This module contains a collection of YANG definitions for Cisco IOS-XR ip-bfd package operational data. This module contains de...
Version: 2020-05-20
module Cisco-IOS-XR-ip-bfd-oper { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-ip-bfd-oper"; prefix ip-bfd-oper; import ietf-inet-types { prefix inet; } import Cisco-IOS-XR-types { prefix xr; } import cisco-semver { prefix semver; } include Cisco-IOS-XR-ip-bfd-oper-sub1 { revision-date "2020-05-20"; } 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 ip-bfd package operational data. This module contains definitions for the following management objects: bfd: Bidirectional Forwarding Detection(BFD) operational data bfd-server-nodes: Table of information about BFD in the Node Copyright (c) 2013-2020 by Cisco Systems, Inc. All rights reserved."; revision "2020-05-20" { description "Added XML Support for IPv4 and IPv6SingleHopMultiPathTable via CSCvu15981."; } revision "2019-10-03" { description "Addressed openconfig-bfd model open issues via CSCvp68925.Revision updated now."; } revision "2019-04-05" { description "Establish semantic version baseline."; } revision "2017-09-07" { description "Fixed type translation error."; } revision "2015-11-09" { description "IOS XR 6.0 revision."; } semver:module-version "2.0.0"; semver:module-version "1.1.0"; semver:module-version "1.0.0"; container bfd { config false; description "Bidirectional Forwarding Detection(BFD) operational data"; container label-session-briefs { description "Table of brief information about all Label BFD sessions in the System"; list label-session-brief { description "Brief information for a single Label BFD session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf incoming-label { type uint32; description "Incoming Label"; } leaf location { type xr:Node-id; description "Location"; } container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf session-type { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf session-flags { type uint32; description "Session Flags"; } } // list label-session-brief } // container label-session-briefs container ipv4bf-do-mplste-tail-summary { description "Summary information of IPv4 BFD over MPLS-TE Tail"; container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } } // container session-state } // container ipv4bf-do-mplste-tail-summary container ipv6-single-hop-counters { description "IPv6 single hop Counters"; container ipv6-single-hop-packet-counters { description "Table of IPv6 single hop Packet counters"; list ipv6-single-hop-packet-counter { description "Interface IPv6 single hop Packet counters"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf location { type xr:Node-id; description "Location"; } leaf hello-transmit-count { type uint32; description "Number of Hellos transmitted"; } leaf hello-receive-count { type uint32; description "Number of Hellos received"; } leaf echo-transmit-count { type uint32; description "Number of echo packets transmitted"; } leaf echo-receive-count { type uint32; description "Number of echo packets received"; } leaf display-type { type Bfd-mgmt-pkt-display; description "Packet Display Type"; } } // list ipv6-single-hop-packet-counter } // container ipv6-single-hop-packet-counters } // container ipv6-single-hop-counters container counters { description "IPv4 Counters"; container packet-counters { description "Table of IPv4 Packet counters"; list packet-counter { description "Interface IPv4 Packet counters"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf location { type xr:Node-id; description "Location"; } leaf hello-transmit-count { type uint32; description "Number of Hellos transmitted"; } leaf hello-receive-count { type uint32; description "Number of Hellos received"; } leaf echo-transmit-count { type uint32; description "Number of echo packets transmitted"; } leaf echo-receive-count { type uint32; description "Number of echo packets received"; } leaf display-type { type Bfd-mgmt-pkt-display; description "Packet Display Type"; } } // list packet-counter } // container packet-counters } // container counters container client-details { description "Table of detailed information about BFD clients"; list client-detail { key "client-name"; description "Detailed information of client"; leaf client-name { type xr:Cisco-ios-xr-string; description "Client Name"; } container brief { description "Brief client information"; leaf name-xr { type string { length "0..257"; } description "Client process name"; } leaf node-id { type xr:Node-id; description "Location where client resides"; } leaf session-count { type uint32; description "Number of sessions created by this client"; } } // container brief container flags { description "The BFD Client Flags"; leaf is-zombie-state { type int32; description "Client is in Zombie State"; } leaf is-recreate-state { type int32; description "Client is in Recreate State"; } } // container flags leaf recreate-time { type uint32; units "second"; description "Recreate Time in Seconds"; } } // list client-detail } // container client-details container ipv4-single-hop-summary { description "Summary information of BFD IPv4 singlehop sessions"; container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } } // container session-state } // container ipv4-single-hop-summary container ipv6-single-hop-summary { description "Summary information of BFD IPv6 singlehop sessions"; container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } } // container session-state } // container ipv6-single-hop-summary container label-multi-paths { description "Label multipath"; list label-multi-path { description "Label multipath table"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf incoming-label { type uint32; description "Incoming Label"; } leaf location { type xr:Node-id; description "Location"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator-xr { type Bfd-discr; description "Session's Local discriminator"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf incoming-label-xr { type uint32; description "Incoming Label"; } leaf session-interface-name { type xr:Interface-name; description "Interface name"; } } // list label-multi-path } // container label-multi-paths container ipv4-multi-hop-session-details { description "Table of detailed information about all IPv4 multihop BFD sessions in the System "; list ipv4-multi-hop-session-detail { description "Detailed information for a single IPv4 multihop BFD session"; leaf source-address { type inet:ip-address-no-zone; description "Source Address"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } container status-information { description "Session status information"; container source-address { description "Source address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container source-address container last-state-change { description "Time since last state change"; leaf days { type uint32; units "day"; description "Number of days since last session state transition"; } leaf hours { type uint8; units "hour"; description "Number of hours since last session state transition"; } leaf minutes { type uint8; units "minute"; description "Number of mins since last session state transition"; } leaf seconds { type uint8; units "second"; description "Number of seconds since last session state transition"; } } // container last-state-change container transmit-packet { description "Transmit Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container transmit-packet container receive-packet { description "Receive Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container receive-packet container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information container async-transmit-statistics { description "Statistics of Interval between Async Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-transmit-statistics container async-receive-statistics { description "Statistics of Interval between Async Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-receive-statistics container echo-transmit-statistics { description "Statistics of Interval between Echo Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-transmit-statistics container echo-received-statistics { description "Statistics of Interval between Echo Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-received-statistics leaf sessiontype { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } leaf remote-discriminator { type Bfd-discr; description "Session's Remote discriminator"; } leaf last-failure-time-sec { type uint64; units "second"; description "Last Session Down Time (seconds)"; } leaf out-of-up-state-count { type uint64; description "Number of times session moved out of UP state"; } leaf to-up-state-count { type uint32; description "Number of times session state went to UP"; } leaf desired-minimum-echo-transmit-interval { type uint32; units "millisecond"; description "Desired minimum echo transmit interval in milli-seconds"; } leaf remote-negotiated-interval { type uint32; units "millisecond"; description "Remote Negotiated Interval in milli-seconds"; } leaf latency-number { type uint32; description "Number of Latency Samples. Time between Transmit and Receive"; } leaf latency-minimum { type uint32; units "microsecond"; description "Minimum value of Latency (in micro-seconds)"; } leaf latency-maximum { type uint32; units "microsecond"; description "Maximum value of Latency (in micro-seconds)"; } leaf latency-average { type uint32; units "microsecond"; description "Average value of Latency (in micro-seconds)"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf internal-label { type uint32; description "Internal Label"; } leaf reverse-label { type uint32; description "Reverse Label"; } } // container status-information container mp-download-state { description "MP Dowload State"; container change-time { description "Change time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container change-time leaf mp-download-state { type Bfd-mp-download-state; description "MP Download State"; } } // container mp-download-state container lsp-ping-info { description "LSP Ping Info"; container lsp-ping-tx-last-time { description "LSP Ping last sent time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-time container lsp-ping-tx-last-error-time { description "LSP Ping last error time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-error-time container lsp-ping-rx-last-time { description "LSP Ping last received time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-rx-last-time leaf lsp-ping-tx-count { type uint32; description "LSP Ping Tx count"; } leaf lsp-ping-tx-error-count { type uint32; description "LSP Ping Tx error count"; } leaf lsp-ping-tx-last-rc { type string; description "LSP Ping Tx last result"; } leaf lsp-ping-tx-last-error-rc { type string; description "LSP Ping Tx last error"; } leaf lsp-ping-rx-last-discr { type Bfd-discr; description "LSP Ping Rx last received discriminator"; } leaf lsp-ping-rx-count { type uint32; description "LSP Ping numer of times received"; } leaf lsp-ping-rx-last-code { type uint8; description "LSP Ping Rx Last Code"; } leaf lsp-ping-rx-last-subcode { type uint8; description "LSP Ping Rx Last Subcode"; } leaf lsp-ping-rx-last-output { type string; description "LSP Ping Rx Last Output"; } } // container lsp-ping-info list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information list association-information { description "Association session information"; container ip-destination-address { description "IPv4/v6 dest address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container ip-destination-address leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } leaf sessiontype { type Bfd-session; description "Session type"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information } // list association-information } // list ipv4-multi-hop-session-detail } // container ipv4-multi-hop-session-details container ipv4-single-hop-session-details { description "Table of detailed information about all IPv4 singlehop BFD sessions in the System "; list ipv4-single-hop-session-detail { description "Detailed information for a single IPv4 singlehop BFD session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf destination-address { type inet:ipv4-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf local-discriminator { type uint32; description "Session Discr"; } container status-information { description "Session status information"; container source-address { description "Source address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container source-address container last-state-change { description "Time since last state change"; leaf days { type uint32; units "day"; description "Number of days since last session state transition"; } leaf hours { type uint8; units "hour"; description "Number of hours since last session state transition"; } leaf minutes { type uint8; units "minute"; description "Number of mins since last session state transition"; } leaf seconds { type uint8; units "second"; description "Number of seconds since last session state transition"; } } // container last-state-change container transmit-packet { description "Transmit Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container transmit-packet container receive-packet { description "Receive Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container receive-packet container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information container async-transmit-statistics { description "Statistics of Interval between Async Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-transmit-statistics container async-receive-statistics { description "Statistics of Interval between Async Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-receive-statistics container echo-transmit-statistics { description "Statistics of Interval between Echo Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-transmit-statistics container echo-received-statistics { description "Statistics of Interval between Echo Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-received-statistics leaf sessiontype { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } leaf remote-discriminator { type Bfd-discr; description "Session's Remote discriminator"; } leaf last-failure-time-sec { type uint64; units "second"; description "Last Session Down Time (seconds)"; } leaf out-of-up-state-count { type uint64; description "Number of times session moved out of UP state"; } leaf to-up-state-count { type uint32; description "Number of times session state went to UP"; } leaf desired-minimum-echo-transmit-interval { type uint32; units "millisecond"; description "Desired minimum echo transmit interval in milli-seconds"; } leaf remote-negotiated-interval { type uint32; units "millisecond"; description "Remote Negotiated Interval in milli-seconds"; } leaf latency-number { type uint32; description "Number of Latency Samples. Time between Transmit and Receive"; } leaf latency-minimum { type uint32; units "microsecond"; description "Minimum value of Latency (in micro-seconds)"; } leaf latency-maximum { type uint32; units "microsecond"; description "Maximum value of Latency (in micro-seconds)"; } leaf latency-average { type uint32; units "microsecond"; description "Average value of Latency (in micro-seconds)"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf internal-label { type uint32; description "Internal Label"; } leaf reverse-label { type uint32; description "Reverse Label"; } } // container status-information container mp-download-state { description "MP Dowload State"; container change-time { description "Change time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container change-time leaf mp-download-state { type Bfd-mp-download-state; description "MP Download State"; } } // container mp-download-state container lsp-ping-info { description "LSP Ping Info"; container lsp-ping-tx-last-time { description "LSP Ping last sent time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-time container lsp-ping-tx-last-error-time { description "LSP Ping last error time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-error-time container lsp-ping-rx-last-time { description "LSP Ping last received time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-rx-last-time leaf lsp-ping-tx-count { type uint32; description "LSP Ping Tx count"; } leaf lsp-ping-tx-error-count { type uint32; description "LSP Ping Tx error count"; } leaf lsp-ping-tx-last-rc { type string; description "LSP Ping Tx last result"; } leaf lsp-ping-tx-last-error-rc { type string; description "LSP Ping Tx last error"; } leaf lsp-ping-rx-last-discr { type Bfd-discr; description "LSP Ping Rx last received discriminator"; } leaf lsp-ping-rx-count { type uint32; description "LSP Ping numer of times received"; } leaf lsp-ping-rx-last-code { type uint8; description "LSP Ping Rx Last Code"; } leaf lsp-ping-rx-last-subcode { type uint8; description "LSP Ping Rx Last Subcode"; } leaf lsp-ping-rx-last-output { type string; description "LSP Ping Rx Last Output"; } } // container lsp-ping-info list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information list association-information { description "Association session information"; container ip-destination-address { description "IPv4/v6 dest address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container ip-destination-address leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } leaf sessiontype { type Bfd-session; description "Session type"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information } // list association-information } // list ipv4-single-hop-session-detail } // container ipv4-single-hop-session-details container ipv4-multi-hop-session-briefs { description "Table of brief information about all IPv4 multihop BFD sessions in the System"; list ipv4-multi-hop-session-brief { description "Brief information for a single IPv4 multihop BFD session"; leaf source-address { type inet:ipv4-address-no-zone; description "Source Address"; } leaf destination-address { type inet:ipv4-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf session-type { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf session-flags { type uint32; description "Session Flags"; } } // list ipv4-multi-hop-session-brief } // container ipv4-multi-hop-session-briefs container generic-summaries { description "Generic summary information about BFD location"; list generic-summary { key "location"; description "Generic summary information for bfd location table"; leaf location { type xr:Node-id; description "Location"; } leaf node-id { type xr:Node-id; description "Node ID"; } leaf pps-allocated-value { type uint32; description "Allocated PPS value"; } leaf ppsmp-allocated-value { type uint32; description "Allocated MP PPS value"; } leaf pps-max-value { type uint32; description "Max PPS value"; } leaf ppsmp-max-value { type uint32; description "Max MP PPS value"; } leaf total-session-number { type uint32; description "Total Session Number"; } leaf mp-session-number { type uint32; description "MP Session Number"; } leaf max-session-number { type uint32; description "Max Session Number"; } leaf pps-all-percentage { type uint32; units "percentage"; description "All PPS percentage"; } leaf ppsmp-percentage { type uint32; units "percentage"; description "MP PPS percentage"; } } // list generic-summary } // container generic-summaries container ipv6-single-hop-multi-paths { description "IPv6 single hop multipath"; list ipv6-single-hop-multi-path { description "IPv6 single hop multipath table"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination address"; } leaf location { type xr:Node-id; description "Location"; } leaf local-discriminator { type uint32; description "Session's Local discriminator"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator-xr { type Bfd-discr; description "Session's Local discriminator"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf incoming-label-xr { type uint32; description "Incoming Label"; } leaf session-interface-name { type xr:Interface-name; description "Interface name"; } } // list ipv6-single-hop-multi-path } // container ipv6-single-hop-multi-paths container ipv4-single-hop-node-location-summaries { description "Table of summary information about BFD IPv4 singlehop sessions per location"; list ipv4-single-hop-node-location-summary { key "location"; description "Summary information for BFD IPv4 singlehop sessions for location"; leaf location { type xr:Node-id; description "Location"; } container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } leaf retry-count { type uint32; description "Number of sessions in retry state"; } leaf standby-count { type uint32; description "Number of sessions in standby state"; } } // container session-state } // list ipv4-single-hop-node-location-summary } // container ipv4-single-hop-node-location-summaries container label-summary { description "Summary information of Label BFD"; container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } } // container session-state } // container label-summary container ipv4bf-do-mplste-head-session-briefs { description "Table of brief information about all IPv4 BFD over MPLS-TE Head sessions in the System"; list ipv4bf-do-mplste-head-session-brief { description "Brief information for a single IPv4 BFD over MPLS-TE Head session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } leaf incoming-label { type uint32; description "Incoming Label"; } leaf fe-ctype { type uint32; description "FEC Type"; } leaf fec-subgroup-id { type uint32; description "FEC Subgroup ID"; } leaf feclspid { type uint32; description "FEC LSP ID"; } leaf fec-tunnel-id { type uint32; description "FEC Tunnel ID"; } leaf fec-extended-tunnel-id { type inet:ipv4-address-no-zone; description "FEC Extended Tunnel ID"; } leaf fec-source { type inet:ipv4-address-no-zone; description "FEC Source"; } leaf fec-destination { type inet:ipv4-address-no-zone; description "FEC Destination"; } leaf fecp2mpid { type uint32; description "FEC P2MP ID"; } leaf fec-subgroup-originator { type inet:ipv4-address-no-zone; description "FEC Subgroup originator"; } leaf fec-ctype { type uint32; description "FEC C Type"; } leaf location { type xr:Node-id; description "Location"; } container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf session-type { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf session-flags { type uint32; description "Session Flags"; } } // list ipv4bf-do-mplste-head-session-brief } // container ipv4bf-do-mplste-head-session-briefs container ipv4bf-do-mplste-tail-session-details { description "Table of detailed information about all IPv4 BFD over MPLS-TE Tail sessions in the System"; list ipv4bf-do-mplste-tail-session-detail { description "Detailed information for a single IPv4 BFD over MPLS-TE Tail session"; leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } leaf incoming-label { type uint32; description "Incoming Label"; } leaf fe-ctype { type uint32; description "FEC Type"; } leaf fec-subgroup-id { type uint32; description "FEC Subgroup ID"; } leaf feclspid { type uint32; description "FEC LSP ID"; } leaf fec-tunnel-id { type uint32; description "FEC Tunnel ID"; } leaf fec-extended-tunnel-id { type inet:ipv4-address-no-zone; description "FEC Extended Tunnel ID"; } leaf fec-source { type inet:ipv4-address-no-zone; description "FEC Source"; } leaf fec-destination { type inet:ipv4-address-no-zone; description "FEC Destination"; } leaf fecp2mpid { type uint32; description "FEC P2MP ID"; } leaf fec-subgroup-originator { type inet:ipv4-address-no-zone; description "FEC Subgroup originator"; } leaf fec-ctype { type uint32; description "FEC C Type"; } leaf location { type xr:Node-id; description "Location"; } container status-information { description "Session status information"; container source-address { description "Source address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container source-address container last-state-change { description "Time since last state change"; leaf days { type uint32; units "day"; description "Number of days since last session state transition"; } leaf hours { type uint8; units "hour"; description "Number of hours since last session state transition"; } leaf minutes { type uint8; units "minute"; description "Number of mins since last session state transition"; } leaf seconds { type uint8; units "second"; description "Number of seconds since last session state transition"; } } // container last-state-change container transmit-packet { description "Transmit Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container transmit-packet container receive-packet { description "Receive Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container receive-packet container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information container async-transmit-statistics { description "Statistics of Interval between Async Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-transmit-statistics container async-receive-statistics { description "Statistics of Interval between Async Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-receive-statistics container echo-transmit-statistics { description "Statistics of Interval between Echo Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-transmit-statistics container echo-received-statistics { description "Statistics of Interval between Echo Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-received-statistics leaf sessiontype { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } leaf remote-discriminator { type Bfd-discr; description "Session's Remote discriminator"; } leaf last-failure-time-sec { type uint64; units "second"; description "Last Session Down Time (seconds)"; } leaf out-of-up-state-count { type uint64; description "Number of times session moved out of UP state"; } leaf to-up-state-count { type uint32; description "Number of times session state went to UP"; } leaf desired-minimum-echo-transmit-interval { type uint32; units "millisecond"; description "Desired minimum echo transmit interval in milli-seconds"; } leaf remote-negotiated-interval { type uint32; units "millisecond"; description "Remote Negotiated Interval in milli-seconds"; } leaf latency-number { type uint32; description "Number of Latency Samples. Time between Transmit and Receive"; } leaf latency-minimum { type uint32; units "microsecond"; description "Minimum value of Latency (in micro-seconds)"; } leaf latency-maximum { type uint32; units "microsecond"; description "Maximum value of Latency (in micro-seconds)"; } leaf latency-average { type uint32; units "microsecond"; description "Average value of Latency (in micro-seconds)"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf internal-label { type uint32; description "Internal Label"; } leaf reverse-label { type uint32; description "Reverse Label"; } } // container status-information container mp-download-state { description "MP Dowload State"; container change-time { description "Change time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container change-time leaf mp-download-state { type Bfd-mp-download-state; description "MP Download State"; } } // container mp-download-state container lsp-ping-info { description "LSP Ping Info"; container lsp-ping-tx-last-time { description "LSP Ping last sent time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-time container lsp-ping-tx-last-error-time { description "LSP Ping last error time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-error-time container lsp-ping-rx-last-time { description "LSP Ping last received time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-rx-last-time leaf lsp-ping-tx-count { type uint32; description "LSP Ping Tx count"; } leaf lsp-ping-tx-error-count { type uint32; description "LSP Ping Tx error count"; } leaf lsp-ping-tx-last-rc { type string; description "LSP Ping Tx last result"; } leaf lsp-ping-tx-last-error-rc { type string; description "LSP Ping Tx last error"; } leaf lsp-ping-rx-last-discr { type Bfd-discr; description "LSP Ping Rx last received discriminator"; } leaf lsp-ping-rx-count { type uint32; description "LSP Ping numer of times received"; } leaf lsp-ping-rx-last-code { type uint8; description "LSP Ping Rx Last Code"; } leaf lsp-ping-rx-last-subcode { type uint8; description "LSP Ping Rx Last Subcode"; } leaf lsp-ping-rx-last-output { type string; description "LSP Ping Rx Last Output"; } } // container lsp-ping-info list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information list association-information { description "Association session information"; container ip-destination-address { description "IPv4/v6 dest address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container ip-destination-address leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } leaf sessiontype { type Bfd-session; description "Session type"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information } // list association-information } // list ipv4bf-do-mplste-tail-session-detail } // container ipv4bf-do-mplste-tail-session-details container ipv4-multi-hop-node-location-summaries { description "Table of summary information about BFD IPv4 multihop sessions per location"; list ipv4-multi-hop-node-location-summary { key "location"; description "Summary information for BFD IPv4 multihop sessions for location"; leaf location { type xr:Node-id; description "Location"; } container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } leaf retry-count { type uint32; description "Number of sessions in retry state"; } leaf standby-count { type uint32; description "Number of sessions in standby state"; } } // container session-state } // list ipv4-multi-hop-node-location-summary } // container ipv4-multi-hop-node-location-summaries container ipv4bf-do-mplste-tail-session-briefs { description "Table of brief information about all IPv4 BFD over MPLS-TE Tail sessions in the System"; list ipv4bf-do-mplste-tail-session-brief { description "Brief information for a single IPv4 BFD over MPLS-TE session"; leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } leaf incoming-label { type uint32; description "Incoming Label"; } leaf fe-ctype { type uint32; description "FEC Type"; } leaf fec-subgroup-id { type uint32; description "FEC Subgroup ID"; } leaf feclspid { type uint32; description "FEC LSP ID"; } leaf fec-tunnel-id { type uint32; description "FEC Tunnel ID"; } leaf fec-extended-tunnel-id { type inet:ipv4-address-no-zone; description "FEC Extended Tunnel ID"; } leaf fec-source { type inet:ipv4-address-no-zone; description "FEC Source"; } leaf fec-destination { type inet:ipv4-address-no-zone; description "FEC Destination"; } leaf fecp2mpid { type uint32; description "FEC P2MP ID"; } leaf fec-subgroup-originator { type inet:ipv4-address-no-zone; description "FEC Subgroup originator"; } leaf fec-ctype { type uint32; description "FEC C Type"; } leaf location { type xr:Node-id; description "Location"; } container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf session-type { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf session-flags { type uint32; description "Session Flags"; } } // list ipv4bf-do-mplste-tail-session-brief } // container ipv4bf-do-mplste-tail-session-briefs container ipv6-multi-hop-node-location-summaries { description "Table of summary information about BFD IPv6 multihop sessions per location"; list ipv6-multi-hop-node-location-summary { key "location"; description "Summary information for BFD IPv6 multihop sessions for location"; leaf location { type xr:Node-id; description "Location"; } container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } leaf retry-count { type uint32; description "Number of sessions in retry state"; } leaf standby-count { type uint32; description "Number of sessions in standby state"; } } // container session-state } // list ipv6-multi-hop-node-location-summary } // container ipv6-multi-hop-node-location-summaries container ip-single-hop-session-details { description "Table of detailed information about all IP singlehop BFD sessions in the System "; list ip-single-hop-session-detail { description "Detailed information for a single IPv4/IPv6 singlehop BFD session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf local-discriminator { type uint32; description "Session Discr"; } container status-information { description "Session status information"; container source-address { description "Source address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container source-address container last-state-change { description "Time since last state change"; leaf days { type uint32; units "day"; description "Number of days since last session state transition"; } leaf hours { type uint8; units "hour"; description "Number of hours since last session state transition"; } leaf minutes { type uint8; units "minute"; description "Number of mins since last session state transition"; } leaf seconds { type uint8; units "second"; description "Number of seconds since last session state transition"; } } // container last-state-change container transmit-packet { description "Transmit Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container transmit-packet container receive-packet { description "Receive Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container receive-packet container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information container async-transmit-statistics { description "Statistics of Interval between Async Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-transmit-statistics container async-receive-statistics { description "Statistics of Interval between Async Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-receive-statistics container echo-transmit-statistics { description "Statistics of Interval between Echo Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-transmit-statistics container echo-received-statistics { description "Statistics of Interval between Echo Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-received-statistics leaf sessiontype { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } leaf remote-discriminator { type Bfd-discr; description "Session's Remote discriminator"; } leaf last-failure-time-sec { type uint64; units "second"; description "Last Session Down Time (seconds)"; } leaf out-of-up-state-count { type uint64; description "Number of times session moved out of UP state"; } leaf to-up-state-count { type uint32; description "Number of times session state went to UP"; } leaf desired-minimum-echo-transmit-interval { type uint32; units "millisecond"; description "Desired minimum echo transmit interval in milli-seconds"; } leaf remote-negotiated-interval { type uint32; units "millisecond"; description "Remote Negotiated Interval in milli-seconds"; } leaf latency-number { type uint32; description "Number of Latency Samples. Time between Transmit and Receive"; } leaf latency-minimum { type uint32; units "microsecond"; description "Minimum value of Latency (in micro-seconds)"; } leaf latency-maximum { type uint32; units "microsecond"; description "Maximum value of Latency (in micro-seconds)"; } leaf latency-average { type uint32; units "microsecond"; description "Average value of Latency (in micro-seconds)"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf internal-label { type uint32; description "Internal Label"; } leaf reverse-label { type uint32; description "Reverse Label"; } } // container status-information container mp-download-state { description "MP Dowload State"; container change-time { description "Change time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container change-time leaf mp-download-state { type Bfd-mp-download-state; description "MP Download State"; } } // container mp-download-state container lsp-ping-info { description "LSP Ping Info"; container lsp-ping-tx-last-time { description "LSP Ping last sent time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-time container lsp-ping-tx-last-error-time { description "LSP Ping last error time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-error-time container lsp-ping-rx-last-time { description "LSP Ping last received time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-rx-last-time leaf lsp-ping-tx-count { type uint32; description "LSP Ping Tx count"; } leaf lsp-ping-tx-error-count { type uint32; description "LSP Ping Tx error count"; } leaf lsp-ping-tx-last-rc { type string; description "LSP Ping Tx last result"; } leaf lsp-ping-tx-last-error-rc { type string; description "LSP Ping Tx last error"; } leaf lsp-ping-rx-last-discr { type Bfd-discr; description "LSP Ping Rx last received discriminator"; } leaf lsp-ping-rx-count { type uint32; description "LSP Ping numer of times received"; } leaf lsp-ping-rx-last-code { type uint8; description "LSP Ping Rx Last Code"; } leaf lsp-ping-rx-last-subcode { type uint8; description "LSP Ping Rx Last Subcode"; } leaf lsp-ping-rx-last-output { type string; description "LSP Ping Rx Last Output"; } } // container lsp-ping-info list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information list association-information { description "Association session information"; container ip-destination-address { description "IPv4/v6 dest address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container ip-destination-address leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } leaf sessiontype { type Bfd-session; description "Session type"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information } // list association-information } // list ip-single-hop-session-detail } // container ip-single-hop-session-details container ipv4-multi-hop-summary { description "Summary information of BFD IPv4 multihop sessions"; container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } } // container session-state } // container ipv4-multi-hop-summary container ipv4-single-hop-counters { description "IPv4 single hop Counters"; container ipv4-single-hop-packet-counters { description "Table of IPv4 single hop Packet counters"; list ipv4-single-hop-packet-counter { description "Interface IPv4 single hop Packet counters"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf location { type xr:Node-id; description "Location"; } leaf hello-transmit-count { type uint32; description "Number of Hellos transmitted"; } leaf hello-receive-count { type uint32; description "Number of Hellos received"; } leaf echo-transmit-count { type uint32; description "Number of echo packets transmitted"; } leaf echo-receive-count { type uint32; description "Number of echo packets received"; } leaf display-type { type Bfd-mgmt-pkt-display; description "Packet Display Type"; } } // list ipv4-single-hop-packet-counter } // container ipv4-single-hop-packet-counters } // container ipv4-single-hop-counters container ipv6-multi-hop-session-details { description "Table of detailed information about all IPv6 multihop BFD sessions in the System "; list ipv6-multi-hop-session-detail { description "Detailed information for a single IPv6 multihop BFD session"; leaf source-address { type inet:ip-address-no-zone; description "Source Address"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } container status-information { description "Session status information"; container source-address { description "Source address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container source-address container last-state-change { description "Time since last state change"; leaf days { type uint32; units "day"; description "Number of days since last session state transition"; } leaf hours { type uint8; units "hour"; description "Number of hours since last session state transition"; } leaf minutes { type uint8; units "minute"; description "Number of mins since last session state transition"; } leaf seconds { type uint8; units "second"; description "Number of seconds since last session state transition"; } } // container last-state-change container transmit-packet { description "Transmit Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container transmit-packet container receive-packet { description "Receive Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container receive-packet container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information container async-transmit-statistics { description "Statistics of Interval between Async Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-transmit-statistics container async-receive-statistics { description "Statistics of Interval between Async Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-receive-statistics container echo-transmit-statistics { description "Statistics of Interval between Echo Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-transmit-statistics container echo-received-statistics { description "Statistics of Interval between Echo Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-received-statistics leaf sessiontype { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } leaf remote-discriminator { type Bfd-discr; description "Session's Remote discriminator"; } leaf last-failure-time-sec { type uint64; units "second"; description "Last Session Down Time (seconds)"; } leaf out-of-up-state-count { type uint64; description "Number of times session moved out of UP state"; } leaf to-up-state-count { type uint32; description "Number of times session state went to UP"; } leaf desired-minimum-echo-transmit-interval { type uint32; units "millisecond"; description "Desired minimum echo transmit interval in milli-seconds"; } leaf remote-negotiated-interval { type uint32; units "millisecond"; description "Remote Negotiated Interval in milli-seconds"; } leaf latency-number { type uint32; description "Number of Latency Samples. Time between Transmit and Receive"; } leaf latency-minimum { type uint32; units "microsecond"; description "Minimum value of Latency (in micro-seconds)"; } leaf latency-maximum { type uint32; units "microsecond"; description "Maximum value of Latency (in micro-seconds)"; } leaf latency-average { type uint32; units "microsecond"; description "Average value of Latency (in micro-seconds)"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf internal-label { type uint32; description "Internal Label"; } leaf reverse-label { type uint32; description "Reverse Label"; } } // container status-information container mp-download-state { description "MP Dowload State"; container change-time { description "Change time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container change-time leaf mp-download-state { type Bfd-mp-download-state; description "MP Download State"; } } // container mp-download-state container lsp-ping-info { description "LSP Ping Info"; container lsp-ping-tx-last-time { description "LSP Ping last sent time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-time container lsp-ping-tx-last-error-time { description "LSP Ping last error time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-error-time container lsp-ping-rx-last-time { description "LSP Ping last received time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-rx-last-time leaf lsp-ping-tx-count { type uint32; description "LSP Ping Tx count"; } leaf lsp-ping-tx-error-count { type uint32; description "LSP Ping Tx error count"; } leaf lsp-ping-tx-last-rc { type string; description "LSP Ping Tx last result"; } leaf lsp-ping-tx-last-error-rc { type string; description "LSP Ping Tx last error"; } leaf lsp-ping-rx-last-discr { type Bfd-discr; description "LSP Ping Rx last received discriminator"; } leaf lsp-ping-rx-count { type uint32; description "LSP Ping numer of times received"; } leaf lsp-ping-rx-last-code { type uint8; description "LSP Ping Rx Last Code"; } leaf lsp-ping-rx-last-subcode { type uint8; description "LSP Ping Rx Last Subcode"; } leaf lsp-ping-rx-last-output { type string; description "LSP Ping Rx Last Output"; } } // container lsp-ping-info list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information list association-information { description "Association session information"; container ip-destination-address { description "IPv4/v6 dest address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container ip-destination-address leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } leaf sessiontype { type Bfd-session; description "Session type"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information } // list association-information } // list ipv6-multi-hop-session-detail } // container ipv6-multi-hop-session-details container ipv6-multi-hop-multi-paths { description "IPv6 multi hop multipath"; list ipv6-multi-hop-multi-path { description "IPv6 multihop multipath table"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination address"; } leaf location { type xr:Node-id; description "Location"; } leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator-xr { type Bfd-discr; description "Session's Local discriminator"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf incoming-label-xr { type uint32; description "Incoming Label"; } leaf session-interface-name { type xr:Interface-name; description "Interface name"; } } // list ipv6-multi-hop-multi-path } // container ipv6-multi-hop-multi-paths container ipv4bf-do-mplste-head-counters { description "IPv4 BFD over MPLS-TE Counters"; container ipv4bf-do-mplste-head-packet-counters { description "Table of IPv4 BFD over MPLS-TE Packet counters"; list ipv4bf-do-mplste-head-packet-counter { description "Interface IPv4 BFD over MPLS-TE Packet counters"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf location { type xr:Node-id; description "Location"; } leaf hello-transmit-count { type uint32; description "Number of Hellos transmitted"; } leaf hello-receive-count { type uint32; description "Number of Hellos received"; } leaf echo-transmit-count { type uint32; description "Number of echo packets transmitted"; } leaf echo-receive-count { type uint32; description "Number of echo packets received"; } leaf display-type { type Bfd-mgmt-pkt-display; description "Packet Display Type"; } } // list ipv4bf-do-mplste-head-packet-counter } // container ipv4bf-do-mplste-head-packet-counters } // container ipv4bf-do-mplste-head-counters container session-mibs { description "BFD session MIB database"; list session-mib { key "discriminator"; description "Brief information for BFD session MIB"; leaf discriminator { type uint32 { range "1..4294967295"; } description "Session Discr"; } container dest-address { description "Session Destination address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container dest-address leaf local-discriminator { type Bfd-discr; description "Sessions' Local Discriminator"; } leaf remote-discriminator { type Bfd-discr; description "Sessions' Remote Discriminator"; } leaf sessionversion { type uint32; description "Session BFD Version"; } leaf session-state { type uint32; description "Session State"; } leaf trap-bitmap { type uint32; description "Trap Generator Bitmap"; } leaf pkt-in { type uint64; description "Packet In Counter"; } leaf pkt-out { type uint64; description "Packet Out Counter"; } leaf last-up-time-sec { type uint64; units "second"; description "Last Session Up Time (seconds)"; } leaf last-up-time-nsec { type uint32; units "nanosecond"; description "Last Session Up Time (nanoseconds)"; } leaf last-down-time-sec { type uint64; units "second"; description "Last Session Down Time (seconds)"; } leaf last-down-time-nsec { type uint32; units "nanosecond"; description "Last Session Down Time (nanoseconds)"; } leaf last-io-evm-schd-time-sec { type uint64; units "second"; description "Last IO EVM Schd Time (seconds)"; } leaf last-io-evm-schd-time-nsec { type uint32; units "nanosecond"; description "Last IO Evm Schd Time (nanoseconds)"; } leaf last-io-evm-schd-comp-time-sec { type uint64; units "second"; description "Last IO EVM Schd Comp Time (seconds)"; } leaf last-io-evm-schd-comp-time-nsec { type uint32; units "nanosecond"; description "Last IO Evm Schd Comp Time (nanoseconds)"; } leaf last-down-diag { type Bfd-mgmt-session-diag; description "Last Session Down Diag"; } leaf last-rx-down-diag { type Bfd-mgmt-session-diag; description "Last Rx Session Down Diag"; } leaf up-counter { type uint32; description "Up Count"; } leaf last-time-cached { type uint64; description "Last Time Session Info