This module contains a collection of YANG definitions for MPLS traffic engineering operational data. Copyright (c) 2018-2021 by ...
Version: 2021-07-01
module Cisco-IOS-XE-mpls-te-oper { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XE-mpls-te-oper"; prefix mpls-te-ios-xe-oper; import ietf-inet-types { prefix inet; } import ietf-yang-types { prefix yang; } import cisco-semver { prefix cisco-semver; } organization "Cisco Systems, Inc."; contact "Cisco Systems, Inc. Customer Service Postal: 170 W Tasman Drive San Jose, CA 95134 Tel: +1 1800 553-NETS E-mail: cs-yang@cisco.com"; description "This module contains a collection of YANG definitions for MPLS traffic engineering operational data. Copyright (c) 2018-2021 by Cisco Systems, Inc. All rights reserved."; revision "2021-07-01" { description "Initial revision"; reference "1.0.0"; } cisco-semver:module-version "1.0.0"; typedef te-slsp-role { type enumeration { enum "te-slsp-role-head" { value 0; description "Traffic engineering sub LSP role head"; } enum "te-slsp-role-mid" { value 1; description "Traffic engineering sub LSP role mid"; } enum "te-slsp-role-tail" { value 2; description "Traffic engineering sub LSP role tail"; } } description "TE sub LSP role"; } typedef te-slsp-state { type enumeration { enum "te-slsp-state-discon" { value 0; description "TE sub LSP state disconnected"; } enum "te-slsp-state-con" { value 1; description "TE sub LSP role connected"; } } description "Traffic engineering sub LSP state"; } typedef te-slsp-frr-state { type enumeration { enum "te-slsp-frr-state-none" { value 0; description "TE sub LSP FRR state none"; } enum "te-slsp-frr-state-enabled" { value 1; description "TE sub LSP FRR state enabled"; } enum "te-slsp-frr-state-ready" { value 2; description "TE sub LSP FRR state ready"; } enum "te-slsp-frr-state-active" { value 3; description "TE sub LSP FRR state active"; } } description "TE sub LSP FRR state"; } typedef te-slsp-ero-type { type enumeration { enum "te-slsp-ero-type-strict" { value 0; description "Sub LSP explicit route object type strict"; } enum "te-slsp-ero-type-loose" { value 1; description "Sub LSP explicit route object type state loose"; } } description "TE sub LSP explicit route object type"; } typedef te-he-lsp-mode { type enumeration { enum "te-he-lsp-mode-working" { value 0; description "TE HE LSP mode working"; } enum "te-he-lsp-mode-working-reopt" { value 1; description "TE HE LSP mode working re-optimization"; } enum "te-he-lsp-mode-working-clean" { value 2; description "TE HE LSP mode working clean"; } enum "te-he-lsp-mode-protect" { value 3; description "TE HE LSP mode protect"; } enum "te-he-lsp-mode-protect-reopt" { value 4; description "TE HE LSP mode protect re-optimization"; } enum "te-he-lsp-mode-protect-clean" { value 5; description "TE HE LSP mode protect clean"; } } description "Traffic engineering head-end mode"; } typedef te-he-lsp-fail-reason { type enumeration { enum "te-he-lsp-fail-none" { value 0; description "TE HE LSP fail reason none"; } enum "te-he-lsp-fail-generic" { value 1; description "TE HE LSP fail reason generic"; } enum "te-he-lsp-fail-misconfig" { value 2; description "TE HE LSP fail reason mis-config"; } enum "te-he-lsp-fail-already" { value 3; description "TE HE LSP fail already"; } enum "te-he-lsp-fail-reopt" { value 4; description "TE HE LSP fail re-optimization"; } enum "te-he-lsp-fail-abort-install" { value 5; description "TE HE LSP fail reason abort install"; } enum "te-he-lsp-fail-all-shut" { value 6; description "TE HE LSP fail all shut"; } enum "te-he-lsp-fail-vif-shut" { value 7; description "TE HE LSP fail virtual interface shut"; } enum "te-he-lsp-fail-popt-decfg" { value 8; description "TE HE LSP fail path opt de-cfg"; } enum "te-he-lsp-fail-popt-recfg" { value 9; description "TE HE LSP fail reason path opt re-cfg"; } enum "te-he-lsp-fail-vif-src-chg" { value 10; description "TE LSP fail reason virtual interface src change"; } enum "te-he-lsp-fail-no-path" { value 11; description "TE HE LSP fail reason no path"; } enum "te-he-lsp-fail-verify" { value 12; description "TE HE LSP fail verify"; } enum "te-he-lsp-fail-frr-verify" { value 13; description "TE HE LSP fail reason FRR verify"; } enum "te-he-lsp-fail-max-metric" { value 14; description "TE HE LSP fail reason max metric"; } enum "te-he-lsp-fail-timeout" { value 15; description "TE