def test_full_name(self):
root = Namespace()
child = root.get_child("A::B")
cls = Class("ClsA")
cls.context = child
self.assertEqual(cls.get_full_name(), "A::B::ClsA")
self.assertEqual(cls.get_full_name("_"), "A_B_ClsA")
def parse_class(self, xml_node):
ctx = xml_node.find('Context')
cls = Class(xml_node.get('name'))
cls.context = self.parse_context(ctx)
cls.location = self.parse_source_location(ctx)
cls.access = AccessSpecifier.from_string(xml_node.get('access'))
cls.bases = [i.get('id') for i in xml_node.findall('Base')]
cls.dynamic = xml_node.get('dynamic') == '1'
cls.members = [self.parse_member(i) for i in xml_node.findall('Field')]
methods = defaultdict(list)
for i in xml_node.findall('Method'):
sig = self.parse_function_signature(i)
if sig.constructor:
sig.context = cls
cls.constructors.append(sig)
elif sig.destructor:
sig.context = cls
cls.destructor = sig
else:
methods[i.get('name')].append(sig)
cls.methods = []
for name, signatures in methods.items():
method = Method(name, signatures, cls)
for sig in signatures:
sig.context = method
cls.methods.append(method)
cls.determine_abstractness()
for child_node in xml_node.findall('Class'):
self.parse_class(child_node)
for child_node in xml_node.findall('Enum'):
self.parse_enumeration(child_node)
self.nodes[xml_node.get('id')] = cls
self.classes.append(cls)
return cls