public void Generate_Should_ReturnHexStringOf32SHA512()
{
var cardCrypto = new VirgilCardCrypto();
var payload = this.faker.Random.Bytes(64);
var sha512 = cardCrypto.GenerateSHA512(payload);
var id = Bytes.ToString(sha512.Take(32).ToArray(), StringEncoding.HEX);
Assert.AreEqual(id, CardUtils.GenerateCardId(cardCrypto, payload));
}
public void Validate_Should_ValidateByAppSign()
{
var crypto = new VirgilCrypto();
var validator = new VirgilCardVerifier(new VirgilCardCrypto());
var vrigilPublicKeyBytes = crypto.ExportPublicKey(faker.PredefinedVirgilKeyPair().PublicKey);
validator.ChangeServiceCreds(
Bytes.ToString(vrigilPublicKeyBytes, StringEncoding.BASE64)
);
var appKeyPair = crypto.GenerateKeys();
var appPublicKey = Bytes.ToString(crypto.ExportPublicKey(crypto.ExtractPublicKey(appKeyPair.PrivateKey)),
StringEncoding.BASE64);
var list = new List <VerifierCredentials>
{
new VerifierCredentials()
{
Signer = "my_app", PublicKeyBase64 = appPublicKey
}
};
//validator.Whitelist = list;
var keypair = crypto.GenerateKeys();
var cardCrypto = new VirgilCardCrypto();
/* var csr = CSR.Generate(cardCrypto, new CardParams
* {
* Identity = "some_identity",
* PublicKey = crypto.ExtractPublicKey(keypair.PrivateKey),
* PrivateKey = keypair.PrivateKey
* });
*
*
* csr.Sign(cardCrypto, new ExtendedSignParams
* {
* SignerId = "",
* SignerType = SignerType.App.ToLowerString(),
* SignerPrivateKey = appKeyPair.PrivateKey
* });
*
* var card = CardUtils.Parse(cardCrypto, csr.RawSignedModel);
*
* var result = validator.VerifyCard(card);
* result.Should().BeTrue();*/
}
