perform
tools
This command enables the context to specify tools to perform specific tasks.
n/a
aps
tools>perform
This command enables the context to perform APS operations.
n/a
clear aps-id {protect | working}
tools>perform>aps
This command removes all APS operational commands.
n/a
the specified APS group
the physical port acting as a protection circuit for the APS group
the physical port acting as a working circuit for the APS group
exercise aps-id {protect | working}
tools>perform>aps
This command performs an exercise request on the protection or working circuit.
n/a
the specified APS group
the physical port acting as a protection circuit for the APS group
the physical port acting as a working circuit for the APS group
force aps-id {protect | working}
tools>perform>aps
This command forces a switch to either the protection or working circuit.
n/a
the specified APS group
the physical port acting as a protection circuit for the APS group
the physical port acting as a working circuit for the APS group
lockout aps-id
tools>perform>aps
This command locks out the protection circuit in the specified APS group.
n/a
the specified APS group
request aps-id {protect | working}
tools>perform>aps
This command requests a manual switch to either the protection or working circuit.
n/a
the specified APS group
the physical port acting as a protection circuit for the APS group
the physical port acting as a working circuit for the APS group
cron
tools>perform
This command enables the context to perform CRON (scheduling) control operations.
n/a
action
tools>perform>cron
This command enables the context to stop the execution of a script started by CRON action. See the stop command.
n/a
stop [action-name] [owner action-owner][all]
tools>perform>cron>action
This command stops execution of a script started by CRON action.
n/a
specifies the action name
specifies the owner name
specifies to stop all CRON scripts
cflowd
tools>perform
This command enables the context to perform Cflowd control operations.
n/a
manual-export
tools>perform>cflowd
This command manually exports Cflowd flow data.
eth-ring
tools>perform
This command enables the context to perform Ethernet ring operations.
n/a
clear ring-index
tools>perform>eth-ring
This command is used for the following operations on an Ethernet ring node:
clearing an active local administrative command (for example, forced switch or manual switch)
triggering reversion before the WTR or WTB timer expires in case of revertive operation
triggering reversion in case of non-revertive operation
n/a
specifies the Ethernet ring index
clear ring-index path {a | b}
tools>perform>eth-ring
This command forces a block on the ring port where the command is issued.
n/a
specifies the Ethernet ring index
displays information for the specified path
clear ring-index path {a | b}
tools>perform>eth-ring
In the absence of a failure or FS, this command forces a block on the Ethernet ring port where the command is issued.
n/a
specifies the Ethernet ring index
displays information for the specified path
ima
tools>perform
This command enables the context to perform IMA operations.
n/a
reset bundle-id
tools>perform>ima
This command resets an IMA bundle in the startup state.
n/a
specifies the IMA bundle ID
Syntax: bundle-ima-slot/mda.bundle-num
bundle-ima keyword
bundle-num 1 to 32
lag
tools>perform
This command configures tools to control LAG.
n/a
clear-force all-mc
clear-force lag-id lag-id [sub-group sub-group-id]
clear-force peer-mc ip-address
tools>perform>lag
This command clears a forced status.
n/a
clears all multi-chassis LAG information
specifies an existing LAG ID
specifies a LAG subgroup
specifies the IP address of a multi-chassis peer
force all-mc {active | standby}
force lag-id lag-id [sub-group sub-group-id] {active | standby}
force peer-mc peer-ip-address {active | standby}
tools>perform>lag
This command forces an active or standby status.
n/a
forces an active or standby status for all multi-chassis LAGs
specifies a multi-chassis peer by its IP address
specifies an existing LAG ID
specifies a LAG subgroup
forces the specified LAG, LAG subgroup, multi-chassis LAG peer, or all multi-chassis LAGs to active status
forces the specified LAG, LAG subgroup, multi-chassis LAG peer, or all multi-chassis LAGs to standby status
lcr
tools>perform
This command enables the context to perform T1/E1 Line Card Redundancy (LCR) operations.
n/a
clear lcr-id {protect | working}
tools>perform>lcr
This command removes all LCR operational commands from either the protection adapter card or the working adapter card in the specified LCR group.
n/a
the specified LCR group, from 1 to 6
clears operational commands from the adapter card acting as a protection card for the LCR group
clears operational commands from the adapter card acting as a working card for the LCR group
force lcr-id {protect | working}
tools>perform>lcr
This command forces activity away from either the protection adapter card or the working adapter card in the specified LCR group.
