def test_costruct_y_create_a_correct_y_list(self): Row, Column = 3,3 matrix_lenght = Row * Column list_of_X=self.create_x_values list_of_Y = dict() expected_result=costructy(matrix_lenght,Row,Column,list_of_Y) x_algorithm1 = XAlgorithm(self.mtrxhandler_unsolvable) actual_result=x_algorithm1.costruct_y(matrix_lenght,Row,Column,list_of_Y) self.assertEqual(expected_result,actual_result)
def test_first_list(self):
expected_result=gen_list("rc",9,0,9)
x_algorithm1 = XAlgorithm(self.mtrxhandler_unsolvable)
actual_result=x_algorithm1.first_list("rc",9,0,9)
self.assertEqual(expected_result,actual_result)
def test_solve_sudoku_unsolvable_caseunsolvable_XAlgorithm(self): x_algorithm1 = XAlgorithm(self.mtrxhandler_unsolvable) self.assertEqual(None, x_algorithm1.solve_sudoku((3,3)))
def test_solve_unsolvable_casemultiple_XAlgorithm(self): x_algorithm = XAlgorithm(self.mtrxhandler_multiple) self.assertEqual(None, x_algorithm.solve())
def test_if_does_not_costruct_wrong_x_list_values(self): x_algorithm = XAlgorithm(self.mtrxhandler) actual_value=x_algorithm.costruct_x(9) self.assertNotEqual(actual_value,self.create_wrong_x_values)
def test_costruct_x_create_a_correct_X_list(self): x_algorithm = XAlgorithm(self.mtrxhandler) actual_value=x_algorithm.costruct_x(9) self.assertEqual(actual_value,self.create_x_values)
def test_solve(self): x_algorithm = XAlgorithm(self.mtrxhandler) self.assertEqual(self.mtrxhandler_solved.first_matrix, x_algorithm.solve().first_matrix)
