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Table of Contents

Cisco IOS Command Modes

Cisco IOS Command Modes

This appendix contains summaries of the command and configuration modes used in the Cisco IOS Command-Line Interface (CLI). The availability of configuration modes will depend on the feature set found in your system image and on which router platform you are using. For specific information on any particular configuration mode, see the documentation references given in the mode summaries.

This appendix lists command modes in the following categories:

These lists include short summaries of the modes.

Following the configuration mode and configuration submodes summary list, Table 22 presents the configuration mode summaries organized by router prompt, and includes examples of entering each mode.

Base Command Modes

Base command modes are used for navigating the CLI and performing basic router startup, configuration, and monitoring tasks. For more information on the base command modes, see the "Using the Command-Line Interface (CLI)" chapter of this document. For details about setup mode, see the "Using Configuration Tools" chapter.

User EXEC Mode

The default command mode for the CLI is user EXEC mode. The EXEC commands available at the user EXEC level are a subset of those available at the privileged EXEC level. In general, the user EXEC commands allow you to connect to remote devices, change terminal settings on a temporary basis, perform basic tests, and list system information. The prompt for user EXEC mode is the name of the device followed by an angle bracket: Router>.

Privileged EXEC Mode

Privileged EXEC mode is password protected, and allows the use of all EXEC mode commands available on the system. To enter privileged EXEC mode from user EXEC mode, use the enable command. Privileged EXEC mode allows access to global configuration mode through the use of the enable command. The privileged EXEC mode prompt consists of the devices's host name followed by the pound sign: Router# .

Global Configuration Mode

Global configuration commands generally apply to features that affect the system as a whole, rather than just one protocol or interface. You can also enter any of the specific configuration modes listed in the following section from global configuration mode.

To enter global configuration mode, use the configure terminal privileged EXEC command. The router prompt for global configuration mode is indicated by the term config in parenthesis: Router(config)# .

ROM Monitor Mode

If your router or access server does not find a valid system image to load, the system will enter read-only memory (ROM) monitor mode. ROM monitor (ROMMON) mode can also be accessed by interrupting the boot sequence during startup. From ROM monitor mode, you can boot the device or perform diagnostic tests.

To enter ROM monitor mode, use the Break key (Cntl-C) during the first 60 seconds of start-up. The router prompt is indicated by an angle bracket by itself or the term ROMMON followed by a number and an angle bracket: > or rommon1> .

Setup Mode

Setup mode is not, strictly speaking, a command mode. Setup mode is rather an interactive facility that allows you to perform first-time configuration and other basic configuration procedures on all routers. The facility prompts you to enter basic information needed to start a router functioning. Setup mode uses the System Configuration Dialog, which guides you through the configuration process. It prompts you first for global parameters and then for interface parameters. The values shown in brackets next to each prompt are the default values. For more information on setup mode, see the "Using Configuration Tools" chapter of this book.

To enter setup mode after the router has been configured for the first time, use the setup command in privileged EXEC mode. The router prompt for setup mode is indicated by a configuration question, followed by the default answer in brackets and a colon (:), as shown in the following example:

Continue with configuration dialog? [yes]: 
Enter host name [Router]:

Configuration Modes and Submodes

Configuration modes are entered from global configuration mode. Configuration submodes are entered from other configuration modes. Configuration subsubmodes are configuration modes entered from configuration submodes.

The following configuration mode short summaries list the basic characteristics of each mode and where you can find details on the configuration tasks associated with each mode. Configuration modes and configuration submodes are listed here alphabetically.

Access-List Configuration Mode

See the descriptions for "Standard Named Access List (NACL) Configuration Mode" and "Extended Named Access List (NACL) Configuration Mode".

Address Family Configuration Submode

Prompt ID: (config-router-af)

To enter address family configuration submode from router configuration mode, use the address-family command. Within this submode, you can configure address-family specific parameters for routing protocols, such as BGP, RGP, and static routing, that can accommodate multiple Layer 3 address families. The address family configuration submode commands include the neighbor-activate command and the neighbor as-override command. To exit address family configuration submode, use the exit-address-family command.

For details, see the "Configuring Multiprotocol Label Switching"  chapter of the Release 12.1 Cisco IOS Switching Services Configuration Guide.

ALPS Circuit Configuration Mode

Prompt ID: (config-alps-circ)

To enter Airline Product Set (ALPS) circuit configuration mode from global configuration mode, use the alps circuit command. Within ALPS circuit configuration mode, you can configure the tunneling mechanism that transports airline protocol data across a Cisco router-based TCP/IP network to an X.25-attached mainframe. This feature provides connectivity between agent set control units (ASCUs) and a mainframe host that runs the airline reservation system database.

For details, see the "Configuring the Airline Product Set"  chapter of the Cisco IOS Bridging and IBM Networking Configuration Guide.

ALPS ASCU Configuration Submode

Prompt ID: (config-alps-ascu)

To enter Airline Product Set (ALPS) Agent Set Control Unit (ASCU) configuration mode from interface configuration mode, use the apls ascu command. In ALPS ASCU configuration submode, you can configure ASCU characteristics on the specified interface.

For details, see the "Configuring the Airline Product Set"  chapter of the Cisco IOS Bridging and IBM Networking Configuration Guide.

APPN Configuration Modes

Prompt ID: (appn)

The Advanced Peer-to-Peer Networking (APPN) configuration modes and configuration submodes have been removed from the software in Cisco IOS Release 12.1. The configuration functionality that was previously provided by the APPN configuration modes has been replaced with SNA Switching Services (SNASw) functionality. SNA Switching uses existing configuration modes.

For details, see the "Configuring SNA Switching Services"  chapter of the Release 12.1 Cisco IOS Bridging and IBM Networking Configuration Guide.

ATM Bundle Configuration Subsubmode

Prompt ID: (atm-bundle-config)  or  (config-subif-bundle)

To enter ATM bundle configuration subsubmode from subinterface configuration submode, use the bundle command. Use ATM bundle configuration subsubmode to assign attributes and parameters to the bundle and all of its member virtual circuits (VCs). This mode is related to Virtual Circuit (VC) Class Configuration Submode.

The following configuration submodes are accessible through ATM bundle configuration subsubmode:

For details, see the 12.0(3)T "IP to ATM Class of Service" feature module.  For additional information, see the "Configuring IP to ATM Class of Service"  chapter of the Release 12.1 Cisco IOS Quality of Service Solutions Configuration Guide.

ATM Bundle Member Configuration Subsubmode

Prompt ID: (atm-bm-config)  or  (config-subif-bundle-mem)

To enter ATM bundle member configuration subsubmode from ATM bundle configuration subsubmode, use the pvc-bundle command. Use ATM bundle member configuration subsubmode to apply ATM traffic class and ATM traffic parameters to each VC bundle member individually.

For details, see the 12.0(3)T "IP to ATM Class of Service"  feature module. For additional information, see the "Configuring IP to ATM Class of Service"  chapter of the Release 12.1 Cisco IOS Quality of Service Solutions Configuration Guide.

