public EncryptTests()
{
encryptFunction = new EncryptFunction(new EncryptSetting()
{
EncryptKey = Key
});
}
public EncryptProcessor(JObject settingObject)
{
EnsureArg.IsNotNull(settingObject, nameof(settingObject));
var settingFactory = new AnonymizerSettingsFactory();
var encryptionSetting = settingFactory.CreateAnonymizerSetting <EncryptSetting>(settingObject);
_encryptFunction = new EncryptFunction(encryptionSetting);
}
public void Process(DicomDataset dicomDataset, DicomItem item, Dictionary <string, object> settings = null)
{
var encoding = DicomEncoding.Default;
if (item is DicomMultiStringElement)
{
var encryptedValues = ((DicomMultiStringElement)item).Get <string[]>().Select(x => Convert.ToBase64String(EncryptFunction.EncryptContentWithAES(encoding.GetBytes(x), _key)));
dicomDataset.AddOrUpdate(item.Tag, encryptedValues.ToArray());
}
else if (item is DicomStringElement)
{
var value = ((DicomMultiStringElement)item).Get <string>();
var encryptedValue = Convert.ToBase64String(EncryptFunction.EncryptContentWithAES(encoding.GetBytes(value), _key));
dicomDataset.AddOrUpdate(item.Tag, encryptedValue);
}
else
{
var valueBytes = ((DicomElement)item).Get <byte[]>();
var encryptesBytes = EncryptFunction.EncryptContentWithAES(valueBytes, _key);
dicomDataset.AddOrUpdate(item.Tag, encryptesBytes);
}
}
public void EncryptSinClaveTest()
{
string resultado = EncryptFunction.Encrypt("1234", null);
Assert.Contains("b+K8cNo20csEyWOFwTxPbw==", resultado);
}
public void EncryptSinTextoTest()
{
string resultado = EncryptFunction.Encrypt(null, "A");
Assert.Null(resultado);
}
