neovim

lsp.txt (136100B)

---

*lsp.txt*   LSP


                           NVIM REFERENCE MANUAL


LSP client/framework                                     *lsp* *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 an LSP client, but the servers are provided by third parties.
Follow these steps to get LSP features:

1. Install language servers using your package manager or by following the
  upstream installation instructions. You can find language servers here:
  https://microsoft.github.io/language-server-protocol/implementors/servers/
2. Define a new config |lsp-new-config| (or install https://github.com/neovim/nvim-lspconfig).
  Example: >lua
    vim.lsp.config['lua_ls'] = {
      -- Command and arguments to start the server.
      cmd = { 'lua-language-server' },
      -- Filetypes to automatically attach to.
      filetypes = { 'lua' },
      -- Sets the "workspace" to the directory where any of these files is found.
      -- Files that share a root directory will reuse the LSP server connection.
      -- Nested lists indicate equal priority, see |vim.lsp.Config|.
      root_markers = { { '.luarc.json', '.luarc.jsonc' }, '.git' },
      -- Specific settings to send to the server. The schema is server-defined.
      -- Example: https://raw.githubusercontent.com/LuaLS/vscode-lua/master/setting/schema.json
      settings = {
        Lua = {
          runtime = {
            version = 'LuaJIT',
          }
        }
      }
    }
3. Use |vim.lsp.enable()| to enable the config.
  Example: >lua
    vim.lsp.enable('lua_ls')
4. Open a code file matching one of the `filetypes` specified in the config.
  Note: Depending on the LSP server, you may need to ensure your project has
  a |lsp-root_markers| file so the workspace can be recognized.
5. Check that LSP is active ("attached") for the buffer: >vim
    :checkhealth vim.lsp
6. Please note that certain LSP features are disabled by default,
  you may choose to enable them manually. See:
    - |lsp-codelens|
    - |lsp-document_color|
    - |lsp-linked_editing_range|
    - |lsp-inlay_hint|
    - |lsp-inline_completion|
7. (Optional) Configure keymaps and autocommands to use LSP features.
  |lsp-attach|

==============================================================================
DEFAULTS                                                *lsp-defaults*

When the Nvim LSP client starts it enables diagnostics |vim.diagnostic| (see
|vim.diagnostic.config()| to customize). It also sets various default options,
listed below, if (1) the language server supports the functionality and (2)
the options are empty or were set by the builtin runtime (ftplugin) files. The
options are not restored when the LSP client is stopped or detached.

GLOBAL DEFAULTS         *gra* *gri* *grn* *grr* *grt* *i_CTRL-S* *v_an* *v_in*

These GLOBAL keymaps are created unconditionally when Nvim starts:
- "gra" (Normal and Visual mode) is mapped to |vim.lsp.buf.code_action()|
- "gri" is mapped to |vim.lsp.buf.implementation()|
- "grn" is mapped to |vim.lsp.buf.rename()|
- "grr" is mapped to |vim.lsp.buf.references()|
- "grt" is mapped to |vim.lsp.buf.type_definition()|
- "gO" is mapped to |vim.lsp.buf.document_symbol()|
- CTRL-S (Insert mode) is mapped to |vim.lsp.buf.signature_help()|
- "an" and "in" (Visual and Operator-pending mode) are mapped to outer and inner incremental
 selections, respectively, using |vim.lsp.buf.selection_range()|

BUFFER-LOCAL DEFAULTS

- 'omnifunc' is set to |vim.lsp.omnifunc()|, use |i_CTRL-X_CTRL-O| to trigger
 completion.
- 'tagfunc' is set to |vim.lsp.tagfunc()|. This enables features like
 go-to-definition, |:tjump|, and keymaps like |CTRL-]|, |CTRL-W_]|,
 |CTRL-W_}| to utilize the language server.
- 'formatexpr' is set to |vim.lsp.formatexpr()|, so you can format lines via
 |gq| if the language server supports it.
 - To opt out of this use |gw| instead of gq, or clear 'formatexpr' on |LspAttach|.
- |K| is mapped to |vim.lsp.buf.hover()| unless 'keywordprg' is customized or
 a custom keymap for `K` exists.
- Document colors are enabled for highlighting color references in a document.
 - To opt out call `vim.lsp.document_color.enable(false, args.buf)` on |LspAttach|.

DISABLING DEFAULTS                                      *lsp-defaults-disable*

You can remove GLOBAL keymaps at any time using |vim.keymap.del()| or
|:unmap|. See also |gr-default|.

To remove or override BUFFER-LOCAL defaults, define a |LspAttach| handler: >lua

   vim.api.nvim_create_autocmd('LspAttach', {
     callback = function(args)
       -- Unset 'formatexpr'
       vim.bo[args.buf].formatexpr = nil
       -- Unset 'omnifunc'
       vim.bo[args.buf].omnifunc = nil
       -- Unmap K
       vim.keymap.del('n', 'K', { buffer = args.buf })
       -- Disable document colors
       vim.lsp.document_color.enable(false, args.buf)
     end,
   })
<
==============================================================================
COMMANDS                                                 *:lsp* *lsp-commands*

:lsp enable [config_name]                                 *:lsp-enable*
   Activates LSP for current and future buffers. See |vim.lsp.enable()|.

:lsp disable [config_name]                                *:lsp-disable*
   Disables LSP (and stops if running) for current and future buffers. See
   |vim.lsp.enable()|.

:lsp restart [client_name]                                *:lsp-restart*
   Restarts LSP clients and servers. If no client names are given, all active
   clients attached to the current buffer are restarted.

:lsp stop [client_name]                                   *:lsp-stop*
   Stops LSP clients and servers. If no client names are given, all active
   clients attached to the current buffer are stopped. Use |Client:stop()|
   for non-interactive use.

==============================================================================
CONFIG                                                  *lsp-config*

You can configure LSP behavior statically via vim.lsp.config(), and
dynamically via |lsp-attach| or |Client:on_attach()|.

Use |vim.lsp.config()| to define or modify LSP configurations, and
|vim.lsp.enable()| to auto-activate them. This is basically a wrapper around
|vim.lsp.start()| which allows you to share and merge configs (provided by
Nvim, plugins, and your local config).

NEW CONFIG                                            *lsp-new-config*
To create a new config you can either use `vim.lsp.config()` or create
a `lsp/<config-name>.lua` file.

EXAMPLE: DEFINE A CONFIG AS CODE ~

1. Run `:lua vim.lsp.config('foo', {cmd={'true'}})`
2. Run `:lua vim.lsp.enable('foo')`
3. Run `:checkhealth vim.lsp`, check "Enabled Configurations". 😎

EXAMPLE: DEFINE A CONFIG AS A FILE ~

1. Create a file `lsp/foo.lua` somewhere on your 'runtimepath'. >
  :exe 'edit' stdpath('config') .. '/lsp/foo.lua'
2. Add this code to the file (or copy an example from
  https://github.com/neovim/nvim-lspconfig): >
  return {
    cmd = { 'true' },
  }
3. Save the file (with `++p` to ensure its parent directory is created). >
  :write ++p
4. Enable the config. >
  :lua vim.lsp.enable('foo')
5. Run `:checkhealth vim.lsp`, check "Enabled Configurations". 🌈

HOW CONFIGS ARE MERGED                                  *lsp-config-merge*
When an LSP client starts, it resolves its configuration by merging the
following sources (merge semantics defined by |vim.tbl_deep_extend()| with
"force" behavior), in order of increasing priority:

1. Configuration defined for the `'*'` name.
2. The merged configuration of all `lsp/<config>.lua` files in 'runtimepath'
  for the config named `<config>`.
3. The merged configuration of all `after/lsp/<config>.lua` files in
  'runtimepath'.
  - This behavior of the "after/" directory is a standard Vim feature
    |after-directory| which allows you to override `lsp/*.lua` configs
    provided by plugins (such as nvim-lspconfig).
4. Configurations defined anywhere else.

Example: given the following configs... >lua

 -- Defined in init.lua
 vim.lsp.config('*', {
   capabilities = {
     textDocument = {
       semanticTokens = {
         multilineTokenSupport = true,
       }
     }
   },
   root_markers = { '.git' },
 })
 -- Defined in <rtp>/lsp/clangd.lua
 return {
   cmd = { 'clangd' },
   root_markers = { '.clangd', 'compile_commands.json' },
   filetypes = { 'c', 'cpp' },
 }
 -- Defined in init.lua
 vim.lsp.config('clangd', {
   filetypes = { 'c' },
 })
<
...the merged result is: >lua

 {
   -- From the clangd configuration in <rtp>/lsp/clangd.lua
   cmd = { 'clangd' },

   -- From the clangd configuration in <rtp>/lsp/clangd.lua
   -- Overrides the "*" configuration in init.lua
   root_markers = { '.clangd', 'compile_commands.json' },

   -- From the clangd configuration in init.lua
   -- Overrides the clangd configuration in <rtp>/lsp/clangd.lua
   filetypes = { 'c' },

   -- From the "*" configuration in init.lua
   capabilities = {
     textDocument = {
       semanticTokens = {
         multilineTokenSupport = true,
       }
     }
   }
 }
<
CONFIGURE ON ATTACH                                     *lsp-attach*
To use LSP features beyond those provided by Nvim (see |lsp-buf|), you can set
keymaps and options on |Client:on_attach()| or |LspAttach|. Not all language
servers provide the same capabilities; check `supports_method()` in your
LspAttach handler.
                                                       *lsp-lint* *lsp-format*
Example: Enable auto-completion and auto-formatting ("linting"): >lua

   vim.api.nvim_create_autocmd('LspAttach', {
     group = vim.api.nvim_create_augroup('my.lsp', {}),
     callback = function(args)
       local client = assert(vim.lsp.get_client_by_id(args.data.client_id))
       if client:supports_method('textDocument/implementation') then
         -- Create a keymap for vim.lsp.buf.implementation ...
       end

       -- Enable auto-completion. Note: Use CTRL-Y to select an item. |complete_CTRL-Y|
       if client:supports_method('textDocument/completion') then
         -- Optional: trigger autocompletion on EVERY keypress. May be slow!
         -- local chars = {}; for i = 32, 126 do table.insert(chars, string.char(i)) end
         -- client.server_capabilities.completionProvider.triggerCharacters = chars

         vim.lsp.completion.enable(true, client.id, args.buf, {autotrigger = true})
       end

       -- Auto-format ("lint") on save.
       -- Usually not needed if server supports "textDocument/willSaveWaitUntil".
       if not client:supports_method('textDocument/willSaveWaitUntil')
           and client:supports_method('textDocument/formatting') then
         vim.api.nvim_create_autocmd('BufWritePre', {
           group = vim.api.nvim_create_augroup('my.lsp', {clear=false}),
           buffer = args.buf,
           callback = function()
             vim.lsp.buf.format({ bufnr = args.buf, id = client.id, timeout_ms = 1000 })
           end,
         })
       end
     end,
   })
<
To see the capabilities for a given server, try this in a LSP-enabled buffer: >vim

   :lua =vim.lsp.get_clients()[1].server_capabilities

================================================================================
FAQ                                                     *lsp-faq*

- Q: How to force-reload LSP?
- A: Use `:lsp restart`. You can also stop all clients, then reload the buffer: >vim
    :lsp stop
    :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".

- Q: How do I run a request synchronously (e.g. for formatting on file save)?
- A: Check if the function has an `async` parameter and set the value to
 false. E.g. code formatting: >vim

    " Auto-format *.rs (rust) files prior to saving them
    " (async = false is the default for format)
    autocmd BufWritePre *.rs lua vim.lsp.buf.format({ async = false })
<

- Q: How to avoid my own lsp/ folder being overridden?
- A: Place your configs under "after/lsp/". Files in "after/lsp/" are loaded
    after those in "nvim/lsp/", so your settings will take precedence over
    the defaults provided by nvim-lspconfig. See also: |after-directory|

                                                       *lsp-vs-treesitter*
- Q: How do LSP, Treesitter and Ctags compare?
- A: LSP requires a client and language server. The language server uses
    semantic analysis to understand code at a project level. This provides
    language servers with the ability to rename across files, find
    definitions in external libraries and more.

    |treesitter| is a language parsing library that provides excellent tools
    for incrementally parsing text and handling errors. This makes it a great
    fit for editors to understand the contents of the current file for things
    like syntax highlighting, simple goto-definitions, scope analysis and
    more.

    A |ctags|-like program can generate a |tags| file that allows Nvim to
    jump to definitions, provide simple completions via |i_CTRL-X_CTRL-]|
    command. It is not as featureful and doesn't have semantic understanding,
    but it is fast, lightweight and useful for navigating polyglot projects.

================================================================================
LSP API                                                 *lsp-api*

The |lsp-core| API provides core functions for creating and managing clients.
The |lsp-buf| functions perform operations for LSP clients attached to the
current buffer.

                                                                 *lsp-method*
Requests and notifications defined by the LSP specification are referred to as
"LSP methods". These are handled by Lua |lsp-handler| functions.

                                                                *lsp-handler*
LSP handlers are functions that handle |lsp-response|s to requests made by Nvim
to the server. (Notifications, as opposed to requests, are fire-and-forget:
there is no response, so they can't be handled. |lsp-notification|)

Each response handler has this signature: >

   function(err, result, ctx)
<
   Parameters: ~
     • {err}     (`table|nil`) Error info dict, or `nil` if the request
                 completed.
     • {result}  (`Result|Params|nil`) `result` key of the |lsp-response| or
                 `nil` if the request failed.
     • {ctx}     (`table`) Table of calling state associated with the
                 handler, with these keys:
                 • {method}     (`string`) |lsp-method| name.
                 • {client_id}  (`number`) |vim.lsp.Client| identifier.
                 • {bufnr}      (`Buffer`) Buffer handle.
                 • {params}     (`table|nil`) Request parameters table.
                 • {version}    (`number`) Document version at time of
                                request. Handlers can compare this to the
                                current document version to check if the
                                response is "stale". See also |b:changedtick|.

