This module contains a collection of YANG definitions for Cisco IOS-XR pim package operational data. This module contains defin...
Version: 2021-02-17
module Cisco-IOS-XR-pim-oper { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-pim-oper"; prefix pim-oper; import ietf-inet-types { prefix inet; } import Cisco-IOS-XR-types { prefix xr; } import cisco-semver { prefix semver; } include Cisco-IOS-XR-pim-oper-sub2 { revision-date "2021-02-17"; } include Cisco-IOS-XR-pim-oper-sub1 { revision-date "2021-02-17"; } 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 pim package operational data. This module contains definitions for the following management objects: pim-ma: PIM MA operational data pim: PIM operational data ipv6-pim: IPv6 PIM operational data pim6-ma: PIM6 MA operational data Copyright (c) 2013-2021 by Cisco Systems, Inc. All rights reserved."; revision "2021-02-17" { description "Addition made for Sticky DR neighbor tracking 2020-10-11 Changes to IOS-XR PIM oper"; } revision "2019-12-24" { description "Fixed CSCvr52977."; } revision "2019-08-27" { description "Providing PIM information."; } revision "2019-04-05" { description "Establish semantic version baseline."; } revision "2015-11-09" { description "IOS XR 6.0 revision."; } semver:module-version "1.1.0"; semver:module-version "1.0.0"; typedef Pim-topology-interface-flag { type enumeration { enum "lh" { value 0; description "LH"; } enum "ld" { value 1; description "LD"; } enum "li" { value 2; description "LI"; } enum "ii" { value 3; description "II"; } enum "id" { value 4; description "ID"; } enum "as" { value 5; description "AS"; } enum "ab" { value 6; description "AB"; } enum "ex" { value 7; description "EX"; } } description "Pim topology interface flag"; } typedef Pim-safi { type enumeration { enum "unicast" { value 1; description "SAFI unicast"; } enum "multicast" { value 2; description "SAFI Multicast"; } enum "all" { value 3; description "SAFI all"; } enum "default" { value 4; description "SAFI default"; } } description "Pim safi"; } typedef Pim-client { type enumeration { enum "none" { value 0; description "No Client"; } enum "configured-embedded-rp" { value 1; description "Embedded RP from configuration"; } enum "embedded" { value 2; description "Embedded RP learnt from the Group addr"; } enum "permanent" { value 3; description "Permanent"; } enum "auto-rp" { value 4; description "AutoRP"; } enum "bsr" { value 5; description "BSR"; } enum "configured" { value 6; description "Configured"; } enum "static" { value 7; description "Static"; } } description "Pim client"; } typedef Pim-topology-entry-flag { type enumeration { enum "kat" { value 0; description "KAT"; } enum "aa" { value 1; description "AA"; } enum "pa" { value 2; description "PA"; } enum "ra" { value 3; description "RA"; } enum "ia" { value 4; description "IA"; } enum "rr" { value 5; description "RR"; } enum "lh" { value 6; description "LH"; } enum "dss" { value 7; description "DSS"; } enum "dcc" { value 8; description "DCC"; } enum "sr" { value 9; description "SR"; } enum "e" { value 10; description "E"; } enum "ex" { value 11; description "EX"; } enum "ma" { value 12; description "MA"; } enum "mt" { value 13; description "MT"; } enum "mfa" { value 14; description "MFA"; } enum "mfp" { value 15; description "MFP"; } enum "mfb" { value 16; description "MFB"; } } description "Pim topology entry flag"; } typedef Pim-protocol { type enumeration { enum "non-routable" { value 0; description "Non Routable"; } enum "sparse-mode" { value 1; description "Sparse Mode"; } enum "dense-mode" { value 2; description "Dense Mode"; } enum "bidir" { value 3; description "Bidirectional Mode"; } enum "ssm" { value 4; description "Source Specific Multicast Mode"; } enum "maximum" { value 5; description "Maximum"; } enum "any" { value 6; description "Any"; } } description "Pim protocol"; } container pim-ma { config false; description "PIM MA operational data"; container active { description "Active Process"; container interface-table { description "Interface Table"; container interface-by-handles { description "Table of PIM MA interfaces indexed by handle"; list interface-by-handle { key "interface-handle"; description "PIM MA interface referenced by handle"; leaf interface-handle { type uint32; description "Interface handle"; } container rp-address { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address leaf interface-name-xr { type xr:Interface-name; description "Interface Name"; } leaf vrf-name { type string; description "VRF Name"; } leaf interface-type { type Pim-interface; description "Interface Type"; } } // list interface-by-handle } // container interface-by-handles container interface-by-names { description "Table of PIM MA interfaces indexed by name"; list interface-by-name { key "interface-name"; description "PIM MA interface referenced by name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address leaf interface-name-xr { type xr:Interface-name; description "Interface Name"; } leaf vrf-name { type string; description "VRF Name"; } leaf interface-type { type Pim-interface; description "Interface Type"; } } // list interface-by-name } // container interface-by-names } // container interface-table container pim-ma-summary { description "PIM MA summary"; leaf is-im-connection-open { type boolean; description "IM Connection Open"; } leaf is-netio-connection-open { type boolean; description "Netio Connection Open"; } leaf is-edm-connection-open { type boolean; description "EDM Connection Open"; } leaf is-standby-edm-connection-open { type boolean; description "Standby EDM Connection Open"; } leaf encap-interface-count { type uint32; description "Encap Interface Count"; } leaf decap-interface-count { type uint32; description "Decap Interface Count"; } leaf mdt-interface-count { type uint32; description "MDT Interface Count"; } } // container pim-ma-summary } // container active container standby { description "Standby Process"; container interface-table { description "Interface Table"; container interface-by-handles { description "Table of PIM MA interfaces indexed by handle"; list interface-by-handle { key "interface-handle"; description "PIM MA interface referenced by handle"; leaf interface-handle { type uint32; description "Interface handle"; } container rp-address { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address leaf interface-name-xr { type xr:Interface-name; description "Interface Name"; } leaf vrf-name { type string; description "VRF Name"; } leaf interface-type { type Pim-interface; description "Interface Type"; } } // list interface-by-handle } // container interface-by-handles container interface-by-names { description "Table of PIM MA interfaces indexed by name"; list interface-by-name { key "interface-name"; description "PIM MA interface referenced by name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address leaf interface-name-xr { type xr:Interface-name; description "Interface Name"; } leaf vrf-name { type string; description "VRF Name"; } leaf interface-type { type Pim-interface; description "Interface Type"; } } // list interface-by-name } // container interface-by-names } // container interface-table container pim-ma-summary { description "PIM MA summary"; leaf is-im-connection-open { type boolean; description "IM Connection Open"; } leaf is-netio-connection-open { type boolean; description "Netio Connection Open"; } leaf is-edm-connection-open { type boolean; description "EDM Connection Open"; } leaf is-standby-edm-connection-open { type boolean; description "Standby EDM Connection Open"; } leaf encap-interface-count { type uint32; description "Encap Interface Count"; } leaf decap-interface-count { type uint32; description "Decap Interface Count"; } leaf mdt-interface-count { type uint32; description "MDT Interface Count"; } } // container pim-ma-summary } // container standby } // container pim-ma container pim { config false; description "PIM operational data"; container standby { description "Standby Process"; container default-context { description "Default Context"; container global-interfaces { description "PIM global interface table"; list global-interface { key "interface-name"; description "PIM interface name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list global-interface } // container global-interfaces container ifrs-interfaces { description "PIM interfaces in forward reference store table"; list ifrs-interface { key "interface-name"; description "PIM IFRS interface information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list ifrs-interface } // container ifrs-interfaces container interface-statistics { description "PIM interface statistics"; list interface-statistic { key "interface-name"; description "PIM interface statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-register { type uint32; description "Register packets in"; } leaf output-register { type uint32; description "Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf input-graft-message { type uint32; description "Input Graft Messages"; } leaf output-graft-message { type uint32; description "Output Graft Messages"; } leaf input-graft-ack-message { type uint32; description "Input Graft Ack Messages"; } leaf output-graft-ack-message { type uint32; description "Output Graft Ack Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-miscellaneous { type uint32; description "Miscellaneous packet in"; } } // list interface-statistic } // container interface-statistics container topology-route-count { description "Topology route count information from PIM topology table"; leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // container topology-route-count container jp-statistics { description "PIM join prune statistics table"; list jp-statistic { key "interface-name"; description "PIM Join Prune Statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf mtu { type uint32; description "Interface MTU"; } leaf transmitted { type uint32; description "Transmitted"; } leaf transmitted100 { type uint16; description "Transmitted 100 average"; } leaf transmitted-1k { type uint16; description "Transmitted 1K average"; } leaf transmitted-10k { type uint16; description "Transmitted 10K average"; } leaf transmitted-50k { type uint16; description "Deprecated by Transmitted100"; } leaf received { type uint32; description "Received"; } leaf received100 { type uint16; description "Received 100 average"; } leaf received-1k { type uint16; description "Received 1K average"; } leaf received-10k { type uint16; description "Received 10K average"; } leaf received-50k { type uint16; description "Deprecated by Received100"; } } // list jp-statistic } // container jp-statistics container mib-databases { description "PIM group database for mroute mibs table"; list mib-database { key "source-address group-address source-netmask"; description "PIM multicast static route information"; leaf source-address { type inet:ip-address-no-zone; description "Multicast static route source address"; } leaf group-address { type inet:ip-address-no-zone; description "Multicast satic route group address"; } leaf source-netmask { type uint32; description "Source mask"; } container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container rpf-neighbor { description "The RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root leaf upstream-assert-timer { type int32; description "Upstream Assert Timer"; } leaf assert-metric { type uint32; description "Assert Metric"; } leaf assert-metric-preference { type uint32; description "Assert Metric Preference"; } leaf assert-rpt-bit { type boolean; description "Assert RPT Bit"; } leaf spt-bit { type boolean; description "Is SPT bit set ?"; } leaf rpf-mask { type uint32; description "Mask of the multicast root"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface name "; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf bidirectional-route { type boolean; description "Is this Bidir ?"; } leaf uptime { type uint64; description "Uptime of route"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } } // list mib-database } // container mib-databases container ifrs-summary { description "PIM interfaces in forward reference store summary"; leaf interface-count { type uint32; description "Number of interfaces"; } leaf configuration-count { type uint32; description "Configuration counts"; } } // container ifrs-summary container ranges { description "PIM range list information"; list range { key "rp-address client"; description "PIM range list information"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf client { type Pim-client; description "Client"; } container rp-address-xr { description "Rendezvous point address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf protocol { type Pim-show-protocol; description "PIM protocol"; } leaf client-xr { type Pim-show-range-client; description "Client mapping learnt via"; } leaf expires { type uint64; description "When mapping expires"; } list group-range { description "List of group ranges"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf prefix-length { type int32; description "Group range prefix length"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; description "When mapping expires"; } } // list group-range } // list range } // container ranges container bsr { description "PIM BSR information"; container rp-caches { description "PIM BSR RP cache table"; list rp-cache { key "group-prefix prefix-length"; description "PIM BSR RP cache"; leaf group-prefix { type inet:ip-address-no-zone; description "Group prefix"; } leaf prefix-length { type uint32; description "Prefix Length"; } container group-prefix-xr { description "Group Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-prefix-xr container candidate-rp-list { description "C-RP list for this prefix"; list pim-bsr-crp-bag { description "Next C-RP in the List"; container candidate-rp-address { description "C-RP address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp-address leaf candidate-rp-holdtime { type uint16; description "C-RP Holdtime"; } leaf candidate-rp-priority { type uint8; description "C-RP Priority"; } leaf candidate-rp-up-time { type uint16; description "C-RP Uptime"; } leaf candidate-rp-expires { type uint16; description "C-RP Expires"; } leaf protocol { type Pim-show-protocol; description "PIM Protocol"; } } // list pim-bsr-crp-bag } // container candidate-rp-list leaf group-prefix-length { type uint32; description "Group Prefix Length"; } leaf candidate-rp-group-count { type uint32; description "C-RP count for this Prefix"; } } // list rp-cache } // container rp-caches container candidate-rps { description "PIM candidate-RP"; list candidate-rp { key "rp-address"; description "PIM BSR candidate RP information"; leaf rp-address { type inet:ip-address-no-zone; description "Candidate-RP address"; } container candidate-rp { description "Cand-RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf candidate-rp-scope { type int32; description "Cand-RP Scope"; } leaf crp-priority { type uint8; description "Cand-RP Priority"; } leaf crp-holdtime { type uint16; description "Cand-RP Holdtime"; } leaf candidate-rp-advance-interval { type uint16; units "second"; description "Cand-RP Adv Interval in seconds"; } leaf candidate-rp-uptime { type uint16; description "Cand-RP uptime"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } list crp-access { max-elements 2; description "Group Ranges Using this Cand-RP"; leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } } // list crp-access } // list candidate-rp } // container candidate-rps container bsr-elections { description "PIM BSR election state"; list bsr-election { key "pim-scope"; description "PIM BSR information"; leaf pim-scope { type uint32; description "BSR information"; } container bsr-address { description "BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container bsr-address container candidate-bsr-address { description "C-BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-bsr-address leaf bsr-priority { type uint8; description "BSR Priority"; } leaf bsr-mask-length { type uint8; description "Hash Function Mask Length"; } leaf bsr-up-time { type uint16; description "BSR Uptime"; } leaf bootstrap-timeout { type uint16; description "Bootstrap Timeout"; } leaf candidate-bsr-state { type uint32; description "BSR Candidate State"; } leaf bsr-election-state { type uint32; description "BSR Election State"; } leaf bsr-scope { type uint16; description "BSR Scope"; } leaf candidate-bsr-flag { type boolean; description "BSR Candidate Config Flag"; } leaf candidate-bsr-priority { type uint8; description "C-BSR Priority"; } leaf candidate-bsr-mask-length { type uint8; description "C-BSR Hash Func. Mask Len"; } } // list bsr-election } // container bsr-elections } // container bsr container route-policy { description "PIM route policy"; container route-policy-statistics { description "PIM route policy statistics"; leaf policy-name { type string; description "RPF policy name"; } leaf requests { type uint32; description "Number of RPF lookup requests"; } leaf pass { type uint32; description "Number of RPF pass"; } leaf drop { type uint32; description "Number of RPF drops"; } leaf default-table { type uint32; description "Number of RPF lookup in default-only Table"; } leaf any-table { type uint32; description "Number of RPF lookup in any Table"; } } // container route-policy-statistics } // container route-policy container rpf-summary { description "PIM RPF registration summary"; leaf default-safi { type uint32; description "Default RPF Table SAFI"; } leaf default-table-name { type string; description "Default RPF Table Name"; } leaf is-mbgp-configured { type boolean; description "Is MBGP configured?"; } leaf is-ospf-te-configured { type boolean; description "Is OSPF TE configured?"; } leaf is-isis-te-configured { type boolean; description "Is ISIS TE configured?"; } leaf is-isis-mtr-configured { type boolean; description "Is ISIS MTR configured?"; } leaf mo-frr-configured { type boolean; description "Is MoFRR configured?"; } leaf rib-mo-frr-configured { type boolean; description "Is MoFRR RIB configured?"; } leaf rump-enabled { type boolean; description "Is RUMP MuRIB enabled?"; } leaf rib-convergence-timeout { type uint32; units "second"; description "RIB convergence timeout in seconds"; } leaf rib-convergence-time-left { type uint32; units "second"; description "RIB convergence time left in seconds"; } leaf is-multipath-enabled { type boolean; description "Is Multipath Enabled ?"; } leaf is-multipath-interface-hash-enabled { type boolean; description "Is Multipath Interface Hash Extension Enabled ?"; } leaf is-multipath-source-hash-enabled { type boolean; description "Is Multipath Source based Hash Enabled ?"; } leaf is-multipath-source-next-hop-hash-enabled { type boolean; description "Is Multipath Source-Nexthop Hash Enabled ?"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } } // container rpf-summary container interfaces { description "PIM interfaces"; list interface { key "interface-name"; description "PIM interface name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list interface } // container interfaces container net-io-tunnels { description "Tunnel information that NETIO has "; list net-io-tunnel { key "tunnel-name"; description "PIM netio tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list net-io-tunnel } // container net-io-tunnels container bidir-df-states { description "Bidirectional PIM DF election state table"; list bidir-df-state { key "rp-address interface-name"; description "Bidirectional PIM DF Election Table Entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr leaf pim-interface-name { type string; description "Interface Name"; } leaf election-state { type string; description "DF Election State"; } leaf time-seconds { type uint64; units "second"; description "Timer expires (seconds)"; } leaf time-nano-seconds { type uint64; units "nanosecond"; description "Timer expires (nseconds)"; } leaf our-metric { type uint32; description "Metric"; } leaf our-metric-preference { type uint32; description "MetricPreference"; } } // list bidir-df-state } // container bidir-df-states container topologies { description "PIM topology table"; list topology { key "source-address group-address rpt"; description "PIM topology information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } leaf rpt { type uint32; description "RPT bit"; } container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container rp-address { description "RP Address (If rpt)"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container rpf-neighbor { description "RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container secondary-rpf-neighbor { description "Secondary RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container secondary-rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root container proxy-address { description "RPF Proxy address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container proxy-address container orig-src-address { description "Orig Src Address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container orig-src-address leaf limit-reached { type boolean; description "Have we throttled the creation of routes or interfaces ?"; } leaf low-memory { type boolean; description "Node is running low on memory"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } leaf wildcard { type boolean; description "WC -Wildcard"; } leaf rpt-xr { type boolean; description "Is this on the RPT ?"; } leaf spt { type boolean; description "Is this on the SPT ?"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; description "When this entry expires"; } leaf alive { type int32; units "second"; description "Alive time in seconds (-1 if never)"; } leaf register-received-timer { type int32; units "second"; description "Register Received Timer in seconds (-1 if never)"; } leaf remote-source { type boolean; description "MSDP told us"; } leaf crossed-threshold { type boolean; description "Incoming traffic crossed threshold. MT flag set"; } leaf data-mdt-addr-assigned { type boolean; description "PIM has assigned a Data MDT Address"; } leaf rpf-interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf secondary-rpf-interface-name { type xr:Interface-name; description "Secondary Interface Identifier"; } leaf connected { type boolean; description "Is Connected ?"; } leaf proxy { type boolean; description "Is the RPF target a proxy?"; } leaf rpf-proxy-enabled { type boolean; description "Is rpf if proxy enabled?"; } leaf mofrr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf rib-mo-frr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf jp-timer { type int32; description "Join-Prune Timer"; } leaf jp-status { type int32; description "Join-Prune Status"; } leaf suppress-registers { type int32; description "When the Null register probe expires"; } leaf assume-alive { type boolean; description "The Assume Alive Bit"; } leaf probe-alive { type boolean; description "The Probe Alive Bit"; } leaf really-alive { type boolean; description "The Really Alive Bit"; } leaf inherit-alive { type boolean; description "The Inherit Alive Bit"; } leaf inherit-spt { type boolean; description "The Inherit SPT Bit"; } leaf signal-sources { type boolean; description "Signal Sources on route?"; } leaf dont-check-connected { type boolean; description "Do we need to make the connected check on this route ?"; } leaf register-received { type boolean; description "Have registers been received for this source ?"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf sending-registers { type boolean; description "Are we sending registers for this route ?"; } leaf sending-null-registers { type boolean; description "Are we sending null registers for this route ?"; } leaf sa-sent { type boolean; description "BGP SA sent"; } leaf sa-received { type boolean; description "BGP SA received"; } leaf sa-joined { type boolean; description "BGP SA join"; } leaf anycast-rp-match { type boolean; description "Group matches Anycast-RP policy"; } leaf anycast-rp-route-target { type inet:ipv4-address; description "Anycast-RP RT"; } leaf bgp-join { type boolean; description "BGP C JOIN"; } leaf bgp-jp-time { type uint64; description "BGP C JP Time"; } leaf customer-routing-type { type int32; description "Type of Customer Routing in the MVPN"; } leaf extranet-route { type boolean; description "Is a Extranet route ?"; } leaf mofrr-active { type boolean; description "Is MoFRR Active?"; } leaf mofrr-primary { type boolean; description "Is this Mofrr Primary?"; } leaf mofrr-backup { type boolean; description "Is this Mofrr Backup?"; } leaf vxlan { type boolean; description "Is this VXLAN?"; } leaf kat-state { type boolean; description "Keep Alive Timer State"; } list outgoing-interface { description "Outgoing interface list"; container assert-winner { description "Assert Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container assert-winner leaf interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf bgp-c-mcast-prune-delay-timer { type uint64; units "second"; description "BGP C-MCAST Prune Suppression in seconds"; } leaf jp-timer { type int32; units "second"; description "Join-Prune Timer (secs)"; } leaf jp-state { type int32; description "Join-Prune State"; } leaf assert-timer { type int32; units "second"; description "Assert Timer in seconds"; } leaf local-members { type int32; description "Local Information. Deprecated - use 'local-members-information' instead"; } leaf internal-interest-info { type int32; description "Internal Interest. Deprecated - use 'internal-interest-information' instead"; } leaf forwarding-state { type int32; description "Forward or Prune"; } leaf immediate-state { type int32; description "Immediate fwding state"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf mldp-inband-mdt { type boolean; description "MLDP Inband MDT interface"; } leaf mldp-stale { type boolean; description "OLE is stale"; } leaf sa-prune { type boolean; description "BGP SA Prune state"; } leaf admin-boundary { type boolean; description "Is this an administrative boundary ?"; } leaf igmp-membership { type boolean; description "IGMP membership"; } leaf mdt-safi-join { type boolean; description "MDT Safi join"; } leaf mvpn-safi-join { type boolean; description "MVPN Safi join"; } leaf local-mdt-join { type boolean; description "Default MDT Join"; } leaf data-mdt-join { type boolean; description "Data MDT join"; } leaf mvpnv6-safi-join { type boolean; description "MVPN IPv6 Safi join"; } leaf bgp-c-mcast-join { type boolean; description "BGP C-Mcast join"; } leaf vrf-name { type string { length "0..33"; } description "VRF which physically owns"; } leaf extranet-interface { type boolean; description "Is this an Extranet Interface ?"; } leaf internal-interest-information { type Pim-internal-interest-info; description "Internal Interest. Replaces internal-interest-info"; } leaf local-members-information { type Pim-show-local-interest; description "Local Information. Replaces local-members"; } leaf assert-state { type boolean; description "Assert State"; } } // list outgoing-interface } // list topology } // container topologies container topology-interface-flag-route-counts { description "Route count for topology with interface flag set"; list topology-interface-flag-route-count { key "interface-flag"; description "Route count for topology with interface flag set"; leaf interface-flag { type Pim-topology-interface-flag; description "Interface flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-interface-flag-route-count } // container topology-interface-flag-route-counts container group-map-sources { description "PIM group-mapping with source information"; list group-map-source { key "prefix prefix-length client protocol rp-address priority"; description "PIM Group Mapping Entry with source information"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf priority { type uint32; description "RP Priority"; } container source-of-information { description "The source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf holdtime { type int32; units "second"; description "Holdtime in seconds"; } leaf expires { type uint64; units "second"; description "Mapping expiry time in seconds"; } leaf uptime { type uint64; units "second"; description "Mapping uptime in seconds"; } } // list group-map-source } // container group-map-sources container traffic-counters { description "PIM message traffic counters"; leaf elapsed-time { type uint32; units "second"; description "Running time for counters in seconds"; } leaf inputs { type uint32; description "Packets in"; } leaf outputs { type uint32; description "Packets out"; } leaf format-error { type uint32; description "Malformed packets in"; } leaf pakman-error { type uint32; description "Pakman packets dropped"; } leaf standby-packets-error { type uint32; description "Packets received in standby state"; } leaf checksum-error { type uint32; description "Checksum errors"; } leaf socket-error { type uint32; description "Socket errors"; } leaf send-queue-full { type uint32; description "Packets dropped since send queue was full"; } leaf boundary-acl-rx-drop { type uint32; description "Inc. JP dropped since boundary ACL confg"; } leaf boundary-acl-tx-drop { type uint32; description "Out JP dropped since boundary ACL confg"; } leaf no-socket-connection { type uint32; description "Packets dropped since no socket connection"; } leaf no-source-address { type uint32; description "Packets dropped since no source address"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-data-register { type uint32; description "Data Register packets in"; } leaf input-null-register { type uint32; description "Null Register packets in"; } leaf output-null-register { type uint32; description "Null Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf input-assert-batched { type uint32; description "Batched Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf output-assert-batched { type uint32; description "Batched Assert packets out"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-ecmp-redirect { type uint32; description "Input Ecmp Redirect"; } leaf output-ecmp-redirect { type uint32; description "Output Ecmp Redirect"; } leaf output-loop-error { type uint32; description "Output on loopback error"; } leaf mldp-mdt-invalid-lsm-identifier { type uint32; description " Invalid LSM ID"; } leaf input-no-idb-error { type uint32; description "No IDB for intf error"; } leaf input-no-vrf-error { type uint32; description "No VRF for idb error"; } leaf input-no-pim-error { type uint32; description "PIM Disabled on intf error"; } leaf input-pim-version-error { type uint32; description "Invalid PIM version error"; } leaf output-join-group { type uint32; description "Output Join Groups"; } leaf output-prune-group { type uint32; description "Output Prune Groups"; } leaf output-join-prune-bytes { type uint32; units "byte"; description "Output JP Bytes"; } leaf output-hello-bytes { type uint32; units "byte"; description "Output Hello Bytes"; } leaf non-supported-packets { type uint32; description "PIM non supported pckets"; } leaf invalid-registers { type uint32; description "PIM invalid registers received"; } leaf invalid-join-prunes { type uint32; description "PIM invalid Join/Prunes received"; } leaf packet-packman-error { type uint32; description "Packets Dropped due to Pakman Error"; } leaf packet-read-socket-error { type uint32; description "Packet Read Socket Error"; } leaf packet-queue-last-clear { type uint32; units "second"; description "Time in seconds since the last clear of all packet queues stats"; } leaf packets-standby { type uint32; description "Packets Dropped due to Standby Error"; } leaf no-mdt-socket-connection { type uint32; description "Packets dropped since no mdt socket connection"; } leaf mdt-send-queue-full { type uint32; description "Packets dropped since mdt send queue was full"; } leaf mdt-socket-error { type uint32; description "MDT Socket errors"; } leaf mdt-join-tlv-sent { type uint32; description "Data MDT Join Msgs sent"; } leaf mdt-join-tlv-received { type uint32; description "Data MDT Join Msgs received"; } leaf mdt-join-bad-type { type uint32; description "Data MDT TLV bad type"; } leaf mdt-drop-local-source-address { type uint32; description "Data MDT Join msgs dropped due to local source addr"; } leaf mdt-drop-null-local-address { type uint32; description "Data MDT Join msgs dropped due to null local addr"; } leaf mdt-drop-no-idb { type uint32; description "Data MDT Join msgs dropped due to idb missing"; } leaf mdt-drop-no-vrf { type uint32; description "Data MDT Join msgs dropped due to vrf missing"; } leaf invalid-destination-packets { type uint32; description "Control Packets with Invalid Destination"; } leaf mdt-joins-drop-multiple-encapsulation { type uint32; description "MDT Join msgs dropped due to multiple Encap limitation"; } leaf truncated-pim-packets { type uint32; description "Packets dropped due to truncated Joins or Prunes"; } leaf invalid-source-encodings { type uint32; description "Number of invalid source encodings received"; } leaf invalid-hello-options { type uint32; description "Number of invalid hello options received"; } list packet-queue { max-elements 2; description "Packet queue state and statistics"; container packet-queue-state { description "State of the queue"; leaf max-queue-size { type uint32; units "byte"; description "Maximum size of queue in bytes"; } leaf queue-size-bytes { type uint32; units "byte"; description "Size of queue in bytes"; } leaf queue-size-packets { type uint32; description "Size of queue in number of packets"; } } // container packet-queue-state container packet-queue-stats { description "Statistics about the queue"; leaf enqueued-packets { type uint32; description "Total number of packets enqueued to this queue"; } leaf dequeued-packets { type uint32; description "Total number of packets dequeued from this queue"; } leaf high-water-mark-packets { type uint32; description "Highest number of packets enqueued in this queue"; } leaf high-water-mark-bytes { type uint32; units "byte"; description "Highest number of bytes enqueued in this queue"; } leaf tail-drops { type uint32; description "Number packets dropped from this queue due to max size"; } } // container packet-queue-stats leaf packet-queue-priority { type uint32; description "Priority of this packet queue"; } } // list packet-queue } // container traffic-counters container group-map-rpfs { description "PIM group mapping information"; list group-map-rpf { key "prefix prefix-length client protocol rp-address rp-priority"; description "PIM group mapping entry"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf rp-priority { type uint32; description "RP priority"; } container rpf-neighbor { description "RPF neighbor to the RP"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf are-we-rp { type boolean; description "Are we the RP?"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface to the RP"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } } // list group-map-rpf } // container group-map-rpfs container summary { description "PIM summary"; leaf route-limit { type uint32; description "Maximum routes"; } leaf route-count { type uint32; description "Current routes"; } leaf route-low-water-mark { type uint32; description "The number of routes below which the throttle on route creation will be lifted"; } leaf is-route-limit-reached { type boolean; description "Is route creation throttled"; } leaf topology-interface-state-limit { type uint32; description "Maximum Topology Interface State count"; } leaf topology-interface-state-count { type uint32; description "Current Topology Interface State count"; } leaf rxi-low-water-mark { type uint32; description "The rxi below which the throttle on interface creation will be lifted"; } leaf rxi-limit-reached { type boolean; description "Is interface creation throttled"; } leaf register-limit { type uint32; description "Maximum registers"; } leaf register-count { type uint32; description "Current registers"; } leaf register-limit-reached { type boolean; description "Is PIM SM register handling throttled"; } leaf ranges-limit { type uint32; description "Maximum group ranges from Autorp"; } leaf ranges-count { type uint32; description "Current group ranges from Autorp"; } leaf ranges-threshold { type uint32; description "OOR theshold of grange ranges from AutoRP"; } leaf is-ranges-limit-reached { type boolean; description "Is Auto-RP group-to-RP mapping range creation throttled"; } leaf bsr-ranges-limit { type uint32; description "Maximum group ranges from BSR"; } leaf bsr-ranges-count { type uint32; description "Current group ranges from BSR"; } leaf bsr-range-threshold { type uint32; description "Threshold group range from BSR"; } leaf is-bsr-ranges-threshold-reached { type boolean; description "Is VRF-specific BSR group-to-RP mapping range creation throttled"; } leaf bsr-candidate-rp-set-limit { type uint32; description "Maximum crp-set from BSR"; } leaf bsr-candidate-rp-set-count { type uint32; description "Current crp-set count from BSR"; } leaf bsr-candidate-rp-set-threshold { type uint32; description "Threshold crp-set from BSR"; } leaf is-maximum-enforcement-disabled { type boolean; description "Is maximum enforcement disabled"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } leaf route-threshold { type uint32; description "Threshold routes"; } leaf global-auto-rp-ranges-limit { type uint32; description "Global Auto-RP maximum group ranges"; } leaf is-global-auto-rp-ranges-limit-reached { type boolean; description "Is global AutoRP group-to-RP mapping range creation throttled"; } leaf global-bsr-ranges-limit { type uint32; description "Global BSR maximum group ranges"; } leaf global-bsr-ranges-count { type uint32; description "Global BSR current group ranges"; } leaf global-bsr-ranges-threshold { type uint32; description "Global BSR Threshold group ranges"; } leaf is-global-bsr-ranges-limit-reached { type boolean; description "Is global BSR group-to-RP mapping range creation throttled"; } leaf global-bsr-candidate-rp-set-limit { type uint32; description "Global BSR maximum crp-set"; } leaf global-bsr-candidate-rp-set-count { type uint32; description "Global BSR current crp-set count"; } leaf global-bsr-candidate-rp-set-threshold { type uint32; description "Global BSR Threshold crp-set"; } leaf is-global-route-limit-reached { type boolean; description "Is global route creation throttled"; } leaf topology-interface-state-threshold { type uint32; description "Topology Interface State threshold"; } leaf is-global-rxi-limit-reached { type boolean; description "Is global interface creation throttled"; } leaf register-threshold { type uint32; description "Threshold registers"; } leaf global-register-limit { type uint32; description "Maximum global registers"; } leaf is-global-register-limit-reached { type boolean; description "Is global PIM SM register handling throttled"; } } // container summary container gre { description "GRE information"; container gre-next-hops { description "GRE destination neighbor table"; list gre-next-hop { key "destination-address"; description "PIM GRE address next-hop information"; leaf destination-address { type inet:ip-address-no-zone; description "GRE destination address"; } container registered-address { description "Address registered"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container registered-address leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric preference"; } leaf is-connected { type uint8; description "Are we connected ?"; } list gre-path { description "GRE Paths list"; container gre-neighbor { description "GRE neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-neighbor container gre-next-hop { description "GRE nexthop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-next-hop leaf gre-interface-name { type xr:Interface-name; description "GRE Interface"; } leaf is-gre-interface-disabled { type boolean; description "Is the gre interface disabled ?"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf is-connector-attribute-present { type boolean; description "Connector attribute present"; } leaf extranet-vrf-name { type string { length "0..33"; } description "Extranet VRF name"; } } // list gre-path } // list gre-next-hop } // container gre-next-hops } // container gre container bidir-df-winners { description "Bidirectional PIM DF election winner table"; list bidir-df-winner { key "rp-address interface-name"; description "Bidirectional PIM DF election table entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container df-winner { description "DF Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container df-winner leaf pim-interface-name { type string; description "Interface Name"; } leaf are-we-df { type boolean; description "Are we DF"; } leaf rp-lan { type boolean; description "Is this the RP LAN"; } leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric Preference"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } } // list bidir-df-winner } // container bidir-df-winners container table-contexts { description "PIM table context list"; list table-context { key "saf-name topology-name"; description "PIM table context information"; leaf saf-name { type Pim-safi; description "SAF name"; } leaf topology-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Topology name"; } leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // list table-context } // container table-contexts container neighbor-summaries { description "PIM neighbor summary table"; list neighbor-summary { key "interface-name"; description "PIM neighbor summary information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf number-of-neighbors { type int32; description "Number of neighbors"; } leaf number-of-external-neighbors { type int32; description "Number of external neighbors"; } } // list neighbor-summary } // container neighbor-summaries container context { description "PIM context information"; container remote-default-group { description "Remote Default Group"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container remote-default-group container rpf-default-table { description "RPF Default Table"; leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // container rpf-default-table leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf murib-id { type uint32; description "MURIB ID"; } leaf rpf-id { type uint32; description "RPF ID"; } leaf remote-table-id { type uint32; description "Remote Table ID"; } leaf mdt-default-group { type inet:ipv4-address; description "MDT Default group"; } leaf mdt-source { type inet:ipv4-address; description "MDT source"; } leaf mdt-source-interface { type string; description "MDT Source Interface Name"; } leaf mdt-interface { type xr:Interface-name; description "MDT handle"; } leaf mdt-gre-rpf-identifier { type uint32; description "GRE-MDT RPF Identifier"; } leaf mdt-gre-remote-rpf-identifier { type uint32; description "GRE-MDT Remote RPF Identifier"; } leaf is-unicast-rib-registration { type boolean; description "Ucast RIB Registration"; } leaf is-multicast-rib-registration { type boolean; description "Mcast RIB Registration"; } leaf is-active { type boolean; description "Active"; } leaf is-active-ital { type boolean; description "Active ITAL"; } leaf is-mrib-register { type boolean; description "MRIB Register"; } leaf is-mdt-owner { type boolean; description "MDT Owner"; } leaf is-routing-enabled { type boolean; description "Routing Enabled"; } leaf is-socket-add-required { type boolean; description "VRF required on Socket"; } leaf is-socket-added { type boolean; description "VRF added on Socket"; } leaf is-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Socket"; } leaf is-lpts-socket-added { type boolean; description "VRF LPTS filter added on Socket"; } leaf is-udp-socket-add-required { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-added { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-bind-required { type boolean; description "VRF bind required on UDP Socket"; } leaf is-udp-socket-bind { type boolean; description "VRF bound on UDP Socket"; } leaf is-register-injection-socket-add-required { type boolean; description "VRF required on Register Injection Socket"; } leaf is-register-injection-socket-added { type boolean; description "VRF added on Register Injection Socket"; } leaf is-register-injection-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Register Injection Socket"; } leaf is-register-injection-lpts-socket-added { type boolean; description "VRF LPTS filter added on Register Injection Socket"; } leaf is-m-host-publish-pending { type boolean; description "Publish pending for MHost Default interface"; } leaf mhost-interface { type xr:Interface-name; description "MHost handle"; } leaf mhost-default-interface-config { type string; description "Configured Mhost Defint"; } leaf mdt-mtu { type uint32; description "MDT MTU"; } leaf maximum-mdt-aggregation { type uint32; description "MDT max aggregation"; } leaf mdt-data-switchover-interval { type uint32; description "Data MDT Switchover interval"; } leaf mdt-data-announce-interval { type uint32; description "Data MDT Announce interval"; } leaf non-default-vrf-count-on-socket { type uint32; description "Count of non-default vrfs on raw socket"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf mdt-neighbor-filter-name { type string; description "MDT Neighbor Filter Name"; } leaf allow-rp-configured { type boolean; description "Allow RP Configured"; } leaf allow-rp-group-list { type string { length "0..64"; } description "Allow RP Group-List ACL Name"; } leaf allow-rp-rp-list { type string { length "0..64"; } description "Allow RP RP-list ACL Name"; } leaf sg-expiry-timer-configured { type boolean; description "S,G Expiry Timer Configured"; } leaf sg-expiry-time { type uint16; units "second"; description "S,G Expiry Time Configured, in seconds"; } leaf sg-expiry-timer-sg-list { type string { length "0..64"; } description "S,G expiry timer ACL name"; } leaf mldp-mdt-name { type string; description "MLDP MDT Name"; } leaf mldp-mdt-interface { type xr:Interface-name; description "MLDP MDT handle"; } leaf mldp-mdt-mtu { type uint32; description "MLDP MDT MTU"; } leaf mldp-maximum-mdt-aggregation { type uint32; description "MLDP MDT max aggregation"; } leaf mldp-mdt-data-switchover-interval { type uint32; description "MLDP Data MDT Switchover interval"; } leaf mldp-mdt-data-announce-interval { type uint32; description "MLDP Data MDT Announce interval"; } leaf mldp-mdt-rpf-identifier { type uint32; description "MLDP RPF-ID"; } leaf mldp-mdt-remote-rpf-identifier { type uint32; description "MLDP Remote RPF-ID"; } leaf is-create-mldp-mdt-interface { type boolean; description "Create MLDP MDT interface"; } leaf is-mldp-mdt-owner { type boolean; description "MLDP MDT Owner"; } leaf mldp-root-count { type uint32; description "MLDP Root count"; } leaf mldp-head-lsm-identifier { type uint32; description "MLDP Head LSM-ID"; } leaf mldp-remote-head-lsm-identifier { type uint32; description "MLDP Remote Head LSM-ID"; } leaf organization-unique-identifier { type uint32; description "OUI for VPN-ID"; } leaf vpn-index { type uint32; description "VPN Index"; } leaf mldp-partitioned-mdt-configured { type boolean; description "MLDP Partitioned MDT"; } leaf mldp-remote-partitioned-mdt-configured { type boolean; description "MLDP Remote Partitioned MDT"; } leaf mldp-partioned-mp2m-ptree { type boolean; description "MP2MP Partitioned MDT tree"; } leaf mldp-partitioned-head-lsm-identifier { type uint32; description "Partitioned MDT Head LSM-ID"; } leaf mldp-head-local-label { type uint32; description "Partitioned MDT Head local label"; } leaf mldp-partitioned-mdt-identifier { type uint32; description "MLDP Partitioned MDT Identifier"; } leaf bgp-auto-discovery-configured { type boolean; description "BGP Auto-Discovery configured"; } leaf suppress-pim-data-mdt-tlv { type boolean; description "Suppress PIM Data-MDT TLV Announcements"; } leaf inter-autonomous-system-enabled { type boolean; description "Inter-AS Enabled"; } leaf bgp-source-active-announce { type boolean; description "Send BGP Source-Active Announcements"; } leaf bgp-i-pmsi-added { type boolean; description "BGP I-PMSI Added"; } leaf mldp-bsr-control-tree-added { type boolean; description "MLDP BSR Control tree added"; } leaf mldp-auto-rp-discovery-tree-added { type boolean; description "MLDP Autorp Discovery Control tree added"; } leaf mldp-auto-rp-announce-tree-added { type boolean; description "MLDP Autorp Announce Control tree added"; } leaf bgp-auto-discovery-type { type uint32; description "BGP Auto Discovery Type"; } leaf mdt-partitioned-mdt-control-identifier { type uint32; description "Partitioned MDT Control Identifier"; } leaf mdt-partitioned-ir-control-identifier { type uint32; description "Partitioned IR MDT Control Identifier"; } leaf mldp-control-head-lsm-identifier { type uint32; description "MLDP MVPN Identifier"; } leaf umh { type boolean; description "Join UMH Core-Tree"; } leaf suppress-shared-tree-join { type boolean; description "Suppress Shared-Tree Joins"; } leaf rsvp-te-mdt-name { type string; description "RSVP-TE MDT Name"; } leaf rsvp-te-mdt-interface { type xr:Interface-name; description "RSVP-TEMDT handle"; } leaf rsvp-te-mdt-mtu { type uint32; description "RSVP-TEMDT MTU"; } leaf rsvp-te-maximum-mdt-aggregation { type uint32; description "RSVP-TE MDT max aggregation"; } leaf rsvp-te-mdt-data-switchover-interval { type uint32; description "RSVP-TE Data MDT Switchover interval"; } leaf rsvp-te-mdt-data-announce-interval { type uint32; description "RSVP-TE Data MDT Announce interval"; } leaf rsvp-te-mdt-rpf-identifier { type uint32; description "RSVP-TE RPF-ID"; } leaf is-create-rsvp-te-mdt-interface { type boolean; description "Create RSVP-TE MDT interface"; } leaf is-rsvp-te-mdt-owner { type boolean; description "RSVP-TE MDT Owner"; } leaf rsvp-te-mdt-static-p2mp-count { type uint32; description "Number of Static P2MP-TE MDT"; } leaf p2mpte-li-drop { type uint32; description "Route LI updates dropped for P2MP"; } leaf ir-mdt-name { type string; description "IR MDT Name"; } leaf ir-mdt-interface { type xr:Interface-name; description "IRMDT handle"; } leaf ir-mdt-mtu { type uint32; description "IRMDT MTU"; } leaf ir-maximum-mdt-aggregation { type uint32; description "IR MDT max aggregation"; } leaf ir-mdt-data-switchover-interval { type uint32; description "IR Data MDT Switchover interval"; } leaf ir-mdt-data-announce-interval { type uint32; description "IR Data MDT Announce interval"; } leaf ir-mdt-rpf-identifier { type uint32; description "IR RPF-ID"; } leaf ir-mdt-tail-label { type uint32; description "IR Tail Label"; } leaf is-create-ir-mdt-interface { type boolean; description "Create IR MDT interface"; } leaf is-ir-mdt-owner { type boolean; description "IR MDT Owner"; } leaf is-sr-local { type boolean; description "SR Local"; } leaf is-sr-remote { type boolean; description "SR Remote"; } leaf sr-mdt-name { type string; description "SR MDT Name"; } leaf sr-mdt-interface { type xr:Interface-name; description "SRMDT handle"; } leaf sr-mdt-mtu { type uint32; description "SRMDT MTU"; } leaf sr-maximum-mdt-aggregation { type uint32; description "SR MDT max aggregation"; } leaf sr-mdt-data-switchover-interval { type uint32; description "SR Data MDT Switchover interval"; } leaf sr-mdt-data-announce-interval { type uint32; description "SR Data MDT Announce interval"; } leaf sr-mdt-rpf-identifier { type uint32; description "SR RPF-ID"; } leaf sr-mdt-tail-label { type uint32; description "SR Tail Label"; } leaf is-create-sr-mdt-interface { type boolean; description "Create SR MDT interface"; } leaf is-sr-mdt-owner { type boolean; description "SR MDT Owner"; } leaf mdt-partitioned-tree-sid-control-identifier { type uint32; description "Partitioned Tree-SID MDT Control Identifier"; } leaf in-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf in-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf in-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf in-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf in-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf in-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf in-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-in-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-in-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf in-band-signaling-local-enabled { type boolean; description "Inband signaling Local enabled"; } leaf in-band-signaling-remote-enabled { type boolean; description "Inband signaling Remote enabled"; } leaf valid-rd-present { type boolean; description "RD is valid"; } leaf stale-rd-present { type boolean; description "RD is stale"; } leaf route-distinguisher { type yang:hex-string; description "RD value"; } leaf gin-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf gin-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf gin-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf gin-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf gin-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf gin-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf gin-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-gin-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-gin-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf is-pim-nsf-rib-converged { type boolean; description "PIM NSF RIB converged"; } leaf is-pim-nsf-rib-converge-received { type boolean; description "PIM NSF RIB converge received"; } leaf is-rib-multipath-enabled { type boolean; description "PIM RIB multiplath enabled"; } leaf is-rib-multipath-interface-hash { type boolean; description "PIM RIB multipath interface hash"; } leaf is-rib-multipath-source-hash { type boolean; description "PIM RIB multipath source based hash"; } leaf is-rib-multipath-source-next-hop-hash { type boolean; description "PIM RIB multipath source-nexthop hash"; } leaf rump-enabled { type boolean; description "PIM is using MuRIB"; } leaf is-create-mdt-interface { type boolean; description "Create MDT interface"; } leaf is-auto-rp-listen-enabled { type boolean; description "Auto RP Listen Enabled"; } leaf is-all-interface-disable-operation { type boolean; description "PIM all interface disable operation"; } leaf is-default-granges { type boolean; description "Default granges"; } leaf is-auto-rp-listen-sock-add { type boolean; description "Auto RP listen sock add"; } leaf is-redistribution-reset { type boolean; description "Pending redist reset"; } leaf redistribution-reset-count { type uint32; description "Redist reset count"; } leaf rpf-policy-name { type string; description "RPF topology selection route-policy name"; } leaf table-count { type uint32; description "Number of configured Tables"; } leaf active-table-count { type uint32; description "Number of active Tables"; } leaf anycast-rp-policy-name { type string; description "Anycast-RP Policy Name"; } leaf anycast-rp-configured { type boolean; description "Anycast-RP config"; } leaf bgp-remote-on { type boolean; description "BGP remote interface status"; } leaf bgp-remote-interface-name { type string; description "BGP remote interface name"; } leaf bgp-remote-interface { type xr:Interface-name; description "BGP remote interface handle"; } leaf bgp-remote-address { type inet:ipv4-address; description "BGP remote interface address"; } leaf bgp-remote-state { type uint32; description "BGP remote interface state"; } leaf physical-interface-count { type uint64; description "Enabled Physical Interface Count"; } leaf virtual-interface-count { type uint64; description "Enabled Virtual Interface Count"; } leaf virtual-mlc-interface-name { type string; description "Virtual master line card Interface"; } leaf mdt-immediate-switch { type boolean; description "MDT Immediate Switch"; } leaf remote-mdt-idb-name { type string; description "Remote MDT Interface Handle Name"; } leaf remote-mdt-address { type inet:ipv4-address; description "Remote MDT interface address"; } leaf-list mldp-root-address { type uint32; description "MLDP Root addresses"; } list export-route-target { description "Export Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list export-route-target list import-route-target { description "Import Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list import-route-target list anycast-rp-range { description "Anycast-RP Ranges"; container prefix { description "Anycast-RP Range Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix leaf prefix-length { type uint8; description "Anycast-RP Range Prefix Length"; } leaf ancast-rp-marked { type boolean; description "Anycast-RP Range marked"; } } // list anycast-rp-range } // container context container topology-entry-flag-route-counts { description "Route count for topology with entry flag set"; list topology-entry-flag-route-count { key "entry-flag"; description "Route count for topology with entry flag set"; leaf entry-flag { type Pim-topology-entry-flag; description "entry flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-entry-flag-route-count } // container topology-entry-flag-route-counts container rpf-redirect { description "PIM ECMP RPF-redirect bundle"; container redirect-route-databases { description "PIM ECMP RPF-redirect route database"; list redirect-route-database { key "source-address group-address"; description "PIM ECMP RPF-redirect route information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } container group-address-xr { description "Group ddress"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr leaf bandwidth { type uint32; units "kbit/s"; description "Bandwidth in Kbps"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } list interface { description "Outgoing interface list"; container rpf-address { description "RPF Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-address leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf is-rpf-interface { type boolean; description "Is RPF Interface"; } leaf is-outgoing-interface { type boolean; description "Is outgoing Interface"; } leaf is-snoop-interface { type boolean; description "Is snooping Interface"; } } // list interface } // list redirect-route-database } // container redirect-route-databases container bundle-interfaces { description "PIM ECMP RPF-redirect bundle information"; list bundle-interface { key "bundle-name interface-name"; description "PIM ECMP RPF-redirect bundle interface information"; leaf bundle-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Bundle name"; } leaf interface-name { type xr:Interface-name; description "Bundle interface name"; } leaf rpf-redirect-bundle-name { type string { length "0..33"; } description "RPF redirect bundle name"; } leaf rpf-redirect-interface-name { type string { length "0..33"; } description "RPF redirect interface name"; } leaf available-bandwidth { type int32; units "kbit/s"; description "Bandwidth available in Kbps"; } leaf allocated-bandwidth { type int32; units "kbit/s"; description "Bandwidth allocated in Kbps"; } leaf total-bandwidth { type int32; units "kbit/s"; description "Total bandwidth used in Kbps"; } leaf topology-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by topology in Kbps"; } leaf snooping-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by snooped entries in Kbps"; } leaf allocated-threshold-bandwidth { type int32; units "kbit/s"; description "Configured threshold in Kbps"; } leaf available-threshold-bandwidth { type int32; units "kbit/s"; description "Available threshold in Kbps"; } } // list bundle-interface } // container bundle-interfaces } // container rpf-redirect container tunnels { description "Tunnels information that PIM has"; list tunnel { key "tunnel-name"; description "PIM tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list tunnel } // container tunnels container multicast-static-routes { description "PIM multicast static route table"; list multicast-static-route { key "address prefix-length"; description "PIM multicast static route information"; leaf address { type inet:ip-address-no-zone; description "Network address"; } leaf prefix-length { type uint32; description "Prefix length"; } container prefix { description "Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container nexthop { description "Next Hop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container nexthop leaf interface-name { type xr:Interface-name; description "Interface Handle"; } leaf distance { type uint32; description "Distance"; } leaf prefix-length-xr { type uint8; description "Prefix Length"; } leaf is-via-lsm { type boolean; description "LSM flag"; } } // list multicast-static-route } // container multicast-static-routes container neighbors { description "PIM neighbor table"; list neighbor { key "interface-name neighbor-address"; description "PIM neighbor information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf neighbor-address { type inet:ip-address-no-zone; description "Neighbor address"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; units "second"; description "Neighbor expiry in seconds"; } leaf expiry-timer { type uint64; units "second"; description "Expiry timer in seconds"; } leaf is-this-neighbor-us { type boolean; description "Is this neighbor us ?"; } leaf is-this-neighbor-dr { type boolean; description "Is this neighbor the DR"; } leaf is-dr-priority-capable { type boolean; description "Is this neighbor DR priority capable ?"; } leaf dr-priority { type uint32; description "DR priority"; } leaf is-bidirectional-capable { type boolean; description "Is this neighbor bidir capable ?"; } leaf is-proxy-capable { type boolean; description "Is this neighbor proxy capable?"; } leaf is-batch-asserts-capable { type boolean; description "Is this neighbor capable of batching asserts?"; } leaf is-ecmp-redirect-capable { type boolean; description "Is this neighbor capable of Ecmp Redirect?"; } leaf is-bfd-state { type boolean; description "Is the neighbor bfd session created"; } leaf sticky-dr-neighbor { type boolean; description "Is Sticky DR advertised on interface by neighbor"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf override-interval { type uint16; description "Override Interval"; } list neighbor-address-xr { description "List of Neighbor Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list neighbor-address-xr } // list neighbor } // container neighbors } // container default-context container process { description "Process"; container nsr { description "NSR Information"; leaf state { type uint8; description "NSR state"; } leaf partner-connected { type boolean; description "Partner process connected"; } leaf rmf-notification-done { type boolean; description "RMF Notification done"; } leaf rmf-timer-valid { type boolean; description "Is RMF timer running ?"; } leaf rmf-timer-expiry { type uint64; description "Time for RMF timer to expire"; } leaf last-connection-up { type uint64; description "Time when connection went up"; } leaf last-connection-dn { type uint64; description "Time when connection went down"; } leaf last-rmf-ready { type uint64; description "Time when RMF Rdy notif was sent"; } leaf last-rmf-not-ready { type uint64; description "Time when RMF Not-Rdy notif was sent"; } leaf count-connection-up { type uint32; description "No. of times connection went up"; } leaf count-connection-dn { type uint32; description "No. of times connection went down"; } leaf count-rmf-ready { type uint32; description "No. of times RMF Ready notif was sent"; } leaf count-rmf-not-ready { type uint32; description "No. of times RMF Not Ready notif was sent"; } } // container nsr container summary { description "PIM Global Summary"; leaf route-limit { type uint32; description "Maximum routes"; } leaf route-count { type uint32; description "Current routes"; } leaf route-low-water-mark { type uint32; description "The number of routes below which the throttle on route creation will be lifted"; } leaf is-route-limit-reached { type boolean; description "Is route creation throttled"; } leaf topology-interface-state-limit { type uint32; description "Maximum Topology Interface State count"; } leaf topology-interface-state-count { type uint32; description "Current Topology Interface State count"; } leaf rxi-low-water-mark { type uint32; description "The rxi below which the throttle on interface creation will be lifted"; } leaf rxi-limit-reached { type boolean; description "Is interface creation throttled"; } leaf register-limit { type uint32; description "Maximum registers"; } leaf register-count { type uint32; description "Current registers"; } leaf register-limit-reached { type boolean; description "Is PIM SM register handling throttled"; } leaf ranges-limit { type uint32; description "Maximum group ranges from Autorp"; } leaf ranges-count { type uint32; description "Current group ranges from Autorp"; } leaf ranges-threshold { type uint32; description "OOR theshold of grange ranges from AutoRP"; } leaf is-ranges-limit-reached { type boolean; description "Is Auto-RP group-to-RP mapping range creation throttled"; } leaf bsr-ranges-limit { type uint32; description "Maximum group ranges from BSR"; } leaf bsr-ranges-count { type uint32; description "Current group ranges from BSR"; } leaf bsr-range-threshold { type uint32; description "Threshold group range from BSR"; } leaf is-bsr-ranges-threshold-reached { type boolean; description "Is VRF-specific BSR group-to-RP mapping range creation throttled"; } leaf bsr-candidate-rp-set-limit { type uint32; description "Maximum crp-set from BSR"; } leaf bsr-candidate-rp-set-count { type uint32; description "Current crp-set count from BSR"; } leaf bsr-candidate-rp-set-threshold { type uint32; description "Threshold crp-set from BSR"; } leaf is-maximum-enforcement-disabled { type boolean; description "Is maximum enforcement disabled"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } leaf route-threshold { type uint32; description "Threshold routes"; } leaf global-auto-rp-ranges-limit { type uint32; description "Global Auto-RP maximum group ranges"; } leaf is-global-auto-rp-ranges-limit-reached { type boolean; description "Is global AutoRP group-to-RP mapping range creation throttled"; } leaf global-bsr-ranges-limit { type uint32; description "Global BSR maximum group ranges"; } leaf global-bsr-ranges-count { type uint32; description "Global BSR current group ranges"; } leaf global-bsr-ranges-threshold { type uint32; description "Global BSR Threshold group ranges"; } leaf is-global-bsr-ranges-limit-reached { type boolean; description "Is global BSR group-to-RP mapping range creation throttled"; } leaf global-bsr-candidate-rp-set-limit { type uint32; description "Global BSR maximum crp-set"; } leaf global-bsr-candidate-rp-set-count { type uint32; description "Global BSR current crp-set count"; } leaf global-bsr-candidate-rp-set-threshold { type uint32; description "Global BSR Threshold crp-set"; } leaf is-global-route-limit-reached { type boolean; description "Is global route creation throttled"; } leaf topology-interface-state-threshold { type uint32; description "Topology Interface State threshold"; } leaf is-global-rxi-limit-reached { type boolean; description "Is global interface creation throttled"; } leaf register-threshold { type uint32; description "Threshold registers"; } leaf global-register-limit { type uint32; description "Maximum global registers"; } leaf is-global-register-limit-reached { type boolean; description "Is global PIM SM register handling throttled"; } } // container summary container nsf { description "PIM NSF information"; leaf configured-state { type boolean; description "Is Multicast NSF Configured"; } leaf nsf-state { type boolean; description "Are we currently in NSF"; } leaf nsf-timeout { type uint32; units "second"; description "Multicast NSF timeout in seconds"; } leaf nsf-time-left { type uint32; units "second"; description "Multicast NSF time left in seconds"; } leaf waiting-timer { type boolean; description "Waiting for NSF timer expiry"; } leaf waiting-membership { type boolean; description "Waiting for IGMP/MLD"; } leaf respawn-count { type uint32; description "Respawn Count"; } leaf last-nsf-on { type int64; description "Last NSF time ON"; } leaf last-nsf-off { type int64; description "Last NSF time off"; } leaf last-nsf-on-sec { type int32; units "second"; description "Last NSF time ON in Seconds"; } leaf last-nsf-off-sec { type int32; units "second"; description "Last NSF time OFF in Seconds"; } leaf last-icd-notif-recv { type int64; description "Last ICD Notif Recv"; } leaf last-icd-notif-recv-sec { type int32; units "second"; description "Last ICD Notif Recv in Seconds"; } } // container nsf container issu { description "ISSU Information"; leaf informationvalid { type boolean; description "Is Information valid ?"; } leaf role-ha { type int32; description "HA role"; } leaf role-issu { type int32; description "ISSU role"; } leaf phase-issu { type int32; description "ISSU Phase"; } leaf last-ha-role-notification-received { type uint64; description "Time when last HA role nfn was received"; } leaf last-issu-role-notification-received { type uint64; description "Time when last ISSU role nfn was received"; } leaf last-issu-phase-notification-received { type uint64; description "Time when last ISSU Phase nfn was received"; } leaf is-eoc-received { type boolean; description "Was EOC received ?"; } leaf eoc-received-timestamp { type uint64; description "Time when EOC was received"; } leaf is-ihms-done-received { type boolean; description "Was IHMS done received ?"; } leaf ihms-received-timestamp { type uint64; description "Time when IHMS done was received"; } leaf is-rib-sync-received { type boolean; description "Was RIB Sync received ?"; } leaf rib-sync-received-timestamp { type uint64; description "Time when RIB Sync was received"; } leaf is-nbr-sync-received { type boolean; description "Was NBR Sync achieved ?"; } leaf nbr-sync-received-timestamp { type uint64; description "Time when NBR Sync was achieved"; } leaf is-checkpoint-idt-done { type boolean; description "Was Checkpoint IDT done ?"; } leaf checkpoint-idt-timestamp { type uint64; description "Time when Checkpoint IDT done"; } } // container issu } // container process container vrfs { description "VRF Table"; list vrf { key "vrf-name"; description "VRF name"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF name "; } container ifrs-interfaces { description "PIM interfaces in forward reference store table"; list ifrs-interface { key "interface-name"; description "PIM IFRS interface information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list ifrs-interface } // container ifrs-interfaces container interface-statistics { description "PIM interface statistics"; list interface-statistic { key "interface-name"; description "PIM interface statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-register { type uint32; description "Register packets in"; } leaf output-register { type uint32; description "Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf input-graft-message { type uint32; description "Input Graft Messages"; } leaf output-graft-message { type uint32; description "Output Graft Messages"; } leaf input-graft-ack-message { type uint32; description "Input Graft Ack Messages"; } leaf output-graft-ack-message { type uint32; description "Output Graft Ack Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-miscellaneous { type uint32; description "Miscellaneous packet in"; } } // list interface-statistic } // container interface-statistics container topology-route-count { description "Topology route count information from PIM topology table"; leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // container topology-route-count container jp-statistics { description "PIM join prune statistics table"; list jp-statistic { key "interface-name"; description "PIM Join Prune Statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf mtu { type uint32; description "Interface MTU"; } leaf transmitted { type uint32; description "Transmitted"; } leaf transmitted100 { type uint16; description "Transmitted 100 average"; } leaf transmitted-1k { type uint16; description "Transmitted 1K average"; } leaf transmitted-10k { type uint16; description "Transmitted 10K average"; } leaf transmitted-50k { type uint16; description "Deprecated by Transmitted100"; } leaf received { type uint32; description "Received"; } leaf received100 { type uint16; description "Received 100 average"; } leaf received-1k { type uint16; description "Received 1K average"; } leaf received-10k { type uint16; description "Received 10K average"; } leaf received-50k { type uint16; description "Deprecated by Received100"; } } // list jp-statistic } // container jp-statistics container mib-databases { description "PIM group database for mroute mibs table"; list mib-database { key "source-address group-address source-netmask"; description "PIM multicast static route information"; leaf source-address { type inet:ip-address-no-zone; description "Multicast static route source address"; } leaf group-address { type inet:ip-address-no-zone; description "Multicast satic route group address"; } leaf source-netmask { type uint32; description "Source mask"; } container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container rpf-neighbor { description "The RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root leaf upstream-assert-timer { type int32; description "Upstream Assert Timer"; } leaf assert-metric { type uint32; description "Assert Metric"; } leaf assert-metric-preference { type uint32; description "Assert Metric Preference"; } leaf assert-rpt-bit { type boolean; description "Assert RPT Bit"; } leaf spt-bit { type boolean; description "Is SPT bit set ?"; } leaf rpf-mask { type uint32; description "Mask of the multicast root"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface name "; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf bidirectional-route { type boolean; description "Is this Bidir ?"; } leaf uptime { type uint64; description "Uptime of route"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } } // list mib-database } // container mib-databases container ifrs-summary { description "PIM interfaces in forward reference store summary"; leaf interface-count { type uint32; description "Number of interfaces"; } leaf configuration-count { type uint32; description "Configuration counts"; } } // container ifrs-summary container ranges { description "PIM range list information"; list range { key "rp-address client"; description "PIM range list information"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf client { type Pim-client; description "Client"; } container rp-address-xr { description "Rendezvous point address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf protocol { type Pim-show-protocol; description "PIM protocol"; } leaf client-xr { type Pim-show-range-client; description "Client mapping learnt via"; } leaf expires { type uint64; description "When mapping expires"; } list group-range { description "List of group ranges"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf prefix-length { type int32; description "Group range prefix length"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; description "When mapping expires"; } } // list group-range } // list range } // container ranges container bsr { description "PIM BSR information"; container rp-caches { description "PIM BSR RP cache table"; list rp-cache { key "group-prefix prefix-length"; description "PIM BSR RP cache"; leaf group-prefix { type inet:ip-address-no-zone; description "Group prefix"; } leaf prefix-length { type uint32; description "Prefix Length"; } container group-prefix-xr { description "Group Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-prefix-xr container candidate-rp-list { description "C-RP list for this prefix"; list pim-bsr-crp-bag { description "Next C-RP in the List"; container candidate-rp-address { description "C-RP address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp-address leaf candidate-rp-holdtime { type uint16; description "C-RP Holdtime"; } leaf candidate-rp-priority { type uint8; description "C-RP Priority"; } leaf candidate-rp-up-time { type uint16; description "C-RP Uptime"; } leaf candidate-rp-expires { type uint16; description "C-RP Expires"; } leaf protocol { type Pim-show-protocol; description "PIM Protocol"; } } // list pim-bsr-crp-bag } // container candidate-rp-list leaf group-prefix-length { type uint32; description "Group Prefix Length"; } leaf candidate-rp-group-count { type uint32; description "C-RP count for this Prefix"; } } // list rp-cache } // container rp-caches container candidate-rps { description "PIM candidate-RP"; list candidate-rp { key "rp-address"; description "PIM BSR candidate RP information"; leaf rp-address { type inet:ip-address-no-zone; description "Candidate-RP address"; } container candidate-rp { description "Cand-RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf candidate-rp-scope { type int32; description "Cand-RP Scope"; } leaf crp-priority { type uint8; description "Cand-RP Priority"; } leaf crp-holdtime { type uint16; description "Cand-RP Holdtime"; } leaf candidate-rp-advance-interval { type uint16; units "second"; description "Cand-RP Adv Interval in seconds"; } leaf candidate-rp-uptime { type uint16; description "Cand-RP uptime"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } list crp-access { max-elements 2; description "Group Ranges Using this Cand-RP"; leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } } // list crp-access } // list candidate-rp } // container candidate-rps container bsr-elections { description "PIM BSR election state"; list bsr-election { key "pim-scope"; description "PIM BSR information"; leaf pim-scope { type uint32; description "BSR information"; } container bsr-address { description "BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container bsr-address container candidate-bsr-address { description "C-BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-bsr-address leaf bsr-priority { type uint8; description "BSR Priority"; } leaf bsr-mask-length { type uint8; description "Hash Function Mask Length"; } leaf bsr-up-time { type uint16; description "BSR Uptime"; } leaf bootstrap-timeout { type uint16; description "Bootstrap Timeout"; } leaf candidate-bsr-state { type uint32; description "BSR Candidate State"; } leaf bsr-election-state { type uint32; description "BSR Election State"; } leaf bsr-scope { type uint16; description "BSR Scope"; } leaf candidate-bsr-flag { type boolean; description "BSR Candidate Config Flag"; } leaf candidate-bsr-priority { type uint8; description "C-BSR Priority"; } leaf candidate-bsr-mask-length { type uint8; description "C-BSR Hash Func. Mask Len"; } } // list bsr-election } // container bsr-elections } // container bsr container route-policy { description "PIM route policy"; container route-policy-statistics { description "PIM route policy statistics"; leaf policy-name { type string; description "RPF policy name"; } leaf requests { type uint32; description "Number of RPF lookup requests"; } leaf pass { type uint32; description "Number of RPF pass"; } leaf drop { type uint32; description "Number of RPF drops"; } leaf default-table { type uint32; description "Number of RPF lookup in default-only Table"; } leaf any-table { type uint32; description "Number of RPF lookup in any Table"; } } // container route-policy-statistics } // container route-policy container rpf-summary { description "PIM RPF registration summary"; leaf default-safi { type uint32; description "Default RPF Table SAFI"; } leaf default-table-name { type string; description "Default RPF Table Name"; } leaf is-mbgp-configured { type boolean; description "Is MBGP configured?"; } leaf is-ospf-te-configured { type boolean; description "Is OSPF TE configured?"; } leaf is-isis-te-configured { type boolean; description "Is ISIS TE configured?"; } leaf is-isis-mtr-configured { type boolean; description "Is ISIS MTR configured?"; } leaf mo-frr-configured { type boolean; description "Is MoFRR configured?"; } leaf rib-mo-frr-configured { type boolean; description "Is MoFRR RIB configured?"; } leaf rump-enabled { type boolean; description "Is RUMP MuRIB enabled?"; } leaf rib-convergence-timeout { type uint32; units "second"; description "RIB convergence timeout in seconds"; } leaf rib-convergence-time-left { type uint32; units "second"; description "RIB convergence time left in seconds"; } leaf is-multipath-enabled { type boolean; description "Is Multipath Enabled ?"; } leaf is-multipath-interface-hash-enabled { type boolean; description "Is Multipath Interface Hash Extension Enabled ?"; } leaf is-multipath-source-hash-enabled { type boolean; description "Is Multipath Source based Hash Enabled ?"; } leaf is-multipath-source-next-hop-hash-enabled { type boolean; description "Is Multipath Source-Nexthop Hash Enabled ?"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } } // container rpf-summary container interfaces { description "PIM interfaces"; list interface { key "interface-name"; description "PIM interface name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list interface } // container interfaces container net-io-tunnels { description "Tunnel information that NETIO has "; list net-io-tunnel { key "tunnel-name"; description "PIM netio tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list net-io-tunnel } // container net-io-tunnels container bidir-df-states { description "Bidirectional PIM DF election state table"; list bidir-df-state { key "rp-address interface-name"; description "Bidirectional PIM DF Election Table Entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr leaf pim-interface-name { type string; description "Interface Name"; } leaf election-state { type string; description "DF Election State"; } leaf time-seconds { type uint64; units "second"; description "Timer expires (seconds)"; } leaf time-nano-seconds { type uint64; units "nanosecond"; description "Timer expires (nseconds)"; } leaf our-metric { type uint32; description "Metric"; } leaf our-metric-preference { type uint32; description "MetricPreference"; } } // list bidir-df-state } // container bidir-df-states container topologies { description "PIM topology table"; list topology { key "source-address group-address rpt"; description "PIM topology information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } leaf rpt { type uint32; description "RPT bit"; } container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container rp-address { description "RP Address (If rpt)"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container rpf-neighbor { description "RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container secondary-rpf-neighbor { description "Secondary RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container secondary-rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root container proxy-address { description "RPF Proxy address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container proxy-address container orig-src-address { description "Orig Src Address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container orig-src-address leaf limit-reached { type boolean; description "Have we throttled the creation of routes or interfaces ?"; } leaf low-memory { type boolean; description "Node is running low on memory"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } leaf wildcard { type boolean; description "WC -Wildcard"; } leaf rpt-xr { type boolean; description "Is this on the RPT ?"; } leaf spt { type boolean; description "Is this on the SPT ?"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; description "When this entry expires"; } leaf alive { type int32; units "second"; description "Alive time in seconds (-1 if never)"; } leaf register-received-timer { type int32; units "second"; description "Register Received Timer in seconds (-1 if never)"; } leaf remote-source { type boolean; description "MSDP told us"; } leaf crossed-threshold { type boolean; description "Incoming traffic crossed threshold. MT flag set"; } leaf data-mdt-addr-assigned { type boolean; description "PIM has assigned a Data MDT Address"; } leaf rpf-interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf secondary-rpf-interface-name { type xr:Interface-name; description "Secondary Interface Identifier"; } leaf connected { type boolean; description "Is Connected ?"; } leaf proxy { type boolean; description "Is the RPF target a proxy?"; } leaf rpf-proxy-enabled { type boolean; description "Is rpf if proxy enabled?"; } leaf mofrr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf rib-mo-frr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf jp-timer { type int32; description "Join-Prune Timer"; } leaf jp-status { type int32; description "Join-Prune Status"; } leaf suppress-registers { type int32; description "When the Null register probe expires"; } leaf assume-alive { type boolean; description "The Assume Alive Bit"; } leaf probe-alive { type boolean; description "The Probe Alive Bit"; } leaf really-alive { type boolean; description "The Really Alive Bit"; } leaf inherit-alive { type boolean; description "The Inherit Alive Bit"; } leaf inherit-spt { type boolean; description "The Inherit SPT Bit"; } leaf signal-sources { type boolean; description "Signal Sources on route?"; } leaf dont-check-connected { type boolean; description "Do we need to make the connected check on this route ?"; } leaf register-received { type boolean; description "Have registers been received for this source ?"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf sending-registers { type boolean; description "Are we sending registers for this route ?"; } leaf sending-null-registers { type boolean; description "Are we sending null registers for this route ?"; } leaf sa-sent { type boolean; description "BGP SA sent"; } leaf sa-received { type boolean; description "BGP SA received"; } leaf sa-joined { type boolean; description "BGP SA join"; } leaf anycast-rp-match { type boolean; description "Group matches Anycast-RP policy"; } leaf anycast-rp-route-target { type inet:ipv4-address; description "Anycast-RP RT"; } leaf bgp-join { type boolean; description "BGP C JOIN"; } leaf bgp-jp-time { type uint64; description "BGP C JP Time"; } leaf customer-routing-type { type int32; description "Type of Customer Routing in the MVPN"; } leaf extranet-route { type boolean; description "Is a Extranet route ?"; } leaf mofrr-active { type boolean; description "Is MoFRR Active?"; } leaf mofrr-primary { type boolean; description "Is this Mofrr Primary?"; } leaf mofrr-backup { type boolean; description "Is this Mofrr Backup?"; } leaf vxlan { type boolean; description "Is this VXLAN?"; } leaf kat-state { type boolean; description "Keep Alive Timer State"; } list outgoing-interface { description "Outgoing interface list"; container assert-winner { description "Assert Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container assert-winner leaf interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf bgp-c-mcast-prune-delay-timer { type uint64; units "second"; description "BGP C-MCAST Prune Suppression in seconds"; } leaf jp-timer { type int32; units "second"; description "Join-Prune Timer (secs)"; } leaf jp-state { type int32; description "Join-Prune State"; } leaf assert-timer { type int32; units "second"; description "Assert Timer in seconds"; } leaf local-members { type int32; description "Local Information. Deprecated - use 'local-members-information' instead"; } leaf internal-interest-info { type int32; description "Internal Interest. Deprecated - use 'internal-interest-information' instead"; } leaf forwarding-state { type int32; description "Forward or Prune"; } leaf immediate-state { type int32; description "Immediate fwding state"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf mldp-inband-mdt { type boolean; description "MLDP Inband MDT interface"; } leaf mldp-stale { type boolean; description "OLE is stale"; } leaf sa-prune { type boolean; description "BGP SA Prune state"; } leaf admin-boundary { type boolean; description "Is this an administrative boundary ?"; } leaf igmp-membership { type boolean; description "IGMP membership"; } leaf mdt-safi-join { type boolean; description "MDT Safi join"; } leaf mvpn-safi-join { type boolean; description "MVPN Safi join"; } leaf local-mdt-join { type boolean; description "Default MDT Join"; } leaf data-mdt-join { type boolean; description "Data MDT join"; } leaf mvpnv6-safi-join { type boolean; description "MVPN IPv6 Safi join"; } leaf bgp-c-mcast-join { type boolean; description "BGP C-Mcast join"; } leaf vrf-name { type string { length "0..33"; } description "VRF which physically owns"; } leaf extranet-interface { type boolean; description "Is this an Extranet Interface ?"; } leaf internal-interest-information { type Pim-internal-interest-info; description "Internal Interest. Replaces internal-interest-info"; } leaf local-members-information { type Pim-show-local-interest; description "Local Information. Replaces local-members"; } leaf assert-state { type boolean; description "Assert State"; } } // list outgoing-interface } // list topology } // container topologies container topology-interface-flag-route-counts { description "Route count for topology with interface flag set"; list topology-interface-flag-route-count { key "interface-flag"; description "Route count for topology with interface flag set"; leaf interface-flag { type Pim-topology-interface-flag; description "Interface flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-interface-flag-route-count } // container topology-interface-flag-route-counts container group-map-sources { description "PIM group-mapping with source information"; list group-map-source { key "prefix prefix-length client protocol rp-address priority"; description "PIM Group Mapping Entry with source information"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf priority { type uint32; description "RP Priority"; } container source-of-information { description "The source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf holdtime { type int32; units "second"; description "Holdtime in seconds"; } leaf expires { type uint64; units "second"; description "Mapping expiry time in seconds"; } leaf uptime { type uint64; units "second"; description "Mapping uptime in seconds"; } } // list group-map-source } // container group-map-sources container traffic-counters { description "PIM message traffic counters"; leaf elapsed-time { type uint32; units "second"; description "Running time for counters in seconds"; } leaf inputs { type uint32; description "Packets in"; } leaf outputs { type uint32; description "Packets out"; } leaf format-error { type uint32; description "Malformed packets in"; } leaf pakman-error { type uint32; description "Pakman packets dropped"; } leaf standby-packets-error { type uint32; description "Packets received in standby state"; } leaf checksum-error { type uint32; description "Checksum errors"; } leaf socket-error { type uint32; description "Socket errors"; } leaf send-queue-full { type uint32; description "Packets dropped since send queue was full"; } leaf boundary-acl-rx-drop { type uint32; description "Inc. JP dropped since boundary ACL confg"; } leaf boundary-acl-tx-drop { type uint32; description "Out JP dropped since boundary ACL confg"; } leaf no-socket-connection { type uint32; description "Packets dropped since no socket connection"; } leaf no-source-address { type uint32; description "Packets dropped since no source address"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-data-register { type uint32; description "Data Register packets in"; } leaf input-null-register { type uint32; description "Null Register packets in"; } leaf output-null-register { type uint32; description "Null Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf input-assert-batched { type uint32; description "Batched Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf output-assert-batched { type uint32; description "Batched Assert packets out"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-ecmp-redirect { type uint32; description "Input Ecmp Redirect"; } leaf output-ecmp-redirect { type uint32; description "Output Ecmp Redirect"; } leaf output-loop-error { type uint32; description "Output on loopback error"; } leaf mldp-mdt-invalid-lsm-identifier { type uint32; description " Invalid LSM ID"; } leaf input-no-idb-error { type uint32; description "No IDB for intf error"; } leaf input-no-vrf-error { type uint32; description "No VRF for idb error"; } leaf input-no-pim-error { type uint32; description "PIM Disabled on intf error"; } leaf input-pim-version-error { type uint32; description "Invalid PIM version error"; } leaf output-join-group { type uint32; description "Output Join Groups"; } leaf output-prune-group { type uint32; description "Output Prune Groups"; } leaf output-join-prune-bytes { type uint32; units "byte"; description "Output JP Bytes"; } leaf output-hello-bytes { type uint32; units "byte"; description "Output Hello Bytes"; } leaf non-supported-packets { type uint32; description "PIM non supported pckets"; } leaf invalid-registers { type uint32; description "PIM invalid registers received"; } leaf invalid-join-prunes { type uint32; description "PIM invalid Join/Prunes received"; } leaf packet-packman-error { type uint32; description "Packets Dropped due to Pakman Error"; } leaf packet-read-socket-error { type uint32; description "Packet Read Socket Error"; } leaf packet-queue-last-clear { type uint32; units "second"; description "Time in seconds since the last clear of all packet queues stats"; } leaf packets-standby { type uint32; description "Packets Dropped due to Standby Error"; } leaf no-mdt-socket-connection { type uint32; description "Packets dropped since no mdt socket connection"; } leaf mdt-send-queue-full { type uint32; description "Packets dropped since mdt send queue was full"; } leaf mdt-socket-error { type uint32; description "MDT Socket errors"; } leaf mdt-join-tlv-sent { type uint32; description "Data MDT Join Msgs sent"; } leaf mdt-join-tlv-received { type uint32; description "Data MDT Join Msgs received"; } leaf mdt-join-bad-type { type uint32; description "Data MDT TLV bad type"; } leaf mdt-drop-local-source-address { type uint32; description "Data MDT Join msgs dropped due to local source addr"; } leaf mdt-drop-null-local-address { type uint32; description "Data MDT Join msgs dropped due to null local addr"; } leaf mdt-drop-no-idb { type uint32; description "Data MDT Join msgs dropped due to idb missing"; } leaf mdt-drop-no-vrf { type uint32; description "Data MDT Join msgs dropped due to vrf missing"; } leaf invalid-destination-packets { type uint32; description "Control Packets with Invalid Destination"; } leaf mdt-joins-drop-multiple-encapsulation { type uint32; description "MDT Join msgs dropped due to multiple Encap limitation"; } leaf truncated-pim-packets { type uint32; description "Packets dropped due to truncated Joins or Prunes"; } leaf invalid-source-encodings { type uint32; description "Number of invalid source encodings received"; } leaf invalid-hello-options { type uint32; description "Number of invalid hello options received"; } list packet-queue { max-elements 2; description "Packet queue state and statistics"; container packet-queue-state { description "State of the queue"; leaf max-queue-size { type uint32; units "byte"; description "Maximum size of queue in bytes"; } leaf queue-size-bytes { type uint32; units "byte"; description "Size of queue in bytes"; } leaf queue-size-packets { type uint32; description "Size of queue in number of packets"; } } // container packet-queue-state container packet-queue-stats { description "Statistics about the queue"; leaf enqueued-packets { type uint32; description "Total number of packets enqueued to this queue"; } leaf dequeued-packets { type uint32; description "Total number of packets dequeued from this queue"; } leaf high-water-mark-packets { type uint32; description "Highest number of packets enqueued in this queue"; } leaf high-water-mark-bytes { type uint32; units "byte"; description "Highest number of bytes enqueued in this queue"; } leaf tail-drops { type uint32; description "Number packets dropped from this queue due to max size"; } } // container packet-queue-stats leaf packet-queue-priority { type uint32; description "Priority of this packet queue"; } } // list packet-queue } // container traffic-counters container group-map-rpfs { description "PIM group mapping information"; list group-map-rpf { key "prefix prefix-length client protocol rp-address rp-priority"; description "PIM group mapping entry"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf rp-priority { type uint32; description "RP priority"; } container rpf-neighbor { description "RPF neighbor to the RP"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf are-we-rp { type boolean; description "Are we the RP?"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface to the RP"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } } // list group-map-rpf } // container group-map-rpfs container summary { description "PIM summary"; leaf route-limit { type uint32; description "Maximum routes"; } leaf route-count { type uint32; description "Current routes"; } leaf route-low-water-mark { type uint32; description "The number of routes below which the throttle on route creation will be lifted"; } leaf is-route-limit-reached { type boolean; description "Is route creation throttled"; } leaf topology-interface-state-limit { type uint32; description "Maximum Topology Interface State count"; } leaf topology-interface-state-count { type uint32; description "Current Topology Interface State count"; } leaf rxi-low-water-mark { type uint32; description "The rxi below which the throttle on interface creation will be lifted"; } leaf rxi-limit-reached { type boolean; description "Is interface creation throttled"; } leaf register-limit { type uint32; description "Maximum registers"; } leaf register-count { type uint32; description "Current registers"; } leaf register-limit-reached { type boolean; description "Is PIM SM register handling throttled"; } leaf ranges-limit { type uint32; description "Maximum group ranges from Autorp"; } leaf ranges-count { type uint32; description "Current group ranges from Autorp"; } leaf ranges-threshold { type uint32; description "OOR theshold of grange ranges from AutoRP"; } leaf is-ranges-limit-reached { type boolean; description "Is Auto-RP group-to-RP mapping range creation throttled"; } leaf bsr-ranges-limit { type uint32; description "Maximum group ranges from BSR"; } leaf bsr-ranges-count { type uint32; description "Current group ranges from BSR"; } leaf bsr-range-threshold { type uint32; description "Threshold group range from BSR"; } leaf is-bsr-ranges-threshold-reached { type boolean; description "Is VRF-specific BSR group-to-RP mapping range creation throttled"; } leaf bsr-candidate-rp-set-limit { type uint32; description "Maximum crp-set from BSR"; } leaf bsr-candidate-rp-set-count { type uint32; description "Current crp-set count from BSR"; } leaf bsr-candidate-rp-set-threshold { type uint32; description "Threshold crp-set from BSR"; } leaf is-maximum-enforcement-disabled { type boolean; description "Is maximum enforcement disabled"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } leaf route-threshold { type uint32; description "Threshold routes"; } leaf global-auto-rp-ranges-limit { type uint32; description "Global Auto-RP maximum group ranges"; } leaf is-global-auto-rp-ranges-limit-reached { type boolean; description "Is global AutoRP group-to-RP mapping range creation throttled"; } leaf global-bsr-ranges-limit { type uint32; description "Global BSR maximum group ranges"; } leaf global-bsr-ranges-count { type uint32; description "Global BSR current group ranges"; } leaf global-bsr-ranges-threshold { type uint32; description "Global BSR Threshold group ranges"; } leaf is-global-bsr-ranges-limit-reached { type boolean; description "Is global BSR group-to-RP mapping range creation throttled"; } leaf global-bsr-candidate-rp-set-limit { type uint32; description "Global BSR maximum crp-set"; } leaf global-bsr-candidate-rp-set-count { type uint32; description "Global BSR current crp-set count"; } leaf global-bsr-candidate-rp-set-threshold { type uint32; description "Global BSR Threshold crp-set"; } leaf is-global-route-limit-reached { type boolean; description "Is global route creation throttled"; } leaf topology-interface-state-threshold { type uint32; description "Topology Interface State threshold"; } leaf is-global-rxi-limit-reached { type boolean; description "Is global interface creation throttled"; } leaf register-threshold { type uint32; description "Threshold registers"; } leaf global-register-limit { type uint32; description "Maximum global registers"; } leaf is-global-register-limit-reached { type boolean; description "Is global PIM SM register handling throttled"; } } // container summary container gre { description "GRE information"; container gre-next-hops { description "GRE destination neighbor table"; list gre-next-hop { key "destination-address"; description "PIM GRE address next-hop information"; leaf destination-address { type inet:ip-address-no-zone; description "GRE destination address"; } container registered-address { description "Address registered"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container registered-address leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric preference"; } leaf is-connected { type uint8; description "Are we connected ?"; } list gre-path { description "GRE Paths list"; container gre-neighbor { description "GRE neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-neighbor container gre-next-hop { description "GRE nexthop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-next-hop leaf gre-interface-name { type xr:Interface-name; description "GRE Interface"; } leaf is-gre-interface-disabled { type boolean; description "Is the gre interface disabled ?"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf is-connector-attribute-present { type boolean; description "Connector attribute present"; } leaf extranet-vrf-name { type string { length "0..33"; } description "Extranet VRF name"; } } // list gre-path } // list gre-next-hop } // container gre-next-hops } // container gre container bidir-df-winners { description "Bidirectional PIM DF election winner table"; list bidir-df-winner { key "rp-address interface-name"; description "Bidirectional PIM DF election table entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container df-winner { description "DF Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container df-winner leaf pim-interface-name { type string; description "Interface Name"; } leaf are-we-df { type boolean; description "Are we DF"; } leaf rp-lan { type boolean; description "Is this the RP LAN"; } leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric Preference"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } } // list bidir-df-winner } // container bidir-df-winners container table-contexts { description "PIM table context list"; list table-context { key "saf-name topology-name"; description "PIM table context information"; leaf saf-name { type Pim-safi; description "SAF name"; } leaf topology-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Topology name"; } leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // list table-context } // container table-contexts container neighbor-summaries { description "PIM neighbor summary table"; list neighbor-summary { key "interface-name"; description "PIM neighbor summary information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf number-of-neighbors { type int32; description "Number of neighbors"; } leaf number-of-external-neighbors { type int32; description "Number of external neighbors"; } } // list neighbor-summary } // container neighbor-summaries container context { description "PIM context information"; container remote-default-group { description "Remote Default Group"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container remote-default-group container rpf-default-table { description "RPF Default Table"; leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // container rpf-default-table leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf murib-id { type uint32; description "MURIB ID"; } leaf rpf-id { type uint32; description "RPF ID"; } leaf remote-table-id { type uint32; description "Remote Table ID"; } leaf mdt-default-group { type inet:ipv4-address; description "MDT Default group"; } leaf mdt-source { type inet:ipv4-address; description "MDT source"; } leaf mdt-source-interface { type string; description "MDT Source Interface Name"; } leaf mdt-interface { type xr:Interface-name; description "MDT handle"; } leaf mdt-gre-rpf-identifier { type uint32; description "GRE-MDT RPF Identifier"; } leaf mdt-gre-remote-rpf-identifier { type uint32; description "GRE-MDT Remote RPF Identifier"; } leaf is-unicast-rib-registration { type boolean; description "Ucast RIB Registration"; } leaf is-multicast-rib-registration { type boolean; description "Mcast RIB Registration"; } leaf is-active { type boolean; description "Active"; } leaf is-active-ital { type boolean; description "Active ITAL"; } leaf is-mrib-register { type boolean; description "MRIB Register"; } leaf is-mdt-owner { type boolean; description "MDT Owner"; } leaf is-routing-enabled { type boolean; description "Routing Enabled"; } leaf is-socket-add-required { type boolean; description "VRF required on Socket"; } leaf is-socket-added { type boolean; description "VRF added on Socket"; } leaf is-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Socket"; } leaf is-lpts-socket-added { type boolean; description "VRF LPTS filter added on Socket"; } leaf is-udp-socket-add-required { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-added { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-bind-required { type boolean; description "VRF bind required on UDP Socket"; } leaf is-udp-socket-bind { type boolean; description "VRF bound on UDP Socket"; } leaf is-register-injection-socket-add-required { type boolean; description "VRF required on Register Injection Socket"; } leaf is-register-injection-socket-added { type boolean; description "VRF added on Register Injection Socket"; } leaf is-register-injection-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Register Injection Socket"; } leaf is-register-injection-lpts-socket-added { type boolean; description "VRF LPTS filter added on Register Injection Socket"; } leaf is-m-host-publish-pending { type boolean; description "Publish pending for MHost Default interface"; } leaf mhost-interface { type xr:Interface-name; description "MHost handle"; } leaf mhost-default-interface-config { type string; description "Configured Mhost Defint"; } leaf mdt-mtu { type uint32; description "MDT MTU"; } leaf maximum-mdt-aggregation { type uint32; description "MDT max aggregation"; } leaf mdt-data-switchover-interval { type uint32; description "Data MDT Switchover interval"; } leaf mdt-data-announce-interval { type uint32; description "Data MDT Announce interval"; } leaf non-default-vrf-count-on-socket { type uint32; description "Count of non-default vrfs on raw socket"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf mdt-neighbor-filter-name { type string; description "MDT Neighbor Filter Name"; } leaf allow-rp-configured { type boolean; description "Allow RP Configured"; } leaf allow-rp-group-list { type string { length "0..64"; } description "Allow RP Group-List ACL Name"; } leaf allow-rp-rp-list { type string { length "0..64"; } description "Allow RP RP-list ACL Name"; } leaf sg-expiry-timer-configured { type boolean; description "S,G Expiry Timer Configured"; } leaf sg-expiry-time { type uint16; units "second"; description "S,G Expiry Time Configured, in seconds"; } leaf sg-expiry-timer-sg-list { type string { length "0..64"; } description "S,G expiry timer ACL name"; } leaf mldp-mdt-name { type string; description "MLDP MDT Name"; } leaf mldp-mdt-interface { type xr:Interface-name; description "MLDP MDT handle"; } leaf mldp-mdt-mtu { type uint32; description "MLDP MDT MTU"; } leaf mldp-maximum-mdt-aggregation { type uint32; description "MLDP MDT max aggregation"; } leaf mldp-mdt-data-switchover-interval { type uint32; description "MLDP Data MDT Switchover interval"; } leaf mldp-mdt-data-announce-interval { type uint32; description "MLDP Data MDT Announce interval"; } leaf mldp-mdt-rpf-identifier { type uint32; description "MLDP RPF-ID"; } leaf mldp-mdt-remote-rpf-identifier { type uint32; description "MLDP Remote RPF-ID"; } leaf is-create-mldp-mdt-interface { type boolean; description "Create MLDP MDT interface"; } leaf is-mldp-mdt-owner { type boolean; description "MLDP MDT Owner"; } leaf mldp-root-count { type uint32; description "MLDP Root count"; } leaf mldp-head-lsm-identifier { type uint32; description "MLDP Head LSM-ID"; } leaf mldp-remote-head-lsm-identifier { type uint32; description "MLDP Remote Head LSM-ID"; } leaf organization-unique-identifier { type uint32; description "OUI for VPN-ID"; } leaf vpn-index { type uint32; description "VPN Index"; } leaf mldp-partitioned-mdt-configured { type boolean; description "MLDP Partitioned MDT"; } leaf mldp-remote-partitioned-mdt-configured { type boolean; description "MLDP Remote Partitioned MDT"; } leaf mldp-partioned-mp2m-ptree { type boolean; description "MP2MP Partitioned MDT tree"; } leaf mldp-partitioned-head-lsm-identifier { type uint32; description "Partitioned MDT Head LSM-ID"; } leaf mldp-head-local-label { type uint32; description "Partitioned MDT Head local label"; } leaf mldp-partitioned-mdt-identifier { type uint32; description "MLDP Partitioned MDT Identifier"; } leaf bgp-auto-discovery-configured { type boolean; description "BGP Auto-Discovery configured"; } leaf suppress-pim-data-mdt-tlv { type boolean; description "Suppress PIM Data-MDT TLV Announcements"; } leaf inter-autonomous-system-enabled { type boolean; description "Inter-AS Enabled"; } leaf bgp-source-active-announce { type boolean; description "Send BGP Source-Active Announcements"; } leaf bgp-i-pmsi-added { type boolean; description "BGP I-PMSI Added"; } leaf mldp-bsr-control-tree-added { type boolean; description "MLDP BSR Control tree added"; } leaf mldp-auto-rp-discovery-tree-added { type boolean; description "MLDP Autorp Discovery Control tree added"; } leaf mldp-auto-rp-announce-tree-added { type boolean; description "MLDP Autorp Announce Control tree added"; } leaf bgp-auto-discovery-type { type uint32; description "BGP Auto Discovery Type"; } leaf mdt-partitioned-mdt-control-identifier { type uint32; description "Partitioned MDT Control Identifier"; } leaf mdt-partitioned-ir-control-identifier { type uint32; description "Partitioned IR MDT Control Identifier"; } leaf mldp-control-head-lsm-identifier { type uint32; description "MLDP MVPN Identifier"; } leaf umh { type boolean; description "Join UMH Core-Tree"; } leaf suppress-shared-tree-join { type boolean; description "Suppress Shared-Tree Joins"; } leaf rsvp-te-mdt-name { type string; description "RSVP-TE MDT Name"; } leaf rsvp-te-mdt-interface { type xr:Interface-name; description "RSVP-TEMDT handle"; } leaf rsvp-te-mdt-mtu { type uint32; description "RSVP-TEMDT MTU"; } leaf rsvp-te-maximum-mdt-aggregation { type uint32; description "RSVP-TE MDT max aggregation"; } leaf rsvp-te-mdt-data-switchover-interval { type uint32; description "RSVP-TE Data MDT Switchover interval"; } leaf rsvp-te-mdt-data-announce-interval { type uint32; description "RSVP-TE Data MDT Announce interval"; } leaf rsvp-te-mdt-rpf-identifier { type uint32; description "RSVP-TE RPF-ID"; } leaf is-create-rsvp-te-mdt-interface { type boolean; description "Create RSVP-TE MDT interface"; } leaf is-rsvp-te-mdt-owner { type boolean; description "RSVP-TE MDT Owner"; } leaf rsvp-te-mdt-static-p2mp-count { type uint32; description "Number of Static P2MP-TE MDT"; } leaf p2mpte-li-drop { type uint32; description "Route LI updates dropped for P2MP"; } leaf ir-mdt-name { type string; description "IR MDT Name"; } leaf ir-mdt-interface { type xr:Interface-name; description "IRMDT handle"; } leaf ir-mdt-mtu { type uint32; description "IRMDT MTU"; } leaf ir-maximum-mdt-aggregation { type uint32; description "IR MDT max aggregation"; } leaf ir-mdt-data-switchover-interval { type uint32; description "IR Data MDT Switchover interval"; } leaf ir-mdt-data-announce-interval { type uint32; description "IR Data MDT Announce interval"; } leaf ir-mdt-rpf-identifier { type uint32; description "IR RPF-ID"; } leaf ir-mdt-tail-label { type uint32; description "IR Tail Label"; } leaf is-create-ir-mdt-interface { type boolean; description "Create IR MDT interface"; } leaf is-ir-mdt-owner { type boolean; description "IR MDT Owner"; } leaf is-sr-local { type boolean; description "SR Local"; } leaf is-sr-remote { type boolean; description "SR Remote"; } leaf sr-mdt-name { type string; description "SR MDT Name"; } leaf sr-mdt-interface { type xr:Interface-name; description "SRMDT handle"; } leaf sr-mdt-mtu { type uint32; description "SRMDT MTU"; } leaf sr-maximum-mdt-aggregation { type uint32; description "SR MDT max aggregation"; } leaf sr-mdt-data-switchover-interval { type uint32; description "SR Data MDT Switchover interval"; } leaf sr-mdt-data-announce-interval { type uint32; description "SR Data MDT Announce interval"; } leaf sr-mdt-rpf-identifier { type uint32; description "SR RPF-ID"; } leaf sr-mdt-tail-label { type uint32; description "SR Tail Label"; } leaf is-create-sr-mdt-interface { type boolean; description "Create SR MDT interface"; } leaf is-sr-mdt-owner { type boolean; description "SR MDT Owner"; } leaf mdt-partitioned-tree-sid-control-identifier { type uint32; description "Partitioned Tree-SID MDT Control Identifier"; } leaf in-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf in-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf in-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf in-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf in-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf in-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf in-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-in-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-in-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf in-band-signaling-local-enabled { type boolean; description "Inband signaling Local enabled"; } leaf in-band-signaling-remote-enabled { type boolean; description "Inband signaling Remote enabled"; } leaf valid-rd-present { type boolean; description "RD is valid"; } leaf stale-rd-present { type boolean; description "RD is stale"; } leaf route-distinguisher { type yang:hex-string; description "RD value"; } leaf gin-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf gin-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf gin-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf gin-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf gin-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf gin-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf gin-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-gin-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-gin-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf is-pim-nsf-rib-converged { type boolean; description "PIM NSF RIB converged"; } leaf is-pim-nsf-rib-converge-received { type boolean; description "PIM NSF RIB converge received"; } leaf is-rib-multipath-enabled { type boolean; description "PIM RIB multiplath enabled"; } leaf is-rib-multipath-interface-hash { type boolean; description "PIM RIB multipath interface hash"; } leaf is-rib-multipath-source-hash { type boolean; description "PIM RIB multipath source based hash"; } leaf is-rib-multipath-source-next-hop-hash { type boolean; description "PIM RIB multipath source-nexthop hash"; } leaf rump-enabled { type boolean; description "PIM is using MuRIB"; } leaf is-create-mdt-interface { type boolean; description "Create MDT interface"; } leaf is-auto-rp-listen-enabled { type boolean; description "Auto RP Listen Enabled"; } leaf is-all-interface-disable-operation { type boolean; description "PIM all interface disable operation"; } leaf is-default-granges { type boolean; description "Default granges"; } leaf is-auto-rp-listen-sock-add { type boolean; description "Auto RP listen sock add"; } leaf is-redistribution-reset { type boolean; description "Pending redist reset"; } leaf redistribution-reset-count { type uint32; description "Redist reset count"; } leaf rpf-policy-name { type string; description "RPF topology selection route-policy name"; } leaf table-count { type uint32; description "Number of configured Tables"; } leaf active-table-count { type uint32; description "Number of active Tables"; } leaf anycast-rp-policy-name { type string; description "Anycast-RP Policy Name"; } leaf anycast-rp-configured { type boolean; description "Anycast-RP config"; } leaf bgp-remote-on { type boolean; description "BGP remote interface status"; } leaf bgp-remote-interface-name { type string; description "BGP remote interface name"; } leaf bgp-remote-interface { type xr:Interface-name; description "BGP remote interface handle"; } leaf bgp-remote-address { type inet:ipv4-address; description "BGP remote interface address"; } leaf bgp-remote-state { type uint32; description "BGP remote interface state"; } leaf physical-interface-count { type uint64; description "Enabled Physical Interface Count"; } leaf virtual-interface-count { type uint64; description "Enabled Virtual Interface Count"; } leaf virtual-mlc-interface-name { type string; description "Virtual master line card Interface"; } leaf mdt-immediate-switch { type boolean; description "MDT Immediate Switch"; } leaf remote-mdt-idb-name { type string; description "Remote MDT Interface Handle Name"; } leaf remote-mdt-address { type inet:ipv4-address; description "Remote MDT interface address"; } leaf-list mldp-root-address { type uint32; description "MLDP Root addresses"; } list export-route-target { description "Export Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list export-route-target list import-route-target { description "Import Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list import-route-target list anycast-rp-range { description "Anycast-RP Ranges"; container prefix { description "Anycast-RP Range Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix leaf prefix-length { type uint8; description "Anycast-RP Range Prefix Length"; } leaf ancast-rp-marked { type boolean; description "Anycast-RP Range marked"; } } // list anycast-rp-range } // container context container topology-entry-flag-route-counts { description "Route count for topology with entry flag set"; list topology-entry-flag-route-count { key "entry-flag"; description "Route count for topology with entry flag set"; leaf entry-flag { type Pim-topology-entry-flag; description "entry flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-entry-flag-route-count } // container topology-entry-flag-route-counts container rpf-redirect { description "PIM ECMP RPF-redirect bundle"; container redirect-route-databases { description "PIM ECMP RPF-redirect route database"; list redirect-route-database { key "source-address group-address"; description "PIM ECMP RPF-redirect route information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } container group-address-xr { description "Group ddress"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr leaf bandwidth { type uint32; units "kbit/s"; description "Bandwidth in Kbps"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } list interface { description "Outgoing interface list"; container rpf-address { description "RPF Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-address leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf is-rpf-interface { type boolean; description "Is RPF Interface"; } leaf is-outgoing-interface { type boolean; description "Is outgoing Interface"; } leaf is-snoop-interface { type boolean; description "Is snooping Interface"; } } // list interface } // list redirect-route-database } // container redirect-route-databases container bundle-interfaces { description "PIM ECMP RPF-redirect bundle information"; list bundle-interface { key "bundle-name interface-name"; description "PIM ECMP RPF-redirect bundle interface information"; leaf bundle-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Bundle name"; } leaf interface-name { type xr:Interface-name; description "Bundle interface name"; } leaf rpf-redirect-bundle-name { type string { length "0..33"; } description "RPF redirect bundle name"; } leaf rpf-redirect-interface-name { type string { length "0..33"; } description "RPF redirect interface name"; } leaf available-bandwidth { type int32; units "kbit/s"; description "Bandwidth available in Kbps"; } leaf allocated-bandwidth { type int32; units "kbit/s"; description "Bandwidth allocated in Kbps"; } leaf total-bandwidth { type int32; units "kbit/s"; description "Total bandwidth used in Kbps"; } leaf topology-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by topology in Kbps"; } leaf snooping-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by snooped entries in Kbps"; } leaf allocated-threshold-bandwidth { type int32; units "kbit/s"; description "Configured threshold in Kbps"; } leaf available-threshold-bandwidth { type int32; units "kbit/s"; description "Available threshold in Kbps"; } } // list bundle-interface } // container bundle-interfaces } // container rpf-redirect container tunnels { description "Tunnels information that PIM has"; list tunnel { key "tunnel-name"; description "PIM tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list tunnel } // container tunnels container multicast-static-routes { description "PIM multicast static route table"; list multicast-static-route { key "address prefix-length"; description "PIM multicast static route information"; leaf