def socket_connect():
socketId = str(uuid.uuid4())
current_app.clients.append(socketId)
session['socketId'] = socketId
print("Client Connected. Active sockets:", len(app.clients))
Arduino.start_socket_interval_readings(SOCKET_SAMPLING_INTERVAL)
emit('connected response', {'socketId': socketId})
emit('new leader', {'leader': app.clients[0]}, broadcast=True)
def socket_disconnect():
print("Disconnect funciton...")
current_app.clients.remove(session['socketId'])
if len(app.clients) < 1: Arduino.stop_socket_interval_readings()
else: emit('new leader', {'leader': app.clients[0]})
print('Client disconnected. Active Sockets:', len(app.clients))
def adjustSessionStart(startTimeData):
newHour, newMin = startTimeData["start_time"].split(":")
response = Arduino.adjustSessionStart(int(newHour), int(newMin))
# Need to add error feedback; check that time is not in the future
emit('cmd_response', {'response': response})
def startSession():
print("End Session")
Arduino.stopSession()
emit('cmd_response', {'response': 'Session Ended'})
def startSession():
print("Start Session")
Arduino.startSession()
emit('cmd_response', {'response': 'Session Started'})
def getSmokeSessionData():
emit('smokeSessionData', Arduino.getDataFromSessionStart())
def arduinoStatus():
Arduino.updateReadings()
emit('statusData', Arduino.makeStatusDict(), broadcast=True)