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Protocaldef.h
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#include "AfxTempl.h"
#define WM_DLL_BACK WM_USER + 0x0208
#define WM_PROTOCOL_BACK (WM_USER+0x10)//调用者窗口返回消息
#define WM_PROTOCOL_RECEIVE (WM_USER+0x11)//收到数据
#define WM_PROTOCOL_SEND (WM_USER+0x12)//发送数据
#define WM_PROTOCOL_ASKVAL (WM_USER+0x13)//规约请求读取数据
enum PRO_ASK
{
Pro_ASKNULL,//无效命令
Pro_SendU,
Pro_SendS,
//全局的下发命令
Pro_AskAll,//总召唤
Pro_SendJS,//校时
Pro_SignRevert,//信号复归
Pro_SendJSAll,//校时
Pro_SendALLXY,//消音
Pro_SignRevertAll,//信号复归
//一般问答规约
Pro_AskYC,
Pro_AskYX,
Pro_AskYM,
//问答规约扩展
Pro_ResetFCB,
Pro_ResetCU,
Pro_Ask1LevelData,//询问一级数据
Pro_Ask2LevelData,//询问二级数据
//定值
Pro_SendDDZ,//调定值
Pro_SendDMS,//描述
Pro_SendSXX,//上下限
Pro_SendDZVAL,//下发定值
Pro_SendDZFIX,//固化定值
Pro_SendDZQH,//下发定值区号
//其他
Pro_SendYK,//摇控
Pro_SendRYB,//软压板
Pro_AskStatus,//装置状态
Pro_AskSOE,
Pro_ConfirmSOE,
//扩展的
Pro_AskEx1,
Pro_AskEx2,
Pro_AskEx3,
Pro_AskEx4,
Pro_AskEx5,
Pro_AskEx6,
Pro_AskEx7,
Pro_AskEx8,
Pro_AskEx9,
//录波
Pro_AskLuboIndex,
Pro_SendLubo,
Pro_AskLuboStop,
Pro_LUBOSTART,
Pro_LUOQDCMD,
Pro_LUODATARDY,
Pro_LUOSTATUSCMD,
Pro_LOBOSTATUSOK,
Pro_LUBOMNLRDY,
Pro_LUBOMNLTRUE,
Pro_LUBOMNLOK,
Pro_LUBOEXIT,
//
Pro_SendYC,
Pro_SendYC_A,
Pro_SendYC_B,
Pro_SendYC_C,
Pro_SendYX_D1,
Pro_SendYM_D2,
Pro_SendSOE,
Pro_CDTYKBACK,
Pro_CDTSOE,
Pro_ReadGZCurve,
};
enum PRO_RECEIVE
{
Pro_ReceDevYC,
Pro_ReceDevYX,
Pro_ReceDevYM,
Pro_ReceDevRYB,//软压板
Pro_ReceDevSOE,
Pro_ReceDevDzVAL,
Pro_ReceDevDzNAME,
Pro_ReceDevDzSXX,
Pro_ReceDevYKBACK,
Pro_ReceDevDZQH,
Pro_ReceDevOnLine,
Pro_ReceDevStatus,//装置状态，上下线
Pro_ReceDevOper,//装置操作状态
Pro_ReceStationStatus,
Pro_AUTOPACK,
Pro_MANUPACK,
Pro_ReceDevGZIndex,//故障表
Pro_ReceDevGZ_DataReady,//数据准备好
Pro_ReceDevGZ_YXDataReady,//状态量准备好
Pro_ReceDevGZ_YXData,//状态量数据
Pro_ReceDevGZ_YXDataEnd,//状态量数据结束
Pro_ReceDevGZ_YCDataReady,//模拟量准备好
Pro_ReceDevGZ_YCData,//模拟量数据
Pro_ReceDevGZ_YCDataEnd,//模拟量数据结束
Pro_ReceDevGZ_LUBOEnd,//录波过程结束
//以下为从站用到
Pro_ReceAskYK,//请求遥控
Pro_ReceAskSJ,//请求升降
Pro_ReceAskJS,
Pro_ReceAskFG,
Pro_ReceGZCurve,
};
struct Circle_Send//循环下发结构
{
Circle_Send()
{
bCircle = FALSE;
bBroadcast = FALSE;
nSendFlag = Pro_AskYX;
nCircleTime = 0;
nTimerID = 0;
}
BOOL bCircle;//是否循环
BOOL bBroadcast;//是否广播
int nSendFlag;//下发标记
int nCircleTime;//循环间隔
UINT nTimerID;
};
struct ykDll
{
ykDll()
{
devno = 0;
