CA Datacom/DB table definitions are not included since CA Dataquery is used with the CA Datacom/DB MUF. Use the following job control statements to execute DQWFINIT.
Sample z/OS JCL
//jobname See Preparing JCL for Batch CA Dataquery Utilities.
// EXEC PGM=DQWFINIT
//STEPLIB See Preparing JCL for Batch CA Dataquery Utilities.
//SYSUDUMP DD SYSOUT=*
//SYSPRINT DD SYSOUT=* Print Output
//SYSIN DD * Command input
DQW 03
/*
//
Initiates the job.
Specifies the program name (PGM=DQWFINIT).
Defines the sequential output data set used for listing the report.
Defines the control data set. It normally resides in the input stream; however, it can reside on a system input device or a direct-access volume.
The required control statement for the DQWFINIT, which must be coded in columns 1-3, identifies the table to be initialized. Valid options follow:
where nn, which must be coded in columns 5-6, specifies the number of partitions, and may be any two-digit number from 01 to 47.
Note: You must code the leading zero (for example, DQW 01).
You can use only one control statement per execution of DQWFINIT.
Sample z/VSE JCL
* $$ JOB ... See the note above and Preparing JCL for Batch CA Dataquery Utilities.
* $$ LST ...
// JOB name
// EXEC PROC=procname Whether you use PROCs or LIBDEFs, see Preparing JCL for Batch CA Dataquery Utilities.
// EXEC DQWFINIT
DQW 03
/*
/&
Initiates the job.
Specifies the program name.
The required control statement for the DQWFINIT, which must be coded in columns 1-3, identifies the table to be initialized. Valid options follow:
where nn, which must be coded in columns 5-6, specifies the number of partitions, and may be any two-digit number from 01 to 47.
Note: You must code the leading zero (for example, DQW 01).
You can use only one control statement per execution of DQWFINIT.
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