gtpa1m0lACF/SNA Network Generation

Sample Configuration Definition

The following sample input definition statements define a loosely coupled TPF system consisting of processor B, C, and D. See Sample OSTG Reports for the OSTG output report based on this configuration.

Figure 17. Sample Configuration Diagram


Sample ANT Deck

The following is an example of the ANT deck that would be produced by SIP for the configuration shown in Figure 17.

See ANT Deck for more information about the ANT deck and the ANTDEF, ANTNME, and ANTEND statements.

Figure 18. Sample ANT Deck

* See note 2 regarding the ANTDEF definition.
          ANTDEF   CPUID=B,SDPSID=(B,C,D)
          ANTNME   NAME=SMPB,CPUID=B,RECVRY=NO,SNA=NO,APPL=P
          ANTNME   NAME=BBBB,CPUID=B,RECVRY=YES,SNA=YES,APPL=(S,002)
          ANTNME   NAME=SMPC,CPUID=C,RECVRY=NO,SNA=NO,APPL=P
          ANTNME   NAME=CCCC,CPUID=C,RECVRY=YES,SNA=YES,APPL=P
          ANTNME   NAME=SMPD,CPUID=D,RECVRY=NO,SNA=NO,APPL=P
          ANTNME   NAME=DDDD,CPUID=D,RECVRY=YES,SNA=YES,APPL=P
          ANTNME   NAME=APPC,CPUID=*,RECVRY=NO,SNA=APPC,APPL=P
          ANTNME   NAME=SMPA,CPUID=A,RECVRY=NO,SNA=NO,APPL=P
          ANTNME   NAME=AAAA,CPUID=A,RECVRY=YES,SNA=YES,APPL=P
          ANTEND
* See note 3 regarding CPUID=A.

Sample RSC Deck

The following is an example of the RSC deck for the configuration shown in Figure 17.

See RSC Deck for more information about the RSC deck and the CDRM, RSCDEF, RSC, RSCSET, and RSCEND statements.

