import random
from therm import Thermometer
		
class Sensor:
	def __init__(self, obj):
		self.obj = obj
		if isinstance(obj, Thermometer):
			self.value = obj.get_value
			self.valuestr = lambda: '{:.1f} °F'.format(self.value())
			self.identify = lambda: 'One-Wire Thermometer'
			self.quantity = 'Temperature'
			self.type = 'Thermometer'
		else:
			self.value = random.random
			self.valuestr = lambda: '{:.2f}'.format(self.value())
			self.identify = lambda: 'RNG'
			self.quantity = 'Random Number'
			self.type = 'Dummy'
			
def retrieve_sensors():
	sensors = []
	
	try:
		t = Thermometer()
		t.get_temp_F() # test for read/parse error before adding
		t.start_sampling()
		sensors.append(Sensor(t))
	except ThermometerError:
		pass
	
	return sensors


f10c573e8759879193917b5a4cb5040719942b5e
<mask token>


class Sensor:
    <mask token>


<mask token>

<mask token>


class Sensor:

    def __init__(self, obj):
        self.obj = obj
        if isinstance(obj, Thermometer):
            self.value = obj.get_value
            self.valuestr = lambda : '{:.1f} °F'.format(self.value())
            self.identify = lambda : 'One-Wire Thermometer'
            self.quantity = 'Temperature'
            self.type = 'Thermometer'
        else:
            self.value = random.random
            self.valuestr = lambda : '{:.2f}'.format(self.value())
            self.identify = lambda : 'RNG'
            self.quantity = 'Random Number'
            self.type = 'Dummy'


<mask token>

<mask token>


class Sensor:

    def __init__(self, obj):
        self.obj = obj
        if isinstance(obj, Thermometer):
            self.value = obj.get_value
            self.valuestr = lambda : '{:.1f} °F'.format(self.value())
            self.identify = lambda : 'One-Wire Thermometer'
            self.quantity = 'Temperature'
            self.type = 'Thermometer'
        else:
            self.value = random.random
            self.valuestr = lambda : '{:.2f}'.format(self.value())
            self.identify = lambda : 'RNG'
            self.quantity = 'Random Number'
            self.type = 'Dummy'


def retrieve_sensors():
    sensors = []
    try:
        t = Thermometer()
        t.get_temp_F()
        t.start_sampling()
        sensors.append(Sensor(t))
    except ThermometerError:
        pass
    return sensors

import random
from therm import Thermometer


class Sensor:

    def __init__(self, obj):
        self.obj = obj
        if isinstance(obj, Thermometer):
            self.value = obj.get_value
            self.valuestr = lambda : '{:.1f} °F'.format(self.value())
            self.identify = lambda : 'One-Wire Thermometer'
            self.quantity = 'Temperature'
            self.type = 'Thermometer'
        else:
            self.value = random.random
            self.valuestr = lambda : '{:.2f}'.format(self.value())
            self.identify = lambda : 'RNG'
            self.quantity = 'Random Number'
            self.type = 'Dummy'


def retrieve_sensors():
    sensors = []
    try:
        t = Thermometer()
        t.get_temp_F()
        t.start_sampling()
        sensors.append(Sensor(t))
    except ThermometerError:
        pass
    return sensors

import random
from therm import Thermometer
		
class Sensor:
	def __init__(self, obj):
		self.obj = obj
		if isinstance(obj, Thermometer):
			self.value = obj.get_value
			self.valuestr = lambda: '{:.1f} °F'.format(self.value())
			self.identify = lambda: 'One-Wire Thermometer'
			self.quantity = 'Temperature'
			self.type = 'Thermometer'
		else:
			self.value = random.random
			self.valuestr = lambda: '{:.2f}'.format(self.value())
			self.identify = lambda: 'RNG'
			self.quantity = 'Random Number'
			self.type = 'Dummy'
			
def retrieve_sensors():
	sensors = []
	
	try:
		t = Thermometer()
		t.get_temp_F() # test for read/parse error before adding
		t.start_sampling()
		sensors.append(Sensor(t))
	except ThermometerError:
		pass
	
	return sensors

