You can always upgrade your pc to something made in the last decade, too...

Better title: "Farewell, Rust for Web"

This is oddly timed in as much as one of the big success stories I've heard from a friend is their new practice of having Claude Code develop in Rust, than translate that to WebAssembly.

That seems much more like the future than embracing Node... <emoji here>

Rust for Web is awesome for adding control interfaces etc to other programs who have a different primary purpose.

And even then I do it by serving JSON API's and not by serving HTML.

Well, yep. People underappreciate the Typescript/JS ecosystem.

Typescript is pretty type-safe, and it's perfectly integrated with hot code reload, debuggers, and all the usual tools. Adding transpilation in that flow only creates friction.

That's also why things like Blazor are going nowhere. C# is nicer than Typescript, but the additional friction of WASM roundtrips just eats all the advantage.

I want to address this one point:

> Similar thing can be said about writing SQL. I was really happy with using sqlx, which is a crate for compile-time checked SQL queries. By relying on macros in Rust, sqlx would execute the query against a real database instance in order to make sure that your query is valid, and the mappings are correct. However, writing dynamic queries with sqlx is a PITA, as you can’t build a dynamic string and make sure it’s checked during compilation, so you have to resort to using non-checked SQL queries. And honestly, with kysely in Node.js, I can get a similar result, without the need to have a connection to the DB, while having ergonomic query builder to build dynamic queries, without the overhead of compilation time.

I've used sqlx, and its alright, but I've found things much easier after switching to sea-orm. Sea-orm has a wonderful query builder that makes it feel like you are writing SQL. Whereas with sqlx you end up writing Rust that generates SQL strings, ie re-inventing query builders.

You also get type checking; define your table schema as a struct, and sea-orm knows what types your columns are. No active connection required. This approach lets you use Rust types for fields, eg Email from the email crate or Url from the url crate, which lets you constrain fields even further than what is easy to do at the DB layer.

ORMs tend to get a bad reputation for how some ORMs implement the active record pattern. For example, you might forget something is an active record and write something like "len(posts)" in sqlalchemy and suddenly you are counting records by pulling them from the DB in one by one. I haven't had this issue with sea-orm, because it is very clear about what is an active record and what is not, and it is very clear when you are making a request out to the DB. For me, it turns out 90% of the value of an ORM is the query builder.

The TS/React ecosystem is so mature, it's hard for Rust to compete with it. My optimal stack is currently: Rust on the backend, Typescript/React for web with OpenAPI for shared types.

I find the dependency creep for both rust and node unfortunate. Almost anything I add explodes the deps and makes me sweat for maintenance, vulnerabilities, etc. I also feel perpetually behind, which I think is basically frontend default mode. Go does the one thing I wish Rust had more of which is a pretty darn great standard library with total backwards compatibility promises. There are awkward things with Go, but man, not needing to feel paranoid and how much can be built with so little feels good. But I totally understand just getting crap done and taking off the tin foil. Depends on what you prioritize. Solo devs don't have the luxury.