   Returns: ~
       Two values `result, err` where `err` is shaped like an RPC error: >
           { code, message, data? }
<        You can use |vim.lsp.rpc.rpc_response_error()| to create this object.

                                                     *lsp-handler-resolution*
Handlers can be set by (in increasing priority):

                                                           *vim.lsp.handlers*
- Directly calling a LSP method via |Client:request()|. This is the only way
 to "override" the default client-to-server request handling (by
 side-stepping `vim.lsp.buf` and related interfaces). >lua
   local client = assert(vim.lsp.get_clients()[1])
   client:request('textDocument/definition')

- Setting a field in `vim.lsp.handlers`. This global table contains the
 default mappings of |lsp-method| names to handlers. (Note: only for
 server-to-client requests/notifications, not client-to-server.)
 Example: >lua
   vim.lsp.handlers['textDocument/publishDiagnostics'] = my_custom_diagnostics_handler

- Passing a {handlers} parameter to |vim.lsp.start()|. This sets the default
 |lsp-handler| for a specific server. (Note: only for server-to-client
 requests/notifications, not client-to-server.)
 Example: >lua
   vim.lsp.start {
     ..., -- Other configuration omitted.
     handlers = {
       ['textDocument/publishDiagnostics'] = my_custom_diagnostics_handler
     },
   }

- Passing a {handler} parameter to |vim.lsp.buf_request_all()|. This sets the
 |lsp-handler| ONLY for the given request(s).
 Example: >lua
   vim.lsp.buf_request_all(
     0,
     'textDocument/publishDiagnostics',
     my_request_params,
     my_handler
   )
<

                                                           *vim.lsp.log_levels*
Log levels are defined in |vim.log.levels|


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: >lua

   vim.lsp.protocol.TextDocumentSyncKind.Full == 1
   vim.lsp.protocol.TextDocumentSyncKind[1] == "Full"
<

                                                               *lsp-response*
LSP response shape:
https://microsoft.github.io/language-server-protocol/specifications/specification-current/#responseMessage

                                                               *lsp-notification*
LSP notification shape:
https://microsoft.github.io/language-server-protocol/specifications/specification-current/#notificationMessage

================================================================================
LSP HIGHLIGHT                                                    *lsp-highlight*

Reference Highlights:

Highlight groups that are meant to be used by |vim.lsp.buf.document_highlight()|.

You can see more about the differences in types here:
https://microsoft.github.io/language-server-protocol/specification#textDocument_documentHighlight

                                                        *hl-LspReferenceText*
LspReferenceText          used for highlighting "text" references
                                                        *hl-LspReferenceRead*
LspReferenceRead          used for highlighting "read" references
                                                       *hl-LspReferenceWrite*
LspReferenceWrite         used for highlighting "write" references
                                                      *hl-LspReferenceTarget*
LspReferenceTarget        used for highlighting reference targets (e.g. in a
                         hover range)
                                                            *hl-LspInlayHint*
LspInlayHint              used for highlighting inlay hints


                                                     *lsp-highlight-codelens*

Highlight groups related to |lsp-codelens| functionality.

                                                             *hl-LspCodeLens*
LspCodeLens
   Used to color the virtual text of the codelens. See
   |nvim_buf_set_extmark()|.

LspCodeLensSeparator                                 *hl-LspCodeLensSeparator*
   Used to color the separator between two or more code lenses.

                                                    *lsp-highlight-signature*

Highlight groups related to |vim.lsp.handlers.signature_help()|.

                                             *hl-LspSignatureActiveParameter*
LspSignatureActiveParameter
   Used to highlight the active parameter in the signature help. See
   |vim.lsp.handlers.signature_help()|.

------------------------------------------------------------------------------
LSP SEMANTIC HIGHLIGHTS                               *lsp-semantic-highlight*

When available, the LSP client highlights code using |lsp-semantic_tokens|,
which are another way that LSP servers can provide information about source
code.  Note that this is in addition to treesitter syntax highlighting;
semantic highlighting does not replace syntax highlighting.

The server will typically provide one token per identifier in the source code.
The token will have a `type` such as "function" or "variable", and 0 or more
`modifier`s such as "readonly" or "deprecated." The standard types and
modifiers are described here:
https://microsoft.github.io/language-server-protocol/specification/#textDocument_semanticTokens
LSP servers may also use off-spec types and modifiers.

The LSP client adds one or more highlights for each token. The highlight
groups are derived from the token's type and modifiers:
 • `@lsp.type.<type>.<ft>` for the type
 • `@lsp.mod.<mod>.<ft>` for each modifier
 • `@lsp.typemod.<type>.<mod>.<ft>` for each modifier
Use |:Inspect| to view the highlights for a specific token. Use |:hi| or
|nvim_set_hl()| to change the appearance of semantic highlights: >vim

   hi @lsp.type.function guifg=Yellow        " function names are yellow
   hi @lsp.type.variable.lua guifg=Green     " variables in lua are green
   hi @lsp.mod.deprecated gui=strikethrough  " deprecated is crossed out
   hi @lsp.typemod.function.async guifg=Blue " async functions are blue
<
The value |vim.hl.priorities|`.semantic_tokens` is the priority of the
`@lsp.type.*` highlights. The `@lsp.mod.*` and `@lsp.typemod.*` highlights
have priorities one and two higher, respectively.

You can disable semantic highlights by clearing the highlight groups: >lua

   -- Hide semantic highlights for functions
   vim.api.nvim_set_hl(0, '@lsp.type.function', {})

   -- Hide all semantic highlights
   for _, group in ipairs(vim.fn.getcompletion("@lsp", "highlight")) do
     vim.api.nvim_set_hl(0, group, {})
   end
<
You probably want these inside a |ColorScheme| autocommand.

Use |LspTokenUpdate| and |vim.lsp.semantic_tokens.highlight_token()| for more
complex highlighting.

The following is a list of standard captures used in queries for Nvim,
highlighted according to the current colorscheme (use |:Inspect| on one to see
the exact definition):

@lsp.type.class          Identifiers that declare or reference a class type
@lsp.type.comment        Tokens that represent a comment
@lsp.type.decorator      Identifiers that declare or reference decorators and annotations
@lsp.type.enum           Identifiers that declare or reference an enumeration type
@lsp.type.enumMember     Identifiers that declare or reference an enumeration property, constant, or member
@lsp.type.event          Identifiers that declare an event property
@lsp.type.function       Identifiers that declare a function
@lsp.type.interface      Identifiers that declare or reference an interface type
@lsp.type.keyword        Tokens that represent a language keyword
@lsp.type.macro          Identifiers that declare a macro
@lsp.type.method         Identifiers that declare a member function or method
@lsp.type.modifier       Tokens that represent a modifier
@lsp.type.namespace      Identifiers that declare or reference a namespace, module, or package
@lsp.type.number         Tokens that represent a number literal
@lsp.type.operator       Tokens that represent an operator
@lsp.type.parameter      Identifiers that declare or reference a function or method parameters
@lsp.type.property       Identifiers that declare or reference a member property, member field, or member variable
@lsp.type.regexp         Tokens that represent a regular expression literal
@lsp.type.string         Tokens that represent a string literal
@lsp.type.struct         Identifiers that declare or reference a struct type
@lsp.type.type           Identifiers that declare or reference a type that is not covered above
@lsp.type.typeParameter  Identifiers that declare or reference a type parameter
@lsp.type.variable       Identifiers that declare or reference a local or global variable

@lsp.mod.abstract        Types and member functions that are abstract
@lsp.mod.async           Functions that are marked async
@lsp.mod.declaration     Declarations of symbols
@lsp.mod.defaultLibrary  Symbols that are part of the standard library
@lsp.mod.definition      Definitions of symbols, for example, in header files
@lsp.mod.deprecated      Symbols that should no longer be used
@lsp.mod.documentation   Occurrences of symbols in documentation
@lsp.mod.modification    Variable references where the variable is assigned to
@lsp.mod.readonly        Readonly variables and member fields (constants)
@lsp.mod.static          Class members (static members)

==============================================================================
EVENTS                                                            *lsp-events*

LspAttach                                                          *LspAttach*
   After an LSP client performs "initialize" and attaches to a buffer. The
   |autocmd-pattern| is the buffer name. The client ID is passed in the
   Lua handler |event-data| argument.

   Example: >lua
   vim.api.nvim_create_autocmd('LspAttach', {
     callback = function(ev)
       local client = vim.lsp.get_client_by_id(ev.data.client_id)
       -- ...
     end
   })
<
   Note: If the LSP server performs dynamic registration, capabilities may be
   registered any time _after_ LspAttach. In that case you may want to handle
   the "registerCapability" event.

   Example: >lua
   vim.lsp.handlers['client/registerCapability'] = (function(overridden)
     return function(err, res, ctx)
       local result = overridden(err, res, ctx)
       local client = vim.lsp.get_client_by_id(ctx.client_id)
       if not client then
         return
       end
       for bufnr, _ in pairs(client.attached_buffers) do
         -- Call your custom on_attach logic...
         -- my_on_attach(client, bufnr)
       end
       return result
     end
   end)(vim.lsp.handlers['client/registerCapability'])

LspDetach                                                          *LspDetach*
   Just before an LSP client detaches from a buffer. The |autocmd-pattern| is
   the buffer name. The client ID is passed in the Lua handler |event-data|
   argument.

   Example: >lua
   vim.api.nvim_create_autocmd('LspDetach', {
     callback = function(args)
       -- Get the detaching client
       local client = vim.lsp.get_client_by_id(args.data.client_id)

       -- Remove the autocommand to format the buffer on save, if it exists
       if client:supports_method('textDocument/formatting') then
         vim.api.nvim_clear_autocmds({
           event = 'BufWritePre',
           buffer = args.buf,
         })
       end
     end,
   })
<

LspNotify                                                          *LspNotify*
   This event is triggered after each successful notification sent to an
   LSP server.

   The client_id, LSP method, and parameters are sent in the Lua handler
   |event-data| table argument.

   Example: >lua
   vim.api.nvim_create_autocmd('LspNotify', {
     callback = function(args)
       local bufnr = args.buf
       local client_id = args.data.client_id
       local method = args.data.method
       local params = args.data.params

       -- do something with the notification
       if method == 'textDocument/...' then
         update_buffer(bufnr)
       end
     end,
   })
<

LspProgress                                                       *LspProgress*
   Upon receipt of a progress notification from the server. Notifications can
   be polled from a `progress` ring buffer of a |vim.lsp.Client| or use
   |vim.lsp.status()| to get an aggregate message.

   If the server sends a "work done progress", the `pattern` is set to `kind`
   (one of `begin`, `report` or `end`).

   The Lua handler |event-data| argument has `client_id` and `params`
   properties, where `params` is the request params sent by the server (see
   `lsp.ProgressParams`).

   Examples:

   Redraw the statusline whenever an LSP progress message arrives: >vim
       autocmd LspProgress * redrawstatus
<
   Emit a |progress-message| on LSP progress events: >lua
       vim.api.nvim_create_autocmd('LspProgress', { buffer = buf, callback = function(ev)
           local value = ev.data.params.value
           vim.api.nvim_echo({ { value.message or 'done' } }, false, {
             id = 'lsp',
             kind = 'progress',
             title = value.title,
             status = value.kind ~= 'end' and 'running' or 'success',
             percent = value.percentage,
           })
         end,
       })
<
   See also: ~
     • https://github.com/MicrosoftDocs/terminal/blob/main/TerminalDocs/tutorials/progress-bar-sequences.md

LspRequest                                                        *LspRequest*
   For each request sent to an LSP server, this event is triggered for
   every change to the request's status. The status can be one of
   `pending`, `complete`, or `cancel` and is sent as the {type} on the
   "data" table passed to the callback function.

   It triggers when the initial request is sent ({type} == `pending`) and
   when the LSP server responds ({type} == `complete`). If a cancellation
   is requested using `client.cancel_request(request_id)`, then this event
   will trigger with {type} == `cancel`.

   The Lua handler |event-data| argument has the client ID, request ID, and
   request (described at |vim.lsp.Client|, {requests} field). If the request
   type is `complete`, the request will be deleted from the client's pending
   requests table after processing the event handlers.

   Example: >lua
   vim.api.nvim_create_autocmd('LspRequest', {
     callback = function(args)
       local bufnr = args.buf
       local client_id = args.data.client_id
       local request_id = args.data.request_id
       local request = args.data.request
       if request.type == 'pending' then
         -- do something with pending requests
         track_pending(client_id, bufnr, request_id, request)
       elseif request.type == 'cancel' then
         -- do something with pending cancel requests
         track_canceling(client_id, bufnr, request_id, request)
       elseif request.type == 'complete' then
         -- do something with finished requests. this pending
         -- request entry is about to be removed since it is complete
         track_finish(client_id, bufnr, request_id, request)
       end
     end,
   })
<

LspTokenUpdate                                                *LspTokenUpdate*
   When a visible semantic token is sent or updated by the LSP server, or
   when an existing token becomes visible for the first time. The
   |autocmd-pattern| is the buffer name. The Lua handler |event-data|
   argument has the client ID and token (see
   |vim.lsp.semantic_tokens.get_at_pos()|).

   Example: >lua
   vim.api.nvim_create_autocmd('LspTokenUpdate', {
     callback = function(args)
       local token = args.data.token
       if token.type == 'variable' and not token.modifiers.readonly then
         vim.lsp.semantic_tokens.highlight_token(
           token, args.buf, args.data.client_id, 'MyMutableVariableHighlight'
         )
       end
     end,
   })
<
   Note: doing anything other than calling
   |vim.lsp.semantic_tokens.highlight_token()| is considered experimental.

