Wan Connection

R2+ AttributesQualifierCardinalityContentlabelProducerConsumer
uuidM1String(Identifier)Identifier of Wan descriptor.SDCSDC/UUI/SDNC
nameO1StringHuman readable name.SDCSDC/UUI/SDNC
labelO1..NStringAdditional infomation for Wan Descriptor.SDCSDC/UUI/SDNC
_fcDIdO1..NStringReferences the end ports of FC.SDCSDC/UUI/SDNC
_fdDIdO1..NStringReferences the Fds.SDCSDC/UUI/SDNC
_linkDIdO1..NStringReferences the LinksSDCSDC/UUI/SDNC
_specificationDIdO1..NStringReferences the specifications.SDCSDC/UUI/SDNC

Forwarding Construct (FC)

R2+ AttributesQualifierCardinalityContentlabelProducerConsumer
uuidM1String(Identifier)Identifier of Fowarding ConstructSDCSDC/UUI/SDNC
nameO1StringHuman readable name for FCSDCSDC/UUI/SDNC
labelO1..NStringAdditional infomation for FC labelSDCSDC/UUI/SDNC
_fcPortDIdM2..NStringReferences the end ports of FC. Each end point is described by FC Port.SDCSDC/UUI/SDNC
_fcRouteDIdM0..NStringReferences the fc route which describes the routing relationships within FC.SDCSDC/UUI/SDNC
_supportedLinkM0..NStringAn FC that spans between LTPs that terminate the LayerProtocol usually supports one or more links in the client layer. SDCSDC/UUI/SDNC
_specificationDIdM0..NStringReferences the specify specificationSDCSDC/UUI/SDNC

FC Port

R2+ AttributesQualifierCardinalityContentlabelProducerConsumer
uuidM1String(Identifier)Identifier of Fowarding Construct PointSDCSDC/UUI/SDNC
nameO1StringHuman readable name for FC PortSDCSDC/UUI/SDNC
labelO1..NStringAdditional infomation for FC Port labelSDCSDC/UUI/SDNC
addressO0..NStringOne or more labels of the location. Such as Ip address or mac address or geo address. SDCSDC/UUI/SDNC
roleO1StringEach FcPort of the FC has an assigned role (e.g., working, protection, protected, symmetric, hub, spoke, leaf, root) in the context of the FC with respect to the FC function. SDCSDC/UUI/SDNC
fcPortDirectionO1String

The orientation of the defined flow at the FcPort.

SDCSDC/UUI/SDNC
_ltpDIdM0..2StringReferences the ltp. The FcPort may be associated with more than one LTP when the FcPort is bidirectional and the LTPs are unidirectional.SDCSDC/UUI/SDNC
_specificationDIdM0..NStringReferences the specify specification.SDCSDC/UUI/SDNC

Forwarding Domain (FD)

R2+ AttributesQualifierCardinalityContentlabelProducerConsumer
uuidM1String(Identifier)Identifier of FDSDCSDC/UUI/SDNC
nameO1StringHuman readable name for FDSDCSDC/UUI/SDNC
labelO1..NStringAdditional infomation for FD labelSDCSDC/UUI/SDNC
addressO0..NStringOne or more labels of the location.SDCSDC/UUI/SDNC
_lowerLevelFdM0..NStringFD can be exposed as multiple lower level FDs.SDCSDC/UUI/SDNC
_ltpDIdM0..NStringAn instance of FD is associated with zero or more LTP objects. The LTPs that bound the FD provide capacity for forwarding. SDCSDC/UUI/SDNC
_specificationDIdM0..NStringReferences the specify specificationSDCSDC/UUI/SDNC

FC Route

R2+ AttributesQualifierCardinalityContentlabelProducerConsumer
uuidM1String(Identifier)Identifier of FC RouteSDCSDC/UUI/SDNC
nameO1StringHuman readable name for FC RouteSDCSDC/UUI/SDNC
labelO1..NStringAdditional infomation for FC Route labelSDCSDC/UUI/SDNC
_fcDIdM0..NStringReferences the lower level FCs which are internal construction of an FC. Lower level FC could belong to different domain.SDCSDC/UUI/SDNC
_linkM0..NStringReferences the link which adjacency between two or more FD.SDCSDC/UUI/SDNC
_specificationDIdM0..NStringReferences the specify specificationSDCSDC/UUI/SDNC

