Adding a Static RIF Cache Entry Example | Cisco Systems BC-109

SRB Configuration Examples

Configuration of Router A

source-bridge ring-group 100

!

interface Serial1 encapsulation frame-relay

!

interface Serial1.1 point-to-point frame-relay interface-dlci 30 ietf source-bridge 200 1 100 conserve-ring source-bridge spanning

!

interface Serial1.2 point-to-point frame-relay interface-dlci 31 ietf source-bridge 300 1 100 conserve-ring source-bridge spanning

!

interface TokenRing0 source-bridge 500 1 100

Configuration on Router B

source-bridge ring-group 200

!

interface Serial0 encapsulation frame-relay

!

interface Serial0.30 point-to-point frame-relay interface-dlci 30 ietf source-bridge 100 1 200 conserve-ring source-bridge spanning

!

interface TokenRing0 source-bridge 600 1 200

Configuration on Router C

source-bridge ring-group 300

!

interface Serial0 encapsulation frame-relay

!

interface Serial0.31 point-to-point frame-relay interface-dlci 31 ietf source-bridge 100 1 300 conserve-ring source-bridge spanning

!

interface TokenRing0 source-bridge 900 1 300

Adding a Static RIF Cache Entry Example

In the example configuration in Figure 60, the path between rings 8 and 9 connected via Bridge 1 is described by the route descriptor 0081.0090. A full RIF, including the route control field, would be 0630.0081.0090.

BC-152Bridging and IBM Networking Configuration Guide

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Cisco Systems BC-109 manual Adding a Static RIF Cache Entry Example, Configuration of Router a, Configuration on Router B

Contents

Configuring Source-Route Bridging SRB Configuration Task List Configure Source-Route Bridging Configure a Dual-Port Bridge Configure a Multiport Bridge Using a Virtual Ring Multiple Dual-Port Bridges No source-bridge ring-group ring-group Define a Ring Group in SRB ContextSource-bridge ring-group ring-group Configure SRB over Fddi Enable SRB and Assign a Ring Group to an InterfaceInterface fddi slot/port Source-bridge route-cache cbus Configure Fast-Switching SRB over Fddi Configure SRB over Frame Relay Enable the Automatic Spanning-Tree Function Limit the Maximum SRB Hops Configure Bridging of Routed Protocols Enable Use of the RIF Configure a Static RIF Entry Configure the RIF Timeout Interval Overview of SR/TLB Following notes and caveats apply to all uses of SR/TLB Enable Bridging between Transparent Bridging and SRB Disable Fast-Switched SR/TLBEnable Translation Compatibility with IBM 8209 Bridges No source-bridge transparent ring-group fastswitch Enable Token Ring LLC2-to-Ethernet Conversion Enable 0x80d5 ProcessingEnable Standard Token Ring LLC2-to-Ethernet LLC2 Conversion Source-bridge sap-80d5 dsap Configure NetBIOS Support Specify Timeout and Enable NetBIOS Name Caching Source-bridge proxy-netbios-only Configure the NetBIOS Cache Name Length Enable NetBIOS ProxyingCreate Static Entries in the NetBIOS Name Cache Specify Dead-Time Intervals for NetBIOS Packets Netbios name-cache recognized-timeout seconds Configure LNM SupportNetbios name-cache query-timeout seconds LNM Linking to a Source-Route Bridge on Each Local Ring How a Router Works with LNM LAN Network Manager Monitoring and Translating Disable LNM Functionality Disable Automatic Report Path Trace Function Enable Other LRMs to Change Router Parameters Change Reporting Thresholds Apply a Password to an LNM Reporting LinkEnable LNM Servers Lnm softerr milliseconds Change an LNM Reporting IntervalMonitor LNM Operation Secure the SRB Network Configure NetBIOS Access FiltersConfigure NetBIOS Access Filters Using Station Names Configure NetBIOS Access Filters Using a Byte Offset Netbios access-list host name permit deny patternNetbios access-list bytes name permit deny offset Netbios input-access-filter bytes name Filter Frames by Protocol Type Configure Administrative Filters for Token Ring TrafficNetbios output-access-filter bytes name Filter Destination Addresses Filter Frames by Vendor CodeFilter Source Addresses Access Expression Example Configure Access Expressions Optimize Access Expressions Alter Access Lists Used in Access Expressions Tune the SRB Network Enable or Disable the Source-Route Fast-Switching Cache Optimize Explorer Processing Enable or Disable the SSEEstablish the Connection Timeout Interval Controlling Explorer Storms in Redundant Network Topologies Mac-address ieee-address Configure Proxy ExplorersEstablish SRB Interoperability with TI MAC Firmware Report Spurious Frame-Copied Errors Monitor and Maintain the SRB Network SRB Configuration Examples Source-bridge tcp-queue-max number Dual-Port Source-Route Bridge Configuration Basic SRB with Spanning-Tree Explorers Example Optimized Explorer Processing Configuration Example SRB-Only Example SRB and Routing Certain Protocols Example Multiport SRB Example Configuration for Router a SRB with Multiple Virtual Ring Groups Example SRB over Fddi Configuration Examples SRB over Fddi Fast-Switching ExampleConfiguration for Router B Router a SRB over Frame Relay Configuration Example Frad Using SRB over Frame Relay to Connect to a Cisco Router Configuration of Router a Configuration on Router BConfiguration on Router C Adding a Static RIF Cache Entry Example Adding a Static RIF Cache Entry for a Two-Hop Path Example SR/TLB for a Simple Network Example BC-154Bridging and IBM Networking Configuration Guide SR/TLB with Access Filtering Example Example of a Bit-Swapped Address NetBIOS Support with a Static NetBIOS Cache Entry Example Specifying a Static Entry Wayfarer# show lnm config LNM for a Simple Network Example LNM for a More Complex Network Example NetBIOS Access Filters Example Filtering Bridged Token Ring Packets to IBM Machines Example Shows a router connecting four Token Rings Creating Access Filters Example Following access expression would result Access Filters Example Fast-Switching Example Autonomous Switching Example