Called-Group Configuration Mode

See the "DNIS Group Configuration Mode" section.

CASA Configuration Mode

Prompt ID: (config-casa)

To enter CASA configuration mode from global configuration mode, use the ip casa command. Use CASA configuration mode to configure CASA listen ports, such as the MNLB forwarding agent.

For details, see the "Configuring IP Services"  chapter in the "IP Addressing and Services" part of the Release 12.1 Cisco IOS IP and IP Routing Configuration Guide. For further background information, see the MultiNode Load Balancing Feature Set for LocalDirector User Guide .

CAS Custom Configuration Submode

Prompt ID: (config-ctrl-cas)

To enter CAS custom configuration mode from controller configuration mode, use the cas-custom command. Use CAS custom configuration mode to customize E1 R2 signaling parameters for a particular E1 channel group on a channelized E1 line.

Some switches require you to fine tune your R2 settings. However, do not tamper with these special signaling commands unless you understand exactly how your switch will be effected.

For details, see the "Configuring ISDN PRI and Other Signalling on E1 and T1 Lines"  chapter in the "ISDN and Signalling Configuration" part of the Cisco IOS Dial Services Configuration Guide: Terminal Services document.

Certificate Authority (CA) Identity Configuration Mode

Prompt ID: (ca-identity)

To enter Certificate Authority (CA) identity configuration mode from global configuration mode, use the crypto ca identity command. Use CA identity configuration mode to specify characteristics for certificate authorities.

For details, see the "Configuring Certification Authority Interoperability "  chapter in the "IP Security and Encryption" part of the Cisco IOS Security Configuration Guide.

Certificate Chain Configuration Mode

Prompt ID: (config-cert-chain)

To enter certificate chain configuration mode from global configuration mode, use the crypto ca certificate chain command. Use certificate chain configuration mode to delete certificates using the certificate command.

For details, see the "Configuring Certification Authority Interoperability "  chapter in the "IP Security and Encryption" part of the Cisco IOS Security Configuration Guide.

Controller Configuration Mode

Prompt ID: (config-controller)

To enter controller configuration mode from global configuration mode, use the controller command. Use controller configuration mode to configure channelized T1 or E1.

The following submodes are entered through controller configuration mode:

For details, see the "Configuring ISDN PRI and Other Signalling on E1 and T1 Lines"  chapter in the "ISDN and Signalling Configuration" part of the Cisco IOS Dial Services Configuration Guide: Terminal Services document.

Crypto Map Configuration Mode

Prompt ID: (config-crypto-map)

To enter crypto map configuration mode from global configuration mode, use the cypto map command. Use crypto map configuration mode to create or alter the definition of a crypto-map. Crypto-maps are part of an authentication and encryption router configuration.

For details, see the "Configuring Cisco Encryption Technology"  chapter in the Cisco IOS Security Configuration Guide.

Crypto Transform Configuration Mode

Prompt ID: (config-crypto-trans)

To enter crypto transform configuration mode from global configuration mode, use the crypto ipsec transform-set command. Use crypto transform configuration mode to change the initialization vector length for the esp-rfc1829 transform, or you can change the mode to tunnel or transport.

For details, see the "Configuring IPSec Network Security"  chapter in the Cisco IOS Security Configuration Guide.

Customer Profile Configuration Mode

Prompt ID: (config-customer)  or  (config-customer-pro)

To enter customer profile configuration mode from global configuration mode, use the resource-pool profile customer command. Use the customer profile configuration mode to include a group of DNIS numbers in a customer profile.

For details, see the "Configuring Resource Pool Management"  chapter in the "Telco Solutions" part of the Cisco IOS Dial Services Configuration Guide: Network Services document.

DHCP Pool Configuration Mode

Prompt ID: (config-dhcp)

To enter DHCP pool configuration mode from global configuration mode, use the ip dhcp pool command. Use DHCP pool configuration mode to configure DHCP pool parameters, such as the IP subnet number and the default router list.

For details, see the 12.0(1)T feature module "Cisco IOS DHCP Server,"  or the "Configuring DHCP" chapter in the Cisco IOS IP and IP Routing Configuration Guide.

Dial Peer Voice Configuration Mode

Prompt ID: (config-dialpeer)

To enter dial peer voice configuration mode from global configuration mode, use the dial peer voice command. Use dial-peer configuration mode to configure dial peers for Voice over IP, Voice over ATM, Voice over Frame Relay, and Voice over HDLC. This mode is related to "Voice-port configuration mode."

For details, see the chapters on the above technologies in the "Voice"  part of the Cisco IOS Multiservice Applications Configuration Guide.

DNIS Group Configuration Mode

Prompt ID: (config-called-group)

To enter Dialed Number Information Service (DNIS) group configuration mode from global configuration mode, use the dialer dnis group command. Cisco Resource Pool Management (RPM) gives data network service providers the capability to accept or reject a call based on the incoming DNIS number before answering the call. Use the DNIS group configuration mode to add a DNIS number to a dialer DNIS group (called group).

For details, see the "Configuring Resource Pool Management"  chapter in the "Telco Solutions" part of the Cisco IOS Dial Services Configuration Guide: Network Services book.

Extended Named Access List (NACL) Configuration Mode

Prompt ID: (config-ext-nacl)

To enter extended named access list configuration mode from global configuration mode, use the ip access-list or ipx access list command. Use access-list configuration mode to create a named IP or IPX access list.

For information on creating a named IP access list, see the "Configuring IP Services"  chapter in the "IP Addressing and Services" part of the Cisco IOS IP and IP Routing Configuration Guide. For information on creating a named IPX access list, see the "Configuring Novell IPX"  chapter in the Cisco IOS AppleTalk and Novell IPX Configuration Guide.

Gatekeeper Configuration Mode

Prompt ID: (config-gk)

Use gatekeeper configuration mode to configure a Cisco 2500 series, Cisco 3620, Cisco 3640, or Cisco MC3810A router as a multimedia conference manager Gatekeeper. On these platforms, use the gatekeeper command in global configuration mode to enter gatekeeper configuration mode.

For details, see the "Configuring Gatekeepers (Multimedia Conference Manager)"  chapter in the "Voice" part of the Cisco IOS Multiservice Applications Configuration Guide.  For additional details, see the 12.0(3)T "Multimedia Conference Manager"  feature module.

Gateway Configuration Mode

Prompt ID: (config-gateway)

To enter gateway configuration mode from global configuration mode, use the gateway command. Use gateway configuration mode to configure gateway operating characteristics, such as security.

For details, see the "Configuring Voice over IP"  chapter in the "Voice" part of the Cisco IOS Multiservice Applications Configuration Guide.

Hex Input Mode

See the "Public-Key Hex Input Configuration Subsubmode" section.

