///******************************************************************
// ******************************************************************
// ***                                                                                                           **
// ***    (C)Copyright 2005-2006, American Megatrends Inc.                            **
// ***                                                                                                           **
// ***    All Rights Reserved.                                                                          **
// ***                                                                                                           **
// ***    5555 , Oakbrook Pkwy, Norcross,                                                       **
// ***                                                                                                           **
// ***    Georgia - 30093, USA. Phone-(770)-246-8600.                                  **
// ***                                                                                                           **
// ******************************************************************
// ******************************************************************
// ******************************************************************
// *
// * IPMIConf.h
// * IPMI related configurations
// *
// *  Author: Winston <winstonv@amiindia.co.in>
// ******************************************************************/
// #ifndef _IPMIConf_H
// #define _IPMIConf_H
// #include "Types.h"
//// #include "OSPort.h"
// #include "PMConfig.h"
// #include "Session.h"
//// #include "SensorMonitor.h"
// #include "LANIfc.h"
// #include "SharedMem.h"
// #include "IPMI_SDR.h"
// #include "IfcSupport.h"
// #include "MsgHndlr.h"
//// #include "hal_defs.h"
////#include "PDKFRU.h"
// #include "RMCP+.h"
// #include "UDSIfc.h"
// #include "PEFTmr.h"
// #include "IPMI_SEL.h"
// #include "Terminal.h"
// #include "SerialIfc.h"
// #include <semaphore.h>
// #include "IPMI_AMISmtp.h"
//// #include "hal_api.h"
// #include "SDRRecord.h"
//// #include "featuredef.h"
// #include "SELRecord.h"
//#include "bmc_type.h"
//
//
//#define	OEM_ENV_SIZE 			(0x10000 - sizeof(unsigned long))
//#define	MAINTLOG_BASE_ADDR		(0x01800000)
//#define	LOG_BLOCK_SIZE		(65536)	//64K
//#define 	RUNLOG_BASE_ADDR	(0x01800000 + 65536*50)
//
////GPIO define
//
////slot ID
//#define GPIO_GA0					16	//GPIOC0
//#define GPIO_GA1					17	//GPIOC1
//#define GPIO_GA2					18	//GPIOC2
//#define GPIO_GA3					19	//GPIOC3
//#define GPIO_GA4					20	//GPIOC4
//
//#define MAX_PLATFORMID_SIZE 20
//#define MAX_DYNMC_TBL_COUNT 50
//#define MAX_MGMT_DEV_LOC_REC 1
//
//#define MAX_SOL_DATA_SIZE 248
//#define MAX_SEN_NAME_SIZE 64
//#define MAXFILESIZE 0x64
//#define MAXDIRSIZE 0x64
//#define MAX_HMAC_BUF_SIZE                   128
//#define	IPMI_CONFIG_FILE	"/conf/BMC/IPMI.conf"
// #define   MAX_IPMI_IFCQ 256
// #define   IPMI_IFC_NAME_LEN   60
// #define   IFCENABLED       0x1
// #define   IFCDISABLED     0x0
