Class l2:BD (CONCRETE)

Class ID:3377
Class Label: Bridge Domain
Encrypted: false - Exportable: false - Persistent: true - Configurable: false - Subject to Quota: Disabled
Write Access: [NON CONFIGURABLE]
Read Access: [access-connectivity-l2, admin, fabric-connectivity-l3, fabric-protocol-l3, tenant-connectivity-l3, tenant-ext-connectivity-l3]
Creatable/Deletable: no (see Container Mos for details)
Semantic Scope: EPG
Semantic Scope Evaluation Rule: Explicit
Monitoring Policy Source: Explicit
Monitoring Flags : [ IsObservable: true, HasStats: false, HasFaults: true, HasHealth: true, HasEventRules: false ]

RN FORMAT: bd-{[fabEncap]}

    [1] PREFIX=bd- PROPERTY = fabEncap




DN FORMAT: 

[0] topology/pod-{id}/node-{id}/sys/ctxsubstitute-{[encap]}/bd-{[fabEncap]}

[1] sys/ctxsubstitute-{[encap]}/bd-{[fabEncap]}

[2] topology/pod-{id}/node-{id}/sys/inst-{name}/bd-{[fabEncap]}

[3] sys/inst-{name}/bd-{[fabEncap]}

[4] topology/pod-{id}/node-{id}/sys/ctx-{[encap]}/bd-{[fabEncap]}

[5] sys/ctx-{[encap]}/bd-{[fabEncap]}

                

Diagram

Super Mo: l2:Dom, Container Mos: l3:Dom (deletable:no), Contained Mos: epm:Db, epm:DynEpgPolicyTrig, fmcast:Grp, l2:EpCtrl, l2:EpRetPol, l2:EpScanInfo, l2:MacCktEp, l2:MpBd, l3:IpCktEp, svi:If, vlan:CktEp, vsan:CktEp, vxlan:CktEp, Relations From: fv:AIfConn, fv:EPgDef, Relations To: fv:IfConn, nw:PathEp, Relations: l2:RsExtBD, l2:RsPathDomAtt, l2:RtDomIfConn, l2:RtEPgDefToL2Dom,

Containers Hierarchies

top:Root  This class represents the root element in the object hierarchy. All managed objects in the system are descendants of the Root element.  ├ fabric:Topology The root for IFC topology.    ├ fabric:Pod A pod.      ├ fabric:Node The root node for the APIC.        ├ top:System The APIC uses a policy model to combine data into a health score. Health scores can be aggregated for a variety of areas such as for the infrastructure, applications, or services. The category health score is calculated using a Lp -Norm formula. The health score penalty equals 100 minus the health score. The health score penalty represents the overall health score penalties of a set of MOs that belong to a given category and are children or direc...          ├ l3:CtxSubstitute  Tenant context object substitute. Its needed for internal PE purposes but it doesnt instantiate any VRF in the node.            ├ 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. top:Root  This class represents the root element in the object hierarchy. All managed objects in the system are descendants of the Root element.  ├ top:System The APIC uses a policy model to combine data into a health score. Health scores can be aggregated for a variety of areas such as for the infrastructure, applications, or services. The category health score is calculated using a Lp -Norm formula. The health score penalty equals 100 minus the health score. The health score penalty represents the overall health score penalties of a set of MOs that belong to a given category and are children or direc...    ├ l3:CtxSubstitute  Tenant context object substitute. Its needed for internal PE purposes but it doesnt instantiate any VRF in the node.      ├ 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. top:Root  This class represents the root element in the object hierarchy. All managed objects in the system are descendants of the Root element.  ├ fabric:Topology The root for IFC topology.    ├ fabric:Pod A pod.      ├ fabric:Node The root node for the APIC.        ├ top:System The APIC uses a policy model to combine data into a health score. Health scores can be aggregated for a variety of areas such as for the infrastructure, applications, or services. The category health score is calculated using a Lp -Norm formula. The health score penalty equals 100 minus the health score. The health score penalty represents the overall health score penalties of a set of MOs that belong to a given category and are children or direc...          ├ 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.            ├ 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. top:Root  This class represents the root element in the object hierarchy. All managed objects in the system are descendants of the Root element.  ├ top:System The APIC uses a policy model to combine data into a health score. Health scores can be aggregated for a variety of areas such as for the infrastructure, applications, or services. The category health score is calculated using a Lp -Norm formula. The health score penalty equals 100 minus the health score. The health score penalty represents the overall health score penalties of a set of MOs that belong to a given category and are children or direc...    ├ 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.      ├ 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. top:Root  This class represents the root element in the object hierarchy. All managed objects in the system are descendants of the Root element.  ├ fabric:Topology The root for IFC topology.    ├ fabric:Pod A pod.      ├ fabric:Node The root node for the APIC.        ├ top:System The APIC uses a policy model to combine data into a health score. Health scores can be aggregated for a variety of areas such as for the infrastructure, applications, or services. The category health score is calculated using a Lp -Norm formula. The health score penalty equals 100 minus the health score. The health score penalty represents the overall health score penalties of a set of MOs that belong to a given category and are children or direc...          ├ 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.            ├ 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. top:Root  This class represents the root element in the object hierarchy. All managed objects in the system are descendants of the Root element.  ├ top:System The APIC uses a policy model to combine data into a health score. Health scores can be aggregated for a variety of areas such as for the infrastructure, applications, or services. The category health score is calculated using a Lp -Norm formula. The health score penalty equals 100 minus the health score. The health score penalty represents the overall health score penalties of a set of MOs that belong to a given category and are children or direc...    ├ 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.      ├ 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.

