static EncryptorFactory()
{
var AEADMbedTLSEncryptorSupportedCiphers = AEADMbedTLSEncryptor.SupportedCiphers();
var AEADSodiumEncryptorSupportedCiphers = AEADSodiumEncryptor.SupportedCiphers();
if (Sodium.AES256GCMAvailable)
{
// prefer to aes-256-gcm in libsodium
AEADMbedTLSEncryptorSupportedCiphers.Remove("aes-256-gcm");
}
else
{
AEADSodiumEncryptorSupportedCiphers.Remove("aes-256-gcm");
}
foreach (string method in StreamMbedTLSEncryptor.SupportedCiphers())
{
_registeredEncryptors.Add(method, typeof(StreamMbedTLSEncryptor));
}
foreach (string method in StreamSodiumEncryptor.SupportedCiphers())
{
_registeredEncryptors.Add(method, typeof(StreamSodiumEncryptor));
}
foreach (string method in AEADMbedTLSEncryptorSupportedCiphers)
{
_registeredEncryptors.Add(method, typeof(AEADMbedTLSEncryptor));
}
foreach (string method in AEADSodiumEncryptorSupportedCiphers)
{
_registeredEncryptors.Add(method, typeof(AEADSodiumEncryptor));
}
}
public void TestStreamMbedTLSEncryption()
{
var failed = false;
// run it once before the multi-threading test to initialize global tables
RunSingleStreamMbedTLSEncryptionThread();
var tasks = new List <Task>();
foreach (var cipher in StreamMbedTLSEncryptor.SupportedCiphers())
{
if (cipher.EndsWith(@"-cbc"))
{
continue;
}
var t = new Task(() =>
{
try
{
RunSingleStreamMbedTLSEncryptionThread(cipher);
}
catch (Exception e)
{
Console.WriteLine($@"{cipher}:{e.Message}");
failed = true;
throw;
}
});
tasks.Add(t);
t.Start();
}
Task.WaitAll(tasks.ToArray());
Assert.IsFalse(failed);
}
static EncryptorFactory()
{
foreach (var method in NoneEncryptor.SupportedCiphers())
{
if (!_registeredEncryptors.ContainsKey(method))
{
_registeredEncryptors.Add(method, typeof(NoneEncryptor));
}
}
foreach (var method in StreamOpenSSLEncryptor.SupportedCiphers())
{
if (!_registeredEncryptors.ContainsKey(method))
{
_registeredEncryptors.Add(method, typeof(StreamOpenSSLEncryptor));
}
}
foreach (var method in StreamSodiumEncryptor.SupportedCiphers())
{
if (!_registeredEncryptors.ContainsKey(method))
{
_registeredEncryptors.Add(method, typeof(StreamSodiumEncryptor));
}
}
foreach (var method in StreamMbedTLSEncryptor.SupportedCiphers())
{
if (!_registeredEncryptors.ContainsKey(method))
{
_registeredEncryptors.Add(method, typeof(StreamMbedTLSEncryptor));
}
}
}
static EncryptorFactory()
{
foreach (var method in NoneEncryptor.SupportedCiphers().Where(method => !RegisteredEncryptors.ContainsKey(method)))
{
RegisteredEncryptors.Add(method, typeof(NoneEncryptor));
}
foreach (var method in StreamOpenSSLEncryptor.SupportedCiphers().Where(method => !RegisteredEncryptors.ContainsKey(method)))
{
RegisteredEncryptors.Add(method, typeof(StreamOpenSSLEncryptor));
}
foreach (var method in StreamSodiumEncryptor.SupportedCiphers().Where(method => !RegisteredEncryptors.ContainsKey(method)))
{
RegisteredEncryptors.Add(method, typeof(StreamSodiumEncryptor));
}
foreach (var method in StreamMbedTLSEncryptor.SupportedCiphers().Where(method => !RegisteredEncryptors.ContainsKey(method)))
{
RegisteredEncryptors.Add(method, typeof(StreamMbedTLSEncryptor));
}
var allEncryptor = new StringBuilder(Environment.NewLine);
allEncryptor.AppendLine(@"============================");
allEncryptor.AppendLine(@"Registered Encryptor Info");
foreach (var encryptor in RegisteredEncryptors)
{
allEncryptor.AppendLine($@"{encryptor.Key}=>{encryptor.Value.Name}");
}
allEncryptor.AppendLine(@"============================");
Console.WriteLine(allEncryptor);
}
static EncryptorFactory()
{
foreach (string method in StreamMbedTLSEncryptor.SupportedCiphers())
{
_registeredEncryptors.Add(method, typeof(StreamMbedTLSEncryptor));
}
foreach (string method in StreamSodiumEncryptor.SupportedCiphers())
{
_registeredEncryptors.Add(method, typeof(StreamSodiumEncryptor));
}
foreach (string method in AEADMbedTLSEncryptor.SupportedCiphers())
{
_registeredEncryptors.Add(method, typeof(AEADMbedTLSEncryptor));
}
foreach (string method in AEADSodiumEncryptor.SupportedCiphers())
{
_registeredEncryptors.Add(method, typeof(AEADSodiumEncryptor));
}
}
static EncryptorFactory()
{
var AEADMbedTLSEncryptorSupportedCiphers = AEADMbedTLSEncryptor.SupportedCiphers();
var AEADSodiumEncryptorSupportedCiphers = AEADSodiumEncryptor.SupportedCiphers();
if (Sodium.AES256GCMAvailable)
{
// prefer to aes-256-gcm in libsodium
AEADMbedTLSEncryptorSupportedCiphers.Remove("aes-256-gcm");
}
else
{
AEADSodiumEncryptorSupportedCiphers.Remove("aes-256-gcm");
}
#if I_KNOW_STREAM_CIPHER_IS_UNSAFE
// XXX: sequence matters, OpenSSL > Sodium > MbedTLS
foreach (string method in StreamOpenSSLEncryptor.SupportedCiphers())
{
if (!_registeredEncryptors.ContainsKey(method))
{
_registeredEncryptors.Add(method, typeof(StreamOpenSSLEncryptor));
}
}
foreach (string method in StreamSodiumEncryptor.SupportedCiphers())
{
if (!_registeredEncryptors.ContainsKey(method))
{
_registeredEncryptors.Add(method, typeof(StreamSodiumEncryptor));
}
}
foreach (string method in StreamMbedTLSEncryptor.SupportedCiphers())
{
if (!_registeredEncryptors.ContainsKey(method))
{
_registeredEncryptors.Add(method, typeof(StreamMbedTLSEncryptor));
}
}
#endif
foreach (string method in AEADOpenSSLEncryptor.SupportedCiphers())
{
if (!_registeredEncryptors.ContainsKey(method))
{
_registeredEncryptors.Add(method, typeof(AEADOpenSSLEncryptor));
}
}
foreach (string method in AEADSodiumEncryptorSupportedCiphers)
{
if (!_registeredEncryptors.ContainsKey(method))
{
_registeredEncryptors.Add(method, typeof(AEADSodiumEncryptor));
}
}
foreach (string method in AEADMbedTLSEncryptorSupportedCiphers)
{
if (!_registeredEncryptors.ContainsKey(method))
{
_registeredEncryptors.Add(method, typeof(AEADMbedTLSEncryptor));
}
}
}