This module contains a collection of YANG definitions for Cisco IOS-XR location package configuration. This YANG module augment...
Version: 2020-01-07
module Cisco-IOS-XR-um-location-cfg { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-um-location-cfg"; prefix um-location-cfg; import Cisco-IOS-XR-types { prefix xr; } import cisco-semver { prefix semver; } 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 location package configuration. This YANG module augments the modules with configuration data. Copyright (c) 2019-2020 by Cisco Systems, Inc. All rights reserved."; revision "2020-01-07" { description "Initial release"; } semver:module-version "1.0.0"; container locations { description "Per-node location for active nodes"; list location { key "location-name"; description "The location for an active node"; leaf location-name { type xr:Node-id; description "The location name for this node"; } container location { description "Fully qualified location specification"; container slices { description "Configure slice h/w module"; list slice { key "slice-id"; description "Configure slice h/w module"; leaf slice-id { type uint32 { range "0..4"; } description "Configure slice h/w module"; } container shutdown { presence "Indicates a shutdown node is configured."; description "Shutdown the slice"; } // container shutdown container breakout { description "Configure slice in breakout mode"; container ten-g { presence "Indicates a ten-g node is configured."; description "config slice in 10G breakout mode"; } // container ten-g } // container breakout container framer-mode { description "Configure framer mode for the slice (Ethernet is default)"; container otu4 { presence "Indicates a otu4 node is configured."; description "config slice in OTN (G.709-OTU4) 100G mode"; } // container otu4 } // container framer-mode container reset { description "Slice reset feature"; container auto { description "Automatic slice reset on system errors"; container disable { presence "Indicates a disable node is configured."; description "Disable slice reset due to system faults"; } // container disable } // container auto } // container reset } // list slice } // container slices } // container location container clock-interface { description "Clock interface configuration commands"; container syncs { description "Synchronization clock interface"; list sync { key "sync-id"; description "Synchronization clock interface"; leaf sync-id { type uint32 { range "0..4294967295"; } description "Synchronization clock interface"; } container frequency { description "Frequency Synchronization configuration"; container synchronization { description "Frequency Synchronization configuration"; container ssm { description "SSM configuration commands"; container disable { presence "Indicates a disable node is configured."; description "Disable sending of SSMs"; } // container disable } // container ssm leaf priority { type uint32 { range "1..254"; } description "Source priority"; } leaf time-of-day-priority { type uint32 { range "1..254"; } description "Source time-of-day priority"; } container quality { description "Quality level configuration"; container transmit { description "Set the quality level to be transmitted"; container lowest { description "Specify the lowest acceptable QL value"; container itu-t { description "ITU-T QL options"; container option { description "ITU-T QL options"; leaf one { type enumeration { enum "prc" { value 22; description "ITU-T Option 1: Primary reference clock"; } enum "prtc" { value 21; description "ITU-T Option 1: Primary reference timing clock"; } enum "e-prtc" { value 20; description "ITU-T Option 1: Enhanced primary reference timing clock"; } enum "ssu-a" { value 23; description "ITU-T Option 1: Type I or V subordinate clock"; } enum "ssu-b" { value 24; description "ITU-T Option 1: Type IV subordinate clock"; } enum "sec" { value 27; description "ITU-T Option 1: SONET equipment clock"; } enum "e-eec" { value 25; description "ITU-T Option 1: Enhanced ethernet equipment clock"; } enum "eec1" { value 26; description "ITU-T Option 1: Ethernet equipment clock"; } enum "dnu" { value 1; description "This signal should not be used for synchronization"; } } must "not(../two/generation/one or ../two/generation/two or ../../../../highest/itu-t/option/two/generation/one or ../../../../highest/itu-t/option/two/generation/two or ../../../../exact/itu-t/option/one or ../../../../exact/itu-t/option/two/generation/one or ../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 1"; } container two { description "ITU-T QL option 2"; container generation { description "ITU-T QL option 2 generation"; leaf one { type enumeration { enum "prs" { value 42; description "ITU-T Option 2, Generation 1: Primary reference source"; } enum "prtc" { value 41; description "ITU-T Option 2, Generation 1: Primary reference timing clock"; } enum "e-prtc" { value 40; description "ITU-T Option 2, Generation 1: Enhanced primary reference timing clock"; } enum "stu" { value 43; description "ITU-T Option 2, Generation 1: Synchronized - traceability unknown"; } enum "st2" { value 44; description "ITU-T Option 2, Generation 1: Stratum 2"; } enum "st3" { value 45; description "ITU-T Option 2, Generation 1: Stratum 3"; } enum "smc" { value 48; description "ITU-T Option 2, Generation 1: SONET clock self timed"; } enum "eec2" { value 47; description "ITU-T Option 2, Generation 1: Ethernet equipment clock"; } enum "e-eec" { value 46; description "ITU-T Option 2, Generation 1: Ethernet ethernet equipment clock"; } enum "st4" { value 49; description "ITU-T Option 2, Generation 1: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../two or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/two or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 1"; } leaf two { type enumeration { enum "prs" { value 62; description "ITU-T Option 2, Generation 2: Primary reference source"; } enum "prtc" { value 61; description "ITU-T Option 2, Generation 2: Primary reference timing clock"; } enum "e-prtc" { value 60; description "ITU-T Option 2, Generation 2: Enhanced primary reference timing clock"; } enum "stu" { value 63; description "ITU-T Option 2, Generation 2: Synchronized - traceability unknown"; } enum "st2" { value 64; description "ITU-T Option 2, Generation 2: Stratum 2"; } enum "tnc" { value 65; description "ITU-T Option 2, Generation 2: Transit node clock"; } enum "st3e" { value 66; description "ITU-T Option 2, Generation 2: Stratum 3E"; } enum "st3" { value 67; description "ITU-T Option 2, Generation 2: Stratum 3"; } enum "smc" { value 70; description "ITU-T Option 2, Generation 2: SONET clock self timed"; } enum "eec2" { value 69; description "ITU-T Option 2, Generation 2: Ethernet equipment clock"; } enum "e-eec" { value 68; description "ITU-T Option 2, Generation 2: Ethernet ethernet equipment clock"; } enum "st4" { value 71; description "ITU-T Option 2, Generation 2: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../one or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 2"; } } // container generation } // container two } // container option } // container itu-t } // container lowest container highest { description "Specify the highest acceptable QL value"; container itu-t { description "ITU-T QL options"; container option { description "ITU-T QL options"; leaf one { type enumeration { enum "prc" { value 22; description "ITU-T Option 1: Primary reference clock"; } enum "prtc" { value 21; description "ITU-T Option 1: Primary reference timing clock"; } enum "e-prtc" { value 20; description "ITU-T Option 1: Enhanced primary reference timing clock"; } enum "ssu-a" { value 23; description "ITU-T Option 1: Type I or V subordinate clock"; } enum "ssu-b" { value 24; description "ITU-T Option 1: Type IV subordinate clock"; } enum "sec" { value 27; description "ITU-T Option 1: SONET equipment clock"; } enum "e-eec" { value 25; description "ITU-T Option 1: Enhanced ethernet equipment clock"; } enum "eec1" { value 26; description "ITU-T Option 1: Ethernet equipment clock"; } enum "dnu" { value 1; description "This signal should not be used for synchronization"; } } must "not(../two/generation/one or ../two/generation/two or ../../../../lowest/itu-t/option/two/generation/one or ../../../../lowest/itu-t/option/two/generation/two or ../../../../exact/itu-t/option/one or ../../../../exact/itu-t/option/two/generation/one or ../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 1"; } container two { description "ITU-T QL option 2"; container generation { description "ITU-T QL option 2 generation"; leaf one { type enumeration { enum "prs" { value 42; description "ITU-T Option 2, Generation 1: Primary reference source"; } enum "prtc" { value 41; description "ITU-T Option 2, Generation 1: Primary reference timing clock"; } enum "e-prtc" { value 40; description "ITU-T Option 2, Generation 1: Enhanced primary reference timing clock"; } enum "stu" { value 43; description "ITU-T Option 2, Generation 1: Synchronized - traceability unknown"; } enum "st2" { value 44; description "ITU-T Option 2, Generation 1: Stratum 2"; } enum "st3" { value 45; description "ITU-T Option 2, Generation 1: Stratum 3"; } enum "smc" { value 48; description "ITU-T Option 2, Generation 1: SONET clock self timed"; } enum "eec2" { value 47; description "ITU-T Option 2, Generation 1: Ethernet equipment clock"; } enum "e-eec" { value 46; description "ITU-T Option 2, Generation 1: Ethernet ethernet equipment clock"; } enum "st4" { value 49; description "ITU-T Option 2, Generation 1: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../two or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/two or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 1"; } leaf two { type enumeration { enum "prs" { value 62; description "ITU-T Option 2, Generation 2: Primary reference source"; } enum "prtc" { value 61; description "ITU-T Option 2, Generation 2: Primary reference timing clock"; } enum "e-prtc" { value 60; description "ITU-T Option 2, Generation 2: Enhanced primary reference timing clock"; } enum "stu" { value 63; description "ITU-T Option 2, Generation 2: Synchronized - traceability unknown"; } enum "st2" { value 64; description "ITU-T Option 2, Generation 2: Stratum 2"; } enum "tnc" { value 65; description "ITU-T Option 2, Generation 2: Transit node clock"; } enum "st3e" { value 66; description "ITU-T Option 2, Generation 2: Stratum 3E"; } enum "st3" { value 67; description "ITU-T Option 2, Generation 2: Stratum 3"; } enum "smc" { value 70; description "ITU-T Option 2, Generation 2: SONET clock self timed"; } enum "eec2" { value 69; description "ITU-T Option 2, Generation 2: Ethernet equipment clock"; } enum "e-eec" { value 68; description "ITU-T Option 2, Generation 2: Ethernet ethernet equipment clock"; } enum "st4" { value 71; description "ITU-T Option 2, Generation 2: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../one or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 2"; } } // container generation } // container two } // container option } // container itu-t } // container highest container exact { description "Specify the exact QL value to use"; container itu-t { description "ITU-T QL options"; container option { description "ITU-T QL options"; leaf one { type enumeration { enum "prc" { value 22; description "ITU-T Option 1: Primary reference clock"; } enum "prtc" { value 21; description "ITU-T Option 1: Primary reference timing clock"; } enum "e-prtc" { value 20; description "ITU-T Option 1: Enhanced primary reference timing clock"; } enum "ssu-a" { value 23; description "ITU-T Option 1: Type I or V subordinate clock"; } enum "ssu-b" { value 24; description "ITU-T Option 1: Type IV subordinate clock"; } enum "sec" { value 27; description "ITU-T Option 1: SONET equipment clock"; } enum "e-eec" { value 25; description "ITU-T Option 1: Enhanced ethernet equipment clock"; } enum "eec1" { value 26; description "ITU-T Option 1: Ethernet equipment clock"; } enum "dnu" { value 1; description "This signal should not be used for synchronization"; } } must "not(../two/generation/one or ../two/generation/two or ../../../../highest/itu-t/option/two/generation/one or ../../../../highest/itu-t/option/two/generation/two or ../../../../lowest/itu-t/option/one or ../../../../lowest/itu-t/option/two/generation/one or ../../../../lowest/itu-t/option/two/generation/two)"; description "ITU-T QL option 1"; } container two { description "ITU-T QL option 2"; container generation { description "ITU-T QL option 2 generation"; leaf one { type enumeration { enum "prs" { value 42; description "ITU-T Option 2, Generation 1: Primary reference source"; } enum "prtc" { value 41; description "ITU-T Option 2, Generation 1: Primary reference timing clock"; } enum "e-prtc" { value 40; description "ITU-T Option 2, Generation 1: Enhanced primary reference timing clock"; } enum "stu" { value 43; description "ITU-T Option 2, Generation 1: Synchronized - traceability unknown"; } enum "st2" { value 44; description "ITU-T Option 2, Generation 1: Stratum 2"; } enum "st3" { value 45; description "ITU-T Option 2, Generation 1: Stratum 3"; } enum "smc" { value 48; description "ITU-T Option 2, Generation 1: SONET clock self timed"; } enum "eec2" { value 47; description "ITU-T Option 2, Generation 1: Ethernet equipment clock"; } enum "e-eec" { value 46; description "ITU-T Option 2, Generation 1: Ethernet ethernet equipment clock"; } enum "st4" { value 49; description "ITU-T Option 2, Generation 1: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../two or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/two or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 1"; } leaf two { type enumeration { enum "prs" { value 62; description "ITU-T Option 2, Generation 2: Primary reference source"; } enum "prtc" { value 61; description "ITU-T Option 2, Generation 2: Primary reference timing clock"; } enum "e-prtc" { value 60; description "ITU-T Option 2, Generation 2: Enhanced primary reference timing clock"; } enum "stu" { value 63; description "ITU-T Option 2, Generation 2: Synchronized - traceability unknown"; } enum "st2" { value 64; description "ITU-T Option 2, Generation 2: Stratum 2"; } enum "tnc" { value 65; description "ITU-T Option 2, Generation 2: Transit node clock"; } enum "st3e" { value 66; description "ITU-T Option 2, Generation 2: Stratum 3E"; } enum "st3" { value 67; description "ITU-T Option 2, Generation 2: Stratum 3"; } enum "smc" { value 70; description "ITU-T Option 2, Generation 2: SONET clock self timed"; } enum "eec2" { value 69; description "ITU-T Option 2, Generation 2: Ethernet equipment clock"; } enum "e-eec" { value 68; description "ITU-T Option 2, Generation 2: Ethernet ethernet equipment clock"; } enum "st4" { value 71; description "ITU-T Option 2, Generation 2: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../one or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 2"; } } // container generation } // container two } // container option } // container itu-t } // container exact } // container transmit container receive { description "Adjust the received quality level"; container lowest { description "Specify the lowest acceptable QL value"; container itu-t { description "ITU-T QL options"; container option { description "ITU-T QL options"; leaf one { type enumeration { enum "prc" { value 22; description "ITU-T Option 1: Primary reference clock"; } enum "prtc" { value 21; description "ITU-T Option 1: Primary reference timing clock"; } enum "e-prtc" { value 20; description "ITU-T Option 1: Enhanced primary reference timing clock"; } enum "ssu-a" { value 23; description "ITU-T Option 1: Type I or V subordinate clock"; } enum "ssu-b" { value 24; description "ITU-T Option 1: Type IV subordinate clock"; } enum "sec" { value 27; description "ITU-T Option 1: SONET equipment clock"; } enum "e-eec" { value 25; description "ITU-T Option 1: Enhanced ethernet equipment clock"; } enum "eec1" { value 26; description "ITU-T Option 1: Ethernet equipment clock"; } enum "dnu" { value 1; description "This signal should not be used for synchronization"; } } must "not(../two/generation/one or ../two/generation/two or ../../../../highest/itu-t/option/two/generation/one or ../../../../highest/itu-t/option/two/generation/two or ../../../../exact/itu-t/option/one or ../../../../exact/itu-t/option/two/generation/one or ../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 1"; } container two { description "ITU-T QL option 2"; container generation { description "ITU-T QL option 2 generation"; leaf one { type enumeration { enum "prs" { value 42; description "ITU-T Option 2, Generation 1: Primary reference source"; } enum "prtc" { value 41; description "ITU-T Option 2, Generation 1: Primary reference timing clock"; } enum "e-prtc" { value 40; description "ITU-T Option 2, Generation 1: Enhanced primary reference timing clock"; } enum "stu" { value 43; description "ITU-T Option 2, Generation 1: Synchronized - traceability unknown"; } enum "st2" { value 44; description "ITU-T Option 2, Generation 1: Stratum 2"; } enum "st3" { value 45; description "ITU-T Option 2, Generation 1: Stratum 3"; } enum "smc" { value 48; description "ITU-T Option 2, Generation 1: SONET clock self timed"; } enum "eec2" { value 47; description "ITU-T Option 2, Generation 1: Ethernet equipment clock"; } enum "e-eec" { value 46; description "ITU-T Option 2, Generation 1: Ethernet ethernet equipment clock"; } enum "st4" { value 49; description "ITU-T Option 2, Generation 1: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../two or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/two or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 1"; } leaf two { type enumeration { enum "prs" { value 62; description "ITU-T Option 2, Generation 2: Primary reference source"; } enum "prtc" { value 61; description "ITU-T Option 2, Generation 2: Primary reference timing clock"; } enum "e-prtc" { value 60; description "ITU-T Option 2, Generation 2: Enhanced primary reference timing clock"; } enum "stu" { value 63; description "ITU-T Option 2, Generation 2: Synchronized - traceability unknown"; } enum "st2" { value 64; description "ITU-T Option 2, Generation 2: Stratum 2"; } enum "tnc" { value 65; description "ITU-T Option 2, Generation 2: Transit node clock"; } enum "st3e" { value 66; description "ITU-T Option 2, Generation 2: Stratum 3E"; } enum "st3" { value 67; description "ITU-T Option 2, Generation 2: Stratum 3"; } enum "smc" { value 70; description "ITU-T Option 2, Generation 2: SONET clock self timed"; } enum "eec2" { value 69; description "ITU-T Option 2, Generation 2: Ethernet equipment clock"; } enum "e-eec" { value 68; description "ITU-T Option 2, Generation 2: Ethernet ethernet equipment clock"; } enum "st4" { value 71; description "ITU-T Option 2, Generation 2: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../one or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 2"; } } // container generation } // container two } // container option } // container itu-t } // container lowest container highest { description "Specify the highest acceptable QL value"; container itu-t { description "ITU-T QL options"; container option { description "ITU-T QL options"; leaf one { type enumeration { enum "prc" { value 22; description "ITU-T Option 1: Primary reference clock"; } enum "prtc" { value 21; description "ITU-T Option 1: Primary reference timing clock"; } enum "e-prtc" { value 20; description "ITU-T Option 1: Enhanced primary reference timing clock"; } enum "ssu-a" { value 23; description "ITU-T Option 1: Type I or V subordinate clock"; } enum "ssu-b" { value 24; description "ITU-T Option 1: Type IV subordinate clock"; } enum "sec" { value 27; description "ITU-T Option 1: SONET equipment clock"; } enum "e-eec" { value 25; description "ITU-T Option 1: Enhanced ethernet equipment clock"; } enum "eec1" { value 26; description "ITU-T Option 1: Ethernet equipment clock"; } enum "dnu" { value 1; description "This signal should not be used for synchronization"; } } must "not(../two/generation/one or ../two/generation/two or ../../../../lowest/itu-t/option/one or ../../../../lowest/itu-t/option/two/generation/one or ../../../../lowest/itu-t/option/two/generation/two or ../../../../exact/itu-t/option/one or ../../../../exact/itu-t/option/two/generation/one or ../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 1"; } container two { description "ITU-T QL option 2"; container generation { description "ITU-T QL option 2 generation"; leaf one { type enumeration { enum "prs" { value 42; description "ITU-T Option 2, Generation 1: Primary reference source"; } enum "prtc" { value 41; description "ITU-T Option 2, Generation 1: Primary reference timing clock"; } enum "e-prtc" { value 40; description "ITU-T Option 2, Generation 1: Enhanced primary reference timing clock"; } enum "stu" { value 43; description "ITU-T Option 2, Generation 1: Synchronized - traceability unknown"; } enum "st2" { value 44; description "ITU-T Option 2, Generation 1: Stratum 2"; } enum "st3" { value 45; description "ITU-T Option 2, Generation 1: Stratum 3"; } enum "smc" { value 48; description "ITU-T Option 2, Generation 1: SONET clock self timed"; } enum "eec2" { value 47; description "ITU-T Option 2, Generation 1: Ethernet equipment clock"; } enum "e-eec" { value 46; description "ITU-T Option 2, Generation 1: Ethernet ethernet equipment clock"; } enum "st4" { value 49; description "ITU-T Option 2, Generation 1: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../two or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/two/generation/two or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 1"; } leaf two { type enumeration { enum "prs" { value 62; description "ITU-T Option 2, Generation 2: Primary reference source"; } enum "prtc" { value 61; description "ITU-T Option 2, Generation 2: Primary reference timing clock"; } enum "e-prtc" { value 60; description "ITU-T Option 2, Generation 2: Enhanced primary reference timing clock"; } enum "stu" { value 63; description "ITU-T Option 2, Generation 2: Synchronized - traceability unknown"; } enum "st2" { value 64; description "ITU-T Option 2, Generation 2: Stratum 2"; } enum "tnc" { value 65; description "ITU-T Option 2, Generation 2: Transit node clock"; } enum "st3e" { value 66; description "ITU-T Option 2, Generation 2: Stratum 3E"; } enum "st3" { value 67; description "ITU-T Option 2, Generation 2: Stratum 3"; } enum "smc" { value 70; description "ITU-T Option 2, Generation 2: SONET clock self timed"; } enum "eec2" { value 69; description "ITU-T Option 2, Generation 2: Ethernet equipment clock"; } enum "e-eec" { value 68; description "ITU-T Option 2, Generation 2: Ethernet ethernet equipment clock"; } enum "st4" { value 71; description "ITU-T Option 2, Generation 2: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../one or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/two/generation/two or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 2"; } } // container generation } // container two } // container option } // container itu-t } // container highest container exact { description "Specify the exact QL value to use"; container itu-t { description "ITU-T QL options"; container option { description "ITU-T QL options"; leaf one { type enumeration { enum "prc" { value 22; description "ITU-T Option 1: Primary reference clock"; } enum "prtc" { value 21; description "ITU-T Option 1: Primary reference timing clock"; } enum "e-prtc" { value 20; description "ITU-T Option 1: Enhanced primary reference timing clock"; } enum "ssu-a" { value 