This cleans up the CSS, reduces the number of different colors and special settings we use.
It increases contrast so we now pass WCAG AAA (according to chromium), and switches to css variables for colors to make dark mode simpler to implement.
- "1.6.0" now supports formatting let-else statements which we use liberally,
and appears to have some fixes in regards to long-indented-lines with macros
like `wgettext_ft!`
- This commit updates the formatting so that devs with the latest stable don't
see random format-fixes upon running `cargo fmt`
During development, for a while `path change-extension` would return 0
when it found an extension to change.
This was later changed to returning 0 if there are any path arguments.
Neither of which is *super* useful, I admit, but we've picked one and
the docs shouldn't contradict it.
Unfortunately, /var/lib/dpkg/status on recent-ish Debian versions at
least only contains the *installed* packages, rendering this solution
broken.
What we do instead is:
1. Remove a useless newline from each package, so our limit would now
let more full package data sets through
2. Increase the limit by 5x
This yields a completion that runs in ~800ms instead of ~700ms on a
raspberry pi, but gives ~10x the candidates, compared to the old
apt-cache version.
This partially reverts 96deaae7d8
This was accidentally changed in 3.2.0, when type was made a builtin.
Since it's been 4 releases and nobody has noticed, rather than
breaking things again let's leave it as it is, especially because the
option is named "--no-functions", not "--no-functions-or-builtins".
Note: This *requires* an argument after the format string:
```rust
FLOGF!(debug, "foo");
```
won't compile. I think that's okay, because in that case you should
just use FLOG.
An alternative is to make it skip the sprintf.
"FLOGF!" is supposed to treat its first argument as a format
string (but doesn't because that part isn't implemented currently).
That means running something like
```rust
FLOGF!(term_support, "curses var", var_name, "=", value);
```
That would rightly just print "curses var", ignoring the other
arguments.
By contrast, FLOG! is the literal "just join these as a string"
version.
- Make CMake use the correct target-path
- Make build.rs use the correct target dir
Workspaces place it in the project root by default, the alternative to making
this change is to add a `.cargo/config.toml` file with
```toml
[build]
target-dir = "fish-rust/target"
```
Which I think is unnecessary, as we likely want to use the new location anyways.
- This allows running `cargo fmt/clippy/test/etc` from root
- Ideally the root should be the fish-rust package instead of being virtual, but
that requires changed to CMake/Corrosion. This change should instead be
completely compatible with our existing setup.
- This also means we will only have on `Cargo.lock` for all current and future
crates.
This was "function", needs to be "function*s*".
It was only an issue in the option parsing because we set cmd there
again instead of passing it. Maybe these should just be file-level constants?
This is an alternative to the very common pattern of
```rust
streams.err.append(output);
streams.err.append1('\n');
```
Which has negative performance implications, see https://github.com/fish-shell/fish-shell/pull/9229
It takes `Into<WString>` to hopefully avoid allocating anew when the argument is
a WString with leftover capacity
This used expect_re with a regex ending in `.*`, followed by an
`expect_prompt`.
This meant that, depending on the timing, the regex could swallow the
prompt marker, which caused extremely confusing output like
>Testing file pexpects/generic.py:Failed to match pattern: prompt 14
> ...
> OUTPUT +1.33 ms (Line 70): \rprompt 13>functions\r\nN_, abbr,
> alias, bg, cd, [SNIP], up-or-search, vared, wait\r\n⏎
> \r⏎ \r\rprompt 14>
Yeah - it shows that "prompt 14" was in the output and it can't find
"prompt 14".
I could reproduce the failure locally when running the tests
repeatedly. I got one after 17 attempts and so far haven't been able
to reproduce it with this change applied.
