x86_x64/0000755000000000000000000000000012633742027010710 5ustar rootrootx86_x64/example/0000755000000000000000000000000012714272232012337 5ustar rootrootx86_x64/example/Clear/0000755000000000000000000000000012633501732013365 5ustar rootrootx86_x64/example/Clear/Float/0000755000000000000000000000000012714272232014432 5ustar rootrootx86_x64/example/Clear/Float/makefile0000644000000000000000000000201112633514042016122 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Clear/Float/FloatC.cpp0000644000000000000000000003236412714272232016316 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file FloatC.cpp \copyright Moxa Inc. \brief \a Clear \a Float \a Value \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void CheckErr(int ihConnection, int iRet, char *szFunctionName); void PrtBlockErrorString(int iIndex, WORD wErrorCode); void PrtChErrorString(int iIndex, BYTE bytErrorCode); void CALLBACK ClearDataCallbackFunc(WORD wBlockQuantity, int *pRecvClearBlockData, void *pParam); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include FloatC.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- if (MXIO_V3_OK == iRet) { sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", MxMACAddr.bytMAC[0], MxMACAddr.bytMAC[1], MxMACAddr.bytMAC[2], MxMACAddr.bytMAC[3], MxMACAddr.bytMAC[4], MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); } //----------------------------------------------------- if(MXIO_V3_OK == iRet) { WORD wStartObj = 0, wTotalObj = 4; CMXIO_V3_2500::MX_CLEAR_BLOCK_DATA MxClearBlockDataArray[1]; { MxClearBlockDataArray[0].bytSlotNum = 0; MxClearBlockDataArray[0].wIOType = (WORD)IOTYPE_AI; MxClearBlockDataArray[0].wFunction = (WORD)IOFUNC_AI_CH_MINIMUM_VALUE; MxClearBlockDataArray[0].wStartObj = wStartObj; MxClearBlockDataArray[0].wTotalObj = wTotalObj; } //----------------------- printf("MXIO_Clear(%d)\n", ihConnection); iRet = g_pMXIO_V3_2500->MXIO_Clear(ihConnection, 1, MxClearBlockDataArray, ClearDataCallbackFunc, NULL); CheckErr(ihConnection, iRet, (char*)"MXIO_Clear"); } //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } //----------------------------------------------------------------- void PrtBlockErrorString(int iIndex, WORD wErrorCode) { if (MXIO_V3_BLOCK_ERR_SIZE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SIZE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_TYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SUBTYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SUBTYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_FUNCTION == wErrorCode) printf("Block[%d] = BLOCK_ERR_FUNCTION\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SLOT == wErrorCode) printf("Block[%d] = BLOCK_ERR_SLOT\n", iIndex); else if (MXIO_V3_BLOCK_ERR_START_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_START_CHANNEL\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TOTAL_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_TOTAL_CHANNEL\n", iIndex); else printf("Block[%d] = Not defined error code= %d\n", iIndex, wErrorCode); } //----------------------------------------------------------------- void PrtChErrorString(int iIndex, BYTE bytErrorCode) { if (MXIO_V3_CH_OK == bytErrorCode) printf("CH[%d] = SUCCESS\n", iIndex); else if (MXIO_V3_CH_ERR_LOCKED == bytErrorCode) printf("CH[%d] = ERROR_LOCKED\n", iIndex); else if (MXIO_V3_CH_ERR_READ_ONLY == bytErrorCode) printf("CH[%d] = ERROR_READ_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_SUBTYPE == bytErrorCode) printf("CH[%d] = ERROR_SUBTYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA_TYPE == bytErrorCode) printf("CH[%d] = ERROR_DATA_TYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA == bytErrorCode) printf("CH[%d] = ERROR_DATA\n", iIndex); else if (MXIO_V3_CH_ERR_DISABLE == bytErrorCode) printf("CH[%d] = ERROR_DISABLE\n", iIndex); else if (MXIO_V3_CH_ERR_BOOLEAN_ONLY == bytErrorCode) printf("CH[%d] = ERROR_BOOLEAN_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_WRITE_FAIL== bytErrorCode) printf("CH[%d] = MXIO_V3_CH_ERR_WRITE_FAIL\n", iIndex); else printf("CH[%d] = Not defined error code= %d\n", iIndex, bytErrorCode); } //----------------------------------------------------------------- void CALLBACK ClearDataCallbackFunc(WORD wBlockQuantity, int *pRecvClearBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_CLEAR_BLOCK_DATA *pClearImp = (CMXIO_V3_2500::MX_RECV_CLEAR_BLOCK_DATA *)pRecvClearBlockData; if (pClearImp) { if (MXIO_V3_BLOCK_OK == pClearImp->MxRecvBlockHeader.wResult) { printf("Clear Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pClearImp->MxRecvBlockHeader.wTotalObj; i++) { PrtChErrorString(i, pClearImp->pMxClearChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pClearImp->MxRecvBlockHeader.wResult); } } x86_x64/example/MultiThread/0000755000000000000000000000000012607351410014556 5ustar rootrootx86_x64/example/MultiThread/MultiThread/0000755000000000000000000000000012714272232017003 5ustar rootrootx86_x64/example/MultiThread/MultiThread/MultiThread.cpp0000644000000000000000000004624712714272232021746 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file MultiThread.cpp \copyright Moxa Inc. \brief \a Connect \a Multi \a Devices \a by \a Thread \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include #include #define HANDLE int #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void PrtBlockErrorString(int iIndex, WORD wErrorCode); void PrtChErrorString(int iIndex, BYTE bytErrorCode); void CALLBACK ReadDataCallbackFunc(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam); void PrintReadValue(int iIndex, CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pImp); void *ThreadRead1( void * lParam ); void *ThreadRead2( void * lParam ); //----------------------------------------------------------------- // For thread used typedef struct _DEVICE_PARAMETERS{ char IPAddress[16]; WORD wPort; DWORD dwTimeout; char szMACAddr[18]; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; CMXIO_V3_2500::MX_ACCOUNT_DATA *AccountData; bool bStop; }DEVICE_PARAMETERS; //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include MultiThread.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; char szIP2[] = "192.168.127.250"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; int ihConnection2 = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char IPAddress2[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port] [IP Address2]\n"); strcpy(IPAddress, szIP); strcpy(IPAddress2, szIP2); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); if (argc > 4) sprintf(IPAddress2, "%s", argv[4]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d, IP Address2=%s\n", IPAddress, dwTimeout, wPort, IPAddress2); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- if (MXIO_V3_OK == iRet) { #define THREAD_QUANTITY 2 HANDLE hThread[THREAD_QUANTITY]; pthread_t dwthread[THREAD_QUANTITY]; int iDevice = (sizeof(dwthread)/sizeof(dwthread[0])); DEVICE_PARAMETERS *DeviceParameters = new DEVICE_PARAMETERS[iDevice]; //Initial for(int i=0; i < iDevice; i++) { DeviceParameters[i].wPort = wPort; DeviceParameters[i].dwTimeout = dwTimeout; memcpy(DeviceParameters[i].MxMACAddr.bytMAC, MxMACAddr.bytMAC, sizeof(BYTE)*6); DeviceParameters[i].AccountData = &AccountData; DeviceParameters[i].bStop = FALSE; } //Thread [0] strcpy(DeviceParameters[0].IPAddress, IPAddress); hThread[0] = pthread_create( &dwthread[0], 0, ThreadRead1, (void *)&DeviceParameters[0]); //Thread [1] strcpy(DeviceParameters[1].IPAddress, IPAddress2); hThread[1] = pthread_create( &dwthread[1], 0, ThreadRead2, (void *)&DeviceParameters[1]); // allow the thread to do some work: for (int i = 10; i > 0; i--) { usleep(1000000); printf("main thread wait {%d} Seconds\n", i); } //Stop thread for (int i = 0; i < iDevice; i++) DeviceParameters[i].bStop = TRUE; //wait thread finish for (int i = 0; i < iDevice; i++) { iRet = pthread_join(dwthread[i], NULL); printf("pthread_join [%d] Tread return %d(0x%X)\n", i, iRet, iRet); } //Free memory delete [] DeviceParameters; } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } //----------------------------------------------------------------- void PrtBlockErrorString(int iIndex, WORD wErrorCode) { if (MXIO_V3_BLOCK_ERR_SIZE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SIZE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_TYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SUBTYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SUBTYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_FUNCTION == wErrorCode) printf("Block[%d] = BLOCK_ERR_FUNCTION\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SLOT == wErrorCode) printf("Block[%d] = BLOCK_ERR_SLOT\n", iIndex); else if (MXIO_V3_BLOCK_ERR_START_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_START_CHANNEL\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TOTAL_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_TOTAL_CHANNEL\n", iIndex); else printf("Block[%d] = Not defined error code= %d\n", iIndex, wErrorCode); } //----------------------------------------------------------------- void PrtChErrorString(int iIndex, BYTE bytErrorCode) { if (MXIO_V3_CH_OK == bytErrorCode) printf("CH[%d] = SUCCESS\n", iIndex); else if (MXIO_V3_CH_ERR_LOCKED == bytErrorCode) printf("CH[%d] = ERROR_LOCKED\n", iIndex); else if (MXIO_V3_CH_ERR_READ_ONLY == bytErrorCode) printf("CH[%d] = ERROR_READ_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_SUBTYPE == bytErrorCode) printf("CH[%d] = ERROR_SUBTYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA_TYPE == bytErrorCode) printf("CH[%d] = ERROR_DATA_TYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA == bytErrorCode) printf("CH[%d] = ERROR_DATA\n", iIndex); else if (MXIO_V3_CH_ERR_DISABLE == bytErrorCode) printf("CH[%d] = ERROR_DISABLE\n", iIndex); else if (MXIO_V3_CH_ERR_BOOLEAN_ONLY == bytErrorCode) printf("CH[%d] = ERROR_BOOLEAN_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_WRITE_FAIL== bytErrorCode) printf("CH[%d] = MXIO_V3_CH_ERR_WRITE_FAIL\n", iIndex); else printf("CH[%d] = Not defined error code= %d\n", iIndex, bytErrorCode); } //----------------------------------------------------------------- void PrintReadValue(int iIndex, CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pImp) { printf("iHConnection = %d\n", pImp->iHConnection); BYTE bytDataType = pImp->pRwChannelData[iIndex].bytDataType; if ((DATA_TYPE_BYTE == bytDataType) || (DATA_TYPE_WORD == bytDataType)) printf("[%d] = 0x%02X\n", iIndex, pImp->pRwChannelData[iIndex].unValue.dwValue); else if ((DATA_TYPE_DWORD == bytDataType) || (DATA_TYPE_INT == bytDataType)) printf("[%d] = 0x%04X\n", iIndex, pImp->pRwChannelData[iIndex].unValue.dwValue); else if (DATA_TYPE_FLOAT == bytDataType) printf("[%d] = %.3f\n", iIndex, pImp->pRwChannelData[iIndex].unValue.fValue); else if (DATA_TYPE_STRING == bytDataType) printf("[%d] = %s\n", iIndex, pImp->pRwChannelData[iIndex].unValue.szValue); } //----------------------------------------------------------------- void CALLBACK ReadDataCallbackFunc1(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pReadImp = (CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *)pRecvReadBlockData; if (pReadImp) { if (MXIO_V3_BLOCK_OK == pReadImp->MxRecvBlockHeader.wResult) // { printf("Read Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pReadImp->MxRecvBlockHeader.wTotalObj; i++) { if (MXIO_V3_CH_OK == pReadImp->pRwChannelData[i].bytErrorCode) PrintReadValue(i, pReadImp); else PrtChErrorString(i, pReadImp->pRwChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pReadImp->MxRecvBlockHeader.wResult); } } //----------------------------------------------------------------- void CALLBACK ReadDataCallbackFunc2(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pReadImp = (CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *)pRecvReadBlockData; if (pReadImp) { if (MXIO_V3_BLOCK_OK == pReadImp->MxRecvBlockHeader.wResult) // { printf("Read Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pReadImp->MxRecvBlockHeader.wTotalObj; i++) { if (MXIO_V3_CH_OK == pReadImp->pRwChannelData[i].bytErrorCode) PrintReadValue(i, pReadImp); else PrtChErrorString(i, pReadImp->pRwChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pReadImp->MxRecvBlockHeader.wResult); } } //----------------------------------------------------------------- void *ThreadRead1( void * lParam ) { int ihConnection = 0; DEVICE_PARAMETERS *io = (DEVICE_PARAMETERS *)lParam; sprintf(io->szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", io->MxMACAddr.bytMAC[0], io->MxMACAddr.bytMAC[1], io->MxMACAddr.bytMAC[2], io->MxMACAddr.bytMAC[3], io->MxMACAddr.bytMAC[4], io->MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s", io->IPAddress, io->szMACAddr, io->wPort, io->AccountData->szUserName, io->AccountData->szPwd); int iRet = g_pMXIO_V3_2500->MXIO_Connect(io->IPAddress, io->wPort, io->dwTimeout, &(io->MxMACAddr), io->AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); printf("IP = %s, ihConnection = %d\r\n", io->IPAddress, ihConnection); //----------------------------------------------------- while(FALSE == io->bStop) { //Read WORD wStartObj = 0, wTotalObj = 8; CMXIO_V3_2500::MX_READ_BLOCK_DATA RwBlockDataArray[1] = {'\0'}; { RwBlockDataArray[0].MxCmdBlockHeader.bytSlotNum = (BYTE)0; RwBlockDataArray[0].MxCmdBlockHeader.wIOType = (WORD)IOTYPE_IR_WORD; RwBlockDataArray[0].MxCmdBlockHeader.wFunction = (WORD)IOFUNC_IR_CH_VALUE; RwBlockDataArray[0].MxCmdBlockHeader.wStartObj = wStartObj; RwBlockDataArray[0].MxCmdBlockHeader.wTotalObj = wTotalObj; } //----------------------- printf("MXIO_Read(%d)\n", ihConnection); iRet = g_pMXIO_V3_2500->MXIO_Read(ihConnection, 1, RwBlockDataArray, ReadDataCallbackFunc1, NULL); CheckErr(ihConnection, iRet, (char*)"MXIO_Read"); usleep(1000000); } //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } } //----------------------------------------------------------------- void *ThreadRead2( void * lParam ) { int ihConnection = 0; DEVICE_PARAMETERS *io = (DEVICE_PARAMETERS *)lParam; sprintf(io->szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", io->MxMACAddr.bytMAC[0], io->MxMACAddr.bytMAC[1], io->MxMACAddr.bytMAC[2], io->MxMACAddr.bytMAC[3], io->MxMACAddr.bytMAC[4], io->MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", io->IPAddress, io->szMACAddr, io->wPort, io->AccountData->szUserName, io->AccountData->szPwd); int iRet = g_pMXIO_V3_2500->MXIO_Connect(io->IPAddress, io->wPort, io->dwTimeout, &(io->MxMACAddr), io->AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); printf("IP = %s, ihConnection = %d\r\n", io->IPAddress, ihConnection); //----------------------------------------------------- while(FALSE == io->bStop) { //Read WORD wStartObj = 0, wTotalObj = 8; CMXIO_V3_2500::MX_READ_BLOCK_DATA RwBlockDataArray[1] = {'\0'}; { RwBlockDataArray[0].MxCmdBlockHeader.bytSlotNum = (BYTE)0; RwBlockDataArray[0].MxCmdBlockHeader.wIOType = (WORD)IOTYPE_IR_WORD; RwBlockDataArray[0].MxCmdBlockHeader.wFunction = (WORD)IOFUNC_IR_CH_VALUE; RwBlockDataArray[0].MxCmdBlockHeader.wStartObj = wStartObj; RwBlockDataArray[0].MxCmdBlockHeader.wTotalObj = wTotalObj; } //----------------------- printf("MXIO_Read(%d)\n", ihConnection); iRet = g_pMXIO_V3_2500->MXIO_Read(ihConnection, 1, RwBlockDataArray, ReadDataCallbackFunc2, NULL); CheckErr(ihConnection, iRet, (char*)"MXIO_Read"); usleep(1000000); } //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } }x86_x64/example/MultiThread/MultiThread/makefile0000644000000000000000000000201112633514042020473 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Connect/0000755000000000000000000000000012607351410013725 5ustar rootrootx86_x64/example/Connect/CellularDataAccess/0000755000000000000000000000000012633514042017405 5ustar rootrootx86_x64/example/Connect/CellularDataAccess/makefile0000644000000000000000000000201112633514042021077 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Connect/CellularDataAccess/CellularDataAccess.cpp0000644000000000000000000002761612633514042023604 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file CellularDataAccess.cpp \copyright Moxa Inc. \brief \a Connect \a Device \a by \a CellularDataAccess \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void CheckErr(int ihConnection, int iRet, char *szFunctionName); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include CellularDataAccess.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_DEFAULT_CDA_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- if (MXIO_V3_AGENT_PORT != wPort) { WORD wDevCount = MXIO_V3_OK; printf("Cellular Data Access IP = %s, Port=%d\n", IPAddress, wPort); iRet = g_pMXIO_V3_2500->MXIO_ListCDADevice(IPAddress, wPort, dwTimeout, &wDevCount); printf("MXIO_ListCDADevice(%d) return %d(0x%X)\n", ihConnection, iRet, iRet); // if (wDevCount) { CMXIO_V3_2500::MX_STRU_CDA_DEVICE_INFO *pCDADeviceInfo = new CMXIO_V3_2500::MX_STRU_CDA_DEVICE_INFO[wDevCount]; iRet = g_pMXIO_V3_2500->MXIO_GetCDADeviceInfo(wDevCount, pCDADeviceInfo); printf("MXIO_GetCDADeviceInfo(%d) return %d(0x%X)\n", ihConnection, iRet, iRet); if (MXIO_V3_OK == iRet) { for (int i = 0; i < wDevCount; i++) { printf("========== Device %02d ==========\n", i); printf("ServerName=%s\n", pCDADeviceInfo[i].szServerName); printf("IP=%s\n", pCDADeviceInfo[i].szIP); printf("MAC = %02X-%02X-%02X-%02X-%02X-%02X", pCDADeviceInfo[i].bytMAC[0], pCDADeviceInfo[i].bytMAC[1], pCDADeviceInfo[i].bytMAC[2], pCDADeviceInfo[i].bytMAC[3], pCDADeviceInfo[i].bytMAC[4], pCDADeviceInfo[i].bytMAC[5]); printf("wUniqueID=%d, wModHWId=0x%X\n", pCDADeviceInfo[i].wUniqueID, pCDADeviceInfo[i].wModHWId); } } //Update Connect Device Info printf("Select CDA Device Index to connect:\n"); int i = 0; char ch = 0; while((10 == (ch = getch())) && (i < (sizeof(bytInputValue)-1))) { bytInputValue[i] = ch; i++; } int iIndex = atoi(bytInputValue); if(iIndex >= wDevCount) iIndex = 0; sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", pCDADeviceInfo[iIndex].bytMAC[0], pCDADeviceInfo[iIndex].bytMAC[1], pCDADeviceInfo[iIndex].bytMAC[2], pCDADeviceInfo[iIndex].bytMAC[3], pCDADeviceInfo[iIndex].bytMAC[4], pCDADeviceInfo[iIndex].bytMAC[5]); printf("Connect CDA Device with MAC=%s\n", szMACAddr); memcpy(MxMACAddr.bytMAC, pCDADeviceInfo[iIndex].bytMAC, sizeof(BYTE)*6); // delete [] pCDADeviceInfo; } } //----------------------- if (MXIO_V3_OK == iRet) { sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", MxMACAddr.bytMAC[0], MxMACAddr.bytMAC[1], MxMACAddr.bytMAC[2], MxMACAddr.bytMAC[3], MxMACAddr.bytMAC[4], MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); } //----------------------------------------------------- // //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } x86_x64/example/Connect/Singleton/0000755000000000000000000000000012633514042015670 5ustar rootrootx86_x64/example/Connect/Singleton/makefile0000644000000000000000000000201112633514042017362 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Connect/Singleton/Singleton.cpp0000644000000000000000000002333012633514042020337 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file Singleton.cpp \copyright Moxa Inc. \brief \a Connect \a Singleton \a Device \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void CheckErr(int ihConnection, int iRet, char *szFunctionName); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include Singleton.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- if (MXIO_V3_OK == iRet) { sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", MxMACAddr.bytMAC[0], MxMACAddr.bytMAC[1], MxMACAddr.bytMAC[2], MxMACAddr.bytMAC[3], MxMACAddr.bytMAC[4], MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); } //----------------------------------------------------- // //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } x86_x64/example/Connect/Multiple/0000755000000000000000000000000012633514042015521 5ustar rootrootx86_x64/example/Connect/Multiple/makefile0000644000000000000000000000201112633514042017213 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Connect/Multiple/Multiple.cpp0000644000000000000000000002450712633514042020030 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file Multiple.cpp \copyright Moxa Inc. \brief \a Connect \a Multiple \a Devices \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void CheckErr(int ihConnection, int iRet, char *szFunctionName); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include Multiple.