SMP/E Installation of Rocket z/OS Ported Tools file1 SMP/E Installation of Rocket z/OS Ported Tools Description Preface This document describes the steps needed to build and install

1

SMP/E Installation of Rocket z/OS Ported Tools

Description

Preface This document describes the steps needed to build and install a SMP/E installable software package for a typical Rocket z/OS Ported Tools product. The idea is to format all needed components with the SMP/E utility GIMDTS (normally contained in SYS1.MIGLIB) to create a sequential file (FB,80) which can be used as SMP/E SMPPTFIN input.

At this time only the first installation of any product is described. To update any product the required MCS statements (see Step 9) have to be modified to reflect FMID changes.

Naming Conventions HLQ for maintenance environment TST.RCT18A1

HLQ for maintenance environment (SMP/E datasets) TST.RCT18A1.SMPE

HLQ for maintenance environment (z/OS base) TST.ZOS16D1

Target Zone Name TRCK001

Dlib Zone Name DRCK001

Name of product ZFS file TST.RCT18A1.SYS1.SYX.RCTTOOLS.ZFS

Service mountpoint /tst/rct18a1/usr/lpp/rocket

Download directory /tst/software/Rocket/<product>/<product>-…

Used product in this description curl

Used FMID SCL7521 (curl-7.52.1_b006.170926.tar)

Default product directory /tst/rct18a1/usr/lpp/rocket/<product>/

Step 1: Create SMP/E Environment //*---------------------------------------------------------------------

//* Description: DEFINE CSI FOR PLATFORM RCT18A1 (Rocket Ported Tools)

//*---------------------------------------------------------------------

//DELCSI EXEC PGM=IDCAMS,REGION=64M,COND=(0,LT)

//SYSPRINT DD SYSOUT=*

//SYSIN DD *

DELETE TST.RCT18A1.SMPE.GLOBAL.CSI

DELETE TST.RCT18A1.SMPE.TARGET.CSI

2

DELETE TST.RCT18A1.SMPE.DLIB.CSI

SET MAXCC = 0

/*

//*

//DEFCSI EXEC PGM=IDCAMS,REGION=64M,COND=(0,LT)


//SYSIN DD *

DEFINE CLUSTER(NAME(TST.RCT18A1.SMPE.GLOBAL.CSI) -

FREESPACE(10,5) -

KEYS(24 0) -

RECORDSIZE(24 143) -

SHAREOPTIONS(2) -

UNIQUE) -

DATA(NAME(TST.RCT18A1.SMPE.GLOBAL.CSI.DATA) -

CONTROLINTERVALSIZE(4096) -

CYLINDERS(10 2)) -

INDEX(NAME(TST.RCT18A1.SMPE.GLOBAL.CSI.INDEX) -

CYLINDERS(1 1))

DEFINE CLUSTER(NAME(TST.RCT18A1.SMPE.TARGET.CSI) -

FREESPACE(10,5) -

KEYS(24 0) -


SHAREOPTIONS(2) -

UNIQUE) -

DATA(NAME(TST.RCT18A1.SMPE.TARGET.CSI.DATA) -


CYLINDERS(10 2)) -

INDEX(NAME(TST.RCT18A1.SMPE.TARGET.CSI.INDEX) -

CYLINDERS(1 1))

DEFINE CLUSTER(NAME(TST.RCT18A1.SMPE.DLIB.CSI) -

FREESPACE(10,5) -

KEYS(24 0) -


SHAREOPTIONS(2) -

UNIQUE) -

DATA(NAME(TST.RCT18A1.SMPE.DLIB.CSI.DATA) -


3

CYLINDERS(10 2)) -

INDEX(NAME(TST.RCT18A1.SMPE.DLIB.CSI.INDEX) -

CYLINDERS(1 1))

/*

//*

//INITCSI EXEC PGM=IDCAMS,REGION=64M,COND=(0,LT)


//ZPOOL DD DISP=SHR,

// DSN=SYS1.MACLIB(GIMZPOOL)

//SMPGCSI DD DISP=OLD,

// DSN=TST.RCT18A1.SMPE.GLOBAL.CSI

//SMPGCS1 DD DISP=OLD,

// DSN=TST.RCT18A1.SMPE.TARGET.CSI

//SMPGCS2 DD DISP=OLD,

// DSN=TST.RCT18A1.SMPE.DLIB.CSI

//SYSIN DD *

REPRO OUTFILE(SMPGCSI) INFILE(ZPOOL)

REPRO OUTFILE(SMPGCS1) INFILE(ZPOOL)

REPRO OUTFILE(SMPGCS2) INFILE(ZPOOL)

/*

//*

//DELPTS EXEC PGM=IDCAMS,REGION=64M,COND=(0,LT)


//SYSIN DD *

DELETE TST.RCT18A1.SMPE.SMPPTS NONVSAM

SET MAXCC = 0

/*

//*

//DEFPTS EXEC PGM=IEFBR14,REGION=64M,COND=(0,LT)

//PTS DD DSN=TST.RCT18A1.SMPE.SMPPTS,

// DISP=(NEW,CATLG,DELETE),

// UNIT=SYSALLDA,

// DCB=(RECFM=FB,LRECL=80,BLKSIZE=0),

// SPACE=(CYL,(10,10,100))

//*

//DELLOG EXEC PGM=IDCAMS,REGION=64M,COND=(0,LT)


4

//SYSIN DD *

DELETE TST.RCT18A1.SMPE.GLOBAL.SMPLOG NONVSAM

DELETE TST.RCT18A1.SMPE.TARGET.SMPLOG NONVSAM

DELETE TST.RCT18A1.SMPE.DLIB.SMPLOG NONVSAM

SET MAXCC = 0

/*

//*

//DEFLOG EXEC PGM=IEFBR14,REGION=64M,COND=(0,LT)

//GLOG DD DSN=TST.RCT18A1.SMPE.GLOBAL.SMPLOG,


// UNIT=SYSALLDA,

// SPACE=(TRK,(200,200))

//TLOG DD DSN=TST.RCT18A1.SMPE.TARGET.SMPLOG,


// UNIT=SYSALLDA,

// SPACE=(TRK,(200,200))

//DLOG DD DSN=TST.RCT18A1.SMPE.DLIB.SMPLOG,


// UNIT=SYSALLDA,

// SPACE=(TRK,(200,200))

//*

//GZONE EXEC PGM=GIMSMP,REGION=64M,COND=(0,LT)

//*

//* SMP DATA SETS

//*

//SMPCSI DD DSN=TST.RCT18A1.SMPE.GLOBAL.CSI,DISP=SHR

//SMPLOG DD DSN=TST.RCT18A1.SMPE.GLOBAL.SMPLOG,DISP=MOD

//SMPPTS DD DSN=TST.RCT18A1.SMPE.SMPPTS,DISP=SHR

//*

//* SMP OUTPUT

//*

//SMPOUT DD SYSOUT=*

//SMPRPT DD SYSOUT=*

//*

//* SMP INPUT

//*

//* PEMAX is not specified in case the maximum setting of 9999

5

//* is insufficient. The default is 25000.

