Frontend Dogma

“rendering” Archive

  1. Let’s Learn How Modern JavaScript Frameworks Work by Building One · · , , ,
  2. Using CSS “content-visibility” to Boost Your Rendering Performance · · ,
  3. View Transitions Break Incremental Rendering · · ,
  4. How to Detect Unnecessary Renderings of DOM Elements in Your Web App to Improve Performance · · , , , ,
  5. How Blink Invalidates Styles When “:has()” [Is] in Use · · , ,
  6. The Acronyms of Rendering on the Web · · , ,
  7. Deep Dive into How Web Browsers Work (with Illustrations) · ·
  8. How the Web Works: Understanding the Architecture of the Web · · ,
  9. Mozilla, Like Google, Is Looking Ahead to the End of Apple’s WebKit Rule · · , , , ,
  10. Two Lines of CSS That Boosts 7× Rendering Performance · · ,
  11. WebGPU—All of the Cores, None of the Canvas · · ,
  12. RenderingNG: The Next-Generation Rendering Architecture for Chrome · · , , , , ,
  13. RenderingNG: An Architecture That Makes and Keeps Chrome Fast for the Long Term · · , , , ,
  14. Key Data Structures and Their Roles in RenderingNG · · , , ,
  15. Does Shadow DOM Improve Style Performance? · · , ,
  16. Overview of the RenderingNG Architecture · · , , , ,
  17. How to Eliminate Render-Blocking Resources: a Deep Dive · · ,
  18. RenderingNG—Ready for the Next Generation of Web Content · · , , ,