nUnderdevno = 0;
point = 0;
status = 0;
flag = 0;
num = 0;
ZeroMemory(val,sizeof(val));
nYKFlag = Pro_SendYK;
}
int devno;
int nUnderdevno;//二级装置
int point;
int status;
int flag;
//DZ
int num;
DWORD val[100];
int nYKFlag;//遥控，定值标记
};
struct cjDll
{
cjDll()
{
type = 0;
devno = 0;
nUnderdevno = -1;
point = 0;
val = 0;
fval = 0.f;
ZeroMemory(cAddr,sizeof(cAddr));
}
int type;
int devno;
int nUnderdevno;//二级装置
char cAddr[14];
int point;
int val;
float fval;
};
struct soeDll
{
soeDll()
{
devno = 0;
nUnderdevno = 0;
pointNo = 0;
nIndex = 0;
nType = 0;
status = 0;
ZeroMemory(&time,sizeof(SYSTEMTIME));
it = 0;
times = 0;
ZeroMemory(soeVal,sizeof(soeVal));
ZeroMemory(cAddr,sizeof(cAddr));
}
int devno;
int nUnderdevno;//二级装置
char cAddr[14];
int pointNo;
int nIndex;//故障序号
int nType;//故障类型
int status;//值
long btSOEFlag;////GSM用参数，1-漏电预警，2-漏电报警，3-温升预警，4-温升报警，5-设备故障
SYSTEMTIME time;
long it;
int times;
char soeVal[255];//故障值
};
struct senddll //用户命令结构
{
senddll()
{
btSendFlag = 0xFF;
ZeroMemory(btData,sizeof(btData));
nDataLen = 0;
bNeedAnswer = TRUE;
}
BYTE btSendFlag;//发送标识
BYTE btData[1024];//打包数据
int nDataLen; //数据长度
BOOL bNeedAnswer;
};
struct gzIndex
{
gzIndex()
{
nFacNo = 0;
nDevNo = 0;
ngzNo = 0;
GetLocalTime(&gztime);
}
int nFacNo;
int nDevNo;
int ngzNo;
SYSTEMTIME gztime;
};
struct sPROTOCOL_DZ //定值数据结构
{
sPROTOCOL_DZ()
{
nZZNo = -1;
nAreaNo = 1;
nDzNo = 0;
fDzVal = 0;
nDzProp = 0;
nUnderdevno = -1;
ZeroMemory(cAddr,sizeof(cAddr));
}
int nZZNo; //装置号
int nUnderdevno;//二级装置号
int nAreaNo;//定值区
int nDzNo;//定值序号
int nDzProp;//定值属性
float fDzVal;//数据
char cAddr[14];
};
struct sPROTOCOL_103Data
{
sPROTOCOL_103Data()
{
nZZNo = 0;
btGIN1 = 0;
btGIN2 = 0;
btKOD = 0;
btGDD1 = 0;
btGDD2 = 0;
ZeroMemory(btData,sizeof(btData));
}
int nZZNo; //装置号
BYTE btGIN1;//(GIN1)//组号
BYTE btGIN2;//条目号
BYTE btKOD;//描述
BYTE btGDD1;//数据类型
BYTE btGDD2;//数据宽度
BYTE btData[256];//数据
};
struct sPROTOCEL_GZCurve
{
long nZZNo;
BYTE nPointNo;
WORD nCurveVal[50];
};
struct sPROTOCOL_DevOperFlag//装置操作状态
{
sPROTOCOL_DevOperFlag()
{
nZZNo = 0;
nUnderdevno = 0;
btOperFlag = 0;
btOperSuccess = 0;
}
int nZZNo; //装置号
int nUnderdevno;//二级装置
BYTE btOperFlag;//操作标识
BYTE btOperSuccess;//成功标识,0-不成功,1-成功,2-超时
};
struct sPROTOCOL_YK //遥控下发参数
{
sPROTOCOL_YK()
{
nZZNo = -1;
bIsUnderZZ = FALSE;
nUnderZZNo = -1;
nYKNo = -1;
fVal = 0;
bDLQ = TRUE;
nYKFlag = Pro_SendYK;
