nimble VS lsp-mode

I was using Nim for some of last years Advent of Code problems. I was mostly liking the syntax. Was a bit bother by the standard library have a snake case and camel case reference for each function (if I'm remember that correctly).

At the time nimble also required me to have NPM to install the the Nim package manager, Nimble. This was not ideal, but looking at [the nimble project install docs](https://github.com/nim-lang/nimble#installation) it seems like it is now package with the language.

Might try dusting it off for some AoC puzzles this year :)

nimble develop -g doesn't work A possible solution is to add "g" to where "global" is placed.

I meant it's unfortunate that Nimble has no standard system-wide library management. It's one of the mains thing holding Nim back from being more prevalent in the Linux sphere in my opinion.

`nimble` is the package manager for the programming language `nim` [1].

From [2], we can see that `nimble scss` simply generates the CSS files for the frontend.

The benefit of OSS is you can answer these questions yourself with a bit of poking around! IMO this is a fairly standard installation process, maybe the fact that it's using Nim instead of a more mainstream language makes it look more daunting than it is. The only out-of-the-ordinary thing here, IMO, is `nimble build` instead of `make build`.

[1]: https://github.com/nim-lang/nimble

[2]: https://github.com/zedeus/nitter/blob/master/nitter.nimble

Something I'm excited about: v1.6.2 integrates support for (not yet released) Nimble[1] v0.14, which introduces lockfiles. I've had terrible experiences with lockfiles in JS land, but they are sorely needed for Nim projects as (fingers crossed) they'll allow for reproducible builds without having to resort to the nimbus-build-system[2]. The latter isn't completely horrible — a lot of much appreciated hard work has gone into it, and it's been a real workhorse — but some days it feels like a big ball and chain.

[1] https://github.com/nim-lang/nimble#nimble

[2] https://github.com/status-im/nimbus-build-system

So you wouldn't have a problem with a package manager where the configuration is in the same language, such as Nimble?

if you structure your project with nimble (which can be be used for both libraries and applications) you can use nimble build and nimble run. While I do use nimble for managing dependencies for projects I don't use these commands that often while developing, e.g. because I'm working on a single test or something like that.

Having similar syntax to Ruby makes it easier to port Ruby code to Crystal (ex: digest-crc -> digest-crc.cr). The Crystal stdlib is very complete and they have a growing "shards" ecosystem, roughly the same age as Rust's https://crates.io or Nim's nimble. You should look into Crystal again.

I also tried to the solutions suggested  and , but nothing worked. I moved the (setq lsp-keymap-...) line outside (and before) use-package. I also used :config (define-key lsp-load-map...) in my use-package block. But none of them worked.

Not sure how much this might help, but lsp-mode has lsp-yaml-select-buffer-schema and lsp-yaml-set-buffer-schema commands to pick schema from a list or set from a URI. Checking the source of them might give some hints about how the same could be implemented in eglot?

Beyond that you might as well embrace the suck and install autex with a language server: https://emacs-lsp.github.io/lsp-mode/

Smart completion these days is done primarily through LSP. eglot is fairly minimal but built-in as of 29, also available via GNU Elpa. lsp-mode is another option with more integrations and a bit more fleshed out.

lsp-mode: https://github.com/emacs-lsp/lsp-mode/issues/2080

Are you running emacs-29? It has numerous speed-ups compared to emacs-28 and older versions, many of them coded by Mattias Engdegård, e.g. commit def6fa4246. I have a fresh build of emacs-29 running on Linux and a new mac with an M1 CPU, and it's stupid fast. I don't use the native-comp feature. I rarely notice any hesitation or slowness. I don't use Elpy. I do use lsp mode.

Since you are doing code development, the first things to go for would be setting up your emacs packaging (installing use-package and melpa (use-package's documentation covers this) so you have more packages to choose from (do be careful to not just pick things willy nilly but research them a bit first)) and then setting up lsp-mode. lsp-mode lets you use LSP servers for the specific programming languages you work with in a somewhat unified fashion. You then need to install and setup the LSP servers for the languages you use, and possibly install language specific Emacs packages as support (note, Emacs has builtin functionality for many).

And first of all, I'm trying to understand, how is it connected to https://github.com/emacs-lsp/lsp-mode? I'm sure, that existed lsp implementations already parse source code. Why TreeSitter?