| Commit message (Collapse) | Author | Age |
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Problem:
Accepting an item from another completion source raises an error when its
user_data.nvim table does not contain LSP metadata.
Solution:
Retrieve and guard the nested LSP metadata before accessing its fields.
Cover acceptance of a foreign completion item without LSP metadata.
AI-assisted
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Problem:
An empty snippet insertText falls back to the label during selection, but
acceptance clears that label and expands an empty string.
Solution:
Require nonempty insertText before expanding a snippet without textEdit.
Extend the omnifunc acceptance fixture with an empty snippet insertion.
AI-assisted
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Problem:
A completion list default edit range can replace the explicit range of an
InsertReplaceEdit, filtering out valid items or changing their replacement.
Solution:
Only synthesize a default text edit when the completion item has none.
Extend the existing itemDefaults test for explicit edits with both range variants.
AI-assisted
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Problem:
Snippet completion words and previews prefer insertText even when textEdit
is present, although the actual expansion uses textEdit.newText.
Solution:
Use the text edit before the fallback insertion text in both selectors.
Extend the existing precedence test to check the snippet word and preview.
AI-assisted
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Problem: Repeated default fields and field-by-field assertions obscure
the values that each functional test is meant to check.
Solution: Add eq_partial() to check selected record fields while
preserving list length and order. Use local helpers to fill fixed
expected defaults where tests need full equality. Keep explicit absence
checks and test-specific values at the call sites.
AI-assisted
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Problem:
vim.lsp.completion.get() always asks every client that has completion
enabled in the buffer, so a mapping cannot ask just some of them.
Solution:
Add a "client_id" option that limits the request to the given client,
or clients if it is a list.
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fix(lua): enable param-type-mismatch diagnostic
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Problem: Argument type mismatches are excluded from EmmyLua checks.
Solution: Correct runtime annotations and calls, document local checker
workarounds, and enable the diagnostic.
AI-assisted
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Problem:
After an LSP client restart, the completion reload callback can use an old
client ID:
autoread: :checktime failed for buffer 17: Vim:Lua callback:
...ed-95df8c0/share/nvim/runtime/lua/vim/lsp/completion.lua:1315: invalid client ID
Solution:
Use the completion augroup for `BufUnload` cleanup.
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position #42105
vim-patch:9.2.1114: Visual selection is not highlighted at the cursor position
Problem: In a terminal the character under the cursor is normally not
shown as part of the visual selection.
Solution: Don't set "noinvcur" in win_line() (Shane Harper).
The problem did not occur in the GUI, only in a terminal.
The name "noinvcur" ("don't invert the cursor") was misleading: the
variable did not affect the cursor, but whether the character under the
cursor could be displayed as part of the visual selection.
The "noinvcur" handling may have been meant to help during a visual
selection when Visual is shown in reverse video and the terminal draws
the cursor by inverting the character under it, as otherwise the
character under the cursor would not look highlighted like the rest of
the selection. But Vim cannot know in general how a terminal draws the
cursor, and when either the cursor is not drawn by inverting the
character under it or Visual is not shown in reverse video, the handling
just left a character of the visual selection unhighlighted.
closes: vim/vim#21317
https://github.com/vim/vim/commit/d10aab4ba6602f8f2f2576d2d62ceb63869db6fb
Co-authored-by: Shane Harper <shane@shaneharper.net>
AI-assisted
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Problem:
on_complete_done() defers clear_word() and the snippet expansion until
completionItem/resolve answers, and drops both when 'changedtick' moved
meanwhile. Typing right after accepting leaves the plain word in the
buffer.
Solution:
Expand before requesting, and anchor the resolved edits with an extmark
instead of gating them on 'changedtick'.
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Problem:
`vim.lsp.buf.format()` does not support a timeout for asynchronous
requests.
Solution:
Honor an explicit timeouts per client so formatting can continue.
Do not permit a default value for async format requests.
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Problem:
Servers cannot request refreshing stale LSP folding ranges after a
project-wide change.
Solution:
Advertise `workspace.foldingRange.refreshSupport` and re-request folding
ranges for active buffers when handling `workspace/foldingRange/refresh`.
AI-assisted
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Problem:
A textEdit is cut to its first line but an insertText is not, so its
newlines reach the |complete-items| word.
Solution:
Cut it the same way.
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Problem:
A server that supports dynamic registration must not also declare
completionProvider at initialize, so server_capabilities.completionProvider
is nil for anything reading it directly.
Solution:
Do not advertise it by default. A client that follows a registration can
declare it itself.
