Some popular chromium-based browsers are Chromium, Google Chrome, Microsoft Edge, and Opera (varies according to platform check this out for more details ). Tools like () allow us to control chromium-based browsers both in headless (where the browser doesn't open, but the automation runs in the background) / non-headless (or headful) (in this case, you can see the browser doing the automation) modes. In the same way, Safari and Opera have WebDrivers which allow tools like puppeteer, playwright to interact with them programmatically. Browser automation tools built using DevTools API can automate chromium-based browsers. The chromium-based browsers have had the most significant advantage in this space since the dawn of Chrome DevTools APIs. Each of the popular browsers have different way of supporting this. The important thing to note here is that the browser needs to support a way to control it before there comes any tools around this. > Tip: You can even test chrome extensions* - More about this ()
Cross-browser and cross-platform testingĮx: Testing your image gallery UI on different browsers and platforms*Įx: Scraping data from Google maps, you can know more about this ()Ĭhecking lighthouse score automatically, at given intervals or everytime you deploy to your staging setup. By automating a browser, we can easily automate routine tasks, scrape data from websites more systematically, test websites for UI / UX flows, run automatic performance tests, and many other things.ģ. It is a process of controlling a browser's behavior or interacting with it programmatically. # What Is Browser Automation? Definition and Getting Started
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