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; int ihConnection2 = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char IPAddress2[16] = {"192.168.127.250"}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- if (MXIO_V3_OK == iRet) { sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", MxMACAddr.bytMAC[0], MxMACAddr.bytMAC[1], MxMACAddr.bytMAC[2], MxMACAddr.bytMAC[3], MxMACAddr.bytMAC[4], MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); } //----------------------- if (MXIO_V3_OK == iRet) { printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress2, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress2, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection2); CheckErr(ihConnection2, iRet, (char*)"MXIO_Connect"); } //----------------------------------------------------- // //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (0 != ihConnection2) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection2); CheckErr(ihConnection2, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } x86_x64/example/Write/0000755000000000000000000000000012607351410013426 5ustar rootrootx86_x64/example/Write/Float/0000755000000000000000000000000012714272232014476 5ustar rootrootx86_x64/example/Write/Float/makefile0000644000000000000000000000201112633514042016166 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Write/Float/FloatW.cpp0000644000000000000000000003335712714272232016411 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file FloatW.cpp \copyright Moxa Inc. \brief \a Write \a Float \a Value \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void CheckErr(int ihConnection, int iRet, char *szFunctionName); void PrtBlockErrorString(int iIndex, WORD wErrorCode); void PrtChErrorString(int iIndex, BYTE bytErrorCode); void CALLBACK WriteDataCallbackFunc(WORD wBlockQuantity, int *pRecvWriteBlockData, void *pParam); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include FloatW.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- if (MXIO_V3_OK == iRet) { sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", MxMACAddr.bytMAC[0], MxMACAddr.bytMAC[1], MxMACAddr.bytMAC[2], MxMACAddr.bytMAC[3], MxMACAddr.bytMAC[4], MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); } //----------------------------------------------------- if(MXIO_V3_OK == iRet) { //Write WORD wStartObj = 0, wTotalObj = 8; CMXIO_V3_2500::MX_WRITE_BLOCK_DATA RwBlockDataArray[1]; { RwBlockDataArray[0].MxCmdBlockHeader.bytSlotNum = (BYTE)0; RwBlockDataArray[0].MxCmdBlockHeader.wIOType = (WORD)IOTYPE_IR_FLOAT; RwBlockDataArray[0].MxCmdBlockHeader.wFunction = (WORD)IOFUNC_IR_CH_VALUE; RwBlockDataArray[0].MxCmdBlockHeader.wStartObj = wStartObj; RwBlockDataArray[0].MxCmdBlockHeader.wTotalObj = wTotalObj; //Setup write data RwBlockDataArray[0].pRwChannelData = new CMXIO_V3_2500::MX_RW_OBJ_DATA[wTotalObj]; for (int m = 0; m < wTotalObj; m++) { RwBlockDataArray[0].pRwChannelData[m].bytDataType = DATA_TYPE_FLOAT; RwBlockDataArray[0].pRwChannelData[m].bytErrorCode = (BYTE)0; RwBlockDataArray[0].pRwChannelData[m].unValue.fValue = (float)(m + 5.0); } } //----------------------- printf("MXIO_Write(%d)\n", ihConnection); iRet = g_pMXIO_V3_2500->MXIO_Write(ihConnection, 1, RwBlockDataArray, WriteDataCallbackFunc, NULL); CheckErr(ihConnection, iRet, (char*)"MXIO_Write"); //Free memory delete [] RwBlockDataArray[0].pRwChannelData; } //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } //----------------------------------------------------------------- void PrtBlockErrorString(int iIndex, WORD wErrorCode) { if (MXIO_V3_BLOCK_ERR_SIZE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SIZE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_TYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SUBTYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SUBTYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_FUNCTION == wErrorCode) printf("Block[%d] = BLOCK_ERR_FUNCTION\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SLOT == wErrorCode) printf("Block[%d] = BLOCK_ERR_SLOT\n", iIndex); else if (MXIO_V3_BLOCK_ERR_START_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_START_CHANNEL\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TOTAL_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_TOTAL_CHANNEL\n", iIndex); else printf("Block[%d] = Not defined error code= %d\n", iIndex, wErrorCode); } //----------------------------------------------------------------- void PrtChErrorString(int iIndex, BYTE bytErrorCode) { if (MXIO_V3_CH_OK == bytErrorCode) printf("CH[%d] = SUCCESS\n", iIndex); else if (MXIO_V3_CH_ERR_LOCKED == bytErrorCode) printf("CH[%d] = ERROR_LOCKED\n", iIndex); else if (MXIO_V3_CH_ERR_READ_ONLY == bytErrorCode) printf("CH[%d] = ERROR_READ_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_SUBTYPE == bytErrorCode) printf("CH[%d] = ERROR_SUBTYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA_TYPE == bytErrorCode) printf("CH[%d] = ERROR_DATA_TYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA == bytErrorCode) printf("CH[%d] = ERROR_DATA\n", iIndex); else if (MXIO_V3_CH_ERR_DISABLE == bytErrorCode) printf("CH[%d] = ERROR_DISABLE\n", iIndex); else if (MXIO_V3_CH_ERR_BOOLEAN_ONLY == bytErrorCode) printf("CH[%d] = ERROR_BOOLEAN_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_WRITE_FAIL== bytErrorCode) printf("CH[%d] = MXIO_V3_CH_ERR_WRITE_FAIL\n", iIndex); else printf("CH[%d] = Not defined error code= %d\n", iIndex, bytErrorCode); } //----------------------------------------------------------------- void CALLBACK WriteDataCallbackFunc(WORD wBlockQuantity, int *pRecvWriteBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_WRITE_BLOCK_DATA *pWriteImp = (CMXIO_V3_2500::MX_RECV_WRITE_BLOCK_DATA *)pRecvWriteBlockData; if (pWriteImp) { if (MXIO_V3_BLOCK_OK == pWriteImp->MxRecvBlockHeader.wResult) // { printf("Write Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pWriteImp->MxRecvBlockHeader.wTotalObj; i++) { PrtChErrorString(i, pWriteImp->pRwChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pWriteImp->MxRecvBlockHeader.wResult); } } x86_x64/example/Write/WORD/0000755000000000000000000000000012714272232014204 5ustar rootrootx86_x64/example/Write/WORD/WordW.cpp0000644000000000000000000003501312714272232015754 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file WordW.cpp \copyright Moxa Inc. \brief \a Write \a WORD \a Value \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void CheckErr(int ihConnection, int iRet, char *szFunctionName); void PrtBlockErrorString(int iIndex, WORD wErrorCode); void PrtChErrorString(int iIndex, BYTE bytErrorCode); void CALLBACK ClearDataCallbackFunc(WORD wBlockQuantity, int *pRecvClearBlockData, void *pParam); void CALLBACK WriteDataCallbackFunc(WORD wBlockQuantity, int *pRecvWriteBlockData, void *pParam); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include WordW.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- if (MXIO_V3_OK == iRet) { sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", MxMACAddr.bytMAC[0], MxMACAddr.bytMAC[1], MxMACAddr.bytMAC[2], MxMACAddr.bytMAC[3], MxMACAddr.bytMAC[4], MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); } //----------------------------------------------------- if(MXIO_V3_OK == iRet) { //Write WORD wStartObj = 0, wTotalObj = 8; CMXIO_V3_2500::MX_WRITE_BLOCK_DATA RwBlockDataArray[1]; { RwBlockDataArray[0].MxCmdBlockHeader.bytSlotNum = (BYTE)0; RwBlockDataArray[0].MxCmdBlockHeader.wIOType = (WORD)IOTYPE_IR_WORD; RwBlockDataArray[0].MxCmdBlockHeader.wFunction = (WORD)IOFUNC_IR_CH_VALUE; RwBlockDataArray[0].MxCmdBlockHeader.wStartObj = wStartObj; RwBlockDataArray[0].MxCmdBlockHeader.wTotalObj = wTotalObj; //Setup write data RwBlockDataArray[0].pRwChannelData = new CMXIO_V3_2500::MX_RW_OBJ_DATA[wTotalObj]; for (int m = 0; m < wTotalObj; m++) { RwBlockDataArray[0].pRwChannelData[m].bytDataType = DATA_TYPE_WORD; RwBlockDataArray[0].pRwChannelData[m].bytErrorCode = (BYTE)0; RwBlockDataArray[0].pRwChannelData[m].unValue.dwValue = (WORD)(m + 5); } } //----------------------- printf("MXIO_Write(%d)\n", ihConnection); iRet = g_pMXIO_V3_2500->MXIO_Write(ihConnection, 1, RwBlockDataArray, WriteDataCallbackFunc, NULL); CheckErr(ihConnection, iRet, (char*)"MXIO_Write"); //Free memory delete [] RwBlockDataArray[0].pRwChannelData; } //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } //----------------------------------------------------------------- void PrtBlockErrorString(int iIndex, WORD wErrorCode) { if (MXIO_V3_BLOCK_ERR_SIZE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SIZE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_TYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SUBTYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SUBTYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_FUNCTION == wErrorCode) printf("Block[%d] = BLOCK_ERR_FUNCTION\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SLOT == wErrorCode) printf("Block[%d] = BLOCK_ERR_SLOT\n", iIndex); else if (MXIO_V3_BLOCK_ERR_START_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_START_CHANNEL\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TOTAL_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_TOTAL_CHANNEL\n", iIndex); else printf("Block[%d] = Not defined error code= %d\n", iIndex, wErrorCode); } //----------------------------------------------------------------- void PrtChErrorString(int iIndex, BYTE bytErrorCode) { if (MXIO_V3_CH_OK == bytErrorCode) printf("CH[%d] = SUCCESS\n", iIndex); else if (MXIO_V3_CH_ERR_LOCKED == bytErrorCode) printf("CH[%d] = ERROR_LOCKED\n", iIndex); else if (MXIO_V3_CH_ERR_READ_ONLY == bytErrorCode) printf("CH[%d] = ERROR_READ_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_SUBTYPE == bytErrorCode) printf("CH[%d] = ERROR_SUBTYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA_TYPE == bytErrorCode) printf("CH[%d] = ERROR_DATA_TYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA == bytErrorCode) printf("CH[%d] = ERROR_DATA\n", iIndex); else if (MXIO_V3_CH_ERR_DISABLE == bytErrorCode) printf("CH[%d] = ERROR_DISABLE\n", iIndex); else if (MXIO_V3_CH_ERR_BOOLEAN_ONLY == bytErrorCode) printf("CH[%d] = ERROR_BOOLEAN_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_WRITE_FAIL== bytErrorCode) printf("CH[%d] = MXIO_V3_CH_ERR_WRITE_FAIL\n", iIndex); else printf("CH[%d] = Not defined error code= %d\n", iIndex, bytErrorCode); } //----------------------------------------------------------------- void CALLBACK ClearDataCallbackFunc(WORD wBlockQuantity, int *pRecvClearBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_CLEAR_BLOCK_DATA *pClearImp = (CMXIO_V3_2500::MX_RECV_CLEAR_BLOCK_DATA *)pRecvClearBlockData; if (pClearImp) { if (MXIO_V3_BLOCK_OK == pClearImp->MxRecvBlockHeader.wResult) { printf("Clear Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pClearImp->MxRecvBlockHeader.wTotalObj; i++) { PrtChErrorString(i, pClearImp->pMxClearChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pClearImp->MxRecvBlockHeader.wResult); } } //----------------------------------------------------------------- void CALLBACK WriteDataCallbackFunc(WORD wBlockQuantity, int *pRecvWriteBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_WRITE_BLOCK_DATA *pWriteImp = (CMXIO_V3_2500::MX_RECV_WRITE_BLOCK_DATA *)pRecvWriteBlockData; if (pWriteImp) { if (MXIO_V3_BLOCK_OK == pWriteImp->MxRecvBlockHeader.wResult) // { printf("Write Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pWriteImp->MxRecvBlockHeader.wTotalObj; i++) { PrtChErrorString(i, pWriteImp->pRwChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pWriteImp->MxRecvBlockHeader.wResult); } } x86_x64/example/Write/WORD/makefile0000644000000000000000000000201112633514042015674 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Read/0000755000000000000000000000000012607351410013207 5ustar rootrootx86_x64/example/Read/Float/0000755000000000000000000000000012714272232014257 5ustar rootrootx86_x64/example/Read/Float/makefile0000644000000000000000000000201112633514043015750 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Read/Float/FloatR.cpp0000644000000000000000000003636112714272232016163 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file FloatR.cpp \copyright Moxa Inc. \brief \a Read \a Float \a Value \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void CheckErr(int ihConnection, int iRet, char *szFunctionName); void PrtBlockErrorString(int iIndex, WORD wErrorCode); void PrtChErrorString(int iIndex, BYTE bytErrorCode); void CALLBACK ReadDataCallbackFunc(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam); void PrintReadValue(int iIndex, CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pImp); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include FloatR.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- if (MXIO_V3_OK == iRet) { sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", MxMACAddr.bytMAC[0], MxMACAddr.bytMAC[1], MxMACAddr.bytMAC[2], MxMACAddr.bytMAC[3], MxMACAddr.bytMAC[4], MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); } //----------------------------------------------------- if(MXIO_V3_OK == iRet) { //Read WORD wStartObj = 0, wTotalObj = 8; CMXIO_V3_2500::MX_READ_BLOCK_DATA ReadBlockDataArray[1] = {'\0'}; { ReadBlockDataArray[0].MxCmdBlockHeader.bytSlotNum = (BYTE)0; ReadBlockDataArray[0].MxCmdBlockHeader.wIOType = (WORD)IOTYPE_IR_FLOAT; ReadBlockDataArray[0].MxCmdBlockHeader.wFunction = (WORD)IOFUNC_IR_CH_INITIAL_VALUE; ReadBlockDataArray[0].MxCmdBlockHeader.wStartObj = wStartObj; ReadBlockDataArray[0].MxCmdBlockHeader.wTotalObj = wTotalObj; } //----------------------- printf("MXIO_Read(%d)\n", ihConnection); iRet = g_pMXIO_V3_2500->MXIO_Read(ihConnection, 1, ReadBlockDataArray, ReadDataCallbackFunc, NULL); CheckErr(ihConnection, iRet, (char*)"MXIO_Read"); } //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } //----------------------------------------------------------------- void PrtBlockErrorString(int iIndex, WORD wErrorCode) { if (MXIO_V3_BLOCK_ERR_SIZE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SIZE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_TYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SUBTYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SUBTYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_FUNCTION == wErrorCode) printf("Block[%d] = BLOCK_ERR_FUNCTION\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SLOT == wErrorCode) printf("Block[%d] = BLOCK_ERR_SLOT\n", iIndex); else if (MXIO_V3_BLOCK_ERR_START_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_START_CHANNEL\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TOTAL_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_TOTAL_CHANNEL\n", iIndex); else printf("Block[%d] = Not defined error code= %d\n", iIndex, wErrorCode); } //----------------------------------------------------------------- void PrtChErrorString(int iIndex, BYTE bytErrorCode) { if (MXIO_V3_CH_OK == bytErrorCode) printf("CH[%d] = SUCCESS\n", iIndex); else if (MXIO_V3_CH_ERR_LOCKED == bytErrorCode) printf("CH[%d] = ERROR_LOCKED\n", iIndex); else if (MXIO_V3_CH_ERR_READ_ONLY == bytErrorCode) printf("CH[%d] = ERROR_READ_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_SUBTYPE == bytErrorCode) printf("CH[%d] = ERROR_SUBTYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA_TYPE == bytErrorCode) printf("CH[%d] = ERROR_DATA_TYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA == bytErrorCode) printf("CH[%d] = ERROR_DATA\n", iIndex); else if (MXIO_V3_CH_ERR_DISABLE == bytErrorCode) printf("CH[%d] = ERROR_DISABLE\n", iIndex); else if (MXIO_V3_CH_ERR_BOOLEAN_ONLY == bytErrorCode) printf("CH[%d] = ERROR_BOOLEAN_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_WRITE_FAIL== bytErrorCode) printf("CH[%d] = MXIO_V3_CH_ERR_WRITE_FAIL\n", iIndex); else printf("CH[%d] = Not defined error code= %d\n", iIndex, bytErrorCode); } //----------------------------------------------------------------- void PrintReadValue(int iIndex, CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pImp) { BYTE bytDataType = pImp->pRwChannelData[iIndex].bytDataType; BYTE bytSlotNum = pImp->MxRecvBlockHeader.bytSlotNum; if ((DATA_TYPE_BYTE == bytDataType) || (DATA_TYPE_WORD == bytDataType)) printf("Slot%d, CH[%d] = 0x%02X\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.dwValue); else if ((DATA_TYPE_DWORD == bytDataType) || (DATA_TYPE_INT == bytDataType)) printf("Slot%d, CH[%d] = 0x%04X\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.dwValue); else if (DATA_TYPE_FLOAT == bytDataType) printf("Slot%d, CH[%d] = %.3f\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.fValue); else if (DATA_TYPE_STRING == bytDataType) printf("Slot%d, CH[%d] = %s\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.szValue); else if (DATA_TYPE_DATE == bytDataType) { printf("Slot%d, CH[%d] = %d/%d/%d\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.MxDate.Year, pImp->pRwChannelData[iIndex].unValue.MxDate.Month, pImp->pRwChannelData[iIndex].unValue.MxDate.Day); } else if (DATA_TYPE_TIME == bytDataType) { printf("Slot%d, CH[%d] = %d:%d:%d\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.MxTime.Hour, pImp->pRwChannelData[iIndex].unValue.MxTime.Min, pImp->pRwChannelData[iIndex].unValue.MxTime.Sec); } else if (DATA_TYPE_UNKNOWN == bytDataType) printf("Slot%d, CH[%d] = data type return DATA_TYPE_UNKNOWN\n", bytSlotNum, iIndex); else printf("Slot%d, CH[%d] = not defined data type = %d\n", bytSlotNum, iIndex, bytDataType); } //----------------------------------------------------------------- void CALLBACK ReadDataCallbackFunc(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pReadImp = (CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *)pRecvReadBlockData; if (pReadImp) { if (MXIO_V3_BLOCK_OK == pReadImp->MxRecvBlockHeader.wResult) // { printf("Read Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pReadImp->MxRecvBlockHeader.wTotalObj; i++) { if (MXIO_V3_CH_OK == pReadImp->pRwChannelData[i].bytErrorCode) PrintReadValue(i, pReadImp); else PrtChErrorString(i, pReadImp->pRwChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pReadImp->MxRecvBlockHeader.wResult); } } //----------------------------------------------------------------- x86_x64/example/Read/IOInfo/0000755000000000000000000000000012714272232014335 5ustar rootrootx86_x64/example/Read/IOInfo/makefile0000644000000000000000000000201112633514043016026 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Read/IOInfo/IOInfo.cpp0000644000000000000000000004353312714272232016174 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file IOInfo.cpp \copyright Moxa Inc. \brief \a Read \a IO \a Information \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void CheckErr(int ihConnection, int iRet, char *szFunctionName); void PrtBlockErrorString(int iIndex, WORD wErrorCode); void PrtChErrorString(int iIndex, BYTE bytErrorCode); void CALLBACK ReadDataCallbackFunc(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam); void PrintReadChValue(int iIndex, CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pImp); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include IOInfo.