Display the IP address, subnet mask, and default gateway of a Windows PC

Display the IP address, subnet mask, and default gateway of a Windows PC, in addition to DNS servers, domain name, MAC address, and whether autoconfiguration is enabled

Display various IP-related parameters for a router interface, including the IP address and subnet mask that have been assigned

Identify any IP address conflicts a router configured as a DHCP server identifies, along with the method the router used to identify the conflicts (this is, via ping or gratuitous ARP)

Display IP addresses that an IOS DHCP server assigns, their corresponding MAC addresses, and lease expirations

Determine whether IPv6 is enabled on an interface, display the multicast groups the router interface is a member of, display the global and link-local unicast addresses associated with an interface, indicate whether EUI-64 was used or stateless autoconfiguration was used to obtain the IPv6 address for the interface, display whether RAs are suppressed for the interface, and display how devices connected to the same link as the interface will obtain an IPv6 address and how they will obtain other options

Display the IPv6 addresses that are being used by each of the DHCPv6 clients

Display which DHCPv6 pool is assigned to which interface on the router

Display the configured DHCPv6 pools on the router

Display a router's best route to the specified IP address

Display only the static routes in a routers routing table

Display a router's best route to the specified network if the specific route (with a matching subnet mask length) is found in the router's IP routing table

Display all routes in a router's IP routing table that are encompassed by the specified network address and subnet mask (This command is often useful when troubleshooting route summarization issues.)

Display information (for example, next-hop IP address and egress interface) required to forward a packet, similar to the output of the show ip route ip_address command (The output of this command comes from CEF. Therefore, routing protocol information is not presented in the output.)

Display information from a router's FIB showing the information needed to route a packet to the specified network with the specified subnet mask

Display the adjacency that will be used to forward a packet from the specified source IP address to the specified destination IP address (This command is useful if the router is load balancing across multiple adjacencies, and you want to see which adjacency will be used for a certain combination of source and destination IP addresses.)

Display the static IPv6 routes configured on a device

Display the Layer 3 IPv6 address-to-Layer 2 MAC address mappings

Display a router's ARP cache, containing IPv4 address-to-MAC address mappings

Initialize EIGRP in classic configuration

Initialize EIGRP in named mode configuration

Define the EIGRP router ID

Configure an EIGRP-enabled interface to prevent neighbor adjacencies

Configure a keychain for EIGRP MD5 authentication

Configure MD5 authentication for an EIGRP interface

Configure SHA authentication for EIGRP named mode interfaces

Modify the interface delay for an interface

Modify the EIGRP K values

Modify the default number of EIGRP maximum paths that can be installed into the RIB

Modify the EIGRP variance multiplier for unequal-cost load balancing

Display the EIGRP-enabled interfaces

Display the EIGRP topology table

Display the configured EIGRP keychains and passwords

Display the IP routing protocol information configured on the router

Modify the EIGRP hello interval and hold time per interface

Configure EIGRP network summarization

Statically set the EIGRP metrics for a specific network summary aggregate

Configure an EIGRP router as a stub router

Configure an EIGRP router as a stub site router

Disable EIGRP split horizon on an interface.

Filter routes for an EIGRP neighbor

Modify/increase path cost for routes

Display the EIGRP-enabled interfaces

Display the EIGRP topology table

Display the IP routing protocol information configured on the router

Display the IPv4 routing protocols enabled on the router; for EIGRP, display autonomous system number, outgoing and incoming filters, K values, router ID, maximum paths, variance, local stub configuration, routing for networks, routing information sources, administrative distance, and passive interfaces

Show a router's EIGRP neighbors

Show detailed information about a router's EIGRP neighbors, including whether the neighbor is a stub router, along with the types of networks it is advertising as a stub

Display all of a router's interfaces that are configured to participate in an EIGRP routing process (with the exception of passive interfaces)

Display the interfaces participating in the EIGRP for IPv4 routing process, along with EIGRP hello and hold timers, whether the split horizon rule is enabled, and whether authentication is being used

Display the EIGRP configuration in the running configuration

Display the configuration of a specific interface in the running configuration (This is valuable when you are trying to troubleshoot EIGRP interface commands.)

