def test_30_to_namedtuple(self):
_point = collections.namedtuple("Point", "x y")
_triangle = collections.namedtuple("Triangle", "p0 p1 p2")
itpl = _triangle(_point(0, 0), _point(1, 0), _point(0, 1))
md0 = TT.make(itpl)
otpl = TT.convert_to(md0, to_namedtuple=True)
self.assertEqual(otpl, itpl)
def test_30_to_namedtuple(self):
_point = collections.namedtuple("Point", "x y")
_triangle = collections.namedtuple("Triangle", "p0 p1 p2")
itpl = _triangle(_point(0, 0), _point(1, 0), _point(0, 1))
md0 = TT.make(itpl)
otpl = TT.convert_to(md0, to_type=MG.NAMED_TUPLE_TYPE)
self.assertEqual(otpl, itpl)
def test_20_mdict(self):
md0 = TT.make(_CNF_0)
dic0 = TT.convert_to(md0)
for k in "name a c e f".split():
self.assertTrue(dic0[k] == md0[k], "%r vs. %r" % (dic0[k], md0[k]))
for k in dic0["b"].keys():
self.assertTrue(dic0["b"][k] == md0["b"][k])
def test_20_mdict(self):
md0 = TT.make(_CNF_0)
dic0 = TT.convert_to(md0)
for k in "name a c e f".split():
self.assertTrue(dic0[k] == md0[k], "%r vs. %r" % (dic0[k], md0[k]))
for k in dic0["b"].keys():
self.assertTrue(dic0["b"][k] == md0["b"][k])
def test_10_iterable(self):
for inp in ([], [0, 1, 2], (), (0, 1), [0, [1, [2]]]):
self.assertEqual(TT.convert_to(inp), inp)
def test_00_none(self):
self.assertTrue(TT.convert_to(None) is None)
def test_10_iterable(self):
for inp in ([], [0, 1, 2], (), (0, 1), [0, [1, [2]]]):
self.assertEqual(TT.convert_to(inp), inp)
def test_00_none(self):
self.assertTrue(TT.convert_to(None) is None)
