怎么把c++头文件编译成dll文件
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解决于 2017-09-11 09:28
1 #ifndef __SYMLINK_API_H_INCLUDED__ 2 #define __SYMLINK_API_H_INCLUDED__ 3 #ifdef __cplusplus 4 5 #define SYMAPI_STATUS_OK 0 6 //初始状态 7 #define SYMAPI_STATUS_NOCONNECT 1 8 //连接断开 9 #define SYMAPI_STATUS_DISCONNECT 2 10 //连接中 11 #define SYMAPI_STATUS_CONNECTING 3 12 //连接成功 13 #define SYMAPI_STATUS_CONNECTED 4 14 //发送登录命令 15 #define SYMAPI_STATUS_LOGIN 5 16 //登录正常 17 #define SYMAPI_STATUS_LOGIN_OK 6 18 //登录失败（LastErr获取原因） 19 #define SYMAPI_STATUS_LOGIN_FAIL 7 20 //读取数据库点 21 #define SYMAPI_STATUS_REQCONFIG 8 22 //读取数据库点正常 23 #define SYMAPI_STATUS_REQCONFIG_OK 9 24 //读取数据库点失败 25 #define SYMAPI_STATUS_REQCONFIG_FAIL 10 26 //总召唤 27 #define SYMAPI_STATUS_REQALL 11 28 //总召唤正常 29 #define SYMAPI_STATUS_REQALL_OK 12 30 //总召唤失败 31 #define SYMAPI_STATUS_REQALL_FAIL 13 32 //数据库版本发生变化 33 #define SYMAPI_STATUS_VER 14 34 //有断线缓存数据 35 #define SYMAPI_STATUS_TX 15 36 37 #define SYMAPI_ERR_OK 0 38 //命令超时 39 #define SYMAPI_ERR_TIMEOUT -1 40 //解压缩失败 41 #define SYMAPI_ERR_UNCOMPRESS -2 42 //数据版本改变 43 #define SYMAPI_ERR_VER -3 44 //未连接 45 #define SYMAPI_ERR_CONNECT -4 46 //未完成初始化 47 #define SYMAPI_ERR_INIT -5 48 //数据未找到 49 #define SYMAPI_ERR_FIND -6 50 //参数错误 51 #define SYMAPI_ERR_PARAM -7 52 //调用队列溢出 53 #define SYMAPI_ERR_CMDBUF -8 54 //调用超时 55 #define SYMAPI_ERR_CMDTIME -9 56 //调用返回错误 57 #define SYMAPI_ERR_CMDERR -10 58 //功能被禁止 59 #define SYMAPI_ERR_DISABLE -11 60 61 62 //用户登录失败 63 #define SYMAPI_ERR_LOGIN_FAIL -1000 64 //用户不存在 65 #define SYMAPI_ERR_LOGIN_USER -1001 66 //密码错误 67 #define SYMAPI_ERR_LOGIN_PASS -1002 68 //用户禁止 69 #define SYMAPI_ERR_LOGIN_INV -1003 70 //限制登录 71 #define SYMAPI_ERR_LOGIN_DIS -1004 72 //重复登录 73 #define SYMAPI_ERR_LOGIN_RE -1009 74 //操作需要用户先登录 75 #define SYMAPI_ERR_LOGIN_NULL -1090 76 //版本不一致，需要更新API 77 #define SYMAPI_ERR_LOGIN_VER -1100 78 // 历史查询错误码 79 #define QUERY_TASKID_ERROR -10070 /*!< TagID太大，比系统初始化时最大的TagID还大 */ 80 #define QUERY_TYPE_ERROR -10071 /*!< 查询类型错误 */ 81 #define QUERY_TIME_ERROR -10072 /*!< 查询时间错误 */ 82 #define TAGID_NOT_EXIST -10073 /*!< 查询时间错误 */ 83 #define TAGID_ALREADY_EXIST -10074 /*!< 查询时间错误 */ 84 #define TAG_COUNT_BIGGER -10075 /*!< 查询时间错误 */ 85 #define TAGID_BIGGER -10076 /*!< 查询时间错误 */ 86 #define QUERY_DATA_EMPTY -10077 /*!< 被查询点没有数据 */ 87 #define QUERY_TAGID_NOTFOUND -10078 88 89 //获取所有信息包括点和组 90 #define SYMAPI_INFO_TYPE_ALL 0 91 //获取所有组信息 92 #define SYMAPI_INFO_TYPE_GROUP 1 93 //获取自身的点和组 94 #define SYMAPI_INFO_TYPE_SELF 2 95 96 #define SYMAPI_DBTAGTYPE_NONE 0 97 #define SYMAPI_DBTAGTYPE_INT 1 98 #define SYMAPI_DBTAGTYPE_DOUBLE 2 99 #define SYMAPI_DBTAGTYPE_STR 3 100 #define SYMAPI_DBTAGTYPE_BLOCK 4 101 #define SYMAPI_DBTAGTYPE_EVENT 5 102 103 #include <math.h> 104 #define DOUBLE_DATAMIN 0.00000001 105 106 //开辟内存 107 char* SymLinkApiMallocMem(size_t Len); 108 //释放内存 109 void SymLinkApiFreeMem(char* pBuf); 110 111 #pragma pack(push,1) 