==============================================================================
Lua module: vim.lsp                                                 *lsp-core*

*vim.lsp.Config*
   Extends: |vim.lsp.ClientConfig|


   Fields: ~
     • {cmd}?           (`string[]|fun(dispatchers: vim.lsp.rpc.Dispatchers, config: vim.lsp.ClientConfig): vim.lsp.rpc.PublicClient`)
                        See `cmd` in |vim.lsp.ClientConfig|. See also
                        `reuse_client` to dynamically decide (per-buffer)
                        when `cmd` should be re-invoked.
     • {filetypes}?     (`string[]`) Filetypes the client will attach to, or
                        `nil` for ALL filetypes. To match files by name,
                        pattern, or contents, you can define a custom
                        filetype using |vim.filetype.add()|: >lua
                            vim.filetype.add({
                              filename = {
                                ['my_filename'] = 'my_filetype1',
                              },
                              pattern = {
                                ['.*/etc/my_file_pattern/.*'] = 'my_filetype2',
                              },
                            })
                            vim.lsp.config('…', {
                              filetypes = { 'my_filetype1', 'my_filetype2' },
                            }
<
     • {reuse_client}?  (`fun(client: vim.lsp.Client, config: vim.lsp.ClientConfig): boolean`)
                        Predicate which decides if a client should be
                        re-used. Used on all running clients. The default
                        implementation re-uses a client if name and root_dir
                        matches.
     • {root_dir}?      (`string|fun(bufnr: integer, on_dir:fun(root_dir?:string))`)
                        *lsp-root_dir()* Decides the workspace root: the
                        directory where the LSP server will base its
                        workspaceFolders, rootUri, and rootPath on
                        initialization. The function form must call the
                        `on_dir` callback to provide the root dir, or LSP
                        will not be activated for the buffer. Thus a
                        `root_dir()` function can dynamically decide
                        per-buffer whether to activate (or skip) LSP. See
                        example at |vim.lsp.enable()|.
     • {root_markers}?  (`(string|string[])[]`)                                    *lsp-root_markers*
                        Filename(s) (".git/", "package.json", …) used to
                        decide the workspace root. Unused if `root_dir` is
                        defined. The list order decides priority. To indicate
                        "equal priority", specify names in a nested list
                        `{ { 'a.txt', 'b.lua' }, ... }`.
                        • For each item, Nvim will search upwards (from the
                          buffer file) for that marker, or list of markers;
                          search stops at the first directory containing that
                          marker, and the directory is used as the root dir
                          (workspace folder).
                        • Example: Find the first ancestor directory
                          containing file or directory "stylua.toml"; if not
                          found, find the first ancestor containing ".git": >
                          root_markers = { 'stylua.toml', '.git' }
<
                        • Example: Find the first ancestor directory
                          containing EITHER "stylua.toml" or ".luarc.json";
                          if not found, find the first ancestor containing
                          ".git": >
                          root_markers = { { 'stylua.toml', '.luarc.json' }, '.git' }
<


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}      (`integer`) Buffer handle, or 0 for current
     • {client_id}  (`integer`) Client id

   Return: ~
       (`boolean`) success `true` if client was attached successfully;
       `false` otherwise

buf_detach_client({bufnr}, {client_id})          *vim.lsp.buf_detach_client()*
   Detaches client from the specified buffer. Note: While the server is
   notified that the text document (buffer) was closed, it is still able to
   send notifications should it ignore this notification.

   Parameters: ~
     • {bufnr}      (`integer`) Buffer handle, or 0 for current
     • {client_id}  (`integer`) Client id

buf_is_attached({bufnr}, {client_id})              *vim.lsp.buf_is_attached()*
   Checks if a buffer is attached for a particular client.

   Parameters: ~
     • {bufnr}      (`integer`) Buffer handle, or 0 for current
     • {client_id}  (`integer`) the client id

buf_notify({bufnr}, {method}, {params})                 *vim.lsp.buf_notify()*
   Send a notification to a server

   Attributes: ~
       Since: 0.5.0

   Parameters: ~
     • {bufnr}   (`integer?`) The number of the buffer
     • {method}  (`string`) Name of the request method
     • {params}  (`any`) Arguments to send to the server

   Return: ~
       (`boolean`) success true if any client returns true; false otherwise

                                                  *vim.lsp.buf_request_all()*
buf_request_all({bufnr}, {method}, {params}, {handler})
   Sends an async request for all active clients attached to the buffer and
   executes the `handler` callback with the combined result.

   Attributes: ~
       Since: 0.5.0

   Parameters: ~
     • {bufnr}    (`integer`) Buffer handle, or 0 for current.
     • {method}   (`string`) LSP method name
     • {params}   (`table|(fun(client: vim.lsp.Client, bufnr: integer): table?)?`)
                  Parameters to send to the server. Can also be passed as a
                  function that returns the params table for cases where
                  parameters are specific to the client.
     • {handler}  (`function`) Handler called after all requests are
                  completed. Server results are passed as a
                  `client_id:result` map.

   Return: ~
       (`function`) cancel Function that cancels all requests.

                                                 *vim.lsp.buf_request_sync()*
buf_request_sync({bufnr}, {method}, {params}, {timeout_ms})
   Sends a request to all server and waits for the response of all of them.

   Calls |vim.lsp.buf_request_all()| but blocks Nvim while awaiting the
   result. Parameters are the same as |vim.lsp.buf_request_all()| but the
   result is different. Waits a maximum of {timeout_ms}.

   Attributes: ~
       Since: 0.5.0

   Parameters: ~
     • {bufnr}       (`integer`) Buffer handle, or 0 for current.
     • {method}      (`string`) LSP method name
     • {params}      (`table|(fun(client: vim.lsp.Client, bufnr: integer): table?)?`)
                     Parameters to send to the server. Can also be passed as
                     a function that returns the params table for cases where
                     parameters are specific to the client.
     • {timeout_ms}  (`integer?`, default: `1000`) Maximum time in
                     milliseconds to wait for a result.

   Return (multiple): ~
       (`table<integer, {error: lsp.ResponseError?, result: any}>?`) result
       Map of client_id:request_result.
       (`string?`) err On timeout, cancel, or error, `err` is a string
       describing the failure reason, and `result` is nil.

commands                                                    *vim.lsp.commands*
   Map of client-defined handlers implementing custom (off-spec) commands
   which a server may invoke. Each key is a unique command name; each value
   is a function which is called when an LSP action (code action, code
   lenses, …) requests it by name.

   If an LSP response requests a command not defined client-side, Nvim will
   forward it to the server as `workspace/executeCommand`.
   • Argument 1 is the `Command`: >
     Command
     title: String
     command: String
     arguments?: any[]
<
   • Argument 2 is the |lsp-handler| `ctx`.

   Example: >lua
       vim.lsp.commands['java.action.generateToStringPrompt'] = function(_, ctx)
         require("jdtls.async").run(function()
           local _, result = request(ctx.bufnr, 'java/checkToStringStatus', ctx.params)
           local fields = ui.pick_many(result.fields, 'Include item in toString?', function(x)
             return string.format('%s: %s', x.name, x.type)
           end)
           local _, edit = request(ctx.bufnr, 'java/generateToString', { context = ctx.params; fields = fields; })
           vim.lsp.util.apply_workspace_edit(edit, offset_encoding)
         end)
       end
<

config({name}, {cfg})                                       *vim.lsp.config()*
   Sets the default configuration for an LSP client (or all clients if the
   special name "*" is used).

   Can also be accessed by table-indexing (`vim.lsp.config[…]`) to get the
   resolved config, or redefine the config (instead of "merging" with the
   config chain).

   Examples:
   • Add root markers for ALL clients: >lua
     vim.lsp.config('*', {
       root_markers = { '.git', '.hg' },
     })
<
   • Add capabilities to ALL clients: >lua
     vim.lsp.config('*', {
     capabilities = {
       textDocument = {
         semanticTokens = {
           multilineTokenSupport = true,
         }
       }
     }
   })
<
   • Add root markers and capabilities for "clangd": >lua
     vim.lsp.config('clangd', {
     root_markers = { '.clang-format', 'compile_commands.json' },
     capabilities = {
       textDocument = {
         completion = {
           completionItem = {
             snippetSupport = true,
           }
         }
       }
     }
   })
<
   • (Re-)define the "clangd" configuration (overrides the resolved chain): >lua
     vim.lsp.config.clangd = {
     cmd = {
       'clangd',
       '--clang-tidy',
       '--background-index',
       '--offset-encoding=utf-8',
     },
     root_markers = { '.clangd', 'compile_commands.json' },
     filetypes = { 'c', 'cpp' },
   }
<
   • Get the resolved configuration for "lua_ls": >lua
     local cfg = vim.lsp.config.lua_ls
<

   Attributes: ~
       Since: 0.11.0

   Parameters: ~
     • {name}  (`string`)
     • {cfg}   (`vim.lsp.Config`) See |vim.lsp.Config|.

enable({name}, {enable})                                    *vim.lsp.enable()*
   Auto-activates LSP in each buffer based on the |lsp-config| `filetypes`,
   `root_markers`, and `root_dir`.

   To disable, pass `enable=false`: Stops related clients and servers
   (force-stops servers after a timeout, unless `exit_timeout=false`).

   Raises an error under the following conditions:
   • `{name}` is not a valid LSP config name (for example, `'*'`).
   • `{name}` corresponds to an LSP config file which raises an error.

   If an error is raised when multiple names are provided, this function will
   have no side-effects; it will not enable/disable any configs, including
   ones which contain no errors.

   Examples: >lua
       vim.lsp.enable('clangd')
       vim.lsp.enable({'lua_ls', 'pyright'})
<

   Example: To dynamically decide whether LSP is activated, define a
   |lsp-root_dir()| function which calls `on_dir()` only when you want that
   config to activate: >lua
       vim.lsp.config('lua_ls', {
         root_dir = function(bufnr, on_dir)
           if not vim.fn.bufname(bufnr):match('%.txt$') then
             on_dir(vim.fn.getcwd())
           end
         end
       })
<

   Attributes: ~
       Since: 0.11.0

   Parameters: ~
     • {name}    (`string|string[]`) Name(s) of client(s) to enable.
     • {enable}  (`boolean?`) If `true|nil`, enables auto-activation of the
                 given LSP config on current and future buffers. If `false`,
                 disables auto-activation and stops related LSP clients and
                 servers (force-stops servers after `exit_timeout`
                 milliseconds).

foldclose({kind}, {winid})                               *vim.lsp.foldclose()*
   Close all {kind} of folds in the the window with {winid}.

   To automatically fold imports when opening a file, you can use an autocmd: >lua
       vim.api.nvim_create_autocmd('LspNotify', {
         callback = function(args)
           if args.data.method == 'textDocument/didOpen' then
             vim.lsp.foldclose('imports', vim.fn.bufwinid(args.buf))
           end
         end,
       })
<

   Attributes: ~
       Since: 0.11.0

   Parameters: ~
     • {kind}   (`lsp.FoldingRangeKind`) Kind to close, one of "comment",
                "imports" or "region".
     • {winid}  (`integer?`) Defaults to the current window.

foldexpr({lnum})                                          *vim.lsp.foldexpr()*
   Provides an interface between the built-in client and a `foldexpr`
   function.

   To use, set 'foldmethod' to "expr" and set the value of 'foldexpr': >lua
       vim.o.foldmethod = 'expr'
       vim.o.foldexpr = 'v:lua.vim.lsp.foldexpr()'
<

   Or use it only when supported by checking for the
   "textDocument/foldingRange" capability in an |LspAttach| autocommand.
   Example: >lua
       vim.o.foldmethod = 'expr'
       -- Default to treesitter folding
       vim.o.foldexpr = 'v:lua.vim.treesitter.foldexpr()'
       -- Prefer LSP folding if client supports it
       vim.api.nvim_create_autocmd('LspAttach', {
         callback = function(args)
           local client = vim.lsp.get_client_by_id(args.data.client_id)
           if client:supports_method('textDocument/foldingRange') then
             local win = vim.api.nvim_get_current_win()
             vim.wo[win][0].foldexpr = 'v:lua.vim.lsp.foldexpr()'
           end
         end,
       })
<

   Parameters: ~
     • {lnum}  (`integer`) line number

foldtext()                                                *vim.lsp.foldtext()*
   Provides a `foldtext` function that shows the `collapsedText` retrieved,
   defaults to the first folded line if `collapsedText` is not provided.

formatexpr({opts})                                      *vim.lsp.formatexpr()*
   Provides an interface between the built-in client and a `formatexpr`
   function.

   Currently only supports a single client. This can be set via
   `setlocal formatexpr=v:lua.vim.lsp.formatexpr()` or (more typically) in
   `on_attach` via
   `vim.bo[bufnr].formatexpr = 'v:lua.vim.lsp.formatexpr(#{timeout_ms:250})'`.

   Parameters: ~
     • {opts}  (`table?`) A table with the following fields:
               • {timeout_ms} (`integer`, default: 500ms) The timeout period
                 for the formatting request..

get_client_by_id({client_id})                     *vim.lsp.get_client_by_id()*
   Gets a client by id, or nil if the id is invalid or the client was
   stopped. The returned client may not yet be fully initialized.

   Parameters: ~
     • {client_id}  (`integer`) client id

   Return: ~
       (`vim.lsp.Client?`) client rpc object. See |vim.lsp.Client|.

get_clients({filter})                                  *vim.lsp.get_clients()*
   Get active clients.

   Attributes: ~
       Since: 0.10.0

   Parameters: ~
     • {filter}  (`table?`) Key-value pairs used to filter the returned
                 clients.
                 • {id}? (`integer`) Only return clients with the given id
                 • {bufnr}? (`integer`) Only return clients attached to this
                   buffer
                 • {name}? (`string`) Only return clients with the given name
                 • {method}? (`string`) Only return clients supporting the
                   given method

   Return: ~
       (`vim.lsp.Client[]`) List of |vim.lsp.Client| objects

is_enabled({name})                                      *vim.lsp.is_enabled()*
   Checks if the given LSP config is enabled (globally, not per-buffer).

   Unlike `vim.lsp.config['…']`, this does not have the side-effect of
   resolving the config.

   Parameters: ~
     • {name}  (`string`) Config name

   Return: ~
       (`boolean`)

omnifunc({findstart}, {base})                             *vim.lsp.omnifunc()*
   Implements 'omnifunc' compatible LSP completion.

