Cisco 11.0 BT Comment utiliser

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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 Processor

card in a Cisco 7000 series or Cisco 7500 series router. The following Cisco IOS releases are

covered by this release note publication:

•Cisco IOS 11.0(10)BT

•Cisco IOS 11.0(11)BT

•Cisco IOS 11.0(12)BT

•Cisco IOS 11.0(13a)BT

Note Cisco IOS Release 11.0(13)BT was renumbered and released as 11.0(13a)BT.)

•Cisco IOS 11.0(14)BT, Cisco IOS 11.0(14a)BT1

Note Shipment of Cisco IOS Release 11.0(14)BT was halted due to CSCdj05366. A ﬁx was

implemented and the release was renumbered and released as 11.0(14a)BT1.

78-3610-09

2Cisco IOS Release 11.0 BT Release Note and Update to Conﬁguration Guides and Command References

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 Requirements, page 3

—Microcode Software, page 4

—New Software Features in 11.0(10)BT, page 4

•Update to Conﬁguration Guide, page 4

•Update to Command Reference, page 19

•Cisco Connection Online, page 57

•Cisco Connection Documentation, page 57

Use this document in conjunction with the Router Products Release Notes for Cisco IOS

Release 11.0 and the Cisco IOS Release 11.0 conﬁguration guide and command reference

publications,speciﬁcallytheRouterProducts ConﬁgurationGuideChapters1to6,RouterProducts

Conﬁguration Guide Chapters 22 to 33,Router Products Command Reference Chapters 1 to 6,

Router Products Command Reference Chapters 22 to 33.

Release Note Cisco IOSRelease 11.0BTintroducesTN3270serversupportonChannelInterfaceProcessor(CIP)

cards.

Note To enable the TN3270 server feature, you must have a CIP card installed in a Cisco 7000

series router or Cisco 7500 series router. The TN3270 server is different from the TN3270 terminal

emulation access feature described in the “Conﬁguring TN3270” chapter of the Access and

Communication Servers Conﬁguration Guide.

Cisco IOS Release 11.0 BT Release Note and Update to Configuration Guides and Command References 3

Release Note

Platform SupportCisco 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

Notesfor Cisco IOS Release 11.0 for a list ofthefeatures provided intheCisco 7000 and Cisco 7500

series feature sets.

•Enterprise (this feature set includes CIP)

•Enterprise/CIP2

Boot ROM Requirements

Boot ROMs that support Cisco IOS Release 11.0 are required. No special requirements exist for

Cisco IOS Release 11.0 BT.

CIP Boot Image Requirements

The CIP boot image is bundled in the Cisco IOS Release 11.0 BT image. You must have the image

that supports your CIP or your CIP2 hardware. You cannot run a CIP and a CIP2 card in the same

router. See Table 1 for a list of image names and supported CIP or CIP2 cards.

Table 1 11.0 BT Image Names for CIP and CIP2 Hardware

Memory Requirements

The memory requirements for Cisco IOS 11.0 BT are shown in Table 2. The CIP supports up to

128 Mb of memory.

Table 2 11.0 BT Memory Requirements

Image Names Supported CIP Hardware

rsp-k-mz CIP

rsp-k2-mz CIP2

gs7-k-mz CIP

gs7-k2-mz CIP2

Cisco 7500 Series

and Cisco 7000

with RSP7000 MinimumRequired

Code Memory Required Main

Memory Required CIP

Memory Release11.0

Runs From

Enterprise Set

(rsp-k-mz) 8 MB Flash memory

card 24 Mb 32 Mb RAM

Enterprise/CIP2 Set

(rsp-k2-mz) 8 MB Flash memory

card 24 Mb 32 Mb RAM

4Cisco IOS Release 11.0 BT Release Note and Update to Conﬁguration Guides and Command References

Update to Configuration Guide

Microcode Software

Note that microcode software images are bundled with the system software image. Bundling

eliminates the need to store separate microcode images. When the router starts up, the system

software unpacks the microcode software bundle and loads the proper software on all the interface

processor boards.

New Software Features in 11.0(10)BT

The TN3270 server is a new feature on the CIP of the Cisco 7000 family of routers. The TN3270

server allows TN3270 clients access to IBM and IBM-compatible mainframes. It can reduce the

cycles spent by the mainframe on TCP/IP and TN3270 processing by a factor of ten or more and

off-load the TCP/IP and TN3270 cycles from the mainframe.

The TN3270 server supports up to 8000 (CIP1) or up to 16000 (CIP2) concurrent sessions, while

most external gateway solutions can support only 1000 to 2000 sessions. The TN3270 server offers

the following capabilities:

•Load Balancing and Redundancy—Provides effective CIP resource utilization and more

consistent response times. (This feature is initially provided by means of an external, prototype

implementation.)

