def send_message(device_address, message):
"""Sends a single message to a connected device.
:param device_address: The hex-address of the device.
:param message: A message from sirius.protocol.messages.
:returns: 2-tuple of (success, command id used - even if the sending failed)
"""
command_id = _get_next_command_id()
# Search for bridge.
for bridge_state in bridge_by_address.values():
if device_address in bridge_state.connected_devices:
break
else:
return (False, command_id)
# Send data through the websocket.
command = encoders.encode_bridge_command(
bridge_state.address,
message,
command_id,
'0',
)
bridge_state.websocket.send(json.dumps(command))
# Remember the command we just sent and increment the command id.
# TODO - implement timeout logic.
bridge_state.pending_commands[command_id] = message
return (True, command_id)
def send_message(device_address, message):
"""Sends a single message to a connected device.
:param device_address: The hex-address of the device.
:param message: A message from sirius.protocol.messages.
:returns: 2-tuple of (success, command id used - even if the sending failed)
"""
command_id = _get_next_command_id()
# Search for bridge.
for bridge_state in bridge_by_address.values():
if device_address in bridge_state.connected_devices:
break
else:
return (False, command_id)
# Send data through the websocket.
command = encoders.encode_bridge_command(
bridge_state.address,
message,
command_id,
'0',
)
bridge_state.websocket.send(json.dumps(command))
# Remember the command we just sent and increment the command id.
# TODO - implement timeout logic.
bridge_state.pending_commands[command_id] = message
return (True, command_id)
def test_add_device_encryption_key(self):
claim_code = '6xwh-441j-8115-zyrh'
expected_encryption_key = 'F7D9bmztHV32+WJScGZR0g=='
command = messages.AddDeviceEncryptionKey(
'some-bridge-address',
'some-device-address',
claim_code
)
json = encoders.encode_bridge_command('some-bridge-address', command, 1, '0')
expected_json = {
'type': 'BridgeCommand',
'bridge_address': 'some-bridge-address',
'command_id': 1,
'timestamp': '0',
'json_payload': {
'name': 'add_device_encryption_key',
'params': {
'device_address': 'some-device-address',
'encryption_key': expected_encryption_key,
}
}
}
self.assertDictEqual(expected_json, json)
def test_set_delivery_no_face(self):
command = messages.SetDeliveryNoFace('some-device-address', self.bw_2x2())
json = encoders.encode_bridge_command('some-bridge-address', command, 1, '0')
expected_json = {
'type': 'DeviceCommand',
'bridge_address': 'some-bridge-address',
'device_address': 'some-device-address',
'command_id': 1,
'timestamp': '0',
'binary_payload': 'AQASAAEAAAAAAAAAJwAAACMAAAAAABUAAAAdcwPoHWHQHS8PHUSAGyoAAAAAADABAwAAAAECAQ=='
}
self.assertDictEqual(expected_json, json)
def test_set_personality_with_message(self):
command = messages.SetPersonalityWithMessage('some-device-address', self.bw_2x2(), self.bw_2x2(), self.bw_2x2(), self.bw_2x2(), self.bw_2x2())
json = encoders.encode_bridge_command('some-bridge-address', command, 1, '0')
expected_json = {
'type': 'DeviceCommand',
'bridge_address': 'some-bridge-address',
'device_address': 'some-device-address',
'command_id': 1,
'timestamp': '0',
'binary_payload': 'AQABAQEAAAAAAAAAwwAAACMAAAAAABUAAAAdcwPoHWHQHS8PHUSAGyoAAAAAADABAwAAAAECASMAAAAAABUAAAAdcwPoHWHQHS8PHUSAGyoAAAAAADABAwAAAAECASMAAAAAABUAAAAdcwPoHWHQHS8PHUSAGyoAAAAAADABAwAAAAECASMAAAAAABUAAAAdcwPoHWHQHS8PHUSAGyoAAAAAADABAwAAAAECASMAAAAAABUAAAAdcwPoHWHQHS8PHUSAGyoAAAAAADABAwAAAAECAQ=='
}
self.assertDictEqual(expected_json, json)
