PROGRAM
def initpi():
gpio.setmode(gpio.BOARD) #sets as the pin number in board
gpio.setwarnings(False) #disable warnings
def setuppins():
gpio.setup(40,gpio.OUT) #set 40 pin as output
gpio.setup(38,gpio.IN)
gpio.output(40,0)
import RPi.GPIO as gpio #adds main header file
import time #adds timer header file
initpi()
setuppins()
while True: #starts infinite loop
x=raw_input(‘led control word/n ‘)
if(x==’on’):
gpio.output(40,1) #writes a digital value to it
print ‘led is on ‘
elif(x==’off’):
print(‘led is off ‘)
gpio.output(40,0) #writes a digital value to it
PROGRAM
def initpi():
gpio.setmode(gpio.BOARD) #sets as the pin number in board
gpio.setwarnings(False) #disable warnings
def setuppins():
gpio.setup(40,gpio.OUT) #set 40 pin as output
gpio.setup(38,gpio.IN)
gpio.output(40,0)
import RPi.GPIO as gpio #adds main header file
import time #adds timer header file
initpi()
setuppins()
while True: #starts infinite loop
x=raw_input(‘led control word/n ‘)
if(x==’on’):
gpio.output(40,1) #writes a digital value to it
print ‘led is on ‘
elif(x==’off’):
print(‘led is off ‘)
gpio.output(40,0) #writes a digital value to it