Search for tag: "shared_queues"

This video describes structure operations, which includes overflow processing, CQS system checkpoint, and structure copy, recovery, and delete.

In this video, learn how IMS processes messages from APPC/OTMA in a shared queues environment.

This video describes IMS full-function database transaction scheduling, false scheduling, and transaction processing in the coupling facility.

This video describes the mainline processing around the use of APPC and OTMA in a shared queues environment.

This video describes how the OTMA super member support for Shared Queues provides the capability for an IMS Connect client to connect to any front-end IMS and retrieve an ALTPCB message that is…

This video describes several cross-system coupling (XCF) commands that can be used in an IMS shared queues environment.

This video describes common commands that you can use with IMS shared queues, such as ASSIGN, MSASSIGN, CHECKPOINT, MODIFY, and NRESTART.

This video covers several exits, such as automated operator exits, Fast Path Input Edit Routing exit, and output creation exit, and how those exits work in an IMS shared queues environment.

This video continues the discussion about how both IMS and CQS generate log data and where and how that log data is generated. This video is part 2 of 2.

This video describes how both IMS and CQS generate log data and where and how that log data is generated.

This video provides several considerations for online change in an IMS shared queues environment.

This video covers several considerations about front-end and backend IMSs in a shared queues environment.

This video provides some guideline for implementing shared printers in an IMS shared queues environment.

This video describes several considerations when you use the Extended Terminal Option (ETO) in an IMS shared queues environment.

This video describes how IMS in a shared queues environment processes messages that have undefined destinations or destinations that cannot be found.

This video describes how IMS serial transactions are processed in a shared queues environment.