This module contains a collection of YANG definitions for Cisco IOS-XR eigrp package operational data. This module contains def...
Version: 2020-09-14
module Cisco-IOS-XR-eigrp-oper { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-eigrp-oper"; prefix eigrp-oper; import Cisco-IOS-XR-types { prefix xr; } import cisco-semver { prefix semver; } import Cisco-IOS-XR-eigrp-datatypes { prefix dt1; } include Cisco-IOS-XR-eigrp-oper-sub1 { revision-date "2020-09-14"; } 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 eigrp package operational data. This module contains definitions for the following management objects: eigrp: EIGRP operational data Copyright (c) 2013-2020 by Cisco Systems, Inc. All rights reserved."; revision "2020-09-14" { description "Changed Internal tag value to 32-bit."; } revision "2019-04-05" { description "Establish semantic version baseline."; } revision "2018-04-05" { description "Oper supported provided for oper data."; } revision "2015-11-09" { description "IOS XR 6.0 revision."; } semver:module-version "1.1.0"; semver:module-version "1.0.1"; container eigrp { config false; description "EIGRP operational data"; container processes { description "Operational data for an EIGRP process"; list process { key "process-id"; description "Operational data for an EIGRP process"; container vrfs-xr { description "List of VRFs"; list vrf { key "vrf-name"; description "A VRF"; leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF Name"; } leaf vrf-name-xr { type string; description "VRF Name"; } } // list vrf } // container vrfs-xr container vrfs { description "List of VRFs"; list vrf { key "vrf-name"; description "Operational data for a VRF"; container afs { description "List of Address Families"; list af { key "af-name"; description "Operational data for one AF"; container protocol { description "Address family specific protocol information"; leaf afi { type uint32; description "AFI"; } leaf as-number { type uint32; description "AS Number"; } leaf router-id { type inet:ipv4-address; description "Router ID"; } leaf auto-summarization { type boolean; description "Auto Summarization"; } leaf log-neighbor-changes { type boolean; description "Neighbor changes logged"; } leaf log-neighbor-warnings { type boolean; description "Neighbor warnings logged"; } leaf rib-table-limit-reached { type boolean; description "RIB Table limit has been reached"; } leaf outbound-filter-policy { type string; description "Outbound Filter Policy"; } leaf inbound-filter-policy { type string; description "Inbound Filter Policy"; } leaf outgoing-candidate-default-flagged { type boolean; description "Default Allowed Out"; } leaf outgoing-candidate-default-policy { type string; description "Default Allowed Out Policy"; } leaf incoming-candidate-default-flagged { type boolean; description "Default Allowed In"; } leaf incoming-candidate-default-policy { type string; description "Default Allowed In Policy"; } leaf internal-distance { type uint8; description "Internal Distance"; } leaf external-distance { type uint8; description "External Distance"; } leaf maximum-paths { type uint8; description "Maximum paths"; } leaf variance { type uint8; description "Variance"; } leaf metric-weight-k1 { type uint32; description "K1 value"; } leaf metric-weight-k2 { type uint32; description "K2 value"; } leaf metric-weight-k3 { type uint32; description "K3 value"; } leaf metric-weight-k4 { type uint32; description "K4 value"; } leaf metric-weight-k5 { type uint32; description "K5 value"; } leaf metric-weight-k6 { type uint32; description "K6 value"; } leaf rib-scale { type uint32; description "RIB Scale"; } leaf metric-version { type Eigrp-bd-metric-version; description "Metric Version"; } leaf metric-maximum-hopcount { type uint32; description "Metric MaxHops configured"; } leaf default-metric-configured { type boolean; description "Default Metric Configured"; } leaf default-bandwidth { type uint32; description "Default Bandwidth"; } leaf default-delay { type uint32; description "Default Delay"; } leaf default-reliability { type uint32; description "Default Reliability"; } leaf default-load { type uint32; description "Default Load"; } leaf default-mtu { type uint32; description "Default MTU"; } leaf stub-configured { type boolean; description "Stub Configured"; } leaf stub-receive-only { type boolean; description "Stub Receive-only configured"; } leaf stub-allow-connected-routes { type boolean; description "ConnectedRoutes allowed"; } leaf stub-allow-static-routes { type boolean; description "Static Routes allowed"; } leaf stub-allow-summary-routes { type boolean; description "Summary Routes allowed"; } leaf stub-allow-redistributed-routes { type boolean; description "Redistributed Routes allowed"; } leaf nsf-enabled { type boolean; description "NSF Enabled"; } leaf