mirror of
https://github.com/Baipyrus/nvim-config.git
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383 lines
16 KiB
Lua
383 lines
16 KiB
Lua
-- LSP Plugins
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return {
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{
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-- `lazydev` configures Lua LSP for your Neovim config, runtime and plugins
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-- used for completion, annotations and signatures of Neovim apis
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'folke/lazydev.nvim',
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ft = 'lua',
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opts = {
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library = {
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-- Load luvit types when the `vim.uv` word is found
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{ path = 'luvit-meta/library', words = { 'vim%.uv' } },
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},
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},
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},
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{ 'Bilal2453/luvit-meta', lazy = true },
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{
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-- Main LSP Configuration
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'neovim/nvim-lspconfig',
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dependencies = {
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-- Automatically install LSPs and related tools to stdpath for Neovim
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{ 'williamboman/mason.nvim', config = true }, -- NOTE: Must be loaded before dependants
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'williamboman/mason-lspconfig.nvim',
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'WhoIsSethDaniel/mason-tool-installer.nvim',
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{ 'mfussenegger/nvim-jdtls', ft = 'java' },
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-- Useful status updates for LSP.
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-- NOTE: `opts = {}` is the same as calling `require('fidget').setup({})`
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{ 'j-hui/fidget.nvim', opts = {} },
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-- Allows extra capabilities provided by nvim-cmp
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'hrsh7th/cmp-nvim-lsp',
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},
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config = function()
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-- Brief aside: **What is LSP?**
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--
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-- LSP is an initialism you've probably heard, but might not understand what it is.
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--
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-- LSP stands for Language Server Protocol. It's a protocol that helps editors
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-- and language tooling communicate in a standardized fashion.
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--
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-- In general, you have a "server" which is some tool built to understand a particular
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-- language (such as `gopls`, `lua_ls`, `rust_analyzer`, etc.). These Language Servers
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-- (sometimes called LSP servers, but that's kind of like ATM Machine) are standalone
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-- processes that communicate with some "client" - in this case, Neovim!
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--
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-- LSP provides Neovim with features like:
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-- - Go to definition
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-- - Find references
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-- - Autocompletion
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-- - Symbol Search
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-- - and more!
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--
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-- Thus, Language Servers are external tools that must be installed separately from
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-- Neovim. This is where `mason` and related plugins come into play.
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--
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-- If you're wondering about lsp vs treesitter, you can check out the wonderfully
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-- and elegantly composed help section, `:help lsp-vs-treesitter`
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-- This function gets run when an LSP attaches to a particular buffer.
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-- That is to say, every time a new file is opened that is associated with
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-- an lsp (for example, opening `main.rs` is associated with `rust_analyzer`) this
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-- function will be executed to configure the current buffer
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vim.api.nvim_create_autocmd('LspAttach', {
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group = vim.api.nvim_create_augroup('kickstart-lsp-attach', { clear = true }),
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callback = function(event)
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-- NOTE: Remember that Lua is a real programming language, and as such it is possible
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-- to define small helper and utility functions so you don't have to repeat yourself.
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--
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-- In this case, we create a function that lets us more easily define mappings specific
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-- for LSP related items. It sets the mode, buffer and description for us each time.
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local map = function(keys, func, desc, mode)
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mode = mode or 'n'
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vim.keymap.set(mode, keys, func, { buffer = event.buf, desc = 'LSP: ' .. desc })
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end
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-- Jump to the definition of the word under your cursor.
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-- This is where a variable was first declared, or where a function is defined, etc.
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-- To jump back, press <C-t>.
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map('gd', require('telescope.builtin').lsp_definitions, '[G]oto [D]efinition')
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-- Find references for the word under your cursor.
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map('gr', require('telescope.builtin').lsp_references, '[G]oto [R]eferences')
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-- Jump to the implementation of the word under your cursor.
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-- Useful when your language has ways of declaring types without an actual implementation.
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map('gI', require('telescope.builtin').lsp_implementations, '[G]oto [I]mplementation')
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-- Jump to the type of the word under your cursor.
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-- Useful when you're not sure what type a variable is and you want to see
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-- the definition of its *type*, not where it was *defined*.
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map('<leader>D', require('telescope.builtin').lsp_type_definitions, 'Type [D]efinition')
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-- Fuzzy find all the symbols in your current document.
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-- Symbols are things like variables, functions, types, etc.
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map('<leader>ds', require('telescope.builtin').lsp_document_symbols, '[D]ocument [S]ymbols')
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-- Fuzzy find all the symbols in your current workspace.
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-- Similar to document symbols, except searches over your entire project.
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map('<leader>ws', require('telescope.builtin').lsp_dynamic_workspace_symbols, '[W]orkspace [S]ymbols')
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-- Workspace functionality dependant on LSPs
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map('<leader>wa', vim.lsp.buf.add_workspace_folder, '[W]orkspace [A]dd Folder')
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map('<leader>wr', vim.lsp.buf.remove_workspace_folder, '[W]orkspace [R]emove Folder')
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-- Rename the variable under your cursor.