•End-to-End Session Visibility—Provides enhanced resource management.

•Systems Network Architecture (SNA) Session Switching—Off-loads VTAM by providing

session routing.

•TN3270E Support—In combination with a TN3270E client, provides advanced SNA

management and SNA functionality, including printer support.

•Dynamic Deﬁnition of Dependent Logical Units (LU)—Provides simpliﬁed conﬁguration and

network deﬁnition at the router and in VTAM.

•Dynamic Allocation of LUs—Makes efﬁcient use of LU pool resources while supporting

multiple SNA model types.

TN3270 server requires 32 MB of CIP dynamic RAM to support up to 4000 sessions, 64 MB to

support 8000 sessions, and 128 MB to support 16000 sessions (CIP2 only). TN3270 server can run

concurrently with any of the other CIP applications (IP Datagram, TCP/IP Ofﬂoad, or CIP SNA

(CSNA)), but operation of any of these features will affect the total number of sessions supported

because of contention for CIP processor cycles.

Update to Conﬁguration Guide

The information that follows is an update to the Router Products Conﬁguration Guide, Chapters 23

to 33. Add the TN3270 information as a standalone chapter following page 33-22.

Cisco 7000 Series Required Code

Memory Required CIP

Memory Release11.0

Runs From

Enterprise Set

(gs7-k-mz) 8 MB Flash memory

card 16 Mb 32 Mb RAM

Enterprise/CIP2 Set

(gs7-k2-mz) 8 MB Flash memory

card 16 Mb 32 Mb RAM

Cisco 7500 Series

and Cisco 7000

with RSP7000 MinimumRequired

Code Memory Required Main

Memory Required CIP

Memory Release11.0

Runs From

Configuring TN3270 Server on the Channel Interface Processor 5

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 card provides mapping between an SNA 3270 host and a

TN3270clientconnectedto a TCP/IP network as shownin Figure 1. Functionally, it is usefultoview

the TN3270 server from two different perspectives: SNA functions and Telnet Server functions.

•SNA Functions

From the perspective of an SNA 3270 host connected to the CIP, the TN3270 server is an SNA

device that supports multiple physical units (PUs), with each PU supporting up to 255 logical

units (LUs). The LU can be Type 1, 2, or 3. The SNA host is unaware of the existence of the

TCP/IP extension on the implementation of these LUs.

The LUs implemented by TN3270 server are dependent LUs. To route these dependent LU

sessions to multiple virtual telecommunications access method (VTAM) hosts connected to the

server in the CIP card, rather than routing in the VTAM hosts, the TN3270 server implements a

SNA session switch with end node dependent LU requester (DLUR) function. Using the DLUR

isoptional so that the TN3270 servercan be used with VTAM versions priortoversion 4.2, which

provide no APPN support.

SNA session switch allows you to eliminate SNA subarea routing between hosts of TN3270

trafﬁc by establishing APPN links with the primary LU hosts directly.

•Telnet Server Functions

From the perspective of a TN3270 client, the TN3270 server is a Telnet server that can support

approximately 8000 (CIP1) or 16000 (CIP2) concurrent Telnet sessions. The server on the CIP

card supports Telnet connection negotiation and data format as speciﬁed in RFC 1576 (referred

to as “traditional TN3270”) and RFC 1647 (referred to as “TN3270E”).

Figure 1 TN3270 Implementation

Because the TN3270 server conﬁguration is performed after an interface is conﬁgured for CIP SNA

(CSNA) support, TN3270 conﬁguration issues and tasks are addressed separately from the interface

conﬁguration tasks. The description of TN3270 conﬁguration issues and tasks begins in the section

“Conﬁguring TN3270 on a Channel Interface Processor,” later in this chapter.

Router Router Token

Ring

SNA TCP/IP

TN3270

client

S4735

6Conﬁguring TN3270 Server on the Channel Interface Processor

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 following:

•Dynamic LU Allocation

•Formation of LU Model Type and Number

•Speciﬁc LU Allocation

•SNA Session Switch—End Node DLUR

•Multiple Hosts Support

You will also need to understand the following information before proceeding with TN3270

conﬁguration tasks:

•VTAM Host Conﬁguration Considerations for Dynamic LU Allocation

•TN3270 Conﬁguration Modes

Dynamic LU Allocation

This will be the most common form of request from TN3270 clients emulating a TN3270 terminal.

The user typically wants to specify emulating a particular terminal type and normally is not

interested in what LOCADDR or LU name is allocated by the host, as long as a network solicitor

logon menu is presented. The server will perform the following on such a session request:

•Form an EBCDIC string based on the model type and number requested by the client (see

“Formation of LU Model Type and Number” for the algorithm used). This string is used as a ﬁeld

in a Reply product set ID (PSID) network management vector transport (NMVT).

