def test_high():
print('High detect test')
GPIO.set_high_event(18)
time.sleep(5)
if GPIO.event_detected(18):
print('Event detected')
else:
print('Event not detected')
if not pirState:
pirState = True
else:
if pirState:
pirState = False
if pirState and (timeNow - initialTime).seconds / 60 == 5: # verific email din 5 in 5 minute
initialTime = datetime.now()
email.connect()
if email.newEmails(): # afisez mesaj doar daca exista email-uri necitite
lcd.clear()
lcd.message("Email-uri necitite: %s" % (email.newEmails()))
sleep(5) # afisez mesajul timp de 5 secunde
lcd.clear()
email.disconnect()
if pirState: # daca este detectata miscare afisez
email.connect() # numarul de mail-uri necitite, chiar daca acesta este 0
lcd.clear()
lcd.message("Email-uri necitite: %s" % (email.newEmails()))
sleep(5) # afisez mesajul timp de 5 secunde
lcd.clear()
email.disconnect()
if (timeNowPIR - initialTimePIR).seconds / 60 == 2: # simulez schimbarea valorii senzorului PIR din 2 in 2 minute
initialTimePIR = datetime.now()
if GPIO.input(PIR):
GPIO.set_low_event(PIR)
else:
GPIO.set_high_event(PIR)
import RPi.GPIO as GPIO GPIO.setmode(GPIO.BCM) GPIO.setwarnings(False) pinBtn = 25 GPIO.setup(pinBtn,GPIO.IN, pull_up_down=GPIO.PUD_UP) pinLED = 18 GPIO.setup(pinLED,GPIO.OUT) LEDon = False GPIO.output(pinLED, LEDon) # Polling while(True): GPIO.output(pinLED,0) while(GPIO.input(pinBtn)==0): GPIO.output(pinLED,1) # Interrupt Driven """ GPIO.set_high_event(pinBtn) while(True): if(GPIO.event_detected(pinBtn)): print 'button pushed!' LEDon = not LEDon GPIO.output(pinLED,LEDon) """