| cflowd-sampling |
enumeration |
The cflowd-parameters sampling type |
| cflowd-sampling |
enumeration |
The cflowd-parameters sampling type |
| cflowd-sampling |
enumeration |
The cflowd-parameters sampling type |
| cflowd-sampling |
enumeration |
The cflowd-parameters sampling type |
| cflowd-sampling |
enumeration |
The cflowd-parameters sampling type |
| cflowd-sampling |
enumeration |
The cflowd-parameters sampling type |
| cflowd-sampling |
enumeration |
The cflowd-parameters sampling type |
| cflowd-sampling |
enumeration |
The cflowd-parameters sampling type |
| dot1p-app-name |
enumeration |
IEEE 802.1p priority (Dot1p) Application identifiers for Layer-2
protocols that generate control traffic on the Nokia
SROS router. |
| dot1p-app-name |
enumeration |
IEEE 802.1p priority (Dot1p) Application identifiers for Layer-2
protocols that generate control traffic on the Nokia
SROS router. |
| dot1p-app-name |
enumeration |
IEEE 802.1p priority (Dot1p) Application identifiers for Layer-2
protocols that generate control traffic on the Nokia
SROS router. |
| dot1p-app-name |
enumeration |
IEEE 802.1p priority (Dot1p) Application identifiers for Layer-2
protocols that generate control traffic on the Nokia
SROS router. |
| dot1p-app-name |
enumeration |
IEEE 802.1p priority (Dot1p) Application identifiers for Layer-2
protocols that generate control traffic on the Nokia
SROS router. |
| dot1p-app-name |
enumeration |
IEEE 802.1p priority (Dot1p) Application identifiers for Layer-2
protocols that generate control traffic on the Nokia
SROS router. |
| dot1p-app-name |
enumeration |
IEEE 802.1p priority (Dot1p) Application identifiers for Layer-2
protocols that generate control traffic on the Nokia
SROS router. |
| dot1p-app-name |
enumeration |
IEEE 802.1p priority (Dot1p) Application identifiers for Layer-2
protocols that generate control traffic on the Nokia
SROS router. |
| dscp-app-name |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name-vprn |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name-vprn |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name-vprn |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name-vprn |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name-vprn |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name-vprn |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name-vprn |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| dscp-app-name-vprn |
enumeration |
DSCP Application identifiers for protocols that generate control
traffic on the Nokia SROS router. |
| flex-algo-id |
uint32 |
Flexible Algorithm ID |
| flex-algo-id |
uint32 |
Flexible Algorithm ID |
| flex-algo-id |
uint32 |
Flexible Algorithm ID |
| flex-algo-id |
uint32 |
Flexible Algorithm ID |
| flex-algo-id |
uint32 |
Flexible Algorithm ID |
| flex-algo-id |
uint32 |
Flexible Algorithm ID |
| flex-algo-id |
uint32 |
Flexible Algorithm ID |
| flex-algo-id |
uint32 |
Flexible Algorithm ID |
| hold-time-seconds |
uint32 |
Specifies the hold time in seconds. |
| hold-time-seconds |
uint32 |
Specifies the hold time in seconds. |
| hold-time-seconds |
uint32 |
Specifies the hold time in seconds. |
| hold-time-seconds |
uint32 |
Specifies the hold time in seconds. |
| hold-time-seconds |
uint32 |
Specifies the hold time in seconds. |
| hold-time-seconds |
uint32 |
Specifies the hold time in seconds. |
| hold-time-seconds |
uint32 |
Specifies the hold time in seconds. |
| hold-time-seconds |
uint32 |
Specifies the hold time in seconds. |
| interface-type |
enumeration |
Type of interface. |
| interface-type |
enumeration |
Type of interface. |
| interface-type |
enumeration |
Type of interface. |
| interface-type |
enumeration |
Type of interface. |
| interface-type |
enumeration |
Type of interface. |
| interface-type |
enumeration |
Type of interface. |
| interface-type |
enumeration |
Type of interface. |
| interface-type |
enumeration |
Type of interface. |
| ip-ecmp |
uint32 |
The supported range of ECMP values for IP routes. |
| ip-ecmp |
uint32 |
The supported range of ECMP values for IP routes. |
| ip-ecmp |
uint32 |
The supported range of ECMP values for IP routes. |
| ip-ecmp |
uint32 |
The supported range of ECMP values for IP routes. |
| ip-ecmp |
uint32 |
The supported range of ECMP values for IP routes. |
| ip-ecmp |
uint32 |
The supported range of ECMP values for IP routes. |
| ip-ecmp |
uint32 |
The supported range of ECMP values for IP routes. |
| ip-ecmp |
uint32 |
The supported range of ECMP values for IP routes. |
| ip-load-balancing |
enumeration |
IP load balancing algorithm type. |
| ip-load-balancing |
enumeration |
IP load balancing algorithm type. |
| ip-load-balancing |
enumeration |
IP load balancing algorithm type. |
| ip-load-balancing |
enumeration |
IP load balancing algorithm type. |
| ip-load-balancing |
enumeration |
IP load balancing algorithm type. |
| ip-load-balancing |
enumeration |
IP load balancing algorithm type. |
| ip-load-balancing |
enumeration |
IP load balancing algorithm type. |
| ip-load-balancing |
enumeration |
IP load balancing algorithm type. |
| ip-mtu |
uint32 |
Specifies the IP MTU size. |
| ip-mtu |
uint32 |
Specifies the IP MTU size. |
| ip-mtu |
uint32 |
Specifies the IP MTU size. |
| ip-mtu |
uint32 |
Specifies the IP MTU size. |
| ip-mtu |
uint32 |
Specifies the IP MTU size. |
| ip-mtu |
uint32 |
Specifies the IP MTU size. |
| ip-mtu |
uint32 |
Specifies the IP MTU size. |
| ip-mtu |
uint32 |
Specifies the IP MTU size. |
| ip-mtu-ext |
uint32 |
Specifies the IP MTU size. |
| ip-mtu-ext |
uint32 |
Specifies the IP MTU size. |
| ip-mtu-ext |
uint32 |
Specifies the IP MTU size. |
| ip-mtu-ext |
uint32 |
Specifies the IP MTU size. |
| ip-mtu-ext |
uint32 |
Specifies the IP MTU size. |
| ip-mtu-ext |
uint32 |
Specifies the IP MTU size. |
| ip-mtu-ext |
uint32 |
Specifies the IP MTU size. |
| ip-mtu-ext |
uint32 |
Specifies the IP MTU size. |
| ipv4-neighbor-limit |
int32 |
Specify the maximum amount of IPv4 ARP entries. |
| ipv4-neighbor-limit |
int32 |
Specify the maximum amount of IPv4 ARP entries. |
| ipv4-neighbor-limit |
int32 |
Specify the maximum amount of IPv4 ARP entries. |
| ipv4-neighbor-limit |
int32 |
Specify the maximum amount of IPv4 ARP entries. |
| ipv4-neighbor-limit |
int32 |
Specify the maximum amount of IPv4 ARP entries. |
| ipv4-neighbor-limit |
int32 |
Specify the maximum amount of IPv4 ARP entries. |