Display the keychains and associated keys and key strings

Display IPv4 interface parameters; for EIGRP, verify whether the interface has joined the correct multicast group (224.0.0.10) and whether any ACLs applied to the interface might be preventing an EIGRP adjacency from forming

Display routes known to a router's EIGRP routing process, which are contained in the EIGRP topology table (The all-links keyword displays all routes learned for each network, and without the all-links keyword, only the successors and feasible successors are displayed for each network.)

Show routes known to a router's IP routing table that were injected by the router's EIGRP routing process

Display all EIGRP packets exchanged with a router's EIGRP neighbors or display only specific EIGRP packet types (for example, EIGRP hello packets)

Initialize EIGRPv6 with classic configuration

Initialize EIGRPv6 with named mode configuration

Display all EIGRPv6 interfaces

Display established EIGRPv6 neighbors

Shows a router's EIGRPv6 neighbors

Display the IPv6 routing protocols enabled on the router; for EIGRP, display autonomous system number, outgoing and incoming filters, K values, router ID, maximum paths, variance, local stub configuration, interfaces participating in the routing process, routing information sources, administrative distance, and passive interfaces

Display all of a router's interfaces that are configured to participate in an EIGRPv6 routing process (with the exception of passive interfaces)

Display the interfaces participating in the EIGRPv6 routing process, along with EIGRP hello and hold timers, whether the split horizon rule is enabled, and whether authentication is being used

Display the IPv6 EIGRP configuration in the running configuration

Show detailed information about a router's EIGRP neighbors, including whether the neighbor is a stub router, along with the types of networks it is advertising as a stub

Show routes known to a router's IP routing table that were injected by the router's EIGRP routing process

Display detailed information about the EIGRP for IPv4 and IPv6 address families that are enabled on the router, including autonomous system number, K values, router ID, maximum paths, variance, local stub configuration, and administrative distance

Display the interfaces that are participating in the named EIGRP for IPv4 address family

Display the interfaces that are participating in the named EIGRPv6 address family

Display detailed information about the interfaces participating in the named EIGRP for IPv4 address family, including hello interval and hold time, whether split horizon is enabled, whether authentication is set, and statistics about hellos and packets

Display detailed information about the interfaces participating in the named EIGRPv6 address family, including hello interval and hold time, whether split horizon is enabled, whether authentication is set, and statistics about hellos and packets

Display the EIGRP for IPv4 neighbor relationships that have formed

Display the EIGRPv6 neighbor relationships that have formed

Display the EIGRP for IPv4 topology table for the address family

Display the EIGRPv6 topology table for the address family

Display all EIGRP packets exchanged with a router's EIGRP neighbors; however, the focus of the command can be narrowed to display only specific EIGRP packet types (for example, EIGRP hello packets)

Initialize the OSPF process

Enable OSPF on network interfaces that match a specified network range for a specific OSPF area

Enable OSPF on an explicit specific network interface for a specific OSPF area

Configure a specific interface as passive

Configure all interfaces as passive

Advertise a default route into OSPF

Modify the OSPF reference bandwidth for dynamic interface metric costing

Configure the OSPF priority for a DR/BDR election

Statically configure an interface as a broadcast OSPF network type

Statically configure an interface as a nonbroadcast OSPF network type

Statically configure an interface as a point-to-point OSPF network type

Statically configure an interface as a point-to-multipoint OSPF network type

Enable OSPF authentication for an area

Define the plaintext password for an interface

Define the MD5 password for an interface

Restart the OSPF process

Display the OSPF interfaces on a router

Display the OSPF neighbors and their current states

Display the OSPF routes that are installed in the RIB

Initialize the OSPF process

Display the generic LSA listings in a router's LSDB and the type and count for each type from an advertising router

Display the specific information for a Type 1, 2, 3, 4, 5, or 7 LSA

Configure all routers in an OSPF area as an OSPF stub area

Configure an ABR as a totally stubby area router ABR

Configure all routers in an OSPF area as an OSPF NSSA area

Configure an ABR for an NSSA with optional default route injection

Configure an ABR as a totally NSSA router ABR

Modify the OSPF reference bandwidth for dynamic interface metric costing

Statically set the OSPF metric for an interface

Configure internal route summarization on the first ABR attached to the source network

Configure external route summarization on the ASBR

Configure an OSPF virtual link to extend Area 0

Display the IPv4 routing protocols enabled on the device; for OSPFv2, display whether any route filters are applied, the RID, the number of areas the router is participating in, the types of areas, the maximum paths for load balancing, the network area command, the interfaces explicitly participating in the routing process, passive interfaces, routing information sources, and the AD

