fix: lsp rename twice or more if multiple lsp's are active
This commit is contained in:
Ward Truyen
@@ -2,160 +2,170 @@
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-- NOTE: this adds a Language Server Provider for source files like C++, Java/-Script, etc.
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-- It will check the code for errors, warnings, variables and structures and give suggestions.
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return {
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"neovim/nvim-lspconfig",
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version = "*",
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config = function()
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-- local lspconfig = require("lspconfig")
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"neovim/nvim-lspconfig",
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version = "*",
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config = function()
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-- local lspconfig = require("lspconfig")
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vim.cmd([[autocmd! ColorScheme * highlight NormalFloat guibg=#1f2335]])
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vim.cmd([[autocmd! ColorScheme * highlight FloatBorder guifg=white guibg=#1f2335]])
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vim.cmd([[autocmd! ColorScheme * highlight NormalFloat guibg=#1f2335]])
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vim.cmd([[autocmd! ColorScheme * highlight FloatBorder guifg=white guibg=#1f2335]])
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-- Beautiful borders around LSP stuff like hover/signature_help
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local border = {
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{ "┌", "FloatBorder" },
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{ "─", "FloatBorder" },
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{ "┐", "FloatBorder" },
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{ "│", "FloatBorder" },
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{ "┘", "FloatBorder" },
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{ "─", "FloatBorder" },
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{ "└", "FloatBorder" },
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{ "│", "FloatBorder" },
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}
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-- Beautiful borders around LSP stuff like hover/signature_help
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local border = {
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{ "┌", "FloatBorder" },
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{ "─", "FloatBorder" },
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{ "┐", "FloatBorder" },
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{ "│", "FloatBorder" },
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{ "┘", "FloatBorder" },
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{ "─", "FloatBorder" },
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{ "└", "FloatBorder" },
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{ "│", "FloatBorder" },
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}
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-- lspconfig.clangd.setup({
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vim.lsp.config("clangd",{
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keys = {
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{ "<leader>pc", "<cmd>ClangdSwitchSourceHeader<cr>", desc = "Switch Source/Header (C/C++)" },
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},
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cmd = {
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"clangd",
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"--offset-encoding=utf-16",
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"--background-index",
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"--clang-tidy",
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"--header-insertion=iwyu",
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"--completion-style=detailed",
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"--function-arg-placeholders",
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"-j4",
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"--fallback-style=llvm",
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},
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filetypes = { "c", "cpp", "objc", "objcpp", "cuda", "proto", "hpp", "h" },
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-- init_options = {
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-- fallbackFlags = { '-std=c17' },
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-- },
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})
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-- lspconfig.clangd.setup({
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vim.lsp.config("clangd", {
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keys = {
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{ "<leader>pc", "<cmd>ClangdSwitchSourceHeader<cr>", desc = "Switch Source/Header (C/C++)" },
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},
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cmd = {
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"clangd",
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"--offset-encoding=utf-16",
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"--background-index",
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"--clang-tidy",
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"--header-insertion=iwyu",
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"--completion-style=detailed",
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"--function-arg-placeholders",
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"-j4",
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"--fallback-style=llvm",
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},
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filetypes = { "c", "cpp", "objc", "objcpp", "cuda", "proto", "hpp", "h" },
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-- init_options = {
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-- fallbackFlags = { '-std=c17' },
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-- },
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})
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-- lspconfig.glsl_analyzer.setup({
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vim.lsp.config("glsl_analyzer",{
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filetypes = { "glsl", "vert", "tese", "frag", "geom", "comp", "vs", "fs" },
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})
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-- lspconfig.glsl_analyzer.setup({
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vim.lsp.config("glsl_analyzer", {
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filetypes = { "glsl", "vert", "tese", "frag", "geom", "comp", "vs", "fs" },
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})
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-- diagnostics border
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local orig_util_open_floating_preview = vim.lsp.util.open_floating_preview
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function vim.lsp.util.open_floating_preview(contents, syntax, opts, ...)
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-- I would love to retrieve the severity level just here in order to modify opts.border
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opts = opts or {}
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opts.border = opts.border or border
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return orig_util_open_floating_preview(contents, syntax, opts, ...)
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end
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-- diagnostics border
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local orig_util_open_floating_preview = vim.lsp.util.open_floating_preview
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function vim.lsp.util.open_floating_preview(contents, syntax, opts, ...)
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-- I would love to retrieve the severity level just here in order to modify opts.border
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opts = opts or {}
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opts.border = opts.border or border
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return orig_util_open_floating_preview(contents, syntax, opts, ...)
