def testConvertTo_01(self): t = TreeDict() t.z = 3 t.a.x = 1 t.a.y = 2 # Test default self.assert_(t.convertTo() == t.convertTo('nested_dict')) self.assert_(t.convertTo() == {'a' : {'x' : 1, 'y' : 2}, 'z' : 3})
def testConvertTo_01(self): t = TreeDict() t.z = 3 t.a.x = 1 t.a.y = 2 # Test default self.assert_(t.convertTo() == t.convertTo("nested_dict")) self.assert_(t.convertTo() == {"a": {"x": 1, "y": 2}, "z": 3})
def testConvertTo_08_self_referencing_lists(self): t = TreeDict() t.a = [t] d = t.convertTo("nested_dict", expand_lists=False) self.assert_(d["a"][0] is t) d2 = t.convertTo("nested_dict", expand_lists=True) self.assert_(d2["a"][0] is d2)
def testConvertTo_07_lists(self): t = TreeDict() t.a.b = [1, TreeDict(x=1)] d = t.convertTo("nested_dict", expand_lists=False) self.assert_(d == {"a": {"b": [1, TreeDict(x=1)]}}) d2 = t.convertTo("nested_dict", expand_lists=True) self.assert_(d2 == {"a": {"b": [1, {"x": 1}]}})
def testConvertTo_07_lists(self): t = TreeDict() t.a.b = [1, TreeDict(x = 1)] d = t.convertTo('nested_dict', expand_lists = False) self.assert_(d == {'a' : {'b' : [1, TreeDict(x = 1)]}}) d2 = t.convertTo('nested_dict', expand_lists = True) self.assert_(d2 == {'a' : {'b' : [1, {'x' : 1} ]}})
def testConvertTo_06_prune_empty_02(self): t = TreeDict() t.a.x = 1 t.a.makeBranch("b") d = t.convertTo("nested_dict", prune_empty=False) self.assert_(d == {"a": {"x": 1, "b": {}}}) d2 = t.convertTo("nested_dict", prune_empty=True) self.assert_(d2 == {"a": {"x": 1}})
def testConvertTo_06_prune_empty_02(self): t = TreeDict() t.a.x = 1 t.a.makeBranch('b') d = t.convertTo('nested_dict', prune_empty = False) self.assert_(d == {'a' : {'x' : 1, 'b' : {} } } ) d2 = t.convertTo('nested_dict', prune_empty = True) self.assert_(d2 == {'a' : {'x' : 1 } } )
def testConvertTo_04_root_linked_01(self): t = TreeDict() t.a = t d = t.convertTo("nested_dict") self.assert_(d["a"] is d)
def testConvertTo_04_root_linked_01(self): t = TreeDict() t.a = t d = t.convertTo('nested_dict') self.assert_(d['a'] is d)
def testConvertTo_06_prune_empty_01(self): t = TreeDict() t.makeBranch("a") d = t.convertTo("nested_dict", prune_empty=True) self.assert_(d == {})
def testConvertTo_04_root_linked_02(self): t = TreeDict() t.a.b.c = t t.a.b.x = t.a d = t.convertTo("nested_dict") self.assert_(d["a"]["b"]["c"] is d) self.assert_(d["a"]["b"]["x"] is d["a"])
def testConvertTo_04_root_linked_02(self): t = TreeDict() t.a.b.c = t t.a.b.x = t.a d = t.convertTo('nested_dict') self.assert_(d['a']['b']['c'] is d) self.assert_(d['a']['b']['x'] is d['a'])
def testConvertTo_03_self_linked_01(self): t = TreeDict() t.makeBranch("b") t.a.b = t.b t.b.a = t.a d = t.convertTo("nested_dict") self.assert_(type(d["a"]) is dict) self.assert_(type(d["b"]) is dict) self.assert_(d["a"]["b"] is d["b"]) self.assert_(d["b"]["a"] is d["a"])
def testConvertTo_03_self_linked_01(self): t = TreeDict() t.makeBranch('b') t.a.b = t.b t.b.a = t.a d = t.convertTo('nested_dict') self.assert_(type(d['a']) is dict) self.assert_(type(d['b']) is dict) self.assert_(d['a']['b'] is d['b']) self.assert_(d['b']['a'] is d['a'])