Problem:
Empty response affects server start boundary computed before.
Solution:
Ignore empty responses. This is mostly micro-optimization that avoids
extending existing results with empty responses.
Problem:
Diagnostic lifecycle invariants (clearing on empty publish and buffer
deletion) were previously implicit and not directly covered by functional
tests, allowing regressions to go unnoticed.
Solution:
Add functional regression tests asserting that diagnostics are cleared
when an LSP server publishes an empty diagnostic set and when the
associated buffer is deleted. Assertions are scoped to the client
diagnostic namespace and use public diagnostic APIs only.
Problem: Code lenses currently display as virtual text on the same line
and after the relevant item. While the spec does not say how lenses
should be rendered, above the line is most typical. For longer lines,
lenses rendered as virtual text can run off the side of the screen.
Solution: Display lenses as virtual lines above the text.
Closes https://github.com/neovim/neovim/issues/33923
Co-authored-by: Yi Ming <ofseed@foxmail.com>
From the LSP Spec:
> There are two uses cases where it can be beneficial to only compute
> semantic tokens for a visible range:
>
> - for faster rendering of the tokens in the user interface when a user
> opens a file. In this use case, servers should also implement the
> textDocument/semanticTokens/full request as well to allow for flicker
> free scrolling and semantic coloring of a minimap.
> - if computing semantic tokens for a full document is too expensive,
> servers can only provide a range call. In this case, the client might
> not render a minimap correctly or might even decide to not show any
> semantic tokens at all.
This commit unifies the usage of range and full/delta requests as
recommended by the LSP spec and aligns neovim with the way other LSP
clients use these request types for semantic tokens.
When a server supports range requests, neovim will simultaneously send a
range request and a full/delta request when first opening a file, and
will continue to issue range requests until a full response is
processed. At that point, range requests cease and full (or delta)
requests are used going forward. The range request should allow servers
to return a result faster for quicker highlighting of the file while it
works on the potentially more expensive full result. If a server decides
the full result is too expensive, it can just error out that request,
and neovim will continue to use range requests.
This commit also fixes and cleans up some other things:
- gen_lsp: registrationMethod or registrationOptions imply dynamic
registration support
- move autocmd creation/deletion to on_attach/on_detach
- debounce requests due to server refresh notifications
- fix off by one issue in tokens_to_ranges() iteration
Previously, adjust_start_col returned nil when completion items had
different start position from lsp textEdit range
This caused the completion to fall back to \k*$ which ignores the
non-keyword characters
Changes:
- adjust_start_col: now returns the minimum start postion among all
items instead of nil
- _lsp_to_complete_items - normalizes the items by adding the gap between
current and minimum start
Fixes: https://github.com/neovim/neovim/issues/37441
Problem:
Two cases lsp.enable() won't work in the first FileType event
1. lsp.enable luals inside FileType or ftplugin/lua.lua, then:
```
nvim a.lua
```
2. lsp.enable luals inside FileType or ftplugin/lua.lua, then:
```
nvim -> :edit a.lua -> :mksession! | restart +qa! so Session.vim
```
Solution:
Currently `v:vim_did_enter` is used to detected two cases:
1. "maunally enabled" (lsp.enable() or `:lsp enable`)
2. "inside FileType event"
To detect 2. correctly we use did_filetype().
* cache all tokens from various range requests for a given document
version
- all new token highlights are merged with previous highlights to
maintain order and the "marked" property
- this allows the tokens to stop flickering once they've loaded once
per document version
* abandon the processing coroutine if the request_id has changed instead
of relying only on the document version
- this will improve efficiency if a new range request is made while a
previous one was processing its result
* apply new highlights from processing coroutine directly to the current
result when the version hasn't changed
- this allows new highlights to be immediately drawable once they've
processed instead of waiting for the whole response to be processed
at once
* rpc layer was changed to provide the request ID back in success
callbacks, which is then provided as a request_id field on the handler
context to lsp handlers
Problem: A lot of test cases require executing `vim.pack.add()` inside
`testnvim` instance to install and/or add plugins. This requires
access to the information about tested repo sources (stored in a Lua
variable inside a runner instance), so it needs to go
`exec_lua(function() vim.pack.add({...}) end)` route, which in
formatted form adds two more lines. Since it is very frequent, it pads
test files with (mostly avoidable and unncessary) lines.
