[z/OS]

Testing for distributed queuing

You can use the supplied installation verification program, CSQ4IVPX, to confirm that distributed queuing is operational.

Overview of CSQ4IVPX job

CSQ4IVPX is a batch job that starts the channel initiator and issues the IBM® MQ DISPLAY CHINIT command. This verifies that all major aspects of distributed queuing are operational, while avoiding the need to set up channel and network definitions.

Preparing to run CSQ4IVPX

Before you run CSQ4IVPX:
  1. The sample JCL, CSQ4IVPX, required to run the installation verification program is in library thlqual.SCSQPROC.

    Customize the CSQ4IVPX JCL with the high-level qualifier for the IBM MQ libraries, the national language you want to use, the four-character queue manager name, and the destination for the job output.

  2. Update RACF® to allow CSQ4IVPX to access its resources if IBM MQ security is active. To run CSQ4IVPX when IBM MQ security is enabled, you need a RACF user ID with authority to access the objects. For details of defining resources to RACF, see Setting up security on z/OS® . The user ID that runs the IVP must have the following access authority:
    Authority Profile Class
    CONTROL ssid.START.CHINIT and ssid.STOP.CHINIT MQCMDS
    UPDATE ssid.SYSTEM.COMMAND.INPUT MQQUEUE
    UPDATE ssid.SYSTEM.CSQUTIL.* MQQUEUE
    READ ssid.BATCH MQCONN
    READ ssid.DISPLAY.CHINIT MQCMDS
    These requirements assume that the connection security profile ssid.CHIN has been defined (as shown in Connection security profiles for the channel initiator ), and that all IBM MQ security is active. The RACF commands to do this are shown in Figure 1. This example assumes that:
    • The queue manager name is CSQ1
    • The user ID of the person running sample CSQ4IVPX is TS101
    • The channel initiator address space is running under the user ID CSQ1MSTR
  3. Update RACF to allow the channel initiator address space the following access authority:
    Authority Profile Class
    READ ssid.CHIN MQCONN
    UPDATE ssid.SYSTEM.COMMAND.INPUT MQQUEUE
    UPDATE ssid.SYSTEM.CHANNEL.INITQ MQQUEUE
    UPDATE ssid.SYSTEM.CHANNEL.SYNCQ MQQUEUE
    ALTER ssid.SYSTEM.CLUSTER.COMMAND.QUEUE MQQUEUE
    UPDATE ssid.SYSTEM.CLUSTER.TRANSMIT.QUEUE MQQUEUE
    ALTER ssid.SYSTEM.CLUSTER.REPOSITORY.QUEUE MQQUEUE
    CONTROL ssid.CONTEXT.** MQADMIN

    The RACF commands to do this are also shown in Figure 1.

Figure 1. RACF commands for CSQ4IVPX
RDEFINE MQCMDS CSQ1.DISPLAY.DQM
PERMIT CSQ1.DISPLAY.DQM CLASS(MQCMDS) ID(TS101) ACCESS(READ)

RDEFINE MQCMDS CSQ1.START.CHINIT
PERMIT CSQ1.START.CHINIT CLASS(MQCMDS) ID(TS101) ACCESS(CONTROL)

RDEFINE MQCMDS CSQ1.STOP.CHINIT
PERMIT CSQ1.STOP.CHINIT CLASS(MQCMDS) ID(TS101) ACCESS(CONTROL)

RDEFINE MQQUEUE CSQ1.SYSTEM.COMMAND.INPUT
PERMIT CSQ1.SYSTEM.COMMAND.INPUT CLASS(MQQUEUE) ID(TS101,CSQ1MSTR) ACCESS(UPDATE)

RDEFINE MQQUEUE CSQ1.SYSTEM.CSQUTIL.*
PERMIT CSQ1.SYSTEM.CSQUTIL.* CLASS(MQQUEUE) ID(TS101) ACCESS(UPDATE)

RDEFINE MQCONN CSQ1.BATCH
PERMIT CSQ1.BATCH CLASS(MQCONN) ID(TS101) ACCESS(READ)

RDEFINE MQCONN CSQ1.CHIN
PERMIT CSQ1.CHIN CLASS(MQCONN) ID(CSQ1MSTR) ACCESS(READ)

RDEFINE MQQUEUE CSQ1.SYSTEM.CHANNEL.SYNCQ
PERMIT CSQ1.SYSTEM.CHANNEL.SYNCQ CLASS(MQQUEUE) ID(CSQ1MSTR) ACCESS(UPDATE)

RDEFINE MQQUEUE CSQ1.SYSTEM.CLUSTER.COMMAND.QUEUE
PERMIT CSQ1.SYSTEM.CLUSTER.COMMAND.QUEUE CLASS(MQQUEUE) ID(CSQ1MSTR) ACCESS(ALTER)

RDEFINE MQQUEUE CSQ1.SYSTEM.CLUSTER.TRANSMIT.QUEUE
PERMIT CSQ1.SYSTEM.CLUSTER.TRANSMIT.QUEUE CLASS(MQQUEUE) ID(CSQ1MSTR) ACCESS(UPDATE)

