public void EncryptWithIosPublicKey()
{
var km = new KeyMaster();
var c = new Cryptographer(km);
const string KeyString =
"MIIBCgKCAQEAr3a1JDZOo6oo6HGEhmFmkwmV6UNPdB4ZTZnv5KHI2j9Cc90h9aZvRkzd28NSh0fPP"
+ "/RxRMzAb5r08QgqcHWK5reBQGcj3k+f1gTyUlDssIBlbbP2Z/7VJsHPXoU53MLUZ4K/BPEKYkZV"
+ "CsWmVB07sWV4ThTsX934pxT+ybNH8FDdjGfLFwU3fINXQHVf34iwYcSJPWbtPb6dSrXD8c0h/X/"
+ "3WCaMjLhyvuXi4jdBLGAAP/UXBobqwFDcrW1CO5RSyEIjKcR2A6fvN1Kx6zGLzaZjWdb5miBU73"
+ "b6C0vjVjlIarK/+EYBrVUDLl3yBPfJn29SOoyQeejY8pTQ9XzgAwIDAQAB";
PublicKey publicKey = km.DecodePublicKey(KeyString);
Message msg = c.HybridEncrypt("test", publicKey);
Assert.IsNotNull(msg);
Assert.IsNotNull(msg.Key);
Assert.IsNotNull(msg.Data);
Log.Info("Key : " + msg.Key);
Log.Info("Data : " + msg.Data);
}
public void HybridEncryptDecrypt()
{
var km = new KeyMaster();
var c = new Cryptographer(km);
KeyPair kp = km.GenerateKeyPair();
var msg = c.HybridEncrypt("test", kp.PublicKey);
Assert.IsNotNull(msg);
Assert.IsNotNull(msg.Data);
Assert.IsNotNull(msg.Key);
var test = c.HybridDecrypt(msg, kp.PrivateKey);
Assert.IsNotNull(test);
Assert.AreEqual("test", test);
}