📄 cmsmanager.cpp

📁 此程序为wcdma系统当中ftp/video业务模型的c++程序仿真通过此程序能得到此两种业务在多种条件下的吞吐量和无码率的性能
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void CMsManager::DataBitAndPacketCumulate()
{
	POSITION pos;

	pos=m_HttpDataList.GetHeadPosition();
	CHttpDataMs* pHttpDataMs=NULL;
	while(pos!=NULL)		
	{
		pHttpDataMs = m_HttpDataList.GetNext(pos);

		////累加HTTP移动台传输比特数、传输块数和分组数
		m_lTotalSucfulBitNum += pHttpDataMs->GetTotalSucfulBitNum();
		m_lTotalSucfulBLNum += pHttpDataMs->GetTotalSucfulBLNum();
		m_lTotalFailedBLNum += pHttpDataMs->GetTotalFailedBLNum();
		m_lTotalSucfulPacketNum += pHttpDataMs->GetTotalSucfulPacketNum();
		m_lTotalFailedPacketNum += pHttpDataMs->GetTotalFailedPacketNum();
	}

	pos=m_FtpDataList.GetHeadPosition();
	CFtpDataMs* pFtpDataMs=NULL;
	while(pos!=NULL)		
	{
		pFtpDataMs=m_FtpDataList.GetNext(pos);

		////累加FTP移动台传输比特数、传输块数
		m_lTotalSucfulBitNum += pFtpDataMs->GetTotalSucfulBitNum();
		m_lTotalSucfulBLNum += pFtpDataMs->GetTotalSucfulBLNum();
		m_lTotalFailedBLNum += pFtpDataMs->GetTotalFailedBLNum();
	}
	
    //20060116
	pos=m_VideoDataList.GetHeadPosition();
	CVideoDataMs* pVideoDataMs=NULL;
	while(pos!=NULL)		
	{
		pVideoDataMs=m_VideoDataList.GetNext(pos);

		////累加FTP移动台传输比特数、传输块数
		m_lTotalSucfulBitNum += pVideoDataMs->GetTotalSucfulBitNum();
		m_lTotalSucfulBLNum += pVideoDataMs->GetTotalSucfulBLNum();
		m_lTotalFailedBLNum += pVideoDataMs->GetTotalFailedBLNum();
	}
}
//////////////////////////////////////////////////////////////////////////
//
//	TITLE:	平均吞吐量统计函数
//
//	PURPOSE:		累加所有移动台成功传输的比特数和分组数
//
//	SAMPLE CALL:	pMsManager->MeanThroughputStatistics()
//			
//	CALLED BY FUNCTIONS:CNetWorkDrive::SimulationRun()
//			
//	CALLING FUNCTIONS:
//				
//	
//	AUTHOR:	Chen Meiya 
//
//	DATE:	04/04(MM/YY)
//
////////////////////////////////////////////////////////////////////////////
void CMsManager::MeanThroughputStatistics()
{
	//输出文件为meanthroughput.txt

	double MeanThroughput;
	char  buf[50];
	CStdioFile f;
	MeanThroughput=(double)(m_lTotalSucfulBitNum/(SectorNumber*MM*NN)/(m_fDropTime-INITIALSLOT*SLOTTIME));
	//MeanThroughput=(double)(m_lTotalSucfulBitNum/SectorNumber/m_fDropTime);//不考虑初始化时间

#ifdef DEBUG_FTP
	cout<<"MeanThroughput is "<<MeanThroughput<<endl;
#endif 

   /* 打开数据文件准备写*/
	if(!f.Open(m_sSystemMeanThroughputFile,CFile::modeCreate|CFile::modeNoTruncate|CFile::modeWrite))
	{
	#ifdef _DEBUG
		afxDump<<"Unable to open file"<<"\n";	//异常处理
	#endif
	}
	f.SeekToEnd();//使文件指针指向文件尾部，输出数据可以在文件尾部接着写
    