   Parameters: ~
     • {findstart}  (`integer`) 0 or 1, decides behavior
     • {base}       (`integer`) findstart=0, text to match against

   Return: ~
       (`integer|table`) 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|

start({config}, {opts})                                      *vim.lsp.start()*
   Create a new LSP client and start a language server or reuses an already
   running client if one is found matching `name` and `root_dir`. Attaches
   the current buffer to the client.

   Example: >lua
       vim.lsp.start({
          name = 'my-server-name',
          cmd = {'name-of-language-server-executable'},
          root_dir = vim.fs.root(0, {'pyproject.toml', 'setup.py'}),
       })
<

   See |vim.lsp.ClientConfig| for all available options. The most important
   are:
   • `name` arbitrary name for the LSP client. Should be unique per language
     server.
   • `cmd` command string[] or function.
   • `root_dir` path to the project root. By default this is used to decide
     if an existing client should be re-used. The example above uses
     |vim.fs.root()| to detect the root by traversing the file system upwards
     starting from the current directory until either a `pyproject.toml` or
     `setup.py` file is found.
   • `workspace_folders` list of `{ uri:string, name: string }` tables
     specifying the project root folders used by the language server. If
     `nil` the property is derived from `root_dir` for convenience.

   Language servers use this information to discover metadata like the
   dependencies of your project and they tend to index the contents within
   the project folder.

   To ensure a language server is only started for languages it can handle,
   make sure to call |vim.lsp.start()| within a |FileType| autocmd. Either
   use |:au|, |nvim_create_autocmd()| or put the call in a
   `ftplugin/<filetype_name>.lua` (See |ftplugin-name|)

   Attributes: ~
       Since: 0.8.0

   Parameters: ~
     • {config}  (`vim.lsp.ClientConfig`) Configuration for the server. See
                 |vim.lsp.ClientConfig|.
     • {opts}    (`table?`) Optional keyword arguments.
                 • {reuse_client}?
                   (`fun(client: vim.lsp.Client, config: vim.lsp.ClientConfig): boolean`)
                   Predicate used to decide if a client should be re-used.
                   Used on all running clients. The default implementation
                   re-uses a client if it has the same name and if the given
                   workspace folders (or root_dir) are all included in the
                   client's workspace folders.
                 • {bufnr}? (`integer`) Buffer handle to attach to if
                   starting or re-using a client (0 for current).
                 • {attach}? (`boolean`) Whether to attach the client to a
                   buffer (default true). If set to `false`, `reuse_client`
                   and `bufnr` will be ignored.
                 • {silent}? (`boolean`) Suppress error reporting if the LSP
                   server fails to start (default false).

   Return: ~
       (`integer?`) client_id

status()                                                    *vim.lsp.status()*
   Consumes the latest progress messages from all clients and formats them as
   a string. Empty if there are no clients or if no new messages

   Return: ~
       (`string`)

tagfunc({pattern}, {flags})                                *vim.lsp.tagfunc()*
   Provides an interface between the built-in client and 'tagfunc'.

   When used with normal mode commands (e.g. |CTRL-]|) this will invoke the
   "textDocument/definition" LSP method to find the tag under the cursor.
   Otherwise, uses "workspace/symbol". If no results are returned from any
   LSP servers, falls back to using built-in tags.

   Parameters: ~
     • {pattern}  (`string`) Pattern used to find a workspace symbol
     • {flags}    (`string`) See |tag-function|

   Return: ~
       (`table[]`) tags A list of matching tags


==============================================================================
Lua module: vim.lsp.buf                                              *lsp-buf*

The `vim.lsp.buf_…` functions perform operations for LSP clients attached to
the current buffer.


*vim.lsp.ListOpts*

   Fields: ~
     • {on_list}?  (`fun(t: vim.lsp.LocationOpts.OnList)`) 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 })
<
     • {loclist}?  (`boolean`) Whether to use the |location-list| or the
                   |quickfix| list in the default handler. >lua
                       vim.lsp.buf.definition({ loclist = true })
                       vim.lsp.buf.references(nil, { loclist = false })
<

*vim.lsp.LocationOpts*
   Extends: |vim.lsp.ListOpts|


   Fields: ~
     • {reuse_win}?  (`boolean`) Jump to existing window if buffer is already
                     open.

*vim.lsp.LocationOpts.OnList*

   Fields: ~
     • {items}     (`vim.quickfix.entry[]`) See |setqflist-what|
     • {title}?    (`string`) Title for the list.
     • {context}?  (`{ bufnr: integer, method: string }`) Subset of `ctx`
                   from |lsp-handler|.

*vim.lsp.buf.hover.Opts*
   Extends: |vim.lsp.util.open_floating_preview.Opts|


   Fields: ~
     • {silent}?  (`boolean`)

*vim.lsp.buf.signature_help.Opts*
   Extends: |vim.lsp.util.open_floating_preview.Opts|


   Fields: ~
     • {silent}?  (`boolean`)


                                         *vim.lsp.buf.add_workspace_folder()*
add_workspace_folder({workspace_folder})
   Add the folder at path to the workspace folders. If {path} is not
   provided, the user will be prompted for a path using |input()|.

   Parameters: ~
     • {workspace_folder}  (`string?`)

clear_references()                            *vim.lsp.buf.clear_references()*
   Removes document highlights from current buffer.

code_action({opts})                                *vim.lsp.buf.code_action()*
   Selects a code action (LSP: "textDocument/codeAction" request) available
   at cursor position.

   Parameters: ~
     • {opts}  (`table?`) A table with the following fields:
               • {context}? (`lsp.CodeActionContext`) 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.
               • {filter}?
                 (`fun(x: lsp.CodeAction|lsp.Command, client_id: integer):boolean`)
                 Predicate taking a code action or command and the provider's
                 ID. If it returns false, the action is filtered out.
               • {apply}? (`boolean`) When set to `true`, and there is just
                 one remaining action (after filtering), the action is
                 applied without user query.
               • {range}? (`{start: integer[], end: integer[]}`) 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|

   See also: ~
     • https://microsoft.github.io/language-server-protocol/specifications/specification-current/#textDocument_codeAction
     • vim.lsp.protocol.CodeActionTriggerKind

declaration({opts})                                *vim.lsp.buf.declaration()*
   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.

   Parameters: ~
     • {opts}  (`vim.lsp.LocationOpts?`) See |vim.lsp.LocationOpts|.

definition({opts})                                  *vim.lsp.buf.definition()*
   Jumps to the definition of the symbol under the cursor.

   Parameters: ~
     • {opts}  (`vim.lsp.LocationOpts?`) See |vim.lsp.LocationOpts|.

document_highlight()                        *vim.lsp.buf.document_highlight()*
   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|

document_symbol({opts})                        *vim.lsp.buf.document_symbol()*
   Lists all symbols in the current buffer in the |location-list|.

   Parameters: ~
     • {opts}  (`vim.lsp.ListOpts?`) See |vim.lsp.ListOpts|.

format({opts})                                          *vim.lsp.buf.format()*
   Formats a buffer using the attached (and optionally filtered) language
   server clients.

   Parameters: ~
     • {opts}  (`table?`) A table with the following fields:
               • {formatting_options}? (`lsp.FormattingOptions`) 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
               • {timeout_ms}? (`integer`, default: `1000`) Time in
                 milliseconds to block for formatting requests. No effect if
                 async=true.
               • {bufnr}? (`integer`, default: current buffer) Restrict
                 formatting to the clients attached to the given buffer.
               • {filter}? (`fun(client: vim.lsp.Client): boolean?`)
                 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 ~= "ts_ls" end
                   }
<
               • {async}? (`boolean`, default: false) If true the method
                 won't block. Editing the buffer while formatting
                 asynchronous can lead to unexpected changes.
               • {id}? (`integer`) Restrict formatting to the client with ID
                 (client.id) matching this field.
               • {name}? (`string`) Restrict formatting to the client with
                 name (client.name) matching this field.
               • {range}?
                 (`{start:[integer,integer],end:[integer, integer]}|{start:[integer,integer],end:[integer,integer]}[]`,
                 default: current selection in visual mode, `nil` in other
                 modes, formatting the full buffer) Range to format. Table
                 must contain `start` and `end` keys with {row,col} tuples
                 using (1,0) indexing. Can also be a list of tables that
                 contain `start` and `end` keys as described above, in which
                 case `textDocument/rangesFormatting` support is required.

hover({config})                                          *vim.lsp.buf.hover()*
   Displays hover information about the symbol under the cursor in a floating
   window. The window will be dismissed on cursor move. Calling the function
   twice will jump into the floating window (thus by default, "KK" will open
   the hover window and focus it). In the floating window, all commands and
   mappings are available as usual, except that "q" dismisses the window. You
   can scroll the contents the same as you would any other buffer.

   Note: to disable hover highlights, add the following to your config: >lua
       vim.api.nvim_create_autocmd('ColorScheme', {
         callback = function()
           vim.api.nvim_set_hl(0, 'LspReferenceTarget', {})
         end,
       })
<

   Parameters: ~
     • {config}  (`vim.lsp.buf.hover.Opts?`) See |vim.lsp.buf.hover.Opts|.

implementation({opts})                          *vim.lsp.buf.implementation()*
   Lists all the implementations for the symbol under the cursor in the
   quickfix window.

   Parameters: ~
     • {opts}  (`vim.lsp.LocationOpts?`) See |vim.lsp.LocationOpts|.

incoming_calls()                                *vim.lsp.buf.incoming_calls()*
   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()|.

list_workspace_folders()                *vim.lsp.buf.list_workspace_folders()*
   List workspace folders.

outgoing_calls()                                *vim.lsp.buf.outgoing_calls()*
   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()|.

references({context}, {opts})                       *vim.lsp.buf.references()*
   Lists all the references to the symbol under the cursor in the quickfix
   window.

   Parameters: ~
     • {context}  (`lsp.ReferenceContext?`) Context for the request
     • {opts}     (`vim.lsp.ListOpts?`) See |vim.lsp.ListOpts|.

   See also: ~
     • https://microsoft.github.io/language-server-protocol/specifications/specification-current/#textDocument_references

                                      *vim.lsp.buf.remove_workspace_folder()*
remove_workspace_folder({workspace_folder})
   Remove the folder at path from the workspace folders. If {path} is not
   provided, the user will be prompted for a path using |input()|.

   Parameters: ~
     • {workspace_folder}  (`string?`)

rename({new_name}, {opts})                              *vim.lsp.buf.rename()*
   Renames all references to the symbol under the cursor.

   Parameters: ~
     • {new_name}  (`string?`) If not provided, the user will be prompted for
                   a new name using |vim.ui.input()|.
     • {opts}      (`table?`) Additional options:
                   • {filter}? (`fun(client: vim.lsp.Client): boolean?`)
                     Predicate used to filter clients. Receives a client as
                     argument and must return a boolean. Clients matching the
                     predicate are included.
                   • {name}? (`string`) Restrict clients used for rename to
                     ones where client.name matches this field.
                   • {bufnr}? (`integer`) (default: current buffer)

                                              *vim.lsp.buf.selection_range()*
selection_range({direction}, {timeout_ms})
   Perform an incremental selection at the cursor position based on ranges
   given by the LSP. The `direction` parameter specifies the number of times
   to expand the selection. Negative values will shrink the selection.

   Parameters: ~
     • {direction}   (`integer`)
     • {timeout_ms}  (`integer?`) (default: `1000`) Maximum time
                     (milliseconds) to wait for a result.

signature_help({config})                        *vim.lsp.buf.signature_help()*
   Displays signature information about the symbol under the cursor in a
   floating window. Allows cycling through signature overloads with `<C-s>`,
   which can be remapped via `<Plug>(nvim.lsp.ctrl-s)`

   Example: >lua
       vim.keymap.set('n', '<C-b>', '<Plug>(nvim.lsp.ctrl-s)')
<

   Parameters: ~
     • {config}  (`vim.lsp.buf.signature_help.Opts?`) See
                 |vim.lsp.buf.signature_help.Opts|.

type_definition({opts})                        *vim.lsp.buf.type_definition()*
   Jumps to the definition of the type of the symbol under the cursor.

   Parameters: ~
     • {opts}  (`vim.lsp.LocationOpts?`) See |vim.lsp.LocationOpts|.

typehierarchy({kind})                            *vim.lsp.buf.typehierarchy()*
   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()|.

   Parameters: ~
     • {kind}  (`"subtypes"|"supertypes"`)

workspace_diagnostics({opts})            *vim.lsp.buf.workspace_diagnostics()*
   Request workspace-wide diagnostics.

   Parameters: ~
     • {opts}  (`table?`) A table with the following fields:
               • {client_id}? (`integer`) Only request diagnostics from the
                 indicated client. If nil, the request is sent to all
                 clients.

   See also: ~
     • https://microsoft.github.io/language-server-protocol/specifications/specification-current/#workspace_dagnostics

workspace_symbol({query}, {opts})             *vim.lsp.buf.workspace_symbol()*
   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.

   Parameters: ~
     • {query}  (`string?`) optional
     • {opts}   (`vim.lsp.ListOpts?`) See |vim.lsp.ListOpts|.