n/a
the specified LCR group, from 1 to 6
forces activity away from the adapter card acting as a protection card for the LCR group
forces activity away from the adapter card acting as a working card for the LCR group
lockout lcr-id
tools>perform>lcr
This command locks out the protection adapter card. Locking out the protection card means that activity cannot be switched to the protection card even if the working adapter card has failed.
n/a
the specified LCR group, from 1 to 6
log
tools>perform
This command enables event logging tools.
n/a
test-event
tools>perform>log
This command generates a test event.
n/a
mda-table-refresh
tools>perform
This command causes a complete FIB refresh. The command can be used to restore a FIB that is in a failed state. For information on FIB failures, see the 7705 SAR Router Configuration Guide, ‟Troubleshooting the FIB”.
n/a
mw
tools>perform
This command enables the context to perform microwave operations.
n/a
clear mw-link-id {main | spare} {eps | tps | rps}
tools>perform>mw
This command removes all microwave link operational commands.
n/a
specifies an existing microwave link ID
specifies that the role of the MPR-e radio in a 1+1 HSB configuration is main
specifies that the role of the MPR-e radio in a 1+1 HSB configuration is spare
specifies that the protection scheme in a 1+1 HSB configuration is Equipment Protection Switching
specifies that the protection scheme in a 1+1 HSB configuration is Transmission Protection Switching
specifies that the protection scheme in a 1+1 HSB configuration is Radio Protection Switching
force mw-link-id {eps | tps | rps}
tools>perform>mw
This command forces the spare MPR-e radio to become the main MPR-e radio in a 1+1 HSB configuration, even though it might not be in a fit state to assume the role. Once a forced switch operation is issued, it overrides any manual switch or automatic switch operation that is already in place.
n/a
specifies an existing microwave link ID
specifies that the protection scheme in a 1+1 HSB configuration is Equipment Protection Switching
specifies that the protection scheme in a 1+1 HSB configuration is Transmission Protection Switching
specifies that the protection scheme in a 1+1 HSB configuration is Radio Protection Switching
lockout mw-link-id {eps | tps | rps}
tools>perform>mw
This command prevent the spare MPR-e radio in a 1+1 HSB configuration from ever becoming the main radio, even when the main MPR-e radio fails.
n/a
specifies an existing microwave link ID
specifies that the protection scheme in a 1+1 HSB configuration is Equipment Protection Switching
specifies that the protection scheme in a 1+1 HSB configuration is Transmission Protection Switching
specifies that the protection scheme in a 1+1 HSB configuration is Radio Protection Switching
manual mw-link-id {main | spare} {eps | tps | rps}
tools>perform>mw
This command attempts to switch the main/spare status of an MPR-e radio in a 1+1 HSB configuration; however, should certain operational conditions pertaining to the radio channel or radio hardware not allow the switchover (such as port failures, equipment failures, and reception failures), an automatic switch operation overriding the manual switch attempt is triggered.
n/a
specifies an existing microwave link ID
specifies that the role of the MPR-e radio in a 1+1 HSB configuration is main
specifies that the role of the MPR-e radio in a 1+1 HSB configuration is spare
specifies that the protection scheme in a 1+1 HSB configuration is Equipment Protection Switching
specifies that the protection scheme in a 1+1 HSB configuration is Transmission Protection Switching
specifies that the protection scheme in a 1+1 HSB configuration is Radio Protection Switching
software-download [force]
tools>perform>mw
This command performs a software download to all MPR-e radios in the system that are not currently running the correct software. The software is downloaded to the inactive software bank of the MPR-e radios, in preparation of a software upgrade (the command does not activate a system upgrade).
This command allows operators to minimize outage times during a 7705 SAR system software upgrade (with Microwave Awareness). Before the software upgrade is performed, the operator runs this command to download the software to the radios while they are in service. Next, the operator performs the software upgrade. During the 7705 SAR system reboot, the new radio software is activated at the same time as the new system software, thus allowing both the system software and the MPR-e radio software to boot into the new load simultaneously.
n/a
forces a software download to all MPR-e radios regardless of the software version that they are currently running
ptp reset-clk-rec clock-id clock-id
tools>perform
This command resets a PTP clock that is transmitting and receiving PTP messages using IPv4 or IPv6 encapsulation or using Ethernet encapsulation.