//*

//SMPCNTL DD *

SET BOUNDARY(GLOBAL) .

UCLIN .

ADD GLOBALZONE

SREL(Z038) .

ADD UTILITY(ASMA90) NAME(ASMA90)

PARM(DECK,NOOBJECT,LIST,XREF(SHORT),ALIGN) .

ADD UTILITY(IEBCOPY) NAME(IEBCOPY) .

ADD UTILITY(IEWL) NAME(IEWL)

PARM(LIST,XREF,LET,NCAL) .

ADD DDDEF(SMPPTS) SHR

DA(TST.RCT18A1.SMPE.SMPPTS) .

ADD DDDEF(SMPLOG) MOD

DA(TST.RCT18A1.SMPE.GLOBAL.SMPLOG) .

ADD DDDEF(SMPTLIB)

UNIT(SYSALLDA) .

ADD GLOBALZONE

OPTIONS(RCKOPT) .

ADD GLOBALZONE

ZONEINDEX(

(TRCK001,TST.RCT18A1.SMPE.TARGET.CSI,TARGET),

(DRCK001,TST.RCT18A1.SMPE.DLIB.CSI,DLIB)

) .

ADD OPTIONS(RCKOPT)

ASM(ASMA90)

COMP(IEBCOPY)

COPY(IEBCOPY)

LKED(IEWL)

DSPREFIX(TST.RCT18A1.DF524109.IBM)

DSSPACE(1063,323,114)

NOREJECT

PAGELEN(60)

RETRYDDN(ALL) .

ADD DDDEF(SYSUT1) NEW DELETE UNIT(SYSALLDA)

TRK SPACE(1800,200) .

6


TRK SPACE(900,300) .





ENDUCL .

/*

//*

//DELTARGD EXEC PGM=IDCAMS,REGION=64M,COND=(0,LT)


//SYSIN DD *

DELETE TST.RCT18A1.SMPE.SMPSCDS NONVSAM

DELETE TST.RCT18A1.SMPE.SMPMTS NONVSAM

DELETE TST.RCT18A1.SMPE.SMPSTS NONVSAM

DELETE TST.RCT18A1.SMPE.SMPLTS NONVSAM

SET MAXCC = 0

/*

//DEFTARGD EXEC PGM=IEFBR14,REGION=64M,COND=(0,LT)

//SMPSCDS DD DSN=TST.RCT18A1.SMPE.SMPSCDS,


// UNIT=SYSALLDA,


// SPACE=(CYL,(5,5,45))

//SMPMTS DD DSN=TST.RCT18A1.SMPE.SMPMTS,


// UNIT=SYSALLDA,


// SPACE=(CYL,(5,5,45))

//SMPSTS DD DSN=TST.RCT18A1.SMPE.SMPSTS,


// UNIT=SYSALLDA,


// SPACE=(CYL,(5,5,45))

//SMPLTS DD DSN=TST.RCT18A1.SMPE.SMPLTS,


// UNIT=SYSALLDA,

7

// DCB=(RECFM=U,LRECL=0,BLKSIZE=32760),

// SPACE=(CYL,(5,5,45))

//*

//TZONE EXEC PGM=GIMSMP,REGION=64M,COND=(0,LT)


//SMPLOG DD DSN=TST.RCT18A1.SMPE.TARGET.SMPLOG,DISP=MOD




//SMPCNTL DD *

SET BOUNDARY(TRCK001) .

UCLIN .

ADD TARGETZONE(TRCK001)

SREL(Z038)

RELATED(DRCK001)

OPTIONS(RCKOPT) .


DA(TST.RCT18A1.SMPE.TARGET.SMPLOG) .

ADD DDDEF(SMPSCDS) SHR

DA(TST.RCT18A1.SMPE.SMPSCDS) .



ADD DDDEF(SMPMTS) SHR

DA(TST.RCT18A1.SMPE.SMPMTS) .

ADD DDDEF(SMPSTS) SHR

DA(TST.RCT18A1.SMPE.SMPSTS) .

ADD DDDEF(SMPTLIB)

UNIT(SYSALLDA) .

ADD DDDEF(SMPLTS) SHR

DA(TST.RCT18A1.SMPE.SMPLTS) .


BLK(1700) SPACE(400,400) .


BLK(1700) SPACE(400,400) .


BLK(1700) SPACE(400,400) .


8

BLK(1700) SPACE(400,400) .

ADD DDDEF(MACLIB) SHR

DA(TST.ZOS16D1.SYS1.MACLIB) .

ADD DDDEF(MODGEN) SHR

DA(TST.ZOS16D1.SYS1.MODGEN) .

ADD DDDEF(SYSLIB)

CONCAT(MACLIB,MODGEN) .

ENDUCL .

/*

//DZONE EXEC PGM=GIMSMP,REGION=64M,COND=(0,LT)


//SMPLOG DD DSN=TST.RCT18A1.SMPE.DLIB.SMPLOG,DISP=MOD




//SMPCNTL DD *

SET BOUNDARY(DRCK001) .

UCLIN .

ADD DLIBZONE(DRCK001)

SREL(Z038)

RELATED(TRCK001)

OPTIONS(RCKOPT) .


DA(TST.RCT18A1.SMPE.DLIB.SMPLOG) .

ADD DDDEF(SMPSCDS) SHR

DA(TST.RCT18A1.SMPE.SMPSCDS) .



ADD DDDEF(SMPMTS) SHR

DA(TST.RCT18A1.SMPE.SMPMTS) .

ADD DDDEF(SMPSTS) SHR

DA(TST.RCT18A1.SMPE.SMPSTS) .

ADD DDDEF(SMPTLIB)

UNIT(SYSALLDA) .


BLK(1700) SPACE(400,400) .


9

BLK(1700) SPACE(400,400) .


BLK(1700) SPACE(400,400) .


BLK(1700) SPACE(400,400) .

ADD DDDEF(MACLIB) SHR

DA(TST.ZOS16D1.SYS1.MACLIB) .

ADD DDDEF(MODGEN) SHR

DA(TST.ZOS16D1.SYS1.MODGEN) .

ADD DDDEF(SYSLIB)

CONCAT(MACLIB,MODGEN) .

ENDUCL .

