This converts the date into a relative timespan from the current time
on, and outputs it. It marks it yellow if older than two years, since
old firmware is probably a security risk. We don't make it red, since we
don't know though.
safe_atou() by default determines the base from the prefix 0x, 0b, 0o
and for compat with just 0 for octal. This is not what we want here,
since the date components are padded with zeroes yet still decimal.
Hence force decimal parsing (and while we are at it, prohibit a couple
of unexpected decorations).
WIthout this we'd fail to parse any the 8th and 9th day of each months, as
well aus aug and september of every year, because these look like octal
numbers but cannot actually parsed as such.
Let's change the testcase to check for a date that exposes this
bheaviour.
The DMI rules where so far guarded by an ACTION=="add" rule, but that
doesn't really make sense for setting properties (only for setting
access modes/ownership of nodes).
Hence let's move this into its own file, that guards properly on
ACTION!="remove".
Before this change the hardware vendor/model info would be dropped
whenever the device was retriggered.
The file long ceased to be exclusively about configuration of the sleep
operation. It contains many many calls for other purposes, hence give it
a more generic name.
We need this in a single function only, hence move it there, and make it
a static field so that it has local scope.
While we are at it, rename s/readsize to buf/bufsize, to make
relationship clear. In particular as the data read is actually binary
and "s" hence a misnomer, since it suggests it was a string.
When making ephemeral snapshots of subvolumes whose cleanup depends on
whether they're locked or not, it's necessary to have the lock from the
very beginning, so let's support that with a new BTRFS_SNAPSHOT_LOCK_BSD
flag.
This has been badly named given the path doesn't refer to a device quite
likely, but to a path to a regular file. Hence let's be more precise
with naming.
(.device kinda suggests this was an sd_device object of sorts, but it
really isn't.)
We usually call dev_t entities "devnum" or "devno". That's redundant
enough, let's not call this "device_id". In particular as that's
something else (in udev context).
For some reason there was an fstat() call here whose results was
entirely ignored. Let's remove it. Let's add a call to
fd_verify_regular() instead, because this is a code path for swap files,
hence let's make sure we actually operate on a file, and nothing else.
Before this commit, we only accept the case when LoaderDevicePartUUID
points to the ESP, while XBOOTLDR is mounted unconditionally.
After this commit, we check if LoaderDevicePartUUID points to either
ESP or XBOOTLDR. If it does, mount both, else nothing gets mounted.
This reverts commit ff32060f2e.
This change is incorrect as we don't want to mark the PID as invalid but
only mark it as dead.
The change in question also breaks user level socket activation for
`podman.service` as the termination of the main `podman system service`
process is not properly handled, causing any application accessing the
socket to hang.
This is because the user-level `podman.service` unit also hosts two
non-main processes: `rootlessport` and `rootlessport-child` which causes
the `cgroup_good` check to still succeed.
The original submitter of this commit is recommended to find another
more correct way to fix the cgroupsv1 issue on CentOS 8.
Let's visually separate the options associated with cpu, io, memory, …
in subsections
This patch tries to be minimal. It just adds the section titles, and
does minimal reordering to make sure the options on the same kind of
resource are placed close to each other.
The order of the description of each item should match the order that they are declared. Un-document effect of deprecated non-unified CGroup hierarchy on
DefaultCPUAccounting=. Mention that the default value for DefaultCPUAccouting= is
affected by the kernel version.
If the backing storage is LUKS2 on a block device, auto resize mode
is enabled, and disk size is not specified, resize the partition to
the maximum expandable size.
Fixes: #22255, #23967
We now run repart before starting systemd-nspawn to make sure that
the root partition is also generated when we boot the image in a
container instead of a VM.
To make sure we start from scratch for both the container boot and
the VM boot, we also enable Ephemeral to make sure all changes to
the image are ephemeral.
Lennart Poettering
Daan De Meyer
Mike Yuan
cvlc12
Zbigniew Jędrzejewski-Szmek
msizanoen
Frantisek Sumsal
Sam Morris
Luca Boccassi
David Tardon
Gibeom Gwon
Frantisek Sumsal