/*
 * mt.h
 *
 */

#ifndef MT_H_
#define MT_H_


#define WRITEITEMTOFILE 1

#define LINEMAX 256
#define TABLENAMELEN 12
#define MODELNAMELEN 16
#define ITEMNAMELEN 16
#define MODELNUMMAX 2
#define SUBTABLEITEMMAX 3
#define MAXBINSIZE 8*1024
#define MAXMULTITABLEBINSIZE 8*1024

typedef struct _Item_t
{
	char name[ITEMNAMELEN+1];
	char *filepath;
	unsigned int offset;
	unsigned int size;
	unsigned char *pData;
	unsigned int dummyByteNums; //for 4 bytes data alignment;
}Item_t;

typedef struct _SubTable_t
{
	char modelName[MODELNAMELEN+1];
	unsigned int subTableSize;
	unsigned int currTableStartOffset;
	unsigned int itemNum;
	unsigned int subTableNo;
	Item_t *itemList[SUBTABLEITEMMAX];
	unsigned int checksum;
	unsigned char *pData;
}SubTable_t;


typedef struct _MultiTable_t
{
	char name[TABLENAMELEN+1];
	char defaultModelName[MODELNAMELEN+1];
	unsigned int totalSize;
	unsigned int tableChecksum;
	unsigned int subTableOffset[MODELNUMMAX];
	int modelNum;
	SubTable_t *modelList[MODELNUMMAX];
	unsigned char *pData;
}MultiTable_t;


int parseItem(Item_t *pItem);
int parseSubTable(SubTable_t *pSubTable);
MultiTable_t *ParseMultiTableINI(char *filename);
int writeOutputBuf(void *pData, unsigned int size, unsigned char **pOutBuf, FILE *fp);
int writeTempBuf(void *pData, unsigned int size, unsigned char **pOutBuf);
int writeMultiTable(MultiTable_t *pMTab, char *outputFilename);
int writeMultiTableFlag(MultiTable_t *pMTab, char *outputFilename);
void ReleaseSubTableItem(Item_t *pItem);
void ReleaseSubTable(SubTable_t *pSubTable);
void ReleaseMultiTable(MultiTable_t *pMT);
unsigned int CalCulate_XOR_CheckSum(void *pBuffer, unsigned int size);




#endif /* MT_H_ */