This module contains a collection of YANG definitions for Cisco IOS-XR ptp package configuration. This module contains definiti...
Version: 2021-02-12
module Cisco-IOS-XR-ptp-cfg { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-ptp-cfg"; prefix ptp-cfg; import ietf-inet-types { prefix inet; } import ietf-yang-types { prefix yang; } import Cisco-IOS-XR-types { prefix xr; } import cisco-semver { prefix semver; } import Cisco-IOS-XR-ptp-datatypes { prefix dt1; } import Cisco-IOS-XR-ifmgr-cfg { prefix a1; } 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 ptp package configuration. This module contains definitions for the following management objects: ptp: PTP global configuration This YANG module augments the Cisco-IOS-XR-ifmgr-cfg module with configuration data. Copyright (c) 2013-2021 by Cisco Systems, Inc. All rights reserved."; revision "2021-02-12" { description "Marked deprecated uncalibrated-clock-class leaf obsolete 2020-09-07 Added APTS config item"; } revision "2020-01-31" { description "Added submode-enter enable handling. 2020-01-15 Added holdover-spec configuration options and uncalibrated time-traceable override option. 2020-01-13 Added servo slow tracking configuration item."; } revision "2019-10-31" { description "Added mandatory nodes and presence containers."; } revision "2019-04-05" { description "Establish semantic version baseline."; } revision "2017-02-02" { description "Initial version."; } revision "2015-11-09" { description "IOS XR 6.0 revision."; } semver:module-version "3.1.0"; semver:module-version "3.0.0"; semver:module-version "2.0.0"; semver:module-version "1.0.0"; augment /a1:interface-configurations/a1:interface-configuration { description "This augment extends the configuration data of 'Cisco-IOS-XR-ifmgr-cfg'"; container ptp { presence "CLI submode compatibility."; description "Precision Time Protocol interface configuration"; container source-ipv6-address { description "Source IPv6 Address"; leaf enable { type boolean; description "Enable source IPv6 address"; } leaf source-ipv6 { type inet:ipv6-address-no-zone; description "Source IPv6 address to use"; } } // container source-ipv6-address container announce-interval { description "Announce interval"; leaf time-type { type dt1:Ptp-time; default "interval"; description "Interval or Frequency"; } leaf time-period { type dt1:Ptp-time-period; default "2"; description "Time Period"; } } // container announce-interval container interop { description "Table for interop configuration"; container egress-conversion { description "Iteroperation configuration to be used on egress"; container clock-class-mappings { description "Table for specific mappings for given clock class values"; list clock-class-mapping { key "clock-class-from"; description "Mapping for a given clock class value"; leaf clock-class-from { type uint32 { range "0..255"; } description "Clock Class to map from"; } leaf clock-class-to { type uint32 { range "0..255"; } mandatory true; description "Clock class to map to"; } } // list clock-class-mapping } // container clock-class-mappings leaf clock-accuracy { type uint32 { range "0..254"; } description "Clock Accuracy value to use for the peer clock"; } leaf priority2 { type uint32 { range "0..255"; } description "Priority2 value to use for the peer clock"; } leaf clock-class-default { type uint32 { range "0..255"; } description "Default clock class to use when a more specific mapping is not available"; } leaf offset-scaled-log-variance { type uint32 { range "0..65535"; } description "OSLV value to use for the peer clock"; } leaf priority1 { type uint32 { range "0..255"; } description "Priority1 value to use for the peer clock"; } } // container egress-conversion container ingress-conversion { description "Iteroperation configuration to be used on ingress"; container clock-class-mappings { description "Table for specific mappings for given clock class values"; list clock-class-mapping { key "clock-class-from"; description "Mapping for a given clock class value"; leaf clock-class-from { type uint32 { range "0..255"; } description "Clock Class to map from"; } leaf clock-class-to { type uint32 { range "0..255"; } mandatory true; description "Clock class to map to"; } } // list clock-class-mapping } // container clock-class-mappings leaf clock-accuracy { type uint32 { range "0..254"; } description "Clock Accuracy value to use for the peer clock"; } leaf priority2 { type uint32 { range "0..255"; } description "Priority2 value to use for the peer clock"; } leaf clock-class-default { type uint32 { range "0..255"; } description "Default clock class to use when a more specific mapping is not available"; } leaf offset-scaled-log-variance { type uint32 { range "0..65535"; } description "OSLV value to use for the peer clock"; } leaf priority1 { type uint32 { range "0..255"; } description "Priority1 value to use for the peer clock"; } } // container ingress-conversion leaf profile { type dt1:Ptp-clock-profile; description "Profile to interoperate with"; } leaf domain { type uint32 { range "0..255"; } description "Domain number of the peer clock"; } } // container interop container source-ipv4-address { description "Source IPv4 Address"; leaf enable { type boolean; description "Enable source IP address"; } leaf source-ip { type inet:ipv4-address-no-zone; description "Source IP address to use"; } } // container source-ipv4-address container slaves { description "Table for slave configuration"; list slave { must "ethernet or ipv4-or-ipv6" { description "Ethernet or IPv4-or-IPv6 must be present."; } key "transport"; description "Slave configuration"; grouping SLAVE-CONTENT { description "SLAVE CONTENT"; leaf non-negotiated { type boolean; description "Enable non-negotiated unicast on this interface"; } } // grouping SLAVE-CONTENT leaf transport { type dt1:Ptp-encap; description "Slave Transport Type"; } list ethernet { when "../transport = 'ethernet'" { description "../Transport = Ethernet"; } key "slave-mac-address"; description "ethernet"; leaf slave-mac-address { type yang:mac-address; description "Slave MAC Address"; } uses SLAVE-CONTENT; } // list ethernet list ipv4-or-ipv6 { when "../transport = 'ipv4' or ../transport = 'ipv6'" { description "../Transport = IPv4 or ../Transport = IPv6"; } key "slave-ip-address"; description "ipv4 or ipv6"; leaf slave-ip-address { type inet:ip-address-no-zone; description "Slave IP Address"; } uses SLAVE-CONTENT; } // list ipv4-or-ipv6 } // list slave } // container slaves container sync-interval { description "Sync interval"; leaf time-type { type dt1:Ptp-time; default "interval"; description "Interval or Frequency"; } leaf time-period { type dt1:Ptp-time-period; default "1"; description "Time Period"; } } // container sync-interval container masters { description "Table for master configuration"; list master { must "ethernet or ipv4-or-ipv6" { description "Ethernet or IPv4-or-IPv6 must be present."; } key "transport"; description "Master configuration"; grouping MASTER-CONTENT { description "MASTER CONTENT"; container delay-asymmetry { description "The delay asymmetry for this master"; leaf magnitude { type int32 { range "-500000000..500000000"; } default "0"; description "How much longer the master to slave path takes than the reverse"; } leaf units { type dt1:Ptp-delay-asymmetry-units; default "nanoseconds"; description "The units to use for the delay asymmetry"; } } // container delay-asymmetry leaf master-clock-class { type uint32 { range "0..255"; } description "Master clock class"; } leaf non-negotiated { type boolean; description "Enable non-negotiated unicast on this interface"; } leaf priority { type uint32 { range "0..255"; } description "Master priority"; } leaf communication { type dt1:Ptp-transport; default "unicast"; description "Communication Model"; } } // grouping MASTER-CONTENT leaf transport { type dt1:Ptp-encap; description "Master Transport Type"; } list ethernet { when "../transport = 'ethernet'" { description "../Transport = Ethernet"; } key "master-mac-address"; description "ethernet"; leaf master-mac-address { type yang:mac-address; description "Master MAC Address - only used if Transport is Ethernet"; } uses MASTER-CONTENT; } // list ethernet list ipv4-or-ipv6 { when "../transport = 'ipv4' or ../transport = 'ipv6'" { description "../Transport = IPv4 or ../Transport = IPv6"; } key "master-ip-address"; description "ipv4 or ipv6"; leaf master-ip-address { type inet:ip-address-no-zone; description "Master IP Address - used if Transport is not Ethernet"; } uses MASTER-CONTENT; } // list ipv4-or-ipv6 } // list master } // container masters container delay-asymmetry { description "Delay asymmetry to apply to all masters on the interface"; leaf magnitude { type int32 { range "-500000000..500000000"; } default "0"; description "How much longer the master to slave path takes than the reverse"; } leaf units { type dt1:Ptp-delay-asymmetry-units; default "nanoseconds"; description "The units to use for the delay asymmetry"; } } // container delay-asymmetry container communication { description "Communication model"; leaf model { type dt1:Ptp-transport; default "unicast"; description "Communication Model"; } leaf target-address-set { type boolean; default "false"; description "Target address set"; } leaf target-address { type string; description "Target address"; } } // container communication container delay-request-minimum-interval { description "Minimum delay request interval"; leaf time-type { type dt1:Ptp-time; default "interval"; description "Interval or