![]() ![]() Method 3: Use Absolute Path to Launch ChromeDriver in Python That's it! With these steps and code examples, you should be able to run Selenium ChromeDriver from Python 3.X on WSL2 with the ChromeDriver PATH configured properly. ![]() Note: You may need to install additional packages in your WSL2 environment, such as xvfb or libgconf-2-4, depending on your specific setup and requirements. Finally, it prints the page title and quits the driver. Then, it creates a new instance of webdriver.Chrome with the options and navigates to Google's homepage. This code sets some options for ChromeDriver, such as running it in headless mode and disabling some features that may cause issues in WSL2. ![]() For example, let's say you extract it to /usr/local/bin/chromedriver.Īdd the folder to your PATH environment variable by appending the following line to your ~/.bashrc file: To configure ChromeDriver PATH in WSL2 for running Selenium ChromeDriver from Python 3.X, you can follow these steps:ĭownload ChromeDriver from the official website and extract the file to a folder in your WSL2 environment. Method 2: Configure ChromeDriver PATH in WSL2 We have printed the title of the page and quit the driver using the quit() method. The -headless option is used to run Chrome in headless mode, the -no-sandbox option is used to disable the sandbox, the -disable-dev-shm-usage option is used to disable the use of /dev/shm, and the -disable-gpu option is used to disable the use of the GPU.įinally, we have created an instance of the ChromeDriver and opened the Google homepage. In the above code, we have used the ChromeOptions class to set the necessary options for ChromeDriver. add_argument ( '-disable-gpu' )ĭriver = webdriver. add_argument ( '-disable-dev-shm-usage' ) ![]()
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