Previously, a relative path like `..` would:
- Attempt to be normalized (i.e. remove . and .. without any path resolution), but would error with TooManyParentDirs
- This would make wToPrefixedFileW run it through `RtlGetFullPathName_U` to do the necessary path resolution, but `RtlGetFullPathName_U` always resolves relative paths relative to the CWD
Instead, when TooManyParentDirs occurs, we now look up the path of the passed in `dir` (if it's non-null) and append the relative path to it before giving it to `RtlGetFullPathName_U`. If `dir` is null, then we just give it RtlGetFullPathName_U directly and let it resolve it relative to the CWD.
Closes#16779
* autodoc: init guide TOC work
* autodoc: working guides toc navigation
* autodoc: more improvements
* autodoc: ui refinements
* autodoc: new layout and init descriptions for namespaces in std.zig
Before this commit, you could use readElfDebugInfo independently with
one catch: the data is not freed since the deinitialization functions
for ModuleDebugInfo are private. This change makes them public so the
users of such function and similar can free the memory after the
debug symbols have been used.
* don't assert that the child process doesn't crash
* don't give a false negative on warnings printed to stderr
Also fix getSdk from the same file in the same way
Regressed in 2006add8496c47804ee3b6c562f420871cb4ea0a.
References to native_darwin_sdk are no longer kept in the frontend.
Instead the darwin SDK is detected as part of NativePaths and as part of
LibCInstallation.
The `null` value here was missed in
0a4d4eb252a73555a568a532902951a13284d2ef. I hope it is the cause of the
CI failures on Windows.
The fact that libc++ depends on libc is not important for the CLI and
Compilation.create already handles that logic.
This can be null in two cases right now:
1. Windows DLLs that zig ships such as advapi32.
2. extern "foo" fn declarations where we find out about libraries too late
TODO: make this non-optional and resolve those two cases somehow.
chicken out and make -l match the status quo behavior, where it looks
for dynamic libraries and then falls back to static libraries.
library resolution is still done in the CLI now though, and these
options are added:
-search_static_first Search for static libs in all library search
paths, then dynamic libs.
-search_dylibs_only Only search for dynamic libs.
-search_static_only Only search for static libs.
this matches the already existing options below:
-search_paths_first For each library search path, check for dynamic
lib then static lib before proceeding to next path.
-search_dylibs_first Search for dynamic libs in all library search
So, it is still possible to get the strict behavior by passing
`-search_dylibs_only` or `-search_static_only`.
This commit also makes -dynamic and -static affect the preferred link
mode and search strategy.
Putting them in both causes collisions because the same lib ends up
being linked in twice.
Putting them in positionals instead of libs makes their properties about
needed and weak being ignored.
First, system_libs are collected into a list. This is the same as
before.
Next, system_libs are filtered into external_system_libs, which is the
same list but without any libc, compiler_rt, etc.
At this point, if there are any external system libs, native library
directory paths are detected and added to lib_dirs.
Finally, extern_system_libs are filtered into resolved_system_libs,
which has full paths to all of the libraries. This is the list passed
into Compilation.
This makes the required changes noted by @ifreund in the code review for
this branch.
