This module contains a collection of YANG definitions for Cisco IOS-XR man-ipsla package configuration. This module contains de...
Version: 2019-05-10
module Cisco-IOS-XR-man-ipsla-cfg { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-man-ipsla-cfg"; prefix man-ipsla-cfg; import ietf-inet-types { prefix inet; } import Cisco-IOS-XR-types { prefix xr; } import cisco-semver { prefix semver; } import Cisco-IOS-XR-snmp-agent-cfg { prefix a1; } organization "Cisco Systems, Inc."; contact "Cisco Systems, Inc. Customer Service Postal: 170 West Tasman Drive San Jose, CA 95134 Tel: +1 800 553-NETS E-mail: cs-yang@cisco.com"; description "This module contains a collection of YANG definitions for Cisco IOS-XR man-ipsla package configuration. This module contains definitions for the following management objects: ipsla: IPSLA configuration This YANG module augments the Cisco-IOS-XR-snmp-agent-cfg module with configuration data. Copyright (c) 2013-2019 by Cisco Systems, Inc. All rights reserved."; revision "2019-05-10" { description "Change in default value of lsp-selector."; } revision "2019-04-05" { description "Establish semantic version baseline."; } revision "2015-11-09" { description "IOS XR 6.0 revision."; } semver:module-version "2.0.0"; semver:module-version "1.0.0"; typedef Ipsla-secondary-frequency { type enumeration { enum "connection-loss" { value 1; description "Enable secondary frequency for connection loss"; } enum "timeout" { value 2; description "Enable secondary frequency for timeout"; } enum "both" { value 3; description "Enable secondary frequency for timeout and connection loss"; } } description "Ipsla secondary frequency"; } typedef Ipsla-month { type enumeration { enum "january" { value 0; description "January"; } enum "february" { value 1; description "February"; } enum "march" { value 2; description "March"; } enum "april" { value 3; description "April"; } enum "may" { value 4; description "May"; } enum "june" { value 5; description "June"; } enum "july" { value 6; description "July"; } enum "august" { value 7; description "August"; } enum "september" { value 8; description "September"; } enum "october" { value 9; description "October"; } enum "november" { value 10; description "November"; } enum "december" { value 11; description "December"; } } description "Ipsla month"; } typedef Ipsla-lsp-ping-reply-mode { type enumeration { enum "ipv4-udp-router-alert" { value 3; description "Send replies via IPv4 UDP packets with Router Alert option"; } enum "control-channel" { value 4; description "Send replies via a Control Channel option"; } } description "Ipsla lsp ping reply mode"; } typedef Ipsla-lsp-trace-reply-mode { type enumeration { enum "ipv4-udp-router-alert" { value 3; description "Send replies via IPv4 UDP packets with Router Alert option"; } } description "Ipsla lsp trace reply mode"; } typedef Ipsla-lsp-monitor-reply-mode { type enumeration { enum "ipv4-udp-router-alert" { value 3; description "Send replies via IPv4 UDP packets with Router Alert option"; } } description "Ipsla lsp monitor reply mode"; } typedef Ipsla-sched { type enumeration { enum "pending" { value 1; description "Schedule pending for later time"; } enum "now" { value 2; description "Schedule operation now"; } enum "after" { value 3; description "Schedule operation after specifed duration"; } enum "at" { value 4; description "Schedule operation at specified time"; } } description "Ipsla sched"; } typedef Ipsla-lsp-reply-dscp { type union { type enumeration { enum "default" { value 0; description "Match packets with default dscp (000000)"; } enum "af11" { value 10; description "Match packets with AF11 dscp (001010)"; } enum "af12" { value 12; description "Match packets with AF12 dscp (001100)"; } enum "af13" { value 14; description "Match packets with AF13 dscp (001110)"; } enum "af21" { value 18; description "Match packets with AF21 dscp (010010)"; } enum "af22" { value 20; description "Match packets with AF22 dscp (010100)"; } enum "af23" { value 22; description "Match packets with AF23 dscp (010110)"; } enum "af31" { value 26; description "Match packets with AF31 dscp (011010)"; } enum "af32" { value 28; description "Match packets with AF32 dscp (011100)"; } enum "af33" { value 30; description "Match packets with AF33 dscp (011110)"; } enum "af41" { value 34; description "Match packets with AF41 dscp (100010)"; } enum "af42" { value 36; description "Match packets with AF42 dscp (100100)"; } enum "af43" { value 38; description "Match packets with AF43 dscp (100110)"; } enum "cs1" { value 8; description "Match packets with CS1(precedence 1) dscp (001000)"; } enum "cs2" { value 16; description "Match packets with CS2(precedence 2) dscp (010000)"; } enum "cs3" { value 24; description "Match packets with CS3(precedence 3) dscp (011000)"; } enum "cs4" { value 32; description "Match packets with CS4(precedence 4) dscp (100000)"; } enum "cs5" { value 40; description "Match packets with CS5(precedence 5) dscp (101000)"; } enum "cs6" { value 48; description "Match packets with CS6(precedence 6) dscp (110000)"; } enum "cs7" { value 56; description "Match packets with CS7(precedence 7) dscp (111000)"; } enum "ef" { value 46; description "Match packets with EF dscp (101110)"; } } type uint32 { range "0..63"; } } description "Ipsla lsp reply dscp"; } typedef Ipsla-life { type union { type enumeration { enum "forever" { value 0; description "Schedule operation to run forever"; } } type uint32 { range "0..2147483647"; } } description "Ipsla life"; } typedef Ipsla-threshold-types { type enumeration { enum "immediate" { value 2; description "Take action immediately after threshold is violated"; } enum "consecutive" { value 3; description "Take action after N consecutive threshold violations"; } enum "xof-y" { value 4; description "Take action after X violations in Y probes"; } enum "average" { value 5; description "Take action if average of N probes violates the threshold"; } } description "Ipsla threshold types"; } typedef Ipsla-lsp-monitor-threshold-types { type enumeration { enum "immediate" { value 2; description "Take action immediately after threshold is violated"; } enum "consecutive" { value 3; description "Take action after N consecutive threshold violations"; } } description "Ipsla lsp monitor threshold types"; } typedef Ipsla-history-filter { type enumeration { enum "failed" { value 2; description "Store data for failed operations"; } enum "all" { value 255; description "Store data for all operations"; } } description "Ipsla history filter"; } container ipsla { description "IPSLA configuration"; container common { description "IPSLA application common configuration"; container hardware-timestamp { description "Hardware Timestamp configuration"; leaf disable { type empty; description "states true if hw-timestamp is disabled"; } } // container hardware-timestamp container authentication { description "Authenticaion configuration"; leaf key-chain { type string { length "1..32"; } description "Use MD5 authentication for IPSLA control message"; } } // container authentication leaf low-memory { type uint32 { range "0..4294967295"; } default "20480"; description "Configure low memory water mark (default 20M)"; } } // container common container mpls-lsp-monitor { description "MPLS LSP Monitor(MPLSLM) configuration"; container reactions { description "MPLSLM Reaction configuration"; list reaction { key "monitor-id"; description "Reaction configuration for an MPLSLM instance"; container condition { description "Reaction condition specification"; container lpd-tree-trace { presence "CLI submode compatibility."; description "React on LPD Tree Trace violation for a monitored MPLSLM"; container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } } // container action-type } // container lpd-tree-trace container timeout { presence "CLI submode compatibility."; description "React on probe timeout"; container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } } // container action-type container threshold-type { description "Type of thresholding to perform on the monitored element"; leaf thresh-type { type Ipsla-lsp-monitor-threshold-types; description "Type of thresholding to perform"; } leaf count1 { when "../thresh-type != 'immediate'" { description "../ThreshType != Immediate"; } type uint32 { range "1..16"; } description "Probe count for consecutive"; } leaf count2 { when "../thresh-type != 'immediate' and ../thresh-type != 'consecutive'" { description "../ThreshType != Immediate and ../ThreshType != Consecutive"; } type uint32 { range "1..16"; } description "Y value, when threshold type is XofY"; } } // container threshold-type } // container timeout container lpd-group { presence "CLI submode compatibility."; description "React on LPD Group violation for a monitored MPLSLM"; container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } } // container action-type } // container lpd-group container connection-loss { presence "CLI submode compatibility."; description "React on connection loss for a monitored MPLSLM"; container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } } // container action-type container threshold-type { description "Type of thresholding to perform on the monitored element"; leaf thresh-type { type Ipsla-lsp-monitor-threshold-types; description "Type of thresholding to perform"; } leaf count1 { when "../thresh-type != 'immediate'" { description "../ThreshType != Immediate"; } type uint32 { range "1..16"; } description "Probe count for consecutive"; } leaf count2 { when "../thresh-type != 'immediate' and ../thresh-type != 'consecutive'" { description "../ThreshType != Immediate and ../ThreshType != Consecutive"; } type uint32 { range "1..16"; } description "Y value, when threshold type is XofY"; } } // container threshold-type } // container connection-loss } // container condition leaf monitor-id { type uint32 { range "1..2048"; } description "Monitor identifier"; } } // list reaction } // container reactions container schedules { description "MPLSLM schedule configuration"; list schedule { key "monitor-id"; description "Schedule an MPLSLM instance"; container start-time { description "Start time of MPLSLM instance"; leaf schedule-type { type Ipsla-sched; description "Type of schedule"; } leaf hour { when "../schedule-type != 'now' and ../schedule-type != 'pending'" { description "../ScheduleType != Now and ../ScheduleType != Pending"; } type uint32 { range "0..23"; } description "Hour value(hh) in hh:mm:ss specification"; } leaf minute { when "../schedule-type != 'now' and ../schedule-type != 'pending'" { description "../ScheduleType != Now and ../ScheduleType != Pending"; } type uint32 { range "0..59"; } description "Minute value(mm) in hh:mm:ss specification"; } leaf second { when "../schedule-type != 'now' and ../schedule-type != 'pending'" { description "../ScheduleType != Now and ../ScheduleType != Pending"; } type uint32 { range "0..59"; } description "Second value(ss) in hh:mm:ss specification"; } leaf month { when "../schedule-type != 'now' and ../schedule-type != 'pending' and ../schedule-type != 'after'" { description "../ScheduleType != Now and ../ScheduleType != Pending and ../ScheduleType != After"; } type Ipsla-month; description "Month of the year (optional. Default current month)"; } leaf day { when "../schedule-type != 'now' and ../schedule-type != 'pending' and ../schedule-type != 'after'" { description "../ScheduleType != Now and ../ScheduleType != Pending and ../ScheduleType != After"; } type uint32 { range "1..31"; } description "Day of the month(optional. Default today)"; } leaf year { when "../schedule-type != 'now' and ../schedule-type != 'pending' and ../schedule-type != 'after'" { description "../ScheduleType != Now and ../ScheduleType != Pending and ../ScheduleType != After"; } type uint32 { range "1993..2035"; } description "Year (optional. Default current year)"; } } // container start-time leaf frequency { type uint32 { range "1..604800"; } units "second"; description "Group schedule frequency of the probing"; } leaf period { type uint32 { range "1..604800"; } units "second"; description "Group schedule period range"; } leaf monitor-id { type uint32 { range "1..2048"; } description "Monitor indentifier"; } } // list schedule } // container schedules container definitions { description "MPLS LSP Monitor definition table"; list definition { key "monitor-id"; description "MPLS LSP Monitor definition"; container operation-type { description "Operation type specification"; container mpls-lsp-trace { presence "CLI submode compatibility."; description "Perform MPLS LSP Trace operation"; leaf ttl { type uint32 { range "1..255"; } default "30"; description "Time to live value"; } leaf exp-bits { type uint32 { range "0..7"; } default "0"; description "EXP bits in MPLS LSP echo request header"; } container reply { description "Echo reply options for the MPLS LSP operation"; leaf dscp-bits { type Ipsla-lsp-reply-dscp; description "DSCP bits in the reply IP header"; } leaf mode { type Ipsla-lsp-monitor-reply-mode; description "Enables use of router alert in echo reply packets"; } } // container reply leaf tag { type string { length "1..128"; } description "Add a tag for this MPLSLM instance"; } leaf lsp-selector { type inet:ipv4-address-no-zone; default "1.0.0.127"; description "Attributes used for path selection during LSP load balancing"; } leaf output-interface { type xr:Interface-name; description "Echo request output interface"; } leaf accesslist { type xr:Cisco-ios-xr-string { length "1..32"; } description "Apply access list to filter PE addresses"; } leaf output-nexthop { type inet:ipv4-address-no-zone; description "Echo request output nexthop"; } container statistics { description "Statistics collection aggregated over an hour"; leaf hours { type uint32 { range "0..2"; } units "hour"; default "2"; description "Number of hours for which hourly statistics are kept"; } } // container statistics leaf timeout { type uint32 { range "1..604800000"; } units "millisecond"; default "5000"; description "Probe/Control timeout in milliseconds"; } leaf force-explicit-null { type empty; description "Forced option for the MPLS LSP operation"; } container scan { description "Scanning parameters configuration"; leaf interval { type uint32 { range "1..70560"; } units "minute"; default "240"; description "Time interval for automatic discovery"; } leaf delete-factor { type uint32 { range "0..2147483647"; } default "1"; description "Number of times for automatic deletion"; } } // container scan leaf vrf { type xr:Cisco-ios-xr-string { length "1..32"; } description "Specify a VRF instance to be monitored"; } } // container mpls-lsp-trace container mpls-lsp-ping { presence "CLI submode compatibility."; description "Perform MPLS LSP Ping operation"; container data-size { description "Protocol data size in payload of probe packets"; leaf request { type uint32 { range "100..17986"; } units "byte"; default "100"; description "Payload size in request probe packet"; } } // container data-size container path-discover { presence "CLI submode compatibility."; description "Path discover configuration"; container session { description "Session parameters configuration"; leaf timeout { type uint32 { range "1..900"; } units "second"; default "120"; description "Timeout value for path discovery request"; } leaf limit { type uint32 { range "1..15"; } default "1"; description "Number of concurrent active path discovery requests at one time"; } } // container session container path { description "Path parameters configuration"; container secondary-frequency { presence "Indicates a secondary-frequency node is configured."; description "Frequency to be used if path failure condition is detected"; leaf type { type Ipsla-secondary-frequency; mandatory true; description "Condition type of path failure"; } leaf frequency { type uint32 { range "1..604800"; } units "second"; mandatory true; description "Frequency value in seconds"; } } // container secondary-frequency leaf retry { type uint32 { range "1..16"; } default "1"; description "Number of attempts before declaring the path as down"; } } // container path container echo { description "Echo parameters configuration"; container multipath { description "Downstream map multipath settings"; leaf bitmap-size { type uint32 { range "1..256"; } default "32"; description "Multipath bit size"; } } // container multipath leaf interval { type uint32 { range "0..3600000"; } units "millisecond"; default "0"; description "Send interval between echo requests during path discovery"; } leaf timeout { type uint32 { range "1..3600"; } units "second"; default "5"; description "Timeout value for echo requests during path discovery"; } leaf retry { type uint32 { range "0..10"; } default "3"; description "Number of timeout retry attempts during path discovery"; } leaf maximum-lsp-selector { type inet:ipv4-address-no-zone; default "127.255.255.255"; description "Maximum IPv4 address used as destination in echo request"; } } // container echo leaf scan-period { type uint32 { range "0..7200"; } units "minute"; default "0"; description "Time period for finishing path discovery"; } } // container path-discover leaf ttl { type uint32 { range "1..255"; } default "255"; description "Time to live value"; } leaf exp-bits { type uint32 { range "0..7"; } default "0"; description "EXP bits in MPLS LSP echo request header"; } container reply { description "Echo reply options for the MPLS LSP operation"; leaf dscp-bits { type Ipsla-lsp-reply-dscp; description "DSCP bits in the reply IP header"; } leaf mode { type Ipsla-lsp-monitor-reply-mode; description "Enables use of router alert in echo reply packets"; } } // container reply leaf tag { type string { length "1..128"; } description "Add a tag for this MPLSLM instance"; } leaf lsp-selector { type inet:ipv4-address-no-zone; default "1.0.0.127"; description "Attributes used for path selection during LSP load balancing"; } leaf output-interface { type xr:Interface-name; description "Echo request output interface"; } leaf accesslist { type xr:Cisco-ios-xr-string { length "1..32"; } description "Apply access list to filter PE addresses"; } leaf output-nexthop { type inet:ipv4-address-no-zone; description "Echo request output nexthop"; } container statistics { description "Statistics collection aggregated over an hour"; leaf hours { type uint32 { range "0..2"; } units "hour"; default "2"; description "Number of hours for which hourly statistics are kept"; } } // container statistics leaf timeout { type uint32 { range "1..604800000"; } units "millisecond"; default "5000"; description "Probe/Control timeout in milliseconds"; } leaf force-explicit-null { type empty; description "Forced option for the MPLS LSP operation"; } container scan { description "Scanning parameters configuration"; leaf interval { type uint32 { range "1..70560"; } units "minute"; default "240"; description "Time interval for automatic discovery"; } leaf delete-factor { type uint32 { range "0..2147483647"; } default "1"; description "Number of times for automatic deletion"; } } // container scan leaf vrf { type xr:Cisco-ios-xr-string { length "1..32"; } description "Specify a VRF instance to be monitored"; } } // container mpls-lsp-ping } // container operation-type leaf monitor-id { type uint32 { range "1..2048"; } description "Monitor identifier"; } } // list definition } // container definitions } // container mpls-lsp-monitor container operation { description "IPSLA Operation configuration"; container schedules { description "Schedule an operation"; list schedule { key "operation-id"; description "Operation schedule configuration"; container start-time { description "Start time of the operation"; leaf schedule-type { type Ipsla-sched; description "Type of schedule"; } leaf hour { when "../schedule-type != 'now' and ../schedule-type != 'pending'" { description "../ScheduleType != Now and ../ScheduleType != Pending"; } type uint32 { range "0..23"; } description "Hour value(hh) in hh:mm:ss specification"; } leaf minute { when "../schedule-type != 'now' and ../schedule-type != 'pending'" { description "../ScheduleType != Now and ../ScheduleType != Pending"; } type uint32 { range "0..59"; } description "Minute value(mm) in hh:mm:ss specification"; } leaf second { when "../schedule-type != 'now' and ../schedule-type != 'pending'" { description "../ScheduleType != Now and ../ScheduleType != Pending"; } type uint32 { range "0..59"; } description "Second value(ss) in hh:mm:ss specification"; } leaf month { when "../schedule-type != 'now' and ../schedule-type != 'pending' and ../schedule-type != 'after'" { description "../ScheduleType != Now and ../ScheduleType != Pending and ../ScheduleType != After"; } type Ipsla-month; description "Month of the year (optional. Default current month)"; } leaf day { when "../schedule-type != 'now' and ../schedule-type != 'pending' and ../schedule-type != 'after'" { description "../ScheduleType != Now and ../ScheduleType != Pending and ../ScheduleType != After"; } type uint32 { range "1..31"; } description "Day of the month(optional. Default today)"; } leaf year { when "../schedule-type != 'now' and ../schedule-type != 'pending' and ../schedule-type != 'after'" { description "../ScheduleType != Now and ../ScheduleType != Pending and ../ScheduleType != After"; } type uint32 { range "1993..2035"; } description "Year(optional. Default current year)"; } } // container start-time leaf life { type Ipsla-life; units "second"; description "Length of the time to execute (default 3600 seconds)"; } leaf ageout { type uint32 { range "0..2073600"; } units "second"; description "How long to keep this entry after it becomes inactive"; } leaf recurring { type empty; description "probe to be scheduled automatically every day"; } leaf operation-id { type uint32 { range "1..2048"; } description "Operation number"; } } // list schedule } // container schedules container reactions { description "Reaction configuration"; list reaction { key "operation-id"; description "Reaction configuration for an operation"; container condition { description "Reaction condition specification"; container jitter-average-ds { presence "CLI submode compatibility."; description "React on destination to source jitter threshold violation"; container threshold-limits { presence "Indicates a threshold-limits node is configured."; description "Specify threshold limits for the monitored element"; leaf lower-limit { type uint32 { range "1..4294967295"; } mandatory true; description "Threshold lower limit value"; } leaf upper-limit { type uint32 { range "1..4294967295"; } mandatory true; description "Threshold upper limit value"; } } // container threshold-limits container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } leaf trigger { type empty; description "Generate trigger to active reaction triggered operation(s)"; } } // container action-type container threshold-type { description "Type of thresholding to perform on the monitored element"; leaf thresh-type { type Ipsla-threshold-types; description "Type of thresholding to perform"; } leaf count1 { when "../thresh-type != 'immediate'" { description "../ThreshType != Immediate"; } type uint32 { range "1..16"; } description "Probe count for avarage, consecutive case or X value for XofY case"; } leaf count2 { when "../thresh-type != 'immediate' and ../thresh-type != 'consecutive' and ../thresh-type != 'average'" { description "../ThreshType != Immediate and ../ThreshType != Consecutive and ../ThreshType != Average"; } type uint32 { range "1..16"; } description "Y value, when threshold type is XofY"; } } // container threshold-type } // container jitter-average-ds container timeout { presence "CLI submode compatibility."; description "React on probe timeout"; container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } leaf trigger { type empty; description "Generate trigger to active reaction triggered operation(s)"; } } // container action-type container threshold-type { description "Type of thresholding to perform on the monitored element"; leaf thresh-type { type Ipsla-threshold-types; description "Type of thresholding to perform"; } leaf count1 { when "../thresh-type != 'immediate'" { description "../ThreshType != Immediate"; } type uint32 { range "1..16"; } description "Probe count for avarage, consecutive case or X value for XofY case"; } leaf count2 { when "../thresh-type != 'immediate' and ../thresh-type != 'consecutive' and ../thresh-type != 'average'" { description "../ThreshType != Immediate and ../ThreshType != Consecutive and ../ThreshType != Average"; } type uint32 { range "1..16"; } description "Y value, when threshold type is XofY"; } } // container threshold-type } // container timeout container jitter-average { presence "CLI submode compatibility."; description "React on average round trip jitter threshold violation"; container threshold-limits { presence "Indicates a threshold-limits node is configured."; description "Specify threshold limits for the monitored element"; leaf lower-limit { type uint32 { range "1..4294967295"; } mandatory true; description "Threshold lower limit value"; } leaf upper-limit { type uint32 { range "1..4294967295"; } mandatory true; description "Threshold upper limit value"; } } // container threshold-limits container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } leaf