HE LSP fail reason timeout"; } enum "te-he-lsp-fail-patherr" { value 16; description "TE HE LSP fail reason path error"; } enum "te-he-lsp-fail-remerge-patherr" { value 17; description "TE HE LSP fail reason re-merge path error"; } enum "te-he-lsp-fail-frr-patherr" { value 18; description "TE HE LSP fail reason FRR path error"; } enum "te-he-lsp-fail-param-adj" { value 19; description "TE HE LSP fail reason parameter adj"; } enum "te-he-lsp-fail-param-cfg" { value 20; description "TE HE LSP fail reason parameter cfg"; } enum "te-he-lsp-fail-pathtear" { value 21; description "TE HE LSP fail reason path tear"; } enum "te-he-lsp-fail-sso-failure" { value 22; description "TE HE LSP fail reason SSO failure"; } enum "te-he-lsp-fail-frr-active" { value 23; description "TE HE LSP fail reason FRR active"; } enum "te-he-lsp-fail-preempt" { value 24; description "TE HE LSP fail reason preempt"; } enum "te-he-lsp-fail-resv-del" { value 25; description "TE HE LSP fail reason del"; } enum "te-he-lsp-fail-path-out" { value 26; description "TE HE LSP fail reason path out"; } enum "te-he-lsp-fail-path-del" { value 27; description "TE HE LSP fail reason path del"; } enum "te-he-lsp-fail-dest-list-disassoc" { value 28; description "TE fail reason destination list disassociated"; } enum "te-he-lsp-fail-popt-not-ready" { value 29; description "TE HE LSP fail reason path-opt not ready"; } enum "te-he-lsp-fail-p2mp-reopt-graft" { value 30; description "TE fail reason point-2-multi-point re-opt graft"; } } description "Traffic engineering head-end LSP fail reason"; } typedef te-he-lsp-elect-reason { type enumeration { enum "te-he-lsp-elect-none" { value 0; description "TE HE LSP elect reason none"; } enum "te-he-lsp-elect-new-cur" { value 1; description "TE HE LSP elect new current"; } enum "te-he-lsp-elect-reopt" { value 2; description "TE HE LSP elect re-optimization"; } enum "te-he-lsp-elect-sso-recover" { value 3; description "TE HE LSP elect SSO recover"; } enum "te-he-lsp-elect-backup" { value 4; description "TE HE LSP elect backup"; } enum "te-he-lsp-elect-multilsp" { value 5; description "TE HE LSP elect multi LSP"; } enum "te-he-lsp-elect-restore" { value 6; description "TE HE LSP elect restore"; } enum "te-he-lsp-elect-lockout" { value 7; description "TE HE LSP elect lockout"; } enum "te-he-lsp-elect-non-revert" { value 8; description "TE HE LSP elect reason non revert"; } } description "Traffic engineering head-end LSP elect reason"; } typedef te-he-lsp-state { type enumeration { enum "te-he-lsp-state-down" { value 0; description "TE HE LSP state down"; } enum "te-he-lsp-state-sig-proceeding" { value 1; description "TE HE LSP state signalling proceeding"; } enum "te-he-lsp-state-bfd-proceeding" { value 2; description "TE HE LSP state BFD proceeding"; } enum "te-he-lsp-state-con" { value 3; description "TE HE LSP state connected"; } enum "te-he-lsp-state-active" { value 4; description "TE HE LSP state active"; } } description "Traffic engineering head-end LSP state"; } typedef te-he-tunnel-state { type enumeration { enum "tun-state-admin-down" { value 0; description "TE HE tunnel state admin down"; } enum "tun-state-down" { value 1; description "TE HE tunnel state down"; } enum "tun-state-up" { value 2; description "TE HE tunnel state up"; } enum "tun-state-fa-hold-up" { value 3; description "TE HE tunnel state FA hold up"; } } description "Traffic engineering head-end tunnel state"; } typedef te-he-tunnel-fail-reason { type enumeration { enum "fail-reason-unapplicable" { value 0; description "TE HE tunnel fail reason un-applicable"; } enum "fail-reason-shutdown" { value 1; description "TE HE tunnel fail reason shutdown"; } enum "fail-reason-no-dest" { value 2; description "TE HE tunnel fail reason no destination"; } enum "fail-reason-no-pathoption" { value 3; description "TE HE tunnel fail reason no path option"; } enum "fail-reason-no-source" { value 4; description "TE HE tunnel fail reason no source"; } enum "fail-reason-collaborator-disc" { value 5; description "TE HE tunnel fail reason collaborator disc"; } enum "fail-reason-unmatch-ctype-priority" { value 6; description "TE HE fail reason unmatched class-type priority"; } enum "fail-reason-invalid-bidir-cfg" { value 7; description "TE HE fail reason invalid bidirectional cfg"; } enum "fail-reason-po-switchover" { value 8; description "TE HE tunnel