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Doc. No. 78-3610-09
Cisco IOS Release 11.0 BT Release Note and
Update to Configuration Guides and Command
References
January 15, 1999
This document supplements the Cisco IOS Release 11.0 documentation set with new and changed
commands that support Cisco IOS Release 11.0(10)BT and later. Note that Cisco IOS Release
11.0(10)BT is the initial release of Cisco IOS Release 11.0 BT. No prior versions of Cisco IOS
Release 11.0 BT exist. The TN3270 server function is supported on a Channel Interface Proc
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Introduction • Cisco IOS 11.0(15)BT • Cisco IOS 11.0(16)BT • Cisco IOS 11.0(17)BT • Cisco IOS 11.0(18)BT • Cisco IOS 11.0(19)BT • Cisco IOS 11.0(20)BT • Cisco IOS 11.0(21)BT • Cisco IOS 11.0(22)BT Cisco IOS Release 11.0 BT is based on Cisco IOS Release 11.0. Introduction This Release Note and Update is divided into the following sections: • Release Note, page 2 — Platform Support, page 3 — Cisco IOS Packaging, page 3 — Boot ROM Requirements, page 3 — CIP Boot Image Requirements, page 3 — Memory
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Release Note Platform Support Cisco IOS Release 11.0 BT supports the following router platforms: • Cisco 7500 series • Cisco 7000 series and Cisco 7000 series with RSP7000 Cisco IOS Packaging The following feature sets are available in Release 11.0 BT. Refer to the Router Products Release Notes for Cisco IOS Release 11.0 for a list of the features provided in the Cisco 7000 and Cisco 7500 series feature sets. • Enterprise (this feature set includes CIP) • Enterprise/CIP2 Boot ROM Requirements Bo
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Update to Configuration Guide Cisco 7500 Series and Cisco 7000 Minimum Required Required Main Required CIP Release11.0 with RSP7000 Code Memory Memory Memory Runs From Required Code Required CIP Release11.0 Cisco 7000 Series Memory Memory Runs From Enterprise Set 8 MB Flash memory 16 Mb 32 Mb RAM (gs7-k-mz) card Enterprise/CIP2 Set 8 MB Flash memory 16 Mb 32 Mb RAM (gs7-k2-mz) card Microcode Software Note that microcode software images are bundled with the system software image. Bundling elimina
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Cisco’s Implementation of TN3270 on a Channel Interface Processor Configuring TN3270 Server on the Channel Interface Processor This chapter describes TN3270 server support provided by the Channel Interface Processor (CIP) card for Systems Network Architecture (SNA) devices. For a complete description of the commands mentioned in this chapter, refer to the “TN3270 Server Commands” update chapter. Cisco’s Implementation of TN3270 on a Channel Interface Processor The TN3270 server feature on a CIP c
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Configuring TN3270 on a Channel Interface Processor Note To enable the TN3270 server feature, you must have a CIP installed in a Cisco 7000 family router. The TN3270 server is different from the TN3270 terminal emulation access feature described in the “Configuring TN3270” chapter of the Access Services Configuration Guide. Configuring TN3270 on a Channel Interface Processor The following sections describe additional features of TN3270 server support on the CIP. The features discussed include the f
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Configuring TN3270 on a Channel Interface Processor • IBM-DYNAMIC: This will result in “DYNAMIC” being put in the model type and number field. The VTAM configuration will need to have “DYNAMIC” defined as a template in the LU group. In fact “IBM-ZZ..Z,” where “ZZ..Z” does not match the preceding syntax, will be forwarded as “ZZ..Z.” Note The “E” in the model string refers to 3270 extended datastream. It has no connection with the “E” in “TN3270E”. • Any other string is forwarded as is. • In all ca
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VTAM Host Configuration Considerations for Dynamic LU Allocation SNA Session Switch—End Node DLUR An end node DLUR function is implemented as part of the TN3270 server. The purpose of the DLUR is to allow the routing of TN3270 LUs to multiple VTAM hosts to be performed in the CIP card rather than on the VTAM hosts. The need for this feature will increase with the introduction of the new multi-CPU CMOS mainframe which comprises up to 16 CPUs that appear as separate VTAMs. The implementation of TN
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VTAM Host Configuration Considerations for Dynamic LU Allocation Figure 2 VTAM Host Values Defining LUSEED and LUGROUP Example VTAM host values defining LUSEED and LUGROUP name parameters: TN3270PU PU . * define other PU parameters IDBLK=05D, IDNUM=30001, LUSEED=TN3X1###, * define the seed component of the LU names created by DDDLU (e.g. LOCADDR 42 will have the name TN3X1042) LUGROUP=AGROUP * define the LU group name * TN3X1100 LU LOCADDR=100, * define a terminal which requires a MODETAB=AMODETA
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TN3270 Configuration Modes After the VTAM activation, the server can support session requests from clients using dynamic or specific LU allocation. TN3270 Configuration Modes The TN3270 configuration modes and router command prompts are described in the following sections and displayed in Figure 3. The TN3270 server can be configured only on Port 2, the internal LAN port, of a CIP card. Some configuration commands create entities on the CIP. For most of these, the command changes to the mode associat
