Thank you for the feedback, I need to improve the home page a lot. I thought I should make it as brief as possible so that people don't need to read long essays to quickly understand what it is about. But at the same time, presenting all the necessary information in a short text seems hard.
Well, I would like it if the solution supported standard Python typing. Here I can create a "component" that expects a specific type of the first child and a specific type of the second child. I would probably have to use a separate tool for some kind of type-checking the SXML or something.
BTW in Rust, you can create macros, that is something I like a lot as you can see in yew framework - https://yew.rs/docs/getting-started/build-a-sample-app#updat... - you can write HTML which probably are typed. Python doesn't have anything like that, I don't know about any other way to do this.
Yeah, I understand that. Now that Python 3.12 has better support for f-strings, I thought there might be a way to make it possible. But I am still not sure it will work. There is a pretty weird hack to make f-strings work while avoiding the possibility of rendering unsafe user input.
I think it is somewhat similar to React, for example, you can create a Link component like you can see in the README.md
Now you can use it in f-strings, and well, other components.
The idea from the beginning was to integrate it with htmx.org, so to me, it feels kind of similar when you are writing endpoints using these "components".
But I understand why you are raising this question, I also didn't know how to name it, and React is a completely different framework. I didn't know how to describe the framework in just a few sentences but wanted to somehow. I might change the description at some point.
I still don't know how useful the framework is, I am playing around with it and I like it. Who knows what other people think, though.
I've been working on a lightweight framework called Ludic that focuses on web development using Python, htmx.org, and a somewhat React-like component approach. It leverages Starlette for performance and the latest Python 3.12 typing features.