Hub Configuration Mode

Prompt ID: (config-hub)

To enter hub configuration mode from global configuration mode, use the hub command. Use hub configuration mode to configure hub functionality for an Ethernet interface on the Cisco 2500 series.

For details, see the the "Configuring LAN Interfaces"  chapter in the Cisco IOS Interface Configuration Guide.

IBM Channel Attach Configuration Modes

See the following configuration mode summaries:

Interface Configuration Mode

Prompt ID: (config-if)

To enter interface configuration mode from global configuration mode, use an interface command. Many features are enabled on a per-interface basis. For a complete list of interface commands, see the Cisco IOS Command Reference Master Index or the Cisco IOS Software Command Summary.

The following submodes are accessible through interface configuration mode:

Interface ATM VC Configuration Submode

Prompt ID: (config-if-atm-vc)

To enter interface-ATM-Virtual Circuit (VC) configuration mode from interface configuration mode, use the pvc command or the svc nsap command. Use interface-ATM-VC configuration submode to configure VC characteristics for an ATM PVC or ATM SVC.

For details, see the "Configuring ATM"  chapter of the Cisco IOS Wide-Area Networking Configuration Guide.

Interface ATM VC Bundle Configuration Submode

Prompt ID: (config-atm-bundle)

To enter Interface ATM VC bundle configuration submode from interface configuration mode or subinterface configuration mode, use the bundle command. Use interface ATM bundle configuration mode to create and assign attributes and parameters to a bundle and all of its member virtual circuits (VCs).

The following configuration submodes are accessible from interface ATM bundle configuration submode:

For details, see the "Configuring IP to ATM Class of Service"  chapter in the "Quality of Service Solutions" part of the Release 12.1 Cisco IOS Quality of Service Solutions Configuration Guide.

Interface ATM VC Bundle-Member Configuration Subsubmode

Prompt ID: (config-if-atm-member)

To enter interface ATM VC bundle-member configuration subsubmode from interface ATM bundle configuration mode, use the pvc-bundle command. Use interface ATM VC bundle-member configuration subsubmode to add a Virtual Circuit (VC) to a bundle as a bundle member, and configure the characteristics of that bundle member.

For details, see the "Configuring IP to ATM Class of Service"  chapter in the "Quality of Service Solutions" part of the Release 12.1 Cisco IOS Quality of Service Solutions Configuration Guide.

Interface Channel Configuration Mode

Interface channel configuration mode is the same as interface configuration mode. Enter interface channel configuration mode from global configuration mode by using the interface channel form of the interface command.

Internal Adapter Configuration Subsubmode

Prompt ID: (cfg-adap-type n-m)

To enter internal adapter configuration subsubmode from internal LAN interface configuration mode, use the adapter command. Use internal adapter configuration subsubmode to configure the link characteristics for the internal LAN adapter and name the internal LAN adapter. To configure an internal adapter interface, you must first use the bridge-group internal LAN configuration command or the source-bridge internal LAN configuration command to configure bridging type.

For details, see the adapter command documentation in the "Cisco Mainframe Channel Connection (CMCC) Commands"  chapter in the "IBM Networking" part of the Release 12.1 Cisco IOS Bridging and IBM Networking Command Reference, Volume II.

Internal LAN Interface Configuration Submode

Prompt ID: (cfg-lan-type n)

To enter internal LAN configuration submode from interface configuration mode, use the lan ethernet command. Use the IBM channel internal LAN configuration mode to configure an internal LAN on a CIP interface and configure Cisco Systems Network Architecture (CSNA) parameters.

The following configuration subsubmode is accessible through internal LAN configuration submode:

For details, see the "Configuring Cisco Systems Network Architecture (CSNA) and Cisco Multipath Channel (CMPC)"  chapter in the "IBM Networking" part of the Cisco IOS Bridging and IBM Networking Configuration Guide.

IP Host Backup Submode

Prompt ID: (config-if-path)

To enter IP host backup configuration submode from interface configuration mode, use the path command. IP host backup submode is used to configure the IP host backup paths on an interface.

For details, see the descriptions of the path, claw, and offload commands in the "CLAW and TCP/IP Offload Commands"  chapter in the "IBM Networking" part of the Cisco IOS Bridging and IBM Networking Command Reference, Volume II.

IPX-Router Configuration Mode

Prompt ID: (config-ipx-router)

To enter Novell Internet Packet Exchange (IPX) router configuration mode from global configuration mode, use the ipx router command. Use IPX router configuration mode to configure IPX routing characteristics, such as route distribution. Note that IPX must first be enabled using the ipx routing command.

For details, see the "Configuring Novell IPX"  chapter in the Cisco IOS AppleTalk and Novell IPX Configuration Guide.

ISAKMP Policy Configuration Mode

Prompt ID: (config-isakmp)

To enter Internet Security Association and Key Management Protocol (ISAKMP) policy configuration mode from global configuration mode, use the crypto isakmp policy command. Use ISAKMP to define an Internet Key Exchange (IKE) policy (ISAKMP is a security protocol implemented by IKE). IKE policies define a set of parameters to be used during the IKE negotiation.

For details, see the "Configuring Internet Key Exchange Security Protocol"  chapter of the "IP Security and Encryption" part of the Cisco IOS Security Configuration Guide.

Key-Chain Configuration Mode

Prompt ID: (config-keychain)

To enter key-chain configuration mode from global configuration mode, use the keychain command. Use key-chain configuration mode to configure authentication keys.

The following submode is accessible though key-chain configuration mode:

For details, see the "Managing Authentication Keys" section  in the "Configuring IP Routing Protocol-Independent Features" chapter of the Cisco IOS IP and IP Routing Configuration Guide.

Key-Chain Key Configuration Submode

Prompt ID: (config-keychain-key)

To enter key-chain key configuration submode from key-chain configuration mode, use the key command. Use key-chain key configuration mode to configure a specific authentication key in a key-chain.

For details, see the "IP Routing Protocol-Independent Commands" chapter in the "IP Routing Protocols" part of the Cisco IOS IP and IP Routing Command Reference.

LANE Database Configuration Mode

Prompt ID: (lane-config-dat)  or  (lane-config-datab)

To enter LAN Emulation (LANE) database configuration mode from global configuration mode, use the lane database command.

A LANE database contains entries that bind an emulated LAN name to the ATM address of the LANE server, bind LANE client MAC addresses to an emulated LAN name, and bind LANE client ATM address templates to an emulated LAN name.

Use LANE database configuration mode to create entries for a specified database using the client-atm-address name, default name, mac-address name, and name server-atm-address commands. When you are finished creating entries, type ^Z or exit to return to global configuration mode.

For details, see the "Configuring LAN Emulation"  chapter of the Cisco IOS Switching Services Configuration Guide.

Line Configuration Mode

Prompt ID: (config-line)

To enter line configuration mode from global configuration mode, use a form of the line command. Use line configuration mode to modify the operation of an auxiliary, console, physical, or virtual terminal line. Line configuration commands always follow a line command, which defines a line number. These commands are generally used to connect to remote routers or access servers, change terminal parameter settings either on a line-by-line basis or for a range of line, and set up the auxiliary port modem configuration to support dial-on-demand routing (DDR).

