Software Testing Exam  >  Software Testing Videos  >  Automation Training with HPE Unified Functional Testing 12.0  >  UFT | QTP | Using Function Definition Generator

UFT | QTP | Using Function Definition Generator Video Lecture | Automation Training with HPE Unified Functional Testing 12.0 - Software Testing

56 videos

FAQs on UFT - QTP - Using Function Definition Generator Video Lecture - Automation Training with HPE Unified Functional Testing 12.0 - Software Testing

1. What is UFT (Unified Functional Testing) or QTP (QuickTest Professional)?
Ans. UFT (Unified Functional Testing) and QTP (QuickTest Professional) are both software testing tools developed by Micro Focus. UFT is the latest version of QTP and is used for functional and regression testing of software applications. It allows testers to automate the testing process by recording and replaying user actions, creating checkpoints, and generating test scripts. QTP is the older version of UFT but still widely used in the industry.
2. What is a Function Definition Generator in UFT or QTP?
Ans. A Function Definition Generator in UFT or QTP is a feature that helps testers create reusable functions for test automation. It allows testers to define custom functions with specific input parameters and return values. These functions can then be called from different test scripts, reducing code duplication and improving maintainability. The Function Definition Generator provides a user-friendly interface for defining functions and automatically generates the required code.
3. How can I use the Function Definition Generator in UFT or QTP?
Ans. To use the Function Definition Generator in UFT or QTP, follow these steps: 1. Open UFT or QTP and navigate to the desired test script. 2. Click on the "Function Definition Generator" option in the toolbar or menu. 3. In the Function Definition Generator window, define the function name, input parameters, and return value. 4. Add the desired code within the function body. 5. Click on the "Generate" button to generate the function code. 6. The generated function will be added to the test script, and you can call it from other parts of the script.
4. Why is the Function Definition Generator useful in UFT or QTP?
Ans. The Function Definition Generator in UFT or QTP is useful for several reasons: 1. Reusability: It allows testers to create reusable functions that can be called from different test scripts, reducing code duplication and improving efficiency. 2. Maintainability: By defining functions in a centralized location, it becomes easier to update and maintain them. Changes made in the function definition will reflect in all the test scripts where it is used. 3. Modularity: Functions created using the Function Definition Generator promote modular testing practices. Testers can focus on writing specific functions for different functionalities, making the overall testing process more organized and manageable. 4. Scalability: As the application under test grows, the Function Definition Generator enables testers to easily add new functions and expand the test automation framework without significant effort. 5. Collaboration: The Function Definition Generator facilitates collaboration among team members by providing a standardized way of creating functions. Testers can share and reuse functions, improving team productivity.
5. Are there any limitations of the Function Definition Generator in UFT or QTP?
Ans. While the Function Definition Generator in UFT or QTP is a powerful tool, it does have some limitations: 1. Limited flexibility: The Function Definition Generator provides a user-friendly interface for creating functions but may not support complex logic or advanced programming concepts. Testers may need to manually modify the generated code to fulfill specific requirements. 2. Lack of debugging capabilities: The Function Definition Generator does not provide built-in debugging features. Testers may need to rely on other debugging tools or techniques to identify and fix issues in the generated functions. 3. Learning curve: Although the Function Definition Generator simplifies the process of creating functions, there is still a learning curve involved in understanding its features and functionality. Testers may need to invest time in learning how to effectively use the tool. 4. Limited integration: The Function Definition Generator is specific to UFT or QTP and may not integrate well with other testing tools or frameworks. Testers may need to manually adapt the generated code to work with other tools if required.
56 videos
Explore Courses for Software Testing exam
Signup for Free!
Signup to see your scores go up within 7 days! Learn & Practice with 1000+ FREE Notes, Videos & Tests.
10M+ students study on EduRev
Related Searches

video lectures

,

mock tests for examination

,

pdf

,

Semester Notes

,

UFT | QTP | Using Function Definition Generator Video Lecture | Automation Training with HPE Unified Functional Testing 12.0 - Software Testing

,

Sample Paper

,

Important questions

,

Previous Year Questions with Solutions

,

practice quizzes

,

Free

,

MCQs

,

past year papers

,

Objective type Questions

,

Extra Questions

,

shortcuts and tricks

,

ppt

,

Summary

,

study material

,

UFT | QTP | Using Function Definition Generator Video Lecture | Automation Training with HPE Unified Functional Testing 12.0 - Software Testing

,

UFT | QTP | Using Function Definition Generator Video Lecture | Automation Training with HPE Unified Functional Testing 12.0 - Software Testing

,

Viva Questions

,

Exam

;