Display general OSPF parameters, including the PID, the RID, the reference bandwidth, the areas configured on the router, the types of areas (stub, totally stubby, NSSA, and totally NSSA), and area authentication

Display the interfaces that are participating in the OSPF process

Display detailed information about the interfaces participating in the OSPF process, including interface IPv4 address and mask, area ID, PID, RID, network type, cost, DR/BDR, priority, and timers

Display the OSPF devices that have formed a neighbor adjacency with the local router

Display the OSPF routes that have been installed in the IPv4 routing table

Display the OSPF link-state database

Provide information about the status of OSPF virtual links that are required for areas not physically adjacent to the backbone area (that is, Area 0)

Display real-time information related to the exchange of OSPF hello packets; useful for identifying mismatched OSPF timers and mismatched OSPF area types

Display the transmission and reception of OSPF packets in real time

Display real-time updates about the formation of an OSPF adjacency; useful for identifying mismatched area IDs and authentication information

Display real-time information about OSPF events, including the transmission and reception of hello messages and LSAs; might be useful on a router that appears to be ignoring hello messages received from a neighboring router

Configure OSPFv3 on a router and enable it on an interface

Configure a specific OSPFv3 interface as passive

Configure all OSPFv3 interfaces as passive

Summarize an IPv6 network range on an ABR

Configure an OSPFv3 interface as point-to-point or broadcast network type

Display OSPFv3 interface settings

Display OSPFv3 IPv6 neighbors

Display OSPFv3 router LSAs

Display OSPFv3 network LSAs

Display OSPFv3 link LSAs

Display the IPv4 routing protocols enabled on the device; for OSPFv2, display whether any route filters are applied, the RID, the number of areas the router is participating in, the types of areas, the maximum paths for load balancing, the network area command, the interfaces explicitly participating in the routing process, passive interfaces, routing information sources, and the AD

Display the IPv6 dynamic routing protocols enabled on the device; for OSPFv3, display the PID, the RID, the number of areas, the type of areas, the interfaces participating in the routing process, and redistribution information

Display general OSPF parameters, including the PID, the RID, the reference bandwidth, the areas configured on the router, the types of areas (stub, totally stubby, NSSA, and totally NSSA), and area authentication

Display the interfaces that are participating in the OSPF process

Display detailed information about the interfaces participating in the OSPF process, including the interface IPv4 address and mask, area ID, PID, RID, network type, cost, DR/BDR, priority, and timers

Display the OSPF devices that have formed a neighbor adjacency with the local router

Display the OSPF routes that have been installed in the IPv4/IPv6 routing table

Display general OSPFv3 parameters for IPv4 and IPv6 address families, including the PID, the RID, the reference bandwidth, the areas configured on the router, the types of areas (stub, totally stubby, NSSA, and totally NSSA), and area authentication

Display the interfaces that are participating in the OSPFv3 process and the AF they are participating in

Display detailed information about the interfaces participating in the OSPFv3 address families, including interface IPv4 and IPv6 addresses, area ID, PID, RID, network type, cost, DR/BDR, priority, and timers

Display the OSPFv3 neighbor adjacencies that have been formed for each AF

Display the OSPF link-state database

Display the OSPFv3 link-state database

Display real-time information related to the exchange of OSPF hello packets; useful for identifying mismatched OSPF timers and mismatched OSPF area types

Display the transmission and reception of OSPF packets in real time

Display real-time updates about the formation of an OSPF adjacency; useful for identifying mismatched area IDs and authentication information

Display real-time information about OSPF events, including the transmission and reception of hello messages and LSAs; might be useful on a router that appears to be ignoring hello messages received from a neighboring router

Initialize the BGP router process

Statically configure the BGP router ID

Identify a BGP peer to establish a session with

Configure the BGP session timers

Specify the source interface for BGP packets for a specific BGP peer

Specify the ASN as which the BGP confederation should appear

Specify any BGP confederation member ASs that this router will peer with

Disable the automatic IPv4 address family configuration mode

Initialize a specific address family and sub-address family

Activate a BGP neighbor for a specific address family

Advertise a network into BGP

Modify the next-hop IP address on prefix advertisements to match that of the IP address used for the BGP session

