| agg-rate-rate |
int64 |
Specify maximum total rate of all egress queues in kbps. |
| agg-rate-rate |
int64 |
Specify maximum total rate of all egress queues in kbps. |
| agg-rate-rate |
int64 |
Specify maximum total rate of all egress queues in kbps. |
| agg-rate-rate |
int64 |
Specify maximum total rate of all egress queues in kbps. |
| agg-rate-rate |
int64 |
Specify maximum total rate of all egress queues in kbps. |
| agg-rate-rate |
int64 |
Specify maximum total rate of all egress queues in kbps. |
| agg-rate-rate |
int64 |
Specify maximum total rate of all egress queues in kbps. |
| aii-all-types-string |
string |
The aii-string describes a combination of global-id:prefix:ac-id as
a string for all AII type.
For aii-type 1, AII string will have following format:
<prefix> : <prefix>
For aii-type 2, AII string will have following format:
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
where
global-id - 0..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 0..4294967295. |
| aii-all-types-string |
string |
The aii-string describes a combination of global-id:prefix:ac-id as
a string for all AII type.
For aii-type 1, AII string will have following format:
<prefix> : <prefix>
For aii-type 2, AII string will have following format:
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
where
global-id - 0..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 0..4294967295. |
| aii-all-types-string |
string |
The aii-string describes a combination of global-id:prefix:ac-id as
a string for all AII type.
For aii-type 1, AII string will have following format:
<prefix> : <prefix>
For aii-type 2, AII string will have following format:
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
where
global-id - 0..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 0..4294967295. |
| aii-all-types-string |
string |
The aii-string describes a combination of global-id:prefix:ac-id as
a string for all AII type.
For aii-type 1, AII string will have following format:
<prefix> : <prefix>
For aii-type 2, AII string will have following format:
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
where
global-id - 0..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 0..4294967295. |
| aii-all-types-string |
string |
The aii-string describes a combination of global-id:prefix:ac-id as
a string for all AII type.
For aii-type 1, AII string will have following format:
<prefix> : <prefix>
For aii-type 2, AII string will have following format:
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
where
global-id - 0..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 0..4294967295. |
| aii-all-types-string |
string |
The aii-string describes a combination of global-id:prefix:ac-id as
a string for all AII type.
For aii-type 1, AII string will have following format:
<prefix> : <prefix>
For aii-type 2, AII string will have following format:
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
where
global-id - 0..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 0..4294967295. |
| aii-all-types-string |
string |
The aii-string describes a combination of global-id:prefix:ac-id as
a string for all AII type.
For aii-type 1, AII string will have following format:
<prefix> : <prefix>
For aii-type 2, AII string will have following format:
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
where
global-id - 0..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 0..4294967295. |
| aii-type |
enumeration |
Indicates LDP FEC 129 Attachment Individual Identifier (AII) type. |
| aii-type |
enumeration |
Indicates LDP FEC 129 Attachment Individual Identifier (AII) type. |
| aii-type |
enumeration |
Indicates LDP FEC 129 Attachment Individual Identifier (AII) type. |
| aii-type |
enumeration |
Indicates LDP FEC 129 Attachment Individual Identifier (AII) type. |
| aii-type |
enumeration |
Indicates LDP FEC 129 Attachment Individual Identifier (AII) type. |
| aii-type |
enumeration |
Indicates LDP FEC 129 Attachment Individual Identifier (AII) type. |
| aii-type |
enumeration |
Indicates LDP FEC 129 Attachment Individual Identifier (AII) type. |
| aii-type2-string |
string |
The aii-type2-string describes a combination of global-id:prefix:ac-id as
a string.
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
global-id - 1..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 1..4294967295. |
| aii-type2-string |
string |
The aii-type2-string describes a combination of global-id:prefix:ac-id as
a string.
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
global-id - 1..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 1..4294967295. |
| aii-type2-string |
string |
The aii-type2-string describes a combination of global-id:prefix:ac-id as
a string.
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
global-id - 1..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 1..4294967295. |
| aii-type2-string |
string |
The aii-type2-string describes a combination of global-id:prefix:ac-id as
a string.
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
global-id - 1..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 1..4294967295. |
| aii-type2-string |
string |
The aii-type2-string describes a combination of global-id:prefix:ac-id as
a string.
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
global-id - 1..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 1..4294967295. |
| aii-type2-string |
string |
The aii-type2-string describes a combination of global-id:prefix:ac-id as
a string.
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
global-id - 1..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 1..4294967295. |
| aii-type2-string |
string |
The aii-type2-string describes a combination of global-id:prefix:ac-id as
a string.
<global-id:prefix:ac-id> : <global-id>:<prefix>:<ac-id>
global-id - 1..4294967295
prefix - a.b.c.d|1..4294967295
ac-id - 1..4294967295. |
| anti-spoof-option |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip-mac |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip-mac |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip-mac |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip-mac |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip-mac |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip-mac |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| anti-spoof-option-ip-mac |
enumeration |
The anti-spoof-option describes the anti-spoof options available. |
| apipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| apipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| apipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| apipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| arp-reply-agent |
enumeration |
The mode of operation of the ARP Reply Agent |
| arp-reply-agent |
enumeration |
The mode of operation of the ARP Reply Agent |
| arp-reply-agent |
enumeration |
The mode of operation of the ARP Reply Agent |
| arp-reply-agent |
enumeration |
The mode of operation of the ARP Reply Agent |
| arp-reply-agent |
enumeration |
The mode of operation of the ARP Reply Agent |
| arp-reply-agent |
enumeration |
The mode of operation of the ARP Reply Agent |
| arp-reply-agent |
enumeration |
The mode of operation of the ARP Reply Agent |
| auth-password |
string |
Contains a password used for authentication of subscribers. |
| auth-password |
string |
Contains a password used for authentication of subscribers. |
| auth-password |
string |
Contains a password used for authentication of subscribers. |
| auth-password |
string |
Contains a password used for authentication of subscribers. |
| auth-password |
string |
Contains a password used for authentication of subscribers. |
| auth-password |
string |
Contains a password used for authentication of subscribers. |
| auth-password |
string |
Contains a password used for authentication of subscribers. |
| bfd-encap |
enumeration |
An enumerated integer indicating encapsulation used for in the BFD operation. |
| bfd-encap |
enumeration |
An enumerated integer indicating encapsulation used for in the BFD operation. |
| bfd-encap |
enumeration |
An enumerated integer indicating encapsulation used for in the BFD operation. |
| bfd-encap |
enumeration |
An enumerated integer indicating encapsulation used for in the BFD operation. |
| bfd-encap |
enumeration |
An enumerated integer indicating encapsulation used for in the BFD operation. |
| bfd-encap |
enumeration |
An enumerated integer indicating encapsulation used for in the BFD operation. |
| bfd-encap |
enumeration |
An enumerated integer indicating encapsulation used for in the BFD operation. |
| bfd-oper-state |
enumeration |
The bfd-oper-state data type is an enumerated integer
that describes the values used to identify the operational state of
a BFD session the instance is relying upon for its fast triggering
mechanism. |
| bfd-oper-state |
enumeration |
The bfd-oper-state data type is an enumerated integer
that describes the values used to identify the operational state of
a BFD session the instance is relying upon for its fast triggering
mechanism. |
| bfd-oper-state |
enumeration |
The bfd-oper-state data type is an enumerated integer
that describes the values used to identify the operational state of
a BFD session the instance is relying upon for its fast triggering
mechanism. |
| bfd-oper-state |
enumeration |
The bfd-oper-state data type is an enumerated integer
that describes the values used to identify the operational state of
a BFD session the instance is relying upon for its fast triggering
mechanism. |
| bfd-oper-state |
enumeration |
The bfd-oper-state data type is an enumerated integer
that describes the values used to identify the operational state of
a BFD session the instance is relying upon for its fast triggering
mechanism. |
| bfd-oper-state |
enumeration |
The bfd-oper-state data type is an enumerated integer
that describes the values used to identify the operational state of
a BFD session the instance is relying upon for its fast triggering
mechanism. |
| bfd-oper-state |
enumeration |
The bfd-oper-state data type is an enumerated integer
that describes the values used to identify the operational state of
a BFD session the instance is relying upon for its fast triggering
mechanism. |
| bgp-community |
string |
The bgp-community is a 4-octet object as string.
<bgp-community> : <as-number:comm-val>
asnumber - [1..65535]
comm-val - [0..65535]. |
| bgp-community |
string |
The bgp-community is a 4-octet object as string.
<bgp-community> : <as-number:comm-val>
asnumber - [1..65535]
comm-val - [0..65535]. |
| bgp-community |
string |
The bgp-community is a 4-octet object as string.
<bgp-community> : <as-number:comm-val>
asnumber - [1..65535]
comm-val - [0..65535]. |
| bgp-community |
string |
The bgp-community is a 4-octet object as string.
<bgp-community> : <as-number:comm-val>
asnumber - [1..65535]
comm-val - [0..65535]. |
| bgp-community |
string |
The bgp-community is a 4-octet object as string.
<bgp-community> : <as-number:comm-val>
asnumber - [1..65535]
comm-val - [0..65535]. |
| bgp-community |
string |
The bgp-community is a 4-octet object as string.
<bgp-community> : <as-number:comm-val>
asnumber - [1..65535]
comm-val - [0..65535]. |
| bgp-community |
string |
The bgp-community is a 4-octet object as string.
<bgp-community> : <as-number:comm-val>
asnumber - [1..65535]
comm-val - [0..65535]. |
| bgp-evpn-ac-eth-tag |
int32 |
Ethernet tag value of the BGP EVPN attachment circuit. |
| bgp-evpn-ac-eth-tag |
int32 |
Ethernet tag value of the BGP EVPN attachment circuit. |
| bgp-evpn-ac-eth-tag |
int32 |
Ethernet tag value of the BGP EVPN attachment circuit. |
| bgp-evpn-ac-eth-tag |
int32 |
Ethernet tag value of the BGP EVPN attachment circuit. |
| bgp-evpn-ac-eth-tag |
int32 |
Ethernet tag value of the BGP EVPN attachment circuit. |
| bgp-evpn-ac-eth-tag |
int32 |
Ethernet tag value of the BGP EVPN attachment circuit. |
| bgp-evpn-ac-eth-tag |
int32 |
Ethernet tag value of the BGP EVPN attachment circuit. |
| bgp-evpn-force-vc-forwarding |
enumeration |
Force VC forwarding options for BGP EVPN. |
| bgp-evpn-force-vc-forwarding |
enumeration |
Force VC forwarding options for BGP EVPN. |
| bgp-evpn-force-vc-forwarding |
enumeration |
Force VC forwarding options for BGP EVPN. |
| bgp-evpn-force-vc-forwarding |
enumeration |
Force VC forwarding options for BGP EVPN. |
| bgp-evpn-force-vc-forwarding |
enumeration |
Force VC forwarding options for BGP EVPN. |
| bgp-evpn-force-vc-forwarding |
enumeration |
Force VC forwarding options for BGP EVPN. |
| bgp-evpn-force-vc-forwarding |
enumeration |
Force VC forwarding options for BGP EVPN. |
| bmac-lsb |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb-no-zero |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb-no-zero |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb-no-zero |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb-no-zero |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb-no-zero |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb-no-zero |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bmac-lsb-no-zero |
string |
specifies the 16 least significant bits (lsb) which when combined with the 32 most significant bits of the PBB source-bmac in the associated service, forms the virtual backbone MAC address. |
| bpdu-translation |
enumeration |
This textual convention is used to specify whether
received L2 Protocol Tunnel pdu's are translated
before being sent out on a port or sap. |
| bpdu-translation |
enumeration |
This textual convention is used to specify whether
received L2 Protocol Tunnel pdu's are translated
before being sent out on a port or sap. |
| bpdu-translation |
enumeration |
This textual convention is used to specify whether
received L2 Protocol Tunnel pdu's are translated
before being sent out on a port or sap. |
| bpdu-translation |
enumeration |
This textual convention is used to specify whether
received L2 Protocol Tunnel pdu's are translated
before being sent out on a port or sap. |
| bpdu-translation |
enumeration |
This textual convention is used to specify whether
received L2 Protocol Tunnel pdu's are translated
before being sent out on a port or sap. |
| bpdu-translation |
enumeration |
This textual convention is used to specify whether
received L2 Protocol Tunnel pdu's are translated
before being sent out on a port or sap. |
| bpdu-translation |
enumeration |
This textual convention is used to specify whether
received L2 Protocol Tunnel pdu's are translated
before being sent out on a port or sap. |
| bridge-id |
binary |
The Bridge-Identifier used by the Spanning Tree
Protocol to uniquely identify a bridge. The first
two octets represent the bridge priority (in big
endian format) while the remaining six octets
represent the main MAC address of the bridge. |
| bridge-id |
binary |
The Bridge-Identifier used by the Spanning Tree
Protocol to uniquely identify a bridge. The first
two octets represent the bridge priority (in big
endian format) while the remaining six octets
represent the main MAC address of the bridge. |
| bridge-id |
binary |
The Bridge-Identifier used by the Spanning Tree
Protocol to uniquely identify a bridge. The first
two octets represent the bridge priority (in big
endian format) while the remaining six octets
represent the main MAC address of the bridge. |
| bridge-id |
binary |
The Bridge-Identifier used by the Spanning Tree
Protocol to uniquely identify a bridge. The first
two octets represent the bridge priority (in big
endian format) while the remaining six octets
represent the main MAC address of the bridge. |
| bridge-id |
binary |
The Bridge-Identifier used by the Spanning Tree
Protocol to uniquely identify a bridge. The first
two octets represent the bridge priority (in big
endian format) while the remaining six octets
represent the main MAC address of the bridge. |
| bridge-id |
binary |
The Bridge-Identifier used by the Spanning Tree
Protocol to uniquely identify a bridge. The first
two octets represent the bridge priority (in big
endian format) while the remaining six octets
represent the main MAC address of the bridge. |
| bridge-id |
binary |
The Bridge-Identifier used by the Spanning Tree
Protocol to uniquely identify a bridge. The first
two octets represent the bridge priority (in big
endian format) while the remaining six octets
represent the main MAC address of the bridge. |
| broadcast-address-format |
enumeration |
Broadcast address format used for local broadcast. |
| broadcast-address-format |
enumeration |
Broadcast address format used for local broadcast. |
| broadcast-address-format |
enumeration |
Broadcast address format used for local broadcast. |
| broadcast-address-format |
enumeration |
Broadcast address format used for local broadcast. |
| broadcast-address-format |
enumeration |
Broadcast address format used for local broadcast. |
| broadcast-address-format |
enumeration |
Broadcast address format used for local broadcast. |
| broadcast-address-format |
enumeration |
Broadcast address format used for local broadcast. |
| bsx-aarp-id |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id-or-zero |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id-or-zero |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id-or-zero |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id-or-zero |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id-or-zero |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id-or-zero |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-id-or-zero |
uint32 |
Identifies an instance of the AA Redundancy
Protocol (AARP).
The value of '0' indicates an invalid AARP instance. |
| bsx-aarp-service-ref-type |
enumeration |
Identifies the role of the SAP or
Spoke SDP service point being referenced by an AARP instance.
This reference is made in the context of a AARP instance identified
by bsx-aarp-id-or-zero.
The service reference types are:
dual-homed(1) - the service reference point is a SAP or
Spoke SDP connected into a dually homed
network being protected by the AARP instance.
shunt-subscriber-side(2) - the service reference point is a Spoke SDP
acting as a subscriber side shunt used by
the AARP instance. A subscriber side shunt
carries the local from/to subscriber
traffic when AA is performed remotely.
shunt-network-side(3) - the service reference point is a Spoke SDP
acting as a network side shunt used by
the AARP instance. A network side shunt
carries the local from/to network
traffic when AA is performed remotely.
dual-homed-secondary(4) - the secondary service reference point is a
SAP or Spoke SDP connected into a dually
homed network being protected by the AARP
instance. It functions as a backup to the
'dualHomed(1)' primary reference point. |
| bsx-aarp-service-ref-type |
enumeration |
Identifies the role of the SAP or
Spoke SDP service point being referenced by an AARP instance.
This reference is made in the context of a AARP instance identified
by bsx-aarp-id-or-zero.
The service reference types are:
dual-homed(1) - the service reference point is a SAP or
Spoke SDP connected into a dually homed
network being protected by the AARP instance.
shunt-subscriber-side(2) - the service reference point is a Spoke SDP
acting as a subscriber side shunt used by
the AARP instance. A subscriber side shunt
carries the local from/to subscriber
traffic when AA is performed remotely.
shunt-network-side(3) - the service reference point is a Spoke SDP
acting as a network side shunt used by
the AARP instance. A network side shunt
carries the local from/to network
traffic when AA is performed remotely.
dual-homed-secondary(4) - the secondary service reference point is a
SAP or Spoke SDP connected into a dually
homed network being protected by the AARP
instance. It functions as a backup to the
'dualHomed(1)' primary reference point. |
| bsx-aarp-service-ref-type |
enumeration |
Identifies the role of the SAP or
Spoke SDP service point being referenced by an AARP instance.
This reference is made in the context of a AARP instance identified
by bsx-aarp-id-or-zero.
The service reference types are:
dual-homed(1) - the service reference point is a SAP or
Spoke SDP connected into a dually homed
network being protected by the AARP instance.
shunt-subscriber-side(2) - the service reference point is a Spoke SDP
acting as a subscriber side shunt used by
the AARP instance. A subscriber side shunt
carries the local from/to subscriber
traffic when AA is performed remotely.
shunt-network-side(3) - the service reference point is a Spoke SDP
acting as a network side shunt used by
the AARP instance. A network side shunt
carries the local from/to network
traffic when AA is performed remotely.
dual-homed-secondary(4) - the secondary service reference point is a
SAP or Spoke SDP connected into a dually
homed network being protected by the AARP
instance. It functions as a backup to the
'dualHomed(1)' primary reference point. |
| bsx-aarp-service-ref-type |
enumeration |
Identifies the role of the SAP or
Spoke SDP service point being referenced by an AARP instance.
This reference is made in the context of a AARP instance identified
by bsx-aarp-id-or-zero.
The service reference types are:
dual-homed(1) - the service reference point is a SAP or
Spoke SDP connected into a dually homed
network being protected by the AARP instance.
shunt-subscriber-side(2) - the service reference point is a Spoke SDP
acting as a subscriber side shunt used by
the AARP instance. A subscriber side shunt
carries the local from/to subscriber
traffic when AA is performed remotely.
shunt-network-side(3) - the service reference point is a Spoke SDP
acting as a network side shunt used by
the AARP instance. A network side shunt
carries the local from/to network
traffic when AA is performed remotely.
dual-homed-secondary(4) - the secondary service reference point is a
SAP or Spoke SDP connected into a dually
homed network being protected by the AARP
instance. It functions as a backup to the
'dualHomed(1)' primary reference point. |
| bsx-aarp-service-ref-type |
enumeration |
Identifies the role of the SAP or
Spoke SDP service point being referenced by an AARP instance.
This reference is made in the context of a AARP instance identified
by bsx-aarp-id-or-zero.
The service reference types are:
dual-homed(1) - the service reference point is a SAP or
Spoke SDP connected into a dually homed
network being protected by the AARP instance.
shunt-subscriber-side(2) - the service reference point is a Spoke SDP
acting as a subscriber side shunt used by
the AARP instance. A subscriber side shunt
carries the local from/to subscriber
traffic when AA is performed remotely.
shunt-network-side(3) - the service reference point is a Spoke SDP
acting as a network side shunt used by
the AARP instance. A network side shunt
carries the local from/to network
traffic when AA is performed remotely.
dual-homed-secondary(4) - the secondary service reference point is a
SAP or Spoke SDP connected into a dually
homed network being protected by the AARP
instance. It functions as a backup to the
'dualHomed(1)' primary reference point. |
| bsx-aarp-service-ref-type |
enumeration |
Identifies the role of the SAP or
Spoke SDP service point being referenced by an AARP instance.
This reference is made in the context of a AARP instance identified
by bsx-aarp-id-or-zero.
The service reference types are:
dual-homed(1) - the service reference point is a SAP or
Spoke SDP connected into a dually homed
network being protected by the AARP instance.
shunt-subscriber-side(2) - the service reference point is a Spoke SDP
acting as a subscriber side shunt used by
the AARP instance. A subscriber side shunt
carries the local from/to subscriber
traffic when AA is performed remotely.
shunt-network-side(3) - the service reference point is a Spoke SDP
acting as a network side shunt used by
the AARP instance. A network side shunt
carries the local from/to network
traffic when AA is performed remotely.
dual-homed-secondary(4) - the secondary service reference point is a
SAP or Spoke SDP connected into a dually
homed network being protected by the AARP
instance. It functions as a backup to the
'dualHomed(1)' primary reference point. |
| bsx-aarp-service-ref-type |
enumeration |
Identifies the role of the SAP or
Spoke SDP service point being referenced by an AARP instance.
This reference is made in the context of a AARP instance identified
by bsx-aarp-id-or-zero.
The service reference types are:
dual-homed(1) - the service reference point is a SAP or
Spoke SDP connected into a dually homed
network being protected by the AARP instance.
shunt-subscriber-side(2) - the service reference point is a Spoke SDP
acting as a subscriber side shunt used by
the AARP instance. A subscriber side shunt
carries the local from/to subscriber
traffic when AA is performed remotely.
shunt-network-side(3) - the service reference point is a Spoke SDP
acting as a network side shunt used by
the AARP instance. A network side shunt
carries the local from/to network
traffic when AA is performed remotely.
dual-homed-secondary(4) - the secondary service reference point is a
SAP or Spoke SDP connected into a dually
homed network being protected by the AARP
instance. It functions as a backup to the
'dualHomed(1)' primary reference point. |
| bsx-transit-ip-policy-id |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id-or-zero |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id-or-zero |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id-or-zero |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id-or-zero |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id-or-zero |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id-or-zero |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-transit-ip-policy-id-or-zero |
uint32 |
Identifies a transit ip policy.
The value '0' indicates an invalid transit IP policy. |
| bsx-trans-pref-policy-id |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id-or-zero |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id-or-zero |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id-or-zero |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id-or-zero |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id-or-zero |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id-or-zero |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| bsx-trans-pref-policy-id-or-zero |
uint32 |
Identifies a transit prefix policy.
The value '0' indicates an invalid transit prefix policy. |
| cem-endpoint-type |
enumeration |
CEM endpoint type |
| cem-endpoint-type |
enumeration |
CEM endpoint type |
| cem-endpoint-type |
enumeration |
CEM endpoint type |
| cem-endpoint-type |
enumeration |
CEM endpoint type |
| cem-endpoint-type |
enumeration |
CEM endpoint type |
| cem-endpoint-type |
enumeration |
CEM endpoint type |
| cem-endpoint-type |
enumeration |
CEM endpoint type |
| cookie-value |
string |
The eight byte value to identify L2TPv3 tunnel. |
| cookie-value |
string |
The eight byte value to identify L2TPv3 tunnel. |
| cookie-value |
string |
The eight byte value to identify L2TPv3 tunnel. |
| cookie-value |
string |
The eight byte value to identify L2TPv3 tunnel. |
| cookie-value |
string |
The eight byte value to identify L2TPv3 tunnel. |
| cookie-value |
string |
The eight byte value to identify L2TPv3 tunnel. |
| cookie-value |
string |
The eight byte value to identify L2TPv3 tunnel. |
| cpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| cpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| cpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| cpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| cpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| cpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| cpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| cpm-prot-policy-id |
uint32 |
Represents the identification number of a CPM Protection policy. |
| cpm-prot-policy-id |
uint32 |
Represents the identification number of a CPM Protection policy. |
| cpm-prot-policy-id |
uint32 |
Represents the identification number of a CPM Protection policy. |
| cpm-prot-policy-id |
uint32 |
Represents the identification number of a CPM Protection policy. |
| cpm-prot-policy-id |
uint32 |
Represents the identification number of a CPM Protection policy. |
| cpm-prot-policy-id |
uint32 |
Represents the identification number of a CPM Protection policy. |
| cpm-prot-policy-id |
uint32 |
Represents the identification number of a CPM Protection policy. |
| customer-id |
uint32 |
A number used to identify a Customer or
Subscriber. This ID must be unique within
the Service Domain. The value 0 is used as
the null ID. |
| customer-id |
uint32 |
A number used to identify a Customer or
Subscriber. This ID must be unique within
the Service Domain. The value 0 is used as
the null ID. |
| customer-id |
uint32 |
A number used to identify a Customer or
Subscriber. This ID must be unique within
the Service Domain. The value 0 is used as
the null ID. |
| customer-id |
uint32 |
A number used to identify a Customer or
Subscriber. This ID must be unique within
the Service Domain. The value 0 is used as
the null ID. |
| customer-id |
uint32 |
A number used to identify a Customer or
Subscriber. This ID must be unique within
the Service Domain. The value 0 is used as
the null ID. |
| customer-id |
uint32 |
A number used to identify a Customer or
Subscriber. This ID must be unique within
the Service Domain. The value 0 is used as
the null ID. |
| customer-id |
uint32 |
A number used to identify a Customer or
Subscriber. This ID must be unique within
the Service Domain. The value 0 is used as
the null ID. |
| customer-name |
string |
The customer-name defines name assigned to the customer. |
| customer-name |
string |
The customer-name defines name assigned to the customer. |
| customer-name |
string |
The customer-name defines name assigned to the customer. |
| customer-name |
string |
The customer-name defines name assigned to the customer. |
| customer-name |
string |
The customer-name defines name assigned to the customer. |
| customer-name |
string |
The customer-name defines name assigned to the customer. |
| customer-name |
string |
The customer-name defines name assigned to the customer. |
| dhcp6-pd-managed-route-nh |
enumeration |
Specifies the pd-managed-route next-hop. |
| dhcp6-pd-managed-route-nh |
enumeration |
Specifies the pd-managed-route next-hop. |
| dhcp6-pd-managed-route-nh |
enumeration |
Specifies the pd-managed-route next-hop. |
| dhcp6-pd-managed-route-nh |
enumeration |
Specifies the pd-managed-route next-hop. |
| dhcp6-pd-managed-route-nh |
enumeration |
Specifies the pd-managed-route next-hop. |
| dhcp6-pd-managed-route-nh |
enumeration |
Specifies the pd-managed-route next-hop. |
| dhcp6-pd-managed-route-nh |
enumeration |
Specifies the pd-managed-route next-hop. |
| dhcp6-user-ident |
enumeration |
Specifies how subscriber hosts are identified. |
| dhcp6-user-ident |
enumeration |
Specifies how subscriber hosts are identified. |
| dhcp6-user-ident |
enumeration |
Specifies how subscriber hosts are identified. |
| dhcp6-user-ident |
enumeration |
Specifies how subscriber hosts are identified. |
| dhcp6-user-ident |
enumeration |
Specifies how subscriber hosts are identified. |
| dhcp6-user-ident |
enumeration |
Specifies how subscriber hosts are identified. |
| dhcp6-user-ident |
enumeration |
Specifies how subscriber hosts are identified. |
| dist-cpu-prot-action-duration |
union |
An exceed action rate in seconds for Distributed CPU Protection Policy
parameters determining hold-down duration for specified exceed-action. |
| dist-cpu-prot-action-duration |
union |
An exceed action rate in seconds for Distributed CPU Protection Policy
parameters determining hold-down duration for specified exceed-action. |
| dist-cpu-prot-action-duration |
union |
An exceed action rate in seconds for Distributed CPU Protection Policy
parameters determining hold-down duration for specified exceed-action. |
| dist-cpu-prot-action-duration |
union |
An exceed action rate in seconds for Distributed CPU Protection Policy
parameters determining hold-down duration for specified exceed-action. |
| dist-cpu-prot-action-duration |
union |
An exceed action rate in seconds for Distributed CPU Protection Policy
parameters determining hold-down duration for specified exceed-action. |
| dist-cpu-prot-action-duration |
union |
An exceed action rate in seconds for Distributed CPU Protection Policy
parameters determining hold-down duration for specified exceed-action. |
| dist-cpu-prot-action-duration |
union |
An exceed action rate in seconds for Distributed CPU Protection Policy
parameters determining hold-down duration for specified exceed-action. |
| dist-cpu-prot-policer-state |
enumeration |
The state of the policer for the Distributed CPU Protection Policy. |
| dist-cpu-prot-policer-state |
enumeration |
The state of the policer for the Distributed CPU Protection Policy. |
| dist-cpu-prot-policer-state |
enumeration |
The state of the policer for the Distributed CPU Protection Policy. |
| dist-cpu-prot-policer-state |
enumeration |
The state of the policer for the Distributed CPU Protection Policy. |
| dist-cpu-prot-policer-state |
enumeration |
The state of the policer for the Distributed CPU Protection Policy. |
| dist-cpu-prot-policer-state |
enumeration |
The state of the policer for the Distributed CPU Protection Policy. |
| dist-cpu-prot-policer-state |
enumeration |
The state of the policer for the Distributed CPU Protection Policy. |
| domain-id |
string |
The D-Path Domain Id is a 6-octet object as string.
<global-field:local-field>
global-field - [0..4294967295]
local-field - [0..65535]. |
| domain-id |
string |
The D-Path Domain Id is a 6-octet object as string.
<global-field:local-field>
global-field - [0..4294967295]
local-field - [0..65535]. |
| domain-id |
string |
The D-Path Domain Id is a 6-octet object as string.
<global-field:local-field>
global-field - [0..4294967295]
local-field - [0..65535]. |
| domain-id |
string |
The D-Path Domain Id is a 6-octet object as string.
<global-field:local-field>
global-field - [0..4294967295]
local-field - [0..65535]. |
| domain-id |
string |
The D-Path Domain Id is a 6-octet object as string.
<global-field:local-field>
global-field - [0..4294967295]
local-field - [0..65535]. |
| domain-id |
string |
The D-Path Domain Id is a 6-octet object as string.
<global-field:local-field>
global-field - [0..4294967295]
local-field - [0..65535]. |
| domain-id |
string |
The D-Path Domain Id is a 6-octet object as string.
<global-field:local-field>
global-field - [0..4294967295]
local-field - [0..65535]. |
| dual-homing-bsx-aarp-service-ref-type |
enumeration |
The dual-homing-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to dual-homing supported services. |
| dual-homing-bsx-aarp-service-ref-type |
enumeration |
The dual-homing-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to dual-homing supported services. |
| dual-homing-bsx-aarp-service-ref-type |
enumeration |
The dual-homing-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to dual-homing supported services. |
| dual-homing-bsx-aarp-service-ref-type |
enumeration |
The dual-homing-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to dual-homing supported services. |
| dual-homing-bsx-aarp-service-ref-type |
enumeration |
The dual-homing-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to dual-homing supported services. |
| dual-homing-bsx-aarp-service-ref-type |
enumeration |
The dual-homing-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to dual-homing supported services. |
| dual-homing-bsx-aarp-service-ref-type |
enumeration |
The dual-homing-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to dual-homing supported services. |
| dynamic-services-accounting-stats-type |
enumeration |
The dynamic-services-accounting-stats-type is an enumerated integer
that describes the values used to identify the type of accounting
statistics gathered. |
| dynamic-services-accounting-stats-type |
enumeration |
The dynamic-services-accounting-stats-type is an enumerated integer
that describes the values used to identify the type of accounting
statistics gathered. |
| dynamic-services-accounting-stats-type |
enumeration |
The dynamic-services-accounting-stats-type is an enumerated integer
that describes the values used to identify the type of accounting
statistics gathered. |
| dynamic-services-accounting-stats-type |
enumeration |
The dynamic-services-accounting-stats-type is an enumerated integer
that describes the values used to identify the type of accounting
statistics gathered. |
| dynamic-services-accounting-stats-type |
enumeration |
The dynamic-services-accounting-stats-type is an enumerated integer
that describes the values used to identify the type of accounting
statistics gathered. |
| dynamic-services-accounting-stats-type |
enumeration |
The dynamic-services-accounting-stats-type is an enumerated integer
that describes the values used to identify the type of accounting
statistics gathered. |
| dynamic-services-accounting-stats-type |
enumeration |
The dynamic-services-accounting-stats-type is an enumerated integer
that describes the values used to identify the type of accounting
statistics gathered. |
| ecmp-value |
int32 |
Range of ECMP values. |
| ecmp-value |
int32 |
Range of ECMP values. |
| ecmp-value |
int32 |
Range of ECMP values. |
| ecmp-value |
int32 |
Range of ECMP values. |
| ecmp-value |
int32 |
Range of ECMP values. |
| ecmp-value |
int32 |
Range of ECMP values. |
| ecmp-value |
int32 |
Range of ECMP values. |
| egress-hsmda-queue-packet-byte-offset |
int32 |
The value, in bytes, of the override of the adjustment to make
to the size of each outgoing packet for accounting. |
| egress-hsmda-queue-packet-byte-offset |
int32 |
The value, in bytes, of the override of the adjustment to make
to the size of each outgoing packet for accounting. |
| egress-hsmda-queue-packet-byte-offset |
int32 |
The value, in bytes, of the override of the adjustment to make
to the size of each outgoing packet for accounting. |
| egress-hsmda-queue-packet-byte-offset |
int32 |
The value, in bytes, of the override of the adjustment to make
to the size of each outgoing packet for accounting. |
| egress-vc-label |
uint32 |
Specify static MPLS VC label used by this device. |
| egress-vc-label |
uint32 |
Specify static MPLS VC label used by this device. |
| egress-vc-label |
uint32 |
Specify static MPLS VC label used by this device. |
| egress-vc-label |
uint32 |
Specify static MPLS VC label used by this device. |
| egress-vc-label |
uint32 |
Specify static MPLS VC label used by this device. |
| egress-vc-label |
uint32 |
Specify static MPLS VC label used by this device. |
| egress-vc-label |
uint32 |
Specify static MPLS VC label used by this device. |
| encap-value |
uint32 |
The value of the label used to identify the entity using the
specified encapsulation value on a specific port.
The format of this object depends on the encapsulation type
defined on this port.
When the encapsulation is nullEncap the value of this object
must be zero.
31 0
+--------+--------+--------+--------+
|00000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
When the encapsulation is dot1qEncap the value of this object
is equal to the 12-bit IEEE 802.1Q VLAN ID.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is mplsEncap the value of this object
is equal to the 20-bit LSP ID.
31 0
+--------+--------+--------+--------+
|00000000 0000XXXX XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is frEncap, the value of this object is
equal to the 10-bit Frame Relay DLCI.
31 0
+--------+--------+--------+--------+
|00000000 00000000 000000XX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is qinqEncap, the value of the outer
802.1Q VLAN ID is encoded in the least significant 16 bits,
and the value of the inner VLAN ID is encoded in the most
significant 16 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
where:
- '*' is represented as 4095.
- '0' is represented as 0.
- any other value in between as a valid tag.
- '*.null' is represented in the following way:
31 0
+--------+--------+--------+--------+
|10000000 00000000 00001111 11111111|
+--------+--------+--------+--------+
When the encapsulation is atmEncap, the value
of the ATM VCI is encoded in the least significant
16 bits, and the value of the ATM VPI is encoded
in the next 12 bits.
For ATM VCs, the top 3 bits are 000. The value of
the ATM VCI is encoded in the least significant 16
bits, and the value of the ATM VPI is encoded in the next
12 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM capture VCs, bits 0 and 28 are 1.
31 0
+--------+--------+--------+--------+
|00010000 00000000 00000000 00000001|
+--------+--------+--------+--------+
For ATM VPs, the top 3 bits are 010. The value of
the ATM VPI is encoded in the least significant 12 bits.
31 0
+--------+--------+--------+--------+
|01000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM VP ranges, the top 3 bits are 100. The value of
the start of the ATM VPI range is encoded in the least significant
12 bits, and the value of the end of the ATM VP range is encoded
in the next 12 bits.
31 0
+--------+--------+--------+--------+
|10000000 YYYYYYYY YYYYXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM ports, the top 3 bits are 110, and the rest of the bits
must be zero.
31 0
+--------+--------+--------+--------+
|11000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
For ATM CPs, the top 3 bits are 001. The value of
the ATM CP is encoded in the least significant 13 bits.
31 0
+--------+--------+--------+--------+
|00100000 00000000 000XXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is wanMirrorEncap the value of this
object is equal to the 12-bit value.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
Some ports have a restrictions to the encapsulation types that
they can support and hence impose restrictions on the respective
formats defined above. |
| encap-value |
uint32 |
The value of the label used to identify the entity using the
specified encapsulation value on a specific port.
The format of this object depends on the encapsulation type
defined on this port.
When the encapsulation is nullEncap the value of this object
must be zero.
31 0
+--------+--------+--------+--------+
|00000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
When the encapsulation is dot1qEncap the value of this object
is equal to the 12-bit IEEE 802.1Q VLAN ID.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is mplsEncap the value of this object
is equal to the 20-bit LSP ID.
31 0
+--------+--------+--------+--------+
|00000000 0000XXXX XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is frEncap, the value of this object is
equal to the 10-bit Frame Relay DLCI.
31 0
+--------+--------+--------+--------+
|00000000 00000000 000000XX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is qinqEncap, the value of the outer
802.1Q VLAN ID is encoded in the least significant 16 bits,
and the value of the inner VLAN ID is encoded in the most
significant 16 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
where:
- '*' is represented as 4095.
- '0' is represented as 0.
- any other value in between as a valid tag.
- '*.null' is represented in the following way:
31 0
+--------+--------+--------+--------+
|10000000 00000000 00001111 11111111|
+--------+--------+--------+--------+
When the encapsulation is atmEncap, the value
of the ATM VCI is encoded in the least significant
16 bits, and the value of the ATM VPI is encoded
in the next 12 bits.
For ATM VCs, the top 3 bits are 000. The value of
the ATM VCI is encoded in the least significant 16
bits, and the value of the ATM VPI is encoded in the next
12 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM capture VCs, bits 0 and 28 are 1.
31 0
+--------+--------+--------+--------+
|00010000 00000000 00000000 00000001|
+--------+--------+--------+--------+
For ATM VPs, the top 3 bits are 010. The value of
the ATM VPI is encoded in the least significant 12 bits.
31 0
+--------+--------+--------+--------+
|01000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM VP ranges, the top 3 bits are 100. The value of
the start of the ATM VPI range is encoded in the least significant
12 bits, and the value of the end of the ATM VP range is encoded
in the next 12 bits.
31 0
+--------+--------+--------+--------+
|10000000 YYYYYYYY YYYYXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM ports, the top 3 bits are 110, and the rest of the bits
must be zero.
31 0
+--------+--------+--------+--------+
|11000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
For ATM CPs, the top 3 bits are 001. The value of
the ATM CP is encoded in the least significant 13 bits.
31 0
+--------+--------+--------+--------+
|00100000 00000000 000XXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is wanMirrorEncap the value of this
object is equal to the 12-bit value.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
Some ports have a restrictions to the encapsulation types that
they can support and hence impose restrictions on the respective
formats defined above. |
| encap-value |
uint32 |
The value of the label used to identify the entity using the
specified encapsulation value on a specific port.
The format of this object depends on the encapsulation type
defined on this port.
When the encapsulation is nullEncap the value of this object
must be zero.
31 0
+--------+--------+--------+--------+
|00000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
When the encapsulation is dot1qEncap the value of this object
is equal to the 12-bit IEEE 802.1Q VLAN ID.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is mplsEncap the value of this object
is equal to the 20-bit LSP ID.
31 0
+--------+--------+--------+--------+
|00000000 0000XXXX XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is frEncap, the value of this object is
equal to the 10-bit Frame Relay DLCI.
31 0
+--------+--------+--------+--------+
|00000000 00000000 000000XX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is qinqEncap, the value of the outer
802.1Q VLAN ID is encoded in the least significant 16 bits,
and the value of the inner VLAN ID is encoded in the most
significant 16 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
where:
- '*' is represented as 4095.
- '0' is represented as 0.
- any other value in between as a valid tag.
- '*.null' is represented in the following way:
31 0
+--------+--------+--------+--------+
|10000000 00000000 00001111 11111111|
+--------+--------+--------+--------+
When the encapsulation is atmEncap, the value
of the ATM VCI is encoded in the least significant
16 bits, and the value of the ATM VPI is encoded
in the next 12 bits.
For ATM VCs, the top 3 bits are 000. The value of
the ATM VCI is encoded in the least significant 16
bits, and the value of the ATM VPI is encoded in the next
12 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM capture VCs, bits 0 and 28 are 1.
31 0
+--------+--------+--------+--------+
|00010000 00000000 00000000 00000001|
+--------+--------+--------+--------+
For ATM VPs, the top 3 bits are 010. The value of
the ATM VPI is encoded in the least significant 12 bits.
31 0
+--------+--------+--------+--------+
|01000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM VP ranges, the top 3 bits are 100. The value of
the start of the ATM VPI range is encoded in the least significant
12 bits, and the value of the end of the ATM VP range is encoded
in the next 12 bits.
31 0
+--------+--------+--------+--------+
|10000000 YYYYYYYY YYYYXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM ports, the top 3 bits are 110, and the rest of the bits
must be zero.
31 0
+--------+--------+--------+--------+
|11000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
For ATM CPs, the top 3 bits are 001. The value of
the ATM CP is encoded in the least significant 13 bits.