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- if (MXIO_V3_OK == iRet) { sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", MxMACAddr.bytMAC[0], MxMACAddr.bytMAC[1], MxMACAddr.bytMAC[2], MxMACAddr.bytMAC[3], MxMACAddr.bytMAC[4], MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); } //----------------------------------------------------- if(MXIO_V3_OK == iRet) { //Read //Note: wStartObj and wTotalObj of MX_CMD_BLOCK_HEADER must set to 0 in IOTYPE_SYS_IO_MODE Command. WORD wStartObj = 0, wTotalObj = 0; CMXIO_V3_2500::MX_READ_BLOCK_DATA ReadBlockDataArray[1] = {'\0'}; { ReadBlockDataArray[0].MxCmdBlockHeader.bytSlotNum = (BYTE)0; ReadBlockDataArray[0].MxCmdBlockHeader.wIOType = (WORD)IOTYPE_SYS_IO_MODE; ReadBlockDataArray[0].MxCmdBlockHeader.wFunction = (WORD)IOFUNC_SYS_ALL_CH_MODE_DI; ReadBlockDataArray[0].MxCmdBlockHeader.wStartObj = wStartObj; ReadBlockDataArray[0].MxCmdBlockHeader.wTotalObj = wTotalObj; } //----------------------- printf("MXIO_Read(%d)\n", ihConnection); iRet = g_pMXIO_V3_2500->MXIO_Read(ihConnection, 1, ReadBlockDataArray, ReadDataCallbackFunc, NULL); CheckErr(ihConnection, iRet, (char*)"MXIO_Read"); } //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } //----------------------------------------------------------------- void PrtBlockErrorString(int iIndex, WORD wErrorCode) { if (MXIO_V3_BLOCK_ERR_SIZE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SIZE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_TYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SUBTYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SUBTYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_FUNCTION == wErrorCode) printf("Block[%d] = BLOCK_ERR_FUNCTION\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SLOT == wErrorCode) printf("Block[%d] = BLOCK_ERR_SLOT\n", iIndex); else if (MXIO_V3_BLOCK_ERR_START_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_START_CHANNEL\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TOTAL_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_TOTAL_CHANNEL\n", iIndex); else printf("Block[%d] = Not defined error code= %d\n", iIndex, wErrorCode); } //----------------------------------------------------------------- void PrtChErrorString(int iIndex, BYTE bytErrorCode) { if (MXIO_V3_CH_OK == bytErrorCode) printf("CH[%d] = SUCCESS\n", iIndex); else if (MXIO_V3_CH_ERR_LOCKED == bytErrorCode) printf("CH[%d] = ERROR_LOCKED\n", iIndex); else if (MXIO_V3_CH_ERR_READ_ONLY == bytErrorCode) printf("CH[%d] = ERROR_READ_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_SUBTYPE == bytErrorCode) printf("CH[%d] = ERROR_SUBTYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA_TYPE == bytErrorCode) printf("CH[%d] = ERROR_DATA_TYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA == bytErrorCode) printf("CH[%d] = ERROR_DATA\n", iIndex); else if (MXIO_V3_CH_ERR_DISABLE == bytErrorCode) printf("CH[%d] = ERROR_DISABLE\n", iIndex); else if (MXIO_V3_CH_ERR_BOOLEAN_ONLY == bytErrorCode) printf("CH[%d] = ERROR_BOOLEAN_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_WRITE_FAIL== bytErrorCode) printf("CH[%d] = MXIO_V3_CH_ERR_WRITE_FAIL\n", iIndex); else printf("CH[%d] = Not defined error code= %d\n", iIndex, bytErrorCode); } //----------------------------------------------------------------- typedef struct _CHANNEL_INFO{ WORD wValue; const char* szStr; }CHANNEL_INFO; void PrintReadChValue(int iIndex, CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pImp) { CHANNEL_INFO wDIGITAL[] = { CHINFO_DI_DI, "CHINFO_DI_DI", CHINFO_DI_COUNTER, "CHINFO_DI_COUNTER", CHINFO_DO_DO, "CHINFO_DO_DO", CHINFO_DO_PULSE, "CHINFO_DO_PULSE", CHINFO_DIO_DI, "CHINFO_DIO_DI", CHINFO_DIO_COUNTER, "CHINFO_DIO_COUNTER", CHINFO_DIO_DO, "CHINFO_DIO_DO", CHINFO_DIO_PULSE, "CHINFO_DIO_PULSE", CHINFO_RELAY_RELAY, "CHINFO_RELAY_RELAY", CHINFO_RELAY_PULSE, "CHINFO_RELAY_PULSE", }; CHANNEL_INFO wANALOG_AI[] = { CHINFO_AI_150mV, "CHINFO_AI_150mV", CHINFO_AI_500mV, "CHINFO_AI_500mV", CHINFO_AI_5V, "CHINFO_AI_5V", CHINFO_AI_10V, "CHINFO_AI_10V", CHINFO_AI_0_20mA, "CHINFO_AI_0_20mA", CHINFO_AI_4_20mA, "CHINFO_AI_4_20mA", CHINFO_AI_0_10V, "CHINFO_AI_0_10V", CHINFO_AI_4_20mA_BurnOut, "CHINFO_AI_4_20mA_BurnOut", CHINFO_AI_DISABLED, "CHINFO_AI_DISABLED", }; CHANNEL_INFO wANALOG_AO[] = { CHINFO_AO_4_20mA, "CHINFO_AO_4_20mA", CHINFO_AO_0_10V, "CHINFO_AO_0_10V", CHINFO_AO_DISABLED, "CHINFO_AO_DISABLED", }; CHANNEL_INFO wANALOG_TC[] = { CHINFO_TC_J_TYPE, "CHINFO_TC_J_TYPE", CHINFO_TC_K_TYPE, "CHINFO_TC_K_TYPE", CHINFO_TC_T_TYPE, "CHINFO_TC_T_TYPE", CHINFO_TC_E_TYPE, "CHINFO_TC_E_TYPE", CHINFO_TC_R_TYPE, "CHINFO_TC_R_TYPE", CHINFO_TC_S_TYPE, "CHINFO_TC_S_TYPE", CHINFO_TC_B_TYPE, "CHINFO_TC_B_TYPE", CHINFO_TC_N_TYPE, "CHINFO_TC_N_TYPE", CHINFO_TC_VOL_78126, "CHINFO_TC_VOL_78126", CHINFO_TC_VOL_39062, "CHINFO_TC_VOL_39062", CHINFO_TC_VOL_19532, "CHINFO_TC_VOL_19532", CHINFO_TC_DISABLED, "CHINFO_TC_DISABLED", }; CHANNEL_INFO wANALOG_RTD[] = { CHINFO_RTD_PT100, "CHINFO_RTD_PT100", CHINFO_RTD_PT200, "CHINFO_RTD_PT200", CHINFO_RTD_PT500, "CHINFO_RTD_PT500", CHINFO_RTD_PT1000, "CHINFO_RTD_PT1000", CHINFO_RTD_JPT100, "CHINFO_RTD_JPT100", CHINFO_RTD_JPT200, "CHINFO_RTD_JPT200", CHINFO_RTD_JPT500, "CHINFO_RTD_JPT500", CHINFO_RTD_JPT1000, "CHINFO_RTD_JPT1000", CHINFO_RTD_NI100, "CHINFO_RTD_NI100", CHINFO_RTD_NI200, "CHINFO_RTD_NI200", CHINFO_RTD_NI500, "CHINFO_RTD_NI500", CHINFO_RTD_NI1000, "CHINFO_RTD_NI1000", CHINFO_RTD_RES_310, "CHINFO_RTD_RES_310", CHINFO_RTD_RES_620, "CHINFO_RTD_RES_620", CHINFO_RTD_RES_1250, "CHINFO_RTD_RES_1250", CHINFO_RTD_RES_2200, "CHINFO_RTD_RES_2200", CHINFO_RTD_PT50, "CHINFO_RTD_PT50", CHINFO_RTD_NI120, "CHINFO_RTD_NI120", CHINFO_RTD_DISABLED, "CHINFO_RTD_DISABLED", }; CHANNEL_INFO wANALOG_SERIAL[] = { CHINFO_SERIALTAG_BYTE, "CHINFO_SERIALTAG_BYTE", CHINFO_SERIALTAG_WORD, "CHINFO_SERIALTAG_CHANNEL_WORD", CHINFO_SERIALTAG_DWORD, "CHINFO_SERIALTAG_DCHANNEL_DWORD", CHINFO_SERIALTAG_INT, "CHINFO_SERIALTAG_INT", CHINFO_SERIALTAG_FLOAT, "CHINFO_SERIALTAG_FLOAT", }; WORD wChInfo = pImp->pRwChannelData[iIndex].unValue.wValue; for(int i=0; i < sizeof(wDIGITAL)/sizeof(wDIGITAL[0]); i++) if(wDIGITAL[i].wValue == wChInfo) printf("[%d] = %s\n", iIndex, wDIGITAL[i].szStr); for(int i=0; i < sizeof(wANALOG_AI)/sizeof(wANALOG_AI[0]); i++) if(wANALOG_AI[i].wValue == wChInfo) printf("[%d] = %s\n", iIndex, wANALOG_AI[i].szStr); for(int i=0; i < sizeof(wANALOG_AO)/sizeof(wANALOG_AO[0]); i++) if(wANALOG_AO[i].wValue == wChInfo) printf("[%d] = %s\n", iIndex, wANALOG_AO[i].szStr); for(int i=0; i < sizeof(wANALOG_TC)/sizeof(wANALOG_TC[0]); i++) if(wANALOG_TC[i].wValue == wChInfo) printf("[%d] = %s\n", iIndex, wANALOG_TC[i].szStr); for(int i=0; i < sizeof(wANALOG_RTD)/sizeof(wANALOG_RTD[0]); i++) if(wANALOG_RTD[i].wValue == wChInfo) printf("[%d] = %s\n", iIndex, wANALOG_RTD[i].szStr); for(int i=0; i < sizeof(wANALOG_SERIAL)/sizeof(wANALOG_SERIAL[0]); i++) if(wANALOG_SERIAL[i].wValue == wChInfo) printf("[%d] = %s\n", iIndex, wANALOG_SERIAL[i].szStr); } //----------------------------------------------------------------- void CALLBACK ReadDataCallbackFunc(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pReadImp = (CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *)pRecvReadBlockData; if (pReadImp) { if (MXIO_V3_BLOCK_OK == pReadImp->MxRecvBlockHeader.wResult) // { printf("Read Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pReadImp->MxRecvBlockHeader.wTotalObj; i++) { if (MXIO_V3_CH_OK == pReadImp->pRwChannelData[i].bytErrorCode) PrintReadChValue(i, pReadImp); else PrtChErrorString(i, pReadImp->pRwChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pReadImp->MxRecvBlockHeader.wResult); } } //----------------------------------------------------------------- x86_x64/example/Read/WORD/0000755000000000000000000000000012714272232013765 5ustar rootrootx86_x64/example/Read/WORD/makefile0000644000000000000000000000201112633514043015456 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Read/WORD/WordR.cpp0000644000000000000000000003635512714272232015542 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file WordR.cpp \copyright Moxa Inc. \brief \a Read \a WORD \a Value \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void CheckErr(int ihConnection, int iRet, char *szFunctionName); void PrtBlockErrorString(int iIndex, WORD wErrorCode); void PrtChErrorString(int iIndex, BYTE bytErrorCode); void CALLBACK ReadDataCallbackFunc(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam); void PrintReadValue(int iIndex, CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pImp); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include WordR.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- if (MXIO_V3_OK == iRet) { sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", MxMACAddr.bytMAC[0], MxMACAddr.bytMAC[1], MxMACAddr.bytMAC[2], MxMACAddr.bytMAC[3], MxMACAddr.bytMAC[4], MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); } //----------------------------------------------------- if(MXIO_V3_OK == iRet) { //Read WORD wStartObj = 0, wTotalObj = 8; CMXIO_V3_2500::MX_READ_BLOCK_DATA ReadBlockDataArray[1] = {'\0'}; { ReadBlockDataArray[0].MxCmdBlockHeader.bytSlotNum = (BYTE)0; ReadBlockDataArray[0].MxCmdBlockHeader.wIOType = (WORD)IOTYPE_IR_WORD; ReadBlockDataArray[0].MxCmdBlockHeader.wFunction = (WORD)IOFUNC_IR_CH_INITIAL_VALUE; ReadBlockDataArray[0].MxCmdBlockHeader.wStartObj = wStartObj; ReadBlockDataArray[0].MxCmdBlockHeader.wTotalObj = wTotalObj; } //----------------------- printf("MXIO_Read(%d)\n", ihConnection); iRet = g_pMXIO_V3_2500->MXIO_Read(ihConnection, 1, ReadBlockDataArray, ReadDataCallbackFunc, NULL); CheckErr(ihConnection, iRet, (char*)"MXIO_Read"); } //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } //----------------------------------------------------------------- void PrtBlockErrorString(int iIndex, WORD wErrorCode) { if (MXIO_V3_BLOCK_ERR_SIZE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SIZE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_TYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SUBTYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SUBTYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_FUNCTION == wErrorCode) printf("Block[%d] = BLOCK_ERR_FUNCTION\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SLOT == wErrorCode) printf("Block[%d] = BLOCK_ERR_SLOT\n", iIndex); else if (MXIO_V3_BLOCK_ERR_START_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_START_CHANNEL\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TOTAL_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_TOTAL_CHANNEL\n", iIndex); else printf("Block[%d] = Not defined error code= %d\n", iIndex, wErrorCode); } //----------------------------------------------------------------- void PrtChErrorString(int iIndex, BYTE bytErrorCode) { if (MXIO_V3_CH_OK == bytErrorCode) printf("CH[%d] = SUCCESS\n", iIndex); else if (MXIO_V3_CH_ERR_LOCKED == bytErrorCode) printf("CH[%d] = ERROR_LOCKED\n", iIndex); else if (MXIO_V3_CH_ERR_READ_ONLY == bytErrorCode) printf("CH[%d] = ERROR_READ_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_SUBTYPE == bytErrorCode) printf("CH[%d] = ERROR_SUBTYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA_TYPE == bytErrorCode) printf("CH[%d] = ERROR_DATA_TYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA == bytErrorCode) printf("CH[%d] = ERROR_DATA\n", iIndex); else if (MXIO_V3_CH_ERR_DISABLE == bytErrorCode) printf("CH[%d] = ERROR_DISABLE\n", iIndex); else if (MXIO_V3_CH_ERR_BOOLEAN_ONLY == bytErrorCode) printf("CH[%d] = ERROR_BOOLEAN_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_WRITE_FAIL== bytErrorCode) printf("CH[%d] = MXIO_V3_CH_ERR_WRITE_FAIL\n", iIndex); else printf("CH[%d] = Not defined error code= %d\n", iIndex, bytErrorCode); } //----------------------------------------------------------------- void PrintReadValue(int iIndex, CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pImp) { BYTE bytDataType = pImp->pRwChannelData[iIndex].bytDataType; BYTE bytSlotNum = pImp->MxRecvBlockHeader.bytSlotNum; if ((DATA_TYPE_BYTE == bytDataType) || (DATA_TYPE_WORD == bytDataType)) printf("Slot%d, CH[%d] = 0x%02X\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.dwValue); else if ((DATA_TYPE_DWORD == bytDataType) || (DATA_TYPE_INT == bytDataType)) printf("Slot%d, CH[%d] = 0x%04X\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.dwValue); else if (DATA_TYPE_FLOAT == bytDataType) printf("Slot%d, CH[%d] = %.3f\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.fValue); else if (DATA_TYPE_STRING == bytDataType) printf("Slot%d, CH[%d] = %s\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.szValue); else if (DATA_TYPE_DATE == bytDataType) { printf("Slot%d, CH[%d] = %d/%d/%d\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.MxDate.Year, pImp->pRwChannelData[iIndex].unValue.MxDate.Month, pImp->pRwChannelData[iIndex].unValue.MxDate.Day); } else if (DATA_TYPE_TIME == bytDataType) { printf("Slot%d, CH[%d] = %d:%d:%d\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.MxTime.Hour, pImp->pRwChannelData[iIndex].unValue.MxTime.Min, pImp->pRwChannelData[iIndex].unValue.MxTime.Sec); } else if (DATA_TYPE_UNKNOWN == bytDataType) printf("Slot%d, CH[%d] = data type return DATA_TYPE_UNKNOWN\n", bytSlotNum, iIndex); else printf("Slot%d, CH[%d] = not defined data type = %d\n", bytSlotNum, iIndex, bytDataType); } //----------------------------------------------------------------- void CALLBACK ReadDataCallbackFunc(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pReadImp = (CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *)pRecvReadBlockData; if (pReadImp) { if (MXIO_V3_BLOCK_OK == pReadImp->MxRecvBlockHeader.wResult) // { printf("Read Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pReadImp->MxRecvBlockHeader.wTotalObj; i++) { if (MXIO_V3_CH_OK == pReadImp->pRwChannelData[i].bytErrorCode) PrintReadValue(i, pReadImp); else PrtChErrorString(i, pReadImp->pRwChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pReadImp->MxRecvBlockHeader.wResult); } } //----------------------------------------------------------------- x86_x64/example/Read/String/0000755000000000000000000000000012714272232014460 5ustar rootrootx86_x64/example/Read/String/makefile0000644000000000000000000000201112633514043016151 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Read/String/StringR.cpp0000644000000000000000000003634512714272232016567 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file StringR.cpp \copyright Moxa Inc. \brief \a Read \a String \a Value \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void CheckErr(int ihConnection, int iRet, char *szFunctionName); void PrtBlockErrorString(int iIndex, WORD wErrorCode); void PrtChErrorString(int iIndex, BYTE bytErrorCode); void CALLBACK ReadDataCallbackFunc(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam); void PrintReadValue(int iIndex, CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pImp); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include StringR.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- if (MXIO_V3_OK == iRet) { sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", MxMACAddr.bytMAC[0], MxMACAddr.bytMAC[1], MxMACAddr.bytMAC[2], MxMACAddr.bytMAC[3], MxMACAddr.bytMAC[4], MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); } //----------------------------------------------------- if(MXIO_V3_OK == iRet) { //Read WORD wStartObj = 0, wTotalObj = 8; CMXIO_V3_2500::MX_READ_BLOCK_DATA ReadBlockDataArray[1] = {'\0'}; { ReadBlockDataArray[0].MxCmdBlockHeader.bytSlotNum = (BYTE)0; ReadBlockDataArray[0].MxCmdBlockHeader.wIOType = (WORD)IOTYPE_DI; ReadBlockDataArray[0].MxCmdBlockHeader.wFunction = (WORD)IOFUNC_DI_CH_NAME; ReadBlockDataArray[0].MxCmdBlockHeader.wStartObj = wStartObj; ReadBlockDataArray[0].MxCmdBlockHeader.wTotalObj = wTotalObj; } //----------------------- printf("MXIO_Read(%d)\n", ihConnection); iRet = g_pMXIO_V3_2500->MXIO_Read(ihConnection, 1, ReadBlockDataArray, ReadDataCallbackFunc, NULL); CheckErr(ihConnection, iRet, (char*)"MXIO_Read"); } //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } //----------------------------------------------------------------- void PrtBlockErrorString(int iIndex, WORD wErrorCode) { if (MXIO_V3_BLOCK_ERR_SIZE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SIZE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_TYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SUBTYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SUBTYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_FUNCTION == wErrorCode) printf("Block[%d] = BLOCK_ERR_FUNCTION\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SLOT == wErrorCode) printf("Block[%d] = BLOCK_ERR_SLOT\n", iIndex); else if (MXIO_V3_BLOCK_ERR_START_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_START_CHANNEL\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TOTAL_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_TOTAL_CHANNEL\n", iIndex); else printf("Block[%d] = Not defined error code= %d\n", iIndex, wErrorCode); } //----------------------------------------------------------------- void PrtChErrorString(int iIndex, BYTE bytErrorCode) { if (MXIO_V3_CH_OK == bytErrorCode) printf("CH[%d] = SUCCESS\n", iIndex); else if (MXIO_V3_CH_ERR_LOCKED == bytErrorCode) printf("CH[%d] = ERROR_LOCKED\n", iIndex); else if (MXIO_V3_CH_ERR_READ_ONLY == bytErrorCode) printf("CH[%d] = ERROR_READ_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_SUBTYPE == bytErrorCode) printf("CH[%d] = ERROR_SUBTYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA_TYPE == bytErrorCode) printf("CH[%d] = ERROR_DATA_TYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA == bytErrorCode) printf("CH[%d] = ERROR_DATA\n", iIndex); else if (MXIO_V3_CH_ERR_DISABLE == bytErrorCode) printf("CH[%d] = ERROR_DISABLE\n", iIndex); else if (MXIO_V3_CH_ERR_BOOLEAN_ONLY == bytErrorCode) printf("CH[%d] = ERROR_BOOLEAN_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_WRITE_FAIL== bytErrorCode) printf("CH[%d] = MXIO_V3_CH_ERR_WRITE_FAIL\n", iIndex); else printf("CH[%d] = Not defined error code= %d\n", iIndex, bytErrorCode); } //----------------------------------------------------------------- void PrintReadValue(int iIndex, CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pImp) { BYTE bytDataType = pImp->pRwChannelData[iIndex].bytDataType; BYTE bytSlotNum = pImp->MxRecvBlockHeader.bytSlotNum; if ((DATA_TYPE_BYTE == bytDataType) || (DATA_TYPE_WORD == bytDataType)) printf("Slot%d, CH[%d] = 0x%02X\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.dwValue); else if ((DATA_TYPE_DWORD == bytDataType) || (DATA_TYPE_INT == bytDataType)) printf("Slot%d, CH[%d] = 0x%04X\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.dwValue); else if (DATA_TYPE_FLOAT == bytDataType) printf("Slot%d, CH[%d] = %.3f\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.fValue); else if (DATA_TYPE_STRING == bytDataType) printf("Slot%d, CH[%d] = %s\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.szValue); else if (DATA_TYPE_DATE == bytDataType) { printf("Slot%d, CH[%d] = %d/%d/%d\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.MxDate.Year, pImp->pRwChannelData[iIndex].unValue.MxDate.Month, pImp->pRwChannelData[iIndex].unValue.MxDate.Day); } else if (DATA_TYPE_TIME == bytDataType) { printf("Slot%d, CH[%d] = %d:%d:%d\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.MxTime.Hour, pImp->pRwChannelData[iIndex].unValue.MxTime.Min, pImp->pRwChannelData[iIndex].unValue.MxTime.Sec); } else if (DATA_TYPE_UNKNOWN == bytDataType) printf("Slot%d, CH[%d] = data type return DATA_TYPE_UNKNOWN\n", bytSlotNum, iIndex); else printf("Slot%d, CH[%d] = not defined data type = %d\n", bytSlotNum, iIndex, bytDataType); } //----------------------------------------------------------------- void CALLBACK ReadDataCallbackFunc(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pReadImp = (CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *)pRecvReadBlockData; if (pReadImp) { if (MXIO_V3_BLOCK_OK == pReadImp->MxRecvBlockHeader.wResult) // { printf("Read Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pReadImp->MxRecvBlockHeader.wTotalObj; i++) { if (MXIO_V3_CH_OK == pReadImp->pRwChannelData[i].bytErrorCode) PrintReadValue(i, pReadImp); else PrtChErrorString(i, pReadImp->pRwChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pReadImp->MxRecvBlockHeader.wResult); } } //----------------------------------------------------------------- x86_x64/example/Misc/0000755000000000000000000000000012607351410013227 5ustar rootrootx86_x64/example/Misc/Integrate/0000755000000000000000000000000012714272232015154 5ustar rootrootx86_x64/example/Misc/Integrate/makefile0000644000000000000000000000201112633514042016644 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Misc/Integrate/Integrate.cpp0000644000000000000000000004262512714272232017613 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file Integrate.cpp \copyright Moxa Inc. \brief \a Integrate \a MXIO_V3 \a and \a MXIO \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include #include //----------------------------------------------------------------- /*#if defined(_WIN64) #pragma comment(lib, "AMD64/MXIO_VC.lib") //64bit MXIO_VC.lib #else #pragma comment(lib, "vc/MXIO_VC.lib") //32bit MXIO_VC.lib #endif*/ #define HMODULE void //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void CheckErr(int ihConnection, int iRet, char *szFunctionName); void PrtBlockErrorString(int iIndex, WORD wErrorCode); void PrtChErrorString(int iIndex, BYTE bytErrorCode); void CALLBACK ClearDataCallbackFunc(WORD wBlockQuantity, int *pRecvClearBlockData, void *pParam); void CALLBACK WriteDataCallbackFunc(WORD wBlockQuantity, int *pRecvWriteBlockData, void *pParam); void CALLBACK ReadDataCallbackFunc(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam); void PrintReadValue(int iIndex, CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pImp); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include Integrate.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- //LIB Version CMXIO_V3_2500::MX_VERSION MxVersion = {'\0'}; g_pMXIO_V3_2500->MXIO_GetDllVersion(&MxVersion); printf("LIB Version: %d.%d.%d.