This module contains a collection of YANG definitions for Cisco IOS-XR ptp package operational data. This module contains defin...
Version: 2020-09-07
module Cisco-IOS-XR-ptp-oper { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-ptp-oper"; prefix ptp-oper; import Cisco-IOS-XR-types { prefix xr; } import cisco-semver { prefix semver; } include Cisco-IOS-XR-ptp-oper-sub1 { revision-date "2020-09-07"; } 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 operational data. This module contains definitions for the following management objects: ptp: PTP operational data Copyright (c) 2013-2020 by Cisco Systems, Inc. All rights reserved."; revision "2020-09-07" { description "Show command updates for APTS and virtual port"; } revision "2020-02-06" { description "Added valid flags for receiver clock information, sender clock information and master entry properties. 2019-12-18 Added checksum related packet drop reasons and servo status enums."; } revision "2019-10-01" { description "Corrected enum names for servo. 2019-09-30 Added incompatible packet for non-negotiated setting in packet drop reasons."; } 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 "2.2.0"; semver:module-version "2.1.0"; semver:module-version "2.0.0"; semver:module-version "1.0.0"; container ptp { config false; description "PTP operational data"; container nodes { description "Table for node-specific operational data"; list node { key "node-name"; description "Node-specific operational data for a given node"; container node-interface-foreign-masters { description "Table for node foreign master clock operational data"; list node-interface-foreign-master { key "interface-name"; description "Node interface foreign master clock operational data"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf port-number { type Ptp-port-num; description "Port number"; } list foreign-clock { description "Foreign clocks received on this interface"; container foreign-clock { description "Foreign clock information"; container utc-offset { description "UTC offset"; leaf current-offset { type int16; description "Current offset"; } leaf offset-valid { type boolean; description "The current offset is valid"; } } // container utc-offset container receiver { description "Receiver"; leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf port-number { type Ptp-port-num; description "Port number"; } } // container receiver container sender { description "Sender"; leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf port-number { type Ptp-port-num; description "Port number"; } } // container sender leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf priority1 { type Ptp-clock-priority; description "Priority 1"; } leaf priority2 { type Ptp-clock-priority; description "Priority 2"; } leaf class { type Ptp-clock-class; description "Class"; } leaf accuracy { type Ptp-clock-accuracy; description "Accuracy"; } leaf offset-log-variance { type Ptp-clock-oslv; description "Offset log variance"; } leaf steps-removed { type uint16; description "Steps removed"; } leaf time-source { type Ptp-bag-clock-time-source; description "Time source"; } leaf frequency-traceable { type boolean; description "The clock is frequency traceable"; } leaf time-traceable { type boolean; description "The clock is time traceable"; } leaf timescale { type Ptp-bag-clock-timescale; description "Timescale"; } leaf leap-seconds { type Ptp-bag-clock-leap-seconds; units "second"; description "Leap Seconds"; } leaf is-receiver-valid { type boolean; description "Is the receiver information valid"; } leaf is-sender-valid { type boolean; description "Is the sender information valid"; } leaf local { type boolean; description "The clock is the local clock"; } leaf configured-clock-class { type Ptp-clock-class; description "The configured clock class"; } leaf configured-priority { type Ptp-clock-priority; description "The configured priority"; } } // container foreign-clock container address { description "The address of the clock"; container mac-address { when "../encapsulation = 'ethernet'" { description "../Encapsulation = 'Ethernet'"; } description "Ethernet MAC address"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ipv6-address { when "../encapsulation = 'ipv6'" { description "../Encapsulation = 'IPv6'"; } description "IPv6 address"; leaf ipv6-address { type Bag-in6-addr; description "IPv6 Address"; } } // container ipv6-address leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf address-unknown { when "../encapsulation = 'unknown'" { description "../Encapsulation = 'Unknown'"; } type boolean; description "Unknown address type"; } leaf ipv4-address { when "../encapsulation = 'ipv4'" { description "../Encapsulation = 'IPv4'"; } type inet:ipv4-address; description "IPv4 address"; } } // container address container announce-grant { description "Unicast grant information for announce messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container announce-grant container sync-grant { description "Unicast grant information for sync messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container sync-grant container delay-response-grant { description "Unicast grant information for delay-response messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container delay-response-grant leaf is-qualified { type boolean; description "The clock is qualified for best master clock selection"; } leaf is-grandmaster { type boolean; description "This clock is the currently selected grand master clock"; } leaf communication-model { type Ptp-bag-communication-model; description "The communication model configured on this clock"; } leaf is-known { type boolean; description "This clock is known by this router"; } leaf time-known-for { type uint32; units "second"; description "How long the clock has been known by this router for, in seconds"; } leaf foreign-domain { type Ptp-domain-num; description "The PTP domain that the foreign clock is in"; } leaf configured-priority { type Ptp-clock-priority; description "Priority configured for the clock, if any"; } leaf configured-clock-class { type Ptp-clock-class; description "Clock class configured for the clock, if any"; } leaf delay-asymmetry { type Ptp-delay-asymmetry; description "Delay asymmetry configured for the clock, if any"; } leaf ptsf-loss-announce { type boolean; description "Announced messages are not being received from the master"; } leaf ptsf-loss-sync { type boolean; description "Sync messages are not being received from the master"; } leaf is-dnu { type boolean; description "The clock has clock class corresponding to QL-DNU"; } } // list foreign-clock } // list node-interface-foreign-master } // container node-interface-foreign-masters container summary { description "Node summary operational data"; leaf port-state-init-count { type uint32; description "Number of interfaces in 'Init' port state"; } leaf port-state-listening-count { type uint32; description "Number of interfaces in 'Listening' port state"; } leaf port-state-passive-count { type uint32; description "Number of interfaces in 'Passive' port state"; } leaf port-state-pre-master-count { type uint32; description "Number of interfaces in 'Pre-Master' port state"; } leaf port-state-master-count { type uint32; description "Number of interfaces in 'Master' port state"; } leaf port-state-slave-count { type uint32; description "Number of interfaces in 'Slave' port state"; } leaf port-state-uncalibrated-count { type uint32; description "Number of interfaces in 'Uncalibrated port state"; } leaf port-state-faulty-count { type uint32; description "Number of interfaces in 'Faulty' port state"; } leaf total-interfaces { type uint32; description "Total number of interfaces"; } leaf total-interfaces-valid-port-num { type uint32; description "Total number of interfaces with a valid port number"; } } // container summary container node-interfaces { description "Table for node interface operational data"; list node-interface { key "interface-name"; description "Node interface operational data"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container ipv6-address-array { description "List of Ipv6 addresses, if IPv6 encapsulation is being used. If a source address is configured, this is the only item in the list"; leaf-list addr { type Bag-in6-addr; description "List of IPv6 addresses"; } } // container ipv6-address-array container ipv4-address-array { description "List of IPv4 addresses, if IPv4 encapsulation is being used. The first address is the primary address. If a source address is configured, this is the only item in the list."; leaf-list addr { type inet:ipv4-address; description "List of IPv4 addresses"; } } // container ipv4-address-array container mac-address { description "MAC address, if Ethernet encapsulation is being used"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ingress-conversion { description "Details of any ingress conversion"; leaf priority1 { type Ptp-clock-priority; description "Priority 1"; } leaf priority2 { type Ptp-clock-priority; description "Priority 2"; } leaf accuracy { type Ptp-clock-accuracy; description "Accuracy"; } leaf class-default { type Ptp-clock-class; description "Class Default"; } leaf offset-log-variance { type Ptp-clock-oslv; description "Offset log variance"; } list class-mapping { description "Class Mapping"; leaf from-clock-class { type Ptp-clock-class; description "From clock class"; } leaf to-clock-class { type Ptp-clock-class; description "To clock class"; } } // list class-mapping } // container ingress-conversion container egress-conversion { description "Details of any egress conversion"; leaf priority1 { type Ptp-clock-priority; description "Priority 1"; } leaf priority2 { type Ptp-clock-priority; description "Priority 2"; } leaf accuracy { type Ptp-clock-accuracy; description "Accuracy"; } leaf class-default { type Ptp-clock-class; description "Class Default"; } leaf offset-log-variance { type Ptp-clock-oslv; description "Offset log variance"; } list class-mapping { description "Class Mapping"; leaf from-clock-class { type Ptp-clock-class; description "From clock class"; } leaf to-clock-class { type Ptp-clock-class; description "To clock class"; } } // list class-mapping } // container egress-conversion leaf port-state { type Ptp-bag-port-state; description "Port state"; } leaf port-number { type Ptp-port-num; description "Port number"; } leaf line-state { type Im-state-enum; description "Line state"; } leaf interface-type { type string; description "Interface Type"; } leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf ipv6-address { type Bag-in6-addr; description "Ipv6 source address for interface running PTP, if IPv6 encapsulation is being used"; } leaf ipv4-address { type inet:ipv4-address; description "IPv4 source address for interface running PTP, if IPv4 encapsulation is being used"; } leaf two-step { type boolean; description "Two step delay-request mechanism is being used"; } leaf communication-model { type Ptp-bag-communication-model; description "Communication model configured on the