def test_00_null(self):
md0 = TT.make()
# check if md0 is an object of base and default class:
self.assertTrue(isinstance(md0, MD.UpdateWithReplaceDict))
self.assertTrue(isinstance(md0, MD.UpdateWithMergeDict))
self.assertTrue(not md0)
def test_00_null(self):
md0 = TT.make()
# check if md0 is an object of base and default class:
self.assertTrue(isinstance(md0, MD.UpdateWithReplaceDict))
self.assertTrue(isinstance(md0, MD.UpdateWithMergeDict))
self.assertTrue(not md0)
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_default(self):
md0 = TT.make(_CNF_0)
self.assertTrue(isinstance(md0, MD.UpdateWithReplaceDict))
self.assertTrue(isinstance(md0, MD.UpdateWithMergeDict))
self.assertTrue(isinstance(md0["b"], MD.UpdateWithReplaceDict))
self.assertTrue(isinstance(md0["b"], MD.UpdateWithMergeDict))
for k in "name a c e f".split():
self.assertTrue(md0[k] == _CNF_0[k],
"%r vs. %r" % (md0[k], _CNF_0[k]))
def test_30_ordered(self):
md0 = TT.make(_CNF_0, ordered=True)
self.assertTrue(isinstance(md0, MD.UpdateWithReplaceDict))
self.assertTrue(isinstance(md0, MD.UpdateWithMergeOrderedDict))
self.assertTrue(isinstance(md0["b"], MD.UpdateWithReplaceDict))
self.assertTrue(isinstance(md0["b"], MD.UpdateWithMergeOrderedDict))
for k in "name a c e f".split():
self.assertTrue(md0[k] == _CNF_0[k],
"%r vs. %r" % (md0[k], _CNF_0[k]))
def test_10_default(self):
md0 = TT.make(_CNF_0)
self.assertTrue(isinstance(md0, MD.UpdateWithReplaceDict))
self.assertTrue(isinstance(md0, MD.UpdateWithMergeDict))
self.assertTrue(isinstance(md0["b"], MD.UpdateWithReplaceDict))
self.assertTrue(isinstance(md0["b"], MD.UpdateWithMergeDict))
for k in "name a c e f".split():
self.assertTrue(md0[k] == _CNF_0[k],
"%r vs. %r" % (md0[k], _CNF_0[k]))
def test_30_ordered(self):
md0 = TT.make(_CNF_0, ordered=True)
self.assertTrue(isinstance(md0, MD.UpdateWithReplaceDict))
self.assertTrue(isinstance(md0, MD.UpdateWithMergeOrderedDict))
self.assertTrue(isinstance(md0["b"], MD.UpdateWithReplaceDict))
self.assertTrue(isinstance(md0["b"], MD.UpdateWithMergeOrderedDict))
for k in "name a c e f".split():
self.assertTrue(md0[k] == _CNF_0[k],
"%r vs. %r" % (md0[k], _CNF_0[k]))
def test_20_merge(self):
md1 = TT.make(_CNF_0, merge=MG.MS_REPLACE)
md2 = TT.make(_CNF_0, merge=MG.MS_NO_REPLACE)
md3 = TT.make(_CNF_0, merge=MG.MS_DICTS_AND_LISTS)
self.assertTrue(isinstance(md1, MD.UpdateWithReplaceDict))
self.assertTrue(isinstance(md2, MD.UpdateWoReplaceDict))
self.assertTrue(isinstance(md3, MD.UpdateWithMergeListsDict))
for idx, mdn in enumerate((md1, md2, md3)):
self.assertTrue(isinstance(mdn["b"], type(mdn)),
"#%d %r (%r)" % (idx, mdn["b"], type(mdn["b"])))
for k in "name a c e f".split():
self.assertTrue(mdn[k] == _CNF_0[k],
"%r vs. %r" % (mdn[k], _CNF_0[k]))
raised = False
md4 = None
try:
md4 = TT.make(_CNF_0, merge="invalid_merge")
except ValueError:
raised = True
self.assertTrue(raised, "md4 = %r" % type(md4))
def test_20_merge(self):
md1 = TT.make(_CNF_0, merge=MG.MS_REPLACE)
md2 = TT.make(_CNF_0, merge=MG.MS_NO_REPLACE)
md3 = TT.make(_CNF_0, merge=MG.MS_DICTS_AND_LISTS)
self.assertTrue(isinstance(md1, MD.UpdateWithReplaceDict))
self.assertTrue(isinstance(md2, MD.UpdateWoReplaceDict))
self.assertTrue(isinstance(md3, MD.UpdateWithMergeListsDict))
for idx, mdn in enumerate((md1, md2, md3)):
self.assertTrue(isinstance(mdn["b"], type(mdn)),
"#%d %r (%r)" % (idx, mdn["b"], type(mdn["b"])))
for k in "name a c e f".split():
self.assertTrue(mdn[k] == _CNF_0[k],
"%r vs. %r" % (mdn[k], _CNF_0[k]))
raised = False
md4 = None
try:
md4 = TT.make(_CNF_0, merge="invalid_merge")
except ValueError:
raised = True
self.assertTrue(raised, "md4 = %r" % type(md4))
def test_40_namedtuple(self):
_point = collections.namedtuple("Point", "x y")
_triangle = collections.namedtuple("Triangle", "p0 p1 p2")
obj = _triangle(_point(0, 0), _point(1, 0), _point(0, 1))
md0 = TT.make(obj)
self.assertTrue(isinstance(md0, MD.UpdateWithMergeOrderedDict))
self.assertTrue(isinstance(md0["p0"], MD.UpdateWithMergeOrderedDict))
for k in "p0 p1 p2".split():
self.assertEqual(md0[MG.NTPL_CLS_KEY], "Triangle")
for k2 in "x y".split():
self.assertEqual(md0[k][MG.NTPL_CLS_KEY], "Point")
ref = getattr(getattr(obj, k), k2)
self.assertTrue(md0[k][k2] == ref,
"%r vs. %r" % (md0[k][k2], ref))
def test_40_namedtuple(self):
_point = collections.namedtuple("Point", "x y")
_triangle = collections.namedtuple("Triangle", "p0 p1 p2")
obj = _triangle(_point(0, 0), _point(1, 0), _point(0, 1))
md0 = TT.make(obj)
self.assertTrue(isinstance(md0, MD.UpdateWithMergeOrderedDict))
self.assertTrue(isinstance(md0["p0"], MD.UpdateWithMergeOrderedDict))
for k in "p0 p1 p2".split():
self.assertEqual(md0[MG.NTPL_CLS_KEY], "Triangle")
for k2 in "x y".split():
self.assertEqual(md0[k][MG.NTPL_CLS_KEY], "Point")
ref = getattr(getattr(obj, k), k2)
self.assertTrue(md0[k][k2] == ref,
"%r vs. %r" % (md0[k][k2], ref))