neovim/runtime/doc/lsp.txt
Kevin Fleming 8daefe2f04
Fix highlight group names in LSP documentation (#12427)
LspDiagnosticInformation -> LspDiagnosticsInformation
LspDiagnosticInformationSign -> LspDiagnosticsInformationSign
LspDiagnosticHint -> LspDiagnosticsHint
LspDiagnosticHintSign -> LspDiagnosticsHintSign
2020-06-14 15:25:39 -04:00

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*lsp.txt* LSP
NVIM REFERENCE MANUAL
LSP client/framework *lsp*
Nvim supports the Language Server Protocol (LSP), which means it acts as
a client to LSP servers and includes a Lua framework `vim.lsp` for building
enhanced LSP tools.
https://microsoft.github.io/language-server-protocol/
LSP facilitates features like go-to-definition, find-references, hover,
completion, rename, format, refactor, etc., using semantic whole-project
analysis (unlike |ctags|).
Type |gO| to see the table of contents.
==============================================================================
QUICKSTART *lsp-quickstart*
Nvim provides a LSP client, but the servers are provided by third parties.
Follow these steps to get LSP features:
1. Install the nvim-lsp plugin. It provides common configuration for
various servers so you can get started quickly.
https://github.com/neovim/nvim-lsp
2. Install a language server. Try ":LspInstall <tab>" or use your system
package manager to install the relevant language server:
https://microsoft.github.io/language-server-protocol/implementors/servers/
3. Add `nvim_lsp.xx.setup{…}` to your vimrc, where "xx" is the name of the
relevant config. See the nvim-lsp README for details.
To check LSP clients attached to the current buffer: >
:lua print(vim.inspect(vim.lsp.buf_get_clients()))
<
*lsp-config*
Inline diagnostics are enabled automatically, e.g. syntax errors will be
annotated in the buffer. But you probably want to use other features like
go-to-definition, hover, etc. Example config: >
nnoremap <silent> gd <cmd>lua vim.lsp.buf.declaration()<CR>
nnoremap <silent> <c-]> <cmd>lua vim.lsp.buf.definition()<CR>
nnoremap <silent> K <cmd>lua vim.lsp.buf.hover()<CR>
nnoremap <silent> gD <cmd>lua vim.lsp.buf.implementation()<CR>
nnoremap <silent> <c-k> <cmd>lua vim.lsp.buf.signature_help()<CR>
nnoremap <silent> 1gD <cmd>lua vim.lsp.buf.type_definition()<CR>
nnoremap <silent> gr <cmd>lua vim.lsp.buf.references()<CR>
nnoremap <silent> g0 <cmd>lua vim.lsp.buf.document_symbol()<CR>
nnoremap <silent> gW <cmd>lua vim.lsp.buf.workspace_symbol()<CR>
Nvim provides the |vim.lsp.omnifunc| 'omnifunc' handler which allows
|i_CTRL-X_CTRL-O| to consume LSP completion. Example config (note the use of
|v:lua| to call Lua from Vimscript): >
" Use LSP omni-completion in Python files.
autocmd Filetype python setlocal omnifunc=v:lua.vim.lsp.omnifunc
================================================================================
FAQ *lsp-faq*
- Q: How to force-reload LSP?
A: Stop all clients, then reload the buffer. >
:lua vim.lsp.stop_client(vim.lsp.get_active_clients())
:edit
- Q: Why isn't completion working?
A: In the buffer where you want to use LSP, check that 'omnifunc' is set to
"v:lua.vim.lsp.omnifunc": >
:verbose set omnifunc?
< Some other plugin may be overriding the option. To avoid that, you could
set the option in an |after-directory| ftplugin, e.g.
"after/ftplugin/python.vim".
================================================================================
LSP API *lsp-api*
The `vim.lsp` Lua module is a framework for building LSP plugins.
1. Start with |vim.lsp.start_client()| and |vim.lsp.buf_attach_client()|.
2. Peek at the API: >
:lua print(vim.inspect(vim.lsp))
< 3. See |lsp-extension-example| for a full example.
LSP core API is described at |lsp-core|. Those are the core functions for
creating and managing clients.
The `vim.lsp.buf_…` functions perform operations for all LSP clients attached
to the given buffer. |lsp-buf|
LSP request/response handlers are implemented as Lua callbacks.
|lsp-callbacks| The `vim.lsp.callbacks` table defines default callbacks used
when creating a new client. Keys are LSP method names: >
:lua print(vim.inspect(vim.tbl_keys(vim.lsp.callbacks)))
These LSP requests/notifications are defined by default:
textDocument/publishDiagnostics
window/logMessage
window/showMessage
You can check these via `vim.tbl_keys(vim.lsp.callbacks)`.
