awNUAGrL

1
2import time
3import grovepi
4import math
5import sys
6import twython from TWYTHON
7
8APP_KEY = 'jgv6yK6miS6nLhqbhfTYPBO5a'  # Customer Key here
9APP_SECRET = 'XlhigYvHSz4CVrCwI4v4Wxf2jYxKmIcSXPjAJUOro82z0IjK1s'  # Customer secret here
10OAUTH_TOKEN = '765360661425590272-7uNwRu2G2O0DDBw9NVGLBKgaC6svLAN' # Access Token here
11OAUTH_TOKEN_SECRET = 'prAWU5hVfDqWoK6KBeBXUA1qxtdOMrGyEt6qFKXrgj1KN'  # Access Token Secret here
12
13twitter = Twython(APP_KEY, APP_SECRET, OAUTH_TOKEN, OAUTH_TOKEN_SECRET)
14
15
16# Connections
17light_sensor = 1   # port A1 
18
19# Connect to Twitter
20threshold = 10
21
22while True:
23    try:
24        print ("Checking")
25        # Get sensor value
26        sensor_value = grovepi.analogRead(light_sensor)
27
28        # Calculate resistance of sensor in K
29        resistance = (float)(1023 - sensor_value) * 10 / sensor_value
30	# If / Else statment to tweet if the milk needs filling
31        if resistance > threshold:
32            # Tweeting to Fill Milk
33            twitter.update_status(status="The Milk Needs Filling" + time.strftime)
34            #print("The Milk Needs Filling")
35        else:
36            # Print following to command line
37            print("The Milk Does Not Need Filling At This Time")
38        print("Waiting")
39        time.sleep(60
40
41    except IOError:
42        print("Error")
43    except KeyboardInterrupt:
44        exit()
45    except:
46	print("Duplicate Tweet or Twitter Refusal")