The package kit uses exceptions for error handling, but this tool didn't
catch them so all we got in case of error is "Abort" on the error
output.
Now, the exceptions are caught and reported with the complete error
message.
When an HTTPS request uses an SSL certificate that OpenSSL considers
untrusted, and the user decides to continue anyway, add the certificate
to an exception list. Match certificates against this list and don't ask
the user again if they are already there.
Fixes#12004. Thanks to markh for the initial patch and peeking into the
WebKit code!
The anonymous namespace makes type definitions local to the translation
unit (like static does for objects). For pretty much any type not shared
across multiple files this is what one wants to happen (and might
erroneously expect to happen automatically).
This commit solves some actual collisions that were present:
* The VFS and the rootfs both used an incompatible VnodeHash struct for
their BOpenHashTable.
* XSI semaphores and message queues both used queued_thread, Ipc and
IpcHashTableDefinition.
For release builds these did not cause problems as the types were fully
inlined. Debug builds would crash at boot however because parts of a
BOpenHashTable<VnodeHash> from the rootfs meant to operate on struct
rootfs_vnode would be applied to one from the VFS expecting struct
vnode.
As such collisions are violations of the one definition rule, the code
is at fault and unfortunatley the compiler isn't required to diagnose
such problems across translation units (which isn't actually trivial).
This can lead to subtle and hard to debug problems and it's therefore
best to avoid leaking types into the global namespace whenever possible.
The opendir and closedir/free_dircookie hooks were called with
mismatched vnode. It seems only googlefs is actually affected by this,
since all other fs without a get_vnode_name just don't are about the
passed vnode arg to closedir and free_dircookie.
Now I should really get some sleep!
This depends on quite a nasty hack to generate those, namely using
inline assembly to generate a file with things that are not actually
assembly, which Clang therefore filters out.
