This module contains a collection of YANG definitions for Cisco IOS-XR tunnel-l2tun package operational data. This module conta...
Version: 2019-04-05
module Cisco-IOS-XR-tunnel-l2tun-oper { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-tunnel-l2tun-oper"; prefix tunnel-l2tun-oper; import Cisco-IOS-XR-types { prefix xr; } import cisco-semver { prefix semver; } include Cisco-IOS-XR-tunnel-l2tun-oper-sub1 { revision-date "2019-04-05"; } 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 tunnel-l2tun package operational data. This module contains definitions for the following management objects: l2tp: L2TP operational data l2tpv2: L2TPv2 operational data Copyright (c) 2013-2019 by Cisco Systems, Inc. All rights reserved."; revision "2019-04-05" { description "Establish semantic version baseline."; } revision "2018-11-01" { description "Added Yang support show l2tpv2 internal."; } revision "2017-09-07" { description "Fixed type translation error."; } revision "2015-11-09" { description "IOS XR 6.0 revision."; } semver:module-version "1.0.1"; container l2tp { config false; description "L2TP operational data"; container nodes { description "List of nodes for which subscriber data is collected"; list node { key "node-name"; description "Subscriber data for a particular node"; container counters { description "L2TP control messages counters"; container control { description "L2TP control messages counters"; container tunnel-xr { description "L2TP control tunnel messages counters"; container authentication { description "Tunnel authentication counters"; container nonce-avp { description "Nonce AVP statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container nonce-avp container common-digest { description "Common digest statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container common-digest container primary-digest { description "Primary digest statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container primary-digest container secondary-digest { description "Secondary digest statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container secondary-digest container integrity-check { description "Integrity check statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container integrity-check container local-secret { description "Local secret statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container local-secret container challenge-avp { description "Challenge AVP statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container challenge-avp container challenge-reponse { description "Challenge response statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container challenge-reponse container overall-statistics { description "Overall statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container overall-statistics } // container authentication container global { description "Tunnel counters"; container transmit { description "Transmit data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container transmit container retransmit { description "Re transmit data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container retransmit container received { description "Received data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container received container drop { description "Drop data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container drop leaf total-transmit { type uint32; description "Total transmit"; } leaf total-retransmit { type uint32; description "Total retransmit"; } leaf total-received { type uint32; description "Total received"; } leaf total-drop { type uint32; description "Total drop"; } } // container global } // container tunnel-xr container tunnels { description "Table of tunnel IDs of control message counters"; list tunnel { key "tunnel-id"; description "L2TP tunnel control message counters"; leaf tunnel-id { type uint32; description "L2TP tunnel ID"; } container brief { description "L2TP control message local and remote addresses"; leaf remote-tunnel-id { type uint32; description "Remote tunnel ID"; } leaf local-address { type inet:ipv4-address; description "Local IP address"; } leaf remote-address { type inet:ipv4-address; description "Remote IP address"; } } // container brief container global { description "Global data"; container transmit { description "Transmit data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container transmit container retransmit { description "Re transmit data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container retransmit container received { description "Received data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container received container drop { description "Drop data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container drop leaf total-transmit { type uint32; description "Total transmit"; } leaf total-retransmit { type uint32; description "Total retransmit"; } leaf total-received { type uint32; description "Total received"; } leaf total-drop { type uint32; description "Total drop"; } } // container global } // list tunnel } // container tunnels } // container control } // container counters leaf node-name { type xr:Node-id; description "Node name"; } container tunnel-configurations { description "List of tunnel IDs"; list tunnel-configuration { key "local-tunnel-id"; description "L2TP tunnel information"; leaf local-tunnel-id { type uint32; description "Local tunnel ID"; } container l2tp-class { description "L2Tp class data"; leaf ip-tos { type uint8; description "IP TOS"; } leaf vrf-name { type string { length "0..256"; } description "VRF name"; } leaf receive-window-size { type uint16; description "Receive window size"; } leaf class-name-xr { type string { length "0..256"; } description "Class name"; } leaf digest-hash { type Digest-hash; description "Hash configured as MD5 or SHA1"; } leaf password { type string { length "0..25"; } description "Password"; } leaf encoded-password { type string { length "0..256"; } description "Encoded password"; } leaf host-name { type string { length "0..256"; } description "Host name"; } leaf accounting-method-list { type string { length "0..256"; } description "Accounting List"; } leaf hello-timeout { type uint32; units "second"; description "Hello timeout value in seconds"; } leaf setup-timeout { type uint32; units "second"; description "Timeout setup value in seconds"; } leaf retransmit-minimum-timeout { type uint32; units "second"; description "Retransmit minimum timeout in seconds"; } leaf retransmit-maximum-timeout { type uint32; units "second"; description "Retransmit maximum timeout in seconds"; } leaf initial-retransmit-minimum-timeout { type uint32; units "second"; description "Initial timeout minimum in seconds"; } leaf initial-retransmit-maximum-timeout { type uint32; units "second"; description "Initial timeout maximum in seconds"; } leaf timeout-no-user { type uint32; description "Timeout no user"; } leaf retransmit-retries { type uint32; description "Retransmit retries"; } leaf initial-retransmit-retries { type uint32; description "Initial retransmit retries"; } leaf is-authentication-enabled { type boolean; description "True if authentication is enabled"; } leaf is-hidden { type boolean; description "True if class is hidden"; } leaf is-digest-enabled { type boolean; description "True if digest authentication is enabled"; } leaf is-digest-check-enabled { type boolean; description "True if digest check is enabled"; } leaf is-congestion-control-enabled { type boolean; description "True if congestion control is enabled"; } leaf is-peer-address-checked { type boolean; description "True if peer address is checked"; } } // container l2tp-class leaf remote-tunnel-id { type uint32; description "Remote tunnel ID"; } } // list tunnel-configuration } // container tunnel-configurations container counter-hist-fail { description "Failure events leading to disconnection"; leaf sess-down-tmout { type uint32; description "sesions affected