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Problem:
The eol_offset used to decode multiline semantic tokens is computed as
vim.bo.fileformat[bufnr] == 'dos' and 2 or 1
which indexes the option value rather than the buffer, so it is never
"dos" and the offset is always 1. A token that crosses a line boundary
in a 'fileformat' of "dos" is then decoded one code unit short per line
ending, and the highlight extends past the end of the token.
Solution:
Read the option with the buffer-scoped form, vim.bo[bufnr].fileformat.
The existing multiline test covers both formats now. Its token length of
82 counts the line endings it spans, so the same token reaches four
characters less far once the buffer is "dos".
AI-assisted
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Problem: LuaLS struggles with the generics used in Nvim's runtime,
requiring broad diagnostic suppressions. Indexing is also slow.
Solution: Use EmmyLua for type checks in the build and CI. It offers
more sophisticated type checking, substantially better support for
generics, and much better flow analysis.
Correct the affected annotations. Use `@internal`, supported directly by
EmmyLua, instead of `@nodoc` for shared internal declarations, and
support it in the help parser.
AI-assisted
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Problem:
dynamicRegistration is declared false, and completionProvider is read
from server_capabilities only.
Solution:
Declare it, and prefer registerOptions per field.
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Problem:
Folding range markers are overwritten while ranges are evaluated. A range ending on a row can hide another range starting there, and multiple nested ranges ending together emit only the innermost ending level.
Solution:
Track starts and the number of ends per row before emitting markers. Prefer starts on shared boundary rows and use the outermost level when nested ranges end together.
AI-assisted
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Problem:
`Completor:accept()` applies the item against the range the server
answered with. Characters typed after the request but before accepting
lie inside neither that range nor the replacement, so they are left
behind by the insertion: typing `a` after `foob` and accepting `foobar`
within the 200 ms debounce yields `foobara`.
Solution:
Grow the item's range over the characters typed since the request, so
that `accept()` replaces them. Only while the candidate still matches,
decided by the longest common prefix `show()` already computes, so input
that contradicts it is left alone. Snippet items are unaffected, since
`accept()` ignores the range for them.
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Problem:
`Completor:accept()` hands the item's range straight to
`nvim_buf_set_text()`. That range is resolved when the response arrives,
so text deleted before accepting (backspacing within the 200 ms
debounce) leaves the range end past what is left of the line, and the
accept aborts with `Invalid 'end_col': out of range`.
18d6436 fixed the same staleness in `Completor:show()`, which drops an
item once its range *start* falls outside the buffer. That guard does
not cover the range end, and `accept()` was never given one, so this is
a hole left by that fix rather than a regression of it.
Solution:
Clamp the end of the range to the end of the line before writing. The
start needs no clamp: `show()` dropped the item one event loop tick
earlier if it had gone out of range.
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Problem:
One item with an edit range before the word boundary changes the start
column for all items. For tsserver `str.`, completing `str.char` can
become `strcharAt` and break filtering.
Solution:
Prepend the missing text and filter on it.
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Problem:
Empty string is falsy, so the spec's label fallback applies, but there only checks
for nil. An empty filterText drops the item, an empty sortText sorts it
first, and an empty insertText leaves the word empty.
Solution:
Treat empty string as unset.
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Problem:
With the addition of the `:help al` text object, you can now easily
format the whole buffer with `gqal`. However, `vim.lsp.formatexpr` only
uses `textDocument/rangeFormatting` which some language servers (like
gopls) don't support.
Solution:
- Fall back to `textDocument/formatting` if the whole buffer is being formatted
and the server doesn't support `textDocument/rangeFormatting`.
- In theory, these two methods should return the same response if the whole
buffer is being formatted, but I preserved the existing behaviour of
prioritising `textDocument/rangeFormatting` in case that does not hold (i.e.
LS bug).
- Also: `vim.lsp.formatexpr` had no tests at all, so actually add tests for it.
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The test uses the position col=5,row=5; but such a position
is outside of the buffer.
Presume that it was meant to be col=5,row=4...
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Problem:
commit_chars_str() reads a 0x80-0xBF byte as a 2-byte lead, so
"\xA9x" makes "x" a commit character. nvim_get_hl() returns
a dict, so `#` on it is 0 whether or not the group exists
Solution:
use vim.str_utf_end() and drop entries that are not one whole
character. use next check dict length.
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Problem:
The magic globals `it`, `describe`, etc., are more trouble than they are
worth.
- Hooking into `after_each` requires `getfenv()` hacks.
