This module contains a collection of YANG definitions for IOS-XE FIB operational data. Copyright (c) 2018-2019 by Cisco Systems,...
Version: 2020-03-01
module Cisco-IOS-XE-fib-oper { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XE-fib-oper"; prefix fib-ios-xe-oper; import ietf-inet-types { prefix inet; } 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 IOS-XE FIB operational data. Copyright (c) 2018-2019 by Cisco Systems, Inc. All rights reserved."; revision "2020-03-01" { description "- Added FIB adjacency and CEF state support - Rename IPv4 FIB state fields and add fib hash algorithm state for IPv4/IPv6 FIB state"; reference "1.4.0"; } revision "2019-05-01" { description "Added semantic version"; reference "1.3.0"; } revision "2018-10-29" { description "Cleaned up spelling errors in descriptions."; reference "1.2.0"; } revision "2018-03-07" { description "Adding support for resolved next hop field"; reference "1.1.0"; } revision "2017-07-04" { description "Initial revision"; reference "1.0.0"; } cisco-semver:module-version "1.4.0"; cisco-semver:module-version "1.3.0"; cisco-semver:module-version "1.2.0"; cisco-semver:module-version "1.1.0"; cisco-semver:module-version "1.0.0"; typedef fib-address-family { type enumeration { enum "fib-addr-fam-unknown" { value 0; description "Unknown Address Family"; } enum "fib-addr-fam-ipv4" { value 1; description "IPv4 Address Family"; } enum "fib-addr-fam-ipv6" { value 2; description "IPv6 Address Family"; } } description "FIB Address Family Types"; } typedef encapsulation-header-type { type enumeration { enum "encap-hdr-type-unknown" { value 0; description "Unknown encapsulation header type"; } enum "encap-hdr-type-gre" { value 1; description "GRE encapsulation header type"; } enum "encap-hdr-type-ipv4" { value 2; description "IPv4 encapsulation header type"; } enum "encap-hdr-type-ipv6" { value 3; description "IPv6 encapsulation header type"; } enum "encap-hdr-type-mpls" { value 4; description "MPLS encapsulation header type"; } } description "Types of header for packet encapsulation"; } typedef fib-path-type { type enumeration { enum "fib-path-type-unknown" { value 0; description "Unknown FIB path type"; } enum "fib-path-type-receive" { value 1; description "Receive FIB path type"; } enum "fib-path-type-connected" { value 2; description "Connected FIB path type"; } enum "fib-path-type-attached-prefix" { value 3; description "Attached Prefix FIB path type"; } enum "fib-path-type-attached-host" { value 4; description "Attached Host FIB path type"; } enum "fib-path-type-attached-nexthop" { value 5; description "Attached next hop FIB path type"; } enum "fib-path-type-recursive" { value 6; description "Recursive FIB path type"; } enum "fib-path-type-adjacency-prefix" { value 7; description "Adjacency Prefix FIB path type"; } enum "fib-path-type-special-prefix" { value 8; description "Special Prefix FIB path type"; } } description "Type of FIB path used"; } typedef adj-link-type { type enumeration { enum "adj-link-ip" { value 0; description "Link IP"; } enum "adj-link-ipv6" { value 1; description "Link IPv6"; } enum "adj-link-tag" { value 2; description "Link TAG"; } enum "adj-link-raw" { value 3; description "Link RAW"; } enum "adj-link-all" { value 4; description "Link All"; } enum "adj-link-illegal" { value 5; description "Link Illegal"; } } description "Adjacency Link Types"; } typedef fib-instance-type { type enumeration { enum "fib-instance-type-unknown" { value 0; description "FIB instance type unknown"; } enum "fib-instance-type-rp" { value 1; description "FIB instance type RP"; } enum "fib-instance-type-lc" { value 2; description "FIB Instance type LC"; } enum "fib-instance-type-rrp" { value 3; description "FIB Instance type RRP"; } } description "FIB Instance Types"; } typedef fib-hash-algs-type { type enumeration { enum "fib-hash-algorithms-type-invalid" { value 0; description "FIB hash algorithms type invalid"; } enum "fib-hash-algorithms-type-original" { value 1; description "FIB hash algorithms type original"; } enum "fib-hash-algorithms-type-tunnel" { value 2; description "FIB hash algorithms type tunnel"; } enum "fib-hash-algorithms-type-universal" { value 3; description "FIB hash algorithms type universal"; } enum "fib-hash-algorithms-type-include-ports-src" { value 4; description "FIB hash algorithms type include ports source"; } enum "fib-hash-algorithms-type-include-ports-dst" { value 5; description "FIB hash algorithms type include ports