| ipv4-neighbor-limit |
int32 |
Specify the maximum amount of IPv4 ARP entries. |
| ipv4-neighbor-limit |
int32 |
Specify the maximum amount of IPv4 ARP entries. |
| ipv4-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv4. |
| ipv4-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv4. |
| ipv4-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv4. |
| ipv4-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv4. |
| ipv4-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv4. |
| ipv4-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv4. |
| ipv4-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv4. |
| ipv4-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv4. |
| ipv4-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv4 for increased port-mtu in fp4 cards. |
| ipv4-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv4 for increased port-mtu in fp4 cards. |
| ipv4-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv4 for increased port-mtu in fp4 cards. |
| ipv4-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv4 for increased port-mtu in fp4 cards. |
| ipv4-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv4 for increased port-mtu in fp4 cards. |
| ipv4-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv4 for increased port-mtu in fp4 cards. |
| ipv4-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv4 for increased port-mtu in fp4 cards. |
| ipv4-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv4 for increased port-mtu in fp4 cards. |
| ipv6-address-type-selection |
enumeration |
Ipv6 address type selection. |
| ipv6-address-type-selection |
enumeration |
Ipv6 address type selection. |
| ipv6-address-type-selection |
enumeration |
Ipv6 address type selection. |
| ipv6-address-type-selection |
enumeration |
Ipv6 address type selection. |
| ipv6-address-type-selection |
enumeration |
Ipv6 address type selection. |
| ipv6-address-type-selection |
enumeration |
Ipv6 address type selection. |
| ipv6-address-type-selection |
enumeration |
Ipv6 address type selection. |
| ipv6-address-type-selection |
enumeration |
Ipv6 address type selection. |
| ipv6-neighbor-limit |
int32 |
Specify the maximum amount of neigbhor entries. |
| ipv6-neighbor-limit |
int32 |
Specify the maximum amount of neigbhor entries. |
| ipv6-neighbor-limit |
int32 |
Specify the maximum amount of neigbhor entries. |
| ipv6-neighbor-limit |
int32 |
Specify the maximum amount of neigbhor entries. |
| ipv6-neighbor-limit |
int32 |
Specify the maximum amount of neigbhor entries. |
| ipv6-neighbor-limit |
int32 |
Specify the maximum amount of neigbhor entries. |
| ipv6-neighbor-limit |
int32 |
Specify the maximum amount of neigbhor entries. |
| ipv6-neighbor-limit |
int32 |
Specify the maximum amount of neigbhor entries. |
| ipv6-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv6. |
| ipv6-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv6. |
| ipv6-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv6. |
| ipv6-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv6. |
| ipv6-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv6. |
| ipv6-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv6. |
| ipv6-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv6. |
| ipv6-tcp-mss |
uint32 |
Specifies TCP maximum segment size for IPv6. |
| ipv6-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv6 for increased port-mtu in fp4 cards. |
| ipv6-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv6 for increased port-mtu in fp4 cards. |
| ipv6-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv6 for increased port-mtu in fp4 cards. |
| ipv6-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv6 for increased port-mtu in fp4 cards. |
| ipv6-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv6 for increased port-mtu in fp4 cards. |
| ipv6-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv6 for increased port-mtu in fp4 cards. |
| ipv6-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv6 for increased port-mtu in fp4 cards. |
| ipv6-tcp-mss-ext |
uint32 |
Specifies TCP maximum segment size for IPv6 for increased port-mtu in fp4 cards. |
| ldp-sync-timer |
uint32 |
Specify LDP sync timer in seconds. |
| ldp-sync-timer |
uint32 |
Specify LDP sync timer in seconds. |
| ldp-sync-timer |
uint32 |
Specify LDP sync timer in seconds. |
| ldp-sync-timer |
uint32 |
Specify LDP sync timer in seconds. |
| ldp-sync-timer |
uint32 |
Specify LDP sync timer in seconds. |
| ldp-sync-timer |
uint32 |
Specify LDP sync timer in seconds. |
| ldp-sync-timer |
uint32 |
Specify LDP sync timer in seconds. |
| ldp-sync-timer |
uint32 |
Specify LDP sync timer in seconds. |
| lsr-load-balancing |
enumeration |
Type of LSR load balancing algorithm type. |
| lsr-load-balancing |
enumeration |
Type of LSR load balancing algorithm type. |
| lsr-load-balancing |
enumeration |
Type of LSR load balancing algorithm type. |
| lsr-load-balancing |
enumeration |
Type of LSR load balancing algorithm type. |
| lsr-load-balancing |
enumeration |
Type of LSR load balancing algorithm type. |
| lsr-load-balancing |
enumeration |
Type of LSR load balancing algorithm type. |
| lsr-load-balancing |
enumeration |
Type of LSR load balancing algorithm type. |
| lsr-load-balancing |
enumeration |
Type of LSR load balancing algorithm type. |
| metric-value |
enumeration |
The value specifies the METRIC object used in PCReq message |
| metric-value |
enumeration |
The value specifies the METRIC object used in PCReq message |
| metric-value |
enumeration |
The value specifies the METRIC object used in PCReq message |
| metric-value |
enumeration |
The value specifies the METRIC object used in PCReq message |
| metric-value |
enumeration |
The value specifies the METRIC object used in PCReq message |
| metric-value |
enumeration |
The value specifies the METRIC object used in PCReq message |
| metric-value |
enumeration |
The value specifies the METRIC object used in PCReq message |
| metric-value |
enumeration |
The value specifies the METRIC object used in PCReq message |
| mpls-ecmp |
uint32 |
The supported range of ECMP value for MPLS tunnels. |
| mpls-ecmp |
uint32 |
The supported range of ECMP value for MPLS tunnels. |
| mpls-ecmp |
uint32 |
The supported range of ECMP value for MPLS tunnels. |
| mpls-ecmp |
uint32 |
The supported range of ECMP value for MPLS tunnels. |
