import RPi.GPIO as GPIO
from Button import Button as btn
import Testing as test
# GPIO - buttons
ackPin = 17
exitPin = 27
simPin = 22
if test.mode == True:
# swap the testing/exit buttons
exitPin = 22
simPin = 27
btnAck = btn(ackPin, "pullDown") # 17 Acknowledge and clear warning
btnExit = btn(exitPin, "pullDown") # 27 Exit the program
btnSimData = btn(simPin, "pullDown") # 22 Simulate scale data
# btnShutdown = SetupPin(18, GPIO.OUT, False)
# This button simulates data coming in from the serial port
# btnSimData = leds.Pin(27, GPIO.IN, False)
import RPi.GPIO as GPIO
from Button import Button as btn
import Testing as test
# GPIO - buttons
ackPin = 17
exitPin = 27
simPin = 22
if (test.mode == True):
# swap the testing/exit buttons
exitPin = 22
simPin = 27
btnAck = btn(ackPin, "pullDown") # 17 Acknowledge and clear warning
btnExit = btn(exitPin, "pullDown") # 27 Exit the program
btnSimData = btn(simPin, "pullDown") # 22 Simulate scale data
#btnShutdown = SetupPin(18, GPIO.OUT, False)
# This button simulates data coming in from the serial port
#btnSimData = leds.Pin(27, GPIO.IN, False)
import RPi.GPIO as GPIO from Button import Button as btn # GPIO - buttons btnAck = btn(17, "pullDown") # Acknowledge and clear warning btnExit = btn(27, "pullDown") # Exit the program btnSimData = btn(22, "pullDown") # Simulate scale data #btnShutdown = SetupPin(18, GPIO.OUT, False) # This button simulates data coming in from the serial port #btnSimData = leds.Pin(27, GPIO.IN, False)