•Allocate a LOCADDR from the next available LU in the generic LU pool. This LOCADDR is

used in the NMVT.

•Send the formatted Reply PSID NMVT to VTAM.

When VTAM receives the NMVT, it will use the EBCDIC model type and number string to look up

an LU template under the LUGROUP. For example, the string “327802E” will ﬁnd a match in the

sample conﬁguration shown in Figure 2. An ACTLU will be sent and a terminal session with the

model and type requested by the client is established.

Formation of LU Model Type and Number

VTAM requires a model type and number from the Reply PSID NMVT to use as a key to look up in

the LU group to ﬁnd an LU template. The model type is a four character string; the model number

is a two or three character string. The server will accept the following formats of terminal type string

from the client:

•IBM-<XXXX>-<Y>[-E]: This will be formatted as “XXXX0Y”or “XXXX0YE” in the model

type and number ﬁeld in the Reply PSID NMVT.

Configuring TN3270 Server on the Channel Interface Processor 7

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 cases, the string forwarded is translated from ASCII to EBCDIC and truncated at seven

characters.

A complication arises with TN3270E clients that request a copy of the BIND-IMAGE. Such clients

require system control services (SCS) datastream on the system services control point (SSCP)-LU

ﬂow. All other clients require 3270 datastream on that ﬂow. Therefore, these two kinds of client

must be directed to different LUGROUP entries at the host. To make this as easy as possible, the

SCS requirement is also encoded into the model string sent to the host. Following the previously

described terminal type string formats accepted by the server, this additional condition is applied:

•If the client has negotiated to receive BIND-IMAGE, the character “S” is overlaid on the ﬁfth

character of the string, or appended if the string is less than ﬁve characters. (See Table 3.)

Speciﬁc LU Allocation

A TN3270E client can request a speciﬁc LU name by using the TN3270E command CONNECT as

documented in RFC 1647. The name requested must match the name by which the TN3270 server

knows the LU (see the section “LU Names in the TN3270 Server”), and the host must have activated

the LU (with ACTLU).

LU Names in the TN3270 Server

Where SNA session switching is conﬁgured (that is, on DLUR PUs) the TN3270 server learns the

LU names from the ACTLUs.

For direct PUs, a “seed” name can be conﬁgured on the PU. The TN3270 server uses this name in

conjunction with the LOCADDRS to generate names for the LUs. It is best to use the same naming

convention as the host, if possible.

Table 3 Examples of Model String Mapping

String from client (ASCII) BIND-IMAGE

requested? String to Host (EBCDIC)

IBM-3278-4 No 327804

IBM-3279-5E No 327905E

IBM-3279-3-E Yes 3279S5E

IBM-DYNAMIC Yes DYNASIC

ABC Yes ABCS

ABCDEFGH Yes ABCDSFG

8Conﬁguring TN3270 Server on the Channel Interface Processor

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 TN3270 server LUs under DLUR also allows the server to learn about the

LU names on the ACTLU, which greatly simpliﬁes the conﬁguration to support speciﬁcally

requested LUs such as printers.

Multiple Hosts Support

The TN3270 server supports access to multiple hosts via the conﬁguration on a PU basis (Table 4).

PUs connected to different hosts or applications can be conﬁgured with different IP address.

From the pu (direct) TN3270 conﬁguration command values shown in Table 4, PU X2 establishes

a link to a host at SAP 8 on MAC address 4100.cafe.0002. A client connecting to IP address

171.69.176.43 is allocated an LU from that PU and is routed to that host.

Note that by using the DLUR function, all the LUs in the server can be deﬁned and owned by a

controlling VTAM. When a client requests an application residing on a different VTAM host, the

controlling VTAM will issue the request to the target host which will send a BIND directly to the

client. All LU-LU data will then ﬂow directly between the target host and the client without needing

to go through the controlling VTAM.

VTAM Host Conﬁguration Considerations for Dynamic LU Allocation

Other non-Cisco implementations of TN3270 support depend on predeﬁned, static pools of LUs to

support different terminal types requested by the TN3270 clients. The CIP TN3270 server

implementation removes the static nature of these conﬁgurations by using a VTAM release 3.4

feature, dynamic deﬁnition of dependent LU (DDDLU). (Refer to the VTAM operating system

manuals for your host system, under the descriptions for LUGROUP for additional information.)

DDDLU dynamically requests LUs using the terminal type provided by TN3270 clients. The

dynamic request eliminates the need to deﬁne any LU conﬁguration in the server to support TN3270

clients emulating a generic TN3270 terminal.

To support DDDLU, the PUs used by the TN3270 server have to be deﬁned in VTAM with LUSEED

and LUGROUP parameters as shown in Figure 2.