fail reason PO switch over"; } enum "fail-reason-no-te-he-tun-id" { value 9; description "TE HE tunnel fail reason no HE tunnel ID"; } enum "fail-reason-no-link" { value 10; description "TE HE tunnel fail reason no link"; } enum "fail-reason-link-shutdown" { value 11; description "TE HE tunnel fail reason link shutdown"; } enum "fail-reason-link-lmp-down" { value 12; description "TE HE tunnel fail reason link down"; } enum "fail-reason-src-dest-same" { value 13; description "TE HE tunnel fail reason destination same"; } enum "fail-reason-otn-no-odu-level" { value 14; description "TE HE tunnel fail reason OTN no level"; } enum "fail-reason-bidir-associd-missing" { value 15; description "TE HE tunnel fail reason bidir assoc ID missing"; } enum "fail-reason-bfd-gal-on-unidir" { value 16; description "TE HE fail reason BFD GAL on unidirectional"; } enum "fail-reason-bidir-assoc-working-err" { value 17; description "BI direction working error"; } enum "fail-reason-bidir-assoc-working-dn" { value 18; description "BI direction Working down"; } enum "fail-reason-bidir-assoc-standby-err" { value 19; description "Standby error"; } enum "fail-reason-bidir-assoc-standby-dn" { value 20; description "Standby down"; } } description "Traffic engineering head-end tunnel fail reason"; } typedef te-he-tunnel-type { type enumeration { enum "te-he-tunnel-static-cfg" { value 0; description "TE HE tunnel static config"; } enum "te-he-tunnel-static-cfg-master" { value 1; description "TE HE tunnel static config master"; } enum "te-he-tunnel-static-cfg-member" { value 2; description "TE HE tunnel static config member"; } enum "te-he-tunnel-auto-backup" { value 3; description "TE HE tunnel auto backup"; } enum "te-he-tunnel-auto-onehop" { value 4; description "TE HE tunnel auto one-hop"; } enum "te-he-tunnel-auto-mesh" { value 5; description "TE HE tunnel auto mesh"; } enum "te-he-tunnel-auto-api" { value 6; description "TE HE tunnel auto API"; } } description "Traffic engineering head-end tunnel type"; } typedef te-he-tunnel-mode-type { type enumeration { enum "te-he-tunnel-type-p2p" { value 0; description "TE HE tunnel type P2P"; } enum "te-he-tunnel-type-p2mp" { value 1; description "TE HE tunnel type point 2 multi point"; } enum "te-he-tunnel-type-multilsp" { value 2; description "TE HE tunnel type multi LSP"; } } description "TE HE tunnel mode type"; } typedef te-he-tunnel-hop-type { type enumeration { enum "tun-hop-type-ip-strict" { value 0; description "TE HE tunnel hop type IP strict"; } enum "tun-hop-type-ip-loose" { value 1; description "TE HE tunnel hop type IP loose"; } enum "tun-hop-type-sr-label" { value 2; description "TE HE tunnel hop type SR label"; } enum "tun-hop-type-sr-link" { value 3; description "TE HE tunnel hop type SR link"; } enum "tun-hop-type-sr-node" { value 4; description "TE HE tunnel hop type SR node"; } } description "Traffic engineering head-end tunnel hop type"; } typedef te-he-tunnel-metric-type { type enumeration { enum "te-he-tunnel-metric-igp" { value 0; description "TE HE tunnel metric IGP"; } enum "te-he-tunnel-metric-te" { value 1; description "TE HE tunnel metric TE"; } } description "Traffic engineering head-end tunnel metric type"; } typedef te-he-pcalc-tiebreaker-type { type enumeration { enum "tun-tiebreaker-not-set" { value 0; description "TE HE tunnel tie-breaker not set"; } enum "tun-tiebreaker-min-fill" { value 1; description "TE HE tunnel tie-breaker min fill"; } enum "tun-tiebreaker-max-fill" { value 2; description "TE HE tunnel tie-breaker max fill"; } enum "tun-tiebreaker-random" { value 3; description "TE HE tunnel tie-breaker random"; } } description "Traffic engineering head-end tunnel tie-breaker type"; } typedef te-he-path-inval-action { type enumeration { enum "tun-path-inval-action-not-set" { value 0; description "TE head-end path in-val action not set"; } enum "tun-path-inval-action-tear" { value 1; description "TE head-end path in-val action tear"; } enum "tun-path-inval-action-drop" { value 2; description "TE head-end path in-val action drop"; } } description "Traffic engineering head-end path in-val action"; } typedef te-he-sr-path-selection { type enumeration { enum "sr-path-sel-not-set" { value 0; description "Path selection not set"; } enum "sr-path-sel-adj-unprotected" { value 1; description "SR path selection adj un-protected"; } enum "sr-path-sel-adj-protected" { value 2; description "SR path selection adj protected"; } } description "TE head-end segment routing path selection"; } typedef te-tunnel-admin-state { type enumeration { enum "tun-admin-state-down" { value 0; description "TE tunnel admin state down"; } enum "tun-admin-state-up" { value 1; description "TE tunnel admin state up"; } enum "tun-admin-state-unknown" { value 2; description "TE tunnel admin state unknown"; } } description "TE tunnel admin state"; } typedef te-tunnel-oper-state { type enumeration { enum "tun-oper-down" { value 0; description "TE tunnel oper state down"; } enum "tun-oper-up" { value 1; description "TE tunnel oper state up"; } } description "TE tunnel oper state"; } typedef te-tunnel-path { type enumeration { enum "tun-path-not-valid" { value 0; description "TE tunnel path not valid"; } enum "tun-path-valid" { value 1; description "TE tunnel path valid"; } enum "tun-path-pending" { value 2; description "TE tunnel path pending"; } } description "TE tunnel path info"; } typedef te-tunnel-signalling { type enumeration { enum "tun-sig-down" { value 0; description "Tunnel signalling down"; } enum "tun-sig-connected" { value 1; description "Tunnel signalling connected"; } enum "tun-sig-waiting-for-bfd" { value 2; description "Tunnel waiting for BFD"; } enum "tun-sig-waiting-for-bidir" { value 3; description "Tunnel waiting for bidir"; } enum "tun-sig-disabled" { value 4; description "Tunnel signalling disabled"; } enum "tun-sig-reroute-pending" { value 5; description "Tunnel reroute pending"; } enum "tun-sig-pce-req-pending" { value 6; description "Tunnel PCE request pending"; } enum "tun-sig-pce-reply-pending" { value 7; description "Tunnel PCE reply pending"; } enum "tun-sig-rsvp-proceeding" { value 8; description "Tunnel RSVP signal proceeding"; } enum "tun-sig-none" { value 9; description "Tunnel signal none"; } } description "TE tunnel signalling info"; } typedef te-lm-link-agent-type { type enumeration { enum "te-link-agent-none" { value 0; description "TE LM link agent none"; } enum "te-link-agent-rsvp" { value 1; description "TE LM link agent RSVP"; } enum "te-link-agent-static-tp" { value 2; description "TE LM link agent static TP"; } } description "TE LM link agent type"; } typedef te-lm-link-igp-subnet-type { type enumeration { enum "link-igp-subnet-type-unknown" { value 0; description "TE LM link IGP subnet type unknown"; } enum "link-igp-subnet-type-p2-p" { value 1; description "TE LM link IGP subnet type P2P"; } enum "link-igp-subnet-type-broadcast" { value 2; description "TE LM link IGP subnet type broadcast"; } enum "link-igp-subnet-type-nbma" { value 3; description "TE LM link IGP subnet type NBMA"; } enum "link-igp-subnet-type-p2mp" { value 4; description "TE LM link IGP subnet type point 2 multi point"; } } description "TE LM link IGP subnet type"; } typedef te-lm-link-admit-method { type enumeration { enum "link-admit-method-none" { value 0; description "TE link admit method none"; } enum "link-admit-method-yes" { value 1; description "TE link admit method yes"; } enum "link-admit-method-check-bw" { value 2; description "TE link admit method check BW"; } enum "link-admit-method-alloc-bw" { value 3; description "TE link admit method allocate BW"; } } description "TE LM link admit method"; } typedef te-lm-link-bcid-type { type enumeration { enum "lm-link-type-mam" { value 0; description "Link type Maximum allocation model"; } enum "lm-link-type-rdm" { value 1; description "Link type R-D-M"; } } description "TE link management type"; } container mpls-te-oper-data { config false; description "MPLS TE operational data"; list mpls-te-sub-lsp { key "slsp-source-address slsp-destination-address slsp-tunnel-id slsp-lsp-id slsp-extended-ip-address slsp-p2mp-id slsp-p2mp-grp-id slsp-p2mp-grp-origin"; description "MPLS TE sub LSP data"; leaf slsp-source-address { type inet:ip-address; description "TE sub LSP source address"; } leaf slsp-destination-address { type inet:ip-address; description "TE sub LSP destination address"; } leaf slsp-tunnel-id { type uint16; description "TE sub LSP tunnel ID"; } leaf slsp-lsp-id { type uint16; description "TE sub LSP ID"; } leaf slsp-extended-ip-address { type inet:ip-address; description "TE sub LSP extended IP address"; } leaf slsp-p2mp-id { type uint32; description "TE sub LSP point 2 multi-point ID"; } leaf