc_ac.timeout {
							setverdict(fail, __SCOPE__ & ":ERROR:  No notification received");
1293
							stop;
1294 1295
						}
					}
1296
						
1297
					v_responsePrimitive.requestIdentifier := vc_request.primitive.requestPrimitive.requestIdentifier;
1298
					if(getverdict == pass) {
1299 1300 1301 1302 1303 1304
						mcaPortIn.send(m_httpResponse(v_responsePrimitive));
					} else {
						v_responsePrimitive.responseStatusCode := int4000; 
						mcaPortIn.send(m_httpResponse(v_responsePrimitive));
					}
					
1305
					//mcaPort.send(m_response(v_responsePrimitive));	// TODO have to be deleted
1306
        
1307 1308
				} //end f_subscriptionVerificationHandler
    		
1309 1310 1311 1312 1313
				/**
				 * @desc Handling message exchange for the notification procedure
				 * @param p_primitiveContent Expected primitiveContent in the notification
				 * @verdict 
				 */
1314
				function f_cse_notifyProcedure_representationHandler(template PrimitiveContent p_primitiveContent) runs on AeSimu {
1315
					// Local variables
1316 1317
					var ResponsePrimitive v_responsePrimitive;
					
1318 1319
					tc_ac.start;
					alt {
1320
						[] mcaPortIn.receive(mw_request(mw_notify(mw_contentNotification(?)))) -> value vc_request {
1321
							tc_ac.stop;
1322
							if(f_check_notificationContent(vc_request.primitive.requestPrimitive, p_primitiveContent)){
1323 1324 1325 1326
								setverdict(pass, __SCOPE__ & ":INFO: Notification received");
							}
							else{
								setverdict(fail, __SCOPE__ & ":ERROR: Notification received but the content doesn't match");
1327
							}
1328 1329 1330 1331
							//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));
1332
						}
1333
						[] mcaPortIn.receive{
1334 1335 1336 1337 1338 1339 1340
							tc_ac.stop;
							setverdict(fail, __SCOPE__ & ":ERROR: unexpected message received");
						}
						[] tc_ac.timeout {
							setverdict(fail, __SCOPE__ & ":ERROR: No notification received");
						}
					}
1341
	    		    	
1342 1343
				} //end f_cse_notifyProcedure_representationHandler
	    		
1344 1345 1346 1347 1348
				/**
				 * @desc Handling message exchange for the notification procedure (aggregatedNotification)
				 * @param p_primitiveContent Expected primitiveContent in the notification
				 * @verdict 
				 */
1349
				function f_cse_notifyProcedure_aggregatedNoficationHandler(template PrimitiveContent p_primitiveContent,in integer p_numberOfAggregatedNotification) runs on AeSimu {
1350
					// Local variables
1351 1352
					var ResponsePrimitive v_responsePrimitive;
					var integer v_notificationsReceived := 0;
1353 1354 1355
    
					tc_ac.start;
					alt {
1356
						[] mcaPortIn.receive(mw_request(mw_aggregatedNotifyBase)) -> value vc_request {
1357
							tc_ac.stop;
1358 1359
							if(p_numberOfAggregatedNotification == lengthof(vc_request.primitive.requestPrimitive.primitiveContent.aggregatedNotification.notification_list)){
								if(f_check_notificationContent(vc_response.primitive.requestPrimitive, p_primitiveContent)){
1360 1361 1362 1363 1364
									setverdict(pass, __SCOPE__ & ": Notification received");
								}
								else{
									setverdict(fail, __SCOPE__ & ": Notification received but the content doesn't match");
								}
1365
							}
1366 1367 1368
							else {
								setverdict(fail, __SCOPE__ & ": Number of Notification in Aggregatednotification isn't right");
							}
1369 1370 1371 1372 1373 1374 1375 1376 1377 1378 1379 1380 1381 1382 1383 1384 1385 1386 1387 1388 1389 1390
							//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(mw_request(mw_notify(mw_contentNotification(?)))) -> value vc_request {
							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;
							}
1391
						}
1392
						[] mcaPortIn.receive{
1393 1394 1395 1396 1397 1398
							tc_ac.stop;
							setverdict(fail, __SCOPE__ & ": Error, unexpected message received");
						}
						[] tc_ac.timeout {
							setverdict(fail, __SCOPE__ & ": No notification received");
						}
1399
					}
1400
					