%d\n", MxVersion.Major, MxVersion.Minor, MxVersion.Beta, MxVersion.Revision); //LIB Build Date CMXIO_V3_2500::MX_DATE MxDate = {'\0'}; g_pMXIO_V3_2500->MXIO_GetDllBuildDate(&MxDate); printf("LIB Build Date: %d-%d-%d\n", MxDate.Year, MxDate.Month, MxDate.Day); // //----------------------- if (MXIO_V3_OK == iRet) { sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", MxMACAddr.bytMAC[0], MxMACAddr.bytMAC[1], MxMACAddr.bytMAC[2], MxMACAddr.bytMAC[3], MxMACAddr.bytMAC[4], MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); } //----------------------- if(MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Restart(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Restart"); } //----------------------------------------------------- //Integrate Previous MXIO LIB iRet = MXEIO_Init(); //----------------------- iRet = MXIO_GetDllVersion(); printf("Previous MXIO_GetDllVersion DLL Version:%01d.%01d.%01d.%01d\r\n",(iRet>>12)&0xF, (iRet>>8)&0xF,(iRet>>4)&0xF,(iRet)&0xF); iRet = MXIO_GetDllBuildDate(); printf("Previous MXIO_GetDllBuildDate DLL release date:%04X/%02X/%02X\r\n",(iRet>>16)&0xFFFF, (iRet>>8)&0xFF, (iRet)&0xFF); MXEIO_Exit(); //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } //----------------------------------------------------------------- void PrtBlockErrorString(int iIndex, WORD wErrorCode) { if (MXIO_V3_BLOCK_ERR_SIZE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SIZE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_TYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SUBTYPE == wErrorCode) printf("Block[%d] = BLOCK_ERR_SUBTYPE\n", iIndex); else if (MXIO_V3_BLOCK_ERR_FUNCTION == wErrorCode) printf("Block[%d] = BLOCK_ERR_FUNCTION\n", iIndex); else if (MXIO_V3_BLOCK_ERR_SLOT == wErrorCode) printf("Block[%d] = BLOCK_ERR_SLOT\n", iIndex); else if (MXIO_V3_BLOCK_ERR_START_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_START_CHANNEL\n", iIndex); else if (MXIO_V3_BLOCK_ERR_TOTAL_OBJ == wErrorCode) printf("Block[%d] = BLOCK_ERR_TOTAL_CHANNEL\n", iIndex); else printf("Block[%d] = Not defined error code= %d\n", iIndex, wErrorCode); } //----------------------------------------------------------------- void PrtChErrorString(int iIndex, BYTE bytErrorCode) { if (MXIO_V3_CH_OK == bytErrorCode) printf("CH[%d] = SUCCESS\n", iIndex); else if (MXIO_V3_CH_ERR_LOCKED == bytErrorCode) printf("CH[%d] = ERROR_LOCKED\n", iIndex); else if (MXIO_V3_CH_ERR_READ_ONLY == bytErrorCode) printf("CH[%d] = ERROR_READ_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_SUBTYPE == bytErrorCode) printf("CH[%d] = ERROR_SUBTYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA_TYPE == bytErrorCode) printf("CH[%d] = ERROR_DATA_TYPE\n", iIndex); else if (MXIO_V3_CH_ERR_DATA == bytErrorCode) printf("CH[%d] = ERROR_DATA\n", iIndex); else if (MXIO_V3_CH_ERR_DISABLE == bytErrorCode) printf("CH[%d] = ERROR_DISABLE\n", iIndex); else if (MXIO_V3_CH_ERR_BOOLEAN_ONLY == bytErrorCode) printf("CH[%d] = ERROR_BOOLEAN_ONLY\n", iIndex); else if (MXIO_V3_CH_ERR_WRITE_FAIL== bytErrorCode) printf("CH[%d] = MXIO_V3_CH_ERR_WRITE_FAIL\n", iIndex); else printf("CH[%d] = Not defined error code= %d\n", iIndex, bytErrorCode); } //----------------------------------------------------------------- void CALLBACK ClearDataCallbackFunc(WORD wBlockQuantity, int *pRecvClearBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_CLEAR_BLOCK_DATA *pClearImp = (CMXIO_V3_2500::MX_RECV_CLEAR_BLOCK_DATA *)pRecvClearBlockData; if (pClearImp) { if (MXIO_V3_BLOCK_OK == pClearImp->MxRecvBlockHeader.wResult) { printf("Clear Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pClearImp->MxRecvBlockHeader.wTotalObj; i++) { PrtChErrorString(i, pClearImp->pMxClearChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pClearImp->MxRecvBlockHeader.wResult); } } //----------------------------------------------------------------- void CALLBACK WriteDataCallbackFunc(WORD wBlockQuantity, int *pRecvWriteBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_WRITE_BLOCK_DATA *pWriteImp = (CMXIO_V3_2500::MX_RECV_WRITE_BLOCK_DATA *)pRecvWriteBlockData; if (pWriteImp) { if (MXIO_V3_BLOCK_OK == pWriteImp->MxRecvBlockHeader.wResult) // { printf("Write Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pWriteImp->MxRecvBlockHeader.wTotalObj; i++) { PrtChErrorString(i, pWriteImp->pRwChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pWriteImp->MxRecvBlockHeader.wResult); } } //----------------------------------------------------------------- void PrintReadValue(int iIndex, CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pImp) { BYTE bytDataType = pImp->pRwChannelData[iIndex].bytDataType; BYTE bytSlotNum = pImp->MxRecvBlockHeader.bytSlotNum; if ((DATA_TYPE_BYTE == bytDataType) || (DATA_TYPE_WORD == bytDataType)) printf("Slot%d, CH[%d] = 0x%02X\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.dwValue); else if ((DATA_TYPE_DWORD == bytDataType) || (DATA_TYPE_INT == bytDataType)) printf("Slot%d, CH[%d] = 0x%04X\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.dwValue); else if (DATA_TYPE_FLOAT == bytDataType) printf("Slot%d, CH[%d] = %.3f\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.fValue); else if (DATA_TYPE_STRING == bytDataType) printf("Slot%d, CH[%d] = %s\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.szValue); else if (DATA_TYPE_DATE == bytDataType) { printf("Slot%d, CH[%d] = %d/%d/%d\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.MxDate.Year, pImp->pRwChannelData[iIndex].unValue.MxDate.Month, pImp->pRwChannelData[iIndex].unValue.MxDate.Day); } else if (DATA_TYPE_TIME == bytDataType) { printf("Slot%d, CH[%d] = %d:%d:%d\n", bytSlotNum, iIndex, pImp->pRwChannelData[iIndex].unValue.MxTime.Hour, pImp->pRwChannelData[iIndex].unValue.MxTime.Min, pImp->pRwChannelData[iIndex].unValue.MxTime.Sec); } else if (DATA_TYPE_UNKNOWN == bytDataType) printf("Slot%d, CH[%d] = data type return DATA_TYPE_UNKNOWN\n", bytSlotNum, iIndex); else printf("Slot%d, CH[%d] = not defined data type = %d\n", bytSlotNum, iIndex, bytDataType); } //----------------------------------------------------------------- void CALLBACK ReadDataCallbackFunc(WORD wBlockQuantity, int *pRecvReadBlockData, void *pParam) { CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *pReadImp = (CMXIO_V3_2500::MX_RECV_READ_BLOCK_DATA *)pRecvReadBlockData; if (pReadImp) { if (MXIO_V3_BLOCK_OK == pReadImp->MxRecvBlockHeader.wResult) // { printf("Read Block[%d] Success:\n", (wBlockQuantity-1)); for (int i = 0; i < pReadImp->MxRecvBlockHeader.wTotalObj; i++) { if (MXIO_V3_CH_OK == pReadImp->pRwChannelData[i].bytErrorCode) PrintReadValue(i, pReadImp); else PrtChErrorString(i, pReadImp->pRwChannelData[i].bytErrorCode); } } else PrtBlockErrorString((wBlockQuantity - 1), pReadImp->MxRecvBlockHeader.wResult); } } //----------------------------------------------------------------- x86_x64/example/Misc/Restart/0000755000000000000000000000000012633514043014655 5ustar rootrootx86_x64/example/Misc/Restart/makefile0000644000000000000000000000201112633514043016347 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Misc/Restart/Restart.cpp0000644000000000000000000002353712633514042017016 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file Restart.cpp \copyright Moxa Inc. \brief \a Restart \a Device \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); void CheckErr(int ihConnection, int iRet, char *szFunctionName); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include Restart.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------- if (MXIO_V3_OK == iRet) { iRet = g_pMXIO_V3_2500->MXIO_Init(); printf("MXIO_Init() return %d(0x%X)\n", iRet, iRet); } //----------------------- if (MXIO_V3_OK == iRet) { sprintf(szMACAddr, "%02X-%02X-%02X-%02X-%02X-%02X", MxMACAddr.bytMAC[0], MxMACAddr.bytMAC[1], MxMACAddr.bytMAC[2], MxMACAddr.bytMAC[3], MxMACAddr.bytMAC[4], MxMACAddr.bytMAC[5]); printf("IP = %s, MAC = %s, Port=%d, Name=%s, Password=%s\n", IPAddress, szMACAddr, wPort, AccountData.szUserName, AccountData.szPwd); iRet = g_pMXIO_V3_2500->MXIO_Connect(IPAddress, wPort, dwTimeout, &MxMACAddr, &AccountData, &ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Connect"); } //----------------------------------------------------- if(MXIO_V3_OK == iRet) { //Restart iRet = g_pMXIO_V3_2500->MXIO_Restart(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Restart"); } //----------------------------------------------------- if (0 != ihConnection) { iRet = g_pMXIO_V3_2500->MXIO_Disconnect(ihConnection); CheckErr(ihConnection, iRet, (char*)"MXIO_Disconnect"); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = g_pMXIO_V3_2500->MXIO_Exit(); printf("MXIO_Exit() return %d(0x%X)\n", iRet, iRet); iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- //=========================================================================== void CheckErr(int ihConnection, int iRet, char *szFunctionName) { char *szErrMsg = (char*)"MXIO_V3_OK"; if (iRet != MXIO_V3_OK) { switch (iRet) { case MXIO_V3_ILLEGAL_FUNCTION: szErrMsg = (char*)"MXIO_V3_ILLEGAL_FUNCTION"; break; case MXIO_V3_ILLEGAL_DATA_ADDRESS: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_ADDRESS"; break; case MXIO_V3_ILLEGAL_DATA_VALUE: szErrMsg = (char*)"MXIO_V3_ILLEGAL_DATA_VALUE"; break; case MXIO_V3_SLAVE_DEVICE_FAILURE: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_FAILURE"; break; case MXIO_V3_SLAVE_DEVICE_BUSY: szErrMsg = (char*)"MXIO_V3_SLAVE_DEVICE_BUSY"; break; case MXIO_V3_EIO_TIME_OUT: szErrMsg = (char*)"MXIO_V3_EIO_TIME_OUT"; break; case MXIO_V3_EIO_INIT_SOCKETS_FAIL: szErrMsg = (char*)"MXIO_V3_EIO_INIT_SOCKETS_FAIL"; break; case MXIO_V3_EIO_CREATING_SOCKET_ERROR: szErrMsg = (char*)"MXIO_V3_EIO_CREATING_SOCKET_ERROR"; break; case MXIO_V3_EIO_RESPONSE_BAD: szErrMsg = (char*)"MXIO_V3_EIO_RESPONSE_BAD"; break; case MXIO_V3_EIO_SOCKET_DISCONNECT: szErrMsg = (char*)"MXIO_V3_EIO_SOCKET_DISCONNECT"; break; case MXIO_V3_PROTOCOL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_PROTOCOL_TYPE_ERROR"; break; case MXIO_V3_PRODUCT_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_PRODUCT_NOT_SUPPORT"; break; case MXIO_V3_HANDLE_ERROR: szErrMsg = (char*)"MXIO_V3_HANDLE_ERROR"; break; case MXIO_V3_SLOT_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_SLOT_OUT_OF_RANGE"; break; case MXIO_V3_CHANNEL_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_CHANNEL_OUT_OF_RANGE"; break; case MXIO_V3_COIL_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_COIL_TYPE_ERROR"; break; case MXIO_V3_REGISTER_TYPE_ERROR: szErrMsg = (char*)"MXIO_V3_REGISTER_TYPE_ERROR"; break; case MXIO_V3_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_OUTPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_INPUT_VALUE_OUT_OF_RANGE: szErrMsg = (char*)"MXIO_V3_INPUT_VALUE_OUT_OF_RANGE"; break; case MXIO_V3_EIO_PASSWORD_INCORRECT: szErrMsg = (char*)"MXIO_V3_EIO_PASSWORD_INCORRECT"; break; case MXIO_V3_SLOT_NOT_EXIST: szErrMsg = (char*)"MXIO_V3_SLOT_NOT_EXIST"; break; case MXIO_V3_FIRMWARE_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_FIRMWARE_NOT_SUPPORT"; break; case MXIO_V3_CREATE_MUTEX_FAIL: szErrMsg = (char*)"MXIO_V3_CREATE_MUTEX_FAIL"; break; case MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ENUM_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_SELECT_NET_INTERFACE_FAIL"; break; case MXIO_V3_ERR_FUNCTION_NOT_SUPPORT: szErrMsg = (char*)"MXIO_V3_ERR_FUNCTION_NOT_SUPPORT"; break; case MXIO_V3_ERR_INVALID_HANDLE: szErrMsg = (char*)"MXIO_V3_ERR_INVALID_HANDLE"; break; case MXIO_V3_ERR_BLOCK_QUANTITY: szErrMsg = (char*)"MXIO_V3_ERR_BLOCK_QUANTITY"; break; case MXIO_V3_ERR_TOTAL_BLOCK_SIZE: szErrMsg = (char*)"MXIO_V3_ERR_TOTAL_BLOCK_SIZE"; break; case MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION: szErrMsg = (char*)"MXIO_V3_ERR_REACH_MXIO_LIMIT_CONNECTION"; break; case MXIO_V3_ERR_PARSE_XML_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_PARSE_XML_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_VEIFY_FAIL"; break; case MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT: szErrMsg = (char*)"MXIO_V3_ERR_ACCOUNT_ACCESS_RIGHT"; break; default: szErrMsg = (char*)"Unknown Error Value"; break; } printf("%d Function \"%s\" execution Fail.\nError Message : %s (%d(0x%X))\n", ihConnection, szFunctionName, szErrMsg, iRet, iRet); } else { printf("%d Function \"%s\" execution Success\n", ihConnection, szFunctionName); } } x86_x64/example/Misc/LIBDateVersion/0000755000000000000000000000000012633514043016003 5ustar rootrootx86_x64/example/Misc/LIBDateVersion/makefile0000644000000000000000000000201112633514043017475 0ustar rootrootPTHREAD_LIB=-lpthread ################# x64 GCC CPP ################ ifeq ($(ARCH),x64GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# x64 ################ ifeq ($(ARCH),x64) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -D_LOADX64MXIO -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 GCC CPP ################ ifeq ($(ARCH),x86GCCCPP) CC=gcc STRIP=strip CFLAGS=-O2 -lstdc++ -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif ################# X86 ################ ifeq ($(ARCH),x86) CC=g++ STRIP=strip CFLAGS=-O2 -rdynamic -ldl LIBS=/usr/local/lib/ $(EXEC): $(EXEC).cpp $(CC) $(CFLAGS) -o $(EXEC)so $(EXEC).cpp $(PTHREAD_LIB) $(STRIP) $(EXEC)so endif x86_x64/example/Misc/LIBDateVersion/LIBDateVersion.cpp0000644000000000000000000001213612633514043021264 0ustar rootroot/******************************************************************************* * Copyright Moxa Inc. * * * Date Author Comment * 09/11/2015 Daniel Chang Created. ******************************************************************************/ /*! \file LIBDateVersion.cpp \copyright Moxa Inc. \brief \a Get \a LIB \a Date \a and \a Version \date 09/11/2015 \author Daniel Chang \version V1.0 \details */ #include #include #include #include #include #include #include //----------------------------------------------------------------- #define TRUE 1 #define FALSE 0 #define HMODULE void //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName); int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500); char getch(); void WaitPressAnyKey(); //----------------------------------------------------------------- HMODULE *g_hMXIO_V3_2500 = NULL; CMXIO_V3_2500 *g_pMXIO_V3_2500 = NULL; //----------------------------------------------------------------- //! \include LIBDateVersion.cpp int main(int argc, char *argv[]) { char bytInputValue[64] = {'\0'}; char szIP[] = "192.168.127.253"; CMXIO_V3_2500::MX_MAC_ADDRESS MxMACAddr; memset(&MxMACAddr, 0, sizeof(MxMACAddr)); char szMACAddr[18] = {'\0'};//"00-90-e8-00-00-41"; DWORD dwTimeout = 3000; int ihConnection = 0; CMXIO_V3_2500::MX_ACCOUNT_DATA AccountData; sprintf(AccountData.szUserName,"%s", (char*)"admin"); sprintf(AccountData.szPwd,"%s", (char*)"moxa"); //----------------------------------------------- char IPAddress[16] = {'\0'}; char szTempBuf[16] = {'\0'}; WORD wPort = MXIO_V3_AGENT_PORT; sprintf(IPAddress, "%s", szIP); if (argc <= 1) { printf("Cmd Format: [IP Address] [Timeout] [TCP Port]\n"); strcpy(IPAddress, szIP); } // if (argc > 1) sprintf(IPAddress, "%s", argv[1]); if (argc > 2) dwTimeout = atoi(argv[2]); if (argc > 3) wPort = atoi(argv[3]); printf("Input IP Address=%s, TimeOut=%d, TCP Port=%d\n", IPAddress, dwTimeout, wPort); //----------------------- int iRet = MXIO_V3_OK; #ifdef _LOADX64MXIO iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500_x64.so"); #else iRet = MXCreateLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500, (char*)"/usr/local/lib/libmxio_2500.so"); #endif printf("MXCreateLibrary() g_pMXIO_V3_2500=0x%p return %d(0x%X)\n", g_pMXIO_V3_2500, iRet, iRet); //----------------------------------------------------- if(MXIO_V3_OK == iRet) { //LIB Version CMXIO_V3_2500::MX_VERSION MxVersion = {'\0'}; g_pMXIO_V3_2500->MXIO_GetDllVersion(&MxVersion); printf("LIB Version: %d.%d.%d.%d\n", MxVersion.Major, MxVersion.Minor, MxVersion.Beta, MxVersion.Revision); //LIB Build Date CMXIO_V3_2500::MX_DATE MxDate = {'\0'}; g_pMXIO_V3_2500->MXIO_GetDllBuildDate(&MxDate); printf("LIB Build Date: %d-%d-%d\n", MxDate.Year, MxDate.Month, MxDate.Day); } //----------------------- if (NULL != g_hMXIO_V3_2500) { iRet = MXDestroyLibrary(g_hMXIO_V3_2500, &g_pMXIO_V3_2500); printf("MXDestroyLibrary() return %d(0x%X)\n", iRet, iRet); } WaitPressAnyKey(); return 0; } //----------------------------------------------------------------- int MXCreateLibrary(HMODULE *phMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500, char *szLibName) { phMXIO_V3_2500 = dlopen(szLibName, RTLD_LAZY); if(!phMXIO_V3_2500) { printf("dlopen Error: %s\n", dlerror()); return (-1); } PFNCREATEMXIO_V3_2500 pfnCreateMXIO_V3_2500 = (PFNCREATEMXIO_V3_2500)dlsym(phMXIO_V3_2500, "CreateMXIO_2500"); if (NULL == pfnCreateMXIO_V3_2500) { printf("dlsym CreateMXIO Error: %s\n", dlerror()); return (-1); } *pMXIO_V3_2500 = pfnCreateMXIO_V3_2500(); return 0; } //----------------------------------------------------------------- int MXDestroyLibrary(HMODULE *hMXIO_V3_2500, CMXIO_V3_2500 **pMXIO_V3_2500) { PFNDESTROYMXIO_V3_2500 pfnDestroyMXIO_V3_2500 = (PFNDESTROYMXIO_V3_2500)dlsym(hMXIO_V3_2500, "DestroyMXIO_2500"); if (!pfnDestroyMXIO_V3_2500) { printf("dlsym DestroyMXIO Error: %s\n", dlerror()); return (-1); } pfnDestroyMXIO_V3_2500(*pMXIO_V3_2500); dlclose(hMXIO_V3_2500); *pMXIO_V3_2500 = NULL; return 0; } //----------------------------------------------------------------- char getch() { int iRet; char ch; struct termios oldt, newt; tcgetattr(STDIN_FILENO, &oldt); memcpy(&newt, &oldt, sizeof(newt)); newt.c_lflag &= ~( ECHO | ICANON | ECHOE | ECHOK | ECHONL | ECHOPRT | ECHOKE | ICRNL); tcsetattr(STDIN_FILENO, TCSANOW, &newt); iRet = read(STDIN_FILENO, &ch, 1); tcsetattr(STDIN_FILENO, TCSANOW, &oldt); if(iRet == 1) return ch; else return 0; } void WaitPressAnyKey() { printf("press any key to exit.\n"); getch(); } //----------------------------------------------------------------- x86_x64/readme.txt0000644000000000000000000000674212633742027012717 0ustar rootrootProduct: MXIO Library for ioLogik 2500 Series Version: 3.0.0 Company: Moxa Inc. A. Supported Platforms ====================== x86: Debian 8.2 x64: Debian 8.2 B. Supported Product ======================== 1. ioLogik 2512 2. ioLogik 2542 3. ioLogik 2512-GPRS 4. ioLogik 2542-GPRS 5. ioLogik 2512-HSPA 6. ioLogik 2542-HSPA 7. ioLogik 2512-WL1-US 8. ioLogik 2542-WL1-US 9. ioLogik 2512-WL1-JP 10. ioLogik 2542-WL1-JP 11. ioLogik 2512-WL1-EU 12. ioLogik 2542-WL1-EU C. File List: ============= ../installer/ MXIO_ioLogik_2500_x.x.x.sh ../examples/MultiThread/MultiThread MultiThread.cpp makefile ../examples/Connect/CellularDataAccess CellularDataAccess.cpp makefile ../examples/Connect/Multiple Multiple.cpp makefile ../examples/Connect/Singleton Singleton.cpp makefile ../examples/Misc/Integrate Integrate.cpp makefile ../examples/Misc/LIBDateVersion LIBDateVersion.cpp makefile ../examples/Misc/Restart Restart.cpp makefile ./examples/Network/Interface Interface.cpp makefile ../examples/Read/IOInfo IOinfo.cpp makefile ../examples/Read/String StringR.cpp makefile ../examples/Read/Float FloatR.cpp makefile ../examples/Read/WORD WordR.cpp makefile ../examples/Write/Float FloatW.cpp makefile ../examples/Write/WORD WordW.cpp makefile ../examples/Clear/Float FloatC.cpp makefile ../examples/Clear/DWORD DWordC.cpp makefile D. Installation of MXIO Linux Library: ====================================== Step1. To install the Library, unpacked MXIO_ioLogik_2500_x.x.x.tgz on your host PC # cd / # mkdir x86_x64 # cd x86_x64 # cp /mnt/cdrom/MXIO_ioLogik_2500_x.x.x.tgz . # tar xvfz MXIO_ioLogik_2500_x.x.x.tgz # cd /installer Step2. Next, run the following script as root, to install the libraries and header file in the /usr/local directory: # ./MXIO_ioLogik_2500_x.x.x.sh Step3. The Library installation will take a few minutes to complete. Step4. Programming your program on your development envelopment. Release Note: ----------------- First release of new MXIO Library for ioLogik 2500 series. Note: This new version does not include API collections of previous MXIO Library versions. ------------------------------------------------------------------------ -End-x86_x64/help/0000755000000000000000000000000012722773366011651 5ustar rootrootx86_x64/help/html/0000755000000000000000000000000012714250165012601 5ustar rootrootx86_x64/help/html/group___i_o___type.html0000644000000000000000000003562012722773367017331 0ustar rootroot MXIO Software Development Kit: IO_Type
MXIO Software Development Kit
C++ Sample Code Programming Guide
Macros
IO_Type
Library

