/// <summary>
/// 用公钥加密字符串
/// </summary>
/// <param name="source">源有长度限制</param>
/// <param name="publicKey"></param>
/// <returns>返回加密后的Base64字符串</returns>
public static string Encrypt(string source, string publicKey)
{
var bs = Encoding.UTF8.GetBytes(source);
var rsa = new Rsa(publicKey);
var rst = rsa.Encrypt(bs);
return Convert.ToBase64String(rst);
}
public void EncryptsUsing2048BitPublicKey()
{
const string publicKeyIn2048 = "MIIBCgKCAQEA8wQ3PXFYuBn9RBtOK3lW4V+7HNjik7FFd0qpPsCVd4KeiIfhuzupSevHUOLjbRSqwvAaZK3/icbBa"
+ "M7CMAR5y0OjAR5lmmEEkcw+A7pmKQK6XQ8j3fveJCzC3MPiNiFfr+vER7O4diTxGhoXjFFJQpzKkCwFgwhKrW8uJLmWqVhQRVNphii1G"
+ "pxI4fjFNc4h1w2W2CJ9kkv+9e3BnCpdVe1w7gBQZMkgjCzxbuAg8XaKlKD48M9kr8iE8kNt1eXV0jbmhCY3vZrckCUv26r2X4cD5lDvU"
+ "tC1Gj6jBFobm/MelAfoFqNeq+/9VyMdYfhIecQimiBYr7Vm5VH9m69TXwIDAQAB";
const string privateKeyIn2048 = "MIIEowIBAAKCAQEA8wQ3PXFYuBn9RBtOK3lW4V+7HNjik7FFd0qpPsCVd4KeiIfhuzupSevHUOLjbRSqwvAaZK3/"
+ "icbBaM7CMAR5y0OjAR5lmmEEkcw+A7pmKQK6XQ8j3fveJCzC3MPiNiFfr+vER7O4diTxGhoXjFFJQpzKkCwFgwhKrW8uJLmWqVhQRVNp"
+ "hii1GpxI4fjFNc4h1w2W2CJ9kkv+9e3BnCpdVe1w7gBQZMkgjCzxbuAg8XaKlKD48M9kr8iE8kNt1eXV0jbmhCY3vZrckCUv26r2X4cD"
+ "5lDvUtC1Gj6jBFobm/MelAfoFqNeq+/9VyMdYfhIecQimiBYr7Vm5VH9m69TXwIDAQABAoIBAEvL/9LJPKvHZ2hLv/jtUrze2ASqXRlF"
+ "zG3lup4ZAUWSVxIsl6qHdEjbIoLHEbpfHNfKfeDzKGX3uTGQc574dmiAwyHBMl2RbxRuiNUu2VhnQmtuInjFa0cLMwgajL7nb+n19nWK"
+ "x7kJ0q2af8fDPr9pGgEXyexRtMEdkV3hCO3uQxA0MlX/61LK4Gssk7hlXcNw6k4fIRt9xANnN3KUrGIYtmaCk9kKsX8HhW9yrVm0WWXH"
+ "nzm6o5O+3BeP+3cWe+NHeRJEVEXwIPqWtdQa6e0hDtLpCQPOSlpr4yJHssT2BHpkPaHi6OnGIHa0HD7ibyfwc1KQjcwA8jg4OabmT7EC"
+ "gYEA/2Y1m1zG5B0nB9Mixu/3K7d+FYpBrlTKElJ0rFNcNBgvt32dPBD6E6ZrL8MokXSy8HrhhR4epQYolyfHHtpzva1gZ8XRO1wZO++T"
+ "fJwfUd1epDGcdMOfw++dZFW1EaWrnC3YPxrvfd/DuilwXg1QUb9aIiXCMpmQw/sm0VNk2ycCgYEA85aMzCSR2pMNip9WDQnsrP+6nYhS"
+ "T3BrJlJAwLNrWS9zQFfXLvufIJ0OQkdP2mAM9yN9vV8FmAt7CSAPY2UsMvKpriyv5vlqZZF7VwMr1bOaIOllBA+IIY/x3c7iF5Ezt1hJ"
+ "yNegjmts+Fz39G6PN1WDrCGcmcZbXOEYhs2eyQkCgYEAgANqITpqkpIuKxTgHJjQ6j+p2gAXldr4AiEETA/oalApMq6qrh3QSyMiHKmU"
+ "XvwAaNseyMtlDtA8bi9I9iUG2G7boIgdrMQn/cvCwDW82Rq9Qk1/n2MiZGJpII55GKRSlRDBkDffDNeo0lnM8cd4l9Dyy6TjZttkHWd4"
+ "eHl1VwcCgYAt9VC5T4kJUUdzyR5GNYInHdTK1iaZgF9nCovXD8MIP7CiCjC6V5UtZRSEosnJLOglVNfre9slVb0v+pGMslEFh81F5H6H"
+ "uLU/VpSL1ThXCJzi6sY5XujTVEJRFDCKO8YjKJA7SZusY05bCcdqodV5njPKrUjLpqYkPwAOpwr3aQKBgGie+R5Xk1t0IEdTnnY/aZHN"
+ "HR6fn5elFArgRN6fixx82kQDfgMaeQbtOW4Z8RxDDUeGhc11S1filfVZT2DHayoQLr6ORU/nODhHe6KedsUNFy1IRgoR1Si+2Y1g3Ijr"
+ "xqAFFdmgBNsxc1JMoFUDMJe2KlaF3nEk3OWuPc/A5G12";
var rsa = new Rsa(publicKeyIn2048);
var encryptedData = rsa.Encrypt(_dataToEncrypt);
var dataToEncrypt = _dataToEncrypt;
var decrypted = TestHelper.DecryptRsa(encryptedData, privateKeyIn2048);
