Exemplo n.º 1
0
BOOL CCombAnalysisReport::Create(IDrawBaseParam *pParam)
{
	//表格基本属性
	SetStyle(TABLE_STYLE_SCREEN | TABLE_ROW_SELECT);
	SetRowHeight(COMBANALYSISREPOR_ROW_HEIGHT);
	//垂直滚动条
	CreateVerScroll(HSSB_VERT | HSSB_RIGHT);
	m_pVerScrollBar->SetSize(20);
	//水平滚动条
	CreateHorScroll(HSSB_HORZ | HSSB_DOWN );
	m_pHorScrollBar->SetSize(20);
	InitReport();

	return TRUE;
}
Exemplo n.º 2
0
void Client::Run( void ) {
    struct UDP_datagram* mBuf_UDP = (struct UDP_datagram*) mBuf; 
    unsigned long currLen = 0; 

    int delay_target = 0; 
    int delay = 0; 
    int adjust = 0; 

    char* readAt = mBuf;

#if HAVE_THREAD
    if ( !isUDP( mSettings ) ) {
	RunTCP();
	return;
    }
#endif
    
    // Indicates if the stream is readable 
    bool canRead = true, mMode_Time = isModeTime( mSettings ); 

    // setup termination variables
    if ( mMode_Time ) {
        mEndTime.setnow();
        mEndTime.add( mSettings->mAmount / 100.0 );
    }

    if ( isUDP( mSettings ) ) {
        // Due to the UDP timestamps etc, included 
        // reduce the read size by an amount 
        // equal to the header size
    
        // compute delay for bandwidth restriction, constrained to [0,1] seconds 
        delay_target = (int) ( mSettings->mBufLen * ((kSecs_to_usecs * kBytes_to_Bits) 
                                                     / mSettings->mUDPRate) ); 
        if ( delay_target < 0  || 
             delay_target > (int) 1 * kSecs_to_usecs ) {
            fprintf( stderr, warn_delay_large, delay_target / kSecs_to_usecs ); 
            delay_target = (int) kSecs_to_usecs * 1; 
        }
        if ( isFileInput( mSettings ) ) {
            if ( isCompat( mSettings ) ) {
                Extractor_reduceReadSize( sizeof(struct UDP_datagram), mSettings );
                readAt += sizeof(struct UDP_datagram);
            } else {
                Extractor_reduceReadSize( sizeof(struct UDP_datagram) +
                                          sizeof(struct client_hdr), mSettings );
                readAt += sizeof(struct UDP_datagram) +
                          sizeof(struct client_hdr);
            }
        }
    }

    ReportStruct *reportstruct = NULL;

    // InitReport handles Barrier for multiple Streams
    mSettings->reporthdr = InitReport( mSettings );
    reportstruct = new ReportStruct;
    reportstruct->packetID = 0;

    lastPacketTime.setnow();
    
    do {

        // Test case: drop 17 packets and send 2 out-of-order: 
        // sequence 51, 52, 70, 53, 54, 71, 72 
        //switch( datagramID ) { 
        //  case 53: datagramID = 70; break; 
        //  case 71: datagramID = 53; break; 
        //  case 55: datagramID = 71; break; 
        //  default: break; 
        //} 
        gettimeofday( &(reportstruct->packetTime), NULL );

        if ( isUDP( mSettings ) ) {
            // store datagram ID into buffer 
            mBuf_UDP->id      = htonl( (reportstruct->packetID)++ ); 
            mBuf_UDP->tv_sec  = htonl( reportstruct->packetTime.tv_sec ); 
            mBuf_UDP->tv_usec = htonl( reportstruct->packetTime.tv_usec );

            // delay between writes 
            // make an adjustment for how long the last loop iteration took 
            // TODO this doesn't work well in certain cases, like 2 parallel streams 
            adjust = delay_target + lastPacketTime.subUsec( reportstruct->packetTime ); 
            lastPacketTime.set( reportstruct->packetTime.tv_sec, 
                                reportstruct->packetTime.tv_usec ); 

            if ( adjust > 0  ||  delay > 0 ) {
                delay += adjust; 
            }
        }

        // Read the next data block from 
        // the file if it's file input 
        if ( isFileInput( mSettings ) ) {
            Extractor_getNextDataBlock( readAt, mSettings ); 
            canRead = Extractor_canRead( mSettings ) != 0; 
        } else
            canRead = true; 

        // perform write 
        currLen = write( mSettings->mSock, mBuf, mSettings->mBufLen ); 
        if ( currLen < 0 && errno != ENOBUFS ) {
            WARN_errno( currLen < 0, "write2" ); 
            break; 
        }