Macros

#define IOTYPE_DI   0x000
 
#define IOTYPE_DO   0x100
 
#define IOTYPE_DIO   0x200
 
#define IOTYPE_RELAY   0x300
 
#define IOTYPE_AI   0x400
 
#define IOTYPE_AO   0x500
 
#define IOTYPE_TC   0x600
 
#define IOTYPE_RTD   0x700
 
#define IOTYPE_IR_WORD   0x800
 
#define IOTYPE_SERIALTAG   0x900
 
#define IOTYPE_SYS_SYSTEM   0xA00
 
#define IOTYPE_VC   0xB00
 
#define IOTYPE_IR_FLOAT   0xC00
 
#define IOTYPE_SYS_IO_MODE   0xD00
 

Detailed Description

Support IOType

Macro Definition Documentation

#define IOTYPE_DI   0x000
#define IOTYPE_DO   0x100
#define IOTYPE_DIO   0x200
#define IOTYPE_RELAY   0x300
#define IOTYPE_AI   0x400
#define IOTYPE_AO   0x500
#define IOTYPE_TC   0x600
#define IOTYPE_RTD   0x700
#define IOTYPE_IR_WORD   0x800
#define IOTYPE_SERIALTAG   0x900
#define IOTYPE_SYS_SYSTEM   0xA00
#define IOTYPE_VC   0xB00
#define IOTYPE_IR_FLOAT   0xC00
#define IOTYPE_SYS_IO_MODE   0xD00
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x86_x64/help/html/group___i_r.html0000644000000000000000000001657012722773367016000 0ustar rootroot MXIO Software Development Kit: IR
MXIO Software Development Kit
C++ Sample Code Programming Guide
Macros
IR
Function_Code

Macros

#define IOFUNC_IR_CH_NAME   0
 
#define IOFUNC_IR_CH_INITIAL_VALUE   1
 
#define IOFUNC_IR_CH_VALUE   2
 

Detailed Description

Note:
IOFUNC_IR_CH_VALUE: write command data type is DATA_TYPE_WORD.

Macro Definition Documentation

#define IOFUNC_IR_CH_NAME   0
#define IOFUNC_IR_CH_INITIAL_VALUE   1
#define IOFUNC_IR_CH_VALUE   2
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x86_x64/help/html/globals_defs.html0000644000000000000000000003511612722773366016135 0ustar rootroot MXIO Software Development Kit: File Members
MXIO Software Development Kit
C++ Sample Code Programming Guide
 

- c -

Generated on Mon May 30 2016 13:54:15 for MXIO Software Development Kit by   doxygen 1.8.3.1
x86_x64/help/html/group___a_o.html0000644000000000000000000002724512722773366015765 0ustar rootroot MXIO Software Development Kit: AO
MXIO Software Development Kit
C++ Sample Code Programming Guide
Macros
AO
Function_Code

Macros

#define IOFUNC_AO_CH_NAME   0
 
#define IOFUNC_AO_CH_MODE   1
 
#define IOFUNC_AO_CH_SCALIN500.h#define IOFUN3_AO_CH_SCALIN500.h#define IOFUN4_AO_CH_SCALIN500.h ="memitem:gaa2cbcc118927466d110191719a781701">#define  ="memitem:gaa2cbc="bottom615d95f8560b046cbd4">#define #define #define IOFUNC_AO_CH_NAME  c163768641b3__ch35a5025a39c541="memitem:ga609c6c118927466d110191719a781701"> 

Detaiga4becd40aEDbcc118tion

Note:
IOFUNC_IR_CH_VO_V3_.pheader">Detaiga4becRAWbcc118tion

Note:
IOFUNC_IR_CH_VALUE: write command data type is DATA_TYPE_WORD.