Assert.IsTrue(_dataToEncrypt.SequenceEqual(TestHelper.DecryptRsa(encryptedData, privateKeyIn2048)));
}
public static async void OnHelloConnectMessage(DofusSocket client, HelloConnectMessage message)
{
client.Write("Connecté au serveur d'authentification.");
var credentials = Rsa.Encrypt(message.Key, client.Account.Login, client.Account.Password, message.Salt);
var version = new VersionExtended
{
Major = 2,
Minor = 42,
Release = 0,
Revision = 121463,
Patch = 6,
BuildType = (sbyte)BuildTypeEnum.Release,
Install = (sbyte)ClientInstallTypeEnum.ClientBundle,
Technology = (sbyte)ClientTechnologyEnum.ClientAir
};
var identificationMessage = new IdentificationMessage
{
Autoconnect = true,
Credentials = credentials,
FailedAttempts = new ushort[0],
Lang = "fr",
ServerId = 0,
SessionOptionalSalt = 0,
UseCertificate = false,
UseLoginToken = false,
Version = version
};
client.Write("Envois des informations d'identification...");
await client.Send(identificationMessage);
}
public void EncryptsUsing2048BitPublicKey()
{
const string publicKeyIn2048 = "MIIBCgKCAQEA8wQ3PXFYuBn9RBtOK3lW4V+7HNjik7FFd0qpPsCVd4KeiIfhuzupSevHUOLjbRSqwvAaZK3/icbBa"
+ "M7CMAR5y0OjAR5lmmEEkcw+A7pmKQK6XQ8j3fveJCzC3MPiNiFfr+vER7O4diTxGhoXjFFJQpzKkCwFgwhKrW8uJLmWqVhQRVNphii1G"
+ "pxI4fjFNc4h1w2W2CJ9kkv+9e3BnCpdVe1w7gBQZMkgjCzxbuAg8XaKlKD48M9kr8iE8kNt1eXV0jbmhCY3vZrckCUv26r2X4cD5lDvU"
+ "tC1Gj6jBFobm/MelAfoFqNeq+/9VyMdYfhIecQimiBYr7Vm5VH9m69TXwIDAQAB";
const string privateKeyIn2048 = "MIIEowIBAAKCAQEA8wQ3PXFYuBn9RBtOK3lW4V+7HNjik7FFd0qpPsCVd4KeiIfhuzupSevHUOLjbRSqwvAaZK3/"
+ "icbBaM7CMAR5y0OjAR5lmmEEkcw+A7pmKQK6XQ8j3fveJCzC3MPiNiFfr+vER7O4diTxGhoXjFFJQpzKkCwFgwhKrW8uJLmWqVhQRVNp"
+ "hii1GpxI4fjFNc4h1w2W2CJ9kkv+9e3BnCpdVe1w7gBQZMkgjCzxbuAg8XaKlKD48M9kr8iE8kNt1eXV0jbmhCY3vZrckCUv26r2X4cD"
+ "5lDvUtC1Gj6jBFobm/MelAfoFqNeq+/9VyMdYfhIecQimiBYr7Vm5VH9m69TXwIDAQABAoIBAEvL/9LJPKvHZ2hLv/jtUrze2ASqXRlF"
+ "zG3lup4ZAUWSVxIsl6qHdEjbIoLHEbpfHNfKfeDzKGX3uTGQc574dmiAwyHBMl2RbxRuiNUu2VhnQmtuInjFa0cLMwgajL7nb+n19nWK"
+ "x7kJ0q2af8fDPr9pGgEXyexRtMEdkV3hCO3uQxA0MlX/61LK4Gssk7hlXcNw6k4fIRt9xANnN3KUrGIYtmaCk9kKsX8HhW9yrVm0WWXH"
+ "nzm6o5O+3BeP+3cWe+NHeRJEVEXwIPqWtdQa6e0hDtLpCQPOSlpr4yJHssT2BHpkPaHi6OnGIHa0HD7ibyfwc1KQjcwA8jg4OabmT7EC"
+ "gYEA/2Y1m1zG5B0nB9Mixu/3K7d+FYpBrlTKElJ0rFNcNBgvt32dPBD6E6ZrL8MokXSy8HrhhR4epQYolyfHHtpzva1gZ8XRO1wZO++T"
+ "fJwfUd1epDGcdMOfw++dZFW1EaWrnC3YPxrvfd/DuilwXg1QUb9aIiXCMpmQw/sm0VNk2ycCgYEA85aMzCSR2pMNip9WDQnsrP+6nYhS"
+ "T3BrJlJAwLNrWS9zQFfXLvufIJ0OQkdP2mAM9yN9vV8FmAt7CSAPY2UsMvKpriyv5vlqZZF7VwMr1bOaIOllBA+IIY/x3c7iF5Ezt1hJ"
+ "yNegjmts+Fz39G6PN1WDrCGcmcZbXOEYhs2eyQkCgYEAgANqITpqkpIuKxTgHJjQ6j+p2gAXldr4AiEETA/oalApMq6qrh3QSyMiHKmU"
+ "XvwAaNseyMtlDtA8bi9I9iUG2G7boIgdrMQn/cvCwDW82Rq9Qk1/n2MiZGJpII55GKRSlRDBkDffDNeo0lnM8cd4l9Dyy6TjZttkHWd4"
