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🔹 1. Introduction to Selenium
• What is Selenium?
• Why Selenium is used for browser automation
• Overview of Selenium WebDriver, Selenium IDE, and Selenium Grid
• Key benefits of Selenium in automation testing
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🔹 2. Selenium Components
• Selenium WebDriver – API for interacting with web browsers
• Selenium IDE – Integrated Development Environment for simple recording and playback of tests
• Selenium Grid – Distributing tests across multiple machines for parallel execution
• Selenium RC (Remote Control) – Old component for running tests on multiple browsers, now deprecated
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🔹 3. Setting up Selenium
• Installing Selenium WebDriver
• Configuring WebDriver for different browsers (Chrome, Firefox, Safari, Edge)
• Setting up browser drivers (e.g., ChromeDriver, GeckoDriver)
• Setting up an IDE for coding with Selenium (e.g., Eclipse, IntelliJ IDEA, VS Code)
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🔹 4. Selenium WebDriver
• Introduction to WebDriver and its architecture
• How WebDriver interacts with browsers
• Key methods and commands in WebDriver (e.g., get(), click(), sendKeys(), findElement(), quit())
• Handling browser navigation (back, forward, refresh)
• Taking screenshots using Selenium
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🔹 5. Locating Elements in Selenium
• Using locators to find elements on a web page
o By ID
o By Name
o By Class Name
o By Tag Name
o By Link Text
o By Partial Link Text
o By CSS Selector
o By XPath
• XPath vs CSS Selectors – when to use each
• Advanced locator strategies: handling dynamic elements, parent-child relationships
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🔹 6. Actions in Selenium WebDriver
• Interacting with web elements (e.g., clicking buttons, entering text, selecting dropdowns)
• Actions class – Handling complex actions like mouse movements, drag-and-drop, keypress events
• Waits in Selenium (implicit, explicit, fluent waits)
• Handling multiple windows and frames (switching windows, alert handling)
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🔹 7. Handling Different Web Elements
• Forms – Input fields, checkboxes, radio buttons, dropdowns
• Tables – Reading, writing, and navigating through tables
• Iframes – Switching between frames
• Pop-ups and Alerts – Handling JavaScript alerts, confirmation, and prompt dialogs
• File Uploads – Automating file uploads with WebDriver
• Dropdowns – Handling drop-downs with Select class
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🔹 8. Synchronization in Selenium
• Implicit Waits – Automatically wait for elements to appear
• Explicit Waits – Waiting for specific conditions (e.g., element to be clickable)
• Fluent Waits – Advanced waiting strategy with configurable timeouts and polling frequency
• Dealing with dynamic web content and page load issues
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🔹 9. Handling Browser-specific Challenges
• Managing browser pop-ups, cookies, and history
• Handling browser windows and tabs
• Dealing with file downloads and managing browser settings (e.g., disabling pop-ups, handling downloads automatically)
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🔹 10. Selenium Grid
• What is Selenium Grid?
• Setting up Selenium Grid for parallel test execution
• Running tests on different machines or different environments using Selenium Grid
• Configuring Hub and Nodes in Selenium Grid
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🔹 11. Data-Driven Testing with Selenium
• Introduction to data-driven testing
• Using external data sources (Excel, CSV, Database, JSON, XML) in Selenium tests
• Integration with TestNG or JUnit for data-driven testing
• Running tests with different sets of input data
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🔹 12. Selenium with TestNG and JUnit
• Introduction to TestNG and JUnit frameworks
• Writing test scripts with TestNG and JUnit
• Setting up test configurations, annotations (@BeforeClass, @AfterClass, @Test)
• Running parallel tests using TestNG
• Reporting and logging with TestNG
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🔹 13. Selenium with Maven and Jenkins
• Using Maven for dependency management in Selenium projects
• Setting up Maven with Selenium WebDriver
• Continuous Integration with Jenkins – Running automated tests with Jenkins
• Integrating Selenium tests into CI/CD pipelines
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🔹 14. Advanced Selenium Concepts
• Headless Browser Testing – Running Selenium tests without a graphical user interface (using browsers like Chrome in headless mode)
• WebDriver Waits – Advanced strategies for handling slow-loading web pages
• Cross-browser Testing – Ensuring that tests work across different browsers and devices
• Parallel Test Execution – Speeding up testing by running tests on multiple machines or browsers simultaneously
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🔹 15. Best Practices for Selenium Automation
• Organizing test scripts for maintainability and scalability
• Modular test design – Reusable methods and page object models (POM)
• Handling exceptions and error reporting
• Keeping tests independent and reliable
• Regularly updating and maintaining WebDriver versions and browser drivers
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🔹 16. Debugging and Troubleshooting Selenium Tests
• Common issues and solutions (e.g., ElementNotFoundException, TimeoutException)
• Logging and debugging test scripts
• Using browser developer tools to inspect elements and debug scripts
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🔹 17. Selenium with Other Technologies
• Selenium with Python – Setting up and writing Selenium tests with Python
• Selenium with Java – Integrating Selenium with Java for enterprise-level test automation
• Selenium with C# – Writing and running Selenium tests using C#
• Selenium with JavaScript (Node.js) – Running browser automation with JavaScript
• Selenium with Appium – Extending Selenium for mobile test automation
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🔹 18. Real-World Use Cases of Selenium
• Automating functional tests for websites and web applications
• Performance testing with Selenium
• Web scraping using Selenium
• Regression testing for websites after updates
• Continuous integration and delivery for web applications
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🔹 19. Selenium Alternatives
• Overview of popular alternatives to Selenium:
o Cypress
o Playwright
o TestComplete
o Puppeteer
o Appium
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