# Grab the cube implementation from the Cube.py file
from Cube import Cube
# Variables
data = []
instruction = []
inputFile = "../input/input_9.txt"
# Open up the input file and read in the cube values
with open(inputFile) as textFile:
for line in textFile:
for face in line.split():
# Add the values to the cube data
data.append(face)
# Create a cube object from the input data
cube = Cube(data, instruction)
# Move on to solve and print the cube ... if the input was valid
if cube.check_inputs():
# Input was determined to be valid
if cube.solve_cube():
cube.print_val()
cube.print_turns()
else:
print("Error: correct input, but unable to solve.")
else:
# Input was determined to be invalid
print("Input was determined to be invalid")
data = []
instruction = []
print(" " * 4, '{:25s}'.format(file), " " * 15, end="")
with open(file) as textFile:
for line in textFile:
for face in line.split():
# Add the values to the cube data
data.append(face)
# Create a cube object from the input data
cube = Cube(data, instruction)
# Move on to solve and print the cube ... if the input was valid
if cube.check_inputs():
# Input was determined to be valid
returnValue = cube.solve_cube()
if returnValue == 1:
print("PASS")
numPass = numPass + 1
elif returnValue == 2:
print("FAIL - can't solve white side")
elif returnValue == 3:
print("FAIL - can't solve middle layer")
elif returnValue == 4:
# This file is supposed to fail. So, if it catches it, PASS
if file == "../input/input_bad_1.txt":
print("PASS")
numPass = numPass + 1
