def test_filter_recursive_and_flat(self):
fancy_dict = FancyDict(key=FancyDict(filter_key=1, another_key=0))
assert {
"filter_key": 1
} == fancy_dict.filter(lambda k, v: k is "filter_key",
recursive=True,
flat=True)
def test_set_condition(self):
fancy_dict = FancyDict()
fancy_dict["key"] = "value"
fancy_dict["key_not_merging"] = "value"
fancy_dict.annotate("key_not_merging",
Annotations(condition=lambda o, n: False))
assert {"key": "value"} == FancyDict(fancy_dict)
def test_if_finalized_dont_update_annotations(self):
fancy_dict = FancyDict(key=1)
fancy_dict.annotate("key", finalized=True)
update = FancyDict(key=2)
update.annotate("key", finalized=False)
fancy_dict.update(update)
assert 1 == fancy_dict["key"]
def test_update_annotations(self):
annotations = Annotations(finalized=True)
updating_fancy_dict = FancyDict(key=1)
updating_fancy_dict.annotate("key", annotations)
base_fancy_dict = FancyDict()
base_fancy_dict.update(updating_fancy_dict)
assert base_fancy_dict.get_annotations("key").finalized
def test_merge_method(self):
base_dict = FancyDict()
base_dict["counter"] = 1
update_dict = FancyDict(counter=1)
update_dict.annotate("counter", Annotations(merge_method=add))
base_dict.update(update_dict)
assert 2 == base_dict["counter"]
def test_load_pass_annotations_decoder(self):
class Decoder:
@classmethod
def decode(cls, key=None, value=None):
annotations = Annotations(finalized=True)
key = "DECODED"
return {"key": key, "value": value, "annotations": annotations}
fancy_dict = FancyDict.load({"a": 1}, annotations_decoder=Decoder)
assert {"DECODED": 1} == fancy_dict
assert fancy_dict.get_annotations("DECODED").finalized
def test_use_different_merge_methods_only_once(self):
base_fancy_dict = FancyDict(counter=1)
update_fancy_dict = fancy_dict_with_merge_methods(MergeMethod(add))
update_fancy_dict["counter"] = 1
base_fancy_dict.update(update_fancy_dict)
assert 2 == base_fancy_dict["counter"]
base_fancy_dict.update(counter=1)
assert 1 == base_fancy_dict["counter"]
def test_getattr(self):
assert 1 == FancyDict(key=1).key
def test_load_dict(self):
fancy_dict = FancyDict.load({"a": 1})
assert {"a": 1} == fancy_dict
def test_convert_nested_dict_to_fancy_dict(self):
assert isinstance(FancyDict(dct={"sub": 1})["dct"], FancyDict)
def test_keywords_overwrite_dict(self):
assert {"a": 1} == FancyDict({"a": 0}, a=1)
def test_with_keywords(self):
assert {"a": 1} == FancyDict(a=1)
def test_update_existing_annotations(self):
annotations = Annotations(finalized=True)
fancy_dict = FancyDict(key=1)
fancy_dict.annotate("key", annotations)
fancy_dict.annotate("key", finalized=False)
assert not annotations.finalized
def test_setitem_allow_change_even_if_finalized(self):
fancy_dict = FancyDict(finalized=1)
fancy_dict.annotate("finalized", Annotations(finalized=True))
fancy_dict["finalized"] = 2
assert 2 == fancy_dict["finalized"]
def test_getattr_defaults_to_fancy_dict(self):
fancy_dict = FancyDict()
assert isinstance(fancy_dict.main, FancyDict)
def test_getitem_raises_if_none(self):
with pytest.raises(KeyError):
assert not FancyDict()["key"]
def test_init_with_list(self):
assert [{"a": 1}, {"b": 1}] == FancyDict([{"a": 1}, {"b": 1}])
def test_dont_set_annotations_when_there_are_none(self):
fancy_dict = FancyDict(key=1)
fancy_dict.annotate("key", None)
assert fancy_dict.get_annotations("key") is None
def test_with_keyword_arguments(self):
base_dict = FancyDict({})
base_dict.update(key=1)
assert {"key": 1} == base_dict
def test_overwrite_dict_with_another_type(self):
base_dict = FancyDict({"base": {"sub": 1}})
base_dict.update({"base": 0})
assert {"base": 0} == base_dict
def test_updates_nested_dicts(self):
base_dict = FancyDict({"base": {"key0": 0}})
update_dict = {"base": {"key1": 1}}
base_dict.update(update_dict)
assert {"base": {"key0": 0, "key1": 1}} == base_dict
def test_setattr(self):
fancy_dict = FancyDict()
fancy_dict.key = 1
assert {"key": 1} == fancy_dict
def test_filter_by_value(self):
fancy_dict = FancyDict(filter_key=1, another_key=0)
assert {"filter_key": 1} == fancy_dict.filter(lambda k, v: v is 1)
def test_setitem_convert_dict_to_fancy_dict(self):
fancy_dict = FancyDict()
fancy_dict["dict"] = {"key": "value"}
assert isinstance(fancy_dict["dict"], FancyDict)
def test_with_dict(self):
assert {"a": 1} == FancyDict({"a": 1})
def test_finalized(self):
fancy_dict = FancyDict(finalized=1)
fancy_dict.annotate("finalized", Annotations(finalized=True))
fancy_dict.update(finalized=2)
assert 1 == fancy_dict["finalized"]
def test_create_annotations_from_keyword_arguments(self):
fancy_dict = FancyDict(finalized=1)
fancy_dict.annotate("finalized", finalized=True)
fancy_dict.update(finalized=2)
assert 1 == fancy_dict["finalized"]
fancy_dict["key"] = "value"
fancy_dict["key_not_merging"] = "value"
fancy_dict.annotate("key_not_merging", condition=lambda o, n: False)
assert "key_not_merging" not in FancyDict(fancy_dict)
fancy_dict["counter"] = 1
update_dict = FancyDict(counter=1)
update_dict.annotate("counter", merge_method=add)
fancy_dict.update(update_dict)
assert 2 == fancy_dict["counter"]