destination"; } enum "fib-hash-algorithms-type-include-ports-src-dst" { value 6; description "FIB hash algorithms type include ports source destination"; } enum "fib-hash-algorithms-type-include-ports-src-dst-gtp" { value 7; description "FIB hash algorithms type include ports source destination GTP"; } enum "fib-hash-algorithms-type-dpi" { value 8; description "FIB hash algorithms type DPI"; } } description "FIB Hash Algorithms Type"; } container fib-oper-data { config false; description "Cisco Express Forwarding operational data"; list fib-ni-entry { key "instance-name"; description "FIB Network Instances"; leaf instance-name { type string; description "Instance Name"; } leaf af { type fib-address-family; description "Address Family"; } leaf num-pfx { type uint32; description "Number of prefixes"; } leaf num-pfx-fwd { type uint32; description "Number of forwarding prefixes"; } leaf num-pfx-non-fwd { type uint32; description "Number of non-forwarding prefixes"; } list fib-entries { key "ip-addr"; description "List of FIB entries"; leaf ip-addr { type inet:ip-prefix; description "IP address"; } leaf instance-name { type string; description "Instance Name"; } leaf af { type fib-address-family; description "Address Family"; } leaf num-paths { type uint8; description "Number of Paths available"; } leaf packets-forwarded { type uint64; description "Packets forwarded through this entry"; } leaf octets-forwarded { type uint64; description "Octets forwarded through this entry"; } list fib-nexthop-entries { key "nh-addr"; description "List of FIB next-hop entries"; leaf nh-addr { type inet:ip-prefix; description "Next hop IP Address"; } leaf index { type uint32; description "Unique Next-hop Path Index"; } leaf af { type fib-address-family; description "Address Family"; } leaf ifname { type string; description "Output Interface Name"; } leaf path-type { type fib-path-type; description "FIB path type"; } leaf path-id { type uint32; description "Unique Next-hop Path Index"; } leaf weight { type uint8; description "Next-hop weight"; } leaf encap { type encapsulation-header-type; description "Encapsulation Header Type"; } leaf decap { type encapsulation-header-type; description "Decapsulation Header Type"; } leaf resolved-nh-addr { type inet:ip-prefix; description "Resolved Nexthop IP Address"; } } // list fib-nexthop-entries } // list fib-entries } // list fib-ni-entry container adjacency-table { presence "adjacency-table"; description "FIB adjacency information"; leaf num-adjacencies { type uint32; description "Number of adjacencies"; } leaf num-complete-adjacencies { type uint32; description "Number of complete adjacencies"; } leaf num-incomplete-adjacencies { type uint32; description "Number of incomplete adjacencies"; } list adjacency-entry { key "connection-id address linktype if-name"; description "Adjacency node information"; leaf refcount { type uint32; description "Adjacency refcount"; } leaf incomplete { type boolean; description "Adjacency incomplete"; } leaf connection-id { type uint64; description "Adjacency connection id"; } leaf address { type inet:ip-address; description "Adjacency address"; } leaf linktype { type adj-link-type; description "Adjacency linktype"; } leaf if-name { type string; description "Adjacency interface name"; } } // list adjacency-entry } // container adjacency-table container cef-state { presence "cef-state"; description "CEF state information"; container fib { description "FIB/CEF state"; leaf instance-type { type fib-instance-type; description "FIB/CEF instance type"; } leaf fib-common-enabled { type boolean; description "Common FIB/CEF enabled"; } container ipv4 { description "IPv4 FIB/CEF state"; leaf fib-enabled { type empty; description "FIB/CEF enabled"; } leaf fib-running { type empty; description "FIB/CEF running"; } leaf fib-reenable { type empty; description "FIB/CEF re-enable"; } leaf fib-dist-enabled { type empty; description "Distributed FIB/CEF enabled"; } leaf fib-dist-running { type empty; description "Distributed FIB/CEF running"; } leaf fib-dist-reenable { type empty; description "Distributed FIB/CEF re-enable"; } leaf fib-shutting-down { type empty; description "FIB/CEF shutting down"; } leaf fib-switching-enabled { type empty; description "FIB/CEF switching enabled"; } leaf fib-switching-running { type empty; description "FIB/CEF switching running"; } leaf alg-type { type fib-hash-algs-type; description "FIB hash algorithm type"; } } // container ipv4 container