def run(self):
senseFact = SensorFactory()
for sensorName in self.specification:
sensor = senseFact.getSensor(sensorName)
if (sensor is not False):
metaData = sensor.getMetaData()
data = defaultdict(list)
log = defaultdict(list)
timestamp = int(time.time())
data['unit'] = metaData[
self.specification[sensorName]].getUnit()
data['value'] = metaData[
self.specification[sensorName]].getValue()
data['sensor'] = sensorName
data['metaData'] = self.specification[sensorName]
log[timestamp] = data
# Open a file
fo = open("log.txt", "a")
#append to file the log data
fo.write(json.dumps(log) + "\n")
# Close opend file
fo.close()
def run(self):
senseFact = SensorFactory()
for sensorName in self.specification:
sensor = senseFact.getSensor(sensorName)
if (sensor is not False):
metaData = sensor.getMetaData()
data = defaultdict(list)
log = defaultdict(list)
timestamp = int(time.time())
data['unit'] = metaData[self.specification[sensorName]].getUnit()
data['value'] = metaData[self.specification[sensorName]].getValue()
data['sensor'] = sensorName
data['metaData'] = self.specification[sensorName]
log[timestamp] = data
# Open a file
fo = open("log.txt", "a")
#append to file the log data
fo.write(json.dumps(log) + "\n")
# Close opend file
fo.close()
def run(self):
print('::Logging MetaData')
senseFact = SensorFactory()
for sensorName in self.specification:
print("Get sensor: " + sensorName)
sensor = senseFact.getSensor(sensorName)
metaData = sensor.getMetaData()
print(sensorName + "::" + metaData[self.specification[sensorName]].getName() + " reading: ")
print(metaData[self.specification[sensorName]].getValue() + " "+ metaData[self.specification[sensorName]].getUnit())
def run(self):
print('::Logging MetaData')
senseFact = SensorFactory()
for sensorName in self.specification:
print("Get sensor: " + sensorName)
sensor = senseFact.getSensor(sensorName)
metaData = sensor.getMetaData()
print(sensorName + "::" +
metaData[self.specification[sensorName]].getName() +
" reading: ")
print(metaData[self.specification[sensorName]].getValue() + " " +
metaData[self.specification[sensorName]].getUnit())
def run(self):
doJob = True
if ('conditions' in self.missionReference):
senseFact = SensorFactory()
for mCondition in self.missionReference['conditions']:
for conditionName in mCondition:
conditionValue = mCondition[conditionName][1]
sensorOptions = mCondition[conditionName][0].partition(',')
sensorName = sensorOptions[0].strip()
metaDataName = sensorOptions[2].strip()
#create the sensor
sensor = senseFact.getSensor(sensorName)
if (sensor is False):
#sensor module did not load
doJob = False
else:
#get the sensors meta data
metaData = sensor.getMetaData()
#create a condition to test (equals, less than, greater than etc)
condition = Condition(conditionName)
#if the condition fails do not do job
if (condition.test(metaData[metaDataName].getValue(), conditionValue) is False):
doJob = False
if ('delay' in self.missionReference):
timedelay = str(self.lastRun + int(self.missionReference['delay']))
#create and test time condition
condition = Condition('gthan')
if (condition.test(int(time.time()), timedelay) is False):
doJob = False
jobFact = JobFactory()
if ('job' in self.missionReference and doJob is not False):
#set the last run time
self.lastRun = int(time.time())
for jobName in self.missionReference['job']:
print("." + jobName)
#grab the job specification to pass to the factory
jobSpec = self.missionReference['job'][jobName]
job = jobFact.getJob(jobName, jobSpec)
job.run()
elif(doJob is False):
# print('-')
doJob = False
else:
print('Error: Job not found')
def run(self):
senseFact = SensorFactory()
data = defaultdict(list)
for sensorName in self.specification:
sensor = senseFact.getSensor(sensorName)
if (sensor is not False):
metaData = sensor.getMetaData()
data[self.specification[sensorName]] = metaData[
self.specification[sensorName]].getValue()
r = requests.post("http://192.168.1.3/post", data=data)
print(r.status_code)