address { type inet:ip-address-no-zone; description "Network address"; } leaf prefix-length { type uint32; description "Prefix length"; } container prefix { description "Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container nexthop { description "Next Hop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container nexthop leaf interface-name { type xr:Interface-name; description "Interface Handle"; } leaf distance { type uint32; description "Distance"; } leaf prefix-length-xr { type uint8; description "Prefix Length"; } leaf is-via-lsm { type boolean; description "LSM flag"; } } // list multicast-static-route } // container multicast-static-routes container neighbors { description "PIM neighbor table"; list neighbor { key "interface-name neighbor-address"; description "PIM neighbor information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf neighbor-address { type inet:ip-address-no-zone; description "Neighbor address"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; units "second"; description "Neighbor expiry in seconds"; } leaf expiry-timer { type uint64; units "second"; description "Expiry timer in seconds"; } leaf is-this-neighbor-us { type boolean; description "Is this neighbor us ?"; } leaf is-this-neighbor-dr { type boolean; description "Is this neighbor the DR"; } leaf is-dr-priority-capable { type boolean; description "Is this neighbor DR priority capable ?"; } leaf dr-priority { type uint32; description "DR priority"; } leaf is-bidirectional-capable { type boolean; description "Is this neighbor bidir capable ?"; } leaf is-proxy-capable { type boolean; description "Is this neighbor proxy capable?"; } leaf is-batch-asserts-capable { type boolean; description "Is this neighbor capable of batching asserts?"; } leaf is-ecmp-redirect-capable { type boolean; description "Is this neighbor capable of Ecmp Redirect?"; } leaf is-bfd-state { type boolean; description "Is the neighbor bfd session created"; } leaf sticky-dr-neighbor { type boolean; description "Is Sticky DR advertised on interface by neighbor"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf override-interval { type uint16; description "Override Interval"; } list neighbor-address-xr { description "List of Neighbor Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list neighbor-address-xr } // list neighbor } // container neighbors } // list vrf } // container vrfs } // container standby container active { description "Active Process"; container default-context { description "Default Context"; container global-interfaces { description "PIM global interface table"; list global-interface { key "interface-name"; description "PIM interface name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list global-interface } // container global-interfaces container ifrs-interfaces { description "PIM interfaces in forward reference store table"; list ifrs-interface { key "interface-name"; description "PIM IFRS interface information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list ifrs-interface } // container ifrs-interfaces container interface-statistics { description "PIM interface statistics"; list interface-statistic { key "interface-name"; description "PIM interface statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-register { type uint32; description "Register packets in"; } leaf output-register { type uint32; description "Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf input-graft-message { type uint32; description "Input Graft Messages"; } leaf output-graft-message { type uint32; description "Output Graft Messages"; } leaf input-graft-ack-message { type uint32; description "Input Graft Ack Messages"; } leaf output-graft-ack-message { type uint32; description "Output Graft Ack Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-miscellaneous { type uint32; description "Miscellaneous packet in"; } } // list interface-statistic } // container interface-statistics container topology-route-count { description "Topology route count information from PIM topology table"; leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // container topology-route-count container jp-statistics { description "PIM join prune statistics table"; list jp-statistic { key "interface-name"; description "PIM Join Prune Statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf mtu { type uint32; description "Interface MTU"; } leaf transmitted { type uint32; description "Transmitted"; } leaf transmitted100 { type uint16; description "Transmitted 100 average"; } leaf transmitted-1k { type uint16; description "Transmitted 1K average"; } leaf transmitted-10k { type uint16; description "Transmitted 10K average"; } leaf transmitted-50k { type uint16; description "Deprecated by Transmitted100"; } leaf received { type uint32; description "Received"; } leaf received100 { type uint16; description "Received 100 average"; } leaf received-1k { type uint16; description "Received 1K average"; } leaf received-10k { type uint16; description "Received 10K average"; } leaf received-50k { type uint16; description "Deprecated by Received100"; } } // list jp-statistic } // container jp-statistics container mib-databases { description "PIM group database for mroute mibs table"; list mib-database { key "source-address group-address source-netmask"; description "PIM multicast static route information"; leaf source-address { type inet:ip-address-no-zone; description "Multicast static route source address"; } leaf group-address { type inet:ip-address-no-zone; description "Multicast satic route group address"; } leaf source-netmask { type uint32; description "Source mask"; } container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container rpf-neighbor { description "The RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root leaf upstream-assert-timer { type int32; description "Upstream Assert Timer"; } leaf assert-metric { type uint32; description "Assert Metric"; } leaf assert-metric-preference { type uint32; description "Assert Metric Preference"; } leaf assert-rpt-bit { type boolean; description "Assert RPT Bit"; } leaf spt-bit { type boolean; description "Is SPT bit set ?"; } leaf rpf-mask { type uint32; description "Mask of the multicast root"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface name "; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf bidirectional-route { type boolean; description "Is this Bidir ?"; } leaf uptime { type uint64; description "Uptime of route"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } } // list mib-database } // container mib-databases container ifrs-summary { description "PIM interfaces in forward reference store summary"; leaf interface-count { type uint32; description "Number of interfaces"; } leaf configuration-count { type uint32; description "Configuration counts"; } } // container ifrs-summary container ranges { description "PIM range list information"; list range { key "rp-address client"; description "PIM range list information"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf client { type Pim-client; description "Client"; } container rp-address-xr { description "Rendezvous point address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf protocol { type Pim-show-protocol; description "PIM protocol"; } leaf client-xr { type Pim-show-range-client; description "Client mapping learnt via"; } leaf expires { type uint64; description "When mapping expires"; } list group-range { description "List of group ranges"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf prefix-length { type int32; description "Group range prefix length"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; description "When mapping expires"; } } // list group-range } // list range } // container ranges container bsr { description "PIM BSR information"; container rp-caches { description "PIM BSR RP cache table"; list rp-cache { key "group-prefix prefix-length"; description "PIM BSR RP cache"; leaf group-prefix { type inet:ip-address-no-zone; description "Group prefix"; } leaf prefix-length { type uint32; description "Prefix Length"; } container group-prefix-xr { description "Group Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-prefix-xr container candidate-rp-list { description "C-RP list for this prefix"; list pim-bsr-crp-bag { description "Next C-RP in the List"; container candidate-rp-address { description "C-RP address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp-address leaf candidate-rp-holdtime { type uint16; description "C-RP Holdtime"; } leaf candidate-rp-priority { type uint8; description "C-RP Priority"; } leaf candidate-rp-up-time { type uint16; description "C-RP Uptime"; } leaf candidate-rp-expires { type uint16; description "C-RP Expires"; } leaf protocol { type Pim-show-protocol; description "PIM Protocol"; } } // list pim-bsr-crp-bag } // container candidate-rp-list leaf group-prefix-length { type uint32; description "Group Prefix Length"; } leaf candidate-rp-group-count { type uint32; description "C-RP count for this Prefix"; } } // list rp-cache } // container rp-caches container candidate-rps { description "PIM candidate-RP"; list candidate-rp { key "rp-address"; description "PIM BSR candidate RP information"; leaf rp-address { type inet:ip-address-no-zone; description "Candidate-RP address"; } container candidate-rp { description "Cand-RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf candidate-rp-scope { type int32; description "Cand-RP Scope"; } leaf crp-priority { type uint8; description "Cand-RP Priority"; } leaf crp-holdtime { type uint16; description "Cand-RP Holdtime"; } leaf candidate-rp-advance-interval { type uint16; units "second"; description "Cand-RP Adv Interval in seconds"; } leaf candidate-rp-uptime { type uint16; description "Cand-RP uptime"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } list crp-access { max-elements 2; description "Group Ranges Using this Cand-RP"; leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } } // list crp-access } // list candidate-rp } // container candidate-rps container bsr-elections { description "PIM BSR election state"; list bsr-election { key "pim-scope"; description "PIM BSR information"; leaf pim-scope { type uint32; description "BSR information"; } container bsr-address { description "BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container bsr-address container candidate-bsr-address { description "C-BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-bsr-address leaf bsr-priority { type uint8; description "BSR Priority"; } leaf bsr-mask-length { type uint8; description "Hash Function Mask Length"; } leaf bsr-up-time { type uint16; description "BSR Uptime"; } leaf bootstrap-timeout { type uint16; description "Bootstrap Timeout"; } leaf candidate-bsr-state { type uint32; description "BSR Candidate State"; } leaf bsr-election-state { type uint32; description "BSR Election State"; } leaf bsr-scope { type uint16; description "BSR Scope"; } leaf candidate-bsr-flag { type boolean; description "BSR Candidate Config Flag"; } leaf candidate-bsr-priority { type uint8; description "C-BSR Priority"; } leaf candidate-bsr-mask-length { type uint8; description "C-BSR Hash Func. Mask Len"; } } // list bsr-election } // container bsr-elections } // container bsr container route-policy { description "PIM route policy"; container route-policy-statistics { description "PIM route policy statistics"; leaf policy-name { type string; description "RPF policy name"; } leaf requests { type uint32; description "Number of RPF lookup requests"; } leaf pass { type uint32; description "Number of RPF pass"; } leaf drop { type uint32; description "Number of RPF drops"; } leaf default-table { type uint32; description "Number of RPF lookup in default-only Table"; } leaf any-table { type uint32; description "Number of RPF lookup in any Table"; } } // container route-policy-statistics } // container route-policy container rpf-summary { description "PIM RPF registration summary"; leaf default-safi { type uint32; description "Default RPF Table SAFI"; } leaf default-table-name { type string; description "Default RPF Table Name"; } leaf is-mbgp-configured { type boolean; description "Is MBGP configured?"; } leaf is-ospf-te-configured { type boolean; description "Is OSPF TE configured?"; } leaf is-isis-te-configured { type boolean; description "Is ISIS TE configured?"; } leaf is-isis-mtr-configured { type boolean; description "Is ISIS MTR configured?"; } leaf mo-frr-configured { type boolean; description "Is MoFRR configured?"; } leaf rib-mo-frr-configured { type boolean; description "Is MoFRR RIB configured?"; } leaf rump-enabled { type boolean; description "Is RUMP MuRIB enabled?"; } leaf rib-convergence-timeout { type uint32; units "second"; description "RIB convergence timeout in seconds"; } leaf rib-convergence-time-left { type uint32; units "second"; description "RIB convergence time left in seconds"; } leaf is-multipath-enabled { type boolean; description "Is Multipath Enabled ?"; } leaf is-multipath-interface-hash-enabled { type boolean; description "Is Multipath Interface Hash Extension Enabled ?"; } leaf is-multipath-source-hash-enabled { type boolean; description "Is Multipath Source based Hash Enabled ?"; } leaf is-multipath-source-next-hop-hash-enabled { type boolean; description "Is Multipath Source-Nexthop Hash Enabled ?"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } } // container rpf-summary container interfaces { description "PIM interfaces"; list interface { key "interface-name"; description "PIM interface name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list interface } // container interfaces container net-io-tunnels { description "Tunnel information that NETIO has "; list net-io-tunnel { key "tunnel-name"; description "PIM netio tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list net-io-tunnel } // container net-io-tunnels container bidir-df-states { description "Bidirectional PIM DF election state table"; list bidir-df-state { key "rp-address interface-name"; description "Bidirectional PIM DF Election Table Entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr leaf pim-interface-name { type string; description "Interface Name"; } leaf election-state { type string; description "DF Election State"; } leaf time-seconds { type uint64; units "second"; description "Timer expires (seconds)"; } leaf time-nano-seconds { type uint64; units "nanosecond"; description "Timer expires (nseconds)"; } leaf our-metric { type uint32; description "Metric"; } leaf our-metric-preference { type uint32; description "MetricPreference"; } } // list bidir-df-state } // container bidir-df-states container topologies { description "PIM topology table"; list topology { key "source-address group-address rpt"; description "PIM topology information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } leaf rpt { type uint32; description "RPT bit"; } container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container rp-address { description "RP Address (If rpt)"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container rpf-neighbor { description "RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container secondary-rpf-neighbor { description "Secondary RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container secondary-rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root container proxy-address { description "RPF Proxy address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container proxy-address container orig-src-address { description "Orig Src Address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container orig-src-address leaf limit-reached { type boolean; description "Have we throttled the creation of routes or interfaces ?"; } leaf low-memory { type boolean; description "Node is running low on memory"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } leaf wildcard { type boolean; description "WC -Wildcard"; } leaf rpt-xr { type boolean; description "Is this on the RPT ?"; } leaf spt { type boolean; description "Is this on the SPT ?"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; description "When this entry expires"; } leaf alive { type int32; units "second"; description "Alive time in seconds (-1 if never)"; } leaf register-received-timer { type int32; units "second"; description "Register Received Timer in seconds (-1 if never)"; } leaf remote-source { type boolean; description "MSDP told us"; } leaf crossed-threshold { type boolean; description "Incoming traffic crossed threshold. MT flag set"; } leaf data-mdt-addr-assigned { type boolean; description "PIM has assigned a Data MDT Address"; } leaf rpf-interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf secondary-rpf-interface-name { type xr:Interface-name; description "Secondary Interface Identifier"; } leaf connected { type boolean; description "Is Connected ?"; } leaf proxy { type boolean; description "Is the RPF target a proxy?"; } leaf rpf-proxy-enabled { type boolean; description "Is rpf if proxy enabled?"; } leaf mofrr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf rib-mo-frr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf jp-timer { type int32; description "Join-Prune Timer"; } leaf jp-status { type int32; description "Join-Prune Status"; } leaf suppress-registers { type int32; description "When the Null register probe expires"; } leaf assume-alive { type boolean; description "The Assume Alive Bit"; } leaf probe-alive { type boolean; description "The Probe Alive Bit"; } leaf really-alive { type boolean; description "The Really Alive Bit"; } leaf inherit-alive { type boolean; description "The Inherit Alive Bit"; } leaf inherit-spt { type boolean; description "The Inherit SPT Bit"; } leaf signal-sources { type boolean; description "Signal Sources on route?"; } leaf dont-check-connected { type boolean; description "Do we need to make the connected check on this route ?"; } leaf register-received { type boolean; description "Have registers been received for this source ?"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf sending-registers { type boolean; description "Are we sending registers for this route ?"; } leaf sending-null-registers { type boolean; description "Are we sending null registers for this route ?"; } leaf sa-sent { type boolean; description "BGP SA sent"; } leaf sa-received { type boolean; description "BGP SA received"; } leaf sa-joined { type boolean; description "BGP SA join"; } leaf anycast-rp-match { type boolean; description "Group matches Anycast-RP policy"; } leaf anycast-rp-route-target { type inet:ipv4-address; description "Anycast-RP RT"; } leaf bgp-join { type boolean; description "BGP C JOIN"; } leaf bgp-jp-time { type uint64; description "BGP C JP Time"; } leaf customer-routing-type { type int32; description "Type of Customer Routing in the MVPN"; } leaf extranet-route { type boolean; description "Is a Extranet route ?"; } leaf mofrr-active { type boolean; description "Is MoFRR Active?"; } leaf mofrr-primary { type boolean; description "Is this Mofrr Primary?"; } leaf mofrr-backup { type boolean; description "Is this Mofrr Backup?"; } leaf vxlan { type boolean; description "Is this VXLAN?"; } leaf kat-state { type boolean; description "Keep Alive Timer State"; } list outgoing-interface { description "Outgoing interface list"; container assert-winner { description "Assert Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container assert-winner leaf interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf bgp-c-mcast-prune-delay-timer { type uint64; units "second"; description "BGP C-MCAST Prune Suppression in seconds"; } leaf jp-timer { type int32; units "second"; description "Join-Prune Timer (secs)"; } leaf jp-state { type int32; description "Join-Prune State"; } leaf assert-timer { type int32; units "second"; description "Assert Timer in seconds"; } leaf local-members { type int32; description "Local Information. Deprecated - use 'local-members-information' instead"; } leaf internal-interest-info { type int32; description "Internal Interest. Deprecated - use 'internal-interest-information' instead"; } leaf forwarding-state { type int32; description "Forward or Prune"; } leaf immediate-state { type int32; description "Immediate fwding state"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf mldp-inband-mdt { type boolean; description "MLDP Inband MDT interface"; } leaf mldp-stale { type boolean; description "OLE is stale"; } leaf sa-prune { type boolean; description "BGP SA Prune state"; } leaf admin-boundary { type boolean; description "Is this an administrative boundary ?"; } leaf igmp-membership { type boolean; description "IGMP membership"; } leaf mdt-safi-join { type boolean; description "MDT Safi join"; } leaf mvpn-safi-join { type boolean; description "MVPN Safi join"; } leaf local-mdt-join { type boolean; description "Default MDT Join"; } leaf data-mdt-join { type boolean; description "Data MDT join"; } leaf mvpnv6-safi-join { type boolean; description "MVPN IPv6 Safi join"; } leaf bgp-c-mcast-join { type boolean; description "BGP C-Mcast join"; } leaf vrf-name { type string { length "0..33"; } description "VRF which physically owns"; } leaf extranet-interface { type boolean; description "Is this an Extranet Interface ?"; } leaf internal-interest-information { type Pim-internal-interest-info; description "Internal Interest. Replaces internal-interest-info"; } leaf local-members-information { type Pim-show-local-interest; description "Local Information. Replaces local-members"; } leaf assert-state { type boolean; description "Assert State"; } } // list outgoing-interface } // list topology } // container topologies container topology-interface-flag-route-counts { description "Route count for topology with interface flag set"; list topology-interface-flag-route-count { key "interface-flag"; description "Route count for topology with interface flag set"; leaf interface-flag { type Pim-topology-interface-flag; description "Interface flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-interface-flag-route-count } // container topology-interface-flag-route-counts container group-map-sources { description "PIM group-mapping with source information"; list group-map-source { key "prefix prefix-length client protocol rp-address priority"; description "PIM Group Mapping Entry with source information"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf priority { type uint32; description "RP Priority"; } container source-of-information { description "The source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf holdtime { type int32; units "second"; description "Holdtime in seconds"; } leaf expires { type uint64; units "second"; description "Mapping expiry time in seconds"; } leaf uptime { type uint64; units "second"; description "Mapping uptime in seconds"; } } // list group-map-source } // container group-map-sources container traffic-counters { description "PIM message traffic counters"; leaf elapsed-time { type uint32; units "second"; description "Running time for counters in seconds"; } leaf inputs { type uint32; description "Packets in"; } leaf outputs { type uint32; description "Packets out"; } leaf format-error { type uint32; description "Malformed packets in"; } leaf pakman-error { type uint32; description "Pakman packets dropped"; } leaf standby-packets-error { type uint32; description "Packets received in standby state"; } leaf checksum-error { type uint32; description "Checksum errors"; } leaf socket-error { type uint32; description "Socket errors"; } leaf send-queue-full { type uint32; description "Packets dropped since send queue was full"; } leaf boundary-acl-rx-drop { type uint32; description "Inc. JP dropped since boundary ACL confg"; } leaf boundary-acl-tx-drop { type uint32; description "Out JP dropped since boundary ACL confg"; } leaf no-socket-connection { type uint32; description "Packets dropped since no socket connection"; } leaf no-source-address { type uint32; description "Packets dropped since no source address"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-data-register { type uint32; description "Data Register packets in"; } leaf input-null-register { type uint32; description "Null Register packets in"; } leaf output-null-register { type uint32; description "Null Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf input-assert-batched { type uint32; description "Batched Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf output-assert-batched { type uint32; description "Batched Assert packets out"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-ecmp-redirect { type uint32; description "Input Ecmp Redirect"; } leaf output-ecmp-redirect { type uint32; description "Output Ecmp Redirect"; } leaf output-loop-error { type uint32; description "Output on loopback error"; } leaf mldp-mdt-invalid-lsm-identifier { type uint32; description " Invalid LSM ID"; } leaf input-no-idb-error { type uint32; description "No IDB for intf error"; } leaf input-no-vrf-error { type uint32; description "No VRF for idb error"; } leaf input-no-pim-error { type uint32; description "PIM Disabled on intf error"; } leaf input-pim-version-error { type uint32; description "Invalid PIM version error"; } leaf output-join-group { type uint32; description "Output Join Groups"; } leaf output-prune-group { type uint32; description "Output Prune Groups"; } leaf output-join-prune-bytes { type uint32; units "byte"; description "Output JP Bytes"; } leaf output-hello-bytes { type uint32; units "byte"; description "Output Hello Bytes"; } leaf non-supported-packets { type uint32; description "PIM non supported pckets"; } leaf invalid-registers { type uint32; description "PIM invalid registers received"; } leaf invalid-join-prunes { type uint32; description "PIM invalid Join/Prunes received"; } leaf packet-packman-error { type uint32; description "Packets Dropped due to Pakman Error"; } leaf packet-read-socket-error { type uint32; description "Packet Read Socket Error"; } leaf packet-queue-last-clear { type uint32; units "second"; description "Time in seconds since the last clear of all packet queues stats"; } leaf packets-standby { type uint32; description "Packets Dropped due to Standby Error"; } leaf no-mdt-socket-connection { type uint32; description "Packets dropped since no mdt socket connection"; } leaf mdt-send-queue-full { type uint32; description "Packets dropped since mdt send queue was full"; } leaf mdt-socket-error { type uint32; description "MDT Socket errors"; } leaf mdt-join-tlv-sent { type uint32; description "Data MDT Join Msgs sent"; } leaf mdt-join-tlv-received { type uint32; description "Data MDT Join Msgs received"; } leaf mdt-join-bad-type { type uint32; description "Data MDT TLV bad type"; } leaf mdt-drop-local-source-address { type uint32; description "Data MDT Join msgs dropped due to local source addr"; } leaf mdt-drop-null-local-address { type uint32; description "Data MDT Join msgs dropped due to null local addr"; } leaf mdt-drop-no-idb { type uint32; description "Data MDT Join msgs dropped due to idb missing"; } leaf mdt-drop-no-vrf { type uint32; description "Data MDT Join msgs dropped due to vrf missing"; } leaf invalid-destination-packets { type uint32; description "Control Packets with Invalid Destination"; } leaf mdt-joins-drop-multiple-encapsulation { type uint32; description "MDT Join msgs dropped due to multiple Encap limitation"; } leaf truncated-pim-packets { type uint32; description "Packets dropped due to truncated Joins or Prunes"; } leaf invalid-source-encodings { type uint32; description "Number of invalid source encodings received"; } leaf invalid-hello-options { type uint32; description "Number of invalid hello options received"; } list packet-queue { max-elements 2; description "Packet queue state and statistics"; container packet-queue-state { description "State of the queue"; leaf max-queue-size { type uint32; units "byte"; description "Maximum size of queue in bytes"; } leaf queue-size-bytes { type uint32; units "byte"; description "Size of queue in bytes"; } leaf queue-size-packets { type uint32; description "Size of queue in number of packets"; } } // container packet-queue-state container packet-queue-stats { description "Statistics about the queue"; leaf enqueued-packets { type uint32; description "Total number of packets enqueued to this queue"; } leaf dequeued-packets { type uint32; description "Total number of packets dequeued from this queue"; } leaf high-water-mark-packets { type uint32; description "Highest number of packets enqueued in this queue"; } leaf high-water-mark-bytes { type uint32; units "byte"; description "Highest number of bytes enqueued in this queue"; } leaf tail-drops { type uint32; description "Number packets dropped from this queue due to max size"; } } // container packet-queue-stats leaf packet-queue-priority { type uint32; description "Priority of this packet queue"; } } // list packet-queue } // container traffic-counters container group-map-rpfs { description "PIM group mapping information"; list group-map-rpf { key "prefix prefix-length client protocol rp-address rp-priority"; description "PIM group mapping entry"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf rp-priority { type uint32; description "RP priority"; } container rpf-neighbor { description "RPF neighbor to the RP"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf are-we-rp { type boolean; description "Are we the RP?"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface to the RP"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } } // list group-map-rpf } // container group-map-rpfs container summary { description "PIM summary"; leaf route-limit { type uint32; description "Maximum routes"; } leaf route-count { type uint32; description "Current routes"; } leaf route-low-water-mark { type uint32; description "The number of routes below which the throttle on route creation will be lifted"; } leaf is-route-limit-reached { type boolean; description "Is route creation throttled"; } leaf topology-interface-state-limit { type uint32; description "Maximum Topology Interface State count"; } leaf topology-interface-state-count { type uint32; description "Current Topology Interface State count"; } leaf rxi-low-water-mark { type uint32; description "The rxi below which the throttle on interface creation will be lifted"; } leaf rxi-limit-reached { type boolean; description "Is interface creation throttled"; } leaf register-limit { type uint32; description "Maximum registers"; } leaf register-count { type uint32; description "Current registers"; } leaf register-limit-reached { type boolean; description "Is PIM SM register handling throttled"; } leaf ranges-limit { type uint32; description "Maximum group ranges from Autorp"; } leaf ranges-count { type uint32; description "Current group ranges from Autorp"; } leaf ranges-threshold { type uint32; description "OOR theshold of grange ranges from AutoRP"; } leaf is-ranges-limit-reached { type boolean; description "Is Auto-RP group-to-RP mapping range creation throttled"; } leaf bsr-ranges-limit { type uint32; description "Maximum group ranges from BSR"; } leaf bsr-ranges-count { type uint32; description "Current group ranges from BSR"; } leaf bsr-range-threshold { type uint32; description "Threshold group range from BSR"; } leaf is-bsr-ranges-threshold-reached { type boolean; description "Is VRF-specific BSR group-to-RP mapping range creation throttled"; } leaf bsr-candidate-rp-set-limit { type uint32; description "Maximum crp-set from BSR"; } leaf bsr-candidate-rp-set-count { type uint32; description "Current crp-set count from BSR"; } leaf bsr-candidate-rp-set-threshold { type uint32; description "Threshold crp-set from BSR"; } leaf is-maximum-enforcement-disabled { type boolean; description "Is maximum enforcement disabled"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } leaf route-threshold { type uint32; description "Threshold routes"; } leaf global-auto-rp-ranges-limit { type uint32; description "Global Auto-RP maximum group ranges"; } leaf is-global-auto-rp-ranges-limit-reached { type boolean; description "Is global AutoRP group-to-RP mapping range creation throttled"; } leaf global-bsr-ranges-limit { type uint32; description "Global BSR maximum group ranges"; } leaf global-bsr-ranges-count { type uint32; description "Global BSR current group ranges"; } leaf global-bsr-ranges-threshold { type uint32; description "Global BSR Threshold group ranges"; } leaf is-global-bsr-ranges-limit-reached { type boolean; description "Is global BSR group-to-RP mapping range creation throttled"; } leaf global-bsr-candidate-rp-set-limit { type uint32; description "Global BSR maximum crp-set"; } leaf global-bsr-candidate-rp-set-count { type uint32; description "Global BSR current crp-set count"; } leaf global-bsr-candidate-rp-set-threshold { type uint32; description "Global BSR Threshold crp-set"; } leaf is-global-route-limit-reached { type boolean; description "Is global route creation throttled"; } leaf topology-interface-state-threshold { type uint32; description "Topology Interface State threshold"; } leaf is-global-rxi-limit-reached { type boolean; description "Is global interface creation throttled"; } leaf register-threshold { type uint32; description "Threshold registers"; } leaf global-register-limit { type uint32; description "Maximum global registers"; } leaf is-global-register-limit-reached { type boolean; description "Is global PIM SM register handling throttled"; } } // container summary container gre { description "GRE information"; container gre-next-hops { description "GRE destination neighbor table"; list gre-next-hop { key "destination-address"; description "PIM GRE address next-hop information"; leaf destination-address { type inet:ip-address-no-zone; description "GRE destination address"; } container registered-address { description "Address registered"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container registered-address leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric preference"; } leaf is-connected { type uint8; description "Are we connected ?"; } list gre-path { description "GRE Paths list"; container gre-neighbor { description "GRE neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-neighbor container gre-next-hop { description "GRE nexthop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-next-hop leaf gre-interface-name { type xr:Interface-name; description "GRE Interface"; } leaf is-gre-interface-disabled { type boolean; description "Is the gre interface disabled ?"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf is-connector-attribute-present { type boolean; description "Connector attribute present"; } leaf extranet-vrf-name { type string { length "0..33"; } description "Extranet VRF name"; } } // list gre-path } // list gre-next-hop } // container gre-next-hops } // container gre container bidir-df-winners { description "Bidirectional PIM DF election winner table"; list bidir-df-winner { key "rp-address interface-name"; description "Bidirectional PIM DF election table entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container df-winner { description "DF Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container df-winner leaf pim-interface-name { type string; description "Interface Name"; } leaf are-we-df { type boolean; description "Are we DF"; } leaf rp-lan { type boolean; description "Is this the RP LAN"; } leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric Preference"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } } // list bidir-df-winner } // container bidir-df-winners container table-contexts { description "PIM table context list"; list table-context { key "saf-name topology-name"; description "PIM table context information"; leaf saf-name { type Pim-safi; description "SAF name"; } leaf topology-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Topology name"; } leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // list table-context } // container table-contexts container neighbor-summaries { description "PIM neighbor summary table"; list neighbor-summary { key "interface-name"; description "PIM neighbor summary information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf number-of-neighbors { type int32; description "Number of neighbors"; } leaf number-of-external-neighbors { type int32; description "Number of external neighbors"; } } // list neighbor-summary } // container neighbor-summaries container context { description "PIM context information"; container remote-default-group { description "Remote Default Group"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container remote-default-group container rpf-default-table { description "RPF Default Table"; leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // container rpf-default-table leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf murib-id { type uint32; description "MURIB ID"; } leaf rpf-id { type uint32; description "RPF ID"; } leaf remote-table-id { type uint32; description "Remote Table ID"; } leaf mdt-default-group { type inet:ipv4-address; description "MDT Default group"; } leaf mdt-source { type inet:ipv4-address; description "MDT source"; } leaf mdt-source-interface { type string; description "MDT Source Interface Name"; } leaf mdt-interface { type xr:Interface-name; description "MDT handle"; } leaf mdt-gre-rpf-identifier { type uint32; description "GRE-MDT RPF Identifier"; } leaf mdt-gre-remote-rpf-identifier { type uint32; description "GRE-MDT Remote RPF Identifier"; } leaf is-unicast-rib-registration { type boolean; description "Ucast RIB Registration"; } leaf is-multicast-rib-registration { type boolean; description "Mcast RIB Registration"; } leaf is-active { type boolean; description "Active"; } leaf is-active-ital { type boolean; description "Active ITAL"; } leaf is-mrib-register { type boolean; description "MRIB Register"; } leaf is-mdt-owner { type boolean; description "MDT Owner"; } leaf is-routing-enabled { type boolean; description "Routing Enabled"; } leaf is-socket-add-required { type boolean; description "VRF required on Socket"; } leaf is-socket-added { type boolean; description "VRF added on Socket"; } leaf is-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Socket"; } leaf is-lpts-socket-added { type boolean; description "VRF LPTS filter added on Socket"; } leaf is-udp-socket-add-required { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-added { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-bind-required { type boolean; description "VRF bind required on UDP Socket"; } leaf is-udp-socket-bind { type boolean; description "VRF bound on UDP Socket"; } leaf is-register-injection-socket-add-required { type boolean; description "VRF required on Register Injection Socket"; } leaf is-register-injection-socket-added { type boolean; description "VRF added on Register Injection Socket"; } leaf is-register-injection-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Register Injection Socket"; } leaf is-register-injection-lpts-socket-added { type boolean; description "VRF LPTS filter added on Register Injection Socket"; } leaf is-m-host-publish-pending { type boolean; description "Publish pending for MHost Default interface"; } leaf mhost-interface { type xr:Interface-name; description "MHost handle"; } leaf mhost-default-interface-config { type string; description "Configured Mhost Defint"; } leaf mdt-mtu { type uint32; description "MDT MTU"; } leaf maximum-mdt-aggregation { type uint32; description "MDT max aggregation"; } leaf mdt-data-switchover-interval { type uint32; description "Data MDT Switchover interval"; } leaf mdt-data-announce-interval { type uint32; description "Data MDT Announce interval"; } leaf non-default-vrf-count-on-socket { type uint32; description "Count of non-default vrfs on raw socket"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf mdt-neighbor-filter-name { type string; description "MDT Neighbor Filter Name"; } leaf allow-rp-configured { type boolean; description "Allow RP Configured"; } leaf allow-rp-group-list { type string { length "0..64"; } description "Allow RP Group-List ACL Name"; } leaf allow-rp-rp-list { type string { length "0..64"; } description "Allow RP RP-list ACL Name"; } leaf sg-expiry-timer-configured { type boolean; description "S,G Expiry Timer Configured"; } leaf sg-expiry-time { type uint16; units "second"; description "S,G Expiry Time Configured, in seconds"; } leaf sg-expiry-timer-sg-list { type string { length "0..64"; } description "S,G expiry timer ACL name"; } leaf mldp-mdt-name { type string; description "MLDP MDT Name"; } leaf mldp-mdt-interface { type xr:Interface-name; description "MLDP MDT handle"; } leaf mldp-mdt-mtu { type uint32; description "MLDP MDT MTU"; } leaf mldp-maximum-mdt-aggregation { type uint32; description "MLDP MDT max aggregation"; } leaf mldp-mdt-data-switchover-interval { type uint32; description "MLDP Data MDT Switchover interval"; } leaf mldp-mdt-data-announce-interval { type uint32; description "MLDP Data MDT Announce interval"; } leaf mldp-mdt-rpf-identifier { type uint32; description "MLDP RPF-ID"; } leaf mldp-mdt-remote-rpf-identifier { type uint32; description "MLDP Remote RPF-ID"; } leaf is-create-mldp-mdt-interface { type boolean; description "Create MLDP MDT interface"; } leaf is-mldp-mdt-owner { type boolean; description "MLDP MDT Owner"; } leaf mldp-root-count { type uint32; description "MLDP Root count"; } leaf mldp-head-lsm-identifier { type uint32; description "MLDP Head LSM-ID"; } leaf mldp-remote-head-lsm-identifier { type uint32; description "MLDP Remote Head LSM-ID"; } leaf organization-unique-identifier { type uint32; description "OUI for VPN-ID"; } leaf vpn-index { type uint32; description "VPN Index"; } leaf mldp-partitioned-mdt-configured { type boolean; description "MLDP Partitioned MDT"; } leaf mldp-remote-partitioned-mdt-configured { type boolean; description "MLDP Remote Partitioned MDT"; } leaf mldp-partioned-mp2m-ptree { type boolean; description "MP2MP Partitioned MDT tree"; } leaf mldp-partitioned-head-lsm-identifier { type uint32; description "Partitioned MDT Head LSM-ID"; } leaf mldp-head-local-label { type uint32; description "Partitioned MDT Head local label"; } leaf mldp-partitioned-mdt-identifier { type uint32; description "MLDP Partitioned MDT Identifier"; } leaf bgp-auto-discovery-configured { type boolean; description "BGP Auto-Discovery configured"; } leaf suppress-pim-data-mdt-tlv { type boolean; description "Suppress PIM Data-MDT TLV Announcements"; } leaf inter-autonomous-system-enabled { type boolean; description "Inter-AS Enabled"; } leaf bgp-source-active-announce { type boolean; description "Send BGP Source-Active Announcements"; } leaf bgp-i-pmsi-added { type boolean; description "BGP I-PMSI Added"; } leaf mldp-bsr-control-tree-added { type boolean; description "MLDP BSR Control tree added"; } leaf mldp-auto-rp-discovery-tree-added { type boolean; description "MLDP Autorp Discovery Control tree added"; } leaf mldp-auto-rp-announce-tree-added { type boolean; description "MLDP Autorp Announce Control tree added"; } leaf bgp-auto-discovery-type { type uint32; description "BGP Auto Discovery Type"; } leaf mdt-partitioned-mdt-control-identifier { type uint32; description "Partitioned MDT Control Identifier"; } leaf mdt-partitioned-ir-control-identifier { type uint32; description "Partitioned IR MDT Control Identifier"; } leaf mldp-control-head-lsm-identifier { type uint32; description "MLDP MVPN Identifier"; } leaf umh { type boolean; description "Join UMH Core-Tree"; } leaf suppress-shared-tree-join { type boolean; description "Suppress Shared-Tree Joins"; } leaf rsvp-te-mdt-name { type string; description "RSVP-TE MDT Name"; } leaf rsvp-te-mdt-interface { type xr:Interface-name; description "RSVP-TEMDT handle"; } leaf rsvp-te-mdt-mtu { type uint32; description "RSVP-TEMDT MTU"; } leaf rsvp-te-maximum-mdt-aggregation { type uint32; description "RSVP-TE MDT max aggregation"; } leaf rsvp-te-mdt-data-switchover-interval { type uint32; description "RSVP-TE Data MDT Switchover interval"; } leaf rsvp-te-mdt-data-announce-interval { type uint32; description "RSVP-TE Data MDT Announce interval"; } leaf rsvp-te-mdt-rpf-identifier { type uint32; description "RSVP-TE RPF-ID"; } leaf is-create-rsvp-te-mdt-interface { type boolean; description "Create RSVP-TE MDT interface"; } leaf is-rsvp-te-mdt-owner { type boolean; description "RSVP-TE MDT Owner"; } leaf rsvp-te-mdt-static-p2mp-count { type uint32; description "Number of Static P2MP-TE MDT"; } leaf p2mpte-li-drop { type uint32; description "Route LI updates dropped for P2MP"; } leaf ir-mdt-name { type string; description "IR MDT Name"; } leaf ir-mdt-interface { type xr:Interface-name; description "IRMDT handle"; } leaf ir-mdt-mtu { type uint32; description "IRMDT MTU"; } leaf ir-maximum-mdt-aggregation { type uint32; description "IR MDT max aggregation"; } leaf ir-mdt-data-switchover-interval { type uint32; description "IR Data MDT Switchover interval"; } leaf ir-mdt-data-announce-interval { type uint32; description "IR Data MDT Announce interval"; } leaf ir-mdt-rpf-identifier { type uint32; description "IR RPF-ID"; } leaf ir-mdt-tail-label { type uint32; description "IR Tail Label"; } leaf is-create-ir-mdt-interface { type boolean; description "Create IR MDT interface"; } leaf is-ir-mdt-owner { type boolean; description "IR MDT Owner"; } leaf is-sr-local { type boolean; description "SR Local"; } leaf is-sr-remote { type boolean; description "SR Remote"; } leaf sr-mdt-name { type string; description "SR MDT Name"; } leaf sr-mdt-interface { type xr:Interface-name; description "SRMDT handle"; } leaf sr-mdt-mtu { type uint32; description "SRMDT MTU"; } leaf sr-maximum-mdt-aggregation { type uint32; description "SR MDT max aggregation"; } leaf sr-mdt-data-switchover-interval { type uint32; description "SR Data MDT Switchover interval"; } leaf sr-mdt-data-announce-interval { type uint32; description "SR Data MDT Announce interval"; } leaf sr-mdt-rpf-identifier { type uint32; description "SR RPF-ID"; } leaf sr-mdt-tail-label { type uint32; description "SR Tail Label"; } leaf is-create-sr-mdt-interface { type boolean; description "Create SR MDT interface"; } leaf is-sr-mdt-owner { type boolean; description "SR MDT Owner"; } leaf mdt-partitioned-tree-sid-control-identifier { type uint32; description "Partitioned Tree-SID MDT Control Identifier"; } leaf in-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf in-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf in-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf in-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf in-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf in-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf in-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-in-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-in-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf in-band-signaling-local-enabled { type boolean; description "Inband signaling Local enabled"; } leaf in-band-signaling-remote-enabled { type boolean; description "Inband signaling Remote enabled"; } leaf valid-rd-present { type boolean; description "RD is valid"; } leaf stale-rd-present { type boolean; description "RD is stale"; } leaf route-distinguisher { type yang:hex-string; description "RD value"; } leaf gin-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf gin-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf gin-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf gin-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf gin-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf gin-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf gin-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-gin-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-gin-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf is-pim-nsf-rib-converged { type boolean; description "PIM NSF RIB converged"; } leaf is-pim-nsf-rib-converge-received { type boolean; description "PIM NSF RIB converge received"; } leaf is-rib-multipath-enabled { type boolean; description "PIM RIB multiplath enabled"; } leaf is-rib-multipath-interface-hash { type boolean; description "PIM RIB multipath interface hash"; } leaf is-rib-multipath-source-hash { type boolean; description "PIM RIB multipath source based hash"; } leaf is-rib-multipath-source-next-hop-hash { type boolean; description "PIM RIB multipath source-nexthop hash"; } leaf rump-enabled { type boolean; description "PIM is using MuRIB"; } leaf is-create-mdt-interface { type boolean; description "Create MDT interface"; } leaf is-auto-rp-listen-enabled { type boolean; description "Auto RP Listen Enabled"; } leaf is-all-interface-disable-operation { type boolean; description "PIM all interface disable operation"; } leaf is-default-granges { type boolean; description "Default granges"; } leaf is-auto-rp-listen-sock-add { type boolean; description "Auto RP listen sock add"; } leaf is-redistribution-reset { type boolean; description "Pending redist reset"; } leaf redistribution-reset-count { type uint32; description "Redist reset count"; } leaf rpf-policy-name { type string; description "RPF topology selection route-policy name"; } leaf table-count { type uint32; description "Number of configured Tables"; } leaf active-table-count { type uint32; description "Number of active Tables"; } leaf anycast-rp-policy-name { type string; description "Anycast-RP Policy Name"; } leaf anycast-rp-configured { type boolean; description "Anycast-RP config"; } leaf bgp-remote-on { type boolean; description "BGP remote interface status"; } leaf bgp-remote-interface-name { type string; description "BGP remote interface name"; } leaf bgp-remote-interface { type xr:Interface-name; description "BGP remote interface handle"; } leaf bgp-remote-address { type inet:ipv4-address; description "BGP remote interface address"; } leaf bgp-remote-state { type uint32; description "BGP remote interface state"; } leaf physical-interface-count { type uint64; description "Enabled Physical Interface Count"; } leaf virtual-interface-count { type uint64; description "Enabled Virtual Interface Count"; } leaf virtual-mlc-interface-name { type string; description "Virtual master line card Interface"; } leaf mdt-immediate-switch { type boolean; description "MDT Immediate Switch"; } leaf remote-mdt-idb-name { type string; description "Remote MDT Interface Handle Name"; } leaf remote-mdt-address { type inet:ipv4-address; description "Remote MDT interface address"; } leaf-list mldp-root-address { type uint32; description "MLDP Root addresses"; } list export-route-target { description "Export Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list export-route-target list import-route-target { description "Import Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list import-route-target list anycast-rp-range { description "Anycast-RP Ranges"; container prefix { description "Anycast-RP Range Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix leaf prefix-length { type uint8; description "Anycast-RP Range Prefix Length"; } leaf ancast-rp-marked { type boolean; description "Anycast-RP Range marked"; } } // list anycast-rp-range } // container context container topology-entry-flag-route-counts { description "Route count for topology with entry flag set"; list topology-entry-flag-route-count { key "entry-flag"; description "Route count for topology with entry flag set"; leaf entry-flag { type Pim-topology-entry-flag; description "entry flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-entry-flag-route-count } // container topology-entry-flag-route-counts container rpf-redirect { description "PIM ECMP RPF-redirect bundle"; container redirect-route-databases { description "PIM ECMP RPF-redirect route database"; list redirect-route-database { key "source-address group-address"; description "PIM ECMP RPF-redirect route information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } container group-address-xr { description "Group ddress"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr leaf bandwidth { type uint32; units "kbit/s"; description "Bandwidth in Kbps"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } list interface { description "Outgoing interface list"; container rpf-address { description "RPF Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-address leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf is-rpf-interface { type boolean; description "Is RPF Interface"; } leaf is-outgoing-interface { type boolean; description "Is outgoing Interface"; } leaf is-snoop-interface { type boolean; description "Is snooping Interface"; } } // list interface } // list redirect-route-database } // container redirect-route-databases container bundle-interfaces { description "PIM ECMP RPF-redirect bundle information"; list bundle-interface { key "bundle-name interface-name"; description "PIM ECMP RPF-redirect bundle interface information"; leaf bundle-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Bundle name"; } leaf interface-name { type xr:Interface-name; description "Bundle interface name"; } leaf rpf-redirect-bundle-name { type string { length "0..33"; } description "RPF redirect bundle name"; } leaf rpf-redirect-interface-name { type string { length "0..33"; } description "RPF redirect interface name"; } leaf available-bandwidth { type int32; units "kbit/s"; description "Bandwidth available in Kbps"; } leaf allocated-bandwidth { type int32; units "kbit/s"; description "Bandwidth allocated in Kbps"; } leaf total-bandwidth { type int32; units "kbit/s"; description "Total bandwidth used in Kbps"; } leaf topology-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by topology in Kbps"; } leaf snooping-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by snooped entries in Kbps"; } leaf allocated-threshold-bandwidth { type int32; units "kbit/s"; description "Configured threshold in Kbps"; } leaf available-threshold-bandwidth { type int32; units "kbit/s"; description "Available threshold in Kbps"; } } // list bundle-interface } // container bundle-interfaces } // container rpf-redirect container tunnels { description "Tunnels information that PIM has"; list tunnel { key "tunnel-name"; description "PIM tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list tunnel } // container tunnels container multicast-static-routes { description "PIM multicast static route table"; list multicast-static-route { key "address prefix-length"; description "PIM multicast static route information"; leaf address { type inet:ip-address-no-zone; description "Network address"; } leaf prefix-length { type uint32; description "Prefix length"; } container prefix { description "Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container nexthop { description "Next Hop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container nexthop leaf interface-name { type xr:Interface-name; description "Interface Handle"; } leaf distance { type uint32; description "Distance"; } leaf prefix-length-xr { type uint8; description "Prefix Length"; } leaf is-via-lsm { type boolean; description "LSM flag"; } } // list multicast-static-route } // container multicast-static-routes container neighbors { description "PIM neighbor table"; list neighbor { key "interface-name neighbor-address"; description "PIM neighbor information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf neighbor-address { type inet:ip-address-no-zone; description "Neighbor address"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; units "second"; description "Neighbor expiry in seconds"; } leaf expiry-timer { type uint64; units "second"; description "Expiry timer in seconds"; } leaf is-this-neighbor-us { type boolean; description "Is this neighbor us ?"; } leaf is-this-neighbor-dr { type boolean; description "Is this neighbor the DR"; } leaf is-dr-priority-capable { type boolean; description "Is this neighbor DR priority capable ?"; } leaf dr-priority { type uint32; description "DR priority"; } leaf is-bidirectional-capable { type boolean; description "Is this neighbor bidir capable ?"; } leaf is-proxy-capable { type boolean; description "Is this neighbor proxy capable?"; } leaf is-batch-asserts-capable { type boolean; description "Is this neighbor capable of batching asserts?"; } leaf is-ecmp-redirect-capable { type boolean; description "Is this neighbor capable of Ecmp Redirect?"; } leaf is-bfd-state { type boolean; description "Is the neighbor bfd session created"; } leaf sticky-dr-neighbor { type boolean; description "Is Sticky DR advertised on interface by neighbor"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf override-interval { type uint16; description "Override Interval"; } list neighbor-address-xr { description "List of Neighbor Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list neighbor-address-xr } // list neighbor } // container neighbors } // container default-context container process { description "Process"; container nsr { description "NSR Information"; leaf state { type uint8; description "NSR state"; } leaf partner-connected { type boolean; description "Partner process connected"; } leaf rmf-notification-done { type boolean; description "RMF Notification done"; } leaf rmf-timer-valid { type boolean; description "Is RMF timer running ?"; } leaf rmf-timer-expiry { type uint64; description "Time for RMF timer to expire"; } leaf last-connection-up { type uint64; description "Time when connection went up"; } leaf last-connection-dn { type uint64; description "Time when connection went down"; } leaf last-rmf-ready { type uint64; description "Time when RMF Rdy notif was sent"; } leaf last-rmf-not-ready { type uint64; description "Time when RMF Not-Rdy notif was sent"; } leaf count-connection-up { type uint32; description "No. of times connection went up"; } leaf count-connection-dn { type uint32; description "No. of times connection went down"; } leaf count-rmf-ready { type uint32; description "No. of times RMF Ready notif was sent"; } leaf count-rmf-not-ready { type uint32; description "No. of times RMF Not Ready notif was sent"; } } // container nsr container summary { description "PIM Global Summary"; leaf route-limit { type uint32; description "Maximum routes"; } leaf route-count { type uint32; description "Current routes"; } leaf route-low-water-mark { type uint32; description "The number of routes below which the throttle on route creation will be lifted"; } leaf is-route-limit-reached { type boolean; description "Is route creation throttled"; } leaf topology-interface-state-limit { type uint32; description "Maximum Topology Interface State count"; } leaf topology-interface-state-count { type uint32; description "Current Topology Interface State count"; } leaf rxi-low-water-mark { type uint32; description "The rxi below which the throttle on interface creation will be lifted"; } leaf rxi-limit-reached { type boolean; description "Is interface creation throttled"; } leaf register-limit { type uint32; description "Maximum registers"; } leaf register-count { type uint32; description "Current registers"; } leaf register-limit-reached { type boolean; description "Is PIM SM register handling throttled"; } leaf ranges-limit { type uint32; description "Maximum group ranges from Autorp"; } leaf ranges-count { type uint32; description "Current group ranges from Autorp"; } leaf ranges-threshold { type uint32; description "OOR theshold of grange ranges from AutoRP"; } leaf is-ranges-limit-reached { type boolean; description "Is Auto-RP group-to-RP mapping range creation throttled"; } leaf bsr-ranges-limit { type uint32; description "Maximum group ranges from BSR"; } leaf bsr-ranges-count { type uint32; description "Current group ranges from BSR"; } leaf bsr-range-threshold { type uint32; description "Threshold group range from BSR"; } leaf is-bsr-ranges-threshold-reached { type boolean; description "Is VRF-specific BSR group-to-RP mapping range creation throttled"; } leaf bsr-candidate-rp-set-limit { type uint32; description "Maximum crp-set from BSR"; } leaf bsr-candidate-rp-set-count { type uint32; description "Current crp-set count from BSR"; } leaf bsr-candidate-rp-set-threshold { type uint32; description "Threshold crp-set from BSR"; } leaf is-maximum-enforcement-disabled { type boolean; description "Is maximum enforcement disabled"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } leaf route-threshold { type uint32; description "Threshold routes"; } leaf global-auto-rp-ranges-limit { type uint32; description "Global Auto-RP maximum group ranges"; } leaf is-global-auto-rp-ranges-limit-reached { type boolean; description "Is global AutoRP group-to-RP mapping range creation throttled"; } leaf global-bsr-ranges-limit { type uint32; description "Global BSR maximum group ranges"; } leaf global-bsr-ranges-count { type uint32; description "Global BSR current group ranges"; } leaf global-bsr-ranges-threshold { type uint32; description "Global BSR Threshold group ranges"; } leaf is-global-bsr-ranges-limit-reached { type boolean; description "Is global BSR group-to-RP mapping