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itzDeepak
New User
Joined: 06 Sep 2005
Posts: 12
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Problem statemet:
I want to write a search program which will read all members in a given PDS to find out those members which have a given string......
As I understand the file modes in COBOl,we cannot open directory files...
Is it possible to acieve the above mentioned problem statement through a COBOL pgm ??? Else,How what approach should we take to achive the solution ?
Also,curious to know if any of the Forum members have written a C program on Mainframe ?
Live on,
Deepak |
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Rupesh.Kothari
Member of the Month
Joined: 27 Apr 2005
Posts: 463
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Hi Deepak,
If I recall your problem statement correctly then your query is
" You want to search the partiular string into a PDS"?
If it is the query then you can do this by TSO option 3.14.
Give your string and PDS name in option 3.14.
Regards
Rupesh |
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radhakrishnan82
Active User
Joined: 31 Mar 2005
Posts: 435
Location: chennai, India
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1.Thru LBVRS pgm in jcl ,you can search for a keyword,string all the members in a pds.We use this already built-in program
| Code: |
//AAAAS JOB 1224,'88 -RADHA',MSGCLASS=H,CLASS=A,
// NOTIFY=AAAAS
//PRODLIB EXEC PGM=LBRVS,PARM='NRJS'
//LIST DD SYSOUT=*
//INDEX DD SYSOUT=*
//MASTER DD DISP=SHR,DSN=PDS NAME
//SYSPRINT DD SYSOUT=*
//OSJOB DD DSN=&&TEMP,DISP=(,PASS),
// UNIT=SYSDA,SPACE=(3120,(100,100),RLSE),
// DCB=BLKSIZE=3120
//SYSIN DD DSN=ds containing the search string,
DISP=SHR |
the dataset contains,
| Code: |
-OPT UTILITY
-SCAN /search string/
-END |
2.Another option:Use this pgm ISRUPC
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//SEARCH EXEC PGM=ISRSUPC, *
// PARM=(SRCHCMP,
// '')
//NEWDD DD DSN=Dataset,
// DISP=SHR
// DD DSN=Dataset2,
// DISP=SHR
//OUTDD DD SYSOUT=(*)
//SYSIN DD *
SRCHFOR 'your search string'
/* |
hope this helps. |
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itzDeepak
New User
Joined: 06 Sep 2005
Posts: 12
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Thanks for the reply..
But my question was "I want to write a search program which will read all members in a given PDS to find out those members which have a given string...... "
I was looking at how we can write a pgm which does equivalent funtion to
the tool you have mentioned
" PGM=LBRVS,PARM='NRJS' "
Basically,I want to know how we can write our program to search for a string in all the members of a PDS.
Structure of Program:
Input: 1) PDS Name
2) String Name
Output : Members in the PDS which have this string. |
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radhakrishnan82
Active User
Joined: 31 Mar 2005
Posts: 435
Location: chennai, India
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| Quote: |
| Is it possible to acieve the above mentioned problem statement through a COBOL pgm ??? Else,How what approach should we take to achive the solution ? |
I answered ur ELSE part which is the alternate solution for your first part.
Anyhow,i have nt written such a program till.Its better to try it at my end. |
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Kevin
Active User
Joined: 25 Aug 2005
Posts: 234
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| I'm not a COBOL programmer, but I would think that you could design a program to use the ISPF Library Management (LM) services: LMINIT, LMOPEN, LMMLIST, LMCLOSE, as a way to retrieve the PDS member information, and then use standard dynamic allocation routines to OPEN, READ, and CLOSE the individual members of the PDS. |
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nitin_agr
New User
Joined: 06 Sep 2005
Posts: 28
Location: Minneapolis US
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If possible, can anyone please explain how could we use ISPF Library Management Services through a COBOL program as mentioned by Kevin?
If one can provide any example then It will be great. |
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Kevin
Active User
Joined: 25 Aug 2005
Posts: 234
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| nitin_agr wrote: |
| If possible, can anyone please explain how could we use ISPF Library Management Services through a COBOL program. |
Here is a sample program. This program "offloads" all the members of an 80-byte PDS to an 80-byte QSAM dataset suitable as input to the IEBUPDTE program. Again, I'm not a COBOL programmer, so it will be a little rough, but functional.
| Code: |
IDENTIFICATION DIVISION.
PROGRAM-ID. PROG48.
INSTALLATION.
AUTHOR. SUPERK.
DATE-WRITTEN. 09/12/2005.
ENVIRONMENT DIVISION.
INPUT-OUTPUT SECTION.
FILE-CONTROL.
SELECT INFILE ASSIGN TO UT-S-SYSUT1
ORGANIZATION IS SEQUENTIAL
ACCESS IS SEQUENTIAL.
