public static Tuple <UserForm, IEnumerable <TcpListener>, IAsymmetricKeysExchange> CreateForm(string login, bool listenPorts,
IPAddress ip, Random random)
{
var rand = random ?? new Random();
var ecdsa = new MoleECDsaCng();
var publicKey = ecdsa.Export(false);
//PossibleCryptoAlgs = new PossibleCryptoInfo(new[] { "CngMicrosoft" }, new[] { "Sha1", "Md5", "Sha256" },
// new[] { "Rsa" }, new[] { "Aes", "Des" }, new[] { "Ecc" });
var hashAlg = SHA1.Create();
var hash = hashAlg.ComputeHash(publicKey);
var publicKeyForm = new PublicKeyForm()
{
CryptoAlg = "Ecc",
CryptoProvider = "CngMicrosoft",
Key = publicKey,
Hash = hash,
HashAlg = "Sha1"
};
var form = new UserForm()
{
Accessibility = new AccessibilityInfo(100, 5)
{
IsPublicProfile = true
},
Login = login,
Password = "******",
PortClientToClient1 = (ushort)rand.Next(20000, 60000),
PortClientToClient2 = (ushort)rand.Next(20000, 60000),
PortClientToClient3 = (ushort)rand.Next(20000, 60000),
PortServerToClient = (ushort)rand.Next(20000, 60000),
KeyParametrsBlob = publicKeyForm
};
//192.168.65.129
var listners = new List <TcpListener>(4);
if (listenPorts)
{
var listner = new TcpListener(ip, form.PortClientToClient1);
listner.Start();
listners.Add(listner);
listner = new TcpListener(ip, form.PortClientToClient2);
listner.Start();
listners.Add(listner);
listner = new TcpListener(ip, form.PortClientToClient3);
listner.Start();
listners.Add(listner);
listner = new TcpListener(ip, form.PortServerToClient);
listner.Start();
listners.Add(listner);
}
return(new Tuple <UserForm, IEnumerable <TcpListener>, IAsymmetricKeysExchange>(form, listners, ecdsa));
}
public static Tuple <UserForm, IEnumerable <TcpListener>, IAsymmetricKeysExchange> CreateForm(string login, bool listenPorts,
IPAddress ip, Random random)
{
var rand = random ?? new Random();
var ecdsa = new MoleECDsaCng();
var publicKey = ecdsa.Export(false);
var form = new UserForm()
{
Accessibility = new AccessibilityInfo(100, 5)
{
IsPublicProfile = true
},
Login = login,
Password = "******",
PortClientToClient1 = (ushort)rand.Next(20000, 60000),
PortClientToClient2 = (ushort)rand.Next(20000, 60000),
PortClientToClient3 = (ushort)rand.Next(20000, 60000),
PortServerToClient = (ushort)rand.Next(20000, 60000),
KeyParametrsBlob = publicKey
};
//192.168.65.129
var listners = new List <TcpListener>(4);
if (listenPorts)
{
var listner = new TcpListener(ip, form.PortClientToClient1);
listner.Start();
listners.Add(listner);
listner = new TcpListener(ip, form.PortClientToClient2);
listner.Start();
listners.Add(listner);
listner = new TcpListener(ip, form.PortClientToClient3);
listner.Start();
listners.Add(listner);
listner = new TcpListener(ip, form.PortServerToClient);
listner.Start();
listners.Add(listner);
}
return(new Tuple <UserForm, IEnumerable <TcpListener>, IAsymmetricKeysExchange>(form, listners, ecdsa));
}
/// <exception cref="ArgumentNullException">nameOfCryptoProvider == null. -or- nameOfAlg == null. -or-
/// key == null. Source: <see cref="MoleECDsaCng(CngKey)"/>. -or-
/// key == null. Source: <see cref="MoleRsaCng(CngKey)"/>.</exception>
/// <exception cref="ArgumentOutOfRangeException">Криптопровайдера с таким названием не нашлось. -or-
/// Криптоалгоритма с таким названием не нашлось. -or-
/// key.Algorithm. Source: <see cref="MoleECDsaCng(CngKey)"/>. -or-
/// keySize. Source: <see cref="MoleECDsaCng(int)"/>. -or-
/// key.Algorithm != CngAlgorithm.Rsa. Source: <see cref="MoleRsaCng(CngKey)"/>. -or-
/// keySize. Source: <see cref="MoleRsaCng(int)"/>.</exception>
public override byte[] CreateAsymmetricKey <TKeyOptions>(string nameOfCryptoProvider, string nameOfAlg, int length, TKeyOptions options)
{
CheckParams(nameOfCryptoProvider, nameOfAlg);
switch (nameOfCryptoProvider)
{
case "CngMicrosoft":
switch (nameOfAlg)
{
case "Rsa":
var rsa = new MoleRsaCng(length);
return(rsa.Export(true));
case "Ecc":
var ecc = new MoleECDsaCng(length);
break;
}
break;
}
return(null);
}