ZeroMemory(btParam,sizeof(btParam));
ZeroMemory(cAddr,sizeof(cAddr));
}
int nYKFlag;//遥控，定值标记
int nZZNo; //装置号
char cAddr[14];
BOOL bIsUnderZZ;//是二级装置定值
int nUnderZZNo;//二级装置号
int nYKNo; //点号
float fVal;//下行：控制数据
//上行:返回(0-失败,1-成功)
BOOL bDLQ;//是否断路器
BYTE btParam[10];//备选参数
};
struct sInsertCmd //插入命令结构
{
sInsertCmd()
{
nZZNo = 0;
nInsertCmdFlag = 0x00;
ZeroMemory(cAddr,sizeof(cAddr));
}
BYTE nZZNo;//装置号
char cAddr[14];
BYTE nUnderdevno;
BYTE nInsertCmdFlag;//命令帧类型
};
#define MAX_LEN 655360
class CMyByteArray : public CByteArray
{
public:
int Addx(LPBYTE pNewElement, int len)
{
ASSERT(m_nSize+len < MAX_LEN);
int nIndex=m_nSize;
SetSize(m_nSize+len);
memcpy(m_pData+nIndex,pNewElement,len);
return m_nSize-1;//新的索引的位置
}
};
struct sPROTOCOL_FRAME //发送报文的帧结构
{
sPROTOCOL_FRAME() {
nZZNo = 0xFF;
btSendFlag = 0x00;
nNum = 0;
bNeedAnswer = FALSE;
nOvertime = 0;
ZeroMemory(btData,sizeof(btData));
}
int nZZNo; //装置号
BYTE btSendFlag;//下发标识
BOOL bNeedAnswer;//是否需要应答
int nOvertime;//应答超时时间设定
int nNum;//结构个数
BYTE btData[1024];//数据体
};
struct sPROTOCOL_FRAME_RECEIVE //接收报文的帧结构
{
sPROTOCOL_FRAME_RECEIVE()
{
btFlag = 0x00;
nNum = 0;
ZeroMemory(btData,sizeof(btData));
memset(cMsg,0,256);
nZZNo = 0;
}
int nZZNo;//装置号
BYTE btFlag;//帧标识
char cMsg[256];
int nNum;//结构个数
BYTE btData[5120];//数据体
};
//定义结构，以便被主程序调用
enum E_PROTOCOL_TYPE//类型枚举
{
PROTOCOL_YC,//遥测
PROTOCOL_YX,//遥信
PROTOCOL_YM,//遥脉
PROTOCOL_SOE,
PROTOCOL_DZ,//定值
PROTOCOL_DevStatus,//装置(设备)状态
PROTOCOL_YKBACK,//遥控返回
PROTOCOL_DZXG_ERROR,//定值修改错误
PROTOCOL_DZ_CURAREA,//当前定值区
PROTOCOL_DZQH_OK,//定值切换成功
PROTOCOL_DZQH_ERROR,//定值切换错误
PROTOCOL_LB,//录波
};
enum
{
GDD1_NULL = 0,
GDD1_OS8ASCII = 1,
GDD1_BS1 = 2,
GDD1_UINT = 3,
GDD1_INT = 4,
GDD1_UFLOAT = 5,
GDD1_FLOAT = 6,
GDD1_R3223 = 7,
GDD1_R6453 = 8,
GDD1_DOUBLEPOINT = 9,
};
enum PRO_YK
{
YK_SEL0,
YK_SEL1,
YK_ZX0,
YK_ZX1,
YK_CX0,
YK_CX1,
YK_JT0,//急停
YK_JT1,
};
enum
{
COT_YF = 1,
COT_ZX,
COT_CX,
COT_READ,
COT_CHECK,
COT_WRITEOK = 0x14,
COT_WRITEERROR,
COT_READOK,
COT_READERROR
};
enum
{
GIN1_YC = 1,
GIN1_YX,
GIN1_YK,
GIN1_DZ,
GIN1_CAPTION,
GIN1_DNL//电能
};
enum
{
KOD_NULL = 0,
KOD_REALVAL,
KOD_NAME,
KOD_PRIMARY,
KOD_SCALE,
KOD_ADDR,
KOD_ANGLE
};
//用户下发命令类型
enum
{
DEV_CMD_REVERT,//复归
DEV_CMD_DDZ,//调定值
DEV_CMD_DZQH,//定值区切换
DEV_CMD_DZYF,//定值预发
DEV_CMD_DZFIX,//定值固化
DEV_CMD_LUBO,//触发录波
DEV_CMD_YKYF,//遥控预发，执行，撤销
DEV_CMD_YKZX,
DEV_CMD_YKCX
};
