public CryptographySettingsNode Build()
{
CryptographySettingsNode rootNode = new CryptographySettingsNode();
HashProviderCollectionNode hashProviderCollectionNode = new HashProviderCollectionNode();
foreach (HashProviderData hashProviderData in cryptographySettings.HashProviders)
{
CreateHashProviderNode(hashProviderCollectionNode, hashProviderData);
}
SymmetricCryptoProviderCollectionNode symmetricCryptoProviderCollectionNode = new SymmetricCryptoProviderCollectionNode();
foreach (SymmetricProviderData symmetricCryptoProviderData in cryptographySettings.SymmetricCryptoProviders)
{
CreateSymmetricCryptoProviderNode(symmetricCryptoProviderCollectionNode, symmetricCryptoProviderData);
}
rootNode.AddNode(hashProviderCollectionNode);
rootNode.AddNode(symmetricCryptoProviderCollectionNode);
rootNode.DefaultHashProvider = defaultHashProviderNode;
rootNode.DefaultSymmetricCryptoProvider = defaultSymmetricProviderNode;
rootNode.RequirePermission = cryptographySettings.SectionInformation.RequirePermission;
return(rootNode);
}
private void CreateHashProviderNode(HashProviderCollectionNode hashProviderCollectionNode, HashProviderData hashProviderData)
{
HashProviderNode hashProviderNode = NodeCreationService.CreateNodeByDataType(hashProviderData.GetType(), new object[] { hashProviderData }) as HashProviderNode;
if (null == hashProviderNode)
{
LogNodeMapError(hashProviderCollectionNode, hashProviderData.GetType());
return;
}
if (string.Compare(hashProviderNode.Name, cryptographySettings.DefaultHashProviderName) == 0)
{
defaultHashProviderNode = hashProviderNode;
}
hashProviderCollectionNode.AddNode(hashProviderNode);
}