private string TestTran(string input, AHostCommand HC)
{
MessageResponse retMsg;
Message.Message msg = new Message.Message(input);
string trailingChars = "";
if (ExpectTrailers())
{
trailingChars = msg.GetTrailers();
}
HC.AcceptMessage(msg);
if (HC.XMLParseResult != ErrorCodes.ER_00_NO_ERROR)
{
retMsg = new MessageResponse();
retMsg.AddElement(HC.XMLParseResult);
}
else
{
retMsg = HC.ConstructResponse();
}
retMsg.AddElement(trailingChars);
HC.Terminate();
HC = null;
return(retMsg.MessageData);
}
public override MessageResponse ConstructResponse()
{
MessageResponse mr = new MessageResponse();
Log.Logger.MajorInfo("HSM");
mr.AddElement(ErrorCodes.ER_00_NO_ERROR);
return(mr);
}
public override MessageResponse ConstructResponse()
{
MessageResponse mr = new MessageResponse();
if (!IsInAuthorizedState())
{
Log.Logger.MajorInfo("Exiting from AUTHORIZED state");
}
else
{
Log.Logger.MajorInfo("Already out of the AUTHORIZED state");
}
Resources.UpdateResource(Resources.AUTHORIZED_STATE, false);
mr.AddElement(ErrorCodes.ER_00_NO_ERROR);
return(mr);
}
public override MessageResponse ConstructResponse()
{
MessageResponse mr = new MessageResponse();
mr.AddElement(ErrorCodes.ER_00_NO_ERROR);
if (_modeFlag == "00")
{
mr.AddElement("3");
mr.AddElement("1");
mr.AddElement(Convert.ToInt32(Resources.GetResource(Resources.MAX_CONS)).ToString());
mr.AddElement(Convert.ToString(Resources.GetResource(Resources.FIRMWARE_NUMBER)));
mr.AddElement("0");
mr.AddElement(Convert.ToString(Resources.GetResource(Resources.DSP_FIRMWARE_NUMBER)));
}
return(mr);
}
public override MessageResponse ConstructResponse()
{
MessageResponse mr = new MessageResponse();
LMKPairs.LMKPair LMKKeyPair;
string var = "";
KeySchemeTable.KeyScheme ks = KeySchemeTable.KeyScheme.Unspecified;
KeySchemeTable.KeyScheme zmk_ks = KeySchemeTable.KeyScheme.Unspecified;
if (!ValidateKeyTypeCode(_keyType, out LMKKeyPair, ref var, ref mr))
{
return(mr);
}
if (!ValidateKeySchemeCode(_keyScheme, ref ks, ref mr))
{
return(mr);
}
if (_zmkScheme != "")
{
if (!ValidateKeySchemeCode(_zmkScheme, ref zmk_ks, ref mr))
{
return(mr);
}
}
if (!ValidateFunctionRequirement(KeyTypeTable.KeyFunction.Generate, LMKKeyPair, var, mr))
{
return(mr);
}
string rndKey = Utility.CreateRandomKey(ks);
string cryptRndKey = Utility.EncryptUnderLMK(rndKey, ks, LMKKeyPair, var);
string chkVal = TripleDES.TripleDESEncrypt(new HexKey(rndKey), Constants.ZEROES);
Log.Logger.MinorInfo("Key generated (clear): " + rndKey);
Log.Logger.MinorInfo("Key generated (LMK): " + cryptRndKey);
Log.Logger.MinorInfo("Check value: " + chkVal.Substring(0, 6));
string clearZMK;
string cryptUnderZMK = "";
if (_zmk != "")
{
HexKey cryptZMK = new HexKey(_zmk);
clearZMK = Utility.DecryptZMKEncryptedUnderLMK(cryptZMK.ToString(), cryptZMK.Scheme, 0);
if (!Utility.IsParityOK(clearZMK, Utility.ParityCheck.OddParity))
{
mr.AddElement(ErrorCodes.ER_10_SOURCE_KEY_PARITY_ERROR);
return(mr);
}
cryptUnderZMK = Utility.EncryptUnderZMK(clearZMK, rndKey, zmk_ks);
Log.Logger.MinorInfo("ZMK (clear): " + clearZMK);
Log.Logger.MinorInfo("Key under ZMK: " + cryptUnderZMK);
}
mr.AddElement(ErrorCodes.ER_00_NO_ERROR);
mr.AddElement(cryptRndKey);
mr.AddElement(cryptUnderZMK);
mr.AddElement(chkVal.Substring(0, 6));
return(mr);
}
