public void TestPostPublicKeyInterface()
{
var client = new KeysmithClient("http://localhost:8080");
var keyMaster = new KeyMaster();
PublicKey pk = keyMaster.GenerateKeyPair().PublicKey;
Assert.IsNotNull(client.PostPublicKey(pk));
Assert.IsNull(client.PostPublicKey(null));
}
public void TestUpdatePublicKeyInterface()
{
var client = new KeysmithClient("http://localhost:8080");
var keyMaster = new KeyMaster();
PublicKey pk = keyMaster.GenerateKeyPair().PublicKey;
Assert.IsNull(client.UpdatePublicKey("test", pk));
client.UpdatePublicKey(string.Empty, pk);
client.UpdatePublicKey(null, pk);
Assert.IsNull(client.UpdatePublicKey("test", null));
Assert.IsNull(client.UpdatePublicKey(string.Empty, null));
Assert.IsNull(client.UpdatePublicKey(null, null));
}
public void DecodePublicKey()
{
var km = new KeyMaster();
const string keyString =
"MIIBCgKCAQEAr3a1JDZOo6oo6HGEhmFmkwmV6UNPdB4ZTZnv5KHI2j9Cc90h9aZvRkzd28NSh0fPP"
+ "/RxRMzAb5r08QgqcHWK5reBQGcj3k+f1gTyUlDssIBlbbP2Z/7VJsHPXoU53MLUZ4K/BPEKYkZV"
+ "CsWmVB07sWV4ThTsX934pxT+ybNH8FDdjGfLFwU3fINXQHVf34iwYcSJPWbtPb6dSrXD8c0h/X/"
+ "3WCaMjLhyvuXi4jdBLGAAP/UXBobqwFDcrW1CO5RSyEIjKcR2A6fvN1Kx6zGLzaZjWdb5miBU73"
+ "b6C0vjVjlIarK/+EYBrVUDLl3yBPfJn29SOoyQeejY8pTQ9XzgAwIDAQAB";
PublicKey publicKey = km.DecodePublicKey(keyString);
Assert.IsNotNull(publicKey);
string encoded = km.EncodePublicKey(publicKey);
Assert.IsNotNull(encoded);
}
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);
}
public void DecodePublicKeys2048Bit()
{
var km = new KeyMaster();
var keyStrings = new[]
{
"MIIBCgKCAQEAot5O95MHKNI5r7WUqt2wmgnZ4WqeOF4PKuL00cI+dfltJYXFxFdDHEZZ+g6Gs7tP1q19HfZhLP1E6MyE6y+RvU4xSR6Q4nIBWUo0KS7ehZwWCSmtIIC12r2OuofznMdbStRInpyTVikP2u9tna4mmJo8H2UVKRtXSqM63jMPx9fF/ndODfjxsaNvzG5BDgm/zZCEZaW9OEXxJNctTwKcAucNDOPocIYRp1RuJpL93knhB5byhRIg3deYiXVkXRvrsmynMIK9BHg1NEhWvGdimTThhWxyHjHo6O1FuiYoZ1zSc6AfOc88c6Ya/kXq+7rXVrNcwSoyyb8Ppr8n3zhEDQIDAQAB",
"MIIBCgKCAQEAqkEdekpxLEI0j7GTOhFuOQoyyT8zv83zLxVAb2GJ9VqwdnZ3CDpZ7m+ukfiXDf6jLVAJg/vzSWFTTA/fbrh4nLIrjIobBHGGzr/8I6ZhhnYm05MApkGCoe4Efe5OniR4UxvnjwgLD3lxBGeOTEPF4k1nCdbJg1jn4vnQ5K2XsyiwydynsYPWJtbTTMYMldLb+NH2WMrMBHq6K8FEmddRYkBGZfVpVSpGm4UiHIbeqW/2oyiaF11kF6+TmnlTeRxdEvJb1RG+/ed7gP7RJdTGdVATKj+t6kUCvfuhALGIOCYNw4TAc75PgMGCv6851sX7lMc3ACw5yeoKempIhBXrpQIDAQAB",
"MIIBCgKCAQEAr6Yr57hTk7vbNQqmTWhxfqAAuIe44ug9A/Z/Tn+8t3Gc+liu1GyTdse5LpuxfwGTHmHTWUDR/7em49UqKGjHuOePVF9lhQ2oeyayCV4h3YePAwWk4/mmXMPMftficN1AyIQ8T0Xug54Nz/gCnJb/nVmYc8Z78dFTyuERaowIoLVpkeU5uW22eRRPi1sl96mTYh6eN578uhV1pIBl8ksjyWw5osarCyv+XLriarCWTnNDYBpXwCEvmFCp4+DcoVEQigO1ckQSDoP6RX9iMYw9PsPH+kMCKtePiGcBNgMCkagiJzQ0eLZ0p7swk3NP6KvYijYkaG8kQPR5XRcVS3hd6wIDAQAB",
};
foreach (PublicKey publicKey in keyStrings.Select(km.DecodePublicKey))
{
Assert.IsNotNull(publicKey);
string encoded = km.EncodePublicKey(publicKey);
Assert.IsNotNull(encoded);
}
}
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 DecodePublicKeys1024Bit()
{
var km = new KeyMaster();
var keyStrings = new[]
{
"MIGJAoGBALoIV6AH3gC3KbTE8mAXTricCf2qNZqR/6qbcjxwbKqEBk9Hak/pfpX7MbPOJNZP+gxpAvK1t74EiQ8RYFmXnzaruX9k4HFeRj6m2CmOVD5gzuY41zvKKsE1rr0CWASD7M9XiOrwIyw0CW4ZNSl7wRT6uLMVclpX+tVVKTjc2o7dAgMBAAE="
,
"MIGJAoGBALnNs5r1GX25qYPWTh8R64MVF2Y/+DywL2urxTavkQpsGoehLlGV9DtBv0CFqmfhrVMkLvSWYq/TpCOik9nXRqtFCyplbWmIv8X8ecbK5T5lHzE1GlYU1ulrMWKOT8f0XHWoOTlXJG8cQxoVpBsCejnuYnRevQ/IRKYJmAN0RzNdAgMBAAE="
,
"MIGJAoGBALx7/FFCf6GteaW+uv30xIdfrcUSGqs2KuRlLoG3+2QZR7pk1xDLnldoz/aj1fZrg15RCYe/ckp0Drevgmt7IOIpkHeoHGtv0yyfdNOWp0rlC3Ma1fWJ70p/Ch8lkqNtCHxts2fjpncDSTbE8VQ59dDktYTPpIhVKROm5lMGe9cHAgMBAAE="