ipv6 { description "IPv6 FIB/CEF state"; leaf fib-enabled { type empty; description "FIB/CEF enabled"; } leaf fib-running { type empty; description "FIB/CEF running"; } leaf fib-dist-enabled { type empty; description "Distributed FIB/CEF enabled"; } leaf fib-dist-running { type empty; description "Distributed FIB/CEF running"; } leaf alg-type { type fib-hash-algs-type; description "FIB hash algorithm type"; } } // container ipv6 container rrp { description "RRP FIB/CEF state"; leaf i-am-standby { type empty; description "Standby RRP"; } leaf peer-presence { type empty; description "RF peer presence"; } leaf peer-comm-reached { type empty; description "RF peer comm reached"; } leaf rf-has-done-standby-config { type empty; description "RF peer config done"; } leaf rf-prog-blocked { type empty; description "RF progression blocked"; } leaf nsf-sync-enabled { type empty; description "NSF sync enabled"; } leaf lc-nsf-sync-running { type empty; description "LC NSF sync running"; } } // container rrp container issu { description "ISSU FIB/CEF state"; leaf xdrc-fibhwidb-broker { type empty; description "External Data Representation client FIB Hardware IDB broker"; } leaf xdrc-fibidb-broker { type empty; description "External Data Representation client FIB IDB broker"; } leaf xdrc-fibhwsb-broker { type empty; description "External Data Representation client FIB Hardware Sub-block broker"; } leaf xdrc-fibswsb-broker { type empty; description "External Data Representation client FIB Software Sub-block broker"; } leaf xdrc-adj-broker { type empty; description "External Data Representation client Adjacency broker"; } leaf xdrc-ipv4-broker { type empty; description "External Data Representation client IPv4 broker"; } leaf xdrc-ipv6-broker { type empty; description "External Data Representation client IPv6 broker"; } leaf xdrc-cef { type empty; description "External Data Representation client CEF"; } } // container issu } // container fib container capability { description "FIB/CEF capability state"; leaf distributed-platform { type empty; description "Distributed platform"; } leaf warm-or-hot-standby-supported { type empty; description "Warm or Hot Standby supported"; } leaf non-stop-forwarding { type empty; description "CEF NSF capable"; } leaf hw-fwd-in-use { type empty; description "Hardware forwarding"; } leaf fib-chck-auto-repair { type empty; description "Checker auto-repair supported"; } leaf crashdump-when-no-mem { type empty; description "Crash dump on memory failure"; } leaf block-sso-until-rrp-synced { type empty; description "Blocking STANDBY HOT until synced"; } container ipv4 { description "IPv4 CEF capability state"; leaf default-fib-switching { type empty; description "Default FIB/CEF switching"; } leaf always-fib-switching { type empty; description "Always FIB/CEF switching"; } leaf default-dfib-switching { type empty; description "Default distributed FIB/CEF switching"; } leaf always-dfib-switching { type empty; description "Always distributed FIB/CEF switching"; } leaf multicast-pkt-drop { type empty; description "Drop multicast packets"; } leaf punt-ok { type empty; description "Punt ok"; } leaf do-not-nvgen-fib-state { type empty; description "NVGEN FIB/CEF state"; } leaf fastsend-used { type empty; description "fast send function used"; } leaf no-per-packet-load { type empty; description "Support per packet load sharing"; } leaf mcast-groups-in-table { type empty; description "Multicast (*,G) groups in CEF"; } leaf rib-installs-locals { type empty; description "Install local entries from RIB"; } } // container ipv4 container ipv6 { description "IPv6 CEF capability state"; leaf default-fib-switching { type empty; description "Default FIB/CEF switching"; } leaf always-fib-switching { type empty; description "Always FIB/CEF switching"; } leaf default-dfib-switching { type empty; description "Default distributed FIB/CEF switching"; } leaf always-dfib-switching { type empty; description "Always distributed FIB/CEF switching"; } leaf multicast-pkt-drop { type empty; description "Drop multicast packets"; } leaf punt-ok { type empty; description "OK to punt packets"; } leaf do-not-nvgen-fib-state { type empty; description "NVGEN FIB/CEF state"; } leaf fastsend-used { type empty; description "fast send function used"; } } // container ipv6 } // container capability } // container cef-state } // container fib-oper-data } // module Cisco-IOS-XE-fib-oper
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