/*

Step 2: Create product ZFS file //*---------------------------------------------------------------------

//* Description: ALLOC ROCKET PORTED TOOLS ZFS FILE

//*---------------------------------------------------------------------

//DEFZFS EXEC PGM=IDCAMS


//SYSUDUMP DD SYSOUT=*

//AMSDUMP DD SYSOUT=*

//SYSIN DD *

DEFINE CLUSTER (NAME(TST.RCT18A1.SYS1.SYX.RCTTOOLS.ZFS) -

LINEAR CYL(150,50) SHAREOPTIONS(3))

//*-----------------------------------------------------------------*/

//IFROOT IF DEFZFS.RC=0 THEN

//ZFSROOT EXEC PGM=IOEAGFMT,REGION=0M,

// PARM=('-aggregate TST.RCT18A1.SYS1.SYX.RCTTOOLS.ZFS -compat')


//STDOUT DD SYSOUT=*

//STDERR DD SYSOUT=*

//SYSUDUMP DD SYSOUT=*

//CEEDUMP DD SYSOUT=*

// ENDIF

//*

//IFSTEP2 IF ZFSROOT.RC=0 THEN

//MNTSTEP EXEC PGM=IKJEFT1B

10

//SYSTSPRT DD SYSOUT=*

//SYSTSIN DD *

PROF MSGID WTPMSG

MOUNT FILESYSTEM('TST.RCT18A1.SYS1.SYX.RCTTOOLS.ZFS') +

MOUNTPOINT('/tst/rct18a1/usr/lpp/rocket') +

TYPE(ZFS) MODE(RDWR)

// ENDIF

//*

Step 3: MKDIR Used REXX library SYSX.MAINT.ROCKET.ISPFLIB

//IKJEFT1A EXEC PGM=IKJEFT1A

//SYSEXEC DD DISP=SHR,DSN=SYSX.MAINT.ROCKET.ISPFLIB


//SYSTSIN DD *

PROF MSGID

MKDIRREX /tst/rct18a1

Used REXX procedure: MKDIRREX

Step 4: OCOPY README Files //*---------------------------------------------------------------------

//* Description: COPY README FILES FROM ZFS

//*---------------------------------------------------------------------

//DELETE EXEC PGM=IDCAMS


//SYSIN DD *

DELETE TST.RCT18A1.CURL.README

SET MAXCC = 0

//* -------------------------------------------------------------------

//ALLOC EXEC PGM=IEFBR14

//DD1 DD DISP=(,CATLG),UNIT=SYSDA,

// SPACE=(CYL,(2,2,45),RLSE),

// DSN=TST.RCT18A1.CURL.README,

// RECFM=VB,LRECL=255,BLKSIZE=0,DSORG=PO

//*---------------------------------------------------------------------

//COPY EXEC PGM=IKJEFT01,DYNAMNBR=300


//STDOUTL DD SYSOUT=*,RECFM=VB,LRECL=133,BLKSIZE=137

11

//STDERRL DD SYSOUT=*,RECFM=VB,LRECL=133,BLKSIZE=137

//INDD1 DD PATH='/tst/software/Rocket/curl/curl-README',

// PATHDISP=(KEEP,KEEP)

//OUTDD1 DD DSN=TST.RCT18A1.CURL.README(CLRM),DISP=SHR

//INDD2 DD PATH='/tst/software/Rocket/curl/curl-README.ZOS',


//OUTDD2 DD DSN=TST.RCT18A1.CURL.README(CLRMZ),DISP=SHR

//INDD3 DD PATH='/tst/software/Rocket/curl/curl-CHANGES.ZOS',


//OUTDD3 DD DSN=TST.RCT18A1.CURL.README(CLCHG),DISP=SHR

//SYSTSIN DD DATA,DLM='##'

OCOPY INDD(INDD1) OUTDD(OUTDD1) TEXT CONVERT((BPXFX311)) TO1047



##

Step 5: GIMDTS README files Used REXX library SYSX.MAINT.ROCKET.ISPFLIB

//*---------------------------------------------------------------------

//SM#DTS EXEC PROC=ZOSTISPF

//SYSTSIN DD *

ISPSTART -

CMD(%SM#DTS TST.RCT18A1.CURL.README)

//SYSEXEC DD DISP=SHR,DSN= SYSX.MAINT.ROCKET.ISPFLIB

Used REXX procedure: SM#DTS (Calls GIMDTS for every member of a PO dataset, for load modules it unloads the members with IEBCOPY first)

Used JCL procedure: ZOSTISPF (Run ISPF in batch jobs)

Step 6: gzip product gz file //*---------------------------------------------------------------------

//GZIP EXEC PGM=IKJEFT01,REGION=100M,DYNAMNBR=50


//SYSTSOUT DD SYSOUT=*

//SYSTSIN DD *

bpxbatch SH /tst/rct18a1/usr/lpp/rocket/gzip/bin/gzip -d +

/tst/software/Rocket/curl/curl-7.52.1_b006.170926.tar.gz

//STDERR DD PATH='/tmp/curl.err',

12

// PATHOPTS=(OWRONLY,OCREAT,OTRUNC),

// PATHMODE=SIRWXU

//STDOUT DD PATH='/tmp/curl.out',

// PATHOPTS=(OWRONLY,OCREAT,OTRUNC),

// PATHMODE=SIRWXU

Step 7: OGET and GIMDTS tarfile //*---------------------------------------------------------------------

//* Description: COPY curl tar file

//*---------------------------------------------------------------------



//SYSIN DD *

DELETE TST.RCT18A1.CURL.TAR

DELETE TST.RCT18A1.CURL.TAR.GIMDTS

SET MAXCC = 0

//* -------------------------------------------------------------------



// SPACE=(CYL,(200,50),RLSE),

// DSN=TST.RCT18A1.CURL.TAR,

// RECFM=VB,LRECL=255,BLKSIZE=0,DSORG=PS



// DSN=TST.RCT18A1.CURL.TAR.GIMDTS,

// RECFM=FB,LRECL=80,BLKSIZE=0,DSORG=PS

//*---------------------------------------------------------------------

//COPY EXEC PGM=IKJEFT01,DYNAMNBR=300


//STDOUTL DD SYSOUT=*,RECFM=VB,LRECL=133,BLKSIZE=137

//STDERRL DD SYSOUT=*,RECFM=VB,LRECL=133,BLKSIZE=137

//SYSTSIN DD DATA,DLM='##'

OGET '/tst/software/Rocket/curl/curl-7.52.1_b006.170926.tar' +

'TST.RCT18A1.CURL.TAR' BINARY

##

//*---------------------------------------------------------------------

13

//GIMDTS EXEC PGM=GIMDTS


//SYSUT1 DD DSN=TST.RCT18A1.CURL.TAR,DISP=SHR

//SYSUT2 DD DSN=TST.RCT18A1.CURL.TAR.GIMDTS,DISP=SHR

Step 8: GIMDTS shellscript Sample shellscript used from: https://www.ibm.com/support/knowledgecenter/SSLTBW_2.3.0/com.ibm.zos.v2r3.gim2000/chpshl.htm

Script is copied to z/OS dataset (VB,255) TST.RCT18A1.GZIP.SHSCRIPT.

