Command Line Interface for the NETCONF protocol: Client side Usage: yangcli-pro [parameters] yangcli-pro --help yangc...
Version: 2024-08-01
module yangcli-pro { yang-version 1.1; namespace "http://yumaworks.com/ns/yangcli-pro"; prefix yc; import ietf-origin { prefix or; } import ietf-yang-types { prefix yang; } import ietf-inet-types { prefix inet; } import ietf-netconf-with-defaults { prefix wd; } import ietf-yang-structure-ext { prefix sx; } import yuma-ncx { prefix ncx; } import yuma-app-common { prefix ncxapp; } import yumaworks-types { prefix ywt; } import yumaworks-app-common { prefix ywapp; } import yumaworks-extensions { prefix ywx; } import yuma-types { prefix nt; } import yuma-netconf { prefix nc; } import yumaworks-restconf { prefix yrc; } organization "YumaWorks, Inc."; contact "Support <support@yumaworks.com>."; description " Command Line Interface for the NETCONF protocol: Client side Usage: yangcli-pro [parameters] yangcli-pro --help yangcli-pro --version Normal Mode: An interactive CLI shell with command line history. Autostart-mode: If the 'server' parameter is present, then yangcli-pro will attempt to connect to that server upon startup. If the 'user' and 'password' parameters are also present, then the user will not be prompted before the connection is attempted. This parameter will be processed first, if script-mode or batch-mode is used. Script-mode: If the 'run-script' or 'run-command' parameter is present, then the specified script or command will be run automatically upon startup. Batch-mode: If the 'batch-mode' parameter is present, then either the 'run-script' or 'run-command' parameter will be invoked, if present, and then the program will exit. Any interactive input breaks in the script or command will be skipped. Copyright (c) 2010 - 2024 YumaWorks, Inc. All rights reserved. Redistribution and use in source and binary forms, with or without modification, is permitted pursuant to, and subject to the license terms contained in, the BSD 3-Clause License http://opensource.org/licenses/BSD-3-Clause"; revision "2024-08-01" { description "23.10T-11: - Add subscribe command. - Add unsubscribe command. - Add show subscriptions command."; } revision "2024-07-26" { description "23.10-11: - Add --match-names-exec-mode parameter. "; } revision "2024-06-04" { description "23.10-9: - Add --ypshell-exec-ok parameter. "; } revision "2024-04-04" { description "23.10-8: - Add --confirm-data-retries parameter. - Add --ypshell-exec-ok parameter. "; } revision "2024-03-19" { description "23.10T-7: - Add show callhome command. - Add callhome-server command - Add callhome-user command."; } revision "2023-12-21" { description "23.10-6: Change --help-width parameter."; } revision "2023-08-23" { description "23.10T-0: Add parameters for yangcli-gw"; } revision "2023-08-04" { description "22.10T-11: Change CLI container to sx:structure"; } revision "2023-03-15" { description "22.10-7: Add rawrpc command. Add export case to test-suite command."; } revision "2023-03-06" { description "22.10-6: Add --tcp-connect-timeout parameter."; } revision "2023-01-06" { description "Add gotop config command."; } revision "2021-10-30" { description "Change callhome-user from leaf to leaf-list and support tracking failed user/server attempts to attempt next user if the server reconnects."; } revision "2021-10-21" { description "Add autoeventhandlers, use-event-handler, event-handlers-cfg, event-handler-cfg, saved-event-handlers."; } revision "2021-09-12" { description "Add fixed-keys to get-walk command."; } revision "2021-08-16" { description "Add allow-shell, shell-command, and run-shell."; } revision "2021-07-22" { description "Add show server-commands."; } revision "2021-06-30" { description "Add refresh-library command for yangcli-pro only. Add show search-path-module for yangcli-pro only"; } revision "2021-04-22" { description "Add --handle-bad-reply parameter"; } revision "2020-10-20" { description "Add leaflist-multi-line"; } revision "2019-12-07" { description "Add plain and cli enums to pipe display parameter"; } revision "2019-08-25" { description "Add sget-data and xget-data commands for NMDA support"; } revision "2019-07-23" { description "Add --with-notif-commands parameter. yp-shell only"; } revision "2019-07-06" { description "Add --break-key-mode parameter. Add prompt to user defined name for yp-shell."; } revision "2019-05-22" { description "Add use of with-term-msg parameter. Add with-enable-mode, enable, and restrict-edit-mode for yp-shell. Add CommentParm grouping; comment parm to saved users, devices, and sessions."; } revision "2019-03-30" { description "Add use of binary-display-maxlen parameter"; } revision "2019-01-15" { description "Add get-walk command"; } revision "2018-10-30" { description "Add enable-password to support privileged mode in yp-shell. It is only for yp-shell config mode. Add --history-file parameter"; } revision "2018-08-13" { description "Add transport for saved-sessions and saved-devices. Add auto-discard-changes."; } revision "2018-07-14" { description "Add --optional CLI parameter to set default for $$optional variable. Add --fill-optional CLI parameter to set default for --optional RPC parameter"; } revision "2018-06-01" { description "Add schema-server-cfg, schema-servers-cfg, and autoschemaserver."; } revision "2018-04-16" { description "Add module-tag parameter to sget* and xget* rpcs"; } revision "2018-03-05" { description "Add insecure-ok parameter. Add callhome-tls-port parameter."; } revision "2018-02-16" { description "Add yangmap parameter."; } revision "2018-02-14" { description "Add help-width parameter."; } revision "2018-01-05" { description "Add config-commit-mode and config-commit. Add sleep command"; } revision "2017-12-12" { description "Add CLI enum to display-mode. Add clear command. Add term-length parameter. Add terminal command. Add show terminal command."; } revision "2017-10-14" { description "Add action RPC."; } revision "2017-09-24" { description "Add no-aliases parameter. Add server-commands parameter. Add disable-command parameter. Add prompt-name parameter."; } revision "2017-09-12" { description "Add autoconfig-conf-mode parameter."; } revision "2017-08-12" { description "Add create parameter of user-cfg to create a new user."; } revision "2017-04-27" { description "Add with-ocpattern parameter."; } revision "2017-04-20" { description "Add show modules-state command."; } revision "2017-03-18" { description "Add callhome-user parameter."; } revision "2017-02-11" { description "Add RESTCONF entry-point parameter. Add callhome-enabled, callhome-address and callhome-port parameters."; } revision "2016-05-26" { description "Add auto-reconnect, auto-reconnect-interval, and auto-reconnect-max."; } revision "2016-03-17" { description "Add use-traceid parameter and variable."; } revision "2016-03-10" { description "Add autonvsave parameter and variable. Add nvsave command"; } revision "2015-12-04" { description "Change target parameter to xpath1.0 to allow content-match expressions to be entered. Add device-cfg, devices-cfg, user-cfg, users-cfg CLI parameters. Add the leaf of device and userid to saved-sessions. Add autodevices and autousers parameter. Add auto-keepalive and keepalive-interval. Add delete-all and remove-all operations. Add 'depth' parameter to sget, sget-config, xget, and xget-config commands."; } revision "2015-09-07" { description "Add encoding parameter to connect parameters"; } revision "2015-07-07" { description "Add config-autosave CLI parameter."; } revision "2015-06-25" { description "Add transport tls parameter"; } revision "2015-06-03" { description "Add value parameter to delete and remove commands"; } revision "2015-01-08" { description "Add no-password leaf and make password part of pass choice. Add ask-password CLI parameter"; } revision "2014-10-02" { description "Add select parameter to show running command. Add 'mandatory true' for stop-session command."; } revision "2014-09-18" { description "Add show running to show the entire configuration. Add show edit to display the subtree that is the current edit node. Add show diff to display the difference of the current config and edits that have not been applied yet."; } revision "2014-07-11" { description "Add tcp-ncx enum to the transport enumeration type."; } revision "2014-05-22" { description "Add show cache command. Add cache command."; } revision "2014-04-07" { description "Add check-output and check-replies CLI parameters. Add check-output-mode and check-replies-mode CLI parameters. Add use-session-vars CLI parameter. Add abstract objects for config mode help key support. Add session-vars and group-vars to the show command. Add vars struct to the saved-sessions struct. Add data template support. Add use-rawxml parameter. Add autoload-get, autoload-cache, autoload-save-cache parameters"; } revision "2014-01-02" { description "Add show connected command."; } revision "2013-06-20" { description "Change defaults for --autonotif and --autoconfig from true to false. Add group command"; } revision "2013-03-17" { description "Add message-indent parameter. Add config and exit commands. Add autoconfig CLI parameter. Fix bug in default sessions file name. Add prompt-type CLI parameter. Add config-edit-mode parameter. Add update-config command. Add start-session parameter to connect command. Add echo-notifs and echo-notif-loglevel CLI parameters. Add autonotif CLI parameter. Add session-name to connect a named session. Add connect-all to start all sessions in memory. Add record-test command. Move MatchParms to yumaworks-app-common. Add auto-test command."; } revision "2012-10-27" { description "Add run-unit-test operation Convert from yangcli to yangcli-pro Add sessions-cfg and session-cfg commands Added saved-sessions template for .conf file Added autosessions parameter Added start-session, stop-session commands Added start-rpc-timing, stop-rpc-timing commands. Added autotest, test-suite, session-cfg, session-cfg."; } revision "2011-10-10" { description "Add CLI parameters: --aliases-file --autoaliases --autouservars --uservars-file --home Add yangcli-pro local commands: alias aliases unset uservars "; } revision "2011-09-05" { description "Add 'json' to --display-mode enumerations."; } revision "2011-08-06" { description "Add --transport to ConnectParms grouping."; } revision "2011-07-19" { description "Add PublicKeyParms grouping. Added MatchParms (--match-names and --alt-names). Added --force-target parameter. Added show session command. Added --urltarget=<url> parameter to FillParms grouping to allow URL encoded requests to be converted to XPath before use. Added --use-xmlheader=<boolean> parameter to control how XML file variables are generated when written."; } revision "2011-06-05" { description "Added start-timer and stop-timer local RPC functions. Added --echo-replies parameter and system variable. Added --time-rpcs parameter and system variable Added remove command for base:1.1 support"; } revision "2011-04-22" { description "Added --protocols parm via uses ProtocolsParm. Also allow setting --protocols in <connect> RPC."; } revision "2011-03-19" { description "Added 'xml-nons' display mode to display-mode parameter. Added 'cli' and 'system' to show command; subset of show vars. Changed history show default from -1 to 25."; } revision "2010-04-16" { description "Added eval command for XPath expression support"; } revision "2010-01-14" { description "Initial published version for 0.9.9 release"; } sx:structure "yangcli-pro"; sx:structure "saved-devices"; sx:structure "saved-sessions"; sx:structure "saved-schema-servers"; sx:structure "saved-event-handlers"; sx:structure "saved-users"; sx:structure "pipe"; typedef LogCount { type int32 { range "-1 | 1 .. max"; } description "Number of log entries. -1 means all entries"; } typedef LogIndex { type uint32; description "Index into a log buffer."; } typedef TimerId { type uint8 { range "0 .. 15"; } description "Identifier for a local timer to use with the start-timer and stop-timer commands."; } typedef YangcliVariableType { type enumeration { enum "session" { value 0; description "Session variable (for future use)"; } enum "local" { value 1; description "Local user variable"; } enum "config" { value 2; description "User configuration variable"; } enum "global" { value 3; description "Global user variable"; } enum "system" { value 4; description "System variable"; } enum "queue" { value 5; description "System internal Queue variable"; } } description "yangcli-pro user and system variable types"; } typedef test-result-type { type enumeration { enum "skipped" { value 0; description "Test was skipped."; } enum "pass" { value 1; description "Test passed."; } enum "fail" { value 2; description "Test failed."; } } description "The unit test general result type."; } typedef IdentifierOrZero { type union { type nt:NcxIdentifier; type string { length "0"; } } description "Indicates an identifier or empty string to use the schema or application defined default."; } typedef config-edit-mode-type { type enumeration { enum "line" { value 0; description "Automatically apply a config mode edit after each line"; } enum "level" { value 1; description "Automatically apply a config mode edit when the current level is exited."; } enum "manual" { value 2; description "Only apply a config mode edit manually with the 'apply' command."; } } description "Specifies how edits will be applied in config mode."; } container yangcli-pro { ncx:cli; description "CLI Parameter Set for the NETCONF Client Application."; leaf aliases-file { type string; default "~/.yumapro/.yangcli_pro_aliases"; description "Specifies the yangcli-pro command aliases file to use."; } leaf allow-shell { type boolean; default "false"; description "Enable or disable run-shell operation."; } leaf alt-names { type ywt:AltNameMode; default "true"; description "Match mode to use for UrlPath name searches."; } leaf ask-password { type boolean; default "true"; description "Specifies whether the user will be required and prompted to provide a password parameter for the connect command. This parameter is intended to support servers that use keys for authentication instead of passwords. If 'true' then the connect command will expect that a password is needed. If 'false' the connect command will no require a password, but it will use the password parameter if it is set."; } leaf auto-discard-changes { type boolean; default "false"; description "Controls whether discard-change will be automatically sent on the errors of the edit and save mode. If true, discard-change will be automatically sent. If false, discard-change will not be automatically sent."; } leaf auto-keepalive { type boolean; default "false"; description "Controls whether keepalive messages will be automatically sent on a connected session. If true, keepalive message is sent every keepalive-interval. If false, keepalive message will not be sent."; } leaf auto-reconnect { type boolean; default "true"; description "Controls whether yangcli will try to reconnect to the server If the session gets dropped by the server. If true, yangcli-pro will try to reconnect to the server. If false, yangcli-pro will not try to reconnect to the server."; } leaf auto-reconnect-interval { type uint16 { range "1 .. 3600"; } units "seconds"; default "10"; description "Number of seconds to wait after first retry. The first retry will be done right away."; } leaf auto-reconnect-max { type uint16; default "5"; description "Number of times to retry the connection. Zero means no limit, otherwise re-connect attempts will stop after this number of failures."; } leaf autoaliases { type boolean; default "true"; description "Controls whether the yangcli-pro command aliases will be saved at exit and loaded at startup. If true, the 'aliases-file' parameter will be used if it is set, or else the default aliases file will be used (~/.yumapro/.yangcli_pro_aliases), for loading and saving the yangcli-pro command aliases. If false, the yangcli-pro command aliases will only be stored and loaded manually with the aliases command."; } leaf autocomp { type boolean; default "true"; description "Controls whether partial keywords will be checked for interactive or script commands. By default, the first match for a partial keyword will be used if no definition is found for a command name or parameter name."; } leaf autoconfig { type boolean; default "false"; description "Controls whether the running configuration will be retrieved automatically for active sessions. By default, the running config will not be retrieved and maintained. This option must be set to true to support value-node command tab completion."; } leaf autoconfig-conf-mode { type boolean; default "true"; description "Controls whether the running configuration will be retrieved automatically for active sessions in config-mode. If autoconfig == TRUE then autoconfig-conf-mode is ignored and autoconfig will be done for config mode. If autoconfig == FALSE then autoconfig-conf-mode is checked and only set if autoconf-conf-mode == TRUE If false, the requests after each update will not be done. The current config will not be available to assist tab completion."; } leaf autodevices { type boolean; default "true"; description "Controls whether the saved devices will be loaded into memory at startup and saved to file at exit. If true, the default device-cfg file will be used (~/.yumapro/.yangcli_pro_devices.conf) for loading and saving the configured devices in memory. If false, the configured devices will only be stored and loaded manually with the devices-cfg command."; } leaf autoeventhandlers { type boolean; default "true"; description "Controls whether the saved event_handlers will be loaded into memory at startup and saved to file at exit. If true, the default event-handler-cfg file will be used (~/.yumapro/.yangcli_pro_event_handlers.conf) for loading and saving the configured event-handlers in memory. If false, the configured event-handlers will only be stored and loaded manually with the event-handlers-cfg command."; } leaf autohistory { type boolean; default "true"; description "Controls whether the command line history buffer will be saved at exit and loaded at startup. If true, the history-file parameter will be checked and used if set. Otherwise the default history file will be used (~/.yumapro/.yangcli_pro_history) for loading and saving the history buffer. If false, the history buffer will only be stored and loaded manually with the history command."; } leaf autoload { type boolean; default "true"; description "Controls whether any modules (except this one) will be automatically loaded upon startup or upon session startup with a server. If false, the 'mgrload' command must be used to explicitly load all the desired YANG modules."; } leaf autoload-cache { type boolean; default "true"; description "Controls whether the modules retrieved with the <get-schema> operation are cached for use by the running instance of yangcli-pro. If true, then the YANG modules that are retrieved with the <get-schema> operation will be cached. A cached module will be used by yangcli-pro instead of calling <get-schema>, if that module revision is requested again. If false, then the YANG modules that are retrieved with the <get-schema> operation will not be cached."; } leaf autoload-get { type boolean; default "true"; description "Controls whether the <get> operation will be used to retrieve the /netconf-state/schemas sub-tree. If 'true', then the schema list will be used instead of the <hello> message module capabilities, if the server supports the 'ietf-netconf-monitoring' module. If 'false', then just the <hello> message module list will be used to retrieve YANG modules with the <get-schema> operation. This option is needed to autoload sub-modules that are not available to yangcli-pro, since YANG submodules are not advertised in the <hello> message."; } leaf autoload-save-cache { type boolean; default "true"; description "Controls whether the modules held in the YANG module cache (retrieved with the <get-schema> operation) are saved when yangcli-pro exits. If true, then the YANG modules that are cached will not be deleted when yangcli-pro exit. If false, then the YANG modules that are cached will be deleted when yangcli-pro exits."; } leaf autonotif { type boolean; default "false"; description "Controls whether notifications will automatically be enabled when a session starts. By default, notifications will not be enabled. If enabled, a <create-subscription> operation will be performed when the session starts, and notification events for the sesion will be monitored. This parameter does not affect echoing of notification messages. The --echo-notifs and --echo-notif-loglevel parameters need to be set appropriately to echo received notification messages."; } leaf autonvsave { type boolean; default "true"; description "Controls whether the 'save' and 'apply' commands will NV-save the configuration changes or not. If the server advertises the :startup capability and this variable is set to 'false', then the final step to save running to startup will not be done. The 'nvsave' command can be used to manually save the running datastore to non-volatile memory."; } leaf autoschemaservers { type boolean; default "true"; description "Controls whether the saved schema servers will be loaded into memory at startup and saved to file at exit. If true, the default schemaserver-cfg file will be used (~/.yumapro/.yangcli_pro_schemaservers.conf) for loading and saving the configured devices in memory. If false, the configured devices will only be stored and loaded manually with the schemaservers-cfg command."; } leaf autosessions { type boolean; default "true"; description "Controls whether the saved sessions will be loaded into memory at startup