1401 1402
				} //end f_cse_notifyProcedure_aggregatedNotificationHandler
	    		
1403 1404 1405 1406 1407
				/**
				 * @desc Handling message exchange for the notification procedure (deletion of subscription resource)
				 * @param p_notification Expected notification
				 * @verdict 
				 */
1408 1409
				function f_cse_notifyProcedure_subscriptionDeletionHandler( template Notification p_notification) runs on AeSimu {
					var ResponsePrimitive v_responsePrimitive;
1410 1411
					tc_ac.start;
					alt {
1412
						[] mcaPortIn.receive(mw_request(mw_notify(p_notification))) -> value vc_request {
1413
							tc_ac.stop;
1414 1415 1416
							v_responsePrimitive := valueof(m_responseNotification(int2001, omit));
							v_responsePrimitive.requestIdentifier := vc_request.primitive.requestPrimitive.requestIdentifier;
							mcaPortIn.send(m_response(v_responsePrimitive));
1417
							if(not(match(vc_request.primitive.requestPrimitive.primitiveContent.notification.subscriptionDeletion, true))) {
1418 1419 1420
								setverdict(fail, __SCOPE__ & ":ERROR: subscriptionDeletion attribute have to be set to TRUE");
							}
						}
1421
						[] mcaPortIn.receive{
1422 1423 1424 1425 1426 1427
							tc_ac.stop;
							setverdict(fail, __SCOPE__ & ":ERROR: unexpected message received");
						}
						[] tc_ac.timeout {
							setverdict(fail, __SCOPE__ & ":ERROR: No notification received");
						}
1428
					}
1429
						
1430 1431
				} //end f_cse_notifyProcedure_subscriptionDeletionHandler  
				
1432 1433 1434 1435
				/**
				 * @desc Handling message exchange for the notification procedure (no notification expected)
				 * @verdict 
				 */
1436
				function f_cse_notifyProcedure_noNotificationHandler() runs on AeSimu {
1437
					// Local variables
1438
		
1439 1440
					tc_ac.start(10.0);
					alt {
1441
						[] mcaPortIn.receive(mw_request(mw_notify(mw_contentNotification(?)))) -> value vc_request {
1442 1443 1444 1445 1446 1447 1448
							tc_ac.stop;
							setverdict(fail, __SCOPE__ & ": Error, Non expected notification received");
						}
						[] tc_ac.timeout {
							setverdict(pass, __SCOPE__ & ": No notification received");
						}
					}
1449
		
1450 1451
				} //end f_cse_notifyProcedure_noNotification Handler
				
1452 1453 1454 1455 1456 1457
				/**
				 * @desc Checking of notification primitiveContent
				 * @param p_requestPrimitive Received Notification request
				 * @param p_primitiveContent Expected primitiveContent in the notification
				 * @verdict 
				 */
1458
				function f_check_notificationContent(in RequestPrimitive p_requestPrimitive, template PrimitiveContent p_primitiveContent) runs on Tester return boolean{
1459 1460 1461 1462 1463 1464
					// Local variables
					var boolean v_matchResult := false;
					var integer i;
					var integer v_numberOfAggregatedNotification;
    	
