HP UFT Real-Time Project-based Training

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What is the QuickTest Professional (QTP)/Unified Functional Testing (UFT) Tool?

Testing the code for bugs through one or more testing activities across various stages of a project such as planning, requirements, developing, test execution, defect logging, test analysis, and reporting is the crucial part of the Software Development Life Cycle(SDLC). QTP/UFT is a functional automation testing tool that helps testers in running automated tests without monitoring to identify the errors/bugs and fix them. UFT was first developed by Mercury Interactive as Astra Quick Test, later named as Quick Test Professional. However, after the acquisition of Mercury Interactive by Hewlett Packard (HP), QTP was referred to as HP QTP, which was later owned by MicroFocus to be now known as MicroFocus UFT.

UFT is presently one of the most common tools used for automated testing. UFT can be used for functional testing, regression testing, and service testing. It is ideal for automating user actions on the web and then used to test for bugs for different users on multiple datasets. Moreover, it can be used across different platforms for cross-browser testing. With proper planning and execution, UFT can prove to be a time, effort, and money-saving tool when compared to manual testing.

Advantages & Evolution

Advantages of MicroFocus UFT:

QTP/UFT is essentially an automated testing software designed to run test cases on a wide range of software applications in different environments. The evolution of QTP has brought a comprehensive list of advantages as it not only improves the speed of software testing but also perks up the efficiency.

Easy to use and maintain.
Easy to navigate, validate results, and generate reports.
It consists of record and playback features.
It is robust and can be used for running test cases on various applications built on different technologies and automation tools.
It supports the data-driven testing approach, modular testing approach, and keyword-driven testing approach.
With UFT add-ins, it can support .Net, Java, Delphi, Oracle, SAP, .Net, Web Forms, PeopleSoft, etc environments.
MicroFocus UFT acts as an Integrated Development Environment (IDE) for testing and modifying, with the help of two views – Keyword view and Expert view. The standard IDE features of UFT enables the tester to pause and test the code at predetermined places called breakpoints.
UFT provides a Test Reporting feature for performing analysis.
It supports XML.
UFT can be extended by integrating the Test Management Tools like HP Winrunner, Quality Center, Test Director for scheduling and monitoring.

Evolution of QTP/UFT Tools:

First developed by Mercury Interactive, the Quick Test Professional was known as Astra QuickTest from 1998 – 2001. After taking over Mercury Interactive in 2006 by Hewlett Packard, several versions of QTP were released and called by the name HP QTP until 2011. After the 11.5 version was released, the HP QTP and HP Service Test were bundled together and renamed as Unified Functional Testing (UFT) tool. The HP Software Division took care of the development of UFT until 2016. Subsequently, the HP Software Division, otherwise known as HPE was acquired by MicroFocus in 2017. What the veterans of the IT industry refer to as QTP is now MicroFocus UFT.

Topics Covered

1. Test Automation

Learn how automation improves testing efficiency, consistency, and coverage. Explore real-world use cases where automation saves time and reduces human error.

2. Why Automation?

Understand the need for automation in modern testing environments. Discover how it accelerates release cycles and enhances software quality.

3. What is Automation?

Gain a clear understanding of automation testing fundamentals. Learn how it differs from manual testing and its advantages.

4. Automation Testing Development/Design Process

Explore the structured approach to designing automation test cases. Learn planning, scripting, and maintenance best practices.

5. UFT Basics

Get introduced to the Unified Functional Testing tool interface. Learn its key components and how to navigate the environment.

6. Understand Actions and Their Importance

Understand how actions modularize test scripts in UFT. Learn about reusable and non-reusable actions for efficient scripting.

7. Capture Runtime Data

Learn how to retrieve and validate dynamic data during test execution. Explore techniques to store and use this data.

8. Synchronization

Handle timing issues between the application and test execution. Use synchronization methods to ensure stable test runs.

9. Transactions

Measure performance of specific actions within a test. Learn to define and track transaction times using UFT.

10. Regular Expressions

Use regular expressions to handle dynamic objects and values. Enhance script flexibility by creating patterns that match variable data.

11. Logging Results

Understand how UFT logs test results. Customize logs for better readability and debugging.

12. Data Table Methods

Work with UFT’s built-in data table for parameterization. Read, write, and loop through test data efficiently.

13. Checkpoints

Use checkpoints to validate expected outcomes in your tests. Learn types like standard, text, and image checkpoints.

14. API Testing

Test REST and SOAP APIs using UFT. Validate response codes, headers, and payloads through UFT’s built-in API testing features.

15. Web Services

Learn how UFT interacts with web services. Test and automate service calls for end-to-end application testing.

16. Recovery Scenarios

Handle unexpected errors using recovery scenarios. Ensure test execution continues even after runtime failures.