For details, see the chapters in the "Preparing for Dial Access" part and "Modem Configuration and Management" part of the Cisco IOS Dial Services Configuration Guide: Terminal Services publication.

MRM Manager Configuration Mode

Prompt ID: (config-mrm-manager)

To enter Multicast Routing Monitor (MRM) manager configuration mode from global configuration mode, use the ip mrm manager command. Use MRM manager configuration mode to configure a router interface to be a Manager for a MRM test. MRM manager configuration mode commands also configure beacon message characteristics, Test Sender parameters, and Test Receiver parameters.

For details, see the 12.0(5)T "Multicast Routing Monitor"  Feature Module. For additional information, see the "Using IP Multicast Tools"  chapter of the Cisco IOS IP and IP Routing Configuration Guide.

Map-Class Configuration Mode

Prompt ID: (config-map-clas)  or  (config-map-class)

To enter map-class configuration mode from global configuration mode, use the map-class. Use map-class configuration mode to configure parameters for Frame Relay, ATM, or Dialer encapsulation protocols.

The map-class dialer command allows you to specify different characteristics for different types of calls on a per-call-destination basis. For example, you can specify higher priority and a lower wait-for-carrier time for an ISDN-calls map class than for a modem-calls map class. You can also specify a different speed for some ISDN calls than for other ISDN calls. For details, see the chapters in the "Cost Control Solutions" part of the Cisco IOS Dial Services Configuration Guide: Network Services document.

The map-class frame-relay command allows you to specify parameters that control the traffic that the source router will send over a switched virtual circuit (SVC). For details, see the "Configuring Frame Relay" chapter of the Cisco IOS Wide-Area Networking Configuration Guide.

The map-class atm command allows you to execute specific ATM commands. For examples of ATM map-class configuration commands, see the "ATM Commands for the LightStream 1010 ATM Switch"  chapter in the LightStream 1010 ATM Switch Command Reference.

Map-List Configuration Mode

Prompt ID: (config-map-list)

To enter map-list configuration mode from global configuration mode, use the map-list command. Use map-list configuration mode to define the protocol addresses and associate each protocol address with a specific map class.

For details, see the documents referenced above under "Map-Class Configuration Mode."

Modem Pool Configuration Mode

Prompt ID: (config-modem-pool)

To enter modem pool configuration mode from global configuration mode, use the modem-pool command. A modem pool is a group of modems inside an access server that are assigned a single dialed number identification service number (DNIS). Use modem pool configuration mode to create multiple pools of physical modems, assign unique DNIS numbers to each modem pool, and set maximum simultaneous connect limits.

For details, see the "Managing Modems"  chapter in the Cisco IOS Dial Services Configuration Guide: Terminal Services.

MPOA Client (MPC) Configuration Mode

Prompt ID: (mpoa-client-config)

To enter Multiprotocol over ATM (MPOA) client (MPC) configuration mode from global configuration mode, use the mpoa client config name command. Use MPOA client configuration mode to optionally change MPOA client operating parameters.

For details, see the "Configuring the MPOA Client" chapter in the "LAN Emulation"  section of the Release 12.1 Cisco IOS Switching Services Configuration Guide.

MPOA Server (MPS) Configuration Mode

Prompt ID: (mpoa-server-config)

To enter Multiprotocol over ATM server (MPS) configuration mode from global configuration mode, use the mpoa server config name command. Use MPOA server configuration mode to optionally change MPOA server operating parameters.

For details, see the "Configuring the MPOA Server" chapter in the "LAN Emulation"  section of the Release 12.1 Cisco IOS Switching Services Configuration Guide.

Poll-Group Configuration Mode

See the "System Controller Poll-Group Configuration Mode" section.

Public-Key Chain Configuration Submode

Prompt ID: (config-pubkey-chain)

To enter public key chain configuration submode from global configuration mode, use the crypto key pubkey-chain rsa command. Use public key chain configuration submode to manually specify other IPSec peers' RSA or DSS public keys.

From public key chain configuration mode, you can enter the following submodes:

For details, see the "Internet Key Exchange Security Protocol Commands"  chapter in the "IP Security and Encryption" part of the Cisco IOS Security Command Reference.

Public-Key Key Configuration Submode

Prompt ID: (config-pubkey-key)

To enter public-key key configuration submode from public-key chain configuration mode, use the addressed-key or named-key public key chain configuration commands puts you into public key configuration mode. In this mode you can specify RSA or DSS public keys. The following subsubmode is accessible through public-key key configuration submode:

For details, see the "Internet Key Exchange Security Protocol Commands"  chapter in the "IP Security and Encryption" part of the Cisco IOS Security Command Reference.

Public-Key Hex Input Configuration Subsubmode

Prompt ID: (config-pubkey)

To enter public-key hex input configuration subsubmode from public-key key configuration mode, use the key-string command. Use public-key hex input configuration subsubmode to manually specify a remote peer's RSA public key for an encrypting peer router. The public key data is entered in hexadecimal form, and it will take more than one command line to enter. To continue entering the public key data on a new line, press Return. When the public key hex data is completely entered, press Return to get a new line, then type quit to return to public-key key configuration mode.

For details, see the "Internet Key Exchange Security Protocol Commands"  chapter in the "IP Security and Encryption" part of the Cisco IOS Security Command Reference.

RADIUS Server Group Configuration Mode

See the "Server Group RADIUS Configuration Mode" section.

RED Group Configuration Mode

Prompt ID: (config-red-group)

To enter Random Early Detection (RED) configuration mode from global configuration mode, use the random-detect-group command. Use RED configuration mode to define the Weighted Random Early Detection (WRED) parameter group. (Note that the service-policy output and random-detect-group commands are mutually exclusive; before you can configure one command, you must disable the other if it is configured.)

For details, see the "Configuring IP to ATM CoS" chapter in the "Quality of Service Solutions" part of the Cisco IOS Quality of Service Solutions Configuration Guide, and the random-detect-group command documentation in the Release 12.1 Cisco IOS Quality of Service Solutions Command Reference.

RLM Group Configuration Submode

Prompt ID: (config-rlm-group)

To enter Redundant Link Manager (RLM) group configuration submode from interface configuration mode, use the rlm group command. Use RLM group configuration mode to configure the RLM group (network access server).

The following configuration submode is accessible through RLM group configuration mode:

For details, see the "Configuring Cisco SS7/C7 Dial Access Solutions"  chapter in the "Telco Services" part of the Cisco IOS Dial Services Configuration Guide: Network Services book.

RLM Device Configuration Subsubmode

Prompt ID: (config-rlm-group-sc)

To enter Redundant Link Manager (RLM) device configuration subsubmode from RLM group configuration submode, use the server command. Use RLM device configuration mode to specify configuration options for the RLM network access server, such as link addresses and weighting preferences.

