Class naming:NamedIdentifiedObject (ABSTRACT)

Class ID:34
Encrypted: false - Exportable: true - Persistent: true - Configurable: true - Subject to Quota: Disabled - Abstraction Layer: Concrete Model - APIC NX Processing: Disabled
Write Access: []
Read Access: []
Creatable/Deletable: derived (see Container Mos for details)
Possible Semantic Scopes: EPG, Infra, Fabric,
Semantic Scope Evaluation Rule: Subclasses
Monitoring Policy Source: Parent
Monitoring Flags : [ IsObservable: false, HasStats: false, HasFaults: false, HasHealth: false, HasEventRules: false ]

DN FORMAT: 

                

Diagram

Super Mo: naming:NamedObject, Sub Mos: adepg:Entity, comp:APvlanP, comp:Entity, comp:PvlanCont, comp:TagCont, edm:Entity, fv:IDEpToEpDefRef, fv:NwEp, fv:VNode, hvs:EnhancedLagPol, hvs:PvlanCont, hvs:VSpanSession, hvs:VSpanSessionCont, hvs:VSpanSessionSrc, lacp:AEnhancedLagPol, opflex:ACliCmd, opflex:AFaultConfig, opflex:AODevCmd, opflex:DomainInfo, opflex:EncapBlk, opflex:EpCPDefRef, opflex:EpCPDevInfo, opflex:EpPDIDEpRef, opflex:EppDevInfo, opflex:IDEpCntr, opflex:IDEpEncapRef, opflex:IDEpEpPDRef, opflex:IDEpRef, opflex:ODev, opflex:ODevCap, opflex:ODevCliCmdCont, opflex:ODevCliCmdReq, opflex:ODevCliCmdResp, opflex:ODevCliCmdSession, opflex:ODevInv, opflex:ODevInvDone, opflex:ODevRef, opflex:ODevVmInv, opflex:ONic, opflex:OPNic, opflex:OVm, opflex:PodInfo, opflex:PortGroupInfo, opflex:Subject, opflex:UsegEpP, opflex:UsegTenantCont, opflex:VtepRef, opflexp:AveCliCmdResp, opflexp:BDHolderRef, opflexp:BDRef, opflexp:CoopOracleAdjRef, orchs:Entity, synthetic:ATestObj, synthetic:AnotherTestObj, synthetic:FrameworkTest, synthetic:HierarchyObj, synthetic:Object, synthetic:TestBigObj, synthetic:TestObj, testinfralab:Cont, testinfralab:SnackP,

