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The following output contains

  • R2 Clean with appropriate Classes changed to Datatypes
  • R3 Vnf and Vnfc Instance Classes
  • Discussed Classes and Attributes designated as Obsolete
  • Items not updated from R2 are designated as Preliminary
  • New Items designated as Experimental


 

1.1              Diagrams


 

1.1.1                                Vnfd - Topology View

                                                 

 

 

1.1.2                                 ONAP Vnfd View

   

 

 

1.1.3                                 Runtime Topology

   

 

1.1.4                                 VNF Datatypes

   

 

1.1.5                                 VNF Instance

   

 

 

1.1.6                                 Vnf Deployment Flavor

   

 

 

1.1.7                                 Vnf Element Group

   

 

 

 

 

1.2              Classes


 

1.2.1                                AffinityOrAntiAffinityGroup

The AffinityOrAntiAffinityGroup class describes the affinity or anti-affinity relationship.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

groupId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifies   an affinity or anti-affinity group to which the affinity or anti-affinity   rule applies.

 

 

type

RuleType

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   whether the rule is an affinity rule or an anti-affinity rule.

 

 

scope

RuleScope

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   the scope of the rule.

 

 

 

 

1.2.2                                BaseConfigGroup

Every Vnf contains a BaseConfigGroup.   BaseConfigGroup may set Access Control Lists (ACL's) and establish security groups and server groups. BaseConfigGroup reates/establishs storage for the VM's (OpenStack Cinder). BaseConfigGroup may establish internal networks such as OAM (VNF Mgmt) or MNS (Maintenance & Surveillance)   established.  A very simple VNF may only have a BaseConfig VnfElementGroup.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • Experimental
    • OpenModelClass

 

 

1.2.3                                Cpd

A Cpd information element describes network connectivity to a compute resource or a VL. This is an abstract class used as parent for the various Cpd classes.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

cpdId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifier   of this Cpd information element.

 

 

cpRole

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifies   the role of the port in the context of the traffic flow patterns in the VNF   or parent NS.  For example a VNF with a   tree flow pattern within the VNF will have legal cpRoles of ROOT and LEAF.

 

 

description

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Provides   human-readable information on the purpose of the CP (e.g. CP for control   plane traffic).

 

 

cpProtocol

CpProtocolData

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifies   the protocol layering information the CP uses for connectivity purposes and   associated information. There shall be one cpProtocol for each layer protocol   as indicated by the attribute layerProtocol.    Editor's note: the attribute "layerProtocol" still needs   further discussion and not included in this table.

 

 

trunkMode

Boolean

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Information   about whether the CP instantiated from this CPD is in Trunk mode (802.1Q or   other).

 

 

allowedAddressData

AddressData

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

For   specifying floating IP(s) to be shared among Cpds, which are reserved for   vnfReservedCpd described in the VNFD.

 

 

 

1.2.4                                DeploymentGroup

DeploymentGroup provides the minimum viable VDU and associated VNFC configuration for a useable VNF.  I can have a small, medium, large deployment configuration.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • Experimental
    • OpenModelClass

 

 

1.2.5                                HomingGroup

Homing selects what cloud selection strategy will be used.  HomingGroup is used to determine where VNF's within a given group are placed with respect to a service component.  Homing strategy is as follows: Colocation - members of the group share the same cloud region (VIM Domain) isolation - members of the group do not share the same cloud region.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • Experimental
    • OpenModelClass

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

homingStrategy

HomingStrategy

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

The   homing strategy can be one of the following:    Exclusivity - Resources within the cloud region are exclusive to the   group  Inclusively - Resources are   co-located in the same cloud-region. Diversity - Resources are geo-diverse (   cannot be co-located).

 

 

vnfdMembers

invalid

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

 

 

vnfdElementGroupId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Unique   identifier of this group in the VNFD.

 

 

description

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Human   readable description of the group.

 

 

_vdu

Vdu

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

References   to Vdus that are part of this group.

 

 

_vnfVirtualLinkdesc

VnfVirtualLinkDesc

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

References   to VnfVirtualLinkDesc that are part of this group.

 

 

 

1.2.6                                InstantiationLevel

The InstantiationLevel class describes a given level of resources to be instantiated within a DF in term of the number of VNFC instances to be created from each VDU. All the VDUs referenced in the level shall be part of the corresponding DF and their number shall be within the range (min/max) for this DF.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

levelId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Uniquely   identifies a level with the DF.

 

 

description

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Human   readable description of the level.

 

 

scaleInfo

ScaleInfo

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Represents   for each aspect the scale level that corresponds to this instantiation level.   scaleInfo shall be present if the VNF supports scaling.

 

 

_vduLevel

VduLevel

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Indicates   the number of instance of this VDU to deploy for this level.

 

 

virtualLinkBitRateLevel

VirtualLinkBitRateLevel

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   bitrate requirements applicable to virtual links created from particular   virtual link descriptors for this level.    NOTE: If not present, it is assumed that the bitrate requirements can   be derived from those specified in the VduCpd instances applicable to the   internal VL. If present in both the InstantiationLevel and the VduCpd   instances applicable to the internal VL, the highest value takes precedence.

 

 

 

 

1.2.7                                PlacementGroup

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • Experimental
    • OpenModelClass

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

placementStrategy

PlacementStrategy

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

 

 

strategScope

invalid

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

 

 

vnfdElementGroupId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Unique   identifier of this group in the VNFD.

 

 

description

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Human   readable description of the group.

 

 

_vdu

Vdu

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

References   to Vdus that are part of this group.

 

 

_vnfVirtualLinkdesc

VnfVirtualLinkDesc

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

References   to VnfVirtualLinkDesc that are part of this group.