//*---------------------------------------------------------------------

//* Description: GIMDTS shellscript

//*---------------------------------------------------------------------



//SYSIN DD *

DELETE TST.RCT18A1.GZIP.SHSCRIPT.GIMDTS

SET MAXCC = 0

//* -------------------------------------------------------------------




// DSN=TST.RCT18A1.GZIP.SHSCRIPT.GIMDTS,


//*---------------------------------------------------------------------

//GIMDTS EXEC PGM=GIMDTS


//SYSUT1 DD DSN=TST.RCT18A1.GZIP.SHSCRIPT,DISP=SHR

//SYSUT2 DD DSN=TST.RCT18A1.GZIP.SHSCRIPT.GIMDTS,DISP=SHR

Step 9: Used MCS statements These MCS statements are inserted before any element, they are stored in dataset SYSX.MAINT.ROCKET.ISPFLIB(MCSCURLn):

Statement 1

++ FUNCTION(SCL7521) REWORK(2018285)

DESC(cURL)

/*******************************************************************

* Rocket Open Source Languages and Tools for z/OS *

https://www.ibm.com/support/knowledgecenter/SSLTBW_2.3.0/com.ibm.zos.v2r3.gim2000/chpshl.htm

14

* cURL - curl-7.52.1_b006.170926.tar *

********************************************************************/.

++ VER (Z038) .

++USER1 (CLRM) DISTLIB(ACURLSMP) SYSLIB(SCURLSMP).

Statement 2

++USER1 (CLRMZ) DISTLIB(ACURLSMP) SYSLIB(SCURLSMP).

Statement 3

++USER1 (CLCHG) DISTLIB(ACURLSMP) SYSLIB(SCURLSMP).

Statement 4

++HFS (CURLTAR) DISTLIB(ACURLZFS) SYSLIB(SCURLPTH) SHSCRIPT(CURLSHSC)

BINARY .

Statement 5

++SHELLSCR (CURLSHSC) DISTLIB(ACURLZFS) SYSLIB(SCURLPTH) .

Step 10: Build complete SMPPTFIN file //DELETE EXEC PGM=IDCAMS


//SYSIN DD *

DELETE TST.RCT18A1.CURL.MCS

SET MAXCC = 0

//* -------------------------------------------------------------------




// DSN=TST.RCT18A1.CURL.MCS,


//*---------------------------------------------------------------------

//GENER EXEC PGM=IEBGENER


//SYSIN DD DUMMY

//SYSUT1 DD DSN=SYSX.MAINT.ROCKET.ISPFLIB(MCSCURL1),DISP=SHR

// DD DSN=TST.RCT18A1.CURL.README.GIMDTS(CLRM),DISP=SHR

// DD DSN=SYSX.MAINT.ROCKET.ISPFLIB(MCSCURL2),DISP=SHR

// DD DSN=TST.RCT18A1.CURL.README.GIMDTS(CLRMZ),DISP=SHR


15

// DD DSN=TST.RCT18A1.CURL.README.GIMDTS(CLCHG),DISP=SHR


// DD DSN=TST.RCT18A1.CURL.TAR.GIMDTS,DISP=SHR


// DD DSN=TST.RCT18A1.CURL.SHSCRIPT.GIMDTS,DISP=SHR

//SYSUT2 DD DSN=TST.RCT18A1.CURL.MCS,DISP=SHR

Step 11: Allocate Target/Dlibs //*---------------------------------------------------------------------

//* Description: ALLOC curl TARGET/DLIBS

//*---------------------------------------------------------------------


//*

//* ALLOCATE TARGET LIBRARIES

//*

//SCURLSMP DD DSN=TST.RCT18A1.SYS1.ROCKET.SCURLSMP,

// UNIT=SYSALLDA,

// SPACE=(CYL,(1,1,45)),

// RECFM=VB,LRECL=255,BLKSIZE=0,

// DISP=(NEW,CATLG)

//*

//*

//* ALLOCATE DISTRIBUTION LIBRARIES

//*

//*

//ACURLSMP DD DSN=TST.RCT18A1.SYS1.ROCKET.ACURLSMP,

// UNIT=SYSALLDA,

// SPACE=(CYL,(1,1,45)),


// DISP=(NEW,CATLG)

//*

//ACURLZFS DD DSN=TST.RCT18A1.SYS1.ROCKET.ACURLZFS,

// UNIT=SYSALLDA,

// SPACE=(CYL,(200,50,45)),


// DISP=(NEW,CATLG)

16

Step 12: Create DDDEFs //*---------------------------------------------------------------------

//* Description: DDDEFS FOR curl

//*---------------------------------------------------------------------

//DDDEFT EXEC PGM=GIMSMP,REGION=4096K

//SMPCSI DD DSN=TST.RCT18A1.SMPE.GLOBAL.CSI,

// DISP=SHR

//SMPCNTL DD *

SET BDY(TRCK001).

UCLIN.

ADD DDDEF (SCURLPTH)

PATH('/usr/lpp/rocket/curl/').

REP DDDEF (SCURLSMP)

DATASET(TST.RCT18A1.SYS1.ROCKET.SCURLSMP)

UNIT(SYSALLDA)

WAITFORDSN

SHR.

REP DDDEF (ACURLZFS)

DATASET(TST.RCT18A1.SYS1.ROCKET.ACURLZFS)

UNIT(SYSALLDA)

WAITFORDSN

SHR.

REP DDDEF (ACURLSMP)

DATASET(TST.RCT18A1.SYS1.ROCKET.ACURLSMP)

UNIT(SYSALLDA)

WAITFORDSN

SHR.

ENDUCL.

//*---------------------------------------------------------------------

//DDDEFD EXEC PGM=GIMSMP,REGION=4096K


// DISP=SHR

//SMPCNTL DD *

SET BDY(DRCK001).

UCLIN.

17

ADD DDDEF (SCURLSMP)

DATASET(TST.RCT18A1.SYS1.ROCKET.SCURLSMP)

UNIT(SYSALLDA)

WAITFORDSN

SHR.

ADD DDDEF (ACURLZFS)

DATASET(TST.RCT18A1.SYS1.ROCKET.ACURLZFS)

UNIT(SYSALLDA)

WAITFORDSN

SHR.