31 0
+--------+--------+--------+--------+
|00100000 00000000 000XXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is wanMirrorEncap the value of this
object is equal to the 12-bit value.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
Some ports have a restrictions to the encapsulation types that
they can support and hence impose restrictions on the respective
formats defined above. |
| encap-value |
uint32 |
The value of the label used to identify the entity using the
specified encapsulation value on a specific port.
The format of this object depends on the encapsulation type
defined on this port.
When the encapsulation is nullEncap the value of this object
must be zero.
31 0
+--------+--------+--------+--------+
|00000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
When the encapsulation is dot1qEncap the value of this object
is equal to the 12-bit IEEE 802.1Q VLAN ID.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is mplsEncap the value of this object
is equal to the 20-bit LSP ID.
31 0
+--------+--------+--------+--------+
|00000000 0000XXXX XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is frEncap, the value of this object is
equal to the 10-bit Frame Relay DLCI.
31 0
+--------+--------+--------+--------+
|00000000 00000000 000000XX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is qinqEncap, the value of the outer
802.1Q VLAN ID is encoded in the least significant 16 bits,
and the value of the inner VLAN ID is encoded in the most
significant 16 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
where:
- '*' is represented as 4095.
- '0' is represented as 0.
- any other value in between as a valid tag.
- '*.null' is represented in the following way:
31 0
+--------+--------+--------+--------+
|10000000 00000000 00001111 11111111|
+--------+--------+--------+--------+
When the encapsulation is atmEncap, the value
of the ATM VCI is encoded in the least significant
16 bits, and the value of the ATM VPI is encoded
in the next 12 bits.
For ATM VCs, the top 3 bits are 000. The value of
the ATM VCI is encoded in the least significant 16
bits, and the value of the ATM VPI is encoded in the next
12 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM capture VCs, bits 0 and 28 are 1.
31 0
+--------+--------+--------+--------+
|00010000 00000000 00000000 00000001|
+--------+--------+--------+--------+
For ATM VPs, the top 3 bits are 010. The value of
the ATM VPI is encoded in the least significant 12 bits.
31 0
+--------+--------+--------+--------+
|01000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM VP ranges, the top 3 bits are 100. The value of
the start of the ATM VPI range is encoded in the least significant
12 bits, and the value of the end of the ATM VP range is encoded
in the next 12 bits.
31 0
+--------+--------+--------+--------+
|10000000 YYYYYYYY YYYYXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM ports, the top 3 bits are 110, and the rest of the bits
must be zero.
31 0
+--------+--------+--------+--------+
|11000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
For ATM CPs, the top 3 bits are 001. The value of
the ATM CP is encoded in the least significant 13 bits.
31 0
+--------+--------+--------+--------+
|00100000 00000000 000XXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is wanMirrorEncap the value of this
object is equal to the 12-bit value.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
Some ports have a restrictions to the encapsulation types that
they can support and hence impose restrictions on the respective
formats defined above. |
| encap-value |
uint32 |
The value of the label used to identify the entity using the
specified encapsulation value on a specific port.
The format of this object depends on the encapsulation type
defined on this port.
When the encapsulation is nullEncap the value of this object
must be zero.
31 0
+--------+--------+--------+--------+
|00000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
When the encapsulation is dot1qEncap the value of this object
is equal to the 12-bit IEEE 802.1Q VLAN ID.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is mplsEncap the value of this object
is equal to the 20-bit LSP ID.
31 0
+--------+--------+--------+--------+
|00000000 0000XXXX XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is frEncap, the value of this object is
equal to the 10-bit Frame Relay DLCI.
31 0
+--------+--------+--------+--------+
|00000000 00000000 000000XX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is qinqEncap, the value of the outer
802.1Q VLAN ID is encoded in the least significant 16 bits,
and the value of the inner VLAN ID is encoded in the most
significant 16 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
where:
- '*' is represented as 4095.
- '0' is represented as 0.
- any other value in between as a valid tag.
- '*.null' is represented in the following way:
31 0
+--------+--------+--------+--------+
|10000000 00000000 00001111 11111111|
+--------+--------+--------+--------+
When the encapsulation is atmEncap, the value
of the ATM VCI is encoded in the least significant
16 bits, and the value of the ATM VPI is encoded
in the next 12 bits.
For ATM VCs, the top 3 bits are 000. The value of
the ATM VCI is encoded in the least significant 16
bits, and the value of the ATM VPI is encoded in the next
12 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM capture VCs, bits 0 and 28 are 1.
31 0
+--------+--------+--------+--------+
|00010000 00000000 00000000 00000001|
+--------+--------+--------+--------+
For ATM VPs, the top 3 bits are 010. The value of
the ATM VPI is encoded in the least significant 12 bits.
31 0
+--------+--------+--------+--------+
|01000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM VP ranges, the top 3 bits are 100. The value of
the start of the ATM VPI range is encoded in the least significant
12 bits, and the value of the end of the ATM VP range is encoded
in the next 12 bits.
31 0
+--------+--------+--------+--------+
|10000000 YYYYYYYY YYYYXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM ports, the top 3 bits are 110, and the rest of the bits
must be zero.
31 0
+--------+--------+--------+--------+
|11000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
For ATM CPs, the top 3 bits are 001. The value of
the ATM CP is encoded in the least significant 13 bits.
31 0
+--------+--------+--------+--------+
|00100000 00000000 000XXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is wanMirrorEncap the value of this
object is equal to the 12-bit value.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
Some ports have a restrictions to the encapsulation types that
they can support and hence impose restrictions on the respective
formats defined above. |
| encap-value |
uint32 |
The value of the label used to identify the entity using the
specified encapsulation value on a specific port.
The format of this object depends on the encapsulation type
defined on this port.
When the encapsulation is nullEncap the value of this object
must be zero.
31 0
+--------+--------+--------+--------+
|00000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
When the encapsulation is dot1qEncap the value of this object
is equal to the 12-bit IEEE 802.1Q VLAN ID.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is mplsEncap the value of this object
is equal to the 20-bit LSP ID.
31 0
+--------+--------+--------+--------+
|00000000 0000XXXX XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is frEncap, the value of this object is
equal to the 10-bit Frame Relay DLCI.
31 0
+--------+--------+--------+--------+
|00000000 00000000 000000XX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is qinqEncap, the value of the outer
802.1Q VLAN ID is encoded in the least significant 16 bits,
and the value of the inner VLAN ID is encoded in the most
significant 16 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
where:
- '*' is represented as 4095.
- '0' is represented as 0.
- any other value in between as a valid tag.
- '*.null' is represented in the following way:
31 0
+--------+--------+--------+--------+
|10000000 00000000 00001111 11111111|
+--------+--------+--------+--------+
When the encapsulation is atmEncap, the value
of the ATM VCI is encoded in the least significant
16 bits, and the value of the ATM VPI is encoded
in the next 12 bits.
For ATM VCs, the top 3 bits are 000. The value of
the ATM VCI is encoded in the least significant 16
bits, and the value of the ATM VPI is encoded in the next
12 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM capture VCs, bits 0 and 28 are 1.
31 0
+--------+--------+--------+--------+
|00010000 00000000 00000000 00000001|
+--------+--------+--------+--------+
For ATM VPs, the top 3 bits are 010. The value of
the ATM VPI is encoded in the least significant 12 bits.
31 0
+--------+--------+--------+--------+
|01000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM VP ranges, the top 3 bits are 100. The value of
the start of the ATM VPI range is encoded in the least significant
12 bits, and the value of the end of the ATM VP range is encoded
in the next 12 bits.
31 0
+--------+--------+--------+--------+
|10000000 YYYYYYYY YYYYXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM ports, the top 3 bits are 110, and the rest of the bits
must be zero.
31 0
+--------+--------+--------+--------+
|11000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
For ATM CPs, the top 3 bits are 001. The value of
the ATM CP is encoded in the least significant 13 bits.
31 0
+--------+--------+--------+--------+
|00100000 00000000 000XXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is wanMirrorEncap the value of this
object is equal to the 12-bit value.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
Some ports have a restrictions to the encapsulation types that
they can support and hence impose restrictions on the respective
formats defined above. |
| encap-value |
uint32 |
The value of the label used to identify the entity using the
specified encapsulation value on a specific port.
The format of this object depends on the encapsulation type
defined on this port.
When the encapsulation is nullEncap the value of this object
must be zero.
31 0
+--------+--------+--------+--------+
|00000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
When the encapsulation is dot1qEncap the value of this object
is equal to the 12-bit IEEE 802.1Q VLAN ID.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is mplsEncap the value of this object
is equal to the 20-bit LSP ID.
31 0
+--------+--------+--------+--------+
|00000000 0000XXXX XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is frEncap, the value of this object is
equal to the 10-bit Frame Relay DLCI.
31 0
+--------+--------+--------+--------+
|00000000 00000000 000000XX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is qinqEncap, the value of the outer
802.1Q VLAN ID is encoded in the least significant 16 bits,
and the value of the inner VLAN ID is encoded in the most
significant 16 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
where:
- '*' is represented as 4095.
- '0' is represented as 0.
- any other value in between as a valid tag.
- '*.null' is represented in the following way:
31 0
+--------+--------+--------+--------+
|10000000 00000000 00001111 11111111|
+--------+--------+--------+--------+
When the encapsulation is atmEncap, the value
of the ATM VCI is encoded in the least significant
16 bits, and the value of the ATM VPI is encoded
in the next 12 bits.
For ATM VCs, the top 3 bits are 000. The value of
the ATM VCI is encoded in the least significant 16
bits, and the value of the ATM VPI is encoded in the next
12 bits.
31 0
+--------+--------+--------+--------+
|0000YYYY YYYYYYYY XXXXXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM capture VCs, bits 0 and 28 are 1.
31 0
+--------+--------+--------+--------+
|00010000 00000000 00000000 00000001|
+--------+--------+--------+--------+
For ATM VPs, the top 3 bits are 010. The value of
the ATM VPI is encoded in the least significant 12 bits.
31 0
+--------+--------+--------+--------+
|01000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM VP ranges, the top 3 bits are 100. The value of
the start of the ATM VPI range is encoded in the least significant
12 bits, and the value of the end of the ATM VP range is encoded
in the next 12 bits.
31 0
+--------+--------+--------+--------+
|10000000 YYYYYYYY YYYYXXXX XXXXXXXX|
+--------+--------+--------+--------+
For ATM ports, the top 3 bits are 110, and the rest of the bits
must be zero.
31 0
+--------+--------+--------+--------+
|11000000 00000000 00000000 00000000|
+--------+--------+--------+--------+
For ATM CPs, the top 3 bits are 001. The value of
the ATM CP is encoded in the least significant 13 bits.
31 0
+--------+--------+--------+--------+
|00100000 00000000 000XXXXX XXXXXXXX|
+--------+--------+--------+--------+
When the encapsulation is wanMirrorEncap the value of this
object is equal to the 12-bit value.
31 0
+--------+--------+--------+--------+
|00000000 00000000 0000XXXX XXXXXXXX|
+--------+--------+--------+--------+
Some ports have a restrictions to the encapsulation types that
they can support and hence impose restrictions on the respective
formats defined above. |
| entry-id |
uint32 |
uniquely identifies an entry in a policy or filter table.
to facilitate insertion of entries in the tables, we recommend
assigning entry IDs by 10s: 10, 20, 30, etc. |
| entry-id |
uint32 |
uniquely identifies an entry in a policy or filter table.
to facilitate insertion of entries in the tables, we recommend
assigning entry IDs by 10s: 10, 20, 30, etc. |
| entry-id |
uint32 |
uniquely identifies an entry in a policy or filter table.
to facilitate insertion of entries in the tables, we recommend
assigning entry IDs by 10s: 10, 20, 30, etc. |
| entry-id |
uint32 |
uniquely identifies an entry in a policy or filter table.
to facilitate insertion of entries in the tables, we recommend
assigning entry IDs by 10s: 10, 20, 30, etc. |
| entry-id |
uint32 |
uniquely identifies an entry in a policy or filter table.
to facilitate insertion of entries in the tables, we recommend
assigning entry IDs by 10s: 10, 20, 30, etc. |
| entry-id |
uint32 |
uniquely identifies an entry in a policy or filter table.
to facilitate insertion of entries in the tables, we recommend
assigning entry IDs by 10s: 10, 20, 30, etc. |
| entry-id |
uint32 |
uniquely identifies an entry in a policy or filter table.
to facilitate insertion of entries in the tables, we recommend
assigning entry IDs by 10s: 10, 20, 30, etc. |
| entry-indicator |
uint32 |
Uniquely identifies an entry in a policy or filter table. The
value 0 is not a valid entry-id. When used as insertion point
the value 0 indicates that entries must be inserted at the very
beginning, i.e.before the first entry defined. |
| entry-indicator |
uint32 |
Uniquely identifies an entry in a policy or filter table. The
value 0 is not a valid entry-id. When used as insertion point
the value 0 indicates that entries must be inserted at the very
beginning, i.e.before the first entry defined. |
| entry-indicator |
uint32 |
Uniquely identifies an entry in a policy or filter table. The
value 0 is not a valid entry-id. When used as insertion point
the value 0 indicates that entries must be inserted at the very
beginning, i.e.before the first entry defined. |
| entry-indicator |
uint32 |
Uniquely identifies an entry in a policy or filter table. The
value 0 is not a valid entry-id. When used as insertion point
the value 0 indicates that entries must be inserted at the very
beginning, i.e.before the first entry defined. |
| entry-indicator |
uint32 |
Uniquely identifies an entry in a policy or filter table. The
value 0 is not a valid entry-id. When used as insertion point
the value 0 indicates that entries must be inserted at the very
beginning, i.e.before the first entry defined. |
| entry-indicator |
uint32 |
Uniquely identifies an entry in a policy or filter table. The
value 0 is not a valid entry-id. When used as insertion point
the value 0 indicates that entries must be inserted at the very
beginning, i.e.before the first entry defined. |
| entry-indicator |
uint32 |
Uniquely identifies an entry in a policy or filter table. The
value 0 is not a valid entry-id. When used as insertion point
the value 0 indicates that entries must be inserted at the very
beginning, i.e.before the first entry defined. |
| epipe-sap-ethernet-llf-oper-status-type |
enumeration |
|
| epipe-sap-ethernet-llf-oper-status-type |
enumeration |
|
| epipe-sap-ethernet-llf-oper-status-type |
enumeration |
|
| epipe-sap-ethernet-llf-oper-status-type |
enumeration |
|
| epipe-sap-ethernet-llf-oper-status-type |
enumeration |
|
| epipe-sap-ethernet-llf-oper-status-type |
enumeration |
|
| epipe-sap-ethernet-llf-oper-status-type |
enumeration |
|
| epipe-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| epipe-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| epipe-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| epipe-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| epipe-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| epipe-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| epipe-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| epipe-srv6-instance |
int32 |
SRv6 instance range |
| epipe-srv6-instance |
int32 |
SRv6 instance range |
| epipe-srv6-instance |
int32 |
SRv6 instance range |
| epipe-srv6-instance |
int32 |
SRv6 instance range |
| epipe-srv6-instance |
int32 |
SRv6 instance range |
| epipe-srv6-instance |
int32 |
SRv6 instance range |
| epipe-srv6-instance |
int32 |
SRv6 instance range |
| ep-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| ep-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| ep-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| ep-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| ep-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| ep-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| ep-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| eth-cfm-monitoring-bits |
bits |
The eth-cfm-monitoring-bits specifies ETH CFM monitoring information. |
| eth-cfm-monitoring-bits |
bits |
The eth-cfm-monitoring-bits specifies ETH CFM monitoring information. |
| eth-cfm-monitoring-bits |
bits |
The eth-cfm-monitoring-bits specifies ETH CFM monitoring information. |
| eth-cfm-monitoring-bits |
bits |
The eth-cfm-monitoring-bits specifies ETH CFM monitoring information. |
| eth-cfm-monitoring-bits |
bits |
The eth-cfm-monitoring-bits specifies ETH CFM monitoring information. |
| eth-cfm-monitoring-bits |
bits |
The eth-cfm-monitoring-bits specifies ETH CFM monitoring information. |
| eth-cfm-monitoring-bits |
bits |
The eth-cfm-monitoring-bits specifies ETH CFM monitoring information. |
| ethernet-segment-id |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id-mac-based |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id-mac-based |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id-mac-based |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id-mac-based |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id-mac-based |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id-mac-based |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-id-mac-based |
string |
Ethernet Segment Identifier (ESI) as defined in IETF draft
BGP MPLS Based Ethernet VPN. ESI is a unique non-zero identifier that
identifies an Ethernet Segment. ESI is encoded as a ten octets integer
in line format with the most significant octet sent first.
The following two ESI values are reserved:
- ESI 0 denotes a single-homed CE.
- ESI {0xFF} (repeated 10 times) is known as MAX-ESI.
In a network with managed and not-managed CEs, the ESI has the
following format:
+---+---+---+---+---+---+---+---+---+---+
| T | ESI Value |
+---+---+---+---+---+---+---+---+---+---+
Where:
T (ESI Type) is a 1-octet field (most significant octet) that
specifies the format of the remaining nine octets (ESI Value).
ESI type can be one of the values 0x00-0x05. |
| ethernet-segment-vlan-range-encap |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap-with-null |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap-with-null |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap-with-null |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap-with-null |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap-with-null |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap-with-null |
union |
specifies the dot1q range value for virtual ethernet segments. |
| ethernet-segment-vlan-range-encap-with-null |
union |
specifies the dot1q range value for virtual ethernet segments. |
| etype-value |
string |
The etype-value indicates e-type value as 0xXXYY. |
| etype-value |
string |
The etype-value indicates e-type value as 0xXXYY. |
| etype-value |
string |
The etype-value indicates e-type value as 0xXXYY. |
| etype-value |
string |
The etype-value indicates e-type value as 0xXXYY. |
| etype-value |
string |
The etype-value indicates e-type value as 0xXXYY. |
| etype-value |
string |
The etype-value indicates e-type value as 0xXXYY. |
| etype-value |
string |
The etype-value indicates e-type value as 0xXXYY. |
| evi |
uint32 |
Range of EVPN identifiers. |
| evi |
uint32 |
Range of EVPN identifiers. |
| evi |
uint32 |
Range of EVPN identifiers. |
| evi |
uint32 |
Range of EVPN identifiers. |
| evi |
uint32 |
Range of EVPN identifiers. |
| evi |
uint32 |
Range of EVPN identifiers. |
| evi |
uint32 |
Range of EVPN identifiers. |
| evpn-mh-es-status |
enumeration |
The evpn-mh-es-status is an enumerated integer that
describes the status of an ethernet segment associated with the given
SAP or SDP binding. |
| evpn-mh-es-status |
enumeration |
The evpn-mh-es-status is an enumerated integer that
describes the status of an ethernet segment associated with the given
SAP or SDP binding. |
| evpn-mh-es-status |
enumeration |
The evpn-mh-es-status is an enumerated integer that
describes the status of an ethernet segment associated with the given
SAP or SDP binding. |
| evpn-mh-es-status |
enumeration |
The evpn-mh-es-status is an enumerated integer that
describes the status of an ethernet segment associated with the given
SAP or SDP binding. |
| evpn-mh-es-status |
enumeration |
The evpn-mh-es-status is an enumerated integer that
describes the status of an ethernet segment associated with the given
SAP or SDP binding. |
| evpn-mh-es-status |
enumeration |
The evpn-mh-es-status is an enumerated integer that
describes the status of an ethernet segment associated with the given
SAP or SDP binding. |
| evpn-mh-es-status |
enumeration |
The evpn-mh-es-status is an enumerated integer that
describes the status of an ethernet segment associated with the given
SAP or SDP binding. |
| external-service-id |
uint32 |
A number used to identify an external (i.e. user configurable)
service. This ID must be unique within the Service Domain.
Service-ids larger then 2147483647 are used to represent
system created, hence internal, services (ref service-id-maf) |
| external-service-id |
uint32 |
A number used to identify an external (i.e. user configurable)
service. This ID must be unique within the Service Domain.
Service-ids larger then 2147483647 are used to represent
system created, hence internal, services (ref service-id-maf) |
| external-service-id |
uint32 |
A number used to identify an external (i.e. user configurable)
service. This ID must be unique within the Service Domain.
Service-ids larger then 2147483647 are used to represent
system created, hence internal, services (ref service-id-maf) |
| external-service-id |
uint32 |
A number used to identify an external (i.e. user configurable)
service. This ID must be unique within the Service Domain.
Service-ids larger then 2147483647 are used to represent
system created, hence internal, services (ref service-id-maf) |
| external-service-id |
uint32 |
A number used to identify an external (i.e. user configurable)
service. This ID must be unique within the Service Domain.
Service-ids larger then 2147483647 are used to represent
system created, hence internal, services (ref service-id-maf) |
| external-service-id |
uint32 |
A number used to identify an external (i.e. user configurable)
service. This ID must be unique within the Service Domain.
