Problem: filetype: stylus files not recognized
Solution: Detect '*.styl' and '*.stylus' as stylus filetype,
include indent, filetype and syntax plugin
(Philip H)
closes: vim/vim#146562d919d2744
Co-authored-by: Philip H <47042125+pheiduck@users.noreply.github.com>
This reverts commit 15e77a56b7.
Subpriorities were added in https://github.com/neovim/neovim/pull/27131
as a mechanism for enforcing query order when using iter_matches in the
Tree-sitter highlighter. However, iter_matches proved to have too many
complications to use in the highlighter so we eventually reverted back
to using iter_captures (https://github.com/neovim/neovim/pull/27901).
Thus, subpriorities are no longer needed and can be removed.
Problem: filetype: .out files recognized as tex files
Solution: Do not set an explicit filetype until it is clear what this
should be (shane.xb.qian)
closes: vim/vim#14670e35478bc9d
Co-authored-by: shane.xb.qian <shane.qian@foxmail.com>
Problem: Kbuild files are not recognized.
Solution: Detect Kbuild files as make files.
(Bruno Belanyi)
closes: vim/vim#146765cbc9a69e5
Co-authored-by: Bruno BELANYI <bruno@belanyi.fr>
Follow-up to #28490
Problem:
The new behaviour of goto_next/prev() of navigating to the next highest
severity doesn't work well when diagnostic providers have different
interpretations of severities. E.g. the user may be blocked from
navigating to a useful LSP warning, due to some linter error.
Solution:
The behaviour of next highest severity is now a hidden option
`_highest = true`. We can revisit how to integrate this behaviour
during the 0.11 cycle.
Problem:
The new LSP "refactor menu" keybinding "crr" is also defined in visual
mode, which overlaps with the builtin "c".
Solution:
Use CTRL-R instead of "crr" for visual mode.
fix#28528
Based on feedback from #28324, pass -H and -I to regular grep
(available on all platforms officially supported by Neovim), and
only pass -uu to ripgrep. This makes :grep ignore binary files by
default in both cases.
* fix(treesitter): enforce lowercase language names
Problem: On case-insensitive file systems (e.g., macOS), `has_parser`
will return `true` for uppercase aliases, which will then try to inject
the uppercase language unsuccessfully.
Solution: Enforce and assume parser names to be lowercase when
resolving language names.
Reverts parts of https://github.com/neovim/neovim/pull/27674
LSP snippets typically do include tabs or spaces to add extra
indentation and don't rely on the client using `autoindent`
functionality.
For example:
public static void main(String[] args) {\n\t${0}\n}
Notice the `\t` after `{\n`
Adding spaces or tabs independent of that breaks snippets for languages
like Haskell where you can have snippets like:
${1:name} :: ${2}\n${1:name} ${3}= ${0:undefined}
To generate:
name ::
name = undefined
Problem: when line is blank link then there will got an invalid column number in math.min compare.
Solution: make sure the min column number is 0 not an illegal number.
Problem:
vim.iter has both `rfind()` and various `*back()` methods, which work
in "reverse" or "backwards" order. It's inconsistent to have both kinds
of names, and "back" is fairly uncommon (rust) compared to python
(rfind, rstrip, rsplit, …).
Solution:
- Remove `nthback()` and let `nth()` take a negative index.
- Because `rnth()` looks pretty obscure, and because it's intuitive
for a function named `nth()` to take negative indexes.
- Rename `xxback()` methods to `rxx()`.
- This informally groups the "list-iterator" functions under a common
`r` prefix, which helps discoverability.
- Rename `peekback()` to `pop()`, in duality with the existing `peek`.
Fixes regression introduced in #28030
If an LSP server is restarted, then the associated `nvim_buf_attach`
call will not detach if no buffer changes are sent between the client
stopping and a new one being created. This leads to `nvim_buf_attach`
being called multiple times for the same buffer, which then leads to
changetracking sending duplicate requests to the server (one per
attach).
To solve this, introduce separate tracking (client agnostic) on which
buffers have had calls to `nvim_buf_attach`.
vim.notify cannot be suppressed and it is not always necessary to
display a visible warning to the user if the RPC process fails to start.
