Legacy CLI Quick Reference Guide

Transcription

1 Legacy CLI Quick Reference Guide Published October 2014

2 Copyright Extreme Networks All rights reserved. Legal Notice Extreme Networks, Inc., on behalf of or through its wholly-owned subsidiary, Enterasys Networks, Inc., reserves the right to make changes in specifications and other information contained in this document and its website without prior notice. The reader should in all cases consult representatives of Extreme Networks to determine whether any such changes have been made. The hardware, firmware, software or any specifications described or referred to in this document are subject to change without notice. Trademarks Extreme Networks and the Extreme Networks logo are trademarks or registered trademarks of Extreme Networks, Inc. in the United States and/or other countries. All other names (including any product names) mentioned in this document are the property of their respective owners and may be trademarks or registered trademarks of their respective companies/owners. For additional information on Extreme Networks trademarks, please see: Support For product support, including documentation, visit: documentation/ For information, contact: Extreme Networks, Inc. 145 Rio Robles San Jose, California USA

3 Table of Contents Chapter 1: LCLI Overview... 4 Chapter 2: Legacy CLI Features...5 Training Mode... 5 Deferred Mode...5 Selecting the Default CLI Session Style... 7 Legacy Port Numbering... 8 Mode-based Command History...8 Chapter 3: Installing the LCLI Feature...9 Chapter 4: Uninstalling the LCLI Feature Chapter 5: Selecting Legacy CLI Configuration Modes Starting an LCLI Session (user-exec Mode) Selecting Privileged Mode...12 Selecting Configuration Mode...12 Selecting Interface Configuration Mode Selecting VLAN Configuration Mode Selecting MST Configuration Mode...14 Changing Modes with Nested Commands Returning to a Higher-Level Mode Changing Directly to Privileged Mode Returning to a Standard CLI Session...15 Chapter 6: Legacy CLI Commands Legacy CLI-Specific Commands...17 Commands for Managing the Switch Commands for Configuring Slots and Ports on a Switch...23 Commands for Status Monitoring and Statistics...26 VLAN Commands...31 FDB Commands...33 STP Commands...34 Configuration and Image Commands...36 Legacy CLI Quick Reference Guide 3

4 1 LCLI Overview The LCLI feature enables those who have experience with legacy, mode-based command line interfaces (CLIs) to use familiar commands to start using the ExtremeXOS software using commands they already know. The LCLI feature is distributed in a modular software package called an xmod file, which must be acquired separately from the ExtremeXOS software. The LCLI feature enables uration of most Layer 2 ExtremeXOS software features in LCLI sessions. To ure Layer 3 features and any features not supported by LCLI sessions, you must use the Extreme standard CLI session. Legacy CLI Quick Reference Guide 4

5 2 Legacy CLI Features Training Mode Deferred Mode Selecting the Default CLI Session Style Legacy Port Numbering Mode-based Command History The following sections introduce features unique to the Legacy CLI feature: Training Mode on page 5 Deferred Mode on page 5 Selecting the Default CLI Session Style on page 7 Legacy Port Numbering on page 8 Mode-based Command History on page 8 Training Mode The training mode feature displays the equivalent Extreme command for a given LCLI command, and helps those with experience in the legacy CLI to learn the Extreme standard CLI. Training mode is available only in LCLI mode and is disabled by default. After training mode is enabled, the switch responds to each LCLI command with a message that includes the equivalent Extreme standard CLI command and a prompt that asks if the command should be executed. The following example shows how the training mode operates: Switch:Legacy# training Training-Mode is Enabled Switch:Legacy_Trn# ure terminal Switch:Legacy_Trn()# mac address-table aging-time 299 Equivalent Extreme command: ure fdb agingtime 299 Do you want to execute this command:? (y/n) Yes Switch:Legacy_Trn()# exit Switch:Legacy_Trn# no training Training-Mode is Disabled Switch:Legacy# Deferred Mode Deferred mode is supported only in LCLI sessions and allows you to enter a group of commands for deferred execution. After you start deferred mode, all commands are stored in a buffer for later execution. When you exit deferred mode, the software prompts you to execute the deferred Legacy CLI Quick Reference Guide 5

6 Legacy CLI Features commands or abandon them. If you choose to execute the deferred commands, the commands are executed in the sequence in which they were entered. Note Training mode and deferred mode are mutually exclusive. Command validation, completion, and help is available in deferred mode to help you enter the correct command. However, if you define a new namespace (such as a VLAN name) in deferred mode, that name does not appear in command help because the command has yet to be executed. You can use the new namespace in deferred commands entered after the namespace is defined, but the new name does not appear in command completion help until after the deferred commands are executed. Note In deferred-mode, CLI session changes (such as changing to the Extreme standard CLI) are not allowed and automatically terminate deferred mode. The number of commands deferred is limited by the memory available on the switch. If a deferred command generates an error, the default switch response is to continue executing the remainder of the deferred commands. However, you can ure the switch to stop executing deferred commands if an error occurs. The following sections provide information on managing deffered mode features. Starting Deferred Mode To start deferred mode, select mode (see Selecting Privileged Mode on page 12) and enter the following command: Switch:Legacy# deferred-mode start Stopping Deferred Mode To exit deferred mode, select mode and enter the following command: Switch:Legacy_Dfr# deferred-mode stop When you enter the deferred-mode stop command, the following prompt appears: Do you want to execute the deferred commands? (y/n): Enter yes to execute the deferred commands, or enter no to deleted the deferred commands. When deferred commands are executed, they are captured in the command history buffer. Configuring the Response to Deferred Command Errors To ure the response to deferred command errors, switch to uration mode (see Selecting Configuration Mode on page 12) and enter the following command: Switch:Legacy()# deferred-mode scripting [abort-on-error ignore-error] Legacy CLI Quick Reference Guide 6

