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Showing 49-72 of 136 products

The architecture of Cortex-PDB is centered around a relational database that stores metadata related to batch jobs, including job definitions, dependencies,...
The architecture of Rocket Cortex-Plan comprises several key components. The Scheduler Engine is responsible for scheduling and managing batch jobs. The...
The architecture of Rocket Cortex-Prep is centered around several key components designed to provide robust batch job management on z/OS. The Job Preparation Engine is responsible...

ASG-Cortex-OMS

Not Supported
The architecture of ASG-Cortex-OMS comprised several key components designed to manage and automate batch processing on z/OS. The main components included ASG Cortex-PDB for performance data collection, ASG Cortex-Prep...
The architecture of Rocket JCLPREP is centered around batch processing within the z/OS environment. The main components include the JCLPREP program itself, configuration datasets, and z/OS system logs....

Batch Bridge

Supported
The Batch Bridge architecture comprises three main components: the JES Interface, the Communication Server, and the Target System Agent. The JES Interface resides...
The architecture of Workload Analyzer is based on a three-tier model: Client, Server, and Database. The Client is a Windows-based...
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The Workload Planner architecture comprises a Windows-based client, a communication layer, and connections to z/OS systems. The client provides the graphical user interface (GUI) for user interaction, including viewing...
The architecture of ASG-APC Batchmap is centered around three main components: the Batchmap Server, the Client Interface (GUI), and the Data Collector. The Batchmap Server is the central processing...
The architecture of Rocket OpsCentral comprises several key components: the OpsCentral Server, the OpsCentral Client, and the z/OS Agent. The OpsCentral Server is the central...

ASG-Sync

Not Supported
ASG-Sync's architecture comprised several key components. The Data Transfer Engine handled the movement of datasets between z/OS systems. The Job...

DBSTATS

Active
The DBSTATS architecture comprises three main components: the Data Collector, the Analysis Engine, and the Reporting Module. The Data Collector resides within the z/OS environment...
The Smart/RESTART architecture comprises several key components designed to ensure the reliable restart of batch jobs on z/OS. The Control Region is the central component, responsible...

Smart/RRSAF

Supported
The architecture of Smart/RRSAF comprises several key components: the RRSAF address space, the Db2 attachment facility, and the batch job interface. The RRSAF address space is the core component,...

Smart/QBF

Supported
The architecture of Smart/QBF comprises several key components: the Job Submission component, the Job Monitor, and the SQL Executor. The Job Submission component handles...
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BATSTAT

Active
The architecture of BATSTAT is designed for efficient monitoring and analysis of CA IDMS batch processing on z/OS. The main components include the Monitor Engine, Data...

CEMT from Batch

Not Supported
The architecture of CEMT from Batch comprised a batch job, the CEMT program (DFH$CEMT), and the CICS region. The batch job submitted JCL containing...
The architecture of MacKinney Batch to CICS centers around the BATCHCICS program, which acts as the primary interface between batch jobs and...

OSXREFS

Active
The architecture of OSXREFS is centered around four key utilities: OSXDSN, OSXLINKS, OSXSCAN, and OSXPROC. These components are designed to run within a z/OS environment and interact...

JCLXREF

Not Supported
JCLXREF's architecture centers around a main processing module that reads, parses, and analyzes JCL source code. This module interacts with z/VSE file I/O to access JCL...
The architecture of HSM/Advanced Recall is designed to efficiently manage dataset recalls within a z/OS environment. The main components include the Recall Manager, Dataset Monitor, and Configuration Manager. The...
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The VTAR architecture is designed to optimize dataset recall for batch processing. The core components include the VTAR Monitor, Recall Manager, and Dataset Catalog Interface. The VTAR...
The architecture of OPS/Jobmaster comprises several key components designed to provide robust batch job scheduling and automation capabilities. The Jobmaster Controller is...

Share Your Product Experience

Help the community by sharing your experience with mainframe products. Your insights help others make informed decisions.

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