Service-ids larger then 2147483647 are used to represent
system created, hence internal, services (ref service-id-maf) |
| external-service-id |
uint32 |
A number used to identify an external (i.e. user configurable)
service. This ID must be unique within the Service Domain.
Service-ids larger then 2147483647 are used to represent
system created, hence internal, services (ref service-id-maf) |
| failed-threshold |
union |
Failed threshold range. |
| failed-threshold |
union |
Failed threshold range. |
| failed-threshold |
union |
Failed threshold range. |
| failed-threshold |
union |
Failed threshold range. |
| failed-threshold |
union |
Failed threshold range. |
| failed-threshold |
union |
Failed threshold range. |
| failed-threshold |
union |
Failed threshold range. |
| fdb-locale |
enumeration |
The fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for
Shortest Path Bridging (SPB). |
| fdb-locale |
enumeration |
The fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for
Shortest Path Bridging (SPB). |
| fdb-locale |
enumeration |
The fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for
Shortest Path Bridging (SPB). |
| fdb-locale |
enumeration |
The fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for
Shortest Path Bridging (SPB). |
| fdb-locale |
enumeration |
The fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for
Shortest Path Bridging (SPB). |
| fdb-locale |
enumeration |
The fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for
Shortest Path Bridging (SPB). |
| fdb-locale |
enumeration |
The fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for
Shortest Path Bridging (SPB). |
| fdb-mac-type |
enumeration |
The fdb-mac-type data type is an enumerated integer that describes the
values used to indicate method by which the MAC entry was added to the FDB. |
| fdb-mac-type |
enumeration |
The fdb-mac-type data type is an enumerated integer that describes the
values used to indicate method by which the MAC entry was added to the FDB. |
| fdb-mac-type |
enumeration |
The fdb-mac-type data type is an enumerated integer that describes the
values used to indicate method by which the MAC entry was added to the FDB. |
| fdb-mac-type |
enumeration |
The fdb-mac-type data type is an enumerated integer that describes the
values used to indicate method by which the MAC entry was added to the FDB. |
| fdb-mac-type |
enumeration |
The fdb-mac-type data type is an enumerated integer that describes the
values used to indicate method by which the MAC entry was added to the FDB. |
| fdb-mac-type |
enumeration |
The fdb-mac-type data type is an enumerated integer that describes the
values used to indicate method by which the MAC entry was added to the FDB. |
| fdb-mac-type |
enumeration |
The fdb-mac-type data type is an enumerated integer that describes the
values used to indicate method by which the MAC entry was added to the FDB. |
| fdb-state |
enumeration |
The fdb-state data type is an enumerated integer that describes the
values used to indicate state of the forwarding database FDB entry
for Shortest Path Bridging (SPB). |
| fdb-state |
enumeration |
The fdb-state data type is an enumerated integer that describes the
values used to indicate state of the forwarding database FDB entry
for Shortest Path Bridging (SPB). |
| fdb-state |
enumeration |
The fdb-state data type is an enumerated integer that describes the
values used to indicate state of the forwarding database FDB entry
for Shortest Path Bridging (SPB). |
| fdb-state |
enumeration |
The fdb-state data type is an enumerated integer that describes the
values used to indicate state of the forwarding database FDB entry
for Shortest Path Bridging (SPB). |
| fdb-state |
enumeration |
The fdb-state data type is an enumerated integer that describes the
values used to indicate state of the forwarding database FDB entry
for Shortest Path Bridging (SPB). |
| fdb-state |
enumeration |
The fdb-state data type is an enumerated integer that describes the
values used to indicate state of the forwarding database FDB entry
for Shortest Path Bridging (SPB). |
| fdb-state |
enumeration |
The fdb-state data type is an enumerated integer that describes the
values used to indicate state of the forwarding database FDB entry
for Shortest Path Bridging (SPB). |
| fpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| fpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| fpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| fpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| fpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| fpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| fpipe-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| group-interface-type |
enumeration |
Type of group-interface. |
| group-interface-type |
enumeration |
Type of group-interface. |
| group-interface-type |
enumeration |
Type of group-interface. |
| group-interface-type |
enumeration |
Type of group-interface. |
| group-interface-type |
enumeration |
Type of group-interface. |
| group-interface-type |
enumeration |
Type of group-interface. |
| group-interface-type |
enumeration |
Type of group-interface. |
| hold-time-active |
uint32 |
Specify amount of time to hold the active
state before going into the standby state when a local
MC-LAG SAP goes down. |
| hold-time-active |
uint32 |
Specify amount of time to hold the active
state before going into the standby state when a local
MC-LAG SAP goes down. |
| hold-time-active |
uint32 |
Specify amount of time to hold the active
state before going into the standby state when a local
MC-LAG SAP goes down. |
| hold-time-active |
uint32 |
Specify amount of time to hold the active
state before going into the standby state when a local
MC-LAG SAP goes down. |
| hold-time-active |
uint32 |
Specify amount of time to hold the active
state before going into the standby state when a local
MC-LAG SAP goes down. |
| hold-time-active |
uint32 |
Specify amount of time to hold the active
state before going into the standby state when a local
MC-LAG SAP goes down. |
| hold-time-active |
uint32 |
Specify amount of time to hold the active
state before going into the standby state when a local
MC-LAG SAP goes down. |
| ies-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| ies-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| ies-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| ies-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| ies-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| ies-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| ies-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| ingress-vc-label |
uint32 |
Specify static MPLS VC label used by the far-end device. |
| ingress-vc-label |
uint32 |
Specify static MPLS VC label used by the far-end device. |
| ingress-vc-label |
uint32 |
Specify static MPLS VC label used by the far-end device. |
| ingress-vc-label |
uint32 |
Specify static MPLS VC label used by the far-end device. |
| ingress-vc-label |
uint32 |
Specify static MPLS VC label used by the far-end device. |
| ingress-vc-label |
uint32 |
Specify static MPLS VC label used by the far-end device. |
| ingress-vc-label |
uint32 |
Specify static MPLS VC label used by the far-end device. |
| interface-index |
int32 |
A unique value, greater than zero, for each interface
or interface sub-layer in the managed system. It is
recommended that values are assigned contiguously
starting from 1. The value for each interface sub-
layer must remain constant at least from one re-
initialization of the entity's network management
system to the next re-initialization. |
| interface-index |
int32 |
A unique value, greater than zero, for each interface
or interface sub-layer in the managed system. It is
recommended that values are assigned contiguously
starting from 1. The value for each interface sub-
layer must remain constant at least from one re-
initialization of the entity's network management
system to the next re-initialization. |
| interface-index |
int32 |
A unique value, greater than zero, for each interface
or interface sub-layer in the managed system. It is
recommended that values are assigned contiguously
starting from 1. The value for each interface sub-
layer must remain constant at least from one re-
initialization of the entity's network management
system to the next re-initialization. |
| interface-index |
int32 |
A unique value, greater than zero, for each interface
or interface sub-layer in the managed system. It is
recommended that values are assigned contiguously
starting from 1. The value for each interface sub-
layer must remain constant at least from one re-
initialization of the entity's network management
system to the next re-initialization. |
| interface-index |
int32 |
A unique value, greater than zero, for each interface
or interface sub-layer in the managed system. It is
recommended that values are assigned contiguously
starting from 1. The value for each interface sub-
layer must remain constant at least from one re-
initialization of the entity's network management
system to the next re-initialization. |
| interface-index |
int32 |
A unique value, greater than zero, for each interface
or interface sub-layer in the managed system. It is
recommended that values are assigned contiguously
starting from 1. The value for each interface sub-
layer must remain constant at least from one re-
initialization of the entity's network management
system to the next re-initialization. |
| interface-index |
int32 |
A unique value, greater than zero, for each interface
or interface sub-layer in the managed system. It is
recommended that values are assigned contiguously
starting from 1. The value for each interface sub-
layer must remain constant at least from one re-
initialization of the entity's network management
system to the next re-initialization. |
| interface-index-or-zero |
int32 |
This textual convention is an extension of the
interface-index convention. The latter defines a greater
than zero value used to identify an interface or interface
sub-layer in the managed system. This extension permits the
additional value of zero. the value zero is object-specific
and must therefore be defined as part of the description of
any object which uses this syntax. Examples of the usage of
zero might include situations where interface was unknown,
or when none or all interfaces need to be referenced. |
| interface-index-or-zero |
int32 |
This textual convention is an extension of the
interface-index convention. The latter defines a greater
than zero value used to identify an interface or interface
sub-layer in the managed system. This extension permits the
additional value of zero. the value zero is object-specific
and must therefore be defined as part of the description of
any object which uses this syntax. Examples of the usage of
zero might include situations where interface was unknown,
or when none or all interfaces need to be referenced. |
| interface-index-or-zero |
int32 |
This textual convention is an extension of the
interface-index convention. The latter defines a greater
than zero value used to identify an interface or interface
sub-layer in the managed system. This extension permits the
additional value of zero. the value zero is object-specific
and must therefore be defined as part of the description of
any object which uses this syntax. Examples of the usage of
zero might include situations where interface was unknown,
or when none or all interfaces need to be referenced. |
| interface-index-or-zero |
int32 |
This textual convention is an extension of the
interface-index convention. The latter defines a greater
than zero value used to identify an interface or interface
sub-layer in the managed system. This extension permits the
additional value of zero. the value zero is object-specific
and must therefore be defined as part of the description of
any object which uses this syntax. Examples of the usage of
zero might include situations where interface was unknown,
or when none or all interfaces need to be referenced. |
| interface-index-or-zero |
int32 |
This textual convention is an extension of the
interface-index convention. The latter defines a greater
than zero value used to identify an interface or interface
sub-layer in the managed system. This extension permits the
additional value of zero. the value zero is object-specific
and must therefore be defined as part of the description of
any object which uses this syntax. Examples of the usage of
zero might include situations where interface was unknown,
or when none or all interfaces need to be referenced. |
| interface-index-or-zero |
int32 |
This textual convention is an extension of the
interface-index convention. The latter defines a greater
than zero value used to identify an interface or interface
sub-layer in the managed system. This extension permits the
additional value of zero. the value zero is object-specific
and must therefore be defined as part of the description of
any object which uses this syntax. Examples of the usage of
zero might include situations where interface was unknown,
or when none or all interfaces need to be referenced. |
| interface-index-or-zero |
int32 |
This textual convention is an extension of the
interface-index convention. The latter defines a greater
than zero value used to identify an interface or interface
sub-layer in the managed system. This extension permits the
additional value of zero. the value zero is object-specific
and must therefore be defined as part of the description of
any object which uses this syntax. Examples of the usage of
zero might include situations where interface was unknown,
or when none or all interfaces need to be referenced. |
| ip-tunnel-oper-state |
enumeration |
Oper-state specifies the IP Tunnel operational states. |
| ip-tunnel-oper-state |
enumeration |
Oper-state specifies the IP Tunnel operational states. |
| ip-tunnel-oper-state |
enumeration |
Oper-state specifies the IP Tunnel operational states. |
| ip-tunnel-oper-state |
enumeration |
Oper-state specifies the IP Tunnel operational states. |
| ip-tunnel-oper-state |
enumeration |
Oper-state specifies the IP Tunnel operational states. |
| ip-tunnel-oper-state |
enumeration |
Oper-state specifies the IP Tunnel operational states. |
| ip-tunnel-oper-state |
enumeration |
Oper-state specifies the IP Tunnel operational states. |
| ipv6-prefix-lifetime |
union |
The time in seconds defined for IPv6 prefix. |
| ipv6-prefix-lifetime |
union |
The time in seconds defined for IPv6 prefix. |
| ipv6-prefix-lifetime |
union |
The time in seconds defined for IPv6 prefix. |
| ipv6-prefix-lifetime |
union |
The time in seconds defined for IPv6 prefix. |
| ipv6-prefix-lifetime |
union |
The time in seconds defined for IPv6 prefix. |
| ipv6-prefix-lifetime |
union |
The time in seconds defined for IPv6 prefix. |
| ipv6-prefix-lifetime |
union |
The time in seconds defined for IPv6 prefix. |
| isid |
int32 |
Specifies a 24 bit (0..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid |
int32 |
Specifies a 24 bit (0..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid |
int32 |
Specifies a 24 bit (0..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid |
int32 |
Specifies a 24 bit (0..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid |
int32 |
Specifies a 24 bit (0..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid |
int32 |
Specifies a 24 bit (0..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid |
int32 |
Specifies a 24 bit (0..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid-no-zero |
int32 |
Specifies a 24 bit (1..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid-no-zero |
int32 |
Specifies a 24 bit (1..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid-no-zero |
int32 |
Specifies a 24 bit (1..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid-no-zero |
int32 |
Specifies a 24 bit (1..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid-no-zero |
int32 |
Specifies a 24 bit (1..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid-no-zero |
int32 |
Specifies a 24 bit (1..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| isid-no-zero |
int32 |
Specifies a 24 bit (1..16777215) service instance
identifier for the service. As part of the Provider Backbone Bridging
frames, it is used at the destination PE as a demultiplexor field. |
| item-scope |
enumeration |
This textual convention determines some aspects of an item's
behavior regarding creation and use, unused entry garbage collection,
and automated promulgation by Element Management System to
other systems in the service domain.
Item scope applies to SAP-ingress, SAP-egress, and Network policies,
and to IP filters and MAC filters.
exclusive:
When the scope of an item is defined as exclusive, the item can
only be applied once, for example to a single SAP. Attempting
to assign the policy to a second SAP is not allowed and will
result in an error. If the item is removed from the exclusive
SAP, it will become available for assignment to another
exclusive SAP.
A non-applied exclusive scope policy is a candidate to be removed
from the system by a TBD garbage collection command.
The system default policies cannot be put into the exclusive scope.
An error will be generated if scope exclusive is executed in
any policies with a policy-id equal to 1.
template:
When the scope of an item is defined as template, the item can be
applied any number of times. Policies with template scope
will not be considered for deletion by a TBD garbage collection
command; all items of scope 'template' must be deleted explicitly.
The system default policies will always be scope template.
An error will occur if a policy-id 1 is attempted to be
set to scope exclusive. |
| item-scope |
enumeration |
This textual convention determines some aspects of an item's
behavior regarding creation and use, unused entry garbage collection,
and automated promulgation by Element Management System to
other systems in the service domain.
Item scope applies to SAP-ingress, SAP-egress, and Network policies,
and to IP filters and MAC filters.
exclusive:
When the scope of an item is defined as exclusive, the item can
only be applied once, for example to a single SAP. Attempting
to assign the policy to a second SAP is not allowed and will
result in an error. If the item is removed from the exclusive
SAP, it will become available for assignment to another
exclusive SAP.
A non-applied exclusive scope policy is a candidate to be removed
from the system by a TBD garbage collection command.
The system default policies cannot be put into the exclusive scope.
An error will be generated if scope exclusive is executed in
any policies with a policy-id equal to 1.
template:
When the scope of an item is defined as template, the item can be
applied any number of times. Policies with template scope
will not be considered for deletion by a TBD garbage collection
command; all items of scope 'template' must be deleted explicitly.
The system default policies will always be scope template.
An error will occur if a policy-id 1 is attempted to be
set to scope exclusive. |
| item-scope |
enumeration |
This textual convention determines some aspects of an item's
behavior regarding creation and use, unused entry garbage collection,
and automated promulgation by Element Management System to
other systems in the service domain.
Item scope applies to SAP-ingress, SAP-egress, and Network policies,
and to IP filters and MAC filters.
exclusive:
When the scope of an item is defined as exclusive, the item can
only be applied once, for example to a single SAP. Attempting
to assign the policy to a second SAP is not allowed and will
result in an error. If the item is removed from the exclusive
SAP, it will become available for assignment to another
exclusive SAP.
A non-applied exclusive scope policy is a candidate to be removed
from the system by a TBD garbage collection command.
The system default policies cannot be put into the exclusive scope.
An error will be generated if scope exclusive is executed in
any policies with a policy-id equal to 1.
template:
When the scope of an item is defined as template, the item can be
applied any number of times. Policies with template scope
will not be considered for deletion by a TBD garbage collection
command; all items of scope 'template' must be deleted explicitly.
The system default policies will always be scope template.
An error will occur if a policy-id 1 is attempted to be
set to scope exclusive. |
| item-scope |
enumeration |
This textual convention determines some aspects of an item's
behavior regarding creation and use, unused entry garbage collection,
and automated promulgation by Element Management System to
other systems in the service domain.
Item scope applies to SAP-ingress, SAP-egress, and Network policies,
and to IP filters and MAC filters.
exclusive:
When the scope of an item is defined as exclusive, the item can
only be applied once, for example to a single SAP. Attempting
to assign the policy to a second SAP is not allowed and will
result in an error. If the item is removed from the exclusive
SAP, it will become available for assignment to another
exclusive SAP.
A non-applied exclusive scope policy is a candidate to be removed
from the system by a TBD garbage collection command.
The system default policies cannot be put into the exclusive scope.
An error will be generated if scope exclusive is executed in
any policies with a policy-id equal to 1.
template:
When the scope of an item is defined as template, the item can be
applied any number of times. Policies with template scope
will not be considered for deletion by a TBD garbage collection
command; all items of scope 'template' must be deleted explicitly.
The system default policies will always be scope template.
An error will occur if a policy-id 1 is attempted to be
set to scope exclusive. |
| item-scope |
enumeration |
This textual convention determines some aspects of an item's
behavior regarding creation and use, unused entry garbage collection,
and automated promulgation by Element Management System to
other systems in the service domain.
Item scope applies to SAP-ingress, SAP-egress, and Network policies,
and to IP filters and MAC filters.
exclusive:
When the scope of an item is defined as exclusive, the item can
only be applied once, for example to a single SAP. Attempting
to assign the policy to a second SAP is not allowed and will
result in an error. If the item is removed from the exclusive
SAP, it will become available for assignment to another
exclusive SAP.
A non-applied exclusive scope policy is a candidate to be removed
from the system by a TBD garbage collection command.
The system default policies cannot be put into the exclusive scope.
An error will be generated if scope exclusive is executed in
any policies with a policy-id equal to 1.
template:
When the scope of an item is defined as template, the item can be
applied any number of times. Policies with template scope
will not be considered for deletion by a TBD garbage collection
command; all items of scope 'template' must be deleted explicitly.
The system default policies will always be scope template.
An error will occur if a policy-id 1 is attempted to be
set to scope exclusive. |
| item-scope |
enumeration |
This textual convention determines some aspects of an item's
behavior regarding creation and use, unused entry garbage collection,
and automated promulgation by Element Management System to
other systems in the service domain.
Item scope applies to SAP-ingress, SAP-egress, and Network policies,
and to IP filters and MAC filters.
exclusive:
When the scope of an item is defined as exclusive, the item can
only be applied once, for example to a single SAP. Attempting
to assign the policy to a second SAP is not allowed and will
result in an error. If the item is removed from the exclusive
SAP, it will become available for assignment to another
exclusive SAP.
A non-applied exclusive scope policy is a candidate to be removed
from the system by a TBD garbage collection command.
The system default policies cannot be put into the exclusive scope.
An error will be generated if scope exclusive is executed in
any policies with a policy-id equal to 1.
template:
When the scope of an item is defined as template, the item can be
applied any number of times. Policies with template scope
will not be considered for deletion by a TBD garbage collection
command; all items of scope 'template' must be deleted explicitly.
The system default policies will always be scope template.
An error will occur if a policy-id 1 is attempted to be
set to scope exclusive. |
| item-scope |
enumeration |
This textual convention determines some aspects of an item's
behavior regarding creation and use, unused entry garbage collection,
and automated promulgation by Element Management System to
other systems in the service domain.
Item scope applies to SAP-ingress, SAP-egress, and Network policies,
and to IP filters and MAC filters.
exclusive:
When the scope of an item is defined as exclusive, the item can
only be applied once, for example to a single SAP. Attempting
to assign the policy to a second SAP is not allowed and will
result in an error. If the item is removed from the exclusive
SAP, it will become available for assignment to another
exclusive SAP.
A non-applied exclusive scope policy is a candidate to be removed
from the system by a TBD garbage collection command.
The system default policies cannot be put into the exclusive scope.
An error will be generated if scope exclusive is executed in
any policies with a policy-id equal to 1.
template:
When the scope of an item is defined as template, the item can be
applied any number of times. Policies with template scope
will not be considered for deletion by a TBD garbage collection
command; all items of scope 'template' must be deleted explicitly.
The system default policies will always be scope template.
