z/OS Installation - Transferring Installation Files to z/OS

Owned by Stonebranch (Deactivated)
Last updated: Nov 25, 2024 by Tony Partin

Overview

After downloading the distribution file to your workstation, you must extract the files and transfer them to the z/OS system, upon which Universal Agent for z/OS will be installed.

Transferring the Installation Files

Follow the steps below to transfer the contents of the distribution file to the z/OS system.

1

Extract the installation files from the distribution file.

2

z/OS Installation - Transferring Installation Files to z/OS#Transfer the Installation Files.

3

Receive the installation dataset(s).

Extract the Installation Files

Each version of the Universal Agent for z/OS Installation distribution file is available in two formats:

  1. Compressed archive
  2. Compressed .zip file

The contents of both files are the same. The different formats are provided for flexibility.

Compressed Archive

This file may be decompressed using any utility that can process files in Lempel-Ziv (that is, compress) format. The contents of the decompressed file can be extracted using tar.

For example, use the following to decompress and extract the 7.6.0.0 Universal Agent for z/OS distribution file that contains the DFDSS backup on a UNIX-based system:

zcat sb-7.6.0.0-zos.tar.Z | tar xvf -

Similarly, use the following to decompress and extract the 7.6.0.0 Universal Agent for z/OS distribution file that contains the expanded archive of SMP/E installation datasets:

zcat sb-7.6.0.0-EXP-zos.tar.Z | tar xvf -

ZIP Archive

This file (for example, sb-7.6.0.0-zos.zip) can be decompressed using any utility that can process files in ZIP (or PKZIP) format. To unzip the file, use a third-party ZIP-based extraction application or the native Windows file extraction tool available from Windows Explorer. For example, to extract the files using Windows' File Explorer (or just Windows Explorer in some older Windows versions), right-click on the file name, select Extract All from the pop-up menu, and follow the instructions.

Transfer the Installation Files

For the .XMT file(s), a binary transfer must be performed; otherwise, the XMIT dataset(s) will not unpack correctly. For the .JCL file, text transfer must be performed.

Due to the numerous file transfer products available on the market, it is impractical to provide instructions for them all. FTP is one of the most popular, and the UNVFTP.TXT file included in the distribution file is a sample script that can be used as a reference to customize the transfer to your environment.

DFDSS Backup Distribution File

If you want to use UNVFTP.TXT (see the following illustration), begin by making the following changes:

Step 1

Change #HOSTNAME to the z/OS host name or IP address.

Step 2

Change #USERNAME to a z/OS user ID that has updated access to the XMIT datasets being updated.

Step 3

Change #PASSWORD to the z/OS user ID's password.

Step 4

Change #HLQ to the data set high level qualifier used to allocate the XMIT datasets.

open #HOSTNAME 
user #USERNAME #PASSWORD 
 
ascii 
quote site blksize=3120 recfm=fb lrecl=80 pri=1 sec=1 cyl 
put UNVRECV.JCL '#HLQ.UNV.V7R2M0.RECV.JCL' 
 
;Uncomment these lines when transferring from a 
;Unix- or Windows-based system. 
;put ascii/UNVRECV/JCL '#HLQ.UNV.V7R2M0.RECV.JCL' 
 
bin 
quote site blksize=3120 recfm=fb lrecl=80 pri=1000 sec=100 cyl 
put UNV720.XMT '#HLQ.UNV.V7R2M0.DIST.XMIT' 
 
quit


Execute the script with FTP using whatever options the FTP client supports for reading command files. Most FTP clients support redirection from STDIN.

Carefully review the FTP output to confirm that each of the files are transferred successfully.

After uploading, review the comments contained in '#HLQ.UNV.V7R2M0.RECV.JCL' and make the necessary changes. Submit the job to receive and restore the install file.

Expanded Format Distribution File

The steps to transfer the Expanded Format version of the distribution file are the same as for the DFDSS Backup distribution file (see the following illustration). However, the UNVFTP.TXT sample provided in that file allocates and uploads each SMP/E install file separately.

Step 1

Change #HOSTNAME to the z/OS host name or IP address.

Step 2

Change #USERNAME to a z/OS user ID that has updated access to the XMIT datasets being updated.

Step 3

Change #PASSWORD to the z/OS user ID's password.

