def test_setdefault(self) -> None:
"""Test Namespace.setdefault()."""
ns = Namespace()
for key, value in zip(KEYS, VALUES):
ns.setdefault(key, value)
assert list(ns.keys()) == list(DATA.keys())
assert list(ns.values()) == list(DATA.values())
def test_update_simple(self) -> None:
"""Test Namespace.update() behavior"""
ns = Namespace()
for i, (key, value) in enumerate(DATA.items()):
ns.update({key: value})
assert list(ns.keys()) == list(DATA.keys())
assert list(ns.values()) == list(DATA.values())
def test_set(self) -> None:
"""Test Namespace[] setter."""
ns = Namespace()
for key, value in zip(KEYS, VALUES):
ns[key] = value
assert list(ns.keys()) == list(DATA.keys())
assert list(ns.values()) == list(DATA.values())
def test_init(self) -> None:
"""Test initialization."""
# test namespaces
ns_a = Namespace(TEST_DICT)
ns_b = Namespace.from_toml(StringIO(TEST_TOML))
ns_c = Namespace.from_yaml(StringIO(TEST_YAML))
ns_d = Namespace.from_json(StringIO(TEST_JSON))
# initialize construction results in member namespaces
cfg = Configuration(A=ns_a, B=ns_b)
assert dict(cfg) == cfg.namespaces['A'] == ns_a == cfg.namespaces['B'] == ns_b
# extend the configuration
cfg.extend(C=ns_c, D=ns_d)
assert (cfg.namespaces['A'] == ns_a ==
cfg.namespaces['B'] == ns_b ==
cfg.namespaces['C'] == ns_c ==
cfg.namespaces['D'] == ns_d ==
dict(cfg))
# keys() and values() are available
assert list(cfg.keys()) == list(ns_a.keys())
assert list(cfg.values()) == list(ns_a.values())