An error will occur if a policy-id 1 is attempted to be
set to scope exclusive. |
| keygroup-id |
uint32 |
A number used to identify an entry in the aluNgeKeygroupTable. |
| keygroup-id |
uint32 |
A number used to identify an entry in the aluNgeKeygroupTable. |
| keygroup-id |
uint32 |
A number used to identify an entry in the aluNgeKeygroupTable. |
| keygroup-id |
uint32 |
A number used to identify an entry in the aluNgeKeygroupTable. |
| keygroup-id |
uint32 |
A number used to identify an entry in the aluNgeKeygroupTable. |
| keygroup-id |
uint32 |
A number used to identify an entry in the aluNgeKeygroupTable. |
| keygroup-id |
uint32 |
A number used to identify an entry in the aluNgeKeygroupTable. |
| l2pt-protocols |
bits |
Indicates which L2 protocols should have their tunnels
terminated when 'L2ptTermination' is enabled.
stp - spanning tree protocols stp/mstp/pvst/rstp
cdp - cisco discovery protocol
vtp - virtual trunk protocol
dtp - dynamic trunking protocol
pagp - port aggregation protocol
udld - unidirectional link detection |
| l2pt-protocols |
bits |
Indicates which L2 protocols should have their tunnels
terminated when 'L2ptTermination' is enabled.
stp - spanning tree protocols stp/mstp/pvst/rstp
cdp - cisco discovery protocol
vtp - virtual trunk protocol
dtp - dynamic trunking protocol
pagp - port aggregation protocol
udld - unidirectional link detection |
| l2pt-protocols |
bits |
Indicates which L2 protocols should have their tunnels
terminated when 'L2ptTermination' is enabled.
stp - spanning tree protocols stp/mstp/pvst/rstp
cdp - cisco discovery protocol
vtp - virtual trunk protocol
dtp - dynamic trunking protocol
pagp - port aggregation protocol
udld - unidirectional link detection |
| l2pt-protocols |
bits |
Indicates which L2 protocols should have their tunnels
terminated when 'L2ptTermination' is enabled.
stp - spanning tree protocols stp/mstp/pvst/rstp
cdp - cisco discovery protocol
vtp - virtual trunk protocol
dtp - dynamic trunking protocol
pagp - port aggregation protocol
udld - unidirectional link detection |
| l2pt-protocols |
bits |
Indicates which L2 protocols should have their tunnels
terminated when 'L2ptTermination' is enabled.
stp - spanning tree protocols stp/mstp/pvst/rstp
cdp - cisco discovery protocol
vtp - virtual trunk protocol
dtp - dynamic trunking protocol
pagp - port aggregation protocol
udld - unidirectional link detection |
| l2pt-protocols |
bits |
Indicates which L2 protocols should have their tunnels
terminated when 'L2ptTermination' is enabled.
stp - spanning tree protocols stp/mstp/pvst/rstp
cdp - cisco discovery protocol
vtp - virtual trunk protocol
dtp - dynamic trunking protocol
pagp - port aggregation protocol
udld - unidirectional link detection |
| l2pt-protocols |
bits |
Indicates which L2 protocols should have their tunnels
terminated when 'L2ptTermination' is enabled.
stp - spanning tree protocols stp/mstp/pvst/rstp
cdp - cisco discovery protocol
vtp - virtual trunk protocol
dtp - dynamic trunking protocol
pagp - port aggregation protocol
udld - unidirectional link detection |
| l2-sap-oper-flags |
bits |
Layer-2 sap operational flags. |
| l2-sap-oper-flags |
bits |
Layer-2 sap operational flags. |
| l2-sap-oper-flags |
bits |
Layer-2 sap operational flags. |
| l2-sap-oper-flags |
bits |
Layer-2 sap operational flags. |
| l2-sap-oper-flags |
bits |
Layer-2 sap operational flags. |
| l2-sap-oper-flags |
bits |
Layer-2 sap operational flags. |
| l2-sap-oper-flags |
bits |
Layer-2 sap operational flags. |
| l3-bsx-aarp-service-ref-type |
enumeration |
The l3-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to network supported services. |
| l3-bsx-aarp-service-ref-type |
enumeration |
The l3-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to network supported services. |
| l3-bsx-aarp-service-ref-type |
enumeration |
The l3-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to network supported services. |
| l3-bsx-aarp-service-ref-type |
enumeration |
The l3-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to network supported services. |
| l3-bsx-aarp-service-ref-type |
enumeration |
The l3-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to network supported services. |
| l3-bsx-aarp-service-ref-type |
enumeration |
The l3-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to network supported services. |
| l3-bsx-aarp-service-ref-type |
enumeration |
The l3-bsx-aarp-serice-ref-type is a subset of bsx-aarp-service-ref-type applicable to network supported services. |
| l3-sap-oper-flags |
bits |
Layer-3 sap operational flags. |
| l3-sap-oper-flags |
bits |
Layer-3 sap operational flags. |
| l3-sap-oper-flags |
bits |
Layer-3 sap operational flags. |
| l3-sap-oper-flags |
bits |
Layer-3 sap operational flags. |
| l3-sap-oper-flags |
bits |
Layer-3 sap operational flags. |
| l3-sap-oper-flags |
bits |
Layer-3 sap operational flags. |
| l3-sap-oper-flags |
bits |
Layer-3 sap operational flags. |
| ldp-fec-type |
enumeration |
Determines the kind of FEC that the label
mapping, withdraw, release and request messages are
referring to. |
| ldp-fec-type |
enumeration |
Determines the kind of FEC that the label
mapping, withdraw, release and request messages are
referring to. |
| ldp-fec-type |
enumeration |
Determines the kind of FEC that the label
mapping, withdraw, release and request messages are
referring to. |
| ldp-fec-type |
enumeration |
Determines the kind of FEC that the label
mapping, withdraw, release and request messages are
referring to. |
| ldp-fec-type |
enumeration |
Determines the kind of FEC that the label
mapping, withdraw, release and request messages are
referring to. |
| ldp-fec-type |
enumeration |
Determines the kind of FEC that the label
mapping, withdraw, release and request messages are
referring to. |
| ldp-fec-type |
enumeration |
Determines the kind of FEC that the label
mapping, withdraw, release and request messages are
referring to. |
| li-interception-identifier |
uint32 |
A 30-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier |
uint32 |
A 30-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier |
uint32 |
A 30-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier |
uint32 |
A 30-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier |
uint32 |
A 30-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier |
uint32 |
A 30-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier |
uint32 |
A 30-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier-wide |
uint32 |
A 32-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier-wide |
uint32 |
A 32-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier-wide |
uint32 |
A 32-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier-wide |
uint32 |
A 32-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier-wide |
uint32 |
A 32-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier-wide |
uint32 |
A 32-bit value that identifies a traffic flow being intercepted |
| li-interception-identifier-wide |
uint32 |
A 32-bit value that identifies a traffic flow being intercepted |
| limit-mac-move |
enumeration |
|
| limit-mac-move |
enumeration |
|
| limit-mac-move |
enumeration |
|
| limit-mac-move |
enumeration |
|
| limit-mac-move |
enumeration |
|
| limit-mac-move |
enumeration |
|
| limit-mac-move |
enumeration |
|
| link-map-profile-id |
int32 |
The data type TmnxLinkMapProfileId describes the link map profile
identifier. |
| link-map-profile-id |
int32 |
The data type TmnxLinkMapProfileId describes the link map profile
identifier. |
| link-map-profile-id |
int32 |
The data type TmnxLinkMapProfileId describes the link map profile
identifier. |
| link-map-profile-id |
int32 |
The data type TmnxLinkMapProfileId describes the link map profile
identifier. |
| link-map-profile-id |
int32 |
The data type TmnxLinkMapProfileId describes the link map profile
identifier. |
| link-map-profile-id |
int32 |
The data type TmnxLinkMapProfileId describes the link map profile
identifier. |
| link-map-profile-id |
int32 |
The data type TmnxLinkMapProfileId describes the link map profile
identifier. |
| li-session-identifier |
uint32 |
A 32-bit value that identifies a traffic flow session |
| li-session-identifier |
uint32 |
A 32-bit value that identifies a traffic flow session |
| li-session-identifier |
uint32 |
A 32-bit value that identifies a traffic flow session |
| li-session-identifier |
uint32 |
A 32-bit value that identifies a traffic flow session |
| li-session-identifier |
uint32 |
A 32-bit value that identifies a traffic flow session |
| li-session-identifier |
uint32 |
A 32-bit value that identifies a traffic flow session |
| li-session-identifier |
uint32 |
A 32-bit value that identifies a traffic flow session |
| max-mac-addr |
int32 |
The max-mac-addr defines maximum number of learned and static
entries allowed. |
| max-mac-addr |
int32 |
The max-mac-addr defines maximum number of learned and static
entries allowed. |
| max-mac-addr |
int32 |
The max-mac-addr defines maximum number of learned and static
entries allowed. |
| max-mac-addr |
int32 |
The max-mac-addr defines maximum number of learned and static
entries allowed. |
| max-mac-addr |
int32 |
The max-mac-addr defines maximum number of learned and static
entries allowed. |
| max-mac-addr |
int32 |
The max-mac-addr defines maximum number of learned and static
entries allowed. |
| max-mac-addr |
int32 |
The max-mac-addr defines maximum number of learned and static
entries allowed. |
| mci-boolean |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-boolean |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-boolean |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-boolean |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-boolean |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-boolean |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-boolean |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mci-sdp-bind-vc-type |
enumeration |
This textual convention is used when default value is unknown and
set by the CPM. |
| mirror-source-port-lag-key |
string |
Port identifier. |
| mirror-source-port-lag-key |
string |
Port identifier. |
| mirror-source-port-lag-key |
string |
Port identifier. |
| mirror-source-port-lag-key |
string |
Port identifier. |
| mirror-source-port-lag-key |
string |
Port identifier. |
| mirror-source-port-lag-key |
string |
Port identifier. |
| mirror-source-port-lag-key |
string |
Port identifier. |
| mirror-type |
enumeration |
The mirror-type data type is an enumerated integer
that describes the port encapsulation supported
by a mirror service. |
| mirror-type |
enumeration |
The mirror-type data type is an enumerated integer
that describes the port encapsulation supported
by a mirror service. |
| mirror-type |
enumeration |
The mirror-type data type is an enumerated integer
that describes the port encapsulation supported
by a mirror service. |
| mirror-type |
enumeration |
The mirror-type data type is an enumerated integer
that describes the port encapsulation supported
by a mirror service. |
| mirror-type |
enumeration |
The mirror-type data type is an enumerated integer
that describes the port encapsulation supported
by a mirror service. |
| mirror-type |
enumeration |
The mirror-type data type is an enumerated integer
that describes the port encapsulation supported
by a mirror service. |
| mirror-type |
enumeration |
The mirror-type data type is an enumerated integer
that describes the port encapsulation supported
by a mirror service. |
| mrp-policy-action |
enumeration |
action to take on the traffic when the mrp-policy filter entry matches.
when set to block(1) the matching MMRP attributes will not be
advertised on this SAP/SDP.
when set to allow(2) the matching MMRP attributes will be
advertised on this SAP/SDP.
when set to end-station(3) an end-station emulation is present on this
SAP/SDP for the MMRP attributes related with matching ISIDs.
When deleted the mrp-policy entry will be considered incomplete
and hence rendered inactive. |
| mrp-policy-action |
enumeration |
action to take on the traffic when the mrp-policy filter entry matches.
when set to block(1) the matching MMRP attributes will not be
advertised on this SAP/SDP.
when set to allow(2) the matching MMRP attributes will be
advertised on this SAP/SDP.
when set to end-station(3) an end-station emulation is present on this
SAP/SDP for the MMRP attributes related with matching ISIDs.
When deleted the mrp-policy entry will be considered incomplete
and hence rendered inactive. |
| mrp-policy-action |
enumeration |
action to take on the traffic when the mrp-policy filter entry matches.
when set to block(1) the matching MMRP attributes will not be
advertised on this SAP/SDP.
when set to allow(2) the matching MMRP attributes will be
advertised on this SAP/SDP.
when set to end-station(3) an end-station emulation is present on this
SAP/SDP for the MMRP attributes related with matching ISIDs.
When deleted the mrp-policy entry will be considered incomplete
and hence rendered inactive. |
| mrp-policy-action |
enumeration |
action to take on the traffic when the mrp-policy filter entry matches.
when set to block(1) the matching MMRP attributes will not be
advertised on this SAP/SDP.
when set to allow(2) the matching MMRP attributes will be
advertised on this SAP/SDP.
when set to end-station(3) an end-station emulation is present on this
SAP/SDP for the MMRP attributes related with matching ISIDs.
When deleted the mrp-policy entry will be considered incomplete
and hence rendered inactive. |
| mrp-policy-action |
enumeration |
action to take on the traffic when the mrp-policy filter entry matches.
when set to block(1) the matching MMRP attributes will not be
advertised on this SAP/SDP.
when set to allow(2) the matching MMRP attributes will be
advertised on this SAP/SDP.
when set to end-station(3) an end-station emulation is present on this
SAP/SDP for the MMRP attributes related with matching ISIDs.
When deleted the mrp-policy entry will be considered incomplete
and hence rendered inactive. |
| mrp-policy-action |
enumeration |
action to take on the traffic when the mrp-policy filter entry matches.
when set to block(1) the matching MMRP attributes will not be
advertised on this SAP/SDP.
when set to allow(2) the matching MMRP attributes will be
advertised on this SAP/SDP.
when set to end-station(3) an end-station emulation is present on this
SAP/SDP for the MMRP attributes related with matching ISIDs.
When deleted the mrp-policy entry will be considered incomplete
and hence rendered inactive. |
| mrp-policy-action |
enumeration |
action to take on the traffic when the mrp-policy filter entry matches.
when set to block(1) the matching MMRP attributes will not be
advertised on this SAP/SDP.
when set to allow(2) the matching MMRP attributes will be
advertised on this SAP/SDP.
when set to end-station(3) an end-station emulation is present on this
SAP/SDP for the MMRP attributes related with matching ISIDs.
When deleted the mrp-policy entry will be considered incomplete
and hence rendered inactive. |
| mrp-policy-default-action |
enumeration |
action to take on the traffic when no mrp-policy filter entry matches.
when set to block(1), no MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be advertised
on this SAP/SDP.
when set to allow(2), all MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be blocked
on this SAP/SDP. |
| mrp-policy-default-action |
enumeration |
action to take on the traffic when no mrp-policy filter entry matches.
when set to block(1), no MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be advertised
on this SAP/SDP.
when set to allow(2), all MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be blocked
on this SAP/SDP. |
| mrp-policy-default-action |
enumeration |
action to take on the traffic when no mrp-policy filter entry matches.
when set to block(1), no MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be advertised
on this SAP/SDP.
when set to allow(2), all MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be blocked
on this SAP/SDP. |
| mrp-policy-default-action |
enumeration |
action to take on the traffic when no mrp-policy filter entry matches.
when set to block(1), no MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be advertised
on this SAP/SDP.
when set to allow(2), all MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be blocked
on this SAP/SDP. |
| mrp-policy-default-action |
enumeration |
action to take on the traffic when no mrp-policy filter entry matches.
when set to block(1), no MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be advertised
on this SAP/SDP.
when set to allow(2), all MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be blocked
on this SAP/SDP. |
| mrp-policy-default-action |
enumeration |
action to take on the traffic when no mrp-policy filter entry matches.
when set to block(1), no MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be advertised
on this SAP/SDP.
when set to allow(2), all MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be blocked
on this SAP/SDP. |
| mrp-policy-default-action |
enumeration |
action to take on the traffic when no mrp-policy filter entry matches.
when set to block(1), no MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be advertised
on this SAP/SDP.
when set to allow(2), all MMRP attributes will be advertised unless
there is a specific mrp-policy entry which causes them to be blocked
on this SAP/SDP. |
| ms-pw-pe-signaling |
enumeration |
A number used to identify a multi-segment pseudo-wire provider-edge
signaling type. |
| ms-pw-pe-signaling |
enumeration |
A number used to identify a multi-segment pseudo-wire provider-edge
signaling type. |
| ms-pw-pe-signaling |
enumeration |
A number used to identify a multi-segment pseudo-wire provider-edge
signaling type. |
| ms-pw-pe-signaling |
enumeration |
A number used to identify a multi-segment pseudo-wire provider-edge
signaling type. |
| ms-pw-pe-signaling |
enumeration |
A number used to identify a multi-segment pseudo-wire provider-edge
signaling type. |
| ms-pw-pe-signaling |
enumeration |
A number used to identify a multi-segment pseudo-wire provider-edge
signaling type. |
| ms-pw-pe-signaling |
enumeration |
A number used to identify a multi-segment pseudo-wire provider-edge
signaling type. |
| msti-instance-or-zero |
uint32 |
This data-type indicates all possible multiple spanning tree instances,
including the CIST (for which case the value '0' is
reserved). |
| msti-instance-or-zero |
uint32 |
This data-type indicates all possible multiple spanning tree instances,
including the CIST (for which case the value '0' is
reserved). |
| msti-instance-or-zero |
uint32 |
This data-type indicates all possible multiple spanning tree instances,
including the CIST (for which case the value '0' is
reserved). |
| msti-instance-or-zero |
uint32 |
This data-type indicates all possible multiple spanning tree instances,
including the CIST (for which case the value '0' is
reserved). |
| msti-instance-or-zero |
uint32 |
This data-type indicates all possible multiple spanning tree instances,
including the CIST (for which case the value '0' is
reserved). |
| msti-instance-or-zero |
uint32 |
This data-type indicates all possible multiple spanning tree instances,
including the CIST (for which case the value '0' is
reserved). |
| msti-instance-or-zero |
uint32 |
This data-type indicates all possible multiple spanning tree instances,
including the CIST (for which case the value '0' is
reserved). |
| multicast-forwarding-type |
enumeration |
The multicast-forwarding-type indicates type of traffic |
| multicast-forwarding-type |
enumeration |
The multicast-forwarding-type indicates type of traffic |
| multicast-forwarding-type |
enumeration |
The multicast-forwarding-type indicates type of traffic |
| multicast-forwarding-type |
enumeration |
The multicast-forwarding-type indicates type of traffic |
| multicast-forwarding-type |
enumeration |
The multicast-forwarding-type indicates type of traffic |
| multicast-forwarding-type |
enumeration |
The multicast-forwarding-type indicates type of traffic |
| multicast-forwarding-type |
enumeration |
The multicast-forwarding-type indicates type of traffic |
| mvpls-prune-state |
enumeration |
Managed VPLS (mVPLS): state of a SAP or spoke-SDP in a
user VPLS (uVPLS).
- not-applicable :
the SAP or spoke SDP of a uVPLS is not managed by a SAP
or spoke SDP of a mVPLS.
- not-pruned:
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is not pruned.
-pruned
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is pruned as a result of an STP decision
taken in the STP instance running in the mVPLS. |
| mvpls-prune-state |
enumeration |
Managed VPLS (mVPLS): state of a SAP or spoke-SDP in a
user VPLS (uVPLS).
- not-applicable :
the SAP or spoke SDP of a uVPLS is not managed by a SAP
or spoke SDP of a mVPLS.
- not-pruned:
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is not pruned.
-pruned
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is pruned as a result of an STP decision
taken in the STP instance running in the mVPLS. |
| mvpls-prune-state |
enumeration |
Managed VPLS (mVPLS): state of a SAP or spoke-SDP in a
user VPLS (uVPLS).
- not-applicable :
the SAP or spoke SDP of a uVPLS is not managed by a SAP
or spoke SDP of a mVPLS.
- not-pruned:
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is not pruned.
-pruned
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is pruned as a result of an STP decision
taken in the STP instance running in the mVPLS. |
| mvpls-prune-state |
enumeration |
Managed VPLS (mVPLS): state of a SAP or spoke-SDP in a
user VPLS (uVPLS).
- not-applicable :
the SAP or spoke SDP of a uVPLS is not managed by a SAP
or spoke SDP of a mVPLS.
- not-pruned:
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is not pruned.
-pruned
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is pruned as a result of an STP decision
taken in the STP instance running in the mVPLS. |
| mvpls-prune-state |
enumeration |
Managed VPLS (mVPLS): state of a SAP or spoke-SDP in a
user VPLS (uVPLS).
- not-applicable :
the SAP or spoke SDP of a uVPLS is not managed by a SAP
or spoke SDP of a mVPLS.
- not-pruned:
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is not pruned.
-pruned
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is pruned as a result of an STP decision
taken in the STP instance running in the mVPLS. |
| mvpls-prune-state |
enumeration |
Managed VPLS (mVPLS): state of a SAP or spoke-SDP in a
user VPLS (uVPLS).
- not-applicable :
the SAP or spoke SDP of a uVPLS is not managed by a SAP
or spoke SDP of a mVPLS.
- not-pruned:
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is not pruned.
-pruned
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is pruned as a result of an STP decision
taken in the STP instance running in the mVPLS. |
| mvpls-prune-state |
enumeration |
Managed VPLS (mVPLS): state of a SAP or spoke-SDP in a
user VPLS (uVPLS).