Logical Termination Point (LTP)

R2+ AttributesQualifierCardinalityContentlabelProducerConsumer
uuidM1String(Identifier)Identifier of LTPSDCSDC/UUI/SDNC
nameO1StringHuman readable name for LTPSDCSDC/UUI/SDNC
labelO1..NStringAdditional infomation for LTP labelSDCSDC/UUI/SDNC
physicalPortReferenceO1StringThe associated physical interfaceSDCSDC/UUI/SDNC
ltpDirectionO1StringThe overall directionality of the LTP.SDCSDC/UUI/SDNC
_serverLtpDIdO0..NStringReferences contained LTPs representing servers of this LTP in an inverse multiplexing specification.SDCSDC/UUI/SDNC
_clientLtpDIdO0..NStringReferences contained LTPs representing client traffic of this LTP for normal cases of multiplexing.SDCSDC/UUI/SDNC
_specificationDIdM0..NStringReferences the specify specificationSDCSDC/UUI/SDNC
R2+ AttributesQualifierCardinalityContentlabelProducerConsumer
uuidM1String(Identifier)Identifier of LinkSDCSDC/UUI/SDNC
nameO1StringHuman readable name for LinkSDCSDC/UUI/SDNC
labelO1..NStringAdditional infomation for Link labelSDCSDC/UUI/SDNC
_fcDidM0..1StringReferences FC which support the linkSDCSDC/UUI/SDNC
_linkPortDIdM2..NStringThe association of the Link to LTPs is made via LinkPort.SDCSDC/UUI/SDNC
_specificationDIdM0..NStringReferences the specify specificationSDCSDC/UUI/SDNC


LinkPort

R2+ AttributesQualifierCardinalityContentlabelProducerConsumer
uuidM1String(Identifier)Identifier of LinkPortSDCSDC/UUI/SDNC
nameO1StringHuman readable name for LinkPortSDCSDC/UUI/SDNC
labelO1..NStringAdditional infomation for LinkPort labelSDCSDC/UUI/SDNC
roleM1String

Each LinkPort of the Link has a role (e.g., symmetric, hub, spoke, leaf, root) in the context of the Link with respect to the Link capability.

SDCSDC/UUI/SDNC
_ltpDIdM0..2StringReferences ltp. The LinkPort may be associated with more than one LTP when the LinkPort is bidirectional and the LTPs are unidirectional.SDCSDC/UUI/SDNC
_specificationDIdM0..NStringReferences the specify specificationSDCSDC/UUI/SDNC

Specification Base

R2+ AttributesQualifierCardinalityContentlabelProducerConsumer
uuidM1String(Identifier)Identifier of specificationSDCSDC/UUI/SDNC
nameO1StringHuman readable name for specificationSDCSDC/UUI/SDNC
labelO1..NStringAdditional infomation for specification labelSDCSDC/UUI/SDNC
parasM0..NStringSpecify parameters of the specificationSDCSDC/UUI/SDNC
deployOrderO1integerDeploy order of the specification, smaller number means deploy firstSDCSDC/UUI/SDNC
_subspecificationDIdM0..NStringReferences the sub specificationSDCSDC/UUI/SDNC

Class Explain:

Wan Connection IM proposal


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5 Comments

  1. Hello Maopeng,

    Are you aware of ETSI GR NFV-IFA022 document defining the Use cases and Info Models for Multi-site WAN -based connectivity services?

    Andrei

    1. Hi Andrei,

           ETSI GR NFV-IFA22 presents multiple use cases about WAN, and I believe ONF CIM could cover all of them. According ETSI GR NFV-IFA22 

      6.4.5.3.2, new information elements are needed to specify the detail connectivity information on the WAN, and according NFV-IFA024, ONF CIM might be a good choice to fill the gap. So the proposal on this page is based on ONF CIM.

  2. Where can I find the class diagram with these classes in it? Also, where does this model come from? You have many concepts that are in the ONF Core model, though you define them differently.

  3. Hello Jessie,

      Class diagram is in Wan Connection IM proposal

  4. Regarding requested "call for comments", I repeat that this is not a "service" model and is a "resource" model, as confirmed by Nigel. It belongs in the RM project.