def test_del_key(self):
key = RegistryKey(self.SET_TEST_KEY_PATH)
if not key.is_key():
key.create()
key.flush()
key.delete()
assert not key.is_key()
def test_create(self):
key = RegistryKey(self.SET_TEST_KEY_PATH)
if key.is_key():
key.delete()
key.create()
assert key.is_key()
key.delete()
def test_get_fail(self):
key = RegistryKey(self.SET_TEST_KEY_PATH)
if not key.is_key():
key.create()
with pytest.raises(KeyError):
key['InvalidKey']
key.delete()
def test_subkeys(self):
key = RegistryKey(r'HKEY_CURRENT_USER\harmless_key')
if not key.is_key():
key.create()
(key / 'test1').create()
(key / 'test2').create()
assert len(key.subkeys()) == 2
key.delete()
def test_copy(self):
key = RegistryKey(r'HKCU\harmless_key')
if not key.is_key():
key.create()
key['valuetest'] = Dword(7)
(key / 'test1').create()
(key / 'test1')['valuetest'] = Dword(42)
new_key = key.parent / 'harmless2'
key.copy(new_key)
assert new_key['valuetest'] == 7
assert (new_key / 'test1')['valuetest'] == 42
key.delete()
new_key.delete()
def test_walk(self):
key = RegistryKey(r'HKCU\harmless_key')
if not key.is_key():
key.create()
(key / 'test1').create()
(key / 'test1/test11').create()
(key / 'test1/test12').create()
(key / 'test2').create()
(key / 'test2/test21').create()
walk_results = list(key.walk())
expected_results = [
(key, ['test1', 'test2']),
(key / 'test1', ['test11', 'test12']),
(key / 'test2', ['test21']),
]
for actual, expected in zip(walk_results, expected_results):
assert actual == expected
key.delete()