#define MAX_DEV 255
#define MAX_DEV_YC 256
#define MAX_DEV_YX 128
#define MAX_DEV_YK 256
#define MAX_DEV_DZ 256
#define MAX_DEV_YM 4
struct sPROTOCOL_DZQH //定值区切换
{
sPROTOCOL_DZQH()
{
btOld = 0;
btNew = 0;
bQHOK = FALSE;
}
BYTE btOld;//定值区旧号
BYTE btNew;//定值区新号
BOOL bQHOK;//切换OK
};
struct sPROTOCOL_DevStatus
{
sPROTOCOL_DevStatus()
{
nZZNo = 0;
nUnderZZNo = -1;
btConnectStatus = 1;
}
int nZZNo; //装置号
int nUnderZZNo;//二级装置号
BYTE btConnectStatus;//连接状态
};
class CProtBase
{
public:
CProtBase(HWND hWndBack)
{
m_hAccessDataArray = CreateMutex(NULL, FALSE, NULL);
memset(&m_yk,0,sizeof(ykDll));
m_FrameLength = 0;
m_nPort = 1;
m_CmdInsertList.RemoveAll();
m_CJList.RemoveAll();
m_SOEList.RemoveAll();
m_DZList.RemoveAll();
m_103DataList.RemoveAll();
m_Recv.RemoveAll();
m_AutoSend.RemoveAll();
m_ManuSend.RemoveAll();
m_hPortWnd = hWndBack;
m_ArrayParam.RemoveAll();
m_nCurOperZZNo = -1;
m_bLuboStart = FALSE;
m_gzIndexList.RemoveAll();
m_ZZStatusList.RemoveAll();
m_nGatewayAddr = 1;
for (int kk = 0;kk < 256;kk ++)
{
m_YcDataCur[kk] = 0x00;
if(kk < 64)
{
m_YxDataCur[kk] = 0x00;
m_YmDataCur[kk] = 0x00;
}
}
m_nZFYCNum = 256;
m_nZFYXNum = 512;
m_nZFYMNum = 64;
m_nOnlineZZNo = -1;
m_nOnlineUnderZZNo = -1;
m_bZZLinkStatus = FALSE;
ZeroMemory(m_btParam,sizeof(m_btParam));
ZeroMemory(m_sLuboFileName,sizeof(m_sLuboFileName));
m_StartFalgArray.RemoveAll();
m_SendFalgArray.RemoveAll();
ZeroMemory(m_btGlobalAddr,sizeof(m_btGlobalAddr));
m_bProcessOK = FALSE;
};
virtual ~CProtBase()
{
CloseHandle(m_hAccessDataArray);
};
//发送标记数组
CByteArray m_StartFalgArray;//启动命令队列
CByteArray m_SendFalgArray;//装置循环下发队列
HANDLE m_hAccessDataArray;
BOOL m_bProcessOK;
HWND m_hPortWnd;//规约主窗口
CMyByteArray m_Recv;
CMyByteArray m_AutoSend;
CMyByteArray m_ManuSend;
CMyByteArray m_ArrayParam;//数组规约参数
ykDll m_yk;
senddll m_SendDll;
int m_FrameLength;
int m_nPort;
int m_nOnlineZZNo;
int m_nOnlineUnderZZNo;//二级装置
BOOL m_bZZLinkStatus;
CList<sInsertCmd,sInsertCmd> m_CmdInsertList;
CList<cjDll,cjDll> m_CJList;
CList<soeDll,soeDll> m_SOEList;
CList<gzIndex,gzIndex> m_gzIndexList;
CList<sPROTOCOL_DZ,sPROTOCOL_DZ> m_DZList;
CList<sPROTOCOL_103Data,sPROTOCOL_103Data> m_103DataList;
CList<sPROTOCOL_DevStatus,sPROTOCOL_DevStatus> m_ZZStatusList;//装置状态
sPROTOCOL_YK m_YKBack;
sPROTOCOL_DevOperFlag m_DevOperFlag;//装置操作状态
sPROTOCEL_GZCurve m_GZCurve;
virtual BOOL Process(int nDatalen) = 0;
