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Document History
TitlePublication numberSummary of changesDate
Brocade Mobility RFS4000, RFS6000 and
RFS7000 CLI Reference Guide
This document is designed for system administrators with a working knowledge of Layer 2 and
Layer 3 switching and routing.
If you are using a Brocade Layer 3 router, you should be familiar with the following protocols if
applicable to your network – IP, RIP, OSPF, BGP, ISIS, IGMP, PIM, DVMRP, and VRRP.
To avoid confusion among Mobility RFS4000 Controller, Mobility RFS6000 Controller and Mobility
RFS7000 Controller CLI users, generic examples are used throughout this guide. These examples
are relevant to each controller.
Example
RFController>cluster-cli enable
RFController>
The syntax, parameters and descriptions within this guide can also be used generically for a
Mobility RFS4000 Controller, Mobility RFS6000 Controller and Mobility RFS7000 Controller.
However, some subtle differences do exist amongst these baselines. These differences are
strongly noted within the specific commands impacted. When these differences are noted, the
options available to each controller baseline are described in detail.
This guide will help you implement, configure, and administer the controller and associated
network elements. This guide is organized into the following sections:
Chapter
Chapter 1, “Introduction”Review the overall feature-set of the controller, as well as the
Chapter 2, “Common Commands”Understand the commands common amongst many contexts
Chapter 3, “User Exec Commands”Summarize the User Exec commands within the controller CLI.
Chapter 4, “Privileged Exec Commands”Review the Priv Exec commands within the controller CLI.
Chapter 5, “Global Configuration Commands”Understand the Global Config commands within the controller
Chapter 6, “Crypto-isakmp Instance”Review the (
Chapter 7, “Crypto-group Instance”Understand the (
Chapter 8, “Crypto-peer Instance”Summarize the (
Chapter 9, “Crypto-ipsec Instance”Review the (
Chapter 10, “Crypto-map Instance”Understand the (
Chapter 11, “Crypto-trustpoint Instance”Summarize the (
Chapter 12, “Interface Instance”Understand the (
Chapter 13, “Spanning tree-mst Instance”Summarize the
Chapter 14, “Extended ACL Instance”Review the (
Chapter 15, “Standard ACL Instance”Understand the (
Chapter 16, “Extended MAC ACL Instance”Review the (
Chapter 17, “DHCP Server Instance”Understand the
Chapter 18, “DHCP Class Instance”Review the
Chapter 19, “Radius Server Instance”Summarize the
Chapter 20, “Wireless Instance”Understand the
Chapter 21, “RTLS Instance”Review the
Jump to this section if you want to...
many configuration options available.
and instance contexts within the controller CLI.
CLI.
crypto-isakmp) commands within the controller
CLI.
crypto-group) commands within the
controller CLI.
crypto-peer) commands within the
controller CLI.
crypto-ipsec) commands within the controller
CLI.
crypto-map) commands within the controller
CLI.
crypto trustpoint) commands within the
controller CLI.
config-if) commands within the controller
CLI.
(config-mst) instance commands within the
controller CLI.
config-ext-nacl) commands within the
controller CLI.
config-std-nacl) commands within the
controller CLI.
config-ext-macl) commands within the
controller command line.
(config-dhcp-pool) commands within the
controller command line.
(config-dhcp-class) instance commands
within the controller CLI.
(config-radsrv) instance commands within
the controller CLI.
(config-wireless) instance commands
within the controller CLI.
(config-rtls) instance commands within the
controller CLI.
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How to use this guide
Chapter
Chapter 22, “ESPI Instance”Review the (config-rtls-espi) instance commands within
Chapter 23, “RFID Instance”Review the
Chapter 24, “SOLE Instance”Review the
Chapter 25, “Smart RF Instance”Review the
Chapter 26, “Role Instance”Review the
Supported hardware and software
The following hardware platforms are supported by this release of this guide:
• Brocade Mobility RFS7000 Controller
• Brocade Mobility RFS6000 Controller
• Brocade Mobility RFS4000 Controller
The following software versions are supported by this release of this guide:
Jump to this section if you want to...
the controller CLI
(config-rtls-rfid) instance commands within
the controller CLI
(config-rtls-sole) instance commands within
the controller CLI
(config-wireless-smart-rf) instance
commands within the controller CLI
(config-role) instance commands within the
controller CLI
• Software version 4.3.0.0 and later
Document conventions
This section describes text formatting conventions and important notice formats used in this
document.
Text formatting
The narrative-text formatting conventions that are used are as follows:
bold textIdentifies command names
italic textProvides emphasis
Identifies the names of user-manipulated GUI elements
For readability, command names in the narrative portions of this guide are presented in mixed
lettercase: for example, controllerShow. In actual examples, command lettercase is often all
lowercase. Otherwise, this manual specifically notes those cases in which a command is case
sensitive.
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How to use this guide
.
Command syntax conventions
command / keywordThe first word is always a command. Keywords are words that must be
entered as is. Commands and keywords are mandatory.
For example, the command,
RFController>show wlan 1
is documented as
show wlan <idx>
where:
• show – The command
• wlan – The keyword
<variable>Variables are described with a short description enclosed within a ‘<‘
and a ‘>’ pair.
For example, the command,
RFController>show wlan 1
is documented as
show wlan <idx>
where:
• show – The command – Display information.
• wlan – The keyword – The wlan
• <idx> – The variable – WLAN Index value.
|The pipe symbol. This is used to separate the variables/keywords in a
list.
For example, the command
RFController> show .....
is documented as
show [autoinstall|banner|ip|ldap|......]
where:
• set – The command
• [autoinstall|banner|ip|ldap|......] – Indicates the different
commands that can be combined with the show command.
However, only one of the above list can be used at a time.
show autoinstall ...
show banner ...
show ip ...
show ldap ...
[ ]Of the different keywords and variables listed inside a ‘[‘ & ‘]’ pair, only
one can be used. Each choice in the list is separated with a ‘|’ (pipe)
symbol.
For example, the command
RFController> clear ...
is documented as
clear [crypto|mobility|spanning-tree]
where:
• clear – The command
• [crypto|mobility|spanning-tree] – Indicates that three keywords
are available for this command and only one can be used at a time
{ }Any command/keyword/variable or a combination of them inside a ‘{‘ &
<values>Values to be entered as shown in Blue.
‘}’ pair is optional. All optional commands follow the same conventions
as listed above. However they are displayed italicized.
For example, the command
RFController> show autoinstall ....
is documented as
show autoinstall
Here:
{status}
• show autostatus– The command. This command can also be used
as
show autostatus
• {status} – The optional keyword status. The command can also be
extended as
show autoinstall status
Here the keyword status is optional.