These will be used preferentially in `vim.lsp.buf_…` methods for handling
requests. They will also be used when responding to server requests and
notifications.
Use cases:
- Users can modify this to customize to their preferences.
- UI plugins can modify this by assigning to
`vim.lsp.callbacks[method]` so as to provide more specialized
handling, allowing you to leverage the UI capabilities available. UIs should
try to be conscientious of any existing changes the user may have set
already by checking for existing values.
Any callbacks passed directly to `request` methods on a server client will
have the highest precedence, followed by the `callbacks`.
You can override the default handlers,
- globally: by modifying the `vim.lsp.callbacks` table
- per-client: by passing the {callbacks} table parameter to
|vim.lsp.start_client|
Each handler has this signature: >
function(err, method, params, client_id)
Callbacks are functions which are called in a variety of situations by the
client. Their signature is `function(err, method, params, client_id)` They can
be set by the {callbacks} parameter for |vim.lsp.start_client| or via the
|vim.lsp.callbacks|.
Handlers are called for:
- Notifications from the server (`err` is always `nil`).
- Requests initiated by the server (`err` is always `nil`).
The handler can respond by returning two values: `result, err`
where `err` must be shaped like an RPC error:
`{ code, message, data? }`
You can use |vim.lsp.rpc_response_error()| to create this object.
- Handling requests initiated by the client if the request doesn't explicitly
specify a callback (such as in |vim.lsp.buf_request|).
VIM.LSP.PROTOCOL *vim.lsp.protocol*
Module `vim.lsp.protocol` defines constants dictated by the LSP specification,
and helper functions for creating protocol-related objects.
https://github.com/microsoft/language-server-protocol/raw/gh-pages/_specifications/specification-3-14.md
For example `vim.lsp.protocol.ErrorCodes` allows reverse lookup by number or
name: >
vim.lsp.protocol.TextDocumentSyncKind.Full == 1
vim.lsp.protocol.TextDocumentSyncKind[1] == "Full"
================================================================================
LSP HIGHLIGHT *lsp-highlight*
*hl-LspDiagnosticsError*
LspDiagnosticsError used for "Error" diagnostic virtual text
*hl-LspDiagnosticsErrorSign*
LspDiagnosticsErrorSign used for "Error" diagnostic signs in sign column
*hl-LspDiagnosticsWarning*
LspDiagnosticsWarning used for "Warning" diagnostic virtual text
*hl-LspDiagnosticsWarningSign*
LspDiagnosticsWarningSign used for "Warning" diagnostic signs in sign column
*hl-LspDiagnosticsInformation*
LspDiagnosticsInformation used for "Information" diagnostic virtual text
*hl-LspDiagnosticsInformationSign*
LspDiagnosticsInformationSign used for "Information" signs in sign column
*hl-LspDiagnosticsHint*
LspDiagnosticsHint used for "Hint" diagnostic virtual text
*hl-LspDiagnosticsHintSign*
LspDiagnosticsHintSign used for "Hint" diagnostic signs in sign column
*hl-LspReferenceText*
LspReferenceText used for highlighting "text" references
*hl-LspReferenceRead*
LspReferenceRead used for highlighting "read" references
*hl-LspReferenceWrite*
LspReferenceWrite used for highlighting "write" references
================================================================================
LSP EXAMPLE *lsp-extension-example*
This example is for plugin authors or users who want a lot of control. If you
are just getting started see |lsp-quickstart|.
For more advanced configurations where just filtering by filetype isn't
sufficient, you can use the `vim.lsp.start_client()` and
`vim.lsp.buf_attach_client()` commands to easily customize the configuration
however you please. For example, if you want to do your own filtering, or
start a new LSP client based on the root directory for if you plan to work
with multiple projects in a single session. Below is a fully working Lua
example which can do exactly that.
The example will:
1. Check for each new buffer whether or not we want to start an LSP client.
2. Try to find a root directory by ascending from the buffer's path.
3. Create a new LSP for that root directory if one doesn't exist.
4. Attach the buffer to the client for that root directory.
>
-- Some path manipulation utilities
local function is_dir(filename)
local stat = vim.loop.fs_stat(filename)
return stat and stat.type == 'directory' or false
end
local path_sep = vim.loop.os_uname().sysname == "Windows" and "\\" or "/"
-- Asumes filepath is a file.
local function dirname(filepath)
local is_changed = false
local result = filepath:gsub(path_sep.."([^"..path_sep.."]+)$", function()
is_changed = true
return ""
end)
return result, is_changed
end
local function path_join(...)
return table.concat(vim.tbl_flatten {...}, path_sep)
end
-- Ascend the buffer's path until we find the rootdir.
-- is_root_path is a function which returns bool
local function buffer_find_root_dir(bufnr, is_root_path)
local bufname = vim.api.nvim_buf_get_name(bufnr)
if vim.fn.filereadable(bufname) == 0 then
return nil
end
local dir = bufname
-- Just in case our algo is buggy, don't infinite loop.
for _ = 1, 100 do
local did_change
dir, did_change = dirname(dir)
if is_root_path(dir, bufname) then
return dir, bufname
end
-- If we can't ascend further, then stop looking.
if not did_change then
return nil
end
end
end
-- A table to store our root_dir to client_id lookup. We want one LSP per
-- root directory, and this is how we assert that.
local javascript_lsps = {}
-- Which filetypes we want to consider.
local javascript_filetypes = {
["javascript.jsx"] = true;
["javascript"] = true;
["typescript"] = true;
["typescript.jsx"] = true;
}
-- Create a template configuration for a server to start, minus the root_dir
-- which we will specify later.
local javascript_lsp_config = {
name = "javascript";
cmd = { path_join(os.getenv("JAVASCRIPT_LANGUAGE_SERVER_DIRECTORY"), "lib", "language-server-stdio.js") };
}
-- This needs to be global so that we can call it from the autocmd.
function check_start_javascript_lsp()
local bufnr = vim.api.nvim_get_current_buf()
-- Filter which files we are considering.
if not javascript_filetypes[vim.api.nvim_buf_get_option(bufnr, 'filetype')] then
return
end
-- Try to find our root directory. We will define this as a directory which contains
-- node_modules. Another choice would be to check for `package.json`, or for `.git`.
local root_dir = buffer_find_root_dir(bufnr, function(dir)
return is_dir(path_join(dir, 'node_modules'))
-- return vim.fn.filereadable(path_join(dir, 'package.json')) == 1
-- return is_dir(path_join(dir, '.git'))
end)
-- We couldn't find a root directory, so ignore this file.
if not root_dir then return end
-- Check if we have a client alredy or start and store it.
local client_id = javascript_lsps[root_dir]
if not client_id then
local new_config = vim.tbl_extend("error", javascript_lsp_config, {
root_dir = root_dir;
})
client_id = vim.lsp.start_client(new_config)
javascript_lsps[root_dir] = client_id
end
-- Finally, attach to the buffer to track changes. This will do nothing if we
-- are already attached.
vim.lsp.buf_attach_client(bufnr, client_id)
end
vim.api.nvim_command [[autocmd BufReadPost * lua check_start_javascript_lsp()]]
<
==============================================================================
AUTOCOMMANDS *lsp-autocommands*
*LspDiagnosticsChanged*
LspDiagnosticsChanged After receiving publishDiagnostics server response
==============================================================================
Lua module: vim.lsp *lsp-core*
buf_attach_client({bufnr}, {client_id}) *vim.lsp.buf_attach_client()*
Implements the `textDocument/did…` notifications required to
track a buffer for any language server.
Without calling this, the server won't be notified of changes
to a buffer.
Parameters: ~
{bufnr} (number) Buffer handle, or 0 for current
{client_id} (number) Client id
buf_get_clients({bufnr}) *vim.lsp.buf_get_clients()*
Gets a map of client_id:client pairs for the given buffer,
where each value is a |vim.lsp.client| object.
Parameters: ~
{bufnr} (optional, number): Buffer handle, or 0 for
current
buf_get_full_text({bufnr}) *vim.lsp.buf_get_full_text()*
TODO: Documentation
buf_is_attached({bufnr}, {client_id}) *vim.lsp.buf_is_attached()*
Checks if a buffer is attached for a particular client.
Parameters: ~
{bufnr} (number) Buffer handle, or 0 for current
{client_id} (number) the client id
buf_notify({bufnr}, {method}, {params}) *vim.lsp.buf_notify()*
Sends a notification to all servers attached to the buffer.
Parameters: ~
{bufnr} (optional, number) Buffer handle, or 0 for
current
{method} (string) LSP method name
{params} (string) Parameters to send to the server
Return: ~
true if any client returns true; false otherwise
*vim.lsp.buf_request()*
buf_request({bufnr}, {method}, {params}, {callback})
Sends an async request for all active clients attached to the
buffer.
Parameters: ~
{bufnr} (number) Buffer handle, or 0 for current.
{method} (string) LSP method name
{params} (optional, table) Parameters to send to the
server
{callback} (optional, functionnil) Handler
Return: ~
2-tuple:
• Map of client-id:request-id pairs for all successful
requests.
• Function which can be used to cancel all the requests.
