![]() ![]() Notice that the Start Session keyword determines which type of browser to open - either a local or remote one. *** Variables *** $ Set Window Size 2048 2048 Fetch Url login Add Cookie robot true Register Keyword To Run On Failure Error Data End Session Close Browser Logout Fetch Url logout After much experimentation, I was able to get the connections between everything to work.įirst, we need to have the chromedriver container running: Google Chrome Chromedriver Selenium (in some versions) Xvfb (in some versions) Versions Python 3 (Debian-based) 3.9, latest (based on python:3.9, Dockerfile) 3.9-selenium (based on python:3.9 with selenium installed, Dockerfile) 3.8 (based on python:3.8, Dockerfile) 3.8-selenium (based on python:3. But getting that to work with robot was still a bunch of work. ![]() I did find a docker image that just has an instance of chromedriver, and exposes that. (above section omitted) COPY package.json. In your Dockerfile, copy these files into the container and use npm ci to install Puppeteer. If you encounter platform-related issues, for example, running it on a macOS, you can use the following command: docker build -platform linux/amd64 -t headless-chrome. This will create a package.json and package-lock.json for you to use. Building the Docker image To build and run the Docker image, you can use the following command: docker build -t headless-chrome. Even just appending new stuff to them means that things could turn out to be a pain in the arse to manage.Īnd getting chromedriver installed into a docker image is not neat. Now run npm install puppeteer in your local working directory. We already use docker for deployment, but I didn’t really want to build a bunch of distinct images just for testing that re-implemented the same stuff that we have in our deployment images. ![]() Which has some neater features, but required me to build docker images for everything. ![]() It was all good, because chromedriver and all it’s dependencies were already installed.īut time passes, and we needed to move to Codeship Pro. At the time, we were using Codeship Basic, and I built a helper to run a robot test suite within a tox environment. One of my team implemented RobotFramework support for automated browser testing of our platform a while ago. Your container needs to have the right dependencies installed. It also helps you isolate your environment during development, so you don’t need to install Chrome locally. RobotFramework, Chromedriver and Docker - Running Puppeteer in a Docker container lets you automate webpages as part of your CI pipelines and production infrastructure. ![]()
0 Comments
Leave a Reply. |