ADD DDDEF (ACURLSMP)

DATASET(TST.RCT18A1.SYS1.ROCKET.ACURLSMP)

UNIT(SYSALLDA)

WAITFORDSN

SHR.

ENDUCL.

//*---------------------------------------------------------------------

//DEFPATH EXEC PGM=GIMSMP,REGION=4096K


// DISP=SHR

//SMPCNTL DD *

SET BDY(TRCK001) .

ZONEEDIT DDDEF.

CHANGE PATH('/usr/lpp/rocket/curl'*,

'/tst/rct18a1/usr/lpp/rocket/curl'*).

ENDZONEEDIT.

/*

Step 13: RECEIVE product //*---------------------------------------------------------------------

//RECEIVE EXEC SMPEPROC,CSI=RCT18A1

//SMPPTFIN DD DISP=SHR,DSN=TST.RCT18A1.CURL.MCS

//SMPCNTL DD *

SET BDY(GLOBAL).

REJECT S(SCL7521) BYPASS(APPLYCHECK,ACCEPTCHECK) .

RESETRC .

18

RECEIVE SYSMODS.

Used JCL procedure: SMPEPROC (SMP/E procedure)

Step 14: APPLY CHECK product //*---------------------------------------------------------------------

//APPLYCHK EXEC SMPEPROC,CSI=RCT18A1

//SMPCNTL DD *

SET BDY(TRCK001).


Step 15: APPLY product //*---------------------------------------------------------------------

//APPLY EXEC SMPEPROC,CSI=RCT18A1

//SMPCNTL DD *

SET BDY(TRCK001).

APPLY S(SCL7521) BYPASS(HOLDSYS) COMPRESS(ALL) REDO .


Step 16: ACCEPT CHECK product //*---------------------------------------------------------------------

//ACCEPTCK EXEC SMPEPROC,CSI=RCT18A1

//SMPCNTL DD *

SET BDY(DRCK001).

ACCEPT CHECK S(SCL7521) BYPASS(HOLDSYS) COMPRESS(ALL) .


Step 17: ACCEPT product //*---------------------------------------------------------------------

//ACCEPT EXEC SMPEPROC,CSI=RCT18A1

//SMPCNTL DD *

SET BDY(DRCK001).

ACCEPT S(SCL7521) BYPASS(HOLDSYS) COMPRESS(ALL) .


Congratulations!

Now you have successfully SMP/E installed curl as a sample for Rocket z/OS Ported Tools.

19

A CSI query for FMID SCL7521 (used here for cURL) should look similar to this screenshot:

Appendix

Used REXX and JCL procedures

MKDIRREX This procedures defines several directories in the product ZFS, it is adopted from a similar procedure used for the installation of z/OS V2.2.

/* REXX */

/*******************************************************************/

/* */

/* This REXX exec will create the necessary directories and other */

/* files for installation of z/OS V2.2 */

/* */

/*******************************************************************/

idir='usr/lpp/' /* This is your install directory */

dirs=,

, /* <== Here is the list of directories */

, /* with respective permission bits */

20

, /* The last one doesn't have a comma */

, /*--------------------------------------------------------*/

, /* HFS directories required for installation */

, /*--------------------------------------------------------*/

,

'rocket 755',

'rocket/gzip 755',

'rocket/curl 755',

'rocket/webalizer 755',

'rocket/bash 755',

'rocket/mc 755',

'rocket/perl 755',

'rocket/php 755',

parse arg $root .

If $root='' then

$root = '/' /* Add a trailing slash */

Else /* if none exists on input */

$root=strip($root,'T','/')'/'

/****************************************************************/

/* Beginning of main procedure: */

/****************************************************************/

firstchar = Substr($root,1,1)

If firstchar <> '/' then

Do

say 'Directory name does NOT begin with a "/".'

say 'Please correct and resubmit.'

Exit 12

End

if syscalls(on)>4 then

Do

say 'Initialization failure. Please correct and resubmit.'

21

Exit 12

End

verticalbar='!' /* check integrity of this exec */

if C2X(verticalbar) <> 4F then

Do

say 'Vertical bar characters in this file are corrupted,'

say 'probably caused by translation during upload or download.'

say 'Dollar sign characters may also be corrupted.'

Exit 12

End

$rc= '0'

msgs. = ''

x=outtrap(mm.,,'NOCONCAT')

'PROFILE'

If Pos(NOMSGID,mm.1) > 0 then num = '3'

Else num = '4'

PARSE SOURCE . . EXECNAME .

x=outtrap(OFF)

say 'The EXEC to create the directories has begun.'

say 'It will run for a couple of minutes.'

x=outtrap(mm.,,'NOCONCAT')

say 'The' EXECNAME 'EXEC ran at ' TIME() ' on ' DATE()

say

$rc= '0'

address syscall 'getuid'

myuid=retval

address syscall 'geteuid'

myeuid=retval

privflag=0 /* Change the Effective UID to */

If myeuid <> 0 then /* be 0 since invoker should */

22

Do /* be part of the BPX.SUPERUSER */

address syscall 'seteuid 0' /* facility class */

privflag=1

End

address syscall 'access' $root F_OK

If (rc=0 & retval<>0) ! rc<> 0 then

Do

If errno = 6F then /* EACCESS */

Do

say 'Do not have appropriate permission to' $root

say ' '

say 'Please get appropriate permission to this directory',

'and resubmit.'

say

Exit 12

End

Else

Do

say 'Directory' $root 'does not exist.'

say

say 'Please create this directory and resubmit.'

say

Exit 12

End

$rc= '12'

End

Else

Do /* OK to continue this exec */

call msg errors, ' ' /* Setup all headings */

call msg dcreated, ' Created the following directories:'

call msg dcreated, ' =================================='

23

call msg dchmods, ' Changed permission bits of existing directories:'

call msg dchmods, ' ================================================'

call msg dexists, ' Following directories already exist',

'with proper permissions:'

call msg dexists, ' ====================================',

!!'========================='

call msg dproblems, ' Problems creating following directories:'

call msg dproblems, ' ========================================'

call msg lcreated, ' Created the following symlinks:'

call msg lcreated, ' ==============================='

call msg lexists, ' Following symlinks already exist with correct',

'target:'

call msg lexists, ' =============================================',

!!'========'

call msg lproblems, ' Problems creating following symlinks:'

call msg lproblems, ' ====================================='

call msg uMSGS, ' Verified that the following symlinks'

call msg uMSGS, ' do not point to paths known to be obsolete.',

'No action taken.'

