If a LSP server sent a workspace edit containing a rename the buffers
file name changed without the server receiving a close notification for
the old buffer and without the client properly re-attaching on the new
file.
This affected `Move` code-actions in nvim-jdtls, but also
`vim.lsp.buf.rename` on a class level.
* use codeunits/points instead of byte ranges when applicable
* take into account different file formats when computing range and
sending text (dos, unix, and mac supported)
* add tests of incremental sync
* vim.ui.input is an overridable function that prompts for user input
* take an opts table and the `on_confirm` callback, see `:help vim.ui.input` for more details
* defaults to a wrapper around vim.fn.input(opts)
* switches the built-in client's rename handler to use vim.ui.input by default
Rather than treating virtual_text, signs, and underline specially,
introduce the concept of generic "handlers", of which those three are
simply the defaults bundled with Nvim. Handlers are called in
`vim.diagnostic.show()` and `vim.diagnostic.hide()` and are used to
handle how diagnostics are displayed.
The runtime file update
https://github.com/vim/vim/commit/2286304cdbba53ceb52b3ba2ba4a521b0a2f8d0f
added a `syn keyword` for `css`, which affects (via `html` and
`markdown` syntax files) the highlighting of `:checkhealth` output
(before, `ERROR:` was highlighted with `healthError`; now the colon is
no longer included).
Closes https://github.com/neovim/neovim/issues/15174
Instead of invoking handlers with unsupported methods, pre-compute which
clients support a given method and only notify the user if no clients
support the given method.
* fix(runtime/health): mitigate issues with duplicate healthchecks
Previously if a healthcheck was found as Lua and Vim it was executed
both times.
This new implementations prefers Lua, therefore if two are found It only
runs the Lua one, this way a plugin can mantain both implementations the
Lua one with the method `check()` and the autoload function `#check()`
(for none HEAD nvim versions).
**Note: This will require plugins to use `check()` as the function name,
since the autoload function that wraps the lua implementation won't be
called**
* docs(health): use spaces and don't overuse backtics
followup to #15259
Move away from providing completion with ExpandRTDir to ExpandGeneric
providing the function get_healthcheck_name which caches the results for
the current command line prompt.
It does the almost the same thing the Vim function 'get_healthcheck'
implemented in 'runtime/autoload/health.vim' does.
- Add tests for lua healthchecks (failure, success and submodules).
- Reword some of the test naming for improved logs readability.
- Modify render test to accomodate the changes of the health autoload function.
- Add test for :checkhealth completion of Lua healtchecks.
N, W, S, E are all inclusive, i.e., always anchor to the exact corner of the
window (including border). This line may also need change in this case (change
0 to -1):
This is most consistent and easiest to reason about, especially with GUIs whose
border do not need to have width/height of 1/1 in cell units.
Fix#15789
* preserve fields from LSP diagnostics via adding a user_data table to the diagnostic, which can hold arbitrary data in addition to the lsp diagnostic information.
This is mostly motivated by https://github.com/neovim/neovim/issues/12326
Client side commands might need to access the original request
parameters.
Currently this is already possible by using closures with
`vim.lsp.buf_request`, but the global handlers so far couldn't access
the request parameters.
These links were actually defined backwards: the highlight groups
actually being used for display are the new "Diagnostic*" groups, so
linking the old "LspDiagnostics*" groups to these does absolutely
nothing, since there is nothing actually being highlighted with the
LspDiagnostics* groups.
These links were made in an attempt to preserve backward compatibility
with existing colorschemes. We could reverse the links to maintain this
preservation, but then that disallows us from actually defining default
values for the new highlight groups.
Instead, just remove the links and be done with the old LspDiagnostics*
highlight groups.
This is not technically a breaking change: the breaking change already
happened in #15585, but this PR just makes that explicit.
This generalizes diagnostic handling outside of just the scope of LSP.
LSP clients are now a specific case of a diagnostic producer, but the
diagnostic subsystem is decoupled from the LSP subsystem (or will be,
eventually).
More discussion at [1].
[1]: https://github.com/neovim/neovim/pull/15585
Previously, the handler signature was:
function(err, method, params, client_id, bufnr, config)
In order to better support external plugins that wish to extend the
protocol, there is other information which would be advantageous to
forward to the client, such as the original params of the request that
generated the callback.
In order to do this, we would need to break symmetry of the handlers, to
add an additional "params" as the 7th argument.
Instead, this PR changes the signature of the handlers to:
function(err, result, ctx, config)
where ctx (the context) includes params, client_id, and bufnr. This also leaves
flexibility for future use-cases.
BREAKING_CHANGE: changes the signature of the built-in client handlers, requiring
updating handler calls
Add two new methods to allow diagnostics to be disabled (and re-enabled)
in the current buffer. When diagnostics are disabled they are simply not
displayed to the user, but they are still sent by the server and
processed by the client.
Disabling diagnostics can be helpful in a number of scenarios. For
example, if one is working on a buffer with an overwhelming amount of
diagnostic warnings it can be helpful to simply disable diagnostics
without disabling the LSP client entirely. This also allows users more
flexibility on when and how they may want diagnostic information to be
displayed. For example, some users may not want to display diagnostic
information until after the buffer is first written.
Michael Lingelbach