Nov-10-2024, 03:40 PM
If I may be so bold to ask is the following code is proper GIOzero code?
import RPi.GPIO as GPIO from tkinter import * from tkinter import _setit from time import sleep from functools import partial from threading import Thread from GPIOzero import InputDevice, OutputDevice, LED, LEDBoard #=== Set GPIO Pins === run_pin = OutputDevice(23) busy_pin = InputDevice(17) push_button_pin = InputDevice(37) buzzer_pin = OutputDevice(16) abort_pin = OutputDevice(18) dir_pin = OutputDevice(24) pwr_led_pin = LED(20) ready_led_pin = LED(21) intensitySelect_pins = LEDBoard(1, 7, 8, 25) toy_sel_pins = LEDBoard(14,15) def Run_Task(): # First start the LED flashing thread # Stop_LED_Flashing = False # Ready_LED_Flashing = Thread(Set_Ready_LED_Flashing) # Ready_LED_Flashing.daemon = True # Ready_LED_Flashing.start() # Debug Statement print("Run_Task Telling controller to excute task") # Tell controler to excute the task run_pin.on() #Debug Statement print(" Run Pin >> " , run_pin.value()) print(" Busy_Pin True", Busy_Pin,value()) # Wait until stepper controler has started the task # while(GPIO,input(not Busy_Pin) : while( not Busy_Pin.value()): #Debug Statement print("Waiting Busy Pin >> false") sleep(1) #Wait 1 mS to allow logic controler time to respond # Now wait until stepper controler has finish the task #Debug Statment print(" Waiting for Busy_Pin to return to false", GPIO,input(Busy_Pin) ) # while(GPIO,input(Busy_Pin) == True): while(Busy_Pin.value()): #Debug Statement print("Waiting Busy Pin >> True") sleep(1) # Control has finshed so return Run pin to false to telling the controller the PI has # GPIO.output(Run_Pin, False) # GPIO.output(Abort_Pin, False) # Stop_LED_Flashing = True # Debug Statement print("Controller comleted task >> Retuning") #**********************************************Any an all suggestions are welcome.