Files
neovim/runtime/lua/vim/lsp/buf.lua
Grzegorz Rozdzialik 339067ab7e fix(lsp): avoid reusing diagnostics from different servers in actions (#30002)
Problem: When preparing the parameters for a code actions LSP request,
the code set `context.diagnostics` when processing the first LSP client,
and then reused those `context.diagnostics` for subsequent LSP clients.

This meant that the second and next LSP clients got diagnostics that
did not originate from them, and they did not get the diagnostics that
they sent.

Solution: Avoid setting `context.diagnostics` (which is referenced by
all clients). Instead, set `params.context.diagnostics` directly, which
is specific to a single client.

Fixes #30001
Caused by #29501

(cherry picked from commit 7031949be0)
2024-08-07 18:09:27 +02:00

922 lines
31 KiB
Lua

local api = vim.api
local validate = vim.validate
local util = require('vim.lsp.util')
local npcall = vim.F.npcall
local ms = require('vim.lsp.protocol').Methods
local M = {}
--- Sends an async request to all active clients attached to the current
--- buffer.
---
---@param method (string) LSP method name
---@param params (table|nil) Parameters to send to the server
---@param handler lsp.Handler? See |lsp-handler|. Follows |lsp-handler-resolution|
---
---@return table<integer, integer> client_request_ids Map of client-id:request-id pairs
---for all successful requests.
---@return function _cancel_all_requests Function which can be used to
---cancel all the requests. You could instead
---iterate all clients and call their `cancel_request()` methods.
---
---@see |vim.lsp.buf_request()|
local function request(method, params, handler)
validate({
method = { method, 's' },
handler = { handler, 'f', true },
})
return vim.lsp.buf_request(0, method, params, handler)
end
--- Displays hover information about the symbol under the cursor in a floating
--- window. Calling the function twice will jump into the floating window.
function M.hover()
local params = util.make_position_params()
request(ms.textDocument_hover, params)
end
local function request_with_opts(name, params, opts)
local req_handler --- @type function?
if opts then
req_handler = function(err, result, ctx, config)
local client = assert(vim.lsp.get_client_by_id(ctx.client_id))
local handler = client.handlers[name] or vim.lsp.handlers[name]
handler(err, result, ctx, vim.tbl_extend('force', config or {}, opts))
end
end
request(name, params, req_handler)
end
--- @class vim.lsp.ListOpts
---
--- list-handler replacing the default handler.
--- Called for any non-empty result.
--- This table can be used with |setqflist()| or |setloclist()|. E.g.:
--- ```lua
--- local function on_list(options)
--- vim.fn.setqflist({}, ' ', options)
--- vim.cmd.cfirst()
--- end
---
--- vim.lsp.buf.definition({ on_list = on_list })
--- vim.lsp.buf.references(nil, { on_list = on_list })
--- ```
---
--- If you prefer loclist instead of qflist:
--- ```lua
--- vim.lsp.buf.definition({ loclist = true })
--- vim.lsp.buf.references(nil, { loclist = true })
--- ```
--- @field on_list? fun(t: vim.lsp.LocationOpts.OnList)
--- @field loclist? boolean
--- @class vim.lsp.LocationOpts.OnList
--- @field items table[] Structured like |setqflist-what|
--- @field title? string Title for the list.
--- @field context? table `ctx` from |lsp-handler|
--- @class vim.lsp.LocationOpts: vim.lsp.ListOpts
---
--- Jump to existing window if buffer is already open.
--- @field reuse_win? boolean
--- Jumps to the declaration of the symbol under the cursor.
--- @note Many servers do not implement this method. Generally, see |vim.lsp.buf.definition()| instead.
--- @param opts? vim.lsp.LocationOpts
function M.declaration(opts)
local params = util.make_position_params()
request_with_opts(ms.textDocument_declaration, params, opts)
end
--- Jumps to the definition of the symbol under the cursor.
--- @param opts? vim.lsp.LocationOpts
function M.definition(opts)
local params = util.make_position_params()
request_with_opts(ms.textDocument_definition, params, opts)
end
--- Jumps to the definition of the type of the symbol under the cursor.
--- @param opts? vim.lsp.LocationOpts
function M.type_definition(opts)
local params = util.make_position_params()
request_with_opts(ms.textDocument_typeDefinition, params, opts)
end
--- Lists all the implementations for the symbol under the cursor in the
--- quickfix window.
