What protocols does Mainstar Catalog and DASD Audit use for communication?

Communication would have primarily occurred through z/OS system services and file I/O operations. Data exchange would have been managed through datasets and control files, with JCL controlling the execution flow.

What databases or storage mechanisms are used?

The product would have used datasets for storing catalog information, audit logs, and configuration data. These datasets would have been managed within the z/OS environment.

What was the business value of Mainstar Catalog and DASD Audit?

The product's value proposition centered on ensuring data integrity and availability by synchronizing catalogs with DASD contents. This helped prevent data loss and ensured that applications could access the correct data.

How did Mainstar Catalog and DASD Audit improve operational efficiency?

By automating the synchronization and auditing processes, the product reduced the risk of human error and improved operational efficiency. This helped minimize downtime and streamline storage management tasks.

How did Mainstar Catalog and DASD Audit contribute to system reliability?

The product provided a means to verify the consistency between catalog entries and actual DASD data. This capability was crucial for maintaining the reliability of z/OS systems and applications.

What specific authentication methods are supported?

Specific security features are not available due to the product's status. Security would have likely relied on z/OS security features, such as RACF or equivalent, to control access to datasets and JCL jobs.

What access control model is used?

Access control would have been managed through z/OS security mechanisms, such as RACF, which uses an access control list (ACL) model to define permissions for users and groups.

What encryption is used and where?

Encryption capabilities are not available due to the product's status. Data protection would have depended on z/OS security features and any encryption applied to the underlying datasets.

What audit/logging capabilities exist?

Audit and logging would have been integrated with z/OS system logging and security auditing. This would have provided a record of actions performed by the product, such as catalog updates and audit events.

What administrative interfaces are available?

Administrative interfaces would have primarily consisted of JCL-based job submission and potentially ISPF panels for configuration and monitoring. These interfaces would have been used to manage the product's operations.

How is user management handled?

User management would have been handled through z/OS security systems, such as RACF. Administrators would have used these systems to define user access rights and permissions for the product's resources.

What are the main configuration parameters?

Configuration parameters would have been specified within JCL jobs or through control statements. These parameters would have defined the scope of catalog synchronization, audit intervals, and other operational settings.

What monitoring/logging capabilities exist?

Monitoring would have been achieved through z/OS system monitoring tools and potentially through custom reports generated by the product. Logging would have provided details of operations and any errors encountered.

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Mainstar Catalog and DASD Audit

Rocket Software Not Supported z/OS

Disk Tools and Utilities Administration Data Management

Vendor

Rocket Software

Product Overview

Mainstar Catalog and DASD Audit, now part of the Backup and Recovery Manager Suite, was designed with a modular architecture. Key components included a catalog synchronization module, a DASD audit module, and a reporting module. These components communicated through z/OS system services and data exchange via datasets.

The catalog synchronization module compared catalog entries with DASD contents, identifying discrepancies. The DASD audit module scanned DASD volumes for inconsistencies. The reporting module generated reports on synchronization and audit results.

Configuration involved defining parameters within JCL jobs or control statements. Security relied on z/OS security features, such as RACF, for access control. Integration was achieved through JCL-based job submission and potentially custom programs interacting with datasets.

For a comprehensive solution, migrate to the Backup and Recovery Manager Suite.

Frequently Asked Questions

What is Mainstar Catalog and DASD Audit?

Mainstar Catalog and DASD Audit is a software product designed to synchronize ICF catalogs with disk contents on z/OS systems. It provides tools for managing and auditing DASD storage.

What is the main function of Mainstar Catalog and DASD Audit?

The product's primary function is to ensure that the information stored in ICF catalogs accurately reflects the actual contents of the DASD volumes. This synchronization helps maintain data integrity and availability.

How are tasks executed in Mainstar Catalog and DASD Audit?

While specific command syntax is not available due to the product's status, the product likely used JCL (Job Control Language) to execute tasks. Users would submit JCL jobs to perform catalog synchronization and audit functions.

How is Mainstar Catalog and DASD Audit configured?

Configuration typically involved defining parameters within JCL or through specific control statements. These parameters would specify the DASD volumes to be audited, the catalogs to be synchronized, and the actions to be taken.

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Mainstar Catalog and DASD Audit

Product Overview

Frequently Asked Questions

What is Mainstar Catalog and DASD Audit?

What is the main function of Mainstar Catalog and DASD Audit?

How are tasks executed in Mainstar Catalog and DASD Audit?

How is Mainstar Catalog and DASD Audit configured?

What types of APIs does Mainstar Catalog and DASD Audit expose?

What protocols does Mainstar Catalog and DASD Audit use for communication?

What are the main system components of Mainstar Catalog and DASD Audit?

What databases or storage mechanisms are used?

What was the business value of Mainstar Catalog and DASD Audit?

How did Mainstar Catalog and DASD Audit improve operational efficiency?

How did Mainstar Catalog and DASD Audit contribute to system reliability?

What specific authentication methods are supported?

What access control model is used?

What encryption is used and where?

What audit/logging capabilities exist?

What administrative interfaces are available?

How is user management handled?

What are the main configuration parameters?

What monitoring/logging capabilities exist?

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