public virtual void Dispose()
{
if (_fpeProcessor != null)
{
_fpeProcessor.ShutDown();
}
if (_ffsCache != null)
{
_ffsCache.Dispose();
_ffsCache = null;
}
if (_fpeCache != null)
{
_fpeCache.Dispose();
_fpeCache = null;
}
if (_fpeTransactions != null)
{
_fpeTransactions.Dispose();
_fpeTransactions = null;
}
if (_ubiqWebServices != null)
{
_ubiqWebServices.Dispose();
_ubiqWebServices = null;
}
}
public void Dispose()
{
if (_ubiqWebServices != null)
{
// reports decryption key usage to server, if applicable
ResetAsync().Wait();
_ubiqWebServices.Dispose();
_ubiqWebServices = null;
}
}
private const int _ff1_base2_min_length = 20; // NIST requirement ceil(log(2(1000000)))
#endregion
#region Constructors
public UbiqFPEEncryptDecrypt(IUbiqCredentials ubiqCredentials)
{
_isInited = false;
_ubiqCredentials = ubiqCredentials;
_ubiqWebServices = new UbiqWebServices(_ubiqCredentials);
_ffsCache = new FfsCacheManager(_ubiqCredentials, _ubiqWebServices);
_fpeCache = new FpeEncryptedKeyCacheManager(_ubiqCredentials, _ubiqWebServices);
_fpeTransactions = new FpeTransactionManager(new UbiqWebServices(_ubiqCredentials));
_fpeProcessor = new FpeProcessor(_fpeTransactions, 1);
_fpeProcessor.StartUp();
}
public virtual void Dispose()
{
if (_ubiqWebServices != null)
{
if (_encryptionKey != null)
{
// if key was used less times than requested, notify the server.
if (_useCount < _usesRequested)
{
_ubiqWebServices.UpdateEncryptionKeyUsageAsync(_useCount, _usesRequested,
_encryptionKey.KeyFingerprint, _encryptionKey.EncryptionSession).Wait();
}
}
_ubiqWebServices.Dispose();
_ubiqWebServices = null;
}
}
public UbiqDecrypt(IUbiqCredentials ubiqCredentials)
{
_ubiqWebServices = new UbiqWebServices(ubiqCredentials);
}
public UbiqEncrypt(IUbiqCredentials ubiqCredentials, int usesRequested)
{
_ubiqCredentials = ubiqCredentials;
_usesRequested = usesRequested;
_ubiqWebServices = new UbiqWebServices(_ubiqCredentials);
}