********************************************************************
*                                                                  *
*          Define all CDRM resources                               *
*                                                                  *
********************************************************************
VTAM      CDRM     SUBAREA=5,ELEMENT=1
TPFA      CDRM     SUBAREA=1,ELEMENT=0,CPUID=A
TPFB      CDRM     SUBAREA=2,ELEMENT=0,CPUID=B
TPFC      CDRM     SUBAREA=3,ELEMENT=0,CPUID=C
TPFD      CDRM     SUBAREA=4,ELEMENT=0,CPUID=D
********************************************************************
*                                                                  *
*          Define all cross-domain resources that may reside       *
*          in any NETID.  The actual NETID will be discovered      *
*          at session-initiation time.                             *
*                                                                  *
* See note 4 regarding the RSCDEF definition.           *
* See note 5 regarding the VTAM LOGON MANAGER.          *
* See note 11 regarding CICS RSC LUTYPE=L6PLU.          *
********************************************************************
          RSCDEF   NETID=ANY
CICS      RSC      LUTYPE=L6PLU
LOGMR     RSC      LUTYPE=APPLU        VTAM LOGON MANAGER
NCPNEF2   RSC      LUTYPE=NEF
          RSCSET   LUTYPE=3614,CCTYPE=3602,UMODE=F9  CHANGE RSC DEFAULTS
T36A1     RSC
T36A2     RSC      MAXRUSZ=0,RECVRY=YES,UMODE=F8
T36A3     RSC
NEFA      RSC      LUTYPE=APPLU
TPFAFMMR  RSC      LUTYPE=FMMR
SMPA      RSC      LUTYPE=APPLU
AAAA      RSC      LUTYPE=APPLU
          RSCEND
********************************************************************
*                                                                  *
*          Define all cross-domain resources that reside           *
*          only in specific NETIDs.                                *
*                                                                  *
********************************************************************
*                                                                  *
*                   NETID = NET1                                   *
*                                                                  *
* See notes 7 and 8 regarding                *
* the RSCSET definition and NETID.                                 *
*                                                                  *
********************************************************************
          RSCDEF   NETID=NET1
          RSCSET   LUTYPE=3277,CCTYPE=3274
DEV1      RSC
DEV2      RSC      RECVRY=YES
DEV3      RSC      LUMOD=2,IATA=0002
DEV4      RSC
DEV5      RSC      CCTYPE=3271
DEV6      RSC      LUTYPE=3287
DEV7      RSC      LUTYPE=3289,SCSBUF=4K
          RSCEND
********************************************************************
*                                                                  *
*                   NETID = NET2                                   *
*                                                                  *
* See note 9 regarding duplicate resource names.        *
*                                                                  *
********************************************************************
          RSCDEF   NETID=NET2
TOM       RSC      LUTYPE=ANY,UMODE=F5
DICK      RSC      LUTYPE=ANY
HARRY     RSC      LUTYPE=ANY
MARY      RSC      LUTYPE=ANY
          RSCEND
********************************************************************
*                                                                  *
*                   NETID = NET3                                   *
*                                                                  *
********************************************************************
          RSCDEF   NETID=NET3
TOM       RSC      LUTYPE=ANY
DICK      RSC      LUTYPE=ANY
HARRY     RSC      LUTYPE=ANY
MERRY     RSC      LUTYPE=ANY
          RSCEND
********************************************************************
*                                                                  *
*                   NETID = NET4                                   *
*                                                                  *
*  Sample of AX.25 and NPSI Devices                                *
********************************************************************
          RSCDEF   NETID=NET4
XAX1DEV1  RSC      LUTYPE=AX001,LEID=E1A0
XAX2DEV2  RSC      LUTYPE=AX002,LEID=E1
XMCHLU01  RSC      LUTYPE=MCHLU,LEID=E1C0C0,PSV=MHIN01
XVCLU01   RSC      LUTYPE=VCLU,LEID=E1C0C1,PSV=MHIN02
          RSCEND
********************************************************************
*                                                                  *
*                   NETID = NET5                                   *
*                                                                  *
*  Sample of LU 6.2 Devices                                        *
********************************************************************
          RSCDEF   NETID=NET5
T62SLU01  RSC      LUTYPE=L6SLU
T62SLU02  RSC      LUTYPE=L6SLU
          RSCEND
**********************************************************************
*  FTPI Pseudo links, also known as CTCP pseudo LUs, that use the    *
*  XALCI Protocol.  COBU must have an entry for PSV name XALCI that  *
*  refers to segment CNEA.                                           *
**********************************************************************
         RSCDEF   NETID=ANY
M30CPU0  RSC   LUTYPE=XALCI,AWARE=NO,PSV=XALCI
M30CPU1  RSC   LUTYPE=XALCI,AWARE=NO,PSV=XALCI
**********************************************************************
*  FTPI Pseudo links are also known as CTCP pseudo LUs. A user CTCP  *
*  is required to handle call setup and takedowns, as well as        *
*  managing relationships of DTE addresses to  RIDs/LEIDs. COBU must *
*  have an entry for PSV name FTPIUSR that refers to this user CTCP. *
**********************************************************************
M30CPU2  RSC   LUTYPE=FTPI,AWARE=NO,PSV=FTPUSR
M34CPU0  RSC   LUTYPE=FTPI,AWARE=NO,PSV=FTPUSR
**********************************************************************
*  MCH_LU     Type Devices -  3705 Box 94 (01A) to 3745 Box 93  CCUB *
*             Virtual Circuits subordinate to T3452MCH support RH    *
*             Chaining.                                              *
**********************************************************************
T3451MCH RSC   LUTYPE=MCHLU,AWARE=YES,LEID=FF06
T3452MCH RSC   LUTYPE=MCHLU,AWARE=YES,LEID=FF07,CHAIN=YES
**********************************************************************
*  VCLU       Type Devices -  3705 Box 94 (01A) to 3745 Box 93  CCUB *
*             Virtual Circuits subordinate to T3452MCH support RH    *
*             Chaining.                                              *
**********************************************************************
T3452X01 RSC   LUTYPE=VCLU,AWARE=NO,                                   X
               LEID=80,CHAIN=YES
T3452X02 RSC   LUTYPE=VCLU,AWARE=NO,                                   X
               LEID=81,CHAIN=YES
T3452X03 RSC   LUTYPE=VCLU,AWARE=NO,                                   X
               LEID=82,CHAIN=YES
T3452X04 RSC   LUTYPE=VCLU,AWARE=NO,                                   X
               LEID=83,CHAIN=YES
T3452X05 RSC   LUTYPE=VCLU,AWARE=NO,                                   X
               LEID=84,CHAIN=YES
T3452X06 RSC   LUTYPE=VCLU,AWARE=NO,                                   X
               LEID=85,CHAIN=YES
T3452X07 RSC   LUTYPE=VCLU,AWARE=NO,                                   X
               LEID=86,CHAIN=YES
T3452X08 RSC   LUTYPE=VCLU,AWARE=NO,                                   X
               LEID=87,CHAIN=YES
          RSCEND