+ "eHl1VwcCgYAt9VC5T4kJUUdzyR5GNYInHdTK1iaZgF9nCovXD8MIP7CiCjC6V5UtZRSEosnJLOglVNfre9slVb0v+pGMslEFh81F5H6H"
+ "uLU/VpSL1ThXCJzi6sY5XujTVEJRFDCKO8YjKJA7SZusY05bCcdqodV5njPKrUjLpqYkPwAOpwr3aQKBgGie+R5Xk1t0IEdTnnY/aZHN"
+ "HR6fn5elFArgRN6fixx82kQDfgMaeQbtOW4Z8RxDDUeGhc11S1filfVZT2DHayoQLr6ORU/nODhHe6KedsUNFy1IRgoR1Si+2Y1g3Ijr"
+ "xqAFFdmgBNsxc1JMoFUDMJe2KlaF3nEk3OWuPc/A5G12";
var rsa = new Rsa(publicKeyIn2048);
var encryptedData = rsa.Encrypt(_dataToEncrypt);
var dataToEncrypt = _dataToEncrypt;
var decrypted = TestHelper.DecryptRsa(encryptedData, privateKeyIn2048);
Assert.IsTrue(_dataToEncrypt.SequenceEqual(TestHelper.DecryptRsa(encryptedData, privateKeyIn2048)));
}
public byte[] ToBytes(byte[] nonce, byte[] serverNonce, List <byte[]> fingerprints, BigInteger pq)
{
new Random().NextBytes(NewNonce);
var pqPair = Factorizator.Factorize(pq);
byte[] reqDhParamsBytes;
using (var pqInnerData = new MemoryStream(255))
{
using (var pqInnerDataWriter = new BinaryWriter(pqInnerData))
{
pqInnerDataWriter.Write(0x83c95aec); // pq_inner_data
Serializers.Bytes.Write(pqInnerDataWriter, pq.ToByteArrayUnsigned());
Serializers.Bytes.Write(pqInnerDataWriter, pqPair.Min.ToByteArrayUnsigned());
Serializers.Bytes.Write(pqInnerDataWriter, pqPair.Max.ToByteArrayUnsigned());
pqInnerDataWriter.Write(nonce);
pqInnerDataWriter.Write(serverNonce);
pqInnerDataWriter.Write(NewNonce);
byte[] ciphertext = null;
byte[] targetFingerprint = null;
foreach (var fingerprint in fingerprints)
{
pqInnerData.TryGetBuffer(out var buffer);
ciphertext = Rsa.Encrypt(BitConverter.ToString(fingerprint).Replace("-", string.Empty), buffer.Array, 0, (int)pqInnerData.Position);
if (ciphertext != null)
{
targetFingerprint = fingerprint;
break;
}
}
if (ciphertext == null)
{
throw new InvalidOperationException(
string.Format("not found valid key for fingerprints: {0}",
string.Join(", ", fingerprints)));
}
using (var reqDhParams = new MemoryStream(1024))
{
using (var reqDhParamsWriter = new BinaryWriter(reqDhParams))
{
reqDhParamsWriter.Write(0xd712e4be); // req_dh_params
reqDhParamsWriter.Write(nonce);
reqDhParamsWriter.Write(serverNonce);
Serializers.Bytes.Write(reqDhParamsWriter, pqPair.Min.ToByteArrayUnsigned());
Serializers.Bytes.Write(reqDhParamsWriter, pqPair.Max.ToByteArrayUnsigned());
reqDhParamsWriter.Write(targetFingerprint);
Serializers.Bytes.Write(reqDhParamsWriter, ciphertext);
reqDhParamsBytes = reqDhParams.ToArray();
}
}
}
return(reqDhParamsBytes);
}
}
public void RSA_Encrypt_Decrypt_Test()
{
var keyPair = Rsa.CreateKeyPair(RSAKeySizes.Size1024);
var testData = "Test Test Hello";
var encrypted = Rsa.Encrypt(keyPair.PublicKey, testData);
