Data.h

#pragma once

#include "DataSession.h"

class CData
{
private:
    CDataSession*   dataSession;

    // Parameters
    __uint32        numChannelsMcast;


    //__time        delaySyncDistMin;
    //__time        delaySyncDistMax;
    //__uint32  delaySyncDistPoints;

    //__uint32  numChannels;
    //__uint32  numChannelsMcast;
    //__uint32  maxDuration;

    //double        qualityGlobalNormalSum;
    //__uint32  qualityGlobalNormalNum;
    //double        qualityGlobalWeightedSum;
    //__time        qualityGlobalWeightedNum;

    //double        qualityGlobalNormalUcastSum;
    //__uint32  qualityGlobalNormalUcastNum;
    //double        qualityGlobalWeightedUcastSum;
    //__time        qualityGlobalWeightedUcastNum;

    //double        qualityGlobalNormalMcastSum;
    //__uint32  qualityGlobalNormalMcastNum;
    //double        qualityGlobalWeightedMcastSum;
    //__time        qualityGlobalWeightedMcastNum;

    //double*       qualityChannelNormalSum;
    //__uint32* qualityChannelNormalNum;
    //double*       qualityChannelWeightedSum;
    //__time*       qualityChannelWeightedNum;

    //double*       qualitySessionSum;
    //__uint32* qualitySessionNum;

    //double        timeChannelSetupSum;
    //__uint32  timeChannelSetupNum;

    //double        timeChannelSetupUcastSum;
    //__uint32  timeChannelSetupUcastNum;

    //double        timeChannelSetupMcastSum;
    //__uint32  timeChannelSetupMcastNum;

    //double        timeChannelWaitSum;
    //__time        timeChannelWaitNum;

    //double        timeChannelWaitUcastSum;
    //__time        timeChannelWaitUcastNum;

    //double        timeChannelWaitMcastSum;
    //__time        timeChannelWaitMcastNum;

    //double        delaySyncNormalSum;
    //__uint32  delaySyncNormalNum;

    //double        delaySyncWeightedSum;
    //__time        delaySyncWeightedNum;

    //double        delaySyncMcastNormalSum;
    //__uint32  delaySyncMcastNormalNum;

    //double        delaySyncMcastWeightedSum;
    //__time        delaySyncMcastWeightedNum;

    //double        delaySyncUcastNormalSum;
    //__uint32  delaySyncUcastNormalNum;

    //double        delaySyncUcastWeightedSum;
    //__time        delaySyncUcastWeightedNum;

    //CDataPool*    delaySyncDistGlobal;
    //CDataPool*    delaySyncDistMcast;
    //CDataPool*    delaySyncDistUcast;

public:
    CData(
        char*       name,
        __uint32    topology,
        __uint32    numChannelsMcast
        );
    ~CData();

    void            Session(
        __uint32    host,
        __uint32    channel,
        __time      duration,
        __time      timeClientStart,
        __time      timeRecvStart,
        __time      timePlayStart,
        __time      timeClientFinish,
        __time      delayWait,
        __time      delaySync,
        __uint32    framesRecv,
        __uint32    framesPlay,
        __uint32*   framesSuccess,
        __uint32*   framesFail
        );

    //inline double QualityGlobalNormal() { return ((this->qualityGlobalNormalNum > 0) ? this->qualityGlobalNormalSum/this->qualityGlobalNormalNum : 0); }
    //inline double QualityGlobalWeighted() { return ((this->qualityGlobalWeightedNum > 0) ? this->qualityGlobalWeightedSum/this->qualityGlobalWeightedNum : 0); }

    //inline double QualityGlobalNormalUcast() { return ((this->qualityGlobalNormalUcastNum > 0) ? this->qualityGlobalNormalUcastSum/this->qualityGlobalNormalUcastNum : 0); }
    //inline double QualityGlobalWeightedUcast() { return ((this->qualityGlobalWeightedUcastNum > 0) ? this->qualityGlobalWeightedUcastSum/this->qualityGlobalWeightedUcastNum : 0); }

    //inline double QualityGlobalNormalMcast() { return ((this->qualityGlobalNormalMcastNum > 0) ? this->qualityGlobalNormalMcastSum/this->qualityGlobalNormalMcastNum : 0); }
    //inline double QualityGlobalWeightedMcast() { return ((this->qualityGlobalWeightedMcastNum > 0) ? this->qualityGlobalWeightedMcastSum/this->qualityGlobalWeightedMcastNum : 0); }

    //inline double QualityChannelNormal(__uint32 channel) { assert(channel < this->numChannels); return ((this->qualityChannelNormalNum[channel] > 0) ? this->qualityChannelNormalSum[channel]/this->qualityChannelNormalNum[channel] : 0); }
    //inline double QualityChannelWeighted(__uint32 channel) { assert(channel < this->numChannels); return ((this->qualityChannelWeightedNum[channel] > 0) ? this->qualityChannelWeightedSum[channel]/this->qualityChannelWeightedNum[channel] : 0); }

    //inline double QualitySession(__uint32 duration) { assert(duration < this->maxDuration); return ((this->qualitySessionNum[duration] > 0) ? this->qualitySessionSum[duration]/this->qualitySessionNum[duration] : 0); }

    //inline double TimeChannelSetup() { return (this->timeChannelSetupNum > 0) ? this->timeChannelSetupSum/this->timeChannelSetupNum : 0; }
    //inline double TimeChannelSetupUcast() { return (this->timeChannelSetupUcastNum > 0) ? this->timeChannelSetupUcastSum/this->timeChannelSetupUcastNum : 0; }
    //inline double TimeChannelSetupMcast() { return (this->timeChannelSetupMcastNum > 0) ? this->timeChannelSetupMcastSum/this->timeChannelSetupMcastNum : 0; }

    //inline double TimeChannelWait() { return (this->timeChannelWaitNum > 0) ? this->timeChannelWaitSum/this->timeChannelWaitNum : 0; }
    //inline double TimeChannelWaitUcast() { return (this->timeChannelWaitUcastNum > 0) ? this->timeChannelWaitUcastSum/this->timeChannelWaitUcastNum : 0; }
    //inline double TimeChannelWaitMcast() { return (this->timeChannelWaitMcastNum > 0) ? this->timeChannelWaitMcastSum/this->timeChannelWaitMcastNum : 0; }

    //inline double DelaySyncNormal() { return (this->delaySyncNormalNum > 0) ? this->delaySyncNormalSum/this->delaySyncNormalNum : 0; }
    //inline double DelaySyncWeighted() { return (this->delaySyncWeightedNum > 0) ? this->delaySyncWeightedSum/this->delaySyncWeightedNum : 0; }

    //inline double DelaySyncMcastNormal() { return (this->delaySyncMcastNormalNum > 0) ? this->delaySyncMcastNormalSum/this->delaySyncMcastNormalNum : 0; }
    //inline double DelaySyncMcastWeighted() { return (this->delaySyncMcastWeightedNum > 0) ? this->delaySyncMcastWeightedSum/this->delaySyncMcastWeightedNum : 0; }

    //inline double DelaySyncUcastNormal() { return (this->delaySyncUcastNormalNum > 0) ? this->delaySyncUcastNormalSum/this->delaySyncUcastNormalNum : 0; }
    //inline double DelaySyncUcastWeighted() { return (this->delaySyncUcastWeightedNum > 0) ? this->delaySyncUcastWeightedSum/this->delaySyncUcastWeightedNum : 0; }
};