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5.3.7.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/COUNTSIG/2 Normative source: [1]- Clause 5.2.7 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: The xades:CounterSignature element contains a ds:Reference referencing the ds:SignatureValue of the countersigned signature. Prescript...
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5.3.8 Testing xades:AllDataObjectsTimeStamp element
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5.3.8.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/ADOTST/1 Normative source: [1] – Clause 5.2.8.1 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: xades:AllDataObjectsTimeStamp does not contain any xades:Include child element. Prescription level: mandatory Tag: XAdES baseline and...
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5.3.9 Testing xades:IndividualDataObjectsTimeStamp element
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5.3.9.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/IDOTST/1 Normative source: [1] – Clause 5.2.8.2 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: The xades:IndividualDataObjectsTimeStamp qualifying property contains one or more xades:Include children element. Prescription level:...
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5.3.10 Testing xades:SignaturePolicyIdentifier element
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5.3.10.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/SIGPOLID/1 Normative source: [1] – Clause 5.2.9 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: The xades:SigPolicyHash element contains the hash value of the object obtained after processing xades:SigPolicyId and ds:Transforms e...
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5.3.10.2 Testing xades:SPURI signature policy qualifier
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5.3.10.2.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/SIGPOLID/SPURI/1 Normative source: [1] – Clause 5.2.9.2 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: The place referenced by its value contains the signature policy document. Prescription level: mandatory Tag: XAdES baseline a...
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5.3.10.3 Testing xadesv141:SPDocSpecification signature policy qualifier
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5.3.10.3.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/SIGPOLID/SPDOCSPEC/1 Normative source: [1] – Clause 5.2.9.2 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Prerequisite: The technical specification is identified using an OID. Predicate: The xades:Identifier child contains a URN encoding ...
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5.3.11 Testing xadesv141:SignaturePolicyStore
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5.3.11.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/SIGPOLST/1 Normative source: [1]- Clause 6.3, [2] Clauses 4.3, A.1, and A.2 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Prerequisite: The XAdES signature does not incorporate the xades:SignaturePolicyIdentifier. Predicate: The XAdES sig...
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5.3.12 Testing xadesv141:CompleteCertificateRefsV2 element
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5.3.12.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/CCERTREFSV2/1 Normative source: [1]- Clause A.1.1 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: The xadesv141:CompleteCertificateRefsV2 property does not contain a reference of the signing certificate. Prescription level: manda...
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5.3.12.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/CCERTREFSV2/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Predicate: The xadesv141:CompleteCertificateRefsV2 property is not present in the signature. Prescription level: preferred Tag: XAdES baseline signatur...
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5.3.13 Testing xadesv141:AttributeCertificateRefsV2 element
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5.3.13.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/ATTCERTREFSV2/1 Normative source: [1]- Clause A.1.3 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: The xadesv141:AttributeCertificateRefsV2 property does not contain references present within xadesv141:CompleteCertificateRefsV2 ...
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5.3.13.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/ATTCERTREFSV2/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Predicate: The xadesv141:AttributeCertificateRefsV2 property is not present in the signature. Prescription level: preferred Tag: XAdES baseline signa...
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5.3.14 Testing xades:CompleteRevocationRefs element
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5.3.14.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/CREVREFS/1 Normative source: [1]- Clause A.1.2 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: The xades:CompleteRevocationRefs contains a reference to a revocation value for the signing certificate. Prescription level: mandatory...
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5.3.14.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/CREVREFS/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Predicate: The xades:CompleteRevocationRefs property is not present in the signature. Prescription level: preferred Tag: XAdES baseline signatures TA id: ...
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5.3.15 Testing xades:AttributeRevocationRefs element
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5.3.15.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/ATTREVREFS/1 Normative source: [1]- Clause A.1.4 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Prerequisite: All or some of the references to revocation values for the signing certificate(s) of the attribute certificate(s) and signed asse...
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5.3.15.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/ATTREVREFS/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Predicate: The xades:AttributeRevocationRefs property is not present in the signature. Prescription level: preferred Tag: XAdES baseline signatures TA i...
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5.3.16 Testing xadesv141:SigAndRefsTimeStampV2 element
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5.3.16.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/SIGREFSTSTV2/1 Normative source: [1] – Clause A.1.5.1 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Prerequisite: The xadesv141:SigAndRefsTimeStampV2 element does not contain any xades:Include child element. Predicate: The message imprint...
