// Copyright (c) 2005-2009 Nokia Corporation and/or its subsidiary(-ies).

// All rights reserved.

// This component and the accompanying materials are made available

// under the terms of "Eclipse Public License v1.0"

// which accompanies this distribution, and is available

// at the URL "http://www.eclipse.org/legal/epl-v10.html".

//

// Initial Contributors:

// Nokia Corporation - initial contribution.

//

// Contributors:

//

// Description:

// Example CTestStep derived implementation

// 

//

/**

 @file CUTrace_Performance_Step.cpp

 @internalTechnology

*/

#include "cutrace_user_performance_step.h"

#include "te_utracesuitedefs.h"

#include <hal.h>

CUTrace_User_Performance_Step::~CUTrace_User_Performance_Step()

/**

 * Destructor

 */

	{

	}

CUTrace_User_Performance_Step::CUTrace_User_Performance_Step()

/**

 * Constructor

 */

	{

	// **MUST** call SetTestStepName in the constructor as the controlling

	// framework uses the test step name immediately following construction to set

	// up the step's unique logging ID.

	ReplaceFile(KLogUBenchFileName);

	SetTestStepName(KUTrace_User_Performance_Step);

	}

/*TVerdict CUTrace_Performance_Step::doTestStepPreambleL()

**

 * @return - TVerdict code

 * Override of base class virtual

 *

	{

	INFO_PRINTF1(_L("Please delete this line or modify it. I am in Test Step Preamble in Class CUTrace_Trace_a1a2a3_Step"));

	// uncomment the following 3 lines if you have common pre setting to all the test steps in there

	// CTe_UTraceSuiteStepBase::doTestStepPreambleL();

	// if (TestStepResult()!=EPass)

	//    return   TestStepResult();

	// process some pre setting to this test step then set SetTestStepResult to EFail or Epass.

	SetTestStepResult(EPass);

	return TestStepResult();

	}

*/

TVerdict CUTrace_User_Performance_Step::doTestStepL()

/**

 * @return - TVerdict code

 * Override of base class pure virtual

 * Our implementation only gets called if the base class doTestStepPreambleL() did

 * not leave. That being the case, the current test result value will be EPass.

 */

	{

	if (TestStepResult()==EPass)

		{

		TInt err = KErrNone;

		TBool logged = iLoggingEnabled;

		TInt failed = 0;

		TUTrace trace(iPF2,KText,EFalse,EFalse);

		trace.Printf("CUtrace_Performance_Step");

		INFO_PRINTF1(_L("UID Context PC \t BTrace Time \t UTrace Time \t diff"));

		for(TBool logging = 0; logging <= 1; logging++)

			{

			if(logging)

				{

				err = StartLogging();

				trace.Printf("Traces enabled");

				INFO_PRINTF1(_L("Traces enabled"));

				}

			else

				{

				trace.Printf("Traces disabled");

				INFO_PRINTF1(_L("Traces disabled"));

				}

			if(!err)

				{

				for(TBool uid = 0; uid <=1; uid++)

					for(TBool context = 0; context <= 1; context++)

						for(TBool pc = 0; pc <=1; pc++)

							for(TInt type = 0; type <= 4; type++)

							{

							TInt utraceTime = 0;

							TInt btraceTime = 0;

							if(uid)

								logged = UserUTraceBench(iPF1, type, iUid, context, pc, utraceTime);

							else

								logged = UserUTraceBench(iPF1, type, uid, context, pc, utraceTime);

							if(logged != iLoggingEnabled){INFO_PRINTF2(_L("Utrace failed to log = %i"), logged ); failed++;}

							logged = UserBTraceBench(iPF1, type, uid, context, pc, btraceTime);

							if(logged != iLoggingEnabled){INFO_PRINTF2(_L("BTrace failed to log = %i"), logged ); failed++;}

							TReal32 calc = utraceTime-btraceTime;

							calc = calc/btraceTime*100;

							TInt diff = calc;

							if(type==0)

								INFO_PRINTF7(_L("empty - %i%i%i \t\t %i \t\t %i \t = %i%%"), uid, context, pc, btraceTime, utraceTime, diff);

							if(type==1)

								INFO_PRINTF7(_L("a1 a2 - %i%i%i \t\t %i \t\t %i \t = %i%%"), uid, context, pc, btraceTime, utraceTime, diff);

							if(type==2)

								INFO_PRINTF7(_L("KAny  %i%i%i \t\t %i \t\t %i \t = %i%%"), uid, context, pc, btraceTime, utraceTime, diff);

							if(type==3)

								INFO_PRINTF7(_L("Printf char* - %i%i%i \t %i \t\t %i \t = %i%%"), uid, context, pc, btraceTime, utraceTime, diff);

							if(type==4)

