xref: /trunk/main/automation/source/server/profiler.cxx (revision cdf0e10c)

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 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU Lesser General Public License version 3 for more details
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 * <http://www.openoffice.org/license.html>
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// MARKER(update_precomp.py): autogen include statement, do not remove
#include "precompiled_automation.hxx"


#include <tools/time.hxx>
#include <tools/string.hxx>
#include <unotools/localedatawrapper.hxx>
#include <vcl/svapp.hxx>
#ifndef _BASIC_TTRESHLP_HXX
#include <basic/ttstrhlp.hxx>
#endif


#include "profiler.hxx"


TTProfiler::TTProfiler()
: mpStart( NULL )
, mpEnd( NULL )
, bIsProfileIntervalStarted( sal_False )
, bIsProfilingPerCommand( sal_False )
, bIsPartitioning( sal_False )
, bIsAutoProfiling( sal_False )
, pSysDepStatic( NULL )
{
	InitSysdepProfiler();
	mpStart = new ProfileSnapshot;
	mpStart->pSysdepProfileSnapshot = NewSysdepSnapshotData();
	mpEnd = new ProfileSnapshot;
	mpEnd->pSysdepProfileSnapshot = NewSysdepSnapshotData();
	StartProfileInterval();
}

TTProfiler::~TTProfiler()
{
	if ( IsAutoProfiling() )
		StopAutoProfiling();
	if ( mpStart )
	{
		if ( mpStart->pSysdepProfileSnapshot )
			DeleteSysdepSnapshotData( mpStart->pSysdepProfileSnapshot );
		delete mpStart;
		mpStart = NULL;
	}
	if ( mpEnd )
	{
		if ( mpEnd->pSysdepProfileSnapshot )
			DeleteSysdepSnapshotData( mpEnd->pSysdepProfileSnapshot );
		delete mpEnd;
		mpEnd = NULL;
	}
	DeinitSysdepProfiler();
}


String TTProfiler::GetProfileHeader()
{
	UniString aReturn;
	aReturn += '\n';
	if ( !IsAutoProfiling() )
		aReturn.AppendAscii("Befehl").Append(TabString(36));

	aReturn.AppendAscii("   Zeitdauer");
	aReturn.AppendAscii("  Ticks in %");
	aReturn.Append( GetSysdepProfileHeader() );
	aReturn.AppendAscii("\n");
	return aReturn;
}


void TTProfiler::StartProfileInterval( sal_Bool bReadAnyway )
{
	if ( !bIsProfileIntervalStarted || bReadAnyway )
	{
		GetProfileSnapshot( mpStart );
		GetSysdepProfileSnapshot( mpStart->pSysdepProfileSnapshot, PROFILE_START );
		bIsProfileIntervalStarted = sal_True;
	}
}

String TTProfiler::GetProfileLine( ProfileSnapshot *pStart, ProfileSnapshot *pEnd )
{
	String aProfileString;

	aProfileString += Pad(GetpApp()->GetAppLocaleDataWrapper().getDuration( DIFF( pStart, pEnd, aTime) , sal_True, sal_True ), 12);

	sal_uLong nProcessTicks = DIFF( pStart, pEnd, nProcessTicks );
	sal_uLong nSystemTicks = DIFF( pStart, pEnd, nSystemTicks );
	if ( nSystemTicks )
	{
		aProfileString += Pad(UniString::CreateFromInt32( (100 * nProcessTicks) / nSystemTicks ), 11);
		aProfileString += '%';
	}
	else
		aProfileString += Pad(CUniString("??  "), 12);

	return aProfileString;
}


String TTProfiler::GetProfileLine( String &aPrefix )
{
	String aProfileString;
	if ( IsProfilingPerCommand() || IsAutoProfiling() )
	{
		aProfileString = aPrefix;
		aProfileString += TabString(35);