// #define   CH_NOT_USED   0xFF
// #define MAX_NUM_CHANNELS		0xc
//#define PRIMARY_IPMB_CHANNEL_TYPE 0x00
//#define SMLINK_IPMB_CHANNEL_TYPE    0x04
//#define ICMB_CHANNEL_TYPE                   0x05
//#define SMBUS_CHANNEL_TYPE                0x06
//#define SERIAL_CHANNEL_TYPE                0x07
//#define SMM_CHANNEL_TYPE                    0x08
//#define LAN_RMCP_CHANNEL4_TYPE       0x09
//#define SYS_CHANNEL_TYPE                     0x0f
//#define USB_CHANNEL			0x0B
//#define SYS_IFC_CHANNEL			0x0F
//#define PRIMARY_IPMB_CHANNEL		0x00
//#define MAX_IFC_NAME                          16
//#define LAN1_INDEX 0
//#define LAN2_INDEX 1
//#define LAN3_INDEX 2
//#define LAN4_INDEX 3
//#define MAX_SYMSEC_SIZE 256
//#define NM_PRIMARY_IPMB_BUS   0
//#define NM_SECONDARY_IPMB_BUS 1
//#define MAX_IPMI_CONFIG_MAPS   64
//#define MAX_IPMI_IFC_COUNT  20
//
//#define MAX_SIZE_KEY 56		/* For Blowfish Encryption Algorithm, the key can have maximum of 56 bytes. */
//
//#define GET_LIB_META_INFO_SYMBOL "GetLibMetaInfo"
//#define SOL_SEND_BUF  0x00
//#define SOL_RECV_BUF  0x01
//#define  MANUAL_OFFSETS  "Etc"
//
//#define FLUSH_INI_DELETE_DAT 0xFF
//#define FLUSH_TO_INI_ALONE 0xFE
//#define FLUSH_OEM_CONFIGS_TO_INI 0xE0
////Note:- action parameter 0xE0 to 0xEF are used for flushing oem configs to ini
////Oems can make use of different action parameter to flush particular oem configurations
//
//typedef struct {
//	INT8U	ast2400InitErrFlag; 
//	INT8U	destroySSD;
//	INT8U destroySSD_sure;
//	INT8U	EEPROM_Busy;
//	INT8U ManualDuty;
//}PACKED OEM_FLAGS_T;
//
//typedef	struct {
//	unsigned long	crc;		// CRC32 over data bytes
//	unsigned char	data[OEM_ENV_SIZE]; // Environment data	
//} PACKED oem_env_t;
//
//typedef enum
//{
//	SUCCESS	=	0,
//	DRIVER_INIT_ERR,
//	FILE_SYS_INIT_ERR,
//	MEM_INIT_ERR,
//	TASK_INIT_ERR,
//	UNKNOWN_ERR
//} OEM_AST2400_INIT_ERR;
//
//typedef enum
//{
//    LAN_SESSION_TYPE=1,
//    SERIAL_SESSION_TYPE,
//    SERIAL_TERMINAL_SESSION_TYPE,
//    KCS_SESSION_TYPE,
//    BT_SESSION_TYPE,
//    IPMB_SESSION_TYPE,
//    UDS_SESSION_TYPE,
//    USB_SESSION_TYPE,
//}IPMI_SESSIONTYPE;
//
//
///*---------------------- Local typedefs --------------------------*/
///* For storing the  management controller owner id to enable event */
//typedef struct
//{
//    INT8U   OWNERID;
//    INT16U  PowerNotification;
//    BOOL  Status;
//
//} PACKED  Mgmt_T;
//
//typedef struct
//{
//    INT8U   SensorNum;
//    INT8U   SensorTypeCode;
//    INT8U   LowerNonCritical;
//    INT8U   LowerCritical;
//    INT8U   LowerNonRecoverable;
//    INT8U   UpperNonCritical;
//    INT8U   UpperCritical;
//    INT8U   UpperNonRecoverable;
//
//} PACKED SensorThresholds;
//typedef struct
//{
//    int       buf_size;
//    int       head;
//    int       tail;
//    int       is_full;
//    INT8U*  p_buf;
//
//}PACKED RingBuf_T;
//
//typedef struct
//{
//    int BMCInst;
//    int Len;
//    char* Argument;
//}PACKED BMCArg;
//
///*
//typedef struct
//{
//    INT8S IfcName[IPMI_IFC_NAME_LEN];
