def readMotionSensor(gpioNum):
motionSensor_url = srmlib.url_builder(
url=DEVICE_URL, path='/phy/gpio/{}/value'.format(gpioNum))
motion_object = srmlib.SRMClient(url=motionSensor_url,
https_check=https_check,
verbose=verbose)
return motion_object
def readRegister(portNumber, slaveAddress):
value_url = srmlib.url_builder(url=DEVICE_URL,
path='/phy/i2c/{}/slaves/{}/value'.format(
portNumber, slaveAddress))
value = srmlib.SRMClient(url=value_url,
https_check=https_check,
verbose=verbose)
return value
from flask import Flask
from flask_ask import Ask, statement, convert_errors
import logging
import srmlib_ublox as srmlib
url = "https://193.2.179.243:46300"
https_check = srmlib.HTTPS_BASIC
verbose = True
client = srmlib.SRMClient(url=url, https_check=https_check, verbose=verbose)
rewards = [(-1, "did not do well"), (1, "is ok"), (2, "did well")]
algoreward = [0]
leds = []
for i in range(3):
led_url = srmlib.url_builder(url=url,
path='/log/integer/{}/value'.format(i))
led = srmlib.SRMClient(url=led_url,
https_check=https_check,
verbose=verbose)
leds.append(led)
app = Flask(__name__)
ask = Ask(app, '/')
logging.getLogger("flask_ask").setLevel(logging.DEBUG)
@app.route('/')
def home_page():
return '<h1>Welcome to my site!</h1>'
DEVICE_ID = '1'
flag = 0
MOTION_SENSOR_PIN = 23
humidity_value = 20
temperature_value = 20
motion_value = 0
# Reset configuration just in case
print("\nRebooting...")
#client.reboot(wait=True)
client = srmlib.SRMClient(url=DEVICE_URL,
https_check=https_check,
verbose=verbose)
#communication I2C
#initI2c(I2C_PORT)
#initI2cSlave(I2C_PORT, HDC_ADDRESS)
#setDatasize(I2C_PORT, HDC_ADDRESS, 2)
#communication Motion sensor
#allocatePin(MOTION_SENSOR_PIN)
#configPin(MOTION_SENSOR_PIN)
while 1:
try:
temperature_value = refreshTemperature(I2C_PORT, HDC_ADDRESS,
HDC_TEMP_REGISTER)
return humidity
def readLum(client):
client.put('/phy/i2c/1/slaves/41/value', data='"B4"')
data = client.get('/phy/i2c/1/slaves/41/value').content
def readCo(client):
data = client.get('/phy/i2c/1/slaves/72/value').content
return int(data[2:5],16)
def avgCo(arr):
return sum(arr) / len(arr)
m3 = srmlib.SRMClient(url="https://m3.srm.bajtahack.si:46300", https_check=https_check, verbose=verbose)
m3ceoSamp = []
a = srmlib.SRMClient(url="https://193.2.178.251", https_check=https_check, verbose=verbose)
print("\nWorking...")
ti = datetime.datetime.now()
c = conn.cursor()
#read seansor a#print("Read A!")#print(readTemp(a))#print(readHumi(a))#print(readCo(a))
print("Read M3!")
temp = readTemp(m3)
hum = readHumi(m3)
m3ceoSamp.append(readCo(m3))
if(len(m3ceoSamp) > 10):
def izhod():
GPIO.cleanup()
client.delete('/phy/gpio/{}/alloc'.format(led_gpio))
atexit.register(izhod)
# Parameters
url = "https://localhost:46100"
https_check = srmlib.HTTPS_BASIC
verbose = True
led_gpio = 18
# Create SRM manager
client = srmlib.SRMClient(url=url, https_check=https_check, verbose=verbose)
# Reset configuration just in case
#print("\nRebooting...")
#client.reboot(wait=True)
# Initialize LED light controller
print("\nInitialize LED light controller...")
client.post('/phy/gpio/alloc', data=led_gpio)
data = {"dir": "out", "mode": "floating", "irq": "none", "debouncing": 0}
client.put('/phy/gpio/{}/cfg/value'.format(led_gpio), data=data)
led = srmlib.SRMClient(
url="https://localhost:46100/phy/gpio/{}/value".format(led_gpio),
https_check=https_check,
verbose=verbose)