Previously, this would cause an assert to fail if one reads a completely
buffered line into a buffer that is smaller than the Stream's internal
buffer.
We were neglecting to resolve the used horizontal padding and border
properties on block-level boxes when treating their width as `auto`
during intrinsic sizing.
This led to padding and border not contributing to the intrinsic width
of their containing block
We currently have two build-time parsers for the UCD's emoji-test.txt
file. To prepare for future changes, this removes the Bash parser and
moves its functionality to the newer C++ parser.
This is intended to reflect the POSIX sched_setparam API, which has some
cryptic language
(https://pubs.opengroup.org/onlinepubs/9699919799/functions/V2_chap02.html#tag_15_08_04_01
) that as far as I can tell implies we should prioritize process
scheduling policies over thread scheduling policies. Technically this
means that a process must have its own sets of policies that are
considered first by the scheduler, but it seems unlikely anyone relies
on this behavior in practice. So we just override all thread's policies,
making them (at least before calls to pthread_setschedparam) behave
exactly like specified on the surface.
The priority range was changed several years ago, but the
userland-reported limits were just forgotten :skeleyak:. Move the thread
priority constants into an API header so that userland can use it
properly.
The syscalls are renamed as they no longer reflect the exact POSIX
functionality. They can now handle setting/getting scheduler parameters
for both threads and processes.
The kernel image grew so much that it wasn't possible to jump to the C++
symbol anymore, since this generated a 'relocation truncated' error when
linking.
Following another abort signal basically means to make an abort signal
abort when another abort signal is aborted, unless the following signal
is already aborted.
This is done by adding a new window type (Popup) and using it for the
combobox list window. Other incorrect uses of the Tooltip window type
have also been updated to use the new window type.
We need to keep an Infrastructure::Request::BodyType around as we're not
sure what's actually inside, instead accessing Infrastructure::Body
directly.
Co-authored-by: Luke Wilde <lukew@serenityos.org>
So far we've gotten away with using GCC 11 for Lagom and to compile the
toolchain, but via #15795 we discovered a compiler bug that has been
fixed in the latest version but would error the build with CI's GCC 11.
Time for an upgrade :^)
We already use ubuntu-22.04 images in most places, so this is pretty
straightforward. The only exception is Idan's self-hosted runner, which
uses Ubuntu Focal. LibJS should build fine with GCC 11, still.
Let's put the power_state global node into the /sys/kernel directory,
because that directory represents all global nodes and variables being
related to the Kernel. It's also a mutable node, that is more acceptable
being in the mentioned directory due to the fact that all other files in
the /sys/firmware directory are just firmware blobs and are not mutable
at all.
Now that all global nodes are located in the /sys/kernel directory, we
can safely drop the global nodes in /proc, which includes both /proc/net
and /proc/sys directories as well.
This in fact leaves the ProcFS to only have subdirectories for processes
and the "self" symbolic link to reflect the current process being run.