For instance, a user may have the same LSP configuration across systems,
some of which may not have all of the LSP server executables installed.
In that case, the user receives a notification every time a file is
opened that they cannot suppress.
Instead of using vim.notify in vim.lsp.rpc, propagate a normal error up
through the call stack and use vim.notify in vim.lsp.start() only if
the "silent" option is not set.
This also updates lsp.start_client() to return an error message as its
second return value if an error occurred, rather than calling vim.notify
directly. Callers of lsp.start_client() will need to update call sites
appropriately if they wish to report errors to the user (or even better,
switch to vim.lsp.start).
Problem:
`vim.ui.open` unnecessarily invents a different success/failure
convention. Its return type was changed in 57adf8c6e0, so we might as
well change it to have a more conventional form.
Solution:
Change the signature to use the `pcall` convention of `status, result`.
vim.fs.root() is a function for finding a project root relative to a
buffer using one or more "root markers". This is useful for LSP and
could be useful for other "projects" designs, as well as for any plugins
which work with a "projects" concept.
Instead of adding all diagnostics matching lnum filters to a table, and
then copying that table to another table while applying the severity
filter, this changes the flow to only add diagnostics matching both
filters in the first pass.
Problem: `vim.deprecate()` can be relatively significantly slower than
the deprecated function in "Nvim" plugin.
Solution: Optimize checks for "Nvim" plugin. This also results into not
distinguishing "xxx-dev" and "xxx" versions when doing checks, which
is essentially covered by the deprecation logic itself.
With this rewrite I get the times from #28459: `{ 0.024827, 0.003797, 0.002024, 0.001774, 0.001703 }`.
For quicker reference:
- On current Nightly it is something like `{ 3.72243, 0.918169, 0.968143, 0.763256, 0.783424 }`.
- On 0.9.5: `{ 0.002955, 0.000361, 0.000281, 0.000251, 0.00019 }`.
ref https://github.com/neovim/neovim/issues/19596
FAILED test/functional/plugin/health_spec.lua @ 37: :checkhealth completions can be listed via getcompletion()
test/functional/plugin/health_spec.lua:40: Expected objects to be the same.
Passed in:
(string) 'provider.node'
Expected:
(string) 'provider.clipboard'
stack traceback:
test/functional/plugin/health_spec.lua:40: in function <test/functional/plugin/health_spec.lua:37>
Problem:
Besides being redundant with vim.iter():flatten(), `tbl_flatten` has
these problems:
- Has `tbl_` prefix but only accepts lists.
- Discards some results! Compare the following:
- iter.flatten():
```
vim.iter({1, { { a = 2 } }, { 3 } }):flatten():totable()
```
- tbl_flatten:
```
vim.tbl_flatten({1, { { a = 2 } }, { 3 } })
```
Solution:
Deprecate tbl_flatten.
Note:
iter:flatten() currently fails ("flatten() requires a list-like table")
on this code from gen_lsp.lua:
local anonym = vim.iter({ -- remove nil
anonymous_num > 1 and '' or nil,
'---@class ' .. anonymous_classname,
}):flatten():totable()
Should we enhance :flatten() to work for arrays?
Problem:
While the fold level computation is incremental, the evaluation of the
foldexpr is done on the full buffer. Despite that the foldexpr reads
from the cache, it can take tens of milliseconds for moderately big (10K
lines) buffers.
Solution:
Track the range of lines on which the foldexpr should be evaluated.
Problem:
The use-case for the convenience functions vim.iter.map(),
vim.iter.filter(), vim.iter.totable() is not clear.
Solution:
Drop them for now. We can revisit after 0.10 release.
Problem: runtime(uci): No support for uci file types
(Wu, Zhenyu)
Solution: include basic uci ftplugin and syntax plugins
(Colin Caine)
closes: vim/vim#145754b3fab14db
Co-authored-by: Colin Caine <complaints@cmcaine.co.uk>
Co-authored-by: Wu, Zhenyu <wuzhenyu@ustc.edu>