 

 

 

 

 

 

 

1.2.8                                ScalingAspect

The ScalingAspect class describes the details of an aspect used for horizontal scaling.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • Experimental
    • OpenModelClass

 

 

1.2.9                                ScalingGroup

A ScalingGroup determines which VNFC's (VDU's) are scaled together based on demand.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • Experimental
    • OpenModelClass

 

 

1.2.10                            SwImageDesc

The SwImageDesc information element describes requested additional capability for a particular VDU. Such a capability may be for acceleration or specific tasks.   Storage not necessarily related to the compute, may be Network Attached Storage (NAS)  References: tosca-nfv-YAML-v1.0-wd05-rev02 ETSI GS NFV-IFA 011 V2.1.3

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

id

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   identifier of this software image.

 

 

name

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   name of this software image.

 

 

version

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   version of this software image.

 

 

checksum

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   checksum of the software image file.

 

 

containerFormat

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   container format describes the container file format in which software image   is provided.

 

 

diskFormat

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   disk format of a software image is the format of the underlying disk image.

 

 

minRam

Number

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   minimal RAM requirement for this software image. The value of the   "size" attribute of VirtualMemoryData of the Vdu referencing this   SwImageDesc shall not be smaller than the value of minRam.

 

 

minDisk

Number

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   minimal disk size requirement for this software image. The value of the   "size of storage" attribute of the VirtualStorageDesc referencing   this SwImageDesc shall not be smaller than the value of minDisk.

 

 

size

Number

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   size of the software image.

 

 

operatingSystem

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifies   the operating system used in the software image. This attribute may also   identify if a 32 bit or 64 bit software image is used.  support:

 

 

supportedVirtualisationEnvironment

String

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifies   the virtualisation environments (e.g. hypervisor) compatible with this   software image.

 

 

swImage

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   minimal disk size requirement for this software image. The value of the   "size of storage" attribute of the VirtualStorageDesc referencing   this SwImageDesc shall not be smaller than the value of minDisk.

 

 

 

1.2.11                            Vdu

The Virtualisation Deployment Unit (VDU) is a construct supporting the description of the deployment and operational behavior of a VNFC.   A VNFC instance created based on the VDU maps to a single virtualisation container (e.g. a VM).  A VNFC will only be in one VNFDesc.   If a vendor wants to use the VNFC in mupliple VNFDesc (their product) they can do so, but it will be 'repeated'.  References: tosca-nfv-YAML-v1.0-wd05-rev02 ETSI GS NFV-IFA 011 V2.1.3

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

vduId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Unique   identifier of this Vdu in VNFD.

 

 

name

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Human   readable name of the Vdu.

 

 

description

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Human   readable description of the Vdu.

 

 

bootOrder

KeyValuePair

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Boot   order of valid boot devices.  NOTE: If   no boot order is defined the default boot order defined in the VIM or NFVI   shall be used.

 

 

nfviConstraint

KeyValuePair

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   constraints on the NFVI for the VNFC instance(s) created from this Vdu. For   example, aspects of a secure hosting environment for the VNFC instance that   involve additional entities or processes.    NOTE: These are constraints other than stipulating that a VNFC   instance has access to a certain resource, as a prerequisite to   instantiation. The attributes virtualComputeDesc and virtualStorageDesc   define the resources required for instantiation of the VNFC instance.

 

 

monitoringParameter

MonitoringParameter

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Defines   the virtualised resources monitoring parameters on VDU level.

 

 

injectFiles

String

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   the information (e.g. URL) about the scripts, config drive metadata, etc.   which can be used during Vdu booting process.

 

 

configurableProperties

VnfcConfigurableProperties

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   the configurable properties of all VNFC instances based on this VDU.

 

 

_vduCpd

VduCpd

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   network connectivity between a VNFC instance (based on this Vdu) and an   Virtual Link (VL).

 

 

_virtualComputeDesc

VirtualComputeDesc

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   CPU, Memory and acceleration requirements of the Virtualisation Container   realising this Vdu.

 

 

_virtualStorageDesc

VirtualStorageDesc

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   storage requirements for a VirtualStorage instance attached to the   virtualisation container created from virtualComputeDesc defined for this Vdu.

 

 

_swImageDesc

SwImageDesc

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   the software image which is directly loaded on the virtualisation container   realising this Vdu.  NOTE: More   software images can be attached to the virtualisation container using   VirtualStorage resources.

 

 

 

1.2.12                            VduCpd

A VduCpd information element is a type of Cpd and describes network connectivity between a VNFC instance (based on this VDU) and an internal VL.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

bitrateRequirement

Number

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Bitrate   requirement on this CP.

 

 

vnicName

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   the name of the vNIC this CP attaches to, e.g. eth0. It will be configured   during the Vdu booting process.

 

 

vnicOrder

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   the order to create the vNIC within the scope of this Vdu.

 

 

vnicType

VnicType

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   the type of the vNIC this CP attaches to.

 

 

_virtualNetworkInterfaceRequirements

VirtualNetworkInterfaceRequirements

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   requirements on a virtual network interface realising the CPs instantiated   from this CPD.

 

 

cpdId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifier   of this Cpd information element.

 

 

cpRole

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifies   the role of the port in the context of the traffic flow patterns in the VNF   or parent NS.  For example a VNF with a   tree flow pattern within the VNF will have legal cpRoles of ROOT and LEAF.

 

 

description

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Provides   human-readable information on the purpose of the CP (e.g. CP for control   plane traffic).

 

 

cpProtocol

CpProtocolData

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifies   the protocol layering information the CP uses for connectivity purposes and   associated information. There shall be one cpProtocol for each layer protocol   as indicated by the attribute layerProtocol.    Editor's note: the attribute "layerProtocol" still needs   further discussion and not included in this table.

 

 

trunkMode

Boolean

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Information   about whether the CP instantiated from this CPD is in Trunk mode (802.1Q or   other).

 

 

allowedAddressData

AddressData

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

For   specifying floating IP(s) to be shared among Cpds, which are reserved for   vnfReservedCpd described in the VNFD.

 

 

 

1.2.13                            VduLevel

The VduLevel information element indicates for a given VDU in a given level the number of instances to deploy.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

vduId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Uniquely   identifies a VDU.

 

 

numberOfInstances

Integer

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Number   of instances of VNFC based on this VDU to deploy for an instantiation level   or for a scaling delta.

