Source mods test was corrected to start from `supervisor` folder within repo and not include tests. The patch here was still starting from the workspace directory since that's what it used to do
* Using CAS for content-trust
* v2
* Fix linting errors
* Adjust field checked for status in CAS response
* CI workflow needs CAS not VCN now
* Use cwd in test as code won't be in /usr/src
* Pre-cache CAS pub key for supervisor
* Cas doesn't actually need key file executable
Co-authored-by: Mike Degatano <michael.degatano@gmail.com>
Hassio supervisor saves backups in tar files that contains compressed
tar archives, this is convenient when such backups are kept in the same
environment or need to be transferred remotely, but it's not convenient
when they will be processed using other backup tools such as borg or
restic that can handle compression, encryption and data deduplication
themselves.
In fact deduplication won't actually work at all with hassio compressed
backups as there's no way to find common streams for such tools (unless
we make them to export the archives during importing as borg's
import-tar can do), but this would lead to archives that are not easily
recoverable by the supervisor.
So, make possible to pass a "compressed" boolean parameter when creating
backups that will just archive all the data uncompressed.
It will be then up to other tools to manage the archives compression.
* Notify HA Core when backup is being executed
Notify Home Assistant Core using the Websocket API when the Home Assistant
config directory is about to get backed up. This makes sure the Core can
prepare the SQLite database (if active) so it safe to make a backup.
* Only close WebSocket connection on connection errors
Let regular WebSocket errors bubble to the caller so they can be handled
explicitly.
* Add version restriction to backup/start/end WS commands
* Restore Home Assistant metadata when Home Assistant is selected
* De-duplicate Backup/Restore logic
Create internal _do_backup()/_do_restore() method which de-duplicates
some of the backup/restore logic previously part of full/partial backup/restore.
* Add Backup/Restore test coverage
* Allow to update connection information
* Introduce Signal wrapper class using async context manager
This allows to start monitoring signals and execute code before
processing signals. With that it is possible to check for state changes
in a race free manor.
* Fix unit tests
* Introduce enum for network connectivity
* Differentiate between Bus Name and Interface consts
The Bus names and interfaces look quite similar in D-Bus: Both use dots
to separate words. Usually all interfaces available below a certan Bus
name start with the Bus name. Quite often the Bus name itself is also
available as an interface.
However, those are different things. To avoid confusion, add the type of
const to the const name.
* Remove unused const
* Disconnect D-Bus when not used
Make sure Python disconnects from D-Bus when objects get destroyed. This
avoids exhausting D-Bus connection limit which causes the following
error message:
[system] The maximum number of active connections for UID 0 has been reached (max_connections_per_user=256)
* Filter signals by object as well
Make sure we only listen to signals on that particular object. Also
support filtering messages via message filter callback.
* Explicitly wait until Connection is activated
Wait for activated or raise an error. This avoids too early/errornous
updates when state of the connection changes to "activating" or similar
intermediate signal states.
Fixes: #2639
* Fix VLAN configuration
* Add link to D-Bus object documentation
* Fix network settings update test
* Make MessageBus object optional
* Use the correct interface name to get properties of systemd
It seems that gdbus (or systemd) automatically pick the correct
interface and return the properties. However, dbussy requires the
correct interface name to get all properties.
* Don't expect array from Strength property
The property returns a type "y" which equates to "guchar":
https://developer-old.gnome.org/NetworkManager/stable/gdbus-org.freedesktop.NetworkManager.AccessPoint.html#gdbus-property-org-freedesktop-NetworkManager-AccessPoint.Strength
It seems that the old D-Bus implementation returned an array. With
dbus-next a integer is returned, so no list indexing required.
* Support signals and remove no longer used tests and code
* Pass rauc update file path as string
That is what the interface is expecting, otherwise the new lib chocks on
the Pathlib type.
* Support Network configuration with dbus-next
Assemble Python native objects and pass them to dbus-next. Use dbus-next
specific Variant class where necessary.
* Use org.freedesktop.NetworkManager.Connection.Active.StateChanged
org.freedesktop.NetworkManager.Connection.Active.PropertyChanged is
depricated. Also it seems that StateChanged leads to fewer and more
accurate signals.
* Pass correct data type to RequestScan.
RequestScan expects an option dictionary. Pass an empty option
dictionary to it.
* Update unit tests
Replace gdbus specific fixtures with json files representing the return
values. Those can be easily converted into native Python objects.
* Rename D-Bus utils module gdbus to dbus
* Return list of possible data disk targets
* fix path
* fix tests
* Add test
* Fix tests
* Add tests
* Add more tests
* Remove debug
* Address comments
* more clear
