refactor(lsp): move glob parsing to vim.glob
Moving the logic for using vim.lpeg to create a match pattern from a
glob into `vim.glob`. There are several places in the LSP spec that
use globs, and it's very useful to have glob matching as a
generally-available utility.
This is the command invoked repeatedly to make the changes:
:%s/^\(.*\)|\%(\*\(\d\+\)\)\?$\n\1|\%(\*\(\d\+\)\)\?$/\=submatch(1)..'|*'..(max([str2nr(submatch(2)),1])+max([str2nr(submatch(3)),1]))/g
refactor!: `vim.lsp.inlay_hint()` -> `vim.lsp.inlay_hint.enable()`
Problem:
The LSP specification allows inlay hints to include tooltips, clickable
label parts, and code actions; but Neovim provides no API to query for
these.
Solution:
Add minimal viable extension point from which plugins can query for
inlay hints in a range, in order to build functionality on top of.
Possible Next Steps
---
- Add `virt_text_idx` field to `vim.fn.getmousepos()` return value, for
usage in mappings of `<LeftMouse>`, `<C-LeftMouse>`, etc
Fixes a regression from 5e5f5174e3
Until that commit we had a logic like this:
`local prefix = startbyte and line:sub(startbyte + 1) or line_to_cursor:sub(word_boundary)`
The commit changed the logic and no longer cut off the line at the cursor, resulting in a prefix that included trailing characters
Fixes https://github.com/neovim/neovim/issues/25177
I initially wanted to split this into a refactor commit to make it more
testable, but it appears that already accidentally fixed the issue by
normalizing lnum/col to 0-indexing
This fixes the issue where the LspNotify handlers for inlay_hint /
diagnostics would end up refreshing all attached clients.
The handler would call util._refresh, which called
vim.lsp.buf_request, which calls the method on all attached clients.
Now util._refresh takes an optional client_id parameter, which is used
to specify a specific client to update.
This commit also fixes util._refresh's handling of the `only_visible`
flag. Previously if `only_visible` was false, two requests would be made
to the server: one for the visible region, and one for the entire file.
Co-authored-by: Stanislav Asunkin <1353637+stasjok@users.noreply.github.com>
Co-authored-by: Mathias Fußenegger <mfussenegger@users.noreply.github.com>
Problem:
Bash language server returns "hover" markdown content that starts with
a code fence and info string of `man` preceded by whitespace, which Nvim
does not render properly.
See 0ee73c53ce/server/src/server.ts (L821C15-L821C15)
```typescript
function getMarkdownContent(documentation: string, language?: string): LSP.MarkupContent {
return {
value: language
? // eslint-disable-next-line prefer-template
['``` ' + language, documentation, '```'].join('\n')
: documentation,
kind: LSP.MarkupKind.Markdown,
}
}
```
For example,
```
``` man
NAME
git - the stupid content tracker
```
```
If I remove the white space, then it is properly formatted.
```
```man instead of ``` man
```
Per CommonMark Spec https://spec.commonmark.org/0.30/#info-string
whitespace is allowed before and after the `info string` which
identifies the language in a codeblock.
> The line with the opening code fence may optionally contain some text
> following the code fence; this is trimmed of leading and trailing
> spaces or tabs and called the [info
> string](https://spec.commonmark.org/0.30/#info-string). If the [info
> string](https://spec.commonmark.org/0.30/#info-string) comes after
> a backtick fence, it may not contain any backtick characters. (The
> reason for this restriction is that otherwise some inline code would
> be incorrectly interpreted as the beginning of a fenced code block.)
Solution:
Adjust stylize_markdown() to allow whitespace before codeblock info.
Add automatic refresh and a public interface on top of #23736
* add on_reload, on_detach handlers in `enable()` buf_attach, and
LspDetach autocommand in case of manual detach
* unify `__buffers` and `hint_cache_by_buf`
* use callback bufnr in `on_lines` callback, bufstate: remove __index override
* move user-facing functions into vim.lsp.buf, unify enable/disable/toggle
Closes#18086
`nvim_(get|set)_option_value` pick the current buffer / window by default for buffer-local/window-local (but not global-local) options. So specifying `buf = 0` or `win = 0` in opts is unnecessary for those options. This PR removes those to reduce code clutter.
Problem:
LSP docs hover (textDocument/hover) doesn't handle HTML escape seqs in markdown.
Solution:
Convert common HTML escape seqs to a nicer form, to display in the float.
closees #22757
Signed-off-by: Kasama <robertoaall@gmail.com>
Sets `NVIM_APPNAME` for the lsp server instances and also for the
`exec_lua` environment to ensure local user config doesn't interfere
with the test cases.
My local `ftplugin/xml.lua` broke the LSP test cases about setting
`omnifunc` defaults.
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.
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.
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.
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
This fixes the following bugs:
`${1:else_text}` -> format with if_text: "else_text"
`${1:-else_text}` -> format with if_text: "else_text"
`${1:}` in `format` (eg. empty else_text) -> error.
`${1:}` (eg. empty placeholder) -> error.
Thanks hrsh7th :)
Some language servers send empty `textDocument/publishDiagnostics`
messages after indexing the project with URIs corresponding to unopened buffers.
This commit guards against opening buffers corresponding to empty diagnostics.
Closes#16624
Fixes two issues with aligning the start position and end position to
codepoints when calculating the start and end range.
When aligning the start position:
* use aligned byte index to calculate character index rather than
the unadjusted byte
When aligning the end position:
* do not adjust the end byte if it falls on a UTF-8 codepoint
* align byte to the first byte of the next codepoint rather than the
last byte of the current codepoint
* compute character character end range on the aligned byte index
This commit also adds additional test coverage, including multibyte operations
that previously failed before this commit.