For details, see the "Configuring Cisco SS7/C7 Dial Access Solutions"  chapter in the "Telco Services" part of the Cisco IOS Dial Services Configuration Guide: Network Services book.

Resource Group Configuration

Prompt ID: (config-resource-group)

To enter resource group configuration mode from global configuration mode, use the resource-pool group command. Use resource group configuration mode to associate a range of modems or other physical resources with a resource group for Resource Pool Management.

For details, see the "Configuring Resource Pool Management" chapter in the Cisco IOS Dial Services Configuration Guide: Network Services.

Route-Map Configuration Mode

Prompt ID: (config-route-map)

To enter route-map configuration mode from global configuration mode, use the route-map (IP) command. Use the route-map configuration mode to configure routing table source and destination information. For details, see the "Configuring IP Routing Protocol-Independent Features"  chapter in the "IP Routing Protocols" part of the Cisco IOS IP and IP Routing Configuration Guide.

Router Configuration Mode

Prompt ID: (config-router)

Router configuration commands configure an IP routing protocol and always follow a router command.

The following submodes are accessible from router configuration mode:

For details, see the relevant protocol chapter in the "IP Routing Protocols"  part of the Cisco IOS IP and IP Routing Configuration Guide.

RTR Configuration Mode

Prompt ID: (config-rtr)

To enter RTR configuration mode from global configuration mode, use the rtr command. Use RTR configuration mode to configure Cisco Service Assurance Agent (SA Agent) operations for the measurement of response times and availability.

The following submode is accessible from RTR configuration mode:

For details, see the "Network Monitoring Using Cisco Service Assurance Agent" chapter in the Release 12.1 Cisco IOS Configuration Fundamentals Configuration Guide.

RTR HTTP Raw Configuration Submode

Prompt ID: (config-rtr-http)

To enter RTR HTTP raw configuration submode from RTR configuration mode, use the http-raw-request command. Use RTR HTTP raw configuration submode to explicitly specify the parameters for an HTTP GET operation using HTTP 1.0 commands.

For details, see the "Network Monitoring Using Cisco Service Assurance Agent" chapter in the Release 12.1 Cisco IOS Configuration Fundamentals Configuration Guide.

Server Group RADIUS Configuration Mode

Prompt ID: (config-sg-radius)

To enter server group RADIUS configuration mode from global configuration mode, use the aaa group server radius command.

For details on the aaa group server radius command, see the "RADIUS Commands" chapter in the "Security Server Protocols" part of the Cisco IOS Security Command Reference. For additional information, see the corresponding chapter in the Cisco IOS Security Configuration Guide.

Server Group TACACS+ Configuration Mode

Prompt ID: (config-sg-tacacs+)

To enter server group RADIUS configuration mode from global configuration mode, use the aaa group server tacacs+ command.

For details on the aaa group server tacacs+ command, see the "TACACS+ Commands"  chapter in the "Security Server Protocols" part of the Cisco IOS Security Command Reference. For additional information, see the corresponding chapter in the Cisco IOS Security Configuration Guide.

Service Profile Configuration

Prompt ID: (config-service-prof)

To enter service profile configuration mode from global configuration mode, use the resource-pool profile service command. Use service profile configuration mode to configure modem service parameters for devices used by the Resource Pool Manager (RPM).

For details, see the "Configuring Resource Pool Management" chapter in the Cisco IOS Dial Services Configuration Guide: Network Services document.

Standard Named Access List (NACL) Configuration Mode

Prompt ID: (config-std-nacl)

All IP and IPX access lists can be identified by a number. Alternatively, some IP and IPX access lists can be identified by a name. Use access-list configuration mode when you are creating a named IP or IPX access list.

For information on creating a named IP access list, see the "Configuring IP Services" chapter in the Cisco IOS IP and IP Routing Configuration Guide. For information on creating a named IPX access list, see the "Configuring Novell IPX" chapter in the Cisco IOS AppleTalk and Novell IPX Configuration Guide.

Subinterface Configuration Submode

Prompt ID: (config-subif)

To enter subinterface configuration mode from interface configuration mode, use an interface command. Use subinterface configuration mode to configure multiple virtual interfaces (called subinterfaces) on a single physical interface.

Subinterfaces appear to be distinct physical interfaces to the various protocols. For example, Frame Relay networks provide multiple point-to-point links called permanent virtual circuits (PVCs). PVCs can be grouped under separate subinterfaces that in turn are configured on a single physical interface. From a bridging spanning-tree viewpoint, each subinterface is a separate bridge port, and a frame arriving on one subinterface can be sent out on a another subinterface.

For details on how to configure subinterfaces, see the appropriate documentation module for a specific protocol in the Cisco IOS software documentation.

System Controller Poll-Group Configuration Mode

Prompt ID: (config-poll-gr)

To enter system controller poll-group configuration mode from global configuration mode, use the syscon poll-group command. Use system controller poll-group configuration mode to configure data collection for a specific poll group using a system controller. The poll-group configuration mode is required for Performance Data Collection, which allows a system controller to collect and store SNMP MIB data from its managed router and dial shelves.

For details, see the "System Management Using System Controllers" chapter in this book and the "System Controller Commands" chapter in the Cisco IOS Configuration Fundamentals Command Reference.

Time Range Configuration Mode

Prompt ID: (config-time-range)

To enter time range configuration mode from global configuration mode, use the time-range command. Use time range configuration mode to define a time range, which specifies specific times of the day and week. Apply the time range to a function that accepts time ranges to control when that function will occur. For example, you can apply time ranges to IP and IPX extended access lists.

The time range that you define can be referenced in IP extended access lists and IPX extended access lists.

TN3270 Server Configuration Mode

Prompt ID: (cfg-tn3270)  or  (tn3270-server)

The TN3270 server provides a set of configuration modes and submodes for configuring the TN3270 Server feature on a CMCC adapter. The TN3270 server is configured on the virtual interface of a CIP adapter, which is always port 2. The TN3270 server feature is always configured on port 0 of a CPA adapter.

Many of the TN3270 server commands can be entered in multiple command modes. The scope of the TN3270 server command is based upon where the command is entered in the hierarchy of the TN3270 server configuration modes and submodes.

The following configuration submodes are available to configure the TN3270 server:

For details, see the "Configuring the TN3270 Server"  chapter of the Cisco IOS Bridging and IBM Networking Configuration Guide and the "TN3270 Server Commands" chapter of the Cisco IOS Bridging and IBM Networking Command Reference, Volume II.

Virtual Circuit (VC) Class Configuration Submode

Prompt ID: (config-vc-class)  or  (config-if-vc-class)

To enter VC class configuration submode from interface configuration mode or subinterface configuration mode, use the vc-class atm command.