	//for compile by zl
    switch(m_iScheduleAlgorithm)
	{
	  case 1: f.WriteString("调度算法：最大C/I \n");break;
      case 2: f.WriteString("调度算法：正比公平 \n");break;
	  case 3: f.WriteString("调度算法：轮询 \n");break;	 
	  case 4: f.WriteString("调度算法：加权分类 \n");break;  //20051205
	  case 5: f.WriteString("调度算法：自适应加权分类 \n");break; //20051219
	  case 6: f.WriteString("调度算法：效用函数 \n");break;  //20060111
	  case 7: f.WriteString("调度算法：M_LWDF \n");break;  //20060405 by huangfan
	  case 8: f.WriteString("调度算法：EXP \n");break;     //20060405 by huangfan
      default:break;
	}
	//end compile

	f.WriteString("平均吞吐量_每扇区的数据用户的平均吞吐量_bit/s/sector \n");
    _gcvt(MeanThroughput,8,buf); 
    f.WriteString(buf);
	f.WriteString("\n");
	f.Close();
}
//////////////////////////////////////////////////////////////////////////
//
//	TITLE:	平均分组错误率计算函数
//
//	PURPOSE:		计算平均分组错误率并输出到参数文件中
//
//	SAMPLE CALL:	pMsManager->MeanPERStatistics()
//			
//	CALLED BY FUNCTIONS:CNetWorkDrive::SimulationRun()
//			
//	CALLING FUNCTIONS:
//				
//	
//	AUTHOR:	Chen Meiya 
//
//	DATE:	04/04(MM/YY)
//
////////////////////////////////////////////////////////////////////////////
// void CMsManager::MeanPERStatistics()			
// {
	//notice 尚未编写

// }
//////////////////////////////////////////////////////////////////////////
//
//	TITLE:	数据移动台吞吐量统计函数
//
//	PURPOSE:		将数据所有移动台的吞吐量输出到参数文件中
//
//	SAMPLE CALL:	pMsManager->MsThroughputStatistics()
//			
//	CALLED BY FUNCTIONS:CNetWorkDrive::SimulationRun()
//			
//	CALLING FUNCTIONS:
//				
//	
//	AUTHOR:	Chen Meiya 
//
//	DATE:	04/04(MM/YY)
//
////////////////////////////////////////////////////////////////////////////
void CMsManager::MsThroughputStatistics()
{
	CStdioFile f;
	char buf[50];	
	if(!f.Open(m_sMobileThroughputServiceFile,
		CFile::modeCreate|CFile::modeNoTruncate|CFile::modeWrite))
	{
	#ifdef _DEBUG
		afxDump<<"Unable to open file"<<"\n";	//异常处理
	#endif
	}

	f.SeekToEnd();                             
	f.WriteString("********************************************\n");
    f.WriteString("HTTP用户统计：\n");
	f.WriteString("用户id\t吞吐量_bit/s\t成功传输_bits\t成功块数\t失败块数\t误块率\t最近基站的距离_km");
	f.WriteString("\n");

	POSITION pos = NULL;
	CDataMs *pDataMs = NULL;
	float throughput;
	//开始对HTTP用户进行循环 	
	pos=m_HttpDataList.GetHeadPosition(); 
    while(pos!=NULL)                           
	{
		pDataMs=m_HttpDataList.GetNext(pos);
		throughput = pDataMs->GetThrput();
		//if( throughput > 0 )  //commended by hf
		{
			//计算数据用户到距离最近的基站的距离，即数据用户
			//到所属小区基站的距离		
			_itoa(pDataMs->GetMsID(),buf,10);
			f.WriteString(buf);
			f.WriteString("\t");
			_gcvt(throughput,8,buf);              
			f.WriteString(buf);
			f.WriteString("\t");
			_ltoa(pDataMs->GetTotalSucfulBitNum(),buf,10);
			f.WriteString(buf);
			f.WriteString("\t");
			_itoa(pDataMs->GetTotalSucfulBLNum(),buf,10);
			f.WriteString(buf);
			f.WriteString("\t");
			_itoa(pDataMs->GetTotalFailedBLNum(),buf,10);
			f.WriteString(buf);
			f.WriteString("\t");
            float bler=float(pDataMs->GetTotalFailedBLNum()/(pDataMs->GetTotalFailedBLNum()+pDataMs->GetTotalSucfulBLNum()));
            _gcvt(bler,10,buf);
			f.WriteString(buf);
			f.WriteString("\t");
			_gcvt(pDataMs->GetClosestSecDistance(),10,buf);
			f.WriteString(buf);
			f.WriteString("\n");
		}
	}