var decrypted = Encoding.UTF8.GetString(Rsa.Decrypt(keyPair.PrivateKey, encrypted));
Assert.AreEqual(testData, decrypted);
}
private void btnEncEncryption_Click(object sender, EventArgs e)
{
if (string.IsNullOrEmpty(txtEncModulus.Text) || string.IsNullOrEmpty(txtEncExponent.Text))
{
MessageBox.Show("Yêu cầu nhập đủ các thông số đầu vào.", "Thiếu thông số đầu vào", MessageBoxButtons.OK, MessageBoxIcon.Warning);
return;
}
try
{
RsaKey publicKey = new RsaKey
{
Modulus = Convert.ToInt64(txtEncModulus.Text),
Exponent = Convert.ToInt64(txtEncExponent.Text)
};
if (cckFileEncryption.Checked)
{
ofdFileEncryption.FileName = "input.txt";
if (ofdFileEncryption.ShowDialog() == DialogResult.OK)
{
var input = readFileToBytes(ofdFileEncryption.FileName);
var output = Rsa.Encrypt(input, publicKey);
var fileExtention = Path.GetExtension(ofdFileEncryption.FileName);
switch (fileExtention)
{
case ".txt":
sfdSaveFile.Filter = "Text document (*.txt)|*.txt ";
sfdSaveFile.FileName = "Encrypt.txt";
break;
case ".doc":
sfdSaveFile.Filter = "Word document (*.doc)|*.doc ";
sfdSaveFile.FileName = "Encrypt.doc";
break;
}
if (sfdSaveFile.ShowDialog() == DialogResult.OK)
{
File.WriteAllBytes(sfdSaveFile.FileName, output);
}
}
}
else
{
if (string.IsNullOrEmpty(txtEncMessage.Text))
{
MessageBox.Show("Bạn chưa nhập nội dung muốn mã hóa.", "Thiếu thông số đầu vào", MessageBoxButtons.OK, MessageBoxIcon.Warning);
return;
}
txtEncCiphertext.Text = Rsa.Encrypt(txtEncMessage.Text, publicKey);
}
}
catch (Exception ex)
{
MessageBox.Show(ex.Message, "Lỗi trong quá trình xử lý." + ex.Message, MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
internal static void SendAesKeyIVRsa(Socket sock, string rsaPub, byte[] kiv)
{
if (!Rsa.Encrypt(rsaPub, kiv, out kiv))
{
sock.Close();
throw new Exception("Rsa Encrypt error");
}
byte[] len = BitConverter.GetBytes(kiv.Length);
NetHelper.CheckReverse(len);
sock.Send(len);
sock.Send(kiv);
}
public void CanEncryptAndDecryptAstring()
{
var rsaKeysMock = new Mock <IRsaKeys>();
rsaKeysMock.Setup(r => r.PublicKey).Returns(_publicKey);
rsaKeysMock.Setup(r => r.PrivateKey).Returns(_privateKey);
string toEncrypt = "yngve";
Rsa rsa = new Rsa(new HardCodedRsaKeys());
var encrypted = rsa.Encrypt(toEncrypt);
Assert.That(rsa.Decrypt(encrypted), Is.EqualTo(toEncrypt));
}
public static void AddUser(string username, string password)
{
using (var writer = DarkRiftWriter.Create())
{
writer.Write(username);
writer.Write(Rsa.Encrypt(Encoding.UTF8.GetBytes(password)));
using (var msg = Message.Create(LoginTags.AddUser, writer))
{
GameControl.Client.SendMessage(msg, SendMode.Reliable);
}
}
}
private void HelloConnectMessageHandler(DofusClient client, HelloConnectMessage message)
{
client.Logger.Log("Connecté au serveur d'authentification.");
