How did CA TSO-MON collect its data?

CA TSO-MON likely collected data through z/OS system management facilities (SMF) and Resource Measurement Facility (RMF). It probably used internal interfaces to gather TSO/ISPF session data.

What was the general architecture of CA TSO-MON?

The architecture likely involved a data collection component running on z/OS, a data storage mechanism (possibly VSAM or a DB2 database), and a reporting component that generated the various reports and displays.

What administrative interfaces were available?

The product probably had a command-line interface (CLI) or ISPF panels for administration. These interfaces would allow administrators to configure monitoring parameters, manage users, and generate reports.

How was user management handled?

User management was likely integrated with z/OS security systems such as RACF, ACF2, or Top Secret. Access to CA TSO-MON functions would be controlled through these security systems.

What business value did CA TSO-MON provide?

By monitoring TSO/ISPF performance, CA TSO-MON helped organizations improve user productivity, optimize resource utilization, and reduce costs associated with mainframe operations. It allowed for proactive identification and resolution of performance issues.

How did CA TSO-MON improve user productivity?

The tool enabled administrators to identify and address performance bottlenecks, ensuring that TSO users had adequate resources and response times. This led to improved user satisfaction and efficiency.

How did CA TSO-MON contribute to cost savings?

By optimizing resource utilization, CA TSO-MON helped organizations avoid unnecessary hardware upgrades and reduce software licensing costs. It provided data to justify infrastructure investments.

What authentication methods were supported?

Authentication was likely integrated with z/OS security systems (RACF, ACF2, Top Secret). Access to CA TSO-MON functions would be controlled through these systems, using their respective access control mechanisms.

What access control model was used?

The access control model was likely based on the z/OS security system in use (RACF, ACF2, or Top Secret). These systems typically use a combination of access control lists (ACLs) and role-based access control (RBAC) to manage user permissions.

What audit/logging capabilities existed?

Audit trails and logs were generated to track user activity and system events within CA TSO-MON. These logs could be used for security monitoring and compliance purposes.

What were the main administrative tasks?

Administration tasks included configuring monitoring parameters, managing user access, scheduling reports, and reviewing logs. These tasks were typically performed through a command-line interface or ISPF panels.

What monitoring capabilities existed?

Monitoring capabilities included real-time displays of TSO/ISPF performance metrics, historical reports, and alerts based on predefined thresholds. These features helped administrators proactively identify and resolve performance issues.

What logging capabilities existed?

Logging capabilities included recording user activity, system events, and error messages. These logs were used for troubleshooting, security monitoring, and compliance reporting.

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CA TSO-MON

Name: CA TSO-MON
Availability: InStock

Broadcom Not Supported z/OS

TSO/ISPF Monitor

Vendor

Broadcom

Product Overview

CA TSO-MON's architecture comprised data collection, storage, and reporting components. Data collection relied on z/OS SMF and RMF, gathering metrics on TSO/ISPF usage. Data storage likely involved VSAM or DB2 databases.

Reporting components generated real-time displays and historical reports. User authentication integrated with z/OS security systems (RACF, ACF2, Top Secret). The tool supported a command-line interface or ISPF panels for administration.

Key configuration parameters included monitoring thresholds and reporting options. Audit trails and logs tracked user activity. Competing products include IBM Z Performance and Capacity Analytics, ASG-TMON for z/OS, and IntelliMagic Vision for z/OS.

These alternatives offer enhanced features and integration capabilities compared to CA TSO-MON. Migration involves re-architecting monitoring processes to align with the new solution's architecture and capabilities. Consider a phased approach to minimize disruption.

Frequently Asked Questions

What was the primary purpose of CA TSO-MON?

CA TSO-MON provided real-time and historical data on TSO/ISPF usage, response times, and resource consumption. It helped administrators identify performance bottlenecks and optimize TSO environments.

What key metrics did CA TSO-MON track?

The software monitored various metrics, including TSO response times, CPU usage by TSO users, memory consumption, I/O activity, and the availability of TSO services.

How did CA TSO-MON present the monitoring data?

The tool provided reports and displays that showed TSO performance data. These reports could be generated on demand or scheduled for regular intervals. Users could drill down into specific TSO commands to analyze their performance characteristics.

How was CA TSO-MON configured?

CA TSO-MON used configuration files to define monitoring parameters, thresholds, and reporting options. The specific format and location of these files would be detailed in the product documentation.

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