interface"; } leaf log-sync-interval { type int32; description "Log of the interface's sync interval"; } leaf log-announce-interval { type int32; description "Log of the interface's announce interval"; } leaf announce-timeout { type uint32; description "Announce timeout"; } leaf log-min-delay-request-interval { type int32; description "Log of the interface's Minimum delay-request interval"; } leaf configured-port-state { type Ptp-bag-restrict-port-state; description "The configured port state"; } leaf supports-unicast { type boolean; description "The interface supports unicast"; } leaf supports-master { type boolean; description "The interface supports operation in master mode"; } leaf supports-one-step { type boolean; description "The interface supports one-step operation"; } leaf supports-two-step { type boolean; description "The interface supports two-step operation"; } leaf supports-ethernet { type boolean; description "The interface supports ethernet transport"; } leaf supports-multicast { type boolean; description "The interface supports multicast"; } leaf supports-ipv4 { type boolean; description "The interface supports IPv4 transport"; } leaf supports-ipv6 { type boolean; description "The interface supports IPv6 transport"; } leaf supports-slave { type boolean; description "The interface supports operation in slave mode"; } leaf supports-source-ip { type boolean; description "The interface supports source ip configuration"; } leaf max-sync-rate { type uint8; description "The maximum rate of sync packets on the interface"; } leaf event-cos { type uint32; description "The class of service used on the interface for event messages"; } leaf general-cos { type uint32; description "The class of service used on the interface for general messages"; } leaf event-dscp { type uint32; description "The DSCP class used on the interface for event messages"; } leaf general-dscp { type uint32; description "The DSCP class used on the interface for general messages"; } leaf unicast-peers { type uint32; description "The number of unicast peers known by the interface"; } leaf local-priority { type uint8; description "Local priority, for the G.8275.1 PTP profile"; } leaf signal-fail { type boolean; description "Signal fail status of the interface"; } leaf profile-interop { type boolean; description "Indicate whether profile interop is in use"; } leaf supports-bvi-slave { type boolean; description "The node supports BVI interfaces as Slaves"; } leaf interop-domain { type Ptp-domain-num; description "The PTP domain that is being interoperated with"; } leaf interop-profile { type Ptp-bag-profile; description "Profile that is being interoperated with"; } list master-table { description "The interface's master table"; container address { description "The address of the master clock"; container mac-address { when "../encapsulation = 'ethernet'" { description "../Encapsulation = 'Ethernet'"; } description "Ethernet MAC address"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ipv6-address { when "../encapsulation = 'ipv6'" { description "../Encapsulation = 'IPv6'"; } description "IPv6 address"; leaf ipv6-address { type Bag-in6-addr; description "IPv6 Address"; } } // container ipv6-address leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf address-unknown { when "../encapsulation = 'unknown'" { description "../Encapsulation = 'Unknown'"; } type boolean; description "Unknown address type"; } leaf ipv4-address { when "../encapsulation = 'ipv4'" { description "../Encapsulation = 'IPv4'"; } type inet:ipv4-address; description "IPv4 address"; } } // container address leaf communication-model { type Ptp-bag-communication-model; description "The configured communication model of the master clock"; } leaf priority { type uint8; description "The priority of the master clock, if it is set"; } leaf known { type boolean; description "Whether the interface is receiving messages from this master"; } leaf is-knownvalid { type boolean; description "Does the known boolean contain valid information"; } leaf qualified { type boolean; description "The master is qualified for best master clock selection"; } leaf is-qualified-valid { type boolean; description "Does the Qualified boolean contain valid information"; } leaf is-grandmaster { type boolean; description "Whether this is the grandmaster"; } leaf is-is-grandmaster-valid { type boolean; description "Does the IsGrandmaster boolean contain valid information"; } leaf ptsf-loss-announce { type uint8; description "Announced messages are not being received from the master"; } leaf ptsf-loss-sync { type uint8; description "Sync messages are not being received from the master"; } leaf are-ptsf-valid { type boolean; description "Do the PTSF values contain valid information"; } leaf is-nonnegotiated { type boolean; description "Whether this master uses non-negotiated unicast"; } } // list master-table } // list node-interface } // container node-interfaces container node-interface-unicast-peers { description "Table for node unicast peers operational data"; list node-interface-unicast-peer { key "interface-name"; description "Node interface unicast peers operational data"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf name { type string; description "Interface name"; } leaf port-number { type Ptp-port-num; description "Port number"; } list peers { description "Unicast Peers"; container address { description "The address of the unicast peer"; container mac-address { when "../encapsulation = 'ethernet'" { description "../Encapsulation = 'Ethernet'"; } description "Ethernet MAC address"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ipv6-address { when "../encapsulation = 'ipv6'" { description "../Encapsulation = 'IPv6'"; } description "IPv6 address"; leaf ipv6-address { type Bag-in6-addr; description "IPv6 Address"; } } // container ipv6-address leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf address-unknown { when "../encapsulation = 'unknown'" { description "../Encapsulation = 'Unknown'"; } type boolean; description "Unknown address type"; } leaf ipv4-address { when "../encapsulation = 'ipv4'" { description "../Encapsulation = 'IPv4'"; } type inet:ipv4-address; description "IPv4 address"; } } // container address container announce-grant { description "Unicast grant information for announce messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container announce-grant container sync-grant { description "Unicast grant information for sync messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container sync-grant container delay-response-grant { description "Unicast grant information for delay-response messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container delay-response-grant } // list peers list foreign-master { description "Unicast Foreign Masters"; container address { description "The address of the unicast peer"; container mac-address { when "../encapsulation = 'ethernet'" { description "../Encapsulation = 'Ethernet'"; } description "Ethernet MAC address"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ipv6-address { when "../encapsulation = 'ipv6'" { description "../Encapsulation = 'IPv6'"; } description "IPv6 address"; leaf ipv6-address { type Bag-in6-addr; description "IPv6 Address"; } } // container ipv6-address leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf address-unknown { when "../encapsulation = 'unknown'" { description "../Encapsulation = 'Unknown'"; } type boolean; description "Unknown address type"; } leaf ipv4-address { when "../encapsulation = 'ipv4'" { description "../Encapsulation = 'IPv4'"; } type inet:ipv4-address; description "IPv4 address"; } } // container address container announce-grant { description "Unicast grant information for announce messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container announce-grant container sync-grant { description "Unicast grant information for sync messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container sync-grant container delay-response-grant { description "Unicast grant information for delay-response messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container delay-response-grant } // list foreign-master } // list node-interface-unicast-peer } // container node-interface-unicast-peers container packet-counters { description "Node packet counter operational data"; container counters { description "Packet counters"; leaf announce-sent { type uint32; description "Number of announce packets sent"; } leaf announce-received { type uint32; description "Number of announce packets received"; } leaf announce-dropped { type uint32; description "Number of announce packets dropped"; } leaf sync-sent { type uint32; description "Number of sync packets sent"; } leaf sync-received { type uint32; description "Number of sync packets received"; } leaf sync-dropped { type uint32; description "Number of sync packetsdropped"; } leaf follow-up-sent { type uint32; description "Number of follow-up packets sent"; } leaf follow-up-received { type uint32; description "Number of follow-up packets received"; } leaf follow-up-dropped { type uint32; description "Number of follow-up packets dropped"; } leaf delay-request-sent { type uint32; description "Number of delay-request packets sent"; } leaf delay-request-received { type uint32; description "Number of delay-request packets received"; } leaf delay-request-dropped { type uint32; description "Number of delay-request packets dropped"; } leaf delay-response-sent { type uint32; description "Number of delay-response packets sent"; } leaf delay-response-received { type uint32; description "Number of delay-response packets received"; } leaf delay-response-dropped { type uint32; description "Number of delay-response packets dropped"; } leaf peer-delay-request-sent { type uint32; description "Number of peer-delay-request packets sent"; } leaf peer-delay-request-received { type uint32; description "Number of peer-delay-request packets received"; } leaf peer-delay-request-dropped { type uint32; description "Number of peer-delay-request packets dropped"; } leaf peer-delay-response-sent { type uint32; description "Number of peer-delay-response packets sent"; } leaf peer-delay-response-received { type uint32; description "Number of peer-delay-response packets received"; } leaf peer-delay-response-dropped { type uint32; description "Number of peer-delay-response packets dropped"; } leaf peer-delay-response-follow-up-sent { type uint32; description "Number of peer-delay-response follow-up packets sent"; } leaf peer-delay-response-follow-up-received { type uint32; description "Number of peer-delay-response follow-up packets received"; } leaf peer-delay-response-follow-up-dropped { type uint32; description "Number of peer-delay-response follow-up packets dropped"; } leaf signaling-sent { type uint32; description "Number of signaling packets sent"; } leaf signaling-received { type uint32; description "Number of signaling packets received"; } leaf signaling-dropped { type uint32; description "Number of signaling packets dropped"; } leaf