Step 4

Change #HLQ to the data set high level qualifier used to allocate the XMIT datasets.

Step 5

Optional; Change #VOLSER to a volume upon which the *.XMT files provided in the Expanded Format version of the distribution file should reside.

open #HOSTNAME 
user #USERID #PSWD 

ascii 
quote site blksize=3120 recfm=fb lrecl=80 pri=1 sec=1 track 
put UNVRECV.JCL '#HLQ.UNV.V7R2M0.RECV.JCL' 
 
;Uncomment these lines when transferring from a 
;Unix- or Windows-based system. 
;put ascii/UNVRECV.JCL '#HLQ.UNV.V7R2M0.RECV.JCL' 
 
cd '#HLQ.UNV.V6R7M0' 
 
bin 
quote site blksize=3120 recfm=fb lrecl=80 cyl unit=sysallda vol=#VOLSER 
 
quote site pri=1 sec=1 
del INSTALL.XMIT 
put INSTALL.XMT INSTALL.XMIT 
 
quote site pri=10 sec=10 
del SMPMCS.XMIT 
put SMPMCS.XMT SMPMCS.XMIT 
 
quote site pri=1 sec=1 
del TUNV720.F1.XMIT 
put UNV720F1.XMT TUNV720.F1.XMIT 
 
quote site pri=1  
del TUTL720.F1.XMIT 
put UTL720F1.XMT TUTL720.F1.XMIT 
 
quote site pri=70  
del TUTL720.F2.XMIT 
put UTL720F2.XMT TUTL720.F2.XMIT 
 
quote site pri=1 
del TUBR720.F1.XMIT 
put UBR720F1.XMT TUBR720.F1.XMIT 
 
quote site pri=1  
del TUBR720.F2.XMIT 
put UBR720F2.XMT TUBR720.F2.XMIT 
 
quote site pri=120 
del TUBR720.F3.XMIT 
put UBR720F3.XMT TUBR720.F3.XMIT 
 
quote site pri=1 
del TUCM720.F1.XMIT 
put UCM720F1.XMT TUCM720.F1.XMIT 
 
quote site pri=1  
del TUCM720.F2.XMIT 
put UCM720F2.XMT TUCM720.F2.XMIT 
 
quote site pri=45  
del TUCM720.F3.XMIT 
put UCM720F3.XMT TUCM720.F3.XMIT 
 
quote site pri=1 
del TUDM720.F1.XMIT 
put UDM720F1.XMT TUDM720.F1.XMIT 
 
quote site pri=1 
del TUDM720.F2.XMIT 
put UDM720F2.XMT TUDM720.F2.XMIT 
 
quote site pri=55 
del TUDM720.F3.XMIT 
put UDM720F3.XMT TUDM720.F3.XMIT 
 
quote site pri=1 
del TUEM720.F1.XMIT 
put UEM720F1.XMT TUEM720.F1.XMIT 
 
quote site pri=1  
del TUEM720.F2.XMIT 
put UEM720F2.XMT TUEM720.F2.XMIT 
 
quote site pri=55  
del TUEM720.F3.XMIT 
put UEM720F3.XMT TUEM720.F3.XMIT 
 
quote site pri=120  
del TUXD720.F1.XMIT 
put UXD720F1.XMT TUXD720.F1.XMIT 
 
quote site pri=1 
del TUAG720.F1.XMIT 
put UAG720F1.XMT TUAG720.F1.XMIT 
 
quote site pri=1  
del TUAG720.F2.XMIT 
put UAG720F2.XMT TUAG720.F2.XMIT 
 
quote site pri=40  
del TUAG720.F3.XMIT 
put UAG720F3.XMT TUAG720.F3.XMIT 
 
quote site pri=1 
del TUEC720.F1.XMIT 
put UEC7200F1.XMT TUEC720.F1.XMIT 
 
quote site pri=70 
del TUEC720.F2.XMIT 
put UEC720F2.XMT TUEC720.F2.XMIT 
 
quote site pri=20 
del TUSD620.F1.XMIT 
put USD620F1.XMT TUSD620.F1.XMIT 
 
quote site pri=1  