Inheritance

naming:NamedObject An abstract base class for an object that contains a name.  ├ naming:NamedIdentifiedObject An abstract base class for an object that contains a name and ID.    ├ adepg:Entity       ├ adepg:ACont  This is an abstract class for containers.        ├ adepg:EventCont  This represents AD event container        ├ adepg:GroupCont  This represents AD group container        ├ adepg:ResCont  This represents the top-level container        ├ adepg:UserCont  This represents AD user container      ├ adepg:AElement  This is the parent class of all inventory elements.        ├ adepg:AOrgUnit  Abstract class representing an AD org unit          ├ adepg:Domain  This represents AD domain          ├ adepg:Group  This represents AD group        ├ adepg:Event  This represents AD event        ├ adepg:User  This represents AD user      ├ adepg:AResElement  This is the parent class of all resolved elements.        ├ adepg:ResEpPFltAttrCont         ├ adepg:ResFltAttr  This represents identity group filter attribute        ├ adepg:ResTenant  This represents tenant      ├ adepg:ASvr         ├ adepg:Svr  This is profile object corresponding to ISE. The AD-related state retrieved from the ISE Controller is kept here.      ├ adepg:ContE         ├ adepg:Uni  This is the top level class for all AD related objects      ├ adepg:GroupUsrData  This represents AD event      ├ ads:Ctxt  Context used to carry information from ads Doer to Worker    ├ comp:APvlanP       ├ comp:PvlanEntry  PVLAN Entry (primary, secondary)      ├ hvs:PvlanEntry  PVLAN Entry (primary,secondary)    ├ comp:Entity An abstract based class representing a compute entity.      ├ comp:AEpPD An abstraction for the endpoint group policy description. This object is generated and used only by internal process.        ├ comp:AAppEpPD The abstraction of an endpoint group policy description. This is an internal object used by the system.          ├ comp:EpPD An abstraction for the endpoint group policy description. This object is generated and used only by internal process.          ├ vmm:AEpPD  Abstract class representing VMM EpPD            ├ vmm:EpPD An endpoint group in the VMM context. This object translates to port groups and/or virtual wires in vCenter and vShield.            ├ vmm:EpgAggr EPG Aggregator Object @@@ This is managed by PolicyMgr              ├ vmm:IntAggr Internal EPG Aggregator Object @@@ This is managed by PolicyMgr              ├ vmm:IntCustomAggr               ├ vmm:UsrAggr User configurable EPG Aggregator Object @@@ This is managed by PolicyMgr              ├ vmm:UsrCustomAggr         ├ infra:AEpPD An abstraction of an endpoint group in an infrastructure context. This object translates to port groups and/or virtual wires in vCenter and vShield.          ├ infra:EpPD The endpoint group policy descriptor for infrastructure policies. For example, endpoint groups under tenant infra. This object is generated and used only by internal processes.          ├ infra:EpPDDef The endpoint group policy descriptor for infrastructure policies. For example, endpoint groups under tenant infra. This object is generated and used only by internal processes.      ├ comp:ContE An abstract class for compute related policy objects. This object is generated and used only by internal process.        ├ comp:CtrctCont         ├ comp:Dom An abstract base class for a VM management system domain.        ├ comp:EpCP         ├ comp:HealthPolCont  Health Provider MOs        ├ comp:HvClusterCont  HvCluster configuration MOs        ├ comp:PolCont An abstraction of the container for various policies. This object is generated and used only by internal process.        ├ comp:Prov The VM provider inventory is the inventory of a VM provider such as VMware or Microsoft. The VM provider profile policies determine the VM inventory that is collected.        ├ comp:RFltP         ├ comp:ToEPg         ├ comp:Uni The top level class for all compute related objects.        ├ vmm:AccGrpCont A container for capturing all access group policies.        ├ vmm:AttEntityPCont A container for capturing all access groups.        ├ vmm:InjectedCont         ├ vmm:VSwitchPolicyCont  VSwitch Policy Group. Container for the vswitch policies      ├ comp:ContGrp       ├ comp:Ctrlr The operational state of the VM management system controller such as a VMware vCenter, VMware vShield, or Microsoft SCVMM.      ├ comp:DelCont       ├ comp:DelInfo       ├ comp:Deployment       ├ comp:EDMgrProxy       ├ comp:Element An abstract base class representing a physical, virtual or logical compute element.        ├ comp:AHvHealth           ├ comp:AveHealth           ├ comp:AveHealthInst           ├ comp:HvHealth         ├ comp:ALabel           ├ comp:LabelDef           ├ comp:LabelVal         ├ comp:Category  vSphere Tag Category        ├ comp:Cdrom  CDrom obtained from VCenter        ├ comp:DataStore  DataStore obtained from VCenter        ├ comp:Host An abstraction of a compute host. The host can be a physical or hypervisor system.          ├ comp:PHost An abstraction of a physical host.            ├ comp:Hv The compute hypervisor.            ├ comp:Phys A physical host or a compute server.          ├ comp:Vm A virtual machine.          ├ comp:VmFolder  This represents a folder of vms        ├ comp:HostResourcePool  Host resource pools under a compute Resource pool        ├ comp:HvCluster         ├ comp:HvClusterDef         ├ comp:Nic An abstraction of all the network interface cards (NIC) objects.          ├ comp:DNic A discovered network interface card or an endpoint. Note that this is an internal object.          ├ comp:MgmtNic An endpoint or NIC used for management connectivity on the host. For example, vmk interface of a VMware vCenter.          ├ comp:PNic An abstraction of physical network interface card object.            ├ comp:HpNic The physical interface information on the hypervisor.            ├ comp:PpNic A physical interface on the physical host.            ├ comp:VNic The virtual network interface on the VM.          ├ dot1x:Nic           ├ poe:Nic         ├ comp:ResourcePool  ResourcePool obtained from VCenter        ├ comp:SvmNicInfo         ├ comp:Tag  vSphere Tag        ├ vmm:Ctxt This object is generated and used only by internal processes.        ├ vmm:EventRecord A config object that is not persisted and is used to send messages from a worker thread to a doer.        ├ vmm:Object The base class of VMM classes.      ├ comp:EpPConn An object representing the connection information of a VM endpoint. This is used internally by the system.      ├ comp:FaultyExtPolCont       ├ comp:FaultyExtPolRef       ├ comp:HvHealthDef       ├ comp:Inst  L4-L7 device in the controller      ├ comp:LastEventInfo  Holds info about Last Processed Event Key, TimeStamp and MapId      ├ comp:LsNodeRef       ├ comp:ManagedNic       ├ comp:MigratingVm  This is the Ep that is yet to be resolved/verified      ├ comp:MigratingVmCont  This is a container to hold Vms that is in the process of cross dataCenter migration within the same VCenter.      ├ comp:NameIdentEntity         ├ comp:HvClusterRule  Cluster affinity rules, defining VM placement preference [VM Group] Must/Should [not] run on [Host Group]        ├ comp:HvClusterRuleDef         ├ comp:HvGroup         ├ comp:HvGroupDef         ├ comp:VmGroup       ├ comp:Namespace       ├ comp:Org       ├ comp:OrgUnit       ├ comp:PendDpVerify  This is a container to hold Eps that need to be verified. We need to verify an Ep when the corresponding EpPConn Mo is deleted due to DELETE_NON_PRESENT.      ├ comp:PendEp  This is the Ep that is yet to be resolved/verified      ├ comp:PendEpCont  This is a container to hold MOs that need to be verified or resolved. This container contains compPendDpVerify and compPendResEpCont. compPendDpVerify contains compTenantCont, which contains compPendEp. compPendResEpCont contains compPendEp.      ├ comp:PendResEpCont  This is a container to hold MOs that need to be resolved.      ├ comp:ReplicaSet       ├ comp:Service       ├ comp:ServicePort       ├ comp:TenantCont  This is a container to hold Eps which belong to the same tenant, that need to be verified.      ├ hvs:ContE         ├ hvs:MbrCont  Container for member MAC/IP        ├ hvs:MbrMac  Controller Member MAC      ├ hvs:HealthProvider  Health Provider MOs      ├ hvs:HvHealth       ├ hvs:Node The abstract class for the switch.        ├ hvs:LNode The logical node, which represents a virtual switch across hypervisors. For example, when implementing VMWare, this object represents VMware vSphere Distributed Switch (VDS ).        ├ hvs:VNode Virtual Node representing a switch inside a hypervisor. This corresponds to the Virtual Switch on a hypervisor.      ├ hvs:UsegCont  Container for useg entities      ├ hvs:UsegContE         ├ hvs:IpSet  useg ipset        ├ hvs:MacSet  useg mac set        ├ hvs:Rule  useg distributed firewall rule        ├ hvs:SecGrp  useg security group        ├ hvs:Svc  useg service        ├ hvs:SvcGrp  useg service group      ├ opflex:PendIDEp  This is the IDEp that is yet to be resolved      ├ opflex:PendResIDEpCont  This is a container to hold IDEp MO's that have a pending delete      ├ vmm:AEncapAllctr  Encap Allocator under vmm Domain        ├ vmm:EncapAllctr       ├ vmm:AllocEncap  Allocated Encap value    ├ comp:PvlanCont  PVLAN Entry Container    ├ comp:TagCont  vSphere Tag Container    ├ edm:Entity       ├ edm:AMgr         ├ edm:Mgr  This profile corresponds to External Manager, i.e. UCSM, supporting the JSON/REST Schema fore external Devices      ├ edm:CompCtrlrProxy       ├ edm:ContE         ├ edm:Uni  This is the top level class for all external device related objects      ├ edm:Element  This is the top level class for all external device related objects        ├ edm:ANicProf           ├ edm:NicProf  External Switch Controller Profile specifies how to connect to a single External Switch Management Controller that is part of containing policy enforcement domain. For example, policy to connect a Cisco UCSM that is part a External Device Manager Group.          ├ extdev:NicProf         ├ edm:ASlaPolStats           ├ edm:SlaPolStats         ├ edm:DomainCont         ├ edm:DomainEncap         ├ edm:NicProfToDom         ├ edm:RemoteCDPPort         ├ edm:RemoteLLDPPort         ├ edm:SDWanSlaPol         ├ edm:ServerNic         ├ edm:SyncInfo         ├ edm:SysInfo         ├ edm:UplinkProf         ├ extdev:DomainCont  Container for route-map Def MO under top level        ├ extdev:UplinkProf       ├ edm:EncapDef       ├ edm:ManagedNic       ├ extdev:Ctxt  Context used to carry information from extsw Doer to Worker      ├ extdev:SDWanASlaPol  WAN SLA policy        ├ extdev:SDWanSlaPol  WAN SLA policy    ├ fv:IDEpToEpDefRef  IDEpToEpDefRef represents an object that links IDEp to corresponding EpDef    ├ fv:NwEp Abstract super class.      ├ fv:ATp The attachable target point.        ├ fv:AStCEp The abstract static client endpoint.          ├ fv:StCEp The static endpoint represents a silent client attached to the fabric which will not produce traffic of its own. The configuration of a static endpoint will prevent the client from aging out of relevant addressing tables.          ├ fv:StCEpDef An internal object that represents a static endpoint.        ├ fv:Ep An endpoint.          ├ fv:AEpDef Abstract representation of an endpoint definition.            ├ fv:ATunDef The base class for an internal definition of a tunnel.              ├ fv:TunDef A tunnel definition.              ├ fv:TunDefRef A tunnel on the node. This is an internal object.            ├ fv:EpDef An endpoint definition.            ├ fv:EpDefRef An internal reference to endpoint definitions.            ├ fv:L3EpDef           ├ fv:CEp A client endpoint attaching to the network.          ├ fv:DEp A dynamically-learned endpoint on the switch.          ├ fv:PEp Represents a provider endpoint attaching to the network. An example is a DHCP server that receives client requests from the fabric.            ├ infra:APEp A base class representing a provider endpoint.              ├ dhcp:PEp The provider infrastructure endpoint.          ├ fv:VDEp A virtual datacenter endpoint.          ├ fvtopo:Ep The endpoint.          ├ infra:ACEp Client Endpoint represents a client endpoint attaching to the network.            ├ dhcp:CEp The client infrastructure endpoint.          ├ opflex:IDEp This is generated and used only by internal processes.          ├ span:ACEpDef             ├ span:CEpDef The VSPAN Cisco endpoint definition.            ├ span:CEpDefRef     ├ fv:VNode An opflex-capable virtual node that is connected to the fabric.    ├ hvs:EnhancedLagPol     ├ hvs:PvlanCont  PVLAN Entry Container    ├ hvs:VSpanSession Vspan session representing a span session.    ├ hvs:VSpanSessionCont The Vspan session container.    ├ hvs:VSpanSessionSrc The Vspan session source.    ├ lacp:AEnhancedLagPol       ├ lacp:EnhancedLagPol       ├ lacp:EnhancedLagPolDef  read only copy of lacp policy    ├ opflex:ACliCmd       ├ opflex:CliCmdReq  Concrete class definitions CliCmdReq      ├ opflex:CliCmdResp  Concrete class definitions CliCmdResp    ├ opflex:AFaultConfig       ├ opflex:AVleafFaultConfig         ├ opflex:AVleafFaultInfo           ├ opflex:IDEpFaultInfo           ├ opflex:ODevFaultInfo           ├ opflexp:VmmIDEpFaultInfo           ├ opflexp:VmmODevFaultInfo         ├ opflex:VleafFaultConfig  Concrete class definitions        ├ opflexp:VmmFaultConfig  Concrete class definitions    ├ opflex:AODevCmd This is generated and used only by internal processes.      ├ opflex:ODevCmdReq This is generated and used only by internal processes.      ├ opflex:ODevCmdResp This is generated and used only by internal processes.    ├ opflex:DomainInfo  On the wire MO to send domain info.    ├ opflex:EncapBlk  EncapBlk contains the encap range allowed in a port group    ├ opflex:EpCPDefRef  EpCPDefRef    ├ opflex:EpCPDevInfo     ├ opflex:EpPDIDEpRef  EpPD IDEp ref represents a implicit inband end point ref for the EpPD. This object is owned by the opflex element    ├ opflex:EppDevInfo This is generated and used only by internal processes.    ├ opflex:IDEpCntr This is generated and used only by internal processes.    ├ opflex:IDEpEncapRef  IDEp Encap ref represents a inband learned end point ref encap on the switch. This object is owned by the opflex element    ├ opflex:IDEpEpPDRef  EpPD ref under the IDEp    ├ opflex:IDEpRef  IDEp ref represents a inband learned end point ref on the switch. This object is owned by the opflex element    ├ opflex:ODev This is generated and used only by internal processes.    ├ opflex:ODevCap This is generated and used only by internal processes.    ├ opflex:ODevCliCmdCont     ├ opflex:ODevCliCmdReq     ├ opflex:ODevCliCmdResp     ├ opflex:ODevCliCmdSession     ├ opflex:ODevInv  ODevInv represents the inventory to AVS SVM. This object is owned by the opflex element    ├ opflex:ODevInvDone  ODevInvDone represents the inventory sync done to AVS SVM. This object is owned by the opflex element    ├ opflex:ODevRef  ODev ref represents a refernce to opflex device connected to the switch. This object is owned by the opflex element    ├ opflex:ODevVmInv  ODevVmInv represents the Vm inventory to AVS SVM. This object is owned by the opflex element    ├ opflex:ONic     ├ opflex:OPNic     ├ opflex:OVm     ├ opflex:PodInfo     ├ opflex:PortGroupInfo  PortGroupInfo represents the inventory to AVS SVM. This object is owned by the opflex element    ├ opflex:Subject This is generated and used only by internal processes.    ├ opflex:UsegEpP  Useg EpPs under UsegInfoCont    ├ opflex:UsegTenantCont  Tenant names under UsegInfoCont    ├ opflex:VtepRef  Vtep ref represents a reference to opflex idep corr. to the vtep connected to the switch. This object is owned by the opflex element    ├ opflexp:AveCliCmdResp     ├ opflexp:BDHolderRef     ├ opflexp:BDRef     ├ opflexp:CoopOracleAdjRef     ├ orchs:Entity       ├ orchs:Element  orchs element is an instance of orchestration object that is either instanciated/in-scope or purely hypothetical.        ├ orchs:Config  This is used to store orchestration specific properties like Microsoft Azure Pack        ├ orchs:FuncProfileCont         ├ orchs:LDevVipAttr         ├ orchs:LDevVipCfg  This is used to store orchestration specific properties like Microsoft Azure Pack        ├ orchs:LdevCont         ├ orchs:SvcAlloc         ├ orchs:SvcRsrcPool  This is used to store orchestration specific properties like Microsoft Azure Pack        ├ orchs:SvcsEncap         ├ orchs:SvcsIp         ├ vns:DynamicCDevIp     ├ synthetic:ATestObj       ├ synthetic:CTestObj         ├ synthetic:IfcCTestObj         ├ synthetic:SwCTestObj       ├ synthetic:TLTestObj         ├ synthetic:IfcTLTestObj         ├ synthetic:SwTLTestObj     ├ synthetic:AnotherTestObj     ├ synthetic:FrameworkTest     ├ synthetic:HierarchyObj     ├ synthetic:Object       ├ synthetic:AContext         ├ synthetic:Context         ├ synthetic:Context2       ├ synthetic:Ep       ├ synthetic:EpGroup       ├ synthetic:PropFilterTest       ├ synthetic:RelETest       ├ synthetic:RelNTest       ├ synthetic:RelUnenfTest     ├ synthetic:TestBigObj     ├ synthetic:TestObj     ├ testinfralab:Cont     ├ testinfralab:SnackP

