src/parsec/disk-image/parsec/parsec-benchmark/pkgs/libs/tbblib/src/src/perf/statistics.cpp - public/gem5-resources - Git at Google

 /*
     Copyright 2005-2010 Intel Corporation.  All Rights Reserved.

     This file is part of Threading Building Blocks.

     Threading Building Blocks is free software; you can redistribute it
     and/or modify it under the terms of the GNU General Public License
     version 2 as published by the Free Software Foundation.

     Threading Building Blocks is distributed in the hope that it will be
     useful, but WITHOUT ANY WARRANTY; without even the implied warranty
     of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
     GNU General Public License for more details.

     You should have received a copy of the GNU General Public License
     along with Threading Building Blocks; if not, write to the Free Software
     Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA

     As a special exception, you may use this file as part of a free software
     library without restriction.  Specifically, if other files instantiate
     templates or use macros or inline functions from this file, or you compile
     this file and link it with other files to produce an executable, this
     file does not by itself cause the resulting executable to be covered by
     the GNU General Public License.  This exception does not however
     invalidate any other reasons why the executable file might be covered by
     the GNU General Public License.
 */

 #include "statistics.h"
 #include "statistics_xml.h"

 #define COUNT_PARAMETERS 3

 #ifdef _MSC_VER
 #define snprintf _snprintf
 #endif

 void GetTime(char* buff,int size_buff)
 {
     tm *newtime;
     time_t timer;
     time(&timer);
     newtime=localtime(&timer);
     strftime(buff,size_buff,"%H:%M:%S",newtime);
 }

 void GetDate(char* buff,int size_buff)
 {
     tm *newtime;
     time_t timer;
     time(&timer);
     newtime=localtime(&timer);
     strftime(buff,size_buff,"%Y-%m-%d",newtime);
 }


 StatisticsCollector::TestCase StatisticsCollector::SetTestCase(const char *name, const char *mode, int threads)
 {
     string KeyName(name);
     switch (SortMode)
     {
     case ByThreads: KeyName += Format("_%02d_%s", threads, mode); break;
     default:
     case ByAlg: KeyName += Format("_%s_%02d", mode, threads); break;
     }
     CurrentKey = Statistics[KeyName];
     if(!CurrentKey) {
         CurrentKey = new StatisticResults;
         CurrentKey->Mode = mode;
         CurrentKey->Name = name;
         CurrentKey->Threads = threads;
         CurrentKey->Results.reserve(RoundTitles.size());
         Statistics[KeyName] = CurrentKey;
     }
     return TestCase(CurrentKey);
 }

 StatisticsCollector::~StatisticsCollector()
 {
     for(Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
         delete i->second;
 }

 void StatisticsCollector::ReserveRounds(size_t index)
 {
     size_t i = RoundTitles.size();
     if (i > index) return;
     char buf[16];
     RoundTitles.resize(index+1);
     for(; i <= index; i++) {
         snprintf( buf, 15, "%u", unsigned(i+1) );
         RoundTitles[i] = buf;
     }
     for(Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++) {
         if(!i->second) printf("!!!'%s' = NULL\n", i->first.c_str());
         else i->second->Results.reserve(index+1);
     }
 }

 void StatisticsCollector::AddRoundResult(const TestCase &key, value_t v)
 {
     ReserveRounds(key.access->Results.size());
     key.access->Results.push_back(v);
 }

 void StatisticsCollector::SetRoundTitle(size_t index, const char *fmt, ...)
 {
     vargf2buff(buff, 128, fmt);
     ReserveRounds(index);
     RoundTitles[index] = buff;
 }

 void StatisticsCollector::AddStatisticValue(const TestCase &key, const char *type, const char *fmt, ...)
 {
     vargf2buff(buff, 128, fmt);
     AnalysisTitles.insert(type);
     key.access->Analysis[type] = buff;
 }

 void StatisticsCollector::AddStatisticValue(const char *type, const char *fmt, ...)
 {
     vargf2buff(buff, 128, fmt);
     AnalysisTitles.insert(type);
     CurrentKey->Analysis[type] = buff;
 }