Frequency"; } leaf time-period { type dt1:Ptp-time-period; default "1"; description "Time Period"; } } // container delay-request-minimum-interval leaf sync-grant-duration { type uint32 { range "60..1000"; } units "second"; default "300"; description "Sync unicast grant duration, in seconds"; } leaf general-cos { type uint32 { range "0..7"; } default "6"; description "General COS"; } leaf enable { type empty; description "Enable the precision time protocol"; } leaf sync-timeout { type uint32 { range "100..100000"; } units "millisecond"; default "5000"; description "Sync timeout, in milliseconds"; } leaf transport { type dt1:Ptp-encap; default "ipv4"; description "Transport"; } leaf profile { type string; description "Precision Time Protocol configuration profile"; } leaf announce-timeout { type uint32 { range "2..10"; } default "3"; description "Announce Timeout"; } leaf cos { type uint32 { range "0..7"; } default "6"; description "COS"; } leaf ipv4ttl { type uint32 { range "1..255"; } default "255"; description "IPv4 TTL"; } leaf port-state { type dt1:Ptp-port-state; default "any"; description "Port state restriction"; } leaf delay-response-timeout { type uint32 { range "100..100000"; } units "millisecond"; default "5000"; description "Delay-Response timeout, in milliseconds"; } leaf local-priority { type uint32 { range "1..255"; } default "128"; description "Local priority"; } leaf delay-response-grant-duration { type uint32 { range "60..1000"; } units "second"; default "300"; description "Delay-Response unicast grant duration, in seconds"; } leaf event-cos { type uint32 { range "0..7"; } default "6"; description "Event COS"; } leaf dscp { type uint32 { range "0..63"; } default "46"; description "DSCP"; } leaf ipv6-hop-limit { type uint32 { range "1..255"; } default "255"; description "IPv6 Hop Limit"; } leaf general-dscp { type uint32 { range "0..63"; } default "46"; description "General DSCP"; } leaf clock-operation { type dt1:Ptp-clock-operation; default "two-step"; description "Clock Operation"; } leaf announce-grant-duration { type uint32 { range "60..1000"; } units "second"; default "300"; description "Announce unicast grant duration, in seconds"; } leaf unicast-grant-invalid-request { type dt1:Ptp-invalid-unicast-grant-request-response; default "reduce"; description "Invalid unicast grant request response"; } leaf event-dscp { type uint32 { range "0..63"; } default "46"; description "Event DSCP"; } } // container ptp } container ptp { presence "CLI submode compatibility."; description "PTP global configuration"; container clock { description "PTP local clock configuration"; container clock-profile { description "Local clock PTP profile"; leaf clock-profile { type dt1:Ptp-clock-profile; default "default"; description "Clock profile"; } leaf telecom-clock-type { when "../clock-profile = 'g82651' or ../clock-profile = 'g82751' or ../clock-profile = 'g82752'" { description "../ClockProfile = G82651 or ../ClockProfile = G82751 or ../ClockProfile = G82752"; } type dt1:Ptp-telecom-clock; description "Telecom clock type"; } } // container clock-profile container identity { description "Local clock identity"; leaf clock-id-type { type dt1:Ptp-clock-id; default "router-mac"; description "Clock identity type"; } leaf mac-address { when "../clock-id-type = 'user-mac'" { description "../ClockIDType = UserMAC"; } type yang:mac-address; description "MAC Address"; } leaf eui { when "../clock-id-type = 'eui'" { description "../ClockIDType = EUI"; } type string; description "EUI-64 number"; } } // container identity leaf timescale { type dt1:Ptp-timescale; description "Local clock timescale"; } leaf domain { type uint32 { range "0..255"; } default "0"; description "Local clock domain"; } leaf priority2 { type uint32 { range "0..255"; } default "128"; description "Local clock priority2"; } leaf time-source { type dt1:Ptp-time-source; description "Local clock time source"; } leaf priority1 { type uint32 { range "0..255"; } default "128"; description "Local clock priority1"; } leaf clock-class { type uint32 { range "0..255"; } default "0"; description "Local clock class"; } } // container clock container profiles { description "Table for profile configuration"; list profile { key "profile-name"; description "Profile configuration"; container announce-interval { description "Announce interval"; leaf time-type { type dt1:Ptp-time; default "interval"; description "Interval or Frequency"; } leaf time-period { type dt1:Ptp-time-period; default "2"; description "Time Period"; } } // container announce-interval container interop { description "Table for interop configuration"; container egress-conversion { description "Iteroperation configuration to be used on egress"; container clock-class-mappings { description "Table for