range creation throttled"; } leaf global-bsr-candidate-rp-set-limit { type uint32; description "Global BSR maximum crp-set"; } leaf global-bsr-candidate-rp-set-count { type uint32; description "Global BSR current crp-set count"; } leaf global-bsr-candidate-rp-set-threshold { type uint32; description "Global BSR Threshold crp-set"; } leaf is-global-route-limit-reached { type boolean; description "Is global route creation throttled"; } leaf topology-interface-state-threshold { type uint32; description "Topology Interface State threshold"; } leaf is-global-rxi-limit-reached { type boolean; description "Is global interface creation throttled"; } leaf register-threshold { type uint32; description "Threshold registers"; } leaf global-register-limit { type uint32; description "Maximum global registers"; } leaf is-global-register-limit-reached { type boolean; description "Is global PIM SM register handling throttled"; } } // container summary container nsf { description "PIM NSF information"; leaf configured-state { type boolean; description "Is Multicast NSF Configured"; } leaf nsf-state { type boolean; description "Are we currently in NSF"; } leaf nsf-timeout { type uint32; units "second"; description "Multicast NSF timeout in seconds"; } leaf nsf-time-left { type uint32; units "second"; description "Multicast NSF time left in seconds"; } leaf waiting-timer { type boolean; description "Waiting for NSF timer expiry"; } leaf waiting-membership { type boolean; description "Waiting for IGMP/MLD"; } leaf respawn-count { type uint32; description "Respawn Count"; } leaf last-nsf-on { type int64; description "Last NSF time ON"; } leaf last-nsf-off { type int64; description "Last NSF time off"; } leaf last-nsf-on-sec { type int32; units "second"; description "Last NSF time ON in Seconds"; } leaf last-nsf-off-sec { type int32; units "second"; description "Last NSF time OFF in Seconds"; } leaf last-icd-notif-recv { type int64; description "Last ICD Notif Recv"; } leaf last-icd-notif-recv-sec { type int32; units "second"; description "Last ICD Notif Recv in Seconds"; } } // container nsf container issu { description "ISSU Information"; leaf informationvalid { type boolean; description "Is Information valid ?"; } leaf role-ha { type int32; description "HA role"; } leaf role-issu { type int32; description "ISSU role"; } leaf phase-issu { type int32; description "ISSU Phase"; } leaf last-ha-role-notification-received { type uint64; description "Time when last HA role nfn was received"; } leaf last-issu-role-notification-received { type uint64; description "Time when last ISSU role nfn was received"; } leaf last-issu-phase-notification-received { type uint64; description "Time when last ISSU Phase nfn was received"; } leaf is-eoc-received { type boolean; description "Was EOC received ?"; } leaf eoc-received-timestamp { type uint64; description "Time when EOC was received"; } leaf is-ihms-done-received { type boolean; description "Was IHMS done received ?"; } leaf ihms-received-timestamp { type uint64; description "Time when IHMS done was received"; } leaf is-rib-sync-received { type boolean; description "Was RIB Sync received ?"; } leaf rib-sync-received-timestamp { type uint64; description "Time when RIB Sync was received"; } leaf is-nbr-sync-received { type boolean; description "Was NBR Sync achieved ?"; } leaf nbr-sync-received-timestamp { type uint64; description "Time when NBR Sync was achieved"; } leaf is-checkpoint-idt-done { type boolean; description "Was Checkpoint IDT done ?"; } leaf checkpoint-idt-timestamp { type uint64; description "Time when Checkpoint IDT done"; } } // container issu } // container process container vrfs { description "VRF Table"; list vrf { key "vrf-name"; description "VRF name"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF name "; } container ifrs-interfaces { description "PIM interfaces in forward reference store table"; list ifrs-interface { key "interface-name"; description "PIM IFRS interface information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list ifrs-interface } // container ifrs-interfaces container interface-statistics { description "PIM interface statistics"; list interface-statistic { key "interface-name"; description "PIM interface statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-register { type uint32; description "Register packets in"; } leaf output-register { type uint32; description "Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf input-graft-message { type uint32; description "Input Graft Messages"; } leaf output-graft-message { type uint32; description "Output Graft Messages"; } leaf input-graft-ack-message { type uint32; description "Input Graft Ack Messages"; } leaf output-graft-ack-message { type uint32; description "Output Graft Ack Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-miscellaneous { type uint32; description "Miscellaneous packet in"; } } // list interface-statistic } // container interface-statistics container topology-route-count { description "Topology route count information from PIM topology table"; leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // container topology-route-count container jp-statistics { description "PIM join prune statistics table"; list jp-statistic { key "interface-name"; description "PIM Join Prune Statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf mtu { type uint32; description "Interface MTU"; } leaf transmitted { type uint32; description "Transmitted"; } leaf transmitted100 { type uint16; description "Transmitted 100 average"; } leaf transmitted-1k { type uint16; description "Transmitted 1K average"; } leaf transmitted-10k { type uint16; description "Transmitted 10K average"; } leaf transmitted-50k { type uint16; description "Deprecated by Transmitted100"; } leaf received { type uint32; description "Received"; } leaf received100 { type uint16; description "Received 100 average"; } leaf received-1k { type uint16; description "Received 1K average"; } leaf received-10k { type uint16; description "Received 10K average"; } leaf received-50k { type uint16; description "Deprecated by Received100"; } } // list jp-statistic } // container jp-statistics container mib-databases { description "PIM group database for mroute mibs table"; list mib-database { key "source-address group-address source-netmask"; description "PIM multicast static route information"; leaf source-address { type inet:ip-address-no-zone; description "Multicast static route source address"; } leaf group-address { type inet:ip-address-no-zone; description "Multicast satic route group address"; } leaf source-netmask { type uint32; description "Source mask"; } container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container rpf-neighbor { description "The RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root leaf upstream-assert-timer { type int32; description "Upstream Assert Timer"; } leaf assert-metric { type uint32; description "Assert Metric"; } leaf assert-metric-preference { type uint32; description "Assert Metric Preference"; } leaf assert-rpt-bit { type boolean; description "Assert RPT Bit"; } leaf spt-bit { type boolean; description "Is SPT bit set ?"; } leaf rpf-mask { type uint32; description "Mask of the multicast root"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface name "; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf bidirectional-route { type boolean; description "Is this Bidir ?"; } leaf uptime { type uint64; description "Uptime of route"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } } // list mib-database } // container mib-databases container ifrs-summary { description "PIM interfaces in forward reference store summary"; leaf interface-count { type uint32; description "Number of interfaces"; } leaf configuration-count { type uint32; description "Configuration counts"; } } // container ifrs-summary container ranges { description "PIM range list information"; list range { key "rp-address client"; description "PIM range list information"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf client { type Pim-client; description "Client"; } container rp-address-xr { description "Rendezvous point address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf protocol { type Pim-show-protocol; description "PIM protocol"; } leaf client-xr { type Pim-show-range-client; description "Client mapping learnt via"; } leaf expires { type uint64; description "When mapping expires"; } list group-range { description "List of group ranges"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf prefix-length { type int32; description "Group range prefix length"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; description "When mapping expires"; } } // list group-range } // list range } // container ranges container bsr { description "PIM BSR information"; container rp-caches { description "PIM BSR RP cache table"; list rp-cache { key "group-prefix prefix-length"; description "PIM BSR RP cache"; leaf group-prefix { type inet:ip-address-no-zone; description "Group prefix"; } leaf prefix-length { type uint32; description "Prefix Length"; } container group-prefix-xr { description "Group Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-prefix-xr container candidate-rp-list { description "C-RP list for this prefix"; list pim-bsr-crp-bag { description "Next C-RP in the List"; container candidate-rp-address { description "C-RP address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp-address leaf candidate-rp-holdtime { type uint16; description "C-RP Holdtime"; } leaf candidate-rp-priority { type uint8; description "C-RP Priority"; } leaf candidate-rp-up-time { type uint16; description "C-RP Uptime"; } leaf candidate-rp-expires { type uint16; description "C-RP Expires"; } leaf protocol { type Pim-show-protocol; description "PIM Protocol"; } } // list pim-bsr-crp-bag } // container candidate-rp-list leaf group-prefix-length { type uint32; description "Group Prefix Length"; } leaf candidate-rp-group-count { type uint32; description "C-RP count for this Prefix"; } } // list rp-cache } // container rp-caches container candidate-rps { description "PIM candidate-RP"; list candidate-rp { key "rp-address"; description "PIM BSR candidate RP information"; leaf rp-address { type inet:ip-address-no-zone; description "Candidate-RP address"; } container candidate-rp { description "Cand-RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf candidate-rp-scope { type int32; description "Cand-RP Scope"; } leaf crp-priority { type uint8; description "Cand-RP Priority"; } leaf crp-holdtime { type uint16; description "Cand-RP Holdtime"; } leaf candidate-rp-advance-interval { type uint16; units "second"; description "Cand-RP Adv Interval in seconds"; } leaf candidate-rp-uptime { type uint16; description "Cand-RP uptime"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } list crp-access { max-elements 2; description "Group Ranges Using this Cand-RP"; leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } } // list crp-access } // list candidate-rp } // container candidate-rps container bsr-elections { description "PIM BSR election state"; list bsr-election { key "pim-scope"; description "PIM BSR information"; leaf pim-scope { type uint32; description "BSR information"; } container bsr-address { description "BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container bsr-address container candidate-bsr-address { description "C-BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-bsr-address leaf bsr-priority { type uint8; description "BSR Priority"; } leaf bsr-mask-length { type uint8; description "Hash Function Mask Length"; } leaf bsr-up-time { type uint16; description "BSR Uptime"; } leaf bootstrap-timeout { type uint16; description "Bootstrap Timeout"; } leaf candidate-bsr-state { type uint32; description "BSR Candidate State"; } leaf bsr-election-state { type uint32; description "BSR Election State"; } leaf bsr-scope { type uint16; description "BSR Scope"; } leaf candidate-bsr-flag { type boolean; description "BSR Candidate Config Flag"; } leaf candidate-bsr-priority { type uint8; description "C-BSR Priority"; } leaf candidate-bsr-mask-length { type uint8; description "C-BSR Hash Func. Mask Len"; } } // list bsr-election } // container bsr-elections } // container bsr container route-policy { description "PIM route policy"; container route-policy-statistics { description "PIM route policy statistics"; leaf policy-name { type string; description "RPF policy name"; } leaf requests { type uint32; description "Number of RPF lookup requests"; } leaf pass { type uint32; description "Number of RPF pass"; } leaf drop { type uint32; description "Number of RPF drops"; } leaf default-table { type uint32; description "Number of RPF lookup in default-only Table"; } leaf any-table { type uint32; description "Number of RPF lookup in any Table"; } } // container route-policy-statistics } // container route-policy container rpf-summary { description "PIM RPF registration summary"; leaf default-safi { type uint32; description "Default RPF Table SAFI"; } leaf default-table-name { type string; description "Default RPF Table Name"; } leaf is-mbgp-configured { type boolean; description "Is MBGP configured?"; } leaf is-ospf-te-configured { type boolean; description "Is OSPF TE configured?"; } leaf is-isis-te-configured { type boolean; description "Is ISIS TE configured?"; } leaf is-isis-mtr-configured { type boolean; description "Is ISIS MTR configured?"; } leaf mo-frr-configured { type boolean; description "Is MoFRR configured?"; } leaf rib-mo-frr-configured { type boolean; description "Is MoFRR RIB configured?"; } leaf rump-enabled { type boolean; description "Is RUMP MuRIB enabled?"; } leaf rib-convergence-timeout { type uint32; units "second"; description "RIB convergence timeout in seconds"; } leaf rib-convergence-time-left { type uint32; units "second"; description "RIB convergence time left in seconds"; } leaf is-multipath-enabled { type boolean; description "Is Multipath Enabled ?"; } leaf is-multipath-interface-hash-enabled { type boolean; description "Is Multipath Interface Hash Extension Enabled ?"; } leaf is-multipath-source-hash-enabled { type boolean; description "Is Multipath Source based Hash Enabled ?"; } leaf is-multipath-source-next-hop-hash-enabled { type boolean; description "Is Multipath Source-Nexthop Hash Enabled ?"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } } // container rpf-summary container interfaces { description "PIM interfaces"; list interface { key "interface-name"; description "PIM interface name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list interface } // container interfaces container net-io-tunnels { description "Tunnel information that NETIO has "; list net-io-tunnel { key "tunnel-name"; description "PIM netio tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list net-io-tunnel } // container net-io-tunnels container bidir-df-states { description "Bidirectional PIM DF election state table"; list bidir-df-state { key "rp-address interface-name"; description "Bidirectional PIM DF Election Table Entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr leaf pim-interface-name { type string; description "Interface Name"; } leaf election-state { type string; description "DF Election State"; } leaf time-seconds { type uint64; units "second"; description "Timer expires (seconds)"; } leaf time-nano-seconds { type uint64; units "nanosecond"; description "Timer expires (nseconds)"; } leaf our-metric { type uint32; description "Metric"; } leaf our-metric-preference { type uint32; description "MetricPreference"; } } // list bidir-df-state } // container bidir-df-states container topologies { description "PIM topology table"; list topology { key "source-address group-address rpt"; description "PIM topology information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } leaf rpt { type uint32; description "RPT bit"; } container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container rp-address { description "RP Address (If rpt)"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container rpf-neighbor { description "RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container secondary-rpf-neighbor { description "Secondary RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container secondary-rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root container proxy-address { description "RPF Proxy address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container proxy-address container orig-src-address { description "Orig Src Address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container orig-src-address leaf limit-reached { type boolean; description "Have we throttled the creation of routes or interfaces ?"; } leaf low-memory { type boolean; description "Node is running low on memory"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } leaf wildcard { type boolean; description "WC -Wildcard"; } leaf rpt-xr { type boolean; description "Is this on the RPT ?"; } leaf spt { type boolean; description "Is this on the SPT ?"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; description "When this entry expires"; } leaf alive { type int32; units "second"; description "Alive time in seconds (-1 if never)"; } leaf register-received-timer { type int32; units "second"; description "Register Received Timer in seconds (-1 if never)"; } leaf remote-source { type boolean; description "MSDP told us"; } leaf crossed-threshold { type boolean; description "Incoming traffic crossed threshold. MT flag set"; } leaf data-mdt-addr-assigned { type boolean; description "PIM has assigned a Data MDT Address"; } leaf rpf-interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf secondary-rpf-interface-name { type xr:Interface-name; description "Secondary Interface Identifier"; } leaf connected { type boolean; description "Is Connected ?"; } leaf proxy { type boolean; description "Is the RPF target a proxy?"; } leaf rpf-proxy-enabled { type boolean; description "Is rpf if proxy enabled?"; } leaf mofrr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf rib-mo-frr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf jp-timer { type int32; description "Join-Prune Timer"; } leaf jp-status { type int32; description "Join-Prune Status"; } leaf suppress-registers { type int32; description "When the Null register probe expires"; } leaf assume-alive { type boolean; description "The Assume Alive Bit"; } leaf probe-alive { type boolean; description "The Probe Alive Bit"; } leaf really-alive { type boolean; description "The Really Alive Bit"; } leaf inherit-alive { type boolean; description "The Inherit Alive Bit"; } leaf inherit-spt { type boolean; description "The Inherit SPT Bit"; } leaf signal-sources { type boolean; description "Signal Sources on route?"; } leaf dont-check-connected { type boolean; description "Do we need to make the connected check on this route ?"; } leaf register-received { type boolean; description "Have registers been received for this source ?"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf sending-registers { type boolean; description "Are we sending registers for this route ?"; } leaf sending-null-registers { type boolean; description "Are we sending null registers for this route ?"; } leaf sa-sent { type boolean; description "BGP SA sent"; } leaf sa-received { type boolean; description "BGP SA received"; } leaf sa-joined { type boolean; description "BGP SA join"; } leaf anycast-rp-match { type boolean; description "Group matches Anycast-RP policy"; } leaf anycast-rp-route-target { type inet:ipv4-address; description "Anycast-RP RT"; } leaf bgp-join { type boolean; description "BGP C JOIN"; } leaf bgp-jp-time { type uint64; description "BGP C JP Time"; } leaf customer-routing-type { type int32; description "Type of Customer Routing in the MVPN"; } leaf extranet-route { type boolean; description "Is a Extranet route ?"; } leaf mofrr-active { type boolean; description "Is MoFRR Active?"; } leaf mofrr-primary { type boolean; description "Is this Mofrr Primary?"; } leaf mofrr-backup { type boolean; description "Is this Mofrr Backup?"; } leaf vxlan { type boolean; description "Is this VXLAN?"; } leaf kat-state { type boolean; description "Keep Alive Timer State"; } list outgoing-interface { description "Outgoing interface list"; container assert-winner { description "Assert Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container assert-winner leaf interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf bgp-c-mcast-prune-delay-timer { type uint64; units "second"; description "BGP C-MCAST Prune Suppression in seconds"; } leaf jp-timer { type int32; units "second"; description "Join-Prune Timer (secs)"; } leaf jp-state { type int32; description "Join-Prune State"; } leaf assert-timer { type int32; units "second"; description "Assert Timer in seconds"; } leaf local-members { type int32; description "Local Information. Deprecated - use 'local-members-information' instead"; } leaf internal-interest-info { type int32; description "Internal Interest. Deprecated - use 'internal-interest-information' instead"; } leaf forwarding-state { type int32; description "Forward or Prune"; } leaf immediate-state { type int32; description "Immediate fwding state"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf mldp-inband-mdt { type boolean; description "MLDP Inband MDT interface"; } leaf mldp-stale { type boolean; description "OLE is stale"; } leaf sa-prune { type boolean; description "BGP SA Prune state"; } leaf admin-boundary { type boolean; description "Is this an administrative boundary ?"; } leaf igmp-membership { type boolean; description "IGMP membership"; } leaf mdt-safi-join { type boolean; description "MDT Safi join"; } leaf mvpn-safi-join { type boolean; description "MVPN Safi join"; } leaf local-mdt-join { type boolean; description "Default MDT Join"; } leaf data-mdt-join { type boolean; description "Data MDT join"; } leaf mvpnv6-safi-join { type boolean; description "MVPN IPv6 Safi join"; } leaf bgp-c-mcast-join { type boolean; description "BGP C-Mcast join"; } leaf vrf-name { type string { length "0..33"; } description "VRF which physically owns"; } leaf extranet-interface { type boolean; description "Is this an Extranet Interface ?"; } leaf internal-interest-information { type Pim-internal-interest-info; description "Internal Interest. Replaces internal-interest-info"; } leaf local-members-information { type Pim-show-local-interest; description "Local Information. Replaces local-members"; } leaf assert-state { type boolean; description "Assert State"; } } // list outgoing-interface } // list topology } // container topologies container topology-interface-flag-route-counts { description "Route count for topology with interface flag set"; list topology-interface-flag-route-count { key "interface-flag"; description "Route count for topology with interface flag set"; leaf interface-flag { type Pim-topology-interface-flag; description "Interface flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-interface-flag-route-count } // container topology-interface-flag-route-counts container group-map-sources { description "PIM group-mapping with source information"; list group-map-source { key "prefix prefix-length client protocol rp-address priority"; description "PIM Group Mapping Entry with source information"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf priority { type uint32; description "RP Priority"; } container source-of-information { description "The source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf holdtime { type int32; units "second"; description "Holdtime in seconds"; } leaf expires { type uint64; units "second"; description "Mapping expiry time in seconds"; } leaf uptime { type uint64; units "second"; description "Mapping uptime in seconds"; } } // list group-map-source } // container group-map-sources container traffic-counters { description "PIM message traffic counters"; leaf elapsed-time { type uint32; units "second"; description "Running time for counters in seconds"; } leaf inputs { type uint32; description "Packets in"; } leaf outputs { type uint32; description "Packets out"; } leaf format-error { type uint32; description "Malformed packets in"; } leaf pakman-error { type uint32; description "Pakman packets dropped"; } leaf standby-packets-error { type uint32; description "Packets received in standby state"; } leaf checksum-error { type uint32; description "Checksum errors"; } leaf socket-error { type uint32; description "Socket errors"; } leaf send-queue-full { type uint32; description "Packets dropped since send queue was full"; } leaf boundary-acl-rx-drop { type uint32; description "Inc. JP dropped since boundary ACL confg"; } leaf boundary-acl-tx-drop { type uint32; description "Out JP dropped since boundary ACL confg"; } leaf no-socket-connection { type uint32; description "Packets dropped since no socket connection"; } leaf no-source-address { type uint32; description "Packets dropped since no source address"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-data-register { type uint32; description "Data Register packets in"; } leaf input-null-register { type uint32; description "Null Register packets in"; } leaf output-null-register { type uint32; description "Null Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf input-assert-batched { type uint32; description "Batched Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf output-assert-batched { type uint32; description "Batched Assert packets out"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-ecmp-redirect { type uint32; description "Input Ecmp Redirect"; } leaf output-ecmp-redirect { type uint32; description "Output Ecmp Redirect"; } leaf output-loop-error { type uint32; description "Output on loopback error"; } leaf mldp-mdt-invalid-lsm-identifier { type uint32; description " Invalid LSM ID"; } leaf input-no-idb-error { type uint32; description "No IDB for intf error"; } leaf input-no-vrf-error { type uint32; description "No VRF for idb error"; } leaf input-no-pim-error { type uint32; description "PIM Disabled on intf error"; } leaf input-pim-version-error { type uint32; description "Invalid PIM version error"; } leaf output-join-group { type uint32; description "Output Join Groups"; } leaf output-prune-group { type uint32; description "Output Prune Groups"; } leaf output-join-prune-bytes { type uint32; units "byte"; description "Output JP Bytes"; } leaf output-hello-bytes { type uint32; units "byte"; description "Output Hello Bytes"; } leaf non-supported-packets { type uint32; description "PIM non supported pckets"; } leaf invalid-registers { type uint32; description "PIM invalid registers received"; } leaf invalid-join-prunes { type uint32; description "PIM invalid Join/Prunes received"; } leaf packet-packman-error { type uint32; description "Packets Dropped due to Pakman Error"; } leaf packet-read-socket-error { type uint32; description "Packet Read Socket Error"; } leaf packet-queue-last-clear { type uint32; units "second"; description "Time in seconds since the last clear of all packet queues stats"; } leaf packets-standby { type uint32; description "Packets Dropped due to Standby Error"; } leaf no-mdt-socket-connection { type uint32; description "Packets dropped since no mdt socket connection"; } leaf mdt-send-queue-full { type uint32; description "Packets dropped since mdt send queue was full"; } leaf mdt-socket-error { type uint32; description "MDT Socket errors"; } leaf mdt-join-tlv-sent { type uint32; description "Data MDT Join Msgs sent"; } leaf mdt-join-tlv-received { type uint32; description "Data MDT Join Msgs received"; } leaf mdt-join-bad-type { type uint32; description "Data MDT TLV bad type"; } leaf mdt-drop-local-source-address { type uint32; description "Data MDT Join msgs dropped due to local source addr"; } leaf mdt-drop-null-local-address { type uint32; description "Data MDT Join msgs dropped due to null local addr"; } leaf mdt-drop-no-idb { type uint32; description "Data MDT Join msgs dropped due to idb missing"; } leaf mdt-drop-no-vrf { type uint32; description "Data MDT Join msgs dropped due to vrf missing"; } leaf invalid-destination-packets { type uint32; description "Control Packets with Invalid Destination"; } leaf mdt-joins-drop-multiple-encapsulation { type uint32; description "MDT Join msgs dropped due to multiple Encap limitation"; } leaf truncated-pim-packets { type uint32; description "Packets dropped due to truncated Joins or Prunes"; } leaf invalid-source-encodings { type uint32; description "Number of invalid source encodings received"; } leaf invalid-hello-options { type uint32; description "Number of invalid hello options received"; } list packet-queue { max-elements 2; description "Packet queue state and statistics"; container packet-queue-state { description "State of the queue"; leaf max-queue-size { type uint32; units "byte"; description "Maximum size of queue in bytes"; } leaf queue-size-bytes { type uint32; units "byte"; description "Size of queue in bytes"; } leaf queue-size-packets { type uint32; description "Size of queue in number of packets"; } } // container packet-queue-state container packet-queue-stats { description "Statistics about the queue"; leaf enqueued-packets { type uint32; description "Total number of packets enqueued to this queue"; } leaf dequeued-packets { type uint32; description "Total number of packets dequeued from this queue"; } leaf high-water-mark-packets { type uint32; description "Highest number of packets enqueued in this queue"; } leaf high-water-mark-bytes { type uint32; units "byte"; description "Highest number of bytes enqueued in this queue"; } leaf tail-drops { type uint32; description "Number packets dropped from this queue due to max size"; } } // container packet-queue-stats leaf packet-queue-priority { type uint32; description "Priority of this packet queue"; } } // list packet-queue } // container traffic-counters container group-map-rpfs { description "PIM group mapping information"; list group-map-rpf { key "prefix prefix-length client protocol rp-address rp-priority"; description "PIM group mapping entry"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf rp-priority { type uint32; description "RP priority"; } container rpf-neighbor { description "RPF neighbor to the RP"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf are-we-rp { type boolean; description "Are we the RP?"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface to the RP"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } } // list group-map-rpf } // container group-map-rpfs container summary { description "PIM summary"; leaf route-limit { type uint32; description "Maximum routes"; } leaf route-count { type uint32; description "Current routes"; } leaf route-low-water-mark { type uint32; description "The number of routes below which the throttle on route creation will be lifted"; } leaf is-route-limit-reached { type boolean; description "Is route creation throttled"; } leaf topology-interface-state-limit { type uint32; description "Maximum Topology Interface State count"; } leaf topology-interface-state-count { type uint32; description "Current Topology Interface State count"; } leaf rxi-low-water-mark { type uint32; description "The rxi below which the throttle on interface creation will be lifted"; } leaf rxi-limit-reached { type boolean; description "Is interface creation throttled"; } leaf register-limit { type uint32; description "Maximum registers"; } leaf register-count { type uint32; description "Current registers"; } leaf register-limit-reached { type boolean; description "Is PIM SM register handling throttled"; } leaf ranges-limit { type uint32; description "Maximum group ranges from Autorp"; } leaf ranges-count { type uint32; description "Current group ranges from Autorp"; } leaf ranges-threshold { type uint32; description "OOR theshold of grange ranges from AutoRP"; } leaf is-ranges-limit-reached { type boolean; description "Is Auto-RP group-to-RP mapping range creation throttled"; } leaf bsr-ranges-limit { type uint32; description "Maximum group ranges from BSR"; } leaf bsr-ranges-count { type uint32; description "Current group ranges from BSR"; } leaf bsr-range-threshold { type uint32; description "Threshold group range from BSR"; } leaf is-bsr-ranges-threshold-reached { type boolean; description "Is VRF-specific BSR group-to-RP mapping range creation throttled"; } leaf bsr-candidate-rp-set-limit { type uint32; description "Maximum crp-set from BSR"; } leaf bsr-candidate-rp-set-count { type uint32; description "Current crp-set count from BSR"; } leaf bsr-candidate-rp-set-threshold { type uint32; description "Threshold crp-set from BSR"; } leaf is-maximum-enforcement-disabled { type boolean; description "Is maximum enforcement disabled"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } leaf route-threshold { type uint32; description "Threshold routes"; } leaf global-auto-rp-ranges-limit { type uint32; description "Global Auto-RP maximum group ranges"; } leaf is-global-auto-rp-ranges-limit-reached { type boolean; description "Is global AutoRP group-to-RP mapping range creation throttled"; } leaf global-bsr-ranges-limit { type uint32; description "Global BSR maximum group ranges"; } leaf global-bsr-ranges-count { type uint32; description "Global BSR current group ranges"; } leaf global-bsr-ranges-threshold { type uint32; description "Global BSR Threshold group ranges"; } leaf is-global-bsr-ranges-limit-reached { type boolean; description "Is global BSR group-to-RP mapping range creation throttled"; } leaf global-bsr-candidate-rp-set-limit { type uint32; description "Global BSR maximum crp-set"; } leaf global-bsr-candidate-rp-set-count { type uint32; description "Global BSR current crp-set count"; } leaf global-bsr-candidate-rp-set-threshold { type uint32; description "Global BSR Threshold crp-set"; } leaf is-global-route-limit-reached { type boolean; description "Is global route creation throttled"; } leaf topology-interface-state-threshold { type uint32; description "Topology Interface State threshold"; } leaf is-global-rxi-limit-reached { type boolean; description "Is global interface creation throttled"; } leaf register-threshold { type uint32; description "Threshold registers"; } leaf global-register-limit { type uint32; description "Maximum global registers"; } leaf is-global-register-limit-reached { type boolean; description "Is global PIM SM register handling throttled"; } } // container summary container gre { description "GRE information"; container gre-next-hops { description "GRE destination neighbor table"; list gre-next-hop { key "destination-address"; description "PIM GRE address next-hop information"; leaf destination-address { type inet:ip-address-no-zone; description "GRE destination address"; } container registered-address { description "Address registered"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container registered-address leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric preference"; } leaf is-connected { type uint8; description "Are we connected ?"; } list gre-path { description "GRE Paths list"; container gre-neighbor { description "GRE neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-neighbor container gre-next-hop { description "GRE nexthop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-next-hop leaf gre-interface-name { type xr:Interface-name; description "GRE Interface"; } leaf is-gre-interface-disabled { type boolean; description "Is the gre interface disabled ?"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf is-connector-attribute-present { type boolean; description "Connector attribute present"; } leaf extranet-vrf-name { type string { length "0..33"; } description "Extranet VRF name"; } } // list gre-path } // list gre-next-hop } // container gre-next-hops } // container gre container bidir-df-winners { description "Bidirectional PIM DF election winner table"; list bidir-df-winner { key "rp-address interface-name"; description "Bidirectional PIM DF election table entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container df-winner { description "DF Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container df-winner leaf pim-interface-name { type string; description "Interface Name"; } leaf are-we-df { type boolean; description "Are we DF"; } leaf rp-lan { type boolean; description "Is this the RP LAN"; } leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric Preference"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } } // list bidir-df-winner } // container bidir-df-winners container table-contexts { description "PIM table context list"; list table-context { key "saf-name topology-name"; description "PIM table context information"; leaf saf-name { type Pim-safi; description "SAF name"; } leaf topology-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Topology name"; } leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // list table-context } // container table-contexts container neighbor-summaries { description "PIM neighbor summary table"; list neighbor-summary { key "interface-name"; description "PIM neighbor summary information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf number-of-neighbors { type int32; description "Number of neighbors"; } leaf number-of-external-neighbors { type int32; description "Number of external neighbors"; } } // list neighbor-summary } // container neighbor-summaries container context { description "PIM context information"; container remote-default-group { description "Remote Default Group"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container remote-default-group container rpf-default-table { description "RPF Default Table"; leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // container rpf-default-table leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf murib-id { type uint32; description "MURIB ID"; } leaf rpf-id { type uint32; description "RPF ID"; } leaf remote-table-id { type uint32; description "Remote Table ID"; } leaf mdt-default-group { type inet:ipv4-address; description "MDT Default group"; } leaf mdt-source { type inet:ipv4-address; description "MDT source"; } leaf mdt-source-interface { type string; description "MDT Source Interface Name"; } leaf mdt-interface { type xr:Interface-name; description "MDT handle"; } leaf mdt-gre-rpf-identifier { type uint32; description "GRE-MDT RPF Identifier"; } leaf mdt-gre-remote-rpf-identifier { type uint32; description "GRE-MDT Remote RPF Identifier"; } leaf is-unicast-rib-registration { type boolean; description "Ucast RIB Registration"; } leaf is-multicast-rib-registration { type boolean; description "Mcast RIB Registration"; } leaf is-active { type boolean; description "Active"; } leaf is-active-ital { type boolean; description "Active ITAL"; } leaf is-mrib-register { type boolean; description "MRIB Register"; } leaf is-mdt-owner { type boolean; description "MDT Owner"; } leaf is-routing-enabled { type boolean; description "Routing Enabled"; } leaf is-socket-add-required { type boolean; description "VRF required on Socket"; } leaf is-socket-added { type boolean; description "VRF added on Socket"; } leaf is-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Socket"; } leaf is-lpts-socket-added { type boolean; description "VRF LPTS filter added on Socket"; } leaf is-udp-socket-add-required { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-added { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-bind-required { type boolean; description "VRF bind required on UDP Socket"; } leaf is-udp-socket-bind { type boolean; description "VRF bound on UDP Socket"; } leaf is-register-injection-socket-add-required { type boolean; description "VRF required on Register Injection Socket"; } leaf is-register-injection-socket-added { type boolean; description "VRF added on Register Injection Socket"; } leaf is-register-injection-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Register Injection Socket"; } leaf is-register-injection-lpts-socket-added { type boolean; description "VRF LPTS filter added on Register Injection Socket"; } leaf is-m-host-publish-pending { type boolean; description "Publish pending for MHost Default interface"; } leaf mhost-interface { type xr:Interface-name; description "MHost handle"; } leaf mhost-default-interface-config { type string; description "Configured Mhost Defint"; } leaf mdt-mtu { type uint32; description "MDT MTU"; } leaf maximum-mdt-aggregation { type uint32; description "MDT max aggregation"; } leaf mdt-data-switchover-interval { type uint32; description "Data MDT Switchover interval"; } leaf mdt-data-announce-interval { type uint32; description "Data MDT Announce interval"; } leaf non-default-vrf-count-on-socket { type uint32; description "Count of non-default vrfs on raw socket"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf mdt-neighbor-filter-name { type string; description "MDT Neighbor Filter Name"; } leaf allow-rp-configured { type boolean; description "Allow RP Configured"; } leaf allow-rp-group-list { type string { length "0..64"; } description "Allow RP Group-List ACL Name"; } leaf allow-rp-rp-list { type string { length "0..64"; } description "Allow RP RP-list ACL Name"; } leaf sg-expiry-timer-configured { type boolean; description "S,G Expiry Timer Configured"; } leaf sg-expiry-time { type uint16; units "second"; description "S,G Expiry Time Configured, in seconds"; } leaf sg-expiry-timer-sg-list { type string { length "0..64"; } description "S,G expiry timer ACL name"; } leaf mldp-mdt-name { type string; description "MLDP MDT Name"; } leaf mldp-mdt-interface { type xr:Interface-name; description "MLDP MDT handle"; } leaf mldp-mdt-mtu { type uint32; description "MLDP MDT MTU"; } leaf mldp-maximum-mdt-aggregation { type uint32; description "MLDP MDT max aggregation"; } leaf mldp-mdt-data-switchover-interval { type uint32; description "MLDP Data MDT Switchover interval"; } leaf mldp-mdt-data-announce-interval { type uint32; description "MLDP Data MDT Announce interval"; } leaf mldp-mdt-rpf-identifier { type uint32; description "MLDP RPF-ID"; } leaf mldp-mdt-remote-rpf-identifier { type uint32; description "MLDP Remote RPF-ID"; } leaf is-create-mldp-mdt-interface { type boolean; description "Create MLDP MDT interface"; } leaf is-mldp-mdt-owner { type boolean; description "MLDP MDT Owner"; } leaf mldp-root-count { type uint32; description "MLDP Root count"; } leaf mldp-head-lsm-identifier { type uint32; description "MLDP Head LSM-ID"; } leaf mldp-remote-head-lsm-identifier { type uint32; description "MLDP Remote Head LSM-ID"; } leaf organization-unique-identifier { type uint32; description "OUI for VPN-ID"; } leaf vpn-index { type uint32; description "VPN Index"; } leaf mldp-partitioned-mdt-configured { type boolean; description "MLDP Partitioned MDT"; } leaf mldp-remote-partitioned-mdt-configured { type boolean; description "MLDP Remote Partitioned MDT"; } leaf mldp-partioned-mp2m-ptree { type boolean; description "MP2MP Partitioned MDT tree"; } leaf mldp-partitioned-head-lsm-identifier { type uint32; description "Partitioned MDT Head LSM-ID"; } leaf mldp-head-local-label { type uint32; description "Partitioned MDT Head local label"; } leaf mldp-partitioned-mdt-identifier { type uint32; description "MLDP Partitioned MDT Identifier"; } leaf bgp-auto-discovery-configured { type boolean; description "BGP Auto-Discovery configured"; } leaf suppress-pim-data-mdt-tlv { type boolean; description "Suppress PIM Data-MDT TLV Announcements"; } leaf inter-autonomous-system-enabled { type boolean; description "Inter-AS Enabled"; } leaf bgp-source-active-announce { type boolean; description "Send BGP Source-Active Announcements"; } leaf bgp-i-pmsi-added { type boolean; description "BGP I-PMSI Added"; } leaf mldp-bsr-control-tree-added { type boolean; description "MLDP BSR Control tree added"; } leaf mldp-auto-rp-discovery-tree-added { type boolean; description "MLDP Autorp Discovery Control tree added"; } leaf mldp-auto-rp-announce-tree-added { type boolean; description "MLDP Autorp Announce Control tree added"; } leaf bgp-auto-discovery-type { type uint32; description "BGP Auto Discovery Type"; } leaf mdt-partitioned-mdt-control-identifier { type uint32; description "Partitioned MDT Control Identifier"; } leaf mdt-partitioned-ir-control-identifier { type uint32; description "Partitioned IR MDT Control Identifier"; } leaf mldp-control-head-lsm-identifier { type uint32; description "MLDP MVPN Identifier"; } leaf umh { type boolean; description "Join UMH Core-Tree"; } leaf suppress-shared-tree-join { type boolean; description "Suppress Shared-Tree Joins"; } leaf rsvp-te-mdt-name { type string; description "RSVP-TE MDT Name"; } leaf rsvp-te-mdt-interface { type xr:Interface-name; description "RSVP-TEMDT handle"; } leaf rsvp-te-mdt-mtu { type uint32; description "RSVP-TEMDT MTU"; } leaf rsvp-te-maximum-mdt-aggregation { type uint32; description "RSVP-TE MDT max aggregation"; } leaf rsvp-te-mdt-data-switchover-interval { type uint32; description "RSVP-TE Data MDT Switchover interval"; } leaf rsvp-te-mdt-data-announce-interval { type uint32; description "RSVP-TE Data MDT Announce interval"; } leaf rsvp-te-mdt-rpf-identifier { type uint32; description "RSVP-TE RPF-ID"; } leaf is-create-rsvp-te-mdt-interface { type boolean; description "Create RSVP-TE MDT interface"; } leaf is-rsvp-te-mdt-owner { type boolean; description "RSVP-TE MDT Owner"; } leaf rsvp-te-mdt-static-p2mp-count { type uint32; description "Number of Static P2MP-TE MDT"; } leaf p2mpte-li-drop { type uint32; description "Route LI updates dropped for P2MP"; } leaf ir-mdt-name { type string; description "IR MDT Name"; } leaf ir-mdt-interface { type xr:Interface-name; description "IRMDT handle"; } leaf ir-mdt-mtu { type uint32; description "IRMDT MTU"; } leaf ir-maximum-mdt-aggregation { type uint32; description "IR MDT max aggregation"; } leaf ir-mdt-data-switchover-interval { type uint32; description "IR Data MDT Switchover interval"; } leaf ir-mdt-data-announce-interval { type uint32; description "IR Data MDT Announce interval"; } leaf ir-mdt-rpf-identifier { type uint32; description "IR RPF-ID"; } leaf ir-mdt-tail-label { type uint32; description "IR Tail Label"; } leaf is-create-ir-mdt-interface { type boolean; description "Create IR MDT interface"; } leaf is-ir-mdt-owner { type boolean; description "IR MDT Owner"; } leaf is-sr-local { type boolean; description "SR Local"; } leaf is-sr-remote { type boolean; description "SR Remote"; } leaf sr-mdt-name { type string; description "SR MDT Name"; } leaf sr-mdt-interface { type xr:Interface-name; description "SRMDT handle"; } leaf sr-mdt-mtu { type uint32; description "SRMDT MTU"; } leaf sr-maximum-mdt-aggregation { type uint32; description "SR MDT max aggregation"; } leaf sr-mdt-data-switchover-interval { type uint32; description "SR Data MDT Switchover interval"; } leaf sr-mdt-data-announce-interval { type uint32; description "SR Data MDT Announce interval"; } leaf sr-mdt-rpf-identifier { type uint32; description "SR RPF-ID"; } leaf sr-mdt-tail-label { type uint32; description "SR Tail Label"; } leaf is-create-sr-mdt-interface { type boolean; description "Create SR MDT interface"; } leaf is-sr-mdt-owner { type boolean; description "SR MDT Owner"; } leaf mdt-partitioned-tree-sid-control-identifier { type uint32; description "Partitioned Tree-SID MDT Control Identifier"; } leaf in-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf in-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf in-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf in-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf in-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf in-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf in-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-in-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-in-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf in-band-signaling-local-enabled { type boolean; description "Inband signaling Local enabled"; } leaf in-band-signaling-remote-enabled { type boolean; description "Inband signaling Remote enabled"; } leaf valid-rd-present { type boolean; description "RD is valid"; } leaf stale-rd-present { type boolean; description "RD is stale"; } leaf route-distinguisher { type yang:hex-string; description "RD value"; } leaf gin-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf gin-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf gin-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf gin-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf gin-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf gin-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf gin-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-gin-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-gin-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf is-pim-nsf-rib-converged { type boolean; description "PIM NSF RIB converged"; } leaf is-pim-nsf-rib-converge-received { type boolean; description "PIM NSF RIB converge received"; } leaf is-rib-multipath-enabled { type boolean; description "PIM RIB multiplath enabled"; } leaf is-rib-multipath-interface-hash { type boolean; description "PIM RIB multipath interface hash"; } leaf is-rib-multipath-source-hash { type boolean; description "PIM RIB multipath source based hash"; } leaf is-rib-multipath-source-next-hop-hash { type boolean; description "PIM RIB multipath source-nexthop hash"; } leaf rump-enabled { type boolean; description "PIM is using MuRIB"; } leaf is-create-mdt-interface { type boolean; description "Create MDT interface"; } leaf is-auto-rp-listen-enabled { type boolean; description "Auto RP Listen Enabled"; } leaf is-all-interface-disable-operation { type boolean; description "PIM all interface disable operation"; } leaf is-default-granges { type boolean; description "Default granges"; } leaf is-auto-rp-listen-sock-add { type boolean; description "Auto RP listen sock add"; } leaf is-redistribution-reset { type boolean; description "Pending redist reset"; } leaf redistribution-reset-count { type uint32; description "Redist reset count"; } leaf rpf-policy-name { type string; description "RPF topology selection route-policy name"; } leaf table-count { type uint32; description "Number of configured Tables"; } leaf active-table-count { type uint32; description "Number of active Tables"; } leaf anycast-rp-policy-name { type string; description "Anycast-RP Policy Name"; } leaf anycast-rp-configured { type boolean; description "Anycast-RP config"; } leaf bgp-remote-on { type boolean; description "BGP remote interface status"; } leaf bgp-remote-interface-name { type string; description "BGP remote interface name"; } leaf bgp-remote-interface { type xr:Interface-name; description "BGP remote interface handle"; } leaf bgp-remote-address { type inet:ipv4-address; description "BGP remote interface address"; } leaf bgp-remote-state { type uint32; description "BGP remote interface state"; } leaf physical-interface-count { type uint64; description "Enabled Physical Interface Count"; } leaf virtual-interface-count { type uint64; description "Enabled Virtual Interface Count"; } leaf virtual-mlc-interface-name { type string; description "Virtual master line card Interface"; } leaf mdt-immediate-switch { type boolean; description "MDT Immediate Switch"; } leaf remote-mdt-idb-name { type string; description "Remote MDT Interface Handle Name"; } leaf remote-mdt-address { type inet:ipv4-address; description "Remote MDT interface address"; } leaf-list mldp-root-address { type uint32; description "MLDP Root addresses"; } list export-route-target { description "Export Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list export-route-target list import-route-target { description "Import Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list import-route-target list anycast-rp-range { description "Anycast-RP Ranges"; container prefix { description "Anycast-RP Range Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix leaf prefix-length { type uint8; description "Anycast-RP Range Prefix Length"; } leaf ancast-rp-marked { type boolean; description "Anycast-RP Range marked"; } } // list anycast-rp-range } // container context container topology-entry-flag-route-counts { description "Route count for topology with entry flag set"; list topology-entry-flag-route-count { key "entry-flag"; description "Route count for topology with entry flag set"; leaf entry-flag { type Pim-topology-entry-flag; description "entry flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-entry-flag-route-count } // container topology-entry-flag-route-counts container rpf-redirect { description "PIM ECMP RPF-redirect bundle"; container redirect-route-databases { description "PIM ECMP RPF-redirect route database"; list redirect-route-database { key "source-address group-address"; description "PIM ECMP RPF-redirect route information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } container group-address-xr { description "Group ddress"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr leaf bandwidth { type uint32; units "kbit/s"; description "Bandwidth in Kbps"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } list interface { description "Outgoing interface list"; container rpf-address { description "RPF Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-address leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf is-rpf-interface { type boolean; description "Is RPF Interface"; } leaf is-outgoing-interface { type boolean; description "Is outgoing Interface"; } leaf is-snoop-interface { type boolean; description "Is snooping Interface"; } } // list interface } // list redirect-route-database } // container redirect-route-databases container bundle-interfaces { description "PIM ECMP RPF-redirect bundle information"; list bundle-interface { key "bundle-name interface-name"; description "PIM ECMP RPF-redirect bundle interface information"; leaf bundle-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Bundle name"; } leaf interface-name { type xr:Interface-name; description "Bundle interface name"; } leaf rpf-redirect-bundle-name { type string { length "0..33"; } description "RPF redirect bundle name"; } leaf rpf-redirect-interface-name { type string { length "0..33"; } description "RPF redirect interface name"; } leaf available-bandwidth { type int32; units "kbit/s"; description "Bandwidth available in Kbps"; } leaf allocated-bandwidth { type int32; units "kbit/s"; description "Bandwidth allocated in Kbps"; } leaf total-bandwidth { type int32; units "kbit/s"; description "Total bandwidth used in Kbps"; } leaf topology-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by topology in Kbps"; } leaf snooping-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by snooped entries in Kbps"; } leaf allocated-threshold-bandwidth { type int32; units "kbit/s"; description "Configured threshold in Kbps"; } leaf available-threshold-bandwidth { type int32; units "kbit/s"; description "Available threshold in Kbps"; } } // list bundle-interface } // container bundle-interfaces } // container rpf-redirect container tunnels { description "Tunnels information that PIM has"; list tunnel { key "tunnel-name"; description "PIM tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list tunnel } // container tunnels container multicast-static-routes { description "PIM multicast static route table"; list multicast-static-route { key "address prefix-length"; description "PIM multicast static route information"; leaf address { type inet:ip-address-no-zone; description "Network address"; } leaf prefix-length { type uint32; description "Prefix length"; } container prefix { description "Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container nexthop { description "Next Hop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container nexthop leaf interface-name { type xr:Interface-name; description "Interface Handle"; } leaf distance { type uint32; description "Distance"; } leaf prefix-length-xr { type uint8; description "Prefix Length"; } leaf is-via-lsm { type boolean; description "LSM flag"; } } // list multicast-static-route } // container multicast-static-routes container neighbors { description "PIM neighbor table"; list neighbor { key "interface-name neighbor-address"; description "PIM neighbor information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf neighbor-address { type inet:ip-address-no-zone; description "Neighbor address"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; units "second"; description "Neighbor expiry in seconds"; } leaf expiry-timer { type uint64; units "second"; description "Expiry timer in seconds"; } leaf is-this-neighbor-us { type boolean; description "Is this neighbor us ?"; } leaf is-this-neighbor-dr { type boolean; description "Is this neighbor the DR"; } leaf is-dr-priority-capable { type boolean; description "Is this neighbor DR priority capable ?"; } leaf dr-priority { type uint32; description "DR priority"; } leaf is-bidirectional-capable { type boolean; description "Is this neighbor bidir capable ?"; } leaf is-proxy-capable { type boolean; description "Is this neighbor proxy capable?"; } leaf is-batch-asserts-capable { type boolean; description "Is this neighbor capable of batching asserts?"; } leaf is-ecmp-redirect-capable { type boolean; description "Is this neighbor capable of Ecmp Redirect?"; } leaf is-bfd-state { type boolean; description "Is the neighbor bfd session created"; } leaf sticky-dr-neighbor { type boolean; description "Is Sticky DR advertised on interface by neighbor"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf override-interval { type uint16; description "Override Interval"; } list neighbor-address-xr { description "List of Neighbor Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list neighbor-address-xr } // list neighbor } // container neighbors } // list vrf } // container vrfs } // container active } // container pim container ipv6-pim { config false; description "IPv6 PIM operational data"; container standby { description "Standby Process"; container default-context { description "Default Context"; container global-interfaces { description "PIM global interface table"; list global-interface { key "interface-name"; description "PIM interface name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list global-interface } // container global-interfaces container ifrs-interfaces { description "PIM interfaces in forward reference store table"; list ifrs-interface { key "interface-name"; description "PIM IFRS interface information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list ifrs-interface } // container ifrs-interfaces container interface-statistics { description "PIM interface statistics"; list interface-statistic { key "interface-name"; description "PIM interface statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-register { type uint32; description "Register packets in"; } leaf output-register { type uint32; description "Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf input-graft-message { type uint32; description "Input Graft Messages"; } leaf output-graft-message { type uint32; description "Output Graft Messages"; } leaf input-graft-ack-message { type uint32; description "Input Graft Ack Messages"; } leaf output-graft-ack-message { type uint32; description "Output Graft Ack Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-miscellaneous { type uint32; description "Miscellaneous packet in"; } } // list interface-statistic } // container interface-statistics container topology-route-count { description "Topology route count information from PIM topology table"; leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // container topology-route-count container jp-statistics { description "PIM join prune statistics table"; list jp-statistic { key "interface-name"; description "PIM Join Prune Statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf mtu { type uint32; description "Interface MTU"; } leaf transmitted { type uint32; description "Transmitted"; } leaf transmitted100 { type uint16; description "Transmitted 100 average"; } leaf transmitted-1k { type uint16; description "Transmitted 1K average"; } leaf transmitted-10k { type uint16; description "Transmitted 10K average"; } leaf transmitted-50k { type uint16; description "Deprecated by Transmitted100"; } leaf received { type uint32; description "Received"; } leaf received100 { type uint16; description "Received 100 average"; } leaf received-1k { type uint16; description "Received 1K average"; } leaf received-10k { type uint16; description "Received 10K average"; } leaf received-50k { type uint16; description "Deprecated by Received100"; } } // list jp-statistic } // container jp-statistics container mib-databases { description "PIM group database for mroute mibs table"; list mib-database { key "source-address group-address source-netmask"; description "PIM multicast static route information"; leaf source-address { type inet:ip-address-no-zone; description "Multicast static route source address"; } leaf group-address { type inet:ip-address-no-zone; description "Multicast satic route group address"; } leaf source-netmask { type uint32; description "Source mask"; } container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container rpf-neighbor { description "The RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root leaf upstream-assert-timer { type int32; description "Upstream Assert Timer"; } leaf assert-metric { type uint32; description "Assert Metric"; } leaf assert-metric-preference { type uint32; description "Assert Metric Preference"; } leaf assert-rpt-bit { type boolean; description "Assert RPT Bit"; } leaf spt-bit { type boolean; description "Is SPT bit set ?"; } leaf rpf-mask { type uint32; description "Mask of the multicast root"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface name "; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf bidirectional-route { type boolean; description "Is this Bidir ?"; } leaf uptime { type uint64; description "Uptime of route"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } } // list mib-database } // container mib-databases container ifrs-summary { description "PIM interfaces in forward reference store summary"; leaf interface-count { type uint32; description "Number of interfaces"; } leaf configuration-count { type uint32; description "Configuration counts"; } } // container ifrs-summary container ranges { description "PIM range list information"; list range { key "rp-address client"; description "PIM range list information"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf client { type Pim-client; description "Client"; } container rp-address-xr { description "Rendezvous point address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf protocol { type Pim-show-protocol; description "PIM protocol"; } leaf client-xr { type Pim-show-range-client; description "Client mapping learnt via"; } leaf expires { type uint64; description "When mapping expires"; } list group-range { description "List of group ranges"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf prefix-length { type int32; description "Group range prefix length"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; description "When mapping expires"; } } // list group-range } // list range } // container ranges container bsr { description "PIM BSR information"; container rp-caches { description "PIM BSR RP cache table"; list rp-cache { key "group-prefix prefix-length"; description "PIM BSR RP cache"; leaf group-prefix { type inet:ip-address-no-zone; description "Group prefix"; } leaf prefix-length { type uint32; description "Prefix Length"; } container group-prefix-xr { description "Group Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-prefix-xr container candidate-rp-list { description "C-RP list for this prefix"; list pim-bsr-crp-bag { description "Next C-RP in the List"; container candidate-rp-address { description "C-RP address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp-address leaf candidate-rp-holdtime { type uint16; description "C-RP Holdtime"; } leaf candidate-rp-priority { type uint8; description "C-RP Priority"; } leaf candidate-rp-up-time { type uint16; description "C-RP Uptime"; } leaf candidate-rp-expires { type uint16; description "C-RP Expires"; } leaf protocol { type Pim-show-protocol; description "PIM Protocol"; } } // list pim-bsr-crp-bag } // container candidate-rp-list leaf group-prefix-length { type uint32; description "Group Prefix Length"; } leaf candidate-rp-group-count { type uint32; description "C-RP count for this Prefix"; } } // list rp-cache } // container rp-caches container candidate-rps { description "PIM candidate-RP"; list candidate-rp { key "rp-address"; description "PIM BSR candidate RP information"; leaf rp-address { type inet:ip-address-no-zone; description "Candidate-RP address"; } container candidate-rp { description "Cand-RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf candidate-rp-scope { type int32; description "Cand-RP Scope"; } leaf crp-priority { type uint8; description "Cand-RP Priority"; } leaf crp-holdtime { type uint16; description "Cand-RP Holdtime"; } leaf candidate-rp-advance-interval { type uint16; units "second"; description "Cand-RP Adv Interval in seconds"; } leaf candidate-rp-uptime { type uint16; description "Cand-RP uptime"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } list crp-access { max-elements 2; description "Group Ranges Using this Cand-RP"; leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } } // list crp-access } // list candidate-rp } // container candidate-rps container bsr-elections { description "PIM BSR election state"; list bsr-election { key "pim-scope"; description "PIM BSR information"; leaf pim-scope { type uint32; description "BSR information"; } container bsr-address { description "BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container bsr-address container candidate-bsr-address { description "C-BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-bsr-address leaf bsr-priority { type uint8; description "BSR Priority"; } leaf bsr-mask-length { type uint8; description "Hash Function Mask Length"; } leaf bsr-up-time { type uint16; description "BSR Uptime"; } leaf bootstrap-timeout { type uint16; description "Bootstrap Timeout"; } leaf candidate-bsr-state { type uint32; description "BSR Candidate State"; } leaf bsr-election-state { type uint32; description "BSR Election State"; } leaf bsr-scope { type uint16; description "BSR Scope"; } leaf candidate-bsr-flag { type boolean; description "BSR Candidate Config Flag"; } leaf candidate-bsr-priority { type uint8; description "C-BSR Priority"; } leaf candidate-bsr-mask-length { type uint8; description "C-BSR Hash Func. Mask Len"; } } // list bsr-election } // container bsr-elections } // container bsr container route-policy { description "PIM route policy"; container route-policy-statistics { description "PIM route policy statistics"; leaf policy-name { type string; description "RPF policy name"; } leaf requests { type uint32; description "Number of RPF lookup requests"; } leaf pass { type uint32; description "Number of RPF pass"; } leaf drop { type uint32; description "Number of RPF drops"; } leaf default-table { type uint32; description "Number of RPF lookup in default-only Table"; } leaf any-table { type uint32; description "Number of RPF lookup in any Table"; } } // container route-policy-statistics } // container route-policy container rpf-summary { description "PIM RPF registration summary"; leaf default-safi { type uint32; description "Default RPF Table SAFI"; } leaf default-table-name { type string; description "Default RPF Table Name"; } leaf is-mbgp-configured { type boolean; description "Is MBGP configured?"; } leaf is-ospf-te-configured { type boolean; description "Is OSPF TE configured?"; } leaf is-isis-te-configured { type boolean; description "Is ISIS TE configured?"; } leaf is-isis-mtr-configured { type boolean; description "Is ISIS MTR configured?"; } leaf mo-frr-configured { type boolean; description "Is MoFRR configured?"; } leaf rib-mo-frr-configured { type boolean; description "Is MoFRR RIB configured?"; } leaf rump-enabled { type boolean; description "Is RUMP MuRIB enabled?"; } leaf rib-convergence-timeout { type uint32; units "second"; description "RIB convergence timeout in seconds"; } leaf rib-convergence-time-left { type uint32; units "second"; description "RIB convergence time left in seconds"; } leaf is-multipath-enabled { type boolean; description "Is Multipath Enabled ?"; } leaf is-multipath-interface-hash-enabled { type boolean; description "Is Multipath Interface Hash Extension Enabled ?"; } leaf is-multipath-source-hash-enabled { type boolean; description "Is Multipath Source based Hash Enabled ?"; } leaf is-multipath-source-next-hop-hash-enabled { type boolean; description "Is Multipath Source-Nexthop Hash Enabled ?"