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In a user namespace container:
Feb 28 12:45:53 0b2420135953 systemd[1]: Starting Home Manager...
Feb 28 12:45:53 0b2420135953 systemd[21]: systemd-homed.service: Failed to set up network namespacing: Operation not permitted
Feb 28 12:45:53 0b2420135953 systemd[21]: systemd-homed.service: Failed at step NETWORK spawning /usr/lib/systemd/systemd-homed: Operation not permitted
Feb 28 12:45:53 0b2420135953 systemd[1]: systemd-homed.service: Main process exited, code=exited, status=225/NETWORK
Feb 28 12:45:53 0b2420135953 systemd[1]: systemd-homed.service: Failed with result 'exit-code'.
Feb 28 12:45:53 0b2420135953 systemd[1]: Failed to start Home Manager.
We should treat this similarly to the case where network namespace are not
supported at all.
https://bugzilla.redhat.com/show_bug.cgi?id=1807465
The man pages state that the '+' prefix in Exec* directives should
ignore filesystem namespacing options such as PrivateTmp. Now it does.
This is very similar to #8842, just with PrivateTmp instead of
PrivateDevices.
Without changing the SELinux label for private /dev of a service, it will take
a generic file system label:
system_u:object_r:tmpfs_t:s0
After this change it is the same as without `PrivateDevices=yes`:
system_u:object_r:device_t:s0
This helps writing SELinux policies, as the same rules for `/dev` will apply
despite any `PrivateDevices=yes` setting.
Where we have a device that looks like a mouse and is connected over i2c, tag
it as pointing stick. There is no such thing as a i2c mouse.
Even touchpads that aren't recognized by the kernel will not show up as i2c
mouse - either the touchpad follows the Win8.1 specs in which case the kernel
switches it to multitouch mode and it shows up like a touchpad. The built-in
trackpoint, if any, is then the i2c mouse device.
Where the touchpad doesn't follow the spec, the kernel will not handle it and
the touchpad remains on the PS/2 legacy bus - not i2c. Hence we can assume
that any i2c mouse device is really a pointing stick.
the modalias reported by udev is acpi:BOSC0200:BOSC0200: but the rules
only matched acpi:BOSC0200:BOSC0200 (without the trailing colon)
change to acpi:BOSC0200* as in other models
This prevents an error in pam_systemd when logging in.
sshd[2623165]: pam_unix(sshd:session): session opened for user tony.stark(uid=10001) by (uid=0)
sshd[2623165]: pam_systemd(sshd:session): Failed to get user record: Invalid argument
Bug: https://bugs.gentoo.org/708824
Currently, if deactivation of the primary swap unit fails:
# LANG=C systemctl --no-pager stop dev-mapper-fedora\\x2dswap.swap
Job for dev-mapper-fedora\x2dswap.swap failed.
See "systemctl status "dev-mapper-fedora\\x2dswap.swap"" and "journalctl -xe" for details.
then there are still the running stop jobs for all the secondary swap units
that follow the primary one:
# systemctl list-jobs
JOB UNIT TYPE STATE
3233 dev-disk-by\x2duuid-2dc8b9b1\x2da0a5\x2d44d8\x2d89c4\x2d6cdd26cd5ce0.swap stop running
3232 dev-dm\x2d1.swap stop running
3231 dev-disk-by\x2did-dm\x2duuid\x2dLVM\x2dyuXWpCCIurGzz2nkGCVnUFSi7GH6E3ZcQjkKLnF0Fil0RJmhoLN8fcOnDybWCMTj.swap stop running
3230 dev-disk-by\x2did-dm\x2dname\x2dfedora\x2dswap.swap stop running
3234 dev-fedora-swap.swap stop running
5 jobs listed.
This remains endlessly because their JobTimeoutUSec is infinity:
# LANG=C systemctl show -p JobTimeoutUSec dev-fedora-swap.swap
JobTimeoutUSec=infinity
If this issue happens during system shutdown, the system shutdown appears to
get hang and the system will be forcibly shutdown or rebooted 30 minutes later
by the following configuration:
# grep -E "^JobTimeout" /usr/lib/systemd/system/reboot.target
JobTimeoutSec=30min
JobTimeoutAction=reboot-force
The scenario in the real world seems that there is some service unit with
KillMode=none, processes whose memory is being swapped out are not killed
during stop operation in the service unit and then swapoff command fails.
On the other hand, it works well in successful case of swapoff command because
the secondary jobs monitor /proc/swaps file and can detect deletion of the
corresponding swap file.
This commit fixes the issue by finishing the secondary swap units' jobs if
deactivation of the primary swap unit fails.
Fixes: #11577
If the peripheral device type is that of a host managed zone block device (0x14),
the device supports the same identification mechanisms as conventional disks (0x00).
Kernel 4.1 separated the tracing system from the debugfs,
actual documentation already points to a different path
that needs this new mount to exist.
the old sysfs path will still be an automount in the debugfs,
created by the kernel (for now).
Signed-off-by: Norbert Lange <nolange79@gmail.com>
The problem with the original form is that the subject of the sentence with
passive void is "the system", and we're not inhibiting the system. In English
the sense can be made out, but the form is gramatically incorrect.
In fact, the Polish translation got this wrong:
> msgid "Power off the system while an application is inhibiting this"
> msgstr "Wyłączenie systemu, kiedy program zażądał jego wstrzymania"
"jego" can only refer to "the system", because of gender mismatch with "power
off". If our translators cannot grok the message, then we should probably reword
it.
Also, drop the "asked to" part. Everything we do is over IPC, so we only ever
"ask" for things, and this adds no value.