112 113 struct SymLinkApiString 114 { 115 SymLinkApiString(); 116 ~SymLinkApiString(); 117 // 118 SymLinkApiString(const SymLinkApiString& obj); 119 SymLinkApiString& operator=(const SymLinkApiString& obj); 120 SymLinkApiString& operator=(const char* pData); 121 operator const char *() const; 122 // 123 void Clear(); 124 const char *GetStr() const; 125 // 126 size_t nLen; 127 char *pBuf; 128 }; 129 130 struct CDbCommSOE 131 { 132 CDbCommSOE(); 133 ~CDbCommSOE(); 134 void Clear(); 135 136 long m_nSrc; //0-采集,1-冗余节点 137 long m_hRtdbTagHandle; 138 139 // 140 int m_nKind; 141 142 int m_nValue; //动作值 143 SymLinkApiString m_csActItem; //动作项,为空时用点描述代替 144 SymLinkApiString m_csRData1; //相关数据 145 SymLinkApiString m_csRData2; //相关数据 146 long m_nReasonCode; //动作原因 147 SymLinkApiString m_csReason; //动作原因 148 }; 149 150 struct TDB_BLOCK 151 { 152 int m_nFormat; //0-二进制，1-ASC码 153 int m_nFlag; //预留,程序员灵活使用 154 int m_nHeaderLen; // 头部长度 155 unsigned char* m_pHeaderData; // 头部数据 156 int m_nDataLen; // 数据长度 157 unsigned char* m_pData; // 数据部分 158 SymLinkApiString m_csDesc; // 描述 159 }; 160 161 struct CDbCommBlock 162 { 163 CDbCommBlock(); 164 ~CDbCommBlock(); 165 CDbCommBlock& operator=(const CDbCommBlock&); 166 CDbCommBlock(const CDbCommBlock&); 167 168 void Clear(); 169 170 long m_nSrc; //0-采集,1-冗余节点 //没有用到 171 long m_hRtdbTagHandle; //数据handle 172 long m_nHisKey; //Key //没有用到 173 174 // 175 TDB_BLOCK m_tBlock; 176 }; 177 178 //数据类型定义 179 struct SymLinkApiData 180 { 181 public: 182 SymLinkApiData(); 183 SymLinkApiData(const SymLinkApiData& src); 184 ~ SymLinkApiData(); 185 // 186 SymLinkApiData& operator=(int nData); 187 SymLinkApiData& operator=(double dbData); 188 SymLinkApiData& operator=(const char* pData); 189 SymLinkApiData& operator=(const CDbCommSOE* pSOE); 190 SymLinkApiData& operator=(const CDbCommBlock* pBlock); 191 SymLinkApiData& operator=(const SymLinkApiData& src); 192 operator int() const; 193 operator double() const; 194 operator const char *() const; 195 // 196 void Clear(); 197 bool CompData(const SymLinkApiData& src) const; 198 int GetInt(); 199 double GetDouble(); 200 const char *GetStr(); 201 // 202 unsigned char Type; 203 int nTime; 204 short nTimeMills; 205 short nFlag; 206 int nQuality; 207 union { 208 int nData; 209 struct {char *pBuf; 210 size_t nLen; 211 }strData; 212 struct {void *pBuf; 213 size_t nLen; 214 }binData; 215 double dbData; 216 CDbCommSOE* pSOEData; 217 CDbCommBlock* pBlockData; 218 }Data; 219 }; 220 221 #pragma pack(pop) 222 223 224 inline SymLinkApiString::SymLinkApiString() 225 { 226 pBuf = NULL; 227 nLen = 0; 228 } 229 230 inline SymLinkApiString::~SymLinkApiString() 231 { 232 Clear(); 233 } 234 235 inline SymLinkApiString::SymLinkApiString(const SymLinkApiString& obj) 236 { 237 pBuf = NULL; 238 nLen = 0; 239 *this = obj.GetStr(); 240 } 241 242 inline SymLinkApiString& SymLinkApiString::operator =(const SymLinkApiString& obj) 