,
"MIGJAoGBANXUeKhgG/9I2LHbv0qBPihawfdB+uupRBMWXUjYKCutS4Ono2ikpZaoZUupda0useouv4ZXLStRzsZnVQAKjjTng0prAEVb+HAsvh8h8vbxNievzqnB4azVkPL+tcgZda7ay7ooYdidODgpfn4HqQsSu0j79fs7r1jcZvPxGiUDAgMBAAE="
,
};
foreach (PublicKey publicKey in keyStrings.Select(km.DecodePublicKey))
{
Assert.IsNotNull(publicKey);
string encoded = km.EncodePublicKey(publicKey);
Assert.IsNotNull(encoded);
}
}
public void GenerateSecretKey()
{
var keyMaster = new KeyMaster();
SecretKey sk = keyMaster.GenerateSecretKey();
Assert.IsNotNull(sk);
}
public void EncodeSecretKey()
{
var keyMaster = new KeyMaster();
SecretKey sk = keyMaster.GenerateSecretKey();
string encoded = keyMaster.EncodeSecretKey(sk);
Assert.IsNotNull(encoded);
Assert.AreNotSame(string.Empty, encoded);
}
public void EncodePublicKey()
{
var keyMaster = new KeyMaster();
PublicKey pk = keyMaster.GenerateKeyPair().PublicKey;
string encoded = keyMaster.EncodePublicKey(pk);
Assert.IsNotNull(encoded);
Assert.AreNotSame(string.Empty, encoded);
}
/// <summary>
/// Initializes a new instance of the <see cref="Cryptographer"/> class.
/// </summary>
/// <param name="keyMaster">
/// The key master.
/// </param>
public Cryptographer(KeyMaster keyMaster)
{
this.keyMaster = keyMaster;
}
public void EncodeDecodePublicKey()
{
var keyMaster = new KeyMaster();
PublicKey pk = keyMaster.GenerateKeyPair().PublicKey;
string encoded = keyMaster.EncodePublicKey(pk);
Assert.IsNotNull(encoded);
PublicKey pk2 = keyMaster.DecodePublicKey(encoded);
Assert.IsNotNull(pk2);
Assert.AreEqual(pk, pk2);
}
public void DecodeSecretKey()
{
var keyMaster = new KeyMaster();
const string KeyString =
"MIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQCb1TXuuj1RESupASrVzk0U51oIPRaZVfdWPZo/VOljHTcfNl1/boHsp+IylC/tcVP9MYwiD5IQye78MjOQZ72rpJZMirmjE1P3mrckDFg1MexxsGn6/JRWWgh/AuN2T4/qkv5FXQvBxtLiaH9p4iV6lgCcTPEWZYMbpF4oiL4FwwIDAQAB";
SecretKey sk = keyMaster.DecodeSecretKey(KeyString);
Assert.IsNotNull(sk);
Assert.IsNotNull(sk.GetBytes());
}
public void SymmetricEncryptDecrypt()
{
var km = new KeyMaster();
var c = new Cryptographer(km);
SecretKey key = km.GenerateSecretKey();
var msg = c.SymmetricEncrypt("test", key);
Assert.IsNotNull(msg);
Assert.IsNotNull(msg.Data);
Assert.IsNotNull(msg.Key);
var test = c.SymmetricDecrypt(msg);
Assert.IsNotNull(test);
Assert.AreEqual("test", test);
}
/// <summary>
/// Initializes a new instance of the <see cref="KeysmithClient"/> class.
/// </summary>
/// <param name="baseUrl">
/// The base url.
/// </param>
public KeysmithClient(string baseUrl)
{
this.baseUrl = baseUrl;
this.keyMaster = new KeyMaster();
}
/// <summary>
/// Initializes a new instance of the <see cref="KeysmithClient"/> class.
/// </summary>
/// <param name="baseUrl">
/// The base url.
/// </param>
public KeysmithClient(string baseUrl)
{
this.baseUrl = baseUrl;
this.keyMaster = new KeyMaster();
}
public void EncodeDecodeSecretKey()
{
var keyMaster = new KeyMaster();
SecretKey sk = keyMaster.GenerateSecretKey();
string encoded = keyMaster.EncodeSecretKey(sk);
Assert.IsNotNull(encoded);
SecretKey sk2 = keyMaster.DecodeSecretKey(encoded);
Assert.IsNotNull(sk2);
Assert.AreEqual(sk, sk2);
}
/// <summary>
/// Initializes a new instance of the <see cref="Cryptographer"/> class.
/// </summary>
/// <param name="keyMaster">
/// The key master.
/// </param>
public Cryptographer(KeyMaster keyMaster)
{
this.keyMaster = keyMaster;
}