slsp-p2mp-grp-id { type uint32; description "TE sub LSP point to multi-point group ID"; } leaf slsp-p2mp-grp-origin { type uint32; description "TE sub LSP point 2 multi-point group origin"; } leaf slsp-role { type te-slsp-role; description "TE sub LSP role"; } leaf slsp-state { type te-slsp-state; description "TE sub LSP state"; } container slsp-ingress-hop { description "TE sub LSP ingress hop"; leaf slsp-hop-interface { type string; description "TE sub LSP hop interface"; } leaf slsp-hop-interface-id { type uint32; description "TE sub LSP hop interface ID"; } leaf slsp-hop-label { type uint32; description "TE sub LSP hop label"; } } // container slsp-ingress-hop container slsp-egress-hop { description "TE sub LSP egress hop"; leaf slsp-hop-interface { type string; description "TE sub LSP hop interface"; } leaf slsp-hop-interface-id { type uint32; description "TE sub LSP hop interface ID"; } leaf slsp-hop-label { type uint32; description "TE sub LSP hop label"; } } // container slsp-egress-hop leaf slsp-frr-state { type te-slsp-frr-state; description "TE sub LSP FRR state"; } leaf slsp-frr-backup-tunnel-id { type uint16; description "TE sub LSP FRR backup tunnel ID"; } leaf slsp-frr-backup-label { type uint32; description "TE sub LSP FRR backup label"; } leaf slsp-frr-mergepoint-label { type uint32; description "TE sub LSP FRR merge point label"; } leaf slsp-bandwidth-kbps { type uint32; units "kbps"; description "TE sub LSP bandwidth"; } list ero-hop { description "Explicit route object hop"; leaf ero-type { type te-slsp-ero-type; description "Explicit route object type"; } leaf ero-address { type inet:ip-address; description "Explicit route object address"; } } // list ero-hop } // list mpls-te-sub-lsp list mpls-te-tunnel { key "tunnel-id"; description "MPLS traffic engineering tunnel information"; leaf tunnel-id { type uint16; description "TE head-end tunnel ID"; } leaf tunnel-name { type string; description "TE head-end tunnel name"; } leaf tunnel-type { type te-he-tunnel-type; description "TE tunnel type"; } leaf tunnel-mode-type { type te-he-tunnel-mode-type; description "TE tunnel mode type"; } leaf dest-ip { type inet:ip-address; description "TE tunnel destination IP"; } leaf admin-state { type te-tunnel-admin-state; description "TE tunnel admin status"; } leaf oper-state { type te-tunnel-oper-state; description "TE tunnel oper status"; } leaf path { type te-tunnel-path; description "TE tunnel oper path value"; } leaf signalling { type te-tunnel-signalling; description "TE tunnel signalling details"; } leaf tunnel-inst { type uint32; description "Number of TE tunnel instances"; } container tunnel-bundle { description "TE tunnel bundle"; leaf bundle-name { type string; description "TE tunnel bundle name"; } leaf exp-bits { type uint16; description "TE bundle exp bits"; } leaf nonexp-bits { type uint16; description "TE bundle non-exp bits"; } leaf-list member-id { type uint16; ordered-by user; description "TE bundle member tunnel ID"; } } // container tunnel-bundle leaf create-time { type yang:date-and-time; description "TE tunnel create time"; } leaf path-chg-time { type yang:date-and-time; description "TE tunnel path change time"; } leaf tunnel-state { type te-he-tunnel-state; description "TE tunnel state"; } container tunnel-counters { description "TE tunnel counters"; leaf path-err-no-route { type uint32; description "TE path error no route"; } leaf path-err-bad-label { type uint32; description "TE path error bad label"; } leaf path-err-adminstrative { type uint32; description "TE path error administrative"; } leaf path-err-no-bandwidth { type uint32; description "TE path error no bandwidth"; } leaf path-err-bad-strict-node { type uint32; description "TE path error bad strict node"; } leaf path-err-bad-loose-node { type uint32; description "TE path error bad loose node"; } leaf path-err-rro-loop { type uint32; description "TE path error loop"; } leaf path-err-bad-ero { type uint32; description "TE path error bad explicit route object"; } leaf path-change { type uint32; description "TE path change"; } leaf state-change { type uint32; description "TE state change"; } leaf admin-down { type uint32; description "TE admin down"; } leaf oper-down { type uint32; description "TE oper down"; } leaf missing-explicit-path { type uint32; description "TE missing explicit path"; } leaf