call msg uMSGS, ' ============================================',

!!'================='

uMSGS_flag = 0

call msg udeleted, ' Deleted the following symlinks:'

call msg udeleted, ' ==============================='

call msg uproblems, ' Problems deleting the following symlinks:'

call msg uproblems, ' ========================================='

call msg ADDMSG, ' Additional messages:'

call msg ADDMSG, ' ===================='

if idir <> '' then /* this check prevents chmods to $root */

call syscall0 mkdir $root !! idir 755

do while dirs<>''

parse var dirs dir perm dirs

24

call syscall0 mkdir $root !! idir !! strip(dir) strip(perm)

end

End /* OK to continue this exec */

If privflag=1 then

address syscall 'seteuid' myuid

/*------------------------------------------*/

/* Summarize collected messages. */

/* If there were no commands of a type, */

/* then blank out its dependent headings */

/*------------------------------------------*/

if,

(msgs.dcreated.0 + msgs.dexists.0 + msgs.dproblems.0 + msgs.dchmods.0),

= 8 then

Do

call msg dcreated, 'No mkdir commands attempted'

msgs.dexists.0 = 0 /* eliminate this message heading */

msgs.dchmods.0 = 0 /* eliminate this message heading */

msgs.dproblems.0 = 0 /* eliminate this message heading */

End

if msgs.dcreated.0 = 2

then call msg dcreated, 'No directories were created'

call msg dcreated, ' '

if msgs.dchmods.0 = 2

then call msg dchmods, 'No permission bits were changed'

call msg dchmods, ' '

25

if msgs.dexists.0 = 2 then

call msg dexists, 'No directories already existed with proper',

'permission bits'

call msg dexists, ' '

if msgs.dproblems.0 = 2

then call msg dproblems, 'No problems while creating directories'

call msg dproblems, ' '

if (msgs.lcreated.0 + msgs.lexists.0 + msgs.lproblems.0) = 6 then

Do

call msg lcreated, 'No symlink commands attempted'

msgs.lexists.0 = 0 /* eliminate this message heading */

msgs.lproblems.0 = 0 /* eliminate this message heading */

End

if msgs.lcreated.0 = 2

then call msg lcreated, 'No symlinks created'

call msg lcreated, ' '

if msgs.lexists.0 = 2

then call msg lexists, 'No symlinks already existed'

call msg lexists, ' '

if msgs.lproblems.0 = 2

then call msg lproblems, 'No problems while creating symlinks'

call msg lproblems, ' '

if (msgs.udeleted.0 + msgs.uproblems.0 + uMSGS_flag) = 4 then

Do

call msg udeleted, 'No unlink commands attempted'

msgs.uproblems.0 = 0 /* eliminate this message heading */

End

if msgs.udeleted.0 = 2

26

then call msg udeleted, 'No links deleted'

call msg udeleted, ' '

if msgs.uproblems.0 = 2

then call msg uproblems, 'No problems while deleting links'

call msg uproblems, ' '

if msgs.uMSGS.0 = 3

then msgs.uMSGS.0 = 0 /* eliminate this message heading */

else

Do

call msg uMSGS, 'If you recognize an existing path above',

'as one that was modified manually,'

call msg uMSGS, 'then it may cause a problem during the apply.'

call msg uMSGS, 'Otherwise it is acceptable.'

call msg uMSGS, 'If this EXEC is being rerun after apply,',

'then this message is acceptable.'

call msg uMSGS, ' '

End

if msgs.ADDMSG.0 = 2

then call msg ADDMSG, 'No additional messages'

call msg ADDMSG, ' '

/*-----------------------------------------*/

/* Evaluate return code, */

/* and write out all messages */

/*-----------------------------------------*/

If $rc < 8 then

call msg saylast, 'End of EXEC.'

Else

Do

call msg saylast, ' '

call msg saylast, 'Please refer to the UNIX System',

27

'Services Messages and Codes book'

call msg saylast, 'to interpret the Return and Reason Codes.'

call msg saylast, 'Please correct and resubmit.'

End

x=outtrap(off)

do i=1 to words(msgs.indices) /* write out all msgs */

index = word(msgs.indices,i)

/*say 'index = ' index */

do j=1 to msgs.index.0

say msgs.index.j

end

end

say 'The' EXECNAME 'EXEC has completed with Return Code' $rc

Exit $rc

/********************************/

/* Subroutine for mkdir calls */

/********************************/

syscall0:

parse arg cmd

address syscall cmd /* mkdir */

parse arg . path permbits


Do

If errno = 75 then /* EEXIST */

Do

address syscall 'stat' path 'dirinf.'

if dirinf.ST_MODE = permbits then call msg dEXISTS, path permbits

else

do

28

address syscall 'chmod' path permbits

call msg dCHMODS, path permbits

end

End

Else

If errno <> 75 then

Do

call msg dPROBLEMS, path permbits

call msg dPROBLEMS,' Not created. RC='errno ' RSN='errnojr

call lookup(dPROBLEMS errno errnojr)

$rc = '12'

End

End

Else

Do

CALL MSG DCREATED, path permbits

End

If verify(permbits,'01234567') > 0 then

Do

call msg dPROBLEMS, path

call msg dPROBLEMS,' Not created. Invalid permission bits' permbits

$rc = '12'

End

Return

/*********************************/

/* Subroutine for unlink calls */

/*********************************/

syscall2:

parse arg cmd

parse arg . link

link = strip(link)

29

address syscall lstat link $linktype. /* Verify link is a symlink */

If errno <> 81 then

Do

If $linktype.ST_TYPE = 3 then

do

call msg uPROBLEMS, 'Error in unlink' link

call msg uPROBLEMS, ' File exists where symlink is expected'

$rc = '04'

end

Else If $linktype.ST_TYPE <> 3 then

do

address syscall cmd /* delete the symlink */


Do

call msg uPROBLEMS, 'Could not delete symlink' link

call msg uPROBLEMS, ' RC='errno ' RSN='errnojr

call lookup(uPROBLEMS errno errnojr)

$rc = '12'

End

Else

Do

call msg uDELETED, link

End

end

End

Return

/**********************************/

/* Subroutine for symlink calls */

/**********************************/

syscall3:

parse arg cmd

address syscall cmd /* create the symlink */

parse arg . path link

30


Do

If errno = 75 then /* EEXIST */

Do

linkbuf = ' file or directory'

address syscall 'readlink' link 'linkbuf'

If linkbuf <> path then

Do

call msg lPROBLEMS, 'The symlink defined by' link

call msg lPROBLEMS, ' already exists, but names a different file.'

call msg lPROBLEMS, ' existing path:' linkbuf

call msg lPROBLEMS, ' expected path:' path

$rc = '12'