and saved to file at exit. If true, the default session-cfg file will be used (~/.yumapro/.yangcli_pro_sessions.conf) for loading and saving the configured sessions in memory. If false, the configured sessions will only be stored and loaded manually with the sessions-cfg command."; } leaf autotest { type boolean; default "true"; description "Controls whether the saved test suites will be loaded into memory at startup and saved to file at exit. If true, the default test-suite-cfg file will be used (~/.yumapro/yangcli_pro_tests.conf) for loading and saving the configured test-suites in memory. If false, the configured test-suites will only be stored and loaded manually with the test-suite command."; } leaf autousers { type boolean; default "true"; description "Controls whether the saved users will be loaded into memory at startup and saved to file at exit. If true, the default user-cfg file will be used (~/.yumapro/.yangcli_pro_users.conf) for loading and saving the configured users in memory. If false, the configured users will only be stored and loaded manually with the users-cfg command."; } leaf autouservars { type boolean; default "true"; description "Controls whether the yangcli-pro user variables will be saved at exit and loaded at startup. If true, the 'uservars-file' parameter will be used if set, or else the default user variables file will be used (~/.yumapro/yangcli_pro_uservars.xml), for loading and saving the yangcli-pro user variables. If false, the yangcli-pro user variables will only be stored and loaded manually with the uservars command."; } leaf bad-data { type enumeration { enum "ignore" { value 0; description "Silently accept invalid PDU and data model parameters. Intended for advanced server testing mode only."; } enum "warn" { value 1; description "Warn, but accept invalid PDU and data model parameters."; } enum "check" { value 2; description "Prompt the user to keep the invalid value or re-enter the value."; } enum "error" { value 3; description "Prompt the user to re-enter the invalid value."; } } default "check"; description "Specifies how invalid user input from the CLI will be handled when filling PDUs for remote operations."; } leaf batch-mode { type empty; description "If present, the interactive CLI will not be used. A script should be provided with the 'run-script' parameter, or a command provided with the 'run-command' parameter, or else the program will simply exit. If the auto-connect mode is enabled, then this will mode simply test if a NETCONF session can be established, then exit."; } leaf binary-display-maxlen { type uint32; default "0"; description "The maximum number of bytes to display when dumping the contents of a binary value. Normally a message will be displayed showing the name and length. If this parameter is set to a value greater than zero then a standard 8-byte per line hex dump of the binary type will also be displayed for a maximum number of bytes set by this parameter."; } leaf break-key-mode { type enumeration { enum "program" { value 0; description "Break key will cause the program to exit no matter what mode or state the program is in at the moment."; } enum "command" { value 1; description "Break key will cause the current command in the current session to be terminated. If no commnd is in progress, or currently in config mode or enable mode, then the break key will have no affect."; } } default "program"; description "Specifies the bahavior when the break key is pressed during a command. The default mode is 'program' to maintain backward compatibility."; } leaf callhome-address { type inet:ip-address; default "0.0.0.0"; description "Identifies the IP address that should be used to listen for callhome connections. Ignored if callhome-enabled is false."; } leaf callhome-enabled { type boolean; default "false"; description "If true, then yangcli-pro will listen for SSH CallHome connections on the socket identified by the callhome-address and callhome-port parameters."; } leaf callhome-port { type inet:port-number; default "4334"; description "Identifies the TCP port that should be used to listen for NETCONF over SSH callhome connections. Ignored if callhome-enabled is false."; reference "RFC 8071"; } leaf callhome-tls-port { type inet:port-number; default "4335"; description "Identifies the TCP port that should be used to listen for NETCONF over TLS callhome connections. Ignored if callhome-enabled is false."; reference "RFC 8071"; } leaf-list callhome-user { type nt:NcxUserName; ordered-by user; description "Specifies the name of a configured user entry that should be used as the default user for callhome sessions, if no saved session entry is found matching the server IP address. Will be ignored if the user is not currently configured. If a callhome session is attempted with an entry and that connection fails, then that callhome-user will not be attempted for the specific server address until yangcli-pro is restarted. This only applies if there are multiple callhome-user entries. If only one callhome-user entry exists then it will be used every time, to be backward-compatible with previous releases. If used in yp-client then it is possible an application callback will pick the callhome-user for a specific address. It that case, the ordered-by user property will be ignored. Otherwise the callhome-user entries are attempted in the order they are processed from the CLI or configuration file."; } leaf check-output { type boolean; default "true"; description "If true, then yangcli-pro will validate remote commands against the YANG definition for the rpc/input node. This checks the operation parameters about to be sent to a server session. Validation of the contents of a <config> element are not done. Also the $$check-output global parameter."; } leaf check-output-error { type boolean; default "false"; description "If 'true', then errors found during the check-output validation tests will be treated as errors, causing the <rpc> about to be sent to fail. If 'false', then errors found during the check-output validation tests will be treated as warnings. Also the $$check-output-error global parameter."; } leaf check-replies { type boolean; default "true"; description "If true, then yangcli-pro will validate responses for remote commands against the YANG definition for the rpc/output node. This checks the parameters in the <rpc-reply> sent from a server session. If the 'output' section is missing or empty, then the <rpc-reply> will be checked to make sure it contains either <ok> or 1 or more <rpc-error> elements. Also the $$check-replies global parm."; } leaf check-replies-error { type boolean; default "false"; description "If 'false', then errors found during the check-replies validation tests will be treated as warnings. If 'true', then errors found during the check-replies validation tests will be treated as errors, causing the <rpc-reply> about to be processed to be rejected."; } leaf config-autosave { type boolean; default "true"; description "Controls how edits in config term mode are saved to NV-storage if the server supports the :startup capability. If 'true', automatically copy running to startup when an edit is applied. If 'false', no automatically copy from running to startup when an edit is applied. The user will enter 'save' or 'copy-config' manually once config term mode is exited."; } choice config-choice { leaf config { type string; description "The name of the configuration file to use. Any parameter except this one can be set in the config file. The default config file will be not be checked if this parameter is present."; } leaf no-config { type empty; description "Do not the default .conf file even if it exists."; } } // choice config-choice leaf config-commit-mode { type boolean; default "false"; description "If 'true' then edits done in config mode will be made to the candidate datastore if possible. The edits will not be committed to the running datastore automatically. Instead, <config-commit> command in config mode, or <commit> operation in normal mode is required to activate the edits in the server. If 'false' then edits done in config mode will be committed to the running datastore after each 'apply' or 'exit' command in config mode."; } leaf config-edit-mode { type config-edit-mode-type; default "level"; description "Controls how edits are applied during config mode."; } leaf confirm-data-retries { type uint8 { range "1 .. 10"; } default "3"; description "Controls how many retry attempts will be given to the user to correctly re-enter a parameter value that has the 'ywx:confirm-data' extension. The command in progress will be cancelled unless the data node is properly connfirmed or skipped."; } leaf datapath { type yt:NcPathList; description "Internal file search path for config files. Overrides the YUMA_DATAPATH environment variable."; } leaf default-module { type nt:NcxName; description "Default module name string to use before 'yuma-netconf' and 'yangcli-pro' are tried. The module prefix may need to be used for other modules."; } leaf-list deviation { type yt:NcModuleSpec; description "YANG deviation file. This parameter identifies a YANG module that should only be checked for deviation statements for external modules. These will be collected and applied to the real module(s) being processed. Deviations are applied as patches to the target module. Since they are not identified in the target module at all (ala imports), they have to be specified explicitly, so they will be correctly processed. If this string represents a filespec, ending with the '.yang' or '.yin' extension, then only that file location will be checked. If this string represents a module name, then the module search path will be checked for a file with the module name and the '.yang' or '.yin' extension. If this string begins with a '~' character, then a username is expected to follow or a directory separator character. If it begins with a '$' character, then an environment variable name is expected to follow. ~/some/path ==> <my-home-dir>/some/path ~fred/some/path ==> <fred-home-dir>/some/path $workdir/some/path ==> <workdir-env-var>/some/path "; } leaf-list disable-command { type nt:NcxIdentifier; description "Specifies a top-level command that should be disabled and not visible or available to a user. If the value does not contain a module name prefix, then the command will be disabled in all modules. For example, to disable the NETCONF <delete-config> operation: disable-command ietf-netconf:delete-config "; } leaf display-mode { type enumeration { enum "plain" { value 0; description "Plain identifier without any prefix format."; } enum "prefix" { value 1; description "Plain text with XML prefix added format."; } enum "module" { value 2; description "Plain text with module name as prefix added format."; } enum "xml" { value 3; description "XML format."; } enum "xml-nons" { value 4; description "XML format, but no namespace (xmlns) attributes will be generated."; } enum "json" { value 5; description "JSON format."; } enum "cli" { value 6; description "CLI format."; } } default "plain"; description "Controls how values are displayed during output to STDOUT or a log file. This typedef matches the ncx_display_mode_t enum for text based encoding formats. The 'cbor' enumeration is not included in this parameter."; } leaf echo-notif-loglevel { type nt:NcDebugType; default "debug"; description "Specifies the log-level value that must be active before notifications will be echoed to the log or STDOUT. This parameter has no affect if 'echo-notifs' is false. The $$echo-notif-loglevel system variable is derived from this parameter. The default is different on yp-shell (debug) and yangcli-pro (info). The YANG default is not used correctly."; } leaf echo-notifs { type boolean; default "true"; description "Allow notifications to be echoed to the log or STDOUT If 'true', <notification> messages will be output to the log, if log-level is set to the value specified by the echo-notif-loglevel or higher. If 'false', <notifications> messages will not be output to the log. The $$echo-notifs system variable is derived from this parameter. If --autonotif=true then this parameter will also be set to true. The default is different on yp-shell (false) than yangcli-pro (true). The YANG default is not used correctly."; } leaf echo-replies { type boolean; default "true"; description "Allow RPC replies to be echoed to the log or STDOUT If 'true', <rpc-reply> messages containing data will be output to the log, if log-level is 'info' or higher. If 'false', <rpc-reply> messages containing data will not be output to the log, regardless of the value of log-level. The $$echo-replies system variable is derived from this parameter."; } leaf encoding { type ywt:encoding-type; default "xml"; description "Identifies the desired encoding format. Only supported for RESTCONF and YANG-API at this time."; } leaf entry-point { type string; description "RESTCONF entry point. Use this string instead of retrieving the XRD from the RESTCONF server to discover the entry point."; } leaf-list feature-disable { type yt:FeatureSpec; description "Identifies a feature which should be considered disabled."; } leaf-list feature-enable { type yt:FeatureSpec; description "Identifies a feature which should be considered enabled."; } leaf feature-enable-default { type boolean; default "true"; description "If true, then features will be enabled by default. If false, then features will be disabled by default."; } leaf fill-optional { type boolean; default "false"; description "Sets the default for the --optional parameter that can be passed to many interactive commands such as 'fill' or 'create'. If 'true' then the user will be prompted to enter optional nodes while filling YANG datastore content. If 'false' then the user will not be prompted to enter optional nodes while filling YANG datastore content."; } leaf fixorder { type boolean; default "true"; description "Controls whether PDU parameters will be automatically sent to the server in the correct order. If false, the specified order will be used. If true, then canonical order will be used"; } leaf force-target { type enumeration { enum "candidate" { value 0; description "Force default edit target to be candidate."; } enum "running" { value 1; description "Force default edit target to be running."; } } default "candidate"; description "Controls whether the candidate or running configuration datastore will be used as the default edit target, when both are supported by the server."; } leaf handle-bad-reply { type enumeration { enum "adapt" { value 0; description " - Leaf or leaf-list: convert bad value to a string value and try to keep it if possible or prune if not. - Container or list: leave in the data if possible or prune if not."; } enum "prune" { value 1; description "Prune failing node(s)."; } enum "error" { value 2; description "Do not attempt to prune or modify nodes. Report an error."; } } default "error"; description "Controls the behavior of the XML parser and dictates how a bad RPC reply will be handled, whether the bad node(s) will be pruned or the value will be adapted and the client will try to convert it to an acceptable type."; } leaf help { type empty; description "Print program help file and exit."; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf full { type empty; description "Show full help text"; } leaf normal { type empty; description "Show normal help text"; } } // choice help-mode leaf help-width { type uint16 { range "0 | 80 .. max"; } default "80"; description "The line width to use when displaying help text for the help key '?' within config term mode. This help mode aligns the description to the right of the widest object node name being displayed. If the 'help' extension is used, then that text is displayed in its entirety. Otherwise the total line width will be limited to this help-width value. Starting in the 23.10-6 release: * The help output is not limited to a single line. * Multiple lines will be output until the help-width total has been reached. * The screen dimensions will be used to determine the total width for a single line . * Blank lines and indentation in the description will be preserved in the help output. * This parameter is used to determine the total number of help characters to be displayed per object. * The value '0' indicates that the complete help text should be displayed for each object, instead of a specified limit. * The default value is '80' for backward compatibility. * The old limit of '511' has been extended to '65535' "; } leaf history-file { type string; default "~/.yumapro/.yangcli_pro_history"; description "Specifies the file location for the libtecla command line history file used if autohistory is 'true'. This file will be created if it does not exist and the autohistory parameter is 'true'."; } leaf home { type string { length "1..max"; } description "Directory specification for the home directory to use instead of HOME."; } leaf ignore-missing-vars { type boolean; default "false"; description "Specifies how missing variable errors in data templates are handled. This parameter has no affect unless the 'use-data-templates' parameter is 'true'. If 'false', then variable expressions that contain references to missing variables will cause a parsing error. If 'true', then variable expressions that contain references to missing variables will not cause a parsing error. Instead, an empty string will be used for the value of a missing variable."; } leaf indent { type yt:IndentType; description "Number of spaces to indent (0..9) in formatted output."; } leaf insecure-ok { type boolean; default "false"; description "Specifies if insecure NETCONF over TLS should be allowed. If true then X.509 certificates will be accepted even if they cannot be verified. Used for debugging only! This parameter is only available if the image was built with the DEBUG=1 parameter."; } leaf keepalive-interval { type uint32 { range "1 .. 3600"; } units "seconds"; default "4"; description "Specifies the time interval, in seconds, between keepalive messages sent from a session. This value is only used if 'auto-keepalive' is true."; } leaf leaflist-multi-line { type boolean; default "false"; description "Controls how the leaflist can be edited in config-mode. If true, multiple leaf-lists can be configured at the same line. If false, only one leaf-list can be configured and it must be configured at the end of the line."; } leaf log { type string; description "Filespec for the log file to use instead of STDOUT. If this parameter is used on the command line then the --log-append parameter must also be present on the command line if append mode is desired."; } leaf log-append { type empty; description "If present, the log will be appended not over-written. If not, the log will be over-written. Only meaningful if the 'log' parameter is also present."; } leaf log-backtrace { type uint32 { range "0 .. 100"; } description "If present, log output will include traceback detail for each log message, subject to further filtering by --log-backtrace-level and/or log-backtrace-stream qualifiers"; } leaf log-backtrace-detail { type empty; description "If present in conjunction with --log-backtrace log messages will include 'detailed' backtrace information (if supported by the compiler)."; } leaf log-backtrace-level { type bits { bit write { position 0; description "Include backtrace info in write messages."; } bit dev0 { position 1; description "Include backtrace info in developer level 0 messages."; } bit error { position 2; description "Include backtrace info in error messages."; } bit warn { position 3; description "Include backtrace info in warning messages."; } bit info { position 4; description "Include backtrace info in info messages."; } bit dev1 { position 5; description "Include backtrace info in developer level 1 messages."; } bit debug { position 6; description "Include backtrace info in debug messages."; } bit debug2 { position 7; description "Include backtrace info in debug2 messages."; } bit debug3 { position 8; description "Include backtrace info in debug3 messages."; } bit debug4 { position 9; description "Include backtrace info in debug4 messages."; } } description "Indicates for which debug level(s) backtrace info will be generated. Param string is an XSD list: a double quoted series of whitespace separated (level) strings like "error warn debug""; } leaf log-backtrace-stream { type bits { bit logfile { position 0; description "Include backtrace in logfile stream."; } bit stderr { position 1; description "Include backtrace in stderr stream."; } bit stdout { position 2; description "Include backtrace in stdout stream."; } bit syslog { position 3; description "Include backtrace in syslog stream."; } bit vendor { position 4; description "Include backtrace in vendor stream."; } } description "Indicates in which log stream(s) backtrace info will be included. Param string is an XSD list: a double quoted series of whitespace separated (log stream) strings like "logfile syslog""; } leaf log-console { type empty; description "User friendly synonym for --log-mirroring."; } leaf log-header { type bits { bit custom { position 0; description "Include date, time, and level."; } bit localtime { position 1; description "Include localtime instead of Yang canonical format."; } } description "Indicates what header elements to include in header output. Param string is an XSD list: a double quoted series of whitespace separated (element) strings like "custom localtime""; } leaf log-highres-datetime { type boolean; default "false"; description "If set to 'true' then a log timestamp string will contain a microseconds field. If 'false' then this field will not contain a microseconds field. This field is always 6 digits long and represents a fraction of one second as the number of microseconds. The log-header parameter is affected by this setting."; } leaf log-level { type yt:NcDebugType; description "Sets the debug logging level for the program."; } leaf log-mirroring { type empty; description "If present in conjunction with --log, --log-syslog, and/or --log-vendor, log output will be directed to the normal stdout/stderr/logfile as well as to the syslog or vendor log stream"; } leaf log-stderr { type empty; description "If present, error level output be directed to stderr instead of stdout (as well as log file, if specified)"; } leaf log-syslog { type empty; description "If present, log output will be directed to the standard syslog interface. Yuma log priorities will be translated into the appropriate syslog equivalents."; } leaf log-syslog-level { type yt:NcDebugType; description "Sets the syslog debug logging level filter for output to the syslog file for the program."; } leaf match-names { type ywt:NameMatchMode; default "one-nocase"; description "Match mode to use for UrlPath name searches."; } leaf match-names-exec-mode { type ywt:NameMatchMode; default "exact"; description "Match mode to use for UrlPath name searches in exec mode. This only affect XPath name matches and not command and parameter name matches."; } leaf message-indent { type int8 { range "-1 .. 