def test_presenter_interpret(tc):
p9 = sgf_properties.Presenter(9, "UTF-8")
p19 = sgf_properties.Presenter(19, "UTF-8")
tc.assertEqual(p9.interpret('KO', [""]), True)
tc.assertEqual(p9.interpret('SZ', ["9"]), 9)
tc.assertRaisesRegexp(ValueError, "multiple values", p9.interpret, 'SZ',
["9", "blah"])
tc.assertEqual(p9.interpret('CR', ["ab", "cd"]), set([(5, 2), (7, 0)]))
tc.assertRaises(ValueError, p9.interpret, 'SZ', [])
tc.assertRaises(ValueError, p9.interpret, 'CR', [])
tc.assertEqual(p9.interpret('DD', [""]), set())
# all lists are treated like elists
tc.assertEqual(p9.interpret('CR', [""]), set())
def __new__(cls, size, encoding="UTF-8", *args, **kwargs):
# To complete initialisation after this, you need to set 'root'.
if not 1 <= size <= 26:
raise ValueError("size out of range: %s" % size)
game = super(Sgf_game, cls).__new__(cls)
game.size = size
game.presenter = sgf_properties.Presenter(size, encoding)
return game
def test_presenter_serialise(tc):
p9 = sgf_properties.Presenter(9, "UTF-8")
p19 = sgf_properties.Presenter(19, "UTF-8")
tc.assertEqual(p9.serialise('KO', True), [""])
tc.assertEqual(p9.serialise('SZ', 9), ["9"])
tc.assertEqual(p9.serialise('KM', 3.5), ["3.5"])
tc.assertEqual(p9.serialise('C', "foo\\:b]ar\n"), ["foo\\\\:b\\]ar\n"])
tc.assertEqual(p19.serialise('B', (1, 2)), ["cr"])
tc.assertEqual(p9.serialise('B', None), ["tt"])
tc.assertEqual(p19.serialise('AW', set([(17, 1), (18, 0)])), ["aa", "bb"])
tc.assertEqual(p9.serialise('DD', [(1, 2), (3, 4)]), ["ch", "ef"])
tc.assertEqual(p9.serialise('DD', []), [""])
tc.assertRaisesRegexp(ValueError, "empty list", p9.serialise, 'CR', [])
tc.assertEqual(p9.serialise('AP', ("na:me", "2.3")), ["na\\:me:2.3"])
tc.assertEqual(p9.serialise('FG', (515, "th]is")), ["515:th\\]is"])
tc.assertEqual(p9.serialise('XX', "foo\\bar"), ["foo\\\\bar"])
tc.assertRaises(ValueError, p9.serialise, 'B', (1, 9))
def test_presenter_private_properties(tc):
p9 = sgf_properties.Presenter(9, "UTF-8")
tc.assertEqual(p9.serialise('XX', "9"), ["9"])
tc.assertEqual(p9.interpret('XX', ["9"]), "9")
p9.set_private_property_type(p9.get_property_type("SZ"))
tc.assertEqual(p9.serialise('XX', 9), ["9"])
tc.assertEqual(p9.interpret('XX', ["9"]), 9)
p9.set_private_property_type(None)
tc.assertRaisesRegexp(ValueError, "unknown property", p9.serialise, 'XX',
"foo\\bar")
tc.assertRaisesRegexp(ValueError, "unknown property", p9.interpret, 'XX',
["asd"])