Sample ALS Deck

The following is an example of the ALS deck for the configuration shown in Figure 17.

See ALS Deck for more information about the ALS deck and the ALS, NCP, and CTC statements.

Figure 19. Sample ALS Deck

*
********************************************************************
*                                                                  *
*          Define all channel-attached 37x5s/3174s.                *
*                                                                  *
* See note 10 regarding 37x5s/3174s.                    *
* See note 6 regarding NEF support in the NCP.          *
*                                                                  *
********************************************************************
ALS2B     ALS      CLU=CLU2B,ALSQN=2B
ALS2C     ALS      CLU=CLU2C,ALSQN=2C
ALS2D     ALS      CLU=CLU2D,ALSQN=2D
NCP1      NCP      SUBAREA=6,WINSIZE=42
CTC1      CTC      SUBAREA=1,WINSIZE=100,VRTO=200,VRILTO=20

Sample OSTG Reports

The following sample OSTG output reports are produced by using the sample ANT deck described in Sample ANT Deck, the sample RSC deck described in Sample RSC Deck, and the sample ALS deck described in Sample ALS Deck. It contains examples of the following output reports:

For more information about the output reports, see OSTG Reports.

Figure 20. Sample OSTG Report

          THIS REPORT SHOWS THE RRTS IN THE ORDER WHICH THEY ARE WRITTEN TO THE OUTPUT DATA SET.
   NETID    NAME     ELEM  MODE    TYPE WNSZ NASA OWSA CPU  SDA  APIX BIND QN LEID    PSV    VRTO VRILTO REAL     SAW  PG   10
 
