This module contains a collection of YANG definitions for Cisco IOS-XR ipv4-ospf package operational data. This module contains...
Version: 2021-06-01
module Cisco-IOS-XR-ipv4-ospf-oper { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-ipv4-ospf-oper"; prefix ipv4-ospf-oper; import ietf-inet-types { prefix inet; } import Cisco-IOS-XR-types { prefix xr; } import cisco-semver { prefix semver; } include Cisco-IOS-XR-ipv4-ospf-oper-sub3 { revision-date "2021-06-01"; } include Cisco-IOS-XR-ipv4-ospf-oper-sub1 { revision-date "2021-06-01"; } include Cisco-IOS-XR-ipv4-ospf-oper-sub2 { revision-date "2021-06-01"; } organization "Cisco Systems, Inc."; contact "Cisco Systems, Inc. Customer Service Postal: 170 West Tasman Drive San Jose, CA 95134 Tel: +1 800 553-NETS E-mail: cs-yang@cisco.com"; description "This module contains a collection of YANG definitions for Cisco IOS-XR ipv4-ospf package operational data. This module contains definitions for the following management objects: ospf: OSPF operational data Copyright (c) 2013-2021 by Cisco Systems, Inc. All rights reserved."; revision "2021-06-01" { description "Added changes to show if a FAD contains unknown parameters 2020-09-15 Added changes for Delay Anomaly 2020-07-15 Added changes for SRTE automatic path capability"; } revision "2020-03-19" { description "Added changes for Delay Normalization 2020-02-04 Added changes for Conditional Advertising 2019-09-30 Added changes for Weighted SRLG"; } revision "2019-07-26" { description "Added new fields in redistribution container to display more information."; } revision "2019-04-05" { description "Establish semantic version baseline."; } revision "2019-01-07" { description "Modified for Programmability 2.0"; } revision "2018-04-18" { description "Added keychain name to be displayed in show ospf interface bag"; } revision "2017-10-26" { description "Fixed some field name and values for better interpretation"; } revision "2017-09-07" { description "Fixed type translation error."; } revision "2017-05-01" { description "Fixing backward compatibility error in module."; } revision "2017-01-02" { description "IOS XR 6.2.1 revision."; } revision "2015-11-09" { description "IOS XR 6.0 revision."; } semver:module-version "2.1.0"; semver:module-version "2.0.0"; semver:module-version "1.1.0"; semver:module-version "1.0.0"; typedef Ospf-prefix-length { type uint32 { range "0..32"; } description "Ospf prefix length"; } typedef Ospf-ls { type enumeration { enum "router" { value 1; description "Router LSA"; } enum "network" { value 2; description "Network LSA"; } enum "summary" { value 3; description "Summary LSA"; } enum "asbr-summary" { value 4; description "ASBR-Summary LSA"; } enum "external" { value 5; description "External LSA"; } enum "nssa-external" { value 7; description "NSSA External LSA"; } enum "opaque-link" { value 9; description "Opaque LSALink Scope"; } enum "opaque-area" { value 10; description "Opaque LSA Area Scope"; } enum "opaque-as" { value 11; description "Opaque LSA AS Scope"; } } description "Ospf ls"; } container ospf { config false; description "OSPF operational data"; container processes { description "Table for each process"; list process { key "process-name"; description "Operational data for a particular OSPF process"; container vrfs { description "Table for each VRF"; list vrf { key "vrf-name"; description "Operational data for a particular VRF (instance) in the OSPF process"; container interface-vrf-information { description "Container for OSPF Interfaces/links under a VRF"; container sham-links { description "Sham Link table"; list sham-link { key "sham-link-name"; description "Information for one Sham link"; leaf sham-link-name { type xr:Cisco-ios-xr-string; description "Sham link"; } container sham-link-neighbor { description "Neighbor information"; container sham-link-retransmissoin { description "Neighbor retransmission info"; leaf dbd-retransmission-count { type uint32; description "Number of DBD retransmissions during last exchange"; } leaf dbd-retransmission-total-count { type uint32; description "Total number of DBD retransmissions for this neighbor"; } leaf area-flooding-index { type uint32; description "Area scope LSA's flood index"; } leaf as-flood-index { type uint32; description "AS scope LSA's flood index"; } leaf neighbor-retransmission-count { type uint32; description "Retransmission queue length"; } leaf number-of-retransmissions { type uint32; description "Number of retransmissions for this neighbor"; } leaf area-first-flood-information { type uint32; description "First flood item for area scope LSAs"; } leaf area-first-flood-information-index { type uint32; description "Index of the first flood item for area scope LSAs"; } leaf as-first-flood-information { type uint32; description "First flood item for AS scope LSAs"; } leaf as-first-flood-information-index { type uint32; description "Index for first flood item for AS scope LSAs"; } leaf area-next-flood-information { type uint32; description "Next flood item for area scope LSAs"; } leaf area-next-flood-information-index { type uint32; description "Index of next flood item for Area scope LSAs"; } leaf as-next-flood-information { type uint32; description "Next flood item for AS scope LSAs"; } leaf as-next-flood-information-index { type uint32; description "Index of next flood item for AS scope LSAs"; } leaf last-retransmission-length { type uint32; description "Number of LSAs sent in last retransmission"; } leaf maximum-retransmission-length { type uint32; description "Maximum number of LSAs sent in a retransmission"; } leaf last-retransmission-time { type uint32; description "Time taken for retransmission in the last attempt (ms)"; } leaf maximum-retransmission-time { type uint32; description "Maximum time taken for retransmission (ms)"; } leaf lsa-retransmission-timer { type uint32; description "Time until next LSA retransmission (ms)"; } } // container sham-link-retransmissoin leaf sham-link-suppress-hello { type boolean; description "If true Hellos suppressed"; } leaf sham-link-state { type Neighbor-state; description "Adjacency state"; } } // container sham-link-neighbor leaf sham-link-name-xr { type string; description "Name of the Sham link"; } leaf sham-link-neighbor-id { type inet:ipv4-address; description "Neighbor on other end of this sham link"; } leaf sham-link-source-address { type inet:ipv4-address; description "Sham-link source"; } leaf sham-link-dest-address { type inet:ipv4-address; description "Sham-link dest"; } leaf sham-link-state { type Ospf-interface-state; description "OSPF interface state for the sham link"; } leaf sham-link-demand-circuit { type boolean; description "If true, the link runs as demand circuit"; } leaf sham-link-dc-bitless-lsa { type uint32; description "Number of LSA's with demand circuit bit not set"; } leaf sham-link-ifindex { type uint32; description "Sham-link Interface index"; } leaf sham-link-area { type string; description "Area id"; } leaf sham-link-cost { type uint16; description "Cost of the sham link"; } leaf sham-link-transmission-delay { type uint16; units "second"; description "Transmission delay in seconds"; } leaf sham-link-hello-interval { type uint32; description "Hello interval (s)"; } leaf sham-link-hello-interval-ms { type uint32; description "Hello interval (ms)"; } leaf sham-link-dead-interval { type uint32; description "Dead interval (s)"; } leaf sham-link-wait-interval { type uint32; description "Wait interval (s)"; } leaf sham-link-retransmission-interval { type uint32; description "Retransmission interval (s)"; } leaf sham-link-next-hello { type uint32; description "Time until next hello (s)"; } leaf sham-link-next-hello-ms { type uint32; description "Time until next hello (ms)"; } leaf sham-link-passive { type boolean; description "If true, interface is passive"; } leaf sham-link-authentication-type { type Authentication; description "Authentication type"; } leaf sham-link-youngest-md-key { type boolean; description "If true, MD key configured"; } leaf sham-link-youngest-md-key-id { type uint16; description "Youngest MD key ID"; } leaf sham-link-old-md-key-count { type uint32; description "Number of neighbors still using the old key (rollover in progress)"; } leaf keychain-name { type string { length "0..255"; } description "Sham Link Keychain Name"; } leaf sham-link-keychain-key-conf { type boolean; description "If true, Keychain key is configured"; } leaf sham-link-keychain-id { type uint64; description "Sham Link Keychain ID"; } leaf sham-link-keychain-alg { type Ospf-crytographic-algo; description "Sham Link Keychain cryptographic-algorithm"; } leaf sham-link-nsf-enabled { type boolean; description "If true, NSF enabled"; } leaf sham-link-nsf { type boolean; description "If true, NSF restart in progress on the sham link"; } leaf sham-link-last-nsf { type uint32; units "second"; description "Time in seconds since last NSF"; } list sham-link-md-key { description "List of old MD keys (if any)"; leaf entry { type uint16; description "List of old MD keys (if any)"; } } // list sham-link-md-key } // list sham-link } // container sham-links } // container interface-vrf-information leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF Name"; } container flood-list-table { description "List of LSAs being flooded"; list flood { key "interface-name"; description "Flooding information for a specific interface"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf flood-interface-name { type xr:Interface-name; description "Name of the Interface for which flood list is retrieved"; } leaf flood-pacing-timer { type uint32; description "Time until next LS update due (ms)"; } leaf flood-lsa-count { type uint32; description "Number of LSAs currently being flooded"; } list area-flood { description "Area scope floodlist"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list area-flood list as-flood { description "AS scope floodlist"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list as-flood } // list flood } // container flood-list-table container segment-routing { description "Container for Segment Routing"; container adjacency-sids { description "Container for SR Adjacency SIDs"; list adjacency-sid { key "adj-sid"; description "SR Adj SID Bag"; leaf adj-sid { type uint32 { range "0..1048575"; } description "Adjacency SID"; } leaf sr-adjacency-sid { type uint32; description "SR Adjacency SID"; } leaf sr-adj-sid-is-configured { type boolean; description "SR Adj SID is configured"; } leaf is-deleted-adjacency-protected { type boolean; description "Is this adj-sid being protected after adjacency deleted"; } leaf deleted-adjacency-protection-timer { type uint32; description "Remaining time for deleted adjacency protection (sec)"; } list sr-adj-sid-neighbor { description "SR Adj SID Neighbor List"; container primary-path-info { description "SR Adj SID Primary path info"; leaf interface-handle { type xr:Interface-name; description "SR Adj SID Interface Handle"; } leaf nexthop-ip-address { type inet:ipv4-address; description "SR Adj SID Nexthop Neighbor IP Address"; } leaf load-metric { type uint32; description "SR Adj SID Path metric"; } list label-stack { description "SR Adj SID Label Stack"; leaf entry { type uint32; description "SR Adj SID Label Stack"; } } // list label-stack } // container primary-path-info container backup-path-info { description "SR Adj SID Backup path info"; leaf interface-handle { type xr:Interface-name; description "SR Adj SID Interface Handle"; } leaf nexthop-ip-address { type inet:ipv4-address; description "SR Adj SID Nexthop Neighbor IP Address"; } leaf load-metric { type uint32; description "SR Adj SID Path metric"; } list label-stack { description "SR Adj SID Label Stack"; leaf entry { type uint32; description "SR Adj SID Label Stack"; } } // list label-stack } // container backup-path-info leaf neighbor-id { type inet:ipv4-address; description "SR Adj SID Neighbor ID"; } leaf sr-adj-sid-is-protected { type boolean; description "SR Adj SID is protected"; } leaf sr-adj-sid-has-backup { type boolean; description "SR Adj SID has backup path"; } } // list sr-adj-sid-neighbor } // list adjacency-sid } // container adjacency-sids container sr-endpoint-policies { description "Container for SR Policies"; list sr-endpoint-policy { key "endpoint-ip"; description "SR Endpoint Policy Bag"; leaf endpoint-ip { type inet:ip-address-no-zone; description "Endpoint IP Address"; } leaf sr-endpoint { type inet:ipv4-address; description "SR Endpoint Address"; } leaf sr-router-id { type uint32; description "SR Endpoint Router ID"; } leaf sr-area-id-string { type string; description "SR Endpoint Area ID"; } leaf sr-policy-count { type uint32; description "Count of SR Policies"; } leaf sr-valid-policy-count { type uint32; description "Count of Valid SR Policies"; } leaf sr-endp-state-is-valid { type boolean; description "Whether SR Endpoint state is valid"; } leaf sr-endp-state-is-stale { type boolean; description "Whether SR Endpoint state is stale"; } leaf sr-endp-state-is-unres { type boolean; description "Whether SR Endpoint state is unresolved"; } leaf sr-endp-resolution-fail-reason { type Ospf-sr-endp-res-fail-reason; description "Reason for SR Endpoint resolution failure"; } list sr-policy { description "List of SR Policies"; leaf policy-name { type string; description "Name of the SR Policy"; } leaf policy-if-handle { type xr:Interface-name; description "Interface handle of the SR Policy"; } leaf policy-metric { type int32; description "Metric of the SR Policy"; } leaf policy-bsid { type uint32; description "Bsid of the SR Policy"; } leaf policy-metric-mode { type Ospf-sr-pol-metric-mode; description "Metric mode of the SR Policy"; } leaf policy-is-sspf { type boolean; description "Whether SR Policy is Strict SPF"; } leaf policy-is-autoroute-include { type boolean; description "Whether SR Policy is autoroute Include"; } leaf policy-state-is-valid { type boolean; description "Whether SR Policy State is valid"; } leaf policy-state-is-stale { type boolean; description "Whether SR Policy State is stale"; } leaf policy-state-is-ifh-error { type boolean; description "Whether SR Policy State is IF Handle error"; } leaf policy-state-is-idb-pending { type boolean; description "Whether SR Policy State is IDB pending"; } leaf policy-update-timestamp { type uint32; description "Timestamp when SR Policy was updated"; } } // list sr-policy } // list sr-endpoint-policy } // container sr-endpoint-policies } // container segment-routing container mpls-te { description "Container for MPLS TE"; container mpls-te-links { description "MPLS TE link information table"; list mpls-te-link { key "area-id"; description "MPLS TE link information"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf mpls-te-router-id { type inet:ipv4-address; description "OSPF MPLS-TE router ID"; } leaf mpls-te-enabled { type boolean; description "If true, MPLS-TE enabled in area"; } leaf mpls-te-initialized { type boolean; description "If true, MPLS-TE initialized in the area"; } leaf mpls-te-area-id { type string { length "0..16"; } description "Area ID string in decimal or dotted decimal format"; } leaf mpls-te-area-instance { type uint32; description "Area information instance"; } leaf mpls-te-router-address { type inet:ipv4-address; description "MPLS-TE router address"; } leaf mpls-te-next-fragment-id { type uint32; description "Next MPLS-TE fragment ID"; } leaf spacious-fragment { type boolean; description "If true, fragment has space for next link"; } list mpls-te-link { description "MPLS-TE links in the area"; container global-unreserve-bw-per-priority { description "Global pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container global-unreserve-bw-per-priority container sub-pool-unreserve-bw-per-priority { description "Sub pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container sub-pool-unreserve-bw-per-priority container link-protocol-priority-capability { description "Link protocol and protocol priority capability details"; leaf link-protocol-capability { type uint8; description "Protocol capability value of the link"; } leaf link-protocol-priority { type uint8; description "Protocol priority value of the link"; } } // container link-protocol-priority-capability container link-sw-capability { description "Link switching capability"; leaf link-switching-capability { type uint8; description "Link Switching Capability value"; } leaf link-encoding { type uint8; description "Link Encoding value"; } leaf minimum-lsp-bw { type uint64; units "byte/s"; description "Minimum LSP bandwidth (bytes/s)"; } leaf link-mtu { type uint16; units "byte"; description "Link MTU size (bytes)"; } list maximum-lsp-bw-per-priority { max-elements 8; description "Maximum LSP bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Maximum LSP bandwidth for each priority (bytes/s)"; } } // list maximum-lsp-bw-per-priority } // container link-sw-capability container extended-admin-group-list { description "Extended Admin Group"; leaf extended-admin-size { type uint32; description "Size of the extended admin group"; } list ext-admin-data { description "Value of Extended Admin Group"; leaf entry { type uint32; description "Value of Extended Admin Group"; } } // list ext-admin-data } // container extended-admin-group-list leaf new-link { type boolean; description "If true, Link is new"; } leaf fragment-id { type uint32; description "Fragment ID for this link"; } leaf mpls-link-instance { type uint32; description "Link instance"; } leaf mpls-link-type { type Link-subnet; description "Type of link"; } leaf neighbor-link-id { type inet:ipv4-address; description "Link ID of the neighbor"; } leaf link-address { type inet:ipv4-address; description "The local interface address"; } leaf neighbor-ip-address { type inet:ipv4-address; description "IP address of the neighbor"; } leaf igp-metric { type uint32; description "Link IGP metric"; } leaf te-metric { type uint32; description "Link TE metric"; } leaf maximum-link-bw { type uint64; units "byte/s"; description "Maximum link bandwidth (bytes/s)"; } leaf maximum-link-reservable-bw { type uint64; units "byte/s"; description "Maximum link global pool reservable bandwidth (bytes/s)"; } leaf maximum-link-sub-reservable-bw { type uint64; units "byte/s"; description "Maximum link subpool reservable bandwidth (bytes/s)"; } leaf priority-count { type int32; description "Number of priorities."; } leaf affinity { type uint32; description "Affinity bits"; } leaf output-interface-id { type uint32; description "Outgoing interface ID"; } leaf input-interface-id { type uint32; description "Incoming interface ID"; } leaf dste-in-use { type boolean; description "A DS-TE Allocation Model in use"; } leaf dste-allocation-model-id { type Igpte-lib-bw-model; description "DS-TE Allocation Model ID"; } leaf number-of-optional-tl-vs { type uint8; description "Number of Optional TLVs"; } list mplste-link-opt-tlv { description "List of Optional TLVs"; leaf mplste-link-opt-tlv-type { type Mpls-te-opt-tlv; description "Type of Opt TLV"; } leaf mplste-link-opt-tlv-len { type uint16; description "Length of Opt TLV"; } list mplste-link-opt-tlv-value { description "Value of Opt TLV"; container bctlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-bc'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_BC'"; } description "Value of Bandwidth Constraints TLV"; leaf model-id { type uint8; description "Allocation Model ID"; } leaf num-b-cs { type uint32; description "Number of BC TLVs"; } list mplste-link-bc-bandwidth { description "Value of BC TLV"; leaf entry { type uint64; description "Value of BC TLV"; } } // list mplste-link-bc-bandwidth } // container bctlv-value container srlgtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-srlg'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_SRLG'"; } description "Value of SRLG TLV"; leaf srlg-len { type uint32; description "Length of SRLG TLV"; } leaf num-srl-gs { type uint32; description "Number of SRLG TLVs"; } list mplste-link-srlg-data { description "Value of SRLG TLV"; leaf entry { type uint32; description "Value of SRLG TLV"; } } // list mplste-link-srlg-data } // container srlgtlv-value container ixcdtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-ixcd'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_IXCD'"; } description "Value of IXCD TLV"; container ixcd-switching-cap-type { description "Switching Cap type"; container ixcdpsc-info { when "../switching-cap-type = 'rrr-proto-l-switch-cap-psc4'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_PSC4'"; } description "IXCD PSC information"; leaf min-lsp-bandwidth { type uint64; description "Min LSP bandwidth"; } leaf psc-interface-mtu { type uint16; description " Interface MTU"; } } // container ixcdpsc-info container ixcdbw-sub-tlv { when "../switching-cap-type = 'rrr-proto-l-switch-cap-otn-tdm'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_OTN_TDM'"; } description "Sub TLVs"; list arr-bw-sub-tlv { description "Array of sub tlvs"; container bw-sub-tlv-value { description "Value of BW Sub TLV"; container fixed-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '1'" { description "../IXCDBWSubTLVType = '1'"; } description "Value of Fixed Sub TLV"; container fixed-sub-tlv-value { description "Value of Fixed Sub TLV"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container fixed-sub-tlv-value list unres-oduj-prio { max-elements 8; description "Array of Unres Oduj Prio"; leaf entry { type uint32; description "Array of Unres Oduj Prio"; } } // list unres-oduj-prio } // container fixed-bw-sub-tlv-value container flex-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '2'" { description "../IXCDBWSubTLVType = '2'"; } description "Value of Flex Sub TLV"; container flex-sub-tlv-value-common { description "Flex Sub TLV Value"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container flex-sub-tlv-value-common list unres-lspbw { max-elements 8; description "Array of Unres LSP BW"; leaf entry { type uint64; description "Array of Unres LSP BW"; } } // list unres-lspbw list max-lspbw { max-elements 8; description "Max LSP BW Array"; leaf entry { type uint64; description "Max LSP BW Array"; } } // list max-lspbw } // container flex-bw-sub-tlv-value leaf ixcdbw-sub-tlv-type { type uint16; description "IXCDBWSubTLVType"; } } // container bw-sub-tlv-value leaf bw-sub-tlv-type { type uint16; description "Type of Sub TLV"; } leaf bw-sub-tlv-length { type uint16; description "Length of BW Sub TLV"; } } // list arr-bw-sub-tlv } // container ixcdbw-sub-tlv leaf switching-cap-type { type uint8; description "SwitchingCapType"; } } // container ixcd-switching-cap-type leaf switching-cap { type uint8; description "SCap"; } leaf rile-len-code { type uint8; description "Rile LenCode"; } leaf fixed-scsi-count { type uint32; description "Fixed SCSI count"; } leaf flex-scsi-count { type uint32; description "Flexible SCSI count"; } list max-lspbw { max-elements 8; description "Max LSP bandwidth array"; leaf entry { type int64; description "Max LSP bandwidth array"; } } // list max-lspbw } // container ixcdtlv-value container unidtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-uni-delay'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_UNI_DELAY'"; } description "Value of Uni Delay TLV"; leaf uni-dir-delay { type uint32; description "Uni Dir Delay"; } } // container unidtlv-value leaf opaque-tlv-type { type Mpls-te-opt-tlv; description "OpaqueTLVType"; } } // list mplste-link-opt-tlv-value } // list mplste-link-opt-tlv } // list mpls-te-link list mpls-te-fragment { description "MPLS TE fragments in the area"; leaf fragment-instance { type uint32; description "Fragment instance number"; } leaf fragment-id { type uint32; description "Fragment ID value"; } leaf dste-model-id { type uint8; description "DS-TE Allocation Model ID"; } leaf same-fragment-count { type uint8; description "Number of fragment links which haven't changed since the last update"; } list mpls-te-link { description "List of fragment links"; container global-unreserve-bw-per-priority { description "Global pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container global-unreserve-bw-per-priority container sub-pool-unreserve-bw-per-priority { description "Sub pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container sub-pool-unreserve-bw-per-priority container link-protocol-priority-capability { description "Link protocol and protocol priority capability details"; leaf link-protocol-capability { type uint8; description "Protocol capability value of the link"; } leaf link-protocol-priority { type uint8; description "Protocol priority value of the link"; } } // container link-protocol-priority-capability container link-sw-capability { description "Link switching capability"; leaf link-switching-capability { type uint8; description "Link Switching Capability value"; } leaf link-encoding { type uint8; description "Link Encoding value"; } leaf minimum-lsp-bw { type uint64; units "byte/s"; description "Minimum LSP bandwidth (bytes/s)"; } leaf link-mtu { type uint16; units "byte"; description "Link MTU size (bytes)"; } list maximum-lsp-bw-per-priority { max-elements 8; description "Maximum LSP bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Maximum LSP bandwidth for each priority (bytes/s)"; } } // list maximum-lsp-bw-per-priority } // container link-sw-capability container extended-admin-group-list { description "Extended Admin Group"; leaf extended-admin-size { type uint32; description "Size of the extended admin group"; } list ext-admin-data { description "Value of Extended Admin Group"; leaf entry { type uint32; description "Value of Extended Admin Group"; } } // list ext-admin-data } // container extended-admin-group-list leaf new-link { type boolean; description "If true, Link is new"; } leaf fragment-id { type uint32; description "Fragment ID for this link"; } leaf mpls-link-instance { type uint32; description "Link instance"; } leaf mpls-link-type { type Link-subnet; description "Type of link"; } leaf neighbor-link-id { type inet:ipv4-address; description "Link ID of the neighbor"; } leaf link-address { type inet:ipv4-address; description "The local interface address"; } leaf neighbor-ip-address { type inet:ipv4-address; description "IP address of the neighbor"; } leaf igp-metric { type uint32; description "Link IGP metric"; } leaf te-metric { type uint32; description "Link TE metric"; } leaf maximum-link-bw { type uint64; units "byte/s"; description "Maximum link bandwidth (bytes/s)"; } leaf maximum-link-reservable-bw { type uint64; units "byte/s"; description "Maximum link global pool reservable bandwidth (bytes/s)"; } leaf maximum-link-sub-reservable-bw { type uint64; units "byte/s"; description "Maximum link subpool reservable bandwidth (bytes/s)"; } leaf priority-count { type int32; description "Number of priorities."; } leaf affinity { type uint32; description "Affinity bits"; } leaf output-interface-id { type uint32; description "Outgoing interface ID"; } leaf input-interface-id { type uint32; description "Incoming interface ID"; } leaf dste-in-use { type boolean; description "A DS-TE Allocation Model in use"; } leaf dste-allocation-model-id { type Igpte-lib-bw-model; description "DS-TE Allocation Model ID"; } leaf number-of-optional-tl-vs { type uint8; description "Number of Optional TLVs"; } list mplste-link-opt-tlv { description "List of Optional TLVs"; leaf mplste-link-opt-tlv-type { type Mpls-te-opt-tlv; description "Type of Opt TLV"; } leaf mplste-link-opt-tlv-len { type uint16; description "Length of Opt TLV"; } list mplste-link-opt-tlv-value { description "Value of Opt TLV"; container bctlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-bc'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_BC'"; } description "Value of Bandwidth Constraints TLV"; leaf model-id { type uint8; description "Allocation Model ID"; } leaf num-b-cs { type uint32; description "Number of BC TLVs"; } list mplste-link-bc-bandwidth { description "Value of BC TLV"; leaf entry { type uint64; description "Value of BC TLV"; } } // list mplste-link-bc-bandwidth } // container bctlv-value container srlgtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-srlg'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_SRLG'"; } description "Value of SRLG TLV"; leaf srlg-len { type uint32; description "Length of SRLG TLV"; } leaf num-srl-gs { type uint32; description "Number of SRLG TLVs"; } list mplste-link-srlg-data { description "Value of SRLG TLV"; leaf entry { type uint32; description "Value of SRLG TLV"; } } // list mplste-link-srlg-data } // container srlgtlv-value container ixcdtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-ixcd'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_IXCD'"; } description "Value of IXCD TLV"; container ixcd-switching-cap-type { description "Switching Cap type"; container ixcdpsc-info { when "../switching-cap-type = 'rrr-proto-l-switch-cap-psc4'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_PSC4'"; } description "IXCD PSC information"; leaf min-lsp-bandwidth { type uint64; description "Min LSP bandwidth"; } leaf psc-interface-mtu { type uint16; description " Interface MTU"; } } // container ixcdpsc-info container ixcdbw-sub-tlv { when "../switching-cap-type = 'rrr-proto-l-switch-cap-otn-tdm'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_OTN_TDM'"; } description "Sub TLVs"; list arr-bw-sub-tlv { description "Array of sub tlvs"; container bw-sub-tlv-value { description "Value of BW Sub TLV"; container fixed-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '1'" { description "../IXCDBWSubTLVType = '1'"; } description "Value of Fixed Sub TLV"; container fixed-sub-tlv-value { description "Value of Fixed Sub TLV"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container fixed-sub-tlv-value list unres-oduj-prio { max-elements 8; description "Array of Unres Oduj Prio"; leaf entry { type uint32; description "Array of Unres Oduj Prio"; } } // list unres-oduj-prio } // container fixed-bw-sub-tlv-value container flex-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '2'" { description "../IXCDBWSubTLVType = '2'"; } description "Value of Flex Sub TLV"; container flex-sub-tlv-value-common { description "Flex Sub TLV Value"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container flex-sub-tlv-value-common list unres-lspbw { max-elements 8; description "Array of Unres LSP BW"; leaf entry { type uint64; description "Array of Unres LSP BW"; } } // list unres-lspbw list max-lspbw { max-elements 8; description "Max LSP BW Array"; leaf entry { type uint64; description "Max LSP BW Array"; } } // list max-lspbw } // container flex-bw-sub-tlv-value leaf ixcdbw-sub-tlv-type { type uint16; description "IXCDBWSubTLVType"; } } // container bw-sub-tlv-value leaf bw-sub-tlv-type { type uint16; description "Type of Sub TLV"; } leaf bw-sub-tlv-length { type uint16; description "Length of BW Sub TLV"; } } // list arr-bw-sub-tlv } // container ixcdbw-sub-tlv leaf switching-cap-type { type uint8; description "SwitchingCapType"; } } // container ixcd-switching-cap-type leaf switching-cap { type uint8; description "SCap"; } leaf rile-len-code { type uint8; description "Rile LenCode"; } leaf fixed-scsi-count { type uint32; description "Fixed SCSI count"; } leaf flex-scsi-count { type uint32; description "Flexible SCSI count"; } list max-lspbw { max-elements 8; description "Max LSP bandwidth array"; leaf entry { type int64; description "Max LSP bandwidth array"; } } // list max-lspbw } // container ixcdtlv-value container unidtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-uni-delay'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_UNI_DELAY'"; } description "Value of Uni Delay TLV"; leaf uni-dir-delay { type uint32; description "Uni Dir Delay"; } } // container unidtlv-value leaf opaque-tlv-type { type Mpls-te-opt-tlv; description "OpaqueTLVType"; } } // list mplste-link-opt-tlv-value } // list mplste-link-opt-tlv } // list mpls-te-link } // list mpls-te-fragment } // list mpls-te-link } // container mpls-te-links container mpls-te-fragments { description "MPLS TE Fragment information table"; list mpls-te-fragment { key "area-id"; description "MPLS TE Fragment"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf mpls-te-router-id { type inet:ipv4-address; description "OSPF MPLS-TE router ID"; } leaf mpls-te-enabled { type boolean; description "If true, MPLS-TE enabled in area"; } leaf mpls-te-initialized { type boolean; description "If true, MPLS-TE initialized in the area"; } leaf mpls-te-area-id { type string { length "0..16"; } description "Area ID string in decimal or dotted decimal format"; } leaf mpls-te-area-instance { type uint32; description "Area information instance"; } leaf mpls-te-router-address { type inet:ipv4-address; description "MPLS-TE router address"; } leaf mpls-te-next-fragment-id { type uint32; description "Next MPLS-TE fragment ID"; } leaf spacious-fragment { type boolean; description "If true, fragment has space for next link"; } list mpls-te-link { description "MPLS-TE links in the area"; container global-unreserve-bw-per-priority { description "Global pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container global-unreserve-bw-per-priority container sub-pool-unreserve-bw-per-priority { description "Sub pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container sub-pool-unreserve-bw-per-priority container link-protocol-priority-capability { description "Link protocol and protocol priority capability details"; leaf link-protocol-capability { type uint8; description "Protocol capability value of the link"; } leaf link-protocol-priority { type uint8; description "Protocol priority value of the link"; } } // container link-protocol-priority-capability container link-sw-capability { description "Link switching capability"; leaf link-switching-capability { type uint8; description "Link Switching Capability value"; } leaf link-encoding { type uint8; description "Link Encoding value"; } leaf minimum-lsp-bw { type uint64; units "byte/s"; description "Minimum LSP bandwidth (bytes/s)"; } leaf link-mtu { type uint16; units "byte"; description "Link MTU size (bytes)"; } list maximum-lsp-bw-per-priority { max-elements 8; description "Maximum LSP bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Maximum LSP bandwidth for each priority (bytes/s)"; } } // list maximum-lsp-bw-per-priority } // container link-sw-capability container extended-admin-group-list { description "Extended Admin Group"; leaf extended-admin-size { type uint32; description "Size of the extended admin group"; } list ext-admin-data { description "Value of Extended Admin Group"; leaf entry { type uint32; description "Value of Extended Admin Group"; } } // list ext-admin-data } // container extended-admin-group-list leaf new-link { type boolean; description "If true, Link is new"; } leaf fragment-id { type uint32; description "Fragment ID for this link"; } leaf mpls-link-instance { type uint32; description "Link instance"; } leaf mpls-link-type { type Link-subnet; description "Type of link"; } leaf neighbor-link-id { type inet:ipv4-address; description "Link ID of the neighbor"; } leaf link-address { type inet:ipv4-address; description "The local interface address"; } leaf neighbor-ip-address { type inet:ipv4-address; description "IP address of the neighbor"; } leaf igp-metric { type uint32; description "Link IGP metric"; } leaf te-metric { type uint32; description "Link TE metric"; } leaf maximum-link-bw { type uint64; units "byte/s"; description "Maximum link bandwidth (bytes/s)"; } leaf maximum-link-reservable-bw { type uint64; units "byte/s"; description "Maximum link global pool reservable bandwidth (bytes/s)"; } leaf maximum-link-sub-reservable-bw { type uint64; units "byte/s"; description "Maximum link subpool reservable bandwidth (bytes/s)"; } leaf priority-count { type int32; description "Number of priorities."; } leaf affinity { type uint32; description "Affinity bits"; } leaf output-interface-id { type uint32; description "Outgoing interface ID"; } leaf input-interface-id { type uint32; description "Incoming interface ID"; } leaf dste-in-use { type boolean; description "A DS-TE Allocation Model in use"; } leaf dste-allocation-model-id { type Igpte-lib-bw-model; description "DS-TE Allocation Model ID"; } leaf number-of-optional-tl-vs { type uint8; description "Number of Optional TLVs"; } list mplste-link-opt-tlv { description "List of Optional TLVs"; leaf mplste-link-opt-tlv-type { type Mpls-te-opt-tlv; description "Type of Opt TLV"; } leaf mplste-link-opt-tlv-len { type uint16; description "Length of Opt TLV"; } list mplste-link-opt-tlv-value { description "Value of Opt TLV"; container bctlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-bc'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_BC'"; } description "Value of Bandwidth Constraints TLV"; leaf model-id { type uint8; description "Allocation Model ID"; } leaf num-b-cs { type uint32; description "Number of BC TLVs"; } list mplste-link-bc-bandwidth { description "Value of BC TLV"; leaf entry { type uint64; description "Value of BC TLV"; } } // list mplste-link-bc-bandwidth } // container bctlv-value container srlgtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-srlg'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_SRLG'"; } description "Value of SRLG TLV"; leaf srlg-len { type uint32; description "Length of SRLG TLV"; } leaf num-srl-gs { type uint32; description "Number of SRLG TLVs"; } list mplste-link-srlg-data { description "Value of SRLG TLV"; leaf entry { type uint32; description "Value of SRLG TLV"; } } // list mplste-link-srlg-data } // container srlgtlv-value container ixcdtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-ixcd'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_IXCD'"; } description "Value of IXCD TLV"; container ixcd-switching-cap-type { description "Switching Cap type"; container ixcdpsc-info { when "../switching-cap-type = 'rrr-proto-l-switch-cap-psc4'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_PSC4'"; } description "IXCD PSC information"; leaf min-lsp-bandwidth { type uint64; description "Min LSP bandwidth"; } leaf psc-interface-mtu { type uint16; description " Interface MTU"; } } // container ixcdpsc-info container ixcdbw-sub-tlv { when "../switching-cap-type = 'rrr-proto-l-switch-cap-otn-tdm'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_OTN_TDM'"; } description "Sub TLVs"; list arr-bw-sub-tlv { description "Array of sub tlvs"; container bw-sub-tlv-value { description "Value of BW Sub TLV"; container fixed-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '1'" { description "../IXCDBWSubTLVType = '1'"; } description "Value of Fixed Sub TLV"; container fixed-sub-tlv-value { description "Value of Fixed Sub TLV"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container fixed-sub-tlv-value list unres-oduj-prio { max-elements 8; description "Array of Unres Oduj Prio"; leaf entry { type uint32; description "Array of Unres Oduj Prio"; } } // list unres-oduj-prio } // container fixed-bw-sub-tlv-value container flex-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '2'" { description "../IXCDBWSubTLVType = '2'"; } description "Value of Flex Sub TLV"; container flex-sub-tlv-value-common { description "Flex Sub TLV Value"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container flex-sub-tlv-value-common list unres-lspbw { max-elements 8; description "Array of Unres LSP BW"; leaf entry { type uint64; description "Array of Unres LSP BW"; } } // list unres-lspbw list max-lspbw { max-elements 8; description "Max LSP BW Array"; leaf entry { type uint64; description "Max LSP BW Array"; } } // list max-lspbw } // container flex-bw-sub-tlv-value leaf ixcdbw-sub-tlv-type { type uint16; description "IXCDBWSubTLVType"; } } // container bw-sub-tlv-value leaf bw-sub-tlv-type { type uint16; description "Type of Sub TLV"; } leaf bw-sub-tlv-length { type uint16; description "Length of BW Sub TLV"; } } // list arr-bw-sub-tlv } // container ixcdbw-sub-tlv leaf switching-cap-type { type uint8; description "SwitchingCapType"; } } // container ixcd-switching-cap-type leaf switching-cap { type uint8; description "SCap"; } leaf rile-len-code { type uint8; description "Rile LenCode"; } leaf fixed-scsi-count { type uint32; description "Fixed SCSI count"; } leaf flex-scsi-count { type uint32; description "Flexible SCSI count"; } list max-lspbw { max-elements 8; description "Max LSP bandwidth array"; leaf entry { type int64; description "Max LSP bandwidth array"; } } // list max-lspbw } // container ixcdtlv-value container unidtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-uni-delay'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_UNI_DELAY'"; } description "Value of Uni Delay TLV"; leaf uni-dir-delay { type uint32; description "Uni Dir Delay"; } } // container unidtlv-value leaf opaque-tlv-type { type Mpls-te-opt-tlv; description "OpaqueTLVType"; } } // list mplste-link-opt-tlv-value } // list mplste-link-opt-tlv } // list mpls-te-link list mpls-te-fragment { description "MPLS TE fragments in the area"; leaf fragment-instance { type uint32; description "Fragment instance number"; } leaf fragment-id { type uint32; description "Fragment ID value"; } leaf dste-model-id { type uint8; description "DS-TE Allocation Model ID"; } leaf same-fragment-count { type uint8; description "Number of fragment links which haven't changed since the last update"; } list mpls-te-link { description "List of fragment links"; container global-unreserve-bw-per-priority { description "Global pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container global-unreserve-bw-per-priority container sub-pool-unreserve-bw-per-priority { description "Sub pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container sub-pool-unreserve-bw-per-priority container link-protocol-priority-capability { description "Link protocol and protocol priority capability details"; leaf link-protocol-capability { type uint8; description "Protocol capability value of the link"; } leaf link-protocol-priority { type uint8; description "Protocol priority value of the link"; } } // container link-protocol-priority-capability container link-sw-capability { description "Link switching capability"; leaf link-switching-capability { type uint8; description "Link Switching Capability value"; } leaf link-encoding { type uint8; description "Link Encoding value"; } leaf minimum-lsp-bw { type uint64; units "byte/s"; description "Minimum LSP bandwidth (bytes/s)"; } leaf link-mtu { type uint16; units "byte"; description "Link MTU size (bytes)"; } list maximum-lsp-bw-per-priority { max-elements 8; description "Maximum LSP bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Maximum LSP bandwidth for each priority (bytes/s)"; } } // list maximum-lsp-bw-per-priority } // container link-sw-capability container extended-admin-group-list { description "Extended Admin Group"; leaf extended-admin-size { type uint32; description "Size of the extended admin group"; } list ext-admin-data { description "Value of Extended Admin Group"; leaf entry { type uint32; description "Value of Extended Admin Group"; } } // list ext-admin-data } // container extended-admin-group-list leaf new-link { type boolean; description "If true, Link is new"; } leaf fragment-id { type uint32; description "Fragment ID for this link"; } leaf mpls-link-instance { type uint32; description "Link instance"; } leaf mpls-link-type { type Link-subnet; description "Type of link"; } leaf neighbor-link-id { type inet:ipv4-address; description "Link ID of the neighbor"; } leaf link-address { type inet:ipv4-address; description "The local interface address"; } leaf neighbor-ip-address { type inet:ipv4-address; description "IP address of the neighbor"; } leaf igp-metric { type uint32; description "Link IGP metric"; } leaf te-metric { type uint32; description "Link TE metric"; } leaf maximum-link-bw { type uint64; units "byte/s"; description "Maximum link bandwidth (bytes/s)"; } leaf maximum-link-reservable-bw { type uint64; units "byte/s"; description "Maximum link global pool reservable bandwidth (bytes/s)"; } leaf maximum-link-sub-reservable-bw { type uint64; units "byte/s"; description "Maximum link subpool reservable bandwidth (bytes/s)"; } leaf priority-count { type int32; description "Number of priorities."; } leaf affinity { type uint32; description "Affinity bits"; } leaf output-interface-id { type uint32; description "Outgoing interface ID"; } leaf input-interface-id { type uint32; description "Incoming interface ID"; } leaf dste-in-use { type boolean; description "A DS-TE Allocation Model in use"; } leaf dste-allocation-model-id { type Igpte-lib-bw-model; description "DS-TE Allocation Model ID"; } leaf number-of-optional-tl-vs { type uint8; description "Number of Optional TLVs"; } list mplste-link-opt-tlv { description "List of Optional TLVs"; leaf mplste-link-opt-tlv-type { type Mpls-te-opt-tlv; description "Type of Opt TLV"; } leaf mplste-link-opt-tlv-len { type uint16; description "Length of Opt TLV"; } list mplste-link-opt-tlv-value { description "Value of Opt TLV"; container bctlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-bc'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_BC'"; } description "Value of Bandwidth Constraints TLV"; leaf model-id { type uint8; description "Allocation Model ID"; } leaf num-b-cs { type uint32; description "Number of BC TLVs"; } list mplste-link-bc-bandwidth { description "Value of BC TLV"; leaf entry { type uint64; description "Value of BC TLV"; } } // list mplste-link-bc-bandwidth } // container bctlv-value container srlgtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-srlg'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_SRLG'"; } description "Value of SRLG TLV"; leaf srlg-len { type uint32; description "Length of SRLG TLV"; } leaf num-srl-gs { type uint32; description "Number of SRLG TLVs"; } list mplste-link-srlg-data { description "Value of SRLG TLV"; leaf entry { type uint32; description "Value of SRLG TLV"; } } // list mplste-link-srlg-data } // container srlgtlv-value container ixcdtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-ixcd'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_IXCD'"; } description "Value of IXCD TLV"; container ixcd-switching-cap-type { description "Switching Cap type"; container ixcdpsc-info { when "../switching-cap-type = 'rrr-proto-l-switch-cap-psc4'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_PSC4'"; } description "IXCD PSC information"; leaf min-lsp-bandwidth { type uint64; description "Min LSP bandwidth"; } leaf psc-interface-mtu { type uint16; description " Interface MTU"; } } // container ixcdpsc-info container ixcdbw-sub-tlv { when "../switching-cap-type = 'rrr-proto-l-switch-cap-otn-tdm'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_OTN_TDM'"; } description "Sub TLVs"; list arr-bw-sub-tlv { description "Array of sub tlvs"; container bw-sub-tlv-value { description "Value of BW Sub TLV"; container fixed-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '1'" { description "../IXCDBWSubTLVType = '1'"; } description "Value of Fixed Sub TLV"; container fixed-sub-tlv-value { description "Value of Fixed Sub TLV"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container fixed-sub-tlv-value list unres-oduj-prio { max-elements 8; description "Array of Unres Oduj Prio"; leaf entry { type uint32; description "Array of Unres Oduj Prio"; } } // list unres-oduj-prio } // container fixed-bw-sub-tlv-value container flex-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '2'" { description "../IXCDBWSubTLVType = '2'"; } description "Value of Flex Sub TLV"; container flex-sub-tlv-value-common { description "Flex Sub TLV Value"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container flex-sub-tlv-value-common list unres-lspbw { max-elements 8; description "Array of Unres LSP BW"; leaf entry { type uint64; description "Array of Unres LSP BW"; } } // list unres-lspbw list max-lspbw { max-elements 8; description "Max LSP BW Array"; leaf entry { type uint64; description "Max LSP BW Array"; } } // list max-lspbw } // container flex-bw-sub-tlv-value leaf ixcdbw-sub-tlv-type { type uint16; description "IXCDBWSubTLVType"; } } // container bw-sub-tlv-value leaf bw-sub-tlv-type { type uint16; description "Type of Sub TLV"; } leaf bw-sub-tlv-length { type uint16; description "Length of BW Sub TLV"; } } // list arr-bw-sub-tlv } // container ixcdbw-sub-tlv leaf switching-cap-type { type uint8; description "SwitchingCapType"; } } // container ixcd-switching-cap-type leaf switching-cap { type uint8; description "SCap"; } leaf rile-len-code { type uint8; description "Rile LenCode"; } leaf fixed-scsi-count { type uint32; description "Fixed SCSI count"; } leaf flex-scsi-count { type uint32; description "Flexible SCSI count"; } list max-lspbw { max-elements 8; description "Max LSP bandwidth array"; leaf entry { type int64; description "Max LSP bandwidth array"; } } // list max-lspbw } // container ixcdtlv-value container unidtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-uni-delay'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_UNI_DELAY'"; } description "Value of Uni Delay TLV"; leaf uni-dir-delay { type uint32; description "Uni Dir Delay"; } } // container unidtlv-value leaf opaque-tlv-type { type Mpls-te-opt-tlv; description "OpaqueTLVType"; } } // list mplste-link-opt-tlv-value } // list mplste-link-opt-tlv } // list mpls-te-link } // list mpls-te-fragment } // list mpls-te-fragment } // container mpls-te-fragments } // container mpls-te container statistics { description "Container for Statistics"; container spf-stats { description "OSPF SPF statistics"; container spf-header { description "SPF Header information"; leaf router-id { type inet:ipv4-address; description "OSPF router identifier"; } leaf spf-count { type uint32; description "Count of SPFs in this area"; } list area-summ { description "SPF details of the area"; leaf area-id { type uint32; description "Area ID in OSPF"; } leaf spf-count { type uint32; description "Count of SPFs in this area"; } } // list area-summ } // container spf-header list runtime { description "Time taken for the Intra-area SPF run"; container start-time { description "Time elapsed since last Intra SPF run"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container start-time container duration { description "Time taken for the this Intra SPF calculation"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container duration leaf area-id { type string; description "Area ID in OSPF"; } leaf change-flags { type uint16; description "Flags indicating changes that triggered this SPF"; } } // list runtime list summary-runtime { description "Time taken for the summary calculation"; container start-time { description "Time elapsed since last Partial SPF run"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container start-time container duration { description "Time taken for the this Partial SPF calculation"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container duration leaf advertising-router-id { type uint32; description "Advertising Router ID of the changed LSA that triggered this partial SPF"; } leaf destination-count { type uint32; description "Number of LSAs changed by this advertising router that is being handled in this partial SPF"; } leaf destination-address { type uint32; description "Route prefix changed in this partial SPF"; } } // list summary-runtime list external-runtime { description "Time taken for the external calculation"; container start-time { description "Time elapsed since last Partial SPF run"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container start-time container duration { description "Time taken for the this Partial SPF calculation"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container duration leaf advertising-router-id { type uint32; description "Advertising Router ID of the changed LSA that triggered this partial SPF"; } leaf destination-count { type uint32; description "Number of LSAs changed by this advertising router that is being handled in this partial SPF"; } leaf destination-address { type uint32; description "Route prefix changed in this partial SPF"; } } // list external-runtime list total-runtime { description "Time taken for entire route calculation"; container gbl-spf-time { description "Time taken for SPF"; leaf time-taken-dijkstra { type uint32; description "Time taken for executing Dijkstra Algorithm"; } leaf time-taken-intra-prefix { type uint32; description "Time taken for Intra Area Prefix calculations"; } leaf time-taken-intra-prefix-deletion { type uint32; description "Time taken for Intra Area Prefix deletions"; } leaf time-taken-inter-prefix { type uint32; description "Time taken for Inter Area Prefix calculations"; } leaf time-taken-inter-prefix-deletion { type uint32; description "Time taken for Inter Area Prefix deletions"; } leaf time-taken-external-prefix { type uint32; description "Time taken for Type 5/7 Prefix calculations"; } leaf time-taken-external-prefix-deletion { type uint32; description "Time taken for Type 5/7 Prefix deletions"; } } // container gbl-spf-time leaf spf-start-time { type uint32; description "Time when SPF started"; } leaf lsa-change-count { type int16; description "Count of changed LSAs"; } leaf spf-number { type uint8; description "SPF ID"; } list lsa-info { max-elements 5; description "Details of changed LSAs"; leaf area-id { type uint32; description "Area where LSA got changed"; } leaf advertising-router { type inet:ipv4-address; description "Advertising Router of the changed LSA"; } leaf ls-id { type inet:ipv4-address; description "LS ID of the changed LSA"; } leaf ls-type { type uint8; description "Type of the changed LSA"; } leaf is-flush { type boolean; description "Whether it is a flushed LSA"; } } // list lsa-info list area-stat { description "SPF Statistics of this area"; container spf-time { description "Time taken for various stages of SPF"; leaf time-taken-dijkstra { type uint32; description "Time taken for executing Dijkstra Algorithm"; } leaf time-taken-intra-prefix { type uint32; description "Time taken for Intra Area Prefix calculations"; } leaf time-taken-intra-prefix-deletion { type uint32; description "Time taken for Intra Area Prefix deletions"; } leaf time-taken-inter-prefix { type uint32; description "Time taken for Inter Area Prefix calculations"; } leaf time-taken-inter-prefix-deletion { type uint32; description "Time taken for Inter Area Prefix deletions"; } leaf time-taken-external-prefix { type uint32; description "Time taken for Type 5/7 Prefix calculations"; } leaf time-taken-external-prefix-deletion { type uint32; description "Time taken for Type 5/7 Prefix deletions"; } } // container spf-time leaf area-id { type uint32; description "OSPF area id"; } list lsa-type-count { max-elements 7; description "Array of Count of LSA changes indexed by LSA Type"; leaf entry { type uint32; description "Array of Count of LSA changes indexed by LSA Type"; } } // list lsa-type-count } // list area-stat } // list total-runtime } // container spf-stats container rib-batch-stats { description "Stats concerning RIB route updates using the Batching API"; list priority-batch { max-elements 8; description "RIB interaction statistics for various priority levels"; leaf batches-sent { type uint32; description "Number of batches sent to RIB "; } leaf routes-sent { type uint32; description "Number of routes updates sent to RIB "; } leaf routes-pending { type uint32; description "Number of routes waiting to be sent to RIB"; } leaf max-routes { type uint32; description "Max number of routes in a batch"; } leaf paths-sent { type uint32; description "Number of paths (add+delete) sent to RIB"; } leaf paths-pending { type uint32; description "Number of paths waiting to be sent to RIB"; } leaf paths-added { type uint32; description "Number of paths added (pending+sent) to RIB "; } leaf path-add-errors { type uint32; description "Number of paths add errors"; } leaf path-deletions { type uint32; description "Number of paths deletions (pending+sent) to RIB"; } leaf path-deletion-errors { type uint32; description "Number of paths deletion errors"; } leaf lfas-pending { type uint32; description "Number of LFAs waiting to be sent to RIB"; } leaf lfas-added { type uint32; description "Number of LFAs added to the RIB"; } leaf lfa-deletions { type uint32; description "Number of LFAs deleted from RIB"; } leaf lfas-sent { type uint32; description "Number of LFAs sent to the RIB"; } leaf priority-level { type string { length "0..40"; } description "Priority Level Name string"; } } // list priority-batch } // container rib-batch-stats container issu-stats { description "OSPF ISSU statistics"; container nsr-thread-scheduler-stats { description "NSR thread scheduler statistics information"; leaf nsr-pulse-quantum { type int32; description "Number of events processed per pulse"; } leaf nsr-events-pending { type uint32; description "Total events pending processing across all priority buckets"; } leaf nsr-events-tx { type uint64; description "Number of events queued to the thread"; } leaf nsr-events-rx { type uint64; description "Number of events processed in the thread"; } leaf nsr-bad-pulses-rx { type uint64; description "Spurious pulses received in the the thread"; } leaf nsr-good-pulses-rx { type uint64; description "Good pulses received in the the thread"; } leaf nsr-pulses-tx { type uint64; description "Number of pulses sent to the thread"; } leaf nsr-pulses-tx-fails { type uint64; description "Number of pulse send fails"; } list nsr-priority { max-elements 3; description "Statistics for each priority queue"; leaf nsr-priority { type uint32; description "Priority value"; } leaf nsr-quantum { type uint8; description "Number of events processed per pulse for this priority"; } leaf nsr-remaining-quantum { type uint8; description "Number of events remaining to be processed"; } leaf nsr-events-in-queue { type uint16; description "Number of events queued to the thread for this priority"; } leaf nsr-max-events { type uint16; description "Max cap on the number of pending events"; } leaf nsr-peak-queue-length { type uint16; description "Queue length of pending events peak value so far for this priority"; } leaf nsr-events-queued { type uint64; description "Number of events queued on this priority since start/clear"; } leaf nsr-enqueue-fails { type uint64; description "Number of enqueue failures since start/clear"; } leaf nsr-events-dequeued { type uint64; description "Number of events dequeued on this pri since start/clear"; } } // list nsr-priority } // container nsr-thread-scheduler-stats container nsr-router-thread-scheduler-stats { description "NSR Router thread scheduler statistics information"; leaf nsr-pulse-quantum { type int32; description "Number of events processed per pulse"; } leaf nsr-events-pending { type uint32; description "Total events pending processing across all priority buckets"; } leaf nsr-events-tx { type uint64; description "Number of events queued to the thread"; } leaf nsr-events-rx { type uint64; description "Number of events processed in the thread"; } leaf nsr-bad-pulses-rx { type uint64; description "Spurious pulses received in the the thread"; } leaf nsr-good-pulses-rx { type uint64; description "Good pulses received in the the thread"; } leaf nsr-pulses-tx { type uint64; description "Number of pulses sent to the thread"; } leaf nsr-pulses-tx-fails { type uint64; description "Number of pulse send fails"; } list nsr-priority { max-elements 3; description "Statistics for each priority queue"; leaf nsr-priority { type uint32; description "Priority value"; } leaf nsr-quantum { type uint8; description "Number of events processed per pulse for this priority"; } leaf nsr-remaining-quantum { type