For example, the command
RFController>show wlan 1
is documented as
show wlan <idx>
This command’s parameter <idx> is described as under:
“<idx> – <idx> (1-256) is the Wlan Index.”
Notes, cautions, and warnings
The following notices and statements are used in this manual. They are listed below in order of
increasing severity of potential hazards.
NOTE
A note provides a tip, guidance or advice, emphasizes important information, or provides a
reference to related information.
CAUTION
A Caution statement alerts you to situations that can be potentially hazardous to you or cause
damage to hardware, firmware, software, or data.
DANGER
A Danger statement indicates conditions or situations that can be potentially lethal or extremely
hazardous to you. Safety labels are also attached directly to products to warn of these conditions
or situations.
Notice to the reader
This document may contain references to the trademarks of the following corporations. These
trademarks are the properties of their respective companies and corporations.
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These references are made for informational purposes only.
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In this chapter
This chapter describes the commands defined by the controller Command Line Interface (CLI).
Access the CLI (on the supported Mobility RFS6000 Controller and Mobility RFS7000 Controller
models) by running a terminal emulation program on a computer connected to the serial port on
the front of the controller, or by using a Telnet session via secure shell (SSH) to access the
controller over the network. The default CLI user designation is cli. The default username and
password are admin and admin123 respectively.
To avoid confusion amongst Mobility RFS6000 Controller and Mobility RFS7000 Controller CLI
users, generic examples are used throughout this guide. These examples are relevant to each
controller.
•Using the no and default command forms . . . . . . . . . . . . . . . . . . . . . . . . . . 26
CLI overview
Example
RFController>cluster-cli enable
RFController>
The CLI syntax, parameters and descriptions within this guide can also be used generically for a
Mobility RFS4000 Controller, Mobility RFS6000 Controller and Mobility RFS7000 Controller model.
However, some subtle differences do exist amongst these baselines. These differences are noted
within the specific commands impacted. When these differences are noted, the options available
to each controller baseline are described in detail.
The CLI is used for configuring, monitoring, and maintaining the controller managed network. The
user interface allows you to execute commands (on the supported Mobility RFS4000 Controller,
Mobility RFS6000 Controller and Mobility RFS7000 Controller models) using either a serial console
or a remote access method.
This chapter describes the basic features of the CLI. Topics covered include an introduction to
command modes, navigation and editing features, help features, and command history.
Configuration for connecting to the CLI using a terminal emulator
Use the following settings to configure your terminal emulator for connecting to the controller’s CLI.
Bits Per Second
Data Bits
Parity
Stop Bit
Flow Control
19200
8
None
1
None
When a CLI session is established, to access the controller, do as follows (user input is in bold)
login as: cli
User Access Verification
Username:
Use the following credentials when logging to the CLI for the first time.
User Name
Password
admin
admin123
When logging for the first time, you are prompted to change the password.
CLI Modes
The CLI is segregated into different command modes. Each mode has its own set of commands for
configuration, maintenance and monitoring. The commands available at any given time depend on
the mode you are in, and to a lesser extent, the particular Mobility RFS6000 Controller or Mobility
RFS7000 Controller model used. Enter a question mark (?) at the system prompt to view a list of
commands available for each command mode/instance.
Use specific commands to navigate from one command mode to another. The standard order is:
USER EXEC mode, PRIV EXEC mode and GLOBAL CONFIG mode.
A session generally begins in the USER EXEC mode (one of the two access levels of the EXEC
mode). For security, only a limited subset of EXEC commands are available in the USER EXEC
mode. This level is reserved for tasks that do not change the configuration of the controller (such
as determining the current controller configuration).
To access commands, enter the PRIV EXEC mode (the second access level for the EXEC mode).
Once in the PRIV EXEC mode, enter any EXEC command. The PRIV EXEC mode is a superset of the
USER EXEC mode.
Most of the USER EXEC mode commands are one-time commands and are not saved across
controller reboots. For example, the show command displays the current configuration and the
clear command clears the interface.
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CLI overview
1
Access the GLOBAL CONFIG mode from the PRIV EXEC mode. In GLOBAL CONFIG mode, enter
commands that set general system characteristics. Configuration modes, allow you to change the
running configuration. If you save the configuration later, these commands are stored across
controller reboots.
Access a variety of protocol-specific (or feature-specific) modes from the global configuration
mode. The CLI hierarchy requires you access specific configuration modes only through the global
configuration mode.
You can also access sub-modes from the global configuration mode. Configuration sub-modes
define specific features within the context of a configuration mode.
Tab le 1 summarizes the commands available from the controller.
TABLE 1RF Controller CLI Hierarchy
User Exec ModePriv Exec ModeGlobal Configuration Mode
User Exec ModePriv Exec ModeGlobal Configuration Mode
pingntp
pwdprompt
quitradius-server
reloadredundancy
renamertls
rmdirservice
serviceshow
showsmtp-notification
telnetsnmp-server
terminalspanning-tree
traceroutetimezone
upgradetraffic-shape
upgrade-abortusername
writevpn
formatwireless
wireless-acl
firewall
network-element-id
ratelimit
role
virtual-ip
wwan
To return from the Global Config mode to the Privilege Exec mode use:
RFSController(config)#exit
RFSController#
Similarly, to return from the Privilege Exec mode to User Exec mode use
RFSController#disable
RFSController>
Getting context sensitive help
Enter a question mark (?) at the system prompt to display a list of commands available for each
mode. Obtain a list of arguments and keywords for any command using the CLI context-sensitive
help.
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Getting context sensitive help
Use the following commands to obtain help specific to a command mode, command name,
keyword or argument:
CommandDescription
(prompt)# helpDisplays a brief description of the help system
(prompt)#
abbreviated-command-entry?
(prompt)#
abbreviated-command-entry<Tab>
(prompt)# ?Lists all commands available in the command mode
(prompt)# command ?Lists the available syntax options (arguments and
(prompt)# command keyword ?Lists the next available syntax option for the command
Lists commands in the current mode that begin with a
particular character string
Completes a partial command name
keywords) for the command
NOTE
The system prompt varies depending on which configuration mode you are in.
NOTE
Enter Ctrl + V to use ? as a regular character and not as a character used for displaying context
sensitive help. This is required when the user has to enter a URL that ends with a ?
1
NOTE
The escape character used through out the CLI is “\”. To enter a "\" use "\\" instead.
When using context-sensitive help, the space (or lack of a space) before the question mark (?) is
significant. To obtain a list of commands that begin with a particular sequence, enter the
characters followed by a question mark (?). Do not include a space. This form of help is called word
help, because it completes a word.
RFController#service?
service Service Commands
RFController#service
Enter a question mark (?) (in place of a keyword or argument) to list keywords or arguments.
Include a space before the ?. This form of help is called command syntax help. It shows the
keywords or arguments available based on the command/keyword and argument already entered.