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-- Most Language Servers support renaming across files, etc.
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map('<leader>rn', vim.lsp.buf.rename, '[R]e[n]ame')
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-- Execute a code action, usually your cursor needs to be on top of an error
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-- or a suggestion from your LSP for this to activate.
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map('<leader>ca', vim.lsp.buf.code_action, '[C]ode [A]ction', { 'n', 'x' })
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-- Opens a popup that displays documentation about the word under your cursor
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-- See `:help K` for why this keymap.
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map('K', vim.lsp.buf.hover, 'Hover Documentation')
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-- Similar as above, shows hover documentation for current function
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vim.keymap.set('i', '<C-k>', vim.lsp.buf.signature_help, { buffer = event.buf, desc = 'LSP: ' .. 'Hover Signature Information' })
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-- WARN: This is not Goto Definition, this is Goto Declaration.
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-- For example, in C this would take you to the header.
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map('gD', vim.lsp.buf.declaration, '[G]oto [D]eclaration')
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-- The following two autocommands are used to highlight references of the
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-- word under your cursor when your cursor rests there for a little while.
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-- See `:help CursorHold` for information about when this is executed
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--
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-- When you move your cursor, the highlights will be cleared (the second autocommand).
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local client = vim.lsp.get_client_by_id(event.data.client_id)
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if client and client.supports_method(vim.lsp.protocol.Methods.textDocument_documentHighlight) then
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local highlight_augroup = vim.api.nvim_create_augroup('kickstart-lsp-highlight', { clear = false })
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vim.api.nvim_create_autocmd({ 'CursorHold', 'CursorHoldI' }, {
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buffer = event.buf,
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group = highlight_augroup,
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callback = vim.lsp.buf.document_highlight,
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})
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vim.api.nvim_create_autocmd({ 'CursorMoved', 'CursorMovedI' }, {
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buffer = event.buf,
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group = highlight_augroup,
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callback = vim.lsp.buf.clear_references,
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})
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vim.api.nvim_create_autocmd('LspDetach', {
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group = vim.api.nvim_create_augroup('kickstart-lsp-detach', { clear = true }),
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callback = function(event2)
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vim.lsp.buf.clear_references()
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vim.api.nvim_clear_autocmds { group = 'kickstart-lsp-highlight', buffer = event2.buf }
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end,
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})
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end
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-- The following code creates a keymap to toggle inlay hints in your
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-- code, if the language server you are using supports them
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--
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-- This may be unwanted, since they displace some of your code
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if client and client.supports_method(vim.lsp.protocol.Methods.textDocument_inlayHint) then
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map('<leader>th', function()
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vim.lsp.inlay_hint.enable(not vim.lsp.inlay_hint.is_enabled { bufnr = event.buf })
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end, '[T]oggle Inlay [H]ints')
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end
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end,
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})
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-- LSP servers and clients are able to communicate to each other what features they support.
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-- By default, Neovim doesn't support everything that is in the LSP specification.
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-- When you add nvim-cmp, luasnip, etc. Neovim now has *more* capabilities.
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-- So, we create new capabilities with nvim cmp, and then broadcast that to the servers.
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local capabilities = vim.lsp.protocol.make_client_capabilities()
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capabilities = vim.tbl_deep_extend('force', capabilities, require('cmp_nvim_lsp').default_capabilities())
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-- Enable the following language servers
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-- Feel free to add/remove any LSPs that you want here. They will automatically be installed.
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--
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-- Add any additional override configuration in the following tables. Available keys are:
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-- - cmd (table): Override the default command used to start the server
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-- - filetypes (table): Override the default list of associated filetypes for the server
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-- - capabilities (table): Override fields in capabilities. Can be used to disable certain LSP features.
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-- - settings (table): Override the default settings passed when initializing the server.
