Chromium is not able to provide sandboxing when running inside a container so it needs to be launched at least with the -no-sandbox argument. Puppeteer will not launch in a Docker container without additional configuration. Moving to the node:16-bullseye base image allows installing a much newer version of Chromium ( 1.124) where this is no longer a problem. Unfortunately this version doesn’t work in a Docker container – it just hangs indefinitely. If you use this base image the only version of Chromium you will be able to install with apt-get is. Most notably the node:16 image is based on buster. Some node Docker images are based on old distributions that contain only older versions of Chromium. Problem 2: The base image installs an old version of Chromium This will significantly reduce the time needed to install node modules.

This can be solved by installing Chromium with apt-get install chromium -y and telling Puppeteer to use it by passing the executablePath: '/usr/bin/chromium' to the launch() function as follows:ĮNV PUPPETEER_SKIP_CHROMIUM_DOWNLOAD=true Unfortunately, Chromium does not currently provide an arm build that works on Raspberry Pi and running stock Puppeteer on Raspberry Pi will end up with a crash. Puppeteer by default downloads a matching version of Chromium which is guaranteed to work out of the box on supported platforms. Problem 1: Chromium included in Puppeteer does not work on Raspberry Pi There are a few issues that make it harder than usual. Unfortunately, doing so on Raspberry Pi is not straightforward. These benefits might be why you’d want to run Puppeteer inside a Docker container. This is extremely useful for automating website testing, generating screenshots and PDFs of web pages or programmatic form submission.ĭocker offers numerous benefits including a standardized environment, isolation, and rapid deployment to name a few. Puppeteer is a Node.js module that allows interacting with a (headless) web browser programmatically.

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