def test_pk_from_to_dict():
pk = PublicKey(N=cmod.integer(12345),
Rms=cmod.integer(12) % cmod.integer(12345),
Rctxt=cmod.integer(13) % cmod.integer(12345),
R={
'name': cmod.integer(1) % cmod.integer(12345),
'age': cmod.integer(2) % cmod.integer(12345)
},
S=cmod.integer(14) % cmod.integer(12345),
Z=cmod.integer(15) % cmod.integer(12345))
pk_serialized = {
'n': '12345',
'rms': '12',
'rctxt': '13',
'r': {
'name': '1',
'age': '2'
},
's': '14',
'z': '15',
}
assert pk.to_str_dict() == pk_serialized
assert pk == PublicKey.from_str_dict(pk_serialized)
async def submitPublicKeys(self,
id: ID,
pk: PublicKey,
pkR: RevocationPublicKey = None,
signatureType='CL') -> \
(PublicKey, RevocationPublicKey):
data = {}
if pk is not None:
data[PRIMARY] = pk.to_str_dict()
if pkR is not None:
data[REVOCATION] = pkR.toStrDict()
op = {
TXN_TYPE: CLAIM_DEF,
REF: id.schemaId,
DATA: data,
SIGNATURE_TYPE: signatureType
}
_, seqNo = await self._sendSubmitReq(op)
if seqNo:
pk = pk._replace(seqId=seqNo)
if pkR is not None:
pkR = pkR._replace(seqId=seqNo)
return pk, pkR
async def submitPublicKeys(self,
id: ID,
pk: PublicKey,
pkR: RevocationPublicKey = None,
signatureType='CL') -> \
(PublicKey, RevocationPublicKey):
data = {}
if pk is not None:
data[PRIMARY] = pk.to_str_dict()
if pkR is not None:
data[REVOCATION] = pkR.toStrDict()
op = {
TXN_TYPE: CLAIM_DEF,
REF: id.schemaId,
DATA: data,
SIGNATURE_TYPE: signatureType
}
_, seqNo = await self._sendSubmitReq(op)
if seqNo:
pk = pk._replace(seqId=seqNo)
if pkR is not None:
pkR = pkR._replace(seqId=seqNo)
return pk, pkR
