SIST EN 301 217-3 V1.1.1:2003

2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.ãHYDOQHJDV interfaces at the digital Service Node (SN); Interfaces at the VB5.2 reference point for the support of broadband or combined narrowband and broadband Access Networks (ANs); Part 3: Test Suite Structure and Test Purposes (TSS&TP)35.200Vmesniška in povezovalna opremaInterface and interconnection equipmentICS:Ta slovenski standard je istoveten z:EN 301 217-3 Version 1.1.1SIST EN 301 217-3 V1.1.1:2003en01-november-2003SIST EN 301 217-3 V1.1.1:2003SLOVENSKI
STANDARD
ETSIEN301217-3V1.1.1(2001-01)EuropeanStandard(Telecommunicationsseries)VinterfacesatthedigitalServiceNode(SN);InterfacesattheVB5.2referencepointforthesupportofbroadbandorcombinednarrowbandandbroadbandAccessNetworks(ANs);Part3:TestSuiteStructureandTestPurposes(TSS&TP)SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)2ReferenceDEN/SPAN-09047-3KeywordsAN,SN,TSS&TP,Vinterface,VB5interfaceETSI650RoutedesLuciolesF-06921SophiaAntipolisCedex-FRANCETel.:+33492944200Fax:+33493654716SiretN°34862356200017-NAF742CAssociationàbutnonlucratifenregistréeàlaSous-PréfecturedeGrasse(06)N°7803/88ImportantnoticeIndividualcopiesofthepresentdocumentcanbedownloadedfrom:http://www.etsi.orgThepresentdocumentmaybemadeavailableinmorethanoneelectronicversionorinprint.Inanycaseofexistingorperceiveddifferenceincontentsbetweensuchversions,thereferenceversionisthePortableDocumentFormat(PDF).Incaseofdispute,thereferenceshallbetheprintingonETSIprintersofthePDFversionkeptonaspecificnetworkdrivewithinETSISecretariat.Usersofthepresentdocumentshouldbeawarethatthedocumentmaybesubjecttorevisionorchangeofstatus.InformationonthecurrentstatusofthisandotherETSIdocumentsisavailableathttp://www.etsi.org/tb/status/Ifyoufinderrorsinthepresentdocument,sendyourcommentto:editor@etsi.frCopyrightNotificationNopartmaybereproducedexceptasauthorizedbywrittenpermission.Thecopyrightandtheforegoingrestrictionextendtoreproductioninallmedia.©EuropeanTelecommunicationsStandardsInstitute2001.Allrightsreserved.SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)3ContentsIntellectualPropertyRights.5Foreword.5Introduction.51Scope.72References.73Definitionsandabbreviations.83.1Definitions.83.2Abbreviations.84TestSuiteStructure.105TestPurposesdescriptionandnaming.135.1MethodusedforthedescriptionoftheTPs.135.1.1TextformatofTP.135.1.2MSCassociatedtothetextofTP.135.1.3ParametersshowninTP.145.1.4StimulifortheIUT.145.2Testpurposenamingconvention.155.3Preamblesandpostambles.165.3.1Preambledescriptions.165.3.1.1ANistheIUT.165.3.1.2SNistheIUT.245.3.2Postambledescriptions.336TestPurposesdefinitions.336.1ANistheIUT.336.1.1Basiccapabilitytests(CA).336.1.2ConnectionEstablishmentprocedure(CE).346.1.2.1PointtoPointConnectionEstablishmentprocedure.346.1.2.2PointtoMultipointConnectionEstablishmentprocedure.416.1.3ConnectionReleaseprocedure(CR).436.1.3.1SingleConnectionReleaseprocedure.436.1.3.2MultipleConnectionsReleaseprocedure.476.1.4Connectionmodificationprocedure(CM).526.1.4.1Modification(firststep)procedure.526.1.4.2ModificationCompleteprocedure.536.1.4.3ModificationAbortprocedure.556.1.4.4Modificationexceptionalprocedure.566.1.4.5TestoftimerT_Modification.616.1.5BranchEstablishmentprocedure(BE).676.1.5.1AddBranchprocedure.676.1.5.2AddBranchCompleteprocedure.696.1.5.3T_BranchEsttimertest.716.1.5.4Exceptionalprocedure.726.1.6BranchReleaseprocedure(BR).756.1.6.1SingleBranchreleaseprocedure.756.1.6.2MultipleBranchreleaseprocedure.766.1.6.3Exceptionalprocedure.776.1.7Housekeepingprocedure(Reset,Fault).806.1.7.1Resetprocedure.806.1.7.2ANfaultprocedure.846.1.7.3BBCCrestartprocedure.866.1.8CommonErrorHandling(CEH)procedure.916.1.8.1ErrorHandlingonMessageHeader.916.1.8.2ErrorHandlingonInformationElement(IE).98SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)46.2SNistheIUT.1016.2.1Basiccapabilitytests(CA).1016.2.2ConnectionEstablishmentprocedure(CE).1026.2.2.1PointtoPointConnectionEstablishmentprocedure.1026.2.2.2PointtoMultipointConnectionEstablishmentprocedure.1086.2.3ConnectionReleaseprocedure(CR).1106.2.3.1SingleconnectionReleaseprocedure.1106.2.3.2MultipleconnectionsReleaseprocedure.1136.2.4Connectionmodificationprocedure(CM).1166.2.4.1Modification(firststep)procedure.1166.2.4.2ModificationCompleteprocedure.1196.2.4.3ModificationAbortprocedure.1216.2.5BranchEstablishmentprocedure(BE).1236