Selenium Webdriver in C#.Net

Learn how to launch Chrome, Internet Explorer, Firefox, and Safari using Selenium WebDriver in C#.NET, configure drivers with NuGet and environment variables, and run browsers in headless mode with reports.

Use desired capabilities to launch a browser with a specific configuration, selecting browser name and platform to match the execution node and configure proxies, extensions, and profiles.

Learn basic browser automation with selenium in c#.net: maximize and resize the window, move it on screen, navigate forward and backward, and retrieve the page title and source.

Discover element identification in selenium webdriver for C#.NET by using id, name, class name, tag name, link text, and partial link text, plus indexed and find elements methods.

Master advanced xpath and css expressions for selenium in c#.net, using parent-child and sibling relationships, starts-with and contains attributes to locate elements.

Learn to interact with web elements using Selenium WebDriver in C#.NET: enter text, read values, select dropdowns by text or index, and check enabled and displayed states.

Learn to synchronize Selenium tests in C#.Net with implicit and explicit waits. Configure page timeouts and wait for elements to be clickable or visible.

Learn to perform complex actions in selenium using the actions class in c#.net, including drag and drop, double click, context click, and chained commands with build and perform.

Master handling alerts, frames, and multiple windows or tabs with Selenium WebDriver in C#.Net. See hands-on examples of switching to alerts, frames, and windows to perform actions and verify results.

Handle common selenium web driver exceptions, such as no such element and element reference exceptions, by using correct locating strategies, ensuring element visibility, and applying explicit waits with expected conditions.

Learn how to use the JavaScriptExecutor in selenium webdriver with c#.net to click elements, set values, scroll to elements, and dispatch events across browsers.

Master framework utilities for selenium testing: kill processes by name, generate random digits and strings, extract numbers with regular expressions, and manage settings and environment variables.

install and configure a logging framework in a C#.NET selenium project using NuGet, log time-stamped messages to the console or files, and use levels like info and error.

Learn mstest in .net, use assert methods, apply test initialize, test cleanup, class initialize, and class cleanup; build and run tests from the command line, filtering by class or method.

Explore designing page object models and page factory models in Selenium WebDriver with C#.NET, creating reusable page classes, encapsulating fields, and handling multi-window navigation.

Initialize a git repository, add and commit files, push to a remote from Visual Studio, then create and switch branches, view history, and manage commits and remotes.

Learn how to integrate Selenium tests with TeamCity by pulling changes from a repository, creating a new project and build configuration, and running tests in Chrome through an agent.

Integrate Selenium tests with Jenkins by configuring plugins, creating a new project, and defining build steps using NuGet, MSBuild, and test execution in a Windows environment.

Learn how to take a screenshot in Selenium using the interface, save it as a file in a target directory, and use screenshots to troubleshoot failing tests.

Explore uploading files via a file input and handling the OS dialog with JavaScript in Selenium with C#.Net, and configure Chrome options to download files to a specific directory.

Learn how to test websites on mobile devices using chrome's mobile emulation with selenium and chrome options, selecting devices like iPhone 6 Plus to render pages in mobile configurations.

Set up a selenium grid with a hub and multiple nodes across browsers and operating systems, then run remote web driver tests and view the results.

Examine the limitations of Selenium WebDriver, noting its open source nature and cross-platform support, while it cannot automate Flash, Silverlight, applets, or Windows dialogs, and mobile testing requires Appium.

Explore how Selenium WebDriver compares to other tools, highlighting its open-source, cross-platform web automation, language support across Java, Python, Ruby, and its limitations for mobile testing versus licensed mobile solutions.