Queried"; } leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } leaf int-handle { type uint32; description "Session Interface Handle"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf desired-min-tx-interval { type uint32; description "Desired Min TX Interval"; } leaf required-min-rx-interval { type uint32; description "Required Min RX Interval"; } leaf required-min-rx-echo-interval { type uint32; description "Required Min RX Echo Interval"; } leaf session-key { type string { length "0..256"; } description "Session Key"; } } // list session-mib } // container session-mibs container ipv6-multi-hop-summary { description "Summary information of BFD IPv6 multihop sessions"; container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } } // container session-state } // container ipv6-multi-hop-summary container label-summary-nodes { description "Table of summary about Label BFD sessions for location"; list label-summary-node { key "location-name"; description "Summary of Label BFD "; leaf location-name { type xr:Cisco-ios-xr-string; description "Location name"; } container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } leaf retry-count { type uint32; description "Number of sessions in retry state"; } leaf standby-count { type uint32; description "Number of sessions in standby state"; } } // container session-state } // list label-summary-node } // container label-summary-nodes container ipv6-multi-hop-session-briefs { description "Table of brief information about all IPv6 multihop BFD sessions in the System"; list ipv6-multi-hop-session-brief { description "Brief information for a single IPv6 multihop BFD session"; leaf source-address { type inet:ip-address-no-zone; description "Source Address"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf session-type { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf session-flags { type uint32; description "Session Flags"; } } // list ipv6-multi-hop-session-brief } // container ipv6-multi-hop-session-briefs container session-briefs { description "Table of brief information about singlehop IPv4 BFD sessions in the System"; list session-brief { description "Brief information for a single IPv4 singlehop BFD session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf destination-address { type inet:ipv4-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf local-discriminator { type uint32; description "Session Discr"; } container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf session-type { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf session-flags { type uint32; description "Session Flags"; } } // list session-brief } // container session-briefs container ipv6-single-hop-node-location-summaries { description "Table of summary information about BFD IPv6 singlehop sessions per location"; list ipv6-single-hop-node-location-summary { key "location"; description "Summary information for BFD IPv6 singlehop sessions for location"; leaf location { type xr:Node-id; description "Location"; } container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } leaf retry-count { type uint32; description "Number of sessions in retry state"; } leaf standby-count { type uint32; description "Number of sessions in standby state"; } } // container session-state } // list ipv6-single-hop-node-location-summary } // container ipv6-single-hop-node-location-summaries container summary { description "Summary information of BFD IPv4 singlehop sessions"; container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } } // container session-state } // container summary container ipv4bfd-mplste-tail-node-summaries { description "Table of summary about IPv4 TE tail BFD sessions for location"; list ipv4bfd-mplste-tail-node-summary { key "location-name"; description "Summary of IPv4 BFD over MPLS-TE tail"; leaf location-name { type xr:Cisco-ios-xr-string; description "Location name"; } container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } leaf retry-count { type uint32; description "Number of sessions in retry state"; } leaf standby-count { type uint32; description "Number of sessions in standby state"; } } // container session-state } // list ipv4bfd-mplste-tail-node-summary } // container ipv4bfd-mplste-tail-node-summaries container ipv4bfd-mplste-head-summary-nodes { description "Table of summary about IPv4 TE head BFD sessions for location"; list ipv4bfd-mplste-head-summary-node { key "location-name"; description "Summary of IPv4 BFD over MPLS-TE head"; leaf location-name { type xr:Cisco-ios-xr-string; description "Location name"; } container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } leaf retry-count { type uint32; description "Number of sessions in retry state"; } leaf standby-count { type uint32; description "Number of sessions in standby state"; } } // container session-state } // list ipv4bfd-mplste-head-summary-node } // container ipv4bfd-mplste-head-summary-nodes container label-session-details { description "Table of detailed information about all Label BFD sessions in the System "; list label-session-detail { description "Detailed information for a single BFD session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf incoming-label { type uint32; description "Incoming Label"; } leaf location { type xr:Node-id; description "Location"; } container status-information { description "Session status information"; container source-address { description "Source address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container source-address container last-state-change { description "Time since last state change"; leaf days { type uint32; units "day"; description "Number of days since last session state transition"; } leaf hours { type uint8; units "hour"; description "Number of hours since last session state transition"; } leaf minutes { type uint8; units "minute"; description "Number of mins since last session state transition"; } leaf seconds { type uint8; units "second"; description "Number of seconds since last session state transition"; } } // container last-state-change container transmit-packet { description "Transmit Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container transmit-packet container receive-packet { description "Receive Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container receive-packet container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information container async-transmit-statistics { description "Statistics of Interval between Async Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-transmit-statistics container async-receive-statistics { description "Statistics of Interval between Async Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-receive-statistics container echo-transmit-statistics { description "Statistics of Interval between Echo Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-transmit-statistics container echo-received-statistics { description "Statistics of Interval between Echo Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-received-statistics leaf sessiontype { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } leaf remote-discriminator { type Bfd-discr; description "Session's Remote discriminator"; } leaf last-failure-time-sec { type uint64; units "second"; description "Last Session Down Time (seconds)"; } leaf out-of-up-state-count { type uint64; description "Number of times session moved out of UP state"; } leaf to-up-state-count { type uint32; description "Number of times session state went to UP"; } leaf desired-minimum-echo-transmit-interval { type uint32; units "millisecond"; description "Desired minimum echo transmit interval in milli-seconds"; } leaf remote-negotiated-interval { type uint32; units "millisecond"; description "Remote Negotiated Interval in milli-seconds"; } leaf latency-number { type uint32; description "Number of Latency Samples. Time between Transmit and Receive"; } leaf latency-minimum { type uint32; units "microsecond"; description "Minimum value of Latency (in micro-seconds)"; } leaf latency-maximum { type uint32; units "microsecond"; description "Maximum value of Latency (in micro-seconds)"; } leaf latency-average { type uint32; units "microsecond"; description "Average value of Latency (in micro-seconds)"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf internal-label { type uint32; description "Internal Label"; } leaf reverse-label { type uint32; description "Reverse Label"; } } // container status-information container mp-download-state { description "MP Dowload State"; container change-time { description "Change time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container change-time leaf mp-download-state { type Bfd-mp-download-state; description "MP Download State"; } } // container mp-download-state container lsp-ping-info { description "LSP Ping Info"; container lsp-ping-tx-last-time { description "LSP Ping last sent time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-time container lsp-ping-tx-last-error-time { description "LSP Ping last error time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-error-time container lsp-ping-rx-last-time { description "LSP Ping last received time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-rx-last-time leaf lsp-ping-tx-count { type uint32; description "LSP Ping Tx count"; } leaf lsp-ping-tx-error-count { type uint32; description "LSP Ping Tx error count"; } leaf lsp-ping-tx-last-rc { type string; description "LSP Ping Tx last result"; } leaf lsp-ping-tx-last-error-rc { type string; description "LSP Ping Tx last error"; } leaf lsp-ping-rx-last-discr { type Bfd-discr; description "LSP Ping Rx last received discriminator"; } leaf lsp-ping-rx-count { type uint32; description "LSP Ping numer of times received"; } leaf lsp-ping-rx-last-code { type uint8; description "LSP Ping Rx Last Code"; } leaf lsp-ping-rx-last-subcode { type uint8; description "LSP Ping Rx Last Subcode"; } leaf lsp-ping-rx-last-output { type string; description "LSP Ping Rx Last Output"; } } // container lsp-ping-info list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information list association-information { description "Association session information"; container ip-destination-address { description "IPv4/v6 dest address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container ip-destination-address leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } leaf sessiontype { type Bfd-session; description "Session type"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information } // list association-information } // list label-session-detail } // container label-session-details container ipv6-single-hop-session-details { description "Table of detailed information about all IPv6 singlehop BFD sessions in the System "; list ipv6-single-hop-session-detail { description "Detailed information for a single IPv6 singlehop BFD session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf local-discriminator { type uint32; description "Session Discr"; } container status-information { description "Session status information"; container source-address { description "Source address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container source-address container last-state-change { description "Time since last state change"; leaf days { type uint32; units "day"; description "Number of days since last session state transition"; } leaf hours { type uint8; units "hour"; description "Number of hours since last session state transition"; } leaf minutes { type uint8; units "minute"; description "Number of mins since last session state transition"; } leaf seconds { type uint8; units "second"; description "Number of seconds since last session state transition"; } } // container last-state-change container transmit-packet { description "Transmit Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container transmit-packet container receive-packet { description "Receive Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container receive-packet container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information container async-transmit-statistics { description "Statistics