def main():
pinMode(A0, IN)
mqttclient.init()
mqttclient.onConnect(on_connect)
mqttclient.onDisconnect(on_disconnect)
mqttclient.onSubscribe(on_subscribe)
mqttclient.onUnsubscribe(on_unsubscribe)
mqttclient.onPublish(on_publish)
mqttclient.onMessageReceived(on_message_received)
print('Client Initialized')
mqttclient.connect(broker_add, username, password)
while not mqttclient.state()["connected"]: #wait until connected
pass #do nothing
# mqttclient.publish("waterLevel","0,0","1");
#countWater = 0
#resultwater = analogRead(0)
#waterCm = (((analogRead(A0)-0)*(21.81- -0)) / (1023-0))+ 0
tempc = (((analogRead(A0) - 0) * (100 - -100)) / (1023 - 0)) + -100
while True:
tempc = (((analogRead(A0) - 0) * (100 - -100)) / (1023 - 0)) + -100
#waterCm = (((analogRead(A0)-0)*(21.81- -0)) / (1023-0))+ 0
#print waterCm
print tempc
tempSent = str(tempc)
mqttclient.publish("temp", tempSent, "1")
#mqttclient.publish("temp",'HIGH',"1");
"""
if tempc < 20:
mqttclient.publish("temp",tempSent,"1");
print tempc
delay(100);
elif tempc > 30:
mqttclient.publish("temp","dont","1");
delay(100)
"""
delay(1000)
def main():
mqttclient.init()
mqttclient.onConnect(on_connect)
mqttclient.onDisconnect(on_disconnect)
mqttclient.onSubscribe(on_subscribe)
mqttclient.onUnsubscribe(on_unsubscribe)
mqttclient.onPublish(on_publish)
mqttclient.onMessageReceived(on_message_received)
print('Client Initialized')
mqttclient.connect(broker_add, username, password)
while not mqttclient.state()["connected"]: #wait until connected
pass #do nothing
mqttclient.subscribe(sub2)
while True:
delay(1000)
def main():
pinMode(A0, IN)
mqttclient.init()
mqttclient.onConnect(on_connect)
mqttclient.onDisconnect(on_disconnect)
mqttclient.onSubscribe(on_subscribe)
mqttclient.onUnsubscribe(on_unsubscribe)
mqttclient.onPublish(on_publish)
mqttclient.onMessageReceived(on_message_received)
print('Client Initialized')
mqttclient.connect(broker_add, username, password)
while not mqttclient.state()["connected"]: #wait until connected
pass #do nothing
# mqttclient.publish("waterLevel","0,0","1");
#countWater = 0
#resultwater = analogRead(0)
waterCm = (((analogRead(A0) - 0) * (21.81 - -0)) / (1023 - 0)) + 0
while True:
waterCm = (((analogRead(A0) - 0) * (21.81 - -0)) / (1023 - 0)) + 0
print waterCm
waterI = int(waterCm)
waterSent = str(waterI)
mqttclient.publish("waterLevel", waterSent, "1")
"""
if waterCm < 2:
mqttclient.publish("waterLevel","1,0","1");
print waterCm
delay(100);
#countWater = countWater + 1
elif waterCm > 15:
mqttclient.publish("waterLevel","0,0","1");
delay(100)
#countWater = countWater + 1
"""
delay(1000)
def main():
pinMode(A0,IN)
mqttclient.init()
mqttclient.onConnect(on_connect)
mqttclient.onDisconnect(on_disconnect)
mqttclient.onSubscribe(on_subscribe)
mqttclient.onUnsubscribe(on_unsubscribe)
mqttclient.onPublish(on_publish)
mqttclient.onMessageReceived(on_message_received)
print('Client Initialized')
mqttclient.connect(broker_add,username,password)
while not mqttclient.state()["connected"]: #wait until connected
pass #do nothing
# mqttclient.publish("waterLevel","0,0","1");
humidityp = analogRead(A0)
print humidityp
humidityp = (((analogRead(A0)-0)*(100- -0))/(1023-0))+ -0
while True:
humidityp = (((analogRead(A0)-0)*(100- -0))/(1023-0))+ -0
print humidityp
humiditySent = str(humidityp)
mqttclient.publish("humidity",humiditySent,"1")
"""
if humidityp > 70:
mqttclient.publish("temp","heat","1");
print tempc
delay(100);
elif humidityp < 60:
mqttclient.publish("temp","dont","1");
delay(100)
"""
delay(1000)