	//开始对FTP用户进行循环，与对HTTP用户的操作相同
	f.WriteString("\n\n********************************************\n");
    f.WriteString("FTP用户统计：\n");
	f.WriteString("用户id\t吞吐量_bit/s\t\t平均速率_bit/s\t加权因子\t误块率\t最近基站的距离_km\t用户所在扇区");
	f.WriteString("\n");

	pos=m_FtpDataList.GetHeadPosition();
    while(pos!=NULL)
	{	
		pDataMs=m_FtpDataList.GetNext(pos);
		throughput = pDataMs->GetThrput();
        //if(	throughput > 0	)  //commended by hf
		{		
			_itoa(pDataMs->GetMsID(),buf,10);
			f.WriteString(buf);
			f.WriteString("\t\t");
			_gcvt(throughput,8,buf);
			f.WriteString(buf);
			f.WriteString("\t");
			//20051206
/*
			float averRate=(float)((pDataMs->GetTotalSucfulBitNum()+pDataMs->GetTotalFailedBitNum())/(1000*m_fDropTime));
			_gcvt(averRate,8,buf);
			f.WriteString(buf);
			f.WriteString("\t");*/

			_gcvt(pDataMs->m_fAverageRate,8,buf);
			f.WriteString(buf);
			f.WriteString("\t");
/*
			_gcvt(pDataMs->m_fWeightedClassPra,8,buf);
			f.WriteString(buf);
			f.WriteString("\t");*/




/*
			_ltoa(pDataMs->GetTotalSucfulBitNum(),buf,10);
			f.WriteString(buf);
			f.WriteString("\t");
			_itoa(pDataMs->GetTotalSucfulBLNum(),buf,10);
			f.WriteString(buf);
			f.WriteString("\t");
			_itoa(pDataMs->GetTotalFailedBLNum(),buf,10);
			f.WriteString(buf);
			f.WriteString("\t");
*/

			float bler=(float)pDataMs->GetTotalFailedBLNum()/(pDataMs->GetTotalFailedBLNum()+pDataMs->GetTotalSucfulBLNum());
            _gcvt(bler,10,buf);
			f.WriteString(buf);
			f.WriteString("\t");

			_gcvt(pDataMs->GetClosestSecDistance(),10,buf);
			f.WriteString(buf);
			f.WriteString("\t(");

			//zl 20060308

			SECTORID_TYPE tempSectorID;
	        tempSectorID= pDataMs->GetLocationSector();

	        _itoa(tempSectorID.stCellID.m,buf,10);
	        f.WriteString(buf);
	        f.WriteString(",");
	        _itoa(tempSectorID.stCellID.n,buf,10);
	        f.WriteString(buf);
	        f.WriteString(",");
	        _itoa(tempSectorID.s,buf,10);
	        f.WriteString(buf);
	        f.WriteString(")\n");
		}
	} 

	//20060116
	//开始对Video用户进行循环，与对HTTP用户的操作相同  20051212
	f.WriteString("\n\n********************************************\n");
    f.WriteString("Video用户统计：\n");
	f.WriteString("用户id\t吞吐量_bit/s\t平均速率\t误块率\t最近基站的距离_km\t用户所在扇区");
	f.WriteString("\n");

	pos=m_VideoDataList.GetHeadPosition();
    while(pos!=NULL)
	{	
		pDataMs=m_VideoDataList.GetNext(pos);
		throughput = pDataMs->GetThrput();
        //if(	throughput > 0	)  //commended by hf
		{		
			_itoa(pDataMs->GetMsID(),buf,10);
			f.WriteString(buf);
			f.WriteString("\t\t");
			_gcvt(throughput,8,buf);
			f.WriteString(buf);
			f.WriteString("\t");
			_gcvt(pDataMs->m_fAverageRate,8,buf);
			f.WriteString(buf);
			f.WriteString("\t");

			float bler=(float)pDataMs->GetTotalFailedBLNum()/(pDataMs->GetTotalFailedBLNum()+pDataMs->GetTotalSucfulBLNum());
            _gcvt(bler,10,buf);
			f.WriteString(buf);
			f.WriteString("\t");