17. Different Types of Objects in UFT

Explore object types like standard, custom, and dynamic objects. Learn how UFT identifies and interacts with them.

18. Object Identification

Understand the mechanism behind object recognition. Customize object properties to enhance identification reliability.

19. Descriptive Programming

Write test scripts without relying on the object repository. Use property-based identification to interact with UI elements.

20. Test Methods

Explore built-in methods associated with various objects. Learn to use them effectively in scripting test logic.

21. Recording Modes

Use different UFT recording modes: normal, analog, and low-level. Choose the best method based on your testing needs.

22. Virtual Objects

Define and use virtual objects when standard recognition fails. Extend UFT’s capabilities to handle unconventional UI elements.

23. VB Scripting

Master VBScript, the scripting language behind UFT. Learn syntax, control structures, and functions for test automation.

24. VB Script Objects

Utilize built-in VBScript objects like FileSystemObject and Dictionary. Enhance script functionality with real-world data manipulation.

25. Automation Object Model (AOM)

Control UFT externally using AOM. Automate test execution, settings, and configurations through scripting.

26. Types of Frameworks

Learn data-driven, keyword-driven, modular, and hybrid frameworks. Understand their structure and real-time implementation.

27. Integration of ALM to UFT

Integrate Application Lifecycle Management (ALM) with UFT. Manage test cases, run results, and reports seamlessly.

28. Types of Procedures in UFT

Differentiate between subroutines, functions, and user-defined procedures. Use them to structure your test scripts logically.

Frequently Asked Questions

Who is eligible to do a real-time QTP project?

Any manual testing engineer hoping to become an automation test engineer can directly opt for real-time project-based training in QTP. Alternatively, anyone who has completed the QTP course is eligible for directly enrolling in a real-time QTP project. Nevertheless, one with a good understanding of SDLC, VB Script can opt for real-time QTP project-based training with us. Otherwise, if you are looking for a formal QTP training before signing up for a real-time project, check out www.h2kinfosys.com for more details.

What are the advantages of real-time project-based QTP training?

Despite being a simple to learn and use automation testing software, completing a real-time QTP/UFT project has its own set of advantages. A real-time project-based QTP training can enable the intern to gain knowledge of the various phases of the Software Development Life Cycle. Every intern, by the completion of the project, will be able to bridge the gaps between theoretical knowledge and practical implementation. All interns will be able to produce the real-time project experience on their resume which adds immense value to it. The real-time automation testing projects can help the interns learn the intricacies of hands-on applications, thereby enabling them to crack interviews more efficiently.

What will you learn during the QTP real-time project?

A real-time QTP project-based training can bring in a lot of value addition to the interns as compared to the classroom training. A typical QTP project can make the interns conceptually strong in the following: Manual Testing in real-time environments Hybrid and Agile Process implementations Implementing QTP features/frameworks in project Familiarity in SDLC Complete knowledge of STLC Understanding QTP in light of domains like Healthcare, Banking, e-commerce. Automation Test Plan Identify Automation Scenarios and documenting Object Identification Data-Driven Testing Spreadsheets Databases Various functions and procedures Working with Libraries Implementing Modular, Data-driven, and keyword approach Advanced descriptive Programming Child Objects Generic Scripts Error Handling Test Management with QC Test Batch Run Debugging Test Scripts Bug Reporting

What will you achieve by the end of the real-time QTP project?

By the end of the real-time QTP project, all the trainees evolve as a full-fledged automation testing engineer with a complete understanding of SDLC and STLC. Each intern will have witnessed how various teams come together to drive the project through completion. Hands-on experience will help the interns adopt best-practice sharing methodologies through knowledge exchange, interaction, resource identification, networking, and so on. Additionally, the real-time experience can be included in the resume to increase the overall appeal. What happens after the QTP Project is completed? Once the QTP project is done, the Project Leader conducts a resume-building session where they share their project inputs such as its top features that should be included in the experience section. The interns build their resume with the help of our trained experts. The trainers then mentor the interns with quick tips for cracking the interviews and building their confidence. Once done, the staffing team forwards their resume among the requirement pool. Our HR recruiters put 100% effort to ensure that all our interns are placed successfully! Drop Us a Query Name Email Address Phone number Country Your Query Submit quick-test-professional quick-test-professional Projects Telecom Health Care Banking Finance CRM Supply Chain Management Technologies Python Certification Selenium Certification Business Analyst Certification Java Certification Quality Assurance Certification Need a job ? Don’t have experience ? Video Player 00:00 12:08 Building Experience Advanced JAVA Big Data Hadoop Business Analysis Mobile Applications Quality Assurance Quick Test Professional / UFT / Unified Functional Testing Tool Selenium We

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