What interfaces does C/TREK use to collect data?

C/TREK uses a combination of CICS monitoring APIs and internal data collection mechanisms to gather performance data. The specific interfaces used may vary depending on the CICS version and configuration.

What are the main components of C/TREK's architecture?

C/TREK's architecture includes components for data collection, data processing, and reporting. The data collection component gathers performance metrics, which are then processed and stored for reporting and analysis.

How is C/TREK configured?

Configuration files are used to define monitoring parameters, thresholds, and reporting options. The specific file formats and locations depend on the C/TREK installation and the z/OS environment.

What storage mechanisms does C/TREK use?

C/TREK typically uses VSAM or other z/OS storage mechanisms for storing performance data. The choice of storage mechanism may depend on the volume of data and performance requirements.

What is the business value of using C/TREK?

By identifying and resolving performance bottlenecks, C/TREK can help reduce response times, improve transaction throughput, and optimize resource utilization within the CICS environment. This leads to better application performance and user experience.

How can C/TREK help with cost optimization?

C/TREK provides insights into CICS resource consumption, allowing organizations to optimize their hardware and software investments. This can lead to cost savings by reducing the need for additional resources.

How does C/TREK impact user productivity?

Improved CICS performance and resource utilization can lead to increased productivity and efficiency for business users. Faster transaction processing and reduced downtime contribute to a more productive work environment.

How does C/TREK help meet service level agreements?

C/TREK can help organizations ensure that their CICS applications meet service level agreements (SLAs) by proactively monitoring performance and identifying potential issues before they impact users.

What security features does C/TREK offer?

C/TREK's security features include access controls to restrict who can view and modify monitoring data. These controls are typically integrated with the z/OS security infrastructure.

How does C/TREK handle user authentication and authorization?

C/TREK supports integration with z/OS security products for authentication and authorization. This allows administrators to manage user access to C/TREK functions using existing security policies.

What kind of audit and logging capabilities does C/TREK have?

C/TREK provides logging capabilities to track user activity and system events. These logs can be used for auditing and security investigations.

Does C/TREK use encryption?

Data encryption may be used to protect sensitive performance data, both in transit and at rest. The specific encryption methods used depend on the C/TREK configuration and the z/OS environment.

What are the main operational tasks for C/TREK?

C/TREK's operations involve starting and stopping the monitoring components, configuring data collection, and managing reports. These tasks are typically performed through the administrative interface.

How is C/TREK configured for operations?

Administrators can use the administrative interface to define monitoring schedules, set thresholds for alerts, and customize reports. These configurations ensure that C/TREK meets the specific monitoring needs of the CICS environment.

What kind of alerting capabilities does C/TREK have?

C/TREK generates alerts based on predefined thresholds and performance metrics. These alerts notify administrators of potential performance issues, allowing them to take corrective action.

What are the backup and recovery considerations for C/TREK?

Regular backups of C/TREK's configuration files and performance data are essential for disaster recovery. These backups ensure that monitoring data can be restored in case of a system failure.

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C/TREK

Circle Software Not Supported z/OS zVSE/VSEn

Performance Monitor CICS

Vendor

Circle Software

Product Overview

C/TREK's architecture comprised several key components: data collection agents, a data processing engine, and a reporting interface. The data collection agents, residing within the CICS environment, utilized CICS monitoring APIs to gather performance metrics such as CPU usage, I/O operations, and transaction response times. These agents collected data at predefined intervals and transmitted it to the data processing engine.

The data processing engine, typically running on the z/OS system, processed the collected data, performed calculations, and stored the results in a VSAM or other z/OS storage mechanism. The reporting interface provided users with access to the processed data through customizable dashboards and reports. Configuration files were used to define monitoring parameters, thresholds, and reporting options.

The tool supported integration with z/OS security products for authentication and authorization. However, C/TREK is no longer supported. Organizations should consider alternative solutions like IBM CICS Performance Analyzer or BMC MainView for CICS, which offer similar architectural components and integration capabilities.

Frequently Asked Questions

What is C/TREK?

C/TREK is a CICS performance monitoring tool designed to provide insights into CICS transaction performance. It helps identify bottlenecks and optimize resource utilization within a CICS environment.

How does C/TREK monitor CICS transactions?

C/TREK monitors CICS transactions by collecting data on various performance metrics, including CPU usage, I/O operations, and response times. This data is then analyzed to identify areas for optimization.

What kind of reporting does C/TREK offer?

C/TREK provides reports and dashboards that display key performance indicators (KPIs) and allow users to drill down into specific transactions or resource usage. These reports can be customized to meet specific monitoring needs.

How can C/TREK improve CICS performance?

C/TREK can help improve CICS performance by identifying slow-running transactions, inefficient resource allocation, and other performance bottlenecks. This allows administrators to make informed decisions about system tuning and optimization.

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Share Your Product Experience

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Share Your Product Experience

C/TREK

Product Overview

Frequently Asked Questions

What is C/TREK?

How does C/TREK monitor CICS transactions?

What kind of reporting does C/TREK offer?

How can C/TREK improve CICS performance?

What interfaces does C/TREK use to collect data?

What are the main components of C/TREK's architecture?

How is C/TREK configured?

What storage mechanisms does C/TREK use?

What is the business value of using C/TREK?

How can C/TREK help with cost optimization?

How does C/TREK impact user productivity?

How does C/TREK help meet service level agreements?

What security features does C/TREK offer?

How does C/TREK handle user authentication and authorization?

What kind of audit and logging capabilities does C/TREK have?

Does C/TREK use encryption?

What are the main operational tasks for C/TREK?

How is C/TREK configured for operations?

What kind of alerting capabilities does C/TREK have?

What are the backup and recovery considerations for C/TREK?

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