.2.5.1AddBranchprocedure.1236.2.5.2AddBranch/Updateprocedure.1266.2.6BranchReleaseprocedure(BR).1286.2.7Housekeepingprocedure(Reset,Fault).1316.2.7.1Resetprocedure.1316.2.7.2ANfaultprocedure.1356.2.7.3BBCCrestartprocedure.1366.2.8CommonErrorHandling(CEH)procedure.1396.2.8.1ErrorHandlingonMessageHeader.1396.2.8.2ErrorHandlingonInformationElement(IE).146AnnexA(informative):PIXITparametersandtheinformativevaluesused.149A.1ParametervaluesasusedintheMSCs.149A.1.1Diagramofconnectionsusedinthetestsuites.149A.1.2TableofPIXITparameters.150A.1.3Transactionidentifiervalues.151A.1.4Timervalues.152AnnexB(informative):ASN.1datadeclarationsfortheBBCCprotocol.153Bibliography.162History.163SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)5IntellectualPropertyRightsIPRsessentialorpotentiallyessentialtothepresentdocumentmayhavebeendeclaredtoETSI.TheinformationpertainingtotheseessentialIPRs,ifany,ispubliclyavailableforETSImembersandnon-members,andcanbefoundinETSISR000314:"IntellectualPropertyRights(IPRs);Essential,orpotentiallyEssential,IPRsnotifiedtoETSIinrespectofETSIstandards",whichisavailablefromtheETSISecretariat.LatestupdatesareavailableontheETSIWebserver(http://www.etsi.org/ipr).PursuanttotheETSIIPRPolicy,noinvestigation,includingIPRsearches,hasbeencarriedoutbyETSI.NoguaranteecanbegivenastotheexistenceofotherIPRsnotreferencedinETSISR000314(ortheupdatesontheETSIWebserver)whichare,ormaybe,ormaybecome,essentialtothepresentdocument.ForewordThisEuropeanStandard(Telecommunicationsseries)hasbeenproducedbyETSITechnicalCommitteeServicesandProtocolsforAdvancedNetworks(SPAN).Thepresentdocumentispart3ofmulti-partdeliverablecoveringtheinterfacesattheVB5.2referencepointasidentifiedbelow:Part1:"Interfacespecification";Part2:"ProtocolImplementationConformanceStatement(PICS)specification";Part3:"TestSuiteStructureandTestPurposes(TSS&TP)";Part4:"AbstractTestSuite(ATS)specificationandpartialProtocolImplementationeXtraInformationforTesting(PIXIT)".NationaltranspositiondatesDateofadoptionofthisEN:19January2001DateoflatestannouncementofthisEN(doa):30April2001DateoflatestpublicationofnewNationalStandardorendorsementofthisEN(dop/e):31October2001DateofwithdrawalofanyconflictingNationalStandard(dow):31October2001IntroductionGeneralTheworkonanewbroadbandVBreferencepointconceptwasinitiatedbyETSITechnicalCommitteeSPStoconsider,inco-operationwithothergroupsinvolved,possiblenewstructuresandreferencepointsfortheconnectionofnewbroadbandandcombinednarrowband/broadbandaccessarrangementstoServiceNodes(SN).TheworkwastakenoverbyaspecialexpertsgrouponVB5,workingundertheauspicesofWorkingGroupSPS3,withinETSI.TheVB5referencepointconceptwassplitintotwovariants.ThefirstbasedonanATMcrossconnectwithprovisionedconnectivity,calledtheVB5.1referencepoint,iscontainedinEN301005-1[1].Theother,whichfurtherenableson-demandconnectivitywithintheAN,iscalledtheVB5.2referencepointandisdescribedinEN301217-1[3].SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)6RelationshipbetweentheVB5.1andVB5.2referencepointconceptTheVB5.2referencepointextendsthecapabilitiesattheVB5.1referencepointtoincludeon-demandconnectivityintheANunderthecontrolofSN.Inadditiontothemajordifferencegivenabove,themajorcorrespondencebetweentheVB5.1andVB5.2referencepointcanbedescribedas:-bothVB5interfacessupportB-ISDNaswellasnarrowbandandothernon-B-ISDNcustomeraccesstypes;-bothVB5interfacessupportATMmultiplexing/cross-connectingintheANatthevirtualpathand/orvirtualchannellevel.SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)71ScopeThepresentdocumentspecifiestheTestSuiteStructureandTestPurposes(TSS&TP)fortestingtheconformityofanimplementationtothespecificationofprotocolBroadbandBearerConnectionControl(BBCC)ofinterfacesattheVB5.2referencepointbetweenanAccessNetwork(AN)andaServiceNode(SN).TheTSS&TPfortestingtheotherprotocolnamedRTMCofinterfacesattheVB5.2referencepointisinEN301005-3[2],asitiscommonwithRTMCatVB5.1referencepoint.ThetestarchitectureproposedhereforthetestingofconformityisalsousedforthedesignoftheMessageSequenceCharts(MSCs)producedastestpurposedocumentation.2ReferencesThefollowingdocumentscontainprovisionswhich,throughreferenceinthistext,constituteprovisionsofthepresentdocument.• Referencesareeitherspecific(identifiedbydateofpublication,editionnumber,versionnumber,etc.)ornon-specific.• Foraspecificreference,subsequentrevisionsdonotapply.