Cisco Systems BC-281 manual Mapping DLSw+ to a Local Data-Link Control, Token Ring, BC-292

Page 12

Configuring Data-Link Switching Plus

DLSw+ Configuration Task List

Mapping DLSw+ to a Local Data-Link Control

In addition to configuring local and remote peers, you must map one of the following local data-link controls to DLSw+:

Token Ring, page 292

Ethernet, page 293

SDLC, page 293

QLLC, page 294

FDDI, page 295

Token Ring

Traffic that originates from Token Ring is source-route bridged from the local ring onto a source-bridge ring group and then picked up by DLSw+. You must include a source-bridgering-groupcommand that specifies a virtual ring number when configuring Token Ring with DLSw+. In addition, you must configure the source-bridgecommand that tells the DLSw+ router to bridge from the physical Token Ring to the virtual ring.

To specify a virtual ring number, use the following command in global configuration mode:

Command

Purpose

 

 

Router(config)# source-bridge ring-group

Defines a virtual ring.

ring-group [virtual-mac-address]

 

 

 

To enable DLSw+ to bridge from the physical Token Ring ring to the virtual ring, use the following command in interface mode:

Command

Purpose

 

 

Router(config-if)# source-bridge

Defines SRB on interface.

source-ring-number bridge-number

 

target-ring-number

 

 

 

To enable single-route explorers, use the following command in interface mode:

Command

Purpose

 

 

Router(config-if)# source-bridgespanning

Enables single-route explorers.

 

 

Configuring the source-bridge spanning command is required because DLSw+ uses single-route explorers by default.

The following command configures a source-bridge ring-group and a virtual ring with a value of

100 to DLSw+:

source-bridge ring-group 100 int T0

source-bridge 1 1 100 source-bridge spanning

The ring-groupnumber specified in the source-bridgecommand must be the number of a defined source-bridge ring-group or DLSw+ will not see this interface.

 

Cisco IOS Bridging and IBM Networking Configuration Guide

BC-292

78-11737-02

Image 12 Contents
Configuring Data-Link Switching Plus BC-281DLSw Standard DLSw Version 2 StandardIP Multicast BC-282DLSw+ Features Enhanced Peer-on-Demand Routing FeatureUDP Unicast Expedited TCP ConnectionLocal Acknowledgment BC-284BC-285 LLC2 Session without Local AcknowledgmentBC-286 DLSw+ Support for Other SNA Features BC-287Command Purpose Defining a DLSw+ Local Peer for the RouterDefines the DLSw+ local peer Following is a sample dlsw local peer statementDefining a DLSw+ Remote Peer TCP EncapsulationBC-289 TCP/IP with RIF Passthrough Encapsulation FST EncapsulationDefines a remote peer with FST encapsulation BC-290Direct Encapsulation DLSw Lite EncapsulationDefines a remote peer with direct encapsulation Defines a remote peer with DLSw Lite encapsulationMapping DLSw+ to a Local Data-Link Control Token RingBC-292 Ethernet BC-293Enables DLSw+ on an Sdlc interface Associated with this serial interfaceBC-294 Configuring Advanced Features BC-295Scalability Peer Groups and Border PeersBC-296 BC-297 Enables peer groups and border peers BC-298Configures peer-on-demand defaults Local, remote, and group cachesBC-299 Displays content of group, local and remote caches NetBIOS Dial-on-Demand RoutingFollowing command enables NetBIOS DDR Explorer FirewallsFollowing command configures the SNA DDR feature UDP Unicast FeatureSNA Dial-on-Demand Routing BC-301Configures a dynamic peer Promiscuous Peer DefaultsLLC1 Circuits Dynamic PeersConfigures promiscuous peer defaults AvailabilityLoad Balancing BC-303Local router BC-304Configures transparent redundancy Backup PeersEthernet Redundancy Addresses on a transparent bridged are mappedConfigures a backup peer Modes of OperationBC-306 Access Control Network ManagementTraffic Bandwidth and Queueing Management BC-307Defines a port list DLSw+ Bridge Group ListBC-308 Filter Lists in the Remote-Peer Command Static PathsStatic Resources Capabilities Exchange BC-309Configuring DLSw+ Timers BC-310BC-311 Following sections provide DLSw+ configuration examples BC-312Router a Router BBC-313 BC-314 DLSw+ with Peer Groups Specified ExampleRouter C BC-315BC-316 FEPRouter D BC-317DLSw+ with Sdlc Multidrop Support Configuration Examples Router EFollowing example, all devices are type PU BC-318Following example, all devices are type PU 2.1 Method BC-319BC-320 Hostname Router aBC-321 DLSw+ Translation Between Fddi and Token RingDLSw+ Translation Between Sdlc and Token Ring Media Example BC-322BC-323 Sdlc partner 1000.5aed.1f53 d2 sdlc dlsw d2DLSw+ over Frame Relay Configuration Example RingBC-324 DLSw+ over Qllc Configuration Examples Following three examples describe Qllc support for DLSw+Example BC-325DLSw+ with RIF Passthrough Configuration Example BC-326DLSw+ with Enhanced Load Balancing Configuration Example BC-327DLSw+ Peer Cluster Feature Configuration Example BC-328DLSWRTR2 BC-329Shows a DLSw+ border peer network configured with DLSw+ Rsvp BC-330DLSw+ with Ethernet Redundancy Configuration Example BC-331DLSw+ with Ethernet Redundancy in a Switched Environment BC-332BC-333 BC-334
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