Macro Definition 0; 0
ga609c6900d class="memname">#define IOFUNC_IR_CH_NAME   0
ga609c8cc3memname">#define IOFUNC_IR_CH_INITIAL_VALUE   1
ga609cd40ac23069047 class="memname">#define IOFUNC_IR_CH_VALUE   2
ga609cd40ac230OFFSET88a10020002">IOFUN3_AO_C IOFUNC_IR_CH_VALUE   2
ga609cd40ac230UNIT88a10020002">IOFUN4_AO_C IOFUNC_IR_CH_VALUE   2
ga609cPOWER_ONbcc11866d110191719a781705_AO_C IOFUNC_IR_CH_VALUE   2
ga609cdAFE68cc3_STATUS66d110191719a781706_AO_C IOFUNC_IR_CH_VALUE   2
ga609cd40aEDbcc11866d110191719a781707_AO_C IOFUNC_IR_CH_VALUE   2
ga609cRAWbcc11866d110191719a7817087">IO IOFUNC_IR_CH_VALUE   2
8785086fe">MXIO_V3_2500.h
Generated on Mon May 30 2016 13:54:15 for MXIO Software Development Kit by   doxygen 1.8.3.1
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MXIO Software Development Kit: AO
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Generated on Mon May 30 2016 13:54:15 for MXIO Software Development Kit by   doxygen 1.8.3.1
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MXIO Software Development Kit
C++ Sample Code Programming Guide
Macros
AO
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classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERtmTICKETgDISCcNNEC_e8a10020002">IOFUNdx821d14O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gEROTOCOLR_CH_VERRORe8a10020002">IOFUNdx821d15O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERtmPASSALUEmINCORREC_e8a10020002">IOFUNdx821d16O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERODUCT_NOT_SUPPORTe8a10020002">IOFUNdx821d17O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERNDL3VERRORe8a10020002">IOFUNdx821d18O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gEROT_OUT_OF_RANG305a10020002">IOFUNdx821d19O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERANNEL_OUT_OF_RANG305a10020002">IOFUNdx821d2AO_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERALR_CH_VERRORe8a10020002">IOFUNdx821d21O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERREGISTERCH_VERRORe8a10020002">IOFUNdx821d22O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERNC_V3__NOT_SUPPORTe8a10020002">IOFUNdx82122AO_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERaPUT_OV11892UT_OF_RANG305a10020002">IOFUNdx821224O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERLNT_OV11892UT_OF_RANG305a10020002">IOFUNdx821225O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gEROT_OUT_EXISTe8a10020002">IOFUNdx821226O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERNIRMWAREOT_SUPPORTe8a10020002">IOFUNdx821227O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERIATc2E_MUTEXAILe8a10020002">IOFUNdx821228O_CH_close.png" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->adding"memIte.html#gERMEMORY_TOO_SMAL8a10020002">IOFUNdx821229O_CH_close.png" ="rotolose codoc"lt berdecls"grheadingemitem:f8560b046cb s"> <_a> Funct//ws h2><_CH_<_a> Vari Guis h2><_CH_ /div>lextblockcb

emg emg <>emg /pgr

Cfpy1f015
Moxa Inc.o<_ lassdlgr
Date
09/11/2015o<_ lassdlgr
Auth15
Daniel Chango<_ lassdlgr
Vers//w
V1.0 <_ lassdlgr
td class=anch15d9orde288fb7e27097f8887e0c5c17585"> colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->addingint MXCreateLibraryo<_CH_clolose.png"=d>(<_CH_clolose.png"=d--headerttommtypes=HMODULEt*d4">