trigger { type empty; description "Generate trigger to active reaction triggered operation(s)"; } } // container action-type container threshold-type { description "Type of thresholding to perform on the monitored element"; leaf thresh-type { type Ipsla-threshold-types; description "Type of thresholding to perform"; } leaf count1 { when "../thresh-type != 'immediate'" { description "../ThreshType != Immediate"; } type uint32 { range "1..16"; } description "Probe count for avarage, consecutive case or X value for XofY case"; } leaf count2 { when "../thresh-type != 'immediate' and ../thresh-type != 'consecutive' and ../thresh-type != 'average'" { description "../ThreshType != Immediate and ../ThreshType != Consecutive and ../ThreshType != Average"; } type uint32 { range "1..16"; } description "Y value, when threshold type is XofY"; } } // container threshold-type } // container jitter-average container verify-error { presence "CLI submode compatibility."; description "React on error verfication violation"; container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } leaf trigger { type empty; description "Generate trigger to active reaction triggered operation(s)"; } } // container action-type container threshold-type { description "Type of thresholding to perform on the monitored element"; leaf thresh-type { type Ipsla-threshold-types; description "Type of thresholding to perform"; } leaf count1 { when "../thresh-type != 'immediate'" { description "../ThreshType != Immediate"; } type uint32 { range "1..16"; } description "Probe count for avarage, consecutive case or X value for XofY case"; } leaf count2 { when "../thresh-type != 'immediate' and ../thresh-type != 'consecutive' and ../thresh-type != 'average'" { description "../ThreshType != Immediate and ../ThreshType != Consecutive and ../ThreshType != Average"; } type uint32 { range "1..16"; } description "Y value, when threshold type is XofY"; } } // container threshold-type } // container verify-error container rtt { presence "CLI submode compatibility."; description "React on round trip time threshold violation"; container threshold-limits { presence "Indicates a threshold-limits node is configured."; description "Specify threshold limits for the monitored element"; leaf lower-limit { type uint32 { range "1..4294967295"; } mandatory true; description "Threshold lower limit value"; } leaf upper-limit { type uint32 { range "1..4294967295"; } mandatory true; description "Threshold upper limit value"; } } // container threshold-limits container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } leaf trigger { type empty; description "Generate trigger to active reaction triggered operation(s)"; } } // container action-type container threshold-type { description "Type of thresholding to perform on the monitored element"; leaf thresh-type { type Ipsla-threshold-types; description "Type of thresholding to perform"; } leaf count1 { when "../thresh-type != 'immediate'" { description "../ThreshType != Immediate"; } type uint32 { range "1..16"; } description "Probe count for avarage, consecutive case or X value for XofY case"; } leaf count2 { when "../thresh-type != 'immediate' and ../thresh-type != 'consecutive' and ../thresh-type != 'average'" { description "../ThreshType != Immediate and ../ThreshType != Consecutive and ../ThreshType != Average"; } type uint32 { range "1..16"; } description "Y value, when threshold type is XofY"; } } // container threshold-type } // container rtt container packet-loss-sd { presence "CLI submode compatibility."; description "React on destination to source packet loss threshold violation"; container threshold-limits { presence "Indicates a threshold-limits node is configured."; description "Specify threshold limits for the monitored element"; leaf lower-limit { type uint32 { range "1..4294967295"; } mandatory true; description "Threshold lower limit value"; } leaf upper-limit { type uint32 { range "1..4294967295"; } mandatory true; description "Threshold upper limit value"; } } // container threshold-limits container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } leaf trigger { type empty; description "Generate trigger to active reaction triggered operation(s)"; } } // container action-type container threshold-type { description "Type of thresholding to perform on the monitored element"; leaf thresh-type { type Ipsla-threshold-types; description "Type of thresholding to perform"; } leaf count1 { when "../thresh-type != 'immediate'" { description "../ThreshType != Immediate"; } type uint32 { range "1..16"; } description "Probe count for avarage, consecutive case or X value for XofY case"; } leaf count2 { when "../thresh-type != 'immediate' and ../thresh-type != 'consecutive' and ../thresh-type != 'average'" { description "../ThreshType != Immediate and ../ThreshType != Consecutive and ../ThreshType != Average"; } type uint32 { range "1..16"; } description "Y value, when threshold type is XofY"; } } // container threshold-type } // container packet-loss-sd container jitter-average-sd { presence "CLI submode compatibility."; description "React on average source to destination jitter threshold violation"; container threshold-limits { presence "Indicates a threshold-limits node is configured."; description "Specify threshold limits for the monitored element"; leaf lower-limit { type uint32 { range "1..4294967295"; } mandatory true; description "Threshold lower limit value"; } leaf upper-limit { type uint32 { range "1..4294967295"; } mandatory true; description "Threshold upper limit value"; } } // container threshold-limits container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } leaf trigger { type empty; description "Generate trigger to active reaction triggered operation(s)"; } } // container action-type container threshold-type { description "Type of thresholding to perform on the monitored element"; leaf thresh-type { type Ipsla-threshold-types; description "Type of thresholding to perform"; } leaf count1 { when "../thresh-type != 'immediate'" { description "../ThreshType != Immediate"; } type uint32 { range "1..16"; } description "Probe count for avarage, consecutive case or X value for XofY case"; } leaf count2 { when "../thresh-type != 'immediate' and ../thresh-type != 'consecutive' and ../thresh-type != 'average'" { description "../ThreshType != Immediate and ../ThreshType != Consecutive and ../ThreshType != Average"; } type uint32 { range "1..16"; } description "Y value, when threshold type is XofY"; } } // container threshold-type } // container jitter-average-sd container connection-loss { presence "CLI submode compatibility."; description "React on connection loss for a monitored operation"; container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } leaf trigger { type empty; description "Generate trigger to active reaction triggered operation(s)"; } } // container action-type container threshold-type { description "Type of thresholding to perform on the monitored element"; leaf thresh-type { type Ipsla-threshold-types; description "Type of thresholding to perform"; } leaf count1 { when "../thresh-type != 'immediate'" { description "../ThreshType != Immediate"; } type uint32 { range "1..16"; } description "Probe count for avarage, consecutive case or X value for XofY case"; } leaf count2 { when "../thresh-type != 'immediate' and ../thresh-type != 'consecutive' and ../thresh-type != 'average'" { description "../ThreshType != Immediate and ../ThreshType != Consecutive and ../ThreshType != Average"; } type uint32 { range "1..16"; } description "Y value, when threshold type is XofY"; } } // container threshold-type } // container connection-loss container packet-loss-ds { presence "CLI submode compatibility."; description "React on source to destination packet loss threshold violation"; container threshold-limits { presence "Indicates a threshold-limits node is configured."; description "Specify threshold limits for the monitored element"; leaf lower-limit { type uint32 { range "1..4294967295"; } mandatory true; description "Threshold lower limit value"; } leaf upper-limit { type uint32 { range "1..4294967295"; } mandatory true; description "Threshold upper limit value"; } } // container threshold-limits container action-type { description "Type of action to be taken on threshold violation(s)"; leaf logging { type empty; description "Generate a syslog alarm on threshold violation"; } leaf