Selenium WebDriver: A Step by Step Guide to Test Automation

Explore Selenium, the open-source, free test automation suite, including Selenium IDE and WebDriver, discover its history, and learn quick setup with Firefox and the Selenium IDE extension.

Learn to install Selenium, open Selenium IDE in Firefox, and create your first script by recording actions, exploring the IDE’s menus, options, and exporting test cases.

Learn Selenium IDE commands to record and run tests using actions like click and type, verify text, check element states, and handle page load with waits.

Explore the limitations of Selenium IDE, including restricted cross-browser testing, lack of conditional statements, and difficulty handling dynamic content and popups during recording.

Explore Selenium WebDriver for automated browser testing, delivering cross-browser support (Firefox, Internet Explorer, Safari) and scripting with multiple programming languages through a direct browser interaction model.

Compare WebDriver and Selenium RC, outlining how each tool controls the browser—direct communication versus a middleman—and what this means for test automation strategies.

Install and configure the selenium web driver by installing the java software development kit, setting up eclipse, and adding external jar files to a java project.

Learn to create your first web driver script with Selenium, choose Firefox or Chrome drivers, navigate to a page, retrieve the title, and validate against an expected value.

Master Selenium WebDriver with Chrome by configuring the chromedriver path, launching your script in Eclipse, and opening a webpage to run your first test.

Discover how to run Selenium code on the Firefox browser by setting up a new project, configuring the Firefox driver, and using the Selenium standalone server.

Learn Selenium WebDriver with Internet Explorer code, using IE-specific drivers to run scripts across browsers, perform clicks, and validate steps in a test automation workflow.

Identify buttons, checkboxes, radios, sliders, and text boxes, and locate them with id, class, name, link text, xpath, and css selectors using Selenium.

Explore how selenium webdriver identifies and automates interaction with web form elements—text fields, checkboxes, radio buttons, and the submit button—and streamlines filling and submitting forms.

Master locating form elements with Selenium WebDriver, send keys to id and name fields, click login and submit buttons, and handle radio buttons, checkboxes, and element exceptions.

Master XPath syntax in Selenium to locate web elements using absolute and relative paths, attributes, and text, and understand when to use single or double slash for robust element targeting.

Explore how to interact with drop-down menus using selenium webdriver. Create a select object and choose options by visible text, index, or value, including single and multiple selections.

Learn to perform keyboard and mouse interactions in Selenium WebDriver using action chains, including click, double-click, right-click, drag-and-drop, move to, and sending keystrokes with modifier keys.

Discover how to work with links in Selenium WebDriver, locating by link text or partial link text, and clicking or iterating through links for navigation validation.

Learn to navigate HTML tables in selenium by locating cells with XPath, reading cell text, and using child and sibling relationships to access data across rows and columns.

Automate uploading and downloading with selenium web driver by using a file input and send keys to set the local file path, and bypass the dialog with an external tool.

Learn to handle alert and pop-up in selenium web driver, including simple alerts, confirmations, and prompts; switch to alerts and manage multiple windows with window handles.

Learn how to manage waits in Selenium using implicit and explicit waits, with expected conditions such as element presence, visibility, and clickability, to reliably interact with web elements.

Open a browser with Selenium WebDriver, load a page, locate elements by id such as demo and Selenium box, verify isSelected and isDisplayed for checkboxes, and print results.

Learn to handle drop down menus in Selenium using the select class to select options by index or by visible text, with a practical fruit example like banana.

Explore navigation handling with Selenium WebDriver by opening a browser, maximizing the window, and using back and forward controls, illustrated with a Facebook example.

Learn how to handle multiple browser windows with Selenium by capturing window handles, switching to newly opened windows, and performing actions before returning to the original window.

Master how to determine if a checkbox is selected in Selenium WebDriver, handle multiple checkboxes, and validate checkbox states to ensure reliable test automation outcomes.

Learn to handle web forms with selenium webdriver by locating elements, typing username and password, selecting checkboxes, and submitting forms across browsers.

Discover how to use testng to structure tests with setup and teardown annotations, group and prioritize tests, and run them in parallel, while generating readable test reports.

Learn to install TestNG in Eclipse via the Marketplace, accept the license, configure preferences, and set up a new test project with the Selenium Java client for test automation.

Learn how to use TestNG annotations to structure Selenium WebDriver tests, including before class, before and after methods, and test execution order for robust test automation.

Explore how test methods in TestNG are ordered by priority, including how tests without priority run alphabetically and how equal priorities resolve to alphabetical order.

Explore how to use TestNG listeners with Selenium WebDriver to customize logs and take snapshots, by implementing listener interfaces and reacting to test start, success, and failure.

Learn how to organize and run multiple test suites in testng by designing independent test classes across packages and executing them in parallel or sequentially.

Learn how to perform multi-browser testing with Selenium WebDriver, running the same code across Firefox, Chrome, and other browsers, and handle cross-browser differences in script implementation.

Demonstrate TestNG annotations to structure test execution with before and after methods, grouping, and imports, showing practical steps for managing tests in a Selenium workflow.

Explore how TestNG without priority relies on alphabetical order for test execution, highlighting login, dashboard actions, and the dependency that prevents performing operations before login.

Explore how to implement a TestNG listener in Selenium tests, define all listener interface methods, and control actions before, during, and after test execution in a browser session.

Master cross browser test automation with Selenium WebDriver by running tests in parallel across Chrome and Firefox, ensuring coverage of all browsers for reliable results.

Explore how to manage test execution order in TestNG by using priority to decide which tests run first, and recognize when prioritization is optional versus necessary.

Learn how to work with iframes in Selenium WebDriver by switching to and from frames, locating elements inside frames (including nested ones), and interacting with embedded content.

Learn how to use AutoIt with Selenium to handle desktop windows and file upload dialogs, and follow step-by-step instructions to download, install, and script AutoIt for test automation.

Explore automating file upload tasks with AutoIt in Selenium workflows, using window controls, keystrokes, and scripts to interact with file dialogs and web elements.

Learn how to use Selenium WebDriver's desired capabilities to configure drivers for desktop and mobile automation, including browser properties and platform details.

Explore how the Robot class enables you to simulate keyboard and mouse actions in Selenium test automation, including clicking, typing, uploading and downloading, and handling exceptions to build resolution-independent tests.

Demonstrates using the robot class in Selenium WebDriver to simulate keyboard and mouse actions for test automation, including key presses, key events, window control, and exception handling.