==============================================================================
Lua module: vim.lsp.client                                        *lsp-client*

*vim.lsp.Client*

   Fields: ~
     • {attached_buffers}      (`table<integer,true>`)
     • {capabilities}          (`lsp.ClientCapabilities`) Capabilities
                               provided by the client (editor or tool), at
                               startup.
     • {commands}              (`table<string,fun(command: lsp.Command, ctx: table)>`)
                               Client commands. See |vim.lsp.ClientConfig|.
     • {config}                (`vim.lsp.ClientConfig`) Copy of the config
                               passed to |vim.lsp.start()|. See
                               |vim.lsp.ClientConfig|.
     • {dynamic_capabilities}  (`lsp.DynamicCapabilities`) Capabilities
                               provided at runtime (after startup).
     • {exit_timeout}          (`integer|boolean`, default: `false`)
                               Milliseconds to wait for server to exit
                               cleanly after sending the "shutdown" request
                               before sending kill -15. If set to false,
                               waits indefinitely. If set to true, nvim will
                               kill the server immediately.
     • {flags}                 (`table`) Experimental client flags:
                               • {allow_incremental_sync}? (`boolean`,
                                 default: `true`) Allow using incremental
                                 sync for buffer edits
                               • {debounce_text_changes}? (`integer`,
                                 default: `150`) Debounce `didChange`
                                 notifications to the server by the given
                                 number in milliseconds.
     • {get_language_id}       (`fun(bufnr: integer, filetype: string): string`)
                               See |vim.lsp.ClientConfig|.
     • {handlers}              (`table<string,lsp.Handler>`) See
                               |vim.lsp.ClientConfig|.
     • {id}                    (`integer`) The id allocated to the client.
     • {initialized}           (`true?`)
     • {name}                  (`string`) See |vim.lsp.ClientConfig|.
     • {offset_encoding}       (`'utf-8'|'utf-16'|'utf-32'`) See
                               |vim.lsp.ClientConfig|.
     • {progress}              (`vim.lsp.Client.Progress`) A ring buffer
                               (|vim.ringbuf()|) containing progress messages
                               sent by the server. See
                               |vim.lsp.Client.Progress|.
     • {requests}              (`table<integer,{ type: string, bufnr: integer, method: string}?>`)
                               The current pending requests in flight to the
                               server. Entries are key-value pairs with the
                               key being the request id while the value is a
                               table with `type`, `bufnr`, and `method`
                               key-value pairs. `type` is either "pending"
                               for an active request, or "cancel" for a
                               cancel request. It will be "complete"
                               ephemerally while executing |LspRequest|
                               autocmds when replies are received from the
                               server.
     • {root_dir}              (`string?`) See |vim.lsp.ClientConfig|.
     • {rpc}                   (`vim.lsp.rpc.PublicClient`) RPC client
                               object, for low level interaction with the
                               client. See |vim.lsp.rpc.start()|.
     • {server_capabilities}   (`lsp.ServerCapabilities?`) Response from the
                               server sent on `initialize` describing the
                               server's capabilities.
     • {server_info}           (`lsp.ServerInfo?`) Response from the server
                               sent on `initialize` describing server
                               information (e.g. version).
     • {settings}              (`lsp.LSPObject`) See |vim.lsp.ClientConfig|.
     • {workspace_folders}     (`lsp.WorkspaceFolder[]?`) See
                               |vim.lsp.ClientConfig|.
     • {request}               (`fun(self: vim.lsp.Client, method: string, params: table?, handler: lsp.Handler?, bufnr: integer?): boolean, integer?`)
                               See |Client:request()|.
     • {request_sync}          (`fun(self: vim.lsp.Client, method: string, params: table, timeout_ms: integer?, bufnr: integer?): {err: lsp.ResponseError?, result:any}?, string?`)
                               See |Client:request_sync()|.
     • {notify}                (`fun(self: vim.lsp.Client, method: string, params: table?): boolean`)
                               See |Client:notify()|.
     • {cancel_request}        (`fun(self: vim.lsp.Client, id: integer): boolean`)
                               See |Client:cancel_request()|.
     • {stop}                  (`fun(self: vim.lsp.Client, force: integer|boolean?)`)
                               See |Client:stop()|.
     • {is_stopped}            (`fun(self: vim.lsp.Client): boolean`) See
                               |Client:is_stopped()|.
     • {exec_cmd}              (`fun(self: vim.lsp.Client, command: lsp.Command, context: {bufnr?: integer}?, handler: lsp.Handler?)`)
                               See |Client:exec_cmd()|.
     • {on_attach}             (`fun(self: vim.lsp.Client, bufnr: integer)`)
                               See |Client:on_attach()|.
     • {supports_method}       (`fun(self: vim.lsp.Client, method: string|string, bufnr: integer?): boolean`)
                               See |Client:supports_method()|.

*vim.lsp.Client.Progress*
   Extends: |vim.Ringbuf|


   Fields: ~
     • {pending}  (`table<lsp.ProgressToken,lsp.LSPAny>`)

*vim.lsp.ClientConfig*

   Fields: ~
     • {before_init}?         (`fun(params: lsp.InitializeParams, config: vim.lsp.ClientConfig)`)
                              Callback which can modify parameters before
                              they are sent to the server. Invoked before LSP
                              "initialize" phase (after `cmd` is invoked),
                              where `params` is the parameters being sent to
                              the server and `config` is the config passed to
                              |vim.lsp.start()|.
     • {capabilities}?        (`lsp.ClientCapabilities`) 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.empty_dict()|, else it will be encoded
                                as an array.
     • {cmd}                  (`string[]|fun(dispatchers: vim.lsp.rpc.Dispatchers, config: vim.lsp.ClientConfig): vim.lsp.rpc.PublicClient`)
                              Command `string[]` that launches the language
                              server (treated as in |jobstart()|, must be
                              absolute or on `$PATH`, shell constructs like
                              "~" are not expanded), or function that creates
                              an RPC client. Function receives a
                              `dispatchers` table and the resolved `config`,
                              and must return a table with member functions
                              `request`, `notify`, `is_closing` and
                              `terminate`. See |vim.lsp.rpc.request()|,
                              |vim.lsp.rpc.notify()|. For TCP there is a
                              builtin RPC client factory:
                              |vim.lsp.rpc.connect()|
     • {cmd_cwd}?             (`string`, default: cwd) Directory to launch
                              the `cmd` process. Not related to `root_dir`.
     • {cmd_env}?             (`table`) Environment variables passed to the
                              LSP process on spawn. Non-string values are
                              coerced to string. Example: >lua
                                  { PORT = 8080; HOST = '0.0.0.0'; }
<
     • {commands}?            (`table<string,fun(command: lsp.Command, ctx: table)>`)
                              Map of client-defined commands overriding the
                              global |vim.lsp.commands|.
     • {detached}?            (`boolean`, default: `true`) Daemonize the
                              server process so that it runs in a separate
                              process group from Nvim. Nvim will shutdown the
                              process on exit, but if Nvim fails to exit
                              cleanly this could leave behind orphaned server
                              processes.
     • {exit_timeout}?        (`integer|boolean`, default: `false`)
                              Milliseconds to wait for server to exit cleanly
                              after sending the "shutdown" request before
                              sending kill -15. If set to false, waits
                              indefinitely. If set to true, nvim will kill
                              the server immediately.
     • {flags}?               (`table`) Experimental client flags:
                              • {allow_incremental_sync}? (`boolean`,
                                default: `true`) Allow using incremental sync
                                for buffer edits
                              • {debounce_text_changes}? (`integer`, default:
                                `150`) Debounce `didChange` notifications to
                                the server by the given number in
                                milliseconds.
     • {get_language_id}?     (`fun(bufnr: integer, filetype: string): string`)
                              Language ID as string. Defaults to the buffer
                              filetype.
     • {handlers}?            (`table<string,function>`) Map of LSP method
                              names to |lsp-handler|s.
     • {init_options}?        (`lsp.LSPObject`) Values to pass in the
                              initialization request as
                              `initializationOptions`. See `initialize` in
                              the LSP spec.
     • {name}?                (`string`, default: client-id) Name in logs and
                              user messages.
     • {offset_encoding}?     (`'utf-8'|'utf-16'|'utf-32'`) Called "position
                              encoding" in LSP spec. The encoding that the
                              LSP server expects, used for communication. Not
                              validated. Can be modified in `on_init` before
                              text is sent to the server.
     • {on_attach}?           (`elem_or_list<fun(client: vim.lsp.Client, bufnr: integer)>`)
                              Callback invoked when client attaches to a
                              buffer.
     • {on_error}?            (`fun(code: integer, err: string)`) Callback
                              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.rpc.client_errors` for
                              possible errors. Use
                              `vim.lsp.rpc.client_errors[code]` to get
                              human-friendly name.
     • {on_exit}?             (`elem_or_list<fun(code: integer, signal: integer, client_id: integer)>`)
                              Callback 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_init}?             (`elem_or_list<fun(client: vim.lsp.Client, init_result: lsp.InitializeResult)>`)
                              Callback invoked after LSP "initialize", where
                              `result` is a table of `capabilities` and
                              anything else the server may send. For example,
                              clangd sends `init_result.offsetEncoding` if
                              `capabilities.offsetEncoding` was sent to it.
                              You can only modify the
                              `client.offset_encoding` here before any
                              notifications are sent.
     • {root_dir}?            (`string`) Directory where the LSP server will
                              base its workspaceFolders, rootUri, and
                              rootPath on initialization.
     • {settings}?            (`lsp.LSPObject`) Map of language
                              server-specific settings, decided by the
                              client. Sent to the LS if requested via
                              `workspace/configuration`. Keys are
                              case-sensitive.
     • {trace}?               (`'off'|'messages'|'verbose'`, default: "off")
                              Passed directly to the language server in the
                              initialize request. Invalid/empty values will
     • {workspace_folders}?   (`lsp.WorkspaceFolder[]`) List of workspace
                              folders passed to the language server. For
                              backwards compatibility rootUri and rootPath
                              are derived from the first workspace folder in
                              this list. Can be `null` if the client supports
                              workspace folders but none are configured. See
                              `workspaceFolders` in LSP spec.
     • {workspace_required}?  (`boolean`, default: `false`) Server requires a
                              workspace (no "single file" support). Note:
                              Without a workspace, cross-file features
                              (navigation, hover) may or may not work
                              depending on the language server, even if the
                              server doesn't require a workspace.


Client:cancel_request({id})                          *Client:cancel_request()*
   Cancels a request with a given request id.

   Parameters: ~
     • {id}  (`integer`) id of request to cancel

   Return: ~
       (`boolean`) status indicating if the notification was successful.

   See also: ~
     • |Client:notify()|

Client:exec_cmd({command}, {context}, {handler})           *Client:exec_cmd()*
   Execute a lsp command, either via client command function (if available)
   or via workspace/executeCommand (if supported by the server)

   Parameters: ~
     • {command}  (`lsp.Command`)
     • {context}  (`{bufnr?: integer}?`)
     • {handler}  (`lsp.Handler?`) only called if a server command

Client:is_stopped()                                      *Client:is_stopped()*
   Checks whether a client is stopped.

   Return: ~
       (`boolean`) true if client is stopped or in the process of being
       stopped; false otherwise

Client:notify({method}, {params})                            *Client:notify()*
   Sends a notification to an LSP server.

   Parameters: ~
     • {method}  (`string`) LSP method name.
     • {params}  (`table?`) LSP request params.

   Return: ~
       (`boolean`) status indicating if the notification was successful. If
       it is false, then the client has shutdown.

Client:on_attach({bufnr})                                 *Client:on_attach()*
   Runs the on_attach function from the client's config if it was defined.
   Useful for buffer-local setup.

   Parameters: ~
     • {bufnr}  (`integer`) Buffer number

                                                           *Client:request()*
Client:request({method}, {params}, {handler}, {bufnr})
   Sends a request to the server.

   This is a thin wrapper around {client.rpc.request} with some additional
   checks for capabilities and handler availability.

   Parameters: ~
     • {method}   (`string`) LSP method name.
     • {params}   (`table?`) LSP request params.
     • {handler}  (`lsp.Handler?`) Response |lsp-handler| for this method.
     • {bufnr}    (`integer?`) (default: 0) Buffer handle, or 0 for current.

   Return (multiple): ~
       (`boolean`) status indicates whether the request was successful. If it
       is `false`, then it will always be `false` (the client has shutdown).
       (`integer?`) request_id Can be used with |Client:cancel_request()|.
       `nil` is request failed.

   See also: ~
     • |vim.lsp.buf_request_all()|

                                                      *Client:request_sync()*
Client:request_sync({method}, {params}, {timeout_ms}, {bufnr})
   Sends a request to the server and synchronously waits for the response.

   This is a wrapper around |Client:request()|

   Parameters: ~
     • {method}      (`string`) LSP method name.
     • {params}      (`table`) LSP request params.
     • {timeout_ms}  (`integer?`) Maximum time in milliseconds to wait for a
                     result. Defaults to 1000
     • {bufnr}       (`integer?`) (default: 0) Buffer handle, or 0 for
                     current.

   Return (multiple): ~
       (`{err: lsp.ResponseError?, result:any}?`) `result` and `err` from the
       |lsp-handler|. `nil` is the request was unsuccessful
       (`string?`) err On timeout, cancel or error, where `err` is a string
       describing the failure reason.

   See also: ~
     • |vim.lsp.buf_request_sync()|

Client:stop({force})                                           *Client:stop()*
   Stops a client, optionally with force after a timeout.

   By default, it will request the server to shutdown, then force a shutdown
   if the server has not exited after `self.exit_timeout` milliseconds. If
   you request to stop a client which has previously been requested to
   shutdown, it will automatically escalate and force shutdown immediately,
   regardless of the value of `force` (or `self.exit_timeout` if `nil`).

   Note: Forcing shutdown while a server is busy writing out project or index
   files can lead to file corruption.

   Parameters: ~
     • {force}  (`integer|boolean?`, default: `self.exit_timeout`) Time in
                milliseconds to wait before forcing a shutdown. If false,
                only request the server to shutdown, but don't force it. If
                true, force a shutdown immediately.

Client:supports_method({method}, {bufnr})           *Client:supports_method()*
   Checks if a client supports a given method. Always returns true for
   unknown off-spec methods.

   Note: Some language server capabilities can be file specific.

   Parameters: ~
     • {method}  (`string|string`)
     • {bufnr}   (`integer?`)

   Return: ~
       (`boolean`)


==============================================================================
Lua module: vim.lsp.codelens                                    *lsp-codelens*

enable({enable}, {filter})                         *vim.lsp.codelens.enable()*
   Enables or disables code lens for the {filter}ed scope.

   To "toggle", pass the inverse of `is_enabled()`: >lua
       vim.lsp.codelens.enable(not vim.lsp.codelens.is_enabled())
<

   To run a code lens, see |vim.lsp.codelens.run()|.