| mpls-ecmp |
uint32 |
The supported range of ECMP value for MPLS tunnels. |
| mpls-ecmp |
uint32 |
The supported range of ECMP value for MPLS tunnels. |
| mpls-ecmp |
uint32 |
The supported range of ECMP value for MPLS tunnels. |
| mpls-ecmp |
uint32 |
The supported range of ECMP value for MPLS tunnels. |
| neighbor-discovery-reachable-time |
uint32 |
Configure neighbor reachability detection timer. |
| neighbor-discovery-reachable-time |
uint32 |
Configure neighbor reachability detection timer. |
| neighbor-discovery-reachable-time |
uint32 |
Configure neighbor reachability detection timer. |
| neighbor-discovery-reachable-time |
uint32 |
Configure neighbor reachability detection timer. |
| neighbor-discovery-reachable-time |
uint32 |
Configure neighbor reachability detection timer. |
| neighbor-discovery-reachable-time |
uint32 |
Configure neighbor reachability detection timer. |
| neighbor-discovery-reachable-time |
uint32 |
Configure neighbor reachability detection timer. |
| neighbor-discovery-reachable-time |
uint32 |
Configure neighbor reachability detection timer. |
| neighbor-discovery-router-preference |
enumeration |
Configure the Router Advertisement Default Router Preference. |
| neighbor-discovery-router-preference |
enumeration |
Configure the Router Advertisement Default Router Preference. |
| neighbor-discovery-router-preference |
enumeration |
Configure the Router Advertisement Default Router Preference. |
| neighbor-discovery-stale-time |
uint32 |
Specifies the time a neighbor discovery cache entry can remain
stale before being removed. |
| neighbor-discovery-stale-time |
uint32 |
Specifies the time a neighbor discovery cache entry can remain
stale before being removed. |
| neighbor-discovery-stale-time |
uint32 |
Specifies the time a neighbor discovery cache entry can remain
stale before being removed. |
| neighbor-discovery-stale-time |
uint32 |
Specifies the time a neighbor discovery cache entry can remain
stale before being removed. |
| neighbor-discovery-stale-time |
uint32 |
Specifies the time a neighbor discovery cache entry can remain
stale before being removed. |
| neighbor-discovery-stale-time |
uint32 |
Specifies the time a neighbor discovery cache entry can remain
stale before being removed. |
| neighbor-discovery-stale-time |
uint32 |
Specifies the time a neighbor discovery cache entry can remain
stale before being removed. |
| neighbor-discovery-stale-time |
uint32 |
Specifies the time a neighbor discovery cache entry can remain
stale before being removed. |
| next-hop-flags |
bits |
Bit flags that indicate additional properties of the next hop:
If the bit 'is-inactive' is set, this indicates the next hop is
currently inactive.
If the bit 'is-backup' is set, this indicates the next hop is a
backup next hop. This next hop backs up another next hop that
has the same next-hop group ID. |
| next-hop-flags |
bits |
Bit flags that indicate additional properties of the next hop:
If the bit 'is-inactive' is set, this indicates the next hop is
currently inactive.
If the bit 'is-backup' is set, this indicates the next hop is a
backup next hop. This next hop backs up another next hop that
has the same next-hop group ID. |
| next-hop-flags |
bits |
Bit flags that indicate additional properties of the next hop:
If the bit 'is-inactive' is set, this indicates the next hop is
currently inactive.
If the bit 'is-backup' is set, this indicates the next hop is a
backup next hop. This next hop backs up another next hop that
has the same next-hop group ID. |
| next-hop-flags |
bits |
Bit flags that indicate additional properties of the next hop:
If the bit 'is-inactive' is set, this indicates the next hop is
currently inactive.
If the bit 'is-backup' is set, this indicates the next hop is a
backup next hop. This next hop backs up another next hop that
has the same next-hop group ID. |
| next-hop-flags |
bits |
Bit flags that indicate additional properties of the next hop:
If the bit 'is-inactive' is set, this indicates the next hop is
currently inactive.
If the bit 'is-backup' is set, this indicates the next hop is a
backup next hop. This next hop backs up another next hop that
has the same next-hop group ID. |
| next-hop-flags |
bits |
Bit flags that indicate additional properties of the next hop:
If the bit 'is-inactive' is set, this indicates the next hop is
currently inactive.
If the bit 'is-backup' is set, this indicates the next hop is a
backup next hop. This next hop backs up another next hop that
has the same next-hop group ID. |
| next-hop-flags |
bits |
Bit flags that indicate additional properties of the next hop:
If the bit 'is-inactive' is set, this indicates the next hop is
currently inactive.
If the bit 'is-backup' is set, this indicates the next hop is a
backup next hop. This next hop backs up another next hop that
has the same next-hop group ID. |
| next-hop-flags |
bits |
Bit flags that indicate additional properties of the next hop:
If the bit 'is-inactive' is set, this indicates the next hop is
currently inactive.
If the bit 'is-backup' is set, this indicates the next hop is a
backup next hop. This next hop backs up another next hop that
has the same next-hop group ID. |
| nexthop-owner |
enumeration |
The owner of the next hop for a route. |
| nexthop-owner |
enumeration |
The owner of the next hop for a route. |
| nexthop-owner |
enumeration |
The owner of the next hop for a route. |
| nexthop-priority |
enumeration |
The priority to apply to a packet.
When set to undefined(0), the priority is not applicable. |
| nexthop-priority |
enumeration |
The priority to apply to a packet.
When set to undefined(0), the priority is not applicable. |
| nexthop-priority |
enumeration |
The priority to apply to a packet.
When set to undefined(0), the priority is not applicable. |
| nexthop-priority |
enumeration |
The priority to apply to a packet.
When set to undefined(0), the priority is not applicable. |
| nexthop-priority |
enumeration |
The priority to apply to a packet.
When set to undefined(0), the priority is not applicable. |
| nexthop-priority |
enumeration |
The priority to apply to a packet.
When set to undefined(0), the priority is not applicable. |
| nexthop-priority |
enumeration |
The priority to apply to a packet.
When set to undefined(0), the priority is not applicable. |
| nexthop-priority |
enumeration |
The priority to apply to a packet.