 

 

 

1.2.14                            VduProfile

The VduProfile describes additional instantiation data for a given VDU used in a DF.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

vdudId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Uniquely   identifies a VDU.

 

 

minNumberOfInstances

Integer

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Minimum   number of instances of the VNFC based on this VDU that is permitted to exist   for this flavour.

 

 

maxNumberOfInstances

Integer

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Maximum   number of instances of the VNFC based on this VDU that is permitted to exist   for this flavour.

 

 

localAffinityOrAntiAffinityRule

LocalAffinityOrAntiAffinityRule

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   affinity or anti-affinity rules applicable between the virtualisation   containers (e.g. virtual machines) to be created based on this VDU.

 

 

affinityOrAntiAffinityGroupId

Identifier

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifier(s)   of the affinity or anti-affinity group(s) the VDU belongs to.  NOTE: Each identifier references an   affinity or anti-affinity group which expresses affinity or anti-affinity   relationships between the virtualisation container(s) (e.g. virtual   machine(s)) to be created using this VDU and the virtualisation container(s)   (e.g. virtual machine(s)) to be created using other VDU(s) in the same group.

 

 

watchdog

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Watchdog   action to be triggered by the VIM for the VNF in case the heart beat fails,   e.g. reset or hard shutdown, etc.

 

 

vmBootUpTimeOut

Integer

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Timeout   value for the VNFM to wait before the successful booting up of the VDU.

 

 

 

1.2.15                            VirtualComputeDesc

The VirtualComputeDesc information element supports the specification of requirements related to virtual compute resources.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

virtualComputeDescId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Unique   identifier of this VirtualComputeDesc in the VNFD

 

 

logicalNode

LogicalNodeData

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   logical Node requirements.

 

 

requestAdditionalCapabilities

RequestedAdditionalCapabilityData

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

Specifies   requirements for additional capabilities. These may be for a range of   purposes. One example is acceleration related capabilities.

 

 

computeRequirements

KeyValuePair

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   compute requirements.

 

 

virtualMemory

VirtualMemoryData

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   virtual memory of the virtualised compute.

 

 

virtualCpu

VirtualCpuData

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   virtual CPU(s) of the virtualised compute.

 

 

 

1.2.16                            VirtualLinkDescFlavour

The VirtualLinkDescFlavour describes additional instantiation data for a given internal VL used in a DF.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

qos

QoS

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

QoS   of the VL.

 

 

flavourId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifies   a flavour within a VnfVirtualLinkDesc.

 

 

 

1.2.17                            VirtualLinkProfile

The VirtualLinkProfile describes additional instantiation data for a given VL used in a DF.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

localAffinityOrAntiAffinityRule

LocalAffinityOrAntiAffinityRule

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   affinity or anti-affinity rules applicable between the VLs based on this   VnfVirtualLinkDesc.  When the   cardinality is greater than 1, both affinity rule(s) and anti-affinity   rule(s) with different scopes are applicable to the VLs based on this VnfVirtualLinkDesc.

 

 

affinityOrAntiAffinityGroupId

Identifier

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifier(s)   of the affinity or anti-affinity group(s) the VnfVirtualLinkDesc belongs   to.  NOTE: Each identifier references   an affinity or anti-affinity group which expresses affinity or anti-affinity   relationship between the VL(s) using this VnfVirtualLinkDesc and the VL(s)   using other VnfVirtualLinkDesc(s) in the same group.

 

 

maxBitRateRequirements

LinkBitrateRequirements

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   the minimum bitrate requirements for a VL instantiated according to this   profile.

 

 

minBitRateRequirements

LinkBitrateRequirements

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   the minimum bitrate requirements for a VL instantiated according to this   profile.

 

 

initiationParameters

KeyValuePair

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   initiation parameters for the virtual link.

 

 

networkType

NetworkType

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Type   of the network

 

 

dhcpEnabled

Boolean

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Indicating   whether DHCP is enabled. Default is "FALSE" if not specified   otherwise.

 

 

vlanTransparent

Boolean

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Indicating   whether "VLAN Transparent Mode" is supported. Default is   "FALSE" if not specified otherwise.

 

 

_virtualLinkDescFlavour

VirtualLinkDescFlavour

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifies   a flavour within the VnfVirtualLinkDesc.

 

 

_virtualLinkDesc

VnfVirtualLinkDesc

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Uniquely   identifies a Vnf VLD.

 

 

 

1.2.18                            VirtualNetworkInterfaceRequirements

This class specifies requirements on a virtual network interface.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

name

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Provides   a human readable name for the requirement.

 

 

description

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Provides   a human readable description of the requirement.

 

 

supportMandatory

Boolean

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Indicates   whether fulfilling the constraint is mandatory (TRUE) for successful   operation or desirable (FALSE).

 

 

networkInterfaceRequirements

KeyValuePair

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   network interface requirements. An element from an array of key-value pairs   that articulate the network interface deployment requirements

 

 

nicIoRequirements

LogicalNodeData

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

This   references (couples) the CPD with any logical node I/O requirements (for   network devices) that may have been created. Linking these attributes is   necessary so that so that I/O requirements that need to be articulated at the   logical node level can be associated with the network interface requirements   associated with the CPD.

 

 

 

1.2.19                            VirtualStorageDesc

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

id

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Unique   identifier of this VirtualStorageDesc in the VNFD.

 

 

typeOfStorage

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Type   of virtualised storage resource  (e.g.   volume, object).

 

 

sizeOfStorage

Number

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Size   of virtualised storage resource  (e.g.   size of volume, in GB).

 

 

vduStorageRequirements

KeyValuePair

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

An   array of key-value pairs that articulate the storage deployment requirements.

 

 

rdmaEnabled

Boolean

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

Indicate   if the storage support RDMA.

 

 

swImageDesc

Identifier

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Software   image to be loaded on the VirtualStorage resource created based on this   VirtualStorageDesc.

 

 

 

1.2.20                            Vnf

An implementation of an NF that can be deployed on a Network Function Virtualisation Infrastructure (NFVI).

