public void TestHashPassword()
{
const string password = "******";
const string rightPassword = "******";
const string wrongPassword = "******";
byte[] salt = PBKDF2Impl.GenerateSalt();
byte[] encrypedPassword = PBKDF2Impl.HashPassword(Encoding.UTF8.GetBytes(password), salt);
byte[] encrypedRightPassword = PBKDF2Impl.HashPassword(Encoding.UTF8.GetBytes(rightPassword), salt);
byte[] encrypedWrongPassword = PBKDF2Impl.HashPassword(Encoding.UTF8.GetBytes(wrongPassword), salt);
Assert.IsTrue(AbstractSecureCompareBase.Compare(encrypedPassword, encrypedRightPassword));
Assert.IsFalse(AbstractSecureCompareBase.Compare(encrypedPassword, encrypedWrongPassword));
}
public void Insert()
{
List <Contact> contacts = _dataAccess.GetAll <Contact>();
Assert.IsTrue(contacts.Count == 0);
List <MasterLogin> materLogins = _dataAccess.GetAll <MasterLogin>();
Assert.IsTrue(materLogins.Count == 0);
var hybridEncrypter = new HybridRsaAes();
hybridEncrypter.AssignNewRSAKeys();
var contact = new Contact
{
Name = "Marcel",
PublicKey = hybridEncrypter.GetPublicRSAKey()
};
_dataAccess.Insert(contact);
contacts = _dataAccess.GetAll <Contact>();
Assert.IsTrue(contacts.Count == 1);
var salt = PBKDF2Impl.GenerateSalt();
hybridEncrypter = new HybridRsaAes();
hybridEncrypter.AssignNewRSAKeys();
var materLogin = new MasterLogin
{
Name = "MasterMan",
Password = PBKDF2Impl.HashPassword(Encoding.UTF8.GetBytes("password123"), salt),
Salt = salt,
PrivateKey = hybridEncrypter.GetPrivateRSAKeyAsXml(),
PublicKey = hybridEncrypter.GetPublicRSAKey()
};
_dataAccess.Insert(materLogin);
materLogins = _dataAccess.GetAll <MasterLogin>();
Assert.IsTrue(materLogins.Count == 1);
}
public byte[] HashPassword(string plainPassword, byte[] salt)
{
_logger.Info("hash password");
return(PBKDF2Impl.HashPassword(Encoding.UTF8.GetBytes(plainPassword), salt));
}