var credentials = Rsa.Encrypt(message.Key, client.Account.Login, client.Account.Password, message.Salt);
//var version = new VersionExtended(2, 42, 0, 121441, 0, (sbyte) BuildTypeEnum.RELEASE, 1, 1);
var version = new VersionExtended(GameConstant.Major, GameConstant.Minor, GameConstant.Release,
GameConstant.Revision, GameConstant.Patch, GameConstant.BuildType, GameConstant.Install, 1);
var identificationMessage =
new IdentificationMessage(true, false, false, version, "fr", credentials, 0, 0, new ushort[0]);
client.Logger.Log("Envois des informations d'identification...");
client.Send(identificationMessage);
}
private void HandleHelloConnectMessage(IAccount account, HelloConnectMessage message)
{
account.Network.ConnectionType = ClientConnectionType.Authentification;
Logger.Default.Log("Connecté au serveur d'authentification.");
var credentials = Rsa.Encrypt(message.Key, account.Login, account.Password, message.Salt);
var version = new VersionExtended(GameConstant.Major, GameConstant.Minor, GameConstant.Release,
GameConstant.Revision, GameConstant.Patch, GameConstant.BuildType, GameConstant.Install,
GameConstant.Technology);
var identificationMessage =
new IdentificationMessage(true, false, false, version, "fr", credentials, 0, 0, new ushort[0]);
Logger.Default.Log("Envois des informations d'identification...");
account.Network.SendToServer(identificationMessage);
}
public Task SendHandshakeAsync()
{
var e = Rsa.Encrypt(_rc4.streamKey);
var data = new byte[e.Length + 4];
Array.Copy((Array)e, (int)0, (Array)data, (int)4, (int)e.Length);
var source = new TaskCompletionSource <IMessage>();
EnqueueCompletionSource(Commands.Welcome, source);
base.Send(data);
return(source.Task);
}
public void EncryptsUsing1024BitPublicKey()
{
const string publicKeyIn1024 = "MIGJAoGBAM6+2/YxsuItoU6j4zzsunSc+LMgNB1sruRAqXluAJVEgF2Bu3c38A4IjG9oWk6J+V9QFIeVhRBIbxoMp"
+ "HDlGdTgNID5ggJUt0jzgXB3ZkWs/0iuMc/1bNwJX7TmVD6TW7wLIMV0hmNHnJIjMqE6qxE5DtmwJhHgKCRVO/uUdxSpAgMBAAE=";
const string privateKeyIn1024 = "MIICXQIBAAKBgQDOvtv2MbLiLaFOo+M87Lp0nPizIDQdbK7kQKl5bgCVRIBdgbt3N/AOCIxvaFpOiflfUBSHlYUQ"
+ "SG8aDKRw5RnU4DSA+YICVLdI84Fwd2ZFrP9IrjHP9WzcCV+05lQ+k1u8CyDFdIZjR5ySIzKhOqsROQ7ZsCYR4CgkVTv7lHcUqQIDAQAB"
+ "AoGBAINfLA5ozi6CqDl8UmzoUCLBjBbmo7b+1LMdk5MhnyU6fgbs5N6AoP2J2RMB0ECP0/IIxMLS89bA8DgxSFykd6B0nXU0QLYo9wdH"
+ "81epzKDpQi+UYdh3FSaX/Q0dVRJPbzAc0ueIxWFbA33wcW6bBPaZbXtXv0tzdnQGZlGrBpABAkEA8IK76ttxDuxfzk3hNQmamTyNnM1O"
+ "ENN8FqqWhd8WLZd8PgBzZ3j8Ep60haOIU6P2+axbyeIjZrLSzcahJTFBKQJBANwPcbBQZDbu7sIKeR8sPDEs1ChskUe7yiSAz24j90PM"
+ "qV0HgfP9exKilYUSYsQjWISN3NsoyjArk/0tjUb4J4ECQQDhnHF05TbQHfHdT/cTTpgEaOYakghKBmjfxlP+7n8ac4DrlHatOLOVL+T9"