9"; } default "-1"; description "The number of spaces to indent for each level of output in a protocol message, e.g. NETCONF request. The value zero means no indent, just line feeds. The value -1 means no indent and no line feeds either."; } leaf modpath { type yt:NcPathList; description "Directory search path for YANG or YIN modules. Overrides the YUMA_MODPATH environment variable."; } leaf-list module { type yt:NcModuleSpec; description "YANG source module name to use."; } leaf ncport { type uint16 { range "1..max"; } default "830"; description "NETCONF port number to use. If not present, then port 830, followed by port 22, will be tried."; } leaf no-aliases { type empty; description "Disables the alias substitution feature. The alias file will not be read. The aliases and alias commands will be disabled."; } leaf optional { type boolean; default "false"; description "Sets the default for the $$optional global variable. If 'true' then the user will be prompted to enter optional nodes for all input. If 'false' then the user will not be prompted to enter optional nodes for all input. This parameter affects all YANG input and should normally not be used. The fill-optional parameter should be used instead."; } choice pass { leaf no-password { type empty; description "Indicates that no user password is needed for the connection."; } leaf password { ncx:password; type string; description "User password to use for NETCONF sessions. If none, then user will be prompted before connecting."; } } // choice pass leaf private-key { type string { length "1 .. max"; } default "$HOME/.ssh/id_rsa"; description "Contains the file path specification for the file containing the client-side private key. If both 'public-key' and 'private-key' files are present, the client will attempt to connect to the server using these keys. If this fails, or not done, then password authentication will be attempted."; } leaf prompt { type string { length "1 .. 512"; } description "Set the prompt to the user defined value. This parameter is supported only for yp-shell. The prompt can also be set using the $$prompt variable at any time. If the --prompt CLI parameter is set then that value will be used as the prompt when yp-shell starts. If prompt is used, prompt-name and prompt-type will be ignored."; } leaf prompt-name { type string { length "1 .. 512"; } description "Customize a prompt name for yp-shell."; } leaf prompt-type { type ywt:show-mode; default "normal"; description "Selects the type of prompt string that will be used in interactive mode."; } leaf protocols { type bits { bit netconf1.0 { position 0; description "RFC 4741 base:1.0"; } bit netconf1.1 { position 1; description "RFC 6241 base:1.1"; } bit yang-api { position 2; status deprecated; description "YANG-API protocol"; reference "draft-bierman-netconf-yang-api-01.txt"; } bit restconf { position 3; description "RESTCONF Protocol"; reference "RFC 8040"; } } must ". != ''"; description "Specifies which protocol versions the program or session will attempt to use. Empty set is not allowed."; } leaf public-key { type string { length "1 .. max"; } default "$HOME/.ssh/id_rsa.pub"; description "Contains the file path specification for the file containing the client-side public key. If both 'public-key' and 'private-key' files are present, the client will attempt to connect to the server using these keys. If this fails, or not done, then password authentication will be attempted."; } leaf restrict-edit-mode { type boolean; default "false"; description "If true then the yp-shell editing commands (create, merge, replace, delete, remove, insert, delete-all, remove-all, nvsave) will not be available to the user. Also, the NETCONF edit-config, copy-config, delete-config, commit, cancel-commit, discard-changes commands will not be available to the user. If true then only the config mode will be available for editing configuration data on the server. This parameter can be used instead of specifying individual disable-command parameters for the editing commands."; } choice run-startup-mode { leaf run-command { type string { length "1 .. 4095"; } description "The specified command will be invoked upon startup. If the auto-connect parameters are provided, then a session will be established before running the command."; } leaf run-script { type string { length "1 .. 4095"; } description "The specified script will be invoked upon startup. If the auto-connect parameters are provided, then a session will be established before running the script. If a quoted string is used, then any parameters after the script name will be passed to the script."; } } // choice run-startup-mode leaf runpath { type yt:NcPathList; description "Internal file search path for executable modules. Overrides the YUMA_RUNPATH environment variable."; } leaf save-session-vars { type boolean; default "true"; description "Specifies if session variables will be saved when the program exits. If use-session-vars is 'false' then this variable is ignored. If 'false', then session variables will not be saved when the program exits. If 'true', then session variables will be saved when the program exits, but only if user variables are being saved."; } leaf script-input { type boolean; default "true"; description "Specifies whether scripts run in interactive mode should attempt to fill in missing command parameters from the CLI command line or not. If not, then script commands will be attempted with whatever parameters are present in the script."; } leaf server { type inet:host; description "IP address or DNS name of the NETCONF server target."; } leaf server-commands { type boolean; default "true"; description "Specifies whether RPC operations learned from server YANG modules will be added as a command available to the user. The module ietf-netconf is exempt from this parameter. Use the disable-command parameter to disable individual NETCONF operations."; } leaf shell-command { type string; default "/bin/bash"; description "The shell program to invoke with the 'run-shell' command, in case the default cannot be used."; } leaf ssl-certificate { type string { length "1 .. max"; } default "$HOME/.ssl/yangapi-client.crt"; description "Contains the file path specification for the file containing the client-side ssl certificate. If both 'certificate' and 'key' files are present, the client will attempt to setup a secure connection with the server using the certificate and SSL key. If this fails, and the 'ssl-fallback-ok' leaf is set to true, the client will attempt to setup a raw TCP connection with the server."; } leaf ssl-fallback-ok { type boolean; default "true"; description "If true then an attempt to establish a plain TCP connection will be made if an SSL connection cannot be made. This parameter only applies of the 'transport' is 'ssl'"; } leaf ssl-key { type string { length "1 .. max"; } default "$HOME/.ssl/yangapi-client.key"; description "Contains the file path specification for the file containing the client-side ssl key. If both 'certificate' and 'key' files are present, the client will attempt to setup a secure connection with the server using the certificate and SSL key. If this fails, client will attempt to setup a raw TCP connection with the server."; } leaf ssl-trust-store { type string { length "1 .. max"; } default "$HOME/.ssl/trust-store.pem"; description "Contains the file path specification for the file containing the client-side ssl trust-store, or the path specification for the directory to use for finding trusted certificates. If the default value is used and the file is not found, then the default directory location '/etc/ssl/certs' will be used."; } leaf subdirs { type boolean; default "true"; description "If false, the file search paths for modules, scripts, and data files will not include sub-directories if they exist in the specified path. If true, then these file search paths will include sub-directories, if present. Any directory name beginning with a dot '.' character, or named 'CVS', will be ignored."; } leaf tcp-connect-timeout { type uint16; units "seconds"; default "10"; description "The number of seconds to wait for a TCP connect operation to complete before timing out. - The value zero indicates that blocking mode should be used. - A non-zero value indicates the timeout value for the 'connect' function in non-blocking mode. The connect may timeout before this number of seconds, but should not be longer. This parameter introduced in 22.10-6. For all prior releases, the 'connect' function is invoked in blocking mode. A typical TCP connect timeout is different depending on the target address. If this parameter is set to zero then the system configured timeout will be used. - local network, reached but connection refused: takes about 10 milliseconds. - local network, no answer: takes about 2 seconds - non-local network, no answer: takes up to 135 seconds "; } leaf term-length { type uint16 { range "0 .. 511"; } default "0"; description "Specifies the length of the terminal to use for page mode output with the -More- prompt. This parameter is ignored in batch mode. It is only used if the output session is operating in interactive mode. If the value 0 is used then the 'More' prompt will be disabled. Otherwise this value represents the number of lines to output for each screen in pagination output mode."; } leaf test-suite-file { type string; default "~/.yumapro/yangcli_pro_tests.conf"; description "Specifies the yangcli-pro test suite config file to use."; } leaf time-rpcs { type boolean; default "false"; description "Measure the round-trip time of each <rpc> request and <rpc-reply> at the session level. Echo the elapsed time value to screen if in interactive mode, as well as the log if the log is a file instead of stdout. The $$time-rpcs system variable is derived from this parameter."; } leaf time-rpcs-stats { type boolean; default "false"; description "Save rpc statistics to the default statistics file if the time-rpcs variable is also true. The $$time-rpcs-stats system variable is derived from this parameter."; } leaf time-rpcs-stats-file { type string { length "1 .. max"; } default "~/yangcli_pro_rpc_stats.txt"; description "The default filename to use for saving RPC timing statistics. if the time-rpcs and time-rpc-stats variables are true. The $$time-rpcs-stats-file system variable is derived from this parameter."; } leaf timeout { type nt:Timeout; description "Number of seconds to wait for a response from the server before declaring a timeout. Zero means do not timeout at all."; } leaf transport { type ywt:transport-type; default "ssh"; description "Identifies the transport protocol that should be used."; } leaf use-data-templates { type boolean; default "true"; description "Specifies if variable expressions are enabled for data in XML, JSON or .conf instance documents. If 'false', then text matching the pattern for variable expressions in these instance documents will be treated as plain strings. If 'true', then text matching the pattern for variable expressions in these instance documents will be processed as variable expressions."; } leaf use-rawxml { type boolean; default "false"; description "Specifies how file result variables will be read for XML files. Controls whether the XML will be parsed against the target YANG object (the default) or injected into a variable or request message from the raw XML text in the file."; } leaf use-session-vars { type boolean; default "true"; description "Specifies how global variables will be handled when set from the context of a named session. If 'true', then an assignment (e.g., $$foo = 'bar') will only affect the session-specific instance of the variable, and only be visible within the scope of the named session. If 'false', then assignment statements for global variables will affect the global instance of the variable, and be visible to all sessions. If the current session is the default session, and not a named session, then the value of this variable is ignored, and all global variable assignments will affect the global instance of the variable, and be visible to all sessions."; } leaf use-traceid { type boolean; default "false"; description "Controls whether the 'trace-id' attribute will be set in the RPC requests or not. By default, 'trace-id' will be disabled."; } leaf use-xmlheader { type boolean; default "true"; description "Specifies how file result variables will be written for XML files. Controls whether the XML preamble header will be written or not."; } leaf user { type nt:NcxUserName; description "User name to use for NETCONF sessions."; } leaf uservars-file { type string; default "~/.yumapro/yangcli_pro_uservars.xml"; description "Specifies the yangcli-pro user variables file to use."; } leaf version { type empty; description "Print program version string and exit."; } leaf warn-error { type boolean; default "false"; description "Control whether all warnings are upgraded to errors. If 'true' then all warnings will be treated as errors unless a warn-off parameter is set to disable a specific warning."; } leaf warn-idlen { type uint32 { range "0 | 8 .. 1023"; } default "64"; description "Control whether identifier length warnings will be generated. The value zero disables all identifier length checking. If non-zero, then a warning will be generated if an identifier is defined which has a length is greater than this amount."; } leaf warn-linelen { type uint32 { range "0 | 40 .. 4095"; } default "0"; description "Control whether line length warnings will be generated. The value zero disables all line length checking. If non-zero, then a warning will be generated if the line length is greater than this amount. Tab characters are counted as 8 spaces."; } leaf-list warn-off { type uint32 { range "1000 .. 1999"; } description "Control whether the specified warning number will be generated and counted in the warning total for the module being parsed."; } leaf-list warn-up { type uint32 { range "1000 .. 1999"; } description "Control whether the specified warning number will be upgraded to an error and counted in the error total for the module being parsed."; } leaf wildcard-keys { type boolean; default "false"; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } leaf with-enable-mode { type boolean; default "false"; description "Controls whether an 'enable mode' will be supported for yp-shell. If 'true', the user must enter the 'enable' command to enter enable mode. If the 'enable password' has been configured then this password must be provided by the user in order to enter enable mode. Within enable mode, the 'config term' command can be used to enter configuration mode. If 'false', then enable mode will not be used and the 'enable' and 'enable password' will not be present."; } leaf with-notif-commands { type boolean; default "false"; description "Specifies that yp-shell should include the create-subscription and cancel-subscription commands. This parameter does not affect yp-shell echoing of notification messages. The --echo-notifs and --echo-notif-loglevel parameters need to be set appropriately to echo received notification messages."; } leaf with-ocpattern { type boolean; default "false"; description "If true, then OpenConfig patterns with be checked. If the module name starts with the string 'openconfig-' then all pattern statements within that module are treated as POSIX patterns, not YANG patterns. If false, then the pattern statements in all modules will be checked as YANG patterns. "; } leaf with-term-msg { type boolean; default "true"; description "If set to 'true', then the yumaworks-term-msg module will be loaded and enabled. Otherwise, this module will not be loaded. The <term-msg> notification is used by yp-shell for displaying terminal diagnostic messages."; } leaf-list yangmap { type string; description "Specifies a yangmap XML file that should be loaded into the program. See yumaworks-yangmap.yang for details on using YANG mappings in config term mode."; } leaf ypshell-exec-ok { type boolean; default "false"; description "Specifies if the yp-shell program can have access to the exec type of commands such as the 'run' and 'run-shell' commands. Only applies to yp-shell. If 'true' then yp-shell witll allow the user session to use the following commands: - cd - elif - else - end - eval - fill - get-locks - if - list - log-debug - log-error - log-info - log-warn - pwd - release-locks - run - run-shell - sleep - start-rpc-timing - start-timer - stop-rpc-timing - stop-timer - while If 'false' then these commands will not be enabled in the yp-shell program. This parameter cannot be changed at run-time with a system variable. The '--allow-shell' parameter must also be set to 'true' for the 'run-shell' command to be enabled. "; } leaf yumapro-home { type string; description "Directory for the yumapro project root to use. If present, this directory location will override the 'YUMAPRO_HOME' environment variable, if it is present. If a zero-length string is entered, then the YUMAPRO_HOME environment variable will be ignored."; } leaf zmqapi-gateway-id { type nt:NcxName; default "gateway1"; description "The identifier string used to name the yangcli-gw instance. This string will be used for the gateway ID in ZMQAPI messages and logging output."; } leaf zmqapi-publisher-endpoint { type string; default "tcp://127.0.0.1:5556"; description "ZeroMQ endpoint URI that the yangcli-gw will use to publish ZMQAPI notifications. A client is expected to connect to this endpoind using the 'ZMQ_SUB' socket type. The client is expected to listen only on this socket. Then yangcli-gw will send ZMQAPI.1 PUB messages as needed on this socket."; } leaf zmqapi-responder-endpoint { type string; default "tcp://127.0.0.1:5555"; description "ZeroMQ endpoint URI that the yangcli-gw will use to listen for ZMQAPI commands. A client is expected to connect to this endpoind using the 'ZMQ_REQ' socket type. The client can send ZMQAPI.1 REQ messages on this socket. Then yangcli-gw will respond with a ZMQAPI.1 REP message on this socket."; } } // container yangcli-pro rpc action { description "Invoke a YANG action. The target of the action must identify a YANG action statement, which is not a real node in the server data tree."; input { ncx:default-parm "target"; choice from { mandatory true; leaf varref { type string; description "Use the contents of the specified variable as the content"; } case from-cli { choice target-parm { leaf target { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath target object to fill. If prefixes are missing then the first match in any namespace will be used. Any prefix used must be the default prefix assigned to the desired YANG module. Prefix usage is optional."; } case urltarget-case { leaf urltarget { type ywt:UrlPath; mandatory true; description "URL encoded target object to fill. Encoding Rules: TBD."; } leaf match-names { type ywt:NameMatchMode; description "Match mode to use for UrlPath name searches."; } leaf alt-names { type ywt:AltNameMode; description "Match mode to use for UrlPath name searches."; } leaf wildcard-keys { type boolean; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } } // case urltarget-case } // choice target-parm leaf optional { type empty; description "If present, then prompt for nodes that are optional. If not, skip these objects."; } anyxml value { description "Contains a string representing the content to use for the filled variable. If a string is entered, then the target value being filled must be a leaf or leaf-list. If a variable is referenced, then it will be used as the content, if the target value being filled is a leaf or a leaf-list. If the target value is a complex object, then the referenced variable must also be a complex object of the same type. E.g., The global variable 'foo' would be specified as: value=$$foo The local variable 'bar' would be specified as: value=$bar An error will be reported if the global or local variable does not reference the same object type as the target parameter."; } } // case from-cli } // choice from leaf timeout { type nt:Timeout; description "Timeout to use"; } } } // rpc action rpc alias { description "Show or set a specific yangcli-pro command alias. * Show all aliases in memory (same as aliases): yangcli-pro> alias * Show one alias 'foo': yangcli-pro> alias foo * Set one alias; make sure there is no whitespace between the '=' char and either string. If the value has whitespace, it must be quoted. If the equals sign is present, then a valid value