7 Legacy CLI Features Selecting the Default CLI Session Style The default CLI session style is the Extreme standard CLI. However, you can select either the Extreme style or the Legacy style as the default style. The following sections describe how to manage the default CLI session style: Selecting the Legacy CLI as the Default From an Extreme standard CLI session, you can start a Legacy CLI session and set the default CLI session to the Legacy CLI by entering either of the following commands: Switch.1 # ure cli style legacy Switch.2 # ure cli style legacy permanent From a Legacy CLI session, you can set the default CLI session to the Legacy CLI by entering either of the following commands: Switch:Legacy> cli style legacy Switch:Legacy> cli style legacy permanent When you use the permanent option, all future telnet sessions begin in Legacy CLI mode. This is the default option, so if you enter the command without the permanent or session options, the Legacy CLI becomes the default session style. Selecting the Extreme Standard CLI as the Default From an Extreme standard CLI session, you can set the default CLI session to the Extreme standard CLI by entering either of the following commands: Switch.1 # ure cli style extreme Switch.2 # ure cli style extreme permanent From a Legacy CLI session, you can switch to an Extreme standard CLI session and set the default CLI session to the Extreme standard CLI by entering either of the following commands: Switch:Legacy> cli style extreme Switch:Legacy> cli style extreme permanent When you use the permanent option, all future telnet sessions begin in Extreme standard CLI mode. This is the default option, so if you enter the command without the permanent or session options, the Extreme standard CLI becomes the default session style. Displaying the Default CLI Session Style To display the current default CLI session style, enter the show cli style command in an Extreme standard CLI session or in LCLI mode. For example: Switch.2 # show cli style Legacy CLI Quick Reference Guide 7

8 Legacy CLI Features Available styles: Extreme, Legacy Default Style : Legacy CLI Legacy Port Numbering LCLI sessions use the legacy port terminology and numbering. In Extreme standard CLI sessions, a port is called a port, and the port numbering format is slot:port. In LCLI sessions, a port is called an interface, and the format is slot/interface. Commands that require you to enter a single port number use the parameter interface-number. The following are some examples of how to enter a single port number with a command: 0/5 specifies port 5 on a standalone switch 1/5 specifies slot 1 in a modular switch or SummitStack and port 5 Commands that allow you to enter multiple port numbers use the parameter interface-list. Separate the port numbers by a dash to enter a range of contiguous numbers, and separate the numbers by a comma to enter multiple, noncontiguous numbers. The following are some examples of how to enter multiple port numbers with a command on a standalone switch: 0/4-8 or 0/4-0/8 specifies ports 4 through 8 0/2,0/8 specifies port 2 and port 8 0/4-0/8,0/2,0/8 specifies ports 4 through 8, port 2, and port 8 The following are some examples of how to enter multiple port numbers with a command on a standalone switch: 3/1-3/3 specifies slot 3, ports 1 through 3 3/1,4/8,6/10 specifies 3 ports: slot 3, port 1; slot 4, port 8; and slot 6, port 10 3/* specifies all ports in slot 3 2/3-4/5 specifies all ports in the range of slot 2, port 3 through slot 4, port 5 Note The keyword all acts on all possible ports; it applies to all other ports if one or more ports in the sequence fails. Mode-based Command History The ExtremeXOS software stores the commands you enter. In an LCLI session, a separate command history is stored for user-exec mode and mode. To display previously entered commands for the current mode, press the up arrow key to step backward through the command history. To step forward through the command history, press the down arrow key. Legacy CLI Quick Reference Guide 8

9 3 Installing the LCLI Feature The LCLI feature is available at no cost for all platforms and is packaged in a file named with the following format: <switch>-12.x.x.x-legacycli.xmod For example, the LCLI xmod filename for Summit family switches in ExtremeXOS Release is: summitx legacycli.xmod To install the LCLI feature, download and install the LCLI xmod file using the instructions for installing a modular software package in "Software Upgrade and Boot Options" in the ExtremeXOS Concepts Guide. The following is an example of an LCLI feature installation: # This step downloads and installs the Legacy CLI image. Switch.4 # download image slad/svn/summitx LegacyCLI.xmod Do you want to install image after downloading? (y - yes, n - no, <cr> - cancel) Yes Downloading to Switch. Installing to secondary partition! Installing to Switch Legacy CLI framework was Successfully Installed!!! Image installed successfully Switch.5 # Legacy CLI Quick Reference Guide 9

10 4 Uninstalling the LCLI Feature You can uninstall the image as described in Appendix B, Software Upgrade and Boot Options, in the ExtremeXOS Concepts Guide. If you uninstall the image, you must reboot the switch before you can reinstall the image. The following example shows how to uninstall the image: Switch.6 # uninstall image summitx legacycli.xmod secondary Uninstallation of the EXOS module Uninstalling from secondary partition! A Reboot is required for Uninstallation to take effect. Module Uninstalled successfully. Image uninstalled successfully Switch.7 # The following messages appear if you try to reinstall the image without rebooting: System is not rebooted after Legacy module Uninstallation Error: Failed to install image - Required system reboot before Installation Legacy CLI Quick Reference Guide 10

11 5 Selecting Legacy CLI Configuration Modes Starting an LCLI Session (user-exec Mode) Selecting Privileged Mode Selecting Configuration Mode Selecting Interface Configuration Mode Selecting VLAN Configuration Mode Selecting MST Configuration Mode Changing Modes with Nested Commands Returning to a Higher-Level Mode Changing Directly to Privileged Mode Returning to a Standard CLI Session The following sections describe how to select different Legacy CLI uration modes: Starting an LCLI Session (user-exec Mode) on page 11 Selecting Privileged Mode on page 12 Selecting Configuration Mode on page 12 Selecting Interface Configuration Mode on page 12 Selecting VLAN Configuration Mode on page 14 Selecting MST Configuration Mode on page 14 Changing Modes with Nested Commands on page 14 Returning to a Higher-Level Mode on page 14 Changing Directly to Privileged Mode on page 15 Returning to a Standard CLI Session on page 15 Starting an LCLI Session (user-exec Mode) To move from an Extreme standard CLI session to an LCLI session operating in user-exec mode, enter the following command: Switch.1 # ure cli style legacy session In user-exec mode, the switch prompt is the switch name, followed by the Legacy mode name and the > symbol. For example: Switch.1 # ure cli style legacy session Switch:Legacy> Legacy CLI Quick Reference Guide 11

