This module contains a collection of YANG definitions for Cisco IOS-XR l2vpn package configuration. This module contains defini...
Version: 2021-06-09
module Cisco-IOS-XR-l2vpn-cfg { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-l2vpn-cfg"; prefix l2vpn-cfg; import ietf-inet-types { prefix inet; } import ietf-yang-types { prefix yang; } import Cisco-IOS-XR-types { prefix xr; } import cisco-semver { prefix semver; } import Cisco-IOS-XR-ifmgr-cfg { prefix a1; } import Cisco-IOS-XR-snmp-agent-cfg { prefix a2; } 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 l2vpn package configuration. This module contains definitions for the following management objects: l2vpn: L2VPN configuration generic-interface-lists: Generic Interface List configuration evpn: EVPN configuration This YANG module augments the Cisco-IOS-XR-ifmgr-cfg, Cisco-IOS-XR-snmp-agent-cfg modules with configuration data. Copyright (c) 2013-2021 by Cisco Systems, Inc. All rights reserved."; revision "2021-06-09" { description "- Added support for enforce-mtu-match CLI globally under evpn submode - Added support for transmit-l2-mtu CLI globally under evpn submode - Added support for enforce-mtu-match CLI under evpn instance submode - Added support for transmit-l2-mtu CLI under evpn instance submode 2020-08-08 Added support for ignore-mtu-mismatch and transmit-mtu-zero CLI globally under evpn submode."; } revision "2020-06-29" { description "Changed key for Pseudowire type to IPv4 neighbor - PW-ID or IPv6 neighbor - PW-id pair. 2019-12-20 EVPN SRv6 related changes"; } revision "2019-04-05" { description "Establish semantic version baseline."; } revision "2018-06-15" { description "Allow min..max in range when min == max."; } revision "2017-06-26" { description "Change identifiers to be more readable."; } revision "2017-05-01" { description "Fixing backward compatibility error in module."; } revision "2015-11-09" { description "IOS XR 6.0 revision."; } semver:module-version "4.0.0"; semver:module-version "3.0.0"; semver:module-version "2.0.0"; typedef Evpn-encapsulation { type enumeration { enum "evpn-encapsulationvxlan" { value 8; description "VXLAN Encapsulation"; } enum "evpn-encapsulation-mpls" { value 10; description "MPLS Encapsulation"; } enum "evpn-encapsulation-route-sync" { value 254; description "Route Sync Encapsulation"; } enum "evpn-encapsulation-srv6" { value 255; description "SRv6 Encapsulation"; } } description "Evpn encapsulation"; } typedef Interworking { type enumeration { enum "ethernet" { value 1; description "Ethernet interworking"; } enum "ipv4" { value 3; description "IPv4 interworking"; } } description "Interworking"; } typedef L2vpn-capability-mode { type enumeration { enum "high-mode" { value 1; description "Compute global capability as the highest node capability"; } enum "single-mode" { value 2; description "Disable global capability re-computation"; } } description "L2vpn capability mode"; } typedef Evpn-side { type enumeration { enum "evpn-side-regular" { value 1; description "EVPN Instance side defined as regular"; } enum "evpn-side-stitching" { value 2; description "EVPN Instance side defined as stitching"; } } description "Evpn side"; } typedef Evpnvpws-seamless-integration { type enumeration { enum "enabled" { value 1; description "EVPN_VPWS Seamless Integration Enabled"; } } description "Evpnvpws seamless integration"; } typedef Vpls-id-addr-index { type uint32 { range "0..32767"; } description "Vpls id addr index"; } typedef Evpn-core-group-id-range { type uint32 { range "1..4294967295"; } description "Evpn core group id range"; } typedef Tag-rewrite-range { type uint32 { range "1..4094"; } description "Tag rewrite range"; } typedef Pseudowire-evpnacid-range { type uint32 { range "1..16777215"; } description "Pseudowire evpnacid range"; } typedef Evpnvpnid-range { type uint32 { range "1..65534"; } description "Evpnvpnid range"; } typedef Pseudowire-label-range { type uint32 { range "16..1048575"; } description "Pseudowire label range"; } typedef Bridge-domain-transport-mode { type enumeration { enum "vlan-passthrough" { value 3; description "Vlan tagged passthrough mode"; } } description "Bridge domain transport mode"; } typedef Preferred-path { type enumeration { enum "te-tunnel" { value 2; description "TE Tunnel"; } enum "ip-tunnel" { value 3; description "IP Tunnel"; } enum "tp-tunnel" { value 4; description "TP Tunnel"; } enum "sr-te-policy" { value 5; description "SR TE Policy"; } enum "named-te-tunnel" { value 8; description "Named TE Tunnel"; } } description "Preferred path"; } typedef Rd-addr-index { type uint32 { range "0..65535"; } description "Rd addr index"; } typedef Vccv-verification { type enumeration { enum "none" { value 0; description "No connectivity verification over VCCV"; } enum "lsp-ping" { value 2; description "LSP Ping over VCCV"; } } description "Vccv verification"; } typedef L2vpn-mtu-range { type uint32 { range "64..65535"; } description "L2vpn mtu range"; } typedef Mac-secure-shutdown-recovery-time-range { type uint32 { range "10..3600"; } description "Mac secure shutdown recovery time range"; } typedef Mac-withdraw-behavior { type enumeration { enum "legacy" { value 1; description "MAC Withdrawal sent on state-down (legacy)"; } enum "optimized" { value 2; description "Optimized MAC Withdrawal"; } } description "Mac withdraw behavior"; } typedef Port-down-flush { type enumeration { enum "port-down-flush" { value 0; description "MAC Port Down Flush"; } enum "enable-port-down-flush" { value 1; description "Enable Port Down Flush"; } enum "disable-port-down-flush" { value 2; description "Disable Port Down Flush"; } } description "Port down flush"; } typedef Storm-control-pps-range { type uint32 { range "1..160000"; } description "Storm control pps range"; } typedef Type-of-service-mode { type enumeration { enum "none" { value 0; description "Do not reflect the type of service"; } enum "reflect" { value 1; description "Reflect the type of service"; } } description "Type of service mode"; } typedef L2vpn-vs-vlan-tag { type uint32 { range "1..4094"; } description "L2vpn vs vlan tag"; } typedef Pseudowire-tag-range { type uint32 { range "1..4094"; } description "Pseudowire tag range"; } typedef Interface-access-signal-mode { type enumeration { enum "bundle-down" { value 2; description "BundleDown"; } } description "Interface access signal mode"; } typedef Multicast-p2mp-signaling { type string { pattern '(BGP)'; } description "BGP:BGP Signaling"; } typedef Cedge-range { type uint32 { range "11..100"; } description "Cedge range"; } typedef Ethernet-segment-load-balance { type enumeration { enum "single-active" { value 1; description "Single Active"; } enum "port-active" { value 2; description "Port Active"; } enum "single-flow-active" { value 3; description "Single Flow Active"; } enum "all-active" { value 4; description "All Active"; } } description "Ethernet segment load balance"; } typedef Mpls-signaling-protocol { type enumeration { enum "none" { value 1; description "No signaling"; } enum "ldp" { value 4; description "LDP"; } } description "Mpls signaling protocol"; } typedef Erpaps { type enumeration { enum "interface" { value 1; description "ERP APS type interface"; } enum "bridge-domain" { value 2; description "ERP APS type bridge domain"; } enum "xconnect" { value 3; description "ERP APS type xconnect"; } enum "none" { value 4; description "ERP APS type none"; } } description "Erpaps"; } typedef Mac-secure-action { type enumeration { enum "restrict" { value 1; description "MAC Secure Action Restrict"; } enum "none" { value 2; description "No Action"; } enum "shutdown" { value 3; description "MAC Secure Action Shutdown"; } } description "Mac secure action"; } typedef Erp-port { type enumeration { enum "none" { value 1; description "ERP port type none"; } enum "virtual" { value 2; description "ERP port type virtual"; } enum "interface" { value 3; description "ERP port type interface"; } } description "Erp port"; } typedef Resync-threshold-range { type uint32 { range "5..65535"; } description "Resync threshold range"; } typedef Bgp-route-target-role { type enumeration { enum "both" { value 0; description "Both Import and export roles"; } enum "import" { value 1; description "Import role"; } enum "export" { value 2; description "Export role"; } } description "Bgp route target role"; } typedef Backup-disable { type enumeration { enum "never" { value 0; description "Never"; } enum "delay" { value 1; description "Delay seconds"; } } description "Backup disable"; } typedef Time-to-live-range { type uint32 { range "1..255"; } description "Time to live range"; } typedef Multicast-p2mp-transport { type string { pattern '(RSVP_TE)'; } description "RSVP_TE:RSVP-TE Transport"; } typedef Transport-mode { type enumeration { enum "ethernet" { value 1; description "Ethernet port mode"; } enum "vlan" { value 2; description "Vlan tagged mode"; } enum "vlan-passthrough" { value 3; description "Vlan tagged passthrough mode"; } } description "Transport mode"; } typedef Flow-label-tlv-code { type enumeration { enum "17" { value 4; description "Set Flow Label Legacy TLV code (DEPRECATED)"; } enum "disable" { value 8; description "Disable Sending Flow Label Legacy TLV"; } } description "Flow label tlv code"; } typedef Bgp-route-target { type enumeration { enum "no-stitching" { value 0; description "RT is default type"; } enum "stitching" { value 1; description "RT is for stitching (Golf-L2) (DEPRECATED)"; } } description "Bgp route target"; } typedef Pseudowire-acid-range { type uint32 { range "1..4294967295"; } description "Pseudowire acid range"; } typedef Pseudowire-id-range { type uint32 { range "1..4294967295"; } description "Pseudowire id range"; } typedef Interface-profile { type enumeration { enum "snoop" { value 1; description "Set the snooping"; } enum "dhcp-protocol" { value 2; description "disable DHCP protocol"; } } description "Interface profile"; } typedef Ethernet-segment-identifier { type enumeration { enum "type0" { value 0; description "ESI type 0"; } enum "legacy" { value 128; description "Legacy ESI type"; } enum "override" { value 129; description "Override ESI type"; } } description "Ethernet segment identifier"; } typedef Rpl-role { type enumeration { enum "owner" { value 1; description "ERP RPL owner"; } enum "neighbor" { value 2; description "ERP RPL neighbor"; } enum "next-neighbor" { value 3; description "ERP RPL next neighbor"; } } description "Rpl role"; } typedef Pw-switching-point-tlv { type enumeration { enum "hide" { value 2; description "Hide TLV"; } } description "Pw switching point tlv"; } typedef Erpaps-level-range { type uint32 { range "0..7"; } description "Erpaps level range"; } typedef Evpn-esi-type-range { type uint32 { range "1"; } description "Evpn esi type range"; } typedef Storm-control { type enumeration { enum "unicast" { value 1; description "Unknown-unicast Storm Control"; } enum "multicast" { value 2; description "Multicast Storm Control"; } enum "broadcast" { value 4; description "Broadcast Storm Control"; } } description "Storm control"; } typedef L2tp-session-id-range { type uint32 { range "1..65535"; } description "L2tp session id range"; } typedef Ethernet-segment-service-carving { type enumeration { enum "mod-n" { value 0; description "MOD N"; } enum "manual" { value 1; description "Manual"; } enum "hrw" { value 2; description "HRW"; } enum "pref-df" { value 3; description "PrefDF"; } } description "Ethernet segment service carving"; } typedef Mac-learn { type enumeration { enum "default-learning" { value 0; description "Mac Learning"; } enum "enable-learning" { value 1; description "Enable Learning"; } enum "disable-learning" { value 2; description "Disable Learning"; } } description "Mac learn"; } typedef L2tpv3-sequencing { type enumeration { enum "off" { value 0; description "Sequencing is off"; } enum "both" { value 4; description "Sequencing on both transmit and receive side"; } } description "L2tpv3 sequencing"; } typedef Veid-range { type uint32 { range "1..16384"; } description "Veid range"; } typedef Load-balance { type enumeration { enum "source-dest-mac" { value 1; description "Source and Destination MAC hashing"; } enum "source-dest-ip" { value 2; description "Source and Destination IP hashing"; } enum "pseudowire-label" { value 4; description "PW Label hashing"; } } description "Load balance"; } typedef L2tp-signaling-protocol { type enumeration { enum "none" { value 1; description "No signaling"; } enum "l2tpv3" { value 2; description "L2TPv3"; } } description "L2tp signaling protocol"; } typedef Bdmac-learn { type enumeration { enum "disable-learning" { value 2; description "Disable Learning"; } } description "Bdmac learn"; } typedef L2mc-src-traffic-enabled { type enumeration { enum "l2mc-none" { value 0; description "NONE"; } enum "l2mc-ipv4" { value 1; description "Multicast Source - IPv4"; } enum "l2mc-ipv6" { value 2; description "Multicast Source - IPv6"; } enum "l2mc-ipv4-ipv6" { value 3; description "Multicast Source - IPv4 IPv6"; } } description "L2mc src traffic enabled"; } typedef L2vpn-verification { type enumeration { enum "enable" { value 1; description "enable verification"; } enum "disable" { value 2; description "disable verification"; } } description "L2vpn verification"; } typedef Max-path-mtu-range { type uint32 { range "68..65535"; } description "Max path mtu range"; } typedef Interface-traffic-flood { type enumeration { enum "traffic-flooding" { value 0; description "Traffic flooding"; } enum "enable-flooding" { value 1; description "Enable Flooding"; } enum "disable-flooding" { value 2; description "Disable flooding"; } } description "Interface traffic flood"; } typedef Pbbvid-range { type uint32 { range "1..4094"; } description "Pbbvid range"; } typedef L2tp-cookie-value-range { type uint32 { range "0..4294967295"; } description "L2tp cookie value range"; } typedef L2-encapsulation { type enumeration { enum "vlan" { value 4; description "Vlan tagged mode"; } enum "ethernet" { value 5; description "Ethernet port mode"; } } description "L2 encapsulation"; } typedef L2vpn-logging { type enumeration { enum "enable" { value 1; description "enable logging"; } enum "disable" { value 2; description "disable logging"; } } description "L2vpn logging"; } typedef Mac-aging-range { type uint32 { range "300..30000"; } description "Mac aging range"; } typedef Vpls-id-as-index { type uint32 { range "0..4294967295"; } description "Vpls id as index"; } typedef Pseudowire-gbl-id-range { type uint32 { range "1..4294967295"; } description "Pseudowire gbl id range"; } typedef Rdas-index { type uint32 { range "0..4294967295"; } description "Rdas index"; } typedef Mac-flush-mode { type enumeration { enum "mvrp" { value 1; description "MVRP MAC Flushing"; } } description "Mac flush mode"; } typedef L2tp-cookie-size { type enumeration { enum "zero" { value 0; description "Cookie size is zero bytes"; } enum "four" { value 4; description "Cookie size is four bytes"; } enum "eight" { value 8; description "Cookie size is eight bytes"; } } description "L2tp cookie size"; } typedef Mpls-sequencing { type enumeration { enum "off" { value 0; description "Sequencing is off"; } enum "transmit" { value 1; description "Sequencing on transmit side"; } enum "receive" { value 2; description "Sequencing on receive side"; } enum "both" { value 4; description "Sequencing on both transmit and receive side"; } } description "Mpls sequencing"; } typedef Erp-instance-range { type uint32 { range "1..2"; } description "Erp instance range"; } typedef Pw-redundancy-initial-delay-range { type uint32 { range "0..120"; } description "Pw redundancy initial delay range"; } typedef Vpls-id-as-range { type uint32 { range "1..65535"; } description "Vpls id as range"; } typedef Rdas-range { type uint32 { range "1..4294967295"; } description "Rdas range"; } typedef Ethernet-segment-service-carving-mcast { type enumeration { enum "disabled" { value 0; description "Disabled"; } enum "hrw-s-g" { value 1; description "HRW S G"; } enum "hrw-g" { value 2; description "HRW G"; } } description "Ethernet segment service carving mcast"; } typedef Bridge-bd-mtu-range { type uint32 { range "46..65535"; } description "Bridge bd mtu range"; } typedef Backup-disable-delay-range { type uint32 { range "0..180"; } description "Backup disable delay range"; } typedef Storm-control-kbps-range { type uint32 { range "64..1280000"; } description "Storm control kbps range"; } typedef Mac-limit-action { type enumeration { enum "none" { value 0; description "No action"; } enum "flood" { value 1; description "Flood Mac Limit Action"; } enum "no-flood" { value 2; description "NoFlood Mac Limit Action"; } enum "shutdown" { value 3; description "Shutdown Mac Limit Action"; } } description "Mac limit action"; } typedef Erp-port1 { type enumeration { enum "port0" { value 0; description "ERP main port 0"; } enum "port1" { value 1; description "ERP main port 1"; } } description "Erp port1"; } typedef Mac-notification { type enumeration { enum "no-notif" { value 0; description "No_Notification Trap"; } enum "syslog" { value 1; description "syslog message"; } enum "trap" { value 2; description "Snmp Trap"; } enum "syslog-snmp" { value 3; description "Syslog_snmp Trap"; } } description "Mac notification"; } typedef Control-word { type enumeration { enum "enable" { value 1; description "Enable control word"; } enum "disable" { value 2; description "Disable control word"; } } description "Control word"; } typedef Preferred-nexthop-mode { type enumeration { enum "preferred-nexthop-lowest-ip" { value 1; description "Lowest IP Preferred"; } enum "preferred-nexthop-highest-ip" { value 2; description "Highest IP Preferred"; } enum "preferred-nexthop-modulo" { value 3; description "Modulo of nexthops Preferred"; } } description "Preferred nexthop mode"; } typedef Bgp-route-distinguisher { type enumeration { enum "auto" { value 1; description "RD automatically assigned"; } enum "two-byte-as" { value 2; description "RD in 2 byte AS:nn format"; } enum "four-byte-as" { value 3; description "RD in 4 byte AS:nn format"; } enum "ipv4-address" { value 4; description "RD in IpV4address"; } } description "Bgp route distinguisher"; } typedef Bgp-route-target-format { type enumeration { enum "none" { value 0; description "No route target"; } enum "two-byte-as" { value 1; description "2 Byte AS:nn format"; } enum "four-byte-as" { value 2; description "4 byte AS:nn format"; } enum "ipv4-address" { value 3; description "IP:nn format"; } enum "es-import" { value 1538; description "a.a.i format"; } } description "Bgp route target format"; } typedef Evpn-group-id-range { type uint32 { range "1..4294967295"; } description "Evpn group id range"; } typedef Mac-limit-threshold-range { type uint32 { range "1..100"; } description "Mac limit threshold range"; } typedef Vedge-range { type uint32 { range "11..100"; } description "Vedge range"; } typedef Vpnid-range { type uint32 { range "1..4294967295"; } description "Vpnid range"; } typedef