no-path { type uint32; description "TE no path"; } leaf path-lookups { type uint32; description "TE path lookups"; } leaf invalid-path { type uint32; description "TE invalid path"; } leaf protect-path-opt-cfg-err { type uint32; description "Protection path option config error"; } leaf protection-path-opt-error { type uint32; description "Protection path option error"; } leaf sig-timeout { type uint32; description "Signal timeout"; } leaf sig-bad-path { type uint32; description "Signal bad path"; } leaf sig-abort { type uint32; description "Signal abort"; } leaf sig-ok { type uint32; description "Signal OK"; } leaf frr-activated { type uint32; description "Fast re-route activated"; } leaf wrap-activated { type uint32; description "Wrap activated"; } leaf loose-path-reopt { type uint32; description "Loose path re-opt"; } leaf p2mp-remerge { type uint32; description "Point to multi-point re-merge"; } leaf other { type uint32; description "Other"; } leaf autobw-adjustment { type uint32; description "Auto bandwidth adjustment"; } leaf autobw-overflow { type uint32; description "Auto bandwidth overflow"; } leaf sso-recover-attempts { type uint32; description "SSO recover attempts"; } leaf sso-recover-success { type uint32; description "SSO recover success"; } leaf sso-recover-failures { type uint32; description "SSO recover failures"; } } // container tunnel-counters leaf last-fail-reason { type te-he-tunnel-fail-reason; description "TE tunnel last fail reason"; } leaf last-deactivate-reason { type te-he-lsp-fail-reason; description "TE tunnel last de-activate reason"; } container tunnel-history { description "TE tunnel history"; leaf prev-lsp-instance { type int32; description "Previous LSP instance"; } leaf prev-lsp-remove-reason { type te-he-lsp-fail-reason; description "Previous LSP remove reason"; } leaf elect-reason { type te-he-lsp-elect-reason; description "Elect reason"; } } // container tunnel-history list tun-lsp { description "TE tunnel LSP"; leaf tunnel-lsp-state { type te-he-lsp-state; description "TE tunnel LSP state"; } leaf tunnel-lsp-mode { type te-he-lsp-mode; description "TE tunnel LSP mode"; } leaf tunnel-lsp-fail-reason { type te-he-lsp-fail-reason; description "TE tunnel LSP fail reason"; } leaf tunnel-lsp-uptime { type yang:date-and-time; description "TE tunnel LSP up-time"; } list tunnel-lsp-slsps { description "TE tunnel LSP sub-LSP"; container slsp-key { description "TE tunnel sub LSP key"; leaf slsp-source-address { type inet:ip-address; description "TE sub LSP source address"; } leaf slsp-destination-address { type inet:ip-address; description "TE sub LSP destination address"; } leaf slsp-tunnel-id { type uint16; description "TE sub LSP tunnel ID"; } leaf slsp-lsp-id { type uint16; description "TE sub LSP ID"; } leaf slsp-extended-ip-address { type inet:ip-address; description "TE sub LSP extended IP address"; } leaf slsp-p2mp-id { type uint32; description "TE sub LSP point 2 multi-point ID"; } leaf slsp-p2mp-grp-id { type uint32; description "TE sub LSP point to multi-point group ID"; } leaf slsp-p2mp-grp-origin { type uint32; description "TE sub LSP point 2 multi-point group origin"; } } // container slsp-key leaf up-timestamp { type yang:date-and-time; description "TE tunnel sub LSP up-time"; } leaf path-option-idx { type uint32; description "TE tunnel sub LSP path option"; } list hop { description "TE tunnel sub LSP hops"; leaf hop-type { type te-he-tunnel-hop-type; description "TE tunnel hop type"; } leaf next-ip { type inet:ip-address; description "TE tunnel next hop IP address"; } leaf local-ip { type inet:ip-address; description "TE tunnel hop local IP address"; } leaf label { type uint32; description "TE tunnel hop label"; } } // list hop } // list tunnel-lsp-slsps } // list tun-lsp leaf cfg-bw-kbps { type uint32; units "kbps"; description "TE tunnel config bandwidth KBPS"; } leaf request-bw-kbps { type uint32; units "kbps"; description "TE tunnel request bandwidth KBPS"; } leaf bw-sub-pool { type boolean; description "TE tunnel bandwidth sub pool"; } container auto-bw-inf { description "TE tunnel auto bandwidth"; leaf auto-bw-kbps-last { type uint32; description "TE auto bandwidth KBPS last"; } leaf auto-bw-kbps-highest { type uint32; description "TE auto bandwidth KBPS highest"; } leaf auto-bw-overflow-cnt { type uint32; description "TE auto bandwidth overflow