12 Selecting Legacy CLI Configuration Modes Selecting Privileged Mode Use the following command to move an LCLI session from user-exec mode to mode: Switch:Legacy> enable No password is required for mode because the authentication takes place when the standard CLI session is started. In regular mode, the switch prompt is the switch name, followed by the mode name and the # symbol. For example: Switch:Legacy> enable Switch:Legacy# In training and deferred modes, the switch prompt includes an additional mode indicator. For example, the prompt for training mode is as follows: Switch:Legacy_Trn# The prompt for deferred mode is as follows: Switch:Legacy_Dfr# Selecting Configuration Mode Use the following command to move an LCLI session from mode to uration mode: Switch:Legacy# ure terminal In uration mode, the switch prompt is the switch name, followed by the text: ()#. For example: Switch:Legacy# ure terminal Switch:Legacy()# Selecting Interface Configuration Mode The LCLI allows you to select interfaces for uration as described in the following sections. Selecting a Single Interface Use the following command in uration mode to select a single interface to ure in interface uration mode: Switch:Legacy()# interface ethernet <interface-number> Legacy CLI Quick Reference Guide 12

13 Selecting Legacy CLI Configuration Modes In interface uration mode, the switch prompt is the legacy CLI mode prompt, followed by the text: (-if)#. For example: Switch:Legacy()# interface ethernet 3/1 Switch:Legacy(-if)# Selecting Multiple Interfaces Use the following command in uration mode to select multiple interfaces for uration in interface range uration mode: Switch:Legacy()# interface range ethernet <interface-list> In interface range uration mode, the switch prompt is the legacy CLI mode prompt, followed by the text: (-if-range)#. For example: Switch:Legacy()# interface range ethernet 3/1,4/2 Switch:Legacy(-if-range)# Selecting All Interfaces Use the following command in uration mode to select all interfaces for uration in interface range all uration mode: Switch:Legacy()# interface range ethernet all In interface range all uration mode, the switch prompt is the legacy CLI mode prompt, followed by the text: (-if-all)#. For example: Switch:Legacy()# interface range ethernet all Switch:Legacy(-ifall)# Selecting All Interfaces in a VLAN Use the following command in uration mode to select all interfaces in a single VLAN for uration in VLAN uration mode: Switch:Legacy()# interface vlan <vlan-name> In interface VLAN uration mode, the switch prompt is the legacy CLI mode prompt, followed by the text: (-vlan)#. For example: Switch:Legacy()# interface vlan Engineering Switch:Legacy(-if-vlan)# Legacy CLI Quick Reference Guide 13

14 Selecting Legacy CLI Configuration Modes Selecting VLAN Configuration Mode Use the following command in uration mode to select a single VLAN to ure in VLAN uration mode: Switch:Legacy()# vlan <vlan-name> In VLAN uration mode, the switch prompt is the legacy CLI mode prompt, followed by the text: (-vlan)#. For example: Switch:Legacy()# vlan Marketing Switch:Legacy(-vlan)# Selecting MST Configuration Mode Use the following command to select MST uration mode: Switch:Legacy()# spanning-tree mst uration In MST uration mode, the switch prompt is the legacy CLI mode prompt, followed by the text: (-mst)#. For example: Switch:Legacy()# spanning-tree mst uration Switch:Legacy(-mst)# Changing Modes with Nested Commands You can use nested commands in any uration mode to switch to any other uration mode, as shown in the following example: Switch:Legacy()# interface ethernet 0/1 Switch:Legacy(-if)# interface range ethernet 0/2-5 Switch:Legacy(-if-range)# interface range ethernet all Switch:Legacy(-if-all)# vlan <vlan-name> Switch:Legacy(-vlan)# interface vlan <vlan-name> Switch:Legacy(-if)# Note To change modes, you must enter the complete command for the new mode. If you try to use command help to display information about the mode-changing command, the following error message appears: Error: Invalid input detected. Returning to a Higher-Level Mode To return to a higher-level mode, enter the exit command as follows: Switch:Legacy# ure terminal Switch:Legacy()# interface ethernet 0/1 Legacy CLI Quick Reference Guide 14

15 Selecting Legacy CLI Configuration Modes Switch:Legacy(-if)# exit Switch:Legacy()# exit Switch:Legacy# If the exit command is executed in user-exec mode, the user exits LCLI mode and returns to the login prompt: login: Changing Directly to Privileged Mode To change directly from any mode (other than user-exec mode) to mode, use the end command as follows: Switch:Legacy# ure terminal Switch:Legacy()# interface ethernet 0/1 Switch:Legacy(-if)# end Switch:Legacy# Returning to a Standard CLI Session To exit LCLI mode and return to standard CLI mode, enter the command shown in the following example: Switch:Legacy> cli style extreme session Switch.1 # Legacy CLI Quick Reference Guide 15

16 6 Legacy CLI Commands Legacy CLI-Specific Commands Commands for Managing the Switch Commands for Configuring Slots and Ports on a Switch Commands for Status Monitoring and Statistics VLAN Commands FDB Commands STP Commands Configuration and Image Commands The tables in this section list all the LCLI commands, the mode in which they operate, and the corresponding Extreme standard CLI command. To learn more about a feature that is controlled by an LCLI command, look up the corresponding standard CLI command in the ExtremeXOS Command Reference. Note The ExtremeXOS software maps all LCLI commands to the corresponding Extreme standard CLI commands. The display output for all LCLI commands is the same as that for Extreme standard CLI commands. The legacy CLI commands are listed in the following tables: Legacy CLI-Specific Commands on page 17 Commands for Managing the Switch on page 17 Commands for Configuring Slots and Ports on a Switch on page 23 Commands for Status Monitoring and Statistics on page 26 VLAN Commands on page 31 FDB Commands on page 33 STP Commands on page 34 Configuration and Image Commands on page 36 Legacy CLI Quick Reference Guide 16

