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Selenium Automation Testing

This comprehensive Selenium Automation Testing course is designed to equip participants with the essential skills and knowledge to effectively automate web application testing using Selenium WebDriver. The course covers fundamental concepts of automation testing, Selenium architecture, and hands-on experience with Selenium tools, frameworks, and best practices.

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💡 Key Highlights

Introduction to Automation Testing

Understanding the need, benefits, and types of automation testing.

Overview of Selenium

Selenium suite components including Selenium IDE, WebDriver, Grid, and their applications.

Selenium WebDriver Basics

Setting up the environment, writing your first test scripts, and understanding WebDriver APIs.

Locators and Web Elements

Deep dive into different types of locators (ID, Name, XPath, CSS Selector), handling web elements, and DOM navigation.

Synchronization and Waits

Implicit, explicit, and fluent waits to handle dynamic web pages.

Handling Alerts, Frames, and Windows

Techniques to manage pop-ups, alerts, multiple windows, and frames.

TestNG Framework Integration

Test execution management, annotations, data-driven testing, and reporting.

Page Object Model (POM)

Designing maintainable and reusable test scripts using POM design pattern.

Data-Driven Testing

Parameterizing test cases using Excel, CSV, or databases.

Advanced User Interactions

Mouse and keyboard events using Actions class.

Cross-Browser Testing

Running tests on multiple browsers using Selenium Grid.

Project Work

Real-world projects to apply the concepts learned.

Continuous Integration (CI) with Jenkins

Automating test execution as part of CI/CD pipelines.

Best Practices and Debugging

Tips for writing efficient tests and troubleshooting common issues.

🛠️ Course Features

100% practical and
project-based learning

Real-world
capstone projects

Code reviews and
mentor support

Resume and GitHub
portfolio development

Lifetime access to
course materials (if online)

Certification upon
successful completion

👨 Who Should Attend

  • Manual testers looking to transition to automation.
  • QA professionals aiming to enhance automation skills.
  • Developers interested in test automation.
  • Fresh graduates aspiring to enter the testing domain.

📦 Prerequisites

  • Basic understanding of software testing concepts.
  • Familiarity with any programming language (preferably Java, Python, or C#).

By the end of this course, participants will have the confidence to design, develop, and maintain robust Selenium automation frameworks and scripts for web application testing, improving the efficiency and reliability of testing processes.

Selenium Course Learning Outcomes

By the end of the course, learners will be able to:

1. Understand the Basics of Selenium:
  • Explain what Selenium is and its role in test automation.
  • Identify the different components of Selenium (Selenium WebDriver, Selenium Grid, Selenium IDE).
  • Install and configure Selenium WebDriver with popular browsers (Chrome, Firefox, etc.).
  • Set up Java/Python/JavaScript environment for Selenium automation.
  • Create test scripts using Selenium WebDriver to automate web application testing.
  • Locate web elements using various strategies (ID, Name, XPath, CSS Selectors, etc.).
  • Perform actions like clicking, typing, selecting dropdowns, and handling alerts.
  • Use implicit and explicit waits to handle dynamic web elements and synchronization issues.
  • Work with forms, tables, frames, pop-ups, and windows.
  • Handle mouse and keyboard events.
  • Manage browser navigation commands (forward, back, refresh).
  • Work with Selenium Grid for parallel and cross-browser testing.
  • Integrate Selenium with testing frameworks like TestNG or JUnit.
  • Generate test reports.
  • Write maintainable and reusable test code using Page Object Model (POM).
  • Manage test data and configurations.
  • Integrate Selenium scripts with continuous integration tools like Jenkins.
  • Identify common Selenium errors and exceptions.
  • Apply debugging techniques to resolve automation failures.
  • Version Control and Collaboration
  • Final Deployment and Presentation
  • Design and execute automated test suites for web applications.
  • Analyze and report test results effectively.