del TUSP620.F1.XMIT 
put USP620F1.XMT TUSP620.F1.XMIT 
 
quote site pri=1 
del TUSP620.F2.XMIT 
put USP620F2.XMT TUSP620.F2.XMIT 
 
quote site pri=15 
del TUSP620.F3.XMIT 
put USP620F3.XMT TUSP620.F3.XMIT 
 
quote site pri=1 
del UUNV720.F1.XMIT 
put UNV720U1.XMT UUNV720.F1.XMIT 
 
quote site pri=1 
del UUBR720.F1.XMIT 
put UBR720U1.XMT UUBR720.F1.XMIT 
 
quote site pri=50 
del UUBR720.F2.XMIT 
put UBR720U2.XMT UUBR720.F2.XMIT 
 
quote site pri=1 
del UUCM720.F1.XMIT 
put UCM720U1.XMT UUCM720.F1.XMIT 
 
quote site pri=30 
del UUCM720.F2.XMIT 
put UCM720U2.XMT UUCM720.F2.XMIT 
 
quote site pri=1 
del UUDM720.F1.XMIT 
put UDM720U1.XMT UUDM720.F1.XMIT 
 
quote site pri=30 
del UUDM720.F2.XMIT 
put UDM720U2.XMT UUDM720.F2.XMIT 
 
quote site pri=1 
del UUEM720.F1.XMIT 
put UEM720U1.XMT UUEM720.F1.XMIT 
 
quote site pri=30 
del UUEM720.F2.XMIT 
put UEM720U2.XMT UUEM720.F2.XMIT 
 
quote site pri=70 
del UUTL720.F1.XMIT 
put UTL720U1.XMT UUTL720.F1.XMIT 
 
quit

Execute the script with FTP using whatever options the FTP client supports for reading command files. Most FTP clients support redirection from STDIN.

Carefully review the FTP output to confirm that each of the files are transferred successfully.

After uploading, review the comments contained in '#HLQ.UNV.V6R7M0.RECV.JCL' and make the necessary changes. Submit the job to receive and restore the install file.

Receive the Installation Datasets

DFDSS Backup Distribution File

Note

The following instructions apply to the version of the distribution file that contains the DFDSS backup. See Expanded Format Distribution File, below, for information on processing the other version of the distribution file.

After transferring the installation file to z/OS, you must unpack them using the JCL uploaded from UNVRECV.JCL (which should now reside in #HLQ.UNV.V6R7M0.RECV.JCL). The following illustration shows the statements contained in UNVRECV.JCL. The job performs a TSO RECEIVE on the UNV720.XMT file uploaded by UNVFTP.TXT. It then executes a DFDSS restore on the transmitted data set to extract the packaged files.

The JCL includes a MODIFICATIONS section at the beginning of the file that describes what JCL modifications are required prior to submitting the job. Read and complete each of the listed modifications.

Submit the job on z/OS. Return code 0 is expected.

After the data set is successfully unpacked, it is longer required and can be deleted. The files then are ready to be installed.
 