   Parameters: ~
     • {enable}  (`boolean?`) true/nil to enable, false to disable
     • {filter}  (`table?`) Optional filters |kwargs|,
                 • {bufnr}? (`integer`, default: all) Buffer number, or 0 for
                   current buffer, or nil for all.
                 • {client_id}? (`integer`, default: all) Client ID, or nil
                   for all.

get({filter})                                         *vim.lsp.codelens.get()*
   Get all code lenses in the {filter}ed scope.

   Parameters: ~
     • {filter}  (`table?`) Optional filters |kwargs|:
                 • {bufnr}? (`integer`, default: 0) Buffer handle, or 0 for
                   current.
                 • {client_id}? (`integer`, default: all) Client ID, or nil
                   for all.

   Return: ~
       (`table[]`) A list of objects with the following fields:
       • {client_id} (`integer`)
       • {lens} (`lsp.CodeLens`)

is_enabled({filter})                           *vim.lsp.codelens.is_enabled()*
   Query whether code lens is enabled in the {filter}ed scope

   Parameters: ~
     • {filter}  (`table?`) Optional filters |kwargs|,
                 • {bufnr}? (`integer`, default: all) Buffer number, or 0 for
                   current buffer, or nil for all.
                 • {client_id}? (`integer`, default: all) Client ID, or nil
                   for all.

   Return: ~
       (`boolean`) whether code lens is enabled.

run({opts})                                           *vim.lsp.codelens.run()*
   Run code lens at the current cursor position.

   Parameters: ~
     • {opts}  (`table?`) Optional parameters |kwargs|:
               • {client_id}? (`integer`, default: all) Client ID, or nil for
                 all.


==============================================================================
Lua module: vim.lsp.completion                                *lsp-completion*

The `vim.lsp.completion` module enables insert-mode completion driven by an
LSP server. Call `enable()` to make it available through Nvim builtin
completion (via the |CompleteDone| event). Specify `autotrigger=true` to
activate "auto-completion" when you type any of the server-defined
`triggerCharacters`. Use CTRL-Y to select an item from the completion menu.
|complete_CTRL-Y|

Example: activate LSP-driven auto-completion: >lua
   -- Works best with completeopt=noselect.
   -- Use CTRL-Y to select an item. |complete_CTRL-Y|
   vim.cmd[[set completeopt+=menuone,noselect,popup]]
   vim.lsp.start({
     name = 'ts_ls',
     cmd = …,
     on_attach = function(client, bufnr)
       vim.lsp.completion.enable(true, client.id, bufnr, {
         autotrigger = true,
         convert = function(item)
           return { abbr = item.label:gsub('%b()', '') }
         end,
       })
     end,
   })
<

                                                         *lsp-autocompletion*

The LSP `triggerCharacters` field decides when to trigger autocompletion. If
you want to trigger on EVERY keypress you can either:
• Extend `client.server_capabilities.completionProvider.triggerCharacters` on
 `LspAttach`, before you call
 `vim.lsp.completion.enable(… {autotrigger=true})`. See the |lsp-attach|
 example.
• Call `vim.lsp.completion.get()` from an |InsertCharPre| autocommand.


                                                *vim.lsp.completion.enable()*
enable({enable}, {client_id}, {bufnr}, {opts})
   Enables or disables completions from the given language client in the
   given buffer. Effects of enabling completions are:
   • Calling |vim.lsp.completion.get()| uses the enabled clients to retrieve
     completion candidates
   • Accepting a completion candidate using `<c-y>` applies side effects like
     expanding snippets, text edits (e.g. insert import statements) and
     executing associated commands. This works for completions triggered via
     autotrigger, omnifunc or completion.get()

   Example: |lsp-attach| |lsp-completion|

   Note: the behavior of `autotrigger=true` is controlled by the LSP
   `triggerCharacters` field. You can override it on LspAttach, see
   |lsp-autocompletion|.

   Parameters: ~
     • {enable}     (`boolean`) True to enable, false to disable
     • {client_id}  (`integer`) Client ID
     • {bufnr}      (`integer`) Buffer handle, or 0 for the current buffer
     • {opts}       (`table?`) A table with the following fields:
                    • {autotrigger}? (`boolean`) (default: false) When true,
                      completion triggers automatically based on the server's
                      `triggerCharacters`.
                    • {convert}? (`fun(item: lsp.CompletionItem): table`)
                      Transforms an LSP CompletionItem to |complete-items|.
                    • {cmp}? (`fun(a: table, b: table): boolean`) Comparator
                      for sorting merged completion items from all servers.

get({opts})                                         *vim.lsp.completion.get()*
   Triggers LSP completion once in the current buffer, if LSP completion is
   enabled (see |lsp-attach| |lsp-completion|).

   Used by the default LSP |omnicompletion| provider |vim.lsp.omnifunc()|,
   thus |i_CTRL-X_CTRL-O| invokes this in LSP-enabled buffers. Use CTRL-Y to
   select an item from the completion menu. |complete_CTRL-Y|

   To invoke manually with CTRL-space, use this mapping: >lua
       -- Use CTRL-space to trigger LSP completion.
       -- Use CTRL-Y to select an item. |complete_CTRL-Y|
       vim.keymap.set('i', '<c-space>', function()
         vim.lsp.completion.get()
       end)
<

   Parameters: ~
     • {opts}  (`table?`) A table with the following fields:
               • {ctx}? (`lsp.CompletionContext`) Completion context.
                 Defaults to a trigger kind of `invoked`.


==============================================================================
Lua module: vim.lsp.diagnostic                                *lsp-diagnostic*

This module provides functionality for requesting LSP diagnostics for a
document/workspace and populating them using |vim.Diagnostic|s.
`DiagnosticRelatedInformation` is supported: it is included in the window
shown by |vim.diagnostic.open_float()|. When the cursor is on a line with
related information, |gf| jumps to the problem location.


from({diagnostics})                                *vim.lsp.diagnostic.from()*
   Converts the input `vim.Diagnostic`s to LSP diagnostics.

   Parameters: ~
     • {diagnostics}  (`vim.Diagnostic[]`)

   Return: ~
       (`lsp.Diagnostic[]`)

                                         *vim.lsp.diagnostic.get_namespace()*
get_namespace({client_id}, {pull_id})
   Get the diagnostic namespace associated with an LSP client
   |vim.diagnostic| for diagnostics

   Parameters: ~
     • {client_id}  (`integer`) The id of the LSP client
     • {pull_id}    (`(boolean|string)?`) (default: nil) Pull diagnostics
                    provider id (indicates "pull" client), or `nil` for a
                    "push" client.

                                         *vim.lsp.diagnostic.on_diagnostic()*
on_diagnostic({error}, {result}, {ctx})
   |lsp-handler| for the method "textDocument/diagnostic"

   See |vim.diagnostic.config()| for configuration options.

   Parameters: ~
     • {error}   (`lsp.ResponseError?`)
     • {result}  (`lsp.DocumentDiagnosticReport`)
     • {ctx}     (`lsp.HandlerContext`)

                                *vim.lsp.diagnostic.on_publish_diagnostics()*
on_publish_diagnostics({_}, {params}, {ctx})
   |lsp-handler| for the method "textDocument/publishDiagnostics"

   See |vim.diagnostic.config()| for configuration options.

   Parameters: ~
     • {params}  (`lsp.PublishDiagnosticsParams`)
     • {ctx}     (`lsp.HandlerContext`)


==============================================================================
Lua module: vim.lsp.document_color                        *lsp-document_color*

This module provides LSP support for highlighting color references in a
document. Highlighting is enabled by default.


color_presentation()             *vim.lsp.document_color.color_presentation()*
   Select from a list of presentations for the color under the cursor.

enable({enable}, {bufnr}, {opts})            *vim.lsp.document_color.enable()*
   Enables document highlighting from the given language client in the given
   buffer.

   To "toggle", pass the inverse of `is_enabled()`: >lua
       vim.lsp.document_color.enable(not vim.lsp.document_color.is_enabled())
<

   Parameters: ~
     • {enable}  (`boolean?`) True to enable, false to disable. (default:
                 `true`)
     • {bufnr}   (`integer?`) Buffer handle, or 0 for current. (default: 0)
     • {opts}    (`table?`) A table with the following fields:
                 • {style}?
                   (`'background'|'foreground'|'virtual'|string|fun(bufnr: integer, range: Range4, hex_code: string)`)
                   Highlight style. It can be one of the pre-defined styles,
                   a string to be used as virtual text, or a function that
                   receives the buffer handle, the range (start line, start
                   col, end line, end col) and the resolved hex color.
                   (default: `'background'`)

is_enabled({bufnr})                      *vim.lsp.document_color.is_enabled()*
   Query whether document colors are enabled in the given buffer.

   Parameters: ~
     • {bufnr}  (`integer?`) Buffer handle, or 0 for current. (default: 0)

   Return: ~
       (`boolean`)


==============================================================================
Lua module: vim.lsp.inlay_hint                                *lsp-inlay_hint*

enable({enable}, {filter})                       *vim.lsp.inlay_hint.enable()*
   Enables or disables inlay hints for the {filter}ed scope.

   To "toggle", pass the inverse of `is_enabled()`: >lua
       vim.lsp.inlay_hint.enable(not vim.lsp.inlay_hint.is_enabled())
<

   Attributes: ~
       Since: 0.10.0

   Parameters: ~
     • {enable}  (`boolean?`) true/nil to enable, false to disable
     • {filter}  (`table?`) Optional filters |kwargs|, or `nil` for all.
                 • {bufnr} (`integer?`) Buffer number, or 0 for current
                   buffer, or nil for all.

get({filter})                                       *vim.lsp.inlay_hint.get()*
   Get the list of inlay hints, (optionally) restricted by buffer or range.

   Example usage: >lua
       local hint = vim.lsp.inlay_hint.get({ bufnr = 0 })[1] -- 0 for current buffer

       local client = vim.lsp.get_client_by_id(hint.client_id)
       local resp = client:request_sync('inlayHint/resolve', hint.inlay_hint, 100, 0)
       local resolved_hint = assert(resp and resp.result, resp.err)
       vim.lsp.util.apply_text_edits(resolved_hint.textEdits, 0, client.encoding)

       location = resolved_hint.label[1].location
       client:request('textDocument/hover', {
         textDocument = { uri = location.uri },
         position = location.range.start,
       })
<

   Attributes: ~
       Since: 0.10.0

   Parameters: ~
     • {filter}  (`table?`) Optional filters |kwargs|:
                 • {bufnr} (`integer?`)
                 • {range} (`lsp.Range?`)

   Return: ~
       (`table[]`) A list of objects with the following fields:
       • {bufnr} (`integer`)
       • {client_id} (`integer`)
       • {inlay_hint} (`lsp.InlayHint`)

is_enabled({filter})                         *vim.lsp.inlay_hint.is_enabled()*
   Query whether inlay hint is enabled in the {filter}ed scope

   Attributes: ~
       Since: 0.10.0

   Parameters: ~
     • {filter}  (`table?`) Optional filters |kwargs|, or `nil` for all.
                 • {bufnr} (`integer?`) Buffer number, or 0 for current
                   buffer, or nil for all.

   Return: ~
       (`boolean`)


==============================================================================
Lua module: vim.lsp.inline_completion                  *lsp-inline_completion*

This module provides the LSP "inline completion" feature, for completing
multiline text (e.g., whole methods) instead of just a word or line, which may
result in "syntactically or semantically incorrect" code. Unlike regular
completion, this is typically presented as overlay text instead of a menu of
completion candidates.

LSP spec:
https://microsoft.github.io/language-server-protocol/specifications/lsp/3.18/specification/#textDocument_inlineCompletion

To try it out, here is a quickstart example using Copilot:       *lsp-copilot*
1. Install Copilot: >sh
   npm install --global @github/copilot-language-server
<

2. Define a config, (or copy `lsp/copilot.lua` from
  https://github.com/neovim/nvim-lspconfig): >lua
   vim.lsp.config('copilot', {
    cmd = { 'copilot-language-server', '--stdio', },
    root_markers = { '.git' },
  })
<

3. Activate the config: >lua
   vim.lsp.enable('copilot')
<

4. Sign in to Copilot, or use the `:LspCopilotSignIn` command from
  https://github.com/neovim/nvim-lspconfig

5. Enable inline completion: >lua
   vim.lsp.inline_completion.enable()
<

6. Set a keymap for `vim.lsp.inline_completion.get()` and invoke the keymap.


*vim.lsp.inline_completion.Item*

   Fields: ~
     • {client_id}    (`integer`) Client ID
     • {insert_text}  (`string|lsp.StringValue`) The text to be inserted, can
                      be a snippet.
     • {range}?       (`vim.Range`) Which range it be applied.
     • {command}?     (`lsp.Command`) Corresponding server command.


enable({enable}, {filter})                *vim.lsp.inline_completion.enable()*
   Enables or disables inline completion for the {filter}ed scope, inline
   completion will automatically be refreshed when you are in insert mode.

   To "toggle", pass the inverse of `is_enabled()`: >lua
       vim.lsp.inline_completion.enable(not vim.lsp.inline_completion.is_enabled())
<

   Parameters: ~
     • {enable}  (`boolean?`) true/nil to enable, false to disable
     • {filter}  (`table?`) Optional filters |kwargs|,
                 • {bufnr}? (`integer`, default: all) Buffer number, or 0 for
                   current buffer, or nil for all.
                 • {client_id}? (`integer`, default: all) Client ID, or nil
                   for all.

get({opts})                                  *vim.lsp.inline_completion.get()*
   Accept the currently displayed completion candidate to the buffer.

   It returns false when no candidate can be accepted, so you can use the
   return value to implement a fallback: >lua
        vim.keymap.set('i', '<Tab>', function()
         if not vim.lsp.inline_completion.get() then
           return '<Tab>'
         end
       end, { expr = true, desc = 'Accept the current inline completion' })
<

   Parameters: ~
     • {opts}  (`table?`) A table with the following fields:
               • {bufnr}? (`integer`, default: 0) Buffer handle, or 0 for
                 current.
               • {on_accept}?
                 (`fun(item: vim.lsp.inline_completion.Item): vim.lsp.inline_completion.Item?`)
                 A callback triggered when a completion item is accepted. You
                 can use it to modify the completion item that is about to be
                 accepted and return it to apply the changes, or return `nil`
                 to prevent the changes from being applied to the buffer so
                 you can implement custom behavior.

