#!/usr/bin/env python

# Copyright 2016 by Andrew Laughton under the gpl ver 3.0.   http://www.gnu.org/licenses/gpl-3.0.en.html  
# This file is to be used from the command line to read the state of the pins.

# It sets up the Raspberry Pi General purpose In Out (GPIO) pins to suit the wiring to the relay board.




import RPi.GPIO as GPIO

GPIO.setmode(GPIO.BOARD)	#Option is BCM   This hopefully gives the header pin number.
GPIO.setwarnings(False)

pin1 = 38
pin2 = 36
pin3 = 32
pin4 = 26
pin5 = 24
pin6 = 22
pin7 = 16
pin8 = 12

    # setup pins as outputs
GPIO.setup(pin1,GPIO.OUT)		#GPIO 
GPIO.setup(pin2,GPIO.OUT)		#GPIO 
GPIO.setup(pin3,GPIO.OUT)		#GPIO 
GPIO.setup(pin4,GPIO.OUT)		#GPIO 
GPIO.setup(pin5,GPIO.OUT)		#GPIO 
GPIO.setup(pin6,GPIO.OUT)		#GPIO 
GPIO.setup(pin7,GPIO.OUT)		#GPIO 
GPIO.setup(pin8,GPIO.OUT)		#GPIO 


state = GPIO.input(pin1)	
print "Zone 1, pin %d is now " % pin1 + str(state) 

state = GPIO.input(pin2)	
print "Zone 2, pin %d is now " % pin2 + str(state)

state = GPIO.input(pin3)	
print "Zone 3, pin %d is now " % pin3 + str(state)

state = GPIO.input(pin4)	
print "Zone 4, pin %d is now " % pin4 + str(state)

state = GPIO.input(pin5)	
print "Zone 5, pin %d is now " % pin5 + str(state)

state = GPIO.input(pin6)	
print "Zone 6, pin %d is now " % pin6 + str(state)

state = GPIO.input(pin7)	
print "Zone 7, pin %d is now " % pin7 + str(state)

state = GPIO.input(pin8)	
print "Zone 8, pin %d is now " % pin8 + str(state)