* Since we're disk bound, and not CPU bound, it doesn't make much sense
to restrict the number of threads on the number of CPUs.
* It's still not completely independent of the number of CPUs now,
though: we'll have 3 * CPU count worker threads.
* This was the harmless part: a job was been requeued that already was
being launched.
* I was already aware of this one, and only accidentally stumbled over
the non-harmless case in the JobQueue code when I tried to fix that
little issue... (ie. never ignore warnings, even if you think you
know what's going on).
* A dependent job was requeued even if it wasn't part of the queue
before. The code relied on dependent jobs being already enqueued;
but that cannot be guaranteed.
* If a job failed, its dependent jobs are now also set to failed, so
that they won't be requeued at a later point.
* This caused some of the "Launching xxx failed: Operation not allowed"
messages in the boot process. Those actually weren't harmless, and
could mess up the natural job order.
* Triggered whenever a volume is mounted (surprise!).
* There is no way to specify which volume you are interested in for now
(if someone knows a good use case, I'd be willing to add that,
though :-)).
* Sticky events are events that keep their signal raised, ie. even if
a job is initialized afterwards, it will still be triggered.
* Consolidated naming for external events.
* Events are now registered once they are actually being used. This
allows them to allocate the resources they need to do their thing.
* With events being registered, this proved to be confusing, and it also
helps to differentiate between event objects within the daemon, and
events coming from external sources.
* No impact to non-ValleyView chipsets
* Bump some register locations for VLV
* Only have HDMI port to test with on my ValleyView GPU
and our driver seems to be missing all HDMI and
sideband functionality.
* As ValleyView chipsets seem to be UEFI only, we don't
have VESA fallback, so this shouldn't cause regressions.
(unless we get UEFI framebuffer support)
This issue only manifested itself when the navigation toolbar was shown.
The scrollbar appeared to have no border while the rest did. This issue
manifested when the scrollbar insets were adjusted in hrev49654. The
scroll bar insets were really hiding the bug underlying bug though.
I'll try to explain what was happening and how I fixed it. The PoseView
container, called BorderedView, was showing its top border when the
navigation bar was hidden, and hiding its top border when the navigation
bar was shown. This (almost) worked because the menu bar provided a
bottom border while the navigation toolbar didn't. However hiding
BorderedView's top border also hid the scroll bar border.
My solution was to draw a bottom border on the navigation toolbar and
then remove the top border from BorderedView unconditionally. So either
the menu bar or the navigation toolbar provides a bottom border and the
BorderedView has no top border.
Fixes#12392
Highlighting was added in hrev45983, stopped working in hrev49614, specifically
d891923650.
Add comment to explain what is happening and hopefully deter this from being
removed again in the future.
Fixes#12359
* Properly flag missing devices
* Do away with shifts and define ssts and sctl masks
* Tested working on 6 different systems with a
combination of drive configurations.
* Empty media on AHCI devices still cause port change
storms. (the issue that was attempted fixed in
5584c22fdd)
* Seems to work fine, although it should probably also be triggered when
there are still jobs in the queue -- someone more knowledgeable might
want to chime in here, please :-)
* If this turns out to be problematic, we can just drop the "on_demand"
job config again.
* Was broken in two ways: if only the shortcut "on_demand" was used,
the event didn't get created at all due to a bug in
Events::AddOnDemand().
* Furthermore, _LaunchJob() always triggered a demand, but it should
only do this when not called from a target.
* devfs: set st_rdev to the inode number of the node being queried. This
may not be the best thing to do, as it does not match what is set in
st_dev for other files, so it can't be used to find which device
stores a particular file. I'm not sure if st_rdev is actually used that
way anywhere, however.
* vfs: do not clobber st_rdev with -1 for "special" (device) files.
Refactor the code a little so setting the common attributes is done in
a single place.
Fixes#12390.
src/tools/makebootable defines _USER_MODE, which we can check
for in gpt/Header.cpp to remove the dependency on libuuid, as
makebootable only needs read-only access to partition maps
anyway.
Previously, deleting a partition was lazy and only changed
the partition type to an invalid UUID, and would still
show up as a partition in many partitioning tools.
POSIX requires SIGTTOU to be sent to a process in a background process
group that tries to change the foreground process group ID associated
with its controlling terminal, unless the process is ignoring SIGTTOU or
the calling thread is blocking it. Previously the code checked the
former condition but not the latter, making it possible for calls to
tcsetpgrp() to get stuck in a loop and never return.
Should fix#3417.
Signed-off-by: Augustin Cavalier <waddlesplash@gmail.com>