Ldp-vpls-id { type enumeration { enum "two-byte-as" { value 10; description "VPLS-ID in 2 byte AS:nn format"; } enum "ipv4-address" { value 266; description "VPLS-ID in IPv4 IP:nn format"; } } description "Ldp vpls id"; } typedef Ce-id-range { type uint32 { range "1..16384"; } description "Ce id range"; } typedef Mac-aging { type enumeration { enum "absolute" { value 1; description "Absolute aging type"; } enum "inactivity" { value 2; description "Inactivity aging type"; } } description "Mac aging"; } typedef Mac-limit-range { type uint32 { range "0..4294967295"; } description "Mac limit range"; } typedef Pbbisid-range { type uint32 { range "256..16777214"; } description "Pbbisid range"; } typedef Type-of-service-range { type uint32 { range "0..255"; } description "Type of service range"; } typedef Flow-label-load-balance { type enumeration { enum "off" { value 0; description "Flow Label load balance is off"; } enum "receive" { value 1; description "Delete Flow Label on receive side"; } enum "transmit" { value 2; description "Insert Flow Label on transmit side"; } enum "both" { value 3; description "Insert/Delete Flow Label on transmit/receive side"; } } description "Flow label load balance"; } container l2vpn { description "L2VPN configuration"; container pw-routing { description "Pseudowire-routing attributes"; container pw-routing-bgp { description "Enable Autodiscovery BGP Pseudowire-routing BGP"; leaf enable { type empty; description "Enable Autodiscovery BGP"; } container evpn-route-distinguisher { description "Route Distinguisher"; leaf type { type Bgp-route-distinguisher; description "Router Distinguisher Type"; } leaf as { when "../type = 'two-byte-as' or ../type = 'four-byte-as'" { description "../Type = TwoByteAS or ../Type = FourByteAS"; } type Rdas-range; description "Two byte or 4 byte AS number"; } leaf as-index { when "../type = 'two-byte-as' or ../type = 'four-byte-as'" { description "../Type = TwoByteAS or ../Type = FourByteAS"; } type Rdas-index; description "AS:nn (hex or decimal format)"; } leaf address { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type inet:ipv4-address-no-zone; description "IPV4 address"; } leaf addr-index { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type Rd-addr-index; description "Addr index"; } } // container evpn-route-distinguisher } // container pw-routing-bgp leaf pw-routing-global-id { type Pseudowire-gbl-id-range; description "Pseudowire-routing Global ID"; } } // container pw-routing container neighbor { description "L2VPN neighbor submode"; leaf ldp-flap { type empty; description "Enable targetted LDP session flap action"; } } // container neighbor container database { description "L2VPN databases"; container g8032-rings { description "List of G8032 Ring"; list g8032-ring { key "g8032-ring-name"; description "G8032 Ring"; container erp-port0s { description "Ethernet ring protection port0"; list erp-port0 { key "interface-name"; description "Configure ERP main port0"; leaf monitor { type xr:Interface-name; description "Ethernet ring protection port0 monitor"; } leaf interface-name { type xr:Interface-name; description "Port0 interface"; } } // list erp-port0 } // container erp-port0s container erp-instances { description "List of ethernet ring protection instance"; list erp-instance { key "erp-instance-id"; description "Ethernet ring protection instance"; container rpl { description "Ring protection link"; leaf port { type Erp-port1; description "ERP main port number"; } leaf role { type Rpl-role; description "RPL role"; } } // container rpl container aps { description "Automatic protection switching"; container port1 { description "APS channel for ERP port1"; leaf aps-type { type Erpaps; description "Port1 APS type"; } leaf aps-channel { type string; description "Port1 APS channel in the format of InterfaceName, BDName or XconnectName"; } } // container port1 leaf port0 { type string; description "Port0 APS channel in the format of InterfaceName"; } leaf enable { type empty; description "Enable automatic protection switching"; } leaf level { type Erpaps-level-range; description "Automatic protection switching level"; } } // container aps leaf description { type string { length "1..32"; } description "Ethernet ring protection instance description"; } leaf inclusion-list { type string; description "Associates a set of VLAN IDs with the G .8032 instance"; } leaf profile { type string { length "1..32"; } description "Ethernet ring protection instance profile"; } leaf erp-instance-id { type Erp-instance-range; description "ERP instance number"; } } // list erp-instance } // container erp-instances container erp-port1s { description "Ethernet ring protection port0"; list erp-port1 { must "none-or-virtual or interface" { description "None-or-Virtual or Interface must be present."; } key "erp-port-type"; description "Ethernet ring protection port1"; container none-or-virtual { when "../erp-port-type = 'none' or ../erp-port-type = 'virtual'" { description "../ERPPortType = None or ../ERPPortType = Virtual"; } presence "Indicates that this node is configured."; description "none or virtual"; leaf monitor { type xr:Interface-name; description "Ethernet ring protection port1 monitor"; } } // container none-or-virtual leaf erp-port-type { type Erp-port; description "Port1 type"; } list interface { when "../erp-port-type = 'interface'" { description "../ERPPortType = Interface"; } key "interface-name"; description "interface"; leaf interface-name { type xr:Interface-name; description "Port1 interface"; } leaf monitor { type xr:Interface-name; description "Ethernet ring protection port1 monitor"; } } // list interface } // list erp-port1 } // container erp-port1s leaf open-ring { type empty; description "Specify the G.8032 instance as open ring"; } leaf exclusion-list { type string; description "Vlan IDs in the format of a-b,c,d,e-f,g ,untagged"; } leaf erp-provider-bridge { type empty; description "Ethernet ring protection provider bridge"; } leaf g8032-ring-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the G8032 ring"; } } // list g8032-ring } // container g8032-rings container xconnect-groups { description "List of xconnect groups"; list xconnect-group { key "name"; description "Xconnect group"; container p2p-xconnects { description "List of point to point xconnects"; list p2p-xconnect { key "name"; description "Point to point xconnect"; container pseudowire-evpn-srv6s { description "List of EVPN SRv6 Services"; list pseudowire-evpn-srv6 { key "eviid remote-acid source-acid"; description "EVPN SRv6 P2P Service Configuration"; leaf pseudowire-evpn-srv6-locator { type xr:Cisco-ios-xr-string { length "1..58"; } description "Specify SRv6 locator name"; } leaf eviid { type Evpnvpnid-range; description "Ethernet VPN ID"; } leaf remote-acid { type Pseudowire-evpnacid-range; description "Remote AC ID"; } leaf source-acid { type Pseudowire-evpnacid-range; description "Source AC ID"; } } // list pseudowire-evpn-srv6 } // container pseudowire-evpn-srv6s container pseudowire-evpn-srv6-services { description "List of EVPN SRv6 Services keyed by EVI and Service ID"; list pseudowire-evpn-srv6-service { key "eviid service-id"; description "EVPN SRv6 P2P Service Configuration"; leaf pseudowire-evpn-srv6-locator { type xr:Cisco-ios-xr-string { length "1..58"; } description "Specify SRv6 locator name"; } leaf eviid { type Evpnvpnid-range; description "Ethernet VPN ID"; } leaf service-id { type Pseudowire-evpnacid-range; description "Service ID (Target and Source AC ID)"; } } // list pseudowire-evpn-srv6-service } // container pseudowire-evpn-srv6-services container backup-attachment-circuits { description "List of backup attachment circuits"; list backup-attachment-circuit { key "interface-name"; description "Backup attachment circuit"; leaf interface-name { type xr:Interface-name; description "Name of the attachment circuit interface"; } } // list backup-attachment-circuit } // container backup-attachment-circuits container pseudowire-evpns { description "List of EVPN Services"; list pseudowire-evpn { key "eviid remote-acid source-acid"; description "EVPN P2P Service Configuration"; leaf class { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the pseudowire class"; } leaf eviid { type Evpnvpnid-range; description "Ethernet VPN ID"; } leaf remote-acid { type Pseudowire-evpnacid-range; description "Remote AC ID"; } leaf source-acid { type Pseudowire-evpnacid-range; description "Source AC ID"; } } // list pseudowire-evpn } // container pseudowire-evpns container pseudowire-neighbor-pseudowire-ids { description "List of pseudowires"; list pseudowire-neighbor-pseudowire-id { key "neighbor pseudowire-id"; description "Pseudowire configuration"; leaf neighbor { type inet:ipv4-address-no-zone; description "Pseudowire IPv4 address"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } container mpls-static-labels { description "MPLS static labels"; leaf local-static-label { type Pseudowire-label-range; description "Pseudowire local static label"; } leaf remote-static-label { type Pseudowire-label-range; description "Pseudowire remote static label"; } } // container mpls-static-labels container backup-pseudowires { description "List of pseudowires"; list backup-pseudowire { key "neighbor pseudowire-id"; description "Backup pseudowire for the cross connect"; container backup-mpls-static-labels { description "MPLS static labels"; leaf local-static-label { type Pseudowire-label-range; description "Pseudowire local static label"; } leaf remote-static-label { type Pseudowire-label-range; description "Pseudowire remote static label"; } } // container backup-mpls-static-labels leaf backup-pw-class { type xr:Cisco-ios-xr-string { length "1..32"; } description "PW class template name to use for the backup PW"; } leaf neighbor { type inet:ipv4-address-no-zone; description "Neighbor IP address"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } } // list backup-pseudowire } // container backup-pseudowires container l2tp-static-attributes { description "L2TP Static Attributes"; container l2tp-remote-cookie { description "L2TP remote cookie"; leaf size { type L2tp-cookie-size; description "Remote cookie size"; } leaf lower-value { type L2tp-cookie-value-range; description "Lower remote cookie value"; } leaf higher-value { type L2tp-cookie-value-range; description "Higher remote cookie value"; } } // container l2tp-remote-cookie container l2tp-secondary-local-cookie { description "L2TP secondary local cookie"; leaf size { type L2tp-cookie-size; description "Local cookie size"; } leaf lower-value { type L2tp-cookie-value-range; description "Lower local cookie value"; } leaf higher-value { type L2tp-cookie-value-range; description "Higher local cookie value"; } } // container l2tp-secondary-local-cookie container l2tp-local-cookie { description "L2TP local cookie"; leaf size { type L2tp-cookie-size; description "Local cookie size"; } leaf lower-value { type L2tp-cookie-value-range; description "Lower local cookie value"; } leaf higher-value { type L2tp-cookie-value-range; description "Higher local cookie value"; } } // container l2tp-local-cookie leaf l2tp-remote-session-id { type L2tp-session-id-range; description "L2TP remote session ID"; } leaf l2tp-local-session-id { type L2tp-session-id-range; description "L2TP local session ID"; } } // container l2tp-static-attributes container l2tp-static { description "Pseudowire L2TPv3 static configuration"; leaf enable { type empty; description "Enable pseudowire L2TPv3 static configuration"; } } // container l2tp-static leaf tag-impose { type Pseudowire-tag-range; description "Tag Impose vlan tagged mode"; } leaf class { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the pseudowire class"; } leaf source-address { type inet:ip-address-no-zone; description "Value of the Pseudowire source address. Must be IPv6 only."; } leaf bandwidth { type uint32 { range "0..4294967295"; } description "Pseudowire Bandwidth"; } } // list pseudowire-neighbor-pseudowire-id list pseudowire-pseudowire-address-pseudowire-id { key "pseudowire-address pseudowire-id"; description "Pseudowire configuration"; leaf pseudowire-address { type inet:ipv6-address-no-zone; description "Pseudowire IPv6 address. A pseudowire can have only one address: IPv4 or IPv6"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } container mpls-static-labels { description "MPLS static labels"; leaf local-static-label { type Pseudowire-label-range; description "Pseudowire local static label"; } leaf remote-static-label { type Pseudowire-label-range; description "Pseudowire remote static label"; } } // container mpls-static-labels container backup-pseudowires { description "List of pseudowires"; list backup-pseudowire { key "neighbor pseudowire-id"; description "Backup pseudowire for the cross connect"; container backup-mpls-static-labels { description "MPLS static labels"; leaf local-static-label { type Pseudowire-label-range; description "Pseudowire local static label"; } leaf remote-static-label { type Pseudowire-label-range; description "Pseudowire remote static label"; } } // container backup-mpls-static-labels leaf backup-pw-class { type xr:Cisco-ios-xr-string { length "1..32"; } description "PW class template name to use for the backup PW"; } leaf neighbor { type inet:ipv4-address-no-zone; description "Neighbor IP address"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } } // list backup-pseudowire } // container backup-pseudowires container l2tp-static-attributes { description "L2TP Static Attributes"; container l2tp-remote-cookie { description "L2TP remote cookie"; leaf size { type L2tp-cookie-size; description "Remote cookie size"; } leaf lower-value { type L2tp-cookie-value-range; description "Lower remote cookie value"; } leaf higher-value { type L2tp-cookie-value-range; description "Higher remote cookie value"; } } // container l2tp-remote-cookie container l2tp-secondary-local-cookie { description "L2TP secondary local cookie"; leaf size { type L2tp-cookie-size; description "Local cookie size"; } leaf lower-value { type L2tp-cookie-value-range; description "Lower local cookie value"; } leaf higher-value { type L2tp-cookie-value-range; description "Higher local cookie value"; } } // container l2tp-secondary-local-cookie container l2tp-local-cookie { description "L2TP local cookie"; leaf size { type L2tp-cookie-size; description "Local cookie size"; } leaf lower-value { type L2tp-cookie-value-range; description "Lower local cookie value"; } leaf higher-value { type L2tp-cookie-value-range; description "Higher local cookie value"; } } // container l2tp-local-cookie leaf l2tp-remote-session-id { type L2tp-session-id-range; description "L2TP remote session ID"; } leaf l2tp-local-session-id { type L2tp-session-id-range; description "L2TP local session ID"; } } // container l2tp-static-attributes container l2tp-static { description "Pseudowire L2TPv3 static configuration"; leaf enable { type empty; description "Enable pseudowire L2TPv3 static configuration"; } } // container l2tp-static leaf tag-impose { type Pseudowire-tag-range; description "Tag Impose vlan tagged mode"; } leaf class { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the pseudowire class"; } leaf source-address { type inet:ip-address-no-zone; description "Value of the Pseudowire source address. Must be IPv6 only."; } leaf bandwidth { type uint32 { range "0..4294967295"; } description "Pseudowire Bandwidth"; } } // list pseudowire-pseudowire-address-pseudowire-id } // container pseudowire-neighbor-pseudowire-ids container monitor-sessions { description "List of Monitor session segments"; list monitor-session { key "name"; description "Monitor session segment"; leaf enable { type empty; description "Enable monitor session segment "; } leaf name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Name of the monitor session"; } } // list monitor-session } // container monitor-sessions container pseudowire-routeds { description "List of pseudowire-routed"; list pseudowire-routed { key "global-id prefix acid sacid"; description "Pseudowire configuration"; leaf tag-impose { type Pseudowire-tag-range; description "Tag Impose vlan tagged mode"; } leaf class { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the pseudowire class"; } leaf global-id { type Pseudowire-gbl-id-range; description "Target Global ID"; } leaf prefix { type inet:ipv4-address-no-zone; description "Target Prefix"; } leaf acid { type Pseudowire-acid-range; description "Target AC ID"; } leaf sacid { type Pseudowire-acid-range; description "Source AC ID"; } } // list pseudowire-routed } // container pseudowire-routeds container pseudowire-evpn-services { description "List of EVPN Services keyed by EVI and Service ID"; list pseudowire-evpn-service { key "eviid service-id"; description "EVPN P2P Service Configuration"; leaf class { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the pseudowire class"; } leaf eviid { type Evpnvpnid-range; description "Ethernet VPN ID"; } leaf service-id { type Pseudowire-evpnacid-range; description "Service ID (Remote and Source AC ID)"; } } // list pseudowire-evpn-service } // container pseudowire-evpn-services container attachment-circuits { description "List of attachment circuits"; list attachment-circuit { key "name"; description "Attachment circuit interface"; leaf enable { type empty; description "Enable attachment circuit interface"; } leaf name { type xr:Interface-name; description "Name of the attachment circuit interface"; } } // list attachment-circuit } // container attachment-circuits leaf evpnvpws-seamless-integration { type Evpnvpws-seamless-integration; description "Description for EVPN-VPWS Seamless Integration with Legacy VPWS"; } leaf p2p-description { type string { length "1..64"; } description "cross connect description Name"; } leaf interworking { type Interworking; description "Interworking"; } leaf name { type xr:Cisco-ios-xr-string { length "1..38"; } description "Name of the point to point xconnect"; } } // list p2p-xconnect } // container p2p-xconnects container mp2mp-xconnects { description "List of multi point to multi point xconnects"; list mp2mp-xconnect { key "name"; description "Multi point to multi point xconnect"; container mp2mp-auto-discovery { description "auto-discovery in this MP2MP"; container route-distinguisher { description "Route Distinguisher"; leaf type { type Bgp-route-distinguisher; description "Router distinguisher type"; } leaf as { when "../type = 'two-byte-as' or ../type = 'four-byte-as'" { description "../Type = TwoByteAS or ../Type = FourByteAS"; } type Rdas-range; description "Two byte or 4 byte AS number"; } leaf as-index { when "../type = 'two-byte-as' or ../type = 'four-byte-as'" { description "../Type = TwoByteAS or ../Type = FourByteAS"; } type Rdas-index; description "AS:nn (hex or decimal format)"; } leaf address { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type inet:ipv4-address-no-zone; description "IPV4 address"; } leaf addr-index { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type Rd-addr-index; description "Addr index"; } } // container route-distinguisher container mp2mp-route-policy { description "Route policy"; leaf export { type string; description "Export route policy"; } } // container mp2mp-route-policy container mp2mp-route-targets { description "Route Target"; list mp2mp-route-target { must "two-byte-as-or-four-byte-as or ipv4-address" { description "TwoByteAS-or-FourbyteAS or IPV4Address must be present."; } key "role format"; description "Name of the Route Target"; leaf role { type Bgp-route-target-role; description "Role of the router target type"; } leaf format { type Bgp-route-target-format; description "Format of the route target"; } list two-byte-as-or-four-byte-as { when "../format = 'two-byte-as' or ../format = 'four-byte-as'" { description "../Format = TwoByteAS or ../Format = FourbyteAS"; } key "as as-index"; description "two byte as or four byte as"; leaf as { type Rdas-range; description "Two byte or 4 byte AS number"; } leaf as-index { type Rdas-index; description "AS:nn (hex or decimal format)"; } } // list two-byte-as-or-four-byte-as list ipv4-address { when "../format = 'ipv4-address'" { description "../Format = IPV4Address"; } key "address addr-index"; description "ipv4 address"; leaf address { type inet:ipv4-address-no-zone; description "IPV4 address"; } leaf addr-index { type Rd-addr-index; description "Addr index"; } } // list ipv4-address } // list mp2mp-route-target } // container mp2mp-route-targets container mp2mp-signaling-protocol { description "signaling protocol in this MP2MP"; container flow-label-load-balance { description "Enable Flow Label based load balancing"; leaf flow-label { type Flow-label-load-balance; description "Flow Label load balance type"; } leaf static { type empty; description "Static Flow Label"; } } // container flow-label-load-balance container ceids { description "Local Customer Edge Identifier Table"; list ceid { key "ce-id"; description "Local Customer Edge Identifier "; container remote-ceid-attachment-circuits { description "AC And Remote Customer Edge Identifier Table"; list remote-ceid-attachment-circuit { key "name remote-ce-id"; description "AC And Remote Customer Edge Identifier"; leaf name { type xr:Interface-name; description "The name of the Attachment Circuit"; } leaf remote-ce-id { type Ce-id-range; description "Remote Customer Edge Identifier"; } } // list remote-ceid-attachment-circuit } // container remote-ceid-attachment-circuits leaf evpn-vpws-seamless-integration { type Evpnvpws-seamless-integration; description "Description for EVPN-VPWS Seamless Integration with Legacy VPWS"; } leaf ce-id { type Ce-id-range; description "Local Customer Edge Identifier"; } } // list ceid } // container ceids leaf ce-range { type Cedge-range; description "Local Customer Edge Identifier"; } leaf enable { type empty; description "Enable signaling protocol"; } } // container mp2mp-signaling-protocol leaf enable { type empty; description "Enable auto-discovery"; } } // container mp2mp-auto-discovery leaf mp2mpmtu { type L2vpn-mtu-range; units "byte"; description "Maximum transmission unit for this MP2MP VPWS instance"; } leaf mp2mp-control-word { type empty; description "Disable control word"; } leaf mp2mpl2-encapsulation { type L2-encapsulation; description "Configure Layer 2 Encapsulation"; } leaf mp2mp-interworking { type Interworking; description "Interworking"; } leaf mp2mp-shutdown { type empty; description "shutdown this MP2MP VPWS instance"; } leaf mp2mpvpn-id { type Vpnid-range; description "VPN Identifier"; } leaf name { type xr:Cisco-ios-xr-string { length "1..26"; } description "Name of the multi point to multi point xconnect"; } } // list mp2mp-xconnect } // container mp2mp-xconnects leaf name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the xconnect group"; } } // list xconnect-group } // container xconnect-groups container bridge-domain-groups { description "List of bridge groups"; list bridge-domain-group { key "name"; description "Bridge group"; leaf name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the Bridge group"; } container bridge-domains { description "List of Bridge Domain"; list bridge-domain { key "name"; description "bridge domain"; container bd-storm-controls { description "Storm Control"; list bd-storm-control { must "storm-control-unit"; key "sctype"; description "Storm Control Type"; leaf sctype { type Storm-control; description "Storm Control Type"; } container storm-control-unit { must "kbits-per-sec or pkts-per-sec"; description "Specify units for Storm Control Configuration"; leaf kbits-per-sec { type Storm-control-kbps-range; units "kbit/s"; description "Kilobits Per Second, PktsPerSec and KbitsPerSec cannot be configured together"; } leaf pkts-per-sec { type Storm-control-pps-range; units "packet/s"; description "Packets Per Second, PktsPerSec and KbitsPerSec cannot be configured together"; } } // container storm-control-unit } // list bd-storm-control } // container bd-storm-controls container member-vnis { description "Bridge Domain VxLAN Network Identifier Table"; list member-vni { key "vni"; description "Bridge Domain Member VxLAN Network Identifier"; container member-vni-static-mac-addresses { description "Static Mac Address Table"; list member-vni-static-mac-address { key "mac-address"; description "Static Mac Address Configuration"; leaf next-hop-ip { type inet:ipv4-address-no-zone; description "Enable Static Mac Address Configuration"; } leaf mac-address { type yang:mac-address; description "Static MAC address"; } } // list member-vni-static-mac-address } // container member-vni-static-mac-addresses leaf vni { type uint32 { range "1..16777215"; } description "VxLAN Network Identifier number"; } } // list member-vni } // container member-vnis container bridge-domain-mac { description "MAC configuration commands"; container bd-mac-limit { description "MAC-Limit configuration commands"; leaf bd-mac-limit-action { type Mac-limit-action; description "MAC address limit enforcement action"; } leaf enable { type empty; description "Enable MAC-Limit configuration commands"; } leaf bd-mac-limit-notif { type Mac-notification; description "Mac Address Limit Notification"; } leaf bd-mac-limit-max { type Mac-limit-range; description "Number of MAC addresses after which MAC limit action is taken"; } } // container bd-mac-limit container bd-mac-filters { description "Filter Mac Address"; list bd-mac-filter { key "address"; description "Static MAC address"; leaf drop { type empty; description "MAC address for filtering"; } leaf address { type yang:mac-address; description "Static MAC address"; } } // list bd-mac-filter } // container bd-mac-filters container mac-secure { description "MAC Secure"; leaf logging { type empty; description "MAC Secure Logging"; } leaf enable { type empty; description "Enable MAC Secure"; } leaf threshold { type empty; description "MAC Secure Threshold"; } leaf action { type Mac-secure-action; description "MAC secure enforcement action"; } leaf shutdown-recovery-timer { type Mac-secure-shutdown-recovery-time-range; description "MAC Secure Shutdown Recovery Timer"; } } // container mac-secure container bd-mac-aging { description "MAC-Aging configuration commands"; leaf bd-mac-aging-type { type Mac-aging; description "MAC address aging type"; } leaf enable { type empty; description "Enable MAC-Aging configuration commands"; } leaf bd-mac-aging-time { type Mac-aging-range; description "Mac Aging Time"; } } // container bd-mac-aging leaf bd-mac-withdraw-relay { type empty; description "Mac withdraw sent from access PW to access PW"; } leaf bd-mac-withdraw-access-pw-disable { type empty; description "MAC withdraw on Access PW"; } leaf bd-mac-port-down-flush { type empty; description "Disable MAC Flush when Port goes Down"; } leaf bd-mac-withdraw { type empty; description "Disable Mac Withdraw"; } leaf enable { type empty; description "Enable MAC configuration commands"; } leaf bd-mac-withdraw-behavior { type Mac-withdraw-behavior; description "MAC withdraw sent on bridge port down"; } leaf bd-mac-learn { type Bdmac-learn; description "Mac Learning Type"; } } // container bridge-domain-mac container nv-satellite { description "nV Satellite"; leaf offload-ipv4-multicast-enable { type empty; description "Enable IPv4 Multicast Offload to Satellite Nodes"; } leaf enable { type empty; description "Enable nV Satellite Settings"; } } // container nv-satellite container bridge-domain-pbb { description "Bridge Domain PBB"; container pbb-edges { description "PBB Edge"; list pbb-edge { key "isid core-bd-name"; description "Configure BD as PBB Edge with ISID and associated PBB Core BD"; container pbb-edge-split-horizon-group { description "Split Horizon Group"; leaf disable { type empty; description "Disable split horizon group"; } } // container pbb-edge-split-horizon-group container pbb-static-mac-mappings { description "PBB Static Mac Address Mapping Table"; list pbb-static-mac-mapping { key "address"; description "PBB Static Mac Address Mapping Configuration"; leaf pbb-static-mac-mapping-bmac { type yang:mac-address; description "Static backbone MAC address to map with"; } leaf address { type yang:mac-address; description "Static MAC address"; } } // list pbb-static-mac-mapping } // container pbb-static-mac-mappings container pbb-edge-dhcp-profile { description "Attach a DHCP profile"; leaf profile-id { type Interface-profile; description "Set the snooping profile"; } leaf dhcp-snooping-id { type string; description "Disable DHCP snooping"; } } // container pbb-edge-dhcp-profile container pbb-edge-mac { description "MAC configuration commands"; container pbb-edge-mac-limit { description "MAC-Limit configuration commands"; leaf pbb-edge-mac-limit-action { type Mac-limit-action; description "MAC address limit enforcement action"; } leaf enable { type empty; description "Enable MAC-Limit configuration commands"; } leaf pbb-edge-mac-limit-max { type Mac-limit-range; description "Number of MAC addresses after which MAC limit action is taken"; } leaf pbb-edge-mac-limit-notif { type Mac-notification; description "MAC address limit notification action"; } } // container pbb-edge-mac-limit container pbb-edge-mac-aging { description "MAC-Aging configuration commands"; leaf pbb-edge-mac-aging-type { type Mac-aging; description "MAC address aging type"; } leaf pbb-edge-mac-aging-time { type Mac-aging-range; description "Mac Aging Time"; } leaf enable { type empty; description "Enable MAC-Aging configuration commands"; } } // container pbb-edge-mac-aging container pbb-edge-mac-secure { description "MAC Secure"; leaf enable { type empty; description "Enable MAC Secure"; } leaf accept-shutdown { type empty; description "Accept Virtual instance port to be shutdown on mac violation"; } leaf logging { type L2vpn-logging; description "MAC Secure Logging"; } leaf disable { type empty; description "Disable MAC Secure"; } leaf action { type Mac-secure-action; description "MAC secure enforcement action"; } } // container pbb-edge-mac-secure leaf pbb-edge-mac-learning { type Mac-learn; description "Enable Mac Learning"; } leaf enable { type empty; description "Enable MAC configuration commands"; } } // container pbb-edge-mac leaf pbb-edge-igmp-profile { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a IGMP Snooping profile"; } leaf unknown-unicast-bmac { type yang:mac-address; description "Configure Unknown Unicast BMAC address for PBB Edge Port"; } leaf isid { type Pbbisid-range; description "ISID"; } leaf core-bd-name { type xr:Cisco-ios-xr-string { length "1..27"; } description "Core BD Name"; } } // list pbb-edge } // container pbb-edges container pbb-core { description "PBB Core"; container pbb-core-mac { description "MAC configuration commands"; container pbb-core-mac-aging { description "MAC-Aging configuration commands"; leaf pbb-core-mac-aging-type { type Mac-aging; description "MAC address aging type"; } leaf enable { type empty; description "Enable MAC-Aging configuration commands"; } leaf pbb-core-mac-aging-time { type Mac-aging-range; description "Mac Aging Time"; } } // container pbb-core-mac-aging container pbb-core-mac-limit { description "MAC-Limit configuration commands"; leaf enable { type empty; description "Enable MAC-Limit configuration commands"; } leaf pbb-core-mac-limit-max { type Mac-limit-range; description "Number of MAC addresses after which MAC limit action is taken"; } leaf pbb-core-mac-limit-notif { type Mac-notification; description "MAC address limit notification action"; } leaf pbb-core-mac-limit-action { type Mac-limit-action; description "MAC address limit enforcement action"; } } // container pbb-core-mac-limit leaf pbb-core-mac-learning { type Mac-learn; description "Enable Mac Learning"; } leaf enable { type empty; description "Enable MAC configuration commands"; } } // container pbb-core-mac container pbb-core-evis { description "PBB Core EVI Table"; list pbb-core-evi { key "eviid"; description "PBB Core EVI"; leaf eviid { type Vpnid-range; description "Ethernet VPN ID"; } } // list pbb-core-evi } // container pbb-core-evis container pbb-core-dhcp-profile { description "Attach a DHCP profile"; leaf profile-id { type Interface-profile; description "Set the snooping profile"; } leaf dhcp-snooping-id { type string; description "Disable DHCP snooping"; } } // container pbb-core-dhcp-profile leaf pbb-core-mmrp-flood-optimization { type empty; description "Enabling MMRP PBB-VPLS Flood Optimization"; } leaf vlan-id { type Pbbvid-range; description "VLAN ID to push"; } leaf pbb-core-igmp-profile { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a IGMP Snooping profile"; } leaf enable { type empty; description "Enable Bridge Domain PBB Core Configuration"; } } // container pbb-core } // container bridge-domain-pbb container bridge-domain-evis { description "Bridge Domain EVI Table"; list bridge-domain-evi { key "vpn-id"; description "Bridge Domain MPLS EVPN"; leaf vpn-id { type Evpnvpnid-range; description "MPLS Ethernet VPN-ID"; } } // list bridge-domain-evi } // container bridge-domain-evis container access-vfis { description "Specify the access virtual forwarding interface name"; list access-vfi { key "name"; description "Name of the Acess Virtual Forwarding Interface"; container access-vfi-pseudowires { description "List of pseudowires"; list access-vfi-pseudowire { key "neighbor pseudowire-id"; description "Pseudowire configuration"; container access-vfi-pseudowire-static-mac-addresses { description "Static Mac Address Table"; list access-vfi-pseudowire-static-mac-address { key "address"; description "Static Mac Address Configuration"; leaf address { type yang:mac-address; description "Static MAC address"; } } // list access-vfi-pseudowire-static-mac-address } // container access-vfi-pseudowire-static-mac-addresses leaf access-vfi-pw-class { type xr:Cisco-ios-xr-string { length "1..32"; } description "Pseudowire class template name to use for this pseudowire"; } leaf neighbor { type inet:ipv4-address-no-zone; description "Neighbor IP address"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } } // list access-vfi-pseudowire } // container access-vfi-pseudowires leaf access-vfi-shutdown { type empty; description "shutdown the AccessVfi"; } leaf name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the AccessVirtual Forwarding Interface"; } } // list access-vfi } // container access-vfis container bd-pseudowires { description "List of pseudowires"; list bd-pseudowire { key "neighbor pseudowire-id"; description "Pseudowire configuration"; container pseudowire-dai { description "Access Pseudowire Dynamic ARP Inspection"; container pseudowire-dai-address-validation { description "Address Validation"; leaf ipv4-verification { type L2vpn-verification; description "IPv4 Verification"; } leaf destination-mac-verification { type L2vpn-verification; description "Destination MAC Verification"; } leaf source-mac-verification { type L2vpn-verification; description "Source MAC Verification"; } leaf enable { type empty; description "Enable Address Validation"; } } // container pseudowire-dai-address-validation leaf logging { type L2vpn-logging; description "Logging Type"; } leaf disable { type empty; description "Disable Dynamic ARP Inspection"; } leaf enable { type empty; description "Enable Access Pseudowire Dynamic ARP Inspection"; } } // container pseudowire-dai container bdpw-storm-control-types { description "Storm Control"; list bdpw-storm-control-type { must "storm-control-unit"; key "sctype"; description "Storm Control Type"; leaf sctype { type Storm-control; description "Storm Control Type"; } container storm-control-unit { must "kbits-per-sec or pkts-per-sec"; description "Specify units for Storm Control Configuration"; leaf kbits-per-sec { type Storm-control-kbps-range; units "kbit/s"; description "Kilobits Per Second, PktsPerSec and KbitsPerSec cannot be configured together"; } leaf pkts-per-sec { type Storm-control-pps-range; units "packet/s"; description "Packets Per Second, PktsPerSec and KbitsPerSec cannot be configured together"; } } // container storm-control-unit } // list bdpw-storm-control-type } // container bdpw-storm-control-types container pseudowire-profile { description "Attach a DHCP profile"; leaf profile-id { type Interface-profile; description "Set the snooping profile"; } leaf dhcp-snooping-id { type string; description "Disable DHCP snooping"; } } // container pseudowire-profile container bd-pw-static-mac-addresses { description "Static Mac Address Table"; list bd-pw-static-mac-address { key "address"; description "Static Mac Address Configuration"; leaf address { type yang:mac-address; description "Static MAC address"; } } // list bd-pw-static-mac-address } // container bd-pw-static-mac-addresses container pseudowire-ip-source-guard { description "IP Source Guard"; leaf logging { type L2vpn-logging; description "Logging Type"; } leaf disable { type empty; description "Disable Dynamic IP source guard"; } leaf enable { type empty; description "Enable IP Source Guard"; } } // container pseudowire-ip-source-guard container pseudowire-mac { description "Bridge-domain Pseudowire MAC configuration commands"; container pseudowire-mac-secure { description "MAC Secure"; leaf enable { type empty; description "Enable MAC Secure"; } leaf logging { type L2vpn-logging; description "MAC Secure Logging"; } leaf disable { type empty; description "Disable MAC Secure"; } leaf action { type Mac-secure-action; description "MAC secure enforcement action"; } leaf shutdown-recovery-timer { type Mac-secure-shutdown-recovery-time-range; description "MAC Secure Shutdown Recovery Timer"; } } // container pseudowire-mac-secure container pseudowire-mac-aging { description "MAC-Aging configuration commands"; leaf pseudowire-mac-aging-type { type Mac-aging; description "MAC address aging type"; } leaf pseudowire-mac-aging-time { type Mac-aging-range; description "MAC Aging Time"; } leaf enable { type