def __declarated_types(self, namespaces):
def get_from_type(cpptype):
if not cpptype:
return []
elif isinstance(cpptype, pygccxml.declarations.fundamental_t):
return []
elif isinstance(cpptype, pygccxml.declarations.declarated_t):
return [cpptype]
elif isinstance(cpptype, pygccxml.declarations.compound_t):
return get_from_type(cpptype.base)
elif isinstance(cpptype, pygccxml.declarations.calldef_type_t):
types = get_from_type(cpptype.return_type)
for arg in cpptype.arguments_types:
types.extend(get_from_type(arg))
return types
else:
assert isinstance(cpptype, (pygccxml.declarations.unknown_t,
pygccxml.declarations.ellipsis_t))
return []
types = []
for decl in pygccxml.declarations.make_flatten(namespaces):
if isinstance(decl, pygccxml.declarations.calldef_t):
types.extend(get_from_type(decl.function_type()))
elif isinstance(decl, (pygccxml.declarations.typedef_t,
pygccxml.declarations.variable_t)):
types.extend(get_from_type(decl.type))
return types
def __declarated_types(self, namespaces):
def get_from_type(cpptype):
if not cpptype:
return []
elif isinstance( cpptype, pygccxml.declarations.fundamental_t ):
return []
elif isinstance( cpptype, pygccxml.declarations.declarated_t ):
return [ cpptype ]
elif isinstance( cpptype, pygccxml.declarations.compound_t ):
return get_from_type( cpptype.base )
elif isinstance( cpptype, pygccxml.declarations.calldef_type_t ):
types = get_from_type( cpptype.return_type )
for arg in cpptype.arguments_types:
types.extend( get_from_type( arg ) )
return types
else:
assert isinstance( cpptype, ( pygccxml.declarations.unknown_t
, pygccxml.declarations.ellipsis_t ) )
return []
types = []
for decl in pygccxml.declarations.make_flatten( namespaces ):
if isinstance( decl, pygccxml.declarations.calldef_t ):
types.extend( get_from_type( decl.function_type() ) )
elif isinstance( decl, (pygccxml.declarations.typedef_t, pygccxml.declarations.variable_t) ):
types.extend( get_from_type( decl.type ) )
return types
def subtypes(cls):
"""Return subclasses of 'cls'."""
types = [cls]
if not cls:
return types
for subclass in cls.__subclasses__():
types.extend(subtypes(subclass))
return types
def _unpack_lists(state, arg):
"""Extract inner types of Lists and Tuples.
Pops arg count items from the stack, concatenates their inner types into 1
list, and returns that list.
Example: if stack[-arg:] == [[i1, i2], [i3]], the output is [i1, i2, i3]
"""
types = []
for i in range(arg, 0, -1):
type_constraint = state.stack[-i]
if isinstance(type_constraint, typehints.IndexableTypeConstraint):
types.extend(type_constraint._inner_types())
else:
logging.debug('Unhandled type_constraint: %r', type_constraint)
types.append(typehints.Any)
state.stack[-arg:] = []
return types
def get_from_type(cpptype):
if not cpptype:
return []
elif isinstance(cpptype, pygccxml.declarations.fundamental_t):
return []
elif isinstance(cpptype, pygccxml.declarations.declarated_t):
return [cpptype]
elif isinstance(cpptype, pygccxml.declarations.compound_t):
return get_from_type(cpptype.base)
elif isinstance(cpptype, pygccxml.declarations.calldef_type_t):
types = get_from_type(cpptype.return_type)
for arg in cpptype.arguments_types:
types.extend(get_from_type(arg))
return types
else:
assert isinstance(cpptype, pygccxml.declarations.unknown_t)
return []
def get_from_type(cpptype):
if not cpptype:
return []
elif isinstance(cpptype, pygccxml.declarations.fundamental_t):
return []
elif isinstance(cpptype, pygccxml.declarations.declarated_t):
return [cpptype]
elif isinstance(cpptype, pygccxml.declarations.compound_t):
return get_from_type(cpptype.base)
elif isinstance(cpptype, pygccxml.declarations.calldef_type_t):
types = get_from_type(cpptype.return_type)
for arg in cpptype.arguments_types:
types.extend(get_from_type(arg))
return types
else:
assert isinstance(cpptype, (pygccxml.declarations.unknown_t, pygccxml.declarations.ellipsis_t))
return []