public static string EncryptMySecret()
{
//this is your 64-bit key string
string myKeyString = AESEncryptor.CreateNewKey();
using (var manager = new EncryptionManager(myKeyString))
{
//This is your initializor, or public key
string iv = AESEncryptor.CreateInitializor();
//This is how you encrypt with your specified key and iv
encryptedSecretInfo = manager.Encrypt(secretInfo, iv);
}
//you can also encrypt with private keys of int a, b and c
using (var manager = new EncryptionManager(100, 50, 10))
{
//This is your initializor, or public key
string iv = manager.CreateInitializor();
//This is your second public key, used with a, b, and c to compute the private key
long ticks = DateTime.Now.Ticks;
//This is how you encrypt with your specified key and iv
encryptedSecretInfo = manager.Encrypt(secretInfo, iv, ticks);
}
return(encryptedSecretInfo);
}
//When trying to decrypt your data, you will need your public key (iv) and optionally a second public key (time in ticks)
public static string DecryptMySecret(string encryptedData, string iv, long ticks)
{
//this is your 64-bit key string
string myKeyString = AESEncryptor.CreateNewKey();
string decryptedSecretInfo = null;
using (var manager = new EncryptionManager(myKeyString))
{
//This is how you decrypt with your keyString (private key) and iv (public key)
decryptedSecretInfo = manager.Decrypt(encryptedData, iv);
}
//you can also decrypt with private keys of int a, b and c
using (var manager = new EncryptionManager(100, 50, 10))
{
//This is how you decrypt with your specified keys, iv and ticks
decryptedSecretInfo = manager.Decrypt(encryptedData, iv, ticks);
}
return(decryptedSecretInfo);
}