uint8; description "Number of events remaining to be processed"; } leaf nsr-events-in-queue { type uint16; description "Number of events queued to the thread for this priority"; } leaf nsr-max-events { type uint16; description "Max cap on the number of pending events"; } leaf nsr-peak-queue-length { type uint16; description "Queue length of pending events peak value so far for this priority"; } leaf nsr-events-queued { type uint64; description "Number of events queued on this priority since start/clear"; } leaf nsr-enqueue-fails { type uint64; description "Number of enqueue failures since start/clear"; } leaf nsr-events-dequeued { type uint64; description "Number of events dequeued on this pri since start/clear"; } } // list nsr-priority } // container nsr-router-thread-scheduler-stats leaf nsr-revision { type int32; description "NSR Revision number"; } leaf nsr-fsm-state { type int32; description "Current state of NSR"; } leaf nsr-version { type uint32; description "Version Number of NSR"; } leaf nsr-node-id { type uint32; description "Node ID"; } leaf nsr-peer-version { type uint32; description "Peer version of NSR"; } leaf nsr-peer-node-id { type uint32; description "Node ID of the peer"; } leaf nsr-peer-end-point-length { type uint32; description "Length of the endpoint retrieved from peer"; } leaf nsr-peer-end-point-version { type uint32; description "Version of the endpoint retrieved from peer"; } leaf nsr-local-end-point-length { type uint32; description "Length of local endpoint"; } leaf nsr-local-end-point-version { type uint32; description "Version of local endpoint"; } leaf nsr-fabric-mtu { type uint32; description "MTU of Fabric"; } leaf nsr-neighbor-qad-queue-id { type uint32; description "QAD Queue ID for Neighbor information"; } leaf nsr-lsa-qad-queue-id { type uint32; description "QAD Queue ID for LSA information"; } leaf nsr-neighbor-qad-meta-data-count { type uint32; description "QAD metadata Information for Neighbor"; } leaf nsr-lsa-qad-meta-data-count { type uint32; description "QAD metadata Information for LSA"; } leaf nsr-neighbor-init-sync-pend-count { type int32; description "Pending message count for Initial neighbor synchronization"; } leaf nsr-lsa-init-sync-pend-count { type int32; description "Pending message count for Initial lsa synchronization"; } leaf nsr-neighbor-seq-no { type uint32; description "Sequence number used for neighbor synchronization"; } leaf nsr-interface-seq-no { type uint32; description "Sequence number used for interface synchronization"; } leaf nsr-timerquantum { type int32; description "Number of expired timers to process per event manager call"; } leaf nsr-peer-end-point-handle { type uint64; description "Remote endpoint handle"; } leaf nsr-local-endpoint-handle { type uint64; description "Handle/id of local endpoint"; } leaf nsr-connect-attempts { type uint64; description "Count of LWN connection attempts"; } leaf nsr-connect-failures { type uint64; description "Count of LWN connection failures"; } leaf nsr-open-event-count { type uint64; description "Count of LWN connection open events"; } leaf nsr-close-event-count { type uint64; description "Count of LWN connection close events"; } leaf nsr-error-event-count { type uint64; description "Count of LWN connection error events"; } leaf nsr-peer-end-points { type yang:hex-string; description "Array of remote endpoints"; } leaf nsr-local-end-points { type yang:hex-string; description "Array of local endpoints"; } list nsr-fsm-flag { description "Nsr Fsm Flags information"; leaf entry { type Ospf-string-array; description "Nsr Fsm Flags information"; } } // list nsr-fsm-flag list nsr-fsm-running-timer { description "Nsr Fsm Running Timers"; leaf entry { type Ospf-string-array; description "Nsr Fsm Running Timers"; } } // list nsr-fsm-running-timer list nsr-issu-milestone { description "Nsr Issu Milestones information"; leaf milestone-name { type string; description "Name of the milestone achieved"; } leaf milestone-status { type string; description "Status of the milestone achieved"; } } // list nsr-issu-milestone list nsr-err-history { description "Nsr Error History List information"; leaf nsr-revisionversion { type uint32; description "Current Revision version of NSR"; } leaf total-errors { type int32; description "Total errors for this nsr revision version"; } list nsr-error-info { description "List of erros"; container last-err-time { description "Time this error was last hit"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container last-err-time leaf err-count { type int32; description "Count this error hit during the Nsr Revision"; } leaf err-info-string { type string; description "Error Information"; } } // list nsr-error-info } // list nsr-err-history } // container issu-stats container rib-lc-stats { description "OSPF RIB Linecard node information"; leaf node-count { type uint8; description "Number of nodes"; } list nodes { max-elements 64; description "Array of RIB Node info"; leaf node-id { type uint32; description "node ID of the Line Card"; } leaf intf-count { type uint16; description "Number of OSPF Interfaces"; } leaf notif-count { type uint8; description "RIB notification count"; } leaf ugmerge { type boolean; description "RIB UG merge state of the LC"; } leaf node-death { type boolean; description "RIB node death state of LC"; } leaf rib-event { type boolean; description "RIB event received for LC"; } } // list nodes } // container rib-lc-stats container rib-thread-stats { description "OSPF RIB thread statistics"; container internal-work-queue { description "Router to RIB thread queue"; container rib-base-time { description "Base time stamp needed to calculate the current time "; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container rib-base-time container spf-suspend-time-start { description "Last time SPF suspended start time"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container spf-suspend-time-start container spf-suspend-time-stop { description "Last time SPF suspended Stop time"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container spf-suspend-time-stop leaf is-thread-active { type boolean; description "RIB thread active indicator"; } leaf last-dequeue-time { type uint64; description "Timestamp of last dequeue of RIB work queue"; } leaf first-enqueue-time { type uint64; description "Timestamp of first enqueue of RIB work queue"; } leaf current-queue-length { type int32; description "Work queue length at this instance"; } leaf peak-queue-length { type int32; description "Largest work queue length so far"; } leaf total-queued-msg { type uint32; description "Total number of queued messages"; } leaf total-dqueued-msg { type uint32; description "Total number of dequeued messages"; } leaf rib-version { type uint32; description "Rib version, indicating the number of times OSPF has connected with RIB. The value will be greater than 1 if any disconnect and reconnect happened."; } leaf rib-packets-sent { type uint32; description "Total number of batches sent to RIB"; } leaf rib-signals { type uint32; description "Number of signals for RIB thread"; } leaf rib-send-errors { type uint32; description "Number of RIB batch send errors"; } leaf rib-queue-errors { type uint32; description "Number of RIB batch queueing errors"; } leaf rib-prefix-limit-errors { type uint32; description "Number of RIB batch prefix limit errors"; } leaf rib-dequeue-errors { type uint32; description "Number of RIB batch dequeueing errors"; } leaf rib-empty-batches { type uint32; description "Number of RIB of empty batches"; } leaf rib-drops-before-sending { type uint32; description "Number of RIB batches dropped before sending"; } leaf rib-drops-after-sending { type uint32; description "Number of RIB batches dropped after sending"; } leaf rib-connection-drops { type uint32; description "Number of RIB batches dropped"; } leaf rib-forward-references { type uint32; description "Number of forward tbl. references"; } leaf priority-level { type string { length "0..40"; } description "Priority of these batches"; } leaf rib-base-clock { type uint64; description "Base clock stamp needed to calculate the current time"; } leaf spf-suspend-count { type uint32; description "Number of times SPF suspended"; } } // container internal-work-queue list rib-queue { max-elements 8; description "Primary work queues"; container rib-base-time { description "Base time stamp needed to calculate the current time "; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container rib-base-time container spf-suspend-time-start { description "Last time SPF suspended start time"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container spf-suspend-time-start container spf-suspend-time-stop { description "Last time SPF suspended Stop time"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container spf-suspend-time-stop leaf is-thread-active { type boolean; description "RIB thread active indicator"; } leaf last-dequeue-time { type uint64; description "Timestamp of last dequeue of RIB work queue"; } leaf first-enqueue-time { type uint64; description "Timestamp of first enqueue of RIB work queue"; } leaf current-queue-length { type int32; description "Work queue length at this instance"; } leaf peak-queue-length { type int32; description "Largest work queue length so far"; } leaf total-queued-msg { type uint32; description "Total number of queued messages"; } leaf total-dqueued-msg { type uint32; description "Total number of dequeued messages"; } leaf rib-version { type uint32; description "Rib version, indicating the number of times OSPF has connected with RIB. The value will be greater than 1 if any disconnect and reconnect happened."; } leaf rib-packets-sent { type uint32; description "Total number of batches sent to RIB"; } leaf rib-signals { type uint32; description "Number of signals for RIB thread"; } leaf rib-send-errors { type uint32; description "Number of RIB batch send errors"; } leaf rib-queue-errors { type uint32; description "Number of RIB batch queueing errors"; } leaf rib-prefix-limit-errors { type uint32; description "Number of RIB batch prefix limit errors"; } leaf rib-dequeue-errors { type uint32; description "Number of RIB batch dequeueing errors"; } leaf rib-empty-batches { type uint32; description "Number of RIB of empty batches"; } leaf rib-drops-before-sending { type uint32; description "Number of RIB batches dropped before sending"; } leaf rib-drops-after-sending { type uint32; description "Number of RIB batches dropped after sending"; } leaf rib-connection-drops { type uint32; description "Number of RIB batches dropped"; } leaf rib-forward-references { type uint32; description "Number of forward tbl. references"; } leaf priority-level { type string { length "0..40"; } description "Priority of these batches"; } leaf rib-base-clock { type uint64; description "Base clock stamp needed to calculate the current time"; } leaf spf-suspend-count { type uint32; description "Number of times SPF suspended"; } } // list rib-queue } // container rib-thread-stats container nsr-pl-stats { description "OSPF NSR packet library statistics"; list npl-priority { max-elements 2; description "NPL Library statistics for each priority level"; leaf prio-queue-level { type string { length "0..32"; } description "npl priority queue level"; } list num-sent { max-elements 5; description "Total sent"; leaf entry { type uint64; description "Total sent"; } } // list num-sent list num-recv { max-elements 6; description "Total recvd"; leaf entry { type uint64; description "Total recvd"; } } // list num-recv list num-sent-drop { max-elements 5; description "Sent Error/drops"; list nsr-pl-send-drop-array { max-elements 7; description "nsr pl send drop array"; leaf entry { type uint32; description "entry"; } } // list nsr-pl-send-drop-array } // list num-sent-drop list num-recv-drop { max-elements 6; description "Recv Errors/drops"; list nsr-pl-recv-drop-array { max-elements 16; description "nsr pl recv drop array"; leaf entry { type uint32; description "entry"; } } // list nsr-pl-recv-drop-array } // list num-recv-drop } // list npl-priority } // container nsr-pl-stats container nsr-stats { description "OSPF NSR thread statistics"; container nsr-thread-scheduler-stats { description "NSR thread scheduler statistics information"; leaf nsr-pulse-quantum { type int32; description "Number of events processed per pulse"; } leaf nsr-events-pending { type uint32; description "Total events pending processing across all priority buckets"; } leaf nsr-events-tx { type uint64; description "Number of events queued to the thread"; } leaf nsr-events-rx { type uint64; description "Number of events processed in the thread"; } leaf nsr-bad-pulses-rx { type uint64; description "Spurious pulses received in the the thread"; } leaf nsr-good-pulses-rx { type uint64; description "Good pulses received in the the thread"; } leaf nsr-pulses-tx { type uint64; description "Number of pulses sent to the thread"; } leaf nsr-pulses-tx-fails { type uint64; description "Number of pulse send fails"; } list nsr-priority { max-elements 3; description "Statistics for each priority queue"; leaf nsr-priority { type uint32; description "Priority value"; } leaf nsr-quantum { type uint8; description "Number of events processed per pulse for this priority"; } leaf nsr-remaining-quantum { type uint8; description "Number of events remaining to be processed"; } leaf nsr-events-in-queue { type uint16; description "Number of events queued to the thread for this priority"; } leaf nsr-max-events { type uint16; description "Max cap on the number of pending events"; } leaf nsr-peak-queue-length { type uint16; description "Queue length of pending events peak value so far for this priority"; } leaf nsr-events-queued { type uint64; description "Number of events queued on this priority since start/clear"; } leaf nsr-enqueue-fails { type uint64; description "Number of enqueue failures since start/clear"; } leaf nsr-events-dequeued { type uint64; description "Number of events dequeued on this pri since start/clear"; } } // list nsr-priority } // container nsr-thread-scheduler-stats container nsr-router-thread-scheduler-stats { description "NSR Router thread scheduler statistics information"; leaf nsr-pulse-quantum { type int32; description "Number of events processed per pulse"; } leaf nsr-events-pending { type uint32; description "Total events pending processing across all priority buckets"; } leaf nsr-events-tx { type uint64; description "Number of events queued to the thread"; } leaf nsr-events-rx { type uint64; description "Number of events processed in the thread"; } leaf nsr-bad-pulses-rx { type uint64; description "Spurious pulses received in the the thread"; } leaf nsr-good-pulses-rx { type uint64; description "Good pulses received in the the thread"; } leaf nsr-pulses-tx { type uint64; description "Number of pulses sent to the thread"; } leaf nsr-pulses-tx-fails { type uint64; description "Number of pulse send fails"; } list nsr-priority { max-elements 3; description "Statistics for each priority queue"; leaf nsr-priority { type uint32; description "Priority value"; } leaf nsr-quantum { type uint8; description "Number of events processed per pulse for this priority"; } leaf nsr-remaining-quantum { type uint8; description "Number of events remaining to be processed"; } leaf nsr-events-in-queue { type uint16; description "Number of events queued to the thread for this priority"; } leaf nsr-max-events { type uint16; description "Max cap on the number of pending events"; } leaf nsr-peak-queue-length { type uint16; description "Queue length of pending events peak value so far for this priority"; } leaf nsr-events-queued { type uint64; description "Number of events queued on this priority since start/clear"; } leaf nsr-enqueue-fails { type uint64; description "Number of enqueue failures since start/clear"; } leaf nsr-events-dequeued { type uint64; description "Number of events dequeued on this pri since start/clear"; } } // list nsr-priority } // container nsr-router-thread-scheduler-stats leaf nsr-revision { type int32; description "NSR Revision number"; } leaf nsr-fsm-state { type int32; description "Current state of NSR"; } leaf nsr-version { type uint32; description "Version Number of NSR"; } leaf nsr-node-id { type uint32; description "Node ID"; } leaf nsr-peer-version { type uint32; description "Peer version of NSR"; } leaf nsr-peer-node-id { type uint32; description "Node ID of the peer"; } leaf nsr-peer-end-point-length { type uint32; description "Length of the endpoint retrieved from peer"; } leaf nsr-peer-end-point-version { type uint32; description "Version of the endpoint retrieved from peer"; } leaf nsr-local-end-point-length { type uint32; description "Length of local endpoint"; } leaf nsr-local-end-point-version { type uint32; description "Version of local endpoint"; } leaf nsr-fabric-mtu { type uint32; description "MTU of Fabric"; } leaf nsr-neighbor-qad-queue-id { type uint32; description "QAD Queue ID for Neighbor information"; } leaf nsr-lsa-qad-queue-id { type uint32; description "QAD Queue ID for LSA information"; } leaf nsr-neighbor-qad-meta-data-count { type uint32; description "QAD metadata Information for Neighbor"; } leaf nsr-lsa-qad-meta-data-count { type uint32; description "QAD metadata Information for LSA"; } leaf nsr-neighbor-init-sync-pend-count { type int32; description "Pending message count for Initial neighbor synchronization"; } leaf nsr-lsa-init-sync-pend-count { type int32; description "Pending message count for Initial lsa synchronization"; } leaf nsr-neighbor-seq-no { type uint32; description "Sequence number used for neighbor synchronization"; } leaf nsr-interface-seq-no { type uint32; description "Sequence number used for interface synchronization"; } leaf nsr-timerquantum { type int32; description "Number of expired timers to process per event manager call"; } leaf nsr-peer-end-point-handle { type uint64; description "Remote endpoint handle"; } leaf nsr-local-endpoint-handle { type uint64; description "Handle/id of local endpoint"; } leaf nsr-connect-attempts { type uint64; description "Count of LWN connection attempts"; } leaf nsr-connect-failures { type uint64; description "Count of LWN connection failures"; } leaf nsr-open-event-count { type uint64; description "Count of LWN connection open events"; } leaf nsr-close-event-count { type uint64; description "Count of LWN connection close events"; } leaf nsr-error-event-count { type uint64; description "Count of LWN connection error events"; } leaf nsr-peer-end-points { type yang:hex-string; description "Array of remote endpoints"; } leaf nsr-local-end-points { type yang:hex-string; description "Array of local endpoints"; } list nsr-fsm-flag { description "Nsr Fsm Flags information"; leaf entry { type Ospf-string-array; description "Nsr Fsm Flags information"; } } // list nsr-fsm-flag list nsr-fsm-running-timer { description "Nsr Fsm Running Timers"; leaf entry { type Ospf-string-array; description "Nsr Fsm Running Timers"; } } // list nsr-fsm-running-timer list nsr-issu-milestone { description "Nsr Issu Milestones information"; leaf milestone-name { type string; description "Name of the milestone achieved"; } leaf milestone-status { type string; description "Status of the milestone achieved"; } } // list nsr-issu-milestone list nsr-err-history { description "Nsr Error History List information"; leaf nsr-revisionversion { type uint32; description "Current Revision version of NSR"; } leaf total-errors { type int32; description "Total errors for this nsr revision version"; } list nsr-error-info { description "List of erros"; container last-err-time { description "Time this error was last hit"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container last-err-time leaf err-count { type int32; description "Count this error hit during the Nsr Revision"; } leaf err-info-string { type string; description "Error Information"; } } // list nsr-error-info } // list nsr-err-history } // container nsr-stats container frr-stats { description "OSPF fast-reroute statistics"; leaf fs-paths { type uint32; description "Number of IPFRR paths"; } leaf fs-paths-eligible { type uint32; description "Number of paths enabled for protection"; } leaf fs-paths-protected { type uint32; description "Number of paths protected"; } } // container frr-stats container te-stats { description "OSPF TE IO statistics"; leaf te-connected { type boolean; description "Whether connection to TE is up or not"; } leaf control-disconnects { type uint32; description "Count of Control disconnects"; } leaf te-disconnects { type uint32; description "Count of Control disconnects"; } leaf adj-gets { type uint32; description "Count of Adjacencies received"; } leaf link-floods { type uint32; description "Count of Link floods received"; } leaf link-fragment-floods { type uint32; description "Count of Link fragments received"; } leaf lsp-gets { type uint32; description "Count of LSP Gets received"; } leaf tunnel-announces { type uint32; description "Count of tunnels announced"; } leaf total-tunnels { type uint32; description "Total count of tunnels"; } leaf control-batch-reads { type uint32; description "Count of reads of control batch"; } leaf control-batch-writes { type uint32; description "Count of writes of control batch"; } leaf link-batch-reads { type uint32; description "Count of reads of link batch"; } leaf link-batch-writes { type uint32; description "Count of writes of link batch"; } leaf adj-changes { type uint32; description "Count of adjacency changes"; } leaf fragment-deletes { type uint32; description "Count of deleted fragments"; } leaf fragment-announces { type uint32; description "Count of fragments announced"; } leaf data-transfer-completes { type uint32; description "Count of data transfer complete event"; } leaf pce-listen { type uint32; description "Count of PCE listen TRUE events "; } leaf pce-stoplisten { type uint32; description "Count of PCE listen FALSE events "; } leaf pce-flood { type uint32; description "Count of PCE flood events"; } leaf pce-get { type uint32; description "Count of PCE get events"; } leaf pce-border-router-lookup { type uint32; description "Count of PCE Border Router Lookup requests"; } leaf pce-border-router-lookup-destinations { type uint32; description "Count of destinations looked up by PCE Border Router Lookup requests"; } leaf pce-failure-responses { type uint32; description "Count of PCE failures encountered"; } leaf pce-node-announce-batches { type uint32; description "Count of PCE Node Announce batches"; } leaf pce-node-delete-batches { type uint32; description "Count of PCE Node Announce batches"; } leaf pce-node-announce { type uint32; description "Count of total PCE Node Announces"; } leaf pce-node-delete { type uint32; description "Count of total PCE Node Deletions"; } leaf pce-node-send-fails { type uint32; description "Count of PCE send failures"; } leaf te-sr-path-reg-idt-received { type boolean; description "Whether IDT registrations received for SR TE paths"; } leaf te-sr-idt-sent { type boolean; description "Whether IDT message is sent for SR TE"; } leaf sr-area-enabled { type uint32; description "Count of SR enabled areas"; } } // container te-stats container protocol-stats { description "OSPF Protocol statistics"; leaf inputs { type uint32; description "Total count of incoming packets"; } leaf input-hello { type uint32; description "Total count of incoming hello packets"; } leaf input-db-descriptions { type uint32; description "Total count of incoming Database description packets"; } leaf input-db-descriptions-lsa { type uint32; description "Total count of incoming Database description packets with LSA headers"; } leaf input-requests { type uint32; description "Total count of incoming Request packets"; } leaf input-requests-lsa { type uint32; description "Total count of incoming Request packets with LSA headers"; } leaf input-ls-updates { type uint32; description "Total count of incoming LS Update packets"; } leaf input-ls-updates-lsa { type uint32; description "Total count of incoming LS Update packets with LSA headers"; } leaf input-ls-acks { type uint32; description "Total count of incoming LS Acknowledgement packets"; } leaf input-ls-acks-lsa { type uint32; description "Total count of incoming LS Acknowledgement packets with LSA headers"; } leaf checksum-errors { type uint32; description "Total count of incoming packets with checksum errors"; } leaf input-auth-error { type uint32; description "Total count of incoming packets with authentication errors"; } leaf outputs { type uint32; description "Total count of outgoing packets"; } leaf output-hellos { type uint32; description "Total count of outgoing hello packets"; } leaf output-db-descriptions { type uint32; description "Total count of outgoing Database description packets"; } leaf output-db-descriptions-lsa { type uint32; description "Total count of outgoing Database description packets with LSA headers"; } leaf output-requests { type uint32; description "Total count of outgoing Request packets"; } leaf output-requests-lsa { type uint32; description "Total count of outgoing Request packets with LSA headers"; } leaf output-ls-updates { type uint32; description "Total count of outgoing LS Update packets"; } leaf output-ls-updates-lsa { type uint32; description "Total count of outgoing LS Update packets with LSA headers"; } leaf output-ls-acks { type uint32; description "Total count of outgoing LS Acknowledgement packets"; } leaf output-ls-acks-lsa { type uint32; description "Total count of outgoing LS Acknowledgement packets with LSA headers"; } leaf outputs-auth-error { type uint32; description "Total count of outgoing packets with authentication errors"; } leaf input-hello-db-descriptions { type uint32; description "Total count of incoming Database description packets received on hello thread"; } leaf input-hello-ls-requests { type uint32; description "Total count of incoming Request packets received on hello thread"; } leaf input-hello-ls-updates { type uint32; description "Total count of incoming LS Update packets received on hello thread"; } leaf input-hello-ls-acks { type uint32; description "Total count of incoming LS Acknowledgement packets received on hello thread"; } } // container protocol-stats container raw-io-stats { description "OSPF RAW IO statistics"; leaf out-sent { type uint32; description "Count of packets sent out on raw socket"; } leaf bytes-sent { type uint32; units "byte"; description "Count of bytes sent out on raw socket"; } leaf out-discarded-no-connection { type uint32; description "Count of outgoing packets discarded due to connection issues"; } leaf out-null-src-discarded { type uint32; description "Count of outgoing packets discarded due to source address or packet length issues"; } leaf out-no-pakbuf-discarded { type uint32; description "Count of outgoing packets discarded due to packet buffer issues"; } leaf out-ipv4-hdr-error-discarded { type uint32; description "Count of outgoing packets discarded due to ipv4 deader construction failure"; } leaf out-send-pak-error-discarded { type uint32; description "Count of outgoing packets discarded due to send failure"; } leaf in-received { type uint32; description "Count of packets received on raw socket"; } leaf bytes-received { type uint32; units "byte"; description "Count of bytes received on raw socket"; } leaf short-msg-received { type uint32; description "Count of received packets discarded due to packet size too small"; } leaf in-no-memory-discarded { type uint32; description "Count of received packets discarded due to malloc failure"; } leaf in-raw-events { type uint32; description "Count of incoming raw events"; } leaf disconnects { type uint32; description "Count of raw sockets disconnected"; } leaf in-standby-discarded { type uint32; description "Count of received packets discarded since received on standby"; } leaf nsr-not-ready-discarded { type uint32; description "Count of received packets discarded since NSR not ready"; } leaf raw-connected { type boolean; description "Whether raw socket connection is up"; } leaf shamlink-raw-connected { type boolean; description "Whether shamlink raw socket connection is up"; } } // container raw-io-stats container interface-stats-entries { description "Statistics innformation Interface table"; list interface-stats-entry { key "interface-name"; description "Statistics information for a specific interface"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf handle { type xr:Interface-name; description "interface handle type"; } leaf if-name-str { type string; description "interface name"; } list if-entry { description "interface entry"; leaf madj-intf { type boolean; description "OSPF madj interface"; } leaf area-id { type uint32; description "OSPF area id"; } leaf area-id-str { type string; description "OSPF aread id string"; } list if-stat { description "OSPF interface statistics"; leaf entry { type uint32; description "OSPF interface statistics"; } } // list if-stat } // list if-entry } // list interface-stats-entry } // container interface-stats-entries } // container statistics container adjacency-information { description "Container for OSPF Interfaces"; container neighbors { description "Neighbor table"; list neighbor { description "Neighbor information"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } container neighbor-bfd-information { description "BFD related information of the neighbor"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf bfd-status-flag { type uint8; description "Status of the BFD Session"; } } // container neighbor-bfd-information leaf neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf neighbor-ip-address { type inet:ipv4-address; description "Neighbor IP Address"; } leaf neighbor-interface-name { type xr:Interface-name; description "Interface via which the neighbor is seen"; } leaf neighbor-dr-priority { type uint8; description "DR priority of the neighbor"; } leaf neighbor-state { type Neighbor-state; description "NFSM state of the neighbor"; } leaf dr-bdr-state { type Dr-bdr-state; description "IFSM state of the neighbor"; } leaf neighbor-dead-timer { type uint32; description "Time until neighbor's dead timer expires (s)"; } leaf neighbor-up-time { type uint32; description "Amount of time since the adjacency is up (s)"; } leaf neighbor-madj-interface { type boolean; description "Interface is MADJ"; } } // list neighbor } // container neighbors container requests { description "Request List table"; list request { description "Request list for a particular adjacency"; leaf interface-name { type xr:Interface-name; description "Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } leaf request-neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf request-neighbor-address { type inet:ipv4-address; description "Neighbor IP address"; } leaf request-interface-name { type xr:Interface-name; description "Request list interface"; } list request { description "List of request list entries"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list request } // list request } // container requests container retransmissions { description "Retransmission list table"; list retransmission { description "Retransmission list for a particular adjacency"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } leaf retransmission-neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf retransmission-neighbor-ip-address { type inet:ipv4-address; description "Neighbor IP Address"; } leaf retransmission-interface-name { type xr:Interface-name; description "Retransmission list interface"; } leaf retransmission-timer { type uint32; description "Amount of time remaining on retransmission timer (ms)"; } leaf retransmission-count { type uint32; description "Retransmission queue length"; } list retransmission-area-db { description "List of Area scope entries"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list retransmission-area-db list retransmission-asdb { description "List of AS Scope entries"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list retransmission-asdb } // list retransmission } // container retransmissions container neighbor-details { description "Neighbor detail table"; list neighbor-detail { description "A single neighbor's detail information"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } container neighbor-summary { description "Neighbor summary information"; container neighbor-bfd-information { description "BFD related information of the neighbor"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf bfd-status-flag { type uint8; description "Status of the BFD Session"; } } // container neighbor-bfd-information leaf neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf neighbor-ip-address { type inet:ipv4-address; description "Neighbor IP Address"; } leaf neighbor-interface-name { type xr:Interface-name; description "Interface via which the neighbor is seen"; } leaf neighbor-dr-priority { type uint8; description "DR priority of the neighbor"; } leaf neighbor-state { type Neighbor-state; description "NFSM state of the neighbor"; } leaf dr-bdr-state { type Dr-bdr-state; description "IFSM state of the neighbor"; } leaf neighbor-dead-timer { type uint32; description "Time until neighbor's dead timer expires (s)"; } leaf neighbor-up-time { type uint32; description "Amount of time since the adjacency is up (s)"; } leaf neighbor-madj-interface { type boolean; description "Interface is MADJ"; } } // container neighbor-summary container neighbor-bfd-information { description "BFD related information of the neighbor"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf bfd-status-flag { type uint8; description "Status of the BFD Session"; } } // container neighbor-bfd-information container neighbor-retransmission-information { description "Retransmission information with this neighbor"; leaf dbd-retransmission-count { type uint32; description "Number of DBD retransmissions during last exchange"; } leaf dbd-retransmission-total-count { type uint32; description "Total number of DBD retransmissions for this neighbor"; } leaf area-flooding-index { type uint32; description "Area scope LSA's flood index"; } leaf as-flood-index { type uint32; description "AS scope LSA's flood index"; } leaf neighbor-retransmission-count { type uint32; description "Retransmission queue length"; } leaf number-of-retransmissions { type uint32; description "Number of retransmissions for this neighbor"; } leaf area-first-flood-information { type uint32; description "First flood item for area scope LSAs"; } leaf area-first-flood-information-index { type uint32; description "Index of the first flood item for area scope LSAs"; } leaf as-first-flood-information { type uint32; description "First flood item for AS scope LSAs"; } leaf as-first-flood-information-index { type uint32; description "Index for first flood item for AS scope LSAs"; } leaf area-next-flood-information { type uint32; description "Next flood item for area scope LSAs"; } leaf area-next-flood-information-index { type uint32; description "Index of next flood item for Area scope LSAs"; } leaf as-next-flood-information { type uint32; description "Next flood item for AS scope LSAs"; } leaf as-next-flood-information-index { type uint32; description "Index of next flood item for AS scope LSAs"; } leaf last-retransmission-length { type uint32; description "Number of LSAs sent in last retransmission"; } leaf maximum-retransmission-length { type uint32; description "Maximum number of LSAs sent in a retransmission"; } leaf last-retransmission-time { type uint32; description "Time taken for retransmission in the last attempt (ms)"; } leaf maximum-retransmission-time { type uint32; description "Maximum time taken for retransmission (ms)"; } leaf lsa-retransmission-timer { type uint32; description "Time until next LSA retransmission (ms)"; } } // container neighbor-retransmission-information leaf neighbor-area-id { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf state-change-count { type uint16; description "Number of state changes"; } leaf neighbor-cost { type uint16; description "Cost of path to this neighbor"; } leaf neighbor-filter { type boolean; description "If true, filter outgoing LSAs"; } leaf neighbor-designated-router-address { type inet:ipv4-address; description "Address of designated router"; } leaf neighbor-backup-designated-router-address { type inet:ipv4-address; description "Address of backup designated router"; } leaf interface-type { type Interface; description "Type of the interface, whether it is p2p, broadcast, nbma or p2mp"; } leaf poll-interval { type uint32; description "Poll interval (s)"; } leaf next-poll-interval { type uint32; units "second"; description "For NBMA networks, amount of time remaining in seconds before the next poll interval expires and Hello is sent (s)"; } leaf neighbor-option { type uint8; description " This is bitmaks of neighbor's option field received"; } leaf pending-events { type uint16; description "Number of pending events"; } leaf neighbor-lls-option { type uint32; description "This is a bitmask of Link Local signalling options received from the neighbor"; } leaf oob-resynchronization { type boolean; description "Out-Of-Bound resynchronization in progress"; } leaf nsf-router-state { type Nsf-rtr; description "For cisco NSF, the router is either Requester or Receiver"; } leaf last-oob-time { type uint32; units "second"; description "The amount of time in seconds since last time Out-Of-Band resynchronization was done with this neighbor"; } leaf lfa-interface { type xr:Interface-name; description "LFA Interface"; } leaf lfa-next-hop { type inet:ipv4-address; description "LFA Next Hop"; } leaf lfa-neighbor-id { type inet:ipv4-address; description "LFA Neighbor ID"; } leaf lfa-neighbor-revision { type uint32; description "LFA Neighbor Revision"; } leaf neighbor-ack-list-count { type uint32; description "Ack List Count"; } leaf neighbor-ack-list-high-watermark { type uint32; description "Ack List High Watermark"; } leaf neighbor-interface-id { type uint16; description "Interface ID of neighbor recived via LLS"; } list adjacency-sid { description "List of SR Adjacency SIDs"; leaf adj-sid-label { type uint32; description "Adjacency SID Label"; } leaf protected-adj-sid { type boolean; description "Adjacency SID Protection"; } leaf adj-sid-has-backup { type boolean; description "Adjacency SID has backup protection"; } leaf configured-adj-sid { type boolean; description "Configured Adjacency SID"; } } // list adjacency-sid } // list neighbor-detail } // container neighbor-details } // container adjacency-information container route-information { description "Container for OSPF routing tables"; container backup-routes { description "OSPF Route Table Including Backup Paths"; list backup-route { description "OSPF route including backup paths"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container route-backup-path { description "Backup Path Info"; leaf backup-route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf backup-route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf backup-route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf backup-metric { type uint32; description "Metric"; } leaf primary-path { type boolean; description "Whether this is also a Primary Path"; } leaf line-card-disjoint { type boolean; description "Whether this is a Line Card Disjoint path"; } leaf downstream { type boolean; description "Whether this is a downstream path"; } leaf node-protect { type boolean; description "Whether this is a Node Protect path"; } leaf srlg-disjoint { type boolean; description "Whether this is a SRLG Disjoint path"; } leaf weighted-srlg { type boolean; description "Whether this is a Weighted SRLG path"; } leaf lfa-type { type Lfa; description "LFA type"; } leaf backup-remote-lfa { type inet:ipv4-address; description "IP address of remote LFA"; } leaf backup-repair-list-size { type uint32; description "Repair List Size"; } leaf backup-tunnel-interface-name { type xr:Interface-name; description "Backup Tunnel Interface"; } leaf interface-disjoint { type boolean; description "Whether this is a Interface Disjoint path"; } list backup-repair { max-elements 12; description "Backup Repair List"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list backup-repair } // container route-backup-path container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of the Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list backup-route } // container backup-routes container multicast-intact-route-table { description "OSPF Route Table including multicast-intact routes"; list route { description "An OSPF route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list route } // container multicast-intact-route-table container multicast-intact-backup-routes { description "OSPF Route Table Including Multicast intact Backup Paths"; list multicast-intact-backup-route { description "OSPF route including multicast backup paths"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container route-backup-path { description "Backup Path Info"; leaf backup-route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf backup-route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf backup-route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf backup-metric { type uint32; description "Metric"; } leaf primary-path { type boolean; description "Whether this is also a Primary Path"; } leaf line-card-disjoint { type boolean; description "Whether this is a Line Card Disjoint path"; } leaf downstream { type boolean; description "Whether this is a downstream path"; } leaf node-protect { type boolean; description "Whether this is a Node Protect path"; } leaf srlg-disjoint { type boolean; description "Whether this is a SRLG Disjoint path"; } leaf weighted-srlg { type boolean; description "Whether this is a Weighted SRLG path"; } leaf lfa-type { type Lfa; description "LFA type"; } leaf backup-remote-lfa { type inet:ipv4-address; description "IP address of remote LFA"; } leaf backup-repair-list-size { type uint32; description "Repair List Size"; } leaf backup-tunnel-interface-name { type xr:Interface-name; description "Backup Tunnel Interface"; } leaf interface-disjoint { type boolean; description "Whether this is a Interface Disjoint path"; } list backup-repair { max-elements 12; description "Backup Repair List"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list backup-repair } // container route-backup-path container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of the Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list multicast-intact-backup-route } // container multicast-intact-backup-routes container summary-information { description "OSPF route summary statistics"; container failure-time { description "Last time failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container failure-time container common { description "OSPF route summary Information"; leaf external-type1s { type uint32; description "External type 1 count"; } leaf external-type2s { type uint32; description "External type 2 count"; } leaf external-nssa-type1s { type uint32; description "External NSSA type 1 count"; } leaf external-nssa-type2s { type uint32; description "External NSSA type 2 count"; } leaf inter-areas { type uint32; description "Inter-area count"; } leaf intra-areas { type uint32; description "Intra-area count"; } leaf total { type uint32; description "Total count"; } } // container common leaf failures { type uint32; description "RIB failure count"; } leaf failure-address { type inet:ipv4-address; description "Last failed address"; } } // container summary-information container connected-routes { description "OSPF Connected Route Table"; list connected-route { description "This is a Connected route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list connected-route } // container connected-routes container local-routes { description "OSPF Local Route Table"; list local-route { description "This is a Local route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list local-route } // container local-routes container route-areas { description "OSPF Area Route Table"; list route-area { key "area-id"; description "OSPF Area Route"; container multicast-intact-backup-route-areas { description "OSPF Route Table Including Multicast Intace Backup Paths in an area"; list multicast-intact-backup-route-area { description "OSPF route including Multicast intact backup paths"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container route-backup-path { description "Backup Path Info"; leaf backup-route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf backup-route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf backup-route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf backup-metric { type uint32; description "Metric"; } leaf primary-path { type boolean; description "Whether this is also a Primary Path"; } leaf line-card-disjoint { type boolean; description "Whether this is a Line Card Disjoint path"; } leaf downstream { type boolean; description "Whether this is a downstream path"; } leaf node-protect { type boolean; description "Whether this is a Node Protect path"; } leaf srlg-disjoint { type boolean; description "Whether this is a SRLG Disjoint path"; } leaf weighted-srlg { type boolean; description "Whether this is a Weighted SRLG path"; } leaf lfa-type { type Lfa; description "LFA type"; } leaf backup-remote-lfa { type inet:ipv4-address; description "IP address of remote LFA"; } leaf backup-repair-list-size { type uint32; description "Repair List Size"; } leaf backup-tunnel-interface-name { type xr:Interface-name; description "Backup Tunnel Interface"; } leaf interface-disjoint { type boolean; description "Whether this is a Interface Disjoint path"; } list backup-repair { max-elements 12; description "Backup Repair List"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list backup-repair } // container route-backup-path container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of the Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list multicast-intact-backup-route-area } // container multicast-intact-backup-route-areas container connected-route-areas { description "OSPF Connected Route Table in an area"; list connected-route-area { description "Connected route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list connected-route-area } // container connected-route-areas container backup-route-areas { description "OSPF Route Table Including Backup Paths in an area"; list backup-route-area { description "OSPF route including backup paths"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container route-backup-path { description "Backup Path Info"; leaf backup-route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf backup-route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf backup-route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf backup-metric { type uint32; description "Metric"; } leaf primary-path { type boolean; description "Whether this is also a Primary Path"; } leaf line-card-disjoint { type boolean; description "Whether this is a Line Card Disjoint path"; } leaf downstream { type boolean; description "Whether this is a downstream path"; } leaf node-protect { type boolean; description "Whether this is a Node Protect path"; } leaf srlg-disjoint { type boolean; description "Whether this is a SRLG Disjoint path"; } leaf weighted-srlg { type boolean; description "Whether this is a Weighted SRLG path"; } leaf lfa-type { type Lfa; description "LFA type"; } leaf backup-remote-lfa { type inet:ipv4-address; description "IP address of remote LFA"; } leaf backup-repair-list-size { type uint32; description "Repair List Size"; } leaf backup-tunnel-interface-name { type xr:Interface-name; description "Backup Tunnel Interface"; } leaf interface-disjoint { type boolean; description "Whether this is a Interface Disjoint path"; } list backup-repair { max-elements 12; description "Backup Repair List"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list backup-repair } // container route-backup-path container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of the Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list backup-route-area } // container backup-route-areas container route-area-informations { description "OSPF Area Route Entry"; list route-area-information { description "An OSPF route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list route-area-information } // container route-area-informations container multicast-intact-route-areas { description "OSPF Area multicast-intact included route entry"; list multicast-intact-route-area { description "A Muliticast OSPF route in an area"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list multicast-intact-route-area } // container multicast-intact-route-areas container summary-area-information { description "OSPF route summary statistics"; container failure-time { description "Last time failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container failure-time container common { description "OSPF route summary Information"; leaf external-type1s { type uint32; description "External type 1 count"; } leaf external-type2s { type uint32; description "External type 2 count"; } leaf external-nssa-type1s { type uint32; description "External NSSA type 1 count"; } leaf external-nssa-type2s { type uint32; description "External NSSA type 2 count"; } leaf inter-areas { type uint32; description "Inter-area count"; } leaf intra-areas { type uint32; description "Intra-area count"; } leaf total { type uint32; description "Total count"; } } // container common leaf failures { type uint32; description "RIB failure count"; } leaf failure-address { type inet:ipv4-address; description "Last failed address"; } } // container summary-area-information container local-route-areas { description "OSPF Local Route Table"; list local-route-area { description "Local route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list local-route-area } // container local-route-areas leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } } // list route-area } // container route-areas container route-table { description "OSPF Route Table"; list route { description "An OSPF route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list route } // container route-table container external-routes { description "OSPF External Route Table"; list external-route { description "This is an OSPF external route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-information { description "Route details"; container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // container route-information container protocol-name { description "Name of protocol from which the external route was redistributed"; leaf protocol-type { type Redist-protocol; description "ProtocolType"; } leaf isis-instance-id { when "../protocol-type = 'mgmt-rib-protocol-isis'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_ISIS'"; } type String1; description "ISIS instance identifier"; } leaf ospf-process-id { when "../protocol-type = 'mgmt-rib-protocol-ospf'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_OSPF'"; } type String1; description "OSPF process identifier"; } leaf bgp-as-number { when "../protocol-type = 'mgmt-rib-protocol-bgp'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_BGP'"; } type String1; description "BGP Autonomous System Number"; } leaf eigrp-as-number { when "../protocol-type = 'mgmt-rib-protocol-eigrp'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_EIGRP'"; } type String1; description "Autonomous System Number"; } leaf connected-instance { when "../protocol-type = 'mgmt-rib-protocol-connected'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_CONNECTED'"; } type String1; description "Name of the Connected instance"; } } // container protocol-name container route-extended-community { description "Extended communities in the route"; leaf extended-community-domain-id-value { type yang:hex-string; description "Domain ID value"; } leaf extended-communityl-domain-id-type { type uint16; description "Domain ID type"; } leaf extended-community-area-id { type uint32; description "Area id"; } leaf extended-community-router-id { type inet:ipv4-address; description "Router id"; } leaf extended-community-route-type { type uint8; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf extended-community-options { type uint8; description "Route Options"; } } // container route-extended-community } // list external-route } // container external-routes } // container route-information container interface-information { description "Container for OSPF Interfaces/links"; container virtual-links { description "Virtual Link table"; list virtual-link { key "virtual-link-name"; description "Information for one Virtual link"; leaf virtual-link-name { type xr:Cisco-ios-xr-string; description "Virtual link"; } container virtual-link-neighbor { description "Neighbor information"; container virtual-link-retransmissoin { description "Neighbor retransmission info"; leaf dbd-retransmission-count { type uint32; description "Number of DBD retransmissions during last exchange"; } leaf dbd-retransmission-total-count { type uint32; description "Total number of DBD retransmissions for this neighbor"; } leaf area-flooding-index { type uint32; description "Area scope LSA's flood index"; } leaf as-flood-index { type uint32; description "AS scope LSA's flood index"; } leaf neighbor-retransmission-count { type uint32; description "Retransmission queue length"; } leaf number-of-retransmissions { type uint32; description "Number of retransmissions for this neighbor"; } leaf area-first-flood-information { type uint32; description "First flood item for area scope LSAs"; } leaf area-first-flood-information-index { type uint32; description "Index of the first flood item for area scope LSAs"; } leaf as-first-flood-information { type uint32; description "First flood item for AS scope LSAs"; } leaf as-first-flood-information-index { type uint32; description "Index for first flood item for AS scope LSAs"; } leaf area-next-flood-information { type uint32; description "Next flood item for area scope LSAs"; } leaf area-next-flood-information-index { type uint32; description "Index of next flood item for Area scope LSAs"; } leaf as-next-flood-information { type uint32; description "Next flood item for AS scope LSAs"; } leaf as-next-flood-information-index { type uint32; description "Index of next flood item for AS scope LSAs"; } leaf last-retransmission-length { type uint32; description "Number of LSAs sent in last retransmission"; } leaf maximum-retransmission-length { type uint32; description "Maximum number of LSAs sent in a retransmission"; } leaf last-retransmission-time { type uint32; description "Time taken for retransmission in the last attempt (ms)"; } leaf maximum-retransmission-time { type uint32; description "Maximum time taken for retransmission (ms)"; } leaf lsa-retransmission-timer { type uint32; description "Time until next LSA retransmission (ms)"; } } // container virtual-link-retransmissoin leaf virtual-link-suppress-hello { type boolean; description "If true Hellos suppressed"; } leaf virtual-link-state { type Neighbor-state; description "Adjacency state"; } } // container virtual-link-neighbor leaf virtual-link-name-xr { type string; description "Name of the Virtual link"; } leaf virtual-link-neighbor-id { type inet:ipv4-address; description "Neighbor on other end of this virtual link"; } leaf virtual-link-state { type Ospf-interface-state; description "OSPF interface state for the virtual link"; } leaf virtual-link-demand-circuit { type boolean; description "If true, the link runs as demand circuit"; } leaf virtual-link-dc-bitless-lsa { type uint32; description "Number of LSA's with demand circuit bit not set"; } leaf transit-area { type string; description "Area id of the Transit area"; } leaf virtual-link-interface-name { type xr:Interface-name; description "Interface on which this virtual link is formed"; } leaf virtual-link-cost { type uint16; description "Cost of the virtual link"; } leaf virual-link-transmission-delay { type uint16; units "second"; description "Transmission delay in seconds"; } leaf virtual-link-hello-interval { type uint32; description "Hello interval (s)"; } leaf virtual-link-hello-interval-ms { type uint32; description "Hello interval (ms)"; } leaf virtual-link-dead-interval { type uint32; description "Dead interval (s)"; } leaf virtual-link-wait-interval { type uint32; description "Wait interval (s)"; } leaf virtaul-link-retransmission-interval { type uint32; description "Retransmission interval (s)"; } leaf virtual-link-next-hello { type uint32; description "Time until next hello (s)"; } leaf virtual-link-next-hello-ms { type uint32; description "Time until next hello (ms)"; } leaf virtual-link-passive { type boolean; description "If true, interface is passive"; } leaf virtual-link-authentication-type { type Authentication; description "Authentication type"; } leaf virtual-link-youngest-md-key { type boolean; description "If true, MD key configured"; } leaf virtual-link-youngest-md-key-id { type uint16; description "Youngest MD key ID"; } leaf virtual-link-old-md-key-count { type uint32; description "Number of neighbors still using the old key (rollover in progress)"; } leaf keychain-name { type string { length "0..255"; } description "Virtual Link Keychain Name"; } leaf virtual-link-keychain-key-conf { type boolean; description "If true, Keychain key is configured"; } leaf virtual-link-keychain-id { type uint64; description "Virtual Link Keychain ID"; } leaf virtual-link-keychain-alg { type Ospf-crytographic-algo; description "Virtual Link Keychain cryptographic-algorithm"; } leaf virtual-link-nsf-enabled { type boolean; description "If true, NSF enabled"; } leaf virtual-link-nsf { type boolean; description "If true, NSF restart in progress on the virtual link"; } leaf virtual-link-last-nsf { type uint32; units "second"; description "Time in seconds since last NSF"; } list virtual-link-md-key { description "List of old MD keys (if any)"; leaf entry { type uint16; description "List of old MD keys (if any)"; } } // list virtual-link-md-key } // list virtual-link } // container virtual-links container interface-briefs { description "OSPF Interface Brief Table"; list interface-brief { key "interface-name"; description "OSPF interface brief information"; leaf interface-name { type xr:Interface-name; description "Interface"; } leaf interface-name-xr { type xr:Interface-name; description "Name of the interface on which OSPF is enabled"; } leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf interface-address { type inet:ipv4-address; description "IPv4 address of the Interface"; } leaf interface-mask { type uint32; description "Interface IP Mask"; } leaf interface-link-cost { type uint16; description "link cost/metric of the interface"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } leaf interface-fast-detect-hold-down { type boolean; description "whether the interface is in fast detect hold down state"; } leaf interface-neighbor-count { type uint16; description "Total number of Neighbors"; } leaf interface-adj-neighbor-count { type uint16; description "Total number of Adjacent Neighbors"; } leaf interfaceis-madj { type boolean; description "If true, interface is multi-area"; } leaf interface-madj-count { type uint16; description "Total number of multi-area"; } list interface-madj { description "Information for multi-area on the interface"; leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf madj-area-id { type uint32; description "Area ID"; } leaf interface-neighbor-count { type uint16; description "Number of Neighbors"; } leaf interface-adj-neighbor-count { type uint16; description "Total number of Adjacent Neighbors"; } leaf