public void ShowCaseTestSymmetric()
{
Assert.IsTrue(maLo.IsValid()); // as the encryption relies on serializing the BO invalid BOs cannot be encrypted.
byte[] sharedSecret = Sodium.SecretBox.GenerateKey();
EncryptedObject encryptedBo;
using (var encrypter = new SymmetricEncrypter(sharedSecret))
{
encryptedBo = encrypter.Encrypt(maLo, "test case");
}
Debug.Write(JsonConvert.SerializeObject(encryptedBo, new StringEnumConverter()));
//{
// "boTyp": "ENCRYPTEDOBJECTAEAD",
// "versionStruktur": 1,
// "AssociatedData": "test case",
// "encryptionScheme": "SodiumSymmetricAEAD",
// "nonce": "hTbQKm/hAwY=",
// "cipherText": "iORhQsADEviVhjDP3d ... fnGfLF+AsL1F"
//}
Marktlokation decryptedMaLo;
using (var decrypter = new SymmetricEncrypter(sharedSecret))
{
decryptedMaLo = decrypter.Decrypt <Marktlokation>(encryptedBo);
}
Assert.AreEqual(maLo.Lokationsadresse, decryptedMaLo.Lokationsadresse);
}
public void TestMeLoValidity()
{
var malo = new Marktlokation()
{
MarktlokationsId = "1235678901",
Sparte = Sparte.STROM,
Energierichtung = Energierichtung.AUSSP
};
Assert.IsFalse(malo.IsValid()); // because the obligatory bilanzierungsmethode is not set
malo.Bilanzierungsmethode = Bilanzierungsmethode.SLP;
Assert.IsTrue(malo.IsValid(checkId: false)); // because all obligatory fields are set
Assert.IsFalse(malo.IsValid()); // but the marklokationsId is wrong
malo.MarktlokationsId = "51238696781"; // matches the appropriate regex and has the right check sum
Assert.IsTrue(malo.IsValid());
}