def test_simpleRotations(self): myRubik = Cube() for i in range(0, 20): myRubik.rotate_face("TOP", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("LEFT", "CW") myRubik.rotate_face("BOTTOM", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("TOP", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("LEFT", "CW") myRubik.rotate_face("FRONT", "CW") for i in range(0, 20): myRubik.rotate_face("FRONT", "CCW") myRubik.rotate_face("LEFT", "CCW") myRubik.rotate_face("BACK", "CCW") myRubik.rotate_face("RIGHT", "CCW") myRubik.rotate_face("TOP", "CCW") myRubik.rotate_face("RIGHT", "CCW") myRubik.rotate_face("BOTTOM", "CCW") myRubik.rotate_face("LEFT", "CCW") myRubik.rotate_face("RIGHT", "CCW") myRubik.rotate_face("TOP", "CCW") myRubik.rotate_face("FRONT", "CW") myRubik.rotate_face("FRONT", "CCW") self.assertTrue(myRubik.equals(Cube()))
def test_complexSolver(self): myRubik = Cube() myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("LEFT", "CW") myRubik.rotate_face("FRONT", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("LEFT", "CW") myRubik.rotate_face("FRONT", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("LEFT", "CW") myRubik.rotate_face("FRONT", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("LEFT", "CW") myRubik.rotate_face("FRONT", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("LEFT", "CW") myRubik.rotate_face("FRONT", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("LEFT", "CW") myRubik.rotate_face("FRONT", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("LEFT", "CW") myRubik.rotate_face("FRONT", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("RIGHT", "CW") myRubik.rotate_face("BACK", "CW") myRubik.rotate_face("LEFT", "CW") myRubik.rotate_face("FRONT", "CW") myRubik.rotate_face("RIGHT", "CW") mySolver = Solver() readFirstFloor = Rubik_file_reader( "c:\\Users\\yk700h\\dev\\rubikCubeSolver\\python\\Resources\\FirstFloor.txt" ) readSecondFloor = Rubik_file_reader( "c:\\Users\\yk700h\\dev\\rubikCubeSolver\\python\\Resources\\SecondFloor.txt" ) readThirdFloor = Rubik_file_reader( "c:\\Users\\yk700h\\dev\\rubikCubeSolver\\python\\Resources\\ThirdFloor.txt" ) firstFloorTree = Rotation_tree.get_rotation_tree_from_file( readFirstFloor) readFirstFloor.close() secondFloorTree = Rotation_tree.get_rotation_tree_from_file( readSecondFloor) readSecondFloor.close() thirdFloorTree = Rotation_tree.get_rotation_tree_from_file( readThirdFloor) readThirdFloor.close() #System.out.format("****************") mySolution = mySolver.solve(myRubik, firstFloorTree, secondFloorTree, thirdFloorTree) #System.out.format("****************") mySolution.apply_to_rubik(myRubik) mySolution.print() # long endTime = System.n nanoTime() #Console.WriteLine("Elapsed Time=%d seconds", ((endTime - beginningTime) / 1000000000)) #27-12-2017: started 11:39 PM, Failed #myRubik.print() self.assertTrue(myRubik.equals(Cube()))