Search Results for "high performance computing"

...Browserless includes built-in optimizations such as request blocking, automatic retries, and sensible defaults that improve performance when processing web pages. It can be used as a standalone library, a command-line tool, or a hosted API service that scales browser instances on demand.

...The library typically operates in headless mode but can also run with a visible browser window when needed for debugging or development. Because it communicates directly with Chrome’s debugging interface, chromedp offers high performance and reliable automation compared with tools that rely on intermediary drivers. It is frequently used for web scraping, automated testing, performance monitoring, and browser-based data extraction workflows.

Puppeteer is a headless Node library that provides a high level API for controlling Chromium or Chrome over the DevTools protocol. It requires zero setup and comes bundled with the Chromium version most suited to it. Puppeteer is headless by default, making it fast to run. However, it can also be set to run full or non-headless Chrome or Chromium, simply set the headless option when launching a browser. Many of the things you can do manually in the browser, you can also do with Puppeteer...

Ferrum is a Ruby library that provides a high-level API for controlling Chrome or Chromium browsers using the Chrome DevTools Protocol. The project allows developers to automate browser interactions directly without relying on Selenium, WebDriver, or external drivers, which simplifies browser automation workflows. Ferrum runs in headless mode by default but can also be configured to run with a visible browser window for debugging and development purposes.

Faust.js is an open-source toolkit designed to simplify the development of headless WordPress websites using modern JavaScript frameworks such as Next.js and React. It provides developers with a structured set of tools that bridge WordPress content management with frontend frameworks, enabling teams to build high-performance decoupled websites while still relying on WordPress as the backend CMS. The toolkit addresses many of the challenges associated with headless WordPress development, including authentication, preview functionality, and data fetching between the frontend and the WordPress backend. Faust.js integrates closely with technologies such as WPGraphQL and Apollo Client, which allow developers to query WordPress content through a GraphQL API instead of traditional PHP templates.