string must be present. Quotes will be preserved if used: * Single quotes can appear within doubled-quoted strings but not any double quotes. * Double quotes can appear within single-quoted strings but not any single quotes. The first token in a plain command or the first token in the right-hand-side expression in an assignment statement can be an alias. The alias name must exact match the token. A new command line will be constructed replacing the alias name with its value. The new command line will then be parsed as usual. yangcli-pro> alias s=show yangcli-pro> alias getfoo='sget-config source=running /top/foo' * Aliases can override real commands, so be careful not to unintentionally alter real commands. yangcli-pro> alias get-config='get-config source=running' "; input { ncx:default-parm "var"; ncx:default-parm-equals-ok; leaf var { type string { length "1 .. max"; } description "The alias command string."; } } } // rpc alias rpc aliases { description "Manage the yangcli-pro command aliases"; input { choice alias-action { default "show"; leaf show { type empty; description "Show all the yangcli-pro command aliases."; } leaf clear { type empty; description "Delete all the yangcli-pro aliases from memory."; } leaf load { type string; default "~/.yumapro/.yangcli_pro_aliases"; description "Load the yangcli-pro command aliases from the specified file spec. The default aliases file will be loaded automatically at startup if the '--autoaliases' parameter is present."; } leaf save { type string; default "~/.yumapro/.yangcli_pro_aliases"; description "Save the yangcli-pro command aliases to the specified filespec. The default aliases file will be saved automatically at shutdown if the '--autoaliases' parameter is present."; } } // choice alias-action } } // rpc aliases rpc auto-test { description "Run automatic edit testing on the specified object"; input { ncx:default-parm "target"; leaf target { ncx:schema-instance; type string; mandatory true; description "Schema-instance identifier string indicating the node which is going to be tested."; } leaf session-name { type nt:NcxIdentifier; description "Named session to use for the testing. If missing the current session will be used."; } leaf iterations { type uint32 { range "1..max"; } default "1"; description "Number of commits to make."; } } } // rpc auto-test rpc cache { description "Clear 1 or all entries from the YANG module cache. There are 3 forms of this command: cache clear cache delete foo cache delete=foo revision=2014-05-22"; input { choice cache-input { mandatory true; leaf clear { type empty; description "Clear the YANG module cache on disk."; } case delete-cache { leaf delete { type nt:NcxIdentifier; mandatory true; description "Name of the module to delete from the YANG module cache."; } leaf revision { type nt:Date; description "Revision date of the module to delete from the YANG module cache. OIf missing then all revisions will be deleted from the cache."; } } // case delete-cache } // choice cache-input } } // rpc cache rpc callhome-server { description "Access and control the CallHome server. - callhome-server start - callhome-server stop "; input { choice callhome-server-input { mandatory true; case start { leaf start { type empty; mandatory true; description "Create and start the CallHome server. If it already exists then an error will be returned unless the 'restart-ok' parameter is also present."; } leaf callhome-address { type inet:ip-address; description "Identifies the IP address that should be used to listen for callhome connections. Ignored if callhome-enabled is false."; } leaf callhome-port { type inet:port-number; default "4334"; description "Identifies the TCP port that should be used to listen for NETCONF over SSH callhome connections. Ignored if callhome-enabled is false."; reference "RFC 8071"; } leaf callhome-tls-port { type inet:port-number; default "4335"; description "Identifies the TCP port that should be used to listen for NETCONF over TLS callhome connections. Ignored if callhome-enabled is false."; reference "RFC 8071"; } leaf restart-ok { type empty; description "If present, then it is OK to stop the CallHome server if running, and restart it. Otherwise it will be an error to start the CallHome server if it is already running. This does not affect any callhome sessions already in progress."; } } // case start leaf stop { type empty; mandatory true; description "Stop and delete the CallHome server. This does not affect any callhome sessions already in progress."; } } // choice callhome-server-input } } // rpc callhome-server rpc callhome-user { description "Access and configure the CallHome Users. - Entries can be added and deleted at run-time. - These entries do not persist across a reboot. - New entries are added last. - TBD: Support ordered-by user insert modes."; input { choice callhome-user-input { mandatory true; leaf add { type nt:NcxIdentifier; mandatory true; description "Create the CallHome User if it does not already exist."; } leaf remove { type nt:NcxIdentifier; mandatory true; description "Remove the CallHome User if it exists. This does not affect any callhome sessions already in progress."; } } // choice callhome-user-input } } // rpc callhome-user rpc cd { description "Change the current working directory."; input { ncx:default-parm "dir"; leaf dir { type string; mandatory true; description "Directory path to use."; } } } // rpc cd rpc clear { description "Clear the screen in interactive mode."; } // rpc clear rpc config { description "Enter the configuration mode for the current session. There must be a current active session or this command will fail."; input { choice config-source { default "term"; leaf term { type empty; description "Use the terminal for configuration input."; } } // choice config-source } } // rpc config rpc connect { description "Connect to a NETCONF server."; input { ncx:default-parm "server"; leaf user { type nt:NcxUserName; mandatory true; description "User name to use for NETCONF sessions."; } leaf server { type inet:host; mandatory true; description "IP address or DNS name of the NETCONF server target."; } choice pass { mandatory true; leaf password { ncx:password; type string; description "User password to use for NETCONF sessions. If none, then user will be prompted before connecting."; } leaf no-password { type empty; description "Indicates that no user password is needed for the connection."; } } // choice pass leaf ncport { type uint16 { range "1..max"; } default "830"; description "NETCONF port number to use. If not present, then port 830, followed by port 22, will be tried."; } leaf timeout { type nt:Timeout; description "Number of seconds to wait for a response from the server before declaring a timeout. Zero means do not timeout at all."; } leaf public-key { type string { length "1 .. max"; } default "$HOME/.ssh/id_rsa.pub"; description "Contains the file path specification for the file containing the client-side public key. If both 'public-key' and 'private-key' files are present, the client will attempt to connect to the server using these keys. If this fails, or not done, then password authentication will be attempted."; } leaf private-key { type string { length "1 .. max"; } default "$HOME/.ssh/id_rsa"; description "Contains the file path specification for the file containing the client-side private key. If both 'public-key' and 'private-key' files are present, the client will attempt to connect to the server using these keys. If this fails, or not done, then password authentication will be attempted."; } leaf ssl-fallback-ok { type boolean; default "true"; description "If true then an attempt to establish a plain TCP connection will be made if an SSL connection cannot be made. This parameter only applies of the 'transport' is 'ssl'"; } leaf ssl-certificate { type string { length "1 .. max"; } default "$HOME/.ssl/yangapi-client.crt"; description "Contains the file path specification for the file containing the client-side ssl certificate. If both 'certificate' and 'key' files are present, the client will attempt to setup a secure connection with the server using the certificate and SSL key. If this fails, and the 'ssl-fallback-ok' leaf is set to true, the client will attempt to setup a raw TCP connection with the server."; } leaf ssl-key { type string { length "1 .. max"; } default "$HOME/.ssl/yangapi-client.key"; description "Contains the file path specification for the file containing the client-side ssl key. If both 'certificate' and 'key' files are present, the client will attempt to setup a secure connection with the server using the certificate and SSL key. If this fails, client will attempt to setup a raw TCP connection with the server."; } leaf ssl-trust-store { type string { length "1 .. max"; } default "$HOME/.ssl/trust-store.pem"; description "Contains the file path specification for the file containing the client-side ssl trust-store, or the path specification for the directory to use for finding trusted certificates. If the default value is used and the file is not found, then the default directory location '/etc/ssl/certs' will be used."; } leaf protocols { type bits { bit netconf1.0 { position 0; description "RFC 4741 base:1.0"; } bit netconf1.1 { position 1; description "RFC 6241 base:1.1"; } bit yang-api { position 2; status deprecated; description "YANG-API protocol"; reference "draft-bierman-netconf-yang-api-01.txt"; } bit restconf { position 3; description "RESTCONF Protocol"; reference "RFC 8040"; } } must ". != ''"; description "Specifies which protocol versions the program or session will attempt to use. Empty set is not allowed."; } leaf entry-point { type string; description "RESTCONF entry point. Use this string instead of retrieving the XRD from the RESTCONF server to discover the entry point."; } leaf transport { type ywt:transport-type; default "ssh"; description "Identifies the transport protocol that should be used."; } leaf encoding { type ywt:encoding-type; default "xml"; description "Identifies the desired encoding format. Only supported for RESTCONF and YANG-API at this time."; } leaf session-name { type nt:NcxIdentifier; description "Create a new session configuration record using this new session name."; } } } // rpc connect rpc create { description "Create some NETCONF config data with the edit-config operation"; input { ncx:default-parm "target"; choice from { mandatory true; leaf varref { type string; description "Use the contents of the specified variable as the content"; } case from-cli { choice target-parm { leaf target { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath target object to fill. If prefixes are missing then the first match in any namespace will be used. Any prefix used must be the default prefix assigned to the desired YANG module. Prefix usage is optional."; } case urltarget-case { leaf urltarget { type ywt:UrlPath; mandatory true; description "URL encoded target object to fill. Encoding Rules: TBD."; } leaf match-names { type ywt:NameMatchMode; description "Match mode to use for UrlPath name searches."; } leaf alt-names { type ywt:AltNameMode; description "Match mode to use for UrlPath name searches."; } leaf wildcard-keys { type boolean; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } } // case urltarget-case } // choice target-parm leaf optional { type empty; description "If present, then prompt for nodes that are optional. If not, skip these objects."; } anyxml value { description "Contains a string representing the content to use for the filled variable. If a string is entered, then the target value being filled must be a leaf or leaf-list. If a variable is referenced, then it will be used as the content, if the target value being filled is a leaf or a leaf-list. If the target value is a complex object, then the referenced variable must also be a complex object of the same type. E.g., The global variable 'foo' would be specified as: value=$$foo The local variable 'bar' would be specified as: value=$bar An error will be reported if the global or local variable does not reference the same object type as the target parameter."; } } // case from-cli } // choice from leaf timeout { type nt:Timeout; description "Timeout to use"; } } } // rpc create rpc delete { description "Delete some NETCONF config data with the edit-config operation"; input { ncx:default-parm "target"; choice delete-target { mandatory true; leaf target { type string; description "Xpath expression indicating the node which is going to be deleted."; } leaf urltarget { type ywt:UrlPath; description "The URL path expression to use in the delete operation."; } } // choice delete-target anyxml value { description "Contains a string representing the content to use for the variable. Only applies if the delete-target is a leaf-list node."; } } } // rpc delete rpc delete-all { description "Delete some NETCONF config data with the edit-config operation. Delete all instances of a leaf-list or list object. At least one instance must exist or the server will return an error."; input { ncx:default-parm "target"; choice delete-target { mandatory true; leaf target { type string; description "Xpath expression indicating the list or leaf-list nodes which are going to be deleted."; } leaf urltarget { type ywt:UrlPath; description "The URL path expression to use in the delete operation."; } } // choice delete-target } } // rpc delete-all rpc elif { ywx:help "Start an intermediate block in a conditional statement"; description "Evaluate an XPath expression locally on the manager. and execute the block of commands that follow if the expression is true. The block ends when a matching 'elif', 'else', or 'end' command is reached. This may only be used after an 'if' or 'elif' command or an error (no matching if command) will occur. "; input { ncx:default-parm "expr"; leaf expr { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath expression string to evaluate. Use quotes if there are any whitespace or special characters in the expression."; } anyxml docroot { description "Use the contents of the specified variable or external XML file as the conceptual document to apply the expression specified in the 'expr' parameter. If this parameter is missing then a dummy document will be used. This is only allowed if the expression only contains variable references or numeric/string constants."; } } } // rpc elif rpc else { ywx:help "Start the last block in a conditional statement"; description "End an 'if' or 'elif' command block, and start a new command block that must end with an 'end' command. If no 'if' or 'elif' block is in progress then an error will occur. "; } // rpc else rpc enable { description "Use 'enable' to enter enable mode for yp-shell. Use 'enable password' to configure the password. Use 'enable no-password' to remove the password. If a password has been set, then it will be required to enter enable mode."; input { choice pass { leaf password { ncx:password; type string; description "Configure the password."; } leaf no-password { type empty; description "Remove the password."; } } // choice pass } } // rpc enable rpc enable-password { description "Use <enable-password> to config the password in the config mode for yp-shell."; input { leaf password { ncx:password; type string; mandatory true; description "Use <enable-password> to enable the privileged mode and use <no enable-password> to disable the privileged mode in config mode for yp-shell."; } } } // rpc enable-password rpc end { description "End an 'if' command block or a 'while' command block. If no block is in progress then an error will occur. "; } // rpc end rpc eval { description "Evaluate an XPath expression locally on the manager. All local variables will be available to the session context, in the following precedence: 1) current script run level 2) global variable When the result of an eval command is saved to a user variable, it may be altered as follows: Convert to string: - <data> is a simple type - <data> contains 1 node that is a simple type Remove the <data> container: - <data> contains a single complex element Retain the <data> container: - <data> contains multiple elements Usage Examples: > $x = 5 x = '5' > $x = eval '$x + 10' x = '15' > $y = xget /system y = data { system { ... } } > $z = eval '//sysname' docroot=$y z = 'Linux' > $w = eval '/system/uname' docroot=$y w = uname { sysname 'Linux' ... } "; input { ncx:default-parm "expr"; leaf expr { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath expression string to evaluate. Use quotes if there are any whitespace or special characters in the expression."; } anyxml docroot { description "Use the contents of the specified variable or external XML file as the conceptual document to apply the expression specified in the 'expr' parameter. If this parameter is missing then a dummy document will be used. This is only allowed if the expression only contains variable references or numeric/string constants."; } } output { anyxml data { mandatory true; description "The XPath result, returned in a data element. The content will be a simple string for boolean, string, and number result types. The content will be zero or more child elements, in their proper namespaces, if the result is a node-set. Only the requested node(s) will be returned, not their entire path to the document root, like the get and get-config operations. An empty 'data' element will be returned if the result is an empty node-set."; } } } // rpc eval rpc eventlog { description "Access the notification event log"; input { ncx:default-parm "show"; choice eventlog-action { default "show-case"; case show-case { leaf show { type LogCount; default "-1"; description "Show the specified number of event log buffer entries. -1 means show all entries. If the --full or --brief help-mode parameters are entered, then the output will be altered."; } leaf start { type LogIndex; description "Start at the specified event index number instead of the beginning of the event log."; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf clear { type LogCount; default "25"; description "Clear the specified number of notification event log entries. The value -1 means clear all the entries."; } } // choice eventlog-action } } // rpc eventlog rpc exit { description "Exit the currrent configuration level for the current session. There must be a current active session or this command will fail. The current session must also be in the configuration mode. Any pending edits will be applied if the edit-config-mode is set to 'level'."; } // rpc exit rpc fill { description "Fill a value for reuse in a NETCONF PDU or other operation. Used in an assignment statement to create a variable for later use: $foo = fill --target=/t:foo-con/bar-list"; input { ncx:default-parm "target"; choice target-parm { leaf target { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath target object to fill. If prefixes are missing then the first match in any namespace will be used. Any prefix used must be the default prefix assigned to the desired YANG module. Prefix usage is optional."; } case urltarget-case { leaf urltarget { type ywt:UrlPath; mandatory true; description "URL encoded target object to fill. Encoding Rules: TBD."; } leaf match-names { type ywt:NameMatchMode; description "Match mode to use for UrlPath name searches."; } leaf alt-names { type ywt:AltNameMode; description "Match mode to use for UrlPath name searches."; } leaf wildcard-keys { type boolean; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } } // case urltarget-case } // choice target-parm leaf optional { type empty; description "If present, then prompt for nodes that are optional. If not, skip these objects."; } anyxml value { description "Contains a string representing the content to use for the filled variable. If a string is entered, then the target value being filled must be a leaf or leaf-list. If a variable is referenced, then it will be used as the content, if the target value being filled is a leaf or a leaf-list. If the target value is a complex object, then the referenced variable must also be a complex object of the same type. E.g., The global variable 'foo' would be specified as: value=$$foo The local variable 'bar' would be specified as: value=$bar An error will be reported if the global or local variable does not reference the same object type as the target parameter."; } } output { anyxml data { description "The result of the fill operation. The name of the value node may not really be 'data'. If the 'target' or 'current-value' input parameters are used, then the name of the result node will be copied instead. The data type will be inherited from the 'target' or 'current_value' parameters, and not really be an 'anyxml' structure. YANG does have a data type that supports this feature."; } } } // rpc fill rpc get-locks { description "Get a lock for the running configuration and the candidate and startup configurations, if needed. If all the locks cannot be obtained, then release all of them (all-or-nothing). The entire operation must be completed within the lock timeout interval, if it is set."; input { leaf lock-timeout { type nt:Timeout; default "120"; description "Total time to wait to retrieve all the locks needed to complete the get-locks command. A value of zero means to wait forever and not use a timeout value."; } leaf retry-interval { type uint32 { range "1 .. 