due to timeout"; } leaf tx-counters { type yang:hex-string; description "Send side counters"; } leaf rx-counters { type yang:hex-string; description "Receive side counters"; } list pkt-timeout { max-elements 24; description "timeout events by packet"; leaf entry { type uint32; description "timeout events by packet"; } } // list pkt-timeout } // container counter-hist-fail container classes { description "List of L2TP class names"; list class { key "class-name"; description "L2TP class name"; leaf class-name { type xr:Cisco-ios-xr-string { length "1..31"; } description "L2TP class name"; } leaf ip-tos { type uint8; description "IP TOS"; } leaf vrf-name { type string { length "0..256"; } description "VRF name"; } leaf receive-window-size { type uint16; description "Receive window size"; } leaf class-name-xr { type string { length "0..256"; } description "Class name"; } leaf digest-hash { type Digest-hash; description "Hash configured as MD5 or SHA1"; } leaf password { type string { length "0..25"; } description "Password"; } leaf encoded-password { type string { length "0..256"; } description "Encoded password"; } leaf host-name { type string { length "0..256"; } description "Host name"; } leaf accounting-method-list { type string { length "0..256"; } description "Accounting List"; } leaf hello-timeout { type uint32; units "second"; description "Hello timeout value in seconds"; } leaf setup-timeout { type uint32; units "second"; description "Timeout setup value in seconds"; } leaf retransmit-minimum-timeout { type uint32; units "second"; description "Retransmit minimum timeout in seconds"; } leaf retransmit-maximum-timeout { type uint32; units "second"; description "Retransmit maximum timeout in seconds"; } leaf initial-retransmit-minimum-timeout { type uint32; units "second"; description "Initial timeout minimum in seconds"; } leaf initial-retransmit-maximum-timeout { type uint32; units "second"; description "Initial timeout maximum in seconds"; } leaf timeout-no-user { type uint32; description "Timeout no user"; } leaf retransmit-retries { type uint32; description "Retransmit retries"; } leaf initial-retransmit-retries { type uint32; description "Initial retransmit retries"; } leaf is-authentication-enabled { type boolean; description "True if authentication is enabled"; } leaf is-hidden { type boolean; description "True if class is hidden"; } leaf is-digest-enabled { type boolean; description "True if digest authentication is enabled"; } leaf is-digest-check-enabled { type boolean; description "True if digest check is enabled"; } leaf is-congestion-control-enabled { type boolean; description "True if congestion control is enabled"; } leaf is-peer-address-checked { type boolean; description "True if peer address is checked"; } } // list class } // container classes container tunnels { description "List of tunnel IDs"; list tunnel { key "local-tunnel-id"; description "L2TP tunnel information"; leaf local-tunnel-id { type uint32; description "Local tunnel ID"; } leaf local-address { type inet:ipv4-address; description "Local tunnel address"; } leaf remote-address { type inet:ipv4-address; description "Remote tunnel address"; } leaf local-port { type uint16; description "Local port"; } leaf remote-port { type uint16; description "Remote port"; } leaf protocol { type uint8; description "Protocol"; } leaf is-pmtu-enabled { type boolean; description "True if tunnel PMTU checking is enabled"; } leaf remote-tunnel-id { type uint32; description "Remote tunnel ID"; } leaf local-tunnel-name { type string { length "0..256"; } description "Local tunnel name"; } leaf remote-tunnel-name { type string { length "0..256"; } description "Remote tunnel name"; } leaf class-name { type string { length "0..256"; } description "L2TP class name"; } leaf active-sessions { type uint32; description "Number of active sessions"; } leaf sequence-ns { type uint16; description "Sequence NS"; } leaf sequence-nr { type uint16; description "Sequence NR"; } leaf local-window-size { type uint16; description "Local window size"; } leaf remote-window-size { type uint16; description "Remote window size"; } leaf retransmission-time { type uint16; units "second"; description "Retransmission time in seconds"; } leaf maximum-retransmission-time { type uint16; units "second"; description "Maximum retransmission time in seconds"; } leaf unsent-queue-size { type uint16; description "Unsent queue size"; } leaf unsent-maximum-queue-size { type uint16; description "Unsent maximum queue size"; } leaf resend-queue-size { type uint16; description "Resend queue size"; } leaf resend-maximum-queue-size { type uint16; description "Resend maximum queue size"; } leaf order-queue-size { type uint16; description "Order queue size"; } leaf packet-queue-check { type uint16; description "Current number session packet queue check"; } leaf digest-secrets { type uint16; description "Control message authentication with digest secrets"; } leaf resends { type uint32; description "Total resends"; } leaf zero-length-body-acknowledgement-sent { type uint32; description "Total zero length body acknowledgement"; } leaf total-out-of-order-drop-packets { type uint32; description "Total out of order dropped packets"; } leaf total-out-of-order-reorder-packets { type uint32; description "Total out of order reorder packets"; } leaf total-peer-authentication-failures { type uint32; description "Number of peer authentication failures"; } leaf is-tunnel-up { type boolean; description "True if tunnel is up"; } leaf is-congestion-control-enabled { type boolean; description "True if congestion control is enabled else false"; } list retransmit-time { max-elements 9; description "Retransmit time distribution in seconds"; leaf entry { type uint16; units "second"; description "Retransmit time distribution in seconds"; } } // list retransmit-time } // list tunnel } // container tunnels container sessions { description "List of session IDs"; list session { key "local-tunnel-id local-session-id"; description "L2TP information for a particular session"; leaf local-tunnel-id { type uint32; description "Local tunnel ID"; } leaf local-session-id { type uint32; description "Local session ID"; } container session-application-data { description "Session application data"; container xconnect { when "../l2tp-sh-sess-app-type = '4'" { description "../l2tp_sh_sess_app_type = '4'"; } description "Xconnect data"; leaf circuit-name { type string; description "Circuit name"; } leaf sessionvc-id { type uint32; description "Session VC ID"; } leaf is-circuit-state-up { type boolean; description "True if circuit state is up"; } leaf is-local-circuit-state-up { type boolean; description "True if local circuit state is up"; } leaf is-remote-circuit-state-up { type boolean; description "True if remote circuit state is up"; } leaf ipv6-protocol-tunneling { type boolean; description "IPv6ProtocolTunneling"; } } // container xconnect container vpdn { when "../l2tp-sh-sess-app-type = '2'" { description "../l2tp_sh_sess_app_type = '2'"; } description "VPDN data"; leaf username { type string; description "Session username"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } } // container vpdn leaf l2tp-sh-sess-app-type { type uint32; description "l2tp sh sess app type"; } } // container session-application-data leaf local-ip-address { type inet:ipv4-address; description "Local session IP address"; } leaf remote-ip-address { type inet:ipv4-address; description "Remote session IP address"; } leaf l2tp-sh-sess-udp-lport { type uint16; description "l2tp sh sess udp lport"; } leaf l2tp-sh-sess-udp-rport { type uint16; description "l2tp sh sess udp rport"; } leaf protocol { type uint8; description "Protocol"; } leaf remote-tunnel-id { type uint32; description "Remote tunnel ID"; } leaf call-serial-number { type uint32; description "Call serial number"; } leaf local-tunnel-name { type string { length "0..256"; } description "Local