empty; description "Enable MAC-Aging configuration commands"; } } // container pseudowire-mac-aging container pseudowire-mac-limit { description "MAC-Limit configuration commands"; leaf pseudowire-mac-limit-action { type Mac-limit-action; description "Bridge Access Pseudowire MAC address limit enforcement action"; } leaf pseudowire-mac-limit-notif { type Mac-notification; description "MAC address limit notification action in a Bridge Access Pseudowire"; } leaf pseudowire-mac-limit-max { type Mac-limit-range; description "Number of MAC addresses on a Bridge Access Pseudowire after which MAC limit action is taken"; } leaf enable { type empty; description "Enable MAC-Limit configuration commands"; } } // container pseudowire-mac-limit leaf pseudowire-mac-port-down-flush { type Port-down-flush; description "Enable/Disable MAC Flush When Port goes down"; } leaf enable { type empty; description "Bridge-domain Pseudowire MAC configuration mode"; } leaf pseudowire-mac-learning { type Mac-learn; description "Enable MAC Learning"; } } // container pseudowire-mac container bd-pw-split-horizon { description "Split Horizon"; container bd-pw-split-horizon-group { description "Split Horizon Group"; leaf enable { type empty; description "Enable split horizon group"; } } // container bd-pw-split-horizon-group } // container bd-pw-split-horizon container bd-pw-mpls-static-labels { description "MPLS static labels"; leaf local-static-label { type Pseudowire-label-range; description "Pseudowire local static label"; } leaf remote-static-label { type Pseudowire-label-range; description "Pseudowire remote static label"; } } // container bd-pw-mpls-static-labels container bridge-domain-backup-pseudowires { description "List of pseudowires"; list bridge-domain-backup-pseudowire { key "neighbor pseudowire-id"; description "Backup pseudowire configuration"; leaf bridge-domain-backup-pw-class { type xr:Cisco-ios-xr-string { length "1..32"; } description "PW class template name to use for this pseudowire"; } leaf neighbor { type inet:ipv4-address-no-zone; description "Neighbor IP address"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } } // list bridge-domain-backup-pseudowire } // container bridge-domain-backup-pseudowires leaf pseudowire-mld-snoop { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a MLD Snooping profile"; } leaf pseudowire-igmp-snoop { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a IGMP Snooping profile"; } leaf pseudowire-flooding { type Interface-traffic-flood; description "Bridge-domain Pseudowire flooding"; } leaf bd-pw-class { type xr:Cisco-ios-xr-string { length "1..32"; } description "PW class template name to use for this pseudowire"; } leaf pseudowire-flooding-unknown-unicast { type Interface-traffic-flood; description "Bridge-domain Pseudowire flooding Unknown Unicast"; } leaf neighbor { type inet:ipv4-address-no-zone; description "Neighbor IP address"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } } // list bd-pseudowire } // container bd-pseudowires container vfis { description "Specify the virtual forwarding interface name"; list vfi { key "name"; description "Name of the Virtual Forwarding Interface"; container multicast-p2mp { description "Enable Multicast P2MP in this VFI"; container transports { description "Multicast P2MP Transport"; list transport { key "transport-name"; description "Multicast P2MP Transport Type"; leaf attribute-set-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Multicast P2MP TE Attribute Set Name"; } leaf transport-name { type Multicast-p2mp-transport; description "Transport Type"; } } // list transport } // container transports container signalings { description "Multicast P2MP Signaling Type"; list signaling { key "signaling-name"; description "Multicast P2MP Signaling Type"; leaf signaling-name { type Multicast-p2mp-signaling; description "Signaling Type"; } } // list signaling } // container signalings leaf enable { type empty; description "Enable Autodiscovery P2MP"; } } // container multicast-p2mp container vfi-pseudowires { description "List of pseudowires"; list vfi-pseudowire { key "neighbor pseudowire-id"; description "Pseudowire configuration"; container vfi-pw-dhcp-snoop { description "Attach a DHCP Snooping profile"; leaf profile-id { type Interface-profile; description "Set the snooping profile"; } leaf dhcp-snooping-id { type string; description "Disable DHCP snooping"; } } // container vfi-pw-dhcp-snoop container vfi-pw-mpls-static-labels { description "MPLS static labels"; leaf local-static-label { type Pseudowire-label-range; description "Pseudowire local static label"; } leaf remote-static-label { type Pseudowire-label-range; description "Pseudowire remote static label"; } } // container vfi-pw-mpls-static-labels container pseudowire-static-mac-addresses { description "Static Mac Address Table"; list pseudowire-static-mac-address { key "address"; description "Static Mac Address Configuration"; leaf address { type yang:mac-address; description "Static MAC address"; } } // list pseudowire-static-mac-address } // container pseudowire-static-mac-addresses leaf vfi-pw-class { type xr:Cisco-ios-xr-string { length "1..32"; } description "PW class template name to use for this pseudowire"; } leaf vfi-pw-igmp-snoop { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a IGMP Snooping profile"; } leaf vfi-pw-mld-snoop { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a MLD Snooping profile"; } leaf neighbor { type inet:ipv4-address-no-zone; description "Neighbor IP address"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } } // list vfi-pseudowire } // container vfi-pseudowires container bgp-auto-discovery { description "Enable Autodiscovery BGP in this VFI"; container ldp-signaling-protocol { description "Signaling Protocol LDP in this VFI configuration"; container vpls-id { description "VPLS ID"; leaf type { type Ldp-vpls-id; description "VPLS-ID Type"; } leaf as { when "../type = 'two-byte-as'" { description "../Type = TwoByteAS"; } type Vpls-id-as-range; description "Two byte AS number"; } leaf as-index { when "../type = 'two-byte-as'" { description "../Type = TwoByteAS"; } type Vpls-id-as-index; description "AS index"; } leaf address { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type inet:ipv4-address-no-zone; description "IPV4 address"; } leaf address-index { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type Vpls-id-addr-index; description "Address index"; } } // container vpls-id container flow-label-load-balance { description "Enable Flow Label based load balancing"; leaf flow-label { type Flow-label-load-balance; description "Flow Label load balance type"; } leaf static { type empty; description "Static Flow Label"; } } // container flow-label-load-balance leaf enable { type empty; description "Enable LDP as Signaling Protocol.Deletion of this object also causes deletion of all objects under LDPSignalingProtocol."; } } // container ldp-signaling-protocol container bgp-route-policy { description "Route policy"; leaf export { type string; description "Export route policy"; } } // container bgp-route-policy container route-distinguisher { description "Route Distinguisher"; leaf type { type Bgp-route-distinguisher; description "Router Distinguisher Type"; } leaf as { when "../type = 'two-byte-as' or ../type = 'four-byte-as'" { description "../Type = TwoByteAS or ../Type = FourByteAS"; } type Rdas-range; description "Two byte or 4 byte AS number"; } leaf as-index { when "../type = 'two-byte-as' or ../type = 'four-byte-as'" { description "../Type = TwoByteAS or ../Type = FourByteAS"; } type Rdas-index; description "AS:nn (hex or decimal format)"; } leaf address { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type inet:ipv4-address-no-zone; description "IPV4 address"; } leaf addr-index { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type Rd-addr-index; description "Addr index"; } } // container route-distinguisher container bgp-signaling-protocol { description "Enable Signaling Protocol BGP in this VFI"; container flow-label-load-balance { description "Enable Flow Label based load balancing"; leaf flow-label { type Flow-label-load-balance; description "Flow Label load balance type"; } leaf static { type empty; description "Static Flow Label"; } } // container flow-label-load-balance leaf ve-range { type Vedge-range; description "Local Virtual Edge Block Configurable Range"; } leaf veid { type Veid-range; description "Local Virtual Edge Identifier"; } leaf enable { type empty; description "Enable BGP as Signaling Protocol"; } } // container bgp-signaling-protocol container route-targets { description "Route Target"; list route-target { must "two-byte-as-or-four-byte-as or ipv4-address" { description "TwoByteAS-or-FourbyteAS or IPV4Address must be present."; } key "role format"; description "Name of the Route Target"; leaf role { type Bgp-route-target-role; description "Role of the router target type"; } leaf format { type Bgp-route-target-format; description "Format of the route target"; } list two-byte-as-or-four-byte-as { when "../format = 'two-byte-as' or ../format = 'four-byte-as'" { description "../Format = TwoByteAS or ../Format = FourbyteAS"; } key "as as-index"; description "two byte as or four byte as"; leaf as { type Rdas-range; description "Two byte or 4 byte AS number"; } leaf as-index { type Rdas-index; description "AS:nn (hex or decimal format)"; } } // list two-byte-as-or-four-byte-as list ipv4-address { when "../format = 'ipv4-address'" { description "../Format = IPV4Address"; } key "address addr-index"; description "ipv4 address"; leaf address { type inet:ipv4-address-no-zone; description "IPV4 address"; } leaf addr-index { type Rd-addr-index; description "Addr index"; } } // list ipv4-address } // list route-target } // container route-targets leaf table-policy { type string; description "Table Policy for installation of forwarding data to L2FIB"; } leaf ad-control-word { type empty; description "Enable control-word for this VFI"; } leaf enable { type empty; description "Enable Autodiscovery BGP"; } } // container bgp-auto-discovery leaf vfi-shutdown { type empty; description "Enabling Shutdown"; } leaf vpnid { type Vpnid-range; description "VPN Identifier"; } leaf name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the Virtual Forwarding Interface"; } } // list vfi } // container vfis container bridge-domainvnis { description "Bridge Domain EVPN VxLAN Network Identifier Table"; list bridge-domainvni { key "vpn-id"; description "Bridge Domain VxLAN EVPN"; leaf vpn-id { type uint32 { range "1..16777215"; } description "VxLAN Ethernet VPN-ID"; } } // list bridge-domainvni } // container bridge-domainvnis container bd-attachment-circuits { description "Attachment Circuit table"; list bd-attachment-circuit { key "name"; description "Name of the Attachment Circuit"; container interface-ip-source-guard { description "IP Source Guard"; leaf logging { type L2vpn-logging; description "Logging Type"; } leaf disable { type empty; description "Disable L2 Interface Dynamic IP source guard"; } leaf enable { type empty; description "Enable IP Source Guard"; } } // container interface-ip-source-guard container interface-dai { description "L2 Interface Dynamic ARP Inspection"; container interface-dai-address-validation { description "Address Validation"; leaf ipv4-verification { type L2vpn-verification; description "IPv4 Verification"; } leaf destination-mac-verification { type L2vpn-verification; description "Destination MAC Verification"; } leaf source-mac-verification { type L2vpn-verification; description "Source MAC Verification"; } leaf enable { type empty; description "Enable Address Validation"; } } // container interface-dai-address-validation leaf logging { type L2vpn-logging; description "Logging Type"; } leaf disable { type empty; description "Disable L2 Interface Dynamic ARP Inspection"; } leaf enable { type empty; description "Enable L2 Interface Dynamic ARP Inspection"; } } // container interface-dai container interface-profile { description "Attach a DHCP profile"; leaf profile-id { type Interface-profile; description "Set the snooping profile"; } leaf dhcp-snooping-id { type string; description "Disable DHCP snooping"; } } // container interface-profile container bdac-storm-control-types { description "Storm Control"; list bdac-storm-control-type { must "storm-control-unit"; key "sctype"; description "Storm Control Type"; leaf sctype { type Storm-control; description "Storm Control Type"; } container storm-control-unit { must "kbits-per-sec or pkts-per-sec"; description "Specify units for Storm Control Configuration"; leaf kbits-per-sec { type Storm-control-kbps-range; units "kbit/s"; description "Kilobits Per Second, PktsPerSec and KbitsPerSec cannot be configured together"; } leaf pkts-per-sec { type Storm-control-pps-range; units "packet/s"; description "Packets Per Second, PktsPerSec and KbitsPerSec cannot be configured together"; } } // container storm-control-unit } // list bdac-storm-control-type } // container bdac-storm-control-types container split-horizon { description "Split Horizon"; container split-horizon-group-id { description "Split Horizon Group ID"; leaf enable { type empty; description "Enable split horizon group"; } } // container split-horizon-group-id } // container split-horizon container static-mac-addresses { description "Static Mac Address Table"; list static-mac-address { key "address"; description "Static Mac Address Configuration"; leaf address { type yang:mac-address; description "Static MAC address"; } } // list static-mac-address } // container static-mac-addresses container interface-mac { description "MAC configuration commands"; container interface-mac-aging { description "MAC-Aging configuration commands"; leaf interface-mac-aging-time { type Mac-aging-range; description "Mac Aging Time"; } leaf enable { type empty; description "Enable MAC-Aging configuration commands"; } leaf interface-mac-aging-type { type Mac-aging; description "MAC address aging type"; } } // container interface-mac-aging container interface-mac-secure { description "MAC Secure"; leaf enable { type empty; description "Enable MAC Secure"; } leaf logging { type L2vpn-logging; description "MAC Secure Logging"; } leaf disable { type empty; description "Disable MAC Secure"; } leaf action { type Mac-secure-action; description "MAC secure enforcement action"; } leaf shutdown-recovery-timer { type Mac-secure-shutdown-recovery-time-range; description "MAC Secure Shutdown Recovery Timer"; } } // container interface-mac-secure container interface-mac-limit { description "MAC-Limit configuration commands"; leaf interface-mac-limit-max { type Mac-limit-range; description "Number of MAC addresses on an Interface after which MAC limit action is taken"; } leaf interface-mac-limit-notif { type Mac-notification; description "MAC address limit notification action in a Interface"; } leaf interface-mac-limit-action { type Mac-limit-action; description "Interface MAC address limit enforcement action"; } leaf enable { type empty; description "Enable MAC-Limit configuration commands"; } } // container interface-mac-limit leaf interface-mac-port-down-flush { type Port-down-flush; description "Enable/Disable MAC Flush When Port goes down"; } leaf interface-mac-learning { type Mac-learn; description "Enable Mac Learning"; } leaf enable { type empty; description "Enable MAC configuration commands"; } } // container interface-mac leaf interface-flooding { type Interface-traffic-flood; description "Enable or Disable Flooding"; } leaf interface-igmp-snoop { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a IGMP Snooping profile"; } leaf interface-flooding-unknown-unicast { type Interface-traffic-flood; description "Enable or Disable Unknown Unicast Flooding"; } leaf interface-mld-snoop { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a MLD Snooping profile"; } leaf name { type xr:Interface-name; description "The name of the Attachment Circuit"; } } // list bd-attachment-circuit } // container bd-attachment-circuits container bd-pseudowire-evpns { description "List of EVPN pseudowires"; list bd-pseudowire-evpn { key "eviid acid"; description "EVPN Pseudowire configuration"; leaf eviid { type Evpnvpnid-range; description "Ethernet VPN ID"; } leaf acid { type Pseudowire-acid-range; description "AC ID"; } } // list bd-pseudowire-evpn } // container bd-pseudowire-evpns container ip-source-guard { description "IP Source Guard"; leaf logging { type empty; description "Enable Logging"; } leaf enable { type empty; description "Enable IP Source Guard"; } } // container ip-source-guard container dai { description "Dynamic ARP Inspection"; container dai-address-validation { description "Address Validation"; leaf ipv4-verification { type empty; description "Enable IPv4 Verification"; } leaf destination-mac-verification { type empty; description "Enable Destination MAC Verification"; } leaf source-mac-verification { type empty; description "Enable Source MAC Verification"; } leaf enable { type empty; description "Enable Address Validation"; } } // container dai-address-validation leaf logging { type empty; description "Enable Logging"; } leaf enable { type empty; description "Enable Dynamic ARP Inspection"; } } // container dai container routed-interfaces { description "Bridge Domain Routed Interface Table"; list routed-interface { key "interface-name"; description "Bridge Domain Routed Interface"; container routed-interface-split-horizon-group { description "Routed interface split horizon group"; leaf routed-interface-split-horizon-group-core { type empty; description "Configure BVI under SHG 1"; } } // container routed-interface-split-horizon-group leaf interface-name { type xr:Interface-name; description "The name of the Routed Interface"; } } // list routed-interface } // container routed-interfaces leaf coupled-mode { type empty; description "Coupled-mode configuration"; } leaf shutdown { type empty; description "shutdown the Bridge Domain"; } leaf flooding-unknown-unicast { type empty; description "Disable Unknown Unicast flooding"; } leaf efp-visibility { type empty; description "Enable multicast for multiple VLANs in the bridge of a BVI"; } leaf l2-multicast-source { type L2mc-src-traffic-enabled; description "L2MC Source Traffic Enabled"; } leaf igmp-snooping-disable { type empty; description "Disable IGMP Snooping"; } leaf transport-mode { type Bridge-domain-transport-mode; description "Bridge Domain Transport mode"; } leaf mld-snooping { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach MLD Snooping Profile Name"; } leaf bridge-domain-mtu { type Bridge-bd-mtu-range; units "byte"; description "Maximum transmission unit for this Bridge Domain"; } leaf dhcp { type string { length "1..32"; } description "DHCPv4 Snooping profile name"; } leaf bridge-description { type string { length "1..64"; } description "Bridge-domain description Name"; } leaf igmp-snooping { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach IGMP Snooping Profile Name"; } leaf flooding { type empty; description "Disable flooding"; } leaf name { type xr:Cisco-ios-xr-string { length "1..27"; } description "Name of the bridge domain"; } } // list bridge-domain } // container bridge-domains } // list bridge-domain-group } // container bridge-domain-groups container pseudowire-classes { description "List of pseudowire classes"; list pseudowire-class { key "name"; description "Pseudowire class"; container l2tpv3-encapsulation { description "L2TPv3 encapsulation"; container sequencing { description "Sequencing"; leaf sequencing { type L2tpv3-sequencing; default "off"; description "Sequencing"; } leaf resync-threshold { type Resync-threshold-range; default "5"; description "Out of sequence threshold"; } } // container sequencing container type-of-service { description "Type of service"; leaf type-of-service-value { type Type-of-service-range; description "Type of service value"; } leaf type-of-service-mode { type Type-of-service-mode; description "Type of service mode"; } } // container type-of-service container signaling-protocol { description "L2TPv3 signaling protocol"; leaf protocol { type L2tp-signaling-protocol; default "l2tpv3"; description "L2TPv3 signaling protocol"; } leaf l2tpv3-class-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the L2TPv3 class name"; } } // container signaling-protocol container path-mtu { description "Path maximum transmission unit"; leaf enable { type empty; description "Enable path MTU"; } leaf max-path-mtu { type Max-path-mtu-range; description "Maximum path maximum transmission unit"; } } // container path-mtu leaf df-bit-set { type empty; description "Set the do not fragment bit to 1"; } leaf cookie-size { type L2tp-cookie-size; default "zero"; description "Cookie size"; } leaf source-address { type inet:ipv4-address-no-zone; description "Source IP address"; } leaf transport-mode { type Transport-mode; description "Transport mode"; } leaf enable { type empty; description "Enable L2TPv3 encapsulation"; } leaf time-to-live { type Time-to-live-range; description "Time to live"; } } // container l2tpv3-encapsulation container backup-disable-delay { description "Back Up Pseudowire class"; leaf type { type Backup-disable; description "Delay or Never"; } leaf disable-backup { when "../type = 'delay'" { description "../Type = Delay"; } type Backup-disable-delay-range; description "Disable backup delay"; } } // container backup-disable-delay container mpls-encapsulation { description "MPLS encapsulation"; container sequencing { description "Sequencing"; leaf sequencing { type Mpls-sequencing; default "off"; description "Sequencing"; } leaf resync-threshold { type Resync-threshold-range; default "5"; description "Out of sequence threshold"; } } // container sequencing container mpls-redundancy { description "Redundancy options for MPLS encapsulation"; leaf redundancy-one-way { type empty; description "Force one-way PW redundancy behavior in Redundancy Group"; } leaf redundancy-initial-delay { type Pw-redundancy-initial-delay-range; units "second"; description "Initial delay before activating the redundant PW, in seconds"; } } // container mpls-redundancy container preferred-path { description "Preferred path"; leaf type { type Preferred-path; description "Preferred Path Type"; } leaf interface-tunnel-number { when "../type = 'te-tunnel' or ../type = 'ip-tunnel' or ../type = 'tp-tunnel'" { description "../Type = TE-Tunnel or ../Type = IP-Tunnel or ../Type = TP-Tunnel"; } type uint32 { range "0..65535"; } description "Interface Tunnel number for preferred path"; } leaf fallback-disable { when "../type = 'te-tunnel' or ../type = 'ip-tunnel' or ../type = 'tp-tunnel' or ../type = 'sr-te-policy' or ../type = 'named-te-tunnel'" { description "../Type = TE-Tunnel or ../Type = IP-Tunnel or ../Type = TP-Tunnel or . ./Type = SR-TE-Policy or ../Type = Named-TE-Tunnel"; } type empty; description "Fallback disable"; } leaf path-name { when "../type = 'sr-te-policy' or ../type = 'named-te-tunnel'" { description "../Type = SR-TE-Policy or ../Type = Named-TE-Tunnel"; } type xr:Cisco-ios-xr-string { length "1..60"; } description "Name of the SR TE Policy or IFName"; } } // container preferred-path container load-balance-group { description "Load Balancing"; container flow-label-load-balance { description "Enable Flow Label based load balancing"; leaf flow-label { type Flow-label-load-balance; description "Flow Label load balance type"; } leaf static { type empty; description "Static Flow Label"; } } // container flow-label-load-balance leaf flow-label-load-balance-code { type Flow-label-tlv-code; description "Enable Legacy Flow Label TLV code"; } leaf pw-label-load-balance { type Load-balance; description "Enable PW Label based Load Balancing"; } } // container load-balance-group leaf pw-switching-tlv { type Pw-switching-point-tlv; description "Pseudowire Switching Point Tlv"; } leaf static-tag-rewrite { type Tag-rewrite-range; description "Static Tag rewrite"; } leaf signaling-protocol { type Mpls-signaling-protocol; default "ldp"; description "MPLS signaling protocol"; } leaf vccv-type { type Vccv-verification; default "lsp-ping"; description "VCCV verification type"; } leaf source-address { type inet:ipv4-address-no-zone; description "Source IP address"; } leaf transport-mode { type Transport-mode; description "Transport mode"; } leaf enable { type empty; description "Enable MPLS encapsulation"; } leaf control-word { type Control-word; description "Enable control word"; } } // container mpls-encapsulation leaf mac-withdraw { type empty; description "Enable backup MAC withdraw"; } leaf enable { type empty; description "Enable pseudowire class"; } leaf name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the pseudowire class"; } } // list pseudowire-class } // container pseudowire-classes container vlan-switches { description "List of VLAN Switches"; list vlan-switch { key "name"; description "VLAN Switch"; container vlan-switch-ports { description "List of VLAN Switched Ports"; list vlan-switch-port { key "interface-name"; description "VLAN Switched Port"; leaf interface-name { type xr:Interface-name; description "Interface name"; } } // list vlan-switch-port } // container vlan-switch-ports container vni-ranges { description "Configure VLAN Switch VxLAN Ethernet VPN-ID ranges"; leaf vni-range1-min { type uint32; description "Minimum value of VNI range #1"; } leaf vni-range1-max { type uint32; description "Maximum value of VNI range #1"; } leaf vni-range2-min { type uint32; description "Minimum value of VNI range #2"; } leaf vni-range2-max { type uint32; description "Maximum value of VNI range #2"; } leaf vni-range3-min { type uint32; description "Minimum value of VNI range #3"; } leaf vni-range3-max { type uint32; description "Maximum value of VNI range #3"; } leaf vni-range4-min { type uint32; description "Minimum value of VNI range #4"; } leaf vni-range4-max { type uint32; description "Maximum value of VNI range #4"; } leaf vni-range5-min { type uint32; description "Minimum value of VNI range #5"; } leaf vni-range5-max { type uint32; description "Maximum value of VNI range #5"; } leaf vni-range6-min { type uint32; description "Minimum value of VNI range #6"; } leaf vni-range6-max { type uint32; description "Maximum value of VNI range #6"; } leaf vni-range7-min { type uint32; description "Minimum value of VNI range #7"; } leaf vni-range7-max { type uint32; description "Maximum value of VNI range #7"; } leaf vni-range8-min { type uint32; description "Minimum value of VNI range #8"; } leaf vni-range8-max { type uint32; description "Maximum value of VNI range #8"; } leaf vni-range9-min { type uint32; description "Minimum value of VNI range #9"; } leaf vni-range9-max { type uint32; description "Maximum value of VNI range #9"; } } // container vni-ranges container vlan-ranges { description "Configure VLAN Switch VLAN ranges"; leaf vlan-range1-min { type L2vpn-vs-vlan-tag; description "Minimum value of VLAN range #1"; } leaf vlan-range1-max { type L2vpn-vs-vlan-tag; description "Maximum value of VLAN range #1"; } leaf vlan-range2-min { type L2vpn-vs-vlan-tag; description "Minimum value of VLAN range #2"; } leaf vlan-range2-max { type L2vpn-vs-vlan-tag; description "Maximum value of VLAN range #2"; } leaf vlan-range3-min { type L2vpn-vs-vlan-tag; description "Minimum value of VLAN range #3"; } leaf vlan-range3-max { type L2vpn-vs-vlan-tag; description "Maximum value of VLAN range #3"; } leaf vlan-range4-min { type L2vpn-vs-vlan-tag; description "Minimum value of VLAN range #4"; } leaf vlan-range4-max { type L2vpn-vs-vlan-tag; description "Maximum value of VLAN range #4"; } leaf vlan-range5-min { type L2vpn-vs-vlan-tag; description "Minimum value of VLAN range #5"; } leaf vlan-range5-max { type L2vpn-vs-vlan-tag; description "Maximum value of VLAN range #5"; } leaf vlan-range6-min { type L2vpn-vs-vlan-tag; description "Minimum value of VLAN range #6"; } leaf vlan-range6-max { type L2vpn-vs-vlan-tag; description "Maximum value of VLAN range #6"; } leaf vlan-range7-min { type L2vpn-vs-vlan-tag; description "Minimum value of VLAN range #7"; } leaf vlan-range7-max { type L2vpn-vs-vlan-tag; description "Maximum value of VLAN range #7"; } leaf vlan-range8-min { type L2vpn-vs-vlan-tag; description "Minimum value of VLAN range #8"; } leaf vlan-range8-max { type L2vpn-vs-vlan-tag; description "Maximum value of VLAN range #8"; } leaf vlan-range9-min { type L2vpn-vs-vlan-tag; description "Minimum value of VLAN range #9"; } leaf vlan-range9-max { type L2vpn-vs-vlan-tag; description "Maximum value of VLAN range #9"; } } // container vlan-ranges container routed-interface-ranges { description "Configure VLAN Switch Routed BVI Interface ranges"; leaf interface-range1-min { type uint32; description "Minimum value of Interface range #1"; } leaf interface-range1-max { type uint32; description "Maximum value of Interface range #1"; } leaf interface-range2-min { type uint32; description "Minimum value of Interface range #2"; } leaf interface-range2-max { type uint32; description "Maximum value of Interface range #2"; } leaf interface-range3-min { type uint32; description "Minimum value of Interface range #3"; } leaf interface-range3-max { type uint32; description "Maximum value of Interface range #3"; } leaf interface-range4-min { type uint32; description "Minimum value of Interface range #4"; } leaf interface-range4-max { type uint32; description "Maximum value of Interface range #4"; } leaf interface-range5-min { type uint32; description "Minimum value of Interface range #5"; } leaf interface-range5-max { type uint32; description "Maximum value of Interface range #5"; } leaf interface-range6-min { type uint32; description "Minimum value of Interface range #6"; } leaf interface-range6-max { type uint32; description "Maximum value of Interface range #6"; } leaf interface-range7-min { type uint32; description "Minimum value of Interface range #7"; } leaf interface-range7-max { type uint32; description "Maximum value of Interface range #7"; } leaf interface-range8-min { type uint32; description "Minimum value of Interface range #8"; } leaf interface-range8-max { type uint32; description "Maximum value of Interface range #8"; } leaf interface-range9-min { type uint32; description "Minimum value of Interface range #9"; } leaf interface-range9-max { type uint32; description "Maximum value of Interface range #9"; } } // container routed-interface-ranges leaf name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the VLAN Switch"; } container bridge-domains { description "List of Bridge Domain"; list bridge-domain { key "name"; description "bridge domain"; container bd-storm-controls { description "Storm Control"; list bd-storm-control { must "storm-control-unit"; key "sctype"; description "Storm Control Type"; leaf sctype { type Storm-control; description "Storm Control Type"; } container storm-control-unit { must "kbits-per-sec or pkts-per-sec"; description "Specify units for Storm Control Configuration"; leaf kbits-per-sec { type Storm-control-kbps-range; units "kbit/s"; description "Kilobits Per Second, PktsPerSec and KbitsPerSec cannot be configured together"; } leaf pkts-per-sec { type Storm-control-pps-range; units "packet/s"; description "Packets Per Second, PktsPerSec and KbitsPerSec cannot be configured together"; } } // container storm-control-unit } // list bd-storm-control } // container bd-storm-controls container member-vnis { description "Bridge Domain VxLAN Network Identifier Table"; list member-vni { key "vni"; description "Bridge Domain Member VxLAN Network Identifier"; container member-vni-static-mac-addresses { description "Static Mac Address Table"; list member-vni-static-mac-address { key "mac-address"; description "Static Mac Address Configuration"; leaf next-hop-ip { type inet:ipv4-address-no-zone; description "Enable Static Mac Address Configuration"; } leaf mac-address { type yang:mac-address; description "Static MAC address"; } } // list member-vni-static-mac-address } // container member-vni-static-mac-addresses leaf vni { type uint32 { range "1..16777215"; } description "VxLAN Network Identifier number"; } } // list member-vni } // container member-vnis container bridge-domain-mac { description "MAC configuration commands"; container bd-mac-limit { description "MAC-Limit configuration commands"; leaf bd-mac-limit-action { type Mac-limit-action; description "MAC address limit enforcement action"; } leaf enable { type empty; description "Enable MAC-Limit configuration commands"; } leaf bd-mac-limit-notif { type Mac-notification; description "Mac Address Limit Notification"; } leaf bd-mac-limit-max { type Mac-limit-range; description "Number of MAC addresses after which MAC limit action is taken"; } } // container bd-mac-limit container bd-mac-filters { description "Filter Mac Address"; list bd-mac-filter { key "address"; description "Static MAC address"; leaf drop { type empty; description "MAC address for filtering"; } leaf address { type yang:mac-address; description "Static MAC address"; } } // list bd-mac-filter } // container bd-mac-filters container mac-secure { description "MAC Secure"; leaf logging { type empty; description "MAC Secure Logging"; } leaf enable { type empty; description "Enable MAC Secure"; } leaf threshold { type empty; description "MAC Secure Threshold"; } leaf action { type Mac-secure-action; description "MAC secure enforcement action"; } leaf shutdown-recovery-timer { type Mac-secure-shutdown-recovery-time-range; description "MAC Secure Shutdown Recovery Timer"; } } // container mac-secure container bd-mac-aging { description "MAC-Aging configuration commands"; leaf bd-mac-aging-type { type Mac-aging; description "MAC address aging type"; } leaf enable { type empty; description "Enable MAC-Aging configuration commands"; } leaf bd-mac-aging-time { type Mac-aging-range; description "Mac Aging Time"; } } // container bd-mac-aging leaf bd-mac-withdraw-relay { type empty; description "Mac withdraw sent from access PW to access PW"; } leaf bd-mac-withdraw-access-pw-disable { type empty; description "MAC withdraw on Access PW"; } leaf bd-mac-port-down-flush { type empty; description "Disable MAC Flush when Port goes Down"; } leaf bd-mac-withdraw { type empty; description "Disable Mac Withdraw"; } leaf enable { type empty; description "Enable MAC configuration commands"; } leaf bd-mac-withdraw-behavior { type Mac-withdraw-behavior; description "MAC withdraw sent on bridge port down"; } leaf bd-mac-learn { type Bdmac-learn; description "Mac Learning Type"; } } // container bridge-domain-mac container nv-satellite { description "nV Satellite"; leaf offload-ipv4-multicast-enable { type empty; description "Enable IPv4 Multicast Offload to Satellite Nodes"; } leaf enable { type empty; description "Enable nV Satellite Settings"; } } // container nv-satellite container bridge-domain-pbb { description "Bridge Domain PBB"; container pbb-edges { description "PBB Edge"; list pbb-edge { key "isid core-bd-name"; description "Configure BD as PBB Edge with ISID and associated PBB Core BD"; container pbb-edge-split-horizon-group { description "Split Horizon Group"; leaf disable { type empty; description "Disable split horizon group"; } } // container pbb-edge-split-horizon-group container pbb-static-mac-mappings { description "PBB Static Mac Address Mapping Table"; list pbb-static-mac-mapping { key "address"; description "PBB Static Mac Address Mapping Configuration"; leaf pbb-static-mac-mapping-bmac { type yang:mac-address; description "Static backbone MAC address to map with"; } leaf address { type yang:mac-address; description "Static MAC address"; } } // list pbb-static-mac-mapping } // container pbb-static-mac-mappings container pbb-edge-dhcp-profile { description "Attach a DHCP profile"; leaf profile-id { type Interface-profile; description "Set the snooping profile"; } leaf dhcp-snooping-id { type string; description "Disable DHCP snooping"; } } // container pbb-edge-dhcp-profile container pbb-edge-mac { description "MAC configuration commands"; container pbb-edge-mac-limit { description "MAC-Limit configuration commands"; leaf pbb-edge-mac-limit-action { type Mac-limit-action; description "MAC address limit enforcement action"; } leaf enable { type empty; description "Enable MAC-Limit configuration commands"; } leaf pbb-edge-mac-limit-max { type Mac-limit-range; description "Number of MAC addresses after which MAC limit action is taken"; } leaf pbb-edge-mac-limit-notif { type Mac-notification; description "MAC address limit notification action"; } } // container pbb-edge-mac-limit container pbb-edge-mac-aging { description "MAC-Aging configuration commands"; leaf pbb-edge-mac-aging-type { type Mac-aging; description "MAC address aging type"; } leaf pbb-edge-mac-aging-time { type Mac-aging-range; description "Mac Aging Time"; } leaf enable { type empty; description "Enable MAC-Aging configuration commands"; } } // container pbb-edge-mac-aging container pbb-edge-mac-secure { description "MAC Secure"; leaf enable { type empty; description "Enable MAC Secure"; } leaf accept-shutdown { type empty; description "Accept Virtual instance port to be shutdown on mac violation"; } leaf logging { type L2vpn-logging; description "MAC Secure Logging"; } leaf disable { type empty; description "Disable MAC Secure"; } leaf action { type Mac-secure-action; description "MAC secure enforcement action"; } } // container pbb-edge-mac-secure leaf pbb-edge-mac-learning { type Mac-learn; description "Enable Mac Learning"; } leaf enable { type empty; description "Enable MAC configuration commands"; } } // container pbb-edge-mac leaf pbb-edge-igmp-profile { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a IGMP Snooping profile"; } leaf unknown-unicast-bmac { type yang:mac-address; description "Configure Unknown Unicast BMAC address for PBB Edge Port"; } leaf isid { type Pbbisid-range; description "ISID"; } leaf core-bd-name { type