//UNVRECV  JOB CLASS=A,MSGCLASS=X,MSGLEVEL=(1,1),NOTIFY=&SYSUID, 
//             COND=(0,NE),REGION=(0M) 
//********************************************************************* 
//* (C) COPYRIGHT 2000-2020 STONEBRANCH, INC.  ALL RIGHTS RESERVED. 
//* 
//* STONEBRANCH, INC. 
//* UNIVERSAL PRODUCTS 
//* 
//* UNVRECV 
//* 
//* DESCRIPTION 
//* ----------- 
//* PERFORM A TSO RECEIVE ON THE TRANSMITTED DISTRIBUTION DATA SET 
//* AND A DFHSMdss RESTORE TO PREPARE FOR INSTALLATION. 
//* 
//* ALL STEPS MUST END WITH RC 0. 
//* 
//* MODIFICATIONS 
//* ------------- 
//* 1  MODIFY THE JOB STATEMENT TO MEET LOCAL REQUIREMENTS. 
//* 
//* 2  CHANGE ALL '#HLQ' TO THE HIGH-LEVEL QUALIFIER OF THE 
//*    UNIVERSAL PRODUCTS DATA SETS. 
//* 
//* 3  CHANGE ALL '#VOLSER' TO THE VOLUME SERIAL NAME ON WHICH TO 
//*    ALLOCATE THE DISTRIBUTION DATA SETS. 
//********************************************************************* 
//* 
//DEL00    EXEC PGM=IDCAMS 
//SYSPRINT DD SYSOUT=* 
//SYSIN    DD * 
  DELETE #HLQ.UNV.V7R2M0.DIST 
  SET MAXCC=0 
/* 
//* 
//********************************************************************* 
//* RECEIVE DISTRIBUTION FILE 
//********************************************************************* 
//RECV     EXEC PGM=IKJEFT01 
//SYSLBC   DD  DISP=SHR,DSN=SYS1.BRODCAST 
//SYSPROC  DD  DUMMY 
//SYSPRINT DD  SYSOUT=* 
//SYSTSPRT DD  SYSOUT=* 
//SYSTERM  DD  SYSOUT=* 
//SYSTSIN  DD  * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.DIST.XMIT') 
    DA('#HLQ.UNV.V7R2M0.DIST') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    CYL SPACE(750 100) RELEASE 
/* 
//* 
//DEL01    EXEC PGM=IDCAMS 
//SYSPRINT DD SYSOUT=* 
//SYSIN    DD * 
  DELETE #HLQ.UNV.V7R2M0.INSTALL.UNLD 
  DELETE #HLQ.UNV.V7R2M0.SMPMCS 
  DELETE #HLQ.UNV.V7R2M0.TUAG720.* 
  DELETE #HLQ.UNV.V7R2M0.TUBR720.* 
  DELETE #HLQ.UNV.V7R2M0.TUCM720.* 
  DELETE #HLQ.UNV.V7R2M0.TUDM720.* 
  DELETE #HLQ.UNV.V7R2M0.TUEC720.* 
  DELETE #HLQ.UNV.V7R2M0.TUEM720.* 
  DELETE #HLQ.UNV.V7R2M0.TUNV720.* 
  DELETE #HLQ.UNV.V7R2M0.TUSD620.* 
  DELETE #HLQ.UNV.V7R2M0.TUSP620.* 
  DELETE #HLQ.UNV.V7R2M0.TUTL720.* 
  DELETE #HLQ.UNV.V7R2M0.TUXD720.* 
  DELETE #HLQ.UNV.V7R2M0.UUBR720.* 
  DELETE #HLQ.UNV.V7R2M0.UUCM720.* 
  DELETE #HLQ.UNV.V7R2M0.UUDM720.* 
  DELETE #HLQ.UNV.V7R2M0.UUEM720.* 
  DELETE #HLQ.UNV.V7R2M0.UUNV720.* 
  DELETE #HLQ.UNV.V7R2M0.UUTL720.* 
  SET MAXCC=0 
/* 
//* 
//********************************************************************* 
//* RESTORE BACKUP  
//********************************************************************* 
//RESTORE  EXEC PGM=ADRDSSU 
//IN1      DD DISP=SHR, 
//            DSN=#HLQ.UNV.V7R2M0.DIST 
//OUT1     DD DISP=SHR, 
//            UNIT=SYSALLDA,VOL=SER=#VOLSER 
//SYSPRINT DD SYSOUT=* 
//SYSIN    DD * 
  RESTORE INDD(IN1) - 
          DS(INCL(**)) - 
          OUTDD(OUT1) - 
          CATALOG - 
          RENAMEUNCONDITIONAL(SBI.**,#HLQ.**) 
/* 
//* 
//DEL02    EXEC PGM=IDCAMS 
//SYSPRINT DD SYSOUT=* 
//SYSIN    DD * 
  DELETE #HLQ.UNV.V7R2M0.INSTALL 
  SET MAXCC=0 
/* 
//* 
//********************************************************************* 
//* RELOAD INSTALL JCL LIBRARY FROM SEQUENTIAL BACKUP 
//********************************************************************* 
//RELOAD   EXEC PGM=IEBCOPY 
//IN1      DD DISP=OLD, 
//            DSN=#HLQ.UNV.V7R2M0.INSTALL.UNLD 
//OUT1     DD DSN=#HLQ.UNV.V7R2M0.INSTALL, 
//            DISP=(,CATLG), 
//            DCB=(DSORG=PO,RECFM=FB,LRECL=80,BLKSIZE=3120), 
//            SPACE=(TRK,(15,10,10)), 
//            UNIT=SYSALLDA,VOL=SER=#VOLSER 
//SYSUT3   DD UNIT=SYSALLDA,SPACE=(CYL,(1,1)) 
//SYSUT4   DD UNIT=SYSALLDA,SPACE=(CYL,(1,1)) 
//SYSPRINT DD SYSOUT=* 
//SYSIN    DD * 
  COPY I=(IN1),O=OUT1 
/* 
//*

