Commands J, K, and L

In this section:

  1. jitc enable
    Enables the Joint Interoperability Test Command (JITC) mode.
  2. jitc show
    Displays the status of the JITC mode.
  3. jp-policy
    Configures the IPv4 Protocol Independent Multicast (PIM) or IPv6 Protocol Independent Multicast (PIMv6) Join and Prune policy.
  4. jumbo
    Provides support for jumbo frames.
  5. keep-alive-vlan
    Configures a keep-alive VLAN for the cluster.
  6. keepalive
    Configures GRE link keepalive.
  7. keepalive (IKEv2)
    Configures the interval between Internet Key Exchange version 2 (IKEv2) messages that are sent to detect if a peer is still alive.
  8. keychain
    Configures a name for the keychain.
  9. keychain mka
    Configures a keychain module specific to MACsec.
  10. keychain tcp
    Configures a keychain module specific to TCP.
  11. key-id
    Configures a key in the keychain by specifying a key identifier.
  12. key-rollover-interval
    Alters the timing of the existing configuration changeover.
  13. key-server-priority
    Configures the MACsec key-server priority for the MACsec Key Agreement (MKA) group.
  14. kill
    Terminates active CLI sessions.
  15. lacp-mode
    Configures Link Aggregation Control Protocol (LACP) operation mode for dynamic LAG as passive.
  16. lacp-timeout
    Configures the timeout mode for the port.
  17. lag
    Creates a Link Aggregation Group (LAG).
  18. lag-mac
    Assigns a static MAC address to the LAG virtual interface.
  19. learn-default
    Configures the device to learn default RIP routes, either globally or at the interface level.
  20. lease
    Specifies the lease period for the DHCP address pool.
  21. lease-count
    Configures the number of lease IP addresses used for the DHCP address pool.
  22. led
    Sets the port LED status to on, off, or the default status.
  23. led mode
    Sets the LED mode of an ICX device.
  24. legacy-inline-power
    Enables legacy power-consuming device detection globally, on multiple interfaces or on all ports of the stack.
  25. legacy-inline-power (Interface)
    Enables legacy power-consuming device detection at the port level.
  26. license delete perpetual
    Deletes a software feature license and restores the default license option.
  27. license delete unit
    Deletes an XML software license and restores the default license option.
  28. license install perpetual
    Installs a licensed feature on a device.
  29. license set serial-number
    Specifies the serial number of a software feature license on a device.
  30. lifetime (IKEv2)
    Configures the lifetime period of an Internet Key Exchange version 2 (IKEv2) security association (SA) for an IKEv2 profile.
  31. lifetime (IPsec)
    Configures the lifetime period of an IPsec security association (SA) for an IPsec profile.
  32. link-config gig copper autoneg-control
    Configures the maximum advertised speed on a port that has auto-negotiation enabled.
  33. link-error-disable
    Configures port flap dampening on an interface.
  34. link-fault-signal
    Enables Link Fault Signaling (LFS) between 10 Gbps Ethernet devices.
  35. link-keepalive ethernet
    Enables UDLD for tagged and untagged control packets.
  36. link-keepalive interval
    Enables the interval time that UDLD sends health-check packets.
  37. link-keepalive retries
    Configures the maximum number of keep-alive attempts a port waits to receive a health-check reply packet from the port at the other end of the link.
  38. linkdampen
    Configures link dampening monitoring and alarms for an interface.
  39. link-oam
    Enables the EFM-OAM protocol and enters EFM-OAM protocol configuration mode.
  40. lldp advertise link-aggregation
    Advertises link-aggregation information.
  41. lldp advertise mac-phy-config-status
    Advertises the MAC/PHY configuration and status.
  42. lldp advertise management-address
    Advertises a management address.
  43. lldp advertise max-frame-size
    Advertises the maximum frame size capability of the port.
