def test_get_full_name_no_parent():
tree = astroid.parse('def f(): pass')
print(tree.repr_tree())
assert get_full_name(expr=tree) == ('', '')
def test_get_full_name_not_a_func():
tree = astroid.parse('try:\n pass\nexcept E as e:\n def f(): pass')
print(tree.repr_tree())
func = tree.body[0].handlers[0].body[0]
assert get_full_name(expr=func) == ('', 'f')
def test_get_full_name_func_in_func():
tree = astroid.parse('def outer():\n def inner(): pass')
print(tree.repr_tree())
func = tree.body[0].body[0]
assert get_full_name(expr=func) == ('', 'outer.inner')
def test_get_full_name_deep_method():
tree = astroid.parse('class A:\n class B:\n def f(): pass')
print(tree.repr_tree())
func = tree.body[0].body[0].body[0]
assert get_full_name(expr=func) == ('', 'A.B.f')
def test_get_full_name_func():
tree = astroid.parse('def f(): pass')
print(tree.repr_tree())
func = tree.body[0]
assert get_full_name(expr=func) == ('', 'f')
def test_infer(text, expected):
tree = astroid.parse(text)
print(tree.repr_tree())
expr = tree.body[-1].value
actual = infer(expr=expr)
assert [get_full_name(e) for e in actual] == expected