Expanded Format Distribution File

Note

The following instructions apply to the Expanded Format version of the distribution file that contains the each of the SMP/E datasets separately. See DFDSS Backup Distribution File, above, for information on processing the version of the distribution file that provides the SMP/E install datasets packaged inside a DFDSS backup.

After transferring the installation files to z/OS, you must receive them using the JCL uploaded from UNVRECV.JCL (which should now reside in #HLQ.UNV.V6R7M0.RECV.JCL). The following illustration shows the statements contained in UNVRECV.JCL. The job performs a TSO RECEIVE on each of the files uploaded by UNVFTP.TXT.

The JCL includes a MODIFICATIONS section at the beginning of the file that describes what JCL modifications are required prior to submitting the job. Read and complete each of the listed modifications.

Submit the job on z/OS. Return code 0 is expected.

After the datasets are successfully received, the *.XMIT files are no longer required and can be deleted. The files then are ready to be installed.

//UNVRECV  JOB CLASS=A,MSGCLASS=X,MSGLEVEL=(1,1),NOTIFY=&SYSUID, 
//             COND=(0,NE),REGION=(0M) 
//********************************************************************* 
//* (C) COPYRIGHT 2000-2020 STONEBRANCH, INC.  ALL RIGHTS RESERVED. 
//* 
//* STONEBRANCH, INC. 
//* UNIVERSAL PRODUCTS 
//* 
//* UNVRECV 
//* 
//* DESCRIPTION 
//* ----------- 
//* PERFORM A TSO RECEIVE ON THE TRANSMITTED DISTRIBUTION DATA SETS. 
//* ALL STEPS MUST END WITH RC 0. 
//* 
//* MODIFICATIONS 
//* ------------- 
//* 1  MODIFY THE JOB STATEMENT TO MEET LOCAL REQUIREMENTS. 
//* 
//* 2  CHANGE ALL '#HLQ' TO THE HIGH-LEVEL QUALIFIER OF THE 
//*    UNIVERSAL PRODUCTS DATA SETS. 
//* 
//* 3  CHANGE ALL '#VOLSER' TO THE VOLUME SERIAL NAME ON WHICH TO 
//*    ALLOCATE THE DISTRIBUTION DATA SETS. 
//********************************************************************* 
//* 
//DEL01    EXEC PGM=IDCAMS 
//SYSPRINT DD SYSOUT=* 
//SYSIN    DD * 
  DELETE #HLQ.UNV.V7R2M0.INSTALL 
  DELETE #HLQ.UNV.V7R2M0.SMPMCS 
  DELETE #HLQ.UNV.V7R2M0.TUAG720.* 
  DELETE #HLQ.UNV.V7R2M0.TUBR720.* 
  DELETE #HLQ.UNV.V7R2M0.TUCM720.* 
  DELETE #HLQ.UNV.V7R2M0.TUDM720.* 
  DELETE #HLQ.UNV.V7R2M0.TUEC720.* 
  DELETE #HLQ.UNV.V7R2M0.TUEM720.* 
  DELETE #HLQ.UNV.V7R2M0.TUNV720.* 
  DELETE #HLQ.UNV.V7R2M0.TUSD620.* 
  DELETE #HLQ.UNV.V7R2M0.TUSP620.* 
  DELETE #HLQ.UNV.V7R2M0.TUTL720.* 
  DELETE #HLQ.UNV.V7R2M0.TUXD720.* 
  DELETE #HLQ.UNV.V7R2M0.UUBR720.* 
  DELETE #HLQ.UNV.V7R2M0.UUCM720.* 
  DELETE #HLQ.UNV.V7R2M0.UUDM720.* 
  DELETE #HLQ.UNV.V7R2M0.UUEM720.* 
  DELETE #HLQ.UNV.V7R2M0.UUNV720.* 
  DELETE #HLQ.UNV.V7R2M0.UUTL720.* 
/* 
//* 
//TSO      PROC 
//S1       EXEC PGM=IKJEFT01 
//SYSLBC   DD  DISP=SHR,DSN=SYS1.BRODCAST 
//SYSPROC  DD  DUMMY 
//SYSPRINT DD  SYSOUT=* 
//SYSTSPRT DD  SYSOUT=* 
//SYSTERM  DD  SYSOUT=* 
//SYSTSIN  DD  DUMMY 
//         PEND 
//* 
//SMPMCS   EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.SMPMCS.XMIT') 
    DA('#HLQ.UNV.V7R2M0.SMPMCS') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(100 50) RELEASE 
//INSTALL  EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.INSTALL.XMIT') 
    DA('#HLQ.UNV.V7R2M0.INSTALL') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(15 10) 
//UNV720F1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUNV720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUNV720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(15 1) RELEASE 
//UTL720F1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUTL720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUTL720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(15 1) RELEASE 
//UTL720F2 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUTL720.F2.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUTL720.F2') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(1000 10) RELEASE 
//UBR720F1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUBR720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUBR720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(15 1) RELEASE 
//UBR720F2 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUBR720.F2.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUBR720.F2') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(15 1) RELEASE 
//UBR720F3 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUBR720.F3.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUBR720.F3') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(1720 15) RELEASE 
//UCM720F1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUCM720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUCM720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UCM720F2 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUCM720.F2.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUCM720.F2') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UCM720F3 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUCM720.F3.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUCM720.F3') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(600 15) RELEASE 
