def _map(function, iterable, *args):
if isinstance(iterable, String):
if iterable.is_unknow():
return List.from_listt(None, [String.make_unknowt()])
l = [String.from_stringt(None, i) for i in iterable.value]
return List.from_listt(None, l)
return set([iterable])
def eva_classdef(class_ast, local_namespace):
# pf(class_ast)
klass = Class(class_ast)
name = class_ast.name
klass.namespace = class_namespace = Namespace(klass)
class_namespace.global_namespace = local_namespace.global_namespace
class_namespace.is_class = True
class_namespace.klass_type = klass
local_namespace.set(name, klass)
#TODO decorator_list
bases = []
if class_ast.bases:
for base_ast in class_ast.bases:
base_class = eva(base_ast, local_namespace)
bases.append(base_class)
klass.base_class = bases
# fpath = local_namespace.global_namespace.fpath
for ast_node in class_ast.body:
# domain.connect(fpath, ast_node.lineno, class_namespace)
eva_statement(ast_node, class_namespace)
metaklass = class_namespace.get("__metaclass__")
if metaklass:
for mc in metaklass:
if isinstance(mc, Class):
mcbs = mc.get_attr("__new__")
for mcb in mcbs:
# bases to List
# class_namespace to Dict
call_metacklass(mcb, name, List.from_list(class_ast, bases), Dict.from_dict(class_ast, class_namespace))
elif isinstance(mc, Function):
#TODO
pass
# print 999, name
# pp(class_namespace.__dict__)
return klass