Use VC class configuration mode to configure a set of VC parameters that will apply to an ATM main interface, subinterface, PVC, or SVC. For example, you can create a VC class that contains VC parameter configurations that you will apply to a particular PVC or SVC. You might create another VC class that contains VC parameter configurations that you will apply to all VCs configured on a particular ATM main interface or subinterface. The command mode is related to the Interface ATM VC Configuration Submode and the ATM Bundle Configuration Subsubmode.

For details, see the Cisco IOS Release 12.0(3)T Feature Module titled "IP to ATM Class of Service."

For additional information, see the "Configuring ATM"  chapter of the Release 12.1 Cisco IOS Wide-Area Networking Configuration Guide and the vc-class atm command documentation in the "ATM Commands" chapter of the Release 12.1 Cisco IOS Wide-Area Networking Command Reference.

Voice-Port Configuration Mode

Prompt ID: (config-voiceport)

To enter voice-port configuration mode from global configuration mode, use the voice-port command. Use voice-port configuration mode to configure voice port settings for voice over ATM, voice over Frame Relay, and other related protocols.

For details, see the voice-port command description in the Cisco IOS Multiservice Applications Command Reference.

VoIP Dial Peer Configuration Mode

See the "Dial Peer Voice Configuration Mode" section.

VPDN Group Mode and Submodes

Prompt ID: (config-vpdn)

The VPDN group configuration mode is used to configure VPDN services on Cisco routers. To enter VPDN group configuration mode, first enable VPDN by using the vpdn enable command, and then use the vpdn-group number command. In VPDN group configuration mode, you can configure generic information for the entire VPDN group. You can also enter the VPDN subgroups, and configure specific information for the VPDN services. Each of the four VPDN services now have VPDN subgroups.

See the "Configuring Virtual Private Networks" chapter in the Cisco IOS Dial Services Configuration Guide: Network Services for information on the following VPDN group configuration submodes:

X.25 Profile Configuration Mode

Prompt ID: (config-x25)

To enter X.25 configuration mode from global configuration mode, use the x25 profile command. X.25 profiles streamline X.25 and LAPB configuration. X.25 profiles can contain existing X.25 and LAPB commands and, once created and named, can be simultaneously associated with more than one DLCI connection, using just the profile name. X.25 Layers 2 and 3 are transparently supported over Annex G. LAPB treats the Frame Relay network like an X.25 network link and passes all of the data and control messages over the Frame Relay network.

For details, see the x25 profile command documentation in the Cisco IOS Wide-Area Networking Configuration Guide and the Cisco IOS Wide-Area Networking Command Reference for more information.

Configuration Modes Summary Table

Table 22 lists the configuration modes available using the Cisco IOS CLI. The availability of any particular mode will depend on the features in your system software image and which platform you are using. For example, some configuration modes are specifically for configuring access servers, and will not be available on most routers.

Configuration modes are listed alphabetically by router prompt. Configuration submodes are listed under the configuration mode they are accessed from.

Unless otherwise indicated, the exit command will bring you back to the mode you were in before you entered the current mode. For example, using the exit command in subinterface configuration submode will bring you back to interface configuration mode, using the exit command in interface configuration mode will bring you back to global configuration mode, and using the exit command in global configuration mode will bring you back to privileged EXEC mode.

The prompts listed assume that the default device name of "Router" is in use.


Table 22: Configuration Mode and Configuration Submode Summaries
Prompt Command Mode Name Access Method Example 
Router(ca-identity)#

CA-identity configuration mode

From global configuration mode, use the crypto ca identity command.

Router(config)# crypto ca 
identity

Router(ca-identity)#


Router(config-alps-ascu)#

See Interface configuration mode (below).



Router(config-alps-cir)#

 

 or


Router(config-alps-circ)#

 

 or 


Router(config-alps-circuit)#


 Airline Product Set (ALPS) circuit configuration mode


 From global configuration mode, use the alps circuit command.


Router(config)# alps circuit 
CKT_NAME

Router(config-alps-circuit)#




Router(config-called-group)#


 DNIS group configuration mode


 From global configuration mode, use the dialer dnis group command.


Router(config)# dialer dnis 
group dnis_isp_1

Router(config-called-group)# 
number 1234




Router(config-casa)#


 CASA
configuration mode


 From global configuration mode, use the ip casa command.


Router(config)# ip casa 
10.10.4.1 224.0.1.2

Router(config-casa)#




Router(config-cert-chain)#


 Certificate chain configuration mode


 From global configuration mode, use the crypto ca certificate chain command.


Router(config)# crypto ca 
certificate

Router(config-cert-chain)#




Router(config-controller)#


 Controller
configuration mode


 From global configuration mode, use the controller command. 


Router(config)# controller t1 
0/0

Router(config-controller)#




Router(config-ctrl-cas)#


 CAS custom configuration
submode


 From controller configuration mode, use the cas-custom command.


Router(config-controller)# 
cas-custom 1

Router(config-ctrl-cas)# 




Router(config-customer-profile)#


 Customer profile configuration mode


 From global configuration mode, use the resource-pool profile customer command.


Router(config)# resource-pool 
profile customer isp_1

Router(config-customer-pro)#



Router(config-crypto-map)#


 Crypto map configuration mode


 From global configuration mode, use the crypto map command. 


Router(config)# crypto map 
Research 10

Router(config-crypto-map)#




Router(config-crypto-trans)#


 Crypto transform configuration mode


 From global configuration mode, use the crypto ipsec transform-set command. 


Router(config)#crypto ipsec 
transform-set

Router(config-crypto-trans)#




Router(config-dhcp)#


 DHCP pool configuration mode


 From global configuration mode, use the ip dhcp pool command.


Router(config)# ip dhcp pool 
pname1

Router(config-dhcp)#




Router(config-dialpeer)#


 Dial peer voice configuration mode


 From global configuration mode, use the dial peer voice command. 


Router(config)# dial peer voice 
1 pots

Router(config-dialpeer)#




Router(config-ext-nacl)#


 Extended 
named access list
configuration mode


 From global configuration mode, use the ip access-list or ipx access-list command.


Router(config)# ip access-list 
extended flag

Router(config-ext-nacl)#




Router(config-gateway)#


 Gateway
configuration mode


 From global configuration mode, use the gateway command.


Router(config )# gateway

Router(config-gateway)#




Router(config-gk)#


 Gatekeeper configuration mode


 From global configuration mode, use the gatekeeper command.


Router(config)# gatekeeper

Router(config-gk)#




Router(config-hub)#


 Hub
configuration mode


 From global configuration mode, use hub command. 


Router(config)#hub ethernet 0 
13

Router(config-hub)#




Router(config-if)#


 Interface 
configuration
mode


 From global configuration mode, enter by specifying an interface with an interface command.


Router(config)# interface 
serial2

Router(config-if)#




Router(config-alps-ascu)#


 ALPS ASCU configuration submode


 From interface configuration mode, use the alps ascu command.


Router(config-if)# alps ascu 4B

Router(config-alps-ascu)#




Router(config-if-atm-vc)#


 Interface
ATM-VC
configuration
submode


 From interface
configuration mode, use the pvc or svc nsap command.


