GD32F450_BMC_BaseCode/app/bmc/msghndlr/App/AppDevice/AppDevice.c

/****************************************************************
****************************************************************
**                                                            **
**    (C)Copyright 2005-2006, American Megatrends Inc.        **
**                                                            **
**            All Rights Reserved.                            **
**                                                            **
**        6145-F, Northbelt Parkway, Norcross,                **
**                                                            **
**        Georgia - 30071, USA. Phone-(770)-246-8600.         **
**                                                            **
****************************************************************
****************************************************************/
/*****************************************************************
*
* AppDevice.c
* AppDevice Commands Handler
*
* Author: Govind Kothandapani <govindk@ami.com>
*       : Rama Bisa <ramab@ami.com>
*       : Basavaraj Astekar <basavaraja@ami.com>
*       : Bakka Ravinder Reddy <bakkar@ami.com>
*
*****************************************************************/

#include "com_BmcType.h"
#include "Support.h"
#include "com_IPMIDefs.h"
#include "com_IPMI_IPM.h"
#include "com_IPMI_AppDevice.h"
#include "AppDevice.h"
#include "RMCP.h"
#include "Session.h"
#include "PMConfig.h"
#include "main.h"
#include <string.h>

#define USER_ID_ENABLED 	0x01
#define USER_ID_DISABLED 	0x02
#define OP_USERID_ONLY_LENGTH    2
#define OP_ENABLE_USER_ID    	 1
#define OP_DISABLE_USER_ID    	 0
#define BIT3_BIT0_MASK     0xf
#define GET_AUTH_TYPE_MASK  0xc0
#define AUTH_TYPE_V15	0x0
#define AUTH_TYPE_V20	0x40
#define AUTH_CODE_V15_MASK  0x0f
#define AUTH_CODE_V15_1  0x1
#define AUTH_CODE_V15_2  0x2
#define AUTH_CODE_V15_3  0x5
#define AUTH_CODE_V20_MASK  0x3f
#define MIN_AUTH_CODE_V20 0x04
#define MAX_AUTH_CODE_V20 0xc0
#define NULL_USER                 1
#define ZERO_SETSELECTOR 0x00
#define MAX_TYPE_OF_ENCODING 0x02
#define MAX_STRING_LENGTH_COPY 14

#define ASCII_LATIN1        0x00
#define UTF_8                     0x01
#define UNICODE                 0x02

/* Reserved bit macro definitions */
#define RESERVED_BITS_SENDMS 0x03 //(BIT1 | BIT0)

/* Auth code length */
#define HMAC_SHA1_96_LEN            12

#if APP_DEVICE == 1

#define COUNT_INCREASE  1	
#define COUNT_DECREASE -1
#define MAX_BT_PKT_LEN 255

/*macro definitions for set user password options*/
#define DISABLE_USER    0
#define ENABLE_USER     1
#define SET_PASSWORD    2
#define TEST_PASSWORD   3

#define MAX_LAN_CHANNELS  1
#define LAN_RMCP_CHANNEL1_TYPE  0x01
#define LAN_RMCP_CHANNEL2_TYPE  0x02
#define LAN_RMCP_CHANNEL3_TYPE  0x03

/*** Global variables ***/
uint8_t   g_TmrRunning;
/*** Module variables ***/
static     MsgPkt_T    m_MsgPkt; /**< Message Packet for posting and retrieving messaged to/from queue */
static uint8_t m_Set_ChReserveBit[] ={0xF0,0x0,0x30};

//extern IfcName_T Ifcnametable[MAX_LAN_CHANNELS];

//static void UpdateCurrentEnabledUserCount(int value, int bmcInstId)
//{
//	if (value == 0) return;

//	 ChannelInfo_T* pChannelInfo = NULL;
//	 ChannelInfo_T* pNvrChannelInfo = NULL;
//	 BMCInfo_t* pBMCInfo = &g_BMCInfo[bmcInstId];
//	uint8_t maxUserCount = pBMCInfo->IpmiConfig.MaxChUsers;
//	uint8_t channelIndex = 0;


//	for (channelIndex = 0; channelIndex < MAX_NUM_CHANNELS; channelIndex++)
//	{
//		if (pBMCInfo->ChConfig[channelIndex].ChType == 0xff) continue;

//		pChannelInfo = (ChannelInfo_T*)&pBMCInfo->ChConfig[channelIndex].ChannelInfo;

//		if (((value > 0) && ((pChannelInfo->NoCurrentUser + value) > maxUserCount)) || 
//			((value < 0) && ((pChannelInfo->NoCurrentUser + value) < 0)))
//		{
//			continue;
//		}

//		pNvrChannelInfo = GetNVRChConfigs(pChannelInfo, bmcInstId);

//		pChannelInfo->NoCurrentUser+=value;	
//		pNvrChannelInfo->NoCurrentUser+=value;
//              FlushChConfigs((uint8_t*)pNvrChannelInfo,pNvrChannelInfo->ChannelNumber,bmcInstId);
//}
//}

//static int IsPrivilegeAvailable(uint8_t requestedPrivilege, uint8_t channelNumber, int bmcInstId)  
//{  
//	//   PMConfig_T* pPMConfig = ( PMConfig_T*) GetNVRAddr(NVRH_PMCONFIG, bmcInstId);  
//       BMCInfo_t *pBMCInfo = &g_BMCInfo[bmcInstId];
//	uint8_t EthIndex = GetEthIndex(channelNumber & 0x0F, bmcInstId);  
//	uint8_t privilege = 0x00;  
//	
//	if(0xff == EthIndex) return -1;  
//	
//	//Get requested privilege status (enabled or disabled) from PMConfig by channel 
//	switch (requestedPrivilege)  
//	{  
//	case PRIV_CALLBACK:  
//		privilege = pBMCInfo->LANCfs[EthIndex].AuthTypeEnables.AuthTypeCallBack;  
//		break;  
//	
//	case PRIV_USER:  
//		privilege = pBMCInfo->LANCfs[EthIndex].AuthTypeEnables.AuthTypeUser;  
//		break;  
//	
//	case PRIV_OPERATOR:  
//		privilege = pBMCInfo->LANCfs[EthIndex].AuthTypeEnables.AuthTypeOperator;  
//		break;  
//	
//	case PRIV_ADMIN:  
//		privilege = pBMCInfo->LANCfs[EthIndex].AuthTypeEnables.AuthTypeAdmin;  
//		break;  
//	
//	case PRIV_OEM:  
//		privilege = pBMCInfo->LANCfs[EthIndex].AuthTypeEnables.AuthTypeOem;  
//		break;  
//	
//	default:  
//		return -1;  
//	} 
//	
//	//All bits are 0 that means privilege level is disabled  
//	return ((privilege != 0x00) ? 0 : -1);  
//}

/*-------------------------------------
* ValidateIPMBChksum1
*-------------------------------------*/
/* Function to validate IPMB Checksum1 for SendMessage Cmd */
static int ValidateIPMBChksum1( uint8_t* Data)
{
   int i=0;
   uint8_t chksum=0;

   for (i = 0; i < 3; i++)
   {
       chksum += *(Data + i);
   }

   if (chksum != 0)
   {
       return FALSE;
   }
   return TRUE;

}


///*-------------------------------------
//* ResetWDT
//*-------------------------------------*/
//int
//ResetWDT ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//    uint8_t	u8ExpirationFlag;
//    BMCInfo_t *pBMCInfo = &g_BMCInfo[BMCInst];


//    if (pBMCInfo->Msghndlr.TmrSet == FALSE)
//    {
//        *pRes = CC_ATTEMPT_TO_RESET_UNIN_WATCHDOG;
//        return sizeof (*pRes);
//    }

//    // save the WDT expiration flag for later use
//    u8ExpirationFlag = g_WDTTmrMgr.WDTTmr.ExpirationFlag;


//    /* Reset of Watchdog should not happen once
//        once pretimeout interrupt interval is reached*/
//    if(pBMCInfo->WDTPreTmtStat == TRUE)
//    {
//        *pRes = CC_PARAM_NOT_SUP_IN_CUR_STATE;
//        return sizeof (*pRes);
//    }

//    g_WDTTmrMgr.TmrPresent  = TRUE;
//    g_WDTTmrMgr.TmrInterval = pBMCInfo->WDTConfig.InitCountDown;
//    g_WDTTmrMgr.PreTimeOutInterval = SEC_TO_MS * pBMCInfo->WDTConfig.PreTimeOutInterval;

//    /* if the pre-timeout interrupt is not configured, adjust the pre-timeout interrupt
//        timeout value beyound the regular WDT timeout value so that it won't get triggered
//        before the WDT timeout. */
//    if ((pBMCInfo->WDTConfig.TmrActions & 0x70) == 0)
//    {
//        g_WDTTmrMgr.PreTimeOutInterval = g_WDTTmrMgr.TmrInterval+ 1;
//    }

//    _fmemcpy (&g_WDTTmrMgr.WDTTmr, &pBMCInfo->WDTConfig, sizeof (WDTConfig_T));

//    // restore the WDT expiration flag, don't use the one from the flash
//    g_WDTTmrMgr.WDTTmr.ExpirationFlag = u8ExpirationFlag;

//    // clear WDT sensor event history
//    if( g_corefeatures.internal_sensor == ENABLED )
//        RestartWD2Sensor(BMCInst);

//    if(g_corefeatures.wdt_flush_support == ENABLED )
//    {
//        FlushIPMI((uint8_t*)&pBMCInfo->WDTConfig,(uint8_t*)&pBMCInfo->WDTConfig,pBMCInfo->IPMIConfLoc.WDTDATAddr,
//                       sizeof(WDTConfig_T),BMCInst);
//    }

//    if(BMC_GET_SHARED_MEM(BMCInst)->IsWDTPresent == FALSE)
//    {
//        LOCK_BMC_SHARED_MEM(BMCInst);
//        BMC_GET_SHARED_MEM(BMCInst)->IsWDTRunning=TRUE;
//        BMC_GET_SHARED_MEM(BMCInst)->IsWDTPresent=TRUE;
//        UNLOCK_BMC_SHARED_MEM(BMCInst);
//        sem_post(&g_BMCInfo[BMCInst].WDTSem);
//    }
//    else
//    {
//        LOCK_BMC_SHARED_MEM(BMCInst);
//        BMC_GET_SHARED_MEM(BMCInst)->IsWDTRunning=TRUE;
//        BMC_GET_SHARED_MEM(BMCInst)->IsWDTPresent=TRUE;
//        UNLOCK_BMC_SHARED_MEM(BMCInst);
//        //Set SetWDTUpdated flag to reload initial countdown value.
//        g_BMCInfo[BMCInst].SetWDTUpdated = TRUE; 
//    }


//    *pRes = CC_NORMAL;

//    return sizeof (*pRes);
//}



///*---------------------------------------
//* SetWDT
//*---------------------------------------*/
//int
//SetWDT ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//      SetWDTReq_T*    pSetWDTReq = ( SetWDTReq_T*)pReq;
//#if GET_MSG_FLAGS != UNIMPLEMENTED
//    GetMsgFlagsRes_T   GetMsgFlagsRes;
//#endif
//     BMCInfo_t* pBMCInfo = &g_BMCInfo[BMCInst];


//    //Check for Reserved bits
//     if((pSetWDTReq->TmrUse & (BIT5 | BIT4 | BIT3)) || !(pSetWDTReq->TmrUse & (BIT2 | BIT1 | BIT0)) || ((pSetWDTReq->TmrUse & (BIT1 | BIT2)) == (BIT1 | BIT2)) || 
//        (pSetWDTReq->TmrActions & (BIT7 |BIT6 | BIT3 | BIT2)) || (pSetWDTReq->ExpirationFlag & (BIT7 | BIT6 | BIT0)))
//    {
//        *pRes = CC_INV_DATA_FIELD;
//        return sizeof(*pRes);
//    }

//#if NO_WDT_PRETIMEOUT_INTERRUPT == 1
//    // do not support pre-timeout interrupt
//    if (pSetWDTReq->TmrActions & 0x70)
//    {
//        *pRes = CC_INV_DATA_FIELD;
//        return sizeof(*pRes);
//    }
//#endif

//    pSetWDTReq->InitCountDown = htoipmi_u16(pSetWDTReq->InitCountDown);

//    // error out if the pre-timeout interrupt is greater than the initial countdown value
//    if (pSetWDTReq->InitCountDown < 10 * pSetWDTReq->PreTimeOutInterval)
//    {
//        *pRes = CC_INV_DATA_FIELD;
//        return sizeof(*pRes);
//    }

//    // only clear the memory version of the bit(s) when the input bit is set #31175
//    g_WDTTmrMgr.WDTTmr.ExpirationFlag &= ~pSetWDTReq->ExpirationFlag;
//    pSetWDTReq->ExpirationFlag = g_WDTTmrMgr.WDTTmr.ExpirationFlag;


//    /* Copy the Timer configuration in NVRAM */
//    LOCK_BMC_SHARED_MEM(BMCInst);
//    _fmemset (( uint8_t*)&pBMCInfo->WDTConfig, 0, sizeof (WDTConfig_T));
//    _fmemcpy (( uint8_t*)&pBMCInfo->WDTConfig, ( uint8_t*)pSetWDTReq, sizeof (SetWDTReq_T));
//    UNLOCK_BMC_SHARED_MEM(BMCInst);

//    if (TRUE ==BMC_GET_SHARED_MEM(BMCInst)->IsWDTRunning)
//    {
//        /* To check wheather Dont stop bit is set or not */
//        if (pSetWDTReq->TmrUse & 0x40)
//        {
//            /* Set the count down value to given value */
//            g_WDTTmrMgr.TmrPresent = TRUE;
//            LOCK_BMC_SHARED_MEM(BMCInst);
//            BMC_GET_SHARED_MEM(BMCInst)->IsWDTPresent =TRUE;
//            UNLOCK_BMC_SHARED_MEM(BMCInst);
//            g_WDTTmrMgr.TmrInterval= pSetWDTReq->InitCountDown;
//            g_WDTTmrMgr.PreTimeOutInterval = (SEC_TO_MS * pSetWDTReq->PreTimeOutInterval);

//            /* If PreTimeOutInt is set, clear it */
//            if (0 != (pSetWDTReq->TmrActions & 0x70))
//            {
//                pSetWDTReq->TmrActions &= ~0x70;
//            }
//            else
//            {
//                // if the pre-timeout interrupt is not configured, adjust the pre-timeout interrupt
//                // timeout value beyound the regular WDT timeout value so that it won't get triggered
//                // before the WDT timeout.
//                g_WDTTmrMgr.PreTimeOutInterval = pSetWDTReq->InitCountDown + 1;
//            }
//            _fmemcpy (&g_WDTTmrMgr.WDTTmr, pSetWDTReq, sizeof (WDTConfig_T ));

//        }
//        else
//        {
//            /* Stop the timer */
//            g_WDTTmrMgr.TmrPresent = FALSE;
//            LOCK_BMC_SHARED_MEM(BMCInst);
//            BMC_GET_SHARED_MEM(BMCInst)->IsWDTRunning=FALSE;
//            BMC_GET_SHARED_MEM(BMCInst)->IsWDTPresent =FALSE;
//            UNLOCK_BMC_SHARED_MEM(BMCInst);
//            g_WDTTmrMgr.TmrInterval= pSetWDTReq->InitCountDown;
//            g_WDTTmrMgr.PreTimeOutInterval = SEC_TO_MS * pSetWDTReq->PreTimeOutInterval;
//            // clear WDT sensor event history
//            if( g_corefeatures.internal_sensor == ENABLED)
//                RestartWD2Sensor(BMCInst);
//        }

//        /* Clear the  pre-timeout interupt flag */
//        LOCK_BMC_SHARED_MEM(BMCInst);
//        pBMCInfo->WDTConfig.PreTimeoutActionTaken = 0x00;
//        BMC_GET_SHARED_MEM (BMCInst)->MsgFlags &= ~0x08; /* Clear the flag */
//#if GET_MSG_FLAGS != UNIMPLEMENTED
//        // Clear SMS_ATN bit if and only if the Get Message Flag return 0 in byte 2.
//        GetMsgFlags (NULL, 0, (uint8_t *)&GetMsgFlagsRes,BMCInst);
//        TDBG("GetMsgFlagsRes.CompletionCode : %X, GetMsgFlagsRes.MsgFlags : %X\n",
//                GetMsgFlagsRes.CompletionCode, GetMsgFlagsRes.MsgFlags);
//        if (GetMsgFlagsRes.CompletionCode == CC_NORMAL && GetMsgFlagsRes.MsgFlags == 0)
//#else
//        if((BMC_GET_SHARED_MEM(BMCInst)->MsgFlags & BIT3_BIT0_MASK) == 0)
//#endif
//        {
//            /* Clear the SMS_ATN bit */
//            if (pBMCInfo->IpmiConfig.KCS1IfcSupport == 1)
//            {
//                CLEAR_SMS_ATN (0, BMCInst);
//            }
//            if (pBMCInfo->IpmiConfig.KCS2IfcSupport == 1)
//            {
//                CLEAR_SMS_ATN (1, BMCInst);
//            }
//            if (pBMCInfo->IpmiConfig.KCS3IfcSuppport == 1)
//            {
//                CLEAR_SMS_ATN (2, BMCInst);
//            }
//        }
//            UNLOCK_BMC_SHARED_MEM(BMCInst);

//        }
//        else
//        {
//            g_WDTTmrMgr.TmrInterval = pSetWDTReq->InitCountDown;
//            g_WDTTmrMgr.TmrPresent = FALSE;
//            LOCK_BMC_SHARED_MEM(BMCInst);
//            BMC_GET_SHARED_MEM(BMCInst)->IsWDTPresent =FALSE;
//            UNLOCK_BMC_SHARED_MEM(BMCInst);
//            // clear WDT sensor event history
//            if( g_corefeatures.internal_sensor == ENABLED)
//                RestartWD2Sensor(BMCInst);
//        }

//    // Modify ARP status to resume the thread
//    // after receiving set Watchdog Timer command
//    //BMC_GET_SHARED_MEM(BMCInst)->GratArpStatus = RESUME_ARPS;
//    
//    int i = 0; 

//    for (i = 0; i < MAX_LAN_CHANNELS; i++)	
//    {
//        if((pBMCInfo->LanIfcConfig[i].Enabled == TRUE)
//                && (pBMCInfo->LanIfcConfig[i].Up_Status == LAN_IFC_UP))
//        {
//            BMC_GET_SHARED_MEM(BMCInst)->ArpSuspendStatus[i] = RESUME_ARPS; 	
//            UpdateArpStatus(pBMCInfo->LanIfcConfig[i].Ethindex, BMC_GET_SHARED_MEM(BMCInst)->IsWDTRunning, BMCInst);  
//        }
//    }
//    if(g_corefeatures.wdt_flush_support == ENABLED )
//    {
//        FlushIPMI((uint8_t*)&pBMCInfo->WDTConfig,(uint8_t*)&pBMCInfo->WDTConfig,pBMCInfo->IPMIConfLoc.WDTDATAddr,
//              sizeof(WDTConfig_T),BMCInst);
//    }
//    // set the "Don't Log" bit
//    g_WDTTmrMgr.WDTTmr.TmrUse &= 0x7F;
//    g_WDTTmrMgr.WDTTmr.TmrUse |= (pSetWDTReq->TmrUse & 0x80);

//    g_BMCInfo[BMCInst].SetWDTUpdated = TRUE;
//    g_BMCInfo[BMCInst].Msghndlr.TmrSet = TRUE;
//    pBMCInfo->WDTPreTmtStat = FALSE;
//    *pRes = CC_NORMAL;

//    return sizeof (*pRes);
//}


///*---------------------------------------
//* GetWDT
//*---------------------------------------*/
//int
//GetWDT ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//      GetWDTRes_T*    pGetWDTRes = ( GetWDTRes_T*)pRes;
//    BMCInfo_t *pBMCInfo = &g_BMCInfo[BMCInst];

//    /* Copy the current settings from the NVRAM */
//    LOCK_BMC_SHARED_MEM(BMCInst);
//    _fmemcpy (( uint8_t*)&pGetWDTRes->CurrentSettings,
//            ( uint8_t*)&pBMCInfo->WDTConfig, sizeof (WDTConfig_T));
//    UNLOCK_BMC_SHARED_MEM(BMCInst);

//    // get the WDT expiration from the global veriable in memory, not from the flash
//    pGetWDTRes->CurrentSettings.ExpirationFlag = g_WDTTmrMgr.WDTTmr.ExpirationFlag;

//    // get the current "Don't Log" bit
//    pGetWDTRes->CurrentSettings.TmrUse &= 0x7F;
//    pGetWDTRes->CurrentSettings.TmrUse |= (g_WDTTmrMgr.WDTTmr.TmrUse & 0x80);
//    if (TRUE == BMC_GET_SHARED_MEM(BMCInst)->IsWDTPresent)
//    {
//         // set the WDT running bit #30235/30467
//        pGetWDTRes->CurrentSettings.TmrUse |= 0x40;
//        /* Present count down in 1/100 of second */
//    }
//    else
//    {
//         // clear the WDT running bit #30235/30467  for Timer Use (ie) WatchDog Timer status
//        pGetWDTRes->CurrentSettings.TmrUse &= ~0x40;
//        pGetWDTRes->CurrentSettings.ExpirationFlag = (pGetWDTRes->CurrentSettings.ExpirationFlag) & 0x3E;
//    }

//    pGetWDTRes->PresentCountDown			   = g_WDTTmrMgr.TmrInterval;
//    pGetWDTRes->CurrentSettings.InitCountDown = htoipmi_u16(pGetWDTRes->CurrentSettings.InitCountDown);
//    pGetWDTRes->CompletionCode                = CC_NORMAL;

//    return sizeof (GetWDTRes_T);
//}


///*---------------------------------------
//* SetBMCGlobalEnables
//*---------------------------------------*/
//int
//SetBMCGlobalEnables ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//    uint8_t GblEnblByte = *pReq;
//    BMCInfo_t *pBMCInfo = &g_BMCInfo[BMCInst];
//    MsgPkt_T MsgPkt;

//    _fmemset (&MsgPkt, 0, sizeof (MsgPkt_T));

//    /* Check For the reserved bit 4 */
//    if ( GblEnblByte & BIT4)
//      {
//         *pRes = CC_INV_DATA_FIELD;
//          return sizeof (*pRes);
//      }

//    OS_THREAD_MUTEX_ACQUIRE(&pBMCInfo->BMCMsgMutex,WAIT_INFINITE);
//    if (((BMC_GET_SHARED_MEM (BMCInst)->GlobalEnables ^ GblEnblByte)) & 0x20) 
//    {
//        /* OEM 0 puts us in ICTS compatibility mode for IPMIv2,
//         * Send a message to lan process so it can change behavior
//         */
//        MsgPkt.Channel    = GetLANChannel(0, BMCInst);
//        MsgPkt.Param      = LAN_ICTS_MODE;
//        MsgPkt.Privilege  = PRIV_LOCAL;
//        if (GblEnblByte & 0x20)
//            MsgPkt.Cmd = 1;
//        else
//            MsgPkt.Cmd = 0;
//        PostMsg(&MsgPkt,LAN_IFC_Q,BMCInst);
//    }

//    BMC_GET_SHARED_MEM (BMCInst)->GlobalEnables = GblEnblByte;
//    *pRes = CC_NORMAL;
//    OS_THREAD_MUTEX_RELEASE(&pBMCInfo->BMCMsgMutex);

//    return sizeof (*pRes);
//}


///*---------------------------------------
//* GetBMCGlobalEnables
//*---------------------------------------*/
//int
//GetBMCGlobalEnables ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//      GetBMCGblEnblRes_T* pGetBMCGblEnblRes = ( GetBMCGblEnblRes_T*)pRes;
//    BMCInfo_t *pBMCInfo = &g_BMCInfo[BMCInst];

//    OS_THREAD_MUTEX_ACQUIRE(&pBMCInfo->BMCMsgMutex,WAIT_INFINITE);
//    pGetBMCGblEnblRes->CompletionCode = CC_NORMAL;
//    pGetBMCGblEnblRes->BMCGblEnblByte = BMC_GET_SHARED_MEM (BMCInst)->GlobalEnables;
//    OS_THREAD_MUTEX_RELEASE(&pBMCInfo->BMCMsgMutex);

//    return sizeof (GetBMCGblEnblRes_T);
//}


///*---------------------------------------
//* ClrMsgFlags
//*---------------------------------------*/
//int
//ClrMsgFlags ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//     ClearMsgsFlagReq_T* pClearMsgsFlagReq = ( ClearMsgsFlagReq_T*)pReq;
//    uint8_t *kcsifcnum;
//#if GET_MSG_FLAGS != UNIMPLEMENTED
//    GetMsgFlagsRes_T   GetMsgFlagsRes;
//#endif
//     BMCInfo_t* pBMCInfo = &g_BMCInfo[BMCInst];

//    //Check for Reserved bits
//    if(pClearMsgsFlagReq->Flag & (BIT4 | BIT2))
//    {
//        *pRes = CC_INV_DATA_FIELD;
//        return sizeof(*pRes);
//    }

//    OS_THREAD_TLS_GET(g_tls.CurKCSIfcNum,kcsifcnum);
//    OS_THREAD_MUTEX_ACQUIRE(&pBMCInfo->BMCMsgMutex,WAIT_INFINITE);
//    /* Flush Receive Message Queue */
//    if (0 != (pClearMsgsFlagReq->Flag & 0x01))
//    {
//        while (0 == GetMsg (&m_MsgPkt, &g_RcvMsgQ[*kcsifcnum][0], WAIT_NONE,BMCInst))
//        {
//            BMC_GET_SHARED_MEM (BMCInst)->NumRcvMsg[*kcsifcnum]--;
//        }

//        BMC_GET_SHARED_MEM (BMCInst)->MsgFlags &= ~0x01; /* Clear the flag */
//    }

//    /* Flush Event Message Buffer */
//    if (0 != (pClearMsgsFlagReq->Flag & 0x02))
//    {
//        OS_THREAD_MUTEX_ACQUIRE(&pBMCInfo->EventMutex,WAIT_INFINITE);
//        while (0 == GetMsg (&m_MsgPkt, EVT_MSG_Q, WAIT_NONE,BMCInst))
//        {
//            BMC_GET_SHARED_MEM (BMCInst)->NumEvtMsg--;
//        }
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->EventMutex);
//        BMC_GET_SHARED_MEM (BMCInst)->MsgFlags &= ~0x02; /* Clear the flag */
//    }

//    /* Clear WatchdogTimer Interrupt*/
//    if (0 != (pClearMsgsFlagReq->Flag & 0x08))
//    {
//        /* Clear the  pre-timeout interupt flag */
//        pBMCInfo->WDTConfig.PreTimeoutActionTaken = 0x00;
//        BMC_GET_SHARED_MEM (BMCInst)->MsgFlags &= ~0x08; /* Clear the flag */
//	if(g_corefeatures.wdt_flush_support == ENABLED )
//    	{
//            FlushIPMI((uint8_t*)&pBMCInfo->WDTConfig,(uint8_t*)&pBMCInfo->WDTConfig,pBMCInfo->IPMIConfLoc.WDTDATAddr,
//                           sizeof(WDTConfig_T),BMCInst);
//       }

//    }

//#if GET_MSG_FLAGS != UNIMPLEMENTED
//    // Clear SMS_ATN bit if and only if the Get Message Flag return 0 in byte 2.
//    GetMsgFlags (NULL, 0, (uint8_t *)&GetMsgFlagsRes,BMCInst);
//    TDBG("GetMsgFlagsRes.CompletionCode : %X, GetMsgFlagsRes.MsgFlags : %X\n",
//            GetMsgFlagsRes.CompletionCode, GetMsgFlagsRes.MsgFlags);
//    if (GetMsgFlagsRes.CompletionCode == CC_NORMAL && GetMsgFlagsRes.MsgFlags == 0)
//#else
//    if((BMC_GET_SHARED_MEM(BMCInst)->MsgFlags & BIT3_BIT0_MASK) == 0)
//#endif
//    {
//        /* Clear the SMS_ATN bit */
//        if (pBMCInfo->IpmiConfig.KCS1IfcSupport == 1)
//        {
//            CLEAR_SMS_ATN (0, BMCInst);
//        }
//        if (pBMCInfo->IpmiConfig.KCS2IfcSupport == 1)
//        {
//            CLEAR_SMS_ATN (1, BMCInst);
//        }
//        if (pBMCInfo->IpmiConfig.KCS3IfcSuppport == 1)
//        {
//            CLEAR_SMS_ATN (2, BMCInst);
//        }
//    }

//    *pRes = CC_NORMAL;
//    OS_THREAD_MUTEX_RELEASE(&pBMCInfo->BMCMsgMutex);

//    return sizeof (*pRes);
//}


// /*---------------------------------------
// GetMsgFlags
// ---------------------------------------*/
// int
// GetMsgFlags ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
// {
//     GetMsgFlagsRes_T*   pGetMsgFlagsRes = ( GetMsgFlagsRes_T*)pRes;
//     uint8_t *kcsifcnum;

//    /* get the message flags */
//    pGetMsgFlagsRes->MsgFlags = BMC_GET_SHARED_MEM (BMCInst)->MsgFlags;

//    if (BMC_GET_SHARED_MEM (BMCInst)->NumEvtMsg >= EVT_MSG_BUF_SIZE)
//    {
//        /* If Event MessageBuffer is Full set the BIT */
//        pGetMsgFlagsRes->MsgFlags |= 0x02;
//    }
//    else
//    {
//        /* else reset the Flag */
//        pGetMsgFlagsRes->MsgFlags &= ~0x02;
//    }

//    if(kcsifcnum != NULL && 0 != BMC_GET_SHARED_MEM (BMCInst)->NumRcvMsg[*kcsifcnum])
//    {
//        /* if any Message in ReceiveMsgQ set the Flag */
//        pGetMsgFlagsRes->MsgFlags |= 0x01;
//    }
//    else
//    {
//        /* else reset the Flag */
//        pGetMsgFlagsRes->MsgFlags &= ~0x01;
//    }

//    /* get the  Pre-Timeout Bits Value & Set it to Response Data */
//    //PRETIMEOUT BIT is 3rd bit so changed accordingly
//    pGetMsgFlagsRes->MsgFlags |= (pBMCInfo->WDTConfig.PreTimeoutActionTaken & 0x08);

//    /* Update the Message flags in shared Mem */
//    BMC_GET_SHARED_MEM (BMCInst)->MsgFlags |=  pGetMsgFlagsRes->MsgFlags;
//    pGetMsgFlagsRes->CompletionCode = CC_NORMAL;

//    return sizeof (GetMsgFlagsRes_T);
// }


///*---------------------------------------
//* EnblMsgChannelRcv
//*---------------------------------------*/
//int
//EnblMsgChannelRcv ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//      EnblMsgChRcvReq_T*  pEnblMsgChRcvReq = ( EnblMsgChRcvReq_T*)pReq;
//      EnblMsgChRcvRes_T*  pEnblMsgChRcvRes = ( EnblMsgChRcvRes_T*)pRes;
//       ChannelInfo_T*      pChannelInfo;
//    BMCInfo_t *pBMCInfo = &g_BMCInfo[BMCInst];

//    //Check for Reserved bits
//    if(pEnblMsgChRcvReq->ChannelNum & (BIT7 | BIT6 | BIT5 | BIT4))
//    {
//        pEnblMsgChRcvRes->CompletionCode = CC_INV_DATA_FIELD;
//        return sizeof(*pRes);
//    }

//    OS_THREAD_MUTEX_ACQUIRE(&pBMCInfo->ChUserMutex,WAIT_INFINITE);
//    pChannelInfo = getChannelInfo (pEnblMsgChRcvReq->ChannelNum & 0x0F, BMCInst);

//    TDBG ("ENBL_MSG_CH_RCV: processing..\n");

//    if (NULL == pChannelInfo)
//    {
//        pEnblMsgChRcvRes->CompletionCode = CC_INV_DATA_FIELD;
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//        return sizeof (*pRes);
//    }

//    switch (pEnblMsgChRcvReq->ChannelState)
//    {
//        case 0:
//            /* disable Receive Message Queue for this Channel */
//            pChannelInfo->ReceiveMsgQ = 0x0;
//            break;

//        case 1:
//            /*enable Recevive Message Queue for this Channel */
//            pChannelInfo->ReceiveMsgQ = 0x1;
//            break;

//        case 2:
//            /*get Channel State */
//            pEnblMsgChRcvRes->ChannelState = pChannelInfo->ReceiveMsgQ;
//            break;

//        default:
//            pEnblMsgChRcvRes->CompletionCode = CC_INV_DATA_FIELD;
//            OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//            return sizeof (*pRes);
//    }

//    pEnblMsgChRcvRes->CompletionCode = CC_NORMAL;

//    /*get Channel Number */
//    pEnblMsgChRcvRes->ChannelNum = pEnblMsgChRcvReq->ChannelNum & 0x0F;

//    pEnblMsgChRcvRes->ChannelState = pChannelInfo->ReceiveMsgQ;
//    OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);

//    return sizeof (EnblMsgChRcvRes_T);
//}


/*---------------------------------------
* GetMessage
*---------------------------------------*/
int
GetMessage ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
{
    GetMsgRes_T*    pGetMsgRes = ( GetMsgRes_T*)pRes;      
    uint8_t         Index = 0,*kcsifcnum;
#if GET_MSG_FLAGS != UNIMPLEMENTED
   GetMsgFlagsRes_T   GetMsgFlagsRes;
#endif
   printf("GetMessage!\n");

//    if (0 != GetMsg (&m_MsgPkt, &g_RcvMsgQ[*kcsifcnum][0], WAIT_NONE))
//    {
//        /* if Queue is Empty */
//        pGetMsgRes->CompletionCode = CC_GET_MSG_QUEUE_EMPTY;
//        return  sizeof (*pRes);
//    }

// #if GET_MSG_FLAGS != UNIMPLEMENTED
//    // Clear SMS_ATN bit if and only if the Get Message Flag return 0 in byte 2.
//    GetMsgFlags (NULL, 0, (uint8_t *)&GetMsgFlagsRes,BMCInst);
//    TDBG("GetMsgFlagsRes.CompletionCode : %X, GetMsgFlagsRes.MsgFlags : %X\n",
//            GetMsgFlagsRes.CompletionCode, GetMsgFlagsRes.MsgFlags);
//    if (GetMsgFlagsRes.CompletionCode == CC_NORMAL && GetMsgFlagsRes.MsgFlags == 0)
// #else
//    if (0 == BMC_GET_SHARED_MEM (BMCInst)->NumRcvMsg[*kcsifcnum])
// #endif
//    {
//        /* Clear the SMS_ATN bit */
//        CLEAR_SMS_ATN (*kcsifcnum,BMCInst);
//    }

//    /* Completion Code  */
//    pGetMsgRes->CompletionCode  = CC_NORMAL;
//    /* Channel number and privilege level */
//    pGetMsgRes->ChannelNum      = m_MsgPkt.Channel;

//    Index = sizeof (GetMsgRes_T);

//    /* First byte should be session handle */
//    if(pBMCInfo->IpmiConfig.SecondaryIPMBSupport == 0x01)
//    {
//        if ((PRIMARY_IPMB_CHANNEL != m_MsgPkt.Channel) && (pBMCInfo->SecondaryIPMBCh != m_MsgPkt.Channel))
//        {
//            pGetMsgRes->ChannelNum |= m_MsgPkt.Privilege << 0x04;
//            pRes [Index++] = m_MsgPkt.Param;
//        }
//    }
//    else
//    {
//        if(PRIMARY_IPMB_CHANNEL != m_MsgPkt.Channel)
//        {
//                pGetMsgRes->ChannelNum |= m_MsgPkt.Privilege << 0x04;
//                pRes [Index++] = m_MsgPkt.Param;
//        }
//    }

//    /* copy the Message data    */
//    _fmemcpy (( uint8_t*)&pRes[Index], &m_MsgPkt.Data[1], m_MsgPkt.Size-1);

//    IPMI_DBG_PRINT ("GetMsg: Sending the following data through requested channel\n");
//    IPMI_DBG_PRINT_BUF (pRes, m_MsgPkt.Size + Index);
//    OS_THREAD_MUTEX_RELEASE(&pBMCInfo->BMCMsgMutex);

//   return  ((m_MsgPkt.Size-1)+ Index);      /*+ 2 for completion code & channel No. */
   return 1;
}


/*---------------------------------------
* SendMessage
*---------------------------------------*/
int
SendMessage ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
{
    SendMsgReq_T* pSendMsgReq = ( SendMsgReq_T*)pReq;
    SendMsgRes_T* pSendMsgRes = ( SendMsgRes_T*)pRes;
    IPMIMsgHdr_T* pIPMIMsgHdr;
    int Queuefd = 0;
   uint8_t         Tracking;
   uint8_t         Channel=0,resaddr=0;
   uint8_t         ResLen = 1;
   uint8_t         RetVal = 0;
   uint8_t         Offset = 1;
   uint8_t         SeqNum = g_BMCInfo.SendMsgSeqNum;
   uint8_t         PBTbl = PRIMARY_PB_TBL;
   uint8_t         SrcSessionHndl = 0;
   ChannelInfo_T*      pChannelInfo;
   MsgPkt_T ResPkt;
    SessionInfo_T* pSessionInfo = NULL;
   uint32_t *CurSesID;
   uint8_t *curprivlevel,*curchannel,*kcsifcnum;

   *pRes = CC_NORMAL;
   if (ReqLen < 1)
   {
       *pRes = CC_REQ_INV_LEN;
       return  sizeof (*pRes);
   }

   if(pSendMsgReq->ChNoTrackReq == 0xC0)
   {
       *pRes = CC_INV_DATA_FIELD;
       return sizeof (*pRes);
   }

   /* Get the channel number */
   Channel = pSendMsgReq->ChNoTrackReq & 0x0F;

   /* Get Tracking field */
   Tracking = pSendMsgReq->ChNoTrackReq >> 6;

   if (Tracking == RESERVED_BITS_SENDMS)
   {
       *pRes = CC_INV_DATA_FIELD;
       return sizeof (*pRes);
   }

   CurSesID = pthread_getspecific(g_tls.CurSessionID);       
   curchannel = pthread_getspecific(g_tls.CurChannel);       
   kcsifcnum = pthread_getspecific(g_tls.CurKCSIfcNum);       
  
    m_MsgPkt.Param    = BRIDGING_REQUEST;
    m_MsgPkt.Channel  = Channel;
    m_MsgPkt.Size     = ReqLen - 1; /* -1 to skip channel num */


    /* Copy the message data */
    memcpy (m_MsgPkt.Data, &pReq[1], m_MsgPkt.Size);
    /* Copy the IPMI Message header */
    pIPMIMsgHdr =  ( IPMIMsgHdr_T*)&m_MsgPkt.Data[Offset - 1];
    if(ValidateIPMBChksum1(( uint8_t*)pIPMIMsgHdr) == FALSE)
    {
       *pRes = CC_INV_DATA_FIELD;
       printf("Invalid checksum1\n");
       return  sizeof (*pRes);
    }

    if(m_MsgPkt.Data[ReqLen - 2] != CalculateCheckSum2 (( uint8_t*)pIPMIMsgHdr, ReqLen - Offset - 1))
    {
       *pRes = CC_INV_DATA_FIELD;
       return  sizeof (*pRes);
    }

#if 0
	int z;
	printf("m_MsgPkt: ");
   	for(z = 0; z < m_MsgPkt.Size;z++)
   		printf("%02x ", m_MsgPkt.Data[z]);
   	printf("\n");
#endif

//    printf("---> curchannel: %d, Channel: %d\n", *curchannel, Channel);

    if((Channel == PRIMARY_IPMB_CHANNEL) && g_BMCInfo.IpmiConfig.PrimaryIPMBSupport == 1)
    {
     //printf ("SendMsg: To Primary IPMB Interface\n");
     m_MsgPkt.SrcQ 	= gFd_PrimaryIpmbIfcQ;
    }
    else if(( Channel == SECONDARY_IPMB_CHANNEL) && (g_BMCInfo.IpmiConfig.SecondaryIPMBSupport == 1))
    {
     //printf ("SendMsg: To Secondary IPMB Interface\n");
     m_MsgPkt.SrcQ = gFd_SecondaryIpmbIfcQ;
    }
    else
    {
     printf ("SendMsg: Invalid Channel\n");
     *pRes = CC_DEST_UNAVAILABLE;
     return sizeof (*pRes);
    }

    if (1 == Tracking)
    {       
        ResLen = 0;
        //printf("---> Tracking, curchannel %d, ", *curchannel);
       /* Tracking is not required if originator is System ifc */
       if (SYS_IFC_CHANNEL == (*curchannel & 0xF))
       {
           *pRes = CC_INV_DATA_FIELD;
           return sizeof (*pRes);
       }

        if(*curchannel == LAN_RMCP_CHANNEL)
        {
          pSessionInfo = getSessionInfo (SESSION_ID_INFO,  CurSesID);
          //printf("SendMEssage/CurSesID %#x, SessionHandle %#x\n", *CurSesID, pSessionInfo->SessionHandle);
          if (NULL != pSessionInfo)
          {
              g_BMCInfo.SessionHandle = pSessionInfo->SessionHandle;
          }
          else
          {
              printf("Error: Not get valid session!\n");
              *pRes = CC_UNSPECIFIED_ERR;
              return sizeof(*pRes);
          }
        }
 
       PBTbl = (Channel == SECONDARY_IPMB_CHANNEL) ? SECONDARY_PB_TBL : PRIMARY_PB_TBL ;
       //printf("PBTbl %d, g_BMCInfo.SendMsgSeqNum %d, ", PBTbl, g_BMCInfo.SendMsgSeqNum);
       /* Store in the table for response tracking */
       while(TRUE)
       {
           if (FALSE == m_PendingBridgedResTbl[PBTbl][SeqNum].Used)
           {
               m_PendingBridgedResTbl[PBTbl][SeqNum].TimeOut = g_BMCInfo.IpmiConfig.SendMsgTimeout;
               m_PendingBridgedResTbl[PBTbl][SeqNum].ChannelNum = (*curchannel & 0xF);
               m_PendingBridgedResTbl[PBTbl][SeqNum].OriginSrc  = ORIGIN_SENDMSG;
               g_BMCInfo.SendMsgSeqNum = SeqNum;
               
               if (1 != Offset)
               {
                  //TODO:这个貌似没用到？
                   m_PendingBridgedResTbl[PBTbl][SeqNum].DstSessionHandle = pReq[Offset]; /* Session handle */
               }

               m_PendingBridgedResTbl[PBTbl][SeqNum].SrcSessionHandle = pSessionInfo->SessionHandle;//  SrcSessionHndl;
               
               memcpy (&m_PendingBridgedResTbl[PBTbl][SeqNum].ReqMsgHdr, pIPMIMsgHdr, sizeof (IPMIMsgHdr_T));

               /* Format the IPMI Msg Hdr */
               if(Channel == PRIMARY_IPMB_CHANNEL)  
               {
                   pIPMIMsgHdr->ReqAddr = g_BMCInfo.PrimaryIPMBAddr;
               }
               else if(Channel == SECONDARY_IPMB_CHANNEL)
               {
                   pIPMIMsgHdr->ReqAddr =  g_BMCInfo.SecondaryIPMBAddr;
               }
               else
               {
                   printf("Invalid channel %d\n", Channel);//pIPMIMsgHdr->ReqAddr = pBMCInfo->IpmiConfig.BMCSlaveAddr;
               }

               pIPMIMsgHdr->RqSeqLUN = (g_BMCInfo.SendMsgSeqNum << 2) & 0xFC; /* Seq Num and LUN =00 */

               /* Recalculate the checksum */
               m_MsgPkt.Data[ReqLen - 2] = CalculateCheckSum2 (( uint8_t*)pIPMIMsgHdr, ReqLen - Offset - 1);
               if((*curchannel & 0xF) == LAN_RMCP_CHANNEL)
               {                 
                   m_PendingBridgedResTbl[PBTbl][SeqNum].DestQ = gFd_LanIfcQ;
                   
               }         
               else if((*curchannel & 0xF) == UDS_CHANNEL)
               {
                  m_PendingBridgedResTbl[PBTbl][SeqNum].DestQ = gFdUdsIfc;
               }         
               else
               {
                  printf("Not support channel! %d\n", *curchannel);
                  *pRes = CC_PARAM_OUT_OF_RANGE;
                  return 1;
               }
               m_PendingBridgedResTbl[PBTbl][SeqNum].Used = TRUE;
               m_PendingBridgedResTbl[PBTbl][SeqNum].SeqNum = SeqNum;
               m_PendingBridgedResTbl[PBTbl][SeqNum].ResDataOk = 0;
               //printf( "SendMessage SeqNum %d, ", SeqNum);
              //memcpy (&m_PendingBridgedResTbl[PBTbl][SeqNum].ResMsgHdr, pRes->Data, sizeof (IPMIMsgHdr_T));


               break;
           }
           else
           {
               SeqNum = (SeqNum + 1) & 0x3F;

               if (SeqNum == g_BMCInfo.SendMsgSeqNum)   //转了一圈，没有空闲的SeqNum可用。
               {
                   /* If not been added to the Pending Bridge table, an error should be reported back.
                   If not, for internal channel, the thread calling it may end up waiting! */
                   *pRes = CC_NODE_BUSY;
                   return  sizeof (*pRes);
               }
            }
       }
    }
    else
    {
      pSendMsgRes->CompletionCode = 0xff;
      return 1;
    }

    // printf ("SendMsgCmd:Posting to interface ");
    // int y;
    // for(y=0;y<m_MsgPkt.Size;y++)
    // 		printf("%#x ", m_MsgPkt.Data[y]);
    // 	printf("\n");

    m_MsgPkt.Cmd = PAYLOAD_IPMI_MSG;
    /* Post the message to interface */
    if (0 != PostMsg (m_MsgPkt.SrcQ, &m_MsgPkt))
    {
       printf ("Warning: SendMsg Failed to post message to interface queue\n");
    }

    pSendMsgRes->CompletionCode = CC_NORMAL;
   
    return ResLen;
}


///*---------------------------------------
//* ReadEvtMsgBuffer
//*---------------------------------------*/
//int
//ReadEvtMsgBuffer ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//      ReadEvtMsgBufRes_T* pReadEvtMsgBufRes = ( ReadEvtMsgBufRes_T*)pRes;
//#if GET_MSG_FLAGS != UNIMPLEMENTED
//    GetMsgFlagsRes_T   GetMsgFlagsRes;
//#endif
//     BMCInfo_t* pBMCInfo = &g_BMCInfo[BMCInst];

//    OS_THREAD_MUTEX_ACQUIRE(&pBMCInfo->BMCMsgMutex,WAIT_INFINITE);
//    OS_THREAD_MUTEX_ACQUIRE(&pBMCInfo->EventMutex,WAIT_INFINITE);
//    if (-2 == GetMsg(&m_MsgPkt, EVT_MSG_Q, WAIT_NONE, BMCInst))
//    {
//        /*If queue is empty */
//        pReadEvtMsgBufRes->CompletionCode = CC_EVT_MSG_QUEUE_EMPTY;/* Queue is empty    */
//		OS_THREAD_MUTEX_RELEASE(&pBMCInfo->EventMutex);
//		OS_THREAD_MUTEX_RELEASE(&pBMCInfo->BMCMsgMutex);
//        return  sizeof (*pRes);
//    }

//    if (BMC_GET_SHARED_MEM (BMCInst)->NumEvtMsg == 0) 
//    { 
//        pReadEvtMsgBufRes->CompletionCode = CC_EVT_MSG_QUEUE_EMPTY; 
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->EventMutex);
//		OS_THREAD_MUTEX_RELEASE(&pBMCInfo->BMCMsgMutex);
//        return  sizeof (*pRes); 
//    }

//    BMC_GET_SHARED_MEM (BMCInst)->NumEvtMsg--;
//    OS_THREAD_MUTEX_RELEASE(&pBMCInfo->EventMutex);

//#if GET_MSG_FLAGS != UNIMPLEMENTED
//    // Clear SMS_ATN bit if and only if the Get Message Flag return 0 in byte 2.
//    GetMsgFlags (NULL, 0, (uint8_t *)&GetMsgFlagsRes,BMCInst);
//    TDBG("GetMsgFlagsRes.CompletionCode : %X, GetMsgFlagsRes.MsgFlags : %X\n",
//            GetMsgFlagsRes.CompletionCode, GetMsgFlagsRes.MsgFlags);
//    if (GetMsgFlagsRes.CompletionCode == CC_NORMAL && GetMsgFlagsRes.MsgFlags == 0)
//#else
//    if (0 == BMC_GET_SHARED_MEM (BMCInst)->NumEvtMsg)
//#endif
//    {
//        /* if there is no messssage in buffer reset SMS/EVT ATN bit */
//        //       CLEAR_SMS_ATN ();
//        if (pBMCInfo->IpmiConfig.KCS1IfcSupport == 1)
//        {
//            CLEAR_SMS_ATN (0, BMCInst);
//        }
//        if (pBMCInfo->IpmiConfig.KCS2IfcSupport == 1)
//        {
//            CLEAR_SMS_ATN (1, BMCInst);
//        }
//        if (pBMCInfo->IpmiConfig.KCS3IfcSuppport == 1)
//        {
//            CLEAR_SMS_ATN (2, BMCInst);
//        }
//    }

//    /* clear EventMessageBuffer full flag */
//    BMC_GET_SHARED_MEM (BMCInst)->MsgFlags &= ~0x02;

//    pReadEvtMsgBufRes->CompletionCode = CC_NORMAL; /* Completion Code   */

//    /* copy the Message data */
//    _fmemcpy (pReadEvtMsgBufRes->ResData, m_MsgPkt.Data, m_MsgPkt.Size);
//    OS_THREAD_MUTEX_RELEASE(&pBMCInfo->BMCMsgMutex);

//    return sizeof (ReadEvtMsgBufRes_T);
//}


///*---------------------------------------
//* GetBTIfcCap
//*---------------------------------------*/
//int
//GetBTIfcCap ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//      GetBTIfcCapRes_T* pGetBTIfcCapRes = ( GetBTIfcCapRes_T*)pRes;

//    pGetBTIfcCapRes->CompletionCode     = CC_NORMAL;
//    pGetBTIfcCapRes->NumReqSupported    = 2;
//    pGetBTIfcCapRes->InputBufSize       = MAX_BT_PKT_LEN;
//    pGetBTIfcCapRes->OutputBufSize      = MAX_BT_PKT_LEN;
//    pGetBTIfcCapRes->RespTime           = 1;
//    pGetBTIfcCapRes->Retries            = 0;

//    return sizeof (GetBTIfcCapRes_T);
//}


///*---------------------------------------
//* GetSystemGUID
//*---------------------------------------*/
//int
//GetSystemGUID ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//     GetSysGUIDRes_T* pGetSysGUIDRes = ( GetSysGUIDRes_T*)pRes;

//    pGetSysGUIDRes->CompletionCode  = CC_NORMAL;
//    LOCK_BMC_SHARED_MEM (BMCInst);
//    _fmemcpy (&pGetSysGUIDRes->Node, BMC_GET_SHARED_MEM (BMCInst)->SystemGUID, 16);
//    UNLOCK_BMC_SHARED_MEM (BMCInst);

//    return sizeof (GetSysGUIDRes_T);
//}


#define SUPPORT_IPMI20  0x02
#define SUPPORT_IPMI15  0x01
/*---------------------------------------
* GetChAuthCap
*---------------------------------------*/
int
GetChAuthCap ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
{
	//TODO: dummy data
//    GetChAuthCapReq_T*   pGetChAuthCapReq = ( GetChAuthCapReq_T*)pReq;
    GetChAuthCapRes_T*   pGetChAuthCapRes = ( GetChAuthCapRes_T*)pRes;

	pGetChAuthCapRes->CompletionCode	=	CC_NORMAL;
	pGetChAuthCapRes->ChannelNum		=	LAN_RMCP_CHANNEL;
	pGetChAuthCapRes->AuthType			=	0x36;
	pGetChAuthCapRes->PerMsgUserAuthLoginStatus	=	0x04;
	pGetChAuthCapRes->ExtCap			=	0;
	pGetChAuthCapRes->OEMID[0]			=	0;
	pGetChAuthCapRes->OEMID[1]			=	0;
	pGetChAuthCapRes->OEMID[2]			=	0;
	pGetChAuthCapRes->OEMAuxData		=	0;
	
    return sizeof (GetChAuthCapRes_T);
}


/*---------------------------------------
* GetSessionChallenge
* Create session in this function
*---------------------------------------*/
int
GetSessionChallenge ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
{
	GetSesChallengeReq_T* pGetSesChalReq = ( GetSesChallengeReq_T*)pReq;
	GetSesChallengeRes_T* pGetSesChalRes = ( GetSesChallengeRes_T*)pRes;
  uint8_t                 Index;
  uint8_t                 ChallengeString[CHALLENGE_STR_LEN];
	UserInfo_T			*pUserInfo;
  uint32_t                TempSessId;
  SessionInfo_T         SessionInfo;
  uint8_t         *curchannel;
  uint32_t        TempRandom;

	if(pGetSesChalReq->UserName[0] == 0)
	{
		pGetSesChalRes->CompletionCode = 0x82;
        return sizeof (*pRes);
	}
	
	g_BMCInfo.pUserInfo = NULL;
	pUserInfo = getUserNameInfo(pGetSesChalReq->UserName);
	if((pUserInfo == NULL) || (TRUE != pUserInfo->UserStatus))
	{
		pGetSesChalRes->CompletionCode = 0x81;
        return sizeof (*pRes);
	}

  curchannel = pthread_getspecific(g_tls.CurChannel);   

  do
  {
      /*generate 32 bit temp session Id*/
      TempSessId = stm32_generate_random32bit();
  } while ((NULL != getSessionInfo (SESSION_ID_INFO, &TempSessId)) || (0 == TempSessId));

  SessionInfo.UserId       = (uint8_t)pUserInfo->UserId;
  /*Activated in ActivateSession Command*/
  SessionInfo.Activated    = FALSE;
  SessionInfo.AuthType     = pGetSesChalReq->AuthType;
  SessionInfo.Channel      = *curchannel & 0xF;
  SessionInfo.SessionID    = TempSessId;
	SessionInfo.TimeOutValue = g_BMCInfo.IpmiConfig.SessionTimeOut; 

  if(GetNumOfUsedSessions() >= g_BMCInfo.IpmiConfig.MaxSession)
  {
      CleanSession();
  }
  /* Add Session information in Table */
  AddSession (&SessionInfo);


	g_BMCInfo.pUserInfo = pUserInfo;
	
	pGetSesChalRes->CompletionCode = CC_NORMAL;
  pGetSesChalRes->TempSessionID  = TempSessId;

	/* generate Randam Challenge String */
  for(Index=0;Index < CHALLENGE_STR_LEN;Index+=4)
  {
      TempRandom = stm32_generate_random32bit();
//      printf("TempRandom: %#lx\n", TempRandom);
      ChallengeString[Index] = TempRandom&0xff;
      ChallengeString[Index+1] = TempRandom>>8;
      ChallengeString[Index+2] = TempRandom>>16;
      ChallengeString[Index+3] = TempRandom>>24;
  }
  memcpy(pGetSesChalRes->ChallengeString, ChallengeString, CHALLENGE_STR_LEN);

  return sizeof (GetSesChallengeRes_T);
}

/*---------------------------------------
* ActivateSession
*---------------------------------------*/
int
ActivateSession ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
{
	//TODO: dummy data
	ActivateSesReq_T*   pAcvtSesReq = ( ActivateSesReq_T*)pReq;
	ActivateSesRes_T*   pAcvtSesRes = ( ActivateSesRes_T*)pRes;
  uint32_t *CurSesID,*curchannel;
  SessionInfo_T*      pSessInfo;

    /* Initial Outbound Sequence Number cannot be null */  
    if (pAcvtSesReq->OutboundSeq == 0)  
    {  
        pAcvtSesRes->CompletionCode = CC_ACTIVATE_SESS_SEQ_OUT_OF_RANGE;  
        return sizeof(*pRes);  
    }

    CurSesID = pthread_getspecific(g_tls.CurSessionID);  
    curchannel = pthread_getspecific(g_tls.CurChannel);  
    
    pSessInfo = getSessionInfo (SESSION_ID_INFO, CurSesID);
    if(pSessInfo == NULL)
    {
        pAcvtSesRes->CompletionCode = CC_ACTIVATE_SESS_INVALID_SESSION_ID;
        return sizeof (*pRes);
    }

    pSessInfo->Activated    = TRUE;
    pSessInfo->Channel      = (*curchannel & 0xF);
    /* set the Max Privilege allowed for the Session*/
    pSessInfo->MaxPrivilege = pAcvtSesReq->Privilege;
    /* set the Out bound sequensce Number */
    pSessInfo->OutboundSeq  = (pAcvtSesReq->OutboundSeq);

    g_BMCInfo.SessionHandle += 1;
    pSessInfo->SessionHandle = g_BMCInfo.SessionHandle;



    pAcvtSesRes->CompletionCode = CC_NORMAL;
    pAcvtSesRes->AuthType = (pSessInfo->AuthType & 0x0F);
    pAcvtSesRes->SessionID = pSessInfo->SessionID;
    pAcvtSesRes->InboundSeq = stm32_generate_random32bit();
    pAcvtSesRes->Privilege = 0x04;

    pSessInfo->InboundRecv = 0xFF;
    pSessInfo->InboundSeq = (pAcvtSesRes->InboundSeq -1);

    return sizeof (ActivateSesRes_T);
}


/*---------------------------------------
* SetSessionPrivLevel
*---------------------------------------*/
int
SetSessionPrivLevel ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
{
	SetSesPrivLevelReq_T*   pSetSesPrivLevelReq = ( SetSesPrivLevelReq_T*)pReq;
	SetSesPrivLevelRes_T*   pSetSesPrivLevelRes = ( SetSesPrivLevelRes_T*)pRes;

    //Check for Reserved bits
    if((pSetSesPrivLevelReq->Privilege == PRIV_LEVEL_CALLBACK) || (pSetSesPrivLevelReq->Privilege > PRIV_LEVEL_PROPRIETARY))
    {
        pSetSesPrivLevelRes->CompletionCode = CC_INV_DATA_FIELD;
        return sizeof(SetSesPrivLevelRes_T);
    }
 
    /* According to the IPMI 2.0 Priv Level =1 is reserved */
    if((PRIV_USER      != pSetSesPrivLevelReq->Privilege) &&
       (PRIV_OPERATOR  != pSetSesPrivLevelReq->Privilege) &&
       (PRIV_ADMIN     != pSetSesPrivLevelReq->Privilege) &&
       (PRIV_OEM     != pSetSesPrivLevelReq->Privilege))
    {
        /*Requested Privilege exceeds ChannelPrivilege Limit */
        pSetSesPrivLevelRes->CompletionCode = CC_INV_DATA_FIELD;
         return sizeof (*pRes);
    }

    pSetSesPrivLevelRes->CompletionCode = CC_NORMAL;
    pSetSesPrivLevelRes->Privilege      = pSetSesPrivLevelReq->Privilege;

    return sizeof (SetSesPrivLevelRes_T);
}


/*---------------------------------------
* CloseSession
*---------------------------------------*/
int
CloseSession ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
{
    CloseSesReq_T*  pCloseSesReq = (CloseSesReq_T*)pReq;
	  SessionInfo_T*  pSessInfo;
    uint32_t          SessionID;

    *pRes = CC_REQ_INV_LEN;

    if ((4 != ReqLen) && (5 != ReqLen))
    {
        return sizeof (*pRes);
    }

    if (0 == pCloseSesReq->SessionID)
    {
        if (5 != ReqLen)
        {
            return sizeof (*pRes);
        }
        SessionID = (uint32_t)pCloseSesReq->SessionHandle;
        *pRes = CC_CLOSE_INVALID_SESSION_ID_HANDLE;
        pSessInfo = getSessionInfo (SESSION_HANDLE_INFO, &SessionID);
    }
    else
    {
        if (4 != ReqLen)
        {
            return sizeof (*pRes);
        }
        SessionID = pCloseSesReq->SessionID;
        *pRes = CC_CLOSE_INVALID_SESSION_ID;
        pSessInfo = getSessionInfo (SESSION_ID_INFO, &SessionID);
    }

    if ((NULL == pSessInfo) || (0 == pSessInfo->Activated))
    {
        return sizeof (*pRes);
    }

    /* The SessionInfo is deleted form session table  from interface */
    DeleteSession(pSessInfo);
    *pRes = CC_NORMAL;
    return sizeof (*pRes);
}

//#if GET_SESSION_INFO != UNIMPLEMENTED
///*---------------------------------------
//* GetSessionInfo
//*---------------------------------------*/
//int
//GetSessionInfo ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//      GetSesInfoReq_T* pGetSesInfoReq = ( GetSesInfoReq_T*)pReq;
//      GetSesInfoRes_T* pGetSesInfoRes = ( GetSesInfoRes_T*)pRes;
//     BMCInfo_t* pBMCInfo = &g_BMCInfo[BMCInst];
//    LANSesInfoRes_T     LANSesInfo;
//    LANIPv6SesInfoRes_T     LANIPv6SesInfo;
//       SessionInfo_T*   pSessInfo;
//       ChannelInfo_T*   pChannelInfo;
//       void*            SessionArg;
//    uint8_t 	     SessionArgAlign[4];
//    uint8_t            SessionArgType,EthIndex, netindex = 0xFF;
//    char    IfcName[IFNAMSIZ];
//    uint32_t *CurSesID,*curchannel;
//    int i;

//    *pRes = CC_REQ_INV_LEN;

//    switch (pGetSesInfoReq->SessionIndex)
//    {
//        case 0:
//            /* Get session information for this session */
//            if (1 != ReqLen)
//            {
//                return sizeof (*pRes);
//            }
//            SessionArgType  = SESSION_ID_INFO;
//            OS_THREAD_TLS_GET(g_tls.CurSessionID,CurSesID);
//            SessionArg      = CurSesID;
//            break;

//        case 0xFF:
//            if (5 != ReqLen)
//            {
//                return sizeof (*pRes);
//            }
//            SessionArgType  = SESSION_ID_INFO;

//            SessionArgAlign[0]      = pGetSesInfoReq->SessionHandleOrID[0];
//            SessionArgAlign[1]      = pGetSesInfoReq->SessionHandleOrID[1];
//            SessionArgAlign[2]      = pGetSesInfoReq->SessionHandleOrID[2];
//            SessionArgAlign[3]      = pGetSesInfoReq->SessionHandleOrID[3];
//            SessionArg = SessionArgAlign;
//            break;

//        case 0xFE:
//            if (2 != ReqLen)
//            {
//                return sizeof (*pRes);
//            }
//            if (pGetSesInfoReq->SessionHandleOrID[0] == 0)
//            {
//                *pRes=CC_INV_DATA_FIELD;
//                return sizeof (*pRes);
//            }
//            SessionArgType  = SESSION_HANDLE_INFO;
//            SessionArgAlign[0]      = pGetSesInfoReq->SessionHandleOrID[0];
//            SessionArgAlign[1]      = pGetSesInfoReq->SessionHandleOrID[1];
//            SessionArgAlign[2]      = pGetSesInfoReq->SessionHandleOrID[2];
//            SessionArgAlign[3]      = pGetSesInfoReq->SessionHandleOrID[3];
//            SessionArg = SessionArgAlign;
//            break;

//        default:
//            if (1 != ReqLen)
//            {
//                return sizeof (*pRes);
//            }
//            SessionArgType  = SESSION_INDEX_INFO;
//            SessionArg      = &pGetSesInfoReq->SessionIndex;
//            break;
//    }

//    OS_THREAD_MUTEX_ACQUIRE(&pBMCInfo->SessionTblMutex, WAIT_INFINITE);
//    pSessInfo = getSessionInfo (SessionArgType, SessionArg, BMCInst);
//    if (NULL == pSessInfo)
//    {
//        TDBG ("GetSessionInfo: pSessInfo is NULL\n");
//        /* if there is no active channel for the current session Index
//        * return the following bytes
//        */

//        OS_THREAD_TLS_GET(g_tls.CurChannel,curchannel);
//        pChannelInfo = getChannelInfo (*curchannel & 0xF, BMCInst);
//        if(NULL == pChannelInfo)
//        {
//            OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//            pGetSesInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//            return	sizeof (*pRes);
//        }

//        pGetSesInfoRes->CompletionCode          = CC_NORMAL;
//        pGetSesInfoRes->SessionHandle           = BMC_GET_SHARED_MEM (BMCInst)->SessionHandle;
//        pGetSesInfoRes->NumPossibleActiveSession=  pBMCInfo->IpmiConfig.MaxSession;
//        pGetSesInfoRes->NumActiveSession        = GetNumOfActiveSessions (BMCInst);

//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//        return (sizeof (GetSesInfoRes_T) - sizeof (ActiveSesInfo_T) - sizeof (SessionInfoRes_T));
//    }

//    memset (pGetSesInfoRes,0,sizeof(GetSesInfoRes_T));
//    pChannelInfo = getChannelInfo (pSessInfo->Channel, BMCInst);
//    if(NULL == pChannelInfo)
//    {
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//        pGetSesInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//        return	sizeof (*pRes);
//    }
//    pGetSesInfoRes->CompletionCode              = CC_NORMAL;
//    pGetSesInfoRes->SessionHandle               = pSessInfo->SessionHandle;
//    pGetSesInfoRes->NumPossibleActiveSession    = pBMCInfo->IpmiConfig.MaxSession;
//    pGetSesInfoRes->NumActiveSession            = GetNumOfActiveSessions (BMCInst);
//    pGetSesInfoRes->ActiveSesinfo.UserID        = pSessInfo->UserId & 0x3F;
//    pGetSesInfoRes->ActiveSesinfo.Privilege     = pSessInfo->Privilege & 0x0F;
//    /* Set protocol bit as per Auth Type, bit4 must be 1 for IPMIv2.0 RMCP, 0 for IPMIv1.5 */
//    if( AUTHTYPE_RMCP_PLUS_FORMAT == pSessInfo->AuthType )
//    {
//        pGetSesInfoRes->ActiveSesinfo.ChannelNum    = (pSessInfo->Channel & 0x0F) | 0x10;
//    }else
//    {
//        pGetSesInfoRes->ActiveSesinfo.ChannelNum    = pSessInfo->Channel & 0x0F;
//    }
//    EthIndex= GetEthIndex(pSessInfo->Channel & 0x0F, BMCInst);
//    if(0xff == EthIndex)
//    {
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//       *pRes = CC_INV_DATA_FIELD;
//       DeleteSession (pSessInfo,BMCInst);
//       return sizeof (uint8_t);
//    }
//    memset(IfcName,0,sizeof(IfcName));
//    /*Get the EthIndex*/
//    if(GetIfcName(EthIndex,IfcName, BMCInst) == -1)
//    {
//       TCRIT("Error in Getting Ifc name\n");
//       OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//       *pRes = CC_INV_DATA_FIELD;
//       return sizeof (uint8_t);
//    }

//    for(i=0;i<sizeof(Ifcnametable)/sizeof(IfcName_T);i++)
//    {
//       if(strcmp(Ifcnametable[i].Ifcname,IfcName) == 0)
//       {
//           netindex= Ifcnametable[i].Index;
//           break;
//       }
//    }

//    if(netindex == 0xFF)
//    {
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//       *pRes = CC_INV_DATA_FIELD;
//       return sizeof (uint8_t);
//    }
//    if (IsLANChannel( pSessInfo->Channel, BMCInst))
//    {
//        if(g_corefeatures.global_ipv6  == ENABLED)
//        {
//            if(GetIPAdrressType(&pSessInfo->LANRMCPPkt.IPHdr.Srcv6Addr[0])==4) 
//            {
//                memset(&LANSesInfo,0,sizeof(LANSesInfo));
//                /* IP Address */
//                _fmemcpy (&(LANSesInfo.IPAddress),
//                                    &pSessInfo->LANRMCPPkt.IPHdr.Srcv6Addr[sizeof(struct in6_addr)-sizeof(struct in_addr)],
//                                    sizeof(struct in_addr));
//                /* MAC Address */
//                if(pSessInfo->LANRMCPPkt.MACHdr.DestAddr[0] == 0)
//                nwGetSrcCacheMacAddr((uint8_t*)&pSessInfo->LANRMCPPkt.IPHdr.Srcv6Addr[12],
//                                                        netindex, pSessInfo->LANRMCPPkt.MACHdr.DestAddr);

//                _fmemcpy(LANSesInfo.MACAddress, pSessInfo->LANRMCPPkt.MACHdr.DestAddr, MAC_ADDR_LEN);
//                /* Port number */
//                LANSesInfo.PortNumber = pSessInfo->LANRMCPPkt.UDPHdr.SrcPort;

//                _fmemcpy ((pRes+sizeof (GetSesInfoRes_T) - sizeof (SessionInfoRes_T)),&LANSesInfo, sizeof (LANSesInfoRes_T));
//                OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//                return (sizeof (GetSesInfoRes_T) - sizeof (SessionInfoRes_T)+sizeof (LANSesInfoRes_T));
//                }
//            else
//            {
//                /* IP Address */
//                memset(&LANIPv6SesInfo,0,sizeof(LANIPv6SesInfo));
//                _fmemcpy (&(LANIPv6SesInfo.IPv6Address),
//                		pSessInfo->LANRMCPPkt.IPHdr.Srcv6Addr,
//                		sizeof(struct in6_addr));
//                /* MAC Address */
//                if(pSessInfo->LANRMCPPkt.MACHdr.DestAddr[0] == 0)
//                    nwGetSrcMacAddr_IPV6((uint8_t*)&pSessInfo->LANRMCPPkt.IPHdr.Srcv6Addr,
//                                        pSessInfo->LANRMCPPkt.MACHdr.DestAddr);

//                _fmemcpy(LANIPv6SesInfo.MACAddress, pSessInfo->LANRMCPPkt.MACHdr.DestAddr, MAC_ADDR_LEN);
//                /* Port number */
//                LANIPv6SesInfo.PortNumber = pSessInfo->LANRMCPPkt.UDPHdr.SrcPort;

//                _fmemcpy ((pRes+sizeof (GetSesInfoRes_T) - sizeof(SessionInfoRes_T)),&LANIPv6SesInfo, sizeof (LANIPv6SesInfoRes_T));
//                OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//                return (sizeof (GetSesInfoRes_T) - sizeof (SessionInfoRes_T)+sizeof (LANIPv6SesInfoRes_T));
//                }
//        }
//        else
//        {

//            /* IP Address */
//            _fmemcpy (pGetSesInfoRes->SesInfo.LANSesInfo.IPAddress,
//            		pSessInfo->LANRMCPPkt.IPHdr.Srcv4Addr,
//            		sizeof (pSessInfo->LANRMCPPkt.IPHdr.Srcv4Addr));
//            /* MAC Address */
//            if(pSessInfo->LANRMCPPkt.MACHdr.DestAddr[0] == 0)
//                nwGetSrcCacheMacAddr((uint8_t*)pSessInfo->LANRMCPPkt.IPHdr.Srcv4Addr, netindex, 
//                                pSessInfo->LANRMCPPkt.MACHdr.DestAddr);
//            _fmemcpy(pGetSesInfoRes->SesInfo.LANSesInfo.MACAddress, 
//                    pSessInfo->LANRMCPPkt.MACHdr.DestAddr, MAC_ADDR_LEN);
//            /* Port number */
//            pGetSesInfoRes->SesInfo.LANSesInfo.PortNumber = pSessInfo->LANRMCPPkt.UDPHdr.SrcPort;
//            OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//            return (sizeof (GetSesInfoRes_T) - sizeof (SessionInfoRes_T) + sizeof (LANSesInfoRes_T));
//        }
//    }
//    else if (pBMCInfo->IpmiConfig.SerialIfcSupport == 1 && pBMCInfo->SERIALch== pSessInfo->Channel)
//    {

//        pChannelInfo = getChannelInfo (pBMCInfo->SERIALch, BMCInst);
//        if(NULL == pChannelInfo)
//        {
//            pGetSesInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//            OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//            return	sizeof (*pRes);
//        }

//        pGetSesInfoRes->SesInfo.SerialSesInfo.SessionActivityType = 0;
//        pGetSesInfoRes->SesInfo.SerialSesInfo.DestinationSelector = 0;

//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//        return (sizeof (GetSesInfoRes_T) - sizeof (SessionInfoRes_T) + sizeof (SerialSesInfoRes_T));
//    }
//    else
//    {
//        pChannelInfo = getChannelInfo(pSessInfo->Channel, BMCInst);
//        if(NULL == pChannelInfo)
//        {
//            pGetSesInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//            OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//            return sizeof (*pRes);
//        }

//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->SessionTblMutex);
//        return (sizeof (GetSesInfoRes_T) - sizeof (SessionInfoRes_T));
//    }
//}
//#endif


///**
// * @fn GetAuthCodeForTypeV15
// * @brief This function will use the encryption technique supported 
// * 			in IPMI V1.5 in order to produce Auth Code.
// * @param[in] pUserInfo - Pointer to User info structure.
// * @param[in] pGetAuthCodeReq - Pointer to the structure of request data
// * @param[out] pGetAuthCodeRes - Pointer to the resultant data.
// * @retval size of the result data.
// */
//static int
//GetAuthCodeForTypeV15 (UserInfo_T* pUserInfo,
//        GetAuthCodeReq_T* pGetAuthCodeReq,
//        GetAuthCodeRes_T* pGetAuthCodeRes )
//{
//    uint8_t   AuthCode;
//    uint8_t   InBuffer[2*IPMI15_MAX_PASSWORD_LEN + HASH_DATA_LENGTH];
//    char    UserPswd[MAX_PASSWD_LEN];
//    uint8_t   PwdEncKey[MAX_SIZE_KEY + 1] = {0};
//     BMCInfo_t* pBMCInfo = &g_BMCInfo[BMCInst];

//    memset(&(pGetAuthCodeRes->AuthCode), 0, AUTH_CODE_HASH_LEN);
//    AuthCode = pGetAuthCodeReq->AuthType & AUTH_CODE_V15_MASK;
//    if((pGetAuthCodeReq->AuthType & (BIT5 | BIT4)) ||
//       (AuthCode == AUTHTYPE_RESERVED) || (AuthCode == AUTHTYPE_NONE) ||
//       (AuthCode == AUTHTYPE_STRAIGHT_PASSWORD) ||
//       (AuthCode > AUTHTYPE_OEM_PROPRIETARY))
//    {
//        pGetAuthCodeRes->CompletionCode = CC_INV_DATA_FIELD;
//        return (sizeof (GetAuthCodeRes_T) - 4);
//    }

//    if (g_corefeatures.userpswd_encryption == ENABLED)
//    {
//        /* Get Encryption Key from the MBMCInfo_t structure */
//        LOCK_BMC_SHARED_MEM(BMCInst);
//            memcpy(PwdEncKey, &(g_MBMCInfo.PwdEncKey), MAX_SIZE_KEY);
//        UNLOCK_BMC_SHARED_MEM(BMCInst);

//        if(DecryptPassword((INT8S *)(pBMCInfo->EncryptedUserInfo[pUserInfo->UserId - 1].EncryptedPswd), MAX_PASSWORD_LEN, UserPswd, MAX_PASSWORD_LEN, PwdEncKey))
//        {
//            TCRIT("Error in decrypting the IPMI User password for User ID:%d.\n", pUserInfo->UserId);
//            pGetAuthCodeRes->CompletionCode = CC_UNSPECIFIED_ERR;
//            return sizeof(*pGetAuthCodeRes);
//        }
//    	memcpy(&InBuffer[0],UserPswd,IPMI15_MAX_PASSWORD_LEN);
//    }
//    else
//    {
//    	memcpy(&InBuffer[0],pUserInfo->UserPassword,IPMI15_MAX_PASSWORD_LEN);
//    }

//    LOCK_BMC_SHARED_MEM(BMCInst);
//    switch (AuthCode)
//    {
//        #if 0 // As per IPMIv2 Markup E4, Straight Password key is Reserved
//        case AUTH_TYPE_PASSWORD: /* Straight password */
//            if (0 == _fmemcmp (pUserInfo->UserPassword,pGetAuthCodeReq->HashData,IPMI15_MAX_PASSWORD_LEN))
//            {
//                _fmemcpy (pGetAuthCodeRes->AuthCode, "OK", 2);
//            }
//            else
//            {
//                pGetAuthCodeRes->CompletionCode = CC_INV_DATA_FIELD;
//            }
//            break;
//        #endif

//        case AUTH_TYPE_MD2: /* MD2 */
//            _fmemcpy (&InBuffer[IPMI15_MAX_PASSWORD_LEN],
//                    pGetAuthCodeReq->HashData, HASH_DATA_LENGTH);
//            if (g_corefeatures.userpswd_encryption == ENABLED)
//            {
//            	_fmemcpy(&InBuffer[IPMI15_MAX_PASSWORD_LEN+HASH_DATA_LENGTH],
//                    UserPswd, IPMI15_MAX_PASSWORD_LEN);
//            }
//            else
//            {
//            	_fmemcpy(&InBuffer[IPMI15_MAX_PASSWORD_LEN+HASH_DATA_LENGTH],
//                    pUserInfo->UserPassword, IPMI15_MAX_PASSWORD_LEN);
//            }

//            AuthCodeCalMD2 (InBuffer, pGetAuthCodeRes->AuthCode, sizeof (InBuffer));
//            break;

//        case AUTH_TYPE_MD5: /* MD5 */
//            _fmemcpy (&InBuffer[IPMI15_MAX_PASSWORD_LEN],
//                    pGetAuthCodeReq->HashData, HASH_DATA_LENGTH);
//            if (g_corefeatures.userpswd_encryption == ENABLED)
//            {
//            	_fmemcpy(&InBuffer[IPMI15_MAX_PASSWORD_LEN+HASH_DATA_LENGTH],
//                    UserPswd,IPMI15_MAX_PASSWORD_LEN);
//            }
//            else
//            {
//            	_fmemcpy(&InBuffer[IPMI15_MAX_PASSWORD_LEN+HASH_DATA_LENGTH],
//                    pUserInfo->UserPassword,IPMI15_MAX_PASSWORD_LEN);
//            }
//            AuthCodeCalMD5 (InBuffer, pGetAuthCodeRes->AuthCode, sizeof (InBuffer));
//            break;

//        default:
//            pGetAuthCodeRes->CompletionCode = CC_INV_DATA_FIELD;
//    }

//    UNLOCK_BMC_SHARED_MEM(BMCInst);
//    // IPMI V1.5 AuthCode is only 16 byte.
//    return (sizeof (GetAuthCodeRes_T) - 4);
//}

///**
// * @fn GetAuthCodeForTypeV20
// * @brief This function will use the encryption technique supported 
// * 			in IPMI V2.0 in order to produce Auth Code.
// * @param[in] pUserInfo - Pointer to User info structure.
// * @param[in] pGetAuthCodeReq - Pointer to the structure of request data
// * @param[out] pGetAuthCodeRes - Pointer to the resultant data.
// * @retval size of the result data.
// */
//static int
//GetAuthCodeForTypeV20 (UserInfo_T* pUserInfo,
//        GetAuthCodeReq_T* pGetAuthCodeReq,
//        GetAuthCodeRes_T* pGetAuthCodeRes )
//{
//    uint8_t   AuthCode;
//    uint8_t   UserPasswdLen=0;
//    uint8_t   DecVal = 0;
//     uint8_t m_SIK [SESSION_INTEGRITY_KEY_SIZE];
//    char   UserPswd[MAX_PASSWD_LEN];
//    unsigned char PwdEncKey[MAX_SIZE_KEY + 1] = {0};
//     BMCInfo_t* pBMCInfo = &g_BMCInfo[BMCInst];

//    if (g_corefeatures.userpswd_encryption == ENABLED)
//    {
//        /* Get Encryption Key from the MBMCInfo_t structure */
//        LOCK_BMC_SHARED_MEM(BMCInst);
//            memcpy(PwdEncKey, &(g_MBMCInfo.PwdEncKey), MAX_SIZE_KEY);
//        UNLOCK_BMC_SHARED_MEM(BMCInst);

//        if(DecryptPassword((INT8S *)(pBMCInfo->EncryptedUserInfo[pUserInfo->UserId - 1].EncryptedPswd), MAX_PASSWORD_LEN, UserPswd, MAX_PASSWORD_LEN, PwdEncKey))
//        {
//            TCRIT("\nError in decrypting the IPMI User password for user with ID:%d.\n", pUserInfo->UserId);
//            pGetAuthCodeRes->CompletionCode = CC_UNSPECIFIED_ERR;
//            return sizeof (*pGetAuthCodeRes);
//        }
//    }
//    else
//    {
//        memcpy(&UserPswd, pUserInfo->UserPassword, MAX_PASSWD_LEN);
//    }

//    /* Calculate password length */
//    UserPasswdLen = _fstrlen (( char*)UserPswd);
//    UserPasswdLen = (UserPasswdLen > MAX_PASSWORD_LEN) ?
//            MAX_PASSWORD_LEN : UserPasswdLen;

//    memset(&(pGetAuthCodeRes->AuthCode), 0, AUTH_CODE_HASH_LEN);
//    AuthCode = pGetAuthCodeReq->AuthType & AUTH_CODE_V20_MASK;
//    /* Validate the Auth Code */
//    if ((AuthCode > MIN_AUTH_CODE_V20) && (AuthCode < MAX_AUTH_CODE_V20))
//    {
//        pGetAuthCodeRes->CompletionCode = CC_INV_DATA_FIELD;
//        return sizeof(GetAuthCodeRes_T);
//    }

//    LOCK_BMC_SHARED_MEM(BMCInst);
//    switch(AuthCode)
//    {
//        case AUTH_NONE: /* none */
//            TDBG ("\nInside AUTH_NONE in GetAuthCode");
//            pGetAuthCodeRes->CompletionCode = CC_INV_DATA_FIELD;
//            break;

//        case AUTH_HMAC_SHA1_96: /* HMAC-SHA1-96 */
//            TDBG ("\nInside AUTH_HMAC_SHA1_96 in GetAuthCode");
//            hmac_sha1 ((uint8_t *)UserPswd, UserPasswdLen,
//                    (uint8_t *)pGetAuthCodeReq->HashData, HASH_DATA_LEN,
//                    (uint8_t *)m_SIK, SESSION_INTEGRITY_KEY_SIZE);

//            hmac_sha1 ((uint8_t *)m_SIK, SESSION_INTEGRITY_KEY_SIZE,
//                    (uint8_t *)pGetAuthCodeReq->HashData, HASH_DATA_LEN,
//                    (uint8_t *)&(pGetAuthCodeRes->AuthCode), HMAC_SHA1_96_LEN);

//            DecVal = AUTH_CODE_HASH_LEN - HMAC_SHA1_96_LEN;
//            break;

//        case AUTH_HMAC_MD5_128: /* HMAC-MD5-128 */
//            TDBG ("\nInside AUTH_HMAC_MD5_128 in GetAuthCode");
//            hmac_md5 ((unsigned char*)UserPswd, UserPasswdLen,
//                    pGetAuthCodeReq->HashData, HASH_DATA_LEN,
//                    m_SIK, SESSION_HMAC_MD5_I_KEY_SIZE);

//            hmac_md5 (m_SIK, SESSION_HMAC_MD5_I_KEY_SIZE,
//                    pGetAuthCodeReq->HashData, HASH_DATA_LEN,
//                    (unsigned char *)&(pGetAuthCodeRes->AuthCode), 
//                    SESSION_HMAC_MD5_I_KEY_SIZE);
//            DecVal = AUTH_CODE_HASH_LEN - SESSION_HMAC_MD5_I_KEY_SIZE;
//            break;

//        case AUTH_MD5_128: /* MD5-128 */
//            TDBG ("\nInside AUTH_MD5_128 in GetAuthCode");
//            MD5_128 ((char *)UserPswd, UserPasswdLen,
//                    (char *)pGetAuthCodeReq->HashData, HASH_DATA_LEN,
//                    (char *)m_SIK, SESSION_MD5_KEY_SIZE);

//            MD5_128 ((char *)m_SIK, SESSION_INTEGRITY_KEY_SIZE,
//                    (char *)pGetAuthCodeReq->HashData, HASH_DATA_LEN,
//                    (char *)&(pGetAuthCodeRes->AuthCode), SESSION_MD5_KEY_SIZE);
//            DecVal = AUTH_CODE_HASH_LEN - SESSION_MD5_KEY_SIZE;
//            break;

//        case AUTH_HMAC_SHA256_128: /* HMAC-SHA256-128 */
//            TDBG ("\nInside AUTH_HMAC_SHA256_128 in GetAuthCode");
//            hmac_sha256 ((unsigned char *)UserPswd, UserPasswdLen, 
//    				(unsigned char *)pGetAuthCodeReq->HashData, HASH_DATA_LEN,
//    				(unsigned char *)m_SIK, SHA2_HASH_KEY_SIZE);

//			hmac_sha256 (m_SIK, SHA2_HASH_KEY_SIZE,  
//    				(unsigned char *)pGetAuthCodeReq->HashData, HASH_DATA_LEN,
//    				(unsigned char *)&(pGetAuthCodeRes->AuthCode), HMAC_SHA256_128_LEN);    		
//            DecVal = AUTH_CODE_HASH_LEN - HMAC_SHA256_128_LEN;
//            break;            

//            //! TODO: Need support in openssl.
//        default: /* OEM or Reserved */
//            pGetAuthCodeRes->CompletionCode = CC_INV_DATA_FIELD;
//    }

//    UNLOCK_BMC_SHARED_MEM(BMCInst);
//    if (DecVal > sizeof(GetAuthCodeRes_T))
//        return sizeof(GetAuthCodeRes_T);
//    else
//        return (sizeof(GetAuthCodeRes_T) - DecVal);
//}

///**
// * @fn GetAuthCode
// * @brief This function will encrypt the given 16 byte data with
// *          the algorithm given and return Auth Code.
// * @param[in] pReq - Request data.
// * @param[in] ReqLen - Length of the request data.
// * @param[out] pRes - Result data
// * @retval size of the result data.
// */
//int
//GetAuthCode ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes )
//{
//      GetAuthCodeReq_T*   pGetAuthCodeReq = ( GetAuthCodeReq_T*)pReq;
//      GetAuthCodeRes_T*   pGetAuthCodeRes = ( GetAuthCodeRes_T*)pRes;
//    BMCInfo_t *pBMCInfo = &g_BMCInfo[BMCInst];
//       UserInfo_T*         pUserInfo;
//    uint8_t               AuthType,*curchannel;
//       ChannelInfo_T*      pChannelInfo;
//    int nRetSize = 0;

//    /* Check for Reserved Bits */
//    if((pGetAuthCodeReq->ChannelNum & (BIT7 | BIT6 | BIT5 | BIT4)) ||
//            (pGetAuthCodeReq->UserID & (BIT7 | BIT6)))
//    {
//        pGetAuthCodeRes->CompletionCode = CC_INV_DATA_FIELD;
//        return sizeof(*pRes);
//    }

//    OS_THREAD_MUTEX_ACQUIRE(&pBMCInfo->ChUserMutex,WAIT_INFINITE);
//    /* Validate the channel number given */
//    if (CURRENT_CHANNEL_NUM == pGetAuthCodeReq->ChannelNum)
//    {
//        OS_THREAD_TLS_GET(g_tls.CurChannel,curchannel);
//        pChannelInfo = getChannelInfo(*curchannel & 0xF,BMCInst);
//    }
//    else
//        pChannelInfo = getChannelInfo(pGetAuthCodeReq->ChannelNum,BMCInst);

//    if (NULL == pChannelInfo)
//    {
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//        *pRes = CC_INV_DATA_FIELD;
//        return sizeof(*pRes);
//    }

//    /* Get the user information for the given userID */
//    pUserInfo = getUserIdInfo (pGetAuthCodeReq->UserID,BMCInst);
//    if (NULL == pUserInfo)
//    {
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//        TDBG ("AppDevice.c : GetAuthCode - Invalid user Id\n");
//        pGetAuthCodeRes->CompletionCode = CC_INV_DATA_FIELD;
//        return sizeof (*pRes);
//    }

//    AuthType = pGetAuthCodeReq->AuthType & GET_AUTH_TYPE_MASK;
//    pGetAuthCodeRes->CompletionCode = CC_NORMAL;

//    switch(AuthType)
//    {
//        case AUTH_TYPE_V15: /* IPMI v1.5 AuthCode Algorithms */
//            nRetSize = GetAuthCodeForTypeV15(pUserInfo, pGetAuthCodeReq, pGetAuthCodeRes,BMCInst);
//            break;

//        case AUTH_TYPE_V20: /* IPMI v2.0/RMCP+ Algorithm Number */
//            nRetSize = GetAuthCodeForTypeV20(pUserInfo, pGetAuthCodeReq, pGetAuthCodeRes,BMCInst);
//            break;

//        default:
//            OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//            pGetAuthCodeRes->CompletionCode = CC_INV_DATA_FIELD;
//            return sizeof(*pRes);
//    }
//    OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//    return nRetSize;
//}


///*---------------------------------------
//* SetChAccess
//*---------------------------------------*/
//int
//SetChAccess ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//      SetChAccessReq_T*   pSetChAccessReq = ( SetChAccessReq_T*)pReq;
//            uint8_t               ChannelNum, AccessMode;
//       ChannelInfo_T*      pNvrChInfo;
//       ChannelInfo_T*      pChannelInfo;
//     BMCInfo_t* pBMCInfo = &g_BMCInfo[BMCInst];
//    uint8_t AccessFlags = 0,i=0,*curchannel;
////    char ChFilename[MAX_CHFILE_NAME];

//    /* Reserve Bit Checking for Set Channel Acces */
//    for(i=0;i<ReqLen;i++)
//    {
//        if( 0 != (pReq[i] & m_Set_ChReserveBit[i]))
//        {
//            *pRes = CC_INV_DATA_FIELD;
//            return	sizeof (*pRes);
//        }
//    }
//    /* Reserve Value checking */

//    if((pReq[1] & 0xC0)== 0xC0 || (pReq[2] & 0xC0) == 0xC0)
//    {
//        *pRes = CC_INV_DATA_FIELD;
//        return	sizeof (*pRes);
//    }

//    ChannelNum = pSetChAccessReq->ChannelNum & 0x0F;
//    if (CURRENT_CHANNEL_NUM == ChannelNum)
//    {
//        OS_THREAD_TLS_GET(g_tls.CurChannel,curchannel);
//        ChannelNum = *curchannel & 0xF;
//    }

//    if (((GetBits (pSetChAccessReq->Privilege, 0x0F)) < PRIV_LEVEL_CALLBACK) ||
//        ((GetBits (pSetChAccessReq->Privilege, 0x0F)) > PRIV_LEVEL_PROPRIETARY))
//    {
//        IPMI_DBG_PRINT_1 ("Invalid Channel Privilege = 0x%x\n", pSetChAccessReq->Privilege);
//        *pRes = CC_INV_DATA_FIELD;
//        return  sizeof (*pRes);
//    }

//    OS_THREAD_MUTEX_ACQUIRE(&pBMCInfo->ChUserMutex,WAIT_INFINITE);
//    pChannelInfo = getChannelInfo(ChannelNum, BMCInst);
//    if (NULL == pChannelInfo)
//    {
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//        *pRes = CC_INV_DATA_FIELD;
//        return  sizeof (*pRes);
//    }

//    /*point to NVRAM ChannelInfo */
//    pNvrChInfo = GetNVRChConfigs(pChannelInfo,BMCInst);

//    if (SESSIONLESS_CHANNEL == pChannelInfo->SessionSupport)
//    {
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//        /* Channel is sessionless channel this command is not supported */
//        *pRes = CC_SET_CH_COMMAND_NOT_SUPPORTED;
//        return  sizeof (*pRes);
//    }


//    AccessMode = pSetChAccessReq->ChannelAccess & 0x07;
//    if(ChannelNum == pBMCInfo->SERIALch)
//    {
//        if( NULL != g_PDKHandle[PDK_SWITCHMUX])
//        {
//            ((void(*)(uint8_t, int))(g_PDKHandle[PDK_SWITCHMUX]))(AccessMode ,BMCInst);
//        }
//     }

//    /* if the requested access mode is supported for the given channel */
//    if (0 == (pChannelInfo->AccessModeSupported & (1 << AccessMode)))
//    {
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//        *pRes = CC_SET_CH_ACCES_MODE_NOT_SUPPORTED;
//        return  sizeof (*pRes);
//    }

//    AccessFlags = GetBits (pSetChAccessReq->ChannelAccess, 0xC0);

//    switch (AccessFlags)
//    {
//        case 0:
//            /* dont set channel access */
//            break;

//        case 1:
//            /*set in  Non volatile Memory and in voatile Memory */
//            pNvrChInfo->Alerting        = GetBits (pSetChAccessReq->ChannelAccess , 0x20);
//            pNvrChInfo->PerMessageAuth  = GetBits (pSetChAccessReq->ChannelAccess , 0x10);
//            pNvrChInfo->UserLevelAuth   = GetBits (pSetChAccessReq->ChannelAccess , 0x08);
//            pNvrChInfo->AccessMode = AccessMode;
//            /* write to NVRAM   */
//            FlushChConfigs((uint8_t*)pNvrChInfo,pNvrChInfo->ChannelNumber,BMCInst);
//            pChannelInfo->Alerting      = pNvrChInfo->Alerting;
//            pChannelInfo->PerMessageAuth= pNvrChInfo->PerMessageAuth;
//            pChannelInfo->UserLevelAuth = pNvrChInfo->UserLevelAuth;
//            pChannelInfo->AccessMode = AccessMode;
//            break;

//        case 2:
//            /*set in volatile Memmory only      */
//            pChannelInfo->Alerting      = GetBits (pSetChAccessReq->ChannelAccess, 0x20);
//            pChannelInfo->PerMessageAuth= GetBits (pSetChAccessReq->ChannelAccess, 0x10);
//            pChannelInfo->UserLevelAuth = GetBits (pSetChAccessReq->ChannelAccess, 0x08);
//            pChannelInfo->AccessMode = AccessMode;
//    }

//    switch (GetBits (pSetChAccessReq->Privilege, 0xC0))
//    {
//        case 0:
//            /* dont set prilivege level */
//            break;

//        case 1:
//            /* set in non volatile mem  and volatile  memeory*/ /*set privilege*/
//            pNvrChInfo->MaxPrivilege = GetBits (pSetChAccessReq->Privilege, 0x0F);
//            pChannelInfo->MaxPrivilege = pNvrChInfo->MaxPrivilege;
//            break;

//        case 2:
//            /*set privilege*/
//            /*  set in volatile memeory only    */
//            pChannelInfo->MaxPrivilege = GetBits (pSetChAccessReq->Privilege, 0x0F);
//    }

//    OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//    *pRes = CC_NORMAL;

//    return sizeof (*pRes);
//}


///*---------------------------------------
//* GetChAccess
//*---------------------------------------*/
//int
//GetChAccess ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//      GetChAccessReq_T*   pGetChAccessReq = ( GetChAccessReq_T*)pReq;
//      GetChAccessRes_T*   pGetChAccessRes = ( GetChAccessRes_T*)pRes;
//       ChannelInfo_T*      pChannelInfo;
//       ChannelInfo_T*      pNvrChInfo;
//    uint8_t               ChannelNum,AccessFlag,*curchannel;
//    BMCInfo_t *pBMCInfo = &g_BMCInfo[BMCInst];

//    /* Check for reserved bits */
//    if((0 != (pGetChAccessReq->ChannelNum & 0xf0)) ||
//        (0 != (pGetChAccessReq->	AccessFlag & 0x3f)))
//    {
//        pGetChAccessRes->CompletionCode = CC_INV_DATA_FIELD;
//        return  sizeof (*pRes);
//    }

//    ChannelNum = pGetChAccessReq->ChannelNum & 0x0F;
//    if (CURRENT_CHANNEL_NUM == ChannelNum)
//    {
//        OS_THREAD_TLS_GET(g_tls.CurChannel,curchannel);
//        ChannelNum = *curchannel & 0xF;
//    }

//    OS_THREAD_MUTEX_ACQUIRE(&pBMCInfo->ChUserMutex,WAIT_INFINITE);
//    pChannelInfo = getChannelInfo (ChannelNum, BMCInst);

//    if (NULL == pChannelInfo)
//    {
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//        pGetChAccessRes->CompletionCode = CC_INV_DATA_FIELD;
//        return  sizeof (*pRes);
//    }

//    if (SESSIONLESS_CHANNEL == pChannelInfo->SessionSupport)
//    {
//        OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//        /* Channel is sessionless channel this command is not supported */
//        pGetChAccessRes->CompletionCode = CC_GET_CH_COMMAND_NOT_SUPPORTED;
//        return  sizeof (*pRes);
//    }

//    AccessFlag = GetBits (pGetChAccessReq->AccessFlag, 0xC0);

//    pGetChAccessRes->CompletionCode = CC_NORMAL;

//    switch (AccessFlag)
//    {
//        case 1:
//            /*  Get Channel Information from NVRAM */
//            pNvrChInfo = GetNVRChConfigs(pChannelInfo,BMCInst);

//            pGetChAccessRes->ChannelAccess  = SetBits (0x20, pNvrChInfo->Alerting);
//            pGetChAccessRes->ChannelAccess |= SetBits (0x10, pNvrChInfo->PerMessageAuth);
//            pGetChAccessRes->ChannelAccess |= SetBits (0x08, pNvrChInfo->UserLevelAuth);
//            pGetChAccessRes->ChannelAccess |= SetBits (0x07, pNvrChInfo->AccessMode);
//            pGetChAccessRes->Privilege      = SetBits (0x0F, pNvrChInfo->MaxPrivilege);
//            break;

//        case 2:
//            /*  Get  Channel Information from  Volatile RAM */
//            pGetChAccessRes->ChannelAccess  = SetBits (0x20, pChannelInfo->Alerting);
//            pGetChAccessRes->ChannelAccess |= SetBits (0x10, pChannelInfo->PerMessageAuth);
//            pGetChAccessRes->ChannelAccess |= SetBits (0x08, pChannelInfo->UserLevelAuth);
//            pGetChAccessRes->ChannelAccess |= SetBits (0x07, pChannelInfo->AccessMode);
//            pGetChAccessRes->Privilege      = SetBits (0x0F, pChannelInfo->MaxPrivilege);
//            break;

//        default:
//            OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//            pGetChAccessRes->CompletionCode = CC_INV_DATA_FIELD;
//            return  sizeof (*pRes);
//    }

//    OS_THREAD_MUTEX_RELEASE(&pBMCInfo->ChUserMutex);
//    return sizeof (GetChAccessRes_T);
//}


/*---------------------------------------
* GetChInfo
*---------------------------------------*/
int
GetChInfo ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
{
     GetChInfoReq_T*     pGetChInfoReq = ( GetChInfoReq_T*)pReq;
     GetChInfoRes_T*     pGetChInfoRes = ( GetChInfoRes_T*)pRes;
      ChannelInfo_T*      pChannelInfo;
   uint8_t               ChannelNum,*curchannel;

   if(pGetChInfoReq->ChannelNum & (BIT7 | BIT6 | BIT5 | BIT4)) //Check for Reserved bits
   {
       pGetChInfoRes->CompletionCode = CC_INV_DATA_FIELD;
       return sizeof(*pRes);
   }

   ChannelNum = pGetChInfoReq->ChannelNum;
   if (CURRENT_CHANNEL_NUM == ChannelNum)
   {
       curchannel = pthread_getspecific(g_tls.CurChannel); 
       ChannelNum = *curchannel & 0xF;
       
       /* UDS, not being a physical channel, will hold LAN properties */ 
       if(UDS_CHANNEL == ChannelNum)
       {
       	ChannelNum = LAN_RMCP_CHANNEL1_TYPE;
       }
   }

   pChannelInfo = getChannelInfo(ChannelNum);
   if (NULL == pChannelInfo)
   {
       pGetChInfoRes->CompletionCode = CC_INV_DATA_FIELD ;
       return  sizeof (*pRes);
   }

   pGetChInfoRes->CompletionCode        = CC_NORMAL;
   pGetChInfoRes->ChannelNum            = ChannelNum;
   pGetChInfoRes->ChannelMedium         = pChannelInfo->ChannelMedium;
   pGetChInfoRes->ChannelProtocol       = pChannelInfo->ChannelProtocol;
   pGetChInfoRes->SessionActiveSupport  = pChannelInfo->SessionSupport << 6;
   pGetChInfoRes->SessionActiveSupport |= pChannelInfo->ActiveSession;

   memcpy (pGetChInfoRes->VendorID, pChannelInfo->ProtocolVendorId,
               sizeof (pGetChInfoRes->VendorID));
   memcpy (pGetChInfoRes->AuxiliaryInfo, pChannelInfo->AuxiliaryInfo,
               sizeof (pGetChInfoRes->AuxiliaryInfo));

   return sizeof (GetChInfoRes_T);
}

///*---------------------------------------
//* IsChannelSuppGroups
//*---------------------------------------*/
//uint8_t  IsChannelSuppGroups(uint8_t ChannelNum )
//{
//     BMCInfo_t* pBMCInfo = &g_BMCInfo[BMCInst];
//       ChannelInfo_T*          pChannelInfo;
//    if(IsLANChannel(ChannelNum, BMCInst))
//    {
//        
//        pChannelInfo = getChannelInfo (ChannelNum, BMCInst);
//        if(pChannelInfo==NULL)
//            return 0;
//        if(pChannelInfo->ChannelType==LAN_RMCP_CHANNEL1_TYPE) 
//        {
//           return pChannelInfo->ChannelType;
//        }
//        else
//        {
//            if(pChannelInfo->ChannelType==LAN_RMCP_CHANNEL2_TYPE)
//            {
//               return pChannelInfo->ChannelType;
//            }
//            else
//            {
//                if(pChannelInfo->ChannelType==LAN_RMCP_CHANNEL3_TYPE)
//                {
//                   return pChannelInfo->ChannelType;
//                }
//                else
//                    return 0;
//            }
//        }
//        return 0;
//    }
//    else
//    {
//        if (pBMCInfo->IpmiConfig.SerialIfcSupport == 1 && (pBMCInfo->SERIALch != CH_NOT_USED && ChannelNum == pBMCInfo->SERIALch))
//        {
//            pChannelInfo = getChannelInfo (ChannelNum, BMCInst);
//            if(pChannelInfo==NULL)
//                return 0;
//            return pChannelInfo->ChannelType;
//        }
//        else 
//            return 0;
//    }
//}
///*---------------------------------------
//* ModifyUsrGRP
//*---------------------------------------*/
//int
//ModifyUsrGrp(char * UserName,uint8_t ChannelNum,uint8_t OldAccessLimit, uint8_t NewAccessLimit )
//{

//    char oldgrp[20]="",newgrp[20]="";

//    if(0 == NewAccessLimit)
//    {
//        DeleteUsrFromIPMIGrp(UserName);
//    }

//    if(PRIV_LEVEL_NO_ACCESS == OldAccessLimit)
//    {
//        strcpy(oldgrp,g_GrpPriv[g_ChannelPrivtbl[ChannelNum].Privilege].grpname);
//    }
//    else if(IGNORE_ADD_OR_REMOVE != OldAccessLimit)
//    {
//        strcpy(oldgrp,g_GrpPriv[g_ChannelPrivtbl[ChannelNum].Privilege+OldAccessLimit].grpname);
//    }

//    if(PRIV_LEVEL_NO_ACCESS == NewAccessLimit)
//    {
//        strcpy(newgrp,g_GrpPriv[g_ChannelPrivtbl[ChannelNum].Privilege].grpname);
//    }
//    else if(IGNORE_ADD_OR_REMOVE != NewAccessLimit)
//    {
//        strcpy(newgrp,g_GrpPriv[g_ChannelPrivtbl[ChannelNum].Privilege+NewAccessLimit].grpname);
//    }

//    AddIPMIUsrtoChGrp(UserName,(char *)oldgrp,(char *)newgrp);
//    return 0;
//}

/*---------------------------------------
* SetUserAccess
*---------------------------------------*/
int
SetUserAccess ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
{
	SetUserAccessReq_T*     pSetUserAccessReq = ( SetUserAccessReq_T*)pReq;
	UserInfo_T*             pUserInfo;
    
    if (ReqLen == sizeof(SetUserAccessReq_T) - sizeof(pSetUserAccessReq->SessionLimit) )
    {
        pSetUserAccessReq->SessionLimit = 0;
    }
    else if(ReqLen == sizeof(SetUserAccessReq_T))
    {
        if(0 != pSetUserAccessReq->SessionLimit)
        {
            *pRes = CC_INV_DATA_FIELD;
            return  sizeof (*pRes);
        }
    }
    else
    {
        *pRes = CC_REQ_INV_LEN;
        return  sizeof (*pRes);
    }

    pUserInfo = getUserIdInfo(pSetUserAccessReq->UserID);
    if (NULL == pUserInfo)
    {
        printf ("AppDevice.c : SetUserAccess - Invalid user Id\n");
        *pRes = CC_INV_DATA_FIELD;
        return sizeof (*pRes);
    }

    // if (pUserInfo->ID != USER_ID)
    // {
    //     printf("Invalid data field\n");
    //     *pRes = CC_INV_DATA_FIELD;
    //     return  sizeof (*pRes);
    // }
	
//	pUserInfo->ChannelAccess = (pSetUserAccessReq->ChannelNoUserAccess&0x70) | (pSetUserAccessReq->AccessLimit&0x0f);
    *pRes = CC_NORMAL;

    return sizeof (*pRes);
}

/*---------------------------------------
* GetUserAccess
*---------------------------------------*/
int
GetUserAccess ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
{
	GetUserAccessReq_T*     pGetUserAccessReq = ( GetUserAccessReq_T*)pReq;
	GetUserAccessRes_T*     pGetUserAccessRes = ( GetUserAccessRes_T*)pRes;
	UserInfo_T*             pUserInfo;

  pUserInfo = getUserIdInfo (pGetUserAccessReq->UserID);

  if (NULL == pUserInfo)
	{
	   pGetUserAccessRes->CompletionCode = CC_INV_DATA_FIELD;
	   return  sizeof (*pRes);
	}

  if(FALSE == pUserInfo->UserStatus)
    pGetUserAccessRes->ChannelAccess  = 0x0F;  
  else
    pGetUserAccessRes->ChannelAccess  = 0x34;  

  pGetUserAccessRes->CompletionCode = CC_NORMAL;
  pGetUserAccessRes->MaxNoUserID    = MAX_USER_NUM;
  pGetUserAccessRes->CurrentUserID  = g_BMCInfo.CurrentNoUser;
  pGetUserAccessRes->FixedUserID    = 0;
	  

    return sizeof (GetUserAccessRes_T);
}


/*---------------------------------------
* SetUserName
*---------------------------------------*/
int
SetUserName ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)  //default password 123456
{
  	SetUserNameReq_T*       pSetUserNameReq = ( SetUserNameReq_T*)pReq;
  	UserInfo_T*             pUserInfo;
  	uint8_t                 i;
  	uint8_t   	UserName[MAX_USERNAME_LEN + 1];   //plus 1 for null terminator
  	uint8_t 	InvalidChar[]={  ' ' , ',' , '.' , '/' , ':' , ';' , '\\' , '(', ')' , 0x01 ,
					   0x02 , 0x03 , 0x04 , 0x05 , 0x06 , 0x07 , 0x08 , 0x09, 0x0A ,
					   0x0B , 0x0C , 0x0D , 0x0E , 0x0F , 0x10 , 0x11 , 0x12, 0x13 ,
					   0x14 , 0x15 , 0x16 , 0x17 , 0x18 , 0x19 , 0x1A , 0x1B, 0x1C ,
					   0x1D , 0x1E , 0x1F , 0x7F} ;


    // Check for Reserved bits
    if(pSetUserNameReq->UserID & (BIT7 | BIT6) || (pSetUserNameReq->UserID == 0x00))
    {
        *pRes = CC_INV_DATA_FIELD;
        return sizeof(*pRes);
    }

    /*User Id exceeded the limit or  Cant set NULL User */
    if (pSetUserNameReq->UserID > MAX_USER_NUM )
    {
        *pRes = CC_INV_DATA_FIELD ;
        return  sizeof (*pRes);
    }

    
    
    /* We should not set the NULL user */
    if(0== pSetUserNameReq->UserName [0] )
    {
        printf("\n Setting the NULL user :%x",pSetUserNameReq->UserID);
        *pRes = CC_INV_DATA_FIELD ;
        return	sizeof (*pRes);
    }

    if((strlen(pSetUserNameReq->UserName) > MAX_USERNAME_LEN) || (strlen(pSetUserNameReq->UserName) == 0))
    {
      printf("Invalid username length: %d\n", strlen(pSetUserNameReq->UserName));
      *pRes = CC_INV_DATA_FIELD;
      return 1;
    }
    pUserInfo = getUserIdInfo(pSetUserNameReq->UserID);

    /* check for numeric first char and special chars */
    if( (pSetUserNameReq->UserName[0] >= '0') && (pSetUserNameReq->UserName[0] <= '9')  )
    {
        *pRes = CC_INV_DATA_FIELD;
        return sizeof(*pRes);
    }
    else
    {
    		strncpy((char *)UserName,(const char *) pSetUserNameReq->UserName, sizeof(pSetUserNameReq->UserName));
    		UserName[MAX_USERNAME_LEN] = '\0';
        for(i=0;i<sizeof(InvalidChar);i++)
        {
            if( NULL != strchr((const char *)UserName, InvalidChar[i] ))
            {
                *pRes = CC_INV_DATA_FIELD;
                return sizeof(*pRes);
            }
        }
    }
    
    //Don't check duplicated user names for 0xFF, this request is for deleting user
    if(0xFF != pSetUserNameReq->UserName [0])
    {
        //checking for Duplicate user names
        if(CheckForDuplicateUsers(pSetUserNameReq->UserName)==FALSE)
        {
            printf("Duplicate ipmi user!!\n");
            *pRes = CC_INV_DATA_FIELD;
            return	sizeof (*pRes);    		
        }
    }

    /* If User[0] is 0xFF means the user is requested to delete */
    if (0xFF == pSetUserNameReq->UserName [0])	//delete user 
    {
        if( (g_BMCInfo.CurrentNoUser > 1) && (0 != pUserInfo->UserId))
        {
      			if(pUserInfo->UserStatus == TRUE)
      			{
      				g_BMCInfo.CurrentNoUser--;
      			}
            /* Delete the user both in Volatile & Non Volatile memory*/
            memset (pUserInfo,    0, sizeof (UserInfo_T));
        }
        else
        {
            *pRes = CC_INV_DATA_FIELD ;
            return  sizeof (*pRes);
        }
    }
    else if(0 == pUserInfo->UserId)	//add user
    {
        /* If First time-if user ID does not exist  */
        /* if the user name is set for the first time */
        pUserInfo->UserId        = pSetUserNameReq->UserID;
        pUserInfo->UserStatus    = TRUE;
		    memcpy(pUserInfo->UserName, pSetUserNameReq->UserName, MAX_USERNAME_LEN);
        strcpy(pUserInfo->UserPassword, "123456");
        g_BMCInfo.CurrentNoUser++;
    }
    else if (0 != pUserInfo->UserId)//modifying users
    {
        memcpy (pUserInfo->UserName, pSetUserNameReq->UserName, MAX_USERNAME_LEN);
	  }

    FlushUserInfoTbl();
  	*pRes = CC_NORMAL;
  	return sizeof (*pRes);
}


/*---------------------------------------
* GetUserName
*---------------------------------------*/
int
GetUserName ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
{
      GetUserNameReq_T*       pGetUserNameReq = ( GetUserNameReq_T*)pReq;
      GetUserNameRes_T*       pGetUserNameRes = ( GetUserNameRes_T*)pRes;
       UserInfo_T*            pUserInfo;

    // Check for Reserved bits
    if(pGetUserNameReq->UserID & (BIT7 | BIT6) || (pGetUserNameReq->UserID == 0x00))
    {
        pGetUserNameRes->CompletionCode = CC_INV_DATA_FIELD ;
        return sizeof(*pRes);
    }

    if (pGetUserNameReq->UserID > MAX_USER_NUM)
    {
        /*  if user ID exceeded the Max limit */
        pGetUserNameRes->CompletionCode = CC_INV_DATA_FIELD ;
        return  sizeof (*pRes);/* Invalied user id */
    }
	  pUserInfo = getUserIdInfo(pGetUserNameReq->UserID);

    /* if User is disabled or if User is not created */

    //if user is disabled we dont have to return invalid data field
    //instead we return everything possible about the user
    // if pUserInfo is NULL then nothing in the structure at all
    // pUserInfo being NULL is probably not possible
    // If the signature doesnt match then the useris not yet configured
    // so reasonable to return an error
    if ((NULL == pUserInfo)/* || (pUserInfo->ID != USER_ID)*/)
    {
        /* User with given ID is disabled */
        *pRes = CC_INV_DATA_FIELD;
        return sizeof (*pRes);
    }

    //if we are here then the user is just disabled
    if(FALSE == pUserInfo->UserStatus)
    {
        *pRes = CC_INV_DATA_FIELD;
        return sizeof (*pRes);
    }

    //Err = 0;
    pGetUserNameRes->CompletionCode = CC_NORMAL;
    memcpy (pGetUserNameRes->UserName, pUserInfo->UserName, MAX_USERNAME_LEN);
	return sizeof (GetUserNameRes_T);
}


/*---------------------------------------
* SetUserPassword
*---------------------------------------*/
int
SetUserPassword ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes)
{
  	SetUserPswdReq_T*       pSetUserPswdReq = ( SetUserPswdReq_T*)pReq;
  	UserInfo_T*             pUserInfo;
  	uint8_t                 UserId=0, Operation;
  	uint8_t          i;
  	uint8_t          UserPassword[ MAX_PASSWORD_LEN + 1 ] = {0};
    uint8_t InvalidChar[] = {  0x01 , 0x02 , 0x03 , 0x04 ,0x05 , 0x06 , 0x07 , 0x08 , 0x09 , 0x0A, 
                             0x0B , 0x0C , 0x0D , 0x0E , 0x0F , 0x10 , 0x11 , 0x12 , 0x13 , 0x14,
                             0x15 , 0x16 , 0x17 , 0x18 , 0x19 , 0x1A , 0x1B , 0x1C , 0x1D , 0x1E , 
                             0x1F , 0x7F };


    Operation = pSetUserPswdReq->Operation & 0x03;
    UserId    = pSetUserPswdReq->UserID & 0x3F;

    /* Reserved bits checking */
    if((pSetUserPswdReq->UserID & BIT6) || (UserId == 0) || (pSetUserPswdReq->Operation & (BIT7 | BIT6 | BIT5 | BIT4 | BIT3 | BIT2)))
    {
        *pRes = CC_INV_DATA_FIELD;
        return	sizeof (*pRes);
    }

    if (ReqLen == IPMI_15_PASSWORD_LEN)
    {
        memset (pSetUserPswdReq->Password + 16, 0, 4);
    }
    ReqLen -=2;

    if (UserId > MAX_USER_NUM)
    {
        *pRes = CC_INV_DATA_FIELD;
        return  sizeof (*pRes); /*User Id exceeded the limit*/
    }

    pUserInfo = getUserIdInfo (UserId);

    if ( NULL ==  pUserInfo )
    {
        printf ("Invalid User Id \n");
        *pRes = CC_INV_DATA_FIELD;
        return  sizeof (*pRes);
    }

    *pRes = CC_NORMAL;

    switch (Operation)
    {
        case DISABLE_USER:            
          //here we can disable the user
          if ((pUserInfo->UserStatus == TRUE) && (g_BMCInfo.CurrentNoUser > 1)) 	
          {
        		pUserInfo->UserStatus    = FALSE;
            g_BMCInfo.CurrentNoUser--;
            FlushUserInfoTbl();
          }
          break;
        case ENABLE_USER:
            /*enable user   */
            if ((0 != pUserInfo->UserId) && (0 != pUserInfo->UserName[0]))
            {
                /* if for the first time then Increment the Current user No */
                if ( pUserInfo->UserStatus == FALSE )
                {
        					pUserInfo->UserStatus    = TRUE;
                  g_BMCInfo.CurrentNoUser++;
                  FlushUserInfoTbl();
                }
            }
            else
            {
        				*pRes = CC_UNSPECIFIED_ERR;
        				return	sizeof (*pRes);
            }
            break;

        case SET_PASSWORD:
            /*set password  */
            if ((0 != pUserInfo->UserId) && (0 != pUserInfo->UserName[0]))
            {
            	 /*check for special characters*/
        				strncpy((char *)UserPassword,(const char *) pSetUserPswdReq->Password, sizeof(pSetUserPswdReq->Password));
                for( i = 0 ; i < sizeof(InvalidChar) ; i++ )
                {
                     if( NULL != strchr((const char *)UserPassword, InvalidChar[i] ))
                     {
                         *pRes = CC_INV_DATA_FIELD;
                         return sizeof(*pRes);
                     }
                }

        				strcpy(pUserInfo->UserPassword, pSetUserPswdReq->Password);
        				FlushUserInfoTbl();
            }
            else
            {
                *pRes = CC_INV_DATA_FIELD;
                return sizeof (*pRes);
            }
            break;

        case TEST_PASSWORD:
            memcpy (UserPassword, pUserInfo->UserPassword, MAX_PASSWORD_LEN);
    		
            /*Test Password */
            if ((FALSE == pUserInfo->UserStatus) ||
            (0 != memcmp (UserPassword, pSetUserPswdReq->Password, MAX_PASSWORD_LEN)))
            {
                *pRes = CC_PASSWORD_TEST_FAILED;
            }
            break;

    }
    return sizeof (*pRes);
}


///*---------------------------------------
//* MasterWriteRead
//*---------------------------------------*/
//int
//MasterWriteRead ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//     MasterWriteReadReq_T* pMasterWriteReadReq = ( MasterWriteReadReq_T*)pReq;
//     MasterWriteReadRes_T* pMasterWriteReadRes = ( MasterWriteReadRes_T*)pRes;
//     BMCInfo_t* pBMCInfo = &g_BMCInfo[BMCInst];
//     uint8_t*                OutBuffer;
//     uint8_t*                InBuffer;
//    uint8_t                 ChannelNum, BusID, BusType, SlaveAddr, ReadCount, WriteCount;
//    INT8S	BusName[64];
//    int retval = 0;
//    uint8_t OrgReadCount;
//    uint8_t	I2CBusId=0;
//    uint8_t DevID = 0;            // This will be '0' by Default... /dev/peci0
//    uint8_t Target = 0x30;        // This is the Client address. 30h = 48 is Default for CPU0
//    uint8_t Domain = 0;           // Multi-Domain support. Default is '0'
//    uint8_t Xmit_Feedback = 0;    // If full response is Desired, enable this. Default is '1'
//    uint8_t AWFCS = 0;            // Enable AWFCS in the Transmitted packet by Hw. Default is '0'
//    uint8_t Read_Len = 0;         // Number of bytes of read back Data from PECI Client
//    uint8_t Write_Len = 0;        // Number of bytes of data, host is sending to client
//    uint8_t *Write_Data = NULL;   // Pointer to the Data sent by User to the PECI Client
//    uint8_t *Read_Data = NULL;    // Pointer to the Data received from PECI Client to be sent to user
//    int ret_val = 0;

//    if(pMasterWriteReadReq->SlaveAddress & BIT0)
//    {
//        *pRes = CC_INV_DATA_FIELD;
//         return sizeof (*pRes);
//    }

//    ReadCount     = pMasterWriteReadReq->ReadCount;
//    ChannelNum    = GetBits (pMasterWriteReadReq->BusTypeChNo, 0xF0);
//    BusID         = GetBits (pMasterWriteReadReq->BusTypeChNo, 0x0E);
//    BusType       = GetBits (pMasterWriteReadReq->BusTypeChNo, 0x01);
//    SlaveAddr     = (pMasterWriteReadReq->SlaveAddress >> 1);

//    if ((BusType == 0x00 && BusID != 0x00) || ((BusType == 0x01) && (BusID == 0x00)))
//    {
//        *pRes = CC_INV_DATA_FIELD;
//        return  sizeof (*pRes);
//    }
//    // Command order:
//    // ipmitool -H <IP> -I lan -U <Username> -P <Password> bus=7 <Slave_Addr> <Read_Len> <Write_Len> <AWFCS> <Domain> <Data>
//    // <bus=7> : Bus# must be 0x07 for comunicating with PECI over IPMI. Other buses are not for this feature
//    // <Slave_Addr> : This is the PECI Client target address.
//    // <Read_Len> : Number of bytes of data to read from the PECI Response
//    // <Write_Len> : Number of bytes of data being written, as per the PECI Spec. Number of Bytes after Domain.
//    // <AWFCS> : 0x01 or 0x00 indicates enabling or disabling of AWFCS feature respectively
//    // <Domain> : 0x01 or 0x00 indicates domain=1 or domain=0 for multi-domain commands respectively
//    // <Data> : Rest of data like Command, and other params as per the PECI Spec.

//    // If BusType is External (0x01) and BusID is 7, then we consider to communicate with PECI
//    
//    if(g_corefeatures.peci_over_ipmi == ENABLED )
//    {
//        if ((BusType & 0x01) && (BusID == 0x07))
//        {
//            DevID               = 0;
//            Xmit_Feedback       = 0;
//            Target              = pMasterWriteReadReq->SlaveAddress;
//            Read_Len            = ReadCount;
//            Write_Len           = pMasterWriteReadReq->Data[0];
//            AWFCS               = pMasterWriteReadReq->Data[1];
//            Domain              = pMasterWriteReadReq->Data[2];
//            Write_Data          = &pMasterWriteReadReq->Data[3];
//            Read_Data           = &pMasterWriteReadRes->Data[0];

//            memset(&pMasterWriteReadRes->Data[0], 0, sizeof(pMasterWriteReadRes->Data));
//            
//            // Call the PECI Generic Handler for passing the command to the PECI Controller
//            if(g_HALPECIHandle[HAL_PECI_COMMAND] != NULL)
//            {
//                ret_val = ((int(*)(char, char, char, char, char, char *, char, char *, char))g_HALPECIHandle[HAL_PECI_COMMAND]) (DevID, Target,
//                                                                                                Domain, Xmit_Feedback, AWFCS,
//                                                                                                (char *)Write_Data, Write_Len,
//                                                                                                (char *)Read_Data, Read_Len );
//            }
//            else
//            {
//                pMasterWriteReadRes->CompletionCode = CC_PARAM_NOT_SUP_IN_CUR_STATE;
//                return sizeof (*pRes);
//            }

//            /* Check if peci issue command operation is success or not */
//            if (ret_val == -1)
//            {
//                pMasterWriteReadRes->CompletionCode = CC_INV_DATA_FIELD;
//                return sizeof (*pRes);
//            }

//            pMasterWriteReadRes->CompletionCode = CC_NORMAL;

//            return (sizeof (*pRes) + ReadCount);
//        }
//    }

//    if(0 ==BusType){
//        if(PRIMARY_IPMB_CHANNEL == ChannelNum)
//        {
//            I2CBusId=pBMCInfo->IpmiConfig.PrimaryIPMBBusNumber;
//        }
//        else if((pBMCInfo->IpmiConfig.SecondaryIPMBSupport == 0x01)&&(pBMCInfo->SecondaryIPMBCh == ChannelNum))
//        {
//            I2CBusId=pBMCInfo->IpmiConfig.SecondaryIPMBBusNumber;
//        }else{
//            *pRes = CC_INV_DATA_FIELD;
//            return  sizeof (*pRes);
//        }
//    }
//    else
//    {
//        if(BusID==pBMCInfo->IpmiConfig.PrimaryIPMBBusNumber)
//        {
//            *pRes = CC_INV_DATA_FIELD;
//            return  sizeof (*pRes);
//        }else if((pBMCInfo->IpmiConfig.SecondaryIPMBSupport == 0x01)&&(BusID==pBMCInfo->IpmiConfig.SecondaryIPMBBusNumber))
//        {
//            *pRes = CC_INV_DATA_FIELD;
//            return  sizeof (*pRes);
//        }else{
//            I2CBusId=BusID;
//        }
//    }

//    if (ReqLen < 3)
//    {
//        *pRes = CC_REQ_INV_LEN;
//        return  sizeof (*pRes);
//    }

//    /* number of bytes to write
//    * = pMasterWriteReadReq length - 3 for  Request Data byte -
//    * BusTypeChNo,SlaveAddr,Readcount + 1 byte for address
//    */
//    WriteCount = ReqLen - 3;

//    OutBuffer = (pMasterWriteReadReq->Data);
//    InBuffer = pMasterWriteReadRes->Data;
//    sprintf(BusName,"/dev/i2c%d",I2CBusId);

//    // Save original ReadCount in case we need to modify it
//    OrgReadCount = ReadCount;

//    // If both ReadCount and WriteCount are zero, then force a read of 1 byte.
//    // If we do not do this, the write command will fail.
//    // Having both counts 0 is a way of "pinging" the given device to see if it
//    // is responding to its address.
//    
//    if (ReadCount == 0 && WriteCount == 0)
//    {
//        ReadCount = 1;
//    }

//    if (ReadCount > 0 && WriteCount == 0) 
//    {
//        if(g_HALI2CHandle[HAL_I2C_MR] != NULL)
//        {
//            retval = ((int(*)(char *,u8,u8 *,size_t))g_HALI2CHandle[HAL_I2C_MR]) (BusName, SlaveAddr, InBuffer, ReadCount);
//            if (retval < 0)
//            {
//                 pMasterWriteReadRes->CompletionCode = (retval & MASTER_RW_ERRCODE);
//                return sizeof (*pRes);
//            }
//        }
//        else
//        {
//            pMasterWriteReadRes->CompletionCode = CC_PARAM_NOT_SUP_IN_CUR_STATE;
//            return sizeof(*pRes);
//        }

//        ReadCount = OrgReadCount;

//        /* copy the bytes read  to Response Data */
//        _fmemcpy (pMasterWriteReadRes->Data, InBuffer, ReadCount);
//    }
//    else if(ReadCount > 0 && WriteCount > 0 )
//    {
//        if(g_HALI2CHandle[HAL_I2C_RW] != NULL)
//        {
//            retval = ((int(*)(char *,u8,u8 *,u8 *,size_t,size_t))g_HALI2CHandle[HAL_I2C_RW]) (BusName, SlaveAddr, OutBuffer, InBuffer, WriteCount, ReadCount);
//            if (retval < 0)
//            {
//                 pMasterWriteReadRes->CompletionCode = (retval & MASTER_RW_ERRCODE);
//                return sizeof (*pRes);
//            }
//        }
//        else
//        {
//            pMasterWriteReadRes->CompletionCode = CC_PARAM_NOT_SUP_IN_CUR_STATE;
//            return sizeof(*pRes);
//        }

//        ReadCount = OrgReadCount;

//        /* copy the bytes read  to Response Data */
//        _fmemcpy (pMasterWriteReadRes->Data, InBuffer, ReadCount);
//    }
//    else
//    {
//        /* No data to read so use master write instead,
//         * otherwise some devices (EEPROM) that have not finished writing
//         * will fail on the read transaction and possibly corrupt data
//         */
//        if(g_HALI2CHandle[HAL_I2C_MW] != NULL)
//        {
//            retval= ((ssize_t(*)(char *,u8,u8 *,size_t))g_HALI2CHandle[HAL_I2C_MW]) (BusName, SlaveAddr, OutBuffer, WriteCount);
//            if(retval < 0)
//            {
//                pMasterWriteReadRes->CompletionCode = (retval & MASTER_RW_ERRCODE);
//                return sizeof (*pRes);
//            }
//        }
//        else
//        {
//            pMasterWriteReadRes->CompletionCode = CC_PARAM_NOT_SUP_IN_CUR_STATE;
//            return sizeof(*pRes);
//        }
//    }

//    pMasterWriteReadRes->CompletionCode = CC_NORMAL;

//    return (sizeof (*pRes) + ReadCount);
//}


//#if 0
///*-------------------------------------------
//* ComputeAuthCode
//*-------------------------------------------*/
//void
//ComputeAuthCode ( uint8_t* pPassword,  SessionHdr_T* pSessionHdr,
//                 IPMIMsgHdr_T* pIPMIMsg,  uint8_t* pAuthCode,
//                uint8_t ChannelType)
//{
//    if (AUTH_TYPE_PASSWORD == pSessionHdr->AuthType)
//    {
//        _fmemcpy (pAuthCode, pPassword, MAX_PASSWORD_LEN);
//    }
//    else
//    {
//        uint8_t   AuthBuf [MAX_AUTH_PARAM_SIZE];
//        uint16_t  AuthBufLen = 0;
//        uint8_t   IPMIMsgLen = *(( uint8_t*) pIPMIMsg - 1);

//        /* Password */
//        _fmemcpy (AuthBuf, pPassword, MAX_PASSWORD_LEN);
//        AuthBufLen += MAX_PASSWORD_LEN;
//        /* Session ID */
//        _fmemcpy (AuthBuf + AuthBufLen, &pSessionHdr->SessionID, sizeof (uint32_t));
//        AuthBufLen += sizeof (uint32_t);
//        /* IPMI Response Message */
//        _fmemcpy (AuthBuf + AuthBufLen, pIPMIMsg, IPMIMsgLen);
//        AuthBufLen += IPMIMsgLen;

//        if (ChannelType == MULTI_SESSION_CHANNEL)
//        {
//            /* Session Sequence Number */
//            _fmemcpy (AuthBuf + AuthBufLen,
//                    &pSessionHdr->SessionSeqNum, sizeof (uint32_t));
//            AuthBufLen += sizeof (uint32_t);
//        }
//        /* Password */
//        _fmemcpy (AuthBuf + AuthBufLen, pPassword, MAX_PASSWORD_LEN);
//        AuthBufLen += MAX_PASSWORD_LEN;

//        switch (pSessionHdr->AuthType)
//        {
//        case AUTH_TYPE_MD2 :
//            AuthCodeCalMD2 (AuthBuf, pAuthCode, AuthBufLen);
//            break;

//        case AUTH_TYPE_MD5 :
//            AuthCodeCalMD5 (AuthBuf, pAuthCode, AuthBufLen);
//            break;

//        default  :
//            TDBG ("RMCP: Invalid Authentication Type \n");
//        }
//    }
//}
//#endif

///*---------------------------------------
//* GetSystemInfoParam
//*---------------------------------------*/
//int
//GetSystemInfoParam ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{

//     GetSystemInfoParamReq_T* pGetSysInfoReq = ( GetSystemInfoParamReq_T*)pReq;
//     GetSystemInfoParamRes_T* pGetSysInfoRes = (  GetSystemInfoParamRes_T* ) pRes ;
//     GetSystemInfoParamOEMRes_T* pGetSysInfoOEMRes = (  GetSystemInfoParamOEMRes_T* ) pRes ;
//    BMCInfo_t *pBMCInfo = &g_BMCInfo[BMCInst];
//       SystemInfoConfig_T*	pSysInfoCfg;
//    uint8_t resSize = sizeof(pGetSysInfoRes->CompletionCode) + sizeof(pGetSysInfoRes->ParamRevision);
//    uint8_t oem_len;
//    unsigned long oem_addr;

//    // Check for Reserved bits
//    if(pGetSysInfoReq->ParamRev & (BIT6 | BIT5 | BIT4 | BIT3 | BIT2 | BIT1 | BIT0))
//    {
//        pGetSysInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//        return sizeof(pGetSysInfoRes->CompletionCode);
//    }

//    pGetSysInfoRes->CompletionCode   = CC_NORMAL;

//    /* Fill the param's older Version and the present version */
//    pGetSysInfoRes->ParamRevision    = ((PARAM_OLDER_REVISION << 4) & 0xF0 ) | PARAM_PRESENT_REVISION;

//    /* Check for Revision only parameter */
//    if (pGetSysInfoReq->ParamRev & GET_PARAM_REV_ONLY )
//    {
//        if((MAX_APP_CONF_PARAM >= pGetSysInfoReq->ParamSelector))
//        {
//            return resSize;
//        }
//        else if(( NULL != g_PDKHandle[PDK_GETSYSINFOPARAM]) && 
//                    ((MIN_SYSINFO_OEM_CONF_PARAM <= pGetSysInfoReq->ParamSelector) && (MAX_SYSINFO_OEM_CONF_PARAM >= pGetSysInfoReq->ParamSelector)))
//        {
//            oem_len = ((int(*)(uint8_t, unsigned long*,int))(g_PDKHandle[PDK_GETSYSINFOPARAM]))(pGetSysInfoReq->ParamSelector, &oem_addr ,BMCInst);
//            if( oem_len == 0)
//            {
//                pGetSysInfoRes->CompletionCode = CC_SYS_INFO_PARAM_NOT_SUPPORTED;
//                return sizeof(uint8_t);
//            }
//            else
//                return resSize;
//        }
//        else
//        {
//            *pRes = CC_PARAM_NOT_SUPPORTED;
//            return sizeof (*pRes);  
//        }
//    }

//    /* Get Systen Info parameters from NVRAM */
//    pSysInfoCfg = &pBMCInfo->SystemInfoConfig;

//    switch(pGetSysInfoReq->ParamSelector)
//    {
//        case SET_IN_PROGRESS_PARAM:		/*Parameter 0 volatile*/
//            if( (0x00 != pGetSysInfoReq->SetSelector) || (0x00 != pGetSysInfoReq->BlockSelector) )
//            {
//                pGetSysInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//                return sizeof(pGetSysInfoRes->CompletionCode);
//            }

//            LOCK_BMC_SHARED_MEM(BMCInst);
//            pGetSysInfoRes->SysInfo.SetInProgress = BMC_GET_SHARED_MEM(BMCInst)->m_Sys_SetInProgress;
//            UNLOCK_BMC_SHARED_MEM(BMCInst);
//            resSize++;
//            break;

//        case SYS_FW_VERSION_PARAM:
//            _fmemset(&pGetSysInfoRes->SysInfo.SysVerInfo,0,sizeof(SysVerInfo_T));
//            if((pGetSysInfoReq->SetSelector >= MAX_BLOCK_SIZE)|| (0x00 != pGetSysInfoReq->BlockSelector))
//            {
//                pGetSysInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//                return sizeof(pGetSysInfoRes->CompletionCode);
//            }

//            pGetSysInfoRes->SysInfo.SysVerInfo.SetSelector = pGetSysInfoReq->SetSelector;
//            resSize++;
//            if(pGetSysInfoReq->SetSelector==ZERO_SETSELECTOR)
//            {
//                pGetSysInfoRes->SysInfo.SysVerInfo.SysFWVersion[0]=pSysInfoCfg->SysFWVersion.TypeOfEncoding;
//                pGetSysInfoRes->SysInfo.SysVerInfo.SysFWVersion[1]=pSysInfoCfg->SysFWVersion.StringLength;
//                _fmemcpy(&pGetSysInfoRes->SysInfo.SysVerInfo.SysFWVersion[2], pSysInfoCfg->SysFWVersion.SysFWVersionName,MAX_STRING_LENGTH_COPY);
//                resSize += MAX_BLOCK_SIZE;
//            }
//            else
//            {
//               _fmemcpy(&pGetSysInfoRes->SysInfo.SysVerInfo.SysFWVersion[0],
//                                        &pSysInfoCfg->SysFWVersion.SysFWVersionName[(pGetSysInfoReq->SetSelector * MAX_BLOCK_SIZE) - 2],MAX_BLOCK_SIZE);
//                resSize += MAX_BLOCK_SIZE;
//            }
//            break;

//        case SYS_NAME_PARAM:
//            if((pGetSysInfoReq->SetSelector >= MAX_BLOCK_SIZE)|| (0x00 != pGetSysInfoReq->BlockSelector))
//            {
//                pGetSysInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//                return sizeof(pGetSysInfoRes->CompletionCode);
//            }

//            pGetSysInfoRes->SysInfo.SysNameInfo.SetSelector = pGetSysInfoReq->SetSelector;
//            resSize++;
//            if(pGetSysInfoReq->SetSelector==ZERO_SETSELECTOR)
//            {
//                pGetSysInfoRes->SysInfo.SysNameInfo.SysName[0]=pSysInfoCfg->SysName.TypeOfEncoding_Sys_Name;
//                pGetSysInfoRes->SysInfo.SysNameInfo.SysName[1]=pSysInfoCfg->SysName.StringLength_Sys_Name;
//                _fmemcpy(&pGetSysInfoRes->SysInfo.SysNameInfo.SysName[2],&pSysInfoCfg->SysName.SystemName,MAX_STRING_LENGTH_COPY);
//                resSize += MAX_BLOCK_SIZE;
//             }
//            else
//            {
//                _fmemcpy(&pGetSysInfoRes->SysInfo.SysNameInfo.SysName[0],
//                                &pSysInfoCfg->SysName.SystemName[(pGetSysInfoReq->SetSelector * MAX_BLOCK_SIZE) - 2], MAX_BLOCK_SIZE);
//                resSize += MAX_BLOCK_SIZE;
//            }
//            break;

//        case PRIM_OS_NAME_PARAM:
//            if((pGetSysInfoReq->SetSelector >= MAX_BLOCK_SIZE)|| (0x00 != pGetSysInfoReq->BlockSelector))
//            {
//                pGetSysInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//                return sizeof(pGetSysInfoRes->CompletionCode);
//            }

//            pGetSysInfoRes->SysInfo.PrimOSInfo.SetSelector  = pGetSysInfoReq->SetSelector;
//            resSize++;
//            if(pGetSysInfoReq->SetSelector==ZERO_SETSELECTOR)
//            {
//                pGetSysInfoRes->SysInfo.PrimOSInfo.PrimaryOSName[0]=pSysInfoCfg->PrimaryOSName.TypeOfEncoding_PrimaryOSName;
//                pGetSysInfoRes->SysInfo.PrimOSInfo.PrimaryOSName[1]=pSysInfoCfg->PrimaryOSName.StringLength_PrimaryOSName;
//                _fmemcpy(&pGetSysInfoRes->SysInfo.PrimOSInfo.PrimaryOSName[2], &pSysInfoCfg->PrimaryOSName.PrimaryOperatingSystemName, MAX_STRING_LENGTH_COPY);
//                resSize += MAX_BLOCK_SIZE;
//             }
//             else
//             {
//                 _fmemcpy(&pGetSysInfoRes->SysInfo.PrimOSInfo.PrimaryOSName[0],
//                             &pSysInfoCfg->PrimaryOSName.PrimaryOperatingSystemName[(pGetSysInfoReq->SetSelector * MAX_BLOCK_SIZE) - 2],MAX_BLOCK_SIZE);
//                 resSize += MAX_BLOCK_SIZE;
//              }
//            break;

//        case OS_NAME_PARAM:
//            /*Parameter 4 volatile*/
//            _fmemset(&pGetSysInfoRes->SysInfo.OSInfo,0,sizeof(OSInfo_T));
//            if((pGetSysInfoReq->SetSelector >= MAX_BLOCK_SIZE)||(0x00 != pGetSysInfoReq->BlockSelector))
//            {
//                pGetSysInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//                return sizeof(pGetSysInfoRes->CompletionCode);
//            }
//            pGetSysInfoRes->SysInfo.OSInfo.SetSelector  = pGetSysInfoReq->SetSelector;
//            resSize++;
//            if(pGetSysInfoReq->SetSelector==ZERO_SETSELECTOR)
//            {
//                LOCK_BMC_SHARED_MEM(BMCInst);
//                pGetSysInfoRes->SysInfo.OSInfo.OperatingSystemName[0]=BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.TypeOfEncoding_OSName;
//                pGetSysInfoRes->SysInfo.OSInfo.OperatingSystemName[1]=BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.StringLength_OSName;
//                _fmemcpy(&pGetSysInfoRes->SysInfo.OSInfo.OperatingSystemName[2], BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.OSName, MAX_STRING_LENGTH_COPY);
//                UNLOCK_BMC_SHARED_MEM(BMCInst);
//                resSize += MAX_BLOCK_SIZE;
//            }
//            else
//            {
//                LOCK_BMC_SHARED_MEM(BMCInst);
//                _fmemcpy(&pGetSysInfoRes->SysInfo.OSInfo.OperatingSystemName[0],
//                    &BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.OSName[(pGetSysInfoReq->SetSelector * MAX_BLOCK_SIZE) - 2],MAX_BLOCK_SIZE);
//                UNLOCK_BMC_SHARED_MEM(BMCInst);
//                resSize += MAX_BLOCK_SIZE;
//           }
//            
//            break;

//        default:
//            if(g_PDKHandle[PDK_GETSYSINFOPARAM] != NULL &&
//            (pGetSysInfoReq->ParamSelector >= 192 && pGetSysInfoReq->ParamSelector <= 255))
//            {
//                oem_len = ((int(*)(uint8_t, unsigned long*,int))(g_PDKHandle[PDK_GETSYSINFOPARAM]))(pGetSysInfoReq->ParamSelector, &oem_addr ,BMCInst);
//                if( oem_len == 0)
//                {
//                    pGetSysInfoRes->CompletionCode = CC_SYS_INFO_PARAM_NOT_SUPPORTED;
//                    return sizeof(uint8_t);
//                }
//                else
//                {
//                    //Acquire the OEM parameters
//                    if( oem_len < MSG_PAYLOAD_SIZE - sizeof(GetLanCCRev_T))
//                    {
//                        memcpy((char*)pGetSysInfoOEMRes + sizeof(GetSystemInfoParamOEMRes_T) ,\
//                                    (unsigned int*)oem_addr , oem_len);
//                    }
//                    else
//                    {
//                        pGetSysInfoRes->CompletionCode = CC_SYS_INFO_PARAM_NOT_SUPPORTED;
//                        return sizeof(uint8_t);
//                    }
//                    return sizeof(GetSystemInfoParamOEMRes_T) + oem_len;
//                }
//            }
//            else
//            {
//                pGetSysInfoRes->CompletionCode = CC_SYS_INFO_PARAM_NOT_SUPPORTED;
//                return sizeof(pGetSysInfoRes->CompletionCode);
//            }
//    }
//    /* return the size of the response */
//    return resSize;
//}

//int validatestring(uint8_t* String,int len,uint8_t TOE)
//{
//    int i,delimit = 0,strlen = 0;

//    for(i=0;i<len;i++)
//    {
//        if(String[i] == 0)
//        {
//            delimit++;
//        }
//        else
//        {
//            if(delimit != 0)
//            {
//                if(TOE == UNICODE)
//                {
//                    if(delimit == 2)
//                    {
//                        strlen = strlen + 2;
//                    }
//                    else
//                    {
//                        return -1;
//                    }
//                }
//                else
//                {
//                    if(delimit == 1)
//                    {
//                        strlen = strlen + 1;
//                    }
//                    else
//                    {
//                        return -1;
//                    }
//                }
//                delimit = 0;
//            }
//            strlen++;
//        }
//    }

//    return strlen;
//}

///*---------------------------------------
//* SetSystemInfoParam
//*---------------------------------------*/
//int
//SetSystemInfoParam ( uint8_t* pReq, uint8_t ReqLen,  uint8_t* pRes, int BMCInst)
//{
//     SetSystemInfoParamReq_T*	pSetSysInfoReq = ( SetSystemInfoParamReq_T*)pReq;
//     SetSystemInfoParamOEMReq_T*	pSetSysInfoOEMReq = ( SetSystemInfoParamOEMReq_T*)pReq;
//     SetSystemInfoParamRes_T*	pSetSysInfoRes = ( SetSystemInfoParamRes_T*)pRes;
//    BMCInfo_t *pBMCInfo = &g_BMCInfo[BMCInst];
//     SystemInfoConfig_T*	pSysInfoCfg;
//    uint8_t *pSetInProgress;
//    unsigned long oem_addr[2]={0};      // use oem_addr[1] as read-only/write-only flag
//    int size,strlen,len;
//    uint8_t OSName[MAX_OS_NAME_LENGTH] = {0};

//    //If the OEM parameter is existing, then skip the length check.
//    if(g_PDKHandle[PDK_SETSYSINFOPARAM] == NULL && (pSetSysInfoReq->ParamSelector < 192 )){
//        if( !( (SET_IN_PROGRESS_PARAM == pSetSysInfoReq->ParamSelector && ( ReqLen == ( sizeof(pSetSysInfoReq->ParamSelector) + sizeof(uint8_t) /* for Data */ ) )) ||
//    ( pSetSysInfoReq->ParamSelector < MAX_PARAM_SELECTOR && ReqLen == ( sizeof(pSetSysInfoReq->ParamSelector) + sizeof(uint8_t) /* for set Selector */ + MAX_BLOCK_SIZE))) )
//        {
//            pSetSysInfoRes->CompletionCode = CC_REQ_INV_LEN;
//            return sizeof(pSetSysInfoRes->CompletionCode);
//        }
//    }

//        pSetInProgress = &BMC_GET_SHARED_MEM(BMCInst)->m_Sys_SetInProgress;

//        pSetSysInfoRes->CompletionCode = CC_NORMAL;

//        /*Get NVRAM System Info Configuration parameters */
//        pSysInfoCfg = &pBMCInfo->SystemInfoConfig;

//    switch (pSetSysInfoReq->ParamSelector)
//    {
//        /*Parameter 0 volatile */
//        case SET_IN_PROGRESS_PARAM:
//            LOCK_BMC_SHARED_MEM(BMCInst);
//            /* If Request for Set In progress */
//            if(( SYS_INFO_SET_IN_PROGRESS == *pSetInProgress ) &&
//            ( SYS_INFO_SET_IN_PROGRESS == pSetSysInfoReq->SysInfo.SetInProgress ))
//            {
//                UNLOCK_BMC_SHARED_MEM(BMCInst);
//                /* Trying to SetinProgress when already in set*/
//                pSetSysInfoRes->CompletionCode = CC_SYS_INFO_SET_IN_PROGRESS ;
//                return sizeof(pSetSysInfoRes->CompletionCode);
//            } else if( SYS_INFO_COMMIT_WRITE == pSetSysInfoReq->SysInfo.SetInProgress )
//            {
//                /* Write SysInfoConfig to NVR */
//                FlushIPMI((uint8_t*)&pBMCInfo->SystemInfoConfig,(uint8_t*)&pBMCInfo->SystemInfoConfig,
//                                  pBMCInfo->IPMIConfLoc.SystemInfoConfigAddr,sizeof(SystemInfoConfig_T),BMCInst);
//                /* Write volatile data to the BMC Shared memory */
//                
//            } else if ( SYS_INFO_SET_COMPLETE == pSetSysInfoReq->SysInfo.SetInProgress )
//            {
//                //PMCONFIG_FILE(BMCInst,PMConfigFile);
//                /* Set it to set Complete */
//                *pSetInProgress = pSetSysInfoReq->SysInfo.SetInProgress;
//                FlushIPMI((uint8_t*)&pBMCInfo->SystemInfoConfig,(uint8_t*)&pBMCInfo->SystemInfoConfig,
//                                  pBMCInfo->IPMIConfLoc.SystemInfoConfigAddr,sizeof(SystemInfoConfig_T),BMCInst);
//            } else if ( SYS_INFO_SET_IN_PROGRESS != pSetSysInfoReq->SysInfo.SetInProgress )
//            {
//                UNLOCK_BMC_SHARED_MEM(BMCInst);
//                pSetSysInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//                return sizeof(pSetSysInfoRes->CompletionCode);
//            }

//            *pSetInProgress = pSetSysInfoReq->SysInfo.SetInProgress;
//            UNLOCK_BMC_SHARED_MEM(BMCInst);
//            break;

//            case SYS_FW_VERSION_PARAM:
//                
//                if(pSetSysInfoReq->SysInfo.SysVerInfo.SetSelector >= MAX_BLOCK_SIZE)
//                {
//                    pSetSysInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//                    return sizeof(pSetSysInfoRes->CompletionCode);
//                }
//                if(pSetSysInfoReq->SysInfo.SysNameInfo.SetSelector==ZERO_SETSELECTOR)
//                {
//                     if(pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[1]> MAX_FW_VER_LENGTH)
//                     {
//                        pSetSysInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//                        return sizeof(pSetSysInfoRes->CompletionCode);
//                     }
//                     if(pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[0] > MAX_TYPE_OF_ENCODING)
//                     {
//                         pSetSysInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//                         return sizeof(pSetSysInfoRes->CompletionCode);
//                     }
//                     memset(&pSysInfoCfg->SysFWVersion,0,sizeof(pSysInfoCfg->SysFWVersion));
//                     pSysInfoCfg->SysFWVersion.TypeOfEncoding=pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[0];
//                     pSysInfoCfg->SysFWVersion.StringLength=pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[1];
//                     /*First character should not be a delimiter*/
//                     if(pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[2] == 0x0 || ((pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[0] == UNICODE) && (pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[2] == 0x0 || pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[3] == 0x0)))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }
//                     strlen = validatestring(&pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[2],MAX_BLOCK_SIZE-2,pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[0]);
//                     if(strlen == -1 || (strlen > pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[1]) || ((pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[1] <= (MAX_BLOCK_SIZE - 2)) && strlen != pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[1]))
//                     {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                     }
//                     if(((MAX_BLOCK_SIZE -2) < pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[1]) && (strlen != (MAX_BLOCK_SIZE - 2)))
//                     {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                     }
//                     _fmemcpy(&pSysInfoCfg->SysFWVersion.SysFWVersionName[0],&pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[2], MAX_STRING_LENGTH_COPY);
//                     FlushIPMI((uint8_t*)&pBMCInfo->SystemInfoConfig,(uint8_t*)&pBMCInfo->SystemInfoConfig.SysFWVersion,
//                                                 pBMCInfo->IPMIConfLoc.SystemInfoConfigAddr,sizeof(SysFWVersion_T),BMCInst);
//                }
//                else
//                {
//                    _fmemcpy(&pSysInfoCfg->SysFWVersion.SysFWVersionName[(pSetSysInfoReq->SysInfo.SysVerInfo.SetSelector* MAX_BLOCK_SIZE) - 2], 
//                                                 &pSetSysInfoReq->SysInfo.SysVerInfo.SysFWVersion[0],MAX_BLOCK_SIZE); 
//                    len = ((pSetSysInfoReq->SysInfo.SysVerInfo.SetSelector* MAX_BLOCK_SIZE) + MAX_BLOCK_SIZE) - 2;
//                    strlen = validatestring(&pSysInfoCfg->SysFWVersion.SysFWVersionName[0],len,pSysInfoCfg->SysFWVersion.TypeOfEncoding);
//                    if(strlen == -1 || (strlen > pSysInfoCfg->SysFWVersion.StringLength))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }
//                    /*Check the String length*/
//                    if(((len < pSysInfoCfg->SysFWVersion.StringLength) && (len != strlen)) || ((len > pSysInfoCfg->SysFWVersion.StringLength) && (pSysInfoCfg->SysFWVersion.StringLength != strlen)))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }
//                    if((len == pSysInfoCfg->SysFWVersion.StringLength) && (pSysInfoCfg->SysFWVersion.StringLength != strlen))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }

//                    FlushIPMI((uint8_t*)&pBMCInfo->SystemInfoConfig,
//                                (uint8_t*)&pBMCInfo->SystemInfoConfig.SysFWVersion,pBMCInfo->IPMIConfLoc.SystemInfoConfigAddr,sizeof(SysFWVersion_T),BMCInst);
//                }
//                break;

//            case SYS_NAME_PARAM:
//                if(pSetSysInfoReq->SysInfo.SysNameInfo.SetSelector >= MAX_BLOCK_SIZE )
//                {
//                    pSetSysInfoRes->CompletionCode	= CC_INV_DATA_FIELD;
//                    return sizeof(pSetSysInfoRes->CompletionCode);
//                }
//                if(pSetSysInfoReq->SysInfo.SysNameInfo.SetSelector==ZERO_SETSELECTOR)
//                {
//                    if((pSetSysInfoReq->SysInfo.SysNameInfo.SysName[1] > MAX_SYS_NAME_LENGTH))
//                    {
//                        pSetSysInfoRes->CompletionCode	= CC_INV_DATA_FIELD;
//                        return sizeof(pSetSysInfoRes->CompletionCode);
//                    }
//                    if(pSetSysInfoReq->SysInfo.SysNameInfo.SysName[0]>MAX_TYPE_OF_ENCODING)
//                    {
//                        pSetSysInfoRes->CompletionCode	= CC_INV_DATA_FIELD;
//                        return sizeof(pSetSysInfoRes->CompletionCode);
//                    }
//                    memset(&pSysInfoCfg->SysName,0,sizeof(pSysInfoCfg->SysName));
//                    pSysInfoCfg->SysName.TypeOfEncoding_Sys_Name=pSetSysInfoReq->SysInfo.SysNameInfo.SysName[0];
//                    pSysInfoCfg->SysName.StringLength_Sys_Name=pSetSysInfoReq->SysInfo.SysNameInfo.SysName[1];

//                     /*First character should not be a delimiter*/
//                     if(pSetSysInfoReq->SysInfo.SysNameInfo.SysName[2] == 0x0 || ((pSetSysInfoReq->SysInfo.SysNameInfo.SysName[0] == UNICODE) && (pSetSysInfoReq->SysInfo.SysNameInfo.SysName[2] == 0x0 || pSetSysInfoReq->SysInfo.SysNameInfo.SysName[3] == 0x0)))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }

//                    strlen = validatestring(&pSetSysInfoReq->SysInfo.SysNameInfo.SysName[2],MAX_BLOCK_SIZE-2,pSetSysInfoReq->SysInfo.SysNameInfo.SysName[0]);
//                    if(strlen == -1 || (strlen > pSetSysInfoReq->SysInfo.SysNameInfo.SysName[1]) || ((pSetSysInfoReq->SysInfo.SysNameInfo.SysName[1] <= (MAX_BLOCK_SIZE - 2)) && strlen != pSetSysInfoReq->SysInfo.SysNameInfo.SysName[1]))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }
//                     if(((MAX_BLOCK_SIZE -2) < pSetSysInfoReq->SysInfo.SysNameInfo.SysName[1]) && (strlen != (MAX_BLOCK_SIZE - 2)))
//                     {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                     }

//                    _fmemcpy(&pSysInfoCfg->SysName.SystemName[0], &pSetSysInfoReq->SysInfo.SysNameInfo.SysName[2],MAX_STRING_LENGTH_COPY);
//                    FlushIPMI((uint8_t*)&pBMCInfo->SystemInfoConfig,(uint8_t*)&pBMCInfo->SystemInfoConfig.SysName,
//                                            pBMCInfo->IPMIConfLoc.SystemInfoConfigAddr,sizeof(SysName_T),BMCInst);
//                }
//                else
//                {
//                    _fmemcpy(&pSysInfoCfg->SysName.SystemName[(pSetSysInfoReq->SysInfo.SysNameInfo.SetSelector* MAX_BLOCK_SIZE) - 2],
//                                    &pSetSysInfoReq->SysInfo.SysNameInfo.SysName,MAX_BLOCK_SIZE);
//                    len = ((pSetSysInfoReq->SysInfo.SysNameInfo.SetSelector* MAX_BLOCK_SIZE) + MAX_BLOCK_SIZE) - 2;
//                    strlen = validatestring(&pSysInfoCfg->SysName.SystemName[0],len,pSysInfoCfg->SysName.TypeOfEncoding_Sys_Name);
//                    if(strlen == -1 || (strlen > pSysInfoCfg->SysName.StringLength_Sys_Name))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }
//                    /*Check the String length*/
//                    if(((len < pSysInfoCfg->SysName.StringLength_Sys_Name) && (len != strlen)) || ((len > pSysInfoCfg->SysName.StringLength_Sys_Name) && (pSysInfoCfg->SysName.StringLength_Sys_Name != strlen)))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }
//                    if((len == pSysInfoCfg->SysName.StringLength_Sys_Name) && (pSysInfoCfg->SysName.StringLength_Sys_Name != strlen))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }

//                    FlushIPMI((uint8_t*)&pBMCInfo->SystemInfoConfig,(uint8_t*)&pBMCInfo->SystemInfoConfig.SysName, 
//                                pBMCInfo->IPMIConfLoc.SystemInfoConfigAddr,sizeof(SysName_T),BMCInst);
//                }
//                break;

//            case PRIM_OS_NAME_PARAM:
//                if(pSetSysInfoReq->SysInfo.PrimOSInfo.SetSelector >= MAX_BLOCK_SIZE )
//                {
//                    pSetSysInfoRes->CompletionCode = CC_INV_DATA_FIELD;
//                    return sizeof(pSetSysInfoRes->CompletionCode);
//                }
//                if(pSetSysInfoReq->SysInfo.PrimOSInfo.SetSelector==ZERO_SETSELECTOR)
//                {
//                    if((pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[1] > MAX_PRIM_OS_NAME_LENGTH))
//                    {
//                        pSetSysInfoRes->CompletionCode	= CC_INV_DATA_FIELD;
//                        return sizeof(pSetSysInfoRes->CompletionCode);
//                        
//                    }
//                    if(pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[0]>MAX_TYPE_OF_ENCODING)
//                    {
//                        pSetSysInfoRes->CompletionCode	= CC_INV_DATA_FIELD;
//                        return sizeof(pSetSysInfoRes->CompletionCode);
//                    }
//                    memset(&pSysInfoCfg->PrimaryOSName,0,sizeof(pSysInfoCfg->PrimaryOSName));
//                    pSysInfoCfg->PrimaryOSName.TypeOfEncoding_PrimaryOSName=pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[0];
//                    pSysInfoCfg->PrimaryOSName.StringLength_PrimaryOSName=pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[1];

//                     /*First character should not be a delimiter*/
//                     if(pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[2] == 0x0 || ((pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[0] == UNICODE) && (pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[2] == 0x0 || pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[3] == 0x0)))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }

//                    strlen = validatestring(&pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[2],MAX_BLOCK_SIZE-2,pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[0]);
//                    if(strlen == -1 || (strlen > pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[1]) || ((pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[1] <= (MAX_BLOCK_SIZE - 2)) && strlen != pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[1]))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }
//                     if(((MAX_BLOCK_SIZE -2) < pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[1]) && (strlen != (MAX_BLOCK_SIZE - 2)))
//                     {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                     }

//                    _fmemcpy(&pSysInfoCfg->PrimaryOSName.PrimaryOperatingSystemName[0], &pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName[2], MAX_STRING_LENGTH_COPY);
//                    FlushIPMI((uint8_t*)&pBMCInfo->SystemInfoConfig,(uint8_t*)&pBMCInfo->SystemInfoConfig.PrimaryOSName,
//                                                    pBMCInfo->IPMIConfLoc.SystemInfoConfigAddr,sizeof(PrimaryOSName_T),BMCInst);
//                }
//                else
//                {
//                    _fmemcpy(&pSysInfoCfg->PrimaryOSName.PrimaryOperatingSystemName[(pSetSysInfoReq->SysInfo.PrimOSInfo.SetSelector * MAX_BLOCK_SIZE) - 2],
//                                            &pSetSysInfoReq->SysInfo.PrimOSInfo.PrimaryOSName, MAX_BLOCK_SIZE);
//                    len = ((pSetSysInfoReq->SysInfo.PrimOSInfo.SetSelector* MAX_BLOCK_SIZE) + MAX_BLOCK_SIZE) - 2;
//                    strlen = validatestring(&pSysInfoCfg->PrimaryOSName.PrimaryOperatingSystemName[0],len,pSysInfoCfg->PrimaryOSName.TypeOfEncoding_PrimaryOSName);
//                    if(strlen == -1 || (strlen > pSysInfoCfg->PrimaryOSName.StringLength_PrimaryOSName))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }
//                    /*Check the String length*/
//                    if(((len < pSysInfoCfg->PrimaryOSName.StringLength_PrimaryOSName) && (len != strlen)) || ((len > pSysInfoCfg->PrimaryOSName.StringLength_PrimaryOSName) && (pSysInfoCfg->PrimaryOSName.StringLength_PrimaryOSName != strlen)))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }
//                    if((len == pSysInfoCfg->PrimaryOSName.StringLength_PrimaryOSName) && (pSysInfoCfg->PrimaryOSName.StringLength_PrimaryOSName != strlen))
//                    {
//                        *pRes = CC_INV_DATA_FIELD;
//                        return sizeof(uint8_t);
//                    }

//                    FlushIPMI((uint8_t*)&pBMCInfo->SystemInfoConfig,
//                                (uint8_t*)&pBMCInfo->SystemInfoConfig.PrimaryOSName,pBMCInfo->IPMIConfLoc.SystemInfoConfigAddr,sizeof(PrimaryOSName_T),BMCInst);
//                }
//                break;

//        case OS_NAME_PARAM:		
//            /*Parameter 4 volatile*/
//            if(pSetSysInfoReq->SysInfo.OSInfo.SetSelector >= MAX_BLOCK_SIZE )
//            {
//                pSetSysInfoRes->CompletionCode	= CC_INV_DATA_FIELD;
//                return sizeof(pSetSysInfoRes->CompletionCode);
//            }
//            if(pSetSysInfoReq->SysInfo.OSInfo.SetSelector==ZERO_SETSELECTOR)
//            {
//                if(pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[1] > MAX_OS_NAME_LENGTH)
//                {
//                    pSetSysInfoRes->CompletionCode	= CC_INV_DATA_FIELD;
//                    return sizeof(pSetSysInfoRes->CompletionCode);
//                }
//                if(pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[0] > MAX_TYPE_OF_ENCODING)
//                {
//                    pSetSysInfoRes->CompletionCode	= CC_INV_DATA_FIELD;
//                    return sizeof(pSetSysInfoRes->CompletionCode);
//                }

//                 /*First character should not be a delimiter*/
//                 if(pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[2] == 0x0 || ((pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[0] == UNICODE) && (pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[2] == 0x0 || pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[3] == 0x0)))
//                {
//                    *pRes = CC_INV_DATA_FIELD;
//                    return sizeof(uint8_t);
//                }

//                strlen = validatestring(&pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[2],MAX_BLOCK_SIZE-2,pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[0]);
//                if(strlen == -1 || (strlen > pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[1]) || ((pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[1] <= (MAX_BLOCK_SIZE - 2)) && strlen != pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[1]))
//                {
//                    *pRes = CC_INV_DATA_FIELD;
//                    return sizeof(uint8_t);
//                }
//                 if(((MAX_BLOCK_SIZE -2) < pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[1]) && (strlen != (MAX_BLOCK_SIZE - 2)))
//                 {
//                    *pRes = CC_INV_DATA_FIELD;
//                    return sizeof(uint8_t);
//                 }

//                memset(&BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName,0,sizeof(OSName_T));
//                LOCK_BMC_SHARED_MEM(BMCInst);
//                BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.TypeOfEncoding_OSName=pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[0];
//                BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.StringLength_OSName=pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[1];
//                _fmemcpy(&BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.OSName, &pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName[2], 
//                                                      MAX_STRING_LENGTH_COPY);
//                UNLOCK_BMC_SHARED_MEM (BMCInst);
//            }
//            else
//            {
//                LOCK_BMC_SHARED_MEM(BMCInst);
//                _fmemcpy(&OSName[0],&BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.OSName[0],MAX_OS_NAME_LENGTH);
//                _fmemcpy(&OSName[(pSetSysInfoReq->SysInfo.OSInfo.SetSelector * MAX_BLOCK_SIZE) - 2],&pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName,MAX_BLOCK_SIZE);
//                len = ((pSetSysInfoReq->SysInfo.OSInfo.SetSelector* MAX_BLOCK_SIZE) + MAX_BLOCK_SIZE) - 2;
//                strlen = validatestring(&OSName[0],len,BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.TypeOfEncoding_OSName);
//                if(strlen == -1 || (strlen > BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.StringLength_OSName))
//                {
//                    *pRes = CC_INV_DATA_FIELD;
//                    UNLOCK_BMC_SHARED_MEM(BMCInst);
//                    return sizeof(uint8_t);
//                }
//                /*Check the String length*/
//                if(((len < BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.StringLength_OSName) && (len != strlen)) || ((len > BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.StringLength_OSName) && (BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.StringLength_OSName != strlen)))
//                {
//                    *pRes = CC_INV_DATA_FIELD;
//                    return sizeof(uint8_t);
//                }
//                if((len == BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.StringLength_OSName) && (BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.StringLength_OSName != strlen))
//                {
//                    *pRes = CC_INV_DATA_FIELD;
//                    return sizeof(uint8_t);
//                }

//                _fmemcpy(&(BMC_GET_SHARED_MEM(BMCInst)->OperatingSystemName.OSName[(pSetSysInfoReq->SysInfo.OSInfo.SetSelector * MAX_BLOCK_SIZE) - 2]),
//                                                                &pSetSysInfoReq->SysInfo.OSInfo.OperatingSystemName,MAX_BLOCK_SIZE);
//                UNLOCK_BMC_SHARED_MEM (BMCInst);
//            }
//            break;

//        default:
//            if(g_PDKHandle[PDK_SETSYSINFOPARAM] != NULL &&
//               (pSetSysInfoReq->ParamSelector >= 192 && pSetSysInfoReq->ParamSelector <= 255))
//            {
//                oem_addr[0] = (unsigned long)((char*)pSetSysInfoOEMReq + sizeof(SetSystemInfoParamOEMReq_T));
//                size = ((int(*)(uint8_t, unsigned long*,int))(g_PDKHandle[PDK_SETSYSINFOPARAM]))(pSetSysInfoReq->ParamSelector, oem_addr ,BMCInst);
//                if(size <= 0)
//               {
//                    switch (oem_addr[1]) {
//                    case CC_SYS_INFO_READ_ONLY_PARAM:
//                        pSetSysInfoRes->CompletionCode = CC_SYS_INFO_READ_ONLY_PARAM;
//                        break;
//                    default:
//                        pSetSysInfoRes->CompletionCode = CC_PARAM_NOT_SUPPORTED;
//                    }
//                }
//                else
//                {
//                    pSetSysInfoRes->CompletionCode = CC_SYS_INFO_PARAM_NOT_SUPPORTED;
//                    return sizeof(pSetSysInfoRes->CompletionCode);
//                }
//            }
//    }
//    return sizeof(pSetSysInfoRes->CompletionCode);
//}

#endif  /* APP_DEVICE */