What is the primary function of Smart/RESTART?

Smart/RESTART enables the restart of batch jobs after a failure, ensuring data integrity across various resource managers. It tracks activity from Db2, IBM MQ, IMS, and other RRS-compliant resource managers. It synchronizes changes with sequential and VSAM datasets.

Who is the vendor of Smart/RESTART and how was it acquired?

Smart/RESTART was acquired by Broadcom from Relational Architects in 2020. It has been a part of Broadcom's software portfolio since then.

What platform does Smart/RESTART support?

Smart/RESTART operates on the z/OS platform, providing restart capabilities for batch jobs within the mainframe environment.

What are some common commands and their syntax, and what configuration is involved?

Common commands include START, STOP, STATUS, and MODIFY. The syntax for START is typically START SR,JOB=jobname. Configuration involves defining resource manager parameters and dataset specifications.

What types of APIs and protocols does Smart/RESTART use?

Smart/RESTART does not expose REST or SOAP APIs. It uses native interfaces for integration with z/OS systems. Communication protocols are primarily z/OS internal protocols.

What are the main system components, how do they communicate, and what storage mechanisms are used?

The main components include the Control Region, the Monitor, and the Recovery Manager. These components communicate via z/OS system services. It uses VSAM and sequential datasets for storing recovery information.

How does Smart/RESTART provide business value?

Smart/RESTART reduces downtime by automatically restarting failed batch jobs. It ensures data consistency across various resource managers, minimizing data loss and corruption. It streamlines recovery processes, reducing manual intervention.

What are the key benefits of using Smart/RESTART?

By automating the restart process, Smart/RESTART reduces the need for manual intervention, freeing up operations staff to focus on other tasks. It improves overall system availability and reduces the risk of data corruption.

What security features does Smart/RESTART offer?

Smart/RESTART supports authentication through z/OS security features, such as RACF, ACF2, or Top Secret. Access control is managed through the z/OS security model, typically using role-based access control (RBAC). Encryption is primarily handled by z/OS security mechanisms.

What audit and logging capabilities are available?

Audit logging is provided through z/OS system logging facilities, capturing events related to job restarts and resource manager interactions. These logs can be used for security monitoring and compliance purposes.

What monitoring and logging capabilities exist?

Monitoring is achieved through z/OS system monitoring tools and Smart/RESTART's own status commands. Logging capabilities include detailed logs of job restarts and resource manager interactions, which can be used for troubleshooting and auditing.

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Smart/RESTART

Broadcom Active z/OS

Problem Analysis and Recovery Batch

Vendor

Broadcom

Product Overview

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 for managing the overall restart process and coordinating with other components. The Monitor component actively tracks the status of batch jobs and resource managers, detecting failures and initiating restart procedures.

The Recovery Manager is responsible for ensuring data consistency across various resource managers, including Db2, IBM MQ, and IMS. Communication between these components is facilitated through z/OS system services, ensuring efficient and reliable data exchange. The product utilizes VSAM and sequential datasets for storing critical recovery information, enabling the restoration of data to a consistent state.

Administrative interfaces are primarily through z/OS console commands and ISPF panels. User management is handled through the z/OS security system (RACF, ACF2, or Top Secret).

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