What are some of the most common commands used in Fault Analyzer?

Common commands include `ANALYSIS`, `DUMP`, `REPORT`, `BROWSE`, and `OPTIONS`. The `ANALYSIS` command initiates the analysis of a dump. The `DUMP` command specifies the dump dataset. The `REPORT` command generates a formatted report. The `BROWSE` command allows viewing of reports. The `OPTIONS` command configures the product settings.

Can you provide examples of command syntax?

The `ANALYSIS` command syntax is: `ANALYSIS DSN(dump.dataset)`. The `REPORT` command syntax is: `REPORT TYPE(SUMMARY)`. The `BROWSE` command syntax is: `BROWSE REPORT(report.name)`. The `OPTIONS` command syntax is: `OPTIONS`. These commands are used to process dumps, generate reports, and configure settings.

What configuration files or interfaces are used?

Fault Analyzer uses configuration files to store settings. These files can be modified to customize the product's behavior. The product also uses various datasets for storing dumps, reports, and other data. These datasets are accessed during the analysis and reporting processes.

Does Fault Analyzer expose any APIs?

Fault Analyzer does not expose REST or SOAP APIs. It is primarily a batch-oriented tool that interacts with z/OS systems through JCL and ISPF interfaces. The primary method of interaction is through the ISPF panels and command-line interface.

How does Fault Analyzer provide business value?

Fault Analyzer reduces the time and effort required to diagnose and resolve abends. By automating the analysis of dumps and providing detailed reports, it helps to quickly identify the root cause of problems. This leads to reduced downtime and improved system availability.

How does Fault Analyzer minimize the impact of system failures?

By quickly identifying the root cause of abends, Fault Analyzer helps to minimize the impact of system failures. This reduces the risk of data loss and ensures that critical business processes continue to operate smoothly. The product's ability to analyze dumps and generate reports streamlines the troubleshooting process.

How does Fault Analyzer improve IT staff productivity?

Fault Analyzer helps to improve the productivity of IT staff by automating the analysis of abends. This frees up staff to focus on other tasks. The product's detailed reports and diagnostic information also help to reduce the learning curve for new staff.

What authentication methods are supported?

Fault Analyzer does not have built-in authentication methods. Access to the product is controlled through z/OS security mechanisms, such as RACF or similar security managers. User access is managed at the dataset and resource levels.

What access control model is used?

Access control is managed through the z/OS security subsystem, typically using RACF or an equivalent. This allows for role-based access control (RBAC) to datasets and resources used by Fault Analyzer. This ensures that users only have access to the data and functions they are authorized to use.

What encryption is used and where?

Fault Analyzer does not directly perform encryption. Data security relies on the underlying z/OS security features and the security of the datasets where dumps and reports are stored. Encryption of datasets can be implemented using z/OS facilities.

What audit/logging capabilities exist?

Fault Analyzer integrates with z/OS logging and auditing facilities. Audit trails are generated through SMF records, which can be used to track user activity and system events. This provides a comprehensive record of actions performed within the product.

What administrative interfaces are available?

Fault Analyzer is primarily accessed through ISPF panels and batch jobs. The ISPF interface provides a user-friendly way to interact with the product. Batch jobs are used for automated dump processing and report generation.

How is user management handled?

User management is handled through the z/OS security subsystem, such as RACF. Administrators define user profiles and assign permissions to datasets and resources used by Fault Analyzer. This ensures that users have the appropriate access levels.

What are the main configuration parameters?

Main configuration parameters include dataset names for dumps and reports, report formatting options, and analysis settings. These parameters are typically set through ISPF panels or JCL. Configuration settings allow customization of the product's behavior.

What monitoring/logging capabilities exist?

Fault Analyzer integrates with z/OS monitoring and logging facilities. SMF records are generated to track system events and user activity. These records can be used for performance monitoring and troubleshooting. The product also generates reports that can be used for monitoring.

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Fault Analyzer

Name: Fault Analyzer
Availability: InStock

IBM Active z/OS

Abend Problem Analysis and Recovery

Vendor

IBM

Product Overview

The architecture of Fault Analyzer is centered around several key components. The Dump Processing Engine is responsible for reading and parsing system and application dumps. The Report Generation Module formats the analyzed data into human-readable reports.

The ISPF Interface provides a user-friendly interface for interacting with the product. The Batch Job Processor handles automated dump processing and report generation. The Configuration Manager manages the product's settings and parameters.

These components communicate through internal interfaces and data structures. The product uses datasets for storing dumps, reports, and configuration data. Access to these datasets is controlled through z/OS security, such as RACF.

The product integrates with z/OS logging and auditing facilities, using SMF records for tracking. Fault Analyzer does not expose REST or SOAP APIs. The product's architecture is designed for efficient processing of large volumes of dump data and provides detailed diagnostic information to aid in problem determination.

The product's architecture supports integration with CICS, IBM MQ, WebSphere, Db2, and IMS.

Frequently Asked Questions

What is the primary function of Fault Analyzer?

Fault Analyzer helps in analyzing abends and failures on z/OS. It processes system and application dumps, providing formatted reports and diagnostic information to pinpoint the root cause of problems. It supports various application environments including CICS, IBM MQ, WebSphere Application Server, Db2, and IMS.

What types of dumps does Fault Analyzer process?

Fault Analyzer processes system dumps, SVC dumps, and application dumps. It analyzes the dump data to identify the cause of the abend. The product generates formatted reports that highlight error conditions, register contents, and other relevant data to assist in problem determination.

Which application environments does Fault Analyzer support?

Fault Analyzer integrates with various z/OS components and application environments. It can access system logs, control blocks, and other system data to provide comprehensive analysis. The product also provides specific analysis for CICS, IBM MQ, WebSphere Application Server, Db2, and IMS.

How does Fault Analyzer improve problem resolution?

Fault Analyzer helps reduce mean time to repair (MTTR) by quickly identifying the root cause of abends. It provides detailed diagnostic information, enabling faster problem resolution. The product's ability to analyze dumps and generate reports streamlines the troubleshooting process.

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