 void StatisticsCollector::SetStatisticFormula(const char *name, const char *formula)
 {
     Formulas[name] = formula;
 }

 void StatisticsCollector::SetTitle(const char *fmt, ...)
 {
     vargf2buff(buff, 256, fmt);
     Title = buff;
 }

 string ExcelFormula(const string &fmt, size_t place, size_t rounds, bool is_horizontal)
 {
     char buff[16];
     if(is_horizontal)
         snprintf(buff, 15, "RC[%u]:RC[%u]", unsigned(place), unsigned(place+rounds-1));
     else
         snprintf(buff, 15, "R[%u]C:R[%u]C", unsigned(place+1), unsigned(place+rounds));
     string result(fmt); size_t pos = 0;
     while ( (pos = result.find("ROUNDS", pos, 6)) != string::npos )
         result.replace(pos, 6, buff);
     return result;
 }

 void StatisticsCollector::Print(int dataOutput, const char *ModeName)
 {
     FILE *OutputFile;
     if (dataOutput & StatisticsCollector::Stdout)
     {
         printf("\n-=# %s #=-\n", Title.c_str());
         if(SortMode == ByThreads)
             printf("    Name    |  #  | %s ", ModeName);
         else
             printf("    Name    | %s |  #  ", ModeName);
         for (AnalysisTitles_t::iterator i = AnalysisTitles.begin(); i != AnalysisTitles.end(); i++)
             printf("|%s", i->c_str()+1);

         for (Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
         {
             if(SortMode == ByThreads)
                 printf("\n%12s|% 5d|%6s", i->second->Name.c_str(), i->second->Threads, i->second->Mode.c_str());
             else
                 printf("\n%12s|%6s|% 5d", i->second->Name.c_str(), i->second->Mode.c_str(), i->second->Threads);
             Analysis_t &analisis = i->second->Analysis;
             AnalysisTitles_t::iterator t = AnalysisTitles.begin();
             for (Analysis_t::iterator a = analisis.begin(); a != analisis.end(); t++)
             {
                 char fmt[8]; snprintf(fmt, 7, "|%% %us", unsigned(max(size_t(3), t->size())));
                 if(*t != a->first)
                     printf(fmt, "");
                 else {
                     printf(fmt, a->second.c_str()); a++;
                 }
             }
         }
         printf("\n");
     }
     if (dataOutput & StatisticsCollector::HTMLFile)
     {
         if ((OutputFile = fopen((Name+".html").c_str(), "w+t")) != NULL)
         {
             char TimerBuff[100], DateBuff[100];
             GetTime(TimerBuff,sizeof(TimerBuff));
             GetDate(DateBuff,sizeof(DateBuff));
             fprintf(OutputFile, "<html><head>\n<title>%s</title>\n</head><body>\n", Title.c_str());
             //-----------------------
             fprintf(OutputFile, "<table id=\"h\" style=\"position:absolute;top:20\" border=1 cellspacing=0 cellpadding=2>\n");
             fprintf(OutputFile, "<tr><td><a name=hr href=#vr onclick=\"v.style.visibility='visible';"
                                 "h.style.visibility='hidden';\">Flip[H]</a></td>"
                                 "<td>%s</td><td>%s</td><td colspan=%u>%s</td>",
                 DateBuff, TimerBuff, unsigned(AnalysisTitles.size() + RoundTitles.size()), Title.c_str());
             fprintf(OutputFile, "</tr>\n<tr bgcolor=#CCFFFF><td>Name</td><td>Threads</td><td>%s</td>", ModeName);
             for (AnalysisTitles_t::iterator i = AnalysisTitles.begin(); i != AnalysisTitles.end(); i++)
                 fprintf(OutputFile, "<td>%s</td>", i->c_str()+1);
             for (size_t i = 0; i < RoundTitles.size(); i++)
                 fprintf(OutputFile, "<td>%s</td>", RoundTitles[i].c_str());
             for (Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
             {
                 fprintf(OutputFile, "</tr>\n<tr><td bgcolor=#CCFFCC>%s</td><td bgcolor=#CCFFCC>%d</td><td bgcolor=#CCFFCC>%4s</td>",
                     i->second->Name.c_str(), i->second->Threads, i->second->Mode.c_str());
                 //statistics
                 AnalysisTitles_t::iterator t = AnalysisTitles.begin();
                 for (Analysis_t::iterator j = i->second->Analysis.begin(); j != i->second->Analysis.end(); t++)
                 {
                     fprintf(OutputFile, "<td bgcolor=#FFFF99>%s</td>", (*t != j->first)?" ":(i->second->Analysis[j->first]).c_str());
                     if(*t == j->first) j++;
                 }
                 //data
                 Results_t &r = i->second->Results;
                 for (size_t k = 0; k < r.size(); k++)
                 {
                     fprintf(OutputFile, "<td>");
                     fprintf(OutputFile, ResultsFmt, r[k]);
                     fprintf(OutputFile, "</td>");
                 }
             }
             fprintf(OutputFile, "</tr>\n</table>\n");
             //////////////////////////////////////////////////////
             fprintf(OutputFile, "<table id=\"v\" style=\"visibility:hidden;position:absolute;top:20\" border=1 cellspacing=0 cellpadding=2>\n");
             fprintf(OutputFile, "<tr><td><a name=vr href=#hr onclick=\"h.style.visibility='visible';"
                                 "v.style.visibility='hidden';\">Flip[V]</a></td>\n"
                                 "<td>%s</td><td>%s</td><td colspan=%u>%s</td>",
                 DateBuff, TimerBuff, unsigned(max(Statistics.size()-2,size_t(1))), Title.c_str());

             fprintf(OutputFile, "</tr>\n<tr bgcolor=#CCFFCC><td bgcolor=#CCFFFF>Name</td>");
             for (Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
                 fprintf(OutputFile, "<td>%s</td>", i->second->Name.c_str());
             fprintf(OutputFile, "</tr>\n<tr bgcolor=#CCFFCC><td bgcolor=#CCFFFF>Threads</td>");
             for (Statistics_t::iterator n = Statistics.begin(); n != Statistics.end(); n++)
                 fprintf(OutputFile, "<td>%d</td>", n->second->Threads);
             fprintf(OutputFile, "</tr>\n<tr bgcolor=#CCFFCC><td bgcolor=#CCFFFF>%s</td>", ModeName);
             for (Statistics_t::iterator m = Statistics.begin(); m != Statistics.end(); m++)
                 fprintf(OutputFile, "<td>%s</td>", m->second->Mode.c_str());

             for (AnalysisTitles_t::iterator t = AnalysisTitles.begin(); t != AnalysisTitles.end(); t++)
             {
                 fprintf(OutputFile, "</tr>\n<tr bgcolor=#FFFF99><td bgcolor=#CCFFFF>%s</td>", t->c_str()+1);
                 for (Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
                     fprintf(OutputFile, "<td>%s</td>", i->second->Analysis.count(*t)?i->second->Analysis[*t].c_str():" ");
             }

             for (size_t r = 0; r < RoundTitles.size(); r++)
             {
                 fprintf(OutputFile, "</tr>\n<tr><td bgcolor=#CCFFFF>%s</td>", RoundTitles[r].c_str());
                 for (Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
                 {
                     Results_t &result = i->second->Results;
                     fprintf(OutputFile, "<td>");
                     if(result.size() > r)
                         fprintf(OutputFile, ResultsFmt, result[r]);
                     fprintf(OutputFile, "</td>");
                 }
             }
             fprintf(OutputFile, "</tr>\n</table>\n</body></html>\n");
             fclose(OutputFile);
         }
     }
     if (dataOutput & StatisticsCollector::ExcelXML)
     {
         if ((OutputFile = fopen((Name+".xml").c_str(), "w+t")) == NULL) {
             printf("Can't open .xml file\n");
         } else {
             //vector<value_t> *TmpVect;
             //Statistics_t::iterator ii, i = Statistics.begin();
             //Analysis_t::iterator jj, j = i->second.Analysis.begin();
             char UserName[100];
             char SheetName[20];
             char TimerBuff[100], DateBuff[100];
 #if _WIN32 || _WIN64
             strcpy(UserName,getenv("USERNAME"));
 #else
             strcpy(UserName,getenv("USER"));
 #endif
             //--------------------------------
             strcpy(SheetName,"Horizontal");
             GetTime(TimerBuff,sizeof(TimerBuff));
             GetDate(DateBuff,sizeof(DateBuff));
             //--------------------------
             fprintf(OutputFile, XMLHead, UserName, TimerBuff);
             fprintf(OutputFile, XMLStyles);
             fprintf(OutputFile, XMLBeginSheet, SheetName);
             fprintf(OutputFile, XMLNames,1,1,1,int(AnalysisTitles.size()+Formulas.size()+COUNT_PARAMETERS));
             fprintf(OutputFile, XMLBeginTable, int(RoundTitles.size()+Formulas.size()+AnalysisTitles.size()+COUNT_PARAMETERS+1/*title*/), int(Statistics.size()+1));
             fprintf(OutputFile, XMLBRow);
             fprintf(OutputFile, XMLCellTopName);
             fprintf(OutputFile, XMLCellTopThread);
             fprintf(OutputFile, XMLCellTopMode, ModeName);
             for (AnalysisTitles_t::iterator j = AnalysisTitles.begin(); j != AnalysisTitles.end(); j++)
                 fprintf(OutputFile, XMLAnalysisTitle, j->c_str()+1);
             for (Formulas_t::iterator j = Formulas.begin(); j != Formulas.end(); j++)
                 fprintf(OutputFile, XMLAnalysisTitle, j->first.c_str()+1);
             for (RoundTitles_t::iterator j = RoundTitles.begin(); j != RoundTitles.end(); j++)
                 fprintf(OutputFile, XMLAnalysisTitle, j->c_str());
             fprintf(OutputFile, XMLCellEmptyWhite, Title.c_str());
             fprintf(OutputFile, XMLERow);
             //------------------------
             for (Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
             {
                 fprintf(OutputFile, XMLBRow);
                 fprintf(OutputFile, XMLCellName,  i->second->Name.c_str());
                 fprintf(OutputFile, XMLCellThread,i->second->Threads);
                 fprintf(OutputFile, XMLCellMode,  i->second->Mode.c_str());
                 //statistics
                 AnalysisTitles_t::iterator at = AnalysisTitles.begin();
                 for (Analysis_t::iterator j = i->second->Analysis.begin(); j != i->second->Analysis.end(); at++)
                 {
                     fprintf(OutputFile, XMLCellAnalysis, (*at != j->first)?"":(i->second->Analysis[j->first]).c_str());
                     if(*at == j->first) j++;
                 }
                 //formulas
                 size_t place = 0;
                 Results_t &v = i->second->Results;
                 for (Formulas_t::iterator f = Formulas.begin(); f != Formulas.end(); f++, place++)
                     fprintf(OutputFile, XMLCellFormula, ExcelFormula(f->second, Formulas.size()-place, v.size(), true).c_str());
                 //data
                 for (size_t k = 0; k < v.size(); k++)
                 {
                     fprintf(OutputFile, XMLCellData, v[k]);
                 }
                 if(v.size() < RoundTitles.size())
                     fprintf(OutputFile, XMLMergeRow, int(RoundTitles.size() - v.size()));
                 fprintf(OutputFile, XMLERow);
             }
             //------------------------
             fprintf(OutputFile, XMLEndTable);
             fprintf(OutputFile, XMLWorkSheetProperties,1,1,3,3,int(RoundTitles.size()+AnalysisTitles.size()+Formulas.size()+COUNT_PARAMETERS));
             fprintf(OutputFile, XMLAutoFilter,1,1,1,int(AnalysisTitles.size()+Formulas.size()+COUNT_PARAMETERS));
             fprintf(OutputFile, XMLEndWorkSheet);
             //----------------------------------------
             fprintf(OutputFile, XMLEndWorkbook);
             fclose(OutputFile);
         }
     }
 }
	/*
	Copyright 2005-2010 Intel Corporation. All Rights Reserved.

	This file is part of Threading Building Blocks.

	Threading Building Blocks is free software; you can redistribute it
	and/or modify it under the terms of the GNU General Public License
	version 2 as published by the Free Software Foundation.

	Threading Building Blocks is distributed in the hope that it will be
	useful, but WITHOUT ANY WARRANTY; without even the implied warranty
	of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
	GNU General Public License for more details.

	You should have received a copy of the GNU General Public License
	along with Threading Building Blocks; if not, write to the Free Software
	Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA

	As a special exception, you may use this file as part of a free software
	library without restriction. Specifically, if other files instantiate
	templates or use macros or inline functions from this file, or you compile
	this file and link it with other files to produce an executable, this
	file does not by itself cause the resulting executable to be covered by
	the GNU General Public License. This exception does not however
	invalidate any other reasons why the executable file might be covered by
	the GNU General Public License.
	*/

	#include "statistics.h"
	#include "statistics_xml.h"

	#define COUNT_PARAMETERS 3

	#ifdef _MSC_VER
	#define snprintf _snprintf
	#endif

	void GetTime(char* buff,int size_buff)
	{
	tm *newtime;
	time_t timer;
	time(&timer);
	newtime=localtime(&timer);
	strftime(buff,size_buff,"%H:%M:%S",newtime);
	}

	void GetDate(char* buff,int size_buff)
	{
	tm *newtime;
	time_t timer;
	time(&timer);
	newtime=localtime(&timer);
	strftime(buff,size_buff,"%Y-%m-%d",newtime);
	}


	StatisticsCollector::TestCase StatisticsCollector::SetTestCase(const char name, const char mode, int threads)
	{
	string KeyName(name);
	switch (SortMode)
	{
	case ByThreads: KeyName += Format("_%02d_%s", threads, mode); break;
	default:
	case ByAlg: KeyName += Format("_%s_%02d", mode, threads); break;
	}
	CurrentKey = Statistics[KeyName];
	if(!CurrentKey) {
	CurrentKey = new StatisticResults;
	CurrentKey->Mode = mode;
	CurrentKey->Name = name;
	CurrentKey->Threads = threads;
	CurrentKey->Results.reserve(RoundTitles.size());
	Statistics[KeyName] = CurrentKey;
	}
	return TestCase(CurrentKey);
	}

	StatisticsCollector::~StatisticsCollector()
	{
	for(Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
	delete i->second;
	}

	void StatisticsCollector::ReserveRounds(size_t index)
	{
	size_t i = RoundTitles.size();
	if (i > index) return;
	char buf[16];
	RoundTitles.resize(index+1);
	for(; i <= index; i++) {
	snprintf( buf, 15, "%u", unsigned(i+1) );
	RoundTitles[i] = buf;
	}
	for(Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++) {
	if(!i->second) printf("!!!'%s' = NULL\n", i->first.c_str());
	else i->second->Results.reserve(index+1);
	}
	}

	void StatisticsCollector::AddRoundResult(const TestCase &key, value_t v)
	{
	ReserveRounds(key.access->Results.size());
	key.access->Results.push_back(v);
	}

	void StatisticsCollector::SetRoundTitle(size_t index, const char *fmt, ...)
	{
	vargf2buff(buff, 128, fmt);
	ReserveRounds(index);
	RoundTitles[index] = buff;
	}

	void StatisticsCollector::AddStatisticValue(const TestCase &key, const char type, const char fmt, ...)
	{
	vargf2buff(buff, 128, fmt);
	AnalysisTitles.insert(type);
	key.access->Analysis[type] = buff;
	}

	void StatisticsCollector::AddStatisticValue(const char type, const char fmt, ...)
	{
	vargf2buff(buff, 128, fmt);
	AnalysisTitles.insert(type);
	CurrentKey->Analysis[type] = buff;
	}

	void StatisticsCollector::SetStatisticFormula(const char name, const char formula)
	{
	Formulas[name] = formula;
	}

	void StatisticsCollector::SetTitle(const char *fmt, ...)
	{
	vargf2buff(buff, 256, fmt);
	Title = buff;
	}

	string ExcelFormula(const string &fmt, size_t place, size_t rounds, bool is_horizontal)
	{
	char buff[16];
	if(is_horizontal)
	snprintf(buff, 15, "RC[%u]:RC[%u]", unsigned(place), unsigned(place+rounds-1));
	else
	snprintf(buff, 15, "R[%u]C:R[%u]C", unsigned(place+1), unsigned(place+rounds));
	string result(fmt); size_t pos = 0;
	while ( (pos = result.find("ROUNDS", pos, 6)) != string::npos )
	result.replace(pos, 6, buff);
	return result;
	}

	void StatisticsCollector::Print(int dataOutput, const char *ModeName)
	{
	FILE *OutputFile;
	if (dataOutput & StatisticsCollector::Stdout)
	{
	printf("\n-=# %s #=-\n", Title.c_str());
	if(SortMode == ByThreads)
	printf(" Name \| # \| %s ", ModeName);
	else
	printf(" Name \| %s \| # ", ModeName);
	for (AnalysisTitles_t::iterator i = AnalysisTitles.begin(); i != AnalysisTitles.end(); i++)
	printf("\|%s", i->c_str()+1);

	for (Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
	{
	if(SortMode == ByThreads)
	printf("\n%12s\|% 5d\|%6s", i->second->Name.c_str(), i->second->Threads, i->second->Mode.c_str());
	else
	printf("\n%12s\|%6s\|% 5d", i->second->Name.c_str(), i->second->Mode.c_str(), i->second->Threads);
	Analysis_t &analisis = i->second->Analysis;
	AnalysisTitles_t::iterator t = AnalysisTitles.begin();
	for (Analysis_t::iterator a = analisis.begin(); a != analisis.end(); t++)
	{
	char fmt[8]; snprintf(fmt, 7, "\|%% %us", unsigned(max(size_t(3), t->size())));
	if(*t != a->first)
	printf(fmt, "");
	else {
	printf(fmt, a->second.c_str()); a++;
	}
	}
	}
	printf("\n");
	}
	if (dataOutput & StatisticsCollector::HTMLFile)
	{
	if ((OutputFile = fopen((Name+".html").c_str(), "w+t")) != NULL)
	{
	char TimerBuff[100], DateBuff[100];
	GetTime(TimerBuff,sizeof(TimerBuff));
	GetDate(DateBuff,sizeof(DateBuff));
	fprintf(OutputFile, "<html><head>\n<title>%s</title>\n</head><body>\n", Title.c_str());
	//-----------------------
	fprintf(OutputFile, "<table id=\"h\" style=\"position:absolute;top:20\" border=1 cellspacing=0 cellpadding=2>\n");
	fprintf(OutputFile, "<tr><td><a name=hr href=#vr onclick=\"v.style.visibility='visible';"
	"h.style.visibility='hidden';\">Flip[H]</a></td>"
	"<td>%s</td><td>%s</td><td colspan=%u>%s</td>",
	DateBuff, TimerBuff, unsigned(AnalysisTitles.size() + RoundTitles.size()), Title.c_str());
	fprintf(OutputFile, "</tr>\n<tr bgcolor=#CCFFFF><td>Name</td><td>Threads</td><td>%s</td>", ModeName);
	for (AnalysisTitles_t::iterator i = AnalysisTitles.begin(); i != AnalysisTitles.end(); i++)
	fprintf(OutputFile, "<td>%s</td>", i->c_str()+1);
	for (size_t i = 0; i < RoundTitles.size(); i++)
	fprintf(OutputFile, "<td>%s</td>", RoundTitles[i].c_str());
	for (Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
	{
	fprintf(OutputFile, "</tr>\n<tr><td bgcolor=#CCFFCC>%s</td><td bgcolor=#CCFFCC>%d</td><td bgcolor=#CCFFCC>%4s</td>",
	i->second->Name.c_str(), i->second->Threads, i->second->Mode.c_str());
	//statistics
	AnalysisTitles_t::iterator t = AnalysisTitles.begin();
	for (Analysis_t::iterator j = i->second->Analysis.begin(); j != i->second->Analysis.end(); t++)
	{
	fprintf(OutputFile, "<td bgcolor=#FFFF99>%s</td>", (*t != j->first)?" ":(i->second->Analysis[j->first]).c_str());
	if(*t == j->first) j++;
	}
	//data
	Results_t &r = i->second->Results;
	for (size_t k = 0; k < r.size(); k++)
	{
	fprintf(OutputFile, "<td>");
	fprintf(OutputFile, ResultsFmt, r[k]);
	fprintf(OutputFile, "</td>");
	}
	}
	fprintf(OutputFile, "</tr>\n</table>\n");
	//////////////////////////////////////////////////////
	fprintf(OutputFile, "<table id=\"v\" style=\"visibility:hidden;position:absolute;top:20\" border=1 cellspacing=0 cellpadding=2>\n");
	fprintf(OutputFile, "<tr><td><a name=vr href=#hr onclick=\"h.style.visibility='visible';"
	"v.style.visibility='hidden';\">Flip[V]</a></td>\n"
	"<td>%s</td><td>%s</td><td colspan=%u>%s</td>",
	DateBuff, TimerBuff, unsigned(max(Statistics.size()-2,size_t(1))), Title.c_str());