--- @param opts? vim.lsp.LocationOpts
function M.implementation(opts)
local params = util.make_position_params()
request_with_opts(ms.textDocument_implementation, params, opts)
end
--- Displays signature information about the symbol under the cursor in a
--- floating window.
function M.signature_help()
local params = util.make_position_params()
request(ms.textDocument_signatureHelp, params)
end
--- Retrieves the completion items at the current cursor position. Can only be
--- called in Insert mode.
---
---@param context table (context support not yet implemented) Additional information
--- about the context in which a completion was triggered (how it was triggered,
--- and by which trigger character, if applicable)
---
---@see vim.lsp.protocol.CompletionTriggerKind
function M.completion(context)
local params = util.make_position_params()
params.context = context
return request(ms.textDocument_completion, params)
end
---@param bufnr integer
---@param mode "v"|"V"
---@return table {start={row,col}, end={row,col}} using (1, 0) indexing
local function range_from_selection(bufnr, mode)
-- TODO: Use `vim.region()` instead https://github.com/neovim/neovim/pull/13896
-- [bufnum, lnum, col, off]; both row and column 1-indexed
local start = vim.fn.getpos('v')
local end_ = vim.fn.getpos('.')
local start_row = start[2]
local start_col = start[3]
local end_row = end_[2]
local end_col = end_[3]
-- A user can start visual selection at the end and move backwards
-- Normalize the range to start < end
if start_row == end_row and end_col < start_col then
end_col, start_col = start_col, end_col
elseif end_row < start_row then
start_row, end_row = end_row, start_row
start_col, end_col = end_col, start_col
end
if mode == 'V' then
start_col = 1
local lines = api.nvim_buf_get_lines(bufnr, end_row - 1, end_row, true)
end_col = #lines[1]
end
return {
['start'] = { start_row, start_col - 1 },
['end'] = { end_row, end_col - 1 },
}
end
--- @class vim.lsp.buf.format.Opts
--- @inlinedoc
---
--- Can be used to specify FormattingOptions. Some unspecified options will be
--- automatically derived from the current Nvim options.
--- See https://microsoft.github.io/language-server-protocol/specification/#formattingOptions
--- @field formatting_options? table
---
--- Time in milliseconds to block for formatting requests. No effect if async=true.
--- (default: `1000`)
--- @field timeout_ms? integer
---
--- Restrict formatting to the clients attached to the given buffer.
--- (default: current buffer)
--- @field bufnr? integer
---
--- Predicate used to filter clients. Receives a client as argument and must
--- return a boolean. Clients matching the predicate are included. Example:
--- ```lua
--- -- Never request typescript-language-server for formatting
--- vim.lsp.buf.format {
--- filter = function(client) return client.name ~= "tsserver" end
--- }
--- ```
--- @field filter? fun(client: vim.lsp.Client): boolean?
---
--- If true the method won't block.
--- Editing the buffer while formatting asynchronous can lead to unexpected
--- changes.
--- (Default: false)
--- @field async? boolean
---
--- Restrict formatting to the client with ID (client.id) matching this field.
--- @field id? integer
---
--- Restrict formatting to the client with name (client.name) matching this field.
--- @field name? string
---
--- Range to format.
--- Table must contain `start` and `end` keys with {row,col} tuples using
--- (1,0) indexing.
--- (Default: current selection in visual mode, `nil` in other modes,
--- formatting the full buffer)
--- @field range? {start:integer[],end:integer[]}
--- Formats a buffer using the attached (and optionally filtered) language
--- server clients.
---
--- @param opts? vim.lsp.buf.format.Opts
function M.format(opts)
opts = opts or {}
local bufnr = opts.bufnr or api.nvim_get_current_buf()
local mode = api.nvim_get_mode().mode
local range = opts.range
if not range and mode == 'v' or mode == 'V' then
range = range_from_selection(bufnr, mode)
end
local method = range and ms.textDocument_rangeFormatting or ms.textDocument_formatting
local clients = vim.lsp.get_clients({
id = opts.id,
bufnr = bufnr,
name = opts.name,
method = method,
})
if opts.filter then
clients = vim.tbl_filter(opts.filter, clients)
end
if #clients == 0 then
vim.notify('[LSP] Format request failed, no matching language servers.')
