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							//////////////////////////////////////////////////////////////////////////////
//////																	//////
//////	作    者: Wangjianfeng;											//////		
//////	创建时间: 2011-02-26    ;										//////	
//////	说    明: EmersonUPS NXL协议 ;             						//////	
//////																	//////
//////  修改时间: 2011-02-26    ; 										//////
//////  修改说明: 无;      												//////	
//////																	//////
//////////////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////////////
#ifndef __UPS_NXL__
#define __UPS_NXL__

#pragma once

#include "CommProcess.h"
#include "CommInterface.h"

class CUPS_NXL :public CCommInterface
{
#define DEBUG_UPSNXL		0			//.1.调试开关; 
#define MAX_CID				2			//.+.最大的CID2长度;
#define VAR_MSG_LENGTH		255			//.2.数组数据长度;
#define SEND_MSG_LENGTH		32			//.3.发送数据的最大长度;
#define RECE_MSG_LENGTH		255			//.4.接收数据的最大长度;

//.RTN返回码意义;
enum ___EEROR_CODE_RTN
{
	RTN_NORMAL = 0x00,					//.1.正常;
	RTN_VER_ERRROR,						//.2.VER(版本)错误;
	RTN_CHKSUM_ERROR,					//.3.校验码错误;
	RTN_LCHKSUM_EEROR,					//.4.长度校验码错误;
	RTN_CID2_INVALID,					//.5.CDI2无效;
	RTN_COMMAND_FORMAT_EEROR,			//.6.命令格式错误;
	RTN_INVALID_DATA,					//.7.无效数据;
	RTN_INVALID_LIMIT =0x10				//.8.无效权限;
};

enum __ERRO_CODE_COMM
{
	ERR_CODE_COM_FAULT				= 50201	,			//.1.设备串口通信故障;
	ERR_CODE_COM_BUSY					    ,			//.2.设备串口通信忙;
	ERR_CODE_COM_READ_NO_DATA				,			//.3.设备没有读到数据;
	ERR_CODE_COM_READ_LEN_OVER				,			//.4.设备读到数据长度超时限制;
	ERR_CODE_COM_LRC_LOST					,			//.5.设备lrc校验失败;
	EER_CODE_COM_WRITE_DATA					,			//.6.设备写串口错误;
	EER_CODE_COM_REGNUM						,			//.7.设备寄存器数;
	ERR_CODE_COM_VARLEN					    ,			//.8.设备变量长度非法;
	ERR_CODE_COM_INVALIDRES			        ,			//.9.设备无效应答;
};
typedef struct  __HEAD_SOI_
{
	BYTE  Soi ;
	BYTE  Ver[2];
	BYTE  Adr[2];
	BYTE  Cid1[2];
}__soi;

typedef struct __END_EOI
{
	BYTE ChkSum[4];
	BYTE Eoi;
}__eoi;

//.请求设备;
typedef struct __REQUSE_READ_
{
	__soi heads;
	BYTE  Cid2[2];
	BYTE  Length[4];
	__eoi endof;
}__request_read;

//.设备响应;
typedef struct __RESPONES_READ_
{
	__soi heads;
	BYTE  Rtn[2];
	BYTE  Length[4];
	BYTE  Info[RECE_MSG_LENGTH];
	__eoi endof;
}__respones_read;

public:
	CUPS_NXL(
			 char  szPath[MAX_PATH],			//.1. 程序所在路径;	
			 char  szIniName[MAX_PATH],			//.2. 配置文件名称;
			 int   iCommPort,					//.3. 串行端口;
			 int   iAddr,						//.4. 设备地址;
			 int   iRate,						//.5. 波特率;	
		 	 int   iDataBit,					//.6. 数据位;
		 	 int   iStopBit,					//.7. 停止位;
			 int   iParity,						//.8. 校验位;
			 int   iInterval					//.9. 时间间隔;	
			);

	virtual ~CUPS_NXL()
	{
	#if IS_USE_READMSG_CS
		DeleteCriticalSection(&m_csReadMsg);
	#endif
		MTVERIFY(CloseHandle(m_hSemComm));
		CloseComm();
	};

private:
	HANDLE m_hSemComm;				//.串口读写事件对象;				
#if IS_USE_READMSG_CS
	CRITICAL_SECTION m_csReadMsg;	//.临界值;
#endif
	BOOL m_dwOnlineTick[MAX_ADDR];	//.1.在线标号;
	BOOL m_devOnline[MAX_ADDR];		//.2.设备是否在线;