Configure the associated BGP peer as a route reflector client

Display the contents of the BGP database

Display a summary of the BGP table and neighbor peering sessions

Display the negotiated BGP settings with a specific peer and the number of prefixes exchanged with that peer

Display the Adj-RIB-out BGP table for a specific BGP neighbor

Configure a BGP aggregate IPv4 prefix

Configure a BGP aggregate IPv6 prefix

Configure a prefix list

Create a route map entry

Conditionally match in a route map using AS_Path

Conditionally match in a route map using an ACL

Conditionally match in a route map using a prefix list

Conditionally match in a route map using local preference

Filter routes to a BGP neighbor using an ACL

Filter routes to a BGP neighbor using a prefix list

Create an ACL based on the BGP AS_Path

Filter routes to a BGP neighbor using an AS_Path ACL

Associate an inbound or outbound route map to a specific BGP neighbor

Configure IOS-based routers to display the community in new format for easier readability of BGP communities

Create a BGP community list for conditional route matching

Set BGP communities in a route map

Configure the maximum number of BGP prefixes that a neighbor can receive

Define a BGP peer group

Initiate a route refresh for a specific BGP peer

Display the current BGP table, based on routes that meet a specified AS_Path regex pattern

Display the current BGP table, based on routes that meet a specified BGP community

Set the weight in a route map

Set the weight for all routes learned from this neighbor

Set the local preference in a route map

Set the local preference for all routes learned from this neighbor

Enable the advertise of AIGP path attributes

Set the AIGP metric in a route map

Set AS_Path prepending in a route map

Set the origin using a route map

Set the MED using a route map

Set the MED to infinity when the MED is not present

Set the MED to the default value when the MED is not present

Ensure that MED is always compared, regardless of AS_Path

Group together paths with identical AS_Path values as part of the best-path identification process

Configure eBGP multipathing

Configure iBGP multipathing

Display a router's BGP RID, ASN, information about the BGP's memory usage, and summary information about IPv4/IPv6 unicast BGP neighbors

Display detailed information about all the IPv4/IPv6 BGP neighbors of a router

Display the IPv4/IPv6 network prefixes present in the IPv4/IPv6 BGP table

Show routes known to a router's IPv4/IPv6 routing table that were learned from BGP

Show real-time information about BGP events, such as the establishment of a peering relationship

Show real-time information about BGP updates sent and received by a BGP router

Display updates that occur in a router's IP routing table (This command is not specific to BGP.)

Configure a prefix list

Create a route map entry

Conditionally match in a route map using AS_Path

Conditionally match in a route map using an ACL

Conditionally match in a route map using a prefix list

Conditionally match in a route map using local preference

Prepend the AS_Path for the network prefix with the pattern specified or from multiple iterations from neighboring autonomous systems

Set the next-hop IP address for any matching prefix

Set the BGP PA local preference

Set a numeric tag (0 through 4294967295) for identification of networks by other routers

Redistribute the source routing protocol into a destination routing protocol

Set the default EIGRP seed metric for redistributed prefixes

Allow for the redistribution of iBGP learned prefixes into an IGP

Display the IPv4 sources of routing information that are being redistributed into the IPv4 routing protocols enabled on the device

Display the IPv6 sources of routing information that are being redistributed into the IPv6 routing protocols enabled on the device

Show which IPv4 routes have been redistributed into the IPv4 EIGRP process on the boundary router

Show which IPv6 routes have been redistributed into the IPv6 EIGRP process on the boundary router

Show which IPv4 routes have been redistributed into the OSPFv2 process; they are represented as Type 5 or Type 7 LSAs

Show which IPv6 routes have been redistributed into the OSPFv3 process; they are represented as Type 5 or Type 7 LSAs

Display the IPv4 and IPv6 BGP learned routes; routes originally learned through redistribution have a question mark (?) in the Path column

Display a router's BGP router ID, autonomous system number, information about the BGP's memory usage, and summary information about IPv4 unicast BGP neighbors

Display detailed information about all the IPv4 BGP neighbors of a router

Define a VRF instance and enter VRF configuration mode for the instance (in global configuration mode)

Associate an interface or a subinterface with a VRF instance (in interface configuration mode)

