def main():
#Intitialize the MQTT Client and subscriptions
MQTTClient = functionalizedAWSIOT.AWS_MQTT_Initialize()
#Initialize AWS access keys
AWSCredentials = helpers.getAWSCredentials()
# print(AWSCredentials)
#subscriptionFunctions.picture(None, None, None)
while(1):
sleep(5)
def main_func():
MQTTClient = functionalizedAWSIOT.AWS_MQTT_Initialize()
if functionalizedAWSIOT.AWS_MQTT_subscribe(
MQTTClient, "testing", subscriptionFunctions.testCallbackFunction):
sleep(5)
functionalizedAWSIOT.AWS_MQTT_publish(MQTTClient, "testing",
"testing message boop beep")
sleep(5)
return subscriptionFunctions.GLOBAL_TEST_VARIABLE
return -1
# for windows
if name == 'nt':
_ = system('cls')
# for mac and linux(here, os.name is 'posix')
else:
_ = system('clear')
# main function-----------------------------------------------
# ------------------------------------------------------------
if __name__ == "__main__":
try:
# initialize AWS MQTT----------------------------------
myMQTTClient = functionalizedAWSIOT.AWS_MQTT_Initialize()
print("MQTT Client Initialized")
# initialize radio transceiver------------------------------------------------------------
# ---------------------------------------------------------------------------------------
radio = functionalizedRadio.initializeRadio()
#prime the network -> workaround for strange inability to detect radios until subscription happens?
radio.send(
1, "1", attempts=1, waitTime=100
) #hack to overcome new issue - radios dead until radio.send!?
clear()
print("RADIO NETWORK INITIALIZED:\n\n")
while True: