What does server components do so much better than SSR? What minute performance gain is achieved more than client side rendering?
Why won’t they invest more on solving the developer experience that took a nosedive when hooks were introduced? They finally added a compiler, but instead of going the svelte route of handling the entire state, it only adds memoization?
If I can send a direct message to the react team it would be to abandon all their current plans, and work on allowing users to write native JS control flows in their component logic.
sorry for the rant.
https://www.arrow-js.com/docs/
It makes it easy to have a central JSON-like state object representing what's on the page, then have components watch that for changes and re-render. That avoids the opaqueness of Redux and promise chains, which can be difficult to examine and debug (unless we add browser extensions for that stuff, which feels like a code smell).
I've also heard heard good things about Astro, which can wrap components written in other frameworks (like React) so that a total rewrite can be avoided:
https://docs.astro.build/en/guides/imports/
I'm way outside my wheelhouse on this as a backend developer, so if anyone knows the actual names of the frameworks I'm trying to remember (hah), please let us know.
IMHO React creates far more problems than it solves:
- Virtual DOM: just use Facebook's vast budget to fix the browser's DOM so it renders 1000 fps using the GPU, memoization, caching, etc and then add the HTML parsing cruft over that
- Redux: doesn't actually solve state transfer between backend and frontend like, say, Firebase
- JSX: do we really need this when Javascript has template literals now?
- Routing: so much work to make permalinks when file-based URLs already worked fine 30 years ago and the browser was the V in MVC
- Components: steep learning curve (but why?) and they didn't even bother to implement hooks for class components, instead putting that work onto users, and don't tell us that's hard when packages like react-universal-hooks and react-hookable-component do it
- Endless browser console warnings about render changing state and other errata: just design a unidirectional data flow that detects infinite loops so that this scenario isn't possible
What's really going on here, and what I would like to work on if I ever win the internet lottery (unlikely now with the arrival of AI since app sales will soon plummet along with website traffic) is a distributed logic flow. In other words, a framework where developers write a single thread of execution that doesn't care if it's running on backend or frontend, that handles all state synchronization, preferably favoring a deterministic fork/join runtime like Go over async behavior with promise chains. It would work a bit like a conflict-free replicated data type (CRDT) or software transactional memory (STM) but with full atomicity/consistency/isolation/durability (ACID) compliance. So we could finally get back to writing what looks like backend code in Node.js, PHP/Laravel, whatever, but have it run in the browser too so that users can lose their internet connection and merge conflicts "just work" when they go back online.
Somewhat ironically, I thought that was how Node.js worked before I learned it, where maybe we could wrap portions of the code to have @backend {} or @frontend {} annotations that told it where to run. I never dreamed that it would go through so much handwaving to even allow module imports in the browser!
But instead, it seems that framework maintainers that reached any level of success just pulled up the ladder behind them, doing little or nothing to advance the status quo. Never donating to groups working from first principles. Never rocking the boat by criticizing established norms. Just joining all of the other yes men to spread that gospel of "I've got mine" to the highest financial and political levels.
So much of this feels like having to send developers to the end of the earth to cater to the runtime that I question if it's even programming anymore. It would be like having people write the low-level RTF codewords in MS word rather than just typing documents via WYSIWYG. We seem to have all lost our collective minds ..the emperor has no clothes.
I'm not sure what this is a reference to? Is it actually about Rails?
I come from a C++ background and mostly use PHP/Laravel today, and even though it does things less "efficiently" than the syntactic sugar in Ruby or low-level optimizations in .NET, I find that its lack of magic makes for much higher productivity in the long run. IMHO it feels like Ruby solves the easiest problems with sugar and then glosses over the hardest problems like they don't exist. So I just can't tell what problems it actually solves.
Generally, I think that cleverness was popular in the 2010s but has fallen out of fashion. A better pattern IMHO works more like Cordova or scripting in video games, where native plugins or a high-performance engine written in a language like Swift or Rust is driven by a scripting language like Javascript or Lua. Or better yet, driven declaratively by HTML or no-code media files that encode complex behavior like animations.
Of course all of this is going away with AI, and I anticipate atrociously poorly-written codebases that can't be managed by humans anymore. Like we might need pair programming just to take a crack at fixing something if the AI can't. I'm always wrong about this stuff though, so hopefully I'm wrong about this.