public void TakeOwnership(ProtectedPasswordStorage ownerSecret, ProtectedPasswordStorage srkSecret)
{
_tpmSession.SetValue("secret_" + TPMSession.PARAM_AUTH_OWNER, ownerSecret);
_tpmSession.SetValue("secret_" + TPMSession.PARAM_AUTH_SRK, srkSecret);
IAsymmetricBlockCipher ekEncryptor = _tpmSession.EndorsementKeyHandling.PublicKey.CreateRSAEncrypter();
ownerSecret.DecryptHash();
byte[] encOwnerSecret = ekEncryptor.ProcessBlock(ownerSecret.HashValue, 0, ownerSecret.HashValue.Length);
ownerSecret.ClearHash();
srkSecret.DecryptHash();
byte[] encSrkSecret = ekEncryptor.ProcessBlock(srkSecret.HashValue, 0, srkSecret.HashValue.Length);
srkSecret.ClearHash();
Parameters parameters = new Parameters();
parameters.AddPrimitiveType(PARAM_OWNERAUTH, encOwnerSecret);
parameters.AddPrimitiveType(PARAM_SRKAUTH, encSrkSecret);
/*TPMCommandResponse response = */ BuildDoVerifyRequest(TPMCommandNames.TPM_CMD_TakeOwnership, parameters);
}
/// <summary>
/// Constructs a new SealBlockCipher with the specified arguments and caches the specified seal auth value
/// </summary>
/// <param name="keyHandle"></param>
/// <param name="session"></param>
/// <param name="sealAuth"></param>
public SealBlockCipher(ClientKeyHandle keyHandle, TPMSession session, TPMPCRSelection pcrSelection, ProtectedPasswordStorage sealAuth)
: this(keyHandle, session, pcrSelection)
{
_session.SetValue("secret_seal_" + _keyHandle.FriendlyName + "_" + _myId.ToString(), sealAuth);
}