   Return: ~
       (`boolean`) `true` if a completion was applied, else `false`.

is_enabled({filter})                  *vim.lsp.inline_completion.is_enabled()*
   Query whether inline completion is enabled in the {filter}ed scope

   Parameters: ~
     • {filter}  (`table?`) Optional filters |kwargs|,
                 • {bufnr}? (`integer`, default: all) Buffer number, or 0 for
                   current buffer, or nil for all.
                 • {client_id}? (`integer`, default: all) Client ID, or nil
                   for all.

select({opts})                            *vim.lsp.inline_completion.select()*
   Switch between available inline completion candidates.

   Parameters: ~
     • {opts}  (`table?`) A table with the following fields:
               • {bufnr}? (`integer`) (default: current buffer)
               • {count}? (`integer`, default: v:count1) The number of
                 candidates to move by. A positive integer moves forward by
                 {count} candidates, while a negative integer moves backward
                 by {count} candidates.
               • {wrap}? (`boolean`, default: `true`) Whether to loop around
                 file or not. Similar to 'wrapscan'.


==============================================================================
Lua module: vim.lsp.linked_editing_range            *lsp-linked_editing_range*

The `vim.lsp.linked_editing_range` module enables "linked editing" via a
language server's `textDocument/linkedEditingRange` request. Linked editing
ranges are synchronized text regions, meaning changes in one range are
mirrored in all the others. This is helpful in HTML files for example, where
the language server can update the text of a closing tag if its opening tag
was changed.

LSP spec:
https://microsoft.github.io/language-server-protocol/specification/#textDocument_linkedEditingRange


enable({enable}, {filter})             *vim.lsp.linked_editing_range.enable()*
   Enable or disable a linked editing session globally or for a specific
   client. The following is a practical usage example: >lua
       vim.lsp.start({
         name = 'html',
         cmd = '…',
         on_attach = function(client)
           vim.lsp.linked_editing_range.enable(true, { client_id = client.id })
         end,
       })
<

   Parameters: ~
     • {enable}  (`boolean?`) `true` or `nil` to enable, `false` to disable.
     • {filter}  (`table?`) Optional filters |kwargs|:
                 • {client_id} (`integer?`) Client ID, or `nil` for all.


==============================================================================
Lua module: vim.lsp.log                                              *lsp-log*

The `vim.lsp.log` module provides logging for the Nvim LSP client.

When debugging language servers, it is helpful to enable extra-verbose logging
of the LSP client RPC events. Example: >lua
   vim.lsp.log.set_level 'trace'
   require('vim.lsp.log').set_format_func(vim.inspect)
<

Then try to run the language server, and open the log with: >vim
   :lua vim.cmd('tabnew ' .. vim.lsp.log.get_filename())
<

(Or use `:LspLog` if you have nvim-lspconfig installed.)

Note:
• Remember to DISABLE verbose logging ("debug" or "trace" level), else you may
 encounter performance issues.
• "ERROR" messages containing "stderr" only indicate that the log was sent to
 stderr. Many servers send harmless messages via stderr.


get_filename()                                    *vim.lsp.log.get_filename()*
   Returns the log filename.

   Return: ~
       (`string`) log filename

get_level()                                          *vim.lsp.log.get_level()*
   Gets the current log level.

   Return: ~
       (`integer`) current log level

set_format_func({handle})                      *vim.lsp.log.set_format_func()*
   Sets the formatting function used to format logs. If the formatting
   function returns nil, the entry won't be written to the log file.

   Parameters: ~
     • {handle}  (`fun(level:string, ...): string?`) Function to apply to log
                 entries. The default will log the level, date, source and
                 line number of the caller, followed by the arguments.

set_level({level})                                   *vim.lsp.log.set_level()*
   Sets the current log level.

   Parameters: ~
     • {level}  (`string|integer`) One of |vim.log.levels|


==============================================================================
Lua module: vim.lsp.on_type_formatting                *lsp-on_type_formatting*

enable({enable}, {filter})               *vim.lsp.on_type_formatting.enable()*
   Enables/disables on-type formatting globally or for the {filter}ed scope.
   The following are some practical usage examples: >lua
       -- Enable for all clients
       vim.lsp.on_type_formatting.enable()

       -- Enable for a specific client
       vim.api.nvim_create_autocmd('LspAttach', {
         callback = function(args)
           local client_id = args.data.client_id
           local client = assert(vim.lsp.get_client_by_id(client_id))
           if client.name == 'rust-analyzer' then
             vim.lsp.on_type_formatting.enable(true, { client_id = client_id })
           end
         end,
       })
<

   Parameters: ~
     • {enable}  (`boolean?`) true/nil to enable, false to disable.
     • {filter}  (`table?`) Optional filters |kwargs|:
                 • {client_id} (`integer?`) Client ID, or `nil` for all.


==============================================================================
Lua module: vim.lsp.rpc                                              *lsp-rpc*

*vim.lsp.rpc.PublicClient*
   Client RPC object

   Fields: ~
     • {request}     (`fun(method: string, params: table?, callback: fun(err?: lsp.ResponseError, result: any, request_id: integer), notify_reply_callback?: fun(message_id: integer)):boolean,integer?`)
                     See |vim.lsp.rpc.request()|
     • {notify}      (`fun(method: string, params: any): boolean`) See
                     |vim.lsp.rpc.notify()|
     • {is_closing}  (`fun(): boolean`) Indicates if the RPC is closing.
     • {terminate}   (`fun()`) Terminates the RPC client.


connect({host_or_path}, {port})                        *vim.lsp.rpc.connect()*
   Create a LSP RPC client factory that connects to either:
   • a named pipe (windows)
   • a domain socket (unix)
   • a host and port via TCP

   Return a function that can be passed to the `cmd` field for
   |vim.lsp.start()|.

   Parameters: ~
     • {host_or_path}  (`string`) host to connect to or path to a pipe/domain
                       socket
     • {port}          (`integer?`) TCP port to connect to. If absent the
                       first argument must be a pipe

   Return: ~
       (`fun(dispatchers: vim.lsp.rpc.Dispatchers): vim.lsp.rpc.PublicClient`)

format_rpc_error({err})                       *vim.lsp.rpc.format_rpc_error()*
   Constructs an error message from an LSP error object.

   Parameters: ~
     • {err}  (`table`) The error object

   Return: ~
       (`string`) error_message The formatted error message

notify({method}, {params})                              *vim.lsp.rpc.notify()*
   Sends a notification to the LSP server.

   Parameters: ~
     • {method}  (`string`) The invoked LSP method
     • {params}  (`table?`) Parameters for the invoked LSP method

   Return: ~
       (`boolean`) `true` if notification could be sent, `false` if not

                                                      *vim.lsp.rpc.request()*
request({method}, {params}, {callback}, {notify_reply_callback})
   Sends a request to the LSP server and runs {callback} upon response.

   Parameters: ~
     • {method}                 (`string`) The invoked LSP method
     • {params}                 (`table?`) Parameters for the invoked LSP
                                method
     • {callback}               (`fun(err: lsp.ResponseError?, result: any)`)
                                Callback to invoke
     • {notify_reply_callback}  (`fun(message_id: integer)?`) Callback to
                                invoke as soon as a request is no longer
                                pending

   Return (multiple): ~
       (`boolean`) success `true` if request could be sent, `false` if not
       (`integer?`) message_id if request could be sent, `nil` if not

                                           *vim.lsp.rpc.rpc_response_error()*
rpc_response_error({code}, {message}, {data})
   Creates an RPC response table `error` to be sent to the LSP response.

   Parameters: ~
     • {code}     (`integer`) RPC error code defined, see
                  `vim.lsp.protocol.ErrorCodes`
     • {message}  (`string?`) arbitrary message to send to server
     • {data}     (`any?`) arbitrary data to send to server

   Return: ~
       (`lsp.ResponseError`)

   See also: ~
     • lsp.ErrorCodes See `vim.lsp.protocol.ErrorCodes`

start({cmd}, {dispatchers}, {extra_spawn_params})        *vim.lsp.rpc.start()*
   Starts an LSP server process and create an LSP RPC client object to
   interact with it. Communication with the spawned process happens via
   stdio. For communication via TCP, spawn a process manually and use
   |vim.lsp.rpc.connect()|

   Parameters: ~
     • {cmd}                 (`string[]`) Command to start the LSP server.
     • {dispatchers}         (`table?`) Dispatchers for LSP message types.
                             • {notification}
                               (`fun(method: string, params: table)`)
                             • {server_request}
                               (`fun(method: string, params: table): any?, lsp.ResponseError?`)
                             • {on_exit}
                               (`fun(code: integer, signal: integer)`)
                             • {on_error} (`fun(code: integer, err: any)`)
     • {extra_spawn_params}  (`table?`) Additional context for the LSP server
                             process.
                             • {cwd}? (`string`) Working directory for the
                               LSP server process
                             • {detached}? (`boolean`) Detach the LSP server
                               process from the current process
                             • {env}? (`table<string,string>`) Additional
                               environment variables for LSP server process.
                               See |vim.system()|

   Return: ~
       (`vim.lsp.rpc.PublicClient`) See |vim.lsp.rpc.PublicClient|.


==============================================================================
Lua module: vim.lsp.semantic_tokens                      *lsp-semantic_tokens*

enable({enable}, {filter})                  *vim.lsp.semantic_tokens.enable()*
   Enables or disables semantic tokens for the {filter}ed scope.

   To "toggle", pass the inverse of `is_enabled()`: >lua
       vim.lsp.semantic_tokens.enable(not vim.lsp.semantic_tokens.is_enabled())
<

   Parameters: ~
     • {enable}  (`boolean?`) true/nil to enable, false to disable
     • {filter}  (`table?`) Optional filters |kwargs|,
                 • {bufnr}? (`integer`, default: all) Buffer number, or 0 for
                   current buffer, or nil for all.
                 • {client_id}? (`integer`, default: all) Client ID, or nil
                   for all.

force_refresh({bufnr})               *vim.lsp.semantic_tokens.force_refresh()*
   Force a refresh of all semantic tokens

   Only has an effect if the buffer is currently active for semantic token
   highlighting (|vim.lsp.semantic_tokens.enable()| has been called for it)

   Parameters: ~
     • {bufnr}  (`integer?`) filter by buffer. All buffers if nil, current
                buffer if 0

                                       *vim.lsp.semantic_tokens.get_at_pos()*
get_at_pos({bufnr}, {row}, {col})
   Return the semantic token(s) at the given position. If called without
   arguments, returns the token under the cursor.

   Parameters: ~
     • {bufnr}  (`integer?`) Buffer number (0 for current buffer, default)
     • {row}    (`integer?`) Position row (default cursor position)
     • {col}    (`integer?`) Position column (default cursor position)

   Return: ~
       (`table?`) List of tokens at position. Each token has the following
       fields:
       • line (integer) line number, 0-based
       • start_col (integer) start column, 0-based
       • end_line (integer) end line number, 0-based
       • end_col (integer) end column, 0-based
       • type (string) token type as string, e.g. "variable"
       • modifiers (table) token modifiers as a set. E.g., { static = true,
         readonly = true }
       • client_id (integer)

                                  *vim.lsp.semantic_tokens.highlight_token()*
highlight_token({token}, {bufnr}, {client_id}, {hl_group}, {opts})
   Highlight a semantic token.

   Apply an extmark with a given highlight group for a semantic token. The
   mark will be deleted by the semantic token engine when appropriate; for
   example, when the LSP sends updated tokens. This function is intended for
   use inside |LspTokenUpdate| callbacks.

   Parameters: ~
     • {token}      (`table`) A semantic token, found as `args.data.token` in
                    |LspTokenUpdate|
     • {bufnr}      (`integer`) The buffer to highlight, or `0` for current
                    buffer
     • {client_id}  (`integer`) The ID of the |vim.lsp.Client|
     • {hl_group}   (`string`) Highlight group name
     • {opts}       (`table?`) Optional parameters:
                    • {priority}? (`integer`, default:
                      `vim.hl.priorities.semantic_tokens + 3`) Priority for
                      the applied extmark.

is_enabled({filter})                    *vim.lsp.semantic_tokens.is_enabled()*
   Query whether semantic tokens is enabled in the {filter}ed scope

   Parameters: ~
     • {filter}  (`table?`) Optional filters |kwargs|,
                 • {bufnr}? (`integer`, default: all) Buffer number, or 0 for
                   current buffer, or nil for all.
                 • {client_id}? (`integer`, default: all) Client ID, or nil
                   for all.


==============================================================================
Lua module: vim.lsp.util                                            *lsp-util*

*vim.lsp.util.open_floating_preview.Opts*

   Fields: ~
     • {height}?        (`integer`) Height of floating window
     • {width}?         (`integer`) Width of floating window
     • {wrap}?          (`boolean`, default: `true`) Wrap long lines
     • {wrap_at}?       (`integer`) Character to wrap at for computing height
                        when wrap is enabled
     • {max_width}?     (`integer`) Maximal width of floating window
     • {max_height}?    (`integer`) Maximal height of floating window
     • {focus_id}?      (`string`) If a popup with this id is opened, then
                        focus it
     • {close_events}?  (`table`) List of events that closes the floating
                        window
     • {focusable}?     (`boolean`, default: `true`) Make float focusable.
     • {focus}?         (`boolean`, default: `true`) If `true`, and if
                        {focusable} is also `true`, focus an existing
                        floating window with the same {focus_id}
     • {offset_x}?      (`integer`) offset to add to `col`
     • {offset_y}?      (`integer`) offset to add to `row`
     • {border}?        (`string|(string|[string,string])[]`) override
                        `border`
     • {zindex}?        (`integer`) override `zindex`, defaults to 50
     • {title}?         (`string|[string,string][]`)
     • {title_pos}?     (`'left'|'center'|'right'`)
     • {relative}?      (`'mouse'|'cursor'|'editor'`) (default: `'cursor'`)
     • {anchor_bias}?   (`'auto'|'above'|'below'`, default: `'auto'`) Adjusts
                        placement relative to cursor.
                        • "auto": place window based on which side of the
                          cursor has more lines
                        • "above": place the window above the cursor unless
                          there are not enough lines to display the full
                          window height.
                        • "below": place the window below the cursor unless
                          there are not enough lines to display the full
                          window height.