- They confuse luals/emmylua, because the top-level `.luarc.json` isn't
merged with `test/.luarc.json` (apparently a luals limitation?)
- They totally defeat discoverability because the user just has to
"know" about the various magic symbols.
So they harm DX, which means they serve no purpose at all.
Solution:
- Expose the test API from `testutil`, so tests can call `t.it()`,
`t.describe()`, etc., in the conventional way.
- Drop `getfenv()` hacks.
- Drop the `setfenv()` injection in `load_chunk`.
- Drop `test/_meta.lua`.
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Problem:
LSP hover erroneously drops blank lines before a 4-space-indented
codeblock, which is not valid Markdown. This causes incorrect parsing
and wrong display.
Solution:
Fix `split_lines` so that it doesn't drop the blank line just before
a 4-space-indented codeblock.
fix https://github.com/neovim/neovim/issues/40860
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Problem:
A floating preview window (hover, signature help) converted to a normal
window (e.g. with CTRL-W_H or nvim_win_set_config()) is still closed by
the open_floating_preview() autocommands, and a later preview may focus
or close it as if it were still a float.
Solution:
When the preview window is no longer floating, remove its auto-close
autocommands and stop tracking it as the buffer's floating preview.
Closes #36659
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Problem:
Float border highlight groups (FloatBorder, FloatTitle and FloatFooter)
fall back to Normal background highlight if no background color set.
Solution:
Combine border colors with window-local Normal highlight.
Fix #38330
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Problem: values from completionList.itemDefaults always replace the
item's own commitCharacters and data. Since 3.18 a server can ask for
them to be merged instead.
Solution: Handle CompletionList.applyKind and advertise applyKindSupport.
Drop itemDefaults once folded into the items: get_items() runs twice on
the same result and a Merge isn't idempotent.
https://microsoft.github.io/language-server-protocol/specifications/lsp/3.18/specification/#completionItemApplyKinds
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Problem: LSP completion commitCharacters are not handled. Typing a
commit character (e.g. `.`, `(`, `;`) while a completion item is
selected does not accept the item first.
Solution: Store commit characters as a flat string in complete-items.
Check it before completion stops, accept the match and let
the character be inserted normally.
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Problem:
Malformed server responses with `null` (vim.NIL) values, do not show
clear error messages.
Solution:
Assert two known, specific cases, to avoid user confusion.
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Problem: when an LS client detaches from the buffer, only pull diagnostics
are cleared via capability framework. Push diagnostics remain stuck even
when client stops/restarts.
Solution: clear push diagnostics on client detach.
ref #33864
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When a server supports both document and workspace pull diagnostics,
`on_refresh` only dispatched a `workspace/diagnostic` request. The
workspace response handler skips buffers with `pull_kind == "document"`
(i.e. all buffers opened by the user), so their diagnostics went stale
until the next `didChange` or `didOpen` event.
Change `on_refresh` to always refresh document-pull buffers via
`textDocument/diagnostic`, regardless of whether the server also
supports workspace diagnostics. This ensures that opened buffers
see updated diagnostics (e.g. after a save triggers an external
tool like PHPStan) without requiring the user to re-enter insert
mode.
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Problem: The codelens LSP module was using its own raw buffer events and
its own debounce mechanism for refreshing code lens in attached buffers.
Solution: Switch the module to using the LspNotify autocmd events.
LspNotify fires just after document versions are synced with the server
and provides a built in debounce mechanism for changes.
Additionally, this fixes some bugs with the previous implementation:
1. The workspace/codeLens/refresh handler re-requested codelens for all
buffers but when the response came back, it forced an extra redraw
after clearing the work the handler had just done.
2. Document synchronization was reworked to be more resilient to
multiple clients providing codelens for a single buffer. The latest
document version is now separately tracked per client (and per
client's lenses per row) instead of for the buffer as a whole. This
allows the on_win() function to properly redraw all codelens even
when different clients' responses for a particular document version
come back at different times.
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Problem:
Inlay hints used separate global and per-buffer bufstates tables and
bespoke global autocmds for managing the inlay hint state across buffers
and clients, duplicating the lifecycle logic already provided by the
Capability framework. This caused inconsistencies in how client state
was handled and inlay hint state lifecycle was managed compared to other
LSP features.
Solution:
Replace the ad-hoc bufstate tracking and global autocmds in
vim.lsp.inlay_hint with a proper InlayHint subclass of Capability.
This also refactors the way inlay hint state is managed and fixes bugs I
found while doing this:
1. For each line with inlay hints, the list of the hints along with
whether they have been applied is stored in a current result on the
client state. This allows the on_win decorator to clear all inlay
hints for an old document version once, and then re-add the new
version's hints line-by-line as they are drawn to the screen,
modeling the semantic tokens module.
