public override PACSAMKeyRecord Clone(bool includeKey = false)
{
PACSAMPlaidKeyRecord instance = new PACSAMPlaidKeyRecord();
CopyTo(instance, includeKey);
return(instance);
}
public override void ExportParts(params PACSAMKeyRecord[] parts)
{
// There must be at least 3 or more parts
if (parts.Length < 3)
{
throw new ArgumentException(@"ExportParts: There must be at 3 or more parts to export to!");
}
// Create part 0
parts[0] = new PACSAMPlaidKeyRecord(this);
// Iterate through the parts from 1 to n (skipping the first, which will hold the XOR result)
for (int i = 1; i < parts.Length; i++)
{
// Generate the part
parts[i] = new PACSAMPlaidKeyRecord(this);
var pI = (parts[i] as PACSAMPlaidKeyRecord);
var p0 = (parts[0] as PACSAMPlaidKeyRecord);
pI.IAKey.P = Crypto.CreateRandomEntropy(IAKey.P.Length);
p0.IAKey.P = Crypto.XorArray(p0.IAKey.P, pI.IAKey.P);
pI.IAKey.Q = Crypto.CreateRandomEntropy(IAKey.Q.Length);
p0.IAKey.Q = Crypto.XorArray(p0.IAKey.Q, pI.IAKey.Q);
pI.IAKey.PQ = Crypto.CreateRandomEntropy(IAKey.PQ.Length);
p0.IAKey.PQ = Crypto.XorArray(p0.IAKey.PQ, pI.IAKey.PQ);
pI.IAKey.DP = Crypto.CreateRandomEntropy(IAKey.DP.Length);
p0.IAKey.DP = Crypto.XorArray(p0.IAKey.DP, pI.IAKey.DP);
pI.IAKey.DQ = Crypto.CreateRandomEntropy(IAKey.DQ.Length);
p0.IAKey.DQ = Crypto.XorArray(p0.IAKey.DQ, pI.IAKey.DQ);
pI.IAKey.D = Crypto.CreateRandomEntropy(IAKey.D.Length);
p0.IAKey.D = Crypto.XorArray(p0.IAKey.D, pI.IAKey.D);
pI.IAKey.Modulus = Crypto.CreateRandomEntropy(IAKey.Modulus.Length);
p0.IAKey.Modulus = Crypto.XorArray(p0.IAKey.Modulus, pI.IAKey.Modulus);
pI.IAKey.Exponent = Crypto.CreateRandomEntropy(IAKey.Exponent.Length);
p0.IAKey.Exponent = Crypto.XorArray(p0.IAKey.Exponent, pI.IAKey.Exponent);
pI.FAKey = Crypto.CreateRandomEntropy(FAKey.Length);
p0.FAKey = Crypto.XorArray(p0.FAKey, pI.FAKey);
}
}
public PACSAMPlaidKeyRecord(PACSAMPlaidKeyRecord copyObject)
{
copyObject.CopyTo(this, true);
}
