结构体定义以及其赋值和使用

迈不过友情╰ 2022-08-27 03:21 145阅读 0赞

\-----------<结构体定义以及其赋值和使用>---------------------------  
  
  
//结构体的赋值不一定全部赋值，但是后面用到的理所当然要必须赋值  
//需求导向供给  
struct AFX\_EXT\_CLASS SKDCommunicationData  
\{  
BOOL m\_bSucc;  
BOOL m\_bFirst;  
SDataInfo m\_dataInfo; //结构体  
SKDCommunicationData();  
void Reset();   
\};  
struct SDataInfo  
\{  
int m\_nSubKind;  
DWORD m\_dwExtra;   
DWORD m\_dwSecondExtra;   
DWORD m\_dwThirdExtra;  
DWORD m\_dwExtra4;  
DWORD m\_dwExtra5;  
int m\_nRev;  
ULONGLONG  m\_llReqID;  
CBHDateTime  m\_dtBegin;   
CBHDateTime m\_dtEnd;   
int m\_nCutoffFreq;  
HWND m\_hwndDest;  
HWND m\_hwndDestSecond;  
string  m\_strHead\[STRING\_HEAD\_COUNT\]; //\#define STRING\_HEAD\_COUNT 3  
deque<SLineInfo> m\_LineInfoArray; //队列 结构体  
\};  
  
  
struct SLineInfo  
\{   
BOOL m\_bArg;  //本行是否有对应参数  
DWORD m\_nID;  //ID号(标识号):参数  
DWORD m\_pChannelInfo;   
string  m\_str\[STRING\_COUNT\];  
long m\_nArg;  //(通常为线数):参数  
long m\_nArg2;  //参数2  
  
  
long m\_nData;  //数据  
COleDateTime  m\_datetime; //时间  
  
  
double  m\_dbFirstValue;  //数值1  
double  m\_dbSecondValue; //数值2  
double  m\_dbThirdValue; //数值3  
  
  
BOOL m\_bBaseInfo;  //下面二项是动态基本信息  
BOOL m\_bRevValid;  //  
int  m\_nRev;   
BOOL m\_bDateTimeValid;   
S\_VibCharValue  m\_vibCharValue;  //主要用来表达基本信息,结构体  
S\_DynCharValue  m\_dyncCharValue;  //主要用来表达基本信息  
  
  
vector<double>  m\_dbArrayValue;  //数值数组1  
vector<double>  m\_dbArrayDec;  //数值数组2  
vector<double>  m\_dbArrayDec2;  //数值数组3  
vector<double>  m\_dbArrayDec3;  //数值数组4  
vector<CBHDateTime>  m\_dtArray; //日期时间数组  
vector<long>  m\_nArray; //整数数组  
vector<int>  m\_nArray2; //整数数组  
vector<int>  m\_nArray3; //整数数组  
vector<S\_VibCharValue>  m\_vibArray;   
  
  
  
  
public:  
SLineInfo()  
\{  
m\_bArg = FALSE;   
m\_pChannelInfo = NULL;  
m\_bBaseInfo = FALSE;  
m\_bRevValid = FALSE;  
m\_bDateTimeValid = FALSE;  
\}  
\};  
  
  
///结构体  
class \_BHKD\_EXT\_ S\_VibCharValue  
\{  
public:  
S\_VibCharValue();  
~S\_VibCharValue();  
DATATYPE\_CHAR \_fCharAll; //typedef float DATATYPE\_CHAR;  
DATATYPE\_CHAR \_fCharHalf;  
DATATYPE\_CHAR \_fCharOne;  
DATATYPE\_CHAR \_fCharTwo;  
DATATYPE\_CHAR \_fCharThree;  
DATATYPE\_CHAR \_fCharRes;  
DATATYPE\_CHAR \_fGap;  
DATATYPE\_CHAR \_fPhaseHalf;  
DATATYPE\_CHAR \_fPhaseOne;  
DATATYPE\_CHAR \_fPhaseTwo;  
DATATYPE\_CHAR \_fPhaseThree;  
DATATYPE\_INT \_iSmpFreq;  
DATATYPE\_INT \_iSmpNum;  
DATATYPE\_INT \_iRev;  
  
  
public:  
S\_VibCharValue& operator=(const S\_VibCharValue& vibValue\_);  
DATATYPE\_CHAR GetSpecTypeData(int iCharType\_=GE\_ALLCHAR); //方法  
void SetSpecTypeData(float fData\_,int iCharType\_=GE\_ALLCHAR);  
\};  
  
  
DATATYPE\_CHAR S\_VibCharValue::GetSpecTypeData(int iCharType\_)  
\{  
switch(iCharType\_)  
\{  
case GE\_ALLCHAR:  
return \_fCharAll;  
case GE\_HALFCHAR:  
return \_fCharHalf;  
case GE\_ONECHAR:  
return \_fCharOne;  
case GE\_TWOCHAR:  
return \_fCharTwo;  
case GE\_THREECHAR:  
return \_fCharThree;  
case GE\_DCCHAR:  
return \_fDC;  
case GE\_GAP:  
return \_fGap;  
case GE\_RESCHAR:  
return \_fCharRes;  
case GE\_PHASECHARONE:  
return \_fPhaseOne;  
case GE\_PHASECHARTWO:  
return \_fPhaseTwo;  
case GE\_PHASECHARTHREE:  
return \_fPhaseThree;  
case GE\_PHASECHARHALF:  
return \_fPhaseHalf;  
case GE\_SAMPLEFREQ:  
return \_iSmpFreq;  
case GE\_SAMPLENUM:  
return \_iSmpNum;  
case GE\_REV:  
return \_iRev;  
default:  
return \_fCharAll;  
\}  
\}  
  
  
============<结构体定义以及其赋值和使用>===============================