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This is really great to see the emphasis on static vs dynamic parts in templates. Polymer, Glimmer, and some other template systems make the distinction between

This is really great to see the emphasis on static vs dynamic parts in templates. Polymer, Glimmer, and some other template systems make the distinction between static and dynamic content, but React and most other vdom libraries don't. I was looking for options for HTML templating in JS found that JS template literals very naturally separate static and dynamic sections between the literals and expressions. I've been testing a library based on them [1], and for real-world templates with large static sections, it's indeed faster than traditional vdom. [1]: https://github.com/PolymerLabs/lit-html https://github.com/PolymerLabs/lit-html

localvoid 9y ago
> This is really great to see the emphasis on static vs dynamic parts in templates. Polymer, Glimmer, and some other template systems make the distinction between static and dynamic content, but React and most other vdom libraries don't. https://github.com/facebook/react/issues/3226 https://github.com/facebook/react/issues/3226 All other "static" optimizations doesn't make any noticeable difference in performance in highly optimized vdom libraries. In fact, they are usually decrease overall performance because of increased implementation complexity.