def test_element_type_serialize_deserialize(fcn):
'''
test serialization/deserialization of ElementType for various initiailzers
'''
element_type = ElementType(initializers=[fcn], substance=oil)
json_ = element_type.serialize()
element_type2 = ElementType.deserialize(json_)
assert element_type == element_type2
def test_serialize_deserialize():
'''
serialize/deserialize for 'save' option is tested in test_save_load
This tests serialize/deserilize with 'webapi' option
'''
et = floating()
n_et = ElementType.deserialize(et.serialize())
# for webapi, make new objects from nested objects before creating
# new element_type
# following is not a requirement for webapi, but it is infact the case
assert n_et == et
def test_element_type_serialize_deserialize(fcn, init_key):
"""
test serialization/deserialization of ElementType for various initiailzers
"""
initializers = {init_key: fcn}
element_type = ElementType(initializers)
json_ = element_type.serialize("save")
dict_ = element_type.deserialize(json_)
element_type2 = ElementType.new_from_dict(dict_)
assert element_type == element_type2
def test_serialize_deserialize(test_obj):
"""
serialize/deserialize for 'save' optio is tested in test_save_load
This tests serialize/deserilize with 'webapi' option
"""
et = floating()
dict_ = ElementType.deserialize(et.serialize("webapi"))
# for webapi, make new objects from nested objects before creating
# new element_type
dict_["initializers"] = et.initializers
n_et = ElementType.new_from_dict(dict_)
# following is not a requirement for webapi, but it is infact the case
assert n_et == et