End

Else

Do

call msg lEXISTS, ' ' link

End

End

Else

Do

call msg lPROBLEMS, 'Could not create symlink' link

call msg lPROBLEMS, ' RC='errno ' RSN='errnojr

call lookup(lPROBLEMS errno errnojr)

$rc = '12'

End

End

Else

Do

call msg lCREATED, ' ' link

call msg lCREATED, ' ' path

End

Return

31

/****************************************************/

/* Subroutine for other calls- for example 'chown' */

/****************************************************/

syscall4:

parse arg cmd

address syscall cmd /* execute other calls */


Do

If errno <> 75 then

Do

call msg ADDMSG, 'Command:' cmd 'failed'

call msg ADDMSG, ' RC='errno ' RSN='errnojr

call lookup(ADDMSG errno errnojr)

$rc = '12'

End

Else /* EEXIST */

Do

call msg ADDMSG, 'Following command result already exists'

call msg ADDMSG, ' ' cmd


End

End

Else

Do

call msg ADDMSG, 'Following command was successful'

call msg ADDMSG, ' ' cmd


End

Return

/***********************************************/

/* Subroutine for unlink with known target */

/* See also syscall6. */

32

/***********************************************/

syscall5:

parse arg action path link

link = strip(link)


If errno <> 81 then

Do

If $linktype.ST_TYPE <> 5 then

Do

call msg uPROBLEMS, 'Unlink not performed' link

call msg uPROBLEMS, 'File or directory exists in place',

'of old symlink'

$rc = '04'

End

Else If $linktype.ST_TYPE = 5 then

Do

linkbuf = ' error in readlink'



do

/* The existing path is not known to be obsolete. */

/* The exec does not know if it is actually correct. */

/* Syscall5 says produce messages for this case. */

/* If $rc = 4 is desired for this case, */

/* then uncomment the $rc = '04' line below. */

/* Logic in summarize section will produce the uMSGS */

/* header and trailer only if needed. */

call msg uMSGS, 'Linkname' link

call msg uMSGS, ' existing path:' linkbuf

call msg uMSGS, ' obsolete path:' path

call msg uMSGS, ' '

/* $rc = '04' */

end

33

Else

do

address syscall action link /* Delete the symlink */


Do




$rc = '12'

End

Else

Do


call msg uDELETED, ' ' path

End

end

End

End

uMSGS_flag = 1

Return

/***********************************************/

/* Subroutine for unlink with known target */

/* Same as syscall5, but suppress uMSGS */

/***********************************************/

syscall6:

parse arg action path link

link = strip(link)


If errno <> 81 then

Do

If $linktype.ST_TYPE <> 5 then

Do

34

call msg uPROBLEMS, 'Unlink not performed' link

call msg uPROBLEMS, 'File or directory exists in place',

'of old symlink'

$rc = '04'

End

Else If $linktype.ST_TYPE = 5 then

Do

linkbuf = ' error in readlink'



do

/* The existing path is not known to be obsolete. */

/* The exec does not know if it is actually correct. */

/* Syscall6 says No messages for this case. */

/* Logic in summarize section will produce the uMSGS */

/* header and trailer only if needed. */

/*call msg uMSGS, 'Linkname' link */

/*call msg uMSGS, ' existing path:' linkbuf */

/*call msg uMSGS, ' obsolete path:' path */

/*call msg uMSGS, ' ' */

end

Else

do

address syscall action link /* Delete the symlink */


Do




$rc = '12'

End

Else

Do


call msg uDELETED, ' ' path

35

End

end

End

End

uMSGS_flag = 1

Return

/***************************************************/

/* Subroutine to lookup text for error numbers */

/* note: does nothing on pre-os390 v2r7 systems */

/***************************************************/

lookup: procedure expose reasons msgs.

parse upper arg section msgno msgnojr /* really errno and errnojr*/

err.=''

trace off /* supress clutter msgs */

address syscall 'strerror' msgno msgnojr 'err.'

trace normal /* normal again */

if rc<> 0 then return /* quietly if syscall fails */

call msg section, ' ' err.1 /* always list short text */

if wordpos(msgnojr,reasons) = 0 /* but only list long text */

then do /* if not shown previously */

reasons = reasons msgnojr

if err.3<>'' then call msg section, ' 'err.3

if err.4<>'' then call msg section, ' 'err.4

end

call msg section, ''

return

/*****************************************/

/* Subroutine to add messages to stems */

/*****************************************/

msg: procedure expose msgs.

36

parse arg index, text

if wordpos(index, msgs.indices) = 0

then do

msgs.indices = msgs.indices index

msgs.index.0 = 0

end

i = msgs.index.0 + 1

msgs.index.i = text

msgs.index.0 = i

return

SM#DTS This procedure calls the SMP/E utility GIMDTS for all members of a portioned dataset to format files into FB 80 records in order to use these files as instream data to create the installation package. Via the keyword LOADLIB IEBCOPY is called to unload load modules before calling GIMDTS.

/** REXX *************************************************************/

/*-------------------------------------------------------------------*/

/*! SM#DTS - Format libraries with GIMDTS !*/

/*! Author: Kehr 2018/10/11 !*/

/*-------------------------------------------------------------------*/

/*! Last changed: 2018/10/11 !*/

/*-------------------------------------------------------------------*/

/*! Description of changes: !*/

/*! 2018/10/11 First installation !*/

/*-------------------------------------------------------------------*/

/*********************************************************************/

arg parm

parse var parm dsn "," ll .

/* dsn = "TST.YCE18A2.SYS1.YCE.LINKLIB" */

dsno = dsn !! ".GIMDTS"

x = msg("OFF")

address tso "DELETE '"dsno"'"

x = msg("ON")

address tso "ALLOC DD(GIMDTS) DSN('"dsno"') NEW CATALOG",

37

"LIKE('"dsn"') LRECL(80) RECFM(F B) BLKSIZE(0) DSORG(PO)"

address tso "FREE DD(GIMDTS)"

temp = reverse(dsn)

parse var temp llq "." .

llq = reverse(llq)

dsnl = "'"dsn"'"

x = listdsi(dsnl 'DIRECTORY')

if x = 0 then do

ublk = SYSUDIRBLK

ablk = SYSADIRBLK

dsorg = SYSDSORG

dsntype = SYSDSSMS

lrecl = SYSLRECL

recfm = left(SYSRECFM,1)

if dsorg ^= "PO" then do

say "CPTU01E Dataset" dsn "not partioned, process cancelled"

retcc = max(retcc,8)

exit 8

end

if ublk = 0 then do

say "CPTU03E Dataset" dsn "has 0 used directory blocks,",

"process cancelled"


exit 8

end

y = outtrap("listds.")