        // report packets 
        reportstruct->packetLen = currLen;
        ReportPacket( mSettings->reporthdr, reportstruct );
        
        if ( delay > 0 ) {
            delay_loop( delay ); 
        }
        if ( !mMode_Time ) {
            /* mAmount may be unsigned, so don't let it underflow! */
            if( mSettings->mAmount >= currLen ) {
                mSettings->mAmount -= currLen;
            } else {
                mSettings->mAmount = 0;
            }
        }

    } while ( ! (sInterupted  || 
                 (mMode_Time   &&  mEndTime.before( reportstruct->packetTime ))  || 
                 (!mMode_Time  &&  0 >= mSettings->mAmount)) && canRead ); 

    // stop timing
    gettimeofday( &(reportstruct->packetTime), NULL );
    CloseReport( mSettings->reporthdr, reportstruct );

    if ( isUDP( mSettings ) ) {
        // send a final terminating datagram 
        // Don't count in the mTotalLen. The server counts this one, 
        // but didn't count our first datagram, so we're even now. 
        // The negative datagram ID signifies termination to the server. 
    
        // store datagram ID into buffer 
        mBuf_UDP->id      = htonl( -(reportstruct->packetID)  ); 
        mBuf_UDP->tv_sec  = htonl( reportstruct->packetTime.tv_sec ); 
        mBuf_UDP->tv_usec = htonl( reportstruct->packetTime.tv_usec ); 

        if ( isMulticast( mSettings ) ) {
            write( mSettings->mSock, mBuf, mSettings->mBufLen ); 
        } else {
            write_UDP_FIN( ); 
        }
    }
    DELETE_PTR( reportstruct );
    EndReport( mSettings->reporthdr );
} 
Exemplo n.º 3
0
void Client::RunTCP( void ) {
    unsigned long currLen = 0; 
    struct itimerval it;
    max_size_t totLen = 0;

    int err;

    char* readAt = mBuf;

    // Indicates if the stream is readable 
    bool canRead = true, mMode_Time = isModeTime( mSettings ); 

    ReportStruct *reportstruct = NULL;

    // InitReport handles Barrier for multiple Streams
    mSettings->reporthdr = InitReport( mSettings );
    reportstruct = new ReportStruct;
    reportstruct->packetID = 0;

    lastPacketTime.setnow();
    if ( mMode_Time ) {
	memset (&it, 0, sizeof (it));
	it.it_value.tv_sec = (int) (mSettings->mAmount / 100.0);
	it.it_value.tv_usec = (int) 10000 * (mSettings->mAmount -
	    it.it_value.tv_sec * 100.0);
	err = setitimer( ITIMER_REAL, &it, NULL );
	if ( err != 0 ) {
	    perror("setitimer");
	    exit(1);
	}
    }
    do {
        // Read the next data block from 
        // the file if it's file input 
        if ( isFileInput( mSettings ) ) {
            Extractor_getNextDataBlock( readAt, mSettings ); 
            canRead = Extractor_canRead( mSettings ) != 0; 
        } else
            canRead = true; 

        // perform write 
        currLen = write( mSettings->mSock, mBuf, mSettings->mBufLen );
#ifdef __linux
        OutTcpInfo(outFile, mSettings->mSock);
#endif
        if ( currLen < 0 ) {
            WARN_errno( currLen < 0, "write2" ); 
            break; 
        }
	totLen += currLen;

	if(mSettings->mInterval > 0) {
    	    gettimeofday( &(reportstruct->packetTime), NULL );
            reportstruct->packetLen = currLen;
            ReportPacket( mSettings->reporthdr, reportstruct );
        }	

        if ( !mMode_Time ) {
            /* mAmount may be unsigned, so don't let it underflow! */
            if( mSettings->mAmount >= currLen ) {
                mSettings->mAmount -= currLen;
            } else {
                mSettings->mAmount = 0;
            }
        }

    } while ( ! (sInterupted  || 
                   (!mMode_Time  &&  0 >= mSettings->mAmount)) && canRead ); 

    // stop timing
    gettimeofday( &(reportstruct->packetTime), NULL );

    // if we're not doing interval reporting, report the entire transfer as one big packet
    if(0.0 == mSettings->mInterval) {
        reportstruct->packetLen = totLen;
        ReportPacket( mSettings->reporthdr, reportstruct );
    }
    CloseReport( mSettings->reporthdr, reportstruct );

    DELETE_PTR( reportstruct );
    EndReport( mSettings->reporthdr );
}