lsp-mode
Bear
lsp-mode | Bear | |
---|---|---|
118 | 50 | |
4,669 | 4,475 | |
0.6% | - | |
9.3 | 5.7 | |
5 days ago | 7 days ago | |
Emacs Lisp | C++ | |
GNU General Public License v3.0 only | GNU General Public License v3.0 only |
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lsp-mode
- lsp-mode: Emacs client/library for the Language Server Protocol
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lsp-keymap-prefix not working
I also tried to the solutions suggested ![here](https://github.com/emacs-lsp/lsp-mode/issues/1532) and ![here](https://github.com/emacs-lsp/lsp-mode/issues/1672), 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.
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Help getting the yaml language server working with eglot
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?
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What LaTeX setup do you use?
Beyond that you might as well embrace the suck and install autex with a language server: https://emacs-lsp.github.io/lsp-mode/
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Emacs bankruptcy
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.
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The bottom emoji breaks rust-analyzer
lsp-mode: https://github.com/emacs-lsp/lsp-mode/issues/2080
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Setting up a fundraiser for multi-threaded Emacs, any thoughts on this?
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.
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Newbie here! Need Help!
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).
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Emacs 29: Install Tree-Sitter parser modules with a minor mode
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?
Bear
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emacs lsp-mode with MPLAB X project
Have you tried Bear? I used it for several projects and overall it works very well.
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Eglot + clangd not working for NetHack code base
An update: I am now able to make everything work by generating `compile_commands.json` using compiledb. I'm aware that there is another tool Bear but for some reason it generates an empty `compile_commands.json` file for me.
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I have an existing legacy build system. How do I leverage this with CLion to index my project?
Try https://github.com/rizsotto/Bear
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New User C Setup Help?
Regarding the libraries, you might need to add it to clangd’s configuration. A convenient way is to have a compile_commands.json in your project (this is generated by some build tools like CMake, but if you don’t use them, have a look at bear).
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vscode alternative for C++ on M1 mac?
Note that you need to have a compile_commands.json file. That file can easily be generated by CMake, Meson, etc. For other build systems checkout Bear https://github.com/rizsotto/Bear
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I hope that cscope can make a comeback in the versions after 0.9
make a 'gcc' command/executable that do nothing and make it first in your PATH and then run bear with make: https://github.com/rizsotto/Bear/issues/219 It is unfortunate that bear doesn't catch the output of the make command with '--dry-run' as it still prints the compile commands, it seems not that hard to support this and I think many ppl would benefit..
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CLion 2023.1 released
You could try to start with Bear: https://github.com/rizsotto/Bear In worst cases, I had to use strace to catch every gcc/g++ invocation and restructure the compile_commands.json out of the strace logs.
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Is CMake necessary to set up a C++ "IDE" in neovim?
But it sounds like maybe you’re assuming for the purposes of using something like clangd (highly recommended for coding in cpp projects in general, you want to be using this in vscode or whatever else anyway, codelion notwithstanding I suppose) with neovim on a c++ project that you have to use cmake to produce a compilation database to use with neovim plugins (e.g. clangd via nvim-lsp et. al.). In this case, be aware that the https://github.com/rizsotto/Bear tool is a handy way to just tack it on to whatever command you’re using to run a c++ code build step, and it will give you a compile_commands.json, corresponding to the compiler commands it invoked, on a silver platter.
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Makefile versus CMake build system
I guess your questionmarks are about installing "bear", he refers to this project: https://github.com/rizsotto/Bear
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how to use .clang-format with lunarvim ?
You just simply go to the root of your project, use bear and just open your C files. That's all.
What are some alternatives?
eglot - A client for Language Server Protocol servers
compiledb - Tool for generating Clang's JSON Compilation Database files for make-based build systems.
tide - Tide - TypeScript Interactive Development Environment for Emacs
vscode-cpptools - Official repository for the Microsoft C/C++ extension for VS Code.
ctags - A maintained ctags implementation
NvChad - Blazing fast Neovim config providing solid defaults and a beautiful UI, enhancing your neovim experience.
ANTLR - ANTLR (ANother Tool for Language Recognition) is a powerful parser generator for reading, processing, executing, or translating structured text or binary files.
scan-build - Clang's scan-build re-implementation in python
dap-mode - Emacs :heart: Debug Adapter Protocol
coc-clangd - clangd extension for coc.nvim
company-lsp - Company completion backend for lsp-mode
clangd - clangd language server