Table 4 Direct PU Conﬁguration in Router

Comman

dPU

Name IDBLK IP-address Type

Adapte

number LSAP RMAC RMAC LU-seed LU-name

pu X1 05D30001 192.195.80.40 tok 1 4 rmac 4100.cafe.0001 lu-seed TN3X1###

pu X2 05D30002 171.69.176.43 tok 1 8 rmac 4100.cafe.0002 lu-seed TN3X2###

Configuring TN3270 Server on the Channel Interface Processor 9

VTAM Host Configuration Considerations for Dynamic LU Allocation

Figure 2 VTAM Host Values Deﬁning LUSEED and LUGROUP

With the conﬁguration shown in Figure 2 deﬁned in the host, the ACTPU sent by VTAM for the PU

TN3270PU will have the “Unsolicited NMVT Support” set in the system services control point

(SSCP) capabilities control vector. This allows the PU to dynamically allocate LUs by sending

NMVT with a “Reply Product Set ID” control vector.

After the TN3270 server sends a positive response to the ACTPU, it will wait for VTAM to send

ACTLUs for all speciﬁcally deﬁned LUs. In the sample conﬁguration shown in Figure 2, ACTLUs

will be sent for TN3X1100 and TN3X1101. The server sends a positive response and sets SLU

DISABLED. The LOCADDR of these LUs are put into the speciﬁc LU cache and reserved for

speciﬁc LU name requests only.

To allow sufﬁcient time for the VTAM host to send all the ACTLUs, a 30-second timer is started and

restarted when an ACTLU is received. When the time expires, it is assumed all ACTLUs deﬁned in

VTAM for the PU have been sent. All LUs that have not been activated are available in a generic LU

pool to be used for DDDLU unless they have been reserved by the conﬁguration using the

generic-pool deny TN3270 conﬁguration command.

Example VTAM host values defining LUSEED and LUGROUP name parameters:

TN3270PU PU .

IDBLK=05D,

IDNUM=30001,

* define other PU parameters

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,

MODETAB=AMODETAB * define a terminal which requires a

specific LU name

TN3X1101 LU LOCADDR=101,

DLOGMODE=M3287CS * define a printer which requires a specific

LU name

Example VTAM host values defining LUGROUPname, AGROUP:

AGROUP LUGROUP * define LU group to support various

terminal types

327802E LU USSTAB=USSXXX,

LOGAPPL=TPXP001,

DLOGMOD=SNX32702,

SSCPFM=USS3270

* define template to support IBM 3278

terminal model 2 with Extended Data

Stream. Note that the USS messages in

USSXXX should be in 3270 datastream.

3278S2E LU USSTAB=USSYYY,

LOGAPPL=TPXP001,

DLOGMOD=SNX32702,

SSCPFM=USSSCS

* define template to support IBM 3278

terminal model 2 with Extended Data

Stream, for TN3270E clients requesting

BIND-IMAGE.

327805 LU USSTAB=USSXXX,

LOGAPPL=TPXP001,

DLOGMOD=D4C32785,

SSCPFM=USS3270

* define template to support IBM 3279

terminal model 5

@ LU USSTAB=USSXXX,

LOGAPPL=TPXP001,

DLOGMOD=D4A32772,

SSCPFM=USS3270

this is the default template to match any

other terminal types

10 Conﬁguring TN3270 Server on the Channel Interface Processor

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 associated with that entity (for example, a PU). In general, the parameters provided to

create the entity come in two sets: those which identify the speciﬁc instance of the entity (for

example, a PU name) and those that merely set operating parameters. To return to the mode later, the

same command is used but with only the ﬁrst set of parameters. The following example tasks clarify

how to return to a command mode without necessarily creating a new entity:

To create a DLUR LSAP and enter DLUR LSAP conﬁguration mode, perform the following task

beginning in TN3270 DLUR conﬁguration mode:

To return later to the DLUR LSAP conﬁguration mode on the same entity, perform the following

task beginning in TN3270 DLUR conﬁguration mode:

To remove an entity, the same identiﬁcation parameters are needed. Perform the following task

beginning in TN3270 DLUR conﬁguration mode:

TN3270 conﬁguration modes described in this section include the following:

•TN3270 Server Conﬁguration Mode

•DLUR Conﬁguration Mode

•DLUR SAP Conﬁguration Mode

•PU Conﬁguration Mode

•Commands Allowed in Multiple Modes

Task Command

Create a DLUR LSAP and enter DLUR LSAP

conﬁguration mode. lsap token-adapter 1 84

Task Command

Enter DLUR LSAP conﬁguration mode on the

same LSAP. lsap token-adapter 1

Task Command

Remove a previously deﬁned DLUR LSAP entity. no lsap token-adapter 1

Ce manuel convient aux modèles suivants

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