+ "e6L1etjB6uoLniNBQjw3Jb2iaurJAkBxNVTEYqcbh5G2q1KiUcxpc+l1Hl0i7R3R555OyBvlej1KyZj2H1oYPSH0gn/i7VgVYTHUYUia"
+ "vWB1p+B9OR6BAkBJnthsIS16zqQRzbUtI6tuLIpMqthwTCpND+ZoIk0kWYOHwI7ousb28iMax6DYASLYA1SpKhjWskcPIF8WkfJE";
var rsa = new Rsa(publicKeyIn1024);
var encryptedData = rsa.Encrypt(_dataToEncrypt);
Assert.IsTrue(_dataToEncrypt.SequenceEqual(TestHelper.DecryptRsa(encryptedData, privateKeyIn1024)));
}
public void EncryptsUsing1024BitPublicKey()
{
const string publicKeyIn1024 = "MIGJAoGBAM6+2/YxsuItoU6j4zzsunSc+LMgNB1sruRAqXluAJVEgF2Bu3c38A4IjG9oWk6J+V9QFIeVhRBIbxoMp"
+ "HDlGdTgNID5ggJUt0jzgXB3ZkWs/0iuMc/1bNwJX7TmVD6TW7wLIMV0hmNHnJIjMqE6qxE5DtmwJhHgKCRVO/uUdxSpAgMBAAE=";
const string privateKeyIn1024 = "MIICXQIBAAKBgQDOvtv2MbLiLaFOo+M87Lp0nPizIDQdbK7kQKl5bgCVRIBdgbt3N/AOCIxvaFpOiflfUBSHlYUQ"
+ "SG8aDKRw5RnU4DSA+YICVLdI84Fwd2ZFrP9IrjHP9WzcCV+05lQ+k1u8CyDFdIZjR5ySIzKhOqsROQ7ZsCYR4CgkVTv7lHcUqQIDAQAB"
+ "AoGBAINfLA5ozi6CqDl8UmzoUCLBjBbmo7b+1LMdk5MhnyU6fgbs5N6AoP2J2RMB0ECP0/IIxMLS89bA8DgxSFykd6B0nXU0QLYo9wdH"
+ "81epzKDpQi+UYdh3FSaX/Q0dVRJPbzAc0ueIxWFbA33wcW6bBPaZbXtXv0tzdnQGZlGrBpABAkEA8IK76ttxDuxfzk3hNQmamTyNnM1O"
+ "ENN8FqqWhd8WLZd8PgBzZ3j8Ep60haOIU6P2+axbyeIjZrLSzcahJTFBKQJBANwPcbBQZDbu7sIKeR8sPDEs1ChskUe7yiSAz24j90PM"
+ "qV0HgfP9exKilYUSYsQjWISN3NsoyjArk/0tjUb4J4ECQQDhnHF05TbQHfHdT/cTTpgEaOYakghKBmjfxlP+7n8ac4DrlHatOLOVL+T9"
+ "e6L1etjB6uoLniNBQjw3Jb2iaurJAkBxNVTEYqcbh5G2q1KiUcxpc+l1Hl0i7R3R555OyBvlej1KyZj2H1oYPSH0gn/i7VgVYTHUYUia"
+ "vWB1p+B9OR6BAkBJnthsIS16zqQRzbUtI6tuLIpMqthwTCpND+ZoIk0kWYOHwI7ousb28iMax6DYASLYA1SpKhjWskcPIF8WkfJE";
var rsa = new Rsa(publicKeyIn1024);
var encryptedData = rsa.Encrypt(_dataToEncrypt);
Assert.IsTrue(_dataToEncrypt.SequenceEqual(TestHelper.DecryptRsa(encryptedData, privateKeyIn1024)));
}
public static async Task <Step2Result> Do(ResPq resPq, Int256 newNonce, MtProtoPlainTransport transport)
{
var pqBts = resPq.Pq.ToArrayUnsafe();
Helpers.Assert(pqBts.Length <= 8, "auth step2: pq is too big");
var pq = new BigInteger(1, pqBts);
var(pLong, qLong) = Factorizer.Factorize((ulong)pq.LongValue);
var p = new BigInteger(pLong);
var q = new BigInteger(qLong);
var pqInnerData = new PqInnerData.DefaultTag(
pq: resPq.Pq,
p: p.ToByteArrayUnsigned().ToBytesUnsafe(),
q: q.ToByteArrayUnsigned().ToBytesUnsafe(),
nonce: resPq.Nonce,
serverNonce: resPq.ServerNonce,
newNonce: newNonce
);
var pqInnerDataBts = Serialize((PqInnerData)pqInnerData);
var fingerprint = resPq.ServerPublicKeyFingerprints.TryFind(x => x == TgServerRsaKey.Fingerprint)
?? throw Helpers.FailedAssertion(
$"auth step2: can not find a key for fingerprints: {string.Join(", ", resPq.ServerPublicKeyFingerprints.Select(x => x.ToString("x16")))}"
);
var cipherText = Rsa.Encrypt(TgServerRsaKey.Key, pqInnerDataBts);
var resp = await transport.Call(new ReqDhParams(