RDEFINE MQQUEUE CSQ1.SYSTEM.CLUSTER.REPOSITORY.QUEUE
PERMIT CSQ1.SYSTEM.CLUSTER.REPOSITORY.QUEUE CLASS(MQQUEUE) ID(CSQ1MSTR) ACCESS(ALTER)

RDEFINE MQQUEUE CSQ1.SYSTEM.CHANNEL.INITQ
PERMIT CSQ1.SYSTEM.CHANNEL.INITQ CLASS(MQQUEUE) ID(CSQ1MSTR) ACCESS(UPDATE)

RDEFINE MQADMIN CSQ1.CONTEXT.**
PERMIT CSQ1.CONTEXT.** CLASS(MQADMIN) ID(CSQ1MSTR) ACCESS(CONTROL)

Running CSQ4IVPX

When you have completed these steps, start your queue manager.

The IVP runs as a batch job. Customize the job card to meet the submission requirements of your installation.

Checking the results of CSQ4IVPX

CSQ4IVPX runs the CSQUTIL IBM MQ utility to issue three MQSC commands. The SYSPRINT output data set should look like Figure 2, although details might differ depending on your queue manager attributes.
  • You should see the commands (1) each followed by several messages.
  • The last message from each command should be CSQ9022I ... NORMAL COMPLETION (2).
  • The job as a whole should complete with return code zero (3).
Figure 2. Example output from CSQ4IVPX
CSQU000I CSQUTIL IBM MQ for z/OS - V6
CSQU001I CSQUTIL Queue Manager Utility - 2005-05-09 09:06:48
COMMAND
CSQU127I CSQUTIL Executing COMMAND using input from CSQUCMD data set
CSQU120I CSQUTIL Connecting to queue manager CSQ1
CSQU121I CSQUTIL Connected to queue manager CSQ1
CSQU055I CSQUTIL Target queue manager is CSQ1
START CHINIT
(1)
CSQN205I  COUNT=    2, RETURN=00000000, REASON=00000004
CSQM138I +CSQ1 CSQMSCHI CHANNEL INITIATOR STARTING
CSQN205I  COUNT=    2, RETURN=00000000, REASON=00000000
CSQ9022I +CSQ1 CSQXCRPS ' START CHINIT' NORMAL COMPLETION
(2)
DISPLAY CHINIT
(1)
CSQN205I  COUNT=    2, RETURN=00000000, REASON=00000004
CSQM137I +CSQ1 CSQMDDQM DISPLAY CHINIT COMMAND ACCEPTED
CSQN205I  COUNT=   12, RETURN=00000000, REASON=00000000
CSQX830I +CSQ1 CSQXRDQM Channel initiator active
CSQX002I +CSQ1 CSQXRDQM Queue sharing group is QSG1
CSQX831I +CSQ1 CSQXRDQM 8 adapter subtasks started, 8 requested
CSQX832I +CSQ1 CSQXRDQM 5 dispatchers started, 5 requested
CSQX833I +CSQ1 CSQXRDQM 0 SSL server subtasks started, 0 requested
CSQX840I +CSQ1 CSQXRDQM 0 channel connections current, maximum 200
CSQX841I +CSQ1 CSQXRDQM 0 channel connections active, maximum 200,
including 0 paused
CSQX842I +CSQ1 CSQXRDQM 0 channel connections starting,
0 stopped, 0 retrying
CSQX836I +CSQ1 Maximum channels - TCP/IP 200, LU 6.2 200
CSQX845I +CSQ1 CSQXRDQM TCP/IP system name is TCPIP
CSQX848I +CSQ1 CSQXRDQM TCP/IP listener INDISP=QMGR not started
CSQX848I +CSQ1 CSQXRDQM TCP/IP listener INDISP=GROUP not started
CSQX849I +CSQ1 CSQXRDQM LU 6.2 listener INDISP=QMGR not started
CSQX849I +CSQ1 CSQXRDQM LU 6.2 listener INDISP=GROUP not started
CSQ9022I +CSQ1 CSQXCRPS ' DISPLAY CHINIT' NORMAL COMPLETION
(2)
STOP CHINIT
(1)
CSQN205I  COUNT=    2, RETURN=00000000, REASON=00000004
CSQM137I +CSQ1 CSQMTCHI STOP CHINIT COMMAND ACCEPTED
CSQN205I  COUNT=    2, RETURN=00000000, REASON=00000000
CSQ9022I +CSQ1 CSQXCRPS ' STOP CHINIT' NORMAL COMPLETION
(2)
CSQU057I CSQUCMDS 3 commands read
CSQU058I CSQUCMDS 3 commands issued and responses received, 0 failed
CSQU143I CSQUTIL 1 COMMAND statements attempted
CSQU144I CSQUTIL 1 COMMAND statements executed successfully
CSQU148I CSQUTIL Utility completed, return code=0
(3)