def testIfTryToFindDataFromInvalidColumnThenShouldTrowAnException(self):
sudoku = SudokuBoard(3)
try:
sudoku.get_value('C', 4)
self.fail("Did not raise the exception InvalidColumnException")
except InvalidColumnException:
pass
def testIfTryToUpdateDataInAnInvalidColumnThenShouldTrowAnException(self):
sudoku = SudokuBoard()
try:
sudoku.set_value('A', 10, '5')
self.fail("Did not raise the exception InvalidColumnException")
except InvalidColumnException:
pass
def testWhenTryToSetAnInvalidValueThehnShouldRaiseanException(self):
sudoku = SudokuBoard(3)
try:
sudoku.set_value('C', 2, '5')
self.fail("Did not raise the exception InvalidParameterValueException")
except InvalidParameterValueException:
pass
def testWhenTrySetDateInCorrectAndNonEditableCellThenShouldThrownAnException(self):
sudoku = SudokuBoard(3)
sudoku.set_editable('C', 2, False)
try:
sudoku.set_value('C', 2, '2')
self.fail("Did not raise the exception CellNotEditableException")
except CellNotEditableException:
pass
def test_test(self):
sudoku = SudokuBoard(3)
sudoku.from_dictionary(self.dic_with_data, True)
self.assertFalse(sudoku.dic['A3'].is_editable())
self.assertFalse(sudoku.dic['B2'].is_editable())
self.assertTrue(sudoku.dic['B1'].is_editable())
self.assertTrue(sudoku.dic['B3'].is_editable())
def test_given_a_dictionary_with_invalid_values_then_should_raise_an_exception(self):
sudoku = SudokuBoard(3)
try:
sudoku.from_dictionary(self.dic_with_invalid_values)
self.fail("Did not raise the exception InvalidParameterValueException")
except InvalidParameterValueException:
pass
def test_given_an_invalid_dictionary_size_then_should_raise_an_exception(self):
sudoku = SudokuBoard()
try:
sudoku.from_dictionary(self.dic_with_data)
self.fail("Did not raise the exception InvalidDictionarySizeException")
except InvalidDictionarySizeException:
pass
def test_given_a_sudoku_table_then_should_convert_it_to_dictionary(self):
sudoku = SudokuBoard(3)
rows = ['A', 'B', 'C']
cols = range(1, 4)
for row in rows:
for col in cols:
sudoku.set_value(row, col, self.dic_with_data[row + str(col)])
dictionary = sudoku.to_dictionary()
self.assertDictEqual(self.dic_with_data, dictionary)
def test_given_a_valid_dictionary_then_should_convert_it_to_sudoku_table(self):
sudoku = SudokuBoard(3)
sudoku.from_dictionary(self.dic_with_data)
rows = ['A', 'B', 'C']
cols = range(1, 4)
self.assertEqual(len(self.dic_with_data), len(sudoku.dic))
for row in rows:
for col in cols:
self.assertEqual(self.dic_with_data[row + str(col)], sudoku.get_value(row, col))
def ifASukokuTableIsCreatedThenTheDictionaryStructureShouldHaveTheRightSizeOfRecordsWithDefaultInformation(self):
sudoku = SudokuBoard(3)
self.assertEqual(3, sudoku.size)
self.assertEqual(9, len(sudoku.dic))
cols = [1, 2, 3]
rows = ['A', 'B', 'C']
for row in rows:
for col in cols:
Cell = sudoku.getCell(row, col)
value = Cell.get_value()
editable = Cell.iseditable()
self.assertEqual('0', value)
self.assertTrue(editable)
def test_given_a_valid_parameters_then_should_set_the_hint_value_in_the_soduko_board(self):
initial_sudoku = SudokuBoard(3)
user_sudoku = SudokuBoard(3)
solved_sudoku = SudokuBoard(3)
initial_sudoku.from_dictionary(self.solved_sudoku)
user_sudoku.from_dictionary(self.user_sudoku)
solved_sudoku.from_dictionary(self.solved_sudoku)
game = Game()
game.started = True
game.initial_sudoku = initial_sudoku
game.user_sudoku = user_sudoku
game.solved_sudoku = solved_sudoku
cmd = HintCommand(self.hint_parameters)
cmd.set_game(game)
cmd.execute()
self.assertEqual(game.solved_sudoku.dic[self.cell].value, game.user_sudoku.dic[self.cell].value)
def test_when_restart_game_is_executed_then_the_user_table_should_be_restarted_properly(self):
sudoku = SudokuBoard(3)
user_sudoku = SudokuBoard(3)
sudoku.from_dictionary(self.solved_sudoku, True)
user_sudoku.from_dictionary(self.user_sudoku, True)
game = Game()
game.initial_sudoku = sudoku
game.user_sudoku = user_sudoku
cmd = RestartGameCommand(None)
cmd.set_game(game)
cmd.execute()
self.assertDictEqual(game.initial_sudoku.to_dictionary(), game.user_sudoku.to_dictionary())
def testWhenTrySetDataInCorrectAndEditableCellThenShouldSetDataProperly(self):
sudoku = SudokuBoard(3)
sudoku.set_value('C', 2, '2')
self.assertEqual('2', sudoku.dic['C2'].get_value())
def testIfTryToFindDataInRightCellThenShouldFindTheCorrectData(self):
sudoku = SudokuBoard(3)
sudoku.dic['C2'].set_value('4')
value = sudoku.get_value('C', 2)
self.assertEqual('4', value)
def testIfTryToAddDataInRightCellThenShouldAddTheDataProperly(self):
sudoku = SudokuBoard(18)
sudoku.set_value('B', 2, '5')
self.assertEqual('5', sudoku.dic['B2'].get_value())