interface-link-cost { type uint16; description "Cost/Metric of the Interface link"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } } // list interface-madj } // list interface-brief } // container interface-briefs container interfaces { description "OSPF Interface Table"; list interface { key "interface-name"; description "OSPF interface information"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } container interface-bfd-information { description "BFD information"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf interval { type uint32; description "BFD interval (ms)"; } leaf detection-multiplier { type uint32; description "BFD multiplier value"; } } // container interface-bfd-information container active-interface { description "Active interface details"; leaf wait-time { type uint32; description "Wait time for DR/BDR selection (s)"; } leaf interface-area-flood-index { type uint32; description "Area scope LSAs flood index"; } leaf interface-as-flood-index { type uint32; description "AS scope LSAs flood index"; } leaf interface-flood-length { type uint32; description "Flood queue length"; } leaf interface-area-next-flood { type uint32; description "Next LSA to flood (Area scope)"; } leaf interface-area-next-flood-index { type uint32; description "Index of next LSA to flood (Area scope)"; } leaf interface-as-next-flood { type uint32; description "Next LSA to flood (AS scope)"; } leaf interface-as-next-flood-index { type uint32; description "Index of next LSA to flood (AS scope)"; } leaf flood-scan-length { type uint32; description "Length of flood queue in the last attempt"; } leaf maximum-flood-length { type uint32; description "Maximum length of the flood queue"; } leaf last-flood-time { type uint32; description "Time taken for Last flood (ms)"; } leaf maximum-flood-time { type uint32; description "Maximum time taken for flood (ms)"; } leaf interface-flood-pacing-timer { type uint32; description "Time until next flood pacing timer (ms)"; } leaf interface-neighbor-count { type uint16; description "Total number of Neighbors"; } leaf suppress-hello-count { type uint16; description "Number of neighbors for which hellos are suppressed"; } leaf interface-authentication-type { type Authentication; description "Authentication type"; } leaf youngest-md-key { type boolean; description "If true, MD key is configured"; } leaf old-md5-key-neighbor-count { type uint32; description "Number of neighbors using the old key (if rollover in progress)"; } leaf youngest-md-key-id { type uint16; description "Youngest MD key ID"; } leaf keychain-name { type string { length "0..255"; } description "Name of Keychain used in this interface"; } leaf keychain-key-conf { type boolean; description "If true, Keychain key is configured"; } leaf keychain-id { type uint64; description "ID of the keychain used in this interface"; } leaf keychain-alg { type Ospf-crytographic-algo; description "Keychain cryptographic-algorithm used in this interface"; } list md-keys { description "List of old MD keys"; leaf entry { type uint16; description "List of old MD keys"; } } // list md-keys } // container active-interface leaf interface-name-xr { type xr:Interface-name; description "Name of the interface"; } leaf interface-state { type Interface-state; description "State of the interface"; } leaf interface-line-state { type boolean; description "If true, line protocol is up"; } leaf interface-address { type inet:ipv4-address; description "IPv4 Address of the interface"; } leaf interface-mask { type uint32; description "Interface IP Mask"; } leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf interface-sid { type uint32; description "Interface SID"; } leaf interface-sid-php-off { type boolean; description "SID PHP Off"; } leaf interface-sid-n-flag-clear { type boolean; description "SID N-Flag Clear"; } leaf interface-strict-spf-sid { type uint32; description "Interface Strict-SPF SID"; } leaf interface-strict-spf-sid-php-off { type boolean; description "Strict-SPF SID PHP Off"; } leaf interface-strict-spf-sid-n-flag-clear { type boolean; description "Strict-SPF SID N-Flag Clear"; } leaf interface-router-id { type inet:ipv4-address; description "Interface Router ID"; } leaf network-type { type Interface; description "Network type of the interface, whether P2P, Broadcast, NBMA or P2MP"; } leaf ip-mtu { type uint16; description "IP MTU"; } leaf maximum-packet-size { type uint16; description "Maximum size of the packet"; } leaf interface-tunnel-flags { type uint32; description "Flags related to Tunnel Interface"; } leaf interface-link-cost { type uint16; description "Link cost/Metric of the interface"; } leaf interface-bandwidth { type uint32; description "Bandwidth of the Interface"; } leaf cfg-cost-fallback { type boolean; description "If true, cost fallback is configured"; } leaf interface-cost-fallback { type uint16; description "Interface fallback cost"; } leaf cost-fallback-active { type boolean; description "If true, cost fallback is active"; } leaf cfg-delay-igp-cost-fallback { type boolean; description "If true,delay igp cost fallback is configured"; } leaf interface-igp-cost-fallback { type uint16; description "Interface fallback cost"; } leaf dealy-igp-cost-fallback-active { type boolean; description "If true, cost fallback is active"; } leaf cfg-delay-te-cost-fallback { type boolean; description "If true,delay te cost fallback is configured"; } leaf interface-delay-te-cost-fallback { type uint32; description "Interface fallback cost"; } leaf dealy-te-cost-fallback-active { type boolean; description "If true, cost fallback is active"; } leaf configured-ldp-sync { type boolean; description "If true, configured as LDP sync"; } leaf configured-ldp-sync-igp-shortcuts { type boolean; description "If true, sync igp shortcuts"; } leaf interface-ldp-sync { type boolean; description "If true, interface LDP sync is achieved"; } leaf configured-demand-circuit { type boolean; description "Whether this interface is configured as a demand circuit"; } leaf interface-demand-circuit { type boolean; description "Whether this interface is running as a demand circuit"; } leaf interface-dc-bitless-lsa-count { type uint32; description "Number of LSAs with demand circuit bit not set for the area in which the interface is running"; } leaf transmission-delay { type uint16; description "Interface Transmission delay"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } leaf interface-priority { type uint8; description "DR priority of the interface"; } leaf designated-router { type boolean; description "If true, there is a Designated Router for this network"; } leaf designated-router-id { type inet:ipv4-address; description "Router id of Designated router of this network"; } leaf designated-router-address { type inet:ipv4-address; description "Interface address of the Designated Router of this network"; } leaf backup-designated-router { type boolean; description "If true, there is a Backup Designated Router for this network"; } leaf backup-designated-router-id { type inet:ipv4-address; description "Router id of Backup Designated Router of this network"; } leaf backup-designated-router-address { type inet:ipv4-address; description "interface address of the Backup Designated Router of this network"; } leaf network-lsa-flush-timer { type uint32; units "second"; description "The amount of time in seconds before flush timer for old network LSA expires"; } leaf interface-lsa-filter { type boolean; description "Filter is configured for out going LSAs"; } leaf hello-interval { type uint32; description "Configured hello interval (s)"; } leaf hello-interval-ms { type uint32; description "Configured hello interval (ms)"; } leaf dead-interval { type uint32; description "Configured dead interval (s)"; } leaf wait-interval { type uint32; description "Configured wait interval (s)"; } leaf interface-retransmission-interrval { type uint32; description "Configured retransmit interval (s)"; } leaf interface-nsf-enabled { type boolean; description "If true, NSF is enabled"; } leaf interface-nsf { type boolean; description "If true, NSF restart in progress on this interface"; } leaf interface-last-nsf { type uint32; description "Time since last NSF restart (s)"; } leaf passive-interface { type boolean; description "If true, passive interface"; } leaf next-hello-time { type uint32; description "Time until next Hello (s)"; } leaf next-hello-time-ms { type uint32; description "Time until next Hello (ms)"; } leaf ttl-security-enabled { type boolean; description "TTL security enabled on the interface"; } leaf ttl-security-hop-count { type uint32; description "TTL security hop count for this interface"; } leaf interfaceis-madj { type boolean; description "If true, interface is multi-area"; } leaf interface-madj-count { type uint16; description "Total number of multi-area"; } leaf prefix-suppress-primary-addresses { type boolean; description "whether Prefix Suppression for primary addresses is enabled"; } leaf prefix-suppress-secondary-addresses { type boolean; description "Whether Prefix Suppression for secondary addresses is enabled"; } leaf is-loopback-stub-network { type boolean; description "If true, loopback interface is advertised as a stub network"; } leaf interface-ack-list-count { type uint32; description "Ack List Count"; } leaf interface-ack-list-high-watermark { type uint32; description "Ack List High Watermark"; } leaf registered-for-link-down-fast-detection { type boolean; description "Whether this interface is registered for Link Down Fast Detection"; } leaf fast-detect-hold-down-time { type uint32; description "Hold-down time in ms for fast-detect event"; } leaf interface-fast-detect-hold-down { type boolean; description "Link in hold-down state due to fast detect event"; } leaf fast-detect-hold-down-time-remaining { type uint32; description "Remaining hold down time in ms"; } leaf fast-reroute-type { type Ipfrr; description "IP Fast Reroute Type"; } leaf fast-reroute-topology-independent-lfa { type boolean; description "Topology Independent LFA"; } leaf srlg-default-weight { type uint32; description "SRLG Default weight if not configured specifically for this SRLG"; } leaf interface-unnum { type xr:Interface-name; description "Unnumbered interface"; } leaf interface-forw { type boolean; description "Forward reference interface"; } leaf interface-pri-labels { type uint8; description "Max number of primary labels"; } leaf interface-bkp-labels { type uint8; description "Max number of backup labels"; } leaf interface-srte-labels { type uint8; description "Max number of SRTE labels"; } leaf interface-srat-cap { type uint8; description "SRTE automatic path capability"; } leaf pm-delay-set { type boolean; description "PerfMeas Delay values available"; } leaf link-delay-avg { type uint32; description "PerfMeas Average Link Delay"; } leaf link-delay-min { type uint32; description "PerfMeas Minimum Link Delay"; } leaf link-delay-max { type uint32; description "PerfMeas Maximum Link Delay"; } leaf pm-dealy-average-a-bit { type boolean; description "If true, PM delay avg bit is set"; } leaf pm-dealy-min-max-a-bit { type boolean; description "If true, PM delay min_max bit is set"; } leaf link-delay-avg-raw { type uint32; description "PerfMeas Average Link Delay Raw"; } leaf link-delay-min-raw { type uint32; description "PerfMeas Minimum Link Delay Raw"; } leaf link-delay-max-raw { type uint32; description "PerfMeas Maximum Link Delay Raw"; } leaf link-delay-norm-intval { type uint32; description "PerfMeas Delay Norm Interval"; } leaf link-delay-norm-offset { type uint32; description "PerfMeas Delay Norm Offset"; } leaf link-delay-var { type uint32; description "PerfMeas Link Delay Variance"; } leaf pm-loss-set { type boolean; description "PerfMeas Link Loss values available"; } leaf link-loss { type uint32; description "PerfMeas Link Loss"; } leaf pmbw-util-set { type boolean; description "PerfMeas BW Util values available"; } leaf total-bandwidth { type uint64; description "PerfMeas Total Bandwidth"; } leaf rsvpte-bandwidth { type uint64; description "PerfMeas RSVP-TE Bandwidth"; } leaf remote-lfa { type uint8; description "Remote LFA"; } leaf srte-metric-set { type boolean; description "SRTE Metric available"; } leaf srte-metric { type uint32; description "SRTE Metric"; } leaf srte-app-weight { type uint32; description "SRTE App Weight"; } leaf srte-ext-admin-group-set { type boolean; description "SRTE Ext. Admin Group available"; } leaf interface-weight { type uint32; description "Configured Interface weight"; } leaf if-rib-l-csync-needed { type boolean; description "rib lc sync needed"; } leaf if-rib-l-csync { type boolean; description "rib lc sync state"; } leaf conditional-advertising-enabled { type boolean; description "If Conditional advertising based on route-policy is enabled"; } leaf conditional-advertise-policy-name { type string; description "Name of the applied policy for Conditional advertising"; } leaf conditional-advertising-result { type boolean; description "Result of the policy applied for Conditional advertising"; } list srlg { description "SRLG Values"; leaf entry { type uint32; description "SRLG Values"; } } // list srlg list srlg-weight { description "SRLG Weight"; leaf entry { type uint32; description "SRLG Weight"; } } // list srlg-weight list srtete-ext-admin-group { description "SRTE Ext. Admin Group"; leaf entry { type uint32; description "SRTE Ext. Admin Group"; } } // list srtete-ext-admin-group list interface-neighbor { description "Information for neighbors on the interface"; leaf interface-neighbor-id { type inet:ipv4-address; description "Neighbor Router ID"; } leaf interface-neighbor-cost { type uint32; description "Cost of link to neighbor"; } leaf neighbor-dr { type boolean; description "If true, Designated router"; } leaf neighbor-bdr { type boolean; description "If true, Backup designated router"; } leaf suppress-hello { type boolean; description "If true, hellos suppressed"; } } // list interface-neighbor list interface-madj { description "Information for multi-area on the interface"; leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf madj-area-id { type uint32; description "Area ID"; } leaf interface-neighbor-count { type uint16; description "Number of Neighbors"; } leaf interface-adj-neighbor-count { type uint16; description "Total number of Adjacent Neighbors"; } leaf interface-link-cost { type uint16; description "Cost/Metric of the Interface link"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } } // list interface-madj list ipfrr-tiebreakers { description "IPFRR-Tiebreakers list"; leaf tiebreaker-type { type Ipfrr-tbrkr; description "Tiebreaker Type, whether LC-Disjoint, Node Protecting etc"; } leaf tiebreaker-index { type uint32; description "Tiebreaker Index corresponding to the tiebreaker type"; } } // list ipfrr-tiebreakers list ip-sec-addr { description "Secondary IP address list"; leaf secondary-addr { type inet:ipv4-address; description "Secondary Address Type"; } leaf secondary-prefix { type uint32; description "Secondary Prefix Length"; } } // list ip-sec-addr list sr-adj-sid { description "SR Configured Adjacency SIDs"; leaf adj-sid-label { type uint32; description "Adjacency SID Label"; } leaf protected-adj-sid { type boolean; description "Adjacency SID Protection"; } leaf adj-sid-is-active { type boolean; description "Adj sid is allocated to a neighbor"; } leaf adj-sid-inactive-reason { type Ospf-sr-adj-sid-inactive-reason; description "Adjacency SID Inactive Reason"; } } // list sr-adj-sid } // list interface } // container interfaces } // container interface-information container border-routers { description "Border router table"; list border-router { key "border-router-id"; description "Information for a particular border router"; leaf border-router-id { type inet:ipv4-address-no-zone; description "Router address"; } leaf border-router-id-xr { type inet:ipv4-address; description "Router ID of Border Router"; } list border-router-path { description "List of Border Router paths"; leaf border-router-route-type { type Ospf-route; description "Whether it is an intra-area or inter-area route"; } leaf border-router-route-metric { type uint32; description "Metric"; } leaf border-router-next-hop { type inet:ipv4-address; description "Next hop address"; } leaf border-router-next-hop-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf border-router-type { type Ospf-br; description "Border router type, whether it is an ABR, ASBR or both"; } leaf border-router-area-id { type string { length "0..16"; } description "Area string in decimal or dotted-decimal format"; } leaf spf-version { type uint64; description "SPF run instance count"; } } // list border-router-path } // list border-router } // container border-routers container process-information { description "Container for OSPF Process information"; container protocol-areas { description "Protocol Area table"; list protocol-area { description "Area information"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID if in integer format"; } leaf address { type inet:ipv4-address-no-zone; description "Area ID if in IP address format"; } leaf protcol-area { type string { length "0..16"; } description "Area ID string in decimal and dotted-decimal format"; } leaf protocol-mpls { type boolean; description "MPLS-TE enabled"; } leaf protocol-area-dist-list-in { type string; description "Distribute List In"; } list protocol-interface { description "Interface list"; leaf protocol-interface-name { type xr:Interface-name; description "Interface"; } leaf protocol-authentication-type { type Authentication; description "Authentication type"; } leaf protocol-interface-dist-list-in { type string; description "Distribute List In"; } } // list protocol-interface } // list protocol-area } // container protocol-areas container protocol-summary { description "Basic OSPF protocol information"; leaf protocol-router-id { type inet:ipv4-address; description "Router ID"; } leaf protocol-distance { type uint32; description "Administrative distance"; } leaf administrative-distance-inter-area { type uint32; description "Administrative Distance for Inter Area routes"; } leaf administrative-distance-external { type uint32; description "Administrative Distance for External routes"; } leaf protocol-nsf { type boolean; description "True if NSF enabled"; } leaf dist-list-in { type string; description "Distribute List In"; } } // container protocol-summary container redistributions { description "Redistribution information table"; list redistribution { description "Redistribution information"; leaf protocol-name { type xr:Cisco-ios-xr-string; description "Name of the protocol being redistributed"; } leaf process-name { type xr:Cisco-ios-xr-string; description "Process/Instance name of the protocol being redistributed"; } container redistribution-protocol { description "Protocol Information"; leaf protocol-type { type Redist-protocol; description "ProtocolType"; } leaf isis-instance-id { when "../protocol-type = 'mgmt-rib-protocol-isis'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_ISIS'"; } type String1; description "ISIS instance identifier"; } leaf ospf-process-id { when "../protocol-type = 'mgmt-rib-protocol-ospf'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_OSPF'"; } type String1; description "OSPF process identifier"; } leaf bgp-as-number { when "../protocol-type = 'mgmt-rib-protocol-bgp'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_BGP'"; } type String1; description "BGP Autonomous System Number"; } leaf eigrp-as-number { when "../protocol-type = 'mgmt-rib-protocol-eigrp'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_EIGRP'"; } type String1; description "Autonomous System Number"; } leaf connected-instance { when "../protocol-type = 'mgmt-rib-protocol-connected'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_CONNECTED'"; } type String1; description "Name of the Connected instance"; } } // container redistribution-protocol leaf metric-flag { type boolean; description "If true, Metric configured"; } leaf metric { type uint32; description "Route metric"; } leaf rib-metric-flag { type boolean; description "If true, RIB metric is used"; } leaf metric-type { type uint32; description "Redistribute as External type 1 or 2 "; } leaf tag-flag { type boolean; description "If true, tag is configured"; } leaf tag { type uint32; description "Route Tag"; } leaf keep-bgp-med { type boolean; description "If true, BGP MED value is preserved"; } leaf keep-bgp-def-info { type boolean; description "If true, BGP metric and metric type are preserved for default route"; } leaf redist-summary { type boolean; description "If true, routes will be redistributed as Summary LSAs instead of External LSAs"; } leaf policy-name { type string; description "Name of applied policy"; } leaf classless { type boolean; description "Whether to use CIDR"; } leaf nssa-only { type boolean; description "To NSSA areas only"; } } // list redistribution } // container redistributions container process-areas { description "Process Area table"; list process-area { description "Detailed information for a particular area"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID if in integer format"; } leaf address { type inet:ipv4-address-no-zone; description "Area ID if in IP address format"; } leaf area-id-string { type string { length "0..16"; } description "Area ID string"; } leaf backbone-area-active { type boolean; description "If true, Backbone area is active"; } leaf area-interface-count { type uint16; description "Number of interfaces in the area"; } leaf area-stub { type boolean; description "If true, stub area"; } leaf area-total-stub { type boolean; description "If true, totally stubby area"; } leaf stub-default-cost { type uint32; description "Default cost for Stub or NSSA area"; } leaf area-nssa { type boolean; description "If true, area is a NSSA"; } leaf nssa-no-redistribution { type boolean; description "If true, No redistribution into this NSSA area"; } leaf nssa-translate { type boolean; description "If true, perform 7/5 translation"; } leaf nssa-translate-always { type boolean; description "If true, perform 7/5 translation always"; } leaf nssa-default { type boolean; description "If true, generate NSSA default route"; } leaf te-enabled { type boolean; description "If true, MPLS-TE enabled"; } leaf te-topology-version { type uint32; description "TE area topology version number"; } leaf external-out { type boolean; description "If true, advertise intra-area prefixes as external"; } leaf summary-in { type boolean; description "If true, advertise redistributedprefixes as summary"; } leaf segment-routing { type Sr-dp; description "If true, Segment Routing enabled"; } leaf sr-strict-spf-cap { type boolean; description "If true, All routers in Area are SR Strict-SPF Capable"; } leaf sr-strict-spfsids-available { type boolean; description "If true, All routers in Area have SR Strict-SPF SIDs"; } leaf sr-microloop-avoidance-active { type boolean; description "If true, Segment routing Uloop avoidance is currently active in this area"; } leaf sr-microloop-avoidance-event-type { type Sr-uloop-event; description "Event for which SR uloop is triggered Link Up/Link Down"; } leaf sr-microloop-avoidance-near-end-id { type inet:ipv4-address; description "Link State ID of the near end of the topology change"; } leaf sr-microloop-avoidance-far-end-id { type inet:ipv4-address; description "Link State ID of the far end of the topology change"; } leaf sr-microloop-avoidance-pseudonode-id { type inet:ipv4-address; description "Link State ID of the pseudo node, if the change is on a broadcast link"; } leaf authentication-type { type Authentication; description "Authentication type used for the area"; } leaf spf-count { type uint32; description "Number of SPF calculations run"; } leaf area-policy-in { type boolean; description "If true, inbound policy is configured"; } leaf area-policy-in-name { type string; description "Inbound summary lsa filtering policy"; } leaf area-policy-out { type boolean; description "If true, outbound policy is configured"; } leaf area-policy-out-name { type string; description "Outbound summary lsa filtering policy"; } leaf area-lsa-count { type uint32; description "Number of LSAs in the Area"; } leaf area-lsa-checksum { type uint32; description "Sum of all area LSAs checksum"; } leaf area-opaque-lsa-count { type uint32; description "Number of Opaque LSAs in the Area"; } leaf area-opaque-lsa-checksum { type uint32; description "Sum of opaque LSA checksums"; } leaf area-dc-bitless-lsa-count { type uint32; description "Number of LSA with demand circuit bit not set"; } leaf indication-lsa-count { type uint32; description "Number of indication LSAs"; } leaf dna-lsa-count { type uint32; description "Number of DoNotAge LSAs"; } leaf flood-list-length { type uint32; description "Number of LSAs which need to be flooded"; } leaf area-lfa-interface-count { type uint32; description "Number of LFA enabled interfaces"; } leaf area-per-prefix-lfa-interface-count { type uint32; description "Number of Per Prefix LFA enabled interfaces"; } leaf area-lfa-revision { type uint32; description "Area LFA revision"; } leaf area-adj-stag-num-nbr-forming { type uint16; description "Num of nbrs currently forming"; } leaf area-num-nbr-full { type uint16; description "Num of full nbrs in area"; } list area-range { description "List of ranges to summarize"; leaf range-prefix { type inet:ipv4-address; description "IP prefix for summarization"; } leaf range-mask { type inet:ipv4-address; description "Network mask"; } leaf cost { type uint32; description "Cost"; } leaf advertise-flag { type boolean; description "Whether to advertise Summary LSAs for this range"; } } // list area-range } // list process-area } // container process-areas container process-summary { description "Basic OSPF summary information"; container domain-id { description "Domain ID information"; container primary-domain-id { description "Primary Domain ID"; leaf domain-id-type { type uint16; description "Domain ID Type"; } leaf domain-id-value { type yang:hex-string; description "Domain ID value"; } } // container primary-domain-id list secondary-domain-id { description "List of secondary domain IDs"; leaf domain-id-type { type uint16; description "Domain ID Type"; } leaf domain-id-value { type yang:hex-string; description "Domain ID value"; } } // list secondary-domain-id } // container domain-id leaf vrf-active { type boolean; description "If true, VRF configured"; } leaf role-standby { type boolean; description "If true, Role is Standby, Active otherwise"; } leaf role { type uint32; description "Role, V1/V2 Active/Standby"; } leaf nsr-enabled { type boolean; description "If true, NSR is enabled"; } leaf nsr-switchover-on-restart { type boolean; description "Trigger RP Switchover on detectable process restart"; } leaf igp-intact-on { type boolean; description "If true, running in IGP-Intact mode"; } leaf router-id { type inet:ipv4-address; description "Router ID"; } leaf tos-options { type uint8; description "Type of Service supported"; } leaf opaque-capable { type boolean; description "Whether the OSPF instance is Opaque LSA capable"; } leaf area-border-router { type boolean; description "If true, is an Area Border Router"; } leaf as-border-router { type boolean; description "If true, is an AS Border Router"; } leaf vrf-lite-enabled { type boolean; description "If true, vrf lite is enabled"; } leaf capability-prefer-type7 { type boolean; description "If true, prefer type 7 LSAs over type 5"; } leaf maximum-metric-start { type boolean; description "If true, originate Router LSA with maximum metric"; } leaf maximum-metric-start-timer { type uint32; description "Time remaining for hold down timer (s)"; } leaf maximum-metric-set-reason { type Max-metric-set-reason; description "Reason to set Max-metric"; } leaf maximum-metric-abr-off-mode { type boolean; description "If true, ABR duties temporarily disabled"; } leaf maximum-metric-abr-off-reasons { type Ospf-max-metric-abr-off-reasons; description "Reasons for ABR duties being temporarily disabled"; } leaf maximum-metric-abr-off-buffer-time { type uint32; units "second"; description "Buffer time in seconds since last neighbor activity, to remain in max-metric ABR off state"; } leaf spf-start-time { type uint32; description "Scheduling delay for SPF (ms)"; } leaf spf-hold-time { type uint32; description "Minimum delay time between SPF runs (ms)"; } leaf spf-maximum-time { type uint32; description "Maximum delay time between SPF runs (ms)"; } leaf spf-prefix-priority { type boolean; description "If true, prefix-priority policy is configured"; } leaf spf-prefix-priority-route-policy { type string; description "Route-policy that governs SPF Prefix-priority"; } leaf lsa-start-time { type int32; description "Initial LSA throttle delay (ms)"; } leaf lsa-hold-time { type uint32; description "Second delay before generating next LSA (ms)"; } leaf lsa-maximum-time { type uint32; description "Maximum delay before generating an LSA (ms)"; } leaf minimum-lsa-interval { type uint32; description "Minimum time between LSA regeneration (ms)"; } leaf lsa-refresh-interval { type uint32; description "LSA refresh interval (sec)"; } leaf minimum-lsa-arrival-interval { type uint32; description "Minimum time between accepting LSAs (ms)"; } leaf if-flood-pacing-interval { type uint16; description "Flood pacing timer (ms)"; } leaf if-retrans-pacing-interval { type uint16; description "Retransmission pacing timer (ms)"; } leaf adj-stag-init-num-nbr { type uint16; description "Num of nbrs brought up initially per area"; } leaf adj-stag-max-num-nbr { type uint16; description "Max num of nbrs brought up simultaneously per OSPF instance"; } leaf adj-stagger-enabled { type boolean; description "If true, OSPF Adjacency Staggering is configured"; } leaf adj-stag-num-nbr-forming { type uint16; description "Num of nbrs currently forming for OSPF instance"; } leaf number-nbrs-full { type uint16; description "Num of full nbrs"; } leaf as-lsa-count { type uint32; description "Number of AS scope LSAs"; } leaf as-lsa-checksum { type uint32; description "Sum of AS scope LSA checksum"; } leaf opaque-lsa-count { type uint32; description "Number of Opaque LSAs"; } leaf opaque-lsa-checksum { type uint32; description "Sum of opaque LSA checksum"; } leaf as-dc-bitless-lsa-count { type uint32; description "Number of External and AS Opaque LSAs with demand circut bit not set"; } leaf as-dna-lsa-count { type uint32; description "Number of External and AS Opaque LSAs with DoNotAge set "; } leaf area-count { type uint16; description "Number of areas"; } leaf normal-area-count { type uint16; description "Number of normal Areas"; } leaf stub-area-count { type uint16; description "Number of Stub and Total Stub Areas"; } leaf nssa-area-count { type uint16; description "Number of NSSA Areas"; } leaf maximum-interfaces { type uint32; description "Maximum number of interfaces"; } leaf as-lsa-flood-list-length { type uint32; description "Length of AS LSAs flood list"; } leaf nsf-enabled { type boolean; description "If true, NSF enabled"; } leaf last-nsf-time { type uint32; description " Length of time since the last NSF (s)"; } leaf nsf-time { type uint32; description "Total time to complete NSF (s)"; } leaf redistribution-limit { type uint32; description "The number of redistributed prefixes allowed"; } leaf redistribution-threshold { type uint32; description "When the number of redistributed prefixes reaches this threshold, a warning message is issued"; } leaf redistribution-limit-warn { type boolean; description "If true, only a syslog message is printed when redistribution prefix limit is reached"; } leaf graceful-shutdown-retention-time { type uint32; description "Amount of time routes are retained after graceful shutdown (s)"; } leaf graceful-shutdown-state { type Gs-state; description "State of graceful shutdown"; } leaf table-prefix-limit-reached { type boolean; description "If true, prefix limit for table has been reached"; } leaf non-self-lsa-count { type uint32; description "Non self-generated LSA count"; } leaf max-lsa-enabled { type boolean; description "If true, max-lsa protection enabled"; } leaf max-lsa-limit { type uint32; description "Maximum allowed number of non self-generated LSAs"; } leaf max-lsa-treshold { type uint32; description "max-lsa protection warning threshold"; } leaf max-lsa-warning-only { type boolean; description "Warning only when max-lsa reached"; } leaf max-lsa-ignore-time { type uint32; description "Time ignoring new LSAs after max-lsa reached"; } leaf max-lsa-reset-time { type uint32; description "Time after which LSA protection counter is reset"; } leaf max-lsa-ignore-limit { type uint32; description "Max allowed number of entering ignore state"; } leaf max-lsa-ignore-count { type uint32; description "How many times ignore state has been entered"; } leaf max-lsa-ignore-timer { type uint32; description "Remaining time when ignore timer is running"; } leaf max-lsa-reset-timer { type uint32; description "Remaining time when reset timer is running"; } leaf context-name { type string { length "0..32"; } description "SNMP Context name"; } leaf snmp-trap-enabled { type boolean; description "If true, snmp trap is enabled"; } leaf ucmp { type boolean; description "If true, UCMP is enabled"; } leaf ucmp-prefix-list { type string; description "UCMP Prefix-list"; } leaf ucmp-variance { type int32; description "UCMP Variance"; } leaf ucmp-delay { type uint32; description "Delay between end of SPF and start of UCMP calculation (ms)"; } leaf microloop-avoidance-type { type Uloop-avoidance; description "Microloop avoidance type configured"; } leaf microloop-avoidance-delay { type uint32; description "Microloop delay time after which actual post convergence paths are given to RIB (s)"; } leaf microloop-avoidance-active { type boolean; description "If true, Uloop is active"; } leaf microloop-avoidance-delay-expiry { type uint32; description "Remaining time for uloop delay timer to expire (s)"; } leaf lsd-connected { type boolean; description "True if connected to LSD"; } leaf lsd-registered { type boolean; description "True if registered with LSD"; } leaf lsd-bound { type boolean; description "True if bound to LSD"; } leaf lsd-connection-revision { type uint32; description "LSD Connection Revision"; } leaf srgb-configured { type boolean; description "True if Segment Routing Global Block configured"; } leaf srgb-start { type uint32; description "Segment Routing Global Block start label value"; } leaf srgb-end { type uint32; description "Segment Routing Global Block end label value"; } leaf srgb-status { type Ospf-srgb-status; description "Segment Routing Global Block allocation status"; } leaf sr-strict-spf-cap { type boolean; description "True if Segment Routing Strict-SPF capable"; } leaf srlb-start { type uint32; description "Segment Routing Local Block start label value"; } leaf srlb-end { type uint32; description "Segment Routing Local Block end label value"; } leaf srlb-status { type Ospf-srlb-status; description "Segment Routing Local Block allocation status"; } leaf spf-suspended { type boolean; description "If true, SPF is currently suspended"; } list maximum-metric { description "Max-metric list"; container maximum-metric-time-unset { description "Time max-metric condition was cleared"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container maximum-metric-time-unset leaf max-metric-reason { type uint8; description "Reason to set Max-metric"; } leaf max-metric-enabled { type boolean; description "Whether Max-metric is enabled"; } leaf unset-maximum-metric { type boolean; description "If true, BGP is up, no maximum metric Router LSA"; } leaf saved-unset-maximum-metric { type boolean; description "Saved UnsetMaximumMetric"; } leaf maximum-metric-start-time { type uint32; description "Time remaining until we will start using normal metrics (s)"; } leaf saved-startup-time { type uint32; description "Hold time configured (s)"; } leaf maximum-metric-include-stubs { type boolean; description "If true, set max-metric in stub links"; } leaf maximum-metric-summary-lsa { type boolean; description "If true, advertise max-metric in summary-LSAs"; } leaf maximum-metric-summary-lsa-metric { type uint32; description "Max-metric value to advertise in summary-LSAs"; } leaf maximum-metric-external-lsa { type boolean; description "If true, advertise max-metric in external-LSAs"; } leaf maximum-metric-external-lsa-metric { type uint32; description "Max-metric value to advertise in external-LSAs"; } leaf maximum-metric-originated-for { type uint32; description "Time max-metric was used for"; } leaf maximum-metric-unset-reason { type Max-metric-unset-reason; description "Reason to unset Max-metric"; } } // list maximum-metric list redistribution { description "Redistribution list"; container redistribution-protocol { description "Protocol Information"; leaf protocol-type { type Redist-protocol; description "ProtocolType"; } leaf isis-instance-id { when "../protocol-type = 'mgmt-rib-protocol-isis'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_ISIS'"; } type String1; description "ISIS instance identifier"; } leaf ospf-process-id { when "../protocol-type = 'mgmt-rib-protocol-ospf'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_OSPF'"; } type String1; description "OSPF process identifier"; } leaf bgp-as-number { when "../protocol-type = 'mgmt-rib-protocol-bgp'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_BGP'"; } type String1; description "BGP Autonomous System Number"; } leaf eigrp-as-number { when "../protocol-type = 'mgmt-rib-protocol-eigrp'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_EIGRP'"; } type String1; description "Autonomous System Number"; } leaf connected-instance { when "../protocol-type = 'mgmt-rib-protocol-connected'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_CONNECTED'"; } type String1; description "Name of the Connected instance"; } } // container redistribution-protocol leaf metric-flag { type boolean; description "If true, Metric configured"; } leaf metric { type uint32; description "Route metric"; } leaf rib-metric-flag { type boolean; description "If true, RIB metric is used"; } leaf metric-type { type uint32; description "Redistribute as External type 1 or 2 "; } leaf tag-flag { type boolean; description "If true, tag is configured"; } leaf tag { type uint32; description "Route Tag"; } leaf keep-bgp-med { type boolean; description "If true, BGP MED value is preserved"; } leaf keep-bgp-def-info { type boolean; description "If true, BGP metric and metric type are preserved for default route"; } leaf redist-summary { type boolean; description "If true, routes will be redistributed as Summary LSAs instead of External LSAs"; } leaf policy-name { type string; description "Name of applied policy"; } leaf classless { type boolean; description "Whether to use CIDR"; } leaf nssa-only { type boolean; description "To NSSA areas only"; } } // list redistribution } // container process-summary } // container process-information container areas { description "Area table"; list area { key "area-id"; description "Container for per area data"; container flood-list-area-table { description "Area specific flood list table"; list flood { key "interface-name"; description "Flooding information for a specific interface"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf flood-interface-name { type xr:Interface-name; description "Name of the Interface for which flood list is retrieved"; } leaf flood-pacing-timer { type uint32; description "Time until next LS update due (ms)"; } leaf flood-lsa-count { type uint32; description "Number of LSAs currently being flooded"; } list area-flood { description "Area scope floodlist"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list area-flood list as-flood { description "AS scope floodlist"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list as-flood } // list flood } // container flood-list-area-table container area-statistics { description "Container for Statistics"; container interface-stats-entries { description "Statistics innformation Interface table"; list interface-stats-entry { key "interface-name"; description "Statistics information for a specific interface"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf handle { type xr:Interface-name; description "interface handle type"; } leaf if-name-str { type string; description "interface name"; } list if-entry { description "interface entry"; leaf madj-intf { type boolean; description "OSPF madj interface"; } leaf area-id { type uint32; description "OSPF area id"; } leaf area-id-str { type string; description "OSPF aread id string"; } list if-stat { description "OSPF interface statistics"; leaf entry { type uint32; description "OSPF interface statistics"; } } // list if-stat } // list if-entry } // list interface-stats-entry } // container interface-stats-entries } // container area-statistics leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } container neighbors { description "Neighbor table"; list neighbor { description "Neighbor information"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } container neighbor-bfd-information { description "BFD related information of the neighbor"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf bfd-status-flag { type uint8; description "Status of the BFD Session"; } } // container neighbor-bfd-information leaf neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf neighbor-ip-address { type inet:ipv4-address; description "Neighbor IP Address"; } leaf neighbor-interface-name { type xr:Interface-name; description "Interface via which the neighbor is seen"; } leaf neighbor-dr-priority { type uint8; description "DR priority of the neighbor"; } leaf neighbor-state { type Neighbor-state; description "NFSM state of the neighbor"; } leaf dr-bdr-state { type Dr-bdr-state; description "IFSM state of the neighbor"; } leaf neighbor-dead-timer { type uint32; description "Time until neighbor's dead timer expires (s)"; } leaf neighbor-up-time { type uint32; description "Amount of time since the adjacency is up (s)"; } leaf neighbor-madj-interface { type boolean; description "Interface is MADJ"; } } // list neighbor } // container neighbors container interface-briefs { description "OSPF Interface Brief Table"; list interface-brief { key "interface-name"; description "OSPF interface brief information"; leaf interface-name { type xr:Interface-name; description "Interface"; } leaf interface-name-xr { type xr:Interface-name; description "Name of the interface on which OSPF is enabled"; } leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf interface-address { type inet:ipv4-address; description "IPv4 address of the Interface"; } leaf interface-mask { type uint32; description "Interface IP Mask"; } leaf interface-link-cost { type uint16; description "link cost/metric of the interface"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } leaf interface-fast-detect-hold-down { type boolean; description "whether the interface is in fast detect hold down state"; } leaf interface-neighbor-count { type uint16; description "Total number of Neighbors"; } leaf interface-adj-neighbor-count { type uint16; description "Total number of Adjacent Neighbors"; } leaf interfaceis-madj { type boolean; description "If true, interface is multi-area"; } leaf interface-madj-count { type uint16; description "Total number of multi-area"; } list interface-madj { description "Information for multi-area on the interface"; leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf madj-area-id { type uint32; description "Area ID"; } leaf interface-neighbor-count { type uint16; description "Number of Neighbors"; } leaf interface-adj-neighbor-count { type uint16; description "Total number of Adjacent Neighbors"; } leaf interface-link-cost { type uint16; description "Cost/Metric of the Interface link"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } } // list interface-madj } // list interface-brief } // container interface-briefs container requests { description "Request List table"; list request { description "Request list for a particular adjacency"; leaf interface-name { type xr:Interface-name; description "Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } leaf request-neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf request-neighbor-address { type inet:ipv4-address; description "Neighbor IP address"; } leaf request-interface-name { type xr:Interface-name; description "Request list interface"; } list request { description "List of request list entries"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list request } // list request } // container requests container retransmissions { description "Retransmission list table"; list retransmission { description "Retransmission list for a particular adjacency"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } leaf retransmission-neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf retransmission-neighbor-ip-address { type inet:ipv4-address; description "Neighbor IP Address"; } leaf retransmission-interface-name { type xr:Interface-name; description "Retransmission list interface"; } leaf retransmission-timer { type uint32; description "Amount of time remaining on retransmission timer (ms)"; } leaf retransmission-count { type uint32; description "Retransmission queue length"; } list retransmission-area-db { description "List of Area scope entries"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list retransmission-area-db list retransmission-asdb { description "List of AS Scope entries"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list retransmission-asdb } // list retransmission } // container retransmissions container neighbor-details { description "Neighbor detail table"; list neighbor-detail { description "A single neighbor's detail information"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } container neighbor-summary { description "Neighbor summary information"; container neighbor-bfd-information { description "BFD related information of the neighbor"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf bfd-status-flag { type uint8; description "Status of the BFD Session"; } } // container neighbor-bfd-information leaf neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf neighbor-ip-address { type inet:ipv4-address; description "Neighbor IP Address"; } leaf neighbor-interface-name { type xr:Interface-name; description "Interface via which the neighbor is seen"; } leaf neighbor-dr-priority { type uint8; description "DR priority of the neighbor"; } leaf neighbor-state { type Neighbor-state; description "NFSM state of the neighbor"; } leaf dr-bdr-state { type Dr-bdr-state; description "IFSM state of the neighbor"; } leaf neighbor-dead-timer { type uint32; description "Time until neighbor's dead timer expires (s)"; } leaf neighbor-up-time { type uint32; description "Amount of time since the adjacency is up (s)"; } leaf neighbor-madj-interface { type boolean; description "Interface is MADJ"; } } // container neighbor-summary container neighbor-bfd-information { description "BFD related information of the neighbor"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf bfd-status-flag { type uint8; description "Status of the BFD Session"; } } // container neighbor-bfd-information container neighbor-retransmission-information { description "Retransmission information with this neighbor"; leaf dbd-retransmission-count { type uint32; description "Number of DBD retransmissions during last exchange"; } leaf dbd-retransmission-total-count { type uint32; description "Total number of DBD retransmissions for this neighbor"; } leaf area-flooding-index { type uint32; description "Area scope LSA's flood index"; } leaf as-flood-index { type uint32; description "AS scope LSA's flood index"; } leaf neighbor-retransmission-count { type uint32; description "Retransmission queue length"; } leaf number-of-retransmissions { type uint32; description "Number of retransmissions for this neighbor"; } leaf area-first-flood-information { type uint32; description "First flood item for area scope LSAs"; } leaf area-first-flood-information-index { type uint32; description "Index of the first flood item for area scope LSAs"; } leaf as-first-flood-information { type uint32; description "First flood item for AS scope LSAs"; } leaf as-first-flood-information-index { type uint32; description "Index for first flood item for AS scope LSAs"; } leaf area-next-flood-information { type uint32; description "Next flood item for area scope LSAs"; } leaf area-next-flood-information-index { type uint32; description "Index of next flood item for Area scope LSAs"; } leaf as-next-flood-information { type uint32; description "Next flood item for AS scope LSAs"; } leaf as-next-flood-information-index { type uint32; description "Index of next flood item for AS scope LSAs"; } leaf last-retransmission-length { type uint32; description "Number of LSAs sent in last retransmission"; } leaf maximum-retransmission-length { type uint32; description "Maximum number of LSAs sent in a retransmission"; } leaf last-retransmission-time { type uint32; description "Time taken for retransmission in the last attempt (ms)"; } leaf maximum-retransmission-time { type uint32; description "Maximum time taken for retransmission (ms)"; } leaf lsa-retransmission-timer { type uint32; description "Time until next LSA retransmission (ms)"; } } // container neighbor-retransmission-information leaf neighbor-area-id { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf state-change-count { type uint16; description "Number of state changes"; } leaf neighbor-cost { type uint16; description "Cost of path to this neighbor"; } leaf neighbor-filter { type boolean; description "If true, filter outgoing LSAs"; } leaf neighbor-designated-router-address { type inet:ipv4-address; description "Address of designated router"; } leaf neighbor-backup-designated-router-address { type inet:ipv4-address; description "Address of backup designated router"; } leaf interface-type { type Interface; description "Type of the interface, whether it is p2p, broadcast, nbma or p2mp"; } leaf poll-interval { type uint32; description "Poll interval (s)"; } leaf next-poll-interval { type uint32; units "second"; description "For NBMA networks, amount of time remaining in seconds before the next poll interval expires and Hello is sent (s)"; } leaf neighbor-option { type uint8; description " This is bitmaks of neighbor's option field received"; } leaf pending-events { type uint16; description "Number of pending events"; } leaf neighbor-lls-option { type uint32; description "This is a bitmask of Link Local signalling options received from the neighbor"; } leaf oob-resynchronization { type boolean; description "Out-Of-Bound resynchronization in progress"; } leaf nsf-router-state { type Nsf-rtr; description "For cisco NSF, the router is either Requester or Receiver"; } leaf last-oob-time { type uint32; units "second"; description "The amount of time in seconds since last time Out-Of-Band resynchronization was done with this neighbor"; } leaf lfa-interface { type xr:Interface-name; description "LFA Interface"; } leaf lfa-next-hop { type inet:ipv4-address; description "LFA Next Hop"; } leaf lfa-neighbor-id { type inet:ipv4-address; description "LFA Neighbor ID"; } leaf lfa-neighbor-revision { type uint32; description "LFA Neighbor Revision"; } leaf neighbor-ack-list-count { type uint32; description "Ack List Count"; } leaf neighbor-ack-list-high-watermark { type uint32; description "Ack List High Watermark"; } leaf neighbor-interface-id { type uint16; description "Interface ID of neighbor recived via LLS"; } list adjacency-sid { description "List of SR Adjacency SIDs"; leaf adj-sid-label { type uint32; description "Adjacency SID Label"; } leaf protected-adj-sid { type boolean; description "Adjacency SID Protection"; } leaf adj-sid-has-backup { type boolean; description "Adjacency SID has backup protection"; } leaf configured-adj-sid { type boolean; description "Configured Adjacency SID"; } } // list adjacency-sid } // list neighbor-detail } // container neighbor-details container interfaces { description "OSPF Interface Table"; list interface { key "interface-name"; description "OSPF interface information"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } container interface-bfd-information { description "BFD information"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf interval { type uint32; description "BFD interval (ms)"; } leaf detection-multiplier { type uint32; description "BFD multiplier value"; } } // container interface-bfd-information container active-interface { description "Active interface details"; leaf wait-time { type uint32; description "Wait time for DR/BDR selection (s)"; } leaf interface-area-flood-index { type uint32; description "Area scope LSAs flood index"; } leaf interface-as-flood-index { type uint32; description "AS scope LSAs flood index"; } leaf interface-flood-length { type uint32; description "Flood queue length"; } leaf interface-area-next-flood { type uint32; description "Next LSA to flood (Area scope)"; } leaf interface-area-next-flood-index { type uint32; description "Index of next LSA to flood (Area scope)"; } leaf interface-as-next-flood { type uint32; description "Next LSA to flood (AS scope)"; } leaf interface-as-next-flood-index { type uint32; description "Index of next LSA to flood (AS scope)"; } leaf flood-scan-length { type uint32; description "Length of flood queue in the last attempt"; } leaf maximum-flood-length { type uint32; description "Maximum length of the flood queue"; } leaf last-flood-time { type uint32; description "Time taken for Last flood (ms)"; } leaf maximum-flood-time { type uint32; description "Maximum time taken for flood (ms)"; } leaf interface-flood-pacing-timer { type uint32; description "Time until next flood pacing timer (ms)"; } leaf interface-neighbor-count { type uint16; description "Total number of Neighbors"; } leaf suppress-hello-count { type uint16; description "Number of neighbors for which hellos are suppressed"; } leaf interface-authentication-type { type Authentication; description "Authentication type"; } leaf youngest-md-key { type boolean; description "If true, MD key is configured"; } leaf old-md5-key-neighbor-count { type uint32; description "Number of neighbors using the old key (if rollover in progress)"; } leaf youngest-md-key-id { type uint16; description "Youngest MD key ID"; } leaf keychain-name { type string { length "0..255"; } description "Name of Keychain used in this interface"; } leaf keychain-key-conf { type boolean; description "If true, Keychain key is configured"; } leaf keychain-id { type uint64; description "ID of the keychain used in this interface"; } leaf keychain-alg { type Ospf-crytographic-algo; description "Keychain cryptographic-algorithm used in this interface"; } list md-keys { description "List of old MD keys"; leaf entry { type uint16; description "List of old MD keys"; } } // list md-keys } // container active-interface leaf interface-name-xr { type xr:Interface-name; description "Name of the interface"; } leaf interface-state { type Interface-state; description "State of the interface"; } leaf interface-line-state { type boolean; description "If true, line protocol is up"; } leaf interface-address { type inet:ipv4-address; description "IPv4 Address of the interface"; } leaf interface-mask { type uint32; description "Interface IP Mask"; } leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf interface-sid { type uint32; description "Interface SID"; } leaf interface-sid-php-off { type boolean; description "SID PHP Off"; } leaf interface-sid-n-flag-clear { type boolean; description "SID N-Flag Clear"; } leaf interface-strict-spf-sid { type uint32; description "Interface Strict-SPF SID"; } leaf interface-strict-spf-sid-php-off { type boolean; description "Strict-SPF SID PHP Off"; } leaf interface-strict-spf-sid-n-flag-clear { type boolean; description "Strict-SPF SID N-Flag Clear"; } leaf interface-router-id { type inet:ipv4-address; description "Interface Router ID"; } leaf network-type { type Interface; description "Network type of the interface, whether P2P, Broadcast, NBMA or P2MP"; } leaf ip-mtu { type uint16; description "IP MTU"; } leaf maximum-packet-size { type uint16; description "Maximum size of the packet"; } leaf interface-tunnel-flags { type uint32; description "Flags related to Tunnel Interface"; } leaf interface-link-cost { type uint16; description "Link cost/Metric of the interface"; } leaf interface-bandwidth { type uint32; description "Bandwidth of the Interface"; } leaf cfg-cost-fallback { type boolean; description "If true, cost fallback is configured"; } leaf interface-cost-fallback { type uint16; description "Interface fallback cost"; } leaf cost-fallback-active { type boolean; description "If true, cost fallback is active"; } leaf cfg-delay-igp-cost-fallback { type boolean; description "If true,delay igp cost fallback is configured"; } leaf interface-igp-cost-fallback { type uint16; description "Interface fallback cost"; } leaf dealy-igp-cost-fallback-active { type boolean; description "If true, cost fallback is active"; } leaf cfg-delay-te-cost-fallback { type boolean; description "If true,delay te cost fallback is configured"; } leaf interface-delay-te-cost-fallback { type uint32; description "Interface fallback cost"; } leaf dealy-te-cost-fallback-active { type boolean; description "If true, cost fallback is active"; } leaf configured-ldp-sync { type boolean; description "If true, configured as LDP sync"; } leaf configured-ldp-sync-igp-shortcuts { type boolean; description "If true, sync igp shortcuts"; } leaf interface-ldp-sync { type boolean; description "If true, interface LDP sync is achieved"; } leaf configured-demand-circuit { type boolean; description "Whether this interface is configured as a demand circuit"; } leaf interface-demand-circuit { type boolean; description "Whether this interface is running as a demand circuit"; } leaf interface-dc-bitless-lsa-count { type uint32; description "Number of LSAs with demand circuit bit not set for the area in which the interface is running"; } leaf transmission-delay { type uint16; description "Interface Transmission delay"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } leaf interface-priority { type uint8; description "DR priority of the interface"; } leaf designated-router { type boolean; description "If true, there is a Designated Router for this network"; } leaf designated-router-id { type inet:ipv4-address; description "Router id of Designated router of this network"; } leaf designated-router-address { type inet:ipv4-address; description "Interface address of the Designated Router of this network"; } leaf backup-designated-router { type boolean; description "If true, there is a Backup Designated Router for this network"; } leaf backup-designated-router-id { type inet:ipv4-address; description "Router id of Backup Designated Router of this network"; } leaf backup-designated-router-address { type inet:ipv4-address; description "interface address of the Backup Designated Router of this network"; } leaf network-lsa-flush-timer { type uint32; units "second"; description "The amount of time in seconds before flush timer for old network LSA expires"; } leaf interface-lsa-filter { type boolean; description "Filter is configured for out going LSAs"; } leaf hello-interval { type uint32; description "Configured hello interval (s)"; } leaf hello-interval-ms { type uint32; description "Configured hello interval (ms)"; } leaf dead-interval { type uint32; description "Configured dead interval (s)"; } leaf wait-interval { type uint32; description "Configured wait interval (s)"; } leaf interface-retransmission-interrval { type uint32; description "Configured retransmit interval (s)"; } leaf interface-nsf-enabled { type boolean; description "If true, NSF is enabled"; } leaf interface-nsf { type boolean; description "If true, NSF restart in progress on this interface"; } leaf interface-last-nsf { type uint32; description "Time since last NSF restart (s)"; } leaf passive-interface { type boolean; description "If true, passive interface"; } leaf next-hello-time { type uint32; description "Time until next Hello (s)"; } leaf next-hello-time-ms { type uint32; description "Time until next Hello (ms)"; } leaf ttl-security-enabled { type boolean; description "TTL security enabled on the interface"; } leaf ttl-security-hop-count { type uint32; description "TTL security hop count for this interface"; } leaf interfaceis-madj { type boolean; description "If true, interface is multi-area"; } leaf interface-madj-count { type uint16; description "Total number of multi-area"; } leaf prefix-suppress-primary-addresses { type boolean; description "whether Prefix Suppression for primary addresses is enabled"; } leaf prefix-suppress-secondary-addresses { type boolean; description "Whether Prefix Suppression for secondary addresses is enabled"; } leaf is-loopback-stub-network { type boolean; description "If true, loopback interface is advertised as a stub network"; } leaf interface-ack-list-count { type uint32; description "Ack List Count"; } leaf interface-ack-list-high-watermark { type uint32; description "Ack List High Watermark"; } leaf registered-for-link-down-fast-detection { type boolean; description "Whether this interface is registered for Link Down Fast Detection"; } leaf fast-detect-hold-down-time { type uint32; description "Hold-down time in ms for fast-detect event"; } leaf interface-fast-detect-hold-down { type boolean; description "Link in hold-down state due to fast detect event"; } leaf fast-detect-hold-down-time-remaining { type uint32; description "Remaining hold down time in ms"; } leaf fast-reroute-type { type Ipfrr; description "IP Fast Reroute Type"; } leaf fast-reroute-topology-independent-lfa { type boolean; description "Topology Independent LFA"; } leaf srlg-default-weight { type uint32; description "SRLG Default weight if not configured specifically for this SRLG"; } leaf interface-unnum { type xr:Interface-name; description "Unnumbered interface"; } leaf interface-forw { type boolean; description "Forward reference interface"; } leaf interface-pri-labels { type uint8; description "Max number of primary labels"; } leaf interface-bkp-labels { type uint8; description "Max number of backup labels"; } leaf interface-srte-labels { type uint8; description "Max number of SRTE labels"; } leaf interface-srat-cap { type uint8; description "SRTE automatic path capability"; } leaf pm-delay-set { type boolean; description "PerfMeas Delay values available"; } leaf link-delay-avg { type uint32; description "PerfMeas Average Link Delay"; } leaf link-delay-min { type uint32; description "PerfMeas Minimum Link Delay"; } leaf link-delay-max { type uint32; description "PerfMeas Maximum Link Delay"; } leaf pm-dealy-average-a-bit { type boolean; description "If true, PM delay avg bit is set"; } leaf pm-dealy-min-max-a-bit { type boolean; description "If true, PM delay min_max bit is set"; } leaf link-delay-avg-raw { type uint32; description "PerfMeas Average Link Delay Raw"; } leaf link-delay-min-raw { type uint32; description "PerfMeas Minimum Link Delay Raw"; } leaf link-delay-max-raw { type uint32; description "PerfMeas Maximum Link Delay Raw"; } leaf link-delay-norm-intval { type uint32; description "PerfMeas Delay Norm Interval"; } leaf link-delay-norm-offset { type uint32; description "PerfMeas Delay Norm Offset"; } leaf link-delay-var { type uint32; description "PerfMeas Link Delay Variance"; } leaf pm-loss-set { type boolean; description "PerfMeas Link Loss values available"; } leaf link-loss { type uint32; description "PerfMeas Link Loss"; } leaf pmbw-util-set { type boolean; description "PerfMeas BW Util values available"; } leaf total-bandwidth { type uint64; description "PerfMeas Total Bandwidth"; } leaf rsvpte-bandwidth { type uint64; description "PerfMeas RSVP-TE Bandwidth"; } leaf remote-lfa { type uint8; description "Remote LFA"; } leaf srte-metric-set { type boolean; description "SRTE Metric available"; } leaf srte-metric { type uint32; description "SRTE Metric"; } leaf srte-app-weight { type uint32; description "SRTE App Weight"; } leaf srte-ext-admin-group-set { type boolean; description "SRTE Ext. Admin Group available"; } leaf interface-weight { type uint32; description "Configured Interface weight"; } leaf if-rib-l-csync-needed { type boolean; description "rib lc sync needed"; } leaf if-rib-l-csync { type boolean; description "rib lc sync state"; } leaf conditional-advertising-enabled { type boolean; description "If Conditional advertising based on route-policy is enabled"; } leaf conditional-advertise-policy-name { type string; description "Name of the applied policy for Conditional advertising"; } leaf conditional-advertising-result { type boolean; description "Result of the policy applied for Conditional advertising"; } list srlg { description "SRLG Values"; leaf entry { type uint32; description "SRLG Values"; } } // list srlg list srlg-weight { description "SRLG Weight"; leaf entry { type uint32; description "SRLG Weight"; } } // list srlg-weight list srtete-ext-admin-group { description "SRTE Ext. Admin Group"; leaf entry { type uint32; description "SRTE Ext. Admin Group"; } } // list srtete-ext-admin-group list interface-neighbor { description "Information for neighbors on the interface"; leaf interface-neighbor-id { type inet:ipv4-address; description "Neighbor Router ID"; } leaf interface-neighbor-cost { type uint32; description "Cost of link to neighbor"; } leaf neighbor-dr { type boolean; description "If true, Designated router"; } leaf neighbor-bdr { type boolean; description "If true, Backup designated router"; } leaf suppress-hello { type boolean; description "If true, hellos suppressed"; } } // list interface-neighbor list interface-madj { description "Information for multi-area on the interface"; leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf madj-area-id { type uint32; description "Area ID"; } leaf interface-neighbor-count { type uint16; description "Number of Neighbors"; } leaf interface-adj-neighbor-count { type uint16; description "Total number of Adjacent Neighbors"; } leaf interface-link-cost { type uint16; description "Cost/Metric of the Interface link"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } } // list interface-madj list ipfrr-tiebreakers { description "IPFRR-Tiebreakers list"; leaf tiebreaker-type { type Ipfrr-tbrkr; description "Tiebreaker Type, whether LC-Disjoint, Node Protecting etc"; } leaf tiebreaker-index { type uint32; description "Tiebreaker Index corresponding to the tiebreaker type"; } } // list ipfrr-tiebreakers list ip-sec-addr { description "Secondary IP address list"; leaf secondary-addr { type inet:ipv4-address; description "Secondary Address Type"; } leaf secondary-prefix { type uint32; description "Secondary Prefix Length"; } } // list ip-sec-addr list sr-adj-sid { description "SR Configured Adjacency SIDs"; leaf adj-sid-label { type uint32; description "Adjacency SID Label"; } leaf protected-adj-sid { type boolean; description "Adjacency SID Protection"; } leaf adj-sid-is-active { type boolean; description "Adj sid is allocated to a neighbor"; } leaf adj-sid-inactive-reason { type Ospf-sr-adj-sid-inactive-reason; description "Adjacency SID Inactive Reason"; } } // list sr-adj-sid } // list interface } // container interfaces } // list area } // container areas container database { description "OSPF Link State Database"; container database-areas { description "Per-Area view of Link state database"; list database-area { key "area-id"; description "Per-Area Link State Database data"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } container lsas { description "Link State Database Table"; list lsa { description "Link State Advertisement information"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf ls-type { type Ospf-ls; description "Link state type"; } leaf ls-id { type inet:ipv4-address-no-zone; description "Link state ID"; } leaf advertising-router { type inet:ipv4-address-no-zone; description "Router ID of the Advertising Router"; } leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } container lsa-header { description "Header information"; leaf ls-type { type Lsa; description "LSA type"; } leaf lsid { type inet:ipv4-address; description "LS ID"; } leaf advertising-router { type inet:ipv4-address; description "Router ID of Advertising Router"; } leaf lsa-area-id { type string { length "0..16"; } description "Area ID in decimal or dotted-decimal format"; } leaf lsa-age { type uint16; description "LSA's Age (s)"; } leaf dn-age-lsa { type boolean; description "If true, Do Not Age this LSA"; } leaf nsf { type boolean; description "If true, LSA received from neighbor during NSF"; } leaf sequence-number { type uint32; description "Current Sequence number"; } leaf checksum { type uint16; description "Checksum value"; } } // container lsa-header container lsa-detail-data { description "Detailed LSA Information"; container lsa-throttle-timer { description "LSA throttle timer table information"; leaf timer-location { type Timer-table; description "Timer table"; } leaf timer-type { type Timer; description "Timer type - whether maxage, refresh or checksum timer"; } leaf second-table-index { type uint8; units "second"; description "Index of the Seconds table"; } leaf minute-table-index { type uint8; units "minute"; description "Index of the Minutes table"; } leaf last-inst-second-table-index { type uint8; units "second"; description "Last Seconds table index processed"; } leaf last-inst-minute-table-index { type uint8; units "minute"; description "Last Minutes table index processed"; } } // container lsa-throttle-timer container lsa-last-updated-time { description "Time LSA was last updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container lsa-last-updated-time container lsadb-base-time-stamp { description "Current time stamp"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container lsadb-base-time-stamp container not-delete { description "Reason why LSA is not deleted"; leaf free-time { type uint32; description "The amount of time since the last check was made to free this LSA (s)"; } leaf no-delete { type boolean; description "If true, the reason not to delete this LSA is because delete flag not set on this LSA"; } leaf neighbor-exchange { type boolean; description "If true, the reason not to delete this LSA is because neighbor is in exchange state"; } leaf routing-table { type boolean; description "If true, the reason not to delete this LSA is because it has a contributing entry in the routing table"; } leaf acknowledgement { type boolean; description "If true, the reason not to delete this LSA is because it's Acknowledgement list is not empty"; } leaf maximum-age { type boolean; description "If true, the reason not to delete this LSA is because it is in Maxage Queue"; } leaf partial-spf { type boolean; description "If true, the reason not to delete this LSA is because it is in partial SPF queue"; } leaf flood-pending { type boolean; description "If true, the reason not to delete this LSA is because waiting for flooding or retransmission"; } leaf rate-limit { type boolean; description "If true, the reason not to delete this LSA is because waiting for next wait-interval to expire"; } leaf nsr-ack-pending { type boolean; description "If true, the reason not to delete this LSA is because NSR ACK from standby is pending"; } leaf sum-orig-pending { type boolean; description "If true, the reason not to delete this LSA is because it is pending summary LSA originating"; } leaf nsr-flood-required { type boolean; description "If true, the reason not to delete this LSA is because it is pending flooding on switchover"; } leaf link-state-q { type boolean; description "If true, the reason not to delete this LSA is because it is used in Link State Q"; } leaf used-in-uloop { type boolean; description "If true, the reason not to delete this LSA is because it is used in uloop"; } leaf added-in-ulooplist { type boolean; description "If true, the reason not to delete this LSA is because it is Added in uloopdblist"; } leaf used-as-parent { type boolean; description "If true, the reason not to delete this LSA is because it is used in parent_path_lsdb"; } } // container not-delete leaf tos-capable { type boolean; description "If true, type of service capable indicated by LSA's option field"; } leaf nssa-translation { type boolean; description "If true, capable of type 7 to 5 translation indicated by LSA's option field"; } leaf demand-circuit { type boolean; description "If true, capable of demand circuit as indicated by LSA's option field"; } leaf dn-bit { type boolean; description "if true, DN bit set on the summary LSA indicated by LSA's option field"; } leaf lsa-rate-limit-due-time { type uint32; description "Due time for rate-limit timer (ms)"; } leaf lsadb-base-clock { type uint64; description "Clock stamp since boot"; } leaf routing-bit { type boolean; description "If true, Routing Bit set on the LSA"; } leaf advertising-router-reachable { type boolean; description "If true, Advertising Router is reachable"; } leaf length { type uint16; description "Length of the LSA"; } leaf sum-origin { type uint16; description "Summary Origin"; } leaf ase-origin { type uint16; description "External Origin"; } leaf in-sync { type uint8; description "Not In Sync With Active"; } leaf lsa-prefix-priority { type uint8; description "Current prefix priority"; } leaf new-lsa-prefix-priority { type uint8; description "New prefix priority to be set after the current SPF"; } leaf lsa-flood-required-post-fail-over { type boolean; description "LSA flood required after FO"; } } // container lsa-detail-data container lsa-internal-data { description "Information pertaining to a specific LSA type"; container router-lsa-type { when "../internal-lsa-type = 'mgmt-rtr-type'" { description "../InternalLSAType = 'MGMT_RTR_TYPE'"; } description "Router LSA"; leaf router-asbr { type boolean; description "If True, router is an Autonomous system Border Router"; } leaf router-abr { type boolean; description "If True, router is an Area Border Router"; } leaf internal-lsa { type boolean; description "If true, internal LSA"; } list link { description "List of links in this LSA"; leaf link-id { type inet:ipv4-address; description "Link ID"; } leaf link-data { type inet:ipv4-address; description "Link Data"; } leaf link-type { type Ospf-link-types; description "Type of link"; } leaf link-metric { type uint16; description "Cost for using this link"; } list link-tos { description "List of type of service metrics"; leaf router-tos { type uint16; description "Type of Service"; } leaf tos-cost { type uint16; description "Type of service specific metric"; } } // list link-tos } // list link list internal-link { description "List of links for internal LSA"; leaf link-id { type inet:ipv4-address; description "Link ID"; } leaf link-data { type inet:ipv4-address; description "Link Data"; } leaf link-type { type Ospf-link-types; description "Type of link"; } leaf link-metric { type uint16; description "Cost for using this link"; } list link-tos { description "List of type of service metrics"; leaf router-tos { type uint16; description "Type of Service"; } leaf tos-cost { type uint16; description "Type of service specific metric"; } } // list link-tos } // list internal-link } // container router-lsa-type container network-lsa-type { when "../internal-lsa-type = 'mgmt-ntwk-type'" { description "../InternalLSAType = 'MGMT_NTWK_TYPE'"; } description "Network LSA"; leaf network-prefix-length { type uint32; description "Prefix length of the Network"; } list neighbor-router { description "Neighbor router list"; leaf entry { type inet:ipv4-address; description "Neighbor router list"; } } // list neighbor-router } // container network-lsa-type container summary-lsa-type { when "../internal-lsa-type = 'mgmt-sum-type'" { description "../InternalLSAType = 'MGMT_SUM_TYPE'"; } description "Summary LSA"; leaf summary-prefix-length { type uint32; description "Prefix length of the Summary LSA"; } leaf internal-sum-lsa { type boolean; description "If true, internal max-metric LSA"; } list summary-lsa-metric { description "Metric"; leaf entry { type uint32; description "Metric"; } } // list summary-lsa-metric } // container summary-lsa-type container external-lsa-type { when "../internal-lsa-type = 'mgmt-ext-type'" { description "../InternalLSAType = 'MGMT_EXT_TYPE'"; } description "External LSA"; leaf external-prefix-length { type uint32; description "Prefix length"; } leaf internal-external-lsa { type boolean; description "If true, internal max-metric LSA"; } list external-tos-metric { description "Type of service information"; leaf external-metric { type uint32; description "Cost of this route"; } leaf external-metric-type { type Ex-metric; description "External LSA metric type - whether type 1 or type 2"; } leaf external-tos { type uint32; description "Type of Service"; } leaf forwarding-address { type inet:ipv4-address; description "Forwarding Address on the External LSA"; } leaf external-tag { type uint32; description "Route Tag"; } } // list external-tos-metric } // container external-lsa-type container opaque-link-lsa-type { when "../internal-lsa-type = 'mgmt-opq-link-type'" { description "../InternalLSAType = 'MGMT_OPQ_LINK_TYPE'"; } description "Opaque-Link LSA"; leaf opaque-interface-name { type xr:Interface-name; description "Interface on which the Opaque link LSA is received"; } } // container opaque-link-lsa-type container opaque-mpls-te-lsa-type { when "../internal-lsa-type = 'mgmt-opq-rrr-type'" { description "../InternalLSAType = 'MGMT_OPQ_RRR_TYPE'"; } description "Opaque-Area, opaque type 1 LSA"; list tlv { description "List of TLVs"; leaf tlv-type { type uint16; description "Type of top-level TLV"; } leaf tlv-length { type uint16; description "Length of top-level TLV"; } leaf mpls-router-id { type inet:ipv4-address; description "MPLS-TE Router ID"; } leaf mpls-dste-link { type boolean; description "MPLS DS-TE supported"; } leaf tlv-data { type yang:hex-string; description "TLV direct data"; } list te-link-sub-tlv { description "List of Sub-TLVs"; leaf sub-tlv-type { type Stlv; description "Type of sub TLV"; } leaf sub-tlv-length { type uint16; description "Length of sub TLV"; } leaf sub-tlv-value { type yang:hex-string; description "Value of sub TLV"; } } // list te-link-sub-tlv } // list tlv } // container opaque-mpls-te-lsa-type container opaque-grace-lsa { when "../internal-lsa-type = 'mgmt-opq-gr-type'" { description "../InternalLSAType = 'MGMT_OPQ_GR_TYPE'"; } description "Opaque-link, opaque type 3 Grace LSA"; leaf grace-period { type uint32; description "The amount of time the router's neighbor should advertise it fully adjacent (s)"; } leaf grace-reason { type Ospf-gr-reason; description "Reason for router restart"; } leaf ip-address { type inet:ipv4-address; description "IP interface address on the subnet associated with the grace LSA"; } } // container opaque-grace-lsa container opaque-router-info-lsa-type { when "../internal-lsa-type = 'mgmt-opq-ri-type'" { description "../InternalLSAType = 'MGMT_OPQ_RI_TYPE'"; } description "Opaque Router Information LSA"; leaf opaque-rilsa-scope { type Ospf-lsa-opq-ri-scope; description "Opaque LSA flooding scope, a.k.a., Opaque LSA Type"; } leaf opaque-ri-interface-name { type xr:Interface-name; description "Interface on which this Link-Local Opaque link LSA is received"; } list opaque-ritlv { description "Router Information TLV"; container unknown-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-unknown'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_UNKNOWN'"; } description "Unknown Rtr Info TLV"; leaf ri-gen-tlv-type { type uint16; description "Type of TLV"; } leaf ri-gen-tlv-length { type uint16; description "Length of TLV"; } leaf ri-genvalue { type yang:hex-string; description "Data in TLV"; } } // container unknown-tlv container rtr-cap-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-rtrcap'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_RTRCAP'"; } description "Rtr Cap TLV"; leaf rtr-cap-tlv-length { type uint16; description "Length of TLV"; } leaf rtr-cap-graceful-restart { type boolean; description "Graceful Restart Capability"; } leaf rtr-cap-graceful-restart-helper { type boolean; description "Graceful Restart Helper Capability"; } leaf rtr-cap-stub-rtr { type boolean; description "Stub Router capability"; } leaf rtr-cap-area-te { type boolean; description "Traffic Engineering capability of area"; } leaf rtr-cap-p2plan { type boolean; description "P2P LAN Capability"; } leaf rtr-cap-te-exp { type boolean; description "TE Experimental bit"; } leaf rtr-cap-all-bits { type uint32; description "All capability bits"; } leaf rtr-cap-additional-info { type yang:hex-string; description "Additional Information in TLV"; } } // container rtr-cap-tlv container pcedtlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-pce-discovery'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_PCEDISCOVERY'"; } description "PCE Discovery TLV"; container pced-addr { description "PCE Address"; container pce-addr-unknown-tlv { when "../pce-addr-type = 'mgmt-ospf-opq-pce-addr-type-invalid'" { description "../PCEAddrType = 'MGMT_OSPF_OPQ_PCE_ADDR_TYPE_INVALID'"; } description "Unknown PCE Addr TLV"; leaf ri-gen-tlv-type { type uint16; description "Type of TLV"; } leaf ri-gen-tlv-length { type uint16; description "Length of TLV"; } leaf ri-genvalue { type yang:hex-string; description "Data in TLV"; } } // container pce-addr-unknown-tlv container ipv4pce-addr { when "../pce-addr-type = 'mgmt-ospf-opq-pce-addr-type-ipv4'" { description "../PCEAddrType = 'MGMT_OSPF_OPQ_PCE_ADDR_TYPE_IPV4'"; } description "IPv4 PCE Address"; leaf pceipv4-addr { type inet:ipv4-address; description "PCE IPv4 Address"; } } // container ipv4pce-addr container ipv6pce-addr { when "../pce-addr-type = 'mgmt-ospf-opq-pce-addr-type-ipv6'" { description "../PCEAddrType = 'MGMT_OSPF_OPQ_PCE_ADDR_TYPE_IPV6'"; } description "IPv6 PCE Address"; leaf pceipv6-addr { type inet:ipv6-address; description "PCE IPv6 Address"; } } // container ipv6pce-addr leaf pce-addr-type { type Ospf-sh-opq-ri-pce-addr-types; description "PCEAddrType"; } } // container pced-addr container pced-scope { description "PCE Scope Information"; leaf lbit { type boolean; description "L Bit"; } leaf rbit { type boolean; description "R Bit"; } leaf rd-bit { type boolean; description "Rd Bit"; } leaf sbit { type boolean; description "S Bit"; } leaf sd-bit { type boolean; description "Sd Bit"; } leaf ybit { type boolean; description "Y Bit"; } leaf pref-l { type uint8; description "Pref L"; } leaf pref-r { type uint8; description "Pref R"; } leaf pref-s { type uint8; description "Pref S"; } leaf pref-y { type uint8; description "Pref Y"; } leaf all-scope-info-bits { type uint32; description "PCE Scope Information"; } } // container pced-scope leaf pcedtlv-length { type uint16; description "Length of TLV"; } } // container pcedtlv container sr-algo-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-sr-algo'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_SR_ALGO'"; } description "SR Algorithm TLV"; list sr-algo-value { description "SR Algorithms"; leaf entry { type uint8; description "SR Algorithms"; } } // list sr-algo-value } // container sr-algo-tlv container sr-range-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-sr-range'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_SR_RANGE'"; } description "SR Range TLV"; container sidtlv { description "SID sub-TLV"; leaf sr-sid-length { type uint16; description "Length of sub-TLV"; } leaf sr-sid-value { type uint32; description "SID Value"; } } // container sidtlv leaf sr-range-length { type uint16; description "Length of TLV"; } leaf sr-range-size { type uint32; description "SR Range Size"; } } // container sr-range-tlv container node-msdtlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-node-msd'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_NODE_MSD'"; } description "Node MSD TLV"; container node-msd-sub-types { description "Node MSD Subtypes"; leaf msd-sub-type { type uint8; description "MSD SubType"; } leaf msd-value { type uint8; description "MSD Value"; } } // container node-msd-sub-types leaf node-msdtlv-length { type uint16; description "Length of TLV"; } } // container node-msdtlv container srlbtlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-srlb'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_SRLB'"; } description "SRLB Range TLV"; container sidtlv { description "SID sub-TLV"; leaf sr-sid-length { type uint16; description "Length of sub-TLV"; } leaf sr-sid-value { type uint32; description "SID Value"; } } // container sidtlv leaf srlbtlv-length { type uint16; description "Length of TLV"; } leaf srlb-range-size { type uint32; description "SRLB Range Size"; } } // container srlbtlv container fadlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-fad'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_FAD'"; } description "FAD TLV"; container exclude-attribute { description "Exclude sub-TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-admin-group { description "FAD Admin Group"; leaf entry { type uint32; description "FAD Admin Group"; } } // list fad-admin-group } // container exclude-attribute container include-any-attribute { description "Include any sub-TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-admin-group { description "FAD Admin Group"; leaf entry { type uint32; description "FAD Admin Group"; } } // list fad-admin-group } // container include-any-attribute container include-all-attribute { description "Include all sub-TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-admin-group { description "FAD Admin Group"; leaf entry { type uint32; description "FAD Admin Group"; } } // list fad-admin-group } // container include-all-attribute container fad-unsupported-tlv { description "Felx Algo unsupported TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-unknown-data { description "FAD unknown TLV data"; leaf entry { type uint8; description "FAD unknown TLV data"; } } // list fad-unknown-data } // container fad-unsupported-tlv leaf fad-length { type uint16; description "Length of TLV"; } leaf fad-algo { type uint8; description "Flex ALgo number"; } leaf fad-metric-type { type uint8; description "Flex Algo Metric Type"; } leaf fad-algo-type { type uint8; description "Flex Algo Calc type"; } leaf fad-priority { type uint8; description "Flex Algo Priority"; } leaf fad-unsupported-tlv-type { type uint8; description "Flex Algo unsupported TLV type"; } } // container fadlv container host-name { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-host-name'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_HOSTNAME'"; } description "Hostname string "; leaf router-host-name { type string { length "0..256"; } description "Hostname string"; } } // container host-name leaf ritlv-internal-type { type Ospf-sh-opq-ri-tlv-types; description "RITLVInternalType"; } } // list opaque-ritlv } // container opaque-router-info-lsa-type container opaque-ep-lsa-type { when "../internal-lsa-type = 'mgmt-opq-epl-type'" { description "../InternalLSAType = 'MGMT_OPQ_EPL_TYPE'"; } description "Extende Prefix LSA type"; list tlv { description "List of TLVs"; leaf tlv-type { type uint16; description "Type of top-level TLV"; } leaf tlv-length { type uint16; description "Length of top-level TLV"; } leaf mpls-router-id { type inet:ipv4-address; description "MPLS-TE Router ID"; } leaf mpls-dste-link { type boolean; description "MPLS DS-TE supported"; } leaf tlv-data { type yang:hex-string; description "TLV direct data"; } list te-link-sub-tlv { description "List of Sub-TLVs"; leaf sub-tlv-type { type Stlv; description "Type of sub TLV"; } leaf sub-tlv-length { type uint16; description "Length of sub TLV"; } leaf sub-tlv-value { type yang:hex-string; description "Value of sub TLV"; } } // list te-link-sub-tlv } // list tlv } // container opaque-ep-lsa-type container opaque-el-lsa-type { when "../internal-lsa-type = 'mgmt-opq-ell-type'" { description "../InternalLSAType = 'MGMT_OPQ_ELL_TYPE'"; } description "Extended Link LSA type"; list tlv { description "List of TLVs"; leaf tlv-type { type uint16; description "Type of top-level TLV"; } leaf tlv-length { type uint16; description "Length of top-level TLV"; } leaf mpls-router-id { type inet:ipv4-address; description "MPLS-TE Router ID"; } leaf mpls-dste-link { type boolean; description "MPLS DS-TE supported"; } leaf tlv-data { type yang:hex-string; description "TLV direct data"; } list te-link-sub-tlv { description "List of Sub-TLVs"; leaf sub-tlv-type { type Stlv; description "Type of sub TLV"; } leaf sub-tlv-length { type uint16; description "Length of sub TLV"; } leaf sub-tlv-value { type yang:hex-string; description "Value of sub TLV"; } } // list te-link-sub-tlv } // list tlv } // container opaque-el-lsa-type leaf internal-lsa-type { type Ospf-internal-lsa-types; description "InternalLSAType"; } } // container lsa-internal-data } // list lsa } // container lsas container lsa-summaries { description "Link state advertisement summary table"; list lsa-summary { description "LSA summary information"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf ls-type { type Ospf-ls; description "Link state type"; } leaf ls-id { type inet:ipv4-address-no-zone; description "Link state ID"; } leaf advertising-router { type inet:ipv4-address-no-zone; description "Router ID of the Advertising Router"; } leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } container lsa-header { description "LSA header information"; leaf ls-type { type Lsa; description "LSA type"; } leaf lsid { type inet:ipv4-address; description "LS ID"; } leaf advertising-router { type inet:ipv4-address; description "Router ID of Advertising Router"; } leaf lsa-area-id { type string { length "0..16"; } description "Area ID in decimal or dotted-decimal format"; } leaf lsa-age { type uint16; description "LSA's Age (s)"; } leaf dn-age-lsa { type boolean; description "If true, Do Not Age this LSA"; } leaf nsf { type boolean; description "If true, LSA received from neighbor during NSF"; } leaf sequence-number { type uint32; description "Current Sequence number"; } leaf checksum { type uint16; description "Checksum value"; } } // container lsa-header leaf external-tag { type uint32; description "Route Tag"; } leaf link-count { type uint16; description "Number of links"; } } // list lsa-summary } // container lsa-summaries } // list database-area } // container database-areas container database-summaries { description "Link State database summary table"; list database-summary { key "area-id"; description "Link State Database summary for a particular area"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf dbase-sum-area-id-string { type string { length "0..16"; } description "Area id"; } list area-lsa-counter { description "Summary counters for Area scope LSAs"; leaf lsa-type { type Lsa; description "Type of LSAs"; } leaf lsa-count { type int32; description "Number of LSAs of this type"; } leaf lsa-delete-count { type int32; description "Number of deleted LSAs of this type"; } leaf lsa-maxage-count { type int32; description "Number of MaxAged LSAs of this type"; } leaf lsa-self-count { type int32; description "Number of self-generated LSAs"; } } // list area-lsa-counter } // list database-summary } // container database-summaries container database-summary-as { description "Link State Database summary for the AS"; list as-lsa-counter { description "Summary counter for AS scope LSAs"; leaf lsa-type { type Lsa; description "Type of LSAs"; } leaf lsa-count { type int32; description "Number of LSAs of this type"; } leaf lsa-delete-count { type int32; description "Number of deleted LSAs of this type"; } leaf lsa-maxage-count { type int32; description "Number of MaxAged LSAs of this type"; } leaf lsa-self-count { type int32; description "Number of self-generated LSAs"; } } // list as-lsa-counter } // container database-summary-as container lsas { description "Link State Database Table"; list lsa { description "Link State Advertisement information"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf ls-type { type Ospf-ls; description "Link state type"; } leaf ls-id { type inet:ipv4-address-no-zone; description "Link state ID"; } leaf advertising-router { type inet:ipv4-address-no-zone; description "Router ID of the Advertising Router"; } leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } container lsa-header { description "Header information"; leaf ls-type { type Lsa; description "LSA type"; } leaf lsid { type inet:ipv4-address; description "LS ID"; } leaf advertising-router { type inet:ipv4-address; description "Router ID of Advertising Router"; } leaf lsa-area-id { type string { length "0..16"; } description "Area ID in decimal or dotted-decimal format"; } leaf lsa-age { type uint16; description "LSA's Age (s)"; } leaf dn-age-lsa { type boolean; description "If true, Do Not Age this LSA"; } leaf nsf { type boolean; description "If true, LSA received from neighbor during NSF"; } leaf sequence-number { type uint32; description "Current Sequence number"; } leaf checksum { type uint16; description "Checksum value"; } } // container lsa-header container lsa-detail-data { description "Detailed LSA Information"; container lsa-throttle-timer { description "LSA throttle timer table information"; leaf timer-location { type Timer-table; description "Timer table"; } leaf timer-type { type Timer; description "Timer type - whether maxage, refresh or checksum timer"; } leaf second-table-index { type uint8; units "second"; description "Index of the Seconds table"; } leaf minute-table-index { type uint8; units "minute"; description "Index of the Minutes table"; } leaf last-inst-second-table-index { type uint8; units "second"; description "Last Seconds table index processed"; } leaf last-inst-minute-table-index { type uint8; units "minute"; description "Last Minutes table index processed"; } } // container lsa-throttle-timer container lsa-last-updated-time { description "Time LSA was last updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container lsa-last-updated-time container lsadb-base-time-stamp { description "Current time stamp"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container lsadb-base-time-stamp container not-delete { description "Reason why LSA is not deleted"; leaf free-time { type uint32; description "The amount of time since the last check was made to free this LSA (s)"; } leaf no-delete { type boolean; description "If true, the reason not to delete this LSA is because delete flag not set on this LSA"; } leaf neighbor-exchange { type boolean; description "If true, the reason not to delete this LSA is because neighbor is in exchange state"; } leaf routing-table { type boolean; description "If true, the reason not to delete this LSA is because it has a contributing entry in the routing table"; } leaf acknowledgement { type boolean; description "If true, the reason not to delete this LSA is because it's Acknowledgement list is not empty"; } leaf maximum-age { type boolean; description "If true, the reason not to delete this LSA is because it is in Maxage Queue"; } leaf partial-spf { type boolean; description "If true, the reason not to delete this LSA is because it is in partial SPF queue"; } leaf flood-pending { type boolean; description "If true, the reason not to delete this LSA is because waiting for flooding or retransmission"; } leaf rate-limit { type boolean; description "If true, the reason not to delete this LSA is because waiting for next wait-interval to expire"; } leaf nsr-ack-pending { type boolean; description "If true, the reason not to delete this LSA is because NSR ACK from standby is pending"; } leaf sum-orig-pending { type boolean; description "If true, the reason not to delete this LSA is because it is pending summary LSA originating"; } leaf nsr-flood-required { type boolean; description "If true, the reason not to delete this LSA is because it is pending flooding on switchover"; } leaf link-state-q { type boolean; description "If true, the reason not to delete this LSA is because it is used in Link State Q"; } leaf used-in-uloop { type boolean; description "If true, the reason not to delete this LSA is because it is used in uloop"; } leaf added-in-ulooplist { type boolean; description "If true, the reason not to delete this LSA is because it is Added in uloopdblist"; } leaf used-as-parent { type boolean; description "If true, the reason not to delete this LSA is because it is used in parent_path_lsdb"; } } // container not-delete leaf tos-capable { type boolean; description "If true, type of service capable indicated by LSA's option field"; } leaf nssa-translation { type boolean; description "If true, capable of type 7 to 5 translation indicated by LSA's option field"; } leaf demand-circuit { type boolean; description "If true, capable of demand circuit as indicated by LSA's option field"; } leaf dn-bit { type boolean; description "if true, DN bit set on the summary LSA indicated by LSA's option field"; } leaf lsa-rate-limit-due-time { type uint32; description "Due time for rate-limit timer (ms)"; } leaf lsadb-base-clock { type uint64; description "Clock stamp since boot"; } leaf routing-bit { type boolean; description "If true, Routing Bit set on the LSA"; } leaf advertising-router-reachable { type boolean; description "If true, Advertising Router is reachable"; } leaf length { type uint16; description "Length of the LSA"; } leaf sum-origin { type uint16; description "Summary Origin"; } leaf ase-origin { type uint16; description "External Origin"; } leaf in-sync { type uint8; description "Not In Sync With Active"; } leaf lsa-prefix-priority { type uint8; description "Current prefix priority"; } leaf new-lsa-prefix-priority { type uint8; description "New prefix priority to be set after the current SPF"; } leaf lsa-flood-required-post-fail-over { type boolean; description "LSA flood required after FO"; } } // container lsa-detail-data container lsa-internal-data { description "Information pertaining to a specific LSA type"; container router-lsa-type { when "../internal-lsa-type = 'mgmt-rtr-type'" { description "../InternalLSAType = 'MGMT_RTR_TYPE'"; } description "Router LSA"; leaf router-asbr { type boolean; description "If True, router is an Autonomous system Border Router"; } leaf router-abr { type boolean; description "If True, router is an Area Border Router"; } leaf internal-lsa { type boolean; description "If true, internal LSA"; } list link { description "List of links in this LSA"; leaf link-id { type inet:ipv4-address; description "Link ID"; } leaf link-data { type inet:ipv4-address; description "Link Data"; } leaf link-type { type Ospf-link-types; description "Type of link"; } leaf link-metric { type uint16; description "Cost for using this link"; } list link-tos { description "List of type of service metrics"; leaf router-tos { type uint16; description "Type of Service"; } leaf tos-cost { type uint16; description "Type of service specific metric"; } } // list link-tos } // list link list internal-link { description "List of links for internal LSA"; leaf link-id { type inet:ipv4-address; description "Link ID"; } leaf link-data { type inet:ipv4-address; description "Link Data"; } leaf link-type { type Ospf-link-types; description "Type of link"; } leaf link-metric { type uint16; description "Cost for using this link"; } list link-tos { description "List of type of service metrics"; leaf router-tos { type uint16; description "Type of Service"; } leaf tos-cost { type uint16; description "Type of service specific metric"; } } // list link-tos } // list internal-link } // container router-lsa-type container network-lsa-type { when "../internal-lsa-type = 'mgmt-ntwk-type'" { description "../InternalLSAType = 'MGMT_NTWK_TYPE'"; } description "Network LSA"; leaf network-prefix-length { type uint32; description "Prefix length of the Network"; } list neighbor-router { description "Neighbor router list"; leaf entry { type inet:ipv4-address; description "Neighbor router list"; } } // list neighbor-router } // container network-lsa-type container summary-lsa-type { when "../internal-lsa-type = 'mgmt-sum-type'" { description "../InternalLSAType = 'MGMT_SUM_TYPE'"; } description "Summary LSA"; leaf summary-prefix-length { type uint32; description "Prefix length of the Summary LSA"; } leaf internal-sum-lsa { type boolean; description "If true, internal max-metric LSA"; } list summary-lsa-metric { description "Metric"; leaf entry { type uint32; description "Metric"; } } // list summary-lsa-metric } // container summary-lsa-type container external-lsa-type { when "../internal-lsa-type = 'mgmt-ext-type'" { description "../InternalLSAType = 'MGMT_EXT_TYPE'"; } description "External LSA"; leaf external-prefix-length { type uint32; description "Prefix length"; } leaf internal-external-lsa { type boolean; description "If true, internal max-metric LSA"; } list external-tos-metric { description "Type of service information"; leaf external-metric { type uint32; description "Cost of this route"; } leaf external-metric-type { type Ex-metric; description "External LSA metric type - whether type 1 or type 2"; } leaf external-tos { type uint32; description "Type of Service"; } leaf forwarding-address { type inet:ipv4-address; description "Forwarding Address on the External LSA"; } leaf external-tag { type uint32; description "Route Tag"; } } // list external-tos-metric } // container external-lsa-type container opaque-link-lsa-type { when "../internal-lsa-type = 'mgmt-opq-link-type'" { description "../InternalLSAType = 'MGMT_OPQ_LINK_TYPE'"; } description "Opaque-Link LSA"; leaf opaque-interface-name { type xr:Interface-name; description "Interface on which the Opaque link LSA is received"; } } // container opaque-link-lsa-type container opaque-mpls-te-lsa-type { when "../internal-lsa-type = 'mgmt-opq-rrr-type'" { description "../InternalLSAType = 'MGMT_OPQ_RRR_TYPE'"; } description "Opaque-Area, opaque type 1 LSA"; list tlv { description "List of TLVs"; leaf tlv-type { type uint16; description "Type of top-level TLV"; } leaf tlv-length { type uint16; description "Length of top-level TLV"; } leaf mpls-router-id { type inet:ipv4-address; description "MPLS-TE Router ID"; } leaf mpls-dste-link { type boolean; description "MPLS DS-TE supported"; } leaf tlv-data { type yang:hex-string; description "TLV direct data"; } list te-link-sub-tlv { description "List of Sub-TLVs"; leaf sub-tlv-type { type Stlv; description "Type of sub TLV"; } leaf sub-tlv-length { type uint16; description "Length of sub TLV"; } leaf sub-tlv-value { type yang:hex-string; description "Value of sub TLV"; } } // list te-link-sub-tlv } // list tlv } // container opaque-mpls-te-lsa-type container opaque-grace-lsa { when "../internal-lsa-type = 'mgmt-opq-gr-type'" { description "../InternalLSAType = 'MGMT_OPQ_GR_TYPE'"; } description "Opaque-link, opaque type 3 Grace LSA"; leaf grace-period { type uint32; description "The amount of time the router's neighbor should advertise it fully adjacent (s)"; } leaf grace-reason { type Ospf-gr-reason; description "Reason for router restart"; } leaf ip-address { type inet:ipv4-address; description "IP interface address on the subnet associated with the grace LSA"; } } // container opaque-grace-lsa container opaque-router-info-lsa-type { when "../internal-lsa-type = 'mgmt-opq-ri-type'" { description "../InternalLSAType = 'MGMT_OPQ_RI_TYPE'"; } description "Opaque Router Information LSA"; leaf opaque-rilsa-scope { type Ospf-lsa-opq-ri-scope; description "Opaque LSA flooding scope, a.k.a., Opaque LSA Type"; } leaf opaque-ri-interface-name { type xr:Interface-name; description "Interface on which this Link-Local Opaque link LSA is received"; } list opaque-ritlv { description "Router Information TLV"; container unknown-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-unknown'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_UNKNOWN'"; } description "Unknown Rtr Info TLV"; leaf ri-gen-tlv-type { type uint16; description "Type of TLV"; } leaf ri-gen-tlv-length { type uint16; description "Length of TLV"; } leaf ri-genvalue { type yang:hex-string; description "Data in TLV"; } } // container unknown-tlv container rtr-cap-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-rtrcap'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_RTRCAP'"; } description "Rtr Cap TLV"; leaf rtr-cap-tlv-length { type uint16; description "Length of TLV"; } leaf rtr-cap-graceful-restart { type boolean; description "Graceful Restart Capability"; } leaf rtr-cap-graceful-restart-helper { type boolean; description "Graceful Restart Helper Capability"; } leaf rtr-cap-stub-rtr { type boolean; description "Stub Router capability"; } leaf rtr-cap-area-te { type boolean; description "Traffic Engineering capability of area"; } leaf rtr-cap-p2plan { type boolean; description "P2P LAN Capability"; } leaf rtr-cap-te-exp { type boolean; description "TE Experimental bit"; } leaf rtr-cap-all-bits { type uint32; description "All capability bits"; } leaf rtr-cap-additional-info { type yang:hex-string; description "Additional Information in TLV"; } } // container rtr-cap-tlv container pcedtlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-pce-discovery'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_PCEDISCOVERY'"; } description "PCE Discovery TLV"; container pced-addr { description "PCE Address"; container pce-addr-unknown-tlv { when "../pce-addr-type = 'mgmt-ospf-opq-pce-addr-type-invalid'" { description "../PCEAddrType = 'MGMT_OSPF_OPQ_PCE_ADDR_TYPE_INVALID'"; } description "Unknown PCE Addr TLV"; leaf ri-gen-tlv-type { type uint16; description "Type of TLV"; } leaf ri-gen-tlv-length { type uint16; description "Length of TLV"; } leaf ri-genvalue { type yang:hex-string; description "Data in TLV"; } } // container pce-addr-unknown-tlv container ipv4pce-addr { when "../pce-addr-type = 'mgmt-ospf-opq-pce-addr-type-ipv4'" { description "../PCEAddrType = 'MGMT_OSPF_OPQ_PCE_ADDR_TYPE_IPV4'"; } description "IPv4 PCE Address"; leaf pceipv4-addr { type inet:ipv4-address; description "PCE IPv4 Address"; } } // container ipv4pce-addr container ipv6pce-addr { when "../pce-addr-type = 'mgmt-ospf-opq-pce-addr-type-ipv6'" { description "../PCEAddrType = 'MGMT_OSPF_OPQ_PCE_ADDR_TYPE_IPV6'"; } description "IPv6 PCE Address"; leaf pceipv6-addr { type inet:ipv6-address; description "PCE IPv6 Address"; } } // container ipv6pce-addr leaf pce-addr-type { type Ospf-sh-opq-ri-pce-addr-types; description "PCEAddrType"; } } // container pced-addr container pced-scope { description "PCE Scope Information"; leaf lbit { type boolean; description "L Bit"; } leaf rbit { type boolean; description "R Bit"; } leaf rd-bit { type boolean; description "Rd Bit"; } leaf sbit { type boolean; description "S Bit"; } leaf sd-bit { type boolean; description "Sd Bit"; } leaf ybit { type boolean; description "Y Bit"; } leaf pref-l { type uint8; description "Pref L"; } leaf pref-r { type uint8; description "Pref R"; } leaf pref-s { type uint8; description "Pref S"; } leaf pref-y { type uint8; description "Pref Y"; } leaf all-scope-info-bits { type uint32; description "PCE Scope Information"; } } // container pced-scope leaf pcedtlv-length { type uint16; description "Length of TLV"; } } // container pcedtlv container sr-algo-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-sr-algo'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_SR_ALGO'"; } description "SR Algorithm TLV"; list sr-algo-value { description "SR Algorithms"; leaf entry { type uint8; description "SR Algorithms"; } } // list sr-algo-value } // container sr-algo-tlv container sr-range-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-sr-range'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_SR_RANGE'"; } description "SR Range TLV"; container sidtlv { description "SID sub-TLV"; leaf sr-sid-length { type uint16; description "Length of sub-TLV"; } leaf sr-sid-value { type uint32; description "SID Value"; } } // container sidtlv leaf sr-range-length { type uint16; description "Length of TLV"; } leaf sr-range-size { type uint32; description "SR Range Size"; } } // container sr-range-tlv container node-msdtlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-node-msd'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_NODE_MSD'"; } description "Node MSD TLV"; container node-msd-sub-types { description "Node MSD Subtypes"; leaf msd-sub-type { type uint8; description "MSD SubType"; } leaf msd-value { type uint8; description "MSD Value"; } } // container node-msd-sub-types leaf node-msdtlv-length { type uint16; description "Length of TLV"; } } // container node-msdtlv container srlbtlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-srlb'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_SRLB'"; } description "SRLB Range TLV"; container sidtlv { description "SID sub-TLV"; leaf sr-sid-length { type uint16; description "Length of sub-TLV"; } leaf sr-sid-value { type uint32; description "SID Value"; } } // container sidtlv leaf srlbtlv-length { type uint16; description "Length of TLV"; } leaf srlb-range-size { type uint32; description "SRLB Range Size"; } } // container srlbtlv container fadlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-fad'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_FAD'"; } description "FAD TLV"; container exclude-attribute { description "Exclude sub-TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-admin-group { description "FAD Admin Group"; leaf entry { type uint32; description "FAD Admin Group"; } } // list fad-admin-group } // container exclude-attribute container include-any-attribute { description "Include any sub-TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-admin-group { description "FAD Admin Group"; leaf entry { type uint32; description "FAD Admin Group"; } } // list fad-admin-group } // container include-any-attribute container include-all-attribute { description "Include all sub-TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-admin-group { description "FAD Admin Group"; leaf entry { type uint32; description "FAD Admin Group"; } } // list fad-admin-group } // container include-all-attribute container fad-unsupported-tlv { description "Felx Algo unsupported TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-unknown-data { description "FAD unknown TLV data"; leaf entry { type uint8; description "FAD unknown TLV data"; } } // list fad-unknown-data } // container fad-unsupported-tlv leaf fad-length { type uint16; description "Length of TLV"; } leaf fad-algo { type uint8; description "Flex ALgo number"; } leaf fad-metric-type { type uint8; description "Flex Algo Metric Type"; } leaf fad-algo-type { type uint8; description "Flex Algo Calc type"; } leaf fad-priority { type uint8; description "Flex Algo Priority"; } leaf fad-unsupported-tlv-type { type uint8; description "Flex Algo unsupported TLV type"; } } // container fadlv container host-name { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-host-name'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_HOSTNAME'"; } description "Hostname string "; leaf router-host-name { type string { length "0..256"; } description "Hostname string"; } } // container host-name leaf ritlv-internal-type { type Ospf-sh-opq-ri-tlv-types; description "RITLVInternalType"; } } // list opaque-ritlv } // container opaque-router-info-lsa-type container opaque-ep-lsa-type { when "../internal-lsa-type = 'mgmt-opq-epl-type'" { description "../InternalLSAType = 'MGMT_OPQ_EPL_TYPE'"; } description "Extende Prefix LSA type"; list tlv { description "List of TLVs"; leaf tlv-type { type uint16; description "Type of top-level TLV"; } leaf tlv-length { type uint16; description "Length of top-level TLV"; } leaf mpls-router-id { type inet:ipv4-address; description "MPLS-TE Router ID"; } leaf mpls-dste-link { type boolean; description "MPLS DS-TE supported"; } leaf tlv-data { type yang:hex-string; description "TLV direct data"; } list te-link-sub-tlv { description "List of Sub-TLVs"; leaf sub-tlv-type { type Stlv; description "Type of sub TLV"; } leaf sub-tlv-length { type uint16; description "Length of sub TLV"; } leaf sub-tlv-value { type yang:hex-string; description "Value of sub TLV"; } } // list te-link-sub-tlv } // list tlv } // container opaque-ep-lsa-type container opaque-el-lsa-type { when "../internal-lsa-type = 'mgmt-opq-ell-type'" { description "../InternalLSAType = 'MGMT_OPQ_ELL_TYPE'"; } description "Extended Link LSA type"; list tlv { description "List of TLVs"; leaf tlv-type { type uint16; description "Type of top-level TLV"; } leaf tlv-length { type uint16; description "Length of top-level TLV"; } leaf mpls-router-id { type inet:ipv4-address; description "MPLS-TE Router ID"; } leaf mpls-dste-link { type boolean; description "MPLS DS-TE supported"; } leaf tlv-data { type yang:hex-string; description "TLV direct data"; } list te-link-sub-tlv { description "List of Sub-TLVs"; leaf sub-tlv-type { type Stlv; description "Type of sub TLV"; } leaf sub-tlv-length { type uint16; description "Length of sub TLV"; } leaf sub-tlv-value { type yang:hex-string; description "Value of sub TLV"; } } // list te-link-sub-tlv } // list tlv } // container opaque-el-lsa-type leaf internal-lsa-type { type Ospf-internal-lsa-types; description "InternalLSAType"; } } // container lsa-internal-data } // list lsa } // container lsas container lsa-summaries { description "Link state advertisement summary table"; list lsa-summary { description "LSA summary information"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf ls-type { type Ospf-ls; description "Link state type"; } leaf ls-id { type inet:ipv4-address-no-zone; description "Link state ID"; } leaf advertising-router { type inet:ipv4-address-no-zone; description "Router ID of the Advertising Router"; } leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } container lsa-header { description "LSA header information"; leaf ls-type { type Lsa; description "LSA type"; } leaf lsid { type inet:ipv4-address; description "LS ID"; } leaf advertising-router { type inet:ipv4-address; description "Router ID of Advertising Router"; } leaf lsa-area-id { type string { length "0..16"; } description "Area ID in decimal or dotted-decimal format"; } leaf lsa-age { type uint16; description "LSA's Age (s)"; } leaf dn-age-lsa { type boolean; description "If true, Do Not Age this LSA"; } leaf nsf { type boolean; description "If true, LSA received from neighbor during NSF"; } leaf sequence-number { type uint32; description "Current Sequence number"; } leaf checksum { type uint16; description "Checksum value"; } } // container lsa-header leaf external-tag { type uint32; description "Route Tag"; } leaf link-count { type uint16; description "Number of links"; } } // list lsa-summary } // container lsa-summaries } // container database container summary-prefixes { description "Summary prefix table"; list summary-prefix { description "Summary prefix information"; leaf prefix { type inet:ipv4-address-no-zone; description "Summary Prefix"; } leaf netmask { type inet:ipv4-address-no-zone; description "Summary Mask"; } leaf summary-prefix { type inet:ipv4-address; description "Ipv4 Summary prefix"; } leaf summary-mask { type inet:ipv4-address; description "subnet mask of Summary prefix"; } leaf summary-metric { type uint32; description "Cost of Summary"; } leaf summary-metric-type { type Ex-metric; description "Type of Metric"; } leaf summary-tag { type uint32; description "Tag associated with this summary prefix"; } } // list summary-prefix } // container summary-prefixes container ospf-summary { description "Fast-reroute topology information"; leaf num-nbrs { type uint32; description "Count of neighbors"; } leaf num-nbrs-up { type uint32; description "Count of neighbors that are UP"; } leaf num-interfaces { type uint32; description "Count of interfaces"; } leaf num-interfaces-up { type uint32; description "Count of interfaces that are UP"; } leaf num-virtual-intfaces-up { type uint32; description "Count of virtual interfaces that are UP"; } leaf num-shamlink-interfaces-up { type uint32; description "Count of shamlinks that are UP"; } leaf num-areas { type uint32; description "Count of areas"; } leaf num-router-lsas { type uint32; description "Count of Router LSAs"; } leaf num-network-lsas { type uint32; description "Count of Network LSAs"; } leaf num-network-summary-lsas { type uint32; description "Count of Network Summary LSAs"; } leaf num-asbr-summary-lsas { type uint32; description "Count of ASBR Summary LSAs"; } leaf num-as-external-lsas { type uint32; description "Count of AS External LSAs"; } leaf num-mospf-lsas { type uint32; description "Count of MOSPF LSAs"; } leaf num-nssa-external-lsas { type uint32; description "Count of NSSA External LSAs"; } leaf num-ignored-type8-lsas { type uint32; description "Count of ignored Type 8 LSAs"; } leaf num-opaque-link-lsas { type uint32; description "Count of Opaque link-scoped LSAs"; } leaf num-opaque-area-lsas { type uint32; description "Count of Opaque area-scoped LSAs"; } leaf num-opaque-as-lsas { type uint32; description "Count of Opaque AS-scoped LSAs"; } } // container ospf-summary container fast-reroute { description "Container for FastReroute"; container topologies { description "Fast-reroute topology information table"; list topology { key "remote-router-id area-id"; description "Fast-reroute topology information"; leaf remote-router-id { type inet:ipv4-address-no-zone; description "Remote Node Router ID"; } leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf ipfrr-topo-area-id { type string { length "0..16"; } description "Area ID string in decimal or dotted decimal format"; } leaf ipfrr-local-router-id { type inet:ipv4-address; description "OSPF Local Node Router ID"; } leaf ipfrr-area-revision { type uint32; description "IPFRR Topology Revision"; } list ipfrr-topo { description "IPFRR Topology entries"; leaf node-id { type inet:ipv4-address; description "IPFRR Topology Node ID"; } leaf distance { type uint32; description "IPFRR Topology Distance"; } leaf distance-reverse { type uint32; description "IPFRR Topology Reverse Distance"; } leaf type4 { type boolean; description "IPFRR Topoogy Type-4 entry"; } leaf revision { type uint32; description "IPFRR Topology Revision"; } leaf neighbor-sourced { type boolean; description "IPFRR Topology Neighbor Sourced"; } leaf dr { type boolean; description "IPFRR Topology DR entry"; } leaf poison { type boolean; description "IPFRR Topology rSPT poison"; } } // list ipfrr-topo } // list topology } // container topologies } // container fast-reroute } // list vrf } // container vrfs container srms { description "Segment Routing Mapping Server operational data"; container policy { description "Policy operational data"; container policy-ipv4 { description "IPv4 policy operational data"; container policy-ipv4-backup { description "IPv4 backup policy operational data"; list policy-mi { key "mi-id"; description "Mapping Item"; leaf mi-id { type xr:Cisco-ios-xr-string; description "Mapping Item ID (0, 1, 2, ...)"; } container addr { description "Ipv4 address"; leaf af { type Srms-mi-af-e-b; description "AF"; } leaf ipv4 { when "../af = 'ipv4'" { description "../AF = 'IPv4'"; } type inet:ipv4-address; description "IPv4"; } leaf ipv6 { when "../af = 