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

_vnfExtCp

VnfExtCp

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

External   CP of the VNF.

 

 

 

1.2.21                            Vnf

An implementation of an NF that can be deployed on a Network Function Virtualisation Infrastructure (NFVI).

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • Experimental
    • OpenModelClass

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

vnfInstanceId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

identifier   of the VNF instance

 

 

vnfInstanceName

String

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

name   of the VNF instance.  Multiple names   are possible.

 

 

vnfProductName

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

name   to identify the VNF Product, invariant for the VNF Product lifetime

 

 

description

invalid

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

description   of the VNF instance

 

 

vnfProvider

invalid

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

provider   of the VNF model

 

 

vnfdId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

identifier   of the VNF model

 

 

vnfdVersion

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

version   of the VNF model

 

 

vnfSoftwareVersion

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

Software   version of the VNF. This is changed when there is any change to the software   that is included in the VNF package

 

 

onboardedVnfPkgInfoId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

identifier   of the specific VNF package on which the VNF instance is based

 

 

availabilityZone

invalid

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

availability   zone information of the VNF instance

 

 

operationalStatus

OperationalStatus

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

indicator   for whether the resource is considered operational. Valid values are   in-service-path and out-of-service-path.

 

 

orchestrationStatus

OrchestrationStatus

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

whether   the VNF instance is instantiated

 

 

oamlpv4Address

invalid

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

oam   ip address, ipv4

 

 

oamlpv6Address

invalid

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

oam   ip address, ipv6

 

 

instantiatedVnfInfo

invalid

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

information   specific to an instantiated VNF instance, e.g., vm information

 

 

inMaint

Boolean

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

whether   the VNF instance is in maintenance mode, if yes, DCAE will not observe   alarms/traps, etc.

 

 

isClosedLoopDisabled

Boolean

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

whether   closed loop function is enabled

 

 

encryptedAccessFlag

Boolean

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

whether   this VNF is accessed using SSH

 

 

vnfConfigurableProperty

invalid

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

indicator   for whether autoHeal and autoScale is enabled

 

 

nfNamingCode

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

String   assigned to this model used for naming purpose.

 

 

vnfNamingPolicyId

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

Identifier   of the policy which has the naming logic for this VNF instance

 

 

vnfHomingPolicyId

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

Identifier   of the policy which provides homing conditions.

 

 

nfType

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

Generic   description of the type of network function

 

 

nfFunction

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

English   description of network function that the specific VNF deployment is   providing.

 

 

nfRole

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

Role   in the network this model will be providing

 

 

closedLoopStatus

ClosedLoopStatus

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

Whether   closed loop capabilities are enabled for this or not.

 

 

_nfc (vnfcinstance)

Vnfc

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

Relatonship   to the NF components that are part of this VNF.

 

 

_vnfd

Vnfd

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

Relationship   to the VNF descriptor

 

 

_vnfvirtuallink

VnfVirtualLink

0..*

OnapModelLifecycle


  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

Relationship   to VnfVirtualLink

 

 

 

1.2.22                            VnfDf

The VnfDf describes a specific deployment version of a VNF.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

flavorId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifier   of this DF within the VNFD.

 

 

description

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Human   readable description of the DF.

 

 

_virtuaLlinkProfile

VirtualLinkProfile

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Defines   the internal VLD along with additional data which is used in this DF.  NOTE 1: This allows for different VNF   internal topologies between DFs.  NOTE   2: virtualLinkProfile needs to be provided for all VLs that the CPs of the   VDUs in the VDU profiles connect to.

 

 

_instantiationLevel

InstantiationLevel

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   the various levels of resources that can be used to instantiate the VNF using   this flavour.  Examples: Small, Medium,   Large.  If there is only one   "instantiationLevel" entry, it shall be treated as the default   instantiation level for this DF.

 

 

_affinityOrAntiAffinityGroup

AffinityOrAntiAffinityGroup

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   affinity or anti-affinity relationship applicable between the virtualisation   containers (e.g. virtual machines) to be created using different VDUs or   internal VLs to be created using different VnfVirtualLinkDesc(s) in the same   affinity or anti-affinity group.  NOTE:   In the present specification, including either VDU(s) or   VnfVirtualLinkDesc(s) into the same affinity or anti-affinity group is   supported. Extension to support including both VDU(s) and VnfVirtualLinkDesc(s)   into the same affinity or anti-affinity group is left for future   specification.

 

 

_scalingAspect

ScalingAspect

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   scaling aspects supported by this DF of the VNF. scalingAspect shall be   present if the VNF supports scaling.

 

 

_vduProfile

VduProfile

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   additional instantiation data for the VDUs used in this flavor.

 

 

_placementGroup

PlacementGroup

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Determine   where VNFC's (VDU's) are placed with respect to the VNF

 

 

_baseConfigGroup

BaseConfigGroup

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

BaseConfigGroup   may set Access Control Lists (ACL's) and establish security groups and server   groups. BaseConfigGroup creates/establishs storage for the VM's (OpenStack   Cinder). BaseConfigGroup may establish internal networks such as OAM (VNF   Mgmt) or MNS (Maintenance & Surveillance)    established.

 

 

_deploymentGroup

DeploymentGroup

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

DeploymentGroup   provides the minimum viable VDU and associated VNFC configuration for a   useable VNF.

 

 

_scalinggroup

ScalingGroup

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifies   the vaious scaling groups within the VNF which identify which vnfcs that need   to be scaled together.

 

 

 

1.2.23                            VnfExtCp

Describes an external CP exposed by a VNF.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass

 

 

1.2.24                            VnfExtCpd

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

_virtualNetworkInterfaceRequirements

VirtualNetworkInterfaceRequirements

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   requirements on a virtual network interface realising the CPs instantiated   from this CPD.  NOTE: In case of   referencing an intCpd via its identifier, the virtualNetworkInterfaceRequirements   attribute of the referenced intCpd applies.