23; description "ITU-T Option 1: Type I or V subordinate clock"; } enum "ssu-b" { value 24; description "ITU-T Option 1: Type IV subordinate clock"; } enum "sec" { value 27; description "ITU-T Option 1: SONET equipment clock"; } enum "e-eec" { value 25; description "ITU-T Option 1: Enhanced ethernet equipment clock"; } enum "eec1" { value 26; description "ITU-T Option 1: Ethernet equipment clock"; } enum "dnu" { value 1; description "This signal should not be used for synchronization"; } } must "not(../two/generation/one or ../two/generation/two or ../../../../highest/itu-t/option/two/generation/one or ../../../../highest/itu-t/option/two/generation/two or ../../../../lowest/itu-t/option/one or ../../../../lowest/itu-t/option/two/generation/one or ../../../../lowest/itu-t/option/two/generation/two)"; description "ITU-T QL option 1"; } container two { description "ITU-T QL option 2"; container generation { description "ITU-T QL option 2 generation"; leaf one { type enumeration { enum "prs" { value 42; description "ITU-T Option 2, Generation 1: Primary reference source"; } enum "prtc" { value 41; description "ITU-T Option 2, Generation 1: Primary reference timing clock"; } enum "e-prtc" { value 40; description "ITU-T Option 2, Generation 1: Enhanced primary reference timing clock"; } enum "stu" { value 43; description "ITU-T Option 2, Generation 1: Synchronized - traceability unknown"; } enum "st2" { value 44; description "ITU-T Option 2, Generation 1: Stratum 2"; } enum "st3" { value 45; description "ITU-T Option 2, Generation 1: Stratum 3"; } enum "smc" { value 48; description "ITU-T Option 2, Generation 1: SONET clock self timed"; } enum "eec2" { value 47; description "ITU-T Option 2, Generation 1: Ethernet equipment clock"; } enum "e-eec" { value 46; description "ITU-T Option 2, Generation 1: Ethernet ethernet equipment clock"; } enum "st4" { value 49; description "ITU-T Option 2, Generation 1: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../two or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/two or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 1"; } leaf two { type enumeration { enum "prs" { value 62; description "ITU-T Option 2, Generation 2: Primary reference source"; } enum "prtc" { value 61; description "ITU-T Option 2, Generation 2: Primary reference timing clock"; } enum "e-prtc" { value 60; description "ITU-T Option 2, Generation 2: Enhanced primary reference timing clock"; } enum "stu" { value 63; description "ITU-T Option 2, Generation 2: Synchronized - traceability unknown"; } enum "st2" { value 64; description "ITU-T Option 2, Generation 2: Stratum 2"; } enum "tnc" { value 65; description "ITU-T Option 2, Generation 2: Transit node clock"; } enum "st3e" { value 66; description "ITU-T Option 2, Generation 2: Stratum 3E"; } enum "st3" { value 67; description "ITU-T Option 2, Generation 2: Stratum 3"; } enum "smc" { value 70; description "ITU-T Option 2, Generation 2: SONET clock self timed"; } enum "eec2" { value 69; description "ITU-T Option 2, Generation 2: Ethernet equipment clock"; } enum "e-eec" { value 68; description "ITU-T Option 2, Generation 2: Ethernet ethernet equipment clock"; } enum "st4" { value 71; description "ITU-T Option 2, Generation 2: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../one or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 2"; } } // container generation } // container two } // container option } // container itu-t } // container exact } // container receive } // container quality leaf wait-to-restore { type uint32 { range "0..12"; } description "Set the wait-to-restore time"; } container selection { description "Selection configuration commands"; container input { presence "Indicates a input node is configured."; description "Enable this source for selection"; } // container input } // container selection } // container synchronization } // container frequency } // list sync } // container syncs } // container clock-interface container lpts { if-feature pifib_policer_config_check; if-feature pifib_local_policer_config_check; description "lpts configuration commands"; container pifib { description "pre-ifib configuration commands"; container hardware { description "hardware configuration commands"; container police { presence "Indicates a police node is configured."; description "ingress policers configuration command"; container flow { description "lpts flow type"; container fragment { description "Fragmented IP packets"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container fragment container ospf { description "OSPF "; container unicast { description "Unicast "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container unicast container multicast { description "Multicast"; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container multicast } // container ospf container isis { description "ISIS "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container isis container bfd { description "BFD "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default container multipath { description "Multipath "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container multipath container blb { description "BLB "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container blb container singlepath { description "Singlepath "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container singlepath } // container bfd container bgp { description "BGP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container configured { description "Configured"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container configured container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container bgp container pim { description "PIM "; container unicast { description "Unicast "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container unicast container multicast { description "Multicast"; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container multicast } // container pim container igmp { description "IGMP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container igmp container icmp { description "ICMP "; container local { description "Local interest packets "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container local container application { description "Specific application packets "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container application container control { description "Control packets "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container control container default { description "Default packets "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default container generic { description "Generic application packets "; container echo-reply { description "Echo-reply packets "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container echo-reply } // container generic } // container icmp container ldp { description "LDP "; container tcp { description "TCP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container configured { description "Configured"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container configured container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container tcp container udp { description "UDP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container udp } // container ldp container all-routers { description "All Routers"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container all-routers container lmp { description "LMP "; container tcp { description "TCP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container configured { description "Configured"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container configured container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container tcp container udp { description "UDP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container udp } // container lmp container rsvp { description "RSVP "; container default { description "RSVP Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default container known { description "RSVP Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container udp { description "UDP"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container udp } // container rsvp container ike { description "IKE "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container ike container ipsec { description "IPSEC "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container ipsec container msdp { description "MSDP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container configured { description "Configured"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container configured container default { description "Default"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container msdp container snmp { description "SNMP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container snmp container ssh { description "SSH "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container ssh container http { description "HTTP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container http container shttp { description "SHTTP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container shttp container telnet { description "TELNET "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container telnet container css { description "CSS "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container css container rsh { description "RSH "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container rsh container udp { description "UDP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container listen { description "Listen "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container listen container configured { description "Config peer "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container configured container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container udp container tcp { description "TCP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container listen { description "Listen "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container listen container configured { description "Configured "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container configured container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container tcp container multicast { description "Multicast "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container multicast container raw { description "Raw "; container listen { description "Listen "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container listen container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container raw container ip-sla { description "IP-SLA "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container ip-sla container eigrp { description "EIGRP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container eigrp container rip { description "RIP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container rip container l2tpv3 { description "L2TPv3 "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container l2tpv3 container pcep { description "PCEP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container pcep container gre { description "GRE "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container gre container vrrp { description "VRRP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container vrrp container hsrp { description "HSRP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container hsrp container mpls { description "MPLS "; container oam { description "Oam "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container oam } // container mpls container l2tpv2 { description "L2TPv2 "; container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known } // container l2tpv2 container dns { description "DNS "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container dns container radius { description "RADIUS "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container radius container tacacs { description "TACACS "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container tacacs container ntp { description "NTP "; container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known } // container ntp container mipv6 { description "MIPv6 "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container mipv6 container amt { description "AMT "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container amt container sdac { description "SDAC-TCP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container sdac container radius-coa { description "RADIUS COA "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container radius-coa container rel-udp { description "Syslog/netflow packets"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container rel-udp container dhcpv4 { description "DHCPv4 "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container dhcpv4 container dhcpv6 { description "DHCPv6 "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container dhcpv6 container onepk { description "ONEPK "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container onepk container tpa { description "Third Party Applications"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container tpa container ietf-bob { description "IETF BOB Packets"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container ietf-bob container xipc { if-feature pifib_xipc_throt_policer_config_check; description "XIPC rate limit"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container xipc container pm-twamp { description "PM TWAMP Packets"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container pm-twamp } // container flow } // container police container dynamic-flows { presence "Indicates a dynamic-flows node is configured."; description "ingress flows configuration command"; container flow { description "lpts flow type"; container fragment { description "Fragmented IP packets"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container fragment container ospf { description "OSPF "; container unicast { description "Unicast "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container unicast container multicast { description "Multicast"; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container multicast } // container ospf container isis { description "ISIS "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container isis container bfd { description "BFD "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default container multipath { description "Multipath "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container multipath container blb { description "BLB "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container blb container singlepath { description "Singlepath "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container singlepath } // container bfd container bgp { description "BGP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container configured { description "Configured"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container configured container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container bgp container pim { description "PIM "; container unicast { description "Unicast "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container unicast container multicast { description "Multicast "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container multicast } // container pim container igmp { description "IGMP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container igmp container icmp { description "ICMP "; container local { description "Local interest packets "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container local container application { description "Specific application packets "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container application container control { description "Control packets "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container control container default { description "Default packets "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default container generic { description "Generic application packets "; container echo-reply { description "Echo-reply packets "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container echo-reply } // container generic } // container icmp container ldp { description "LDP "; container tcp { description "TCP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container configured { description "Configured"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container configured container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container tcp container udp { description "UDP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container udp } // container ldp container all-routers { description "All Routers"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container all-routers container lmp { description "LMP "; container tcp { description "TCP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container configured { description "Configured"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container configured container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container tcp container udp { description "UDP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container udp } // container lmp container rsvp { description "RSVP "; container default { description "RSVP Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default container known { description "RSVP Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container udp { description "UDP"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container udp } // container rsvp container ike { description "IKE "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container ike container ipsec { description "IPSEC "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container ipsec container msdp { description "MSDP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container configured { description "Configured"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container configured container default { description "Default"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container msdp container snmp { description "SNMP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container snmp container ssh { description "SSH "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container ssh container http { description "HTTP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container http container shttp { description "SHTTP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container shttp container telnet { description "TELNET "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container telnet container css { description "CSS "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container css container rsh { description "RSH "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container rsh container udp { description "UDP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container listen { description "Listen "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container listen container configured { description "Config peer "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container configured container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container udp container tcp { description "TCP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container listen { description "Listen "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container listen container configured { description "Configured "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container configured container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container tcp container multicast { description "Multicast "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container multicast container raw { description "Raw "; container listen { description "Listen "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container listen container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container raw container ip-sla { description "IP-SLA "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container ip-sla container eigrp { description "EIGRP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container eigrp container rip { description "RIP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container rip container l2tpv3 { description "L2TPv3 "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container l2tpv3 container pcep { description "PCEP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container pcep container gre { description "GRE "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container gre container vrrp { description "VRRP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container vrrp container hsrp { description "HSRP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container hsrp container mpls { description "MPLS "; container oam { description "Oam "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container oam } // container mpls container l2tpv2 { description "L2TPv2 "; container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known } // container l2tpv2 container dns { description "DNS "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container dns container radius { description "RADIUS "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container radius container tacacs { description "TACACS "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container tacacs container ntp { description "NTP "; container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known } // container ntp container mipv6 { description "MIPv6 "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container mipv6 container amt { description "AMT "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container amt container sdac { description "SDAC-TCP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container sdac container radius-coa { description "RADIUS COA "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container radius-coa container rel-udp { description "Syslog/netflow packets"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container rel-udp container dhcpv4 { description "DHCPv4 "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container dhcpv4 container dhcpv6 { description "DHCPv6 "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container dhcpv6 container onepk { description "ONEPK "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container onepk container tpa { description "Third Party Applications"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container tpa container ietf-bob { description "IETF BOB Packets"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container ietf-bob container xipc { if-feature pifib_xipc_throt_policer_config_check; description "XIPC rate limit"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container xipc container pm-twamp { description "PM TWAMP Packets"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container pm-twamp } // container flow container platform { description "lpts max entries for platform"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container platform } // container dynamic-flows } // container hardware } // container pifib } // container lpts } // list location list preconfigured-location { key "location-name"; description "Per-node location for non-active nodes"; leaf location-name { type xr:Node-id; description "The location name for this node"; } container location { description "Fully qualified location specification"; container slices { description "Configure slice h/w module"; list slice { key "slice-id"; description "Configure slice h/w module"; leaf slice-id { type uint32 { range "0..4"; } description "Configure slice h/w module"; } container shutdown { presence "Indicates a shutdown node is configured."; description "Shutdown the slice"; } // container shutdown container breakout { description "Configure slice in breakout mode"; container ten-g { presence "Indicates a ten-g node is configured."; description "config slice in 10G breakout mode"; } // container ten-g } // container breakout container framer-mode { description "Configure framer mode for the slice (Ethernet is default)"; container otu4 { presence "Indicates a otu4 node is configured."; description "config slice in OTN (G.709-OTU4) 100G mode"; } // container otu4 } // container framer-mode container reset { description "Slice reset feature"; container auto { description "Automatic slice reset on system errors"; container disable { presence "Indicates a disable node is configured."; description "Disable slice reset due to system faults"; } // container disable } // container auto } // container reset } // list slice } // container slices } // container location container clock-interface { description "Clock interface configuration commands"; container syncs { description "Synchronization clock interface"; list sync { key "sync-id"; description "Synchronization clock interface"; leaf sync-id { type uint32 { range "0..4294967295"; } description "Synchronization clock interface"; } container frequency { description "Frequency Synchronization configuration"; container synchronization { description "Frequency Synchronization configuration"; container ssm { description "SSM configuration commands"; container disable { presence "Indicates a disable node is configured."; description "Disable sending of SSMs"; } // container disable } // container ssm leaf priority { type uint32 { range "1..254"; } description "Source priority"; } leaf time-of-day-priority { type uint32 { range "1..254"; } description "Source time-of-day priority"; } container quality { description "Quality level configuration"; container transmit { description "Set the quality level to be transmitted"; container lowest { description "Specify the lowest acceptable QL value"; container itu-t { description "ITU-T QL options"; container option { description "ITU-T QL options"; leaf one { type enumeration { enum "prc" { value 22; description "ITU-T Option 1: Primary reference clock"; } enum "prtc" { value 21; description "ITU-T Option 1: Primary reference timing clock"; } enum "e-prtc" { value 20; description "ITU-T Option 1: Enhanced primary reference timing clock"; } enum "ssu-a" { value 23; description "ITU-T Option 1: Type I or V subordinate clock"; } enum "ssu-b" { value 24; description "ITU-T Option 1: Type IV subordinate clock"; } enum "sec" { value 27; description "ITU-T Option 1: SONET equipment clock"; } enum "e-eec" { value 25; description "ITU-T Option 1: Enhanced ethernet equipment clock"; } enum "eec1" { value 26; description "ITU-T Option 1: Ethernet equipment clock"; } enum "dnu" { value 1; description "This signal should not be used for synchronization"; } } must "not(../two/generation/one or ../two/generation/two or ../../../../highest/itu-t/option/two/generation/one or ../../../../highest/itu-t/option/two/generation/two or ../../../../exact/itu-t/option/one or ../../../../exact/itu-t/option/two/generation/one or ../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 1"; } container two { description "ITU-T QL option 2"; container generation { description "ITU-T QL option 2 generation"; leaf one { type enumeration { enum "prs" { value 42; description "ITU-T Option 2, Generation 1: Primary reference source"; } enum "prtc" { value 41; description "ITU-T Option 2, Generation 1: Primary reference timing clock"; } enum "e-prtc" { value 40; description "ITU-T Option 2, Generation 1: Enhanced primary reference timing clock"; } enum "stu" { value 43; description "ITU-T Option 2, Generation 1: Synchronized - traceability unknown"; } enum "st2" { value 44; description "ITU-T Option 2, Generation 1: Stratum 2"; } enum "st3" { value 45; description "ITU-T Option 2, Generation 1: Stratum 3"; } enum "smc" { value 48; description "ITU-T Option 2, Generation 1: SONET clock self timed"; } enum "eec2" { value 47; description "ITU-T Option 2, Generation 1: Ethernet equipment clock"; } enum "e-eec" { value 46; description "ITU-T Option 2, Generation 1: Ethernet ethernet equipment clock"; } enum "st4" { value 49; description "ITU-T Option 2, Generation 1: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../two or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/two or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 1"; } leaf two { type enumeration { enum "prs" { value 62; description "ITU-T Option 2, Generation 2: Primary reference source"; } enum "prtc" { value 61; description "ITU-T Option 2, Generation 2: Primary reference timing clock"; } enum "e-prtc" { value 60; description "ITU-T Option 2, Generation 2: Enhanced primary reference timing clock"; } enum "stu" { value 63; description "ITU-T Option 2, Generation 2: Synchronized - traceability unknown"; } enum "st2" { value 64; description "ITU-T Option 2, Generation 2: Stratum 2"; } enum "tnc" { value 65; description "ITU-T Option 2, Generation 2: Transit node clock"; } enum "st3e" { value 66; description "ITU-T Option 2, Generation 2: Stratum 3E"; } enum "st3" { value 67; description "ITU-T Option 2, Generation 2: Stratum 3"; } enum "smc" { value 70; description "ITU-T Option 2, Generation 2: SONET clock self timed"; } enum "eec2" { value 69; description "ITU-T Option 2, Generation 2: Ethernet equipment clock"; } enum "e-eec" { value 68; description "ITU-T Option 2, Generation 2: Ethernet ethernet equipment clock"; } enum "st4" { value 71; description "ITU-T Option 2, Generation 2: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../one or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 2"; } } // container generation } // container two } // container option } // container itu-t } // container lowest container highest { description "Specify the highest acceptable QL value"; container itu-t { description "ITU-T QL options"; container option { description "ITU-T QL options"; leaf one { type enumeration { enum "prc" { value 22; description "ITU-T Option 1: Primary reference clock"; } enum "prtc" { value 21; description "ITU-T Option 1: Primary reference timing clock"; } enum "e-prtc" { value 20; description "ITU-T Option 1: Enhanced primary reference timing clock"; } enum "ssu-a" { value 23; description "ITU-T Option 1: Type I or V subordinate clock"; } enum "ssu-b" { value 24; description "ITU-T Option 1: Type IV subordinate clock"; } enum "sec" { value 27; description "ITU-T Option 1: SONET equipment clock"; } enum "e-eec" { value 25; description "ITU-T Option 1: Enhanced ethernet equipment clock"; } enum "eec1" { value 26; description "ITU-T Option 1: Ethernet equipment clock"; } enum "dnu" { value 1; description "This signal should not be used for synchronization"; } } must "not(../two/generation/one or ../two/generation/two or ../../../../lowest/itu-t/option/two/generation/one or ../../../../lowest/itu-t/option/two/generation/two or ../../../../exact/itu-t/option/one or ../../../../exact/itu-t/option/two/generation/one or ../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 1"; } container two { description "ITU-T QL option 2"; container generation { description "ITU-T QL option 2 generation"; leaf one { type enumeration { enum "prs" { value 42; description "ITU-T Option 2, Generation 1: Primary reference source"; } enum "prtc" { value 41; description "ITU-T Option 2, Generation 1: Primary reference timing clock"; } enum "e-prtc" { value 40; description "ITU-T Option 2, Generation 1: Enhanced primary reference timing clock"; } enum "stu" { value 43; description "ITU-T Option 2, Generation 1: Synchronized - traceability unknown"; } enum "st2" { value 44; description "ITU-T Option 2, Generation 1: Stratum 2"; } enum "st3" { value 45; description "ITU-T Option 2, Generation 1: Stratum 3"; } enum "smc" { value 48; description "ITU-T Option 2, Generation 1: SONET clock self timed"; } enum "eec2" { value 47; description "ITU-T Option 2, Generation 1: Ethernet equipment clock"; } enum "e-eec" { value 46; description "ITU-T Option 2, Generation 1: Ethernet ethernet equipment clock"; } enum "st4" { value 49; description "ITU-T Option 2, Generation 1: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../two or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/two or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 1"; } leaf two { type enumeration { enum "prs" { value 62; description "ITU-T Option 2, Generation 2: Primary reference source"; } enum "prtc" { value 61; description "ITU-T Option 2, Generation 2: Primary reference timing clock"; } enum "e-prtc" { value 60; description "ITU-T Option 2, Generation 2: Enhanced primary reference timing clock"; } enum "stu" { value 63; description "ITU-T Option 2, Generation 2: Synchronized - traceability unknown"; } enum "st2" { value 64; description "ITU-T Option 2, Generation 2: Stratum 2"; } enum "tnc" { value 65; description "ITU-T Option 2, Generation 2: Transit node clock"; } enum "st3e" { value 66; description "ITU-T Option 2, Generation 2: Stratum 3E"; } enum "st3" { value 67; description "ITU-T Option 2, Generation 2: Stratum 3"; } enum "smc" { value 70; description "ITU-T Option 2, Generation 2: SONET clock self timed"; } enum "eec2" { value 69; description "ITU-T Option 2, Generation 2: Ethernet equipment clock"; } enum "e-eec" { value 68; description "ITU-T Option 2, Generation 2: Ethernet ethernet equipment clock"; } enum "st4" { value 71; description "ITU-T Option 2, Generation 2: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../one or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 2"; } } // container generation } // container two } // container option } // container itu-t } // container highest container exact { description "Specify the exact QL value to use"; container itu-t { description "ITU-T QL options"; container option { description "ITU-T QL options"; leaf one { type enumeration { enum "prc" { value 22; description "ITU-T Option 1: Primary reference clock"; } enum "prtc" { value 21; description "ITU-T Option 1: Primary reference timing clock"; } enum "e-prtc" { value 20; description "ITU-T Option 1: Enhanced primary reference timing clock"; } enum "ssu-a" { value 23; description "ITU-T Option 1: Type I or V subordinate clock"; } enum "ssu-b" { value 24; description "ITU-T Option 1: Type IV subordinate clock"; } enum "sec" { value 27; description "ITU-T Option 1: SONET equipment clock"; } enum "e-eec" { value 25; description "ITU-T Option 1: Enhanced ethernet equipment clock"; } enum "eec1" { value 26; description "ITU-T Option 1: Ethernet equipment clock"; } enum "dnu" { value 1; description "This signal should not be used for synchronization"; } } must "not(../two/generation/one or ../two/generation/two or ../../../../highest/itu-t/option/two/generation/one or ../../../../highest/itu-t/option/two/generation/two or ../../../../lowest/itu-t/option/one or ../../../../lowest/itu-t/option/two/generation/one or ../../../../lowest/itu-t/option/two/generation/two)"; description "ITU-T QL option 1"; } container two { description "ITU-T QL option 2"; container generation { description "ITU-T QL option 2 generation"; leaf one { type enumeration { enum "prs" { value 42; description "ITU-T Option 2, Generation 1: Primary reference source"; } enum "prtc" { value 41; description "ITU-T Option 2, Generation 1: Primary reference timing clock"; } enum "e-prtc" { value 40; description "ITU-T Option 2, Generation 1: Enhanced primary reference timing clock"; } enum "stu" { value 43; description "ITU-T Option 2, Generation 1: Synchronized - traceability unknown"; } enum "st2" { value 44; description "ITU-T Option 