'ipv6'" { description "../AF = 'IPv6'"; } type In6-addr-t-b; description "IPv6"; } } // container addr leaf src { type Srms-mi-src-e-b; description "Source of this prefix, whether local or remote"; } leaf router { type string { length "0..30"; } description "Router ID"; } leaf area { type string { length "0..30"; } description "Area (OSPF) or Level (ISIS)"; } leaf prefixlen { type uint8; description "Prefix length"; } leaf sid-start { type uint32; description "Starting SID"; } leaf sid-count { type uint32; description "SID range"; } leaf last-prefix { type string { length "0..50"; } description "Last IP Prefix"; } leaf last-sid-index { type uint32; description "Last SID Index"; } leaf flag-attached { type Srms-mi-flag-e-b; description "Attached flag"; } } // list policy-mi } // container policy-ipv4-backup container policy-ipv4-active { description "IPv4 active policy operational data"; list policy-mi { key "mi-id"; description "Mapping Item"; leaf mi-id { type xr:Cisco-ios-xr-string; description "Mapping Item ID (0, 1, 2, ...)"; } container addr { description "Ipv4 address"; leaf af { type Srms-mi-af-e-b; description "AF"; } leaf ipv4 { when "../af = 'ipv4'" { description "../AF = 'IPv4'"; } type inet:ipv4-address; description "IPv4"; } leaf ipv6 { when "../af = 'ipv6'" { description "../AF = 'IPv6'"; } type In6-addr-t-b; description "IPv6"; } } // container addr leaf src { type Srms-mi-src-e-b; description "Source of this prefix, whether local or remote"; } leaf router { type string { length "0..30"; } description "Router ID"; } leaf area { type string { length "0..30"; } description "Area (OSPF) or Level (ISIS)"; } leaf prefixlen { type uint8; description "Prefix length"; } leaf sid-start { type uint32; description "Starting SID"; } leaf sid-count { type uint32; description "SID range"; } leaf last-prefix { type string { length "0..50"; } description "Last IP Prefix"; } leaf last-sid-index { type uint32; description "Last SID Index"; } leaf flag-attached { type Srms-mi-flag-e-b; description "Attached flag"; } } // list policy-mi } // container policy-ipv4-active } // container policy-ipv4 } // container policy } // container srms container default-vrf { description "Operational data for the default VRF (instance) in the OSPF process"; container srlgs { description "Container for Weighted SRLG information"; list srlg { key "srlg-name"; description "Information for a particular SRLG"; leaf srlg-name { type xr:Cisco-ios-xr-string; description "Name of SRLG configured"; } leaf name { type string; description "SRLG Name"; } leaf value { type uint32; description "SRLG Value"; } leaf admin-weight { type uint32; description "Weight used for this SRLG"; } leaf admin-weight-set { type boolean; description "Whether weight is set for this SRLG"; } leaf value-set { type boolean; description "Whether value is set for this SRLG"; } leaf ospf-config { type boolean; description "Whether OSPF configuration is present for this SRLG"; } leaf global-config { type boolean; description "Whether global configuration is present for this SRLG"; } } // list srlg } // container srlgs container flood-list-table { description "List of LSAs being flooded"; list flood { key "interface-name"; description "Flooding information for a specific interface"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf flood-interface-name { type xr:Interface-name; description "Name of the Interface for which flood list is retrieved"; } leaf flood-pacing-timer { type uint32; description "Time until next LS update due (ms)"; } leaf flood-lsa-count { type uint32; description "Number of LSAs currently being flooded"; } list area-flood { description "Area scope floodlist"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list area-flood list as-flood { description "AS scope floodlist"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list as-flood } // list flood } // container flood-list-table container segment-routing { description "Container for Segment Routing"; container adjacency-sids { description "Container for SR Adjacency SIDs"; list adjacency-sid { key "adj-sid"; description "SR Adj SID Bag"; leaf adj-sid { type uint32 { range "0..1048575"; } description "Adjacency SID"; } leaf sr-adjacency-sid { type uint32; description "SR Adjacency SID"; } leaf sr-adj-sid-is-configured { type boolean; description "SR Adj SID is configured"; } leaf is-deleted-adjacency-protected { type boolean; description "Is this adj-sid being protected after adjacency deleted"; } leaf deleted-adjacency-protection-timer { type uint32; description "Remaining time for deleted adjacency protection (sec)"; } list sr-adj-sid-neighbor { description "SR Adj SID Neighbor List"; container primary-path-info { description "SR Adj SID Primary path info"; leaf interface-handle { type xr:Interface-name; description "SR Adj SID Interface Handle"; } leaf nexthop-ip-address { type inet:ipv4-address; description "SR Adj SID Nexthop Neighbor IP Address"; } leaf load-metric { type uint32; description "SR Adj SID Path metric"; } list label-stack { description "SR Adj SID Label Stack"; leaf entry { type uint32; description "SR Adj SID Label Stack"; } } // list label-stack } // container primary-path-info container backup-path-info { description "SR Adj SID Backup path info"; leaf interface-handle { type xr:Interface-name; description "SR Adj SID Interface Handle"; } leaf nexthop-ip-address { type inet:ipv4-address; description "SR Adj SID Nexthop Neighbor IP Address"; } leaf load-metric { type uint32; description "SR Adj SID Path metric"; } list label-stack { description "SR Adj SID Label Stack"; leaf entry { type uint32; description "SR Adj SID Label Stack"; } } // list label-stack } // container backup-path-info leaf neighbor-id { type inet:ipv4-address; description "SR Adj SID Neighbor ID"; } leaf sr-adj-sid-is-protected { type boolean; description "SR Adj SID is protected"; } leaf sr-adj-sid-has-backup { type boolean; description "SR Adj SID has backup path"; } } // list sr-adj-sid-neighbor } // list adjacency-sid } // container adjacency-sids container sr-endpoint-policies { description "Container for SR Policies"; list sr-endpoint-policy { key "endpoint-ip"; description "SR Endpoint Policy Bag"; leaf endpoint-ip { type inet:ip-address-no-zone; description "Endpoint IP Address"; } leaf sr-endpoint { type inet:ipv4-address; description "SR Endpoint Address"; } leaf sr-router-id { type uint32; description "SR Endpoint Router ID"; } leaf sr-area-id-string { type string; description "SR Endpoint Area ID"; } leaf sr-policy-count { type uint32; description "Count of SR Policies"; } leaf sr-valid-policy-count { type uint32; description "Count of Valid SR Policies"; } leaf sr-endp-state-is-valid { type boolean; description "Whether SR Endpoint state is valid"; } leaf sr-endp-state-is-stale { type boolean; description "Whether SR Endpoint state is stale"; } leaf sr-endp-state-is-unres { type boolean; description "Whether SR Endpoint state is unresolved"; } leaf sr-endp-resolution-fail-reason { type Ospf-sr-endp-res-fail-reason; description "Reason for SR Endpoint resolution failure"; } list sr-policy { description "List of SR Policies"; leaf policy-name { type string; description "Name of the SR Policy"; } leaf policy-if-handle { type xr:Interface-name; description "Interface handle of the SR Policy"; } leaf policy-metric { type int32; description "Metric of the SR Policy"; } leaf policy-bsid { type uint32; description "Bsid of the SR Policy"; } leaf policy-metric-mode { type Ospf-sr-pol-metric-mode; description "Metric mode of the SR Policy"; } leaf policy-is-sspf { type boolean; description "Whether SR Policy is Strict SPF"; } leaf policy-is-autoroute-include { type boolean; description "Whether SR Policy is autoroute Include"; } leaf policy-state-is-valid { type boolean; description "Whether SR Policy State is valid"; } leaf policy-state-is-stale { type boolean; description "Whether SR Policy State is stale"; } leaf policy-state-is-ifh-error { type boolean; description "Whether SR Policy State is IF Handle error"; } leaf policy-state-is-idb-pending { type boolean; description "Whether SR Policy State is IDB pending"; } leaf policy-update-timestamp { type uint32; description "Timestamp when SR Policy was updated"; } } // list sr-policy } // list sr-endpoint-policy } // container sr-endpoint-policies } // container segment-routing container mpls-te { description "Container for MPLS TE"; container mpls-te-links { description "MPLS TE link information table"; list mpls-te-link { key "area-id"; description "MPLS TE link information"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf mpls-te-router-id { type inet:ipv4-address; description "OSPF MPLS-TE router ID"; } leaf mpls-te-enabled { type boolean; description "If true, MPLS-TE enabled in area"; } leaf mpls-te-initialized { type boolean; description "If true, MPLS-TE initialized in the area"; } leaf mpls-te-area-id { type string { length "0..16"; } description "Area ID string in decimal or dotted decimal format"; } leaf mpls-te-area-instance { type uint32; description "Area information instance"; } leaf mpls-te-router-address { type inet:ipv4-address; description "MPLS-TE router address"; } leaf mpls-te-next-fragment-id { type uint32; description "Next MPLS-TE fragment ID"; } leaf spacious-fragment { type boolean; description "If true, fragment has space for next link"; } list mpls-te-link { description "MPLS-TE links in the area"; container global-unreserve-bw-per-priority { description "Global pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container global-unreserve-bw-per-priority container sub-pool-unreserve-bw-per-priority { description "Sub pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container sub-pool-unreserve-bw-per-priority container link-protocol-priority-capability { description "Link protocol and protocol priority capability details"; leaf link-protocol-capability { type uint8; description "Protocol capability value of the link"; } leaf link-protocol-priority { type uint8; description "Protocol priority value of the link"; } } // container link-protocol-priority-capability container link-sw-capability { description "Link switching capability"; leaf link-switching-capability { type uint8; description "Link Switching Capability value"; } leaf link-encoding { type uint8; description "Link Encoding value"; } leaf minimum-lsp-bw { type uint64; units "byte/s"; description "Minimum LSP bandwidth (bytes/s)"; } leaf link-mtu { type uint16; units "byte"; description "Link MTU size (bytes)"; } list maximum-lsp-bw-per-priority { max-elements 8; description "Maximum LSP bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Maximum LSP bandwidth for each priority (bytes/s)"; } } // list maximum-lsp-bw-per-priority } // container link-sw-capability container extended-admin-group-list { description "Extended Admin Group"; leaf extended-admin-size { type uint32; description "Size of the extended admin group"; } list ext-admin-data { description "Value of Extended Admin Group"; leaf entry { type uint32; description "Value of Extended Admin Group"; } } // list ext-admin-data } // container extended-admin-group-list leaf new-link { type boolean; description "If true, Link is new"; } leaf fragment-id { type uint32; description "Fragment ID for this link"; } leaf mpls-link-instance { type uint32; description "Link instance"; } leaf mpls-link-type { type Link-subnet; description "Type of link"; } leaf neighbor-link-id { type inet:ipv4-address; description "Link ID of the neighbor"; } leaf link-address { type inet:ipv4-address; description "The local interface address"; } leaf neighbor-ip-address { type inet:ipv4-address; description "IP address of the neighbor"; } leaf igp-metric { type uint32; description "Link IGP metric"; } leaf te-metric { type uint32; description "Link TE metric"; } leaf maximum-link-bw { type uint64; units "byte/s"; description "Maximum link bandwidth (bytes/s)"; } leaf maximum-link-reservable-bw { type uint64; units "byte/s"; description "Maximum link global pool reservable bandwidth (bytes/s)"; } leaf maximum-link-sub-reservable-bw { type uint64; units "byte/s"; description "Maximum link subpool reservable bandwidth (bytes/s)"; } leaf priority-count { type int32; description "Number of priorities."; } leaf affinity { type uint32; description "Affinity bits"; } leaf output-interface-id { type uint32; description "Outgoing interface ID"; } leaf input-interface-id { type uint32; description "Incoming interface ID"; } leaf dste-in-use { type boolean; description "A DS-TE Allocation Model in use"; } leaf dste-allocation-model-id { type Igpte-lib-bw-model; description "DS-TE Allocation Model ID"; } leaf number-of-optional-tl-vs { type uint8; description "Number of Optional TLVs"; } list mplste-link-opt-tlv { description "List of Optional TLVs"; leaf mplste-link-opt-tlv-type { type Mpls-te-opt-tlv; description "Type of Opt TLV"; } leaf mplste-link-opt-tlv-len { type uint16; description "Length of Opt TLV"; } list mplste-link-opt-tlv-value { description "Value of Opt TLV"; container bctlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-bc'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_BC'"; } description "Value of Bandwidth Constraints TLV"; leaf model-id { type uint8; description "Allocation Model ID"; } leaf num-b-cs { type uint32; description "Number of BC TLVs"; } list mplste-link-bc-bandwidth { description "Value of BC TLV"; leaf entry { type uint64; description "Value of BC TLV"; } } // list mplste-link-bc-bandwidth } // container bctlv-value container srlgtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-srlg'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_SRLG'"; } description "Value of SRLG TLV"; leaf srlg-len { type uint32; description "Length of SRLG TLV"; } leaf num-srl-gs { type uint32; description "Number of SRLG TLVs"; } list mplste-link-srlg-data { description "Value of SRLG TLV"; leaf entry { type uint32; description "Value of SRLG TLV"; } } // list mplste-link-srlg-data } // container srlgtlv-value container ixcdtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-ixcd'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_IXCD'"; } description "Value of IXCD TLV"; container ixcd-switching-cap-type { description "Switching Cap type"; container ixcdpsc-info { when "../switching-cap-type = 'rrr-proto-l-switch-cap-psc4'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_PSC4'"; } description "IXCD PSC information"; leaf min-lsp-bandwidth { type uint64; description "Min LSP bandwidth"; } leaf psc-interface-mtu { type uint16; description " Interface MTU"; } } // container ixcdpsc-info container ixcdbw-sub-tlv { when "../switching-cap-type = 'rrr-proto-l-switch-cap-otn-tdm'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_OTN_TDM'"; } description "Sub TLVs"; list arr-bw-sub-tlv { description "Array of sub tlvs"; container bw-sub-tlv-value { description "Value of BW Sub TLV"; container fixed-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '1'" { description "../IXCDBWSubTLVType = '1'"; } description "Value of Fixed Sub TLV"; container fixed-sub-tlv-value { description "Value of Fixed Sub TLV"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container fixed-sub-tlv-value list unres-oduj-prio { max-elements 8; description "Array of Unres Oduj Prio"; leaf entry { type uint32; description "Array of Unres Oduj Prio"; } } // list unres-oduj-prio } // container fixed-bw-sub-tlv-value container flex-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '2'" { description "../IXCDBWSubTLVType = '2'"; } description "Value of Flex Sub TLV"; container flex-sub-tlv-value-common { description "Flex Sub TLV Value"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container flex-sub-tlv-value-common list unres-lspbw { max-elements 8; description "Array of Unres LSP BW"; leaf entry { type uint64; description "Array of Unres LSP BW"; } } // list unres-lspbw list max-lspbw { max-elements 8; description "Max LSP BW Array"; leaf entry { type uint64; description "Max LSP BW Array"; } } // list max-lspbw } // container flex-bw-sub-tlv-value leaf ixcdbw-sub-tlv-type { type uint16; description "IXCDBWSubTLVType"; } } // container bw-sub-tlv-value leaf bw-sub-tlv-type { type uint16; description "Type of Sub TLV"; } leaf bw-sub-tlv-length { type uint16; description "Length of BW Sub TLV"; } } // list arr-bw-sub-tlv } // container ixcdbw-sub-tlv leaf switching-cap-type { type uint8; description "SwitchingCapType"; } } // container ixcd-switching-cap-type leaf switching-cap { type uint8; description "SCap"; } leaf rile-len-code { type uint8; description "Rile LenCode"; } leaf fixed-scsi-count { type uint32; description "Fixed SCSI count"; } leaf flex-scsi-count { type uint32; description "Flexible SCSI count"; } list max-lspbw { max-elements 8; description "Max LSP bandwidth array"; leaf entry { type int64; description "Max LSP bandwidth array"; } } // list max-lspbw } // container ixcdtlv-value container unidtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-uni-delay'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_UNI_DELAY'"; } description "Value of Uni Delay TLV"; leaf uni-dir-delay { type uint32; description "Uni Dir Delay"; } } // container unidtlv-value leaf opaque-tlv-type { type Mpls-te-opt-tlv; description "OpaqueTLVType"; } } // list mplste-link-opt-tlv-value } // list mplste-link-opt-tlv } // list mpls-te-link list mpls-te-fragment { description "MPLS TE fragments in the area"; leaf fragment-instance { type uint32; description "Fragment instance number"; } leaf fragment-id { type uint32; description "Fragment ID value"; } leaf dste-model-id { type uint8; description "DS-TE Allocation Model ID"; } leaf same-fragment-count { type uint8; description "Number of fragment links which haven't changed since the last update"; } list mpls-te-link { description "List of fragment links"; container global-unreserve-bw-per-priority { description "Global pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container global-unreserve-bw-per-priority container sub-pool-unreserve-bw-per-priority { description "Sub pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container sub-pool-unreserve-bw-per-priority container link-protocol-priority-capability { description "Link protocol and protocol priority capability details"; leaf link-protocol-capability { type uint8; description "Protocol capability value of the link"; } leaf link-protocol-priority { type uint8; description "Protocol priority value of the link"; } } // container link-protocol-priority-capability container link-sw-capability { description "Link switching capability"; leaf link-switching-capability { type uint8; description "Link Switching Capability value"; } leaf link-encoding { type uint8; description "Link Encoding value"; } leaf minimum-lsp-bw { type uint64; units "byte/s"; description "Minimum LSP bandwidth (bytes/s)"; } leaf link-mtu { type uint16; units "byte"; description "Link MTU size (bytes)"; } list maximum-lsp-bw-per-priority { max-elements 8; description "Maximum LSP bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Maximum LSP bandwidth for each priority (bytes/s)"; } } // list maximum-lsp-bw-per-priority } // container link-sw-capability container extended-admin-group-list { description "Extended Admin Group"; leaf extended-admin-size { type uint32; description "Size of the extended admin group"; } list ext-admin-data { description "Value of Extended Admin Group"; leaf entry { type uint32; description "Value of Extended Admin Group"; } } // list ext-admin-data } // container extended-admin-group-list leaf new-link { type boolean; description "If true, Link is new"; } leaf fragment-id { type uint32; description "Fragment ID for this link"; } leaf mpls-link-instance { type uint32; description "Link instance"; } leaf mpls-link-type { type Link-subnet; description "Type of link"; } leaf neighbor-link-id { type inet:ipv4-address; description "Link ID of the neighbor"; } leaf link-address { type inet:ipv4-address; description "The local interface address"; } leaf neighbor-ip-address { type inet:ipv4-address; description "IP address of the neighbor"; } leaf igp-metric { type uint32; description "Link IGP metric"; } leaf te-metric { type uint32; description "Link TE metric"; } leaf maximum-link-bw { type uint64; units "byte/s"; description "Maximum link bandwidth (bytes/s)"; } leaf maximum-link-reservable-bw { type uint64; units "byte/s"; description "Maximum link global pool reservable bandwidth (bytes/s)"; } leaf maximum-link-sub-reservable-bw { type uint64; units "byte/s"; description "Maximum link subpool reservable bandwidth (bytes/s)"; } leaf priority-count { type int32; description "Number of priorities."; } leaf affinity { type uint32; description "Affinity bits"; } leaf output-interface-id { type uint32; description "Outgoing interface ID"; } leaf input-interface-id { type uint32; description "Incoming interface ID"; } leaf dste-in-use { type boolean; description "A DS-TE Allocation Model in use"; } leaf dste-allocation-model-id { type Igpte-lib-bw-model; description "DS-TE Allocation Model ID"; } leaf number-of-optional-tl-vs { type uint8; description "Number of Optional TLVs"; } list mplste-link-opt-tlv { description "List of Optional TLVs"; leaf mplste-link-opt-tlv-type { type Mpls-te-opt-tlv; description "Type of Opt TLV"; } leaf mplste-link-opt-tlv-len { type uint16; description "Length of Opt TLV"; } list mplste-link-opt-tlv-value { description "Value of Opt TLV"; container bctlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-bc'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_BC'"; } description "Value of Bandwidth Constraints TLV"; leaf model-id { type uint8; description "Allocation Model ID"; } leaf num-b-cs { type uint32; description "Number of BC TLVs"; } list mplste-link-bc-bandwidth { description "Value of BC TLV"; leaf entry { type uint64; description "Value of BC TLV"; } } // list mplste-link-bc-bandwidth } // container bctlv-value container srlgtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-srlg'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_SRLG'"; } description "Value of SRLG TLV"; leaf srlg-len { type uint32; description "Length of SRLG TLV"; } leaf num-srl-gs { type uint32; description "Number of SRLG TLVs"; } list mplste-link-srlg-data { description "Value of SRLG TLV"; leaf entry { type uint32; description "Value of SRLG TLV"; } } // list mplste-link-srlg-data } // container srlgtlv-value container ixcdtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-ixcd'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_IXCD'"; } description "Value of IXCD TLV"; container ixcd-switching-cap-type { description "Switching Cap type"; container ixcdpsc-info { when "../switching-cap-type = 'rrr-proto-l-switch-cap-psc4'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_PSC4'"; } description "IXCD PSC information"; leaf min-lsp-bandwidth { type uint64; description "Min LSP bandwidth"; } leaf psc-interface-mtu { type uint16; description " Interface MTU"; } } // container ixcdpsc-info container ixcdbw-sub-tlv { when "../switching-cap-type = 'rrr-proto-l-switch-cap-otn-tdm'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_OTN_TDM'"; } description "Sub TLVs"; list arr-bw-sub-tlv { description "Array of sub tlvs"; container bw-sub-tlv-value { description "Value of BW Sub TLV"; container fixed-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '1'" { description "../IXCDBWSubTLVType = '1'"; } description "Value of Fixed Sub TLV"; container fixed-sub-tlv-value { description "Value of Fixed Sub TLV"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container fixed-sub-tlv-value list unres-oduj-prio { max-elements 8; description "Array of Unres Oduj Prio"; leaf entry { type uint32; description "Array of Unres Oduj Prio"; } } // list unres-oduj-prio } // container fixed-bw-sub-tlv-value container flex-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '2'" { description "../IXCDBWSubTLVType = '2'"; } description "Value of Flex Sub TLV"; container flex-sub-tlv-value-common { description "Flex Sub TLV Value"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container flex-sub-tlv-value-common list unres-lspbw { max-elements 8; description "Array of Unres LSP BW"; leaf entry { type uint64; description "Array of Unres LSP BW"; } } // list unres-lspbw list max-lspbw { max-elements 8; description "Max LSP BW Array"; leaf entry { type uint64; description "Max LSP BW Array"; } } // list max-lspbw } // container flex-bw-sub-tlv-value leaf ixcdbw-sub-tlv-type { type uint16; description "IXCDBWSubTLVType"; } } // container bw-sub-tlv-value leaf bw-sub-tlv-type { type uint16; description "Type of Sub TLV"; } leaf bw-sub-tlv-length { type uint16; description "Length of BW Sub TLV"; } } // list arr-bw-sub-tlv } // container ixcdbw-sub-tlv leaf switching-cap-type { type uint8; description "SwitchingCapType"; } } // container ixcd-switching-cap-type leaf switching-cap { type uint8; description "SCap"; } leaf rile-len-code { type uint8; description "Rile LenCode"; } leaf fixed-scsi-count { type uint32; description "Fixed SCSI count"; } leaf flex-scsi-count { type uint32; description "Flexible SCSI count"; } list max-lspbw { max-elements 8; description "Max LSP bandwidth array"; leaf entry { type int64; description "Max LSP bandwidth array"; } } // list max-lspbw } // container ixcdtlv-value container unidtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-uni-delay'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_UNI_DELAY'"; } description "Value of Uni Delay TLV"; leaf uni-dir-delay { type uint32; description "Uni Dir Delay"; } } // container unidtlv-value leaf opaque-tlv-type { type Mpls-te-opt-tlv; description "OpaqueTLVType"; } } // list mplste-link-opt-tlv-value } // list mplste-link-opt-tlv } // list mpls-te-link } // list mpls-te-fragment } // list mpls-te-link } // container mpls-te-links container mpls-te-fragments { description "MPLS TE Fragment information table"; list mpls-te-fragment { key "area-id"; description "MPLS TE Fragment"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf mpls-te-router-id { type inet:ipv4-address; description "OSPF MPLS-TE router ID"; } leaf mpls-te-enabled { type boolean; description "If true, MPLS-TE enabled in area"; } leaf mpls-te-initialized { type boolean; description "If true, MPLS-TE initialized in the area"; } leaf mpls-te-area-id { type string { length "0..16"; } description "Area ID string in decimal or dotted decimal format"; } leaf mpls-te-area-instance { type uint32; description "Area information instance"; } leaf mpls-te-router-address { type inet:ipv4-address; description "MPLS-TE router address"; } leaf mpls-te-next-fragment-id { type uint32; description "Next MPLS-TE fragment ID"; } leaf spacious-fragment { type boolean; description "If true, fragment has space for next link"; } list mpls-te-link { description "MPLS-TE links in the area"; container global-unreserve-bw-per-priority { description "Global pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container global-unreserve-bw-per-priority container sub-pool-unreserve-bw-per-priority { description "Sub pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container sub-pool-unreserve-bw-per-priority container link-protocol-priority-capability { description "Link protocol and protocol priority capability details"; leaf link-protocol-capability { type uint8; description "Protocol capability value of the link"; } leaf link-protocol-priority { type uint8; description "Protocol priority value of the link"; } } // container link-protocol-priority-capability container link-sw-capability { description "Link switching capability"; leaf link-switching-capability { type uint8; description "Link Switching Capability value"; } leaf link-encoding { type uint8; description "Link Encoding value"; } leaf minimum-lsp-bw { type uint64; units "byte/s"; description "Minimum LSP bandwidth (bytes/s)"; } leaf link-mtu { type uint16; units "byte"; description "Link MTU size (bytes)"; } list maximum-lsp-bw-per-priority { max-elements 8; description "Maximum LSP bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Maximum LSP bandwidth for each priority (bytes/s)"; } } // list maximum-lsp-bw-per-priority } // container link-sw-capability container extended-admin-group-list { description "Extended Admin Group"; leaf extended-admin-size { type uint32; description "Size of the extended admin group"; } list ext-admin-data { description "Value of Extended Admin Group"; leaf entry { type uint32; description "Value of Extended Admin Group"; } } // list ext-admin-data } // container extended-admin-group-list leaf new-link { type boolean; description "If true, Link is new"; } leaf fragment-id { type uint32; description "Fragment ID for this link"; } leaf mpls-link-instance { type uint32; description "Link instance"; } leaf mpls-link-type { type Link-subnet; description "Type of link"; } leaf neighbor-link-id { type inet:ipv4-address; description "Link ID of the neighbor"; } leaf link-address { type inet:ipv4-address; description "The local interface address"; } leaf neighbor-ip-address { type inet:ipv4-address; description "IP address of the neighbor"; } leaf igp-metric { type uint32; description "Link IGP metric"; } leaf te-metric { type uint32; description "Link TE metric"; } leaf maximum-link-bw { type uint64; units "byte/s"; description "Maximum link bandwidth (bytes/s)"; } leaf maximum-link-reservable-bw { type uint64; units "byte/s"; description "Maximum link global pool reservable bandwidth (bytes/s)"; } leaf maximum-link-sub-reservable-bw { type uint64; units "byte/s"; description "Maximum link subpool reservable bandwidth (bytes/s)"; } leaf priority-count { type int32; description "Number of priorities."; } leaf affinity { type uint32; description "Affinity bits"; } leaf output-interface-id { type uint32; description "Outgoing interface ID"; } leaf input-interface-id { type uint32; description "Incoming interface ID"; } leaf dste-in-use { type boolean; description "A DS-TE Allocation Model in use"; } leaf dste-allocation-model-id { type Igpte-lib-bw-model; description "DS-TE Allocation Model ID"; } leaf number-of-optional-tl-vs { type uint8; description "Number of Optional TLVs"; } list mplste-link-opt-tlv { description "List of Optional TLVs"; leaf mplste-link-opt-tlv-type { type Mpls-te-opt-tlv; description "Type of Opt TLV"; } leaf mplste-link-opt-tlv-len { type uint16; description "Length of Opt TLV"; } list mplste-link-opt-tlv-value { description "Value of Opt TLV"; container bctlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-bc'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_BC'"; } description "Value of Bandwidth Constraints TLV"; leaf model-id { type uint8; description "Allocation Model ID"; } leaf num-b-cs { type uint32; description "Number of BC TLVs"; } list mplste-link-bc-bandwidth { description "Value of BC TLV"; leaf entry { type uint64; description "Value of BC TLV"; } } // list mplste-link-bc-bandwidth } // container bctlv-value container srlgtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-srlg'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_SRLG'"; } description "Value of SRLG TLV"; leaf srlg-len { type uint32; description "Length of SRLG TLV"; } leaf num-srl-gs { type uint32; description "Number of SRLG TLVs"; } list mplste-link-srlg-data { description "Value of SRLG TLV"; leaf entry { type uint32; description "Value of SRLG TLV"; } } // list mplste-link-srlg-data } // container srlgtlv-value container ixcdtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-ixcd'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_IXCD'"; } description "Value of IXCD TLV"; container ixcd-switching-cap-type { description "Switching Cap type"; container ixcdpsc-info { when "../switching-cap-type = 'rrr-proto-l-switch-cap-psc4'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_PSC4'"; } description "IXCD PSC information"; leaf min-lsp-bandwidth { type uint64; description "Min LSP bandwidth"; } leaf psc-interface-mtu { type uint16; description " Interface MTU"; } } // container ixcdpsc-info container ixcdbw-sub-tlv { when "../switching-cap-type = 'rrr-proto-l-switch-cap-otn-tdm'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_OTN_TDM'"; } description "Sub TLVs"; list arr-bw-sub-tlv { description "Array of sub tlvs"; container bw-sub-tlv-value { description "Value of BW Sub TLV"; container fixed-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '1'" { description "../IXCDBWSubTLVType = '1'"; } description "Value of Fixed Sub TLV"; container fixed-sub-tlv-value { description "Value of Fixed Sub TLV"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container fixed-sub-tlv-value list unres-oduj-prio { max-elements 8; description "Array of Unres Oduj Prio"; leaf entry { type uint32; description "Array of Unres Oduj Prio"; } } // list unres-oduj-prio } // container fixed-bw-sub-tlv-value container flex-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '2'" { description "../IXCDBWSubTLVType = '2'"; } description "Value of Flex Sub TLV"; container flex-sub-tlv-value-common { description "Flex Sub TLV Value"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container flex-sub-tlv-value-common list unres-lspbw { max-elements 8; description "Array of Unres LSP BW"; leaf entry { type uint64; description "Array of Unres LSP BW"; } } // list unres-lspbw list max-lspbw { max-elements 8; description "Max LSP BW Array"; leaf entry { type uint64; description "Max LSP BW Array"; } } // list max-lspbw } // container flex-bw-sub-tlv-value leaf ixcdbw-sub-tlv-type { type uint16; description "IXCDBWSubTLVType"; } } // container bw-sub-tlv-value leaf bw-sub-tlv-type { type uint16; description "Type of Sub TLV"; } leaf bw-sub-tlv-length { type uint16; description "Length of BW Sub TLV"; } } // list arr-bw-sub-tlv } // container ixcdbw-sub-tlv leaf switching-cap-type { type uint8; description "SwitchingCapType"; } } // container ixcd-switching-cap-type leaf switching-cap { type uint8; description "SCap"; } leaf rile-len-code { type uint8; description "Rile LenCode"; } leaf fixed-scsi-count { type uint32; description "Fixed SCSI count"; } leaf flex-scsi-count { type uint32; description "Flexible SCSI count"; } list max-lspbw { max-elements 8; description "Max LSP bandwidth array"; leaf entry { type int64; description "Max LSP bandwidth array"; } } // list max-lspbw } // container ixcdtlv-value container unidtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-uni-delay'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_UNI_DELAY'"; } description "Value of Uni Delay TLV"; leaf uni-dir-delay { type uint32; description "Uni Dir Delay"; } } // container unidtlv-value leaf opaque-tlv-type { type Mpls-te-opt-tlv; description "OpaqueTLVType"; } } // list mplste-link-opt-tlv-value } // list mplste-link-opt-tlv } // list mpls-te-link list mpls-te-fragment { description "MPLS TE fragments in the area"; leaf fragment-instance { type uint32; description "Fragment instance number"; } leaf fragment-id { type uint32; description "Fragment ID value"; } leaf dste-model-id { type uint8; description "DS-TE Allocation Model ID"; } leaf same-fragment-count { type uint8; description "Number of fragment links which haven't changed since the last update"; } list mpls-te-link { description "List of fragment links"; container global-unreserve-bw-per-priority { description "Global pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container global-unreserve-bw-per-priority container sub-pool-unreserve-bw-per-priority { description "Sub pool unreserved bandwidth for each priority (bytes/s)"; list bw-per-priority { max-elements 8; description "Unreserved bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Unreserved bandwidth for each priority (bytes/s)"; } } // list bw-per-priority } // container sub-pool-unreserve-bw-per-priority container link-protocol-priority-capability { description "Link protocol and protocol priority capability details"; leaf link-protocol-capability { type uint8; description "Protocol capability value of the link"; } leaf link-protocol-priority { type uint8; description "Protocol priority value of the link"; } } // container link-protocol-priority-capability container link-sw-capability { description "Link switching capability"; leaf link-switching-capability { type uint8; description "Link Switching Capability value"; } leaf link-encoding { type uint8; description "Link Encoding value"; } leaf minimum-lsp-bw { type uint64; units "byte/s"; description "Minimum LSP bandwidth (bytes/s)"; } leaf link-mtu { type uint16; units "byte"; description "Link MTU size (bytes)"; } list maximum-lsp-bw-per-priority { max-elements 8; description "Maximum LSP bandwidth for each priority (bytes/s)"; leaf entry { type uint64; units "byte/s"; description "Maximum LSP bandwidth for each priority (bytes/s)"; } } // list maximum-lsp-bw-per-priority } // container link-sw-capability container extended-admin-group-list { description "Extended Admin Group"; leaf extended-admin-size { type uint32; description "Size of the extended admin group"; } list ext-admin-data { description "Value of Extended Admin Group"; leaf entry { type uint32; description "Value of Extended Admin Group"; } } // list ext-admin-data } // container extended-admin-group-list leaf new-link { type boolean; description "If true, Link is new"; } leaf fragment-id { type uint32; description "Fragment ID for this link"; } leaf mpls-link-instance { type uint32; description "Link instance"; } leaf mpls-link-type { type Link-subnet; description "Type of link"; } leaf neighbor-link-id { type inet:ipv4-address; description "Link ID of the neighbor"; } leaf link-address { type inet:ipv4-address; description "The local interface address"; } leaf neighbor-ip-address { type inet:ipv4-address; description "IP address of the neighbor"; } leaf igp-metric { type uint32; description "Link IGP metric"; } leaf te-metric { type uint32; description "Link TE metric"; } leaf maximum-link-bw { type uint64; units "byte/s"; description "Maximum link bandwidth (bytes/s)"; } leaf maximum-link-reservable-bw { type uint64; units "byte/s"; description "Maximum link global pool reservable bandwidth (bytes/s)"; } leaf maximum-link-sub-reservable-bw { type uint64; units "byte/s"; description "Maximum link subpool reservable bandwidth (bytes/s)"; } leaf priority-count { type int32; description "Number of priorities."; } leaf affinity { type uint32; description "Affinity bits"; } leaf output-interface-id { type uint32; description "Outgoing interface ID"; } leaf input-interface-id { type uint32; description "Incoming interface ID"; } leaf dste-in-use { type boolean; description "A DS-TE Allocation Model in use"; } leaf dste-allocation-model-id { type Igpte-lib-bw-model; description "DS-TE Allocation Model ID"; } leaf number-of-optional-tl-vs { type uint8; description "Number of Optional TLVs"; } list mplste-link-opt-tlv { description "List of Optional TLVs"; leaf mplste-link-opt-tlv-type { type Mpls-te-opt-tlv; description "Type of Opt TLV"; } leaf mplste-link-opt-tlv-len { type uint16; description "Length of Opt TLV"; } list mplste-link-opt-tlv-value { description "Value of Opt TLV"; container bctlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-bc'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_BC'"; } description "Value of Bandwidth Constraints TLV"; leaf model-id { type uint8; description "Allocation Model ID"; } leaf num-b-cs { type uint32; description "Number of BC TLVs"; } list mplste-link-bc-bandwidth { description "Value of BC TLV"; leaf entry { type uint64; description "Value of BC TLV"; } } // list mplste-link-bc-bandwidth } // container bctlv-value container srlgtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-srlg'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_SRLG'"; } description "Value of SRLG TLV"; leaf srlg-len { type uint32; description "Length of SRLG TLV"; } leaf num-srl-gs { type uint32; description "Number of SRLG TLVs"; } list mplste-link-srlg-data { description "Value of SRLG TLV"; leaf entry { type uint32; description "Value of SRLG TLV"; } } // list mplste-link-srlg-data } // container srlgtlv-value container ixcdtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-ixcd'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_IXCD'"; } description "Value of IXCD TLV"; container ixcd-switching-cap-type { description "Switching Cap type"; container ixcdpsc-info { when "../switching-cap-type = 'rrr-proto-l-switch-cap-psc4'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_PSC4'"; } description "IXCD PSC information"; leaf min-lsp-bandwidth { type uint64; description "Min LSP bandwidth"; } leaf psc-interface-mtu { type uint16; description " Interface MTU"; } } // container ixcdpsc-info container ixcdbw-sub-tlv { when "../switching-cap-type = 'rrr-proto-l-switch-cap-otn-tdm'" { description "../SwitchingCapType = 'RRR_PROTO_LSWITCH_CAP_OTN_TDM'"; } description "Sub TLVs"; list arr-bw-sub-tlv { description "Array of sub tlvs"; container bw-sub-tlv-value { description "Value of BW Sub TLV"; container fixed-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '1'" { description "../IXCDBWSubTLVType = '1'"; } description "Value of Fixed Sub TLV"; container fixed-sub-tlv-value { description "Value of Fixed Sub TLV"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container fixed-sub-tlv-value list unres-oduj-prio { max-elements 8; description "Array of Unres Oduj Prio"; leaf entry { type uint32; description "Array of Unres Oduj Prio"; } } // list unres-oduj-prio } // container fixed-bw-sub-tlv-value container flex-bw-sub-tlv-value { when "../ixcdbw-sub-tlv-type = '2'" { description "../IXCDBWSubTLVType = '2'"; } description "Value of Flex Sub TLV"; container flex-sub-tlv-value-common { description "Flex Sub TLV Value"; leaf signal-type { type uint8; description "Signal Type value"; } leaf num-stages { type uint8; description "Number of stages"; } leaf tbit { type uint8; description "T Bit"; } leaf sbit { type uint8; description "S Bit"; } leaf tsg { type uint8; description "TSG"; } leaf res { type uint8; description "Res"; } leaf priority-bit0 { type uint8; description "Priority 0"; } leaf priority-bit1 { type uint8; description "Priority 1"; } leaf priority-bit2 { type uint8; description "Priority 2"; } leaf priority-bit3 { type uint8; description "Priority 3"; } leaf priority-bit4 { type uint8; description "Priority 4"; } leaf priority-bit5 { type uint8; description "Priority 5"; } leaf priority-bit6 { type uint8; description "Priority 6"; } leaf priority-bit7 { type uint8; description "Priority 7"; } leaf stage { type yang:hex-string; description "Array of Stages"; } } // container flex-sub-tlv-value-common list unres-lspbw { max-elements 8; description "Array of Unres LSP BW"; leaf entry { type uint64; description "Array of Unres LSP BW"; } } // list unres-lspbw list max-lspbw { max-elements 8; description "Max LSP BW Array"; leaf entry { type uint64; description "Max LSP BW Array"; } } // list max-lspbw } // container flex-bw-sub-tlv-value leaf ixcdbw-sub-tlv-type { type uint16; description "IXCDBWSubTLVType"; } } // container bw-sub-tlv-value leaf bw-sub-tlv-type { type uint16; description "Type of Sub TLV"; } leaf bw-sub-tlv-length { type uint16; description "Length of BW Sub TLV"; } } // list arr-bw-sub-tlv } // container ixcdbw-sub-tlv leaf switching-cap-type { type uint8; description "SwitchingCapType"; } } // container ixcd-switching-cap-type leaf switching-cap { type uint8; description "SCap"; } leaf rile-len-code { type uint8; description "Rile LenCode"; } leaf fixed-scsi-count { type uint32; description "Fixed SCSI count"; } leaf flex-scsi-count { type uint32; description "Flexible SCSI count"; } list max-lspbw { max-elements 8; description "Max LSP bandwidth array"; leaf entry { type int64; description "Max LSP bandwidth array"; } } // list max-lspbw } // container ixcdtlv-value container unidtlv-value { when "../opaque-tlv-type = 'mpls-te-opt-tlv-type-uni-delay'" { description "../OpaqueTLVType = 'MPLS_TE_OPT_TLV_TYPE_UNI_DELAY'"; } description "Value of Uni Delay TLV"; leaf uni-dir-delay { type uint32; description "Uni Dir Delay"; } } // container unidtlv-value leaf opaque-tlv-type { type Mpls-te-opt-tlv; description "OpaqueTLVType"; } } // list mplste-link-opt-tlv-value } // list mplste-link-opt-tlv } // list mpls-te-link } // list mpls-te-fragment } // list mpls-te-fragment } // container mpls-te-fragments } // container mpls-te container statistics { description "Container for Statistics"; container spf-stats { description "OSPF SPF statistics"; container spf-header { description "SPF Header information"; leaf router-id { type inet:ipv4-address; description "OSPF router identifier"; } leaf spf-count { type uint32; description "Count of SPFs in this area"; } list area-summ { description "SPF details of the area"; leaf area-id { type uint32; description "Area ID in OSPF"; } leaf spf-count { type uint32; description "Count of SPFs in this area"; } } // list area-summ } // container spf-header list runtime { description "Time taken for the Intra-area SPF run"; container start-time { description "Time elapsed since last Intra SPF run"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container start-time container duration { description "Time taken for the this Intra SPF calculation"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container duration leaf area-id { type string; description "Area ID in OSPF"; } leaf change-flags { type uint16; description "Flags indicating changes that triggered this SPF"; } } // list runtime list summary-runtime { description "Time taken for the summary calculation"; container start-time { description "Time elapsed since last Partial SPF run"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container start-time container duration { description "Time taken for the this Partial SPF calculation"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container duration leaf advertising-router-id { type uint32; description "Advertising Router ID of the changed LSA that triggered this partial SPF"; } leaf destination-count { type uint32; description "Number of LSAs changed by this advertising router that is being handled in this partial SPF"; } leaf destination-address { type uint32; description "Route prefix changed in this partial SPF"; } } // list summary-runtime list external-runtime { description "Time taken for the external calculation"; container start-time { description "Time elapsed since last Partial SPF run"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container start-time container duration { description "Time taken for the this Partial SPF calculation"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container duration leaf advertising-router-id { type uint32; description "Advertising Router ID of the changed LSA that triggered this partial SPF"; } leaf destination-count { type uint32; description "Number of LSAs changed by this advertising router that is being handled in this partial SPF"; } leaf destination-address { type uint32; description "Route prefix changed in this partial SPF"; } } // list external-runtime list total-runtime { description "Time taken for entire route calculation"; container gbl-spf-time { description "Time taken for SPF"; leaf time-taken-dijkstra { type uint32; description "Time taken for executing Dijkstra Algorithm"; } leaf time-taken-intra-prefix { type uint32; description "Time taken for Intra Area Prefix calculations"; } leaf time-taken-intra-prefix-deletion { type uint32; description "Time taken for Intra Area Prefix deletions"; } leaf time-taken-inter-prefix { type uint32; description "Time taken for Inter Area Prefix calculations"; } leaf time-taken-inter-prefix-deletion { type uint32; description "Time taken for Inter Area Prefix deletions"; } leaf time-taken-external-prefix { type uint32; description "Time taken for Type 5/7 Prefix calculations"; } leaf time-taken-external-prefix-deletion { type uint32; description "Time taken for Type 5/7 Prefix deletions"; } } // container gbl-spf-time leaf spf-start-time { type uint32; description "Time when SPF started"; } leaf lsa-change-count { type int16; description "Count of changed LSAs"; } leaf spf-number { type uint8; description "SPF ID"; } list lsa-info { max-elements 5; description "Details of changed LSAs"; leaf area-id { type uint32; description "Area where LSA got changed"; } leaf advertising-router { type inet:ipv4-address; description "Advertising Router of the changed LSA"; } leaf ls-id { type inet:ipv4-address; description "LS ID of the changed LSA"; } leaf ls-type { type uint8; description "Type of the changed LSA"; } leaf is-flush { type boolean; description "Whether it is a flushed LSA"; } } // list lsa-info list area-stat { description "SPF Statistics of this area"; container spf-time { description "Time taken for various stages of SPF"; leaf time-taken-dijkstra { type uint32; description "Time taken for executing Dijkstra Algorithm"; } leaf time-taken-intra-prefix { type uint32; description "Time taken for Intra Area Prefix calculations"; } leaf time-taken-intra-prefix-deletion { type uint32; description "Time taken for Intra Area Prefix deletions"; } leaf time-taken-inter-prefix { type uint32; description "Time taken for Inter Area Prefix calculations"; } leaf time-taken-inter-prefix-deletion { type uint32; description "Time taken for Inter Area Prefix deletions"; } leaf time-taken-external-prefix { type uint32; description "Time taken for Type 5/7 Prefix calculations"; } leaf time-taken-external-prefix-deletion { type uint32; description "Time taken for Type 5/7 Prefix deletions"; } } // container spf-time leaf area-id { type uint32; description "OSPF area id"; } list lsa-type-count { max-elements 7; description "Array of Count of LSA changes indexed by LSA Type"; leaf entry { type uint32; description "Array of Count of LSA changes indexed by LSA Type"; } } // list lsa-type-count } // list area-stat } // list total-runtime } // container spf-stats container rib-batch-stats { description "Stats concerning RIB route updates using the Batching API"; list priority-batch { max-elements 8; description "RIB interaction statistics for various priority levels"; leaf batches-sent { type uint32; description "Number of batches sent to RIB "; } leaf routes-sent { type uint32; description "Number of routes updates sent to RIB "; } leaf routes-pending { type uint32; description "Number of routes waiting to be sent to RIB"; } leaf max-routes { type uint32; description "Max number of routes in a batch"; } leaf paths-sent { type uint32; description "Number of paths (add+delete) sent to RIB"; } leaf paths-pending { type uint32; description "Number of paths waiting to be sent to RIB"; } leaf paths-added { type uint32; description "Number of paths added (pending+sent) to RIB "; } leaf path-add-errors { type uint32; description "Number of paths add errors"; } leaf path-deletions { type uint32; description "Number of paths deletions (pending+sent) to RIB"; } leaf path-deletion-errors { type uint32; description "Number of paths deletion errors"; } leaf lfas-pending { type uint32; description "Number of LFAs waiting to be sent to RIB"; } leaf lfas-added { type uint32; description "Number of LFAs added to the RIB"; } leaf lfa-deletions { type uint32; description "Number of LFAs deleted from RIB"; } leaf lfas-sent { type uint32; description "Number of LFAs sent to the RIB"; } leaf priority-level { type string { length "0..40"; } description "Priority Level Name string"; } } // list priority-batch } // container rib-batch-stats container issu-stats { description "OSPF ISSU statistics"; container nsr-thread-scheduler-stats { description "NSR thread scheduler statistics information"; leaf nsr-pulse-quantum { type int32; description "Number of events processed per pulse"; } leaf nsr-events-pending { type uint32; description "Total events pending processing across all priority buckets"; } leaf nsr-events-tx { type uint64; description "Number of events queued to the thread"; } leaf nsr-events-rx { type uint64; description "Number of events processed in the thread"; } leaf nsr-bad-pulses-rx { type uint64; description "Spurious pulses received in the the thread"; } leaf nsr-good-pulses-rx { type uint64; description "Good pulses received in the the thread"; } leaf nsr-pulses-tx { type uint64; description "Number of pulses sent to the thread"; } leaf nsr-pulses-tx-fails { type uint64; description "Number of pulse send fails"; } list nsr-priority { max-elements 3; description "Statistics for each priority queue"; leaf nsr-priority { type uint32; description "Priority value"; } leaf nsr-quantum { type uint8; description "Number of events processed per pulse for this priority"; } leaf nsr-remaining-quantum { type uint8; description "Number of events remaining to be processed"; } leaf nsr-events-in-queue { type uint16; description "Number of events queued to the thread for this priority"; } leaf nsr-max-events { type uint16; description "Max cap on the number of pending events"; } leaf nsr-peak-queue-length { type uint16; description "Queue length of pending events peak value so far for this priority"; } leaf nsr-events-queued { type uint64; description "Number of events queued on this priority since start/clear"; } leaf nsr-enqueue-fails { type uint64; description "Number of enqueue failures since start/clear"; } leaf nsr-events-dequeued { type uint64; description "Number of events dequeued on this pri since start/clear"; } } // list nsr-priority } // container nsr-thread-scheduler-stats container nsr-router-thread-scheduler-stats { description "NSR Router thread scheduler statistics information"; leaf nsr-pulse-quantum { type int32; description "Number of events processed per pulse"; } leaf nsr-events-pending { type uint32; description "Total events pending processing across all priority buckets"; } leaf nsr-events-tx { type uint64; description "Number of events queued to the thread"; } leaf nsr-events-rx { type uint64; description "Number of events processed in the thread"; } leaf nsr-bad-pulses-rx { type uint64; description "Spurious pulses received in the the thread"; } leaf nsr-good-pulses-rx { type uint64; description "Good pulses received in the the thread"; } leaf nsr-pulses-tx { type uint64; description "Number of pulses sent to the thread"; } leaf nsr-pulses-tx-fails { type uint64; description "Number of pulse send fails"; } list nsr-priority { max-elements 3; description "Statistics for each priority queue"; leaf nsr-priority { type uint32; description "Priority value"; } leaf nsr-quantum { type uint8; description "Number of events processed per pulse for this priority"; } leaf nsr-remaining-quantum { type uint8; description "Number of events remaining to be processed"; } leaf nsr-events-in-queue { type uint16; description "Number of events queued to the thread for this priority"; } leaf nsr-max-events { type uint16; description "Max cap on the number of pending events"; } leaf nsr-peak-queue-length { type uint16; description "Queue length of pending events peak value so far for this priority"; } leaf nsr-events-queued { type uint64; description "Number of events queued on this priority since start/clear"; } leaf nsr-enqueue-fails { type uint64; description "Number of enqueue failures since start/clear"; } leaf nsr-events-dequeued { type uint64; description "Number of events dequeued on this pri since start/clear"; } } // list nsr-priority } // container nsr-router-thread-scheduler-stats leaf nsr-revision { type int32; description "NSR Revision number"; } leaf nsr-fsm-state { type int32; description "Current state of NSR"; } leaf nsr-version { type uint32; description "Version Number of NSR"; } leaf nsr-node-id { type uint32; description "Node ID"; } leaf nsr-peer-version { type uint32; description "Peer version of NSR"; } leaf nsr-peer-node-id { type uint32; description "Node ID of the peer"; } leaf nsr-peer-end-point-length { type uint32; description "Length of the endpoint retrieved from peer"; } leaf nsr-peer-end-point-version { type uint32; description "Version of the endpoint retrieved from peer"; } leaf nsr-local-end-point-length { type uint32; description "Length of local endpoint"; } leaf nsr-local-end-point-version { type uint32; description "Version of local endpoint"; } leaf nsr-fabric-mtu { type uint32; description "MTU of Fabric"; } leaf nsr-neighbor-qad-queue-id { type uint32; description "QAD Queue ID for Neighbor information"; } leaf nsr-lsa-qad-queue-id { type uint32; description "QAD Queue ID for LSA information"; } leaf nsr-neighbor-qad-meta-data-count { type uint32; description "QAD metadata Information for Neighbor"; } leaf nsr-lsa-qad-meta-data-count { type uint32; description "QAD metadata Information for LSA"; } leaf nsr-neighbor-init-sync-pend-count { type int32; description "Pending message count for Initial neighbor synchronization"; } leaf nsr-lsa-init-sync-pend-count { type int32; description "Pending message count for Initial lsa synchronization"; } leaf nsr-neighbor-seq-no { type uint32; description "Sequence number used for neighbor synchronization"; } leaf nsr-interface-seq-no { type uint32; description "Sequence number used for interface synchronization"; } leaf nsr-timerquantum { type int32; description "Number of expired timers to process per event manager call"; } leaf nsr-peer-end-point-handle { type uint64; description "Remote endpoint handle"; } leaf nsr-local-endpoint-handle { type uint64; description "Handle/id of local endpoint"; } leaf nsr-connect-attempts { type uint64; description "Count of LWN connection attempts"; } leaf nsr-connect-failures { type uint64; description "Count of LWN connection failures"; } leaf nsr-open-event-count { type uint64; description "Count of LWN connection open events"; } leaf nsr-close-event-count { type uint64; description "Count of LWN connection close events"; } leaf nsr-error-event-count { type uint64; description "Count of LWN connection error events"; } leaf nsr-peer-end-points { type yang:hex-string; description "Array of remote endpoints"; } leaf nsr-local-end-points { type yang:hex-string; description "Array of local endpoints"; } list nsr-fsm-flag { description "Nsr Fsm Flags information"; leaf entry { type Ospf-string-array; description "Nsr Fsm Flags information"; } } // list nsr-fsm-flag list nsr-fsm-running-timer { description "Nsr Fsm Running Timers"; leaf entry { type Ospf-string-array; description "Nsr Fsm Running Timers"; } } // list nsr-fsm-running-timer list nsr-issu-milestone { description "Nsr Issu Milestones information"; leaf milestone-name { type string; description "Name of the milestone achieved"; } leaf milestone-status { type string; description "Status of the milestone achieved"; } } // list nsr-issu-milestone list nsr-err-history { description "Nsr Error History List information"; leaf nsr-revisionversion { type uint32; description "Current Revision version of NSR"; } leaf total-errors { type int32; description "Total errors for this nsr revision version"; } list nsr-error-info { description "List of erros"; container last-err-time { description "Time this error was last hit"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container last-err-time leaf err-count { type int32; description "Count this error hit during the Nsr Revision"; } leaf err-info-string { type string; description "Error Information"; } } // list nsr-error-info } // list nsr-err-history } // container issu-stats container rib-lc-stats { description "OSPF RIB Linecard node information"; leaf node-count { type uint8; description "Number of nodes"; } list nodes { max-elements 64; description "Array of RIB Node info"; leaf node-id { type uint32; description "node ID of the Line Card"; } leaf intf-count { type