 

 

_vduCpd

VduCpd

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Reference   to the internal VDU CPD which is used to instantiate internal CPs. These   internal CPs are, in turn, exposed as external CPs defined by this external   CPD.

 

 

 

1.2.25                            VnfIndicator

The VnfIndicator information element defines the indicator the VNF supports.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

id

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Unique   identifier.

 

 

name

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

The   human readable name of the VnfIndicator.

 

 

indicatorValue

String

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Defines   the allowed values or value ranges of this indicator.

 

 

source

VnfSource

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describe   the source of the indicator. This tells the consumer where to send the   subscription request.

 

 

 

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass

 

 

1.2.27                            VnfVirtualLinkDesc

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

virtualLinkDescId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Unique   identifier of this internal VLD in VNFD.

 

 

connectivityType

ConnectivityType

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   the protocol exposed by a VL and the flow pattern supported by the VL.

 

 

testAccess

String

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Specifies   test access facilities expected on the VL (e.g. none, passive monitoring, or   active (intrusive) loopbacks at endpoints).

 

 

description

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Provides   human-readable information on the purpose of the VL (e.g. control plane   traffic).

 

 

monitoringParameter

MonitoringParameter

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Defines   the virtualised resources monitoring parameters on VLD level.

 

 

_virtuaLlinkDescFlavour

VirtualLinkDescFlavour

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   a specific flavour of the VL with specific bitrate requirements.

 

 

 

1.2.28                            Vnfc

An internal component of a VNF providing a VNF Provider a defined sub-set of that VNF's functionality, with the main characteristic that a single instance of this component maps 1:1 against a single Virtualisation Container.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • Experimental
    • OpenModelClass

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

vnfcInstanceId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

identifier   of the NFC instance

 

 

nfcNamingCode

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

short   code of the NFC instance

 

 

description

invalid

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

description   of the NFC instance

 

 

vdudId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

identifier   of the model of the NFC instance

 

 

l3InterfaceIpv4AddressList

invalid

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

layer-3   interface addresses, ipv4

 

 

l3InterfaceIpv6AddressList

invalid

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

layer-3   interface addresses, ipv6

 

 

vnfcState

invalid

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

operating   status of the VM  valid value example:   STARTED (POWER_ON), STOPPED (POWER_OFF)

 

 

inMaint

Boolean

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

whether   the NFC instance is in maintenance mode, if yes, DCAE will not observe   alarms/traps, etc.

 

 

isClosedLoopDisabled

Boolean

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Faulty

whether   closed loop function is enabled

 

 

vnfcInstanceName

String

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

An   intelligent or human readable name of the vnfc instance.  Multiple names are possible.

 

 

_vnfcCp

VnfcCp

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

Reference   to the connection points of the vnfc

 

 

vnfcNamingPolicyId

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

Identifier   of the policy which has the naming logic for this VNFC instance

 

 

nfcFunction

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

English   description of network function component that the specific VNFC deployment is   providing.

 

 

operationalStatus

OperationalStatus

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

indicator   for whether the resource is considered operational. Valid values are   in-service-path and out-of-service-path.

 

 

orchestrationStatus

OrchestrationStatus

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

whether   the VNFC instance is instantiated

 

 

closedLoopStatus

ClosedLoopStatus

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  

  •   support:  MANDATORY

Experimental

Whether   closed loop capabilities are enabled for this or not.

 

 

_vdu

Vdu

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

Reference   to the VDU

 

 

 

1.2.29                            VnfcCp

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • Experimental
    • OpenModelClass

 

 

1.2.30                            Vnfd

A Vnfd, or VNF Descriptor, is template which describes a VNF in terms of deployment and operational behaviour requirements. It also contains connectivity, interface and virtualised resource requirements.  References: tosca-nfv-YAML-v1.0-wd05-rev02 (tosca.nodes.nfv.vnfd, but node details are not defined) ETSI GS NFV-IFA 011 V2.1.3 (VNFD)

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

vnfProvider

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Provider   of the VNF and of the VNFD.

 

 

vnfProductName

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Name   to identify the VNF Product. Invariant for the VNF Product lifetime.

 

 

vnfSoftwareVersion

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Software   version of the VNF. This is changed when there is any change to the software   that is included in the VNF Package.

 

 

vnfdVersion

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifies   the version of the VNFD.

 

 

vnfProductInfoName

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Human   readable name for the VNF Product. Can change during the VNF Product   lifetime.

 

 

vnfProductInfoDescription

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Human   readable description of the VNF Product. Can change during the VNF Product   lifetime.

 

 

vnfmInfo

String

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifies   VNFM(s) compatible with the VNF described in this version of the VNFD.

 

 

localizationLanguage

String

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Information   about localization languages of the VNF (includes e.g. strings in the   VNFD).  NOTE: This allows to provide   one or more localization languages to support selecting a specific   localization language at VNF instantiation time.

 

 

modifiableAttributes

VnfInfoModifiableAttributes

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Defines   the VNF-specific extension and metadata attributes of the VnfInfo that are   writeable via the ModifyVnfInfo operation.

 

 

vnfdId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Identifier   of this VNFD information element. This attribute shall be globally   unique.  NOTE: The VNFD Identifier   shall be used as the unique identifier of the VNF Package that contains this VNFD.   Any modification of the content of the VNFD or the VNF Package shall result   in a new VNFD Identifier.

 

 

defaultLocalizationLanguage

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Information   about localization languages of the VNF (includes e.g. strings in the   VNFD).  NOTE: This allows to provide   one or more localization languages to support selecting a specific   localization language at VNF instantiation time.

 

 

configurableProperties

VnfConfigurableProperties

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   the configurable properties of the VNF (e.g. related to auto scaling and auto   healing).

 

 

lifecycleManagementScript

LifecycleManagementScript

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Includes   a list of events and corresponding management scripts performed for the VNF.

 

 

logo

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

File   path of the vendor specified logo.

 

 

guide

String

0..1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

UUID   of the vendor guide/documentation which is attached to VNF and can be   downloaded from the model.

 

 

_vdu

Vdu

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Virtualisation   Deployment Unit.

