def test_bound_function_nested_repr(self):
f = self._make_pytd_function(params=())
callself1 = self._vm.program.NewVariable(
[abstract.BaseValue("test1", self._vm)], [], self._vm.root_node)
bound1 = abstract.BoundFunction(callself1, f)
callself2 = self._vm.program.NewVariable(
[abstract.BaseValue("test2", self._vm)], [], self._vm.root_node)
bound2 = abstract.BoundFunction(callself2, bound1)
# `bound2` is BoundFunction(test2, BoundFunction(test1, f))
six.assertCountEqual(self, bound2.repr_names(), ["test2.f"])
def test_bound_function_repr_replace_parent(self):
f = self._make_pytd_function(params=(), name="foo.f")
callself = self._vm.program.NewVariable(
[abstract.AtomicAbstractValue("test", self._vm)],
[], self._vm.root_cfg_node)
bound = abstract.BoundFunction(callself, f)
six.assertCountEqual(self, bound.repr_names(), ["test.f"])
def test_bound_function_callself_repr(self):
f = self._make_pytd_function(params=())
callself = self._vm.program.NewVariable(
[abstract.BaseValue("test", self._vm)], [], self._vm.root_node)
bound = abstract.BoundFunction(callself, f)
callself_repr = lambda v: v.name + "foo"
six.assertCountEqual(self, bound.repr_names(callself_repr), ["testfoo.f"])
def test_bound_function_repr(self):
f = self._make_pytd_function(params=())
callself = self._vm.program.NewVariable(
[abstract.AtomicAbstractValue(name, self._vm)
for name in ("test1", "test2")], [], self._vm.root_cfg_node)
bound = abstract.BoundFunction(callself, f)
six.assertCountEqual(self, bound.repr_names(), ["test1.f", "test2.f"])
six.assertRegex(self, repr(bound), r"test(1|2)\.f")
def test_bound_function_repr_no_callself(self): f = self._make_pytd_function(params=()) callself = self._vm.program.NewVariable() bound = abstract.BoundFunction(callself, f) six.assertCountEqual(self, bound.repr_names(), ["<class>.f"])