tunnel name"; } leaf remote-tunnel-name { type string { length "0..256"; } description "Remote tunnel name"; } leaf remote-session-id { type uint32; description "Remote session ID"; } leaf l2tp-sh-sess-tie-breaker-enabled { type uint8; description "l2tp sh sess tie breaker enabled"; } leaf l2tp-sh-sess-tie-breaker { type uint64; description "l2tp sh sess tie breaker"; } leaf is-session-manual { type boolean; description "True if session is manual"; } leaf is-session-up { type boolean; description "True if session is up"; } leaf is-udp-checksum-enabled { type boolean; description "True if UDP checksum enabled"; } leaf is-sequencing-on { type boolean; description "True if session sequence is on"; } leaf is-session-state-established { type boolean; description "True if session state is established"; } leaf is-session-locally-initiated { type boolean; description "True if session initiated locally"; } leaf is-conditional-debug-enabled { type boolean; description "True if conditional debugging is enabled"; } leaf unique-id { type uint32; description "Unique ID"; } leaf interface-name { type string { length "0..256"; } description "Interface name"; } } // list session } // container sessions container session { description "L2TP control messages counters"; container unavailable { description "L2TP session unavailable information"; leaf sessions-on-hold { type uint32; description "Number of session ID in hold database"; } } // container unavailable } // container session container internal { description "L2TP v2/v3 internal information"; container internal-stats { description "internal stats"; leaf l2tp-sh-l2x-num-tunnels { type uint32; description "l2tp sh l2x num tunnels"; } leaf l2tp-sh-l2x-num-sessions { type uint32; description "l2tp sh l2x num sessions"; } leaf l2tp-sh-l2x-rx-high-water-mark { type uint32; description "l2tp sh l2x rx high water mark"; } leaf l2tp-sh-l2x-ave-msg-process-usecs { type uint64; description "l2tp sh l2x ave msg process usecs"; } leaf l2tp-sh-l2x-num-rx-msgs { type uint32; description "l2tp sh l2x num rx msgs"; } leaf l2tp-sh-l2x-num-tx-msgs { type uint32; description "l2tp sh l2x num tx msgs"; } leaf l2tp-sh-l2x-num-tx-err-drops { type uint32; description "l2tp sh l2x num tx err drops"; } leaf l2tp-sh-l2x-num-tx-conn-drops { type uint32; description "l2tp sh l2x num tx conn drops"; } leaf l2tp-sh-l2x-num-reordered-msgs { type uint32; description "l2tp sh l2x num reordered msgs"; } leaf l2tp-sh-l2x-max-reorder-deviation { type uint32; description "l2tp sh l2x max reorder deviation"; } leaf l2tp-sh-l2x-num-ooo-msgs { type uint32; description "l2tp sh l2x num ooo msgs"; } leaf l2tp-sh-l2x-num-rx-path-drops { type uint32; description "l2tp sh l2x num rx path drops"; } leaf l2tp-sh-l2x-num-rx-path-data-pkt-drops { type uint32; description "l2tp sh l2x num rx path data pkt drops"; } leaf l2tp-sh-l2x-num-rx-queue-drops { type uint32; description "l2tp sh l2x num rx queue drops"; } leaf l2tp-sh-l2x-num-rx-ooo-drops { type uint32; description "l2tp sh l2x num rx ooo drops"; } leaf l2tp-sh-l2x-num-buffered-msgs { type uint32; description "l2tp sh l2x num buffered msgs"; } leaf l2tp-sh-l2x-num-mutex-block { type uint32; description "l2tp sh l2x num mutex block"; } leaf l2tp-sh-l2x-num-bad-len-drops { type uint32; description "l2tp sh l2x num bad len drops"; } leaf l2tp-sh-l2x-num-bad-avp-drops { type uint32; description "l2tp sh l2x num bad avp drops"; } leaf l2tp-sh-l2x-num-missing-cc-id-drops { type uint32; description "l2tp sh l2x num missing cc id drops"; } leaf l2tp-sh-l2x-num-missing-sess-id-drops { type uint32; description "l2tp sh l2x num missing sess id drops"; } leaf l2tp-sh-l2x-num-mismatch-cc-id-drops { type uint32; description "l2tp sh l2x num mismatch cc id drops"; } leaf l2tp-sh-l2x-num-unknown-cc-drops { type uint32; description "l2tp sh l2x num unknown cc drops"; } leaf l2tp-sh-l2x-num-unknown-sess-drops { type uint32; description "l2tp sh l2x num unknown sess drops"; } leaf l2tp-sh-l2x-num-linear-id-search { type uint32; description "l2tp sh l2x num linear id search"; } leaf l2tp-sh-l2x-num-linear-id-search-fail { type uint32; description "l2tp sh l2x num linear id search fail"; } leaf l2tp-sh-l2x-num-netio-pkt-rx { type uint32; description "l2tp sh l2x num netio pkt rx"; } leaf l2tp-sh-l2tun-ave-msg-process-usecs { type uint64; description "l2tp sh l2tun ave msg process usecs"; } leaf l2tp-sh-l2tun-num-rx-msgs { type uint32; description "l2tp sh l2tun num rx msgs"; } leaf l2tp-sh-l2tun-num-tx-msgs { type uint32; description "l2tp sh l2tun num tx msgs"; } leaf l2tp-l2tun-socket-ens-send-error-cnt { type uint32; description "l2tp l2tun socket ens send error cnt"; } leaf l2tp-l2tun-socket-session-accept { type uint64; description "l2tp l2tun socket session accept"; } leaf l2tp-l2tun-socket-session-destroy { type uint64; description "l2tp l2tun socket session destroy"; } leaf l2tp-l2tun-socket-session-connect { type uint64; description "l2tp l2tun socket session connect"; } leaf l2tp-l2tun-socket-session-connect-continue { type uint64; description "l2tp l2tun socket session connect continue"; } leaf l2tp-l2tun-session-connecting { type uint64; description "l2tp l2tun session connecting"; } leaf l2tp-l2tun-session-connected { type uint64; description "l2tp l2tun session connected"; } leaf l2tp-l2tun-session-disconnected { type uint64; description "l2tp l2tun session disconnected"; } leaf l2tp-l2tun-session-incoming { type uint64; description "l2tp l2tun session incoming"; } leaf l2tp-l2tun-session-updated { type uint64; description "l2tp l2tun session updated"; } leaf l2tp-l2tun-session-circuit-status { type uint64; description "l2tp l2tun session circuit status"; } leaf l2x-lpts-pa-stats-setup-cnt { type uint32; description "l2x lpts pa stats setup cnt"; } leaf l2x-lpts-pa-stats-destroy-cnt { type uint32; description "l2x lpts pa stats destroy cnt"; } leaf l2x-lpts-pa-stats-alloc-cnt { type uint32; description "l2x lpts pa stats alloc cnt"; } leaf l2x-lpts-pa-stats-alloc-fail-cnt { type uint32; description "l2x lpts pa stats alloc fail cnt"; } leaf l2x-lpts-pa-stats-init-cnt { type uint32; description "l2x lpts pa stats init cnt"; } leaf l2x-lpts-pa-stats-init-fail-cnt { type uint32; description "l2x lpts pa stats init fail cnt"; } leaf l2x-lpts-pa-stats-free-cnt { type uint32; description "l2x lpts pa stats free cnt"; } leaf l2x-lpts-pa-stats-pulse-cnt { type uint32; description "l2x lpts pa stats pulse cnt"; } leaf l2x-lpts-pa-stats-pulse-fail-cnt { type uint32; description "l2x lpts pa stats pulse fail cnt"; } leaf l2x-lpts-pa-stats-bind-cnt { type uint32; description "l2x lpts pa stats bind cnt"; } leaf l2x-lpts-pa-stats-bind-fail-cnt { type uint32; description "l2x lpts pa stats bind fail cnt"; } leaf l2x-lpts-pa-stats-bind-batch-cnt { type uint32; description "l2x lpts pa stats bind batch cnt"; } leaf l2x-lpts-pa-stats-bind-batch-fail-cnt { type uint32; description "l2x lpts pa stats bind batch fail cnt"; } leaf l2x-lpts-pa-stats-bind-time { type uint32; description "l2x lpts pa stats bind time"; } leaf l2x-lpts-pa-stats-expire-cnt { type uint32; description "l2x lpts pa stats expire cnt"; } leaf l2x-lpts-pa-stats-replay-cnt { type uint32; description "l2x lpts pa stats replay cnt"; } leaf l2x-lpts-pa-stats-replay-batch-cnt { type uint32; description "l2x lpts pa stats replay batch cnt"; } leaf l2x-lpts-pa-stats-replay-time { type uint32; description "l2x lpts pa stats replay time"; } } // container internal-stats container internal-stats-last-clear { description "internal stats last clear"; leaf l2tp-sh-l2x-num-tunnels { type uint32; description "l2tp sh l2x num tunnels"; } leaf l2tp-sh-l2x-num-sessions { type uint32; description "l2tp sh l2x num sessions"; } leaf l2tp-sh-l2x-rx-high-water-mark { type uint32; description "l2tp sh l2x rx high water mark"; } leaf l2tp-sh-l2x-ave-msg-process-usecs { type uint64; description "l2tp sh l2x ave msg process usecs"; } leaf