def test_deserialize_properties_raises_on_unknown_signature_keys(self):
with self.assertRaises(AssertionError):
deserialize.deserialize_properties({
"foo": {
deserialize.SPECIAL_SIG_KEY: "foobar",
},
})
def test_deserialize_properties_raises_on_unsupported_asset_values(self):
with self.assertRaises(AssertionError):
deserialize.deserialize_properties({
"foo": {
deserialize.SPECIAL_SIG_KEY: deserialize.SPECIAL_ASSET_SIG,
},
})
def unmarshalls_fully(self, obj: Any, assertObj: Callable[[Any], None]):
props = {
"regular": "a normal value",
"list": ["a normal value", "another value", obj],
"map": {
"regular": "a normal value",
"obj": obj
},
"mapWithList": {
"regular": "a normal value",
"list": ["a normal value", obj],
},
"listWithMap": [
{
"regular": "a normal value",
"obj": obj,
},
],
}
result = deserialize.deserialize_properties(props)
# Regular is returned as is.
self.assertEqual(result["regular"], "a normal value")
# One of the elements in the list was a special object.
self.assertNotIn(deserialize.SPECIAL_SIG_KEY, result["list"])
self.assertEqual(result["list"][0], "a normal value")
self.assertEqual(result["list"][1], "another value")
assertObj(result["list"][2])
# One of the values of the map was a special object.
self.assertNotIn(deserialize.SPECIAL_SIG_KEY, result["map"])
self.assertEqual(result["map"]["regular"], "a normal value")
assertObj(result["map"]["obj"])
# The nested map had a special object in one of the values.
self.assertNotIn(deserialize.SPECIAL_SIG_KEY, result["mapWithList"])
self.assertEqual(result["mapWithList"]["regular"], "a normal value")
self.assertEqual(result["mapWithList"]["list"][0], "a normal value")
assertObj(result["mapWithList"]["list"][1])
# An array element contained a special object (via a nested map).
self.assertNotIn(deserialize.SPECIAL_SIG_KEY, result["listWithMap"])
self.assertEqual(result["listWithMap"][0]["regular"], "a normal value")
assertObj(result["listWithMap"][0]["obj"])