protected:
	char m_szNXL_42HMsg[MAX_ADDR][RECE_MSG_LENGTH];		//.1.获取模拟量量化数据（定点数）;
	char m_szNXL_43HMsg[MAX_ADDR][RECE_MSG_LENGTH];		//.2.获取开关量输入状态 ;
	char m_szNXL_44HMsg[MAX_ADDR][RECE_MSG_LENGTH];		//.3.获取告警量输入状态 ;
	char m_szNXL_E0HMsg[MAX_ADDR][RECE_MSG_LENGTH];		//.4.获取系统模拟量量化数据（定点数，厂家自定义模拟量 1）;
	char m_szNXL_E1HMsg[MAX_ADDR][RECE_MSG_LENGTH];		//.5.获取自定义模拟量量化数据1（定点数）;
	char m_szNXL_E2HMsg[MAX_ADDR][RECE_MSG_LENGTH];		//.6.获取自定义模拟量量化数据2（定点数）;
	char m_szNXL_E3HMsg[MAX_ADDR][RECE_MSG_LENGTH];		//.7.获取自定义模拟量量化数据3（定点数）;
	char m_szNXL_ECHMsg[MAX_ADDR][RECE_MSG_LENGTH];		//.8.获取自定义告警量 ;
	char m_szNXL_EEHMsg[MAX_ADDR][RECE_MSG_LENGTH];		//.9.获取系统设置参数数据（厂家自定义帧）  ;

public:
	//.发送请求设备数据;
	int SendReadRequest(
						char szPath[MAX_PATH],					// 1.程序所在路径;
						char szIniName[MAX_PATH],				// 2.配置文件名称 ;
						int nCommPort,							// 3.串行端口;
						int nAddr,								// 4.设备地址;
						char szCmd[MAX_CMD],					// 5.请求命令;
						char szMsg[VAR_MSG],					// 6.响应的值	;
						int nReversed1,							// 7.预留整形参数1接口;
						int nReversed2,							// 8.预留整形参数2接口;
						int nReversed3,							// 9.预留整形参数3接口;
						int nReversed4,							// 10.预留整形参数4接口;
						int nReversed5,							// 11.预留整形参数5接口;
						float fReversed1,						// 12.预留float参数1接口;
						float fReversed2,						// 13.预留float参数2接口;
						float fReversed3,						// 14.预留float参数3接口;	
						char szReversed1[MAX_RESERVED1],		// 15.预留字符数组参数1接口;	
						char szReversed2[MAX_RESERVED2],		// 16.预留字符数组参数2接口;	
						char szReversed3[MAX_RESERVED3],		// 17.预留字符数组参数3接口;	
						char szReversed4[MAX_RESERVED4],		// 18.预留字符数组参数4接口;	
						char szReversed5[MAX_RESERVED5]			// 19.预留字符数组参数5接口;	
						);

	//.发送设置设备参数请求;
	int SendSetReuest(
						char szPath[MAX_PATH],					// 1.程序所在路径;	
						char szIniName[MAX_PATH],				// 2.配置文件名称 ;
						int nCommPort,							// 3.串行端口;
						int nAddr,								// 4.设备地址;
						char szCmd[MAX_CMD],					// 5.请求命令;
						char szRecvMsg[VAR_MSG],				// 6.响应的值;
						int nReversed1,							// 7.预留整形参数1接口;
						int nReversed2,							// 8.预留整形参数2接口;
						int nReversed3,							// 9.预留整形参数3接口;
						int nReversed4,							// 10.预留整形参数4接口;
						int nReversed5,							// 11.预留整形参数5接口;
						float fReversed1,						// 12.预留float参数1接口;
						float fReversed2,						// 13.预留float参数2接口;	
						float fReversed3,						// 14.预留float参数3接口;	
						char szReversed1[MAX_RESERVED1],		// 15.预留字符数组参数1接口;	
						char szReversed2[MAX_RESERVED2],		// 16.预留字符数组参数2接口;	
						char szReversed3[MAX_RESERVED3],		// 17.预留字符数组参数3接口;	
						char szReversed4[MAX_RESERVED4],		// 18.预留字符数组参数4接口;	
						char szReversed5[MAX_RESERVED5]			// 19.预留字符数组参数5接口;	
						);
	//.打开串口;
	BOOL NxlOpenComm(int nCommPort, int nAddr, int nRate, int nDataBit, int nStopBit, int nParity, int nInterval);

