Systemd/units/udev.service.in

[Unit]
Description=udev Kernel Device Manager
Wants=udev-control.socket udev-kernel.socket
After=udev-control.socket udev-kernel.socket
Before=basic.target
DefaultDependencies=no
ConditionCapability=CAP_MKNOD

[Service]
Type=notify
OOMScoreAdjust=-1000
Sockets=udev-control.socket udev-kernel.socket
Restart=on-failure
ExecStart=@udevlibexecdir@/udevd
add systemd service files 2010-06-25 01:31:57 +02:00			`[Unit]`
init: edit systemd service descriptions 2010-08-19 18:02:20 +02:00			`Description=udev Kernel Device Manager`
systemd: split socket file 2011-05-25 00:56:48 +02:00			`Wants=udev-control.socket udev-kernel.socket`
			`After=udev-control.socket udev-kernel.socket`
systemd: sort before basic.target 2010-10-07 10:49:13 +02:00			`Before=basic.target`
systemd: bind udev control socket in systemd and split udev.service We should bind the udev socket from systemd, so we are sure that the abstract namespace socket is always bound by a root process and there is never a window during an update where an untrusted process can steal our socket. Also split the udev.service file, so that the daemon can be updated/restarted without triggering any coldplug events. 2011-03-23 16:40:23 +01:00			`DefaultDependencies=no`
systemd: use ConditionCapability=CAP_MKNOD instead of ConditionVirtualization=!container 2011-10-12 02:02:16 +02:00			`ConditionCapability=CAP_MKNOD`
add systemd service files 2010-06-25 01:31:57 +02:00
			`[Service]`
			`Type=notify`
systemd: add OOMScoreAdjust=-1000 2011-04-14 14:44:21 +02:00			`OOMScoreAdjust=-1000`
systemd: split socket file 2011-05-25 00:56:48 +02:00			`Sockets=udev-control.socket udev-kernel.socket`
udevd: get netlink socket from systemd 2011-04-14 23:46:44 +02:00			`Restart=on-failure`
udev: fix path in udev.service 2012-04-04 06:21:23 +02:00			`ExecStart=@udevlibexecdir@/udevd`