• Foranon-specificreference,thelatestversionapplies.• Anon-specificreferencetoanETSshallalsobetakentorefertolaterversionspublishedasanENwiththesamenumber.[1]ETSIEN301005-1(V1.1.4):"VinterfacesatthedigitalServiceNode(SN);InterfacesattheVB5.1referencepointforthesupportofbroadbandorcombinednarrowbandandbroadbandAccessNetworks(ANs);Part1:Interfacespecification".[2]ETSIEN301005-3(V1.1.2):"VinterfacesatthedigitalServiceNode(SN);InterfacesattheVB5.1referencepointforthesupportofbroadbandorcombinednarrowbandandbroadbandAccessNetworks(ANs);Part3:TestSuiteStructureandTestPurposes(TSS&TP)specification".[3]ETSIEN301217-1(V1.2.2):"VinterfacesatthedigitalServiceNode(SN);InterfacesattheVB5.2referencepointforthesupportofbroadbandorcombinednarrowbandandbroadbandAccessNetworks(ANs);Part1:Interfacespecification".[4]ETSIEN301217-2(V1.1.3):"VinterfacesatthedigitalServiceNode(SN);InterfacesattheVB5.2referencepointforthesupportofbroadbandorcombinednarrowbandandbroadbandAccessNetworks(ANs);Part2:ProtocolImplementationConformanceStatement(PICS)proformaspecification".[5]ISO/IEC9646-1:"Informationtechnology-Opensystemsinterconnection-Conformancetestingmethodologyandframework-Part1:Generalconcepts".[6]ISO/IEC9646-2:"Informationtechnology-Opensystemsinterconnection-Conformancetestingmethodologyandframework-Part2:Abstracttestsuitespecification".[7]ITU-TRecommendationM.3010:"PrinciplesforaTelecommunicationsmanagementnetwork".[8]ITU-TRecommendationQ.2931:"BroadbandIntegratedServicesDigitalNetwork(B-ISDN)-DigitalSubscriberSignallingSystemNo.2(DSS2)-User-NetworkInterface(UNI)-Layer3specificationforbasiccall/connectioncontrol".[9]ETSIEN300443-1(V1.3.5):"BroadbandIntegratedServicesDigitalNetwork(B-ISDN);DigitalSubscriberSignallingSystemNo.two(DSS2)protocol;B-ISDNuser-networkinterfacelayer3specificationforbasiccall/bearercontrol;Part1:Protocolspecification[ITU-TRecommendationQ.2931(1995),modified]".SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)8[10]ETSIEN301067-1(V1.1.3):"BroadbandIntegratedServicesDigitalNetwork(B-ISDN);DigitalSubscriberSignallingSystemNo.two(DSS2)protocol;Connectioncharacteristics;Negotiationduringcall/connectionestablishmentphase;Part1:Protocolspecification[ITU-TRecommendationQ.2962(1996),modified]".[11]ITU-TRecommendationQ.2961.3:"DigitalSubscriberSignallingSystemNo.2-Additionaltrafficparameters:Signallingcapabilitiestosupporttrafficparametersfortheavailablebitrate(ABR)ATMtransfercapability".[12]ITU-TRecommendationQ.2961.5:"DigitalsubscribersignallingsystemNo.2-Additionaltrafficparameters:Additionaltrafficparametersforcelldelayvariationtoleranceindication".[13]ETSIEN301005-4(V1.1.2):"VInterfacesattheDigitalServiceNode(SN);InterfacesattheVB5.1ReferencePointfortheSupportofBroadbandorCombinedNarrowbandandBroadbandAccessNetworks(ANs);Part4:AbstractTestSuite(ATS)andPartialProtocolImplementationeXtraInformationforTesting(PIXIT)ProformaSpecification".[14]ETSIEN301068:"BroadbandIntegratedServicesDigitalNetwork(B-ISDN);DigitalSubscriberSignallingSystemNo.Two(DSS2)Protocol;ConnectionCharacteristics;ATMTransferCapabilityandTrafficParameterIndication".3Definitionsandabbreviations3.1DefinitionsForthepurposesofthepresentdocument,thefollowingtermsanddefinitionsapply:-termsdefinedinEN301217-1[3];-termsdefinedinISO/IEC9646-1[5]andinISO/IEC9646-2[6].Inparticular,thefollowingtermsdefinedinISO/IEC9646-1[5]apply:AbstractTestSuite(ATS)ImplementationUnderTest(IUT)PointofControlandObservation(PCO)SystemUnderTest(SUT)ProtocolImplementationConformanceStatement(PICS)3.2AbbreviationsForthepurposesofthepresentdocument,thefollowingabbreviationsapply:AALATMAdaptationLayerAAL-SAPAAL-ServiceAccessPointANAccessNetworkATMAsynchronousTransferModeBBCCBroadbandBearerConnectionControlB-ISDNBroadbandISDNB-ISUPBroadbandISDNSignallingUserPartB-UNIBroadbandUNIBABasic(rate)AccessCPECustomerPremisesEquipmentCPNCustomerPremisesNetworkETEquipmentTerminalFSMFiniteStateMachineIDIdentitySIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)9IEInformationElementINIInter-NetworkInterfaceISDNIntegratedServicesDigitalNetworkLANLocalAreaNetworkLELocalExchangeLMELayerManagementEntityLMILocalManagementInterfaceLSPLogicalServicePortLUPLogicalUserPortMIBManagementInformationBaseMSCMessageSequenceChartN-ISDNNarrowbandISDNNNINetwork-to-NetworkInterfaceOAMOperationsAdministrationandMaintenancePDHPlesiochronousDigitalHierarchyPDUProtocolDataUnitsPSPPhysicalServicePortPSTNPublicSwitchedTelephoneNetworkPUPPhysicalUserPortQ3"Q"managementinterfacereferencepointasITU-TRecommendationM.3010[7]RTMCRealTimeManagementCo-ordinationSAALSignallingATMAdaptationLayerSAPServiceAccessPointSARSegmentationandReassemblySDHSynchronousDigitalHierarchySDLSpecificationandDescriptionLanguageSDUServiceDataUnitsSNServiceNodeSNIServiceNodeInterfaceSPServicePortSPSSignallingProtocolsandSwitchingSSCFServiceSpecificCo-ordinationFunctionSSCOPServiceSpecificConnectionOrientedProtocolTCTechnicalCommitteesTETerminalEquipmentTMNTelecommunicationManagementNetworkTPTransmissionPathUNIUser-NetworkInterfaceVBBroadband"V"referencepointVCVirtualChannel(ATM)VCCVCConnectionVCCTVCCTerminationVCEVirtualChannelEntityVCIVCIdentifierVCLVCLinkVCMEVCMultiplexEntityVPVirtualPathVPCVPConnectionVPCIVPConnectionIdentifierVPCTVPCTerminationVPEVPEntityVPIVPIdentifierVPLVPLinkVPMEVPMultiplexEntityVUPVirtualUserPortSIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)104TestSuiteStructureFigure1showsthestructureoftheV5.2BBCCtestsuitewhentheANistheIUT.Figure2showsthestructureoftheV5.2BBCCtestsuitewhentheSNistheIUT.ThefirstlevelisstructuredaccordingtotheBBCCprocedures.Thesecondlevelisstructuredaccordingtotestcategory.Themeaningofthecodesinthetreeisgiveninsubclause5.2.SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)11VB5_BBCCANSTCABVCEBITIBVCRBIBVCMBITIBVBEBITIBVBRBIBVHKTICEHBIFigure1:VB5BBCCANTSSSIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)12VB5_BBCCSNSTCABVCETIBVCRTIBVCMTIBVBETIBVBRTIBVHKTICEHBIFigure2:VB5BBCCSNTSSSIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)13Invalidbehaviourofthetestercomprises:referencetounknownresources,unknownmessagetype,anderrorsincommonmessagefields(protocoldiscriminator,transactionidentifier,messagelength).BBCCtimertestsandinopportunebehaviourtestsarerelatedtoanumberofspecificBBCCproceduresandthetestsuitehasbeenstructuredaccordingly.NOTE:Toleranceintervalfortimertest.Testsoftimersrelatedtocorrectionoftransmissionerrorsincommunicationwithpeernetworkelement(seeEN301217-1[3]subclause13.6.1.5.3)haveasessentialpurposetocheckthatthetimerfunctionandtheretransmissionfunctionareimplemented.Inthetestsuite,acalibrationofeachtimerisalsoperformed,i.e.alowertimelimitandanuppertimelimitaresetaroundthenominaltimervalueforthereceptionoftheretransmittedmessages.ThePASSverdictisgrantedifreceptionisobservedbetweenthesetwolimits.Theselimitsarechosenbytheimplementer.Thetimeintervaldefinedbytheselimitswillbecalledhereafterthe"toleranceinterval".5TestPurposesdescriptionandnaming5.1MethodusedforthedescriptionoftheTPsEachTPisdescribedusingtextualinformationpresentedinatable.ThistableisfollowedbyanMSCrepresentingthetestscenario.5.1.1TextformatofTPThetabledescribingeachTPisasfollows.TP-Nameisauniqueidentifier,createdaccordingtotheTPnamingconventions(alsothenameofthecorrespondingtestcase)ReferencetotheparagraphnumberofspecificationEN301217-1[3]statingtheconformancerequirementPurposePurposeofthetestperformedagainstarequirementoftheprotocolTestdescriptionInformationonthetestbody,describingactionsandparametersPasscriteriaVisibleactiontobeobservedatPCOtodeclarethattheIUTpassesthetestandconformstothespecificationsSelection"None"orexpressionbasedonEN301217-2[4]PICSandPIXITstatements,usedtoselectordeselectthecorrespondingtestcaseaccordingtotheoptionsoftheimplementation(note)Preamble"None"ornameofthepreambleprocedurebringingtheIUTfromidlestatetothestaterequiredtorunthetestPostamble"None"ornameofthepostambletobringtheIUTbacktoidlestateAdditionaltestingAdditionalinformation,presentinspecification,forpossibleinformaltestingbeyondBBCCprotocol(forinstance,iftesteriscapableofobservation/actionviaadditionalinterfacelikeQ3orsignallinginterfaces)NOTE:Forsometests,anexpressionbasedonPIXITparameterswithbinaryyes/novaluemaybeused.ThismayhappenifthetestcaseshallonlybeselectedwhenaspecificreactionoftheANVB5.2applicationfunctioncanbeexpected(e.g.rejectionofanALLOCrequestwithcause"ATMtransfercapabilitynotsupported").ThismaybeobtainedbysuitablesettingsintheSystemUnderTestcombinedwithsuitableassignmentofPIXITparametervaluesinthemessagessentbythetester.Theexactsettingissystemdependentandoutsidethescopeofthepresentdocument.5.1.2MSCassociatedtothetextofTPForillustrationpurposesaMSCingraphicalformfollowsselectedTPtabulateddescriptions.TheMSCisproducedbyexercisingtheSDLmodel,wheneverpossible.Iftheprocedureisnotmodelled,thenthecorrespondingMSCisdrawnmanually.ThecolumnsidentifiedintheMSCrepresent,fromlefttoright,thetester,theIUT(i.e.theANorSNSystem),andtheVB5.2environmentfunctions.AsanMSCisfocusingonthebodyofthetest,thepreambleisrepresentedbyasingleboxintheMSC.SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)14ThefollowingarrowsrepresenttheexchangeofPDUofBBCCprotocolattheVB5.2interface,whichcorrespondstoPCOnamedVB5inthetestsuite.Whenneeded,astimulustoinitiatetheexecutionofaBBCCprocedureisalsodepicted.5.1.3ParametersshowninTPForclaritysake,onlytheparametersmostrelevanttothetestpurposeareshowninthediagram.InadditionandoncertaintestcasesandPDUs,likeRESET_COMPLETE_LSPorBBCC_PRESYNC,theLSPconnectionidentifierisnotshown.ThevaluesoftheseparametersareeitherimposedbythetestbecausetheyarespecifiedbytheBBCCprotocol,ortheyareinformativebecausetheypertaintotheVB5.2applicationfunctions.Inthiscasetheycanbechosenarbitrarilyinrangescompatiblewiththespecifications.Thelistofparameters,forwhichavalueistobeassignedbeforetheexecutionofatestsuite,isincludedinthePIXITproformaoftheBBCCprotocol.AnnexAofthepresentdocumentcontainsacopyofthisPIXITproformaparametertable.Forillustrationpurposes,thisproformatablehasbeencompletedwiththeparametervaluesusedintheMSCsexamplesofthepresentdocument.Allrepresentedparametersaredefinedusingthecorrectformat,usuallyhexadecimal,exceptforthefollowingwhichappearindecimalvalue:-transIdVal;-connRefNoVal;-connRefNos;-branchIdVal;-branchIds;-rejCauseOctet;-protErrCause.5.1.4StimulifortheIUTTheenvironmentoftheANortheSNisusingastimulustoinitiatetheexecutionofaBBCCprocedure.ThesestimuliappearasspecialsignalsintheMSCsassociatedwitheachTestPurpose.Thesesignalsaredescribedheretogetherwiththeirassociatedparameters:-AN_Faulty()generatesAN_FAULT;-SN_ConnEst(connRefNoVal,branchId)generatesALLOCandALLOC_COMP;-SN_Dealloc(connRefNoVal)generatesDEALLOC;-SN_Modify(connRefNoVal)generatesMODIFY;-SN_ModifyComp(connRefNoVal)generatesMODIFY_COMP;-SN_ModifyAbort(connRefNoVal)generatesMODIFY_COMP;-SN_AddBranch(connRefNoVal,branchId)generatesADD_BRANCH;-SN_UpdateBranch(connRefNoVal,branchId)generatesUPDATE_BRANCH;-SN_DropBranch(connRefNoVal,branchId)generatesDROP_BRANCH;-SN_ResetgeneratesBBCC_RESET;-SN_PresyncgeneratesBBCC_PRESYNC.SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)155.2TestpurposenamingconventionTheidentifieroftheTPisbuiltaccordingtothefollowingscheme.Table1:TPidentifiernamingconventionschemeIdentifier:VB5_____VB5VB5.2referencepointspecificationBBCCprotocolatinterfaceVB5.2AN:BBCCSystemintheAccessNetworkistheIUTSN:BBCCSystemintheServiceNodeistheIUT=procedureidentifierlike:STStartUpCEConnectionEstablishmentCRConnectionReleaseCMConnectionModifyBEBranchEstablishmentBRBranchReleaseHKHouseKeeping(Reset,Fault)CEHCommonErrorHandling=testcategory:CACapabilitytestsBVValidBehaviourtestsBIInvalidBehaviourtestsTITimertests=sequentialnumber:(01-99)Exampleoftestpurposeandtestcasename:VB5_BBCC_AN_CM_BV_02.SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)165.3Preamblesandpostambles5.3.1PreambledescriptionsThepreamblesareusedtobringtheIUTfrompower-onstatetothecorrectstatewhereatestcantakeplace.TheydifferwhethertheIUTisanANoraSN.5.3.1.1ANistheIUTP_AN_start:startstheANconfiguration.AN_EnvironmentTesterAN_IUTMSC VB5_BBCC_P_AN_startBBCC_RESET_ACC({ transIdVal 1 })BBCC_RESET({ transIdVal 1 })Figure3SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)17P_AN_1ptp:startsANandallocatesonePoint-to-Pointconnection.TesterAN_IUTAN_EnvironmentMSC VB5_BBCC_P_AN_1ptpALLOC({ transIdVal 2, connRefNoVal 1, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A001’H }, srvcPortConnIdIE { vpci ’A081’H, vci ’A201’H } })BBCC_RESET({ transIdVal 1 })BBCC_RESET_ACC({ transIdVal 1 })ALLOC_ACC({ transIdVal 2 })ALLOC_COMP({ transIdVal 3, connRefNoVal 1 })ALLOC_COMP_ACC({ transIdVal 3 })Figure4SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)18P_AN_1ptm:startsANandallocatesonePointtoMultipointconnection,firstbranchonlyisestablished.TesterAN_IUTAN_EnvironmentMSC VB5_BBCC_P_AN_1ptmALLOC({ transIdVal 2, connRefNoVal 257,
branchIdVal 4113, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE,
usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A003’H }, srvcPortConnIdIE { vpci ’A083’H, vci ’A203’H }})BBCC_RESET_ACC({ transIdVal 1 })BBCC_RESET({ transIdVal 1 })ALLOC_ACC({ transIdVal 2 })ALLOC_COMP({ transIdVal 3, connRefNoVal 257 })ALLOC_COMP_ACC({ transIdVal 3 })Figure5SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)19P_AN_1ptmTwoB:startsANandallocatesPointtoMultipointPtM1connection,PtM1connectionhastwobranches.TesterAN_IUTAN_EnvironmentMSC VB5_BBCC_P_AN_1ptmTwoBALLOC({ transIdVal 2, connRefNoVal 257, branchIdVal 4113, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A003’H, vci ’A103’H }, srvcPortConnIdIE { vpci ’A083’H, vci ’A203’H } })ADD_BRANCH({ transIdVal 4, connRefNoVal 257, branchIdVal 4114, usrPortConnIdIE { lgclUsrPortId ’A00102’H, vpci ’A004’H, vci ’A104’H } })ALLOC_COMP({ transIdVal 3, connRefNoVal 257 })ALLOC_COMP_ACC({ transIdVal 3 })BBCC_RESET({ transIdVal 1 })BBCC_RESET_ACC({ transIdVal 1 })ALLOC_ACC({ transIdVal 2 })ADD_BRANCH_ACC({ transIdVal 4 })Figure6SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)20P_AN_1ptmThreeB:startsANandallocatesPtM2PointtoMultipointconnection,PtM2connectionhasthreebranches.TesterAN_IUTAN_EnvironmentMSC VB5_BBCC_P_AN_1ptmThreeBBBCC_RESET({ transIdVal 1 })BBCC_RESET_ACC({ transIdVal 1 })ALLOC({ transIdVal 2, connRefNoVal 258, branchIdVal 4129, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A006’H, vci ’A106’H }, srvcPortConnIdIE { vpci ’A084’H, vci ’A204’H } })ALLOC_ACC({ transIdVal 2 })ALLOC_COMP({ transIdVal 3, connRefNoVal 258 })ALLOC_COMP_ACC({ transIdVal 3 })ADD_BRANCH({ transIdVal 4, connRefNoVal 258, branchIdVal 4130, usrPortConnIdIE { lgclUsrPortId ’A00102’H, vpci ’A007’H, vci ’A107’H } })ADD_BRANCH_ACC({ transIdVal 4 })ADD_BRANCH({ transIdVal 5, connRefNoVal 258, branchIdVal 4131, usrPortConnIdIE { lgclUsrPortId ’A00103’H, vpci ’A008’H, vci ’A108’H } })ADD_BRANCH_ACC({ transIdVal 5 })Figure7SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)21P_AN_2ptp:startsANandallocatestwoPoint-to-Pointconnections,PtP1andPtP2.TesterAN_IUTAN_EnvironmentMSC VB5_BBCC_P_AN_2ptpBBCC_RESET({ transIdVal 1 })BBCC_RESET_ACC({ transIdVal 1 })ALLOC({ transIdVal 2, connRefNoVal 1, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A001’H, vci ’A101’H }, srvcPortConnIdIE { vpci ’A081’H, vci ’A201’H } })ALLOC_ACC({ transIdVal 2 })ALLOC_COMP({ transIdVal 3, connRefNoVal 1 })ALLOC_COMP_ACC({ transIdVal 3 })ALLOC({ transIdVal 4, connRefNoVal 2, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00103’H, vpci ’A00B’H, vci ’A10B’H }, srvcPortConnIdIE { vpci ’A086’H, vci ’A206’H } })ALLOC_ACC({ transIdVal 4 })ALLOC_COMP({ transIdVal 5, connRefNoVal 2 })ALLOC_COMP_ACC({ transIdVal 5 })Figure8SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)22P_AN_2ptm:startsANandallocatestwoPointtoMultipointconnections,PtM1connectionhastwobranches,PtM2hasthreebranches.TesterAN_IUTAN_EnvironmentMSC VB5_BBCC_P_AN_2ptmBBCC_RESET({ transIdVal 1 })BBCC_RESET_ACC({ transIdVal 1 })ALLOC({ transIdVal 2, connRefNoVal 257, branchIdVal 4113,aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A003’H, vci ’A103’H }, srvcPortConnIdIE { vpci ’A083’H, vci ’A203’H } })ALLOC_ACC({ transIdVal 2 })ALLOC_COMP({ transIdVal 3, connRefNoVal 257 })ALLOC_COMP_ACC({ transIdVal 3 })ALLOC({ transIdVal 4, connRefNoVal 258, branchIdVal 4129, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A006’H, vci ’A106’H }, srvcPortConnIdIE { vpci ’A084’H, vci ’A204’H } })ALLOC_ACC({ transIdVal 4 })ALLOC_COMP({ transIdVal 5, connRefNoVal 258 })ALLOC_COMP_ACC({ transIdVal 5 })Figure9SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)23P_AN_1ptp1ptm:startsANandallocatesonePoint-to-PointPointtoMultipointconnections.TesterAN_IUTAN_EnvironmentMSC VB5_BBCC_P_AN_1ptp1ptmALLOC({ transIdVal 2, connRefNoVal 1, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A001’H, vci ’A101’H }, srvcPortConnIdIE { vpci ’A081’H, vci ’A201’H } })BBCC_RESET({ transIdVal 1 })BBCC_RESET_ACC({ transIdVal 1 })ALLOC_ACC({ transIdVal 2 })ALLOC_COMP({ transIdVal 3, connRefNoVal 1 })ALLOC_COMP_ACC({ transIdVal 3 })ALLOC({ transIdVal 4, connRefNoVal 257, branchIdVal 4113, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A003’H, vci ’A103’H }, srvcPortConnIdIE { vpci ’A083’H, vci ’A203’H } })ALLOC_ACC({ transIdVal 4 })ALLOC_COMP({ transIdVal 5, connRefNoVal 257 })ALLOC_COMP_ACC({ transIdVal 5 })Figure10SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)245.3.1.2SNistheIUTP_SN_start:startstheSNconfiguration.TesterSN_EnvironmentSN_IUTMSC VB5_BBCC_P_SN_startBBCC_RESET({ transIdVal 