- not-applicable :
the SAP or spoke SDP of a uVPLS is not managed by a SAP
or spoke SDP of a mVPLS.
- not-pruned:
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is not pruned.
-pruned
the SAP or spoke SDP of a uVPLS is managed by a mVPLS,
but the link is pruned as a result of an STP decision
taken in the STP instance running in the mVPLS. |
| one-byte-value |
string |
The one-byte-value indicates value as 0xXX. |
| one-byte-value |
string |
The one-byte-value indicates value as 0xXX. |
| one-byte-value |
string |
The one-byte-value indicates value as 0xXX. |
| one-byte-value |
string |
The one-byte-value indicates value as 0xXX. |
| one-byte-value |
string |
The one-byte-value indicates value as 0xXX. |
| one-byte-value |
string |
The one-byte-value indicates value as 0xXX. |
| one-byte-value |
string |
The one-byte-value indicates value as 0xXX. |
| oper-admin-state |
enumeration |
This type can be used on config false leafs to clone the state of some admin-state field |
| oper-admin-state |
enumeration |
This type can be used on config false leafs to clone the state of some admin-state field |
| oper-admin-state |
enumeration |
This type can be used on config false leafs to clone the state of some admin-state field |
| oper-admin-state |
enumeration |
This type can be used on config false leafs to clone the state of some admin-state field |
| oper-admin-state |
enumeration |
This type can be used on config false leafs to clone the state of some admin-state field |
| oper-admin-state |
enumeration |
This type can be used on config false leafs to clone the state of some admin-state field |
| oper-flags |
bits |
Operational Flags |
| oper-flags |
bits |
Operational Flags |
| oper-flags |
bits |
Operational Flags |
| oper-service-type |
enumeration |
This value is an enumeration integer that indicates service
type with no default value. |
| oper-service-type |
enumeration |
This value is an enumeration integer that indicates service
type with no default value. |
| oper-service-type |
enumeration |
This value is an enumeration integer that indicates service
type with no default value. |
| oper-service-type |
enumeration |
This value is an enumeration integer that indicates service
type with no default value. |
| oper-service-type |
enumeration |
This value is an enumeration integer that indicates service
type with no default value. |
| oper-service-type |
enumeration |
This value is an enumeration integer that indicates service
type with no default value. |
| oper-service-type |
enumeration |
This value is an enumeration integer that indicates service
type with no default value. |
| pbb-type |
enumeration |
Type of VPLS. |
| pbb-type |
enumeration |
Type of VPLS. |
| pbb-type |
enumeration |
Type of VPLS. |
| pbb-type |
enumeration |
Type of VPLS. |
| pbb-type |
enumeration |
Type of VPLS. |
| pbb-type |
enumeration |
Type of VPLS. |
| pbb-type |
enumeration |
Type of VPLS. |
| policy-statement-name |
string |
|
| policy-statement-name |
string |
|
| policy-statement-name |
string |
|
| policy-statement-name |
string |
|
| policy-statement-name |
string |
|
| policy-statement-name |
string |
|
| policy-statement-name |
string |
|
| protected-src-mac-violation-df-action |
enumeration |
Action for restrict protected source feature. |
| protected-src-mac-violation-df-action |
enumeration |
Action for restrict protected source feature. |
| protected-src-mac-violation-df-action |
enumeration |
Action for restrict protected source feature. |
| protected-src-mac-violation-df-action |
enumeration |
Action for restrict protected source feature. |
| protected-src-mac-violation-df-action |
enumeration |
Action for restrict protected source feature. |
| protected-src-mac-violation-df-action |
enumeration |
Action for restrict protected source feature. |
| protected-src-mac-violation-df-action |
enumeration |
Action for restrict protected source feature. |
| provisioned-sdp |
enumeration |
Type of provisioned SDP. |
| provisioned-sdp |
enumeration |
Type of provisioned SDP. |
| provisioned-sdp |
enumeration |
Type of provisioned SDP. |
| provisioned-sdp |
enumeration |
Type of provisioned SDP. |
| provisioned-sdp |
enumeration |
Type of provisioned SDP. |
| provisioned-sdp |
enumeration |
Type of provisioned SDP. |
| provisioned-sdp |
enumeration |
Type of provisioned SDP. |
| proxy-entry-type |
enumeration |
Proxy ARP/ND type |
| proxy-entry-type |
enumeration |
Proxy ARP/ND type |
| proxy-entry-type |
enumeration |
Proxy ARP/ND type |
| proxy-router-host |
enumeration |
Proxy Router/Host role |
| proxy-router-host |
enumeration |
Proxy Router/Host role |
| proxy-router-host |
enumeration |
Proxy Router/Host role |
| proxy-status |
enumeration |
Proxy AND/ND status |
| proxy-status |
enumeration |
Proxy AND/ND status |
| proxy-status |
enumeration |
Proxy AND/ND status |
| pw-global-id |
uint32 |
A number used to identify a global pseudo-wire routing identifier. |
| pw-global-id |
uint32 |
A number used to identify a global pseudo-wire routing identifier. |
| pw-global-id |
uint32 |
A number used to identify a global pseudo-wire routing identifier. |
| pw-global-id |
uint32 |
A number used to identify a global pseudo-wire routing identifier. |
| pw-global-id |
uint32 |
A number used to identify a global pseudo-wire routing identifier. |
| pw-global-id |
uint32 |
A number used to identify a global pseudo-wire routing identifier. |
| pw-global-id |
uint32 |
A number used to identify a global pseudo-wire routing identifier. |
| pw-global-id-or-zero |
uint32 |
A number used to identify a global pseudo-wire routing identifier or
zero. |
| pw-global-id-or-zero |
uint32 |
A number used to identify a global pseudo-wire routing identifier or
zero. |
| pw-global-id-or-zero |
uint32 |
A number used to identify a global pseudo-wire routing identifier or
zero. |
| pw-global-id-or-zero |
uint32 |
A number used to identify a global pseudo-wire routing identifier or
zero. |
| pw-global-id-or-zero |
uint32 |
A number used to identify a global pseudo-wire routing identifier or
zero. |
| pw-global-id-or-zero |
uint32 |
A number used to identify a global pseudo-wire routing identifier or
zero. |
| pw-global-id-or-zero |
uint32 |
A number used to identify a global pseudo-wire routing identifier or
zero. |
| pw-path-hop-id |
uint32 |
A number used to identify a specific hop associated with pseudo-wire
routing path. |
| pw-path-hop-id |
uint32 |
A number used to identify a specific hop associated with pseudo-wire
routing path. |
| pw-path-hop-id |
uint32 |
A number used to identify a specific hop associated with pseudo-wire
routing path. |
| pw-path-hop-id |
uint32 |
A number used to identify a specific hop associated with pseudo-wire
routing path. |
| pw-path-hop-id |
uint32 |
A number used to identify a specific hop associated with pseudo-wire
routing path. |
| pw-path-hop-id |
uint32 |
A number used to identify a specific hop associated with pseudo-wire
routing path. |
| pw-path-hop-id |
uint32 |
A number used to identify a specific hop associated with pseudo-wire
routing path. |
| pw-port-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| pw-port-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| pw-port-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| pw-port-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| pw-port-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| pw-port-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| pw-port-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| pw-template-id |
uint32 |
A number used to uniquely identify an pseudowire (PW)
template for the creation of a Service Destination
Point. The value 0 is used as the null ID. |
| pw-template-id |
uint32 |
A number used to uniquely identify an pseudowire (PW)
template for the creation of a Service Destination
Point. The value 0 is used as the null ID. |
| pw-template-id |
uint32 |
A number used to uniquely identify an pseudowire (PW)
template for the creation of a Service Destination
Point. The value 0 is used as the null ID. |
| pw-template-id |
uint32 |
A number used to uniquely identify an pseudowire (PW)
template for the creation of a Service Destination
Point. The value 0 is used as the null ID. |
| pw-template-id |
uint32 |
A number used to uniquely identify an pseudowire (PW)
template for the creation of a Service Destination
Point. The value 0 is used as the null ID. |
| pw-template-id |
uint32 |
A number used to uniquely identify an pseudowire (PW)
template for the creation of a Service Destination
Point. The value 0 is used as the null ID. |
| pw-template-id |
uint32 |
A number used to uniquely identify an pseudowire (PW)
template for the creation of a Service Destination
Point. The value 0 is used as the null ID. |
| pw-template-name |
string |
The pw-template-name defines name assigned to the pw-template. |
| pw-template-name |
string |
The pw-template-name defines name assigned to the pw-template. |
| pw-template-name |
string |
The pw-template-name defines name assigned to the pw-template. |
| pw-template-name |
string |
The pw-template-name defines name assigned to the pw-template. |
| pw-template-name |
string |
The pw-template-name defines name assigned to the pw-template. |
| pw-template-name |
string |
The pw-template-name defines name assigned to the pw-template. |
| pw-template-name |
string |
The pw-template-name defines name assigned to the pw-template. |
| pw-template-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the PW template. |
| pw-template-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the PW template. |
| pw-template-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the PW template. |
| pw-template-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the PW template. |
| pw-template-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the PW template. |
| pw-template-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the PW template. |
| pw-template-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the PW template. |
| qinq-vlan-translation-ctag |
union |
specifies the c-tag range value for qinq-vlan-translation. |
| qinq-vlan-translation-ctag |
union |
specifies the c-tag range value for qinq-vlan-translation. |
| qinq-vlan-translation-ctag |
union |
specifies the c-tag range value for qinq-vlan-translation. |
| qinq-vlan-translation-ctag |
union |
specifies the c-tag range value for qinq-vlan-translation. |
| qinq-vlan-translation-ctag |
union |
specifies the c-tag range value for qinq-vlan-translation. |
| qos-qgrp-instance-id |
uint32 |
The identification number of a QoS queue group instance. |
| qos-qgrp-instance-id |
uint32 |
The identification number of a QoS queue group instance. |
| qos-qgrp-instance-id |
uint32 |
The identification number of a QoS queue group instance. |
| qos-qgrp-instance-id |
uint32 |
The identification number of a QoS queue group instance. |
| qos-qgrp-instance-id |
uint32 |
The identification number of a QoS queue group instance. |
| qos-qgrp-instance-id |
uint32 |
The identification number of a QoS queue group instance. |
| qos-qgrp-instance-id |
uint32 |
The identification number of a QoS queue group instance. |
| qtag-manipulation-info |
union |
Describes vlan identifier range as used with vlan translation. |
| qtag-manipulation-info |
union |
Describes vlan identifier range as used with vlan translation. |
| qtag-manipulation-info |
union |
Describes vlan identifier range as used with vlan translation. |
| qtag-manipulation-info |
union |
Describes vlan identifier range as used with vlan translation. |
| qtag-manipulation-info |
union |
Describes vlan identifier range as used with vlan translation. |
| qtag-manipulation-info |
union |
Describes vlan identifier range as used with vlan translation. |
| qtag-manipulation-info |
union |
Describes vlan identifier range as used with vlan translation. |
| resolve-status |
enumeration |
The TResolveStatus indicates resolution status of the tunnels. |
| resolve-status |
enumeration |
The TResolveStatus indicates resolution status of the tunnels. |
| resolve-status |
enumeration |
The TResolveStatus indicates resolution status of the tunnels. |
| resolve-status |
enumeration |
The TResolveStatus indicates resolution status of the tunnels. |
| resolve-status |
enumeration |
The TResolveStatus indicates resolution status of the tunnels. |
| resolve-status |
enumeration |
The TResolveStatus indicates resolution status of the tunnels. |
| resolve-status |
enumeration |
The TResolveStatus indicates resolution status of the tunnels. |
| revert-time |
union |
Specify time to wait before reverting back to the primary
spoke-sdp defined on the service endpoint, after having
failed over to a backup spoke-sdp. |
| revert-time |
union |
Specify time to wait before reverting back to the primary
spoke-sdp defined on the service endpoint, after having
failed over to a backup spoke-sdp. |
| revert-time |
union |
Specify time to wait before reverting back to the primary
spoke-sdp defined on the service endpoint, after having
failed over to a backup spoke-sdp. |
| revert-time |
union |
Specify time to wait before reverting back to the primary
spoke-sdp defined on the service endpoint, after having
failed over to a backup spoke-sdp. |
| revert-time |
union |
Specify time to wait before reverting back to the primary
spoke-sdp defined on the service endpoint, after having
failed over to a backup spoke-sdp. |
| revert-time |
union |
Specify time to wait before reverting back to the primary
spoke-sdp defined on the service endpoint, after having
failed over to a backup spoke-sdp. |
| revert-time |
union |
Specify time to wait before reverting back to the primary
spoke-sdp defined on the service endpoint, after having
failed over to a backup spoke-sdp. |
| route-distinguisher-type |
enumeration |
Type of route-distinguisher. |
| route-distinguisher-type |
enumeration |
Type of route-distinguisher. |
| route-distinguisher-type |
enumeration |
Type of route-distinguisher. |
| route-distinguisher-type |
enumeration |
Type of route-distinguisher. |
| route-distinguisher-type |
enumeration |
Type of route-distinguisher. |
| route-distinguisher-type |
enumeration |
Type of route-distinguisher. |
| route-distinguisher-type |
enumeration |
Type of route-distinguisher. |
| route-target |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target-32 |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target-32 |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target-32 |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target-32 |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target-32 |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target-32 |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target-32 |
string |
The route target is a 8-octet object as string.
<ext-community> : target:{<ip-addr:comm-val>|
<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>}
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [0..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [0..4294967295]. |
| route-target-origin |
enumeration |
Origin of route-target policy. |
| route-target-origin |
enumeration |
Origin of route-target policy. |
| route-target-origin |
enumeration |
Origin of route-target policy. |
| route-target-origin |
enumeration |
Origin of route-target policy. |
| route-target-origin |
enumeration |
Origin of route-target policy. |
| route-target-origin |
enumeration |
Origin of route-target policy. |
| route-target-origin |
enumeration |
Origin of route-target policy. |
| sap-bandwidth |
uint64 |
The required SAP binding bandwidth, in kbps. |
| sap-bandwidth |
uint64 |
The required SAP binding bandwidth, in kbps. |
| sap-bandwidth |
uint64 |
The required SAP binding bandwidth, in kbps. |
| sap-bandwidth |
uint64 |
The required SAP binding bandwidth, in kbps. |
| sap-bandwidth |
uint64 |
The required SAP binding bandwidth, in kbps. |
| sap-bandwidth |
uint64 |
The required SAP binding bandwidth, in kbps. |
| sap-bandwidth |
uint64 |
The required SAP binding bandwidth, in kbps. |
| sap-cir-rate-ovr |
union |
Specify the CIR rate. |
| sap-cir-rate-ovr |
union |
Specify the CIR rate. |
| sap-cir-rate-ovr |
union |
Specify the CIR rate. |
| sap-cir-rate-ovr |
union |
Specify the CIR rate. |
| sap-cir-rate-ovr |
union |
Specify the CIR rate. |
| sap-cir-rate-ovr |
union |
Specify the CIR rate. |
| sap-cir-rate-ovr |
union |
Specify the CIR rate. |
| sap-instance-status |
enumeration |
The sap-instance-status data type is an enumerated integer
that indicates status of the SAP instantiating other SAPs
controlled by this SAP. |
| sap-instance-status |
enumeration |
The sap-instance-status data type is an enumerated integer
that indicates status of the SAP instantiating other SAPs
controlled by this SAP. |
| sap-instance-status |
enumeration |
The sap-instance-status data type is an enumerated integer
that indicates status of the SAP instantiating other SAPs
controlled by this SAP. |
| sap-instance-status |
enumeration |
The sap-instance-status data type is an enumerated integer
that indicates status of the SAP instantiating other SAPs
controlled by this SAP. |
| sap-instance-status |
enumeration |
The sap-instance-status data type is an enumerated integer
that indicates status of the SAP instantiating other SAPs
controlled by this SAP. |
| sap-instance-status |
enumeration |
The sap-instance-status data type is an enumerated integer
that indicates status of the SAP instantiating other SAPs
controlled by this SAP. |
| sap-instance-status |
enumeration |
The sap-instance-status data type is an enumerated integer
that indicates status of the SAP instantiating other SAPs
controlled by this SAP. |
| sap-lag-per-link-hash-class |
int32 |
The sap-lag-per-link-hash-class is the class of traffic which along
with the relative weight is used in the egress hashing on the
LAG. |
| sap-lag-per-link-hash-class |
int32 |
The sap-lag-per-link-hash-class is the class of traffic which along
with the relative weight is used in the egress hashing on the
LAG. |
| sap-lag-per-link-hash-class |
int32 |
The sap-lag-per-link-hash-class is the class of traffic which along
with the relative weight is used in the egress hashing on the
LAG. |
| sap-lag-per-link-hash-class |
int32 |
The sap-lag-per-link-hash-class is the class of traffic which along
with the relative weight is used in the egress hashing on the
LAG. |
| sap-lag-per-link-hash-class |
int32 |
The sap-lag-per-link-hash-class is the class of traffic which along
with the relative weight is used in the egress hashing on the
LAG. |
| sap-lag-per-link-hash-class |
int32 |
The sap-lag-per-link-hash-class is the class of traffic which along
with the relative weight is used in the egress hashing on the
LAG. |
| sap-lag-per-link-hash-class |
int32 |
The sap-lag-per-link-hash-class is the class of traffic which along
with the relative weight is used in the egress hashing on the
LAG. |
| sap-lag-per-link-hash-weight |
int32 |
The sap-lag-per-link-hash-weight is the relative weight of the
traffic which along with the class is used in the egress hashing
on the LAG. |
| sap-lag-per-link-hash-weight |
int32 |
The sap-lag-per-link-hash-weight is the relative weight of the
traffic which along with the class is used in the egress hashing
on the LAG. |
| sap-lag-per-link-hash-weight |
int32 |
The sap-lag-per-link-hash-weight is the relative weight of the
traffic which along with the class is used in the egress hashing
on the LAG. |
| sap-lag-per-link-hash-weight |
int32 |
The sap-lag-per-link-hash-weight is the relative weight of the
traffic which along with the class is used in the egress hashing
on the LAG. |
| sap-lag-per-link-hash-weight |
int32 |
The sap-lag-per-link-hash-weight is the relative weight of the
traffic which along with the class is used in the egress hashing
on the LAG. |
| sap-lag-per-link-hash-weight |
int32 |
The sap-lag-per-link-hash-weight is the relative weight of the
traffic which along with the class is used in the egress hashing
on the LAG. |
| sap-lag-per-link-hash-weight |
int32 |
The sap-lag-per-link-hash-weight is the relative weight of the
traffic which along with the class is used in the egress hashing
on the LAG. |
| sap-max-rate-ovr |
union |
Maximum frame based bandwidth limit. |
| sap-max-rate-ovr |
union |
Maximum frame based bandwidth limit. |
| sap-max-rate-ovr |
union |
Maximum frame based bandwidth limit. |
| sap-max-rate-ovr |
union |
Maximum frame based bandwidth limit. |
| sap-max-rate-ovr |
union |
Maximum frame based bandwidth limit. |
| sap-max-rate-ovr |
union |
Maximum frame based bandwidth limit. |
| sap-max-rate-ovr |
union |
Maximum frame based bandwidth limit. |
| sap-pir-rate-ovr |
union |
Specify the PIR rate. |
| sap-pir-rate-ovr |
union |
Specify the PIR rate. |
| sap-pir-rate-ovr |
union |
Specify the PIR rate. |
| sap-pir-rate-ovr |
union |
Specify the PIR rate. |
| sap-pir-rate-ovr |
union |
Specify the PIR rate. |
| sap-pir-rate-ovr |
union |
Specify the PIR rate. |
| sap-pir-rate-ovr |
union |
Specify the PIR rate. |
| sap-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sap-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sap-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sap-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sap-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sap-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sap-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sap-sub-type |
enumeration |
The sap-sub-type describes sub type of the SAP. |
| sap-sub-type |
enumeration |
The sap-sub-type describes sub type of the SAP. |
| sap-sub-type |
enumeration |
The sap-sub-type describes sub type of the SAP. |
| sap-sub-type |
enumeration |
The sap-sub-type describes sub type of the SAP. |
| sap-sub-type |
enumeration |
The sap-sub-type describes sub type of the SAP. |
| sap-sub-type |
enumeration |
The sap-sub-type describes sub type of the SAP. |
| sap-sub-type |
enumeration |
The sap-sub-type describes sub type of the SAP. |
| sbind-bfd-fail-action |
enumeration |
SDP bind BFD failure action |
| sbind-bfd-fail-action |
enumeration |
SDP bind BFD failure action |
| sbind-bfd-fail-action |
enumeration |
SDP bind BFD failure action |
| sbind-bfd-fail-action |
enumeration |
SDP bind BFD failure action |
| sbind-bfd-fail-action |
enumeration |
SDP bind BFD failure action |
| sbind-bfd-fail-action |
enumeration |
SDP bind BFD failure action |
| sbind-bfd-fail-action |
enumeration |
SDP bind BFD failure action |
| sdp-bind-bandwidth |
union |
The required SDP binding bandwidth, in kbps. |
| sdp-bind-bandwidth |
union |
The required SDP binding bandwidth, in kbps. |
| sdp-bind-bandwidth |
union |
The required SDP binding bandwidth, in kbps. |
| sdp-bind-bandwidth |
union |
The required SDP binding bandwidth, in kbps. |
| sdp-bind-bandwidth |
union |
The required SDP binding bandwidth, in kbps. |
| sdp-bind-bandwidth |
union |
The required SDP binding bandwidth, in kbps. |
| sdp-bind-bandwidth |
union |
The required SDP binding bandwidth, in kbps. |
| sdp-bind-id |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [1..32767]
vc-id - [1..4294967295] |
| sdp-bind-id |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [1..32767]
vc-id - [1..4294967295] |
| sdp-bind-id |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [1..32767]
vc-id - [1..4294967295] |
| sdp-bind-id |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [1..32767]
vc-id - [1..4294967295] |
| sdp-bind-id |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [1..32767]
vc-id - [1..4294967295] |
| sdp-bind-id |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [1..32767]
vc-id - [1..4294967295] |
| sdp-bind-id |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [1..32767]
vc-id - [1..4294967295] |
| sdp-bind-stp-priority |
int32 |
The stp-priority indicates the priority range for STP for the SDP bind. |
| sdp-bind-stp-priority |
int32 |
The stp-priority indicates the priority range for STP for the SDP bind. |
| sdp-bind-stp-priority |
int32 |
The stp-priority indicates the priority range for STP for the SDP bind. |
| sdp-bind-stp-priority |
int32 |
The stp-priority indicates the priority range for STP for the SDP bind. |
| sdp-bind-stp-priority |
int32 |
The stp-priority indicates the priority range for STP for the SDP bind. |
| sdp-bind-stp-priority |
int32 |
The stp-priority indicates the priority range for STP for the SDP bind. |
| sdp-bind-stp-priority |
int32 |
The stp-priority indicates the priority range for STP for the SDP bind. |
| sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding.
