Add support for the hardware family, SKU (Stock-Keeping Unit) and
version. The values are read from the file /etc/machine-info or DMI as
fallback.
The entries are useful to provide an unified interface to collect detail
hardware information. The /etc/machine-info entries enable embedded
devices without UEFI support to provide the information via a common
interface.
Fixes: #31134
per Daan's explanation:
other subtests running as testuser apparently use systemd-run --user
--machine testuser@.host which turns user tracking in logind into "by
pin" mode. when the last pinning session exits it terminates the user.
This breaks GNOME on Wayland, login no longer works:
gnome-shell[2250]: Running GNOME Shell (using mutter 48.2) as a Wayland display server
gnome-shell[2250]: Failed to setup: Failed to find any matching session
systemd[2054]: org.gnome.Shell@wayland.service: Failed with result 'protocol'.
systemd[2054]: Failed to start org.gnome.Shell@wayland.service - GNOME Shell on Wayland.
This reverts commit b0555149de.
test_keep_configuration_on_restart() works, but the error printed is
misleading because self.assertNotEmpty() doesn't exist.
Add a working assert statement so, when the unmanaged interface is
altered, the test fails with a meaningful error, like:
### ip monitor dev unmanaged0 BEGIN
222:33::/64 proto kernel metric 256 pref medium
FAIL
[...]
Traceback (most recent call last):
File "/work/src/test/test-network/systemd-networkd-tests.py", line 5085, in test_keep_configuration_on_restart
self.assertEqual(line, '')
AssertionError: '222:33::/64 proto kernel metric 256 pref medium' != ''
- 222:33::/64 proto kernel metric 256 pref medium
While at it, strip the trailing newline so we can print easily the
string (and in future build more a robust regexp which uses the $ token)
Add support for the hardware version. The version describes a distinct
version of compatibility hardware. The value is read from the file
/etc/machine-info or DMI as fallback.
The integration provides an unified interface to collect detail hardware
information. The /etc/machine-info entry enables embedded devices
without UEFI support to read the information from a custom store.