17 Legacy CLI-Specific Commands Table 1: LCLI-Specific Commands cli style {extreme legacy} {session permanent} ure cli style {extreme legacy} {session permanent} user-exec Extreme standard CLI sessions 1 N/A N/A ure terminal N/A deferred-mode scripting [abort-onerror ignore-error] N/A deferred mode [start stop] N/A enable user-exec N/A end all modes except user-exec N/A interface ethernet <interfacenumber> N/A interface range ethernet all N/A interface range ethernet <interfacelist> N/A interface vlan <vlan-name> N/A show cli style Extreme standard CLI session and LCLI mode N/A spanning-tree mst uration N/A training N/A no training N/A vlan <vlan-name> N/A Commands for Managing the Switch Table 2: Commands for Managing the Switch dhcp [vlan <vlan-name> vlans] enable no dhcp [vlan <vlan-name> vlans] enable exit all modes exit enable dhcp vlan disable dhcp vlan hostname ure snmp sysname 1 The Legacy CLI feature must be installed before this command is supported in an Extreme Networks standard CLI session. Legacy CLI Quick Reference Guide 17

18 Table 2: Commands for Managing the Switch (continued) logout user-exec logout node slot <slot_id> priority <node_priority> ntp server [primary secondary] <host-name-or-ip> {vr <vr_name>} ure node priority ure sntp-client power enable <ps_num> {auto on} ure power supply quit user-exec quit show checkpoint-data {<process>} show checkpoint-data show dhcp-client state show dhcp-client state show node {detail} show node show odometers shoe odometers show power budget show power budget show power controller {<num>} show power controller show power {<ps_num>} {detail} show power show session {{detail} {<sessid>}} {history} show session show snmp show management show snmp-server access {[[hex <hex_group_name>] <group_name>]} show snmpv3 access show snmp-server context show snmpv3 context show snmp-server counters show snmpv3 counters show snmp-server engine-info show snmpv3 engine-info show snmp-server extreme-targetaddr-ext [[hex <hex_addr_name>] <addr_name>] show snmp-server filter {[[hex <hex_profile_name>] <profile_name>] {{subtree} <object_identifier>} show snmp-server filter-profile {[[hex <hex_profile_name>] <profile_name>]} {param [[hex <hex_param_name>] <param_name>]} show snmp-server group {[[hex <hex_group_name>] <group_name>] {user [[hex <hex_user_name>] <user_name>]}} show snmpv3 extreme-targetaddrext show snmpv3 filter show snmpv3 filter-profile show snmpv3 group Legacy CLI Quick Reference Guide 18

19 Table 2: Commands for Managing the Switch (continued) show snmp-server mib-view {[[hex <hex_view_name>] <view_name>] {subtree <object_identifier>}} show snmp-server notify {[[hex <hex_notify_name>] <notify_name>]} show snmp-server target-addr {[[hex <hex_addr_name>] <addr_name>]} show snmp-server target-params {[[hex <hex_target_params>] <target_params>]} show snmp-server user {[[hex <hex_user_name>] <user_name>]} show snmpv3 mib-view show snmpv3 notify show snmpv3 target-addr show snmpv3 target-params show snmpv3 user show sntp show sntp-client snmp access-profile <profile_name> {RO RW}] no snmp access-profile <profile_name> {RO RW}] ure snmp access-profile enable snmp access snmp enable disable snmp access no snmp {v1v2c} enable snmp-server access [[hex <hex_group_name>] <group_name>] {secmodel [snmpv1 snmpv2c usm]} {sec-level [noauth authnopriv priv]} {read-view [[hex <hex_read_view_name>] <read_view_name>]} {writeview [[hex <hex_write_view_name>]] <write_view_name>]} {notify-view [[hex <hex_notify_view_name]] <notify_view_name>]} {volatile} no snmp-server access [all-non- Defaults {[[hex <hex_group_name>] <group_name>] {sec-model [snmpv1 snmpv2c usm] sec-level [noauth authnopriv priv]}}] ure snmpv3 add access ure snmpv3 delete access snmp-server chassis-id <sysname> ure snmp sysname Legacy CLI Quick Reference Guide 19

20 Table 2: Commands for Managing the Switch (continued) snmp-server community [[hex <hex_community_index>] <community_index>] name [[hex <hex_community_name>] <community_name>] user [[hex <hex_user_name>] <user_name>] {tag [[hex <hex_transport_tag>] <transport_tag>]} {volatile} no snmp-server community [all-non- Defaults {[[hex <hex_community_index>] <community_index>} {name [[hex <hex_community_name>] <community_name>}] snmp-server community name <alphanumeric_string> [RO RW] no snmp-server community [RO RW] {<communitystring>} snmp-server contact <systemcontact-string> ure snmpv3 add community ure snmpv3 delete community ure snmp add community ure snmp delete community ure snmp syscontact snmp-server enable traps enable snmp traps no snmp-server enable traps snmp-server engine-boots <( )> snmp-server engineid <hex_engine_id> snmp-server filter [[hex <hex_profile_name>] <profile_name>] subtree <object_identifier> {/ <subtree_mask>} type [included excluded] {volatile} no snmp-server filter [all [[hex <hex_profile_name>] <profile_name>] {subtree <object_identifier>}]] snmp-server filter-profile [[hex <hex_profile_name>] <profile_name>] param [[hex <hex_param_name>]] <param_name>] {volatile} no snmp-server filter-profile [all [[hex <hex_profile_name>] <profile_name>] {param [[hex <hex_param_name>] <param_name>}]] disable snmp traps ure snmpv3 engine-boots ure snmpv3 engine-id ure snmpv3 add filter ure snmpv3 delete filter ure snmpv3 add filterprofile ure snmpv3 delete filterprofile Legacy CLI Quick Reference Guide 20

