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The reaping of generator processes run as part of a daemon-reload should not
call waitid(PID_ALL). The waitid() call in execute_directory() is intended only
to reap the executed processes, but if a service process exits at about the
same time as a daemon-reload, then that service process is reaped as well,
preventing it from being reaped in the proper place in
manager_dispatch_sigchld().
Fixes https://bugs.freedesktop.org/show_bug.cgi?id=43625
The assumption that the initial job is the job with id==1 is incorrect.
Some jobs may be enqueued before the job that starts the default unit as
in this example:
-.mount changed dead -> mounted
Trying to enqueue job quotacheck.service/start/fail
Installed new job quotacheck.service/start as 1
Installed new job systemd-stdout-syslog-bridge.socket/start as 2
Enqueued job quotacheck.service/start as 1
Trying to enqueue job quotaon.service/start/fail
Installed new job quotaon.service/start as 5
Enqueued job quotaon.service/start as 5
Activating default unit: default.target
Trying to enqueue job graphical.target/start/replace
This fixes a bug where displaying of boot status messages was turned off
too early.
Immediately after forking off a process change the comm name and argv[0]
to "(foobar)" where "foobar" is the basename of the path we are about to
execute.
This should be useful when charting boot progress.
This patch adds WatchdogTimestamp[Monotonic] to the systemd service
D-Bus API. The timestamp is updated to the current time when the
service calls 'sd_nofity("WATCHDOG=1\n")'.
Using a timestamp instead of an 'alive' flag has two advantages:
1. No timeout is needed to define when a service is no longer alive.
This simplifies both configuration (no timeout value) and
implementation (no timeout event).
2. It is more robust. A 'dead' service might not be detected should
systemd 'forget' to reset an 'alive' flag. It is much less likely
to get a valid new timestamp if a service died.
Apparently the perfomance price for compression is to steep to apply it
for all objects >= 64 and < 512 in size, as measured by Arjan Van De
Ven, hence increase the threshold to 512 which yields better results.
We need to tell the X server to grab the keyboards
and mice associated with a hotplugged seat, so that
it doesn't have the ability to control the kernel
vt consoles.
Udev does no longer automatically create udev rules in /etc from the
device hotplug path.
No device name reservation will happen anymore; this model creates
too many problems for setups with many device changes or media which
is booted on different hardware.
Enumerated device names which are based on device discovery order or
on persistent on-disk name reservation will in general not be supported
by udev in the future. It is a problem that can not be solved properly,
and it always creates new problems at the same time it tries to solve
the original one. Udev will no longer pretend it can solve these issues,
and people should switch to available alternatives which provide the
far better compromise.
From now on, udev will only create /dev/cdrom for the first optical
drive, and if the drive is capable /dev/dvd. No other devices will
get any compatibility symlinks or enumerated device names like cdrom1,
cdrom2, and so on. The /dev/cdrom and /dev/dvd links have by default
a negative link priority, which will cause them to be overwritten by
any other device which clains the same names with already existing
udev rules.
If stable device names are needed, the /dev/disk/by-id/ links, which
uniquely identify a specific piece of hardware should be used. The links
usually contain a device serial number and the link names will not depend
on device discovery order.
If completely identical devices with identical or no serial number
need to be handled at the same time, the /dev/disk/by-path/ links can
be used. These links depend on the physical port which is used to connect
the device. It will change when the same device is moved to a different
port or host adapter.
If custom names are needed, custom udev rules which match on specific
device properties need to be added by the administrator.
When systemd starts, plymouth may be already displaying progress
graphically. Do not switch the console to text mode at that time.
All other users of reset_terminal_fd() do the switch as before.
This avoids a graphical glitch with plymouth, especially visible with
vesafb, but could be also seen as a sub-second blink with radeon.
https://bugzilla.redhat.com/show_bug.cgi?id=785548
Device nodes might have been deleted again by the kernel before an
'add' or 'change' event is even started. We need to run all rules,
regardless of the state in /dev.
Tom Gundersen noticed a regression where comment=systemd.automount in
fstab no longer prevented the adding of the After=foo.mount dependency
into local-fs.target. He bisected it to commit 9ddc4a26.
It turns out that clearing the default_dependencies flag is necessary
after all, in order to avoid complementing of Wants= with After= in the
target unit. We still want to add the dependencies on quota units and
umount.target though.