                     0000  00000000 0000      00   00       0000  00   00
            TPFA     0000  00000000 8100      01   01   A   0000  00   00
            TPFB     0000  00000000 8100      02   02   B   0000  00   00
            TPFC     0000  00000000 8100      03   03   C   0000  00   00
            TPFD     0000  00000000 8100      04   04   D   0000  00   00
            VTAM     0001  00000000 8100      05   05       0000  00   00
            ALS2B    0000  00000000 8200      00   00       0000  00   00     2B
            ALS2C    0000  00000000 8200      00   00       0000  00   00     2C
            ALS2D    0000  00000000 8200      00   00       0000  00   00     2D
            CTC1     0000  00080000 8400 64   01   01       0000  00   00                    00C8   14
            NCP1     0000  00080000 8000 2A   06   06       0000  00   00                    0000   00
            AAAA     0000  1800F900 1600      01   01   A   0000  00   06
            APPC     0000  10700080 1600      00   00   *   0000  07   14
            BBBB     0000  90000000 1602      02   02   B   0000  02   07
            BBBBB001 0000  88000000 1601      02   02   B   0000  02   07                                          Y
            BBBBB002 0000  88000000 1601      02   02   B   0000  02   07                                          Y
            CCCC     0000  90000000 1600      03   03   C   0000  04   07
            CICS     0000  18700000 1600      00   00       0000  00   14
            CLU2B    0000  04000000 1800      00   00       0000  00   01
            CLU2C    0000  04000000 1800      00   00       0000  00   01
            CLU2D    0000  04000000 1800      00   00       0000  00   01
            DDDD     0000  90000000 1600      04   04   D   0000  06   07
 NET1       DEV1     0000  00000000 1511      00   00       0000  00   05
 NET1       DEV2     0000  80000000 1511      00   00       0000  00   05
 NET1       DEV3     0000  00000000 1511      00   00       0000  00   05             FE0002
 NET1       DEV4     0000  00000000 1511      00   00       0000  00   05
 NET1       DEV5     0000  00000000 1411      00   00       0000  00   04
 NET1       DEV6     0000  00000000 15C1      00   00       0000  00   05
 NET1       DEV7     0000  00000000 15C9      00   00       0000  00   05
 NET2       DICK     0000  40000000 1000      00   00       0000  00   00
 NET3       DICK     0000  40000000 1000      00   00       0000  00   00
 NET2       HARRY    0000  40000000 1000      00   00       0000  00   00
 NET3       HARRY    0000  40000000 1000      00   00       0000  00   00
            LOGMR    0000  18000000 1600      00   00       0000  00   06
 NET2       MARY     0000  40000000 1000      00   00       0000  00   00
 NET3       MERRY    0000  40000000 1000      00   00       0000  00   00
            M30CPU0  0000  28000000 1A18      00   00       0000  00   12             XALCI
            M30CPU1  0000  28000000 1A18      00   00       0000  00   12             XALCI
            M30CPU2  0000  28000000 1A10      00   00       0000  00   12             FTPUSR
            M34CPU0  0000  28000000 1A10      00   00       0000  00   12             FTPUSR
            NCPNEF2  0000  28000000 1900      00   00       0000  00   09
            NEFA     0000  1800F900 1600      00   00       0000  00   06
            NEFB     0000  10000000 1600      02   02   B   0000  00   09
            NEFC     0000  10000000 1600      03   03   C   0000  00   09
            NEFD     0000  10000000 1600      04   04   D   0000  00   09
            SMPA     0000  1800F900 1600      01   01   A   0000  00   06
            SMPB     0000  10000000 1600      02   02   B   0000  01   06
            SMPC     0000  10000000 1600      03   03   C   0000  03   06
            SMPD     0000  10000000 1600      04   04   D   0000  05   06
 NET2       TOM      0000  4000F500 1000      00   00       0000  00   00
 NET3       TOM      0000  40000000 1000      00   00       0000  00   00
            TPFAFMMR 0000  0800F900 1700      00   00       0000  00   13
            TPFBFMMR 0000  00000000 1700      02   02   B   0000  00   13
            TPFCFMMR 0000  00000000 1700      03   03   C   0000  00   13
            TPFDFMMR 0000  00000000 1700      04   04   D   0000  00   13
            T3451MCH 0000  2A000000 1A80      00   00       0000  00   15     FF0600
            T3452MCH 0000  2A010000 1A80      00   00       0000  00   15     FF0700
            T3452X01 0000  28010000 1A40      00   00       0000  00   15     800000
            T3452X02 0000  28010000 1A40      00   00       0000  00   15     810000
            T3452X03 0000  28010000 1A40      00   00       0000  00   15     820000
   NETID    NAME     ELEM  MODE    TYPE WNSZ NASA OWSA CPU  SDA  APIX BIND QN LEID    PSV    VRTO VRILTO REAL     SAW  PG   10
            T3452X04 0000  28010000 1A40      00   00       0000  00   15     830000
            T3452X05 0000  28010000 1A40      00   00       0000  00   15     840000
            T3452X06 0000  28010000 1A40      00   00       0000  00   15     850000
            T3452X07 0000  28010000 1A40      00   00       0000  00   15     860000
            T3452X08 0000  28010000 1A40      00   00       0000  00   15     870000
            T36A1    0000  2800F900 1200      00   00       0000  00   02
            T36A2    0000  2800F800 1200      00   00       0000  00   02
            T36A3    0000  2800F900 1200      00   00       0000  00   02
 NET5       T62SLU01 0000  00600000 1600      00   00       0000  00   14
 NET5       T62SLU02 0000  00600000 1600      00   00       0000  00   14
 NET4       XAX1DEV1 0000  20000000 1A28      00   00       0000  00   15     E1A000
 NET4       XAX2DEV2 0000  20000000 1A24      00   00       0000  00   15     E10000
 NET4       XMCHLU01 0000  20000000 1A80      00   00       0000  00   15     E1C0C0  MHIN01
 NET4       XVCLU01  0000  20000000 1A40      00   00       0000  00   15     E1C0C1  MHIN02
 
