def visit_class(self):
self.__link_members()
# GCC-XML sometimes generates constructors with names that does not
# match class name. I think this is because those constructors are
# compiler generated. I need to find out more about this and to talk
# with Brad
new_name = self.__inst._name
if declarations.templates.is_instantiation(new_name):
new_name = declarations.templates.name(new_name)
for decl in self.__inst.declarations:
if not isinstance(decl, declarations.constructor_t):
continue
if '.' in decl._name or '$' in decl._name:
decl._name = new_name
bases = self.__inst.bases.split()
self.__inst.bases = []
for base in bases:
# it could be "_5" or "protected:_5"
data = base.split(':')
base_decl = self.__decls[data[-1]]
access = declarations.ACCESS_TYPES.PUBLIC
if len(data) == 2:
access = data[0]
self.__inst.bases.append(
declarations.hierarchy_info_t(base_decl, access))
base_decl.derived.append(
declarations.hierarchy_info_t(self.__inst, access))
def visit_class(self):
self.__link_members()
# GCC-XML sometimes generates constructors with names that does not
# match class name. I think this is because those constructors are
# compiler generated. I need to find out more about this and to talk
# with Brad
new_name = self.__inst._name
if declarations.templates.is_instantiation(new_name):
new_name = declarations.templates.name(new_name)
for decl in self.__inst.declarations:
if not isinstance(decl, declarations.constructor_t):
continue
if '.' in decl._name or '$' in decl._name:
decl._name = new_name
bases = self.__inst.bases.split()
self.__inst.bases = []
for base in bases:
# it could be "_5" or "protected:_5"
data = base.split(':')
base_decl = self.__decls[data[-1]]
access = declarations.ACCESS_TYPES.PUBLIC
if 2 == len(data):
access = data[0]
self.__inst.bases.append(
declarations.hierarchy_info_t(base_decl, access))
base_decl.derived.append(
declarations.hierarchy_info_t(self.__inst, access))
def _test_is_based_and_derived(self, base, derived, access):
dhi_v = declarations.hierarchy_info_t(derived, access, True)
dhi_not_v = declarations.hierarchy_info_t(derived, access, False)
self.failUnless(
dhi_v in base.derived or dhi_not_v in base.derived,
"base class '%s' doesn't has derived class '%s'" %
(base.name, derived.name))
bhi_v = declarations.hierarchy_info_t(base, access, True)
bhi_not_v = declarations.hierarchy_info_t(base, access, False)
self.failUnless(
bhi_v in derived.bases or bhi_not_v in derived.bases,
"derive class '%s' doesn't has base class '%s'" %
(derived.name, base.name))
def _test_is_based_and_derived(self, base, derived, access):
dhi_v = declarations.hierarchy_info_t(derived, access, True)
dhi_not_v = declarations.hierarchy_info_t(derived, access, False)
self.assertTrue(
dhi_v in base.derived or dhi_not_v in base.derived,
"base class '%s' doesn't has derived class '%s'" %
(base.name, derived.name))
bhi_v = declarations.hierarchy_info_t(base, access, True)
bhi_not_v = declarations.hierarchy_info_t(base, access, False)
self.assertTrue(
bhi_v in derived.bases or bhi_not_v in derived.bases,
"derive class '%s' doesn't has base class '%s'" %
(derived.name, base.name))