class Event(object):
class Types(object):
OUTPUT = 'OUTPUT'
INPUT = 'INPUT'
SENSOR = 'SENSOR'
THERMOSTAT = 'THERMOSTAT'
SYSTEM = 'SYSTEM'
POWER = 'POWER'
BUTTON_PRESS = 'BUTTON_PRESS'
LED_ON = 'LED_ON'
LED_BLINK = 'LED_BLINK'
UNKNOWN = 'UNKNOWN'
class SensorType(object):
TEMPERATURE = 'TEMPERATURE'
HUMIDITY = 'HUMIDITY'
BRIGHTNESS = 'BRIGHTNESS'
UNKNOWN = 'UNKNOWN'
class SystemEventTypes(object):
EEPROM_ACTIVATE = 'EEPROM_ACTIVATE'
ONBOARD_TEMP_CHANGED = 'ONBOARD_TEMP_CHANGED'
UNKNOWN = 'UNKNOWN'
class ThermostatOrigins(object):
SLAVE = 'SLAVE'
MASTER = 'MASTER'
UNKNOWN = 'UNKNOWN'
class Bus(object):
RS485 = 'RS485'
CAN = 'CAN'
class Leds(object):
LED_0 = 0
LED_1 = 1
LED_2 = 2
LED_3 = 3
LED_4 = 4
LED_5 = 5
LED_6 = 6
LED_7 = 7
LED_8 = 8
LED_9 = 9
LED_10 = 10
LED_11 = 11
LED_12 = 12
LED_13 = 13
LED_14 = 14
LED_15 = 15
class LedStates(object):
OFF = 'OFF'
ON = 'ON'
class LedFrequencies(object):
BLINKING_25 = 'BLINKING_25'
BLINKING_50 = 'BLINKING_50'
BLINKING_75 = 'BLINKING_75'
SOLID = 'SOLID'
class Buttons(object):
SETUP = 0
ACTION = 1
CAN_POWER = 2
SELECT = 3
class ButtonStates(object):
RELEASED = 0
PRESSED = 1
PRESSED_5S = 2
PRESSED_LONG = 3
def __init__(self, data):
self._type = data['type']
self._action = data['action']
self._device_nr = data['device_nr']
self._data = data['data']
self._word_helper = WordField('')
@property
def type(self):
type_map = {
0: Event.Types.OUTPUT,
1: Event.Types.INPUT,
2: Event.Types.SENSOR,
20: Event.Types.THERMOSTAT,
250: Event.Types.BUTTON_PRESS,
251: Event.Types.LED_BLINK,
252: Event.Types.LED_ON,
253: Event.Types.POWER,
254: Event.Types.SYSTEM
}
return type_map.get(self._type, Event.Types.UNKNOWN)
@property
def data(self):
if self.type == Event.Types.OUTPUT:
timer_factor = None
timer_value = self._word_decode(
self._data[2:]) # type: Optional[int]
if self._data[1] == 0:
timer_value = None
elif self._data[1] == 1:
timer_factor = 0.1
elif self._data[1] == 2:
timer_factor = 1
elif self._data[2] == 3:
timer_factor = 60
return {
'output': self._device_nr,
'status': self._action == 1,
'dimmer_value': self._data[0],
'timer_factor': timer_factor,
'timer_value': timer_value
}
if self.type == Event.Types.INPUT:
return {'input': self._device_nr, 'status': self._action == 1}
if self.type == Event.Types.SENSOR:
sensor_type = Event.SensorType.UNKNOWN
sensor_value = None
if self._action == 0:
sensor_type = Event.SensorType.TEMPERATURE
sensor_value = Temperature.system_value_to_temperature(
self._data[1])
elif self._action == 1:
sensor_type = Event.SensorType.HUMIDITY
sensor_value = Humidity.system_value_to_humidity(self._data[1])
elif self._action == 2:
sensor_type = Event.SensorType.BRIGHTNESS
sensor_value = self._word_decode(self._data[0:2])
return {
'sensor': self._device_nr,
'type': sensor_type,
'value': sensor_value
}
if self.type == Event.Types.THERMOSTAT:
origin_map = {
0: Event.ThermostatOrigins.SLAVE,
1: Event.ThermostatOrigins.MASTER
}
return {
'origin':
origin_map.get(self._action, Event.ThermostatOrigins.UNKNOWN),
'thermostat':
self._device_nr,
'mode':
self._data[0],
'setpoint':
self._data[1]
}
if self.type == Event.Types.BUTTON_PRESS:
return {'button': self._device_nr, 'state': self._data[0]}
if self.type == Event.Types.LED_BLINK:
word_25 = self._device_nr
word_50 = self._word_decode(self._data[0:2])
word_75 = self._word_decode(self._data[2:4])
leds = {}
for i in range(16):
if word_25 & (1 << i):
leds[i] = Event.LedFrequencies.BLINKING_25
elif word_50 & (1 << i):
leds[i] = Event.LedFrequencies.BLINKING_50
elif word_75 & (1 << i):
leds[i] = Event.LedFrequencies.BLINKING_75
else:
leds[i] = Event.LedFrequencies.SOLID
return {'chip': self._device_nr, 'leds': leds}
if self.type == Event.Types.LED_ON:
word_on = self._word_decode(self._data[0:2])
leds = {}
for i in range(16):
leds[i] = Event.LedStates.ON if word_on & (
1 << i) else Event.LedStates.OFF
return {'chip': self._device_nr, 'leds': leds}
if self.type == Event.Types.POWER:
return {
'bus':
Event.Bus.RS485 if self._device_nr == 0 else Event.Bus.CAN,
'power': self._data[0 > 1]
}
if self.type == Event.Types.SYSTEM:
type_map = {
0: Event.SystemEventTypes.EEPROM_ACTIVATE,
1: Event.SystemEventTypes.ONBOARD_TEMP_CHANGED
}
event_type = type_map.get(self._action,
Event.SystemEventTypes.UNKNOWN)
event_data = {'type': event_type}
if event_type == Event.SystemEventTypes.ONBOARD_TEMP_CHANGED:
event_data['temperature'] = self._data[0]
return event_data
return None
def _word_decode(self, data): # type: (List[int]) -> int
return self._word_helper.decode(bytearray(data[0:2]))
def __str__(self):
return '{0} ({1})'.format(
self.type,
self.data if self.type != Event.Types.UNKNOWN else self._type)
class Event(object):
class Types(object):
OUTPUT = 'OUTPUT'
INPUT = 'INPUT'
SENSOR = 'SENSOR'
THERMOSTAT = 'THERMOSTAT'
SYSTEM = 'SYSTEM'
POWER = 'POWER'
EXECUTED_BA = 'EXECUTED_BA'
BUTTON_PRESS = 'BUTTON_PRESS'
LED_ON = 'LED_ON'
LED_BLINK = 'LED_BLINK'
UCAN = 'UCAN'
EXECUTE_GATEWAY_API = 'EXECUTE_GATEWAY_API'
UNKNOWN = 'UNKNOWN'
class OutputEventTypes(object):
STATUS = 'STATUS'
LOCKING = 'LOCKING'
class UCANEventTypes(object):
POWER_OUT_ERROR = 'POWER_OUT_ERROR'
POWER_OUT_RESTORED = 'POWER_OUT_RESTORED'
POWER_OUT_ON = 'POWER_OUT_ON'
POWER_OUT_OFF = 'POWER_OUT_OFF'
I2C_ERROR = 'I2C_ERROR'
UNKNOWN = 'UNKNOWN'
class SensorType(object):
TEMPERATURE = 'TEMPERATURE'
HUMIDITY = 'HUMIDITY'
BRIGHTNESS = 'BRIGHTNESS'
UNKNOWN = 'UNKNOWN'
class SystemEventTypes(object):
EEPROM_ACTIVATE = 'EEPROM_ACTIVATE'
ONBOARD_TEMP_CHANGED = 'ONBOARD_TEMP_CHANGED'
UNKNOWN = 'UNKNOWN'
class ThermostatOrigins(object):
SLAVE = 'SLAVE'
MASTER = 'MASTER'
UNKNOWN = 'UNKNOWN'
class Bus(object):
RS485 = 'RS485'
CAN = 'CAN'
class Leds(object):
LED_0 = 0
LED_1 = 1
LED_2 = 2
LED_3 = 3
LED_4 = 4
LED_5 = 5
LED_6 = 6
LED_7 = 7
LED_8 = 8
LED_9 = 9
LED_10 = 10
LED_11 = 11
LED_12 = 12
LED_13 = 13
LED_14 = 14
LED_15 = 15
class LedStates(object):
OFF = 'OFF'
ON = 'ON'
class LedFrequencies(object):
BLINKING_25 = 'BLINKING_25'
BLINKING_50 = 'BLINKING_50'
BLINKING_75 = 'BLINKING_75'
SOLID = 'SOLID'
class Buttons(object):
SETUP = 0
ACTION = 1
CAN_POWER = 2
SELECT = 3
class ButtonStates(object):
RELEASED = 0
PRESSED = 1
PRESSED_5S = 2
PRESSED_LONG = 3
def __init__(self, data):
self._type = data['type']
self._action = data['action']
self._device_nr = data['device_nr']
self._data = data['data']
self._word_helper = WordField('')
self._address_helper = AddressField('', length=3)
@property