RFController>service ?
diag Diagnostics
encrypt Encrypt password or key with secret
save-cli Save CLI tree for all modes in html format
show Show running system information
RFController>service
It is possible to abbreviate commands and keywords to allow a unique abbreviation. For example,
“configure terminal” can be abbreviated as
config t. Since the abbreviated command is unique,
the controller accepts the abbreviation and executes the command.
Enter the help command (available in any command mode) to provide the following description:
RFController>help
CLI provides advanced help feature. When you need help,
Commands starting with # at the RFController# prompt are ignored and not executed. Any space
before a CLI command is ignored in execution.
Using CLI editing features and shortcuts
A variety of shortcuts and edit features are available. The following describe these features:
• Moving the cursor on the command line
• Completing a partial command name
• Deleting entries
• Re-displaying the Current Command Line
• Transposing mistyped characters
• Controlling Capitalization
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Using the no and default command forms
1
Moving the cursor on the command line
Tab l e 2 shows the key combinations or sequences to move the cursor on the command line. Ctrl
defines the Control key, which must be pressed simultaneously with its associated letter key.
Esc supports the Escape key (which must be pressed first), followed by its associated letter key.
Keys are not case sensitive. Specific letters are used to provide an easy way of remembering their
functions. In Table 2, bold characters bold indicate the relation between a letter and its function.
TABLE 2Key Combinations Used to Move the Cursor
KeystrokesFunction SummaryFunction Details
Left Arrow or Ctrl-B
Right Arrow or Ctrl-F
Esc, B
Esc, F
Ctrl-A
Ctrl-E
Ctrl-d
Ctrl-U
Ctrl-K
Ctrl-P
Ctrl-N
Esc-C
Esc-L
Back characterMoves the cursor one character to the left
When entering a command that extends beyond
a single line, press the Left Arrow or Ctrl-B keys
repeatedly to scroll back to the system prompt
and verify the beginning of the command entry.
You can press the Ctrl-A key combination.
Forward characterMoves the cursor one character to the right
Back wordMoves the cursor back one word
Forward wordMoves the cursor forward one word
Beginning of lineMoves the cursor to the beginning of the line
End of lineMoves the cursor to the end of the command
line
Deletes the current character
Deletes text up to cursor
Deletes from the cursor to end of the line
Obtains the prior command from memory
Obtains the next command from memory
Converts the rest of a word to uppercase
Converts the rest of a word to lowercase
Esc-D
Ctrl-W
Ctrl-Z
Ctrl-L
Deletes the remainder of a word
Deletes the word up to the cursor
Enters the command and returns to the root
prompt
Refreshes the input line
Completing a partial command name
If you cannot remember a command name (or if you want to reduce the amount of typing you have
to perform) enter the first few letters of a command, then press the Tab key. The command line
parser completes the command if the string entered is unique to the command mode. If your
keyboard does not have a Tab key, press Ctrl-I.
The CLI recognizes a command once you have entered enough characters to make the command
unique. If you enter “conf” within the privileged EXEC mode, the CLI associates the entry with the
configure command, since only the configure command begins with
In the following example, the CLI recognizes a unique string in the privileged EXEC mode when the
Tab key is p re s s ed:
RFController# conf<Tab>
RFController# configure
When using the command completion feature, the CLI displays the full command name. The
command is not executed until the Return or Enter key is pressed. Modify the command if the full
command was not what you intended in the abbreviation. If entering a set of characters (indicating
more than one command), the system lists all commands beginning with that set of characters.
Enter a question mark (?) to obtain a list of commands beginning with that set of characters. Do
not leave a space between the last letter and the question mark (?).
conf.
For example, entering
RFController# co?
copy? commit
RFController# co
co? lists all commands available in the current command mode:
NOTE
The characters entered before the question mark are reprinted to the screen to complete the
command entry.
Deleting entries
Use any of the following keys (or key combinations) to delete command entries:
KeystrokesPurpose
BackspaceDeletes the character to the left of the cursor
Ctrl-DDeletes the character at the cursor
Ctrl-KDeletes all characters from the cursor to the end of the command line
Ctrl-WDeletes a word up to the cursor
Esc, DDeletes from the cursor to the end of the word
Re-displaying the Current Command Line
If entering a command and the system suddenly sends a message, you can recall the current
command entry. To re-display the current command line (refresh the screen), use the following key
combination:
KeystrokesPurpose
Ctrl-LRe-displays the current command line
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Using the no and default command forms
1
Command output pagination
Output often extends beyond the visible screen length. For cases where output continues beyond
the screen, the output is paused and a
at the bottom of the screen. To resume the output, press the Return key to scroll down one line or
press the Spacebar to display the next full screen of output.
Press Any Key to Continue (Q to Quit) prompt displays
Transposing mistyped characters
If you have mistyped a command entry, you can transpose the mistyped characters. To transpose
characters, use the following key combination:
KeystrokesPurpose
Ctrl-TTransposes the character to the left of the cursor with the character located at
the cursor
Controlling Capitalization
Capitalize or lowercase words with a few simple key sequences. The controller CLI commands are
generally case-insensitive (and in lowercase). To change the capitalization of the commands, use
one of the following sequences:
KeystrokesPurpose
Esc, CCapitalizes the letters to the right of cursor
Esc, LChanges the letters at the right of cursor to lowercase
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In this chapter
This chapter describes the CLI commands used in the USER EXEC, PRIV EXEC, and GLOBAL
CONFIG modes.
The PRIV EXEC command set contains those commands available within the USER EXEC mode.
Some commands can be entered in either mode. Commands entered in either USER EXEC mode or
PRIV EXEC mode are referred to as EXEC mode commands. If a user or privilege is not specified,
the referenced command can be entered in either mode.
Use this command to access the advanced help feature. Use “?” anytime at the command prompt
to access the help topic.
Two kinds of help are provided:
1. Full help is available when ready to enter a command argument.
2. Partial help is provided when an abbreviated argument is entered and you want to know what
arguments match the input (for example 'show ve?').
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
• Mobility RFS7000 Controller
Syntax
help
or
?
