public string GetEncryptCredentialInString()
{
var certificate = new CertificateHelper().GetCertificateOfServer();
var cryptoProvider = new CollectServiceCryptoProvider();
var encryptCredential =
cryptoProvider.EncryptCredentialBasedOnCertificateOfServer(this.GetCredential(), certificate);
return System.Text.Encoding.Default.GetString(encryptCredential);
}
public void Expect_CryptographicException_when_a_invalid_certificate_is_used_to_encrypt_credentials()
{
var certificate = new CertificateHelper().GetCertificateOfServerByName("LocalhostCertificate.pfx");
var cryptoProvider = new CollectServiceCryptoProvider();
var encryptedCredentials =
cryptoProvider
.EncryptCredentialBasedOnCertificateOfServer(new CredentialFactory().GetCredential(), certificate);
var plainCredentials =
cryptoProvider
.DecryptCredentialBasedOnCertificateOfServer(encryptedCredentials, certificate);
}
public void Should_be_possible_to_use_ServerCertificate_to_do_assimetric_cryptography()
{
var certificate = new CertificateHelper().GetCertificateOfServer();
var cryptoProvider = new CollectServiceCryptoProvider();
var encryptedCredentials =
cryptoProvider
.EncryptCredentialBasedOnCertificateOfServer(new CredentialFactory().GetCredential(), certificate);
var plainCredentials =
cryptoProvider
.DecryptCredentialBasedOnCertificateOfServer(encryptedCredentials, certificate);
Assert.IsNotNull(plainCredentials, "The credentials after decryptation cannot be nuul.");
Assert.AreEqual("fake_domain", plainCredentials.Domain);
Assert.AreEqual("john_doe", plainCredentials.UserName);
Assert.AreEqual("******", plainCredentials.Password);
}
