Options.add_argument('-disable-dev-shm-usage')ĭriver = webdriver.Chrome(options=options)

Options.add_argument('-disable-infobars') Options.add_argument('enable-automation') If you still need to setup pip3 on your EC2 instance, you can visit this post here.Īdding Arguments To Your Selenium ChromeDriverįrom my initial testing, I would recommend adding all of the following arguments when initialising selenium in a production environment: from import Options Now install selenium for python 3x with the following command: pip3 install selenium -user Its’ worth double checking that your chromedriver and google chrome versions are the same version.

The google-chrome –version & which google-chrome commands allow you to view whether the installation was successful and the current version of chrome.

The google-chrome binary is then moved into usr/bin (by default linux expects your google chrome executable be within this directory.

Curl downloads the google-chrome binary.

Google-chrome -version & which google-chrome Sudo mv /usr/bin/google-chrome-stable /usr/bin/google-chrome Then you’ll need to download and install the Google Chrome binary for your EC2 instance.

Inspecting the current version of chromedriver.

Moving chromedriver to the usr/bin folder.

Sudo mv chromedriver /usr/bin/chromedriver You will need to install ChromeDriver which allows you programmatic access to google chrome via the Webdriver API protocol. In this guide you’ll learn how to easily deploy and test a fully functional selenium python environment. If you’re looking to use selenium and headless browsers on amazon web services (AWS) its essential that you install the relevant versions of selenium, ChromeDriver and Google Chrome to your EC2 instance.

Latest chromedriver download