This was the only kind of error which was raised in pipeToFileSystem and
not added to Diagnostics.
Shell tar silently ignores paths which are stripped out when used with
`--strip-components` switch. This enables that same behavior, errors
will be collected in diagnostics but caller is free to ignore that type
of diagnostics errors.
Enables use case where caller knows structure of the tar file and want
to extract only some deeply nested folders ignoring upper files/folders.
Fixes: #17620 by giving caller options:
- not provide diagnostic and get errors
- provide diagnostics and analyze errors
- provide diagnostics and ignore errors
The eventfd system call and dup3 library call have been available
since FreeBSD 13 and 10 respectively, and are thus available in
all [FreeBSD releases not deemed EOL](<https://endoflife.date/freebsd>)
The lack of these were discovered when porting a terminal emulator
to FreeBSD. It would be nice to have them included in Zig's stdlib.
Apple has already dropped support for macOS 11.
GitHub Actions is dropping macOS 11 support now.
The Zig project is also dropping macOS 11 support now.
This is essentially just a rename. I also changed the representation of
`AnalSubject` to use a `packed struct` rather than a non-exhaustive
enum, but that change is relatively trivial.
This patch is a pure rename plus only changing the file path in
`@import` sites, so it is expected to not create version control
conflicts, even when rebasing.
I renamed std.process.Child.CreateProcessSupportedExtension to WindowsExtension
and made it public to avoid duplicating the list of extensions.
While here, I also improved it to not misreport OOM from std.fs.realpathAlloc()
as a generic failure to find the program, but instead panic like the rest of the
build system does for OOM.
Closes#20314.
In my first [try](https://github.com/ziglang/zig/pull/20224) to fix
20212 I didn't reproduce bug on required kernel (6.9.2) and wrongly
concluded that first two completions have different order on newer
kernel.
On my current kernel (6.5.0) order of completions is: send1, recv,
send2. On 6.9.2 order is send1, send2, recv. This fix allows second two
completions to arrive in any order.
Tested on both kernels.
Fixes: #20212
Stability of std sort was undertested before this change. Add a fuzz
test for more confidence.
Specifically, we used to have a single example test that used an array
of eight elements. That ends up exercising only a tiny fraction of
sorting logic, as it hits a hard-coded sorting network due to small
size.
LLVM fails to notice that in release builds, `logFn` ignores its
arguments, so their computation can be elided. So, LLVM fails to elide
this hashmap lookup. Its cost isn't too significant, but doing it in the
hottest loop in Sema adds up!
Technically, we could do the lookup a single time, before the loop, but
it was cleanest (and a little faster) to just disable this log call at
comptime when debug logging is disabled.
