def toJsonfromSensor(self, SensorData):
data = {}
data['name'] = SensorData.name
data['avgVal'] = SensorData.avgVal
data['maxVal'] = SensorData.getMaxValue()
data['minVal'] = SensorData.getMinValue()
data['curVal'] = SensorData.getValue()
data['timeStamp'] = str(SensorData.timestamp)
self.jsonSd = json.dumps(data)
outputSd = open('sensordata.txt', 'w')
outputSd.write(self.jsonSd)
return self.jsonSd
def sendNotification(self):
if (abs(SensorData.getValue() - SensorData.getAvgValue()) >=
self.alertDiff):
# print(SensorData.curValue)
# print(SensorData.sampleCount)
logging.basicConfig(format='%(asctime)s:%(levelname)s:%(message)s',
level=logging.DEBUG)
logging.info('\n Current temp exceeds average by > ' +
str(self.alertDiff) + '.Triggering alert...')
data = SensorData.__str__()
connector = SmtpClientConnector()
connector.publishMessage('Excessive Temp', data)
def sensorTojson(self, SensorData):
data = {};
data['name'] = SensorData.name;
data['avgVal'] = SensorData.avgVal;
data['maxVal'] = SensorData.getMaxValue();
data['minVal'] = SensorData.getMinValue();
data['curVal'] = SensorData.getValue();
data['timeStamp'] = str(SensorData.timeStamp);
data['totVal'] = SensorData.getTotalValue();
data['sampleCount'] = SensorData.getSamplecount();
self.jsonSd = json.dumps(data)
outputSd = open('sensedata.txt','w')
outputSd.write(self.jsonSd)
return self.jsonSd
def testAddValue(self):
testValue = 10.0
sensordata = SensorData()
sensordata.addValue(testValue)
sampleCount = sensordata.getSampleCount()
assert sampleCount == 1
curValue = sensordata.getValue()
assert curValue == testValue
avgValue = sensordata.getAvgValue()
assert avgValue == testValue
minValue = sensordata.getMinValue()
assert minValue == testValue
maxValue = sensordata.getMaxValue()
assert maxValue == testValue
totValue = sensordata.getTotValue()
assert totValue == testValue