count"; } } // container auto-bw-inf leaf auto-bw-enabled { type boolean; description "TE tunnel auto bandwidth enabled"; } leaf auto-bw-minimum { type uint32; description "TE tunnel auto bandwidth minimum"; } leaf auto-bw-maximum { type uint32; description "TE tunnel auto bandwidth maximum"; } leaf bw-adjmnt-threshold { type uint32; description "Tunnel auto bandwidth threshold"; } leaf bw-adjmnt-interval { type uint32; description "Tunnel auto bandwidth adjustment interval"; } leaf bw-ovrflow-enabled { type boolean; description "Tunnel auto bandwidth overflow enabled"; } leaf bw-ovrflow-threshold { type uint32; description "Tunnel auto bandwidth overflow threshold"; } leaf bw-ovrflow-trigr-cnt { type uint32; description "Tunnel auto bandwidth overflow trigger count"; } leaf setup-priority { type uint8; description "TE tunnel setup priority"; } leaf hold-priority { type uint8; description "TE tunnel hold priority"; } leaf affinity-val { type uint32; description "TE tunnel affinity value"; } leaf affinity-mask { type uint32; description "TE tunnel affinity mask"; } leaf tunnel-metric-type { type te-he-tunnel-metric-type; description "TE tunnel metric type"; } leaf metric-value { type uint32; description "TE tunnel metric value"; } leaf tunnel-loadshare { type uint32; description "TE tunnel load-share"; } leaf autoroute-announce-en { type boolean; description "Tunnel autoroute announce enabled"; } leaf autoroute-announce { type boolean; description "Tunnel auto route announce"; } leaf announce-fwdng-adj-en { type boolean; description "Tunnel announce forwarding adjacency enabled"; } leaf announce-fwdng-adj { type boolean; description "Tunnel announce forwarding adjacency"; } leaf announce-dest-en { type boolean; description "Tunnel announce destination enabled"; } leaf announce-dest { type boolean; description "Tunnel announce destination"; } leaf frr-enabled { type boolean; description "TE fast re-route enabled"; } leaf frr-bw-protect { type boolean; description "TE fast re-route bandwidth protect"; } leaf frr-node-protect { type boolean; description "TE fast re-route node protect"; } leaf tunnel-rro { type boolean; description "TE tunnel record route object"; } leaf pcalc-tiebreaker { type te-he-pcalc-tiebreaker-type; description "TE tunnel path calculate tie-breaker"; } leaf pcalc-hop-limit { type uint8; description "TE path calculate hop limit"; } leaf pcalc-cost-limit { type uint32; description "TE path calculate cost limit"; } leaf down-delay-secs { type uint32; description "TE tunnel down delay seconds"; } leaf fa-hold-secs { type uint32; description "TE tunnel hold seconds"; } leaf inval-action { type te-he-path-inval-action; description "TE tunnel action"; } leaf sr-binding-sid { type uint32; description "TE tunnel segment routing binding ID"; } leaf sr-path-type { type te-he-sr-path-selection; description "TE tunnel segment routing path type"; } } // list mpls-te-tunnel list mpls-te-link { key "link-handle"; description "MPLS traffic engineering link information"; leaf link-handle { type uint32; description "TE link handle"; } leaf link-name { type string; description "TE link name"; } leaf link-ipaddress { type inet:ip-address; description "TE link IP-address"; } leaf link-local-if-id { type uint32; description "TE link local interface ID"; } leaf link-user-flags { type uint32; description "TE link user flags"; } leaf link-user-admin-weight { type uint64; description "TE link user admin weight"; } leaf link-is-lockout { type boolean; description "TE link is lock-out"; } leaf link-lockout-on-time { type yang:date-and-time; description "TE link lock-out on time"; } leaf link-lockout-off-time { type yang:date-and-time; description "TE link lock-out off time"; } leaf link-agent-type { type te-lm-link-agent-type; description "TE link agent type"; } leaf link-bcid-type { type te-lm-link-bcid-type; description "TE link B-C-I-D type"; } leaf link-physical-bw { type uint64; description "TE link physical bandwidth"; } leaf link-max-res-bw { type uint64; description "TE link maximum result bandwidth"; } leaf link-max-res-glbl-pool-bw { type uint64; description "TE link maximum global pool bandwidth"; } leaf link-max-res-sub-pool-bw { type uint64; description "TE Link maximum sub pool bandwidth"; } container link-bw-thresholds { description "TE link bandwidth threshold"; leaf-list