When set to undefined(0), the priority is not applicable. |
| next-hop-type |
enumeration |
Indicates the properties of the tunnel next hop. |
| next-hop-type |
enumeration |
Indicates the properties of the tunnel next hop. |
| next-hop-type |
enumeration |
Indicates the properties of the tunnel next hop. |
| next-hop-type |
enumeration |
Indicates the properties of the tunnel next hop. |
| next-hop-type |
enumeration |
Indicates the properties of the tunnel next hop. |
| next-hop-type |
enumeration |
Indicates the properties of the tunnel next hop. |
| next-hop-type |
enumeration |
Indicates the properties of the tunnel next hop. |
| next-hop-type |
enumeration |
Indicates the properties of the tunnel next hop. |
| pce-id |
uint32 |
The value specifies a unique PCE-specific identifier. |
| pce-id |
uint32 |
The value specifies a unique PCE-specific identifier. |
| pce-id |
uint32 |
The value specifies a unique PCE-specific identifier. |
| pce-id |
uint32 |
The value specifies a unique PCE-specific identifier. |
| pce-id |
uint32 |
The value specifies a unique PCE-specific identifier. |
| pce-id |
uint32 |
The value specifies a unique PCE-specific identifier. |
| pce-id |
uint32 |
The value specifies a unique PCE-specific identifier. |
| pce-id |
uint32 |
The value specifies a unique PCE-specific identifier. |
| pcep-capabilities |
enumeration |
The value specifies the capabilities supported by PCEP |
| pcep-capabilities |
enumeration |
The value specifies the capabilities supported by PCEP |
| pcep-capabilities |
enumeration |
The value specifies the capabilities supported by PCEP |
| pcep-capabilities |
enumeration |
The value specifies the capabilities supported by PCEP |
| pcep-capabilities |
enumeration |
The value specifies the capabilities supported by PCEP |
| pcep-capabilities |
enumeration |
The value specifies the capabilities supported by PCEP |
| pcep-capabilities |
enumeration |
The value specifies the capabilities supported by PCEP |
| pcep-capabilities |
enumeration |
The value specifies the capabilities supported by PCEP |
| pcep-lsp-type |
enumeration |
The value specifies the type of LSP connection The valid options are:
rsvp-p2p (1) - Resource Reservation Protocol-Traffic Engineering
(RSVP-TE) Point to Point.
rsvp-p2mp (2) - RSVP-TE Point to Multipoint.
seg-rt (3) - Segment Routing. |
| pcep-lsp-type |
enumeration |
The value specifies the type of LSP connection The valid options are:
rsvp-p2p (1) - Resource Reservation Protocol-Traffic Engineering
(RSVP-TE) Point to Point.
rsvp-p2mp (2) - RSVP-TE Point to Multipoint.
seg-rt (3) - Segment Routing. |
| pcep-lsp-type |
enumeration |
The value specifies the type of LSP connection The valid options are:
rsvp-p2p (1) - Resource Reservation Protocol-Traffic Engineering
(RSVP-TE) Point to Point.
rsvp-p2mp (2) - RSVP-TE Point to Multipoint.
seg-rt (3) - Segment Routing. |
| pcep-lsp-type |
enumeration |
The value specifies the type of LSP connection The valid options are:
rsvp-p2p (1) - Resource Reservation Protocol-Traffic Engineering
(RSVP-TE) Point to Point.
rsvp-p2mp (2) - RSVP-TE Point to Multipoint.
seg-rt (3) - Segment Routing. |
| pcep-lsp-type |
enumeration |
The value specifies the type of LSP connection The valid options are:
rsvp-p2p (1) - Resource Reservation Protocol-Traffic Engineering
(RSVP-TE) Point to Point.
rsvp-p2mp (2) - RSVP-TE Point to Multipoint.
seg-rt (3) - Segment Routing. |
| pcep-lsp-type |
enumeration |
The value specifies the type of LSP connection The valid options are:
rsvp-p2p (1) - Resource Reservation Protocol-Traffic Engineering
(RSVP-TE) Point to Point.
rsvp-p2mp (2) - RSVP-TE Point to Multipoint.
seg-rt (3) - Segment Routing. |
| pcep-lsp-type |
enumeration |
The value specifies the type of LSP connection The valid options are:
rsvp-p2p (1) - Resource Reservation Protocol-Traffic Engineering
(RSVP-TE) Point to Point.
rsvp-p2mp (2) - RSVP-TE Point to Multipoint.
seg-rt (3) - Segment Routing. |
| pcep-lsp-type |
enumeration |
The value specifies the type of LSP connection The valid options are:
rsvp-p2p (1) - Resource Reservation Protocol-Traffic Engineering
(RSVP-TE) Point to Point.
rsvp-p2mp (2) - RSVP-TE Point to Multipoint.
seg-rt (3) - Segment Routing. |
| pcep-sync-state |
enumeration |
The value of indicates the synchronization
state of this peer. The valid options are:
notInitialized (0) - Indicates the State Synchronization has not
yet started or not initialized due to no
connection with the peer.
in-progress (1) - Indicates the State Synchronization is in progress
done (2) - Indicates the State Synchronozation has been completed. |
| pcep-sync-state |
enumeration |
The value of indicates the synchronization
state of this peer. The valid options are:
notInitialized (0) - Indicates the State Synchronization has not
yet started or not initialized due to no
connection with the peer.
in-progress (1) - Indicates the State Synchronization is in progress
done (2) - Indicates the State Synchronozation has been completed. |
| pcep-sync-state |
enumeration |
The value of indicates the synchronization
state of this peer. The valid options are:
notInitialized (0) - Indicates the State Synchronization has not
yet started or not initialized due to no
connection with the peer.
in-progress (1) - Indicates the State Synchronization is in progress
done (2) - Indicates the State Synchronozation has been completed. |
| pcep-sync-state |
enumeration |
The value of indicates the synchronization
state of this peer. The valid options are:
notInitialized (0) - Indicates the State Synchronization has not
yet started or not initialized due to no
connection with the peer.
in-progress (1) - Indicates the State Synchronization is in progress
done (2) - Indicates the State Synchronozation has been completed. |
| pcep-sync-state |
enumeration |
The value of indicates the synchronization
state of this peer. The valid options are:
notInitialized (0) - Indicates the State Synchronization has not
yet started or not initialized due to no
connection with the peer.
in-progress (1) - Indicates the State Synchronization is in progress
done (2) - Indicates the State Synchronozation has been completed. |
| pcep-sync-state |
enumeration |
The value of indicates the synchronization
state of this peer. The valid options are:
notInitialized (0) - Indicates the State Synchronization has not
yet started or not initialized due to no
connection with the peer.
in-progress (1) - Indicates the State Synchronization is in progress
done (2) - Indicates the State Synchronozation has been completed. |
| pcep-sync-state |
enumeration |
The value of indicates the synchronization
state of this peer. The valid options are:
notInitialized (0) - Indicates the State Synchronization has not
yet started or not initialized due to no
connection with the peer.
in-progress (1) - Indicates the State Synchronization is in progress
done (2) - Indicates the State Synchronozation has been completed. |
| pcep-sync-state |
enumeration |
The value of indicates the synchronization
state of this peer. The valid options are:
notInitialized (0) - Indicates the State Synchronization has not
yet started or not initialized due to no
connection with the peer.