end
--- @param client vim.lsp.Client
--- @param params lsp.DocumentFormattingParams
--- @return lsp.DocumentFormattingParams
local function set_range(client, params)
if range then
local range_params =
util.make_given_range_params(range.start, range['end'], bufnr, client.offset_encoding)
params.range = range_params.range
end
return params
end
if opts.async then
local function do_format(idx, client)
if not client then
return
end
local params = set_range(client, util.make_formatting_params(opts.formatting_options))
client.request(method, params, function(...)
local handler = client.handlers[method] or vim.lsp.handlers[method]
handler(...)
do_format(next(clients, idx))
end, bufnr)
end
do_format(next(clients))
else
local timeout_ms = opts.timeout_ms or 1000
for _, client in pairs(clients) do
local params = set_range(client, util.make_formatting_params(opts.formatting_options))
local result, err = client.request_sync(method, params, timeout_ms, bufnr)
if result and result.result then
util.apply_text_edits(result.result, bufnr, client.offset_encoding)
elseif err then
vim.notify(string.format('[LSP][%s] %s', client.name, err), vim.log.levels.WARN)
end
end
end
end
--- @class vim.lsp.buf.rename.Opts
--- @inlinedoc
---
--- Predicate used to filter clients. Receives a client as argument and
--- must return a boolean. Clients matching the predicate are included.
--- @field filter? fun(client: vim.lsp.Client): boolean?
---
--- Restrict clients used for rename to ones where client.name matches
--- this field.
--- @field name? string
---
--- (default: current buffer)
--- @field bufnr? integer
--- Renames all references to the symbol under the cursor.
---
---@param new_name string|nil If not provided, the user will be prompted for a new
--- name using |vim.ui.input()|.
---@param opts? vim.lsp.buf.rename.Opts Additional options:
function M.rename(new_name, opts)
opts = opts or {}
local bufnr = opts.bufnr or api.nvim_get_current_buf()
local clients = vim.lsp.get_clients({
bufnr = bufnr,
name = opts.name,
-- Clients must at least support rename, prepareRename is optional
method = ms.textDocument_rename,
})
if opts.filter then
clients = vim.tbl_filter(opts.filter, clients)
end
if #clients == 0 then
vim.notify('[LSP] Rename, no matching language servers with rename capability.')
end
local win = api.nvim_get_current_win()
-- Compute early to account for cursor movements after going async
local cword = vim.fn.expand('<cword>')
local function get_text_at_range(range, offset_encoding)
return api.nvim_buf_get_text(
bufnr,
range.start.line,
util._get_line_byte_from_position(bufnr, range.start, offset_encoding),
range['end'].line,
util._get_line_byte_from_position(bufnr, range['end'], offset_encoding),
{}
)[1]
end
local function try_use_client(idx, client)
if not client then
return
end
--- @param name string
local function rename(name)
local params = util.make_position_params(win, client.offset_encoding)
params.newName = name
local handler = client.handlers[ms.textDocument_rename]
or vim.lsp.handlers[ms.textDocument_rename]
client.request(ms.textDocument_rename, params, function(...)
handler(...)
try_use_client(next(clients, idx))
end, bufnr)
end
if client.supports_method(ms.textDocument_prepareRename) then
local params = util.make_position_params(win, client.offset_encoding)
client.request(ms.textDocument_prepareRename, params, function(err, result)
if err or result == nil then
if next(clients, idx) then
try_use_client(next(clients, idx))
else
local msg = err and ('Error on prepareRename: ' .. (err.message or ''))
or 'Nothing to rename'
vim.notify(msg, vim.log.levels.INFO)
end
return
end
if new_name then
rename(new_name)
return
end
local prompt_opts = {
prompt = 'New Name: ',
}
-- result: Range | { range: Range, placeholder: string }
if result.placeholder then
prompt_opts.default = result.placeholder
elseif result.start then
prompt_opts.default = get_text_at_range(result, client.offset_encoding)
elseif result.range then
prompt_opts.default = get_text_at_range(result.range, client.offset_encoding)
else
prompt_opts.default = cword
end
vim.ui.input(prompt_opts, function(input)
if not input or #input == 0 then
return
end
rename(input)
end)
end, bufnr)
else
assert(
client.supports_method(ms.textDocument_rename),
'Client must support textDocument/rename'
)
if new_name then
rename(new_name)
return
end
local prompt_opts = {
prompt = 'New Name: ',
default = cword,
}
vim.ui.input(prompt_opts, function(input)
if not input or #input == 0 then
return
end
rename(input)
end)
end
end
try_use_client(next(clients))
end
--- Lists all the references to the symbol under the cursor in the quickfix window.