link-bw-up-thresholds { type uint8; ordered-by user; description "TE link bandwidth up threshold"; } leaf-list link-bw-down-thresholds { type uint8; ordered-by user; description "TE link bandwidth down threshold"; } } // container link-bw-thresholds leaf link-flow-bw-min { type uint64; description "TE link flow bandwidth minimum"; } leaf link-flow-bw-max { type uint64; description "TE link flow bandwidth maximum"; } leaf link-mtu { type uint16; description "TE link MTU"; } leaf link-uplink-admit-method { type te-lm-link-admit-method; description "TE up-link admit method"; } leaf link-downlink-admit-method { type te-lm-link-admit-method; description "TE down-link admit method"; } leaf link-igp-admin-weight { type uint32; description "TE link IGP admin weight"; } leaf link-igp-nbrs-flooded { type uint16; description "TE link IGP neighbors flooded"; } leaf link-igp-nbr-count { type uint16; description "TE link IGP neighbor count"; } leaf link-igp-subnet-type { type te-lm-link-igp-subnet-type; description "TE link IGP subnet type"; } list mpls-te-link-bw-pool { key "bw-pool-priority"; description "TE link bandwidth pool"; leaf bw-pool-priority { type uint16; description "TE bandwidth pool priority"; } container bw-pool-global { description "TE bandwidth pool global"; leaf pool-bw-held { type uint64; description "TE pool bandwidth held"; } leaf pool-bw-total-held { type uint64; description "TE pool bandwidth total held"; } leaf pool-bw-locked { type uint64; description "TE pool bandwidth locked"; } leaf pool-bw-total-locked { type uint64; description "TE pool bandwidth total locked"; } } // container bw-pool-global container bw-pool-sub-pool { description "TE bandwidth pool sub pool"; leaf pool-bw-held { type uint64; description "TE pool bandwidth held"; } leaf pool-bw-total-held { type uint64; description "TE pool bandwidth total held"; } leaf pool-bw-locked { type uint64; description "TE pool bandwidth locked"; } leaf pool-bw-total-locked { type uint64; description "TE pool bandwidth total locked"; } } // container bw-pool-sub-pool } // list mpls-te-link-bw-pool list mpls-te-link-ingress-slsp { key "slsp-source-address slsp-destination-address slsp-tunnel-id slsp-lsp-id slsp-extended-ip-address slsp-p2mp-id slsp-p2mp-grp-id slsp-p2mp-grp-origin"; description "TE link ingress sub-LSP"; leaf slsp-source-address { type inet:ip-address; description "TE sub LSP source address"; } leaf slsp-destination-address { type inet:ip-address; description "TE sub LSP destination address"; } leaf slsp-tunnel-id { type uint16; description "TE sub LSP tunnel ID"; } leaf slsp-lsp-id { type uint16; description "TE sub LSP ID"; } leaf slsp-extended-ip-address { type inet:ip-address; description "TE sub LSP extended IP address"; } leaf slsp-p2mp-id { type uint32; description "TE sub LSP point 2 multi-point ID"; } leaf slsp-p2mp-grp-id { type uint32; description "TE sub LSP point to multi-point group ID"; } leaf slsp-p2mp-grp-origin { type uint32; description "TE sub LSP point 2 multi-point group origin"; } leaf te-lm-slsp-not-used { type uint16; description "TE link management sub LSP not used"; } } // list mpls-te-link-ingress-slsp list mpls-te-link-egress-slsp { key "slsp-source-address slsp-destination-address slsp-tunnel-id slsp-lsp-id slsp-extended-ip-address slsp-p2mp-id slsp-p2mp-grp-id slsp-p2mp-grp-origin"; description "TE link egress sub-LSP"; leaf slsp-source-address { type inet:ip-address; description "TE sub LSP source address"; } leaf slsp-destination-address { type inet:ip-address; description "TE sub LSP destination address"; } leaf slsp-tunnel-id { type uint16; description "TE sub LSP tunnel ID"; } leaf slsp-lsp-id { type uint16; description "TE sub LSP ID"; } leaf slsp-extended-ip-address { type inet:ip-address; description "TE sub LSP extended IP address"; } leaf slsp-p2mp-id { type uint32; description "TE sub LSP point 2 multi-point ID"; } leaf slsp-p2mp-grp-id { type uint32; description "TE sub LSP point to multi-point group ID"; } leaf slsp-p2mp-grp-origin { type uint32; description "TE sub LSP point 2 multi-point group origin"; } leaf te-lm-slsp-not-used { type uint16; description "TE link management sub LSP not used"; } } // list mpls-te-link-egress-slsp } // list mpls-te-link } // container mpls-te-oper-data } // module Cisco-IOS-XE-mpls-te-oper
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