2, Generation 1: Stratum 2"; } enum "st3" { value 45; description "ITU-T Option 2, Generation 1: Stratum 3"; } enum "smc" { value 48; description "ITU-T Option 2, Generation 1: SONET clock self timed"; } enum "eec2" { value 47; description "ITU-T Option 2, Generation 1: Ethernet equipment clock"; } enum "e-eec" { value 46; description "ITU-T Option 2, Generation 1: Ethernet ethernet equipment clock"; } enum "st4" { value 49; description "ITU-T Option 2, Generation 1: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../two or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/two or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 1"; } leaf two { type enumeration { enum "prs" { value 62; description "ITU-T Option 2, Generation 2: Primary reference source"; } enum "prtc" { value 61; description "ITU-T Option 2, Generation 2: Primary reference timing clock"; } enum "e-prtc" { value 60; description "ITU-T Option 2, Generation 2: Enhanced primary reference timing clock"; } enum "stu" { value 63; description "ITU-T Option 2, Generation 2: Synchronized - traceability unknown"; } enum "st2" { value 64; description "ITU-T Option 2, Generation 2: Stratum 2"; } enum "tnc" { value 65; description "ITU-T Option 2, Generation 2: Transit node clock"; } enum "st3e" { value 66; description "ITU-T Option 2, Generation 2: Stratum 3E"; } enum "st3" { value 67; description "ITU-T Option 2, Generation 2: Stratum 3"; } enum "smc" { value 70; description "ITU-T Option 2, Generation 2: SONET clock self timed"; } enum "eec2" { value 69; description "ITU-T Option 2, Generation 2: Ethernet equipment clock"; } enum "e-eec" { value 68; description "ITU-T Option 2, Generation 2: Ethernet ethernet equipment clock"; } enum "st4" { value 71; description "ITU-T Option 2, Generation 2: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../one or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 2"; } } // container generation } // container two } // container option } // container itu-t } // container exact } // container transmit container receive { description "Adjust the received quality level"; container lowest { description "Specify the lowest acceptable QL value"; container itu-t { description "ITU-T QL options"; container option { description "ITU-T QL options"; leaf one { type enumeration { enum "prc" { value 22; description "ITU-T Option 1: Primary reference clock"; } enum "prtc" { value 21; description "ITU-T Option 1: Primary reference timing clock"; } enum "e-prtc" { value 20; description "ITU-T Option 1: Enhanced primary reference timing clock"; } enum "ssu-a" { value 23; description "ITU-T Option 1: Type I or V subordinate clock"; } enum "ssu-b" { value 24; description "ITU-T Option 1: Type IV subordinate clock"; } enum "sec" { value 27; description "ITU-T Option 1: SONET equipment clock"; } enum "e-eec" { value 25; description "ITU-T Option 1: Enhanced ethernet equipment clock"; } enum "eec1" { value 26; description "ITU-T Option 1: Ethernet equipment clock"; } enum "dnu" { value 1; description "This signal should not be used for synchronization"; } } must "not(../two/generation/one or ../two/generation/two or ../../../../highest/itu-t/option/two/generation/one or ../../../../highest/itu-t/option/two/generation/two or ../../../../exact/itu-t/option/one or ../../../../exact/itu-t/option/two/generation/one or ../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 1"; } container two { description "ITU-T QL option 2"; container generation { description "ITU-T QL option 2 generation"; leaf one { type enumeration { enum "prs" { value 42; description "ITU-T Option 2, Generation 1: Primary reference source"; } enum "prtc" { value 41; description "ITU-T Option 2, Generation 1: Primary reference timing clock"; } enum "e-prtc" { value 40; description "ITU-T Option 2, Generation 1: Enhanced primary reference timing clock"; } enum "stu" { value 43; description "ITU-T Option 2, Generation 1: Synchronized - traceability unknown"; } enum "st2" { value 44; description "ITU-T Option 2, Generation 1: Stratum 2"; } enum "st3" { value 45; description "ITU-T Option 2, Generation 1: Stratum 3"; } enum "smc" { value 48; description "ITU-T Option 2, Generation 1: SONET clock self timed"; } enum "eec2" { value 47; description "ITU-T Option 2, Generation 1: Ethernet equipment clock"; } enum "e-eec" { value 46; description "ITU-T Option 2, Generation 1: Ethernet ethernet equipment clock"; } enum "st4" { value 49; description "ITU-T Option 2, Generation 1: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../two or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/two or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 1"; } leaf two { type enumeration { enum "prs" { value 62; description "ITU-T Option 2, Generation 2: Primary reference source"; } enum "prtc" { value 61; description "ITU-T Option 2, Generation 2: Primary reference timing clock"; } enum "e-prtc" { value 60; description "ITU-T Option 2, Generation 2: Enhanced primary reference timing clock"; } enum "stu" { value 63; description "ITU-T Option 2, Generation 2: Synchronized - traceability unknown"; } enum "st2" { value 64; description "ITU-T Option 2, Generation 2: Stratum 2"; } enum "tnc" { value 65; description "ITU-T Option 2, Generation 2: Transit node clock"; } enum "st3e" { value 66; description "ITU-T Option 2, Generation 2: Stratum 3E"; } enum "st3" { value 67; description "ITU-T Option 2, Generation 2: Stratum 3"; } enum "smc" { value 70; description "ITU-T Option 2, Generation 2: SONET clock self timed"; } enum "eec2" { value 69; description "ITU-T Option 2, Generation 2: Ethernet equipment clock"; } enum "e-eec" { value 68; description "ITU-T Option 2, Generation 2: Ethernet ethernet equipment clock"; } enum "st4" { value 71; description "ITU-T Option 2, Generation 2: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../one or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 2"; } } // container generation } // container two } // container option } // container itu-t } // container lowest container highest { description "Specify the highest acceptable QL value"; container itu-t { description "ITU-T QL options"; container option { description "ITU-T QL options"; leaf one { type enumeration { enum "prc" { value 22; description "ITU-T Option 1: Primary reference clock"; } enum "prtc" { value 21; description "ITU-T Option 1: Primary reference timing clock"; } enum "e-prtc" { value 20; description "ITU-T Option 1: Enhanced primary reference timing clock"; } enum "ssu-a" { value 23; description "ITU-T Option 1: Type I or V subordinate clock"; } enum "ssu-b" { value 24; description "ITU-T Option 1: Type IV subordinate clock"; } enum "sec" { value 27; description "ITU-T Option 1: SONET equipment clock"; } enum "e-eec" { value 25; description "ITU-T Option 1: Enhanced ethernet equipment clock"; } enum "eec1" { value 26; description "ITU-T Option 1: Ethernet equipment clock"; } enum "dnu" { value 1; description "This signal should not be used for synchronization"; } } must "not(../two/generation/one or ../two/generation/two or ../../../../lowest/itu-t/option/one or ../../../../lowest/itu-t/option/two/generation/one or ../../../../lowest/itu-t/option/two/generation/two or ../../../../exact/itu-t/option/one or ../../../../exact/itu-t/option/two/generation/one or ../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 1"; } container two { description "ITU-T QL option 2"; container generation { description "ITU-T QL option 2 generation"; leaf one { type enumeration { enum "prs" { value 42; description "ITU-T Option 2, Generation 1: Primary reference source"; } enum "prtc" { value 41; description "ITU-T Option 2, Generation 1: Primary reference timing clock"; } enum "e-prtc" { value 40; description "ITU-T Option 2, Generation 1: Enhanced primary reference timing clock"; } enum "stu" { value 43; description "ITU-T Option 2, Generation 1: Synchronized - traceability unknown"; } enum "st2" { value 44; description "ITU-T Option 2, Generation 1: Stratum 2"; } enum "st3" { value 45; description "ITU-T Option 2, Generation 1: Stratum 3"; } enum "smc" { value 48; description "ITU-T Option 2, Generation 1: SONET clock self timed"; } enum "eec2" { value 47; description "ITU-T Option 2, Generation 1: Ethernet equipment clock"; } enum "e-eec" { value 46; description "ITU-T Option 2, Generation 1: Ethernet ethernet equipment clock"; } enum "st4" { value 49; description "ITU-T Option 2, Generation 1: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../two or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/two/generation/two or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 1"; } leaf two { type enumeration { enum "prs" { value 62; description "ITU-T Option 2, Generation 2: Primary reference source"; } enum "prtc" { value 61; description "ITU-T Option 2, Generation 2: Primary reference timing clock"; } enum "e-prtc" { value 60; description "ITU-T Option 2, Generation 2: Enhanced primary reference timing clock"; } enum "stu" { value 63; description "ITU-T Option 2, Generation 2: Synchronized - traceability unknown"; } enum "st2" { value 64; description "ITU-T Option 2, Generation 2: Stratum 2"; } enum "tnc" { value 65; description "ITU-T Option 2, Generation 2: Transit node clock"; } enum "st3e" { value 66; description "ITU-T Option 2, Generation 2: Stratum 3E"; } enum "st3" { value 67; description "ITU-T Option 2, Generation 2: Stratum 3"; } enum "smc" { value 70; description "ITU-T Option 2, Generation 2: SONET clock self timed"; } enum "eec2" { value 69; description "ITU-T Option 2, Generation 2: Ethernet equipment clock"; } enum "e-eec" { value 68; description "ITU-T Option 2, Generation 2: Ethernet ethernet equipment clock"; } enum "st4" { value 71; description "ITU-T Option 2, Generation 2: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../one or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/two/generation/two or ../../../../../../exact/itu-t/option/one or ../../../../../../exact/itu-t/option/two/generation/one or ../../../../../../exact/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 2"; } } // container generation } // container two } // container option } // container itu-t } // container highest container exact { description "Specify the exact QL value to use"; container itu-t { description "ITU-T QL options"; container option { description "ITU-T QL options"; leaf one { type enumeration { enum "prc" { value 22; description "ITU-T Option 1: Primary reference clock"; } enum "prtc" { value 21; description "ITU-T Option 1: Primary reference timing clock"; } enum "e-prtc" { value 20; description "ITU-T Option 1: Enhanced primary reference timing clock"; } enum "ssu-a" { value 23; description "ITU-T Option 1: Type I or V subordinate clock"; } enum "ssu-b" { value 24; description "ITU-T Option 1: Type IV subordinate clock"; } enum "sec" { value 27; description "ITU-T Option 1: SONET equipment clock"; } enum "e-eec" { value 25; description "ITU-T Option 1: Enhanced ethernet equipment clock"; } enum "eec1" { value 26; description "ITU-T Option 1: Ethernet equipment clock"; } enum "dnu" { value 1; description "This signal should not be used for synchronization"; } } must "not(../two/generation/one or ../two/generation/two or ../../../../highest/itu-t/option/two/generation/one or ../../../../highest/itu-t/option/two/generation/two or ../../../../lowest/itu-t/option/one or ../../../../lowest/itu-t/option/two/generation/one or ../../../../lowest/itu-t/option/two/generation/two)"; description "ITU-T QL option 1"; } container two { description "ITU-T QL option 2"; container generation { description "ITU-T QL option 2 generation"; leaf one { type enumeration { enum "prs" { value 42; description "ITU-T Option 2, Generation 1: Primary reference source"; } enum "prtc" { value 