n/a
specifies the PTP clock ID
security
tools>perform
This command provides tools for testing security.
n/a
authentication-server-check server-address ip-address [port port] {{user-name user-name password password} | attr-from-file file-url}} secret key [source-address ip-address] [timeout seconds] [router router-instance | service-name service-name]
tools>perform>security
This command checks connection to the RADIUS server.
n/a
specifies the source IP address of the DHCP relay messages
specifies the port ID
specifies the DHCP client
specifies the CLI access password
specifies the authentication key
specifies the timeout in seconds
specifies the router name or service ID
specifies the service name
the URL of the file
service
tools>perform
This command enables the context to configure tools for services.
id service-id
tools>perform>service
This command enables the context to configure tools for a specific service.
specifies an existing service ID
endpoint endpoint-name
tools>perform>service>id
This command enables the context to configure tools for a specific service endpoint.
specifies an existing service endpoint name
force-switchover sdp-id:vc-id
no force-switchover
tools>perform>service>id
This command forces a switch of the active spoke SDP for the specified service.
specifies an existing spoke SDP for the service
ip-transport ipt-id
tools>perform>service>id
This command enables the context to configure tools for a specific IES or VPRN IP transport subservice.
specifies the IP transport subservice physical port identifier
remote-host host-id check-tcp
tools>perform>service>id>ip-transport
This command establishes a TCP connection to the remote host. The connection is torn down upon being successfully established. This command does not abide by the max-retries or retry-interval configured for the IP transport subservice; only one connection attempt, with a timeout of 5 seconds, is made when this command is executed.
If a TCP connection is already established to the remote host, this command does not impact that connection. It returns a successful status indication, with an explanation that a TCP connection was already established.
n/a
the remote host identifier
establishes a TCP connection to the remote host
sap sap-id cem asym-delay-adjust
tools>perform>service>id
This command performs a one-time ADC analysis on a TDM PW without having to shut down the service. This analysis is done with live traffic (that is, not with all-ones or the idle-payload-fill value). If the difference between the calculated average latency and the expected latency is greater than the threshold-repeat value configured with the asym-delay-control command, octets are added or dropped as necessary.
The service must already be enabled for ADC. If ADC repeat is also enabled on the service when this command is run, the timer for the next repeat period starts when the on-demand analysis ends.
n/a
the Cpipe SAP ID
performs an ADC analysis on the service
system
tools>perform
This command enables the context to use tools that control the system.
management-interface
tools>perform>system
This command enables access to the management interface tools.
snmp
tools>perform>system>management-interface
This command enables access to the SNMPv3 tools.
change-key authentication authentication-protocol old-authentication-key new-authentication-key
change-key authentication authentication-protocol privacy privacy-protocol old-privacy-key new-privacy-key
tools>perform>system>management-interface>snmp
This command generates KeyChange strings to change SNMPv3 authentication or privacy keys. The SNMP engine ID is not needed because localized keys are required as input. The KeyChange algorithm uses a random string so the output is different each time the command is run.
specifies the SNMPv3 authentication protocol
specifies the old localized authentication key
specifies the new localized authentication key
specifies the SNMPv3 privacy protocol
specifies the old localized privacy key
specifies the new localized privacy key
generate-key authentication authentication-protocol authentication-password [privacy privacy-protocol privacy-password] [engine-id identifier]
tools>perform>system>management-interface>snmp
This command generates localized SNMPv3 authentication and privacy keys, which are a hash of the SNMP engine ID and a password. The SNMP engine ID can be displayed with the show system information | match "SNMP Engine ID" command and does not need to be entered. If keys are being generated for a different system, its SNMP engine ID must be specified.
specifies the SNMPv3 authentication protocol
specifies the password used to generate the authentication key, from 8 to 255 characters
specifies the SNMPv3 privacy protocol
specifies the privacy password, from 8 to 255 characters
specifies an SNMP engine ID; must be a hexadecimal string from 10 to 64 digits
script-control
tools>perform>system
This command enables the script-control context to access script policy commands.
script-policy
tools>perform>system>script-control
This command enables the script-policy context to access script policy tools.
stop [policy-name] [owner policy-owner] [all]
tools>perform>system>script-control>script-policy
This command stops the execution of scripts.
specifies to only stop scripts with the specified script policy name
specifies to only stop scripts for script policies with the specified owner
specifies to stop all running scripts