- Previously, some of the compress tests used `@src()` in combination with `dirname` and `openDirAbsolute` to read test files at runtime, which both excludes platforms that `openDirAbsolute` is not implemented for (WASI) and platforms that `SourceLocation.file` is not absolute (this was true for me locally on Windows). Instead of converting the tests to use `fs.cwd().openDir`, they have been converted to use `@embedFile` to avoid any potential problems with the runtime cwd.
- In order to use `@embedFile`, some of the `[]u8` parameters needed to be changed to `[]const u8`; none of them needed to be non-const anyway
- The tests now use `expectEqual` and `expectEqualSlices` where appropriate for better diagnostics
This fixes a regression introduced in #12298 where colors would never reset in a Windows console because the attributes would be queried on every `setColor` call, and then try to 'reset' the attributes to what it just queried (i.e. it was essentially doing a complicated no-op on .Reset).
This fixes the problem while (I think) keeping with the spirit of the changes in #12298--that is, `TTY.Config` is not specifically tied to stderr like it was before #12298. To that end, detectTTYConfig now takes a `File` and that's what gets used to query the initial attributes to reset to.
(for context, before #12298, the first `setColor` call is where the reset attributes would get queried and it would always use stderr to do it)
#13666 introduced a footgun when using `toOwnedSlice` with `errdefer array_list.deinit()`, since `toOwnedSlice` could retain capacity if `resize` failed, meaning it would leak without `deinit` being called. This meant that the only correct way to use `toOwnedSlice` was with `defer` instead of `errdefer` to ensure that the ArrayList would get cleaned up.
Now, toOwnedSlice will now behave similarly to how it did before #13666, in that it will always clear the ArrayList's capacity if the resize/realloc succeeds.
This also reverts commit 05890a12f532ba9d58904a14381ec174b9efe473, which was contingent on the modified toOwnedSlice behavior.
Closes#13946
In glibc.zig, there were a few instances where the zig lib dir path name
incorrectly made its way into the cache namespace for various build
artifacts, resulting in unnecessary rebuilds of glibc.
Closes#13619
* revert changes to Module because the error set is consistent across
operating systems.
* remove duplicated Stat.fromSystem code and use a less redundant name.
* make fs.Dir.statFile follow symlinks, and avoid pointless control
flow through the posix layer.
This commit moves the logic from `std.build.InstallRawStep` into `zig
objcopy`. The options here are limited, but we can add features as
needed.
closes#9261
New issues can be opened for specific objcopy flag support.
Add a missing ReleaseSmall when describing unreachable in the try
section and the unreachable entry in the Keyword Reference section.
Additionally, transform Debug, ReleaseSafe, ReleaseFast and ReleaseSmall
into links in the try section.
Co-authored-by: Andrew Kelley <andrew@ziglang.org>
Currently, the test_fn_reflection.zig doctest has an example of
.Fn.is_var_args. This example can confuse the reader, since there is no
documentation about variadic functions and is_var_args is mainly used in
the compiler.
Remove the example with .Fn.is_var_args and add instead examples with
.Fn.return_type and .Fn.is_generic.
In the slice_bounds.zig doctest, the code "const slice = array[2..4]" is
incorrect, since the actual type is a pointer to an array, instead of a
slice.
Use a runtime know value to slice the array.
In the slices.zig doctest, the code
`const all_together_slice = all_together[0..]` is incorrect, since the
actual type is a pointer to an array, instead of a slice.
Use a runtime-known value to slice the array.
In the next "slice pointer" test, clarify that slicing a slice to
produce a pointer to an array, requires comptime-known indexes, not just
constant indexes.
Originally I just wanted to move these down because they seemed to be in some random position of the file,
but these constants look very old with their CASING and pretty unnecessary anyway so I just inlined them.
