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P7. 电磁波唤醒节点
来源: | 作者:微网高通 | 发布时间: 2025-06-12 | 24 次浏览 | 分享到:
               printf( "[Invalid Size]" );
            }
           
            // The detailed error code: Invalid CRC32
            if ( pTxReport->m_iQError & WIMINET_IO_REPORT_ER_CRCODE )
            {
               printf( "[Invalid CRC32]" );
            }
           
            // The end of this line
            printf( "rn" );
           
            // The Tx data size
            printf( "   [5] Count=%lurn", pTxReport->m_dwCount );
            // The error code
            iError |= pTxReport->m_iQError;
         }
         break;
       
      case WIMINET_EVENT_COMMUTE_ERR:
         {
            iExit |= 0X02;
            printf( "   [1] Event=Commute Failurern" );
            printf( "   [2] Object=0X%04Xrn", iObject );
            // The error code
            iError |= 0X10;           
         }
         break;
       
      case WIMINET_EVENT_CONNECT_ERR:
         {
            iExit |= 0X02;
            printf( "   [1] Event=Connect Failurern" );
            printf( "   [2] Object=0X%04Xrn", iObject );
            // The error code
            iError |= 0X20;
         }
         break;
      case WIMINET_EVENT_WOR_COMMUTE:
         {
            iExit |= 0X01;
            printf( "   [1] Event=eWOR Commutern" );
            printf( "   [2] Object=0X%04Xrn", iObject );
            // The TxReport status
            pTxReport = ( WiMinet_TxReport * )buffer;
           
            // The report status
            printf( "   [3] Size=%d Bytesrn", iSize );
            // The Tx data size
            printf( "   [4] Count=%lurn", pTxReport->m_dwCount );           
         }
         break;
       
      default:
         {
            // The message code
            printf( "   [1] Code=0X%02Xrn", iEvent );
            printf( "   [2] Object=0X%04Xrn", iObject );
         }
         break;
      }       
   }
 
   // The unknown error code
   return iError;
}
// *****************************************************************************
// Design Notes:
// -----------------------------------------------------------------------------
unsigned char Print_WiMinet_BATVol( void )
{
   unsigned char iExit;
   unsigned char iAttr;
   unsigned char iStatus;
   unsigned long dwSize;
   unsigned short iSource;
   ULARGE_INTEGER qwTimerA;
   ULARGE_INTEGER qwTimerB;
   WiMinet_RxReport report;
 
   // The exit condition
   iExit = 0X00;
 
   // Update the start timer
   GetSystemTimeAsFileTime( ( LPFILETIME )&qwTimerA );                           
 
   // Wait some timer
   while ( !iExit )
   {
      // Update the start timer
      GetSystemTimeAsFileTime( ( LPFILETIME )&qwTimerB );
     
      // Get the offset value
      qwTimerB.QuadPart -= qwTimerA.QuadPart;
     
      // Check the time out value
      if ( qwTimerB.QuadPart >= 0X02UL * X64_SEC_TIMER_CONST )
      {
         // Convert to mini-second timer
         qwTimerB.QuadPart /= X64_MIS_TIMER_CONST;
       
         // The error status
         printf( "rn[WiMinet Report=%I64u]:Time Out Errorrn", qwTimerB.QuadPart );
         return 0XFF;
      }
     
      // Query the Rx status
      QueryRxMsgStatus( 0X00, ( char * )&iStatus );
      // No received packet arrived
      if ( iStatus == RXD_TASK_STATUS_JOB_WAITING )
      {
         continue;
      }
      // Check if ready to report
      if ( !( iStatus & RXD_TASK_STATUS_REPORTTABLE ) )
      {
         continue;
      }
      // Convert to mini-second timer
      qwTimerB.QuadPart /= X64_MIS_TIMER_CONST;
     
      // The notice header
      printf( "rn[WiMinet Report=%I64u]:rn", qwTimerB.QuadPart );
     
      // The source node address
      GetRxMessageNode( 0X00, ( short * )&iSource );
           
      // The packet size
      GetRxMessageSize( 0X00, &dwSize );
     
      // The packet attribute
      GetRxMessageAttr( 0X00, ( char * )&iAttr );
     
      // Clear this object
      memset( &report, 0X00, sizeof( report ) );
      // Read this message
      ReadInputMessage( 0X00, ( char * )&report, sizeof( report ) );
     
      // The report status
      printf( "   [1] Size=%lurn", dwSize );
      printf( "   [2] Attr=0X%02Xrn", iAttr );
      printf( "   [3] Source=0X%04Xrn", iSource );
      printf( "   [4] Device=0X%02X(%d)rn", report.m_iDevice, report.m_iDevice );
      printf( "   [5] Version=0X%08lX", report.m_dwBuild );
      // The build version for firmware update
      printf(
         " --> [20%u.%u.%u+R%u]rn",
         ( unsigned char )( report.m_dwBuild >> 0X18 ),
         ( unsigned char )( report.m_dwBuild >> 0X10 ),
         ( unsigned char )( report.m_dwBuild >> 0X08 ),
         ( unsigned char )( report.m_dwBuild >> 0X00 ) );
      // The received byte size by the remote endpoint
      dwSize = ( ( unsigned long )report.m_iMBSize << 0X10 ) + report.m_iLBSize;
      // The client received byte size
      printf( "   [6] Counter=%lu Bytesrn", dwSize );
      // The battery voltage
      printf( "   [7] Battery=%.3f(V)rn", report.m_iBATVol * 0.001f );
      // The RxRSSI voltage
      printf( "   [8] RxRSSI=%d(dBm)rn", report.m_iRxRSSI );     
      // The RxRSSI voltage
      printf( "   [9] TxRSSI=%d(dBm)rn", report.m_iTxRSSI );     
      // The client receive error code
      printf( "   [A] Error=0X%02X", report.m_iQError );
      // The detailed error code: Rx Time Out
      if ( report.m_iQError & WIMIET_IO_REPORT_RX_TIMEOUT )
      {
         printf( " [Rx Time Out]" );
      }
      // The detailed error code: No Header
      if ( report.m_iQError & WIMINET_IO_REPORT_NO_HEADER )
      {
         printf( "[No Header]" );
      }
      // The detailed error code: Invalid Size
      if ( report.m_iQError & WIMINET_IO_REPORT_ER_AMOUNT )
      {
         printf( "[Invalid Size]" );
      }
     
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