                                    *vim.lsp.util.apply_text_document_edit()*
apply_text_document_edit({text_document_edit}, {index}, {position_encoding},
                        {change_annotations})
   Applies a `TextDocumentEdit`, which is a list of changes to a single
   document.

   Parameters: ~
     • {text_document_edit}  (`lsp.TextDocumentEdit`)
     • {index}               (`integer?`) Optional index of the edit, if from
                             a list of edits (or nil, if not from a list)
     • {position_encoding}   (`'utf-8'|'utf-16'|'utf-32'?`)
     • {change_annotations}  (`table<string, lsp.ChangeAnnotation>?`)

   See also: ~
     • https://microsoft.github.io/language-server-protocol/specifications/specification-current/#textDocumentEdit

                                            *vim.lsp.util.apply_text_edits()*
apply_text_edits({text_edits}, {bufnr}, {position_encoding},
                {change_annotations})
   Applies a list of text edits to a buffer.

   Parameters: ~
     • {text_edits}          (`(lsp.TextEdit|lsp.AnnotatedTextEdit)[]`)
     • {bufnr}               (`integer`) Buffer id
     • {position_encoding}   (`'utf-8'|'utf-16'|'utf-32'`)
     • {change_annotations}  (`table<string, lsp.ChangeAnnotation>?`)

   See also: ~
     • https://microsoft.github.io/language-server-protocol/specifications/specification-current/#textEdit

                                        *vim.lsp.util.apply_workspace_edit()*
apply_workspace_edit({workspace_edit}, {position_encoding})
   Applies a `WorkspaceEdit`.

   Parameters: ~
     • {workspace_edit}     (`lsp.WorkspaceEdit`)
     • {position_encoding}  (`'utf-8'|'utf-16'|'utf-32'`) (required)

   See also: ~
     • https://microsoft.github.io/language-server-protocol/specifications/specification-current/#workspace_applyEdit

buf_clear_references({bufnr})            *vim.lsp.util.buf_clear_references()*
   Removes document highlights from a buffer.

   Parameters: ~
     • {bufnr}  (`integer?`) Buffer id

                                    *vim.lsp.util.buf_highlight_references()*
buf_highlight_references({bufnr}, {references}, {position_encoding})
   Shows a list of document highlights for a certain buffer.

   Parameters: ~
     • {bufnr}              (`integer`) Buffer id
     • {references}         (`lsp.DocumentHighlight[]`) objects to highlight
     • {position_encoding}  (`'utf-8'|'utf-16'|'utf-32'`)

   See also: ~
     • https://microsoft.github.io/language-server-protocol/specification/#textDocumentContentChangeEvent

                                            *vim.lsp.util.character_offset()*
character_offset({buf}, {row}, {col}, {offset_encoding})
   Returns the UTF-32 and UTF-16 offsets for a position in a certain buffer.

   Parameters: ~
     • {buf}              (`integer`) buffer number (0 for current)
     • {row}              (`integer`) 0-indexed line
     • {col}              (`integer`) 0-indexed byte offset in line
     • {offset_encoding}  (`'utf-8'|'utf-16'|'utf-32'?`) defaults to
                          `offset_encoding` of first client of `buf`

   Return: ~
       (`integer`) `offset_encoding` index of the character in line {row}
       column {col} in buffer {buf}

                             *vim.lsp.util.convert_input_to_markdown_lines()*
convert_input_to_markdown_lines({input}, {contents})
   Converts any of `MarkedString` | `MarkedString[]` | `MarkupContent` into a
   list of lines containing valid markdown. Useful to populate the hover
   window for `textDocument/hover`, for parsing the result of
   `textDocument/signatureHelp`, and potentially others.

   Note that if the input is of type `MarkupContent` and its kind is
   `plaintext`, then the corresponding value is returned without further
   modifications.

   Parameters: ~
     • {input}     (`lsp.MarkedString|lsp.MarkedString[]|lsp.MarkupContent`)
     • {contents}  (`string[]?`) List of strings to extend with converted
                   lines. Defaults to {}.

   Return: ~
       (`string[]`) extended with lines of converted markdown.

   See also: ~
     • https://microsoft.github.io/language-server-protocol/specifications/specification-current/#textDocument_hover

                    *vim.lsp.util.convert_signature_help_to_markdown_lines()*
convert_signature_help_to_markdown_lines({signature_help}, {ft}, {triggers})
   Converts `textDocument/signatureHelp` response to markdown lines.

   Parameters: ~
     • {signature_help}  (`lsp.SignatureHelp`) Response of
                         `textDocument/SignatureHelp`
     • {ft}              (`string?`) filetype that will be use as the `lang`
                         for the label markdown code block
     • {triggers}        (`string[]?`) list of trigger characters from the
                         lsp server. used to better determine parameter
                         offsets

   Return (multiple): ~
       (`string[]?`) lines of converted markdown.
       (`Range4?`) highlight range for the active parameter

   See also: ~
     • https://microsoft.github.io/language-server-protocol/specifications/specification-current/#textDocument_signatureHelp

get_effective_tabstop({bufnr})          *vim.lsp.util.get_effective_tabstop()*
   Returns indentation size.

   Parameters: ~
     • {bufnr}  (`integer?`) Buffer handle, defaults to current

   Return: ~
       (`integer`) indentation size

   See also: ~
     • 'shiftwidth'

                                          *vim.lsp.util.locations_to_items()*
locations_to_items({locations}, {position_encoding})
   Returns the items with the byte position calculated correctly and in
   sorted order, for display in quickfix and location lists.

   The `user_data` field of each resulting item will contain the original
   `Location` or `LocationLink` it was computed from.

   The result can be passed to the {list} argument of |setqflist()| or
   |setloclist()|.

   Parameters: ~
     • {locations}          (`lsp.Location[]|lsp.LocationLink[]`)
     • {position_encoding}  (`'utf-8'|'utf-16'|'utf-32'?`) default to first
                            client of buffer

   Return: ~
       (`vim.quickfix.entry[]`) See |setqflist()| for the format

                                 *vim.lsp.util.make_floating_popup_options()*
make_floating_popup_options({width}, {height}, {opts})
   Creates a table with sensible default options for a floating window. The
   table can be passed to |nvim_open_win()|.

   Parameters: ~
     • {width}   (`integer`) window width (in character cells)
     • {height}  (`integer`) window height (in character cells)
     • {opts}    (`vim.lsp.util.open_floating_preview.Opts?`) See
                 |vim.lsp.util.open_floating_preview.Opts|.

   Return: ~
       (`vim.api.keyset.win_config`)

                                      *vim.lsp.util.make_formatting_params()*
make_formatting_params({options})
   Creates a `DocumentFormattingParams` object for the current buffer and
   cursor position.

   Parameters: ~
     • {options}  (`lsp.FormattingOptions?`) with valid `FormattingOptions`
                  entries

   Return: ~
       (`lsp.DocumentFormattingParams`) object

   See also: ~
     • https://microsoft.github.io/language-server-protocol/specifications/specification-current/#textDocument_formatting

                                     *vim.lsp.util.make_given_range_params()*
make_given_range_params({start_pos}, {end_pos}, {bufnr}, {position_encoding})
   Using the given range in the current buffer, creates an object that is
   similar to |vim.lsp.util.make_range_params()|.

   Parameters: ~
     • {start_pos}          (`[integer,integer]?`) {row,col} mark-indexed
                            position. Defaults to the start of the last
                            visual selection.
     • {end_pos}            (`[integer,integer]?`) {row,col} mark-indexed
                            position. Defaults to the end of the last visual
                            selection.
     • {bufnr}              (`integer?`) buffer handle or 0 for current,
                            defaults to current
     • {position_encoding}  (`'utf-8'|'utf-16'|'utf-32'`)

   Return: ~
       (`{ textDocument: { uri: lsp.DocumentUri }, range: lsp.Range }`)

                                        *vim.lsp.util.make_position_params()*
make_position_params({window}, {position_encoding})
   Creates a `TextDocumentPositionParams` object for the current buffer and
   cursor position.

   Parameters: ~
     • {window}             (`integer?`) |window-ID| or 0 for current,
                            defaults to current
     • {position_encoding}  (`'utf-8'|'utf-16'|'utf-32'`)

   Return: ~
       (`lsp.TextDocumentPositionParams`)

   See also: ~
     • https://microsoft.github.io/language-server-protocol/specifications/specification-current/#textDocumentPositionParams

                                           *vim.lsp.util.make_range_params()*
make_range_params({window}, {position_encoding})
   Using the current position in the current buffer, creates an object that
   can be used as a building block for several LSP requests, such as
   `textDocument/codeAction`, `textDocument/colorPresentation`,
   `textDocument/rangeFormatting`.

   Parameters: ~
     • {window}             (`integer?`) |window-ID| or 0 for current,
                            defaults to current
     • {position_encoding}  (`"utf-8"|"utf-16"|"utf-32"`)

   Return: ~
       (`{ textDocument: { uri: lsp.DocumentUri }, range: lsp.Range }`)

                                   *vim.lsp.util.make_text_document_params()*
make_text_document_params({bufnr})
   Creates a `TextDocumentIdentifier` object for the current buffer.

   Parameters: ~
     • {bufnr}  (`integer?`) Buffer handle, defaults to current

   Return: ~
       (`lsp.TextDocumentIdentifier`)

   See also: ~
     • https://microsoft.github.io/language-server-protocol/specifications/specification-current/#textDocumentIdentifier

                                       *vim.lsp.util.make_workspace_params()*
make_workspace_params({added}, {removed})
   Create the workspace params

   Parameters: ~
     • {added}    (`lsp.WorkspaceFolder[]`)
     • {removed}  (`lsp.WorkspaceFolder[]`)

   Return: ~
       (`lsp.DidChangeWorkspaceFoldersParams`)

                                       *vim.lsp.util.open_floating_preview()*
open_floating_preview({contents}, {syntax}, {opts})
   Shows contents in a floating window.

   Parameters: ~
     • {contents}  (`table`) of lines to show in window
     • {syntax}    (`string`) of syntax to set for opened buffer
     • {opts}      (`vim.lsp.util.open_floating_preview.Opts?`) with optional
                   fields (additional keys are filtered with
                   |vim.lsp.util.make_floating_popup_options()| before they
                   are passed on to |nvim_open_win()|). See
                   |vim.lsp.util.open_floating_preview.Opts|.

   Return (multiple): ~
       (`integer`) bufnr of newly created float window
       (`integer`) winid of newly created float window preview window

preview_location({location}, {opts})         *vim.lsp.util.preview_location()*
   Previews a location in a floating window

   behavior depends on type of location:
   • for Location, range is shown (e.g., function definition)
   • for LocationLink, targetRange is shown (e.g., body of function
     definition)

   Parameters: ~
     • {location}  (`lsp.Location|lsp.LocationLink`)
     • {opts}      (`vim.lsp.util.open_floating_preview.Opts?`) See
                   |vim.lsp.util.open_floating_preview.Opts|.

   Return (multiple): ~
       (`integer?`) buffer id of float window
       (`integer?`) window id of float window

rename({old_fname}, {new_fname}, {opts})               *vim.lsp.util.rename()*
   Rename old_fname to new_fname

   Existing buffers are renamed as well, while maintaining their bufnr.

   It deletes existing buffers that conflict with the renamed file name only
   when
   • `opts` requests overwriting; or
   • the conflicting buffers are not loaded, so that deleting them does not
     result in data loss.

   Parameters: ~
     • {old_fname}  (`string`)
     • {new_fname}  (`string`)
     • {opts}       (`table?`) Options:
                    • {overwrite}? (`boolean`)
                    • {ignoreIfExists}? (`boolean`)

                                               *vim.lsp.util.show_document()*
show_document({location}, {position_encoding}, {opts})
   Shows document and optionally jumps to the location.

   Parameters: ~
     • {location}           (`lsp.Location|lsp.LocationLink`)
     • {position_encoding}  (`'utf-8'|'utf-16'|'utf-32'?`)
     • {opts}               (`table?`) A table with the following fields:
                            • {reuse_win}? (`boolean`) Jump to existing
                              window if buffer is already open.
                            • {focus}? (`boolean`) Whether to focus/jump to
                              location if possible. (defaults: true)

   Return: ~
       (`boolean`) `true` if succeeded

                                            *vim.lsp.util.symbols_to_items()*
symbols_to_items({symbols}, {bufnr}, {position_encoding})
   Converts symbols to quickfix list items.

   Parameters: ~
     • {symbols}            (`lsp.DocumentSymbol[]|lsp.SymbolInformation[]|lsp.WorkspaceSymbol[]`)
                            list of symbols
     • {bufnr}              (`integer?`) buffer handle or 0 for current,
                            defaults to current
     • {position_encoding}  (`'utf-8'|'utf-16'|'utf-32'?`) default to first
                            client of buffer

   Return: ~
       (`vim.quickfix.entry[]`) See |setqflist()| for the format


==============================================================================
Lua module: vim.lsp.protocol                                    *lsp-protocol*

                                *vim.lsp.protocol.make_client_capabilities()*
make_client_capabilities()
   Gets a new ClientCapabilities object describing the LSP client
   capabilities.

   Return: ~
       (`lsp.ClientCapabilities`)

                                    *vim.lsp.protocol.resolve_capabilities()*
resolve_capabilities({server_capabilities})
   Creates a normalized object describing LSP server capabilities.

   Parameters: ~
     • {server_capabilities}  (`table`) Table of capabilities supported by
                              the server

   Return: ~
       (`lsp.ServerCapabilities?`) Normalized table of capabilities


vim:tw=78:ts=8:sw=4:sts=4:et:ft=help:norl: