def __init__(self, argv):
logging.basicConfig(filename=CB_LOGFILE,level=CB_LOGGING_LEVEL,format='%(asctime)s %(message)s')
self.state = "idle"
self.previousState = "off"
self.apps = []
#CbAdaprot.__init__ MUST be called
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
logging.basicConfig(filename=CB_LOGFILE,level=CB_LOGGING_LEVEL,format='%(asctime)s %(message)s')
self.status = "ok"
self.state = "stopped"
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.apps = {"binary_sensor": [],
"battery": [],
"connected": [],
"temperature": [],
"humidity": [],
"ultraviolet": [],
"luminance": []}
self.intervals = {
"binary_sensor": MAX_INTERVAL,
"battery": BATTERY_CHECK_INTERVAL,
"temperature": MAX_INTERVAL,
"humidity": MAX_INTERVAL,
"ultraviolet": MAX_INTERVAL,
"luminance": MAX_INTERVAL
}
self.intervalChanged = False
self.pollInterval = MIN_INTERVAL - 1 # Start with a short poll interval when no apps have requested
self.lastTemperatureTime = 0
self.lastHumidityTime = 0
self.lastLuminanceTime = 0
self.lastBinaryTime = 0
self.lastBatteryTime = 0
self.lastUltravioletTime = 0
self.updateTime = 0
self.lastUpdateTime = 0
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.apps = {
"binary_sensor": [],
"battery": [],
"connected": [],
"temperature": [],
"humidity": [],
"ultraviolet": [],
"luminance": []
}
self.intervals = {
"binary_sensor": MAX_INTERVAL,
"battery": BATTERY_CHECK_INTERVAL,
"temperature": MAX_INTERVAL,
"humidity": MAX_INTERVAL,
"ultraviolet": MAX_INTERVAL,
"luminance": MAX_INTERVAL
}
self.intervalChanged = False
self.pollInterval = MIN_INTERVAL - 1 # Start with a short poll interval when no apps have requested
self.lastTemperatureTime = 0
self.lastHumidityTime = 0
self.lastLuminanceTime = 0
self.lastBinaryTime = 0
self.lastBatteryTime = 0
self.lastUltravioletTime = 0
self.updateTime = 0
self.lastUpdateTime = 0
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.inputs = KitchenMinderInputs()
self.inputs.setupSwitch(self.switchPressed)
self.inputs.setupPIR(self.movementDetected)
self.apps = {"binary_sensor": [], "gpio": []}
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.uuids = {}
self.scanLength = 3
self.lastScanTime = 0
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.inputs = KitchenMinderInputs()
self.inputs.setupSwitch(self.switchPressed)
self.inputs.setupPIR(self.movementDetected)
self.apps = {"binary_sensor": [],
"gpio": []}
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
logging.basicConfig(filename=CB_LOGFILE,level=CB_LOGGING_LEVEL,format='%(asctime)s %(message)s')
self.status = "ok"
self.state = "stopped"
self.apps = {"temperature": [],
"connected": []}
reactor.callLater(SENSOR_POLL_INTERVAL, self.pollSensor)
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.apps = {"binary_sensor": [],
"battery": []}
self.lastBinaryTime = 0
self.lastBatteryTime = 0
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
logging.basicConfig(filename=CB_LOGFILE,level=CB_LOGGING_LEVEL,format='%(asctime)s %(message)s')
self.status = "ok"
self.state = "stopped"
self.apps = {"temperature": []}
self.pollInterval = {"temperature": 1000}
self.pollTime = {"temperature": 0}
self.activePolls = []
self.processedApps = []
#CbAdaprot.__init__ MUST be called
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.apps = {"number_buttons": [], "battery": [], "connected": []}
self.currentValue = "0"
self.lastButtonTime = 0
self.lastBatteryTime = 0
self.lastWakeupTime = time.time()
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
logging.basicConfig(filename=CB_LOGFILE,level=CB_LOGGING_LEVEL,format='%(asctime)s %(message)s')
self.status = "ok"
self.state = "stopped"
self.previousAlarmState = 0
self.prevInvalidateTime = time.time()
self.apps = {"binary_sensor": [],
"battery": [],
"connected": []}
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.apps = {"number_buttons": [],
"battery": [],
"connected": []}
self.currentValue = "0"
self.lastUpdateTime = 0
self.lastIdTime = 0
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.apps = {
"binary_sensor": [],
"connected": []
}
self.minInterval = 1000
self.connected = False
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.connected = False
self.lastValueTime = 0
self.lastUpdateTime = 0
self.isFailed = False
self.switchState = "unknown"
self.apps = {"binary_sensor": [],
"switch": [],
"connected": []}
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.stop = False
self.apps = {"spur": []}
self.toSend = 0
self.tracking = {}
self.count = 0
self.channel = 0
self.bandwidth = 0
self.listening = False
reactor.callLater(0.5, self.initRadio)
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.apps = {"binary_sensor": [],
"temperature": [],
"luminance": [],
"battery": [],
"connected": []}
self.lastTemperatureTime = 0
self.lastHumidityTime = 0
self.lastLuminanceTime = 0
self.lastBinaryTime = 0
self.lastBatteryTime = 0
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.connected = False
self.apps = {"rgbww": []}
self.colourState = {
"soft_white": "0",
"cold_white": "0",
"red": "0",
"green": "0",
"blue": "0"
}
self.switchState = "0"
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.connected = False
self.switchState = "unknown"
self.apps = {
"energy": [],
"power": [],
"voltage": [],
"current": [],
"power_factor": [],
"binary_sensor": [],
"temperature": [],
"switch": [],
"connected": []
}
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.status = "ok"
self.state = "stopped"
self.connected = False
self.switchState = "unknown"
self.apps = {"energy": [],
"power": [],
"voltage": [],
"current": [],
"power_factor": [],
"binary_sensor": [],
"switch": [],
"connected": []}
self.lastEnergyTime = 0
self.lastPowerTime = 0
self.lastVoltageTime = 0
self.lastCurrentTime = 0
self.lastPowerFactorTime = 0
self.lastBinaryTime = 0
# super's __init__ must be called:
#super(Adaptor, self).__init__(argv)
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
logging.basicConfig(filename=CB_LOGFILE,level=CB_LOGGING_LEVEL,format='%(asctime)s %(message)s')
self.connected = False # Indicates we are connected to SensorTag
self.status = "ok"
self.state = "stopped"
self.gattTimeout = 60 # How long to wait if not heard from tag
self.badCount = 0 # Used to count errors on the BLE interface
self.notifyApps = {"temperature": [],
"ir_temperature": [],
"acceleration": [],
"gyro": [],
"magnetometer": [],
"humidity": [],
"connected": [],
"buttons": []}
self.pollApps = {"temperature": [],
"ir_temperature": [],
"acceleration": [],
"gyro": [],
"magnetometer": [],
"humidity": [],
"connected": [],
"buttons": []}
self.pollInterval = {"temperature": 10000,
"ir_temperature": 10000,
"acceleration": 10000,
"gyro": 10000,
"magnetometer": 10000,
"humidity": 10000,
"connected": 10000,
"buttons": 10000}
self.pollTime = {"temperature": 0,
"ir_temperature": 0,
"acceleration": 0,
"gyro": 0,
"magnetometer": 0,
"humidity": 0,
"connected": 0,
"buttons": 0}
self.activePolls = []
self.lastEOFTime = time.time()
self.processedApps = []
# characteristics for communicating with the SensorTag
# Write 0 to turn off gyroscope, 1 to enable X axis only, 2 to
# enable Y axis only, 3 = X and Y, 4 = Z only, 5 = X and Z, 6 =
# Y and Z, 7 = X, Y and Z
self.cmd = {"on": " 01",
"off": " 00",
"notify": " 0100",
"stop_notify": " 0000",
"gyro_on": " 07"
}
self.primary = {"temp": 0x23,
"accel": 0x2E,
"humid": 0x39,
"magnet": 0x44,
"gyro": 0x5E,
"buttons": 0x69
}
self.handles = {}
self.handles["temperature"] = {"en": str(hex(self.primary["temp"] + 6)),
"notify": str(hex(self.primary["temp"] + 3)),
"data": str(format(self.primary["temp"] + 2, "#06x"))
}
self.handles["acceleration"] = {"en": str(hex(self.primary["accel"] + 6)),
"notify": str(hex(self.primary["accel"] + 3)),
"period": str(hex(self.primary["accel"] + 9)),
# Period = 0x34 value x 10 ms (thought to be 0x0a)
# Was running with 0x0A = 100 ms, now 0x22 = 500 ms
"period_value": " 22",
"data": str(format(self.primary["accel"] + 2, "#06x"))
}
self.handles["humidity"] = {"en": str(hex(self.primary["humid"] + 6)),
"notify": str(hex(self.primary["humid"] + 3)),
