![]() ![]() Given below is the full selenium code for automating login page in chrome using Selenium WebDriver: import Note: Testers need to use JUnit or TestNG to check for the test case status. Since this returns a webelement, store it in webelement variable with: WebElement username=driver.findElement(By.id("user_email_login")) Locate it via the ID locator in Selenium WebDriver: driver.findElement(By.id("user_email_login")) Inspect the email field to locate the element using the ID locator, as shown in the image below: Locators are an essential part of every Selenium script as they identify the elements that the test script will interact with to replicate user actions.įor example, let’s try to locate the email and password field of the login form of Browserstack sign in page. Use the command below to open the URL in the desired instantiated browser: driver.get("") 4. Use the command below to do the same: () 3. Maximize the browser for a clear picture of the test cases executed. Usually, the web page will be in a minimized format when the test case is run. tProperty("", "Path of the chrome driver") 2. The syntax for the same will be: Webdriver driver = new ChromeDriver() This example will use ChromeDriver for Login Automation using Selenium Webdriver. To launch the website in the desired browser, set the system properties to the path of the driver for the required browser. Now let’s walk through each of these steps in detail. Read More: How to configure Selenium in Eclipse Steps for Login Automation using Selenium WebDriverīefore performing automation testing for the login functionality, there are a couple of basic steps that need to be followed for the test case to be written: The example here will be using a chrome driver for Chrome Configure the drivers depending on the browser.Download the Selenium Java Client version.Install Eclipse from the official website.Download and Install JDK(Java Development Kit).Run Selenium Tests on Real Browsers Free Prerequisites for Login Automation using Selenium Webdriver Detect bugs before users do by testing software in real user conditions with BrowserStack. Testers can also conduct Cypress testing on 30+ real browser versions across Windows and macOS. Run parallel tests on a Cloud Selenium Grid to get faster results without compromising on accuracy. Start running tests on 3000+ real browsers and devices on BrowserStack’s real device cloud. ![]() It cannot handle window components, but this drawback can be overcome by using tools like Sikuli, Auto IT, etc.īear in mind that Selenium tests must be run on real browsers and devices for accurate results. Selenium WebDriver allows testers to choose a programming language to create test scripts. ![]() Automating the testing of this feature is simple enough when using Selenium WebDriver, as this article will demonstrate. Selenium is used to automate tests on websites to monitor their performance.Ī fundamental feature of many websites is their login function. Among these tools, Selenium is the most popular due to its ease of use and relevant features. Execution of automation testing requires a comprehensive understanding of numerous automation tools and frameworks. ![]()
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