Selenium Automation Testing Course Content

1. Introduction to Selenium
  • What is Selenium?
  • History and evolution of Selenium
  • Why Selenium for automation testing?
  • Types of Selenium tools (Selenium IDE, WebDriver, Grid, RC)
  • Benefits and limitations of Selenium
  • Selenium WebDriver architecture
  • Components of Selenium
  • How Selenium interacts with browsers
  • Installing Java and configuring environment variables
  • Setting up Eclipse/IntelliJ IDE
  • Installing Selenium WebDriver
  • Adding Selenium libraries to your project
  • Configuring Browser drivers (ChromeDriver, GeckoDriver for Firefox, etc.)
  • Understanding WebDriver interface and methods
  • Launching browsers using WebDriver
  • Navigating to URLs
  • Browser commands: maximize, minimize, refresh, close, quit
  • Locating elements: id, name, class, tag, link text, partial link text, CSS Selector, XPath
  • Handling web elements: click, sendKeys, clear, submit, getText, getAttribute
  • Handling dropdowns (Select class)
  • Handling checkboxes and radio buttons
  • Working with alerts and pop-ups
  • Handling frames and iframes
  • Handling multiple windows/tabs
  • Mouse and keyboard actions (Actions class)
  • Taking screenshots
  • Implicit waits
  • Explicit waits (WebDriverWait)
  • Fluent waits
  • Handling dynamic web elements
  • Reading data from Excel using Apache POI
  • Reading data from CSV files
  • Parameterization in tests
  • Introduction to TestNG/JUnit
  • Writing test cases using TestNG annotations
  • TestNG XML configuration
  • Grouping, prioritizing, and sequencing test methods
  • Parallel test execution
  • Generating reports with TestNG
  • Introduction to Page Object Model
  • Benefits of POM in test automation
  • Implementing POM in Selenium scripts
  • Page Factory and @FindBy annotations
  • Concept of Data-Driven Testing
  • Using Excel/CSV with TestNG DataProviders
  • Creating reusable test scripts with multiple data sets
  • Testing on different browsers using WebDriver
  • Setting up cross-browser tests
  • Introduction to Selenium Grid
  • Setting up and running Selenium Grid
  • Introduction to CI/CD concepts
  • Integrating Selenium tests with Jenkins
  • Scheduling automated tests
  • Viewing test results and reports in Jenkins
  • Writing maintainable and reusable scripts
  • Common challenges and solutions in Selenium
  • Debugging Selenium tests
  • Logging using log4j or similar frameworks
  • Handling Captcha and OTP (Overview)
  • Automation of AJAX-based applications
  • Headless browser testing (HtmlUnitDriver, Headless Chrome)
  • Automation using Selenium with BDD (Cucumber framework)
  • Building a real-time Selenium project from scratch
  • End-to-end automation of a web application
  • Framework creation (Hybrid framework)
  • Best practices for framework design
  • Common Selenium interview questions
  • Hands-on coding exercises
  • Tips for technical interviews

Selenium Course Tools

1. Selenium WebDriver
  • The core tool for browser automation. It allows scripting interactions with web browsers programmatically.
  • A browser plugin (Chrome/Firefox) for record-and-playback of tests — great for beginners to quickly create test cases without coding.
  • Tool to run tests in parallel across multiple machines and browsers for cross-browser testing.
  • Java (with Eclipse or IntelliJ IDEA)
  • Python (with PyCharm or VS Code)
  • JavaScript (with Node.js and Visual Studio Code) Selenium WebDriver supports multiple languages, so courses often pick one or more of these.
  • Maven or Gradle for Java projects (dependency management, build automation).
  • pip for Python to manage Selenium packages.
  • JUnit/TestNG (Java) — popular test frameworks for structuring and running tests.
  • pytest/unittest (Python).
  • Mocha/Jest (JavaScript).
  • State Synchronization between Frontend and Backend
  • ChromeDriver (for Chrome)
  • GeckoDriver (for Firefox)
  • EdgeDriver (for Microsoft Edge) These are executable files Selenium uses to control the respective browsers.
  • Introduction to TypeScript with MERN
  • Testing APIs and React Components (Jest, Mocha)
  • Jenkins or GitHub Actions to automate running Selenium tests on code commits.
  • Git and GitHub/GitLab/Bitbucket for source code management and collaboration.
  • Allure Report or Extent Reports to generate visual and detailed test reports.

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