if len(sys.argv) > 1:
startName = sys.argv[1]
if len(sys.argv) > 2:
startState = sys.argv[2]
sel = selectors.DefaultSelector()
#variables that simulate the actual state of the light
currentActualState = startState
currentActualName = startName
currentActualTime = 0
#initialStateList is in the format [initial actualState, actualName, actualCurrentTime]
initialStateList = [currentActualState, currentActualName, 0]
wifiComm = multiconnClientClass2.wifiCommunicator(sel, initialStateList)
context = "IDLE"
timerTestAlreadyDone = False
motionTime = 10
motionEndTime = 40
while True:
wifiComm.checkWifi() #check wifi signals
#now can check wifiComm.lightModuleDict to see what the wifi is instructing the light to do
#print(wifiComm.getState())
wifiState = wifiComm.getState(
) #format [connectionStatus ("CONNECTED"/"NOTYETCONNECTED"/"DISCONNECTED"), wifiState ("ON"/"OFF"), wifiName (string), resetTime (bool)]
#if the wif-commanded state or name has changed, then simulate changing the actual name and state of the light
'''
def pre_cycle(self):
"""
Check WIFI and update from wifi.
"""
'''
if (self.state==DETECT):
print ("Connected")
self.state=IDLE
'''
if (self.state==DETECT):
#initialize wifi
#initialStateList is in the format [initial actualState, actualName, actualCurrentTime]
self.state=IDLE
if self.state == ACTIVE:
initialStateList = ["ON", self.wifiName, 0]
else:
initialStateList = ["OFF", self.wifiName, 0]
self.wifi = multiconnClientClass2.wifiCommunicator(sel, initialStateList)
print ("Connected")
if (self.state==IDLE):
#wifistate = int (input("State IDLE, turn on? [1/0]?"))
#if (wifistate==1):
# self.state = INITIAL
pass
# Connection = False
# wifiState = 0
# resetTimer = True
#---------- Simulation only ----------------#
#Connection = True
#wifiState = 1
#wifiName = "Test"
#resetTimer = False
#-------------------------------------------#
# Check connection
self.wifi.checkWifi() # This updates the internal memory
# Fetch updated data from checkwifi()
(Connection, wifiState, self.wifiName, resetTimer) = self.wifi.getState()
if (Connection=="CONNECTED"):
# Only change state when there is a connection
if (wifiState=="ON"):
print ("Connection true, lampON: ", self.lampON)
if (self.lampON==0 and self.timer.period==-1):
# Lamp off and timer not set
self.state = INITIAL
else:
# Lamp off and timer was set:
# Resume disinfection
self.state = ACTIVE
else:
self.state = IDLE
if (resetTimer==True):
# Reset time should be effective whether lamp on (turn off, reset time),
# or lamp off (simply reset time to -1)
self.state = IDLE
self.timer.reset() # Resets timer time to -1
else:
self.state = IDLE
print("Not connected to base station.")
# Detect human
self.seeHuman = self.motionSensor.getReadings()
if (self.seeHuman):
self.state = IDLE # If human detect, go to IDLE
return 0