300"; } units "seconds"; default "2"; description "Retry interval to use if a lock is temporarily unavailable. The client will wait this number of seconds before attempting to get the current lock."; } leaf cleanup { type boolean; default "true"; description "Indicates whether the locks obtained should be automatically released if an RPC operation fails (after the get-locks succeeds)."; } } } // rpc get-locks rpc get-walk { description "Walk the entries of a YANG list using the netconfd-pro <get-bulk> operation. This command will send <get-bulk> requests to the server until the entire list has been retrieved or the user quits the walk. If the yumaworks-getbulk YANG module is not supported by the server then this command will not be attempted. If the program is in interactive mode, then after each retrieval, the user will be prompted to continue or quit the walk. In batch mode the entries will be displayed until the walk terminates. The server will wait the normal 'timeout' period after each request. It will display each response and check it for 'last-keys' data. If present, these values will be used for the 'last-keys' parameter in the next request. If not present, then the walk will end. The walk will be done on the YANG list specified by the 'list-target' parameter. Each retrieval will request 1 or more entries, based on the 'count' parameter. The data returned can be filtered according to the 'content', 'depth', 'with-defaults', and 'list-test' parameters, which as passed to the <get-bulk> operation each time."; input { leaf datastore { type enumeration { enum "candidate" { value 0; } enum "running" { value 1; } enum "startup" { value 2; } } default "running"; description "Identifies the datastore source for the retrieval, if the list-object is a configuration data node. If not a configuration node, then this object will be ignored if present."; } leaf list-target { type string; mandatory true; description "Identifies the list object that is being retrieved. This must be a path expression used to represent a list data node. It is formated like a RESTCONF path expression, except module names are not mandatory if they are unique."; } leaf count { type uint32 { range "1 .. max"; } default "1"; description "The maximum number of list entries to return."; } leaf content { type enumeration { enum "config" { value 0; description "Return only configuration descendant data nodes"; } enum "nonconfig" { value 1; description "Return only non-configuration descendant data nodes"; } enum "all" { value 2; description "Return all descendant data nodes"; } } default "all"; description "The content parameter from RESTCONF."; reference "RFC 8040"; } leaf depth { type union { type enumeration { enum "unbounded" { value 0; description "All sub-resources will be returned."; } } type uint16 { range "1..max"; } } default "unbounded"; description "The 'depth' parameter from RESTCONF"; reference "RFC 8040."; } leaf with-defaults { type with-defaults-mode; description "The explicit defaults processing mode requested."; reference "RFC 6243; Section 4.5.1"; } leaf list-test { type yang:xpath1.0; description "Specifies an XPath boolean expression that will be used to determine if a list entry specified by the list target should be included in the response. The document root and the context node for the XPath evaluation will be each list-target instance. If the list-test expression is invalid, then an error will be returned. If the expression evaluates successfully then the function boolean(result) will be used to determine if the list instance should be included in the response. For example, if the list-target is /interfaces/interface then the expression type = 'ethernetCsmacd' will select only interface entries with the specified type leaf value. "; } anydata fixed-keys { description "If the server supports the fixed-keys parameter then this parameter can be passed as a parameter to the <get-bulk> operation. This parameter is only relevant if the list-target has multiple key leafs defined. It allows the get-walk to only select 'next' entries for the unfixed key values. This filter can be used instead of 'list-test' to optimize the internal server callbacks to get list entries. The unwanted entries can be pruned more efficiently if the fixed keys are known to the server. Each child entry represents a key leaf value that should be treated as a fixed key leaf. The namespace is not important as the server will attempt to apply the list-target template to the child nodes of this node."; } } } // rpc get-walk rpc group { description "Manage the yangcli-pro session groups. A group name is not allowed to have the same name as any session name. This allows the 'session set-current' command to select a group or an individual session."; input { ncx:default-parm "session"; choice groupcmd { mandatory true; case connect { leaf connect { type nt:NcxIdentifier; description "Connect to all sessions in the specified group."; } leaf missing-ok { type boolean; default "false"; description "If truew, then it is OK to manage this group if 1 or more sessions identified in the session leaf-list are not found in the session list. The default is to require all session names to exist in the session list for the group to be used."; } leaf missing-connect-ok { type boolean; default "false"; description "If true, then it is OK to manage this group if 1 or more sessions identified in the session leaf-list cannot be established when the connect -group=name operation is used. The default is to require all sessions to connect OK for the group to be used."; } leaf lost-ok { type boolean; default "false"; description "If true, then it is OK to manage this group if 1 or more sessions are lost after connection is made. The default is to require all sessions to remain connected for the group to be used."; } leaf reconnect-tries { type uint32; default "5"; description "Indicates the number of times yangcli will attempt to reconnect to a session if the server becomes unreachable. The default is 5 tries."; } leaf reconnect-interval { type uint32; units "seconds"; default "10"; description "Indicates the number of seconds yangcli will wait to re-establish a connection if a session is dropped and the server becomes unreachable. The default is 10 seconds."; } } // case connect leaf create { type nt:NcxIdentifier; description "Name of the group to create. The 'session' parameter must also be present"; } leaf delete { type nt:NcxIdentifier; description "Name of the group to delete"; } leaf add { type nt:NcxIdentifier; description "Name of the group to add some sessions. The 'session' parameter must also be present."; } leaf remove { type nt:NcxIdentifier; description "Name of the group to remove some sessions. The 'session' parameter must also be present."; } leaf show { type nt:NcxIdentifier; description "Name of the group to show"; } leaf list { type empty; description "List the names of all the groups"; } } // choice groupcmd leaf-list session { when "../create or ../add or ../remove"; type nt:NcxIdentifier; min-elements 1; description "Name of a session that is being added to the group."; } } } // rpc group rpc help { description "Print the yangcli-pro help text"; input { ncx:default-parm "command"; choice helptype { leaf command { type nt:NcxIdentifier; description "Show help for the specified command, also called an RPC method"; } leaf commands { type empty; description "Show info for all local commands"; } leaf notification { type nt:NcxIdentifier; description "Show help for the specified notification"; } leaf object { type union { type nt:NcxIdentifier; type ywt:UrlPath; } description "Show help for the specified object"; } leaf type { type nt:NcxIdentifier; description "Show help for the specified type"; } } // choice helptype choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } } // rpc help rpc history { description "Access the command line history buffer"; input { ncx:default-parm "show"; choice history-action { default "show-case"; case show-case { leaf show { type LogCount; default "25"; description "Show the specified number of history buffer entries. -1 means show all entries."; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf clear { type empty; description "Clear all the history buffer entries."; } leaf load { type string; default "~/.yumapro/.yangcli_pro_history"; description "Load the command history buffer from the specified file spec."; } leaf save { type string; default "~/.yumapro/.yangcli_pro_history"; description "Save the command history buffer in the specified filespec."; } } // choice history-action } } // rpc history rpc if { description "Evaluate an XPath expression locally on the manager. and execute the block of commands that follow if the expression is true. The block ends when a matching 'elif', 'else', or 'end' command is reached. "; input { ncx:default-parm "expr"; leaf expr { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath expression string to evaluate. Use quotes if there are any whitespace or special characters in the expression."; } anyxml docroot { description "Use the contents of the specified variable or external XML file as the conceptual document to apply the expression specified in the 'expr' parameter. If this parameter is missing then a dummy document will be used. This is only allowed if the expression only contains variable references or numeric/string constants."; } } } // rpc if rpc insert { description "Insert some NETCONF config data with the edit-config operation"; input { ncx:default-parm "target"; choice from { mandatory true; leaf varref { type string; description "Use the contents of the specified variable as the content"; } case from-cli { choice target-parm { leaf target { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath target object to fill. If prefixes are missing then the first match in any namespace will be used. Any prefix used must be the default prefix assigned to the desired YANG module. Prefix usage is optional."; } case urltarget-case { leaf urltarget { type ywt:UrlPath; mandatory true; description "URL encoded target object to fill. Encoding Rules: TBD."; } leaf match-names { type ywt:NameMatchMode; description "Match mode to use for UrlPath name searches."; } leaf alt-names { type ywt:AltNameMode; description "Match mode to use for UrlPath name searches."; } leaf wildcard-keys { type boolean; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } } // case urltarget-case } // choice target-parm leaf optional { type empty; description "If present, then prompt for nodes that are optional. If not, skip these objects."; } anyxml value { description "Contains a string representing the content to use for the filled variable. If a string is entered, then the target value being filled must be a leaf or leaf-list. If a variable is referenced, then it will be used as the content, if the target value being filled is a leaf or a leaf-list. If the target value is a complex object, then the referenced variable must also be a complex object of the same type. E.g., The global variable 'foo' would be specified as: value=$$foo The local variable 'bar' would be specified as: value=$bar An error will be reported if the global or local variable does not reference the same object type as the target parameter."; } } // case from-cli } // choice from leaf timeout { type nt:Timeout; description "Timeout to use"; } leaf order { type enumeration { enum "first" { value 0; } enum "last" { value 1; } enum "before" { value 2; } enum "after" { value 3; } } default "last"; description "The insert order that should be used. If the values 'before' or 'after' are selected, then the edit-target parameter must also be present."; } leaf operation { type enumeration { enum "create" { value 0; } enum "merge" { value 1; } enum "replace" { value 2; } } default "merge"; description "The edit-config operation that should be used."; } leaf edit-target { type string; description "The value or key clause that should be used. This parameter should only be present if the order selected is 'before' or 'after'. For a leaf-list, the edit-target contains the value of the target leaf-list node within the configuration being edited. The new config will be inserted before or after this leaf-list node, depending on the order selected. E.g., edit-target='some leaf content'. For a list, the edit-target contains the key values of the target list node within the configuration being edited. The new config will be inserted before or after this list node, depending on the order selected. E.g., edit-target=[name='fred'][zipcode=90210]."; } } } // rpc insert rpc list { description "List some NETCONF info."; input { choice listtype { mandatory true; leaf commands { type empty; description "List all local and remote commands"; } leaf files { type empty; description "List all available data files."; } leaf objects { type empty; description "List all available top-level object names."; } leaf oids { type empty; description "List all available object identifiers."; } leaf modules { type empty; description "List all available local YANG files."; } leaf scripts { type empty; description "List all available script files."; } } // choice listtype leaf module { type nt:NcxIdentifier; description "List only from this module, if specified."; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } } // rpc list rpc log-debug { description "Write a message to the output log if the log-level is greater or equal to 'debug'."; input { ncx:default-parm "msg"; leaf msg { type string; mandatory true; description "The formatted text string to write to the log."; } } } // rpc log-debug rpc log-info { description "Write a message to the output log if the log-level is greater or equal to 'info'."; input { ncx:default-parm "msg"; leaf msg { type string; mandatory true; description "The formatted text string to write to the log."; } } } // rpc log-info rpc log-error { description "Write a message to the output log if the log-level is greater or equal to 'error'."; input { ncx:default-parm "msg"; leaf msg { type string; mandatory true; description "The formatted text string to write to the log."; } } } // rpc log-error rpc log-warn { description "Write a message to the output log if the log-level is greater or equal to 'warn'."; input { ncx:default-parm "msg"; leaf msg { type string; mandatory true; description "The formatted text string to write to the log."; } } } // rpc log-warn rpc merge { description "Merge some NETCONF config data with the edit-config operation"; input { ncx:default-parm "target"; choice from { mandatory true; leaf varref { type string; description "Use the contents of the specified variable as the content"; } case from-cli { choice target-parm { leaf target { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath target object to fill. If prefixes are missing then the first match in any namespace will be used. Any prefix used must be the default prefix assigned to the desired YANG module. Prefix usage is optional."; } case urltarget-case { leaf urltarget { type ywt:UrlPath; mandatory true; description "URL encoded target object to fill. Encoding Rules: TBD."; } leaf match-names { type ywt:NameMatchMode; description "Match mode to use for UrlPath name searches."; } leaf alt-names { type ywt:AltNameMode; description "Match mode to use for UrlPath name searches."; } leaf wildcard-keys { type boolean; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } } // case urltarget-case } // choice target-parm leaf optional { type empty; description "If present, then prompt for nodes that are optional. If not, skip these objects."; } anyxml value { description "Contains a string representing the content to use for the filled variable. If a string is entered, then the target value being filled must be a leaf or leaf-list. If a variable is referenced, then it will be used as the content, if the target value being filled is a leaf or a leaf-list. If the target value is a complex object, then the referenced variable must also be a complex object of the same type. E.g., The global variable 'foo' would be specified as: value=$$foo The local variable 'bar' would be specified as: value=$bar An error will be reported if the global or local variable does not reference the same object type as the target parameter."; } } // case from-cli } // choice from leaf timeout { type nt:Timeout; description "Timeout to use"; } } } // rpc merge rpc mgrload { description "Load a module or other file into the client. Use the 'load' command to load a module into the server."; input { ncx:default-parm "module"; leaf module { type nt:NcxName; mandatory true; description "Module name to load"; } leaf revision { type nt:Date; description "Module revision to load."; } leaf-list deviation { type yt:NcModuleSpec; description "YANG deviation file. This parameter identifies a YANG module that should only be checked for deviation statements for external modules. These will be collected and applied to the real module(s) being processed. Deviations are applied as patches to the target module. Since they are not identified in the target module at all (ala imports), they have to be specified explicitly, so they will be correctly processed. If this string represents a filespec, ending with the '.yang' or '.yin' extension, then only that file location will be checked. If this string represents a module name, then the module search path will be checked for a file with the module name and the '.yang' or '.yin' extension. If this string begins with a '~' character, then a username is expected to follow or a directory separator character. If it begins with a '$' character, then an environment variable name is expected to follow. ~/some/path ==> <my-home-dir>/some/path ~fred/some/path ==> <fred-home-dir>/some/path $workdir/some/path ==> <workdir-env-var>/some/path "; } } } // rpc mgrload rpc pwd { description "Print the current working directory."; } // rpc pwd rpc nvsave { description "Save the running datastore to the startup datastore."; } // rpc nvsave rpc quit { description "Quit the yangcli-pro application"; } // rpc quit rpc rawrpc { description "Added 22.10-7: Provide low-level command to send complete RPC request message as an <rpc> request to the server. Cannot have an output section or OK is not allowed. RPC methods with output may cause a warning when the response is received. There are 3 forms of this command allowed: - rawrpc @somefile.xml - rawrpc rpc=@somefile.xml - rawrpc rpc=<inline XML> "; input { anydata rpc { mandatory true; description "Represents the <rpc> container node for the RPC request. The entire 'rpc' container is expected, not the children. The message will be sent to the server as-is. No usual logging and processing will be possible for this operation. The XML (from file or inline XML) is sent to the server 'as-is', without converting it to an internal data structure first."; } } } // rpc rawrpc rpc recall { description "Recall the specified command line history buffer entry into the current command line."; input { ncx:default-parm "index"; leaf index { type LogIndex; mandatory true; description "Index [0..N] of the command line history entry to recall."; } } } // rpc recall rpc refresh-library { description "If the YANG modules available on disk changes while the program is running, then this command can be used to refresh the module version list used to determine the 'best-match' for imports."; } // rpc refresh-library rpc release-locks { description "Unlock all the server databases that were previously locked with the get-locks command."; } // rpc release-locks rpc replace { description "Create some NETCONF config data with the edit-config operation"; input { ncx:default-parm "target"; choice from { mandatory true; leaf varref { type string; description "Use the contents of the specified variable as the content"; } case from-cli { choice target-parm { leaf target { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath target object to fill. If prefixes are missing then the first match in any namespace will be used. Any prefix used must be the default prefix assigned to the desired YANG module. Prefix usage is optional."; } case urltarget-case { leaf urltarget { type ywt:UrlPath; mandatory true; description "URL encoded target object to fill. Encoding Rules: TBD."; } leaf match-names { type ywt:NameMatchMode; description "Match mode to use for UrlPath name searches."; } leaf alt-names { type ywt:AltNameMode; description "Match mode to use for UrlPath name searches."; } leaf wildcard-keys { type boolean; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } } // case urltarget-case } // choice target-parm leaf optional { type empty; description "If present, then prompt for nodes that are optional. If not, skip these objects."; } anyxml value { description "Contains a string representing the content to use for the filled variable. If a string is entered, then the target value being filled must be a leaf or leaf-list. If a variable is referenced, then it will be used as the content, if the target value being filled is a leaf or a leaf-list. If the target value is a complex object, then the referenced variable must also be a complex object of the same type. E.g., The global variable 'foo' would be specified as: value=$$foo The local variable 'bar' would be specified as: value=$bar An error will be reported if the global or local variable does not reference the same object type as the target parameter."; } } // case from-cli } // choice from leaf timeout { type nt:Timeout; description "Timeout to use"; } } } // rpc replace rpc remove { description "Remove some NETCONF config data with the edit-config operation"; input { ncx:default-parm "target"; leaf target { type string; mandatory true; description "Xpath expression indicating the node which is going to be deleted."; } anyxml value { description "Contains a string representing the content to use for the variable. Only applies if the target is a leaf-list node."; } } } // rpc remove rpc remove-all { description "Remove some NETCONF config data with the edit-config operation. Remove all instances of a leaf-list or list object."; input { ncx:default-parm "target"; choice delete-target { mandatory true; leaf target { type string; description "Xpath expression indicating the list or leaf-list nodes which are going to be removed."; } leaf urltarget { type ywt:UrlPath; description "The URL path expression to use in the remove operation."; } } // choice delete-target } } // rpc remove-all rpc run { description "Internal command to run a script."; input { ncx:default-parm "script"; leaf script { type string; mandatory true; description "script filespec to run"; } leaf P1 { type string; description "script parameter $1"; } leaf P2 { type string; description "script parameter $2"; } leaf P3 { type string; description "script parameter $3"; } leaf P4 { type string; description "script parameter $4"; } leaf P5 { type string; description "script parameter $5"; } leaf P6 { type string; description "script parameter $6"; } leaf P7 { type string; description "script parameter $7"; } leaf P8 { type string; description "script parameter $8"; } leaf P9 { type string; description "script parameter $9"; } } } // rpc run rpc run-shell { description "Internal command to run a shell script. The parameters P1 .. P9 will be converted to dollar parameters $0 to $N, where N is the number of 'Pn' parameters provided. The parameters will be added to the command line in named order P1 through P9. Example: run-script test1.sh P3=foo P6=bar P1=baz This script will be invoked with parameters $1=baz $2=foo $3=bar Environment variables are not used for script parameters since they could have naming conflicts, especially for recursive scripts."; input { ncx:default-parm "script"; leaf script { type string; mandatory true; description "Run shell command if --allow-shell=true"; } leaf P1 { type string; description "script parameter $1"; } leaf P2 { type string; description "script parameter $2"; } leaf P3 { type string; description "script parameter $3"; } leaf P4 { type string; description "script parameter $4"; } leaf P5 { type string; description "script parameter $5"; } leaf P6 { type string; description "script parameter $6"; } leaf P7 { type string; description "script parameter $7"; } leaf P8 { type string; description "script parameter $8"; } leaf P9 { type string; description "script parameter $9"; } } } // rpc run-shell rpc save { description "Meta command to save configuration edits."; } // rpc save rpc sleep { description "Pause for a number of seconds. Intended for use in yangcli scripts."; input { leaf seconds { type uint16 { range "1 .. 