---
---@param context (table|nil) Context for the request
---@see https://microsoft.github.io/language-server-protocol/specifications/specification-current/#textDocument_references
---@param opts? vim.lsp.ListOpts
function M.references(context, opts)
validate({ context = { context, 't', true } })
local params = util.make_position_params()
params.context = context or {
includeDeclaration = true,
}
request_with_opts(ms.textDocument_references, params, opts)
end
--- Lists all symbols in the current buffer in the quickfix window.
--- @param opts? vim.lsp.ListOpts
function M.document_symbol(opts)
local params = { textDocument = util.make_text_document_params() }
request_with_opts(ms.textDocument_documentSymbol, params, opts)
end
--- @param call_hierarchy_items lsp.CallHierarchyItem[]?
local function pick_call_hierarchy_item(call_hierarchy_items)
if not call_hierarchy_items then
return
end
if #call_hierarchy_items == 1 then
return call_hierarchy_items[1]
end
local items = {}
for i, item in pairs(call_hierarchy_items) do
local entry = item.detail or item.name
table.insert(items, string.format('%d. %s', i, entry))
end
local choice = vim.fn.inputlist(items)
if choice < 1 or choice > #items then
return
end
return choice
end
--- @param method string
local function call_hierarchy(method)
local params = util.make_position_params()
--- @param result lsp.CallHierarchyItem[]?
request(ms.textDocument_prepareCallHierarchy, params, function(err, result, ctx)
if err then
vim.notify(err.message, vim.log.levels.WARN)
return
end
if not result then
vim.notify('No item resolved', vim.log.levels.WARN)
return
end
local call_hierarchy_item = pick_call_hierarchy_item(result)
if not call_hierarchy_item then
return
end
local client = vim.lsp.get_client_by_id(ctx.client_id)
if client then
client.request(method, { item = call_hierarchy_item }, nil, ctx.bufnr)
else
vim.notify(
string.format('Client with id=%d disappeared during call hierarchy request', ctx.client_id),
vim.log.levels.WARN
)
end
end)
end
--- Lists all the call sites of the symbol under the cursor in the
--- |quickfix| window. If the symbol can resolve to multiple
--- items, the user can pick one in the |inputlist()|.
function M.incoming_calls()
call_hierarchy(ms.callHierarchy_incomingCalls)
end
--- Lists all the items that are called by the symbol under the
--- cursor in the |quickfix| window. If the symbol can resolve to
--- multiple items, the user can pick one in the |inputlist()|.
function M.outgoing_calls()
call_hierarchy(ms.callHierarchy_outgoingCalls)
end
--- Lists all the subtypes or supertypes of the symbol under the
--- cursor in the |quickfix| window. If the symbol can resolve to
--- multiple items, the user can pick one using |vim.ui.select()|.
---@param kind "subtypes"|"supertypes"
function M.typehierarchy(kind)
local method = kind == 'subtypes' and ms.typeHierarchy_subtypes or ms.typeHierarchy_supertypes
--- Merge results from multiple clients into a single table. Client-ID is preserved.
---
--- @param results table<integer, {error: lsp.ResponseError?, result: lsp.TypeHierarchyItem[]?}>
--- @return [integer, lsp.TypeHierarchyItem][]
local function merge_results(results)
local merged_results = {}
for client_id, client_result in pairs(results) do
if client_result.error then
vim.notify(client_result.error.message, vim.log.levels.WARN)
elseif client_result.result then
for _, item in pairs(client_result.result) do
table.insert(merged_results, { client_id, item })
end
end
end
return merged_results
end
local bufnr = api.nvim_get_current_buf()
local params = util.make_position_params()
--- @param results table<integer, {error: lsp.ResponseError?, result: lsp.TypeHierarchyItem[]?}>
vim.lsp.buf_request_all(bufnr, ms.textDocument_prepareTypeHierarchy, params, function(results)
local merged_results = merge_results(results)
if #merged_results == 0 then
vim.notify('No items resolved', vim.log.levels.INFO)
return
end
if #merged_results == 1 then
local item = merged_results[1]
local client = vim.lsp.get_client_by_id(item[1])
if client then
client.request(method, { item = item[2] }, nil, bufnr)
else
vim.notify(
string.format('Client with id=%d disappeared during call hierarchy request', item[1]),
vim.log.levels.WARN
)
end
else
local select_opts = {
prompt = 'Select a type hierarchy item:',
kind = 'typehierarchy',
format_item = function(item)
if not item[2].detail or #item[2].detail == 0 then
return item[2].name
end
return string.format('%s %s', item[2].name, item[2].detail)
end,
}
vim.ui.select(merged_results, select_opts, function(item)
local client = vim.lsp.get_client_by_id(item[1])
if client then
--- @type lsp.TypeHierarchyItem
client.request(method, { item = item[2] }, nil, bufnr)
else
vim.notify(
string.format('Client with id=%d disappeared during call hierarchy request', item[1]),
vim.log.levels.WARN
)
end
end)
end
end)
end
--- List workspace folders.
---
function M.list_workspace_folders()
local workspace_folders = {}
for _, client in pairs(vim.lsp.get_clients({ bufnr = 0 })) do
for _, folder in pairs(client.workspace_folders or {}) do
table.insert(workspace_folders, folder.name)
end
end
return workspace_folders
end
--- Add the folder at path to the workspace folders. If {path} is
--- not provided, the user will be prompted for a path using |input()|.
--- @param workspace_folder? string
function M.add_workspace_folder(workspace_folder)
workspace_folder = workspace_folder
or npcall(vim.fn.input, 'Workspace Folder: ', vim.fn.expand('%:p:h'), 'dir')
api.nvim_command('redraw')
if not (workspace_folder and #workspace_folder > 0) then
return
end
if vim.fn.isdirectory(workspace_folder) == 0 then
print(workspace_folder, ' is not a valid directory')
return
end
local bufnr = api.nvim_get_current_buf()
for _, client in pairs(vim.lsp.get_clients({ bufnr = bufnr })) do
client:_add_workspace_folder(workspace_folder)
end
end
--- Remove the folder at path from the workspace folders. If
--- {path} is not provided, the user will be prompted for
--- a path using |input()|.
--- @param workspace_folder? string
function M.remove_workspace_folder(workspace_folder)
workspace_folder = workspace_folder
or npcall(vim.fn.input, 'Workspace Folder: ', vim.fn.expand('%:p:h'))
api.nvim_command('redraw')
if not workspace_folder or #workspace_folder == 0 then
return
end
local bufnr = api.nvim_get_current_buf()
for _, client in pairs(vim.lsp.get_clients({ bufnr = bufnr })) do
client:_remove_workspace_folder(workspace_folder)
end
print(workspace_folder, 'is not currently part of the workspace')
end
--- Lists all symbols in the current workspace in the quickfix window.
---
--- The list is filtered against {query}; if the argument is omitted from the
--- call, the user is prompted to enter a string on the command line. An empty
--- string means no filtering is done.
---
--- @param query string? optional
--- @param opts? vim.lsp.ListOpts
function M.workspace_symbol(query, opts)
query = query or npcall(vim.fn.input, 'Query: ')
if query == nil then
return
end
local params = { query = query }
request_with_opts(ms.workspace_symbol, params, opts)
end
--- Send request to the server to resolve document highlights for the current
--- text document position. This request can be triggered by a key mapping or
--- by events such as `CursorHold`, e.g.:
---
--- ```vim
--- autocmd CursorHold <buffer> lua vim.lsp.buf.document_highlight()
--- autocmd CursorHoldI <buffer> lua vim.lsp.buf.document_highlight()
--- autocmd CursorMoved <buffer> lua vim.lsp.buf.clear_references()
--- ```
---
--- Note: Usage of |vim.lsp.buf.document_highlight()| requires the following highlight groups
--- to be defined or you won't be able to see the actual highlights.
--- |hl-LspReferenceText|
--- |hl-LspReferenceRead|
--- |hl-LspReferenceWrite|
function M.document_highlight()
local params = util.make_position_params()
request(ms.textDocument_documentHighlight, params)
end
--- Removes document highlights from current buffer.
function M.clear_references()
util.buf_clear_references()
end
---@nodoc
---@class vim.lsp.CodeActionResultEntry
---@field error? lsp.ResponseError
---@field result? (lsp.Command|lsp.CodeAction)[]
---@field ctx lsp.HandlerContext
--- @class vim.lsp.buf.code_action.Opts
--- @inlinedoc
---
--- Corresponds to `CodeActionContext` of the LSP specification:
--- - {diagnostics}? (`table`) LSP `Diagnostic[]`. Inferred from the current
--- position if not provided.
--- - {only}? (`table`) List of LSP `CodeActionKind`s used to filter the code actions.
--- Most language servers support values like `refactor`
--- or `quickfix`.
--- - {triggerKind}? (`integer`) The reason why code actions were requested.
--- @field context? lsp.CodeActionContext
---
--- Predicate taking an `CodeAction` and returning a boolean.
--- @field filter? fun(x: lsp.CodeAction|lsp.Command):boolean
---
--- When set to `true`, and there is just one remaining action
--- (after filtering), the action is applied without user query.
--- @field apply? boolean
---
--- Range for which code actions should be requested.
--- If in visual mode this defaults to the active selection.
--- Table must contain `start` and `end` keys with {row,col} tuples
--- using mark-like indexing. See |api-indexing|
--- @field range? {start: integer[], end: integer[]}
--- This is not public because the main extension point is
--- vim.ui.select which can be overridden independently.
---
--- Can't call/use vim.lsp.handlers['textDocument/codeAction'] because it expects
--- `(err, CodeAction[] | Command[], ctx)`, but we want to aggregate the results
--- from multiple clients to have 1 single UI prompt for the user, yet we still
--- need to be able to link a `CodeAction|Command` to the right client for
--- `codeAction/resolve`
---@param results table<integer, vim.lsp.CodeActionResultEntry>
---@param opts? vim.lsp.buf.code_action.Opts
local function on_code_action_results(results, opts)
---@param a lsp.Command|lsp.CodeAction
local function action_filter(a)
-- filter by specified action kind
if opts and opts.context and opts.context.only then
if not a.kind then
return false
end
local found = false
for _, o in ipairs(opts.context.only) do
-- action kinds are hierarchical with . as a separator: when requesting only 'type-annotate'
-- this filter allows both 'type-annotate' and 'type-annotate.foo', for example
if a.kind == o or vim.startswith(a.kind, o .. '.') then
found = true
break
end
end
if not found then
return false
end
end
-- filter by user function
if opts and opts.filter and not opts.filter(a) then
return false
end
-- no filter removed this action
return true
end
---@type {action: lsp.Command|lsp.CodeAction, ctx: lsp.HandlerContext}[]
local actions = {}
for _, result in pairs(results) do
for _, action in pairs(result.result or {}) do
if action_filter(action) then
table.insert(actions, { action = action, ctx = result.ctx })
end
end
end
if #actions == 0 then
vim.notify('No code actions available', vim.log.levels.INFO)
return
end
---@param action lsp.Command|lsp.CodeAction
---@param client vim.lsp.Client
---@param ctx lsp.HandlerContext
local function apply_action(action, client, ctx)
if action.edit then
util.apply_workspace_edit(action.edit, client.offset_encoding)
end
local a_cmd = action.command
if a_cmd then
local command = type(a_cmd) == 'table' and a_cmd or action
client:_exec_cmd(command, ctx)
end
end
---@param choice {action: lsp.Command|lsp.CodeAction, ctx: lsp.HandlerContext}
local function on_user_choice(choice)
if not choice then
return
end
-- textDocument/codeAction can return either Command[] or CodeAction[]
--
-- CodeAction
-- ...
-- edit?: WorkspaceEdit -- <- must be applied before command
-- command?: Command
--
-- Command:
-- title: string
-- command: string
-- arguments?: any[]
--
local client = assert(vim.lsp.get_client_by_id(choice.ctx.client_id))
local action = choice.action
local bufnr = assert(choice.ctx.bufnr, 'Must have buffer number')
local reg = client.dynamic_capabilities:get(ms.textDocument_codeAction, { bufnr = bufnr })
local supports_resolve = vim.tbl_get(reg or {}, 'registerOptions', 'resolveProvider')
or client.supports_method(ms.codeAction_resolve)
if not action.edit and client and supports_resolve then
client.request(ms.codeAction_resolve, action, function(err, resolved_action)
if err then
if action.command then
apply_action(action, client, choice.ctx)
else
vim.notify(err.code .. ': ' .. err.message, vim.log.levels.ERROR)
end
else
apply_action(resolved_action, client, choice.ctx)
end
end, bufnr)
else
apply_action(action, client, choice.ctx)
end
end
-- If options.apply is given, and there are just one remaining code action,
-- apply it directly without querying the user.