 

 

_vnfExtCpd

VnfExtCpd

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   external interface(s) exposed by this VNF enabling connection with a VL.

 

 

_deploymentFlavour

VnfDf

1..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   specific DF(s) of a VNF with specific requirements for capacity and   performance.

 

 

_vnfIndicator

VnfIndicator

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Declares   the VNF indicators that are supported by this VNF.

 

 

_virtualComputeDesc

VirtualComputeDesc

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Defines   descriptors of virtual compute resources to be used by the VNF.

 

 

_virtualStorageDesc

VirtualStorageDesc

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Defines   descriptors of virtual storage resources to be used by the VNF.

 

 

_intVirtuallinkdesc

VnfVirtualLinkDesc

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Represents   the type of network connectivity mandated by the VNF provider between two or   more CPs which includes at least one internal CP.

 

 

_vnfReservedCpd

VduCpd

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Reserved   IP Address for VNF which is not bounded to any specific VNFC, but assigned   manually from outside and potentially shared as a floating IP among VNFCs.

 

 

_elementGroup

VnfdElementGroup

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Describes   the associated elements of a VNFD for a certain purpose during VNF lifecycle   management.

 

 

 

1.2.31                            VnfdElementGroup

A VNFD Element Group is a mechanism for associating elements of a VNFD (Vdus and VnfVirtualLinkDesc(s)) for a certain purpose, for example, scaling aspects.  A given element can belong to multiple groups.

 

Applied stereotypes:

  • OnapModelLifecycle
    •  state: INPUT
    • OpenModelClass
    • Preliminary

 

 

Attribute Name

Type

Mult.

Stereotypes

Description

vnfdElementGroupId

Identifier

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Unique   identifier of this group in the VNFD.

 

 

description

String

1

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

Human   readable description of the group.

 

 

_vdu

Vdu

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

References   to Vdus that are part of this group.

 

 

_vnfVirtualLinkdesc

VnfVirtualLinkDesc

0..*

OnapModelLifecycle

  •   state:  INPUT

OpenModelAttribute

  •    isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

References   to VnfVirtualLinkDesc that are part of this group.

 

 

 

 


1.3              Data Types

1.3.1                                AddressData

The AddressData information element supports providing information about the addressing scheme and parameters applicable to a CP.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

addressType

Identifier

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Describes the type of   the address to be assigned to the CP instantiated from the parent CPD. The   content type shall be aligned with the address type supported by the   layerProtocol attribute of the parent CPD.

 

 

l2AddressData

L2AddressData

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Provides the   information on the MAC addresses to be assigned to the CP(s) instantiated   from the parent CPD. Shall be present when the addressType is MAC address.

 

 

l3AddressData

L3AddressData

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Provides the   information on the IP addresses to be assigned to the CP instantiated from   the parent CPD. Shall be present when the addressType is IP address.

 

 

1.3.2                                CpProtocolData

A CpProtocolData information element describes and associates the protocol layer that a CP uses together with other protocol and connection point information.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

associatedLayerProtocol

LayerProtocol

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 One of the values of   the attribute layerProtocol of the Cpd IE.

 

 

addressData

AddressData

0..*

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Provides information on   the addresses to be assigned to the CP(s) instantiated from the CPD.

 

 

1.3.3                                L2AddressData

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

macAddressAssignment

Boolean

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Specify if the MAC   address assignment is the responsibility of management and orchestration   function or not.  If it is set to True,   it is the management and orchestration function responsibility.  If it is set to False, it will be provided   by an external entity, e.g. OSS/BSS.

 

 

1.3.4                                L3AddressData

The L3AddressData information element supports providing information about Layer 3 level addressing scheme and parameters applicable to a CP.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

ipAddressAssignment

Boolean

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

 Specify if the address   assignment is the responsibility of management and orchestration function or   not.  If it is set to True, it is the   management and orchestration function responsibility.

 

 

floatingIpActivated

Boolean

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

 Specify if the floating   IP scheme is activated on the CP or not.

 

 

ipAddressType

AddressType

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

 Define address   type.  NOTE: The address type should be   aligned with the address type supported by the layerProtocol attribute of the   parent Cpd.

 

 

numberOfIpAddress

Integer

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

 Minimum number of IP   addresses to be assigned based on this L3AddressData information element.

 

 

1.3.5                                LifecycleManagementScript

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

event

LcmEvent

0..*

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Describes VNF lifecycle   event(s) or an external stimulus detected on a VNFM reference point.

 

 

icmTransitionEvent

String

0..*

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Describes the   transition VNF lifecycle event(s) that cannot be mapped to any of the   enumerated values defined for the event attribute.  NOTE: At least one of these two attributes   shall be included.

 

 

script

String

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Information to locate a   VNF LCM script (e.g. written in a DSL as specified in requirement   VNF_PACK.LCM.001) triggered to react to one of the events listed in the event   attribute.

 

 

scriptDsl

String

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Defines the domain   specific language (i.e. the type) of script that is provided. Types of   scripts could include bash, python, etc.

 

 

scriptInput

KeyValuePair

0..*

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Array of KVP   requirements with the key as the parameter name and the value as the   parameter that need to be passed as an input to the script.  NOTE: The scriptInput values are passed to   the scripts in addition to the parameters received in the operation invocation   request or indicator value change.

 

 

1.3.6                                LinkBitrateRequirements

The LinkBitrateRequirements information element describes the requirements in terms of bitrate for a VL.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

root

Number

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Throughput requirement   of the link (e.g. bitrate of E-Line, root bitrate of E-Tree, aggregate   capacity of E-LAN).

 

 

leaf

Number

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Throughput requirement   of leaf connections to the link when applicable to the connectivity type   (e.g. for E-Tree and E?LAN branches).    NOTE: The present document does not specify the means to declare   different bitrate requirements for leaf connections (e.g. E-LAN leaves).