l2tp-sh-l2x-num-rx-msgs { type uint32; description "l2tp sh l2x num rx msgs"; } leaf l2tp-sh-l2x-num-tx-msgs { type uint32; description "l2tp sh l2x num tx msgs"; } leaf l2tp-sh-l2x-num-tx-err-drops { type uint32; description "l2tp sh l2x num tx err drops"; } leaf l2tp-sh-l2x-num-tx-conn-drops { type uint32; description "l2tp sh l2x num tx conn drops"; } leaf l2tp-sh-l2x-num-reordered-msgs { type uint32; description "l2tp sh l2x num reordered msgs"; } leaf l2tp-sh-l2x-max-reorder-deviation { type uint32; description "l2tp sh l2x max reorder deviation"; } leaf l2tp-sh-l2x-num-ooo-msgs { type uint32; description "l2tp sh l2x num ooo msgs"; } leaf l2tp-sh-l2x-num-rx-path-drops { type uint32; description "l2tp sh l2x num rx path drops"; } leaf l2tp-sh-l2x-num-rx-path-data-pkt-drops { type uint32; description "l2tp sh l2x num rx path data pkt drops"; } leaf l2tp-sh-l2x-num-rx-queue-drops { type uint32; description "l2tp sh l2x num rx queue drops"; } leaf l2tp-sh-l2x-num-rx-ooo-drops { type uint32; description "l2tp sh l2x num rx ooo drops"; } leaf l2tp-sh-l2x-num-buffered-msgs { type uint32; description "l2tp sh l2x num buffered msgs"; } leaf l2tp-sh-l2x-num-mutex-block { type uint32; description "l2tp sh l2x num mutex block"; } leaf l2tp-sh-l2x-num-bad-len-drops { type uint32; description "l2tp sh l2x num bad len drops"; } leaf l2tp-sh-l2x-num-bad-avp-drops { type uint32; description "l2tp sh l2x num bad avp drops"; } leaf l2tp-sh-l2x-num-missing-cc-id-drops { type uint32; description "l2tp sh l2x num missing cc id drops"; } leaf l2tp-sh-l2x-num-missing-sess-id-drops { type uint32; description "l2tp sh l2x num missing sess id drops"; } leaf l2tp-sh-l2x-num-mismatch-cc-id-drops { type uint32; description "l2tp sh l2x num mismatch cc id drops"; } leaf l2tp-sh-l2x-num-unknown-cc-drops { type uint32; description "l2tp sh l2x num unknown cc drops"; } leaf l2tp-sh-l2x-num-unknown-sess-drops { type uint32; description "l2tp sh l2x num unknown sess drops"; } leaf l2tp-sh-l2x-num-linear-id-search { type uint32; description "l2tp sh l2x num linear id search"; } leaf l2tp-sh-l2x-num-linear-id-search-fail { type uint32; description "l2tp sh l2x num linear id search fail"; } leaf l2tp-sh-l2x-num-netio-pkt-rx { type uint32; description "l2tp sh l2x num netio pkt rx"; } leaf l2tp-sh-l2tun-ave-msg-process-usecs { type uint64; description "l2tp sh l2tun ave msg process usecs"; } leaf l2tp-sh-l2tun-num-rx-msgs { type uint32; description "l2tp sh l2tun num rx msgs"; } leaf l2tp-sh-l2tun-num-tx-msgs { type uint32; description "l2tp sh l2tun num tx msgs"; } leaf l2tp-l2tun-socket-ens-send-error-cnt { type uint32; description "l2tp l2tun socket ens send error cnt"; } leaf l2tp-l2tun-socket-session-accept { type uint64; description "l2tp l2tun socket session accept"; } leaf l2tp-l2tun-socket-session-destroy { type uint64; description "l2tp l2tun socket session destroy"; } leaf l2tp-l2tun-socket-session-connect { type uint64; description "l2tp l2tun socket session connect"; } leaf l2tp-l2tun-socket-session-connect-continue { type uint64; description "l2tp l2tun socket session connect continue"; } leaf l2tp-l2tun-session-connecting { type uint64; description "l2tp l2tun session connecting"; } leaf l2tp-l2tun-session-connected { type uint64; description "l2tp l2tun session connected"; } leaf l2tp-l2tun-session-disconnected { type uint64; description "l2tp l2tun session disconnected"; } leaf l2tp-l2tun-session-incoming { type uint64; description "l2tp l2tun session incoming"; } leaf l2tp-l2tun-session-updated { type uint64; description "l2tp l2tun session updated"; } leaf l2tp-l2tun-session-circuit-status { type uint64; description "l2tp l2tun session circuit status"; } leaf l2x-lpts-pa-stats-setup-cnt { type uint32; description "l2x lpts pa stats setup cnt"; } leaf l2x-lpts-pa-stats-destroy-cnt { type uint32; description "l2x lpts pa stats destroy cnt"; } leaf l2x-lpts-pa-stats-alloc-cnt { type uint32; description "l2x lpts pa stats alloc cnt"; } leaf l2x-lpts-pa-stats-alloc-fail-cnt { type uint32; description "l2x lpts pa stats alloc fail cnt"; } leaf l2x-lpts-pa-stats-init-cnt { type uint32; description "l2x lpts pa stats init cnt"; } leaf l2x-lpts-pa-stats-init-fail-cnt { type uint32; description "l2x lpts pa stats init fail cnt"; } leaf l2x-lpts-pa-stats-free-cnt { type uint32; description "l2x lpts pa stats free cnt"; } leaf l2x-lpts-pa-stats-pulse-cnt { type uint32; description "l2x lpts pa stats pulse cnt"; } leaf l2x-lpts-pa-stats-pulse-fail-cnt { type uint32; description "l2x lpts pa stats pulse fail cnt"; } leaf l2x-lpts-pa-stats-bind-cnt { type uint32; description "l2x lpts pa stats bind cnt"; } leaf l2x-lpts-pa-stats-bind-fail-cnt { type uint32; description "l2x lpts pa stats bind fail cnt"; } leaf l2x-lpts-pa-stats-bind-batch-cnt { type uint32; description "l2x lpts pa stats bind batch cnt"; } leaf l2x-lpts-pa-stats-bind-batch-fail-cnt { type uint32; description "l2x lpts pa stats bind batch fail cnt"; } leaf l2x-lpts-pa-stats-bind-time { type uint32; description "l2x lpts pa stats bind time"; } leaf l2x-lpts-pa-stats-expire-cnt { type uint32; description "l2x lpts pa stats expire cnt"; } leaf l2x-lpts-pa-stats-replay-cnt { type uint32; description "l2x lpts pa stats replay cnt"; } leaf l2x-lpts-pa-stats-replay-batch-cnt { type uint32; description "l2x lpts pa stats replay batch cnt"; } leaf l2x-lpts-pa-stats-replay-time { type uint32; description "l2x lpts pa stats replay time"; } } // container internal-stats-last-clear leaf time-last-clear { type uint32; description "time last clear"; } } // container internal } // list node } // container nodes } // container l2tp container l2tpv2 { config false; description "L2TPv2 operational data"; container nodes { description "List of nodes for which subscriber data is collected"; list node { key "node-name"; description "Subscriber data for a particular node"; container counters { description "L2TP control messages counters"; container forwarding { description "L2TP forwarding messages counters"; container sessions { description "List of class and session IDs"; list session { key "tunnel-id session-id"; description "L2TP information for a particular session"; leaf tunnel-id { type uint32; description "Local tunnel ID"; } leaf session-id { type uint32; description "Local session ID"; } leaf remote-session-id { type uint32; description "Remote session ID"; } leaf in-packets { type uint64; description "Number of packets sent in"; } leaf out-packets { type uint64; description "Number of packets sent out"; } leaf in-bytes { type uint64; units "byte"; description "Number of bytes sent in"; } leaf out-bytes { type uint64; units "byte"; description "Number of bytes sent out"; } } // list session } // container sessions } // container forwarding container control { description "L2TP control messages counters"; container tunnel-xr { description "L2TP control tunnel messages counters"; container authentication { description "Tunnel authentication counters"; container nonce-avp { description "Nonce AVP statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container nonce-avp container common-digest { description "Common digest statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container common-digest container primary-digest { description "Primary digest statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container primary-digest container secondary-digest { description "Secondary digest statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container secondary-digest container integrity-check { description "Integrity check statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container integrity-check container local-secret { description "Local secret statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container local-secret container challenge-avp { description "Challenge AVP statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container challenge-avp container