Parameters
None
Example
RFController>service ?
diag Diagnostics
encrypt Encrypt password or key with secret
kill Kill a connection
locator flash all LEDS to locate controller visually
save-cli Save CLI tree for all modes in html format
show Show running system information
undefine Undefine non active Event Cycle spec
wireless Wireless parameters
RFController>service
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no
Common commands
Negates a command or sets its defaults
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
• Mobility RFS7000 Controller
Syntax
no
Parameters
None
Example (User Exec)
RFController>no ?
cluster-cli Cluster context
mobile-unit mobile-unit index
page Toggle paging
service Service Commands
RFController>no
ip Internet Protocol (IP)
line Configure a terminal line
local Local user authentication database for VPN
logging Modify message logging facilities
mac MAC configuration
mac-address-table Configure MAC address table
mac-name Remove a configured MAC Address name
management sets properties of the management interface
network-element-id Reset system’s network element
ntp Configure NTP
prompt Reset system's prompt
radius-server RADIUS server configuration commands
ratelimit ratelimit
role Configure role parameters
redundancy Configure redundancy group parameters
service Service Commands
smtp-notification Modify SMTP-Notification parameters
snmp-server Modify SNMP engine parameters
spanning-tree Spanning tree
timezone Revert the timezone to default (UTC)
traffic-shape Traffic shaping
username Establish User Name Authentication
vpn vpn
virtual-ip Virtual IP
wlan-acl Remove an ACL from WLAN
white-list Host whitelist
wlan-acl Remove an ACL from WLAN
wwan Wireless WAN interface
RFController(config)#no
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Common commands
2
service
Common commands
Service commands are used to manage the controller configuration in all modes. Depending on the
mode, different service commands will display.
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
• Mobility RFS7000 Controller
Syntax(User Executable Mode)
service [clear|diag|encrypt|kill|locator|save-cli|show|undefine|
wireless]
service [locator|save-cli|undefine]
service clear [command-history|reboot-history|upgrade-history]
service diag [enable|identify|limit|period|poe
tech-support-period|tech-support-url]
service diag [enable|identify]
service diag poe debug
service diag limit [buffer|fan|filesys|inodes|load|maxFDs|
pkbuffers|procRAM|ram|routecache|temperature]
service diag limit buffer
128|128k|16k|1k|256|2k|32|32k|4k|512|64|64k|8k
[
service diag limit fan
service diag limit filesys [etc2|flash|var]
<limit-as-percent>
service diag limit inodes [etc2|flash|var]
<limit-as-percent>
service diag limit load [
service diag limit maxFDs
service diag limit pkbuffers
service diag limit procRAM <0.0-100.0>
service diag limit ram <0.0-25.0>
service diag limit routecache
service diag limit temperature
<temperature>
service diag period <100-30000>
service diag tech-support-period <10-10080>
service diag tech-support-url <URL>
<1-3>
01|05|15
<0-32767>
low <1000-15000>
] <load-as-percent>
<0-65535>
<0-65535>
<temp-sensor-number>
] <0-65535>
[critical|high|low]
service encrypt secret 2 <passphrase> plaintext <plaintext>
service kill connection
service show [cli|command-history|crash-info|diag|info|
memory|process|reboot-history|rtls|startup-log|
upgrade-history|watchdog]
service show [cli|command-history|crash-info|info|memory|
service copy tech-support [<file>|<URL>] [tftp|ftp|sftp]
service diag [enable|identify|limit|period|
tech-support-period|tech-support-url]
service encrypt secret 2 <pass-phrase> <plain-text>
service firewall disable
service firewall ip igmp snooping robustness-variable <1-7>
service kill conncection
service pktcap on [bridge|deny|drop|interface|router|vlan]
service pktcap on [bridge|drop]
l4|net|not|port|src|tcp|udp|vlan|wlan]
service pktcap on bridge filter [arp|capwap|icmp|ip|ip6|
igmp|udp]
<LINE>}
service pktcap on bridge filter capwap
service pktcap on bridge filter dst [A.B.C.D|net|port]
{[and|or] <LINE>}
service pktcap on bridge filter ether [broadcast|dst|host|
multicast|proto|src]
service pktcap on bridge filter ether [broadcast|multicast]
{[and|or] <LINE>}
service pktcap on bridge filter ether [dst|host|src] <MAC>
{[and|or] <LINE>}
service pktcap on bridge filter ether proto <0-65535>
{[and|or] <LINE>}
service pktcap on bridge filter ether host <IP>
service pktcap on bridge filter ip multicast
service pktcap on bridge filter ip proto [<0-255>|
<protocol>]
service pktcap on bridge filter [l2|l3|l4] [u16 <0-126>|
u32 <0-124>|u8 <0-127>]
service pktcap on bridge filter net <IP/MASK>
service pktcap on bridge filter not [arp|capwap|dst|ether|
service pktcap on interface [<INTERFACE>|ge <1-4>|me1|
sa <1-4>|vlan <1-4094>]
outbound|snap|verbose|write]}
service pktcap on router
write]}
service pktcap on vpn
snap|verbose|write]}
service securitymgr [disable|disable-flow-rate-limit|
dump-core|enable-http-stats|tftplag]
service show [cli|command-history|crash-info|diag|fw|info|
ip|last-passwd|memory|pm|process|reboot-history|rtls|
securitymgr|smart-rf|startup-log|upgrade-history|watchdog|
wireless]
service show [cli|command-history|crash-info|diag|info|
memory|process|reboot-history|rtls|startup-log|
upgrade-history|watchdog]
{[and|or] <LINE>}
{[count|filter|hex|snap|verbose|
{[count|filter|hex|inbound|outbound|
{[count|filter|hex|inbound|
{[and|or] <LINE>}
{[and|or] <LINE>}
{[and|or]
{[access-list|
service show fw flows brief
service show ip igmp snooping vlan <1-4094>
service show last-passwd
service show pm
service show rtls [grid|location-history|rfid]
service show rtls grid [all|x]
service show rtls grid all
service show rtls grid x <0-9000> y <0-9000>
service show rtls rfid events reader
service show securitymgr flows [details|source]
service show securitymgr flows details
service show securitymgr flows source [<IP>|any] destination [<IP>|any]
protocol [any|icmp|tcp|udp]
service show smart-rf [debug-config|sensitivity]
service show smart-rf debug-config
service show smart-rf sensitivity [client|pattern|rates]
service show smart-rf sensitivity client
service show smart-rf sensitivity pattern
[pattern-11a|pattern-11b|pattern-11bg|pattern-2-mbps]
service show wireless [ap-history|buffer-counters|
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Common commands
service show wireless ap-history <MAC>
service show wireless[enhanced-beacon-table|
enhance-probe-table] [config|report]
service show wireless group <1-256>
service show wireless client-cache-entry
service show wireless mvlan <1-256>
service show wireless radio [<1-4096>|description|mapping]
service show wireless radio-cache-entry
service show wireless vlan-cache-entry
service show wireless waiting
service wireless enhanced-beacon-table [channel-set|enable|
erase-report|max-ap|scan-interval|scan-time]
service wireless enhanced-beacon-table [enable|erase-report]
service wireless enhanced-beacon-table channel-set