The value 'vpls' is no longer supported. |
| sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding.
The value 'vpls' is no longer supported. |
| sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding.
The value 'vpls' is no longer supported. |
| sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding.
The value 'vpls' is no longer supported. |
| sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding.
The value 'vpls' is no longer supported. |
| sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding.
The value 'vpls' is no longer supported. |
| sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding.
The value 'vpls' is no longer supported. |
| sdp-delivery-type |
enumeration |
Specifies the type of delivery used by the SDP. |
| sdp-delivery-type |
enumeration |
Specifies the type of delivery used by the SDP. |
| sdp-delivery-type |
enumeration |
Specifies the type of delivery used by the SDP. |
| sdp-delivery-type |
enumeration |
Specifies the type of delivery used by the SDP. |
| sdp-delivery-type |
enumeration |
Specifies the type of delivery used by the SDP. |
| sdp-delivery-type |
enumeration |
Specifies the type of delivery used by the SDP. |
| sdp-delivery-type |
enumeration |
Specifies the type of delivery used by the SDP. |
| sdp-id |
uint32 |
A number used to identify a Service Distribution Point.
This ID must be unique only within the ESR where it is defined. |
| sdp-id |
uint32 |
A number used to identify a Service Distribution Point.
This ID must be unique only within the ESR where it is defined. |
| sdp-id |
uint32 |
A number used to identify a Service Distribution Point.
This ID must be unique only within the ESR where it is defined. |
| sdp-id |
uint32 |
A number used to identify a Service Distribution Point.
This ID must be unique only within the ESR where it is defined. |
| sdp-id |
uint32 |
A number used to identify a Service Distribution Point.
This ID must be unique only within the ESR where it is defined. |
| sdp-id |
uint32 |
A number used to identify a Service Distribution Point.
This ID must be unique only within the ESR where it is defined. |
| sdp-id |
uint32 |
A number used to identify a Service Distribution Point.
This ID must be unique only within the ESR where it is defined. |
| sdp-id-or-zero |
uint32 |
A number used to identify a Service Distribution Point. |
| sdp-id-or-zero |
uint32 |
A number used to identify a Service Distribution Point. |
| sdp-id-or-zero |
uint32 |
A number used to identify a Service Distribution Point. |
| sdp-id-or-zero |
uint32 |
A number used to identify a Service Distribution Point. |
| sdp-id-or-zero |
uint32 |
A number used to identify a Service Distribution Point. |
| sdp-id-or-zero |
uint32 |
A number used to identify a Service Distribution Point. |
| sdp-id-or-zero |
uint32 |
A number used to identify a Service Distribution Point. |
| sdp-precedence |
union |
The sdp-precedence data-type indicates precedence value for the SDP. |
| sdp-precedence |
union |
The sdp-precedence data-type indicates precedence value for the SDP. |
| sdp-precedence |
union |
The sdp-precedence data-type indicates precedence value for the SDP. |
| sdp-precedence |
union |
The sdp-precedence data-type indicates precedence value for the SDP. |
| sdp-precedence |
union |
The sdp-precedence data-type indicates precedence value for the SDP. |
| sdp-precedence |
union |
The sdp-precedence data-type indicates precedence value for the SDP. |
| sdp-precedence |
union |
The sdp-precedence data-type indicates precedence value for the SDP. |
| sdp-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sdp-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sdp-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sdp-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sdp-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sdp-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| sdp-protected-src-mac-violation-action |
enumeration |
Action for restrict protected source feature. |
| service-id |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id-maf |
uint32 |
A number used to identify a external or internal service. This ID
must be unique within the Service Domain. |
| service-id-maf |
uint32 |
A number used to identify a external or internal service. This ID
must be unique within the Service Domain. |
| service-id-maf |
uint32 |
A number used to identify a external or internal service. This ID
must be unique within the Service Domain. |
| service-id-maf |
uint32 |
A number used to identify a external or internal service. This ID
must be unique within the Service Domain. |
| service-id-maf |
uint32 |
A number used to identify a external or internal service. This ID
must be unique within the Service Domain. |
| service-id-maf |
uint32 |
A number used to identify a external or internal service. This ID
must be unique within the Service Domain. |
| service-id-maf |
uint32 |
A number used to identify a external or internal service. This ID
must be unique within the Service Domain. |
| service-id-or-zero |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id-or-zero |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id-or-zero |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id-or-zero |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id-or-zero |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id-or-zero |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-id-or-zero |
uint32 |
A number used to identify a service. This ID must be unique
within the Service Domain.
This type is typically used in state leafs. |
| service-name |
string |
The service-name defines name assigned to the service. |
| service-name |
string |
The service-name defines name assigned to the service. |
| service-name |
string |
The service-name defines name assigned to the service. |
| service-name |
string |
The service-name defines name assigned to the service. |
| service-name |
string |
The service-name defines name assigned to the service. |
| service-name |
string |
The service-name defines name assigned to the service. |
| service-name |
string |
The service-name defines name assigned to the service. |
| services-sap-queuing-type |
enumeration |
The services sap ingress queuing type. |
| services-sap-queuing-type |
enumeration |
The services sap ingress queuing type. |
| services-sap-queuing-type |
enumeration |
The services sap ingress queuing type. |
| services-sap-queuing-type |
enumeration |
The services sap ingress queuing type. |
| services-sap-queuing-type |
enumeration |
The services sap ingress queuing type. |
| services-sap-queuing-type |
enumeration |
The services sap ingress queuing type. |
| services-sap-queuing-type |
enumeration |
The services sap ingress queuing type. |
| service-type |
enumeration |
This textual convention is used to specify the
type of a given service. |
| service-type |
enumeration |
This textual convention is used to specify the
type of a given service. |
| service-type |
enumeration |
This textual convention is used to specify the
type of a given service. |
| service-type |
enumeration |
This textual convention is used to specify the
type of a given service. |
| service-type |
enumeration |
This textual convention is used to specify the
type of a given service. |
| service-type |
enumeration |
This textual convention is used to specify the
type of a given service. |
| service-type |
enumeration |
This textual convention is used to specify the
type of a given service. |
| site-activation-timer |
int32 |
BGP multi homing site activation timer. |
| site-activation-timer |
int32 |
BGP multi homing site activation timer. |
| site-activation-timer |
int32 |
BGP multi homing site activation timer. |
| site-activation-timer |
int32 |
BGP multi homing site activation timer. |
| site-activation-timer |
int32 |
BGP multi homing site activation timer. |
| site-activation-timer |
int32 |
BGP multi homing site activation timer. |
| site-activation-timer |
int32 |
BGP multi homing site activation timer. |
| site-boot-timer |
int32 |
BGP multi homing site boot timer. |
| site-boot-timer |
int32 |
BGP multi homing site boot timer. |
| site-boot-timer |
int32 |
BGP multi homing site boot timer. |
| site-boot-timer |
int32 |
BGP multi homing site boot timer. |
| site-boot-timer |
int32 |
BGP multi homing site boot timer. |
| site-boot-timer |
int32 |
BGP multi homing site boot timer. |
| site-boot-timer |
int32 |
BGP multi homing site boot timer. |
| site-id |
int32 |
A number used to identify a site. This ID must be unique within the
service-domain. |
| site-id |
int32 |
A number used to identify a site. This ID must be unique within the
service-domain. |
| site-id |
int32 |
A number used to identify a site. This ID must be unique within the
service-domain. |
| site-id |
int32 |
A number used to identify a site. This ID must be unique within the
service-domain. |
| site-id |
int32 |
A number used to identify a site. This ID must be unique within the
service-domain. |
| site-id |
int32 |
A number used to identify a site. This ID must be unique within the
service-domain. |
| site-id |
int32 |
A number used to identify a site. This ID must be unique within the
service-domain. |
| site-min-down-timer |
int32 |
BGP multi homing site minimum down timer. |
| site-min-down-timer |
int32 |
BGP multi homing site minimum down timer. |
| site-min-down-timer |
int32 |
BGP multi homing site minimum down timer. |
| site-min-down-timer |
int32 |
BGP multi homing site minimum down timer. |
| site-min-down-timer |
int32 |
BGP multi homing site minimum down timer. |
| site-min-down-timer |
int32 |
BGP multi homing site minimum down timer. |
| site-min-down-timer |
int32 |
BGP multi homing site minimum down timer. |
| spb-algorithm |
enumeration |
Type of SPB algorithm |
| spb-algorithm |
enumeration |
Type of SPB algorithm |
| spb-algorithm |
enumeration |
Type of SPB algorithm |
| spb-algorithm |
enumeration |
Type of SPB algorithm |
| spb-algorithm |
enumeration |
Type of SPB algorithm |
| spb-algorithm |
enumeration |
Type of SPB algorithm |
| spb-algorithm |
enumeration |
Type of SPB algorithm |
| spb-fid |
int32 |
The spb-fid indicates Shortest Path Bridging forwarding database
identifier. |
| spb-fid |
int32 |
The spb-fid indicates Shortest Path Bridging forwarding database
identifier. |
| spb-fid |
int32 |
The spb-fid indicates Shortest Path Bridging forwarding database
identifier. |
| spb-fid |
int32 |
The spb-fid indicates Shortest Path Bridging forwarding database
identifier. |
| spb-fid |
int32 |
The spb-fid indicates Shortest Path Bridging forwarding database
identifier. |
| spb-fid |
int32 |
The spb-fid indicates Shortest Path Bridging forwarding database
identifier. |
| spb-fid |
int32 |
The spb-fid indicates Shortest Path Bridging forwarding database
identifier. |
| spb-initial-wait |
uint32 |
SPB initial wait time in milliseconds. |
| spb-initial-wait |
uint32 |
SPB initial wait time in milliseconds. |
| spb-initial-wait |
uint32 |
SPB initial wait time in milliseconds. |
| spb-initial-wait |
uint32 |
SPB initial wait time in milliseconds. |
| spb-initial-wait |
uint32 |
SPB initial wait time in milliseconds. |
| spb-initial-wait |
uint32 |
SPB initial wait time in milliseconds. |
| spb-initial-wait |
uint32 |
SPB initial wait time in milliseconds. |
| spb-second-wait |
uint32 |
SPB second wait time in milliseconds. |
| spb-second-wait |
uint32 |
SPB second wait time in milliseconds. |
| spb-second-wait |
uint32 |
SPB second wait time in milliseconds. |
| spb-second-wait |
uint32 |
SPB second wait time in milliseconds. |
| spb-second-wait |
uint32 |
SPB second wait time in milliseconds. |
| spb-second-wait |
uint32 |
SPB second wait time in milliseconds. |
| spb-second-wait |
uint32 |
SPB second wait time in milliseconds. |
| spb-wait |
uint32 |
SPB wait time in milliseconds. |
| spb-wait |
uint32 |
SPB wait time in milliseconds. |
| spb-wait |
uint32 |
SPB wait time in milliseconds. |
| spb-wait |
uint32 |
SPB wait time in milliseconds. |
| spb-wait |
uint32 |
SPB wait time in milliseconds. |
| spb-wait |
uint32 |
SPB wait time in milliseconds. |
| spb-wait |
uint32 |
SPB wait time in milliseconds. |
| spoke-sdp-id |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id-or-zero |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id-or-zero |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id-or-zero |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id-or-zero |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id-or-zero |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id-or-zero |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| spoke-sdp-id-or-zero |
uint32 |
A number used to identify a multi-segment pseudo-wire provider-edge
identifier. |
| srv6-instance |
int32 |
SRv6 instance range |
| srv6-instance |
int32 |
SRv6 instance range |
| srv6-instance |
int32 |
SRv6 instance range |
| srv6-instance |
int32 |
SRv6 instance range |
| srv6-instance |
int32 |
SRv6 instance range |
| srv6-instance |
int32 |
SRv6 instance range |
| srv6-instance |
int32 |
SRv6 instance range |
| srv6-locator-function-value |
union |
Segment routing v6 locator function value |
| srv6-locator-function-value |
union |
Segment routing v6 locator function value |
| srv6-locator-function-value |
union |
Segment routing v6 locator function value |
| srv6-locator-function-value |
union |
Segment routing v6 locator function value |
| srv6-locator-function-value |
union |
Segment routing v6 locator function value |
| srv6-locator-function-value |
union |
Segment routing v6 locator function value |
| srv6-locator-function-value |
union |
Segment routing v6 locator function value |
| state-sdp-bind-id-or-zero |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [0..32767]
vc-id - [0..4294967295] |
| state-sdp-bind-id-or-zero |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [0..32767]
vc-id - [0..4294967295] |
| state-sdp-bind-id-or-zero |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [0..32767]
vc-id - [0..4294967295] |
| state-sdp-bind-id-or-zero |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [0..32767]
vc-id - [0..4294967295] |
| state-sdp-bind-id-or-zero |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [0..32767]
vc-id - [0..4294967295] |
| state-sdp-bind-id-or-zero |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [0..32767]
vc-id - [0..4294967295] |
| state-sdp-bind-id-or-zero |
string |
A Service Distribution Point (SDP) binding identification in the following format: <sdp-id>:<vc-id>.
sdp-id - [0..32767]
vc-id - [0..4294967295] |
| state-vpn-rd |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| state-vpn-rd |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| state-vpn-rd |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| state-vpn-rd |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| state-vpn-rd |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| state-vpn-rd |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| state-vpn-rd |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| stp-bpdu-encap |
enumeration |
The stp-bpdu-encap indicates the encap type of the STP packet. |
| stp-bpdu-encap |
enumeration |
The stp-bpdu-encap indicates the encap type of the STP packet. |
| stp-bpdu-encap |
enumeration |
The stp-bpdu-encap indicates the encap type of the STP packet. |
| stp-bpdu-encap |
enumeration |
The stp-bpdu-encap indicates the encap type of the STP packet. |
| stp-bpdu-encap |
enumeration |
The stp-bpdu-encap indicates the encap type of the STP packet. |
| stp-bpdu-encap |
enumeration |
The stp-bpdu-encap indicates the encap type of the STP packet. |
| stp-bpdu-encap |
enumeration |
The stp-bpdu-encap indicates the encap type of the STP packet. |
| stp-link-type |
enumeration |
|
| stp-link-type |
enumeration |
|
| stp-link-type |
enumeration |
|
| stp-link-type |
enumeration |
|
| stp-link-type |
enumeration |
|
| stp-link-type |
enumeration |
|
| stp-link-type |
enumeration |
|
| stp-path-cost |
int32 |
|
| stp-path-cost |
int32 |
|
| stp-path-cost |
int32 |
|
| stp-path-cost |
int32 |
|
| stp-path-cost |
int32 |
|
| stp-path-cost |
int32 |
|
| stp-path-cost |
int32 |
|
| stp-port-num |
int32 |
|
| stp-port-num |
int32 |
|
| stp-port-num |
int32 |
|
| stp-port-num |
int32 |
|
| stp-port-num |
int32 |
|
| stp-port-num |
int32 |
|
| stp-port-num |
int32 |
|
| svc-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| svc-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| svc-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| svc-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| svc-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| svc-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| svc-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the service. |
| tdm-options-cas-trunk-framing |
enumeration |
Encodes the CEM SAPs CAS trunk framing type:
- 'no-cas' :
for all CEM SAPs except 'nxDS0WithCas'.
- 'e1-trunk' :
for a 'nxDS0WithCas' SAP with E1 trunk.
- 't1-esf-trunk' :
for a 'nxDS0WithCas' SAP with T1 ESF trunk.
- 't1-sf-trunk' :
for a 'nxDS0WithCas' SAP with T1 SF trunk. |
| tdm-options-cas-trunk-framing |
enumeration |
Encodes the CEM SAPs CAS trunk framing type:
- 'no-cas' :
for all CEM SAPs except 'nxDS0WithCas'.
- 'e1-trunk' :
for a 'nxDS0WithCas' SAP with E1 trunk.
- 't1-esf-trunk' :
for a 'nxDS0WithCas' SAP with T1 ESF trunk.
- 't1-sf-trunk' :
for a 'nxDS0WithCas' SAP with T1 SF trunk. |
| tdm-options-cas-trunk-framing |
enumeration |
Encodes the CEM SAPs CAS trunk framing type:
- 'no-cas' :
for all CEM SAPs except 'nxDS0WithCas'.
- 'e1-trunk' :
for a 'nxDS0WithCas' SAP with E1 trunk.
- 't1-esf-trunk' :
for a 'nxDS0WithCas' SAP with T1 ESF trunk.
- 't1-sf-trunk' :
for a 'nxDS0WithCas' SAP with T1 SF trunk. |
| tdm-options-cas-trunk-framing |
enumeration |
Encodes the CEM SAPs CAS trunk framing type:
- 'no-cas' :
for all CEM SAPs except 'nxDS0WithCas'.
- 'e1-trunk' :
for a 'nxDS0WithCas' SAP with E1 trunk.
- 't1-esf-trunk' :
for a 'nxDS0WithCas' SAP with T1 ESF trunk.
- 't1-sf-trunk' :
for a 'nxDS0WithCas' SAP with T1 SF trunk. |
| tdm-options-cas-trunk-framing |
enumeration |
Encodes the CEM SAPs CAS trunk framing type:
- 'no-cas' :
for all CEM SAPs except 'nxDS0WithCas'.
- 'e1-trunk' :
for a 'nxDS0WithCas' SAP with E1 trunk.
- 't1-esf-trunk' :
for a 'nxDS0WithCas' SAP with T1 ESF trunk.
- 't1-sf-trunk' :
for a 'nxDS0WithCas' SAP with T1 SF trunk. |
| tdm-options-cas-trunk-framing |
enumeration |
Encodes the CEM SAPs CAS trunk framing type:
- 'no-cas' :
for all CEM SAPs except 'nxDS0WithCas'.
- 'e1-trunk' :
for a 'nxDS0WithCas' SAP with E1 trunk.
- 't1-esf-trunk' :
for a 'nxDS0WithCas' SAP with T1 ESF trunk.
- 't1-sf-trunk' :
for a 'nxDS0WithCas' SAP with T1 SF trunk. |
| tdm-options-cas-trunk-framing |
enumeration |
Encodes the CEM SAPs CAS trunk framing type:
- 'no-cas' :
for all CEM SAPs except 'nxDS0WithCas'.
- 'e1-trunk' :
for a 'nxDS0WithCas' SAP with E1 trunk.
- 't1-esf-trunk' :
for a 'nxDS0WithCas' SAP with T1 ESF trunk.
- 't1-sf-trunk' :
for a 'nxDS0WithCas' SAP with T1 SF trunk. |
| tdm-options-sig-pkts |
enumeration |
Encodes support for the cpipe circuit emulation (CE)
application signaling packets:
- 'no-signalling-packets' :
for a cpipe that does not use signalling packets.