21 Table 2: Commands for Managing the Switch (continued) snmp-server group [[hex <hex_group_name>] <group_name>] user [[hex <hex_user_name>] <user_name>] {sec-model [snmpv1 snmpv2c usm]} {volatile} no snmp-server group {[[hex <hex_group_name>] <group_name>]} user [all-non- Defaults {[[hex <hex_user_name>] <user_name>] {sec-model [snmpv1 snmpv2c usm]}}] snmp-server host <ip_address> community [[hex <hex_community_name>] <community_name>] {port <port_number>} {from <src_ip_address>} {mode <trap_mode>} no snmp-server host [{<ip_address> {<port_number>}} {all}] ure snmpv3 add group user ure snmpv3 delete group user ure snmp add trapreceiver ure snmp delete trapreceiver snmp-server location <syslocation> ure snmp syslocation snmp-server notify [[hex <hex_notify_name>] <notify_name>] tag [[hex <hex_tag>] <tag>] {volatile} no snmp-server notify [{[[hex <hex_notify_name>] <notify_name>]} all-non-defaults] snmp-server target-addr [[hex <hex_addr_name>] <addr_name>] param [[hex <hex_param_name>] <param_name>] ipaddress [[<ip_address> {<netmask>}] <ip_address>] {transport-port <port_number>} {from <src_ip_address>} {tag-list <tag_list>} {volatile} no snmp-server target-addr [{[[hex <hex_addr_name>] <addr_name>]} all] snmp-server target-params [[hex <hex_param_name>] <param_name>] user [[hex <hex_user_name>] <user_name>] mp-model [snmpv1 snmpv2c snmpv3] sec-model [snmpv1 snmpv2c usm] {seclevel [noauth authnopriv priv]} {volatile} ure snmpv3 add notify ure snmpv3 delete notify ure snmpv3 add targetaddr ure snmpv3 delete targetaddr ure snmpv3 add targetparams Legacy CLI Quick Reference Guide 21

22 Table 2: Commands for Managing the Switch (continued) no snmp-server target-params [{[[hex <hex_param_name>] <param_name>]} all] snmp-server user [[hex <hex_user_name>] <user_name>] {authentication [md5 sha] [hex <hex_auth_password> <auth_password>]} {privacy [hex <hex_priv_password> <priv_password>]} {volatile} no snmp-server user [all-non- Defaults [[hex <hex_user_name>] <user_name>]] snmp-server user [[hex <hex_user_name>] <user_name>] clone-from [[hex <hex_user_name>] <user_name>] snmp-server view [[hex <hex_view_name>] <view_name>] subtree <object_identifier> {/ <subtree_mask>} {type [included excluded]} {volatile} no snmp-server view [all-non- Defaults {[[hex <hex_view_name>] <view_name>] {subtree <object_identifier>}}] ure snmpv3 delete targetparams ure snmpv3 add user ure snmpv3 delete user ure snmpv3 add user clonefrom ure snmpv3 add mib-view ure snmpv3 delete mibview sntp broadcast client enable sntp-client no sntp broadcast client sntp update-interval <updateinterval> telnet access-profile [<access_profile> none] disable sntp-client telnet disable disable telnet telnet enable enable telnet telnet msm [a b] telnet msm ure sntp-client updateinterval ure telnet access-profile telnet port [<portno> Default] ure telnet port telnet slot <slot-number> telnet slot telnet vr [all Default <vr_name>] ure telnet vr telnet {vr <vr_name>} [<host_name> <remote_ip>] {<port>} telnet watchdog enable watchdog enable watchdog disable watchdog disable Legacy CLI Quick Reference Guide 22

23 Commands for Configuring Slots and Ports on a Switch Table 3: Commands for Configuring Slots and Ports on a Switch auto off speed [ ] duplex [half full] auto on {speed [ ]} {duplex [half full]} -if -if-range ure ports auto off ure ports auto on auto-polarity -if ure ports auto-polarity no auto-polarity -if-range ure ports auto-polarity channel-group <interface-number> -if ure sharing add ports no channel-group <interfacenumber> channel group <interface-number> lacp defaultedstate- action [add delete] channel group <interface-number> lacp mode [active passive] channel group <interface-number> lacp system-priority <priority> channel group <interface-number> lacp timeout [long short] clear counters edp interface ethernet {<interface-list>} -if-range ure sharing delete ports ure sharing lacp defaultedstate-action ure sharing lacp activitymode ure sharing lacp systempriority ure sharing lacp timeout clear counters edp clear counters interfaces clear counters ports clear lacp counters clear lacp counters clear slot <slot> clear slot description <string> -if ure ports display-string no description unure ports display string edp enable -if enable edp ports no edp enable edp timer <seconds> holdtime <holdtime-seconds> -if disable edp ports ure edp advertisementinterval initial-mode interfaces enable ure switch ports initialmode enabled no initial-mode interfaces enable ure switch ports initialmode disabled jumbo-frame enable -if enable jumbo-frame ports no jumbo-frame enable disable jumbo-frame ports lacp port-priority <priority> -if ure lacp member-port priority Legacy CLI Quick Reference Guide 23

24 Table 3: Commands for Configuring Slots and Ports on a Switch (continued) monitor session destination [interface ethernet <interfacenumber> [tagged untagged] interface range ethernet <interfacelist> loopback <interfacenumber> [tagged untagged]] {remote vlan <vlan-id>} no monitor session monitor session mode [enhanced standard] monitor session source interface ethernet <interfacenumber> anomaly monitor session source [vlan <name> vlan <name> interface ethernet <interface-number> interface ethernet <interface-number> vlan <name> interface ethernet <interface-number> {rx tx both}] no monitor session source [all vlan <name> interface ethernet <interface-number> vlan <name> interface ethernet <interfacenumber> interface ethernet <interface-number> vlan <name> interface ethernet <interfacenumber> anomaly] enable mirroring to port disable mirroring ure mirroring mode ure mirror add anomaly ure mirroring add ure mirroring delete mtu <mtu-size> -vlan ure ip-mtu vlan port storm-control [broadcast multicast unknowndestmac] [nolimit <pps>] preferred-medium [copper fiber] {force} -if -if restart -if restart ports run failover {force} run failover ure ports rate-limit flood run msm-failover {force} run msm-failover sharing address-based [L2 L2_L3 L2_L3_L4 L2_L3_CHK_SUM L2_L3_L4_CHK_SUM] sharing enable <interface-number> grouping <interface-list> {algorithm [port-based address-based {L2 L3 L3_L4}]} {lacp} no sharing enable <interfacenumber> ure ports preferred-medium ure sharing address-based enable sharing grouping disable sharing Legacy CLI Quick Reference Guide 24

