def initializeNetwork(self, network):
self.event = Event()
self.__message_buffer = []
# Network Configuration
self._networkManager = NetworkManager.NetworkManager(
self.event, network)
# This registers the message buffering feature based on network availability.
self.event.subscribe('network.connected', self.__clear_payload_buffer)
self.event.subscribe('network.disconnected',
self._networkManager.networkDisconnected)
def test_network_disconnected(self):
networkManager = NetworkManager.NetworkManager(None, '')
networkManager.networkDisconnected()
assert networkManager.networkActive == False
def test_network_connected(self):
networkManager = NetworkManager.NetworkManager(None, '')
networkManager.networkConnected()
assert networkManager.networkActive == True
def test_invalid_ppp_create(self):
with pytest.raises(Exception,
message='Invalid mode type: invalid-ppp'):
networkManager = NetworkManager.NetworkManager('invalid-ppp')
def test_create_non_network(self):
networkManager = NetworkManager.NetworkManager(None, '')
assert networkManager.networkActive == True
assert repr(networkManager) == 'Network Agnostic Mode'
def test_invalid_create(self):
with pytest.raises(Exception, message='Invalid network type: invalid'):
networkManager = NetworkManager.NetworkManager(None, 'invalid')
def test_invalid_ppp_create(self):
with pytest.raises(Exception,
match='Invalid network type: invalid-ppp'):
networkManager = NetworkManager.NetworkManager(None, 'invalid-ppp')