0 })SN_RestartBBCC_RESET_ACC({ transIdVal 0 })Figure11SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)25P_SN_1ptp:startsSNandallocatesonePoint-to-Pointconnection.SN_EnvironmentTesterSN_IUTMSC VB5_BBCC_P_SN_1ptpALLOC({ transIdVal 1, connRefNoVal 1,aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A001’H, vci ’A101’H }, srvcPortConnIdIE { vpci ’A081’H, vci ’A201’H } })ALLOC_COMP({ transIdVal 2, connRefNoVal 1 })SN_ConnEst(1, 0)SN_RestartALLOC_COMP_ACC({ transIdVal 2 })ALLOC_ACC({ transIdVal 1 })BBCC_RESET_ACC({ transIdVal 0 })BBCC_RESET({ transIdVal 0 })Figure12SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)26P_SN_1ptm:startsSNandallocatesonePointtoMultipointconnection,firstbranchonlyisestablished.TesterSN_EnvironmentSN_IUTMSC VB5_BBCC_P_SN_1ptmALLOC_COMP({ transIdVal 2, connRefNoVal 257 })ALLOC({ transIdVal 1, connRefNoVal 257, branchIdVal 4113, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A003’H, vci ’A103’H }, srvcPortConnIdIE { vpci ’A083’H, vci ’A203’H } })SN_ConnEst(257, 4113)BBCC_RESET_ACC({ transIdVal 0 })BBCC_RESET({ transIdVal 0 })SN_RestartALLOC_COMP_ACC({ transIdVal 2 })ALLOC_ACC({ transIdVal 1 })Figure13SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)27P_SN_1ptmTwoB:startsSNandallocatesPtM1PointtoMultipointconnection,PtM1connectionhastwobranches.SN_EnvironmentTesterSN_IUTMSC VB5_BBCC_P_SN_1ptmTwoBADD_BRANCH({ transIdVal 3, connRefNoVal 257, branchIdVal 4114, usrPortConnIdIE { lgclUsrPortId ’A00102’H, vpci ’A004’H, vci ’A104’H } })ALLOC_COMP{ transIdVal 2, connRefNoVal 257 })ALLOC_ACC({ transIdVal 1 })ALLOC({ transIdVal 1, connRefNoVal 257, branchIdVal 4113, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A003’H, vci ’A103’H }, srvcPortConnIdIE { vpci ’A083’H, vci ’A203’H } })SN_ConnEst(257, 4113)BBCC_RESET_ACC({ transIdVal 0 })BBCC_RESET({ transIdVal 0 })SN_RestartADD_BRANCH_ACC({ transIdVal 3 })SN_AddBranch(257, 4114)ALLOC_COMP_ACC({ transIdVal 2 })Figure14SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)28P_SN_1ptmThreeB:startsANandallocatesPtM2PointtoMultipointconnection,PtM2connectionhasthreebranches.SN_EnvironmentSN_IUTTesterMSC VB5_BBCC_P_SN_1ptmThreeBADD_BRANCH_ACC({ transIdVal 4 })ADD_BRANCH({ transIdVal 4, connRefNoVal 258, branchIdVal 4131, usrPortConnIdIE { lgclUsrPortId ’A00103’H, vpci ’A008’H, vci ’A108’H } })SN_AddBranch(258, 4131)ADD_BRANCH_ACC({ transIdVal 3 })ADD_BRANCH({ transIdVal 3, connRefNoVal 258, branchIdVal 4130, usrPortConnIdIE { lgclUsrPortId ’A00102’H, vpci ’A007’H, vci ’A107’H } })SN_AddBranch(258, 4130)ALLOC_COMP_ACC({ transIdVal 2 })ALLOC_COMP({ transIdVal 2, connRefNoVal 258 })ALLOC_ACC({ transIdVal 1 })ALLOC({ transIdVal 1, connRefNoVal 258, branchIdVal 4129, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A006’H, vci ’A106’H }, srvcPortConnIdIE { vpci ’A084’H, vci ’A204’H }})SN_ConnEst(258, 4129)BBCC_RESET_ACC({ transIdVal 0 })BBCC_RESET({ transIdVal 0 })SN_RestartFigure15SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)29P_SN_2ptp:startsANandallocatestwoPoint-to-Pointconnections.SN_EnvironmentSN_IUTTesterMSC VB5_BBCC_P_SN_2ptpALLOC_COMP_ACC({ transIdVal 4 })ALLOC_COMP({ transIdVal 4, connRefNoVal 2 })ALLOC_ACC({ transIdVal 3 })ALLOC({ transIdVal 3, connRefNoVal 2, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00103’H, vpci ’A00B’H, vci ’A10B’H }, srvcPortConnIdIE { vpci ’A086’H, vci ’A206’H } })SN_ConnEst(2, 0)ALLOC_COMP_ACC({ transIdVal 2 })ALLOC_COMP({ transIdVal 2, connRefNoVal 1 })ALLOC_ACC({ transIdVal 1 })ALLOC({ transIdVal 1, connRefNoVal 1, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A001’H, vci ’A101’H },srvcPortConnIdIE { vpci ’A081’H, vci ’A201’H } })SN_ConnEst(1, 0)BBCC_RESET_ACC({ transIdVal 0 })BBCC_RESET({ transIdVal 0 })SN_RestartFigure16SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)30P_SN_2ptm:startsANandallocatestwoPointtoMultipointconnections,PtM1connectionhastwobranches,PtM2hasthree.SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)31SN_EnvironmentSN_IUTTesterMSC VB5_BBCC_P_SN_2ptmALLOC_COMP_ACC({ transIdVal 4 })ALLOC_COMP({ transIdVal 4, connRefNoVal 258 })ALLOC_ACC({ transIdVal 3 })ALLOC({ transIdVal 3, connRefNoVal 258, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A006’H, vci ’A106’H }, srvcPortConnIdIE { vpci ’A084’H, vci ’A204’H } })SN_ConnEst(258, 4129)ALLOC_COMP_ACC({ transIdVal 2 })ALLOC_COMP({ transIdVal 