// Version:		2019.12.10  14:56:52

#ifndef _T_DRIVE_ALARM_H
#define _T_DRIVE_ALARM_H
#include	<stdio.h>
#include	<string.h>
#include	<stdlib.h>
#ifdef _MSC_VER
#pragma warning(disable:4996)
#pragma warning(disable:4267)
#endif
#include "T_DRIVE_ALARMDBAX.h"
class T_DRIVE_ALARM{
friend class T_DRIVE_ALARMDBAX;
private:
//aggregation to DB Class
T_DRIVE_ALARMDBAX db;
public:
//
//A T T R I B U T E S
//===================
//
	bool dbAccess;
	char* dbMessage;// pointer for the return values of DBAX methodes
	char messageBuffer[200];// temporary message buffer
friend class PapLib;
protected:
//
//A T T R I B U T E S
//===================
//
char	c_item[100+1];
char	c_code[100+1];
short	s_codeZi;
char	c_chinese[100+1];
short	s_chineseZi;
long	l_result[16];
short	s_resultZi[16];
// arguments for Primary key
char	c_k_item[100+1];
public:
//
//	 LTA Structure
struct STR_T_DRIVE_ALARM{
	char	item[100+1];
	char	code[100+1];
	char	chinese[100+1];
	int	result[16];
}structTable;
//	 LTA Structure Zi
struct STR_T_DRIVE_ALARMZi{
	short	codeZi;
	short	chineseZi;
	short	resultZi[16];
}structTableZi;
//
//C O N S T R U C T O R S
//=======================
//
public:
T_DRIVE_ALARM();
//D E S T R U C T O R S
//=======================
//
virtual ~T_DRIVE_ALARM();
//
//C O P Y  -  C O N S T R U C T O R 
//=======================
T_DRIVE_ALARM(const T_DRIVE_ALARM &inst);
// For Constructors with parameters the flag dbAccess
// informs you if the access was successfully or not
T_DRIVE_ALARM( const char* arg1);

//methods
public:
char* getCreationTime() {return (char*)"2019.12.10  14:56:52";};
//initial data
void  initial();
//read data
	char*  readDB();
//update data
	char*  updateDB();
//insert data
	char*  insertDB();
//this methode tries to update a DB record , when the update fails , the methode
//tries an insert of the failed record
	char*  storeDB();
//delete data
	char*  deleteDB();
//delete data
	char*  deleteDB(const char* where , long* count );
//openSetDB data
	char*  openSetDB(const char* where ,const char* order );
//getSetDB data
	char*  getSetDB();
//closeSetDB data
	char*  closeSetDB();
//countDB data
	char*  countDB(const char* where , long* count );

	char*  execute(const char* sql , long* count  );

	char*  dbCommit();

	char*  dbRollback();
public:
//
//	 public methode setPrimKey
//
//	this methode stores the unique key attributes
//
void setPrimKey(const char* arg1 );


//	 public methode initInsertKeys
//
//	this methode stores the unique key attributes
//
void initInsertKeys( const char* arg1 );


public:
//
//	 public methode setKeysFromRecord
//
//	this methode set the unique key attributes from the DB Record Attributes
//
void setKeysFromRecord();

//
//O P E R A T O R  + 
//===================
//
public:
T_DRIVE_ALARM operator+(const T_DRIVE_ALARM &inst) const;

//
//O P E R A T O R  = 
//===================
//
public:
const T_DRIVE_ALARM& operator=(const T_DRIVE_ALARM &inst);
char* item() const;//{
	//return((char*)c_item );
//}


void set_item( const char* arg );//{ 
	//strncpy((char*)c_item , arg , sizeof(c_item));
	//c_item[sizeof(c_item)-1] = '\0';
	//return;
//}


char* code() const;//{
	//return((char*)c_code );
//}

short codeZi() const;//{
	//return( s_codeZi);
//}

void set_code( const char* arg );//{ 
	//strncpy((char*)c_code , arg , sizeof(c_code));
	//c_code[sizeof(c_code)-1] = '\0';
	//s_codeZi=  0;
	//return;
//}

void set_codeZi( short arg ) ;//{
	//s_codeZi =  arg;
//}

char* chinese() const;//{
	//return((char*)c_chinese );
//}

short chineseZi() const;//{
	//return( s_chineseZi);
//}

void set_chinese( const char* arg );//{ 
	//strncpy((char*)c_chinese , arg , sizeof(c_chinese));
	//c_chinese[sizeof(c_chinese)-1] = '\0';
	//s_chineseZi=  0;
	//return;
//}

void set_chineseZi( short arg ) ;//{
	//s_chineseZi =  arg;
//}

int resultArraySize();//{
	//return(16);
//}

long result(int colInd) const;//{
	//return((int)l_result[colInd] );
//}

short resultZi(int colInd) const;//{
	//return( s_resultZi[colInd]);
//}

void set_result( int colInd, long arg );//{ 
	//l_result[colInd] = arg;
	//s_resultZi[colInd]=  0;
	//return;
//}

void set_resultZi( int colInd, short arg );// {
	//s_resultZi[colInd] =  arg;
//}

public:
// methodes for Primary key
char* k_item();//{
	//return((char*)c_k_item );
//}

void set_k_item( char* arg );//{
	//strncpy((char*)c_k_item , arg , sizeof(c_k_item));
	//c_k_item[sizeof(c_k_item)-1] = '\0';
	//return;
//}

public:
//
//	 public methode fillStructure
//
//	this methode filles the classstructue with the private attributes
//
void fillStructure();//{
//}
///////////////////////////////////////////////////
void fillStructureZi();//{
//}
///////////////////////////////////////////////////
void setStructure();// {
	//return;
//}
///////////////////////////////////////////////////
void setStructureZi() ;//{
//}
///////////////////////////////////////////////////
char* getName();//{
	//return((char*)"T_DRIVE_ALARM");
//}
///////////////////////////////////////////////////
int getSqlCode();//{
	//return( db.dbSqlCode);
//}
///////////////////////////////////////////////////
int getRowsProcessed();//{
	//return( db.dbRowsProcessed);
//}
};
#endif