SELECT OUTFILE ASSIGN TO UT-S-SYSUT2
ORGANIZATION IS SEQUENTIAL
ACCESS IS SEQUENTIAL.
DATA DIVISION.
FILE SECTION.
FD INFILE
RECORDING MODE IS F
LABEL RECORDS ARE OMITTED
RECORD CONTAINS 80 CHARACTERS
BLOCK CONTAINS 0 RECORDS
DATA RECORD IS INREC.
01 INREC PIC X(80).
FD OUTFILE
RECORDING MODE IS F
LABEL RECORDS ARE OMITTED
RECORD CONTAINS 80 CHARACTERS
BLOCK CONTAINS 0 RECORDS
DATA RECORD IS OUTREC.
01 OUTREC PIC X(80).
WORKING-STORAGE SECTION.
01 BPXWDYN PIC X(08) VALUE 'BPXWDYN'.
01 ALLOC-STRING.
05 ALLOC-LENGTH PIC S9(4) BINARY VALUE 80.
05 ALLOC-DATA PIC X(80) VALUE SPACES.
01 VARLIST.
03 VMEMB PIC X(08) VALUE SPACES.
03 VMYPDS PIC X(08) VALUE SPACES.
01 NVMEMB PIC X(7) VALUE '(VMEMB)'.
01 NVMYPDS PIC X(8) VALUE '(VMYPDS)'.
01 VDEFINE PIC X(8) VALUE 'VDEFINE'.
01 VGET PIC X(8) VALUE 'VGET '.
01 SHARED PIC X(8) VALUE 'SHARED '.
01 CHAR PIC X(8) VALUE 'CHAR '.
01 L8 PIC 9(6) VALUE 8 COMP.
01 L44 PIC 9(6) VALUE 44 COMP.
******************************************************************
* WORKING-STORAGE FIELDS FOR ISPF SERVICE CALLS *
******************************************************************
77 ISPF-DATA-ID PICTURE X(8) VALUE SPACES.
77 ISPF-DATA-LENVAR PICTURE X(8) VALUE SPACES.
77 ISPF-DDNAME PICTURE X(8) VALUE SPACES.
77 ISPF-DSNAME PICTURE X(50) VALUE SPACES.
* ISPF-DSNAME FIELD CAN BE INCREASED TO 56 IF NECESSARY.
77 ISPF-ENQ-VAR PICTURE X(8) VALUE SPACES.
77 ISPF-GROUP1 PICTURE X(8) VALUE SPACES.
77 ISPF-GROUP2 PICTURE X(8) VALUE SPACES.
77 ISPF-GROUP3 PICTURE X(8) VALUE SPACES.
77 ISPF-GROUP4 PICTURE X(8) VALUE SPACES.
77 ISPF-MEMBER-NAME PICTURE X(8) VALUE SPACES.
77 ISPF-OPTION-LIST PICTURE X(21) VALUE SPACES.
77 ISPF-OPTION1 PICTURE X(8) VALUE SPACES.
77 ISPF-OPTION2 PICTURE X(8) VALUE SPACES.
77 ISPF-OPTION3 PICTURE X(8) VALUE SPACES.
77 ISPF-OPTION4 PICTURE X(8) VALUE SPACES.
77 ISPF-OPTION5 PICTURE X(8) VALUE SPACES.
77 ISPF-ORG-VAR PICTURE X(8) VALUE SPACES.
77 ISPF-PROJECT PICTURE X(8) VALUE SPACES.
77 ISPF-PSWD-VALUE PICTURE X(8) VALUE SPACES.
77 ISPF-RECFORM PICTURE X(8) VALUE SPACES.
77 ISPF-SERIAL PICTURE X(6) VALUE SPACES.
77 ISPF-SERVICE PICTURE X(8) VALUE SPACES.
77 ISPF-TYPE PICTURE X(8) VALUE SPACES.
77 ISPF-UDATA-VALUE PICTURE X(8) VALUE SPACES.
******************************************************************
* END OF WORKING-STORAGE FIELDS FOR ISPF SERVICE CALLS *
******************************************************************
LINKAGE SECTION.
01 PARM.
03 PARM-LENGTH PIC S9(04) COMP SYNC.
03 THE-PARM.
05 THE-PDSNAME PIC X(44).
PROCEDURE DIVISION USING PARM.
CALL 'ISPLINK' USING VDEFINE NVMEMB VMEMB CHAR L8.
DISPLAY 'VDEFINE=' RETURN-CODE.
CALL 'ISPLINK' USING VDEFINE NVMYPDS VMYPDS CHAR L8.
DISPLAY 'VDEFINE=' RETURN-CODE.
MOVE 'LMINIT ' TO ISPF-SERVICE.
MOVE 'VMYPDS ' TO ISPF-DATA-ID.
MOVE ' ' TO ISPF-PROJECT.
MOVE ' ' TO ISPF-GROUP1.