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5.3.16.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/SIGREFSTSTV2/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Predicate: The xades:SigAndRefsTimeStampV2 property is not present in XAdES-B-B signatures. Prescription level: preferred Tag: XAdES baseline signatur...
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5.3.17 Testing xadesv141:RefsOnlyTimeStampV2 element
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5.3.17.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/REFSONTSTV2/1 Normative source: [1] – Clause A.1.5.2 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Prerequisite: The xadesv141:RefsOnlyTimeStampV2 qualifying property does not contain any xades:Include child element. Predicate: The messag...
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5.3.17.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/REFSONTSTV2/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Predicate: The xadesv141:RefsOnlyTimeStampV2 property is not present in XAdES-B-B signatures. Prescription level: preferred Tag: XAdES baseline signatu...
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6.1 General requirements
For testing conformance to B-T level of XAdES baseline signatures, the following test assertions shall apply: 1) The test assertions defined in clause 6; and 2) the test assertions defined in clauses 5.2 and 5.3 unless stated otherwise. According ETSI EN 319 132-1 [1], XAdES-B-T signatures should not incorporate the fo...
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6.2 Testing xades:SignatureTimeStamp element
6.2.1 Test assertions common to XAdES baseline and extended signatures TA id: XADES_BB/SIGTST/1 Normative source: [1] – Clause 5.3 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: The message imprint computation input of the time-stamp token enca...
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6.2.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/SIGTST/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Predicate: The xades:SignatureTimeStamp property is present in the signature. Prescription level: mandatory Tag: XAdES baseline signatures TA id: XADES_BS/S...
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7.1 General requirements
7.1.1 Core requirements For testing conformance to B-LT level of XAdES baseline signatures, the following test assertions shall apply: 1) the test assertions defined in clause 7; and 2) the test assertions defined in clauses 5.2, 5.3 and 6.2 unless stated otherwise. 7.1.2 Test assertions for testing properties containi...
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7.1.3 Test assertions for testing properties from upper levels
According ETSI EN 319 132-1 [1], XAdES-B-LT signatures should not incorporate the following qualifying properties: xadesv141:ArchiveTimeStamp, and xadesv141:RenewedDigests. If any of the aforementioned qualifying properties is incorporated into a XAdES-B-LT signature, it shall be tested as indicated in clause 5.1. ETSI...
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7.2 Testing xades:CertificateValues element
7.2.1 Test assertions common to XAdES baseline and extended signatures TA id: XAdES_BB/CERTVALS/1 Normative source: [1] – Clause 5.4.1 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: Any xades:EncapsulatedX509Certificate child element contains t...
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7.2.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/CERTVALS/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Prerequisite: The rest of elements and properties of the signature miss some of the certificates listed in clause 5.4.1 of ETSI TS 319 132 Part 1[1] that ...
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7.3 Testing xades:RevocationValues element
7.3.1 Test assertions common to XAdES baseline and extended signatures TA id: XAdES_BB/REVVALS/1 Normative source: [1] – Clause 5.4.2 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: Each xades:EncapsulatedCRLValue child of xades:CRLValues child ...
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7.3.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/REVVALS/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Prerequisite: The rest of elements and properties of the signature miss some of the revocation values listed in clause 5.4.2 of ETSI TS 319 132 Part 1[1] t...
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7.4 Testing xades:AttrAuthoritiesCertValues element
7.4.1 Test assertions common to XAdES baseline and extended signatures TA id: XAdES_BB/ATTCERTVALS/1 Normative source: [1] – Clause 5.4.3 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: Any xades:EncapsulatedX509Certificate child element contain...
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7.4.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/ATTCERTVALS/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Prerequisite: The signature incorporates attribute certificate(s) and/or signed assertion(s) AND the rest of elements and properties miss some of the c...
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7.5 Testing xades:AttributeRevocationValues element
7.5.1 Test assertions common to XAdES baseline and extended signatures TA id: XAdES_BB/ATTREVVALS/1 Normative source: [1] – Clause 5.4.4 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: Each xades:EncapsulatedCRLValue child of CRLValues child con...
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7.5.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/ATTREVVALS/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Prerequisite: The signature incorporates attribute certificate(s) and/or signed assertion(s) AND the rest of elements and properties miss some of the re...
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7.6 Testing xadesv141:TimeStampValidationData element
7.6.1 Test assertions common to XAdES baseline and extended signatures TA id: XAdES_BB/TSTVALDAT/1 Normative source: [1] – Clause 5.5.1 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: Any xades:EncapsulatedX509Certificate descendant element of x...
