This module contains a collection of YANG definitions for Cisco IOS-XR action package configuration. Copyright (c) 2016-2020 by...
Version: 2020-07-09
module Cisco-IOS-XR-smart-license-act { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-smart-license-act"; prefix smart-license-act; import cisco-semver { prefix semver; } include Cisco-IOS-XR-smart-license-errors; 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 action package configuration. Copyright (c) 2016-2020 by Cisco Systems, Inc. All rights reserved."; revision "2020-07-09" { description "IOS XR 7.4.1 revision."; } semver:module-version "1.0.0"; typedef operation-status-enum { type enumeration { enum "success" { value 0; description "Operation was a success"; } enum "failed" { value 1; description "Operation failed"; } } description "Smart license operation status"; } typedef request-type-enum { type enumeration { enum "None" { value 0; description "ReservationSystemTypeNone"; } enum "local" { value 1; description "ReservationSystemTypeLocal"; } enum "all" { value 2; description "ReservationSystemTypeAll"; } enum "universal" { value 3; description "ReservationSystemTypeUniversal"; } } description "Smart license reservation request type"; } rpc de-register { description "De-register. This will immediately de-register the device. If state:operational-mode=opr-mode-reporting then this will return notsupported in output:return-code"; output { container response { description "Contains the overall status of operation and error code"; leaf operation-status { type operation-status-enum; description "Status of operation: Success or Failure"; } leaf return-code { type error-enum; description "The return code"; } } // container response } } // rpc de-register rpc renew-id { description "Under normal operations smart licensing will automatically renew the ID certificates used for regsitration. This command can be used if the customer wants to initiate a manual registration renewal. If state:operational-mode=opr-mode-reporting then this will return notsupported in output:return-code"; output { container response { description "Contains the overall status of operation and error code"; leaf operation-status { type operation-status-enum; description "Status of operation: Success or Failure"; } leaf return-code { type error-enum; description "The return code"; } } // container response } } // rpc renew-id rpc renew-auth { description "Under normal operations smart licensing will automatically renew the license authorization every 30 days. This command can be used if the customer wants to initiate a manual renewal. If state:operational-mode=opr-mode-reporting then this will return notsupported in output:return-code"; output { container response { description "Contains the overall status of operation and error code"; leaf operation-status { type operation-status-enum; description "Status of operation: Success or Failure"; } leaf return-code { type error-enum; description "The return code"; } } // container response } } // rpc renew-auth rpc register-id-token { description "Register with an ID token. This will begin the registration process. Since the registration process will take somewhere between seconds and hours you must get the registration-success or registration-fail notifications or check the registration status in smart-license:state to know the status of the registration. If state:operational-mode=opr-mode-reporting then this will return notsupported in output:return-code"; input { leaf id-token { type string { length "1..255"; } description "The ID token used to register."; } leaf force { type boolean; default "false"; description "Force the registration if set."; } } output { container response { description "Contains the overall status of operation and error code"; leaf operation-status { type operation-status-enum; description "Status of operation: Success or Failure"; } leaf return-code { type error-enum; description "The return code"; } } // container response } } // rpc register-id-token rpc reservation-request { description "Reservation request for PLR/SLR mode"; input { leaf request-type { type request-type-enum; description "Reservation request type"; } } output { container reservation-codes { description "Contains return code information of operation"; container response { description "Contains the overall status of operation and error code"; leaf operation-status { type operation-status-enum; description "Status of operation: Success or Failure"; } leaf return-code { type error-enum; description "The return code"; } } // container response leaf display-string { type string; description "Reservation display string"; } container udi { description "UDI"; leaf pid { type string; description "The Product Identifier. Always combined with sn."; } leaf sn { type string; description "The system serial number. Always combined with pid."; } leaf vid { type string; description "The version identifier. Usually combined with pid & sn."; } leaf uuid { type string; description "A 32 byte hex value generated by the system. This will be in proper UUID format 8-4-4-4-12. Often used by VMs or other systems that do not have a hardware identifier."; } leaf suvi { type string; description "Free form virtual identifier often used by software only devices like software routers or VMs."; } leaf host-identifier { type string; description "Host identifier available on some systems. Typically 8 hex digits."; } leaf mac-address { type string; description "The MAC address of the system. This is usually only used if there is nothing else available to be used as an identifier."; } } // container udi leaf request-code { type string; description "Reservation request code"; } leaf confirmation-code { type string; description "Reservation request code"; } leaf reservation-return-code { type string; description "Reservation request code"; } } // container reservation-codes } } // rpc reservation-request rpc reservation-return { description "Return reservation for the active system"; input { leaf request-type { type request-type-enum; description "Reservation request type"; } } output { container reservation-codes { description "Contains return code information of operation"; container response { description "Contains the overall status of operation and error code"; leaf operation-status { type