Selenium 4.0 LATEST Features, Docker & AWS Integration

Explore Selenium, an open source web automation framework that acts as a cross-language, cross-browser platform for web testing, with integration paths to databases and web services.

Explore the evolution of Selenium from version 1 to 4, detailing architecture changes, early components id, rc, and grid, and the shift to a fully W3C compliant driver model.

Discover Selenium 4 updates, including redesigned architecture, grid for cross-browser testing, and Chrome DevTools integration, with hands-on examples and cross-language API documentation.

Explore the new Selenium IDE, install its browser extension, and learn how actions are recorded and exported to code, while noting its limitations for full automation.

Identify essential prerequisites for selenium automation, including JDK 1.8, Eclipse or IntelliJ, the selenium library via jar or Maven, and a browser on your machine.

Install the Java Development Kit (JDK) on Windows, set the JAVA_HOME and PATH environment variables, and verify the installation by running java -version.

Install and configure Java on Mac OS X by downloading the JDK installer, locating Java in the library, and setting JAVA_HOME and PATH in a bash profile for global access.

Install maven on windows by downloading the latest zip, setting MAVEN_HOME and updating PATH in system variables, then verify the setup in a command prompt.

Install and configure Maven on macOS by setting MAVEN_HOME and updating your PATH, then create a Maven project with Selenium dependencies and manage browser drivers.

Install Eclipse IDE to write Java code for Selenium automation by downloading the Eclipse packages, selecting the enterprise Java and web developers bundle, and ensuring compatibility with your JDK version.

Create a new Java project in Eclipse, import Selenium 4.0 jars manually, and configure Chrome driver. Run a first test that navigates to a site and prints its title.

Explore how to view the Selenium chrome driver source and understand the remote web driver hierarchy. See how Maven automates dependency management and browser executable downloads to avoid jar updates.

Automate dependency management and browser executables with maven for selenium 4, adding selenium java dependency and web driver manager to automate chrome, edge, and firefox binaries.

Discover Selenium 4.6.0's built-in Selenium manager that auto downloads Chrome, Gecko, and Edge drivers, eliminating manual executable setup and enabling browser launch from jar or grid.

Configure Edge and Firefox browsers in Selenium using driver manager, select the correct driver versions, and auto-download browser executables with Maven to ensure reliable launches.

Explore Selenium four WebDriver architecture and API docs, showing how the WebDriver interface enables switching between Chrome, Firefox, and Edge drivers via runtime polymorphism.

Learn to locate and interact with web page elements using Selenium 4 locator strategies, including relative locators and waits, to automate web pages such as Gmail login.

Maximize, minimize, and set full screen for the current browser window with Selenium 4.0's driver.manage().window. Understand method chaining and the window options interface.

Master implicit wait in Selenium to handle element presence and synchronization, learn its limitations with dynamic elements, and troubleshoot cross-browser issues across Chrome, Firefox, and Edge.

Learn to fix synchronization issues by using explicit waits with WebDriverWait and duration-based timeouts, choosing conditions like presence, visibility, or clickability over implicit waits.

Explore fluent wait in selenium 4.0, contrasting implicit and explicit waits, and learn to configure fluent wait with timeout, polling frequency, and ignored exceptions for robust web driver synchronization.

Explore selenium 4 relative locators to identify elements by above, below, near, left of, and right of relationships, and implement practical examples with dropdowns, input fields, and sign in links.

Chain relative locators to identify elements by their position, such as above and below, and use static imports to call them directly, enabling dynamic and efficient Selenium locators.

Explore Selenium 4 relative locator strategies to find multiple elements, store them in a list, and iterate to retrieve label texts and count elements.

Selenium 4 lets you capture element screenshots with get_screenshot as a file and copy it to your project; full-page capture remains beta on Firefox and is not available on Chrome.

Explore capturing visible and full page screenshots in Selenium 4.0 using Firefox and Chrome drivers, and cast the driver to the WebDriver interface for full page support.

Explore Selenium 4.0 XPath locators, including id, name, contains text, and relative and absolute paths; learn to craft unique selectors using indexing, siblings, and parent-child relations.