Contained Hierarchy

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.  ├ epm:Db     ├ epm:DTEp  Tunnel endpoints discovered through epm    ├ epm:IpEp       ├ epm:RtMacEpToIpEpAtt     ├ epm:MacEp       ├ epm:RsMacEpToIpEpAtt   ├ epm:DynEpgPolicyTrig   ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.  ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.  ├ fmcast:Grp A multicast group entity.  ├ health:Inst A base class for a health score instance.(Switch only)  ├ l2:EpCtrl   ├ l2:EpRetPol An endpoint retention policy identifying the duration of how long information is kept about the remote endpoint. This is expressed through a set of triggering and ageing control parameters.    ├ fault:Delegate Exposes internal faults to the user. A fault delegate object can be defined on IFC (for example, for an endpoint group) and when the fault is raised (for example, under an endpoint policy on a switch), a fault delegate object is created on IFC under the specified object. A fault delegate object follows the lifecycle of the original fault instance object, being created, modified, or deleted based on the changes of the original fault.  ├ l2:EpScanInfo   ├ l2:MacCktEp  Mac EP policy    ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.    ├ fault:Delegate Exposes internal faults to the user. A fault delegate object can be defined on IFC (for example, for an endpoint group) and when the fault is raised (for example, under an endpoint policy on a switch), a fault delegate object is created on IFC under the specified object. A fault delegate object follows the lifecycle of the original fault instance object, being created, modified, or deleted based on the changes of the original fault.    ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.    ├ health:Inst A base class for a health score instance.(Switch only)    ├ l2:MacCktCons       ├ fault:Delegate Exposes internal faults to the user. A fault delegate object can be defined on IFC (for example, for an endpoint group) and when the fault is raised (for example, under an endpoint policy on a switch), a fault delegate object is created on IFC under the specified object. A fault delegate object follows the lifecycle of the original fault instance object, being created, modified, or deleted based on the changes of the original fault.    ├ l2:RsMacBaseEppAtt     ├ l2:RsMacEppAtt   ├ l2:MpBd  Layer2 Bridge-domain more properties used in multipod case Not added to BD mo because in single pod case these new added properties are not used.  ├ l2:RsExtBD A source relation to the interface connectivity. This is an internal object.  ├ l2:RsPathDomAtt A source relation to the ports on this domain is allowed. This is an internal object.    ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.    ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.    ├ health:Inst A base class for a health score instance.(Switch only)    ├ l2:Cons Used for reference counting the consumers corresponding to the RsPathDomAtt relation. Requirement from switch team: If an circuit is associated to port-x, then the BD should also get associated with the same port. This managed object is used for reference counting the circuit endpoints that need the BD-to-port association.      ├ fault:Delegate Exposes internal faults to the user. A fault delegate object can be defined on IFC (for example, for an endpoint group) and when the fault is raised (for example, under an endpoint policy on a switch), a fault delegate object is created on IFC under the specified object. A fault delegate object follows the lifecycle of the original fault instance object, being created, modified, or deleted based on the changes of the original fault.    ├ l2:LPort The holder of nxosmock-specific information of the port.    ├ l2:PortSecurityPolDef  Port Security Policy      ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.      ├ fault:Delegate Exposes internal faults to the user. A fault delegate object can be defined on IFC (for example, for an endpoint group) and when the fault is raised (for example, under an endpoint policy on a switch), a fault delegate object is created on IFC under the specified object. A fault delegate object follows the lifecycle of the original fault instance object, being created, modified, or deleted based on the changes of the original fault.      ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.      ├ health:Inst A base class for a health score instance.(Switch only)  ├ l2:RtDomIfConn A target relation to the layer 2 flood domain.  ├ l2:RtEPgDefToL2Dom A target relation to the layer 2 flood domain.  ├ l3:IpCktEp  IP Circuit Endpoint    ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.    ├ fault:Delegate Exposes internal faults to the user. A fault delegate object can be defined on IFC (for example, for an endpoint group) and when the fault is raised (for example, under an endpoint policy on a switch), a fault delegate object is created on IFC under the specified object. A fault delegate object follows the lifecycle of the original fault instance object, being created, modified, or deleted based on the changes of the original fault.    ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.    ├ health:Inst A base class for a health score instance.(Switch only)    ├ l3:RsIpEppAtt   ├ svi:If A routed VLAN interface.    ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.    ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.    ├ health:Inst A base class for a health score instance.(Switch only)    ├ l3:RsL3If The source of the sub-interface/l3-interface.    ├ 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.    ├ nw:RtPathToIf A target relation to the interface information.    ├ rmon:Dot1d The Dot1d statistics.    ├ rmon:Dot3Stats The Dot3 statistics.    ├ rmon:EtherStats The Ethernet statistics.    ├ rmon:IfHCIn The interface high capacity input statistics.    ├ rmon:IfHCOut The interface high capacity output statistics.    ├ rmon:IfIn The interface input statistics.    ├ rmon:IfOut The interface output statistics.    ├ rmon:IfStorm     ├ rmon:IpIn The IPV4 input statistics.    ├ rmon:Ipv6IfStats The IPV6 interface statistics.  ├ vlan:CktEp A VLAN object created for an endpoint group with an 802.1q encap.    ├ epm:Db       ├ epm:DTEp  Tunnel endpoints discovered through epm      ├ epm:IpEp         ├ epm:RtMacEpToIpEpAtt       ├ epm:MacEp         ├ epm:RsMacEpToIpEpAtt     ├ epm:DynEpgPolicyTrig     ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.    ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.    ├ health:Inst A base class for a health score instance.(Switch only)    ├ l2:EpScanInfo     ├ l2:MacEp A static Mac endpoint.      ├ l2:RtEpDefRefToL2MacEp     ├ l2:RsDot1pRuleAtt A source relation to the set of Dot1P rules. This is an internal object.      ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.      ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.      ├ health:Inst A base class for a health score instance.(Switch only)    ├ l2:RsDscpRuleAtt A source relation to a set of DSCP rules. This is an internal object.      ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.      ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.      ├ health:Inst A base class for a health score instance.(Switch only)    ├ l2:RsPathDomAtt A source relation to the ports on this domain is allowed. This is an internal object.      ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.      ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.      ├ health:Inst A base class for a health score instance.(Switch only)      ├ l2:Cons Used for reference counting the consumers corresponding to the RsPathDomAtt relation. Requirement from switch team: If an circuit is associated to port-x, then the BD should also get associated with the same port. This managed object is used for reference counting the circuit endpoints that need the BD-to-port association.        ├ fault:Delegate Exposes internal faults to the user. A fault delegate object can be defined on IFC (for example, for an endpoint group) and when the fault is raised (for example, under an endpoint policy on a switch), a fault delegate object is created on IFC under the specified object. A fault delegate object follows the lifecycle of the original fault instance object, being created, modified, or deleted based on the changes of the original fault.      ├ l2:LPort The holder of nxosmock-specific information of the port.      ├ l2:PortSecurityPolDef  Port Security Policy        ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.        ├ fault:Delegate Exposes internal faults to the user. A fault delegate object can be defined on IFC (for example, for an endpoint group) and when the fault is raised (for example, under an endpoint policy on a switch), a fault delegate object is created on IFC under the specified object. A fault delegate object follows the lifecycle of the original fault instance object, being created, modified, or deleted based on the changes of the original fault.        ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.        ├ health:Inst A base class for a health score instance.(Switch only)    ├ l2:RtDomIfConn A target relation to the layer 2 flood domain.    ├ 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.    ├ vlan:RsVlanEppAtt A source relation to an abstract representation of the resolvable endpoint profile.    ├ 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  ├ vsan:CktEp  Vsan represents a generic CktEp    ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.    ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.    ├ health:Inst A base class for a health score instance.(Switch only)    ├ l2:RtDomIfConn A target relation to the layer 2 flood domain.    ├ vsan:RsVsanPathAtt  Associations to nw:PathEp with rel-mo to vfcif      ├ l2:Cons Used for reference counting the consumers corresponding to the RsPathDomAtt relation. Requirement from switch team: If an circuit is associated to port-x, then the BD should also get associated with the same port. This managed object is used for reference counting the circuit endpoints that need the BD-to-port association.        ├ fault:Delegate Exposes internal faults to the user. A fault delegate object can be defined on IFC (for example, for an endpoint group) and when the fault is raised (for example, under an endpoint policy on a switch), a fault delegate object is created on IFC under the specified object. A fault delegate object follows the lifecycle of the original fault instance object, being created, modified, or deleted based on the changes of the original fault.  ├ vxlan:CktEp A VXLAN circuit.    ├ epm:Db       ├ epm:DTEp  Tunnel endpoints discovered through epm      ├ epm:IpEp         ├ epm:RtMacEpToIpEpAtt       ├ epm:MacEp         ├ epm:RsMacEpToIpEpAtt     ├ epm:DynEpgPolicyTrig     ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.    ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.    ├ health:Inst A base class for a health score instance.(Switch only)    ├ l2:EpScanInfo     ├ l2:RsDot1pRuleAtt A source relation to the set of Dot1P rules. This is an internal object.      ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.      ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.      ├ health:Inst A base class for a health score instance.(Switch only)    ├ l2:RsDscpRuleAtt A source relation to a set of DSCP rules. This is an internal object.      ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.      ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.      ├ health:Inst A base class for a health score instance.(Switch only)    ├ l2:RsPathDomAtt A source relation to the ports on this domain is allowed. This is an internal object.      ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.      ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.      ├ health:Inst A base class for a health score instance.(Switch only)      ├ l2:Cons Used for reference counting the consumers corresponding to the RsPathDomAtt relation. Requirement from switch team: If an circuit is associated to port-x, then the BD should also get associated with the same port. This managed object is used for reference counting the circuit endpoints that need the BD-to-port association.        ├ fault:Delegate Exposes internal faults to the user. A fault delegate object can be defined on IFC (for example, for an endpoint group) and when the fault is raised (for example, under an endpoint policy on a switch), a fault delegate object is created on IFC under the specified object. A fault delegate object follows the lifecycle of the original fault instance object, being created, modified, or deleted based on the changes of the original fault.      ├ l2:LPort The holder of nxosmock-specific information of the port.      ├ l2:PortSecurityPolDef  Port Security Policy        ├ fault:Counts An immutable object that provides the number of critical, major, minor, and warning faults raised on its parent object and its subtree.        ├ fault:Delegate Exposes internal faults to the user. A fault delegate object can be defined on IFC (for example, for an endpoint group) and when the fault is raised (for example, under an endpoint policy on a switch), a fault delegate object is created on IFC under the specified object. A fault delegate object follows the lifecycle of the original fault instance object, being created, modified, or deleted based on the changes of the original fault.        ├ fault:Inst Contains detailed information of a fault. This object is attached as a child of the object on which the fault condition occurred. One instance object is created for each fault condition of the parent object. A fault instance object is identified by a fault code.        ├ health:Inst A base class for a health score instance.(Switch only)    ├ l2:RtDomIfConn A target relation to the layer 2 flood domain.    ├ 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.    ├ vxlan:RsVxlanEppAtt A source relation to an abstract representation of a resolvable endpoint profile.