challenge-reponse { description "Challenge response statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container challenge-reponse container overall-statistics { description "Overall statistics"; leaf validate { type uint32; description "Validate"; } leaf bad-hash { type uint32; description "Bad hash"; } leaf bad-length { type uint32; description "Bad length"; } leaf ignored { type uint32; description "Ignored"; } leaf missing { type uint32; description "Missing"; } leaf passed { type uint32; description "Passed"; } leaf failed { type uint32; description "Failed"; } leaf skipped { type uint32; description "Skipped"; } leaf generate-response-failures { type uint32; description "Generate response fail"; } leaf unexpected { type uint32; description "Unexpected"; } leaf unexpected-zlb { type uint32; description "Unexpected ZLB"; } } // container overall-statistics } // container authentication container global { description "Tunnel counters"; container transmit { description "Transmit data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container transmit container retransmit { description "Re transmit data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container retransmit container received { description "Received data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container received container drop { description "Drop data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container drop leaf total-transmit { type uint32; description "Total transmit"; } leaf total-retransmit { type uint32; description "Total retransmit"; } leaf total-received { type uint32; description "Total received"; } leaf total-drop { type uint32; description "Total drop"; } } // container global } // container tunnel-xr container tunnels { description "Table of tunnel IDs of control message counters"; list tunnel { key "tunnel-id"; description "L2TP tunnel control message counters"; leaf tunnel-id { type uint32; description "L2TP tunnel ID"; } container brief { description "L2TP control message local and remote addresses"; leaf remote-tunnel-id { type uint32; description "Remote tunnel ID"; } leaf local-address { type inet:ipv4-address; description "Local IP address"; } leaf remote-address { type inet:ipv4-address; description "Remote IP address"; } } // container brief container global { description "Global data"; container transmit { description "Transmit data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container transmit container retransmit { description "Re transmit data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container retransmit container received { description "Received data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container received container drop { description "Drop data"; leaf unknown-packets { type uint32; description "Unknown packets"; } leaf zero-length-body-packets { type uint32; description "Zero length body packets"; } leaf start-control-connection-requests { type uint32; description "Start control connection requests"; } leaf start-control-connection-replies { type uint32; description "Start control connection replies"; } leaf start-control-connection-notifications { type uint32; description "Start control connection notifications"; } leaf stop-control-connection-notifications { type uint32; description "Stop control connection notifications"; } leaf hello-packets { type uint32; description "Keep alive messages"; } leaf outgoing-call-requests { type uint32; description "Outgoing call requests"; } leaf outgoing-call-replies { type uint32; description "Outgoing call replies"; } leaf outgoing-call-connected-packets { type uint32; description "Outgoing call connected packets"; } leaf incoming-call-requests { type uint32; description "Incoming call requests"; } leaf incoming-call-replies { type uint32; description "Incoming call replies"; } leaf incoming-call-connected-packets { type uint32; description "Incoming call connected packets"; } leaf call-disconnect-notify-packets { type uint32; description "Call disconnect notify packets"; } leaf wan-error-notify-packets { type uint32; description "WAN error notify packets"; } leaf set-link-info-packets { type uint32; description "Set link info packets"; } leaf service-relay-requests { type uint32; description "Service relay request counts"; } leaf service-relay-replies { type uint32; description "Service relay reply counts"; } leaf acknowledgement-packets { type uint32; description "Packets acknowledgement"; } } // container drop leaf total-transmit { type uint32; description "Total transmit"; } leaf total-retransmit { type uint32; description "Total retransmit"; } leaf total-received { type uint32; description "Total received"; } leaf total-drop { type uint32; description "Total drop"; } } // container global } // list tunnel } // container tunnels } // container control } // container counters container statistics { description "L2TP v2 statistics information"; leaf tunnels { type uint32; description "Number of tunnels"; } leaf sessions { type uint32; description "Number of sessions"; } leaf sent-packets { type uint32; description "Number of packets sent"; } leaf received-packets { type uint32; description "Number of packets received"; } leaf average-packet-processing-time { type uint32; units "microsecond"; description "Average processing time for received packets (in micro seconds)"; } leaf received-out-of-order-packets { type uint32; description "Out of order packets received"; } leaf reorder-packets { type uint32; description "Re order packets"; } leaf reorder-deviation-packets { type uint32; description "Re order deviation"; } leaf incoming-dropped-packets { type uint32; description "In coming packets dropped"; } leaf buffered-packets { type uint32; description "Bufferred packets"; } leaf netio-packets { type uint32; description "Packets RX in netio"; } } // container statistics container tunnel { description "L2TPv2 tunnel "; container accounting { description "Tunnel accounting counters"; container statistics { description "Tunnel accounting statistics"; leaf records-sent-successfully { type uint64; description "Accounting records sent successfully"; } leaf start { type uint64; description "Accounting start"; } leaf stop { type uint64; description "Accounting stop"; } leaf reject { type uint64; description "Accounting reject"; } leaf transport-failures { type uint64; description "Transport failures"; } leaf positive-acknowledgement { type uint64; description "Positive acknowledgement"; } leaf negative-acknowledgement { type uint64; description "Negative acknowledgement"; } leaf records-checkpointed { type uint64; description "Total records checkpointed"; } leaf records-failed-to-checkpoint { type uint64; description "Records fail to checkpoint"; } leaf records-sent-from-queue { type uint64; description "Records sent from queue"; } leaf memory-failures { type uint32; description "Memory failures"; } leaf current-size { type uint32; description "Current checkpoint size"; } leaf records-recovered-from-checkpoint { type uint32; description "Records recovered from checkpoint"; } leaf records-fail-to-recover { type uint32; description "Records fail to recover"; } leaf queue-statistics-size { type int32; description "Queue statistics size"; } } // container statistics } // container accounting } // container tunnel leaf node-name { type xr:Node-id; description "Node name"; } container tunnel-configurations { description "List of tunnel IDs"; list tunnel-configuration { key "local-tunnel-id"; description "L2TP tunnel information"; leaf local-tunnel-id { type uint32; description "Local tunnel ID"; } container l2tp-class { description "L2Tp class data"; leaf ip-tos { type uint8; description "IP TOS"; } leaf vrf-name { type string { length "0..256"; } description "VRF name"; } leaf receive-window-size { type uint16; description "Receive window size"; } leaf class-name-xr { type string { length "0..256"; } description "Class name"; } leaf