								INFO_PRINTF7(_L("Printf TRefByVal - %i%i%i \t %i \t\t %i \t = %i%%"), uid, context, pc, btraceTime, utraceTime, diff);

							/*							if(type==5)

							if(type==6)

										INFO_PRINTF7(_L("KAny  %i%i%i \t\t %i \t\t %i \t = %i%%"), uid, context, pc, btraceTime, utraceTime, diff);

							if(type==7)

								INFO_PRINTF7(_L("Printf TDes16 %i%i%i \t %i \t\t %i \t = %i%%"), uid, context, pc, btraceTime, utraceTime, diff);

							if(type==8)

								INFO_PRINTF7(_L("Printf TDes8 %i%i%i \t %i \t\t %i \t = %i%%"), uid, context, pc, btraceTime, utraceTime, diff);

*/							}

				}

			if(logging && !err)

				StopLogging();

			}

		if(!err && failed == 0)

			SetTestStepResult(EPass);

		else

			SetTestStepResult(EFail);

		}

	//end of test

	return TestStepResult();

	}

/*

TVerdict CUTrace_Performance_Step::doTestStepPostambleL()

**

 * @return - TVerdict code

 * Override of base class virtual

 *

	{

	INFO_PRINTF1(_L("Please delete this line or modify it. I am in Test Step Postamble in Class CUTrace_Trace_a1a2a3_Step"));

	// process something post setting to the test step

	// uncomment the following line if you have common post setting to all the test steps in there

	// CTe_UTraceSuiteStepBase::doTestStepPostambleL();

	// uncomment the following line if you have post process or remove the following line if no post process

	// SetTestStepResult(EPass);		// or EFail

	return TestStepResult();

	}

*/

TBool CUTrace_User_Performance_Step::UserUTraceBench(TPrimaryFilter aF1, TInt aType, TBool aUID, TBool aContext,TBool aPC, TInt& aTime)

	{

	TInt count = 0;

	RTimer timer;

	TRequestStatus status;

	TInt err = KErrNone;

	TBool logged = EFalse;

	err = timer.CreateLocal();

	if(err != KErrNone)

		return err;

	timer.After(status,1);

	User::WaitForRequest(status);

	timer.After(status,1000000);

	TTraceSchema format = 3;

	if(aType == 0)

		if(aUID>0)

			do

				{

	//			UTrace trace(aF1, KBinary, aUID, aContext, aPC);

	//			logged = trace.TraceB();

				logged = TUTrace::Trace(aF1,aUID,format,aContext,aPC);

				++count;

				}

			while(status==KRequestPending);

		else

			do

				{

	//			UTrace trace(aF1, KBinary, aUID, aContext, aPC);

	//			logged = trace.TraceB();

				logged = TUTrace::TracePrimary(aF1,format,aContext,aPC);

				++count;

				}

			while(status==KRequestPending);

	if(aType == 1 )

		if(aUID > 0)

			do

				{

	//			UTrace trace(aF1, 3, aUID, aContext, aPC);

	//			logged = trace.TraceB(iA1,iA2);

				logged = TUTrace::Trace(aF1,aUID,format,aContext,aPC,iA1,iA2);

				++count;

				}

			while(status==KRequestPending);

		else

			do

				{

//				UTrace trace(aF1, 3, aUID, aContext, aPC);

	//			logged = trace.TraceB(iA1,iA2);

				logged = TUTrace::TracePrimary(aF1,format,aContext,aPC,iA1,iA2);

				++count;

				}

			while(status==KRequestPending);

	if(aType == 2)

		if(aUID>0)

			do

				{

//				UTrace trace(aF1, 3, aUID, aContext, aPC);

//				logged = trace.TraceB(&iBuf16,sizeof(iBuf16));

				logged = TUTrace::Trace(aF1,aUID,format,aContext,aPC,&iBuf16,sizeof(iBuf16));

				++count;

				}

			while(status==KRequestPending);

		else

			do

				{

//				UTrace trace(aF1, 3, aUID, aContext, aPC);

//				logged = trace.TraceB(&iBuf16,sizeof(iBuf16));

				logged = TUTrace::TracePrimary(aF1,format,aContext,aPC,&iBuf16,sizeof(iBuf16));

				++count;

				}

			while(status==KRequestPending);

	if(aType == 3)

		if(aUID>0)

			do

				{

//				UTrace trace(aF1, 3, aUID, aContext, aPC);

//				logged = trace.PrintF("hello world");

				logged = TUTrace::Printf(aF1,aUID,aContext,aPC,"Hello world %i", 9999);

				++count;

				}

			while(status==KRequestPending);

			do

				{

//				UTrace trace(aF1, 3, aUID, aContext, aPC);

//				logged = trace.PrintF("hello world");

				logged = TUTrace::PrintfPrimary(aF1,aContext,aPC,"Hello world %i", 9999);