of Interval between Async Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-transmit-statistics container async-receive-statistics { description "Statistics of Interval between Async Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-receive-statistics container echo-transmit-statistics { description "Statistics of Interval between Echo Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-transmit-statistics container echo-received-statistics { description "Statistics of Interval between Echo Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-received-statistics leaf sessiontype { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } leaf remote-discriminator { type Bfd-discr; description "Session's Remote discriminator"; } leaf last-failure-time-sec { type uint64; units "second"; description "Last Session Down Time (seconds)"; } leaf out-of-up-state-count { type uint64; description "Number of times session moved out of UP state"; } leaf to-up-state-count { type uint32; description "Number of times session state went to UP"; } leaf desired-minimum-echo-transmit-interval { type uint32; units "millisecond"; description "Desired minimum echo transmit interval in milli-seconds"; } leaf remote-negotiated-interval { type uint32; units "millisecond"; description "Remote Negotiated Interval in milli-seconds"; } leaf latency-number { type uint32; description "Number of Latency Samples. Time between Transmit and Receive"; } leaf latency-minimum { type uint32; units "microsecond"; description "Minimum value of Latency (in micro-seconds)"; } leaf latency-maximum { type uint32; units "microsecond"; description "Maximum value of Latency (in micro-seconds)"; } leaf latency-average { type uint32; units "microsecond"; description "Average value of Latency (in micro-seconds)"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf internal-label { type uint32; description "Internal Label"; } leaf reverse-label { type uint32; description "Reverse Label"; } } // container status-information container mp-download-state { description "MP Dowload State"; container change-time { description "Change time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container change-time leaf mp-download-state { type Bfd-mp-download-state; description "MP Download State"; } } // container mp-download-state container lsp-ping-info { description "LSP Ping Info"; container lsp-ping-tx-last-time { description "LSP Ping last sent time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-time container lsp-ping-tx-last-error-time { description "LSP Ping last error time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-error-time container lsp-ping-rx-last-time { description "LSP Ping last received time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-rx-last-time leaf lsp-ping-tx-count { type uint32; description "LSP Ping Tx count"; } leaf lsp-ping-tx-error-count { type uint32; description "LSP Ping Tx error count"; } leaf lsp-ping-tx-last-rc { type string; description "LSP Ping Tx last result"; } leaf lsp-ping-tx-last-error-rc { type string; description "LSP Ping Tx last error"; } leaf lsp-ping-rx-last-discr { type Bfd-discr; description "LSP Ping Rx last received discriminator"; } leaf lsp-ping-rx-count { type uint32; description "LSP Ping numer of times received"; } leaf lsp-ping-rx-last-code { type uint8; description "LSP Ping Rx Last Code"; } leaf lsp-ping-rx-last-subcode { type uint8; description "LSP Ping Rx Last Subcode"; } leaf lsp-ping-rx-last-output { type string; description "LSP Ping Rx Last Output"; } } // container lsp-ping-info list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information list association-information { description "Association session information"; container ip-destination-address { description "IPv4/v6 dest address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container ip-destination-address leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } leaf sessiontype { type Bfd-session; description "Session type"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information } // list association-information } // list ipv6-single-hop-session-detail } // container ipv6-single-hop-session-details container ipv4-multi-hop-counters { description "IPv4 multiple hop Counters"; container ipv4-multi-hop-packet-counters { description "Table of IPv4 multiple hop Packet counters"; list ipv4-multi-hop-packet-counter { description "IPv4 multiple hop Packet counters"; leaf source-address { type inet:ip-address-no-zone; description "Source Address"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } leaf hello-transmit-count { type uint32; description "Number of Hellos transmitted"; } leaf hello-receive-count { type uint32; description "Number of Hellos received"; } leaf echo-transmit-count { type uint32; description "Number of echo packets transmitted"; } leaf echo-receive-count { type uint32; description "Number of echo packets received"; } leaf display-type { type Bfd-mgmt-pkt-display; description "Packet Display Type"; } } // list ipv4-multi-hop-packet-counter } // container ipv4-multi-hop-packet-counters } // container ipv4-multi-hop-counters container session-details { description "Table of detailed information about IPv4 singlehop BFD sessions in the System "; list session-detail { description "Detailed information for a single IPv4 singlehop BFD session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf destination-address { type inet:ipv4-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf local-discriminator { type uint32; description "Session Discr"; } container status-information { description "Session status information"; container source-address { description "Source address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container source-address container last-state-change { description "Time since last state change"; leaf days { type uint32; units "day"; description "Number of days since last session state transition"; } leaf hours { type uint8; units "hour"; description "Number of hours since last session state transition"; } leaf minutes { type uint8; units "minute"; description "Number of mins since last session state transition"; } leaf seconds { type uint8; units "second"; description "Number of seconds since last session state transition"; } } // container last-state-change container transmit-packet { description "Transmit Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container transmit-packet container receive-packet { description "Receive Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container receive-packet container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information container async-transmit-statistics { description "Statistics of Interval between Async Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-transmit-statistics container async-receive-statistics { description "Statistics of Interval between Async Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-receive-statistics container echo-transmit-statistics { description "Statistics of Interval between Echo Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-transmit-statistics container echo-received-statistics { description "Statistics of Interval between Echo Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-received-statistics leaf sessiontype { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } leaf remote-discriminator { type Bfd-discr; description "Session's Remote discriminator"; } leaf last-failure-time-sec { type uint64; units "second"; description "Last Session Down Time (seconds)"; } leaf out-of-up-state-count { type uint64; description "Number of times session moved out of UP state"; } leaf to-up-state-count { type uint32; description "Number of times session state went to UP"; } leaf desired-minimum-echo-transmit-interval { type uint32; units "millisecond"; description "Desired minimum echo transmit interval in milli-seconds"; } leaf remote-negotiated-interval { type uint32; units "millisecond"; description "Remote Negotiated Interval in milli-seconds"; } leaf latency-number { type uint32; description "Number of Latency Samples. Time between Transmit and Receive"; } leaf latency-minimum { type uint32; units "microsecond"; description "Minimum value of Latency (in micro-seconds)"; } leaf latency-maximum { type uint32; units "microsecond"; description "Maximum value of Latency (in micro-seconds)"; } leaf latency-average { type uint32; units "microsecond"; description "Average value of Latency (in micro-seconds)"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf internal-label { type uint32; description "Internal Label"; } leaf reverse-label { type uint32; description "Reverse Label"; } } // container status-information container mp-download-state { description "MP Dowload State"; container change-time { description "Change time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container change-time leaf mp-download-state { type Bfd-mp-download-state; description "MP Download State"; } } // container mp-download-state container lsp-ping-info { description "LSP Ping Info"; container lsp-ping-tx-last-time { description "LSP Ping last sent time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-time container lsp-ping-tx-last-error-time { description "LSP Ping last error time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-error-time container lsp-ping-rx-last-time { description "LSP Ping last received time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-rx-last-time leaf lsp-ping-tx-count { type uint32; description "LSP Ping Tx count"; } leaf lsp-ping-tx-error-count { type uint32; description "LSP Ping Tx error count"; } leaf lsp-ping-tx-last-rc { type string; description "LSP Ping Tx last result"; } leaf lsp-ping-tx-last-error-rc { type string; description "LSP Ping Tx last error"; } leaf lsp-ping-rx-last-discr { type Bfd-discr; description "LSP Ping Rx last received discriminator"; } leaf lsp-ping-rx-count { type uint32; description "LSP Ping numer of times received"; } leaf lsp-ping-rx-last-code { type uint8; description "LSP Ping Rx Last Code"; } leaf lsp-ping-rx-last-subcode { type uint8; description "LSP Ping Rx Last Subcode"; } leaf lsp-ping-rx-last-output { type string; description "LSP Ping Rx Last Output"; } } // container lsp-ping-info list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information list association-information { description "Association session information"; container ip-destination-address { description "IPv4/v6 dest address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container ip-destination-address leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } leaf sessiontype { type Bfd-session; description "Session type"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information } // list association-information } // list session-detail } // container session-details container ipv4-single-hop-multi-paths { description "IPv4 single hop multipath"; list ipv4-single-hop-multi-path { description "IPv4 single hop multipath table"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf destination-address { type inet:ipv4-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf local-discriminator { type uint32; description "Session's Local discriminator"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator-xr { type Bfd-discr; description "Session's Local discriminator"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf incoming-label-xr { type uint32; description "Incoming Label"; } leaf session-interface-name { type xr:Interface-name; description "Interface name"; } } // list ipv4-single-hop-multi-path } // container ipv4-single-hop-multi-paths container ipv4-single-hop-session-briefs { description "Table of brief information about all IPv4 singlehop BFD sessions in the System"; list ipv4-single-hop-session-brief { description "Brief information for a single IPv4 singlehop BFD session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf destination-address { type inet:ipv4-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf local-discriminator { type uint32; description "Session