🚀 Automation Framework for Web Application

• This repository contains an automation framework for web application testing.
• The framework is built using Java 11, TestNG, and Maven, following the Page Object Model (POM) design pattern.
• It is designed to be modular, scalable, and easily extendable, providing flexibility for local and parallel executions.

🛠️ Technologies & Tools Used

• Java 11 → Programming language for automation scripts.
• Maven → Dependency management & project build.
• TestNG → Testing framework to execute tests and manage the STLC.
• Page Object Model (POM) → Enhances test maintainability & reusability.
• ExtentReports → Generates detailed and interactive HTML reports.
• Log4j → Logging for info/debug/error messages.
• Apache POI → Read/write Excel for data-driven testing.
• Gson → JSON data serialization/deserialization for test data.
• Faker Library → Generates dynamic/fake test data.

✨ Features

• ✅ Data-driven testing (Excel, CSV, JSON).
• ✅ Rich reporting with screenshots, logs, and HTML reports.
• ✅ Cross Browser Testing (Chrome, Firefox, Edge, etc.).
• ✅ Headless Mode for faster execution.
• ✅ Grid Execution Support for parallel/distributed tests.
• ✅ Parameterization via Maven CLI (e.g., browser, headless, grid).
• ✅ Hooks via TestNG listeners for custom logging and reporting.
• ✅ Reusable Page Object Model (POM) for maintainable test scripts.
• ✅ Fake Data Generation using Faker library.

⚙️ Prerequisites

• Java 11 or higher installed.
• Maven installed & configured in system PATH.
• IDE (IntelliJ IDEA, Eclipse, etc.) for development.
• Browser drivers or Selenium Grid (if grid execution enabled).

📥 Setup Instructions

1. Clone the repository

• git clone https://github.com/pramesh01/Selenium-Java-TestNG-POM-Framework-2025.git
• cd Selenium-Java-TestNG-POM-Framework-2025

2. Run the tests (default execution)

• mvn clean test

3. Run with parameters

   Run on specific browser:

   • mvn clean test -DbrowserName=chrome

   Run in headless mode:

   • mvn clean test -DbrowserName=chrome -DIsHeadless=true

   Run on Selenium Grid:

   • mvn clean test -DbrowserName=chrome -DIsGridEnabled=true

⚠️ Note: Ensure Selenium Grid is running before executing with -DIsGridEnabled=true.

📊 Reports & Logs

• Extent Reports → Generated automatically inside /test-output folder after execution.
• Screenshots → Captured for failed test cases.
• Logs → Detailed execution logs via Log4j.

🔮 Future Enhancements

1. The framework is under continuous improvement. Below are planned enhancements:

   • Integration of execution steps in Extent Reports

2. Each test step (click, type, navigate, assert, etc.) will be logged dynamically inside the Extent HTML report.

   • Enhanced parallel execution using Selenium Grid

3. Full parallel test execution across multiple nodes and browsers.

   • Support for more scenarios & test data sources

4. Add new business workflows and additional data sources (like APIs or databases).

   • Jenkins CI/CD Integration

5. Automate test execution via Jenkins pipeline with integrated report publishing.

6. Dockerized Execution

   • Run Selenium Grid setup and test execution in Docker containers for isolated environments.

✅ Conclusion

• This framework is designed to be highly flexible, scalable, and maintainable.
• It seamlessly integrates with reporting, logging, and data-driven testing tools.
• Parameterization enables execution across multiple browsers, environments, and Selenium Grid.
• A strong foundation for building enterprise-grade web automation suites.

👨‍💻 Author

Pramesh Kumar

• LinkedIn: www.linkedin.com/in/prameshkumar
• 📧 Mail: pramesh.cs@gmail.com

📌 About Me

Hi, my name is Pramesh Kumar. I am an Automation Tester with around 8 years of total experience in web testing and automation using the Java programming language. I have worked on multiple projects for various companies, focusing on building maintainable and scalable automation solutions.