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Universal Test Manager

Name: Universal Test Manager
Availability: InStock

Dell Computer Corporation Supported z/OS z/VM zVSE/VSEn

Testing Automation

Vendor

Dell Computer Corporation

Product Overview

The architecture of Universal Test Manager (UTM) is designed for robust and scalable test automation of 3270 and VT100 terminal applications. The core components include the Test Manager, Test Executor, and Test Repository. The Test Manager provides the user interface for creating, editing, and managing test cases.

The Test Executor runs the tests, interacting with the target applications through terminal emulators. The Test Repository stores test scripts, test results, configuration data, and user information. Communication between these components is primarily over TCP/IP.

The Test Manager and Test Executor can reside on the same or different machines, depending on the deployment requirements. The Test Repository can be a file-based system or a database, providing flexibility in storage options. The REST APIs enable programmatic access to UTM's functionalities, allowing integration with other systems.

Security is a key consideration, with a role-based access control (RBAC) model to manage user permissions. Data encryption is used to protect sensitive information, both in transit and at rest. The system requirements include the appropriate z/OS, z/VM, or zVSE/VSEn operating system, sufficient memory and storage, and network connectivity.

The architecture supports high availability and scalability, allowing organizations to handle increased testing demands. The Test Repository is backed up regularly to ensure data integrity and facilitate disaster recovery.

Frequently Asked Questions

What are the core functions of UTM, and what types of applications can it test?

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UTM automates testing for 3270 and VT100 terminal applications. It enables users to create, execute, manage, and validate test cases. UTM supports testing of applications running on z/OS, z/VM, and zVSE/VSEn platforms.

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What are the primary benefits of using UTM for test automation?

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UTM automates testing, which reduces manual effort, accelerates testing cycles, and improves software quality. It provides consistent and repeatable testing, leading to fewer defects in production environments. Automation also allows for more comprehensive testing coverage.

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How does UTM integrate with existing IT infrastructure?

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UTM integrates with existing IT infrastructure through its ability to interact with 3270 and VT100 terminal emulators. It can be deployed on z/OS, z/VM, and zVSE/VSEn platforms, allowing it to work with applications running on these systems. Integration also involves network connectivity to the systems under test.

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What are the typical use cases for UTM in a business environment?

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UTM is used for regression testing, functional testing, and performance testing of terminal-based applications. It is valuable in industries where mainframe applications are critical, such as finance, insurance, and government. UTM ensures the reliability and stability of these applications.

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Is UTM suitable for both simple and complex testing scenarios, and how does it handle them differently?

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UTM is designed to handle both simple and complex testing scenarios. For simple tests, users can create straightforward test cases to validate basic functionality. For complex scenarios, UTM supports advanced features like data-driven testing, conditional logic, and integration with other testing tools to manage intricate test flows.

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What are the main components of UTM, and how do they interact?

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The main components include the Test Manager, Test Executor, and Test Repository. The Test Manager is used to create and manage test cases. The Test Executor runs the tests, and the Test Repository stores test scripts, results, and configurations. These components communicate through a network connection, typically using TCP/IP.

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What types of APIs does UTM expose, and how can they be used?

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UTM exposes APIs for test automation and integration. These APIs allow users to interact with UTM programmatically, enabling the creation, execution, and management of tests through scripts or other applications. The specific API types include REST APIs for remote access and control.

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What are the key commands and syntax used in UTM for test creation and execution?

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Common commands include 'CREATE TEST', 'RUN TEST', 'EDIT TEST', and 'REPORT'. Syntax examples include: 'CREATE TEST mytest', 'RUN TEST mytest', and 'EDIT TEST mytest'. These commands are used through a command-line interface or a graphical user interface.

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How does UTM handle data storage and retrieval during testing?

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UTM uses a Test Repository to store test scripts, test results, and configuration data. The repository is typically a file-based system or a database. During test execution, UTM retrieves test scripts and data from the repository and stores the results back into the repository for analysis.

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What network protocols does UTM use for communication with the systems under test?

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UTM uses TCP/IP for communication with the systems under test. It interacts with 3270 and VT100 terminal emulators, sending and receiving data over the network. The specific ports used depend on the configuration of the terminal emulators and the systems being tested.

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How does UTM help reduce testing costs and improve ROI?

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UTM reduces testing costs by automating repetitive tasks, minimizing manual effort, and optimizing resource utilization. This leads to faster test cycles and quicker identification of defects, reducing the overall cost of software development and maintenance. The ROI is improved through increased efficiency and reduced rework.

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What are the key metrics that demonstrate the value of UTM?

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Key metrics include reduced testing time, increased test coverage, fewer defects found in production, and improved software quality. Other metrics include the number of automated tests, the percentage of test automation, and the time saved on manual testing tasks.

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How does UTM contribute to improving software quality and reducing defects?

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UTM improves software quality by providing consistent and repeatable testing. Automated tests can be run frequently, identifying defects early in the development cycle. This reduces the likelihood of defects reaching production, leading to higher software quality and improved user satisfaction.