243 { 244 *this = obj.GetStr(); 245 return *this; 246 } 247 248 inline SymLinkApiString& SymLinkApiString::operator=(const char *pData) 249 { 250 Clear(); 251 if (pData != NULL) 252 { 253 nLen = strlen(pData); 254 pBuf = SymLinkApiMallocMem(nLen+1); 255 strcpy(pBuf, pData); 256 } 257 return *this; 258 } 259 260 inline SymLinkApiString::operator const char *() const 261 { 262 if (pBuf != NULL) 263 return pBuf; 264 return ""; 265 } 266 267 inline void SymLinkApiString::Clear() 268 { 269 if (pBuf != NULL) 270 SymLinkApiFreeMem(pBuf); 271 pBuf = NULL; 272 nLen = 0; 273 } 274 275 inline const char* SymLinkApiString::GetStr() const 276 { 277 return *this; 278 } 279 280 CDbCommSOE* SymLinkApiMallocSOE(); 281 void SymLinkApiFreeSOE(CDbCommSOE* pSOE); 282 283 inline CDbCommSOE::CDbCommSOE() 284 : m_nSrc(0), 285 m_hRtdbTagHandle(0), 286 m_nKind(0), 287 m_nValue(0), 288 m_nReasonCode(0) 289 { 290 } 291 292 inline CDbCommSOE::~CDbCommSOE() 293 { 294 Clear(); 295 } 296 297 inline void CDbCommSOE::Clear() { 298 } 299 300 CDbCommBlock* SymLinkApiMallocBlock(); 301 void SymLinkApiFreeBlock(CDbCommBlock* pBlock); 302 303 inline CDbCommBlock::CDbCommBlock() 304 : m_nSrc(0), 305 m_hRtdbTagHandle(0), 306 m_nHisKey(0) 307 { 308 memset(&m_tBlock, 0, sizeof(TDB_BLOCK)); 309 } 310 311 inline CDbCommBlock::~CDbCommBlock() 312 { 313 Clear(); 314 } 315 316 inline CDbCommBlock& CDbCommBlock::operator=(const CDbCommBlock& obj) 317 { 318 Clear(); 319 m_nSrc = obj.m_nSrc; 320 m_hRtdbTagHandle = obj.m_hRtdbTagHandle; 321 m_nHisKey = obj.m_nHisKey; 322 m_tBlock = obj.m_tBlock; 323 324 int nLen = m_tBlock.m_nDataLen; 325 if (nLen > 0) 326 { 327 m_tBlock.m_pData = 328 (unsigned char*)SymLinkApiMallocMem(nLen); 329 memcpy(m_tBlock.m_pData, obj.m_tBlock.m_pData, nLen); 330 } 331 332 nLen = m_tBlock.m_nHeaderLen; 333 if (nLen > 0) 334 { 335 m_tBlock.m_pHeaderData = 336 (unsigned char*)SymLinkApiMallocMem(nLen); 337 memcpy(m_tBlock.m_pHeaderData, obj.m_tBlock.m_pHeaderData, nLen); 338 } 339 return *this; 340 } 341 inline CDbCommBlock::CDbCommBlock(const CDbCommBlock& obj) 342 : m_nSrc(obj.m_nSrc), 343 m_hRtdbTagHandle(obj.m_hRtdbTagHandle), 344 m_nHisKey(obj.m_nHisKey) 345 { 346 memset(&m_tBlock, 0, sizeof(TDB_BLOCK)); 347 *this = obj; 348 } 349 inline void CDbCommBlock::Clear() 350 { 351 if (m_tBlock.m_pData) 352 SymLinkApiFreeMem((char*)m_tBlock.m_pData); 353 if (m_tBlock.m_pHeaderData) 354 SymLinkApiFreeMem((char*)m_tBlock.m_pHeaderData); 355 } 356 inline SymLinkApiData::SymLinkApiData() 357 { 358 nTime = nTimeMills = nFlag = nQuality = 0; 359 Type = SYMAPI_DBTAGTYPE_NONE; 360 memset(&Data,0,sizeof(Data)); 361 } 362 363 inline SymLinkApiData::SymLinkApiData(const SymLinkApiData& src) 364 { 365 nTime = nTimeMills = nFlag = nQuality = 0; 366 Type = SYMAPI_DBTAGTYPE_NONE; 367 memset(&Data,0,sizeof(Data)); 368 *this = src; 369 } 370 371 inline SymLinkApiData::~SymLinkApiData() 372 { 373 