trigger { type empty; description "Generate trigger to active reaction triggered operation(s)"; } } // container action-type container threshold-type { description "Type of thresholding to perform on the monitored element"; leaf thresh-type { type Ipsla-threshold-types; description "Type of thresholding to perform"; } leaf count1 { when "../thresh-type != 'immediate'" { description "../ThreshType != Immediate"; } type uint32 { range "1..16"; } description "Probe count for avarage, consecutive case or X value for XofY case"; } leaf count2 { when "../thresh-type != 'immediate' and ../thresh-type != 'consecutive' and ../thresh-type != 'average'" { description "../ThreshType != Immediate and ../ThreshType != Consecutive and ../ThreshType != Average"; } type uint32 { range "1..16"; } description "Y value, when threshold type is XofY"; } } // container threshold-type } // container packet-loss-ds } // container condition leaf operation-id { type uint32 { range "1..2048"; } description "Operation number"; } } // list reaction } // container reactions container reaction-triggers { description "Reaction trigger configuration"; list reaction-trigger { key "operation-id"; description "Reaction trigger for an operation"; leaf triggered-op-id { type uint32 { range "1..2048"; } description "Operation number of the operation to be triggered"; } leaf operation-id { type uint32 { range "1..2048"; } description "Operation number of the operation generating a trigger"; } } // list reaction-trigger } // container reaction-triggers container definitions { description "Operation definition table"; list definition { key "operation-id"; description "Operation definition"; container operation-type { description "Operation type specification"; container icmp-echo { presence "CLI submode compatibility."; description "ICMPEcho Operation type"; container data-size { description "Protocol data size in payload of probe packets"; leaf request { type uint32 { range "0..16384"; } units "byte"; default "36"; description "Payload size in request probe packet"; } } // container data-size leaf source-address-v6 { type string; description "Enter IPv6 address of the source device"; } leaf dest-address-v6 { type string; description "Enter IPv6 address of the destination device"; } leaf source-address { type string; description "Enter IPv4 address of the source device"; } leaf tos { type uint32 { range "0..255"; } default "0"; description "Type of service setting in probe packet"; } container statistics { description "Statistics collection aggregated over an hour"; leaf hours { type uint32 { range "0..25"; } units "hour"; default "2"; description "Number of hours for which hourly statistics are kept"; } leaf dist-interval { type uint32 { range "1..100"; } units "millisecond"; default "20"; description "Specify distribution interval in milliseconds"; } leaf dist-count { type uint32 { range "1..20"; } default "1"; description "Count of distribution intervals maintained"; } } // container statistics leaf vrf { type xr:Cisco-ios-xr-string { length "1..32"; } description "Configure IPSLA for a VPN Routing/Forwarding instance)"; } container history { description "Configure the history parameters for this operation"; leaf lives { type uint32 { range "0..2"; } default "0"; description "Specify number of lives to be kept"; } leaf history-filter { type Ipsla-history-filter; description "Choose type of data to be stored in history buffer"; } leaf buckets { type uint32 { range "1..60"; } default "15"; description "Specify number of history buckets"; } } // container history leaf timeout { type uint32 { range "1..604800000"; } units "millisecond"; default "5000"; description "Probe/Control timeout in milliseconds"; } leaf frequency { type uint32 { range "1..604800"; } units "second"; default "60"; description "Probe interval in seconds"; } leaf dest-address { type string; description "Enter IPv4 address of the destination device"; } container enhanced-stats { description "Table of statistics collection intervals"; list enhanced-stat { key "interval"; description "Statistics for a specified time interval"; leaf buckets { type uint32 { range "1..100"; } default "15"; description "Buckets of enhanced statistics kept"; } leaf interval { type uint32 { range "1..3600"; } units "second"; description "Interval in seconds"; } } // list enhanced-stat } // container enhanced-stats leaf tag { type string { length "1..128"; } description "Add a tag for this operation"; } } // container icmp-echo container mpls-lsp-ping { presence "CLI submode compatibility."; description "MPLS LSP Ping Operation type"; container data-size { description "Protocol data size in payload of probe packets"; leaf request { type uint32 { range "100..17986"; } default "100"; description "Payload size in request probe packet"; } } // container data-size container reply { description "Echo reply options for the MPLS LSP operation"; leaf mode { type Ipsla-lsp-ping-reply-mode; description "Enables use of router alert in echo reply packets"; } leaf dscp-bits { type Ipsla-lsp-reply-dscp; description "DSCP bits in the reply IP header"; } } // container reply container target { description "Target for the MPLS LSP operation"; container traffic-engineering { description "Traffic engineering target"; leaf tunnel { type uint32 { range "0..65535"; } description "Tunnel interface number"; } } // container traffic-engineering container ipv4 { description "Target specified as an IPv4 address"; container fec-address { presence "Indicates a fec-address node is configured."; description "Target FEC address with mask"; leaf address { type inet:ipv4-address-no-zone; mandatory true; description "IP address for target"; } leaf mask { type inet:ipv4-address-no-zone; mandatory true; description "IP netmask for target"; } } // container fec-address } // container ipv4 container pseudowire { description "Pseudowire target"; container target-address { presence "Indicates a target-address node is configured."; description "Target address"; leaf address { type inet:ipv4-address-no-zone; mandatory true; description "Target address"; } leaf vc-id { type uint32 { range "1..4294967295"; } mandatory true; description "Virtual circuit ID"; } } // container target-address } // container pseudowire } // container target leaf ttl { type uint32 { range "1..255"; } default "255"; description "Time to live value"; } leaf source-address { type string; description "Enter IPv4 address of the source device"; } leaf output-nexthop { type inet:ipv4-address-no-zone; description "Echo request output nexthop"; } leaf lsp-selector { type inet:ipv4-address-no-zone; default "1.0.0.127"; description "Attributes used for path selection during LSP load balancing"; } container statistics { description "Statistics collection aggregated over an hour"; leaf hours { type uint32 { range "0..25"; } units "hour"; default "2"; description "Number of hours for which hourly statistics are kept"; } leaf dist-interval { type uint32 { range "1..100"; } units "millisecond"; default "20"; description "Specify distribution interval in milliseconds"; } leaf dist-count { type uint32 { range "1..20"; } default "1"; description "Count of distribution intervals maintained"; } } // container statistics leaf exp-bits { type uint32 { range "0..7"; } default "0"; description "EXP bits in MPLS LSP echo reply header"; } leaf force-explicit-null { type empty; description "Forced option for the MPLS LSP operation"; } container history { description "Configure the history parameters for this operation"; leaf lives { type uint32 { range "0..2"; } default "0"; description "Specify number of lives to be kept"; } leaf history-filter { type Ipsla-history-filter; description "Choose type of data to be stored in history buffer"; } leaf buckets { type uint32 { range "1..60"; } default "15"; description "Specify number of history buckets"; } } // container history leaf timeout { type uint32 { range "1..604800000"; } units "millisecond"; default "5000"; description "Probe/Control timeout in milliseconds"; } leaf output-interface { type xr:Interface-name; description "Echo request output interface"; } leaf frequency { type uint32 { range "1..604800"; } units "second"; default "60"; description "Probe interval in seconds"; } container enhanced-stats { description "Table of statistics collection intervals"; list enhanced-stat { key "interval"; description "Statistics for a specified time interval"; leaf buckets { type uint32 { range "1..100"; } default "15"; description "Buckets of enhanced statistics kept"; } leaf interval { type uint32 { range "1..3600"; } units "second"; description "Interval in seconds"; } } // list enhanced-stat } // container enhanced-stats leaf tag { type string { length "1..128"; } description "Add a tag for this operation"; } } // container mpls-lsp-ping container udp-echo { presence "CLI submode compatibility."; description "UDPEcho Operation type"; container data-size { description "Protocol data size in payload of probe packets"; leaf request { type uint32 { range "16..1500"; } units "byte"; default "16"; description "Payload size in request probe packet"; } } // container data-size leaf source-address { type string; description "Enter IPv4 address of the source device"; } leaf tos { type uint32 { range "0..255"; } default "0"; description "Type of service setting in probe packet"; } leaf control-disable { type empty; description "Disable control packets"; } leaf source-port { type inet:port-number; description "Port number on source device"; } container statistics { description "Statistics collection aggregated over an hour"; leaf hours { type uint32 { range "0..25"; } units "hour"; default "2"; description "Number of hours for which hourly statistics are kept"; } leaf dist-interval { type uint32 { range "1..100"; } units "millisecond"; default "20"; description "Specify distribution interval in milliseconds"; } leaf dist-count { type uint32 { range "1..20"; } default "1"; description "Count of distribution intervals maintained"; } } // container statistics leaf vrf { type xr:Cisco-ios-xr-string { length "1..32"; } description "Configure IPSLA for a VPN Routing/Forwarding instance)"; } container history { description "Configure the history parameters for this operation"; leaf lives { type uint32 { range "0..2"; } default "0"; description "Specify number of lives to be kept"; } leaf history-filter { type Ipsla-history-filter; description "Choose type of data to be stored in history buffer"; } leaf buckets { type uint32 { range "1..60"; } default "15"; description "Specify number of history buckets"; } } // container history leaf timeout { type uint32 { range "1..604800000"; } units "millisecond"; default "5000"; description "Probe/Control timeout in milliseconds"; } leaf frequency { type uint32 { range "1..604800"; } units "second"; default "60"; description "Probe interval in seconds"; } leaf dest-port { type inet:port-number; description "Port number on target device"; } leaf verify-data { type empty; description "Check each IPSLA response for corruption"; } leaf dest-address { type string; description "Enter IPv4 address of the destination device"; } container enhanced-stats { description "Table of statistics collection intervals"; list enhanced-stat { key "interval"; description "Statistics for a specified time interval"; leaf buckets { type uint32 { range "1..100"; } default "15"; description "Buckets of enhanced statistics kept"; } leaf interval { type uint32 { range "1..3600"; } units "second"; description "Interval in seconds"; } } // list enhanced-stat } // container enhanced-stats leaf tag { type string { length "1..128"; } description "Add a tag for this operation"; } } // container udp-echo container mpls-lsp-trace { presence "CLI submode compatibility."; description "MPLS LSP Trace Operation type"; container target { description "Target for the MPLS LSP operation"; container traffic-engineering { description "Traffic engineering target"; leaf tunnel { type uint32 { range "0..65535"; } description "Tunnel interface number"; } } // container traffic-engineering container ipv4 { description "Target specified as an IPv4 address"; container fec-address { presence "Indicates a fec-address node is configured."; description "Target FEC address with mask"; leaf address { type inet:ipv4-address-no-zone; mandatory true; description "IP address for target"; } leaf mask { type inet:ipv4-address-no-zone; mandatory true; description "IP netmask for target"; } } // container fec-address } // container ipv4 } // container target container reply { description "Echo reply options for the MPLS LSP operation"; leaf mode { type Ipsla-lsp-trace-reply-mode; description "Enables use of router alert in echo reply packets"; } leaf dscp-bits { type Ipsla-lsp-reply-dscp; description "DSCP bits in the reply IP header"; } } // container reply leaf ttl { type uint32 { range "1..255"; } default "30"; description "Time to live value"; } leaf source-address { type string; description "Enter IPv4 address of the source device"; } leaf output-nexthop { type inet:ipv4-address-no-zone; description "Echo request output nexthop"; } leaf lsp-selector { type inet:ipv4-address-no-zone; default "1.0.0.127"; description "Attributes used for path selection during LSP load balancing"; } container statistics { description "Statistics collection aggregated over an hour"; leaf hours { type uint32 { range "0..25"; } units "hour"; default "2"; description "Number of hours for which hourly statistics are kept"; } leaf dist-interval { type uint32 { range "1..100"; } units "millisecond"; default "20"; description "Specify distribution interval in milliseconds"; } leaf dist-count { type uint32 { range "1..20"; } default "1"; description "Count of distribution intervals maintained"; } } // container statistics leaf exp-bits { type uint32 { range "0..7"; } default "0"; description "EXP bits in MPLS LSP echo reply header"; } leaf force-explicit-null { type empty; description "Forced option for the MPLS LSP operation"; } container history { description "Configure the history parameters for this operation"; leaf lives { type uint32 { range "0..2"; } default "0"; description "Specify number of lives to be kept"; } leaf history-filter { type Ipsla-history-filter; description "Choose type of data to be stored in history buffer"; } leaf buckets { type uint32 { range "1..60"; } default "15"; description "Specify number of history buckets"; } } // container history leaf timeout { type uint32 { range "1..604800000"; } units "millisecond"; default "5000"; description "Probe/Control timeout in milliseconds"; } leaf output-interface { type xr:Interface-name; description "Echo request output interface"; } leaf frequency { type uint32 { range "1..604800"; } units "second"; default "60"; description "Probe interval in seconds"; } leaf tag { type string { length "1..128"; } description "Add a tag for this operation"; } } // container mpls-lsp-trace container udp-jitter { presence "CLI submode compatibility."; description "UDPJitter Operation type"; container data-size { description "Protocol data size in payload of probe packets"; leaf request { type uint32 { range "28..1500"; } units "byte"; default "32"; description "Payload size in request probe packet"; } } // container data-size container packet { description "Probe packet stream configuration parameters"; leaf count { type uint32 { range "1..60000"; } default "10"; description "Number of packets to be transmitted during a probe"; } leaf interval { type uint32 { range "1..60000"; } units "millisecond"; default "20"; description "Packet interval in milliseconds"; } } // container packet leaf source-address { type string; description "Enter IPv4 address of the source device"; } leaf tos { type uint32 { range "0..255"; } default "0"; description "Type of service setting in probe packet"; } leaf control-disable { type empty; description "Disable control packets"; } leaf source-port { type inet:port-number; description "Port number on source device"; } container statistics { description "Statistics collection aggregated over an hour"; leaf hours { type uint32 { range "0..25"; } units "hour"; default "2"; description "Number of hours for which hourly statistics are kept"; } leaf dist-interval { type uint32 { range "1..100"; } units "millisecond"; default "20"; description "Specify distribution interval in milliseconds"; } leaf dist-count { type uint32 { range "1..20"; } default "1"; description "Count of distribution intervals maintained"; } } // container statistics leaf vrf { type xr:Cisco-ios-xr-string { length "1..32"; } description "Configure IPSLA for a VPN Routing/Forwarding instance)"; } leaf timeout { type uint32 { range "1..604800000"; } units "millisecond"; default "5000"; description "Probe/Control timeout in milliseconds"; } leaf frequency { type uint32 { range "1..604800"; } units "second"; default "60"; description "Probe interval in seconds"; } leaf dest-port { type inet:port-number; description "Port number on target device"; } leaf verify-data { type empty; description "Check each IPSLA response for corruption"; } leaf dest-address { type string; description "Enter IPv4 address of the destination device"; } container enhanced-stats { description "Table of statistics collection intervals"; list enhanced-stat { key "interval"; description "Statistics for a specified time interval"; leaf buckets { type uint32 { range "1..100"; } default "15"; description "Buckets of enhanced statistics kept"; } leaf interval { type uint32 { range "1..3600"; } units "second"; description "Interval in seconds"; } } // list enhanced-stat } // container enhanced-stats leaf tag { type string { length "1..128"; } description "Add a tag for this operation"; } } // container udp-jitter container icmp-path-echo { presence "CLI submode compatibility."; description "ICMPPathEcho Operation type"; container history { description "Configure the history parameters for this operation"; leaf samples { type uint32 { range "1..30"; } default "16"; description "Specify number of samples to keep"; } leaf buckets { type uint32 { range "1..60"; } default "15"; description "Specify number of history buckets"; } leaf history-filter { type Ipsla-history-filter; description "Choose type of data to be stored in history buffer"; } leaf lives { type uint32 { range "0..2"; } default "0"; description "Specify number of lives to be kept"; } } // container history container data-size { description "Protocol data size in payload of probe packets"; leaf request { type uint32 { range "0..16384"; } units "byte"; default "36"; description "Payload size in request probe packet"; } } // container data-size container statistics { description "Statistics collection aggregated over an hour"; leaf paths { type uint32 { range "1..128"; } default "5"; description "Maximum number of paths for which statistics are kept"; } leaf dist-interval { type uint32 { range "1..100"; } units "millisecond"; default "20"; description "Specify distribution interval in milliseconds"; } leaf dist-count { type uint32 { range "1..20"; } default "1"; description "Count of distribution intervals maintained"; } leaf hours { type uint32 { range "0..25"; } units "hour"; default "2"; description "Number of hours for which hourly statistics are kept"; } leaf hops { type uint32 { range "1..30"; } default "16"; description "Maximum hops per path for which statistics are kept"; } } // container statistics leaf source-address { type string; description "Enter IPv4 address of the source device"; } leaf tos { type uint32 { range "0..255"; } default "0"; description "Type of service setting in probe packet"; } container lsr-path { presence "Indicates a lsr-path node is configured."; description "Loose source routing path (up to 8 intermediate nodes)"; leaf node1 { type inet:ipv4-address-no-zone; mandatory true; description "IPv4 address of the intermediate node"; } leaf node2 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } leaf node3 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } leaf node4 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } leaf node5 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } leaf node6 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } leaf node7 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } leaf node8 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } } // container lsr-path leaf vrf { type xr:Cisco-ios-xr-string { length "1..32"; } description "Configure IPSLA for a VPN Routing/Forwarding instance)"; } leaf timeout { type uint32 { range "1..604800000"; } units "millisecond"; default "5000"; description "Probe/Control timeout in milliseconds"; } leaf frequency { type uint32 { range "1..604800"; } units "second"; default "60"; description "Probe interval in seconds"; } leaf dest-address { type string; description "Enter IPv4 address of the destination device"; } leaf tag { type string { length "1..128"; } description "Add a tag for this operation"; } } // container icmp-path-echo container icmp-path-jitter { presence "CLI submode compatibility."; description "ICMPPathJitter Operation type"; container data-size { description "Protocol data size in payload of probe packets"; leaf request { type uint32 { range "0..16384"; } units "byte"; default "36"; description "Payload size in request probe packet"; } } // container data-size container packet { description "Probe packet stream configuration parameters"; leaf count { type uint32 { range "1..100"; } default "10"; description "Number of packets to be transmitted during a probe"; } leaf interval { type uint32 { range "1..60000"; } units "millisecond"; default "20"; description "Packet interval in milliseconds"; } } // container packet leaf source-address { type string; description "Enter IPv4 address of the source device"; } leaf tos { type uint32 { range "0..255"; } default "0"; description "Type of service setting in probe packet"; } container lsr-path { presence "Indicates a lsr-path node is configured."; description "Loose source routing path (up to 8 intermediate nodes)"; leaf node1 { type inet:ipv4-address-no-zone; mandatory true; description "IPv4 address of the intermediate node"; } leaf node2 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } leaf node3 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } leaf node4 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } leaf node5 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } leaf node6 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } leaf node7 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } leaf node8 { type inet:ipv4-address-no-zone; description "IPv4 address of the intermediate node"; } } // container lsr-path leaf vrf { type xr:Cisco-ios-xr-string { length "1..32"; } description "Configure IPSLA for a VPN Routing/Forwarding instance)"; } leaf timeout { type uint32 { range "1..604800000"; } units "millisecond"; default "5000"; description "Probe/Control timeout in milliseconds"; } leaf frequency { type uint32 { range "1..604800"; } units "second"; default "60"; description "Probe interval in seconds"; } leaf dest-address { type string; description "Enter IPv4 address of the destination device"; } leaf tag { type string { length "1..128"; } description "Add a tag for this operation"; } } // container icmp-path-jitter } // container operation-type leaf operation-id { type uint32 { range "1..2048"; } description "Operation number"; } } // list definition } // container definitions } // container operation container responder { presence "CLI submode compatibility."; description "Responder configuration"; container twamp { presence "CLI submode compatibility."; description "Responder TWAMP configuration"; leaf timeout { type uint32 { range "1..604800"; } units "second"; default "900"; description "Configure responder timeout value in seconds"; } } // container twamp container type { description "Configure IPSLA Responder port type"; container udp { description "Configure IPSLA Responder UDP address and port"; container addresses { description "Configure IP address"; list address { key "local-address"; description "Configure IP address for the permanent port"; container ports { description "Configure port"; list port { key "port"; description "Configure port number for the permanent port"; leaf port { type inet:port-number; description "Port number to be enabled"; } } // list port } // container ports leaf local-address { type inet:ipv4-address-no-zone; description "IP address of the Responder"; } } // list address } // container addresses } // container udp } // container type container twamp-light { description "Enter twamp-light session details"; container session-ids { description "Create twamp-light session"; list session-id { key "session-id"; description "Configure session ID"; container local-ip { description "Configure local ip address"; container any-local-ipv4-address-path { description "Configure any ipv4 address"; container local-port-numbers { description "Configuration of local port"; list local-port-number { key "local-port"; description "Enter value of local port"; container remote-ip { description "Configure remote ip address"; container any-remote-ipv6-address-path { description "Configure any ipv6 address"; container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // container any-remote-ipv6-address-path container remote-ipv4-addresses { description "Configure IPV4 address"; list remote-ipv4-address { key "remotev4-address"; description "Enter value of remote ipv4 address"; leaf remotev4-address { type xr:Cisco-ios-xr-string; description "Remote IPv4 address"; } container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // list remote-ipv4-address } // container remote-ipv4-addresses container any-remote-ipv4-address-path { description "Configure any ipv4 address"; container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // container any-remote-ipv4-address-path container remote-ipv6-addresses { description "Configure IPV6 address"; list remote-ipv6-address { key "remotev6-address"; description "Enter value of remote ipv6 address"; leaf remotev6-address { type xr:Cisco-ios-xr-string; description "Remote IPv6 address"; } container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // list remote-ipv6-address } // container remote-ipv6-addresses } // container remote-ip leaf local-port { type inet:port-number; description "Local port"; } } // list local-port-number } // container local-port-numbers } // container any-local-ipv4-address-path container local-ipv6-addresses { description "Configure IPV6 address"; list local-ipv6-address { key "localv6-address"; description "Enter value of local ip address"; leaf localv6-address { type xr:Cisco-ios-xr-string; description "Local IPv6 address"; } container local-port-numbers { description "Configuration of local port"; list local-port-number { key "local-port"; description "Enter value of local port"; container remote-ip { description "Configure remote ip address"; container any-remote-ipv6-address-path { description "Configure any ipv6 address"; container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // container any-remote-ipv6-address-path container remote-ipv4-addresses { description "Configure IPV4 address"; list remote-ipv4-address { key "remotev4-address"; description "Enter value of remote ipv4 address"; leaf remotev4-address { type xr:Cisco-ios-xr-string; description "Remote IPv4 address"; } container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // list remote-ipv4-address } // container remote-ipv4-addresses container any-remote-ipv4-address-path { description "Configure any ipv4 address"; container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // container any-remote-ipv4-address-path container remote-ipv6-addresses { description "Configure IPV6 address"; list remote-ipv6-address { key "remotev6-address"; description "Enter value of remote ipv6 address"; leaf remotev6-address { type xr:Cisco-ios-xr-string; description "Remote IPv6 address"; } container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // list remote-ipv6-address } // container remote-ipv6-addresses } // container remote-ip leaf local-port { type inet:port-number; description "Local port"; } } // list local-port-number } // container local-port-numbers } // list local-ipv6-address } // container local-ipv6-addresses container any-local-ipv6-address-path { description "Configure any ipv6 address"; container local-port-numbers { description "Configuration of local port"; list local-port-number { key "local-port"; description "Enter value of local port"; container remote-ip { description "Configure remote ip address"; container any-remote-ipv6-address-path { description "Configure any ipv6 address"; container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // container any-remote-ipv6-address-path container remote-ipv4-addresses { description "Configure IPV4 address"; list remote-ipv4-address { key "remotev4-address"; description "Enter value of remote ipv4 address"; leaf remotev4-address { type xr:Cisco-ios-xr-string; description "Remote IPv4 address"; } container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // list remote-ipv4-address } // container remote-ipv4-addresses container any-remote-ipv4-address-path { description "Configure any ipv4 address"; container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // container any-remote-ipv4-address-path container remote-ipv6-addresses { description "Configure IPV6 address"; list remote-ipv6-address { key "remotev6-address"; description "Enter value of remote ipv6 address"; leaf remotev6-address { type xr:Cisco-ios-xr-string; description "Remote IPv6 address"; } container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // list remote-ipv6-address } // container remote-ipv6-addresses } // container remote-ip leaf local-port { type inet:port-number; description "Local port"; } } // list local-port-number } // container local-port-numbers } // container any-local-ipv6-address-path container local-ipv4-addresses { description "Configure IPV4 address"; list local-ipv4-address { key "localv4-address"; description "Enter value of local ipv4 address"; leaf localv4-address { type xr:Cisco-ios-xr-string; description "Local IPv4 address"; } container local-port-numbers { description "Configuration of local port"; list local-port-number { key "local-port"; description "Enter value of local port"; container remote-ip { description "Configure remote ip address"; container any-remote-ipv6-address-path { description "Configure any ipv6 address"; container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // container any-remote-ipv6-address-path container remote-ipv4-addresses { description "Configure IPV4 address"; list remote-ipv4-address { key "remotev4-address"; description "Enter value of remote ipv4 address"; leaf remotev4-address { type xr:Cisco-ios-xr-string; description "Remote IPv4 address"; } container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // list remote-ipv4-address } // container remote-ipv4-addresses container any-remote-ipv4-address-path { description "Configure any ipv4 address"; container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // container any-remote-ipv4-address-path container remote-ipv6-addresses { description "Configure IPV6 address"; list remote-ipv6-address { key "remotev6-address"; description "Enter value of remote ipv6 address"; leaf remotev6-address { type xr:Cisco-ios-xr-string; description "Remote IPv6 address"; } container remote-port-numbers { description "Configuration of remote port"; list remote-port-number { key "remote-port"; description "Enter value of remote port"; leaf remote-port { type inet:port-number; description "Remote port"; } leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // list remote-port-number } // container remote-port-numbers container any-remote-port { description "Configuration of any remote port"; leaf any-vrf { type empty; description "Configure any vrf name"; } container vrf-names { description "Configuration of vrf"; list vrf-name { key "vrf-name"; description "Configure vrf name value"; leaf vrf-name { type xr:Cisco-ios-xr-string { length "1..32"; } description "VRF Name"; } } // list vrf-name } // container vrf-names } // container any-remote-port } // list remote-ipv6-address } // container remote-ipv6-addresses } // container remote-ip leaf local-port { type inet:port-number; description "Local port"; } } // list local-port-number } // container local-port-numbers } // list local-ipv4-address } // container local-ipv4-addresses } // container local-ip leaf twamp-light-timeout { type uint32 { range "60..86400"; } units "second"; description "Configure session timeout"; } leaf session-id { type uint32 { range "1..65535"; } description "SessionID"; } } // list session-id } // container session-ids } // container twamp-light } // container responder container mpls-discovery { description "Provider Edge(PE) discovery configuration"; container vpn { description "Layer 3 VPN PE discovery configuration"; leaf interval { type uint32 { range "30..70560"; } units "minute"; default "300"; description "Specify a discovery refresh interval"; } } // container vpn } // container mpls-discovery container server-twamp { presence "CLI submode compatibility."; description "IPPM Server configuration"; leaf inactivity-timer { type uint32 { range "1..6000"; } units "second"; default "900"; description "Configure ippmserver inactivity timer value in seconds"; } leaf port { type xr:Cisco-ios-xr-port-number; default "862"; description "Configure port number for ippmserver listening port"; } } // container server-twamp } // container ipsla } // module Cisco-IOS-XR-man-ipsla-cfg
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