Configuration command directory

Moves from user EXEC mode to privileged EXEC mode.

Opens global configuration mode for device-wide changes.

Changes the device name shown in the CLI prompt and configuration.

Displays the configuration currently active in memory.

Displays the configuration stored for the next boot.

Copies the active configuration into startup configuration storage.

Shows hardware, software release, uptime, boot image, and configuration register details.

Lists interfaces, IPv4 addresses, administrative state, and line protocol state.

Selects a physical, logical, or virtual interface for configuration.

Adds an operational description to the selected interface.

Configures a primary IPv4 address and subnet mask on a routed interface.

Configures an IPv6 address and prefix length on an interface.

Removes the administrative shutdown state from the selected interface.

Places the selected interface into an administratively down state.

Creates a VLAN or enters VLAN configuration mode for an existing VLAN.

Assigns a readable name to the selected VLAN.

Forces the selected Layer 2 interface to operate as a static access port.

Places untagged access traffic into the specified VLAN.

Forces the selected Layer 2 interface to carry tagged VLAN traffic.

Defines which VLANs may traverse the selected trunk.

Selects the VLAN used for untagged frames on an 802.1Q trunk.

Allows an edge access port to transition to forwarding without the normal STP delay.

Protects an edge port by err-disabling it when a BPDU is received.

Shows VLAN status, names, and assigned access ports.

Shows operational trunks, native VLANs, and allowed and forwarding VLANs.

Displays the root, port roles, costs, and states for a VLAN.

Enables IPv4 packet forwarding on platforms where routing is not already active.

Installs a static IPv4 route, including a default route when the prefix is all zeroes.

Enables IPv6 packet forwarding on the device.

Installs an IPv6 static route or default route.

Displays installed IPv4 routes and the source protocol for each entry.

Shows the best route and forwarding details for a specific IPv4 prefix.

Creates or enters an OSPFv2 routing process.

Sets the stable 32-bit identifier used by the OSPF process.

Suppresses OSPF neighbor formation on every interface until explicitly permitted.

Allows OSPF hellos and adjacency formation on one interface.

Activates OSPFv2 for the interface and assigns it to an area.

Removes DR and BDR election behavior on a point-to-point link.

Shows OSPF neighbor states, router IDs, dead timers, and interfaces.

Creates or enters the BGP routing process for a local autonomous system.

Defines a BGP neighbor and its remote autonomous system.

Enters the IPv4 unicast address-family configuration context.

Originates a prefix into BGP when an exact route exists in the routing table.

Summarizes BGP neighbor state, uptime, message counts, and received prefixes.

Configures the secret used to enter privileged EXEC mode.

Creates a privileged local account with a protected secret.

Defines the domain suffix used by SSH key generation and name services.

Generates an RSA key pair used by the IOS SSH server.

Restricts the IOS SSH server to protocol version 2.

Enters configuration mode for the virtual terminal lines.

Authenticates line access against locally configured usernames.

Prevents inbound Telnet and permits SSH for remote CLI access.

Creates or enters a named extended IPv4 access list.

Blocks matching IPv4 traffic in a named extended ACL.

Applies a named IPv4 access list to an interface direction.

Displays ACL entries and match counters.

Adds a time source for clock synchronization.

Forwards system log messages to a remote collector.

Reserves an IPv4 address range so the local DHCP server will not lease it.

Creates or enters a local IOS DHCP pool.

Defines the address network offered by the selected DHCP pool.

Supplies one or more default gateways to DHCP clients.

Supplies DNS resolver addresses to DHCP clients.

Sends ICMP echo requests to test basic Layer 3 reachability.

Shows the routed hops toward an IPv4 destination.

Shows detailed Cisco Discovery Protocol neighbor information.

Shows detailed vendor-neutral Layer 2 neighbor information.

Summarizes physical and forwarding error counters on supported switching platforms.

Displays logging settings and recent buffered system messages.

Enters global configuration mode on an AOS-CX switch.

Sets the system hostname on an AOS-CX switch.

Creates a VLAN or enters its configuration context.