41; description "ITU-T Option 2, Generation 1: Primary reference timing clock"; } enum "e-prtc" { value 40; description "ITU-T Option 2, Generation 1: Enhanced primary reference timing clock"; } enum "stu" { value 43; description "ITU-T Option 2, Generation 1: Synchronized - traceability unknown"; } enum "st2" { value 44; description "ITU-T Option 2, Generation 1: Stratum 2"; } enum "st3" { value 45; description "ITU-T Option 2, Generation 1: Stratum 3"; } enum "smc" { value 48; description "ITU-T Option 2, Generation 1: SONET clock self timed"; } enum "eec2" { value 47; description "ITU-T Option 2, Generation 1: Ethernet equipment clock"; } enum "e-eec" { value 46; description "ITU-T Option 2, Generation 1: Ethernet ethernet equipment clock"; } enum "st4" { value 49; description "ITU-T Option 2, Generation 1: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../two or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/two or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 1"; } leaf two { type enumeration { enum "prs" { value 62; description "ITU-T Option 2, Generation 2: Primary reference source"; } enum "prtc" { value 61; description "ITU-T Option 2, Generation 2: Primary reference timing clock"; } enum "e-prtc" { value 60; description "ITU-T Option 2, Generation 2: Enhanced primary reference timing clock"; } enum "stu" { value 63; description "ITU-T Option 2, Generation 2: Synchronized - traceability unknown"; } enum "st2" { value 64; description "ITU-T Option 2, Generation 2: Stratum 2"; } enum "tnc" { value 65; description "ITU-T Option 2, Generation 2: Transit node clock"; } enum "st3e" { value 66; description "ITU-T Option 2, Generation 2: Stratum 3E"; } enum "st3" { value 67; description "ITU-T Option 2, Generation 2: Stratum 3"; } enum "smc" { value 70; description "ITU-T Option 2, Generation 2: SONET clock self timed"; } enum "eec2" { value 69; description "ITU-T Option 2, Generation 2: Ethernet equipment clock"; } enum "e-eec" { value 68; description "ITU-T Option 2, Generation 2: Ethernet ethernet equipment clock"; } enum "st4" { value 71; description "ITU-T Option 2, Generation 2: Stratum 4 freerun"; } enum "dus" { value 1; description "This signal should not be used for synchronization"; } } must "not(../../../one or ../one or ../../../../../../highest/itu-t/option/one or ../../../../../../highest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/one or ../../../../../../lowest/itu-t/option/two/generation/one or ../../../../../../lowest/itu-t/option/two/generation/two)"; description "ITU-T QL option 2, generation 2"; } } // container generation } // container two } // container option } // container itu-t } // container exact } // container receive } // container quality leaf wait-to-restore { type uint32 { range "0..12"; } description "Set the wait-to-restore time"; } container selection { description "Selection configuration commands"; container input { presence "Indicates a input node is configured."; description "Enable this source for selection"; } // container input } // container selection } // container synchronization } // container frequency } // list sync } // container syncs } // container clock-interface container lpts { if-feature pifib_policer_config_check; if-feature pifib_local_policer_config_check; description "lpts configuration commands"; container pifib { description "pre-ifib configuration commands"; container hardware { description "hardware configuration commands"; container police { presence "Indicates a police node is configured."; description "ingress policers configuration command"; container flow { description "lpts flow type"; container fragment { description "Fragmented IP packets"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container fragment container ospf { description "OSPF "; container unicast { description "Unicast "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container unicast container multicast { description "Multicast"; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container multicast } // container ospf container isis { description "ISIS "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container isis container bfd { description "BFD "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default container multipath { description "Multipath "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container multipath container blb { description "BLB "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container blb container singlepath { description "Singlepath "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container singlepath } // container bfd container bgp { description "BGP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container configured { description "Configured"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container configured container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container bgp container pim { description "PIM "; container unicast { description "Unicast "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container unicast container multicast { description "Multicast"; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container multicast } // container pim container igmp { description "IGMP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container igmp container icmp { description "ICMP "; container local { description "Local interest packets "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container local container application { description "Specific application packets "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container application container control { description "Control packets "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container control container default { description "Default packets "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default container generic { description "Generic application packets "; container echo-reply { description "Echo-reply packets "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container echo-reply } // container generic } // container icmp container ldp { description "LDP "; container tcp { description "TCP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container configured { description "Configured"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container configured container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container tcp container udp { description "UDP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container udp } // container ldp container all-routers { description "All Routers"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container all-routers container lmp { description "LMP "; container tcp { description "TCP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container configured { description "Configured"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container configured container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container tcp container udp { description "UDP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container udp } // container lmp container rsvp { description "RSVP "; container default { description "RSVP Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default container known { description "RSVP Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container udp { description "UDP"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container udp } // container rsvp container ike { description "IKE "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container ike container ipsec { description "IPSEC "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container ipsec container msdp { description "MSDP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container configured { description "Configured"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container configured container default { description "Default"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container msdp container snmp { description "SNMP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container snmp container ssh { description "SSH "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container ssh container http { description "HTTP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container http container shttp { description "SHTTP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container shttp container telnet { description "TELNET "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container telnet container css { description "CSS "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container css container rsh { description "RSH "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container rsh container udp { description "UDP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container listen { description "Listen "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container listen container configured { description "Config peer "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container configured container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container udp container tcp { description "TCP "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container listen { description "Listen "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container listen container configured { description "Configured "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container configured container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container tcp container multicast { description "Multicast "; container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container multicast container raw { description "Raw "; container listen { description "Listen "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container listen container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default } // container raw container ip-sla { description "IP-SLA "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container ip-sla container eigrp { description "EIGRP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container eigrp container rip { description "RIP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container rip container l2tpv3 { description "L2TPv3 "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container l2tpv3 container pcep { description "PCEP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container pcep container gre { description "GRE "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container gre container vrrp { description "VRRP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container vrrp container hsrp { description "HSRP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container hsrp container mpls { description "MPLS "; container oam { description "Oam "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container oam } // container mpls container l2tpv2 { description "L2TPv2 "; container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known } // container l2tpv2 container dns { description "DNS "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container dns container radius { description "RADIUS "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container radius container tacacs { description "TACACS "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container tacacs container ntp { description "NTP "; container default { description "Default "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container default container known { description "Known "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container known } // container ntp container mipv6 { description "MIPv6 "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container mipv6 container amt { description "AMT "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container amt container sdac { description "SDAC-TCP "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container sdac container radius-coa { description "RADIUS COA "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container radius-coa container rel-udp { description "Syslog/netflow packets"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container rel-udp container dhcpv4 { description "DHCPv4 "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container dhcpv4 container dhcpv6 { description "DHCPv6 "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container dhcpv6 container onepk { description "ONEPK "; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container onepk container tpa { description "Third Party Applications"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container tpa container ietf-bob { description "IETF BOB Packets"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container ietf-bob container xipc { if-feature pifib_xipc_throt_policer_config_check; description "XIPC rate limit"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container xipc container pm-twamp { description "PM TWAMP Packets"; leaf rate { type uint32 { range "0..4294967295"; } description "Rate in PPS"; } leaf-list precedence { type union { type uint32 { range "0..7"; } type enumeration { enum "critical" { value 5; description "Critical precedence (5)"; } enum "flash" { value 3; description "Flash precedence (3)"; } enum "flash-override" { value 4; description "Flash override precedence (4)"; } enum "immediate" { value 2; description "Immediate precedence (2)"; } enum "internet" { value 6; description "Internetwork control precedence (6)"; } enum "network" { value 7; description "Network control precedence (7)"; } enum "priority" { value 1; description "Priority precedence (1)"; } enum "routine" { value 0; description "Routine precedence (0)"; } } } max-elements 8; description "TOS Precedence value(s)"; } } // container pm-twamp } // container flow } // container police container dynamic-flows { presence "Indicates a dynamic-flows node is configured."; description "ingress flows configuration command"; container flow { description "lpts flow type"; container fragment { description "Fragmented IP packets"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container fragment container ospf { description "OSPF "; container unicast { description "Unicast "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container unicast container multicast { description "Multicast"; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container multicast } // container ospf container isis { description "ISIS "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container isis container bfd { description "BFD "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default container multipath { description "Multipath "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container multipath container blb { description "BLB "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container blb container singlepath { description "Singlepath "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container singlepath } // container bfd container bgp { description "BGP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container configured { description "Configured"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container configured container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container bgp container pim { description "PIM "; container unicast { description "Unicast "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container unicast container multicast { description "Multicast "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container multicast } // container pim container igmp { description "IGMP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container igmp container icmp { description "ICMP "; container local { description "Local interest packets "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container local container application { description "Specific application packets "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container application container control { description "Control packets "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container control container default { description "Default packets "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default container generic { description "Generic application packets "; container echo-reply { description "Echo-reply packets "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container echo-reply } // container generic } // container icmp container ldp { description "LDP "; container tcp { description "TCP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container configured { description "Configured"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container configured container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container tcp container udp { description "UDP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container udp } // container ldp container all-routers { description "All Routers"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container all-routers container lmp { description "LMP "; container tcp { description "TCP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container configured { description "Configured"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container configured container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container tcp container udp { description "UDP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container udp } // container lmp container rsvp { description "RSVP "; container default { description "RSVP Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default container known { description "RSVP Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container udp { description "UDP"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container udp } // container rsvp container ike { description "IKE "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container ike container ipsec { description "IPSEC "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container ipsec container msdp { description "MSDP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container configured { description "Configured"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container configured container default { description "Default"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container msdp container snmp { description "SNMP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container snmp container ssh { description "SSH "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container ssh container http { description "HTTP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container http container shttp { description "SHTTP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container shttp container telnet { description "TELNET "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container telnet container css { description "CSS "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container css container rsh { description "RSH "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container rsh container udp { description "UDP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container listen { description "Listen "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container listen container configured { description "Config peer "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container configured container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container udp container tcp { description "TCP "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container listen { description "Listen "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container listen container configured { description "Configured "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container configured container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container tcp container multicast { description "Multicast "; container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container multicast container raw { description "Raw "; container listen { description "Listen "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container listen container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default } // container raw container ip-sla { description "IP-SLA "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container ip-sla container eigrp { description "EIGRP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container eigrp container rip { description "RIP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container rip container l2tpv3 { description "L2TPv3 "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container l2tpv3 container pcep { description "PCEP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container pcep container gre { description "GRE "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container gre container vrrp { description "VRRP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container vrrp container hsrp { description "HSRP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container hsrp container mpls { description "MPLS "; container oam { description "Oam "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container oam } // container mpls container l2tpv2 { description "L2TPv2 "; container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known } // container l2tpv2 container dns { description "DNS "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container dns container radius { description "RADIUS "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container radius container tacacs { description "TACACS "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container tacacs container ntp { description "NTP "; container default { description "Default "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container default container known { description "Known "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container known } // container ntp container mipv6 { description "MIPv6 "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container mipv6 container amt { description "AMT "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container amt container sdac { description "SDAC-TCP "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container sdac container radius-coa { description "RADIUS COA "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container radius-coa container rel-udp { description "Syslog/netflow packets"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container rel-udp container dhcpv4 { description "DHCPv4 "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container dhcpv4 container dhcpv6 { description "DHCPv6 "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container dhcpv6 container onepk { description "ONEPK "; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container onepk container tpa { description "Third Party Applications"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container tpa container ietf-bob { description "IETF BOB Packets"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container ietf-bob container xipc { if-feature pifib_xipc_throt_policer_config_check; description "XIPC rate limit"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container xipc container pm-twamp { description "PM TWAMP Packets"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container pm-twamp } // container flow container platform { description "lpts max entries for platform"; leaf max { type uint32 { range "0..4294967295"; } description "Max number of TCAM entries"; } } // container platform } // container dynamic-flows } // container hardware } // container pifib } // container lpts } // list preconfigured-location } // container locations } // module Cisco-IOS-XR-um-location-cfg
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