25 Table 3: Commands for Configuring Slots and Ports on a Switch (continued) show channel-group show ports sharing show edp interface ethernet [all <interface-list>] {detail} show interface ethernet {<interfacelist>} anomaly {refresh} show interface ethernet {<interfacelist>} collisions {refresh} show interface ethernet {<interfacelist>} uration {refresh} show interface ethernet {<interfacelist>} information {detail} show interface ethernet {<interfacelist>} packet {refresh} show interface ethernet {<interfacelist>} {refresh} show interface ethernet {<interfacelist> stack-ports {<stacking-portlist>}} utilization {bytes packets bandwidth} show interface ethernet {<interfacelist>} wan-phy uration show interface ethernet {<interfacelist>} wan-phy errors {refresh} show interface ethernet {<interfacelist>} wan-phy events {refresh} show interface ethernet {<interfacelist>} wan-phy overhead {refresh} show edp show ports anomaly show ports collisions show ports uration show ports information show ports packet show ports show ports utilization show ports wan-phy uration show ports wan-phy errors show ports wan-phy events show ports wan-phy overhead show interface switchport backup show ports redundant show lacp show lacp show lacp counters show lacp counters show lacp <interface-number> {detail} show lacp member-port ethernet <interface-number> {detail} show lacp lag show lacp member-port show monitor session show mirroring show slot {<slot>} {detail} show slot shutdown -if disable port no shutdown enable port slot <slot> defaults unure slot slot <slot> enable enable slot Legacy CLI Quick Reference Guide 25

26 Table 3: Commands for Configuring Slots and Ports on a Switch (continued) no slot <slot> {offline} enable disable slot slot <slot> module <module_type> ure slot module smartredundancy enable -if enable smartredundancy no smartredundancy enable disable smartredundancy snmp trap link-status -if enable snmp traps port-up-down ports no snmp trap link-status switchport backup <interfacenumber> {link [on off]} no switchport backup -if disable snmp traps port-updown ports ure ports redundant unure ports redundant system jumbomtu <mtu-size> ure jumbo-frame-size wan-phy clocking [line internal] -if ure ports wan-phy clocking no wan-phy unure ports wan-phy wan-phy framing [sonet sdh] -if ure ports wan-phy framing no wan-phy unure ports wan-phy wan-phy loopback [line off] -if ure ports wan-phy loopback no wan-phy unure ports wan-phy wan-phy trace-path <id_string> -if ure ports wan-phy tracepath no wan-phy unure ports wan-phy wan-phy trace-section <id-_string> -if ure ports wan-phy tracesection no wan-phy unure ports wan-phy Commands for Status Monitoring and Statistics Table 4: Commands for Status Monitoring and Statistics clear counters clear counters clear elsm interface ethernet <interface-list> autorestart clear elsm {interface ethernet <interface-list>} counters clear logging counters [<eventcondition> [all <eventcomponent>] {severity <severity> {only}}] clear elsm ports auto-restart clear elsm ports counters clear log counters Legacy CLI Quick Reference Guide 26

27 Table 4: Commands for Status Monitoring and Statistics (continued) clear logging {static messages [memory-buffer nvram]} clear log clear sys-recovery-level clear sys-recovery-level cli--logging enable enable cli--logging no cli--logging enable copy logging system <ipaddress> {vr <vr_name>} <filename> {messages [memory-buffer nvram] {events {<event-condition> <event_component>}}} {severity <severity> {only}} {match <regex>} {chronological} create log filter <name> {copy <filter name>} enable disable cli--logging upload log create log filter delete log filter [<filter name> all] delete log filter elsm auto-restart enable -if enable elsm ports auto-restart no elsm auto-restart disable elsm ports auto-restart elsm enable -if enable elsm ports no elsm enable elsm hellotime <hello_time> {seconds milliseconds} elsm hold-threshold <hold_threshold> elsm uptimer-threshold <uptimer_threshold> -if -if -if disable elsm ports ure elsm ports hellotime ure elsm ports hold-threshold ure elsm ports uptimerthreshold logging console enable enable log display no logging console enable disable log display logging console <severity> {only} ure lof display logging filter <name> [add delete] {exclude} events [<eventcondition> all <event-component>] {severity <severity> {only}} logging filter <name> [add delete] {exclude} events [<eventcondition> all <event-component>] {severity <severity> {only}} [match strictmatch] <type> <value> no logging filter <filter-name> logging host {add} [<ipaddress> <ipport>] {vr <vr_name>} [local0... local7] {<severity>} ure log filter events ure log filter events match unure log filter ure syslog add Legacy CLI Quick Reference Guide 27

28 Table 4: Commands for Status Monitoring and Statistics (continued) no logging host [all <ipaddress> <ipport>] {vr <vr_name>} {local0... local7} logging target [console memorybuffer nvram primary-msm primary-node backup-msm backupnode session syslog [all <ipaddress> <ipport> {vr <vr_name>} [local0... local7]]] match [any <matchexpression>] logging target [console memorybuffer nvram primary-msm primary-node backup-msm backupnode session syslog [all <ipaddress> <ipport> {vr <vr_name>} [local0... local7]]] {severity <severity> {only}} logging target [console memorybuffer primary-msm primary-node backup-msm backup-node nvram session syslog [all <ipaddress> <ipport> {vr <vr_name>} [local0... local7]]] filter <filter-name> {severity <severity> {only}} logging target [console session memory-buffer nvram syslog [[all [<ipaddress> <ipport>]] {vr <vr_name>} {<local>}]] format [timestamp [seconds hundredths none]] [date [dd-mmm-yyyy yyyymm-dd Mmm-dd mm-dd-yyyy dd-mm-yyyy none]] {eventname [component condition none]} {process-name} {process-slot} {severity} {source-line} {priority} {hostname} no logging target [console memorybuffer nvram session syslog [all <ipaddress> <ipport> {vr <vr_name>} [local0... local7]]] format logging target on [console memorybuffer nvram primary-msm primarynode backup-msm backupnode session syslog [all <ipaddress> <ipport>] {vr <vr_name>} [local0... local7]]] ure syslog delete ure log target match ure log target severity ure log target filter ure log target format unure log target format enable log target Legacy CLI Quick Reference Guide 28