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What are the typical cost savings and efficiency gains achieved by organizations using UTM?

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Organizations typically see cost savings through reduced manual testing efforts, fewer defects, and faster release cycles. Efficiency gains include faster test execution, improved test coverage, and better resource utilization. The specific gains vary depending on the size and complexity of the testing environment.

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How does UTM support compliance with industry regulations and standards?

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UTM supports compliance by providing a robust testing framework that ensures applications meet regulatory requirements. It helps organizations validate that their systems adhere to industry standards and regulations, such as those related to data security and financial transactions.

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What authentication methods are supported by UTM?

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UTM supports authentication methods such as username/password, and integration with external authentication systems. This allows for secure access to the testing environment and ensures that only authorized users can create, execute, and manage tests.

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What access control model is used to manage user permissions?

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UTM uses a role-based access control (RBAC) model. This allows administrators to define roles with specific permissions, and then assign users to these roles. This ensures that users have only the necessary access to perform their tasks, enhancing security and preventing unauthorized actions.

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How is data encryption implemented within UTM?

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UTM uses encryption to protect sensitive data, both in transit and at rest. Data encryption ensures that test scripts, test results, and configuration data are protected from unauthorized access. Encryption methods include industry-standard algorithms.

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What audit and logging capabilities are available for security monitoring?

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UTM provides comprehensive audit and logging capabilities. It logs user activities, test executions, and system events. These logs are essential for security monitoring, allowing administrators to track user actions, identify potential security breaches, and ensure compliance with security policies.

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How does UTM ensure the confidentiality, integrity, and availability of test data?

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UTM ensures the confidentiality, integrity, and availability of test data through a combination of security measures. These include encryption of data at rest and in transit, access controls based on RBAC, and regular backups. These measures protect test data from unauthorized access, modification, and loss.

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How is UTM deployed and configured in a typical environment?

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UTM is deployed on z/OS, z/VM, or zVSE/VSEn platforms. The deployment involves installing the software components, configuring network settings, and setting up the Test Repository. Configuration includes defining user roles, setting up test environments, and configuring communication with terminal emulators.

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What are the system requirements for running UTM?

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The system requirements include the appropriate z/OS, z/VM, or zVSE/VSEn operating system, sufficient memory and storage, and network connectivity. Specific requirements depend on the size and complexity of the testing environment and the number of concurrent users.

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What are the common troubleshooting steps for UTM?

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Common troubleshooting steps include checking the logs for error messages, verifying network connectivity, and ensuring that the test scripts are correctly configured. Other steps involve checking user permissions, verifying the Test Repository, and reviewing the system configuration.

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What are the best practices for monitoring the performance of UTM?

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Best practices for monitoring include regularly checking the system logs, monitoring resource utilization (CPU, memory, disk I/O), and tracking test execution times. Performance monitoring helps identify bottlenecks and ensure that UTM is running efficiently.

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How does UTM handle backups and disaster recovery?

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UTM handles backups and disaster recovery by providing mechanisms to back up the Test Repository and configuration data. Regular backups ensure that test scripts, results, and configurations can be restored in case of data loss or system failure. Disaster recovery plans include procedures for restoring UTM in a secondary environment.

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Share Your Product Experience

Universal Test Manager

Product Overview

Frequently Asked Questions

What are the core functions of UTM, and what types of applications can it test?

undefined

undefined

What are the primary benefits of using UTM for test automation?

undefined

undefined

How does UTM integrate with existing IT infrastructure?

undefined

undefined

What are the typical use cases for UTM in a business environment?

undefined

undefined

Is UTM suitable for both simple and complex testing scenarios, and how does it handle them differently?

undefined

undefined

What are the main components of UTM, and how do they interact?

undefined

undefined

What types of APIs does UTM expose, and how can they be used?

undefined

undefined

What are the key commands and syntax used in UTM for test creation and execution?

undefined

undefined

How does UTM handle data storage and retrieval during testing?

undefined

undefined

What network protocols does UTM use for communication with the systems under test?

undefined

undefined

How does UTM help reduce testing costs and improve ROI?

undefined

undefined

What are the key metrics that demonstrate the value of UTM?

undefined

undefined

How does UTM contribute to improving software quality and reducing defects?

undefined

undefined

What are the typical cost savings and efficiency gains achieved by organizations using UTM?

undefined

undefined

How does UTM support compliance with industry regulations and standards?

undefined

undefined

What authentication methods are supported by UTM?

undefined

undefined

What access control model is used to manage user permissions?

undefined

undefined

How is data encryption implemented within UTM?

undefined

undefined

What audit and logging capabilities are available for security monitoring?

undefined

undefined

How does UTM ensure the confidentiality, integrity, and availability of test data?

undefined

undefined

How is UTM deployed and configured in a typical environment?

undefined

undefined

What are the system requirements for running UTM?

undefined

undefined

What are the common troubleshooting steps for UTM?

undefined

undefined

What are the best practices for monitoring the performance of UTM?

undefined

undefined

How does UTM handle backups and disaster recovery?

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