in-progress (1) - Indicates the State Synchronization is in progress
done (2) - Indicates the State Synchronozation has been completed. |
| protocol-type |
enumeration |
Route and tunnel owners. |
| protocol-type |
enumeration |
Route and tunnel owners. |
| protocol-type |
enumeration |
Route and tunnel owners. |
| protocol-type |
enumeration |
Route and tunnel owners. |
| protocol-type |
enumeration |
Route and tunnel owners. |
| protocol-type |
enumeration |
Route and tunnel owners. |
| protocol-type |
enumeration |
Route and tunnel owners. |
| protocol-type |
enumeration |
Route and tunnel owners. |
| qos-route-lookup |
enumeration |
Type of QoS route lookup. |
| qos-route-lookup |
enumeration |
Type of QoS route lookup. |
| qos-route-lookup |
enumeration |
Type of QoS route lookup. |
| qos-route-lookup |
enumeration |
Type of QoS route lookup. |
| qos-route-lookup |
enumeration |
Type of QoS route lookup. |
| qos-route-lookup |
enumeration |
Type of QoS route lookup. |
| qos-route-lookup |
enumeration |
Type of QoS route lookup. |
| qos-route-lookup |
enumeration |
Type of QoS route lookup. |
| qos-route-lookup-grp-if |
enumeration |
Type of QoS route lookup for group-interfaces. |
| qos-route-lookup-grp-if |
enumeration |
Type of QoS route lookup for group-interfaces. |
| qos-route-lookup-grp-if |
enumeration |
Type of QoS route lookup for group-interfaces. |
| qos-route-lookup-grp-if |
enumeration |
Type of QoS route lookup for group-interfaces. |
| qos-route-lookup-grp-if |
enumeration |
Type of QoS route lookup for group-interfaces. |
| qos-route-lookup-grp-if |
enumeration |
Type of QoS route lookup for group-interfaces. |
| qos-route-lookup-grp-if |
enumeration |
Type of QoS route lookup for group-interfaces. |
| qos-route-lookup-grp-if |
enumeration |
Type of QoS route lookup for group-interfaces. |
| router-id |
string |
Specifies the router-id. |
| router-id |
string |
Specifies the router-id. |
| router-id |
string |
Specifies the router-id. |
| router-id |
string |
Specifies the router-id. |
| router-id |
string |
Specifies the router-id. |
| router-id |
string |
Specifies the router-id. |
| router-id |
string |
Specifies the router-id. |
| router-id |
string |
Specifies the router-id. |
| router-port |
union |
Specify port/SAP for the network interface. |
| router-port |
union |
Specify port/SAP for the network interface. |
| router-port |
union |
Specify port/SAP for the network interface. |
| router-port |
union |
Specify port/SAP for the network interface. |
| router-port |
union |
Specify port/SAP for the network interface. |
| router-port |
union |
Specify port/SAP for the network interface. |
| router-port |
union |
Specify port/SAP for the network interface. |
| router-port |
union |
Specify port/SAP for the network interface. |
| router-vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack. |
| router-vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack. |
| router-vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack. |
| router-vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack. |
| router-vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack. |
| router-vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack. |
| router-vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack. |
| router-vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack. |
| route-tag |
uint32 |
Specifies the route tag for ARP or neighbor discovery. |
| route-tag |
uint32 |
Specifies the route tag for ARP or neighbor discovery. |
| route-tag |
uint32 |
Specifies the route tag for ARP or neighbor discovery. |
| route-tag |
uint32 |
Specifies the route tag for ARP or neighbor discovery. |
| route-tag |
uint32 |
Specifies the route tag for ARP or neighbor discovery. |
| route-tag |
uint32 |
Specifies the route tag for ARP or neighbor discovery. |
| route-tag |
uint32 |
Specifies the route tag for ARP or neighbor discovery. |
| route-tag |
uint32 |
Specifies the route tag for ARP or neighbor discovery. |
| selective-ilm-default-forwarding |
enumeration |
The value specifies the default action for selective ILM (Incoming Label Map). |
| selective-ilm-default-forwarding |
enumeration |
The value specifies the default action for selective ILM (Incoming Label Map). |
| selective-ilm-default-forwarding |
enumeration |
The value specifies the default action for selective ILM (Incoming Label Map). |
| selective-ilm-default-forwarding |
enumeration |
The value specifies the default action for selective ILM (Incoming Label Map). |
| selective-ilm-default-forwarding |
enumeration |
The value specifies the default action for selective ILM (Incoming Label Map). |
| selective-ilm-default-forwarding |
enumeration |
The value specifies the default action for selective ILM (Incoming Label Map). |
| selective-ilm-default-forwarding |
enumeration |
The value specifies the default action for selective ILM (Incoming Label Map). |
| selective-ilm-default-forwarding |
enumeration |
The value specifies the default action for selective ILM (Incoming Label Map). |
| tos-marking-state |
enumeration |
Specifies the TOS marking state. |
| tos-marking-state |
enumeration |
Specifies the TOS marking state. |
| tos-marking-state |
enumeration |
Specifies the TOS marking state. |
| tos-marking-state |
enumeration |
Specifies the TOS marking state. |
| tos-marking-state |
enumeration |
Specifies the TOS marking state. |
| tos-marking-state |
enumeration |
Specifies the TOS marking state. |
| tos-marking-state |
enumeration |
Specifies the TOS marking state. |
| tos-marking-state |
enumeration |
Specifies the TOS marking state. |
| ttl-propagate-type |
enumeration |
Specifies whether or not to enable the propagation
of time to live (TTL) from the header of IP packet
into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack.
When the value is set to 'all' the IP TTL is propagated from
the header of the IP packet into all labels in the stack. |
| ttl-propagate-type |
enumeration |
Specifies whether or not to enable the propagation
of time to live (TTL) from the header of IP packet
into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack.
When the value is set to 'all' the IP TTL is propagated from
the header of the IP packet into all labels in the stack. |
| ttl-propagate-type |
enumeration |
Specifies whether or not to enable the propagation
of time to live (TTL) from the header of IP packet
into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack.
When the value is set to 'all' the IP TTL is propagated from
the header of the IP packet into all labels in the stack. |
| ttl-propagate-type |
enumeration |
Specifies whether or not to enable the propagation
of time to live (TTL) from the header of IP packet
into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack.
When the value is set to 'all' the IP TTL is propagated from
the header of the IP packet into all labels in the stack. |
| ttl-propagate-type |
enumeration |
Specifies whether or not to enable the propagation
of time to live (TTL) from the header of IP packet
into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack.
When the value is set to 'all' the IP TTL is propagated from
the header of the IP packet into all labels in the stack. |
| ttl-propagate-type |
enumeration |
Specifies whether or not to enable the propagation
of time to live (TTL) from the header of IP packet
into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack.