You could instead iterate all clients and call their
`cancel_request()` methods.
*vim.lsp.buf_request_sync()*
buf_request_sync({bufnr}, {method}, {params}, {timeout_ms})
Sends a request to a server and waits for the response.
Calls |vim.lsp.buf_request()| but blocks Nvim while awaiting
the result. Parameters are the same as |vim.lsp.buf_request()|
but the return result is different. Wait maximum of
{timeout_ms} (default 100) ms.
Parameters: ~
{bufnr} (number) Buffer handle, or 0 for current.
{method} (string) LSP method name
{params} (optional, table) Parameters to send to the
server
{timeout_ms} (optional, number, default=100) Maximum time
in milliseconds to wait for a result.
Return: ~
Map of client_id:request_result. On timeout, cancel or
error, returns `(nil, err)` where `err` is a string
describing the failure reason.
cancel_request({id}) *vim.lsp.cancel_request()*
TODO: Documentation
client() *vim.lsp.client*
LSP client object.
• Methods:
• request(method, params, [callback]) Send a request to the
server. If callback is not specified, it will use
{client.callbacks} to try to find a callback. If one is
not found there, then an error will occur. This is a thin
wrapper around {client.rpc.request} with some additional
checking. Returns a boolean to indicate if the
notification was successful. If it is false, then it will
always be false (the client has shutdown). If it was
successful, then it will return the request id as the
second result. You can use this with `notify("$/cancel", {
id = request_id })` to cancel the request. This helper is
made automatically with |vim.lsp.buf_request()| Returns:
status, [client_id]
• notify(method, params) This is just {client.rpc.notify}()
Returns a boolean to indicate if the notification was
successful. If it is false, then it will always be false
(the client has shutdown). Returns: status
• cancel_request(id) This is just
{client.rpc.notify}("$/cancelRequest", { id = id })
Returns the same as `notify()` .
• stop([force]) Stop a client, optionally with force. By
default, it will just ask the server to shutdown without
force. If you request to stop a client which has
previously been requested to shutdown, it will
automatically escalate and force shutdown.
• is_stopped() Returns true if the client is fully stopped.
• Members
• id (number): The id allocated to the client.
• name (string): If a name is specified on creation, that
will be used. Otherwise it is just the client id. This is
used for logs and messages.
• offset_encoding (string): The encoding used for
communicating with the server. You can modify this in the
`on_init` method before text is sent to the server.
• callbacks (table): The callbacks used by the client as
described in |lsp-callbacks|.
• config (table): copy of the table that was passed by the
user to |vim.lsp.start_client()|.
• server_capabilities (table): Response from the server sent
on `initialize` describing the server's capabilities.
• resolved_capabilities (table): Normalized table of
capabilities that we have detected based on the initialize
response from the server in `server_capabilities` .
client_is_stopped({client_id}) *vim.lsp.client_is_stopped()*
TODO: Documentation
err_message({...}) *vim.lsp.err_message()*
TODO: Documentation
*vim.lsp.for_each_buffer_client()*
for_each_buffer_client({bufnr}, {callback})
TODO: Documentation
get_active_clients() *vim.lsp.get_active_clients()*
Gets all active clients.
Return: ~
Table of |vim.lsp.client| objects
get_client_by_id({client_id}) *vim.lsp.get_client_by_id()*
Gets an active client by id, or nil if the id is invalid or
the client is not yet initialized.
Parameters: ~
{client_id} client id number
Return: ~
|vim.lsp.client| object, or nil
get_log_path() *vim.lsp.get_log_path()*
TODO: Documentation
initialize() *vim.lsp.initialize()*
TODO: Documentation
is_dir({filename}) *vim.lsp.is_dir()*
TODO: Documentation
is_stopped() *vim.lsp.is_stopped()*
TODO: Documentation
next_client_id() *vim.lsp.next_client_id()*
TODO: Documentation
notification({method}, {params}) *vim.lsp.notification()*
TODO: Documentation
notify({...}) *vim.lsp.notify()*
TODO: Documentation
omnifunc({findstart}, {base}) *vim.lsp.omnifunc()*
Implements 'omnifunc' compatible LSP completion.