Solution: Add `vim_pack_add()` helper specifically to execute
`vim.pack.add` inside `testnvim` instance. Use it where possible:
usually when `vim.pack.add` is not a subject of the test. It is not
quite doable for some cases, though:
- When error in `vim.pack.add` is tested.
- When specification includes `vim.version.range` (since `exec_lua`
seems to not transfer necessary class metatables).
This removes ~100 lines from the file at the cost of sometimes using
`vim_pack_add` and sometimes having to reside to `vim.pack.add`.
Which seems like a positive trade-off.
This also allows making a more compact `exec_lua('vim.pack.update()')`
instructions since `vim.pack.update` doesn't depend on the upvalues
stored in test runner instance.
Problem: `vim.pack` tests might benefit from a cleanup
Solution: Do the cleanup:
- Use `t.retry` instead of full `vim.uv.sleep` to make tests quicker.
- Use `pack_assert_content` helper for a common task of checking the
content of a special Lua file inside an installed plugin. This is
used as a proxy of installed plugin's state on the disk.
- Use `([[...]]):format()` approach (instead of array of strings) in
one more place. Should improve readability.
Problem: Installing plugin with submodules doesn't check out their
state (due to `git clone --no-checkout` to not end up with default
branch code in case of invalid `version`).
Updating a plugin with submodules doesn't update their state.
Solution: Update `git_checkout` helper to account for submodules.
Another approach would be `git checkout --recurse-submodules ...`,
but that doesn't seem to allow `--filter=blob:none` for submodules,
which is nice to have.
Also make `git_clone` wrapper simpler since `--no-checkout` makes
`--recurse-submodules` and `--also-filter-submodules` do nothing.
Problem: The `add` startup tests mock startup process which requires
*some* amount of time to be done. Previous solution with `vim.wait`
to wait just enough time to register that startup script has finished
doesn't seem to work as intended (it just wait full time). Its timeout
is also seems to be barely enough to pass on Windows CI. Which will be
a problem with more `git` actions done on startup in the future/next
commit.
Solution: Just sleep predetermined amount of time and explicitly check
if startup script finished executing.
Problem: Installing plugin is done via `git clone --no-checkout ...`
(to not end up with default branch code in case of invalid `version`).
This leaves cloned repo in a state that `git stash` will actually add
an entry to the stash list. Although not critical, better to not have
that if possible.
Solution: explicitly skip `git stash` step in checkout during install.
Problem:
vim.lsp.tagfunc looks for the presence of 'c' (cursor) flag and issues
sync textDocument/definition requests to all clients, otherwise
workspace/symbol requests. But 'c' flag can also be set during the
insert mode completion, e.g. with an empty tag completion query, the tag
func receives pattern of '\<\k\k' with flags 'cir'.
Solution:
check for 'i' (insert mode completion) flag and don't issue any LSP
requests, return vim.NIL for immediate fallback to tags.
Problem:
The `"Running healthchecks..."` message doesn't inform the user much and
is a hack from before we got a way to emit actual progress messages.
Solution:
Use `nvim_echo` to emit progress messages showing the name of the report
that is currently running.
Work on #37166
- Dynamic Registration Tracking via Provider
- Supports_Method
- Multiple Registrations
- RegistrationOptions may dictate support for a method
Problem: Deleting active plugins can lead to a situation when it is
reinstalled after restart.
Solution: Suggest "delete" code action only for not active plugins.
Whether a plugin is not active is visible by a hint in its header.
Problem: After `vim.pack.update()` it is not clear if plugin is active
or not. This can be useful to detect cases when plugin was removed
from 'init.lua' but there was no `vim.pack.del()`.
Solution: Add ` (not active)` suffix with distinctive highlighting to
header of plugins that are not active.
It will also be shown in in-process LSP document symbols to have quick
reference about which plugins are not active.
Problem: Using `vim.pack.del()` to delete active plugin can lead to
a situation when this plugin is reinstalled after restart. Removing
plugin from 'init.lua' is documented, but can be missed.