		aProfileString += GetProfileLine( mpStart, mpEnd );
		aProfileString += GetSysdepProfileLine( mpStart->pSysdepProfileSnapshot, mpEnd->pSysdepProfileSnapshot );
		aProfileString += '\n';
	}

	return aProfileString;
}


void TTProfiler::EndProfileInterval()
{
	GetProfileSnapshot( mpEnd );
	GetSysdepProfileSnapshot( mpEnd->pSysdepProfileSnapshot, PROFILE_END );
	bIsProfileIntervalStarted = sal_False;
}


void TTProfiler::GetProfileSnapshot( ProfileSnapshot *pProfileSnapshot )
{
	pProfileSnapshot->aTime = Time();
	pProfileSnapshot->nProcessTicks = Time::GetProcessTicks();
	pProfileSnapshot->nSystemTicks = Time::GetSystemTicks();
}


void TTProfiler::StartProfilingPerCommand()		// Jeden Befehl mitschneiden
{
	bIsProfilingPerCommand = sal_True;
}

void TTProfiler::StopProfilingPerCommand()
{
	bIsProfilingPerCommand = sal_False;
}

void TTProfiler::StartPartitioning()
{
	bIsPartitioning = sal_True;
}

void TTProfiler::StopPartitioning()
{
	bIsPartitioning = sal_True;
}

sal_uLong TTProfiler::GetPartitioningTime()
{
	return DIFF( mpStart, mpEnd, nSystemTicks );
}



void TTProfiler::StartAutoProfiling( sal_uLong nMSec )
{
	if ( !bIsAutoProfiling )
	{
		pAutoStart = new ProfileSnapshot;
		pAutoStart->pSysdepProfileSnapshot = NewSysdepSnapshotData();
		pAutoEnd = new ProfileSnapshot;
		pAutoEnd->pSysdepProfileSnapshot = NewSysdepSnapshotData();
		GetProfileSnapshot( pAutoStart );
		GetSysdepProfileSnapshot( pAutoStart->pSysdepProfileSnapshot, PROFILE_START );
		SetTimeout( nMSec );
		bIsAutoProfiling = sal_True;
		Start();
	}

}

void TTProfiler::Timeout()
{
	GetProfileSnapshot( pAutoEnd );
	GetSysdepProfileSnapshot( pAutoEnd->pSysdepProfileSnapshot, PROFILE_END );
	String aLine;

	aLine += GetProfileLine( pAutoStart, pAutoEnd );
	aLine += GetSysdepProfileLine( pAutoStart->pSysdepProfileSnapshot, pAutoEnd->pSysdepProfileSnapshot );
	aLine += '\n';

	aAutoProfileBuffer += aLine;

	ProfileSnapshot *pTemp = pAutoStart;		// Tauschen, so da� jetziges Ende n�chsten Start wird
	pAutoStart = pAutoEnd;
	pAutoEnd = pTemp;

	Start();	// Timer neu starten
}

String TTProfiler::GetAutoProfiling()
{
	String aTemp(aAutoProfileBuffer);
	aAutoProfileBuffer.Erase();
	return aTemp;
}

void TTProfiler::StopAutoProfiling()
{
	if ( bIsAutoProfiling )
	{
		Stop();
		bIsAutoProfiling = sal_False;
	}
}



//String TTProfiler::Hex( sal_uLong nNr )
String TTProfiler::Dec( sal_uLong nNr )
{
	String aRet(UniString::CreateFromInt32(nNr));
	if ( nNr < 100 )
	{
		aRet = Pad( aRet, 3);
		aRet.SearchAndReplaceAll(' ','0');
	}
	aRet.Insert( ',', aRet.Len() - 2 );
	return aRet;
}

String TTProfiler::Pad( const String aS, xub_StrLen nLen )
{
	if ( nLen > aS.Len() )
		return UniString().Fill( nLen - aS.Len() ).Append( aS );
	else
		return CUniString(" ").Append( aS );
}