Query patterns can contain quantifiers (e.g. (foo)+ @bar), so a single
capture can map to multiple nodes. The iter_matches API can not handle
this situation because the match table incorrectly maps capture indices
to a single node instead of to an array of nodes.
The match table should be updated to map capture indices to an array of
nodes. However, this is a massively breaking change, so must be done
with a proper deprecation period.
`iter_matches`, `add_predicate` and `add_directive` must opt-in to the
correct behavior for backward compatibility. This is done with a new
"all" option. This option will become the default and removed after the
0.10 release.
Co-authored-by: Christian Clason <c.clason@uni-graz.at>
Co-authored-by: MDeiml <matthias@deiml.net>
Co-authored-by: Gregory Anders <greg@gpanders.com>
https://github.com/neovim/neovim/pull/27428 changed the semantics of
callbacks passed to nvim_create_autocmd such that any truthy value will
delete the autocommand (rather than just the literal boolean value
`true`). Update the documentation accordingly and add an entry to
`news.txt`.
The behavior is now consistent between nvim_create_autocmd and
nvim_buf_attach.
The '*.bats' file type is for Bash Automated Testing System (BATS)
scripts. BATS scripts are Bash with a special '@test' extension but they
otherwise work with Vim's bash filetype.
See https://github.com/bats-core/bats-corecloses: vim/vim#14039d00fb4b3a2
Co-authored-by: Brandon Maier <brandon.maier@collins.com>
The 'Config.in' file type is for Buildroot configuration files.
Buildroot Config.in files use the same Kconfig backend as the Linux
kernel's Kconfig files.
Buildroot also has other filename variants that follow "Config.in.*",
they are used to distinguish multiple Config.in files in the same
directory.
See https://buildroot.org/downloads/manual/manual.html#_literal_config_in_literal_filecloses: vim/vim#140385f20f050ef
Co-authored-by: Brandon Maier <brandon.maier@collins.com>
Problem: filetype: no support for dtso files
Solution: Add detection for *.dtso files as dts file type
(Markus Schneider-Pargmann)
*.dtso files are devicetree overlay files which have the same syntax as dts or dtsi files.
closes: vim/vim#14026b1700fb33f
Co-authored-by: Markus Schneider-Pargmann <msp@baylibre.com>
Previously the LSP-Client object contained some fields that are also
in the client config, but for a lot of other fields, the config was used
directly making the two objects vaguely entangled with either not having
a clear role.
Now the config object is treated purely as config (read-only) from the
client, and any fields the client needs from the config are now copied
in as additional fields.
This means:
- the config object is no longet normalised and is left as the user
provided it.
- the client only reads the config on creation of the client and all
other implementations now read the clients version of the fields.
In addition, internal support for multiple callbacks has been added to
the client so the client tracking logic (done in lua.lsp) can be done
more robustly instead of wrapping the user callbacks which may error.
Problem: Loading `vim.fs` via the `vim.loader` Lua package loader will
result in a stack overflow due to a cyclic dependency. This may happen
when the `vim.fs` module isn't byte-compiled, i.e. when `--luamod-dev`
is used (#27413).
Solution: `vim.loader` depends on `vim.fs`. Therefore `vim.fs` should
be loaded in advance.
The dispatchers used by the RPC client should be defined in the client,
so they have been moved there. Due to this, it also made sense to move
all code related to client configuration and the creation of the RPC
client there too.
Now vim.lsp.start_client is significantly simplified and now mostly
contains logic for tracking open clients.
- Renamed client.new -> client.start
When "q" is set in 'shortmess' it now fully hides the "recording @a" message
when you are recording a macro instead of just shortening to "recording". This
removes duplication when using reg_recording() in the statusline.
Related #19193
Problem:
If a rename results in a path that has missing parent directory(s), it
will fail.
Solution:
Do a recursive mkdir before attempting the rename.
Problem:
`vim.lsp.diagnostic.on_diagnostic` accepts an undocumented severity_limit
option which is widely used.
