def status():
if request.method <> 'POST':
status = db.getStatuses(g.db)
return render_template('status.html', status = status)
else:
debug('Adding the status : ' + request.form['status'])
db.addStatus(g.db, request.form['status'], request.form['description'])
status = db.getStatuses(g.db)
return render_template('status.html', status = status)
def update():
print '/add-hvac-status' # for debugging
# The highest and lowest temperatures a user can set are put in environment variables.
minTemp = int( os.environ.get('MINIMUM_TEMPERATURE') )
maxTemp = int( os.environ.get('MAXIMUM_TEMPERATURE') )
response = request.json # Decode the JSON sent by the Pi's POST request
print "response ", response
coolTemperatureInRange = methods.inTemperatureRange(minTemp, maxTemp, response['coolTemperature'])
heatTemperatureInRange = methods.inTemperatureRange(minTemp, maxTemp, response['heatTemperature'])
if coolTemperatureInRange==True:
coolTemperature = response['coolTemperature']
elif coolTemperatureInRange==False:
coolTemperature = None
print(coolTemperature)
if heatTemperatureInRange==True:
heatTemperature = response['heatTemperature']
elif heatTemperatureInRange==False:
heatTemperature = None
roomTemperature = response['roomTemperature']
humidity = response['humidity']
coolSwitch = response['coolSwitch']
coolStatus = response['coolStatus']
heatSwitch = response['heatSwitch']
heatStatus = response['heatStatus']
fanSwitch = response['fanSwitch']
# add current status received from Pi to database
db.addStatus(
(
time.time(),
roomTemperature,
humidity,
coolSwitch,
coolStatus,
coolTemperature,
heatSwitch,
heatStatus,
heatTemperature,
fanSwitch
)
)
print "desiredStatus: ", desiredStatus # for debugging
return jsonify(desiredStatus)