uint16; description "Number of OSPF Interfaces"; } leaf notif-count { type uint8; description "RIB notification count"; } leaf ugmerge { type boolean; description "RIB UG merge state of the LC"; } leaf node-death { type boolean; description "RIB node death state of LC"; } leaf rib-event { type boolean; description "RIB event received for LC"; } } // list nodes } // container rib-lc-stats container rib-thread-stats { description "OSPF RIB thread statistics"; container internal-work-queue { description "Router to RIB thread queue"; container rib-base-time { description "Base time stamp needed to calculate the current time "; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container rib-base-time container spf-suspend-time-start { description "Last time SPF suspended start time"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container spf-suspend-time-start container spf-suspend-time-stop { description "Last time SPF suspended Stop time"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container spf-suspend-time-stop leaf is-thread-active { type boolean; description "RIB thread active indicator"; } leaf last-dequeue-time { type uint64; description "Timestamp of last dequeue of RIB work queue"; } leaf first-enqueue-time { type uint64; description "Timestamp of first enqueue of RIB work queue"; } leaf current-queue-length { type int32; description "Work queue length at this instance"; } leaf peak-queue-length { type int32; description "Largest work queue length so far"; } leaf total-queued-msg { type uint32; description "Total number of queued messages"; } leaf total-dqueued-msg { type uint32; description "Total number of dequeued messages"; } leaf rib-version { type uint32; description "Rib version, indicating the number of times OSPF has connected with RIB. The value will be greater than 1 if any disconnect and reconnect happened."; } leaf rib-packets-sent { type uint32; description "Total number of batches sent to RIB"; } leaf rib-signals { type uint32; description "Number of signals for RIB thread"; } leaf rib-send-errors { type uint32; description "Number of RIB batch send errors"; } leaf rib-queue-errors { type uint32; description "Number of RIB batch queueing errors"; } leaf rib-prefix-limit-errors { type uint32; description "Number of RIB batch prefix limit errors"; } leaf rib-dequeue-errors { type uint32; description "Number of RIB batch dequeueing errors"; } leaf rib-empty-batches { type uint32; description "Number of RIB of empty batches"; } leaf rib-drops-before-sending { type uint32; description "Number of RIB batches dropped before sending"; } leaf rib-drops-after-sending { type uint32; description "Number of RIB batches dropped after sending"; } leaf rib-connection-drops { type uint32; description "Number of RIB batches dropped"; } leaf rib-forward-references { type uint32; description "Number of forward tbl. references"; } leaf priority-level { type string { length "0..40"; } description "Priority of these batches"; } leaf rib-base-clock { type uint64; description "Base clock stamp needed to calculate the current time"; } leaf spf-suspend-count { type uint32; description "Number of times SPF suspended"; } } // container internal-work-queue list rib-queue { max-elements 8; description "Primary work queues"; container rib-base-time { description "Base time stamp needed to calculate the current time "; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container rib-base-time container spf-suspend-time-start { description "Last time SPF suspended start time"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container spf-suspend-time-start container spf-suspend-time-stop { description "Last time SPF suspended Stop time"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container spf-suspend-time-stop leaf is-thread-active { type boolean; description "RIB thread active indicator"; } leaf last-dequeue-time { type uint64; description "Timestamp of last dequeue of RIB work queue"; } leaf first-enqueue-time { type uint64; description "Timestamp of first enqueue of RIB work queue"; } leaf current-queue-length { type int32; description "Work queue length at this instance"; } leaf peak-queue-length { type int32; description "Largest work queue length so far"; } leaf total-queued-msg { type uint32; description "Total number of queued messages"; } leaf total-dqueued-msg { type uint32; description "Total number of dequeued messages"; } leaf rib-version { type uint32; description "Rib version, indicating the number of times OSPF has connected with RIB. The value will be greater than 1 if any disconnect and reconnect happened."; } leaf rib-packets-sent { type uint32; description "Total number of batches sent to RIB"; } leaf rib-signals { type uint32; description "Number of signals for RIB thread"; } leaf rib-send-errors { type uint32; description "Number of RIB batch send errors"; } leaf rib-queue-errors { type uint32; description "Number of RIB batch queueing errors"; } leaf rib-prefix-limit-errors { type uint32; description "Number of RIB batch prefix limit errors"; } leaf rib-dequeue-errors { type uint32; description "Number of RIB batch dequeueing errors"; } leaf rib-empty-batches { type uint32; description "Number of RIB of empty batches"; } leaf rib-drops-before-sending { type uint32; description "Number of RIB batches dropped before sending"; } leaf rib-drops-after-sending { type uint32; description "Number of RIB batches dropped after sending"; } leaf rib-connection-drops { type uint32; description "Number of RIB batches dropped"; } leaf rib-forward-references { type uint32; description "Number of forward tbl. references"; } leaf priority-level { type string { length "0..40"; } description "Priority of these batches"; } leaf rib-base-clock { type uint64; description "Base clock stamp needed to calculate the current time"; } leaf spf-suspend-count { type uint32; description "Number of times SPF suspended"; } } // list rib-queue } // container rib-thread-stats container nsr-pl-stats { description "OSPF NSR packet library statistics"; list npl-priority { max-elements 2; description "NPL Library statistics for each priority level"; leaf prio-queue-level { type string { length "0..32"; } description "npl priority queue level"; } list num-sent { max-elements 5; description "Total sent"; leaf entry { type uint64; description "Total sent"; } } // list num-sent list num-recv { max-elements 6; description "Total recvd"; leaf entry { type uint64; description "Total recvd"; } } // list num-recv list num-sent-drop { max-elements 5; description "Sent Error/drops"; list nsr-pl-send-drop-array { max-elements 7; description "nsr pl send drop array"; leaf entry { type uint32; description "entry"; } } // list nsr-pl-send-drop-array } // list num-sent-drop list num-recv-drop { max-elements 6; description "Recv Errors/drops"; list nsr-pl-recv-drop-array { max-elements 16; description "nsr pl recv drop array"; leaf entry { type uint32; description "entry"; } } // list nsr-pl-recv-drop-array } // list num-recv-drop } // list npl-priority } // container nsr-pl-stats container nsr-stats { description "OSPF NSR thread statistics"; container nsr-thread-scheduler-stats { description "NSR thread scheduler statistics information"; leaf nsr-pulse-quantum { type int32; description "Number of events processed per pulse"; } leaf nsr-events-pending { type uint32; description "Total events pending processing across all priority buckets"; } leaf nsr-events-tx { type uint64; description "Number of events queued to the thread"; } leaf nsr-events-rx { type uint64; description "Number of events processed in the thread"; } leaf nsr-bad-pulses-rx { type uint64; description "Spurious pulses received in the the thread"; } leaf nsr-good-pulses-rx { type uint64; description "Good pulses received in the the thread"; } leaf nsr-pulses-tx { type uint64; description "Number of pulses sent to the thread"; } leaf nsr-pulses-tx-fails { type uint64; description "Number of pulse send fails"; } list nsr-priority { max-elements 3; description "Statistics for each priority queue"; leaf nsr-priority { type uint32; description "Priority value"; } leaf nsr-quantum { type uint8; description "Number of events processed per pulse for this priority"; } leaf nsr-remaining-quantum { type uint8; description "Number of events remaining to be processed"; } leaf nsr-events-in-queue { type uint16; description "Number of events queued to the thread for this priority"; } leaf nsr-max-events { type uint16; description "Max cap on the number of pending events"; } leaf nsr-peak-queue-length { type uint16; description "Queue length of pending events peak value so far for this priority"; } leaf nsr-events-queued { type uint64; description "Number of events queued on this priority since start/clear"; } leaf nsr-enqueue-fails { type uint64; description "Number of enqueue failures since start/clear"; } leaf nsr-events-dequeued { type uint64; description "Number of events dequeued on this pri since start/clear"; } } // list nsr-priority } // container nsr-thread-scheduler-stats container nsr-router-thread-scheduler-stats { description "NSR Router thread scheduler statistics information"; leaf nsr-pulse-quantum { type int32; description "Number of events processed per pulse"; } leaf nsr-events-pending { type uint32; description "Total events pending processing across all priority buckets"; } leaf nsr-events-tx { type uint64; description "Number of events queued to the thread"; } leaf nsr-events-rx { type uint64; description "Number of events processed in the thread"; } leaf nsr-bad-pulses-rx { type uint64; description "Spurious pulses received in the the thread"; } leaf nsr-good-pulses-rx { type uint64; description "Good pulses received in the the thread"; } leaf nsr-pulses-tx { type uint64; description "Number of pulses sent to the thread"; } leaf nsr-pulses-tx-fails { type uint64; description "Number of pulse send fails"; } list nsr-priority { max-elements 3; description "Statistics for each priority queue"; leaf nsr-priority { type uint32; description "Priority value"; } leaf nsr-quantum { type uint8; description "Number of events processed per pulse for this priority"; } leaf nsr-remaining-quantum { type uint8; description "Number of events remaining to be processed"; } leaf nsr-events-in-queue { type uint16; description "Number of events queued to the thread for this priority"; } leaf nsr-max-events { type uint16; description "Max cap on the number of pending events"; } leaf nsr-peak-queue-length { type uint16; description "Queue length of pending events peak value so far for this priority"; } leaf nsr-events-queued { type uint64; description "Number of events queued on this priority since start/clear"; } leaf nsr-enqueue-fails { type uint64; description "Number of enqueue failures since start/clear"; } leaf nsr-events-dequeued { type uint64; description "Number of events dequeued on this pri since start/clear"; } } // list nsr-priority } // container nsr-router-thread-scheduler-stats leaf nsr-revision { type int32; description "NSR Revision number"; } leaf nsr-fsm-state { type int32; description "Current state of NSR"; } leaf nsr-version { type uint32; description "Version Number of NSR"; } leaf nsr-node-id { type uint32; description "Node ID"; } leaf nsr-peer-version { type uint32; description "Peer version of NSR"; } leaf nsr-peer-node-id { type uint32; description "Node ID of the peer"; } leaf nsr-peer-end-point-length { type uint32; description "Length of the endpoint retrieved from peer"; } leaf nsr-peer-end-point-version { type uint32; description "Version of the endpoint retrieved from peer"; } leaf nsr-local-end-point-length { type uint32; description "Length of local endpoint"; } leaf nsr-local-end-point-version { type uint32; description "Version of local endpoint"; } leaf nsr-fabric-mtu { type uint32; description "MTU of Fabric"; } leaf nsr-neighbor-qad-queue-id { type uint32; description "QAD Queue ID for Neighbor information"; } leaf nsr-lsa-qad-queue-id { type uint32; description "QAD Queue ID for LSA information"; } leaf nsr-neighbor-qad-meta-data-count { type uint32; description "QAD metadata Information for Neighbor"; } leaf nsr-lsa-qad-meta-data-count { type uint32; description "QAD metadata Information for LSA"; } leaf nsr-neighbor-init-sync-pend-count { type int32; description "Pending message count for Initial neighbor synchronization"; } leaf nsr-lsa-init-sync-pend-count { type int32; description "Pending message count for Initial lsa synchronization"; } leaf nsr-neighbor-seq-no { type uint32; description "Sequence number used for neighbor synchronization"; } leaf nsr-interface-seq-no { type uint32; description "Sequence number used for interface synchronization"; } leaf nsr-timerquantum { type int32; description "Number of expired timers to process per event manager call"; } leaf nsr-peer-end-point-handle { type uint64; description "Remote endpoint handle"; } leaf nsr-local-endpoint-handle { type uint64; description "Handle/id of local endpoint"; } leaf nsr-connect-attempts { type uint64; description "Count of LWN connection attempts"; } leaf nsr-connect-failures { type uint64; description "Count of LWN connection failures"; } leaf nsr-open-event-count { type uint64; description "Count of LWN connection open events"; } leaf nsr-close-event-count { type uint64; description "Count of LWN connection close events"; } leaf nsr-error-event-count { type uint64; description "Count of LWN connection error events"; } leaf nsr-peer-end-points { type yang:hex-string; description "Array of remote endpoints"; } leaf nsr-local-end-points { type yang:hex-string; description "Array of local endpoints"; } list nsr-fsm-flag { description "Nsr Fsm Flags information"; leaf entry { type Ospf-string-array; description "Nsr Fsm Flags information"; } } // list nsr-fsm-flag list nsr-fsm-running-timer { description "Nsr Fsm Running Timers"; leaf entry { type Ospf-string-array; description "Nsr Fsm Running Timers"; } } // list nsr-fsm-running-timer list nsr-issu-milestone { description "Nsr Issu Milestones information"; leaf milestone-name { type string; description "Name of the milestone achieved"; } leaf milestone-status { type string; description "Status of the milestone achieved"; } } // list nsr-issu-milestone list nsr-err-history { description "Nsr Error History List information"; leaf nsr-revisionversion { type uint32; description "Current Revision version of NSR"; } leaf total-errors { type int32; description "Total errors for this nsr revision version"; } list nsr-error-info { description "List of erros"; container last-err-time { description "Time this error was last hit"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container last-err-time leaf err-count { type int32; description "Count this error hit during the Nsr Revision"; } leaf err-info-string { type string; description "Error Information"; } } // list nsr-error-info } // list nsr-err-history } // container nsr-stats container frr-stats { description "OSPF fast-reroute statistics"; leaf fs-paths { type uint32; description "Number of IPFRR paths"; } leaf fs-paths-eligible { type uint32; description "Number of paths enabled for protection"; } leaf fs-paths-protected { type uint32; description "Number of paths protected"; } } // container frr-stats container te-stats { description "OSPF TE IO statistics"; leaf te-connected { type boolean; description "Whether connection to TE is up or not"; } leaf control-disconnects { type uint32; description "Count of Control disconnects"; } leaf te-disconnects { type uint32; description "Count of Control disconnects"; } leaf adj-gets { type uint32; description "Count of Adjacencies received"; } leaf link-floods { type uint32; description "Count of Link floods received"; } leaf link-fragment-floods { type uint32; description "Count of Link fragments received"; } leaf lsp-gets { type uint32; description "Count of LSP Gets received"; } leaf tunnel-announces { type uint32; description "Count of tunnels announced"; } leaf total-tunnels { type uint32; description "Total count of tunnels"; } leaf control-batch-reads { type uint32; description "Count of reads of control batch"; } leaf control-batch-writes { type uint32; description "Count of writes of control batch"; } leaf link-batch-reads { type uint32; description "Count of reads of link batch"; } leaf link-batch-writes { type uint32; description "Count of writes of link batch"; } leaf adj-changes { type uint32; description "Count of adjacency changes"; } leaf fragment-deletes { type uint32; description "Count of deleted fragments"; } leaf fragment-announces { type uint32; description "Count of fragments announced"; } leaf data-transfer-completes { type uint32; description "Count of data transfer complete event"; } leaf pce-listen { type uint32; description "Count of PCE listen TRUE events "; } leaf pce-stoplisten { type uint32; description "Count of PCE listen FALSE events "; } leaf pce-flood { type uint32; description "Count of PCE flood events"; } leaf pce-get { type uint32; description "Count of PCE get events"; } leaf pce-border-router-lookup { type uint32; description "Count of PCE Border Router Lookup requests"; } leaf pce-border-router-lookup-destinations { type uint32; description "Count of destinations looked up by PCE Border Router Lookup requests"; } leaf pce-failure-responses { type uint32; description "Count of PCE failures encountered"; } leaf pce-node-announce-batches { type uint32; description "Count of PCE Node Announce batches"; } leaf pce-node-delete-batches { type uint32; description "Count of PCE Node Announce batches"; } leaf pce-node-announce { type uint32; description "Count of total PCE Node Announces"; } leaf pce-node-delete { type uint32; description "Count of total PCE Node Deletions"; } leaf pce-node-send-fails { type uint32; description "Count of PCE send failures"; } leaf te-sr-path-reg-idt-received { type boolean; description "Whether IDT registrations received for SR TE paths"; } leaf te-sr-idt-sent { type boolean; description "Whether IDT message is sent for SR TE"; } leaf sr-area-enabled { type uint32; description "Count of SR enabled areas"; } } // container te-stats container protocol-stats { description "OSPF Protocol statistics"; leaf inputs { type uint32; description "Total count of incoming packets"; } leaf input-hello { type uint32; description "Total count of incoming hello packets"; } leaf input-db-descriptions { type uint32; description "Total count of incoming Database description packets"; } leaf input-db-descriptions-lsa { type uint32; description "Total count of incoming Database description packets with LSA headers"; } leaf input-requests { type uint32; description "Total count of incoming Request packets"; } leaf input-requests-lsa { type uint32; description "Total count of incoming Request packets with LSA headers"; } leaf input-ls-updates { type uint32; description "Total count of incoming LS Update packets"; } leaf input-ls-updates-lsa { type uint32; description "Total count of incoming LS Update packets with LSA headers"; } leaf input-ls-acks { type uint32; description "Total count of incoming LS Acknowledgement packets"; } leaf input-ls-acks-lsa { type uint32; description "Total count of incoming LS Acknowledgement packets with LSA headers"; } leaf checksum-errors { type uint32; description "Total count of incoming packets with checksum errors"; } leaf input-auth-error { type uint32; description "Total count of incoming packets with authentication errors"; } leaf outputs { type uint32; description "Total count of outgoing packets"; } leaf output-hellos { type uint32; description "Total count of outgoing hello packets"; } leaf output-db-descriptions { type uint32; description "Total count of outgoing Database description packets"; } leaf output-db-descriptions-lsa { type uint32; description "Total count of outgoing Database description packets with LSA headers"; } leaf output-requests { type uint32; description "Total count of outgoing Request packets"; } leaf output-requests-lsa { type uint32; description "Total count of outgoing Request packets with LSA headers"; } leaf output-ls-updates { type uint32; description "Total count of outgoing LS Update packets"; } leaf output-ls-updates-lsa { type uint32; description "Total count of outgoing LS Update packets with LSA headers"; } leaf output-ls-acks { type uint32; description "Total count of outgoing LS Acknowledgement packets"; } leaf output-ls-acks-lsa { type uint32; description "Total count of outgoing LS Acknowledgement packets with LSA headers"; } leaf outputs-auth-error { type uint32; description "Total count of outgoing packets with authentication errors"; } leaf input-hello-db-descriptions { type uint32; description "Total count of incoming Database description packets received on hello thread"; } leaf input-hello-ls-requests { type uint32; description "Total count of incoming Request packets received on hello thread"; } leaf input-hello-ls-updates { type uint32; description "Total count of incoming LS Update packets received on hello thread"; } leaf input-hello-ls-acks { type uint32; description "Total count of incoming LS Acknowledgement packets received on hello thread"; } } // container protocol-stats container raw-io-stats { description "OSPF RAW IO statistics"; leaf out-sent { type uint32; description "Count of packets sent out on raw socket"; } leaf bytes-sent { type uint32; units "byte"; description "Count of bytes sent out on raw socket"; } leaf out-discarded-no-connection { type uint32; description "Count of outgoing packets discarded due to connection issues"; } leaf out-null-src-discarded { type uint32; description "Count of outgoing packets discarded due to source address or packet length issues"; } leaf out-no-pakbuf-discarded { type uint32; description "Count of outgoing packets discarded due to packet buffer issues"; } leaf out-ipv4-hdr-error-discarded { type uint32; description "Count of outgoing packets discarded due to ipv4 deader construction failure"; } leaf out-send-pak-error-discarded { type uint32; description "Count of outgoing packets discarded due to send failure"; } leaf in-received { type uint32; description "Count of packets received on raw socket"; } leaf bytes-received { type uint32; units "byte"; description "Count of bytes received on raw socket"; } leaf short-msg-received { type uint32; description "Count of received packets discarded due to packet size too small"; } leaf in-no-memory-discarded { type uint32; description "Count of received packets discarded due to malloc failure"; } leaf in-raw-events { type uint32; description "Count of incoming raw events"; } leaf disconnects { type uint32; description "Count of raw sockets disconnected"; } leaf in-standby-discarded { type uint32; description "Count of received packets discarded since received on standby"; } leaf nsr-not-ready-discarded { type uint32; description "Count of received packets discarded since NSR not ready"; } leaf raw-connected { type boolean; description "Whether raw socket connection is up"; } leaf shamlink-raw-connected { type boolean; description "Whether shamlink raw socket connection is up"; } } // container raw-io-stats container interface-stats-entries { description "Statistics innformation Interface table"; list interface-stats-entry { key "interface-name"; description "Statistics information for a specific interface"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf handle { type xr:Interface-name; description "interface handle type"; } leaf if-name-str { type string; description "interface name"; } list if-entry { description "interface entry"; leaf madj-intf { type boolean; description "OSPF madj interface"; } leaf area-id { type uint32; description "OSPF area id"; } leaf area-id-str { type string; description "OSPF aread id string"; } list if-stat { description "OSPF interface statistics"; leaf entry { type uint32; description "OSPF interface statistics"; } } // list if-stat } // list if-entry } // list interface-stats-entry } // container interface-stats-entries } // container statistics container adjacency-information { description "Container for OSPF Interfaces"; container neighbors { description "Neighbor table"; list neighbor { description "Neighbor information"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } container neighbor-bfd-information { description "BFD related information of the neighbor"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf bfd-status-flag { type uint8; description "Status of the BFD Session"; } } // container neighbor-bfd-information leaf neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf neighbor-ip-address { type inet:ipv4-address; description "Neighbor IP Address"; } leaf neighbor-interface-name { type xr:Interface-name; description "Interface via which the neighbor is seen"; } leaf neighbor-dr-priority { type uint8; description "DR priority of the neighbor"; } leaf neighbor-state { type Neighbor-state; description "NFSM state of the neighbor"; } leaf dr-bdr-state { type Dr-bdr-state; description "IFSM state of the neighbor"; } leaf neighbor-dead-timer { type uint32; description "Time until neighbor's dead timer expires (s)"; } leaf neighbor-up-time { type uint32; description "Amount of time since the adjacency is up (s)"; } leaf neighbor-madj-interface { type boolean; description "Interface is MADJ"; } } // list neighbor } // container neighbors container requests { description "Request List table"; list request { description "Request list for a particular adjacency"; leaf interface-name { type xr:Interface-name; description "Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } leaf request-neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf request-neighbor-address { type inet:ipv4-address; description "Neighbor IP address"; } leaf request-interface-name { type xr:Interface-name; description "Request list interface"; } list request { description "List of request list entries"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list request } // list request } // container requests container retransmissions { description "Retransmission list table"; list retransmission { description "Retransmission list for a particular adjacency"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } leaf retransmission-neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf retransmission-neighbor-ip-address { type inet:ipv4-address; description "Neighbor IP Address"; } leaf retransmission-interface-name { type xr:Interface-name; description "Retransmission list interface"; } leaf retransmission-timer { type uint32; description "Amount of time remaining on retransmission timer (ms)"; } leaf retransmission-count { type uint32; description "Retransmission queue length"; } list retransmission-area-db { description "List of Area scope entries"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list retransmission-area-db list retransmission-asdb { description "List of AS Scope entries"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list retransmission-asdb } // list retransmission } // container retransmissions container neighbor-details { description "Neighbor detail table"; list neighbor-detail { description "A single neighbor's detail information"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } container neighbor-summary { description "Neighbor summary information"; container neighbor-bfd-information { description "BFD related information of the neighbor"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf bfd-status-flag { type uint8; description "Status of the BFD Session"; } } // container neighbor-bfd-information leaf neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf neighbor-ip-address { type inet:ipv4-address; description "Neighbor IP Address"; } leaf neighbor-interface-name { type xr:Interface-name; description "Interface via which the neighbor is seen"; } leaf neighbor-dr-priority { type uint8; description "DR priority of the neighbor"; } leaf neighbor-state { type Neighbor-state; description "NFSM state of the neighbor"; } leaf dr-bdr-state { type Dr-bdr-state; description "IFSM state of the neighbor"; } leaf neighbor-dead-timer { type uint32; description "Time until neighbor's dead timer expires (s)"; } leaf neighbor-up-time { type uint32; description "Amount of time since the adjacency is up (s)"; } leaf neighbor-madj-interface { type boolean; description "Interface is MADJ"; } } // container neighbor-summary container neighbor-bfd-information { description "BFD related information of the neighbor"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf bfd-status-flag { type uint8; description "Status of the BFD Session"; } } // container neighbor-bfd-information container neighbor-retransmission-information { description "Retransmission information with this neighbor"; leaf dbd-retransmission-count { type uint32; description "Number of DBD retransmissions during last exchange"; } leaf dbd-retransmission-total-count { type uint32; description "Total number of DBD retransmissions for this neighbor"; } leaf area-flooding-index { type uint32; description "Area scope LSA's flood index"; } leaf as-flood-index { type uint32; description "AS scope LSA's flood index"; } leaf neighbor-retransmission-count { type uint32; description "Retransmission queue length"; } leaf number-of-retransmissions { type uint32; description "Number of retransmissions for this neighbor"; } leaf area-first-flood-information { type uint32; description "First flood item for area scope LSAs"; } leaf area-first-flood-information-index { type uint32; description "Index of the first flood item for area scope LSAs"; } leaf as-first-flood-information { type uint32; description "First flood item for AS scope LSAs"; } leaf as-first-flood-information-index { type uint32; description "Index for first flood item for AS scope LSAs"; } leaf area-next-flood-information { type uint32; description "Next flood item for area scope LSAs"; } leaf area-next-flood-information-index { type uint32; description "Index of next flood item for Area scope LSAs"; } leaf as-next-flood-information { type uint32; description "Next flood item for AS scope LSAs"; } leaf as-next-flood-information-index { type uint32; description "Index of next flood item for AS scope LSAs"; } leaf last-retransmission-length { type uint32; description "Number of LSAs sent in last retransmission"; } leaf maximum-retransmission-length { type uint32; description "Maximum number of LSAs sent in a retransmission"; } leaf last-retransmission-time { type uint32; description "Time taken for retransmission in the last attempt (ms)"; } leaf maximum-retransmission-time { type uint32; description "Maximum time taken for retransmission (ms)"; } leaf lsa-retransmission-timer { type uint32; description "Time until next LSA retransmission (ms)"; } } // container neighbor-retransmission-information leaf neighbor-area-id { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf state-change-count { type uint16; description "Number of state changes"; } leaf neighbor-cost { type uint16; description "Cost of path to this neighbor"; } leaf neighbor-filter { type boolean; description "If true, filter outgoing LSAs"; } leaf neighbor-designated-router-address { type inet:ipv4-address; description "Address of designated router"; } leaf neighbor-backup-designated-router-address { type inet:ipv4-address; description "Address of backup designated router"; } leaf interface-type { type Interface; description "Type of the interface, whether it is p2p, broadcast, nbma or p2mp"; } leaf poll-interval { type uint32; description "Poll interval (s)"; } leaf next-poll-interval { type uint32; units "second"; description "For NBMA networks, amount of time remaining in seconds before the next poll interval expires and Hello is sent (s)"; } leaf neighbor-option { type uint8; description " This is bitmaks of neighbor's option field received"; } leaf pending-events { type uint16; description "Number of pending events"; } leaf neighbor-lls-option { type uint32; description "This is a bitmask of Link Local signalling options received from the neighbor"; } leaf oob-resynchronization { type boolean; description "Out-Of-Bound resynchronization in progress"; } leaf nsf-router-state { type Nsf-rtr; description "For cisco NSF, the router is either Requester or Receiver"; } leaf last-oob-time { type uint32; units "second"; description "The amount of time in seconds since last time Out-Of-Band resynchronization was done with this neighbor"; } leaf lfa-interface { type xr:Interface-name; description "LFA Interface"; } leaf lfa-next-hop { type inet:ipv4-address; description "LFA Next Hop"; } leaf lfa-neighbor-id { type inet:ipv4-address; description "LFA Neighbor ID"; } leaf lfa-neighbor-revision { type uint32; description "LFA Neighbor Revision"; } leaf neighbor-ack-list-count { type uint32; description "Ack List Count"; } leaf neighbor-ack-list-high-watermark { type uint32; description "Ack List High Watermark"; } leaf neighbor-interface-id { type uint16; description "Interface ID of neighbor recived via LLS"; } list adjacency-sid { description "List of SR Adjacency SIDs"; leaf adj-sid-label { type uint32; description "Adjacency SID Label"; } leaf protected-adj-sid { type boolean; description "Adjacency SID Protection"; } leaf adj-sid-has-backup { type boolean; description "Adjacency SID has backup protection"; } leaf configured-adj-sid { type boolean; description "Configured Adjacency SID"; } } // list adjacency-sid } // list neighbor-detail } // container neighbor-details } // container adjacency-information container route-information { description "Container for OSPF routing tables"; container backup-routes { description "OSPF Route Table Including Backup Paths"; list backup-route { description "OSPF route including backup paths"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container route-backup-path { description "Backup Path Info"; leaf backup-route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf backup-route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf backup-route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf backup-metric { type uint32; description "Metric"; } leaf primary-path { type boolean; description "Whether this is also a Primary Path"; } leaf line-card-disjoint { type boolean; description "Whether this is a Line Card Disjoint path"; } leaf downstream { type boolean; description "Whether this is a downstream path"; } leaf node-protect { type boolean; description "Whether this is a Node Protect path"; } leaf srlg-disjoint { type boolean; description "Whether this is a SRLG Disjoint path"; } leaf weighted-srlg { type boolean; description "Whether this is a Weighted SRLG path"; } leaf lfa-type { type Lfa; description "LFA type"; } leaf backup-remote-lfa { type inet:ipv4-address; description "IP address of remote LFA"; } leaf backup-repair-list-size { type uint32; description "Repair List Size"; } leaf backup-tunnel-interface-name { type xr:Interface-name; description "Backup Tunnel Interface"; } leaf interface-disjoint { type boolean; description "Whether this is a Interface Disjoint path"; } list backup-repair { max-elements 12; description "Backup Repair List"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list backup-repair } // container route-backup-path container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of the Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list backup-route } // container backup-routes container multicast-intact-route-table { description "OSPF Route Table including multicast-intact routes"; list route { description "An OSPF route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list route } // container multicast-intact-route-table container multicast-intact-backup-routes { description "OSPF Route Table Including Multicast intact Backup Paths"; list multicast-intact-backup-route { description "OSPF route including multicast backup paths"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container route-backup-path { description "Backup Path Info"; leaf backup-route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf backup-route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf backup-route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf backup-metric { type uint32; description "Metric"; } leaf primary-path { type boolean; description "Whether this is also a Primary Path"; } leaf line-card-disjoint { type boolean; description "Whether this is a Line Card Disjoint path"; } leaf downstream { type boolean; description "Whether this is a downstream path"; } leaf node-protect { type boolean; description "Whether this is a Node Protect path"; } leaf srlg-disjoint { type boolean; description "Whether this is a SRLG Disjoint path"; } leaf weighted-srlg { type boolean; description "Whether this is a Weighted SRLG path"; } leaf lfa-type { type Lfa; description "LFA type"; } leaf backup-remote-lfa { type inet:ipv4-address; description "IP address of remote LFA"; } leaf backup-repair-list-size { type uint32; description "Repair List Size"; } leaf backup-tunnel-interface-name { type xr:Interface-name; description "Backup Tunnel Interface"; } leaf interface-disjoint { type boolean; description "Whether this is a Interface Disjoint path"; } list backup-repair { max-elements 12; description "Backup Repair List"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list backup-repair } // container route-backup-path container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of the Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list multicast-intact-backup-route } // container multicast-intact-backup-routes container summary-information { description "OSPF route summary statistics"; container failure-time { description "Last time failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container failure-time container common { description "OSPF route summary Information"; leaf external-type1s { type uint32; description "External type 1 count"; } leaf external-type2s { type uint32; description "External type 2 count"; } leaf external-nssa-type1s { type uint32; description "External NSSA type 1 count"; } leaf external-nssa-type2s { type uint32; description "External NSSA type 2 count"; } leaf inter-areas { type uint32; description "Inter-area count"; } leaf intra-areas { type uint32; description "Intra-area count"; } leaf total { type uint32; description "Total count"; } } // container common leaf failures { type uint32; description "RIB failure count"; } leaf failure-address { type inet:ipv4-address; description "Last failed address"; } } // container summary-information container connected-routes { description "OSPF Connected Route Table"; list connected-route { description "This is a Connected route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list connected-route } // container connected-routes container local-routes { description "OSPF Local Route Table"; list local-route { description "This is a Local route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list local-route } // container local-routes container route-areas { description "OSPF Area Route Table"; list route-area { key "area-id"; description "OSPF Area Route"; container multicast-intact-backup-route-areas { description "OSPF Route Table Including Multicast Intace Backup Paths in an area"; list multicast-intact-backup-route-area { description "OSPF route including Multicast intact backup paths"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container route-backup-path { description "Backup Path Info"; leaf backup-route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf backup-route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf backup-route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf backup-metric { type uint32; description "Metric"; } leaf primary-path { type boolean; description "Whether this is also a Primary Path"; } leaf line-card-disjoint { type boolean; description "Whether this is a Line Card Disjoint path"; } leaf downstream { type boolean; description "Whether this is a downstream path"; } leaf node-protect { type boolean; description "Whether this is a Node Protect path"; } leaf srlg-disjoint { type boolean; description "Whether this is a SRLG Disjoint path"; } leaf weighted-srlg { type boolean; description "Whether this is a Weighted SRLG path"; } leaf lfa-type { type Lfa; description "LFA type"; } leaf backup-remote-lfa { type inet:ipv4-address; description "IP address of remote LFA"; } leaf backup-repair-list-size { type uint32; description "Repair List Size"; } leaf backup-tunnel-interface-name { type xr:Interface-name; description "Backup Tunnel Interface"; } leaf interface-disjoint { type boolean; description "Whether this is a Interface Disjoint path"; } list backup-repair { max-elements 12; description "Backup Repair List"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list backup-repair } // container route-backup-path container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of the Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list multicast-intact-backup-route-area } // container multicast-intact-backup-route-areas container connected-route-areas { description "OSPF Connected Route Table in an area"; list connected-route-area { description "Connected route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list connected-route-area } // container connected-route-areas container backup-route-areas { description "OSPF Route Table Including Backup Paths in an area"; list backup-route-area { description "OSPF route including backup paths"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container route-backup-path { description "Backup Path Info"; leaf backup-route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf backup-route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf backup-route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf backup-metric { type uint32; description "Metric"; } leaf primary-path { type boolean; description "Whether this is also a Primary Path"; } leaf line-card-disjoint { type boolean; description "Whether this is a Line Card Disjoint path"; } leaf downstream { type boolean; description "Whether this is a downstream path"; } leaf node-protect { type boolean; description "Whether this is a Node Protect path"; } leaf srlg-disjoint { type boolean; description "Whether this is a SRLG Disjoint path"; } leaf weighted-srlg { type boolean; description "Whether this is a Weighted SRLG path"; } leaf lfa-type { type Lfa; description "LFA type"; } leaf backup-remote-lfa { type inet:ipv4-address; description "IP address of remote LFA"; } leaf backup-repair-list-size { type uint32; description "Repair List Size"; } leaf backup-tunnel-interface-name { type xr:Interface-name; description "Backup Tunnel Interface"; } leaf interface-disjoint { type boolean; description "Whether this is a Interface Disjoint path"; } list backup-repair { max-elements 12; description "Backup Repair List"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list backup-repair } // container route-backup-path container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of the Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list backup-route-area } // container backup-route-areas container route-area-informations { description "OSPF Area Route Entry"; list route-area-information { description "An OSPF route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list route-area-information } // container route-area-informations container multicast-intact-route-areas { description "OSPF Area multicast-intact included route entry"; list multicast-intact-route-area { description "A Muliticast OSPF route in an area"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list multicast-intact-route-area } // container multicast-intact-route-areas container summary-area-information { description "OSPF route summary statistics"; container failure-time { description "Last time failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container failure-time container common { description "OSPF route summary Information"; leaf external-type1s { type uint32; description "External type 1 count"; } leaf external-type2s { type uint32; description "External type 2 count"; } leaf external-nssa-type1s { type uint32; description "External NSSA type 1 count"; } leaf external-nssa-type2s { type uint32; description "External NSSA type 2 count"; } leaf inter-areas { type uint32; description "Inter-area count"; } leaf intra-areas { type uint32; description "Intra-area count"; } leaf total { type uint32; description "Total count"; } } // container common leaf failures { type uint32; description "RIB failure count"; } leaf failure-address { type inet:ipv4-address; description "Last failed address"; } } // container summary-area-information container local-route-areas { description "OSPF Local Route Table"; list local-route-area { description "Local route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list local-route-area } // container local-route-areas leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } } // list route-area } // container route-areas container route-table { description "OSPF Route Table"; list route { description "An OSPF route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // list route } // container route-table container external-routes { description "OSPF External Route Table"; list external-route { description "This is an OSPF external route"; leaf prefix { type inet:ipv4-address-no-zone; description "IPv4 Prefix"; } leaf prefix-length { type Ospf-prefix-length; description "Length of the subnet prefix"; } container route-information { description "Route details"; container route-info { description "Route information"; container route-update-time { description "Last time updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-update-time container route-fail-time { description "Last time update failed"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container route-fail-time leaf route-area-id { type uint32; description "Area ID"; } leaf route-te-metric { type uint32; description "TE metric"; } leaf route-rib-version { type uint32; description "RIB version"; } leaf route-spf-version { type uint64; description "SPF version"; } leaf route-forward-distance { type uint32; description "Forward distance"; } leaf route-source { type uint16; description "Protocol source"; } leaf route-spf-priority { type uint8; description "SPF priority"; } leaf route-auto-excluded { type boolean; description "If true, exclude from TE paths"; } leaf route-srte-prefix-registered { type boolean; description "If true, SRTE registered prefix route"; } leaf route-srte-nbr-registered { type uint16; description "SRTE registered neigbhor count on route"; } leaf route-label-type { type uint8; description "Type of route label"; } leaf route-label { type uint32; description "The route SPF label"; } leaf route-sspf-label { type uint32; description "The route SSPF label"; } } // container route-info leaf route-prefix { type inet:ipv4-address; description "IPv4 Route Prefix"; } leaf route-prefix-length { type uint32; description "Prefix length"; } leaf route-metric { type uint32; description "Metric"; } leaf route-type { type Ospf-route; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf route-connected { type boolean; description "If true, connected route"; } list route-path { description "List of paths to this route"; container sr-microloop-avoidance-path { description "SR Microloop avoidance Path Info"; leaf microloop-repair-list-size { type uint32; description "Repair List Size for Microloop"; } leaf microloop-tunnel-interface-name { type xr:Interface-name; description "Tunnel Interface name for Microloop"; } leaf microloop-strict-spf { type boolean; description "Strict SPF SID for Microloop"; } list microloop-repair { max-elements 12; description "Repair List for Microloop"; leaf repair-element-id { type inet:ipv4-address; description "ID of the Repair Element"; } leaf repair-label { type uint32; description "Label of Repair Element"; } leaf repair-element-type { type uint32; description "Type of the Repair Element"; } } // list microloop-repair } // container sr-microloop-avoidance-path leaf route-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf route-interface-snmp-index { type uint32; description "SNMP index of th Interface"; } leaf route-next-hop-address { type inet:ipv4-address; description "Nexthop IP address"; } leaf route-source { type inet:ipv4-address; description "IP address of source of route"; } leaf route-lsaid { type inet:ipv4-address; description "LSA ID, see RFC2328"; } leaf route-path-is-mcast-intact { type boolean; description "Multicast-intact path"; } leaf route-path-is-ucmp-path { type boolean; description "UCMP path"; } leaf route-metric { type uint32; description "Metric"; } leaf lsa-type { type uint8; description "LSA type, see RFC2328 etc."; } leaf area-id { type uint32; description "Area ID"; } leaf area-format { type boolean; description "Area format IP or uint32"; } leaf route-path-id { type uint32; description "Path ID of path"; } leaf route-path-is-rsvp-te-path { type boolean; description "RSVP-TE path"; } leaf route-path-is-sr-te-path { type boolean; description "SR-TE path"; } leaf route-path-is-sr-excl-path { type boolean; description "SR Excl TE path"; } leaf route-path-is-sr-te-sspf-path { type boolean; description "SR-TE SSPF path"; } leaf weight { type uint32; description "Path Weight"; } list neighbor-next-hop { description "NeighborNextHop"; leaf neighbor-next-hop-value-type { type Ospf-sh-nnh-val-types; description "NeighborNextHopValueType"; } leaf neighbor-next-hop-ip-addr { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-ip-addr'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IP_ADDR'"; } type inet:ipv4-address; description "Neighbor NextHop IP Address"; } leaf neighbor-next-hop-intf-index { when "../neighbor-next-hop-value-type = 'mgmt-nnh-val-type-if-index'" { description "../NeighborNextHopValueType = 'MGMT_NNH_VAL_TYPE_IF_INDEX'"; } type uint32; description "Neighbor NextHop Interface Index"; } } // list neighbor-next-hop } // list route-path } // container route-information container protocol-name { description "Name of protocol from which the external route was redistributed"; leaf protocol-type { type Redist-protocol; description "ProtocolType"; } leaf isis-instance-id { when "../protocol-type = 'mgmt-rib-protocol-isis'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_ISIS'"; } type String1; description "ISIS instance identifier"; } leaf ospf-process-id { when "../protocol-type = 'mgmt-rib-protocol-ospf'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_OSPF'"; } type String1; description "OSPF process identifier"; } leaf bgp-as-number { when "../protocol-type = 'mgmt-rib-protocol-bgp'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_BGP'"; } type String1; description "BGP Autonomous System Number"; } leaf eigrp-as-number { when "../protocol-type = 'mgmt-rib-protocol-eigrp'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_EIGRP'"; } type String1; description "Autonomous System Number"; } leaf connected-instance { when "../protocol-type = 'mgmt-rib-protocol-connected'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_CONNECTED'"; } type String1; description "Name of the Connected instance"; } } // container protocol-name container route-extended-community { description "Extended communities in the route"; leaf extended-community-domain-id-value { type yang:hex-string; description "Domain ID value"; } leaf extended-communityl-domain-id-type { type uint16; description "Domain ID type"; } leaf extended-community-area-id { type uint32; description "Area id"; } leaf extended-community-router-id { type inet:ipv4-address; description "Router id"; } leaf extended-community-route-type { type uint8; description "OSPF route type, whether intra-area, inter-area or external route"; } leaf extended-community-options { type uint8; description "Route Options"; } } // container route-extended-community } // list external-route } // container external-routes } // container route-information container interface-information { description "Container for OSPF Interfaces/links"; container virtual-links { description "Virtual Link table"; list virtual-link { key "virtual-link-name"; description "Information for one Virtual link"; leaf virtual-link-name { type xr:Cisco-ios-xr-string; description "Virtual link"; } container virtual-link-neighbor { description "Neighbor information"; container virtual-link-retransmissoin { description "Neighbor retransmission info"; leaf dbd-retransmission-count { type uint32; description "Number of DBD retransmissions during last exchange"; } leaf dbd-retransmission-total-count { type uint32; description "Total number of DBD retransmissions for this neighbor"; } leaf area-flooding-index { type uint32; description "Area scope LSA's flood index"; } leaf as-flood-index { type uint32; description "AS scope LSA's flood index"; } leaf neighbor-retransmission-count { type uint32; description "Retransmission queue length"; } leaf number-of-retransmissions { type uint32; description "Number of retransmissions for this neighbor"; } leaf area-first-flood-information { type uint32; description "First flood item for area scope LSAs"; } leaf area-first-flood-information-index { type uint32; description "Index of the first flood item for area scope LSAs"; } leaf as-first-flood-information { type uint32; description "First flood item for AS scope LSAs"; } leaf as-first-flood-information-index { type uint32; description "Index for first flood item for AS scope LSAs"; } leaf area-next-flood-information { type uint32; description "Next flood item for area scope LSAs"; } leaf area-next-flood-information-index { type uint32; description "Index of next flood item for Area scope LSAs"; } leaf as-next-flood-information { type uint32; description "Next flood item for AS scope LSAs"; } leaf as-next-flood-information-index { type uint32; description "Index of next flood item for AS scope LSAs"; } leaf last-retransmission-length { type uint32; description "Number of LSAs sent in last retransmission"; } leaf maximum-retransmission-length { type uint32; description "Maximum number of LSAs sent in a retransmission"; } leaf last-retransmission-time { type uint32; description "Time taken for retransmission in the last attempt (ms)"; } leaf maximum-retransmission-time { type uint32; description "Maximum time taken for retransmission (ms)"; } leaf lsa-retransmission-timer { type uint32; description "Time until next LSA retransmission (ms)"; } } // container virtual-link-retransmissoin leaf virtual-link-suppress-hello { type boolean; description "If true Hellos suppressed"; } leaf virtual-link-state { type Neighbor-state; description "Adjacency state"; } } // container virtual-link-neighbor leaf virtual-link-name-xr { type string; description "Name of the Virtual link"; } leaf virtual-link-neighbor-id { type inet:ipv4-address; description "Neighbor on other end of this virtual link"; } leaf virtual-link-state { type Ospf-interface-state; description "OSPF interface state for the virtual link"; } leaf virtual-link-demand-circuit { type boolean; description "If true, the link runs as demand circuit"; } leaf virtual-link-dc-bitless-lsa { type uint32; description "Number of LSA's with demand circuit bit not set"; } leaf transit-area { type string; description "Area id of the Transit area"; } leaf virtual-link-interface-name { type xr:Interface-name; description "Interface on which this virtual link is formed"; } leaf virtual-link-cost { type uint16; description "Cost of the virtual link"; } leaf virual-link-transmission-delay { type uint16; units "second"; description "Transmission delay in seconds"; } leaf virtual-link-hello-interval { type uint32; description "Hello interval (s)"; } leaf virtual-link-hello-interval-ms { type uint32; description "Hello interval (ms)"; } leaf virtual-link-dead-interval { type uint32; description "Dead interval (s)"; } leaf virtual-link-wait-interval { type uint32; description "Wait interval (s)"; } leaf virtaul-link-retransmission-interval { type uint32; description "Retransmission interval (s)"; } leaf virtual-link-next-hello { type uint32; description "Time until next hello (s)"; } leaf virtual-link-next-hello-ms { type uint32; description "Time until next hello (ms)"; } leaf virtual-link-passive { type boolean; description "If true, interface is passive"; } leaf virtual-link-authentication-type { type Authentication; description "Authentication type"; } leaf virtual-link-youngest-md-key { type boolean; description "If true, MD key configured"; } leaf virtual-link-youngest-md-key-id { type uint16; description "Youngest MD key ID"; } leaf virtual-link-old-md-key-count { type uint32; description "Number of neighbors still using the old key (rollover in progress)"; } leaf keychain-name { type string { length "0..255"; } description "Virtual Link Keychain Name"; } leaf virtual-link-keychain-key-conf { type boolean; description "If true, Keychain key is configured"; } leaf virtual-link-keychain-id { type uint64; description "Virtual Link Keychain ID"; } leaf virtual-link-keychain-alg { type Ospf-crytographic-algo; description "Virtual Link Keychain cryptographic-algorithm"; } leaf virtual-link-nsf-enabled { type boolean; description "If true, NSF enabled"; } leaf virtual-link-nsf { type boolean; description "If true, NSF restart in progress on the virtual link"; } leaf virtual-link-last-nsf { type uint32; units "second"; description "Time in seconds since last NSF"; } list virtual-link-md-key { description "List of old MD keys (if any)"; leaf entry { type uint16; description "List of old MD keys (if any)"; } } // list virtual-link-md-key } // list virtual-link } // container virtual-links container interface-briefs { description "OSPF Interface Brief Table"; list interface-brief { key "interface-name"; description "OSPF interface brief information"; leaf interface-name { type xr:Interface-name; description "Interface"; } leaf interface-name-xr { type xr:Interface-name; description "Name of the interface on which OSPF is enabled"; } leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf interface-address { type inet:ipv4-address; description "IPv4 address of the Interface"; } leaf interface-mask { type uint32; description "Interface IP Mask"; } leaf interface-link-cost { type uint16; description "link cost/metric of the interface"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } leaf interface-fast-detect-hold-down { type boolean; description "whether the interface is in fast detect hold down state"; } leaf interface-neighbor-count { type uint16; description "Total number of Neighbors"; } leaf interface-adj-neighbor-count { type uint16; description "Total number of Adjacent Neighbors"; } leaf interfaceis-madj { type boolean; description "If true, interface is multi-area"; } leaf interface-madj-count { type uint16; description "Total number of multi-area"; } list interface-madj { description "Information for multi-area on the interface"; leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf madj-area-id { type uint32; description "Area ID"; } leaf interface-neighbor-count { type uint16; description "Number of Neighbors"; } leaf interface-adj-neighbor-count { type uint16; description "Total number of Adjacent Neighbors"; } leaf interface-link-cost { type uint16; description "Cost/Metric of the Interface link"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } } // list interface-madj } // list interface-brief } // container interface-briefs container interfaces { description "OSPF Interface Table"; list interface { key "interface-name"; description "OSPF interface information"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } container interface-bfd-information { description "BFD