childAction

Type: mo:ModificationChildAction
Primitive Type: scalar:Bitmask32

Units: null
Encrypted: false
Access: implicit
Category: TopLevelChildAction

Delete or ignore. For internal use only.

dn

Type: reference:BinRef

Units: null
Encrypted: false
Access: implicit
Category: TopLevelDn

A tag or metadata is a non-hierarchical keyword or term assigned to the fabric module.

id

Type: naming:Id
Primitive Type: scalar:Uint64

Like: naming:Identified:id
Units: null
Encrypted: false
Access: admin
Category: TopLevelRegular
Property Validators:

An identifier .

name

Type: naming:Name
Primitive Type: string:Basic

Like: naming:Named:name
Units: null
Encrypted: false
Access: admin
Category: TopLevelRegular
Property Validators:
    Range:  min: "0"  max: "16"
        Allowed Chars:
            Regex: [a-zA-Z0-9_.:-]+

The name of the object.

nameAlias

Type: naming:NameAlias
Primitive Type: string:Basic

Units: null
Encrypted: false
Access: admin
Category: TopLevelRegular
Property Validators:
    Range:  min: "0"  max: "63"
        Allowed Chars:
            Regex: [a-zA-Z0-9_.-]+

NO COMMENTS

rn

Type: reference:BinRN

Units: null
Encrypted: false
Access: implicit
Category: TopLevelRn

Identifies an object from its siblings within the context of its parent object. The distinguished name contains a sequence of relative names.

status

Type: mo:ModificationStatus
Primitive Type: scalar:Bitmask32

Units: null
Encrypted: false
Access: implicit
Category: TopLevelStatus

The upgrade status. This property is for internal use only.