static void TestEncryptXML()
{
RSA rsaKey = GTXXmlCrypt.CreateRSAAlgorithm("rsakey container");
GTXXmlCrypt.EncryptXmlFile("TestUserSetting.xml", "User", false, rsaKey, "");
//GTXXmlCrypt.DecryptXmlFile("TestUserSetting.xml", rsaKey, "");
}
private static void TestSymmetricAlgorithm(String filePath)
{
Console.WriteLine("Select the encrypt/decrypt algorithm: (Default is DES)");
GTXXmlCrypt.SymmetricAlgTypes salTypeTemp = GTXXmlCrypt.SymmetricAlgTypes.DES;
for (; salTypeTemp <= GTXXmlCrypt.SymmetricAlgTypes.TripleDES; ++salTypeTemp)
{
Console.WriteLine("{0} is {1}", (int)salTypeTemp, salTypeTemp.ToString());
}
// Read the symmetric algorithm command
String algString = Console.ReadLine();
GTXXmlCrypt.SymmetricAlgTypes salType = GTXXmlCrypt.SymmetricAlgTypes.DES;
try
{
salType = (GTXXmlCrypt.SymmetricAlgTypes)Convert.ToInt32(algString);
if (salType <= GTXXmlCrypt.SymmetricAlgTypes.DES &&
salType >= GTXXmlCrypt.SymmetricAlgTypes.TripleDES)
{
salType = GTXXmlCrypt.SymmetricAlgTypes.DES;
}
}
catch (System.Exception ex)
{
salType = GTXXmlCrypt.SymmetricAlgTypes.DES;
}
// Read the node which we want to encrypt/decrypt
Console.WriteLine("Input the XML element node:");
String elementName = Console.ReadLine();
Console.WriteLine("Encrypt node element or its content, 0: Element, 1: Only content (Default is Element)");
String content = Console.ReadLine();
bool bContent = content.Equals("1") ? true : false;
SymmetricAlgorithm sal = GTXXmlCrypt.CreateSymmetricAlgorithm(salType);
if (GTXXmlCrypt.EncryptXmlFile(filePath, elementName, bContent, sal, "abc"))
{
// Print the encrypted XML to console
Console.WriteLine("Encrypt XML with {0} algorithm Succeed!", salType);
PrintXml(filePath, PrintTypes.PrintEncrypt);
if (GTXXmlCrypt.DecryptXmlFile(filePath, sal, /*"abc"*/ ""))
{
// Print the decrypted XML to console
Console.WriteLine("Decrypt XML with {0} algorithm Succeed!", salType);
PrintXml(filePath, PrintTypes.PrintDecrypt);
}
else
{
Console.WriteLine("Decrypt with {0} algorithm Failed!", salType);
}
}
else
{
Console.WriteLine("Encrypt with {0} algorithm Failed!", salType);
}
}
private static void TestAsymmetricAlgorithm(String filePath)
{
String keyContainerName = "rsakey container";
RSA rsaKey = GTXXmlCrypt.CreateRSAAlgorithm(keyContainerName);
try
{
// Read the node which we want to encrypt/decrypt
Console.WriteLine("Input the XML element node:");
String elementName = Console.ReadLine();
Console.WriteLine("Encrypt node element or its content, 0: Element, 1: Only content (Default is Element)");
String content = Console.ReadLine();
bool bContent = content.Equals("1") ? true : false;
if (GTXXmlCrypt.EncryptXmlFile(filePath, elementName, bContent, rsaKey, "" /*"rsakey"*/))
{
// Print the encrypted XML to console
Console.WriteLine("Encrypt XML with RSA algorithm Succeed!");
PrintXml(filePath, PrintTypes.PrintEncrypt);
if (GTXXmlCrypt.DecryptXmlFile(filePath, rsaKey, "" /*"rsakey"*/))
{
PrintXml(filePath, PrintTypes.PrintDecrypt);
Console.WriteLine("Decrypt XML with RSA algorithm Succeed!");
}
else
{
Console.WriteLine("Decrypt XML with RSA algorithm Failed!");
}
}
else
{
Console.WriteLine("Encrypt xml with RSA algorithm Failed!");
}
}
catch (System.Exception ex)
{
Console.WriteLine(ex.Message);
}
finally
{
rsaKey.Clear();
}
}