          THE NUMBER OF RRT ENTRIES GENERATED: 000000074
 
 
         THIS REPORT SHOWS THE RRT ENTRIES IN  LEID SEQUENCE - DUPLICATE ENTRIES ARE NOTED                              PAGE   1
 
          NODE NAME      LEID      LENGTH
 
           T3452X01      800000      1
           T3452X02      810000      1
           T3452X03      820000      1
           T3452X04      830000      1
           T3452X05      840000      1
           T3452X06      850000      1
           T3452X07      860000      1
           T3452X08      870000      1
           XAX2DEV2      E10000      1
           XAX1DEV1      E1A000      2
           XMCHLU01      E1C0C0      3
           XVCLU01       E1C0C1      3
           DEV3          FE0002      3
           T3451MCH      FF0600      2
           T3452MCH      FF0700      2
 
 
         SAT DATA FOR GENERATING HOST SUB AREA                   PAGE 0001
               SUB AREAS NOT SHOWN IN THIS REPORT ARE UNUSED IN THIS NETWORK GENERATION
 
          SUBAREA     NAME        CPUID    RCPU
 
             01       TPFA        A
             02       TPFB        B       B
             03       TPFC        C       B
             04       TPFD        D       B
             05       VTAM
             06       NCP1
 
 
         THIS REPORT SHOWS THE PSV    ROUTINE NAME IN SEQUENCE                                PAGE   1
 
           FTPUSR
           MHIN01
           MHIN02
           XALCI
 
          *I901* NO STATEMENTS FLAGGED
          *I903* OSTG RUN COMPLETED
 

Notes for the Sample Configuration Definition

  1. The OSTG input is for a loosely coupled complex that consists of processors B, C, and D. This TPF system is connected to a TPF system that consists of processor A, but processor A is not part of the loosely coupled complex.
  2. The parameters on the ANTDEF statement must be the same as the information provided on the JCL EXEC PARM statements. This is used to cross check that the ANT deck input to the OSTG program is correct.
  3. The applications residing in processor A (SMPA and AAAA) are defined to this TPF system
  4. The first RSCDEF statement defines resources that can reside in any network.
  5. The VTAM Logon Manager is defined as a remote primary application LU.
  6. The NEF application LU residing in the NCP is defined to the TPF system.
  7. The RSCSET statement is used to override the system defaults for the RSC statements that follow it. Parameters specified on the individual RSC statements override any defaults set with the RSCSET statement (see T36A2).
  8. Specific network IDs are defined with the resources that reside in that network.
  9. Duplicate resource names can exist (see TOM, DICK, and HARRY) as long as they are uniquely qualified with a different network ID. The TOM resource in NET2 is not the same resource as TOM in NET3. If the TOM resource had been defined in as NETID=ANY, this definition in a named NETID would cause a duplicate name error. See the description of duplicate node names in Duplicate Node Name List Report for more information.
  10. The 37x5 and 3174 resources that are channel attached to the TPF system are defined in the ALS deck. Notice that the 37x5 and 3174 resources that are not channel attached to the TPF system are not defined and, therefore, are not known to the TPF system.
  11. Defining a remote CICS system as LUTYPE=L6PLU allows both LU 0 and LU 62 sessions to be established between the TPF system and CICS.