specific mappings for given clock class values"; list clock-class-mapping { key "clock-class-from"; description "Mapping for a given clock class value"; leaf clock-class-from { type uint32 { range "0..255"; } description "Clock Class to map from"; } leaf clock-class-to { type uint32 { range "0..255"; } mandatory true; description "Clock class to map to"; } } // list clock-class-mapping } // container clock-class-mappings leaf clock-accuracy { type uint32 { range "0..254"; } description "Clock Accuracy value to use for the peer clock"; } leaf priority2 { type uint32 { range "0..255"; } description "Priority2 value to use for the peer clock"; } leaf clock-class-default { type uint32 { range "0..255"; } description "Default clock class to use when a more specific mapping is not available"; } leaf offset-scaled-log-variance { type uint32 { range "0..65535"; } description "OSLV value to use for the peer clock"; } leaf priority1 { type uint32 { range "0..255"; } description "Priority1 value to use for the peer clock"; } } // container egress-conversion container ingress-conversion { description "Iteroperation configuration to be used on ingress"; container clock-class-mappings { description "Table for specific mappings for given clock class values"; list clock-class-mapping { key "clock-class-from"; description "Mapping for a given clock class value"; leaf clock-class-from { type uint32 { range "0..255"; } description "Clock Class to map from"; } leaf clock-class-to { type uint32 { range "0..255"; } mandatory true; description "Clock class to map to"; } } // list clock-class-mapping } // container clock-class-mappings leaf clock-accuracy { type uint32 { range "0..254"; } description "Clock Accuracy value to use for the peer clock"; } leaf priority2 { type uint32 { range "0..255"; } description "Priority2 value to use for the peer clock"; } leaf clock-class-default { type uint32 { range "0..255"; } description "Default clock class to use when a more specific mapping is not available"; } leaf offset-scaled-log-variance { type uint32 { range "0..65535"; } description "OSLV value to use for the peer clock"; } leaf priority1 { type uint32 { range "0..255"; } description "Priority1 value to use for the peer clock"; } } // container ingress-conversion leaf profile { type dt1:Ptp-clock-profile; description "Profile to interoperate with"; } leaf domain { type uint32 { range "0..255"; } description "Domain number of the peer clock"; } } // container interop container source-ipv4-address { description "Source IPv4 Address"; leaf enable { type boolean; description "Enable source IP address"; } leaf source-ip { type inet:ipv4-address-no-zone; description "Source IP address to use"; } } // container source-ipv4-address container slaves { description "Table for slave configuration"; list slave { must "ethernet or ipv4-or-ipv6" { description "Ethernet or IPv4-or-IPv6 must be present."; } key "transport"; description "Slave configuration"; grouping SLAVE-CONTENT { description "SLAVE CONTENT"; leaf non-negotiated { type boolean; description "Enable non-negotiated unicast on this interface"; } } // grouping SLAVE-CONTENT leaf transport { type dt1:Ptp-encap; description "Slave Transport Type"; } list ethernet { when "../transport = 'ethernet'" { description "../Transport = Ethernet"; } key "slave-mac-address"; description "ethernet"; leaf slave-mac-address { type yang:mac-address; description "Slave MAC Address"; } uses SLAVE-CONTENT; } // list ethernet list ipv4-or-ipv6 { when "../transport = 'ipv4' or ../transport = 'ipv6'" { description "../Transport = IPv4 or ../Transport = IPv6"; } key "slave-ip-address"; description "ipv4 or ipv6"; leaf slave-ip-address { type inet:ip-address-no-zone; description "Slave IP Address"; } uses SLAVE-CONTENT; } // list ipv4-or-ipv6 } // list slave } // container slaves container sync-interval { description "Sync interval"; leaf time-type { type dt1:Ptp-time; default "interval"; description "Interval or Frequency"; } leaf time-period { type dt1:Ptp-time-period; default "1"; description "Time Period"; } } // container sync-interval container masters { description "Table for master configuration"; list master { must "ethernet or ipv4-or-ipv6" { description "Ethernet or IPv4-or-IPv6 must be present."; } key "transport"; description "Master configuration"; grouping MASTER-CONTENT { description "MASTER CONTENT"; container delay-asymmetry { description "The delay asymmetry for this master"; leaf magnitude { type int32 { range "-500000000..500000000"; } default "0"; description "How much longer the master to slave path takes than the reverse"; } leaf units { type dt1:Ptp-delay-asymmetry-units; default "nanoseconds"; description "The units to use for the delay asymmetry"; } } // container delay-asymmetry