What are some common Abend-AID commands and their syntax?

Common commands include: DISPLAY, which shows abend information; FIND, used for searching; and PRINT, for generating reports. The syntax typically involves a command followed by parameters specifying the abend ID or other search criteria. For example, DISPLAY ABEND=S0C4.

What configuration files or interfaces are used by Abend-AID?

Abend-AID uses configuration files to define various settings, such as report formats, data sources, and user access. These files are typically maintained by system administrators. The specific file names and locations depend on the installation and configuration.

What are the main components of Abend-AID's architecture?

Abend-AID's architecture includes components like the Abend-AID Collector, which captures abend data; the Abend-AID Analyzer, which processes the data; and the Abend-AID Viewer, which provides the user interface. These components communicate through internal z/OS mechanisms.

What databases or storage mechanisms are used?

Abend-AID uses standard z/OS file systems for storage, including VSAM datasets for storing abend data and configuration files. Network requirements are minimal, primarily for accessing the user interface or integrating with other systems. Specific port usage depends on the chosen interface.

How does Abend-AID provide business value?

Abend-AID reduces downtime by providing immediate access to detailed abend information. This allows for faster problem identification and resolution, minimizing the impact on business operations. The ability to quickly diagnose and fix issues translates directly to cost savings.

How does Abend-AID improve developer productivity?

By providing detailed diagnostic information, Abend-AID helps reduce the time and effort required to resolve application abends. This leads to increased developer productivity and allows IT staff to focus on other critical tasks. This efficiency gain contributes to overall IT cost reduction.

How does Abend-AID contribute to maintaining application service levels?

Abend-AID helps organizations maintain application service levels by minimizing downtime and ensuring rapid recovery from abends. This contributes to a more reliable and stable IT environment. This reliability is crucial for meeting business objectives.

How does Abend-AID support proactive problem management?

Abend-AID provides a centralized view of abend data, enabling better trend analysis and proactive problem management. This allows organizations to identify recurring issues and implement preventative measures. This proactive approach reduces the likelihood of future abends.

What authentication methods are supported?

Abend-AID supports user authentication through RACF integration, leveraging existing security infrastructure. This allows for centralized user management and access control. This integration ensures that only authorized users can access sensitive abend data.

What access control model is used?

Access control is managed through RACF profiles, allowing administrators to define user permissions and restrict access to specific abend data or functions. This role-based access control ensures that users only have access to the information they need.

What audit/logging capabilities exist?

Abend-AID provides audit logging capabilities, recording user actions and system events. This allows security administrators to monitor user activity and identify potential security breaches. These logs are essential for compliance and forensic analysis.

What encryption is used and where?

Abend-AID does not directly encrypt data at rest. However, it leverages the security features of the underlying z/OS platform, which may include encryption for datasets and communication channels. Data security relies on the overall z/OS security configuration.

What administrative interfaces are available?

Abend-AID's administrative interface is primarily a TSO/ISPF interface, providing a command-line environment for configuration and management. This interface allows administrators to manage user access, configure data sources, and monitor system performance.

How is user management handled?

User management is handled through integration with RACF or other security managers on z/OS. Administrators define user profiles and assign permissions to control access to Abend-AID functions and data. This integration streamlines user administration.

What are the main configuration parameters?

Key configuration parameters include data source definitions, report formats, and user access controls. These parameters are typically stored in configuration files and can be modified through the administrative interface. Proper configuration is essential for optimal performance.

What monitoring/logging capabilities exist?

Abend-AID provides logging of system events and user actions, which can be used for monitoring system performance and troubleshooting issues. These logs can be reviewed through the administrative interface or by using standard z/OS utilities. Monitoring is crucial for maintaining system health.

Share Your Product Experience

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

Share Your Experience

Abend-AID

Compuware Active z/OS

Abend Problem Analysis and Recovery

Vendor

Compuware

Product Overview

Abend-AID's architecture is designed for efficient capture, analysis, and presentation of abend data on z/OS. The core components include the Abend-AID Collector, which intercepts and captures abend-related information; the Abend-AID Analyzer, which processes the captured data, formats it, and prepares it for viewing; and the Abend-AID Viewer, which provides the user interface for accessing and analyzing the abend data. The Collector operates as a system-level component, intercepting abend events and gathering diagnostic information such as register contents, program status, and storage dumps.

The Analyzer processes this data, correlating it with system and application context, and preparing it for display. The Viewer, typically accessed through a TSO/ISPF interface, allows users to view the processed data, search for specific information using commands like FIND, and generate reports using PRINT. Abend-AID utilizes VSAM datasets for storing abend data and configuration files.

Communication between components occurs through internal z/OS mechanisms. User authentication is handled through integration with RACF, and access control is managed via RACF profiles. Abend-AID integrates with various environments, including CICS, IMS, Db2, IBM MQ, and IDMS, providing environment-specific information.

The tool's design prioritizes minimal overhead and efficient data processing to ensure rapid access to diagnostic information. Abend-AID's architecture is designed to integrate seamlessly with the z/OS environment, providing a comprehensive solution for problem determination.

Frequently Asked Questions

What is the primary function of Abend-AID?

Abend-AID provides post-abend analysis for z/OS applications. It captures diagnostic information after an abend occurs, including register contents, program status, and storage dumps. This data aids in identifying the root cause of the abend, enabling faster resolution and reduced downtime.

Which environments does Abend-AID support?

Abend-AID supports various environments, including CICS, IMS, Db2, IBM MQ, and IDMS. It provides product-specific information to assist in problem determination within these environments. This integration allows for a comprehensive view of the abend, including context-specific details.

How does Abend-AID improve problem resolution?

Abend-AID helps reduce mean time to repair (MTTR) by providing detailed diagnostic information immediately after an abend. This allows developers and operations teams to quickly identify the cause of the problem, implement a fix, and resume normal operations. This leads to increased system availability and improved productivity.

Does Abend-AID integrate with other tools?

Abend-AID integrates with various debugging tools and utilities available on z/OS. This integration allows users to leverage existing tools to further analyze abend information and accelerate the debugging process. This interoperability streamlines the troubleshooting workflow.

Related Products

COPE for DCCTL

Active

z/OS

COPE for DCCTL addresses the challenge of managing multiple IMS DCCTL test and development systems by consolidating them into a single IMS subsystem. This virtualization...

Sharing IMS

View Details →

COPE for IMS

Active

z/OS

COPE for IMS is designed to consolidate multiple IMS test and development systems, reducing CPU consumption and simplifying management. The core architecture includes the COPE...

Sharing IMS

View Details →

View Details →

Help Improve This Directory

Notice outdated information? Have insights about this product? Help the mainframe community stay informed with accurate, current data.

Report Issue Suggest Product Share Event

Share Your Product Experience

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

Share Your Experience