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } } // container rpf-summary container interfaces { description "PIM interfaces"; list interface { key "interface-name"; description "PIM interface name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list interface } // container interfaces container net-io-tunnels { description "Tunnel information that NETIO has "; list net-io-tunnel { key "tunnel-name"; description "PIM netio tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list net-io-tunnel } // container net-io-tunnels container bidir-df-states { description "Bidirectional PIM DF election state table"; list bidir-df-state { key "rp-address interface-name"; description "Bidirectional PIM DF Election Table Entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr leaf pim-interface-name { type string; description "Interface Name"; } leaf election-state { type string; description "DF Election State"; } leaf time-seconds { type uint64; units "second"; description "Timer expires (seconds)"; } leaf time-nano-seconds { type uint64; units "nanosecond"; description "Timer expires (nseconds)"; } leaf our-metric { type uint32; description "Metric"; } leaf our-metric-preference { type uint32; description "MetricPreference"; } } // list bidir-df-state } // container bidir-df-states container topologies { description "PIM topology table"; list topology { key "source-address group-address rpt"; description "PIM topology information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } leaf rpt { type uint32; description "RPT bit"; } container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container rp-address { description "RP Address (If rpt)"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container rpf-neighbor { description "RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container secondary-rpf-neighbor { description "Secondary RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container secondary-rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root container proxy-address { description "RPF Proxy address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container proxy-address container orig-src-address { description "Orig Src Address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container orig-src-address leaf limit-reached { type boolean; description "Have we throttled the creation of routes or interfaces ?"; } leaf low-memory { type boolean; description "Node is running low on memory"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } leaf wildcard { type boolean; description "WC -Wildcard"; } leaf rpt-xr { type boolean; description "Is this on the RPT ?"; } leaf spt { type boolean; description "Is this on the SPT ?"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; description "When this entry expires"; } leaf alive { type int32; units "second"; description "Alive time in seconds (-1 if never)"; } leaf register-received-timer { type int32; units "second"; description "Register Received Timer in seconds (-1 if never)"; } leaf remote-source { type boolean; description "MSDP told us"; } leaf crossed-threshold { type boolean; description "Incoming traffic crossed threshold. MT flag set"; } leaf data-mdt-addr-assigned { type boolean; description "PIM has assigned a Data MDT Address"; } leaf rpf-interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf secondary-rpf-interface-name { type xr:Interface-name; description "Secondary Interface Identifier"; } leaf connected { type boolean; description "Is Connected ?"; } leaf proxy { type boolean; description "Is the RPF target a proxy?"; } leaf rpf-proxy-enabled { type boolean; description "Is rpf if proxy enabled?"; } leaf mofrr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf rib-mo-frr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf jp-timer { type int32; description "Join-Prune Timer"; } leaf jp-status { type int32; description "Join-Prune Status"; } leaf suppress-registers { type int32; description "When the Null register probe expires"; } leaf assume-alive { type boolean; description "The Assume Alive Bit"; } leaf probe-alive { type boolean; description "The Probe Alive Bit"; } leaf really-alive { type boolean; description "The Really Alive Bit"; } leaf inherit-alive { type boolean; description "The Inherit Alive Bit"; } leaf inherit-spt { type boolean; description "The Inherit SPT Bit"; } leaf signal-sources { type boolean; description "Signal Sources on route?"; } leaf dont-check-connected { type boolean; description "Do we need to make the connected check on this route ?"; } leaf register-received { type boolean; description "Have registers been received for this source ?"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf sending-registers { type boolean; description "Are we sending registers for this route ?"; } leaf sending-null-registers { type boolean; description "Are we sending null registers for this route ?"; } leaf sa-sent { type boolean; description "BGP SA sent"; } leaf sa-received { type boolean; description "BGP SA received"; } leaf sa-joined { type boolean; description "BGP SA join"; } leaf anycast-rp-match { type boolean; description "Group matches Anycast-RP policy"; } leaf anycast-rp-route-target { type inet:ipv4-address; description "Anycast-RP RT"; } leaf bgp-join { type boolean; description "BGP C JOIN"; } leaf bgp-jp-time { type uint64; description "BGP C JP Time"; } leaf customer-routing-type { type int32; description "Type of Customer Routing in the MVPN"; } leaf extranet-route { type boolean; description "Is a Extranet route ?"; } leaf mofrr-active { type boolean; description "Is MoFRR Active?"; } leaf mofrr-primary { type boolean; description "Is this Mofrr Primary?"; } leaf mofrr-backup { type boolean; description "Is this Mofrr Backup?"; } leaf vxlan { type boolean; description "Is this VXLAN?"; } leaf kat-state { type boolean; description "Keep Alive Timer State"; } list outgoing-interface { description "Outgoing interface list"; container assert-winner { description "Assert Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container assert-winner leaf interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf bgp-c-mcast-prune-delay-timer { type uint64; units "second"; description "BGP C-MCAST Prune Suppression in seconds"; } leaf jp-timer { type int32; units "second"; description "Join-Prune Timer (secs)"; } leaf jp-state { type int32; description "Join-Prune State"; } leaf assert-timer { type int32; units "second"; description "Assert Timer in seconds"; } leaf local-members { type int32; description "Local Information. Deprecated - use 'local-members-information' instead"; } leaf internal-interest-info { type int32; description "Internal Interest. Deprecated - use 'internal-interest-information' instead"; } leaf forwarding-state { type int32; description "Forward or Prune"; } leaf immediate-state { type int32; description "Immediate fwding state"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf mldp-inband-mdt { type boolean; description "MLDP Inband MDT interface"; } leaf mldp-stale { type boolean; description "OLE is stale"; } leaf sa-prune { type boolean; description "BGP SA Prune state"; } leaf admin-boundary { type boolean; description "Is this an administrative boundary ?"; } leaf igmp-membership { type boolean; description "IGMP membership"; } leaf mdt-safi-join { type boolean; description "MDT Safi join"; } leaf mvpn-safi-join { type boolean; description "MVPN Safi join"; } leaf local-mdt-join { type boolean; description "Default MDT Join"; } leaf data-mdt-join { type boolean; description "Data MDT join"; } leaf mvpnv6-safi-join { type boolean; description "MVPN IPv6 Safi join"; } leaf bgp-c-mcast-join { type boolean; description "BGP C-Mcast join"; } leaf vrf-name { type string { length "0..33"; } description "VRF which physically owns"; } leaf extranet-interface { type boolean; description "Is this an Extranet Interface ?"; } leaf internal-interest-information { type Pim-internal-interest-info; description "Internal Interest. Replaces internal-interest-info"; } leaf local-members-information { type Pim-show-local-interest; description "Local Information. Replaces local-members"; } leaf assert-state { type boolean; description "Assert State"; } } // list outgoing-interface } // list topology } // container topologies container topology-interface-flag-route-counts { description "Route count for topology with interface flag set"; list topology-interface-flag-route-count { key "interface-flag"; description "Route count for topology with interface flag set"; leaf interface-flag { type Pim-topology-interface-flag; description "Interface flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-interface-flag-route-count } // container topology-interface-flag-route-counts container group-map-sources { description "PIM group-mapping with source information"; list group-map-source { key "prefix prefix-length client protocol rp-address priority"; description "PIM Group Mapping Entry with source information"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf priority { type uint32; description "RP Priority"; } container source-of-information { description "The source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf holdtime { type int32; units "second"; description "Holdtime in seconds"; } leaf expires { type uint64; units "second"; description "Mapping expiry time in seconds"; } leaf uptime { type uint64; units "second"; description "Mapping uptime in seconds"; } } // list group-map-source } // container group-map-sources container traffic-counters { description "PIM message traffic counters"; leaf elapsed-time { type uint32; units "second"; description "Running time for counters in seconds"; } leaf inputs { type uint32; description "Packets in"; } leaf outputs { type uint32; description "Packets out"; } leaf format-error { type uint32; description "Malformed packets in"; } leaf pakman-error { type uint32; description "Pakman packets dropped"; } leaf standby-packets-error { type uint32; description "Packets received in standby state"; } leaf checksum-error { type uint32; description "Checksum errors"; } leaf socket-error { type uint32; description "Socket errors"; } leaf send-queue-full { type uint32; description "Packets dropped since send queue was full"; } leaf boundary-acl-rx-drop { type uint32; description "Inc. JP dropped since boundary ACL confg"; } leaf boundary-acl-tx-drop { type uint32; description "Out JP dropped since boundary ACL confg"; } leaf no-socket-connection { type uint32; description "Packets dropped since no socket connection"; } leaf no-source-address { type uint32; description "Packets dropped since no source address"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-data-register { type uint32; description "Data Register packets in"; } leaf input-null-register { type uint32; description "Null Register packets in"; } leaf output-null-register { type uint32; description "Null Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf input-assert-batched { type uint32; description "Batched Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf output-assert-batched { type uint32; description "Batched Assert packets out"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-ecmp-redirect { type uint32; description "Input Ecmp Redirect"; } leaf output-ecmp-redirect { type uint32; description "Output Ecmp Redirect"; } leaf output-loop-error { type uint32; description "Output on loopback error"; } leaf mldp-mdt-invalid-lsm-identifier { type uint32; description " Invalid LSM ID"; } leaf input-no-idb-error { type uint32; description "No IDB for intf error"; } leaf input-no-vrf-error { type uint32; description "No VRF for idb error"; } leaf input-no-pim-error { type uint32; description "PIM Disabled on intf error"; } leaf input-pim-version-error { type uint32; description "Invalid PIM version error"; } leaf output-join-group { type uint32; description "Output Join Groups"; } leaf output-prune-group { type uint32; description "Output Prune Groups"; } leaf output-join-prune-bytes { type uint32; units "byte"; description "Output JP Bytes"; } leaf output-hello-bytes { type uint32; units "byte"; description "Output Hello Bytes"; } leaf non-supported-packets { type uint32; description "PIM non supported pckets"; } leaf invalid-registers { type uint32; description "PIM invalid registers received"; } leaf invalid-join-prunes { type uint32; description "PIM invalid Join/Prunes received"; } leaf packet-packman-error { type uint32; description "Packets Dropped due to Pakman Error"; } leaf packet-read-socket-error { type uint32; description "Packet Read Socket Error"; } leaf packet-queue-last-clear { type uint32; units "second"; description "Time in seconds since the last clear of all packet queues stats"; } leaf packets-standby { type uint32; description "Packets Dropped due to Standby Error"; } leaf no-mdt-socket-connection { type uint32; description "Packets dropped since no mdt socket connection"; } leaf mdt-send-queue-full { type uint32; description "Packets dropped since mdt send queue was full"; } leaf mdt-socket-error { type uint32; description "MDT Socket errors"; } leaf mdt-join-tlv-sent { type uint32; description "Data MDT Join Msgs sent"; } leaf mdt-join-tlv-received { type uint32; description "Data MDT Join Msgs received"; } leaf mdt-join-bad-type { type uint32; description "Data MDT TLV bad type"; } leaf mdt-drop-local-source-address { type uint32; description "Data MDT Join msgs dropped due to local source addr"; } leaf mdt-drop-null-local-address { type uint32; description "Data MDT Join msgs dropped due to null local addr"; } leaf mdt-drop-no-idb { type uint32; description "Data MDT Join msgs dropped due to idb missing"; } leaf mdt-drop-no-vrf { type uint32; description "Data MDT Join msgs dropped due to vrf missing"; } leaf invalid-destination-packets { type uint32; description "Control Packets with Invalid Destination"; } leaf mdt-joins-drop-multiple-encapsulation { type uint32; description "MDT Join msgs dropped due to multiple Encap limitation"; } leaf truncated-pim-packets { type uint32; description "Packets dropped due to truncated Joins or Prunes"; } leaf invalid-source-encodings { type uint32; description "Number of invalid source encodings received"; } leaf invalid-hello-options { type uint32; description "Number of invalid hello options received"; } list packet-queue { max-elements 2; description "Packet queue state and statistics"; container packet-queue-state { description "State of the queue"; leaf max-queue-size { type uint32; units "byte"; description "Maximum size of queue in bytes"; } leaf queue-size-bytes { type uint32; units "byte"; description "Size of queue in bytes"; } leaf queue-size-packets { type uint32; description "Size of queue in number of packets"; } } // container packet-queue-state container packet-queue-stats { description "Statistics about the queue"; leaf enqueued-packets { type uint32; description "Total number of packets enqueued to this queue"; } leaf dequeued-packets { type uint32; description "Total number of packets dequeued from this queue"; } leaf high-water-mark-packets { type uint32; description "Highest number of packets enqueued in this queue"; } leaf high-water-mark-bytes { type uint32; units "byte"; description "Highest number of bytes enqueued in this queue"; } leaf tail-drops { type uint32; description "Number packets dropped from this queue due to max size"; } } // container packet-queue-stats leaf packet-queue-priority { type uint32; description "Priority of this packet queue"; } } // list packet-queue } // container traffic-counters container group-map-rpfs { description "PIM group mapping information"; list group-map-rpf { key "prefix prefix-length client protocol rp-address rp-priority"; description "PIM group mapping entry"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf rp-priority { type uint32; description "RP priority"; } container rpf-neighbor { description "RPF neighbor to the RP"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf are-we-rp { type boolean; description "Are we the RP?"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface to the RP"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } } // list group-map-rpf } // container group-map-rpfs container summary { description "PIM summary"; leaf route-limit { type uint32; description "Maximum routes"; } leaf route-count { type uint32; description "Current routes"; } leaf route-low-water-mark { type uint32; description "The number of routes below which the throttle on route creation will be lifted"; } leaf is-route-limit-reached { type boolean; description "Is route creation throttled"; } leaf topology-interface-state-limit { type uint32; description "Maximum Topology Interface State count"; } leaf topology-interface-state-count { type uint32; description "Current Topology Interface State count"; } leaf rxi-low-water-mark { type uint32; description "The rxi below which the throttle on interface creation will be lifted"; } leaf rxi-limit-reached { type boolean; description "Is interface creation throttled"; } leaf register-limit { type uint32; description "Maximum registers"; } leaf register-count { type uint32; description "Current registers"; } leaf register-limit-reached { type boolean; description "Is PIM SM register handling throttled"; } leaf ranges-limit { type uint32; description "Maximum group ranges from Autorp"; } leaf ranges-count { type uint32; description "Current group ranges from Autorp"; } leaf ranges-threshold { type uint32; description "OOR theshold of grange ranges from AutoRP"; } leaf is-ranges-limit-reached { type boolean; description "Is Auto-RP group-to-RP mapping range creation throttled"; } leaf bsr-ranges-limit { type uint32; description "Maximum group ranges from BSR"; } leaf bsr-ranges-count { type uint32; description "Current group ranges from BSR"; } leaf bsr-range-threshold { type uint32; description "Threshold group range from BSR"; } leaf is-bsr-ranges-threshold-reached { type boolean; description "Is VRF-specific BSR group-to-RP mapping range creation throttled"; } leaf bsr-candidate-rp-set-limit { type uint32; description "Maximum crp-set from BSR"; } leaf bsr-candidate-rp-set-count { type uint32; description "Current crp-set count from BSR"; } leaf bsr-candidate-rp-set-threshold { type uint32; description "Threshold crp-set from BSR"; } leaf is-maximum-enforcement-disabled { type boolean; description "Is maximum enforcement disabled"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } leaf route-threshold { type uint32; description "Threshold routes"; } leaf global-auto-rp-ranges-limit { type uint32; description "Global Auto-RP maximum group ranges"; } leaf is-global-auto-rp-ranges-limit-reached { type boolean; description "Is global AutoRP group-to-RP mapping range creation throttled"; } leaf global-bsr-ranges-limit { type uint32; description "Global BSR maximum group ranges"; } leaf global-bsr-ranges-count { type uint32; description "Global BSR current group ranges"; } leaf global-bsr-ranges-threshold { type uint32; description "Global BSR Threshold group ranges"; } leaf is-global-bsr-ranges-limit-reached { type boolean; description "Is global BSR group-to-RP mapping range creation throttled"; } leaf global-bsr-candidate-rp-set-limit { type uint32; description "Global BSR maximum crp-set"; } leaf global-bsr-candidate-rp-set-count { type uint32; description "Global BSR current crp-set count"; } leaf global-bsr-candidate-rp-set-threshold { type uint32; description "Global BSR Threshold crp-set"; } leaf is-global-route-limit-reached { type boolean; description "Is global route creation throttled"; } leaf topology-interface-state-threshold { type uint32; description "Topology Interface State threshold"; } leaf is-global-rxi-limit-reached { type boolean; description "Is global interface creation throttled"; } leaf register-threshold { type uint32; description "Threshold registers"; } leaf global-register-limit { type uint32; description "Maximum global registers"; } leaf is-global-register-limit-reached { type boolean; description "Is global PIM SM register handling throttled"; } } // container summary container gre { description "GRE information"; container gre-next-hops { description "GRE destination neighbor table"; list gre-next-hop { key "destination-address"; description "PIM GRE address next-hop information"; leaf destination-address { type inet:ip-address-no-zone; description "GRE destination address"; } container registered-address { description "Address registered"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container registered-address leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric preference"; } leaf is-connected { type uint8; description "Are we connected ?"; } list gre-path { description "GRE Paths list"; container gre-neighbor { description "GRE neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-neighbor container gre-next-hop { description "GRE nexthop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-next-hop leaf gre-interface-name { type xr:Interface-name; description "GRE Interface"; } leaf is-gre-interface-disabled { type boolean; description "Is the gre interface disabled ?"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf is-connector-attribute-present { type boolean; description "Connector attribute present"; } leaf extranet-vrf-name { type string { length "0..33"; } description "Extranet VRF name"; } } // list gre-path } // list gre-next-hop } // container gre-next-hops } // container gre container bidir-df-winners { description "Bidirectional PIM DF election winner table"; list bidir-df-winner { key "rp-address interface-name"; description "Bidirectional PIM DF election table entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container df-winner { description "DF Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container df-winner leaf pim-interface-name { type string; description "Interface Name"; } leaf are-we-df { type boolean; description "Are we DF"; } leaf rp-lan { type boolean; description "Is this the RP LAN"; } leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric Preference"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } } // list bidir-df-winner } // container bidir-df-winners container table-contexts { description "PIM table context list"; list table-context { key "saf-name topology-name"; description "PIM table context information"; leaf saf-name { type Pim-safi; description "SAF name"; } leaf topology-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Topology name"; } leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // list table-context } // container table-contexts container neighbor-summaries { description "PIM neighbor summary table"; list neighbor-summary { key "interface-name"; description "PIM neighbor summary information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf number-of-neighbors { type int32; description "Number of neighbors"; } leaf number-of-external-neighbors { type int32; description "Number of external neighbors"; } } // list neighbor-summary } // container neighbor-summaries container context { description "PIM context information"; container remote-default-group { description "Remote Default Group"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container remote-default-group container rpf-default-table { description "RPF Default Table"; leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // container rpf-default-table leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf murib-id { type uint32; description "MURIB ID"; } leaf rpf-id { type uint32; description "RPF ID"; } leaf remote-table-id { type uint32; description "Remote Table ID"; } leaf mdt-default-group { type inet:ipv4-address; description "MDT Default group"; } leaf mdt-source { type inet:ipv4-address; description "MDT source"; } leaf mdt-source-interface { type string; description "MDT Source Interface Name"; } leaf mdt-interface { type xr:Interface-name; description "MDT handle"; } leaf mdt-gre-rpf-identifier { type uint32; description "GRE-MDT RPF Identifier"; } leaf mdt-gre-remote-rpf-identifier { type uint32; description "GRE-MDT Remote RPF Identifier"; } leaf is-unicast-rib-registration { type boolean; description "Ucast RIB Registration"; } leaf is-multicast-rib-registration { type boolean; description "Mcast RIB Registration"; } leaf is-active { type boolean; description "Active"; } leaf is-active-ital { type boolean; description "Active ITAL"; } leaf is-mrib-register { type boolean; description "MRIB Register"; } leaf is-mdt-owner { type boolean; description "MDT Owner"; } leaf is-routing-enabled { type boolean; description "Routing Enabled"; } leaf is-socket-add-required { type boolean; description "VRF required on Socket"; } leaf is-socket-added { type boolean; description "VRF added on Socket"; } leaf is-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Socket"; } leaf is-lpts-socket-added { type boolean; description "VRF LPTS filter added on Socket"; } leaf is-udp-socket-add-required { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-added { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-bind-required { type boolean; description "VRF bind required on UDP Socket"; } leaf is-udp-socket-bind { type boolean; description "VRF bound on UDP Socket"; } leaf is-register-injection-socket-add-required { type boolean; description "VRF required on Register Injection Socket"; } leaf is-register-injection-socket-added { type boolean; description "VRF added on Register Injection Socket"; } leaf is-register-injection-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Register Injection Socket"; } leaf is-register-injection-lpts-socket-added { type boolean; description "VRF LPTS filter added on Register Injection Socket"; } leaf is-m-host-publish-pending { type boolean; description "Publish pending for MHost Default interface"; } leaf mhost-interface { type xr:Interface-name; description "MHost handle"; } leaf mhost-default-interface-config { type string; description "Configured Mhost Defint"; } leaf mdt-mtu { type uint32; description "MDT MTU"; } leaf maximum-mdt-aggregation { type uint32; description "MDT max aggregation"; } leaf mdt-data-switchover-interval { type uint32; description "Data MDT Switchover interval"; } leaf mdt-data-announce-interval { type uint32; description "Data MDT Announce interval"; } leaf non-default-vrf-count-on-socket { type uint32; description "Count of non-default vrfs on raw socket"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf mdt-neighbor-filter-name { type string; description "MDT Neighbor Filter Name"; } leaf allow-rp-configured { type boolean; description "Allow RP Configured"; } leaf allow-rp-group-list { type string { length "0..64"; } description "Allow RP Group-List ACL Name"; } leaf allow-rp-rp-list { type string { length "0..64"; } description "Allow RP RP-list ACL Name"; } leaf sg-expiry-timer-configured { type boolean; description "S,G Expiry Timer Configured"; } leaf sg-expiry-time { type uint16; units "second"; description "S,G Expiry Time Configured, in seconds"; } leaf sg-expiry-timer-sg-list { type string { length "0..64"; } description "S,G expiry timer ACL name"; } leaf mldp-mdt-name { type string; description "MLDP MDT Name"; } leaf mldp-mdt-interface { type xr:Interface-name; description "MLDP MDT handle"; } leaf mldp-mdt-mtu { type uint32; description "MLDP MDT MTU"; } leaf mldp-maximum-mdt-aggregation { type uint32; description "MLDP MDT max aggregation"; } leaf mldp-mdt-data-switchover-interval { type uint32; description "MLDP Data MDT Switchover interval"; } leaf mldp-mdt-data-announce-interval { type uint32; description "MLDP Data MDT Announce interval"; } leaf mldp-mdt-rpf-identifier { type uint32; description "MLDP RPF-ID"; } leaf mldp-mdt-remote-rpf-identifier { type uint32; description "MLDP Remote RPF-ID"; } leaf is-create-mldp-mdt-interface { type boolean; description "Create MLDP MDT interface"; } leaf is-mldp-mdt-owner { type boolean; description "MLDP MDT Owner"; } leaf mldp-root-count { type uint32; description "MLDP Root count"; } leaf mldp-head-lsm-identifier { type uint32; description "MLDP Head LSM-ID"; } leaf mldp-remote-head-lsm-identifier { type uint32; description "MLDP Remote Head LSM-ID"; } leaf organization-unique-identifier { type uint32; description "OUI for VPN-ID"; } leaf vpn-index { type uint32; description "VPN Index"; } leaf mldp-partitioned-mdt-configured { type boolean; description "MLDP Partitioned MDT"; } leaf mldp-remote-partitioned-mdt-configured { type boolean; description "MLDP Remote Partitioned MDT"; } leaf mldp-partioned-mp2m-ptree { type boolean; description "MP2MP Partitioned MDT tree"; } leaf mldp-partitioned-head-lsm-identifier { type uint32; description "Partitioned MDT Head LSM-ID"; } leaf mldp-head-local-label { type uint32; description "Partitioned MDT Head local label"; } leaf mldp-partitioned-mdt-identifier { type uint32; description "MLDP Partitioned MDT Identifier"; } leaf bgp-auto-discovery-configured { type boolean; description "BGP Auto-Discovery configured"; } leaf suppress-pim-data-mdt-tlv { type boolean; description "Suppress PIM Data-MDT TLV Announcements"; } leaf inter-autonomous-system-enabled { type boolean; description "Inter-AS Enabled"; } leaf bgp-source-active-announce { type boolean; description "Send BGP Source-Active Announcements"; } leaf bgp-i-pmsi-added { type boolean; description "BGP I-PMSI Added"; } leaf mldp-bsr-control-tree-added { type boolean; description "MLDP BSR Control tree added"; } leaf mldp-auto-rp-discovery-tree-added { type boolean; description "MLDP Autorp Discovery Control tree added"; } leaf mldp-auto-rp-announce-tree-added { type boolean; description "MLDP Autorp Announce Control tree added"; } leaf bgp-auto-discovery-type { type uint32; description "BGP Auto Discovery Type"; } leaf mdt-partitioned-mdt-control-identifier { type uint32; description "Partitioned MDT Control Identifier"; } leaf mdt-partitioned-ir-control-identifier { type uint32; description "Partitioned IR MDT Control Identifier"; } leaf mldp-control-head-lsm-identifier { type uint32; description "MLDP MVPN Identifier"; } leaf umh { type boolean; description "Join UMH Core-Tree"; } leaf suppress-shared-tree-join { type boolean; description "Suppress Shared-Tree Joins"; } leaf rsvp-te-mdt-name { type string; description "RSVP-TE MDT Name"; } leaf rsvp-te-mdt-interface { type xr:Interface-name; description "RSVP-TEMDT handle"; } leaf rsvp-te-mdt-mtu { type uint32; description "RSVP-TEMDT MTU"; } leaf rsvp-te-maximum-mdt-aggregation { type uint32; description "RSVP-TE MDT max aggregation"; } leaf rsvp-te-mdt-data-switchover-interval { type uint32; description "RSVP-TE Data MDT Switchover interval"; } leaf rsvp-te-mdt-data-announce-interval { type uint32; description "RSVP-TE Data MDT Announce interval"; } leaf rsvp-te-mdt-rpf-identifier { type uint32; description "RSVP-TE RPF-ID"; } leaf is-create-rsvp-te-mdt-interface { type boolean; description "Create RSVP-TE MDT interface"; } leaf is-rsvp-te-mdt-owner { type boolean; description "RSVP-TE MDT Owner"; } leaf rsvp-te-mdt-static-p2mp-count { type uint32; description "Number of Static P2MP-TE MDT"; } leaf p2mpte-li-drop { type uint32; description "Route LI updates dropped for P2MP"; } leaf ir-mdt-name { type string; description "IR MDT Name"; } leaf ir-mdt-interface { type xr:Interface-name; description "IRMDT handle"; } leaf ir-mdt-mtu { type uint32; description "IRMDT MTU"; } leaf ir-maximum-mdt-aggregation { type uint32; description "IR MDT max aggregation"; } leaf ir-mdt-data-switchover-interval { type uint32; description "IR Data MDT Switchover interval"; } leaf ir-mdt-data-announce-interval { type uint32; description "IR Data MDT Announce interval"; } leaf ir-mdt-rpf-identifier { type uint32; description "IR RPF-ID"; } leaf ir-mdt-tail-label { type uint32; description "IR Tail Label"; } leaf is-create-ir-mdt-interface { type boolean; description "Create IR MDT interface"; } leaf is-ir-mdt-owner { type boolean; description "IR MDT Owner"; } leaf is-sr-local { type boolean; description "SR Local"; } leaf is-sr-remote { type boolean; description "SR Remote"; } leaf sr-mdt-name { type string; description "SR MDT Name"; } leaf sr-mdt-interface { type xr:Interface-name; description "SRMDT handle"; } leaf sr-mdt-mtu { type uint32; description "SRMDT MTU"; } leaf sr-maximum-mdt-aggregation { type uint32; description "SR MDT max aggregation"; } leaf sr-mdt-data-switchover-interval { type uint32; description "SR Data MDT Switchover interval"; } leaf sr-mdt-data-announce-interval { type uint32; description "SR Data MDT Announce interval"; } leaf sr-mdt-rpf-identifier { type uint32; description "SR RPF-ID"; } leaf sr-mdt-tail-label { type uint32; description "SR Tail Label"; } leaf is-create-sr-mdt-interface { type boolean; description "Create SR MDT interface"; } leaf is-sr-mdt-owner { type boolean; description "SR MDT Owner"; } leaf mdt-partitioned-tree-sid-control-identifier { type uint32; description "Partitioned Tree-SID MDT Control Identifier"; } leaf in-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf in-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf in-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf in-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf in-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf in-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf in-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-in-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-in-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf in-band-signaling-local-enabled { type boolean; description "Inband signaling Local enabled"; } leaf in-band-signaling-remote-enabled { type boolean; description "Inband signaling Remote enabled"; } leaf valid-rd-present { type boolean; description "RD is valid"; } leaf stale-rd-present { type boolean; description "RD is stale"; } leaf route-distinguisher { type yang:hex-string; description "RD value"; } leaf gin-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf gin-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf gin-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf gin-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf gin-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf gin-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf gin-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-gin-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-gin-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf is-pim-nsf-rib-converged { type boolean; description "PIM NSF RIB converged"; } leaf is-pim-nsf-rib-converge-received { type boolean; description "PIM NSF RIB converge received"; } leaf is-rib-multipath-enabled { type boolean; description "PIM RIB multiplath enabled"; } leaf is-rib-multipath-interface-hash { type boolean; description "PIM RIB multipath interface hash"; } leaf is-rib-multipath-source-hash { type boolean; description "PIM RIB multipath source based hash"; } leaf is-rib-multipath-source-next-hop-hash { type boolean; description "PIM RIB multipath source-nexthop hash"; } leaf rump-enabled { type boolean; description "PIM is using MuRIB"; } leaf is-create-mdt-interface { type boolean; description "Create MDT interface"; } leaf is-auto-rp-listen-enabled { type boolean; description "Auto RP Listen Enabled"; } leaf is-all-interface-disable-operation { type boolean; description "PIM all interface disable operation"; } leaf is-default-granges { type boolean; description "Default granges"; } leaf is-auto-rp-listen-sock-add { type boolean; description "Auto RP listen sock add"; } leaf is-redistribution-reset { type boolean; description "Pending redist reset"; } leaf redistribution-reset-count { type uint32; description "Redist reset count"; } leaf rpf-policy-name { type string; description "RPF topology selection route-policy name"; } leaf table-count { type uint32; description "Number of configured Tables"; } leaf active-table-count { type uint32; description "Number of active Tables"; } leaf anycast-rp-policy-name { type string; description "Anycast-RP Policy Name"; } leaf anycast-rp-configured { type boolean; description "Anycast-RP config"; } leaf bgp-remote-on { type boolean; description "BGP remote interface status"; } leaf bgp-remote-interface-name { type string; description "BGP remote interface name"; } leaf bgp-remote-interface { type xr:Interface-name; description "BGP remote interface handle"; } leaf bgp-remote-address { type inet:ipv4-address; description "BGP remote interface address"; } leaf bgp-remote-state { type uint32; description "BGP remote interface state"; } leaf physical-interface-count { type uint64; description "Enabled Physical Interface Count"; } leaf virtual-interface-count { type uint64; description "Enabled Virtual Interface Count"; } leaf virtual-mlc-interface-name { type string; description "Virtual master line card Interface"; } leaf mdt-immediate-switch { type boolean; description "MDT Immediate Switch"; } leaf remote-mdt-idb-name { type string; description "Remote MDT Interface Handle Name"; } leaf remote-mdt-address { type inet:ipv4-address; description "Remote MDT interface address"; } leaf-list mldp-root-address { type uint32; description "MLDP Root addresses"; } list export-route-target { description "Export Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list export-route-target list import-route-target { description "Import Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list import-route-target list anycast-rp-range { description "Anycast-RP Ranges"; container prefix { description "Anycast-RP Range Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix leaf prefix-length { type uint8; description "Anycast-RP Range Prefix Length"; } leaf ancast-rp-marked { type boolean; description "Anycast-RP Range marked"; } } // list anycast-rp-range } // container context container topology-entry-flag-route-counts { description "Route count for topology with entry flag set"; list topology-entry-flag-route-count { key "entry-flag"; description "Route count for topology with entry flag set"; leaf entry-flag { type Pim-topology-entry-flag; description "entry flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-entry-flag-route-count } // container topology-entry-flag-route-counts container rpf-redirect { description "PIM ECMP RPF-redirect bundle"; container redirect-route-databases { description "PIM ECMP RPF-redirect route database"; list redirect-route-database { key "source-address group-address"; description "PIM ECMP RPF-redirect route information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } container group-address-xr { description "Group ddress"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr leaf bandwidth { type uint32; units "kbit/s"; description "Bandwidth in Kbps"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } list interface { description "Outgoing interface list"; container rpf-address { description "RPF Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-address leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf is-rpf-interface { type boolean; description "Is RPF Interface"; } leaf is-outgoing-interface { type boolean; description "Is outgoing Interface"; } leaf is-snoop-interface { type boolean; description "Is snooping Interface"; } } // list interface } // list redirect-route-database } // container redirect-route-databases container bundle-interfaces { description "PIM ECMP RPF-redirect bundle information"; list bundle-interface { key "bundle-name interface-name"; description "PIM ECMP RPF-redirect bundle interface information"; leaf bundle-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Bundle name"; } leaf interface-name { type xr:Interface-name; description "Bundle interface name"; } leaf rpf-redirect-bundle-name { type string { length "0..33"; } description "RPF redirect bundle name"; } leaf rpf-redirect-interface-name { type string { length "0..33"; } description "RPF redirect interface name"; } leaf available-bandwidth { type int32; units "kbit/s"; description "Bandwidth available in Kbps"; } leaf allocated-bandwidth { type int32; units "kbit/s"; description "Bandwidth allocated in Kbps"; } leaf total-bandwidth { type int32; units "kbit/s"; description "Total bandwidth used in Kbps"; } leaf topology-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by topology in Kbps"; } leaf snooping-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by snooped entries in Kbps"; } leaf allocated-threshold-bandwidth { type int32; units "kbit/s"; description "Configured threshold in Kbps"; } leaf available-threshold-bandwidth { type int32; units "kbit/s"; description "Available threshold in Kbps"; } } // list bundle-interface } // container bundle-interfaces } // container rpf-redirect container tunnels { description "Tunnels information that PIM has"; list tunnel { key "tunnel-name"; description "PIM tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list tunnel } // container tunnels container multicast-static-routes { description "PIM multicast static route table"; list multicast-static-route { key "address prefix-length"; description "PIM multicast static route information"; leaf address { type inet:ip-address-no-zone; description "Network address"; } leaf prefix-length { type uint32; description "Prefix length"; } container prefix { description "Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container nexthop { description "Next Hop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container nexthop leaf interface-name { type xr:Interface-name; description "Interface Handle"; } leaf distance { type uint32; description "Distance"; } leaf prefix-length-xr { type uint8; description "Prefix Length"; } leaf is-via-lsm { type boolean; description "LSM flag"; } } // list multicast-static-route } // container multicast-static-routes container neighbors { description "PIM neighbor table"; list neighbor { key "interface-name neighbor-address"; description "PIM neighbor information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf neighbor-address { type inet:ip-address-no-zone; description "Neighbor address"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; units "second"; description "Neighbor expiry in seconds"; } leaf expiry-timer { type uint64; units "second"; description "Expiry timer in seconds"; } leaf is-this-neighbor-us { type boolean; description "Is this neighbor us ?"; } leaf is-this-neighbor-dr { type boolean; description "Is this neighbor the DR"; } leaf is-dr-priority-capable { type boolean; description "Is this neighbor DR priority capable ?"; } leaf dr-priority { type uint32; description "DR priority"; } leaf is-bidirectional-capable { type boolean; description "Is this neighbor bidir capable ?"; } leaf is-proxy-capable { type boolean; description "Is this neighbor proxy capable?"; } leaf is-batch-asserts-capable { type boolean; description "Is this neighbor capable of batching asserts?"; } leaf is-ecmp-redirect-capable { type boolean; description "Is this neighbor capable of Ecmp Redirect?"; } leaf is-bfd-state { type boolean; description "Is the neighbor bfd session created"; } leaf sticky-dr-neighbor { type boolean; description "Is Sticky DR advertised on interface by neighbor"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf override-interval { type uint16; description "Override Interval"; } list neighbor-address-xr { description "List of Neighbor Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list neighbor-address-xr } // list neighbor } // container neighbors } // container default-context container process { description "Process"; container nsr { description "NSR Information"; leaf state { type uint8; description "NSR state"; } leaf partner-connected { type boolean; description "Partner process connected"; } leaf rmf-notification-done { type boolean; description "RMF Notification done"; } leaf rmf-timer-valid { type boolean; description "Is RMF timer running ?"; } leaf rmf-timer-expiry { type uint64; description "Time for RMF timer to expire"; } leaf last-connection-up { type uint64; description "Time when connection went up"; } leaf last-connection-dn { type uint64; description "Time when connection went down"; } leaf last-rmf-ready { type uint64; description "Time when RMF Rdy notif was sent"; } leaf last-rmf-not-ready { type uint64; description "Time when RMF Not-Rdy notif was sent"; } leaf count-connection-up { type uint32; description "No. of times connection went up"; } leaf count-connection-dn { type uint32; description "No. of times connection went down"; } leaf count-rmf-ready { type uint32; description "No. of times RMF Ready notif was sent"; } leaf count-rmf-not-ready { type uint32; description "No. of times RMF Not Ready notif was sent"; } } // container nsr container summary { description "PIM Global Summary"; leaf route-limit { type uint32; description "Maximum routes"; } leaf route-count { type uint32; description "Current routes"; } leaf route-low-water-mark { type uint32; description "The number of routes below which the throttle on route creation will be lifted"; } leaf is-route-limit-reached { type boolean; description "Is route creation throttled"; } leaf topology-interface-state-limit { type uint32; description "Maximum Topology Interface State count"; } leaf topology-interface-state-count { type uint32; description "Current Topology Interface State count"; } leaf rxi-low-water-mark { type uint32; description "The rxi below which the throttle on interface creation will be lifted"; } leaf rxi-limit-reached { type boolean; description "Is interface creation throttled"; } leaf register-limit { type uint32; description "Maximum registers"; } leaf register-count { type uint32; description "Current registers"; } leaf register-limit-reached { type boolean; description "Is PIM SM register handling throttled"; } leaf ranges-limit { type uint32; description "Maximum group ranges from Autorp"; } leaf ranges-count { type uint32; description "Current group ranges from Autorp"; } leaf ranges-threshold { type uint32; description "OOR theshold of grange ranges from AutoRP"; } leaf is-ranges-limit-reached { type boolean; description "Is Auto-RP group-to-RP mapping range creation throttled"; } leaf bsr-ranges-limit { type uint32; description "Maximum group ranges from BSR"; } leaf bsr-ranges-count { type uint32; description "Current group ranges from BSR"; } leaf bsr-range-threshold { type uint32; description "Threshold group range from BSR"; } leaf is-bsr-ranges-threshold-reached { type boolean; description "Is VRF-specific BSR group-to-RP mapping range creation throttled"; } leaf bsr-candidate-rp-set-limit { type uint32; description "Maximum crp-set from BSR"; } leaf bsr-candidate-rp-set-count { type uint32; description "Current crp-set count from BSR"; } leaf bsr-candidate-rp-set-threshold { type uint32; description "Threshold crp-set from BSR"; } leaf is-maximum-enforcement-disabled { type boolean; description "Is maximum enforcement disabled"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } leaf route-threshold { type uint32; description "Threshold routes"; } leaf global-auto-rp-ranges-limit { type uint32; description "Global Auto-RP maximum group ranges"; } leaf is-global-auto-rp-ranges-limit-reached { type boolean; description "Is global AutoRP group-to-RP mapping range creation throttled"; } leaf global-bsr-ranges-limit { type uint32; description "Global BSR maximum group ranges"; } leaf global-bsr-ranges-count { type uint32; description "Global BSR current group ranges"; } leaf global-bsr-ranges-threshold { type uint32; description "Global BSR Threshold group ranges"; } leaf is-global-bsr-ranges-limit-reached { type boolean; description "Is global BSR group-to-RP mapping range creation throttled"; } leaf global-bsr-candidate-rp-set-limit { type uint32; description "Global BSR maximum crp-set"; } leaf global-bsr-candidate-rp-set-count { type uint32; description "Global BSR current crp-set count"; } leaf global-bsr-candidate-rp-set-threshold { type uint32; description "Global BSR Threshold crp-set"; } leaf is-global-route-limit-reached { type boolean; description "Is global route creation throttled"; } leaf topology-interface-state-threshold { type uint32; description "Topology Interface State threshold"; } leaf is-global-rxi-limit-reached { type boolean; description "Is global interface creation throttled"; } leaf register-threshold { type uint32; description "Threshold registers"; } leaf global-register-limit { type uint32; description "Maximum global registers"; } leaf is-global-register-limit-reached { type boolean; description "Is global PIM SM register handling throttled"; } } // container summary container nsf { description "PIM NSF information"; leaf configured-state { type boolean; description "Is Multicast NSF Configured"; } leaf nsf-state { type boolean; description "Are we currently in NSF"; } leaf nsf-timeout { type uint32; units "second"; description "Multicast NSF timeout in seconds"; } leaf nsf-time-left { type uint32; units "second"; description "Multicast NSF time left in seconds"; } leaf waiting-timer { type boolean; description "Waiting for NSF timer expiry"; } leaf waiting-membership { type boolean; description "Waiting for IGMP/MLD"; } leaf respawn-count { type uint32; description "Respawn Count"; } leaf last-nsf-on { type int64; description "Last NSF time ON"; } leaf last-nsf-off { type int64; description "Last NSF time off"; } leaf last-nsf-on-sec { type int32; units "second"; description "Last NSF time ON in Seconds"; } leaf last-nsf-off-sec { type int32; units "second"; description "Last NSF time OFF in Seconds"; } leaf last-icd-notif-recv { type int64; description "Last ICD Notif Recv"; } leaf last-icd-notif-recv-sec { type int32; units "second"; description "Last ICD Notif Recv in Seconds"; } } // container nsf container issu { description "ISSU Information"; leaf informationvalid { type boolean; description "Is Information valid ?"; } leaf role-ha { type int32; description "HA role"; } leaf role-issu { type int32; description "ISSU role"; } leaf phase-issu { type int32; description "ISSU Phase"; } leaf last-ha-role-notification-received { type uint64; description "Time when last HA role nfn was received"; } leaf last-issu-role-notification-received { type uint64; description "Time when last ISSU role nfn was received"; } leaf last-issu-phase-notification-received { type uint64; description "Time when last ISSU Phase nfn was received"; } leaf is-eoc-received { type boolean; description "Was EOC received ?"; } leaf eoc-received-timestamp { type uint64; description "Time when EOC was received"; } leaf is-ihms-done-received { type boolean; description "Was IHMS done received ?"; } leaf ihms-received-timestamp { type uint64; description "Time when IHMS done was received"; } leaf is-rib-sync-received { type boolean; description "Was RIB Sync received ?"; } leaf rib-sync-received-timestamp { type uint64; description "Time when RIB Sync was received"; } leaf is-nbr-sync-received { type boolean; description "Was NBR Sync achieved ?"; } leaf nbr-sync-received-timestamp { type uint64; description "Time when NBR Sync was achieved"; } leaf is-checkpoint-idt-done { type boolean; description "Was Checkpoint IDT done ?"; } leaf checkpoint-idt-timestamp { type uint64; description "Time when Checkpoint IDT done"; } } // container issu } // container process container vrfs { description "VRF Table"; list vrf { key "vrf-name"; description "VRF name"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF name "; } container ifrs-interfaces { description "PIM interfaces in forward reference store table"; list ifrs-interface { key "interface-name"; description "PIM IFRS interface information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list ifrs-interface } // container ifrs-interfaces container interface-statistics { description "PIM interface statistics"; list interface-statistic { key "interface-name"; description "PIM interface statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-register { type uint32; description "Register packets in"; } leaf output-register { type uint32; description "Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf input-graft-message { type uint32; description "Input Graft Messages"; } leaf output-graft-message { type uint32; description "Output Graft Messages"; } leaf input-graft-ack-message { type uint32; description "Input Graft Ack Messages"; } leaf output-graft-ack-message { type uint32; description "Output Graft Ack Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-miscellaneous { type uint32; description "Miscellaneous packet in"; } } // list interface-statistic } // container interface-statistics container topology-route-count { description "Topology route count information from PIM topology table"; leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // container topology-route-count container jp-statistics { description "PIM join prune statistics table"; list jp-statistic { key "interface-name"; description "PIM Join Prune Statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf mtu { type uint32; description "Interface MTU"; } leaf transmitted { type uint32; description "Transmitted"; } leaf transmitted100 { type uint16; description "Transmitted 100 average"; } leaf transmitted-1k { type uint16; description "Transmitted 1K average"; } leaf transmitted-10k { type uint16; description "Transmitted 10K average"; } leaf transmitted-50k { type uint16; description "Deprecated by Transmitted100"; } leaf received { type uint32; description "Received"; } leaf received100 { type uint16; description "Received 100 average"; } leaf received-1k { type uint16; description "Received 1K average"; } leaf received-10k { type uint16; description "Received 10K average"; } leaf received-50k { type uint16; description "Deprecated by Received100"; } } // list jp-statistic } // container jp-statistics container mib-databases { description "PIM group database for mroute mibs table"; list mib-database { key "source-address group-address source-netmask"; description "PIM multicast static route information"; leaf source-address { type inet:ip-address-no-zone; description "Multicast static route source address"; } leaf group-address { type inet:ip-address-no-zone; description "Multicast satic route group address"; } leaf source-netmask { type uint32; description "Source mask"; } container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container rpf-neighbor { description "The RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root leaf upstream-assert-timer { type int32; description "Upstream Assert Timer"; } leaf assert-metric { type uint32; description "Assert Metric"; } leaf assert-metric-preference { type uint32; description "Assert Metric Preference"; } leaf assert-rpt-bit { type boolean; description "Assert RPT Bit"; } leaf spt-bit { type boolean; description "Is SPT bit set ?"; } leaf rpf-mask { type uint32; description "Mask of the multicast root"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface name "; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf bidirectional-route { type boolean; description "Is this Bidir ?"; } leaf uptime { type uint64; description "Uptime of route"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } } // list mib-database } // container mib-databases container ifrs-summary { description "PIM interfaces in forward reference store summary"; leaf interface-count { type uint32; description "Number of interfaces"; } leaf configuration-count { type uint32; description "Configuration counts"; } } // container ifrs-summary container ranges { description "PIM range list information"; list range { key "rp-address client"; description "PIM range list information"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf client { type Pim-client; description "Client"; } container rp-address-xr { description "Rendezvous point address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf protocol { type Pim-show-protocol; description "PIM protocol"; } leaf client-xr { type Pim-show-range-client; description "Client mapping learnt via"; } leaf expires { type uint64; description "When mapping expires"; } list group-range { description "List of group ranges"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf prefix-length { type int32; description "Group range prefix length"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; description "When mapping expires"; } } // list group-range } // list range } // container ranges container bsr { description "PIM BSR information"; container rp-caches { description "PIM BSR RP cache table"; list rp-cache { key "group-prefix prefix-length"; description "PIM BSR RP cache"; leaf group-prefix { type inet:ip-address-no-zone; description "Group prefix"; } leaf prefix-length { type uint32; description "Prefix Length"; } container group-prefix-xr { description "Group Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-prefix-xr container candidate-rp-list { description "C-RP list for this prefix"; list pim-bsr-crp-bag { description "Next C-RP in the List"; container candidate-rp-address { description "C-RP address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp-address leaf candidate-rp-holdtime { type uint16; description "C-RP Holdtime"; } leaf candidate-rp-priority { type uint8; description "C-RP Priority"; } leaf candidate-rp-up-time { type uint16; description "C-RP Uptime"; } leaf candidate-rp-expires { type uint16; description "C-RP Expires"; } leaf protocol { type Pim-show-protocol; description "PIM Protocol"; } } // list pim-bsr-crp-bag } // container candidate-rp-list leaf group-prefix-length { type uint32; description "Group Prefix Length"; } leaf candidate-rp-group-count { type uint32; description "C-RP count for this Prefix"; } } // list rp-cache } // container rp-caches container candidate-rps { description "PIM candidate-RP"; list candidate-rp { key "rp-address"; description "PIM BSR candidate RP information"; leaf rp-address { type inet:ip-address-no-zone; description "Candidate-RP address"; } container candidate-rp { description "Cand-RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf candidate-rp-scope { type int32; description "Cand-RP Scope"; } leaf crp-priority { type uint8; description "Cand-RP Priority"; } leaf crp-holdtime { type uint16; description "Cand-RP Holdtime"; } leaf candidate-rp-advance-interval { type uint16; units "second"; description "Cand-RP Adv Interval in seconds"; } leaf candidate-rp-uptime { type uint16; description "Cand-RP uptime"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } list crp-access { max-elements 2; description "Group Ranges Using this Cand-RP"; leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } } // list crp-access } // list candidate-rp } // container candidate-rps container bsr-elections { description "PIM BSR election state"; list bsr-election { key "pim-scope"; description "PIM BSR information"; leaf pim-scope { type uint32; description "BSR information"; } container bsr-address { description "BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container bsr-address container candidate-bsr-address { description "C-BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-bsr-address leaf bsr-priority { type uint8; description "BSR Priority"; } leaf bsr-mask-length { type uint8; description "Hash Function Mask Length"; } leaf bsr-up-time { type uint16; description "BSR Uptime"; } leaf bootstrap-timeout { type uint16; description "Bootstrap Timeout"; } leaf candidate-bsr-state { type uint32; description "BSR Candidate State"; } leaf bsr-election-state { type uint32; description "BSR Election State"; } leaf bsr-scope { type uint16; description "BSR Scope"; } leaf candidate-bsr-flag { type boolean; description "BSR Candidate Config Flag"; } leaf candidate-bsr-priority { type uint8; description "C-BSR Priority"; } leaf candidate-bsr-mask-length { type uint8; description "C-BSR Hash Func. Mask Len"; } } // list bsr-election } // container bsr-elections } // container bsr container route-policy { description "PIM route policy"; container route-policy-statistics { description "PIM route policy statistics"; leaf policy-name { type string; description "RPF policy name"; } leaf requests { type uint32; description "Number of RPF lookup requests"; } leaf pass { type uint32; description "Number of RPF pass"; } leaf drop { type uint32; description "Number of RPF drops"; } leaf default-table { type uint32; description "Number of RPF lookup in default-only Table"; } leaf any-table { type uint32; description "Number of RPF lookup in any Table"; } } // container route-policy-statistics } // container route-policy container rpf-summary { description "PIM RPF registration summary"; leaf default-safi { type uint32; description "Default RPF Table SAFI"; } leaf default-table-name { type string; description "Default RPF Table Name"; } leaf is-mbgp-configured { type boolean; description "Is MBGP configured?"; } leaf is-ospf-te-configured { type boolean; description "Is OSPF TE configured?"; } leaf is-isis-te-configured { type boolean; description "Is ISIS TE configured?"; } leaf is-isis-mtr-configured { type boolean; description "Is ISIS MTR configured?"; } leaf mo-frr-configured { type boolean; description "Is MoFRR configured?"; } leaf rib-mo-frr-configured { type boolean; description "Is MoFRR RIB configured?"; } leaf rump-enabled { type boolean; description "Is RUMP MuRIB enabled?"; } leaf rib-convergence-timeout { type uint32; units "second"; description "RIB convergence timeout in seconds"; } leaf rib-convergence-time-left { type uint32; units "second"; description "RIB convergence time left in seconds"; } leaf is-multipath-enabled { type boolean; description "Is Multipath Enabled ?"; } leaf is-multipath-interface-hash-enabled { type boolean; description "Is Multipath Interface Hash Extension Enabled ?"; } leaf is-multipath-source-hash-enabled { type boolean; description "Is Multipath Source based Hash Enabled ?"; } leaf is-multipath-source-next-hop-hash-enabled { type boolean; description "Is Multipath Source-Nexthop Hash Enabled ?"