xr:Cisco-ios-xr-string { length "1..27"; } description "Core BD Name"; } } // list pbb-edge } // container pbb-edges container pbb-core { description "PBB Core"; container pbb-core-mac { description "MAC configuration commands"; container pbb-core-mac-aging { description "MAC-Aging configuration commands"; leaf pbb-core-mac-aging-type { type Mac-aging; description "MAC address aging type"; } leaf enable { type empty; description "Enable MAC-Aging configuration commands"; } leaf pbb-core-mac-aging-time { type Mac-aging-range; description "Mac Aging Time"; } } // container pbb-core-mac-aging container pbb-core-mac-limit { description "MAC-Limit configuration commands"; leaf enable { type empty; description "Enable MAC-Limit configuration commands"; } leaf pbb-core-mac-limit-max { type Mac-limit-range; description "Number of MAC addresses after which MAC limit action is taken"; } leaf pbb-core-mac-limit-notif { type Mac-notification; description "MAC address limit notification action"; } leaf pbb-core-mac-limit-action { type Mac-limit-action; description "MAC address limit enforcement action"; } } // container pbb-core-mac-limit leaf pbb-core-mac-learning { type Mac-learn; description "Enable Mac Learning"; } leaf enable { type empty; description "Enable MAC configuration commands"; } } // container pbb-core-mac container pbb-core-evis { description "PBB Core EVI Table"; list pbb-core-evi { key "eviid"; description "PBB Core EVI"; leaf eviid { type Vpnid-range; description "Ethernet VPN ID"; } } // list pbb-core-evi } // container pbb-core-evis container pbb-core-dhcp-profile { description "Attach a DHCP profile"; leaf profile-id { type Interface-profile; description "Set the snooping profile"; } leaf dhcp-snooping-id { type string; description "Disable DHCP snooping"; } } // container pbb-core-dhcp-profile leaf pbb-core-mmrp-flood-optimization { type empty; description "Enabling MMRP PBB-VPLS Flood Optimization"; } leaf vlan-id { type Pbbvid-range; description "VLAN ID to push"; } leaf pbb-core-igmp-profile { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a IGMP Snooping profile"; } leaf enable { type empty; description "Enable Bridge Domain PBB Core Configuration"; } } // container pbb-core } // container bridge-domain-pbb container bridge-domain-evis { description "Bridge Domain EVI Table"; list bridge-domain-evi { key "vpn-id"; description "Bridge Domain MPLS EVPN"; leaf vpn-id { type Evpnvpnid-range; description "MPLS Ethernet VPN-ID"; } } // list bridge-domain-evi } // container bridge-domain-evis container access-vfis { description "Specify the access virtual forwarding interface name"; list access-vfi { key "name"; description "Name of the Acess Virtual Forwarding Interface"; container access-vfi-pseudowires { description "List of pseudowires"; list access-vfi-pseudowire { key "neighbor pseudowire-id"; description "Pseudowire configuration"; container access-vfi-pseudowire-static-mac-addresses { description "Static Mac Address Table"; list access-vfi-pseudowire-static-mac-address { key "address"; description "Static Mac Address Configuration"; leaf address { type yang:mac-address; description "Static MAC address"; } } // list access-vfi-pseudowire-static-mac-address } // container access-vfi-pseudowire-static-mac-addresses leaf access-vfi-pw-class { type xr:Cisco-ios-xr-string { length "1..32"; } description "Pseudowire class template name to use for this pseudowire"; } leaf neighbor { type inet:ipv4-address-no-zone; description "Neighbor IP address"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } } // list access-vfi-pseudowire } // container access-vfi-pseudowires leaf access-vfi-shutdown { type empty; description "shutdown the AccessVfi"; } leaf name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the AccessVirtual Forwarding Interface"; } } // list access-vfi } // container access-vfis container bd-pseudowires { description "List of pseudowires"; list bd-pseudowire { key "neighbor pseudowire-id"; description "Pseudowire configuration"; container pseudowire-dai { description "Access Pseudowire Dynamic ARP Inspection"; container pseudowire-dai-address-validation { description "Address Validation"; leaf ipv4-verification { type L2vpn-verification; description "IPv4 Verification"; } leaf destination-mac-verification { type L2vpn-verification; description "Destination MAC Verification"; } leaf source-mac-verification { type L2vpn-verification; description "Source MAC Verification"; } leaf enable { type empty; description "Enable Address Validation"; } } // container pseudowire-dai-address-validation leaf logging { type L2vpn-logging; description "Logging Type"; } leaf disable { type empty; description "Disable Dynamic ARP Inspection"; } leaf enable { type empty; description "Enable Access Pseudowire Dynamic ARP Inspection"; } } // container pseudowire-dai container bdpw-storm-control-types { description "Storm Control"; list bdpw-storm-control-type { must "storm-control-unit"; key "sctype"; description "Storm Control Type"; leaf sctype { type Storm-control; description "Storm Control Type"; } container storm-control-unit { must "kbits-per-sec or pkts-per-sec"; description "Specify units for Storm Control Configuration"; leaf kbits-per-sec { type Storm-control-kbps-range; units "kbit/s"; description "Kilobits Per Second, PktsPerSec and KbitsPerSec cannot be configured together"; } leaf pkts-per-sec { type Storm-control-pps-range; units "packet/s"; description "Packets Per Second, PktsPerSec and KbitsPerSec cannot be configured together"; } } // container storm-control-unit } // list bdpw-storm-control-type } // container bdpw-storm-control-types container pseudowire-profile { description "Attach a DHCP profile"; leaf profile-id { type Interface-profile; description "Set the snooping profile"; } leaf dhcp-snooping-id { type string; description "Disable DHCP snooping"; } } // container pseudowire-profile container bd-pw-static-mac-addresses { description "Static Mac Address Table"; list bd-pw-static-mac-address { key "address"; description "Static Mac Address Configuration"; leaf address { type yang:mac-address; description "Static MAC address"; } } // list bd-pw-static-mac-address } // container bd-pw-static-mac-addresses container pseudowire-ip-source-guard { description "IP Source Guard"; leaf logging { type L2vpn-logging; description "Logging Type"; } leaf disable { type empty; description "Disable Dynamic IP source guard"; } leaf enable { type empty; description "Enable IP Source Guard"; } } // container pseudowire-ip-source-guard container pseudowire-mac { description "Bridge-domain Pseudowire MAC configuration commands"; container pseudowire-mac-secure { description "MAC Secure"; leaf enable { type empty; description "Enable MAC Secure"; } leaf logging { type L2vpn-logging; description "MAC Secure Logging"; } leaf disable { type empty; description "Disable MAC Secure"; } leaf action { type Mac-secure-action; description "MAC secure enforcement action"; } leaf shutdown-recovery-timer { type Mac-secure-shutdown-recovery-time-range; description "MAC Secure Shutdown Recovery Timer"; } } // container pseudowire-mac-secure container pseudowire-mac-aging { description "MAC-Aging configuration commands"; leaf pseudowire-mac-aging-type { type Mac-aging; description "MAC address aging type"; } leaf pseudowire-mac-aging-time { type Mac-aging-range; description "MAC Aging Time"; } leaf enable { type empty; description "Enable MAC-Aging configuration commands"; } } // container pseudowire-mac-aging container pseudowire-mac-limit { description "MAC-Limit configuration commands"; leaf pseudowire-mac-limit-action { type Mac-limit-action; description "Bridge Access Pseudowire MAC address limit enforcement action"; } leaf pseudowire-mac-limit-notif { type Mac-notification; description "MAC address limit notification action in a Bridge Access Pseudowire"; } leaf pseudowire-mac-limit-max { type Mac-limit-range; description "Number of MAC addresses on a Bridge Access Pseudowire after which MAC limit action is taken"; } leaf enable { type empty; description "Enable MAC-Limit configuration commands"; } } // container pseudowire-mac-limit leaf pseudowire-mac-port-down-flush { type Port-down-flush; description "Enable/Disable MAC Flush When Port goes down"; } leaf enable { type empty; description "Bridge-domain Pseudowire MAC configuration mode"; } leaf pseudowire-mac-learning { type Mac-learn; description "Enable MAC Learning"; } } // container pseudowire-mac container bd-pw-split-horizon { description "Split Horizon"; container bd-pw-split-horizon-group { description "Split Horizon Group"; leaf enable { type empty; description "Enable split horizon group"; } } // container bd-pw-split-horizon-group } // container bd-pw-split-horizon container bd-pw-mpls-static-labels { description "MPLS static labels"; leaf local-static-label { type Pseudowire-label-range; description "Pseudowire local static label"; } leaf remote-static-label { type Pseudowire-label-range; description "Pseudowire remote static label"; } } // container bd-pw-mpls-static-labels container bridge-domain-backup-pseudowires { description "List of pseudowires"; list bridge-domain-backup-pseudowire { key "neighbor pseudowire-id"; description "Backup pseudowire configuration"; leaf bridge-domain-backup-pw-class { type xr:Cisco-ios-xr-string { length "1..32"; } description "PW class template name to use for this pseudowire"; } leaf neighbor { type inet:ipv4-address-no-zone; description "Neighbor IP address"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } } // list bridge-domain-backup-pseudowire } // container bridge-domain-backup-pseudowires leaf pseudowire-mld-snoop { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a MLD Snooping profile"; } leaf pseudowire-igmp-snoop { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a IGMP Snooping profile"; } leaf pseudowire-flooding { type Interface-traffic-flood; description "Bridge-domain Pseudowire flooding"; } leaf bd-pw-class { type xr:Cisco-ios-xr-string { length "1..32"; } description "PW class template name to use for this pseudowire"; } leaf pseudowire-flooding-unknown-unicast { type Interface-traffic-flood; description "Bridge-domain Pseudowire flooding Unknown Unicast"; } leaf neighbor { type inet:ipv4-address-no-zone; description "Neighbor IP address"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } } // list bd-pseudowire } // container bd-pseudowires container vfis { description "Specify the virtual forwarding interface name"; list vfi { key "name"; description "Name of the Virtual Forwarding Interface"; container multicast-p2mp { description "Enable Multicast P2MP in this VFI"; container transports { description "Multicast P2MP Transport"; list transport { key "transport-name"; description "Multicast P2MP Transport Type"; leaf attribute-set-name { type xr:Cisco-ios-xr-string { length "1..64"; } description "Multicast P2MP TE Attribute Set Name"; } leaf transport-name { type Multicast-p2mp-transport; description "Transport Type"; } } // list transport } // container transports container signalings { description "Multicast P2MP Signaling Type"; list signaling { key "signaling-name"; description "Multicast P2MP Signaling Type"; leaf signaling-name { type Multicast-p2mp-signaling; description "Signaling Type"; } } // list signaling } // container signalings leaf enable { type empty; description "Enable Autodiscovery P2MP"; } } // container multicast-p2mp container vfi-pseudowires { description "List of pseudowires"; list vfi-pseudowire { key "neighbor pseudowire-id"; description "Pseudowire configuration"; container vfi-pw-dhcp-snoop { description "Attach a DHCP Snooping profile"; leaf profile-id { type Interface-profile; description "Set the snooping profile"; } leaf dhcp-snooping-id { type string; description "Disable DHCP snooping"; } } // container vfi-pw-dhcp-snoop container vfi-pw-mpls-static-labels { description "MPLS static labels"; leaf local-static-label { type Pseudowire-label-range; description "Pseudowire local static label"; } leaf remote-static-label { type Pseudowire-label-range; description "Pseudowire remote static label"; } } // container vfi-pw-mpls-static-labels container pseudowire-static-mac-addresses { description "Static Mac Address Table"; list pseudowire-static-mac-address { key "address"; description "Static Mac Address Configuration"; leaf address { type yang:mac-address; description "Static MAC address"; } } // list pseudowire-static-mac-address } // container pseudowire-static-mac-addresses leaf vfi-pw-class { type xr:Cisco-ios-xr-string { length "1..32"; } description "PW class template name to use for this pseudowire"; } leaf vfi-pw-igmp-snoop { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a IGMP Snooping profile"; } leaf vfi-pw-mld-snoop { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a MLD Snooping profile"; } leaf neighbor { type inet:ipv4-address-no-zone; description "Neighbor IP address"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } } // list vfi-pseudowire } // container vfi-pseudowires container bgp-auto-discovery { description "Enable Autodiscovery BGP in this VFI"; container ldp-signaling-protocol { description "Signaling Protocol LDP in this VFI configuration"; container vpls-id { description "VPLS ID"; leaf type { type Ldp-vpls-id; description "VPLS-ID Type"; } leaf as { when "../type = 'two-byte-as'" { description "../Type = TwoByteAS"; } type Vpls-id-as-range; description "Two byte AS number"; } leaf as-index { when "../type = 'two-byte-as'" { description "../Type = TwoByteAS"; } type Vpls-id-as-index; description "AS index"; } leaf address { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type inet:ipv4-address-no-zone; description "IPV4 address"; } leaf address-index { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type Vpls-id-addr-index; description "Address index"; } } // container vpls-id container flow-label-load-balance { description "Enable Flow Label based load balancing"; leaf flow-label { type Flow-label-load-balance; description "Flow Label load balance type"; } leaf static { type empty; description "Static Flow Label"; } } // container flow-label-load-balance leaf enable { type empty; description "Enable LDP as Signaling Protocol.Deletion of this object also causes deletion of all objects under LDPSignalingProtocol."; } } // container ldp-signaling-protocol container bgp-route-policy { description "Route policy"; leaf export { type string; description "Export route policy"; } } // container bgp-route-policy container route-distinguisher { description "Route Distinguisher"; leaf type { type Bgp-route-distinguisher; description "Router Distinguisher Type"; } leaf as { when "../type = 'two-byte-as' or ../type = 'four-byte-as'" { description "../Type = TwoByteAS or ../Type = FourByteAS"; } type Rdas-range; description "Two byte or 4 byte AS number"; } leaf as-index { when "../type = 'two-byte-as' or ../type = 'four-byte-as'" { description "../Type = TwoByteAS or ../Type = FourByteAS"; } type Rdas-index; description "AS:nn (hex or decimal format)"; } leaf address { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type inet:ipv4-address-no-zone; description "IPV4 address"; } leaf addr-index { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type Rd-addr-index; description "Addr index"; } } // container route-distinguisher container bgp-signaling-protocol { description "Enable Signaling Protocol BGP in this VFI"; container flow-label-load-balance { description "Enable Flow Label based load balancing"; leaf flow-label { type Flow-label-load-balance; description "Flow Label load balance type"; } leaf static { type empty; description "Static Flow Label"; } } // container flow-label-load-balance leaf ve-range { type Vedge-range; description "Local Virtual Edge Block Configurable Range"; } leaf veid { type Veid-range; description "Local Virtual Edge Identifier"; } leaf enable { type empty; description "Enable BGP as Signaling Protocol"; } } // container bgp-signaling-protocol container route-targets { description "Route Target"; list route-target { must "two-byte-as-or-four-byte-as or ipv4-address" { description "TwoByteAS-or-FourbyteAS or IPV4Address must be present."; } key "role format"; description "Name of the Route Target"; leaf role { type Bgp-route-target-role; description "Role of the router target type"; } leaf format { type Bgp-route-target-format; description "Format of the route target"; } list two-byte-as-or-four-byte-as { when "../format = 'two-byte-as' or ../format = 'four-byte-as'" { description "../Format = TwoByteAS or ../Format = FourbyteAS"; } key "as as-index"; description "two byte as or four byte as"; leaf as { type Rdas-range; description "Two byte or 4 byte AS number"; } leaf as-index { type Rdas-index; description "AS:nn (hex or decimal format)"; } } // list two-byte-as-or-four-byte-as list ipv4-address { when "../format = 'ipv4-address'" { description "../Format = IPV4Address"; } key "address addr-index"; description "ipv4 address"; leaf address { type inet:ipv4-address-no-zone; description "IPV4 address"; } leaf addr-index { type Rd-addr-index; description "Addr index"; } } // list ipv4-address } // list route-target } // container route-targets leaf table-policy { type string; description "Table Policy for installation of forwarding data to L2FIB"; } leaf ad-control-word { type empty; description "Enable control-word for this VFI"; } leaf enable { type empty; description "Enable Autodiscovery BGP"; } } // container bgp-auto-discovery leaf vfi-shutdown { type empty; description "Enabling Shutdown"; } leaf vpnid { type Vpnid-range; description "VPN Identifier"; } leaf name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the Virtual Forwarding Interface"; } } // list vfi } // container vfis container bridge-domainvnis { description "Bridge Domain EVPN VxLAN Network Identifier Table"; list bridge-domainvni { key "vpn-id"; description "Bridge Domain VxLAN EVPN"; leaf vpn-id { type uint32 { range "1..16777215"; } description "VxLAN Ethernet VPN-ID"; } } // list bridge-domainvni } // container bridge-domainvnis container bd-attachment-circuits { description "Attachment Circuit table"; list bd-attachment-circuit { key "name"; description "Name of the Attachment Circuit"; container interface-ip-source-guard { description "IP Source Guard"; leaf logging { type L2vpn-logging; description "Logging Type"; } leaf disable { type empty; description "Disable L2 Interface Dynamic IP source guard"; } leaf enable { type empty; description "Enable IP Source Guard"; } } // container interface-ip-source-guard container interface-dai { description "L2 Interface Dynamic ARP Inspection"; container interface-dai-address-validation { description "Address Validation"; leaf ipv4-verification { type L2vpn-verification; description "IPv4 Verification"; } leaf destination-mac-verification { type L2vpn-verification; description "Destination MAC Verification"; } leaf source-mac-verification { type