virtual void Free() = 0;
//为对外接口
virtual void SetCurZZ(int nZZNo,int nGateNo,char *ZZType,char * ZZParam) = 0;
virtual BOOL UnPackData(BYTE* recv,int len) = 0;
virtual int ManualPackData(sPROTOCOL_YK yk) = 0;
virtual int AutoPackData() = 0;
virtual BOOL PackInsertData(int nInsertFlag,BOOL bInsertAll = FALSE) = 0;
virtual void SetZZVal(BYTE* data,int len,int nZZNo,BYTE btTabNo) = 0;
void RemoveLeft(int n)
{
m_Recv.RemoveAt(0,n);
}
void SendMsgToUser(int nSendFlag)
{
WaitForSingleObject(m_hAccessDataArray, INFINITE);
sPROTOCOL_FRAME_RECEIVE receive;
receive.btFlag = nSendFlag;
// receive.nZZNo = m_pCurZZ->m_ZZNo;
if(nSendFlag == Pro_ReceDevYC)
{
cjDll cjdll;
m_ArrayParam.RemoveAll();
while (!m_CJList.IsEmpty())
{
cjdll = m_CJList.RemoveHead();
m_ArrayParam.Addx((BYTE*)&cjdll,sizeof(cjDll));
receive.nNum ++;
if((1024 / sizeof(cjDll)) < receive.nNum)
break;
}
memcpy(receive.btData,m_ArrayParam.GetData(),m_ArrayParam.GetSize());
}
else if(nSendFlag == Pro_AUTOPACK)
{
memcpy(m_SendDll.btData,m_AutoSend.GetData(),m_AutoSend.GetSize());
m_SendDll.nDataLen = m_AutoSend.GetSize();
if(m_SendDll.btSendFlag >= Pro_SendYC && m_SendDll.btSendFlag <= Pro_SendSOE)
m_SendDll.bNeedAnswer = FALSE;
BYTE btData[1048];
memcpy(btData,&m_SendDll,sizeof(senddll));
receive.nNum = 1;
memcpy(receive.btData,btData,sizeof(senddll));
if(m_SendDll.btSendFlag == Pro_AskYC)
strcpy_s(receive.cMsg,"读YC");
else if(m_SendDll.btSendFlag == Pro_AskYX)
strcpy_s(receive.cMsg,"读YX");
else if(m_SendDll.btSendFlag == Pro_AskYM)
strcpy_s(receive.cMsg,"读DD");
else if(m_SendDll.btSendFlag == Pro_SendDDZ)
strcpy_s(receive.cMsg,"调定值");
else if(m_SendDll.btSendFlag == Pro_SendJS)
strcpy_s(receive.cMsg,"校时");
else if(m_SendDll.btSendFlag == Pro_SendJSAll)
strcpy_s(receive.cMsg,"总校时");
else if(m_SendDll.btSendFlag == Pro_SignRevert)
strcpy_s(receive.cMsg,"复归");
else if(m_SendDll.btSendFlag == Pro_SignRevertAll)
strcpy_s(receive.cMsg,"总复归");
else if(m_SendDll.btSendFlag == Pro_SendDZFIX)
strcpy_s(receive.cMsg,"定值固化");
else if(m_SendDll.btSendFlag == Pro_SendDZVAL)
strcpy_s(receive.cMsg,"定值预置");
else if(m_SendDll.btSendFlag == Pro_SendYK)
strcpy_s(receive.cMsg,"遥控");
else if(m_SendDll.btSendFlag == Pro_SendRYB)
strcpy_s(receive.cMsg,"软压板");
else if(m_SendDll.btSendFlag == Pro_SendLubo)
strcpy_s(receive.cMsg,"录波");
else if(m_SendDll.btSendFlag == Pro_AskLuboIndex)
