def b6_clicked():
toggle_led(L6)
stateL6 = GPIO.digitalRead(L6)
stateL7 = GPIO.digitalRead(L7)
if not stateL6 and stateL7:
toggle_led(L7)
return status()
def b6_clicked():
toggle_led(L6)
stateL6 = GPIO.digitalRead(L6)
stateL7 = GPIO.digitalRead(L7)
if not stateL6 and stateL7:
toggle_led(L7)
return status()
def status():
stat = dict(L1=GPIO.digitalRead(L1),
L2=GPIO.digitalRead(L2),
L3=GPIO.digitalRead(L3),
L4=GPIO.digitalRead(L4),
L5=GPIO.digitalRead(L5),
L6=GPIO.digitalRead(L6),
L7=GPIO.digitalRead(L7))
return json.dumps(stat)
def toggle_led(pin):
value = GPIO.LOW
state = GPIO.digitalRead(pin)
if not state:
value = GPIO.HIGH
GPIO.digitalWrite(pin, value)
def status():
stat = dict(L1=GPIO.digitalRead(L1), L2=GPIO.digitalRead(L2),
L3=GPIO.digitalRead(L3), L4=GPIO.digitalRead(L4),
L5=GPIO.digitalRead(L5), L6=GPIO.digitalRead(L6),
L7=GPIO.digitalRead(L7))
return json.dumps(stat)
# -*- coding: utf-8 -*- import time import RPi.GPIO as GPIO DIGITALIN = 20 GPIO.setmode(GPIO.BCM) GPIO.setup(DIGITALIN, GPIO.IN) GPIO.setwarnings(False) value = GPIO.digitalRead(DIGITALIN) print DIGITALIN
def toggle_led(pin):
value = GPIO.LOW
state = GPIO.digitalRead(pin)
if not state:
value = GPIO.HIGH
GPIO.digitalWrite(pin, value)
#pin_V = ?
pin_clock = 16
pin_data = 18
#Variables
clock = 1
lastClock = 1
time = 0
timeStart = 0
out = 0
GPIO.setup(pin_clock, GPIO.IN, pull_up_down=GPIO.PUD_UP)
GPIO.setup(pin_data, GPIO.IN, pull_up_down=GPIO.PUD_UP)
lastClock = clock
clock = GPIO.digitalRead(clockIn)
try:
while True:
#GPIO.input(pin_data) reference the pin
if lastClock == 1 and clock == 0:
out = GPIO.digitalRead(dataIn) + GPIO.digitalRead(
dataIn) + GPIO.digitalRead(
dataIn) #Triple sample remove glitches
if (micros() - time) > 800:
Serial.printIn(" ")
elif (micros() - time) > 400:
print(" ")
if (out > 1):
print("1")
else:
