🧪 Selenium Automation Framework (OpenCart)

📌 Project Overview

This project is a Selenium-based automation testing framework developed for testing the OpenCart web application. It follows the Page Object Model (POM) design pattern and supports data-driven testing.

The framework is designed to automate key user workflows such as login, registration, account validation, and data-driven login scenarios.

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🚀 Tech Stack

• Java
• Selenium WebDriver
• TestNG
• Maven
• Apache POI (Excel Handling)
• Extent Reports
• Log4j2
• Page Object Model (POM)
• Jenkins

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📂 Project Structure

src/
├── test/java
│   ├── pageObjects
│   ├── testCases
│   ├── utilities
│   └── TestBase
├── test/resources
testData/
reports/
pom.xml
grouping.xml

✅ Features
Automated Login & Registration Test Cases
Data-Driven Testing using Excel
Page Object Model (POM) Design
Cross-browser testing support
Test execution using TestNG XML
Extent Report generation with timestamp
Screenshot capture for failed test cases
Log4j2 logging implementation
Jenkins integration for CI execution


## ✅ Features
- Automated Login & Registration Test Cases
- Data-Driven Testing using Excel
- Page Object Model (POM) Design
- Cross-browser testing support
- Test execution using TestNG XML
- Extent Report generation with timestamp
- Screenshot capture for failed test cases
- Log4j2 logging implementation
- Jenkins integration for CI execution

🧪 Test Scenarios Covered
User Login with valid credentials
User Login with invalid credentials
User Registration
Account Validation
Data-driven Login Testing using Excel

▶️ How to Run the Project
Clone the repository: git clone https://github.com/reshmaperween-qa/selenium-automation-framework

## 🧪 Test Scenarios Covered
- User Login with valid credentials
- User Login with invalid credentials
- User Registration
- Account Validation
- Data-driven Login Testing using Excel

Open the project in Eclipse or IntelliJ IDE
Install dependencies using Maven:
Right-click on project → Maven → Update Project
Run test suite:
Right-click on grouping.xml → Run As → TestNG Suite
 
🔄 Jenkins CI Integration
Jenkins is integrated with GitHub repository
Poll SCM is configured to check new commits
Maven is used to execute TestNG test suites
Jenkins runs automation tests after code push
Console Output is used to debug build failures
Test results are recorded in Jenkins
Extent Report is published in Jenkins after execution


Jenkins Maven command:
clean test -Dsurefire.suiteXmlFiles=grouping.xml

📊 Reporting
Extent Reports are generated with timestamp
Reports are stored inside the reports folder
Screenshots are captured for failed test cases
Jenkins HTML Publisher plugin is used to view Extent Reports

🛠️ Tools Used
Eclipse IDE
GitHub
Jenkins
Maven
Chrome Browser


3. Install dependencies using Maven:
Right-click on project → Maven → Update Project

4. Run test suite:
Right-click on grouping.xml → Run As → TestNG Suite

👩‍💻 Author
Reshma Perween
QA Test Engineer | Manual & Automation Testing

📍 Dubai, UAE
📧 reshmaperween0250@gmail.com


⭐ Note


## 🔄 Jenkins CI Integration
- Jenkins is integrated with GitHub repository
- Poll SCM is configured to check new commits
- Maven is used to execute TestNG test suites
- Jenkins runs automation tests after code push
- Console Output is used to debug build failures
- Test results are recorded in Jenkins
- Extent Report is published in Jenkins after execution

Jenkins Maven command:
clean test -Dsurefire.suiteXmlFiles=grouping.xml

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## 📊 Reporting
- Extent Reports are generated with timestamp
- Reports are stored inside the reports folder
- Screenshots are captured for failed test cases
- Jenkins HTML Publisher plugin is used to view Extent Reports

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## 🛠️ Tools Used
- Eclipse IDE
- GitHub
- Jenkins
- Maven
- Chrome Browser

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## 👩‍💻 Author
Reshma Perween  
QA Test Engineer | Manual & Automation Testing  

Dubai, UAE  
Email: reshmaperween0250@gmail.com  

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## ⭐ Note
This project demonstrates hands-on experience in automation testing using Selenium WebDriver, TestNG, Maven, POM framework design, data-driven testing, Extent Reports, and Jenkins CI integration.

This project demonstrates hands-on experience in automation testing using Selenium WebDriver, TestNG, Maven, POM framework design, data-driven testing, Extent Reports, and Jenkins CI integration.