"data": str(format(self.primary["humid"] + 2, "#06x"))
}
self.handles["magnetometer"] = {"en": str(hex(self.primary["magnet"] + 6)),
"notify": str(hex(self.primary["magnet"] + 3)),
"period": str(hex(self.primary["magnet"] + 9)),
"period_value": " 66",
"data": str(format(self.primary["magnet"] + 2, "#06x"))
}
self.handles["gyro"] = {"en": str(hex(self.primary["gyro"] + 6)),
"notify": str(hex(self.primary["gyro"] + 3)),
"data": str(format(self.primary["gyro"] + 2, "#06x"))
}
self.handles["buttons"] = {"notify": str(hex(self.primary["buttons"] + 3)),
"data": str(format(self.primary["buttons"] + 2, "#06x"))
}
#CbAdaprot.__init__ MUST be called
CbAdaptor.__init__(self, argv)
def __init__(self, argv):
self.connected = False # Indicates we are connected to SensorTag
self.status = "ok"
self.state = "stopped"
self.gattTimeout = 60 # How long to wait if not heard from tag
self.badCount = 0 # Used to count errors on the BLE interface
self.notifyApps = {"temperature": [],
"ir_temperature": [],
"acceleration": [],
"gyro": [],
"magnetometer": [],
"humidity": [],
"luminance": [],
"connected": [],
"buttons": []}
self.pollApps = {"temperature": [],
"ir_temperature": [],
"acceleration": [],
"gyro": [],
"magnetometer": [],
"humidity": [],
"luminance": [],
"connected": [],
"buttons": []}
self.pollInterval = {"temperature": 10000,
"ir_temperature": 10000,
"acceleration": 10000,
"gyro": 10000,
"magnetometer": 10000,
"humidity": 10000,
"luminance": 10000,
"connected": 10000,
"buttons": 10000}
self.pollTime = {"temperature": 0,
"ir_temperature": 0,
"acceleration": 0,
"gyro": 0,
"magnetometer": 0,
"humidity": 0,
"luminance": 0,
"connected": 0,
"buttons": 0}
self.activePolls = []
self.lastEOFTime = time.time()
self.processedApps = []
# characteristics for communicating with the SensorTag
# Write 0 to turn off gyroscope, 1 to enable X axis only, 2 to
# enable Y axis only, 3 = X and Y, 4 = Z only, 5 = X and Z, 6 =
# Y and Z, 7 = X, Y and Z
self.cmd = {"on": " 01",
"off": " 00",
"notify": " 0100",
"stop_notify": " 0000",
"gyro_on": " 07",
"accel_on": " 8300"
}
self.primary = {"temp": 0x1F,
"humid": 0x27,
"accel": 0x37,
"magnet": 0x44,
"luminance": 0x3F,
"gyro": 0x5E,
"buttons": 0x47
}
self.handles = {}
self.handles["temperature"] = {"en": str(hex(self.primary["temp"] + 5)),
"notify": str(hex(self.primary["temp"] + 3)),
"period": str(hex(self.primary["temp"] + 7)),
"period_value": " ff",
"min_period": 30,
"data": str(format(self.primary["temp"] + 2, "#06x"))
}
self.handles["acceleration"] = {"en": str(hex(self.primary["accel"] + 5)),
"en_on": " 3800",
"en_off": " 0000",
"notify": str(hex(self.primary["accel"] + 3)),
"period": str(hex(self.primary["accel"] + 7)),
# Period min is 10 ms. Set to max.
"period_value": " ff",
"min_period": 10,
"data": str(format(self.primary["accel"] + 2, "#06x"))
}
self.handles["humidity"] = {"en": str(hex(self.primary["humid"] + 5)),
"notify": str(hex(self.primary["humid"] + 3)),
"period": str(hex(self.primary["humid"] + 7)),
"period_value": " ff",
"min_period": 10,
"data": str(format(self.primary["humid"] + 2, "#06x"))
}
self.handles["magnetometer"] = {"en": str(hex(self.primary["magnet"] + 6)),
"notify": str(hex(self.primary["magnet"] + 3)),
"period": str(hex(self.primary["magnet"] + 9)),
"period_value": " ff",
"min_period": 30,
"data": str(format(self.primary["magnet"] + 2, "#06x"))
}
self.handles["gyro"] = {"en": str(hex(self.primary["gyro"] + 6)),
"notify": str(hex(self.primary["gyro"] + 3)),
"data": str(format(self.primary["gyro"] + 2, "#06x"))
}
self.handles["luminance"] = {"en": str(hex(self.primary["luminance"] + 5)),
"notify": str(hex(self.primary["luminance"] + 3)),
"period": str(hex(self.primary["luminance"] + 7)),
"period_value": " ff",
"min_period": 30,
"data": str(format(self.primary["luminance"] + 2, "#06x"))
}
self.handles["buttons"] = {"notify": str(hex(self.primary["buttons"] + 3)),
"data": str(format(self.primary["buttons"] + 2, "#06x"))
}
#CbAdaprot.__init__ MUST be called
CbAdaptor.__init__(self, argv)