x86_x64/0000775000175000017500000000000012777372470011500 5ustar danieldanielx86_x64/example/0000775000175000017500000000000012513630411013107 5ustar danieldanielx86_x64/example/activetag/0000775000175000017500000000000012775133520015067 5ustar danieldanielx86_x64/example/activetag/activetag.cpp0000744000175000017500000011470512516411004017536 0ustar danieldaniel/******************************************************************************/ /* */ /* Example program : Activetag.cpp */ /* */ /* Description: */ /* 1. Receive active message from ioLogik 1200 ethernet series. */ /* 2. The message transmission can use TCP porotocol or UDP porotocol. */ /* */ /* List of MXIO Functions used in this example: */ /* Message2K_Start, Message2K_Stop */ /* */ /******************************************************************************/ #include #include #include #include //==================================================================== void CALLBACK getTcp9900Message( IOLOGIKSTRUCT data[], WORD* wMutex ); void CheckErr( int iRet, char * szFunctionName ); //check function execution result void CheckMsgType( UINT8 nType, char * szMsgTypeName, int& Len ); void CheckModuleType( WORD wHWID, char * szModuleName, int& Len ); void CheckSubMsgType( UINT16 nType, char * szMsgTypeName, int& Len ); void CheckChType( UINT8 wHWID, char * szChTypeName, int& Len ); char DbgStr[4096] = {'\0'}; #define MOXA_PRINTF( STRING) printf( STRING) #define CALLBACK //==================================================================== int main() { int iRet; //stored return code int iHandle=0, iHandle2=0; //stored handle for ioLogik 2000 serial BYTE bytStatus; //stored connection status char RetString[64] = {'\0'}; DWORD dwTimeOut=5000; char bytInputValue[32] = {'\0'}; char Password[8] = {'\0'}; //========================== BYTE bytStartChannel = 0; BYTE bytCount = 8; double dValue[16] = {'\0'}; WORD wValue[16] = {'\0'}; DWORD dwValue[16] = {'\0'}; WORD wHiValue[16] = {'\0'}; WORD wLoValue[16] = {'\0'}; BYTE bytValue[16] = {'\0'}; int i, j, k, d, f, g, iCheck; bool ALL_DO = false; bool ALL_DI = false; WORD wType=0; //device model WORD wQueueSize = 1; char DbgStr2[6400] = {'\0'}; WORD wTransInput = 0; int ToggleStatus_11 = 0; int ToggleStatus_41 = 0; //========================== //Active Tag Receive { iRet = MXIO_Init_ActiveTag( 9900, 9500, 5000, 10000, getTcp9900Message, wQueueSize); CheckErr( iRet, (char*)"MXIO_Init_ActiveTag" ); if(iRet == MXIO_OK) printf("MXIO_Init_ActiveTag() success.\r\n"); else { printf("MXIO_Init_ActiveTag() fail.\r\n"); return -1; } const int MAX_SUPPORT_DEVICE = 256; const int IP_INDEX = 0; const int MAC_INDEX = 4; ACTDEV_IO ActDevIo[MAX_SUPPORT_DEVICE] = {'\0'}; WORD wDeviceCount = 0; char cMACLink_0[6] = {'\0'}; for( f=0; f < 6; f++)//18 * 10 secs = 180 secs { usleep(10*1000*1000); { MXIO_ListDevs_ActiveTag( &wDeviceCount); printf(" ========= MXIO_ListDevs_ActiveTag() get %d Device. =========\r\n", wDeviceCount ); //Get All Info (IP and MAC address ) that link to Active MXIO char * DeviceInfo = new char[wDeviceCount*10]; iRet =MXIO_GetDevsInfo_ActiveTag( wDeviceCount, DeviceInfo); CheckErr( iRet, (char*)"MXIO_GetDevsInfo_ActiveTag" ); if(iRet == MXIO_OK) { printf("MXIO_GetDevsInfo_ActiveTag success,\r\n"); sprintf( DbgStr2, "MXIO_GetDevsInfo_ActiveTag succeed. Device Info:\n"); MOXA_PRINTF( DbgStr2); for( i=0; i < wDeviceCount; i++) { sprintf( DbgStr2, "[%d],IP=%d.%d.%d.%d, %02X-%02X-%02X-%02X-%02X-%02X\r\n", i, (unsigned char)DeviceInfo[IP_INDEX+(i*10)], (unsigned char)DeviceInfo[IP_INDEX+1+(i*10)], //IP (unsigned char)DeviceInfo[IP_INDEX+2+(i*10)], (unsigned char)DeviceInfo[IP_INDEX+3+(i*10)], //IP (unsigned char)DeviceInfo[MAC_INDEX+(i*10)], (unsigned char)DeviceInfo[MAC_INDEX+1+(i*10)], //MAC (unsigned char)DeviceInfo[MAC_INDEX+2+(i*10)], (unsigned char)DeviceInfo[MAC_INDEX+3+(i*10)],//MAC (unsigned char)DeviceInfo[MAC_INDEX+4+(i*10)],(unsigned char)DeviceInfo[MAC_INDEX+5+(i*10)]);//MAC MOXA_PRINTF( DbgStr2); } } //Make all list device connected for(k=0; k < wDeviceCount; k++) { //Check which MAC has already Connected for(i=0; i < MAX_SUPPORT_DEVICE; i++) { if(ActDevIo[i].iHandle != 0) { //Check MAC is not exist. for(g=0, iCheck=0; g < 6; g++) { if(ActDevIo[i].szMAC[g] != DeviceInfo[MAC_INDEX+(k*10)+g]) break; else iCheck++; }//for if(iCheck == 6) break; } }//for--(i < MAX_SUPPORT_DEVICE) //Check is not found if(i == MAX_SUPPORT_DEVICE) { //Create Connection to new MAC address for(i=0; i < MAX_SUPPORT_DEVICE; i++) { if(ActDevIo[i].iHandle == 0) { for(g=0; g < 6; g++) ActDevIo[i].szMAC[g] = DeviceInfo[MAC_INDEX+(k*10+g)]; iRet = MXIO_Connect_ActiveTag( 5000, &ActDevIo[i].iHandle, ActDevIo[i].szMAC, 0, Password);//port and password don't care CheckErr( iRet, (char*)"MXIO_Connect_ActiveTag" ); if(iRet == MXIO_OK) { printf("MXIO_Connect_ActiveTag() [%03d]=%02X-%02X-%02X-%02X-%02X-%02X success.\r\n",k, (unsigned char)ActDevIo[i].szMAC[0],(unsigned char)ActDevIo[i].szMAC[1], (unsigned char)ActDevIo[i].szMAC[2