  44. lldp advertise med-capabilities
    Advertises information about Link Layer Discovery Protocol-Media Endpoint Discovery (LLDP-MED) capabilities.
  45. lldp advertise med-power-via-mdi
    Advertises endpoint IEEE 802.3af power-related information. Enables advanced power management between LLDP-MED endpoints and network connectivity devices.
  46. lldp advertise port-description
    Identifies the port from which the Link Layer Discovery Protocol (LLDP) agent transmitted the advertisement.
  47. lldp advertise port-id-subtype
    Specifies the Link Layer Discovery Protocol (LLDP) port ID subtype information to advertise as the port ID.
  48. lldp advertise port-vlan-id
    Advertises the port VLAN identifier (PVID) that is associated with untagged or priority-tagged frames.
  49. lldp advertise power-via-mdi
    Advertises general information about Power over Ethernet (PoE) capabilities and the status of the port.
  50. lldp advertise system-capabilities
    Advertises the primary functions of the device and indicates whether these primary functions are enabled.
  51. lldp advertise system-description
    Advertises information such as the product name or model number, the version of the system hardware, the software operating system level, and the networking software version.
  52. lldp advertise system-name
    Advertises the name assigned to the system.
  53. lldp advertise vlan-name
    Advertises the name and VLAN ID of a VLAN configured on a port.
  54. lldp enable ports
    Enables the receipt and transmission of Link Layer Discovery Protocol (LLDP) packets on ports.
  55. lldp enable receive
    Changes the Link Layer Discovery Protocol (LLDP) operating mode of specified ports from receive-and-transmit mode to receive-only mode.
  56. lldp enable snmp med-topo-change-notifications
    Enables SNMP notifications and syslog messages for LLDP-MED topology changes.
  57. lldp enable snmp notifications
    Enables LLDP SNMP notifications and syslog messages.
  58. lldp enable transmit
    Changes the Link Layer Discovery Protocol (LLDP) operating mode to transmit-only mode.
  59. lldp max-neighbors-per-port
    Specifies the maximum number of Link Layer Discovery Protocol (LLDP) neighbors per port.
  60. lldp max-total-neighbors
    Specifies the maximum number of Link Layer Discovery Protocol (LLDP) neighbors for which LLDP data is retained for the entire system.
  61. lldp med fast-start-repeat-count
    Configures the Link Layer Discovery Protocol Media Endpoint Device (LLDP-MED) fast-start transmit count.
  62. lldp med location-id civic-address
    Configures a civic-address-based location for Link Layer Discovery Protocol-Media Endpoint Discovery (LLDP-MED).
  63. lldp med location-id coordinate-based
    Configures a coordinate-based location for an endpoint device.
  64. lldp med location-id ecs-elin
    Configures an Emergency Call Service (ECS) based location for Link Layer Discovery Protocol Media Endpoint Device (LLDP-MED).
  65. lldp med network-policy application
    Defines a Link Layer Discovery Protocol-Media Endpoint Discovery (LLDP-MED) network policy for an endpoint.
  66. lldp reinit-delay
    Configures the minimum time between port reinitializations.
  67. lldp snmp-notification-interval
    Configures the minimum time between SNMP traps and syslog messages.
  68. lldp tagged-packets
    Enables support for tagged Link Layer Discovery Protocol (LLDP) packets.
  69. lldp transmit-delay
    Configures the minimum time between Link Layer Discovery Protocol (LLDP) transmissions.
  70. lldp transmit-hold
    Configures the transmit holdtime multiplier for time to live (TTL).
  71. lldp transmit-interval
    Sets the interval between regular Link Layer Discovery Protocol (LLDP) packet transmissions.
  72. load-balance symmetric
    Enables symmetric load balancing for IPv4 and IPv6 data traffic on RUCKUS FastIron devices.
  73. local-as
    Specifies the BGP autonomous system number (ASN) where the device resides.
  74. local-certificate (PKI)
    Defines the URL of the local certificate.
