This commit replaces the usage of math.floor((lo + hi) / 2) with the faster and equivalent bit.rshift(lo + hi, 1) for calculating the midpoint in binary search.
feat(lsp)!: change semantic token highlighting
Change the default highlights used, and add more highlights per token.
Add an LspTokenUpdate event and a highlight_token function.
:Inspect now shows any highlights applied by token highlighting rules,
default or user-defined.
BREAKING CHANGE: change the default highlight groups used by semantic
token highlighting.
Fixes:
Error SERVER_REQUEST_HANDLER_ERROR: "...di/dev/neovim/neovim/runtime/lua/vim/lsp/_watchfiles.lua
:200: bad argument #1 to 'ipairs' (table expected, got nil)"
Language servers can be started without root_dir or workspace_folders.
redraw! redraws the entire screen instead of just the windows with
the buffer which were actually changed.
I considered trying to calculating the range for the delta
but it looks tricky. Could a follow-up.
`vim.lsp.buf.format()` silently did nothing if no servers supported
`textDocument/rangeFormatting` when formatting with a range.
Issue found by `@hwrd:matrix.org` in the Matrix chat.
According to the specification `workspace/applyEdit` must be called with
`ApplyWorkspaceEditParams`.
So far the client just returned, which could lead to a misleading error
on the server side because `workspace/applyEdit` must respond with a
`ApplyWorkspaceEditResult`.
This adds an assertion to clarify that the server is violating the
specification.
See https://github.com/neovim/neovim/issues/21925
This small changes just ensures that if you're using `convert_input_to_markdown_lines`
without `contents` you don't get a warning (when using something like neodev) that
there is an expected second param, since it can be nil.
Small, but I was getting warnings about my usage of
`vim.lsp.buf_notify(bufnr, method, {example = example})` since the docs
say that `params` must be a string, however this can really be anything
when it's passed to `rpc.notify` since we just end up calling
`vim.json.encode(payload)` on it. This fixes the docs in those two
places and regenerates them.
Problem:
No easy way to position a LSP hover window relative to mouse.
Solution:
Introduce another option to the `relative` key in `nvim_open_win()`.
With this PR it should be possible to override the handler and do something
similar to this https://github.com/neovim/neovim/pull/19481#issuecomment-1193248674
to have hover information displayed from the mouse.
Test case:
```lua
local util = require('vim.lsp.util')
local function make_position_param(window, offset_encoding)
window = window or 0
local buf = vim.api.nvim_win_get_buf(window)
local row, col
local mouse = vim.fn.getmousepos()
row = mouse.line
col = mouse.column
offset_encoding = offset_encoding or util._get_offset_encoding(buf)
row = row - 1
local line = vim.api.nvim_buf_get_lines(buf, row, row + 1, true)[1]
if not line then
return { line = 0, character = 0 }
end
if #line < col then
return { line = 0, character = 0 }
end
col = util._str_utfindex_enc(line, col, offset_encoding)
return { line = row, character = col }
end
local make_params = function(window, offset_encoding)
window = window or 0
local buf = vim.api.nvim_win_get_buf(window)
offset_encoding = offset_encoding or util._get_offset_encoding(buf)
return {
textDocument = util.make_text_document_params(buf),
position = make_position_param(window, offset_encoding),
}
end
local hover_timer = nil
vim.o.mousemoveevent = true
vim.keymap.set({ '', 'i' }, '<MouseMove>', function()
if hover_timer then
hover_timer:close()
end
hover_timer = vim.defer_fn(function()
hover_timer = nil
local params = make_params()
vim.lsp.buf_request(
0,
'textDocument/hover',
params,
vim.lsp.with(vim.lsp.handlers.hover, {
silent = true,
focusable = false,
relative = 'mouse',
})
)
end, 500)
return '<MouseMove>'
end, { expr = true })
```
For users using vim.lsp.start it can be useful to get an
overview of active client that is less verbose than a full `:lua
=vim.lsp.get_active_clients()`
Currently once you retrieve the lenses you're pretty much stuck with
them as saving new lenses is additive.
Adding a dedicated method to reset lenses allows users to toggle lenses
on/off which can be useful for language servers where they are noisy or
expensive and you only want to see them temporary.
Fixes#21543
This should provide a better user experience when appending or prepending text to a word that has a semantic token extmark. More often than not, the appended/prepended text to the word will end up becoming part of the token anyway, so just use that extmark as the user types.
Apply semantic token modifiers as separate extmarks with corresponding
highlight groups (e.g., `@readonly`). This is a low-effort PR to enable
the most common use cases (applying, e.g., italics or backgrounds on top
of type highlights; language-specific fallbacks like `@global.lua` are
also available). This can be replaced by more complicated selector-style
themes later on.
Instead of testing for every possible modifier type, only test bits up
to the highest set in the token array. Saves many bit ops and
comparisons when there are no modifiers or when the highest set bit is a
lower bit than the highest possible in the legend on average.
Can be further simplified when non-luaJIT gets the full bit module (see #21222)
The spec indicates that the response may be `null`, but it doesn't
really say what a `null` response means. Since neovim raises an error if
the response is `null`, I figured that ignoring it would be the safest
bet.
Co-authored-by: Mathias Fussenegger <f.mathias@zignar.net>
1. The algorithm for applying edits was slightly incorrect. It needs to
preserve the original token list as the edits are applied instead of
mutating it as it iterates. From the spec:
Semantic token edits behave conceptually like text edits on
documents: if an edit description consists of n edits all n edits are
based on the same state Sm of the number array. They will move the
number array from state Sm to Sm+1.
2. Schedule the semantic token engine start() call in the
client._on_attach() function so that users who schedule_wrap() their
config.on_attach() functions (like nvim-lspconfig does) can still
disable semantic tokens by deleting the semanticTokensProvider from
their server capabilities.
* credit to @smolck and @theHamsta for their contributions in laying the
groundwork for this feature and for their work on some of the helper
utility functions and tests
`willSaveWaitUntil` allows servers to respond with text edits before
saving a document. That is used by some language servers to format a
document or apply quick fixes like removing unused imports.
Language servers can take some time to respond to the
`textDocument/hover` and `textDocument/signatureHelp` messages. During
that time, the user could have already moved to another buffer. The
popup was always shown in the current buffer, which could be a different
one than the buffer for which the request was sent.
This was particularly annoying when moving to a buffer with a `BufLeave`
autocmd, as that autocmd was triggered when the hover popup was shown
for the original buffer.
Ignoring the response from these 2 messages if they are for a buffer
that is not the current one leads to less noise. The popup will only be
shown for the buffer for which it was requested.
A more robust solution could involve cancelling the hover/signatureHelp
request if the buffer changes so the language server can free its
resources. It could be implemented in the future.
Problem:
LSP client provides bogus capabilities in CodeActionKind.
LSP logs show this in the "initialize" message:
codeActionKind = { valueSet = { "Empty", "QuickFix",
"Refactor", "RefactorExtract", "RefactorInline", "RefactorRewrite",
"Source", "SourceOrganizeImports", "", "quickfix", "refactor",
"refactor.extract", "refactor.inline", "refactor.rewrite", "source",
"source.organizeImports" }
Solution:
Only the values from the CodeActionKind table should be presented, not also the
keys.
fix#20657
