public XmlSerializedDescriptorInfo ExportToXml()
{
// <descriptor>
// <!-- Windows CNG-CBC -->
// <encryption algorithm="..." keyLength="..." [provider="..."] />
// <hash algorithm="..." [provider="..."] />
// <masterKey>...</masterKey>
// </descriptor>
var encryptionElement = new XElement("encryption",
new XAttribute("algorithm", Configuration.EncryptionAlgorithm),
new XAttribute("keyLength", Configuration.EncryptionAlgorithmKeySize));
if (Configuration.EncryptionAlgorithmProvider != null)
{
encryptionElement.SetAttributeValue("provider", Configuration.EncryptionAlgorithmProvider);
}
var hashElement = new XElement("hash",
new XAttribute("algorithm", Configuration.HashAlgorithm));
if (Configuration.HashAlgorithmProvider != null)
{
hashElement.SetAttributeValue("provider", Configuration.HashAlgorithmProvider);
}
var rootElement = new XElement("descriptor",
new XComment(" Algorithms provided by Windows CNG, using CBC-mode encryption with HMAC validation "),
encryptionElement,
hashElement,
MasterKey.ToMasterKeyElement());
return(new XmlSerializedDescriptorInfo(rootElement, typeof(CngCbcAuthenticatedEncryptorDescriptorDeserializer)));
}
/// <inheritdoc/>
public XmlSerializedDescriptorInfo ExportToXml()
{
// <descriptor>
// <encryption algorithm="..." />
// <validation algorithm="..." /> <!-- only if not GCM -->
// <masterKey requiresEncryption="true">...</masterKey>
// </descriptor>
var encryptionElement = new XElement("encryption",
new XAttribute("algorithm", Configuration.EncryptionAlgorithm));
var validationElement = (AuthenticatedEncryptorFactory.IsGcmAlgorithm(Configuration.EncryptionAlgorithm))
? (object)new XComment(" AES-GCM includes a 128-bit authentication tag, no extra validation algorithm required. ")
: (object)new XElement("validation",
new XAttribute("algorithm", Configuration.ValidationAlgorithm));
var outerElement = new XElement("descriptor",
encryptionElement,
validationElement,
MasterKey.ToMasterKeyElement());
return(new XmlSerializedDescriptorInfo(outerElement, typeof(AuthenticatedEncryptorDescriptorDeserializer)));
}
public XmlSerializedDescriptorInfo ExportToXml()
{
// <descriptor>
// <!-- managed implementations -->
// <encryption algorithm="..." keyLength="..." />
// <validation algorithm="..." />
// <masterKey>...</masterKey>
// </descriptor>
var encryptionElement = new XElement("encryption",
new XAttribute("algorithm", TypeToFriendlyName(Configuration.EncryptionAlgorithmType)),
new XAttribute("keyLength", Configuration.EncryptionAlgorithmKeySize));
var validationElement = new XElement("validation",
new XAttribute("algorithm", TypeToFriendlyName(Configuration.ValidationAlgorithmType)));
var rootElement = new XElement("descriptor",
new XComment(" Algorithms provided by specified SymmetricAlgorithm and KeyedHashAlgorithm "),
encryptionElement,
validationElement,
MasterKey.ToMasterKeyElement());
return(new XmlSerializedDescriptorInfo(rootElement, typeof(ManagedAuthenticatedEncryptorDescriptorDeserializer)));
}
public XmlSerializedDescriptorInfo ExportToXml()
{
// <descriptor>
// <!-- Windows CNG-GCM -->
// <encryption algorithm="..." keyLength="..." [provider="..."] />
// <masterKey>...</masterKey>
// </descriptor>
var encryptionElement = new XElement("encryption",
new XAttribute("algorithm", Settings.EncryptionAlgorithm),
new XAttribute("keyLength", Settings.EncryptionAlgorithmKeySize));
if (Settings.EncryptionAlgorithmProvider != null)
{
encryptionElement.SetAttributeValue("provider", Settings.EncryptionAlgorithmProvider);
}
var rootElement = new XElement("descriptor",
new XComment(" Algorithms provided by Windows CNG, using Galois/Counter Mode encryption and validation "),
encryptionElement,
MasterKey.ToMasterKeyElement());
return(new XmlSerializedDescriptorInfo(rootElement, typeof(CngGcmAuthenticatedEncryptorDescriptorDeserializer)));
}
