perform commands

The perform commands are YANG-modeled versions of the tools perform commands and are available in MD-CLI and NETCONF interfaces. The perform commands execute actions in the router, such as:

force a LAG subgroup to become active
set an IS-IS overload condition
terminate a Python script

perform 
   —  filter 
      —  ip-filter reference 
         —  entry reference 
            —  activate-primary-action 
      —  ipv6-filter reference 
         —  entry reference 
            —  activate-primary-action 
      —  mac-filter reference 
         —  entry reference 
            —  activate-primary-action 
      —  redirect-policy reference 
         —  activate-best-dest 
   —  lag 
      —  clear-force 
         —  lag 
            —  [lag-name] reference
            —  sub-group number
         —  multi-chassis 
            —  all 
            —  peer 
               —  [ip-address] reference
      —  force-active 
         —  lag 
            —  [lag-name] reference
            —  sub-group number
         —  multi-chassis 
            —  all 
            —  peer 
               —  [ip-address] reference
      —  force-standby 
         —  lag 
            —  [lag-name] reference
            —  sub-group number
         —  multi-chassis 
            —  all 
            —  peer 
               —  [ip-address] reference
      —  load-balance 
         —  class number
         —  [lag-name] reference
   —  system 
      —  security 
         —  secure-boot 
            —  show 
               —  uefi-variables 
                  —  card reference

perform command descriptions

perform


	Synopsis	Perform troubleshooting and debugging
	Context	perform
	Tree	perform
	Introduced	23.7.R1
	Platforms	All

filter


	Synopsis	Enter the filter context
	Context	perform filter
	Tree	filter
	Introduced	23.7.R1
	Platforms	All

ip-filter [filter-name] reference


	Synopsis	Enter the ip-filter list instance
	Context	perform filter ip-filter reference
	Tree	ip-filter
	Introduced	23.7.R1
	Platforms	All

[filter-name] reference


	Synopsis	Name to associate with the IP filter
	Context	perform filter ip-filter reference
	Tree	ip-filter
	Reference	state filter ip-filter string
	Notes	This element is part of a list key.
	Introduced	23.7.R1
	Platforms	All

entry [entry-id] reference


	Synopsis	Enter the entry list instance
	Context	perform filter ip-filter reference entry reference
	Tree	entry
	Introduced	23.7.R1
	Platforms	All

[entry-id] reference


	Synopsis	ID for the IP filter entry
	Context	perform filter ip-filter reference entry reference
	Tree	entry
	Reference	state filter ip-filter string entry number
	Notes	This element is part of a list key.
	Introduced	23.7.R1
	Platforms	All

activate-primary-action


	Synopsis	Switch from the secondary to the primary action
	Context	perform filter ip-filter reference entry reference activate-primary-action
	Tree	activate-primary-action
	Description	This command activates the primary action for the specified filter policy entry. If the primary action is already active, the command has no effect. If a secondary action is active, the primary action is activated unless the primary target is down. If the configure filter redirect sticky-dest command is configured, the timer expires.
	Introduced	23.7.R1
	Platforms	All

ipv6-filter [filter-name] reference


	Synopsis	Enter the ipv6-filter list instance
	Context	perform filter ipv6-filter reference
	Tree	ipv6-filter
	Introduced	23.7.R1
	Platforms	All

[filter-name] reference


	Synopsis	Name to associate with the IPv6 filter
	Context	perform filter ipv6-filter reference
	Tree	ipv6-filter
	Reference	state filter ipv6-filter string
	Notes	This element is part of a list key.
	Introduced	23.7.R1
	Platforms	All

entry [entry-id] reference


	Synopsis	Enter the entry list instance
	Context	perform filter ipv6-filter reference entry reference
	Tree	entry
	Introduced	23.7.R1
	Platforms	All

[entry-id] reference


	Synopsis	ID for the IPv6 filter entry
	Context	perform filter ipv6-filter reference entry reference
	Tree	entry
	Reference	state filter ipv6-filter string entry number
	Notes	This element is part of a list key.
	Introduced	23.7.R1
	Platforms	All

activate-primary-action


	Synopsis	Switch from the secondary to the primary action
	Context	perform filter ipv6-filter reference entry reference activate-primary-action
	Tree	activate-primary-action
	Description	This command activates the primary action for the specified filter policy entry. If the primary action is already active, the command has no effect. If a secondary action is active, the primary action is activated unless the primary target is down. If the configure filter redirect sticky-dest command is configured, the timer expires.
	Introduced	23.7.R1
	Platforms	All

mac-filter [filter-name] reference


	Synopsis	Enter the mac-filter list instance
	Context	perform filter mac-filter reference
	Tree	mac-filter
	Introduced	23.7.R1
	Platforms	All