Solution: Make `del()` only remove non-active plugins by default and
throw an informative error if there is an active plugin.
Add a way to force delete any plugin by adding `opts.force`. This also
makes `del()` signature be the same as other functions, which is nice.
Problem: There is now way to run `update()` without Internet connection
while there are some workflows that do not require it. Like "switch
plugin version" and "revert latest update".
Solution: Add `opts.offline` to `update()`. This also allows now to
treat `vim.pack.update(nil, { offline = true })` as a way to
interactively explore currently installed plugins.
Problem: There are two fairly common workflows that involve lockfile and
can be made more straightforward in `vim.pack`:
1. Revert latest update. Like if it introduced unwanted behavior.
2. Update to a revision in the lockfile. Like if already updated
on another machine, verified that everything works, `git add` +
`git commit` + `git push` the config, and want to have the same
plugin states on current machine.
Solution: Make `update` allow `opts.target`. By default it uses
`version` from a plugin specification (like a regular "get new changes
from source" workflow). But it also allows `"lockfile"` value to
indicate that target revision after update should be taken from the
current lockfile verbatim.
With this, the workflows are:
1. Revert (somehow) to the lockfile before the update, restart, and
`vim.pack.update({ 'plugin' }, { target = 'lockfile' })`. If Git
tracked, revert with `git checkout HEAD -- nvim-pack-lock.json`.
For non-VCS tracked lockfile, the revisions can be taken from the
log file. It would be nicer if `update()` would backup a lockfile
before doing an update, but that might require discussions.
2. `git pull` + `:restart` +
`vim.pack.update(nil, { target = 'lockfile' })`.
The only caveats are for new and deleted plugins:
- New plugins (not present locally but present in the lockfile)
will be installed at lockfile revision during restart.
- Deleted plugins (present locally but not present in the
lockfile) will still be present: both locally *and* in the
lockfile. They can be located by
`git diff -- nvim-pack-lock.json` and require manual
`vim.pack.del({ 'old-plugin1', 'old-plugin2' })`.
Problem: Changing `src` of already installed plugin currently takes
effect immediately inside `vim.pack.add()` and acts as "delete and
later fresh install". Although more robust, this might lead to
unintentional data loss (since plugin is deleted) if the plugin was
manually modified or the new source is not valid.
Also this introduces unnecessary differentiation between "change
`version`" and "change `src`" of already installed plugin.
Solution: Require an explicit `vim.pack.update()` to change plugin's
source. It is done by conditionally changing `origin` remote of the
Git repo. The effect does not require update confirmation in order to
have new changes fetched from the new `src` right away.
If in the future there are more types of plugins supported (i.e. not
only Git repos), also do extra work (like delete + install) during
`vim.pack.update()`.
Problem:
The q keymap is already set in open_floating_preview, so maparg('q') is not empty.
Solution:
Add a health.style check before setting the q keymap.
Problem: When fuzzy is enabled and the prefix is not empty,
items are not sorted by fuzzy score before calling fn.complete.
Solution: Use matchfuzzypos to get the scores and sort the items
by fuzzy score before calling fn.complete.
Refactor capability checks in Client:_supports_registration and
Client:supports_method to properly handle dynamicRegistration and unknown
methods. Now, dynamic capabilities are checked before assuming support for
unknown methods, ensuring more accurate LSP feature detection.
Problem:
If the last visible line in a window is not fully displayed, this line
may not get injection highlighting. This happens because line('w$')
actually means the last *completely displayed* line.
Solution:
Use line('w$') + 1 for the botline.
This reverts 4244a96774
"test: fix failing lsp/utils_spec #36609",
which changed the test based on the wrong behavior.
Problem:
Nvim supports `textDocument/semanticTokens/full` and `…/full/delta`
already, but most servers don't support `…/full/delta` and Nvim will try
to request and process full semantic tokens response on every buffer
change. Even though the request is debounced, there is noticeable lag if
the token response is large (in a big file).
Solution:
Support `textDocument/semanticTokens/range`, which requests semantic
tokens for visible screen only.