management-sent { type uint32; description "Number of management messages sent"; } leaf management-received { type uint32; description "Number of management messages received"; } leaf management-dropped { type uint32; description "Number of management messages dropped"; } leaf other-packets-sent { type uint32; description "Number of other packets sent"; } leaf other-packets-received { type uint32; description "Number of other packets received"; } leaf other-packets-dropped { type uint32; description "Number of other packets dropped"; } leaf total-packets-sent { type uint32; description "Total number of packets sent"; } leaf total-packets-received { type uint32; description "Total number of packets received"; } leaf total-packets-dropped { type uint32; description "Total number of packets dropped"; } } // container counters container drop-reasons { description "Drop reasons"; leaf not-ready { type uint32; description "Not ready for packets"; } leaf wrong-domain { type uint32; description "Wrong domain number"; } leaf too-short { type uint32; description "Packet too short"; } leaf looped-same-port { type uint32; description "Local packet received, same port number"; } leaf looped-higher-port { type uint32; description "Local packet received, higher port number"; } leaf looped-lower-port { type uint32; description "Local packet received, lower port number"; } leaf no-timestamp { type uint32; description "No timestamp received with packet"; } leaf zero-timestamp { type uint32; description "Zero timestamp received with packet"; } leaf invalid-tl-vs { type uint32; description "Invalid TLVs received in packet"; } leaf not-for-us { type uint32; description "Packet not for us"; } leaf not-listening { type uint32; description "Not listening for packets on this interface"; } leaf wrong-master { type uint32; description "Packet from incorrect master"; } leaf unknown-master { type uint32; description "Packet from unknown master"; } leaf not-master { type uint32; description "Packet only handled in Master state"; } leaf not-slave { type uint32; description "Packet only handled in Slave state"; } leaf not-granted { type uint32; description "Packet from peer not granted unicast"; } leaf too-slow { type uint32; description "Packet received too late"; } leaf invalid-packet { type uint32; description "Invalid packet or packet metadata"; } leaf wrong-sequence-id { type uint32; description "Unexpected sequence ID"; } leaf no-offload-session { type uint32; description "No offload session"; } leaf not-supported { type uint32; description "PTP packet type not supported"; } leaf min-clock-class { type uint32; description "Clock class below minimum"; } leaf bad-clock-class { type uint32; description "Illegal clock class (255) in announce messages"; } leaf reserved-clock-id { type uint32; description "Reserved Clock ID"; } leaf steps-removed { type uint32; description "Steps removed too high"; } leaf g8265-1-incompatible { type uint32; description "Packet not compatible with G.8265.1 profile"; } leaf g8275-1-incompatible { type uint32; description "Packet not compatible with G.8275.1 profile"; } leaf g8275-2-incompatible { type uint32; description "Packet not compatible with G.8275.2 profile"; } leaf incorrect-address { type uint32; description "Packet sent to incorrect address"; } leaf non-negotiated { type uint32; description "Packet not compatible with non-negotiated"; } leaf verify-checksum-failed { type uint32; description "Packet IPv6 UDP checksum check failed"; } leaf ipv4-verify-checksum { type uint32; description "IPv4 packet has corrupted checksum"; } } // container drop-reasons } // container packet-counters leaf node-name { type xr:Node-id; description "Node"; } } // list node } // container nodes container summary { description "Summary operational data"; leaf port-state-init-count { type uint32; description "Number of interfaces in 'Init' port state"; } leaf port-state-listening-count { type uint32; description "Number of interfaces in 'Listening' port state"; } leaf port-state-passive-count { type uint32; description "Number of interfaces in 'Passive' port state"; } leaf port-state-pre-master-count { type uint32; description "Number of interfaces in 'Pre-Master' port state"; } leaf port-state-master-count { type uint32; description "Number of interfaces in 'Master' port state"; } leaf port-state-slave-count { type uint32; description "Number of interfaces in 'Slave' port state"; } leaf port-state-uncalibrated-count { type uint32; description "Number of interfaces in 'Uncalibrated port state"; } leaf port-state-faulty-count { type uint32; description "Number of interfaces in 'Faulty' port state"; } leaf total-interfaces { type uint32; description "Total number of interfaces"; } leaf total-interfaces-valid-port-num { type uint32; description "Total number of interfaces with a valid port number"; } } // container summary container interface-configuration-errors { description "Table for interface configuration error operational data"; list interface-configuration-error { key "interface-name"; description "Interface configuration error operational data"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container configuration-errors { description "Configuration Errors"; leaf global-ptp { type boolean; description "PTP enabled on interface but not globally"; } leaf ethernet-transport { type boolean; description "Ethernet transport configured but not supported"; } leaf one-step { type boolean; description "One step clock operation configured but not supported"; } leaf slave { type boolean; description "Slave-operation configured but not supported"; } leaf ipv6 { type boolean; description "IPv6 transport configured but not supported"; } leaf multicast { type boolean; description "Multicast configured but not supported"; } leaf profile-not-global { type boolean; description "Profile is referenced but not globally configured"; } leaf local-priority { type boolean; description "Local priority configuration is not compatible with profile"; } leaf profile-ethernet { type boolean; description "Ethernet transport is not compatible with profile"; } leaf profile-ipv4 { type boolean; description "IPv6 transport is not compatible with profile"; } leaf profile-ipv6 { type boolean; description "IPv6 transport is not compatible with profile"; } leaf profile-unicast { type boolean; description "Unicast is not compatible with profile"; } leaf profile-multicast { type boolean; description "Multicast is not compatible with profile"; } leaf profile-mixed { type boolean; description "Mixed-mode multicast is not compatible with profile"; } leaf profile-master-unicast { type boolean; description "Unicast master is not compatible with profile"; } leaf profile-master-multicast { type boolean; description "Multicast master is not compatible with profile"; } leaf profile-master-mixed { type boolean; description "Mixed-mode multicast master is not compatible with profile"; } leaf target-address-ipv4 { type boolean; description "Ethernet multicast target-address is configured, but transport is IPv4"; } leaf target-address-ipv6 { type boolean; description "Ethernet multicast target-address is configured, but transport is IPv6"; } leaf ipv4ttl { type boolean; description "IPv4 TTL value configured but transport is not IPv4"; } leaf ipv6-hop-limit { type boolean; description "IPv6 hop limit value configured but transport is not IPv6"; } leaf profile-port-state { type boolean; description "Port state restriction is not compatible with telecom clock type"; } leaf profile-announce-interval { type boolean; description "Announce interval is not compatible with profile"; } leaf profile-sync-interval { type boolean; description "Sync interval is not compatible with profile"; } leaf profile-delay-req-interval { type boolean; description "Delay request interval is not compatible with profile"; } leaf profile-sync-timeout { type boolean; description "Sync timeout configuration is not compatible with profile"; } leaf profile-delay-resp-timeout { type boolean; description "Delay response timeout configuration is not compatible with profile"; } leaf invalid-grant-reduction { type boolean; description "Reducing invalid unicast grants is not compatible with configured profile"; } leaf invalid-interop-domain { type boolean; description "Domain is not compatible with configured profile interop"; } leaf invalid-interop-ingress-clock-class-default { type boolean; description "Ingress conversion clock class default is not compatible with configured profile interop"; } leaf invalid-interop-ingress-priority1 { type boolean; description "Ingress conversion priority1 is not compatible with configured profile interop"; } leaf invalid-interop-ingress-clock-accuracy { type boolean; description "Ingress conversion clock-accuracy is not compatible with configured profile interop"; } leaf invalid-interop-ingress-oslv { type boolean; description "Ingress conversion OSLV not compatible with configured profile interop"; } leaf invalid-interop-egress-clock-class-default { type boolean; description "Egress conversion clock class default is not compatible with configured profile interop"; } leaf invalid-interop-egress-priority1 { type boolean; description "Egress conversion priority1 is not compatible with configured profile interop"; } leaf invalid-interop-egress-priority2 { type boolean; description "Egress conversion priority2 is not compatible with configured profile interop"; } leaf invalid-interop-egress-clock-accuracy { type boolean; description "Egress conversion clock-accuracy is not compatible with configured profile interop"; } leaf invalid-interop-egress-oslv { type boolean; description "Egress conversion OSLV not compatible with configured profile interop"; } leaf invalid-master-config-clock-type { type boolean; description "Master configuration is not compatible with configured clock-type"; } leaf invalid-slave-config-clock-type { type boolean; description "Slave configuration is not compatible with configured clock-type"; } leaf invalid-master-config-port-state { type boolean; description "Master configuration is not compatible with configured port-state"; } leaf invalid-slave-config-port-state { type boolean; description "Slave configuration is not compatible with configured port-state"; } leaf delay-asymmetry-config-clock-type { type boolean; description "Delay asymmetry configuration is not compatible with configuredclock-type"; } leaf delay-asymmetry-config-port-state { type boolean; description "Delay asymmetry configuration is not compatible with configuredport-state"; } leaf-list invalid-interop-ingress-clock-class-map-from-val { type Ptp-clock-class; description "List of ingress conversion clock class mapping 'from values' that are not compatible with the configure profile interop"; } leaf-list invalid-interop-ingress-clock-class-map-to-val { type Ptp-clock-class; description "List of ingress conversion clock class mapping 'to values' that are not compatible with the configure profile interop"; } leaf-list invalid-interop-egress-clock-class-map-from-val { type Ptp-clock-class; description "List of egress conversion clock class mapping 'from values' that are not compatible with the configure profile interop"; } leaf-list invalid-interop-egress-clock-class-map-to-val { type Ptp-clock-class; description "List of egress conversion clock class mapping 'to values' that are not compatible with the configure profile interop"; } } // container configuration-errors leaf configuration-profile-name { type Ptp-bag-optional-string; description "Configuration profile name, if a profile is selected"; } leaf clock-profile { type Ptp-bag-profile; description "The clock profile"; } leaf telecom-clock-type { type Ptp-bag-telecom-clock; description "The telecom clock type"; } leaf restrict-port-state { type Ptp-bag-restrict-port-state; description "Restriction on the port state"; } leaf interop-profile { type Ptp-bag-profile; description "The clock profile to interoperate with, if interoperation is configured"; } } // list interface-configuration-error } // container interface-configuration-errors container interface-foreign-masters { description "Table for interface foreign master clock operational data"; list interface-foreign-master { key "interface-name"; description "Interface foreign master clock operational data"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf port-number { type Ptp-port-num; description "Port number"; } list foreign-clock { description "Foreign clocks received on this interface"; container foreign-clock { description "Foreign clock information"; container utc-offset { description "UTC offset"; leaf current-offset { type int16; description "Current offset"; } leaf offset-valid { type boolean; description "The current offset is valid"; } } // container utc-offset container receiver { description "Receiver"; leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf port-number { type Ptp-port-num; description "Port number"; } } // container receiver container sender { description "Sender"; leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf port-number { type Ptp-port-num; description "Port number"; } } // container sender leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf priority1 { type Ptp-clock-priority; description "Priority 1"; } leaf priority2 { type Ptp-clock-priority; description "Priority 2"; } leaf class { type Ptp-clock-class; description "Class"; } leaf accuracy { type Ptp-clock-accuracy; description "Accuracy"; } leaf offset-log-variance { type Ptp-clock-oslv; description "Offset log variance"; } leaf steps-removed { type uint16; description "Steps removed"; } leaf time-source { type Ptp-bag-clock-time-source; description "Time source"; } leaf frequency-traceable { type boolean; description "The clock is frequency traceable"; } leaf time-traceable { type boolean; description "The clock is time traceable"; } leaf timescale { type Ptp-bag-clock-timescale; description "Timescale"; } leaf leap-seconds { type Ptp-bag-clock-leap-seconds; units "second"; description "Leap Seconds"; } leaf is-receiver-valid { type boolean; description "Is the receiver information valid"; } leaf is-sender-valid { type boolean; description "Is the sender information valid"; } leaf local { type boolean; description "The clock is the local clock"; } leaf configured-clock-class { type Ptp-clock-class; description "The configured clock class"; } leaf configured-priority { type Ptp-clock-priority; description "The configured priority"; } } // container foreign-clock container address { description "The address of the clock"; container mac-address { when "../encapsulation = 'ethernet'" { description "../Encapsulation = 'Ethernet'"; } description "Ethernet MAC address"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ipv6-address { when "../encapsulation = 'ipv6'" { description "../Encapsulation = 'IPv6'"; } description "IPv6 address"; leaf ipv6-address { type Bag-in6-addr; description "IPv6 Address"; } } // container ipv6-address leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf address-unknown { when "../encapsulation = 'unknown'" { description "../Encapsulation = 'Unknown'"; } type boolean; description "Unknown address type"; } leaf ipv4-address { when "../encapsulation = 'ipv4'" { description "../Encapsulation = 'IPv4'"; } type inet:ipv4-address; description "IPv4 address"; } } // container address container announce-grant { description "Unicast grant information for announce messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container announce-grant container sync-grant { description "Unicast grant information for sync messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container sync-grant container delay-response-grant { description "Unicast grant information for delay-response messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container delay-response-grant leaf is-qualified { type boolean; description "The clock is qualified for best master clock selection"; } leaf is-grandmaster { type boolean; description "This clock is the currently selected grand master clock"; } leaf communication-model { type Ptp-bag-communication-model; description "The communication model configured on this clock"; } leaf is-known { type boolean; description "This clock is known by this router"; } leaf time-known-for { type uint32; units "second"; description "How long the clock has been known by this router for, in seconds"; } leaf foreign-domain { type Ptp-domain-num; description "The PTP domain that the foreign clock is in"; } leaf configured-priority { type Ptp-clock-priority; description "Priority configured for the clock, if any"; } leaf configured-clock-class { type Ptp-clock-class; description "Clock class configured for the clock, if any"; } leaf delay-asymmetry { type Ptp-delay-asymmetry; description "Delay asymmetry configured for the clock, if any"; } leaf ptsf-loss-announce { type boolean; description "Announced messages are not being received from the master"; } leaf ptsf-loss-sync { type boolean; description "Sync messages are not being received from the master"; } leaf is-dnu { type boolean; description "The clock has clock class corresponding to QL-DNU"; } } // list foreign-clock } // list interface-foreign-master } // container interface-foreign-masters container interface-interops { description "Table for interface interop operational data"; list interface-interop { key "interface-name"; description "Interface interop operational data"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container egress-interop { description "Egress interop information"; leaf from-priority1 { type Ptp-clock-priority; description "From Priority 1"; } leaf to-priority1 { type Ptp-clock-priority; description "To Priority 1"; } leaf from-priority2 { type Ptp-clock-priority; description "From Priority 2"; } leaf to-priority2 { type Ptp-clock-priority; description "To Priority 2"; } leaf from-accuracy { type Ptp-clock-accuracy; description "From Accuracy"; } leaf to-accuracy { type Ptp-clock-accuracy; description "To Accuracy"; } leaf from-clock-class { type Ptp-clock-class; description "From Clock Class"; } leaf to-clock-class { type Ptp-clock-class; description "To Clock Class"; } leaf from-offset-log-variance { type Ptp-clock-oslv; description "From Offset log variance"; } leaf to-offset-log-variance { type Ptp-clock-oslv; description "To Offset log variance"; } } // container egress-interop leaf local-domain { type Ptp-domain-num; description "The PTP domain configured for this interface"; } leaf interop-domain { type Ptp-domain-num; description "The PTP domain that is being interoperated with"; } leaf local-profile { type Ptp-bag-profile; description "The PTP Profile configured for this interface"; } leaf interop-profile { type Ptp-bag-profile; description "The PTP profile that is being interoperated with"; } list ingress-interop { description "Per-peer ingress interop information"; container address { description "Peer address"; container mac-address { when "../encapsulation = 'ethernet'" { description "../Encapsulation = 'Ethernet'"; } description "Ethernet MAC address"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ipv6-address { when "../encapsulation = 'ipv6'" { description "../Encapsulation = 'IPv6'"; } description "IPv6 address"; leaf ipv6-address { type Bag-in6-addr; description "IPv6 Address"; } } // container ipv6-address leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf address-unknown { when "../encapsulation = 'unknown'" { description "../Encapsulation = 'Unknown'"; } type boolean; description "Unknown address type"; } leaf ipv4-address { when "../encapsulation = 'ipv4'" { description "../Encapsulation = 'IPv4'"; } type inet:ipv4-address; description "IPv4 address"; } } // container address container interop { description "Interop information"; leaf from-priority1 { type Ptp-clock-priority; description "From Priority 1"; } leaf to-priority1 { type Ptp-clock-priority; description "To Priority 1"; } leaf from-priority2 { type Ptp-clock-priority; description "From Priority 2"; } leaf to-priority2 { type Ptp-clock-priority; description "To Priority 2"; } leaf from-accuracy { type Ptp-clock-accuracy; description "From Accuracy"; } leaf to-accuracy { type Ptp-clock-accuracy; description "To Accuracy"; } leaf from-clock-class { type Ptp-clock-class; description "From Clock Class"; } leaf to-clock-class { type Ptp-clock-class; description "To Clock Class"; } leaf from-offset-log-variance { type Ptp-clock-oslv; description "From Offset log variance"; } leaf to-offset-log-variance { type Ptp-clock-oslv; description "To Offset log variance"; } } // container interop } // list ingress-interop } // list interface-interop } // container interface-interops container local-clock { description "Local clock operational data"; container clock-properties { description "Local clock"; container utc-offset { description "UTC offset"; leaf current-offset { type int16; description "Current offset"; } leaf offset-valid { type boolean; description "The current offset is valid"; } } // container utc-offset container receiver { description "Receiver"; leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf port-number { type Ptp-port-num; description "Port number"; } } // container receiver container sender { description "Sender"; leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf port-number { type Ptp-port-num; description "Port number"; } } // container sender leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf priority1 { type Ptp-clock-priority; description "Priority 1"; } leaf priority2 { type Ptp-clock-priority; description "Priority 2"; } leaf class { type Ptp-clock-class; description "Class"; } leaf accuracy { type Ptp-clock-accuracy; description "Accuracy"; } leaf offset-log-variance { type Ptp-clock-oslv; description "Offset log variance"; } leaf steps-removed { type uint16; description "Steps removed"; } leaf time-source { type Ptp-bag-clock-time-source; description "Time source"; } leaf frequency-traceable { type boolean; description "The clock is frequency traceable"; } leaf time-traceable { type