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } } // container rpf-summary container interfaces { description "PIM interfaces"; list interface { key "interface-name"; description "PIM interface name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list interface } // container interfaces container net-io-tunnels { description "Tunnel information that NETIO has "; list net-io-tunnel { key "tunnel-name"; description "PIM netio tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list net-io-tunnel } // container net-io-tunnels container bidir-df-states { description "Bidirectional PIM DF election state table"; list bidir-df-state { key "rp-address interface-name"; description "Bidirectional PIM DF Election Table Entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr leaf pim-interface-name { type string; description "Interface Name"; } leaf election-state { type string; description "DF Election State"; } leaf time-seconds { type uint64; units "second"; description "Timer expires (seconds)"; } leaf time-nano-seconds { type uint64; units "nanosecond"; description "Timer expires (nseconds)"; } leaf our-metric { type uint32; description "Metric"; } leaf our-metric-preference { type uint32; description "MetricPreference"; } } // list bidir-df-state } // container bidir-df-states container topologies { description "PIM topology table"; list topology { key "source-address group-address rpt"; description "PIM topology information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } leaf rpt { type uint32; description "RPT bit"; } container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container rp-address { description "RP Address (If rpt)"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container rpf-neighbor { description "RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container secondary-rpf-neighbor { description "Secondary RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container secondary-rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root container proxy-address { description "RPF Proxy address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container proxy-address container orig-src-address { description "Orig Src Address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container orig-src-address leaf limit-reached { type boolean; description "Have we throttled the creation of routes or interfaces ?"; } leaf low-memory { type boolean; description "Node is running low on memory"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } leaf wildcard { type boolean; description "WC -Wildcard"; } leaf rpt-xr { type boolean; description "Is this on the RPT ?"; } leaf spt { type boolean; description "Is this on the SPT ?"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; description "When this entry expires"; } leaf alive { type int32; units "second"; description "Alive time in seconds (-1 if never)"; } leaf register-received-timer { type int32; units "second"; description "Register Received Timer in seconds (-1 if never)"; } leaf remote-source { type boolean; description "MSDP told us"; } leaf crossed-threshold { type boolean; description "Incoming traffic crossed threshold. MT flag set"; } leaf data-mdt-addr-assigned { type boolean; description "PIM has assigned a Data MDT Address"; } leaf rpf-interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf secondary-rpf-interface-name { type xr:Interface-name; description "Secondary Interface Identifier"; } leaf connected { type boolean; description "Is Connected ?"; } leaf proxy { type boolean; description "Is the RPF target a proxy?"; } leaf rpf-proxy-enabled { type boolean; description "Is rpf if proxy enabled?"; } leaf mofrr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf rib-mo-frr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf jp-timer { type int32; description "Join-Prune Timer"; } leaf jp-status { type int32; description "Join-Prune Status"; } leaf suppress-registers { type int32; description "When the Null register probe expires"; } leaf assume-alive { type boolean; description "The Assume Alive Bit"; } leaf probe-alive { type boolean; description "The Probe Alive Bit"; } leaf really-alive { type boolean; description "The Really Alive Bit"; } leaf inherit-alive { type boolean; description "The Inherit Alive Bit"; } leaf inherit-spt { type boolean; description "The Inherit SPT Bit"; } leaf signal-sources { type boolean; description "Signal Sources on route?"; } leaf dont-check-connected { type boolean; description "Do we need to make the connected check on this route ?"; } leaf register-received { type boolean; description "Have registers been received for this source ?"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf sending-registers { type boolean; description "Are we sending registers for this route ?"; } leaf sending-null-registers { type boolean; description "Are we sending null registers for this route ?"; } leaf sa-sent { type boolean; description "BGP SA sent"; } leaf sa-received { type boolean; description "BGP SA received"; } leaf sa-joined { type boolean; description "BGP SA join"; } leaf anycast-rp-match { type boolean; description "Group matches Anycast-RP policy"; } leaf anycast-rp-route-target { type inet:ipv4-address; description "Anycast-RP RT"; } leaf bgp-join { type boolean; description "BGP C JOIN"; } leaf bgp-jp-time { type uint64; description "BGP C JP Time"; } leaf customer-routing-type { type int32; description "Type of Customer Routing in the MVPN"; } leaf extranet-route { type boolean; description "Is a Extranet route ?"; } leaf mofrr-active { type boolean; description "Is MoFRR Active?"; } leaf mofrr-primary { type boolean; description "Is this Mofrr Primary?"; } leaf mofrr-backup { type boolean; description "Is this Mofrr Backup?"; } leaf vxlan { type boolean; description "Is this VXLAN?"; } leaf kat-state { type boolean; description "Keep Alive Timer State"; } list outgoing-interface { description "Outgoing interface list"; container assert-winner { description "Assert Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container assert-winner leaf interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf bgp-c-mcast-prune-delay-timer { type uint64; units "second"; description "BGP C-MCAST Prune Suppression in seconds"; } leaf jp-timer { type int32; units "second"; description "Join-Prune Timer (secs)"; } leaf jp-state { type int32; description "Join-Prune State"; } leaf assert-timer { type int32; units "second"; description "Assert Timer in seconds"; } leaf local-members { type int32; description "Local Information. Deprecated - use 'local-members-information' instead"; } leaf internal-interest-info { type int32; description "Internal Interest. Deprecated - use 'internal-interest-information' instead"; } leaf forwarding-state { type int32; description "Forward or Prune"; } leaf immediate-state { type int32; description "Immediate fwding state"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf mldp-inband-mdt { type boolean; description "MLDP Inband MDT interface"; } leaf mldp-stale { type boolean; description "OLE is stale"; } leaf sa-prune { type boolean; description "BGP SA Prune state"; } leaf admin-boundary { type boolean; description "Is this an administrative boundary ?"; } leaf igmp-membership { type boolean; description "IGMP membership"; } leaf mdt-safi-join { type boolean; description "MDT Safi join"; } leaf mvpn-safi-join { type boolean; description "MVPN Safi join"; } leaf local-mdt-join { type boolean; description "Default MDT Join"; } leaf data-mdt-join { type boolean; description "Data MDT join"; } leaf mvpnv6-safi-join { type boolean; description "MVPN IPv6 Safi join"; } leaf bgp-c-mcast-join { type boolean; description "BGP C-Mcast join"; } leaf vrf-name { type string { length "0..33"; } description "VRF which physically owns"; } leaf extranet-interface { type boolean; description "Is this an Extranet Interface ?"; } leaf internal-interest-information { type Pim-internal-interest-info; description "Internal Interest. Replaces internal-interest-info"; } leaf local-members-information { type Pim-show-local-interest; description "Local Information. Replaces local-members"; } leaf assert-state { type boolean; description "Assert State"; } } // list outgoing-interface } // list topology } // container topologies container topology-interface-flag-route-counts { description "Route count for topology with interface flag set"; list topology-interface-flag-route-count { key "interface-flag"; description "Route count for topology with interface flag set"; leaf interface-flag { type Pim-topology-interface-flag; description "Interface flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-interface-flag-route-count } // container topology-interface-flag-route-counts container group-map-sources { description "PIM group-mapping with source information"; list group-map-source { key "prefix prefix-length client protocol rp-address priority"; description "PIM Group Mapping Entry with source information"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf priority { type uint32; description "RP Priority"; } container source-of-information { description "The source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf holdtime { type int32; units "second"; description "Holdtime in seconds"; } leaf expires { type uint64; units "second"; description "Mapping expiry time in seconds"; } leaf uptime { type uint64; units "second"; description "Mapping uptime in seconds"; } } // list group-map-source } // container group-map-sources container traffic-counters { description "PIM message traffic counters"; leaf elapsed-time { type uint32; units "second"; description "Running time for counters in seconds"; } leaf inputs { type uint32; description "Packets in"; } leaf outputs { type uint32; description "Packets out"; } leaf format-error { type uint32; description "Malformed packets in"; } leaf pakman-error { type uint32; description "Pakman packets dropped"; } leaf standby-packets-error { type uint32; description "Packets received in standby state"; } leaf checksum-error { type uint32; description "Checksum errors"; } leaf socket-error { type uint32; description "Socket errors"; } leaf send-queue-full { type uint32; description "Packets dropped since send queue was full"; } leaf boundary-acl-rx-drop { type uint32; description "Inc. JP dropped since boundary ACL confg"; } leaf boundary-acl-tx-drop { type uint32; description "Out JP dropped since boundary ACL confg"; } leaf no-socket-connection { type uint32; description "Packets dropped since no socket connection"; } leaf no-source-address { type uint32; description "Packets dropped since no source address"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-data-register { type uint32; description "Data Register packets in"; } leaf input-null-register { type uint32; description "Null Register packets in"; } leaf output-null-register { type uint32; description "Null Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf input-assert-batched { type uint32; description "Batched Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf output-assert-batched { type uint32; description "Batched Assert packets out"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-ecmp-redirect { type uint32; description "Input Ecmp Redirect"; } leaf output-ecmp-redirect { type uint32; description "Output Ecmp Redirect"; } leaf output-loop-error { type uint32; description "Output on loopback error"; } leaf mldp-mdt-invalid-lsm-identifier { type uint32; description " Invalid LSM ID"; } leaf input-no-idb-error { type uint32; description "No IDB for intf error"; } leaf input-no-vrf-error { type uint32; description "No VRF for idb error"; } leaf input-no-pim-error { type uint32; description "PIM Disabled on intf error"; } leaf input-pim-version-error { type uint32; description "Invalid PIM version error"; } leaf output-join-group { type uint32; description "Output Join Groups"; } leaf output-prune-group { type uint32; description "Output Prune Groups"; } leaf output-join-prune-bytes { type uint32; units "byte"; description "Output JP Bytes"; } leaf output-hello-bytes { type uint32; units "byte"; description "Output Hello Bytes"; } leaf non-supported-packets { type uint32; description "PIM non supported pckets"; } leaf invalid-registers { type uint32; description "PIM invalid registers received"; } leaf invalid-join-prunes { type uint32; description "PIM invalid Join/Prunes received"; } leaf packet-packman-error { type uint32; description "Packets Dropped due to Pakman Error"; } leaf packet-read-socket-error { type uint32; description "Packet Read Socket Error"; } leaf packet-queue-last-clear { type uint32; units "second"; description "Time in seconds since the last clear of all packet queues stats"; } leaf packets-standby { type uint32; description "Packets Dropped due to Standby Error"; } leaf no-mdt-socket-connection { type uint32; description "Packets dropped since no mdt socket connection"; } leaf mdt-send-queue-full { type uint32; description "Packets dropped since mdt send queue was full"; } leaf mdt-socket-error { type uint32; description "MDT Socket errors"; } leaf mdt-join-tlv-sent { type uint32; description "Data MDT Join Msgs sent"; } leaf mdt-join-tlv-received { type uint32; description "Data MDT Join Msgs received"; } leaf mdt-join-bad-type { type uint32; description "Data MDT TLV bad type"; } leaf mdt-drop-local-source-address { type uint32; description "Data MDT Join msgs dropped due to local source addr"; } leaf mdt-drop-null-local-address { type uint32; description "Data MDT Join msgs dropped due to null local addr"; } leaf mdt-drop-no-idb { type uint32; description "Data MDT Join msgs dropped due to idb missing"; } leaf mdt-drop-no-vrf { type uint32; description "Data MDT Join msgs dropped due to vrf missing"; } leaf invalid-destination-packets { type uint32; description "Control Packets with Invalid Destination"; } leaf mdt-joins-drop-multiple-encapsulation { type uint32; description "MDT Join msgs dropped due to multiple Encap limitation"; } leaf truncated-pim-packets { type uint32; description "Packets dropped due to truncated Joins or Prunes"; } leaf invalid-source-encodings { type uint32; description "Number of invalid source encodings received"; } leaf invalid-hello-options { type uint32; description "Number of invalid hello options received"; } list packet-queue { max-elements 2; description "Packet queue state and statistics"; container packet-queue-state { description "State of the queue"; leaf max-queue-size { type uint32; units "byte"; description "Maximum size of queue in bytes"; } leaf queue-size-bytes { type uint32; units "byte"; description "Size of queue in bytes"; } leaf queue-size-packets { type uint32; description "Size of queue in number of packets"; } } // container packet-queue-state container packet-queue-stats { description "Statistics about the queue"; leaf enqueued-packets { type uint32; description "Total number of packets enqueued to this queue"; } leaf dequeued-packets { type uint32; description "Total number of packets dequeued from this queue"; } leaf high-water-mark-packets { type uint32; description "Highest number of packets enqueued in this queue"; } leaf high-water-mark-bytes { type uint32; units "byte"; description "Highest number of bytes enqueued in this queue"; } leaf tail-drops { type uint32; description "Number packets dropped from this queue due to max size"; } } // container packet-queue-stats leaf packet-queue-priority { type uint32; description "Priority of this packet queue"; } } // list packet-queue } // container traffic-counters container group-map-rpfs { description "PIM group mapping information"; list group-map-rpf { key "prefix prefix-length client protocol rp-address rp-priority"; description "PIM group mapping entry"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf rp-priority { type uint32; description "RP priority"; } container rpf-neighbor { description "RPF neighbor to the RP"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf are-we-rp { type boolean; description "Are we the RP?"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface to the RP"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } } // list group-map-rpf } // container group-map-rpfs container summary { description "PIM summary"; leaf route-limit { type uint32; description "Maximum routes"; } leaf route-count { type uint32; description "Current routes"; } leaf route-low-water-mark { type uint32; description "The number of routes below which the throttle on route creation will be lifted"; } leaf is-route-limit-reached { type boolean; description "Is route creation throttled"; } leaf topology-interface-state-limit { type uint32; description "Maximum Topology Interface State count"; } leaf topology-interface-state-count { type uint32; description "Current Topology Interface State count"; } leaf rxi-low-water-mark { type uint32; description "The rxi below which the throttle on interface creation will be lifted"; } leaf rxi-limit-reached { type boolean; description "Is interface creation throttled"; } leaf register-limit { type uint32; description "Maximum registers"; } leaf register-count { type uint32; description "Current registers"; } leaf register-limit-reached { type boolean; description "Is PIM SM register handling throttled"; } leaf ranges-limit { type uint32; description "Maximum group ranges from Autorp"; } leaf ranges-count { type uint32; description "Current group ranges from Autorp"; } leaf ranges-threshold { type uint32; description "OOR theshold of grange ranges from AutoRP"; } leaf is-ranges-limit-reached { type boolean; description "Is Auto-RP group-to-RP mapping range creation throttled"; } leaf bsr-ranges-limit { type uint32; description "Maximum group ranges from BSR"; } leaf bsr-ranges-count { type uint32; description "Current group ranges from BSR"; } leaf bsr-range-threshold { type uint32; description "Threshold group range from BSR"; } leaf is-bsr-ranges-threshold-reached { type boolean; description "Is VRF-specific BSR group-to-RP mapping range creation throttled"; } leaf bsr-candidate-rp-set-limit { type uint32; description "Maximum crp-set from BSR"; } leaf bsr-candidate-rp-set-count { type uint32; description "Current crp-set count from BSR"; } leaf bsr-candidate-rp-set-threshold { type uint32; description "Threshold crp-set from BSR"; } leaf is-maximum-enforcement-disabled { type boolean; description "Is maximum enforcement disabled"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } leaf route-threshold { type uint32; description "Threshold routes"; } leaf global-auto-rp-ranges-limit { type uint32; description "Global Auto-RP maximum group ranges"; } leaf is-global-auto-rp-ranges-limit-reached { type boolean; description "Is global AutoRP group-to-RP mapping range creation throttled"; } leaf global-bsr-ranges-limit { type uint32; description "Global BSR maximum group ranges"; } leaf global-bsr-ranges-count { type uint32; description "Global BSR current group ranges"; } leaf global-bsr-ranges-threshold { type uint32; description "Global BSR Threshold group ranges"; } leaf is-global-bsr-ranges-limit-reached { type boolean; description "Is global BSR group-to-RP mapping range creation throttled"; } leaf global-bsr-candidate-rp-set-limit { type uint32; description "Global BSR maximum crp-set"; } leaf global-bsr-candidate-rp-set-count { type uint32; description "Global BSR current crp-set count"; } leaf global-bsr-candidate-rp-set-threshold { type uint32; description "Global BSR Threshold crp-set"; } leaf is-global-route-limit-reached { type boolean; description "Is global route creation throttled"; } leaf topology-interface-state-threshold { type uint32; description "Topology Interface State threshold"; } leaf is-global-rxi-limit-reached { type boolean; description "Is global interface creation throttled"; } leaf register-threshold { type uint32; description "Threshold registers"; } leaf global-register-limit { type uint32; description "Maximum global registers"; } leaf is-global-register-limit-reached { type boolean; description "Is global PIM SM register handling throttled"; } } // container summary container gre { description "GRE information"; container gre-next-hops { description "GRE destination neighbor table"; list gre-next-hop { key "destination-address"; description "PIM GRE address next-hop information"; leaf destination-address { type inet:ip-address-no-zone; description "GRE destination address"; } container registered-address { description "Address registered"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container registered-address leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric preference"; } leaf is-connected { type uint8; description "Are we connected ?"; } list gre-path { description "GRE Paths list"; container gre-neighbor { description "GRE neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-neighbor container gre-next-hop { description "GRE nexthop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-next-hop leaf gre-interface-name { type xr:Interface-name; description "GRE Interface"; } leaf is-gre-interface-disabled { type boolean; description "Is the gre interface disabled ?"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf is-connector-attribute-present { type boolean; description "Connector attribute present"; } leaf extranet-vrf-name { type string { length "0..33"; } description "Extranet VRF name"; } } // list gre-path } // list gre-next-hop } // container gre-next-hops } // container gre container bidir-df-winners { description "Bidirectional PIM DF election winner table"; list bidir-df-winner { key "rp-address interface-name"; description "Bidirectional PIM DF election table entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container df-winner { description "DF Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container df-winner leaf pim-interface-name { type string; description "Interface Name"; } leaf are-we-df { type boolean; description "Are we DF"; } leaf rp-lan { type boolean; description "Is this the RP LAN"; } leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric Preference"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } } // list bidir-df-winner } // container bidir-df-winners container table-contexts { description "PIM table context list"; list table-context { key "saf-name topology-name"; description "PIM table context information"; leaf saf-name { type Pim-safi; description "SAF name"; } leaf topology-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Topology name"; } leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // list table-context } // container table-contexts container neighbor-summaries { description "PIM neighbor summary table"; list neighbor-summary { key "interface-name"; description "PIM neighbor summary information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf number-of-neighbors { type int32; description "Number of neighbors"; } leaf number-of-external-neighbors { type int32; description "Number of external neighbors"; } } // list neighbor-summary } // container neighbor-summaries container context { description "PIM context information"; container remote-default-group { description "Remote Default Group"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container remote-default-group container rpf-default-table { description "RPF Default Table"; leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // container rpf-default-table leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf murib-id { type uint32; description "MURIB ID"; } leaf rpf-id { type uint32; description "RPF ID"; } leaf remote-table-id { type uint32; description "Remote Table ID"; } leaf mdt-default-group { type inet:ipv4-address; description "MDT Default group"; } leaf mdt-source { type inet:ipv4-address; description "MDT source"; } leaf mdt-source-interface { type string; description "MDT Source Interface Name"; } leaf mdt-interface { type xr:Interface-name; description "MDT handle"; } leaf mdt-gre-rpf-identifier { type uint32; description "GRE-MDT RPF Identifier"; } leaf mdt-gre-remote-rpf-identifier { type uint32; description "GRE-MDT Remote RPF Identifier"; } leaf is-unicast-rib-registration { type boolean; description "Ucast RIB Registration"; } leaf is-multicast-rib-registration { type boolean; description "Mcast RIB Registration"; } leaf is-active { type boolean; description "Active"; } leaf is-active-ital { type boolean; description "Active ITAL"; } leaf is-mrib-register { type boolean; description "MRIB Register"; } leaf is-mdt-owner { type boolean; description "MDT Owner"; } leaf is-routing-enabled { type boolean; description "Routing Enabled"; } leaf is-socket-add-required { type boolean; description "VRF required on Socket"; } leaf is-socket-added { type boolean; description "VRF added on Socket"; } leaf is-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Socket"; } leaf is-lpts-socket-added { type boolean; description "VRF LPTS filter added on Socket"; } leaf is-udp-socket-add-required { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-added { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-bind-required { type boolean; description "VRF bind required on UDP Socket"; } leaf is-udp-socket-bind { type boolean; description "VRF bound on UDP Socket"; } leaf is-register-injection-socket-add-required { type boolean; description "VRF required on Register Injection Socket"; } leaf is-register-injection-socket-added { type boolean; description "VRF added on Register Injection Socket"; } leaf is-register-injection-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Register Injection Socket"; } leaf is-register-injection-lpts-socket-added { type boolean; description "VRF LPTS filter added on Register Injection Socket"; } leaf is-m-host-publish-pending { type boolean; description "Publish pending for MHost Default interface"; } leaf mhost-interface { type xr:Interface-name; description "MHost handle"; } leaf mhost-default-interface-config { type string; description "Configured Mhost Defint"; } leaf mdt-mtu { type uint32; description "MDT MTU"; } leaf maximum-mdt-aggregation { type uint32; description "MDT max aggregation"; } leaf mdt-data-switchover-interval { type uint32; description "Data MDT Switchover interval"; } leaf mdt-data-announce-interval { type uint32; description "Data MDT Announce interval"; } leaf non-default-vrf-count-on-socket { type uint32; description "Count of non-default vrfs on raw socket"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf mdt-neighbor-filter-name { type string; description "MDT Neighbor Filter Name"; } leaf allow-rp-configured { type boolean; description "Allow RP Configured"; } leaf allow-rp-group-list { type string { length "0..64"; } description "Allow RP Group-List ACL Name"; } leaf allow-rp-rp-list { type string { length "0..64"; } description "Allow RP RP-list ACL Name"; } leaf sg-expiry-timer-configured { type boolean; description "S,G Expiry Timer Configured"; } leaf sg-expiry-time { type uint16; units "second"; description "S,G Expiry Time Configured, in seconds"; } leaf sg-expiry-timer-sg-list { type string { length "0..64"; } description "S,G expiry timer ACL name"; } leaf mldp-mdt-name { type string; description "MLDP MDT Name"; } leaf mldp-mdt-interface { type xr:Interface-name; description "MLDP MDT handle"; } leaf mldp-mdt-mtu { type uint32; description "MLDP MDT MTU"; } leaf mldp-maximum-mdt-aggregation { type uint32; description "MLDP MDT max aggregation"; } leaf mldp-mdt-data-switchover-interval { type uint32; description "MLDP Data MDT Switchover interval"; } leaf mldp-mdt-data-announce-interval { type uint32; description "MLDP Data MDT Announce interval"; } leaf mldp-mdt-rpf-identifier { type uint32; description "MLDP RPF-ID"; } leaf mldp-mdt-remote-rpf-identifier { type uint32; description "MLDP Remote RPF-ID"; } leaf is-create-mldp-mdt-interface { type boolean; description "Create MLDP MDT interface"; } leaf is-mldp-mdt-owner { type boolean; description "MLDP MDT Owner"; } leaf mldp-root-count { type uint32; description "MLDP Root count"; } leaf mldp-head-lsm-identifier { type uint32; description "MLDP Head LSM-ID"; } leaf mldp-remote-head-lsm-identifier { type uint32; description "MLDP Remote Head LSM-ID"; } leaf organization-unique-identifier { type uint32; description "OUI for VPN-ID"; } leaf vpn-index { type uint32; description "VPN Index"; } leaf mldp-partitioned-mdt-configured { type boolean; description "MLDP Partitioned MDT"; } leaf mldp-remote-partitioned-mdt-configured { type boolean; description "MLDP Remote Partitioned MDT"; } leaf mldp-partioned-mp2m-ptree { type boolean; description "MP2MP Partitioned MDT tree"; } leaf mldp-partitioned-head-lsm-identifier { type uint32; description "Partitioned MDT Head LSM-ID"; } leaf mldp-head-local-label { type uint32; description "Partitioned MDT Head local label"; } leaf mldp-partitioned-mdt-identifier { type uint32; description "MLDP Partitioned MDT Identifier"; } leaf bgp-auto-discovery-configured { type boolean; description "BGP Auto-Discovery configured"; } leaf suppress-pim-data-mdt-tlv { type boolean; description "Suppress PIM Data-MDT TLV Announcements"; } leaf inter-autonomous-system-enabled { type boolean; description "Inter-AS Enabled"; } leaf bgp-source-active-announce { type boolean; description "Send BGP Source-Active Announcements"; } leaf bgp-i-pmsi-added { type boolean; description "BGP I-PMSI Added"; } leaf mldp-bsr-control-tree-added { type boolean; description "MLDP BSR Control tree added"; } leaf mldp-auto-rp-discovery-tree-added { type boolean; description "MLDP Autorp Discovery Control tree added"; } leaf mldp-auto-rp-announce-tree-added { type boolean; description "MLDP Autorp Announce Control tree added"; } leaf bgp-auto-discovery-type { type uint32; description "BGP Auto Discovery Type"; } leaf mdt-partitioned-mdt-control-identifier { type uint32; description "Partitioned MDT Control Identifier"; } leaf mdt-partitioned-ir-control-identifier { type uint32; description "Partitioned IR MDT Control Identifier"; } leaf mldp-control-head-lsm-identifier { type uint32; description "MLDP MVPN Identifier"; } leaf umh { type boolean; description "Join UMH Core-Tree"; } leaf suppress-shared-tree-join { type boolean; description "Suppress Shared-Tree Joins"; } leaf rsvp-te-mdt-name { type string; description "RSVP-TE MDT Name"; } leaf rsvp-te-mdt-interface { type xr:Interface-name; description "RSVP-TEMDT handle"; } leaf rsvp-te-mdt-mtu { type uint32; description "RSVP-TEMDT MTU"; } leaf rsvp-te-maximum-mdt-aggregation { type uint32; description "RSVP-TE MDT max aggregation"; } leaf rsvp-te-mdt-data-switchover-interval { type uint32; description "RSVP-TE Data MDT Switchover interval"; } leaf rsvp-te-mdt-data-announce-interval { type uint32; description "RSVP-TE Data MDT Announce interval"; } leaf rsvp-te-mdt-rpf-identifier { type uint32; description "RSVP-TE RPF-ID"; } leaf is-create-rsvp-te-mdt-interface { type boolean; description "Create RSVP-TE MDT interface"; } leaf is-rsvp-te-mdt-owner { type boolean; description "RSVP-TE MDT Owner"; } leaf rsvp-te-mdt-static-p2mp-count { type uint32; description "Number of Static P2MP-TE MDT"; } leaf p2mpte-li-drop { type uint32; description "Route LI updates dropped for P2MP"; } leaf ir-mdt-name { type string; description "IR MDT Name"; } leaf ir-mdt-interface { type xr:Interface-name; description "IRMDT handle"; } leaf ir-mdt-mtu { type uint32; description "IRMDT MTU"; } leaf ir-maximum-mdt-aggregation { type uint32; description "IR MDT max aggregation"; } leaf ir-mdt-data-switchover-interval { type uint32; description "IR Data MDT Switchover interval"; } leaf ir-mdt-data-announce-interval { type uint32; description "IR Data MDT Announce interval"; } leaf ir-mdt-rpf-identifier { type uint32; description "IR RPF-ID"; } leaf ir-mdt-tail-label { type uint32; description "IR Tail Label"; } leaf is-create-ir-mdt-interface { type boolean; description "Create IR MDT interface"; } leaf is-ir-mdt-owner { type boolean; description "IR MDT Owner"; } leaf is-sr-local { type boolean; description "SR Local"; } leaf is-sr-remote { type boolean; description "SR Remote"; } leaf sr-mdt-name { type string; description "SR MDT Name"; } leaf sr-mdt-interface { type xr:Interface-name; description "SRMDT handle"; } leaf sr-mdt-mtu { type uint32; description "SRMDT MTU"; } leaf sr-maximum-mdt-aggregation { type uint32; description "SR MDT max aggregation"; } leaf sr-mdt-data-switchover-interval { type uint32; description "SR Data MDT Switchover interval"; } leaf sr-mdt-data-announce-interval { type uint32; description "SR Data MDT Announce interval"; } leaf sr-mdt-rpf-identifier { type uint32; description "SR RPF-ID"; } leaf sr-mdt-tail-label { type uint32; description "SR Tail Label"; } leaf is-create-sr-mdt-interface { type boolean; description "Create SR MDT interface"; } leaf is-sr-mdt-owner { type boolean; description "SR MDT Owner"; } leaf mdt-partitioned-tree-sid-control-identifier { type uint32; description "Partitioned Tree-SID MDT Control Identifier"; } leaf in-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf in-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf in-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf in-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf in-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf in-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf in-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-in-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-in-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf in-band-signaling-local-enabled { type boolean; description "Inband signaling Local enabled"; } leaf in-band-signaling-remote-enabled { type boolean; description "Inband signaling Remote enabled"; } leaf valid-rd-present { type boolean; description "RD is valid"; } leaf stale-rd-present { type boolean; description "RD is stale"; } leaf route-distinguisher { type yang:hex-string; description "RD value"; } leaf gin-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf gin-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf gin-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf gin-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf gin-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf gin-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf gin-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-gin-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-gin-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf is-pim-nsf-rib-converged { type boolean; description "PIM NSF RIB converged"; } leaf is-pim-nsf-rib-converge-received { type boolean; description "PIM NSF RIB converge received"; } leaf is-rib-multipath-enabled { type boolean; description "PIM RIB multiplath enabled"; } leaf is-rib-multipath-interface-hash { type boolean; description "PIM RIB multipath interface hash"; } leaf is-rib-multipath-source-hash { type boolean; description "PIM RIB multipath source based hash"; } leaf is-rib-multipath-source-next-hop-hash { type boolean; description "PIM RIB multipath source-nexthop hash"; } leaf rump-enabled { type boolean; description "PIM is using MuRIB"; } leaf is-create-mdt-interface { type boolean; description "Create MDT interface"; } leaf is-auto-rp-listen-enabled { type boolean; description "Auto RP Listen Enabled"; } leaf is-all-interface-disable-operation { type boolean; description "PIM all interface disable operation"; } leaf is-default-granges { type boolean; description "Default granges"; } leaf is-auto-rp-listen-sock-add { type boolean; description "Auto RP listen sock add"; } leaf is-redistribution-reset { type boolean; description "Pending redist reset"; } leaf redistribution-reset-count { type uint32; description "Redist reset count"; } leaf rpf-policy-name { type string; description "RPF topology selection route-policy name"; } leaf table-count { type uint32; description "Number of configured Tables"; } leaf active-table-count { type uint32; description "Number of active Tables"; } leaf anycast-rp-policy-name { type string; description "Anycast-RP Policy Name"; } leaf anycast-rp-configured { type boolean; description "Anycast-RP config"; } leaf bgp-remote-on { type boolean; description "BGP remote interface status"; } leaf bgp-remote-interface-name { type string; description "BGP remote interface name"; } leaf bgp-remote-interface { type xr:Interface-name; description "BGP remote interface handle"; } leaf bgp-remote-address { type inet:ipv4-address; description "BGP remote interface address"; } leaf bgp-remote-state { type uint32; description "BGP remote interface state"; } leaf physical-interface-count { type uint64; description "Enabled Physical Interface Count"; } leaf virtual-interface-count { type uint64; description "Enabled Virtual Interface Count"; } leaf virtual-mlc-interface-name { type string; description "Virtual master line card Interface"; } leaf mdt-immediate-switch { type boolean; description "MDT Immediate Switch"; } leaf remote-mdt-idb-name { type string; description "Remote MDT Interface Handle Name"; } leaf remote-mdt-address { type inet:ipv4-address; description "Remote MDT interface address"; } leaf-list mldp-root-address { type uint32; description "MLDP Root addresses"; } list export-route-target { description "Export Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list export-route-target list import-route-target { description "Import Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list import-route-target list anycast-rp-range { description "Anycast-RP Ranges"; container prefix { description "Anycast-RP Range Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix leaf prefix-length { type uint8; description "Anycast-RP Range Prefix Length"; } leaf ancast-rp-marked { type boolean; description "Anycast-RP Range marked"; } } // list anycast-rp-range } // container context container topology-entry-flag-route-counts { description "Route count for topology with entry flag set"; list topology-entry-flag-route-count { key "entry-flag"; description "Route count for topology with entry flag set"; leaf entry-flag { type Pim-topology-entry-flag; description "entry flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-entry-flag-route-count } // container topology-entry-flag-route-counts container rpf-redirect { description "PIM ECMP RPF-redirect bundle"; container redirect-route-databases { description "PIM ECMP RPF-redirect route database"; list redirect-route-database { key "source-address group-address"; description "PIM ECMP RPF-redirect route information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } container group-address-xr { description "Group ddress"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr leaf bandwidth { type uint32; units "kbit/s"; description "Bandwidth in Kbps"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } list interface { description "Outgoing interface list"; container rpf-address { description "RPF Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-address leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf is-rpf-interface { type boolean; description "Is RPF Interface"; } leaf is-outgoing-interface { type boolean; description "Is outgoing Interface"; } leaf is-snoop-interface { type boolean; description "Is snooping Interface"; } } // list interface } // list redirect-route-database } // container redirect-route-databases container bundle-interfaces { description "PIM ECMP RPF-redirect bundle information"; list bundle-interface { key "bundle-name interface-name"; description "PIM ECMP RPF-redirect bundle interface information"; leaf bundle-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Bundle name"; } leaf interface-name { type xr:Interface-name; description "Bundle interface name"; } leaf rpf-redirect-bundle-name { type string { length "0..33"; } description "RPF redirect bundle name"; } leaf rpf-redirect-interface-name { type string { length "0..33"; } description "RPF redirect interface name"; } leaf available-bandwidth { type int32; units "kbit/s"; description "Bandwidth available in Kbps"; } leaf allocated-bandwidth { type int32; units "kbit/s"; description "Bandwidth allocated in Kbps"; } leaf total-bandwidth { type int32; units "kbit/s"; description "Total bandwidth used in Kbps"; } leaf topology-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by topology in Kbps"; } leaf snooping-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by snooped entries in Kbps"; } leaf allocated-threshold-bandwidth { type int32; units "kbit/s"; description "Configured threshold in Kbps"; } leaf available-threshold-bandwidth { type int32; units "kbit/s"; description "Available threshold in Kbps"; } } // list bundle-interface } // container bundle-interfaces } // container rpf-redirect container tunnels { description "Tunnels information that PIM has"; list tunnel { key "tunnel-name"; description "PIM tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list tunnel } // container tunnels container multicast-static-routes { description "PIM multicast static route table"; list multicast-static-route { key "address prefix-length"; description "PIM multicast static route information"; leaf address { type inet:ip-address-no-zone; description "Network address"; } leaf prefix-length { type uint32; description "Prefix length"; } container prefix { description "Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container nexthop { description "Next Hop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container nexthop leaf interface-name { type xr:Interface-name; description "Interface Handle"; } leaf distance { type uint32; description "Distance"; } leaf prefix-length-xr { type uint8; description "Prefix Length"; } leaf is-via-lsm { type boolean; description "LSM flag"; } } // list multicast-static-route } // container multicast-static-routes container neighbors { description "PIM neighbor table"; list neighbor { key "interface-name neighbor-address"; description "PIM neighbor information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf neighbor-address { type inet:ip-address-no-zone; description "Neighbor address"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; units "second"; description "Neighbor expiry in seconds"; } leaf expiry-timer { type uint64; units "second"; description "Expiry timer in seconds"; } leaf is-this-neighbor-us { type boolean; description "Is this neighbor us ?"; } leaf is-this-neighbor-dr { type boolean; description "Is this neighbor the DR"; } leaf is-dr-priority-capable { type boolean; description "Is this neighbor DR priority capable ?"; } leaf dr-priority { type uint32; description "DR priority"; } leaf is-bidirectional-capable { type boolean; description "Is this neighbor bidir capable ?"; } leaf is-proxy-capable { type boolean; description "Is this neighbor proxy capable?"; } leaf is-batch-asserts-capable { type boolean; description "Is this neighbor capable of batching asserts?"; } leaf is-ecmp-redirect-capable { type boolean; description "Is this neighbor capable of Ecmp Redirect?"; } leaf is-bfd-state { type boolean; description "Is the neighbor bfd session created"; } leaf sticky-dr-neighbor { type boolean; description "Is Sticky DR advertised on interface by neighbor"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf override-interval { type uint16; description "Override Interval"; } list neighbor-address-xr { description "List of Neighbor Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list neighbor-address-xr } // list neighbor } // container neighbors } // list vrf } // container vrfs } // container standby container active { description "Active Process"; container default-context { description "Default Context"; container global-interfaces { description "PIM global interface table"; list global-interface { key "interface-name"; description "PIM interface name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list global-interface } // container global-interfaces container ifrs-interfaces { description "PIM interfaces in forward reference store table"; list ifrs-interface { key "interface-name"; description "PIM IFRS interface information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list ifrs-interface } // container ifrs-interfaces container interface-statistics { description "PIM interface statistics"; list interface-statistic { key "interface-name"; description "PIM interface statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-register { type uint32; description "Register packets in"; } leaf output-register { type uint32; description "Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf input-graft-message { type uint32; description "Input Graft Messages"; } leaf output-graft-message { type uint32; description "Output Graft Messages"; } leaf input-graft-ack-message { type uint32; description "Input Graft Ack Messages"; } leaf output-graft-ack-message { type uint32; description "Output Graft Ack Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-miscellaneous { type uint32; description "Miscellaneous packet in"; } } // list interface-statistic } // container interface-statistics container topology-route-count { description "Topology route count information from PIM topology table"; leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // container topology-route-count container jp-statistics { description "PIM join prune statistics table"; list jp-statistic { key "interface-name"; description "PIM Join Prune Statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf mtu { type uint32; description "Interface MTU"; } leaf transmitted { type uint32; description "Transmitted"; } leaf transmitted100 { type uint16; description "Transmitted 100 average"; } leaf transmitted-1k { type uint16; description "Transmitted 1K average"; } leaf transmitted-10k { type uint16; description "Transmitted 10K average"; } leaf transmitted-50k { type uint16; description "Deprecated by Transmitted100"; } leaf received { type uint32; description "Received"; } leaf received100 { type uint16; description "Received 100 average"; } leaf received-1k { type uint16; description "Received 1K average"; } leaf received-10k { type uint16; description "Received 10K average"; } leaf received-50k { type uint16; description "Deprecated by Received100"; } } // list jp-statistic } // container jp-statistics container mib-databases { description "PIM group database for mroute mibs table"; list mib-database { key "source-address group-address source-netmask"; description "PIM multicast static route information"; leaf source-address { type inet:ip-address-no-zone; description "Multicast static route source address"; } leaf group-address { type inet:ip-address-no-zone; description "Multicast satic route group address"; } leaf source-netmask { type uint32; description "Source mask"; } container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container rpf-neighbor { description "The RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root leaf upstream-assert-timer { type int32; description "Upstream Assert Timer"; } leaf assert-metric { type uint32; description "Assert Metric"; } leaf assert-metric-preference { type uint32; description "Assert Metric Preference"; } leaf assert-rpt-bit { type boolean; description "Assert RPT Bit"; } leaf spt-bit { type boolean; description "Is SPT bit set ?"; } leaf rpf-mask { type uint32; description "Mask of the multicast root"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface name "; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf bidirectional-route { type boolean; description "Is this Bidir ?"; } leaf uptime { type uint64; description "Uptime of route"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } } // list mib-database } // container mib-databases container ifrs-summary { description "PIM interfaces in forward reference store summary"; leaf interface-count { type uint32; description "Number of interfaces"; } leaf configuration-count { type uint32; description "Configuration counts"; } } // container ifrs-summary container ranges { description "PIM range list information"; list range { key "rp-address client"; description "PIM range list information"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf client { type Pim-client; description "Client"; } container rp-address-xr { description "Rendezvous point address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf protocol { type Pim-show-protocol; description "PIM protocol"; } leaf client-xr { type Pim-show-range-client; description "Client mapping learnt via"; } leaf expires { type uint64; description "When mapping expires"; } list group-range { description "List of group ranges"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf prefix-length { type int32; description "Group range prefix length"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; description "When mapping expires"; } } // list group-range } // list range } // container ranges container bsr { description "PIM BSR information"; container rp-caches { description "PIM BSR RP cache table"; list rp-cache { key "group-prefix prefix-length"; description "PIM BSR RP cache"; leaf group-prefix { type inet:ip-address-no-zone; description "Group prefix"; } leaf prefix-length { type uint32; description "Prefix Length"; } container group-prefix-xr { description "Group Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-prefix-xr container candidate-rp-list { description "C-RP list for this prefix"; list pim-bsr-crp-bag { description "Next C-RP in the List"; container candidate-rp-address { description "C-RP address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp-address leaf candidate-rp-holdtime { type uint16; description "C-RP Holdtime"; } leaf candidate-rp-priority { type uint8; description "C-RP Priority"; } leaf candidate-rp-up-time { type uint16; description "C-RP Uptime"; } leaf candidate-rp-expires { type uint16; description "C-RP Expires"; } leaf protocol { type Pim-show-protocol; description "PIM Protocol"; } } // list pim-bsr-crp-bag } // container candidate-rp-list leaf group-prefix-length { type uint32; description "Group Prefix Length"; } leaf candidate-rp-group-count { type uint32; description "C-RP count for this Prefix"; } } // list rp-cache } // container rp-caches container candidate-rps { description "PIM candidate-RP"; list candidate-rp { key "rp-address"; description "PIM BSR candidate RP information"; leaf rp-address { type inet:ip-address-no-zone; description "Candidate-RP address"; } container candidate-rp { description "Cand-RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf candidate-rp-scope { type int32; description "Cand-RP Scope"; } leaf crp-priority { type uint8; description "Cand-RP Priority"; } leaf crp-holdtime { type uint16; description "Cand-RP Holdtime"; } leaf candidate-rp-advance-interval { type uint16; units "second"; description "Cand-RP Adv Interval in seconds"; } leaf candidate-rp-uptime { type uint16; description "Cand-RP uptime"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } list crp-access { max-elements 2; description "Group Ranges Using this Cand-RP"; leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } } // list crp-access } // list candidate-rp } // container candidate-rps container bsr-elections { description "PIM BSR election state"; list bsr-election { key "pim-scope"; description "PIM BSR information"; leaf pim-scope { type uint32; description "BSR information"; } container bsr-address { description "BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container bsr-address container candidate-bsr-address { description "C-BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-bsr-address leaf bsr-priority { type uint8; description "BSR Priority"; } leaf bsr-mask-length { type uint8; description "Hash Function Mask Length"; } leaf bsr-up-time { type uint16; description "BSR Uptime"; } leaf bootstrap-timeout { type uint16; description "Bootstrap Timeout"; } leaf candidate-bsr-state { type uint32; description "BSR Candidate State"; } leaf bsr-election-state { type uint32; description "BSR Election State"; } leaf bsr-scope { type uint16; description "BSR Scope"; } leaf candidate-bsr-flag { type boolean; description "BSR Candidate Config Flag"; } leaf candidate-bsr-priority { type uint8; description "C-BSR Priority"; } leaf candidate-bsr-mask-length { type uint8; description "C-BSR Hash Func. Mask Len"; } } // list bsr-election } // container bsr-elections } // container bsr container route-policy { description "PIM route policy"; container route-policy-statistics { description "PIM route policy statistics"; leaf policy-name { type string; description "RPF policy name"; } leaf requests { type uint32; description "Number of RPF lookup requests"; } leaf pass { type uint32; description "Number of RPF pass"; } leaf drop { type uint32; description "Number of RPF drops"; } leaf default-table { type uint32; description "Number of RPF lookup in default-only Table"; } leaf any-table { type uint32; description "Number of RPF lookup in any Table"; } } // container route-policy-statistics } // container route-policy container rpf-summary { description "PIM RPF registration summary"; leaf default-safi { type uint32; description "Default RPF Table SAFI"; } leaf default-table-name { type string; description "Default RPF Table Name"; } leaf is-mbgp-configured { type boolean; description "Is MBGP configured?"; } leaf is-ospf-te-configured { type boolean; description "Is OSPF TE configured?"; } leaf is-isis-te-configured { type boolean; description "Is ISIS TE configured?"; } leaf is-isis-mtr-configured { type boolean; description "Is ISIS MTR configured?"; } leaf mo-frr-configured { type boolean; description "Is MoFRR configured?"; } leaf rib-mo-frr-configured { type boolean; description "Is MoFRR RIB configured?"; } leaf rump-enabled { type boolean; description "Is RUMP MuRIB enabled?"; } leaf rib-convergence-timeout { type uint32; units "second"; description "RIB convergence timeout in seconds"; } leaf rib-convergence-time-left { type uint32; units "second"; description "RIB convergence time left in seconds"; } leaf is-multipath-enabled { type boolean; description "Is Multipath Enabled ?"; } leaf is-multipath-interface-hash-enabled { type boolean; description "Is Multipath Interface Hash Extension Enabled ?"; } leaf is-multipath-source-hash-enabled { type boolean; description "Is Multipath Source based Hash Enabled ?"; } leaf is-multipath-source-next-hop-hash-enabled { type boolean; description "Is Multipath Source-Nexthop Hash Enabled ?"