Enters configuration mode for a physical AOS-CX interface.

Disables routed-port behavior so VLAN access or trunk commands can be applied.

Places an AOS-CX Layer 2 interface into one untagged access VLAN.

Defines the untagged native VLAN on an AOS-CX trunk.

Sets the VLAN IDs permitted across an AOS-CX trunk interface.

Creates or enters the switched virtual interface for a VLAN.

Assigns an IPv4 prefix to a routed interface or SVI.

Adds an IPv4 static route to the default VRF.

Creates or enters an OSPFv2 routing process.

Activates an OSPF process and area on the selected routed interface.

Shows interface administrative and operational state.

Lists configured VLANs and their operational state.

Saves the running configuration for the next boot.

Creates or enters a VLAN on legacy ProCurve and ArubaOS-Switch platforms.

Assigns a readable name inside the selected VLAN context.

Makes the selected ports untagged members of the current VLAN.

Makes the selected ports tagged members of the current VLAN.

Lists VLANs and membership on ArubaOS-Switch platforms.

Moves an EdgeRouter from operational mode into configuration mode.

Stages a new system hostname in the EdgeOS candidate configuration.

Adds a description to an EdgeRouter Ethernet interface.

Stages an IPv4 or IPv6 prefix on an Ethernet interface.

Creates a tagged virtual interface and assigns its address.

Stages a static route and next hop in EdgeOS.

Sets the stable router identifier for the EdgeOS OSPF process.

Enables OSPF for a network in the selected area.

Stages an eBGP or iBGP neighbor under the local autonomous system.

Shows the difference between the candidate and active configurations.

Applies candidate changes with an automatic reboot safeguard unless confirmed.

Cancels the reboot safeguard after a successful commit-confirm validation.

Activates the current EdgeOS candidate configuration.

Writes the active EdgeOS configuration to the boot configuration.

Displays the active hierarchical EdgeOS configuration.

Shows adoption and controller information from a supported UniFi device SSH session.

Directs an unadopted UniFi device to a reachable UniFi Network application.

Opens the candidate configuration hierarchy on a Junos device.

Stages a new system hostname in the Junos candidate configuration.

Adds a description to a Junos interface.

Stages an IPv4 address on logical unit 0.

Creates a named VLAN and assigns its numeric ID.

Stages access mode on a Junos Ethernet switching interface.

Assigns a VLAN to an Ethernet switching interface.

Stages a static route in the default routing instance.

Adds a logical interface to a Junos OSPF area.

Stages a BGP neighbor inside a named peer group.

Displays differences between the candidate and active Junos configurations.

Checks candidate syntax and consistency without activating the changes.

Activates changes temporarily and rolls back automatically unless they are confirmed.

Validates and activates the Junos candidate configuration.

Lists Junos interfaces, administrative state, link state, and protocol addresses.

Displays active and hidden routes across Junos routing tables.

Sets the device identity shown in RouterOS management tools and the CLI prompt.

Adds an IPv4 prefix to a RouterOS interface.

Creates a software or hardware-offloaded Layer 2 bridge.

Adds an interface as a member of a RouterOS bridge.

Creates an 802.1Q VLAN interface on a parent interface or bridge.

Adds an IPv4 static route to the main RouterOS routing table.

Creates an OSPFv2 instance with a stable router ID.

Adds an OSPF area to a RouterOS OSPF instance.

Creates an OSPF interface template that matches a network prefix.

Adds an input-chain rule for established and related connections.

Writes a text configuration export for review or recovery planning.

Lists RouterOS interfaces, flags, names, types, and state.

Displays IPv4 routes, flags, gateways, and administrative distance.

Creates a named VRF for an isolated routing table on IOS XE.

Enters and enables the IPv4 unicast address family inside a VRF definition.

Moves the selected Layer 3 interface into a named VRF.

Displays IPv4 routes installed in one VRF rather than the global table.

Adds the selected interface to an actively negotiating LACP bundle.

Enters the logical EtherChannel interface used to configure the bundle.

