def inloop(textchange = False,activity = False, offset = 0):
if textchange:
text2.regen()
if shutterUp.y != -100 and shutterUp.colouring.colour[2] == 1:
shutterUp.set_position(y=-100)
if (shutterUp.colouring.colour[2] == 0):
if shutterUp.y > 0:
shutterUp.set_position(y=-100)
shutterUp.set_position(y=(shutterUp.y+2))
activity = True
if shutterDown.y != -100 and shutterDown.colouring.colour[2] == 1:
shutterDown.set_position(y=-100)
if (shutterDown.colouring.colour[2] == 0):
if shutterDown.y < -99:
shutterDown.set_position(y=0)
shutterDown.set_position(y=(shutterDown.y-2))
activity = True
if peripherals.touch_pressed:
peripherals.touch_pressed = False
if peripherals.clicked(shutterUp.x,shutterUp.y):
peripherals.controlrelays(config.shutterdown, 0)
mqttclient.publish("scheinwerfer", '0')
peripherals.controlrelays(config.shutterup, 1)
shutterUp.colouring.set_colour([0,1,0])
shutterUp.set_text(text_format= chr(0xe00f))
shutterDown.colouring.set_colour([1,1,1])
elif peripherals.clicked(shutterDown.x,shutterDown.y):
peripherals.controlrelays(config.shutterup, 0)
peripherals.controlrelays(config.shutterdown, 1)
mqttclient.publish("scheinwerfer", '1')
shutterUp.colouring.set_colour([1,1,1])
shutterDown.colouring.set_colour([0,1,0])
else:
peripherals.controlrelays(config.shutterdown, 0)
peripherals.controlrelays(config.shutterup, 0)
shutterUp.colouring.set_colour([1,1,1])
shutterDown.colouring.set_colour([1,1,1])
if offset != 0:
offset = graphics.slider_change(text2.text, offset)
if offset == 0:
text2.regen()
text2.draw()
return activity,offset
def motion_detected(channel):
if gpio.input(channel):
print('motion detected')
eg_object.motion = True
if config.startmqttclient:
mqttclient.publish("motion", 'ON')
else:
eg_object.motion = False
if config.startmqttclient:
mqttclient.publish("motion", 'OFF')
eg_object.lastmotion = time.time()
def guiEvent(type, args):
data = json.loads(args)
mqttclient.init()
if type == "state":
GUI.update("state", json.dumps(mqttclient.state()))
elif type == "connect":
mqttclient.connect(data["broker_address"], data["username"],
data["password"])
elif type == "disconnect":
mqttclient.disconnect()
elif type == "subscribe":
mqttclient.subscribe(data["topic"])
elif type == "unsubscribe":
mqttclient.unsubscribe(data["topic"])
elif type == "publish":
mqttclient.publish(data["topic"], data["payload"], data["qos"])
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():
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)
def cliEvent(type, args):
if type == "invoked" and args[0] == "mqttclient":
if len(args
) < 2 or len(args) > 1 and args[1] == "-?" or args[1] == "/?":
print_cli_usage()
CLI.exit()
elif len(args) > 1 and args[1] != "-?" and args[1] != "/?":
mqttclient.init()
if len(args) > 2 and len(args) < 6 and args[1] == "connect":
username = ""
password = ""
if len(args) > 3:
username = args[3]
if len(args) == 5:
password = args[4]
mqttclient.connect(args[2], username, password)
elif len(args) == 2 and args[1] == "disconnect":
mqttclient.disconnect()
elif len(args) == 3 and args[1] == "subscribe":
mqttclient.subscribe(args[2])
elif len(args) == 3 and args[1] == "unsubscribe":
mqttclient.unsubscribe(args[2])
elif len(args) == 5 and args[1] == "publish":
mqttclient.publish(args[2], args[3], args[4])
elif len(args) == 2 and args[1] == "display-last-message":
messages = mqttclient.state()["messages"]
if len(messages) > 0:
print messages[-1]
print ""
CLI.exit()
elif len(args) == 2 and args[1] == "display-all-messages":
messages = mqttclient.state()["messages"]
for message in messages:
print message
print ""
CLI.exit()
elif len(args) == 2 and args[1] == "display-last-event":
events = mqttclient.state()["events"]
if len(events) > 0:
print events[-1]
print ""
CLI.exit()
elif len(args) == 2 and args[1] == "display-all-events":
events = mqttclient.state()["events"]
for event in events:
print event
print ""
CLI.exit()
else:
print_cli_usage()
CLI.exit()
elif type == "interrupted":
CLI.exit()