leaf master-clock-class { type uint32 { range "0..255"; } description "Master clock class"; } leaf non-negotiated { type boolean; description "Enable non-negotiated unicast on this interface"; } leaf priority { type uint32 { range "0..255"; } description "Master priority"; } leaf communication { type dt1:Ptp-transport; default "unicast"; description "Communication Model"; } } // grouping MASTER-CONTENT leaf transport { type dt1:Ptp-encap; description "Master Transport Type"; } list ethernet { when "../transport = 'ethernet'" { description "../Transport = Ethernet"; } key "master-mac-address"; description "ethernet"; leaf master-mac-address { type yang:mac-address; description "Master MAC Address - only used if Transport is Ethernet"; } uses MASTER-CONTENT; } // list ethernet list ipv4-or-ipv6 { when "../transport = 'ipv4' or ../transport = 'ipv6'" { description "../Transport = IPv4 or ../Transport = IPv6"; } key "master-ip-address"; description "ipv4 or ipv6"; leaf master-ip-address { type inet:ip-address-no-zone; description "Master IP Address - used if Transport is not Ethernet"; } uses MASTER-CONTENT; } // list ipv4-or-ipv6 } // list master } // container masters container delay-asymmetry { description "Delay asymmetry to apply to all masters on an interface"; leaf magnitude { type int32 { range "-500000000..500000000"; } default "0"; description "How much longer the master to slave path takes than the reverse"; } leaf units { type dt1:Ptp-delay-asymmetry-units; default "nanoseconds"; description "The units to use for the delay asymmetry"; } } // container delay-asymmetry container communication { description "Communication model"; leaf model { type dt1:Ptp-transport; default "unicast"; description "Communication Model"; } leaf target-address-set { type boolean; default "false"; description "Target address set"; } leaf target-address { type string; description "Target address"; } } // container communication container delay-request-minimum-interval { description "Minimum delay request interval"; leaf time-type { type dt1:Ptp-time; default "interval"; description "Interval or Frequency"; } leaf time-period { type dt1:Ptp-time-period; default "1"; description "Time Period"; } } // container delay-request-minimum-interval container source-ipv6-address { description "Source IPv6 Address"; leaf enable { type boolean; description "Enable source IPv6 address"; } leaf source-ipv6 { type inet:ipv6-address-no-zone; description "Source IPv6 address to use"; } } // container source-ipv6-address leaf sync-grant-duration { type uint32 { range "60..1000"; } units "second"; default "300"; description "Sync unicast grant duration, in seconds"; } leaf general-cos { type uint32 { range "0..7"; } default "6"; description "General COS"; } leaf sync-timeout { type uint32 { range "100..100000"; } units "millisecond"; default "5000"; description "Sync timeout, in milliseconds"; } leaf transport { type dt1:Ptp-encap; default "ipv4"; description "Transport"; } leaf announce-timeout { type uint32 { range "2..10"; } default "3"; description "Announce Timeout"; } leaf cos { type uint32 { range "0..7"; } default "6"; description "COS"; } leaf ipv4ttl { type uint32 { range "1..255"; } default "255"; description "IPv4 TTL"; } leaf port-state { type dt1:Ptp-port-state; default "any"; description "Port state restriction"; } leaf delay-response-timeout { type uint32 { range "100..100000"; } units "millisecond"; default "5000"; description "Delay-Response timeout, in milliseconds"; } leaf delay-response-grant-duration { type uint32 { range "60..1000"; } units "second"; default "300"; description "Delay-Response unicast grant duration, in seconds"; } leaf event-cos { type uint32 { range "0..7"; } default "6"; description "Event COS"; } leaf dscp { type uint32 { range "0..63"; } default "46"; description "DSCP"; } leaf ipv6-hop-limit { type uint32 { range "1..255"; } default "255"; description "IPv6 Hop Limit"; } leaf general-dscp { type uint32 { range "0..63"; } default "46"; description "General DSCP"; } leaf clock-operation { type dt1:Ptp-clock-operation; default "two-step"; description "Clock Operation"; } leaf announce-grant-duration { type uint32 { range "60..1000"; } units "second"; default "300"; description "Announce unicast grant duration, in seconds"; } leaf unicast-grant-invalid-request { type dt1:Ptp-invalid-unicast-grant-request-response; default "reduce"; description "Invalid unicast grant request response"; } leaf event-dscp { type uint32 { range "0..63"; } default "46"; description "Event DSCP"; } leaf profile-name { type xr:Cisco-ios-xr-string; description "Profile"; } } // list profile } // container profiles container utc-offset { description "UTC offset configuration"; container leap-second-file { presence "Indicates