public void GivenANode_WhenEncrypt_ValueShouldBeEncryptedCorrectly(Element element)
{
var processor = new EncryptProcessor(TestEncryptKey);
var node = CreateNodeFromElement(element);
var originalText = node.Value?.ToString();
processor.Process(node);
// Here we only check the cipher text can be correctly decrypted since we are using a random IV during encryption
Assert.Equal(originalText, DecryptText(node.Value?.ToString()));
}
private Dictionary <string, IAnonymizerProcessor> CreateTestProcessors()
{
KeepProcessor keepProcessor = new KeepProcessor();
RedactProcessor redactProcessor = new RedactProcessor(false, false, false, null);
DateShiftProcessor dateShiftProcessor = new DateShiftProcessor("123", "123", false);
CryptoHashProcessor cryptoHashProcessor = new CryptoHashProcessor("123");
EncryptProcessor encryptProcessor = new EncryptProcessor("1234567890123456");
SubstituteProcessor substituteProcessor = new SubstituteProcessor();
PerturbProcessor perturbProcessor = new PerturbProcessor();
Dictionary <string, IAnonymizerProcessor> processors = new Dictionary <string, IAnonymizerProcessor>()
{
{ "KEEP", keepProcessor },
{ "REDACT", redactProcessor },
{ "DATESHIFT", dateShiftProcessor },
{ "CRYPTOHASH", cryptoHashProcessor },
{ "ENCRYPT", encryptProcessor },
{ "SUBSTITUTE", substituteProcessor },
{ "PERTURB", perturbProcessor }
};
return(processors);
}
public EncryptProcessorUnitTests()
{
var encryptObj = "{\"encryptKey\": \"123456781234567812345678\"}";
Processor = new EncryptProcessor(JObject.Parse(encryptObj));
}