  75. local-identifier
    Configures the local system identifier for an Internet Key Exchange version 2 (IKEv2) profile.
  76. local-userdb
    Creates a local user database.
  77. log (OSPFv2)
    Controls the generation of OSPFv2 logs.
  78. log-status-change
    Controls the generation of all OSPFv3 logs.
  79. logging
    Enables logging on the Router Advertisement (RA) guard policy.
  80. logging buffered
    Enables logging of specific messages or changes the number of entries that the local syslog buffer can store.
  81. logging cli-command
    Enables logging of all syntactically valid CLI commands from each user session into the system log.
  82. logging console
    Enables the real-time display of syslog messages.
  83. logging enable (ACL)
    Enables logging for an IPv4, IPv6, or MAC ACL.
  84. logging enable (PKI)
    Enables logging of PKI events and, as an option, PKI packets.
  85. logging enable config-changed
    Configures a device to generate syslog messages when the startup-config file is changed.
  86. logging enable ikev2
    Enables system log messages and traps for IKEv2 events.
  87. logging enable ipsec
    Enables system log messages and traps for IPsec events.
  88. logging enable rfc5424
    Enables Syslog logging in accordance with RFC 5424 which provides the maximum amount of information in every Syslog in a structured format.
  89. logging enable tcp-ao
    Enables syslog to make a record of each received packet that fails MAC validation.
  90. logging enable user-login
    Enables viewing user login details in syslog messages and traps.
  91. logging facility
    Configures the log facility to log messages from the device.
  92. logging host
    Configures a syslog server.
  93. logging on
    Enables local syslog logging.
  94. logging persistence
    Configures the device to save system log messages after a soft reboot.
  95. logging-rate-limit
    Configures the rate limit of syslog messages generated by the device, helping to manage logging output in environments where excessive logs may occur.
  96. login-page
    Configures the login page details to redirect the client to the login page hosted on the external captive portal server.
  97. logmgr clear-fetched-logs
    Clears the fetched logs.
  98. logmgr fetch
    Fetches logs from remote units if there is sufficient memory to store them locally.
  99. logmgr help
    Provides the details about the usage, syntax, and examples of Log Manager commands.
  100. logmgr hierarchy
    Displays the hierarchy of the supported modules and sub-modules.
  101. logmgr list
    Lists the existing logs on the connected units (local and remote units).
  102. logmgr monitor
    Displays real-time updates to the specified logs on local units.
  103. logmgr upload
    Uploads the fetched logs to an external server.
  104. loop-detection
    Enables loop detection on a physical port (Strict Mode) or on a VLAN (Loose Mode).
  105. loop-detection-interval
    Configures how often a test packet is sent on a port.
  106. loop-detection shutdown-disable
    Disables shutdown of a port when a loop detection probe packet is received on an interface.
  107. loop-detection-syslog-interval
    Specifies the interval (in minutes) at which a syslog is generated.
  108. lsdb-limit
    Configures the maximum number of link state advertisements (LSAs) in the link state database (LSDB).
  109. lsdb-overload-interval
    Configures the period of time that must pass before a router checks the link state database (LSDB) overflow state.
  110. l2protocol dot1q-tunnel
    Enables Q-in-Q BPDU tunneling on an interface.
  111. l2protocol dot1q-tunnel cos
    Specifies a global Class of Service (CoS) value for Q-in-Q tunnel ports.
  112. l2protocol dot1q-tunnel drop-threshold
    Configures the maximum number of packets that can be processed on an interface for Q-in-Q BPDU tunneling before being dropped.
  113. l2protocol dot1q-tunnel-mac
    Specifies the multicast MAC address for Q-in-Q BPDU tunneling.
  114. l2protocol dot1q-tunnel shutdown-threshold
    Specifies the maximum number of packets that can be processed on an interface for Q-in-Q BPDU tunneling beyond which the ingress port is put in error-disabled state.