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8.1 General requirements
For testing conformance to B-LTA level of XAdES baseline signatures, the following test assertions shall apply: 1) the test assertions defined in clause 8; and 2) the test assertions defined in clauses 5.2, 5.3, 6.2, 7.1.2, 7.2, 7.3, 7.4, 7.5 and 7.6 unless stated otherwise. ETSI ETSI TS 119 134-4 V1.1.1 (2016-06) 37
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8.2 Testing xadesv141:ArchiveTimeStamp element
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8.2.1 Common tests for distributed and not distributed cases
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8.2.1.1 Test assertions common to XAdES baseline and extended signatures
TA id: XADES_BB/ATSTV141/1 Normative source: [1] – Clause 5.5.2.2 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Prerequisite: The xadesv141:ArchiveTimeStamp qualifying property does not have any xades:Include child element. Predicate: The message imprint...
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8.2.1.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/ATST/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Predicate: The xadesv141:ArchiveTimeStamp property is present in XAdES-B-LTA signatures. Prescription level: mandatory Tag: XAdES baseline signatures TA id: X...
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8.3 Testing xadesv141:RenewedDigests element
8.3.1 Test assertions common to XAdES baseline and extended signatures TA id: XADES_BB/RENDIG/1 Normative source: [1] – Clause 5.5.3 Target: XAdES signature generator claiming conformance to XAdES signatures either as specified in [1] or in [2] Predicate: Any xadesv141:RecomputedDigestValue descendant contains the base...
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8.3.2 Test assertions specific to XAdES baseline signatures
TA id: XADES_BS/RENDIG/1 Normative source: [1] – Clause 6.3 Target: XAdES signature generator claiming conformance to XAdES baseline signatures as specified in [1] Predicate: The xadesv141:RenewedDigests property is present in the signature. Prescription level: permitted Tag: XAdES baseline signatures ETSI ETSI TS 119 ...
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1 Scope
The present document specifies Generic Interworking of the oneM2M System with external systems (e.g. Area Networks containing non-oneM2M devices) that can be described with ontologies that are compliant with oneM2M's Base Ontology, specified in ETSI TS 118 112 [3]. In oneM2M Release 2 the specification for Ontology bas...
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2 References
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2.1 Normative references
References are either specific (identified by date of publication and/or edition number or version number) or non-specific. For specific references, only the cited version applies. For non-specific references, the latest version of the referenced document (including any amendments) applies. Referenced documents which a...
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2.2 Informative references
References are either specific (identified by date of publication and/or edition number or version number) or non-specific. For specific references, only the cited version applies. For non-specific references, the latest version of the referenced document (including any amendments) applies. NOTE: While any hyperlinks i...
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3 Definitions of terms, symbols and abbreviations
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3.1 Terms
For the purposes of the present document, the terms given in ETSI TS 118 111 [1], ETSI TS 118 112 [3] and the following apply: abstract device: virtual Device (i.e. a set of oneM2M resources together with an IPE) that allows a communicating entity to communicate with an Interworked Device, using an Abstract Information...
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3.2 Symbols
Void.
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3.3 Abbreviations
For the purposes of the present document, the abbreviations given in ETSI TS 118 111 [1], ETSI TS 118 112 [3] and the following apply: IPE Interworking Proxy Application Entity NOTE: See ETSI TS 118 111 [1]. ETSI ETSI TS 118 130 V4.0.1 (2023-06) 8 oneM2M TS-0030 version 4.0.1 Release 4
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4 Conventions
The key words "Shall", "Shall not", "May", "Need not", "Should", "Should not" in the present document are to be interpreted as described in the oneM2M Drafting Rules [i.1]. 5 Introduction to Ontology based Interworking (informative)
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5.1 Basic concepts of Ontology based Interworking
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5.1.1 Ontology based Interworking vs. Specific interworking
oneM2M supports interworking with several specific non-oneM2M solutions. Examples are: LWM2M Interworking (ETSI TS 118 114 [6]) or OIC Interworking (ETSI TS 118 124 [7]). While these examples refer to specific technologies oneM2M also allows to specify only data models - e.g. in ETSI TS 118 123 [5] - which does not ass...