- 'data-packets' :
for a cpipe carrying TDM data packets and expecting CE
application signalling packets in a separate cpipe.
- 'signalling-packets' :
for a cpipe carrying CE application signalling packets
with the data packets in a separate cpipe.
- 'data-and-signalling-packets' :
for a cpipe carrying TDM data and CE application
signalling on the same cpipe. |
| tdm-options-sig-pkts |
enumeration |
Encodes support for the cpipe circuit emulation (CE)
application signaling packets:
- 'no-signalling-packets' :
for a cpipe that does not use signalling packets.
- 'data-packets' :
for a cpipe carrying TDM data packets and expecting CE
application signalling packets in a separate cpipe.
- 'signalling-packets' :
for a cpipe carrying CE application signalling packets
with the data packets in a separate cpipe.
- 'data-and-signalling-packets' :
for a cpipe carrying TDM data and CE application
signalling on the same cpipe. |
| tdm-options-sig-pkts |
enumeration |
Encodes support for the cpipe circuit emulation (CE)
application signaling packets:
- 'no-signalling-packets' :
for a cpipe that does not use signalling packets.
- 'data-packets' :
for a cpipe carrying TDM data packets and expecting CE
application signalling packets in a separate cpipe.
- 'signalling-packets' :
for a cpipe carrying CE application signalling packets
with the data packets in a separate cpipe.
- 'data-and-signalling-packets' :
for a cpipe carrying TDM data and CE application
signalling on the same cpipe. |
| tdm-options-sig-pkts |
enumeration |
Encodes support for the cpipe circuit emulation (CE)
application signaling packets:
- 'no-signalling-packets' :
for a cpipe that does not use signalling packets.
- 'data-packets' :
for a cpipe carrying TDM data packets and expecting CE
application signalling packets in a separate cpipe.
- 'signalling-packets' :
for a cpipe carrying CE application signalling packets
with the data packets in a separate cpipe.
- 'data-and-signalling-packets' :
for a cpipe carrying TDM data and CE application
signalling on the same cpipe. |
| tdm-options-sig-pkts |
enumeration |
Encodes support for the cpipe circuit emulation (CE)
application signaling packets:
- 'no-signalling-packets' :
for a cpipe that does not use signalling packets.
- 'data-packets' :
for a cpipe carrying TDM data packets and expecting CE
application signalling packets in a separate cpipe.
- 'signalling-packets' :
for a cpipe carrying CE application signalling packets
with the data packets in a separate cpipe.
- 'data-and-signalling-packets' :
for a cpipe carrying TDM data and CE application
signalling on the same cpipe. |
| tdm-options-sig-pkts |
enumeration |
Encodes support for the cpipe circuit emulation (CE)
application signaling packets:
- 'no-signalling-packets' :
for a cpipe that does not use signalling packets.
- 'data-packets' :
for a cpipe carrying TDM data packets and expecting CE
application signalling packets in a separate cpipe.
- 'signalling-packets' :
for a cpipe carrying CE application signalling packets
with the data packets in a separate cpipe.
- 'data-and-signalling-packets' :
for a cpipe carrying TDM data and CE application
signalling on the same cpipe. |
| tdm-options-sig-pkts |
enumeration |
Encodes support for the cpipe circuit emulation (CE)
application signaling packets:
- 'no-signalling-packets' :
for a cpipe that does not use signalling packets.
- 'data-packets' :
for a cpipe carrying TDM data packets and expecting CE
application signalling packets in a separate cpipe.
- 'signalling-packets' :
for a cpipe carrying CE application signalling packets
with the data packets in a separate cpipe.
- 'data-and-signalling-packets' :
for a cpipe carrying TDM data and CE application
signalling on the same cpipe. |
| two-byte-value |
string |
The two byte value. |
| two-byte-value |
string |
The two byte value. |
| two-byte-value |
string |
The two byte value. |
| two-byte-value |
string |
The two byte value. |
| two-byte-value |
string |
The two byte value. |
| two-byte-value |
string |
The two byte value. |
| two-byte-value |
string |
The two byte value. |
| vc-id |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id-or-zero |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id-or-zero |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id-or-zero |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id-or-zero |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id-or-zero |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id-or-zero |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| vc-id-or-zero |
uint32 |
The 'vc-id' defines virtual circuit identifier. |
| ve-id |
int32 |
VPLS edge identifier. |
| ve-id |
int32 |
VPLS edge identifier. |
| ve-id |
int32 |
VPLS edge identifier. |
| ve-id |
int32 |
VPLS edge identifier. |
| ve-id |
int32 |
VPLS edge identifier. |
| ve-id |
int32 |
VPLS edge identifier. |
| ve-id |
int32 |
VPLS edge identifier. |
| virt-scheduler-attribute |
bits |
Indicates attributes of a virtual scheduler |
| virt-scheduler-attribute |
bits |
Indicates attributes of a virtual scheduler |
| virt-scheduler-attribute |
bits |
Indicates attributes of a virtual scheduler |
| virt-scheduler-attribute |
bits |
Indicates attributes of a virtual scheduler |
| virt-scheduler-attribute |
bits |
Indicates attributes of a virtual scheduler |
| virt-scheduler-attribute |
bits |
Indicates attributes of a virtual scheduler |
| virt-scheduler-attribute |
bits |
Indicates attributes of a virtual scheduler |
| vlan-manipulate-ingress-vlan-type |
union |
Describes VLAN identifier range to use with manipulation action at ingress. |
| vlan-manipulate-ingress-vlan-type |
union |
Describes VLAN identifier range to use with manipulation action at ingress. |
| vlan-manipulate-ingress-vlan-type |
union |
Describes VLAN identifier range to use with manipulation action at ingress. |
| vlan-manipulate-ingress-vlan-type |
union |
Describes VLAN identifier range to use with manipulation action at ingress. |
| vlan-manipulate-ingress-vlan-type |
union |
Describes VLAN identifier range to use with manipulation action at ingress. |
| vlan-manipulate-ingress-vlan-type |
union |
Describes VLAN identifier range to use with manipulation action at ingress. |
| vlan-manipulate-ingress-vlan-type |
union |
Describes VLAN identifier range to use with manipulation action at ingress. |
| vlan-manipulation-egress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at egress. |
| vlan-manipulation-egress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at egress. |
| vlan-manipulation-egress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at egress. |
| vlan-manipulation-egress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at egress. |
| vlan-manipulation-egress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at egress. |
| vlan-manipulation-egress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at egress. |
| vlan-manipulation-egress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at egress. |
| vlan-manipulation-egress-vlan-type |
enumeration |
Describes VLAN to use with manipulation action at egress. |
| vlan-manipulation-egress-vlan-type |
enumeration |
Describes VLAN to use with manipulation action at egress. |
| vlan-manipulation-egress-vlan-type |
enumeration |
Describes VLAN to use with manipulation action at egress. |
| vlan-manipulation-egress-vlan-type |
enumeration |
Describes VLAN to use with manipulation action at egress. |
| vlan-manipulation-egress-vlan-type |
enumeration |
Describes VLAN to use with manipulation action at egress. |
| vlan-manipulation-egress-vlan-type |
enumeration |
Describes VLAN to use with manipulation action at egress. |
| vlan-manipulation-egress-vlan-type |
enumeration |
Describes VLAN to use with manipulation action at egress. |
| vlan-manipulation-ingress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at ingress. |
| vlan-manipulation-ingress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at ingress. |
| vlan-manipulation-ingress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at ingress. |
| vlan-manipulation-ingress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at ingress. |
| vlan-manipulation-ingress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at ingress. |
| vlan-manipulation-ingress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at ingress. |
| vlan-manipulation-ingress-action-type |
enumeration |
Describes action to take for VLAN tag manipulation at ingress. |
| vlan-vc-tag |
uint32 |
Specify VLAN VC tag for the spoke SDP. |
| vlan-vc-tag |
uint32 |
Specify VLAN VC tag for the spoke SDP. |
| vlan-vc-tag |
uint32 |
Specify VLAN VC tag for the spoke SDP. |
| vlan-vc-tag |
uint32 |
Specify VLAN VC tag for the spoke SDP. |
| vlan-vc-tag |
uint32 |
Specify VLAN VC tag for the spoke SDP. |
| vlan-vc-tag |
uint32 |
Specify VLAN VC tag for the spoke SDP. |
| vlan-vc-tag |
uint32 |
Specify VLAN VC tag for the spoke SDP. |
| vpls-fdb-locale |
enumeration |
The vpls-fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for VPLS service |
| vpls-fdb-locale |
enumeration |
The vpls-fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for VPLS service |
| vpls-fdb-locale |
enumeration |
The vpls-fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for VPLS service |
| vpls-fdb-locale |
enumeration |
The vpls-fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for VPLS service |
| vpls-fdb-locale |
enumeration |
The vpls-fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for VPLS service |
| vpls-fdb-locale |
enumeration |
The vpls-fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for VPLS service |
| vpls-fdb-locale |
enumeration |
The vpls-fdb-locale data type is an enumerated integer that describes the
values used to indicate source of forwarding database (FDB) entry for VPLS service |
| vpls-id |
string |
The vpls-id is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpls-id |
string |
The vpls-id is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpls-id |
string |
The vpls-id is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpls-id |
string |
The vpls-id is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpls-id |
string |
The vpls-id is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpls-id |
string |
The vpls-id is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpls-id |
string |
The vpls-id is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpls-limit-mac-move |
enumeration |
This textual convention is used to specify the behavior
when the re-learn rate specified by svcTlsMacMoveMaxRate
is exceeded.
A value of 'blockable' specifies that the agent will
monitor the MAC relearn rate on a SAP or SDP Bind and
it will block it when the re-learn rate specified by
svcTlsMacMoveMaxRate is exceeded. A value of 'nonBlockable'
specifies that the SAP or SDP Bind will not be blocked,
and another blockable SAP or SDP Bind will be blocked
instead. |
| vpls-limit-mac-move |
enumeration |
This textual convention is used to specify the behavior
when the re-learn rate specified by svcTlsMacMoveMaxRate
is exceeded.
A value of 'blockable' specifies that the agent will
monitor the MAC relearn rate on a SAP or SDP Bind and
it will block it when the re-learn rate specified by
svcTlsMacMoveMaxRate is exceeded. A value of 'nonBlockable'
specifies that the SAP or SDP Bind will not be blocked,
and another blockable SAP or SDP Bind will be blocked
instead. |
| vpls-limit-mac-move |
enumeration |
This textual convention is used to specify the behavior
when the re-learn rate specified by svcTlsMacMoveMaxRate
is exceeded.
A value of 'blockable' specifies that the agent will
monitor the MAC relearn rate on a SAP or SDP Bind and
it will block it when the re-learn rate specified by
svcTlsMacMoveMaxRate is exceeded. A value of 'nonBlockable'
specifies that the SAP or SDP Bind will not be blocked,
and another blockable SAP or SDP Bind will be blocked
instead. |
| vpls-limit-mac-move |
enumeration |
This textual convention is used to specify the behavior
when the re-learn rate specified by svcTlsMacMoveMaxRate
is exceeded.
A value of 'blockable' specifies that the agent will
monitor the MAC relearn rate on a SAP or SDP Bind and
it will block it when the re-learn rate specified by
svcTlsMacMoveMaxRate is exceeded. A value of 'nonBlockable'
specifies that the SAP or SDP Bind will not be blocked,
and another blockable SAP or SDP Bind will be blocked
instead. |
| vpls-limit-mac-move |
enumeration |
This textual convention is used to specify the behavior
when the re-learn rate specified by svcTlsMacMoveMaxRate
is exceeded.
A value of 'blockable' specifies that the agent will
monitor the MAC relearn rate on a SAP or SDP Bind and
it will block it when the re-learn rate specified by
svcTlsMacMoveMaxRate is exceeded. A value of 'nonBlockable'
specifies that the SAP or SDP Bind will not be blocked,
and another blockable SAP or SDP Bind will be blocked
instead. |
| vpls-limit-mac-move |
enumeration |
This textual convention is used to specify the behavior
when the re-learn rate specified by svcTlsMacMoveMaxRate
is exceeded.
A value of 'blockable' specifies that the agent will
monitor the MAC relearn rate on a SAP or SDP Bind and
it will block it when the re-learn rate specified by
svcTlsMacMoveMaxRate is exceeded. A value of 'nonBlockable'
specifies that the SAP or SDP Bind will not be blocked,
and another blockable SAP or SDP Bind will be blocked
instead. |
| vpls-limit-mac-move |
enumeration |
This textual convention is used to specify the behavior
when the re-learn rate specified by svcTlsMacMoveMaxRate
is exceeded.
A value of 'blockable' specifies that the agent will
monitor the MAC relearn rate on a SAP or SDP Bind and
it will block it when the re-learn rate specified by
svcTlsMacMoveMaxRate is exceeded. A value of 'nonBlockable'
specifies that the SAP or SDP Bind will not be blocked,
and another blockable SAP or SDP Bind will be blocked
instead. |
| vpls-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| vpls-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| vpls-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| vpls-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| vpls-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| vpls-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| vpls-sdp-bind-vc-type |
enumeration |
Specifies the type of virtual circuit (VC) associated with the SDP binding. |
| vpls-srv6-instance |
int32 |
SRv6 instance range |
| vpls-srv6-instance |
int32 |
SRv6 instance range |
| vpls-srv6-instance |
int32 |
SRv6 instance range |
| vpls-srv6-instance |
int32 |
SRv6 instance range |
| vpls-srv6-instance |
int32 |
SRv6 instance range |
| vpls-srv6-instance |
int32 |
SRv6 instance range |
| vpn-id |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id-or-zero |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id-or-zero |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id-or-zero |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id-or-zero |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id-or-zero |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id-or-zero |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-id-or-zero |
uint32 |
A number used to identify a VPN. In general
each service corresponds to a single VPN, but
under some circumstances a VPN may be composed
of multiple services. |
| vpn-rd-or-auto-rd |
union |
The vpn-rd-or-auto-rd defines either a string representation
of a route-distinguisher or an enumeration indicating use of
an automatically assigned route-distinguisher.
The route-distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-rd-or-auto-rd |
union |
The vpn-rd-or-auto-rd defines either a string representation
of a route-distinguisher or an enumeration indicating use of
an automatically assigned route-distinguisher.
The route-distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-rd-or-auto-rd |
union |
The vpn-rd-or-auto-rd defines either a string representation
of a route-distinguisher or an enumeration indicating use of
an automatically assigned route-distinguisher.
The route-distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-rd-or-auto-rd |
union |
The vpn-rd-or-auto-rd defines either a string representation
of a route-distinguisher or an enumeration indicating use of
an automatically assigned route-distinguisher.
The route-distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-rd-or-auto-rd |
union |
The vpn-rd-or-auto-rd defines either a string representation
of a route-distinguisher or an enumeration indicating use of
an automatically assigned route-distinguisher.
The route-distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-rd-or-auto-rd |
union |
The vpn-rd-or-auto-rd defines either a string representation
of a route-distinguisher or an enumeration indicating use of
an automatically assigned route-distinguisher.
The route-distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-rd-or-auto-rd |
union |
The vpn-rd-or-auto-rd defines either a string representation
of a route-distinguisher or an enumeration indicating use of
an automatically assigned route-distinguisher.
The route-distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-route-distinguisher |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-route-distinguisher |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-route-distinguisher |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-route-distinguisher |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-route-distinguisher |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-route-distinguisher |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-route-distinguisher |
string |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vpn-route-distinguisher-or-auto-rd |
union |
The vpn-route-distinguisher-or-auto-rd defines either a
vpn-route-distinguisher or an enumeration indicating use of
automatically assigned route-distinguisher. |
| vpn-route-distinguisher-or-auto-rd |
union |
The vpn-route-distinguisher-or-auto-rd defines either a
vpn-route-distinguisher or an enumeration indicating use of
automatically assigned route-distinguisher. |
| vpn-route-distinguisher-or-auto-rd |
union |
The vpn-route-distinguisher-or-auto-rd defines either a
vpn-route-distinguisher or an enumeration indicating use of
automatically assigned route-distinguisher. |
| vpn-route-distinguisher-or-auto-rd |
union |
The vpn-route-distinguisher-or-auto-rd defines either a
vpn-route-distinguisher or an enumeration indicating use of
automatically assigned route-distinguisher. |
| vpn-route-distinguisher-or-auto-rd |
union |
The vpn-route-distinguisher-or-auto-rd defines either a
vpn-route-distinguisher or an enumeration indicating use of
automatically assigned route-distinguisher. |
| vpn-route-distinguisher-or-auto-rd |
union |
The vpn-route-distinguisher-or-auto-rd defines either a
vpn-route-distinguisher or an enumeration indicating use of
automatically assigned route-distinguisher. |
| vpn-route-distinguisher-or-auto-rd |
union |
The vpn-route-distinguisher-or-auto-rd defines either a
vpn-route-distinguisher or an enumeration indicating use of
automatically assigned route-distinguisher. |
| vprn-bgp-evpn-mpls-rd |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-bgp-evpn-mpls-rd |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-bgp-evpn-mpls-rd |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-bgp-evpn-mpls-rd |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-bgp-evpn-mpls-rd |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-bgp-evpn-mpls-rd |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-bgp-evpn-mpls-rd |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-rd-state |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-rd-state |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-rd-state |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-rd-state |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-rd-state |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-rd-state |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-rd-state |
union |
The VPRN route distinguisher is a 8-octet object as string.
<ip-addr:comm-val>|<2byte-asnumber:ext-comm-val>|
<4byte-asnumber:comm-val>
ip-addr - a.b.c.d
comm-val - [0..65535]
2byte-asnumber - [1..65535]
ext-comm-val - [0..4294967295]
4byte-asnumber - [1..4294967295]. |
| vprn-virtual-router-id |
int32 |
A number used to identify a virtual router instance in the system. |
| vprn-virtual-router-id |
int32 |
A number used to identify a virtual router instance in the system. |
| vprn-virtual-router-id |
int32 |
A number used to identify a virtual router instance in the system. |
| vprn-virtual-router-id |
int32 |
A number used to identify a virtual router instance in the system. |
| vprn-virtual-router-id |
int32 |
A number used to identify a virtual router instance in the system. |
| vprn-virtual-router-id |
int32 |
A number used to identify a virtual router instance in the system. |
| vprn-virtual-router-id |
int32 |
A number used to identify a virtual router instance in the system. |
| vrtr-id-or-zero |
int32 |
A number used to identify a virtual router instance in the system.
The number 0 will have special significance in the context the TC
is used. |
| vrtr-id-or-zero |
int32 |
A number used to identify a virtual router instance in the system.
The number 0 will have special significance in the context the TC
is used. |
| vrtr-id-or-zero |
int32 |
A number used to identify a virtual router instance in the system.
The number 0 will have special significance in the context the TC
is used. |
| vrtr-id-or-zero |
int32 |
A number used to identify a virtual router instance in the system.
The number 0 will have special significance in the context the TC
is used. |
| vrtr-id-or-zero |
int32 |
A number used to identify a virtual router instance in the system.
The number 0 will have special significance in the context the TC
is used. |
| vrtr-id-or-zero |
int32 |
A number used to identify a virtual router instance in the system.
The number 0 will have special significance in the context the TC
is used. |
| vrtr-id-or-zero |
int32 |
A number used to identify a virtual router instance in the system.
The number 0 will have special significance in the context the TC
is used. |
| vrtr-mpls-lsp-id |
uint32 |
A unique value, greater than zero, for each Label Switched Path in the managed system. |
| vrtr-mpls-lsp-id |
uint32 |
A unique value, greater than zero, for each Label Switched Path in the managed system. |
| vrtr-mpls-lsp-id |
uint32 |
A unique value, greater than zero, for each Label Switched Path in the managed system. |
| vrtr-mpls-lsp-id |
uint32 |
A unique value, greater than zero, for each Label Switched Path in the managed system. |
| vrtr-mpls-lsp-id |
uint32 |
A unique value, greater than zero, for each Label Switched Path in the managed system. |
| vrtr-mpls-lsp-id |
uint32 |
A unique value, greater than zero, for each Label Switched Path in the managed system. |
| vrtr-mpls-lsp-id |
uint32 |
A unique value, greater than zero, for each Label Switched Path in the managed system. |
| vxlan-vni |
uint32 |
Specifies VXLAN VNI range. |
| vxlan-vni |
uint32 |
Specifies VXLAN VNI range. |
| vxlan-vni |
uint32 |
Specifies VXLAN VNI range. |
| vxlan-vni |
uint32 |
Specifies VXLAN VNI range. |
| vxlan-vni |
uint32 |
Specifies VXLAN VNI range. |
| vxlan-vni |
uint32 |
Specifies VXLAN VNI range. |
| vxlan-vni |
uint32 |
Specifies VXLAN VNI range. |