L2vpn-verification; description "Source MAC Verification"; } leaf enable { type empty; description "Enable Address Validation"; } } // container interface-dai-address-validation leaf logging { type L2vpn-logging; description "Logging Type"; } leaf disable { type empty; description "Disable L2 Interface Dynamic ARP Inspection"; } leaf enable { type empty; description "Enable L2 Interface Dynamic ARP Inspection"; } } // container interface-dai container interface-profile { description "Attach a DHCP profile"; leaf profile-id { type Interface-profile; description "Set the snooping profile"; } leaf dhcp-snooping-id { type string; description "Disable DHCP snooping"; } } // container interface-profile container bdac-storm-control-types { description "Storm Control"; list bdac-storm-control-type { must "storm-control-unit"; key "sctype"; description "Storm Control Type"; leaf sctype { type Storm-control; description "Storm Control Type"; } container storm-control-unit { must "kbits-per-sec or pkts-per-sec"; description "Specify units for Storm Control Configuration"; leaf kbits-per-sec { type Storm-control-kbps-range; units "kbit/s"; description "Kilobits Per Second, PktsPerSec and KbitsPerSec cannot be configured together"; } leaf pkts-per-sec { type Storm-control-pps-range; units "packet/s"; description "Packets Per Second, PktsPerSec and KbitsPerSec cannot be configured together"; } } // container storm-control-unit } // list bdac-storm-control-type } // container bdac-storm-control-types container split-horizon { description "Split Horizon"; container split-horizon-group-id { description "Split Horizon Group ID"; leaf enable { type empty; description "Enable split horizon group"; } } // container split-horizon-group-id } // container split-horizon container static-mac-addresses { description "Static Mac Address Table"; list static-mac-address { key "address"; description "Static Mac Address Configuration"; leaf address { type yang:mac-address; description "Static MAC address"; } } // list static-mac-address } // container static-mac-addresses container interface-mac { description "MAC configuration commands"; container interface-mac-aging { description "MAC-Aging configuration commands"; leaf interface-mac-aging-time { type Mac-aging-range; description "Mac Aging Time"; } leaf enable { type empty; description "Enable MAC-Aging configuration commands"; } leaf interface-mac-aging-type { type Mac-aging; description "MAC address aging type"; } } // container interface-mac-aging container interface-mac-secure { description "MAC Secure"; leaf enable { type empty; description "Enable MAC Secure"; } leaf logging { type L2vpn-logging; description "MAC Secure Logging"; } leaf disable { type empty; description "Disable MAC Secure"; } leaf action { type Mac-secure-action; description "MAC secure enforcement action"; } leaf shutdown-recovery-timer { type Mac-secure-shutdown-recovery-time-range; description "MAC Secure Shutdown Recovery Timer"; } } // container interface-mac-secure container interface-mac-limit { description "MAC-Limit configuration commands"; leaf interface-mac-limit-max { type Mac-limit-range; description "Number of MAC addresses on an Interface after which MAC limit action is taken"; } leaf interface-mac-limit-notif { type Mac-notification; description "MAC address limit notification action in a Interface"; } leaf interface-mac-limit-action { type Mac-limit-action; description "Interface MAC address limit enforcement action"; } leaf enable { type empty; description "Enable MAC-Limit configuration commands"; } } // container interface-mac-limit leaf interface-mac-port-down-flush { type Port-down-flush; description "Enable/Disable MAC Flush When Port goes down"; } leaf interface-mac-learning { type Mac-learn; description "Enable Mac Learning"; } leaf enable { type empty; description "Enable MAC configuration commands"; } } // container interface-mac leaf interface-flooding { type Interface-traffic-flood; description "Enable or Disable Flooding"; } leaf interface-igmp-snoop { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a IGMP Snooping profile"; } leaf interface-flooding-unknown-unicast { type Interface-traffic-flood; description "Enable or Disable Unknown Unicast Flooding"; } leaf interface-mld-snoop { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach a MLD Snooping profile"; } leaf name { type xr:Interface-name; description "The name of the Attachment Circuit"; } } // list bd-attachment-circuit } // container bd-attachment-circuits container bd-pseudowire-evpns { description "List of EVPN pseudowires"; list bd-pseudowire-evpn { key "eviid acid"; description "EVPN Pseudowire configuration"; leaf eviid { type Evpnvpnid-range; description "Ethernet VPN ID"; } leaf acid { type Pseudowire-acid-range; description "AC ID"; } } // list bd-pseudowire-evpn } // container bd-pseudowire-evpns container ip-source-guard { description "IP Source Guard"; leaf logging { type empty; description "Enable Logging"; } leaf enable { type empty; description "Enable IP Source Guard"; } } // container ip-source-guard container dai { description "Dynamic ARP Inspection"; container dai-address-validation { description "Address Validation"; leaf ipv4-verification { type empty; description "Enable IPv4 Verification"; } leaf destination-mac-verification { type empty; description "Enable Destination MAC Verification"; } leaf source-mac-verification { type empty; description "Enable Source MAC Verification"; } leaf enable { type empty; description "Enable Address Validation"; } } // container dai-address-validation leaf logging { type empty; description "Enable Logging"; } leaf enable { type empty; description "Enable Dynamic ARP Inspection"; } } // container dai container routed-interfaces { description "Bridge Domain Routed Interface Table"; list routed-interface { key "interface-name"; description "Bridge Domain Routed Interface"; container routed-interface-split-horizon-group { description "Routed interface split horizon group"; leaf routed-interface-split-horizon-group-core { type empty; description "Configure BVI under SHG 1"; } } // container routed-interface-split-horizon-group leaf interface-name { type xr:Interface-name; description "The name of the Routed Interface"; } } // list routed-interface } // container routed-interfaces leaf coupled-mode { type empty; description "Coupled-mode configuration"; } leaf shutdown { type empty; description "shutdown the Bridge Domain"; } leaf flooding-unknown-unicast { type empty; description "Disable Unknown Unicast flooding"; } leaf efp-visibility { type empty; description "Enable multicast for multiple VLANs in the bridge of a BVI"; } leaf l2-multicast-source { type L2mc-src-traffic-enabled; description "L2MC Source Traffic Enabled"; } leaf igmp-snooping-disable { type empty; description "Disable IGMP Snooping"; } leaf transport-mode { type Bridge-domain-transport-mode; description "Bridge Domain Transport mode"; } leaf mld-snooping { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach MLD Snooping Profile Name"; } leaf bridge-domain-mtu { type Bridge-bd-mtu-range; units "byte"; description "Maximum transmission unit for this Bridge Domain"; } leaf dhcp { type string { length "1..32"; } description "DHCPv4 Snooping profile name"; } leaf bridge-description { type string { length "1..64"; } description "Bridge-domain description Name"; } leaf igmp-snooping { type xr:Cisco-ios-xr-string { length "1..32"; } description "Attach IGMP Snooping Profile Name"; } leaf flooding { type empty; description "Disable flooding"; } leaf name { type xr:Cisco-ios-xr-string { length "1..27"; } description "Name of the bridge domain"; } } // list bridge-domain } // container bridge-domains } // list vlan-switch } // container vlan-switches container flexible-xconnect-service-table { description "List of Flexible XConnect Services"; container vlan-unaware-flexible-xconnect-services { description "List of Vlan-Unaware Flexible XConnect Services"; list vlan-unaware-flexible-xconnect-service { key "name"; description "Flexible XConnect Service"; container vlan-unaware-fxc-attachment-circuits { description "List of attachment circuits"; list vlan-unaware-fxc-attachment-circuit { key "name"; description "Attachment circuit interface"; leaf name { type xr:Interface-name; description "Name of the attachment circuit interface"; } } // list vlan-unaware-fxc-attachment-circuit } // container vlan-unaware-fxc-attachment-circuits container vlan-unaware-fxc-pseudowire-evpns { description "List of EVPN Services"; list vlan-unaware-fxc-pseudowire-evpn { key "eviid acid"; description "EVPN FXC Service Configuration"; leaf eviid { type Evpnvpnid-range; description "Ethernet VPN ID"; } leaf acid { type Pseudowire-acid-range; description "AC ID"; } } // list vlan-unaware-fxc-pseudowire-evpn } // container vlan-unaware-fxc-pseudowire-evpns leaf name { type xr:Cisco-ios-xr-string { length "1..23"; } description "Name of the Flexible XConnect Service"; } } // list vlan-unaware-flexible-xconnect-service } // container vlan-unaware-flexible-xconnect-services container vlan-aware-flexible-xconnect-services { description "List of Vlan-Aware Flexible XConnect Services"; list vlan-aware-flexible-xconnect-service { key "eviid"; description "Flexible XConnect Service"; container vlan-aware-fxc-attachment-circuits { description "List of attachment circuits"; list vlan-aware-fxc-attachment-circuit { key "name"; description "Attachment circuit interface"; leaf name { type xr:Interface-name; description "Name of the attachment circuit interface"; } } // list vlan-aware-fxc-attachment-circuit } // container vlan-aware-fxc-attachment-circuits leaf eviid { type Evpnvpnid-range; description "Ethernet VPN ID"; } } // list vlan-aware-flexible-xconnect-service } // container vlan-aware-flexible-xconnect-services } // container flexible-xconnect-service-table container redundancy { description "Redundancy groups"; container iccp-redundancy-groups { description "List of Inter-Chassis Communication Protocol redundancy groups"; list iccp-redundancy-group { key "group-id"; description "ICCP Redundancy group"; container iccp-interfaces { description "List of interfaces"; list iccp-interface { key "interface-name"; description "Interface name"; leaf secondary-vlan-range { type string; description "Secondary VLAN range, in the form of 1-3,5 ,8-11"; } leaf recovery-delay { type uint32 { range "30..3600"; } default "180"; description "Failure clear recovery delay"; } leaf primary-vlan-range { type string; description "Primary VLAN range, in the form of 1-3,5 ,8-11"; } leaf mac-flush-tcn { type empty; description "Enable STP-TCN MAC flushing"; } leaf interface-name { type xr:Interface-name; description "Interface name"; } } // list iccp-interface } // container iccp-interfaces leaf multi-homing-node-id { type uint32 { range "0..254"; } description "ICCP-based service multi-homing node ID"; } leaf group-id { type uint32 { range "1..4294967295"; } description "Group ID"; } } // list iccp-redundancy-group } // container iccp-redundancy-groups leaf enable { type empty; description "Enable redundancy groups"; } } // container redundancy } // container database container pbb { description "L2VPN PBB Global"; leaf backbone-source-mac { type yang:mac-address; description "Backbone Source MAC"; } } // container pbb container auto-discovery { description "Global auto-discovery attributes"; container bgp-signaling { description "Global bgp signaling attributes"; leaf mtu-mismatch-ignore { type empty; description "Ignore MTU mismatch for auto-discovered pseudowires"; } } // container bgp-signaling } // container auto-discovery container utility { description "L2VPN utilities"; container logging { description "L2VPN logging utility"; leaf bridge-domain-state-change { type empty; description "Enable Bridge Domain state change logging"; } leaf pseudowire-state-change { type empty; description "Enable pseudowire state change logging"; } leaf vfi { type empty; description "Enable VFI state change logging"; } leaf nsr-state-change { type empty; description "Enable Non Stop Routing state change logging"; } leaf pwhe-replication-state-change { type empty; description "Enable PW-HE Replication state change logging"; } } // container logging } // container utility container snmp { description "SNMP related configuration"; container mib { description "MIB related configuration"; container mib-interface { description "Interface related configuration for MIB"; container format { description "MIB interface name output format"; leaf external-interface-format { type empty; description "Set MIB interface name output in slash format (/)"; } } // container format } // container mib-interface container mib-pseudowire { description "Pseudowire related configuration for MIB"; leaf statistics { type empty; description "Enable pseudowire statistics in MIB output"; } } // container mib-pseudowire } // container mib } // container snmp leaf mtu-mismatch-ignore { type empty; description "Ignore MTU Mismatch for XCs"; } leaf tcn-propagation { type empty; description "Topology change notification propagation"; } leaf pwoam-refresh { type uint32 { range "1..4095"; } units "second"; description "Configure PW OAM refresh interval"; } leaf load-balance { type Load-balance; description "Enable flow load balancing on l2vpn bridges"; } leaf mspw-description { type string { length "1..64"; } description "MS-PW global description"; } leaf mac-limit-threshold { type Mac-limit-threshold-range; units "percentage"; description "Configure MAC limit threshold percent"; } leaf pw-status-disable { type empty; description "Disable PW status"; } leaf enable { type empty; description "Enable L2VPN feature"; } leaf pw-grouping { type empty; description "Enable PW grouping"; } leaf capability { type L2vpn-capability-mode; description "L2VPN Capability Mode"; } leaf l2vpn-router-id { type inet:ipv4-address-no-zone; description "Global L2VPN Router ID"; } } // container l2vpn container generic-interface-lists { description "Generic Interface List configuration"; list generic-interface-list { key "generic-interface-list-name"; description "Generic interface list"; container interfaces { description "Interface table"; list interface { key "interface-name"; description "Interface"; leaf enable { type empty; description "Enable interface"; } leaf interface-name { type xr:Interface-name; description "Name of the interface"; } } // list interface } // container interfaces leaf enable { type empty; description "Enable interface list"; } leaf generic-interface-list-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the interface list"; } } // list generic-interface-list } // container generic-interface-lists container evpn { description "EVPN configuration"; container evpn-tables { description "EVPN submodes"; container evpn-timers { description "Enter EVPN timers configuration submode"; leaf evpn-carving { type uint32 { range "0..300"; } default "0"; description "Global Carving timer"; } leaf evpn-mac-postpone { type uint32 { range "0..300"; } default "300"; description "Global MAC postpone timer"; } leaf evpn-ac-debounce { type uint32 { range "0..300000"; } default "3000"; description "Global AC Debounce timer"; } leaf evpn-backup-replacement-delay { type uint32 { range "0..300000"; } units "millisecond"; default "6000"; description "Global Backup Replacement Delay (milliseconds) timer"; } leaf evpn-recovery { type uint32 { range "0..3600"; } default "30"; description "Global Recovery timer"; } leaf enable { type empty; description "Enable EVPN timers"; } leaf evpn-peering { type uint32 { range "0..300"; } default "3"; description "Global Peering timer"; } } // container evpn-timers container evpn-virtual-access-vfis { description "Virtual Access VFI interfaces"; list evpn-virtual-access-vfi { key "name"; description "Virtual Access VFI"; container evpn-virtual-access-vfi-timers { description "Enter Virtual Forwarding Interface timers configuration submode"; leaf evpn-virtual-access-vfiac-debounce { type uint32 { range "0..300000"; } default "3000"; description "Virtual Forwarding Interface-specific AC Debounce timer"; } leaf evpn-virtual-access-vfi-recovery { type uint32 { range "0..3600"; } default "30"; description "Virtual Forwarding Interface-specific Recovery timer"; } leaf evpn-virtual-access-vfi-peering { type uint32 { range "0..300"; } default "3"; description "Virtual Forwarding Interface-specific Peering timer"; } leaf evpn-virtual-access-vfi-carving { type uint32 { range "0..300"; } default "0"; description "Virtual Forwarding Interface-specific Carving timer"; } leaf enable { type empty; description "Enable Virtual Forwarding Interface timers"; } } // container evpn-virtual-access-vfi-timers leaf name { type xr:Cisco-ios-xr-string { length "1..32"; } description "Name of the Virtual Access VFI"; } container evpn-virtual-ethernet-segment { description "Enter Ethernet Segment configuration submode"; leaf enable { type empty; description "Enable Ethernet Segment"; } leaf service-carving-mcast-type { type Ethernet-segment-service-carving-mcast; description "Ethernet-Segment Service Carving multicast mode"; } leaf es-import-route-target { type yang:mac-address; description "ES-Import Route Target"; } leaf service-carving-type { type Ethernet-segment-service-carving; description "Ethernet-Segment Service Carving mode"; } container identifier { presence "Indicates a identifier node is configured."; description "Ethernet segment identifier"; leaf bytes01 { type xr:Hex-integer; mandatory true; description "Type 0's 1st Byte or Type Byte and 1st Byte"; } leaf bytes23 { type xr:Hex-integer; units "byte"; mandatory true; description "2nd and 3rd Bytes"; } leaf bytes45 { type xr:Hex-integer; units "byte"; mandatory true; description "4th and 5th Bytes"; } leaf bytes67 { type xr:Hex-integer; units "byte"; mandatory true; description "6th and 7th Bytes"; } leaf bytes89 { type xr:Hex-integer; units "byte"; mandatory true; description "8th and 9th Bytes"; } leaf type { type Ethernet-segment-identifier; mandatory true; description "Ethernet segment identifier type"; } } // container identifier container preference-based-service-carving { description "Preference-Based DF Election Configuration Options"; leaf weight { type uint32 { range "0..65535"; } description "Preference DF weight. For Access-Driven DF, use weights of at most 32767 or less."; } leaf enable { type empty; description "Enable Preference Based Service Carving"; } leaf access-driven { type empty; description "Enable Access-Driven DF Election"; } } // container preference-based-service-carving container manual-service-carving { description "Enter Manual service carving configuration submode"; container service-list { description "Manual service carving primary,secondary lists"; leaf primary { type string { length "1..150"; } description "Primary services list"; } leaf secondary { type string { length "1..150"; } description "Secondary services list"; } } // container