def test_add_value(self):
with pytest.raises(VosValueError) as err:
dkey = DKey(key="D-key 1")
dkey.dump()
assert "list of akeys must not be empty" in str(err.value) # nosec
with pytest.raises(TypeError) as err:
dkey = DKey(key="D-key 1")
dkey.add_value("rubbish")
assert "must be of type" in str(err.value) # nosec
dkey = DKey(key="D-key 1")
akey = AKey(
key="A-key 1",
value_type="single_value",
values=self.test_data.create_values())
dkey.add_value(akey)
akey = AKey(
key="A-key 2",
value_type="array",
values=self.test_data.create_values())
dkey.add_value(akey)
want = self.test_data.create_default_dkey()
assert want == dkey.dump() # nosec
def test_constructor(self):
akey1 = AKey(key="A-key 1",
value_type="single_value",
values=self.test_data.create_values())
akey2 = AKey(key="A-key 2",
value_type="array",
values=self.test_data.create_values())
dkey = DKey(key="D-key 1", akeys=[akey1, akey2])
want = self.test_data.create_default_dkey()
assert want == dkey.dump()
def test_invalid_parameters(self):
with pytest.raises(TypeError) as err:
akey = DKey(count="rubbish")
assert "count parameter must be of type int" in str(err.value)
with pytest.raises(TypeError) as err:
akey = DKey(key_type="rubbish")
assert "key_type parameter must be of type" in str(err.value)
with pytest.raises(TypeError) as err:
akey = DKey(overhead="rubbish")
assert "overhead parameter must be of type" in str(err.value)
with pytest.raises(VosValueError) as err:
dkey = DKey()
akey = dkey.dump()
assert "list of akeys must not be empty" in str(err.value)