When the value is set to 'all' the IP TTL is propagated from
the header of the IP packet into all labels in the stack. |
| ttl-propagate-type |
enumeration |
Specifies whether or not to enable the propagation
of time to live (TTL) from the header of IP packet
into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack.
When the value is set to 'all' the IP TTL is propagated from
the header of the IP packet into all labels in the stack. |
| ttl-propagate-type |
enumeration |
Specifies whether or not to enable the propagation
of time to live (TTL) from the header of IP packet
into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack.
When the value is set to 'all' the IP TTL is propagated from
the header of the IP packet into all labels in the stack. |
| tunnel-flags |
bits |
Indicates the following:
If value of 'is-over-tunnel' is set, it indicates that this tunnel is
over another tunnel.
A value of 'use-relative-metric' indicates to use the relative metric info
to offset IGP path cost to tunnel destination instead of absolute tunnel
metric.
A value of 'auto-lsp' indicates if the LSP is an automatic LSP.
If value of 'has-lfa' is set, then this tunnel next-hop has a loop-free
alternate hop.
If value of 'exclude-for-ldp-over-rsvp' is set (applicable to RSVP tunnel
only), then the MPLS LSP is not allowed to be used for LDP over RSVP.
If value of 'exclude-for-l3-vpn' is set, it indicates not to use this
tunnel for L3 VPNs.
If value of 'exclude-for-bgp-shortcuts' is set, it indicates not to use
this tunnel for BGP shortcuts.
If value of 'exclude-for-bgp-labeled-routes' is set, it indicates not to use
this tunnel for BGP labeled routes.
If value of 'exclude-for-lfa' is set, it indicates not to use this tunnel
for loop-free alternate.
If value of 'exclude-for-igp-shortcuts' is set, it indicates not to use
this tunnel for IGP shortcuts.
If value of 'entropy-label-capable' is set, it indicates this tunnel is
entropy capable.
If value of 'is-adjacency-tunnel' is set, it indicates that this tunnel is
a segment-routing adjacency tunnel.
If value of 'lsp-bfd-down' is set, it indicates that BFD is down on this
tunnel/FEC and that it will not be used as a transport tunnel. If this
value is not set, then LSP-BFD is not configured on the tunnel/FEC, or
LSP-BFD is configured and the BFD state is up.
If value of 'prefer-transport-frr' is set, it indicates that this tunnel
will defer to using any underlying transport tunnel's FRR. |
| tunnel-flags |
bits |
Indicates the following:
If value of 'is-over-tunnel' is set, it indicates that this tunnel is
over another tunnel.
A value of 'use-relative-metric' indicates to use the relative metric info
to offset IGP path cost to tunnel destination instead of absolute tunnel
metric.
A value of 'auto-lsp' indicates if the LSP is an automatic LSP.
If value of 'has-lfa' is set, then this tunnel next-hop has a loop-free
alternate hop.
If value of 'exclude-for-ldp-over-rsvp' is set (applicable to RSVP tunnel
only), then the MPLS LSP is not allowed to be used for LDP over RSVP.
If value of 'exclude-for-l3-vpn' is set, it indicates not to use this
tunnel for L3 VPNs.
If value of 'exclude-for-bgp-shortcuts' is set, it indicates not to use
this tunnel for BGP shortcuts.
If value of 'exclude-for-bgp-labeled-routes' is set, it indicates not to use
this tunnel for BGP labeled routes.
If value of 'exclude-for-lfa' is set, it indicates not to use this tunnel
for loop-free alternate.
If value of 'exclude-for-igp-shortcuts' is set, it indicates not to use
this tunnel for IGP shortcuts.
If value of 'entropy-label-capable' is set, it indicates this tunnel is
entropy capable.
If value of 'is-adjacency-tunnel' is set, it indicates that this tunnel is
a segment-routing adjacency tunnel.
If value of 'lsp-bfd-down' is set, it indicates that BFD is down on this
tunnel/FEC and that it will not be used as a transport tunnel. If this
value is not set, then LSP-BFD is not configured on the tunnel/FEC, or
LSP-BFD is configured and the BFD state is up.
If value of 'prefer-transport-frr' is set, it indicates that this tunnel
will defer to using any underlying transport tunnel's FRR.
If value of 'allow-sr-over-srte' is set, it indicates that SR over SR-TE
is allowed for this tunnel.
If value of 'encrypted-tunnel' is set, it indicates that this is an
encrypted tunnel. |
| tunnel-flags |
bits |
Indicates the following:
If value of 'is-over-tunnel' is set, it indicates that this tunnel is
over another tunnel.
A value of 'use-relative-metric' indicates to use the relative metric info
to offset IGP path cost to tunnel destination instead of absolute tunnel
metric.
A value of 'auto-lsp' indicates if the LSP is an automatic LSP.
If value of 'has-lfa' is set, then this tunnel next-hop has a loop-free
alternate hop.
If value of 'exclude-for-ldp-over-rsvp' is set (applicable to RSVP tunnel
only), then the MPLS LSP is not allowed to be used for LDP over RSVP.
If value of 'exclude-for-l3-vpn' is set, it indicates not to use this
tunnel for L3 VPNs.
If value of 'exclude-for-bgp-shortcuts' is set, it indicates not to use
this tunnel for BGP shortcuts.
If value of 'exclude-for-bgp-labeled-routes' is set, it indicates not to use
this tunnel for BGP labeled routes.
If value of 'exclude-for-lfa' is set, it indicates not to use this tunnel
for loop-free alternate.
If value of 'exclude-for-igp-shortcuts' is set, it indicates not to use
this tunnel for IGP shortcuts.
If value of 'entropy-label-capable' is set, it indicates this tunnel is
entropy capable.
If value of 'is-adjacency-tunnel' is set, it indicates that this tunnel is
a segment-routing adjacency tunnel.
If value of 'lsp-bfd-down' is set, it indicates that BFD is down on this
tunnel/FEC and that it will not be used as a transport tunnel. If this
value is not set, then LSP-BFD is not configured on the tunnel/FEC, or
LSP-BFD is configured and the BFD state is up.
If value of 'prefer-transport-frr' is set, it indicates that this tunnel
will defer to using any underlying transport tunnel's FRR.
If value of 'allow-sr-over-srte' is set, it indicates that SR over SR-TE
is allowed for this tunnel.
If value of 'encrypted-tunnel' is set, it indicates that this is an
encrypted tunnel. |
| tunnel-flags |
bits |
Indicates the following:
If value of 'is-over-tunnel' is set, it indicates that this tunnel is
over another tunnel.
A value of 'use-relative-metric' indicates to use the relative metric info
to offset IGP path cost to tunnel destination instead of absolute tunnel
metric.