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5.2 Using Ontology based Interworking with Device Abstraction
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5.2.1 General description
As explained in clause 5.1 it is the task of an IPE to interact via the Area Network with the Interworked Devices and to provide oneM2M resources (Proxied Devices) to the communicating entities for communication with the Interworked Devices. However these Proxied Devices still exhibit the native data model - the Device...
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5.2.2 An example, involving ZigBee, HAIM and SAREF
Figure 2 illustrates this situation for a light switch. In the example the physical implementation is a ZigBee device implementing a ZigBee Service "On/Off Cluster". An IPE for ZigBee creates the interworking towards the ZigBee network. To enable abstraction, this device is abstracted as oneM2M device according to the ...
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5.3 Priciples of data flows
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5.3.1 Preconditions on the communicating entity
Data flows between a communicating entity and the IPE involve oneM2M resources - specialized <flexContainer>s and possibly <AE>s - that were created by the IPE for the purpose of that communication. NOTE 1: In this clause and in the subsequent clauses it is assumed that the communicating entity and the IPE uses the one...
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6.1 oneM2M resources for IPE communication
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6.1.1 General design principles
For Ontology based Interworking the oneM2M resource types <AE> and specializations of <flexContainer> are intended to hold data that can be used for data exchange with the IPE. For Ontology based Interworking a convention is needed how the IPE uses these resources to communicate with other oneM2M entities. This is desc...
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6.2 Specification of the IPE for Ontology based Interworking
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6.2.1 Initialization of the Ontology based Interworking IPE
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6.2.1.1 General functionality of a Ontology based Interworking IPE
Ontology based Interworking Interworking supports the interworking variant with full mapping of the semantic of the non-oneM2M data model to Mca as indicated in clause F.2 of ETSI TS 118 101 [2]. The non-oneM2M data model is described in the form of a oneM2M compliant ontology which is derived (as sub-classes and sub-p...
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6.2.1.2 Initialization sequence of a Ontology based Interworking IPE
After registration of the IPE's <AE> resource the IPE shall do the following: 1) The IPE shall retrieve the formal description of the ontology and parse it. 2) The IPE shall create a child-resource of its <AE> resource of type <container>, subsequently called 'XSD- storage' This <container>is will hold the XSDs that ar...
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6.2.2 Interworked Device and Service discovery
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6.2.2.1 General handling of Interworked Device discovery
If supported by the technology of the non-oneM2M solution the IPE shall continue to discover the devices in the non- oneM2M solution. If supported by the technology of the non-oneM2M solution the IPE shall continue to discover services that are provided by the devices in the non-oneM2M solution.
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6.2.2.2 Creation of resources for the Proxied Device
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6.2.2.2.1 General on the creation of resources for the Proxied Device by the IPE
For each discovered Interworked Device in the non-oneM2M solution the IPE shall: either: - create a <flexContainer>child-resource of the IPE's own <AE> to represent the non-oneM2M Interworked Device in the oneM2M System: ο‚§ this option should be chosen in most cases, in particular when the individual representations for...
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6.2.2.3 Creation of resources for sub-devices
A Device can consist of (i.e. be composed) of several (sub-) Devices. In the oneM2M Base OntologyBase Ontology the Object Property: consistsOf links a device class to a class of its sub-devices. For each sub-device of a discovered device in the non-oneM2M solution the IPE shall create a specialized <flexContainer> reso...
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6.2.2.4 Creation of resources for Services
For each service, that is supported by a device or sub-device the IPE shall create a specialized <flexContainer> resource, representing the service. The <flexContainer> shall be a child-resource of the Proxied Device representation (<AE> or <flexContainer> resource in case of an interworked Device, specialized <flexCon...
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6.2.2.5 Creation of resources for operations of a service of a device
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6.2.2.5.1 Introduction
An Operation is the means of a Service to communicate in a procedure-type manner. In general an operation is invoked by the communicating entity and can - but need not - have OperationInput parameters. As a result of the Operation result parameters can - but need not - be returned. An operation can also be invoked by t...
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6.2.2.5.2 Creation of resources for operation invocation
For each operation, that is supported by a service of a device the IPE shall create a specialized <flexContainer> resource, representing the operation. The <flexContainer> shall be a child-resource of the specialized <flexContainer> of the service. The IPE shall subscribe to all specialized <flexContainer> resources re...
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6.2.2.5.3 Creation of resources for returning operation results
For each operation, that can produce operation result parameters (i.e. its class:Operation is related via Object Property: hasOutput to some class:OperationOutput) the IPE shall create a specialized <flexContainer> resource, representing the result of the operation for a set of invocation parametes. The <flexContainer>...