Display configured VRF instances and associated router interfaces

Display the routes in the global routing table

Display the routes in the routing table for the VRF specified in the command

Display all VRF-enabled interfaces on the router, including their IP addresses and whether the protocol is up or down

Test IP connectivity for a specific VRF

Specify the source IP address or interface used for encapsulating packets for a tunnel

Specify the destination IP address for establishing a tunnel

Convert a GRE tunnel into an mGRE tunnel

Enable NRHP and uniquely identify a DMVPN tunnel locally

Define a tunnel key globally on a DMVPN tunnel interface to allow routers to identify when multiple tunnels use the same encapsulating interface

Enable plaintext NHRP authentication

Associate a front door VRF instance to a DMVPN tunnel interface

Allow for an NHRP client to register with a different IP address before timing out at the hub

Enable the NHRP redirect function on a DMVPN hub tunnel interface

Enable the ability to install NHRP shortcuts into a spoke router's RIB

Enable the mapping of multicast on a DMVPN hub tunnel interface

Specify the NHRP NHS, NBMA address, and multicast mapping on a spoke

Display the tunnel interface state and statistics

Display DMVPN tunnel interface association, NHRP mappings, and IPsec session details

Display the NHRP cache for a router

Display the NHRP shortcut that is installed for an overridden route

Configure an IKEv2 keyring

Configure an IKEv2 profile

Configure an IPsec transform set

Configure an IPsec profile

Encrypt the DMVPN tunnel interface

Modify the default IPsec replay window size

Enable IPsec NAT keepalives

Display the IKEv2 profile

Display the IPsec profile

Display all the access lists configured on the device

Display all the IPv4 access lists configured on the device

Display all the IPv6 access lists configured on the device

Display the inbound and outbound IPv4 access lists applied to an interface

Display the inbound and outbound IPv6 access lists applied to an interface

Display any time ranges that have been configured on the device

Display the date and time on the device

Display the configuration of the local usernames and passwords on the device, the AAA commands that have been configured, and the vty line configuration

Display the authentication process in real time

Display the RADIUS authentication process in real time

Display the local authentication process in real time

Enable AAA services on the router

Create a username and password in the local username and password database

Create a method list for AAA login purposes using a group of AAA servers for authentication with fallback to the local username and password database if the servers are not reachable

Apply a AAA method list to a vty or console line in line configuration mode

Configure uRPF on an interface in interface configuration mode

Display all configured ACLs on the router

Display all configured class maps on the router

Display all configured policy maps on the router

Verify the applied policy map, the class maps in the order in which they will be applied, the match conditions of the class maps, and the policies that are applied to the traffic that is matched

Display the ingress and egress allowed transport protocols on vty line

Display only the ingress allowed transport protocols on a vty line

Display the vty line configuration in the running configuration

Display the lines that are currently being used for management connectivity

Display whether SSH is enabled or disabled, the version of SSH enabled, and the SSH RSA key

Display the SSHv1 and SSHv2 connections to the local device

Display information related to syslog, including level settings and messages logged for console, monitor, buffer, and traps logging; verify the buffer size and its contents for buffer logging and the IP address/port number of the syslog server

Display the conditional debug commands that have been configured on the router

Display SNMP group information, including the group name, the security mode, the read and write views, and any applied ACLs

Display any configured SNMP users; output includes the username, the authentication protocol used, the encryption protocol used, and the group the user is applied to

Display the local configuration of the SNMP server, including the IP address, UDP port, type, attached user, and security model being used

Display the SNMP views configured on the local device

Display which IP SLA operations are supported on the platform, how many operations are configured, and how many operations are currently active

Display the IP SLA configuration values for the IP SLA instances

Display the IP SLA operational results of IP SLA instances

Display the operational results of the IP SLA responder

Display the configured tracking objects on the local device, including the current state and the service or feature it is attached to

Display the local NetFlow flow cache as well as the configured timers

Display the interfaces enabled for NetFlow and the direction in which they are capturing information

Display the NetFlow exporter configuration, including the source and destination addresses, port number, and version of NetFlow

Display all user-defined Flexible NetFlow flow records that are configured on the local device

Display the locally configured Flexible NetFlow flow monitors; verify the attached flow record and flow exporter as well as the configured timers

Display the interfaces enabled for Flexible NetFlow and the direction in which they are capturing information

Display the Flexible NetFlow exporter configuration, including the source and destination addresses, port number, and version of NetFlow