3600"; } units "seconds"; mandatory true; description "Number of seconds to sleep."; } } } // rpc sleep rpc subscribe { description "Subscribe to a server event stream or datastore data - subscribe stream NETCONF - subscribe stream my-stream1 - subscribe data /interfaces-state - subscribe data /interfaces-state refresh-rate=500 "; input { choice subscribe-choice { mandatory true; case stream { leaf stream { type ywt:admin-string; mandatory true; description "Name of an event stream for the subscription"; } leaf filter { type string; description "Filter path string or named filter name"; } } // case stream case datastore { leaf data { type string; mandatory true; description "Contains a RESTCONF style path string for the data for this subscription. - The module name should appear in the first segment but if not then first match will be used. "; } leaf datastore { type string; default "operational"; description "Contains the datastore for this subscription. Supported values: - candidate - running - intended - operational "; } leaf refresh-rate { type uint16 { range "1 .. max"; } units "centiseconds"; default "1000"; description "Requested refresh rate for this subscription. For an on-change subscription this is the dampening-period."; } leaf on-change { type boolean; default "true"; description "If true, then use an on-change subscription, if available on the server. If not available then use a periodic subscription instead. If false, then do not use an on-change subscription, even if it is available on the server. Use 'periodic' instead."; } } // case datastore } // choice subscribe-choice leaf description { type string; description "Administrative description for this subscription"; } } } // rpc subscribe rpc unsubscribe { description "Unsubscribe 1 of: - unsubscribe stream my-stream1 - unsubscribe data /interfaces-state - unsubscribe id 17 "; input { choice unsubscribe-choice { mandatory true; case stream { leaf stream { type ywt:admin-string; mandatory true; description "Unsubscribe from this event stream"; } leaf filter { type string; description "Filter string used in the subscribe if any was used"; } } // case stream case datastore { leaf datastore { type string; default "operational"; description "Unsubscribe the subscription for this datastore."; } leaf data { type string; mandatory true; description "Unsubscribe the subscription for this path string or filter name."; } } // case datastore leaf id { type uint32; mandatory true; description "The subscription id to be unsubscribed."; } } // choice unsubscribe-choice } } // rpc unsubscribe rpc device-cfg { description "Access a device configuration"; input { choice device-action { default "show-case"; case show-case { leaf show { type IdentifierOrZero; default ""; description "Show the specified device or the current device if an empty string is entered."; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf delete { type nt:NcxIdentifier; description "Delete the specified device from the saved devices in memory."; } leaf save { type nt:NcxIdentifier; description "Save the specified device to the saved devices in memory."; } case create { leaf create { type nt:NcxName; mandatory true; description "An device id to use to create a new device."; } leaf server { type inet:host; mandatory true; description "IP address or DNS name of the NETCONF server target."; } leaf ncport { type uint16 { range "1..max"; } default "830"; description "NETCONF port number to use. If not present, then port 830, followed by port 22, will be tried."; } leaf entry-point { type string; description "RESTCONF entry point. Use this string instead of retrieving the XRD from the RESTCONF server to discover the entry point."; } leaf protocols { type bits { bit netconf1.0 { position 0; description "RFC 4741 base:1.0"; } bit netconf1.1 { position 1; description "RFC 6241 base:1.1"; } bit yang-api { position 2; status deprecated; description "YANG-API protocol"; reference "draft-bierman-netconf-yang-api-01.txt"; } bit restconf { position 3; description "RESTCONF Protocol"; reference "RFC 8040"; } } must ". != ''"; description "Specifies which protocol versions the program or session will attempt to use. Empty set is not allowed."; } } // case create } // choice device-action } } // rpc device-cfg rpc devices-cfg { description "Controls access to the saved devices file"; input { choice devices-action { default "show-case"; case show-case { leaf show { type empty; description "Show all saved devices in memory"; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf clear { type empty; description "Clear all the saved sessions in memory. Use 'devices-cfg load' to restore the saved devices. Use 'devices-cfg save' to clear the saved devices file."; } leaf load { type string; default "~/.yumapro/.yangcli_pro_devices.conf"; description "Load the saved devices in memory from the specified file spec."; } leaf save { type string; default "~/.yumapro/.yangcli_pro_devices.conf"; description "Save the current saved devices in memory to the specified saved devices filespec."; } } // choice devices-action } } // rpc devices-cfg rpc session { description "Access an active session"; input { leaf set-current { type nt:NcxIdentifier; mandatory true; description "Set the specified session or group as the current session. The named session or group must already be loaded in memory."; } } } // rpc session rpc session-cfg { description "Access a session configuration"; input { choice session-action { default "show-case"; case show-case { leaf show { type IdentifierOrZero; default ""; description "Show the specified session or the current session if an empty string is entered."; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf delete { type nt:NcxIdentifier; description "Delete the specified session from the saved sessions in memory."; } leaf save { type nt:NcxIdentifier; description "Save the specified session to the saved sessions in memory."; } leaf-list use-event-handler { type nt:NcxIdentifier; description "Name of an event-handler to use within this session. When notification delivery for this session is started the event handler will be installed. A warning will be printed if no event-handler with this name is found."; } } // choice session-action } } // rpc session-cfg rpc user-cfg { description "Access a user configuration"; input { choice user-action { default "show-case"; case show-case { leaf show { type IdentifierOrZero; default ""; description "Show the specified user or the current user if an empty string is entered."; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf delete { type nt:NcxIdentifier; description "Delete the specified user from the saved users in memory."; } leaf save { type nt:NcxIdentifier; description "Save the specified user to the saved users in memory."; } case create { leaf create { type nt:NcxName; mandatory true; description "An user id to use to create a new user."; } leaf user-name { type nt:NcxName; mandatory true; description "An user name to use to create a new user."; } leaf password { ncx:password; type string; mandatory true; description "An user password to use to create a new user."; } } // case create } // choice user-action } } // rpc user-cfg rpc users-cfg { description "Controls access to the saved users file"; input { choice users-action { default "show-case"; case show-case { leaf show { type empty; description "Show all saved users in memory"; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf clear { type empty; description "Clear all the saved users in memory. Use 'users-cfg load' to restore the saved users. Use 'users-cfg save' to clear the saved users file."; } leaf load { type string; default "~/.yumapro/.yangcli_pro_users.conf"; description "Load the saved users in memory from the specified file spec."; } leaf save { type string; default "~/.yumapro/.yangcli_pro_users.conf"; description "Save the current saved users in memory to the specified saved users filespec."; } } // choice users-action } } // rpc users-cfg rpc schema-server-cfg { description "Access a schema-server configuration"; input { choice schema-server-action { default "show-case"; case show-case { leaf show { type IdentifierOrZero; default ""; description "Show the specified schema-server."; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf delete { type nt:NcxIdentifier; description "Delete the specified schema-server from the saved schema-server in memory."; } case create { leaf create { type nt:NcxName; mandatory true; description "An schema-server id to use to create a new schema server."; } leaf user-id { type nt:NcxName; mandatory true; description "The id of the saved user to create a schema-server."; } leaf device-id { type nt:NcxName; description "The id of the saved device to create a schema-server."; } } // case create } // choice schema-server-action } } // rpc schema-server-cfg rpc schema-servers-cfg { description "Controls access to the saved schema-servers file"; input { choice schema-servers-action { default "show-case"; case show-case { leaf show { type empty; description "Show all saved schema servers in memory"; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf clear { type empty; description "Clear all the saved schema servers in memory. Use 'schema-servers-cfg load' to restore the saved schema servers. Use 'scheam-servers-cfg clear' to clear the saved schema servers. file."; } leaf load { type string; default "~/.yumapro/.yangcli_pro_schema_servers.conf"; description "Load the saved schema servers in memory from the specified file spec."; } leaf save { type string; default "~/.yumapro/.yangcli_pro_schema_servers.conf"; description "Save the current saved schema servers in memory to the specified saved schema servers filespec."; } } // choice schema-servers-action } } // rpc schema-servers-cfg rpc sessions-cfg { description "Controls access to the saved sessions file"; input { choice sessions-action { default "show-case"; case show-case { leaf show { type empty; description "Show all saved sessions in memory"; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf clear { type empty; description "Clear all the saved sessions in memory. Use 'sessions load' to restore the saved sessions. Use 'sessions save' to clear the saved sessions file."; } leaf load { type string; default "~/.yumapro/.yangcli_pro_sessions.conf"; description "Load the saved sessions in memory from the specified file spec."; } leaf save { type string; default "~/.yumapro/.yangcli_pro_sessions.conf"; description "Save the current saved sessions in memory to the specified saved sessions filespec."; } } // choice sessions-action } } // rpc sessions-cfg rpc sget { description "Get some NETCONF running config or state data with the get operation, using an optional subtree filter."; input { ncx:default-parm "target"; choice from { mandatory true; leaf varref { type string; description "Use the contents of the specified variable as the content"; } case from-cli { choice target-parm { leaf target { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath target object to fill. If prefixes are missing then the first match in any namespace will be used. Any prefix used must be the default prefix assigned to the desired YANG module. Prefix usage is optional."; } case urltarget-case { leaf urltarget { type ywt:UrlPath; mandatory true; description "URL encoded target object to fill. Encoding Rules: TBD."; } leaf match-names { type ywt:NameMatchMode; description "Match mode to use for UrlPath name searches."; } leaf alt-names { type ywt:AltNameMode; description "Match mode to use for UrlPath name searches."; } leaf wildcard-keys { type boolean; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } } // case urltarget-case } // choice target-parm leaf optional { type empty; description "If present, then prompt for nodes that are optional. If not, skip these objects."; } anyxml value { description "Contains a string representing the content to use for the filled variable. If a string is entered, then the target value being filled must be a leaf or leaf-list. If a variable is referenced, then it will be used as the content, if the target value being filled is a leaf or a leaf-list. If the target value is a complex object, then the referenced variable must also be a complex object of the same type. E.g., The global variable 'foo' would be specified as: value=$$foo The local variable 'bar' would be specified as: value=$bar An error will be reported if the global or local variable does not reference the same object type as the target parameter."; } } // case from-cli } // choice from leaf nofill { type empty; description "If present, and the 'from-cli' option is used for input, then filling of mandatory nodes and key leafs will be skipped. Instead, the target object will be treated as a terminating select node in the filter element."; } leaf with-defaults { type CliWithDefaultsType; description "Include default data nodes"; } leaf depth { type union { type enumeration { enum "unbounded" { value 0; description "All sub-resources will be returned."; } } type uint16 { range "1..max"; } } default "unbounded"; description "The 'depth' parameter from RESTCONF"; reference "RFC 8040."; } leaf-list module-tag { type string { length "1 .. 1023"; } description "Include only data nodes that match the module-tag. Multiple module-tag parameters are combined as a logical OR expression. Matching any tag value will cause the data node to be included. It is not an error to include an unknown module-tag. Such tag values will simply be treated as a 'false' match result, when evaluating the filter. If any module-tag parameters are provided at all, and there are no matches found, then no data will be returned in the response."; } } output { anyxml data { description "The data resulting from the retrieval operation."; } } } // rpc sget rpc sget-config { description "Get some NETCONF config data with the get-config operation, using an optional subtree filter."; input { ncx:default-parm "target"; choice from { mandatory true; leaf varref { type string; description "Use the contents of the specified variable as the content"; } case from-cli { choice target-parm { leaf target { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath target object to fill. If prefixes are missing then the first match in any namespace will be used. Any prefix used must be the default prefix assigned to the desired YANG module. Prefix usage is optional."; } case urltarget-case { leaf urltarget { type ywt:UrlPath; mandatory true; description "URL encoded target object to fill. Encoding Rules: TBD."; } leaf match-names { type ywt:NameMatchMode; description "Match mode to use for UrlPath name searches."; } leaf alt-names { type ywt:AltNameMode; description "Match mode to use for UrlPath name searches."; } leaf wildcard-keys { type boolean; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } } // case urltarget-case } // choice target-parm leaf optional { type empty; description "If present, then prompt for nodes that are optional. If not, skip these objects."; } anyxml value { description "Contains a string representing the content to use for the filled variable. If a string is entered, then the target value being filled must be a leaf or leaf-list. If a variable is referenced, then it will be used as the content, if the target value being filled is a leaf or a leaf-list. If the target value is a complex object, then the referenced variable must also be a complex object of the same type. E.g., The global variable 'foo' would be specified as: value=$$foo The local variable 'bar' would be specified as: value=$bar An error will be reported if the global or local variable does not reference the same object type as the target parameter."; } } // case from-cli } // choice from leaf nofill { type empty; description "If present, and the 'from-cli' option is used for input, then filling of mandatory nodes and key leafs will be skipped. Instead, the target object will be treated as a terminating select node in the filter element."; } leaf with-defaults { type CliWithDefaultsType; description "Include default data nodes"; } leaf depth { type union { type enumeration { enum "unbounded" { value 0; description "All sub-resources will be returned."; } } type uint16 { range "1..max"; } } default "unbounded"; description "The 'depth' parameter from RESTCONF"; reference "RFC 8040."; } leaf-list module-tag { type string { length "1 .. 1023"; } description "Include only data nodes that match the module-tag. Multiple module-tag parameters are combined as a logical OR expression. Matching any tag value will cause the data node to be included. It is not an error to include an unknown module-tag. Such tag values will simply be treated as a 'false' match result, when evaluating the filter. If any module-tag parameters are provided at all, and there are no matches found, then no data will be returned in the response."; } container source { description "Particular configuration to retrieve."; choice config-source { mandatory true; leaf candidate { if-feature nc:candidate; type empty; description "Only available if 'candidate' capability supported."; } leaf running { type empty; } leaf startup { if-feature nc:startup; type empty; description "Only available if 'startup' capability supported."; } leaf url { if-feature nc:url; type nc:ConfigURIType; description "URL pointing to config data. Only available if 'url' capability supported."; } } // choice config-source } // container source } output { anyxml data { description "The data resulting from the retrieval operation."; } } } // rpc sget-config rpc sget-data { description "Get some NETCONF datastore data with the <get-data> operation, using an optional subtree filter. The server must support the <get-data> operation from the ietf-netconf-nmda module."; input { ncx:default-parm "target"; leaf datastore { type enumeration { enum "candidate" { value 0; description "The <candidate> datastore."; } enum "running" { value 1; description "The <running> datastore."; } enum "intended" { value 2; description "The <intended> datastore."; } enum "startup" { value 3; description "The <startup> datastore."; } enum "operational" { value 4; description "The <operational> datastore."; } } default "operational"; description "Particular datastore to retrieve."; } choice from { mandatory true; leaf varref { type string; description "Use the contents of the specified variable as the content"; } case from-cli { choice target-parm { leaf target { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath target object to fill. If prefixes are missing then the first match in any namespace will be used. Any prefix used must be the default prefix assigned to the desired YANG module. Prefix usage is optional."; } case urltarget-case { leaf urltarget { type ywt:UrlPath; mandatory true; description "URL encoded target object to fill. Encoding Rules: TBD."; } leaf match-names { type ywt:NameMatchMode; description "Match mode to use for UrlPath name searches."; } leaf alt-names { type ywt:AltNameMode; description "Match mode to use for UrlPath name searches."; } leaf wildcard-keys { type boolean; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } } // case urltarget-case } // choice target-parm leaf optional { type empty; description "If present, then prompt for nodes that are optional. If not, skip these objects."; } anyxml value { description "Contains a string representing the content to use for the filled variable. If a string is entered, then the target value being filled must be a leaf or leaf-list. If a variable is referenced, then it will be used as the content, if the target value being filled is a leaf or a leaf-list. If the target value is a complex object, then the referenced variable must also be a complex object of the same type. E.g., The global variable 'foo' would be specified as: value=$$foo The local variable 'bar' would be specified as: value=$bar An error will be reported if the global or local variable does not reference the same object type as the target parameter."; } } // case from-cli } // choice from leaf nofill { type empty; description "If present, and the 'from-cli' option is used for input, then filling of mandatory nodes and key leafs will be skipped. Instead, the target object will be treated as a terminating select node in the filter element."; } leaf with-defaults { type CliWithDefaultsType; description "Include default data nodes"; } leaf depth { type union { type enumeration { enum "unbounded" { value 0; description "All sub-resources will be returned."; } } type uint16 { range "1..max"; } } default "unbounded"; description "The 'depth' parameter from RESTCONF"; reference "RFC 8040."; } leaf-list module-tag { type string { length "1 .. 