Smart Cities - Saving data

aquarium1.py

# aquarium.py
import requests
r = requests.get('https://api.particle.io/v1/devices/330035000d47373336373936/internalTemp?access_token=1c476acb47bd0b944a031e2859ef7160e4b72a66')
print(r)
# print(r.json())
# print(r.json()['result'])

int_temp = r.json()['result']
print("The internal temperature is " + str(int_temp))

aquarium2.py

# aquarium2.py
import requests
r_int_temp = requests.get('https://api.particle.io/v1/devices/330035000d47373336373936/internalTemp?access_token=1c476acb47bd0b944a031e2859ef7160e4b72a66')
print(r_int_temp)

r_temperature = requests.get('https://api.particle.io/v1/devices/330035000d47373336373936/temperature?access_token=1c476acb47bd0b944a031e2859ef7160e4b72a66')
print(r_temperature)



int_temp = r_int_temp.json()['result']
print("The internal temperature is " + str(int_temp))

temperature = r_temperature.json()['result']
print("The outside temperature is " + str(temperature))

aquarium3.py

# aquarium3.py
import requests
r_int_temp = requests.get('https://api.particle.io/v1/devices/330035000d47373336373936/internalTemp?access_token=1c476acb47bd0b944a031e2859ef7160e4b72a66')
print(r_int_temp)

r_temperature = requests.get('https://api.particle.io/v1/devices/330035000d47373336373936/temperature?access_token=1c476acb47bd0b944a031e2859ef7160e4b72a66')
print(r_temperature)

r_conductivity = requests.get('https://api.particle.io/v1/devices/330035000d47373336373936/conductivity?access_token=1c476acb47bd0b944a031e2859ef7160e4b72a66')
#print(r_temperature)


int_temp = r_int_temp.json()['result']
print("The internal temperature is " + str(int_temp))

temperature = r_temperature.json()['result']
print("The outside temperature is " + str(temperature))

conductivity = r_conductivity.json()['result']
print("The salt concentration is " + str(conductivity))