[a|an|bg|bgn] <1-200>
service wireless enhanced-beacon-table max-ap <0-512>
service wireless enhanced-beacon-table scan-interval <10-60>
service wireless enhanced-beacon-table scan-time <100-1000>
{<SPECNAME>}
{<1-1024>}
service wireless enhanced-probe-table
[enable|erase-report|max-client|preferred|window-time]
service wireless enhanced-probe-table [enable|erase-report]
service wireless enhanced-probe-table max-client <0-512>
service wireless enhanced-probe-table preferred <MAC>
service wireless enhanced-probe-table window-time <10-60>
service wireless free-packet-watermark <0-100>
service wireless idle-radio-send-multicast enable
service wireless map-radios <1-127>
service wireless radio-misc-cfg <hex-mask>
service wireless request-ap-log <ap-index>
service wireless snmp-trap-throttle <1-20>
service wireless vlan-cache enable
44Brocade Mobility RFS4000, RFS6000 and RFS7000 CLI Reference Guide
• ap-history [clear|enable] – Access-point history
• clear – Delete all history of all APs
• enable – Enable the tracking of AP history
• clear-ap-log <1-1024> – Clears the AP logs
• custom-cli [sh-wi-wireless-client|sh-wi-radio] – Customize the
output of some summary cli commands in wireless
• sh-wi-wireless-client [ap-locn|ap-name|channel|
dot11-type|ip|last-heard|mac|radio-bss|
radio-desc|radio-id|ssid|state|username|vlan
|wlan-desc|wlan-id|username] – Customize the output
of the "show wireless wireless-client’ command
• ap-locn – The location of the AP where the
wireless-client is associated
• ap-name – The name of the AP where the
wireless-client is associated
• channel – The channel of the radio where the
wireless-client is associated
• dot11-type –The dot11 radio type of the
wireless-client
• ip – The IP address of the wireless-client
• last-heard – the time when a packet was last
received from the wireless-client
• mac – MAC address of wireless-client
• radio-bss – the bssid of the radio where the
wireless-client is associated
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Common commands
• radio-desc – description of radio where the
wireless-client is associated
• radio-id – The radio index to which the
wireless-client is associated
• ssid – The ssid of the wireless-clients wlan
• state – The current state of the wireless-client
• username – The Radius username of the user
connected through this device (shown only if
applicable and available)
• vlan – The vlan-id assigned to the wireless-client
• wlan-desc – The wlan description the
wireless-client is using
• wlan-id – The wlan index the wireless-client is
using
• sh-wi-radio [adopt-info|ap-locn|ap-mac|
ap-name|bss|channel|dot11-type|num-client|power|
radio-desc|radio-id|state] – Customize the output of
the "show wireless radio" command
• adopt-info – The adoption information about the
radio
• ap-locn – The location of the AP to which this radio
belongs
• ap-mac – The MAC address of AP to which the
radio belongs
• ap-name – The name of the AP to which this radio
belongs
• bss – The bssid of the radio
• channel –The configured and current channel of
the radio
• dot11-type – The the dot11 type (11a/11g etc) of
service diag [enable|limit|period|tech-support-period|
tech-support-url]
service password-encryption secret 2 <pass-phrase>
service pm sys-restart
service prompt crash-info
service radius
service redundancy dynamic-ap-load-balance start
service set [command-history|reboot-history|upgrade-history]
<10-100>
service show cli
service terminal-length <0-512>
• tech-support-url – Sets the URL to use during auto generated
technical support dumps
Encrypts passwords
• secret – Encrypts passwords/keys with a secret phrase
• 2 – Type of encryption SHA256-AES256
• <pass-phrase> – Passphrase for encryption
• <encryption-key> – Plaintext password or key to encrypt
• sys-restart – Enables the PM to restart the system when a
processes fails
• crash-info – Enables a crash-info prompt
• restart – Restarts the radius server with an updated
configuration
Configure redundancy group parameters
• dynamic-ap-load-balance start – Enables the Dynamic AP
Load Balance feature
• start – Start dynamic AP load balance
Set service parameters.
• command-history <10-300> – Sets the size of the command
history (default is 200)
• reboot-history <10-100> – Sets the size of the reboot history
(default is 50)
• upgrade-history <10-100> – Sets the size of the upgrade
history (default is 50)
• cli – Shows the CLI tree of the current mode
• <0-512> – Number of lines of VTY (0 means no line control)
Usage Guidelines
The service password-encryption set by the user cannot be disabled without knowing the old
password. Refer the note below for more clarification.
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Common commands
2
NOTE
The no service password-encryption command used to disable the encryption, now requires the
user to know the old password. The user will have to enter the old password to disable the
encryption.
Earlier, using
no service password-encryption disabled the encryption and show running config
displayed the passwords as plaintext.
Now, the user has to user
no service password-encryption <old password key> to disable or
change the password.
Example
RFController#service diag ?
enable Enable in service diagnostics
identify Identify this controller by flashing the LEDs in a
rapidly changing pattern
limit diagnostic limit command
period Set diagnostics period
tech-support-period Set diagnostics tech-support period
tech-support-url Set the URL to use during auto generated technical
support dumps
RFController#service diag enable
RFController#service diag limit ?
buffer buffer usage warning limit
fan Fan speed limit
filesys file system freespace limit
load agregate processor load
maxFDs maximum number of file descriptors
pkbuffers packet buffer head cache
procRAM percent RAM used by a process
ram percent free RAM
routecache IP route cache usage
temperature temperature limit
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crypto
Common to all modes
Displays the encryption mode information.
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
• Mobility RFS7000 Controller
Syntax
show crypto[ipsec|isakmp|key|map|pki]
show crypto ipsec[sa|
security-association|transformset]
show crypto isakmp[policy <1-10000>|sa]
show crypto keymy pubkey rsa
show crypto map[interface <interface-name>|tag <tag-name>]
show crypto pki[request <trustpoint-name>|trustpoints]
Parameters
show
2
ipsec
[sa|securityassociation
|transformset]
Displays the IPSEC policy
• sa – IPSec security association
• security-association lifetime – Security association
• lifetime – Defines the lifetime
• transformset <name> – Transformset
• <name> – Defines the transform set name or all
transform sets
isakmp
[policy <1-10000>|sa]
Displays ISAKMP policies
• policy <1-10000> – Displays the priority of all the isakmp
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show
environment
Common to all modes
Displays the environmental information such as fan speed, ambient temperature inside the
controller and CPU temperature.
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
• Mobility RFS7000 Controller
Syntax
show environment
Parameters
None
Example
RFController>show environment
upwind of CPU temperature : 30.0 C
CPU die temperature : 49.0 C
left side temperature : 29.0 C
by FPGA temperature : 28.0 C
front right temperature : 26.0 C
front left temperature : 26.0 C
fan 1 fan : 6480 rpm
fan 2 fan : 6600 rpm
fan 3 fan : 6420 rpm
RFController>show history
1 admin
2 enable
3 con ter
4 exit
5 show autoinstall
6 con ter
7 show autoinstall
8 show banner
9 show banner motd
10 show command
11 show crypto
12 show environment
13 show history
RFController>
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interfaces
Common to all modes
Displays the status of the different controller interfaces
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
• Mobility RFS7000 Controller
Syntax
show interfaces [WORD|ge|me1|sa|controllerport|vlan]
Parameters
show
2
show interfaces
[WORD|ge|me1|sa|
controllerport|vlan]
Displays the interface name
• WORD– Displays interface name
• ge – Displays Gigabit Ethernet interface information
• me1 – Displays fast ethernet information
• sa – Displays Static Aggregate information
• controllerport – Displays native VLAN(s) and allowed VLAN
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ip
Common to all modes
Displays Internet Protocol (IP) related information
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
• Mobility RFS7000 Controller
Syntax
show ip [access-group|arp|ddns|dhcp|
dhcp-vendor-options|domain-name|dos|http|igmp|interface|
name-server|nat|route|routing|ssh|telnet]
show ip access-group [<interface-name>|all|ge|me1|role|sa|
vlan <1-4094>]
show ip arp
show ip ddnsbinding
show ip dhcp[binding|class|pool|sharednetwork]
show ip dhcp-vendor-options
show ip domain-name
show ip dos [config|stats]
show ip http [secure-server|server]
show ip igmp snooping [mrouter|querier|vlan]
show ip interface [<interface-name>|brief|ge|me1|sa|vlan]
show ip name-server
show ip nat [interfaces|translations]
show ip nat translations [inside|outside|verbose]
show ip nat translations inside [source|destination]
show ip nat translations outside [source|destination]
show ip route [<IP>|<IP-prefix-len>|detail]
show ip routing
show ip ssh
show ip telnet
• verbose – Displays NAT Translations in real-time
route [<IP>|<IP/Mask>
|detail]
Display IP routing table entries
• <IP> – Network in the IP routing table
• <IP/Mask> – Number of valid bits in the network prefix IP
prefix <network>/<length>, e.g., 35.0.0.0/8
• detail – Displays the IP routing table in detail
routing IP routing status
sshSecured Shell (SSH) server
telnetTelnet server
Usage Guidelines
1. The interface and VLAN status is displayed as UP regardless of a disconnection. In such a case,
shutdown the VLAN.
a. Check the status of an interface and VLAN using:
RFController(config)#show ip interface brief
Interface IP-Address Status Protocol
vlan1 157.235.208.69(DHCP) up up
vlan3 unassigned up up
RFController(config)#
If the status of the VLAN is UP, shutdown the VLAN associated with eth1 using:
RFController(config-if)#show ip interface vlan 3 brief
Interface IP-Address Status Protocol
vlan3 unassigned up up
RFController(config-if)#shutdown
b. Check the status. Note that the VLAN has now been disassociated and the status is
DOWN.
RFController(config)#show ip interface brief
Interface IP-Address Status Protocol
vlan1 157.235.208.69(DHCP) up up
vlan3 unassigned administratively down down
RFController(config)#
2. The above example could also occur when a DHCP interface is disconnected. DHCP is not
effected though, because it runs on a virtual interface and not on a physical interface. In this
case, it is the physical interface that is disconnected not the virtual interface. When the
ethernet interface comes back up, it will restart the DHCP client on any virtual interfaces (SVIs)
of which the physical interface is a member port. This ensures if the interface was
disconnected and reconnected to a different interface, it obtains a new IP address, route,
name server, domain name etc.
RFController(config)#showip access-group ge 3
Interface ge3
Inbound IP Access List :
RFController(config)#show ip access-group vlan 1
Interface vlan1
Inbound IP Access List :
RFController#showip dhcp binding
IP MAC/Client-Id Type Expiry Time
-- ------------- ---- -----------
RFController(config)#show ip dhcp class
!
ip dhcp class TestClass2
option user-class MC900
!
ip dhcp class ImportantClass
!
ip dhcp class ClassNameTest
option user-class UserClassTest
!
ip dhcp class TestDHCPclass
!
ip dhcp class Add-DHCP-class1
!
ip dhcp class MonarchDHCPclas
option user-class MC9000
!
ip dhcp class RFControllerDHCPclass
option user-class MC800
RFController(config)#
RFController#showip dhcp pool
!
ip dhcp pool pl
!
ip dhcp pool pool1
domain-name test.com
bootfile 123
network 10.10.10.0/24
address range 10.10.10.2 10.10.10.30
!
ip dhcp pool poo110
next-server 1.1.1.1
netbios-node-type b-node
RFController#show ip dhcp-vendor-options
Server Info:
Firmware Image File:
Config File:
Cluster Config File:
RFController#show ip domain-name
IP domain-lookup : Enable
Domain Name : brocade.com
RFController#show ip http server
74Brocade Mobility RFS4000, RFS6000 and RFS7000 CLI Reference Guide
RFController#show ip interface brief
Interface IP-Address/Mask Status Protocol
me1 10.1.1.100/24 up down
vlan1 192.168.1.1/24 up up
vlan11 192.168.11.1/24 up up
vlan2 64.171.249.249/24 up up
wan 166.129.246.245/32 up up
RFController#
RFController#show ip interface vlan 1 brief
Interface IP-Address Status Protocol
vlan1 157.235.208.233 (DHCP)up up
RFController#show ip name-server
157.235.3.195 dynamic
157.235.3.196 dynamic
show
2
RFController#show ip routing
IP routing is on
RFController(config)#show ip route detail
Codes: K - kernel/icmp, C - connected, S - static, D - DHCP
> - Active route, - Next-hop in FIB, p - stale info
S 1.1.0.0/16 [1/0] via 1.1.1.1 inactive
S 1.1.1.0/24 [1/0] via 1.1.1.2 inactive
S 10.0.0.0/8 [1/0] via 10.10.10.10 inactive
S 157.235.208.0/24 [1/0] via 157.235.208.246 inactive
• Configuration [primary|secondary] – Sets the LDAP
configuration server parameters
• primary – Defines the Primary LDAP server
• secondary – Defines the Secondary LDAP server
Example
RFController(config-radsrv)#show ldap configuration
LDAP Server Config Details
Primary LDAP Server configuration
IP Address : 10.10.10.1
Port : 369
Login :
(sAMAccountName=%{Stripped-User-Name:-%{User-Name}})
Bind DN : cn=kumar,ou=brocade,dc=activedirectory,dc=com
Base DN : ou=brocade,dc=activedirectory,dc=com
Password : 0 brocade@123
Password Attribute : UserPassword
Group Name : cn
Group Membership Filter: (&(objectClass=group)(member=%{Ldap-UserDn}))
Group Member Attr : radiusGroupName
Net timeout : 1 second(s)
Secondary LDAP
IP Address : 10.10.10.5
Port : 369
Login :
(sAMAccountName=%{Stripped-User-Name:-%{User-Name}})
Bind DN : cn=kumar,ou=brocade,dc=activedirectory,dc=com
Base DN : ou=brocade,dc=activedirectory,dc=com
Password : 0 brocade@123
Password Attribute : UserPassword
Group Name : cn
Group Membership Filter: (&(objectClass=group)(member=%{Ldap-UserDn}))
Group Member Attr : radiusGroupName
Net timeout : 1 second(s)
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licenses
Common to all modes
Displays the different licenses installed on the controller
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
• Mobility RFS7000 Controller
Syntax
show licenses
Parameters
None
Example
RFController(config)#show licenses
feature usage license string license value usage
AP 2FFD7fE9 CD016155 14A92C70 48 1
show mobility [event-log|forwarding|global|
wireless-client|peer|statistics]
show mobility event-log [wireless-client|peer]
show mobility forwarding <MAC>
show mobility wireless-client [MAC>|detail]
show mobility peer [<IP>|detail]
show mobility statistics <MAC>
Parameters
event-log[
wireless-client|peer]
Displays mobility event logs
• wireless-client – Client event logs
• peer – Peer event logs
forwarding <MAC>Displays and defines wireless clients in the forwarding plane
• <MAC> – MAC address of the wireless client
globalDisplays and defines global mobility parameters
wireless-client [<MAC>|
detail]
wireless clients in the mobility database
• <MAC> – MAC address of the wireless client
• detail – Displays detailed information
peer [<IP>|detail]Mobility peers
• <IP> – IP address of Peer
• detail – Displays detailed peer information
statistics <MAC>Mobility statistics
• <MAC> – MAC address of the wireless client
Example
RFController(config)#show mobility ?
