Class nw:Item (ABSTRACT)

Class ID:3564
Class Label: Item
Encrypted: false - Exportable: false - Persistent: true - Configurable: false - Subject to Quota: Disabled
Write Access: [NON CONFIGURABLE]
Read Access: [admin]
Creatable/Deletable: no (see Container Mos for details)
Possible Semantic Scopes: EPG, Infra, Fabric,
Semantic Scope Evaluation Rule: Subclasses
Monitoring Policy Source: Parent
Monitoring Flags : [ IsObservable: false, HasStats: false, HasFaults: false, HasHealth: false, HasEventRules: false ]

DN FORMAT: 

                

Diagram

Sub Mos: eqpt:Item, nw:Conn,

Inheritance

nw:Item Ignore.  ├ eqpt:Item The abstraction for any equipment component/container in the system.    ├ eqpt:Comp An equipment component such as a card, port, transceiver, or ASIC.      ├ eqpt:ACore The equipment processing core information.        ├ eqpt:Core An equipment core container.      ├ eqpt:EjPol The ejector policy.      ├ eqpt:Ejec The ejector information.      ├ eqpt:Fan The fan in a fan tray.      ├ eqpt:Fru An abstraction of a field-replaceable unit, such as cards, receivers, fans, and PSUs.        ├ eqpt:Card A container for different cards such as line cards and fabric cards.          ├ eqpt:Board The motherboard of the controller.          ├ eqpt:ExtChCard The module on an extension chassis. The extended chassis is an extension of the fabric.          ├ eqpt:FC The fabric card, which connects different IO cards and stores all fabric related information.          ├ eqpt:LC A line card (IO card) contains IO ports and stores various line card related state mac addresses assigned to this card, such as whether the card went online.          ├ eqpt:Nic A NIC card.          ├ eqpt:SupC The supervisor card, which contains the CPU running control plane.          ├ eqpt:SysC The system controller card.        ├ eqpt:Ft The inventoried fan tray.        ├ eqpt:Psu The power supply unit.      ├ eqpt:Led The abstraction of an LED. This is a superclass for LED types, such as an indicator LED.        ├ eqpt:ALocLed The abstract class for a locator LED.          ├ eqpt:ExtChLocLed A locator LED on extended chassis components.          ├ eqpt:LocLed A locator LED on chassis components.        ├ eqpt:IndLed The locator LED for monitoring the component state.      ├ eqpt:Mem A memory unit inside the system.        ├ eqpt:Dimm A DIMM memory unit.        ├ eqpt:Flash A flash memory unit.        ├ eqpt:Sprom A SPROM information container.          ├ eqpt:SpromBP A backplane SPROM unit block.          ├ eqpt:SpromFan The fan SPROM.          ├ eqpt:SpromLc A line card SPROM.          ├ eqpt:SpromPsu A power supply unit SPROM.          ├ eqpt:SpromSup The supervisor SPROM.      ├ eqpt:Obfl The onboard failure log information.      ├ eqpt:Silicon The abstract class for ASIC and/or FPGA.        ├ eqpt:ACPU The central processing unit information (CPU).          ├ eqpt:CPU A CPU information container.          ├ eqpt:ExtChCPU The extended chassis CPU.        ├ eqpt:Asic The ASIC information container.        ├ eqpt:Fpga A field-programmable gate array container.        ├ eqpt:FwdInst  Forwarding information container        ├ eqpt:Sensor A temperature sensor monitors the on-board temperature on the chassis. The temperatures are an input into the fan control algorithm. The chassis software adjusts fan speed to keep all sensors within normal operating conditions.      ├ eqpt:SpSd A SPROM sensor data.    ├ eqpt:Cont An equipment instance container.      ├ eqpt:Ch A hardware chassis container contains chassis properties such as its role in the fabric (spine/tor) and a description of switch.      ├ eqpt:ExtCh The fabric extended chassis.      ├ eqpt:Port The abstraction of a standard port. This is a standard physical network interface.        ├ eqpt:ExtP An external facing port abstraction. This is similar to IO or management ports.          ├ eqpt:ConsP An external (debug) console port.          ├ eqpt:ExtAP An external extension port for a controller.          ├ eqpt:IoP The abstraction of an external IO port.            ├ eqpt:BrkoutP  Breakout port for leafport/fabric port            ├ eqpt:ExtChFP An extension chassis port, which is connected to a leaf.            ├ eqpt:ExtChHP The extension chassis port connected to hosts.            ├ eqpt:FabP A fabric port is the fabric facing external IO port.            ├ eqpt:LeafP A leaf port is an external IO port on a leaf.          ├ eqpt:MgmtP The external management port.        ├ eqpt:IntP The abstraction of an internal port. Internal ports are internal constructs that are invisible from outside.          ├ eqpt:CpuP The CPU bound traffic port.          ├ eqpt:EobcP An internal Ethernet out-of-band channel port. Note that all card component management is done via this port.          ├ eqpt:EpcP An internal EPC port (internal hi-gig links connecting the external IO ports).      ├ eqpt:Slot The container multiple slot types. For example: LC slot, FC slot, etc.        ├ eqpt:BSlot The board slot.        ├ eqpt:ExtChCardSlot The extended chassis card slot.        ├ eqpt:FCSlot A fabric card slot.        ├ eqpt:FtSlot A fan tray slot.        ├ eqpt:LCSlot The slot for the module card.        ├ eqpt:NSlot A NIC slot.        ├ eqpt:PsuSlot The power supply slot.        ├ eqpt:SupCSlot The supervisor slot identifier.        ├ eqpt:SysCSlot A system controller slot.      ├ satm:DExtCh A discovered extended chassis.  ├ nw:Conn A connection abstraction.    ├ nw:Ep A static endpoint.      ├ coop:Ep The COOP static endpoint.      ├ l2:MacEp A static Mac endpoint.      ├ l3:IpEp  Static IP end point      ├ nw:ConnEp A connection endpoint abstraction.        ├ fv:PathEp An endpoint path.        ├ nw:AdjEp The adjacency endpoint. This is the endpoint object that contains information regarding dynamically learned endpoints.          ├ lldp:AdjEp The LLDP neighbors, which contains the information regarding the neighbors.          ├ nw:ProtAdjEp A protocol adjacency endpoint abstraction.            ├ l1:ProtAdjEp A protocol adjacency abstraction.            ├ l2:ProtAdjEp A protocol adjacency abstraction.              ├ cdp:AdjEp The CDP neighbor information. CDP is enabled by default on all supported interfaces.              ├ lacp:AdjEp The LACP neighbor information.            ├ l3:ProtAdjEp A layer 3 protocol adjacency abstraction.              ├ arp:AAdjEp The abstraction of an ARP adjacency information object endpoint. This encapsulates static and dynamic endpoint objects.                ├ arp:AdjEp The adjacency endpoint. This is the endpoint object that contains information regarding dynamically learned endpoints.                ├ arp:StAdjEp The ARP static adjacency endpoint, which is the endpoint object that contains information regarding statically configured endpoints. This is a statically configured endpoint corresponding to an interface.                ├ arp:SvcAdjEp  Service arp adjacency definitions              ├ bgp:LocalAsn The local autonomous system (AS) information pertaining to a peer.              ├ bgp:Peer The BGP information pertaining to a peer.              ├ bgp:PeerEntry The BGP peer status specifies the status of a relationship between BGP speakers. A BGP speaker does not discover another BGP speaker automatically. You must configure the relationships between BGP speakers. A BGP peer is a BGP speaker that has an active TCP connection to another BGP speaker.              ├ coop:AdjEp The abstract class for all types of COOP adjacencies.                ├ coop:OracleAdj The adjacency to the Oracle node information.              ├ coop:CitizenAdj The adjacency to the citizen node.              ├ eigrp:AdjEp The neighbor information.              ├ isis:AdjEp The ISIS adjacency neighbor endpoint is a managed object that captures ISIS adjacency specific information such as peer system identifier and peer circuit identifier.              ├ nd:AAdjEp The neighbor discovery adjacency records.                ├ nd:AdjEp The neighbor discovery adjacency endpoint. This is the endpoint object that contains information regarding dynamically learned endpoints.                ├ nd:StAdjEp The static neighbor discovery adjacency definitions.                ├ nd:SvcAdjEp  Service nd adjacency definitions              ├ ospf:AAdjEp An abstraction of an OSPF adjacent endpoint.                ├ ospf:AdjEp An adjacency endpoint contains information regarding dynamically learned endpoints.                ├ ospfv3:AdjEp The neighbor information.              ├ rtdmc:AAdjEp  This object holds rtdmc neighbor information                ├ pim:AdjEp PIM neighbor information.          ├ udld:AdjEp  This object holds udld neighbor information        ├ nw:If The interface information.          ├ l1:If An abstraction for a layer-1 interface in the system. The properties apply to all types of interfaces.            ├ l1:EthIf An abstraction of Ethernet interface properties that are common between Ethernet physical interfaces and aggregated interfaces.              ├ cnw:AggrIf The aggregated interface assigned to the node cluster.              ├ cnw:PhysIf The physical interface assigned to the node cluster.              ├ l1:PhysIf The object that represents the Layer 1 physical Ethernet interface information object.              ├ pc:AggrIf The aggregated interface, which is a collection of physical ports; aka port channel            ├ mgmt:MgmtIf The management interface.          ├ nw:LogicalIf A logical interface abstraction.            ├ l2:FcIf  Abstraction for a fiber channel interface in the system. The properties apply to all types of fiber channel interfaces              ├ l2:VfcIf  An fiber channel interface properties            ├ l2:If The layer 2 configured interface allows traffic of multiple VLANs over a single link and also extends VLANs across the network. All Layer 2 switching ports maintain MAC address tables.              ├ l2:BrIf The L2 bridged interface.              ├ l2:ExtIf The FEX fabric interface.              ├ l2:InbandIf The in-band interface.            ├ l3:If An abstract layer 3 interface.              ├ l3:EncRtdIf The routed interface corresponds to a sub-interface in Cisco’s routing terminology. A sub-interface is a logical L3 interface created on an underlying physical L3 port (the parent interface). Each sub-interface is associated with an 802.1Q VLAN tag. The traffic that comes on the parent interface with that tag is considered for that sub-interface. The existence of a routed interface under a VRF or infra VRF also implies that the interface belo...              ├ l3:LbRtdIf The routed loopback interface.              ├ l3:RtdIf A target relation to the routed concrete interface. This corresponds to a physical L3 interface. The existence of a routed concrete interface under a VRF or infra VRF also implies that interface belongs to that VRF. An L3 interface can belong to only one VRF at a time.              ├ mgmt:RtdMgmtIf Routed management interface              ├ svi:If A routed VLAN interface.            ├ nw:ProtIf A protocol interface abstraction.              ├ l1:ProtIf A protocol interface abstraction.              ├ l2:ProtIf A protocol interface abstraction.                ├ cdp:If CDP information that is operated at a interface level. CDP is used to obtain protocol addresses of neighboring devices and discover the platform of those devices. CDP is also used to display information about the neighboring interfaces/devices.                ├ ipmcsnoop:If  This object holds IP Multicast snooping interface information that is operated at a interface                  ├ ipmcsnoop:StRtrIf  Multicast router if that is configured statically                    ├ igmpsnoop:StRtrIf This object represents the multicast router if that is configured statically.                    ├ mldsnoop:StRtrIf  Multicast router if that is configured statically                ├ lacp:If The LACP information that is operated at an interface (member port of the port channel) level.                ├ lldp:If The LLDP interface, which holds the operational states.                ├ macsec:AIf  This object holds macsec information that is operated at a interface level                  ├ macsec:FabIf                   ├ macsec:If                 ├ mcp:If The Mis-cabling Protocol (MCP) configured interface. The interface type can be physical Ethernet Interface or the Port-Channel Interface. The MCP packets are sent over the logic interfaces.                ├ poe:If  This object holds Power over Ethernet information that is operated at a interface level                ├ stp:If A container for the MCP information that is operated at a interface level.                ├ udld:If  This object holds udld information that is operated at a interface level              ├ l3:ProtIf A layer 3 protocol interface abstraction.                ├ arp:If The ARP Interface. This is configured to contain ARP specific interface information and contains statically configured adjacency endpoint(s).                ├ bfd:If  This object holds bfd interface information                ├ dhcp:If The DHCP information that is operated at an interface level.                  ├ dhcp:ClientIf Used for showing client functionality on the interface.                  ├ dhcp:PseudoIf The Psuedo Interface definition.                  ├ dhcp:RelayIf DHCP relay if used for representing relay functionality on the interface.                  ├ dhcp:ServerIf DHCP server if not supported; defined for completeness.                ├ eigrp:If An EIGRP configured interface combines the benefits of distance vector protocols with the features of link-state protocols.                ├ hsrp:If  This object holds interface information                ├ icmp:If The ICMP information operated at the interface level.                  ├ icmpv4:If Internet Control Message Protocol (ICMPv4) information that is operated at the interface level.                ├ icmpv6:If Per Internet Control Message Protocol (ICMPv6) information that is operated at the interface level.                ├ igmp:ExtIf  This objects hold per igmp external interface information                ├ ip:If The IP information that is operated at an interface level.                  ├ ipv4:If A container for IPV4 information that is operated at an interface level.                  ├ ipv6:If The IPv6 interface information.                ├ ipmc:AIf  This object holds IP Multicast Routing interface information that is operated at a interface                  ├ igmp:If  This objects hold per igmp interface information                ├ isis:ExtIf  This object holds isis information that is operated at a interface level, specific to external interfaces                ├ isis:If The ISIS interface holds ISIS information that is operated at an interface level.                ├ nd:If The per ND protocol interface information.                ├ ospf:AIf An abstraction of the OSPF information that is operated at an interface level.                  ├ ospf:If The OSPF information that is operated at an interface level.                  ├ ospfv3:If An OSPF interface.                ├ rtdmc:AIf  This object holds routed multicast information that is operated at a interface level                  ├ pim:If PIM interface information.            ├ regress:If This is generated and used only by internal processes.            ├ tunnel:If A tunnel interface.        ├ nw:PathEp An abstraction of an endpoint path.        ├ tunnel:Ep An abstraction of a tunnel endpoint.          ├ tunnel:DEp A discovered tunnel endpoint.            ├ bgp:DTEp  Tunnel endpoints discovered through bgp            ├ coop:DTEp  Tunnel endpoints discovered through coop            ├ epm:DTEp  Tunnel endpoints discovered through epm            ├ isis:DTEp The discovered IP security (IPsec) endpoints. The deployment of IPsec with Internet Key Exchange (IKE) requires the configuration of a crypto map for every peer which identifies the endpoint to which a secure tunnel is to be established.            ├ svccopy:DTEp  Tunnel endpoints learnt through svc dest    ├ nw:GEp A group endpoint abstraction.      ├ fabric:ConnGEp A connectivity group.        ├ fabric:CardGEp A card connectivity group.        ├ fabric:NodeGEp A node connectivity group.          ├ coop:Grp The COOP group.          ├ fabric:AProtGEp An abstraction of the VPC protection group.            ├ fabric:IPV4ProtG The spine IPV4 protection group.              ├ fabric:IPV4AutoG The spine IPV4 auto protection group.              ├ fabric:IPV4ExpG The spine IPV4 explicit protection group.            ├ fabric:IPV6ProtG The spine IPV6 protection group.              ├ fabric:IPV6AutoG The spine IPV6 auto protection group.              ├ fabric:IPV6ExpG The spine IPV6 explicit protection group.            ├ fabric:MACProtG The spine MAC protection group.              ├ fabric:MacAutoG The spine MAC auto protection group.              ├ fabric:MacExpG The spine MAC explicit protection group.            ├ fabric:ProtGEp A VPC protection group.              ├ fabric:AutoGEp A VPC auto-protection group. This represents a VPC domain (a protection group). You can set the type of algorithm to be used for creating the automatic groups. Based on the algorithm, APIC implicitly makes discovered nodes part of the group.              ├ fabric:ExplicitGEp A VPC explicit protection group represents a VPC domain (a protection group). You can explicitly configure member nodes of the group using a Fabric policy node endpoint.          ├ mgmt:Grp The managed node connectivity group captures the set of nodes that are going to participate in the management network. All the nodes, a range of nodes, or a specific node can be selected to participate in a given group. This is controlled by the type field.        ├ fabric:PodGEp A pod connectivity group.        ├ fabric:PortGEp A port connectivity group.        ├ fv:CCEp A special endpoint representing a set of connectivity rules to a compute container or hypervisor      ├ mcast:Grp An abstraction for a multicast group entity.        ├ fmcast:Grp A multicast group entity.        ├ ipmcsnoop:StMcGrp  Multicast Snoop Configured statically          ├ igmpsnoop:StMcGrp  Multicast Snoop Configured statically      ├ nw:ConnGrp A connection group.      ├ nw:CpDom A control plane domain abstraction. This object represents a domain within a control plane instance. For example, a VRF.        ├ aib:Dom The Virtual Routing and Forwarding (VRF).        ├ bfd:Af  Bfd abstraction for address family domain          ├ bfd:IfAf  This object holds per address family bfd interface information          ├ bfd:InstAf  This objects hold per address family bfd instance information        ├ bgp:Af A BGP abstraction for an address family domain.          ├ bgp:DomAf The BGP (VRF) address family information.          ├ bgp:PeerAf The BGP peer information for a BGP peer address family. Each address family maintains a separate BGP database, which allows you to configure BGP policy on per-address family basis.          ├ bgp:PeerAfEntry The operational status information for a BGP peer address family. Each address family maintains a separate BGP database, which allows you to configure BGP policy on per-address family basis.          ├ bgp:VpnCtrlP  This object holds policy to control vpn af information for a given vrf        ├ bgp:EviBase  This object holds Base Ethernet VPN instance information          ├ bgp:EncapEviBase  This object contains information for an Ethernet VPN instance that is defined for an encap            ├ bgp:BDEvi  This object holds Bridge Domain Ethernet VPN instance information            ├ bgp:CktEpEvi  This object holds Circuit Endpoint (EPG) Ethernet VPN instance information            ├ bgp:DomEvi  This object holds Domain Ethernet VPN instance information          ├ bgp:EncapGroupEvi  This object holds EncapGroup Ethernet VPN instance information which carries routes for a Group of Encaps          ├ bgp:Vni  This object holds VNI information for multi-site routes        ├ eigrp:Af The EIGRP abstraction for an address family domain.          ├ eigrp:DomAf The EIGRP address family domain (VRF) information.          ├ eigrp:IfAf The address family interface.        ├ isis:Af The IS-IS abstraction for address family domain.          ├ isis:DomAf Per address family IS-IS VRF information.        ├ isis:Lvl The IS-IS abstraction for the level.          ├ isis:DomLvl The IS-IS Domain level VRF information.          ├ isis:IfLvl The IS-IS interface level properties. These properties control how the IS-IS protocol operates. For example, you can configure the interval for sending the Hello and CSNP packets.        ├ nw:ProtDom A protocol domain abstraction.          ├ arp:BD  This object holds arp information that is operated at a interface level          ├ glean:BD Layer 2 domain (BD) information for this glean.          ├ igmp:ExtDom  This objects hold per igmp external domain information          ├ ipmcsnoop:Dom  This objects hold per IP Multicast Snooping domain information            ├ igmpsnoop:Dom An IGMP snooping domain, which is a bridge domain (BD) in which IGMP snooping is enabled. When an IGMP querier is in the network, it sends periodic IGMP queries that trigger IGMP report messages from hosts that want to receive IP multicast traffic. IGMP snooping listens to these IGMP reports to establish appropriate forwarding            ├ mldsnoop:Dom  This objects hold per mld snooping domain information          ├ l2:ProtDom A protocol domain abstraction.            ├ stp:Dom A container for spanning-tree protocol domain information.              ├ stp:MstDom A multiple spanning tree instance.            ├ stp:Region A container for multiple spanning-tree or MSTP domain information.          ├ l3:ProtDom A layer 3 protocol domain abstraction.            ├ arp:Dom Represents ARP domain (VRF) information.            ├ bgp:Dom The object that represents all the BGP domain (VRF) information.            ├ coop:Dom Per COOP domain (vrf) information.            ├ eigrp:Dom The EIGRP domain (VRF) information.            ├ fabrgm:Dom  This objects hold per fabrgm domain information            ├ glean:Dom Domain (VRF) information for this glean.            ├ hsrp:Dom  This object holds per hsrp domain (vrf) information            ├ icmp:Dom The per ICMP layer3 domain information.              ├ icmpv4:Dom Per Internet Control Message Protocol (ICMPv4) layer3 domain (vrf) information.            ├ ip:Dom The domain (vrf) information.              ├ ipv4:Dom The domain (VRF) information.              ├ ipv6:Dom The domain (VRF) information.            ├ ipmc:ADom  This objects hold per IP Multicast domain (VRF) information              ├ igmp:Dom  This objects hold per igmp domain information            ├ isis:Dom The IS-IS domain (vrf) information.            ├ mrib:Dom  This objects hold per pim domain (vrf) information            ├ nd:Dom A neighbor discovery protocol domain.            ├ ospf:AArea An abstraction of the OSPF information that is operated on at a interface level.              ├ ospf:Area The OSPF information that operates at an interface level.              ├ ospfv3:Area The OSPF information that is operated at an interface level.            ├ ospf:ADom An abstraction of an OSPF domain (VRF).              ├ ospf:Dom The per OSPF domain (vrf) information.              ├ ospfv3:Dom The OSPF domain (VRF) information.            ├ ospf:Af A BGP abstraction for an address family domain.              ├ ospfv3:AreaAf The per address family OSPFv3 area information.              ├ ospfv3:DomAf The OSPF address family domain (VRF) information.            ├ rtdmc:ADom  This objects hold per routed multicast domain (vrf) information              ├ pim:Dom PIM domain (VRF) information.          ├ nd:BD  This object holds nd information that is operated at a interface level        ├ rib:Dom The domain (VRF) information.          ├ uribv4:Dom The domain (VRF) information.          ├ uribv6:Dom  Domain (vrf) information        ├ vpc:Dom The vPC domain information. There is only one configurable vPC domain that is in the system.      ├ nw:CpEntity The control plane entity abstraction. This object represents a feature or protocol on the switch. For example, OSPF and VPC features.        ├ ac:Entity Holds entity information for the atomic counters control plane.        ├ actrl:Entity The ACTRL control plane entity information.        ├ aib:Entity This is a top-level placeholder for the Adjacency Information Base (AIB) attributes, if any.        ├ copp:Entity Represents control plane entity information.        ├ dpp:Entity  Holds dpp control plane entity information        ├ eqptdiag:Entity Diag-related entity information        ├ ethpm:Entity Entity        ├ fc:Entity  Holds Storage information        ├ fcoe:Entity  Holds Fcoe-mgr control plane entity information        ├ fcpm:Entity         ├ glean:Entity Control plane entity information for this glean.        ├ im:Entity A stub to categorize the runtime states of the interface manager module.        ├ l1:ProtEntity A protocol entity abstraction.        ├ l2:ProtEntity A protocol entity abstraction.          ├ cdp:Entity Holds cdp control plane entity information          ├ lacp:Entity Holds lacp control plane entity information.          ├ lldp:Entity LLDP allows network devices to advertise information about themselves to other devices on the network. This protocol runs over the data-link layer, which allows two systems running different network layer protocols to learn about each other.          ├ macsec:Entity  Holds macsec control plane entity information          ├ mcp:Entity The MisCabling Protocol (MCP) entity information.          ├ poe:Entity  Holds Power over Ethernet control plane entity information          ├ stp:Entity The spanning-tree protocol control plane entity information.          ├ udld:Entity  Holds udld control plane entity information        ├ l3:ProtEntity A layer 3 protocol entity abstraction.          ├ arp:Entity Represents ARP control plane entity information.          ├ bfd:Entity  Holds bfd control plane entity information          ├ bgp:Entity The BGP control plane entity information.          ├ coop:Entity The COOP control plane entity information.          ├ dhcp:Entity Holds DHCP control plane entity information.          ├ dhcp:Provider The DHCP Server.          ├ dns:Entity The DNS control plane entity information          ├ eigrp:Entity The EIGRP control plane entity information.          ├ fabrgm:Entity  Holds fabric routed multicast group manager entity information          ├ fhs:Entity  Holds FHS control plane entity information          ├ hsrp:Entity  Holds HSRP control plane entity information          ├ icmp:Entity The ICMP control plane information.            ├ icmpv4:Entity Internet Control Message Protocol (ICMPv4) control plane entity information.          ├ icmpv6:Entity Per Internet Control Message Protocol (ICMPv6) control plane entity information.          ├ ip:Entity IP control plane entity information.          ├ ipmc:AEntity  Holds IP Multicast control plane entity information            ├ igmp:Entity  Holds igmp control plane entity information          ├ ipmcsnoop:Entity  Holds IP Multicast Snooping control plane entity information            ├ igmpsnoop:Entity Holds IGMP control plane entity information.            ├ mldsnoop:Entity  Holds mld control plane entity information          ├ ipv4:Entity A container for IPV4 control plane entity information.          ├ ipv6:Entity The IPv6 entity information.          ├ isis:Entity IS-IS control plane entity information.          ├ mrib:Entity  Holds MRIB entity information          ├ nd:Entity The neighbor discovery protocol entity information.          ├ ospf:AEntity An abstraction of the OSPF control plane entity information.            ├ ospf:Entity The OSPF control plane entity information.            ├ ospfv3:Entity The OSPFV3 control plane entity information.          ├ rtdmc:AEntity  Holds routed multicast control plane entity information            ├ pim:Entity PIM control plane entity information.          ├ snmp:Entity SNMP control plane entity information.        ├ l3vm:Entity A container for the L3VM entity information.        ├ monitor:Entity Span manager control plane entity information.        ├ npv:Entity  Holds NPV entity information        ├ nw:ProtEntity A protocol entity abstraction.        ├ pc:Entity         ├ proc:Entity A container of processes in the system. This object holds detailed information about various processes running on the APIC.        ├ proc:System A container of processes in the system. This object holds detailed information about various processes running on the switch.        ├ qosm:Entity A policy container for QoS related entity information.        ├ rib:Entity A container for entity information.          ├ uribv4:Entity A container that holds entity information.          ├ uribv6:Entity  Entity information        ├ rpm:Entity A container for route processor module control plane entity information.        ├ satm:Entity The satellite manager entity information.        ├ slowdrain:Entity  Holds slowdrain control plane entity information        ├ span:Acct The SPAN global accounting information.        ├ span:Entity The SPAN manager control plane entity information.        ├ span:RetryCont Span retry information.        ├ span:RetrySrc The retry source information.        ├ span:RetryTarget The retry target information.        ├ sts:Entity         ├ svccopy:Entity  Holds service control plane entity information        ├ svcredir:Entity  Holds service control plane entity information        ├ syslog:Acct         ├ sysmgr:Entity Contains system manager control plane entity information.        ├ vlanmgr:Entity A container for VLAN manager entity information.        ├ vpc:Entity The vPC control plane entity information.        ├ vsanmgr:Entity  Holds Vsan-mgr control plane entity information      ├ nw:CpInst A control plane instance abstraction. This object represents an instance of the protocol. For example, the protocol instance of OSPF or ISIS.        ├ actrl:Inst The ACTRL instance information.        ├ analytics:Inst  Holds netflow and analytics instance information        ├ ethpm:ErrDisRecover The global configuration for error-disable recovery.        ├ ethpm:Event         ├ ethpm:Inst Stores global configuration for a running EthPM instance. (one instance per system)        ├ fcoe:Inst  This objects hold per fcoe-mgr instance information. There is only one instance of fcoe-mgr running in the system today        ├ fcpm:Inst  This class shall store the global configuration for a running FcPM instance. We have single FcPM in a system        ├ glean:Inst Glean instance information.        ├ im:Inst A container that stores the global runtime state of the interface manager module.        ├ l3vm:Inst An internal object used by NX-OS processes to contain other runtime objects.        ├ npv:Inst  This objects hold per NPV instance information. There is only one instance of NPV instance running in the system today        ├ nw:ProtInst A protocol instance abstraction.          ├ l1:ProtInst A protocol instance abstraction.          ├ l2:ProtInst A protocol instance abstraction.            ├ cdp:Inst The object that represents the CDP instance information. Currently only one CDP instance is supported.            ├ lacp:Inst The LACP instance information. Only one LACP instance is currently supported.            ├ lldp:Inst Link Layer Discovery Protocol (LLDP) supports a set of attributes that it uses to discover neighbor devices. These attributes contain type, length, and value descriptions and are referred to as TLVs. LLDP supported devices can use TLVs to receive and send information to their neighbors. Details such as configuration information, device capabilities, and device identity can be advertised using this protocol.            ├ macsec:Inst  This objects hold per macsec instance information. There is only one instance of macsec running in the system today            ├ mcp:Inst The MisCabling Protocol (MCP) instance information. In the current implementation, only one instance of MCP is running in the system.            ├ poe:Inst  This objects hold per Power over Ethernet instance information. There is only one instance of Power over Ethernet running in the system today            ├ stp:Inst A container for per spanning-tree protocol (STP) instance information. There is only one instance of STP running in the system.            ├ udld:Inst  This objects hold per udld instance information. There is only one instance of udld running in the system today          ├ l3:ProtInst A layer 3 protocol instance abstraction.            ├ arp:Inst Represents per-ARP instance information. In the current implementation, only one instance of ARP is running in the system.            ├ bfd:Inst  This objects hold per bfd instance information.            ├ bgp:Inst The per BGP instance information. There is only instance supported in BGP.            ├ coop:Inst The per-COOP instance information. There is only one instance of this object present in the system.            ├ dhcp:Inst The DHCP instance information. There is only one instance of DHCP relay currently running in the system.            ├ eigrp:Inst The EIGRP instance information.            ├ fabrgm:Inst  This objects hold per fabrgm instance information. There is only one instance of fabrgm running in the system today            ├ fhs:Inst  This objects hold per fhs instance information. There is only one instance of fhs running in the system today            ├ hsrp:Inst  This objects holds HSRP instance information. There is            ├ icmp:Inst The per ICMP instance information. There is only one instance currently running in the system.              ├ icmpv4:Inst Per Internet Control Message Protocol (ICMPv4) instance information. There is only one instance of icmpv4 currently running in the system.              ├ icmpv6:Inst Per Internet Control Message Protocol (ICMPv6) instance information. There is only one instance currently running in the system.            ├ ip:Inst Per IP instance information. There is only one instance of IP currently running in the system.            ├ ipmc:AInst  This objects hold per IPMC instance information              ├ igmp:Inst  This objects hold per igmp instance information. There is only one instance of igmp running in the system today            ├ ipmcsnoop:Inst  This objects hold per IPMC snooping instance information. There is only one instance of IPMC snooping running in the system today              ├ igmpsnoop:Inst Holds per IGMP instance information. There is only one instance of IGMP running in the system today.              ├ mldsnoop:Inst  This objects hold per mld instance information. There is only one instance of mld running in the system today            ├ ipv4:Inst A container for IPV4 instance information.            ├ ipv6:Inst The IPv6 information. In the current implementation, only one instance of IPv6 is running in the system.            ├ isis:Inst Per- IS-IS instance information.            ├ mrib:Inst  These objects hold per routed multicast instance information            ├ nd:Inst The per neighbor discovery instance information. In the current implementation, only one instance of ND is running in the system.            ├ ospf:AInst An abstraction of an OSPF instance.              ├ ospf:Inst The per OSPF instance information.              ├ ospfv3:Inst The per OSPF instance information.            ├ rtdmc:AInst  This objects hold per routed multicast instance information              ├ pim:Inst PIM instance information.        ├ pc:Inst This object holds per port channel instance information        ├ proc:Container  Container of processes in the system        ├ sts:Inst         ├ svccopy:Inst  Holds service instance information        ├ svcredir:Inst  Holds service instance information        ├ vlanmgr:Inst A container for VLAN manager instance information.        ├ vpc:Inst The vPC instance information. There is only one instance of vpc running in the system today.        ├ vsanmgr:Inst  This objects hold per vsan-mgr instance information. There is only one instance of vsan-mgr running in the system today      ├ nw:CpTopo A control plane topology abstraction. This object represents a topology within a control plane domain. For example, a forwarding tag.        ├ nw:ProtTopo A protocol topology abstraction.      ├ nw:Db An abstraction of the database.        ├ epm:Db         ├ l3:Db A database abstraction.          ├ aib:Adj An adjacency database record in the Adjacency Information Base (AIB).          ├ aib:Db A placeholder for all the IP adjacencies.          ├ arp:Db The ARP database. This contains all information owned by the ARP process, such as dynamic adjacency and arp statistics.          ├ bgp:ARoute The abstract class for a BGP route.            ├ bgp:PfxRoute  Abstract class for a bgp route              ├ bgp:EVpnImetRoute  This object holds the bgp evpn imet route information              ├ bgp:EVpnMacIpRoute  This object holds the bgp evpn mac-ip route information              ├ bgp:EVpnPfxRoute  This object holds the bgp evpn ip prefix route information              ├ bgp:Route The BGP route table for a particular address family (IPv4 unicast and IPv6 unicast), which contains all the routes advertised by peers and also redistributed into BGP from other routing protocols. This route table is per tenant context (per VRF).              ├ bgp:VpnRoute The BGP route table for a VPN address family (VPNv4 unicast and VPNv6 unicast). The VPN address family routes are exchanged within the fabric over MP-BGP sessions between spines and leafs. Routes are advertised from border leafs to non-border leafs with spines acting as route reflectors.          ├ bgp:Db  BGP databases          ├ bgp:NextHop The BGP route information for the next hop.          ├ coop:Db An abstraction of the COOP database (repository).          ├ coop:TepDb  Abstraction of cooptep database (repository)          ├ eigrp:Db The EIGRP databases.          ├ igmp:Db  IGMP databases          ├ ipmcsnoop:Db  IP Multicast Snooping database            ├ igmpsnoop:Db Represents all the IGMP Snooping database information.            ├ mldsnoop:Db  IGMP database            ├ mldsnoop:Rec  Abstraction for coop database record          ├ isis:Db The IS-IS database information.          ├ l3:ProtDb A layer 3 protocol database abstraction.            ├ dhcp:LeaseDb The DHCP Lease Database.          ├ monitor:Db The abstraction of the coop database (repository).          ├ nd:Db A neighbor discovery database.          ├ ospf:ADb The abstraction of OSPF database information.            ├ ospf:Db The OSPF database information.            ├ ospfv3:Db The OSPF databases.          ├ rib:Db A URIB database.            ├ uribv4:Db An IPv4 unicast route information base database.            ├ uribv6:Db           ├ rtdmc:ADb  routed multicast databases            ├ pim:Db PIM databases.          ├ rtdmc:DynRPSrcInfo             ├ pim:AutoRPPInfo The Auto-RP policy information.            ├ pim:BSRInfo The Bootstrap Router (BSR) information.          ├ rtdmc:RPInfo             ├ pim:RPInfo RP information          ├ span:Db The abstraction of the SPAN database.          ├ tunnel:Db  Tunnel databases        ├ nw:ProtDb A protocol database abstraction.        ├ svccopy:SvcDb  Abstraction of copy service database      ├ nw:DbRec An abstraction of a database record.        ├ epm:Rec           ├ epm:EpRec             ├ epm:IpEp             ├ epm:MacEp         ├ l3:DbRec A database record abstraction.          ├ aib:AdjOwner A client in the system that has added the adjacency to the Adjacency Information Base (AIB).          ├ arp:DbRec The abstraction of an ARP database record.          ├ coop:Rec The abstraction for the COOP database record.            ├ coop:CoopRec The COOP records.              ├ coop:CoopExtRec  Coop External Record                ├ coop:EpRecBase                   ├ coop:EpRec The endpoint records.                  ├ coop:IpOnlyRec                 ├ coop:IpRec The IP entries in the COOP endpoint record.                  ├ coop:Ipv4Rec The IPv4 entries in an endpoint record.                  ├ coop:Ipv6Rec The IPv6 entries in the COOP endpoint record.              ├ coop:CtxRec The context record.              ├ coop:McGrpRec The multicast group records.                ├ coop:FabMcGrpv4Rec  Fabric IPv4 multicast group records                ├ coop:McGrpv4RecBase  Base IPv4 multicast group records                  ├ coop:McGrpv4Rec The IPv4 multicast group records.                ├ coop:McGrpv6RecBase  Base IPv6 multicast group records                  ├ coop:McGrpv6Rec The IPv6 multicast group records.              ├ coop:MrtrRec The Mrouter records.              ├ coop:VpcRec The Virtual Port Channel (VPC) records.            ├ coop:EpVpcRec The Endpoint Virtual Port Channel (VPC) citizen record.            ├ coop:LeafRec The COOP leaf records.            ├ coop:VpcNodeRec Per-node in the Virtual Port Channel (VPC) configuration record.          ├ eigrp:DbRec An abstraction for an EIGRP database record.            ├ eigrp:Nexthop The EIGRP next hop.            ├ eigrp:Route The EIGRP route information.          ├ eigrp:ExtProtNhRec The EIGRP nexthop information for external routes. External routes are routes from a different protocol or from a different EIGRP AS.          ├ ipmcsnoop:Rec  Abstraction for IP Multicast Snooping database record            ├ igmpsnoop:Rec Shows the abstraction for coop database record.            ├ ipmcsnoop:EpgRec  EPG entries in mcast group record              ├ igmpsnoop:EpgRec Represents the endpoint group (EPG) entries in the Multicast group record information.              ├ mldsnoop:EpgRec  EPG entries in mcast group record            ├ ipmcsnoop:HostRec  Host Record List (Used for Explicit Host Tracking)              ├ igmpsnoop:HostRec Used for Explicit Host Tracking.              ├ mldsnoop:HostRec  Host Record List (Used for Explicit Host Tracking)            ├ ipmcsnoop:McGrpRec  Multicast Group records              ├ igmpsnoop:McGrpRec Represents the Multicast Group records information.              ├ mldsnoop:McGrpRec  Multicast Group records            ├ ipmcsnoop:OIFRec  OIF list (outgoing interface list)              ├ igmpsnoop:OIFRec Represents the IGMP Snooping outgoing interface list (OIF) information.              ├ mldsnoop:OIFRec  OIF list (outgoing interface list)            ├ ipmcsnoop:ReportRec  IPMC eport record snooped by IP multicast application              ├ igmpsnoop:ReportRec Represents the IGMP Snooping report record information snooped by the igmp-snoop application              ├ mldsnoop:ReportRec  MLD report record snooped by mld-snoop application          ├ isis:DbRec The IS-IS database record.            ├ isis:BdIdRec The IS-IS multicast address family feature provides support for multiple logical topologies over a single physical network. This object contains bridge domain records active for this multicast group element.            ├ isis:ExtIsRec The extended IS record.            ├ isis:FtagOifRec Per-forwarding tag (FTAG) OIF list record.            ├ isis:GrpIdRec The multicast groups identifier record.            ├ isis:GrpRec The database of fabric multicast group elements.            ├ isis:IpRec The IP Prefix record.            ├ isis:LspRec The link state packet information records lists the device's neighbors and prefix reachability information.            ├ isis:Nexthop The IS-IS next hop.            ├ isis:NodeIdRec The fabric nodes active for this multicast group element.            ├ isis:NodeRec The node records.            ├ isis:Route An ISIS route is a managed object that captures the routing information learned through ISIS protocol.            ├ isis:TlvRec The generic Type Length Value (TLV) record.          ├ l3:ProtDbRec A layer 3 protocol database record abstraction.            ├ dhcp:Lease The DHCP lease record.          ├ monitor:Rec The abstraction for the coop database record.            ├ monitor:EpRec The endpoint (EP) records.          ├ nd:DbRec A neighbor discovery database record.          ├ ospf:ADbRec An abstraction for an OSPF database record.            ├ ospf:ALsaRec An abstraction of the link-state advertisement (LSA) records.              ├ ospf:LsaRec The LSA records information.              ├ ospfv3:LsaRec The LSA records information.            ├ ospf:ANexthop An abstraction of an OSPF nexthop.              ├ ospf:McNexthop The OSPF Multicast Nexthop information.              ├ ospf:UcNexthop The Unicast Nexthop information.              ├ ospfv3:McNexthop The OSPF Multicast Nexthop information.              ├ ospfv3:UcNexthop The unicast nexthop information.            ├ ospf:ARoute An abstraction of the OSPF route information is used to establish OSPF sessions between peers.              ├ ospf:Route The OSPF route information is used to establish OSPF sessions between peers.              ├ ospfv3:Route The internal OSPF routes in the OSPF RIB (Routing Information Base).          ├ rib:DbRec A URIB database record.            ├ rib:Nexthop             ├ rib:Route               ├ uribv6:Route  Route            ├ rib:RouteOwner               ├ uribv6:RouteOwner  URIB route ownership record            ├ uribv4:Nexthop A URIB next hop database record.            ├ uribv4:Route A route.            ├ uribv4:RouteOwner A URIB route ownership record.            ├ uribv6:Nexthop  URIB next-hop database record          ├ rtdmc:ADbRec  Abstraction for routed multicast database record          ├ rtdmc:ARoute  Base Class for all PIM routes            ├ rtdmc:SGRoute  Abstract class for a pim route              ├ pim:Route  PIM Group/Src MOs          ├ span:Rec The abstract for the SPAN database record.            ├ span:EpRec The SPAN endpoint resolution records.        ├ nw:ProtDbRec A protocol database record abstraction.      ├ nw:FwDom A data plane domain abstraction. This object represents a domain within a forwarding plane instance. For example, a bridge domain.        ├ l2:ADom  Layer2 Abstract Domain represents a generic layer 2 flood domain. It independent of technology like 802.1q, vxlan          ├ l2:Dom A generic layer 2 flood domain is independent of such technology as 802.1q.            ├ l2:BD The Layer 2 Bridge-domain identifies the boundary of a tenant’s bridged/layer 2 traffic. This is similar to a VLAN in a traditional layer 2 switched network.            ├ l2:CktEp The abstraction of a circuit endpoint.              ├ vlan:CktEp A VLAN object created for an endpoint group with an 802.1q encap.              ├ vxlan:CktEp A VXLAN circuit.          ├ vsan:CktEp  Vsan represents a generic CktEp        ├ l3:Dom The Layer 3 Domain (VRF).          ├ l3:Ctx The tenant context information 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.          ├ l3:CtxSubstitute  Tenant context object substitute. Its needed for internal PE purposes but it doesnt instantiate any VRF in the node.          ├ l3:Inst The infra VRF is created for the iNXOS fabric infrastructure. All communications between fabric elements, such as spine, leaf and vleaf, take place in this VRF.      ├ nw:ProtNode A protocol node abstraction.        ├ l3:ProtNode A layer 3 protocol node abstraction.    ├ nw:Tree A tree abstraction.      ├ mcast:Oif An abstraction of a multicast Outgoing Interface (OIF) List.        ├ isis:OifListLeaf The outgoing interface list on the leaf switch.        ├ isis:OifListSpine The outgoing interface list on the spine switch.      ├ mcast:Tree An abstraction of a multicast tree.        ├ fmcast:Tree A distribution tree used to forward multi-destination (flood and Multicast) traffic over the fabric.        ├ isis:FmcastTree The ISIS Fabric Multicast(ftag) tree element is a manged object that captures ISIS fabric wide multicast tree membership information.