If on Linux, add a colon (:) to the end of each line LinuxĬompact the list so that all of the file paths reside on just one line If on Windows, add a semicolon ( ) to the end of each line.Note: If you don't add it here, you can add the path to the JAR file in the Test Script in the ETM WebUI. (Optional) Add the GoogleSearchTest.jar exported in the last section.Add the hamcrest-core.jar file location to the classPath.txt.Add the JUnit-4.x.x.jar file location to the classPath.txt.Do the same step for the Selenium-x.x.x/ folder and merge the 2 classPath.txt files generated.This creates a text file called classPath.txt in the libs directory that contains the file names and paths of the JAR files on separate lines. On the test computer where you are executing the Selenium tests, open a command window (Start > Run > cmd), navigate to the Selenium-x.x.x/libs folder by using the cd command, and then enter: dir /S /B > classPath.txt In a real test environment, you would run the Selenium tests from a different test workstation to the Engineering Test Management server. In this how-to, the server running Engineering Test Management also runs the Selenium tests. Selenium also offers a wider range of browser support and can be deployed on Microsoft Windows, Linux, and Apple Macintosh platforms.
Because JUnit is a unit-testing framework for the Java programming language, and the tests are run from Engineering Test Management uses JUnit, Java is the language that any Selenium WebDriver tests must be written in to be supported. Supported languages are Java, Ruby, Python, and C#. The Selenium WebDriver API, which you can use to create tests by using a scripting language of your choice. The Selenium IDE, which you can use for recording and creating automated tests without knowledge of a specific scripting language. There are different components available: Selenium is an open source software testing framework designed for web applications.
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