strcpy_s(receive.cMsg,"录波索引表");
else if(m_SendDll.btSendFlag == Pro_Ask1LevelData)
strcpy_s(receive.cMsg,"请求1级数据");
else if(m_SendDll.btSendFlag == Pro_Ask2LevelData)
strcpy_s(receive.cMsg,"请求2级数据");
else if(m_SendDll.btSendFlag == Pro_ResetCU)
strcpy_s(receive.cMsg,"复位通信单元");
else if(m_SendDll.btSendFlag == Pro_ResetFCB)
strcpy_s(receive.cMsg,"复位帧计数位");
}
else if(nSendFlag == Pro_MANUPACK)
{
senddll send;
memcpy(send.btData,m_ManuSend.GetData(),m_ManuSend.GetSize());
send.nDataLen = m_ManuSend.GetSize();
BYTE btData[1048];
memcpy(btData,&send,sizeof(senddll));
receive.nNum = 1;
memcpy(receive.btData,btData,sizeof(senddll));
}
else if(nSendFlag == Pro_ReceDevSOE)
{
soeDll soe;
m_ArrayParam.RemoveAll();
while (!m_SOEList.IsEmpty())
{
soe = m_SOEList.RemoveHead();
m_ArrayParam.Addx((BYTE*)&soe,sizeof(soeDll));
receive.nNum ++;
}
memcpy(receive.btData,m_ArrayParam.GetData(),m_ArrayParam.GetSize());
strcpy_s(receive.cMsg,"收到装置SOE");
}
else if(nSendFlag == Pro_ReceDevOper)
{
memcpy(receive.btData,&m_DevOperFlag,sizeof(sPROTOCOL_DevOperFlag));
strcpy_s(receive.cMsg,"装置操作返回");
}
else if(nSendFlag == Pro_ReceDevYKBACK || nSendFlag == Pro_ReceAskYK)
{
memcpy(receive.btData,&m_YKBack,sizeof(sPROTOCOL_YK));
if(nSendFlag == Pro_ReceDevYKBACK)
strcpy_s(receive.cMsg,"遥控返回");
else if(nSendFlag == Pro_ReceAskYK)
strcpy_s(receive.cMsg,"调度请求遥控");
}
else if(nSendFlag == Pro_ReceDevDzVAL)//定值返回
{
sPROTOCOL_DZ dz;
m_ArrayParam.RemoveAll();
while (!m_DZList.IsEmpty())
{
dz = m_DZList.RemoveHead();
m_ArrayParam.Addx((BYTE*)&dz,sizeof(sPROTOCOL_DZ));
receive.nNum ++;
}
memcpy(receive.btData,m_ArrayParam.GetData(),m_ArrayParam.GetSize());
strcpy_s(receive.cMsg,"定值返回");
}
else if(nSendFlag == Pro_ReceDevStatus)
{
sPROTOCOL_DevStatus devstatus;
m_ArrayParam.RemoveAll();
while (!m_ZZStatusList.IsEmpty())
{
devstatus = m_ZZStatusList.RemoveHead();
m_ArrayParam.Addx((BYTE*)&devstatus,sizeof(sPROTOCOL_DevStatus));
receive.nNum ++;
}
memcpy(receive.btData,m_ArrayParam.GetData(),m_ArrayParam.GetSize());
strcpy_s(receive.cMsg,"收到装置状态");
}
else if(nSendFlag == Pro_ReceAskJS || nSendFlag == Pro_ReceAskFG)
{
//调度请求校时
memcpy(receive.btData,&m_DevOperFlag,sizeof(sPROTOCOL_DevOperFlag));
if(nSendFlag == Pro_ReceAskJS)
strcpy_s(receive.cMsg,"调度请求校时");
else//调度请求复归
strcpy_s(receive.cMsg,"调度请求复归");
}
else if(nSendFlag == Pro_ReceDevGZIndex)