Clear(); 374 } 375 376 inline SymLinkApiData& SymLinkApiData::operator=(int nData) 377 { 378 Clear(); 379 Type = SYMAPI_DBTAGTYPE_INT; 380 Data.nData = nData; 381 return *this; 382 } 383 384 inline SymLinkApiData& SymLinkApiData::operator=(double dbData) 385 { 386 Clear(); 387 Type = SYMAPI_DBTAGTYPE_DOUBLE; 388 Data.dbData = dbData; 389 return *this; 390 } 391 392 inline SymLinkApiData& SymLinkApiData::operator=(const char *pData) 393 { 394 Clear(); 395 if (pData != NULL) 396 { 397 Type = SYMAPI_DBTAGTYPE_STR; 398 Data.strData.nLen = strlen(pData); 399 Data.strData.pBuf = SymLinkApiMallocMem(Data.strData.nLen+1); 400 strcpy(Data.strData.pBuf, pData); 401 } 402 return *this; 403 } 404 405 inline SymLinkApiData& SymLinkApiData::operator=(const CDbCommSOE *pSOE) 406 { 407 Clear(); 408 if (pSOE != NULL) 409 { 410 Type = SYMAPI_DBTAGTYPE_EVENT; 411 Data.pSOEData = SymLinkApiMallocSOE(); 412 *Data.pSOEData = *pSOE; 413 } 414 return *this; 415 } 416 inline SymLinkApiData& SymLinkApiData::operator=(const CDbCommBlock *pBlock) 417 { 418 Clear(); 419 if (pBlock != NULL) 420 { 421 Type = SYMAPI_DBTAGTYPE_BLOCK; 422 Data.pBlockData = SymLinkApiMallocBlock(); 423 *Data.pBlockData = *pBlock; 424 } 425 return *this; 426 } 427 inline SymLinkApiData& SymLinkApiData::operator=(const SymLinkApiData& src) 428 { 429 Clear(); 430 this->Type = src.Type; 431 this->nTime = src.nTime; 432 this->nTimeMills = src.nTimeMills; 433 this->nFlag = src.nFlag; 434 this->nQuality = src.nQuality; 435 if (src.Type == SYMAPI_DBTAGTYPE_INT) 436 { 437 *this = src.Data.nData; 438 } 439 else if (src.Type == SYMAPI_DBTAGTYPE_DOUBLE) 440 { 441 *this = src.Data.dbData; 442 } 443 else if (src.Type == SYMAPI_DBTAGTYPE_STR) 444 { 445 *this = src.Data.strData.pBuf; 446 } 447 else if (src.Type == SYMAPI_DBTAGTYPE_BLOCK) 448 { 449 *this =src.Data.pBlockData; 450 } 451 else if(src.Type == SYMAPI_DBTAGTYPE_EVENT) 452 { 453 *this = src.Data.pSOEData; 454 } 455 return *this; 456 } 457 458 inline SymLinkApiData::operator int() const 459 { 460 if (Type == SYMAPI_DBTAGTYPE_INT) 461 { 462 return Data.nData; 463 } 464 else if (Type == SYMAPI_DBTAGTYPE_DOUBLE) 465 { 466 return int(Data.dbData); 467 } 468 else if (Type == SYMAPI_DBTAGTYPE_STR) 469 { 470 if (Data.strData.pBuf != NULL) 471 return atol(Data.strData.pBuf); 472 } 473 return 0; 474 } 475 476 inline SymLinkApiData::operator double() const 477 { 478 if (Type == SYMAPI_DBTAGTYPE_INT) 479 { 480 return Data.nData; 481 } 482 else if (Type == SYMAPI_DBTAGTYPE_DOUBLE) 483 { 484 return Data.dbData; 485 } 486 else if (Type == SYMAPI_DBTAGTYPE_STR) 487 { 488 if (Data.strData.pBuf != NULL) 489 return atof(Data.strData.pBuf); 490 } 491 return 0; 492 } 493 494 inline SymLinkApiData::operator const char *() const 495 { 496 if (Type == SYMAPI_DBTAGTYPE_STR) 497 { 498 if (Data.strData.pBuf != NULL) 499 return Data.strData.pBuf; 500 } 501 return ""; 502 } 503 504 inline void