Router(config-if)# pvc 0/33

Router(config-if-atm-vc)#


 or


Router(config-if)# svc nsap 
AB.CDEF.01.234567.890A.BCDE.F012
.3456.7890.1234.12

Router(config-if-atm-vc)#




Router(atm-bundle-config)#


 Interface
ATM bundle configuration submode


 From interface or subinterface configuration mode, use the bundle command.


Router(config-subif)# bundle 
newyork

Router(config-atm-bundle)#




Router(config-if-atm-member)
#


  • Interface
    ATM bundle-
    member
    configuration
    subsubmode
    



 From ATM bundle configuration submode, use the pvc-bundle command.


Router(config-if)# bundle 
chicago

Router(config-atm-bundle)# 
pvc-bundle chicago-control 207

Router(config-if-atm-member)# 
class control-class

Router(config-atm-bundle)# 
pvc-bundle chicago-premium 206

Router(config-if-atm-member)# 
class premium-class




Router(config-if-path)#


 IP host backup configuration submode


 From interface
configuration mode, use the path command.


Router(config)# interface 
channel 3/1

Router(config-if)# ip address 
198.92.5.1 255.255.255.128

Router(config-if)# path c010 
c110 c210

Router(config-if-path)# claw 30 
198.92.5.2 lpar1 cip1 tcpip 
tcpip

. . .



Router(config-rlm-group)#


 RLM group
configuration submode


 From interface configuration mode, use the rlm group command.


Router(config-if)# rlm group 1

Router(config-rlm-group)#




Router(config-rlm-group-sc)#


  • RLM device configuration subsubmode
    



 From RLM group configuration mode, use the server command.


Router(config-rlm-group)# server 
r1-server

Router(config-rlm-group-sc)#




Router(config-subif)#


 Subinterface configuration
submode


 From interface configuration mode, specify a subinterface with an interface command.


Router(config-if)# interface 
serial 2.1

Router(config-subif)#



Router(cfg-lan-type n)#


 Internal LAN configuration
submode


 From interface configuration mode, use the lan command.


 In the router prompt syntax, type is the specified internal LAN type and n is the specified lan-id.


Router(config-if)# lan ethernet 
10

Router(cfg-lan-Ether 10)# 




Router(cfg-adap-type n-m)#


  • Internal adapter configuration subsubmode
    



 From internal LAN configuration mode, enter the adapter command.


 In the router prompt syntax, type is the specified internal LAN type, n is the specified lan-id, and m is the adapter number.


Router(config)# lan ethernet 10

Router(cfg-lan-Ether 10)# 
adapter 1 4.5.6

Router(cfg-adap-Ether 10-1)#




Router(config-vc-class)#


 Virtual Circuit
(VC) class
configuration
submode


 From interface configuration mode or subinterface configuration submode, use the vc-class atm command.


Router(config-if)# vc-class atm 
pvc1

Router(config-vc-class)#




Router(config-ipx-router)#


 IPX-router
configuration mode


 From global configuration mode, use the ipx router command. 


 (IPX must first be enabled using the ipx routing command.) 


Router(config)# ipx routing

Router(config)# ipx router rip 

Router(config-ipx-router)#




Router(config-isakmp)#


 ISAKMP policy configuration mode


 From global configuration mode, use the crypto isakmp policy command.


Router(config)# crypto isakmp 
policy

Router(config-isakmp)#



Router(config-keychain)#


 Keychain
configuration
mode


 From global configuration mode, use the keychain command. 


Router(config)# keychain blue

Router(config-keychain)#



Router(config-keychain-key)#


 Keychain key configuration
submode


 From keychain configuration mode, use the key command. 


Router(config-keychain)# key 10

Router(config-keychain-key)#




Router(config-line)#


 Line
configuration mode


 From global configuration mode, enter by specifying a line with a line {aux | con | tty | vty} line-number [ending-line-number] command. 


Router(config)# line vty 0 4

Router(config-line)#




Router(config-mrm-manager)#


 MRM Manager configuration mode


 From global configuration mode, use the ip mrm manager command.


Router(config)#ip mrm manager 
test1

Router(config-mrm-manager)#



Router(config-map-class)#


 Map-class configuration


 From global configuration mode,
use the map-class encapsulation class-name command. 


Router(config)# map-class atm 
aaa

Router(config-map-class)#




Router(config-map-list)#


 Map-list configuration


 From global configuration mode,
use the map-list name command. 


Router(config)# map-list atm

Router(config-map-list)#




Router(config-modem-pool)#


 Modem pool configuration


 From global configuration mode,
use the modem-pool name command.


Router(config)# modem-pool 
v90service

Router(config-modem-pool)# 
pool-range 30-50

Router(config-modem-pool)# 
called-number 2000

Router(config-modem-pool)# exit

Router(config)#




Router(config-mpoa-client)

 

 See


Router(mpoa-client-config)#


 See MPOA Client configuration mode (below)


 




Router(config-mpoa-server)

 

 See


Router(mpoa-server-config)#


 See MPOA Server configuration mode (below)


 




Router(config-poll-gr)#


 System controller poll-group
configuration mode


 From global configuration mode, enter poll-group configuration mode with the syscon poll-group command.


Router(config)# syscon 
poll-group cmlineinfo

Router(config-poll-gr)#




Router(config-pubkey-chain)#


 Public-key chain configuration mode


 From global configuration mode, use the crypto key pubkey-chain {dss | rsa} command.


Router(config)# crypto key 
pubkey-chain rsa

Router(config-pubkey-chain)#




Router(config-pubkey-key)#


 Public-key key configuration submode


 From public-key chain configuration mode, use the addressed-key command or named-key command .


Router(config-pubkey-chain)# 
named-key otherpeer.domain.com

Router(config-pubkey-key)# 




Router(config-pubkey)#


  • Public-key
    hex input configuration
    subsubmode
    



 From public-key key configuration mode, use the key-string command.


Router(config-pubkey-key)# 
address 10.5.5.1

Router(config-pubkey-key)# 
key-string 005C300D 06092A86

Router(config-pubkey)# 4886F70D 
01010105

. . .



Router(config-red-group)#


 Random Early Detection (RED) group configuration mode


 From global configuration mode, use the random-detect-group command.


Router(config)# 
random-detect-group sanjose

Router(config-red-group)#



Router(config-resource-group)#


 Resource group configuration mode


 From global configuration mode, use the resource-pool group resource command.


Router(config)# resource-pool 
group resource hdlc1

Router(config-resource-group)# 
range limit 48




Router(config-route-map)#


 Route-map configuration mode


 From global configuration mode, enter by specifying the route-map [map-tag] command. 


Router(config)# route-map 
arizona

Router(config-route-map)#




Router(config-router)#


 Router
configuration mode


 From global configuration mode, enter by issuing the router [keyword] command (such as router igrp). 