{
gzIndex gz;
m_ArrayParam.RemoveAll();
while (!m_gzIndexList.IsEmpty())
{
gz = m_gzIndexList.RemoveHead();
m_ArrayParam.Addx((BYTE*)&gz,sizeof(gzIndex));
receive.nNum ++;
}
memcpy(receive.btData,m_ArrayParam.GetData(),m_ArrayParam.GetSize());
strcpy_s(receive.cMsg,"返回故障索引");
}
else if(nSendFlag >= Pro_ReceDevGZ_DataReady && nSendFlag < Pro_ReceDevGZ_LUBOEnd)
{
m_btParam[1] = nSendFlag;
memcpy(receive.btData,m_btParam,sizeof(m_btParam));
strcpy_s(receive.cMsg,"录波数据");
}
else if(nSendFlag == Pro_ReceDevGZ_LUBOEnd)
{
receive.nNum = m_btParam[0];
memcpy(receive.btData,m_sLuboFileName,receive.nNum);
strcpy_s(receive.cMsg,"录波文件名称");
}
else if(nSendFlag == Pro_ReceGZCurve)
{
receive.nNum = 1;
memcpy(receive.btData,&m_GZCurve,sizeof(sPROTOCEL_GZCurve));
strcpy_s(receive.cMsg,"故障曲线数据");
}
BYTE btTempData[5120+13+256];
int nLength = sizeof(sPROTOCOL_FRAME_RECEIVE);
memcpy(btTempData,&receive,nLength);
if(IsWindow(m_hPortWnd))
::SendMessage(m_hPortWnd,WM_DLL_BACK,(WPARAM)btTempData,(LPARAM)nLength);
ReleaseMutex(m_hAccessDataArray);
}
Circle_Send m_CircleSend[5];//定时下发
int m_nCurOperZZNo;//当前操作装置号
BOOL m_bLuboStart;//录波启动标记
int m_nGatewayAddr;
//CDT从站用到,这些数据主站在发送前，写入数据!
BYTE m_YxDataCur[64];//转发遥信最多512 64*8 = 512
unsigned short m_YcDataCur[256];//遥测256个
unsigned int m_YmDataCur[64];//遥脉64个
int m_nZFYCNum;
int m_nZFYXNum;
int m_nZFYMNum;
BYTE m_btParam[2];//两个参数
char m_sLuboFileName[256];
char m_btGlobalAddr[14];
};
typedef CProtBase* (*CREATE_PROTOCOL)(HWND hWndBack);//由主程序调用创建规约的一个实例
//T101 ***************************************
//帧格式
#define FRM_RESPONSE 0x68
#define FRM_CONFIRM 0x10
#define FRM_END 0x16
//帧类型定义
#define M_SP_NA_1 1
#define M_SP_TA_1 2
#define M_ST_NA_1 5
#define M_BO_NA_1 7
#define M_ME_NA_1 9
#define M_IT_NA_1 15
#define M_EP_TA_1 17
#define M_EP_TB_1 18
#define M_EP_TC_1 19
#define M_PS_NA_1 20
#define M_ME_ND_1 21
#define C_DC_NA_1 46
#define C_RC_NA_1 47
#define C_SE_NA_1 48
#define M_EI_NA_1 70
#define C_IC_NA_1 100
#define C_CI_NA_1 101
#define C_CS_NA_1 103
#define C_TS_NA_1 104
//****************************************************************
inline void FillGIDData(CString sVar,BYTE btGDD1,BYTE btGDD2,BYTE * btGID)
{
switch(btGDD1)
{
case GDD1_OS8ASCII:
{
memcpy(btGID,sVar.GetBuffer(0),btGDD2);
}
break;
case GDD1_BS1:
{
if(sVar.GetLength() != btGDD2*2)
return;
CString sTemp = sVar;
