def main():
pin = Pin(('GPIO_1', 5), Pin.OUT)
led = Signal(pin, invert=True)
led.off()
led_status = 'OFF'
while True:
reported = {'state': {'reported': {}}}
reported['state']['reported']['led'] = led_status
degu.update_shadow(ujson.dumps(reported))
received = degu.get_shadow()
if received:
try:
desired = ujson.loads(received)
try:
led_status = desired['state']['desired']['led']
except:
pass
if led_status == 'ON':
led.on()
else:
led.off()
except:
pass
time.sleep(1)
def main():
reported = {'state': {'reported': {}}}
gps = GPS(0, GPS_BAUDRATE)
while True:
reported['state']['reported'] = gps.read(("gprmc", "gpgsa"))
json = ujson.dumps(reported)
print(json)
degu.update_shadow(json)
time.sleep(1)
def main():
reported = {'state': {'reported': {}}}
vib = PIR(0)
while True:
reported['state']['reported']['motion'] = vib.detect()
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
sleep(1)
def main():
reported = {'state': {'reported': {}}}
collision = Collision(0)
while True:
reported['state']['reported']['collision'] = collision.detect()
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
sleep(1)
def main():
reported = {'state': {'reported': {}}}
lsm6ds3 = LSM6DS3(0x6A, True, True) #device_addr, accel_mode, gyros_mode
while True:
reported['state']['reported']['accel'] = lsm6ds3.accel_start()
reported['state']['reported']['gyro'] = lsm6ds3.gyros_start()
print(ujson.dumps(reported))
degu.update_shadow(ujson.dumps(reported))
time.sleep(5)
def main():
reported = {'state': {'reported': {}}}
loudness = Loudness(0)
while True:
reported['state']['reported']['loudness'] = loudness.read()
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
sleep(30)
def main():
reported = {'state': {'reported': {}}}
air = AirQuality(0)
while True:
reported['state']['reported']['air_quality'] = air.read()
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
sleep(60)
def main():
reported = {'state': {'reported': {}}}
mmc7660 = MMC7660(MMC7660_I2CADDR)
while True:
reported['state']['reported']['axis'] = mmc7660.getAxes()
json = ujson.dumps(reported)
print(json)
degu.update_shadow(json)
time.sleep(5)
def main():
reported = {'state': {'reported': {}}}
moisture = Moisture(0)
while True:
reported['state']['reported']['moisture'] = moisture.read()
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
sleep(30)
def main():
reported = {'state': {'reported': {}}}
current = Current(0)
while True:
reported['state']['reported']['current'] = current.read()
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
sleep(1)
def main():
reported = {'state': {'reported': {}}}
temp = Temperature(0)
while True:
reported['state']['reported']['temp'] = temp.read()
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
sleep(60)
def main():
reported = {'state': {'reported': {}}}
bma400 = BMA400(BMA400_I2CADDR)
while True:
reported['state']['reported']['temp'] = bma400.temprature_read()
reported['state']['reported']['axis'] = bma400.accel_axis_read()
json = ujson.dumps(reported)
print(json)
degu.update_shadow(json)
time.sleep(5)
def main():
reported = {'state': {'reported': {}}}
bus = I2C(1)
bmp = BMP280(i2c=bus)
while True:
reported['state']['reported']['temp'] = bmp.values[0]
reported['state']['reported']['pres'] = bmp.values[1]
print(ujson.dumps(reported))
degu.update_shadow(ujson.dumps(reported))
time.sleep(60)
def main():
reported = {'state': {'reported': {}}}
vib = Vibration(0)
while True:
reported['state']['reported']['vibration'] = "not detected"
for i in range(100):
if vib.detect():
reported['state']['reported']['detected'] = "detected"
sleep(0.01)
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
def main():
reported = {'state': {'reported': {}}}
bus = I2C(1)
sht31 = SHT31(i2c=bus)
while True:
values = sht31.get_temp_humi()
reported['state']['reported']['temp'] = values[0]
reported['state']['reported']['humid'] = values[1]
print(ujson.dumps(reported))
degu.update_shadow(ujson.dumps(reported))
time.sleep(60)
def main():
reported = {'state': {'reported': {}}}
pm25 = PM25()
while True:
concentration = pm25.get_concentration()
reported['state']['reported']['pollution'] = {
'pm1.0': concentration[0],
'pm2.5': concentration[1],
'pm10': concentration[2]
}
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
sleep(60)
def main():
reported = {'state': {'reported': {}}}
while True:
co2 = CO2()
concentration = co2.getConcentration()
reported['state']['reported']['co2'] = {
'co2concentration': concentration[0],
'temperature': concentration[1],
'humidity': concentration[2]
}
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
sleep(60)
def main():
reported = {'state': {'reported': {}}}
colorSensor = ColorSensor()
while True:
color = colorSensor.readColor()
reported['state']['reported']['color'] = {
'red': color[0],
'green': color[1],
'blue': color[2]
}
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
sleep(60)
def main():
reported = {'state': {'reported': {}}}
rtc = RTC()
# RTC initialization
rtc.setTime(2019, 5, 22, 17, 31, 30)
days = ["MON", "TUE", "WED", "THU", "FRI", "SAT", "SUN"]
formatString = "{}-{:0>2}-{:0>2}({:0>2}) {:0>2}:{:0>2}:{:0>2}"
while True:
time = rtc.getTime()
reported['state']['reported']['time'] = {
"time":
formatString.format(time[0], time[1], time[2], days[time[3]],
time[4], time[5], time[6])
}
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
sleep(1)
from machine import Pin
import degu
import ujson
if __name__ == '__main__':
reported = {'state': {'reported': {}}}
sw4 = Pin(('GPIO_1', 14), Pin.IN, Pin.PULL_UP)
led = Pin(('GPIO_1', 8), Pin.OUT)
before = 0
while True:
value = sw4.value()
if value != before:
if value == 1:
reported['state']['reported']['led'] = 'off'
led.off()
else:
reported['state']['reported']['led'] = 'on'
led.on()
print(ujson.dumps(reported))
degu.update_shadow(ujson.dumps(reported))
before = value
import ujson
import degu
def battery_voltage():
R6 = 68
R8 = 100
ADC_REF = 0.6
ADC_RESOLUTION=4096 #12bit
ain = ADC(1)
ain.gain(ain.GAIN_1_6) #gain set to 1/6
raw = ain.read()
vin = (raw / ADC_RESOLUTION) * ADC_REF * 6
v = vin * ((R6 + R8) / R8)
return v
if __name__ == '__main__':
reported = {'state':{'reported':{}}}
while True:
reported['state']['reported']['battery'] = battery_voltage()
json = ujson.dumps(reported)
degu.update_shadow(json)
print(json)
degu.suspend(30)
