def main():
TIME = getTime() # Initialize time value
SensorValueArr = [TIME, LPG, SMOKE, CO, CO2, TEMP, HUM, FAILURE] # Sensor arr keep all sensor data, time and failure data to send cloud.
db = Database()
com = comm.Cummunication()
port = com.connect()
dht22_sensor = dht22.DHT22()
while(True):
msg = com.read_message(port)
val, msgID = com.getValue(msg)
print ("value:", val)
print("type:", msgID)
if msgID != 0: # if the mqsensor data was read, other sensor's data will read.
SensorValueArr[4] = mh_z19.read()["co2"]
SensorValueArr[5] = dht22_sensor.read_dht(False)
SensorValueArr[6] = dht22_sensor.read_dht(True)
SensorValueArr[msgID] = val
if SensorValueArr[1] >= LPG_LIMIT and SensorValueArr[2] >= SMOKE_LIMIT and \
SensorValueArr[3] >= CO_LIMIT and SensorValueArr[4] >= CO2_LIMIT and \
SensorValueArr[5] >= TEMP_LIMIT and SensorValueArr[6] >= HUM_LIMIT: # Check Sensor failure limits.
SensorValueArr[7] = True
if msgID == 3: # When All sensor data was read. The data will send cloud.
msgID = 0
SensorValueArr[0] = getTime()
db.prepare_data(SensorValueArr)
db.send_data()
print("Data sent...")
print(SensorValueArr)
def main():
TIME = getTime()
SensorValueArr = [
TIME, LPG, METAN, PROPAN, CO, HYDROGEN, SMOKE, CO2, TEMP, HUM, FAILURE
]
db = Database()
com = comm.Cummunication()
port = com.connect()
dht22_sensor = dht22.DHT22()
while (True):
msg = com.read_message(port)
val, msgID = com.getValue(msg)
print("value:", val)
print("type:", msgID)
if msgID != 0:
SensorValueArr[7] = mh_z19.read()["co2"]
SensorValueArr[8] = dht22_sensor.read_dht(False)
SensorValueArr[9] = dht22_sensor.read_dht(True)
SensorValueArr[msgID] = val
if SensorValueArr[1] >= LPG_LIMIT and SensorValueArr[2] >= METAN_LIMIT and \
SensorValueArr[3] >= PROPAN_LIMIT and SensorValueArr[4] >= CO_LIMIT and \
SensorValueArr[5] >= HYDROGEN_LIMIT and SensorValueArr[6] >=SMOKE_LIMIT and \
SensorValueArr[7] >= CO2_LIMIT and SensorValueArr[8] >= TEMP_LIMIT and SensorValueArr[9] >= HUM_LIMIT:
SensorValueArr[10] = True
if msgID == 6:
msgID = 0
SensorValueArr[0] = getTime()
db.prepare_data(SensorValueArr)
db.send_data()
print("Data sent...")
print(SensorValueArr)
def GetTemp(self): # 温湿度を取得
instance = dht22.DHT22(pin=TEMP_SENSOR_PIN)
retry_count = 0
while True: # MAX_RETRY回まで繰り返す
retry_count += 1
result = instance.read()
if result.is_valid(): # 取得できたら温度と湿度を返す
return result.temperature, result.humidity
elif retry_count >= MAX_RETRY:
return 99.9, 99.9 # MAX_RETRYを過ぎても取得できなかった時に温湿度99.9を返す
sleep(RETRY_TIME)
def getSenzorTemp():
timest = calendar.timegm(datetime.datetime.now().timetuple())
if senzor_type == "dht22":
while True:
gpio.init()
instance = dht22.DHT22(pin=gport.PA12)
result = instance.read()
if result.is_valid():
return {
"info": {"type": "senzor_data",
"id": id},
"data": {"temp": result.temperature,
"humidity": result.humidity,
"timestamp": timest}
}
elif senzor_type == "18b20":
temp = sensor.get_temperature()
return {
"info": {"type": "senzor_data",
"id": id},
"data": {"temp": temp,
"timestamp": timest}
}
PIN2 = port.PA6
gpio.init()
#gpio.cleanup()
while 1:
# Connexion serveur FTP
ftp = FTP('192.168.1.170', 'pi', 'raspberry')
etat = ftp.getwelcome()
print "Etat : ", etat
def average(list):
if (list != []): return float(sum(list)) / len(list)
# read data using pin 14
instance = dht22.DHT22(pin=PIN2)
i = 0
list_temp = []
list_hum = []
while 1:
result = instance.read()
if result.is_valid():
list_temp.append(result.temperature)
list_hum.append(result.humidity)
i = i + 1
os.system('clear')
print(str(i) + "0%")
time.sleep(6)
os.system('clear')
def main():
user = False
saveDHTData = True
logFile = "logger.txt"
# Get the sensors
dht22S = dht22.DHT22()
hcsr04S = hcsr04.HCSR04()
ledS = led.LED()
resetPB = push_button.PushButton(dht22S, ledS, 20)
# Create the queues for each sensor
qDatadht = Q.Queue(1000)
qdhtExit = Q.Queue(1)
qDataHC = Q.Queue(1000)
qhcExit = Q.Queue(1)
serverQ = Q.Queue(100)
sQExit = Q.Queue(1)
# Create locks
dhtLock = t.Lock()
hcLock = t.Lock()
dhtExitL = t.Lock()
hcExitL = t.Lock()
serverLock = t.Lock()
sExitL = t.Lock()
# Create the thread for DHT sensor
thread1 = sThread.SensorThread(1, "Thread1", qDatadht, dhtLock, qdhtExit,
dhtExitL, dht22S)
# Create thread for HC-SR04 sensor
thread2 = sThread.SensorThread(2, "Thread2", qDataHC, hcLock, qhcExit,
hcExitL, hcsr04S)
# Thread for the server
serverT = server.ServerS(3, "Server", logFile, serverQ, serverLock, sQExit,
sExitL)
# Start
thread1.start()
thread2.start()
serverT.start()
endProcess = False
while not endProcess:
dht22Data = None
# Is there data from DHT22?
dhtLock.acquire()
if not qDatadht.empty():
dht22Data = qDatadht.get()
dhtLock.release()
# Is there data from HC-SR04?
hcData = None
hcLock.acquire()
if not qDataHC.empty():
hcData = qDataHC.get()
hcLock.release()
# Was there a presence?
if hcData:
pTime = time.asctime()
data = ["HC", hcData, pTime]
ledS.turnOnLED()
writeToFile(logFile, data)
# DHT data
if saveDHTData:
if dht22Data:
if dht22Data[0] != None:
data = [" DHT", dht22Data[0], dht22Data[1]]
writeToFile(logFile, data)
# Verify is there are new params
data = []
interval = []
serverLock.acquire()
# Get the new parameters
while not serverQ.empty():
data.append(serverQ.get())
serverLock.release()
if not data:
continue
# Modify params is necessary
for d in data:
dSplit = d.split(",")
value = float(dSplit[1])
if dSplit[0] == "RS" and value == 1:
dht22S.setDefaults()
ledS.turnOffLED()
if dSplit[0] == "LI" and value != -1:
interval.append(dSplit[1])
if dSplit[0] == "UI" and value != -1:
interval.append(dSplit[1])
if dSplit[0] == "SP" and value != -1:
dht22S.setPSampling(float(dSplit[1]))
if dSplit[0] == "SV" and value != -1:
saveDHTData = bool(int(dSplit[1]))
if dSplit[0] == "TF" and value != -1:
ledS.turnOffLED()
#
if len(interval) > 0:
dht22S.setSamplingInterval(int(interval[1]), int(interval[2]))
if not dht22S.withinInterval(time.time()):
saveDHTData = False
import RPi.GPIO as GPIO
import dht22
import time
import datetime
# initialize GPIO
GPIO.setwarnings(False)
GPIO.setmode(GPIO.BCM)
GPIO.cleanup()
# read data using pin 4
instance = dht22.DHT22(pin=4)
while True:
result = instance.read()
if result.is_valid():
print("Last valid input: " + str(datetime.datetime.now()))
print("Temperature: %.1f C" % result.temperature)
print("Humidity: %.1f %%" % result.humidity)
time.sleep(1)
def startup(self):
"""
Main function for the program
:return:
"""
self.run_event.set()
if 'dht_led_pin' in self.config['pins']:
dht_led_pin = self.config['pins']['dht_led_pin']
GPIO.setup(dht_led_pin, GPIO.OUT)
else:
dht_led_pin = None
dht_data_pin = self.config['pins']['dht_data_pin']
button_pin = self.config['pins']['button_pin']
dht = dht22.DHT22(data_gpio_pin=dht_data_pin, led_gpio_pin=dht_led_pin)
tsl = tsl_sensor.TSLSensor()
# TODO:
original_sigint_handler = signal.signal(signal.SIGINT, signal.SIG_IGN)
# Subprocess handlers
thread_temp = TemperatureThread(self.config['timeouts']['wx_timeout'],
dht, self.run_event, self.queue)
thread_lux = LuxThread(self.config['timeouts']['lux_timeout'], tsl,
self.run_event, self.queue)
thread_wheel = WheelCounterThread(
self.config['pins']['wheel_sensor_pin'],
self.config['pins']['wheel_led_pin'],
self.config['timeouts']['wheel_loop_timer'],
self.config['timeouts']['wheel_inactivity_timer'],
self.config['wheel_info']['circumference'], self.run_event,
self.queue)
thread_lcd = DataReportingThread(
self.run_event, self.reporting_queue, self.lcd, __version__,
self.config['timeouts']['lcd_fadeout_time'],
self.config['database']['filename'])
thread_button = ButtonHandlerThread(button_pin, self.run_event,
self.queue)
signal.signal(signal.SIGINT, original_sigint_handler)
# Start the subprocesses
thread_lcd.start()
thread_temp.start()
thread_lux.start()
thread_wheel.start()
thread_button.start()
while True:
try:
# Wait for something on the queue, but only for a short time (1 ms). This will allow some
# responsiveness on the loop (e.g. for CTRL+C shutdown) and will also act as the loop
# delay since we're basically in a busy-wait
data = self.queue.get(True, 0.001)
logger.info("{0}: {1}".format(threading.currentThread().name,
data))
# Get the data over to the reporting thread
self.reporting_queue.put(data)
except KeyboardInterrupt:
logger.info("Keyboard Stop, terminating worker processes")
self.run_event.clear()
thread_temp.join()
thread_lux.join()
thread_wheel.join()
GPIO.cleanup()
# Cleanup the LCD
self.lcd.set_backlight(1)
self.lcd.clear()
logger.info("Threads shutdown")
break
except Exception as ex:
pass
from pyA20.gpio import gpio
from pyA20.gpio import port
import dht22
import time
import datetime
gpio.init()
instance = dht22.DHT22(pin=port.PA6)
result = instance.read()
if result.is_valid():
print('{0:0.1f} | {1:0.1f}'.format(result.temperature, result.humidity))
else:
print('-1 | -1')