nsf-route-hold-time { type uint32; description "NSF Route Hold Time"; } leaf nsf-signal-time { type uint32; description "NSF Signal Time"; } leaf nsf-converge-time { type uint32; description "NSF Converge Time"; } leaf restart-configured { type boolean; description "Is Restart time configured"; } leaf restart-time { type uint32; units "second"; description "Restart time (seconds)"; } leaf sia-active-time { type uint32; description "SIA Active Time"; } leaf rib-protocol-id { type uint32; description "RIB Protocol ID"; } leaf table-id { type uint32; description "Table ID"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf ital-activation-received { type boolean; description "VRF activated by ITAL"; } leaf vrf-activated { type boolean; description "VRF activated by EIGRP"; } leaf up { type boolean; description "VRF information available"; } leaf rib-initialized { type boolean; description "RIB initialization for VRF"; } leaf rib-converged { type boolean; description "RIB convergence for VRF"; } leaf rib-converged-reload { type boolean; description "Reload following RIB Convergence"; } leaf socket-request { type boolean; description "Requested Socket Option for VRF"; } leaf socket-setup { type boolean; description "Setup socket state for VRF"; } leaf default-vrf { type boolean; description "VRF represents default-context"; } leaf af-enabled { type boolean; description "AF Enabled"; } leaf is-passive-default { type boolean; description "Passive-Interface default configured"; } leaf configured-items { type uint32; description "VRF Configured Items"; } leaf af-configured-items { type uint32; description "AF Configured Items"; } leaf ip-arm-router-id { type uint32; description "IP ARM Router ID"; } leaf first-interface-up-address { type uint32; description "IP Address of first UP interface"; } leaf nsf-in-progress { type uint32; description "DDB NSF in progress indication"; } leaf rib-table-converged { type uint32; description "RIB Table convergence indication"; } list redistributed-protocol { description "Redistributed Protocols"; leaf afi { type uint32; description "AFI"; } leaf redistributed-protocol { type string; description "Redistributed Protocol"; } leaf redistributed-protocol-tag { type string; description "Redistributed Protocol tag"; } leaf redristribute-policy { type string; description "Redistribute Filter policy"; } leaf redistribute-protocol-id { type uint32; description "Redistributed Protocol ID"; } leaf rib-handle { type uint32; description "Redistributed Protocol handle"; } } // list redistributed-protocol list interface { description "Interfaces"; leaf afi { type uint32; description "AFI"; } leaf interface { type string; description "Interface"; } leaf outbound-filter-policy { type string; description "Outbound Filter Policy"; } leaf inbound-filter-policy { type string; description "Inbound Filter Policy"; } leaf inactive { type boolean; description "Interface is DOWN"; } leaf passive-interface { type boolean; description "Interface is passive"; } } // list interface } // container protocol container ases { description "List of Autonomous Systems"; list as { key "asn"; description "Operational data for one AS"; container static-neighbors { description "EIGRP static neighbors"; list static-neighbor { key "neighbor-address"; description "Information on one static EIGRP neighbor"; leaf neighbor-address { type xr:Cisco-ios-xr-string; description "Neighbor Address"; } container source { description "Neighbor address"; leaf ipv4-address { type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { type inet:ipv6-address; description "IPv6 Address"; } } // container source leaf afi { type uint32; description "AFI"; } leaf as-number { type uint32; description "AS Number"; } leaf interface-list { type string; description "Interface Name"; } } // list static-neighbor } // container static-neighbors container topology-routes { description "EIGRP topology table"; list topology-route { description "Information about one EIGRP route"; leaf prefix { type xr:Cisco-ios-xr-string; description "IP Prefix"; } leaf prefix-length { type uint32 { range "0..128"; } description "IP Prefix length"; } container prefix-xr { description "IP Prefix/length"; leaf ipv4-prefix { type inet:ipv4-address; description "IPv4 Prefix"; } leaf ipv6-prefix { type inet:ipv6-address; description "IPv6 Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } } // container prefix-xr leaf afi { type uint32; description "AFI"; } leaf as-number { type uint32; description "AS Number"; } leaf router-id { type inet:ipv4-address; description "Router ID"; } leaf active { type boolean; description "Active route"; } leaf successors { type uint32; description "Successors"; } leaf successors-present { type boolean; description "Are there successors"; } leaf old-metric { type uint32; description "Deprecated. Please migrate to use OldMetric64. The value of this object might wrap since the metric value can go up to (2^48 - 1) in 64-bit metric mode"; } leaf old-metric64 { type uint64; description "Old metric"; } leaf metric { type uint32; description "Deprecated. Please migrate to use Metric64. The value of this object might wrap since the metric value can go up to (2^48 - 1) in 64-bit metric mode"; } leaf metric64 { type uint64; description "Metric"; } leaf rib-metric { type uint32; description "Metric downloaded to RIB"; } leaf tag { type uint32; description "Tag"; } leaf send-flag { type Eigrp-bd-path-send-flag; description "Send flag"; } leaf transmit-serial-number { type uint64; description "Transmit thread Serial Number"; } leaf transmit-refcount { type uint32; description "Transmit thread refcount"; } leaf transmit-anchored { type boolean; description "Is Transmit thread anchored"; } leaf reply-handles { type uint32; description "Reply handles used"; } leaf active-time-secs { type uint32; units "second"; description "Active time seconds"; } leaf active-time-nsecs { type uint32; units "nanosecond"; description "Active time nanoseconds"; } leaf origin { type uint32; description "Origin"; } leaf retry-count { type uint32; description "Retry count"; } leaf active-stats { type boolean; description "Active stats flag"; } leaf min-time { type uint32; description "Active stats min time"; } leaf max-time { type uint32; description "Active stats max time"; } leaf average-time { type uint32; description "Active stats average time"; } leaf ack-count { type uint32; description "Active stats active count"; } leaf replies { type uint32; description "Number of replies outstanding"; } leaf route-in-sia { type boolean; description "Route is SIA"; } leaf sia-reply-handles { type uint32; description "Reply handles used"; } list paths { description "Paths for this route"; container next-hop-address { description "Nexthop address"; leaf ipv4-address { type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { type inet:ipv6-address; description "IPv6 Address"; } } // container next-hop-address container infosource { description "Source of route"; leaf ipv4-address { type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { type inet:ipv6-address; description "IPv6 Address"; } } // container infosource leaf afi { type uint32; description "AFI"; } leaf next-hop-present { type boolean; description "NH flag"; } leaf interface-handle { type xr:Interface-name; description "Interface handle"; } leaf interface-name { type string; description "Interface name"; } leaf origin { type Eigrp-bd-path-origin; description "Origin of route"; } leaf send-flag { type Eigrp-bd-path-send-flag; description "Send flag"; } leaf reply-outstanding { type boolean; description "Outstanding reply"; } leaf metric { type uint32; description "Deprecated. Please migrate to use Metric64. The value of this object might wrap since the metric value can go up to (2^48 - 1) in 64-bit metric mode"; } leaf metric64 { type uint64; description "Metric"; } leaf successor-metric { type uint32; description "Deprecated. Please migrate to use SuccessorMetric64. The value of this object might wrap since the metric value can go up to (2^48 - 1) in 64-bit metric mode"; } leaf successor-metric64 { type uint64; description "Successor metric"; } leaf reply-status { type boolean; description "Reply status"; } leaf sia-status { type boolean; description "SIA status"; } leaf transmit-serial-number { type uint64; description "Transmit thread serial number"; } leaf anchored { type boolean; description "Is Transmit thread anchored"; } leaf external-path { type boolean; description "External"; } leaf bandwidth { type uint32; description "Deprecated. Please migrate to use Bandwidth64."; } leaf bandwidth64 { type uint64; description "Bandwidth"; } leaf delay { type uint32; description "Deprecated. Please migrate to use Delay64. The value of this object might wrap if it is in picosecond units "; } leaf delay64 { type uint64; description "Delay"; } leaf delay-unit { type Eigrp-bd-delay-unit; description "Delay units"; } leaf mtu { type uint32; description "MTU"; } leaf hop-count { type uint32; description "Hopcount"; } leaf reliability { type uint8; description "Reliability"; } leaf load { type uint8; description "Load"; } leaf internal-router-id { type inet:ipv4-address; description "Router ID"; } leaf internal-tag { type uint32; description "Internal Tag"; } leaf extended-communities-present { type boolean; description "Extended communities present"; } leaf extended-communities-length { type uint32; description "Length of extended communities"; } leaf extended-communities { type yang:hex-string; description "Extended communities"; } leaf external-information-present { type boolean; description "External information present"; } leaf external-router-id { type uint32; description "Router ID"; } leaf external-this-system { type boolean; description "Is it this system"; } leaf external-as { type uint32; description "AS Number"; } leaf external-protocol { type string; description "Protocol ID"; } leaf external-metric { type uint32; description "Metric"; } leaf external-tag { type uint32; description "Tag"; } leaf conditional-default-path { type boolean; description "Conditional Default flag"; } leaf rib-state { type Eigrp-bd-path-rib-state; description "State of path in RIB"; } } // list paths list active-peer { description "Peers yet to respond"; container source { description "Peer Address"; leaf ipv4-address { type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { type inet:ipv6-address; description "IPv6 Address"; } } // container source leaf peer-available { type boolean; description "Peer available"; } leaf interface-list { type string; description "Interface name"; } leaf handle-number { type uint32; description "Handle number"; } } // list active-peer list sia-peer { description "SIA Peers yet to respond"; container source { description "Peer Address"; leaf ipv4-address { type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { type inet:ipv6-address; description "IPv6 Address"; } } // container source leaf peer-available { type boolean; description "Peer available"; } leaf interface-list { type string; description "Interface name"; } leaf handle-number { type uint32; description "Handle number"; } } // list sia-peer } // list topology-route } // container topology-routes container eigrp-accounting { description "Accounting info for one VRF AF"; leaf afi { type uint32; description "AFI"; } leaf as-number { type uint32; description "AS Number"; } leaf router-id { type inet:ipv4-address; description "Router ID"; } leaf aggregate-count { type uint32; description "Number of aggregates"; } leaf state { type int8; description "Redist state"; } leaf redist-prefix-count { type uint32; description "Redist prefix count"; } leaf restart-count { type uint32; description "Restart count"; } leaf time-left { type uint32; description "Time left"; } leaf redist-prefix-present { type boolean; description "Are there redist'ed prefixes ?"; } list peer-statistics { description "Peers and their status"; container source { description "Source address"; leaf ipv4-address { type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { type inet:ipv6-address; description "IPv6 Address"; } } // container source leaf afi { type uint32; description "AFI"; } leaf state { type int8; description "State"; } leaf interface-list { type string; description "Interface name"; } leaf peer-prefix-count { type uint32; description "Peer prefix count"; } leaf restart-count { type uint32; description "Restart count"; } leaf time-left { type uint32; description "Time left"; } } // list peer-statistics } // container eigrp-accounting container eigrp-traffic { description "Traffic info for one VRF AF"; leaf afi { type uint32; description "AFI"; } leaf as-number { type uint32; description "AS Number"; } leaf hellos-sent { type uint32; description "Hellos sent"; } leaf hellos-received { type uint32; description "Hellos received"; } leaf updates-sent { type uint32; description "Updates sent"; } leaf updates-received { type uint32; description "Updates received"; } leaf queries-sent { type uint32; description "Queries sent"; } leaf queries-received { type uint32; description "Queries received"; } leaf replies-sent { type uint32; description "Replies sent"; } leaf replies-received { type uint32; description "Replies received"; } leaf acks-sent { type uint32; description "Acks sent"; } leaf acks-received { type uint32; description "Acks received"; } leaf sia-queries-sent { type uint32; description "SIA Queries sent"; } leaf sia-queries-received { type uint32; description "SIA Queries received"; } leaf sia-replies-sent { type uint32; description "SIA Replies sent"; } leaf sia-replies-received { type uint32; description "SIA Replies received"; } leaf max-queue-depth { type uint32; description "Maximum queue depth"; } leaf queue-drops { type uint32; description "Queue drops"; } } // container eigrp-traffic container eigrp-topology-summary { description "Topology summary info for one VRF AF"; leaf afi { type uint32; description "AFI"; } leaf as-number { type uint32; description "AS Number"; } leaf router-id { type inet:ipv4-address; description "Router ID"; } leaf thread-present { type boolean; description "Is thread present ?"; } leaf transmit-serial-number { type uint64; description "Thread serial number"; } leaf next-serial-number { type uint64; description "Next serial number"; } leaf route-count { type uint32; description "Number of routes"; } leaf