private void ShouldReturnPublicKey()
{
var keyPair = EncryptorHelper.GenerateKeyPair(curve, algorithm);
var publicKey = EncryptorHelper.GetPublicKey(keyPair);
publicKey.Should().NotBeNull();
}
public virtual Option <EncryptedEntries> Process(Entries entries,
HipLibrary.Patient.Model.KeyMaterial dataRequestKeyMaterial, string transactionId)
{
var keyPair = EncryptorHelper.GenerateKeyPair(dataRequestKeyMaterial.Curve,
dataRequestKeyMaterial.CryptoAlg);
var randomKey = EncryptorHelper.GenerateRandomKey();
var processedEntries = new List <Entry>();
var careBundles = entries.CareBundles;
foreach (var careBundle in careBundles)
{
var encryptData =
encryptor.EncryptData(dataRequestKeyMaterial,
keyPair,
Serializer.SerializeToString(careBundle.BundleForThisCcr), randomKey);
if (!encryptData.HasValue)
{
return(Option.None <EncryptedEntries>());
}
encryptData.MatchSome(content =>
{
var entry = IsLinkable(content)
? StoreComponentAndGetLink(ComponentEntry(content, careBundle.CareContextReference),
careBundle.CareContextReference)
: ComponentEntry(content, careBundle.CareContextReference);
processedEntries.Add(entry);
});
}
var keyStructure = new KeyStructure(DateTime.Now.ToUniversalTime().ToString("yyyy-MM-ddTHH:mm:ssZ"),
dataRequestKeyMaterial.DhPublicKey.Parameters, EncryptorHelper.GetPublicKey(keyPair));
var keyMaterial = new KeyMaterial(dataRequestKeyMaterial.CryptoAlg,
dataRequestKeyMaterial.Curve,
keyStructure, randomKey);
return(Option.Some(new EncryptedEntries(processedEntries.AsEnumerable(), keyMaterial)));
}