//    HQueue_T IfcQ;
//}PACKED IPMIQueue_T;
//*/
//
//typedef void (*pThreadFn_T) (pthread_t ThrdID);
//
//typedef struct
//{
//    INT8S IfcName[IPMI_IFC_NAME_LEN];
//    pThreadFn_T      ThreadFn;
//}PACKED ThreadPriority_T;
//
//typedef struct
//{
//    INT8U *pFlag;
//    CHAR   SectionName[50];
//}PACKED FlagInit_T;
//
//
//typedef struct
//{
//    INT8S SectionName[MAX_SYMSEC_SIZE];
//    INT8S SymbolName[MAX_SYMSEC_SIZE];
//    INT8S IFCString[MAX_STR_LENGTH];
//    INT8U ModuleType;
//    INT8U Arg_NetFn;
//    INT8U GroupExtCode;
//    void* PrivateStore;
//}PACKED IPMILibMetaInfo_T;
//
///*
//typedef struct
//{
//    INT8U SendMsgTimeout;
//    INT8U SessionTimeOut;
//    INT8U SOLSessionTimeOut;
//    INT8U PrimaryIPMBBusNumber;
//    INT8U SecondaryIPMBBusNumber;
//    INTU ChassisTimerInterval;
//    INT8U EEPROMBusNum;
//    INT8U AlterPreConfiguredEntries;
//    INT8U ChassisInterruptSupport ;
//    INT8U InterruptSensorHandling;
//    INT8U EventsForRearm ;
//    char *pSOLPort;
//    char *pSerialPort;
//    INT8U MaxSession;
//    INT8U SDRAllocationSize;
//    INT8U SELAllocationSize;
//    INT8U BMCSlaveAddr;
//    INT8U MaxUsers;
//    INT8U MaxChUsers;
//    INT8U PrimaryIPMBSupport ;
//    INT8U SMMIfcSupport ;
//    INT8U SerialIfcSupport ;
//    INT8U SerialTerminalSupport;
//    INT8U LANIfcSupport ;
//    INT8U KCS1IfcSupport ;
//    INT8U KCS2IfcSupport ;
//    INT8U KCS3IfcSuppport ;
//    INT8U SYSIfcSupport;
//    INT8U SMBUSIfcSupport;
//    INT8U ICMBIfcSupport ;
//    INT8U SecondaryIPMBSupport ;
//    INT8U MaxLanChannel ;
//    INT8U KCSSMMChannel;
//    INT8U USBIfcSupport ;
//    INT8U SOLIfcSupport ;
//    INT8U APMLSupport;
//    INT8U DCMISupport ;
//    INT8U HPMSupport;
//    INT8U OPMASupport;
//    INT8U GrpExtnSupport ;
//    INT8U CardInFlashMode ;
//    INT8U VLANIfcSupport;
//    INT8U UDSIfcSupport;
//    INT8U LinkDownResilentSupport;
//    INT8U RearmSetSensorThreshold;
//    INT8U APMLBusNumber;
//    INT8U PrimaryIPMBAddr;
//    INT8U SecondaryIPMBAddr;
//    INT8U BTIfcSupport;
//    INT8U ChassisTimerSupport;
//    INT8U IPMIFirewallSupport;
//    INT8U InternalPwrGoodMonitoring;
//} IPMIConfig_T;
//*/
//
//
//typedef struct
//{
//    INT8U     MatchedEventSeverity;
//    INT8U     AlertStr[ALERT_STR_MAX_BLOCKS* ALERT_STR_BLOCK_SIZE];
//    INT16U   LANAlertSequence; /**< Contains Event severity from PEF configuration */
//    INT32U         SpecificTrap; /* SNMP Specific Trap field */
//    PEFTmrMgr_T    PEFTmrMgr;
//    INT16U LastProcessedIDs[MAX_DEFERRED_ALERTS];
//    pthread_mutex_t PEFSharedMemMutex;
//} PEF_T;
//
//typedef struct
//{
//    INT16U DCMISamplingTimer;
//    INT16U DCMITimer;
//    INT16U DCMICurrentPower;
//    INT16U DCMIMinPower;
//    INT16U DCMIMaxPower;
//    INT16U DCMIPrevPower;
//    INT16U DCMIAvgPower;
//    int FirstSample;
//    INT8U   DCMIThermalTimer;
//    INT8U   DCMIThermalFirstSample;
//    INT8U   DCMICurrTempReading[MAX_TEMP_INSTANCE];
//}DCMI_T;
//
//typedef struct
//{
//    INT16U  SelReservationID;
//    INT32U  LastEvtTS;
//    INT8U    SELLimit;
//    INT16U  PartialAddRecordID;
//    INT8U    PartialAddRecOffset;
//    INT8U    PartialAdd;
//    INT8U    SenMonSELFlag;
//    INT16U  MaxSELRecord;
//    INT8U    RsrvIDCancelled;
//    BOOL SELOverFlow;
//    SELEventRecord_T  SelPartialAddRecord;
//    INT8U SELEventMsg [16];
//    int selalmostfull;
//    pthread_mutex_t SELMutex;
//} SEL_T;
//
//typedef struct
//{
//    INT8U     SDRError;
//    BOOL      UpdatingSDR;
//    INT8U     UpdatingChannel;
//    SDRRepositoryAllocInfo_T    RepositoryAllocInfo;
//    SDRRepositoryInfo_T       RepositoryInfo;
//    INT8U   TrackPOffset;
//    INT16U  TrackRecID;
//    INT16U  ReservationID;
//    INT8U IPMB_Seqnum;
//    INT8U     PartAddbytes;
//    INT16U LatestRecordID;
//    INT16U NumMarkedRecords;
//    SDRRepository_T*   SDRRAM;
//    pthread_mutex_t SDRMutex;
//} SDR_T;
///*
//typedef struct
//{
//    INT8U    IPMBBusNum;
//    INT8S    IPMBBusName[64];
//    int  IPMBSlaveFd;
//    int  IPMBMasterFd;
//    INT8U	m_IPMBSeqNo;
//
//} IPMB_T;
//*/
//typedef struct
//{
//	INT8U   SerialPkt [MAX_SERIAL_PKT_SIZE];
//	INT16U  SerialPktIx;
//	INT16U  SerialPktLen;
//	INT8U   CurState;
//	INT8U   PrevByteEsc;
//	INT8U   CurMode;
//	int     serial_fd;
//    INT32U  SerialSessionID;
//	INT8U   SerialSessionActive;
//    INT32U  TerminalSessionID;
//    INT8U   SessionActivated;
//	INT8U   TerminalPkt [MAX_SERIAL_PKT_SIZE];
//	INT8U   TerminalPktIx;
//	INT8U   TerminalIfc;
//	BOOL    ErrCode;
//	INT8U   ErrIndex;
//    INT8U   TCurState;
//	INT8U   TPrevByteEsc;
//	INT8U   CursorPos;
//    int     terminal_fd;
//    INT8U   CurSwitchDir; //should sync in PDK_SwitchEMPMux, record the status of UART switch, MUX_2_BMC, MUX_2_SYS.
//}SERIAL_T;
//
//typedef struct
//{
//    INT8U   GratArpCnt;
//    INT8U   ArpSuspendReq;
//    INT8U   SetInProgress;
//    INT8U   TmrSet;
//    INT8U   SelfTestByte;
//    INT8U   ManufacturingTestOnMode;
//    INT8U   WarmReset;
//    INT8U   ColdReset;
//    INT8U   BBlk;
//    INT8U   ChassisControl; // = 0xFF;
//    INT8U   ChassisIdentify;
//    INT32U  ChassisIdentifyTimeout;
//    INT8U   ChassisIdentifyForce;
//    INT8U   FireWallRequired;// = TRUE;  //This Flag decides if firewall required on a specific channnel.
//    //INT8U   CurKCSIfcNum;
//    //INT8U   CurSessionType;
//    //INT8U   MsgHndlrTblSize; // = 7;
//    //INT8U   GroupExtnMsgHndlrTblSize;// = 0;
//    //INT8U   TimerTaskTblSize;// = 7;
//
//} MSGHNDLR_T;
//
//typedef struct
//{
//    INT8U NMSupport;
//    INT8U NM_IPMBBus;
//    INT8U NMDevSlaveAddress;
//}NMInfo_T;
//
//typedef struct
//{
//    INT8U   TmrSet;
//}WDT_T;
//
//typedef struct
//{
//    INT16U NumThreshSensors;
//    INT16U NumNonThreshSensors;
//    int MonitorBusy;//=0;
//    INT16U SensorMonitorLoopCount;
//    bool  InitAgentRearm; // = FALSE;
//    INT16U ValidSensorCnt;
//    INT16U ValidSensorList[MAX_SENSOR_NUMBERS];
//    HealthState_T  HealthState;
//    INT32U PowerOnTick;
//    INT32U SysResetTick;
//    
//} SENSOR_T;
//
//typedef struct
//{
//    volatile int    cts;
//    int             sol_fd ;
//    INT32U          cur_tick  ;
//    INT8U           sol_retry ;
//    INT8U			sol_ack_to_ticks;
//    INT8U			send_char_threshold ;
//    INT8U			send_char_timeout;
//    int             SOLSessionActive;
//    int	            activate_sol;
//    int		        is_sending ;
//    INT8U	        send_seq_num ;
//    INT8U	        sent_char_count;
//    INT32U	        last_sent_tick;
//    INT32U	        first_byte_received_tick;
//    int             retry   ;
//    INT8U           MSVTEsc; /* contains escape bytes */
//     INT8U recv_seq_num      ;
//    INT8U recv_char_count   ;
//    int   last_packet_nack    ;
//    int   send_ack        ;
//    INT8U ack_seq_num     ;
//    INT8U   SOLBuf [MAX_SOL_DATA_SIZE + 4 + sizeof (LANRMCPPkt_T) + sizeof (SessionHdr2_T) + 32 + 100];
//    int StopReadingSerialData;
//    RingBuf_T  m_buf [2];
//} SOL_T;
//
//typedef struct
//{
//    INT8S ifname[MAX_IFC_NAME];
//    INT8U Chtype;
//    INT8U Enabled;
//    INT8U Chnum;
//    INT8U Ethindex;
//    INT8U Up_Status;
//
//}LANIFCConfig_T;
//
//
//typedef struct
//{
//    SOCKET		UDPSocket[MAX_LAN_CHANNELS];
//    INT8U		WaitCount;
//    INT8U               UDPChannel[MAX_LAN_CHANNELS];
//    INT8U               TCPChannel[MAX_LAN_CHANNELS];
//    INT8U               VLANChannel[MAX_LAN_CHANNELS];
//    SOCKET		VLANUDPSocket[MAX_LAN_CHANNELS];
//    SOCKET              VLANTCPSocket[MAX_LAN_CHANNELS];
//    INT16U		VLANID[MAX_LAN_CHANNELS];
//    int			VLANIFcheckFlag[MAX_LAN_CHANNELS];
//    int                     LANIFcheckFlag[MAX_LAN_CHANNELS];
//    SOCKET		TCPSocket[MAX_LAN_CHANNELS];
//    INT32U DeleteThisLANSessionID;
//    MsgPkt_T     MsgReq;
//    MsgPkt_T     MsgRes;
//    INT8U HmacInBuf [MAX_HMAC_BUF_SIZE];
//    INT8U SIK [SESSION_INTEGRITY_KEY_SIZE];
//    HQueue_T  hVLANIfc_Info_Q;
//    HQueue_T hLANMon_Q;
//    INT8U g_ethindex;   /*ethindex which is used in pend task.*/
//}LAN_T;
//
//typedef struct
//{
//  fd_set cfdread;
//  SOCKET UDSSocket;
//  HQueue_T UDSMon_Q;
//}UDS_T;
//
//typedef struct
//{
//    INT8U		total_frus;
//    INT8U       FRUInfo[MAX_PDK_FRU_SUPPORTED];
//    FRUInfo_T	*m_FRUInfo[MAX_PDK_FRU_SUPPORTED];
//    pthread_mutex_t FRUMutex;
//}FRU_T;
//
//typedef struct
//{
//    INT32U CurTimerTick;
//    INT32U BootValidTimerTick;
//    INT32U MinutesTick;
//}Timer_T;
//
//typedef struct
//{
//    INT32U UserInfoAddr;
//    INT32U DcmicfgAddr;
//    INT32U WDTDATAddr;
//    INT32U PEFConfigAddr;
//    INT32U ChassisConfigAddr;
//    INT32U SMConfigAddr;
//    INT32U BridgeMgmtAddr;
//    INT32U SystemInfoConfigAddr;
//    INT32U LANCfsAddr;
//    INT32U RMCPPlusAddr;
//    INT32U SOLCfgAddr;
//    INT32U FFCmdConfigTblAddr;
//    INT32U OPMAConfigAddr;
//    INT32U SmtpConfigAddr;
//    INT32U GenConfigAddr;
//    INT32U ChConfigAddr;
//    INT32U TriggerEventAddr;
//    INT32U LoginAuditCfgAddr;
//    INT32U AMIConfigAddr;
//    INT32U IPMIConfLocAddr;
//    INT32U SSIConfigAddr;
//    INT32U VersionConfigAddr;
//    INT32U EncUserPasswdAddr;
//    INT32U LANIFCConfigAddr;
//    INT32U BONDConfigAddr;
//    INT32U PEFRecordDetailsConfigAddr;
//}PACKED IPMICfgLoc_T;
//
//typedef int(*flushini)(int);
//typedef int(*flushchini)(int,int);
//
//typedef struct
//{
//
//    INT8U *IniconfigAddr;
//
//    flushini Flushini_Hndl;
//    flushchini Flushchini_Hndl;
//    INT8U Index;
//}PACKED IPMIConfigMap_T;
//
///* The CDF(Configuration Device File) related structures configured using MDS should be 
//     maintained in top of BMCInfo_t structure. The IPMI configuration version is maintained in
//     IPMI_CONFIG_VERSION macro and the version number should be incremented in counts
//     of '1' whenever there are changes in CDF files used in MDS and  in CDF related structures */
///*
//typedef struct
//{
//    VersionConfig_T VersionConfig;  //CDF structure
//    ChassisConfig_T     ChassisConfig;   //CDF structure
//    BridgeMgmtSHM_T     BridgeMgmt;   //CDF structure
//    UserInfo_T UserInfo[MAX_USER_CFG_MDS];  //CDF structure
//    WDTConfig_T         WDTConfig;       //CDF structure
//    PEFConfig_T         PEFConfig;          //CDF structure
//    SMConfig_T SMConfig;                    //CDF structure
//    SystemInfoConfig_T   SystemInfoConfig;      //CDF structure
//    LANConfig_T         LANCfs[MAX_LAN_CHANNELS];       //CDF structure
//    RMCPPlus_T          RMCPPlus[MAX_LAN_CHANNELS];     //CDF structure
//    SOLConfig_T         SOLCfg[MAX_LAN_CHANNELS];       //CDF structure
//    FFCmdConfigTbl_T    FFCmdConfigTbl [MAX_FF_CMD_CFGS];   //CDF structure
//    OPMA_Config_T  OPMAConfig;          //CDF structure
//    Smtp_Config_T SmtpConfig[MAX_LAN_CHANNELS];     //CDF structure
//    GENConfig_T GenConfig;          //CDF structure
//    ChcfgInfo_T ChConfig[MAX_NUM_CHANNELS];     //CDF structure
//    DCMICfg_T Dcmicfg;      //CDF structure
//    LoginAuditConfig_T LoginAuditCfg;       //CDF structure
//    TriggerEventCfg_T TriggerEvent;         //CDF structure
//    AMIConfig_T AMIConfig;                      //CDF structure
//    LANIFCConfig_T LanIfcConfig[MAX_LAN_CHANNELS];		 //CDF structure
//    BondIface BondConfig;		 //CDF structure
//    PEFRecordDetailsConfig_T PEFRecordDetailsConfig;		 //CDF structure
//    char EthIndex[64];
//    char EthIndexValues[64][64];
//    char par_path[64];
//    int    LANIfccount;
//    INT8U *pStorageNVRAM;
//    INT8U *pNVRUsrConfig;
//    INT8U PrimaryIPMBCh;
//    INT8U RMCPLAN1Ch ;
//    INT8U RMCPLAN2Ch ;
//    INT8U RMCPLAN3Ch ;
//    INT8U RMCPLAN4Ch ;
//    INT8U SecondaryIPMBCh;
//    INT8U ICMBCh ;
//    INT8U SMBUSCh ;
//    INT8U SERIALch ;
//    INT8U SMMCh ;
//    INT8U SYSCh ;
//    IPMIConfig_T IpmiConfig;
//    INT8U *pNVRDCMICfg;
//    SessionTblInfo_T SessionTblInfo;
//    UDSSessionTblInfo_T UDSSessionTblInfo;
//    BMCSharedMem_T BMCSharedMem;
//    SensorSharedMem_T SensorSharedMem;
//    SocketTbl_T  *pSocketTbl;
//    SocketTbl_T  *pUDSocketTbl;
//    PEF_T PefConfig;
//    SEL_T SELConfig;
//    SDR_T SDRConfig;
//    IPMB_T IPMBConfig;
//    SOL_T SOLConfig;
//    LAN_T LANConfig;
//    MSGHNDLR_T Msghndlr;
//    SENSOR_T SenConfig;
//    HAL_T HALConfig;
//    FRU_T FRUConfig;
//    UDS_T UDSConfig;
//    SERIAL_T SerialConfig;
//    DCMI_T DCMIConfig;
//    NMInfo_T NMConfig;
//    WDT_T WDTCfg;
//    Timer_T TimerCfg;
//    pthread_mutex_t BMCSharedMemMutex;
//    pthread_mutex_t SensorSharedMemMutex;
//    pthread_mutex_t CachSenReadMutex;
//    pthread_mutex_t SessionTblMutex;
//    pthread_mutex_t CCSharedMemMutex;
//    pthread_mutex_t RestartcauseMutex;
//    pthread_mutex_t hCTSharedMemLEDTmr;
//    pthread_mutex_t hAPISharedMemMutex;
//    pthread_mutex_t ResetSharedMemMutex;
//    pthread_mutex_t m_hSMSharedMemMutex;
//    pthread_mutex_t hWDTSharedMemMutex;
//    pthread_mutex_t ThreadSyncMutex;
//    pthread_mutex_t SMmutex;
//    pthread_mutex_t CmdHndlrMutex;
//    pthread_mutex_t PendBridgeMutex;
//    pthread_mutex_t OBSMSharedMemMutex;
//    pthread_mutex_t UDSSessionTblMutex;
//    pthread_mutex_t UDSSocketTblMutex;
//    pthread_mutex_t ChassisMutex;
//    pthread_mutex_t EventMutex;
//    pthread_mutex_t BMCMsgMutex;
//    pthread_mutex_t ChUserMutex;
//    sem_t WDTSem;
//    int SetWDTUpdated;
//    int WDTPreTmtStat;
//    DynamicLoader_T g_DynamicInfoTable[MAX_DYNMC_TBL_COUNT];
//    INT32U g_DynamicInfoTableCount ;
//    //DynamicLoader_T DynamicInfoTable[100];
//    //INT32U DynamicInfoTableCount ;
//
//    INT8U MsgHndlrTblSize;
//    INT8U GroupExtnMsgHndlrTblSize;
//    INT8U TimerTaskTblSize;
//
//
//    MsgHndlrTbl_T MsgHndlrTbl[15];
//    GroupExtnMsgHndlrTbl_T GroupExtnMsgHndlrTbl [10];
//    TimerTaskTbl_T    TimerTaskTbl [20];
//
//    INT32U CurTimerTick;
//    int kcsfd[3]; //Will be removed once fix is done in hal driver
//    ChcfgInfo_T NVRChcfgInfo[MAX_NUM_CHANNELS];
//    IPMICfgLoc_T IPMIConfLoc;
//    Mgmt_T MgmtTbl[MAX_MGMT_DEV_LOC_REC];
//    void * dlpar_handle;
//    
//    INT8U               InternalSensorTblSize;
//    InternalSensorTbl_T InternalSensorTbl[INT_SENSOR_NUM];
//
//    //INT8U g_sol_ack_to_ticks;
//    SSIConfig_T         SSIConfig;
//    INT8U               SlotID;
//    INT8U               IPMBAddr;
//    INT8U    HostOFFStopWDT;    // This flag is set to TRUE, when Chassis is powered off
//    INT8U    SendMsgSeqNum;
//    EncryptedUserInfo_T EncryptedUserInfo[MAX_USER_CFG_MDS];
//    pfunc g_PDKPARHandle[MAX_PDKPAR_HANDLE];
//    IPMIConfigMap_T Ipmiconfigmap [MAX_IPMI_CONFIG_MAPS];
//    SELReclaimRepository_T SELReclaimRepos;
//    INT8U BridgeMsgKCSIfc;
//} BMCInfo_t;
//
//*/
//// extern BMCInfo_t g_BMCInfo[MAX_NUM_BMC];
//
///* MBMCInfo_t structure will hold the variables common for all the instances of BMC*/
//typedef struct
//{
//    INT8U    PwdEncKey[MAX_SIZE_KEY];
//    int flashpipereq;
//    int sbmcinst;
//    INT8U SrcSessionHndl;
//    int FlashType;
//}MBMCInfo_t;
//
//typedef struct
//{
//    pthread_key_t CurSessionID;
//    pthread_key_t CurPrivLevel;
//    pthread_key_t CurChannel;
//    pthread_key_t CurKCSIfcNum;
//    pthread_key_t CurSessionType;
//    pthread_key_t OwnerLUN;
//}TLS_T;
//
//typedef struct
//{
//    INT8U Action;
//    INT8U Params;
//    INT8U BMCInstance;
//    INT8U Size;
//}PACKED FlushToIni_T;
//
// typedef struct
//{
//    INT8U chno; // channel no
//    int Privilege;
//} ChannelPriv_t;
//
//typedef union{
//	INT8U	blockData[66];
//	struct {
//		//header
//		INT8U		logIndex;
//		INT8U		Reserve1[15];
//		//log data
//		INT16U	MarkAddr;
//		INT8U		LRU_LRM;		//0x00
//		INT8U		Index;
//		char		Log[32];
//		INT16U	Year;
//		INT8U		Month;
//		INT8U		Day;
//		INT8U		Hour;
//		INT8U		Minute;
//		INT8U		Second;
//		INT8U		Reserve2;
//		
//		INT8U		ChipNum;
//		INT8U		ErrorLevel;
//		INT8U		ErrorType;
//		INT8U		SourceNum;
//		INT16U	SourceLine;
//	} PACKED logStruct;
//}	PACKED RunLogBlock_T;
//
//extern ChannelPriv_t g_ChannelPrivtbl[MAX_NUM_CHANNELS];
//extern char PlatformID [MAX_PLATFORMID_SIZE];
//extern INT32U IPMITimeout;
////extern CoreFeatures_T g_corefeatures;
////extern CoreMacros_T g_coremacros;
//extern char  g_FlashingImage;
////extern MBMCInfo_t g_MBMCInfo;
//extern TLS_T g_tls;
//
//extern int FlushWDT(int BMCInst);
//extern int FlushPEF(int BMCInst);
//extern int FlushPEFRecordDetails(int BMCInst);
//extern int FlushChassis(int BMCInst);
//extern int FlushSerial(int BMCInst);
//extern int FlushBridge(int BMCInst);
//extern int FlushSysInfo(int BMCInst);
//extern int FlushLAN(int BMCInst,int ChIndex);
//extern int FlushRMCP(int BMCInst,int ChIndex);
//extern int FlushSOL(int BMCInst,int ChIndex);
//extern int FlushFirewall(int BMCInst);
//extern int FlushOPMA(int BMCInst);
//extern int FlushSMTP(int BMCInst,int ChIndex);
//extern int FlushGEN(int BMCInst);
//extern int FlushCHANNEL(int ChNum,int BMCInst);
//extern int FlushUSRCFG(int BMCInst);
//extern int FlushDCMICFG(int BMCInst);
//extern int FlushTRIGGEREVTCFG(int BMCInst);
//extern int FlushLOGINAUDITCFG(int BMCInst);
//extern int FlushAMIConfig(int BMCInst);
//extern int FlushSSIConfig(int BMCInst);
//extern int FlushVersionConfig(int BMCInst);
//extern int FlushEncUsrPswdCfg(int BMCInst);
//extern int FlushLANIfcConfig(int BMCInst);
//extern int FlushBondCfg(int BMCInst);
// /**
// *@fn InitIPMIConfig
// *@brief This function is invoked to get the IPMI Configurations
// *@return Returns 0 on success
// */
// extern  int InitIPMIConfig (int BMCInst);\
// int InstallSignal(int SigNum,void (*sighandler)(int sig));
// extern IPMIQueue_T g_IPMIIfcQueue[MAX_IPMI_IFCQ];
//
// void setRunlog(RunLogBlock_T* RunLogBlock, int BMCInst);
// void getOldestLogBlockIndex(int mtdfd, INT32U startAddr, INT32U logBlockSize, INT8U* newLogIndex, INT8U* oldestBlockIndex);
//
// //unsigned long oem_crc32 (unsigned long, const unsigned char *, unsigned int);
// 
// extern OEM_FLAGS_T oem_flags;
////extern RunLogBlock_T	RunLogBlock;
//
//#endif //_IPMIConf_H
//
//
//