private void CreateDecryptor(RootNodeInfo rootNodeInfo, XmlElement connectionsRootElement = null)
{
if (_confVersion >= 2.6)
{
BlockCipherEngines engine;
Enum.TryParse(connectionsRootElement?.Attributes["EncryptionEngine"].Value, true, out engine);
BlockCipherModes mode;
Enum.TryParse(connectionsRootElement?.Attributes["BlockCipherMode"].Value, true, out mode);
int keyDerivationIterations;
int.TryParse(connectionsRootElement?.Attributes["KdfIterations"].Value, out keyDerivationIterations);
_decryptor = new XmlConnectionsDecryptor(engine, mode, rootNodeInfo)
{
AuthenticationRequestor = AuthenticationRequestor,
KeyDerivationIterations = keyDerivationIterations
};
}
else
{
_decryptor = new XmlConnectionsDecryptor(_rootNodeInfo)
{
AuthenticationRequestor = AuthenticationRequestor
};
}
}
private void CreateDecryptor(RootNodeInfo rootNodeInfo, XmlElement connectionsRootElement = null)
{
if (_confVersion >= 2.6)
{
var engine = connectionsRootElement.GetAttributeAsEnum <BlockCipherEngines>("EncryptionEngine");
var mode = connectionsRootElement.GetAttributeAsEnum <BlockCipherModes>("BlockCipherMode");
var keyDerivationIterations = connectionsRootElement.GetAttributeAsInt("KdfIterations");
_decryptor = new XmlConnectionsDecryptor(engine, mode, rootNodeInfo)
{
AuthenticationRequestor = AuthenticationRequestor,
KeyDerivationIterations = keyDerivationIterations
};
}
else
{
_decryptor = new XmlConnectionsDecryptor(_rootNodeInfo)
{
AuthenticationRequestor = AuthenticationRequestor
};
}
}