	//.获取ini文件分键信息;
	int GetNXL_ini_info(
						char szPath[MAX_PATH],						//.1.服务器程序所在目录;
						char szIniName[MAX_PATH],					//.2.配置文件名;
						char szCmd[MAX_CMD],						//.3.命令;
						char szCID2[MAX_CID],						//.4.CID2;
						char nType[MAX_CMD],						//.5.数据类型;
						int &nIndex,								//.6.索引;
 						int &nLen									//.7.截取长度;
						);
protected:
	int GetEquipmentParamter(CCommProcess *pCom,int iAddr,char szCmd[MAX_CMD],char szCID2[MAX_CID]);	//.0.获取设备传进的请求信息;
	int Request_ReadStatus(CCommProcess *pCom,int iAddr,char szCmd[MAX_CMD],char szCID2[MAX_CID]);		//.1.向设备发送请求命令;
	int Response_ReadStatus(CCommProcess *pCom,int iAddr,char szCmd[MAX_CMD]);							//.2.接收请求设备响应数据;

protected:
	int SetEquipmentParamter(CCommProcess *pCom,int iAddr,char szCmd[MAX_CMD],char szCID2[MAX_CID],char szRecvMsg[RECE_MSG_LENGTH]);//.0.获取设备传进的设置信息;
	int Request_WirteStatus(CCommProcess *pCom,int iAddr,char szCmd[MAX_CMD]);							//.1.向设备发送设置命令;
	int Respones_WirteStatus(CCommProcess *pCom,int iAddr,char szCmd[MAX_CMD]);							//.2.接收设置设备的响应数据;

protected:
	int Get_NXL_42_VarMsg(int iAddr,char szCmd[MAX_CMD],char szRecvMsg[RECE_MSG_LENGTH],int &iIndex,int &iLen,char szTy[TYPE_LENGTH]);
	int Get_NXL_43_VarMsg(int iAddr,char szCmd[MAX_CMD],char szRecvMsg[RECE_MSG_LENGTH],int &iIndex,int &iLen,char szTy[TYPE_LENGTH]);
	int Get_NXL_44_VarMsg(int iAddr,char szCmd[MAX_CMD],char szRecvMsg[RECE_MSG_LENGTH],int &iIndex,int &iLen,char szTy[TYPE_LENGTH]);
	int Get_NXL_E0_VarMsg(int iAddr,char szCmd[MAX_CMD],char szRecvMsg[RECE_MSG_LENGTH],int &iIndex,int &iLen,char szTy[TYPE_LENGTH]);
	int Get_NXL_E1_VarMsg(int iAddr,char szCmd[MAX_CMD],char szRecvMsg[RECE_MSG_LENGTH],int &iIndex,int &iLen,char szTy[TYPE_LENGTH]);
	int Get_NXL_E2_VarMsg(int iAddr,char szCmd[MAX_CMD],char szRecvMsg[RECE_MSG_LENGTH],int &iIndex,int &iLen,char szTy[TYPE_LENGTH]);
	int Get_NXL_E3_VarMsg(int iAddr,char szCmd[MAX_CMD],char szRecvMsg[RECE_MSG_LENGTH],int &iIndex,int &iLen,char szTy[TYPE_LENGTH]);
	int Get_NXL_EC_VarMsg(int iAddr,char szCmd[MAX_CMD],char szRecvMsg[RECE_MSG_LENGTH],int &iIndex,int &iLen,char szTy[TYPE_LENGTH]);
	int Get_NXL_EE_VarMsg(int iAddr,char szCmd[MAX_CMD],char szRecvMsg[RECE_MSG_LENGTH],int &iIndex,int &iLen,char szTy[TYPE_LENGTH]);

protected:
	int Set_NXL_42_VarMsg(int iAddr,char szCmd[MAX_CMD],char *szRecvMsg);
	int Set_NXL_43_VarMsg(int iAddr,char szCmd[MAX_CMD],char *szRecvMsg);
	int Set_NXL_44_VarMsg(int iAddr,char szCmd[MAX_CMD],char *szRecvMsg);
	int Set_NXL_E0_VarMsg(int iAddr,char szCmd[MAX_CMD],char *szRecvMsg);
	int Set_NXL_E1_VarMsg(int iAddr,char szCmd[MAX_CMD],char *szRecvMsg);
	int Set_NXL_E2_VarMsg(int iAddr,char szCmd[MAX_CMD],char *szRecvMsg);
	int Set_NXL_E3_VarMsg(int iAddr,char szCmd[MAX_CMD],char *szRecvMsg);
	int Set_NXL_EC_VarMsg(int iAddr,char szCmd[MAX_CMD],char *szRecvMsg);
	int Set_NXL_EE_VarMsg(int iAddr,char szCmd[MAX_CMD],char *szRecvMsg);

protected:
	int  RtnCheck(char szRecvMsg[RECE_MSG_LENGTH]);
	int  NxlGetCheckSum(char *SendMsg,BYTE *szRecvCheck,int iMsgLen);
	BOOL Check_RecvMsgCheckSum(char *RecvMsg,int iMsgLen);
	BOOL LengthCheck(char szRecvMsg[RECE_MSG_LENGTH]);

};
#endif