//UDM720F1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUDM720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUDM720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UDM720F2 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUDM720.F2.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUDM720.F2') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UDM720F3 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUDM720.F3.XMIT') 
    DA('#HLQ.UNV.VV7R2M0.TUDM720.F3') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(1000 15) RELEASE 
//UEM720F1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.VV7R2M0.TUEM720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUEM720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UEM720F2 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUEM720.F2.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUEM720.F2') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UEM720F3 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUEM720.F3.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUEM720.F3') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(200 15) RELEASE 
//UXD720F1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUXD720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUXD720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(1530 15) RELEASE 
//UAG720F1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUAG720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUAG720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UAG720F2 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUAG720.F2.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUAG720.F2') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UAG720F3 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUAG720.F3.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUAG720.F3') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(600 15) RELEASE 
//UEC720F1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUEC720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUEC720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UEC720F2 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUEC720.F2.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUEC720.F2') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(1000 15) RELEASE 
//USD620F1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUSD620.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUSD620.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(300 15) RELEASE 
//USP620F1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUSP620.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUSP620.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//USP620F2 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUSP620.F2.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUSP620.F2') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//USP620F3 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.TUSP620.F3.XMIT') 
    DA('#HLQ.UNV.V7R2M0.TUSP620.F3') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(200 15) RELEASE 
//UBR720U1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.UUBR720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.UUBR720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UBR720U2 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.UUBR720.F2.XMIT') 
    DA('#HLQ.UNV.V7R2M0.UUBR720.F2') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(500 50) RELEASE 
//UCM720U1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.UUCM720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.UUCM720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UCM720U2 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.UUCM720.F2.XMIT') 
    DA('#HLQ.UNV.V7R2M0.UUCM720.F2') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(500 50) RELEASE 
//UDM720U1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.UUDM720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.UUDM720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UDM720U2 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.UUDM720.F2.XMIT') 
    DA('#HLQ.UNV.V7R2M0.UUDM720.F2') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(500 50) RELEASE 
//UEM720U1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.UUEM720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.UUEM720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE 
//UEM720U2 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.UUEM720.F2.XMIT') 
    DA('#HLQ.UNV.V7R2M0.UUEM720.F2') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(500 50) RELEASE 
//UTL720U1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.UUTL720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.UUTL720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(1000 15) RELEASE 
//UNV720U1 EXEC TSO 
//S1.SYSTSIN DD * 
  RECEIVE INDA('#HLQ.UNV.V7R2M0.UUNV720.F1.XMIT') 
    DA('#HLQ.UNV.V7R2M0.UUNV720.F1') + 
    UNIT(SYSALLDA) VOL(#VOLSER) + 
    TRACKS SPACE(10 1) RELEASE