Class reln:Inst (ABSTRACT)

Class ID:43
Encrypted: false - Exportable: true - Persistent: true - Configurable: true - Subject to Quota: Disabled
Write Access: []
Read Access: []
Creatable/Deletable: yes (see Container Mos for details)
Possible Semantic Scopes: Common, 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

Sub Mos: reln:From, reln:To,

Inheritance

reln:Inst This is generated and used only by internal processes.  ├ reln:From This is generated and used only by internal processes.    ├ aaa:RtAaaRadiusProviderGroup     ├ aaa:RtCtrlrFipsMode     ├ aaa:RtDomainRef The target relation to resolve an RBAC domain.    ├ aaa:RtLoginDomain A target relation to an AAA login domain for authentication and authorization.    ├ aaa:RtNginxIPRbacRule     ├ aaa:RtNginxIRbacRule     ├ aaa:RtNginxRbacRule     ├ aaa:RtPreLoginBanner A target relation to the informational banner displayed before user login authentication.    ├ aaa:RtRbacEp     ├ aaa:RtResAuthRealm A target relation to an authentication realm. This object is managed internally and should not be modified by the user.    ├ aaa:RtResLdapEp A target relation to the global security management properties for LDAP endpoints and LDAP provider groups. This object is managed internally and should not be modified by the user.    ├ aaa:RtResRadiusEp A target relation to the RADIUS endpoint policy. This object is managed internally and should not be modified by the user.    ├ aaa:RtResTacacsPlusEp A target relation to the TACACS+ endpoint policy. This object is managed internally and should not be modified by the user.    ├ aaa:RtResUserEp A target relation to the user endpoint. This object is managed internally and should not be modified by the user.    ├ aaa:RtToUserEp     ├ aaa:RtUserEp A target relation to the user endpoint. This object is managed internally and should not be modified by the user.    ├ actrl:RtAuxRule A target relation to the auxiliary rule information.    ├ analytics:RtCollectorAtt  Relation to collector    ├ analytics:RtNodeCfgSrv  Analytics Config Server Policy    ├ analytics:RtPolicyAtt  Reference to policy    ├ analytics:RtProfAtt  Reference to profile    ├ analytics:RtRecordPAtt  Relation to record    ├ arp:RtCtrlrAdjEpToStAdjEp A target relation to the ARP static adjacency endpoint.    ├ arp:RtEpDefRefToStAdjEp A target relation to the ARP static adjacency endpoint.    ├ bfd:RtMbrSess  Relation to port-channel member sessions    ├ bgp:RtBgpAsP     ├ bgp:RtEppBgpCtxAfPol A target relation to the per-address family BGP context policy.    ├ bgp:RtEppBgpCtxPol A target relation to the BGP timers policy.    ├ callhome:RtDestGroup A target relation to the Call Home group.    ├ callhome:RtDestGroupRel A target relation to the Call Home group.    ├ callhome:RtInvPLocalRefEvent     ├ callhome:RtInvPRef A target relation to the call home inventory policy.    ├ callhome:RtInvPRefEvent A target relation to the call home inventory policy.    ├ callhome:RtQueryGroupRel A target relation to a call home query group.    ├ callhome:RtToRemoteQueryGroup     ├ callhome:RtToRemoteQueryGroupRefEvent     ├ cdp:RtVswitchOverrideCdpIfPol  Relationship to policy providing physical configuration of the interfaces    ├ cnw:RtActiveIf A target relation to the physical interface assigned to the node cluster.    ├ cnw:RtMbrIfs A target relation to the physical interface assigned to the node cluster.    ├ comm:RtPol A target relation to the communication policy.    ├ comm:RtResPol A target relation to the communication policy    ├ comm:RtWebCommDefault     ├ comm:RtWebCommPolRel  Relation from policy container to communication policies    ├ comm:RtWebPolRel     ├ comp:RtAssocObj     ├ comp:RtBaseCtrlr     ├ comp:RtCtrlr A target relation to the VM management system controller. Note that this relation is an internal object.    ├ comp:RtDef     ├ comp:RtDelInfo     ├ comp:RtDeployment     ├ comp:RtDom A target relation to the VM management system domain. Note that this relation is an internal object.    ├ comp:RtEndpoint     ├ comp:RtEpCPAtt     ├ comp:RtEpPD A target relation to abstraction for the endpoint group policy description. Note that this relation is an internal object.    ├ comp:RtEpgAggr     ├ comp:RtHv A target relation to the compute hypervisor. Note that this relation is an internal object.    ├ comp:RtHyper A target relation to the compute hypervisor. Note that this relation is an internal object.    ├ comp:RtNic A target relation to the abstract class representing network interface cards. Note that this relation is an internal object.    ├ comp:RtOpflexHv  Relation to the hypervisor in the IFC for UI display purposes. Use the new realtion VNodeToHv. This exists for backward compatibility.    ├ comp:RtPhys A target relation to a physical host or compute server. Note that this relation is an internal object.    ├ comp:RtPpNic A target relation to a physical interface on the physical host. Note that this relation is an internal object.    ├ comp:RtPvlan     ├ comp:RtPvlanEntry     ├ comp:RtRFltAtt     ├ comp:RtRFltPAtt     ├ comp:RtReplSet     ├ comp:RtToEPg     ├ comp:RtToEPgAtt     ├ comp:RtToNic     ├ comp:RtToVm     ├ comp:RtUsegEpPD     ├ comp:RtVNodeToHv  Relation to the hypervisor in the IFC for UI display purposes This is needed for stats as multiple ODevs can point to the same Hv.    ├ comp:RtVm A target relation to a virtual machine connected to a hypervisor. Note that this relation is an internal object.    ├ compat:RtCatRel A target relation to the compatibility catalog.    ├ compat:RtCatalog A target relation to the compatibility catalog.    ├ compat:RtFabFw A target relation to the firmware version.    ├ compat:RtFabRel A target relation to the firmware version.    ├ compat:RtNeighFw A target relation to the firmware version.    ├ compat:RtNeighRel A target relation to the firmware version.    ├ compat:RtProtGFw A target relation to the firmware version.    ├ compat:RtProtGRel A target relation to the firmware version.    ├ compat:RtResCtrlrCompatCat A target relation to the compatibility catalog.    ├ compat:RtSuppHw A target relation to the hardware model.    ├ compat:RtUpgRel A target relation to the firmware version.    ├ compat:RtVmmCtrlrVerRel A target relation to the version of the VMM controller.    ├ condition:RtToNodePolGrp     ├ config:RtAeConfigJobCont     ├ config:RtAeConfigSnapshotCont     ├ configpush:RtNextTx  Link to the next TxCont    ├ coop:RtCtx2Leaf A target relation to the COOP leaf records.    ├ coop:RtDTEp2Leaf  List of leafs publishing this DTEP    ├ coop:RtMcgrp2Leaf A target relation to the COOP leaf records.    ├ coop:RtMrtr2Leaf A target relation to the COOP leaf records.    ├ datetime:RtCtrlrDatetimeFormat A target relation to the date/time format policy.    ├ datetime:RtFormatPol The format of the date/time values is defined for the entire fabric and the global date/time format policy defines the time-zone.    ├ datetime:RtNtpProviderToNtpAuth A target relation to the NTP client authentication.    ├ datetime:RtResDatetimeFormat A target relation to the date/time format policy.    ├ dbg:RtAcLinkS2T A target relation to the atomic counter for a trail link.    ├ dbg:RtAcLinkT2D A target relation to the atomic counter for a trail link.    ├ dbg:RtAcPath A target relation to the atomic counter path.    ├ dbg:RtAcTrail A target relation to the atomic counter link.    ├ dbg:RtOgAcMode     ├ dbgexp:RtData A target relation to the tech support data policy container.    ├ dbgexp:RtDbgrPolRel     ├ dbgexp:RtDbgrTechSupDataContRel A target relation to the tech support data policy container.    ├ dbgexp:RtExportPol A target relation to the data export policy.    ├ dhcp:RtAllowedPools A target relation to the DHCP address pool.    ├ dhcp:RtAllowedSubnets  Association to Pool    ├ dhcp:RtClient Internal object: relation from the dhcpLease to the dhcpClient.    ├ dhcp:RtClientRel A target relation to the DCHP client.    ├ dhcp:RtLeaseDb A target relation to the DHCP lease database.    ├ dhcp:RtToNodeGrp     ├ dns:RtCtrlrDnsProfile A target relation to the DNS profile    ├ dns:RtDnsProfile A target relation to the DNS profile    ├ dnsepg:RtDnsSvrRel     ├ edr:RtErrDisRecoverPolCons A target relation to the error disable recovery policy.    ├ eigrp:RtEppEigrpCtxAfPol A target relation to the per-address family EIGRP context policy.    ├ eigrp:RtEppEigrpCtxDefaultPol     ├ eigrp:RtEppEigrpIfPol A target relation to the EIGRP interface policy.    ├ eigrp:RtIfDefToEigrpIf A target relation to EIGRP interfaces.    ├ ep:RtEpLoopProtectPolCons A target relation to the loop protection policy.    ├ epm:RtMacEpToIpEpAtt     ├ eqpt:RtCcepConn A target relation to an external IO port on a leaf. Note that this relation is an internal object.    ├ eqpt:RtExtChCardOdDiag A target relation to the extended chassis card. Note that this relation is an internal object.    ├ eqpt:RtFcOdDiag A target relation to a fabric card connecting to different IO cards. Note that this relation is an internal object.    ├ eqpt:RtFpOdDiag A target relation to a fabric facing external IO port. Note that this relation is an internal object.    ├ eqpt:RtLcOdDiag A target relation to a line card. Note that this relation is an internal object.    ├ eqpt:RtLpOdDiag A target relation to the host facing ports. Note that this relation is an internal object.    ├ eqpt:RtOosSlot     ├ eqpt:RtSupCOdDiag A target relation to the supervisor card. Note that this relation is an internal object.    ├ eqpt:RtSysCOdDiag A target relation to the system controller card. Note that this relation is an internal object.    ├ extnw:RtL3DomAtt A target relation to the fabric infrastructure policy domain profile.    ├ extnw:RtL3InstPToDomP A target relation to the fabric infrastructure policy domain profile.    ├ fabric:ProtoConsFrom       ├ bfd:RtSysBfdIpv4PolCons  Relationship with the bfd ipv4 instance policy consumed by this node      ├ bfd:RtSysBfdIpv6PolCons  Relationship with the bfd ipv6 instance policy consumed by this node      ├ cdp:RtCdpIfPolCons A target relation to a CDP interface policy.      ├ cdp:RtSysCdpInstPolCons  Relationship with the cdp instance policy consumed by this node      ├ copp:RtCoppIfPolCons  Relationship with the coppIf policy consumed by this physical interface      ├ fabric:RtHIfPolCons A target relation to the host interface policy. Note that this relation is an internal object.      ├ fc:RtFcIfPolCons  Relationship with the fcIfPol policy consumed by this physical interface      ├ fc:RtSysFcFabricPolCons  Relationship with the fiber channel fabric policy consumed by this node      ├ fc:RtSysFcInstPolCons  Relationship with the fiber channel instance policy consumed by this node      ├ infra:RtAttEntityPCons       ├ l2:RtL2IfPolCons       ├ l2:RtL2PortAuthCons  Relationship with the Port Authentication policy consumed by this physical interface      ├ l2:RtL2PortSecurityCons  Relationship with the Port Security policy consumed by this physical interface      ├ l2:RtSysL2NodePolAuthCons  Relationship to 802.1x policy consumed by this node      ├ lacp:RtLacpIfPolCons A target relation to the LACP interface policy.      ├ lacp:RtLacpPolCons A target relation to the LACP policy.      ├ lldp:RtLldpIfPolCons A target relation to the LLDP interface policy.      ├ lldp:RtLldpInstPolCons A target relation to the LLDP interface policy.      ├ lldp:RtSysLldpInstPolCons  Relationship with the lldp instance policy consumed by this node      ├ mcp:RtMcpIfPolCons       ├ mcp:RtSysMcpInstPolCons  Relationship with the mcp instance policy consumed by this node      ├ mon:RtMonPolIfPolCons A target relation to the monitoring policy model.      ├ mon:RtMonPolModulePolCons A target relation to the monitoring policy model.      ├ mon:RtMonPolSystemPolCons A target relation to the monitoring policy model.      ├ netflow:RtCeMonitorPolCons       ├ netflow:RtIpv4MonitorPolCons  Relationship with the Monitor policy consumed by this physical interface      ├ netflow:RtIpv6MonitorPolCons       ├ netflow:RtSysNetflowNodePolCons  Relationship with the Netflow Node policy consumed by this node      ├ poe:RtPoeIfPolCons  Relationship with the poe policy consumed by this physical interface      ├ poe:RtSysPoeInstPolCons  Relationship with the poe instance policy consumed by this node      ├ psu:RtPsuInstPolCons A target relation to the power redundancy policy.      ├ psu:RtSysPsuInstPolCons  Relationship with the psu instance policy consumed by this node      ├ qos:RtQosEgressDppIfPolCons  Relationship with the qosDppPol consumed by the physical interface in Egress      ├ qos:RtQosIngressDppIfPolCons  Relationship with the qosDppPol consumed by the physical interface in Ingress      ├ qos:RtQosPfcIfPolCons  Relationship with the qosPfcPol policy consumed by this physical interface      ├ qos:RtQosSdIfPolCons  Relationship with the SdIfPol policy consumed by this physical interface      ├ stormctrl:RtStormctrlIfPolCons       ├ stp:RtStpIfPolCons A target relation to the spanning-tree protocol interface policy.      ├ stp:RtSysMstInstPolCons  Relationship with the stp instance policy consumed by this node      ├ topoctrl:RtSysFwdScaleProfPolCons  Relationship with the forwarding scale profile policy consumed by this node    ├ fabric:RtCEpToPathEp A target relation to the abstraction of a path endpoint. Note that this relation is an internal object.    ├ fabric:RtCIfPathAtt A target relation to an abstraction of a path endpoint. Note that this relation is an internal object.    ├ fabric:RtCtrlrPGrp A target relation to a fabric controller group. Note that this relation is an internal object.    ├ fabric:RtCtrlrPolGroup A target relation to the fabric controller group. Note that this relation is an internal object.    ├ fabric:RtCtrlrSRel A target relation to the fabric controller group. Note that this relation is an internal object.    ├ fabric:RtDecommissionNode A target relation to the root node for the APIC.    ├ fabric:RtDefPinToPath  Represents uplink interfaces    ├ fabric:RtDestApic     ├ fabric:RtDestPathEp A target relation to an abstraction of the path endpoint. Note that this relation is an internal object.    ├ fabric:RtExtLeaves A target relation to the leaf selector. Note that this relation is an internal object.    ├ fabric:RtFabricNode A target relation to the root node for the APIC.    ├ fabric:RtFabricNodeRef A target relation to the root node for the APIC.    ├ fabric:RtFabricSetup     ├ fabric:RtFcPathAtt this object is used for creation of static association with a Path for fcoe. Existence of this implies that the corresponding set of policies will be resolved into the node to which the relationship points.    ├ fabric:RtHPathAtt     ├ fabric:RtInBStNode     ├ fabric:RtInterfacePolProfile A target relation to the port policy. Note that this relation is an internal object.    ├ fabric:RtLFPathAtt     ├ fabric:RtLeCardP A target relation to a leaf card profile. Note that this relation is an internal object.    ├ fabric:RtLeCardPGrp A target relation to the leaf card policy group.    ├ fabric:RtLeNodeP     ├ fabric:RtLeNodePGrp A target relation to the leaf node policy group. Note that this relation is an internal object.    ├ fabric:RtLePortP A target relation to the leaf fabric port profile. Note that this relation is an internal object.    ├ fabric:RtLePortPGrp A target relation to the leaf port policy group.    ├ fabric:RtLsAttLink A target relation to the loose node. Note that this relation is an internal object.    ├ fabric:RtLsNode A target relation to the loose node. Note that this relation is an internal object.    ├ fabric:RtModulePolProfile A target relation to the template used for deploying card fabric configuration. Note that this relation is an internal object.    ├ fabric:RtNexthopToProtG A target relation to an abstraction of VPC Protection group. Note that this relation is an internal object.    ├ fabric:RtNginxFabricNode     ├ fabric:RtNodeAtt A target relation to the root node for the APIC. Note that this relation is an internal object.    ├ fabric:RtNodeDefL3OutAtt A target relation to the root node for the APIC. Note that this relation is an internal object.    ├ fabric:RtNodeGroup A target relation to the node group.    ├ fabric:RtNodeIdentPol     ├ fabric:RtNodeL3OutAtt A target relation to the root node for the APIC. Note that this relation is an internal object.    ├ fabric:RtNodeLocation A target relation to the root node for the APIC. Note that this relation is an internal object.    ├ fabric:RtNodeOverride  Relation to node override which contains the info on which policies have to be deployed at node level (override)    ├ fabric:RtNodePolGroup A target relation to the abstraction of node policy groups. Note that this relation is an internal object.    ├ fabric:RtNodeident A target relation to the node identity profile. Note that this relation is an internal object.    ├ fabric:RtOFabricNode  This object is used for creation of static association with a Node. Existence of this implies that the corresponding set of policies will be resolved into the node to which the relationship points.    ├ fabric:RtOLeafSToLeNodePGrp  Relationship to policy group providing policies for the leafs    ├ fabric:RtOSpineSToSpNodePGrp  Relationship to policy group providing policies for the spines    ├ fabric:RtObsCtrlrSRel A target relation to the fabric controller group.    ├ fabric:RtOoBStNode     ├ fabric:RtOosPath A target relation to the abstraction of the path endpoint. Note that this relation is an internal object.    ├ fabric:RtPathAtt A target relation to the abstraction of a path endpoint. Note that this relation is an internal object.    ├ fabric:RtPathDefL2OutAtt A target relation to an abstraction of a path endpoint. Note that this relation is an internal object.    ├ fabric:RtPathDefL3OutAtt A target relation to an abstraction of a path endpoint. Note that this relation is an internal object.    ├ fabric:RtPathL2OutAtt A target relation to an abstraction of a path endpoint. Note that this relation is an internal object.    ├ fabric:RtPathL3OutAtt A target relation to an abstraction of a path endpoint. Note that this relation is an internal object.    ├ fabric:RtPathToLePortPGrp     ├ fabric:RtPathToSpPortPGrp     ├ fabric:RtPinToPath  Represents uplink interfaces    ├ fabric:RtPodPGrp A target relation to a pod policy group. Note that this relation is an internal object.    ├ fabric:RtPodPolGroup A target relation to a pod policy group. Note that this relation is an internal object.    ├ fabric:RtProtGroup A target relation to the VPC protection group. Note that this relation is an internal object.    ├ fabric:RtProtGrp A target relation to the VPC protection group. Note that this relation is an internal object.    ├ fabric:RtProtLbIf A target relation to an abstraction of a VPC protection group. Note that this relation is an internal object.    ├ fabric:RtProtectionGrp A target relation to a VPC protection group. Note that this relation is an internal object.    ├ fabric:RtResNodeIdentP A target relation to the node identity profile. Note that this relation is an internal object.    ├ fabric:RtSFPathAtt     ├ fabric:RtSHPathAtt  This object is used for creation of static association with a Spine's Host Port's Path. Existence of this implies that the corresponding set of policies will be resolved into the node to which the relationship points.    ├ fabric:RtSetupPol     ├ fabric:RtSpCardP A target relation to a spine card profile. Note that this relation is an internal object.    ├ fabric:RtSpCardPGrp A target relation to the spine card policy group. Note that this relation is an internal object.    ├ fabric:RtSpNodeP     ├ fabric:RtSpNodePGrp A target relation to the spine card policy group. Note that this relation is an internal object.    ├ fabric:RtSpPortP A target relation to a spine port profile. Note that this relation is an internal object.    ├ fabric:RtSpPortPGrp A target relation to the base class for a spine port policy group.    ├ fabric:RtSrcToPathEp A target relation to an abstraction of a path endpoint. Note that this relation is an internal object.    ├ fabric:RtStCEpDefToNode A relation target that represents static endpoints that are associated with this path endpoint.    ├ fabric:RtStCEpDefToPathEp A target relation to an abstraction of a path endpoint. Note that this relation is an internal object.    ├ fabric:RtStCEpToNode A relation target that represents static endpoints that are associated with this node.    ├ fabric:RtStCEpToPathEp A target relation to an abstraction of a path endpoint. Note that this relation is an internal object.    ├ fabric:RtTnlpathAtt     ├ fabric:RtToFabricPathS     ├ fabric:RtToFabricSetupPol     ├ fabric:RtToGrpRef     ├ fabric:RtToInfraPathS     ├ fabric:RtToNodeIdentP     ├ fault:RtEventMgrPolRel     ├ fc:RtToRemotePinningPDef     ├ fc:RtToVsanAttr     ├ fc:RtToVsanEncapInstDef     ├ fc:RtVsanAttr     ├ fc:RtVsanAttrDef     ├ file:RtExportDest A target relation from data export policy to destination.    ├ firmware:RtAecatfirmwarep A target relation to the catalog firmware policy version.    ├ firmware:RtAecatfirmwarepinternal     ├ firmware:RtAectrlrfirmwarep A target relation to the firmware policy specification of the controller.    ├ firmware:RtBootmgrcatfirmwarep A target relation to the catalog firmware policy version.    ├ firmware:RtFirmware A target relation to the firmware specification.    ├ firmware:RtFirmwareRepoP A target relation to the firmware repository population and maintenance information.    ├ firmware:RtFirmwarep     ├ firmware:RtFwFw     ├ firmware:RtFwGrp A target relation to the firmware group.    ├ firmware:RtIsrc A target relation to the internal source of firmware images.    ├ firmware:RtRepo A target relation to the firmware repository population and maintenance information.    ├ firmware:RtToFwGrp     ├ fv:From An internal relation base class.      ├ analytics:RtMonitorAtt  Reference to monitor      ├ dhcp:RtRelayAddrToProv       ├ fv:CustomRtDomIfConn         ├ l2:RtDomIfConn A target relation to the layer 2 flood domain.      ├ fv:RtCtxToEpP A target relation to a resolvable endpoint profile. This is an internal object.      ├ fv:RtExtBD A target relation to connectivity parameters for an interface. This is an internal object.      ├ fv:RtIpAddr A target relation to the connectivity parameters for an interface. This is an internal object.      ├ fv:RtIpEppAtt       ├ fv:RtL3If A target relation to the connectivity parameters for an interface. This is an internal object.      ├ fv:RtLbIfToLocale A target relation to a fabric node where this endpoint profile is present. This is an internal object.      ├ fv:RtMacBaseEppAtt       ├ fv:RtMacEppAtt       ├ fv:RtQinqEppAtt       ├ fv:RtRouteToIfConn A target relation to the connectivity parameters for an interface. This is an internal object.      ├ fv:RtToEpgProt A target relation to an endpoint group associated with a taboo policy in a given context.      ├ fv:RtToTunDef A target relation to a tunnel definition. This is an internal object.      ├ fv:RtVlanEppAtt A target relation to the resolvable endpoint profile. This is an internal object.      ├ fv:RtVxlanEppAtt A target relation to the resolvable endpoint profile. This is an internal object.      ├ ip:RtRouteToRouteDef A target relation to the route definitions.      ├ ip:RtRtDefIpAddr A target relation to the route definitions.      ├ l1:RtBrConf A target relation to an abstraction of Ethernet interface properties that are common between Ethernet physical and aggregated interfaces. Note that this relation is an internal object.      ├ l1:RtEncPhysRtdConf A target relation to an abstraction of Ethernet interface properties that are common between Ethernet physical and aggregated interfaces. Note that this relation is an internal object.      ├ l1:RtExtConf A target relation to an abstraction of Ethernet interface properties that are common between Ethernet physical and aggregated interfaces. Note that this relation is an internal object.      ├ l1:RtIoPPhysConf A target relation to the Layer 1 physical Ethernet interface information. Note that this relation is an internal object.      ├ l1:RtLocaleToObservedEthIf  Relation used for reporting health scores from ports to EpP in case of Node Attachment      ├ l1:RtPhysRtdConf A target relation to an abstraction of Ethernet interface properties that are common between Ethernet physical and aggregated interfaces. Note that this relation is an internal object.      ├ l1:RtToObservedEthIf       ├ l2:RtEPgDefToL2Dom A target relation to the layer 2 flood domain.      ├ l2:RtSpanSrcToL2CktEpAtt A target relation to the set of circuits. This is an internal object.      ├ l2:RtSrvExtIfMap       ├ l3:RtEPgDefToL3Dom A target relation to the layer 3 domain (VRF).      ├ l3ext:RtAddrToIpDef A target relation to a secondary IP address policy definition.      ├ leqpt:RtEpDefToLooseNode       ├ mgmt:RtRtdMgmtConf A target relation to the management interface.      ├ nw:RtEpDefRefToPathEp       ├ nw:RtEpDefToPathEp A target relation to the abstraction of an endpoint path.      ├ nw:RtPathDomAtt A target relation to the endpoint path.      ├ nw:RtVsanPathAtt  Associations to nw:PathEp with rel-mo to vfcif "      ├ pc:RtAccBndlGrpToAggrIf A target relation to the aggregated interface.      ├ pc:RtFexBndlGrpToAggrIf A target relation to the aggregated interface.      ├ pc:RtVpcConf A target relation to the aggregated interface.      ├ qosp:RtDot1pRuleAtt A target relation to the set of Dot1p rules.      ├ qosp:RtDscpRuleAtt A target relation to the set of DSCP rules.      ├ rtextcom:RtExtCommAtt A target relation to a route control rule for extended community lists.      ├ rtpfx:RtRtDstAtt A target relation to a list of prefix list rules.      ├ rtpfx:RtRtNhAtt A target relation to a list of prefix list rules.      ├ rtpfx:RtRtSrcAtt A target relation to a list of prefix list rules.      ├ rtregcom:RtRegCommAtt A target relation to a route control rule for regular community lists.      ├ svccopy:RtCopyDestAtt  Attachment to Copy Destination      ├ svccopy:RtToCopyDestGrp  Relationship to the copy service object      ├ svcredir:RtToRedirDestGrp  Relationship to the service object for pbr redirection    ├ fv:RtARemoteHostToEpg A target relation to teh abstract representation of the resolvable endpoint profile. This is an internal object.    ├ fv:RtARemoteHostToEpp A target relation to the abstract representation of the resolvable endpoint profile.    ├ fv:RtAcExtPolToContext  Relation to Context. Created internally only for ExtIp policies and only when the fv:Ctx is in tn-common. The Rt Mo when created under the Ctx, triggers a task to send OutDef objects to the policy    ├ fv:RtBDDefToBD A target relation to a bridge domain policy. This is an internal object.    ├ fv:RtChassisEpg A target relation to a set of endpoints.    ├ fv:RtClientGrpToEpp A target relation to the abstract representation of the resolvable endpoint profile.    ├ fv:RtContext  Source side ctx    ├ fv:RtCopyCtx     ├ fv:RtDefInfraBd A target relation to a private layer 2 bridge domain (BD).    ├ fv:RtDependencyToFailedEpP A target relation to a failed endpoint profile.    ├ fv:RtDestEpg A target relation to a set of endpoints. This is an internal object.    ├ fv:RtDestToVPort A target relation to an endpoint. This is an internal object.    ├ fv:RtDevEpg A target relation to an endpoint. This is an internal object.    ├ fv:RtDevMgrEpg     ├ fv:RtDnsAttrRel     ├ fv:RtDppIfCreatedByFvIfConn  Relationship with the fvIfConn to be able to export the stats from dppIf to fvIfConn    ├ fv:RtEPpInfoToBD A target relation to the abstract representation of a bridge domain policy.    ├ fv:RtEpCP     ├ fv:RtEpg A target relation to an attachable target group. This is an internal object.    ├ fv:RtEppToEpCP  Relation to fv:EpCP @@@ To get the criteria for classification @@@ local relation with resolve remote false    ├ fv:RtExporterToCtx  Points to the Ctx behind which the Netflow Exporter Resides    ├ fv:RtExporterToEPg  Points to the EPg behind which the Netflow Exporter Resides    ├ fv:RtFabricExtConnPDef     ├ fv:RtFromAbsEpg     ├ fv:RtFromEp A target relation to the properties of the client defined endpoint attached to the network. This is an internal object.    ├ fv:RtFromEpForEpToEpg A target relation to the properties of the client defined endpoint attached to the network. This is an internal object.    ├ fv:RtFromEpIp A target relation to the IP address of an endpoint.    ├ fv:RtFromEpIpForEpToEpg A target relation to the IP address of an endpoint.    ├ fv:RtFromEpg A target relation to a set of requirements for the application-level endpoint group instance. This is an internal object.    ├ fv:RtFuncToEpg A target relation to a set of endpoints. This is an internal object.    ├ fv:RtFvEppInband A target relation to an in-band management endpoint profile for a fabric node management endpoint group. This is an internal object.    ├ fv:RtFvEppOob A target relation to an out-of-band management endpoint profile for a fabric node management endpoint group. This is an internal object.    ├ fv:RtInfraOutRtdEpP     ├ fv:RtInstPToNatMappingEPg  Relation to the EPg that traffic should traverse if NAT is required. Currently used only by OVS in OpenStack envs.    ├ fv:RtLIfCtxToBD A target relation to a private layer 2 bridge domain.    ├ fv:RtLIfCtxToInstP     ├ fv:RtLocalEpCP     ├ fv:RtLocale A target relation to the fabric node where this endpoint profile is present.    ├ fv:RtMgmtEPg A target relation to a set of endpoints. This is an internal object.    ├ fv:RtMonToFvEppInband A target relation to an in-band management endpoint profile for a fabric node management endpoint group. This is an internal object.    ├ fv:RtMonToFvEppInbandEvent A target relation to the in-band management endpoint profile for a fabric node management endpoint group.    ├ fv:RtMonToFvEppOob A target relation to an out-of-band management endpoint profile for a fabric node management endpoint group. This is an internal object.    ├ fv:RtMonToFvEppOobEvent A target relation to an out-of-band management endpoint profile for a fabric node management endpoint group.    ├ fv:RtNtpProvToEpg A target relation to an attachable target group. This is an internal object.    ├ fv:RtNtpProvToEpp A target relation to an abstract representation of the resolvable endpoint profile.    ├ fv:RtOutToBDPublicSubnetHolder This relation subscribes the Out to the BDHolder in the shard    ├ fv:RtPolModAtt A target relation to a bridge domain policy modifier that can override the desired state of the bridge domain. This is an internal object.    ├ fv:RtPrToBDSubnetHolder     ├ fv:RtProfileToEpg An attachable target group. This is an internal object.    ├ fv:RtProfileToEpp An abstract representation of the resolvable endpoint profile.    ├ fv:RtProv A target relation to a set of requirements for the application-level endpoint group instance. This is an internal object.    ├ fv:RtProvToEpp     ├ fv:RtRegisterAREpPBootStrap     ├ fv:RtRegisterUpdates     ├ fv:RtRtdEpPToNatMappingEPg  Relation to the EPg that traffic should traverse if NAT is required. Currently used only by OVS in OpenStack envs.    ├ fv:RtSecInherited  Represents that the EPg is inheriting security configuration from another EPg    ├ fv:RtSecProvToEpg A target relation to an attachable target group. This is an internal object.    ├ fv:RtShardedRegisterAREpPBootStrap     ├ fv:RtShardedRegisterUpdates     ├ fv:RtSrcToBD A target relation to a private layer 2 bridge domain consisting of a set of physical or virtual ports. Each bridge domain must be linked to a context and have at least one subnet.    ├ fv:RtSrcToBDDef A target relation to a private layer 2 network context that belongs to a specific tenant. This is an internal object.    ├ fv:RtSrcToCtx A target relation to a private layer 3 network context that belongs to a specific tenant. This is an internal object.    ├ fv:RtSrcToCtxDef A target relation to a context definition. This is an internal object.    ├ fv:RtSrcToEpP A target relation to an endpoint profile. This is an internal object.    ├ fv:RtSrcToEpg A target relation to a set of endpoints. This is an internal object.    ├ fv:RtSrcToVPort A target relation to a set of endpoints. This is an internal object.    ├ fv:RtSrvCtx     ├ fv:RtSrvCtxDef  Relation to CtxDef    ├ fv:RtSvcBDToBDAtt A target relation to a bridge domain. This is an internal object.    ├ fv:RtSvcMgmtEpg A target relation to a set of endpoints. This is an internal object.    ├ fv:RtSvrEpg     ├ fv:RtTenant A target relation to a policy owner in the virtual fabric.    ├ fv:RtTenantInfra     ├ fv:RtTermToEPg A target relation to a set of endpoints. This is an internal object.    ├ fv:RtTnlCtx  Relation to common TnlCtx and by default enforcable and resolvable are true    ├ fv:RtToAbsEpg     ├ fv:RtToDomDef A target relation to the domain definition. This is an internal object.    ├ fv:RtToEp A target relation to the properties of the client defined endpoint attached to the network. This is an internal object.    ├ fv:RtToEpCP     ├ fv:RtToEpDef A target relation to an endpoint definition. This is an internal object.    ├ fv:RtToEpForEpToEp A target relation to the properties of the client defined endpoint attached to the network. This is an internal object.    ├ fv:RtToEpForEpgToEp A target relation to the properties of the client-defined endpoint attached to the network. This is an internal object.    ├ fv:RtToEpIp A target relation to the IP address of an endpoint.    ├ fv:RtToEpIpForEpToEp A target relation to the IP address of an endpoint.    ├ fv:RtToEpIpForEpgToEp A target relation to the IP address of an endpoint.    ├ fv:RtToEpg A target relation to a set of requirements for the application-level endpoint group instance. This is an internal object.    ├ fv:RtToEpgForEpgToEpg A target relation to a set of requirements for the application-level endpoint group instance. This is an internal object.    ├ fv:RtToFvDomDef     ├ fv:RtToFvFabricExtConnPDef     ├ fv:RtToFvPrimaryEncapDef     ├ fv:RtToFvSystemGIPoDef     ├ fv:RtToREpPCont     ├ fv:RtToRemoteBDDef A target relation to a private layer 2 network context that belongs to a specific tenant. This is an internal object.    ├ fv:RtToRemoteBDHolder A target relation to a bridge domain holder.    ├ fv:RtToRemoteConnInstrPol A target relation to the various segments of the network that need improvement to allow a more efficient distribution of limited budget resources.    ├ fv:RtToRemoteCtxDef A target relation to a context definition. This is an internal object.    ├ fv:RtToRemoteEpCP     ├ fv:RtToRemoteEpPCtrctInfo     ├ fv:RtToRemoteFabricExtConnPDef     ├ fv:RtToRemoteREpPCont     ├ fv:RtToRemoteRtdEpPInfoHolder A target relation to a Layer 3 routed outside and present under a tenant.    ├ fv:RtToRemoteSiteCont  Relation that will cause the download of the fv:SiteCont when required. this will be triggered by behavioural code on PE when handling changes on the LNodePDef Mo. NOTE: the update-type is 'subtree-with-rels' because the entire SiteCont hierarchy needs to be pulled down.    ├ fv:RtTrEpDst A target relation to the properties of the client-defined endpoint attached to the network. This is an internal object.    ├ fv:RtTrEpExtIpSrc     ├ fv:RtTrEpIpDst A target relation to the IP address of an endpoint.    ├ fv:RtTrEpIpSrc A target relation to the IP address of an endpoint.    ├ fv:RtTrEpSrc A target relation to the properties of the client-defined endpoint attached to the network. This is an internal object.    ├ fv:RtUnkMacActModAtt A target relation to the bridge domain policy modifier. This is an internal object.    ├ fv:RtVConnToEpgEp A target relation to a set of endpoints. This is an internal object.    ├ fv:RtVConnToEpgSubnet A target relation to a set of endpoints. This is an internal object.    ├ fv:RtVNode A target relation to the VNode that contains the endpoint. This is an internal object.    ├ fv:RtVsrcToEpg A target relation to a set of endpoints. This is an internal object.    ├ fvns:RtALDevToVlanInstP A target relation to the VLAN range namespace policy.    ├ fvns:RtALDevToVxlanInstP A target relation to the VxLAN namespace policy definition.    ├ fvns:RtAddrInst A target relation to the IP address namespace/IP address range.    ├ fvns:RtDomDefNs A target relation to the VxLAN namespace policy definition.    ├ fvns:RtDomDefNsLocal A target relation to the VxLAN namespace policy definition.    ├ fvns:RtDomMcastAddrNs A target relation to the multicast address namespace policy.    ├ fvns:RtDomVxlanNsDef     ├ fvns:RtIpPoolRef  Association from Local Resource to Real Resource    ├ fvns:RtMcastAddrNs A target relation to the policy definition of the multicast IP address ranges.    ├ fvns:RtVipAddrNs     ├ fvns:RtVlanInstP     ├ fvns:RtVlanNs A target relation to the VxLAN namespace policy definition.    ├ fvns:RtVlanNsDef A target relation to the namespace policy is used for managing the Encap (VXLAN, NVGRE, VLAN) ranges.    ├ fvns:RtVsanNs     ├ fvns:RtVsanNsDef     ├ fvns:RtVxlanNs A target relation to the VxLAN namespace policy definition.    ├ fvns:RtVxlanNsDef A target relation to the namespace policy is used for managing the Encap (VXLAN, NVGRE, VLAN) ranges.    ├ fvtopo:RtEp A target relation to the endpoint.    ├ geo:RtSystemRack A target relation to the rack identifier where the node is located.    ├ health:RtHealthRetPolicy  relation to resolve health:CtrlrRetP for all shards.    ├ health:RtHealthRetPolicyLocal  relation to resolve health:CtrlrRetP for local shard.    ├ hostprot:RtHostprotPol  Relation to hostprot policies used by this device.    ├ hvs:RtDlPol A target relation to the extended policies for the interfaces on VMs.    ├ hvs:RtExtPol A target relation to the extended policies for the interfaces on VMs.    ├ hvs:RtLNode A target relation to the logical node.    ├ hvs:RtMgmtPol A target relation to the extended policies for the interfaces on VMs.    ├ hvs:RtNicAdj A target relation to the connectivity to an external network.    ├ hvs:RtPvlan     ├ hvs:RtPvlan2     ├ hvs:RtRule     ├ hvs:RtUlPol A target relation to the extended policies for the interfaces on VMs.    ├ igmp:RtIfDefToIgmpIf  Relationship to the IGMP interfaces    ├ igmp:RtIfPol  Relationship to the IGMP interface policy    ├ infra:RtAEP     ├ infra:RtAccBaseGrp A target relation to the access policy group providing port configuration.    ├ infra:RtAccBndlSubgrp A target relation to the access bundle subgroup. Note that this relation is an internal object.    ├ infra:RtAccCardP A target relation to the module profile. Note that this relation is an internal object.    ├ infra:RtAccNodePGrp A target relation to the node policy group. Note that this relation is an internal object.    ├ infra:RtAccPortP A target relation to the interface profile. Note that this relation is an internal object.    ├ infra:RtAttEntP A target relation to the attached entity profile. Note that this relation is an internal object.    ├ infra:RtBndlGrp     ├ infra:RtCardPGrp A target relation to the module policy group.    ├ infra:RtConnFexS A target relation to the connectivity FEX selector.    ├ infra:RtConnPortS A target relation to the host connectivity port selector.    ├ infra:RtConnectivityProfile A target relation to the abstraction of port functions.    ├ infra:RtConnectivitySpProfile  Relation to infra spine access policy group. @@@ This relation is used to subscribe node for SpAccPortGrp/RsAttEntP @@@ AttEntityP/ContNS. @@@ Upgrade does not allow to change RsConnectivityProfile    ├ infra:RtDomAtt A target relation to a physical or virtual domain. Note that this relation is an internal object.    ├ infra:RtDomP A target relation to a physical or virtual domain. Note that this relation is an internal object.    ├ infra:RtFexGrp A target relation to the port functions. Note that this relation is an internal object.    ├ infra:RtFexp A target relation to the FEX profile. Note that this relation is an internal object.    ├ infra:RtInfraNodeOverride  Relation to node override which contains the info on which policies have to be deployed at node level (override)    ├ infra:RtInterfacePolProfile A target relation to the interface profile. Note that this relation is an internal object.    ├ infra:RtLDevDomP     ├ infra:RtModulePolProfile A target relation to the module profile. Note that this relation is an internal object.    ├ infra:RtNodeP     ├ infra:RtNodePolGroup A target relation to the node policy group. Note that this relation is an internal object.    ├ infra:RtOLeafSToAccNodePGrp  Relationship to policy group providing policies for the leafs    ├ infra:RtOut A target relation to the outside interfaces connected to the peer devices.    ├ infra:RtPathToAccBaseGrp     ├ infra:RtPathToSpAccGrp     ├ infra:RtSpAccGrp     ├ infra:RtSpAccPortP  Relationship to policy providing connectivity groups    ├ infra:RtSpineAccNodePGrp  Relationship to policy group providing policies for the leafs    ├ infra:RtStAttEntPAtt A target relation to the attached entity profile.    ├ infra:RtStGrpAtt A target relation to the port functions. Note that this relation is an internal object.    ├ infra:RtToInfraSetPol  Relation to infraSetPol    ├ infra:RtToInterfacePolProfile  Relation to port profile which contains the info on which policies/which interfaces have to be deployed on the node    ├ infra:RtToInterfaceSpPolProfile  Relation to spine profile which contains the info on which policies/which interfaces have to be deployed on the spine    ├ infra:RtToPeerNodeCfg     ├ infra:RtVpcBndlGrp A target relation to the bundle interface group. Note that this relation is an internal object.    ├ infrazone:RtToNodeGrp     ├ infrazone:RtZoneConfig     ├ ip:RtNexthopToNexthopDef A target relation to the next hops for the static route.    ├ ipsec:RtAreaSecAssocAtt  ipsec SA    ├ ipsec:RtDomSecAssocAtt  ipsec SA    ├ ipsec:RtIfSecAssocAtt  ipsec SA    ├ isis:RtNhAtt A target relation to the IS-IS next hop.    ├ l1:RtEthIf A target relation to an abstraction of Ethernet interface properties that are common between Ethernet physical and aggregated interfaces. Note that this relation is an internal object.    ├ l1:RtInbandConf A target relation to the Layer 1 physical Ethernet interface information. Note that this relation is an internal object.    ├ l1:RtLsNodeToIf A target relation to an abstraction of Ethernet interface properties that are common between Ethernet physical and aggregated interfaces. Note that this relation is an internal object.    ├ l1:RtMbrIfs A target relation to the Layer 1 physical Ethernet interface information. Note that this relation is an internal object.    ├ l1:RtNodePortAtt A target relation to an abstraction of Ethernet interface properties that are common between Ethernet physical and aggregated interfaces. Note that this relation is an internal object.    ├ l1:RtPhysIf A target relation to the Layer 1 physical Ethernet interface information. Note that this relation is an internal object.    ├ l1:RtSpanSrcToL1IfAtt A target relation to an abstraction for a layer-1 interface in the system. The properties apply to all types of interfaces. Note that this relation is an internal object.    ├ l1:RtTunnelMbrIfs A target relation to the Layer 1 physical Ethernet interface information. Note that this relation is an internal object.    ├ l2:RtAeCtrlrL2InstPol A target relation to L2 instance policy information. This is an internal object.    ├ l2:RtEpDefRefToL2MacEp     ├ l2:RtL2InstPol A target relation to a policy providing physical configuration of the interfaces. This is an internal object.    ├ l2:RtToLocalBdSubstitute     ├ l2:RtToLocalPcTagSubstitute     ├ l2ext:RtL2DomAtt A target relation to the external bridged domain profile.    ├ l2ext:RtL2InstPToDomP A target relation to the external bridged domain profile.    ├ l3:RtPseudoIf A target relation to the abstract layer 3 interface. If the mode is pseudo interface, the list of all interfaces the DHCP requests is flooded.    ├ l3:RtTenConn A target relation to the tenant context. This is an internal object.    ├ l3:RtToLocalCtxSubstitute     ├ l3:RtUserCtx A target relation to tenant context information. The tenant context is equivalent to a virtual routing and forwarding (VRF) instance created for the tenant's L3 network. Similar to a VRF in traditional Cisco routers, the tenant context isolates the IP addresses of the tenant, allowing different tenants to have overlapping IP addresses.    ├ l3ext:RtEppExtRouteTagPol A target relation to an external route tag policy.    ├ l3ext:RtFromRPToL3Dom  Association from Local Resource to Real Resource    ├ l3ext:RtFromRPToL3OutInstP  Association from Local Resource to Real Resource    ├ l3ext:RtInfraOutExp     ├ l3ext:RtIntersiteLbIfToOutRef     ├ l3ext:RtLIfCtxToOut A target relation to a Layer 3 outside policy.    ├ l3ext:RtLIfCtxToOutDef  Relation from LIf Context to L3ext:OutDef    ├ l3ext:RtLbIfToOutRef A target relation to a Layer 3 outside policy reference.    ├ l3ext:RtOutDefContToOut     ├ l3ext:RtPrToL3extProvLblDef     ├ l3ext:RtProvLblDef     ├ lacp:RtVswitchOverrideLacpPol  Relationship to lacp pc policy    ├ latency:RtLatencyOgMode     ├ latency:RtRelPtpMode     ├ leqpt:RtLsNodeAtt A target relation to the external unmanaged node.    ├ leqpt:RtTunnelToLooseNode A target relation to the external unmanaged node.    ├ lldp:RtVswitchOverrideLldpIfPol     ├ maint:RtAecatmaintp A target relation to the catalog maintenance policy.    ├ maint:RtAectrlrmaintp A target relation to the controller maintenance policy.    ├ maint:RtMaintpol     ├ maint:RtPolNotif A target relation to the user notification.    ├ maint:RtReltomaintp     ├ maint:RtToMaintGrp     ├ mcp:RtMcpInstPolCons     ├ mcp:RtVswitchOverrideMcpIfPol  Relationship to policy providing physical configuration of the interfaces    ├ mgmt:RtGrp A target relation to the managed node connectivity group.    ├ mgmt:RtInB  Relationship to an in-band EPG    ├ mgmt:RtInbEpg A target relation to the in-band management endpoint group.    ├ mgmt:RtMgmtConnectivityPrefs     ├ mgmt:RtOoB  Relationship to an out-of-band EPG    ├ mgmt:RtOobEpg A target relation to the out-of-band management endpoint group.    ├ mgmt:RtToNodeGrp     ├ mon:RtCtrlrPMonPol A target relation to the monitoring policy model for the infra semantic scope.    ├ mon:RtEppToMonPol A target relation to the monitoring policy model for the endpoint group (EPG) semantic scope.    ├ mon:RtMonPolLocalRefEvent     ├ mon:RtMonPolRef A target relation to the monitoring policy model.    ├ mon:RtMonPolRefEvent A target relation to the monitoring policy model.    ├ mon:RtToRemoteMonGrp     ├ mon:RtToRemoteMonGrpRefEvent     ├ mon:RtToRemoteMonPol A target relation to the monitoring policy model for the endpoint group semantic scope.    ├ nd:RtEpDefRefToStAdjEpV6 A target relation to static neighbor discovery adjacency definitions.    ├ netflow:RtMonitorDefToExporterDef     ├ netflow:RtMonitorDefToRecordDef     ├ netflow:RtToRemoteNetflowExporterPolDef     ├ netflow:RtToRemoteNetflowMonitorPolDef  Relation that will cause the download of the netflow:MonitorPolDef and its subtree when required. This config pull will be triggered by behavioural code on PE when handling changes on the netflow:MonitorPolHolder Mo We need to bring in the entire subtree since the subtree may contain Exporter and Record Def Mos ...    ├ netflow:RtVswitchExporterPol  Relationship to VMM Netflow Exporter Policy    ├ nw:RtDyPathAtt A target relation to the endpoint path.    ├ nw:RtPathToIf A target relation to the interface information.    ├ nw:RtStPathAtt A target relation to the endpoint path.    ├ nws:RtVswitchOverrideFwPol  Relationship to nws fw policy    ├ opflex:RtODevKeys  Association from one Ctrlr to opflex certs    ├ opflex:RtTsODev  Relation to source fabric node    ├ orchs:RtSvcsEncapToSvcAlloc  Relation to help Track All the SvcsIps    ├ orchs:RtSvcsIpToSvcAlloc  Relation to help Track All the SvcsIps    ├ ospf:RtEppOspfAfCtxPol A source relation to per address family OSPF context policy.    ├ ospf:RtEppOspfCtxPol A target relation to the context-level OSPF timer policy.    ├ ospf:RtEppOspfIfPol A target relation to the OSPF interface-level policy.    ├ ospf:RtExtDefToOspfArea     ├ ospf:RtIfDefToOspfIf A target relation to the OSPF information that is operated at an interface level.    ├ ospfv3:RtIfDefToOspfv3If A target relation to OSPF information that is operated at a interface level.    ├ pcons:RtClDep This is generated and used only by internal processes.    ├ pcons:RtOwner This is generated and used only by internal processes.    ├ pcons:RtSubtreeClDep This is generated and used only by internal processes.    ├ pcons:RtSubtreeDep This is generated and used only by internal processes.    ├ pcons:RtToResolver     ├ phys:RtALDevToPhysDomP The physical domain profile.    ├ pim:RtIfDefToPimIf  Relationship to the PIM interfaces    ├ pim:RtIfPol  Relationship to the PIM interface policy    ├ pim:RtRP2Grange     ├ pim:RtToRemotePimRouteMapDefWrapper  Relation that will cause the download of the pim:RouteMapDefWrapper, which is used for route-map population. The update-type is subtree because the whole subtree is needed to be downloaded    ├ pki:RtCertificateEp     ├ pki:RtExportEncryptionKey     ├ pki:RtKeyringRef     ├ pki:RtResPkiEp A target relation to the PKI configuration.    ├ pki:RtToFabricCommunicationEp     ├ pki:RtWebtokenRel A target relation to cryptographic data used for generating and verifying web tokens.    ├ planner:RtAzureDomainLabel  Label for this domain    ├ planner:RtAzureDomainTmpl  Azure Domain Template    ├ planner:RtBdVrf  VRF    ├ planner:RtClusterLabel  Label for this Cluster    ├ planner:RtConnectedLeaf  Leaf this fex is connected to    ├ planner:RtConnectedSpine  Spine this leaf is connected to    ├ planner:RtConsumedContracts  Contracts consumed by this epg    ├ planner:RtDeployedFex  Deployed Fex    ├ planner:RtDeployedObject  Deployed Object    ├ planner:RtEpgBd  Bridge Domain    ├ planner:RtEpgLabel  Lable for this EPG    ├ planner:RtExistingTopoDeplPref     ├ planner:RtFexLabel  Label for fex    ├ planner:RtGraphBd  Graph Bridge Domain (for goto-one-arm)    ├ planner:RtGraphCluster  L4L7 Cluster    ├ planner:RtGraphContracts     ├ planner:RtGraphL3Out  Graph L3Out (for goto-one-arm)    ├ planner:RtL2OutBd  Bridge Domain    ├ planner:RtL3OutVrf  VRF    ├ planner:RtLeafLabels  Lables assigned to leaf    ├ planner:RtNodeLabels     ├ planner:RtProvidedContracts  Contracts provided by this epg    ├ planner:RtToConsumerBd  Consumer side Bridge Domain (for goto-two-arm)    ├ planner:RtToConsumerL3Out  Consumer side l3out (for goto-two-arm)    ├ planner:RtToProviderBd  Provider side Bridge Domain (for goto-two-arm)    ├ planner:RtToProviderL3Out  Provider side L3Out (for goto-two-arm)    ├ planner:RtVmwareDomainLabel  Label for this domain    ├ planner:RtVmwareDomainTmpl  Vmware Domain Template    ├ pol:NFromRef Represents a target name.      ├ aaa:RtAaaCtrlrRetLocalP       ├ aaa:RtAaaCtrlrRetP A target relation to resolve a controller audit retention policy.      ├ aaa:RtLSubjToDomainRef       ├ aaa:RtNodeAaaRecRetP A source relation to the switch AAA audit log retention policy. This object is managed internally and should not be modified by the user.      ├ aaa:RtResAuditSwRetP A target relation to the switch AAA audit log retention policy. This object is managed internally and should not be modified by the user.      ├ aaa:RtScriptHandlerStateToDomainRef A target relation to a reference to the domain that the parent object belongs.      ├ aaa:RtSessionToDomainRef       ├ aaa:RtTenantToDomainRef       ├ aaa:RtVDevDomainRefContToDomainRef       ├ aaa:RtVDevToDomainRef A target relation to a reference to the domain that the parent object belongs.      ├ ap:RtDockerImage       ├ ap:RtPluginPol       ├ bfd:RtBfdIpv4InstPol  Relationship to BFD Ipv4 Instance Policy      ├ bfd:RtBfdIpv6InstPol  Relationship to BFD Ipv6 Instance Policy      ├ bfd:RtIfPol  Relationship to the BFD interface policy      ├ bfd:RtToBfdIpv4InstPol       ├ bfd:RtToBfdIpv6InstPol       ├ bgp:RtBgpCtxPol A target relation to the BGP timers policy.      ├ bgp:RtBgpNodeCtxPol  Relationship to the BGP context policy      ├ bgp:RtCtxToBgpCtxAfPol A target relation to the per-address family BGP context policy.      ├ bgp:RtPeerPfxPol A target relation to the peer prefix policy.      ├ bgp:RtPodPGrpBGPRRP A target relation to the BGP instance policy.      ├ callhome:RtCallhomeInvPol A target relation to the call home inventory policy.      ├ cdp:RtCdpIfPol A target relation to physical interface configuration policy.      ├ cdp:RtDefaultCdpIfPol A target relation to the CDP interface policy.      ├ cdp:RtOverrideCdpIfPol A target relation to the CDP interface policy.      ├ cdp:RtResCdpIfPol A target relation to the CDP interface policy.      ├ comm:RtCommPol A target relation to the communication policy.      ├ config:RtDbgrConfigExportP A target relation to the configuration export policy.      ├ config:RtDbgrConfigImportIdP       ├ config:RtDbgrConfigImportP A target relation to the configuration import policy.      ├ config:RtDbgrConfigRollbackP       ├ config:RtDbgrConfigSnapshotMgrP       ├ coop:RtPodPGrpCoopP A target relation to the COOP group policy.      ├ coop:RtResCoopPol A target relation to the COOP group policy information.      ├ copp:RtCoppIfPol  Relationship to per interface per protocol copp policer      ├ copp:RtLeafCoppProfile  Relationship the CoPP profile to be applied on leafs      ├ copp:RtSpineCoppProfile  Relationship the CoPP profile to be applied on spines      ├ datetime:RtNtpProvToNtpAuthKey       ├ datetime:RtTimePol A target relation to the date time policy.      ├ dbg:RtResOngoingAcMode       ├ dbgexp:RtApplCoreP A target relation to the core policy.      ├ dbgexp:RtApplTechSupOnD A target relation to the on-demand tech support policy.      ├ dbgexp:RtApplTechSupP A target relation to the tech support policy.      ├ dbgexp:RtExportPRel A target relation to the core policy.      ├ dbgexp:RtNodeCoreP A target relation to the core policy.      ├ dbgexp:RtNodeTechSupP A target relation to the tech support policy.      ├ dbgexp:RtResCoreP A target relation to the core policy.      ├ dbgexp:RtResTechSupP A target relation to the tech support policy.      ├ dhcp:RtBDToRelayP A target relation to the DHCP relay profile.      ├ dhcp:RtDhcpOptionPol A target relation to the DHCP option policy.      ├ dhcp:RtLblDefToRelayP Internal object: Relation from dhcpLblDef to dhcpRelayP.      ├ dhcp:RtRelayP A target relation to the DHCP relay profile.      ├ edr:RtResErrDisRecoverPol A target relation to the error disable recovery policy.      ├ edr:RtToErrDisRecoverPol       ├ eigrp:RtCtxToEigrpCtxAfPol A target relation to the per-address family EIGRP context policy.      ├ eigrp:RtIfPol A target relation to the EIGRP interface policy.      ├ ep:RtResLoopProtectPol A target relation to the loop protection policy.      ├ ep:RtToEpControlP       ├ ep:RtToEpLoopProtectP       ├ event:RtEventCtrlrRetLocalP       ├ event:RtEventCtrlrRetP A target relation to the controller event record retention policy.      ├ event:RtNodeEventRecRetP A target relation to the switch event retention policy.      ├ event:RtResEventSwRetP A target relation to teh switch event retention policy.      ├ fabric:RtFabricipv4expg A target relation to the spine IPV4 explicit protection group. Note that this relation is an internal object.      ├ fabric:RtFabricmacexpg A target relation to the spine MAC explicit protection group. Note that this relation is an internal object.      ├ fabric:RtHIfPol A target relation to the host interface policy. Note that this relation is an internal object.      ├ fabric:RtHealthFabricNode       ├ fabric:RtNodeCtrl  Relationship to the digital optical monitoring policy      ├ fabric:RtResFabricIPV4ProtPol A target relation to the spine IPV4 protection policy. Note that this relation is an internal object.      ├ fabric:RtResFabricIPV6ProtPol       ├ fabric:RtResFabricMACProtPol A target relation to the spine MAC protection group. Note that this relation is an internal object.      ├ fabric:RtResFabricProtChainP A target relation to the node proxy IP profile. Note that this relation is an internal object.      ├ fabric:RtResHIfPol A target relation to the host interface policy. Note that this relation is an internal object.      ├ fabric:RtScriptHandlerLock       ├ fabric:RtToFabricIPV6ProtPol       ├ fault:RtFaultCtrlrRetLocalP       ├ fault:RtFaultCtrlrRetP A target relation to controller fault record retention policy.      ├ fault:RtNodeFaultRecRetP A target relation to the fault record retention policy.      ├ fault:RtResFaultSwRetP A target relation to the fault retention policy for switches.      ├ fc:RtFcFabricPol  Relation to fcInstPol      ├ fc:RtFcIfPol  Relation to fcIFPol      ├ fc:RtFcInstPol  Relation to fcInstPol      ├ fhs:RtBDToFhs  Relation to FHS BD policy      ├ fhs:RtTrustCtrl  Relationship for FHS trust control      ├ file:RtExportDestination A target relation to the remote destination path parameters for the data export.      ├ file:RtImportSource A target relation to the remote destination path parameters for the data export.      ├ file:RtRemotePath       ├ firmware:RtFwgrpp A target relation to the firmware specification policy for a node.      ├ firmware:RtPlgnFirmware       ├ firmware:RtResCatFwP A relation to the catalog firmware policy version.      ├ fv:RtBd A target relation to the bridge domain associated to this endpoint group. This is an internal object.      ├ fv:RtBdToEpRet A target relation to the endpoint retention policy providing the parameters for the lifecycle of the endpoint group. This is an internal object.      ├ fv:RtCtx A target relation to a private layer 3 network context that is shared or belongs to a specific tenant. This is an internal object.      ├ fv:RtCtxToEpRet A target relation to the endpoint retention policy that provides the parameters for the lifecycle of the endpoint group. This is an internal object.      ├ fv:RtEBd A target relation to the bridge domain associated to this endpoint group. This is an internal object.      ├ fv:RtEctx A target relation to a private layer 3 network context that belongs to a specific tenant or is shared. This is an internal object.      ├ fv:RtInfraBD A target relation to a private layer 2 bridge domain consisting of a set of physical or virtual ports. Each bridge domain must be linked to a context and have at least one subnet.      ├ fv:RtInstPCtx A target relation to the private layer 3 network context that belongs to a specific tenant or is shared.      ├ fv:RtMgmtBD A target relation to a private layer 2 bridge domain consisting of a set of physical or virtual ports. Each bridge domain must be linked to a context and have at least one subnet.      ├ fv:RtOoBCtx The target relation to the private layer 3 network context that belongs to a specific tenant or is shared.      ├ health:RtHealthCtrlrRetP A target relation to the controller health score history record retention policy.      ├ health:RtHealthLevelLocalP       ├ health:RtHealthLevelP       ├ health:RtNodeHealthRecRetP A target relation to the health score level policy.      ├ health:RtResHealthPols A target relation to the health score policies container.      ├ health:RtResHealthSwRetP A target relation to the retention policy for the health score history records of switches.      ├ hsrp:RtGroupPol  Relationship to the HSRP Group policy      ├ hsrp:RtIfPol  Relationship to the HSRP interface policy      ├ igmp:RtIgmpsn A target relation to the IGMP snoop policy.      ├ infra:RtClusterPol       ├ infra:RtClusterPolRel A target relation that indicates consumers of a cluster size policy. Note that this relation is an internal object.      ├ infra:RtClusterPolicy       ├ isis:RtPodPGrpIsisDomP A target relation to the domain policy.      ├ l2:RtDefaultL2InstPol A target relation to L2 instance policy information. This is an internal object.      ├ l2:RtL2IfPol       ├ l2:RtL2NodeAuthPol  Relation to l2NodeAuthPol      ├ l2:RtL2PortAuthPol  Relation to l2PortAuthPol      ├ l2:RtL2PortSecurityPol  Relationship to policy providing L2 PortSecurity configuration      ├ l2:RtResL2InstPol A target relation to the layer 2 instance policy information. This is an internal object.      ├ l3ext:RtBDSubnetToOut A target relation to the layer 3 routed outside.      ├ l3ext:RtBDToOut A target relation to the policy controlling layer 3 connectivity to outside.      ├ l3ext:RtCtxToExtRouteTagPol       ├ lacp:RtDefaultLacpLagPol A target relation to the LACP policy.      ├ lacp:RtLacpIfPol A target relation to the LACP interface policy.      ├ lacp:RtLacpInterfacePol  Relationship to policy providing lacp configuration of the ports      ├ lacp:RtLacpPol A target relation to the LACP policy.      ├ lacp:RtOverrideLacpPol A target relation to the LACP policy.      ├ lacp:RtResLacpIfPol A target relation to the LACP interface policy.      ├ lacp:RtResLacpLagPol A target relation to the LACP policy.      ├ lbp:RtResLbPol A target relation to the dynamic load balancing policy.      ├ lldp:RtDefaultLldpIfPol A target relation to the LLDP interface policy.      ├ lldp:RtLldpIfPol A target relation to the LLDP interface policy.      ├ lldp:RtOverrideLldpIfPol A target relation to the LLDP interface policy.      ├ lldp:RtResLldpIfPol A target relation to the LLDP interface policy.      ├ lldp:RtResLldpInstPol A target relation to the node level LLDP policy.      ├ maint:RtMgrpp A target relation to the maintenance policy.      ├ mcp:RtMcpIfPol       ├ mcp:RtOverrideMcpIfPol       ├ mcp:RtResMcpIfPol       ├ mcp:RtResMcpInstPol       ├ mcp:RtToMcpIfPol       ├ mcp:RtToMcpInstPol       ├ mon:RtABDPolMonPol A target relation to the monitoring policy model for the endpoint group.      ├ mon:RtAEPgMonPol A target relation to the monitoring policy model for the endpoint group.      ├ mon:RtApMonPol A target relation to the monitoring policy model for the endpoint group.      ├ mon:RtApplMonPol A target relation to the monitoring policy model for the fabric semantic scope.      ├ mon:RtCtxMonPol A target relation to the monitoring policy model for the endpoint group (EPG) semantic scope.      ├ mon:RtMonBrkoutInfraPol  Statistics Policy      ├ mon:RtMonFexInfraPol A target relation to the monitoring policy model for the infra semantic scope.      ├ mon:RtMonIfFabricPol A target relation to the monitoring policy model for the fabric semantic scope.      ├ mon:RtMonIfInfraPol A target relation to the monitoring policy model for the infra semantic scope.      ├ mon:RtMonInstFabricPol A target relation to the monitoring policy model for the fabric semantic scope.      ├ mon:RtMonModuleFabricPol A target relation to the monitoring policy model for the fabric semantic scope.      ├ mon:RtMonModuleInfraPol A target relation to the monitoring policy model for the infra semantic scope.      ├ mon:RtMonNodeInfraPol A target relation to the monitoring policy model for the infra semantic scope.      ├ mon:RtResMonCommonPol A target relation to the monitoring policy model for the common semantic scope.      ├ mon:RtResMonFabricPol A target relation to the monitoring policy model for the fabric semantic scope.      ├ mon:RtResMonInfraPol A target relation to the monitoring policy model for the infra semantic scope.      ├ mon:RtTenantMonPol A target relation to the monitoring policy model for the endpoint group semantic scope.      ├ nd:RtBDToNdP A target relation to the neighbor discovery interface policy.      ├ nd:RtNdIfPol A target relation to the neighbor discovery interface policy.      ├ nd:RtNdPfxPol A target relation to a neighbor discovery prefix policy.      ├ nd:RtRaSubnetToNdPfxPol A target relation to a neighbor discovery prefix policy.      ├ netflow:RtBDToNetflowMonitorPol  Relation to Netflow Monitor policy      ├ netflow:RtLIfPToNetflowMonitorPol  Relation to netflowMonitorIfPol      ├ netflow:RtMonitorToExporter       ├ netflow:RtMonitorToRecord       ├ netflow:RtNetflowMonitorPol  Relation to netflow Monitor Policy      ├ netflow:RtNetflowNodePol  Relationship to Netflow Node Policy      ├ nws:RtDefaultFwPol       ├ nws:RtOverrideFwPol  Relationship to nws fw policy      ├ nws:RtResNwsFwPol       ├ ospf:RtCtxToOspfCtxPol A target relation to the per-address family OSPF context policy.      ├ ospf:RtIfPol A target relation to the OSPF interface-level policy.      ├ ospf:RtOspfCtxPol A target relation to the context-level OSPF timer policy.      ├ pim:RtSnoopAccessGroupFilterRMap  Matching rule for the access group using rtctrlProfile For future releases Matching rule for the acce...      ├ pki:RtKeyRing       ├ poe:RtPoeIfPol  Relationship to poe policy providing physical configuration of the interfaces      ├ poe:RtPoeInstPol  Relationship to POE Node Policy      ├ psu:RtPsuInstPol A target relation to the power redundancy policy.      ├ psu:RtResPsuInstPol A target relation to the power redundancy policy.      ├ qos:RtCustQosPol A target relation to a custom QoS policy that enables different levels of service to be assigned to network traffic, including specifications for the Differentiated Services Code Point (DSCP) value(s), and the 802.1p Dot1p priority. Note that this relation is an internal object.      ├ qos:RtDppPol  Relationship for Dpp QOS policy      ├ qos:RtEgressQosDppPol  Relation to qosDppPol In Egress      ├ qos:RtIngressQosDppPol  Relation to qosDppPol In Ingress      ├ qos:RtQosDppIfPol  Relation to qosDppPol      ├ qos:RtQosEgressDppIfPol  Relation to qosDppPol as Engress policy      ├ qos:RtQosIngressDppIfPol  Relation to qosDppPol as Ingress policy      ├ qos:RtQosPfcIfPol  Relation to qosPfcIfPol      ├ qos:RtQosSdIfPol  Relation to qosSDPol      ├ qos:RtResQoSPol A target relation to the QoS classification traffic descriptor and specifications used to categorize a packet within a specific group and making the packet accessible for QoS handling in the network. Note that this relation is an internal object.      ├ qos:RtResQosInstPol A target relation to a resolvable QOS instance policy. Note that this relation is an internal object.      ├ rtctrl:RtBDSubnetToProfile A target relation to the route control profile.      ├ rtctrl:RtBDToProfile A target relation to the route control profile.      ├ rtctrl:RtBDToProfileDef       ├ rtctrl:RtCtxPToSubjP A target relation to the subject profile.      ├ rtctrl:RtDampeningPol  Relationship to per L3 Out Dampening Policy      ├ rtctrl:RtInstPToProfile A target relation to a route control profile.      ├ rtctrl:RtInterleakPol  Relationship to per L3 Out Context Interleak Policy      ├ rtctrl:RtScopeToAttrP A target relation to the action rule profile.      ├ rtctrl:RtSubnetToProfile A target relation to the action rule profile.      ├ snmp:RtSnmpPol A target relation to an SNMP policy that contains site information and general protocol configuration parameters. Note that this relation is an internal object.      ├ span:RtProvDestGrp A target relation to the SPAN destination group.      ├ span:RtProvToVDestGrp A target relation to the VSPAN destination group.      ├ span:RtSpanVDestGrp A target relation to the VSPAN destination group.      ├ span:RtSpanVSrcGrp A target relation to the VSPAN source group.      ├ stormctrl:RtStormctrlIfPol       ├ stp:RtDefaultStpIfPol A target relation to the spanning-tree protocol interface policy.      ├ stp:RtMstInstPol A target relation to the multiple spanning-tree protocol policy.      ├ stp:RtOverrideStpPol  Relationship to stp policy      ├ stp:RtStpIfPol A target relation to the spanning-tree protocol interface policy.      ├ synthetic:RtPolicy       ├ topoctrl:RtTopoctrlFwdScaleProfPol  Relation to topoctrlFwdScaleProfilePol      ├ trig:RtExportScheduler A target relation to the scheduler policy.      ├ trig:RtInvScheduler A target relation to the scheduler policy.      ├ trig:RtPolCtrlrScheduler A target relation to the scheduler policy.      ├ trig:RtPolScheduler A target relation to the scheduler policy.      ├ trig:RtSessionScheduler       ├ trig:RtTSScheduler A target relation to the scheduler policy.      ├ troubleshoot:RtTroubleshootSessionRel       ├ vns:RtALDevToDevMgr       ├ vns:RtCDevToChassis       ├ vns:RtCfgToVConn A target relation to a virtual connector. Note that this relation is an internal object.      ├ vns:RtFiltGraphAtt A target relation to an input terminal node. Note that this relation is an internal object.      ├ vns:RtGraphAtt A target relation to an input terminal node. Note that this relation is an internal object.      ├ vns:RtInTermGraphAtt A target relation to an output terminal node. Note that this relation is an internal object.      ├ vns:RtLDevCtxToRtrCfg       ├ vns:RtOutTermGraphAtt A target relation to an input terminal node. Note that this relation is an internal object.      ├ vns:RtSubjGraphAtt A target relation to an input terminal node. Note that this relation is an internal object      ├ vns:RtVnsmdev A target relation to definitions of the metadata for a service device type. Note that this relation is an internal object.      ├ vns:RtVnsmdfctcat       ├ vpc:RtVpcInstPol A target relation to the node-level vPC domain policy.      ├ vz:RtAnyToCons A target relation to any consumer.      ├ vz:RtAnyToConsIf A target relation to a contract interface. A contract interface can be used as a contract consumption interface when a consumer consumes the contract by associating it to a consumption interface provided by the provider in the consumer's domain. A consumer can associate with the contract consumption interface when it is provided by the provider in the consumer's domain. Note that a contract consumption interface represents one or more subjects de...      ├ vz:RtAnyToProv A target relation to any provider.      ├ vz:RtCons A target relation to a consumer. Note that this relation is an internal object.      ├ vz:RtConsIf A target relation to a contract interface. A contract interface can be used as a contract consumption interface when a consumer consumes the contract by associating it to a consumption interface provided by the provider in the consumer's domain. A consumer can associate with the contract consumption interface when it is provided by the provider in the consumer's domain. Note that a contract consumption interface represents one or more subjects de...      ├ vz:RtDenyRule A target relation to a filter. A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. Note that this relation is an internal object.      ├ vz:RtFiltAtt A target relation to a filter. A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. Note that this relation is an internal object.      ├ vz:RtIntraEpg  Intra EPg contract: Represents that the EPg is moving from "allow all within epg" mode to a "deny all within epg" mode. The only type of traffic allowed between EPs in this EPg is the one specified by contracts EPg associates to with this relation.      ├ vz:RtOoBCons A target relation to an out-of-band binary contract profile. The out-of-band binary contract profiles can only be provided by an out-of-band endpoint group and can only be consumed by the external prefix set. A regular endpoint group cannot provide or consume an out-of-band contract profile. Note that this relation is an internal object.      ├ vz:RtOoBProv A target relation to an out-of-band binary contract profile. The out-of-band binary contract profiles can only be provided by an out-of-band endpoint group and can only be consumed by the external prefix set. A regular endpoint group cannot provide or consume an out-of-band contract profile. Note that this relation is an internal object.      ├ vz:RtProtBy A target relation to a taboo contract. A taboo contract provides a way for an endpoint group to specify the subjects on which communication is not allowed. Note that this relation is an internal object.      ├ vz:RtProv A target relation to a provider.      ├ vz:RtSubjFiltAtt A target relation to a filter. A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. Note that this relation is an internal object.    ├ pres:RtPresClass This is generated and used only by internal processes.    ├ pres:RtPresRegdPodCont     ├ pres:RtToDefaultPolicies     ├ qos:RtDefToCustomPol A target relation to a custom QoS policy that enables different levels of service to be assigned to network traffic, including specifications for the Differentiated Services Code Point (DSCP) value(s), and the 802.1p Dot1p priority. Note that this relation is an internal object.    ├ qos:RtDefToDot1PClass A target relation to the class for dot1p to priority map. Note that this relation is an internal object.    ├ qos:RtDefToDscpClass A target relation to the class for DSCP to priority map. Note that this relation is an internal object.    ├ qos:RtToQosDscpTransCont     ├ qos:RtToRemoteQosDppPolDef  Relation that will cause the download of the qos:DppPolDef when required this will be triggered by behavioural code on PE when handling changes on the qosDppPolHolder Mo NOTE: the update-type is 'self' because this MO is very simple and doesn't need to update a subtree, but just itself, hence is much more ...    ├ rib:RtRouteOwnerToNexthopAtt     ├ rtdmc:RtFilterToRtMapPol     ├ rtsum:RtSubnetToRtSumm     ├ snmp:RtCommSecPClientGrpAtt Ignore, removed    ├ snmp:RtCommToCtxAtt A target relation to the SNMP context used to scope the view of the OIDs.    ├ snmp:RtDestGroup A target relation to SNMP destination group. This group contains information needed to send traps or informs to a set of destinations    ├ snmp:RtEventMgrSnmpPol  Relation from polciy container to snmp policies    ├ snmp:RtSnmpPRel     ├ span:RtDestToVPortDef     ├ span:RtSrcToVPortDef     ├ stats:RtMonPolDefRef An internal relation.    ├ stp:RtToEncapInstDef A target relation to the spanning-tree protocol encap instance profile definition.    ├ stp:RtVswitchOverrideStpPol  Relationship to stp policy    ├ sts:RtExtInFabOutRevAtt     ├ sts:RtExtOutFabOutAtt     ├ sts:RtFabInExtInAtt     ├ sts:RtFabInRevExtOutAtt     ├ sts:RtFabOutNxtExtInAtt     ├ sts:RtFabOutRevPrevExtOutAtt     ├ sts:RtNodeAtt     ├ sts:RtToStsVNode     ├ svcredir:RtDestAtt  Attachment to Redirect Destination    ├ synthetic:RtSynPolicyEvent     ├ synthetic:RtSynpolicy     ├ synthetic:RtToAObj  @faultExplanation This is a custom explanation for a relation fault. @faultRecommendedAction This is a custom recommended action for a relation fault    ├ synthetic:RtToObj     ├ synthetic:RtUnenfPolicy     ├ syslog:RtDestGroup A target relation to the syslog destination group.    ├ syslog:RtNwsSyslogSrcDefToDestGroup     ├ syslog:RtNwsSyslogSrcToDestGroup     ├ syslog:RtNwsSyslogSrcToDestGroupInt     ├ syslog:RtToRemoteSyslogGroup     ├ testinfralab:RtSnacks     ├ throttler:RtToCustomNoTracking     ├ top:RtExporterToTopSystem  Points to the TopSystem on the leaf. This relation exists only on PE    ├ top:RtFwinstlsrc A target relation to the system health.    ├ top:RtTrDst A target relation to the system health.    ├ top:RtTrSrc A target relation to the system health.    ├ top:RtTsSrc A target relation to the system health.    ├ trig:RtPolCatalogScheduler A target relation to the scheduler policies.    ├ trig:RtTriggerable A target relation to the container for a triggerable object.    ├ trig:RtWindowStarted A target relation to the container for scheduled windows.    ├ uribv4:RtRouteOwnerToNexthopAtt A target relation to a URIB next-hop database record.    ├ validator:RtNextScope     ├ vlan:RtSrcEncap A target relation to the VLAN object created for an endpoint group with an 802.1q encap.    ├ vlan:RtToVlanCkt  Relationship to the vlan::CktEp Used for DVS USEG feature for ref counting number of Ckts using this rule Single vlanCktEp will be shared by multiple base EPGs in a given BD    ├ vmm:RtALDevToDomP A target relation to the VMM domain profile. The VMM domain profile is a policy for grouping VM controllers with similar networking policy requirements. For example, the VM controllers can share VLAN or VXLAN space and application endpoint groups. The APIC communicates with the controller to publish network configurations such as port groups that are then applied to the virtual workloads. Note that this relation is an internal object.    ├ vmm:RtAcc A target relation to the user account profile. Note that this relation is an internal object.    ├ vmm:RtBaseCtrlrP A target relation to the VMM controller profile. The VMM controller profile is a policy pertaining to a single VM management domain that also corresponds to a single policy enforcement domain. A cluster of VMware VCs forms such a domain. Note that this relation is an internal object.    ├ vmm:RtBaseDomP A target relation to the VMM domain profile. The VMM domain profile is a policy for grouping VM controllers with similar networking policy requirements. For example, the VM controllers can share VLAN or VXLAN space and application endpoint groups. The APIC communicates with the controller to publish network configurations such as port groups that are then applied to the virtual workloads. Note that this relation is an internal object.    ├ vmm:RtCDevToCtrlrP  implicit relation to validate the controller profile    ├ vmm:RtCtrlrP A target relation to a vCenter controller in the VMM manager component.    ├ vmm:RtDomP An internal object (in the comp domain scope) created as part of relation to a VMM domain profile.    ├ vmm:RtDompRel A target relation to the VMM domain profile. The VMM domain profile is a policy for grouping VM controllers with similar networking policy requirements. For example, the VM controllers can share VLAN or VXLAN space and application endpoint groups. The APIC communicates with the controller to publish network configurations such as port groups that are then applied to the virtual workloads. Note that this relation is an internal object.    ├ vmm:RtEncapAllctr  Relation to the allocator for encap    ├ vmm:RtProvP A target relation to the VMM provider profile. The provider profile is a container for storing the policies of VMM systems from a particular vendor (VMware or Microsoft). This container is automatically created by the system. Note that this relation is an internal object.    ├ vmm:RtVmmCtrlrP A target relation to the VMM controller profile. The VMM controller profile is a policy pertaining to a single VM management domain that also corresponds to a single policy enforcement domain. A cluster of VMware VCs forms such a domain. Note that this relation is an internal object.    ├ vns:RtAbsConnectionConns A target relation to a connector. Note that this relation is an internal object.    ├ vns:RtAbsCopyConnection  Copy connection connects to copy connector.    ├ vns:RtAbsFuncProf     ├ vns:RtAbsGraph     ├ vns:RtAllocLDev  Allocated LDevVip    ├ vns:RtBDDefToConn A target relation to a connector. Note that this relation is an internal object.    ├ vns:RtBDDefToLIf A target relation to the logical interface associated with a set of concrete interfaces from the L4-L7 device cluster.    ├ vns:RtBdConn A target relation to a connector. Note that this relation is an internal object.    ├ vns:RtCDevAtt A target relation to an individual service device that is part of an L4-L7 device cluster. Note that this relation is an internal object.    ├ vns:RtCDevOperInfoToCDev A target relation to a concrete device that is part of an L4-L7 device cluster. This object is generated and used only by internal process.    ├ vns:RtCIfAtt A target relation to a set of concrete interfaces from the device in the cluster. Note that this relation is an internal object.    ├ vns:RtCIfAttN     ├ vns:RtCfgToConn A target relation to a connector. Note that this relation is an internal object.    ├ vns:RtChassisToMChassis     ├ vns:RtConnToAConn  Optional relation used to figure out the Epg where IP are learnt for the EpAttach feature    ├ vns:RtConnToAConnInst  Optional relation - Required only when user wants to specify the connector to use for ep attach    ├ vns:RtConnToCtxTerm A target relation to a terminal. This is an internal object that is only required when VRF split is intended.    ├ vns:RtConnToCtxTermInst A target relation to a terminal. Note that this relation is an internal object.    ├ vns:RtConnToLIfInst A target relation to a logical interface associated with a set of concrete interfaces from the L4-L7 device cluster. Note that this relation is an internal object    ├ vns:RtConnectionInstConns A target relation to a connector. Note that this relation is an internal object.    ├ vns:RtConnector A target relation to the meta-connector. Note that this relation is an internal object.    ├ vns:RtDefaultScopeToTerm A target relation to a terminal. Note that this relation is an internal object.    ├ vns:RtDevFolderToMFolder A target relation to an MFolder path. Note that this relation is an internal object.    ├ vns:RtDevMgrToMDevMgr     ├ vns:RtDevPingToCDev A target relation to an individual service device that is part of an L4-L7 device cluster. Note that this relation is an internal object.    ├ vns:RtDfctToCat A target relation to the Cisco defined category of the defect.    ├ vns:RtEPgDefToConn A target relation to a connector. Note that this relation is an internal object.    ├ vns:RtEPgDefToLIf A target relation to the logical interface associated with a set of concrete interfaces from the L4-L7 device cluster. Note that this relation is an internal object.    ├ vns:RtEPpInfoAtt A target relation to endpoint profile information. Note that this relation is an internal object.    ├ vns:RtEventConn A target relation to a connector. Note that this relation is an internal object    ├ vns:RtFolderInstAtt A target relation to a folder instance configured by the administrator. Note that this relation is an internal object.    ├ vns:RtFolderInstToMFolder A target relation to an MFolder path. Note that this relation is an internal object.    ├ vns:RtFromLDevForExtToEp A target relation to a service device cluster. Note that this relation is an internal object.    ├ vns:RtFromLDevForIpToEpg A target relation to a service device cluster. Note that this relation is an internal object.    ├ vns:RtFunction A target relation to the metadata for a single function on a device. Note that this relation is an internal object.    ├ vns:RtGraphDefToGraph A target relation to graph.    ├ vns:RtGraphInstToLDevCtx A target relation to a device cluster context points to the device cluster used to pick a specific device based on contract, subject, and function label or names. Note that this relation is an internal object.    ├ vns:RtGraphInstanceMeta A target relation to an abstract graph is made of up of abstract nodes. Abstract nodes are comprised of service nodes, such as a service node balancer (SLB) or firewall (FW), abstract term nodes (the nodes that are connected to EPGs), and connections. Note that this relation is an internal object.    ├ vns:RtInterface A target relation to an interface label. Note that this relation is an internal object.    ├ vns:RtLDevAtt A target relation to a service device cluster. Note that this relation is an internal object.    ├ vns:RtLDevCtxToLDev A target relation to a device cluster.    ├ vns:RtLDevInst A target relation to the object that ties a contract, graph and device.    ├ vns:RtLDevItem  Association from Local Resource to Real Resource    ├ vns:RtLDevOperInfoToALDev A target relation to a service device cluster. Note that this relation is an internal object.    ├ vns:RtLIfCtxToLIf A target relation to the logical interface of a device cluster.    ├ vns:RtLIfCtxToSvcRedirectPol     ├ vns:RtLdevIfToLDev A target relation to a service device cluster. Note that this relation is an internal object.    ├ vns:RtMChassis     ├ vns:RtMChassisToMDev     ├ vns:RtMConnAtt A target relation to a connector between logical functions. Note that this relation is an internal object.    ├ vns:RtMConnAttInst A target relation to a connector between logical functions. Note that this relation is an internal object.    ├ vns:RtMDev     ├ vns:RtMDevAtt A target relation to definitions of the metadata for a service device type. The metadata contains vendor-specific data including the vendor name, device model, and device version. Note that this relation is an internal object.    ├ vns:RtMDevMgr     ├ vns:RtMDevMgrToMDev     ├ vns:RtMetaIf A target relation to an interface label. Note that this relation is an internal object.    ├ vns:RtMgmtAddr     ├ vns:RtNodeInstMeta A target relation to an abstract node representing a service node. Note that this relation is an internal object.    ├ vns:RtNodeInstToLDevCtx A target relation to a device cluster context points to the device cluster used to pick a specific device based on contract, subject, and function label or names. Note that this relation is an internal object.    ├ vns:RtNodeToAbsFuncProf A target relation to an abstract function profile. Note that this relation is an internal object.    ├ vns:RtNodeToLDev  Relation from AbsNode to LDev    ├ vns:RtNodeToMFunc A target relation to the metadata for a single function on a device. Note that this relation is an internal object.    ├ vns:RtProfToMFunc A target relation to the metadata for a single function on a device. Note that this relation is an internal object.    ├ vns:RtRLdevInst     ├ vns:RtSEPpInfo     ├ vns:RtSEPpInfoAtt     ├ vns:RtScopeToTerm A target relation to a terminal. Note that this relation is an internal object.    ├ vns:RtTarget A target relation to meta folder information. Note that this relation is an internal object.m    ├ vns:RtTermInstMeta A target relation to an abstract terminal node. Note that this relation is an internal object.    ├ vns:RtToLDevForEpToExt A target relation to a service device cluster. Note that this relation is an internal object.    ├ vns:RtToLDevForEpgToIp A target relation to a service device cluster. Note that this relation is an internal object.    ├ vns:RtToRemoteRedirectPol     ├ vns:RtVConnToVConn A target relation to a virtual connector. Note that this relation is an internal object.    ├ vns:RtVnsCtrlrEp A target relation to the controller appliance IP address and connectivity information. Note that this relation is an internal object.    ├ vns:RtVnschassis     ├ vns:RtVnsldev A target relation to a service device cluster. Note that this relation is an internal object.    ├ vns:RtVnsldevctx A target relation to a device cluster context points to the device cluster used to pick a specific device based on contract, subject, and function label or names. Note that this relation is an internal object.    ├ vpc:RtVpcInstPolCons A target relation to the node-level vPC domain policy.    ├ vz:RtAeToCtrct     ├ vz:RtAnyToCtrct     ├ vz:RtBdFloodTo A target relation to a filter. A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. Note that this relation is an internal object.    ├ vz:RtConnToFlt A target relation to an abstraction of a filter object, which can be a filter, folder of filters , or a collection of filters. Note that this relation is an internal object.    ├ vz:RtConnToFltInst A target relation to an abstraction of a filter object, which can be a filter, folder of filters , or a collection of filters. Note that this relation is an internal object.    ├ vz:RtCtxMcastTo A target relation to a filter. A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. Note that this relation is an internal object.    ├ vz:RtERFltPOwner     ├ vz:RtFwdRFltPAtt A target relation to a forward remote filter profile.    ├ vz:RtGraphDef A target relation to the graph container.    ├ vz:RtIf A target relation to an abstract resolvable contract. Note that this relation is an internal object.    ├ vz:RtProvDef A target relation to the container for a contract endpoint group.    ├ vz:RtRFltAtt A target relation to a resolved filter profile.    ├ vz:RtRFltP     ├ vz:RtRFltPOwner A target relation to a filter. A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. Note that this relation is an internal object.    ├ vz:RtRevRFltPAtt The reverse a resolved filter profile.    ├ vz:RtRfltpConn A target relation to the resolved filter profile.    ├ vz:RtTabooRFltAtt A target relation to a taboo resolved filter profile.    ├ vz:RtTermToAny     ├ vz:RtTnDenyRule A target relation to a filter. A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. Note that this relation is an internal object.    ├ vz:RtToAnyDef     ├ vz:RtToCtrct A target relation to a contract endpoint group container.    ├ vz:RtToCtrctEPgCont     ├ vz:RtToEPgAtt     ├ vz:RtToEpgConn A target relation to an endpoint group connection.    ├ vz:RtToRFltP     ├ vz:RtToRemoteAnyDef     ├ vz:RtToRemoteAnyGroupDef  @@ Pulls in vzAnyGroupDef configuration    ├ vz:RtToRemoteCtrct     ├ vz:RtToRemoteCtrctEPgCont     ├ vz:RtToRemoteRFltAtt A target relation to remote resolved filter profile.    ├ vz:RtToRemoteRFltP     ├ vz:RtToRemoteTabooDef A target relation to a remote taboo definition.    ├ vz:RtToTabooDef A target relation to a taboo definition.  ├ reln:To This is generated and used only by internal processes.    ├ aaa:RsCertificateEp     ├ aaa:RsDomainRef A source relation to an AAA domain reference.    ├ aaa:RsFabricSetup     ├ aaa:RsFvEppInband A source relation to an in-band management endpoint profile for a fabric node management endpoint group.    ├ aaa:RsFvEppOob A source relation to an out-of-band management endpoint profile for a fabric node management endpoint group.    ├ aaa:RsKeyringRef     ├ aaa:RsLoginDomain A source relation to an AAA login domain for authentication and authorization.    ├ aaa:RsNginxFabricNode     ├ aaa:RsNginxIPRbacRule     ├ aaa:RsNginxIRbacRule     ├ aaa:RsNginxRbacRule     ├ aaa:RsPol A source relation to the communication policy.    ├ aaa:RsPreLoginBanner A source relation to the informational banner displayed before user login authentication.    ├ aaa:RsProvToEpp     ├ aaa:RsRbacEp     ├ aaa:RsSecProvToEpg A source relation to the endpoint group through which the provider server is reachable.    ├ aaa:RsTenantInfra     ├ aaa:RsToUserEp     ├ aaa:RsUserEp A source relation to a user endpoint. This object is managed internally and should not be modified by the user.    ├ actrl:RsAuxRule     ├ actrl:RsRfltpConn     ├ actrl:RsTenConn     ├ actrl:RsToEpgConn     ├ actrl:RsToStsVNode     ├ actrl:RsToVlanCkt  Relationship to the vlan::CktEp Used for DVS USEG feature for ref counting number of Ckts using this rule Single vlanCktEp will be shared by multiple base EPGs in a given BD    ├ analytics:RsCollectorAtt  Relation to collector    ├ analytics:RsPolicyAtt  Reference to policy    ├ analytics:RsProfAtt  Reference to profile    ├ analytics:RsRecordPAtt  Relation to record    ├ analytics:RsSrvCtx     ├ analytics:RsSrvCtxDef  Relation to CtxDef    ├ bfd:RsMbrSess  Relation to port-channel member sessions    ├ callhome:RsDestGroup A call home group.    ├ callhome:RsDestGroupRel The name of the node destination group. This is the full path to the organization. The maximum supported string length is 255 ASCII characters.    ├ callhome:RsQueryGroupRel A source relation to a call home query group.    ├ cnw:RsActiveIf A source relation to the physical interface assigned to the node cluster.    ├ cnw:RsMbrIfs A source relation to the physical interface assigned to the node cluster.    ├ comm:RsWebCommDefault     ├ comm:RsWebCommPolRel  Relation from policy container to communication policies    ├ comp:RsAssocObj     ├ comp:RsCtrlr A source relation to the VM management system controller. Note that this relation is an internal object.    ├ comp:RsCtrlrP A source relation to the VMM controller profile.    ├ comp:RsDef     ├ comp:RsDelInfo     ├ comp:RsDeployment     ├ comp:RsDlPol A source relation to the common policies for the interface connected to the node. Note that this relation is an internal object.    ├ comp:RsDom A source relation to the VM management system domain. Note that this relation is an internal object.    ├ comp:RsDomP A source relation to the VMM domain profile. Note that this relation is an internal object.    ├ comp:RsEndpoint     ├ comp:RsEpCP     ├ comp:RsEpgAggr     ├ comp:RsHv A source relation to the compute hypervisor. Note that this relation is an internal object.    ├ comp:RsLocalEpCP     ├ comp:RsMgmtPol A source relation to the common policies for the VM interfaces. Note that this relation is an internal object.    ├ comp:RsNicAdj A source relation to the connectivity to the external network. Note that this relation is an internal object.    ├ comp:RsODevKeys  Association from one Ctrlr to opflex certs    ├ comp:RsPhys A source relation to a physical host or compute server. Note that this relation is an internal object.    ├ comp:RsPpNic A source relation to a physical interface on the physical host. Note that this relation is an internal object.    ├ comp:RsProvP A source relation to the VMM provider profile. Note that this relation is an internal object.    ├ comp:RsPvlan     ├ comp:RsRFltAtt     ├ comp:RsRFltP     ├ comp:RsReplSet     ├ comp:RsToEPg     ├ comp:RsToEPgAtt     ├ comp:RsUlPol A source relation to the common policies for the interface connected to the node. Note that this relation is an internal object.    ├ comp:RsUsegEpPD     ├ compat:RsFabRel A source relation to the firmware versions that can co-exist in fabric.    ├ compat:RsNeighRel A source relation to the firmware versions compatible between directly connected neighbors    ├ compat:RsProtGRel A source relation to the firmware versions compatible between VPC peers.    ├ compat:RsSuppHw A source relation to the hardware model supported by specific firmware.    ├ compat:RsUpgRel A source relation to the firmware versions compatible for upgrade/downgrade.    ├ compat:RsVmmCtrlrVerRel A source relation to the VMM controller version.    ├ condition:RsToNodePolGrp     ├ configpush:RsNextTx  Link to the next TxCont    ├ coop:RsCtx2Leaf A source relation to the COOP leaf records.    ├ coop:RsDTEp2Leaf  List of leafs publishing this DTEP    ├ coop:RsMcgrp2Leaf A source relation to the COOP leaf records.    ├ coop:RsMrtr2Leaf A source relation to the COOP leaf records.    ├ datetime:RsNtpProvToEpg A source relation to the base class for the Attachable Target Group.    ├ datetime:RsNtpProvToEpp A source relation to the abstract representation of the resolvable endpoint profile. This is an abstract class and cannot be instantiated.    ├ datetime:RsNtpProviderToNtpAuth A source relation to the date/time NTP authorization.    ├ dbg:RsLatencyOgMode     ├ dbg:RsOgAcMode     ├ dbg:RsRelPtpMode     ├ dbgac:RsAcExtPolToContext  Relation to Context. Created internally only for ExtIp policies and only when the fv:Ctx is in tn-common. The Rt Mo when created under the Ctx, triggers a task to send OutDef objects to the policy    ├ dbgac:RsContext  Source side ctx    ├ dbgac:RsFromAbsEpg     ├ dbgac:RsFromEp A source relation to the client endpoint attaching to the network.    ├ dbgac:RsFromEpForEpToEpg A source relation to the client endpoint attaching to the network.    ├ dbgac:RsFromEpIp A source relation to the IP address of an endpoint.    ├ dbgac:RsFromEpIpForEpToEpg A source relation to the IP address of an endpoint.    ├ dbgac:RsFromEpg A source relation to the set of requirements for an application-level endpoint group instance.    ├ dbgac:RsFromLDevForExtToEp A source relation to the service device cluster.    ├ dbgac:RsFromLDevForIpToEpg A source relation to the service device cluster.    ├ dbgac:RsToAbsEpg     ├ dbgac:RsToEp A source relation to the client endpoint attaching to the network.    ├ dbgac:RsToEpForEpToEp A source relation to the client endpoint attaching to the network.    ├ dbgac:RsToEpForEpgToEp A source relation to the client endpoint attaching to the network.    ├ dbgac:RsToEpIp A source relation to the IP address of an endpoint.    ├ dbgac:RsToEpIpForEpToEp A source relation to the IP address of an endpoint.    ├ dbgac:RsToEpIpForEpgToEp A source relation to the IP address of an endpoint.    ├ dbgac:RsToEpg A source relation to the set of requirements for an application-level endpoint group instance.    ├ dbgac:RsToEpgForEpgToEpg A source relation to the set of requirements for an application-level endpoint group instance.    ├ dbgac:RsToLDevForEpToExt A source relation to the service device cluster.    ├ dbgac:RsToLDevForEpgToIp A source relation to the service device cluster.    ├ dbgexp:RsData A source relation to the tech support data to be collected.    ├ dbgexp:RsExportDest A source relation to the remote destination path parameters for the data export.    ├ dbgexp:RsExportPol A source relation to the data export policy.    ├ dbgexp:RsSnmpPRel     ├ dbgexp:RsTsODev  Relation to source fabric node    ├ dbgexp:RsTsSrc A source relation to the system health.    ├ dbgexp:RsUserCtx A source relation to the tenant context information.    ├ dhcp:RsAllowedPools A source relation to the DHCP address pool.    ├ dhcp:RsAllowedSubnets  Association to Pool    ├ dhcp:RsClient Internal object: relation from the dhcpLease to the dhcpClient.    ├ dhcp:RsLeaseDb A source relation to the DHCP Lease Database.    ├ dhcp:RsProv An endpoint group associated with the DHCP relay profile. Hosts/clients in the endpoint group can obtain IP addresses acquired via the DHCP relay profile.    ├ dhcp:RsPseudoIf A source relation to the abstract layer 3 interface. If the mode is pseudo interface, the list of all interfaces that the dhcp requests is flooded.    ├ dhcp:RsToNodeGrp     ├ dns:RsDnsProfile A source relation to the DNS profile.    ├ dns:RsProfileToEpg A source relation to DNS server endpoint group    ├ dns:RsProfileToEpp A source relation to an abstract representation of the resolvable endpoint profile.    ├ dnsepg:RsSvrEpg     ├ dpp:RsDppIfCreatedByFvIfConn  Relationship with the fvIfConn to be able to export the stats from dppIf to fvIfConn    ├ eigrp:RsEppEigrpCtxDefaultPol     ├ eigrp:RsIfDefToEigrpIf A source relation to EIGRP interfaces.    ├ epm:RsMacEpToIpEpAtt     ├ eqptdiagp:RsExtChCardOdDiag A source relation to the extended chassis. An extended chassis is an extension of the fabric. Note that this relation is an internal object.    ├ eqptdiagp:RsFcOdDiag A source relation to the fabric card connecting different IO cards. Note that this relation is an internal object.    ├ eqptdiagp:RsFpOdDiag A source relation to the fabric facing external IO port. Note that this relation is an internal object.    ├ eqptdiagp:RsLcOdDiag A source relation to a line card (IO card), containing IO ports. Note that this relation is an internal object.    ├ eqptdiagp:RsLpOdDiag The host facing access ports.    ├ eqptdiagp:RsSupCOdDiag A source relation to the supervisor card that contains the CPU running control plate. Note that this relation is an internal object.    ├ eqptdiagp:RsSysCOdDiag A source relation to the system controller card. Note that this relation is an internal object.    ├ ethpm:RsErrDisRecoverPolCons A source relation to the error-disable recovery policy.    ├ extnw:RsOut A source relation to an abstraction of the port functions.    ├ fabric:AOOSReln       ├ fabric:RsOosPath A source relation to an abstraction of the path endpoint.      ├ fabric:RsOosSlot     ├ fabric:NodeToPathOverridePolicy       ├ fabric:RsToFabricPathS       ├ infra:RsToInfraPathS     ├ fabric:NodeToPolicy       ├ fabric:RsCtrlrPolGroup A source relation to appliance policy group, which contains the info on which policies have to be deployed at pod level. Note that this relation is an internal object.      ├ fabric:RsInterfacePolProfile A source relation to the port policy. Note that this relation is an internal object.      ├ fabric:RsModulePolProfile A source relation to the template used for deploying card fabric configuration. Note that this relation is an internal object.      ├ fabric:RsNodeOverride  Relation to node override which contains the info on which policies have to be deployed at node level (override)      ├ fabric:RsNodePolGroup A source relation to the abstraction of node policy groups. Note that this relation is an internal object.      ├ fabric:RsPodPolGroup A source relation to the pod policy group. Note that this relation is an internal object.      ├ infra:RsBndlGrp       ├ infra:RsFexGrp A source relation to the FEX policy group.      ├ infra:RsInfraNodeOverride  Relation to node override which contains the info on which policies have to be deployed at node level (override)      ├ infra:RsInterfacePolProfile A source relation to the interface profile.      ├ infra:RsModulePolProfile A source relation to the module profile.      ├ infra:RsNodePolGroup A source relation to the node policy group. Note that this relation is an internal object.      ├ infra:RsToEncapInstDef This is an internal object used to keep track of which namespaces are allowed on a set of ports.      ├ infra:RsToInterfacePolProfile  Relation to port profile which contains the info on which policies/which interfaces have to be deployed on the node      ├ infra:RsToInterfaceSpPolProfile  Relation to spine profile which contains the info on which policies/which interfaces have to be deployed on the spine      ├ infra:RsToVsanAttr       ├ infra:RsToVsanEncapInstDef       ├ infra:RsVpcBndlGrp A source relation to the bundle interface group.    ├ fabric:ProtoConsTo       ├ eqpt:RsMonPolModulePolCons A source relation to a monitoring policy. Note that this relation is an internal object.      ├ eqpt:RsPsuInstPolCons A source relation to a power redundancy policy. Note that this relation is an internal object.      ├ l1:RsAttEntityPCons       ├ l1:RsCdpIfPolCons A source relation to CDP interface policy parameters. Note that this relation is an internal object.      ├ l1:RsCeMonitorPolCons       ├ l1:RsCoppIfPolCons  Relationship with the coppIf policy consumed by this physical interface      ├ l1:RsFcIfPolCons  Relationship with the fcIfPol policy consumed by this physical interface      ├ l1:RsHIfPolCons A source relation to the host interface policy. Note that this relation is an internal object.      ├ l1:RsIpv4MonitorPolCons  Relationship with the Monitor policy consumed by this physical interface      ├ l1:RsIpv6MonitorPolCons       ├ l1:RsL2IfPolCons       ├ l1:RsL2PortAuthCons  Relationship with the Port Authentication policy consumed by this physical interface      ├ l1:RsL2PortSecurityCons  Relationship with the Port Security policy consumed by this physical interface      ├ l1:RsLacpIfPolCons A source relation to the port-Level LACP member policy. Note that this relation is an internal object.      ├ l1:RsLldpIfPolCons A source relation to the LLDP policy parameters for the interface. Note that this relation is an internal object.      ├ l1:RsMcpIfPolCons       ├ l1:RsMonPolIfPolCons A source relation to the base monitoring policy model. Note that this relation is an internal object.      ├ l1:RsPoeIfPolCons  Relationship with the poe policy consumed by this physical interface      ├ l1:RsQosEgressDppIfPolCons  Relationship with the qosDppPol consumed by the physical interface in Egress      ├ l1:RsQosIngressDppIfPolCons  Relationship with the qosDppPol consumed by the physical interface in Ingress      ├ l1:RsQosPfcIfPolCons  Relationship with the qosPfcPol policy consumed by this physical interface      ├ l1:RsQosSdIfPolCons  Relationship with the SdIfPol policy consumed by this physical interface      ├ l1:RsStormctrlIfPolCons       ├ l1:RsStpIfPolCons A source relation to the Spanning-Tree Protocol (STP) policy. Note that this relation is an internal object.      ├ lldp:RsLldpInstPolCons A source relation to the node level LLDP policy.      ├ pc:RsLacpPolCons A source relation to the LACP policy.      ├ top:RsMonPolSystemPolCons A source relation to the monitoring policy consumed by this node.      ├ top:RsSysBfdIpv4PolCons  Relationship with the bfd ipv4 instance policy consumed by this node      ├ top:RsSysBfdIpv6PolCons  Relationship with the bfd ipv6 instance policy consumed by this node      ├ top:RsSysCdpInstPolCons  Relationship with the cdp instance policy consumed by this node      ├ top:RsSysFcFabricPolCons  Relationship with the fiber channel fabric policy consumed by this node      ├ top:RsSysFcInstPolCons  Relationship with the fiber channel instance policy consumed by this node      ├ top:RsSysFwdScaleProfPolCons  Relationship with the forwarding scale profile policy consumed by this node      ├ top:RsSysL2NodePolAuthCons  Relationship to 802.1x policy consumed by this node      ├ top:RsSysLldpInstPolCons  Relationship with the lldp instance policy consumed by this node      ├ top:RsSysMcpInstPolCons  Relationship with the mcp instance policy consumed by this node      ├ top:RsSysMstInstPolCons  Relationship with the stp instance policy consumed by this node      ├ top:RsSysNetflowNodePolCons  Relationship with the Netflow Node policy consumed by this node      ├ top:RsSysPoeInstPolCons  Relationship with the poe instance policy consumed by this node      ├ top:RsSysPsuInstPolCons  Relationship with the psu instance policy consumed by this node    ├ fabric:RsAcLinkS2T A source relation to an atomic counter for a link. Note that this relation is an internal object.    ├ fabric:RsAcLinkT2D A source relation to an atomic counter link.    ├ fabric:RsAcPath A source relation to the atomic counter for a path. Note that this relation is an internal object.    ├ fabric:RsAcTrail A source relation to the atomic counter for a trail. Note that this relation is an internal object.    ├ fabric:RsCtrlrPGrp A source relation to policy group providing policies for appliance nodes in the pod.    ├ fabric:RsDecommissionNode The node for decommissioning a switch.    ├ fabric:RsExtLeaves The leaf selector provides the node IDs to which the FEX will connect.    ├ fabric:RsFabFw A source relation to the firmware versions in use by fabric. This is maintained on IFC to keep track of firmwares in use. All nodes resolve this relation via policy resolution.    ├ fabric:RsLFPathAtt     ├ fabric:RsLeCardP A source relation to leaf card profiles.    ├ fabric:RsLeCardPGrp A source relation to the leaf card policy group.    ├ fabric:RsLeNodeP     ├ fabric:RsLeNodePGrp A source relation to the leaf node policy group.    ├ fabric:RsLePortP A source relation to the leaf fabric port profile.    ├ fabric:RsLePortPGrp A source relation to the policy providing lag/singular function semantics to the ports.    ├ fabric:RsNodeCfgSrv  Analytics Config Server Policy    ├ fabric:RsNodeGroup A source relation to the node group.    ├ fabric:RsNodeIdentPol     ├ fabric:RsOFabricNode  This object is used for creation of static association with a Node. Existence of this implies that the corresponding set of policies will be resolved into the node to which the relationship points.    ├ fabric:RsOLeafSToLeNodePGrp  Relationship to policy group providing policies for the leafs    ├ fabric:RsOSpineSToSpNodePGrp  Relationship to policy group providing policies for the spines    ├ fabric:RsPathToLePortPGrp     ├ fabric:RsPathToSpPortPGrp     ├ fabric:RsPodPGrp A source relation to the pod policy group specifying policies to the leaf nodes in the pod.    ├ fabric:RsProtGrp A source relation to the VPC protection group. Note that this relation is an internal object.    ├ fabric:RsResAuthRealm This object is generated and used only by internal processes.    ├ fabric:RsResLdapEp A source relation to the global security management properties for LDAP endpoints and LDAP provider groups. Note that this relation is an internal object.    ├ fabric:RsResNodeIdentP A source relation to the node identity profile. Note that this relation is an internal object.    ├ fabric:RsResPkiEp A source relation to the Public Key Infrastructure (PKI) configuration. Note that this relation is an internal object.    ├ fabric:RsResPol A source relation to the communication policy. Note that this relation is an internal object.    ├ fabric:RsResRadiusEp A source relation to the global security management properties for RADIUS endpoints and RADIUS provider groups. Note that this relation is an internal object.    ├ fabric:RsResTacacsPlusEp A source relation to the global security management properties for TACACS+ endpoints and TACACS+ provider groups. Note that this relation is an internal object.    ├ fabric:RsResUserEp This object is generated and used only by internal processes.    ├ fabric:RsSFPathAtt     ├ fabric:RsSpCardP A source relation to spine card profiles.    ├ fabric:RsSpCardPGrp A source relation to the spine card policy group.    ├ fabric:RsSpNodeP     ├ fabric:RsSpNodePGrp A source relation to the spine node policy group.    ├ fabric:RsSpPortP A source relation to the spine port profile.    ├ fabric:RsSpPortPGrp A source relation to the policy providing lag/singular function semantics to the ports.    ├ fabric:RsToGrpRef A source relation to the group of ports in a leaf node connected to the same loose node.    ├ fabric:RsToPeerNodeCfg     ├ fault:ARsToRemote  Super class for all relations pulling policies down to event mgr      ├ fault:RsToRemoteMonGrpRefEvent       ├ fault:RsToRemoteQueryGroupRefEvent     ├ fault:RsEventMgrSnmpPol  Relation from polciy container to snmp policies    ├ fault:RsHealthRetPolicy  relation to resolve health:CtrlrRetP for all shards.    ├ fault:RsHealthRetPolicyLocal  relation to resolve health:CtrlrRetP for local shard.    ├ fault:RsInvPLocalRefEvent     ├ fault:RsInvPRefEvent A source relation to the call home inventory policy.    ├ fault:RsMonPolLocalRefEvent     ├ fault:RsMonPolRefEvent A source relation to the base monitoring policy model.    ├ fault:RsMonToFvEppInbandEvent A source relation to the in-band management endpoint profile for a fabric node management endpoint group.    ├ fault:RsMonToFvEppOobEvent A source relation for the out-of-band management endpoint profile for a fabric node management endpoint group.    ├ fault:RsSynPolicyEvent     ├ fc:RsDefPinToPath  Represents uplink interfaces    ├ fc:RsPinToPath  Represents uplink interfaces    ├ fc:RsVsanAttr     ├ fc:RsVsanAttrDef     ├ fcpr:ARs  Super class for all relations used to pull policies      ├ fcpr:RsToCtrctEPgCont       ├ fcpr:RsToEpCP       ├ fcpr:RsToREpPCont       ├ fcpr:RsToRFltP     ├ file:RsARemoteHostToEpg A source relation to the endpoint group through which the remote host is reachable.    ├ file:RsARemoteHostToEpp A source relation to the abstract representation of the resolvable endpoint profile.    ├ firmware:RsToFwGrp     ├ fv:AEPgPathAtt       ├ fv:RsFcPathAtt this object is used for creation of static association with a Path for fcoe. Existence of this implies that the corresponding set of policies will be resolved into the node to which the relationship points.      ├ fv:RsPathAtt A source relation to an abstraction of a path endpoint.      ├ fv:RsTnlpathAtt     ├ fv:ARsToRemote  Super class for all relations pulling policies down to PE, excluding flow controlled policies      ├ fv:RsToRemoteBDDef A source relation to a network context that is shared or belongs to a specific tenant or context. This is an internal object.      ├ fv:RsToRemoteBDHolder A source relation to a bridge domain holder.      ├ fv:RsToRemoteCtxDef A source relation to a context definition. This is an internal object.      ├ fv:RsToRemoteMonGrp       ├ fv:RsToRemoteMonPol A source relation to the monitoring policy model for the endpoint group semantic scope. This is an internal object.      ├ fv:RsToRemoteNetflowExporterPolDef       ├ fv:RsToRemoteNetflowMonitorPolDef  Relation that will cause the download of the netflow:MonitorPolDef and its subtree when required. This config pull will be triggered by behavioural code on PE when handling changes on the netflow:MonitorPolHolder Mo We need to bring in the entire subtree since the subtree may contain Exporter and Record Def Mos ...      ├ fv:RsToRemotePimRouteMapDefWrapper  Relation that will cause the download of the pim:RouteMapDefWrapper, which is used for route-map population. The update-type is subtree because the whole subtree is needed to be downloaded      ├ fv:RsToRemotePinningPDef       ├ fv:RsToRemoteQosDppPolDef  Relation that will cause the download of the qos:DppPolDef when required this will be triggered by behavioural code on PE when handling changes on the qosDppPolHolder Mo NOTE: the update-type is 'self' because this MO is very simple and doesn't need to update a subtree, but just itself, hence is much more ...      ├ fv:RsToRemoteQueryGroup       ├ fv:RsToRemoteRedirectPol       ├ fv:RsToRemoteRtdEpPInfoHolder A source relation a target relation for a layer 3 routed outside present under a tenant.      ├ fv:RsToRemoteTabooDef A source relation to a taboo definition. This is an internal object.    ├ fv:ARsToRemoteFC  Super class for all relations pulling policies down to PE with flow control      ├ fv:RsToRemoteAnyDef @@ Pulls in vzAnyDef configuration      ├ fv:RsToRemoteAnyGroupDef  @@ Pulls in vzAnyGroupDef configuration      ├ fv:RsToRemoteCtrctEPgCont A source relation to the container for a contract endpoint group.      ├ fv:RsToRemoteEpCP       ├ fv:RsToRemoteEpPCtrctInfo       ├ fv:RsToRemoteRFltP A source relation to an abstraction of a filterable unit.    ├ fv:RsAeToCtrct A source relation to the container for a contract endpoint group.    ├ fv:RsBdFloodTo A source relation to a filter. A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. This is an internal object.    ├ fv:RsCEpToPathEp A source relation to a path endpoint. This is an internal object.    ├ fv:RsCcepConn A source relation to an external IO port on a leaf. This is an internal object.    ├ fv:RsCtxMcastTo A source relation to a filter. A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. This is an internal object.    ├ fv:RsDomAtt An EPG can be linked to a domain profile via the Associated Domain Profiles. The domain profiles attached can be VMM, Physical, L2 External, or L3 External Domains.    ├ fv:RsDomDefNs A source relation to the VxLAN namespace policy definition. This is an internal object.    ├ fv:RsDomDefNsLocal A source relation to the VxLAN namespace policy definition. This is an internal object.    ├ fv:RsDyPathAtt A source relation to the path endpoint. This is an internal object.    ├ fv:RsEpDefRefToL2MacEp A source relation to a static Mac endpoint.    ├ fv:RsEpDefRefToStAdjEp A source relation to the ARP static adjacency endpoint.    ├ fv:RsEpDefRefToStAdjEpV6 A source relation to the static neighbor discovery adjacency definitions.    ├ fv:RsEppBgpCtxAfPol A source relation to a per-address family BGP context policy.    ├ fv:RsEppBgpCtxPol A source relation to the BGP context policy. This is an internal object.    ├ fv:RsEppEigrpCtxAfPol A source relation to a per-address family BGP context policy.    ├ fv:RsEppEigrpIfPol A source relation to the EIGRP interface policy.    ├ fv:RsEppExtRouteTagPol A source relation to an external route tag policy.    ├ fv:RsEppOspfAfCtxPol A source relation to the per-address family OSPF context policy.    ├ fv:RsEppOspfCtxPol A source relation to the context-level OSPF timer policy. This is an internal object.    ├ fv:RsEppOspfIfPol A source relation to the OSPF interface-level policy information. This is an internal object.    ├ fv:RsEppToEpCP  Relation to fv:EpCP @@@ To get the criteria for classification @@@ local relation with resolve remote false    ├ fv:RsEppToMonPol A source relation to the monitoring policy model for the endpoint group semantic scope. This is an internal object.    ├ fv:RsGraphDef A source relation to the graph container.    ├ fv:RsHostprotPol  Relation to hostprot policies used by this device.    ├ fv:RsHyper A source relation to the hypervisor that controls and monitors the APIC VMs. This is an internal object.    ├ fv:RsLNode A source relation to the logical node. This is an internal object.    ├ fv:RsLocale The fabric node where this endpoint profile is present.    ├ fv:RsLsNodeAtt A source relation to a loose node. This is an internal object.    ├ fv:RsNic A source relation to an interface. This is an internal object.    ├ fv:RsNodeAtt The static association with an access group is a bundled or unbundled group of ports. The existence of this object implies that the corresponding set of policies will be resolved into the node to which the relationship points.    ├ fv:RsNodePortAtt A source relation to an L1 interface. This is an internal object.    ├ fv:RsOpflexHv  Relation to the hypervisor in the IFC for UI display purposes. Use the new realtion VNodeToHv. This exists for backward compatibility.    ├ fv:RsProvDef A source relation to a binary contract profile.    ├ fv:RsRegisterAREpPBootStrap     ├ fv:RsRegisterUpdates     ├ fv:RsRtdEpPToNatMappingEPg  Relation to the EPg that traffic should traverse if NAT is required. Currently used only by OVS in OpenStack envs.    ├ fv:RsSecInherited  Represents that the EPg is inheriting security configuration from another EPg    ├ fv:RsShardedRegisterAREpPBootStrap     ├ fv:RsShardedRegisterUpdates     ├ fv:RsStAttEntPAtt A source relation to the attached entity profile.    ├ fv:RsStCEpDefToNode A relation to the abstraction of the path endpoint.    ├ fv:RsStCEpDefToPathEp A source relation to an abstraction of the path endpoint.    ├ fv:RsStCEpToNode A source relation to the root node for the APIC.    ├ fv:RsStCEpToPathEp A source relation to the abstraction of a path endpoint. This is an internal object.    ├ fv:RsStGrpAtt A source relation to the port functions. This is an internal object.    ├ fv:RsStPathAtt A source relation to the path endpoint. This is an internal object.    ├ fv:RsSvcBDToBDAtt A source relation to the bridge domain associated to this endpoint group. This is an internal object.    ├ fv:RsTnDenyRule A source relation to a filter. A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. This is an internal object.    ├ fv:RsTnlCtx  Relation to common TnlCtx and by default enforcable and resolvable are true    ├ fv:RsToCtrct An internal used for security rule deployment. This is an internal object.    ├ fv:RsToDomDef A source relation to domain information. This is an internal object.    ├ fv:RsToEpDef A source relation to an endpoint definition. This is an internal object.    ├ fv:RsToFvDomDef     ├ fv:RsToFvPrimaryEncapDef     ├ fv:RsToInfraSetPol  Relation to infraSetPol    ├ fv:RsToNic     ├ fv:RsToRemoteConnInstrPol A source relation to the various segments of the network that need improvement to allow a more efficient distribution of limited budget resources. This is an internal object.    ├ fv:RsToRemoteCtrct A source relation to a container for a contract endpoint group.    ├ fv:RsToRemoteFabricExtConnPDef     ├ fv:RsToRemoteREpPCont     ├ fv:RsToRemoteRFltAtt A source relation to an internal representation of a filter. This exists on the node to download filters. This is an internal object.    ├ fv:RsToRemoteSiteCont  Relation that will cause the download of the fv:SiteCont when required. this will be triggered by behavioural code on PE when handling changes on the LNodePDef Mo. NOTE: the update-type is 'subtree-with-rels' because the entire SiteCont hierarchy needs to be pulled down.    ├ fv:RsToRemoteSyslogGroup     ├ fv:RsToResolver     ├ fv:RsToTabooDef A source relation to a taboo definition. This is an internal object.    ├ fv:RsToVm     ├ fv:RsVNode A source relation to an opflex-capable virtual node that is connected to the fabric. This is an internal object.    ├ fv:RsVNodeToHv  Relation to the hypervisor in the IFC for UI display purposes This is needed for stats as multiple ODevs can point to the same Hv.    ├ fv:RsVm A source relation to a virtual machine connected to a hypervisor. This is an internal object.    ├ fv:To An internal base class used for managing object relations.      ├ actrl:RsToCopyDestGrp  Relationship to the copy service object      ├ actrl:RsToEpgProt       ├ actrl:RsToRedirDestGrp  Relationship to the service object for pbr redirection      ├ analytics:RsMonitorAtt  Reference to monitor      ├ dhcp:RsRelayAddrToProv       ├ eqpt:RsIoPPhysConf A source relation to an L1 Ethernet interface. Note that this relation is an internal object.      ├ fv:RsDomIfConn A source relation to a generic layer 2 flood domain.      ├ fv:RsEPgDefToL2Dom A source relation to a generic layer 2 flood domain.      ├ fv:RsEPgDefToL3Dom The Layer 3 Domain (VRF).      ├ fv:RsEpDefRefToPathEp       ├ fv:RsEpDefToLooseNode A source relation to an external unmanaged node.      ├ fv:RsEpDefToPathEp A source relation to the path endpoint. This is an internal object.      ├ fv:RsLocaleToObservedEthIf  Relation used for reporting health scores from ports to EpP in case of Node Attachment      ├ fv:RsToTunDef A source relation to a tunnel. This is an internal object.      ├ infra:RsAccBndlGrpToAggrIf A source relation to an aggregated interface (collection of physical ports).      ├ infra:RsFexBndlGrpToAggrIf A source relation to an aggregated interface (collection of physical ports).      ├ ip:RsAddrToIpDef       ├ ip:RsIpAddr A source relation to the connectivity parameters for an interface.      ├ ip:RsRouteToIfConn A source relation to the connectivity parameters for an interface.      ├ ip:RsRouteToRouteDef A source relation to route definitions.      ├ ip:RsRtDefIpAddr A source relation to route definitions.      ├ l1:RsToObservedEthIf       ├ l2:RsBrConf A source relation to an L1 interface.      ├ l2:RsDot1pRuleAtt A source relation to the set of Dot1P rules. This is an internal object.      ├ l2:RsDscpRuleAtt A source relation to a set of DSCP rules. This is an internal object.      ├ l2:RsExtBD A source relation to the interface connectivity. This is an internal object.      ├ l2:RsExtConf A source relation to an L1 interface. This is an internal object      ├ l2:RsMacBaseEppAtt       ├ l2:RsMacEppAtt       ├ l2:RsPathDomAtt A source relation to the ports on this domain is allowed. This is an internal object.      ├ l2:RsSrvExtIfMap       ├ l3:RsCtxToEpP A source relation to an abstract representation of the resolvable endpoint profile. This is an internal object.      ├ l3:RsEncPhysRtdConf A source relation to an abstraction of Ethernet interface properties that are common between Ethernet physical interfaces and aggregated interfaces. This is an internal object.      ├ l3:RsIpEppAtt       ├ l3:RsL3If The source of the sub-interface/l3-interface.      ├ l3:RsLbIfToLocale A loopback created for the router ID. This relation is un-enforced because the code tries to access the real-time monitoring tool.      ├ l3:RsPhysRtdConf A source relation to an abstraction of Ethernet interface properties that are common between Ethernet physical interfaces and aggregated interfaces. This is an internal object.      ├ mgmt:RsRtdMgmtConf A source relation to the management interface.      ├ qinq:RsQinqEppAtt       ├ rtmap:RsExtCommAtt A source relation to the route control rule for extended community lists.      ├ rtmap:RsRegCommAtt A source relation to the route control rule for regular community lists.      ├ rtmap:RsRtDstAtt A source relation to the route control rule for prefix lists.      ├ rtmap:RsRtNhAtt A source relation to the route control rule for prefix lists.      ├ rtmap:RsRtSrcAtt A source relation to the route control rule for prefix lists.      ├ span:RsSpanSrcToL2CktEpAtt A source relation to the abstraction of a circuit endpoint.      ├ svccopy:RsCopyDestAtt  Attachment to Copy Destination      ├ vlan:RsVlanEppAtt A source relation to an abstract representation of the resolvable endpoint profile.      ├ vpc:RsVpcConf The port-channel.      ├ vsan:RsVsanPathAtt  Associations to nw:PathEp with rel-mo to vfcif      ├ vxlan:RsVxlanEppAtt A source relation to an abstract representation of a resolvable endpoint profile.    ├ fvtopo:RsEp A source relation to the endpoint.    ├ geo:RsNodeLocation A source relation to the node belonging to this rack.    ├ hvs:RsEpCPAtt     ├ hvs:RsEpPD A source relation to the abstraction for the endpoint group policy description.    ├ hvs:RsExtPol A source relation to the common policies for the interfaces on VMs.    ├ hvs:RsLsNode A source relation to an externally connected node.    ├ hvs:RsPvlan     ├ hvs:RsPvlan2     ├ hvs:RsPvlanEntry     ├ hvs:RsRFltPAtt     ├ hvs:RsRule     ├ hvs:RsToEPgAtt     ├ igmp:RsIfDefToIgmpIf  Relationship to the IGMP interfaces    ├ igmp:RsIfPol  Relationship to the IGMP interface policy    ├ infra:DomainToNs The superclass for all relations from domain to namespace.      ├ fc:RsVsanNs       ├ infra:RsVlanNs A source relation to the policy definition for ID ranges used for VLAN encapsulation.      ├ vmm:RsVxlanNs A source relation to the VxLAN namespace policy definition.    ├ infra:RsAccBaseGrp A source relation to the access policy group providing port configuration.    ├ infra:RsAccBndlSubgrp A source relation to the access bundle subgroup.    ├ infra:RsAccCardP A source relation to the policy providing card-level policy.    ├ infra:RsAccNodePGrp A source relation to the node policy group.    ├ infra:RsAccPortP A source relation to the interface profile.    ├ infra:RsAttEntP A source relation to the attached entity profile.    ├ infra:RsCardPGrp A source relation to the module policy group.    ├ infra:RsConnFexS A source relation to the connectivity FEX selector.    ├ infra:RsConnPortS A source relation to the host connectivity port selector.    ├ infra:RsConnectivityProfile A source relation to an abstraction of the port functions.    ├ infra:RsConnectivitySpProfile  Relation to infra spine access policy group. @@@ This relation is used to subscribe node for SpAccPortGrp/RsAttEntP @@@ AttEntityP/ContNS. @@@ Upgrade does not allow to change RsConnectivityProfile    ├ infra:RsDomP A source relation to a physical or virtual domain. Users need to create this to provide association between physical infrastructure policies and the domains.    ├ infra:RsFabricNode A source relation to the root node for the APIC.    ├ infra:RsFexp A source relation to the FEX profile.    ├ infra:RsFuncToEpg A source relation to a set of endpoints.    ├ infra:RsHPathAtt     ├ infra:RsL2InstPol A source relation to the Layer 2 instance policy information.    ├ infra:RsNodeP     ├ infra:RsOLeafSToAccNodePGrp  Relationship to policy group providing policies for the leafs    ├ infra:RsPathToAccBaseGrp     ├ infra:RsPathToSpAccGrp     ├ infra:RsProtGroup A source relation to a VPC protection group. Note that this relation is an internal object.    ├ infra:RsProtectionGrp A source relation to a VPC protection group. Note that this relation is an internal object.    ├ infra:RsResDatetimeFormat A source relation to the date/time format policy.    ├ infra:RsSHPathAtt  This object is used for creation of static association with a Spine's Host Port's Path. Existence of this implies that the corresponding set of policies will be resolved into the node to which the relationship points.    ├ infra:RsSpAccGrp     ├ infra:RsSpAccPortP  Relationship to policy providing connectivity groups    ├ infra:RsSpineAccNodePGrp  Relationship to policy group providing policies for the leafs    ├ infra:RsVipAddrNs     ├ infra:ToAInstP Superclass for all unresolvable/unenforceable relations to namespace.      ├ fc:RsVsanNsDef       ├ infra:RsDomVxlanNsDef       ├ infra:RsVlanNsDef A source relation to the namespace policy is used for managing the Encap (VXLAN, NVGRE, VLAN) ranges.      ├ vmm:RsVxlanNsDef A source relation to the namespace policy is used for managing the encap (VXLAN, NVGRE, VLAN) ranges.    ├ infrazone:RsToNodeGrp     ├ ip:RsNexthopToNexthopDef A source relation to the next hops for the static route.    ├ ip:RsNexthopToProtG A source relation to an abstraction of the VPC protection group.    ├ isis:RsNhAtt A source relation to the list of next hopss    ├ l2:RsAaaRadiusProviderGroup     ├ l2:RsEthIf A source relation to an L1 interface. This is an internal object.    ├ l2:RsInbandConf A source relation to an L1 Ethernet interface. This is an internal object.    ├ l2:RsToLocalBdSubstitute     ├ l2:RsToLocalPcTagSubstitute     ├ l2ext:RsL2DomAtt A source relation to the external bridged domain profile.    ├ l2ext:RsL2InstPToDomP A source relation to the external bridged domain profile.    ├ l2ext:RsPathDefL2OutAtt The object used to create a static association with a leaf host port. The existence of this object implies that the corresponding set of policies will be resolved into the node pointed to by the relationship.    ├ l2ext:RsPathL2OutAtt The path endpoint.    ├ l3:RsIntersiteLbIfToOutRef     ├ l3:RsLbIfToOutRef     ├ l3:RsProtLbIf A loopback created for protection groups.    ├ l3:RsToLocalCtxSubstitute     ├ l3ext:RsBgpAsP     ├ l3ext:RsInstPToNatMappingEPg  Relation to the EPg that traffic should traverse if NAT is required. Currently used only by OVS in OpenStack envs.    ├ l3ext:RsL3DomAtt A source relation to the outside domain advertising these prefixes and relationship to the L2 domain for external SWI.    ├ l3ext:RsL3InstPToDomP A source relation to the fabric infrastructure policy domain profile.    ├ l3ext:RsNodeDefL3OutAtt The object used for creating a static association with a fabric node. Existence of this implies that the corresponding set of policies will be resolved into the node pointed to by the relationship.    ├ l3ext:RsNodeL3OutAtt A static association with each leaf node that is part of the node profile. The corresponding set of policies will be resolved into the specified node. This object must contain a router ID that will be used as the OSPF/BGP router ID.    ├ l3ext:RsOutDefContToOut     ├ l3ext:RsPathDefL3OutAtt The object used for creating a static association with a leaf host port. Existence of this implies that the corresponding set of policies will be resolved into the node pointed to by the relationship.    ├ l3ext:RsPathL3OutAtt The path endpoints (ports and port channels) used to reach the external layer 3 network. The corresponding set of policies will be resolved into the specified leaf path endpoints.    ├ l3ext:RsSubnetToRtSumm     ├ leqpt:RsLsAttLink An internal relation for policy resolution.    ├ leqpt:RsLsNodeToIf A source relation to an abstraction of Ethernet interface properties that are common between Ethernet physical interfaces and aggregated interfaces.    ├ lldp:RsCtrlrAdjEpToStAdjEp A source relation to the ARP static adjacency endpoint.    ├ maint:RsFwinstlsrc A source relation to the system health.    ├ maint:RsPolCatalogScheduler A source relation to the scheduler policy.    ├ maint:RsPolNotif A source relation to the notification specification. Specifies a notification for maintenance policy.    ├ maint:RsReltomaintp     ├ maint:RsToMaintGrp     ├ maint:RsWindowStarted A source relation to the container for scheduled windows.    ├ mcp:RsMcpInstPolCons     ├ mgmt:RsAddrInst A source relation to the IP address namespace/IP address range.    ├ mgmt:RsGrp A source relation to the managed node group.    ├ mgmt:RsInB  Relationship to an in-band EPG    ├ mgmt:RsInBStNode     ├ mgmt:RsInbEpg A source relation to the in-band management endpoint group.    ├ mgmt:RsOoB  Relationship to an out-of-band EPG    ├ mgmt:RsOoBStNode     ├ mgmt:RsOobEpg A source relation to an out-of-band management endpoint group.    ├ mgmt:RsToNodeGrp     ├ netflow:RsExporterToCtx  Points to the Ctx behind which the Netflow Exporter Resides    ├ netflow:RsExporterToEPg  Points to the EPg behind which the Netflow Exporter Resides    ├ netflow:RsExporterToTopSystem  Points to the TopSystem on the leaf. This relation exists only on PE    ├ nw:RsPathToIf A source relation to the interface information.    ├ nws:RsNwsSyslogSrcDefToDestGroup     ├ nws:RsNwsSyslogSrcToDestGroup     ├ nws:RsNwsSyslogSrcToDestGroupInt     ├ oam:RsSrcEncap A source relation to an 802.1q VLAN. This object indicates the VLAN an endpoint belongs to.    ├ observer:RsFabricNodeRef A source relation to the root node for the APIC.    ├ orchs:RsAllocLDev  Allocated LDevVip    ├ orchs:RsFromRPToL3Dom  Association from Local Resource to Real Resource    ├ orchs:RsFromRPToL3OutInstP  Association from Local Resource to Real Resource    ├ orchs:RsIpPoolRef  Association from Local Resource to Real Resource    ├ orchs:RsLDevItem  Association from Local Resource to Real Resource    ├ orchs:RsSvcsEncapToSvcAlloc  Relation to help Track All the SvcsIps    ├ orchs:RsSvcsIpToSvcAlloc  Relation to help Track All the SvcsIps    ├ ospf:RsExtDefToOspfArea     ├ ospf:RsIfDefToOspfIf A source relation to the OSPF information that is operated at an interface level.    ├ ospf:RsIfDefToOspfv3If A source relation to the OSPF v3 interfaces    ├ ospfv3:RsAreaSecAssocAtt  ipsec SA    ├ ospfv3:RsDomSecAssocAtt  ipsec SA    ├ ospfv3:RsIfSecAssocAtt  ipsec SA    ├ pc:RsMbrIfs A source relation to the Layer 1 physical Ethernet interface information object.    ├ pcons:RsClDep This is generated and used only by internal processes.    ├ pcons:RsOwner This is generated and used only by internal processes.    ├ pcons:RsSubtreeClDep This is generated and used only by internal processes.    ├ pcons:RsSubtreeDep This is generated and used only by internal processes.    ├ pim:RsIfDefToPimIf Relationship to the PIM interfaces    ├ pim:RsIfPol Relationship to the PIM interface policy    ├ pim:RsRP2Grange     ├ pki:RsExportEncryptionKey     ├ pki:RsToFabricCommunicationEp     ├ planner:RsAzureDomainLabel  Label for this domain    ├ planner:RsAzureDomainTmpl  Azure Domain Template    ├ planner:RsBdVrf  VRF    ├ planner:RsClusterLabel  Label for this Cluster    ├ planner:RsConnectedLeaf  Leaf this fex is connected to    ├ planner:RsConnectedSpine  Spine this leaf is connected to    ├ planner:RsConsumedContracts  Contracts consumed by this epg    ├ planner:RsDeployedFex  Deployed Fex    ├ planner:RsDeployedObject  Deployed Object    ├ planner:RsEpgBd  Bridge Domain    ├ planner:RsEpgLabel  Lable for this EPG    ├ planner:RsExistingTopoDeplPref     ├ planner:RsFexLabel  Label for fex    ├ planner:RsGraphBd  Graph Bridge Domain (for goto-one-arm)    ├ planner:RsGraphCluster  L4L7 Cluster    ├ planner:RsGraphContracts     ├ planner:RsGraphL3Out  Graph L3Out (for goto-one-arm)    ├ planner:RsL2OutBd  Bridge Domain    ├ planner:RsL3OutVrf  VRF    ├ planner:RsLeafLabels  Lables assigned to leaf    ├ planner:RsNodeLabels     ├ planner:RsProvidedContracts  Contracts provided by this epg    ├ planner:RsToConsumerBd  Consumer side Bridge Domain (for goto-two-arm)    ├ planner:RsToConsumerL3Out  Consumer side l3out (for goto-two-arm)    ├ planner:RsToProviderBd  Provider side Bridge Domain (for goto-two-arm)    ├ planner:RsToProviderL3Out  Provider side L3Out (for goto-two-arm)    ├ planner:RsVmwareDomainLabel  Label for this domain    ├ planner:RsVmwareDomainTmpl  Vmware Domain Template    ├ pol:AObjToPolReln Relation from the resolver object to the policy      ├ l3ext:RsOutToBDPublicSubnetHolder This relation subscribes the Out to the BDHolder in the shard      ├ l3ext:RsProvLblDef     ├ pol:APrToPol Super class for the Relation from the resolver object to the policy used to efficiently (once per shard) pull the policy      ├ pol:RsPrToBDSubnetHolder       ├ pol:RsPrToL3extProvLblDef     ├ pol:NToRef Represents a source name.      ├ action:RsLSubjToDomainRef       ├ ap:RsClusterPolicy       ├ bfd:RsIfPol  Relationship to the BFD interface policy      ├ bgp:RsBgpNodeCtxPol  Relationship to the BGP context policy      ├ bgp:RsPeerPfxPol The source relation to the peer prefix policy.      ├ callhome:RsInvScheduler A source relation to the scheduler policy.      ├ comm:RsKeyRing A source relation to a key ring.      ├ condition:RsNodeAaaRecRetP A source relation to the switch AAA audit log retention policy.      ├ condition:RsNodeEventRecRetP A source relation to the switch event retention policy.      ├ condition:RsNodeFaultRecRetP A source relation to the fault retention policy for switches.      ├ condition:RsNodeHealthRecRetP A source relation to health record retention policy.      ├ config:RsExportDestination A source relation to the remote destination path parameters.      ├ config:RsExportScheduler A source relation to the scheduler policy.      ├ config:RsImportSource A source relation to the remote destination path parameters for the data export.      ├ config:RsRemotePath       ├ datetime:RsNtpProvToNtpAuthKey The authentication key to apply to a specific provider. Keys can be shared with different providers.      ├ dbg:RsTenantToDomainRef       ├ dbgexp:RsTSScheduler A source relation to the scheduler policy.      ├ dhcp:RsDhcpOptionPol The DHCP option policy.      ├ dhcp:RsLblDefToRelayP Internal object: Relation from dhcpLblDef to dhcpRelayP.      ├ dhcp:RsRelayP A source relation to the DHCP relay profile.      ├ eigrp:RsIfPol A source relation to the EIGRP interface policy.      ├ fabric:PolicyGrpToMonitoring         ├ fabric:RsApplMonPol A source relation to the monitoring policy model for the fabric semantic scope.        ├ fabric:RsMonIfFabricPol A source relation to the monitoring policy model for the fabric semantic scope.        ├ fabric:RsMonInstFabricPol A source relation to the monitoring policy model for the fabric semantic scope.        ├ fabric:RsMonModuleFabricPol A source relation to the monitoring policy model for the fabric semantic scope.        ├ infra:RsMonBrkoutInfraPol  Statistics Policy        ├ infra:RsMonFexInfraPol A source relation to the monitoring policy model for the infra semantic scope.        ├ infra:RsMonIfInfraPol A source relation to the monitoring policy model.        ├ infra:RsMonModuleInfraPol A source relation to the monitoring policy model.        ├ infra:RsMonNodeInfraPol A source relation to the monitoring policy model.      ├ fabric:RsApplCoreP A source relation to the core file report containing data about the system and the component at the time of the failure.      ├ fabric:RsApplTechSupOnD A source relation to the on-demand tech support policy.      ├ fabric:RsApplTechSupP A source relation to the tech support policy.      ├ fabric:RsCallhomeInvPol A source relation to the policy for periodically sending Call Home messages with system inventory information.      ├ fabric:RsCommPol A source relation to the communication policy.      ├ fabric:RsNodeCoreP A source relation to a core file report containing data about the system and the component at the time of the failure.      ├ fabric:RsNodeCtrl  Relationship to the digital optical monitoring policy      ├ fabric:RsNodeTechSupP A source relation to a utility that creates a summary report containing configuration information, logs, and diagnostic data that will help TAC in troubleshooting and resolving a technical issue.      ├ fabric:RsPodPGrpBGPRRP A source relation to the instance-level BGP policy information.      ├ fabric:RsPodPGrpCoopP A source relation to the COOP (council of oracle protocol) group policy information.      ├ fabric:RsPodPGrpIsisDomP A source relation to the domain policy for configuring ISIS domain specific properties.      ├ fabric:RsPsuInstPol A source relation to the power redundancy policy.      ├ fabric:RsResAuditSwRetP A source relation to the switch AAA audit log retention policy. Note that this relation is an internal object.      ├ fabric:RsResCatFwP A source relation to the catalog firmware policy version. Note that this relation is an internal object.      ├ fabric:RsResCoopPol A source relation to the COOP group policy information. Note that this relation is an internal object.      ├ fabric:RsResCoreP A source relation to a core file report containing data about the system and the component at the time of the failure. Note that this relation is an internal object.      ├ fabric:RsResEventSwRetP A source relation to the retention policy for all events on all switches to which the policy is applied. Note that this relation is an internal object.      ├ fabric:RsResFabricIPV4ProtPol A source relation to the spine IPV4 protection policy. Note that this relation is an internal object.      ├ fabric:RsResFabricIPV6ProtPol       ├ fabric:RsResFabricMACProtPol A source relation to the spine MAC protection policy. Note that this relation is an internal object.      ├ fabric:RsResFabricProtChainP A source relation to the node proxy IP profile. Note that this relation is an internal object.      ├ fabric:RsResFaultSwRetP A source relation to the retention policy of the fault history records for switches. Note that this relation is an internal object.      ├ fabric:RsResHealthPols A source relation to a fabric health policy.      ├ fabric:RsResHealthSwRetP A source relation to the retention policy of the health score history records for switches. Note that this relation is an internal object.      ├ fabric:RsResL2InstPol A source relation to the Layer 2 instance policy information. Note that this relation is an internal object.      ├ fabric:RsResLbPol A source relation to the fabric load balance policy.      ├ fabric:RsResLldpInstPol A source relation to the node level LLDP policy.      ├ fabric:RsResMonCommonPol A source relation to the monitoring policy model for the common semantic scope. Note that this relation is an internal object.      ├ fabric:RsResMonFabricPol A source relation to a fabric monitoring policy.      ├ fabric:RsResOngoingAcMode       ├ fabric:RsResPsuInstPol A source relation to the power redundancy policy. This object indicates which policy is associated with fabric.      ├ fabric:RsResTechSupP A source relation to a utility that creates a summary report containing configuration information, logs, and diagnostic data that will help TAC in troubleshooting and resolving a technical issue. Note that this relation is an internal object.      ├ fabric:RsSnmpPol A source relation to the SNMP policy.      ├ fabric:RsTimePol A source relation to the date/time policy information.      ├ fabric:RsToFabricIPV6ProtPol       ├ fabric:RsVpcInstPol A source relation to the node-level vPC domain policy.      ├ fault:RsAaaCtrlrRetLocalP       ├ fault:RsAaaCtrlrRetP A source relation to the controller audit log retention policy.      ├ fault:RsEventCtrlrRetLocalP       ├ fault:RsEventCtrlrRetP A source relation to the controller event record retention policy.      ├ fault:RsFaultCtrlrRetLocalP       ├ fault:RsFaultCtrlrRetP A source relation to the controller fault record retention policy.      ├ fault:RsHealthCtrlrRetP A relation to the controller health score history record retention policy.      ├ fault:RsHealthFabricNode       ├ fault:RsHealthLevelLocalP       ├ fault:RsHealthLevelP       ├ firmware:RsFwgrpp A source relation to the firmware specification policy for a node.      ├ fv:AToBD A super class for relation from the endpoint group to a private layer 2 bridge domain.        ├ fv:RsBd A source relation to the bridge domain associated to this endpoint group. This is an internal object.        ├ l2ext:RsEBd A source relation to the private layer 2 bridge domain.      ├ fv:EPgToCollection The super class for all relations from EPG to contract/bundle/group.        ├ fv:RsCons The Consumer contract profile information.        ├ fv:RsIntraEpg  Intra EPg contract: Represents that the EPg is moving from "allow all within epg" mode to a "deny all within epg" mode. The only type of traffic allowed between EPs in this EPg is the one specified by contracts EPg associates to with this relation.        ├ fv:RsProv A contract for which the EPG will be a provider.      ├ fv:EPgToInterface  Super class for all relations from EPg to contract/bundle interface        ├ fv:RsConsIf A contract for which the EPG will be a consumer.      ├ fv:RsABDPolMonPol A source relation to the monitoring policy model for the endpoint group semantic scope. This is an internal object.      ├ fv:RsAEPgMonPol A source relation to the monitoring policy model for the endpoint group semantic scope. This is an internal object.      ├ fv:RsApMonPol A source relation to the monitoring policy model for the endpoint group semantic scope. This is an internal object.      ├ fv:RsBDSubnetToOut A source relation to the L3 routed outside network.      ├ fv:RsBDSubnetToProfile The external networks that are routed via Layer 3 networks outside the fabric that are reachable by a tenant's applications. This is an internal object.      ├ fv:RsBDToFhs  Relation to FHS BD policy      ├ fv:RsBDToNdP The neighbor discovery policy.      ├ fv:RsBDToOut A source relation to the policy controlling connectivity to the outside. This is an internal object.      ├ fv:RsBDToProfile A source relation to external networks that are routed via Layer 3 networks outside the fabric that are reachable by a tenant's applications. This is an internal object.      ├ fv:RsBDToProfileDef       ├ fv:RsBDToRelayP A source relation to the DHCP relay profile. This is an internal object.      ├ fv:RsBdToEpRet A source relation to the endpoint retention policy providing the parameters for the lifecycle of the endpoint group. This is an internal object.      ├ fv:RsBgpCtxPol A source relation to the BGP timer policy. This is an internal object.      ├ fv:RsCtx A source relation to a private layer 3 network context that either belongs to a specific tenant or is shared. This is an internal object.      ├ fv:RsCtxMonPol A source relation to the monitoring policy model for the endpoint group semantic scope. This is an internal object.      ├ fv:RsCtxToBgpCtxAfPol A source relation to the BGP address family context policy.      ├ fv:RsCtxToEigrpCtxAfPol A source relation to the per-address family EIGRP context policy.      ├ fv:RsCtxToEpRet Name of the endpoint retention policy associated with this context.      ├ fv:RsCtxToExtRouteTagPol       ├ fv:RsCtxToOspfCtxPol A source relation to the per-address family OSPF context policy.      ├ fv:RsCustQosPol A source relation to a custom QoS policy that enables different levels of service to be assigned to network traffic, including specifications for the Differentiated Services Code Point (DSCP) value(s) and the 802.1p Dot1p priority. This is an internal object.      ├ fv:RsDppPol  Relationship for Dpp QOS policy      ├ fv:RsIgmpsn A source relation to the Internet Group Management Protocol (IGMP) snooping policy. This is an internal object.      ├ fv:RsNdPfxPol The neighbor discovery prefix policy.      ├ fv:RsOspfCtxPol A source relation to the context-level OSPF timer policy. This is an internal object.      ├ fv:RsProtBy The taboo contract for which the EPG will be a provider and consumer.      ├ fv:RsTenantMonPol A source relation to the monitoring policy model for the endpoint group semantic scope. This is an internal object.      ├ fv:RsTrustCtrl  Relationship for FHS trust control      ├ hsrp:RsGroupPol  Relationship to the HSRP Group policy      ├ hsrp:RsIfPol  Relationship to the HSRP interface policy      ├ igmp:RsSnoopAccessGroupFilterRMap  Matching rule for the access group using rtctrlProfile For future releases Matching rule for the acce...      ├ infra:RsBfdIpv4InstPol  Relationship to BFD Ipv4 Instance Policy      ├ infra:RsBfdIpv6InstPol  Relationship to BFD Ipv6 Instance Policy      ├ infra:RsCdpIfPol A source relation to the CDP Interface Policy.      ├ infra:RsCoppIfPol  Relationship to per interface per protocol copp policer      ├ infra:RsFcFabricPol  Relation to fcInstPol      ├ infra:RsFcIfPol  Relation to fcIFPol      ├ infra:RsFcInstPol  Relation to fcInstPol      ├ infra:RsHIfPol A source relation to the host interface policy.      ├ infra:RsInfraBD A source relation to the private layer 2 broadcast domain consisting of a set of physical or virtual ports.      ├ infra:RsL2IfPol       ├ infra:RsL2NodeAuthPol  Relation to l2NodeAuthPol      ├ infra:RsL2PortAuthPol  Relation to l2PortAuthPol      ├ infra:RsL2PortSecurityPol  Relationship to policy providing L2 PortSecurity configuration      ├ infra:RsLacpIfPol The PortChannel member policy configured parameters.      ├ infra:RsLacpInterfacePol  Relationship to policy providing lacp configuration of the ports      ├ infra:RsLacpPol A source relation to the LAG policy. This object indicates the LAG policy that is associated with this bundle group.      ├ infra:RsLeafCoppProfile  Relationship the CoPP profile to be applied on leafs      ├ infra:RsLldpIfPol A source relation to the LLDP policy parameters for the interface.      ├ infra:RsMcpIfPol       ├ infra:RsMstInstPol A source relation to a spanning tree protocol policy.      ├ infra:RsNetflowNodePol  Relationship to Netflow Node Policy      ├ infra:RsOverrideCdpIfPol A source relation to the CDP interface policy parameters.      ├ infra:RsOverrideFwPol       ├ infra:RsOverrideLacpPol A source relation to the LACP policy.      ├ infra:RsOverrideLldpIfPol A source relation to the LLDP interface policy.      ├ infra:RsOverrideMcpIfPol       ├ infra:RsOverrideStpPol  Relationship to stp policy      ├ infra:RsPoeIfPol  Relationship to poe policy providing physical configuration of the interfaces      ├ infra:RsPoeInstPol  Relationship to POE Node Policy      ├ infra:RsQosDppIfPol  Relation to qosDppPol      ├ infra:RsQosEgressDppIfPol  Relation to qosDppPol as Engress policy      ├ infra:RsQosIngressDppIfPol  Relation to qosDppPol as Ingress policy      ├ infra:RsQosPfcIfPol  Relation to qosPfcIfPol      ├ infra:RsQosSdIfPol  Relation to qosSDPol      ├ infra:RsResCdpIfPol A source relation to a CDP interface policy. Note that this relation is an internal object.      ├ infra:RsResErrDisRecoverPol       ├ infra:RsResHIfPol A source relation to the host interface policy. Note that this relation is an internal object.      ├ infra:RsResLacpIfPol A source relation to the port level LACP member policy configured parameters. Note that this relation is an internal object.      ├ infra:RsResLacpLagPol A source relation to the LACP policy.      ├ infra:RsResLldpIfPol A source relation to the LLDP policy parameters for the interface. Note that this relation is an internal object.      ├ infra:RsResLoopProtectPol       ├ infra:RsResMcpIfPol       ├ infra:RsResMcpInstPol       ├ infra:RsResMonInfraPol A source relation to the monitoring policy model for the Infra semantic scope. Note that this relation is an internal object.      ├ infra:RsResNwsFwPol       ├ infra:RsResQoSPol A source relation to the QoS classification traffic descriptor and specifications used to categorize a packet within a specific group and making the packet accessible for QoS handling in the network. Note that this relation is an internal object.      ├ infra:RsResQosInstPol A source relation for resolving QOS policy. Note that this relation is an internal object.      ├ infra:RsSpanVDestGrp A source relation to all end points (or IP in the case of ERSPAN) to which the SPAN packets will be spanned.      ├ infra:RsSpanVSrcGrp A source relation to all endpoints with traffic that will be spanned.      ├ infra:RsSpineCoppProfile  Relationship the CoPP profile to be applied on spines      ├ infra:RsStormctrlIfPol       ├ infra:RsStpIfPol A source relation to the spanning-tree protocol (STP) policy.      ├ infra:RsToBfdIpv4InstPol       ├ infra:RsToBfdIpv6InstPol       ├ infra:RsToEpControlP       ├ infra:RsToEpLoopProtectP       ├ infra:RsToErrDisRecoverPol       ├ infra:RsToMcpIfPol       ├ infra:RsToMcpInstPol       ├ infra:RsTopoctrlFwdScaleProfPol  Relation to topoctrlFwdScaleProfilePol      ├ l3ext:RsDampeningPol  Relationship to per L3 Out Dampening Policy      ├ l3ext:RsEctx The private layer 3 network context that belongs to a specific tenant or is shared.      ├ l3ext:RsEgressQosDppPol  Relation to qosDppPol In Egress      ├ l3ext:RsIngressQosDppPol  Relation to qosDppPol In Ingress      ├ l3ext:RsInstPToProfile A source relation to a route control profile.      ├ l3ext:RsInterleakPol  Relationship to per L3 Out Context Interleak Policy      ├ l3ext:RsNdIfPol A source relation to an IPv6 neighbor discovery policy.      ├ l3ext:RsSubnetToProfile The source relation to the route control profile.      ├ maint:RsMgrpp A source relation to the maintenance policy specification for a node or set of nodes.      ├ maint:RsPolCtrlrScheduler A source relation to the scheduler policy.      ├ maint:RsPolScheduler A source relation to the scheduler policy.      ├ mgmt:RsInstPCtx A source relation to the private layer 3 network context.      ├ mgmt:RsMgmtBD A source relation to the management bridge domain.      ├ mgmt:RsOoBCons An external management entity instance profile to an out-of-band binary contract profile. The instance profiles of external management entities can communicate with nodes that are part of out-of-band management endpoint group. To enable this communication, a contract is required between the instance profile and the out-of-band management endpoint group.      ├ mgmt:RsOoBCtx A source relation to the private layer 3 network context.      ├ mgmt:RsOoBProv A source relation to an out-of-band contract profile.      ├ nd:RsRaSubnetToNdPfxPol A source relation to the neighbor discovery prefix policy.      ├ netflow:ARsInterfaceToMonitor         ├ fv:RsBDToNetflowMonitorPol  Relation to Netflow Monitor policy        ├ infra:RsNetflowMonitorPol  Relation to netflow Monitor Policy        ├ l3ext:RsLIfPToNetflowMonitorPol  Relation to netflowMonitorIfPol      ├ netflow:ARsMonitorToExporter         ├ netflow:RsMonitorDefToExporterDef         ├ netflow:RsMonitorToExporter       ├ netflow:ARsMonitorToRecord         ├ netflow:RsMonitorDefToRecordDef         ├ netflow:RsMonitorToRecord       ├ ospf:RsIfPol A source relation to the OSPF interface-level policy information.      ├ pol:RsClusterPolRel An internal relation to admin cluster size policy. Note that this relation is an internal object.      ├ pol:RsDbgrConfigExportP A source relation to the export policy used to setup the system configuration backup process. Note that this relation is an internal object.      ├ pol:RsDbgrConfigImportIdP       ├ pol:RsDbgrConfigImportP A source relation to the import policy used for naming the file being imported, selecting the import type (merge or replace), choosing the level of strictness for importing (best effort of atomic), selecting the admin state of the import policy (enabled or disabled), and entering the import source (the path for locating the backup data being imported). Note that this relation is an internal object.      ├ pol:RsDbgrConfigRollbackP       ├ pol:RsDbgrConfigSnapshotMgrP       ├ pol:RsDockerImage       ├ pol:RsExportPRel A source relation to a core file report containing data about the system and the component at the time of the failure.      ├ pol:RsFabricipv4expg A source relation to the spine IPv4 explicit protection group. Note that this relation is an internal object.      ├ pol:RsFabricmacexpg A source relation to the spine MAC explicit protection group.      ├ pol:RsPlgnFirmware       ├ pol:RsPluginPol       ├ pol:RsScriptHandlerLock       ├ pol:RsTroubleshootSessionRel       ├ pol:RsVnsmdev A source relation to definitions of the metadata for a service device type. Note that this relation is an internal object.      ├ pol:RsVnsmdfctcat       ├ rtctrl:RsCtxPToSubjP A source relation to the subject profile.      ├ rtctrl:RsScopeToAttrP The action profile name.      ├ span:RsProvDestGrp A source relation to the SPAN destination group.      ├ span:RsProvToVDestGrp A source relation to the name of the group used to match VSPAN sources with VSPAN destination(s).      ├ span:RsSessionToDomainRef       ├ synthetic:RsPolicy       ├ troubleshoot:RsSessionScheduler  Relation from session to scheduler policy      ├ vmm:RsDefaultCdpIfPol A source relation to the Cisco Discovery Channel interface policy.      ├ vmm:RsDefaultFwPol       ├ vmm:RsDefaultL2InstPol A source relation to the Layer 2 instance policy information.      ├ vmm:RsDefaultLacpLagPol A source relation to the LLDP policy parameters for the interface. LLDP uses the logical link control (LLC) services to transmit and receive information to and from other LLDP agents.      ├ vmm:RsDefaultLldpIfPol A source relation to the LLDP policy parameters for the interface.      ├ vmm:RsDefaultStpIfPol A source relation to the spanning-tree protocol (STP) policy. The STP policy prevents loops from being formed when the interfaces are interconnected via multiple paths. Spanning-Tree Protocol implements the 802.1D IEEE algorithm by exchanging BPDU messages with other switches to detect loops, and then removes the loop by shutting down selected bridge interfaces. This algorithm guarantees that there is one and only one active path between two netw...      ├ vns:RsALDevToDevMgr       ├ vns:RsCDevToChassis       ├ vns:RsCfgToVConn A source relation to a virtual connector. Note that this relation is an internal object.      ├ vns:RsClusterPol       ├ vns:RsLDevCtxToRtrCfg       ├ vns:RsScriptHandlerStateToDomainRef A source relation to a reference of the domain that the parent object belongs.      ├ vns:RsVDevDomainRefContToDomainRef       ├ vns:RsVDevToDomainRef A source relation to the AAA domain reference.      ├ vz:AnyToCollection A superclass for all relations from vzAny to contract/bundle/group.        ├ vz:RsAnyToCons A source relation to the binary contract profile.        ├ vz:RsAnyToProv A source relation to a binary contract profile.      ├ vz:AnyToInterface  Super class for all relations from vzAny to contract/bundle interface        ├ vz:RsAnyToConsIf A source relation to a contract interface. A contract interface can be used as a contract consumption interface when a consumer consumes the contract by associating it to a consumption interface provided by the provider in the consumer's domain. A consumer can associate with the contract consumption interface when it is provided by the provider in the consumer's domain. Note that a contract consumption interface represents one or more subjects de...      ├ vz:RsDenyRule A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. Note that this relation is an internal object.      ├ vz:RsFiltAtt A source relation to a filter. A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. Note that this relation is an internal object.      ├ vz:RsFiltGraphAtt A source relation to an input terminal node. For abstract graphs, this is the terminal node at the input end. Note that this relation is an internal object.      ├ vz:RsGraphAtt A source relation to an input terminal node. For abstract graphs, this is the terminal node at the input end. Note that this relation is an internal object.      ├ vz:RsInTermGraphAtt A source relation to an output terminal node. For abstract graphs, this is the terminal node at the output end. Note that this relation is an internal object.      ├ vz:RsOutTermGraphAtt A source relation to an input terminal node. For abstract graphs, this is the terminal node at the input end. Note that this relation is an internal object.      ├ vz:RsSubjFiltAtt The filter for the subject of a service contract. A subject represents a sub-application running behind an endpoint group, such as an exchange server. A subject is parented by the contract.      ├ vz:RsSubjGraphAtt A source relation to an input terminal node. For abstract graphs, this is the terminal node at the input end. Note that this relation is an internal object.    ├ pol:RsAeConfigJobCont     ├ pol:RsAeConfigSnapshotCont     ├ pol:RsAeCtrlrL2InstPol A source relation to the layer 2 instance policy information. Note that this relation is an internal object.    ├ pol:RsAecatfirmwarep A source relation to the catalog firmware policy version. Note that this relation is an internal object.    ├ pol:RsAecatfirmwarepinternal     ├ pol:RsAecatmaintp A source relation to the catalog maintenance specification. Note that this relation is an internal object.    ├ pol:RsAectrlrfirmwarep A source relation to the controller firmware policy. Note that this relation is an internal object.    ├ pol:RsAectrlrmaintp A source relation to the controller maintenance policy. Note that this relation is an internal object.    ├ pol:RsBootmgrcatfirmwarep A source relation to the catalog firmware policy version.    ├ pol:RsCatRel A source relation to the compatibility catalog. Note that this relation is an internal object.    ├ pol:RsCatalog A source relation to the compatibility catalog. Note that this relation is an internal object.    ├ pol:RsClientRel A source relation to a DHCP client. Note that this relation is an internal object.    ├ pol:RsCtrlrDatetimeFormat A source relation to the format of the date/time values for the entire fabric. Note that this relation is an internal object.    ├ pol:RsCtrlrDnsProfile A source relation to the DNS profile. Note that this relation is an internal object.    ├ pol:RsCtrlrFipsMode     ├ pol:RsCtrlrSRel A source relation to the fabric controller group.    ├ pol:RsDbgrPolRel A source relation to resolve debugging policies from APIC.    ├ pol:RsDbgrTechSupDataContRel A source relation to the tech support data policy container. Note that this relation is an internal object.    ├ pol:RsDependencyToFailedEpP     ├ pol:RsDnsAttrRel     ├ pol:RsDnsSvrRel     ├ pol:RsDompRel A source relation to the VMM domain profile. Note that this relation is an internal object.    ├ pol:RsEventMgrPolRel     ├ pol:RsFabricExtConnPDef     ├ pol:RsFirmware A source relation to the firmware specification. Note that this relation is an internal object.    ├ pol:RsFirmwareRepoP A source relation to the firmware repository population and maintenance information. Note that this relation is an internal object.    ├ pol:RsFirmwarep     ├ pol:RsFormatPol A source relation to the format of the date/time values for the entire fabric. Note that this relation is an internal object.    ├ pol:RsFwFw     ├ pol:RsFwGrp A source relation to the firmware group.    ├ pol:RsInfraOutExp     ├ pol:RsInfraOutRtdEpP     ├ pol:RsInvPRef A source relation to the system inventory policy. Note that this relation is an internal object.    ├ pol:RsIsrc A source relation to the internal source of firmware images. Note that this relation is an internal object.    ├ pol:RsMaintpol     ├ pol:RsMgmtConnectivityPrefs     ├ pol:RsMonPolDefRef A source relation to an observable shadow object.    ├ pol:RsMonPolRef A source relation to the base monitoring policy model. Note that this relation is an internal object.    ├ pol:RsMonToFvEppInband A source relation to the base monitoring policy model. Note that this relation is an internal object.    ├ pol:RsMonToFvEppOob A source relation to an out-of-band management endpoint profile for a fabric node management endpoint group. Note that this relation is an internal object.    ├ pol:RsNodeident A source relation to the node identity policy. Note that this relation is an internal object.    ├ pol:RsObsCtrlrSRel A source relation to the fabric controller group.    ├ pol:RsRepo A source relation to the firmware repository population and maintenance information. Note that this relation is an internal object.    ├ pol:RsResCtrlrCompatCat A source relation to the compatibility catalog. Note that this relation is an internal object.    ├ pol:RsSetupPol     ├ pol:RsSynpolicy For internal testing    ├ pol:RsVnsCtrlrEp A source relation to the controller appliance IP address and connectivity information.    ├ pol:RsVnschassis     ├ pol:RsVnsldev A source relation to a service device cluster. Note that this relation is an internal object.    ├ pol:RsVnsldevctx A source relation to a device cluster context. Note that this relation is an internal object.    ├ pol:RsWebPolRel     ├ pol:RsWebtokenRel A source relation to the cryptographic data used for generating and verifying web tokens. Note that this relation is an internal object    ├ pres:RsDefInfraBd     ├ pres:RsPresClass This is generated and used only by internal processes.    ├ pres:RsPresRegdPodCont     ├ pres:RsToDefaultPolicies     ├ pres:RsToFabricSetupPol     ├ pres:RsToFvFabricExtConnPDef     ├ pres:RsToFvSystemGIPoDef     ├ pres:RsToNodeIdentP     ├ pres:RsZoneConfig     ├ qos:RsDefToCustomPol A source relation to a custom QoS policy that enables different levels of service to be assigned to network traffic, including specifications for the Differentiated Services Code Point (DSCP) value(s), and the 802.1p Dot1p priority. Note that this relation is an internal object.    ├ qos:RsDefToDot1PClass A source relation to the class for dot1p to priority map. Note that this relation is an internal object.    ├ qos:RsDefToDscpClass A source relation to the class for DSCP to priority map. Note that this relation is an internal object.    ├ qos:RsToQosDscpTransCont     ├ rib:RsRouteOwnerToNexthopAtt     ├ rtdmc:RsFilterToRtMapPol The RouteMap policy.    ├ snmp:RsClientGrpToEpp A source relation to an abstract representation of the resolvable endpoint profile.    ├ snmp:RsCommSecPClientGrpAtt Ignore, removed    ├ snmp:RsCommToCtxAtt A source relation to the SNMP context used to scope the view of the OIDs.    ├ snmp:RsDestGroup A source relation to an SNMP destination group. This group contains information needed to send traps or informs to a set of destinations. .    ├ snmp:RsEpg A source relation to the endpoint group VRF through which the clients can connect. The VRF is an in-band or out-of-band management endpoint.    ├ span:AToCEp       ├ span:RsDestToVPort A source relation to an endpoint.      ├ span:RsSrcToVPort A source relation to an endpoint.    ├ span:RsDestApic     ├ span:RsDestEpg A source relation to a set of endpoints.    ├ span:RsDestPathEp A source relation to an abstraction of a path endpoint.    ├ span:RsDestToVPortDef     ├ span:RsSpanSrcToL1IfAtt A source relation to an abstraction for a Layer 1 interface in the system.    ├ span:RsSrcToBD The source relation to a private Layer 2 bridge domain.    ├ span:RsSrcToBDDef A source relation to a private Layer 2 network context that belongs to a specific tenant or context, or is shared.    ├ span:RsSrcToCtx A source relation to the private Layer 3 network context that belongs to a specific tenant or is shared.    ├ span:RsSrcToCtxDef A source relation to a private L3 network context belonging to a specific tenant.    ├ span:RsSrcToEpP A source relation to an endpoint profile.    ├ span:RsSrcToEpg A source relation to a set of endpoints.    ├ span:RsSrcToPathEp The source access path.    ├ span:RsSrcToVPortDef     ├ span:RsVsrcToEpg A source relation to a set of endpoints.    ├ sts:RsExtInFabOutRevAtt     ├ sts:RsExtOutFabOutAtt     ├ sts:RsFabInExtInAtt     ├ sts:RsFabInRevExtOutAtt     ├ sts:RsFabOutNxtExtInAtt     ├ sts:RsFabOutRevPrevExtOutAtt     ├ sts:RsNodeAtt     ├ svcredir:RsDestAtt  Attachment to Redirect Destination    ├ synthetic:RsPhysIf A source relation to the object that represents the Layer 1 physical Ethernet interface information.    ├ synthetic:RsToAObj  @faultExplanation This is a custom explanation for a relation fault. @faultRecommendedAction This is a custom recommended action for a relation fault    ├ synthetic:RsToObj     ├ synthetic:RsUnenfPolicy     ├ syslog:RsDestGroup A source relation to the information required to send syslog messages to a group of destinations.    ├ testinfralab:RsSnacks     ├ throttler:RsToCustomNoTracking     ├ top:RsNeighFw A source relation to the firmware version.    ├ top:RsProtGFw A source relation to the firmware version.    ├ top:RsSystemRack A source relation to the rack identifier where the node is located.    ├ topoctrl:RsEpLoopProtectPolCons The source relation to the loop protection policy.    ├ traceroutep:RsTrDst Each device in the path towards the destination decrements the TTL field by one unit while it forwards the packets. When a router in the middle of the path finds a packet with TTL = 1, it responds with an Internet Control Message Protocol (ICMP) time exceeded message to the source. This message lets the source know that the packet traverses that particular router as a hop.    ├ traceroutep:RsTrEpDst The destination end point information for the traceroute.    ├ traceroutep:RsTrEpExtIpSrc     ├ traceroutep:RsTrEpIpDst     ├ traceroutep:RsTrEpIpSrc     ├ traceroutep:RsTrEpSrc The source end point information for the traceroute.    ├ traceroutep:RsTrSrc Using traceroute on a source device (such as a host, or a router acting as a host), it sends IP packets toward the destination with Time To Live (TTL) values that increment up to the maximum specified hop count.    ├ trig:RsTriggerable A source relation to the container for a triggerable object.    ├ tunnel:RsTunnelMbrIfs A source relation to a layer 1 physical Ethernet interface. Note that this relation is an internal object.    ├ tunnel:RsTunnelToLooseNode A source relation to an external connected node (i.e. blade switch). Note that this relation is an internal object.    ├ uribv4:RsRouteOwnerToNexthopAtt A source relation to a URIB next hop database record.    ├ validator:RsNextScope     ├ vmm:RsAEP     ├ vmm:RsAcc A source relation to the user account profile.    ├ vmm:RsBaseCtrlr     ├ vmm:RsBaseCtrlrP A source relation to the VMM controller profile. Note that this relation is an internal object.    ├ vmm:RsBaseDomP A source relation to the VMM domain profile. The VMM domain profile is a policy for grouping VM controllers with similar networking policy requirements. For example, the VM controllers can share VLAN or VXLAN space and application endpoint groups. The APIC communicates with the controller to publish network configurations such as port groups that are then applied to the virtual workloads. Note that this relation is an internal object.    ├ vmm:RsCtrlrPMonPol A source relation to the monitoring policy model for the infra semantic scope.    ├ vmm:RsDomMcastAddrNs A source relation to the policy definition of the multicast IP address ranges.    ├ vmm:RsEncapAllctr  Relation to the allocator for encap    ├ vmm:RsMcastAddrNs A source relation to the policy definition of the multicast IP address ranges.    ├ vmm:RsMgmtEPg A source relation to a set of endpoints.    ├ vmm:RsVmmCtrlrP A source relation to the VMM controller profile. The VMM controller profile is a policy pertaining to a single VM management domain that also corresponds to a single policy enforcement domain. A cluster of VMware VCs forms such a domain. Note that this relation is an internal object.    ├ vmm:RsVswitchExporterPol  Relationship to VMM Netflow Exporter Policy    ├ vmm:RsVswitchOverrideCdpIfPol  Relationship to policy providing physical configuration of the interfaces    ├ vmm:RsVswitchOverrideFwPol  Relationship to nws fw policy    ├ vmm:RsVswitchOverrideLacpPol  Relationship to lacp pc policy    ├ vmm:RsVswitchOverrideLldpIfPol     ├ vmm:RsVswitchOverrideMcpIfPol  Relationship to policy providing physical configuration of the interfaces    ├ vmm:RsVswitchOverrideStpPol  Relationship to stp policy    ├ vns:RsALDevToDomP A source relation to the VMM domain profile.    ├ vns:RsALDevToPhysDomP A source relation to a physical domain profile.    ├ vns:RsALDevToVlanInstP A source relation to the policy definition for ID ranges used for VLAN encapsulation.    ├ vns:RsALDevToVxlanInstP A source relation to the VxLAN namespace policy. Note that this relation is an internal object.    ├ vns:RsAbsConnectionConns A source relation to a connector. Note that this relation is an internal object.    ├ vns:RsAbsCopyConnection  Copy connection connects to copy connector.    ├ vns:RsAbsFuncProf     ├ vns:RsAbsGraph     ├ vns:RsBDDefToBD A source relation to the bridge domain policy. Note that this relation is an internal object.    ├ vns:RsBDDefToConn A source relation to a connector. Note that this relation is an internal object.    ├ vns:RsBDDefToLIf A source relation to the logical interface associated with a set of concrete interfaces from the L4-L7 device cluster. Note that this relation is an internal object.    ├ vns:RsBdConn A source relation to a connector. Note that this relation is an internal object.    ├ vns:RsCDevAtt A source relation to an individual service device that is part of an L4-L7 device cluster. Note that this relation is an internal object.    ├ vns:RsCDevOperInfoToCDev A source relation to an individual service device that is part of an L4-L7 device cluster. Note that this relation is an internal object.    ├ vns:RsCDevToCtrlrP  implicit relation to validate the controller profile    ├ vns:RsCIfAtt Association to a set of concrete interfaces from the device in the cluster.    ├ vns:RsCIfAttN     ├ vns:RsCIfPathAtt A source relation to a path endpoint. Note that this relation is an internal object.    ├ vns:RsCfgToConn A source relation to a connector. Note that this relation is an internal object.    ├ vns:RsChassisEpg     ├ vns:RsChassisToMChassis     ├ vns:RsConnToAConn  Optional relation used to figure out the Epg where IP are learnt for the EpAttach feature    ├ vns:RsConnToAConnInst  Optional relation - Required only when user wants to specify the connector to use for ep attach    ├ vns:RsConnToCtxTerm A source relation to a terminal. Note that this relation is an internal object.    ├ vns:RsConnToCtxTermInst A source relation to a terminal. Note that this relation is an internal object.    ├ vns:RsConnToFlt A source relation to a filter. Note that this relation is an internal object.    ├ vns:RsConnToFltInst A source relation to a filter. Note that this relation is an internal object.    ├ vns:RsConnToLIfInst A source relation to the logical interface associated with a set of concrete interfaces from the L4-L7 device cluster. Note that this relation is an internal object.    ├ vns:RsConnectionInstConns A source relation to a connector. Note that this relation is an internal object.    ├ vns:RsConnector A source relation to a connector between logical functions. Note that this relation is an internal object.    ├ vns:RsCopyCtx     ├ vns:RsDefaultScopeToTerm A source relation to a terminal. Note that this relation is an internal object.    ├ vns:RsDevEpg A source relation for storing management endpoint group related information. This object indicates that the device belongs to the management endpoint group.    ├ vns:RsDevFolderToMFolder A source relation to an MFolder path.    ├ vns:RsDevMgrEpg     ├ vns:RsDevMgrToMDevMgr     ├ vns:RsDevPingToCDev This property is managed internally and should not be modified by the user.    ├ vns:RsDfctToCat A source relation to the Cisco defined category of the defect.    ├ vns:RsEPgDefToConn A source relation to a connector.    ├ vns:RsEPgDefToLIf A source relation to a logical interface.    ├ vns:RsEPpInfoAtt A source relation to an internal object that stores the encap (vlan/vxlan) information of an endpoint.    ├ vns:RsEPpInfoToBD A source relation to the abstract representation of a bridge domain policy.    ├ vns:RsEventConn A source relation to a connector. Note that this relation is an internal object.    ├ vns:RsFolderInstAtt A source relation to a folder instance configured by the administrator. Note that this relation is an internal object.    ├ vns:RsFolderInstToMFolder A source relation to an MFolder path.    ├ vns:RsFunction A source relation to the metadata for a single function on a device. Note that this relation is an internal object.    ├ vns:RsGraphInstToLDevCtx A source relation to a device cluster. This MO is managed internally and should not be modified by the user.    ├ vns:RsGraphInstanceMeta A source relation to an abstract graph. A graph instance is related to a meta graph.    ├ vns:RsInterface A source relation to an interface label. Note that this relation is an internal object.    ├ vns:RsLDevAtt A source relation to a service device cluster.    ├ vns:RsLDevCtxToLDev A service device cluster of a proxy object for a logical device cluster in the tenant.    ├ vns:RsLDevDomP     ├ vns:RsLDevInst A source relation to a logical device instance that holds reusable encap information across service graphs.    ├ vns:RsLDevOperInfoToALDev A source relation to the logical device. Note that this relation is an internal object.    ├ vns:RsLIfCtxToBD A source relation to a private layer 2 bridge domain (BD).    ├ vns:RsLIfCtxToInstP     ├ vns:RsLIfCtxToLIf A source relation to the logical interface of a device cluster.    ├ vns:RsLIfCtxToOut     ├ vns:RsLIfCtxToOutDef  Relation from LIf Context to L3ext:OutDef    ├ vns:RsLIfCtxToSvcRedirectPol     ├ vns:RsLdevIfToLDev A source relation to a service device cluster. Note that this relation is an internal object.    ├ vns:RsMChassis     ├ vns:RsMChassisToMDev     ├ vns:RsMConnAtt A source relation to a connector between logical functions. Note that this relation is an internal object.    ├ vns:RsMConnAttInst A source relation to a connector between logical functions. Note that this relation is an internal object.    ├ vns:RsMDev     ├ vns:RsMDevAtt A source relation to the metadata definitions for a service device type. Note that this relation is an internal object.    ├ vns:RsMDevMgr     ├ vns:RsMDevMgrToMDev     ├ vns:RsMetaIf A source relation to an interface label.    ├ vns:RsMgmtAddr A source relation to an address block. Note that this relation is an internal object.    ├ vns:RsNodeInstMeta A source relation to an abstract node that represents a service node such as server load balancer (SLB) or firewall (FW). Note that this relation is an internal object.    ├ vns:RsNodeInstToLDevCtx The device cluster context points to the device cluster used to pick a specific device based on contract, subject, and function label or names. Note that this relation is an internal object.    ├ vns:RsNodeToAbsFuncProf A source relation to an abstract function profile. Note that this relation is an internal object.    ├ vns:RsNodeToLDev  Relation from AbsNode to LDev    ├ vns:RsNodeToMFunc A source relation to the metadata for a single function on a device. Note that this relation is an internal object.    ├ vns:RsPolModAtt A source relation to a bridge domain policy modifier that can override the desired state of the bridge domain.    ├ vns:RsProfToMFunc A source relation to the metadata for a single function on a device. The function contains a set of connectors and a function-specific configuration tree.    ├ vns:RsRLdevInst     ├ vns:RsSEPpInfo     ├ vns:RsSEPpInfoAtt     ├ vns:RsScopeToTerm A source relation to contract terminal node for parameter resolution. Note that this relation is an internal object.    ├ vns:RsSvcMgmtEpg A source relation to a set of endpoints. Note that this relation is an internal object.    ├ vns:RsTarget A source relation to meta folder information. Note that this relation is an internal object.    ├ vns:RsTenant     ├ vns:RsTermInstMeta A source relation to an abstract terminal node. Note that this relation is an internal object.    ├ vns:RsTermToAny     ├ vns:RsTermToEPg A source relation to a set of endpoints. Note that this relation is an internal object    ├ vns:RsUnkMacActModAtt A source relation to the policy modifying the bridge domain flood settings. Note that this relation is an internal object.    ├ vns:RsVConnToEpgEp A source relation to a set of endpoints. Note that this relation is an internal object.    ├ vns:RsVConnToEpgSubnet A source relation to a set of endpoints. Note that this relation is an internal object.    ├ vns:RsVConnToVConn A source relation to a virtual connector. Note that this relation is an internal object.    ├ vns:RsVlanInstP     ├ vpc:RsVpcInstPolCons A source relation to the node-level vPC domain policy.    ├ vz:InterfaceToCollection       ├ vz:RsIf A source relation to an abstract resolvable contract. Note that this relation is an internal object.    ├ vz:RsAnyToCtrct     ├ vz:RsERFltPOwner     ├ vz:RsFwdRFltPAtt A source relation to forward a resolved filter profile. Note that this relation is an internal object.    ├ vz:RsGraphDefToGraph A source relation to an abstract graph.    ├ vz:RsRFltPOwner A source relation to a filter. A filter is a group of resolvable filter entries. Each filter entry is a combination of network traffic classification properties. Note that this relation is an internal object.    ├ vz:RsRevRFltPAtt The reverse resolved filter profile.    ├ vz:RsToAnyDef     ├ vz:ToRFltP A superclass for all relations to RFltP.      ├ vz:RsRFltAtt A source relation to a resolved filter profile.      ├ vz:RsTabooRFltAtt A source relation to a taboo resolved filter profile.