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{ lib, ... }:
{
name = "systemd-varlink";
meta.maintainers = [ lib.maintainers.raitobezarius ];
nodes.machine =
{ config, pkgs, ... }:
{
networking.useNetworkd = true;
services.resolved.enable = true;
systemd.network.enable = true;
};
testScript = ''
def list_interfaces(intf_path: str) -> list[str]:
return machine.succeed(f"varlinkctl list-interfaces {intf_path}").split('\n')
expected_reg_sd_interfaces = [
("BootControl", "bootctl"),
("Credentials", "creds"),
("Hostname", "hostnamed"),
("JournalAccess", "journald"),
("Import", "importd"),
("Machine", "machined"),
("Resolve", "resolved-varlink"),
("Resolve.Monitor", "resolved-monitor"),
("Udev", "udevd-varlink"),
("MuteConsole", "mute-console"),
("FactoryReset", "factory-reset"),
("AskPassword", "ask-password"),
("Network", "networkd-varlink"),
("Repart", "repart"),
]
expected_priv_sd_interfaces = [
("Login", None), # systemd-logind-varlink.socket exist but is not necessary.
]
expected_interfaces = [
(f"io.systemd.{intf}", f"systemd-{socket_name}", f"/run/varlink/registry/io.systemd.{intf}") for intf, socket_name in expected_reg_sd_interfaces
] + [
(f"io.systemd.{intf}", f"systemd-{socket_name}" if socket_name is not None else None, f"/run/systemd/io.systemd.{intf}") for intf, socket_name in expected_priv_sd_interfaces
]
for intf, socket_name, intf_path in expected_interfaces:
if socket_name is not None:
machine.wait_for_unit(f"{socket_name}.socket")
assert intf in list_interfaces(intf_path), f"Interface '{intf}' not found in the Varlink registry"
'';
}
|
