print(command["payload"])
# Listen for commands.
device.add_event_observer("command", on_command)
# Connect to Losant.
device.connect(blocking=False)
'''****************************************************************************************
While True loop to run for eternity.. or Answer = 42, you decide
****************************************************************************************'''
# Send values once every second.
while True:
device.loop()
if device.is_connected():
# Read Lid state to check if its open
LidState = GPIO.input(LIDCOVER)
# Ultrasonic Sensor Read only if Lid is closed
if LidState == 0:
GPIO.output(TRIG, False)
print "Waiting For Ultrasonic Sensor"
time.sleep(2)
GPIO.output(TRIG, True)
time.sleep(0.00001)
GPIO.output(TRIG, False)
def setColor(deviceId, color):
print(deviceId)
color_to_set = colors[color]
for index, pin in enumerate(losantconfig.LED_PINS[deviceId]):
print('setting pin', pin, 'to', index)
GPIO.output(pin, color_to_set[index])
# set both lights to red to begin
setColor(losantconfig.MY_DEVICE_ID, 'red')
setColor(losantconfig.OTHER_DEVICE_ID, 'red')
try:
while True: # keep doing this forever and ever
device.loop() # keeps MQTT connection alive
### Key State ###
key_state = not GPIO.input(
losantconfig.KEY_PIN
) # False is when the key is turned, so we're flipping it for sanity's sake
# state changed to turned
if key_state == True and is_key_turned == 0:
print('Key Turned')
is_key_turned = 1
if device.is_connected():
# send the key's state via MQTT
device.send_state({"isKeyTurned": is_key_turned})
# state changed to unturned
def setColor(deviceId, color):
print(deviceId)
color_to_set = colors[color]
for index, pin in enumerate(losantconfig.LED_PINS[deviceId]):
print('setting pin',pin,'to',index)
GPIO.output(pin, color_to_set[index])
# set both lights to red to begin
setColor(losantconfig.MY_DEVICE_ID, 'red')
setColor(losantconfig.OTHER_DEVICE_ID,'red')
try:
while True: # keep doing this forever and ever
device.loop() # keeps MQTT connection alive
### Key State ###
key_state = not GPIO.input(losantconfig.KEY_PIN) # False is when the key is turned, so we're flipping it for sanity's sake
# state changed to turned
if key_state == True and is_key_turned == 0:
print('Key Turned')
is_key_turned = 1
if device.is_connected():
# send the key's state via MQTT
device.send_state({ "isKeyTurned": is_key_turned})
# state changed to unturned
if key_state == False and is_key_turned == 1:
print('Key Released')
SOFTWARE.
"""
import time
import random
from losantmqtt import Device
# Construct device
device = Device("my-device-id", "my-app-access-key", "my-app-access-secret")
def on_command(my_device, command):
print("Command received.")
print(command["name"])
print(command["payload"])
# Listen for commands.
device.add_event_observer("command", on_command)
# Connect to Losant.
device.connect(blocking=False)
# Send temperature once every second.
while True:
device.loop()
if device.is_connected():
# Call out to your sensor here
temp = random.random() * 100
device.send_state({"temperature": temp})
time.sleep(1)