nonce : pqInnerData.Nonce,
serverNonce : pqInnerData.ServerNonce,
p : pqInnerData.P,
q : pqInnerData.Q,
publicKeyFingerprint : fingerprint,
encryptedData : cipherText.ToBytesUnsafe()
)).ConfigureAwait(false);
var res = resp.Match(
okTag: x => x,
failTag: _ => throw Helpers.FailedAssertion("auth step2: server_DH_params_fail")
);
Helpers.Assert(res.Nonce == pqInnerData.Nonce, "auth step2: invalid nonce");
Helpers.Assert(res.ServerNonce == pqInnerData.ServerNonce, "auth step2: invalid server nonce");
return(new Step2Result(res, newNonce));
}
public string GetPublicKey()
{
if (!string.IsNullOrEmpty(_publicKey))
{
return(_publicKey);
}
byte[] publicKeyAsBytes = Encoding.Default.GetBytes(DhPublic.ToString(10));
if (IsInitiator)
{
Rsa.Sign(ref publicKeyAsBytes);
}
else
{
Rsa.Encrypt(ref publicKeyAsBytes);
}
return(_publicKey = BytesToHex(publicKeyAsBytes).ToLower());
}
private void Encrypt_Click(object sender, RoutedEventArgs e)
{
output.Text = "";
try
{
var list = rsa.Encrypt(input.Text.GetHashCode().ToString());
key.Text = $"{rsa.D}:{rsa.N}";
foreach (var item in list)
{
output.Text += item;
output.Text += '*';
}
output.Text = output.Text.Remove(output.Text.Length - 1);
}
catch
{
MessageBox.Show("Вы ввели неверное значение!");
}
}
static void Main(string[] args)
{
_rsa = new Rsa(new RsaKeys());
var token = _rsa.Encrypt("yngvebn=" + MD5.Encrypt("password"));
string host = "http://localhost:50244/api/auth";
var request = WebRequest.Create(host);
request.Method = "GET";
request.ContentType = "application/json";
// ServicePointManager.ServerCertificateValidationCallback = delegate { return true; };
request.Headers.Add("Authorization-Token", token);
using (var stream = request.GetResponse())
{
using (var response = stream.GetResponseStream())
{
StreamReader reader = new StreamReader(response);
Console.Write(reader.ReadToEnd());
}
}
Console.Read();
}
public void Run(string raw)
{
const int byteSize = 2048 / 8;
raw = raw + raw;
Rsa.GenerateKey(byteSize, out var pk, out var sk);
Utils.WriteByteArray(pk, "pk");
Utils.WriteByteArray(sk, "sk");
var e = Encoding.UTF8;
Utils.WriteByteArray(e.GetBytes(raw), "raw");
var secret = Rsa.Encrypt(e.GetBytes(raw), pk);
Utils.WriteByteArray(secret, "secret");
var real = Rsa.Decrypt(secret, pk, sk);
Console.WriteLine("Real: " + e.GetString(real));
if (!raw.Equals(e.GetString(real)))
{
throw new Exception("Rsa Test Failed");
}
}
public void TestEncrypt(int message, int exponent, int expected)
{
Rsa rsa = new Rsa(20201227);
Assert.Equal(expected, rsa.Encrypt(message, exponent));
}
public string Encrypt(string data)
{
var bytes = System.Text.Encoding.Unicode.GetBytes(data);
return(Convert.ToBase64String(Rsa.Encrypt(bytes, Padding)));
}
private static void Main(string[] args)
{
var baseAddress = ConfigurationManager.AppSettings["baseAddress"];
using (WebApp.Start <Infrastructure.AppStartup.OwinAppStartup>(baseAddress))
{
// Sample usage :
var client = new System.Net.Http.HttpClient();
var cipher = (Cipher)Infrastructure.AppStartup.IocInitializer.SetUp().GetService(typeof(Cipher));
var publicKey = cipher.GetPublicKey();
Console.WriteLine("Public Key:\r\n{0}\r\n", publicKey);
var publicRsa = new Rsa(publicKey);
var rijndaelKey = cipher.GenerateKey();
client.DefaultRequestHeaders.Add(Infrastructure.ActionFilters.InternalActionFilterAttribute.HeaderKey, Convert.ToBase64String(publicRsa.Encrypt(rijndaelKey.key)));
client.DefaultRequestHeaders.Add(Infrastructure.ActionFilters.InternalActionFilterAttribute.HeaderIV, Convert.ToBase64String(publicRsa.Encrypt(rijndaelKey.IV)));
client.DefaultRequestHeaders.Accept.Add(new System.Net.Http.Headers.MediaTypeWithQualityHeaderValue("application/octet-stream"));
using (var encryptor = cipher.CreateDataEncryptor(rijndaelKey.key, rijndaelKey.IV))
{
const string sampleName = "Smith";
var requestUri = string.Format("{0}api/SayHello/?id={1}", baseAddress, WebUtility.UrlEncode(Convert.ToBase64String(encryptor.Encrypt(Encoding.UTF8.GetBytes(sampleName)))));
Console.WriteLine("GET {0} ...", requestUri);
var response = client.GetAsync(requestUri).Result;
if (response.IsSuccessStatusCode)
{
var content = response.Content.ReadAsByteArrayAsync().Result;
using (var decryptor = cipher.CreateDataDecryptor(rijndaelKey.key, rijndaelKey.IV))
{
var decipheredContent = Encoding.UTF8.GetString(decryptor.Decrypt(content));
Console.WriteLine("{0}\r\n{1}", response, decipheredContent);
System.Diagnostics.Debug.Assert(
decipheredContent == string.Format("Hello {0}", sampleName),
string.Format("Unexpected result: {0}", decipheredContent));
}
}
else
{
Console.WriteLine("Error: HTTP {0}", response.StatusCode);
}
}
Console.ReadKey(true);
}
}
public byte[] EncryptMessage(byte[] byteMessage)
{
return(Rsa.Encrypt(byteMessage, false));
}
public static byte[] smethod_2(Rsa A_0, byte[] A_1)
{
return(A_0.Encrypt(A_1));
}
private static void EncryptDecrypt(Rsa rsa, BigInteger openText)
{
var cipherText = rsa.Encrypt(openText);
Assert.Equal(openText, rsa.Decrypt(cipherText));
}
private static void FermatFactorizationMethodAttackTest(Rsa rsa, BigInteger openText)
{
var cipherText = rsa.Encrypt(openText);
Assert.Equal(openText, Rsa.FermatFactorizationMethodAttack(cipherText, rsa.PublicKey, rsa.Mod));
}
private static void WienerAttackTest(Rsa rsa, BigInteger openText)
{
var cipherText = rsa.Encrypt(openText);
Assert.Equal(openText, Rsa.WienerAttack(cipherText, rsa.PublicKey, rsa.Mod));
}