information"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf interval { type uint32; description "BFD interval (ms)"; } leaf detection-multiplier { type uint32; description "BFD multiplier value"; } } // container interface-bfd-information container active-interface { description "Active interface details"; leaf wait-time { type uint32; description "Wait time for DR/BDR selection (s)"; } leaf interface-area-flood-index { type uint32; description "Area scope LSAs flood index"; } leaf interface-as-flood-index { type uint32; description "AS scope LSAs flood index"; } leaf interface-flood-length { type uint32; description "Flood queue length"; } leaf interface-area-next-flood { type uint32; description "Next LSA to flood (Area scope)"; } leaf interface-area-next-flood-index { type uint32; description "Index of next LSA to flood (Area scope)"; } leaf interface-as-next-flood { type uint32; description "Next LSA to flood (AS scope)"; } leaf interface-as-next-flood-index { type uint32; description "Index of next LSA to flood (AS scope)"; } leaf flood-scan-length { type uint32; description "Length of flood queue in the last attempt"; } leaf maximum-flood-length { type uint32; description "Maximum length of the flood queue"; } leaf last-flood-time { type uint32; description "Time taken for Last flood (ms)"; } leaf maximum-flood-time { type uint32; description "Maximum time taken for flood (ms)"; } leaf interface-flood-pacing-timer { type uint32; description "Time until next flood pacing timer (ms)"; } leaf interface-neighbor-count { type uint16; description "Total number of Neighbors"; } leaf suppress-hello-count { type uint16; description "Number of neighbors for which hellos are suppressed"; } leaf interface-authentication-type { type Authentication; description "Authentication type"; } leaf youngest-md-key { type boolean; description "If true, MD key is configured"; } leaf old-md5-key-neighbor-count { type uint32; description "Number of neighbors using the old key (if rollover in progress)"; } leaf youngest-md-key-id { type uint16; description "Youngest MD key ID"; } leaf keychain-name { type string { length "0..255"; } description "Name of Keychain used in this interface"; } leaf keychain-key-conf { type boolean; description "If true, Keychain key is configured"; } leaf keychain-id { type uint64; description "ID of the keychain used in this interface"; } leaf keychain-alg { type Ospf-crytographic-algo; description "Keychain cryptographic-algorithm used in this interface"; } list md-keys { description "List of old MD keys"; leaf entry { type uint16; description "List of old MD keys"; } } // list md-keys } // container active-interface leaf interface-name-xr { type xr:Interface-name; description "Name of the interface"; } leaf interface-state { type Interface-state; description "State of the interface"; } leaf interface-line-state { type boolean; description "If true, line protocol is up"; } leaf interface-address { type inet:ipv4-address; description "IPv4 Address of the interface"; } leaf interface-mask { type uint32; description "Interface IP Mask"; } leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf interface-sid { type uint32; description "Interface SID"; } leaf interface-sid-php-off { type boolean; description "SID PHP Off"; } leaf interface-sid-n-flag-clear { type boolean; description "SID N-Flag Clear"; } leaf interface-strict-spf-sid { type uint32; description "Interface Strict-SPF SID"; } leaf interface-strict-spf-sid-php-off { type boolean; description "Strict-SPF SID PHP Off"; } leaf interface-strict-spf-sid-n-flag-clear { type boolean; description "Strict-SPF SID N-Flag Clear"; } leaf interface-router-id { type inet:ipv4-address; description "Interface Router ID"; } leaf network-type { type Interface; description "Network type of the interface, whether P2P, Broadcast, NBMA or P2MP"; } leaf ip-mtu { type uint16; description "IP MTU"; } leaf maximum-packet-size { type uint16; description "Maximum size of the packet"; } leaf interface-tunnel-flags { type uint32; description "Flags related to Tunnel Interface"; } leaf interface-link-cost { type uint16; description "Link cost/Metric of the interface"; } leaf interface-bandwidth { type uint32; description "Bandwidth of the Interface"; } leaf cfg-cost-fallback { type boolean; description "If true, cost fallback is configured"; } leaf interface-cost-fallback { type uint16; description "Interface fallback cost"; } leaf cost-fallback-active { type boolean; description "If true, cost fallback is active"; } leaf cfg-delay-igp-cost-fallback { type boolean; description "If true,delay igp cost fallback is configured"; } leaf interface-igp-cost-fallback { type uint16; description "Interface fallback cost"; } leaf dealy-igp-cost-fallback-active { type boolean; description "If true, cost fallback is active"; } leaf cfg-delay-te-cost-fallback { type boolean; description "If true,delay te cost fallback is configured"; } leaf interface-delay-te-cost-fallback { type uint32; description "Interface fallback cost"; } leaf dealy-te-cost-fallback-active { type boolean; description "If true, cost fallback is active"; } leaf configured-ldp-sync { type boolean; description "If true, configured as LDP sync"; } leaf configured-ldp-sync-igp-shortcuts { type boolean; description "If true, sync igp shortcuts"; } leaf interface-ldp-sync { type boolean; description "If true, interface LDP sync is achieved"; } leaf configured-demand-circuit { type boolean; description "Whether this interface is configured as a demand circuit"; } leaf interface-demand-circuit { type boolean; description "Whether this interface is running as a demand circuit"; } leaf interface-dc-bitless-lsa-count { type uint32; description "Number of LSAs with demand circuit bit not set for the area in which the interface is running"; } leaf transmission-delay { type uint16; description "Interface Transmission delay"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } leaf interface-priority { type uint8; description "DR priority of the interface"; } leaf designated-router { type boolean; description "If true, there is a Designated Router for this network"; } leaf designated-router-id { type inet:ipv4-address; description "Router id of Designated router of this network"; } leaf designated-router-address { type inet:ipv4-address; description "Interface address of the Designated Router of this network"; } leaf backup-designated-router { type boolean; description "If true, there is a Backup Designated Router for this network"; } leaf backup-designated-router-id { type inet:ipv4-address; description "Router id of Backup Designated Router of this network"; } leaf backup-designated-router-address { type inet:ipv4-address; description "interface address of the Backup Designated Router of this network"; } leaf network-lsa-flush-timer { type uint32; units "second"; description "The amount of time in seconds before flush timer for old network LSA expires"; } leaf interface-lsa-filter { type boolean; description "Filter is configured for out going LSAs"; } leaf hello-interval { type uint32; description "Configured hello interval (s)"; } leaf hello-interval-ms { type uint32; description "Configured hello interval (ms)"; } leaf dead-interval { type uint32; description "Configured dead interval (s)"; } leaf wait-interval { type uint32; description "Configured wait interval (s)"; } leaf interface-retransmission-interrval { type uint32; description "Configured retransmit interval (s)"; } leaf interface-nsf-enabled { type boolean; description "If true, NSF is enabled"; } leaf interface-nsf { type boolean; description "If true, NSF restart in progress on this interface"; } leaf interface-last-nsf { type uint32; description "Time since last NSF restart (s)"; } leaf passive-interface { type boolean; description "If true, passive interface"; } leaf next-hello-time { type uint32; description "Time until next Hello (s)"; } leaf next-hello-time-ms { type uint32; description "Time until next Hello (ms)"; } leaf ttl-security-enabled { type boolean; description "TTL security enabled on the interface"; } leaf ttl-security-hop-count { type uint32; description "TTL security hop count for this interface"; } leaf interfaceis-madj { type boolean; description "If true, interface is multi-area"; } leaf interface-madj-count { type uint16; description "Total number of multi-area"; } leaf prefix-suppress-primary-addresses { type boolean; description "whether Prefix Suppression for primary addresses is enabled"; } leaf prefix-suppress-secondary-addresses { type boolean; description "Whether Prefix Suppression for secondary addresses is enabled"; } leaf is-loopback-stub-network { type boolean; description "If true, loopback interface is advertised as a stub network"; } leaf interface-ack-list-count { type uint32; description "Ack List Count"; } leaf interface-ack-list-high-watermark { type uint32; description "Ack List High Watermark"; } leaf registered-for-link-down-fast-detection { type boolean; description "Whether this interface is registered for Link Down Fast Detection"; } leaf fast-detect-hold-down-time { type uint32; description "Hold-down time in ms for fast-detect event"; } leaf interface-fast-detect-hold-down { type boolean; description "Link in hold-down state due to fast detect event"; } leaf fast-detect-hold-down-time-remaining { type uint32; description "Remaining hold down time in ms"; } leaf fast-reroute-type { type Ipfrr; description "IP Fast Reroute Type"; } leaf fast-reroute-topology-independent-lfa { type boolean; description "Topology Independent LFA"; } leaf srlg-default-weight { type uint32; description "SRLG Default weight if not configured specifically for this SRLG"; } leaf interface-unnum { type xr:Interface-name; description "Unnumbered interface"; } leaf interface-forw { type boolean; description "Forward reference interface"; } leaf interface-pri-labels { type uint8; description "Max number of primary labels"; } leaf interface-bkp-labels { type uint8; description "Max number of backup labels"; } leaf interface-srte-labels { type uint8; description "Max number of SRTE labels"; } leaf interface-srat-cap { type uint8; description "SRTE automatic path capability"; } leaf pm-delay-set { type boolean; description "PerfMeas Delay values available"; } leaf link-delay-avg { type uint32; description "PerfMeas Average Link Delay"; } leaf link-delay-min { type uint32; description "PerfMeas Minimum Link Delay"; } leaf link-delay-max { type uint32; description "PerfMeas Maximum Link Delay"; } leaf pm-dealy-average-a-bit { type boolean; description "If true, PM delay avg bit is set"; } leaf pm-dealy-min-max-a-bit { type boolean; description "If true, PM delay min_max bit is set"; } leaf link-delay-avg-raw { type uint32; description "PerfMeas Average Link Delay Raw"; } leaf link-delay-min-raw { type uint32; description "PerfMeas Minimum Link Delay Raw"; } leaf link-delay-max-raw { type uint32; description "PerfMeas Maximum Link Delay Raw"; } leaf link-delay-norm-intval { type uint32; description "PerfMeas Delay Norm Interval"; } leaf link-delay-norm-offset { type uint32; description "PerfMeas Delay Norm Offset"; } leaf link-delay-var { type uint32; description "PerfMeas Link Delay Variance"; } leaf pm-loss-set { type boolean; description "PerfMeas Link Loss values available"; } leaf link-loss { type uint32; description "PerfMeas Link Loss"; } leaf pmbw-util-set { type boolean; description "PerfMeas BW Util values available"; } leaf total-bandwidth { type uint64; description "PerfMeas Total Bandwidth"; } leaf rsvpte-bandwidth { type uint64; description "PerfMeas RSVP-TE Bandwidth"; } leaf remote-lfa { type uint8; description "Remote LFA"; } leaf srte-metric-set { type boolean; description "SRTE Metric available"; } leaf srte-metric { type uint32; description "SRTE Metric"; } leaf srte-app-weight { type uint32; description "SRTE App Weight"; } leaf srte-ext-admin-group-set { type boolean; description "SRTE Ext. Admin Group available"; } leaf interface-weight { type uint32; description "Configured Interface weight"; } leaf if-rib-l-csync-needed { type boolean; description "rib lc sync needed"; } leaf if-rib-l-csync { type boolean; description "rib lc sync state"; } leaf conditional-advertising-enabled { type boolean; description "If Conditional advertising based on route-policy is enabled"; } leaf conditional-advertise-policy-name { type string; description "Name of the applied policy for Conditional advertising"; } leaf conditional-advertising-result { type boolean; description "Result of the policy applied for Conditional advertising"; } list srlg { description "SRLG Values"; leaf entry { type uint32; description "SRLG Values"; } } // list srlg list srlg-weight { description "SRLG Weight"; leaf entry { type uint32; description "SRLG Weight"; } } // list srlg-weight list srtete-ext-admin-group { description "SRTE Ext. Admin Group"; leaf entry { type uint32; description "SRTE Ext. Admin Group"; } } // list srtete-ext-admin-group list interface-neighbor { description "Information for neighbors on the interface"; leaf interface-neighbor-id { type inet:ipv4-address; description "Neighbor Router ID"; } leaf interface-neighbor-cost { type uint32; description "Cost of link to neighbor"; } leaf neighbor-dr { type boolean; description "If true, Designated router"; } leaf neighbor-bdr { type boolean; description "If true, Backup designated router"; } leaf suppress-hello { type boolean; description "If true, hellos suppressed"; } } // list interface-neighbor list interface-madj { description "Information for multi-area on the interface"; leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf madj-area-id { type uint32; description "Area ID"; } leaf interface-neighbor-count { type uint16; description "Number of Neighbors"; } leaf interface-adj-neighbor-count { type uint16; description "Total number of Adjacent Neighbors"; } leaf interface-link-cost { type uint16; description "Cost/Metric of the Interface link"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } } // list interface-madj list ipfrr-tiebreakers { description "IPFRR-Tiebreakers list"; leaf tiebreaker-type { type Ipfrr-tbrkr; description "Tiebreaker Type, whether LC-Disjoint, Node Protecting etc"; } leaf tiebreaker-index { type uint32; description "Tiebreaker Index corresponding to the tiebreaker type"; } } // list ipfrr-tiebreakers list ip-sec-addr { description "Secondary IP address list"; leaf secondary-addr { type inet:ipv4-address; description "Secondary Address Type"; } leaf secondary-prefix { type uint32; description "Secondary Prefix Length"; } } // list ip-sec-addr list sr-adj-sid { description "SR Configured Adjacency SIDs"; leaf adj-sid-label { type uint32; description "Adjacency SID Label"; } leaf protected-adj-sid { type boolean; description "Adjacency SID Protection"; } leaf adj-sid-is-active { type boolean; description "Adj sid is allocated to a neighbor"; } leaf adj-sid-inactive-reason { type Ospf-sr-adj-sid-inactive-reason; description "Adjacency SID Inactive Reason"; } } // list sr-adj-sid } // list interface } // container interfaces } // container interface-information container border-routers { description "Border router table"; list border-router { key "border-router-id"; description "Information for a particular border router"; leaf border-router-id { type inet:ipv4-address-no-zone; description "Router address"; } leaf border-router-id-xr { type inet:ipv4-address; description "Router ID of Border Router"; } list border-router-path { description "List of Border Router paths"; leaf border-router-route-type { type Ospf-route; description "Whether it is an intra-area or inter-area route"; } leaf border-router-route-metric { type uint32; description "Metric"; } leaf border-router-next-hop { type inet:ipv4-address; description "Next hop address"; } leaf border-router-next-hop-interface-name { type xr:Interface-name; description "Next hop Interface"; } leaf border-router-type { type Ospf-br; description "Border router type, whether it is an ABR, ASBR or both"; } leaf border-router-area-id { type string { length "0..16"; } description "Area string in decimal or dotted-decimal format"; } leaf spf-version { type uint64; description "SPF run instance count"; } } // list border-router-path } // list border-router } // container border-routers container process-information { description "Container for OSPF Process information"; container protocol-areas { description "Protocol Area table"; list protocol-area { description "Area information"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID if in integer format"; } leaf address { type inet:ipv4-address-no-zone; description "Area ID if in IP address format"; } leaf protcol-area { type string { length "0..16"; } description "Area ID string in decimal and dotted-decimal format"; } leaf protocol-mpls { type boolean; description "MPLS-TE enabled"; } leaf protocol-area-dist-list-in { type string; description "Distribute List In"; } list protocol-interface { description "Interface list"; leaf protocol-interface-name { type xr:Interface-name; description "Interface"; } leaf protocol-authentication-type { type Authentication; description "Authentication type"; } leaf protocol-interface-dist-list-in { type string; description "Distribute List In"; } } // list protocol-interface } // list protocol-area } // container protocol-areas container protocol-summary { description "Basic OSPF protocol information"; leaf protocol-router-id { type inet:ipv4-address; description "Router ID"; } leaf protocol-distance { type uint32; description "Administrative distance"; } leaf administrative-distance-inter-area { type uint32; description "Administrative Distance for Inter Area routes"; } leaf administrative-distance-external { type uint32; description "Administrative Distance for External routes"; } leaf protocol-nsf { type boolean; description "True if NSF enabled"; } leaf dist-list-in { type string; description "Distribute List In"; } } // container protocol-summary container redistributions { description "Redistribution information table"; list redistribution { description "Redistribution information"; leaf protocol-name { type xr:Cisco-ios-xr-string; description "Name of the protocol being redistributed"; } leaf process-name { type xr:Cisco-ios-xr-string; description "Process/Instance name of the protocol being redistributed"; } container redistribution-protocol { description "Protocol Information"; leaf protocol-type { type Redist-protocol; description "ProtocolType"; } leaf isis-instance-id { when "../protocol-type = 'mgmt-rib-protocol-isis'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_ISIS'"; } type String1; description "ISIS instance identifier"; } leaf ospf-process-id { when "../protocol-type = 'mgmt-rib-protocol-ospf'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_OSPF'"; } type String1; description "OSPF process identifier"; } leaf bgp-as-number { when "../protocol-type = 'mgmt-rib-protocol-bgp'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_BGP'"; } type String1; description "BGP Autonomous System Number"; } leaf eigrp-as-number { when "../protocol-type = 'mgmt-rib-protocol-eigrp'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_EIGRP'"; } type String1; description "Autonomous System Number"; } leaf connected-instance { when "../protocol-type = 'mgmt-rib-protocol-connected'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_CONNECTED'"; } type String1; description "Name of the Connected instance"; } } // container redistribution-protocol leaf metric-flag { type boolean; description "If true, Metric configured"; } leaf metric { type uint32; description "Route metric"; } leaf rib-metric-flag { type boolean; description "If true, RIB metric is used"; } leaf metric-type { type uint32; description "Redistribute as External type 1 or 2 "; } leaf tag-flag { type boolean; description "If true, tag is configured"; } leaf tag { type uint32; description "Route Tag"; } leaf keep-bgp-med { type boolean; description "If true, BGP MED value is preserved"; } leaf keep-bgp-def-info { type boolean; description "If true, BGP metric and metric type are preserved for default route"; } leaf redist-summary { type boolean; description "If true, routes will be redistributed as Summary LSAs instead of External LSAs"; } leaf policy-name { type string; description "Name of applied policy"; } leaf classless { type boolean; description "Whether to use CIDR"; } leaf nssa-only { type boolean; description "To NSSA areas only"; } } // list redistribution } // container redistributions container process-areas { description "Process Area table"; list process-area { description "Detailed information for a particular area"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID if in integer format"; } leaf address { type inet:ipv4-address-no-zone; description "Area ID if in IP address format"; } leaf area-id-string { type string { length "0..16"; } description "Area ID string"; } leaf backbone-area-active { type boolean; description "If true, Backbone area is active"; } leaf area-interface-count { type uint16; description "Number of interfaces in the area"; } leaf area-stub { type boolean; description "If true, stub area"; } leaf area-total-stub { type boolean; description "If true, totally stubby area"; } leaf stub-default-cost { type uint32; description "Default cost for Stub or NSSA area"; } leaf area-nssa { type boolean; description "If true, area is a NSSA"; } leaf nssa-no-redistribution { type boolean; description "If true, No redistribution into this NSSA area"; } leaf nssa-translate { type boolean; description "If true, perform 7/5 translation"; } leaf nssa-translate-always { type boolean; description "If true, perform 7/5 translation always"; } leaf nssa-default { type boolean; description "If true, generate NSSA default route"; } leaf te-enabled { type boolean; description "If true, MPLS-TE enabled"; } leaf te-topology-version { type uint32; description "TE area topology version number"; } leaf external-out { type boolean; description "If true, advertise intra-area prefixes as external"; } leaf summary-in { type boolean; description "If true, advertise redistributedprefixes as summary"; } leaf segment-routing { type Sr-dp; description "If true, Segment Routing enabled"; } leaf sr-strict-spf-cap { type boolean; description "If true, All routers in Area are SR Strict-SPF Capable"; } leaf sr-strict-spfsids-available { type boolean; description "If true, All routers in Area have SR Strict-SPF SIDs"; } leaf sr-microloop-avoidance-active { type boolean; description "If true, Segment routing Uloop avoidance is currently active in this area"; } leaf sr-microloop-avoidance-event-type { type Sr-uloop-event; description "Event for which SR uloop is triggered Link Up/Link Down"; } leaf sr-microloop-avoidance-near-end-id { type inet:ipv4-address; description "Link State ID of the near end of the topology change"; } leaf sr-microloop-avoidance-far-end-id { type inet:ipv4-address; description "Link State ID of the far end of the topology change"; } leaf sr-microloop-avoidance-pseudonode-id { type inet:ipv4-address; description "Link State ID of the pseudo node, if the change is on a broadcast link"; } leaf authentication-type { type Authentication; description "Authentication type used for the area"; } leaf spf-count { type uint32; description "Number of SPF calculations run"; } leaf area-policy-in { type boolean; description "If true, inbound policy is configured"; } leaf area-policy-in-name { type string; description "Inbound summary lsa filtering policy"; } leaf area-policy-out { type boolean; description "If true, outbound policy is configured"; } leaf area-policy-out-name { type string; description "Outbound summary lsa filtering policy"; } leaf area-lsa-count { type uint32; description "Number of LSAs in the Area"; } leaf area-lsa-checksum { type uint32; description "Sum of all area LSAs checksum"; } leaf area-opaque-lsa-count { type uint32; description "Number of Opaque LSAs in the Area"; } leaf area-opaque-lsa-checksum { type uint32; description "Sum of opaque LSA checksums"; } leaf area-dc-bitless-lsa-count { type uint32; description "Number of LSA with demand circuit bit not set"; } leaf indication-lsa-count { type uint32; description "Number of indication LSAs"; } leaf dna-lsa-count { type uint32; description "Number of DoNotAge LSAs"; } leaf flood-list-length { type uint32; description "Number of LSAs which need to be flooded"; } leaf area-lfa-interface-count { type uint32; description "Number of LFA enabled interfaces"; } leaf area-per-prefix-lfa-interface-count { type uint32; description "Number of Per Prefix LFA enabled interfaces"; } leaf area-lfa-revision { type uint32; description "Area LFA revision"; } leaf area-adj-stag-num-nbr-forming { type uint16; description "Num of nbrs currently forming"; } leaf area-num-nbr-full { type uint16; description "Num of full nbrs in area"; } list area-range { description "List of ranges to summarize"; leaf range-prefix { type inet:ipv4-address; description "IP prefix for summarization"; } leaf range-mask { type inet:ipv4-address; description "Network mask"; } leaf cost { type uint32; description "Cost"; } leaf advertise-flag { type boolean; description "Whether to advertise Summary LSAs for this range"; } } // list area-range } // list process-area } // container process-areas container process-summary { description "Basic OSPF summary information"; container domain-id { description "Domain ID information"; container primary-domain-id { description "Primary Domain ID"; leaf domain-id-type { type uint16; description "Domain ID Type"; } leaf domain-id-value { type yang:hex-string; description "Domain ID value"; } } // container primary-domain-id list secondary-domain-id { description "List of secondary domain IDs"; leaf domain-id-type { type uint16; description "Domain ID Type"; } leaf domain-id-value { type yang:hex-string; description "Domain ID value"; } } // list secondary-domain-id } // container domain-id leaf vrf-active { type boolean; description "If true, VRF configured"; } leaf role-standby { type boolean; description "If true, Role is Standby, Active otherwise"; } leaf role { type uint32; description "Role, V1/V2 Active/Standby"; } leaf nsr-enabled { type boolean; description "If true, NSR is enabled"; } leaf nsr-switchover-on-restart { type boolean; description "Trigger RP Switchover on detectable process restart"; } leaf igp-intact-on { type boolean; description "If true, running in IGP-Intact mode"; } leaf router-id { type inet:ipv4-address; description "Router ID"; } leaf tos-options { type uint8; description "Type of Service supported"; } leaf opaque-capable { type boolean; description "Whether the OSPF instance is Opaque LSA capable"; } leaf area-border-router { type boolean; description "If true, is an Area Border Router"; } leaf as-border-router { type boolean; description "If true, is an AS Border Router"; } leaf vrf-lite-enabled { type boolean; description "If true, vrf lite is enabled"; } leaf capability-prefer-type7 { type boolean; description "If true, prefer type 7 LSAs over type 5"; } leaf maximum-metric-start { type boolean; description "If true, originate Router LSA with maximum metric"; } leaf maximum-metric-start-timer { type uint32; description "Time remaining for hold down timer (s)"; } leaf maximum-metric-set-reason { type Max-metric-set-reason; description "Reason to set Max-metric"; } leaf maximum-metric-abr-off-mode { type boolean; description "If true, ABR duties temporarily disabled"; } leaf maximum-metric-abr-off-reasons { type Ospf-max-metric-abr-off-reasons; description "Reasons for ABR duties being temporarily disabled"; } leaf maximum-metric-abr-off-buffer-time { type uint32; units "second"; description "Buffer time in seconds since last neighbor activity, to remain in max-metric ABR off state"; } leaf spf-start-time { type uint32; description "Scheduling delay for SPF (ms)"; } leaf spf-hold-time { type uint32; description "Minimum delay time between SPF runs (ms)"; } leaf spf-maximum-time { type uint32; description "Maximum delay time between SPF runs (ms)"; } leaf spf-prefix-priority { type boolean; description "If true, prefix-priority policy is configured"; } leaf spf-prefix-priority-route-policy { type string; description "Route-policy that governs SPF Prefix-priority"; } leaf lsa-start-time { type int32; description "Initial LSA throttle delay (ms)"; } leaf lsa-hold-time { type uint32; description "Second delay before generating next LSA (ms)"; } leaf lsa-maximum-time { type uint32; description "Maximum delay before generating an LSA (ms)"; } leaf minimum-lsa-interval { type uint32; description "Minimum time between LSA regeneration (ms)"; } leaf lsa-refresh-interval { type uint32; description "LSA refresh interval (sec)"; } leaf minimum-lsa-arrival-interval { type uint32; description "Minimum time between accepting LSAs (ms)"; } leaf if-flood-pacing-interval { type uint16; description "Flood pacing timer (ms)"; } leaf if-retrans-pacing-interval { type uint16; description "Retransmission pacing timer (ms)"; } leaf adj-stag-init-num-nbr { type uint16; description "Num of nbrs brought up initially per area"; } leaf adj-stag-max-num-nbr { type uint16; description "Max num of nbrs brought up simultaneously per OSPF instance"; } leaf adj-stagger-enabled { type boolean; description "If true, OSPF Adjacency Staggering is configured"; } leaf adj-stag-num-nbr-forming { type uint16; description "Num of nbrs currently forming for OSPF instance"; } leaf number-nbrs-full { type uint16; description "Num of full nbrs"; } leaf as-lsa-count { type uint32; description "Number of AS scope LSAs"; } leaf as-lsa-checksum { type uint32; description "Sum of AS scope LSA checksum"; } leaf opaque-lsa-count { type uint32; description "Number of Opaque LSAs"; } leaf opaque-lsa-checksum { type uint32; description "Sum of opaque LSA checksum"; } leaf as-dc-bitless-lsa-count { type uint32; description "Number of External and AS Opaque LSAs with demand circut bit not set"; } leaf as-dna-lsa-count { type uint32; description "Number of External and AS Opaque LSAs with DoNotAge set "; } leaf area-count { type uint16; description "Number of areas"; } leaf normal-area-count { type uint16; description "Number of normal Areas"; } leaf stub-area-count { type uint16; description "Number of Stub and Total Stub Areas"; } leaf nssa-area-count { type uint16; description "Number of NSSA Areas"; } leaf maximum-interfaces { type uint32; description "Maximum number of interfaces"; } leaf as-lsa-flood-list-length { type uint32; description "Length of AS LSAs flood list"; } leaf nsf-enabled { type boolean; description "If true, NSF enabled"; } leaf last-nsf-time { type uint32; description " Length of time since the last NSF (s)"; } leaf nsf-time { type uint32; description "Total time to complete NSF (s)"; } leaf redistribution-limit { type uint32; description "The number of redistributed prefixes allowed"; } leaf redistribution-threshold { type uint32; description "When the number of redistributed prefixes reaches this threshold, a warning message is issued"; } leaf redistribution-limit-warn { type boolean; description "If true, only a syslog message is printed when redistribution prefix limit is reached"; } leaf graceful-shutdown-retention-time { type uint32; description "Amount of time routes are retained after graceful shutdown (s)"; } leaf graceful-shutdown-state { type Gs-state; description "State of graceful shutdown"; } leaf table-prefix-limit-reached { type boolean; description "If true, prefix limit for table has been reached"; } leaf non-self-lsa-count { type uint32; description "Non self-generated LSA count"; } leaf max-lsa-enabled { type boolean; description "If true, max-lsa protection enabled"; } leaf max-lsa-limit { type uint32; description "Maximum allowed number of non self-generated LSAs"; } leaf max-lsa-treshold { type uint32; description "max-lsa protection warning threshold"; } leaf max-lsa-warning-only { type boolean; description "Warning only when max-lsa reached"; } leaf max-lsa-ignore-time { type uint32; description "Time ignoring new LSAs after max-lsa reached"; } leaf max-lsa-reset-time { type uint32; description "Time after which LSA protection counter is reset"; } leaf max-lsa-ignore-limit { type uint32; description "Max allowed number of entering ignore state"; } leaf max-lsa-ignore-count { type uint32; description "How many times ignore state has been entered"; } leaf max-lsa-ignore-timer { type uint32; description "Remaining time when ignore timer is running"; } leaf max-lsa-reset-timer { type uint32; description "Remaining time when reset timer is running"; } leaf context-name { type string { length "0..32"; } description "SNMP Context name"; } leaf snmp-trap-enabled { type boolean; description "If true, snmp trap is enabled"; } leaf ucmp { type boolean; description "If true, UCMP is enabled"; } leaf ucmp-prefix-list { type string; description "UCMP Prefix-list"; } leaf ucmp-variance { type int32; description "UCMP Variance"; } leaf ucmp-delay { type uint32; description "Delay between end of SPF and start of UCMP calculation (ms)"; } leaf microloop-avoidance-type { type Uloop-avoidance; description "Microloop avoidance type configured"; } leaf microloop-avoidance-delay { type uint32; description "Microloop delay time after which actual post convergence paths are given to RIB (s)"; } leaf microloop-avoidance-active { type boolean; description "If true, Uloop is active"; } leaf microloop-avoidance-delay-expiry { type uint32; description "Remaining time for uloop delay timer to expire (s)"; } leaf lsd-connected { type boolean; description "True if connected to LSD"; } leaf lsd-registered { type boolean; description "True if registered with LSD"; } leaf lsd-bound { type boolean; description "True if bound to LSD"; } leaf lsd-connection-revision { type uint32; description "LSD Connection Revision"; } leaf srgb-configured { type boolean; description "True if Segment Routing Global Block configured"; } leaf srgb-start { type uint32; description "Segment Routing Global Block start label value"; } leaf srgb-end { type uint32; description "Segment Routing Global Block end label value"; } leaf srgb-status { type Ospf-srgb-status; description "Segment Routing Global Block allocation status"; } leaf sr-strict-spf-cap { type boolean; description "True if Segment Routing Strict-SPF capable"; } leaf srlb-start { type uint32; description "Segment Routing Local Block start label value"; } leaf srlb-end { type uint32; description "Segment Routing Local Block end label value"; } leaf srlb-status { type Ospf-srlb-status; description "Segment Routing Local Block allocation status"; } leaf spf-suspended { type boolean; description "If true, SPF is currently suspended"; } list maximum-metric { description "Max-metric list"; container maximum-metric-time-unset { description "Time max-metric condition was cleared"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container maximum-metric-time-unset leaf max-metric-reason { type uint8; description "Reason to set Max-metric"; } leaf max-metric-enabled { type boolean; description "Whether Max-metric is enabled"; } leaf unset-maximum-metric { type boolean; description "If true, BGP is up, no maximum metric Router LSA"; } leaf saved-unset-maximum-metric { type boolean; description "Saved UnsetMaximumMetric"; } leaf maximum-metric-start-time { type uint32; description "Time remaining until we will start using normal metrics (s)"; } leaf saved-startup-time { type uint32; description "Hold time configured (s)"; } leaf maximum-metric-include-stubs { type boolean; description "If true, set max-metric in stub links"; } leaf maximum-metric-summary-lsa { type boolean; description "If true, advertise max-metric in summary-LSAs"; } leaf maximum-metric-summary-lsa-metric { type uint32; description "Max-metric value to advertise in summary-LSAs"; } leaf maximum-metric-external-lsa { type boolean; description "If true, advertise max-metric in external-LSAs"; } leaf maximum-metric-external-lsa-metric { type uint32; description "Max-metric value to advertise in external-LSAs"; } leaf maximum-metric-originated-for { type uint32; description "Time max-metric was used for"; } leaf maximum-metric-unset-reason { type Max-metric-unset-reason; description "Reason to unset Max-metric"; } } // list maximum-metric list redistribution { description "Redistribution list"; container redistribution-protocol { description "Protocol Information"; leaf protocol-type { type Redist-protocol; description "ProtocolType"; } leaf isis-instance-id { when "../protocol-type = 'mgmt-rib-protocol-isis'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_ISIS'"; } type String1; description "ISIS instance identifier"; } leaf ospf-process-id { when "../protocol-type = 'mgmt-rib-protocol-ospf'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_OSPF'"; } type String1; description "OSPF process identifier"; } leaf bgp-as-number { when "../protocol-type = 'mgmt-rib-protocol-bgp'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_BGP'"; } type String1; description "BGP Autonomous System Number"; } leaf eigrp-as-number { when "../protocol-type = 'mgmt-rib-protocol-eigrp'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_EIGRP'"; } type String1; description "Autonomous System Number"; } leaf connected-instance { when "../protocol-type = 'mgmt-rib-protocol-connected'" { description "../ProtocolType = 'MGMT_RIB_PROTOCOL_CONNECTED'"; } type String1; description "Name of the Connected instance"; } } // container redistribution-protocol leaf metric-flag { type boolean; description "If true, Metric configured"; } leaf metric { type uint32; description "Route metric"; } leaf rib-metric-flag { type boolean; description "If true, RIB metric is used"; } leaf metric-type { type uint32; description "Redistribute as External type 1 or 2 "; } leaf tag-flag { type boolean; description "If true, tag is configured"; } leaf tag { type uint32; description "Route Tag"; } leaf keep-bgp-med { type boolean; description "If true, BGP MED value is preserved"; } leaf keep-bgp-def-info { type boolean; description "If true, BGP metric and metric type are preserved for default route"; } leaf redist-summary { type boolean; description "If true, routes will be redistributed as Summary LSAs instead of External LSAs"; } leaf policy-name { type string; description "Name of applied policy"; } leaf classless { type boolean; description "Whether to use CIDR"; } leaf nssa-only { type boolean; description "To NSSA areas only"; } } // list redistribution } // container process-summary } // container process-information container areas { description "Area table"; list area { key "area-id"; description "Container for per area data"; container flood-list-area-table { description "Area specific flood list table"; list flood { key "interface-name"; description "Flooding information for a specific interface"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf flood-interface-name { type xr:Interface-name; description "Name of the Interface for which flood list is retrieved"; } leaf flood-pacing-timer { type uint32; description "Time until next LS update due (ms)"; } leaf flood-lsa-count { type uint32; description "Number of LSAs currently being flooded"; } list area-flood { description "Area scope floodlist"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list area-flood list as-flood { description "AS scope floodlist"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list as-flood } // list flood } // container flood-list-area-table container area-statistics { description "Container for Statistics"; container interface-stats-entries { description "Statistics innformation Interface table"; list interface-stats-entry { key "interface-name"; description "Statistics information for a specific interface"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf handle { type xr:Interface-name; description "interface handle type"; } leaf if-name-str { type string; description "interface name"; } list if-entry { description "interface entry"; leaf madj-intf { type boolean; description "OSPF madj interface"; } leaf area-id { type uint32; description "OSPF area id"; } leaf area-id-str { type string; description "OSPF aread id string"; } list if-stat { description "OSPF interface statistics"; leaf entry { type uint32; description "OSPF interface statistics"; } } // list if-stat } // list if-entry } // list interface-stats-entry } // container interface-stats-entries } // container area-statistics leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } container neighbors { description "Neighbor table"; list neighbor { description "Neighbor information"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } container neighbor-bfd-information { description "BFD related information of the neighbor"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf bfd-status-flag { type uint8; description "Status of the BFD Session"; } } // container neighbor-bfd-information leaf neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf neighbor-ip-address { type inet:ipv4-address; description "Neighbor IP Address"; } leaf neighbor-interface-name { type xr:Interface-name; description "Interface via which the neighbor is seen"; } leaf neighbor-dr-priority { type uint8; description "DR priority of the neighbor"; } leaf neighbor-state { type Neighbor-state; description "NFSM state of the neighbor"; } leaf dr-bdr-state { type Dr-bdr-state; description "IFSM state of the neighbor"; } leaf neighbor-dead-timer { type uint32; description "Time until neighbor's dead timer expires (s)"; } leaf neighbor-up-time { type uint32; description "Amount of time since the adjacency is up (s)"; } leaf neighbor-madj-interface { type boolean; description "Interface is MADJ"; } } // list neighbor } // container neighbors container interface-briefs { description "OSPF Interface Brief Table"; list interface-brief { key "interface-name"; description "OSPF interface brief information"; leaf interface-name { type xr:Interface-name; description "Interface"; } leaf interface-name-xr { type xr:Interface-name; description "Name of the interface on which OSPF is enabled"; } leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf interface-address { type inet:ipv4-address; description "IPv4 address of the Interface"; } leaf interface-mask { type uint32; description "Interface IP Mask"; } leaf interface-link-cost { type uint16; description "link cost/metric of the interface"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } leaf interface-fast-detect-hold-down { type boolean; description "whether the interface is in fast detect hold down state"; } leaf interface-neighbor-count { type uint16; description "Total number of Neighbors"; } leaf interface-adj-neighbor-count { type uint16; description "Total number of Adjacent Neighbors"; } leaf interfaceis-madj { type boolean; description "If true, interface is multi-area"; } leaf interface-madj-count { type uint16; description "Total number of multi-area"; } list interface-madj { description "Information for multi-area on the interface"; leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf madj-area-id { type uint32; description "Area ID"; } leaf interface-neighbor-count { type uint16; description "Number of Neighbors"; } leaf interface-adj-neighbor-count { type uint16; description "Total number of Adjacent Neighbors"; } leaf interface-link-cost { type uint16; description "Cost/Metric of the Interface link"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } } // list interface-madj } // list interface-brief } // container interface-briefs container requests { description "Request List table"; list request { description "Request list for a particular adjacency"; leaf interface-name { type xr:Interface-name; description "Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } leaf request-neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf request-neighbor-address { type inet:ipv4-address; description "Neighbor IP address"; } leaf request-interface-name { type xr:Interface-name; description "Request list interface"; } list request { description "List of request list entries"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list request } // list request } // container requests container retransmissions { description "Retransmission list table"; list retransmission { description "Retransmission list for a particular adjacency"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } leaf retransmission-neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf retransmission-neighbor-ip-address { type inet:ipv4-address; description "Neighbor IP Address"; } leaf retransmission-interface-name { type xr:Interface-name; description "Retransmission list interface"; } leaf retransmission-timer { type uint32; description "Amount of time remaining on retransmission timer (ms)"; } leaf retransmission-count { type uint32; description "Retransmission queue length"; } list retransmission-area-db { description "List of Area scope entries"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list retransmission-area-db list retransmission-asdb { description "List of AS Scope entries"; leaf header-lsa-type { type Lsa; description "LSA Type"; } leaf header-lsa-age { type uint16; description "Age of the LSA (s)"; } leaf header-ls-id { type inet:ipv4-address; description "LSA ID"; } leaf header-advertising-router { type inet:ipv4-address; description "Router ID of the Advertising Router"; } leaf header-sequence-number { type uint32; description "Current LSA sequence number"; } leaf header-lsa-checksum { type uint16; description "Checksum of the LSA"; } } // list retransmission-asdb } // list retransmission } // container retransmissions container neighbor-details { description "Neighbor detail table"; list neighbor-detail { description "A single neighbor's detail information"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } leaf neighbor-address { type inet:ipv4-address-no-zone; description "IPv4 address of the neighbor"; } container neighbor-summary { description "Neighbor summary information"; container neighbor-bfd-information { description "BFD related information of the neighbor"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf bfd-status-flag { type uint8; description "Status of the BFD Session"; } } // container neighbor-bfd-information leaf neighbor-id { type inet:ipv4-address; description "Neighbor ID"; } leaf neighbor-ip-address { type inet:ipv4-address; description "Neighbor IP Address"; } leaf neighbor-interface-name { type xr:Interface-name; description "Interface via which the neighbor is seen"; } leaf neighbor-dr-priority { type uint8; description "DR priority of the neighbor"; } leaf neighbor-state { type Neighbor-state; description "NFSM state of the neighbor"; } leaf dr-bdr-state { type Dr-bdr-state; description "IFSM state of the neighbor"; } leaf neighbor-dead-timer { type uint32; description "Time until neighbor's dead timer expires (s)"; } leaf neighbor-up-time { type uint32; description "Amount of time since the adjacency is up (s)"; } leaf neighbor-madj-interface { type boolean; description "Interface is MADJ"; } } // container neighbor-summary container neighbor-bfd-information { description "BFD related information of the neighbor"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf bfd-status-flag { type uint8; description "Status of the BFD Session"; } } // container neighbor-bfd-information container neighbor-retransmission-information { description "Retransmission information with this neighbor"; leaf dbd-retransmission-count { type uint32; description "Number of DBD retransmissions during last exchange"; } leaf dbd-retransmission-total-count { type uint32; description "Total number of DBD retransmissions for this neighbor"; } leaf area-flooding-index { type uint32; description "Area scope LSA's flood index"; } leaf as-flood-index { type uint32; description "AS scope LSA's flood index"; } leaf neighbor-retransmission-count { type uint32; description "Retransmission queue length"; } leaf number-of-retransmissions { type uint32; description "Number of retransmissions for this neighbor"; } leaf area-first-flood-information { type uint32; description "First flood item for area scope LSAs"; } leaf area-first-flood-information-index { type uint32; description "Index of the first flood item for area scope LSAs"; } leaf as-first-flood-information { type uint32; description "First flood item for AS scope LSAs"; } leaf as-first-flood-information-index { type uint32; description "Index for first flood item for AS scope LSAs"; } leaf area-next-flood-information { type uint32; description "Next flood item for area scope LSAs"; } leaf area-next-flood-information-index { type uint32; description "Index of next flood item for Area scope LSAs"; } leaf as-next-flood-information { type uint32; description "Next flood item for AS scope LSAs"; } leaf as-next-flood-information-index { type uint32; description "Index of next flood item for AS scope LSAs"; } leaf last-retransmission-length { type uint32; description "Number of LSAs sent in last retransmission"; } leaf maximum-retransmission-length { type uint32; description "Maximum number of LSAs sent in a retransmission"; } leaf last-retransmission-time { type uint32; description "Time taken for retransmission in the last attempt (ms)"; } leaf maximum-retransmission-time { type uint32; description "Maximum time taken for retransmission (ms)"; } leaf lsa-retransmission-timer { type uint32; description "Time until next LSA retransmission (ms)"; } } // container neighbor-retransmission-information leaf neighbor-area-id { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf state-change-count { type uint16; description "Number of state changes"; } leaf neighbor-cost { type uint16; description "Cost of path to this neighbor"; } leaf neighbor-filter { type boolean; description "If true, filter outgoing LSAs"; } leaf neighbor-designated-router-address { type inet:ipv4-address; description "Address of designated router"; } leaf neighbor-backup-designated-router-address { type inet:ipv4-address; description "Address of backup designated router"; } leaf interface-type { type Interface; description "Type of the interface, whether it is p2p, broadcast, nbma or p2mp"; } leaf poll-interval { type uint32; description "Poll interval (s)"; } leaf next-poll-interval { type uint32; units "second"; description "For NBMA networks, amount of time remaining in seconds before the next poll interval expires and Hello is sent (s)"; } leaf neighbor-option { type uint8; description " This is bitmaks of neighbor's option field received"; } leaf pending-events { type uint16; description "Number of pending events"; } leaf neighbor-lls-option { type uint32; description "This is a bitmask of Link Local signalling options received from the neighbor"; } leaf oob-resynchronization { type boolean; description "Out-Of-Bound resynchronization in progress"; } leaf nsf-router-state { type Nsf-rtr; description "For cisco NSF, the router is either Requester or Receiver"; } leaf last-oob-time { type uint32; units "second"; description "The amount of time in seconds since last time Out-Of-Band resynchronization was done with this neighbor"; } leaf lfa-interface { type xr:Interface-name; description "LFA Interface"; } leaf lfa-next-hop { type inet:ipv4-address; description "LFA Next Hop"; } leaf lfa-neighbor-id { type inet:ipv4-address; description "LFA Neighbor ID"; } leaf lfa-neighbor-revision { type uint32; description "LFA Neighbor Revision"; } leaf neighbor-ack-list-count { type uint32; description "Ack List Count"; } leaf neighbor-ack-list-high-watermark { type uint32; description "Ack List High Watermark"; } leaf neighbor-interface-id { type uint16; description "Interface ID of neighbor recived via LLS"; } list adjacency-sid { description "List of SR Adjacency SIDs"; leaf adj-sid-label { type uint32; description "Adjacency SID Label"; } leaf protected-adj-sid { type boolean; description "Adjacency SID Protection"; } leaf adj-sid-has-backup { type boolean; description "Adjacency SID has backup protection"; } leaf configured-adj-sid { type boolean; description "Configured Adjacency SID"; } } // list adjacency-sid } // list neighbor-detail } // container neighbor-details container interfaces { description "OSPF Interface Table"; list interface { key "interface-name"; description "OSPF interface information"; leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } container interface-bfd-information { description "BFD information"; leaf bfd-intf-enable-mode { type uint32; description "BFD enable mode - Default/Strict"; } leaf interval { type uint32; description "BFD interval (ms)"; } leaf detection-multiplier { type uint32; description "BFD multiplier value"; } } // container interface-bfd-information container active-interface { description "Active interface details"; leaf wait-time { type uint32; description "Wait time for DR/BDR selection (s)"; } leaf interface-area-flood-index { type uint32; description "Area scope LSAs flood index"; } leaf interface-as-flood-index { type uint32; description "AS scope LSAs flood index"; } leaf interface-flood-length { type uint32; description "Flood queue length"; } leaf interface-area-next-flood { type uint32; description "Next LSA to flood (Area scope)"; } leaf interface-area-next-flood-index { type uint32; description "Index of next LSA to flood (Area scope)"; } leaf interface-as-next-flood { type uint32; description "Next LSA to flood (AS scope)"; } leaf interface-as-next-flood-index { type uint32; description "Index of next LSA to flood (AS scope)"; } leaf flood-scan-length { type uint32; description "Length of flood queue in the last attempt"; } leaf maximum-flood-length { type uint32; description "Maximum length of the flood queue"; } leaf last-flood-time { type uint32; description "Time taken for Last flood (ms)"; } leaf maximum-flood-time { type uint32; description "Maximum time taken for flood (ms)"; } leaf interface-flood-pacing-timer { type uint32; description "Time until next flood pacing timer (ms)"; } leaf interface-neighbor-count { type uint16; description "Total number of Neighbors"; } leaf suppress-hello-count { type uint16; description "Number of neighbors for which hellos are suppressed"; } leaf interface-authentication-type { type Authentication; description "Authentication type"; } leaf youngest-md-key { type boolean; description "If true, MD key is configured"; } leaf old-md5-key-neighbor-count { type uint32; description "Number of neighbors using the old key (if rollover in progress)"; } leaf youngest-md-key-id { type uint16; description "Youngest MD key ID"; } leaf keychain-name { type string { length "0..255"; } description "Name of Keychain used in this interface"; } leaf keychain-key-conf { type boolean; description "If true, Keychain key is configured"; } leaf keychain-id { type uint64; description "ID of the keychain used in this interface"; } leaf keychain-alg { type Ospf-crytographic-algo; description "Keychain cryptographic-algorithm used in this interface"; } list md-keys { description "List of old MD keys"; leaf entry { type uint16; description "List of old MD keys"; } } // list md-keys } // container active-interface leaf interface-name-xr { type xr:Interface-name; description "Name of the interface"; } leaf interface-state { type Interface-state; description "State of the interface"; } leaf interface-line-state { type boolean; description "If true, line protocol is up"; } leaf interface-address { type inet:ipv4-address; description "IPv4 Address of the interface"; } leaf interface-mask { type uint32; description "Interface IP Mask"; } leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf interface-sid { type uint32; description "Interface SID"; } leaf interface-sid-php-off { type boolean; description "SID PHP Off"; } leaf interface-sid-n-flag-clear { type boolean; description "SID N-Flag Clear"; } leaf interface-strict-spf-sid { type uint32; description "Interface Strict-SPF SID"; } leaf interface-strict-spf-sid-php-off { type boolean; description "Strict-SPF SID PHP Off"; } leaf interface-strict-spf-sid-n-flag-clear { type boolean; description "Strict-SPF SID N-Flag Clear"; } leaf interface-router-id { type inet:ipv4-address; description "Interface Router ID"; } leaf network-type { type Interface; description "Network type of the interface, whether P2P, Broadcast, NBMA or P2MP"; } leaf ip-mtu { type uint16; description "IP MTU"; } leaf maximum-packet-size { type uint16; description "Maximum size of the packet"; } leaf interface-tunnel-flags { type uint32; description "Flags related to Tunnel Interface"; } leaf interface-link-cost { type uint16; description "Link cost/Metric of the interface"; } leaf interface-bandwidth { type uint32; description "Bandwidth of the Interface"; } leaf cfg-cost-fallback { type boolean; description "If true, cost fallback is configured"; } leaf interface-cost-fallback { type uint16; description "Interface fallback cost"; } leaf cost-fallback-active { type boolean; description "If true, cost fallback is active"; } leaf cfg-delay-igp-cost-fallback { type boolean; description "If true,delay igp cost fallback is configured"; } leaf interface-igp-cost-fallback { type uint16; description "Interface fallback cost"; } leaf dealy-igp-cost-fallback-active { type boolean; description "If true, cost fallback is active"; } leaf cfg-delay-te-cost-fallback { type boolean; description "If true,delay te cost fallback is configured"; } leaf interface-delay-te-cost-fallback { type uint32; description "Interface fallback cost"; } leaf dealy-te-cost-fallback-active { type boolean; description "If true, cost fallback is active"; } leaf configured-ldp-sync { type boolean; description "If true, configured as LDP sync"; } leaf configured-ldp-sync-igp-shortcuts { type boolean; description "If true, sync igp shortcuts"; } leaf interface-ldp-sync { type boolean; description "If true, interface LDP sync is achieved"; } leaf configured-demand-circuit { type boolean; description "Whether this interface is configured as a demand circuit"; } leaf interface-demand-circuit { type boolean; description "Whether this interface is running as a demand circuit"; } leaf interface-dc-bitless-lsa-count { type uint32; description "Number of LSAs with demand circuit bit not set for the area in which the interface is running"; } leaf transmission-delay { type uint16; description "Interface Transmission delay"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } leaf interface-priority { type uint8; description "DR priority of the interface"; } leaf designated-router { type boolean; description "If true, there is a Designated Router for this network"; } leaf designated-router-id { type inet:ipv4-address; description "Router id of Designated router of this network"; } leaf designated-router-address { type inet:ipv4-address; description "Interface address of the Designated Router of this network"; } leaf backup-designated-router { type boolean; description "If true, there is a Backup Designated Router for this network"; } leaf backup-designated-router-id { type inet:ipv4-address; description "Router id of Backup Designated Router of this network"; } leaf backup-designated-router-address { type inet:ipv4-address; description "interface address of the Backup Designated Router of this network"; } leaf network-lsa-flush-timer { type uint32; units "second"; description "The amount of time in seconds before flush timer for old network LSA expires"; } leaf interface-lsa-filter { type boolean; description "Filter is configured for out going LSAs"; } leaf hello-interval { type uint32; description "Configured hello interval (s)"; } leaf hello-interval-ms { type uint32; description "Configured