public void CreateEncryptedKeyFromConstructor()
{
var key = new EncryptedPrivateKey("4344645752e57065f814b51713d05810b6edb40bae6d099f099775bc828e36961f7fbb5e3ee62236714ad1e980ac8986bd4ed690f576abb5268ba0915ae575e7");
Assert.AreEqual("4344645752e57065f814b51713d05810", key.Iv);
Assert.AreEqual("b6edb40bae6d099f099775bc828e36961f7fbb5e3ee62236714ad1e980ac8986bd4ed690f576abb5268ba0915ae575e7", key.EncryptedKey);
}
public void DecreyptEncryptedKey()
{
var privateKeyEncrypted = new EncryptedPrivateKey("4344645752e57065f814b51713d05810b6edb40bae6d099f099775bc828e36961f7fbb5e3ee62236714ad1e980ac8986bd4ed690f576abb5268ba0915ae575e7");
var privateKeyDecrypted = privateKeyEncrypted.Decrypt(new Password("password"));
Assert.AreEqual("e85467d94fdf70b5713d3b3b083597e0962f38843feb10259158a3fa6dc444b6", privateKeyDecrypted);
}
public void CanEncodeAndDecodePrivateKey()
{
var encKey = CryptoUtils.EncodePrivateKey("9b4ed1b56be9e8106da2ef4fc681db0f9f4c22ccbad5f9bb9d3fbe68a1b20007", "simplewallet");
var key = new EncryptedPrivateKey(encKey);
var unencrypted = key.Decrypt(new Password("simplewallet"));
Assert.AreEqual("9b4ed1b56be9e8106da2ef4fc681db0f9f4c22ccbad5f9bb9d3fbe68a1b20007", unencrypted);
}
public void CanEcryptAPrivateKey()
{
// password for nano produced simple wallet file
var password = "******";
// key to encrypt
var privateKey = "9b4ed1b56be9e8106da2ef4fc681db0f9f4c22ccbad5f9bb9d3fbe68a1b20007";
// iv from nano produced simple wallet file
var iv = "d590ab155351abdd9c511e8fb46ee7a9";
// encrypted key from nano produced wallet file
var encryptedKey = "590c675be30dc85d2512620b0526c5ddb6756adf98ebf827f7c124e9f115a81943b741d71de4397901cdb1b917bf1d65";
var pass = CryptoUtils.DerivePassSha(password, 20);
var result = CryptoUtils.AesEncryptor(pass, iv.FromHex(), privateKey.FromHex());
var encKey = new EncryptedPrivateKey(result.ToHexLower());
Assert.AreEqual(iv, encKey.Iv);
Assert.AreEqual(encryptedKey, encKey.EncryptedKey);
}