Master Selenium XPath techniques for locating elements, from absolute and relative paths to partials, using contains, starts-with, and indexers, with browser dev tools and Firefox guides.

Explore CSS selectors in depth and compare them with XPath for locating elements. Create unique selectors from attributes, concatenation, starts with and contains; CSS lacks text matching and parent navigation.

Discover tools for generating XPath and CSS selectors, using selectors hub to quickly derive robust locators and export code for Selenium driver.findElement across languages.

Explore selenium 4.0's new frame handling: switch to frames by index, name, or id; interact inside them; and return to the parent or default content.

Explore how to open a new tab or window in Selenium 4.0, switch between windows using window handles, run actions, and close them as needed.

learn how selenium 4 handles basic authentication without embedding credentials in the URL by using the has authentication interface and its register method with username and password admin.

Discover how Selenium 4 enables printing a web page to a PDF file using the print method in Chrome driver, including headless mode and print options.

Explore Selenium 4 browser options and capabilities for Chrome and Firefox. Learn to use headless mode, SSL handling, window sizing, and mobile emulation.

discover how selenium 4 introduces a rectangle class to obtain an element's x and y coordinates, height and width, in one single class.

Explore selenium 4 enhancements to the find element method and the actions API, with deprecated classes removed and a shift toward W3C-compliant, cross-browser stability.

Explore Selenium's Chrome DevTools Protocol integration, enabling bidirectional access to logs, network requests and performance features, including network throttling and device emulation such as iPhone X mode.

Explore using the Chrome DevTools Protocol to bypass SSL certificate prompts in Selenium tests by starting a DevTools session, enabling security, and ignoring certificate errors.

Mock geolocation in Selenium 4 by overriding the browser's lat/long with 100% accuracy to test your site from different locations, like New York or London, via devtools.

Learn to simulate device views in Selenium by overriding browser device metrics with Chrome DevTools, using a device metrics map or CDP commands to emulate iPhone dimensions.

Block network requests to speed up tests by preventing image and file downloads using dev tools protocols, enabling network tracking and blocking specific URLs during regression and smoke tests.

Learn to test app performance on slow networks by emulating 2g, 3g, and 4g conditions with Chrome DevTools, adjusting latency and throughput to observe loading behavior and optimize assets.

Learn how to override a time zone value using dev tools to simulate different time zones, observe changes in the current time, and validate Selenium test behavior.

Learn to capture and analyze Chrome console logs in web pages using the DevTools protocol, enable logs, add listeners, and extract timestamp, log level, source, and text.

Learn to capture and validate request and response headers from API calls using Selenium to enable network monitoring, set up a listener, and print header key-value pairs for validation.

Learn to retrieve the status code and URL from API responses in Selenium testing, verify successful 200 responses, and inspect request and response details using dev tools.

Add custom headers to API requests by creating a string-to-object map, set key-value pairs such as name and automation tester, and observe how extra headers are sent and manipulated.

Discover how to view and manipulate the user agent header, faking browser and device information with user agent override tools to simulate Mac Safari or Windows Chrome.

Enable performance metrics in Selenium 4 by turning on the performance option, monitor your web page with dev tools, and export a performance matrix to analyze load times and frames.

Explore selenium 4 page load strategies: normal, eager, and none, and see how eager begins actions before full page load while normal waits for complete dom and images, improving performance.

Explore the redesigned selenium grid 4 architecture, featuring a hub and node distribution for remote execution across multiple browsers, with standalone, hub-and-node, and distributed deployment options.

Configure a Ubuntu virtual machine with VirtualBox, install Java, set up Selenium grid hub, and prepare for Docker-based distributed testing in upcoming sessions.

Launch the selenium grid in standalone mode, start the hub from the terminal, and run tests on Chrome and Firefox through a remote web driver with Chrome and Firefox options.

Learn to run test cases in parallel with selenium 4, using thread local for remote driver management, and configure firefox and chrome options in a stand-alone grid setup.

Configure a Selenium grid with a hub and multiple nodes to distribute tests across Chrome and Firefox on separate machines, register nodes, and run parallel sessions.

In distributed mode, start each grid component on separate terminals or machines, with the router directing requests to the session map, session queue, and distributor, then to the node.