def test_token_copy_cbor_to_fbs(token_cbor):
token_fbs = ActivationTokenFbs()
token_fbs.copy(token_cbor)
# assert token_fbs == token_cbor
assert token_fbs.oid == token_cbor.oid
assert token_fbs.atype == token_cbor.atype
assert token_fbs.status == token_cbor.status
assert token_fbs.completed == token_cbor.completed
assert token_fbs.code == token_cbor.code
assert token_fbs.email == token_cbor.email
assert token_fbs.pubkey == token_cbor.pubkey
def loop():
_token = ActivationTokenFbs.cast(data)
if True:
assert _token.oid == token_fbs.oid
assert len(str(token_fbs.oid)) == 36
assert _token.atype == token_fbs.atype
assert _token.status == token_fbs.status
assert _token.completed == token_fbs.completed
assert _token.code == token_fbs.code
assert _token.email == token_fbs.email
assert _token.pubkey == token_fbs.pubkey
assert len(token_fbs.pubkey) == 64
def test_token_fbs_roundtrip(token_fbs, builder):
# serialize to bytes (flatbuffers) from python object
obj = token_fbs.build(builder)
builder.Finish(obj)
data = builder.Output()
assert len(data) == 224
# create python object from bytes (flatbuffes)
_token = ActivationTokenFbs.cast(data)
# assert _token == token_fbs
assert _token.oid == token_fbs.oid
assert _token.atype == token_fbs.atype
assert _token.status == token_fbs.status
assert _token.completed == token_fbs.completed
assert _token.code == token_fbs.code
assert _token.email == token_fbs.email
assert _token.pubkey == token_fbs.pubkey
def token_fbs():
_token = ActivationTokenFbs()
fill_token(_token)
return _token