repos_ecs/Device/UpsKeHua/Head.h

#if !defined(_INCLUDE_HEAD_H)
#define _INCLUDE_HEAD_H

#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000

#include <afxtempl.h>

#define UPS_KE_HUA_MAX_MSG				100

// ICPDAS 设备Dll错误代码定义
enum __ERRO_CODE_UPSKEHUA
{
	ERR_CODE_UPSKEHUA_COM_FAULT				= 50201	,			//UPSKEHUA设备串口通信故障
	ERR_CODE_UPSKEHUA_COM_BUSY					    ,			//UPSKEHUA设备串口通信忙
	ERR_CODE_UPSKEHUA_COM_READ_NO_DATA				,			//UPSKEHUA设备没有读到数据
	ERR_CODE_UPSKEHUA_COM_READ_LEN_OVER				,			//UPSKEHUA设备读到数据长度超时限制
	ERR_CODE_UPSKEHUA_COM_LRC_LOST					,			//UPSKEHUA设备lrc校验失败
	EER_CODE_UPSKEHUA_COM_WRITE_DATA					,		//UPSKEHUA设备写串口错误
	EER_CODE_UPSKEHUA_COM_REGNUM						,		//UPSKEHUA设备寄存器数
	ERR_CODE_UPSKEHUA_COM_VARLEN					    ,		//UPSKEHUA设备变量长度非法
	ERR_CODE_UPSKEHUA_COM_INVALIDRES			        ,       //UPSKEHUA设备无效应答
};


#pragma   pack(push)   //保存对齐状态  
#pragma   pack(1)//设定为4字节对齐     

typedef struct tagPORTPARAM
{
	BYTE PortNo;		  //Com端口
	DWORD BaudRate;	      //波特率
    BYTE ByteSize;        /* Number of bits/byte, 4-8        */
    BYTE Parity;          /* 校验位 0-4=None,Odd,Even,Mark,Space    */
    BYTE StopBits;        /* 结束位 0,1,2 = 1, 1.5, 2               */
	BYTE StartAddr;		  //起止地址	
	int	Interval;		  //间隔时间
	tagPORTPARAM()
	{
		PortNo=3;
		BaudRate=CBR_9600;
		ByteSize=8;
		Parity=NOPARITY;
		StopBits=ONESTOPBIT;
		StartAddr=1;
		Interval=1000;
	}
}PORTPARAM,*PPORTPARAM;

typedef struct __RESPONSE_STRUCT
{
	BYTE	Start;						//起始位
	BYTE	szContent[46];				//协议内容(长度46)
	BYTE	End;						//结束码 0x0d(回车)	
}RESPONSE_STRUCT, *PRESPONSE_STRUCT;

#if 0
//读应答数据结构
typedef struct __STATUS_STRUCT
{
	BYTE	Start;						//起始位
	BYTE	AddrCode[2];				//地址码
	BYTE	RtnByteNum;				    //返回字节个数
}STATUS_STRUCT, *PSTATUSSTRUCT;

typedef struct __RESPONSE_STRUCT
{
	STATUS_STRUCT	StatusStruct;
	char			StrRtnMsg[80];				//返回字符串
	//BYTE			Lrc[2];						//校验码位
	BYTE			End;						//结束码 0x0d(回车)	
}RESPONSE_STRUCT, *PRESPONSE_STRUCT;
#endif

#pragma   pack(pop)//恢复对齐状态

#endif //!defined(_INCLUDE_HEAD_H)