Passing `nil` is equivalent to passing 0, i.e. it simply uses the
current buffer number.
This fixes a bug when vim.lsp.diagnostic.disable() is called without
arguments.
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.
An empty table was previously always treated as a list, which means that
while merging tables, whenever an empty table was encountered it would
always truncate any table on the left.
`vim.tbl_deep_extend("force", { b = { a = 1 } }, { b = {} })`
Before: `{ b = {} }`
After: `{ b = { a = 1 } }`
lua is used as part of implementation for more core features. As an
example, every user keypress will invoke a lua function to check for
keypress handlers (regardless if they are registered or not). Thus not
starting lua until it is first used doesn't make much sense anymore.
nlua_enter was also needed due to the earlier stateful &rtp
translation, which by now have been made stateless.
Problem: When 'hidden' is set session creates extra buffers.
Solution: Move :badd commands to the end. (Jason Franklin)
d39e275b57
Adjust some tests in ex_cmds/mksession_spec.lua:
- 'restores same :terminal buf in splits': Buffers aren't always :badded
in the same order as they're :edited, :balted, etc, so the order of
buffers in the buffer list may change slightly now that :badd happens
afterwards.
- 'restores buffers with tab-local CWD': This is explained in a comment.
macOS CI was failing because:
- brew upgrade fails because,
- mongodb-community cant upgrade because,
- some symlinks are owned by ... mongodb-community...
We don't use mogodb, so we can just remove it wholesale.
This fixes an issue (#12573) where colorscheme files are sourced twice
upon startup. This occurs when the startup script calls `:colorscheme`,
which sets the `g:colors_name` global variable. When syntax highlighting
is enabled in `syn_maybe_enable()` the `syntax.vim` script is sourced
which in turn sources `synload.vim`. This script checks to see if
`g:colors_name` is set and, if so, runs
exe "colors " . colors_name
This is done to ensure that highlight groups are defined before enabling
the syntax highlighting engine.
Instead, source syncolors.vim before the startup scripts which sets up
default highlights and only load the full syntax engine after
the startup scripts or when the user runs `:syntax on`. Add a guard
variable `did_syncolor` to prevent syncolor.vim from being sourced
twice and remove the line mentioned above from synload.vim so that
the colorscheme file is not re-sourced when the syntax engine is loaded.
the `textDocument/rangeFormatting` nad `textDocument/formatting` did not
pass bufnr to apply_text_edits, meaning edits were applied to
the user's currently active buffer. This could result in text being
applied to the wrong buffer.
Some programs behave differently when they detect that stdin is being
piped. This can be problematic when these programs are used with the job
control API where stdin is attached, but not typically used. It is
possible to run the job using a PTY which circumvents this problem, but
that includes a lot of overhead when simply closing the stdin pipe would
suffice.
To enable this behavior, add a new parameter to the jobstart options
dict called "stdin" with two valid values: "pipe" (the default)
implements the existing behavior of opening a channel for stdin and
"null" which disconnects stdin (or, if you prefer, connects it to
/dev/null). This is extensible so that other modes can be added in the
future.
ipairs terminates on the first nil index when iterating over table keys:
for i,k in ipairs( {[1] = 'test', [3] = 'test'} ) do
print(i, k)
end
prints:
1 test
Instead, use pairs which continues iterating over the entire table:
for i,k in pairs( {[1] = 'test', [3] = 'test'} ) do
print(i, k)
end
prints:
1 test
3 test
`return err_message(tostring(err))` caused errors to be printed as
`table: 0x123456789` instead of showing the error code and error
message.
This also removes some `if err` blocks that never got called because at
the end of `handlers.lua` all the handlers are wrapped with logic that
adds generic error handling.
Check that `wip2` does not point to the same address as `wip`, to address the
Coverity test failure from PR #14884.
Based on the `if` clauses, `free_wininfo(wip2, ...)` is only called when
`wip2->wi_win == NULL` and `wip->wi_win == wp`. I think `wip2` would only point
to the same address as `wip` in scenarios where `wp` were `NULL`, which can be
assumed otherwise based on the earlier code.
RFC 8089, which defines the file URI scheme, also allows URIs without a
hostname, i.e. of the form file:/path/to/file. These are returned by
some language servers and accepted by other LSP implementations, such as
VSCode's, so it is reasonable for us to accept them as well.
Updated inputs so no need to add tree-sitter ourselves anymore.
Added checks:
- for pylint/shlint
- distinguish the devolpment shell from the ASAN build (closure for ASAN
version is smaller). While in the devShell, functionaltests would fail
because bin/nvim could not load
outputs/out/share/nvim/syntax/syntax.vim
So we touch the file.
Adds indentation that matches the number prefix to ensure diagnostic
messages spawning multiple lines align.
Before:
Diagnostics:
1. • Variable not in scope: red :: t0 -> t
• Perhaps you meant one of these:
‘rem’ (imported from Prelude), ‘read’ (imported from Prelude),
‘pred’ (imported from Prelude)
2. • Variable not in scope: repeDoubleColon :: [Char] -> t0
• Perhaps you meant ‘replaceDoubleColon’ (line 32)
After:
Diagnostics:
1. • Variable not in scope: red :: t0 -> t
• Perhaps you meant one of these:
‘rem’ (imported from Prelude), ‘read’ (imported from Prelude),
‘pred’ (imported from Prelude)
2. • Variable not in scope: repeDoubleColon :: [Char] -> t0
• Perhaps you meant ‘replaceDoubleColon’ (line 32)