address tso "LISTDS '"dsn"' MEMBERS"

if rc ^= 0 then do

say "CPTU04E Error LISTDS dataset" dsn "process cancelled"


exit 8

end

switch = "OFF"

38

switch1 = "OFF"

updmem = 0

do i = 1 to listds.0

select

when switch = "ON" then do

if substr(listds.i,3,1) = "" then iterate

if strip(listds.i) = ,

"THE FOLLOWING ALIAS NAMES EXIST WITHOUT TRUE NAMES" then do

switch1 = "ON"

iterate

end

if switch1 = "OFF" then

parse var listds.i memb .

else

parse var listds.i . "ALIAS(" memb ")" .

memb = strip(memb)

if ll ^= "LOADLIB" then do

address tso "FREE DD(SYSUT1)"

address tso "ALLOC DD(SYSUT1) DSN('"dsn"("memb")') SHR REUSE"

fkt = call_gimdts(dsno,memb)

end

else do

fkt = iebcopy_unload(dsn,memb)

fkt = call_gimdts(dsno,memb)

end

end

when switch = "OFF" & pos("--MEMBERS--",listds.i) ^= 0 then do

switch = "ON"

end

otherwise

iterate

end

end

end

39

else do

say "CPTU06E Error determing attributes for" dsn "process cancelled"


exit 8

end

/*-------------------------------------------------------------------*/

exit 0

/*-------------------------------------------------------------------*/

/* procedure iebcopy_unload */

/*-------------------------------------------------------------------*/

iebcopy_unload:

procedure

arg dsn,memb


address tso "FREE DD(SYSPRINT)"

address tso "FREE DD(SYSIN)"

address tso "FREE DD(PDSFILE)"

address tso "ALLOC DD(PDSFILE) DSN('"dsn"') SHR"

if rc ^= 0 then return 8

address tso "ALLOC DD(SYSUT1) NEW TRACKS SPACE(50 150) DSORG(PS)"

address tso "ALLOC DD(SYSIN) NEW TRACKS SPACE(1 1),

BLKSIZE(6160) LRECL(80) RECFM(F B)"

/*-------------------------------------------------------------------*/

/* link to IEBCOPY */

/*-------------------------------------------------------------------*/

drop iebc.

iebc.1 = " COPY OUTDD=SYSUT1,INDD=PDSFILE"

iebc.2 = " SELECT MEMBER=("memb")"

"EXECIO * DISKW SYSIN (STEM iebc. FINIS)"

40

address tso "ALLOC DD(SYSPRINT) DSN(*)"

address tso "TSOEXEC CALL 'SYS1.LINKLIB(IEBCOPY)'"

ccx = rc

say "RC IEBCOPY:" ccx

/*address tso "FREE DD(SYSPRINT)"*/

address tso "FREE DD(SYSIN)"

address tso "FREE DD(PDSFILE)"

if ccx > 4 then return ccx

else return 0

/*-------------------------------------------------------------------*/

/* procedure call_gimdts */

/*-------------------------------------------------------------------*/

call_gimdts:

procedure

arg dsn,memb



address tso "ALLOC DD(SYSUT2) DSN('"dsn"("memb")') SHR REUSE"

if rc ^= 0 then return 8

address tso "ALLOC DD(SYSPRINT) DSN(*)"

address tso "TSOEXEC CALL 'SYS1.MIGLIB(GIMDTS)'"

ccx = rc




if ccx > 4 then return ccx

else return 0

41

ZOSTISPF JCL procedure to run ISPF in batch. At this time the used REXX procedures do not use any ISPF services, so it would be also possible to use a less complicate REXX batch invocation instead.

//ZOSTISPF PROC HLQ='SYSX.ZOSTOOLS' ** HLQ FOR APPL ISPF FILES

//*---------------------------------------------------------------------

//BTCISPF EXEC PGM=IKJEFT01,DYNAMNBR=40,REGION=100M

//STEPLIB DD DISP=SHR,DSN=&HLQ..LOAD

//ISPFILE DD UNIT=3390,DISP=(NEW,PASS),SPACE=(TRK,(10,1,1)),

// RECFM=FB,LRECL=80,BLKSIZE=0

//ISPPROF DD UNIT=3390,DISP=(NEW,PASS),SPACE=(TRK,(10,1,1)),

// RECFM=FB,LRECL=80,BLKSIZE=0

//ISPWRK1 DD UNIT=3390,DISP=(NEW,PASS),SPACE=(CYL,(10,10)),

// LRECL=256,BLKSIZE=0,RECFM=FB

//**********************************************************************

//** ISPLOG - Where ISPF puts error and informational messages.

//** Specify DUMMY if not needed.

//** For debugging purposes specify SYSOUT=*,DCB=(RECFM=VA,

//** LRECL=125,BLKSIZE=129)

//**********************************************************************

//ISPLOG DD DUMMY

//*ISPLLIB DD DISP=SHR,DSN=

//ISPMLIB DD DISP=SHR,DSN=SYS1.SISPMENU

// DD DISP=SHR,DSN=&HLQ..MSGS

//ISPPLIB DD DISP=SHR,DSN=SYS1.SISPPENU

// DD DISP=SHR,DSN=&HLQ..PANELS

//ISPSLIB DD DISP=SHR,DSN=SYS1.SISPSENU

// DD DISP=SHR,DSN=&HLQ..SKELS

//ISPTLIB DD DISP=SHR,DSN=SYS1.SISPTENU

//SYSEXEC DD DISP=SHR,DSN=SYS1.SISPCLIB

// DD DISP=SHR,DSN=&HLQ..EXEC


SMPEPROC JCL procedure to run SMP/E jobs. The size of the SMP/E used work datasets is fairly large and may be reduced.

//SMPEPROC PROC CSI=ZOS15B1

42

//SMPE EXEC PGM=GIMSMP,REGION=0M,

// PARM='PROCESS=WAIT',

// DYNAMNBR=120

//SMPCSI DD DISP=SHR,DSN=TST.&CSI..SMPE.GLOBAL.CSI

//SMPJHOME DD PATH='/usr/lpp/java/J7.0/',PATHDISP=KEEP

//SMPLOG DD DUMMY

//SMPLOGA DD DUMMY

//SMPHOLD DD DUMMY



//SMPLIST DD SYSOUT=*


//SMPWRK1 DD UNIT=SYSALLDA,SPACE=(CYL,(50,10,45))





//SYSUT1 DD UNIT=SYSVIO,SPACE=(CYL,(600,800))




Documents

SMP/E Installation of Rocket z/OS Ported Tools file1 SMP/E Installation of Rocket z/OS Ported Tools Description Preface This document describes the steps needed to build and install