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6.2.2.6 Subscription to the created resources
The IPE shall subscribe to all specialized <flexContainer> resources representing services, that it creates. In particular it shall subscribe to the <flexContainer> resources representing Services and <flexContainer> resources for the Operation invocation. The attribute notificationContentType of the <subscription> nee...
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6.2.3 Handling of DataPoints by the IPE
β€’ When the IPE receives a request by the interworked non-oneM2M device via the non-oneM2M reference point to write an OutputDataPoint belonging to a Service of the device the IPE shall: - de-serialize the received data; and - UPDATE the OutputDataPoint customAttribute of the <flexContainer> resource of the Service with...
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6.2.4 Handling of Operations by the IPE
When the IPE receives notification from the CSE about an UPDATE of the <flexContainer> resource of the operation the IPE shall perform the following actions: 1) If the operation has OperationInput data the IPE shall RETRIEVE the OperationInput data of the operation (contained in the customAttributes of the <flexContain...
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6.2.5 Removing of resources for Proxied Devices
β€’ When a Interworked Device in the non-oneM2M solution becomes unavailable the IPE shall delete the resource for its Proxied Device and all its child-resources. β€’ When the IPE detects that an Interworked Device stopped to support a Service (in case such detection is supported by the technology of the non-oneM2M solutio...
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7 Rules for creation of XSDs from ontologies
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7.1 General information
When the non-oneM2M data model is described in the form of a oneM2M compliant ontology which is derived (as sub- classes and sub-properties) from the oneM2M Base Ontology and is available in a formal description language (e.g. OWL) then the IPE can create XSDs for the resources needed by communicating entities to commu...
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7.2 XSD creation rules
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7.2.1 General rules
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7.2.1.1 General principle for creating XSDs
During initialization (clause 6.2.1) a Ontology based Interworking IPE creates XSD files for device types, service types and operation types, according to the class definitions (sub-classes of class:Device, class:Service, class:Operation) in the ontology. Each XSD file contains the definition of a single specialization...
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7.2.1.2 Parameters for XSD templates
In the subsequent clauses the following conventions for parameters to fill in XSD templates is used. The column "replacement rules" explains how the parameter is derived from the ontology. NOTE: This convention follows roughly conventions of ENTITY declarations for DTD. Each ENTITY that is to be replaced in the XSD sta...
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7.2.1.3 Data typing for Variables
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7.2.1.3.1 Information on datatypes contained in the ontology
All classes of the Base Ontology that describe data (i.e. InputDataPoint, OutputDataPoint, OperationInput, OperationOutput, ThingProperty are sub-classes of either the class:SimpleTypeVariable or the class StructuredTypeVariable. (This is due to the fact that class:Variable is the disjoint union of classes SimpleTypeVa...
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7.2.1.3.2 Construction of Simple Data Types
If class:Variable supports: β€’ data property: isDataList value FALSE β€’ data property: hasDataType value $SIMPLEDATATYPE$ then the XSD for the <flexContainer> that contains a customAttribute of that type (given by &TYPENAME;) needs to contain the typedefinition for that customAttribute. ETSI ETSI TS 118 130 V4.0.1 (2023-...
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7.2.1.3.3 List Data Types
If class:Variable supports: β€’ data property: isDataList value TRUE β€’ data property: hasDataType value $SIMPLEDATATYPE$ then the XSD for the <flexContainer> that contains a customAttribute of that type (given by &TYPENAME;) needs to contain the typedefinition for that customAttribute. ETSI ETSI TS 118 130 V4.0.1 (2023-0...
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7.2.1.3.4 Structured Data Types
If class:Variable supports: β€’ data property: isDataList value FALSE; β€’ object property: hasSubStructure with range class:&VARIABLENAME_1; β€’ object property: hasSubStructure with range class:&VARIABLENAME_2; β€’ … β€’ object property: hasSubStructure with range class:&VARIABLENAME_n; then the XSD for the <flexContainer> tha...
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7.2.2 XSD template for sub-classes of Base Ontology class: Device
This clause only applies for the case when an Interworked Device is represented as <flexContainer>. In case an Interworked Device is represented as <AE> the resource definition of the <AE> resource in ETSI TS 118 101 [2] applies. Specific XSD definition for class:Device to be substituted at the placeholder in the XSD s...