Router(config)# router rip

Router(config-router)#




Router(config-router-af)#


 Address family configuration
submode


 From router configuration mode, use the address-family command.


 To exit, use the exit-address-family command.


Router(config)# router bgp 100

Router(config-router)# 
address-family vpnv4

Router(config-router-af)#




Router(config-rtr)#


 RTR (SA Agent)
configuration mode


 From global configuration mode, use the rtr number command.


Router(config)# rtr 1

Router(config-rtr)# 




Router(config-rtr-http)#


 RTR HTTP raw configuration
submode


 From RTR configuration mode, use the http-raw-request command.


Router(config-rtr)# type http 
operation raw url 
http://www.cisco.com
  
Router(config-rtr)# 
http-raw-request

Router(config-rtr-http)# GET 
/index.html HTTP/1.0\r\n

Router(config-rtr-http)# \r\n

Router(config-rtr-http)# exit

Router(config-rtr)#




Router(config-service-prof)#


 Service profile configuration mode


 From global configuration mode, use the resource-pool profile service command.


Router(config)# resource-pool 
profile service user1sample

Router(config-service-prof)# 



Router(config-sg)#

 

 or


Router(config-sg-radius)#


 Server group
RADIUS
configuration mode


 From global configuration mode or interface configuration mode, use the aaa group server radius command.


Router(config-if )# aaa group 
server radius sg1

Router(config-sg-radius)#



Router(config-sg)#

 

 or


Router(config-sg-tacacs)#


 Server group
TACACS
configuration mode


 From global configuration mode or interface configuration mode, use the aaa group server tacacs+ command.


Router(config-if )# aaa group 
server tacacs+ sg1

Router(config-sg-tacacs+)#



Router(config-std-nacl)#


 Standard access-list configuration mode


 From global configuration mode, use the ip access-list or ipx access-list command.


Router(config)#ip access-list 
standard Internetfilter

Router(config-std-nacl)#permit 
192.5.34.0  0.0.0.255

Router(config-std-nacl)#permit 
128.88.0.0  0.0.255.255

Router(config-std-nacl)#exit

Router(config)#




Router(config-time-range)#


 Time-range configuration mode


 From global configuration mode, use the time-range time-range-name command. 


Router(config)# time-range 
no-http

Router(config-time-range)#




Router(cfg-tn3270)#

 

 or


Router(tn3270-server)#


 TN3270 server configuration mode


 From global configuration mode, use the tn3270-server command.


Router(config)# tn3270-server

Router(cfg-tn3270)#




Router(tn3270-dlur)#


 TN3270 DLUR configuration submode


 From TN3270 configuration mode, use the dlur command.


 To exit to TN3270 configuration mode, use the exit command.


Router(config)# tn3270-server

Router(tn3270-server)# dlur

Router(tn3270-dlur)#




Router(tn3270-dlur-lsap)#




 From DLUR configuration submode, use the lsap command.


Router(config)# tn3270-server

Router(tn3270-server)# dlur

Router(tn3270-dlur)# lsap

Router(tn3270-dlur-lsap)#




Router(tn3270-dlur-pu)#




 From DLUR configuration submode, use the pu (DLUR) command.


Router(tn3270-dlur)#pu P0 
05D99001 192.195.80.40

Router(tn3270-dlur-pu)#




Router(tn3270-lpoint)#


 TN3270 listen-point configuration submode


 From TN3270 server configuration mode, use the listen-point command.


Router (cfg-tn3270)# 
listen-point

Router (tn3270-lpoint)#




Router(tn3270-lpoint-pu)#


  • TN3270 listen-point PU configuration subsubmode
    



 From TN3270 listen-point configuration mode, use the pu (listen-point) command or pu dlur command.


Router(tn3270-lpoint)# pu PU1 
94223456 tok 1 08

Router(tn3270-lpoint-pu)#

 

 or


Router(tn3270-lpoint)#pu P0 
05D99001 dlur

Router(tn3270-lpoint-pu)#




Router(tn3270-pu)#


 TN3270 PU configuration submode


 From TN3270 server configuration mode, use the pu (tn3270) command.


Router(config)# tn3270-server

Router(cfg-tn3270)# pu PU1 
05d00001 10.0.0.1 token-adapter 
1 8 rmac 4000.0000.0001 rsap 4

Router(tn3270-pu)#




Router(tn3270-resp-time)#


 TN3270 Response-time configuration submode


 From TN3270 server configuration mode, use the response-time group command.


Router(cfg-tn3270)#response-time 
group MYSUBNET bucket boundaries 
15 25 60 120 multiplier 35

Router(tn3270-resp-time)#




Router(config-vc-class)#


 See Interface configuration mode (above).


 




Router(config-voiceport)#


 Voice-port
configuration mode


 From global configuration mode, enter by issuing the voice port slot/sub-unit/port command for the Cisco 3600 series, or voice port slot/port for the Cisco MC3810.


Router(config)# voice port 1/1/2

Router(config-voiceport)#




Router(config-vpdn)#


 VPDN group
configuration mode


 From global configuration mode, use the vpdn-group number command.


Router(config)# vpdn-group 1

Router(config-vpdn)#




Router(config-vpdn-acc-in)#


 VPDN
Accept-dialin
configuration submode


 From VPDN group mode, use the accept-dialin command.


Router(config-vpdn)# 
accept-dialin

Router(config-vpdn-acc-in)#




Router(config-vpdn-acc-ou)#


 VPDN
Accept-dialout
configuration submode


 From VPDN group mode, use the accept-dialout command.


Router(config-vpdn)# 
accept-dialout

Router(config-vpdn-acc-ou)#




Router(config-vpdn-req-in)#


 VPDN
Request-dialin configuration submode


 From VPDN group mode, use the request-dialin command.


Router(config-vpdn)# 
request-dialin

Router(config-vpdn-req-in)#




Router(config-vpdn-req-ou)#


 VPDN Request-dialout configuration submode


 From VPDN group mode, use the request-dialout command.


Router(config-vpdn)# 
request-dialout

Router(config-vpdn-req-ou)#




Router(config-x25)# 


 X.25 profile
configuration mode


 From global configuration mode, use the x25 profile command.


Router(config)# x25 profile 
NetworkNodeA dce

Router(config-x25)# x25 htc 128




Router(lane-config-datab)#


 LAN Emulation
(LANE) database configuration mode


 From global configuration mode, use the lane database command. 


Router(config)# lane database 
red

Router(lane-config-datab)#




Router(mpoa-client-config)#


 MPOA Client (MPC) configuration mode


 From global configuration mode, use the mpoa client config name command.


Router(config)# mpoa client 
config name ip_mpc

Router(mpoa-client-config)#




Router(mpoa-server-config)#


 MPOA Server (MPS) configuration


 From global configuration mode, use the mpoa server config name command.


Router(config)# mpoa server 
config name ip_mps

Router(mpoa-server-config)#














 





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Posted: Wed Aug 16 20:09:46 PDT 2000

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