/**
 * Copyright(c) 2011 Sunmedia Technologies - All Rights Reserved.
 *
 * @file
 *
 * @brief Provides common includes, macros, external declarations and definitions
 * of Common DataBase Interface module.
 *
 * @author liang.wu
 * @author jun.luo
 */
#ifndef _CDBI_H_
#define _CDBI_H_

#include "db_common.h"
#include "cdb.h"
#include "tdb.h"
#include "sdb.h"
#include "adb.h"
#include "sbtvddb.h"

#ifdef __cplusplus
	extern "C"{
#endif

/**
 * @brief defines maxism number of callback function registered by upper layer.
 */
#define MAX_CALLBACK_FP			(10)

/**
 * @brief The invalid record handle
 */
#define CDBI_INVALID_HDL	  		(0)

/**
 * @brief It is an opaque type specific to the target platform. It is a unique identifier for each record.
 */
typedef UINT32 CDBIHandle_t;

/**
 * @brief Macro for CDBI Error calling prompt message
 */
#define CDBI_FUNC_CALL(funcCall) do {	\
	if ((funcCall) != DB_SUCCESS)\
	{\
		UMFDBG(0,"[Error]%s: %d Line ", __FUNCTION__, __LINE__); \
		UMFDBG(0,"%s return failed~\n", #funcCall);\
	}	\
} while(0)

/**
 * @brief Enumeration of database type for CDBI internal use
 */
typedef enum
{
	DBTYPE_ATV  = 0x01,		/**< Analog channel database*/
	DBTYPE_T	= 0x02,		/**< Terrestrial channel database*/
	DBTYPE_C	= 0x04,		/**< Cable channel database*/
	DBTYPE_S	= 0x08,		/**< Satellite channel database*/
	DBTYPE_SBTVD= 0x20,     /**< SBTVD channel database*/
#if 1
	DBTYPE_OOB = 0x10,	/**< Out-of-band channel database*/
	DBTYPE_MASK = DBTYPE_ATV|DBTYPE_T|DBTYPE_C|DBTYPE_S|DBTYPE_OOB, /**< database type mask*/
#endif
	DBTYPE_DVB	= 0x80,	/**< DVB system*/
#if 1
	DBTYPE_ATSC = 0x40,	/**< ATSC system*/
#endif
} EDBInnerType_t;

/**
 * @brief Enumeration of all the supported databases including DVB & ATSC
 */
typedef enum
{
	CDBI_DBTYPE_DVB_ATV	= DBTYPE_DVB | DBTYPE_ATV,	/**< DVB Analog channel database*/
	CDBI_DBTYPE_DVB_T		= DBTYPE_DVB | DBTYPE_T,		/**< DVB Terrestrial channel database*/
	CDBI_DBTYPE_DVB_C		= DBTYPE_DVB | DBTYPE_C,		/**< DVB Cable channel database*/
	CDBI_DBTYPE_DVB_S		= DBTYPE_DVB | DBTYPE_S,		/**< DVB Satellite channel database*/
    CDBI_DBTYPE_DVB_SBTVD   = DBTYPE_DVB | DBTYPE_SBTVD,    /**< SBTVD channel database*/
#if 1
	CDBI_DBTYPE_ATSC_NTSC   = DBTYPE_ATSC | DBTYPE_ATV,	/**<NTSC - Analog channel database */
	CDBI_DBTYPE_ATSC_T	    = DBTYPE_ATSC | DBTYPE_T,		/**<ATSC Terrestrial channel database */
	CDBI_DBTYPE_ATSC_C	    = DBTYPE_ATSC | DBTYPE_C,	/**<ATSC Cable channel database */
	CDBI_DBTYPE_ATSC_S	    = DBTYPE_ATSC | DBTYPE_S,	/**<ATSC Satellite channel database */
	CDBI_DBTYPE_ATSC_OOB	= DBTYPE_ATSC | DBTYPE_OOB,	/**<ATSC cable channel -- through OOB Stream */
#endif
#if 0
	CDBI_DBTYPE_ATSC_NTSC = CDBI_DBTYPE_ATSC | DBTYPE_ATV,	/**<NTSC - Analog channel database */
	CDBI_DBTYPE_ATSC_T	= CDBI_DBTYPE_ATSC | DBTYPE_T,		/**<ATSC Terrestrial channel database */
	CDBI_DBTYPE_ATSC_C	= CDBI_DBTYPE_ATSC | DBTYPE_C,	/**<ATSC Cable channel database */
	CDBI_DBTYPE_ATSC_S	= CDBI_DBTYPE_ATSC | DBTYPE_S,	/**<ATSC Satellite channel database */
	CDBI_DBTYPE_ATSC_OOB	= CDBI_DBTYPE_ATSC | CDBI_DBTYPE_OOB,	/**<ATSC cable channel -- through OOB Stream */
#endif
} ECDBIDBType_t;

/**
 * @brief Enumeration of all the supported record type
 */
typedef enum
{
	CDBI_RECTYPE_DVBTV			= SERVICE_DVB_TV,		/**< DVB TV record*/
	CDBI_RECTYPE_DVBRADIO		= SERVICE_DVB_RADIO,	/**< DVB Radio record*/
	CDBI_RECTYPE_DVBDATA			= SERVICE_DVB_DATA,	/**< DVB Data service record*/
	CDBI_RECTYPE_DVBSERVICE		= SERVICE_DVB_ALL,		/**< DVB TV or Radio or data record*/
	CDBI_RECTYPE_ATVSERVICE		= SERVICE_ATV,			/**< ATV channel record*/
	CDBI_RECTYPE_DVBNETWORK		= 1 << 4,				/**< DVB Network record*/
	CDBI_RECTYPE_DVBMULTIPLEX	= 1 << 5,				/**< DVB Mulitplex record*/
} ECDBIRecordType_t;

/**
 * @brief Defines data structure for upper layer to get database capacity
 */
typedef struct
{
	UINT32 MaxNetwork;					/**< Max number of Network supported*/
	UINT32 MaxMultiplex;					/**< Max number of Multiplex supported*/
	UINT32 MaxService;					/**< Max number of Service supported*/
} CDBICapability_t;


/** None volatile memory read function prototype define */
typedef EDBError_t (*pfNVMRead)(ECDBIDBType_t enDBType, UINT32 uiStart, UINT32 uiBytes, void *pBuff);

/** None volatile memory write function prototype define */
typedef EDBError_t (*pfNVMWrite)(ECDBIDBType_t enDBType, UINT32 uiStart, UINT32 uiBytes, void const *pBuff);

/** Type define of None Volatile Memory operations */
typedef struct
{
	pfNVMRead fNVMRead;
	pfNVMWrite fNVMWrite;
} DBNVMOperate_t;

/**
 * @brief The prototype of the callback to be registed to match record(Service, Multiplex, Network),
 *		used by:
 *			1.Search function, refer to CDBIFindRecord();
 *			2.Add record function, used to check the duplicate Record, refer to CDBIAddRecord().
 *
 * param - parameter for match function
 *
 * pRec - The record(Service, Multiplex, Network) exist in database
 *
 * if return value
 *  = TRUE - Match pRecord with given condition
 *  = FALSE - Not match pRecord with given condition
 */
typedef bool (*fpCDBIRecMatch)(void *param, void const*pRec);

/**
 * @brief The prototype of the callback to be registed to sort record(Service, Multiplex, Network),
 *
 * param pRec1,  pRec2- pointer to the content of record(Service, Multiplex, Network) exist in database
 *
 * if return value
 *  = 0   - Both services are of same type
 *  +ve - The first record is greater than second record
 *  -ve - The second record is greater than first record
 */
typedef INT32 (*fpCDBIRecUserCmp)(void const *pRec1, void const *pRec2);

/**
 * @brief The prototype of the callback to be registed to process duplicate records(Service, Multiplex, Network),
 *
 * peTuneType - tune type, duplicate service processing rule need this information
 * pePriSpec - Private spec type, duplicate service processing rule need this information
 * ucPreSSI, ucPreSQI - The Signal Strength and Quality for previous service
 * ucCurSSI, ucCurSQI - The Signal Strength and Quality for current service
 *
 * SSI -- Signal Strength Indicator;SQI -- Signal Quality Indicator
 *
 * if return value
 *  = DB_DUPLIREC_RESERVE_FORMER - The former has high priority, discard the later or delete the latter if it has added
 *  = DB_DUPLIREC_RESERVE_LATTER - The latter has high priority, discard the former or delete the former if it has added
 *  = DB_DUPLIREC_RESERVE_ALL - Reserved two services, this behavior is required by some spec(such as Z-Book)
 */
typedef EDBDupliRecStrategy_t (*fpCDBIGetDupliRecStrategy)(EDBTuneType_t *peTuneType, EDBPrivateSpec_t *pePriSpec, UINT8 ucPreSSI, UINT8 ucPreSQI, UINT8 ucCurSSI, UINT8 ucCurSQI);

/**
 * @brief Defines data ructure for upper layer to set duplicate condtion for each record type
 */
typedef struct
{
	fpCDBIRecMatch pNetDupliChk; /**< Duplicate Network check callback */
	fpCDBIRecMatch pMultipDupliChk; /**< Duplicate Multiplex check callback */
	fpCDBIRecMatch pServDupliChk; /**< Duplicate Service check callback */
} CDBIRecDupliChk_t;

/**
 * @brief The prototype of the callback to be registed to set record to default value
 *
 * enDBType - The database type.
 *
 * eRecType - The Record type.
 *
 * pEntry - A pointer to the db entry that it will be reset.
 *
 * uiChannelIdx - Indicate the channel index.
 *
 */
typedef void CDBISetRec2DefVal_t(ECDBIDBType_t enDBType, ECDBIRecordType_t eRecType, void const *pEntry, UINT32 uiChannelIdx);

/**
 * @brief The callback function prototype for the db watcher
 * This will be called whenever there is a change in database.
 *
 * @note Please don't use whichever CDBI APIs when implement this callback to avoid deadlock.
 */
typedef void CDBIWatcher_t(ECDBIDBType_t enDBType, EDBEvent_t enEVEType, void *pEntry);

/**
 * @brief Initialize cdbi, assigne NVM handlers and operation parameters to RMGR etc.
 *
 * @param CDBIInitParam	Contain NVM parameters and NVM handlers etc.
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIInitialize(DBNVMOperate_t *CDBIInitParam);

/**
 * @brief UnInitialize CDBI.
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIUnInitialize(void);

/**
 * @brief Check whether the given database module is active
 *
 * @param enDBType[in]	specify which database.
 *
 * @param pActive[out]		whether Active.
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIGetDBModuleActive(ECDBIDBType_t enDBType, bool *pActive);

/**
 * @brief active on inactive the specify DB module.
 *
 * @param enDBType[in]	specify which database.
 *
 * @param bActive[in]	active the specify DB module if true, else inactive this specify DB module.
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIActiveDBModule(ECDBIDBType_t enDBType, bool bActive);

/**
 * @brief active or deactive LCN procedures to process LCN for specify DB Module.
 *
 * @param enDBType[in]	specify which database .
 *
 * @param bActive[in]	active LCN procedure for enDBType if true, else inactive.
 *
 * @return DB_SUCCESS if succeed, error code otherwise.
 */
EDBError_t CDBIActiveLCNProc4DB(ECDBIDBType_t enDBType, bool bActive);

/**
 * @brief Reset given database
 *
 * @param enDBType specify which database to be reset
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIResetDBModule(ECDBIDBType_t enDBType);

/**
 * @brief Sync given database to storage device, like FLASH or EEPROM
 *
 * @param enDBType specify which database to sync
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBISyncDBModule(ECDBIDBType_t enDBType);

/**
 * @brief Register Record default value setter.
 *
 * @param fpSetRec2DefVal The callback function pointer.
 *
 * @note This function only support reseting the detail of ATV Service to default value at present.
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIRegisterDBRecDefValSetter(CDBISetRec2DefVal_t *fpSetRec2DefVal);

/**
 * @brief Register database watcher to specified database with specified event
 *
 * @param enDBType specify which database to watch
 *
 * @param enEventType A set of events to watch
 *
 * @param fpWatcher callback function pointer
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIRegisterDBWatcher(ECDBIDBType_t enDBType, EDBEvent_t enEventType, CDBIWatcher_t *fpWatcher);

/**
 * @brief UnRegister database watcher to specified database with specified event
 *
 * @param fpWatcher callback function pointer
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIUnRegisterDBWatcher(ECDBIDBType_t enDBType, EDBEvent_t enEventType, CDBIWatcher_t *fpUnWatcher);

/**
 * @brief Register database match function to set duplicate condition by upper layer
 *
 * @param enDBType specify which database to watch
 *
 * @param pStFunc Pointer to a set of duplicate condtion for each record type
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIRegisterRecMatchFunc(ECDBIDBType_t enDBType, CDBIRecDupliChk_t *pStFunc);

/**
 * @brief Register callback to process duplicate service
 *
 * @param pFunc Function Pointer to get the process strategy when duplicate services exist,
 *			it will be instead by inner default duplicate service processing procedure if it is NULL.
 *
 * @param peTuneType Current tune type.
 *
 * @param pePriSpec Private spec.
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIRegisterDupliRecStrategy(fpCDBIGetDupliRecStrategy pFunc, EDBTuneType_t *peTuneType, EDBPrivateSpec_t *pePriSpec);

/**
 * @brief Get database capacity by given database type
 *
 * @param enDBType specify which database to get
 *
 * @param pstCapbility pointer to Capability data structure
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIGetCapability(ECDBIDBType_t enDBType, CDBICapability_t *pstCapbility);

EDBError_t CDBIGetFirstRecordEx(ECDBIDBType_t enDBType, ECDBIRecordType_t enRecType, CDBIHandle_t * hRec);
EDBError_t CDBIGetNextRecordEx(ECDBIDBType_t enDBType, ECDBIRecordType_t enRecType, CDBIHandle_t * hRec);

/**
 * @brief Get first record handle by given database type and record type
 *
 * @param enDBType specify which database to get
 *
 * @param enRecType record type
 *
 * @param hRec the first record handle
 *
 * @note for getting Service, all deleted services will be ignored.
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIGetFirstRecord(ECDBIDBType_t enDBType, ECDBIRecordType_t enRecType, CDBIHandle_t *hRec);

/**
 * @brief Get Next record handle by given current database handle
 *
 * @param hCurRec current record handle
 *
 * @param enRecType record type
 *
 * @param hNextRec next record handle
 *
 * @note for getting Service, all deleted services will be ignored.
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIGetNextRecord(CDBIHandle_t hCurRec, ECDBIRecordType_t enRecType, CDBIHandle_t *hNextRec);

/**
 * @brief Get Previous record handle by given current database handle
 *
 * @param hCurRec current record handle
 *
 * @param enRecType record type
 *
 * @param hPrevRec the previous record handle
 *
 * @note for getting Service, all deleted services will be ignored.
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIGetPrevRecord(CDBIHandle_t hCurRec, ECDBIRecordType_t enRecType, CDBIHandle_t *hPrevRec);

/**
 * @brief Get Last record handle by given database type and record type
 *
 * @param enDBType specify which database to get
 *
 * @param enRecType record type
 *
 * @param hRec the last record handle
 *
 * @note for getting Service, all deleted services will be ignored.
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIGetLastRecord(ECDBIDBType_t enDBType, ECDBIRecordType_t enRecType, CDBIHandle_t *hRec);

/**
 * @brief  This function is to get the next matching(the record for which the match function returns TRUE)
 *			record handle by given search parameter.
 * @note
 *		1.You can use:
 * 			CDBIHandle_t phRec = CDBI_INVALID_HDL;
 *			while (DB_SUCCESS == CDBIFindRecord(..., TRUE, &phRec))
 *			{
 *				...
 *			}
 *			or
 *			while (DB_SUCCESS == CDBIFindRecord(..., FALSE, &phRec))
 *			{
 *				...
 *			}
 *			to get all the Records which match the given search condition, distinguish that:
 *			The former has an ascending order and the latter has a descending order;
 *		2. The value of enRecType(parameter 2) can't use combinatorial key
 *			such as CDBI_RECTYPE_DVBTV | CDBI_RECTYPE_DVBRADIO ;
 *		3. For Service Searching, the result maybe contain the deleted services,
 *			which depend on the implement of fpMatchFunc;
 *		4. Only support Service Searching in fact currently...
 *
 * @param enDBType[in] specify which database to get.
 *
 * @param enRecType[in] record type, refer to ECDBIRecordType_t.
 *
 * @param fpMatchFunc[in] Match function registed by upper layer.
 *
 * @param pMatchParam[in] Match parameters for fpMatchFunc.
 *
 * @param bAscending Search ascending or descending
 *
 * @param phRec[in/out] pointer to record handle.
 *
 * @return DB_SUCCESS if succeed, error code otherwise.
 */
EDBError_t CDBIFindRecord(ECDBIDBType_t enDBType, ECDBIRecordType_t enRecType, fpCDBIRecMatch fpMatchFunc,
	void *pMatchParam, bool bAscending, CDBIHandle_t *phRec);


/**
 * @brief  Anather function used to get the numbers of matching(the record for which the match function returns TRUE)
 *			record handle by given search parameter.
 * @note
 *		Upper layer must given the buffer given by phRec to store service handls
 *
 * @param enDBType[in] specify which database to get.
 *
 * @param enRecType[in] record type, refer to ECDBIRecordType_t.
 *
 * @param fpMatchFunc[in] Match function registed by upper layer.
 *
 * @param pMatchParam[in] Match parameters for fpMatchFunc.
 *
 * @param bAscending[in] Search ascending or descending
 *
 * @param uiSkipNum[in] skip number of record
 *
 * @param phRec[in/out] one buffer used to store service handles.
 *
 * @param puiRecNum[in/out] specified the given buffer size and output the actural number of matched records .
 * 
 * @return DB_SUCCESS if succeed, error code otherwise.
 */
EDBError_t CDBIFindRecordExt(ECDBIDBType_t enDBType, ECDBIRecordType_t enRecType, fpCDBIRecMatch fpMatchFunc,
	void *pMatchParam, bool bAscending, UINT32 uiSkipNum, CDBIHandle_t *phRec, UINT32 *puiRecNum);

/**
 * @brief Get Record parant by record handle
 *
 * @param hChildRec child record handle
 *
 * @param hDstRec parent record handle
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIGetParentRec(CDBIHandle_t hChildRec, CDBIHandle_t *hParentRec);

/**
 * @brief Get the number of children for the given parent record handle
 *
 * @param hRec Parent record handle
 *
 * @param RecNum Number of children record
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means some error occurs.
 */
EDBError_t CDBIGetNoOfChildrenRec(CDBIHandle_t hRec, UINT32 *RecNum);

/**
 * @brief Get the next child for the the given record handle
 *
 * @param hParentRec Parent record handle
 *
 * @param phChildRec Child record handle
 *
 * @note
 *		You can use:
 * 			CDBIHandle_t phRec = CDBI_INVALID_HDL;
 *			while (DB_SUCCESS == CDBIChildRecTraversal(hParentRec, &phRec))
 *			{
 *				...
 *			}
 *		to get all the child records.
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means the traversal is completed.
 */
EDBError_t CDBIChildRecTraversal(CDBIHandle_t hParentRec, CDBIHandle_t *phChildRec);

/**
 * @brief check whether has child record.
 *
 * @param hParentRec  record handle, it can be network or multiplex
 *
 * @param bHasChild  check its whether has child
 *
 * @param bHasGrandChild  check its whehter has grand child, 
 *
 *
 * @note
 * 		if hParentRec is mulplex,  this para is invalid.
 *
 *
 * @return DB_SUCCESS if succeed, error code otherwise.
 */
EDBError_t CDBIHasChildRec(CDBIHandle_t hParentRec, bool *bHasChild, bool *bHasGrandChild);

/**
 * @brief check whether has child record.
 *
 * @return DB_SUCCESS if succeed, error code otherwise.
 */
EDBError_t CDBICheckRecValid(CDBIHandle_t hRec, bool *bIsValid);

/**
 * @brief Add new record into database
 *
 * @param enDBType specify which database to add
 *
 * @param enRecType record type
 *
 * @param pstRecDetails record details
 *
 * @param hParent to which current record is add(If current record don't has parent, given CDBI_INVALID_HDL)
 *
 * @param hRec record handle
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIAddRec(ECDBIDBType_t enDBType, ECDBIRecordType_t enRecType, void const *pstRecDetails,
	CDBIHandle_t hParent, CDBIHandle_t *hRec);

#ifdef DVBS_DB_SUPPORT
/**
 * @brief copy record, the old and new has the same parent
 *
 * @param hCurRec the old record handle
 *
 * @param hNewRec the new record handle
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBICopyRec(CDBIHandle_t hCurRec, CDBIHandle_t *hNewRec);
#endif

/**
 * @brief Update record field information by given member
 *
 * @param hRec specify the record to be update
 *
 * @param FieldValue pointer to field value
 *
 * @param pSymbol the member name
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIUpdateRecBySymbol(CDBIHandle_t hRec, const void *FieldValue, UINT8 *pSymbol);

/**
 * @brief Get record field information by given member
 *
 * @param hRec specify the record to be update
 *
 * @param FieldValue pointer to field value
 *
 * @param pSymbol the member name
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIGetRecBySymbol(CDBIHandle_t hRec, void *FieldValue, UINT8 *pSymbol);

/**
 * @brief Update record field information by given handle
 *
 * @param hRec specify the record to be update
 *
 * @param FieldValue pointer to field value
 *
 * @param Offset the offset start from first byte of the record data structure
 *
 * @param Length field length
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIUpdateRec(CDBIHandle_t hRec, const void *FieldValue, UINT16 Offset, UINT16 Length);

/**
 * @brief Get record field information by given handle
 *
 * @param hRec specify the record to be update
 *
 * @param FieldValue pointer to field value
 *
 * @param Offset the offset start from first byte of the record data structure
 *
 * @param Length field length
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIGetRec(CDBIHandle_t hRec, void *FieldValue, UINT16 Offset, UINT16 Length);

/**
 * @brief Remove record from database
 *
 * @param hRec specify the record to be update
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIRemoveRec(CDBIHandle_t hRec);

/**
 * @brief Get total number of certain type of record in database
 *
 * @note the deleted services will be ignored
 *
 * @param enDBType specify which database to get
 *
 * @param enRecType record type
 *
 * @param RecNum pointer to total number
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIGetNoOfRecInDB(ECDBIDBType_t enDBType, ECDBIRecordType_t enRecType, UINT32 *RecNum);

/**
 * @brief Get record sorting list.
 *
 * @param enDBType specify which database to sort
 *
 * @param enRecType record type to sort
 *
 * @param pRecList record sorting list
 *
 * @param pRecNum number of records in sorting list
 *
 * @note Only used to -S service sorting list.
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIGetRecSortList(ECDBIDBType_t enDBType, ECDBIRecordType_t enRecType, CDBIHandle_t *pRecList, UINT16 *pRecNum);

/**
 * @brief Sort record
 *
 * @param enDBType specify which database to sort
 *
 * @param enRecType record type to sort
 *
 * @param enSortType sorting method
 *
 * @param bAscending sort ascending or descending
 *
 * @note for parameter enRecType, because all services belong to one DB Module are handled by one list,
 * 		so CDBI_RECTYPE_DVBTV, CDBI_RECTYPE_DVBRADIO, CDBI_RECTYPE_DVBDATA is invalid)
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBISortRec(ECDBIDBType_t enDBtype, ECDBIRecordType_t enRecType, EDBSortType_t enSortType, bool bAscending);

/**
 * @brief Sort record with cmp callback function provided by user
 *
 * @param enDBType specify which database to sort
 *
 * @param enRecType record type to sort
 *
 * @param pUserCmpCB record compare callback function
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBISortRecByUser(ECDBIDBType_t enDBType, ECDBIRecordType_t enRecType, fpCDBIRecUserCmp pUserCmpCB);

/**
 * @brief Swap record
 *
 * @param hSrcRec1 the first record handle
 *
 * @param hSrcRec2 the second record handle
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBISwapRec(CDBIHandle_t hSrcRec1, CDBIHandle_t hSrcRec2);

/**
 * @brief Move Src record  to DstRec
 *
 * @param hSrcRec src record handle
 *
 * @param hDstRec dst record handle
 *
 * @param bFront move hSrcRec to the front of hDestRec if true, else move to the hind of hDestRec
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIMoveRec(CDBIHandle_t hSrcRec, CDBIHandle_t hDstRec, bool bFront);

/**
 * @brief Get Record type and database type by Record handle
 *
 * @param hRec record handle
 *
 * @param DBType database type of the record
 *
 * @param RecType record type of the record
 *
 * @retval  DB_SUCCESS means succss.  DB_FAILURE means failed.
 */
EDBError_t CDBIGetRecTypeAndDBType(CDBIHandle_t hRec, ECDBIDBType_t *DBType, ECDBIRecordType_t *RecType);


#ifdef __cplusplus
	}
#endif /* __cplusplus */

#endif