public BinaryAgreement(
BinaryAgreementId agreementId, IPublicConsensusKeySet wallet, IConsensusBroadcaster broadcaster)
: base(wallet, agreementId, broadcaster)
{
_agreementId = agreementId;
_requested = ResultStatus.NotRequested;
_currentEpoch = 0;
_resultEpoch = 0;
_wasRepeat = false;
}
public RootProtocol(RootProtocolId id, IPublicConsensusKeySet wallet, ECDSAPrivateKey privateKey,
IConsensusBroadcaster broadcaster, IValidatorAttendanceRepository validatorAttendanceRepository,
ulong cycleDuration, bool useNewChainId) : base(wallet, id, broadcaster)
{
_keyPair = new EcdsaKeyPair(privateKey);
_rootId = id;
_validatorAttendanceRepository = validatorAttendanceRepository;
_cycleDuration = cycleDuration;
_useNewChainId = useNewChainId;
}
public CommonSubset(
CommonSubsetId commonSubsetId, IPublicConsensusKeySet wallet, IConsensusBroadcaster broadcaster
) : base(wallet, commonSubsetId, broadcaster)
{
_commonSubsetId = commonSubsetId;
_binaryAgreementInput = new bool?[N];
_binaryAgreementResult = new bool?[N];
_reliableBroadcastResult = new EncryptedShare[N];
_result = null;
}
public CommonCoin(
CoinId coinId, IPublicConsensusKeySet wallet, PrivateKeyShare privateKeyShare,
IConsensusBroadcaster broadcaster
) : base(wallet, coinId, broadcaster)
{
_coinId = coinId ?? throw new ArgumentNullException(nameof(coinId));
_thresholdSigner = new ThresholdSigner(
_coinId.ToBytes(), privateKeyShare, wallet.ThresholdSignaturePublicKeySet
);
_result = null;
}
protected AbstractProtocol(
IPublicConsensusKeySet wallet,
IProtocolIdentifier id,
IConsensusBroadcaster broadcaster
)
{
_thread = new Thread(Start)
{
IsBackground = true
};
_thread.Start();
Broadcaster = broadcaster;
Id = id;
Wallet = wallet;
}
public ReliableBroadcast(
ReliableBroadcastId broadcastId, IPublicConsensusKeySet wallet, IConsensusBroadcaster broadcaster) :
base(wallet, broadcastId, broadcaster)
{
_broadcastId = broadcastId;
_echoMessages = new ECHOMessage?[N];
_readyMessages = new ReadyMessage?[N];
_sentValMessage = new bool[N];
_requested = ResultStatus.NotRequested;
_merkleTreeSize = N;
while ((_merkleTreeSize & (_merkleTreeSize - 1)) != 0)
{
_merkleTreeSize++; // increment while not power of two
}
}
public HoneyBadger(HoneyBadgerId honeyBadgerId, IPublicConsensusKeySet wallet,
PrivateKey privateKey, IConsensusBroadcaster broadcaster)
: base(wallet, honeyBadgerId, broadcaster)
{
_honeyBadgerId = honeyBadgerId;
_privateKey = privateKey;
_receivedShares = new EncryptedShare[N];
_decryptedShares = new ISet <PartiallyDecryptedShare> [N];
for (var i = 0; i < N; ++i)
{
_decryptedShares[i] = new HashSet <PartiallyDecryptedShare>();
}
_taken = new bool[N];
_shares = new IRawShare[N];
_requested = ResultStatus.NotRequested;
}
public BinaryBroadcast(
BinaryBroadcastId broadcastId, IPublicConsensusKeySet wallet, IConsensusBroadcaster broadcaster)
: base(wallet, broadcastId, broadcaster)
{
_broadcastId = broadcastId;
_requested = ResultStatus.NotRequested;
_binValues = new BoolSet();
_receivedValues = new BoolSet[N];
_playerSentAux = new bool[N];
_validatorSentConf = new bool[N];
for (var i = 0; i < N; ++i)
{
_receivedValues[i] = new BoolSet();
}
_receivedCount = new int[2];
_receivedAux = new int[2];
_wasBvalBroadcasted = new bool[2];
_confReceived = new List <BoolSet>();
_result = null;
_confSent = false;
}