GPIOzero Newbe Question

[Rchrd]

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.