def test_device_parse():
d1 = 'eth0 ethernet connected Default'
assert Device.parse(d1) == \
Device('eth0', 'ethernet', 'connected', 'Default')
d2 = 'lo loopback unmanaged --'
assert Device.parse(d2) == \
Device('lo', 'loopback', 'unmanaged', None)
def test_device_to_json():
device = 'eth0'
device_type = 'ethernet'
state = 'connected'
connection = 'Home'
d = Device(device, device_type, state, connection)
assert d.to_json() == {
'device': device,
'device_type': device_type,
'state': state,
'connection': connection
}
def test_status():
with open(device_data_file, encoding='utf-8') as f:
buf = f.read()
s = DummySystemCommand(buf)
device = DeviceControl(s)
r = device.status()
assert len(r) == 4
assert r == [
Device('eth0', 'ethernet', 'connected', 'Wired connection 1'),
Device('wlan0', 'wifi', 'disconnected', None),
Device('p2p-dev-wlan0', 'wifi-p2p', 'disconnected', None),
Device('lo', 'loopback', 'unmanaged', None)
]
assert s.passed_parameters == ['device', 'status']
def test_device():
s = DummySystemCommand('''DEVICE TYPE STATE CONNECTION
eth0 ethernet connected Default
wlan0 wifi connected MyWifi
lo loopback unmanaged --''')
device = DeviceControl(s)
r = device()
assert len(r) == 3
assert r == [
Device('eth0', 'ethernet', 'connected', 'Default'),
Device('wlan0', 'wifi', 'connected', 'MyWifi'),
Device('lo', 'loopback', 'unmanaged', None)
]
assert s.passed_parameters == ['device', 'status']
def test_call():
result_call = [Device('eth0', 'ethernet', 'connected,', 'MyNet')]
c = DummyDeviceControl(result_call)
assert c() == result_call
def test_device_parse_when_failed():
with pytest.raises(ValueError) as e:
Device.parse('invalid')
assert str(e.value) == 'Parse failed [invalid]'