 

 

1.3.7                                LocalAffinityOrAntiAffinityRule

The LocalAffinityOrAntiAffinityRule describes the affinity or anti-affinity rule applicable between the virtualization containers to be created based on a particular VDU, or between internal VLs to be created based on a particular VnfVirtualLinkDesc.  Per VNF, the affinity/anti-affinity rules defined using this information element, using the AffinityOrAntiAffinityGroup information element, and using the placement constraints in the GrantLifecycleOperation as defined in ETSI GS NFV IFA 007 [i.3] should be conflict-free. In case of conflicts, the placement constraints in the GrantLifecycleOperation shall take precedence.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

type

RuleType

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Specifies whether the   rule is an affinity rule or an anti-affinity rule.

 

 

scope

RuleScope

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Specifies the scope of   the rule.

 

 

1.3.8                                LogicalNodeData

This information element describes compute, memory and I/O requirements that are to be associated with the logical node of infrastructure. The logical node requirements are a sub-component of the VDU level requirements. As an example for illustration purposes, a logical node correlates to the concept of a NUMA cell in libvirt terminology.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

logicalNodeRequirement

KeyValuePair

0..*

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 The logical node-level   compute, memory and I/O requirements. An array of key-value pairs that   articulate the deployment requirements.    This could include the number of CPU cores on this logical node, a   memory configuration specific to a logical node (e.g. such as available in   the Linux kernel via the libnuma library) or a requirement related to the   association of an I/O device with the logical node.

 

 

1.3.9                                MonitoringParameter

Specifies the virtualised resource related performance metric to be tracked by the VNFM, e.g. for auto-scaling purposes. The VNFM collects the values of performance metrics identified by this information element from the VIM(s) using one or more locally initiated PM Jobs. These values can be used as inputs to auto-scaling rules.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

id

Identifier

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Unique identifier of   the monitoring parameter.

 

 

name

String

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Human readable name of   the monitoring parameter.

 

 

performanceMetric

String

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 

 

collectionPeriod

invalid

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 An attribute that   describes the recommended periodicity at which to collect the performance   information.  VNFM determines if this   parameter is considered.  The vendor   may provide this information as a guidance for creating PmJobs if   needed.  NOTE: The MANO or NFVI may not   support the recommended collectionPeriod based on their functionalities, and   can reject the requests based on the recommended collectionPeriod in this   case.

 

 

1.3.10                            QoS

The QoS information element describes QoS data for a given VL used in a DF.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

latency

Number

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Maximum latency in ms.

 

 

packetDelayVariation

Number

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Maximum jitter in ms.

 

 

packetLossRatio

Number

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Maximum packet loss   ratio. Cardinality is 0 if no packetLossRatio requirement exists.

 

 

1.3.11                            RequestedAdditionalCapabilityData

This information element describes requested additional capability for a particular VDU. Such a capability may be for acceleration or specific tasks.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

supportMandatory

Boolean

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

 Indicates whether the   requested additional capability is mandatory for successful operation.

 

 

requestedAdditionalCapabilityName

String

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

 Identifies a requested   additional capability for the VDU.

 

 

minRequestedAdditionalCapabilityVersion

String

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

 Identifies the minimum   version of the requested additional capability.

 

 

preferredRequestedAdditionalCapabilityVersion

String

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

 Identifies the   preferred version of the requested additional capability.

 

 

targetPerformanceParameters

KeyValuePair

1..*

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

 Identifies specific   attributes, dependent on the requested additional capability type.

 

 

1.3.12                            ScaleInfo

The ScaleInfo information element represents a scale level for a particular scaling aspect.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

aspectId

Identifier

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Reference to the   scaling aspect.

 

 

scaleLevel

Integer

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 The scale level,   greater than or equal to 0

 

 

1.3.13                            VirtualCpuData

The VirtualCpuData information element supports the specification of requirements related to virtual CPU(s) of a virtual compute resource.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

cpuArchitecture

String

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 CPU architecture type.   Examples are x86, ARM. The cardinality can be 0 during the allocation   request, if no particular CPU architecture type is requested.

 

 

numVirtualCpu

Integer

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Number of virtual CPUs.

 

 

virtualCpuClock

Number

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Minimum virtual CPU   clock rate (e.g. in MHz). The cardinality can be 0 during the allocation   request, if no particular value is requested.

 

 

virtualCpuOversubscriptionPolicy

String

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

 The CPU core   oversubscription policy e.g. the relation of virtual CPU cores to physical   CPU cores/threads. The cardinality can be 0 during the allocation request, if   no particular value is requested.

 

 

vduCpuRequirements

KeyValuePair

0..*

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Array of key-value pair   requirements on the Compute (CPU) for the VDU.

 

 

virtualCpuPinning

VirtualCpuPinningData

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

 The virtual CPU pinning   configuration for the virtualised compute resource.

 

 

1.3.14                            VirtualCpuPinningData

The VirtualCpuPinningData information element supports the specification of requirements related to the virtual CPU pinning configuration of a virtual compute resource.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

virtualCpuPinningPolicy

PinningPolicy

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

 The policy can take   values of "static" or "dynamic". In case of   "static" the virtual CPU cores are requested to be allocated to   logical CPU cores according to the rules defined in virtualCpuPinningRules.   In case of "dynamic" the allocation of virtual CPU cores to logical   CPU cores is decided by the VIM. (e.g.: SMT (Simultaneous Multi-Threading)   requirements).

 

 

virtualCpuPinningRule

invalid

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

 A list of rules that   should be considered during the allocation of the virtual CPUs to logical   CPUs in case of "static" virtualCpuPinningPolicy.

 

 

1.3.15                            VirtualLinkBitRateLevel

The VirtualLinkBitRateLevel information element specifies bitrate requirements applicable to a virtual link instantiated from a particular VnfVirtualLinkDesc.

1.3.16                            VirtualMemoryData

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

virtualMemSize

Number

1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Amount of virtual   Memory (e.g. in MB).

 

 

virtualMemOversubscriptionPolicy

String

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

Preliminary

 The memory core   oversubscription policy in terms of virtual memory to physical memory on the   platform. The cardinality can be 0 during the allocation request, if no   particular value is requested.