	fprintf(OutputFile, "</tr>\n<tr bgcolor=#CCFFCC><td bgcolor=#CCFFFF>Name</td>");
	for (Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
	fprintf(OutputFile, "<td>%s</td>", i->second->Name.c_str());
	fprintf(OutputFile, "</tr>\n<tr bgcolor=#CCFFCC><td bgcolor=#CCFFFF>Threads</td>");
	for (Statistics_t::iterator n = Statistics.begin(); n != Statistics.end(); n++)
	fprintf(OutputFile, "<td>%d</td>", n->second->Threads);
	fprintf(OutputFile, "</tr>\n<tr bgcolor=#CCFFCC><td bgcolor=#CCFFFF>%s</td>", ModeName);
	for (Statistics_t::iterator m = Statistics.begin(); m != Statistics.end(); m++)
	fprintf(OutputFile, "<td>%s</td>", m->second->Mode.c_str());

	for (AnalysisTitles_t::iterator t = AnalysisTitles.begin(); t != AnalysisTitles.end(); t++)
	{
	fprintf(OutputFile, "</tr>\n<tr bgcolor=#FFFF99><td bgcolor=#CCFFFF>%s</td>", t->c_str()+1);
	for (Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
	fprintf(OutputFile, "<td>%s</td>", i->second->Analysis.count(t)?i->second->Analysis[t].c_str():" ");
	}