Solution:
Deprecate it in favour of `{min = severity}` used in `vim.diagnostic`.
Since this is undocumented, the schedule for removal is accelerated to
0.11.
Document that the `start` and `stop` parameters in
`Query:iter_captures()` and `Query:iter_matches()` are optional.
The tree-sitter lib has been bumped up to 0.20.9, so we also no longer
need "Requires treesitter >= 0.20.9".
- `TSQuery`: userdata object for parsed query.
- `vim.treesitter.Query`: renamed from `Query`.
- Add a new field `lang`.
- `TSQueryInfo`:
- Move to `vim/treesitter/_meta.lua`, because C code owns it.
- Correct typing for `patterns`, should be a map from `integer`
(pattern_id) to `(integer|string)[][]` (list of predicates or
directives).
- `vim.treesitter.QueryInfo` is added.
- This currently has the same structure as `TSQueryInfo` (exported
from C code).
- Document the fields (see `TSQuery:inspect`).
- Add typing for `vim._ts_parse_query()`.
Getting current channel info was kind of annoying via RPC. Two
functions had to be called:
1. `nvim_get_api_info` which returns `[channel_id, meta_data]`.
- This results in `channel_id = api.nvim_get_api_info()[0]`.
- Here the meta_data is sent but never used.
2. Finally call `nvim_get_chan_info(channel_id)`.
This commit reduces the need for `nvim_get_api_info` as passing 0
returns current channel info.
Problem:
The LSP client code is implemented as a complicated closure-class
(class defined in a single function).
Solution:
Move LSP client code to a more conventional Lua class and move to a
separate file.
Problem:
- `:InspectTree` was showing node ranges in 1-based indexing, i.e., in
vim cursor position (lnum, col). However, treesitter API adopts
0-based indexing to represent ranges (Range4). This can often be
confusing for developers and plugin authors when debugging code
written with treesiter APIs.
Solution:
- Change to 0-based indexing from 1-based indexing to show node ranges
in `:InspectTree`.
- Note: To make things not complicated, we do not provide an option or
keymap to configure which indexing mode to use.
Problem: vim.lsp.tagfunc() causes an infinite loop.
This is a bug happened while introducing deferred loading.
Solution: Rename the private module to `vim.lsp._tagfunc`.
The benefit of this is that users only pay for what they use. If e.g.
only `vim.lsp.buf_get_clients()` is called then they don't need to load
all modules under `vim.lsp` which could lead to significant startuptime
saving.
Also `vim.lsp.module` is a bit nicer to user compared to
`require("vim.lsp.module")`.
This isn't used for some nested modules such as `filetype` as it breaks
tests with error messages such as "attempt to index field 'detect'".
It's not entirely certain the reason for this, but it is likely it is
due to filetype being precompiled which would imply deferred loading
isn't needed for performance reasons.
Problem:
Processing non-fast events during SystemObj:wait() may cause two pieces
of code to interfere with each other, and is different from jobwait().
Solution:
Don't process non-fast events during SystemObj:wait().
The "priority" field of extmarks can be used to set priorities of
extmarks which dictates which highlight group a range will actually have
when there are multiple extmarks applied. However, when multiple
extmarks have the same priority, the only way to enforce an actual
priority is through the order in which the extmarks are set.
It is not always possible or desirable to set extmarks in a specific
order, however, so we add a new "subpriority" field that explicitly
enforces the ordering of extmarks that have the same priority.
For now this will be used only to enforce priority of treesitter
highlights. A single node in a treesitter tree may match multiple
captures, in which case that node will have multiple extmarks set. The
order in which captures are returned from the treesitter API is not
_necessarily_ in the same order they are defined in a query file, so we
use the new subpriority field to force that ordering.
For now subpriorites are not documented and are not meant to be used by
external code, and it only applies to ephemeral extmarks. We indicate
the "private" nature of subpriorities by prefixing the field name with
an "_".