					if (ischosen(p_primitiveContent.aE)){
1465 1466 1467 1468
						log("Representation contains AE resource representation");
						if(ischosen(p_requestPrimitive.primitiveContent.notification.notificationEvent.representation.resource.aE)) {
							v_matchResult := match(p_requestPrimitive.primitiveContent.notification.notificationEvent.representation.resource.aE, p_primitiveContent.aE);
							log("Expected primitiveContent");
1469 1470
						}
						else if(ischosen(p_requestPrimitive.primitiveContent.notification.notificationEvent.representation.responsePrimitive)) {
1471
							v_matchResult :=match(p_requestPrimitive.primitiveContent.notification.notificationEvent.representation.responsePrimitive.primitiveContent.aE, p_primitiveContent.aE);
1472 1473 1474 1475 1476 1477 1478 1479 1480 1481 1482 1483 1484 1485 1486 1487 1488 1489 1490 1491
						}
						else if (ischosen(p_requestPrimitive.primitiveContent.aggregatedNotification)) {
							v_matchResult := true;
							v_numberOfAggregatedNotification := lengthof(p_requestPrimitive.primitiveContent.aggregatedNotification.notification_list);
							for(i := 0; i< v_numberOfAggregatedNotification; i := i + 1){
								if(ischosen(p_requestPrimitive.primitiveContent.aggregatedNotification.notification_list[i].notificationEvent.representation.resource)) {
									if(not (match(p_requestPrimitive.primitiveContent.aggregatedNotification.notification_list[i].notificationEvent.representation.resource.aE, p_primitiveContent.aE))){
										v_matchResult := false;
									}
								}
								else if(ischosen(p_requestPrimitive.primitiveContent.aggregatedNotification.notification_list[i].notificationEvent.representation.responsePrimitive)) {
									if(not (match(p_requestPrimitive.primitiveContent.aggregatedNotification.notification_list[i].notificationEvent.representation.responsePrimitive.primitiveContent.aE, p_primitiveContent.aE))){
										v_matchResult := false;
									}
								}						
							}
							if (i == 0){
								v_matchResult := false;
							}
						}
1492
    
1493 1494 1495
					}
    	
					if (ischosen(p_primitiveContent.container)){
1496
						if(ischosen(p_requestPrimitive.primitiveContent.notification.notificationEvent.representation.resource.container)) {
1497 1498 1499 1500 1501 1502 1503 1504
							v_matchResult := match(p_requestPrimitive.primitiveContent.notification.notificationEvent.representation.resource.container, p_primitiveContent.container)
						}
						else if(ischosen(p_requestPrimitive.primitiveContent.notification.notificationEvent.representation.responsePrimitive)) {
							v_matchResult := match(p_requestPrimitive.primitiveContent.notification.notificationEvent.representation.responsePrimitive.primitiveContent.container, p_primitiveContent.container)
						}
					}
    	
					return v_matchResult;
1505
    
1506 1507
				} //end f_check_notificationContent	
				
1508 1509 1510 1511 1512 1513 1514 1515 1516 1517 1518 1519 1520 1521 1522 1523 1524 1525 1526 1527 1528 1529 1530 1531 1532 1533 1534 1535 1536 1537
			}// end of group NotificationFunctions 	
			
			/**
			 * @desc Check that a resource is present in the IUT (resourceId is known)
			 * @param p_resourceIndex Resource index 
			 * @return boolean
			 */
			function f_cse_isResourcePresent (integer p_resourceIndex) runs on CseSimu return boolean {

				//Check to see if the resource is present or not
				mccPort.send(m_request(m_retrieveResource(f_getResourceAddress(p_resourceIndex), f_getOriginator(p_resourceIndex))));
				tc_ac.start;
				alt {
					[] mccPort.receive(mw_response(mw_responsePrimitive(int2000))) {
						tc_ac.stop;
						setverdict(pass, testcasename() & ": Resource present: " & f_getResourceAddress(p_resourceIndex));
						return true;
					}
					[] mccPort.receive(mw_response(mw_responsePrimitive(?, -))) {
						tc_ac.stop;
						setverdict(inconc, testcasename() & ": Wrong response status code in the response");
						return false;
					}
					[] tc_ac.timeout {
						setverdict(inconc, testcasename() & ": No answer while retrieving resource");
						return false;
					}
				}	
				return false;
			}	
1538 1539
	    		
			/**
1540 1541
			 * @desc Registration of Test System (simulating a CSE) to the CSE IUT (creation of remoteCSE)
			 * @param p_requestPrimitive Template request primitive
1542
			 * @param p_primitiveContent Expected primitiveContent in the CREATE response primitive
1543
			 * @return Internal resource index of the created resource
1544
			 */
1545
			function f_cse_registerRemoteCse(in template RequestPrimitive p_requestPrimitive, in template PrimitiveContent p_contentResponse := ?) runs on CseSimu return integer {
1546
    			
1547