path-count { type uint32; description "Number of paths"; } leaf dummy-count { type uint32; description "Dummy count"; } leaf ddb-name { type string; description "DDB Name"; } leaf interface-count { type uint32; description "Number of interfaces"; } leaf handles-used { type uint32; description "Number of handles used"; } leaf active-interface-count { type uint32; description "Number of active interfaces"; } list quiescent { description "Quiescent interfaces"; leaf quiescent-interface-list { type string; description "Interface Name"; } } // list quiescent } // container eigrp-topology-summary container interfaces { description "EIGRP interfaces"; list interface { key "interface-name"; description "Information for an EIGRP interface"; leaf interface-name { type xr:Interface-name; description "Interface Name"; } leaf afi { type uint32; description "AFI"; } leaf as-number { type uint32; description "AS Number"; } leaf peer-count { type uint32; description "Peer Count"; } leaf classic-peer-count { type uint32; description "Classic Peer Count"; } leaf wide-peer-count { type uint32; description "Wide Peer Count"; } leaf unreliable-transmits { type uint32; description "Unreliable transmissions"; } leaf reliable-transmits { type uint32; description "Reliable transmissions"; } leaf total-srtt { type uint32; description "Total SRTT"; } leaf unreliable-send-interval { type uint32; description "Send interval for Unreliable transmissions"; } leaf reliable-send-interval { type uint32; description "Send interval for Reliable transmissions"; } leaf last-mc-flow-delay { type uint32; description "Last multicast flow delay"; } leaf pending-routes { type uint32; description "Number of pending routes"; } leaf hello-interval { type uint32; description "Hello interval"; } leaf holdtime { type uint32; description "Hold time"; } leaf bfd-enabled { type boolean; description "BFD enabled"; } leaf bfd-interval { type uint32; description "BFD interval"; } leaf bfd-multiplier { type uint32; description "BFD multiplier"; } leaf serial-number-present { type boolean; description "Is serno present"; } leaf transmit-serial-number { type uint64; description "Thread serial number"; } leaf packetize-pending { type boolean; description "Packetize Timer pending"; } leaf unreliable-multicast-sent { type uint32; description "Unreliable multicasts sent"; } leaf reliable-multicast-sent { type uint32; description "Reliable multicasts sent"; } leaf unreliable-unicast-sent { type uint32; description "Unreliable unicasts sent"; } leaf reliable-unicast-sent { type uint32; description "Reliable unicasts sent"; } leaf multicast-exceptions-sent { type uint32; description "Multicast Exceptions sent"; } leaf cr-packets-sent { type uint32; description "CR packets sent"; } leaf acks-suppressed { type uint32; description "Suppressed Acks"; } leaf retransmissions-sent { type uint32; description "Retransmissions sent"; } leaf out-of-sequence-received { type uint32; description "Out-of-sequence received"; } leaf stub-interface { type boolean; description "All stub peers"; } leaf next-hop-self-enabled { type boolean; description "Next-hop-self enabled"; } leaf split-horizon-enabled { type boolean; description "SplitHorizon enabled"; } leaf passive-interface { type boolean; description "Interface is passive"; } leaf bandwidth-percent { type uint32; units "percentage"; description "Bandwidth percent"; } leaf site-of-origin-type { type Eigrp-bd-soo; description "Site of Origin Type"; } leaf site-of-origin { type string; description "Site of Origin"; } leaf auth-mode { type uint32; description "Authentication Mode"; } leaf auth-keychain { type string; description "Authentication Keychain Name"; } leaf auth-key-exists { type boolean; description "Authentication key exists"; } leaf auth-key-md5 { type boolean; description "Authentication key programmed with MD5 algorithm"; } leaf auth-key-id { type uint64; description "Current active Authentication Key Id"; } leaf total-pkt-recvd { type uint32; description "Total packets received"; } leaf pkt-drop-wrong-kc { type uint32; description "Packets dropped due to wrong keychain configured"; } leaf pkt-drop-no-auth { type uint32; description "Packets dropped due to missing authentication data"; } leaf pkt-drop-invalid-auth { type uint32; description "Packets dropped due to invalid authentication data"; } leaf pkt-accepted-valid-auth { type uint32; description "Packets accepted with valid authentication data"; } leaf bandwidth { type uint32; description "Deprecated. Please migrate to use Bandwidth64."; } leaf bandwidth64 { type uint64; description "Bandwidth"; } leaf delay { type uint32; description "Deprecated. Please migrate to use Delay64. The value of this object might wrap if it is in picosecond units"; } leaf delay64 { type uint64; description "Delay"; } leaf