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } } // container rpf-summary container interfaces { description "PIM interfaces"; list interface { key "interface-name"; description "PIM interface name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list interface } // container interfaces container net-io-tunnels { description "Tunnel information that NETIO has "; list net-io-tunnel { key "tunnel-name"; description "PIM netio tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list net-io-tunnel } // container net-io-tunnels container bidir-df-states { description "Bidirectional PIM DF election state table"; list bidir-df-state { key "rp-address interface-name"; description "Bidirectional PIM DF Election Table Entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr leaf pim-interface-name { type string; description "Interface Name"; } leaf election-state { type string; description "DF Election State"; } leaf time-seconds { type uint64; units "second"; description "Timer expires (seconds)"; } leaf time-nano-seconds { type uint64; units "nanosecond"; description "Timer expires (nseconds)"; } leaf our-metric { type uint32; description "Metric"; } leaf our-metric-preference { type uint32; description "MetricPreference"; } } // list bidir-df-state } // container bidir-df-states container topologies { description "PIM topology table"; list topology { key "source-address group-address rpt"; description "PIM topology information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } leaf rpt { type uint32; description "RPT bit"; } container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container rp-address { description "RP Address (If rpt)"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container rpf-neighbor { description "RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container secondary-rpf-neighbor { description "Secondary RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container secondary-rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root container proxy-address { description "RPF Proxy address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container proxy-address container orig-src-address { description "Orig Src Address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container orig-src-address leaf limit-reached { type boolean; description "Have we throttled the creation of routes or interfaces ?"; } leaf low-memory { type boolean; description "Node is running low on memory"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } leaf wildcard { type boolean; description "WC -Wildcard"; } leaf rpt-xr { type boolean; description "Is this on the RPT ?"; } leaf spt { type boolean; description "Is this on the SPT ?"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; description "When this entry expires"; } leaf alive { type int32; units "second"; description "Alive time in seconds (-1 if never)"; } leaf register-received-timer { type int32; units "second"; description "Register Received Timer in seconds (-1 if never)"; } leaf remote-source { type boolean; description "MSDP told us"; } leaf crossed-threshold { type boolean; description "Incoming traffic crossed threshold. MT flag set"; } leaf data-mdt-addr-assigned { type boolean; description "PIM has assigned a Data MDT Address"; } leaf rpf-interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf secondary-rpf-interface-name { type xr:Interface-name; description "Secondary Interface Identifier"; } leaf connected { type boolean; description "Is Connected ?"; } leaf proxy { type boolean; description "Is the RPF target a proxy?"; } leaf rpf-proxy-enabled { type boolean; description "Is rpf if proxy enabled?"; } leaf mofrr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf rib-mo-frr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf jp-timer { type int32; description "Join-Prune Timer"; } leaf jp-status { type int32; description "Join-Prune Status"; } leaf suppress-registers { type int32; description "When the Null register probe expires"; } leaf assume-alive { type boolean; description "The Assume Alive Bit"; } leaf probe-alive { type boolean; description "The Probe Alive Bit"; } leaf really-alive { type boolean; description "The Really Alive Bit"; } leaf inherit-alive { type boolean; description "The Inherit Alive Bit"; } leaf inherit-spt { type boolean; description "The Inherit SPT Bit"; } leaf signal-sources { type boolean; description "Signal Sources on route?"; } leaf dont-check-connected { type boolean; description "Do we need to make the connected check on this route ?"; } leaf register-received { type boolean; description "Have registers been received for this source ?"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf sending-registers { type boolean; description "Are we sending registers for this route ?"; } leaf sending-null-registers { type boolean; description "Are we sending null registers for this route ?"; } leaf sa-sent { type boolean; description "BGP SA sent"; } leaf sa-received { type boolean; description "BGP SA received"; } leaf sa-joined { type boolean; description "BGP SA join"; } leaf anycast-rp-match { type boolean; description "Group matches Anycast-RP policy"; } leaf anycast-rp-route-target { type inet:ipv4-address; description "Anycast-RP RT"; } leaf bgp-join { type boolean; description "BGP C JOIN"; } leaf bgp-jp-time { type uint64; description "BGP C JP Time"; } leaf customer-routing-type { type int32; description "Type of Customer Routing in the MVPN"; } leaf extranet-route { type boolean; description "Is a Extranet route ?"; } leaf mofrr-active { type boolean; description "Is MoFRR Active?"; } leaf mofrr-primary { type boolean; description "Is this Mofrr Primary?"; } leaf mofrr-backup { type boolean; description "Is this Mofrr Backup?"; } leaf vxlan { type boolean; description "Is this VXLAN?"; } leaf kat-state { type boolean; description "Keep Alive Timer State"; } list outgoing-interface { description "Outgoing interface list"; container assert-winner { description "Assert Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container assert-winner leaf interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf bgp-c-mcast-prune-delay-timer { type uint64; units "second"; description "BGP C-MCAST Prune Suppression in seconds"; } leaf jp-timer { type int32; units "second"; description "Join-Prune Timer (secs)"; } leaf jp-state { type int32; description "Join-Prune State"; } leaf assert-timer { type int32; units "second"; description "Assert Timer in seconds"; } leaf local-members { type int32; description "Local Information. Deprecated - use 'local-members-information' instead"; } leaf internal-interest-info { type int32; description "Internal Interest. Deprecated - use 'internal-interest-information' instead"; } leaf forwarding-state { type int32; description "Forward or Prune"; } leaf immediate-state { type int32; description "Immediate fwding state"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf mldp-inband-mdt { type boolean; description "MLDP Inband MDT interface"; } leaf mldp-stale { type boolean; description "OLE is stale"; } leaf sa-prune { type boolean; description "BGP SA Prune state"; } leaf admin-boundary { type boolean; description "Is this an administrative boundary ?"; } leaf igmp-membership { type boolean; description "IGMP membership"; } leaf mdt-safi-join { type boolean; description "MDT Safi join"; } leaf mvpn-safi-join { type boolean; description "MVPN Safi join"; } leaf local-mdt-join { type boolean; description "Default MDT Join"; } leaf data-mdt-join { type boolean; description "Data MDT join"; } leaf mvpnv6-safi-join { type boolean; description "MVPN IPv6 Safi join"; } leaf bgp-c-mcast-join { type boolean; description "BGP C-Mcast join"; } leaf vrf-name { type string { length "0..33"; } description "VRF which physically owns"; } leaf extranet-interface { type boolean; description "Is this an Extranet Interface ?"; } leaf internal-interest-information { type Pim-internal-interest-info; description "Internal Interest. Replaces internal-interest-info"; } leaf local-members-information { type Pim-show-local-interest; description "Local Information. Replaces local-members"; } leaf assert-state { type boolean; description "Assert State"; } } // list outgoing-interface } // list topology } // container topologies container topology-interface-flag-route-counts { description "Route count for topology with interface flag set"; list topology-interface-flag-route-count { key "interface-flag"; description "Route count for topology with interface flag set"; leaf interface-flag { type Pim-topology-interface-flag; description "Interface flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-interface-flag-route-count } // container topology-interface-flag-route-counts container group-map-sources { description "PIM group-mapping with source information"; list group-map-source { key "prefix prefix-length client protocol rp-address priority"; description "PIM Group Mapping Entry with source information"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf priority { type uint32; description "RP Priority"; } container source-of-information { description "The source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf holdtime { type int32; units "second"; description "Holdtime in seconds"; } leaf expires { type uint64; units "second"; description "Mapping expiry time in seconds"; } leaf uptime { type uint64; units "second"; description "Mapping uptime in seconds"; } } // list group-map-source } // container group-map-sources container traffic-counters { description "PIM message traffic counters"; leaf elapsed-time { type uint32; units "second"; description "Running time for counters in seconds"; } leaf inputs { type uint32; description "Packets in"; } leaf outputs { type uint32; description "Packets out"; } leaf format-error { type uint32; description "Malformed packets in"; } leaf pakman-error { type uint32; description "Pakman packets dropped"; } leaf standby-packets-error { type uint32; description "Packets received in standby state"; } leaf checksum-error { type uint32; description "Checksum errors"; } leaf socket-error { type uint32; description "Socket errors"; } leaf send-queue-full { type uint32; description "Packets dropped since send queue was full"; } leaf boundary-acl-rx-drop { type uint32; description "Inc. JP dropped since boundary ACL confg"; } leaf boundary-acl-tx-drop { type uint32; description "Out JP dropped since boundary ACL confg"; } leaf no-socket-connection { type uint32; description "Packets dropped since no socket connection"; } leaf no-source-address { type uint32; description "Packets dropped since no source address"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-data-register { type uint32; description "Data Register packets in"; } leaf input-null-register { type uint32; description "Null Register packets in"; } leaf output-null-register { type uint32; description "Null Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf input-assert-batched { type uint32; description "Batched Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf output-assert-batched { type uint32; description "Batched Assert packets out"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-ecmp-redirect { type uint32; description "Input Ecmp Redirect"; } leaf output-ecmp-redirect { type uint32; description "Output Ecmp Redirect"; } leaf output-loop-error { type uint32; description "Output on loopback error"; } leaf mldp-mdt-invalid-lsm-identifier { type uint32; description " Invalid LSM ID"; } leaf input-no-idb-error { type uint32; description "No IDB for intf error"; } leaf input-no-vrf-error { type uint32; description "No VRF for idb error"; } leaf input-no-pim-error { type uint32; description "PIM Disabled on intf error"; } leaf input-pim-version-error { type uint32; description "Invalid PIM version error"; } leaf output-join-group { type uint32; description "Output Join Groups"; } leaf output-prune-group { type uint32; description "Output Prune Groups"; } leaf output-join-prune-bytes { type uint32; units "byte"; description "Output JP Bytes"; } leaf output-hello-bytes { type uint32; units "byte"; description "Output Hello Bytes"; } leaf non-supported-packets { type uint32; description "PIM non supported pckets"; } leaf invalid-registers { type uint32; description "PIM invalid registers received"; } leaf invalid-join-prunes { type uint32; description "PIM invalid Join/Prunes received"; } leaf packet-packman-error { type uint32; description "Packets Dropped due to Pakman Error"; } leaf packet-read-socket-error { type uint32; description "Packet Read Socket Error"; } leaf packet-queue-last-clear { type uint32; units "second"; description "Time in seconds since the last clear of all packet queues stats"; } leaf packets-standby { type uint32; description "Packets Dropped due to Standby Error"; } leaf no-mdt-socket-connection { type uint32; description "Packets dropped since no mdt socket connection"; } leaf mdt-send-queue-full { type uint32; description "Packets dropped since mdt send queue was full"; } leaf mdt-socket-error { type uint32; description "MDT Socket errors"; } leaf mdt-join-tlv-sent { type uint32; description "Data MDT Join Msgs sent"; } leaf mdt-join-tlv-received { type uint32; description "Data MDT Join Msgs received"; } leaf mdt-join-bad-type { type uint32; description "Data MDT TLV bad type"; } leaf mdt-drop-local-source-address { type uint32; description "Data MDT Join msgs dropped due to local source addr"; } leaf mdt-drop-null-local-address { type uint32; description "Data MDT Join msgs dropped due to null local addr"; } leaf mdt-drop-no-idb { type uint32; description "Data MDT Join msgs dropped due to idb missing"; } leaf mdt-drop-no-vrf { type uint32; description "Data MDT Join msgs dropped due to vrf missing"; } leaf invalid-destination-packets { type uint32; description "Control Packets with Invalid Destination"; } leaf mdt-joins-drop-multiple-encapsulation { type uint32; description "MDT Join msgs dropped due to multiple Encap limitation"; } leaf truncated-pim-packets { type uint32; description "Packets dropped due to truncated Joins or Prunes"; } leaf invalid-source-encodings { type uint32; description "Number of invalid source encodings received"; } leaf invalid-hello-options { type uint32; description "Number of invalid hello options received"; } list packet-queue { max-elements 2; description "Packet queue state and statistics"; container packet-queue-state { description "State of the queue"; leaf max-queue-size { type uint32; units "byte"; description "Maximum size of queue in bytes"; } leaf queue-size-bytes { type uint32; units "byte"; description "Size of queue in bytes"; } leaf queue-size-packets { type uint32; description "Size of queue in number of packets"; } } // container packet-queue-state container packet-queue-stats { description "Statistics about the queue"; leaf enqueued-packets { type uint32; description "Total number of packets enqueued to this queue"; } leaf dequeued-packets { type uint32; description "Total number of packets dequeued from this queue"; } leaf high-water-mark-packets { type uint32; description "Highest number of packets enqueued in this queue"; } leaf high-water-mark-bytes { type uint32; units "byte"; description "Highest number of bytes enqueued in this queue"; } leaf tail-drops { type uint32; description "Number packets dropped from this queue due to max size"; } } // container packet-queue-stats leaf packet-queue-priority { type uint32; description "Priority of this packet queue"; } } // list packet-queue } // container traffic-counters container group-map-rpfs { description "PIM group mapping information"; list group-map-rpf { key "prefix prefix-length client protocol rp-address rp-priority"; description "PIM group mapping entry"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf rp-priority { type uint32; description "RP priority"; } container rpf-neighbor { description "RPF neighbor to the RP"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf are-we-rp { type boolean; description "Are we the RP?"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface to the RP"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } } // list group-map-rpf } // container group-map-rpfs container summary { description "PIM summary"; leaf route-limit { type uint32; description "Maximum routes"; } leaf route-count { type uint32; description "Current routes"; } leaf route-low-water-mark { type uint32; description "The number of routes below which the throttle on route creation will be lifted"; } leaf is-route-limit-reached { type boolean; description "Is route creation throttled"; } leaf topology-interface-state-limit { type uint32; description "Maximum Topology Interface State count"; } leaf topology-interface-state-count { type uint32; description "Current Topology Interface State count"; } leaf rxi-low-water-mark { type uint32; description "The rxi below which the throttle on interface creation will be lifted"; } leaf rxi-limit-reached { type boolean; description "Is interface creation throttled"; } leaf register-limit { type uint32; description "Maximum registers"; } leaf register-count { type uint32; description "Current registers"; } leaf register-limit-reached { type boolean; description "Is PIM SM register handling throttled"; } leaf ranges-limit { type uint32; description "Maximum group ranges from Autorp"; } leaf ranges-count { type uint32; description "Current group ranges from Autorp"; } leaf ranges-threshold { type uint32; description "OOR theshold of grange ranges from AutoRP"; } leaf is-ranges-limit-reached { type boolean; description "Is Auto-RP group-to-RP mapping range creation throttled"; } leaf bsr-ranges-limit { type uint32; description "Maximum group ranges from BSR"; } leaf bsr-ranges-count { type uint32; description "Current group ranges from BSR"; } leaf bsr-range-threshold { type uint32; description "Threshold group range from BSR"; } leaf is-bsr-ranges-threshold-reached { type boolean; description "Is VRF-specific BSR group-to-RP mapping range creation throttled"; } leaf bsr-candidate-rp-set-limit { type uint32; description "Maximum crp-set from BSR"; } leaf bsr-candidate-rp-set-count { type uint32; description "Current crp-set count from BSR"; } leaf bsr-candidate-rp-set-threshold { type uint32; description "Threshold crp-set from BSR"; } leaf is-maximum-enforcement-disabled { type boolean; description "Is maximum enforcement disabled"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } leaf route-threshold { type uint32; description "Threshold routes"; } leaf global-auto-rp-ranges-limit { type uint32; description "Global Auto-RP maximum group ranges"; } leaf is-global-auto-rp-ranges-limit-reached { type boolean; description "Is global AutoRP group-to-RP mapping range creation throttled"; } leaf global-bsr-ranges-limit { type uint32; description "Global BSR maximum group ranges"; } leaf global-bsr-ranges-count { type uint32; description "Global BSR current group ranges"; } leaf global-bsr-ranges-threshold { type uint32; description "Global BSR Threshold group ranges"; } leaf is-global-bsr-ranges-limit-reached { type boolean; description "Is global BSR group-to-RP mapping range creation throttled"; } leaf global-bsr-candidate-rp-set-limit { type uint32; description "Global BSR maximum crp-set"; } leaf global-bsr-candidate-rp-set-count { type uint32; description "Global BSR current crp-set count"; } leaf global-bsr-candidate-rp-set-threshold { type uint32; description "Global BSR Threshold crp-set"; } leaf is-global-route-limit-reached { type boolean; description "Is global route creation throttled"; } leaf topology-interface-state-threshold { type uint32; description "Topology Interface State threshold"; } leaf is-global-rxi-limit-reached { type boolean; description "Is global interface creation throttled"; } leaf register-threshold { type uint32; description "Threshold registers"; } leaf global-register-limit { type uint32; description "Maximum global registers"; } leaf is-global-register-limit-reached { type boolean; description "Is global PIM SM register handling throttled"; } } // container summary container gre { description "GRE information"; container gre-next-hops { description "GRE destination neighbor table"; list gre-next-hop { key "destination-address"; description "PIM GRE address next-hop information"; leaf destination-address { type inet:ip-address-no-zone; description "GRE destination address"; } container registered-address { description "Address registered"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container registered-address leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric preference"; } leaf is-connected { type uint8; description "Are we connected ?"; } list gre-path { description "GRE Paths list"; container gre-neighbor { description "GRE neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-neighbor container gre-next-hop { description "GRE nexthop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-next-hop leaf gre-interface-name { type xr:Interface-name; description "GRE Interface"; } leaf is-gre-interface-disabled { type boolean; description "Is the gre interface disabled ?"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf is-connector-attribute-present { type boolean; description "Connector attribute present"; } leaf extranet-vrf-name { type string { length "0..33"; } description "Extranet VRF name"; } } // list gre-path } // list gre-next-hop } // container gre-next-hops } // container gre container bidir-df-winners { description "Bidirectional PIM DF election winner table"; list bidir-df-winner { key "rp-address interface-name"; description "Bidirectional PIM DF election table entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container df-winner { description "DF Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container df-winner leaf pim-interface-name { type string; description "Interface Name"; } leaf are-we-df { type boolean; description "Are we DF"; } leaf rp-lan { type boolean; description "Is this the RP LAN"; } leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric Preference"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } } // list bidir-df-winner } // container bidir-df-winners container table-contexts { description "PIM table context list"; list table-context { key "saf-name topology-name"; description "PIM table context information"; leaf saf-name { type Pim-safi; description "SAF name"; } leaf topology-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Topology name"; } leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // list table-context } // container table-contexts container neighbor-summaries { description "PIM neighbor summary table"; list neighbor-summary { key "interface-name"; description "PIM neighbor summary information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf number-of-neighbors { type int32; description "Number of neighbors"; } leaf number-of-external-neighbors { type int32; description "Number of external neighbors"; } } // list neighbor-summary } // container neighbor-summaries container context { description "PIM context information"; container remote-default-group { description "Remote Default Group"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container remote-default-group container rpf-default-table { description "RPF Default Table"; leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // container rpf-default-table leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf murib-id { type uint32; description "MURIB ID"; } leaf rpf-id { type uint32; description "RPF ID"; } leaf remote-table-id { type uint32; description "Remote Table ID"; } leaf mdt-default-group { type inet:ipv4-address; description "MDT Default group"; } leaf mdt-source { type inet:ipv4-address; description "MDT source"; } leaf mdt-source-interface { type string; description "MDT Source Interface Name"; } leaf mdt-interface { type xr:Interface-name; description "MDT handle"; } leaf mdt-gre-rpf-identifier { type uint32; description "GRE-MDT RPF Identifier"; } leaf mdt-gre-remote-rpf-identifier { type uint32; description "GRE-MDT Remote RPF Identifier"; } leaf is-unicast-rib-registration { type boolean; description "Ucast RIB Registration"; } leaf is-multicast-rib-registration { type boolean; description "Mcast RIB Registration"; } leaf is-active { type boolean; description "Active"; } leaf is-active-ital { type boolean; description "Active ITAL"; } leaf is-mrib-register { type boolean; description "MRIB Register"; } leaf is-mdt-owner { type boolean; description "MDT Owner"; } leaf is-routing-enabled { type boolean; description "Routing Enabled"; } leaf is-socket-add-required { type boolean; description "VRF required on Socket"; } leaf is-socket-added { type boolean; description "VRF added on Socket"; } leaf is-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Socket"; } leaf is-lpts-socket-added { type boolean; description "VRF LPTS filter added on Socket"; } leaf is-udp-socket-add-required { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-added { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-bind-required { type boolean; description "VRF bind required on UDP Socket"; } leaf is-udp-socket-bind { type boolean; description "VRF bound on UDP Socket"; } leaf is-register-injection-socket-add-required { type boolean; description "VRF required on Register Injection Socket"; } leaf is-register-injection-socket-added { type boolean; description "VRF added on Register Injection Socket"; } leaf is-register-injection-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Register Injection Socket"; } leaf is-register-injection-lpts-socket-added { type boolean; description "VRF LPTS filter added on Register Injection Socket"; } leaf is-m-host-publish-pending { type boolean; description "Publish pending for MHost Default interface"; } leaf mhost-interface { type xr:Interface-name; description "MHost handle"; } leaf mhost-default-interface-config { type string; description "Configured Mhost Defint"; } leaf mdt-mtu { type uint32; description "MDT MTU"; } leaf maximum-mdt-aggregation { type uint32; description "MDT max aggregation"; } leaf mdt-data-switchover-interval { type uint32; description "Data MDT Switchover interval"; } leaf mdt-data-announce-interval { type uint32; description "Data MDT Announce interval"; } leaf non-default-vrf-count-on-socket { type uint32; description "Count of non-default vrfs on raw socket"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf mdt-neighbor-filter-name { type string; description "MDT Neighbor Filter Name"; } leaf allow-rp-configured { type boolean; description "Allow RP Configured"; } leaf allow-rp-group-list { type string { length "0..64"; } description "Allow RP Group-List ACL Name"; } leaf allow-rp-rp-list { type string { length "0..64"; } description "Allow RP RP-list ACL Name"; } leaf sg-expiry-timer-configured { type boolean; description "S,G Expiry Timer Configured"; } leaf sg-expiry-time { type uint16; units "second"; description "S,G Expiry Time Configured, in seconds"; } leaf sg-expiry-timer-sg-list { type string { length "0..64"; } description "S,G expiry timer ACL name"; } leaf mldp-mdt-name { type string; description "MLDP MDT Name"; } leaf mldp-mdt-interface { type xr:Interface-name; description "MLDP MDT handle"; } leaf mldp-mdt-mtu { type uint32; description "MLDP MDT MTU"; } leaf mldp-maximum-mdt-aggregation { type uint32; description "MLDP MDT max aggregation"; } leaf mldp-mdt-data-switchover-interval { type uint32; description "MLDP Data MDT Switchover interval"; } leaf mldp-mdt-data-announce-interval { type uint32; description "MLDP Data MDT Announce interval"; } leaf mldp-mdt-rpf-identifier { type uint32; description "MLDP RPF-ID"; } leaf mldp-mdt-remote-rpf-identifier { type uint32; description "MLDP Remote RPF-ID"; } leaf is-create-mldp-mdt-interface { type boolean; description "Create MLDP MDT interface"; } leaf is-mldp-mdt-owner { type boolean; description "MLDP MDT Owner"; } leaf mldp-root-count { type uint32; description "MLDP Root count"; } leaf mldp-head-lsm-identifier { type uint32; description "MLDP Head LSM-ID"; } leaf mldp-remote-head-lsm-identifier { type uint32; description "MLDP Remote Head LSM-ID"; } leaf organization-unique-identifier { type uint32; description "OUI for VPN-ID"; } leaf vpn-index { type uint32; description "VPN Index"; } leaf mldp-partitioned-mdt-configured { type boolean; description "MLDP Partitioned MDT"; } leaf mldp-remote-partitioned-mdt-configured { type boolean; description "MLDP Remote Partitioned MDT"; } leaf mldp-partioned-mp2m-ptree { type boolean; description "MP2MP Partitioned MDT tree"; } leaf mldp-partitioned-head-lsm-identifier { type uint32; description "Partitioned MDT Head LSM-ID"; } leaf mldp-head-local-label { type uint32; description "Partitioned MDT Head local label"; } leaf mldp-partitioned-mdt-identifier { type uint32; description "MLDP Partitioned MDT Identifier"; } leaf bgp-auto-discovery-configured { type boolean; description "BGP Auto-Discovery configured"; } leaf suppress-pim-data-mdt-tlv { type boolean; description "Suppress PIM Data-MDT TLV Announcements"; } leaf inter-autonomous-system-enabled { type boolean; description "Inter-AS Enabled"; } leaf bgp-source-active-announce { type boolean; description "Send BGP Source-Active Announcements"; } leaf bgp-i-pmsi-added { type boolean; description "BGP I-PMSI Added"; } leaf mldp-bsr-control-tree-added { type boolean; description "MLDP BSR Control tree added"; } leaf mldp-auto-rp-discovery-tree-added { type boolean; description "MLDP Autorp Discovery Control tree added"; } leaf mldp-auto-rp-announce-tree-added { type boolean; description "MLDP Autorp Announce Control tree added"; } leaf bgp-auto-discovery-type { type uint32; description "BGP Auto Discovery Type"; } leaf mdt-partitioned-mdt-control-identifier { type uint32; description "Partitioned MDT Control Identifier"; } leaf mdt-partitioned-ir-control-identifier { type uint32; description "Partitioned IR MDT Control Identifier"; } leaf mldp-control-head-lsm-identifier { type uint32; description "MLDP MVPN Identifier"; } leaf umh { type boolean; description "Join UMH Core-Tree"; } leaf suppress-shared-tree-join { type boolean; description "Suppress Shared-Tree Joins"; } leaf rsvp-te-mdt-name { type string; description "RSVP-TE MDT Name"; } leaf rsvp-te-mdt-interface { type xr:Interface-name; description "RSVP-TEMDT handle"; } leaf rsvp-te-mdt-mtu { type uint32; description "RSVP-TEMDT MTU"; } leaf rsvp-te-maximum-mdt-aggregation { type uint32; description "RSVP-TE MDT max aggregation"; } leaf rsvp-te-mdt-data-switchover-interval { type uint32; description "RSVP-TE Data MDT Switchover interval"; } leaf rsvp-te-mdt-data-announce-interval { type uint32; description "RSVP-TE Data MDT Announce interval"; } leaf rsvp-te-mdt-rpf-identifier { type uint32; description "RSVP-TE RPF-ID"; } leaf is-create-rsvp-te-mdt-interface { type boolean; description "Create RSVP-TE MDT interface"; } leaf is-rsvp-te-mdt-owner { type boolean; description "RSVP-TE MDT Owner"; } leaf rsvp-te-mdt-static-p2mp-count { type uint32; description "Number of Static P2MP-TE MDT"; } leaf p2mpte-li-drop { type uint32; description "Route LI updates dropped for P2MP"; } leaf ir-mdt-name { type string; description "IR MDT Name"; } leaf ir-mdt-interface { type xr:Interface-name; description "IRMDT handle"; } leaf ir-mdt-mtu { type uint32; description "IRMDT MTU"; } leaf ir-maximum-mdt-aggregation { type uint32; description "IR MDT max aggregation"; } leaf ir-mdt-data-switchover-interval { type uint32; description "IR Data MDT Switchover interval"; } leaf ir-mdt-data-announce-interval { type uint32; description "IR Data MDT Announce interval"; } leaf ir-mdt-rpf-identifier { type uint32; description "IR RPF-ID"; } leaf ir-mdt-tail-label { type uint32; description "IR Tail Label"; } leaf is-create-ir-mdt-interface { type boolean; description "Create IR MDT interface"; } leaf is-ir-mdt-owner { type boolean; description "IR MDT Owner"; } leaf is-sr-local { type boolean; description "SR Local"; } leaf is-sr-remote { type boolean; description "SR Remote"; } leaf sr-mdt-name { type string; description "SR MDT Name"; } leaf sr-mdt-interface { type xr:Interface-name; description "SRMDT handle"; } leaf sr-mdt-mtu { type uint32; description "SRMDT MTU"; } leaf sr-maximum-mdt-aggregation { type uint32; description "SR MDT max aggregation"; } leaf sr-mdt-data-switchover-interval { type uint32; description "SR Data MDT Switchover interval"; } leaf sr-mdt-data-announce-interval { type uint32; description "SR Data MDT Announce interval"; } leaf sr-mdt-rpf-identifier { type uint32; description "SR RPF-ID"; } leaf sr-mdt-tail-label { type uint32; description "SR Tail Label"; } leaf is-create-sr-mdt-interface { type boolean; description "Create SR MDT interface"; } leaf is-sr-mdt-owner { type boolean; description "SR MDT Owner"; } leaf mdt-partitioned-tree-sid-control-identifier { type uint32; description "Partitioned Tree-SID MDT Control Identifier"; } leaf in-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf in-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf in-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf in-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf in-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf in-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf in-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-in-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-in-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf in-band-signaling-local-enabled { type boolean; description "Inband signaling Local enabled"; } leaf in-band-signaling-remote-enabled { type boolean; description "Inband signaling Remote enabled"; } leaf valid-rd-present { type boolean; description "RD is valid"; } leaf stale-rd-present { type boolean; description "RD is stale"; } leaf route-distinguisher { type yang:hex-string; description "RD value"; } leaf gin-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf gin-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf gin-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf gin-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf gin-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf gin-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf gin-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-gin-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-gin-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf is-pim-nsf-rib-converged { type boolean; description "PIM NSF RIB converged"; } leaf is-pim-nsf-rib-converge-received { type boolean; description "PIM NSF RIB converge received"; } leaf is-rib-multipath-enabled { type boolean; description "PIM RIB multiplath enabled"; } leaf is-rib-multipath-interface-hash { type boolean; description "PIM RIB multipath interface hash"; } leaf is-rib-multipath-source-hash { type boolean; description "PIM RIB multipath source based hash"; } leaf is-rib-multipath-source-next-hop-hash { type boolean; description "PIM RIB multipath source-nexthop hash"; } leaf rump-enabled { type boolean; description "PIM is using MuRIB"; } leaf is-create-mdt-interface { type boolean; description "Create MDT interface"; } leaf is-auto-rp-listen-enabled { type boolean; description "Auto RP Listen Enabled"; } leaf is-all-interface-disable-operation { type boolean; description "PIM all interface disable operation"; } leaf is-default-granges { type boolean; description "Default granges"; } leaf is-auto-rp-listen-sock-add { type boolean; description "Auto RP listen sock add"; } leaf is-redistribution-reset { type boolean; description "Pending redist reset"; } leaf redistribution-reset-count { type uint32; description "Redist reset count"; } leaf rpf-policy-name { type string; description "RPF topology selection route-policy name"; } leaf table-count { type uint32; description "Number of configured Tables"; } leaf active-table-count { type uint32; description "Number of active Tables"; } leaf anycast-rp-policy-name { type string; description "Anycast-RP Policy Name"; } leaf anycast-rp-configured { type boolean; description "Anycast-RP config"; } leaf bgp-remote-on { type boolean; description "BGP remote interface status"; } leaf bgp-remote-interface-name { type string; description "BGP remote interface name"; } leaf bgp-remote-interface { type xr:Interface-name; description "BGP remote interface handle"; } leaf bgp-remote-address { type inet:ipv4-address; description "BGP remote interface address"; } leaf bgp-remote-state { type uint32; description "BGP remote interface state"; } leaf physical-interface-count { type uint64; description "Enabled Physical Interface Count"; } leaf virtual-interface-count { type uint64; description "Enabled Virtual Interface Count"; } leaf virtual-mlc-interface-name { type string; description "Virtual master line card Interface"; } leaf mdt-immediate-switch { type boolean; description "MDT Immediate Switch"; } leaf remote-mdt-idb-name { type string; description "Remote MDT Interface Handle Name"; } leaf remote-mdt-address { type inet:ipv4-address; description "Remote MDT interface address"; } leaf-list mldp-root-address { type uint32; description "MLDP Root addresses"; } list export-route-target { description "Export Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list export-route-target list import-route-target { description "Import Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list import-route-target list anycast-rp-range { description "Anycast-RP Ranges"; container prefix { description "Anycast-RP Range Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix leaf prefix-length { type uint8; description "Anycast-RP Range Prefix Length"; } leaf ancast-rp-marked { type boolean; description "Anycast-RP Range marked"; } } // list anycast-rp-range } // container context container topology-entry-flag-route-counts { description "Route count for topology with entry flag set"; list topology-entry-flag-route-count { key "entry-flag"; description "Route count for topology with entry flag set"; leaf entry-flag { type Pim-topology-entry-flag; description "entry flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-entry-flag-route-count } // container topology-entry-flag-route-counts container rpf-redirect { description "PIM ECMP RPF-redirect bundle"; container redirect-route-databases { description "PIM ECMP RPF-redirect route database"; list redirect-route-database { key "source-address group-address"; description "PIM ECMP RPF-redirect route information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } container group-address-xr { description "Group ddress"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr leaf bandwidth { type uint32; units "kbit/s"; description "Bandwidth in Kbps"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } list interface { description "Outgoing interface list"; container rpf-address { description "RPF Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-address leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf is-rpf-interface { type boolean; description "Is RPF Interface"; } leaf is-outgoing-interface { type boolean; description "Is outgoing Interface"; } leaf is-snoop-interface { type boolean; description "Is snooping Interface"; } } // list interface } // list redirect-route-database } // container redirect-route-databases container bundle-interfaces { description "PIM ECMP RPF-redirect bundle information"; list bundle-interface { key "bundle-name interface-name"; description "PIM ECMP RPF-redirect bundle interface information"; leaf bundle-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Bundle name"; } leaf interface-name { type xr:Interface-name; description "Bundle interface name"; } leaf rpf-redirect-bundle-name { type string { length "0..33"; } description "RPF redirect bundle name"; } leaf rpf-redirect-interface-name { type string { length "0..33"; } description "RPF redirect interface name"; } leaf available-bandwidth { type int32; units "kbit/s"; description "Bandwidth available in Kbps"; } leaf allocated-bandwidth { type int32; units "kbit/s"; description "Bandwidth allocated in Kbps"; } leaf total-bandwidth { type int32; units "kbit/s"; description "Total bandwidth used in Kbps"; } leaf topology-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by topology in Kbps"; } leaf snooping-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by snooped entries in Kbps"; } leaf allocated-threshold-bandwidth { type int32; units "kbit/s"; description "Configured threshold in Kbps"; } leaf available-threshold-bandwidth { type int32; units "kbit/s"; description "Available threshold in Kbps"; } } // list bundle-interface } // container bundle-interfaces } // container rpf-redirect container tunnels { description "Tunnels information that PIM has"; list tunnel { key "tunnel-name"; description "PIM tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list tunnel } // container tunnels container multicast-static-routes { description "PIM multicast static route table"; list multicast-static-route { key "address prefix-length"; description "PIM multicast static route information"; leaf address { type inet:ip-address-no-zone; description "Network address"; } leaf prefix-length { type uint32; description "Prefix length"; } container prefix { description "Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container nexthop { description "Next Hop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container nexthop leaf interface-name { type xr:Interface-name; description "Interface Handle"; } leaf distance { type uint32; description "Distance"; } leaf prefix-length-xr { type uint8; description "Prefix Length"; } leaf is-via-lsm { type boolean; description "LSM flag"; } } // list multicast-static-route } // container multicast-static-routes container neighbors { description "PIM neighbor table"; list neighbor { key "interface-name neighbor-address"; description "PIM neighbor information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf neighbor-address { type inet:ip-address-no-zone; description "Neighbor address"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; units "second"; description "Neighbor expiry in seconds"; } leaf expiry-timer { type uint64; units "second"; description "Expiry timer in seconds"; } leaf is-this-neighbor-us { type boolean; description "Is this neighbor us ?"; } leaf is-this-neighbor-dr { type boolean; description "Is this neighbor the DR"; } leaf is-dr-priority-capable { type boolean; description "Is this neighbor DR priority capable ?"; } leaf dr-priority { type uint32; description "DR priority"; } leaf is-bidirectional-capable { type boolean; description "Is this neighbor bidir capable ?"; } leaf is-proxy-capable { type boolean; description "Is this neighbor proxy capable?"; } leaf is-batch-asserts-capable { type boolean; description "Is this neighbor capable of batching asserts?"; } leaf is-ecmp-redirect-capable { type boolean; description "Is this neighbor capable of Ecmp Redirect?"; } leaf is-bfd-state { type boolean; description "Is the neighbor bfd session created"; } leaf sticky-dr-neighbor { type boolean; description "Is Sticky DR advertised on interface by neighbor"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf override-interval { type uint16; description "Override Interval"; } list neighbor-address-xr { description "List of Neighbor Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list neighbor-address-xr } // list neighbor } // container neighbors } // container default-context container process { description "Process"; container nsr { description "NSR Information"; leaf state { type uint8; description "NSR state"; } leaf partner-connected { type boolean; description "Partner process connected"; } leaf rmf-notification-done { type boolean; description "RMF Notification done"; } leaf rmf-timer-valid { type boolean; description "Is RMF timer running ?"; } leaf rmf-timer-expiry { type uint64; description "Time for RMF timer to expire"; } leaf last-connection-up { type uint64; description "Time when connection went up"; } leaf last-connection-dn { type uint64; description "Time when connection went down"; } leaf last-rmf-ready { type uint64; description "Time when RMF Rdy notif was sent"; } leaf last-rmf-not-ready { type uint64; description "Time when RMF Not-Rdy notif was sent"; } leaf count-connection-up { type uint32; description "No. of times connection went up"; } leaf count-connection-dn { type uint32; description "No. of times connection went down"; } leaf count-rmf-ready { type uint32; description "No. of times RMF Ready notif was sent"; } leaf count-rmf-not-ready { type uint32; description "No. of times RMF Not Ready notif was sent"; } } // container nsr container summary { description "PIM Global Summary"; leaf route-limit { type uint32; description "Maximum routes"; } leaf route-count { type uint32; description "Current routes"; } leaf route-low-water-mark { type uint32; description "The number of routes below which the throttle on route creation will be lifted"; } leaf is-route-limit-reached { type boolean; description "Is route creation throttled"; } leaf topology-interface-state-limit { type uint32; description "Maximum Topology Interface State count"; } leaf topology-interface-state-count { type uint32; description "Current Topology Interface State count"; } leaf rxi-low-water-mark { type uint32; description "The rxi below which the throttle on interface creation will be lifted"; } leaf rxi-limit-reached { type boolean; description "Is interface creation throttled"; } leaf register-limit { type uint32; description "Maximum registers"; } leaf register-count { type uint32; description "Current registers"; } leaf register-limit-reached { type boolean; description "Is PIM SM register handling throttled"; } leaf ranges-limit { type uint32; description "Maximum group ranges from Autorp"; } leaf ranges-count { type uint32; description "Current group ranges from Autorp"; } leaf ranges-threshold { type uint32; description "OOR theshold of grange ranges from AutoRP"; } leaf is-ranges-limit-reached { type boolean; description "Is Auto-RP group-to-RP mapping range creation throttled"; } leaf bsr-ranges-limit { type uint32; description "Maximum group ranges from BSR"; } leaf bsr-ranges-count { type uint32; description "Current group ranges from BSR"; } leaf bsr-range-threshold { type uint32; description "Threshold group range from BSR"; } leaf is-bsr-ranges-threshold-reached { type boolean; description "Is VRF-specific BSR group-to-RP mapping range creation throttled"; } leaf bsr-candidate-rp-set-limit { type uint32; description "Maximum crp-set from BSR"; } leaf bsr-candidate-rp-set-count { type uint32; description "Current crp-set count from BSR"; } leaf bsr-candidate-rp-set-threshold { type uint32; description "Threshold crp-set from BSR"; } leaf is-maximum-enforcement-disabled { type boolean; description "Is maximum enforcement disabled"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } leaf route-threshold { type uint32; description "Threshold routes"; } leaf global-auto-rp-ranges-limit { type uint32; description "Global Auto-RP maximum group ranges"; } leaf is-global-auto-rp-ranges-limit-reached { type boolean; description "Is global AutoRP group-to-RP mapping range creation throttled"; } leaf global-bsr-ranges-limit { type uint32; description "Global BSR maximum group ranges"; } leaf global-bsr-ranges-count { type uint32; description "Global BSR current group ranges"; } leaf global-bsr-ranges-threshold { type uint32; description "Global BSR Threshold group ranges"; } leaf is-global-bsr-ranges-limit-reached { type boolean; description "Is global BSR group-to-RP mapping range creation throttled"; } leaf global-bsr-candidate-rp-set-limit { type uint32; description "Global BSR maximum crp-set"; } leaf global-bsr-candidate-rp-set-count { type uint32; description "Global BSR current crp-set count"; } leaf global-bsr-candidate-rp-set-threshold { type uint32; description "Global BSR Threshold crp-set"; } leaf is-global-route-limit-reached { type boolean; description "Is global route creation throttled"; } leaf topology-interface-state-threshold { type uint32; description "Topology Interface State threshold"; } leaf is-global-rxi-limit-reached { type boolean; description "Is global interface creation throttled"; } leaf register-threshold { type uint32; description "Threshold registers"; } leaf global-register-limit { type uint32; description "Maximum global registers"; } leaf is-global-register-limit-reached { type boolean; description "Is global PIM SM register handling throttled"; } } // container summary container nsf { description "PIM NSF information"; leaf configured-state { type boolean; description "Is Multicast NSF Configured"; } leaf nsf-state { type boolean; description "Are we currently in NSF"; } leaf nsf-timeout { type uint32; units "second"; description "Multicast NSF timeout in seconds"; } leaf nsf-time-left { type uint32; units "second"; description "Multicast NSF time left in seconds"; } leaf waiting-timer { type boolean; description "Waiting for NSF timer expiry"; } leaf waiting-membership { type boolean; description "Waiting for IGMP/MLD"; } leaf respawn-count { type uint32; description "Respawn Count"; } leaf last-nsf-on { type int64; description "Last NSF time ON"; } leaf last-nsf-off { type int64; description "Last NSF time off"; } leaf last-nsf-on-sec { type int32; units "second"; description "Last NSF time ON in Seconds"; } leaf last-nsf-off-sec { type int32; units "second"; description "Last NSF time OFF in Seconds"; } leaf last-icd-notif-recv { type int64; description "Last ICD Notif Recv"; } leaf last-icd-notif-recv-sec { type int32; units "second"; description "Last ICD Notif Recv in Seconds"; } } // container nsf container issu { description "ISSU Information"; leaf informationvalid { type boolean; description "Is Information valid ?"; } leaf role-ha { type int32; description "HA role"; } leaf role-issu { type int32; description "ISSU role"; } leaf phase-issu { type int32; description "ISSU Phase"; } leaf last-ha-role-notification-received { type uint64; description "Time when last HA role nfn was received"; } leaf last-issu-role-notification-received { type uint64; description "Time when last ISSU role nfn was received"; } leaf last-issu-phase-notification-received { type uint64; description "Time when last ISSU Phase nfn was received"; } leaf is-eoc-received { type boolean; description "Was EOC received ?"; } leaf eoc-received-timestamp { type uint64; description "Time when EOC was received"; } leaf is-ihms-done-received { type boolean; description "Was IHMS done received ?"; } leaf ihms-received-timestamp { type uint64; description "Time when IHMS done was received"; } leaf is-rib-sync-received { type boolean; description "Was RIB Sync received ?"; } leaf rib-sync-received-timestamp { type uint64; description "Time when RIB Sync was received"; } leaf is-nbr-sync-received { type boolean; description "Was NBR Sync achieved ?"; } leaf nbr-sync-received-timestamp { type uint64; description "Time when NBR Sync was achieved"; } leaf is-checkpoint-idt-done { type boolean; description "Was Checkpoint IDT done ?"; } leaf checkpoint-idt-timestamp { type uint64; description "Time when Checkpoint IDT done"; } } // container issu } // container process container vrfs { description "VRF Table"; list vrf { key "vrf-name"; description "VRF name"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF name "; } container ifrs-interfaces { description "PIM interfaces in forward reference store table"; list ifrs-interface { key "interface-name"; description "PIM IFRS interface information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list ifrs-interface } // container ifrs-interfaces container interface-statistics { description "PIM interface statistics"; list interface-statistic { key "interface-name"; description "PIM interface statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-register { type uint32; description "Register packets in"; } leaf output-register { type uint32; description "Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf input-graft-message { type uint32; description "Input Graft Messages"; } leaf output-graft-message { type uint32; description "Output Graft Messages"; } leaf input-graft-ack-message { type uint32; description "Input Graft Ack Messages"; } leaf output-graft-ack-message { type uint32; description "Output Graft Ack Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-miscellaneous { type uint32; description "Miscellaneous packet in"; } } // list interface-statistic } // container interface-statistics container topology-route-count { description "Topology route count information from PIM topology table"; leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // container topology-route-count container jp-statistics { description "PIM join prune statistics table"; list jp-statistic { key "interface-name"; description "PIM Join Prune Statistics"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf mtu { type uint32; description "Interface MTU"; } leaf transmitted { type uint32; description "Transmitted"; } leaf transmitted100 { type uint16; description "Transmitted 100 average"; } leaf transmitted-1k { type uint16; description "Transmitted 1K average"; } leaf transmitted-10k { type uint16; description "Transmitted 10K average"; } leaf transmitted-50k { type uint16; description "Deprecated by Transmitted100"; } leaf received { type uint32; description "Received"; } leaf received100 { type uint16; description "Received 100 average"; } leaf received-1k { type uint16; description "Received 1K average"; } leaf received-10k { type uint16; description "Received 10K average"; } leaf received-50k { type uint16; description "Deprecated by Received100"; } } // list jp-statistic } // container jp-statistics container mib-databases { description "PIM group database for mroute mibs table"; list mib-database { key "source-address group-address source-netmask"; description "PIM multicast static route information"; leaf source-address { type inet:ip-address-no-zone; description "Multicast static route source address"; } leaf group-address { type inet:ip-address-no-zone; description "Multicast satic route group address"; } leaf source-netmask { type uint32; description "Source mask"; } container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container rpf-neighbor { description "The RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root leaf upstream-assert-timer { type int32; description "Upstream Assert Timer"; } leaf assert-metric { type uint32; description "Assert Metric"; } leaf assert-metric-preference { type uint32; description "Assert Metric Preference"; } leaf assert-rpt-bit { type boolean; description "Assert RPT Bit"; } leaf spt-bit { type boolean; description "Is SPT bit set ?"; } leaf rpf-mask { type uint32; description "Mask of the multicast root"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface name "; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf bidirectional-route { type boolean; description "Is this Bidir ?"; } leaf uptime { type uint64; description "Uptime of route"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } } // list mib-database } // container mib-databases container ifrs-summary { description "PIM interfaces in forward reference store summary"; leaf interface-count { type uint32; description "Number of interfaces"; } leaf configuration-count { type uint32; description "Configuration counts"; } } // container ifrs-summary container ranges { description "PIM range list information"; list range { key "rp-address client"; description "PIM range list information"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf client { type Pim-client; description "Client"; } container rp-address-xr { description "Rendezvous point address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf protocol { type Pim-show-protocol; description "PIM protocol"; } leaf client-xr { type Pim-show-range-client; description "Client mapping learnt via"; } leaf expires { type uint64; description "When mapping expires"; } list group-range { description "List of group ranges"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container source-of-information { description "Source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information leaf prefix-length { type int32; description "Group range prefix length"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; description "When mapping expires"; } } // list group-range } // list range } // container ranges container bsr { description "PIM BSR information"; container rp-caches { description "PIM BSR RP cache table"; list rp-cache { key "group-prefix prefix-length"; description "PIM BSR RP cache"; leaf group-prefix { type inet:ip-address-no-zone; description "Group prefix"; } leaf prefix-length { type uint32; description "Prefix Length"; } container group-prefix-xr { description "Group Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-prefix-xr container candidate-rp-list { description "C-RP list for this prefix"; list pim-bsr-crp-bag { description "Next C-RP in the List"; container candidate-rp-address { description "C-RP address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp-address leaf candidate-rp-holdtime { type uint16; description "C-RP Holdtime"; } leaf candidate-rp-priority { type uint8; description "C-RP Priority"; } leaf candidate-rp-up-time { type uint16; description "C-RP Uptime"; } leaf candidate-rp-expires { type uint16; description "C-RP Expires"; } leaf protocol { type Pim-show-protocol; description "PIM Protocol"; } } // list pim-bsr-crp-bag } // container candidate-rp-list leaf group-prefix-length { type uint32; description "Group Prefix Length"; } leaf candidate-rp-group-count { type uint32; description "C-RP count for this Prefix"; } } // list rp-cache } // container rp-caches container candidate-rps { description "PIM candidate-RP"; list candidate-rp { key "rp-address"; description "PIM BSR candidate RP information"; leaf rp-address { type inet:ip-address-no-zone; description "Candidate-RP address"; } container candidate-rp { description "Cand-RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-rp leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf candidate-rp-scope { type int32; description "Cand-RP Scope"; } leaf crp-priority { type uint8; description "Cand-RP Priority"; } leaf crp-holdtime { type uint16; description "Cand-RP Holdtime"; } leaf candidate-rp-advance-interval { type uint16; units "second"; description "Cand-RP Adv Interval in seconds"; } leaf candidate-rp-uptime { type uint16; description "Cand-RP uptime"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } list crp-access { max-elements 2; description "Group Ranges Using this Cand-RP"; leaf candidate-rp-mode { type Pim-show-protocol; description "Cand-RP Mode"; } leaf acl-name { type string { length "0..33"; } description "Group Access-List Name"; } } // list crp-access } // list candidate-rp } // container candidate-rps container bsr-elections { description "PIM BSR election state"; list bsr-election { key "pim-scope"; description "PIM BSR information"; leaf pim-scope { type uint32; description "BSR information"; } container bsr-address { description "BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container bsr-address container candidate-bsr-address { description "C-BSR address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container candidate-bsr-address leaf bsr-priority { type uint8; description "BSR Priority"; } leaf bsr-mask-length { type uint8; description "Hash Function Mask Length"; } leaf bsr-up-time { type uint16; description "BSR Uptime"; } leaf bootstrap-timeout { type uint16; description "Bootstrap Timeout"; } leaf candidate-bsr-state { type uint32; description "BSR Candidate State"; } leaf bsr-election-state { type uint32; description "BSR Election State"; } leaf bsr-scope { type uint16; description "BSR Scope"; } leaf candidate-bsr-flag { type boolean; description "BSR Candidate Config Flag"; } leaf candidate-bsr-priority { type uint8; description "C-BSR Priority"; } leaf candidate-bsr-mask-length { type uint8; description "C-BSR Hash Func. Mask Len"; } } // list bsr-election } // container bsr-elections } // container bsr container route-policy { description "PIM route policy"; container route-policy-statistics { description "PIM route policy statistics"; leaf policy-name { type string; description "RPF policy name"; } leaf requests { type uint32; description "Number of RPF lookup requests"; } leaf pass { type uint32; description "Number of RPF pass"; } leaf drop { type uint32; description "Number of RPF drops"; } leaf default-table { type uint32; description "Number of RPF lookup in default-only Table"; } leaf any-table { type uint32; description "Number of RPF lookup in any Table"; } } // container route-policy-statistics } // container route-policy container rpf-summary { description "PIM RPF registration summary"; leaf default-safi { type uint32; description "Default RPF Table SAFI"; } leaf default-table-name { type string; description "Default RPF Table Name"; } leaf is-mbgp-configured { type boolean; description "Is MBGP configured?"; } leaf is-ospf-te-configured { type boolean; description "Is OSPF TE configured?"; } leaf is-isis-te-configured { type boolean; description "Is ISIS TE configured?"; } leaf is-isis-mtr-configured { type boolean; description "Is ISIS MTR configured?"; } leaf mo-frr-configured { type boolean; description "Is MoFRR configured?"; } leaf rib-mo-frr-configured { type boolean; description "Is MoFRR RIB configured?"; } leaf rump-enabled { type boolean; description "Is RUMP MuRIB enabled?"; } leaf rib-convergence-timeout { type uint32; units "second"; description "RIB convergence timeout in seconds"; } leaf rib-convergence-time-left { type uint32; units "second"; description "RIB convergence time left in seconds"; } leaf is-multipath-enabled { type boolean; description "Is Multipath Enabled ?"; } leaf is-multipath-interface-hash-enabled { type boolean; description "Is Multipath Interface Hash Extension Enabled ?"; } leaf is-multipath-source-hash-enabled { type boolean; description "Is Multipath Source based Hash Enabled ?"; } leaf is-multipath-source-next-hop-hash-enabled { type boolean; description "Is Multipath Source-Nexthop Hash Enabled ?"