public void Encrypt_Decrypt_Pass()
{
var one = 1;
var two = 2;
var three = 3;
var four = 4;
var five = 5;
var cryptographyHelper = new CryptographyHelper(ConfigHelper.RegistrationEncryptionKey);
var oneEncrypted = cryptographyHelper.Encrypt(one.ToString());
var twoEncrypted = cryptographyHelper.Encrypt(two.ToString());
var threeEncrypted = cryptographyHelper.Encrypt(three.ToString());
var fourEncrypted = cryptographyHelper.Encrypt(four.ToString());
var fiveEncrypted = cryptographyHelper.Encrypt(five.ToString());
var oneDecrypted = cryptographyHelper.Decrypt(oneEncrypted);
var twoDecrypted = cryptographyHelper.Decrypt(twoEncrypted);
var threeDecrypted = cryptographyHelper.Decrypt(threeEncrypted);
var fourDecrypted = cryptographyHelper.Decrypt(fourEncrypted);
var fiveDecrypted = cryptographyHelper.Decrypt(fiveEncrypted);
Assert.AreEqual(one, int.Parse(oneDecrypted));
Assert.AreEqual(two, int.Parse(twoDecrypted));
Assert.AreEqual(three, int.Parse(threeDecrypted));
Assert.AreEqual(four, int.Parse(fourDecrypted));
Assert.AreEqual(five, int.Parse(fiveDecrypted));
}
public void Encrypt_Iterations_Pass()
{
var cryptographyHelper = new CryptographyHelper(ConfigHelper.RegistrationEncryptionKey);
var value = long.MaxValue.ToString();
var iterations = 5;
var encryptedValue = cryptographyHelper.Encrypt(value, iterations);
var decryptedValue = cryptographyHelper.Decrypt(encryptedValue, iterations);
Assert.AreEqual(value, decryptedValue);
}
public int GetMemberId()
{
var returnValue = 0;
if (!string.IsNullOrEmpty(MemberId))
{
var cryptographyHelper = new CryptographyHelper(ConfigHelper.RegistrationEncryptionKey);
var decryptedValue = cryptographyHelper.Decrypt(MemberId);
if (!int.TryParse(decryptedValue, out returnValue))
{
returnValue = 0;
}
}
return returnValue;
}