delay-unit { type Eigrp-bd-delay-unit; description "Delay unit"; } leaf reliability { type uint32; description "Reliability"; } leaf load { type uint32; description "Load"; } leaf mtu { type uint32; description "MTU"; } leaf configured-bandwidth { type uint32; description "Deprecated. Please migrate to use ConfiguredBandwidth64."; } leaf configured-bandwidth64 { type uint64; description "Configured bandwidth"; } leaf configured-delay { type uint32; description "Deprecated. Please migrate to use ConfiguredDelay64. The value of this object might wrap if it is in picosecond units"; } leaf configured-delay64 { type uint64; description "Configured delay"; } leaf configured-delay-unit { type Eigrp-bd-delay-unit; description "Configured delay unit"; } leaf configured-reliability { type uint32; description "Configured reliability"; } leaf configured-load { type uint32; description "Configured load"; } leaf configured-bandwidth-flag { type boolean; description "Bandwidth configured"; } leaf configured-delay-flag { type boolean; description "Delay configured"; } leaf configured-reliability-flag { type boolean; description "Reliability configured"; } leaf configured-load-flag { type boolean; description "Load configured"; } leaf up { type boolean; description "Interface is UP"; } leaf type-supported { type boolean; description "Interface type is supported"; } leaf ital-record-found { type boolean; description "ITAL Record valid"; } leaf configured { type boolean; description "Interface config exists"; } leaf multicast-enabled { type boolean; description "Requested socket state"; } leaf socket-setup { type boolean; description "Setup socket state"; } leaf lpts-socket-setup { type boolean; description "Setup LPTS socket state"; } leaf primary-ipv4-address { type inet:ipv4-address; description "Primary IPv4 Address"; } leaf ipv6-link-local-addr { type inet:ipv6-address; description "IPv6 LL Address"; } leaf primary-prefix-length { type uint32; description "Primary prefix length"; } leaf interface-handle { type uint32; description "Interface Handle"; } leaf interface-type { type uint32; description "IM Interface Type"; } leaf configured-items { type uint32; description "Interface Configured Items"; } leaf is-passive-enabled { type boolean; description "Passive-Interface configured"; } leaf is-passive-disabled { type boolean; description "Passive-Interface disabled"; } list static-neighbor { description "Static Neighbors"; leaf ipv4-address { type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { type inet:ipv6-address; description "IPv6 Address"; } } // list static-neighbor } // list interface } // container interfaces container eigrp-events { description "Events for a specific VRF AF"; leaf afi { type uint32; description "AFI"; } leaf as-number { type uint32; description "AS Number"; } leaf current-event-index { type uint32; description "Current event"; } leaf eigrp-start-absolute-seconds { type uint32; units "second"; description "Seconds since EIGRP started (absolute)"; } leaf eigrp-start-absolute-nanoseconds { type uint32; units "second"; description "Seconds since EIGRP started (absolute)"; } leaf eigrp-start-relative-seconds { type uint32; units "second"; description "Seconds since EIGRP started (relative)"; } leaf eigrp-start-relative-nanoseconds { type uint32; units "second"; description "Seconds since EIGRP started (relative)"; } } // container eigrp-events container neighbors { description "EIGRP neighbors"; list neighbor { key "neighbor-address"; description "Information on one EIGRP neighbor"; leaf neighbor-address { type xr:Cisco-ios-xr-string; description "Neighbor Address"; } container source { description "Peer address"; leaf ipv4-address { type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { type inet:ipv6-address; description "IPv6 Address"; } } // container source leaf afi { type uint32; description "AFI"; } leaf as-number { type uint32; description "AS Number"; } leaf peer-suspended { type boolean; description "Is it a suspended peer"; } leaf peer-handle { type uint32; description "Peer handle"; } leaf interface-list { type string; description "Interface name"; } leaf holdtime { type uint32; description "Hold time"; } leaf uptime { type uint32; units "second"; description "UP time (seconds)"; } leaf srtt { type uint32; description "Round trip time"; } leaf rto { type uint32; description "RTO"; } leaf bfd-enabled { type boolean; description "BFD enabled"; } leaf queue-count { type uint32; description "Q counts"; } leaf last-sequence-number { type uint32; description "Last sequence number"; } leaf static-neighbor { type boolean; description "Is it a static neighbor"; } leaf remote-neighbor { type boolean; description "Is it a remote ucast neighbor"; } leaf hop-count { type uint8; description "Hop count of the