async def submitAccumulator(self, schemaId: ID,
accumPK: AccumulatorPublicKey,
accum: Accumulator,
tails: TailsType) -> AccumulatorPublicKey:
accumPK = accumPK._replace(seqId=self._acumPkId)
self._acumPkId += 1
await self._cacheValueForId(self._accums, schemaId, accum)
accumPk = await self._cacheValueForId(self._accumPks, schemaId,
accumPK)
await self._cacheValueForId(self._tails, schemaId, tails)
return accumPk
async def issueAccumulator(self, schemaId, iA, L) \
-> (
Accumulator, TailsType, AccumulatorPublicKey,
AccumulatorSecretKey):
pkR = await self._wallet.getPublicKeyRevocation(schemaId)
group = cmod.PairingGroup(PAIRING_GROUP)
gamma = group.random(cmod.ZR)
g = {}
gCount = 2 * L
for i in range(gCount):
if i != L + 1:
g[i] = pkR.g ** (gamma ** i)
z = cmod.pair(pkR.g, pkR.g) ** (gamma ** (L + 1))
acc = 1
V = set()
accPK = AccumulatorPublicKey(z)
accSK = AccumulatorSecretKey(gamma)
accum = Accumulator(iA, acc, V, L)
return accum, g, accPK, accSK
async def issueAccumulator(self, schemaId, iA, L) \
-> (Accumulator, Tails, AccumulatorPublicKey,
AccumulatorSecretKey):
pkR = await self._wallet.getPublicKeyRevocation(schemaId)
group = cmod.PairingGroup(PAIRING_GROUP)
gamma = group.random(cmod.ZR)
tails = Tails()
gCount = 2 * L
for i in range(gCount):
if i != L + 1:
gVal = pkR.g**(gamma**i)
gPrimeVal = pkR.gprime**(gamma**i)
tails.addValue(i, gVal, gPrimeVal)
z = cmod.pair(pkR.g, pkR.gprime)**(gamma**(L + 1))
acc = 1
V = set()
accPK = AccumulatorPublicKey(z)
accSK = AccumulatorSecretKey(gamma)
accum = Accumulator(iA, acc, V, L)
return accum, tails, accPK, accSK