def type(self):
type_map = {0: Event.Types.OUTPUT,
1: Event.Types.INPUT,
2: Event.Types.SENSOR,
20: Event.Types.THERMOSTAT,
21: Event.Types.UCAN,
22: Event.Types.EXECUTED_BA,
249: Event.Types.EXECUTE_GATEWAY_API,
250: Event.Types.BUTTON_PRESS,
251: Event.Types.LED_BLINK,
252: Event.Types.LED_ON,
253: Event.Types.POWER,
254: Event.Types.SYSTEM}
return type_map.get(self._type, Event.Types.UNKNOWN)
@property
def data(self):
if self.type == Event.Types.OUTPUT:
data = {'output': self._device_nr}
if self._action in [0, 1]:
timer_type = self._data[1] # type: int
timer_value = self._word_decode(self._data[2:]) or 0 # type: int
timer = Timer.event_timer_type_to_seconds(timer_type, timer_value)
data.update({'type': Event.OutputEventTypes.STATUS,
'status': self._action == 1,
'dimmer_value': self._data[0],
'timer': timer})
else:
data.update({'type': Event.OutputEventTypes.LOCKING,
'locked': self._data[0] == 1})
return data
if self.type == Event.Types.INPUT:
return {'input': self._device_nr,
'status': self._action == 1}
if self.type == Event.Types.SENSOR:
sensor_type = Event.SensorType.UNKNOWN
sensor_value = None
if self._action == 0:
sensor_type = Event.SensorType.TEMPERATURE
sensor_value = Temperature.system_value_to_temperature(self._data[1])
elif self._action == 1:
sensor_type = Event.SensorType.HUMIDITY
sensor_value = Humidity.system_value_to_humidity(self._data[1])
elif self._action == 2:
sensor_type = Event.SensorType.BRIGHTNESS
sensor_value = self._word_decode(self._data[0:2])
return {'sensor': self._device_nr,
'type': sensor_type,
'value': sensor_value}
if self.type == Event.Types.THERMOSTAT:
origin_map = {0: Event.ThermostatOrigins.SLAVE,
1: Event.ThermostatOrigins.MASTER}
return {'origin': origin_map.get(self._action, Event.ThermostatOrigins.UNKNOWN),
'thermostat': self._device_nr,
'mode': self._data[0],
'setpoint': self._data[1]}
if self.type == Event.Types.BUTTON_PRESS:
return {'button': self._device_nr,
'state': self._data[0]}
if self.type == Event.Types.LED_BLINK:
word_25 = self._device_nr
word_50 = self._word_decode(self._data[0:2])
word_75 = self._word_decode(self._data[2:4])
leds = {}
for i in range(16):
if word_25 & (1 << i):
leds[i] = Event.LedFrequencies.BLINKING_25
elif word_50 & (1 << i):
leds[i] = Event.LedFrequencies.BLINKING_50
elif word_75 & (1 << i):
leds[i] = Event.LedFrequencies.BLINKING_75
else:
leds[i] = Event.LedFrequencies.SOLID
return {'chip': self._device_nr,
'leds': leds}
if self.type == Event.Types.LED_ON:
word_on = self._word_decode(self._data[0:2])
leds = {}
for i in range(16):
leds[i] = Event.LedStates.ON if word_on & (1 << i) else Event.LedStates.OFF
return {'chip': self._device_nr,
'leds': leds}
if self.type == Event.Types.POWER:
return {'bus': Event.Bus.RS485 if self._device_nr == 0 else Event.Bus.CAN,
'power': self._data[0 > 1]}
if self.type == Event.Types.SYSTEM:
type_map = {0: Event.SystemEventTypes.EEPROM_ACTIVATE,
1: Event.SystemEventTypes.ONBOARD_TEMP_CHANGED}
event_type = type_map.get(self._action, Event.SystemEventTypes.UNKNOWN)
event_data = {'type': event_type}
if event_type == Event.SystemEventTypes.ONBOARD_TEMP_CHANGED:
event_data['temperature'] = self._data[0]
return event_data
if self.type == Event.Types.UCAN:
