{ lib, config, options, ... }: let inherit (lib) mkOption types; in lib.nixvim.plugins.mkNeovimPlugin { name = "lsp"; package = "nvim-lspconfig"; callSetup = false; hasSettings = false; maintainers = [ lib.maintainers.HeitorAugustoLN ]; imports = [ ./language-servers (lib.mkRemovedOptionModule [ "plugins" "lsp" "enabledServers" ] "Internal option has been removed.") ]; extraOptions = { keymaps = { silent = mkOption { type = types.bool; description = "Whether nvim-lsp keymaps should be silent"; default = false; }; diagnostic = mkOption { type = with types; attrsOf (either str (attrsOf anything)); description = "Mappings for `vim.diagnostic.` functions to be added when an LSP is attached."; example = { "k" = "goto_prev"; "j" = "goto_next"; }; default = { }; }; lspBuf = mkOption { type = with types; attrsOf (either str (attrsOf anything)); description = "Mappings for `vim.lsp.buf.` functions to be added when an LSP it attached."; example = { "gd" = "definition"; "gD" = "references"; "gt" = "type_definition"; "gi" = "implementation"; "K" = "hover"; }; default = { }; }; extra = mkOption { type = types.listOf lib.nixvim.keymaps.deprecatedMapOptionSubmodule; apply = map lib.nixvim.keymaps.removeDeprecatedMapAttrs; description = '' Extra keymaps to register when an LSP is attached. This can be used to customise LSP behaviour, for example with "telescope" or the "Lspsaga" plugin, as seen in the examples. ''; example = [ { key = "lx"; action = "LspStop"; } { key = "ls"; action = "LspStart"; } { key = "lr"; action = "LspRestart"; } { key = "gd"; action.__raw = "require('telescope.builtin').lsp_definitions"; } { key = "K"; action = "Lspsaga hover_doc"; } ]; default = [ ]; }; }; inlayHints = mkOption { type = types.bool; default = false; description = '' Whether to enable LSP inlay-hints globally. See [`:h lsp-inlay_hint`](https://neovim.io/doc/user/lsp.html#lsp-inlay_hint). ''; # When `plugins.lsp` is enabled, definitions are aliased to `lsp.inlayHints.enable`; so read that final value here. # The other half of this two-way alias is below in `extraConfig`. apply = value: if config.plugins.lsp.enable then config.lsp.inlayHints.enable else value; }; onAttach = mkOption { type = types.lines; description = "A lua function to be run when a new LSP buffer is attached. The argument `client` and `bufnr` is provided."; default = ""; # When `plugins.lsp` is enabled, definitions are aliased to `lsp.onAttach`; so read that final value here. # The other half of this two-way alias is below in `extraConfig`. apply = value: if config.plugins.lsp.enable then config.lsp.onAttach else value; }; capabilities = mkOption { type = types.lines; description = "Lua code that modifies inplace the `capabilities` table."; default = ""; }; setupWrappers = mkOption { type = with types; listOf (functionTo str); description = "Code to be run to wrap the setup args. Takes in an argument containing the previous results, and returns a new string of code."; default = [ ]; }; preConfig = mkOption { type = types.lines; description = "Code to be run before loading the LSP. Useful for requiring plugins"; # When `plugins.lsp` is enabled, definitions are aliased to `lsp.luaConfig.pre`; so read that final value here. # This is slightly complicated because `lsp.luaConfig.pre` is nullable, unlike this option. # The other half of this two-way alias is below in `extraConfig`. apply = value: if config.plugins.lsp.enable then if config.lsp.luaConfig.pre == null then "" else config.lsp.luaConfig.pre else if options.plugins.lsp.preConfig.isDefined then value else ""; }; postConfig = mkOption { type = types.lines; description = "Code to be run after loading the LSP. This is an internal option"; # When `plugins.lsp` is enabled, definitions are aliased to `lsp.luaConfig.post`; so read that final value here. # This is slightly complicated because `lsp.luaConfig.post` is nullable, unlike this option. # The other half of this two-way alias is below in `extraConfig`. apply = value: if config.plugins.lsp.enable then if config.lsp.luaConfig.post == null then "" else config.lsp.luaConfig.post else if options.plugins.lsp.postConfig.isDefined then value else ""; }; }; extraConfig = cfg: opts: { keymapsOnEvents.LspAttach = let mkMaps = prefix: descPrefix: lib.mapAttrsToList ( key: action: let actionStr = action.action or action; mode = action.mode or "n"; actionProps = lib.optionalAttrs (builtins.isAttrs action) ( builtins.removeAttrs action [ "action" "mode" ] ); in { inherit key mode; action = lib.nixvim.mkRaw (prefix + actionStr); options = { inherit (cfg.keymaps) silent; desc = "${descPrefix} ${actionStr}"; } // actionProps; } ); in mkMaps "vim.diagnostic." "Lsp diagnostic" cfg.keymaps.diagnostic ++ mkMaps "vim.lsp.buf." "Lsp buf" cfg.keymaps.lspBuf ++ cfg.keymaps.extra; # Alias onAttach and inlayHints definitions to the new impl in the top-level lsp module. # # NOTE: While `mkDerivedConfig` creates an alias based on the final `value` and `highestPrio`, # `mkAliasAndWrapDefinitions` and `mkAliasAndWrapDefsWithPriority` propagates the un-merged # `definitions`. # # This assumes both options have compatible merge functions, but not using the final value allows # implementing a two-way binding in the option's `apply` function. Using `mkDerivedConfig` for a # two-way binding would result in infinite recursion. # # This is equivalent to `mkAliasOptionModule`, except predicated on `plugins.lsp.enable`. # # The other half of this two-way alias is above in the option's `apply` function. lsp = { onAttach = lib.modules.mkAliasAndWrapDefsWithPriority lib.id opts.onAttach; inlayHints.enable = lib.modules.mkAliasAndWrapDefsWithPriority lib.id opts.inlayHints; luaConfig.pre = lib.modules.mkAliasAndWrapDefsWithPriority lib.id opts.preConfig; luaConfig.post = lib.modules.mkAliasAndWrapDefsWithPriority lib.id opts.postConfig; }; }; }