A value of 'auto-lsp' indicates if the LSP is an automatic LSP.
If value of 'has-lfa' is set, then this tunnel next-hop has a loop-free
alternate hop.
If value of 'exclude-for-ldp-over-rsvp' is set (applicable to RSVP tunnel
only), then the MPLS LSP is not allowed to be used for LDP over RSVP.
If value of 'exclude-for-l3-vpn' is set, it indicates not to use this
tunnel for L3 VPNs.
If value of 'exclude-for-bgp-shortcuts' is set, it indicates not to use
this tunnel for BGP shortcuts.
If value of 'exclude-for-bgp-labeled-routes' is set, it indicates not to use
this tunnel for BGP labeled routes.
If value of 'exclude-for-lfa' is set, it indicates not to use this tunnel
for loop-free alternate.
If value of 'exclude-for-igp-shortcuts' is set, it indicates not to use
this tunnel for IGP shortcuts.
If value of 'entropy-label-capable' is set, it indicates this tunnel is
entropy capable.
If value of 'is-adjacency-tunnel' is set, it indicates that this tunnel is
a segment-routing adjacency tunnel.
If value of 'lsp-bfd-down' is set, it indicates that BFD is down on this
tunnel/FEC and that it will not be used as a transport tunnel. If this
value is not set, then LSP-BFD is not configured on the tunnel/FEC, or
LSP-BFD is configured and the BFD state is up.
If value of 'prefer-transport-frr' is set, it indicates that this tunnel
will defer to using any underlying transport tunnel's FRR. |
| tunnel-flags |
bits |
Indicates the following:
If value of 'is-over-tunnel' is set, it indicates that this tunnel is
over another tunnel.
A value of 'use-relative-metric' indicates to use the relative metric info
to offset IGP path cost to tunnel destination instead of absolute tunnel
metric.
A value of 'auto-lsp' indicates if the LSP is an automatic LSP.
If value of 'has-lfa' is set, then this tunnel next-hop has a loop-free
alternate hop.
If value of 'exclude-for-ldp-over-rsvp' is set (applicable to RSVP tunnel
only), then the MPLS LSP is not allowed to be used for LDP over RSVP.
If value of 'exclude-for-l3-vpn' is set, it indicates not to use this
tunnel for L3 VPNs.
If value of 'exclude-for-bgp-shortcuts' is set, it indicates not to use
this tunnel for BGP shortcuts.
If value of 'exclude-for-bgp-labeled-routes' is set, it indicates not to use
this tunnel for BGP labeled routes.
If value of 'exclude-for-lfa' is set, it indicates not to use this tunnel
for loop-free alternate.
If value of 'exclude-for-igp-shortcuts' is set, it indicates not to use
this tunnel for IGP shortcuts.
If value of 'entropy-label-capable' is set, it indicates this tunnel is
entropy capable.
If value of 'is-adjacency-tunnel' is set, it indicates that this tunnel is
a segment-routing adjacency tunnel.
If value of 'lsp-bfd-down' is set, it indicates that BFD is down on this
tunnel/FEC and that it will not be used as a transport tunnel. If this
value is not set, then LSP-BFD is not configured on the tunnel/FEC, or
LSP-BFD is configured and the BFD state is up.
If value of 'prefer-transport-frr' is set, it indicates that this tunnel
will defer to using any underlying transport tunnel's FRR. |
| tunnel-flags |
bits |
Indicates the following:
If value of 'is-over-tunnel' is set, it indicates that this tunnel is
over another tunnel.
A value of 'use-relative-metric' indicates to use the relative metric info
to offset IGP path cost to tunnel destination instead of absolute tunnel
metric.
A value of 'auto-lsp' indicates if the LSP is an automatic LSP.
If value of 'has-lfa' is set, then this tunnel next-hop has a loop-free
alternate hop.
If value of 'exclude-for-ldp-over-rsvp' is set (applicable to RSVP tunnel
only), then the MPLS LSP is not allowed to be used for LDP over RSVP.
If value of 'exclude-for-l3-vpn' is set, it indicates not to use this
tunnel for L3 VPNs.
If value of 'exclude-for-bgp-shortcuts' is set, it indicates not to use
this tunnel for BGP shortcuts.
If value of 'exclude-for-bgp-labeled-routes' is set, it indicates not to use
this tunnel for BGP labeled routes.
If value of 'exclude-for-lfa' is set, it indicates not to use this tunnel
for loop-free alternate.
If value of 'exclude-for-igp-shortcuts' is set, it indicates not to use
this tunnel for IGP shortcuts.
If value of 'entropy-label-capable' is set, it indicates this tunnel is
entropy capable.
If value of 'is-adjacency-tunnel' is set, it indicates that this tunnel is
a segment-routing adjacency tunnel.
If value of 'lsp-bfd-down' is set, it indicates that BFD is down on this
tunnel/FEC and that it will not be used as a transport tunnel. If this
value is not set, then LSP-BFD is not configured on the tunnel/FEC, or
LSP-BFD is configured and the BFD state is up.
If value of 'prefer-transport-frr' is set, it indicates that this tunnel
will defer to using any underlying transport tunnel's FRR.
If value of 'allow-sr-over-srte' is set, it indicates that SR over SR-TE
is allowed for this tunnel.
If value of 'encrypted-tunnel' is set, it indicates that this is an
encrypted tunnel. |
| tunnel-flags |
bits |
Indicates the following:
If value of 'is-over-tunnel' is set, it indicates that this tunnel is
over another tunnel.
A value of 'use-relative-metric' indicates to use the relative metric info
to offset IGP path cost to tunnel destination instead of absolute tunnel
metric.
A value of 'auto-lsp' indicates if the LSP is an automatic LSP.
If value of 'has-lfa' is set, then this tunnel next-hop has a loop-free
alternate hop.
If value of 'exclude-for-ldp-over-rsvp' is set (applicable to RSVP tunnel
only), then the MPLS LSP is not allowed to be used for LDP over RSVP.
If value of 'exclude-for-l3-vpn' is set, it indicates not to use this
tunnel for L3 VPNs.
If value of 'exclude-for-bgp-shortcuts' is set, it indicates not to use
this tunnel for BGP shortcuts.
If value of 'exclude-for-bgp-labeled-routes' is set, it indicates not to use
this tunnel for BGP labeled routes.
If value of 'exclude-for-lfa' is set, it indicates not to use this tunnel
for loop-free alternate.
If value of 'exclude-for-igp-shortcuts' is set, it indicates not to use
this tunnel for IGP shortcuts.
If value of 'entropy-label-capable' is set, it indicates this tunnel is
entropy capable.
If value of 'is-adjacency-tunnel' is set, it indicates that this tunnel is
a segment-routing adjacency tunnel.