29 Table 4: Commands for Status Monitoring and Statistics (continued) no logging target on [console memory-buffer nvram primarymsm primary-node backup-msm backupnode session syslog [all <ipaddress> <ipport>] {vr <vr_name>} [local0... local7]]] logging target syslog [all <ipaddress> <ipport>] {vr <vr_name>} {local0... local7} from <source-ipaddress> disable log target ure log target syslog observe vlan <vlan_name> if ure ports monitor vlan no monitor vlan <vlan_name> rmon enable enable rmon no rmon enable unure ports monitor vlan disable rmon sflow agent defaults unure sflow agent sflow agent {ipaddress} <ip-address> sflow collector {ipaddress} <ipaddress> {port <udpport- number> vr <vrname>} no sflow collector {ipaddress} <ipaddress> {port <udpportnumber>} {vr <vrname>} ure sflow agent ipaddress ure sflow collector ipaddress unure sflow collector sflow default -if unure sflow ports sflow defaults unure sflow sflow enable enable sflow no sflow enable disable sflow sflow enable -if enable sflow ports no sflow enable disable sflow ports sflow max-cpu-sample-limit <rate> ure sflow max-cpusamplelimit sflow poll-interval <seconds> ure sflow poll-interval sflow sample-rate <number> ure sflow sample-rate sflow sample-rate <number> -if ure sflow ports samplerate show elsm show elsm show elsm interface ethernet [<interface-list> all] show elsm ports show environment fans {detail} show fans show environment temperature show temperature Legacy CLI Quick Reference Guide 29

30 Table 4: Commands for Status Monitoring and Statistics (continued) show interface ethernet {<interface_list> stack-ports <stacking-port-list>} rxerrors {refresh} show interface ethernet {<interface_list> stack-ports <stacking-port-list>} statistics {refresh} show interface ethernet {<interface_list> stack-ports <stacking-port-list>} txerrors {refresh} show interface ethernet <interface_list> vlan statistics {refresh} show logging components {<event component>} {version} show ports rxerrors show ports statistics show ports txerrors show ports vlan statistics show log components show logging uration show log uration show logging uration filter {<filter name>} show logging uration target {console memorybuffer nvram primarymsm primary-node backupmsm backup-node session syslog {<ipaddress> <ipport> vr <vr_name>} {[local0... local7]}} show logging counters {<event condition> [all <event component>]} {include notified occurred} {severity <severity> {only}}} show logging events [<event condition> [all <event component>] {severity <severity> {only}}] {details} show logging {messages [memorybuffer nvram]} {events {<eventcondition> <event-component>]} {severity <severity> {only}} {starting [date <date> time <time> date <date> time <time>]} {ending [date <date> time <time> date <date> time <time>]} {match <regex>} {chronological} show rmon memory {detail <memorytype>} show log uration filter show log uration target show log counters show log events show log show rmon memory show sflow {uration} show sflow uration Legacy CLI Quick Reference Guide 30

31 Table 4: Commands for Status Monitoring and Statistics (continued) show sflow statistics show sflow statistics show version {detail process <name> images {partition <partition>} {slot <slotid>}} show vlan <vlan-name> statistics {refresh} sys-health-check all level [normal strict] show version show vlan statistics ure sys-health-check all level sys-health-check interval <interval> ure sys-health-check interval sys-health-check slot <slot> enable enable sys-health-check no sys-health-check slot <slot> enable disable sys-health-check syslog enable enable syslog no syslog enable sys-recovery-level [all none switch] sys-recovery-level slot <slot_number> [none reset shutdown] sys-recovery-level switch [none reset shutdown] disable syslog ure sys-recovery-level ure sys-recovery-level slot ure sys-recovery-level switch VLAN Commands Table 5: VLAN Commands dot1p examination inner-tag -if enable dot1p examination innertag port no dot1p examination inner-tag ip address [<ipaddress> <ipnetmask>] no ip address ipv6 address [ipv6-link-local <ipv6- address> <ipv6netmask>] no ipv6 address {<ipv6netmask>} -if -if disable dot1p examination inner-tag ports ure vlan ipaddress unure vlan ipaddress ure vlan ipaddress unure vlan ipaddress loopback-mode -vlan enable loopback-mode vlan no loopback-mode disable loopback-mode vlan Legacy CLI Quick Reference Guide 31

32 Table 5: VLAN Commands (continued) name <new-vlan-name> -vlan ure vlan name private-vlan <private-vlan-name> assoc [isolated community] {loopback-port <interface-list>} no private-vlan <private-vlan-name> [primary isolated community] private-vlan <private-vlan-name> primary no private-vlan <private-vlan-name> [primary isolated community] private-vlan <private-vlan-name> {vr <vr-name>} no private-vlan <private-vlan-name> -vlan -vlan ure private-vlan add subscriber ure private-vlan delete ure private-vlan add network ure private-vlan delete create private-vlan delete private-vlan protocol <protocol-name> create protocol no protocol <protocol-name> create protocol delete delete protocol protocol <protocol_name> -vlan ure vlan protocol protocol <protocol-name> add [etype llc snap] <hex> protocol <protocol-name> delete [etype llc snap] <hex> ure protocol add ure protocol delete show private-vlan show private-vlan show private-vlan <pvlan-name> show private-vlan <name> show protocol <protocol-name> show protocol show vlan {detail <vlan-name> {stpd security}} {ipv4 ipv6} show vlan state active -vlan enable vlan state suspend -vlan disable vlan switchport access vlan <vlan-name> private-vlan translated switchport trunk allowed vlan <vlanname> private-vlan endpoint switchport [trunk allowed vlan <vlan-name> {privatevlan endpoint} access vlan <vlan-name> {privatevlan translated}] no switchport vlan <vlan-name> -if -if -if ure vlan add ports privatevlan translated ure vlan add ports tagged private-vlan end-point ure vlan add ports ure vlan delete ports tag <vlan-tag> {remote-mirroring} -vlan ure vlan tag vlan <vlan-name> {vr <vr-name>} create vlan no vlan <vlan-name> delete vlan Legacy CLI Quick Reference Guide 32