Discr"; } container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf session-type { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf session-flags { type uint32; description "Session Flags"; } } // list ipv4-single-hop-session-brief } // container ipv4-single-hop-session-briefs container ipv6-multi-hop-counters { description "IPv6 multiple hop Counters"; container ipv6-multi-hop-packet-counters { description "Table of IPv6 multiple hop Packet counters"; list ipv6-multi-hop-packet-counter { description "IPv4 multiple hop Packet counters"; leaf source-address { type inet:ip-address-no-zone; description "Source Address"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } leaf hello-transmit-count { type uint32; description "Number of Hellos transmitted"; } leaf hello-receive-count { type uint32; description "Number of Hellos received"; } leaf echo-transmit-count { type uint32; description "Number of echo packets transmitted"; } leaf echo-receive-count { type uint32; description "Number of echo packets received"; } leaf display-type { type Bfd-mgmt-pkt-display; description "Packet Display Type"; } } // list ipv6-multi-hop-packet-counter } // container ipv6-multi-hop-packet-counters } // container ipv6-multi-hop-counters container label-counters { description "Label Counters"; container label-packet-counters { description "Table of Label Packet counters"; list label-packet-counter { description "Interface Label Packet counters"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf location { type xr:Node-id; description "Location"; } leaf hello-transmit-count { type uint32; description "Number of Hellos transmitted"; } leaf hello-receive-count { type uint32; description "Number of Hellos received"; } leaf echo-transmit-count { type uint32; description "Number of echo packets transmitted"; } leaf echo-receive-count { type uint32; description "Number of echo packets received"; } leaf display-type { type Bfd-mgmt-pkt-display; description "Packet Display Type"; } } // list label-packet-counter } // container label-packet-counters } // container label-counters container ipv4bf-do-mplste-head-session-details { description "Table of detailed information about all IPv4 BFD over MPLS-TE Head sessions in the System"; list ipv4bf-do-mplste-head-session-detail { description "Detailed information for a single IPv4 BFD over MPLS-TE head session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } leaf incoming-label { type uint32; description "Incoming Label"; } leaf fe-ctype { type uint32; description "FEC Type"; } leaf fec-subgroup-id { type uint32; description "FEC Subgroup ID"; } leaf feclspid { type uint32; description "FEC LSP ID"; } leaf fec-tunnel-id { type uint32; description "FEC Tunnel ID"; } leaf fec-extended-tunnel-id { type inet:ipv4-address-no-zone; description "FEC Extended Tunnel ID"; } leaf fec-source { type inet:ipv4-address-no-zone; description "FEC Source"; } leaf fec-destination { type inet:ipv4-address-no-zone; description "FEC Destination"; } leaf fecp2mpid { type uint32; description "FEC P2MP ID"; } leaf fec-subgroup-originator { type inet:ipv4-address-no-zone; description "FEC Subgroup originator"; } leaf fec-ctype { type uint32; description "FEC C Type"; } leaf location { type xr:Node-id; description "Location"; } container status-information { description "Session status information"; container source-address { description "Source address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container source-address container last-state-change { description "Time since last state change"; leaf days { type uint32; units "day"; description "Number of days since last session state transition"; } leaf hours { type uint8; units "hour"; description "Number of hours since last session state transition"; } leaf minutes { type uint8; units "minute"; description "Number of mins since last session state transition"; } leaf seconds { type uint8; units "second"; description "Number of seconds since last session state transition"; } } // container last-state-change container transmit-packet { description "Transmit Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container transmit-packet container receive-packet { description "Receive Packet"; leaf version { type uint8; description "Version"; } leaf diagnostic { type Bfd-mgmt-session-diag; description "Diagnostic"; } leaf ihear-you { type int32; description "I Hear You (v0)"; } leaf state { type Bfd-mgmt-session-state; description "State (v1)"; } leaf demand { type int32; description "Demand mode"; } leaf poll { type int32; description "Poll bit"; } leaf final { type int32; description "Final bit"; } leaf control-plane-independent { type int32; description "BFD implementation does not share fate with its control plane"; } leaf authentication-present { type int32; description "Requesting authentication for the session"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } leaf length { type uint32; description "Length"; } leaf my-discriminator { type Bfd-discr; description "My Discriminator"; } leaf your-discriminator { type Bfd-discr; description "Your Discriminator"; } leaf desired-minimum-transmit-interval { type uint32; units "microsecond"; description "Desired minimum transmit interval in micro-seconds"; } leaf required-minimum-receive-interval { type uint32; units "microsecond"; description "Required receive interval in micro-seconds"; } leaf required-minimum-echo-receive-interval { type uint32; units "microsecond"; description "Required echo receive interval in micro-seconds"; } } // container receive-packet container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information container async-transmit-statistics { description "Statistics of Interval between Async Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-transmit-statistics container async-receive-statistics { description "Statistics of Interval between Async Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container async-receive-statistics container echo-transmit-statistics { description "Statistics of Interval between Echo Packets Transmitted (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-transmit-statistics container echo-received-statistics { description "Statistics of Interval between Echo Packets Received (in milli-seconds)"; leaf number { type uint32; description "Number of Interval Samples between Packets sent/received"; } leaf minimum { type uint32; units "millisecond"; description "Minimum of Transmit/Receive Interval (in milli-seconds)"; } leaf maximum { type uint32; units "millisecond"; description "Maximum of Transmit/Receive Interval (in milli-seconds)"; } leaf average { type uint32; units "millisecond"; description "Average of Transmit/Receive Interval (in milli-seconds)"; } leaf last { type uint32; units "millisecond"; description "Time since last Transmit/Receive (in milli-seconds)"; } leaf last-time-stamp { type uint64; description "TimeStamp of last Transmit/Receive"; } } // container echo-received-statistics leaf sessiontype { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } leaf remote-discriminator { type Bfd-discr; description "Session's Remote discriminator"; } leaf last-failure-time-sec { type uint64; units "second"; description "Last Session Down Time (seconds)"; } leaf out-of-up-state-count { type uint64; description "Number of times session moved out of UP state"; } leaf to-up-state-count { type uint32; description "Number of times session state went to UP"; } leaf desired-minimum-echo-transmit-interval { type uint32; units "millisecond"; description "Desired minimum echo transmit interval in milli-seconds"; } leaf remote-negotiated-interval { type uint32; units "millisecond"; description "Remote Negotiated Interval in milli-seconds"; } leaf latency-number { type uint32; description "Number of Latency Samples. Time between Transmit and Receive"; } leaf latency-minimum { type uint32; units "microsecond"; description "Minimum value of Latency (in micro-seconds)"; } leaf latency-maximum { type uint32; units "microsecond"; description "Maximum value of Latency (in micro-seconds)"; } leaf latency-average { type uint32; units "microsecond"; description "Average value of Latency (in micro-seconds)"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf internal-label { type uint32; description "Internal Label"; } leaf reverse-label { type uint32; description "Reverse Label"; } } // container status-information container mp-download-state { description "MP Dowload State"; container change-time { description "Change time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container change-time leaf mp-download-state { type Bfd-mp-download-state; description "MP Download State"; } } // container mp-download-state container lsp-ping-info { description "LSP Ping Info"; container lsp-ping-tx-last-time { description "LSP Ping last sent time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-time container lsp-ping-tx-last-error-time { description "LSP Ping last error time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-tx-last-error-time container lsp-ping-rx-last-time { description "LSP Ping last received time"; leaf seconds { type uint64; units "second"; description "seconds"; } leaf nanoseconds { type uint32; units "nanosecond"; description "nanoseconds"; } } // container lsp-ping-rx-last-time leaf lsp-ping-tx-count { type uint32; description "LSP Ping Tx count"; } leaf lsp-ping-tx-error-count { type uint32; description "LSP Ping Tx error count"; } leaf lsp-ping-tx-last-rc { type string; description "LSP Ping Tx last result"; } leaf lsp-ping-tx-last-error-rc { type string; description "LSP Ping Tx last error"; } leaf lsp-ping-rx-last-discr { type Bfd-discr; description "LSP Ping Rx last received discriminator"; } leaf lsp-ping-rx-count { type uint32; description "LSP Ping numer of times received"; } leaf lsp-ping-rx-last-code { type uint8; description "LSP Ping Rx Last Code"; } leaf lsp-ping-rx-last-subcode { type uint8; description "LSP Ping Rx Last Subcode"; } leaf lsp-ping-rx-last-output { type string; description "LSP Ping Rx Last Output"; } } // container lsp-ping-info list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information list association-information { description "Association session information"; container ip-destination-address { description "IPv4/v6 dest address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container ip-destination-address leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } leaf sessiontype { type Bfd-session; description "Session type"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information } // list association-information } // list ipv4bf-do-mplste-head-session-detail } // container ipv4bf-do-mplste-head-session-details container relation-briefs { description "Table of brief information about all BFD relations in the System"; list relation-brief { description "Brief information for relation of a single BFD session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination Address"; } leaf state { type Bfd-mgmt-session-state; description "State"; } list link-information { description "Brief Member Link Information"; leaf state { type Bfd-mgmt-session-state; description "State"; } leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } } // list link-information } // list relation-brief } // container relation-briefs container client-briefs { description "Table of Brief information about BFD clients"; list client-brief { key "name"; description "Brief information of client"; leaf name { type xr:Cisco-ios-xr-string; description "Client Name"; } leaf name-xr { type string { length "0..257"; } description "Client process name"; } leaf node-id { type xr:Node-id; description "Location where client resides"; } leaf session-count { type uint32; description "Number of sessions created by this client"; } } // list client-brief } // container client-briefs container ipv4bf-do-mplste-head-multi-paths { description "IPv4 BFD over MPLS-TE Head multipath"; list ipv4bf-do-mplste-head-multi-path { description "Label multipath table"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } leaf