event-log Event Log
forwarding Wireless-client information in the forwarding plane
global Global Mobility parameters
wireless-client Wireless-clients in the Mobility Database
peer Mobility peers
statistics Wireless-client Statistics
RFController>show mobility forwarding
Mobility Forwarding-plane Information
State: HS : Home-controller CS : Current-controller
!HS: Not Home-controller !CS: Not Current-controller
Mac-Address IP-Address State HS-Vlan Tunnel
RFController>
RFController>show mobility global
Mobility Global Parameters
Admin Status : DISABLED
Operational-Status : DISABLED (Admin-status is DISABLED)
Local Address : 10.10.10.2 (mgmt-vlan)
Port Number : 58788
Max Roam Period : 5 sec
Number of Peers : 0 (established=0)
Number of Clients : 0 (Home=0, Foreign=0, Delete-pend=0)
L3-Mobility enabled WLANs : NONE
RFController>
RFController>show ntp status
Clock is synchronized, stratum 0, actual frequency is 0.0000 Hz, precision is
2**0
reference time is 00000000.00000000 (Feb 07 06:28:16 UTC 2036)
clock offset is 0.000 msec, root delay is 0.000 msec
root dispersion is 0.000 msec,
RFController>
RFController(config)#show ntp associations detail
157.235.208.105 configured, sane, valid, leap_sub, stratum 16
ref ID INIT, time 00000000.00000000 (Feb 07 06:28:16 UTC 2036)
our mode client, peer mode unspec, our poll intvl 6, peer poll intvl 10
root delay 0.00 msec, root disp 0.00, reach 000,
delay 0.00 msec, offset 0.0000 msec, dispersion 0.00
precision 2**-20,
org time 00000000.00000000 (Feb 07 06:28:16 UTC 2036)
rcv time 00000000.00000000 (Feb 07 06:28:16 UTC 2036)
xmt time c8b42a7e.6eb04252 (Sep 14 19:22:38 UTC 2010)
filtdelay = 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
RFController>show ntp status
Clock is synchronized, stratum 0, actual frequency is 0.0000 Hz, precision is
2^0
reference time is 00000000.00000000 (Feb 07 06:28:16 UTC 2036)
clock offset is 0.000 msec, root delay is 0.000 msec
root dispersion is 0.000 msec,
RFController>
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port-channel
Common to all modes
Displays port-channel load-balance information
• Mobility RFS7000 Controller
• Mobility RFS4000 Controller
NOTE
This command is not supported on the Mobility RFS6000 Controller.
Syntax
show port-channel load-balance
Parameters
load-balanceDisplays the existing load balancing configuration
Displays the power configuration and status for the Mobility RFS6000 Controller controller
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
NOTE
This command is not supported on the Mobility RFS7000 Controller.
Syntax
show power [configuration|status]
Parameters
configurationDisplays configuration of power over ethernet
statusDisplays status of power over ethernet
Example
RFController(config)#show power configuration
Power usage trap at 80% of max power (148 of 185 Watts)
port Priority Power limit Enabled
ge1 high 29.7W yes
ge2 high 29.7W yes
ge3 high 29.7W yes
ge4 high 29.7W yes
ge5 high 29.7W yes
ge6 high 29.7W yes
ge7 high 29.7W yes
ge8 high 29.7W yes
POE firmware version 01f6 build 4
RFController(config)#
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privilege
Common to all modes
Displays the privileges of the current user
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
• Mobility RFS7000 Controller
Syntax
show privilege
Parameters
None
Example
RFController>show privilege
Current user privilege: superuser
RFController>
This command displays the controller’s IP address, number of active neighbors, group license,
installed license, cluster AP adoption count, controller adoption count, hold time, discovery time,
heartbeat interval, cluster id and controller mode.
In a cluster, this command displays the redundancy runtime and configuration of the
“self-controller”. Use
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
• Mobility RFS7000 Controller
Syntax
show redundancy group [config|runtime]
Parameters
config to view only configuration information and/or runtime parameters.
redundancy group
[config | runtime]
Displays redundancy runtime and configuration details.