If value of 'lsp-bfd-down' is set, it indicates that BFD is down on this
tunnel/FEC and that it will not be used as a transport tunnel. If this
value is not set, then LSP-BFD is not configured on the tunnel/FEC, or
LSP-BFD is configured and the BFD state is up.
If value of 'prefer-transport-frr' is set, it indicates that this tunnel
will defer to using any underlying transport tunnel's FRR. |
| tunnel-flags |
bits |
Indicates the following:
If value of 'is-over-tunnel' is set, it indicates that this tunnel is
over another tunnel.
A value of 'use-relative-metric' indicates to use the relative metric info
to offset IGP path cost to tunnel destination instead of absolute tunnel
metric.
A value of 'auto-lsp' indicates if the LSP is an automatic LSP.
If value of 'has-lfa' is set, then this tunnel next-hop has a loop-free
alternate hop.
If value of 'exclude-for-ldp-over-rsvp' is set (applicable to RSVP tunnel
only), then the MPLS LSP is not allowed to be used for LDP over RSVP.
If value of 'exclude-for-l3-vpn' is set, it indicates not to use this
tunnel for L3 VPNs.
If value of 'exclude-for-bgp-shortcuts' is set, it indicates not to use
this tunnel for BGP shortcuts.
If value of 'exclude-for-bgp-labeled-routes' is set, it indicates not to use
this tunnel for BGP labeled routes.
If value of 'exclude-for-lfa' is set, it indicates not to use this tunnel
for loop-free alternate.
If value of 'exclude-for-igp-shortcuts' is set, it indicates not to use
this tunnel for IGP shortcuts.
If value of 'entropy-label-capable' is set, it indicates this tunnel is
entropy capable.
If value of 'is-adjacency-tunnel' is set, it indicates that this tunnel is
a segment-routing adjacency tunnel.
If value of 'lsp-bfd-down' is set, it indicates that BFD is down on this
tunnel/FEC and that it will not be used as a transport tunnel. If this
value is not set, then LSP-BFD is not configured on the tunnel/FEC, or
LSP-BFD is configured and the BFD state is up.
If value of 'prefer-transport-frr' is set, it indicates that this tunnel
will defer to using any underlying transport tunnel's FRR. |
| tunnel-type |
enumeration |
Indicates the type of a tunnel entity. |
| tunnel-type |
enumeration |
Indicates the type of a tunnel entity. |
| tunnel-type |
enumeration |
Indicates the type of a tunnel entity. |
| tunnel-type |
enumeration |
Indicates the type of a tunnel entity. |
| tunnel-type |
enumeration |
Indicates the type of a tunnel entity. |
| tunnel-type |
enumeration |
Indicates the type of a tunnel entity. |
| tunnel-type |
enumeration |
Indicates the type of a tunnel entity. |
| tunnel-type |
enumeration |
Indicates the type of a tunnel entity. |
| unicast-broadcast |
enumeration |
Specifies if unicast or broadcast mode is used. |
| unicast-broadcast |
enumeration |
Specifies if unicast or broadcast mode is used. |
| unicast-broadcast |
enumeration |
Specifies if unicast or broadcast mode is used. |
| unicast-broadcast |
enumeration |
Specifies if unicast or broadcast mode is used. |
| unicast-broadcast |
enumeration |
Specifies if unicast or broadcast mode is used. |
| unicast-broadcast |
enumeration |
Specifies if unicast or broadcast mode is used. |
| unicast-broadcast |
enumeration |
Specifies if unicast or broadcast mode is used. |
| unicast-broadcast |
enumeration |
Specifies if unicast or broadcast mode is used. |
| unicast-multicast |
enumeration |
Specifies if unicast or multicast mode is used. |
| unicast-multicast |
enumeration |
Specifies if unicast or multicast mode is used. |
| unicast-multicast |
enumeration |
Specifies if unicast or multicast mode is used. |
| unicast-multicast |
enumeration |
Specifies if unicast or multicast mode is used. |
| unicast-multicast |
enumeration |
Specifies if unicast or multicast mode is used. |
| unicast-multicast |
enumeration |
Specifies if unicast or multicast mode is used. |
| unicast-multicast |
enumeration |
Specifies if unicast or multicast mode is used. |
| unicast-multicast |
enumeration |
Specifies if unicast or multicast mode is used. |
| urpf-check-mode |
enumeration |
uRPF check mode type. |
| urpf-check-mode |
enumeration |
uRPF check mode type. |
| urpf-check-mode |
enumeration |
uRPF check mode type. |
| urpf-check-mode |
enumeration |
uRPF check mode type. |
| urpf-check-mode |
enumeration |
uRPF check mode type. |
| urpf-check-mode |
enumeration |
uRPF check mode type. |
| urpf-check-mode |
enumeration |
uRPF check mode type. |
| urpf-check-mode |
enumeration |
uRPF check mode type. |
| vas-if-type |
enumeration |
Type of VAS interface. |
| vas-if-type |
enumeration |
Type of VAS interface. |
| vas-if-type |
enumeration |
Type of VAS interface. |
| vas-if-type |
enumeration |
Type of VAS interface. |
| vas-if-type |
enumeration |
Type of VAS interface. |
| vas-if-type |
enumeration |
Type of VAS interface. |
| vas-if-type |
enumeration |
Type of VAS interface. |
| vas-if-type |
enumeration |
Type of VAS interface. |
| vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack.
When the value is set to 'use-base', the VPRN instance uses the
base router instance configuration. |
| vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack.
When the value is set to 'use-base', the VPRN instance uses the
base router instance configuration. |
| vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack.
When the value is set to 'use-base', the VPRN instance uses the
base router instance configuration. |
| vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack.
When the value is set to 'use-base', the VPRN instance uses the
base router instance configuration. |
| vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack.
When the value is set to 'use-base', the VPRN instance uses the
base router instance configuration. |
| vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack.
When the value is set to 'use-base', the VPRN instance uses the
base router instance configuration. |
| vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack.
When the value is set to 'use-base', the VPRN instance uses the
base router instance configuration. |
| vprn-ttl-propagate |
enumeration |
Specifies whether or not to enable the propagation of
time to live (TTL) at Ingress LER from the
header of the IP packet into all labels in the stack.
When the value is set to 'none' the IP TTL propagation is
disabled from the IP header to all labels in the stack
including the VC label.
When the value is set to 'all' the IP TTL is propagated from the header
of the IP packet into all labels in the stack.
When the value is set to 'vc-only' the IP TTL is propagated from
the IP header into the VC label but not the transport labels
in the stack.
When the value is set to 'use-base', the VPRN instance uses the
base router instance configuration. |