SymLinkApiData::Clear() 505 { 506 if ((Type == SYMAPI_DBTAGTYPE_STR) && (Data.strData.pBuf != 0)) 507 { 508 SymLinkApiFreeMem(Data.strData.pBuf); 509 Data.strData.pBuf = NULL; 510 Data.strData.nLen = 0; 511 } 512 if (Type == SYMAPI_DBTAGTYPE_BLOCK) { 513 SymLinkApiFreeBlock(Data.pBlockData); 514 } 515 if (Type == SYMAPI_DBTAGTYPE_EVENT) { 516 SymLinkApiFreeSOE(Data.pSOEData); 517 } 518 Type = SYMAPI_DBTAGTYPE_NONE; 519 } 520 521 inline bool SymLinkApiData::CompData(const SymLinkApiData& src) const 522 { 523 if (Type == SYMAPI_DBTAGTYPE_INT) 524 { 525 if (src.Type == SYMAPI_DBTAGTYPE_INT) 526 { 527 return Data.nData==src.Data.nData; 528 } 529 else if (src.Type == SYMAPI_DBTAGTYPE_DOUBLE) 530 { 531 return fabs(Data.nData - src.Data.dbData) <= DOUBLE_DATAMIN; 532 } 533 } 534 else if (Type == SYMAPI_DBTAGTYPE_DOUBLE) 535 { 536 if (src.Type == SYMAPI_DBTAGTYPE_INT) 537 { 538 return fabs(Data.dbData - src.Data.nData) <= DOUBLE_DATAMIN; 539 } 540 else if (src.Type == SYMAPI_DBTAGTYPE_DOUBLE) 541 { 542 return fabs(Data.dbData - src.Data.dbData) <= DOUBLE_DATAMIN; 543 } 544 } 545 else if (Type == SYMAPI_DBTAGTYPE_STR) 546 { 547 if (src.Type == SYMAPI_DBTAGTYPE_STR) 548 { 549 const char *pDesc = (Data.strData.pBuf)?(Data.strData.pBuf):""; 550 const char *pSrc = (src.Data.strData.pBuf)?(src.Data.strData.pBuf):""; 551 return strcmp(pDesc,pSrc) == 0; 552 } 553 } 554 else if (Type == SYMAPI_DBTAGTYPE_EVENT || Type == SYMAPI_DBTAGTYPE_BLOCK) 555 { 556 return false; 557 } 558 return false; 559 } 560 561 inline int SymLinkApiData::GetInt() 562 { 563 return *this; 564 } 565 566 inline double SymLinkApiData::GetDouble() 567 { 568 return *this; 569 } 570 571 inline const char* SymLinkApiData::GetStr() 572 { 573 return *this; 574 } 575 576 //函数指针定义 577 typedef void (*STATUS_CHANGE_FUNC)(void* ptr1, //ptr1指向本对象的指针 578 void* ptr2, //ptr2指向调用者的指针 579 int nStatus //组件状态 580 ); 581 582 typedef void (*DATA_CHANGE_FUNC)(void* ptr1, //ptr1指向本对象的指针 583 void* ptr2, //ptr2指向调用者的指针 584 int nChangeCount, //点变化个数 585 int *pChangeHandle//变化的点ID 586 ); 587 588 // 589 class CSymLinkApi 590 { 591 public: 592 CSymLinkApi(); 593 ~CSymLinkApi(); 594 //传入调用者指针 595 virtual void SetCallerPtr(void* ptr)=0; 596 //设置状态变化时的回调函数 597 virtual void SetStatusChangeFunc(STATUS_CHANGE_FUNC hFuncc) = 0; 598 //设置数据变化后的回调函数 599 virtual void SetDataChangeFunc(DATA_CHANGE_FUNC hFunc) = 0; 600 //设置数据变化缓存(nStatus = 0时关闭变化缓存功能) 601 virtual void SetChangeBufStatus(int nStatus) = 0; 602 //设置断线缓存(nStatus = 0时关闭断线缓存功能) 603 virtual void SetTxSaveBufStatus(int nStatus) = 0; 604 //获取心跳时间 605 virtual int GetPackTimeOut() = 0; 606 //设置心跳时间 607 virtual void SetPackTimeOut(int nTimeout) = 0; 608 //获取链路超时时间 609 virtual int GetLinkTimeOut() = 0; 610 //设置链路超时时间 611 virtual void SetLinkTimeOut(int nTimeout) = 0; 612 //获取命令超时时间 613 virtual int GetCmdTimeOut() = 0; 614 //设置命令超时时间 615 virtual void SetCmdTimeOut(int nTimeout) = 0; 616 //获取总召时间 617 virtual int GetCallAllTimeOut() = 0; 618 //设置总召时间 619 virtual void SetCallAllTimeOut(int nTimeout) = 0; 620 //连接服务器 621 virtual bool ConnectServer(const char* lpServerIP, int nPort, const char *lpUser, const char *lpPass, int nType) = 0; 622 //断开连接 623 virtual void DisConnect() = 0; 624 //得到状态 625 virtual int GetStatus() = 0; 626 //得到错误信息 627 virtual int GetLastErr() = 0; 628 //得到数据版本信息 629 virtual int GetDbVersion(int& nVer) = 0; 630 //获取数据库信息 631 virtual int GetDbInfo(const char *lpRoot, int nType, SymLinkApiString& dbInfo) = 0; 632 //获取数据库点信息 633 virtual int GetDbTagInfoByHandle(int nHandle, SymLinkApiString& tagInfo) = 0; 634 virtual int GetDbTagInfoByName(const char *lpName, SymLinkApiString& tagInfo) = 0; 635 //获取数据库点信息 636 virtual int GetDbTagName(int nHandle, SymLinkApiString& tagName) = 0; 637 virtual int GetDbTagHandle(const char *lpName, int& tagHandle) = 0; 638 //获取数据库点数据 639 virtual int GetDbTagDataByHandle(int nHandle, SymLinkApiData& tagData) = 0; 640 virtual int GetDbTagDataByName(const char *lpName, SymLinkApiData& tagData) = 0; 641 //获取变化缓存个数 642 virtual int GetDbTagChangeCount(int &nCount) = 0; 643 //获取变化缓存(可以按照Handle来过滤) 644 virtual int GetDbTagChange(int *pHandleBuf, SymLinkApiData *pDataBuf, int& nBufSize, int nHandle = -1) = 0; 645 //清理变化缓存(不处理变化缓存数据时可以调用该函数直接清理缓存数据) 646 virtual void ClearDbTagChange() = 0; 647 //设置数据库点数据 648 virtual int SetDbTagDataByHandle(int nHandle, const SymLinkApiData& tagData, int* pResult = 0, SymLinkApiString *pErrStr = 0) = 0; 649 virtual int SetDbTagDataByName(const char *lpName, const SymLinkApiData& tagData, int* pResult = 0, SymLinkApiString *pErrStr = 0) = 0; 650 //获取断线缓存个数 651 virtual int GetDbTagTxSaveCount(int &nCount) = 0; 652 //获取断线缓存 653 virtual int GetDbTagTxSave(int *pHandleBuf, SymLinkApiData *pDataBuf, int& nBufSize) = 0; 654 //清理断线缓存(不处理断线缓存数据时可以调用该函数直接清理缓存数据) 655 virtual void ClearDbTagTxSave() = 0; 656 657 //获取断线缓存 658 virtual int GetDbTagHistory(int tagHandle, 659 time_t startTime, 660 time_t endTime, 661 SymLinkApiData *pDataBuf, 662 int& nBufSize) = 0; 663 virtual int GetDbTagHistory(const char *lpTagName, 664 time_t startTime, 665 time_t endTime, 666 SymLinkApiData *pDataBuf, 667 int& nBufSize) = 0; 668 }; 669 670 //上述类对象各自创建与销毁函数 671 CSymLinkApi* CreateSymLinkApi(int nType); 672 void FreeSymLinkApi(CSymLinkApi* lpSymApi); 673 674 #endif 675 676 #endif
我在c#里面想调用这个头文件里面的ConnectServer方法，怎样编译这个头文件才能生成一个dll文件
最佳答案
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参考 http://blog.csdn.net/big_wang5/article/details/8216557
或者 http://blog.csdn.net/szv123_rier/article/details/9345485
收获园豆：100
其他回答(3)
0
http://www.cnblogs.com/RascallySnake/p/3182807.html
里面有详细介绍
0
首先确认该文件是否为C++的源码，然后使用C++的编译器将.h文件编译成dll
命令的方式参考如下问答
http://topic.csdn.net/t/20050122/00/3745119.html
还有这个：http://blog.csdn.net/big_wang5/article/details/8216557
0
http://www.cnblogs.com/RascallySnake/p/3182807.html仔细看看