digest-hash { type Digest-hash; description "Hash configured as MD5 or SHA1"; } leaf password { type string { length "0..25"; } description "Password"; } leaf encoded-password { type string { length "0..256"; } description "Encoded password"; } leaf host-name { type string { length "0..256"; } description "Host name"; } leaf accounting-method-list { type string { length "0..256"; } description "Accounting List"; } leaf hello-timeout { type uint32; units "second"; description "Hello timeout value in seconds"; } leaf setup-timeout { type uint32; units "second"; description "Timeout setup value in seconds"; } leaf retransmit-minimum-timeout { type uint32; units "second"; description "Retransmit minimum timeout in seconds"; } leaf retransmit-maximum-timeout { type uint32; units "second"; description "Retransmit maximum timeout in seconds"; } leaf initial-retransmit-minimum-timeout { type uint32; units "second"; description "Initial timeout minimum in seconds"; } leaf initial-retransmit-maximum-timeout { type uint32; units "second"; description "Initial timeout maximum in seconds"; } leaf timeout-no-user { type uint32; description "Timeout no user"; } leaf retransmit-retries { type uint32; description "Retransmit retries"; } leaf initial-retransmit-retries { type uint32; description "Initial retransmit retries"; } leaf is-authentication-enabled { type boolean; description "True if authentication is enabled"; } leaf is-hidden { type boolean; description "True if class is hidden"; } leaf is-digest-enabled { type boolean; description "True if digest authentication is enabled"; } leaf is-digest-check-enabled { type boolean; description "True if digest check is enabled"; } leaf is-congestion-control-enabled { type boolean; description "True if congestion control is enabled"; } leaf is-peer-address-checked { type boolean; description "True if peer address is checked"; } } // container l2tp-class leaf remote-tunnel-id { type uint32; description "Remote tunnel ID"; } } // list tunnel-configuration } // container tunnel-configurations container counter-hist-fail { description "Failure events leading to disconnection"; leaf sess-down-tmout { type uint32; description "sesions affected due to timeout"; } leaf tx-counters { type yang:hex-string; description "Send side counters"; } leaf rx-counters { type yang:hex-string; description "Receive side counters"; } list pkt-timeout { max-elements 24; description "timeout events by packet"; leaf entry { type uint32; description "timeout events by packet"; } } // list pkt-timeout } // container counter-hist-fail container classes { description "List of L2TP class names"; list class { key "class-name"; description "L2TP class name"; leaf class-name { type xr:Cisco-ios-xr-string { length "1..31"; } description "L2TP class name"; } leaf ip-tos { type uint8; description "IP TOS"; } leaf vrf-name { type string { length "0..256"; } description "VRF name"; } leaf receive-window-size { type uint16; description "Receive window size"; } leaf class-name-xr { type string { length "0..256"; } description "Class name"; } leaf digest-hash { type Digest-hash; description "Hash configured as MD5 or SHA1"; } leaf password { type string { length "0..25"; } description "Password"; } leaf encoded-password { type string { length "0..256"; } description "Encoded password"; } leaf host-name { type string { length "0..256"; } description "Host name"; } leaf accounting-method-list { type string { length "0..256"; } description "Accounting List"; } leaf hello-timeout { type uint32; units "second"; description "Hello timeout value in seconds"; } leaf setup-timeout { type uint32; units "second"; description "Timeout setup value in seconds"; } leaf retransmit-minimum-timeout { type uint32; units "second"; description "Retransmit minimum timeout in seconds"; } leaf retransmit-maximum-timeout { type uint32; units "second"; description "Retransmit maximum timeout in seconds"; } leaf initial-retransmit-minimum-timeout { type uint32; units "second"; description "Initial timeout minimum in seconds"; } leaf initial-retransmit-maximum-timeout { type uint32; units "second"; description "Initial timeout maximum in seconds"; } leaf timeout-no-user { type uint32; description "Timeout no user"; } leaf retransmit-retries { type uint32; description "Retransmit retries"; } leaf initial-retransmit-retries { type uint32; description "Initial retransmit retries"; } leaf is-authentication-enabled { type boolean; description "True if authentication is enabled"; } leaf is-hidden { type boolean; description "True if class is hidden"; } leaf is-digest-enabled { type boolean; description "True if digest authentication is enabled"; } leaf is-digest-check-enabled { type boolean; description "True if digest check is enabled"; } leaf is-congestion-control-enabled { type boolean; description "True if congestion control is enabled"; } leaf is-peer-address-checked { type boolean; description "True if peer address is checked"; } } // list class } // container classes container tunnels { description "List of tunnel IDs"; list tunnel { key "local-tunnel-id"; description "L2TP tunnel information"; leaf local-tunnel-id { type uint32; description "Local tunnel ID"; } leaf local-address { type inet:ipv4-address; description "Local tunnel address"; } leaf remote-address { type inet:ipv4-address; description "Remote tunnel address"; } leaf local-port { type uint16; description "Local port"; } leaf remote-port { type uint16; description "Remote port"; } leaf protocol { type uint8; description "Protocol"; } leaf is-pmtu-enabled { type boolean; description "True if tunnel PMTU checking is enabled"; } leaf remote-tunnel-id { type uint32; description "Remote tunnel ID"; } leaf local-tunnel-name { type string { length "0..256"; } description "Local tunnel name"; } leaf remote-tunnel-name { type string { length "0..256"; } description "Remote tunnel name"; } leaf class-name { type string { length "0..256"; } description "L2TP class name"; } leaf active-sessions { type uint32; description "Number of active sessions"; } leaf sequence-ns { type uint16; description "Sequence NS"; } leaf sequence-nr { type uint16; description "Sequence NR"; } leaf local-window-size { type uint16; description "Local window size"; } leaf remote-window-size { type uint16; description "Remote window size"; } leaf retransmission-time { type uint16; units "second"; description "Retransmission time in seconds"; } leaf maximum-retransmission-time { type uint16; units "second"; description "Maximum retransmission time in seconds"; } leaf unsent-queue-size { type uint16; description "Unsent queue size"; } leaf unsent-maximum-queue-size { type uint16; description "Unsent maximum queue size"; } leaf resend-queue-size { type uint16; description "Resend queue size"; } leaf resend-maximum-queue-size { type uint16; description "Resend maximum queue size"; } leaf order-queue-size { type uint16; description "Order queue size"; } leaf packet-queue-check { type uint16; description "Current number session packet queue check"; } leaf digest-secrets { type uint16; description "Control message authentication with digest secrets"; } leaf resends { type uint32; description "Total resends"; } leaf zero-length-body-acknowledgement-sent { type uint32; description "Total zero length body acknowledgement"; } leaf total-out-of-order-drop-packets { type uint32; description "Total out of order dropped packets"; } leaf total-out-of-order-reorder-packets { type uint32; description "Total out of order reorder packets"; } leaf total-peer-authentication-failures { type uint32; description "Number of peer authentication failures"; } leaf is-tunnel-up { type boolean; description "True if tunnel is up"; } leaf is-congestion-control-enabled { type boolean; description "True if congestion control is enabled else false"; } list retransmit-time { max-elements 9; description "Retransmit time distribution in seconds"; leaf entry { type uint16; units "second"; description "Retransmit time distribution in seconds"; } } // list retransmit-time } // list tunnel } // container tunnels container sessions { description "List of session IDs"; list session { key "local-tunnel-id local-session-id"; description "L2TP information for a particular session"; leaf local-tunnel-id { type uint32; description "Local tunnel ID"; } leaf local-session-id { type uint32; description "Local session ID"; } container session-application-data { description "Session application data"; container xconnect { when "../l2tp-sh-sess-app-type = '4'" { description "../l2tp_sh_sess_app_type = '4'"; } description "Xconnect data"; leaf circuit-name { type string; description "Circuit name"; } leaf sessionvc-id { type uint32; description "Session VC ID"; } leaf is-circuit-state-up { type boolean; description "True if circuit state is up"; } leaf is-local-circuit-state-up { type boolean; description "True if local circuit state is up"; } leaf is-remote-circuit-state-up { type boolean; description "True if remote circuit state is up"; } leaf ipv6-protocol-tunneling { type boolean; description "IPv6ProtocolTunneling"; } } // container xconnect container vpdn { when "../l2tp-sh-sess-app-type = '2'" { description "../l2tp_sh_sess_app_type = '2'"; } description "VPDN data"; leaf username { type string; description "Session username"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } } // container vpdn leaf l2tp-sh-sess-app-type { type uint32; description "l2tp sh sess app type"; } } // container session-application-data leaf local-ip-address { type inet:ipv4-address; description "Local session IP address"; } leaf remote-ip-address { type inet:ipv4-address; description "Remote session IP address"; } leaf l2tp-sh-sess-udp-lport { type uint16; description "l2tp sh sess udp lport"; } leaf l2tp-sh-sess-udp-rport { type uint16; description "l2tp sh sess udp rport"; } leaf protocol { type uint8; description "Protocol"; } leaf remote-tunnel-id { type uint32; description "Remote tunnel ID"; } leaf call-serial-number { type uint32; description "Call serial number"; } leaf local-tunnel-name { type string { length "0..256"; } description "Local tunnel name"; } leaf remote-tunnel-name { type string { length "0..256"; } description "Remote tunnel name"; } leaf remote-session-id { type uint32; description "Remote session ID"; } leaf l2tp-sh-sess-tie-breaker-enabled { type uint8; description "l2tp sh sess tie breaker enabled"; } leaf l2tp-sh-sess-tie-breaker { type uint64; description "l2tp sh sess tie breaker"; } leaf is-session-manual { type boolean; description "True if session is manual"; } leaf is-session-up { type boolean; description "True if session is up"; } leaf is-udp-checksum-enabled { type boolean; description "True if UDP checksum enabled"; } leaf is-sequencing-on { type boolean; description "True if session sequence is on"; } leaf is-session-state-established { type boolean; description "True if session state is established"; } leaf is-session-locally-initiated { type boolean; description "True if session initiated locally"; } leaf is-conditional-debug-enabled { type boolean; description "True if conditional debugging is enabled"; } leaf unique-id { type uint32; description "Unique ID"; } leaf interface-name { type string { length "0..256"; } description "Interface name"; } } // list session } // container sessions container session { description "L2TP control messages counters"; container unavailable { description "L2TP session unavailable information"; leaf sessions-on-hold { type uint32; description "Number of session ID in hold database"; } } // container unavailable } // container session container internal { description "L2TP v2/v3 internal information"; container internal-stats { description "internal stats"; leaf l2tp-sh-l2x-num-tunnels { type uint32; description "l2tp sh l2x num tunnels"; } leaf l2tp-sh-l2x-num-sessions { type uint32; description "l2tp sh l2x num sessions"; } leaf l2tp-sh-l2x-rx-high-water-mark { type uint32; description "l2tp sh l2x rx high water mark"; } leaf l2tp-sh-l2x-ave-msg-process-usecs { type uint64; description "l2tp sh l2x ave msg process usecs"; } leaf l2tp-sh-l2x-num-rx-msgs { type uint32; description "l2tp sh l2x num rx msgs"; } leaf l2tp-sh-l2x-num-tx-msgs { type uint32; description "l2tp sh l2x num tx msgs"; } leaf l2tp-sh-l2x-num-tx-err-drops { type uint32; description "l2tp sh l2x num tx err drops"; } leaf l2tp-sh-l2x-num-tx-conn-drops { type uint32; description "l2tp sh l2x num tx conn drops"; } leaf l2tp-sh-l2x-num-reordered-msgs { type uint32; description "l2tp sh l2x num reordered msgs"; } leaf l2tp-sh-l2x-max-reorder-deviation { type uint32; description "l2tp sh l2x max reorder deviation"; } leaf l2tp-sh-l2x-num-ooo-msgs { type uint32; description "l2tp sh l2x num ooo msgs"; } leaf l2tp-sh-l2x-num-rx-path-drops { type uint32; description "l2tp sh l2x num rx path drops"; } leaf l2tp-sh-l2x-num-rx-path-data-pkt-drops { type uint32; description "l2tp sh l2x num rx path data pkt drops"; } leaf l2tp-sh-l2x-num-rx-queue-drops { type uint32; description "l2tp sh l2x num rx queue drops"; } leaf l2tp-sh-l2x-num-rx-ooo-drops { type uint32; description "l2tp sh l2x num rx ooo drops"; } leaf l2tp-sh-l2x-num-buffered-msgs { type uint32; description "l2tp sh l2x num buffered msgs"; } leaf l2tp-sh-l2x-num-mutex-block { type uint32; description "l2tp sh l2x num mutex block"; } leaf l2tp-sh-l2x-num-bad-len-drops { type uint32; description "l2tp sh l2x num bad len drops"; } leaf l2tp-sh-l2x-num-bad-avp-drops { type uint32; description "l2tp sh l2x num bad avp drops"; } leaf l2tp-sh-l2x-num-missing-cc-id-drops { type uint32; description "l2tp sh l2x num missing cc id drops"; } leaf l2tp-sh-l2x-num-missing-sess-id-drops { type uint32; description "l2tp sh l2x num missing sess id drops"; } leaf l2tp-sh-l2x-num-mismatch-cc-id-drops { type uint32; description "l2tp sh l2x num mismatch cc id drops"; } leaf l2tp-sh-l2x-num-unknown-cc-drops { type uint32; description "l2tp sh l2x num unknown cc drops"; } leaf l2tp-sh-l2x-num-unknown-sess-drops { type uint32; description "l2tp sh l2x num unknown sess drops"; } leaf l2tp-sh-l2x-num-linear-id-search { type uint32; description "l2tp sh l2x num linear id search"; } leaf l2tp-sh-l2x-num-linear-id-search-fail { type uint32; description "l2tp sh l2x num linear id search fail"; } leaf l2tp-sh-l2x-num-netio-pkt-rx { type uint32; description "l2tp sh l2x num netio pkt rx"; } leaf l2tp-sh-l2tun-ave-msg-process-usecs { type uint64; description "l2tp sh l2tun ave msg process usecs"; } leaf l2tp-sh-l2tun-num-rx-msgs { type uint32; description "l2tp sh l2tun num rx msgs"; } leaf l2tp-sh-l2tun-num-tx-msgs { type uint32; description "l2tp sh l2tun num tx msgs"; } leaf l2tp-l2tun-socket-ens-send-error-cnt { type uint32; description "l2tp l2tun socket ens send error cnt"; } leaf l2tp-l2tun-socket-session-accept { type uint64; description "l2tp l2tun socket session accept"; } leaf l2tp-l2tun-socket-session-destroy { type uint64; description "l2tp l2tun socket session destroy"; } leaf l2tp-l2tun-socket-session-connect { type uint64; description "l2tp l2tun socket session connect"; } leaf l2tp-l2tun-socket-session-connect-continue { type uint64; description "l2tp l2tun socket session connect continue"; } leaf l2tp-l2tun-session-connecting { type uint64; description "l2tp l2tun session connecting"; } leaf l2tp-l2tun-session-connected { type uint64; description "l2tp l2tun session connected"; } leaf l2tp-l2tun-session-disconnected { type uint64; description "l2tp l2tun session disconnected"; } leaf l2tp-l2tun-session-incoming { type uint64; description "l2tp l2tun session incoming"; } leaf l2tp-l2tun-session-updated { type uint64; description "l2tp l2tun session updated"; } leaf l2tp-l2tun-session-circuit-status { type uint64; description "l2tp l2tun session circuit status"; } leaf l2x-lpts-pa-stats-setup-cnt { type