def test_keys_of_result_of_to_dict(some_interdeps):
for idps in some_interdeps:
desc = RunDescriber(interdeps=idps)
ser_desc = desc._to_dict()
assert list(ser_desc.keys()) == ['version', 'interdependencies']
def test_to_and_from_dict_roundtrip(some_interdeps):
for idps in some_interdeps:
desc = RunDescriber(interdeps=idps)
ser_desc = desc._to_dict()
new_desc = RunDescriber._from_dict(ser_desc)
assert isinstance(new_desc, RunDescriber)
assert desc == new_desc
def test_dictization_of_version_1(some_interdeps):
"""
Test conversion to dictionary of a RunDescriber version 1 object
"""
for idps in some_interdeps:
desc = RunDescriber(idps)
ser = desc._to_dict()
assert ser['version'] == 1
assert ser['interdependencies'] == idps._to_dict()
assert len(ser.keys()) == 2
def test_dictization_of_current_version(some_interdeps):
"""
Test conversion to dictionary of a RunDescriber
"""
for idps in some_interdeps:
desc = RunDescriber(idps)
idps_old = new_to_old(desc.interdeps)
ser = desc._to_dict()
assert ser['version'] == 3
assert ser['interdependencies'] == idps_old._to_dict()
assert ser['interdependencies_'] == idps._to_dict()
assert ser['shapes'] is None
assert len(ser.keys()) == 4