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } } // container rpf-summary container interfaces { description "PIM interfaces"; list interface { key "interface-name"; description "PIM interface name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container dr-address { description "PIM Designated Router"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container dr-address leaf interface-name-xr { type xr:Interface-name; description "Interface Identfier"; } leaf interface-address-mask { type uint8; description "Interface IP Address Mask"; } leaf is-enabled { type boolean; description "Is PIM enabled on this IF ?"; } leaf neighbor-count { type uint16; description "No. of neighbors on this IF"; } leaf external-neighbor-count { type uint16; description "No. of external neighbors on this IF"; } leaf hello-interval { type uint16; description "Hello Interval"; } leaf dr-priority { type uint32; description "DR Priority"; } leaf hello-expiry { type uint64; description "Hello Timer Expiry"; } leaf are-we-dr { type boolean; description "Are we the DR on this IF ?"; } leaf bfd-enabled { type boolean; description "BFD state"; } leaf bfd-interval { type uint32; description "BFD Interval"; } leaf bfd-multiplier { type uint32; description "BFD Multiplier"; } leaf virtual-interface { type boolean; description " is this a Virtual Interfaces ?"; } leaf passive-interface { type boolean; description "Passive PIM interface"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf sticky-dr-enabled { type boolean; description "Is Sticky DR enabled on Interface"; } leaf sticky-dr-active { type boolean; description "Is Sticky DR Active on Interface"; } leaf sticky-dr-active-since { type uint64; units "second"; description "Sticky DR uptime in seconds"; } leaf join-prune-interval { type uint16; description "Join-Prune Interval"; } leaf prune-delay-enabled { type boolean; description "Prune Delay Enabled"; } leaf configured-propagation-delay { type uint16; description "Configured Propagation Delay"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf configured-override-interval { type uint16; description "Configured Override Interval"; } leaf override-interval { type uint16; description "Override Interval"; } leaf generation-id { type uint32; description "Generation Identifier"; } leaf is-bidirectional-capable { type boolean; description "Bidir Capable"; } leaf is-proxy-capable { type boolean; description "Proxy Capable"; } leaf is-batch-asserts-capable { type boolean; description "Batch Asserts Capable"; } leaf idb-oor-enabled { type boolean; description "Interface oor enabled"; } leaf idb-acl-provided { type boolean; description "ACL name provided"; } leaf idb-max-count { type uint32; description "Interface ole max count"; } leaf idb-threshold-count { type uint32; description "Interface ole threshold count"; } leaf idb-current-count { type uint32; description "Interface ole current count"; } leaf idb-acl-name { type string { length "0..64"; } description "Interface ole ACL Name"; } list interface-address { description "List of Interface IP Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list interface-address } // list interface } // container interfaces container net-io-tunnels { description "Tunnel information that NETIO has "; list net-io-tunnel { key "tunnel-name"; description "PIM netio tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list net-io-tunnel } // container net-io-tunnels container bidir-df-states { description "Bidirectional PIM DF election state table"; list bidir-df-state { key "rp-address interface-name"; description "Bidirectional PIM DF Election Table Entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr leaf pim-interface-name { type string; description "Interface Name"; } leaf election-state { type string; description "DF Election State"; } leaf time-seconds { type uint64; units "second"; description "Timer expires (seconds)"; } leaf time-nano-seconds { type uint64; units "nanosecond"; description "Timer expires (nseconds)"; } leaf our-metric { type uint32; description "Metric"; } leaf our-metric-preference { type uint32; description "MetricPreference"; } } // list bidir-df-state } // container bidir-df-states container topologies { description "PIM topology table"; list topology { key "source-address group-address rpt"; description "PIM topology information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } leaf rpt { type uint32; description "RPT bit"; } container group-address-xr { description "Group Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr container rp-address { description "RP Address (If rpt)"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container rpf-neighbor { description "RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container secondary-rpf-neighbor { description "Secondary RPF Neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container secondary-rpf-neighbor container rpf-root { description "Root of this mcast tree"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-root container proxy-address { description "RPF Proxy address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container proxy-address container orig-src-address { description "Orig Src Address."; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container orig-src-address leaf limit-reached { type boolean; description "Have we throttled the creation of routes or interfaces ?"; } leaf low-memory { type boolean; description "Node is running low on memory"; } leaf protocol { type Pim-show-protocol; description "The PIM protocol"; } leaf wildcard { type boolean; description "WC -Wildcard"; } leaf rpt-xr { type boolean; description "Is this on the RPT ?"; } leaf spt { type boolean; description "Is this on the SPT ?"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; description "When this entry expires"; } leaf alive { type int32; units "second"; description "Alive time in seconds (-1 if never)"; } leaf register-received-timer { type int32; units "second"; description "Register Received Timer in seconds (-1 if never)"; } leaf remote-source { type boolean; description "MSDP told us"; } leaf crossed-threshold { type boolean; description "Incoming traffic crossed threshold. MT flag set"; } leaf data-mdt-addr-assigned { type boolean; description "PIM has assigned a Data MDT Address"; } leaf rpf-interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } leaf rpf-safi { type uint8; description "Unicast or mcast"; } leaf rpf-table-name { type string; description "RPF Table name"; } leaf rpf-drop { type boolean; description "RPF route-policy drop"; } leaf rpf-extranet { type boolean; description "Extranet RPF route-policy"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf secondary-rpf-interface-name { type xr:Interface-name; description "Secondary Interface Identifier"; } leaf connected { type boolean; description "Is Connected ?"; } leaf proxy { type boolean; description "Is the RPF target a proxy?"; } leaf rpf-proxy-enabled { type boolean; description "Is rpf if proxy enabled?"; } leaf mofrr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf rib-mo-frr-enabled { type boolean; description "Is this SG MoFRR enabled?"; } leaf jp-timer { type int32; description "Join-Prune Timer"; } leaf jp-status { type int32; description "Join-Prune Status"; } leaf suppress-registers { type int32; description "When the Null register probe expires"; } leaf assume-alive { type boolean; description "The Assume Alive Bit"; } leaf probe-alive { type boolean; description "The Probe Alive Bit"; } leaf really-alive { type boolean; description "The Really Alive Bit"; } leaf inherit-alive { type boolean; description "The Inherit Alive Bit"; } leaf inherit-spt { type boolean; description "The Inherit SPT Bit"; } leaf signal-sources { type boolean; description "Signal Sources on route?"; } leaf dont-check-connected { type boolean; description "Do we need to make the connected check on this route ?"; } leaf register-received { type boolean; description "Have registers been received for this source ?"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf sending-registers { type boolean; description "Are we sending registers for this route ?"; } leaf sending-null-registers { type boolean; description "Are we sending null registers for this route ?"; } leaf sa-sent { type boolean; description "BGP SA sent"; } leaf sa-received { type boolean; description "BGP SA received"; } leaf sa-joined { type boolean; description "BGP SA join"; } leaf anycast-rp-match { type boolean; description "Group matches Anycast-RP policy"; } leaf anycast-rp-route-target { type inet:ipv4-address; description "Anycast-RP RT"; } leaf bgp-join { type boolean; description "BGP C JOIN"; } leaf bgp-jp-time { type uint64; description "BGP C JP Time"; } leaf customer-routing-type { type int32; description "Type of Customer Routing in the MVPN"; } leaf extranet-route { type boolean; description "Is a Extranet route ?"; } leaf mofrr-active { type boolean; description "Is MoFRR Active?"; } leaf mofrr-primary { type boolean; description "Is this Mofrr Primary?"; } leaf mofrr-backup { type boolean; description "Is this Mofrr Backup?"; } leaf vxlan { type boolean; description "Is this VXLAN?"; } leaf kat-state { type boolean; description "Keep Alive Timer State"; } list outgoing-interface { description "Outgoing interface list"; container assert-winner { description "Assert Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container assert-winner leaf interface-name { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf bgp-c-mcast-prune-delay-timer { type uint64; units "second"; description "BGP C-MCAST Prune Suppression in seconds"; } leaf jp-timer { type int32; units "second"; description "Join-Prune Timer (secs)"; } leaf jp-state { type int32; description "Join-Prune State"; } leaf assert-timer { type int32; units "second"; description "Assert Timer in seconds"; } leaf local-members { type int32; description "Local Information. Deprecated - use 'local-members-information' instead"; } leaf internal-interest-info { type int32; description "Internal Interest. Deprecated - use 'internal-interest-information' instead"; } leaf forwarding-state { type int32; description "Forward or Prune"; } leaf immediate-state { type int32; description "Immediate fwding state"; } leaf last-hop { type boolean; description "Are we last hop ?"; } leaf mldp-inband-mdt { type boolean; description "MLDP Inband MDT interface"; } leaf mldp-stale { type boolean; description "OLE is stale"; } leaf sa-prune { type boolean; description "BGP SA Prune state"; } leaf admin-boundary { type boolean; description "Is this an administrative boundary ?"; } leaf igmp-membership { type boolean; description "IGMP membership"; } leaf mdt-safi-join { type boolean; description "MDT Safi join"; } leaf mvpn-safi-join { type boolean; description "MVPN Safi join"; } leaf local-mdt-join { type boolean; description "Default MDT Join"; } leaf data-mdt-join { type boolean; description "Data MDT join"; } leaf mvpnv6-safi-join { type boolean; description "MVPN IPv6 Safi join"; } leaf bgp-c-mcast-join { type boolean; description "BGP C-Mcast join"; } leaf vrf-name { type string { length "0..33"; } description "VRF which physically owns"; } leaf extranet-interface { type boolean; description "Is this an Extranet Interface ?"; } leaf internal-interest-information { type Pim-internal-interest-info; description "Internal Interest. Replaces internal-interest-info"; } leaf local-members-information { type Pim-show-local-interest; description "Local Information. Replaces local-members"; } leaf assert-state { type boolean; description "Assert State"; } } // list outgoing-interface } // list topology } // container topologies container topology-interface-flag-route-counts { description "Route count for topology with interface flag set"; list topology-interface-flag-route-count { key "interface-flag"; description "Route count for topology with interface flag set"; leaf interface-flag { type Pim-topology-interface-flag; description "Interface flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-interface-flag-route-count } // container topology-interface-flag-route-counts container group-map-sources { description "PIM group-mapping with source information"; list group-map-source { key "prefix prefix-length client protocol rp-address priority"; description "PIM Group Mapping Entry with source information"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf priority { type uint32; description "RP Priority"; } container source-of-information { description "The source of information"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-of-information container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf holdtime { type int32; units "second"; description "Holdtime in seconds"; } leaf expires { type uint64; units "second"; description "Mapping expiry time in seconds"; } leaf uptime { type uint64; units "second"; description "Mapping uptime in seconds"; } } // list group-map-source } // container group-map-sources container traffic-counters { description "PIM message traffic counters"; leaf elapsed-time { type uint32; units "second"; description "Running time for counters in seconds"; } leaf inputs { type uint32; description "Packets in"; } leaf outputs { type uint32; description "Packets out"; } leaf format-error { type uint32; description "Malformed packets in"; } leaf pakman-error { type uint32; description "Pakman packets dropped"; } leaf standby-packets-error { type uint32; description "Packets received in standby state"; } leaf checksum-error { type uint32; description "Checksum errors"; } leaf socket-error { type uint32; description "Socket errors"; } leaf send-queue-full { type uint32; description "Packets dropped since send queue was full"; } leaf boundary-acl-rx-drop { type uint32; description "Inc. JP dropped since boundary ACL confg"; } leaf boundary-acl-tx-drop { type uint32; description "Out JP dropped since boundary ACL confg"; } leaf no-socket-connection { type uint32; description "Packets dropped since no socket connection"; } leaf no-source-address { type uint32; description "Packets dropped since no source address"; } leaf input-hello { type uint32; description "Hello packets in"; } leaf output-hello { type uint32; description "Hello packets out"; } leaf input-jp { type uint32; description "Join Prune packets in"; } leaf output-jp { type uint32; description "Join Prune packets out"; } leaf input-data-register { type uint32; description "Data Register packets in"; } leaf input-null-register { type uint32; description "Null Register packets in"; } leaf output-null-register { type uint32; description "Null Register packets out"; } leaf input-register-stop { type uint32; description "Register Stop packets in"; } leaf output-register-stop { type uint32; description "Register Stop packets out"; } leaf input-assert { type uint32; description "Assert packets in"; } leaf input-assert-batched { type uint32; description "Batched Assert packets in"; } leaf output-assert { type uint32; description "Assert packets out"; } leaf output-assert-batched { type uint32; description "Batched Assert packets out"; } leaf input-df-election { type uint32; description "DF Election packets in"; } leaf output-df-election { type uint32; description "DF Election packets out"; } leaf input-bsr-message { type uint32; description "Input BSR Messages"; } leaf output-bsr-message { type uint32; description "Output BSR Messages"; } leaf input-candidate-rp-advertisement { type uint32; description "Input Candidate-RP Advertisment"; } leaf output-candidate-rp-advertisement { type uint32; description "Output Candidate-RP Advertisment"; } leaf input-ecmp-redirect { type uint32; description "Input Ecmp Redirect"; } leaf output-ecmp-redirect { type uint32; description "Output Ecmp Redirect"; } leaf output-loop-error { type uint32; description "Output on loopback error"; } leaf mldp-mdt-invalid-lsm-identifier { type uint32; description " Invalid LSM ID"; } leaf input-no-idb-error { type uint32; description "No IDB for intf error"; } leaf input-no-vrf-error { type uint32; description "No VRF for idb error"; } leaf input-no-pim-error { type uint32; description "PIM Disabled on intf error"; } leaf input-pim-version-error { type uint32; description "Invalid PIM version error"; } leaf output-join-group { type uint32; description "Output Join Groups"; } leaf output-prune-group { type uint32; description "Output Prune Groups"; } leaf output-join-prune-bytes { type uint32; units "byte"; description "Output JP Bytes"; } leaf output-hello-bytes { type uint32; units "byte"; description "Output Hello Bytes"; } leaf non-supported-packets { type uint32; description "PIM non supported pckets"; } leaf invalid-registers { type uint32; description "PIM invalid registers received"; } leaf invalid-join-prunes { type uint32; description "PIM invalid Join/Prunes received"; } leaf packet-packman-error { type uint32; description "Packets Dropped due to Pakman Error"; } leaf packet-read-socket-error { type uint32; description "Packet Read Socket Error"; } leaf packet-queue-last-clear { type uint32; units "second"; description "Time in seconds since the last clear of all packet queues stats"; } leaf packets-standby { type uint32; description "Packets Dropped due to Standby Error"; } leaf no-mdt-socket-connection { type uint32; description "Packets dropped since no mdt socket connection"; } leaf mdt-send-queue-full { type uint32; description "Packets dropped since mdt send queue was full"; } leaf mdt-socket-error { type uint32; description "MDT Socket errors"; } leaf mdt-join-tlv-sent { type uint32; description "Data MDT Join Msgs sent"; } leaf mdt-join-tlv-received { type uint32; description "Data MDT Join Msgs received"; } leaf mdt-join-bad-type { type uint32; description "Data MDT TLV bad type"; } leaf mdt-drop-local-source-address { type uint32; description "Data MDT Join msgs dropped due to local source addr"; } leaf mdt-drop-null-local-address { type uint32; description "Data MDT Join msgs dropped due to null local addr"; } leaf mdt-drop-no-idb { type uint32; description "Data MDT Join msgs dropped due to idb missing"; } leaf mdt-drop-no-vrf { type uint32; description "Data MDT Join msgs dropped due to vrf missing"; } leaf invalid-destination-packets { type uint32; description "Control Packets with Invalid Destination"; } leaf mdt-joins-drop-multiple-encapsulation { type uint32; description "MDT Join msgs dropped due to multiple Encap limitation"; } leaf truncated-pim-packets { type uint32; description "Packets dropped due to truncated Joins or Prunes"; } leaf invalid-source-encodings { type uint32; description "Number of invalid source encodings received"; } leaf invalid-hello-options { type uint32; description "Number of invalid hello options received"; } list packet-queue { max-elements 2; description "Packet queue state and statistics"; container packet-queue-state { description "State of the queue"; leaf max-queue-size { type uint32; units "byte"; description "Maximum size of queue in bytes"; } leaf queue-size-bytes { type uint32; units "byte"; description "Size of queue in bytes"; } leaf queue-size-packets { type uint32; description "Size of queue in number of packets"; } } // container packet-queue-state container packet-queue-stats { description "Statistics about the queue"; leaf enqueued-packets { type uint32; description "Total number of packets enqueued to this queue"; } leaf dequeued-packets { type uint32; description "Total number of packets dequeued from this queue"; } leaf high-water-mark-packets { type uint32; description "Highest number of packets enqueued in this queue"; } leaf high-water-mark-bytes { type uint32; units "byte"; description "Highest number of bytes enqueued in this queue"; } leaf tail-drops { type uint32; description "Number packets dropped from this queue due to max size"; } } // container packet-queue-stats leaf packet-queue-priority { type uint32; description "Priority of this packet queue"; } } // list packet-queue } // container traffic-counters container group-map-rpfs { description "PIM group mapping information"; list group-map-rpf { key "prefix prefix-length client protocol rp-address rp-priority"; description "PIM group mapping entry"; leaf prefix { type inet:ip-address-no-zone; description "Prefix"; } leaf prefix-length { type uint32; description "Prefix length"; } leaf client { type Pim-client; description "Client"; } leaf protocol { type Pim-protocol; description "Protocol"; } leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf rp-priority { type uint32; description "RP priority"; } container rpf-neighbor { description "RPF neighbor to the RP"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-neighbor container group-map-information { description "Group Mapping information"; container prefix { description "Group range prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container rp-address { description "Rendezvous Point Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address leaf prefix-length { type int32; description "Group range prefix length"; } leaf client { type Pim-show-range-client; description "Client mapping learnt from"; } leaf protocol { type Pim-show-protocol; description "Protocol mode of the range"; } leaf group-count { type uint32; description "No. of groups in this range"; } leaf is-used { type boolean; description "Is this mapping being used?"; } leaf mrib-active { type boolean; description "Is this mapping active in MRIB?"; } leaf is-override { type boolean; description "Is this the override range?"; } leaf priority { type uint32; description "Bootstrap priority"; } } // container group-map-information leaf are-we-rp { type boolean; description "Are we the RP?"; } leaf rpf-interface-name { type xr:Interface-name; description "RPF interface to the RP"; } leaf rpf-vrf-name { type string { length "0..33"; } description "RPF VRF Name"; } } // list group-map-rpf } // container group-map-rpfs container summary { description "PIM summary"; leaf route-limit { type uint32; description "Maximum routes"; } leaf route-count { type uint32; description "Current routes"; } leaf route-low-water-mark { type uint32; description "The number of routes below which the throttle on route creation will be lifted"; } leaf is-route-limit-reached { type boolean; description "Is route creation throttled"; } leaf topology-interface-state-limit { type uint32; description "Maximum Topology Interface State count"; } leaf topology-interface-state-count { type uint32; description "Current Topology Interface State count"; } leaf rxi-low-water-mark { type uint32; description "The rxi below which the throttle on interface creation will be lifted"; } leaf rxi-limit-reached { type boolean; description "Is interface creation throttled"; } leaf register-limit { type uint32; description "Maximum registers"; } leaf register-count { type uint32; description "Current registers"; } leaf register-limit-reached { type boolean; description "Is PIM SM register handling throttled"; } leaf ranges-limit { type uint32; description "Maximum group ranges from Autorp"; } leaf ranges-count { type uint32; description "Current group ranges from Autorp"; } leaf ranges-threshold { type uint32; description "OOR theshold of grange ranges from AutoRP"; } leaf is-ranges-limit-reached { type boolean; description "Is Auto-RP group-to-RP mapping range creation throttled"; } leaf bsr-ranges-limit { type uint32; description "Maximum group ranges from BSR"; } leaf bsr-ranges-count { type uint32; description "Current group ranges from BSR"; } leaf bsr-range-threshold { type uint32; description "Threshold group range from BSR"; } leaf is-bsr-ranges-threshold-reached { type boolean; description "Is VRF-specific BSR group-to-RP mapping range creation throttled"; } leaf bsr-candidate-rp-set-limit { type uint32; description "Maximum crp-set from BSR"; } leaf bsr-candidate-rp-set-count { type uint32; description "Current crp-set count from BSR"; } leaf bsr-candidate-rp-set-threshold { type uint32; description "Threshold crp-set from BSR"; } leaf is-maximum-enforcement-disabled { type boolean; description "Is maximum enforcement disabled"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } leaf route-threshold { type uint32; description "Threshold routes"; } leaf global-auto-rp-ranges-limit { type uint32; description "Global Auto-RP maximum group ranges"; } leaf is-global-auto-rp-ranges-limit-reached { type boolean; description "Is global AutoRP group-to-RP mapping range creation throttled"; } leaf global-bsr-ranges-limit { type uint32; description "Global BSR maximum group ranges"; } leaf global-bsr-ranges-count { type uint32; description "Global BSR current group ranges"; } leaf global-bsr-ranges-threshold { type uint32; description "Global BSR Threshold group ranges"; } leaf is-global-bsr-ranges-limit-reached { type boolean; description "Is global BSR group-to-RP mapping range creation throttled"; } leaf global-bsr-candidate-rp-set-limit { type uint32; description "Global BSR maximum crp-set"; } leaf global-bsr-candidate-rp-set-count { type uint32; description "Global BSR current crp-set count"; } leaf global-bsr-candidate-rp-set-threshold { type uint32; description "Global BSR Threshold crp-set"; } leaf is-global-route-limit-reached { type boolean; description "Is global route creation throttled"; } leaf topology-interface-state-threshold { type uint32; description "Topology Interface State threshold"; } leaf is-global-rxi-limit-reached { type boolean; description "Is global interface creation throttled"; } leaf register-threshold { type uint32; description "Threshold registers"; } leaf global-register-limit { type uint32; description "Maximum global registers"; } leaf is-global-register-limit-reached { type boolean; description "Is global PIM SM register handling throttled"; } } // container summary container gre { description "GRE information"; container gre-next-hops { description "GRE destination neighbor table"; list gre-next-hop { key "destination-address"; description "PIM GRE address next-hop information"; leaf destination-address { type inet:ip-address-no-zone; description "GRE destination address"; } container registered-address { description "Address registered"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container registered-address leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric preference"; } leaf is-connected { type uint8; description "Are we connected ?"; } list gre-path { description "GRE Paths list"; container gre-neighbor { description "GRE neighbor"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-neighbor container gre-next-hop { description "GRE nexthop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container gre-next-hop leaf gre-interface-name { type xr:Interface-name; description "GRE Interface"; } leaf is-gre-interface-disabled { type boolean; description "Is the gre interface disabled ?"; } leaf is-via-lsm { type boolean; description "Via LSM"; } leaf is-connector-attribute-present { type boolean; description "Connector attribute present"; } leaf extranet-vrf-name { type string { length "0..33"; } description "Extranet VRF name"; } } // list gre-path } // list gre-next-hop } // container gre-next-hops } // container gre container bidir-df-winners { description "Bidirectional PIM DF election winner table"; list bidir-df-winner { key "rp-address interface-name"; description "Bidirectional PIM DF election table entry"; leaf rp-address { type inet:ip-address-no-zone; description "RP address"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address-xr { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address-xr container df-winner { description "DF Winner"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container df-winner leaf pim-interface-name { type string; description "Interface Name"; } leaf are-we-df { type boolean; description "Are we DF"; } leaf rp-lan { type boolean; description "Is this the RP LAN"; } leaf metric { type uint32; description "Metric"; } leaf metric-preference { type uint32; description "Metric Preference"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } } // list bidir-df-winner } // container bidir-df-winners container table-contexts { description "PIM table context list"; list table-context { key "saf-name topology-name"; description "PIM table context information"; leaf saf-name { type Pim-safi; description "SAF name"; } leaf topology-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Topology name"; } leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // list table-context } // container table-contexts container neighbor-summaries { description "PIM neighbor summary table"; list neighbor-summary { key "interface-name"; description "PIM neighbor summary information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf number-of-neighbors { type int32; description "Number of neighbors"; } leaf number-of-external-neighbors { type int32; description "Number of external neighbors"; } } // list neighbor-summary } // container neighbor-summaries container context { description "PIM context information"; container remote-default-group { description "Remote Default Group"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container remote-default-group container rpf-default-table { description "RPF Default Table"; leaf afi { type uint32; description "AFI"; } leaf safi { type uint32; description "SAFI"; } leaf table-name { type string; description "Table name"; } leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf is-active { type boolean; description "Active status"; } leaf is-ital-registration-done { type boolean; description "ITAL reg status"; } leaf is-rib-registration-done { type boolean; description "RIB reg status"; } leaf is-rib-convergence-received { type boolean; description "RIB Convergence receive status"; } leaf is-rib-convergence { type boolean; description "RIB Convergence status"; } leaf rpf-registrations { type uint32; description "RPF Registration count"; } } // container rpf-default-table leaf vrf-id { type uint32; description "VRF ID"; } leaf table-id { type uint32; description "Table ID"; } leaf murib-id { type uint32; description "MURIB ID"; } leaf rpf-id { type uint32; description "RPF ID"; } leaf remote-table-id { type uint32; description "Remote Table ID"; } leaf mdt-default-group { type inet:ipv4-address; description "MDT Default group"; } leaf mdt-source { type inet:ipv4-address; description "MDT source"; } leaf mdt-source-interface { type string; description "MDT Source Interface Name"; } leaf mdt-interface { type xr:Interface-name; description "MDT handle"; } leaf mdt-gre-rpf-identifier { type uint32; description "GRE-MDT RPF Identifier"; } leaf mdt-gre-remote-rpf-identifier { type uint32; description "GRE-MDT Remote RPF Identifier"; } leaf is-unicast-rib-registration { type boolean; description "Ucast RIB Registration"; } leaf is-multicast-rib-registration { type boolean; description "Mcast RIB Registration"; } leaf is-active { type boolean; description "Active"; } leaf is-active-ital { type boolean; description "Active ITAL"; } leaf is-mrib-register { type boolean; description "MRIB Register"; } leaf is-mdt-owner { type boolean; description "MDT Owner"; } leaf is-routing-enabled { type boolean; description "Routing Enabled"; } leaf is-socket-add-required { type boolean; description "VRF required on Socket"; } leaf is-socket-added { type boolean; description "VRF added on Socket"; } leaf is-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Socket"; } leaf is-lpts-socket-added { type boolean; description "VRF LPTS filter added on Socket"; } leaf is-udp-socket-add-required { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-added { type boolean; description "VRF added on UDP Socket"; } leaf is-udp-socket-bind-required { type boolean; description "VRF bind required on UDP Socket"; } leaf is-udp-socket-bind { type boolean; description "VRF bound on UDP Socket"; } leaf is-register-injection-socket-add-required { type boolean; description "VRF required on Register Injection Socket"; } leaf is-register-injection-socket-added { type boolean; description "VRF added on Register Injection Socket"; } leaf is-register-injection-lpts-socket-add-required { type boolean; description "VRF LPTS filter required on Register Injection Socket"; } leaf is-register-injection-lpts-socket-added { type boolean; description "VRF LPTS filter added on Register Injection Socket"; } leaf is-m-host-publish-pending { type boolean; description "Publish pending for MHost Default interface"; } leaf mhost-interface { type xr:Interface-name; description "MHost handle"; } leaf mhost-default-interface-config { type string; description "Configured Mhost Defint"; } leaf mdt-mtu { type uint32; description "MDT MTU"; } leaf maximum-mdt-aggregation { type uint32; description "MDT max aggregation"; } leaf mdt-data-switchover-interval { type uint32; description "Data MDT Switchover interval"; } leaf mdt-data-announce-interval { type uint32; description "Data MDT Announce interval"; } leaf non-default-vrf-count-on-socket { type uint32; description "Count of non-default vrfs on raw socket"; } leaf neighbor-filter-name { type string; description "Neighbor Filter Name"; } leaf mdt-neighbor-filter-name { type string; description "MDT Neighbor Filter Name"; } leaf allow-rp-configured { type boolean; description "Allow RP Configured"; } leaf allow-rp-group-list { type string { length "0..64"; } description "Allow RP Group-List ACL Name"; } leaf allow-rp-rp-list { type string { length "0..64"; } description "Allow RP RP-list ACL Name"; } leaf sg-expiry-timer-configured { type boolean; description "S,G Expiry Timer Configured"; } leaf sg-expiry-time { type uint16; units "second"; description "S,G Expiry Time Configured, in seconds"; } leaf sg-expiry-timer-sg-list { type string { length "0..64"; } description "S,G expiry timer ACL name"; } leaf mldp-mdt-name { type string; description "MLDP MDT Name"; } leaf mldp-mdt-interface { type xr:Interface-name; description "MLDP MDT handle"; } leaf mldp-mdt-mtu { type uint32; description "MLDP MDT MTU"; } leaf mldp-maximum-mdt-aggregation { type uint32; description "MLDP MDT max aggregation"; } leaf mldp-mdt-data-switchover-interval { type uint32; description "MLDP Data MDT Switchover interval"; } leaf mldp-mdt-data-announce-interval { type uint32; description "MLDP Data MDT Announce interval"; } leaf mldp-mdt-rpf-identifier { type uint32; description "MLDP RPF-ID"; } leaf mldp-mdt-remote-rpf-identifier { type uint32; description "MLDP Remote RPF-ID"; } leaf is-create-mldp-mdt-interface { type boolean; description "Create MLDP MDT interface"; } leaf is-mldp-mdt-owner { type boolean; description "MLDP MDT Owner"; } leaf mldp-root-count { type uint32; description "MLDP Root count"; } leaf mldp-head-lsm-identifier { type uint32; description "MLDP Head LSM-ID"; } leaf mldp-remote-head-lsm-identifier { type uint32; description "MLDP Remote Head LSM-ID"; } leaf organization-unique-identifier { type uint32; description "OUI for VPN-ID"; } leaf vpn-index { type uint32; description "VPN Index"; } leaf mldp-partitioned-mdt-configured { type boolean; description "MLDP Partitioned MDT"; } leaf mldp-remote-partitioned-mdt-configured { type boolean; description "MLDP Remote Partitioned MDT"; } leaf mldp-partioned-mp2m-ptree { type boolean; description "MP2MP Partitioned MDT tree"; } leaf mldp-partitioned-head-lsm-identifier { type uint32; description "Partitioned MDT Head LSM-ID"; } leaf mldp-head-local-label { type uint32; description "Partitioned MDT Head local label"; } leaf mldp-partitioned-mdt-identifier { type uint32; description "MLDP Partitioned MDT Identifier"; } leaf bgp-auto-discovery-configured { type boolean; description "BGP Auto-Discovery configured"; } leaf suppress-pim-data-mdt-tlv { type boolean; description "Suppress PIM Data-MDT TLV Announcements"; } leaf inter-autonomous-system-enabled { type boolean; description "Inter-AS Enabled"; } leaf bgp-source-active-announce { type boolean; description "Send BGP Source-Active Announcements"; } leaf bgp-i-pmsi-added { type boolean; description "BGP I-PMSI Added"; } leaf mldp-bsr-control-tree-added { type boolean; description "MLDP BSR Control tree added"; } leaf mldp-auto-rp-discovery-tree-added { type boolean; description "MLDP Autorp Discovery Control tree added"; } leaf mldp-auto-rp-announce-tree-added { type boolean; description "MLDP Autorp Announce Control tree added"; } leaf bgp-auto-discovery-type { type uint32; description "BGP Auto Discovery Type"; } leaf mdt-partitioned-mdt-control-identifier { type uint32; description "Partitioned MDT Control Identifier"; } leaf mdt-partitioned-ir-control-identifier { type uint32; description "Partitioned IR MDT Control Identifier"; } leaf mldp-control-head-lsm-identifier { type uint32; description "MLDP MVPN Identifier"; } leaf umh { type boolean; description "Join UMH Core-Tree"; } leaf suppress-shared-tree-join { type boolean; description "Suppress Shared-Tree Joins"; } leaf rsvp-te-mdt-name { type string; description "RSVP-TE MDT Name"; } leaf rsvp-te-mdt-interface { type xr:Interface-name; description "RSVP-TEMDT handle"; } leaf rsvp-te-mdt-mtu { type uint32; description "RSVP-TEMDT MTU"; } leaf rsvp-te-maximum-mdt-aggregation { type uint32; description "RSVP-TE MDT max aggregation"; } leaf rsvp-te-mdt-data-switchover-interval { type uint32; description "RSVP-TE Data MDT Switchover interval"; } leaf rsvp-te-mdt-data-announce-interval { type uint32; description "RSVP-TE Data MDT Announce interval"; } leaf rsvp-te-mdt-rpf-identifier { type uint32; description "RSVP-TE RPF-ID"; } leaf is-create-rsvp-te-mdt-interface { type boolean; description "Create RSVP-TE MDT interface"; } leaf is-rsvp-te-mdt-owner { type boolean; description "RSVP-TE MDT Owner"; } leaf rsvp-te-mdt-static-p2mp-count { type uint32; description "Number of Static P2MP-TE MDT"; } leaf p2mpte-li-drop { type uint32; description "Route LI updates dropped for P2MP"; } leaf ir-mdt-name { type string; description "IR MDT Name"; } leaf ir-mdt-interface { type xr:Interface-name; description "IRMDT handle"; } leaf ir-mdt-mtu { type uint32; description "IRMDT MTU"; } leaf ir-maximum-mdt-aggregation { type uint32; description "IR MDT max aggregation"; } leaf ir-mdt-data-switchover-interval { type uint32; description "IR Data MDT Switchover interval"; } leaf ir-mdt-data-announce-interval { type uint32; description "IR Data MDT Announce interval"; } leaf ir-mdt-rpf-identifier { type uint32; description "IR RPF-ID"; } leaf ir-mdt-tail-label { type uint32; description "IR Tail Label"; } leaf is-create-ir-mdt-interface { type boolean; description "Create IR MDT interface"; } leaf is-ir-mdt-owner { type boolean; description "IR MDT Owner"; } leaf is-sr-local { type boolean; description "SR Local"; } leaf is-sr-remote { type boolean; description "SR Remote"; } leaf sr-mdt-name { type string; description "SR MDT Name"; } leaf sr-mdt-interface { type xr:Interface-name; description "SRMDT handle"; } leaf sr-mdt-mtu { type uint32; description "SRMDT MTU"; } leaf sr-maximum-mdt-aggregation { type uint32; description "SR MDT max aggregation"; } leaf sr-mdt-data-switchover-interval { type uint32; description "SR Data MDT Switchover interval"; } leaf sr-mdt-data-announce-interval { type uint32; description "SR Data MDT Announce interval"; } leaf sr-mdt-rpf-identifier { type uint32; description "SR RPF-ID"; } leaf sr-mdt-tail-label { type uint32; description "SR Tail Label"; } leaf is-create-sr-mdt-interface { type boolean; description "Create SR MDT interface"; } leaf is-sr-mdt-owner { type boolean; description "SR MDT Owner"; } leaf mdt-partitioned-tree-sid-control-identifier { type uint32; description "Partitioned Tree-SID MDT Control Identifier"; } leaf in-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf in-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf in-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf in-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf in-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf in-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf in-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-in-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-in-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf in-band-signaling-local-enabled { type boolean; description "Inband signaling Local enabled"; } leaf in-band-signaling-remote-enabled { type boolean; description "Inband signaling Remote enabled"; } leaf valid-rd-present { type boolean; description "RD is valid"; } leaf stale-rd-present { type boolean; description "RD is stale"; } leaf route-distinguisher { type yang:hex-string; description "RD value"; } leaf gin-b-and-mdt-name { type string; description "Inband MDT Name"; } leaf gin-b-and-mdt-interface { type xr:Interface-name; description "Inband MDT handle"; } leaf gin-b-and-mdt-mtu { type uint32; description "Inband MDT MTU"; } leaf gin-band-maximum-mdt-aggregation { type uint32; description "Inband MDT max aggregation"; } leaf gin-b-and-mdt-data-switchover-interval { type uint32; description "Inband Data MDT Switchover interval"; } leaf gin-b-and-mdt-data-announce-interval { type uint32; description "Inband Data MDT Announce interval"; } leaf gin-b-and-mdt-rpf-identifier { type uint32; description "Inband RPF-ID"; } leaf is-create-gin-b-and-mdt-interface { type boolean; description "Create Inband MDT interface"; } leaf is-gin-b-and-mdt-owner { type boolean; description "Inband MDT Owner"; } leaf is-pim-nsf-rib-converged { type boolean; description "PIM NSF RIB converged"; } leaf is-pim-nsf-rib-converge-received { type boolean; description "PIM NSF RIB converge received"; } leaf is-rib-multipath-enabled { type boolean; description "PIM RIB multiplath enabled"; } leaf is-rib-multipath-interface-hash { type boolean; description "PIM RIB multipath interface hash"; } leaf is-rib-multipath-source-hash { type boolean; description "PIM RIB multipath source based hash"; } leaf is-rib-multipath-source-next-hop-hash { type boolean; description "PIM RIB multipath source-nexthop hash"; } leaf rump-enabled { type boolean; description "PIM is using MuRIB"; } leaf is-create-mdt-interface { type boolean; description "Create MDT interface"; } leaf is-auto-rp-listen-enabled { type boolean; description "Auto RP Listen Enabled"; } leaf is-all-interface-disable-operation { type boolean; description "PIM all interface disable operation"; } leaf is-default-granges { type boolean; description "Default granges"; } leaf is-auto-rp-listen-sock-add { type boolean; description "Auto RP listen sock add"; } leaf is-redistribution-reset { type boolean; description "Pending redist reset"; } leaf redistribution-reset-count { type uint32; description "Redist reset count"; } leaf rpf-policy-name { type string; description "RPF topology selection route-policy name"; } leaf table-count { type uint32; description "Number of configured Tables"; } leaf active-table-count { type uint32; description "Number of active Tables"; } leaf anycast-rp-policy-name { type string; description "Anycast-RP Policy Name"; } leaf anycast-rp-configured { type boolean; description "Anycast-RP config"; } leaf bgp-remote-on { type boolean; description "BGP remote interface status"; } leaf bgp-remote-interface-name { type string; description "BGP remote interface name"; } leaf bgp-remote-interface { type xr:Interface-name; description "BGP remote interface handle"; } leaf bgp-remote-address { type inet:ipv4-address; description "BGP remote interface address"; } leaf bgp-remote-state { type uint32; description "BGP remote interface state"; } leaf physical-interface-count { type uint64; description "Enabled Physical Interface Count"; } leaf virtual-interface-count { type uint64; description "Enabled Virtual Interface Count"; } leaf virtual-mlc-interface-name { type string; description "Virtual master line card Interface"; } leaf mdt-immediate-switch { type boolean; description "MDT Immediate Switch"; } leaf remote-mdt-idb-name { type string; description "Remote MDT Interface Handle Name"; } leaf remote-mdt-address { type inet:ipv4-address; description "Remote MDT interface address"; } leaf-list mldp-root-address { type uint32; description "MLDP Root addresses"; } list export-route-target { description "Export Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list export-route-target list import-route-target { description "Import Route Targets"; leaf route-target { type yang:hex-string; description "Route Target Extended community value"; } leaf configured { type boolean; description "Configured Route Target"; } leaf anycast-rp { type boolean; description "Anycast-RP Group"; } leaf anycast-rp-marked { type boolean; description "Anycast-RP Group marked"; } leaf update-pending { type boolean; description "Update Pending to BGP"; } leaf bgp-auto-discovery { type boolean; description "BGP Auto Discovery"; } leaf segment-border { type boolean; description "Segment Border"; } } // list import-route-target list anycast-rp-range { description "Anycast-RP Ranges"; container prefix { description "Anycast-RP Range Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix leaf prefix-length { type uint8; description "Anycast-RP Range Prefix Length"; } leaf ancast-rp-marked { type boolean; description "Anycast-RP Range marked"; } } // list anycast-rp-range } // container context container topology-entry-flag-route-counts { description "Route count for topology with entry flag set"; list topology-entry-flag-route-count { key "entry-flag"; description "Route count for topology with entry flag set"; leaf entry-flag { type Pim-topology-entry-flag; description "entry flag"; } leaf group-ranges { type uint32; description "No. of (*,G/M) routes"; } leaf active-group-ranges { type uint32; description "No. of (*,G/M) routes active in mrib"; } leaf groute-count { type uint32; description "No. of (*,G) routes"; } leaf sg-route-count { type uint32; description "No. of (S,G) routes"; } leaf sgr-route-count { type uint32; description "No. of (S,G)RPT routes"; } leaf is-node-low-memory { type boolean; description "Is node in low memory condition"; } } // list topology-entry-flag-route-count } // container topology-entry-flag-route-counts container rpf-redirect { description "PIM ECMP RPF-redirect bundle"; container redirect-route-databases { description "PIM ECMP RPF-redirect route database"; list redirect-route-database { key "source-address group-address"; description "PIM ECMP RPF-redirect route information"; leaf source-address { type inet:ip-address-no-zone; description "Source address"; } leaf group-address { type inet:ip-address-no-zone; description "Group address"; } container group-address-xr { description "Group ddress"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-xr container source-address-xr { description "Source address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-xr leaf bandwidth { type uint32; units "kbit/s"; description "Bandwidth in Kbps"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } list interface { description "Outgoing interface list"; container rpf-address { description "RPF Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rpf-address leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expiry { type uint64; units "second"; description "Expiry in seconds"; } leaf is-rpf-interface { type boolean; description "Is RPF Interface"; } leaf is-outgoing-interface { type boolean; description "Is outgoing Interface"; } leaf is-snoop-interface { type boolean; description "Is snooping Interface"; } } // list interface } // list redirect-route-database } // container redirect-route-databases container bundle-interfaces { description "PIM ECMP RPF-redirect bundle information"; list bundle-interface { key "bundle-name interface-name"; description "PIM ECMP RPF-redirect bundle interface information"; leaf bundle-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Bundle name"; } leaf interface-name { type xr:Interface-name; description "Bundle interface name"; } leaf rpf-redirect-bundle-name { type string { length "0..33"; } description "RPF redirect bundle name"; } leaf rpf-redirect-interface-name { type string { length "0..33"; } description "RPF redirect interface name"; } leaf available-bandwidth { type int32; units "kbit/s"; description "Bandwidth available in Kbps"; } leaf allocated-bandwidth { type int32; units "kbit/s"; description "Bandwidth allocated in Kbps"; } leaf total-bandwidth { type int32; units "kbit/s"; description "Total bandwidth used in Kbps"; } leaf topology-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by topology in Kbps"; } leaf snooping-bandwidth-used { type int32; units "kbit/s"; description "Bandwidth used by snooped entries in Kbps"; } leaf allocated-threshold-bandwidth { type int32; units "kbit/s"; description "Configured threshold in Kbps"; } leaf available-threshold-bandwidth { type int32; units "kbit/s"; description "Available threshold in Kbps"; } } // list bundle-interface } // container bundle-interfaces } // container rpf-redirect container tunnels { description "Tunnels information that PIM has"; list tunnel { key "tunnel-name"; description "PIM tunnel information"; leaf tunnel-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Tunnel name"; } container source-address { description "Source addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address container rp-address { description "RP addr known to PIM"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address-netio { description "Source addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address-netio container group-address-netio { description "Group addr from netio"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container group-address-netio leaf vrf-name { type string { length "0..33"; } description "VRF Name"; } } // list tunnel } // container tunnels container multicast-static-routes { description "PIM multicast static route table"; list multicast-static-route { key "address prefix-length"; description "PIM multicast static route information"; leaf address { type inet:ip-address-no-zone; description "Network address"; } leaf prefix-length { type uint32; description "Prefix length"; } container prefix { description "Prefix"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container prefix container nexthop { description "Next Hop"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container nexthop leaf interface-name { type xr:Interface-name; description "Interface Handle"; } leaf distance { type uint32; description "Distance"; } leaf prefix-length-xr { type uint8; description "Prefix Length"; } leaf is-via-lsm { type boolean; description "LSM flag"; } } // list multicast-static-route } // container multicast-static-routes container neighbors { description "PIM neighbor table"; list neighbor { key "interface-name neighbor-address"; description "PIM neighbor information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf neighbor-address { type inet:ip-address-no-zone; description "Neighbor address"; } leaf interface-name-xr { type xr:Interface-name; description "Interface Identifier"; } leaf uptime { type uint64; units "second"; description "Uptime in seconds"; } leaf expires { type uint64; units "second"; description "Neighbor expiry in seconds"; } leaf expiry-timer { type uint64; units "second"; description "Expiry timer in seconds"; } leaf is-this-neighbor-us { type boolean; description "Is this neighbor us ?"; } leaf is-this-neighbor-dr { type boolean; description "Is this neighbor the DR"; } leaf is-dr-priority-capable { type boolean; description "Is this neighbor DR priority capable ?"; } leaf dr-priority { type uint32; description "DR priority"; } leaf is-bidirectional-capable { type boolean; description "Is this neighbor bidir capable ?"; } leaf is-proxy-capable { type boolean; description "Is this neighbor proxy capable?"; } leaf is-batch-asserts-capable { type boolean; description "Is this neighbor capable of batching asserts?"; } leaf is-ecmp-redirect-capable { type boolean; description "Is this neighbor capable of Ecmp Redirect?"; } leaf is-bfd-state { type boolean; description "Is the neighbor bfd session created"; } leaf sticky-dr-neighbor { type boolean; description "Is Sticky DR advertised on interface by neighbor"; } leaf propagation-delay { type uint16; description "Propagation Delay"; } leaf override-interval { type uint16; description "Override Interval"; } list neighbor-address-xr { description "List of Neighbor Addresses"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // list neighbor-address-xr } // list neighbor } // container neighbors } // list vrf } // container vrfs } // container active } // container ipv6-pim container pim6-ma { config false; description "PIM6 MA operational data"; container active { description "Active Process"; container interface-table { description "Interface Table"; container interface-by-handles { description "Table of PIM MA interfaces indexed by handle"; list interface-by-handle { key "interface-handle"; description "PIM MA interface referenced by handle"; leaf interface-handle { type uint32; description "Interface handle"; } container rp-address { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address leaf interface-name-xr { type xr:Interface-name; description "Interface Name"; } leaf vrf-name { type string; description "VRF Name"; } leaf interface-type { type Pim-interface; description "Interface Type"; } } // list interface-by-handle } // container interface-by-handles container interface-by-names { description "Table of PIM MA interfaces indexed by name"; list interface-by-name { key "interface-name"; description "PIM MA interface referenced by name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address leaf interface-name-xr { type xr:Interface-name; description "Interface Name"; } leaf vrf-name { type string; description "VRF Name"; } leaf interface-type { type Pim-interface; description "Interface Type"; } } // list interface-by-name } // container interface-by-names } // container interface-table container pim-ma-summary { description "PIM MA summary"; leaf is-im-connection-open { type boolean; description "IM Connection Open"; } leaf is-netio-connection-open { type boolean; description "Netio Connection Open"; } leaf is-edm-connection-open { type boolean; description "EDM Connection Open"; } leaf is-standby-edm-connection-open { type boolean; description "Standby EDM Connection Open"; } leaf encap-interface-count { type uint32; description "Encap Interface Count"; } leaf decap-interface-count { type uint32; description "Decap Interface Count"; } leaf mdt-interface-count { type uint32; description "MDT Interface Count"; } } // container pim-ma-summary } // container active container standby { description "Standby Process"; container interface-table { description "Interface Table"; container interface-by-handles { description "Table of PIM MA interfaces indexed by handle"; list interface-by-handle { key "interface-handle"; description "PIM MA interface referenced by handle"; leaf interface-handle { type uint32; description "Interface handle"; } container rp-address { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address leaf interface-name-xr { type xr:Interface-name; description "Interface Name"; } leaf vrf-name { type string; description "VRF Name"; } leaf interface-type { type Pim-interface; description "Interface Type"; } } // list interface-by-handle } // container interface-by-handles container interface-by-names { description "Table of PIM MA interfaces indexed by name"; list interface-by-name { key "interface-name"; description "PIM MA interface referenced by name"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container rp-address { description "RP Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container rp-address container source-address { description "Source Address"; leaf af-name { type Pim-afi; description "AFName"; } leaf ipv4-address { when "../af-name = 'ipv4-unicast'" { description "../AFName = 'IPv4Unicast'"; } type inet:ipv4-address; description "IPv4 Address"; } leaf ipv6-address { when "../af-name = 'ipv6-unicast'" { description "../AFName = 'IPv6Unicast'"; } type Ipv6-address; description "IPV6 Address"; } } // container source-address leaf interface-name-xr { type xr:Interface-name; description "Interface Name"; } leaf vrf-name { type string; description "VRF Name"; } leaf interface-type { type Pim-interface; description "Interface Type"; } } // list interface-by-name } // container interface-by-names } // container interface-table container pim-ma-summary { description "PIM MA summary"; leaf is-im-connection-open { type boolean; description "IM Connection Open"; } leaf is-netio-connection-open { type boolean; description "Netio Connection Open"; } leaf is-edm-connection-open { type boolean; description "EDM Connection Open"; } leaf is-standby-edm-connection-open { type boolean; description "Standby EDM Connection Open"; } leaf encap-interface-count { type uint32; description "Encap Interface Count"; } leaf decap-interface-count { type uint32; description "Decap Interface Count"; } leaf mdt-interface-count { type uint32; description "MDT Interface Count"; } } // container pim-ma-summary } // container standby } // container pim6-ma } // module Cisco-IOS-XR-pim-oper
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