CString str;
char crStr[2];
int nIndex = 0;
while(sTemp.GetLength() > 0)
{
str = sTemp.Left(2);
strcpy_s(crStr,(char*)str.GetBuffer());
for (int i=0;i<2;i++)
{
if(isalpha(crStr[i]))
{
crStr[i] = tolower(crStr[i]);
crStr[i] -= 87;
}
else
crStr[i] -= 48;
}
btGID[nIndex] = crStr[0] * 16 + crStr[1];
nIndex ++;
sTemp = sTemp.Right(sTemp.GetLength() - 2);
}
}
break;
case GDD1_UINT:
case GDD1_INT:
{
int nVal = _wtoi(sVar);
memcpy(btGID,&nVal,btGDD2);
}
break;
case GDD1_UFLOAT:
case GDD1_FLOAT:
case GDD1_R3223:
case GDD1_R6453:
{
double fVal = _wtoi(sVar);
memcpy(btGID,&fVal,btGDD2);
}
break;
case GDD1_DOUBLEPOINT:
{
BYTE btVal = (BYTE)_wtoi(sVar);
btGID[0] = btVal;
}
break;
case GDD1_NULL:
default:
break;
}
}
//DLL接口函数指针类型定义
typedef void (*PROTOCOL_INIT)(HWND hWndBack);//
typedef void (*PROTOCOL_TOMAIN)();//
typedef void (*PROTOCOL_CLOSE)();//
typedef void (*PROTOCOL_SENDCMD)(sPROTOCOL_FRAME frame);//
typedef void (*PROTOCOL_SHOWMAINDLG)();//
typedef BOOL (*PROTOCOL_GETDEVSTATUS)(int nZZNo);//
typedef void (*PROTOCOL_SETDEV)(BOOL bAddFlag,int nDevAddr,int nFUN);//
inline WORD GetModbusCRC16(BYTE *pb, int n)//Modbus CRC校验码,返回整数
{
WORD crc=0xFFFF;
BYTE loCRC=LOBYTE(crc);
BYTE hiCRC=HIBYTE(crc);
for(int i=0; i<n; i++)
{
loCRC^=pb[i];
crc=WORD((hiCRC<<8)+loCRC);
for(int j=0; j<8; j++)
{
if((crc&1) == 1)
crc=WORD((crc>>1)^0xA001);
else
crc=WORD(crc>>1);
}
loCRC=LOBYTE(crc);
hiCRC=HIBYTE(crc);
}
return crc;
};
inline WORD GetSumbyByte(BYTE *pb, int n, LPBYTE loW=NULL, LPBYTE hiW=NULL)
{
WORD wVal=0;
for(int i=0;i<n;i++)
{
wVal=WORD(wVal+pb[i]);
}
if(loW!=NULL)
*loW=LOBYTE(wVal);
if(hiW!=NULL)
*hiW=HIBYTE(wVal);
return wVal;
};
/*按字校验和,返回字 loW和hiW分别为检验和字的低字节和高字节*/
inline WORD GetSumbyWord(WORD *pw, int n, LPBYTE loW=NULL, LPBYTE hiW=NULL)
{
WORD wVal=0;
for(int i=0;i<n;i++)
{
wVal=WORD(wVal+pw[i]);
}
if(loW!=NULL)
*loW=LOBYTE(wVal);
if(hiW!=NULL)
*hiW=HIBYTE(wVal);
return wVal;
};
inline BYTE BCDToBin(BYTE dByte)//BCD码转为字节
{
return BYTE((dByte>>4)*10+(dByte&0x0F));
};
inline WORD WBCDToBin(WORD dWord, BYTE& xhByte, BYTE& xlByte)//BCD字码转字
{
BYTE dhByte=BYTE(dWord>>8);
BYTE dlByte=BYTE(dWord&0xFF);
xhByte=BCDToBin(dhByte);
xlByte=BCDToBin(dlByte);
return WORD(xhByte*100+xlByte);
};
inline BYTE BinToBCD(BYTE xByte)//字节转BCD码
{
return BYTE((xByte/10<<4)+xByte%10);
};
inline BYTE ByteToBCD(BYTE nbyte)//字节转BCD码
{
BYTE hibyte,lowbyte;