Inheritance

nw:Item Ignore.  ├ nw:Conn A connection abstraction.    ├ nw:GEp A group endpoint 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:BD:learningDisabled

                l2:BD:noOptArpFwdWithUnkMacFlood

                l2:BD:optFloodIgnored

                l2:Dom:vlanmgrCfgCtrl

                

accEncap

Type: base:Encap

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

The Layer 2 access encapsulation (VLAN or VNID).

adminSt

Type: l2:DomAdminSt
Primitive Type: scalar:Enum8

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

admin state

bdDefDn

Type: reference:BinRef

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

The bridge domain name.

bridgeMode

Type: l2:BridgeMode
Primitive Type: scalar:Enum8

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

The Layer 2 bridge-domain parameter mode used by the node for enabling classical bridging or bridging with the IP address.

childAction

Type: mo:ModificationChildAction
Primitive Type: scalar:Bitmask32

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

Delete or ignore. For internal use only.

createTs

Type: scalar:Date

Units: null
Encrypted: false
Access: oper
Category: TopLevelRegular

creation time

ctrl

Type: l2:DomCtrl
Primitive Type: scalar:Bitmask32

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

The control state.

dn

Type: reference:BinRef

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

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

epMoveDetectMode

Type: l2:EpMoveDetectMode
Primitive Type: scalar:Bitmask32

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

epOperSt

Type: epm:BdOperSt
Primitive Type: scalar:Bitmask8

Units: null
Encrypted: false
Access: oper
Category: TopLevelRegular

epUpSeqNum

Type: scalar:Uint64

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

EP Update Sequence Number

fabEncap

Type: base:Encap

Units: null
Encrypted: false
Naming Property -- [NAMING RULES]
Access: naming
Category: TopLevelRegular

The Layer 2 bridge-domain Fabric encapsulation (VNID).

fwdCtrl

Type: l2:FwdCtrl
Primitive Type: scalar:Bitmask32

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

Forwarding controls

fwdMode

Type: l2:FwdMode
Primitive Type: scalar:Bitmask8

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

The Layer 2 bridge-domain parameter mode used by the node for enabling forwarding modes.

hwId

Type: l2:DomId
Primitive Type: scalar:Uint32

Units: null
Encrypted: false
Access: oper
Category: TopLevelRegular

Internal domain id

hwResourceId

Type: l2:HwRsrcIdT
Primitive Type: scalar:Uint32

Units: null
Encrypted: false
Access: oper
Category: TopLevelRegular

BD hardware resource identifier (allocated by eltm)

id

Type: l2:DomId
Primitive Type: scalar:Uint32

Units: null
Encrypted: false
Access: create
Category: TopLevelRegular

domain id

lcOwn

Type: mo:Owner
Primitive Type: scalar:Enum8

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

A value that indicates how this object was created. For internal use only.

mcastAllow

Type: scalar:Bool

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

Multicast. Flag to indicate if multicast is enabled

mcastOperSt

Type: mfdm:BdOperSt
Primitive Type: scalar:Bitmask32

Units: null
Encrypted: false
Access: oper
Category: TopLevelRegular

mcast operational state

modTs

Type: mo:TStamp
Primitive Type: scalar:Date

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

The time when this object was last modified.

mode

Type: l2:DomMode
Primitive Type: scalar:Enum8

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

Vlan mode

monPolDn

Type: reference:BinRef

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

The monitoring policy for the Layer 2 bridge-domain object.

multiDstPktAct

Type: l2:MultiDstPktAct
Primitive Type: scalar:Enum8

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

name

Type: naming:Name
Primitive Type: string:Basic

Overrides:nw:Conn:name

Units: null
Encrypted: false
Access: admin
Category: TopLevelRegular

The name of the object.

operSt

Type: l2:DomOperSt
Primitive Type: scalar:Enum8

Units: null
Encrypted: false
Access: oper
Category: TopLevelRegular

oper state

pcTag

Type: actrl:PcTag
Primitive Type: scalar:Uint32

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

The default classId for the unknown Unicast traffic terminating on the L2 bridge-domain.

qiqL2ProtTunMask

Type: l2:qiqL2ProtTunMaskT
Primitive Type: scalar:Bitmask16

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

QiQ L2 Protocol Tunneling Mask

qosPrio

Type: qos:TenantPrio
Primitive Type: scalar:Enum8

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

The default QOS group for the traffic on this circuit. This property represents one of three property levels.

rn

Type: reference:BinRN

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

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

status

Type: mo:ModificationStatus
Primitive Type: scalar:Bitmask32

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

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

type

Type: l2:DomType
Primitive Type: scalar:Enum8

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

domain type

unkMacUcastAct

Type: l2:UnkMacUcastAct
Primitive Type: scalar:Enum8

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

The classical bridge-domain parameter used by the node for forwarding data for an unknown mac Unicast destination.

unkMcastAct

Type: l2:UnkMcastAct
Primitive Type: scalar:Enum8

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

vlanmgrCfgFailedBmp

Type: scalar:Bitmask64

Units: null
Encrypted: false
Access: oper
Category: TopLevelRegular

null

vlanmgrCfgFailedTs

Type: scalar:Time

Units: null
Encrypted: false
Access: oper
Category: TopLevelRegular

vlanmgrCfgState

Type: scalar:UByte

Units: null
Encrypted: false
Access: oper
Category: TopLevelRegular

null