a leap-second-file node is configured."; description "Source file containing leap second information"; leaf source-url { type string; mandatory true; description "URL of source file"; } leaf polling-frequency { type uint32 { range "1..365"; } units "day"; description "Polling frequency, in days"; } } // container leap-second-file container scheduled-offsets { description "Table for scheduled UTC offset configuration"; list scheduled-offset { key "date"; description "Scheduled UTC offset configuration"; leaf date { type xr:Cisco-ios-xr-string; description "Offset application date, in ISO-8601 format (YYYY-MM-DD)"; } leaf offset { type uint32 { range "0..32767"; } units "second"; mandatory true; description "UTC offset, in seconds"; } } // list scheduled-offset } // container scheduled-offsets leaf base-offset { type uint32 { range "0..32767"; } units "second"; description "Base UTC offset configuration"; } } // container utc-offset container logging { description "PTP logging configuration"; container best-master-clock { description "PTP best master clock logging configuration"; leaf changes { type empty; description "Enable best master clock changes logging"; } } // container best-master-clock } // container logging leaf uncalibrated-clock-class { type uint32 { range "0..255"; } status obsolete; description "Clock class to be used while acquiring phase-lock to a parent clock. Note that this is deprecated and should not be used."; } container uncalibrated-clock-class2 { presence "Indicates a uncalibrated-clock-class2 node is configured."; description "Clock class to be used while acquiring phase-lock to a parent clock."; leaf clock-class { type uint32 { range "0..255"; } mandatory true; description "Clock Class"; } leaf unless-from-holdover { type boolean; description "Unless from holdover flag"; } } // container uncalibrated-clock-class2 container transparent-clock { description "Transparent clock configuration"; container domains { description "Table of domains containing transparent clock configuration"; list domain { key "domain"; description "Transparent clock domain configuration"; leaf domain { type dt1:Transparent-clock-domain; description "Domain"; } } // list domain } // container domains } // container transparent-clock container virtual-port { presence "CLI submode compatibility."; description "PTP virtual port configuration"; leaf clock-accuracy { type uint32 { range "0..254"; } description "Virtual port clock accuracy"; } leaf priority2 { type uint32 { range "0..255"; } description "Virtual port priority2"; } leaf local-priority { type uint32 { range "1..255"; } description "Virtual port local priority"; } leaf offset-scaled-log-variance { type uint32 { range "0..65535"; } description "Virtual port OSLV"; } leaf priority1 { type uint32 { range "0..255"; } description "Virtual port priority1"; } leaf clock-class { type uint32 { range "0..255"; } description "Virtual port clock class"; } } // container virtual-port leaf time-of-day-priority { type uint32 { range "1..254"; } default "100"; description "Time-of-day priority"; } leaf frequency-priority { type uint32 { range "1..254"; } default "254"; description "Frequency priority"; } leaf holdover-spec-clock-class { type uint32 { range "0..255"; } description "Holdover spec clock-class"; } leaf startup-clock-class { type uint32 { range "0..255"; } description "Startup clock class value"; } leaf verify-checksum { type empty; description "Enable verify-checksum"; } leaf min-clock-class { type uint32 { range "0..255"; } description "Clocks with a clock-class higher than the minimum clock class will not be considered for selection as a parent clock."; } leaf holdover-spec-traceable-override { type empty; description "Override time-traceability while in holdover"; } leaf assisted-partial-timing-support { type empty; description "Enable assisted partial timing support"; } leaf network-type-high-pdv { type empty; description "The network has high packet delay variation"; } leaf holdover-spec-duration { type uint32; units "second"; description "Holdover spec duration (seconds)"; } leaf uncalibrated-traceable-override { type empty; description "Override time-traceability to true while acquiring phase lock to a parent clock."; } leaf physical-layer-frequency { type empty; description "Disable PTP as a source for frequency as only physical layer frequency sources are used"; } leaf freerun-clock-class { type uint32 { range "0..255"; } description "Freerun clock class value"; } leaf servo-slow-tracking { type uint32 { range "8..984"; } description "Restrict the rate, in ns per second, at which the servo may track to update the time and attain sync"; } } // container ptp } // module Cisco-IOS-XR-ptp-cfg
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