operation-status-enum; description "Status of operation: Success or Failure"; } leaf return-code { type error-enum; description "The return code"; } } // container response leaf display-string { type string; description "Reservation display string"; } container udi { description "UDI"; leaf pid { type string; description "The Product Identifier. Always combined with sn."; } leaf sn { type string; description "The system serial number. Always combined with pid."; } leaf vid { type string; description "The version identifier. Usually combined with pid & sn."; } leaf uuid { type string; description "A 32 byte hex value generated by the system. This will be in proper UUID format 8-4-4-4-12. Often used by VMs or other systems that do not have a hardware identifier."; } leaf suvi { type string; description "Free form virtual identifier often used by software only devices like software routers or VMs."; } leaf host-identifier { type string; description "Host identifier available on some systems. Typically 8 hex digits."; } leaf mac-address { type string; description "The MAC address of the system. This is usually only used if there is nothing else available to be used as an identifier."; } } // container udi leaf request-code { type string; description "Reservation request code"; } leaf confirmation-code { type string; description "Reservation request code"; } leaf reservation-return-code { type string; description "Reservation request code"; } } // container reservation-codes } } // rpc reservation-return rpc reservation-return-authorization { description "Return a smart license reservation from an authorization code."; input { leaf auth-code { type string; description "Auth code to be returned"; } container file { description "Return auth code from file"; leaf file-path { type string; description "File containing auth code to be returned"; } } // container file } output { container reservation-codes { description "Contains return code information of operation"; container response { description "Contains the overall status of operation and error code"; leaf operation-status { type operation-status-enum; description "Status of operation: Success or Failure"; } leaf return-code { type error-enum; description "The return code"; } } // container response leaf display-string { type string; description "Reservation display string"; } container udi { description "UDI"; leaf pid { type string; description "The Product Identifier. Always combined with sn."; } leaf sn { type string; description "The system serial number. Always combined with pid."; } leaf vid { type string; description "The version identifier. Usually combined with pid & sn."; } leaf uuid { type string; description "A 32 byte hex value generated by the system. This will be in proper UUID format 8-4-4-4-12. Often used by VMs or other systems that do not have a hardware identifier."; } leaf suvi { type string; description "Free form virtual identifier often used by software only devices like software routers or VMs."; } leaf host-identifier { type string; description "Host identifier available on some systems. Typically 8 hex digits."; } leaf mac-address { type string; description "The MAC address of the system. This is usually only used if there is nothing else available to be used as an identifier."; } } // container udi leaf request-code { type string; description "Reservation request code"; } leaf confirmation-code { type string; description "Reservation request code"; } leaf reservation-return-code { type string; description "Reservation request code"; } } // container reservation-codes } } // rpc reservation-return-authorization rpc reservation-install { description "Install a smart license reservation authorization code"; input { leaf authorization-code { type string; description "Install the auth code"; } container file { description "Install auth code from file"; leaf file-path { type string; description "File containing auth code to be installed"; } } // container file } output { container reservation-codes { description "Contains return code information of operation"; container response { description "Contains the overall status of operation and error code"; leaf operation-status { type operation-status-enum; description "Status of operation: Success or Failure"; } leaf return-code { type error-enum; description "The return code"; } } // container response leaf display-string { type string; description "Reservation display string"; } container udi { description "UDI"; leaf pid { type string; description "The Product Identifier. Always combined with sn."; } leaf sn { type string; description "The system serial number. Always combined with pid."; } leaf vid { type string; description "The version identifier. Usually combined with pid & sn."; } leaf uuid { type string; description "A 32 byte hex value generated by the system. This will be in proper UUID format 8-4-4-4-12. Often used by VMs or other systems that do not have a hardware identifier."; } leaf suvi { type string; description "Free form virtual identifier often used by software only devices like software routers or VMs."; } leaf host-identifier { type string; description "Host identifier available on some systems. Typically 8 hex digits."; } leaf mac-address { type string; description "The MAC address of the system. This is usually only used if there is nothing else available to be used as an identifier."; } } // container udi leaf request-code { type string; description "Reservation request code"; } leaf confirmation-code { type string; description "Reservation request code"; } leaf reservation-return-code { type string; description "Reservation request code"; } } // container reservation-codes } } // rpc reservation-install rpc reservation-cancel { description "Cancel reservation for the active system"; input { leaf request-type { type request-type-enum; description "Reservation request type"; } } output { container response { description "Contains the overall status of operation and error code"; leaf operation-status { type operation-status-enum; description "Status of operation: Success or Failure"; } leaf return-code { type error-enum; description "The return code"; } } // container response } } // rpc reservation-cancel } // module Cisco-IOS-XR-smart-license-act
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