service-list leaf enable { type empty; description "Enable Manual service carving"; } } // container manual-service-carving } // container evpn-virtual-ethernet-segment } // list evpn-virtual-access-vfi } // container evpn-virtual-access-vfis container evpn-load-balancing { description "Enter EVPN Loadbalancing configuration submode"; leaf evpn-static-flow-label { type empty; description "Enable Static Flow Label based load balancing"; } leaf enable { type empty; description "Enable EVPN Loadbalancing"; } } // container evpn-load-balancing container evpn-bgp-auto-discovery { description "Enable Autodiscovery BGP in EVPN"; leaf enable { type empty; description "Enable Autodiscovery BGP"; } container evpn-route-distinguisher { description "Route Distinguisher"; leaf type { type Bgp-route-distinguisher; description "Router Distinguisher Type"; } leaf as { when "../type = 'two-byte-as' or ../type = 'four-byte-as'" { description "../Type = TwoByteAS or ../Type = FourByteAS"; } type Rdas-range; description "Two byte or 4 byte AS number"; } leaf as-index { when "../type = 'two-byte-as' or ../type = 'four-byte-as'" { description "../Type = TwoByteAS or ../Type = FourByteAS"; } type Rdas-index; description "AS:nn (hex or decimal format)"; } leaf address { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type inet:ipv4-address-no-zone; description "IPV4 address"; } leaf addr-index { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type Rd-addr-index; description "Addr index"; } } // container evpn-route-distinguisher } // container evpn-bgp-auto-discovery container evpn-groups { description "Enter EVPN Group Table submode"; list evpn-group { key "group-id"; description "Enter EVPN Group submode"; container evpn-group-core-interfaces { description "EVPN Group core interfaces"; list evpn-group-core-interface { key "interface-name"; description "EVPN Group Core interface"; leaf interface-name { type xr:Interface-name; description "Name of the EVPN Group core interface"; } } // list evpn-group-core-interface } // container evpn-group-core-interfaces leaf group-id { type Evpn-group-id-range; description "Group ID"; } } // list evpn-group } // container evpn-groups container evpn-instances { description "Enter EVPN Instance configuration submode"; list evpn-instance { key "vpn-id encapsulation side"; description "Enter EVPN Instance configuration submode"; container evpn-instance-bgp-auto-discovery { description "Enable Autodiscovery BGP in EVPN Instance"; container evpn-route-policy { description "Route policy"; leaf export { type string; description "Export route policy"; } leaf import { type string; description "Import route policy"; } } // container evpn-route-policy container evpn-route-targets { description "Route Target"; list evpn-route-target { must "none or two-byte-as-or-four-byte-as or ipv4-address" { description "None or TwoByteAS-or-FourByteAS or IPV4Address must be present."; } key "role format"; description "Name of the Route Target"; leaf format { type Bgp-route-target-format; description "Format of the route target"; } leaf role { type Bgp-route-target-role; description "Role of the router target type"; } list none { when "../format = 'none'" { description "../Format = None"; } key "stitching"; description "none"; leaf stitching { type Bgp-route-target; description "whether RT is Stitching RT (DEPRECATED)"; } } // list none list two-byte-as-or-four-byte-as { when "../format = 'two-byte-as' or ../format = 'four-byte-as'" { description "../Format = TwoByteAS or ../Format = FourByteAS"; } key "as as-index stitching"; description "two byte as or four byte as"; leaf as { type Rdas-range; description "Two byte or 4 byte AS number"; } leaf as-index { type Rdas-index; description "AS:nn (hex or decimal format)"; } leaf stitching { type Bgp-route-target; description "whether RT is Stitching RT (DEPRECATED)"; } } // list two-byte-as-or-four-byte-as list ipv4-address { when "../format = 'ipv4-address'" { description "../Format = IPV4Address"; } key "address addr-index stitching"; description "ipv4 address"; leaf address { type inet:ipv4-address-no-zone; description "IPV4 address"; } leaf addr-index { type Rd-addr-index; description "Addr index"; } leaf stitching { type Bgp-route-target; description "whether RT is Stitching RT (DEPRECATED)"; } } // list ipv4-address } // list evpn-route-target } // container evpn-route-targets leaf table-policy { type string; description "Table Policy for installation of forwarding data to L2FIB"; } leaf implicit-import-disable { type empty; description "Disables BGP Implicit Import"; } leaf enable { type empty; description "Enable Autodiscovery BGP"; } container evpn-route-distinguisher { description "Route Distinguisher"; leaf type { type Bgp-route-distinguisher; description "Router Distinguisher Type"; } leaf as { when "../type = 'two-byte-as' or ../type = 'four-byte-as'" { description "../Type = TwoByteAS or ../Type = FourByteAS"; } type Rdas-range; description "Two byte or 4 byte AS number"; } leaf as-index { when "../type = 'two-byte-as' or ../type = 'four-byte-as'" { description "../Type = TwoByteAS or ../Type = FourByteAS"; } type Rdas-index; description "AS:nn (hex or decimal format)"; } leaf address { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type inet:ipv4-address-no-zone; description "IPV4 address"; } leaf addr-index { when "../type = 'ipv4-address'" { description "../Type = IPV4Address"; } type Rd-addr-index; description "Addr index"; } } // container evpn-route-distinguisher } // container evpn-instance-bgp-auto-discovery container evpn-instance-etree { description "Enter EVPN E-Tree configuration submode"; leaf evpn-instance-etree-rt-leaf { type empty; description "Configure E-Tree as Route-Target leaf"; } leaf evpn-instance-etree-leaf { type empty; description "Configure E-Tree as leaf"; } leaf enable { type empty; description "Enable EVPN E-Tree"; } } // container evpn-instance-etree container evpn-instance-advertise-mac { description "Enter Advertise local MAC-only routes configuration submode"; leaf evi-advertise-mac-bvi { type empty; description "Advertise local MAC-only and BVI MAC routes"; } leaf enable { type empty; description "Enable Advertise local MAC-only routes"; } } // container evpn-instance-advertise-mac container evpn-instance-multicast { description "Enter Multicast configuration submode"; leaf evi-mcast-source-connected { type empty; description "Enable Multicast source connectivity"; } leaf enable { type empty; description "Enable Multicast"; } } // container evpn-instance-multicast container evpn-instance-load-balancing { description "Enter Loadbalancing configuration submode"; leaf evi-static-flow-label { type empty; description "Enable Static Flow Label based load balancing"; } leaf enable { type empty; description "Enable Loadbalancing"; } } // container evpn-instance-load-balancing leaf evpn-route-sync-vrf-default { type xr:Cisco-ios-xr-string { length "1..32"; } description "Set EVI for default VRF"; } leaf evi-srv6-locator { type string { length "1..58"; } description "Specify SRv6 locator name"; } leaf evi-reorig-disable { type empty; description "Disable route re-origination"; } leaf evi-preferred-nexthop { type Preferred-nexthop-mode; description "Enable Preferred Nexthop mode on this EVI"; } leaf evpn-evi-transmit-mtu-zero { type boolean; description "Transmit MTU zero to remote for this EVPN EVI ."; } leaf evpn-instance-description { type string { length "1..64"; } description "Description for EVPN Instance"; } leaf evpn-evi-mtu-mismatch-ignore { type boolean; description "Ignore mismatch between local and remote MTUs for this EVPN EVI."; } leaf evi-ecmp-disable { type empty; description "Disable ECMP on the EVI"; } leaf evpn-evi-mtu-match-enforce { type empty; description "Enforce matching between local and remote MTUs for this EVPN EVI."; } leaf evpn-instance-vpws-single-active-backup-suppression { type empty; description "Configure EVPN VPWS Single-Active Backup Suppression"; } leaf evpn-evi-transmit-l2-mtu { type empty; description "Transmit L2 MTU to remote for this EVPN EVI."; } leaf evi-unknown-unicast-flooding-disable { type empty; description "Disable Unknown Unicast Flooding on this EVI"; } leaf evi-bvi-coupled-mode { type empty; description "When configured, the associated EVPN core port will keep the BVI Up in case of AC failure"; } leaf evpn-evi-cw-disable { type empty; description "CW disable for EVPN EVI"; } leaf vpn-id { type Vpnid-range; description "EVPN Instance ID"; } leaf encapsulation { type Evpn-encapsulation; description "EVPN Instance Encapsulation"; } leaf side { type Evpn-side; description "EVPN Instance Side"; } } // list evpn-instance } // container evpn-instances container evpn-logging { description "Enter EVPN Logging configuration submode"; leaf evpn-df-election { type empty; description "Enable Designated Forwarder election logging"; } leaf enable { type empty; description "Enable EVPN Logging"; } } // container evpn-logging container evpn-segment-routing-srv6 { description "Enter EVPN Segment-Routing SRv6 submode"; leaf evpn-srv6-locator { type string { length "1..58"; } description "Specify default SRv6 locator name"; } leaf enable { type empty; description "Enable EVPN Segment-Routing SRv6"; } } // container evpn-segment-routing-srv6 container evpn-interfaces { description "Attachment Circuit interfaces"; list evpn-interface { key "interface-name"; description "Attachment circuit interface"; container evpnac-timers { description "Enter Interface-specific timers configuration submode"; leaf evpnac-peering { type uint32 { range "0..300"; } default "3"; description "Interface-specific Peering timer"; } leaf evpnac-debounce { type uint32 { range "0..300000"; } default "3000"; description "Interface-specific AC Debounce timer"; } leaf evpnac-carving { type uint32 { range "0..300"; } default "0"; description "Interface-specific Carving timer"; } leaf enable { type empty; description "Enable Interface-specific timers"; } leaf evpnac-recovery { type uint32 { range "0..3600"; } default "30"; description "Interface-specific Recovery timer"; } } // container evpnac-timers container ethernet-segment { description "Enter Ethernet Segment configuration submode"; container es-convergence { description "Convergence mode(s) and configuration options"; leaf mac-mobility { type empty; description "Enable MAC-mobility triggered flush"; } leaf nh-tracking { type empty; description "Nexthop-tracking influenced DF Election"; } leaf reroute { type empty; description "Enable reroute to backup peer"; } leaf enable { type empty; description "Enable Convergence configuration options"; } } // container es-convergence leaf force-single-homed { type empty; description "Force ethernet segment to remain single-homed"; } leaf load-balancing-mode { type Ethernet-segment-load-balance; description "Ethernet-Segment Load Balancing mode"; } leaf enable { type empty; description "Enable Ethernet Segment"; } leaf backbone-source-mac { type yang:mac-address; description "Backbone Source MAC"; } leaf service-carving-mcast-type { type Ethernet-segment-service-carving-mcast; description "Ethernet-Segment Service Carving multicast mode"; } leaf es-import-route-target { type yang:mac-address; description "ES-Import Route Target"; } leaf service-carving-type { type Ethernet-segment-service-carving; description "Ethernet-Segment Service Carving mode"; } container identifier { presence "Indicates a identifier node is configured."; description "Ethernet segment identifier"; leaf bytes01 { type xr:Hex-integer; mandatory true; description "Type 0's 1st Byte or Type Byte and 1st Byte"; } leaf bytes23 { type xr:Hex-integer; units "byte"; mandatory true; description "2nd and 3rd Bytes"; } leaf bytes45 { type xr:Hex-integer; units "byte"; mandatory true; description "4th and 5th Bytes"; } leaf bytes67 { type xr:Hex-integer; units "byte"; mandatory true; description "6th and 7th Bytes"; } leaf bytes89 { type xr:Hex-integer; units "byte"; mandatory true; description "8th and 9th Bytes"; } leaf type { type Ethernet-segment-identifier; mandatory true; description "Ethernet segment identifier type"; } } // container identifier container preference-based-service-carving { description "Preference-Based DF Election Configuration Options"; leaf weight { type uint32 { range "0..65535"; } description "Preference DF weight. For Access-Driven DF, use weights of at most 32767 or less."; } leaf enable { type empty; description "Enable Preference Based Service Carving"; } leaf access-driven { type empty; description "Enable Access-Driven DF Election"; } } // container preference-based-service-carving container manual-service-carving { description "Enter Manual service carving configuration submode"; container service-list { description "Manual service carving primary,secondary lists"; leaf primary { type string { length "1..150"; } description "Primary services list"; } leaf secondary { type string { length "1..150"; } description "Secondary services list"; } } // container service-list leaf enable { type empty; description "Enable Manual service carving"; } } // container manual-service-carving } // container ethernet-segment leaf evpn-core-isolation-group { type Evpn-core-group-id-range; description "Enter EVPN Core Isolation Group ID"; } leaf evpn-access-signal-mode { type Interface-access-signal-mode; description "Override default signal sent to bring down access circuit"; } leaf mac-flush { type Mac-flush-mode; description "Enable MAC Flushing"; } leaf interface-name { type xr:Interface-name; description "Name of the attachment circuit interface"; } } // list evpn-interface } // container evpn-interfaces container evpn-virtual-access-pws { description "Virtual Access Pseudowire interfaces"; list evpn-virtual-access-pw { key "neighbor pseudowire-id"; description "Virtual Access Pseudowire"; container evpn-virtual-access-pw-timers { description "Enter Virtual Access Pseudowire-specific timers configuration submode"; leaf evpn-virtual-access-pw-recovery { type uint32 { range "0..3600"; } default "30"; description "Virtual Access Pseudowire-specific Recovery timer"; } leaf evpn-virtual-access-pw-debounce { type uint32 { range "0..300000"; } default "3000"; description "Virtual Access Pseudowire-specific AC Debounce timer"; } leaf evpn-virtual-access-pw-peering { type uint32 { range "0..300"; } default "3"; description "Virtual Access Pseudowire-specific Peering timer"; } leaf enable { type empty; description "Enable Virtual Access Pseudowire-specific timers"; } leaf evpn-virtual-access-pw-carving { type uint32 { range "0..300"; } default "0"; description "Virtual Access Pseudowire-specific Carving timer"; } } // container evpn-virtual-access-pw-timers leaf neighbor { type inet:ipv4-address-no-zone; description "Neighbor IP address"; } leaf pseudowire-id { type Pseudowire-id-range; description "Pseudowire ID"; } container evpn-virtual-ethernet-segment { description "Enter Ethernet Segment configuration submode"; leaf enable { type empty; description "Enable Ethernet Segment"; } leaf service-carving-mcast-type { type Ethernet-segment-service-carving-mcast; description "Ethernet-Segment Service Carving multicast mode"; } leaf es-import-route-target { type yang:mac-address; description "ES-Import Route Target"; } leaf service-carving-type { type Ethernet-segment-service-carving; description "Ethernet-Segment Service Carving mode"; } container identifier { presence "Indicates a identifier node is configured."; description "Ethernet segment identifier"; leaf bytes01 { type xr:Hex-integer; mandatory true; description "Type 0's 1st Byte or Type Byte and 1st Byte"; } leaf bytes23 { type xr:Hex-integer; units "byte"; mandatory true; description "2nd and 3rd Bytes"; } leaf bytes45 { type xr:Hex-integer; units "byte"; mandatory true; description "4th and 5th Bytes"; } leaf bytes67 { type xr:Hex-integer; units "byte"; mandatory true; description "6th and 7th Bytes"; } leaf bytes89 { type xr:Hex-integer; units "byte"; mandatory true; description "8th and 9th Bytes"; } leaf type { type Ethernet-segment-identifier; mandatory true; description "Ethernet segment identifier type"; } } // container identifier container preference-based-service-carving { description "Preference-Based DF Election Configuration Options"; leaf weight { type uint32 { range "0..65535"; } description "Preference DF weight. For Access-Driven DF, use weights of at most 32767 or less."; } leaf enable { type empty; description "Enable Preference Based Service Carving"; } leaf access-driven { type empty; description "Enable Access-Driven DF Election"; } } // container preference-based-service-carving container manual-service-carving { description "Enter Manual service carving configuration submode"; container service-list { description "Manual service carving primary,secondary lists"; leaf primary { type string { length "1..150"; } description "Primary services list"; } leaf secondary { type string { length "1..150"; } description "Secondary services list"; } } // container service-list leaf enable { type empty; description "Enable Manual service carving"; } } // container manual-service-carving } // container evpn-virtual-ethernet-segment } // list evpn-virtual-access-pw } // container evpn-virtual-access-pws container evpn-ethernet-segment { description "EVPN Global Ethernet Segment submode"; container evpn-esi-types { description "EVPN ESI type table"; list evpn-esi-type { key "esi-type"; description "ESI type"; leaf disable-auto-generation { type empty; description "Disable ESI Autogeneration"; } leaf esi-type { type Evpn-esi-type-range; description "ESI type"; } } // list evpn-esi-type } // container evpn-esi-types leaf enable { type empty; description "Enable EVPN Global Ethernet Segment submode"; } } // container evpn-ethernet-segment leaf evpn-global-transmit-mtu-zero { type empty; description "Transmit MTU zero to remote for all EVIs"; } leaf evpn-global-mtu-mismatch-ignore { type empty; description "Ignore mismatch between local and remote MTUs for all EVIs."; } leaf evpn-global-mtu-match-enforce { type empty; description "Enforce matching between local and remote MTUs for all EVIs."; } leaf evpn-global-transmit-l2-mtu { type empty; description "Transmit L2 MTU to remote for all EVIs"; } leaf evpn-staggered-bringup { type uint32 { range "0..300000"; } units "millisecond"; default "5000"; description "Staggered bringup (milliseconds) timer"; } leaf evi-cost-out { type empty; description "Configure node to cost-out"; } leaf evpn-source-interface { type xr:Interface-name; description "Configure EVPN router-id implicitly through Loopback Interface"; } leaf evpn-cost-in-startup { type uint32 { range "30..86400"; } units "second"; description "Cost-in node after given time (seconds) on startup timer"; } } // container evpn-tables leaf enable { type empty; description "Enable EVPN feature"; } } // container evpn } // module Cisco-IOS-XR-l2vpn-cfg
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