public static void SetupReconstructionProtocol(Quorum quorum)
{
int n = quorum.Size;
var input = new BigZp(prime, 20);
var polyDeg = (int)Math.Ceiling(n / 3.0) - 1;
var shares = BigShamirSharing.Share(input, n, polyDeg);
for (int i = 0; i < n; i++)
{
TestParty <BigZp> party = new TestParty <BigZp>();
ReconstructionProtocol rp = new ReconstructionProtocol(party, quorum, new Share <BigZp>(shares[i]));
party.UnderTest = rp;
NetSimulator.RegisterParty(party);
}
}
private void SetupReconstruction()
{
ReconstructProtocolMapping = new Dictionary <OutputGateAddress, ulong>();
List <Protocol> reconstructionProtocols = new List <Protocol>();
foreach (var quorumResults in CircuitResultsPerQuorum)
{
foreach (var singleResult in quorumResults.Value)
{
var protocol = new ReconstructionProtocol(Me, quorumResults.Key, singleResult.Value.Item2); // don't worry about reconstructing the sort shares
ReconstructProtocolMapping[singleResult.Key] = protocol.ProtocolId;
reconstructionProtocols.Add(protocol);
}
}
CircuitResultsPerQuorum = null;
ExecuteSubProtocols(reconstructionProtocols);
}
public static void SetupReconstructionProtocol(Quorum quorum)
{
int n = quorum.Size;
var input = new BigZp(prime, 20);
var polyDeg = (int)Math.Ceiling(n / 3.0) - 1;
var shares = BigShamirSharing.Share(input, n, polyDeg);
for (int i = 0; i < n; i++)
{
TestParty<BigZp> party = new TestParty<BigZp>();
ReconstructionProtocol rp = new ReconstructionProtocol(party, quorum, new Share<BigZp>(shares[i]));
party.UnderTest = rp;
NetSimulator.RegisterParty(party);
}
}