			_gcvt(pDataMs->GetClosestSecDistance(),10,buf);
			f.WriteString(buf);
			f.WriteString("\t(");

			//zl 20060308
			SECTORID_TYPE tempSectorID;
            tempSectorID= pDataMs->GetLocationSector();
	        _itoa(tempSectorID.stCellID.m,buf,10);
	        f.WriteString(buf);
	        f.WriteString(",");
	        _itoa(tempSectorID.stCellID.n,buf,10);
	        f.WriteString(buf);
	        f.WriteString(",");
	        _itoa(tempSectorID.s,buf,10);
	        f.WriteString(buf);
	        f.WriteString(")\n");
		}
	} 


    f.Close();               //关闭文件

}

//////////////////////////////////////////////////////////////////////////
//
//	TITLE:	数据移动台Active Session Throughput统计函数
//
//	PURPOSE:		将移动台Active Session Throughput输出到参数文件中
//
//	SAMPLE CALL:	pMsManager->MsASTStatistics()
//			
//	CALLED BY FUNCTIONS:CNetWorkDrive::SimulationRun()
//			
//	CALLING FUNCTIONS:
//				
//	
//	AUTHOR:	Chen Meiya 
//
//	DATE:	074/04(MM/YY)
//
////////////////////////////////////////////////////////////////////////////
void CMsManager::MsASTStatistics()
{	
	CStdioFile f;
	f.Open("MsAST.txt",CFile::modeCreate|CFile::modeNoTruncate|CFile::modeWrite);
	f.SeekToEnd();
	char buf[50];
	f.WriteString("HTTP DataMs Active Session Throughput statistics:\n");
	f.WriteString("DataMs#\t\tDataMs ASTTime\t\tDataMs AST\n");

	//统计数据移动台的Active Session Throughput			
	POSITION pos= m_FtpDataList.GetHeadPosition();
	CDataMs *pDataMs = NULL;
	int iASTUserNum = 0;
	int iSatisfiedMs = 0;
	RATE2CI_TYPE *pstRate = NULL;
	
	pos= m_HttpDataList.GetHeadPosition();
	while(	pos!= NULL	)
	{
		pDataMs = m_HttpDataList.GetNext(pos);	
		pstRate = pDataMs->GetpstRate();
		float fCriteria = (float)0.1 * pstRate->fDataRate;
		if(	pDataMs->GetAST() > 0	)
			++iASTUserNum;
		if(	pDataMs->GetAST() > fCriteria	)
			++iSatisfiedMs;
		_itoa(pDataMs->GetMsID(),buf,10);
		f.WriteString(buf);
		f.WriteString("\t\t");
		_itoa(pDataMs->GetASTTimer(),buf,10);
		f.WriteString(buf);
		f.WriteString("\t\t");
		_gcvt(pDataMs->GetAST(),8,buf);
		f.WriteString(buf);
		f.WriteString("\t\t");
		_gcvt(pstRate->fDataRate,8,buf);
		f.WriteString(buf);
		f.WriteString("\n");
	}

	float fMsSatisfiedRatio = (float) iSatisfiedMs/iASTUserNum;
	f.WriteString("The  satisfied user numer is:\t");
	_itoa(iSatisfiedMs,buf,10);
	f.WriteString(buf);
	f.WriteString("\n Total data ms number is:\t");
	_itoa(iASTUserNum,buf,10);
	f.WriteString(buf);
	f.WriteString("\nUser satisfied ratio is:\t");
	_gcvt(fMsSatisfiedRatio,8,buf);
	f.WriteString(buf);
	f.WriteString("\n");
	f.Close();
}
////计算实际的误块率
void CMsManager::CalculateBLER()
{
	m_fMeanBLER = (float)m_lTotalFailedBLNum/(floa
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#wcdma #video #程序 #ftp
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