uint32; description "l2x lpts pa stats setup cnt"; } leaf l2x-lpts-pa-stats-destroy-cnt { type uint32; description "l2x lpts pa stats destroy cnt"; } leaf l2x-lpts-pa-stats-alloc-cnt { type uint32; description "l2x lpts pa stats alloc cnt"; } leaf l2x-lpts-pa-stats-alloc-fail-cnt { type uint32; description "l2x lpts pa stats alloc fail cnt"; } leaf l2x-lpts-pa-stats-init-cnt { type uint32; description "l2x lpts pa stats init cnt"; } leaf l2x-lpts-pa-stats-init-fail-cnt { type uint32; description "l2x lpts pa stats init fail cnt"; } leaf l2x-lpts-pa-stats-free-cnt { type uint32; description "l2x lpts pa stats free cnt"; } leaf l2x-lpts-pa-stats-pulse-cnt { type uint32; description "l2x lpts pa stats pulse cnt"; } leaf l2x-lpts-pa-stats-pulse-fail-cnt { type uint32; description "l2x lpts pa stats pulse fail cnt"; } leaf l2x-lpts-pa-stats-bind-cnt { type uint32; description "l2x lpts pa stats bind cnt"; } leaf l2x-lpts-pa-stats-bind-fail-cnt { type uint32; description "l2x lpts pa stats bind fail cnt"; } leaf l2x-lpts-pa-stats-bind-batch-cnt { type uint32; description "l2x lpts pa stats bind batch cnt"; } leaf l2x-lpts-pa-stats-bind-batch-fail-cnt { type uint32; description "l2x lpts pa stats bind batch fail cnt"; } leaf l2x-lpts-pa-stats-bind-time { type uint32; description "l2x lpts pa stats bind time"; } leaf l2x-lpts-pa-stats-expire-cnt { type uint32; description "l2x lpts pa stats expire cnt"; } leaf l2x-lpts-pa-stats-replay-cnt { type uint32; description "l2x lpts pa stats replay cnt"; } leaf l2x-lpts-pa-stats-replay-batch-cnt { type uint32; description "l2x lpts pa stats replay batch cnt"; } leaf l2x-lpts-pa-stats-replay-time { type uint32; description "l2x lpts pa stats replay time"; } } // container internal-stats container internal-stats-last-clear { description "internal stats last clear"; leaf l2tp-sh-l2x-num-tunnels { type uint32; description "l2tp sh l2x num tunnels"; } leaf l2tp-sh-l2x-num-sessions { type uint32; description "l2tp sh l2x num sessions"; } leaf l2tp-sh-l2x-rx-high-water-mark { type uint32; description "l2tp sh l2x rx high water mark"; } leaf l2tp-sh-l2x-ave-msg-process-usecs { type uint64; description "l2tp sh l2x ave msg process usecs"; } leaf l2tp-sh-l2x-num-rx-msgs { type uint32; description "l2tp sh l2x num rx msgs"; } leaf l2tp-sh-l2x-num-tx-msgs { type uint32; description "l2tp sh l2x num tx msgs"; } leaf l2tp-sh-l2x-num-tx-err-drops { type uint32; description "l2tp sh l2x num tx err drops"; } leaf l2tp-sh-l2x-num-tx-conn-drops { type uint32; description "l2tp sh l2x num tx conn drops"; } leaf l2tp-sh-l2x-num-reordered-msgs { type uint32; description "l2tp sh l2x num reordered msgs"; } leaf l2tp-sh-l2x-max-reorder-deviation { type uint32; description "l2tp sh l2x max reorder deviation"; } leaf l2tp-sh-l2x-num-ooo-msgs { type uint32; description "l2tp sh l2x num ooo msgs"; } leaf l2tp-sh-l2x-num-rx-path-drops { type uint32; description "l2tp sh l2x num rx path drops"; } leaf l2tp-sh-l2x-num-rx-path-data-pkt-drops { type uint32; description "l2tp sh l2x num rx path data pkt drops"; } leaf l2tp-sh-l2x-num-rx-queue-drops { type uint32; description "l2tp sh l2x num rx queue drops"; } leaf l2tp-sh-l2x-num-rx-ooo-drops { type uint32; description "l2tp sh l2x num rx ooo drops"; } leaf l2tp-sh-l2x-num-buffered-msgs { type uint32; description "l2tp sh l2x num buffered msgs"; } leaf l2tp-sh-l2x-num-mutex-block { type uint32; description "l2tp sh l2x num mutex block"; } leaf l2tp-sh-l2x-num-bad-len-drops { type uint32; description "l2tp sh l2x num bad len drops"; } leaf l2tp-sh-l2x-num-bad-avp-drops { type uint32; description "l2tp sh l2x num bad avp drops"; } leaf l2tp-sh-l2x-num-missing-cc-id-drops { type uint32; description "l2tp sh l2x num missing cc id drops"; } leaf l2tp-sh-l2x-num-missing-sess-id-drops { type uint32; description "l2tp sh l2x num missing sess id drops"; } leaf l2tp-sh-l2x-num-mismatch-cc-id-drops { type uint32; description "l2tp sh l2x num mismatch cc id drops"; } leaf l2tp-sh-l2x-num-unknown-cc-drops { type uint32; description "l2tp sh l2x num unknown cc drops"; } leaf l2tp-sh-l2x-num-unknown-sess-drops { type uint32; description "l2tp sh l2x num unknown sess drops"; } leaf l2tp-sh-l2x-num-linear-id-search { type uint32; description "l2tp sh l2x num linear id search"; } leaf l2tp-sh-l2x-num-linear-id-search-fail { type uint32; description "l2tp sh l2x num linear id search fail"; } leaf l2tp-sh-l2x-num-netio-pkt-rx { type uint32; description "l2tp sh l2x num netio pkt rx"; } leaf l2tp-sh-l2tun-ave-msg-process-usecs { type uint64; description "l2tp sh l2tun ave msg process usecs"; } leaf l2tp-sh-l2tun-num-rx-msgs { type uint32; description "l2tp sh l2tun num rx msgs"; } leaf l2tp-sh-l2tun-num-tx-msgs { type uint32; description "l2tp sh l2tun num tx msgs"; } leaf l2tp-l2tun-socket-ens-send-error-cnt { type uint32; description "l2tp l2tun socket ens send error cnt"; } leaf l2tp-l2tun-socket-session-accept { type uint64; description "l2tp l2tun socket session accept"; } leaf l2tp-l2tun-socket-session-destroy { type uint64; description "l2tp l2tun socket session destroy"; } leaf l2tp-l2tun-socket-session-connect { type uint64; description "l2tp l2tun socket session connect"; } leaf l2tp-l2tun-socket-session-connect-continue { type uint64; description "l2tp l2tun socket session connect continue"; } leaf l2tp-l2tun-session-connecting { type uint64; description "l2tp l2tun session connecting"; } leaf l2tp-l2tun-session-connected { type uint64; description "l2tp l2tun session connected"; } leaf l2tp-l2tun-session-disconnected { type uint64; description "l2tp l2tun session disconnected"; } leaf l2tp-l2tun-session-incoming { type uint64; description "l2tp l2tun session incoming"; } leaf l2tp-l2tun-session-updated { type uint64; description "l2tp l2tun session updated"; } leaf l2tp-l2tun-session-circuit-status { type uint64; description "l2tp l2tun session circuit status"; } leaf l2x-lpts-pa-stats-setup-cnt { type uint32; description "l2x lpts pa stats setup cnt"; } leaf l2x-lpts-pa-stats-destroy-cnt { type uint32; description "l2x lpts pa stats destroy cnt"; } leaf l2x-lpts-pa-stats-alloc-cnt { type uint32; description "l2x lpts pa stats alloc cnt"; } leaf l2x-lpts-pa-stats-alloc-fail-cnt { type uint32; description "l2x lpts pa stats alloc fail cnt"; } leaf l2x-lpts-pa-stats-init-cnt { type uint32; description "l2x lpts pa stats init cnt"; } leaf l2x-lpts-pa-stats-init-fail-cnt { type uint32; description "l2x lpts pa stats init fail cnt"; } leaf l2x-lpts-pa-stats-free-cnt { type uint32; description "l2x lpts pa stats free cnt"; } leaf l2x-lpts-pa-stats-pulse-cnt { type uint32; description "l2x lpts pa stats pulse cnt"; } leaf l2x-lpts-pa-stats-pulse-fail-cnt { type uint32; description "l2x lpts pa stats pulse fail cnt"; } leaf l2x-lpts-pa-stats-bind-cnt { type uint32; description "l2x lpts pa stats bind cnt"; } leaf l2x-lpts-pa-stats-bind-fail-cnt { type uint32; description "l2x lpts pa stats bind fail cnt"; } leaf l2x-lpts-pa-stats-bind-batch-cnt { type uint32; description "l2x lpts pa stats bind batch cnt"; } leaf l2x-lpts-pa-stats-bind-batch-fail-cnt { type uint32; description "l2x lpts pa stats bind batch fail cnt"; } leaf l2x-lpts-pa-stats-bind-time { type uint32; description "l2x lpts pa stats bind time"; } leaf l2x-lpts-pa-stats-expire-cnt { type uint32; description "l2x lpts pa stats expire cnt"; } leaf l2x-lpts-pa-stats-replay-cnt { type uint32; description "l2x lpts pa stats replay cnt"; } leaf l2x-lpts-pa-stats-replay-batch-cnt { type uint32; description "l2x lpts pa stats replay batch cnt"; } leaf l2x-lpts-pa-stats-replay-time { type uint32; description "l2x lpts pa stats replay time"; } } // container internal-stats-last-clear leaf time-last-clear { type uint32; description "time last clear"; } } // container internal } // list node } // container nodes } // container l2tpv2 } // module Cisco-IOS-XR-tunnel-l2tun-oper
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