event_data = {'address': self._address_helper.decode(bytearray([self._device_nr & 0xFF]) + self._data[0:2])}
if self._data[2] == 0 and self._data[3] == 0:
event_data['type'] = Event.UCANEventTypes.POWER_OUT_ERROR
elif self._data[2] == 0 and self._data[3] == 1:
event_data['type'] = Event.UCANEventTypes.POWER_OUT_RESTORED
elif self._data[2] == 0 and self._data[3] == 2:
event_data['type'] = Event.UCANEventTypes.POWER_OUT_OFF
elif self._data[2] == 2 and self._data[3] == 3:
event_data['type'] = Event.UCANEventTypes.POWER_OUT_ON
elif self._data[2] == 1:
event_data.update({'type': Event.UCANEventTypes.I2C_ERROR,
'i2c_address': self._data[3]})
else:
event_data.update({'type': Event.UCANEventTypes.UNKNOWN,
'data': self._data[2:4]})
return event_data
if self.type == Event.Types.EXECUTED_BA:
return {'basic_action': BasicAction(action_type=self._data[0],
action=self._data[1],
device_nr=self._device_nr,
extra_parameter=self._word_decode(self._data[2:4]))}
if self.type == Event.Types.EXECUTE_GATEWAY_API:
return {'action': self._data[3],
'device_nr': self._device_nr,
'extra_parameter': self._word_decode(self._data[0:2])}
return None
def _word_decode(self, data): # type: (List[int]) -> int
return self._word_helper.decode(bytearray(data[0:2]))
def __str__(self):
return '{0} ({1})'.format(self.type, self.data if self.type != Event.Types.UNKNOWN else self._type)
class BasicAction(object):
def __init__(self,
action_type,
action,
device_nr=None,
extra_parameter=None
): # type: (int, int, Optional[int], Optional[int]) -> None
self._word_helper = WordField('')
self._byte_helper = ByteField('')
self._action_type = self._byte_helper.encode(
action_type) # type: bytearray
self._action = self._byte_helper.encode(action) # type: bytearray
self._device_nr = self._word_helper.encode(
device_nr if device_nr is not None else 0) # type: bytearray
self._extra_parameter = self._word_helper.encode(
extra_parameter
if extra_parameter is not None else 0) # type: bytearray
@property
def action_type(self): # type: () -> int
return self._byte_helper.decode(self._action_type)
@property
def action(self): # type: () -> int
return self._byte_helper.decode(self._action)
@property
def device_nr(self): # type: () -> int
return self._word_helper.decode(self._device_nr)
@property
def extra_parameter(self): # type: () -> int
return self._word_helper.decode(self._extra_parameter)
def encode(self): # type: () -> bytearray
return self._action_type + self._action + self._device_nr + self._extra_parameter
@property
def in_use(self): # type: () -> bool
return self.action_type != 255 and self.action != 255
@property
def is_execute_group_action(self): # type: () -> bool
return self.action_type == 19 and self.action == 0
@staticmethod
def decode(data): # type: (bytearray) -> BasicAction
basic_action = BasicAction(action_type=data[0], action=data[1])
basic_action._device_nr = data[2:4]
basic_action._extra_parameter = data[4:6]
return basic_action
def __repr__(self):
return 'BA({0},{1},{2},{3})'.format(self.action_type, self.action,
self.device_nr,
self.extra_parameter)
def __eq__(self, other): # type: (Any) -> bool
if not isinstance(other, BasicAction):
return False
return self.encode() == other.encode()