HP 3000 Manuals

SNA NRJE Configuration Example [ HP SNA Products Remote System Configuration Guide ] MPE/iX 5.0 Documentation


HP SNA Products Remote System Configuration Guide

SNA NRJE Configuration Example 

This example defines a network with SNA NRJE as shown in figure A-1.
Each of these HP 3000s is defined as an NRJE workstation.

	       Click here to view figure.
          Figure A-1.  SNA NRJE Example Network 

     *******************************************************************
     *
     LG05      GROUP DIAL=NO, 
                     LNCTL=SDLC, 
                     REPLYTO=1.0,
                     TEXTTO=1.0,
                     TYPE=NCP, 
     ********************************************************************
     * LINE OPERANDS MOVED UP TO THE GROUP MACRO
     ********************************************************************
                    CLOCKNG=EXT, 
                    DATRATE=HIGH,
                    ETRATIO=30,
                    HDXSP=NO,
                    INTPRI=1,
                    LPDATS=NO,
                    NRZI=NO, 
                    POLLED=YES, 
                    SPDSEL=NO,
                    TRANSFR=12,
     ********************************************************************
     * PU OPERANDS MOVED UP TO THE GROUP MACRO
     ********************************************************************
                    IRETRY=NO,
                    MAXDATA=265,
                    MAXOUT=3,
                    PASSLIM=7,
                    PUTYPE=2, 
                    SRT=(32768,32768),
     ********************************************************************
     * LU OPERANDS MOVED UP TO THE GROUP MACRO
     ********************************************************************
                    BATCH=NO,
                    DLOGMOD=MODENRJE,
                    ISTATUS=ACTIVE,
                    MODETAB=HPMODTAB,
                    PACING=(3,1),
                    SSCPFM=FSS, 
                    VPACING=2
     *    Point to point (leased) low speed line.
     *
     *
     LN02B   LINE ADDRESS= 02B,
                  SPEED=4800,
                  DUPLEX=HALF,
                  MAXPU=1
     *
     SERV300B SERVICE ORDER =(PU3000B) 
     *
     PU3000B PU ADDR =C1 
     *
     LU30002B LU LOCADDR =2 
     *
     LU30003B LU LOCADDR =3 
     *
     LU30004B LU LOCADDR =4 
     *
     LU30005B LU LOCADDR =5 
     *
     LU30006B LU LOCADDR =6 
     *
     LU30007B LU LOCADDR =7 
     *
     *   Multi-drop line with three drops
     *
     LN033   LINE  ADDRESS =033,
                   SPEED=9600,
                   DUPLEX=FULL,
                   MAXPU=3
     *
     *
     SERV300C SERVICE ORDER =(PU3000C1,PU3000C2,PU3000C3) 
     *
     PU3000C1 PU ADDR =C1 
     *
     LU30C102 LU LOCADDR =2 
     *
     LU30C103 LU LOCADDR =3 
     *
     LU30C104 LU LOCADDR =4 
     *
     *
     *
     PU3000C2 PU ADDR =C2 
     *
     LU30C202 LU LOCADDR =2 
     *
     LU30C203 LU LOCADDR =3 
     *
     LU30C204 LU LOCADDR =4 
     *
     *
     *
     PU3000C3 PU ADDR =C3 
     *
     LU30C302 LU LOCADDR =2 
     *
     LU30C303 LU LOCADDR =3 
     *
     LU30C304 LU LOCADDR =4 
     *
     * Point to point line.
     *
     LN035   LINE  ADDRESS =035,
                   SPEED =9600,
                   DUPLEX=FULL,
                   MAXPU=1
     *
     *
     SERV300E SERVICE ORDER =(PU3000E) 
     *
     *
     PU3000E PU ADDR =C1 
     *
     LU30002E LU LOCADDR =2 
     *
     LU30003E LU LOCADDR =3 
     *
     LU30004E LU LOCADDR =4 
     *
     LU30005E LU LOCADDR =5 
     *
     LU30006E LU LOCADDR =6 
     *
     LU30007E LU LOCADDR =7 
     *
     LU30008E LU LOCADDR =8 
     *
     LU30009E LU LOCADDR =9 


NOTE The POLLED=YES parameter is required by a PU type 2 for ACF/NCP version 1, releases 1 and 2. This parameter is invalid for an SDLC line for ACF/NCP version 1, release 3 and later versions.
****************************************************************** ************************ HP3000 DIAL UP ************************** * *The following example shows a line GROUP that defines a switched *line. The VTAM operands of the PU macros, and the LU macros, are *defined under a VBUILD macro, which is kept as a separate member *in SYS1.VTAMLST, the parameter library for VTAM. * ****************************************************************** LUDRPOOL NUMTYPE2=6 LGSWITCH GROUP DIAL=YES, LNCTL=SDLC, REPLYTO=1.0, TEXTTO=1.0, TYPE=NCP ******************************************************************** * LINE MACRO DEFINITION FOR SWITCHED SDLC LINE ******************************************************************** LN034 LINE ADDRESS =034, SPEED =9600, ANSWER=ON, CALL=IN, CLOCKNG=EXT, DATRATE=HIGH, DUPLEX=HALF, ETRATIO=30, HDXSP=NO, INTPRI=1, LPDATS=NO, MAXPU=1, NRZI=NO, POLLED=YES, SPDSEL, TRANSFR=12 * * * No SERVICE macro because it is not allowed on switched lines. * ***************************************************************** * PU MACRO DEFINITION FOR SWITCHED SDLC LINE ****************************************************************** * * PU3000D PU MAXLU=6, PUTYPE=2 * All other PU parameters and LU parameters are defined in the * VBUILD member for this PU. * NCPEND GENEND SCANCTL=(2,,,,1100) END
NOTE The POLLED=YES parameter is required by a PU type 2 for ACF/NCP version 1, releases 1 and 2. This parameter is invalid for an SDLC line for ACF/NCP version 1, release 3 and later versions.
Switched Major Node The following is an example of the PU and LU definitions in a switched major node that could use the switched (dial) line LN034 under group LGSWITCH. SW3000D VBUILD TYPE=SWNET THIS MEMBER DEFINES A SWITCHED MAJOR NODE * * PU3000D PU ADDR= C4 IDBLK=023, IDNUM= 01234, MAXLU=6, PUTYPE=2, SRT=(32768,32768), BATCH=YES, DLOGMOD=MODENRJE, ISTATUS=INACTIVE, MODTAB=HPMODTAB, PACING=(3,1), SSCPFM=FSS, VPACING=(2,1) * LU30002D LU LOCADDR =2 * LU30003D LU LOCADDR =3 * LU30004D LU LOCADDR =4 * LU30005D LU LOCADDR =5 * LU30006D LU LOCADDR =6 * LU30007D LU LOCADDR =7


MPE/iX 5.0 Documentation