boolean; description "The clock is time traceable"; } leaf timescale { type Ptp-bag-clock-timescale; description "Timescale"; } leaf leap-seconds { type Ptp-bag-clock-leap-seconds; units "second"; description "Leap Seconds"; } leaf is-receiver-valid { type boolean; description "Is the receiver information valid"; } leaf is-sender-valid { type boolean; description "Is the sender information valid"; } leaf local { type boolean; description "The clock is the local clock"; } leaf configured-clock-class { type Ptp-clock-class; description "The configured clock class"; } leaf configured-priority { type Ptp-clock-priority; description "The configured priority"; } } // container clock-properties container virtual-port { description "Virtual port"; leaf configured { type boolean; description "Configured"; } leaf connected { type boolean; description "Connected"; } leaf priority1 { type Ptp-clock-priority; description "Priority 1"; } leaf priority2 { type Ptp-clock-priority; description "Priority 2"; } leaf class { type Ptp-clock-class; description "Class"; } leaf accuracy { type Ptp-clock-accuracy; description "Accuracy"; } leaf offset-log-variance { type Ptp-clock-oslv; description "Offset log variance"; } leaf local-priority { type Ptp-clock-priority; description "The local priority"; } } // container virtual-port leaf domain { type Ptp-domain-num; description "The PTP domain of the local clock"; } leaf grandmaster { type boolean; description "Whether the local clock is the grandmaster"; } leaf servo-status { type Ptp-platform-servo-status; description "Servo status"; } leaf mean-path-delay { type int64; units "nanosecond"; description "Mean path delay of master (nanoseconds)"; } leaf offset-from-master { type int64; units "nanosecond"; description "Offset from master (nanoseconds)"; } leaf apts-enabled { type boolean; description "Whether assisted partial timing support is enabled"; } } // container local-clock container interface-packet-counters { description "Table for interface packet counter operational data"; list interface-packet-counter { key "interface-name"; description "Interface packet counter operational data"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container counters { description "Packet counters"; leaf announce-sent { type uint32; description "Number of announce packets sent"; } leaf announce-received { type uint32; description "Number of announce packets received"; } leaf announce-dropped { type uint32; description "Number of announce packets dropped"; } leaf sync-sent { type uint32; description "Number of sync packets sent"; } leaf sync-received { type uint32; description "Number of sync packets received"; } leaf sync-dropped { type uint32; description "Number of sync packetsdropped"; } leaf follow-up-sent { type uint32; description "Number of follow-up packets sent"; } leaf follow-up-received { type uint32; description "Number of follow-up packets received"; } leaf follow-up-dropped { type uint32; description "Number of follow-up packets dropped"; } leaf delay-request-sent { type uint32; description "Number of delay-request packets sent"; } leaf delay-request-received { type uint32; description "Number of delay-request packets received"; } leaf delay-request-dropped { type uint32; description "Number of delay-request packets dropped"; } leaf delay-response-sent { type uint32; description "Number of delay-response packets sent"; } leaf delay-response-received { type uint32; description "Number of delay-response packets received"; } leaf delay-response-dropped { type uint32; description "Number of delay-response packets dropped"; } leaf peer-delay-request-sent { type uint32; description "Number of peer-delay-request packets sent"; } leaf peer-delay-request-received { type uint32; description "Number of peer-delay-request packets received"; } leaf peer-delay-request-dropped { type uint32; description "Number of peer-delay-request packets dropped"; } leaf peer-delay-response-sent { type uint32; description "Number of peer-delay-response packets sent"; } leaf peer-delay-response-received { type uint32; description "Number of peer-delay-response packets received"; } leaf peer-delay-response-dropped { type uint32; description "Number of peer-delay-response packets dropped"; } leaf peer-delay-response-follow-up-sent { type uint32; description "Number of peer-delay-response follow-up packets sent"; } leaf peer-delay-response-follow-up-received { type uint32; description "Number of peer-delay-response follow-up packets received"; } leaf peer-delay-response-follow-up-dropped { type uint32; description "Number of peer-delay-response follow-up packets dropped"; } leaf signaling-sent { type uint32; description "Number of signaling packets sent"; } leaf signaling-received { type uint32; description "Number of signaling packets received"; } leaf signaling-dropped { type uint32; description "Number of signaling packets dropped"; } leaf management-sent { type uint32; description "Number of management messages sent"; } leaf management-received { type uint32; description "Number of management messages received"; } leaf management-dropped { type uint32; description "Number of management messages dropped"; } leaf other-packets-sent { type uint32; description "Number of other packets sent"; } leaf other-packets-received { type uint32; description "Number of other packets received"; } leaf other-packets-dropped { type uint32; description "Number of other packets dropped"; } leaf total-packets-sent { type uint32; description "Total number of packets sent"; } leaf total-packets-received { type uint32; description "Total number of packets received"; } leaf total-packets-dropped { type uint32; description "Total number of packets dropped"; } } // container counters list peer-counter { description "Packet counters for each peer on this interface"; container address { description "Peer address"; container mac-address { when "../encapsulation = 'ethernet'" { description "../Encapsulation = 'Ethernet'"; } description "Ethernet MAC address"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ipv6-address { when "../encapsulation = 'ipv6'" { description "../Encapsulation = 'IPv6'"; } description "IPv6 address"; leaf ipv6-address { type Bag-in6-addr; description "IPv6 Address"; } } // container ipv6-address leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf address-unknown { when "../encapsulation = 'unknown'" { description "../Encapsulation = 'Unknown'"; } type boolean; description "Unknown address type"; } leaf ipv4-address { when "../encapsulation = 'ipv4'" { description "../Encapsulation = 'IPv4'"; } type inet:ipv4-address; description "IPv4 address"; } } // container address container counters { description "Packet counters"; leaf announce-sent { type uint32; description "Number of announce packets sent"; } leaf announce-received { type uint32; description "Number of announce packets received"; } leaf announce-dropped { type uint32; description "Number of announce packets dropped"; } leaf sync-sent { type uint32; description "Number of sync packets sent"; } leaf sync-received { type uint32; description "Number of sync packets received"; } leaf sync-dropped { type uint32; description "Number of sync packetsdropped"; } leaf follow-up-sent { type uint32; description "Number of follow-up packets sent"; } leaf follow-up-received { type uint32; description "Number of follow-up packets received"; } leaf follow-up-dropped { type uint32; description "Number of follow-up packets dropped"; } leaf delay-request-sent { type uint32; description "Number of delay-request packets sent"; } leaf delay-request-received { type uint32; description "Number of delay-request packets received"; } leaf delay-request-dropped { type uint32; description "Number of delay-request packets dropped"; } leaf delay-response-sent { type uint32; description "Number of delay-response packets sent"; } leaf delay-response-received { type uint32; description "Number of delay-response packets received"; } leaf delay-response-dropped { type uint32; description "Number of delay-response packets dropped"; } leaf peer-delay-request-sent { type uint32; description "Number of peer-delay-request packets sent"; } leaf peer-delay-request-received { type uint32; description "Number of peer-delay-request packets received"; } leaf peer-delay-request-dropped { type uint32; description "Number of peer-delay-request packets dropped"; } leaf peer-delay-response-sent { type uint32; description "Number of peer-delay-response packets sent"; } leaf peer-delay-response-received { type uint32; description "Number of peer-delay-response packets received"; } leaf peer-delay-response-dropped { type uint32; description "Number of peer-delay-response packets dropped"; } leaf peer-delay-response-follow-up-sent { type uint32; description "Number of peer-delay-response follow-up packets sent"; } leaf peer-delay-response-follow-up-received { type uint32; description "Number of peer-delay-response follow-up packets received"; } leaf peer-delay-response-follow-up-dropped { type uint32; description "Number of peer-delay-response follow-up packets dropped"; } leaf signaling-sent { type uint32; description "Number of signaling packets sent"; } leaf signaling-received { type uint32; description "Number of signaling packets received"; } leaf signaling-dropped { type uint32; description "Number of signaling packets dropped"; } leaf management-sent { type uint32; description "Number of management messages sent"; } leaf management-received { type uint32; description "Number of management messages received"; } leaf management-dropped { type uint32; description "Number of management messages dropped"; } leaf other-packets-sent { type uint32; description "Number of other packets sent"; } leaf other-packets-received { type uint32; description "Number of other packets received"; } leaf other-packets-dropped { type uint32; description "Number of other packets dropped"; } leaf total-packets-sent { type uint32; description "Total number of packets sent"; } leaf total-packets-received { type uint32; description "Total number of packets received"; } leaf total-packets-dropped { type uint32; description "Total number of packets dropped"; } } // container counters } // list peer-counter } // list interface-packet-counter } // container interface-packet-counters container advertised-clock { description "Advertised clock operational data"; container clock-properties { description "Advertised Clock"; container utc-offset { description "UTC offset"; leaf current-offset { type int16; description "Current offset"; } leaf offset-valid { type boolean; description "The current offset is valid"; } } // container utc-offset container receiver { description "Receiver"; leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf port-number { type Ptp-port-num; description "Port number"; } } // container receiver container sender { description "Sender"; leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf port-number { type Ptp-port-num; description "Port number"; } } // container sender leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf priority1 { type Ptp-clock-priority; description "Priority 1"; } leaf priority2 { type Ptp-clock-priority; description "Priority 2"; } leaf class { type Ptp-clock-class; description "Class"; } leaf accuracy { type Ptp-clock-accuracy; description "Accuracy"; } leaf offset-log-variance { type Ptp-clock-oslv; description "Offset log variance"; } leaf steps-removed { type uint16; description "Steps removed"; } leaf time-source { type Ptp-bag-clock-time-source; description "Time source"; } leaf frequency-traceable { type boolean; description "The clock is frequency traceable"; } leaf time-traceable { type boolean; description "The clock is time traceable"; } leaf timescale { type Ptp-bag-clock-timescale; description "Timescale"; } leaf leap-seconds { type Ptp-bag-clock-leap-seconds; units "second"; description "Leap Seconds"; } leaf is-receiver-valid { type boolean; description "Is the receiver information valid"; } leaf is-sender-valid { type boolean; description "Is the sender information valid"; } leaf local { type boolean; description "The clock is the local clock"; } leaf configured-clock-class { type Ptp-clock-class; description "The configured clock class"; } leaf configured-priority { type Ptp-clock-priority; description "The configured priority"; } } // container clock-properties leaf domain { type Ptp-domain-num; description "The PTP domain of that the advertised clock is in"; } leaf time-source-configured { type boolean; description "Whether the advertised time source is configured"; } leaf received-time-source { type Ptp-bag-clock-time-source; description "The time source received from the parent clock"; } leaf timescale-configured { type boolean; description "Whether the advertised timescale is configured"; } leaf received-timescale { type Ptp-bag-clock-timescale; description "The timescale received from the parent clock"; } } // container advertised-clock container interfaces { description "Table for interface operational data"; list interface { key "interface-name"; description "Interface operational data"; leaf interface-name { type xr:Interface-name; description "Interface name"; } container ipv6-address-array { description "List of Ipv6 addresses, if IPv6 encapsulation is being used. If a source address is configured, this is the only item in the list"; leaf-list addr { type Bag-in6-addr; description "List of IPv6 addresses"; } } // container ipv6-address-array container ipv4-address-array { description "List of IPv4 addresses, if IPv4 encapsulation is being used. The first address is the primary address. If a source address is configured, this is the only item in the list."; leaf-list addr { type inet:ipv4-address; description "List of IPv4 addresses"; } } // container ipv4-address-array container mac-address { description "MAC address, if Ethernet encapsulation is being used"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ingress-conversion { description "Details of any ingress conversion"; leaf priority1 { type Ptp-clock-priority; description "Priority 1"; } leaf priority2 { type Ptp-clock-priority; description "Priority 2"; } leaf accuracy { type Ptp-clock-accuracy; description "Accuracy"; } leaf class-default { type Ptp-clock-class; description "Class Default"; } leaf offset-log-variance { type Ptp-clock-oslv; description "Offset log variance"; } list class-mapping { description "Class Mapping"; leaf from-clock-class { type Ptp-clock-class; description "From clock class"; } leaf to-clock-class { type Ptp-clock-class; description "To clock class"; } } // list class-mapping } // container ingress-conversion container egress-conversion { description "Details of any egress conversion"; leaf priority1 { type Ptp-clock-priority; description "Priority 1"; } leaf priority2 { type Ptp-clock-priority; description "Priority 2"; } leaf accuracy { type Ptp-clock-accuracy; description "Accuracy"; } leaf class-default { type Ptp-clock-class; description "Class Default"; } leaf offset-log-variance { type Ptp-clock-oslv; description "Offset log variance"; } list class-mapping { description "Class Mapping"; leaf from-clock-class { type Ptp-clock-class; description "From clock class"; } leaf to-clock-class { type Ptp-clock-class; description "To clock class"; } } // list class-mapping } // container egress-conversion leaf port-state { type Ptp-bag-port-state; description "Port state"; } leaf port-number { type Ptp-port-num; description "Port number"; } leaf line-state { type Im-state-enum; description "Line state"; } leaf interface-type { type string; description "Interface Type"; } leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf ipv6-address { type Bag-in6-addr; description "Ipv6 source address for interface running PTP, if IPv6 encapsulation is being used"; } leaf ipv4-address { type inet:ipv4-address; description "IPv4 source address for interface running PTP, if IPv4 encapsulation is being used"; } leaf two-step { type boolean; description "Two step delay-request mechanism is being used"; } leaf communication-model { type Ptp-bag-communication-model; description "Communication model configured on the interface"; } leaf log-sync-interval { type int32; description "Log of the interface's sync interval"; } leaf log-announce-interval { type int32; description "Log of the interface's announce interval"; } leaf announce-timeout { type uint32; description "Announce timeout"; } leaf log-min-delay-request-interval { type int32; description "Log of the interface's Minimum delay-request interval"; } leaf configured-port-state { type Ptp-bag-restrict-port-state; description "The configured port state"; } leaf supports-unicast { type boolean; description "The interface supports unicast"; } leaf supports-master { type boolean; description "The interface supports operation in master mode"; } leaf supports-one-step { type boolean; description "The interface supports one-step operation"; } leaf supports-two-step { type boolean; description "The interface supports two-step operation"; } leaf supports-ethernet { type boolean; description "The interface supports ethernet transport"; } leaf supports-multicast { type boolean; description "The interface supports multicast"; } leaf supports-ipv4 { type boolean; description "The interface supports IPv4 transport"; } leaf supports-ipv6 { type boolean; description "The interface supports IPv6 transport"; } leaf supports-slave { type boolean; description "The interface supports operation in slave mode"; } leaf supports-source-ip { type boolean; description "The interface supports source ip configuration"; } leaf max-sync-rate { type uint8; description "The maximum rate of sync packets on the interface"; } leaf event-cos { type uint32; description "The class of service used on the interface for event messages"; } leaf general-cos { type uint32; description "The class of service used on the interface for general messages"; } leaf event-dscp { type uint32; description "The DSCP class used on the interface for event messages"; } leaf general-dscp { type uint32; description "The DSCP class used on the interface for general messages"; } leaf unicast-peers { type uint32; description "The number of unicast peers known by the interface"; } leaf local-priority { type uint8; description "Local priority, for the G.8275.1 PTP profile"; } leaf signal-fail { type boolean; description "Signal fail status of the interface"; } leaf profile-interop { type boolean; description "Indicate whether profile interop is in use"; } leaf supports-bvi-slave { type boolean; description "The node supports BVI interfaces as Slaves"; } leaf interop-domain { type Ptp-domain-num; description "The PTP domain that is being interoperated with"; } leaf interop-profile { type Ptp-bag-profile; description "Profile that is being interoperated with"; } list master-table { description "The interface's master table"; container address { description "The address of the master clock"; container mac-address { when "../encapsulation = 'ethernet'" { description "../Encapsulation = 'Ethernet'"; } description "Ethernet MAC address"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ipv6-address { when "../encapsulation = 'ipv6'" { description "../Encapsulation = 'IPv6'"; } description "IPv6 address"; leaf ipv6-address { type Bag-in6-addr; description "IPv6 Address"; } } // container ipv6-address leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf address-unknown { when "../encapsulation = 'unknown'" { description "../Encapsulation = 'Unknown'"; } type boolean; description "Unknown address type"; } leaf ipv4-address { when "../encapsulation = 'ipv4'" { description "../Encapsulation = 'IPv4'"; } type inet:ipv4-address; description "IPv4 address"; } } // container address leaf communication-model { type Ptp-bag-communication-model; description "The configured communication model of the master clock"; } leaf priority { type uint8; description "The priority of the master clock, if it is set"; } leaf known { type boolean; description "Whether the interface is receiving messages from this master"; } leaf is-knownvalid { type boolean; description "Does the known boolean contain valid information"; } leaf qualified { type boolean; description "The master is qualified for best master clock selection"; } leaf is-qualified-valid { type boolean; description "Does the Qualified boolean contain valid information"; } leaf is-grandmaster { type boolean; description "Whether this is the grandmaster"; } leaf is-is-grandmaster-valid { type boolean; description "Does the IsGrandmaster boolean contain valid information"; } leaf ptsf-loss-announce { type uint8; description "Announced messages are not being received from the master"; } leaf ptsf-loss-sync { type uint8; description "Sync messages are not being received from the master"; } leaf are-ptsf-valid { type boolean; description "Do the PTSF values contain valid information"; } leaf is-nonnegotiated { type boolean; description "Whether this master uses non-negotiated unicast"; } } // list master-table } // list interface } // container interfaces container dataset { description "Global PTP datasets"; container default-ds { description "defaultDS information as described in IEEE 1588-2008"; leaf two-step-flag { type boolean; description "Is the twoStepFlag set for this clock"; } leaf clock-id { type Ptp-clock-id1; description "The local-clock ID"; } leaf number-ports { type uint32; description "The number of active PTP ports on this clock"; } leaf clock-class { type Ptp-clock-class; description "The clock class of the local-clock"; } leaf clock-accuracy { type Ptp-clock-accuracy; description "The accuracy of the local-clock"; } leaf oslv { type Ptp-clock-oslv; description "The offset scaled log variance of the local-clock"; } leaf priority1 { type Ptp-clock-priority; description "The priority1 of the local-clock"; } leaf priority2 { type Ptp-clock-priority; description "The priority2 of the local-clock"; } leaf domain-number { type Ptp-domain-num; description "The domain of the local-clock"; } leaf slave-only { type boolean; description "Whether the local-clock is globally configured as slave-only"; } leaf local-priority { type uint32; description "Local priority of the local clock"; } leaf signal-fail { type boolean; description "Signal fail status of the local clock"; } } // container default-ds container current-ds { description "currentDS information as described in IEEE 1588-2008"; leaf steps-removed { type uint16; description "How many steps removed this clock is from the GM"; } leaf offset-from-master { type int64; description "The UTC offset of the local-clock from the GM"; } leaf mean-path-delay { type int64; description "The mean path delay between the foreign-master and the local-clock"; } } // container current-ds container parent-ds { description "parentDS information as described in IEEE 1588-2008"; leaf parent-clock-id { type Ptp-clock-id1; description "The Clock ID of the parent clock"; } leaf parent-port-number { type Ptp-port-num; description "The port number on which the parent clock is received"; } leaf parent-stats { type boolean; description "Whether the parentStats is valid"; } leaf observed-parent-oslv { type Ptp-clock-oslv; description "The observed parent offset scaled log variance"; } leaf observed-parent-clock-phase-change-rate { type uint32; description "The observed rate of change of phase of the parent clock"; } leaf gm-clock-id { type Ptp-clock-id1; description "The Clock ID of the GM"; } leaf gm-clock-class { type Ptp-clock-class; description "The clock class of the GM"; } leaf gm-clock-accuracy { type Ptp-clock-accuracy; description "The clock accuracy of the GM"; } leaf gmoslv { type Ptp-clock-oslv; description "The offset scaled log variance of the GM"; } leaf gm-priority1 { type Ptp-clock-priority; description "The priority1 of the GM"; } leaf gm-priority2 { type Ptp-clock-priority; description "The priority2 of the GM"; } } // container parent-ds container port-dses { description "Table for portDS information"; list port-ds { key "interface-name"; description "PortDS information"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf clock-id { type Ptp-clock-id1; description "The ID of the local-clock"; } leaf port-number { type Ptp-port-num; description "The port number"; } leaf port-state { type Ptp-bag-port-state; description "The port state"; } leaf log-min-delay-req-interval { type int16; description "The log (base 2) of the minimum delay-request interval"; } leaf peer-mean-path-delay { type int64; description "The mean path delay between peers"; } leaf log-announce-interval { type int16; description "The log (base 2) of the announce interval"; } leaf annoucne-receipt-timeout { type uint32; description "The announce timeout"; } leaf log-sync-interval { type int16; description "The log (base 2) of the sync interval"; } leaf delay-mechanism { type Ptp-bag-delay-mechanism; description "The delay mechanism being used on this port"; } leaf log-min-p-delay-req-interval { type int16; description "The log (base 2) of the minimum peer-delay-request interval"; } leaf version-number { type Ptp-msg-version; description "The version of IEEE 1588 being run"; } leaf local-priority { type uint32; description "Local priority of the local clock"; } leaf master-only { type boolean; description "Is the port master-only?"; } leaf signal-fail { type boolean; description "Signal fail status of the port"; } } // list port-ds } // container port-dses container time-properties-ds { description "timePropertiesDS information as described in IEEE 1588-2008"; leaf current-utc-offset { type int16; description "The current UTC offset"; } leaf current-utc-offset-valid { type boolean; description "Whether the current UTC offset is valid"; } leaf leap59 { type boolean; description "Whether the last minute of the day has 59 seconds"; } leaf leap61 { type boolean; description "Whether the last minute of the day has 61 seconds"; } leaf time-traceable { type boolean; description "Whether the time-of-day source is traceable"; } leaf frequency-traceable { type boolean; description "Whther the frequency source is traceable"; } leaf ptp-timescale { type boolean; description "Whether the timescale being used is the PTP timescale"; } leaf time-source { type Ptp-bag-clock-time-source; description "The physical time-source of the GM clock"; } } // container time-properties-ds } // container dataset container global-configuration-error { description "Global configuration error operational data"; container configuration-errors { description "Configuration Errors"; leaf domain { type boolean; description "Domain not compatible with configured profile"; } leaf profile-priority1-config { type boolean; description "Priority1 configuration is not compatible with configured profile"; } leaf profile-priority2-value { type boolean; description "Priority2 value is not compatible with configured profile"; } leaf utc-offset-change { type boolean; description "Leap seconds configuration contains an invalid UTC offset change"; } leaf physical-layer-frequency { type boolean; description "Physical Layer Frequency configuration is not compatible with G.8265.1 profile"; } leaf network-type { type boolean; description "Network type high PDV configuration is only compatible with G.8265.1 profile"; } leaf profile-virtual-port { type boolean; description "Virtual Port configuration is not compatible with default profile"; } leaf virtual-port-priority1-config { type boolean; description "Virtual Port priority1 configuration is not compatible with configured profile"; } leaf virtual-port-priority2-value { type boolean; description "Virtual Port priority2 value is not compatible with configured profile"; } leaf virtual-port-profile-clock-class { type boolean; description "Virtual port clock class is not compatible with configured profile"; } leaf virtual-port-clock-accuracy { type boolean; description "Virtual port clock accuracy is not compatible with configured profile"; } leaf virtual-port-oslv { type boolean; description "Virtual port OSLV is not compatible with configured profile"; } leaf virtual-port-local-priority { type boolean; description "Virtual port local priority configuration is not compatible with configured profile"; } leaf apts-clock-type { type boolean; description "APTS configuration is not compatible with configured clock type"; } leaf apts-clock-profile { type boolean; description "APTS configuration is not compatible with configured profile"; } } // container configuration-errors leaf clock-profile { type Ptp-bag-profile; description "The clock profile"; } leaf clock-profile-set { type boolean; description "Is the clock profile set"; } leaf telecom-clock-type { type Ptp-bag-telecom-clock; description "Configured telecom clock type"; } leaf domain-number { type Ptp-domain-num; description "The PTP domain"; } leaf priority2 { type Ptp-clock-priority; description "The configured priority2 value"; } leaf virtual-port-priority2 { type Ptp-clock-priority; description "The configured priority2 value of the virtual port"; } leaf virtual-port-clock-class { type Ptp-clock-class; description "The configured clock class of the virtual port"; } leaf virtual-port-clock-accuracy { type Ptp-clock-accuracy; description "The configured clock accuracy of the virtual port"; } leaf virtual-port-oslv { type Ptp-clock-oslv; description "The configured oslv of the virtual port"; } } // container global-configuration-error container grandmaster { description "Grandmaster clock operational data"; container clock-properties { description "Grandmaster clock"; container utc-offset { description "UTC offset"; leaf current-offset { type int16; description "Current offset"; } leaf offset-valid { type boolean; description "The current offset is valid"; } } // container utc-offset container receiver { description "Receiver"; leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf port-number { type Ptp-port-num; description "Port number"; } } // container receiver container sender { description "Sender"; leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf port-number { type Ptp-port-num; description "Port number"; } } // container sender leaf clock-id { type Ptp-clock-id1; description "Clock ID"; } leaf priority1 { type Ptp-clock-priority; description "Priority 1"; } leaf priority2 { type Ptp-clock-priority; description "Priority 2"; } leaf class { type Ptp-clock-class; description "Class"; } leaf accuracy { type Ptp-clock-accuracy; description "Accuracy"; } leaf offset-log-variance { type Ptp-clock-oslv; description "Offset log variance"; } leaf steps-removed { type uint16; description "Steps removed"; } leaf time-source { type Ptp-bag-clock-time-source; description "Time source"; } leaf frequency-traceable { type boolean; description "The clock is frequency traceable"; } leaf time-traceable { type boolean; description "The clock is time traceable"; } leaf timescale { type Ptp-bag-clock-timescale; description "Timescale"; } leaf leap-seconds { type Ptp-bag-clock-leap-seconds; units "second"; description "Leap Seconds"; } leaf is-receiver-valid { type boolean; description "Is the receiver information valid"; } leaf is-sender-valid { type boolean; description "Is the sender information valid"; } leaf local { type boolean; description "The clock is the local clock"; } leaf configured-clock-class { type Ptp-clock-class; description "The configured clock class"; } leaf configured-priority { type Ptp-clock-priority; description "The configured priority"; } } // container clock-properties container address { description "The grandmaster's address information"; container mac-address { when "../encapsulation = 'ethernet'" { description "../Encapsulation = 'Ethernet'"; } description "Ethernet MAC address"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ipv6-address { when "../encapsulation = 'ipv6'" { description "../Encapsulation = 'IPv6'"; } description "IPv6 address"; leaf ipv6-address { type Bag-in6-addr; description "IPv6 Address"; } } // container ipv6-address leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf address-unknown { when "../encapsulation = 'unknown'" { description "../Encapsulation = 'Unknown'"; } type boolean; description "Unknown address type"; } leaf ipv4-address { when "../encapsulation = 'ipv4'" { description "../Encapsulation = 'IPv4'"; } type inet:ipv4-address; description "IPv4 address"; } } // container address leaf used-for-time { type boolean; description "Whether the grandmaster is setting time-of-day on the system"; } leaf used-for-frequency { type boolean; description "Whether the grandmaster is setting frequency on the system"; } leaf known-for-time { type uint32; units "second"; description "How long the clock has been grandmaster for, in seconds"; } leaf domain { type Ptp-domain-num; description "The PTP domain that the grandmaster is in"; } leaf running-drrm { type boolean; description "Whether DRRM is running for the grandmaster"; } } // container grandmaster container interface-unicast-peers { description "Table for interface unicast peers operational data"; list interface-unicast-peer { key "interface-name"; description "Interface unicast peers operational data"; leaf interface-name { type xr:Interface-name; description "Interface name"; } leaf name { type string; description "Interface name"; } leaf port-number { type Ptp-port-num; description "Port number"; } list peers { description "Unicast Peers"; container address { description "The address of the unicast peer"; container mac-address { when "../encapsulation = 'ethernet'" { description "../Encapsulation = 'Ethernet'"; } description "Ethernet MAC address"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ipv6-address { when "../encapsulation = 'ipv6'" { description "../Encapsulation = 'IPv6'"; } description "IPv6 address"; leaf ipv6-address { type Bag-in6-addr; description "IPv6 Address"; } } // container ipv6-address leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf address-unknown { when "../encapsulation = 'unknown'" { description "../Encapsulation = 'Unknown'"; } type boolean; description "Unknown address type"; } leaf ipv4-address { when "../encapsulation = 'ipv4'" { description "../Encapsulation = 'IPv4'"; } type inet:ipv4-address; description "IPv4 address"; } } // container address container announce-grant { description "Unicast grant information for announce messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container announce-grant container sync-grant { description "Unicast grant information for sync messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container sync-grant container delay-response-grant { description "Unicast grant information for delay-response messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container delay-response-grant } // list peers list foreign-master { description "Unicast Foreign Masters"; container address { description "The address of the unicast peer"; container mac-address { when "../encapsulation = 'ethernet'" { description "../Encapsulation = 'Ethernet'"; } description "Ethernet MAC address"; leaf macaddr { type yang:mac-address; description "macaddr"; } } // container mac-address container ipv6-address { when "../encapsulation = 'ipv6'" { description "../Encapsulation = 'IPv6'"; } description "IPv6 address"; leaf ipv6-address { type Bag-in6-addr; description "IPv6 Address"; } } // container ipv6-address leaf encapsulation { type Ptp-bag-encap; description "Encapsulation"; } leaf address-unknown { when "../encapsulation = 'unknown'" { description "../Encapsulation = 'Unknown'"; } type boolean; description "Unknown address type"; } leaf ipv4-address { when "../encapsulation = 'ipv4'" { description "../Encapsulation = 'IPv4'"; } type inet:ipv4-address; description "IPv4 address"; } } // container address container announce-grant { description "Unicast grant information for announce messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container announce-grant container sync-grant { description "Unicast grant information for sync messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container sync-grant container delay-response-grant { description "Unicast grant information for delay-response messages"; leaf log-grant-interval { type int8; description "Log of the interval which has been granted"; } leaf grant-duration { type uint32; description "Duraction of the grant"; } } // container delay-response-grant } // list foreign-master } // list interface-unicast-peer } // container interface-unicast-peers container utc-offset-info { description "UTC offset information"; container current-offset-info { description "The current UTC offset information"; leaf offset { type int16; units "second"; description "The UTC offset (TAI - UTC), in seconds"; } leaf valid { type boolean; description "Is the UTC offset valid?"; } leaf flag { type Ptp-clock-leap-seconds; description "Indicates the duration of the final minute of the current day"; } } // container current-offset-info container current-gm-offset-info { description "The UTC offset information recovered from the current grandmaster"; leaf offset { type int16; units "second"; description "The UTC offset (TAI - UTC), in seconds"; } leaf valid { type boolean; description "Is the UTC offset valid?"; } leaf flag { type Ptp-clock-leap-seconds; description "Indicates the duration of the final minute of the current day"; } } // container current-gm-offset-info container configured-offset-info { description "The currently configured UTC offset information"; leaf offset { type int16; units "second"; description "The UTC offset (TAI - UTC), in seconds"; } leaf valid { type boolean; description "Is the UTC offset valid?"; } leaf flag { type Ptp-clock-leap-seconds; description "Indicates the duration of the final minute of the current day"; } } // container configured-offset-info container previous-gm-offset-info { description "The UTC offset information recovered from the prevous grandmaster"; leaf offset { type int16; units "second"; description "The UTC offset (TAI - UTC), in seconds"; } leaf valid { type boolean; description "Is the UTC offset valid?"; } leaf flag { type Ptp-clock-leap-seconds; description "Indicates the duration of the final minute of the current day"; } } // container previous-gm-offset-info container hardware-offset-info { description "The UTC offset information taken from the hardware"; leaf offset { type int16; units "second"; description "The UTC offset (TAI - UTC), in seconds"; } leaf valid { type boolean; description "Is the UTC offset valid?"; } leaf flag { type Ptp-clock-leap-seconds; description "Indicates the duration of the final minute of the current day"; } } // container hardware-offset-info container gm-leap-second { description "The upcoming leap second advertised by the grandmaster (if there is one)"; leaf offset { type int16; units "second"; description "The UTC offset (TAI - UTC), in seconds"; } leaf offset-start-date { type uint64; description "The UNIX timestamp at which the offset becomes valid"; } leaf offset-change { type int16; description "The change in UTC offset on applying this offset"; } leaf offset-applied { type boolean; description "Indicates whether the offset has been applied"; } } // container gm-leap-second leaf source-type { type Ptp-leap-seconds-source; description "The current source of the UTC offset information"; } leaf source-file { type Ptp-bag-optional-string; description "The URL of the file containing leap second information"; } leaf source-expiry-date { type uint32; units "second"; description "Source file expiry timestamp, in seconds since UNIX epoch"; } leaf polling-frequency { type uint32; units "day"; description "Source file polling frequency, in days"; } list configured-leap-second { description "The list of upcoming configured leap second updates"; leaf offset { type int16; units "second"; description "The UTC offset (TAI - UTC), in seconds"; } leaf offset-start-date { type uint64; description "The UNIX timestamp at which the offset becomes valid"; } leaf offset-change { type int16; description "The change in UTC offset on applying this offset"; } leaf offset-applied { type boolean; description "Indicates whether the offset has been applied"; } } // list configured-leap-second } // container utc-offset-info container platform { description "PTP platform specific data"; container servo { description "PTP servo related parameters"; container last-set-time { description "last input of setTime"; leaf second { type uint32; description "value of second"; } leaf nano-second { type uint32; description "value of nano second"; } } // container last-set-time container last-received-t1 { description "last T1 timestamp received"; leaf second { type uint32; description "value of second"; } leaf nano-second { type uint32; description "value of nano second"; } } // container last-received-t1 container last-received-t2 { description "last T2 timestamp received"; leaf second { type uint32; description "value of second"; } leaf nano-second { type uint32; description "value of nano second"; } } // container last-received-t2 container last-received-t3 { description "last T3 timestamp received"; leaf second { type uint32; description "value of second"; } leaf nano-second { type uint32; description "value of nano second"; } } // container last-received-t3 container last-received-t4 { description "last T4 timestamp received"; leaf second { type uint32; description "value of second"; } leaf nano-second { type uint32; description "value of nano second"; } } // container last-received-t4 container pre-received-t1 { description "pre T1 timestamp received"; leaf second { type uint32; description "value of second"; } leaf nano-second { type uint32; description "value of nano second"; } } // container pre-received-t1 container pre-received-t2 { description "pre T2 timestamp received"; leaf second { type uint32; description "value of second"; } leaf nano-second { type uint32; description "value of nano second"; } } // container pre-received-t2 container pre-received-t3 { description "pre T3 timestamp received"; leaf second { type uint32; description "value of second"; } leaf nano-second { type uint32; description "value of nano second"; } } // container pre-received-t3 container pre-received-t4 { description "pre T4 timestamp received"; leaf second { type uint32; description "value of second"; } leaf nano-second { type uint32; description "value of nano second"; } } // container pre-received-t4 leaf lock-status { type uint16; description "lock status of device"; } leaf running { type boolean; description "running status of apr"; } leaf device-status { type string { length "0..50"; } description "status of device"; } leaf log-level { type uint16; description "log level of apr"; } leaf phase-accuracy-last { type int64; description " last phase alignment accuracy"; } leaf num-sync-timestamp { type uint32; description "number of sync timestamp received"; } leaf num-delay-timestamp { type uint32; description "number of delay timestamp received"; } leaf num-set-time { type uint32; description "number of setTime() been called"; } leaf num-step-time { type uint32; description "number of stepTime() been called"; } leaf num-adjust-freq { type uint32; description "number of adjustFreq() been called"; } leaf num-adjust-freq-time { type uint32; description "number of adjustFreqTime() been called"; } leaf last-adjust-freq { type int32; description "last input of adjustFreq"; } leaf last-step-time { type int32; description "last input of stepTime"; } leaf num-discard-sync-timestamp { type uint32; description "number of sync timestamp discarded"; } leaf num-discard-delay-timestamp { type uint32; description "number of delay timestamp discarded"; } leaf flagof-last-set-time { type boolean; description "last input flag of setTime"; } leaf offset-from-master { type int64; description "Time Offset From Master"; } leaf mean-path-delay { type int64; description "Mean Path Delay"; } leaf servo-mode { type int32; description "Servo Mode"; } } // container servo } // container platform } // container ptp } // module Cisco-IOS-XR-ptp-oper
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