• config – Displays configured redundancy group information
• runtime – Displays runtime redundancy group information
Example
RFController(config)#show redundancy group
Redundancy Group Configuration Detail
Redundancy Feature : Disabled
Redundancy group ID : 1
Redundancy Mode : Primary
Redundancy Interface IP : 0.0.0.0
Number of configured peer(s) : 0
Heartbeat-period : 5 Seconds
Hold-period : 15 Seconds
Discovery-period : 30 Seconds
Handle STP : Disabled
Controller Installed License : 48
Controller running image version : 4.02.0
Auto-revert-period : 5 mins
Auto-revert Feature : Disabled
DHCP-Server Redundancy : Disabled
Redundancy Group Runtime Information
Redundancy Protocol Version : 2.0
Redundancy Group License : 0
Cluster AP Adoption Count : Not Applicable
Controller AP Adoption Count : Not Applicable
Redundancy State : Disabled
Radio Portals adopted by Group : Not Applicable
Radio Portals adopted by this Controller : Not Applicable
Rogue APs detected in this Group : Not Applicable
Rogue APs detected by this Controller : Not Applicable
Clients associated in this Group : Not Applicable
Clients associated in this Controller : Not Applicable
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Selfhealing RPs in this Group : Not Applicable
Selfhealing APs in this Controller : Not Applicable
Group maximum AP adoption capacity : Not Applicable
Controller Adoption capacity : Not Applicable
Established Peer(s) Count : Not Applicable
Redundancy Group Connectivity status : Not Applicable
DHCP Server in group : Not Applicable
RFController(config)#
RFController(config)#show redundancy group config
Redundancy Group Configuration Detail
Redundancy Feature : Disabled
Redundancy group ID : 1
Redundancy Mode : Primary
Redundancy Interface IP : 0.0.0.0
Number of configured peer(s) : 0
Heartbeat-period : 5 Seconds
Hold-period : 15 Seconds
Discovery-period : 30 Seconds
Handle STP : Disabled
Controller Installed License : 48
Controller running image version : 4.02.0
Auto-revert-period : 5 mins
Auto-revert Feature : Disabled
DHCP-Server Redundancy : Disabled
show
2
RFController(config)#
RFController(config)#show redundancy group runtime
Redundancy Group Runtime Information
Redundancy Protocol Version : 2.0
Redundancy Group License : 0
Cluster AP Adoption Count : Not Applicable
Controller AP Adoption Count : Not Applicable
Redundancy State : Disabled
Radio Portals adopted by Group : Not Applicable
Radio Portals adopted by this Controller : Not Applicable
Rogue APs detected in this Group : Not Applicable
Rogue APs detected by this Controller : Not Applicable
Clients associated in this Group : Not Applicable
Clients associated in this Controller : Not Applicable
Selfhealing RPs in this Group : Not Applicable
Selfhealing APs in this Controller : Not Applicable
Group maximum AP adoption capacity : Not Applicable
Controller Adoption capacity : Not Applicable
Established Peer(s) Count : Not Applicable
Redundancy Group Connectivity status : Not Applicable
DHCP Server in group : Not Applicable
RFController>show redundancy history
State Transition History
Time Event Triggered state
--------------------------------------------------------Sat Oct 06 12:07:55 Redundancy Enabled Startup
Sat Oct 06 12.07.56 Startup Done Discovery
Sat Oct 06 12:08:26 Discovery Done Active
Sat Oct 06 22:10:10 Redundancy Disabled Startup
RFController>show
92Brocade Mobility RFS4000, RFS6000 and RFS7000 CLI Reference Guide
53-1001931-01
redundancy members
Common to all modes
show
2
Displays the member controllers in the cluster. The user can provide the
controller in cluster whose information alone is needed.
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
• Mobility RFS7000 Controller
Syntax
show redundancy members [<IP>|brief]
Parameters
redundancy members
[<IP>|brief]
Displays member controllers in the cluster
• <IP>– Displays the IP addresses of member controllers
• brief – Displays members in brief
Example
RFController(config)#show redundancy members brief
Member ID (Self) : 10.10.10.10
Member State : Not Applicable
Member ID : 10.10.10.1
Member State : Peer Configured
Displays Tags/Assets (passive, active, wi-fi, uwb) Information
• <tag-id> – Displays detailed tag information for specific tag
ID
• aeroscout – Displays located aeroscout tags
• all – Displays all tags
• ekahau – Displays located ekahau tags
• g2 – Displays located g2 tags
• wireless-client – Displays located wireless clients
• rfid - Displays located RFID gen2 tags
• uri <URI> – Displays RFID tags for given notification URI
• zone <1-48> – Display zone configuration
zone [<1-48>|detail]Displays logical reader statistics
• <1-48> – Display zone configuration
• detail – Displays zone details
Example
RFController(config)#show rtls ?
aeroscout Aeroscout configurations
espi ESPI Configuration
filter RFID Tag Filters
ekahau Ekahau configurations
reference-tags Reference tag Configurations
rfid RFID Configuration
site Site configurations
sole SOLE configurations
Information
zone Show logical reader statistics
RFController(config)#show rtls
96Brocade Mobility RFS4000, RFS6000 and RFS7000 CLI Reference Guide
53-1001931-01
smtp-notification
Common to all modes
Displays the set smtp-notification parameters
Supported in the following platforms:
• Mobility RFS4000 Controller
• Mobility RFS6000 Controller
• Mobility RFS7000 Controller
Syntax
show smtp-notification traps
Parameters
trapsDisplays trap enable flags
Example
RFController(config)#show smtp-notification traps
------------------------------------------------------------------Gl
obal enable flag for Trap SMTP-Notification Disabled
------------------------------------------------------------------En
able flag status for Individual Trap SMTP-Notification
-------------------------------------------------------------------M
odule Type Trap Type Enabled?[Y/N]
-------------------------------------------------------------------s
nmp coldstart N
snmp linkdown N
snmp linkup N
snmp authenticationFail N
nsm dhcpIPChanged N
diagnostics tempHigh N
diagnostics tempOver N
diagnostics fanSpeedLow N
diagnostics cpuLoad1Min N
diagnostics cpuLoad5Min N
diagnostics cpuLoad15Min N
diagnostics usedKernelBuffer N
diagnostics ramFree N
diagnostics processMemoryUsage N
diagnostics packetBuffers N
diagnostics ipRouteCache N
diagnostics fileDescriptors N
redundancy memberUp N
redundancy memberDown N
redundancy memberMisConfigured N
redundancy adoptionExceeded N
redundancy grpAuthLevelChanged N
redundancy resourceUp N
redundancy resourceDown N
misc lowFsSpace N
misc processMaxRestartsReached N
misc savedConfigModified N
misc serverCertExpired N
misc caCertExpired N
misc periodicHeartbeat N
misc controllerEvent N
wireless station associated N
wireless station disassociated N
wireless station deniedAssociationOnCapability N
wireless station deniedAssociationOnShortPream N
wireless station deniedAssociationOnSpectrum N
wireless station deniedAssociationOnErr N
wireless station deniedAssociationOnSSID N
wireless station deniedAssociationOnRates N
wireless station deniedAssociationOnInvalidWPAWPA2IE N
wireless station deniedAssociationAsPortCapacityReached N
wireless station tkipCounterMeasures N
wireless station deniedAuthentication N
wireless station radiusAuthFailed N
wireless station vlanChanged N
wireless radio adopted N
wireless radio unadopted N
wireless radio detectedRadar N
wireless ap-detection externalAPDetected N
wireless ap-detection externalAPRemoved N
wireless self-healing activated N
wireless ids muExcessiveEvents N
wireless ids radioExcessiveEvents N