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-- For example, to see the options for `lua_ls`, you could go to: https://luals.github.io/wiki/settings/
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local servers = {
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powershell_es = {},
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rust_analyzer = {},
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tailwindcss = {},
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omnisharp = {},
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pyright = {},
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svelte = {},
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ts_ls = {},
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gopls = {},
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intelephense = {},
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-- ... etc. See `:help lspconfig-all` for a list of all the pre-configured LSPs
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--
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-- Some languages (like typescript) have entire language plugins that can be useful:
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-- https://github.com/pmizio/typescript-tools.nvim
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lua_ls = {
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-- cmd = {...},
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-- filetypes = { ...},
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-- capabilities = {},
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settings = {
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Lua = {
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completion = {
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callSnippet = 'Replace',
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},
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-- You can toggle below to ignore Lua_LS's noisy `missing-fields` warnings
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-- diagnostics = { disable = { 'missing-fields' } },
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},
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},
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},
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}
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local function jdtls_setup()
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--- @param workspace_dir string
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local function generate_config(workspace_dir)
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-- get the mason install path
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local install_path = require('mason-registry').get_package('jdtls'):get_install_path()
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local jdtls_path = vim.fn.glob(install_path .. '/plugins/org.eclipse.equinox.launcher_*.jar')
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-- try to detect sysname for config
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local sysname = 'win'
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if vim.fn.has 'unix' then
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sysname = 'linux'
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elseif vim.fn.has 'mac' then
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sysname = 'mac'
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end
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-- set default config according to sysname
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local config_path = install_path .. '/config_' .. sysname
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-- START SEARCH FOR PROCESSING --
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-- detect install path based on system
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local is_windows = vim.fn.has 'win32' == 1
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local cmds = is_windows and {
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'(gcm processing.exe).source',
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} or {
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'whereis',
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'processing.exe',
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}
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-- run syscall and process output
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local output = vim.system(cmds, { text = true }):wait()
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local path = output.stdout or ''
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if not is_windows then
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-- on linux, get substr starting with path
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local start_idx = string.find(path, '/')
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path = (start_idx ~= nil) and string.sub(path, start_idx) or ''
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end
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-- for windows, remove backslashes
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path = string.gsub(path, '\\', '/')
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-- remove filename at end of path
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local end_idx = string.find(path, '/[^/]*$')
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path = string.sub(path, 1, end_idx)
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-- in case of chocolatey install, navigate to binaries
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local is_chocolatey = string.find(path, 'chocolatey')
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if is_chocolatey then
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path = path .. '../lib/processing/tools/'
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-- list directories for program version
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cmds = is_windows and {
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'ls',
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path,
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'|select name',
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'|Out-String',
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} or {
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'ls',
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'-l',
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path,
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}
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output = vim.system(cmds, { text = true }):wait()
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local version = string.match(output.stdout, 'processing[^%s]*')
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path = path .. version
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end
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-- set path to processing-core library
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path = path .. '/core/library/core.jar'
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-- See `:help vim.lsp.start_client` for an overview of the supported `config` options.
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local config = {
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-- The command that starts the language server
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-- See: https://github.com/eclipse/eclipse.jdt.ls#running-from-the-command-line
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cmd = {
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'java',
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'-Declipse.application=org.eclipse.jdt.ls.core.id1',
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'-Dosgi.bundles.defaultStartLevel=4',
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'-Declipse.product=org.eclipse.jdt.ls.core.product',
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'-Dlog.protocol=true',
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'-Dlog.level=ALL',
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'-Xmx1g',
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'--add-modules=ALL-SYSTEM',
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'--add-opens',
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'java.base/java.util=ALL-UNNAMED',
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'--add-opens',
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'java.base/java.lang=ALL-UNNAMED',
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'-jar',
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jdtls_path,
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'-configuration',
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config_path,
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'-data',
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workspace_dir,
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},
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capabilities = capabilities,
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root_dir = vim.fs.root(0, { '.git', 'mvnw', 'gradlew' }),
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-- Here you can configure eclipse.jdt.ls specific settings
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-- See https://github.com/eclipse/eclipse.jdt.ls/wiki/Running-the-JAVA-LS-server-from-the-command-line#initialize-request
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-- for a list of options
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settings = {
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java = {
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project = {
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referencedLibraries = {
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is_windows and string.gsub(path, '/', '\\') or path,
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},
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},
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},
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},
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-- Language server `initializationOptions`
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-- See https://github.com/mfussenegger/nvim-jdtls#java-debug-installation
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init_options = {
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bundles = {},
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},
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}
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return config
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end
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vim.api.nvim_create_autocmd('FileType', {
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pattern = 'java',
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callback = function()
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local project_name = vim.fn.fnamemodify(vim.fn.getcwd(), ':p:h:t')
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-- calculate workspace dir
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local workspace_dir = vim.fn.stdpath 'data' .. '/site/java/workspace-root/' .. project_name
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require('jdtls').start_or_attach(generate_config(workspace_dir))
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end,
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})
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end
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-- Ensure the servers and tools above are installed
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-- To check the current status of installed tools and/or manually install
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-- other tools, you can run
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-- :Mason
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--
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-- You can press `g?` for help in this menu.
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require('mason').setup()
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-- You can add other tools here that you want Mason to install
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-- for you, so that they are available from within Neovim.
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local ensure_installed = vim.tbl_keys(servers or {})
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vim.list_extend(ensure_installed, {
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'stylua', -- Used to format lua code
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'eslint_d',
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'prettier',
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'prettierd',
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'markdownlint',
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'isort',
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'black',
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'jdtls',
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})
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require('mason-tool-installer').setup { ensure_installed = ensure_installed }
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require('mason-lspconfig').setup {
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handlers = {
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function(server_name)
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if server_name == 'jdtls' then
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jdtls_setup()
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return
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end
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local server = servers[server_name] or {}
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-- This handles overriding only values explicitly passed
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-- by the server configuration above. Useful when disabling
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-- certain features of an LSP (for example, turning off formatting for ts_ls)
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server.capabilities = vim.tbl_deep_extend('force', {}, capabilities, server.capabilities or {})
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require('lspconfig')[server_name].setup(server)
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end,
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},
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}
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end,
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},
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}
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-- vim: ts=2 sts=2 sw=2 et
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