2. It fixes problems with mixing results from multiple clients attached
to the buffer by fully moving each client's state to its own table.
Previously, only the most recent document version used to populate a
line's inlay hints was stored, but there was no distinction for which
client the hints may have come from. (Fixes #36318)
3. It fixes the workspace/inlayHint/refresh server->client notification
behavior. Previously it would only re-request inlay hints for buffers
currently displayed in a window but would not invalidate them in
non-displayed buffers (or provide any mechanism for those buffers to
re-request at a later time). Model semantic token module here again
by invalidating all buffers, and adding a BufWinEnter autocmd to
refresh hints.
4. Add a mechanism to cancel in-flight requests if a new request for a
newer document version is made before the last one returned
5. Handle stale results by simply dropping them.
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Problem:
`vim.lsp.buf.format()` accepts ranges using nvim indexing, where an
end column of -1 means end of line. LSP ranges cannot use that,
which is confusing for things like range formatting.
Solution:
Resolve -1 end columns to the line length before converting the range to
LSP positions.
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Problem:
Diagnostic tracking used a separate bufstates table and manual
LspDetach/LspNotify autocmd management via _enable()/_refresh(),
duplicating the lifecycle logic already provided by the Capability
framework. This caused inconsistencies in how client attach/detach and
buffer teardown were handled compared to other LSP features.
Solution:
Replace the ad-hoc bufstate tracking and _enable/_refresh pattern in
vim.lsp.diagnostic with a proper Diagnostics subclass of Capability.
This cleans up a few random places in the main lsp module and client
module that were poking the diagnostics. It also fixes some pre-existing
bugs and inconsistencies that were discovered:
- Refresh diagnostics immediately on attach instead of lazily by the
first didOpen/didChange notification
- Fix Capability.active lookup in M.enable() to key by it_bufnr instead
of the filter bufnr
- Set lsp defaults before calling the _text_document_did_open_handler in
Client:on_attach() so defaults are there before any lsp notification
occurs
- Log (and return early) on any error from a diagnostic request result
instead of only returning early for server cancelled errors
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Problem: LspNotify autocmds were not being triggered for didChange
requests when being used during undo/redo (and possibly other) actions.
autocmds are blocked when calling on_lines() callbacks while doing the
undo/redo action.
Solution: Defer firing the autocmd until after the action is complete.
This is closer to what existed before, but now there's a check in the
deferred function to only fire the autocmd if the client is still
active and the buffer is still attached, if applicable.
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Problem: LspNotify never passed a buffer when executing the autocmds, so
buffer-local LspNotify autocmd subscriptions didn't have the correct buf
in the event metadata. It was also wrapped in a schedule() so the actual
autocmd was delayed until after the event loop.
This could result in the wrong buffer receiving the notification if
multiple LspNotify autocmds with buffer filters were added. Only the
"latest" one would actually receive non-buffer-filtered autocmds, not
the matching one. It also caused listeners to receive the notification
"out of sync" with when the notification is actually sent. If a buffer
is being deleted (which fires a textDocument/didClose notification), the
notification is scheduled and fired after the buffer is already gone.
Solution: For LSP notifications that pertain to a particular buffer, set
it when executing the LspNotify autocmds so the callback functions that
are filtered on that buffer will get the correct notifications and the
metadata buf field will be correct. Additionally, there is no need to
wrap the LspNotify callback in vim.schedule when it can be called inline
when the notification to the rpc server is fired.
This is tested by removing now-unnecessary autocmds from semantic tokens
(InsertEnter and BufWinEnter should no longer be necessary now that
requests are fired by LspNotify). Without this fix, simply modifying a
buffer doesn't actually trigger LspNotify correctly, and the test for
that fails.
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Problem: When multiline semantic token support was introduced, the loop
that finds the end line for a particular token didn't sanitize the token
length sent back by the LSP server. If the server returned an overflowed
length (near uint32 max), neovim would burn cpu and loop for an
extremely long time while trying to find the "end line" represented by
the massively large token, causing neovim to seemingly hang.
Solution: Stop looping once the calculated end_line reaches the actual
last line of the buffer.
Fixes #36257
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Problem:
an empty `{ isIncomplete = true, items = {} }` ends completion
instead of requerying.
Solution:
keep isIncomplete on empty lists and retrigger on keypress while incomplete.
Reset on <C-e> so it doesn't immediately re-query.
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