Parameters: ~
{findstart} 0 or 1, decides behavior
{base} If findstart=0, text to match against
Return: ~
(number) Decided by`findstart`:
• findstart=0: column where the completion starts, or -2
or -3
• findstart=1: list of matches (actually just calls
|complete()|)
See also: ~
|complete-functions|
|complete-items|
|CompleteDone|
on_error({code}, {err}) *vim.lsp.on_error()*
TODO: Documentation
on_exit({code}, {signal}) *vim.lsp.on_exit()*
TODO: Documentation
once({fn}) *vim.lsp.once()*
TODO: Documentation
optional_validator({fn}) *vim.lsp.optional_validator()*
TODO: Documentation
request({method}, {params}, {callback}) *vim.lsp.request()*
TODO: Documentation
resolve_bufnr({bufnr}) *vim.lsp.resolve_bufnr()*
TODO: Documentation
resolve_callback({method}) *vim.lsp.resolve_callback()*
TODO: Documentation
server_request({method}, {params}) *vim.lsp.server_request()*
TODO: Documentation
set_log_level({level}) *vim.lsp.set_log_level()*
Sets the global log level for LSP logging.
Levels by name: "trace", "debug", "info", "warn", "error"
Level numbers begin with "trace" at 0
Use `lsp.log_levels` for reverse lookup.
Parameters: ~
{level} [number|string] the case insensitive level name
or number
See also: ~
|vim.lsp.log_levels|
start_client({config}) *vim.lsp.start_client()*
Starts and initializes a client with the given configuration.
Parameters `cmd` and `root_dir` are required.
Parameters: ~
{root_dir} (required, string) Directory where the
LSP server will base its rootUri on
initialization.
{cmd} (required, list treated like
|jobstart()|) Base command that
initiates the LSP client.
{cmd_cwd} (string, default=|getcwd()|) Directory
to launch the `cmd` process. Not
related to `root_dir` .
{cmd_env} (table) Environment flags to pass to
the LSP on spawn. Can be specified
using keys like a map or as a list with `k=v` pairs or both. Non-string values are
coerced to string. Example: >
{ "PRODUCTION=true"; "TEST=123"; PORT = 8080; HOST = "0.0.0.0"; }
<
{capabilities} Map overriding the default capabilities
defined by
|vim.lsp.protocol.make_client_capabilities()|,
passed to the language server on
initialization. Hint: use
make_client_capabilities() and modify
its result.
• Note: To send an empty dictionary use
`{[vim.type_idx]=vim.types.dictionary}`
, else it will be encoded as an
array.
{callbacks} Map of language server method names to `function(err, method, params,
client_id)` handler. Invoked for:
• Notifications from the server, where
`err` will always be `nil` .
• Requests initiated by the server. For
these you can respond by returning
two values: `result, err` where err
must be shaped like a RPC error, i.e.
`{ code, message, data? }` . Use
|vim.lsp.rpc_response_error()| to
help with this.
• Default callback for client requests
not explicitly specifying a callback.
{init_options} Values to pass in the initialization
request as `initializationOptions` .
See `initialize` in the LSP spec.
{name} (string, default=client-id) Name in log
messages.
{offset_encoding} (default="utf-16") One of "utf-8",
"utf-16", or "utf-32" which is the
encoding that the LSP server expects.
Client does not verify this is correct.
{on_error} Callback with parameters (code, ...),
invoked when the client operation
throws an error. `code` is a number
describing the error. Other arguments
may be passed depending on the error
kind. See |vim.lsp.client_errors| for
possible errors. Use
`vim.lsp.client_errors[code]` to get
human-friendly name.
{before_init} Callback with parameters
(initialize_params, config) invoked
before the LSP "initialize" phase,
where `params` contains the parameters
being sent to the server and `config`
is the config that was passed to
`start_client()` . You can use this to
modify parameters before they are sent.
{on_init} Callback (client, initialize_result)
invoked after LSP "initialize", where
`result` is a table of `capabilities`
and anything else the server may send.
For example, clangd sends
`initialize_result.offsetEncoding` if
`capabilities.offsetEncoding` was sent
to it. You can only modify the
`client.offset_encoding` here before
any notifications are sent.
{on_exit} Callback (code, signal, client_id)
invoked on client exit.
• code: exit code of the process
• signal: number describing the signal
used to terminate (if any)
• client_id: client handle
{on_attach} Callback (client, bufnr) invoked when
client attaches to a buffer.
{trace} "off" | "messages" | "verbose" | nil
passed directly to the language server
in the initialize request.
Invalid/empty values will default to
"off"
Return: ~
Client id. |vim.lsp.get_client_by_id()| Note: client is
only available after it has been initialized, which may
happen after a small delay (or never if there is an
error). Use `on_init` to do any actions once the client
has been initialized.
stop({force}) *vim.lsp.stop()*
TODO: Documentation
stop_client({client_id}, {force}) *vim.lsp.stop_client()*
Stops a client(s).
You can also use the `stop()` function on a |vim.lsp.client|
object. To stop all clients:
>
vim.lsp.stop_client(lsp.get_active_clients())
<
By default asks the server to shutdown, unless stop was
requested already for this client, then force-shutdown is
attempted.
