CICS Performance Monitor Modernization Guide

CICS Performance Monitor provided real-time and historical data on CICS transaction processing. It allowed administrators to identify performance bottlenecks and optimize resource utilization within the CICS environment.

CICS Performance Monitor collected data related to transaction response times, CPU utilization, I/O activity, and storage usage. This data helped in diagnosing performance issues and capacity planning.

The monitor used a combination of online displays and batch reporting to present performance data. Users could view real-time statistics or generate historical reports for analysis.

CICS Performance Monitor was primarily used by system administrators, performance analysts, and capacity planners to ensure optimal performance and availability of CICS applications.

CICS Performance Monitor used VSAM datasets to store collected performance data. These datasets were accessed by the monitor's components for reporting and analysis.

The monitor communicated with CICS regions using inter-region communication (IRC) and inter-system communication (ISC) facilities. These facilities allowed the monitor to collect data from multiple CICS regions.

The primary administrative interface was a set of CICS transactions and panels. These transactions allowed administrators to configure the monitor, start and stop data collection, and view performance data.

The monitor provided detailed logging capabilities, recording events such as data collection start and stop times, error conditions, and configuration changes. These logs were used for auditing and troubleshooting.

By providing detailed performance data, CICS Performance Monitor helped organizations reduce downtime, improve application response times, and optimize resource utilization. This resulted in cost savings and increased business productivity.

The monitor enabled proactive problem detection by identifying performance bottlenecks before they impacted users. This allowed administrators to take corrective actions and prevent service disruptions.

The historical data collected by the monitor was used for capacity planning, helping organizations to forecast future resource needs and avoid performance issues as transaction volumes grew.

CICS Performance Monitor relied on the security features of the z/OS operating system and CICS transaction server. It used CICS resource security to control access to monitor functions and data.

The monitor supported authentication through CICS user IDs and passwords, which were validated against the z/OS security manager (e.g., RACF, ACF2, or Top Secret).

The access control model was based on CICS resource security, which allowed administrators to define which users or groups had access to specific monitor transactions and data.

The monitor provided audit logging of security-related events, such as user logon attempts, transaction executions, and security violations. These logs were used for security auditing and compliance.

CICS Performance Monitor required configuration of CICS regions to enable data collection. This involved defining monitor transactions, setting up VSAM datasets, and configuring security parameters.

The monitor was administered through a set of CICS transactions and panels. These transactions allowed administrators to start and stop data collection, view performance data, and manage user access.

The monitor provided online displays and batch reports for monitoring CICS performance. These displays and reports showed real-time and historical data on transaction response times, CPU utilization, and other key metrics.

The monitor logged events such as data collection start and stop times, error conditions, and security violations. These logs were used for troubleshooting and auditing.