b2abec7c73d061f6d1c1b004e845682="memitem:ga609c6900ab0ee8428a8cb6f81f0153d7">

#define  b2abec7c73d061f6d1c1b004e845682="mn.html#gOKab0ee8428a8cb6f81f0153dx_AO_CH_SCALIN500.h#define  b4ce49f9ee8a3b4s="sbf283891bdccd"mn.html#gERR_INVALIa7a"Qab0ee8428a8cb6f81f0153dx8_AO_CH_SCALIN500.h#define  d39347d7da788el___297d6b="md8__infn.html#gERR_ACCESS_FS927466d110191719a78170dx8d4">IOFUNC_AO_CH_MODE d39347d7da788el___297d6b="md8__infemitem:ga609c6="bottom615d95f8560b046cbd4">#define  e2ac88d3c458ab3108949750599702_infn.html#gERR_RESTARTe8df88a10020002">IOFUNdx8C_AO_CH_SCALIN500.h#define  66f298c3cb242650f93b3bb26a594adinfn.html#gERR_RESETe8df88a10020002">IOFUNdx83_AO_CH_SCALIN500.h#define  cf"mdca502a7md8_ea2fee3e60fded95"mn.html#gERR_SET_TI00ab0ee8428a8cb6f81f0153dx84_AO_CH_SCALIN500.h <341892a6fc69a6cf"b07="memitem:ga609c6900ab0ee8428a8cb6f81f0153d7">#define  ce6106er> <341892a6fc69a6cf"b07="mn.html#gERR_SET_IOab0ee8428a8cb6f81f0153dx85_AO_CH_SCALIN500.h <341892a6fc69a6cf"b07="memitem:ga609c6="bottom615d95f8560b046cbd4">#define  36a5b1cf373157c9727e247de4bf43e="mn.html#gERR_FWR_UPGRAc305564615d95f8560b046cbdx86_AO_CH_SCALIN500.h#define  026b9703972fa6e39373eae4ad9c9735"mn.html#gERR_RESP_SYS_CcNFIG05564615d95f8560b046cbdx87_AO_CH_SCALIN500.h#define  128bdd28c7a9c2b3aff6898090c1a419"mn.html#gERR_CALIBRO_V3_05564615d95f8560b046cbdx887">IOFUNC_AO_CH_NAME 㼀bdd28c7a9c2b3aff6898090c1a419"memitem:ga4becd="bottom615d95f8560b046cbd4">#define  1f579c336162d3cb1fd17a528f443d4e"mn.html#gERR_SET_FWR_FILE_1a1can c4615d95f8560b046cbdx897">IOFUNC_AO_CH_NAME ¡f579c336162d3cb1fd17a528f443d4e"memitem:ga4becd="bottom615d95f8560b046cbd4">#define  188f5eb56254df1cea68bdl__c501cs="mn.html#gERR_INPUT_OVER_RANG305564615d95f8560b046cbdx8A7">IOFUNC_AO_CH_NAME 㼼f5eb56254df1cea68bdl__c501cs="memitem:ga609c6cc305564615d95f8560b046cbd4">#define  =42b5dd0dcb7b62e38956c079befe87="mn.html#gERR_OUTPUT_OVER_RANG305564615d95f8560b046cbdx8B7">IOFUNC_AO_CH_NAME =42b5dd0dcb7b62e38956c079befe87="memitem:gaf9368cc305564615d95f8560b046cbd4">#define  84a0b010e162ea63d9f8e21e3f266a55"mn.html#gERR_SET_NETWORKab0ee8428a8cb6f81f0153dx8C7">IOFUNC_AO_CH_NAME ڔa0b010e162ea63d9f8e21e3f266a55"memitem:ga4becd="bottom615d95f8560b046cbd4">#define  bd9d51f82b21651cb20bdea3ecdc6b0="mn.html#gERR_FILE_NOT_EXISTe8df88a10020002">IOFUNdx8D_AO_CH_SCALIN500.h#define  e0439b627af4aa8505d6a5547f2a58a3"mn.html#gERR_ACCOUNT_ACCESS_RIGHTe8df88a10020002">IOFUNdx81_AO_CH_SCALIN500.h#define  5d2bf1654ead29ce4f2f7abfec7496"mn.html#gERR_ACCOUNT_VERIFY_FAILe8df88a10020002">IOFUNdx81d4">IOFUNC_AO_CH_MODE ¥d2bf1654ead29ce4f2f7abfec7496"memitem:gaf9368cc305564615d95f8560b046cbd4">#define  =7ad28de5018381d870e39bbe05f96b0"mn.html#gERR_ENUM_NET_INTERFACE_FAILe8df88a10020002">IOFUNdx85_AO_CH_SCALIN500.h#define  bf5c3f1249bb4a810b9cdba93240b270"mn.html#gERR_SELECT_NET_INTERFACE_FAILe8df88a10020002">IOFUNdx85d4">IOFUNC_AO_CH_MODE bf5c3f1249bb4a810b9cdba93240b270"memitem:gaf9368="bottom615d95f8560b046cbd4">#define  30eccc66654025c7cc964db84075a316"mn.html#gERR_INVALIa7HANDL305564615d95f8560b046cbdx88_AO_CH_SCALIN500.h#define  9588f1ee44169d06e943cfd2eb3c306="mn.html#gERR_BLOCK_QUANTITY05564615d95f8560b046cbdx88d4">IOFUNC_AO_CH_MODE 𩙴f1ee44169d06e943cfd2eb3c306="memitem:ga609c6="bottom615d95f8560b046cbd4">#define  05eb883a20e33bd>#define  7f26aff34fcb963f79f77845fb62723infn.html#gERR_PARSE_XML_FAILe8df88a10020002">IOFUNdx883_AO_CH_SCALIN500.h#define  94daa266c21e2ca5378122f5dfd8329e"mn.html#gERR_FUNC_V3__NOT_SUPPORTe8df88a10020002">IOFUNdx81_AO_CH_SCALIN500.h#define  361445323a51a04aaec98385c9b4901a"mn.html#gERR_IN_DEPLOY_PROCESS_8cc305564615d95f8560b046cbdx81d4">IOFUNC_AO_CH_MODE �a51a04aaec98385c9b4901a"memitem:ga4becd900ab0ee8428a8cb6f81f0153d7">#define  =d6938367f96db9b511620e26db7492c"mn.html#gERR_REA09c8.htmLIMIT_CcNNEC_V3_05564615d95f8560b046cbdx811_AO_CH_SCALIN500.h#define  0158f78bd0d8b3b381f73f1a1ec5edc="mn.html#gILLEGAL_FUNC_V3_05564615d95f8560b046cbdx82d4">IOFUNC_AO_CH_MODE 𧆞f78bd0d8b3b381f73f1a1ec5edc="memitem:ga4becd="bottom615d95f8560b046cbd4">#define  1a4e75d8174bd4b2a0c2583b39aedafc"mn.html#gILLEGAL_NC_IRADDRESS05564615d95f8560b046cbdx82C_AO_CH_SCALIN500.h#define  71619c93d8a81e177652593d62a66e7="mn.html#gILLEGAL_NC_IRcc118927466d110191719a78170dx823_AO_CH_SCALIN500.h#define  =073acde32b1f1ad142e7a3ff98d153"mn.html#gSLAVE_DEVICE_FAILUR8927466d110191719a78170dx824_AO_CH_SCALIN500.h#define  =408c7d075322f15597f052d32e23a6"mn.html#gSLAVE_DEVICE_BUSY05564615d95f8560b046cbdx826_AO_CH_SCALIN500.h#define  5d4a8dec195e6f8854189ce94bb5e266"mn.html#gEhtmTI00_OUT05564615d95f8560b046cbdx821_AO_CH_SCALIN500.h#define  ca379b5778006badb8b125f5fc53bdb8"mn.html#gEhtmINIT_SOCKETS_FAILe8df88a10020002">IOFUNdx821d4">IOFUNC_AO_CH_MODE ca379b5778006badb8b125f5fc53bdb8"memitem:gaf9368="bottom615d95f8560b046cbd4">#define  07fe9f176b142c5d0d72a70601500fc5"mn.html#gEhtmCREATc2306OCKETgERRORe8df88a10020002">IOFUNdx821C_AO_CH_SCALIN500.h#define  1954b55ebe14bea6362cb0ecbdf11e9d"mn.html#gEhtmRESPONSE_BADe8df88a10020002">IOFUNdx8213_AO_CH_SCALIN500.h#define  7ce7=f417489798IOFUNdx8214_AO_CH_SCALIN500.h#define  c910cb1760892cf065ceeba38369ceec"mn.html#gPROTOCOLR_CH_VERRORe8df88a10020002">IOFUNdx8215_AO_CH_SCALIN500.h#define  d991085039addb2581568dbbf22a3d65"mn.html#gEhtmPASSALUEmINCORREC_e8df88a10020002">IOFUNdx8216_AO_CH_SCALIN500.h#define  5bb6340e44babdf150f7f62512bd4113"mn.html#gPRODUCT_NOT_SUPPORTe8df88a10020002">IOFUNdx8217_AO_CH_SCALIN500.h#define  d8ff46af8aaed49e2c77e4d0d1035d85"mn.html#gHANDL3VERRORe8df88a10020002">IOFUNdx82187">IOFUNC_AO_CH_NAME d8ff46af8aaed49e2c77e4d0d1035d85"memitem:ga4becd="bottom615d95f8560b046cbd4">#define  66521ce56745c1d5511d90cdde907496"mn.html#gSLOT_OUT_OF_RANG305564615d95f8560b046cbdx82197">IOFUNC_AO_CH_NAME �ce56745c1d5511d90cdde907496"memitem:gaf9368cc305564615d95f8560b046cbd4">#define  =9e09ae6cc1e7=371ed058f41d31edc="mn.html#gCHANNEL_OUT_OF_RANG305564615d95f8560b046cbdx822_AO_CH_SCALIN500.h#define  1dcfc626d754c0ba8097d7d38f14b8ea"mn.html#gCOILR_CH_VERRORe8df88a10020002">IOFUNdx822d4">IOFUNC_AO_CH_MODE ¡dcfc626d754c0ba8097d7d38f14b8ea"memitem:ga4becd900ab0ee8428a8cb6f81f0153d7">#define #define pd40ac23069047e8df88a10020002">IOFUNdx822d4AO_CH_SCALIN500.h#define #define peeba3d"m13290161e3d549c694d4d65"ALclass=e"NC_V3__NOT_SUPPORTe8df88a10020002">IOFUNdx8122AO_CH_SCALIN500.h#define #define pfaef1313eda5ff63ba8c4c5f64f599SCALhtml#gOKaPUT_OV11892UT_OF_RANG305564615d95f8560b046cbdx822_AO_CH_SCALIN500.h#define #define pff188116bff6_Aadac4d882b4a12ded4ALhtml#gILLNT_OV11892UT_OF_RANG305564615d95f8560b046cbdx822_AO_CH_SCALIN500.h#define  7cb02675edcc8f80ff6496664a467d8d"memhtml#gSLOT_OUT_EXISTe8df88a10020002">IOFUNdx822AO_CH_SCALIN500.h#define  d8fd0ed30a1917bff639a011ab923ecafmemclass=e"NIRMWAREOT_SUPPORTe8df88a10020002">IOFUNdx8122AO_CH_SCALIN500.h#define  12ff2126ce0029c7d7c7363078cf"bc48memhtml#gCOIATc2E_MUTEXAILe8df88a10020002">IOFUNdx821d2">IOFUNC_AO_CH_NAME d8ff2126ce0029c7d7c7363078cf"bc48memitem:ga4becd40bottom615d95f8560b046cbd4">#define  7fb269bd0ef269769b1bfa_Abc94b567femhtml#gCOMEMORY_TOO_SMAL8df88a10020002">IOFUNdx821d2">IOFUNC_AO_CH_NAME ڂb269bd0ef269769b1bfa_Abc94b567femitem:ga609c690bottom615d95f8560b046cbd4">
#define #define "gChtml#gER2500 #define #define #define #define #define #define #a352e3e9"><584f92334752e8ab1818d8"gChtml#gER2500::MX_RECVNA09DLOCK_SI_IRA #define headingemitem:f8560b046cb s">
#define #define 
<_CH_clolose.png"=d><_CH_clolose.png"=d--headerttommtypes=<_CH_clolose.png"=d><_CH_clolose.png"=d--headerttommtypes=char *d4"><_CH_clolose.png"=d>)<_CH_clolose.png"=d><_CH_"=d><_CH_clolose.p" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->addingint MXDestroyLibraryo<_CH_clolose.png"=d>(<_CH_clolose.png"=d--headerttommtypes=HMODULEd4"><_CH_clolose.png"=d><_CH_clolose.png"=d--headerttommtypes=<_CH_clolose.png"=d>)<_CH_clolose.png"=d><_CH_"=d><_CH_clolose.p" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->addingvoid WaitPressAnyKeyo<_CH_clolose.png"=d>(<_CH_clolose.png"=d--headerttommadding<_CH_"=d>)<_CH_clolose.png"=d><_CH_clolose.p" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->addingvoid CheckErro<_CH_clolose.png"=d>(<_CH_clolose.png"=d--headerttommtypes=intd4"><_CH_clolose.png"=d><_CH_clolose.png"=d--headerttommtypes=intd4"><_CH_clolose.png"=d><_CH_clolose.png"=d--headerttommtypes=char *d4"><_CH_clolose.png"=d>)<_CH_clolose.png"=d><_CH_"=d><_CH_clolose.p" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->addingvoid PrtBlockErrorStringo<_CH_clolose.png"=d>(<_CH_clolose.png"=d--headerttommtypes=intd4"><_CH_clolose.png"=d><_CH_clolose.png"=d--headerttommtypes=UEmId4"><_CH_clolose.png"=d>)<_CH_clolose.png"=d><_CH_"=d><_CH_clolose.p" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->addingvoid PrtChErrorStringo<_CH_clolose.png"=d>(<_CH_clolose.png"=d--headerttommtypes=intd4"><_CH_clolose.png"=d><_CH_clolose.png"=d--headerttommtypes=BYTEd4"><_CH_clolose.png"=d>)<_CH_clolose.png"=d><_CH_"=d><_CH_clolose.p" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->addingvoid CALLBACK ReaHDataCallbackFunco<_CH_clolose.png"=d>(<_CH_clolose.png"=d--headerttommtypes=UEmId4"><_CH_clolose.png"=d><_CH_clolose.png"=d--headerttommtypes=int *d4"><_CH_clolose.png"=d><_CH_clolose.png"=d--headerttommtypes=void *d4"><_CH_clolose.png"=d>)<_CH_clolose.png"=d><_CH_"=d><_CH_clolose.p" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->addingvoid PrintReaHVfiueo<_CH_clolose.png"=d>(<_CH_clolose.png"=d--headerttommtypes=intd4"><_CH_clolose.png"=d><_CH_clolose.png"=d--headerttommtypes=<584f92334752e8ab1818d8"gChtml#gER2500::MX_RECVNA09DLOCK_SI_IRA <_CH_clolose.png"=d>)<_CH_clolose.png"=d><_CH_"=d><_CH_clolose.p" ="rotolose codoc"lt colspa"gr coprotoow1" classiv>addingclose.png"="rotolose.png"=d--header-->addingint maino<_CH_clolose.png"=d>(<_CH_clolose.png"=d--headerttommtypes=intd4"><_CH_clolose.png"=d><_CH_clolose.png"=d--headerttommtypes=char *d4"><_CH_clolose.png"=d>)<_CH_clolose.png"=d><_CH_"=d><_CH_clolose.p" ="rotolose codoc"ltfragment"> /div>line">i560bNAMEcomment">/******************************************************************************* 560b>i> line">i560bNAMEcomment"> * Cfpy1f015 Moxa Inc. 560b>i> line">i560bNAMEcomment"> * 560b>i> line">i560bNAMEcomment"> * 560b>i> line">i560bNAMEcomment"> * Datelolose.pngAuth15 Comment 560b>i> line">i560bNAMEcomment"> * 09/11/2015ooooDaniel Chango Created. 560b>i> line">i560bNAMEcomment"> ******************************************************************************/ 560b>i> line"> i> line">i560bNAMEpreprocess15d>#include <stdio.h>td 560b>i> line">i560bNAMEpreprocess15d>#include <stdlib.h>td 560b>i> line">i560bNAMEpreprocess15d>#include "../../../../include/html#gER2500.haquot;< 560b>i> line">i560bNAMEcomment">//-----------------------------------------------------------------< 560b>i> line">i560bNAMEkeywordtypes=int< 560b> #288fb7e27097f8887e0c5c17585">"gChtml#gER2500 keywordtypes=char< 560b> *szLibN co);i> line">i560bNAMEkeywordtypes=int< 560b> #2acdb8c0da62ea6ee8d28108e25d2288femMXDestroyLibrary "gChtml#gER2500 line">i560bNAMEkeywordtypes=void< 560b> #241ca43a6f431a01b98c3a98cd36bd1bmemWaitPressAnyKey line">i560bNAMEkeywordtypes=void< 560b> #2ec9cf59cf76dc7e9c44b5985d3e0ce32emCheckErr keywordtypes=int< 560b> ihConnection, i560bNAMEkeywordtypes=int< 560b> iRet, i560bNAMEkeywordtypes=char< 560b> *szFunct//wN co);i> line">i560bNAMEkeywordtypes=void< 560b> #2954151a166301e1a694d39debb8c955"ALPrtBlockErrorString keywordtypes=int< 560b> iIndex, UEmI wErrorCode);i> line">i560bNAMEkeywordtypes=void< 560b> #2213bba3718ea81155912bbd5b8295b2CALPrtChErrorString keywordtypes=int< 560b> iIndex, BYTE bytErrorCode);i> line">i> line">i560bNAMEkeywordtypes=void< 560b> CALLBACK #2def575bfdb5f3aa1353969a48bedaa6eALReaHDataCallbackFunc keywordtypes=int< 560b> *pRecvReaHBlockData, i560bNAMEkeywordtypes=void< 560b> *pPtomm);;i> line">i560bNAMEkeywordtypes=void< 560b> #22a50fcaa52a45e56e7=cf440eb060baCALPrintReaHVfiuekeywordtypes=int< 560b> iIndex, "gChtml#gER2500::MX_RECVNA09DLOCK_SI_IRA line">i560bNAMEcomment">//-----------------------------------------------------------------< 560b>i> line">HMODULE g_hhtml#gER2500t= NUL8;i> line">itd class=codeemItemRi clas_c_xMUlov3e2500#>"gChtml#gER2500 line">i> line">i560bNAMEcomment">//-----------------------------------------------------------------< 560b>i> line">i560bNAMEcomment">" 560b>i560bNAMEkeywordtypes=int< 560b> #20ddf122485"353fc92bfbff6f499fa9memmainkeywordtypes=int< 560b> argc, i560bNAMEkeywordtypes=char< 560b> *argv[])<_ line">{i> line"> ose<560bNAMEkeywordtypes=char< 560b> bytInpurVfiue[64]t= {i560bNAMEcharliteralcbd439;\0d439;< 560b>};i> line"> ose<560bNAMEkeywordtypes=char< 560b> szIP[]t= <560bNAMEstringliteralcbdquot;192.168.127.253aquot;< 560b>;i> line"> ose"gChtml#gER2500::MX_MACDDRESS05 line"> osememset(&MxMACAddr, 0, i560bNAMEkeyword">sizeof< 560b>(MxMACAddr));i> line"> ose<560bNAMEkeywordtypes=char< 560b> szMACAddr[18]t= {i560bNAMEcharliteralcbd439;\0d439;< 560b>};i560bNAMEcomment">//aquot;00-90-e8-00-00-41aquot;;< 560b>i> line">ooooDUEmI dwTimeoutt= 3000;i> line"> ose<560bNAMEkeywordtypes=int< 560b> ihConnectiont= 0;i> line"> ose"gChtml#gER2500::MX_ACCOUNTI_IRA line"> osesprintf(AccountData.#2ad708a77f6c6970e95c5bf1f284f9141">szUserN co a>,<560bNAMEstringliteralcbdquot;%saquot;< 560b>, (i560bNAMEkeywordtypes=char< 560b>*)<560bNAMEstringliteralcbdquot;adminaquot;< 560b>);i> line"> osesprintf(AccountData.#2e84c3b35b3371a52b4be8a68182d7df7">szPwd a>,<560bNAMEstringliteralcbdquot;%saquot;< 560b>, (i560bNAMEkeywordtypes=char< 560b>*)<560bNAMEstringliteralcbdquot;moxaaquot;< 560b>);i> line"> osei560bNAMEcomment">//-----------------------------------------------< 560b>i> line">oooo<560bNAMEkeywordtypes=char< 560b> IPAddress[16]t= {i560bNAMEcharliteralcbd439;\0d439;< 560b>};i> line"> ose<560bNAMEkeywordtypes=char< 560b> szTempBuf[16]t= {i560bNAMEcharliteralcbd439;\0d439;< 560b>};i> line"> oseUEmI wPortt= #gab19c3fdfedd97667abe06d88b54eab07nghtml#gERAGENTIRTe8 a>;i> line"> osesprintf(IPAddress, <560bNAMEstringliteralcbdquot;%saquot;< 560b>, szIP);i> line"> ose<560bNAMEkeywordflow"gif< 560b> (argc <= 1)<_ line"> ose{i> line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Cmd Formar: [IP Address] [Timeout] [TCP Port]\naquot;< 560b>);i> line"> ose osestrcpy(IPAddress, szIP);i> line"> ose}i> line"> osei560bNAMEcomment">//< 560b>i> line">oooo<560bNAMEkeywordflow"gif< 560b> (argc > 1)<_ line"> ose osesprintf(IPAddress, <560bNAMEstringliteralcbdquot;%saquot;< 560b>, argv[1]);i> line"> ose<560bNAMEkeywordflow"gif< 560b> (argc > 2)<_ line"> ose osedwTimeoutt= atoi(argv[2]);i> line"> ose<560bNAMEkeywordflow"gif< 560b> (argc > 3)<_ line"> ose osewPortt= atoi(argv[3]);i> line"> oseprintf(<560bNAMEstringliteralcbdquot;Inpur IP Address=%s, TimeOut=%d, TCP Port=%d\naquot;< 560b>, IPAddress, dwTimeout,ewPort);i> line"> osei560bNAMEcomment">//-----------------------< 560b>i> line">oooo<560bNAMEkeywordtypes=int< 560b> iRett= #gab2abec7c73d061f6d1c1b004e8456827nghtml#gEROK a>;i> line"> oseiRett= #288fb7e27097f8887e0c5c17585">stringliteralcbdquot;html#2500dllaquot;< 560b>);i> line"> oseprintf(<560bNAMEstringliteralcbdquot;MXCreateLibrary() g_phtml#gER2500=0x%p return %d(0x%X)\naquot;< 560b>, g_phtml#gER2500, iRet, iRet);i> line"> osei560bNAMEcomment">//-----------------------< 560b>i> line">oooo<560bNAMEkeywordflow"gif< 560b> (#gab2abec7c73d061f6d1c1b004e8456827nghtml#gEROK a> == iRet)<_ line"> ose{i> line"> oseeeeeiRett= g_phtml#gER2500->tdtd class=codeemItemRiass="___sd_k___init__and___exit___a_p_i#>#gab3790824f5b117b86bebefb9520f8ec7nghtml#Init line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;html#Init() return %d(0x%X)\naquot;< 560b>, iRet, iRet);i> line"> ose}i> line"> osei560bNAMEcomment">//-----------------------< 560b>i> line">oooo<560bNAMEkeywordflow"gif< 560b> (#gab2abec7c73d061f6d1c1b004e8456827nghtml#gEROK a> == iRet)<_ line"> ose{i> line"> ose osesprintf(szMACAddr, <560bNAMEstringliteralcbdquot;%02X-%02X-%02X-%02X-%02X-%02Xaquot;< 560b>,i> line"> ose oseeeeeeeeeMxMACAddr.#28ead090f7d03ca7ec40492b0b4e1df72"gbytMAC a>[0],i> line"> ose oseeeeeeeeeMxMACAddr.#28ead090f7d03ca7ec40492b0b4e1df72"gbytMAC a>[1],i> line"> ose oseeeeeeeeeMxMACAddr.#28ead090f7d03ca7ec40492b0b4e1df72"gbytMAC a>[2],i> line"> ose oseeeeeeeeeMxMACAddr.#28ead090f7d03ca7ec40492b0b4e1df72"gbytMAC a>[3],i> line"> ose oseeeeeeeeeMxMACAddr.#28ead090f7d03ca7ec40492b0b4e1df72"gbytMAC a>[4],i> line"> ose oseeeeeeeeeMxMACAddr.#28ead090f7d03ca7ec40492b0b4e1df72"gbytMAC a>[5]);i> line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;IP = %s, MAC = %s, Port=%d, N co=%s, PE,i> line"> ose oseeeeeIPAddress, szMACAddr, wPort, AccountData.#2ad708a77f6c6970e95c5bf1f284f9141">szUserN co a>, AccountData.#2e84c3b35b3371a52b4be8a68182d7df7">szPwd a>);i> line"> oseeeeeiRett= g_phtml#gER2500->tdtd class=codeemItemRiass="___general___a_p_i#>#ga812175bf15011078062bbf989ae1b5efnghtml#Connect line"> oseeeee#2ec9cf59cf76dc7e9c44b5985d3e0ce32emCheckErr stringliteralcbdquot;html#Connectaquot;< 560b>);i> line"> ose}i> line"> osei560bNAMEcomment">//-----------------------------------------------------< 560b>i> line">oooo<560bNAMEkeywordflow"gif< 560b>(#gab2abec7c73d061f6d1c1b004e8456827nghtml#gEROK a> == iRet)<_ line"> ose{oseeeee<> line"> oseeeee<560bNAMEcomment">//ReaHi>560b>i> line">ooooooooUEmI wStartObjt= 0, wTotalObjt= 8;i> line"> oseeeee"gChtml#gER2500::MX_RE9DLOCK_SI_IRA charliteralcbd439;\0d439;< 560b>};ose oseeeeeeeeei> line"> oseeeee{i> line"> ose oseeeeeReaHBlockDataArray[0].#acf9c84c77cad9892c972d7ad2b2537bdnghxCmHBlockHeadin #2596bcd9d38bc764e4f683e9bb57e_A17"gbytSlotNum line"> ose oseeeeeReaHBlockDataArray[0].#acf9c84c77cad9892c972d7ad2b2537bdnghxCmHBlockHeadin #28a446_A118469a68fe1515ccf1d3087">wIOType #ga48dc38ecf0c7b20f1060c9e1c6af126b">IOTYPE_IR_FLOA8 a>;i> line"> ose oseeeeeReaHBlockDataArray[0].#acf9c84c77cad9892c972d7ad2b2537bdnghxCmHBlockHeadin #28c00603e50069b5d725b3c477ab24bffngwFunct//w #ga806fb1dc4c7aca7bf89c8bf2bc317d9c">IOFUNC_IR_CH_INITIAL_VALUE a>; oseeeeeeeeei> line"> oseeeeeeeeeReaHBlockDataArray[0].#acf9c84c77cad9892c972d7ad2b2537bdnghxCmHBlockHeadin #2a7f9159e20929b01fbd52f56a93882e8ngwStartObj line"> ose oseeeeeReaHBlockDataArray[0].#acf9c84c77cad9892c972d7ad2b2537bdnghxCmHBlockHeadin #2b321709c7d4d2b1f691dd2fbf3a7198e">wTotalObj line"> ose ose}i> line"> ose osei560bNAMEcomment">//-----------------------i>560b>i> line">ooooooooprintf(<560bNAMEstringliteralcbdquot;html#ReaH(%d)\naquot;< 560b>, ihConnection);i> line"> oseeeeeiRett= g_phtml#gER2500->tdtd class=codeemItemRiass="___general___a_p_i#>#ga25205ff15c11e5568313bc80a9d34adinghtml#ReaHi>#2def575bfdb5f3aa1353969a48bedaa6eALReaHDataCallbackFunc line"> oseeeee#2ec9cf59cf76dc7e9c44b5985d3e0ce32emCheckErr stringliteralcbdquot;html#ReaHaquot;< 560b>);i> line"> ose}eeei> line"> osei> line"> osei560bNAMEcomment">//-----------------------------------------------------< 560b>i> line">oooo<560bNAMEkeywordflow"gif< 560b> (0 != ihConnection)<_ line"> ose{i> line"> oseeeeeiRett= g_phtml#gER2500->tdtd class=codeemItemRiass="___general___a_p_i#>#ga007a44369dde6344cae71beb79043a76nghtml#Disconnect line"> oseeeee#2ec9cf59cf76dc7e9c44b5985d3e0ce32emCheckErr stringliteralcbdquot;html#Disconnectaquot;< 560b>);i> line"> ose}i> line"> osei560bNAMEcomment">//-----------------------< 560b>i> line">oooo<560bNAMEkeywordflow"gif< 560b> (NUL8 != g_hhtml#gER2500)<_ line"> ose{i> line"> oseeeeeiRett= g_phtml#gER2500->tdtd class=codeemItemRiass="___sd_k___init__and___exit___a_p_i#>#ga03e89b88617481bd1bc57c63c1ea895bnghtml#Exit line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;html#Exit() return %d(0x%X)\naquot;< 560b>, iRet, iRet);i> line"> oseeeeeiRett= #2acdb8c0da62ea6ee8d28108e25d2288femMXDestroyLibrary line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;htDestroyLibrary() return %d(0x%X)\naquot;< 560b>, iRet, iRet);i> line"> ose}i> line"> oseitd class=codeemItemRi_d_word_c_8cpp#>#241ca43a6f431a01b98c3a98cd36bd1bmemWaitPressAnyKey line">oooo<560bNAMEkeywordflow"greturn< 560b> 0;i> line">}i> line">i> line">i560bNAMEcomment">//-----------------------------------------------------------------< 560b>i> line">i560bNAMEkeywordtypes=int< 560b> #288fb7e27097f8887e0c5c17585">"gChtml#gER2500 keywordtypes=char< 560b> *szLibN co)<_ line">{i> line"> ose*phhtml#gER2500t= LoadLibrary(szLibN co);i> line">oooo<560bNAMEkeywordflow"gif< 560b> (NUL8 ==e*phhtml#gER2500)<_ line"> ose ose<560bNAMEkeywordflow"greturn< 560b> (GetLastError());i> line"> ose#ga89d8c828a42f77daa66923681e356e63">PFNCREATEhtml#gER2500 #ga89d8c828a42f77daa66923681e356e63">PFNCREATEhtml#gER2500 stringliteralcbdquot;Createhtml#2500aquot;< 560b>);i> line"> osei560bNAMEkeywordflow"gif< 560b> (NUL8 ==epfnCreatehtml#gER2500)<_ line"> ose ose<560bNAMEkeywordflow"greturn< 560b> (-1);i> line"> ose*phtml#gER2500t= pfnCreatehtml#gER2500();i> line">oooo<560bNAMEkeywordflow"greturn< 560b> 0;i> line">}i> line">i560bNAMEcomment">//-----------------------------------------------------------------< 560b>i> line">i560bNAMEkeywordtypes=int< 560b> #2acdb8c0da62ea6ee8d28108e25d2288femMXDestroyLibrary "gChtml#gER2500 line">{i> line"> ose#gafe0fa0aa813d185050f4814e29badf61">PFNDESTROYhtml#gER2500 #gafe0fa0aa813d185050f4814e29badf61">PFNDESTROYhtml#gER2500 stringliteralcbdquot;Destroyhtml#2500aquot;< 560b>);i> line"> osei560bNAMEkeywordflow"gif< 560b> (NUL8 ==epfnDestroyhtml#gER2500)<_ line"> ose<560bNAMEkeywordflow"greturn< 560b> (GetLastError());i> line">i> line"> osepfnDestroyhtml#gER2500(*phtml#gER2500);i> line"> oseFreeLibrary(hhtml#gER2500);i> line"> ose*phtml#gER2500t= NUL8;i> line">oooo<560bNAMEkeywordflow"greturn< 560b> 0;i> line">}i> line">i560bNAMEcomment">//-----------------------------------------------------------------< 560b>i> line">i560bNAMEkeywordtypes=void< 560b> #241ca43a6f431a01b98c3a98cd36bd1bmemWaitPressAnyKey line">{i> line"> osesystem(<560bNAMEstringliteralcbdquot;pauseaquot;< 560b>);i> line">}i> line">i560bNAMEcomment">//-----------------------------------------------------------------< 560b>i> line">i560bNAMEcomment">//===========================================================================< 560b>i> line">i560bNAMEkeywordtypes=void< 560b> #2ec9cf59cf76dc7e9c44b5985d3e0ce32emCheckErr keywordtypes=int< 560b> ihConnection, i560bNAMEkeywordtypes=int< 560b> iRet, i560bNAMEkeywordtypes=char< 560b> *szFunct//wN co)<_ line">{i> line"> ose<560bNAMEkeywordtypes=char< 560b> *szErrMsgt= <560bNAMEstringliteralcbdquot;html#gEROKaquot;< 560b>;i> line"> ose<560bNAMEkeywordflow"gif< 560b> (iRett!