 

 

vduMemRequirements

KeyValuePair

0..*

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 Array of key-value pair   requirements on the memory for the VDU.

 

 

numaEnabled

Boolean

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Obsolete

 It specifies the memory   allocation to be cognisant of the relevant process/core allocation. The   cardinality can be 0 during the allocation request, if no particular value is   requested.

 

 

1.3.17                            VnfConfigurableProperties

This datatype defines the configurable properties of a VNF (e.g. related to auto scaling and auto healing). For a VNF instance, the value of these properties can be modified by the VNFM

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

isAutoscaleEnabled

Boolean

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 It permits to enable   (TRUE)/disable (FALSE) the auto-scaling functionality.  NOTE: A cardinality of "0"   indicates that configuring this present VNF property is not supported.

 

 

isAutohealEnabled

Boolean

0..1

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 It permits to enable   (TRUE)/disable (FALSE) the auto-healing functionality.  NOTE: A cardinality of "0"   indicates that configuring this present VNF property is not supported.

 

 

additionalConfigurableProperty

String

0..*

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 

 

1.3.18                            VnfInfoModifiableAttributes

This datatype defines the VNF-specific extension and metadata attributes of the VnfInfo that are writeable via the ModifyVnfInfo operation.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

extension

invalid

0..*

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

 "Extension"   attributes of VnfInfo that are writeable.

 

 

metadata

invalid

0..*

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Experimental

 Metadata"   attributes of VnfInfo that are writeable

 

 

1.3.19                            VnfcConfigurableProperties

This datatype defines the configurable properties of a VNFC. For a VNFC instance, the value of these properties can be modified through the VNFM.

 

Attribute Name

Type

Mult.

Access

Stereotypes

Description

additionalVnfcConfigurableProperty

String

0..*

RW

OnapModelLifecycle

OpenModelAttribute

  •   isInvariant: false
  •   valueRange: no range constraint  
  •   support:  MANDATORY

Preliminary

 It provides VNFC   configurable properties that can be modified using the ModifyVnfInfo   operation.

 

 


1.4              Enumerations

1.4.1                                 AddressType

Type of address

 

Contains Enumeration Literals:

  •  MAC:
  •  IP:

1.4.2                                 ClosedLoopStatus

 

Contains Enumeration Literals:

  •  ENABLED:
  •  DISABLED:

1.4.3                                 CollectionPeriod

Specifies the periodicity at which the producer will collect performance information.

 

Contains Enumeration Literals:

1.4.4                                 HomingStrategy

 

Contains Enumeration Literals:

  •  Colocation:
  •  isolation:

1.4.5                                 LayerProtocol

Identifies the protocol this VL gives access to

 

Contains Enumeration Literals:

  •  ETHERNET:
  •  MPLS:
  •  ODU2:
  •  IPV4:
  •  IPV6:
  •  PSEUDOWIRE:

1.4.6                                 LcmEvent

Describes VNF lifecycle event(s) or an external stimulus detected on a VNFM reference point.

 

Contains Enumeration Literals:

  •  EVENT_START_INSTANTIATION:
  •  EVENT_END_INSTANTIATION:
  •  EVENT_START_SCALING:
  •  EVENT_END_SCALING:
  •  EVENT_START_SCALING_TO_LEVEL:
  •  EVENT_END_SCALING_TO_LEVEL:
  •  EVENT_START_HEALING:
  •  EVENT_END_HEALING:
  •  EVENT_START_TERMINATION:
  •  EVENT_END_TERMINATION:
  •  EVENT_START_VNF_FLAVOR_CHANGE:
  •  EVENT_END_VNF_FLAVOR_CHANGE:
  •  EVENT_START_VNF_OPERATION_CHANGE:
  •  EVENT_END_VNF_OPERATION_CHANGE:
  •  EVENT_START_VNF_EXT_CONN_CHANGE:
  •  EVENT_END_VNF_EXT_CONN_CHANGE:
  •  EVENT_START_VNFINFO_MODIFICATION:
  •  EVENT_END_VNFINFO_MODIFICATION:

1.4.7                                 NetworkType

Type of network supported.

 

Contains Enumeration Literals:

  •  VLAN:
  •  VXLAN:

1.4.8                                 OperationalStatus

Indicator for whether the resource is considered operational. Valid values are in-service-path and out-of-service-path.

 

Contains Enumeration Literals:

  •  IN-SERVICE-PATH:
  •  OUT-OF-SERVICE-PATH:

1.4.9                                 OrchestrationStatus

 

Contains Enumeration Literals:

  •  INVENTORIED:
  •  ASSIGNED:
  •  CREATED:
  •  ACTIVE:

1.4.10                             PinningPolicy

Defines the CPU pinning policy.

 

Contains Enumeration Literals:

  •  STATIC:
  •  DYNAMIC:

1.4.11                             PlacementStrategy

 

Contains Enumeration Literals:

  •  COLOCATION:
  •  ISOLATION:
  •  EXCLUSIVITY:

1.4.12                             ProvStatus

Provisioning status, used as a trigger for operational monitoring of this resource by service assurance systems.

 

Contains Enumeration Literals:

  •  PROVISIONED:
  •  PREPROVISIONED:
  •  CAPPED:

1.4.13                             RuleScope

Defines the scope of the rule.

 

Contains Enumeration Literals:

  •  NFVI_POP:
  •  ZONE:
  •  ZONE_GROUP:
  •  NFVI_NODE:

1.4.14                             RuleType

Specifies the type of rule.

 

Contains Enumeration Literals:

  •  AFFINITY:
  •  ANTI_AFFINITY:

1.4.15                             VnfSource

Describes the source of the indicator.

 

Contains Enumeration Literals:

  •  VNF:
  •  EM:
  •  BOTH:

1.4.16                             VnicType

Describes the type of VNIC to which a CP attaches.

 

Contains Enumeration Literals:

  •  NORMAL:
  •  MACVTAP:
  •  DIRECT:
  •  BAREMETAL:
  •  DIRECT_PHYSICAL:
  •  VIRTIO_FORWARDER:





 

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