MOVE ' ' TO ISPF-GROUP2.
MOVE ' ' TO ISPF-GROUP3.
MOVE ' ' TO ISPF-GROUP4.
MOVE ' ' TO ISPF-TYPE.
INSPECT THE-PDSNAME
REPLACING ALL LOW-VALUES BY SPACES.
INSPECT THE-PDSNAME
REPLACING ALL HIGH-VALUES BY SPACES.
STRING "'" DELIMITED BY SPACE
THE-PDSNAME DELIMITED BY SPACE
"'" DELIMITED BY SPACE
INTO ISPF-DSNAME.
MOVE ' ' TO ISPF-DDNAME.
MOVE ' ' TO ISPF-SERIAL.
MOVE ' ' TO ISPF-PSWD-VALUE.
MOVE 'SHR ' TO ISPF-ENQ-VAR.
MOVE ' ' TO ISPF-ORG-VAR.
CALL 'ISPLINK' USING ISPF-SERVICE ISPF-DATA-ID
ISPF-PROJECT ISPF-GROUP1
ISPF-GROUP2 ISPF-GROUP3
ISPF-GROUP4 ISPF-TYPE
ISPF-DSNAME ISPF-DDNAME
ISPF-SERIAL ISPF-PSWD-VALUE
ISPF-ENQ-VAR ISPF-ORG-VAR.
DISPLAY 'LMINIT=' RETURN-CODE.
MOVE 'LMOPEN ' TO ISPF-SERVICE.
MOVE VMYPDS TO ISPF-DATA-ID.
MOVE 'INPUT ' TO ISPF-OPTION1.
MOVE ' ' TO ISPF-DATA-LENVAR.
MOVE ' ' TO ISPF-RECFORM.
MOVE ' ' TO ISPF-ORG-VAR.
CALL 'ISPLINK' USING ISPF-SERVICE ISPF-DATA-ID
ISPF-OPTION1 ISPF-DATA-LENVAR
ISPF-RECFORM ISPF-ORG-VAR.
DISPLAY 'LMOPEN=' RETURN-CODE.
PERFORM P001-PROCESS-MEMBER THRU P001-EXIT.
MOVE 'LMCLOSE ' TO ISPF-SERVICE.
CALL 'ISPLINK' USING ISPF-SERVICE ISPF-DATA-ID.
DISPLAY 'LMCLOSE=' RETURN-CODE.
MOVE ZEROS TO RETURN-CODE.
STOP RUN.
P001-PROCESS-MEMBER.
MOVE 'LMMLIST ' TO ISPF-SERVICE.
MOVE 'LIST ' TO ISPF-OPTION1.
MOVE 'VMEMB ' TO ISPF-MEMBER-NAME.
MOVE 'NO ' TO ISPF-OPTION2.
CALL 'ISPLINK' USING ISPF-SERVICE ISPF-DATA-ID
ISPF-OPTION1 ISPF-MEMBER-NAME
ISPF-OPTION2.
IF RETURN-CODE IS EQUAL TO ZEROS
DISPLAY 'LMMLIST=' RETURN-CODE
PERFORM P002-READ-AND-WRITE THRU P002-EXIT
GO TO P001-PROCESS-MEMBER
ELSE
GO TO P001-EXIT.
P001-EXIT.
EXIT.
P002-READ-AND-WRITE.
MOVE SPACES TO ALLOC-DATA.
STRING "ALLOC DD(SYSUT1) DA('" DELIMITED BY SIZE
THE-PDSNAME DELIMITED BY SPACES
"(" DELIMITED BY SIZE
VMEMB DELIMITED BY SPACES
")') SHR" DELIMITED BY SIZE
INTO ALLOC-DATA.
CALL BPXWDYN USING ALLOC-STRING.
OPEN INPUT INFILE, OUTPUT OUTFILE.
MOVE SPACES TO OUTREC.
STRING './' DELIMITED BY SPACES
' ' DELIMITED BY SIZE
'ADD NAME=' DELIMITED BY SIZE
VMEMB DELIMITED BY SPACES
INTO OUTREC.
WRITE OUTREC.
P002-NEXT.
READ INFILE
AT END GO TO P002-EXIT.
MOVE INREC TO OUTREC.
WRITE OUTREC.
GO TO P002-NEXT.
P002-EXIT.
CLOSE INFILE , OUTFILE.
EXIT.
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Anbudan
New User
Joined: 07 Sep 2005
Posts: 26
Location: Germany
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Hi itzDeepak
This may help you
1)Using Jcl create a PS that contains all the values of PDS
2)Write a cobol program, the above PS is the input datei
3)Inside the pgm, search the field
4)Display or write the output on a output datei
Regarding point 1, if u don't know the jcl,
ask me. I will give
Don't hesitate to ask
Anbudan |
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