1023"; } description "Include only data nodes that match the module-tag. Multiple module-tag parameters are combined as a logical OR expression. Matching any tag value will cause the data node to be included. It is not an error to include an unknown module-tag. Such tag values will simply be treated as a 'false' match result, when evaluating the filter. If any module-tag parameters are provided at all, and there are no matches found, then no data will be returned in the response."; } leaf config-filter { type boolean; description "The <config-filter parm from ietf-netconf-nmda.yang - not present = all - true = config=true only - false = config=false only "; } choice origin-filters { description "The origin-choice parameter from the get-data operation. These parameters will be ignored unless the datastore is <operational>."; leaf-list origin-filter { type or:origin-ref; description "The origin-filter parameter from ietf-netconf-nmda.yang"; } leaf-list negated-origin-filter { type or:origin-ref; description "The negated-origin-filter parameter from ietf-netconf-nmda.yang"; } } // choice origin-filters leaf with-origin { type empty; description "The with-origin parameter from ietf-netconf-nmda.yang"; } } output { anyxml data { description "The data resulting from the retrieval operation."; } } } // rpc sget-data rpc show { description "Local show command for yangcli-pro session info."; input { choice showtype { mandatory true; leaf cache { type empty; description "Show the yangcli-pro YANG module cache."; } leaf callhome { type empty; description "Show the yangcli-pro CallHome Server status."; } leaf cli { type empty; description "Show the yangcli-pro CLI parameters."; } leaf diff { type empty; description "Show the differences between current config and the edits that have not been applied yet."; } leaf edit { type empty; description "Show the subtree that is the current node which is from the current edit, not the stored config."; } leaf connected { type empty; description "Show all connected sessions."; } leaf module { type nt:NcxIdentifier; description "Show full info for one module loaded within the current session."; } leaf modules { type empty; description "Show info for all modules loaded within the current session."; } leaf modules-state { type empty; description "Show info for cached modules-state for each server."; } leaf local { type nt:NcxName; description "Show info for one local user variable."; } leaf locals { type empty; description "Show info for all local user variables."; } leaf global { type nt:NcxName; description "Show full info for one global user variable."; } leaf globals { type empty; description "Show info for all global user variables."; } leaf group-vars { type IdentifierOrZero; description "Show the group-specific user variables for the named group. A zero-length string means show the variables for the group of the current session."; } leaf objects { type empty; description "Show config database objects loaded within the current session."; } case running { leaf running { type empty; mandatory true; description "Show entire config for the current session error if there is no current session."; } leaf select { ncx:xpath; type string { length "1..max"; } description "The XPath expression to use in the retrieval operation. The string may only contain single quotes, which are required for string literals. The entire string will be inserted into a double-quoted string, within the get-config PDU. Character entities will be inserted as needed to maintain well-formed XML."; } } // case running leaf search-path-module { type empty; description "Display the YANG module search path in use."; } leaf server-commands { type empty; description "Display server commands (not in config mode). It is top-level only and only relevant if session is connected."; } leaf session { type empty; description "Show the current session info, including the initial server capabilities for the session."; } leaf session-vars { type IdentifierOrZero; description "Show the session-specific user variables for the named session. An empty string means show the variables for the current session."; } leaf subscriptions { type empty; description "Show the current subscriptions for the current session."; } leaf system { type empty; description "Show the read-only system environment variables and the read-write yangcli-pro program variables."; } leaf terminal { type empty; description "Show the terminal settings."; } leaf var { type nt:NcxName; description "Show info for one local or global variable."; } leaf vars { type empty; description "Show truncated info for all program variables"; } leaf version { type empty; description "Show yangcli-pro version info."; } case fan { leaf fan { type union { type empty; type uint32 { range "1 .. max"; } } mandatory true; description "The fan number to show or the primary fan if no value is given."; } leaf diagnostics { type empty; description "If present, display extra diagnostics info"; } } // case fan leaf version { type empty; description "Example.com version"; } } // choice showtype choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } } // rpc show rpc start-rpc-timing { description "Start collecting RPC timing statistics for the current session. Will set $$echo-replies to false and $$time-rpcs to true WIll record stats to output file if specified."; input { ncx:default-parm "statfile"; leaf statfile { type string { length "1 .. max"; } description "The file specification for the timing statistics."; } } } // rpc start-rpc-timing rpc start-session { description "Start an active session from the specified configured session."; input { ncx:default-parm "name"; leaf name { type nt:NcxIdentifier; description "The name of the session to start."; } } } // rpc start-session rpc start-timer { description "Start a timer to do simple performance measurements."; input { ncx:default-parm "id"; leaf id { type TimerId; default "0"; description "The timer ID to use."; } leaf restart-ok { type boolean; default "true"; description "Indicates whether the timer will be used if it is already running. If 'true', the timer will be restarted if it is already running. If 'false', an error will occur if the timer is already running."; } } } // rpc start-timer rpc stop-rpc-timing { description "Stop collecting RPC timing statistics for the current session. Will set session $$echo-replies to true and $$time-rpcs-state to false. Will close the stats file, if opened."; } // rpc stop-rpc-timing rpc stop-session { description "Terminate an active session."; input { ncx:default-parm "name"; leaf name { type nt:NcxIdentifier; mandatory true; description "The name of the session to stop."; } } } // rpc stop-session rpc stop-timer { description "Stop a timer and output the delta value."; input { ncx:default-parm "id"; leaf id { type TimerId; default "0"; description "The timer ID to use."; } leaf echo { type boolean; default "true"; description "Echo the elapsed time value to screen if in interactive mode, as well as the log if the log is a file instead of stdout."; } } output { leaf delta { type decimal64 { fraction-digits 6; } units "seconds"; description "The elapsed time since the timer started."; } } } // rpc stop-timer rpc record-test { description "Use the unit test-suite automatic test recording feature. Only one test can be recorded at a time. Either cancel or finish a test in progress in order to start recording a new test."; input { choice record-test-action { mandatory true; description "The recording action to perform."; leaf cancel { type empty; description "Stop recording for the specified test in progress, and discard the recorded results."; } case start-case { leaf start { type empty; description "Start recording for the specified test."; } leaf suite-name { type nt:NcxIdentifier; mandatory true; description "The name of the test-suite that contains the test being recorded."; } leaf test-name { type nt:NcxIdentifier; mandatory true; description "The name of the test being recorded."; } } // case start-case leaf finish { type empty; description "Finish recording for the specified test in progress and save the recorded results in the test-suite."; } leaf pause { type empty; description "Pause recording for the specified test in progress."; } leaf resume { type empty; description "Resume recording for the specified test in progress."; } } // choice record-test-action } } // rpc record-test rpc terminal { description "Configure the terminal settings"; input { leaf length { type uint16 { range "0 .. 511"; } mandatory true; description "Specifies the length of the terminal to use for page mode output with the -More- prompt. This parameter is ignored in batch mode. It is only used if the output session is operating in interactive mode. If the value 0 is used then the 'More' prompt will be disabled. Otherwise this value represents the number of lines to output for each screen in pagination output mode."; } } } // rpc terminal rpc test-suite { description "Use the unit test-suite feature."; input { leaf suite-name { type nt:NcxIdentifier; must "../delete or ../delete-test or ../export or ../export-file"; description "The name of the test-suite that contains the test being recorded. Used for start, delete, and delete-test sub-commands only."; } leaf log { type string; must "../start or ../run-all"; description "The file pathspec of the test suite result file to use, or an empty string to use STDOUT."; } choice test-suite-action { default "show-case"; leaf delete { type empty; must "../suite-name"; description "Delete the specified test-suite. The suite-name parameter must also be present."; } case delete-test-case { leaf delete-test { type empty; must "../suite-name"; description "Delete the specified test. The suite-name and test-name parameters must also be present."; } leaf test-name { type nt:NcxIdentifier; mandatory true; description "The name of the test being recorded."; } } // case delete-test-case case show-case { leaf show { type IdentifierOrZero; default ""; description "Show the specified test-suite or all test-suites if an empty string is entered."; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf load { type string; default "~/.yumapro/yangcli_pro_tests.conf"; description "The file pathspec of the test suite config file to load."; } leaf run-all { type empty; description "Run all the test-suites defined in the test suite config file."; } leaf start { type nt:NcxIdentifier; description "Start running the specified test-suite"; } leaf save { type string; default "~/.yumapro/yangcli_pro_tests.conf"; description "Save the current test-suite configuration to the specified (or default) config file."; } case export-case { leaf export { type empty; description "If the 'export-file' parameter is not present then export to the default file name."; } leaf export-file { type string; description "Export the specified test-suite configuration and data for use in a different test tool. The 'test-suite' paramer must be present. This parameter specifies the output filespec for the exported test-suite. Currently the only format is the proprietary 'yangcli' format. Added to 22.10-7"; } } // case export-case } // choice test-suite-action } } // rpc test-suite rpc update-config { description "Update the configuration cache for the current session. The current session must be connected and the $$autoconfig system variable must be 'true', or an error will be returned."; } // rpc update-config rpc unset { description "Delete a specific yangcli-pro command alias. * Delete one alias 'foo': yangcli-pro> unset foo "; input { leaf name { type nt:NcxName; mandatory true; description "Name of the yangcli-pro command alias to delete."; } } } // rpc unset rpc uservars { description "Manage the yangcli-pro user variables"; input { choice uservars-action { mandatory true; leaf clear { type empty; description "Delete all the yangcli-pro user variables from memory."; } leaf load { type string; default "~/.yumapro/yangcli_pro_uservars.xml"; description "Load the yangcli-pro user variables from the specified XML file spec. The default user variables file will be loaded automatically at startup if the '--autouservars' parameter is present. The container 'vars' data structure represents the format of the XML file expected."; } leaf save { type string; default "~/.yumapro/yangcli_pro_uservars.xml"; description "Save the yangcli-pro user variables to the specified filespec. The default user variables file will be saved automatically at shutdown if the '--autouservars' parameter is present. The container 'vars' data structure represents the format of the XML file that will be written."; } } // choice uservars-action } } // rpc uservars rpc while { description "Evaluate an XPath expression locally on the manager. and execute the block of commands that follow while the expression is true. The block ends when a matching 'end' command is reached. "; input { ncx:default-parm "expr"; leaf expr { type yang:xpath1.0 { length "1..max"; } mandatory true; description "XPath expression string to evaluate. Use quotes if there are any whitespace or special characters in the expression."; } anyxml docroot { description "Use the contents of the specified variable or external XML file as the conceptual document to apply the expression specified in the 'expr' parameter. If this parameter is missing then a dummy document will be used. This is only allowed if the expression only contains variable references or numeric/string constants."; } leaf maxloops { type uint32; default "65535"; description "Set a maximum number of loops that can be iterated for this while command. The value zero means that no maximum will be enforced. Use this mode with caution."; } } } // rpc while rpc xget { description "Get some NETCONF running config or state data with the get operation, using an optional XPath filter."; input { ncx:default-parm "select"; choice from { mandatory true; leaf varref { type string; description "Use the contents of the specified variable as the content"; } leaf select { ncx:xpath; type string { length "1..max"; } description "The XPath expression to use in the retrieval operation. The string may only contain single quotes, which are required for string literals. The entire string will be inserted into a double-quoted string, within the get-config PDU. Character entities will be inserted as needed to maintain well-formed XML."; } leaf urltarget { type ywt:UrlPath; description "The URL path expression to use in the retrieval operation."; } } // choice from leaf timeout { type nt:Timeout; description "Timeout to use"; } leaf with-defaults { type CliWithDefaultsType; description "Include default data nodes"; } leaf depth { type union { type enumeration { enum "unbounded" { value 0; description "All sub-resources will be returned."; } } type uint16 { range "1..max"; } } default "unbounded"; description "The 'depth' parameter from RESTCONF"; reference "RFC 8040."; } leaf-list module-tag { type string { length "1 .. 1023"; } description "Include only data nodes that match the module-tag. Multiple module-tag parameters are combined as a logical OR expression. Matching any tag value will cause the data node to be included. It is not an error to include an unknown module-tag. Such tag values will simply be treated as a 'false' match result, when evaluating the filter. If any module-tag parameters are provided at all, and there are no matches found, then no data will be returned in the response."; } leaf match-names { type ywt:NameMatchMode; description "Match mode to use for UrlPath name searches."; } leaf alt-names { type ywt:AltNameMode; description "Match mode to use for UrlPath name searches."; } leaf wildcard-keys { type boolean; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } } output { anyxml data { description "The data resulting from the retrieval operation."; } } } // rpc xget rpc xget-config { description "Get some NETCONF config data with the get-config operation, using an optional XPath filter."; input { ncx:default-parm "select"; choice from { mandatory true; leaf varref { type string; description "Use the contents of the specified variable as the content"; } leaf select { ncx:xpath; type string { length "1..max"; } description "The XPath expression to use in the retrieval operation. The string may only contain single quotes, which are required for string literals. The entire string will be inserted into a double-quoted string, within the get-config PDU. Character entities will be inserted as needed to maintain well-formed XML."; } leaf urltarget { type ywt:UrlPath; description "The URL path expression to use in the retrieval operation."; } } // choice from leaf timeout { type nt:Timeout; description "Timeout to use"; } leaf with-defaults { type CliWithDefaultsType; description "Include default data nodes"; } leaf depth { type union { type enumeration { enum "unbounded" { value 0; description "All sub-resources will be returned."; } } type uint16 { range "1..max"; } } default "unbounded"; description "The 'depth' parameter from RESTCONF"; reference "RFC 8040."; } leaf-list module-tag { type string { length "1 .. 1023"; } description "Include only data nodes that match the module-tag. Multiple module-tag parameters are combined as a logical OR expression. Matching any tag value will cause the data node to be included. It is not an error to include an unknown module-tag. Such tag values will simply be treated as a 'false' match result, when evaluating the filter. If any module-tag parameters are provided at all, and there are no matches found, then no data will be returned in the response."; } leaf match-names { type ywt:NameMatchMode; description "Match mode to use for UrlPath name searches."; } leaf alt-names { type ywt:AltNameMode; description "Match mode to use for UrlPath name searches."; } leaf wildcard-keys { type boolean; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } container source { description "Particular configuration to retrieve."; choice config-source { mandatory true; leaf candidate { if-feature nc:candidate; type empty; description "Only available if 'candidate' capability supported."; } leaf running { type empty; } leaf startup { if-feature nc:startup; type empty; description "Only available if 'startup' capability supported."; } leaf url { if-feature nc:url; type nc:ConfigURIType; description "URL pointing to config data. Only available if 'url' capability supported."; } } // choice config-source } // container source } output { anyxml data { description "The data resulting from the retrieval operation."; } } } // rpc xget-config rpc xget-data { description "Get some NETCONF datastore data with the <get-data> operation, using an optional XPath filter. The server must support the <get-data> operation from the ietf-netconf-nmda module."; input { ncx:default-parm "select"; leaf datastore { type enumeration { enum "candidate" { value 0; description "The <candidate> datastore."; } enum "running" { value 1; description "The <running> datastore."; } enum "intended" { value 2; description "The <intended> datastore."; } enum "startup" { value 3; description "The <startup> datastore."; } enum "operational" { value 4; description "The <operational> datastore."; } } default "operational"; description "Particular datastore to retrieve."; } choice from { mandatory true; leaf varref { type string; description "Use the contents of the specified variable as the content"; } leaf select { ncx:xpath; type string { length "1..max"; } description "The XPath expression to use in the retrieval operation. The string may only contain single quotes, which are required for string literals. The entire string will be inserted into a double-quoted string, within the get-config PDU. Character entities will be inserted as needed to maintain well-formed XML."; } leaf urltarget { type ywt:UrlPath; description "The URL path expression to use in the retrieval operation."; } } // choice from leaf timeout { type nt:Timeout; description "Timeout to use"; } leaf with-defaults { type CliWithDefaultsType; description "Include default data nodes"; } leaf depth { type union { type enumeration { enum "unbounded" { value 0; description "All sub-resources will be returned."; } } type uint16 { range "1..max"; } } default "unbounded"; description "The 'depth' parameter from RESTCONF"; reference "RFC 8040."; } leaf-list module-tag { type string { length "1 .. 1023"; } description "Include only data nodes that match the module-tag. Multiple module-tag parameters are combined as a logical OR expression. Matching any tag value will cause the data node to be included. It is not an error to include an unknown module-tag. Such tag values will simply be treated as a 'false' match result, when evaluating the filter. If any module-tag parameters are provided at all, and there are no matches found, then no data will be returned in the response."; } leaf match-names { type ywt:NameMatchMode; description "Match mode to use for UrlPath name searches."; } leaf alt-names { type ywt:AltNameMode; description "Match mode to use for UrlPath name searches."; } leaf wildcard-keys { type boolean; description "Enable wildcards on key leaf values. Set to 'true' if UrlPath targets for GET operations are allowed to replace key values with the dash '-' character to indicate that all instances of that key are requested. Set to false to treat the '-' character as a plain character if entered as a key value in a UrlPath string."; } leaf config-filter { type boolean; description "The <config-filter parm from ietf-netconf-nmda.yang - not present = all - true = config=true only - false = config=false only "; } choice origin-filters { description "The origin-choice parameter from the get-data operation. These parameters will be ignored unless the datastore is <operational>."; leaf-list origin-filter { type or:origin-ref; description "The origin-filter parameter from ietf-netconf-nmda.yang"; } leaf-list negated-origin-filter { type or:origin-ref; description "The negated-origin-filter parameter from ietf-netconf-nmda.yang"; } } // choice origin-filters leaf with-origin { type empty; description "The with-origin parameter from ietf-netconf-nmda.yang"; } } output { anyxml data { description "The data resulting from the retrieval operation."; } } } // rpc xget-data rpc event-handlers-cfg { description "Controls access to the saved event-handlers file"; input { choice event-handlers-action { default "show-case"; case show-case { leaf show { type empty; description "Show all saved event-handlers in memory"; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf clear { type empty; description "Clear all the saved event-handlers in memory. Use 'event-handlers-cfg load' to restore the saved event-handlers. Use 'event-handlers-cfg save' to clear the saved event-handlers file."; } leaf load { type string; default "~/.yumapro/.yangcli_pro_event-handlers.conf"; description "Load the saved event-handlers in memory from the specified file spec."; } leaf save { type string; default "~/.yumapro/.yangcli_pro_event-handlers.conf"; description "Save the current saved event-handlers in memory to the specified saved event-handlers filespec."; } } // choice event-handlers-action } } // rpc event-handlers-cfg rpc event-handler-cfg { description "Access an event handler mapping configuration."; input { choice user-action { default "show-case"; case show-case { leaf show { type IdentifierOrZero; default ""; description "Show the specified event-handler or the current event-handler if an empty string is entered."; } choice help-mode { default "normal"; leaf brief { type empty; description "Show brief help text"; } leaf normal { type empty; description "Show normal help text"; } leaf full { type empty; description "Show full help text"; } } // choice help-mode } // case show-case leaf delete { type nt:NcxIdentifier; description "Delete the specified event-handler from the saved event handlers in memory."; } leaf save { type nt:NcxIdentifier; description "Save the specified event handler to the saved event handlers in memory."; } case create { leaf create { type nt:NcxName; mandatory true; description "An event-handler name to use to create a new event handler."; } leaf module-name { type nt:NcxName; description "The module name for the event handler. If specified then only events from this YANG module will cause the event handler to be invoked. If this leaf is not present then all modules will be considered for event handler processing."; } leaf event-name { type nt:NcxName; description "The event name for the event handler. If specified then only this event name will cause the event handler to be invoked. If this leaf is not present then all event names will be considered for event handler processing."; } choice script-type { mandatory true; description "The yangcli or shell script to run as the event handler. This script should follow the Event Handler Callback template described in the user documentation. The script MUST be non-interactive. It will be invoked in batch mode and no commands that expect to prompt and wait for user keyboard input will work. The shell-script is supported. yangcli script is not supported. The script file path is set in ncxmod: * 1) current directory or absolute path * 2) YUMAPRO_RUNPATH environment var (or set by runpath CLI var) * 3) HOME/scripts directory * 4) YUMAPRO_HOME/scripts directory * 5) YUMAPRO_INSTALL/scripts directory * 6) start-dir/scripts "; leaf script { type string; description "The yangcli script name to use for the event handler."; } leaf shell-script { type string; description "The shell script name to use for the event handler."; } } // choice script-type } // case create } // choice user-action } } // rpc event-handler-cfg container saved-devices { ncx:abstract; description "Represents all the saved devices in the ~/.yumapro/yangcli_pro_devices file. Use the 'devices' command to access this file. Edit by hand only if you follow this YANG definition."; list device { key "name"; description "The list of devices to use during this test-suite."; leaf name { type nt:NcxName; description "The name of the saved device. The 'device save' command will use the string <user>@<server-address> as the default."; } leaf devicetype { type string; description "Device type for NETCONF devices."; } leaf server { type inet:host; mandatory true; description "IP address or DNS name of the NETCONF server target."; } leaf ncport { type uint16 { range "1..max"; } default "830"; description "NETCONF port number to use. If not present, then port 830, followed by port 22, will be tried."; } leaf entry-point { type string; description "RESTCONF entry point. Use this string instead of retrieving the XRD from the RESTCONF server to discover the entry point."; } leaf protocols { type bits { bit netconf1.0 { position 0; description "RFC 4741 base:1.0"; } bit netconf1.1 { position 1; description "RFC 6241 base:1.1"; } bit yang-api { position 2; status deprecated; description "YANG-API protocol"; reference "draft-bierman-netconf-yang-api-01.txt"; } bit restconf { position 3; description "RESTCONF Protocol"; reference "RFC 8040"; } } must ". != ''"; description "Specifies which protocol versions the program or session will attempt to use. Empty set is not allowed."; } leaf transport { type ywt:transport-type; default "ssh"; description "Identifies the transport protocol that should be used."; } leaf comment { type string; description "User comment saved for users, devices, and sessions"; } } // list device } // container saved-devices container saved-sessions { ncx:abstract; description "Represents all the saved sessions in the ~/.yumapro/yangcli_pro_sessions file. Use the 'sessions' command to access this file. Edit by hand only if you follow this YANG definition."; list session { key "name"; description "The list of sessions to use during this test-suite."; leaf name { type nt:NcxName; description "The name of the saved session. The 'session save' command will use the string <user>@<server-address> as the default."; } leaf-list use-event-handler { type nt:NcxIdentifier; description "Name of an event-handler to use within this session. When notification delivery for this session is started the event handler will be installed. A warning will be printed if no event-handler with this name is found."; } leaf device { type nt:NcxDeviceName; mandatory true; description "Device name of the NETCONF server target."; } leaf userid { type nt:NcxName; mandatory true; description "User Id of the NETCONF user."; } leaf user { type nt:NcxName; mandatory true; description "The user name of the session."; } choice pass { mandatory true; leaf password { ncx:password; type string; description "User password to use for NETCONF sessions. If none, then user will be prompted before connecting."; } leaf no-password { type empty; } } // choice pass leaf public-key { type string { length "1 .. max"; } default "$HOME/.ssh/id_rsa.pub"; description "Contains the file path specification for the file containing the client-side public key. If both 'public-key' and 'private-key' files are present, the client will attempt to connect to the server using these keys. If this fails, or not done, then password authentication will be attempted."; } leaf private-key { type string { length "1 .. max"; } default "$HOME/.ssh/id_rsa"; description "Contains the file path specification for the file containing the client-side private key. If both 'public-key' and 'private-key' files are present, the client will attempt to connect to the server using these keys. If this fails, or not done, then password authentication will be attempted."; } leaf ssl-fallback-ok { type boolean; default "true"; description "If true then an attempt to establish a plain TCP connection will be made if an SSL connection cannot be made. This parameter only applies of the 'transport' is 'ssl'"; } leaf ssl-certificate { type string { length "1 .. max"; } default "$HOME/.ssl/yangapi-client.crt"; description "Contains the file path specification for the file containing the client-side ssl certificate. If both 'certificate' and 'key' files are present, the client will attempt to setup a secure connection with the server using the certificate and SSL key. If this fails, and the 'ssl-fallback-ok' leaf is set to true, the client will attempt to setup a raw TCP connection with the server."; } leaf ssl-key { type string { length "1 .. max"; } default "$HOME/.ssl/yangapi-client.key"; description "Contains the file path specification for the file containing the client-side ssl key. If both 'certificate' and 'key' files are present, the client will attempt to setup a secure connection with the server using the certificate and SSL key. If this fails, client will attempt to setup a raw TCP connection with the server."; } leaf ssl-trust-store { type string { length "1 .. max"; } default "$HOME/.ssl/trust-store.pem"; description "Contains the file path specification for the file containing the client-side ssl trust-store, or the path specification for the directory to use for finding trusted certificates. If the default value is used and the file is not found, then the default directory location '/etc/ssl/certs' will be used."; } leaf server { type inet:host; mandatory true; description "IP address or DNS name of the NETCONF server target."; } leaf ncport { type uint16 { range "1..max"; } default "830"; description "NETCONF port number to use. If not present, then port 830, followed by port 22, will be tried."; } leaf entry-point { type string; description "RESTCONF entry point. Use this string instead of retrieving the XRD from the RESTCONF server to discover the entry point."; } leaf protocols { type bits { bit netconf1.0 { position 0; description "RFC 4741 base:1.0"; } bit netconf1.1 { position 1; description "RFC 6241 base:1.1"; } bit yang-api { position 2; status deprecated; description "YANG-API protocol"; reference "draft-bierman-netconf-yang-api-01.txt"; } bit restconf { position 3; description "RESTCONF Protocol"; reference "RFC 8040"; } } must ". != ''"; description "Specifies which protocol versions the program or session will attempt to use. Empty set is not allowed."; } leaf transport { type ywt:transport-type; default "ssh"; description "Identifies the transport protocol that should be used."; } container start-commands { ywx:cli-text-block; description "An optional block of yangcli commands to run after the session is successfully started."; } // container start-commands leaf comment { type string; description "User comment saved for users, devices, and sessions"; } } // list session list group { key "name"; description "A list of groups of sessions to manage at once."; leaf name { type nt:NcxName; description "The name of the saved group. This name must not conflict with any session name."; } leaf-list session { type nt:NcxName; description "The name of a session that belongs to this group."; } leaf missing-ok { type boolean; default "false"; description "If truew, then it is OK to manage this group if 1 or more sessions identified in the session leaf-list are not found in the session list. The default is to require all session names to exist in the session list for the group to be used."; } leaf missing-connect-ok { type boolean; default "false"; description "If true, then it is OK to manage this group if 1 or more sessions identified in the session leaf-list cannot be established when the connect -group=name operation is used. The default is to require all sessions to connect OK for the group to be used."; } leaf lost-ok { type boolean; default "false"; description "If true, then it is OK to manage this group if 1 or more sessions are lost after connection is made. The default is to require all sessions to remain connected for the group to be used."; } leaf reconnect-tries { type uint32; default "5"; description "Indicates the number of times yangcli will attempt to reconnect to a session if the server becomes unreachable. The default is 5 tries."; } leaf reconnect-interval { type uint32; units "seconds"; default "10"; description "Indicates the number of seconds yangcli will wait to re-establish a connection if a session is dropped and the server becomes unreachable. The default is 10 seconds."; } } // list group } // container saved-sessions container saved-schema-servers { ncx:abstract; description "Represents all the saved schema-servers in the ~/.yumapro/yangcli_pro_schema_server file. Use the 'schema-server' command to access this file. Edit by hand only if you follow this YANG definition."; list schema-server-id { key "name"; description "The list of schema-servers to use."; leaf name { type nt:NcxName; description "The id of the saved server."; } leaf user-id { type nt:NcxName; description "The id of the saved user."; } leaf device-id { type nt:NcxName; description "The id of the saved device."; } } // list schema-server-id } // container saved-schema-servers container saved-event-handlers { ncx:abstract; description "Represents all the saved event-handlers in the ~/.yumapro/yangcli_event_handlers file. Use the 'event-handlers' command to access this file. Edit by hand only if you follow this YANG definition."; list eventid { key "name"; description "The list of event-handlers to use."; leaf name { type nt:NcxName; description "The id of the saved event."; } leaf module-name { type nt:NcxName; mandatory true; description "The module name."; } leaf event-name { type nt:NcxName; mandatory true; description "The event name."; } leaf script { type string; description "The yangcli script name to use for the event handler."; } leaf shell-script { type string; description "The shell script name to use for the event handler."; } } // list eventid } // container saved-event-handlers container saved-users { ncx:abstract; description "Represents all the saved users in the ~/.yumapro/yangcli_pro_users file. Use the 'users' command to access this file. Edit by hand only if you follow this YANG definition."; list userid { key "name"; description "The list of users to use."; leaf name { type nt:NcxName; description "The id of the saved user."; } leaf user { type nt:NcxName; mandatory true; description "The user name of the session."; } choice pass { mandatory true; leaf password { ncx:password; type string; description "User password to use for NETCONF users. If none, then user will be prompted before connecting."; } leaf no-password { type empty; } } // choice pass leaf public-key { type string { length "1 .. max"; } default "$HOME/.ssh/id_rsa.pub"; description "Contains the file path specification for the file containing the client-side public key. If both 'public-key' and 'private-key' files are present, the client will attempt to connect to the server using these keys. If this fails, or not done, then password authentication will be attempted."; } leaf private-key { type string { length "1 .. max"; } default "$HOME/.ssh/id_rsa"; description "Contains the file path specification for the file containing the client-side private key. If both 'public-key' and 'private-key' files are present, the client will attempt to connect to the server using these keys. If this fails, or not done, then password authentication will be attempted."; } leaf ssl-fallback-ok { type boolean; default "true"; description "If true then an attempt to establish a plain TCP connection will be made if an SSL connection cannot be made. This parameter only applies of the 'transport' is 'ssl'"; } leaf ssl-certificate { type string { length "1 .. max"; } default "$HOME/.ssl/yangapi-client.crt"; description "Contains the file path specification for the file containing the client-side ssl certificate. If both 'certificate' and 'key' files are present, the client will attempt to setup a secure connection with the server using the certificate and SSL key. If this fails, and the 'ssl-fallback-ok' leaf is set to true, the client will attempt to setup a raw TCP connection with the server."; } leaf ssl-key { type string { length "1 .. max"; } default "$HOME/.ssl/yangapi-client.key"; description "Contains the file path specification for the file containing the client-side ssl key. If both 'certificate' and 'key' files are present, the client will attempt to setup a secure connection with the server using the certificate and SSL key. If this fails, client will attempt to setup a raw TCP connection with the server."; } leaf ssl-trust-store { type string { length "1 .. max"; } default "$HOME/.ssl/trust-store.pem"; description "Contains the file path specification for the file containing the client-side ssl trust-store, or the path specification for the directory to use for finding trusted certificates. If the default value is used and the file is not found, then the default directory location '/etc/ssl/certs' will be used."; } leaf comment { type string; description "User comment saved for users, devices, and sessions"; } } // list userid } // container saved-users leaf do { ncx:abstract; ncx:hidden; type string; description "Do <command>, Execute a normal mode command in config mode"; } leaf no { ncx:abstract; ncx:hidden; type string; description "No <command>, Delete or negate a command in config mode"; } leaf apply { ncx:abstract; ncx:hidden; type empty; description "Apply the pending edits in config mode"; } leaf gotop { ncx:abstract; ncx:hidden; type empty; description "Exit all config sub-modes until the top level config mode is reached."; } leaf return { ncx:abstract; ncx:hidden; type empty; description "Exit all config sub-modes and discard any pending edits"; } leaf config-commit { ncx:abstract; ncx:hidden; type empty; description "Use <config-commit> to commit the candidate datastore to the running datastore in config mode."; } container pipe { ncx:abstract; ncx:hidden; description "Pipe command sub-commands. The 'begin', 'include', and 'exclude' parameters are used to filter command output. If these parameters contain any pattern meta-characters, then they will be treated as a YANG pattern string. If a plain string is found instead, then this string must be found in the line to be considered a match. Each output line is processed in the following manner: 1) if begin set and not triggered yet, then test the line. If a match then disable this step for future lines and continue testing output, else skip this line. 2) check each exclude parameter. If any match then skip this line. 3) check each include parameter. If any match then include this line, else skip this line. 4) include the line in the output. If the 'redirect' parameter is present then the filtered output will be sent to a file instead of the session. If the 'display'parameter is present then the specifed display format will be used for the output and the filtering format. By default, the current display-mode is used for both filtering and output formats."; leaf begin { ywx:help "Begin output after the string is found"; type string; description "Specifies the pipe begin line pattern."; } leaf-list include { ywx:help "Include output if the string is found"; type string; description "Specifies a pipe include line pattern. Multiple parameters are treated as a logical-OR expression."; } leaf-list exclude { ywx:help "Exclude output if the string is found"; type string; description "Specifies a pipe exclude line pattern. Multiple parameters are treated as a logical-OR expression."; } leaf redirect { ywx:help "Redirect output to a file"; type string; description "Specifies the pipe output redirect filespec. If this filespec already exists then output will be appended to the file."; } leaf display { ywx:help "Display output in XML or JSON format"; type enumeration { enum "xml" { value 0; description "Display output in XML format"; } enum "json" { value 1; description "Display output in JSON format"; } enum "curmode" { value 2; description "Display output is the current $$display-mode format"; } enum "plain" { value 3; description "Display output in plain format"; } enum "cli" { value 4; description "Display output in CLI format"; } } default "curmode"; description "Specifies the pipe output display format."; } } // container pipe leaf xml { ncx:abstract; ncx:hidden; type string; description "Display output in XML format"; } leaf json { ncx:abstract; ncx:hidden; type string; description "Display output in JSON format"; } } // module yangcli-pro
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