	for (size_t r = 0; r < RoundTitles.size(); r++)
	{
	fprintf(OutputFile, "</tr>\n<tr><td bgcolor=#CCFFFF>%s</td>", RoundTitles[r].c_str());
	for (Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
	{
	Results_t &result = i->second->Results;
	fprintf(OutputFile, "<td>");
	if(result.size() > r)
	fprintf(OutputFile, ResultsFmt, result[r]);
	fprintf(OutputFile, "</td>");
	}
	}
	fprintf(OutputFile, "</tr>\n</table>\n</body></html>\n");
	fclose(OutputFile);
	}
	}
	if (dataOutput & StatisticsCollector::ExcelXML)
	{
	if ((OutputFile = fopen((Name+".xml").c_str(), "w+t")) == NULL) {
	printf("Can't open .xml file\n");
	} else {
	//vector<value_t> *TmpVect;
	//Statistics_t::iterator ii, i = Statistics.begin();
	//Analysis_t::iterator jj, j = i->second.Analysis.begin();
	char UserName[100];
	char SheetName[20];
	char TimerBuff[100], DateBuff[100];
	#if _WIN32 \|\| _WIN64
	strcpy(UserName,getenv("USERNAME"));
	#else
	strcpy(UserName,getenv("USER"));
	#endif
	//--------------------------------
	strcpy(SheetName,"Horizontal");
	GetTime(TimerBuff,sizeof(TimerBuff));
	GetDate(DateBuff,sizeof(DateBuff));
	//--------------------------
	fprintf(OutputFile, XMLHead, UserName, TimerBuff);
	fprintf(OutputFile, XMLStyles);
	fprintf(OutputFile, XMLBeginSheet, SheetName);
	fprintf(OutputFile, XMLNames,1,1,1,int(AnalysisTitles.size()+Formulas.size()+COUNT_PARAMETERS));
	fprintf(OutputFile, XMLBeginTable, int(RoundTitles.size()+Formulas.size()+AnalysisTitles.size()+COUNT_PARAMETERS+1/title/), int(Statistics.size()+1));
	fprintf(OutputFile, XMLBRow);
	fprintf(OutputFile, XMLCellTopName);
	fprintf(OutputFile, XMLCellTopThread);
	fprintf(OutputFile, XMLCellTopMode, ModeName);
	for (AnalysisTitles_t::iterator j = AnalysisTitles.begin(); j != AnalysisTitles.end(); j++)
	fprintf(OutputFile, XMLAnalysisTitle, j->c_str()+1);
	for (Formulas_t::iterator j = Formulas.begin(); j != Formulas.end(); j++)
	fprintf(OutputFile, XMLAnalysisTitle, j->first.c_str()+1);
	for (RoundTitles_t::iterator j = RoundTitles.begin(); j != RoundTitles.end(); j++)
	fprintf(OutputFile, XMLAnalysisTitle, j->c_str());
	fprintf(OutputFile, XMLCellEmptyWhite, Title.c_str());
	fprintf(OutputFile, XMLERow);
	//------------------------
	for (Statistics_t::iterator i = Statistics.begin(); i != Statistics.end(); i++)
	{
	fprintf(OutputFile, XMLBRow);
	fprintf(OutputFile, XMLCellName, i->second->Name.c_str());
	fprintf(OutputFile, XMLCellThread,i->second->Threads);
	fprintf(OutputFile, XMLCellMode, i->second->Mode.c_str());
	//statistics
	AnalysisTitles_t::iterator at = AnalysisTitles.begin();
	for (Analysis_t::iterator j = i->second->Analysis.begin(); j != i->second->Analysis.end(); at++)
	{
	fprintf(OutputFile, XMLCellAnalysis, (*at != j->first)?"":(i->second->Analysis[j->first]).c_str());
	if(*at == j->first) j++;
	}
	//formulas
	size_t place = 0;
	Results_t &v = i->second->Results;
	for (Formulas_t::iterator f = Formulas.begin(); f != Formulas.end(); f++, place++)
	fprintf(OutputFile, XMLCellFormula, ExcelFormula(f->second, Formulas.size()-place, v.size(), true).c_str());
	//data
	for (size_t k = 0; k < v.size(); k++)
	{
	fprintf(OutputFile, XMLCellData, v[k]);
	}
	if(v.size() < RoundTitles.size())
	fprintf(OutputFile, XMLMergeRow, int(RoundTitles.size() - v.size()));
	fprintf(OutputFile, XMLERow);
	}
	//------------------------
	fprintf(OutputFile, XMLEndTable);
	fprintf(OutputFile, XMLWorkSheetProperties,1,1,3,3,int(RoundTitles.size()+AnalysisTitles.size()+Formulas.size()+COUNT_PARAMETERS));
	fprintf(OutputFile, XMLAutoFilter,1,1,1,int(AnalysisTitles.size()+Formulas.size()+COUNT_PARAMETERS));
	fprintf(OutputFile, XMLEndWorkSheet);
	//----------------------------------------
	fprintf(OutputFile, XMLEndWorkbook);
	fclose(OutputFile);
	}
	}
	}