# server connection
watchdog = ConnectionWatchdog(globalData.serverComm,
globalData.pingInterval,
globalData.smtpAlert)
# set thread to daemon
# => threads terminates when main thread terminates
watchdog.daemon = True
watchdog.start()
# start data collector thread
dataCollector = LightningmapDataCollector(globalData.sensors)
# set thread to daemon
# => threads terminates when main thread terminates
dataCollector.daemon = True
dataCollector.start()
# only start update checker if it is activated
if updateActivated is True:
updateChecker = UpdateChecker(updateServer, updatePort, updateLocation,
updateCaFile, updateInterval,
updateEmailNotification, globalData)
# set thread to daemon
# => threads terminates when main thread terminates
updateChecker.daemon = True
updateChecker.start()
# set up sensor executer and execute it
# (note: we will not return from the executer unless the client
# is terminated)
sensorExecuter = SensorExecuter(globalData.serverComm, globalData)
sensorExecuter.execute()
time.sleep(5)
# when connected => generate watchdog object to monitor the
# server connection
logging.info("[%s] Starting watchdog thread." % fileName)
watchdog = ConnectionWatchdog(globalData.serverComm,
globalData.pingInterval,
globalData.smtpAlert)
# set thread to daemon
# => threads terminates when main thread terminates
watchdog.daemon = True
watchdog.start()
# Set up sensor executer and execute it.
logging.info("[%s] Starting sensor thread." % fileName)
sensorExecuter = SensorExecuter(globalData)
sensorExecuter.daemon = True
sensorExecuter.start()
# Wait until thread is initialized.
while not sensorExecuter.isInitialized():
time.sleep(0.1)
logging.info("[%s] Client started." % fileName)
# read keyboard input and toggle the sensors accordingly
while True:
print "--------"
for sensor in globalData.sensors:
dataString = ""
# when connected => generate watchdog object to monitor the # server connection watchdog = ConnectionWatchdog(globalData.serverComm, globalData.pingInterval, globalData.smtpAlert) # set thread to daemon # => threads terminates when main thread terminates watchdog.daemon = True watchdog.start() # start data collector thread dataCollector = LightningmapDataCollector(globalData.sensors) # set thread to daemon # => threads terminates when main thread terminates dataCollector.daemon = True dataCollector.start() # only start update checker if it is activated if updateActivated is True: updateChecker = UpdateChecker(updateServer, updatePort, updateLocation, updateCaFile, updateInterval, updateEmailNotification, globalData) # set thread to daemon # => threads terminates when main thread terminates updateChecker.daemon = True updateChecker.start() # set up sensor executer and execute it # (note: we will not return from the executer unless the client # is terminated) sensorExecuter = SensorExecuter(globalData.serverComm, globalData) sensorExecuter.execute()
# if smtp alert is activated
# => send email that communication problems are solved
if not globalData.smtpAlert is None:
globalData.smtpAlert.sendCommunicationAlertClear()
connectionRetries = 1
break
connectionRetries += 1
logging.critical("[%s]: Connecting to server failed. " % fileName +
"Try again in 5 seconds.")
time.sleep(5)
# when connected => generate watchdog object to monitor the
# server connection
logging.info("[%s] Starting watchdog thread." % fileName)
watchdog = ConnectionWatchdog(globalData.serverComm,
globalData.pingInterval,
globalData.smtpAlert)
# set thread to daemon
# => threads terminates when main thread terminates
watchdog.daemon = True
watchdog.start()
logging.info("[%s] Client started." % fileName)
# set up sensor executer and execute it
# (note: we will not return from the executer unless the client
# is terminated)
sensorExecuter = SensorExecuter(globalData)
sensorExecuter.execute()
logging.critical(
"[%s]: Connecting to server failed. Try again in 5 seconds." %
fileName)
time.sleep(5)
# when connected => generate watchdog object to monitor the
# server connection
logging.info("[%s]: Starting watchdog thread." % fileName)
watchdog = ConnectionWatchdog(globalData.serverComm,
globalData.pingInterval,
globalData.smtpAlert)
# set thread to daemon
# => threads terminates when main thread terminates
watchdog.daemon = True
watchdog.start()
# set up sensor executer and execute it
executer = SensorExecuter(globalData)
# set thread to daemon
# => threads terminates when main thread terminates
executer.daemon = True
executer.start()
logging.info("[%s]: Client started." % fileName)
# generate receiver to handle incoming data (for example status updates)
# (note: we will not return from the receiver unless the client is terminated)
receiver = Receiver(globalData.serverComm)
receiver.run()
# => threads terminates when main thread terminates
watchdog.daemon = True
watchdog.start()
# only start update checker if it is activated
if updateActivated is True:
updateChecker = UpdateChecker(updateServer, updatePort, updateLocation,
updateCaFile, updateInterval,
updateEmailNotification, globalData)
# set thread to daemon
# => threads terminates when main thread terminates
updateChecker.daemon = True
updateChecker.start()
# set up sensor executer and execute it
sensorExecuter = SensorExecuter(globalData.serverComm, globalData)
sensorExecuter.daemon = True
sensorExecuter.start()
# read keyboard input and toggle the sensors accordingly
while True:
print "--------"
for sensor in globalData.sensors:
if sensor.consoleInputState == sensor.triggerState:
print("Sensor Id: %d - Triggered" % sensor.id)
else:
print("Sensor Id: %d - Not Triggered" % sensor.id)
try:
localSensorId = int(
+ "Try again in 5 seconds.")
time.sleep(5)
# when connected => generate watchdog object to monitor the
# server connection
logging.info("[%s] Starting watchdog thread." % fileName)
watchdog = ConnectionWatchdog(globalData.serverComm,
globalData.pingInterval, globalData.smtpAlert)
# set thread to daemon
# => threads terminates when main thread terminates
watchdog.daemon = True
watchdog.start()
# Set up sensor executer and execute it.
logging.info("[%s] Starting sensor thread." % fileName)
sensorExecuter = SensorExecuter(globalData)
sensorExecuter.daemon = True
sensorExecuter.start()
# Wait until thread is initialized.
while not sensorExecuter.isInitialized():
time.sleep(0.1)
logging.info("[%s] Client started." % fileName)
# read keyboard input and toggle the sensors accordingly
while True:
print("--------")
for sensor in globalData.sensors:
dataString = ""
# set thread to daemon
# => threads terminates when main thread terminates
watchdog.daemon = True
watchdog.start()
# only start update checker if it is activated
if updateActivated is True:
updateChecker = UpdateChecker(updateServer, updatePort, updateLocation,
updateCaFile, updateInterval, updateEmailNotification, globalData)
# set thread to daemon
# => threads terminates when main thread terminates
updateChecker.daemon = True
updateChecker.start()
# set up sensor executer and execute it
sensorExecuter = SensorExecuter(globalData.serverComm, globalData)
sensorExecuter.daemon = True
sensorExecuter.start()
# read keyboard input and toggle the sensors accordingly
while True:
print "--------"
for sensor in globalData.sensors:
if sensor.consoleInputState == sensor.triggerState:
print ("Sensor Id: %d - Triggered" % sensor.id)
else:
print ("Sensor Id: %d - Not Triggered" % sensor.id)
try:
localSensorId = int(