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TN3270 Configuration Modes Figure 3 TN3270 Configuration Modes TN3270 Prompt: configuration mode tn3270-server> Prompt: TN3270 DLUR configuration tn3270-dlur> mode Prompt: TN3270 DLUR SAP configuration tn3270-dlur-lsap> mode Prompts: TN3270/PU TN3270 DLUR PU tn3270-pu> configuration mode tn3270-dlur> Use TN3270 PU configuration mode when the TN3270 server is attached to a non-APPN host. Use TN3270 DLUR PU configuration mode when the TN3270 server is attached to an APPN host. TN3270 Server Confi
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TN3270 Configuration Modes DLUR SAP Configuration Mode From DLUR server configuration mode, lsap command puts you in DLUR SAP configuration mode. Prompt: tn3270-dlur-lsap> PU Configuration Mode There are two paths to PU configuration mode: from the TN3270 server configuration mode, or from the DLUR configuration mode. In either mode, the pu command puts you in PU configuration mode. From TN3270 configuration mode, the pu command to create a new PU is: pu pu-name idblk-idnum ip-address type adapno lsap [r
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TN3270 Configuration Task List TN3270 Configuration Task List The following sections describe how to configure TN3270 server support on the CIP. Not all tasks are required. Refer to “TN3270 Configuration Example” for configuration examples. Note The TN3270 server is configured on an internal LAN interface in the CIP, which is port 2 of a CIP. Port 0 and port 1 represent physical interface ports; port 2 is a “virtual” port and is always reserved for the internal LAN interface. Task List for Multiple A
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TN3270 Configuration Task List Configure TN3270 Server This task is required. To establish a TN3270 server on the internal LAN interface on the CIP, perform the following tasks beginning in global configuration mode: Task Command Select the channel attach internal LAN interface interface channel slot/2 and enter interface configuration mode. Specify a TN3270 server on the internal LAN tn3270-server interface and enter TN3270 configuration mode. (Optional) Configure maximum number of LUs maximum-lus m
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TN3270 Configuration Task List Task Command (Optional) Specify the idle time for server idle-time num-of-seconds disconnect. This command is also available in TN3270 configuration mode. (Optional) Specify the maximum time allowed keepalive num-of-seconds between keepalive marks before the server disconnects. This command is also available in TN3270 configuration mode. (Optional) Specify whether the TN3270 session unbind-action {keep | disconnect} will disconnect when an UNBIND command is received.
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TN3270 Configuration Task List Task Command (Optional) Create named links to hosts. A link link name [rmac rmac] [rsap rsap] should be configured to each potential NN server. (The alternative is to configure the NN servers to connect to DLUR.) If VRN is used it is not necessary to configure links to other hosts. Do not configure multiple links to the same host. Configure PUs under DLUR This task is required when configuring DLUR connected hosts. To configure PUs under the DLUR function, perform the fol
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TN3270 Configuration Task List TN3270 Configuration Example The following configuration has three PUs using DLUR and two more with direct connections. The initial CIP configuration is as follows: interface Channel2/2 ip address 10.10.20.126 255.255.255.128 no ip redirects no ip directed-broadcast ip pim query-interval 0 ip igmp query-interval 0 no ip route-cache no keepalive no clns checksum clns congestion-threshold 0 clns erpdu-interval 0 clns rdpdu-interval 0 no clns route-cache no c
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TN3270 Configuration Task List ! create direct pus for the non-APPN Host ! note that they must use different lsaps because they go to the same Host router(cfg-tn3270)#pu pu3 05d00001 10.10.20.5 tok 1 24 rmac 4100.cafe.0001 lu-seed pu3### router(tn3270-pu)#pu pu4 05d00002 10.10.20.5 tok 1 28 rmac 4100.cafe.0001 lu-seed pu4### router(tn3270-pu)#end The resulting configuration from the initial configuration and the configuration dialog follows: interface Channel2/2 ip address 10.10.20.126 255.255.255
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Update to Command Reference Update to Command Reference The information that follows is an update to the Router Products Command Reference, Chapters 23 to 33. Add the TN3270 information as a standalone chapter following page 33-30. TN3270 Server Commands This update describes the commands to configure TN3270 support on the Channel Interface Processor (CIP). For TN3270 configuration tasks and examples, refer to the “Configuring TN3270 Server on the Channel Interface Processor” update chapter of this
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dlur dlur Use the dlur TN3270 configuration command to enable the Systems Network Architecture (SNA) session switch function on the CIP, or to enter dependent logical unit requester (DLUR) configuration mode. Use the no form of this command to disable the SNA session switch function and discard all parameter values associated with the SNA session switch. dlur dlur fq-cpname fq-dlusname no dlur Syntax Description fq-cpname Fully qualified control point (CP) name used by the SNA session switch and th
