Question:
How can I control Authorized MVS Macros for Extended MCS Consoles?
Answer:
The following examples show how to use CA-ACF2 to control the use of the MVS authorized macros for an extended MCS console user.
Controlling APF Lists
CSVAPF is an authorized MVS macro that allows you to perform APF list processing from an application program. The use of the CSVAPF macro, for processing authorized program facility (APF) lists can be controlled with external Security. The following CSVAPF facility rule controls who can make the APF list DYNAMIC and who can make the APF list STATIC. To allow access to these resources, issue the following commands to create and store the necessary rule:
SET RESOURCE(FAC)
COMPILE
.$KEY(CSVAPF) TYPE(FAC)
.MVS.SETPROG.FORMAT.DYNAMIC UID(uidmask) SERVICE(UPDATE) ALLOW
.MVS.SETPROG.FORMAT.STATIC UID(uidmask) SERVICE(UPDATE) ALLOW
.END
STORE
Controlling Dynamic Exits
CSVDYNEX is an authorized MVS macro that allows you to perform the same dynamic exit processing from an application program, along with defining a dynamic exit, calling the exit routines associated with a dynamic exit, providing recovery for an exit call, and obtaining a list of the dynamic exits. The use of the CSVDYNEX macro, for processing dynamic exits can be controlled by external security.
The following CSVDYNEX facility rule controls:
To allow access to these resources, issue the following commands to create and store the necessary rule:
ACF
SET RESOURCE(FAC)
COMPILE
.$KEY(CSVDYNEX) TYPE(FAC)
.exitname.DEFINE (uidmask) SERVICE(UPDATE) ALLOW
.exitname.routine (uidmask) SERVICE(UPDATE) ALLOW
.exitname.UNDEFINE (uidmask) SERVICE(UPDATE) ALLOW
.exitname.LIST (uidmask) SERVICE(READ) ALLOW
.exitname.CALL (uidmask) SERVICE(UPDATE) ALLOW
.exitname.RECOVER (uidmask) SERVICE(UPDATE) ALLOW
.END
STORE
Controlling LNKLST Concatenations
CSVDYNL is an authorized MVS macro that allows you to perform LNKLST processing from an application program. The use of the CSVDYNL macro, for processing LNKLSTs can be controlled by external security.
The following CSVDYNL facility rule controls:
To allow access to these resources, issue the following commands to create and store the necessary rule:
ACF
SET RESOURCE(FAC)
COMPILE
.$KEY(CSVDYNL.) TYPE(FAC)
.lnklist.DEFINE UID(uidmask) SERVICE(UPDATE) ALLOW
.lnklist.ADD UID(uidmask) SERVICE(UPDATE) ALLOW
.lnklist.DELETE UID(uidmask) SERVICE(UPDATE) ALLOW
.lnklist.UNDEFINE UID(uidmask) SERVICE(UPDATE) ALLOW
.lnklist.TEST UID(uidmask) SERVICE(READ) ALLOW
.lnklist.UPDATE UID(uidmask) SERVICE(UPDATE) ALLOW
.lnklist.ACTIVATE UID(uidmask) SERVICE(UPDATE) ALLOW
.END
STORE
Controlling Dynamic LPA
CSVDYLPA is an authorized MVS macro that allows you to perform the dynamic LPA processing from an application program. The use of the CSVDYLPA macro, for processing Dynamic LPA can be controlled by external security.
The following CSVDYLPA facility rule controls:
To allow access to these resources, issue the following commands to create and store the necessary rule:
ACF
SET RESOURCE(FAC)
COMPILE
.$KEY(CSVDYLPA) TYPE(FAC)
.ADD.module UID(uidmask) SERVICE(UPDATE) ALLOW
.DELETE.module UID(uidmask) SERVICE(UPDATE) ALLOW
.END
STORE
Controlling LLA Refresh
If you are using the library lookaside (LLA) facility MVS, you can control a program's ability to use the LLACOPY macro. To authorize CICS jobs to use this macro by giving each CICS job UPDATE authority to the CSVLLA data set resource in the FACILITY class for each LLA-controlled data set named "lladataset" used by that job.
To allow access to these resources, issue the following commands to create and store the necessary rule:
ACF
SET RESOURCE(FAC)
COMPILE
.$KEY(CSVLLA) TYPE(FAC)
.lladataset UID(uidmask) SERVICE(UPDATE) ALLOW
.END
STORE
Note: If the FACILITY resource class is specified as resident in the GSO INFODIR record, any rule changes or additions can be activated by issuing the following operator commands:
F ACF2,REBUILD(FAC)
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