= #gab2abec7c73d061f6d1c1b004e8456827nghtml#gEROK a>)<_ line"> ose{i> line"> oseeeee<560bNAMEkeywordflow"gswitch< 560b> (iRet)<_ line"> ose ose{i> line"> oseeeee<560bNAMEkeywordflow"gcase< 560b> #ga0158f78bd0d8b3b381f73f1a1ec5edc2nghtml#gERILLEGAL_FUNCTION a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERILLEGAL_FUNCTIONaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga1a4e75d8174bd4b2a0c2583b39aedafcnghtml#gERILLEGAL__IRADDRESS05 line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERILLEGAL__IRADDRESS05aquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga71619c93d8a81e177652593d626e7=74nghtml#gERILLEGAL__IRADVALUE a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERILLEGAL__IRADVALUEaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #gaf073acde32b1f1ad142e7a3ff9081153nghtml#gERSLAVE_DEVICE_FAILURE a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERSLAVE_DEVICE_FAILUREaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #gaf408c7d075321559597f052d32e203a6nghtml#gERSLAVE_DEVICE_BUSY a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERSLAVE_DEVICE_BUSYaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga5d4a8dec195e6f8854189ce94bb5e266nghtml#gEREml#TIME_OUT a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gEREml#TIME_OUTaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #gaca379b5778006badb8b125f5fc53bdb8nghtml#gEREml#INIT_SOCKETS_FAIL a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gEREml#INIT_SOCKETS_FAILaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga07fe9f176b142c5d0d72a70a01500fc5nghtml#gEREml#CREATING_SOCKET_ERROR a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gEREml#CREATING_SOCKET_ERRORaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga1954b55ebe14bea6362cb0ecbdf11e9dnghtml#gEREml#SS0PONSE_BAD a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gEREml#SS0PONSE_BADaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga7c=74f41748979084283f1abf0b6cf0cnghtml#gEREml#SOCKET_DISCONNECT a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gEREml#SOCKET_DISCONNECTaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #gac910cb1760892cf065ceeba38369ceecnghtml#gERPROTOCOL_TYPE_ERROR a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERPROTOCOL_TYPE_ERRORaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga5bb6340e44babdf150f7f62912bd4113nghtml#gERPRODUCT_NOT_SUPRTe8 a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERPRODUCT_NOT_SUPRTe8aquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #gad8ff46af8aaed49e2c77e4d0d1035d85nghtml#gERHANDLE_ERROR a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERHANDLE_ERRORaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga66521ce56745c1d5511d90cdde907496nghtml#gERSLOT_OUT_OF_RANGE a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERSLOT_OUT_OF_RANGEaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga49e09ae6cc1=74371ed058f41d31edc7nghtml#gERCHANNEL_OUT_OF_RANGE a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERCHANNEL_OUT_OF_RANGEaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga1dcfc626d754c0ba8097d7d38f14b8eanghtml#gERCOIL_TYPE_ERROR a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERCOIL_TYPE_ERRORaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #gaf6ea970095e8193d814c3563402f466dnghtml#gERREGISTER_TYPE_ERROR a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERREGISTER_TYPE_ERRORaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga4ceebe9d13290161e3d549c694d4d3d6nghtml#gERFUNCTION_NOT_SUPRTe8 a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERFUNCTION_NOT_SUPRTe8aquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga0aef1313eda5ff63c0bc4c5f64f5996dnghtml#gEROUTPUT_VALUE_OUT_OF_RANGE a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gEROUTPUT_VALUE_OUT_OF_RANGEaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #gad8188116bff216adac4d882b4a12daaenghtml#gERINPUT_VALUE_OUT_OF_RANGE a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERINPUT_VALUE_OUT_OF_RANGEaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #gad991085039addb2581568dbbf22a3d65nghtml#gEREml#PASSUEmIRINCORRECT a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gEREml#PASSUEmIRINCORRECTaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga50267ec5ec8f80ff6074664a467d8d0cnghtml#gERSLOT_NOT_EXIST a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERSLOT_NOT_EXISTaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga0d0ed30a1917bff239a011ab923ecaf5nghtml#gERFIRMWARE_NOT_SUPRTe8 a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERFIRMWARE_NOT_SUPRTe8aquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #gad82126ce0029c097c7363078a6cfc489nghtml#gERCREATE_MUTEX_FAIL a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERCREATE_MUTEX_FAILaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga47ad28de5018381d870e39bbe05f96b0nghtml#gERERR_ENUM_NETRINTERFACE_FAIL a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERERR_ENUM_NETRINTERFACE_FAILaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #gabf5c3f1249bb4a810b9cdba93240b270nghtml#gERERR_SELECT_NETRINTERFACE_FAIL a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERERR_SELECT_NETRINTERFACE_FAILaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga94daa266c21e2ca5378122f5dfd8329enghtml#gERERR_FUNCTION_NOT_SUPRTe8 a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERERR_FUNCTION_NOT_SUPRTe8aquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga30eccc66654025c7cc964db84075a316nghtml#gERERR_INVALIDRHANDLE a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERERR_INVALIDRHANDLEaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga9588f1ee44169d06e943cfd2eb3c3067nghtml#gERERR_OCK_SIQUANTITY a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERERR_OCK_SIQUANTITYaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga05eb883a20e33bd84283552a158f1cb6nghtml#gERERR_TOTAL_OCK_SISIZE a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERERR_TOTAL_OCK_SISIZEaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #gafd6938367f96db9b511620e26db7492cnghtml#gERERR_REACH_html#LIMIT_CONNECTION a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERERR_REACH_html#LIMIT_CONNECTIONaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga7f26aff34fcb963f79f77845fb62723fnghtml#gERERR_PARSE_XML_FAIL a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERERR_PARSE_XML_FAILaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #ga5d2bf010654ead29ce4f2f7abfec7496nghtml#gERERR_ACCOUNTIVERIFY_FAIL a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERERR_ACCOUNTIVERIFY_FAILaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose<560bNAMEkeywordflow"gcase< 560b> #gae0439b627af4aa8505d6a5547f2a58a3nghtml#gERERR_ACCOUNTIACCESS_RIGH8 a>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;html#gERERR_ACCOUNTIACCESS_RIGH8aquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;se oseeeee<> line"> ose ose<560bNAMEkeywordflow"gdefault< 560b>:i> line"> ose oseeeeeszErrMsgt= <560bNAMEstringliteralcbdquot;Unknown Error Vfiueaquot;< 560b>;i> line"> ose oseeeee<560bNAMEkeywordflow"gbreak< 560b>;i> line"> ose ose}i> line"> ose oseprintf(<560bNAMEstringliteralcbdquot;%d Funct//w \dquot;%s\dquot; execut//w Fail.\nError Message : %s (%d(0x%X))\naquot;< 560b>,i> line"> ose oseeeeeeeeihConnection, szFunct//wN co,eszErrMsg, iRet, iRet);i> line"> ose}i> line"> osei560bNAMEkeywordflow"gelse< 560b><_ line"> ose{i> line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;%d Funct//w \dquot;%s\dquot; execut//w Success\naquot;< 560b>, ihConnection, szFunct//wN co);i> line"> ose}i> line">}i> line">i> line">i560bNAMEcomment">//-----------------------------------------------------------------< 560b>i> line">i560bNAMEkeywordtypes=void< 560b> #2954151a166301e1a694d39debb8c9556ngPrtBlockErrorString keywordtypes=int< 560b> iIndex,oUEmI wErrorCode)<_ line">{i> line"> ose<560bNAMEkeywordflow"gif< 560b> (#gae6adbd50cce9de5db3ead29a6101dc07nghtml#gEROCK_SIERR_SIZE a> ==ewErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Block[%d]t= OCK_SIERR_SIZE\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga25de2deab7d838bd5a0fe3696d250a1cnghtml#gEROCK_SIERR_TYPE a> ==ewErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Block[%d]t= OCK_SIERR_TYPE\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#gab7fdc194108b4c440030d1f3da274d2enghtml#gEROCK_SIERR_SUBTYPE a> ==ewErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Block[%d]t= OCK_SIERR_SUBTYPE\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga40e44891fe2e3ff4ed922e113c134ba3nghtml#gEROCK_SIERR_FUNCTION a> ==ewErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Block[%d]t= OCK_SIERR_FUNCTION\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#gada99460afa9a0f44a66dcd6bd61cf65cnghtml#gEROCK_SIERR_SLOT a> ==ewErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Block[%d]t= OCK_SIERR_SLOT\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#gaf737b80d74be223c39de142313bedafdnghtml#gEROCK_SIERR_START_OBJ a> ==ewErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Block[%d]t= OCK_SIERR_START_CHANNEL\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga3bb661c3b4b98ce5d967c14397c87ff3nghtml#gEROCK_SIERR_TOTAL_OBJ a> ==ewErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Block[%d]t= OCK_SIERR_TOTAL_CHANNEL\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b><_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Block[%d]t= Not defined error code= %d\naquot;< 560b>, iIndex,owErrorCode);i> line">}i> line">i> line">i560bNAMEcomment">//-----------------------------------------------------------------< 560b>i> line">i560bNAMEkeywordtypes=void< 560b> #2213bba3718ea812f1912bbd5b8295b2dngPrtChErrorString keywordtypes=int< 560b> iIndex,oBYTE bytErrorCode)<_ line">{i> line"> ose<560bNAMEkeywordflow"gif< 560b> (#gaf4ac9eebcf0c6e7f4f42398825f9043bnghtml#gERCHROK a> == bytErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;CH[%d]t= SUCCESS\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga6bf0c173656e31c1a69a087578181480nghtml#gERCHRERR_CK_SED a> == bytErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;CH[%d]t= ERROR_CK_SED\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga37506281d8c3eb24874bd1156ebbd503nghtml#gERCHRERR_RE9DLONLY a> == bytErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;CH[%d]t= ERROR_RE9DLONLY\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#gab322069f67de64d6b22c8c887a15c82enghtml#gERCHRERR_SUBTYPE a> ==ebytErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;CH[%d]t= ERROR_SUBTYPE\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga3660c569a3863c9f2c1a4c94e1979970nghtml#gERCHRERR__IRADTYPE a> ==ebytErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;CH[%d]t= ERROR__IRADTYPE\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga8feceb9a62d8cebcb78b24ff59d5c2a4nghtml#gERCHRERR__IRA a> ==ebytErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;CH[%d]t= ERROR__IRA\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga7ca9359b64145e8648536f24e32a8a82nghtml#gERCHRERR__ISABLE a> ==ebytErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;CH[%d]t= ERROR__ISABLE\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga19e4e8791cd1aeeb41529822f826ae38nghtml#gERCHRERR_BOOLEANLONLY a> == bytErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;CH[%d]t= ERROR_BOOLEANLONLY\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga1e273960df0bb2dc6455e3f1ed71be99nghtml#gERCHRERR_WRITE_FAIL a>== bytErrorCode)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;CH[%d]t= html#gERCHRERR_WRITE_FAIL\naquot;< 560b>, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b><_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;CH[%d]t= Not defined error code= %d\naquot;< 560b>, iIndex,obytErrorCode);i> line">}i> line">i> line">i> line">i560bNAMEcomment">//-----------------------------------------------------------------< 560b>i> line">i560bNAMEkeywordtypes=void< 560b> #22a50fcaa52a45e56e7=cf440eb060badngPrintReaHVfiue keywordtypes=int< 560b> iIndex,o"gChtml#gER2500::MX_RECV_RE9DLOCK_SI_IRA line">{i> line"> oseBYTE bytDataTypet= pImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a26a54cd6a8768d921727a247ea2128a5"gbytDataType a>;i> line"> oseBYTE bytSlotNumt= pImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#ad316b41a3b8826afdc2f5352d43bb913nghxRecvBlockHeadin #23eeee907b0ccfa1cfbc40b566087fc85"gbytSlotNum line"> osei560bNAMEkeywordflow"gif< 560b> ((#ga0f14d4c3f95dc90c265cbec55a882281">_IRADTYPE_BYTE a> == bytDataType) || (#gafca42414623f93a2343330021f9d9371">_IRADTYPE_UEmI a> == bytDataType))<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Slot%d, CH[%d]t= 0x%02X\naquot;< 560b>, bytSlotNum, iIndex,opImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a7d82caf238b5dc3d0ce7f55861c9886dngunVfiue #284f45e8332aa9fa790811b8d89b13ddb">dwVfiue line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> ((#ga8ac4a0d759f0301fd73f3e7=9e9a7c69">_IRADTYPE_DUEmI a> == bytDataType) || (#ga392d229df4df26b8c656fc77f745ed20">_IRADTYPE_INT a> == bytDataType))<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Slot%d, CH[%d]t= 0x%04X\naquot;< 560b>, bytSlotNum, iIndex,opImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a7d82caf238b5dc3d0ce7f55861c9886dngunVfiue #284f45e8332aa9fa790811b8d89b13ddb">dwVfiue line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga4f5ad4b8d52f7585a6a35146720bc48fem_IRADTYPE_FLOAT a> == bytDataType)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Slot%d, CH[%d]t= %.3f\naquot;< 560b>, bytSlotNum, iIndex,opImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a7d82caf238b5dc3d0ce7f55861c9886dngunVfiue #2d010a03138ac57=997a57f80d67dacd9">fVfiue line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga9eb571ec40a4207bbe5520819667e256ng_IRADTYPE_STRING a> == bytDataType)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Slot%d, CH[%d]t= %s\naquot;< 560b>, bytSlotNum, iIndex,opImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a7d82caf238b5dc3d0ce7f55861c9886dngunVfiue #2eb6c9ba6c0aa187c11642a5f0b63d09dngszVfiue line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga71624cfa399d8ef851247eaf59774f9dng_IRADTYPE_DATE a> == bytDataType)<_ line"> ose{i> line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Slot%d, CH[%d]t= %d/%d/%d\naquot;< 560b>, bytSlotNum, iIndex,oi> line"> ose oseeeeepImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a7d82caf238b5dc3d0ce7f55861c9886dngunVfiue #2bc76cdee24b4ccdf86163a04b94aee06nghxDate #2f0825e628bf1ab4e673e86f9522c0bc6ngYean line"> ose oseeeeepImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a7d82caf238b5dc3d0ce7f55861c9886dngunVfiue #2bc76cdee24b4ccdf86163a04b94aee06nghxDate #2845eec2bea91b106020b0ee0e126a72dngMonth line"> ose oseeeeepImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a7d82caf238b5dc3d0ce7f55861c9886dngunVfiue #2bc76cdee24b4ccdf86163a04b94aee06nghxDate #2db55c31440940e8a91e248177620e53dng_ay line"> ose}i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga3724a8596a0667fd3b51f62eaa27c950ng_IRADTYPE_TIME a> == bytDataType)<_ line"> ose{i> line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Slot%d, CH[%d]t= %d:%d:%d\naquot;< 560b>, bytSlotNum, iIndex,oi> line"> ose oseeeeepImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a7d82caf238b5dc3d0ce7f55861c9886dngunVfiue #2662e045db6a3395dea1a284debe253fanghxTime #26594781f4cc5df19e4756fb523194d4d">Houn line"> ose oseeeeepImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a7d82caf238b5dc3d0ce7f55861c9886dngunVfiue #2662e045db6a3395dea1a284debe253fanghxTime #2c5e307404207b5e0722a0185b326b909nghin line"> ose oseeeeepImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a7d82caf238b5dc3d0ce7f55861c9886dngunVfiue #2662e045db6a3395dea1a284debe253fanghxTime #29067fdfb78638c832963f0300fad5024">Sec line"> ose}i> line"> osei560bNAMEkeywordflow"gelse< 560b>e<560bNAMEkeywordflow"gif< 560b> (#ga31c2f0013c16a724b9289939503292bcng_IRADTYPE_UNKNOWN a> == bytDataType)<_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Slot%d, CH[%d]t= data type return _IRADTYPE_UNKNOWN\naquot;< 560b>, bytSlotNum, iIndex);i> line"> osei560bNAMEkeywordflow"gelse< 560b><_ line"> oseeeeeprintf(<560bNAMEstringliteralcbdquot;Slot%d, CH[%d]t= not defined data type = %d\naquot;< 560b>, bytSlotNum, iIndex,obytDataType);i> line">}i> line">i> line">i560bNAMEcomment">//-----------------------------------------------------------------< 560b>i> line">i560bNAMEkeywordtypes=void< 560b> CALLBACK #2def575bfdb5f3aa1353969a48beda26es=ReaHDataCallbackFunc keywordtypes=int< 560b> *pRecvReaHBlockData,ei560bNAMEkeywordtypes=void< 560b> *pParam)<_ line">{i> line"> ose"gChtml#gER2500::MX_RECV_RE9DLOCK_SI_IRA "gChtml#gER2500::MX_RECV_RE9DLOCK_SI_IRA line"> osei560bNAMEkeywordflow"gif< 560b> (pReaHImp)<_ line"> ose{i> line"> oseeeee<560bNAMEkeywordflow"gif< 560b> (#ga01c45cbe66f1f141bf0915dbd44e5a39nghtml#gEROCK_SIOK a> == pReaHImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#ad316b41a3b8826afdc2f5352d43bb913nghxRecvBlockHeadin #20ed37d9436cb63de5d03fdc012626a0cngwResult< comment">//< 560b><_ line"> oseeeee{i> line"> oseeeeeeeeeprintf(<560bNAMEstringliteralcbdquot;ReaH Block[%d]tSuccess:\naquot;< 560b>, (wBlockQuantity-1));i> line"> ose oseeeee<560bNAMEkeywordflow"gfor< 560b> (<560bNAMEkeywordtypes=int< 560b> it= 0; it< pReaHImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#ad316b41a3b8826afdc2f5352d43bb913nghxRecvBlockHeadin #226c35a511f75daed1ada48ce9ba6f6f6ngwTotalObj line"> oseeeeeeeee{i> line"> oseeeeeeeeeeeee<560bNAMEkeywordflow"gif< 560b> (#gaf4ac9eebcf0c6e7f4f42398825f9043bnghtml#gERCHROK a> == pReaHImp->tdtd class=codeemItemRistruct_c_xMUlov3e2500_1_1___xMUl__r_e_c_v___r_e_a_d___b_lc_k___d_a_t_a#>#a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a3e6d6adbed5d2b27bd5da8afa616df63"gbytErrorCode< line"> oseeeeeeeeeeeee ose#22a50fcaa52a45e56e7=cf440eb060badngPrintReaHVfiue line"> ose oseeeee osei560bNAMEkeywordflow"gelse< 560b><_ line"> oseeeeeeeeeeeee ose#2213bba3718ea812f1912bbd5b8295b2dngPrtChErrorString #a4c950f1ea1f04324e69cf84f44580c0f">pRwChannelData #a3e6d6adbed5d2b27bd5da8afa616df63"gbytErrorCode< line"> ose oseeeee}i> line"> ose ose}i> line"> ose osei560bNAMEkeywordflow"gelse< 560b><_ line"> oseeeeeeeee#2954151a166301e1a694d39debb8c9556ngPrtBlockErrorString #ad316b41a3b8826afdc2f5352d43bb913nghxRecvBlockHeadin #20ed37d9436cb63de5d03fdc012626a0cngwResult< line"> ose}i> line">}i> line">i560bNAMEcomment">//-----------------------------------------------------------------< 560b>i> i> ass="headin">Variable Documentat//wi>ad /div>memitem"d /div>memproto"d eeeeeememname"d eeeeeeeememname"dHMODULE g_hhtml#gER2500t= NULL memdocng i> i>ad /div>memitem"d /div>memproto"d eeeeee
memname"d eeeeeeeememname"ddll belels/tr>dll bels/table1d95d8e1<___v3__25anmemdocfc 25d8e1d95d8e1 <_v3__2500anchor" id00ac62dadd0ac24e14a31d914c75909758fht5/a>d9___v3__25anmemitem">d9___v3__25anmemproto">dll belstable 3__25anmemname">dll belelstr>dll belelelstd 3__25anmemname"><_v3__2500el#ga628e2b45da034eeb1c20e4c093be338036"ct_v3__25separator:a* g_p3__25separat =lNULLdll belels/tr>dll bels/table1d95d8e1<___v3__25anmemdocfc 25d8e1d95d8e1 <5d8e1<_v3__25anfooter"_8cmall> G> tited on Mon May 30 2016 13:54:15 for <___vid00titleareat_
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dl lstr x_yle=2height: 56px;">dllstd id00projchdlogo"1dllstd x_yle=2paXIO-left: 0.5em;">dll <___vid00projchdname">