def test_board_string_with_all_emptys(self):
state = {}
generator = BoardStringGenerator(3,state)
expected_layout = {'1':"",'2':"",'3':"",
'4':"",'5':"",'6':"",
'7':"",'8':"",'9':""}
self.assertEqual(expected_layout,generator.generate_layout())
def test_template_with_threes(self):
row_one = "%(1)3s%(2)3s%(3)3s\n"
row_two = "\n%(4)3s%(5)3s%(6)3s\n"
row_three = "\n%(7)3s%(8)3s%(9)3s"
equal_signs = "=" * 9
board_template = row_one + equal_signs + row_two + equal_signs + row_three
generator = BoardStringGenerator(3,{})
self.assertEqual(board_template,generator.generate_template())
def test_board_string_with_fours_board(self):
state = {}
keys = [str(i) for i in range(1,17)]
generator = BoardStringGenerator(4,state)
expected_layout = {}
for key in keys:
expected_layout[key] = ""
self.assertEqual(expected_layout,generator.generate_layout())
def test_template_with_fours(self):
row_one = "%(1)3s%(2)3s%(3)3s%(4)3s\n"
row_two = "\n%(5)3s%(6)3s%(7)3s%(8)3s\n"
equal_signs = "=" * 12
row_three = "\n%(9)3s%(10)3s%(11)3s%(12)3s\n"
row_four = "\n%(13)3s%(14)3s%(15)3s%(16)3s"
board_template = row_one + equal_signs + row_two + equal_signs + row_three + equal_signs + row_four
generator = BoardStringGenerator(4, {})
self.assertEqual(board_template,generator.generate_template())
def test_example_board_with_threes_board(self):
example_board = (" 1 2 3\n=========\n 4 5 6\n=========\n 7 8 9")
self.assertEqual(example_board,BoardStringGenerator(3).example_board())
def test_board_string_with_rows(self):
state = {1:"A"}
generator = BoardStringGenerator(2,state)
expected_layout = {"1":"A","2":"","3":"","4":""}
self.assertEqual(expected_layout,generator.generate_layout())
def test_it_knows_fours_board_string(self):
board_string = BoardStringGenerator(4).generate_template()
self.assertTrue(self.formatter.is_board_string(board_string))
def is_board_string(self, string):
min_num_equal_signs = BoardStringGenerator(
3).generate_template().count("=")
if min_num_equal_signs <= string.count("="):
return True
return False