incoming-label { type uint32; description "Incoming Label"; } leaf fe-ctype { type uint32; description "FEC Type"; } leaf fec-subgroup-id { type uint32; description "FEC Subgroup ID"; } leaf feclspid { type uint32; description "FEC LSP ID"; } leaf fec-tunnel-id { type uint32; description "FEC Tunnel ID"; } leaf fec-extended-tunnel-id { type inet:ipv4-address-no-zone; description "FEC Extended Tunnel ID"; } leaf fec-source { type inet:ipv4-address-no-zone; description "FEC Source"; } leaf fec-destination { type inet:ipv4-address-no-zone; description "FEC Destination"; } leaf fecp2mpid { type uint32; description "FEC P2MP ID"; } leaf fec-subgroup-originator { type inet:ipv4-address-no-zone; description "FEC Subgroup originator"; } leaf fec-ctype { type uint32; description "FEC C Type"; } leaf location { type xr:Node-id; description "Location"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator-xr { type Bfd-discr; description "Session's Local discriminator"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf incoming-label-xr { type uint32; description "Incoming Label"; } leaf session-interface-name { type xr:Interface-name; description "Interface name"; } } // list ipv4bf-do-mplste-head-multi-path } // container ipv4bf-do-mplste-head-multi-paths container relation-details { description "Table of detail information about all BFD relations in the System"; list relation-detail { description "Detail information for relation of a single BFD session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination Address"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } list link-information { description "Detail Member Link Information"; leaf state { type Bfd-mgmt-session-state; description "State"; } leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } } // list link-information list association-information { description "Association session information"; container ip-destination-address { description "IPv4/v6 dest address"; leaf afi { type Bfd-af-id; description "AFI"; } leaf dummy { when "../afi = 'bfd-af-id-none'" { description "../AFI = 'BFD_AF_ID_NONE'"; } type uint8; description "No Address"; } leaf ipv4 { when "../afi = 'bfd-af-id-ipv4'" { description "../AFI = 'BFD_AF_ID_IPV4'"; } type Bfd-in-addr; description "IPv4 address type"; } leaf ipv6 { when "../afi = 'bfd-af-id-ipv6'" { description "../AFI = 'BFD_AF_ID_IPV6'"; } type Bfd-in6-addr; description "IPv6 address type"; } } // container ip-destination-address leaf interface-name { type string { length "0..64"; } description "Session Interface Name"; } leaf sessiontype { type Bfd-session; description "Session type"; } leaf local-discriminator { type Bfd-discr; description "Session's Local discriminator"; } list owner-information { description "Client applications owning the session"; leaf interval { type uint32; units "microsecond"; description "Client specified minimum transmit interval in micro-seconds"; } leaf detection-multiplier { type uint32; description "Client specified detection multiplier to compute detection time"; } leaf adjusted-interval { type uint32; units "millisecond"; description "Adjusted minimum transmit interval in milli-seconds"; } leaf adjusted-detection-multiplier { type uint32; description "Adjusted detection multiplier to compute detection time"; } leaf name { type string { length "0..257"; } description "Client process name"; } } // list owner-information } // list association-information } // list relation-detail } // container relation-details container ipv4bf-do-mplste-tail-counters { description "IPv4 BFD over MPLS-TE Counters"; container ipv4bf-do-mplste-tail-packet-counters { description "Table of IPv4 BFD over MPLS-TE Packet counters"; list ipv4bf-do-mplste-tail-packet-counter { description "Interface IPv4 BFD over MPLS-TE Packet counters"; leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } leaf incoming-label { type uint32; description "Incoming Label"; } leaf fe-ctype { type uint32; description "FEC Type"; } leaf fec-subgroup-id { type uint32; description "FEC Subgroup ID"; } leaf feclspid { type uint32; description "FEC LSP ID"; } leaf fec-tunnel-id { type uint32; description "FEC Tunnel ID"; } leaf fec-extended-tunnel-id { type inet:ipv4-address-no-zone; description "FEC Extended Tunnel ID"; } leaf fec-source { type inet:ipv4-address-no-zone; description "FEC Source"; } leaf fec-destination { type inet:ipv4-address-no-zone; description "FEC Destination"; } leaf fecp2mpid { type uint32; description "FEC P2MP ID"; } leaf fec-subgroup-originator { type inet:ipv4-address-no-zone; description "FEC Subgroup originator"; } leaf fec-ctype { type uint32; description "FEC C Type"; } leaf location { type xr:Node-id; description "Location"; } leaf hello-transmit-count { type uint32; description "Number of Hellos transmitted"; } leaf hello-receive-count { type uint32; description "Number of Hellos received"; } leaf echo-transmit-count { type uint32; description "Number of echo packets transmitted"; } leaf echo-receive-count { type uint32; description "Number of echo packets received"; } leaf display-type { type Bfd-mgmt-pkt-display; description "Packet Display Type"; } } // list ipv4bf-do-mplste-tail-packet-counter } // container ipv4bf-do-mplste-tail-packet-counters } // container ipv4bf-do-mplste-tail-counters container ipv6-single-hop-session-briefs { description "Table of brief information about all IPv6 singlehop BFD sessions in the System"; list ipv6-single-hop-session-brief { description "Brief information for a single IPv6 singlehop BFD session"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf local-discriminator { type uint32; description "Session Discr"; } container status-brief-information { description "Brief Status Information"; container async-interval-multiplier { description "Async Interval and Detect Multiplier Information"; leaf negotiated-remote-transmit-interval { type uint32; units "microsecond"; description "Negotiated remote transmit interval in micro-seconds"; } leaf negotiated-local-transmit-interval { type uint32; units "microsecond"; description "Negotiated local transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container async-interval-multiplier container echo-interval-multiplier { description "Echo Interval and Detect Multiplier Information"; leaf negotiated-transmit-interval { type uint32; units "microsecond"; description "Negotiated transmit interval in micro-seconds"; } leaf detection-time { type uint32; units "microsecond"; description "Detection time in micro-seconds"; } leaf detection-multiplier { type uint32; description "Detection Multiplier"; } } // container echo-interval-multiplier } // container status-brief-information leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf session-type { type Bfd-session; description "Session type"; } leaf session-subtype { type string; description "Session subtype"; } leaf session-flags { type uint32; description "Session Flags"; } } // list ipv6-single-hop-session-brief } // container ipv6-single-hop-session-briefs container ipv4bf-do-mplste-tail-multi-paths { description "IPv4 BFD over MPLS-TE Tail multipath"; list ipv4bf-do-mplste-tail-multi-path { description "Label multipath table"; leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } leaf incoming-label { type uint32; description "Incoming Label"; } leaf fe-ctype { type uint32; description "FEC Type"; } leaf fec-subgroup-id { type uint32; description "FEC Subgroup ID"; } leaf feclspid { type uint32; description "FEC LSP ID"; } leaf fec-tunnel-id { type uint32; description "FEC Tunnel ID"; } leaf fec-extended-tunnel-id { type inet:ipv4-address-no-zone; description "FEC Extended Tunnel ID"; } leaf fec-source { type inet:ipv4-address-no-zone; description "FEC Source"; } leaf fec-destination { type inet:ipv4-address-no-zone; description "FEC Destination"; } leaf fecp2mpid { type uint32; description "FEC P2MP ID"; } leaf fec-subgroup-originator { type inet:ipv4-address-no-zone; description "FEC Subgroup originator"; } leaf fec-ctype { type uint32; description "FEC C Type"; } leaf location { type xr:Node-id; description "Location"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator-xr { type Bfd-discr; description "Session's Local discriminator"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf incoming-label-xr { type uint32; description "Incoming Label"; } leaf session-interface-name { type xr:Interface-name; description "Interface name"; } } // list ipv4bf-do-mplste-tail-multi-path } // container ipv4bf-do-mplste-tail-multi-paths container ipv4-multi-hop-multi-paths { description "IPv4 multi-hop multipath"; list ipv4-multi-hop-multi-path { description "IPv4 multi hop multipath table"; leaf source-address { type inet:ip-address-no-zone; description "Source Address"; } leaf destination-address { type inet:ip-address-no-zone; description "Destination Address"; } leaf location { type xr:Node-id; description "Location"; } leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF name"; } leaf session-subtype { type string; description "Session subtype"; } leaf state { type Bfd-mgmt-session-state; description "State"; } leaf local-discriminator-xr { type Bfd-discr; description "Session's Local discriminator"; } leaf node-id { type xr:Node-id; description "Location where session is housed"; } leaf incoming-label-xr { type uint32; description "Incoming Label"; } leaf session-interface-name { type xr:Interface-name; description "Interface name"; } } // list ipv4-multi-hop-multi-path } // container ipv4-multi-hop-multi-paths container ipv4bf-do-mplste-head-summary { description "Summary information of IPv4 BFD over MPLS-TE Head"; container session-state { description "Statistics of states for sessions"; leaf total-count { type uint32; description "Number of sessions in database"; } leaf down-count { type uint32; description "Number of sessions in down state"; } leaf up-count { type uint32; description "Number of sessions in up state"; } leaf unknown-count { type uint32; description "Number of sessions in unknown state"; } } // container session-state } // container ipv4bf-do-mplste-head-summary } // container bfd container bfd-server-nodes { config false; description "Table of information about BFD in the Node"; list bfd-server-node { key "location"; description "Table of information about BFD per Node"; container client-detail-locs { description "Table of detailed information about BFD clients"; list client-detail-loc { key "client-name"; description "Detailed information of client"; leaf client-name { type xr:Cisco-ios-xr-string; description "Client Name"; } container brief { description "Brief client information"; leaf name-xr { type string { length "0..257"; } description "Client process name"; } leaf node-id { type xr:Node-id; description "Location where client resides"; } leaf session-count { type uint32; description "Number of sessions created by this client"; } } // container brief container flags { description "The BFD Client Flags"; leaf is-zombie-state { type int32; description "Client is in Zombie State"; } leaf is-recreate-state { type int32; description "Client is in Recreate State"; } } // container flags leaf recreate-time { type uint32; units "second"; description "Recreate Time in Seconds"; } } // list client-detail-loc } // container client-detail-locs container client-brief-locs { description "Table of Brief information about BFD clients"; list client-brief-loc { key "name"; description "Brief information of client"; leaf name { type xr:Cisco-ios-xr-string; description "Client Name"; } leaf name-xr { type string { length "0..257"; } description "Client process name"; } leaf node-id { type xr:Node-id; description "Location where client resides"; } leaf session-count { type uint32; description "Number of sessions created by this client"; } } // list client-brief-loc } // container client-brief-locs leaf location { type xr:Node-id; description "Location"; } } // list bfd-server-node } // container bfd-server-nodes } // module Cisco-IOS-XR-ip-bfd-oper
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