Parameters: ~
{client_id} client id or |vim.lsp.client| object, or list
thereof
{force} boolean (optional) shutdown forcefully
*vim.lsp.text_document_did_open_handler()*
text_document_did_open_handler({bufnr}, {client})
TODO: Documentation
unsupported_method({method}) *vim.lsp.unsupported_method()*
TODO: Documentation
validate_client_config({config}) *vim.lsp.validate_client_config()*
TODO: Documentation
validate_command({input}) *vim.lsp.validate_command()*
TODO: Documentation
validate_encoding({encoding}) *vim.lsp.validate_encoding()*
TODO: Documentation
==============================================================================
Lua module: vim.lsp.protocol *lsp-protocol*
ifnil({a}, {b}) *vim.lsp.protocol.ifnil()*
TODO: Documentation
*vim.lsp.protocol.make_client_capabilities()*
make_client_capabilities()
Gets a new ClientCapabilities object describing the LSP client
capabilities.
*vim.lsp.protocol.resolve_capabilities()*
resolve_capabilities({server_capabilities})
`*` to match one or more characters in a path segment `?` to
match on one character in a path segment `**` to match any
number of path segments, including none `{}` to group
conditions (e.g. `**/*.{ts,js}` matches all TypeScript and
JavaScript files) `[]` to declare a range of characters to
match in a path segment (e.g., `example.[0-9]` to match on
`example.0` , `example.1` , …) `[!...]` to negate a range of
characters to match in a path segment (e.g., `example.[!0-9]`
to match on `example.a` , `example.b` , but not `example.0` )
*vim.lsp.protocol.transform_schema_comments()*
transform_schema_comments()
TODO: Documentation
*vim.lsp.protocol.transform_schema_to_table()*
transform_schema_to_table()
TODO: Documentation
==============================================================================
Lua module: vim.lsp.buf *lsp-buf*
code_action({context}) *vim.lsp.buf.code_action()*
TODO: Documentation
completion({context}) *vim.lsp.buf.completion()*
TODO: Documentation
declaration() *vim.lsp.buf.declaration()*
TODO: Documentation
definition() *vim.lsp.buf.definition()*
TODO: Documentation
document_highlight() *vim.lsp.buf.document_highlight()*
TODO: Documentation
document_symbol() *vim.lsp.buf.document_symbol()*
TODO: Documentation
formatting({options}) *vim.lsp.buf.formatting()*
TODO: Documentation
hover() *vim.lsp.buf.hover()*
TODO: Documentation
implementation() *vim.lsp.buf.implementation()*
TODO: Documentation
npcall({fn}, {...}) *vim.lsp.buf.npcall()*
TODO: Documentation
ok_or_nil({status}, {...}) *vim.lsp.buf.ok_or_nil()*
TODO: Documentation
*vim.lsp.buf.range_formatting()*
range_formatting({options}, {start_pos}, {end_pos})
TODO: Documentation
references({context}) *vim.lsp.buf.references()*
TODO: Documentation
rename({new_name}) *vim.lsp.buf.rename()*
TODO: Documentation
request({method}, {params}, {callback}) *vim.lsp.buf.request()*
TODO: Documentation
server_ready() *vim.lsp.buf.server_ready()*
Sends a notification through all clients associated with current
buffer and returns `true` if server responds.
signature_help() *vim.lsp.buf.signature_help()*
TODO: Documentation
type_definition() *vim.lsp.buf.type_definition()*
TODO: Documentation
workspace_symbol({query}) *vim.lsp.buf.workspace_symbol()*
Lists all symbols in the current workspace in the quickfix
window. The list is filtered against the optional argument
{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.
==============================================================================
Lua module: vim.lsp.callbacks *lsp-callbacks*
err_message({...}) *vim.lsp.callbacks.err_message()*
TODO: Documentation
*vim.lsp.callbacks.location_callback()*
location_callback({_}, {method}, {result})
TODO: Documentation
*vim.lsp.callbacks.log_message()*
log_message({_}, {_}, {result}, {client_id})
TODO: Documentation
*vim.lsp.callbacks.signature_help_to_preview_contents()*
signature_help_to_preview_contents({input})
TODO: Documentation
==============================================================================
Lua module: vim.lsp.log *lsp-log*
get_filename() *vim.lsp.log.get_filename()*
TODO: Documentation
path_join({...}) *vim.lsp.log.path_join()*
TODO: Documentation
set_level({level}) *vim.lsp.log.set_level()*
TODO: Documentation
should_log({level}) *vim.lsp.log.should_log()*
TODO: Documentation
==============================================================================
Lua module: vim.lsp.rpc *lsp-rpc*
convert_NIL({v}) *vim.lsp.rpc.convert_NIL()*
TODO: Documentation
*vim.lsp.rpc.create_and_start_client()*
create_and_start_client({cmd}, {cmd_args}, {handlers},
{extra_spawn_params})
TODO: Documentation
encode_and_send({payload}) *vim.lsp.rpc.encode_and_send()*
TODO: Documentation
force_env_list({final_env}) *vim.lsp.rpc.force_env_list()*
TODO: Documentation
*vim.lsp.rpc.format_message_with_content_length()*
format_message_with_content_length({encoded_message})
TODO: Documentation
format_rpc_error({err}) *vim.lsp.rpc.format_rpc_error()*
TODO: Documentation
handle_body({body}) *vim.lsp.rpc.handle_body()*
TODO: Documentation
is_dir({filename}) *vim.lsp.rpc.is_dir()*
TODO: Documentation
json_decode({data}) *vim.lsp.rpc.json_decode()*
TODO: Documentation
json_encode({data}) *vim.lsp.rpc.json_encode()*
TODO: Documentation
notification({method}, {params}) *vim.lsp.rpc.notification()*
TODO: Documentation
on_error({errkind}, {...}) *vim.lsp.rpc.on_error()*
TODO: Documentation
on_exit({code}, {signal}) *vim.lsp.rpc.on_exit()*
TODO: Documentation
onexit({code}, {signal}) *vim.lsp.rpc.onexit()*
TODO: Documentation
parse_headers({header}) *vim.lsp.rpc.parse_headers()*
TODO: Documentation
*vim.lsp.rpc.pcall_handler()*
pcall_handler({errkind}, {status}, {head}, {...})
TODO: Documentation
request_parser_loop() *vim.lsp.rpc.request_parser_loop()*
TODO: Documentation
*vim.lsp.rpc.rpc_response_error()*
rpc_response_error({code}, {message}, {data})
Creates an RPC response object/table.
Parameters: ~
{code} RPC error code defined in
`vim.lsp.protocol.ErrorCodes`
{message} (optional) arbitrary message to send to server
{data} (optional) arbitrary data to send to server
send_notification({method}, {params}) *vim.lsp.rpc.send_notification()*
TODO: Documentation
*vim.lsp.rpc.send_request()*
send_request({method}, {params}, {callback})
TODO: Documentation
*vim.lsp.rpc.send_response()*
send_response({request_id}, {err}, {result})
TODO: Documentation
server_request({method}, {params}) *vim.lsp.rpc.server_request()*
TODO: Documentation
try_call({errkind}, {fn}, {...}) *vim.lsp.rpc.try_call()*
TODO: Documentation
==============================================================================
Lua module: vim.lsp.util *lsp-util*
*vim.lsp.util.apply_text_document_edit()*
apply_text_document_edit({text_document_edit})
TODO: Documentation
*vim.lsp.util.apply_text_edits()*
apply_text_edits({text_edits}, {bufnr})
TODO: Documentation
*vim.lsp.util.apply_workspace_edit()*
apply_workspace_edit({workspace_edit})
TODO: Documentation
*vim.lsp.util.diagnostics_by_buf*
diagnostics_by_buf
A table containing diagnostics grouped by buf.
{<bufnr>: {diagnostics}}
{diagnostics} is an array of diagnostics.
By default this is populated by the
`textDocument/publishDiagnostics` callback via
|vim.lsp.util.buf_diagnostics_save_positions|.
It contains entries for active buffers. Once a buffer is
detached the entries for it are discarded.
buf_clear_diagnostics({bufnr}) *vim.lsp.util.buf_clear_diagnostics()*
TODO: Documentation
*vim.lsp.util.buf_diagnostics_count()*
buf_diagnostics_count({kind})
Returns the number of diagnostics of given kind for current buffer.
Useful for showing diagnostics counts in statusline. eg:
>
function! LspStatus() abort
let sl = ''
if luaeval('vim.lsp.buf.server_ready()')
let sl.='%#MyStatuslineLSP#E:'
let sl.='%#MyStatuslineLSPErrors#%{luaeval("vim.lsp.util.buf_diagnostics_count(\"Error\")")}'
let sl.='%#MyStatuslineLSP# W:'
let sl.='%#MyStatuslineLSPWarnings#%{luaeval("vim.lsp.util.buf_diagnostics_count(\"Warning\")")}'
else
let sl.='%#MyStatuslineLSPErrors#off'
endif
return sl
endfunction
let &l:statusline = '%#MyStatuslineLSP#LSP '.LspStatus()
<
Parameters: ~
{kind} Diagnostic severity kind: Error, Warning, Information or Hint.
buf_clear_references({bufnr}) *vim.lsp.util.buf_clear_references()*
TODO: Documentation
*vim.lsp.util.buf_diagnostics_save()*
buf_diagnostics_save_positions({bufnr}, {diagnostics})
Stores the diagnostics into |vim.lsp.util.diagnostics_by_buf|
Parameters: ~
{bufr} bufnr for which the diagnostics are for.
{diagnostics} Diagnostics[] received from the
langauge server.
*vim.lsp.util.buf_diagnostics_underline()*
buf_diagnostics_underline({bufnr}, {diagnostics})
TODO: Documentation
*vim.lsp.util.buf_diagnostics_virtual_text()*
buf_diagnostics_virtual_text({bufnr}, {diagnostics})
TODO: Documentation
*vim.lsp.util.buf_diagnostics_signs()*
buf_diagnostics_signs({bufnr}, {diagnostics})
Place signs for each diagnostic in the sign column.
Sign characters can be customized with the following commands:
>
sign define LspDiagnosticsErrorSign text=E texthl=LspDiagnosticsError linehl= numhl=
sign define LspDiagnosticsWarningSign text=W texthl=LspDiagnosticsWarning linehl= numhl=
sign define LspDiagnosticsInformationSign text=I texthl=LspDiagnosticsInformation linehl= numhl=
sign define LspDiagnosticsHintSign text=H texthl=LspDiagnosticsHint linehl= numhl=
<
character_offset({buf}, {row}, {col}) *vim.lsp.util.character_offset()*
TODO: Documentation
*vim.lsp.util.close_preview_autocmd()*
close_preview_autocmd({events}, {winnr})
TODO: Documentation
*vim.lsp.util.convert_input_to_markdown_lines()*
convert_input_to_markdown_lines({input}, {contents})
TODO: Documentation
*vim.lsp.util.extract_completion_items()*
extract_completion_items({result})
TODO: Documentation
*vim.lsp.util.fancy_floating_markdown()*
fancy_floating_markdown({contents}, {opts})
TODO: Documentation
find_window_by_var({name}, {value}) *vim.lsp.util.find_window_by_var()*
TODO: Documentation
focusable_float({unique_name}, {fn}) *vim.lsp.util.focusable_float()*
TODO: Documentation
*vim.lsp.util.focusable_preview()*
focusable_preview({unique_name}, {fn})
TODO: Documentation
*vim.lsp.util.get_current_line_to_cursor()*
get_current_line_to_cursor()
TODO: Documentation
*vim.lsp.util.get_severity_highlight_name()*
get_severity_highlight_name({severity})
TODO: Documentation
jump_to_location({location}) *vim.lsp.util.jump_to_location()*
TODO: Documentation
preview_location({location}) *vim.lsp.util.preview_location()*
TODO: Documentation
locations_to_items({locations}) *vim.lsp.util.locations_to_items()*
TODO: Documentation
*vim.lsp.util.make_floating_popup_options()*
make_floating_popup_options({width}, {height}, {opts})
TODO: Documentation
make_position_params() *vim.lsp.util.make_position_params()*
TODO: Documentation
npcall({fn}, {...}) *vim.lsp.util.npcall()*
TODO: Documentation
ok_or_nil({status}, {...}) *vim.lsp.util.ok_or_nil()*
TODO: Documentation
*vim.lsp.util.open_floating_preview()*
open_floating_preview({contents}, {filetype}, {opts})
TODO: Documentation
set_lines({lines}, {A}, {B}, {new_lines}) *vim.lsp.util.set_lines()*
TODO: Documentation
set_loclist({locations}) *vim.lsp.util.set_loclist()*
TODO: Documentation
set_qflist({locations}) *vim.lsp.util.set_qflist()*
TODO: Documentation
show_line_diagnostics() *vim.lsp.util.show_line_diagnostics()*
TODO: Documentation
sort_by_key({fn}) *vim.lsp.util.sort_by_key()*
TODO: Documentation
split_lines({value}) *vim.lsp.util.split_lines()*
TODO: Documentation
*vim.lsp.util.text_document_completion_list_to_complete_items()*
text_document_completion_list_to_complete_items({result})
TODO: Documentation
trim_empty_lines({lines}) *vim.lsp.util.trim_empty_lines()*
TODO: Documentation
*vim.lsp.util.try_trim_markdown_code_blocks()*
try_trim_markdown_code_blocks({lines})
TODO: Documentation
validate_lsp_position({pos}) *vim.lsp.util.validate_lsp_position()*
TODO: Documentation
vim:tw=78:ts=8:ft=help:norl: