midware.h

电力与银行通讯的源码 1.应用tuxedo中间件. 2.与银行的前置机通讯. 3.proc*c 的应用

#ifndef __MIDWARE__
#define __MIDWARE__
#define _AFXDLL
#define MW_TUXEDO
#define SYBASE
#include <stdlib.h>
//#include <unistd.h>
#include <string.h>
#ifdef MW_TUXEDO
#include "atmi.h"		/* TUXEDO Header File */
#include <userlog.h>	/* TUXEDO Header File */
#include <fml32.h>
//include <fml1632.h>
#endif
#ifdef MW_CICS
#include "easycics.h"
#endif
#include "typedef.h"
#include "sybasedb.h"
#define TRUE	1
#define FALSE	0
#define MW_SUCCESS	1
#define MW_FAIL		0
#ifndef max
#define max(a,b)            (((a) > (b)) ? (a) : (b))
#endif
#ifndef min
#define min(a,b)            (((a) < (b)) ? (a) : (b))
#endif
/*typedef int BOOLEAN;*/
#ifdef MW_CICS
typedef char FBFR;
typedef char FBFR32;
typedef long FLDID32;
#endif
#ifdef MW_TUXEDO
	typedef FBFR32 FBFR;
#endif
/*主参数的入参MW_SVCINFO*/
#ifdef MW_CICS
typedef struct {
	char * data;
} MW_SVCINFO;
#endif
#ifdef MW_TUXEDO
	typedef TPSVCINFO MW_SVCINFO;
#endif
#include "fielddef.h"
typedef struct
{
	int m_cbInBuffer;
	int m_cbOutBuffer;
	int m_nRows;
	int m_nColumns;
	int m_nOutBufferAddUnit;	/*输出缓冲区动态增加的单位，在init时 = m_cbOutBuffer*/
	char * m_pOutBuffer;
	FBFR32 * m_pInBuffer;
}CMiddleWare;
/*设置输出缓冲区的单值*/
BOOLEAN MW_SetValue(CMiddleWare *pmw, int nFieldId, char * pFieldName, char * pValue, int nLen);
/*设置输出缓冲区的Int*/
BOOLEAN MW_SetValueInt(CMiddleWare *pmw, int nFieldId, char * pFieldName, int nValue);
/*设置输出缓冲区的Long*/
BOOLEAN MW_SetValueLong(CMiddleWare *pmw, int nFieldId, char * pFieldName, long lValue);
/*设置输出缓冲区的Double*/
BOOLEAN MW_SetValueDouble(CMiddleWare *pmw, int nFieldId, char * pFieldName, double pValue,int nPrecision);
#define MW_SetValueString MW_SetValue
/*根据指定的行列设置输出缓冲区的值*/
BOOLEAN MW_SetColValue(CMiddleWare *pmw, int nFieldId, int nCol, char * pValue, int nLen);
/*根据指定的行列设置输出缓冲区的值_Int*/
BOOLEAN MW_SetColValueInt(CMiddleWare *pmw, int nFieldId, int nCol, int nValue );
/*根据指定的行列设置输出缓冲区的值_Long*/
BOOLEAN MW_SetColValueLong(CMiddleWare *pmw, int nFieldId, int nCol, long nValue);
/*根据指定的行列设置输出缓冲区的值_Double*/
BOOLEAN MW_SetColValueDouble(CMiddleWare *pmw, int nFieldId, int nCol, double dValue,int nPrecision);
#define MW_SetColValueString MW_SetColValue
/*获得输入缓冲区的的单值*/
BOOLEAN MW_GetValue(CMiddleWare *pmw, int nFieldId, char * pFieldName, char * pValue, int nLen);
/*获得输入缓冲区的的单值--int型*/
BOOLEAN MW_GetValueInt(CMiddleWare *pmw, int nFieldId, char * pFieldName, int *pValue);
/*获得输入缓冲区的的单值--long型*/
BOOLEAN MW_GetValueLong(CMiddleWare *pmw, int nFieldId, char * pFieldName, long * pValue);
/*获得输入缓冲区的的单值--double型*/
BOOLEAN MW_GetValueDouble(CMiddleWare *pmw, int nFieldId, char * pFieldName, double * pValue);
/*获得输入缓冲区的的单值--char型*/
#define MW_GetValueString MW_GetValue
/*根据指定的行列获得输出缓冲区的值*/
BOOLEAN MW_GetColValue(CMiddleWare *pmw, int nFieldId,  int nCol, char * pValue, int nLen);
/*根据指定的行列获得输出缓冲区的值*/
BOOLEAN MW_GetColValueInt(CMiddleWare *pmw, int nFieldId,  int nCol, int * pValue);
/*根据指定的行列获得输出缓冲区的值*/
BOOLEAN MW_GetColValueLong(CMiddleWare *pmw, int nFieldId,  int nCol, long * pValue);
/*根据指定的行列获得输出缓冲区的值*/
BOOLEAN MW_GetColValueDouble(CMiddleWare *pmw, int nFieldId,  int nCol, double * pValue);
/*根据指定的行列获得输出缓冲区的值*/
#define MW_GetColValueString MW_GetColValue
/*构造函数*/
/*void MW_Init(CMiddleWare *pmw, FBFR *pBuffer);*/
void MW_Init(CMiddleWare *pmw,MW_SVCINFO *);
void MW_OpenBuf(CMiddleWare *pmw);
void MW_FetchRow(CMiddleWare *pmw);
void MW_AddRow(CMiddleWare *pmw);
void MW_SaveRow(CMiddleWare *pmw);
/*返回*/
void MW_Return(CMiddleWare *pmw);
/*写日志*/
void MW_Trace(char *pMsgBuffer);
/*申请空间*/
BOOLEAN MW_Allocate(CMiddleWare *pmw, int nBufferSize);
/*申请空间_STRING型*/
BOOLEAN MW_AllocateString(CMiddleWare *pmw, int nBufferSize);
/*释放空间*/
BOOLEAN MW_Free(CMiddleWare *pmw);
/*设置输入缓冲区中列的个数*/
BOOLEAN MW_SetColCount(CMiddleWare *pmw, int nCols);
/*返回缓冲区中的数据行数*/
int MW_GetRowCount(CMiddleWare *pmw,int nFieldID);
/*Commit*/
BOOLEAN MW_Commit(CMiddleWare *pmw);
/*Rollback*/
BOOLEAN MW_Rollback(CMiddleWare *pmw);
/*清缓冲区*/
void MW_ClearBuffer(CMiddleWare *pmw);
void MW_BeginTransaction(CMiddleWare *pmw);
/*取输入输出Buffer*/
char *MW_GetInBuf(CMiddleWare *pmw);
char *MW_GetOutBuf(CMiddleWare *pmw);
void gf_Return(CMiddleWare *pmw,int iReturn,char *szErrMsg);
#endif	/*End of midware.h*/