2, connRefNoVal 257 })ALLOC_ACC({ transIdVal 1 })ALLOC({ transIdVal 1, connRefNoVal 257, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A003’H, vci ’A103’H }, srvcPortConnIdIE { vpci ’A083’H, vci ’A203’H } })SN_ConnEst(257, 4113)BBCC_RESET_ACC({ transIdVal 0 })BBCC_RESET({ transIdVal 0 })SN_RestartFigure17SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)32P_SN_1ptp1ptm:startsANandallocatesonePoint-to-PointPointtoMultipointconnections.SN_EnvironmentSN_IUTTesterMSC VB5_BBCC_P_SN_1ptp1ptmALLOC_COMP_ACC({ transIdVal 4 })ALLOC_COMP({ transIdVal 4, connRefNoVal 257 })ALLOC_ACC({ transIdVal 3 })ALLOC({ transIdVal 3, connRefNoVal 257, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A003’H, vci ’A103’H }, srvcPortConnIdIE { vpci ’A083’H, vci ’A203’H } })SN_ConnEst(257, 4113)ALLOC_COMP_ACC({ transIdVal 2 })ALLOC_COMP({ transIdVal 2, connRefNoVal 1 })ALLOC_ACC({ transIdVal 1 })ALLOC({ transIdVal 1, connRefNoVal 1, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A001’H, vci ’A101’H }, srvcPortConnIdIE { vpci ’A081’H, vci ’A201’H } })SN_ConnEst(1, 0)BBCC_RESET_ACC({ transIdVal 0 })BBCC_RESET({ transIdVal 0 })SN_RestartFigure18SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)335.3.2PostambledescriptionsNopostambleisusedinthistestsuite.6TestPurposesdefinitions6.1ANistheIUT6.1.1Basiccapabilitytests(CA)ThistestverifiesthecapabilityoftheANtoexchangevalidmessageswiththetester.ItconsistsinstartinguptheANBBCC.StartUpprocedure(ST).VB5_BBCC_AN_ST_CA_01ReferenceEN301217-1[3]:13.6.4.5PurposeCheckstartupofBBCCTestdescriptionThetestersetsupthelayer2(SAALestablishment)thenitsendsaBBCC_RESETPDU(RESETcompleteLSP)PasscriteriaCheckthatthetesterisreceivingtheBBCC_RESET_ACCSelectionNonePreambleNonePostambleNoneAdditionaltestingTheANenvironmentreceivesmeeBBCCStartTrafficIndatSAALestablishment,thenceeBBCCResetIndAN_EnvironmentAN_IUTTesterMSC VB5_BBCC_AN_ST_CA_01BBCC_RESET_ACC({ transIdVal 20 })BBCC_RESET({ transIdVal 20 })Figure19SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)346.1.2ConnectionEstablishmentprocedure(CE)6.1.2.1PointtoPointConnectionEstablishmentprocedureAllocation.VB5_BBCC_AN_CE_BV_01ReferenceEN301217-1[3]:13.6.2.1.2PurposeCheckallocation(simplereservation)TestdescriptionThetesterissuesanALLOCPDUwithmandatoryparametersPasscriteriaCheckthatthetesterisreceivinganALLOC_ACCPDUwithinT_AlloctimeSelectionNonePreambleP_AN_startPostambleNoneAdditionaltestingceeAllocIndissenttoANenvironmentAN_EnvironmentTesterAN_IUTVB5_BBCC_P_AN_startMSC VB5_BBCC_AN_CE_BV_01ALLOC_ACC({ transIdVal 20 })ALLOC({ transIdVal 20, connRefNoVal 1, aTMTrfcDscrptrIE send, brdbndBcapIE, qoSParamsIE, usrPortConnIdIE { lgclUsrPortId ’A00101’H, vpci ’A001’H, vci ’A101’H }, srvcPortConnIdIE { vpci ’A081’H, vci ’A201’H } })Figure20SIST EN 301 217-3 V1.1.1:2003

ETSIETSIEN301217-3V1.1.1(2001-01)35BasedonprecedingtestpurposenumberedVB5_BBCC_AN_CE_BV_01,whichisusingasetofbasicmandatoryparameters(seeMSCfordetails),thefollowingadditionaltestpurposes,basedonvariationofALLOCPDUparameters,aredefined:B5_BBCC_AN_CE_BV_01aReferenceEN301217-1[3]:13.6.2.1.2PurposeCheckallocationwithALLOCPDUusingUserportconnectionidentifierdefinedwithVPCIonly,noVCISelectionNoneVB5_BBCC_AN_CE_BV_01bReferenceEN301217-1[3]:13.6.2.1.2PurposeCheckallocationwithALLOCPDUusingAlternateUserportVPCI2SelectionNoneVB5_BBCC_AN_CE_BV_01cReferenceEN301217-1[3]:13.6.2.1.2PurposeCheckallocationwithALLOCPDUusingAlternateServiceportVPCI1SelectionNoneVB5_BBCC_AN_CE_BV_01dReferenceEN301217-1[3]:13.6.2.1.2PurposeCheckallocationwithALLOCPDUusingABRsetupparameterSelectionA.63/1:ABRsupportVB5_BBCC_AN_CE_BV_01eReferenceEN301217-1[3]:13.6.2.1.2PurposeCheckallocationwithALLOCPDUusingCDVTdescriptorSelectionA.65/1:CDVTsupportVB5_BBCC_AN_CE_BV_01fReferenceEN301217-1[3]:13.6.2.1.2PurposeCheckallocationwithALLOCPDUusingEndtoendtransitdelaySelectionNoneVB5_BBCC_AN_CE_BV_01gReferenceEN301217-1[3]:13.6.2.1.2PurposeCheckallocationwithALLOCPDUusingAlternativeATMtrafficdescriptorSelectionA.54/11:ConnectioncharacteristicnegotiationprocedureduringconnectionestablishmentANDA.66/1:AlternativeATMtrafficdescriptorVB5_BBCC_AN_CE_BV_01hReferenceEN301217-1[3]:13.6.2.1.2PurposeCheckallocationwithALLOCPDUusingMinimumacceptableATMtrafficdescriptorSelectionA.54/11:Connectioncharacteristicnegotiationprocedureduringconnectionestablishment
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