if opts and opts.apply and #actions == 1 then
on_user_choice(actions[1])
return
end
---@param item {action: lsp.Command|lsp.CodeAction}
local function format_item(item)
local title = item.action.title:gsub('\r\n', '\\r\\n')
return title:gsub('\n', '\\n')
end
local select_opts = {
prompt = 'Code actions:',
kind = 'codeaction',
format_item = format_item,
}
vim.ui.select(actions, select_opts, on_user_choice)
end
--- Selects a code action available at the current
--- cursor position.
---
---@param opts? vim.lsp.buf.code_action.Opts
---@see https://microsoft.github.io/language-server-protocol/specifications/specification-current/#textDocument_codeAction
---@see vim.lsp.protocol.CodeActionTriggerKind
function M.code_action(opts)
validate({ options = { opts, 't', true } })
opts = opts or {}
-- Detect old API call code_action(context) which should now be
-- code_action({ context = context} )
--- @diagnostic disable-next-line:undefined-field
if opts.diagnostics or opts.only then
opts = { options = opts }
end
local context = opts.context and vim.deepcopy(opts.context) or {}
if not context.triggerKind then
context.triggerKind = vim.lsp.protocol.CodeActionTriggerKind.Invoked
end
local mode = api.nvim_get_mode().mode
local bufnr = api.nvim_get_current_buf()
local win = api.nvim_get_current_win()
local clients = vim.lsp.get_clients({ bufnr = bufnr, method = ms.textDocument_codeAction })
local remaining = #clients
if remaining == 0 then
if next(vim.lsp.get_clients({ bufnr = bufnr })) then
vim.notify(vim.lsp._unsupported_method(ms.textDocument_codeAction), vim.log.levels.WARN)
end
return
end
---@type table<integer, vim.lsp.CodeActionResultEntry>
local results = {}
---@param err? lsp.ResponseError
---@param result? (lsp.Command|lsp.CodeAction)[]
---@param ctx lsp.HandlerContext
local function on_result(err, result, ctx)
results[ctx.client_id] = { error = err, result = result, ctx = ctx }
remaining = remaining - 1
if remaining == 0 then
on_code_action_results(results, opts)
end
end
for _, client in ipairs(clients) do
---@type lsp.CodeActionParams
local params
if opts.range then
assert(type(opts.range) == 'table', 'code_action range must be a table')
local start = assert(opts.range.start, 'range must have a `start` property')
local end_ = assert(opts.range['end'], 'range must have a `end` property')
params = util.make_given_range_params(start, end_, bufnr, client.offset_encoding)
elseif mode == 'v' or mode == 'V' then
local range = range_from_selection(bufnr, mode)
params =
util.make_given_range_params(range.start, range['end'], bufnr, client.offset_encoding)
else
params = util.make_range_params(win, client.offset_encoding)
end
if context.diagnostics then
params.context = context
else
local ns_push = vim.lsp.diagnostic.get_namespace(client.id, false)
local ns_pull = vim.lsp.diagnostic.get_namespace(client.id, true)
local diagnostics = {}
local lnum = api.nvim_win_get_cursor(0)[1] - 1
vim.list_extend(diagnostics, vim.diagnostic.get(bufnr, { namespace = ns_pull, lnum = lnum }))
vim.list_extend(diagnostics, vim.diagnostic.get(bufnr, { namespace = ns_push, lnum = lnum }))
params.context = vim.tbl_extend('force', context, {
---@diagnostic disable-next-line: no-unknown
diagnostics = vim.tbl_map(function(d)
return d.user_data.lsp
end, diagnostics),
})
end
client.request(ms.textDocument_codeAction, params, on_result, bufnr)
end
end
--- Executes an LSP server command.
--- @param command_params lsp.ExecuteCommandParams
--- @see https://microsoft.github.io/language-server-protocol/specifications/specification-current/#workspace_executeCommand
function M.execute_command(command_params)
validate({
command = { command_params.command, 's' },
arguments = { command_params.arguments, 't', true },
})
command_params = {
command = command_params.command,
arguments = command_params.arguments,
workDoneToken = command_params.workDoneToken,
}
request(ms.workspace_executeCommand, command_params)
end
return M