HRESULT CDIL_LIN_VectorXL::LIN_DisableSlave(STLIN_MSG& sMessage)
{
HRESULT hResult = S_FALSE;
UINT unClientIndex = 0;
XLaccess xlChanMaskTx = sg_aodChannels[sMessage.m_ucChannel - 1].m_pXLChannelInfo->channelMask;
xlLinSwitchSlave(g_xlPortHandle[unClientIndex], xlChanMaskTx, sMessage.m_ucMsgID, XL_LIN_SLAVE_OFF);
return 0;
}
/**
* \brief This will send a LIN message to the driver. In case of USB
* this will write the message in to the driver buffer and will
* return. In case if parallel port mode this will write the
* message and will wait for the ACK event from the driver. If
* the event fired this will return 0. Otherwise this will return
* wait time out error. In parallel port it is a blocking call
* and in case of failure condition this will take 2 seconds.
* \param[in] sMessage Message to Transmit
* \return Operation Result. 0 incase of no errors. Failure Error codes otherwise.
* \authors Arunkumar Karri
* \date 07.26.2013 Created
*/
static int nWriteMessage(STLIN_MSG sMessage, DWORD dwClientID)
{
//int nReturn = -1;
XLaccess xlChanMaskTx = 0;
UINT unClientIndex = (UINT)-1;
//XLstatus xlStatus;
if ((sMessage.m_ucChannel > 0) &&
(sMessage.m_ucChannel <= sg_nNoOfChannels) &&
sMessage.m_ucChannel <= defNO_OF_CHANNELS)
{
//Get channel mask
xlChanMaskTx = sg_aodChannels[sMessage.m_ucChannel - 1].m_pXLChannelInfo->channelMask;
if ( sMessage.m_ucMsgTyp == LIN_SLAVE_RESPONSE )
{
//Transmit message
xlLinSwitchSlave(g_xlPortHandle[0], xlChanMaskTx, sMessage.m_ucMsgID, XL_LIN_SLAVE_ON);
//xlLinSwitchSlave(g_xlPortHandle[unClientIndex], xlChanMaskTx, 0X12, XL_LIN_SLAVE_ON);
xlLinSetSlave(g_xlPortHandle[0], xlChanMaskTx, sMessage.m_ucMsgID, sMessage.m_ucData, sMessage.m_ucDataLen, nGetCalcChecksum(sMessage.m_ucChannel - 1, sMessage.m_ucMsgID));
//xlLinSendRequest(g_xlPortHandle[unClientIndex], xlChanMaskTx, sMessage.m_ucMsgID, 0);
//set result
//nReturn = xlStatus;
}
else
{
if (sg_bCurrState == STATE_CONNECTED)
{
xlLinSendRequest(g_xlPortHandle[0], xlChanMaskTx, sMessage.m_ucMsgID, 0);
}
}
}
return S_OK;
}