hello interval (ms)"; } leaf dead-interval { type uint32; description "Configured dead interval (s)"; } leaf wait-interval { type uint32; description "Configured wait interval (s)"; } leaf interface-retransmission-interrval { type uint32; description "Configured retransmit interval (s)"; } leaf interface-nsf-enabled { type boolean; description "If true, NSF is enabled"; } leaf interface-nsf { type boolean; description "If true, NSF restart in progress on this interface"; } leaf interface-last-nsf { type uint32; description "Time since last NSF restart (s)"; } leaf passive-interface { type boolean; description "If true, passive interface"; } leaf next-hello-time { type uint32; description "Time until next Hello (s)"; } leaf next-hello-time-ms { type uint32; description "Time until next Hello (ms)"; } leaf ttl-security-enabled { type boolean; description "TTL security enabled on the interface"; } leaf ttl-security-hop-count { type uint32; description "TTL security hop count for this interface"; } leaf interfaceis-madj { type boolean; description "If true, interface is multi-area"; } leaf interface-madj-count { type uint16; description "Total number of multi-area"; } leaf prefix-suppress-primary-addresses { type boolean; description "whether Prefix Suppression for primary addresses is enabled"; } leaf prefix-suppress-secondary-addresses { type boolean; description "Whether Prefix Suppression for secondary addresses is enabled"; } leaf is-loopback-stub-network { type boolean; description "If true, loopback interface is advertised as a stub network"; } leaf interface-ack-list-count { type uint32; description "Ack List Count"; } leaf interface-ack-list-high-watermark { type uint32; description "Ack List High Watermark"; } leaf registered-for-link-down-fast-detection { type boolean; description "Whether this interface is registered for Link Down Fast Detection"; } leaf fast-detect-hold-down-time { type uint32; description "Hold-down time in ms for fast-detect event"; } leaf interface-fast-detect-hold-down { type boolean; description "Link in hold-down state due to fast detect event"; } leaf fast-detect-hold-down-time-remaining { type uint32; description "Remaining hold down time in ms"; } leaf fast-reroute-type { type Ipfrr; description "IP Fast Reroute Type"; } leaf fast-reroute-topology-independent-lfa { type boolean; description "Topology Independent LFA"; } leaf srlg-default-weight { type uint32; description "SRLG Default weight if not configured specifically for this SRLG"; } leaf interface-unnum { type xr:Interface-name; description "Unnumbered interface"; } leaf interface-forw { type boolean; description "Forward reference interface"; } leaf interface-pri-labels { type uint8; description "Max number of primary labels"; } leaf interface-bkp-labels { type uint8; description "Max number of backup labels"; } leaf interface-srte-labels { type uint8; description "Max number of SRTE labels"; } leaf interface-srat-cap { type uint8; description "SRTE automatic path capability"; } leaf pm-delay-set { type boolean; description "PerfMeas Delay values available"; } leaf link-delay-avg { type uint32; description "PerfMeas Average Link Delay"; } leaf link-delay-min { type uint32; description "PerfMeas Minimum Link Delay"; } leaf link-delay-max { type uint32; description "PerfMeas Maximum Link Delay"; } leaf pm-dealy-average-a-bit { type boolean; description "If true, PM delay avg bit is set"; } leaf pm-dealy-min-max-a-bit { type boolean; description "If true, PM delay min_max bit is set"; } leaf link-delay-avg-raw { type uint32; description "PerfMeas Average Link Delay Raw"; } leaf link-delay-min-raw { type uint32; description "PerfMeas Minimum Link Delay Raw"; } leaf link-delay-max-raw { type uint32; description "PerfMeas Maximum Link Delay Raw"; } leaf link-delay-norm-intval { type uint32; description "PerfMeas Delay Norm Interval"; } leaf link-delay-norm-offset { type uint32; description "PerfMeas Delay Norm Offset"; } leaf link-delay-var { type uint32; description "PerfMeas Link Delay Variance"; } leaf pm-loss-set { type boolean; description "PerfMeas Link Loss values available"; } leaf link-loss { type uint32; description "PerfMeas Link Loss"; } leaf pmbw-util-set { type boolean; description "PerfMeas BW Util values available"; } leaf total-bandwidth { type uint64; description "PerfMeas Total Bandwidth"; } leaf rsvpte-bandwidth { type uint64; description "PerfMeas RSVP-TE Bandwidth"; } leaf remote-lfa { type uint8; description "Remote LFA"; } leaf srte-metric-set { type boolean; description "SRTE Metric available"; } leaf srte-metric { type uint32; description "SRTE Metric"; } leaf srte-app-weight { type uint32; description "SRTE App Weight"; } leaf srte-ext-admin-group-set { type boolean; description "SRTE Ext. Admin Group available"; } leaf interface-weight { type uint32; description "Configured Interface weight"; } leaf if-rib-l-csync-needed { type boolean; description "rib lc sync needed"; } leaf if-rib-l-csync { type boolean; description "rib lc sync state"; } leaf conditional-advertising-enabled { type boolean; description "If Conditional advertising based on route-policy is enabled"; } leaf conditional-advertise-policy-name { type string; description "Name of the applied policy for Conditional advertising"; } leaf conditional-advertising-result { type boolean; description "Result of the policy applied for Conditional advertising"; } list srlg { description "SRLG Values"; leaf entry { type uint32; description "SRLG Values"; } } // list srlg list srlg-weight { description "SRLG Weight"; leaf entry { type uint32; description "SRLG Weight"; } } // list srlg-weight list srtete-ext-admin-group { description "SRTE Ext. Admin Group"; leaf entry { type uint32; description "SRTE Ext. Admin Group"; } } // list srtete-ext-admin-group list interface-neighbor { description "Information for neighbors on the interface"; leaf interface-neighbor-id { type inet:ipv4-address; description "Neighbor Router ID"; } leaf interface-neighbor-cost { type uint32; description "Cost of link to neighbor"; } leaf neighbor-dr { type boolean; description "If true, Designated router"; } leaf neighbor-bdr { type boolean; description "If true, Backup designated router"; } leaf suppress-hello { type boolean; description "If true, hellos suppressed"; } } // list interface-neighbor list interface-madj { description "Information for multi-area on the interface"; leaf interface-area { type string { length "0..16"; } description "Area ID string in decimal or dotted-decimal format"; } leaf madj-area-id { type uint32; description "Area ID"; } leaf interface-neighbor-count { type uint16; description "Number of Neighbors"; } leaf interface-adj-neighbor-count { type uint16; description "Total number of Adjacent Neighbors"; } leaf interface-link-cost { type uint16; description "Cost/Metric of the Interface link"; } leaf ospf-interface-state { type Ospf-interface-state; description "Interface OSPF state"; } } // list interface-madj list ipfrr-tiebreakers { description "IPFRR-Tiebreakers list"; leaf tiebreaker-type { type Ipfrr-tbrkr; description "Tiebreaker Type, whether LC-Disjoint, Node Protecting etc"; } leaf tiebreaker-index { type uint32; description "Tiebreaker Index corresponding to the tiebreaker type"; } } // list ipfrr-tiebreakers list ip-sec-addr { description "Secondary IP address list"; leaf secondary-addr { type inet:ipv4-address; description "Secondary Address Type"; } leaf secondary-prefix { type uint32; description "Secondary Prefix Length"; } } // list ip-sec-addr list sr-adj-sid { description "SR Configured Adjacency SIDs"; leaf adj-sid-label { type uint32; description "Adjacency SID Label"; } leaf protected-adj-sid { type boolean; description "Adjacency SID Protection"; } leaf adj-sid-is-active { type boolean; description "Adj sid is allocated to a neighbor"; } leaf adj-sid-inactive-reason { type Ospf-sr-adj-sid-inactive-reason; description "Adjacency SID Inactive Reason"; } } // list sr-adj-sid } // list interface } // container interfaces } // list area } // container areas container database { description "OSPF Link State Database"; container database-areas { description "Per-Area view of Link state database"; list database-area { key "area-id"; description "Per-Area Link State Database data"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } container lsas { description "Link State Database Table"; list lsa { description "Link State Advertisement information"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf ls-type { type Ospf-ls; description "Link state type"; } leaf ls-id { type inet:ipv4-address-no-zone; description "Link state ID"; } leaf advertising-router { type inet:ipv4-address-no-zone; description "Router ID of the Advertising Router"; } leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } container lsa-header { description "Header information"; leaf ls-type { type Lsa; description "LSA type"; } leaf lsid { type inet:ipv4-address; description "LS ID"; } leaf advertising-router { type inet:ipv4-address; description "Router ID of Advertising Router"; } leaf lsa-area-id { type string { length "0..16"; } description "Area ID in decimal or dotted-decimal format"; } leaf lsa-age { type uint16; description "LSA's Age (s)"; } leaf dn-age-lsa { type boolean; description "If true, Do Not Age this LSA"; } leaf nsf { type boolean; description "If true, LSA received from neighbor during NSF"; } leaf sequence-number { type uint32; description "Current Sequence number"; } leaf checksum { type uint16; description "Checksum value"; } } // container lsa-header container lsa-detail-data { description "Detailed LSA Information"; container lsa-throttle-timer { description "LSA throttle timer table information"; leaf timer-location { type Timer-table; description "Timer table"; } leaf timer-type { type Timer; description "Timer type - whether maxage, refresh or checksum timer"; } leaf second-table-index { type uint8; units "second"; description "Index of the Seconds table"; } leaf minute-table-index { type uint8; units "minute"; description "Index of the Minutes table"; } leaf last-inst-second-table-index { type uint8; units "second"; description "Last Seconds table index processed"; } leaf last-inst-minute-table-index { type uint8; units "minute"; description "Last Minutes table index processed"; } } // container lsa-throttle-timer container lsa-last-updated-time { description "Time LSA was last updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container lsa-last-updated-time container lsadb-base-time-stamp { description "Current time stamp"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container lsadb-base-time-stamp container not-delete { description "Reason why LSA is not deleted"; leaf free-time { type uint32; description "The amount of time since the last check was made to free this LSA (s)"; } leaf no-delete { type boolean; description "If true, the reason not to delete this LSA is because delete flag not set on this LSA"; } leaf neighbor-exchange { type boolean; description "If true, the reason not to delete this LSA is because neighbor is in exchange state"; } leaf routing-table { type boolean; description "If true, the reason not to delete this LSA is because it has a contributing entry in the routing table"; } leaf acknowledgement { type boolean; description "If true, the reason not to delete this LSA is because it's Acknowledgement list is not empty"; } leaf maximum-age { type boolean; description "If true, the reason not to delete this LSA is because it is in Maxage Queue"; } leaf partial-spf { type boolean; description "If true, the reason not to delete this LSA is because it is in partial SPF queue"; } leaf flood-pending { type boolean; description "If true, the reason not to delete this LSA is because waiting for flooding or retransmission"; } leaf rate-limit { type boolean; description "If true, the reason not to delete this LSA is because waiting for next wait-interval to expire"; } leaf nsr-ack-pending { type boolean; description "If true, the reason not to delete this LSA is because NSR ACK from standby is pending"; } leaf sum-orig-pending { type boolean; description "If true, the reason not to delete this LSA is because it is pending summary LSA originating"; } leaf nsr-flood-required { type boolean; description "If true, the reason not to delete this LSA is because it is pending flooding on switchover"; } leaf link-state-q { type boolean; description "If true, the reason not to delete this LSA is because it is used in Link State Q"; } leaf used-in-uloop { type boolean; description "If true, the reason not to delete this LSA is because it is used in uloop"; } leaf added-in-ulooplist { type boolean; description "If true, the reason not to delete this LSA is because it is Added in uloopdblist"; } leaf used-as-parent { type boolean; description "If true, the reason not to delete this LSA is because it is used in parent_path_lsdb"; } } // container not-delete leaf tos-capable { type boolean; description "If true, type of service capable indicated by LSA's option field"; } leaf nssa-translation { type boolean; description "If true, capable of type 7 to 5 translation indicated by LSA's option field"; } leaf demand-circuit { type boolean; description "If true, capable of demand circuit as indicated by LSA's option field"; } leaf dn-bit { type boolean; description "if true, DN bit set on the summary LSA indicated by LSA's option field"; } leaf lsa-rate-limit-due-time { type uint32; description "Due time for rate-limit timer (ms)"; } leaf lsadb-base-clock { type uint64; description "Clock stamp since boot"; } leaf routing-bit { type boolean; description "If true, Routing Bit set on the LSA"; } leaf advertising-router-reachable { type boolean; description "If true, Advertising Router is reachable"; } leaf length { type uint16; description "Length of the LSA"; } leaf sum-origin { type uint16; description "Summary Origin"; } leaf ase-origin { type uint16; description "External Origin"; } leaf in-sync { type uint8; description "Not In Sync With Active"; } leaf lsa-prefix-priority { type uint8; description "Current prefix priority"; } leaf new-lsa-prefix-priority { type uint8; description "New prefix priority to be set after the current SPF"; } leaf lsa-flood-required-post-fail-over { type boolean; description "LSA flood required after FO"; } } // container lsa-detail-data container lsa-internal-data { description "Information pertaining to a specific LSA type"; container router-lsa-type { when "../internal-lsa-type = 'mgmt-rtr-type'" { description "../InternalLSAType = 'MGMT_RTR_TYPE'"; } description "Router LSA"; leaf router-asbr { type boolean; description "If True, router is an Autonomous system Border Router"; } leaf router-abr { type boolean; description "If True, router is an Area Border Router"; } leaf internal-lsa { type boolean; description "If true, internal LSA"; } list link { description "List of links in this LSA"; leaf link-id { type inet:ipv4-address; description "Link ID"; } leaf link-data { type inet:ipv4-address; description "Link Data"; } leaf link-type { type Ospf-link-types; description "Type of link"; } leaf link-metric { type uint16; description "Cost for using this link"; } list link-tos { description "List of type of service metrics"; leaf router-tos { type uint16; description "Type of Service"; } leaf tos-cost { type uint16; description "Type of service specific metric"; } } // list link-tos } // list link list internal-link { description "List of links for internal LSA"; leaf link-id { type inet:ipv4-address; description "Link ID"; } leaf link-data { type inet:ipv4-address; description "Link Data"; } leaf link-type { type Ospf-link-types; description "Type of link"; } leaf link-metric { type uint16; description "Cost for using this link"; } list link-tos { description "List of type of service metrics"; leaf router-tos { type uint16; description "Type of Service"; } leaf tos-cost { type uint16; description "Type of service specific metric"; } } // list link-tos } // list internal-link } // container router-lsa-type container network-lsa-type { when "../internal-lsa-type = 'mgmt-ntwk-type'" { description "../InternalLSAType = 'MGMT_NTWK_TYPE'"; } description "Network LSA"; leaf network-prefix-length { type uint32; description "Prefix length of the Network"; } list neighbor-router { description "Neighbor router list"; leaf entry { type inet:ipv4-address; description "Neighbor router list"; } } // list neighbor-router } // container network-lsa-type container summary-lsa-type { when "../internal-lsa-type = 'mgmt-sum-type'" { description "../InternalLSAType = 'MGMT_SUM_TYPE'"; } description "Summary LSA"; leaf summary-prefix-length { type uint32; description "Prefix length of the Summary LSA"; } leaf internal-sum-lsa { type boolean; description "If true, internal max-metric LSA"; } list summary-lsa-metric { description "Metric"; leaf entry { type uint32; description "Metric"; } } // list summary-lsa-metric } // container summary-lsa-type container external-lsa-type { when "../internal-lsa-type = 'mgmt-ext-type'" { description "../InternalLSAType = 'MGMT_EXT_TYPE'"; } description "External LSA"; leaf external-prefix-length { type uint32; description "Prefix length"; } leaf internal-external-lsa { type boolean; description "If true, internal max-metric LSA"; } list external-tos-metric { description "Type of service information"; leaf external-metric { type uint32; description "Cost of this route"; } leaf external-metric-type { type Ex-metric; description "External LSA metric type - whether type 1 or type 2"; } leaf external-tos { type uint32; description "Type of Service"; } leaf forwarding-address { type inet:ipv4-address; description "Forwarding Address on the External LSA"; } leaf external-tag { type uint32; description "Route Tag"; } } // list external-tos-metric } // container external-lsa-type container opaque-link-lsa-type { when "../internal-lsa-type = 'mgmt-opq-link-type'" { description "../InternalLSAType = 'MGMT_OPQ_LINK_TYPE'"; } description "Opaque-Link LSA"; leaf opaque-interface-name { type xr:Interface-name; description "Interface on which the Opaque link LSA is received"; } } // container opaque-link-lsa-type container opaque-mpls-te-lsa-type { when "../internal-lsa-type = 'mgmt-opq-rrr-type'" { description "../InternalLSAType = 'MGMT_OPQ_RRR_TYPE'"; } description "Opaque-Area, opaque type 1 LSA"; list tlv { description "List of TLVs"; leaf tlv-type { type uint16; description "Type of top-level TLV"; } leaf tlv-length { type uint16; description "Length of top-level TLV"; } leaf mpls-router-id { type inet:ipv4-address; description "MPLS-TE Router ID"; } leaf mpls-dste-link { type boolean; description "MPLS DS-TE supported"; } leaf tlv-data { type yang:hex-string; description "TLV direct data"; } list te-link-sub-tlv { description "List of Sub-TLVs"; leaf sub-tlv-type { type Stlv; description "Type of sub TLV"; } leaf sub-tlv-length { type uint16; description "Length of sub TLV"; } leaf sub-tlv-value { type yang:hex-string; description "Value of sub TLV"; } } // list te-link-sub-tlv } // list tlv } // container opaque-mpls-te-lsa-type container opaque-grace-lsa { when "../internal-lsa-type = 'mgmt-opq-gr-type'" { description "../InternalLSAType = 'MGMT_OPQ_GR_TYPE'"; } description "Opaque-link, opaque type 3 Grace LSA"; leaf grace-period { type uint32; description "The amount of time the router's neighbor should advertise it fully adjacent (s)"; } leaf grace-reason { type Ospf-gr-reason; description "Reason for router restart"; } leaf ip-address { type inet:ipv4-address; description "IP interface address on the subnet associated with the grace LSA"; } } // container opaque-grace-lsa container opaque-router-info-lsa-type { when "../internal-lsa-type = 'mgmt-opq-ri-type'" { description "../InternalLSAType = 'MGMT_OPQ_RI_TYPE'"; } description "Opaque Router Information LSA"; leaf opaque-rilsa-scope { type Ospf-lsa-opq-ri-scope; description "Opaque LSA flooding scope, a.k.a., Opaque LSA Type"; } leaf opaque-ri-interface-name { type xr:Interface-name; description "Interface on which this Link-Local Opaque link LSA is received"; } list opaque-ritlv { description "Router Information TLV"; container unknown-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-unknown'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_UNKNOWN'"; } description "Unknown Rtr Info TLV"; leaf ri-gen-tlv-type { type uint16; description "Type of TLV"; } leaf ri-gen-tlv-length { type uint16; description "Length of TLV"; } leaf ri-genvalue { type yang:hex-string; description "Data in TLV"; } } // container unknown-tlv container rtr-cap-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-rtrcap'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_RTRCAP'"; } description "Rtr Cap TLV"; leaf rtr-cap-tlv-length { type uint16; description "Length of TLV"; } leaf rtr-cap-graceful-restart { type boolean; description "Graceful Restart Capability"; } leaf rtr-cap-graceful-restart-helper { type boolean; description "Graceful Restart Helper Capability"; } leaf rtr-cap-stub-rtr { type boolean; description "Stub Router capability"; } leaf rtr-cap-area-te { type boolean; description "Traffic Engineering capability of area"; } leaf rtr-cap-p2plan { type boolean; description "P2P LAN Capability"; } leaf rtr-cap-te-exp { type boolean; description "TE Experimental bit"; } leaf rtr-cap-all-bits { type uint32; description "All capability bits"; } leaf rtr-cap-additional-info { type yang:hex-string; description "Additional Information in TLV"; } } // container rtr-cap-tlv container pcedtlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-pce-discovery'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_PCEDISCOVERY'"; } description "PCE Discovery TLV"; container pced-addr { description "PCE Address"; container pce-addr-unknown-tlv { when "../pce-addr-type = 'mgmt-ospf-opq-pce-addr-type-invalid'" { description "../PCEAddrType = 'MGMT_OSPF_OPQ_PCE_ADDR_TYPE_INVALID'"; } description "Unknown PCE Addr TLV"; leaf ri-gen-tlv-type { type uint16; description "Type of TLV"; } leaf ri-gen-tlv-length { type uint16; description "Length of TLV"; } leaf ri-genvalue { type yang:hex-string; description "Data in TLV"; } } // container pce-addr-unknown-tlv container ipv4pce-addr { when "../pce-addr-type = 'mgmt-ospf-opq-pce-addr-type-ipv4'" { description "../PCEAddrType = 'MGMT_OSPF_OPQ_PCE_ADDR_TYPE_IPV4'"; } description "IPv4 PCE Address"; leaf pceipv4-addr { type inet:ipv4-address; description "PCE IPv4 Address"; } } // container ipv4pce-addr container ipv6pce-addr { when "../pce-addr-type = 'mgmt-ospf-opq-pce-addr-type-ipv6'" { description "../PCEAddrType = 'MGMT_OSPF_OPQ_PCE_ADDR_TYPE_IPV6'"; } description "IPv6 PCE Address"; leaf pceipv6-addr { type inet:ipv6-address; description "PCE IPv6 Address"; } } // container ipv6pce-addr leaf pce-addr-type { type Ospf-sh-opq-ri-pce-addr-types; description "PCEAddrType"; } } // container pced-addr container pced-scope { description "PCE Scope Information"; leaf lbit { type boolean; description "L Bit"; } leaf rbit { type boolean; description "R Bit"; } leaf rd-bit { type boolean; description "Rd Bit"; } leaf sbit { type boolean; description "S Bit"; } leaf sd-bit { type boolean; description "Sd Bit"; } leaf ybit { type boolean; description "Y Bit"; } leaf pref-l { type uint8; description "Pref L"; } leaf pref-r { type uint8; description "Pref R"; } leaf pref-s { type uint8; description "Pref S"; } leaf pref-y { type uint8; description "Pref Y"; } leaf all-scope-info-bits { type uint32; description "PCE Scope Information"; } } // container pced-scope leaf pcedtlv-length { type uint16; description "Length of TLV"; } } // container pcedtlv container sr-algo-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-sr-algo'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_SR_ALGO'"; } description "SR Algorithm TLV"; list sr-algo-value { description "SR Algorithms"; leaf entry { type uint8; description "SR Algorithms"; } } // list sr-algo-value } // container sr-algo-tlv container sr-range-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-sr-range'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_SR_RANGE'"; } description "SR Range TLV"; container sidtlv { description "SID sub-TLV"; leaf sr-sid-length { type uint16; description "Length of sub-TLV"; } leaf sr-sid-value { type uint32; description "SID Value"; } } // container sidtlv leaf sr-range-length { type uint16; description "Length of TLV"; } leaf sr-range-size { type uint32; description "SR Range Size"; } } // container sr-range-tlv container node-msdtlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-node-msd'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_NODE_MSD'"; } description "Node MSD TLV"; container node-msd-sub-types { description "Node MSD Subtypes"; leaf msd-sub-type { type uint8; description "MSD SubType"; } leaf msd-value { type uint8; description "MSD Value"; } } // container node-msd-sub-types leaf node-msdtlv-length { type uint16; description "Length of TLV"; } } // container node-msdtlv container srlbtlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-srlb'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_SRLB'"; } description "SRLB Range TLV"; container sidtlv { description "SID sub-TLV"; leaf sr-sid-length { type uint16; description "Length of sub-TLV"; } leaf sr-sid-value { type uint32; description "SID Value"; } } // container sidtlv leaf srlbtlv-length { type uint16; description "Length of TLV"; } leaf srlb-range-size { type uint32; description "SRLB Range Size"; } } // container srlbtlv container fadlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-fad'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_FAD'"; } description "FAD TLV"; container exclude-attribute { description "Exclude sub-TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-admin-group { description "FAD Admin Group"; leaf entry { type uint32; description "FAD Admin Group"; } } // list fad-admin-group } // container exclude-attribute container include-any-attribute { description "Include any sub-TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-admin-group { description "FAD Admin Group"; leaf entry { type uint32; description "FAD Admin Group"; } } // list fad-admin-group } // container include-any-attribute container include-all-attribute { description "Include all sub-TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-admin-group { description "FAD Admin Group"; leaf entry { type uint32; description "FAD Admin Group"; } } // list fad-admin-group } // container include-all-attribute container fad-unsupported-tlv { description "Felx Algo unsupported TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-unknown-data { description "FAD unknown TLV data"; leaf entry { type uint8; description "FAD unknown TLV data"; } } // list fad-unknown-data } // container fad-unsupported-tlv leaf fad-length { type uint16; description "Length of TLV"; } leaf fad-algo { type uint8; description "Flex ALgo number"; } leaf fad-metric-type { type uint8; description "Flex Algo Metric Type"; } leaf fad-algo-type { type uint8; description "Flex Algo Calc type"; } leaf fad-priority { type uint8; description "Flex Algo Priority"; } leaf fad-unsupported-tlv-type { type uint8; description "Flex Algo unsupported TLV type"; } } // container fadlv container host-name { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-host-name'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_HOSTNAME'"; } description "Hostname string "; leaf router-host-name { type string { length "0..256"; } description "Hostname string"; } } // container host-name leaf ritlv-internal-type { type Ospf-sh-opq-ri-tlv-types; description "RITLVInternalType"; } } // list opaque-ritlv } // container opaque-router-info-lsa-type container opaque-ep-lsa-type { when "../internal-lsa-type = 'mgmt-opq-epl-type'" { description "../InternalLSAType = 'MGMT_OPQ_EPL_TYPE'"; } description "Extende Prefix LSA type"; list tlv { description "List of TLVs"; leaf tlv-type { type uint16; description "Type of top-level TLV"; } leaf tlv-length { type uint16; description "Length of top-level TLV"; } leaf mpls-router-id { type inet:ipv4-address; description "MPLS-TE Router ID"; } leaf mpls-dste-link { type boolean; description "MPLS DS-TE supported"; } leaf tlv-data { type yang:hex-string; description "TLV direct data"; } list te-link-sub-tlv { description "List of Sub-TLVs"; leaf sub-tlv-type { type Stlv; description "Type of sub TLV"; } leaf sub-tlv-length { type uint16; description "Length of sub TLV"; } leaf sub-tlv-value { type yang:hex-string; description "Value of sub TLV"; } } // list te-link-sub-tlv } // list tlv } // container opaque-ep-lsa-type container opaque-el-lsa-type { when "../internal-lsa-type = 'mgmt-opq-ell-type'" { description "../InternalLSAType = 'MGMT_OPQ_ELL_TYPE'"; } description "Extended Link LSA type"; list tlv { description "List of TLVs"; leaf tlv-type { type uint16; description "Type of top-level TLV"; } leaf tlv-length { type uint16; description "Length of top-level TLV"; } leaf mpls-router-id { type inet:ipv4-address; description "MPLS-TE Router ID"; } leaf mpls-dste-link { type boolean; description "MPLS DS-TE supported"; } leaf tlv-data { type yang:hex-string; description "TLV direct data"; } list te-link-sub-tlv { description "List of Sub-TLVs"; leaf sub-tlv-type { type Stlv; description "Type of sub TLV"; } leaf sub-tlv-length { type uint16; description "Length of sub TLV"; } leaf sub-tlv-value { type yang:hex-string; description "Value of sub TLV"; } } // list te-link-sub-tlv } // list tlv } // container opaque-el-lsa-type leaf internal-lsa-type { type Ospf-internal-lsa-types; description "InternalLSAType"; } } // container lsa-internal-data } // list lsa } // container lsas container lsa-summaries { description "Link state advertisement summary table"; list lsa-summary { description "LSA summary information"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf ls-type { type Ospf-ls; description "Link state type"; } leaf ls-id { type inet:ipv4-address-no-zone; description "Link state ID"; } leaf advertising-router { type inet:ipv4-address-no-zone; description "Router ID of the Advertising Router"; } leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } container lsa-header { description "LSA header information"; leaf ls-type { type Lsa; description "LSA type"; } leaf lsid { type inet:ipv4-address; description "LS ID"; } leaf advertising-router { type inet:ipv4-address; description "Router ID of Advertising Router"; } leaf lsa-area-id { type string { length "0..16"; } description "Area ID in decimal or dotted-decimal format"; } leaf lsa-age { type uint16; description "LSA's Age (s)"; } leaf dn-age-lsa { type boolean; description "If true, Do Not Age this LSA"; } leaf nsf { type boolean; description "If true, LSA received from neighbor during NSF"; } leaf sequence-number { type uint32; description "Current Sequence number"; } leaf checksum { type uint16; description "Checksum value"; } } // container lsa-header leaf external-tag { type uint32; description "Route Tag"; } leaf link-count { type uint16; description "Number of links"; } } // list lsa-summary } // container lsa-summaries } // list database-area } // container database-areas container database-summaries { description "Link State database summary table"; list database-summary { key "area-id"; description "Link State Database summary for a particular area"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf dbase-sum-area-id-string { type string { length "0..16"; } description "Area id"; } list area-lsa-counter { description "Summary counters for Area scope LSAs"; leaf lsa-type { type Lsa; description "Type of LSAs"; } leaf lsa-count { type int32; description "Number of LSAs of this type"; } leaf lsa-delete-count { type int32; description "Number of deleted LSAs of this type"; } leaf lsa-maxage-count { type int32; description "Number of MaxAged LSAs of this type"; } leaf lsa-self-count { type int32; description "Number of self-generated LSAs"; } } // list area-lsa-counter } // list database-summary } // container database-summaries container database-summary-as { description "Link State Database summary for the AS"; list as-lsa-counter { description "Summary counter for AS scope LSAs"; leaf lsa-type { type Lsa; description "Type of LSAs"; } leaf lsa-count { type int32; description "Number of LSAs of this type"; } leaf lsa-delete-count { type int32; description "Number of deleted LSAs of this type"; } leaf lsa-maxage-count { type int32; description "Number of MaxAged LSAs of this type"; } leaf lsa-self-count { type int32; description "Number of self-generated LSAs"; } } // list as-lsa-counter } // container database-summary-as container lsas { description "Link State Database Table"; list lsa { description "Link State Advertisement information"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf ls-type { type Ospf-ls; description "Link state type"; } leaf ls-id { type inet:ipv4-address-no-zone; description "Link state ID"; } leaf advertising-router { type inet:ipv4-address-no-zone; description "Router ID of the Advertising Router"; } leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } container lsa-header { description "Header information"; leaf ls-type { type Lsa; description "LSA type"; } leaf lsid { type inet:ipv4-address; description "LS ID"; } leaf advertising-router { type inet:ipv4-address; description "Router ID of Advertising Router"; } leaf lsa-area-id { type string { length "0..16"; } description "Area ID in decimal or dotted-decimal format"; } leaf lsa-age { type uint16; description "LSA's Age (s)"; } leaf dn-age-lsa { type boolean; description "If true, Do Not Age this LSA"; } leaf nsf { type boolean; description "If true, LSA received from neighbor during NSF"; } leaf sequence-number { type uint32; description "Current Sequence number"; } leaf checksum { type uint16; description "Checksum value"; } } // container lsa-header container lsa-detail-data { description "Detailed LSA Information"; container lsa-throttle-timer { description "LSA throttle timer table information"; leaf timer-location { type Timer-table; description "Timer table"; } leaf timer-type { type Timer; description "Timer type - whether maxage, refresh or checksum timer"; } leaf second-table-index { type uint8; units "second"; description "Index of the Seconds table"; } leaf minute-table-index { type uint8; units "minute"; description "Index of the Minutes table"; } leaf last-inst-second-table-index { type uint8; units "second"; description "Last Seconds table index processed"; } leaf last-inst-minute-table-index { type uint8; units "minute"; description "Last Minutes table index processed"; } } // container lsa-throttle-timer container lsa-last-updated-time { description "Time LSA was last updated"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container lsa-last-updated-time container lsadb-base-time-stamp { description "Current time stamp"; leaf second { type uint32; description "Second"; } leaf nanosecond { type uint32; description "Nanosecond"; } } // container lsadb-base-time-stamp container not-delete { description "Reason why LSA is not deleted"; leaf free-time { type uint32; description "The amount of time since the last check was made to free this LSA (s)"; } leaf no-delete { type boolean; description "If true, the reason not to delete this LSA is because delete flag not set on this LSA"; } leaf neighbor-exchange { type boolean; description "If true, the reason not to delete this LSA is because neighbor is in exchange state"; } leaf routing-table { type boolean; description "If true, the reason not to delete this LSA is because it has a contributing entry in the routing table"; } leaf acknowledgement { type boolean; description "If true, the reason not to delete this LSA is because it's Acknowledgement list is not empty"; } leaf maximum-age { type boolean; description "If true, the reason not to delete this LSA is because it is in Maxage Queue"; } leaf partial-spf { type boolean; description "If true, the reason not to delete this LSA is because it is in partial SPF queue"; } leaf flood-pending { type boolean; description "If true, the reason not to delete this LSA is because waiting for flooding or retransmission"; } leaf rate-limit { type boolean; description "If true, the reason not to delete this LSA is because waiting for next wait-interval to expire"; } leaf nsr-ack-pending { type boolean; description "If true, the reason not to delete this LSA is because NSR ACK from standby is pending"; } leaf sum-orig-pending { type boolean; description "If true, the reason not to delete this LSA is because it is pending summary LSA originating"; } leaf nsr-flood-required { type boolean; description "If true, the reason not to delete this LSA is because it is pending flooding on switchover"; } leaf link-state-q { type boolean; description "If true, the reason not to delete this LSA is because it is used in Link State Q"; } leaf used-in-uloop { type boolean; description "If true, the reason not to delete this LSA is because it is used in uloop"; } leaf added-in-ulooplist { type boolean; description "If true, the reason not to delete this LSA is because it is Added in uloopdblist"; } leaf used-as-parent { type boolean; description "If true, the reason not to delete this LSA is because it is used in parent_path_lsdb"; } } // container not-delete leaf tos-capable { type boolean; description "If true, type of service capable indicated by LSA's option field"; } leaf nssa-translation { type boolean; description "If true, capable of type 7 to 5 translation indicated by LSA's option field"; } leaf demand-circuit { type boolean; description "If true, capable of demand circuit as indicated by LSA's option field"; } leaf dn-bit { type boolean; description "if true, DN bit set on the summary LSA indicated by LSA's option field"; } leaf lsa-rate-limit-due-time { type uint32; description "Due time for rate-limit timer (ms)"; } leaf lsadb-base-clock { type uint64; description "Clock stamp since boot"; } leaf routing-bit { type boolean; description "If true, Routing Bit set on the LSA"; } leaf advertising-router-reachable { type boolean; description "If true, Advertising Router is reachable"; } leaf length { type uint16; description "Length of the LSA"; } leaf sum-origin { type uint16; description "Summary Origin"; } leaf ase-origin { type uint16; description "External Origin"; } leaf in-sync { type uint8; description "Not In Sync With Active"; } leaf lsa-prefix-priority { type uint8; description "Current prefix priority"; } leaf new-lsa-prefix-priority { type uint8; description "New prefix priority to be set after the current SPF"; } leaf lsa-flood-required-post-fail-over { type boolean; description "LSA flood required after FO"; } } // container lsa-detail-data container lsa-internal-data { description "Information pertaining to a specific LSA type"; container router-lsa-type { when "../internal-lsa-type = 'mgmt-rtr-type'" { description "../InternalLSAType = 'MGMT_RTR_TYPE'"; } description "Router LSA"; leaf router-asbr { type boolean; description "If True, router is an Autonomous system Border Router"; } leaf router-abr { type boolean; description "If True, router is an Area Border Router"; } leaf internal-lsa { type boolean; description "If true, internal LSA"; } list link { description "List of links in this LSA"; leaf link-id { type inet:ipv4-address; description "Link ID"; } leaf link-data { type inet:ipv4-address; description "Link Data"; } leaf link-type { type Ospf-link-types; description "Type of link"; } leaf link-metric { type uint16; description "Cost for using this link"; } list link-tos { description "List of type of service metrics"; leaf router-tos { type uint16; description "Type of Service"; } leaf tos-cost { type uint16; description "Type of service specific metric"; } } // list link-tos } // list link list internal-link { description "List of links for internal LSA"; leaf link-id { type inet:ipv4-address; description "Link ID"; } leaf link-data { type inet:ipv4-address; description "Link Data"; } leaf link-type { type Ospf-link-types; description "Type of link"; } leaf link-metric { type uint16; description "Cost for using this link"; } list link-tos { description "List of type of service metrics"; leaf router-tos { type uint16; description "Type of Service"; } leaf tos-cost { type uint16; description "Type of service specific metric"; } } // list link-tos } // list internal-link } // container router-lsa-type container network-lsa-type { when "../internal-lsa-type = 'mgmt-ntwk-type'" { description "../InternalLSAType = 'MGMT_NTWK_TYPE'"; } description "Network LSA"; leaf network-prefix-length { type uint32; description "Prefix length of the Network"; } list neighbor-router { description "Neighbor router list"; leaf entry { type inet:ipv4-address; description "Neighbor router list"; } } // list neighbor-router } // container network-lsa-type container summary-lsa-type { when "../internal-lsa-type = 'mgmt-sum-type'" { description "../InternalLSAType = 'MGMT_SUM_TYPE'"; } description "Summary LSA"; leaf summary-prefix-length { type uint32; description "Prefix length of the Summary LSA"; } leaf internal-sum-lsa { type boolean; description "If true, internal max-metric LSA"; } list summary-lsa-metric { description "Metric"; leaf entry { type uint32; description "Metric"; } } // list summary-lsa-metric } // container summary-lsa-type container external-lsa-type { when "../internal-lsa-type = 'mgmt-ext-type'" { description "../InternalLSAType = 'MGMT_EXT_TYPE'"; } description "External LSA"; leaf external-prefix-length { type uint32; description "Prefix length"; } leaf internal-external-lsa { type boolean; description "If true, internal max-metric LSA"; } list external-tos-metric { description "Type of service information"; leaf external-metric { type uint32; description "Cost of this route"; } leaf external-metric-type { type Ex-metric; description "External LSA metric type - whether type 1 or type 2"; } leaf external-tos { type uint32; description "Type of Service"; } leaf forwarding-address { type inet:ipv4-address; description "Forwarding Address on the External LSA"; } leaf external-tag { type uint32; description "Route Tag"; } } // list external-tos-metric } // container external-lsa-type container opaque-link-lsa-type { when "../internal-lsa-type = 'mgmt-opq-link-type'" { description "../InternalLSAType = 'MGMT_OPQ_LINK_TYPE'"; } description "Opaque-Link LSA"; leaf opaque-interface-name { type xr:Interface-name; description "Interface on which the Opaque link LSA is received"; } } // container opaque-link-lsa-type container opaque-mpls-te-lsa-type { when "../internal-lsa-type = 'mgmt-opq-rrr-type'" { description "../InternalLSAType = 'MGMT_OPQ_RRR_TYPE'"; } description "Opaque-Area, opaque type 1 LSA"; list tlv { description "List of TLVs"; leaf tlv-type { type uint16; description "Type of top-level TLV"; } leaf tlv-length { type uint16; description "Length of top-level TLV"; } leaf mpls-router-id { type inet:ipv4-address; description "MPLS-TE Router ID"; } leaf mpls-dste-link { type boolean; description "MPLS DS-TE supported"; } leaf tlv-data { type yang:hex-string; description "TLV direct data"; } list te-link-sub-tlv { description "List of Sub-TLVs"; leaf sub-tlv-type { type Stlv; description "Type of sub TLV"; } leaf sub-tlv-length { type uint16; description "Length of sub TLV"; } leaf sub-tlv-value { type yang:hex-string; description "Value of sub TLV"; } } // list te-link-sub-tlv } // list tlv } // container opaque-mpls-te-lsa-type container opaque-grace-lsa { when "../internal-lsa-type = 'mgmt-opq-gr-type'" { description "../InternalLSAType = 'MGMT_OPQ_GR_TYPE'"; } description "Opaque-link, opaque type 3 Grace LSA"; leaf grace-period { type uint32; description "The amount of time the router's neighbor should advertise it fully adjacent (s)"; } leaf grace-reason { type Ospf-gr-reason; description "Reason for router restart"; } leaf ip-address { type inet:ipv4-address; description "IP interface address on the subnet associated with the grace LSA"; } } // container opaque-grace-lsa container opaque-router-info-lsa-type { when "../internal-lsa-type = 'mgmt-opq-ri-type'" { description "../InternalLSAType = 'MGMT_OPQ_RI_TYPE'"; } description "Opaque Router Information LSA"; leaf opaque-rilsa-scope { type Ospf-lsa-opq-ri-scope; description "Opaque LSA flooding scope, a.k.a., Opaque LSA Type"; } leaf opaque-ri-interface-name { type xr:Interface-name; description "Interface on which this Link-Local Opaque link LSA is received"; } list opaque-ritlv { description "Router Information TLV"; container unknown-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-unknown'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_UNKNOWN'"; } description "Unknown Rtr Info TLV"; leaf ri-gen-tlv-type { type uint16; description "Type of TLV"; } leaf ri-gen-tlv-length { type uint16; description "Length of TLV"; } leaf ri-genvalue { type yang:hex-string; description "Data in TLV"; } } // container unknown-tlv container rtr-cap-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-rtrcap'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_RTRCAP'"; } description "Rtr Cap TLV"; leaf rtr-cap-tlv-length { type uint16; description "Length of TLV"; } leaf rtr-cap-graceful-restart { type boolean; description "Graceful Restart Capability"; } leaf rtr-cap-graceful-restart-helper { type boolean; description "Graceful Restart Helper Capability"; } leaf rtr-cap-stub-rtr { type boolean; description "Stub Router capability"; } leaf rtr-cap-area-te { type boolean; description "Traffic Engineering capability of area"; } leaf rtr-cap-p2plan { type boolean; description "P2P LAN Capability"; } leaf rtr-cap-te-exp { type boolean; description "TE Experimental bit"; } leaf rtr-cap-all-bits { type uint32; description "All capability bits"; } leaf rtr-cap-additional-info { type yang:hex-string; description "Additional Information in TLV"; } } // container rtr-cap-tlv container pcedtlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-pce-discovery'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_PCEDISCOVERY'"; } description "PCE Discovery TLV"; container pced-addr { description "PCE Address"; container pce-addr-unknown-tlv { when "../pce-addr-type = 'mgmt-ospf-opq-pce-addr-type-invalid'" { description "../PCEAddrType = 'MGMT_OSPF_OPQ_PCE_ADDR_TYPE_INVALID'"; } description "Unknown PCE Addr TLV"; leaf ri-gen-tlv-type { type uint16; description "Type of TLV"; } leaf ri-gen-tlv-length { type uint16; description "Length of TLV"; } leaf ri-genvalue { type yang:hex-string; description "Data in TLV"; } } // container pce-addr-unknown-tlv container ipv4pce-addr { when "../pce-addr-type = 'mgmt-ospf-opq-pce-addr-type-ipv4'" { description "../PCEAddrType = 'MGMT_OSPF_OPQ_PCE_ADDR_TYPE_IPV4'"; } description "IPv4 PCE Address"; leaf pceipv4-addr { type inet:ipv4-address; description "PCE IPv4 Address"; } } // container ipv4pce-addr container ipv6pce-addr { when "../pce-addr-type = 'mgmt-ospf-opq-pce-addr-type-ipv6'" { description "../PCEAddrType = 'MGMT_OSPF_OPQ_PCE_ADDR_TYPE_IPV6'"; } description "IPv6 PCE Address"; leaf pceipv6-addr { type inet:ipv6-address; description "PCE IPv6 Address"; } } // container ipv6pce-addr leaf pce-addr-type { type Ospf-sh-opq-ri-pce-addr-types; description "PCEAddrType"; } } // container pced-addr container pced-scope { description "PCE Scope Information"; leaf lbit { type boolean; description "L Bit"; } leaf rbit { type boolean; description "R Bit"; } leaf rd-bit { type boolean; description "Rd Bit"; } leaf sbit { type boolean; description "S Bit"; } leaf sd-bit { type boolean; description "Sd Bit"; } leaf ybit { type boolean; description "Y Bit"; } leaf pref-l { type uint8; description "Pref L"; } leaf pref-r { type uint8; description "Pref R"; } leaf pref-s { type uint8; description "Pref S"; } leaf pref-y { type uint8; description "Pref Y"; } leaf all-scope-info-bits { type uint32; description "PCE Scope Information"; } } // container pced-scope leaf pcedtlv-length { type uint16; description "Length of TLV"; } } // container pcedtlv container sr-algo-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-sr-algo'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_SR_ALGO'"; } description "SR Algorithm TLV"; list sr-algo-value { description "SR Algorithms"; leaf entry { type uint8; description "SR Algorithms"; } } // list sr-algo-value } // container sr-algo-tlv container sr-range-tlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-sr-range'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_SR_RANGE'"; } description "SR Range TLV"; container sidtlv { description "SID sub-TLV"; leaf sr-sid-length { type uint16; description "Length of sub-TLV"; } leaf sr-sid-value { type uint32; description "SID Value"; } } // container sidtlv leaf sr-range-length { type uint16; description "Length of TLV"; } leaf sr-range-size { type uint32; description "SR Range Size"; } } // container sr-range-tlv container node-msdtlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-node-msd'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_NODE_MSD'"; } description "Node MSD TLV"; container node-msd-sub-types { description "Node MSD Subtypes"; leaf msd-sub-type { type uint8; description "MSD SubType"; } leaf msd-value { type uint8; description "MSD Value"; } } // container node-msd-sub-types leaf node-msdtlv-length { type uint16; description "Length of TLV"; } } // container node-msdtlv container srlbtlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-srlb'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_SRLB'"; } description "SRLB Range TLV"; container sidtlv { description "SID sub-TLV"; leaf sr-sid-length { type uint16; description "Length of sub-TLV"; } leaf sr-sid-value { type uint32; description "SID Value"; } } // container sidtlv leaf srlbtlv-length { type uint16; description "Length of TLV"; } leaf srlb-range-size { type uint32; description "SRLB Range Size"; } } // container srlbtlv container fadlv { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-fad'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_FAD'"; } description "FAD TLV"; container exclude-attribute { description "Exclude sub-TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-admin-group { description "FAD Admin Group"; leaf entry { type uint32; description "FAD Admin Group"; } } // list fad-admin-group } // container exclude-attribute container include-any-attribute { description "Include any sub-TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-admin-group { description "FAD Admin Group"; leaf entry { type uint32; description "FAD Admin Group"; } } // list fad-admin-group } // container include-any-attribute container include-all-attribute { description "Include all sub-TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-admin-group { description "FAD Admin Group"; leaf entry { type uint32; description "FAD Admin Group"; } } // list fad-admin-group } // container include-all-attribute container fad-unsupported-tlv { description "Felx Algo unsupported TLV"; leaf fad-sub-tlv-length { type uint16; description "Length of sub-TLV"; } list fad-unknown-data { description "FAD unknown TLV data"; leaf entry { type uint8; description "FAD unknown TLV data"; } } // list fad-unknown-data } // container fad-unsupported-tlv leaf fad-length { type uint16; description "Length of TLV"; } leaf fad-algo { type uint8; description "Flex ALgo number"; } leaf fad-metric-type { type uint8; description "Flex Algo Metric Type"; } leaf fad-algo-type { type uint8; description "Flex Algo Calc type"; } leaf fad-priority { type uint8; description "Flex Algo Priority"; } leaf fad-unsupported-tlv-type { type uint8; description "Flex Algo unsupported TLV type"; } } // container fadlv container host-name { when "../ritlv-internal-type = 'mgmt-ospf-opq-ri-tlv-type-host-name'" { description "../RITLVInternalType = 'MGMT_OSPF_OPQ_RI_TLV_TYPE_HOSTNAME'"; } description "Hostname string "; leaf router-host-name { type string { length "0..256"; } description "Hostname string"; } } // container host-name leaf ritlv-internal-type { type Ospf-sh-opq-ri-tlv-types; description "RITLVInternalType"; } } // list opaque-ritlv } // container opaque-router-info-lsa-type container opaque-ep-lsa-type { when "../internal-lsa-type = 'mgmt-opq-epl-type'" { description "../InternalLSAType = 'MGMT_OPQ_EPL_TYPE'"; } description "Extende Prefix LSA type"; list tlv { description "List of TLVs"; leaf tlv-type { type uint16; description "Type of top-level TLV"; } leaf tlv-length { type uint16; description "Length of top-level TLV"; } leaf mpls-router-id { type inet:ipv4-address; description "MPLS-TE Router ID"; } leaf mpls-dste-link { type boolean; description "MPLS DS-TE supported"; } leaf tlv-data { type yang:hex-string; description "TLV direct data"; } list te-link-sub-tlv { description "List of Sub-TLVs"; leaf sub-tlv-type { type Stlv; description "Type of sub TLV"; } leaf sub-tlv-length { type uint16; description "Length of sub TLV"; } leaf sub-tlv-value { type yang:hex-string; description "Value of sub TLV"; } } // list te-link-sub-tlv } // list tlv } // container opaque-ep-lsa-type container opaque-el-lsa-type { when "../internal-lsa-type = 'mgmt-opq-ell-type'" { description "../InternalLSAType = 'MGMT_OPQ_ELL_TYPE'"; } description "Extended Link LSA type"; list tlv { description "List of TLVs"; leaf tlv-type { type uint16; description "Type of top-level TLV"; } leaf tlv-length { type uint16; description "Length of top-level TLV"; } leaf mpls-router-id { type inet:ipv4-address; description "MPLS-TE Router ID"; } leaf mpls-dste-link { type boolean; description "MPLS DS-TE supported"; } leaf tlv-data { type yang:hex-string; description "TLV direct data"; } list te-link-sub-tlv { description "List of Sub-TLVs"; leaf sub-tlv-type { type Stlv; description "Type of sub TLV"; } leaf sub-tlv-length { type uint16; description "Length of sub TLV"; } leaf sub-tlv-value { type yang:hex-string; description "Value of sub TLV"; } } // list te-link-sub-tlv } // list tlv } // container opaque-el-lsa-type leaf internal-lsa-type { type Ospf-internal-lsa-types; description "InternalLSAType"; } } // container lsa-internal-data } // list lsa } // container lsas container lsa-summaries { description "Link state advertisement summary table"; list lsa-summary { description "LSA summary information"; leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf ls-type { type Ospf-ls; description "Link state type"; } leaf ls-id { type inet:ipv4-address-no-zone; description "Link state ID"; } leaf advertising-router { type inet:ipv4-address-no-zone; description "Router ID of the Advertising Router"; } leaf interface-name { type xr:Interface-name; description "Name of the Interface"; } container lsa-header { description "LSA header information"; leaf ls-type { type Lsa; description "LSA type"; } leaf lsid { type inet:ipv4-address; description "LS ID"; } leaf advertising-router { type inet:ipv4-address; description "Router ID of Advertising Router"; } leaf lsa-area-id { type string { length "0..16"; } description "Area ID in decimal or dotted-decimal format"; } leaf lsa-age { type uint16; description "LSA's Age (s)"; } leaf dn-age-lsa { type boolean; description "If true, Do Not Age this LSA"; } leaf nsf { type boolean; description "If true, LSA received from neighbor during NSF"; } leaf sequence-number { type uint32; description "Current Sequence number"; } leaf checksum { type uint16; description "Checksum value"; } } // container lsa-header leaf external-tag { type uint32; description "Route Tag"; } leaf link-count { type uint16; description "Number of links"; } } // list lsa-summary } // container lsa-summaries } // container database container summary-prefixes { description "Summary prefix table"; list summary-prefix { description "Summary prefix information"; leaf prefix { type inet:ipv4-address-no-zone; description "Summary Prefix"; } leaf netmask { type inet:ipv4-address-no-zone; description "Summary Mask"; } leaf summary-prefix { type inet:ipv4-address; description "Ipv4 Summary prefix"; } leaf summary-mask { type inet:ipv4-address; description "subnet mask of Summary prefix"; } leaf summary-metric { type uint32; description "Cost of Summary"; } leaf summary-metric-type { type Ex-metric; description "Type of Metric"; } leaf summary-tag { type uint32; description "Tag associated with this summary prefix"; } } // list summary-prefix } // container summary-prefixes container ospf-summary { description "Fast-reroute topology information"; leaf num-nbrs { type uint32; description "Count of neighbors"; } leaf num-nbrs-up { type uint32; description "Count of neighbors that are UP"; } leaf num-interfaces { type uint32; description "Count of interfaces"; } leaf num-interfaces-up { type uint32; description "Count of interfaces that are UP"; } leaf num-virtual-intfaces-up { type uint32; description "Count of virtual interfaces that are UP"; } leaf num-shamlink-interfaces-up { type uint32; description "Count of shamlinks that are UP"; } leaf num-areas { type uint32; description "Count of areas"; } leaf num-router-lsas { type uint32; description "Count of Router LSAs"; } leaf num-network-lsas { type uint32; description "Count of Network LSAs"; } leaf num-network-summary-lsas { type uint32; description "Count of Network Summary LSAs"; } leaf num-asbr-summary-lsas { type uint32; description "Count of ASBR Summary LSAs"; } leaf num-as-external-lsas { type uint32; description "Count of AS External LSAs"; } leaf num-mospf-lsas { type uint32; description "Count of MOSPF LSAs"; } leaf num-nssa-external-lsas { type uint32; description "Count of NSSA External LSAs"; } leaf num-ignored-type8-lsas { type uint32; description "Count of ignored Type 8 LSAs"; } leaf num-opaque-link-lsas { type uint32; description "Count of Opaque link-scoped LSAs"; } leaf num-opaque-area-lsas { type uint32; description "Count of Opaque area-scoped LSAs"; } leaf num-opaque-as-lsas { type uint32; description "Count of Opaque AS-scoped LSAs"; } } // container ospf-summary container fast-reroute { description "Container for FastReroute"; container topologies { description "Fast-reroute topology information table"; list topology { key "remote-router-id area-id"; description "Fast-reroute topology information"; leaf remote-router-id { type inet:ipv4-address-no-zone; description "Remote Node Router ID"; } leaf area-id { type uint32 { range "0..4294967295"; } description "Area ID"; } leaf ipfrr-topo-area-id { type string { length "0..16"; } description "Area ID string in decimal or dotted decimal format"; } leaf ipfrr-local-router-id { type inet:ipv4-address; description "OSPF Local Node Router ID"; } leaf ipfrr-area-revision { type uint32; description "IPFRR Topology Revision"; } list ipfrr-topo { description "IPFRR Topology entries"; leaf node-id { type inet:ipv4-address; description "IPFRR Topology Node ID"; } leaf distance { type uint32; description "IPFRR Topology Distance"; } leaf distance-reverse { type uint32; description "IPFRR Topology Reverse Distance"; } leaf type4 { type boolean; description "IPFRR Topoogy Type-4 entry"; } leaf revision { type uint32; description "IPFRR Topology Revision"; } leaf neighbor-sourced { type boolean; description "IPFRR Topology Neighbor Sourced"; } leaf dr { type boolean; description "IPFRR Topology DR entry"; } leaf poison { type boolean; description "IPFRR Topology rSPT poison"; } } // list ipfrr-topo } // list topology } // container topologies } // container fast-reroute } // container default-vrf leaf process-name { type xr:Cisco-ios-xr-string; description "OSPF process"; } } // list process } // container processes } // container ospf } // module Cisco-IOS-XR-ipv4-ospf-oper
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