[filter-name] reference


	Synopsis	Name to associate with the MAC filter
	Context	perform filter mac-filter reference
	Tree	mac-filter
	Reference	state filter mac-filter string
	Notes	This element is part of a list key.
	Introduced	23.7.R1
	Platforms	All

entry [entry-id] reference


	Synopsis	Enter the entry list instance
	Context	perform filter mac-filter reference entry reference
	Tree	entry
	Introduced	23.7.R1
	Platforms	All

[entry-id] reference


	Synopsis	ID for the MAC filter entry
	Context	perform filter mac-filter reference entry reference
	Tree	entry
	Reference	state filter mac-filter string entry number
	Notes	This element is part of a list key.
	Introduced	23.7.R1
	Platforms	All

activate-primary-action


	Synopsis	Switch from the secondary to the primary action
	Context	perform filter mac-filter reference entry reference activate-primary-action
	Tree	activate-primary-action
	Description	This command activates the primary action for the specified filter policy entry. If the primary action is already active, the command has no effect. If a secondary action is active, the primary action is activated unless the primary target is down. If the configure filter redirect sticky-dest command is configured, the timer expires.
	Introduced	23.7.R1
	Platforms	All

redirect-policy [redirect-policy-name] reference


	Synopsis	Enter the redirect-policy list instance
	Context	perform filter redirect-policy reference
	Tree	redirect-policy
	Introduced	23.7.R1
	Platforms	All

[redirect-policy-name] reference


	Synopsis	Name of the redirect policy
	Context	perform filter redirect-policy reference
	Tree	redirect-policy
	Reference	state filter redirect-policy string
	Notes	This element is part of a list key.
	Introduced	23.7.R1
	Platforms	All

activate-best-dest


	Synopsis	Activate the current best destination
	Context	perform filter redirect-policy reference activate-best-dest
	Tree	activate-best-dest
	Description	This command forces a PBR switch to the best destination selected by the redirect policy when that destination is not currently active as result of sticky destination functionality being enabled for the specified redirect policy. If the configure filter redirect sticky-dest command is configured, the timer expires.
	Introduced	23.7.R1
	Platforms	All

lag


	Synopsis	Perform LAG operations
	Context	perform lag
	Tree	lag
	Introduced	23.7.R1
	Platforms	All

clear-force


	Synopsis	Perform LAG clear-force operation
	Context	perform lag clear-force
	Tree	clear-force
	Introduced	23.7.R1
	Platforms	All

lag


	Synopsis	Perform LAG operation on the specified LAG
	Context	perform lag clear-force lag
	Tree	lag
	Introduced	23.7.R1
	Platforms	All

[lag-name] reference


	Synopsis	LAG name
	Context	perform lag clear-force lag [lag-name] reference
	Tree	[lag-name]
	Reference	state lag string
	Notes	This element is mandatory.
	Introduced	23.7.R1
	Platforms	All

sub-group number


	Synopsis	Sub-group in the LAG
	Context	perform lag clear-force lag sub-group number
	Tree	sub-group
	Range	1 to 16
	Default	1
	Introduced	23.7.R1
	Platforms	All

multi-chassis


	Synopsis	Enter the multi-chassis context
	Context	perform lag clear-force multi-chassis
	Tree	multi-chassis
	Introduced	23.7.R1
	Platforms	All

all


	Synopsis	Perform LAG operation on all multi-chassis LAGs
	Context	perform lag clear-force multi-chassis all
	Tree	all
	Introduced	23.7.R1
	Platforms	All

peer


	Synopsis	Perform LAG operation on the MC peer
	Context	perform lag clear-force multi-chassis peer
	Tree	peer
	Introduced	23.7.R1
	Platforms	All

[ip-address] reference


	Synopsis	Peer IP address
	Context	perform lag clear-force multi-chassis peer [ip-address] reference
	Tree	[ip-address]
	Reference	state redundancy multi-chassis peer (ipv4-address-no-zone \| ipv6-address-no-zone)
	Notes	This element is mandatory.
	Introduced	23.7.R1
	Platforms	All

force-active


	Synopsis	Perform LAG force-active operation
	Context	perform lag force-active
	Tree	force-active
	Introduced	23.7.R1
	Platforms	All

lag


	Synopsis	Perform LAG operation on the specified LAG
	Context	perform lag force-active lag
	Tree	lag
	Introduced	23.7.R1
	Platforms	All

[lag-name] reference


	Synopsis	LAG name
	Context	perform lag force-active lag [lag-name] reference
	Tree	[lag-name]
	Reference	state lag string
	Notes	This element is mandatory.
	Introduced	23.7.R1
	Platforms	All

sub-group number


	Synopsis	Sub-group in the LAG
	Context	perform lag force-active lag sub-group number
	Tree	sub-group
	Range	1 to 16
	Default	1
	Introduced	23.7.R1
	Platforms	All

multi-chassis


	Synopsis	Enter the multi-chassis context
	Context	perform lag force-active multi-chassis
	Tree	multi-chassis
	Introduced	23.7.R1
	Platforms	All

all


	Synopsis	Perform LAG operation on all multi-chassis LAGs
	Context	perform lag force-active multi-chassis all
	Tree	all
	Introduced	23.7.R1
	Platforms	All

peer


	Synopsis	Perform LAG operation on the MC peer
	Context	perform lag force-active multi-chassis peer
	Tree	peer
	Introduced	23.7.R1
	Platforms	All

[ip-address] reference


	Synopsis	Peer IP address
	Context	perform lag force-active multi-chassis peer [ip-address] reference
	Tree	[ip-address]
	Reference	state redundancy multi-chassis peer (ipv4-address-no-zone \| ipv6-address-no-zone)
	Notes	This element is mandatory.
	Introduced	23.7.R1
	Platforms	All

force-standby


	Synopsis	Perform LAG force-standby operation
	Context	perform lag force-standby
	Tree	force-standby
	Introduced	23.7.R1
	Platforms	All

lag


	Synopsis	Perform LAG operation on the specified LAG
	Context	perform lag force-standby lag
	Tree	lag
	Introduced	23.7.R1
	Platforms	All

[lag-name] reference


	Synopsis	LAG name
	Context	perform lag force-standby lag [lag-name] reference
	Tree	[lag-name]
	Reference	state lag string
	Notes	This element is mandatory.
	Introduced	23.7.R1
	Platforms	All

sub-group number


	Synopsis	Sub-group in the LAG
	Context	perform lag force-standby lag sub-group number
	Tree	sub-group
	Range	1 to 16
	Default	1
	Introduced	23.7.R1
	Platforms	All

multi-chassis


	Synopsis	Enter the multi-chassis context
	Context	perform lag force-standby multi-chassis
	Tree	multi-chassis
	Introduced	23.7.R1
	Platforms	All

all


	Synopsis	Perform LAG operation on all multi-chassis LAGs
	Context	perform lag force-standby multi-chassis all
	Tree	all
	Introduced	23.7.R1
	Platforms	All

peer


	Synopsis	Perform LAG operation on the MC peer
	Context	perform lag force-standby multi-chassis peer
	Tree	peer
	Introduced	23.7.R1
	Platforms	All

[ip-address] reference


	Synopsis	Peer IP address
	Context	perform lag force-standby multi-chassis peer [ip-address] reference
	Tree	[ip-address]
	Reference	state redundancy multi-chassis peer (ipv4-address-no-zone \| ipv6-address-no-zone)
	Notes	This element is mandatory.
	Introduced	23.7.R1
	Platforms	All

load-balance


	Synopsis	Perform LAG load-balance operation
	Context	perform lag load-balance
	Tree	load-balance
	Introduced	23.7.R1
	Platforms	All

class number


	Synopsis	Class used for load balancing
	Context	perform lag load-balance class number
	Tree	class
	Range	1 to 3
	Default	1
	Introduced	23.7.R1
	Platforms	All

[lag-name] reference


	Synopsis	LAG name
	Context	perform lag load-balance [lag-name] reference
	Tree	[lag-name]
	Reference	state lag string
	Notes	This element is mandatory.
	Introduced	23.7.R1
	Platforms	All

system


	Synopsis	Enter the system context
	Context	perform system
	Tree	system
	Introduced	23.7.R1
	Platforms	7750 SR-1s, 7750 SR-2s, 7750 SR-7s, 7750 SR-14s, 7950 XRS-20e

security


	Synopsis	Enter the security context
	Context	perform system security
	Tree	security
	Introduced	23.7.R1
	Platforms	7750 SR-1s, 7750 SR-2s, 7750 SR-7s, 7750 SR-14s, 7950 XRS-20e

secure-boot


	Synopsis	Enter the secure-boot context
	Context	perform system security secure-boot
	Tree	secure-boot
	Introduced	23.7.R1
	Platforms	7750 SR-1s, 7750 SR-2s, 7750 SR-7s, 7750 SR-14s, 7950 XRS-20e

show


	Synopsis	Enter the show context
	Context	perform system security secure-boot show
	Tree	show
	Introduced	23.7.R1
	Platforms	7750 SR-1s, 7750 SR-2s, 7750 SR-7s, 7750 SR-14s, 7950 XRS-20e

uefi-variables


	Synopsis	Display secure-boot UEFI variables
	Context	perform system security secure-boot show uefi-variables
	Tree	uefi-variables
	Introduced	23.7.R1
	Platforms	7750 SR-1s, 7750 SR-2s, 7750 SR-7s, 7750 SR-14s, 7950 XRS-20e

card reference


	Synopsis	CPM slot where UEFI variables are returned
	Context	perform system security secure-boot show uefi-variables card reference
	Tree	card
	Reference	state cpm string
	Notes	This element is mandatory.
	Introduced	23.7.R1
	Platforms	7750 SR-1s, 7750 SR-2s, 7750 SR-7s, 7750 SR-14s, 7950 XRS-20e