def test_load_GameInfo(self):
expected = self.get_expected_GameInfo()
parser = SgfParser()
actual = parser.load_game('testdata/test_gameinfo.sgf')
self.assertDictEqual(actual.game_info._info, expected._info)
self.assertEqual(expected, actual.game_info, "Информация об игре загрузилась неверно")
def test_load_GameInfo(self):
expected = self.get_expected_GameInfo()
parser = SgfParser()
actual = parser.load_game('testdata/test_gameinfo.sgf')
self.assertDictEqual(actual.game_info._info, expected._info)
self.assertEqual(expected, actual.game_info,
"Информация об игре загрузилась неверно")
def test_simple_problem_book_9x9(self):
parser = SgfParser()
game = parser.load_game('testdata/problems9x9.sgf')
board1 = Board(9).white(5, 1).white(7, 1).white(3, 2)
board2 = Board(9).white(5, 1).white(7, 1).white(3, 1)
board3 = Board(9).white(3, 1).white(5, 1).white(3, 2)
board4 = Board(9).white(1, 1).white(2, 2).white(3, 1)
expected_boards = [board1, board2, board3, board4]
generator = ProblemsBookGenerator()
actual = [x for x in generator.generate(game)]
self.assertEqual(expected_boards, actual)
def test_simple_9x9_board(self):
parser = SgfParser()
actual = parser.load_game('testdata/test9x9.sgf')
board = Board(9)
node = actual.root
while node is not None:
board.apply(node)
node = node.next_node
expected_board = Board(9)\
.black(7, 9).white(8, 9)\
.black(6, 8).black(7, 8).white(8, 8)\
.black(3, 7).black(5, 7).black(7, 7).white(8, 7)\
.black(5, 6).black(6, 6).white(7, 6)\
.black(1, 5).black(2, 5).black(3, 5).black(4, 5).white(5, 5).white(6, 5).white(7, 5).white(9, 5)\
.black(1, 4).white(2, 4).black(3, 4).black(4, 4).black(5, 4).black(6, 4).white(7, 4).white(8, 4)\
.white(9, 4)\
.black(1, 3).white(2, 3).black(3, 3).white(4, 3).white(5, 3).black(6, 3).black(7, 3).black(8, 3)\
.white(9, 3)\
.white(1, 2).white(2, 2).white(3, 2).white(5, 2).black(6, 2).black(7, 2).white(8, 2)\
.white(4, 1).white(5, 1).white(6, 1).black(7, 1).white(9, 1)
self.assertEqual(expected_board, board)
def test_simple_9x9_board(self):
parser = SgfParser()
actual = parser.load_game('testdata/test9x9.sgf')
board = Board(9)
node = actual.root
while node is not None:
board.apply(node)
node = node.next_node
expected_board = Board(9)\
.black(7, 9).white(8, 9)\
.black(6, 8).black(7, 8).white(8, 8)\
.black(3, 7).black(5, 7).black(7, 7).white(8, 7)\
.black(5, 6).black(6, 6).white(7, 6)\
.black(1, 5).black(2, 5).black(3, 5).black(4, 5).white(5, 5).white(6, 5).white(7, 5).white(9, 5)\
.black(1, 4).white(2, 4).black(3, 4).black(4, 4).black(5, 4).black(6, 4).white(7, 4).white(8, 4)\
.white(9, 4)\
.black(1, 3).white(2, 3).black(3, 3).white(4, 3).white(5, 3).black(6, 3).black(7, 3).black(8, 3)\
.white(9, 3)\
.white(1, 2).white(2, 2).white(3, 2).white(5, 2).black(6, 2).black(7, 2).white(8, 2)\
.white(4, 1).white(5, 1).white(6, 1).black(7, 1).white(9, 1)
self.assertEqual(expected_board, board)
def test_read_cp1251_encoding(self):
parser = SgfParser()
actual = parser.load_game('testdata/test_cp1251.sgf')
self.assertEqual(actual.game_info.game_comment, 'Комментарий')
def test_read_cp1251_encoding(self):
parser = SgfParser()
actual = parser.load_game('testdata/test_cp1251.sgf')
self.assertEqual(actual.game_info.game_comment, 'Комментарий')
