private void PackageKeyTest()
{
CipherDescription cd1 = new CipherDescription(
SymmetricEngines.RHX,
192, IVSizes.V128,
CipherModes.CTR,
PaddingModes.None,
BlockSizes.B128,
RoundCounts.R22);
CSPPrng rnd = new CSPPrng();
byte[] di = new byte[16];
byte[] oi = new byte[16];
byte[] pi = new byte[16];
byte[] pd = new byte[32];
byte[] ti = new byte[16];
rnd.GetBytes(di);
rnd.GetBytes(oi);
rnd.GetBytes(pi);
rnd.GetBytes(pd);
rnd.GetBytes(ti);
KeyAuthority ka1 = new KeyAuthority(di, oi, pi, pd, KeyPolicies.IdentityRestrict | KeyPolicies.NoExport | KeyPolicies.NoNarrative, 1, ti);
MemoryStream mk = new MemoryStream();
PackageKey pk1 = new PackageKey(ka1, cd1, 100);
PackageFactory pf = new PackageFactory(mk, ka1);
pf.Create(pk1);
byte[] bpk = pk1.ToBytes();
PackageKey pk2 = new PackageKey(bpk);
if (!pk1.Equals(pk2))
{
throw new Exception("KeyFactoryTest: PackageKey serialization has failed!");
}
PackageKey pk3 = new PackageKey(mk);
if (!pk1.Equals(pk3))
{
throw new Exception("KeyFactoryTest: PackageKey serialization has failed!");
}
if (pk1.GetHashCode() != pk2.GetHashCode() || pk1.GetHashCode() != pk3.GetHashCode())
{
throw new Exception("KeyFactoryTest: PackageKey hash code test has failed!");
}
pf.Dispose();
}
public override int GetHashCode()
{
unchecked {
var hashCode = PackageKey.GetHashCode();
hashCode = (hashCode * 397) ^ (int)Action;
hashCode = (hashCode * 397) ^ (int)Target;
return(hashCode);
}
}