static peer"; } leaf restart-configured { type boolean; description "Is Restart time configured"; } leaf restart-time { type uint32; units "second"; description "Restart time (seconds)"; } leaf last-startup-serial-number { type uint64; description "Last startup serial number"; } leaf ios-major-version { type uint8; description "IOS Major version"; } leaf ios-minor-version { type uint8; description "IOS Minor version"; } leaf eigrp-major-version { type uint8; description "EIGRP Major version"; } leaf eigrp-minor-version { type uint8; description "EIGRP Major version"; } leaf retransmission-count { type uint32; description "Retransmission count"; } leaf retry-count { type uint32; description "Retry count"; } leaf need-init { type boolean; description "Need EIGRP Init message"; } leaf need-init-ack { type boolean; description "Need EIGRP InitAck message"; } leaf reinitialization-needed { type boolean; description "Reinitialization needed"; } leaf reinit-start { type uint32; description "Reinit period"; } leaf peer-prefix-count { type uint32; description "Prefix count"; } leaf stubbed { type boolean; description "Is it stubbed"; } leaf allow-connected { type boolean; description "Connected routes accepted"; } leaf allow-static { type boolean; description "Static routes accepted"; } leaf allow-summaries { type boolean; description "Summary routes accepted"; } leaf allow-redistributed { type boolean; description "Redist'ed routes accepted"; } leaf test-handle { type boolean; description "Test handle flag"; } leaf stubbed-interface { type boolean; description "Is it stubbed"; } leaf suspended-reset { type boolean; description "Suspension manually reset"; } leaf suspended-time-left { type uint32; description "Suspended time left"; } list neighbor-queue { description "Neighbor Queue"; leaf operation-code { type uint32; description "Operation Code"; } leaf ack-sequnce-number { type uint32; description "ACK sequence number"; } leaf start-serial-number { type uint64; description "Starting serial number"; } leaf end-serial-number { type uint64; description "Ending serial number"; } leaf pregenerated { type boolean; description "Pregenerated pak"; } leaf packet-length { type uint32; description "pak len"; } leaf time-sent-flag { type boolean; description "Has a pak been sent"; } leaf time-sent { type uint32; description "Time sent"; } leaf init-bit-set { type boolean; description "Is the init bit set"; } leaf sequenced { type boolean; description "Is it sequenced"; } } // list neighbor-queue } // list neighbor } // container neighbors container eigrp-statistics { description "Statistics for a specific VRF AF"; leaf afi { type uint32; description "AFI"; } leaf as-number { type uint32; description "AS Number"; } leaf configured-interface-count { type uint32; description "Configured interfaces"; } leaf active-interfaces-count { type uint32; description "Active interfaces"; } leaf activate-count { type uint64; description "Activate address family success count"; } leaf activate-error { type uint64; description "Activate address family failure count"; } leaf activate-last-error { type int32; description "Activate address family last error"; } leaf deactivate-count { type uint64; description "Deactivate address family success count"; } leaf deactivate-error { type uint64; description "Deactivate address family failure count"; } leaf deactivate-last-error { type int32; description "Deactivate address family last error"; } leaf socket-set { type uint64; description "Socket setup success count"; } leaf socket-set-error { type uint64; description "Socket setup failure count"; } leaf sock-set-last-error { type int32; description "Socket setup last error"; } leaf raw-packet-in { type uint64; description "Succeeded RAW packets in"; } leaf raw-packet-in-error { type uint64; description "Failed RAW packets ln"; } leaf raw-packet-in-last-error { type int32; description "RAW packets in last error"; } leaf raw-packet-out { type uint64; description "Succeeded RAW packets out"; } leaf raw-packet-out-error { type uint64; description "Failed RAW packets out"; } leaf raw-packet-out-last-error { type int32; description "RAW Packets out last error"; } } // container eigrp-statistics leaf asn { type uint32 { range "1..65535"; } description "AS number"; } } // list as } // container ases leaf af-name { type dt1:Eigrp-af; description "Address Family"; } } // list af } // container afs leaf vrf-name { type xr:Cisco-ios-xr-string; description "VRF Name"; } } // list vrf } // container vrfs leaf process-id { type xr:Cisco-ios-xr-string { length "1..32"; } description "AS number or Virtual instance name of the EIGRP process"; } } // list process } // container processes } // container eigrp } // module Cisco-IOS-XR-eigrp-oper
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