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end
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-- adding filetypes to get glsl things
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vim.filetype.add({
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extension = {
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vert = "glsl",
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tesc = "glsl",
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tese = "glsl",
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frag = "glsl",
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geom = "glsl",
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comp = "glsl",
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vs = "glsl",
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fs = "glsl",
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},
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})
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-- adding filetypes to get glsl things
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vim.filetype.add({
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extension = {
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vert = "glsl",
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tesc = "glsl",
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tese = "glsl",
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frag = "glsl",
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geom = "glsl",
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comp = "glsl",
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vs = "glsl",
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fs = "glsl",
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},
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})
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-- lspconfig.rust_analyzer.setup({
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vim.lsp.config("rust_analyzer",{
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settings = {
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["rust-analyzer"] = {},
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},
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})
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-- lspconfig.rust_analyzer.setup({
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vim.lsp.config("rust_analyzer", {
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settings = {
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["rust-analyzer"] = {},
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},
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})
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-- These lsp keybinds only load when an LSP is attatched to the buffer.
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vim.api.nvim_create_autocmd("LspAttach", {
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group = vim.api.nvim_create_augroup("UserLspConfig", {}),
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callback = function(event)
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-- Enable completion triggered by <c-x><c-o>
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vim.bo[event.buf].omnifunc = "v:lua.vim.lsp.omnifunc"
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-- These lsp keybinds only load when an LSP is attatched to the buffer.
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vim.api.nvim_create_autocmd("LspAttach", {
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group = vim.api.nvim_create_augroup("UserLspConfig", {}),
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callback = function(event)
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-- Enable completion triggered by <c-x><c-o>
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vim.bo[event.buf].omnifunc = "v:lua.vim.lsp.omnifunc"
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local map = function(keys, func, desc)
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vim.keymap.set("n", keys, func, { buffer = event.buf, desc = "LSP: " .. desc })
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end
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local map = function(keys, func, desc)
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vim.keymap.set("n", 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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-- 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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-- 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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-- 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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-- 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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-- 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 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>ld", require("telescope.builtin").lsp_type_definitions, "Type [D]efinition")
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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>ld", require("telescope.builtin").lsp_type_definitions, "Type [D]efinition")
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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>lD", vim.lsp.buf.declaration, "Go to [D]eclaration")
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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>lD", vim.lsp.buf.declaration, "Go to [D]eclaration")
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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>ls", require("telescope.builtin").lsp_document_symbols, "document [S]ymbols")
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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>ls", require("telescope.builtin").lsp_document_symbols, "document [S]ymbols")
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-- Format file
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map("<leader>lf", vim.lsp.buf.format, "[F]ormat")
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-- Format file
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map("<leader>lf", vim.lsp.buf.format, "[F]ormat")
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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>lw", require("telescope.builtin").lsp_dynamic_workspace_symbols, "[W]orkspace symbols")
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map("<leader>li", vim.cmd.LspInfo, "Show lsp info")
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map("<leader>lp", vim.diagnostic.goto_prev, "Go to [P]revious diagnostic message")
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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(
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"<leader>lw",
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require("telescope.builtin").lsp_dynamic_workspace_symbols,
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"[W]orkspace symbols"
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)
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map("<leader>li", vim.cmd.LspInfo, "Show lsp info")
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map("<leader>lp", vim.diagnostic.goto_prev, "Go to [P]revious diagnostic message")
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map("<leader>ln", vim.diagnostic.goto_next, "Go to [N]ext diagnostic message")
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map("<leader>ln", vim.diagnostic.goto_next, "Go to [N]ext diagnostic message")
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map("<leader>le", vim.diagnostic.open_float, "Show diagnostic [E]rror messages")
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vim.diagnostic.config({ virtual_text = false })
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map("<leader>le", vim.diagnostic.open_float, "Show diagnostic [E]rror messages")
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vim.diagnostic.config({ virtual_text = false })
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map("<leader>lq", vim.diagnostic.setloclist, "Open diagnostic [Q]uickfix list")
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map("<leader>lq", vim.diagnostic.setloclist, "Open diagnostic [Q]uickfix list")
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-- Rename the variable under your cursor.
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local function rename()
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local clients = vim.lsp.get_clients({ bufnr = 0, method = "textDocument/rename" })
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if #clients > 0 then
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local targetClient = clients[1] -- Use the first client .. or angularls if available
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for _, client in ipairs(clients) do
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if client.name == "angularls" then
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targetClient = client
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break
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end
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end
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vim.lsp.buf.rename(nil, { name = targetClient.name })
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else
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print("No LSP attached supports renaming")
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end
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end
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--Most Language Servers support renaming across files, etc.
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map("<leader>lr", rename, "[R]ename")
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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>lr", vim.lsp.buf.rename, "[R]ename")
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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>la", vim.lsp.buf.code_action, "code [A]ction")
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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>la", vim.lsp.buf.code_action, "code [A]ction")
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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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-- 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("<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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})
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end,
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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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})
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end,
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}
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