Summarizes channel protocols, bundle state, and member-port state flags.

Assigns the virtual IPv4 gateway used by an HSRP group.

Changes the preference used to elect the active HSRP router.

Allows a higher-priority router to reclaim the active HSRP role.

Reduces HSRP priority when a tracked path or object fails.

Shows HSRP group roles, priorities, peers, and virtual addresses.

Creates an active monitoring operation for path-aware failover and measurement.

Makes an IP SLA operation test reachability to a destination from a selected interface.

Starts an IP SLA operation immediately and keeps it active.

Creates a Boolean tracking object from an IP SLA reachability result.

Creates an ordered prefix filter for routing policy.

Creates a routing-policy sequence that can match and modify routes.

Matches routes permitted by a named IP prefix list.

Applies a route-map to updates received from one BGP neighbor.

Enables the DHCP snooping feature before it is activated for selected VLANs.

Activates DHCP message inspection and binding learning on specified VLANs.

Allows DHCP server messages to enter through the selected interface.

Validates ARP packets against trusted bindings on selected VLANs.

Enables MAC-address enforcement on the selected static access or trunk port.

Learns observed source MAC addresses as sticky secure addresses.

Creates a traffic class whose match statements are evaluated for QoS policy.

Classifies packets carrying a selected DiffServ code point.

Creates a service policy containing traffic classes and QoS actions.

Allocates a strict-priority bandwidth percentage to the selected policy class.

Attaches a QoS policy to packets leaving the selected interface.

Shows policy attachment, class counters, drops, and queue behavior.

Creates or enters a logical link aggregation interface.

Makes the selected AOS-CX LAG actively negotiate LACP.

Associates the selected physical interface with a logical LAG.

Displays LACP actor, partner, state, and aggregation information.

Creates a separate routing instance on an AOS-CX switch.

Moves the selected routed interface or SVI into a named VRF.

Displays IPv4 routes in one AOS-CX VRF.

Creates or updates an EdgeOS firewall policy with a default drop action.

Sets an individual EdgeOS firewall rule to accept matching traffic.

Matches packets belonging to established stateful firewall connections.

Applies a named policy to traffic entering an Ethernet interface.

Sets a source NAT rule to use the outbound interface address.

Limits an EdgeOS NAT rule to traffic leaving one interface.

Restricts an EdgeOS NAT rule to a selected inside source prefix.

Allocates logical ae interfaces for Ethernet link aggregation.

Binds a physical Ethernet interface to a Junos aggregated Ethernet interface.

Makes an aggregated Ethernet interface actively negotiate LACP.

Adds a route prefix to a named Junos policy prefix list.

Matches policy routes against a named prefix list.

Sets the action for matching routes in a Junos policy term to accept.

Adds a final Junos policy term that rejects routes not accepted earlier.

Filters or modifies routes received by a Junos BGP group.

Creates a Layer 3 VPN routing instance with VRF semantics.

Moves a logical interface into a Junos routing instance.

Assigns a route distinguisher to make VPN routes unique.

Defines the route target used to import and export Layer 3 VPN routes.

Displays IPv4 unicast routes in a named Junos routing instance.

Summarizes Junos BGP peer state, uptime, and route counts.

Shows detailed Junos OSPF adjacency state, timers, and interface information.

Creates a named FIB-enabled routing table for policy routing or VRF use.

Creates a VRF and assigns matching interfaces to its routing table.

Installs a static route in a selected RouterOS v7 routing table.

Filters detailed route output to one RouterOS routing table.

Translates inside source addresses to the active WAN interface address.

Drops packets classified as invalid by RouterOS connection tracking.

Allows SSH to the router only from a selected management prefix.

Creates a WireGuard tunnel interface and local private key in RouterOS.

Assigns an IPv4 tunnel prefix to a RouterOS WireGuard interface.

Adds a peer identity and its permitted tunnel addresses to a WireGuard interface.

Shows real-time traffic rates grouped by addresses, ports, and protocols.

Starts an interactive RouterOS packet capture view on one interface.