* Fix NetworkManager connection name for VLANs
The connection name for VLANs should include the parent interface name
for better identification. This was originally the intention, but the
interface object's name property was used which appears empty at that
point.
* Disallow creating multiple connections for the same VLAN id
Only allow a single connection per interface and VLAN id. The regular
network commands can be used to alter the configuration.
* Fix pytest
* Simply connection id name generation
Always rely on the Supervisor interface representation's name attribute
to generate the NetworkManager connection id. Make sure that the name
is correctly set when creating VLAN interfaces as well.
* Special case VLAN configuration
We can't use the match information when comparing Supervisor interface
representation with D-Bus representations. Special case VLAN and
compare using VLAN ID and parent interface.
Note that this currently compares connection UUID of the parent
interface.
* Fix pytest
* Separate VLAN creation logic from apply_changes
Apply changes is really all about updating the NetworkManager settings
of a particular network interface. The base in apply_changes() is
NetworkInterface class, which is the NetworkManager Device abstraction.
All physical interfaces have such a Device hence it is always present.
The only exception is when creating a VLAN: Since it is a virtual
device, there is no device when creating a VLAN.
This separate the two cases. This makes it much easier to reason if
a VLAN already exists or not, and to handle the case where a VLAN
needs to be created.
For all other network interfaces, the apply_changes() method can
now rely on the presence of the NetworkInterface Device abstraction.
* Add VLAN test interface and VLAN exists test
Add a test which checks that an error gets raised when a VLAN for a
particular interface/id combination already exists.
* Address pylint
* Fix test_ignore_veth_only_changes pytest
* Make VLAN interface disabled to avoid test issues
* Reference setting 38 in mocked connection
* Make sure interface type matches
Require a interface type match before doing any comparision.
* Add Supervisor host network configuration tests
* Fix device type checking
* Fix pytest
* Fix tests by taking VLAN interface into account
* Fix test_load_with_network_connection_issues
This seems like a hack, but it turns out that the additional active
connection caused coresys.host.network.update() to be called, which
implicitly "fake" activated the connection. Now it seems that our
mocking causes IPv4 gateway to be set.
So in a way, the test checked a particular mock behavior instead of
actual intention.
The crucial part of this test is that we make sure the settings remain
unchanged. This is done by ensuring that the the method is still auto.
* Fix test_check_network_interface_ipv4.py
Now that we have the VLAN interface active too it will raise an issue
as well.
* Apply suggestions from code review
Co-authored-by: Mike Degatano <michael.degatano@gmail.com>
* Fix ruff check issue
---------
Co-authored-by: Mike Degatano <michael.degatano@gmail.com>
Configurable and w/ migrations between IPv4-Only and Dual-Stack
Signed-off-by: David Rapan <david@rapan.cz>
Co-authored-by: Stefan Agner <stefan@agner.ch>
Process NetworkManager interface updates in case PrimaryConnection
changes. This makes sure that the /network/interface/default/info
endpoint can be used to get the IP address of the primary interface.
* feat: Add IPv6 address generation mode & privacy extensions
Signed-off-by: David Rapan <david@rapan.cz>
* Use NetworkManager fixture for settings init tests
This fixes the test by since the extended implementation now can read
the version of NetworkManager.
* Add pytest for addr_gen_mode
---------
Signed-off-by: David Rapan <david@rapan.cz>
Co-authored-by: Stefan Agner <stefan@agner.ch>
* Allow to set user DNS through API with auto mode
Currently it is only possible to set DNS servers when in static mode.
However, there are use cases to set DNS servers when in auto mode as
well, e.g. if no local DNS server is provided by the DHCP, or the provided
DNS turns out to be non-working.
* Fix use separate data structure for IP configuration fallout
Make sure gateway is correctly converted to the internal IP
representation. Fix type info.
* Overwrite WiFi settings completely too
* Add test for DNS configuration
* Run ruff format
* ruff format
* Use schema validation as source for API defaults
Instead of using replace() simply set the API defaults in the API
schema.
* Revert "Use schema validation as source for API defaults"
This reverts commit 885506fd37.
* Use explicit dataclass initialization
This avoid the unnecessary replaces from before. It also makes it more
obvious that this part of the API doesn't patch existing settings.
* Improve connection settings fixture
Make the connection settings fixture behave more closely to the actual
NetworkManager. The behavior has been tested with NetworkManager 1.42.4
(Debian 12) and 1.44.2 (HAOS 13.1). This likely behaves similar in older
versions too.
* Introduce separate skeleton and settings for wireless
Instead of having a combined network settings object which has
Ethernet and Wirless settings, create a separate settings object for
wireless.
* Handle addresses/address-data property like NetworkManager
* Address ruff check
* Improve network API test
Add a test which changes from "static" to "auto". Validate that settings
are updated accordingly. Specifically, today this does clear the DNS
setting (by not providing the property).
* ruff format
* ruff check
* Complete TEST_INTERFACE rename
* Add partial network update as test case
* Use separate data structure for IP configuration
So far we use the same IpConfig data structure to represent the users
IP setting and the currently applied IP configuration.
This commit separates the two in IpConfig (for the currently applied
IP configuration) and IpSetting (representing the user provided IP
setting).
* Use custom string constants for connection settings
Use separate string constants for all connection settings. This makes
it easier to search where a particular NetworkManager connection
setting is used.
* Use Python typing for IpAddress in IpProperties
* Address pytest issue
* Migrate to Ruff for lint and format
* Fix pylint issues
* DBus property sets into normal awaitable methods
* Fix tests relying on separate tasks in connect
* Fixes from feedback
* Improve D-Bus error handling for NetworkManager
There are quite some errors captured which are related by seemingly a
suddenly missing NetworkManager. Errors appear as:
23-11-21 17:42:50 ERROR (MainThread) [supervisor.dbus.network] Error while processing /org/freedesktop/NetworkManager/Devices/10: Remote peer disconnected
...
23-11-21 17:42:50 ERROR (MainThread) [supervisor.dbus.network] Error while processing /org/freedesktop/NetworkManager/Devices/35: The name is not activatable
Both errors seem to already happen at introspection time, however
the current code doesn't converts these errors to Supervisor issues.
This PR uses the already existing `DBus.from_dbus_error()`.
Furthermore this adds a new Exception `DBusNoReplyError` for the
`ErrorType.NO_REPLY` (or `org.freedesktop.DBus.Error.NoReply` in
D-Bus terms, which is the type of the first of the two issues above).
And finally it separates the `ErrorType.SERVICE_UNKNOWN` (or
`org.freedesktop.DBus.Error.ServiceUnknown` in D-Bus terms, which is
the second of the above issue) from `DBusInterfaceError` into a new
`DBusServiceUnkownError`.
This allows to handle errors more specifically.
To avoid too much churn, all instances where `DBusInterfaceError`
got handled, we are now also handling `DBusServiceUnkownError`.
The `DBusNoReplyError` and `DBusServiceUnkownError` appear when
the NetworkManager service stops or crashes. Instead of retrying
every interface we know, just give up if one of these issues appear.
This should significantly lower error messages users are seeing
and Sentry events.
* Remove unnecessary statement
* Fix pytests
* Make sure error strings are compared correctly
* Fix typo/remove unnecessary pylint exception
* Fix DBusError typing
* Add pytest for from_dbus_error
* Revert "Make sure error strings are compared correctly"
This reverts commit 10dc2e4c3887532921414b4291fe3987186db408.
* Add test cases
---------
Co-authored-by: Mike Degatano <michael.degatano@gmail.com>
* Reduce executor code for docker
* Fix pylint errors and move import/export image
* Fix test and a couple other risky executor calls
* Fix dataclass and return
* Fix test case and add one for corrupt docker
* Add some coverage
* Undo changes to docker manager startup
* 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