33 Table 5: VLAN Commands (continued) vlan-translation loopback interface ethernet <interfacelist> no vlan-translation loopback <interface> vlan-translation member-vlan <member-vlan-name> {loopback <interface>} no vlan-translation member-vlan <member-vlan-name> -vlan -vlan ure vlan-translation add loopback-port ure vlan-translation delete loopback-port ure vlan-translation add member-vlan ure vlan-translation delete member-vlan FDB Commands Table 6: FDB Commands clear mac address-table dynamic {address <mac-addr> interface ethernet <interface-list> vlan <vlanname> blackhole vpls {<vpls_name> {<peer_ip_address>}}} clear fdb flooding enable -vlan enable flooding no flooding enable mac address-table static <macaddr> vlan <vlan-name> [interface ethernet <interface-list> blackhole] no mac address-table static [all [<mac-addr> broadcast-mac] vlan <vlan-name>] mac address-table {vpls} aging-time <seconds> mac-learning {forward-packets drop-packets} interface ethernet [<interface-list> all] disable no mac-learning interface ethernet [<interface-list> all] disable mac-learning [vlan <vlan-name> vman <vman-name> bvlan <bvlanname> svlan <svlan-name>] disable no mac-learning [vlan <vlan-name> vman <vmanname> bvlan <bvlanname> svlan <svlan-name>] disable disable floooding create fdbentry vlan ports delete fdbentry ure fdb agingtime disable learning port enable learning port disable learning enable learning Legacy CLI Quick Reference Guide 33

34 Table 6: FDB Commands (continued) show mac address-table {{address <mac-addr> blackhole static vlan <vlan-name> interface ethernet <interface-list>} {netlogin [all macbasedvlans]} {{vpls} {<vplsname>}}} {mask} show fdb show mac address-table stats show fdb switchport block [broadcast multicast unicast all_cast] no switchport block [broadcast multicast unicast all_cast] disable flooding ports enable flooding ports STP Commands Table 7: STP Commands clear spanning-tree counters {[all diagnostics domains ports]} clear counters stp format <format-id> -mst ure mstp format name <name> -mst ure mstp region revision <revision> -mst ure mstp revision show spanning-tree {<stpd-name> detail} show spanning-tree {<stpd-name>} interfaces {ethernet [<interfacenumber> <interface-list>]} detail show stpd show stpd ports show vlan <vlan-name> stpd show vlan stpd spanning-tree {<stpd-name>} create stpd no spanning-tree {<stpd-name>} spanning-tree {<stpd-name>} bpduguard enable no spanning-tree {<stpd-name>} bpduguard enable spanning-tree {<stpd-name>} cost [auto <cost>] spanning-tree {<stpd-name>} default encapsulation [dot1d emistp pvst-plus] spanning-tree {<stpd-name>} defaults -if -if delete stpd ure stpd ports edge-safeguard enable ure stpd ports edge-safeguard disable ure stpd ports cost ure stpd default-encapsulation unure stpd Legacy CLI Quick Reference Guide 34

35 Table 7: STP Commands (continued) spanning-tree {<stpd-name>} enable no spanning-tree {<stpd-name>} enable spanning-tree {<stpd-name>} enable no spanning-tree {<stpd-name>} enable spanning-tree {<stpd-name>} forwarddelay <seconds> spanning-tree {<stpd-name>} hellotime <seconds> spanning-tree {<stpd-name>} linktype [auto shared point-to-point portfast {{no} bpduguard enable}] spanning-tree {<stpd-name>} linktype defaults spanning-tree {<stpd-name>} maxage <seconds> spanning-tree {<stpd-name>} maxhops <hopcount> spanning-tree {<stpd-name>} mode [dot1d dot1w mst [cist msti <instance>]] spanning-tree {<stpd-name>} mode [dot1d emistp pvst-plus] spanning-tree {<stpd-name>} portpriority <priority> spanning-tree {<stpd-name>} priority <priority> spanning-tree {<stpd-name>} rapidroot-failover enable no spanning-tree {<stpd-name>} rapid-root-failover enable spanning-tree {<stpd-name>} stpdpriority <priority> spanning-tree {<stpd-name>} tag <stpd_tag> spanning-tree {<stpd-name>} vlan <vlan-name> autobind enable no spanning-tree {<stpd-name>} vlan <vlan-name> auto-bind enable -if -if -if -if -if -if enable stpd disable stpd enable stpd ports disable stpd ports ure stpd forwarddelay ure stpd hellotime ure stpd ports link-type unure stpd ports link-type ure stpd maxage ure stpd max-hop-count ure stpd mode ure stpd ports mode ure stpd ports port-priority ure stpd ports priority enable stpd rapid-root-failover disable stpd rapid-root-failover ure stpd priority ure stpd tag enable stpd auto-bind disable stpd auto-bind Legacy CLI Quick Reference Guide 35

36 Table 7: STP Commands (continued) spanning-tree {<stpd-name>} vlan <vlan-name> {[dot1d emistp pvstplus]} no spanning-tree {<stpd-name>} vlan <vlan-name> spanning-tree {<stpd-name>} vlan <vlan-name> {[dot1d emistp pvstplus]} -if -if ure stpd add vlan ure stpd delete vlan ure vlan add ports stpd spanning-tree mst defaults unure mstp region switchport trunk encapsulation dot1q 2 -if Configuration and Image Commands Table 8: Configuration and Image Commands show running-uration show uration write {primary secondary memory {primary secondary <existing> <new->}} save uration 2 Use this command when creating trunk/tagged ports, and enter it before the following command: spanningtree {stpd-name} vlan vlan-name {[dot1d emistp pvst-plus]}. Legacy CLI Quick Reference Guide 36