				++count;

				}

			while(status==KRequestPending);

	if(aType == 4)

		if(aUID > 0)

			do

				{

//				UTrace trace(aF1, 3, aUID, aContext, aPC);

//				logged = trace.PrintF(_L("My printf string 1234 = %i"), 1234);

				logged = TUTrace::Printf(aF1,aUID,aContext,aPC,KName16,9999);

				++count;

				}

			while(status==KRequestPending);

		else

			do

				{

//				UTrace trace(aF1, 3, aUID, aContext, aPC);

//				logged = trace.PrintF(_L("My printf string 1234 = %i"), 1234);

				logged = TUTrace::PrintfPrimary(aF1,aContext,aPC,KName16,9999);

				++count;

				}

			while(status==KRequestPending);

	if(aType > 4)

		count = 1;

	User::WaitForRequest(status);

	aTime = 1000000000/count;

	return logged;

	}

TBool CUTrace_User_Performance_Step::UserBTraceBench(TPrimaryFilter aF1, TInt aType, TBool aUID, TBool aContext, TBool aPC, TInt& aTime)

	{

	TInt count = 0;

	TBool logged = EFalse;

	RTimer timer;

	TRequestStatus status;

	TInt err = timer.CreateLocal();

	if(err != KErrNone)

		return err;

	timer.After(status,1);

	User::WaitForRequest(status);

	timer.After(status,1000000);

	if(aUID==false && aContext==false && aPC==false)

		{

		if(aType == 0)

			do

				{

				logged = BTrace0(aF1, 3);

				++count;

				}

			while(status==KRequestPending);

		if(aType == 1)

			do

				{

				logged = BTrace8(aF1, 3,iA1,iA2);

				++count;

				}

			while(status==KRequestPending);

		if(aType == 2)

			do

				{

				logged = BTraceBig(aF1, 3,iA1, &iBuf16,sizeof(iBuf16));

				++count;

				}

			while(status==KRequestPending);

		if(aType == 3)

			do

				{

				logged = BTraceBig(aF1, 3, iA1, &iBuf8, sizeof(iBuf8));

				++count;

				}

			while(status==KRequestPending);

		if(aType == 4)

			do

				{

				logged = BTraceBig(aF1, 3, iA1, &KAny16, sizeof(KAny16));

				++count;

				}

			while(status==KRequestPending);

		}

	if(aUID==false && aContext==false && aPC==true)

		{

		if(aType == 0)

			do

				{

				logged = BTracePc0(aF1, 3);

				++count;

				}

			while(status==KRequestPending);

		if(aType == 1)

			do

				{

				logged = BTracePc8(aF1, 3,iA1,iA2);

				++count;

				}

			while(status==KRequestPending);

		if(aType == 2)

			do

				{

				logged = BTracePcBig(aF1, 3, iA1, &iBuf16,sizeof(iBuf16));

				++count;

				}

			while(status==KRequestPending);

		if(aType == 3)

			do

				{

				logged = BTracePcBig(aF1, 3, iA1, &iBuf8, sizeof(iBuf8));

				++count;

				}

			while(status==KRequestPending);

		if(aType == 4)

			do

				{

				logged = BTracePcBig(aF1, 3, iA1, &KAny16, sizeof(KAny16));

				++count;

				}

			while(status==KRequestPending);

		}

	if(aUID==false && aContext==true && aPC==false)

		{

		if(aType == 0)

			do

				{

				logged = BTraceContext0(aF1, 3);

				++count;

				}

			while(status==KRequestPending);

		if(aType == 1)

			do

				{

				logged = BTraceContext8(aF1, 3,iA1,iA2);

				++count;

				}

			while(status==KRequestPending);

		if(aType == 2)

			do

				{

				logged = BTraceContextBig(aF1, 3, iA1, &iBuf16,sizeof(iBuf16));

				++count;

				}

			while(status==KRequestPending);

		if(aType == 3)

			do

				{

				logged = BTraceContextBig(aF1, 3, iA1, &iBuf8, sizeof(iBuf8));

				++count;

				}

			while(status==KRequestPending);

		if(aType == 4)

			do

				{

				logged = BTraceContextBig(aF1, 3, iA1, &KAny16, sizeof(KAny16));

				++count;

				}

			while(status==KRequestPending);

		}

	if(aUID==false && aContext==true && aPC==true)

		{

		if(aType == 0)

			do

				{

				logged = BTraceContextPc0(aF1, 3);

				++count;

				}

			while(status==KRequestPending);

		if(aType == 1)

			do

				{

				logged = BTraceContextPc8(aF1, 3,iA1,iA2);

				++count;

				}

			while(status==KRequestPending);

		if(aType == 2)

			do

				{

				logged = BTraceContextPcBig(aF1, 3, iA1, &iBuf16,sizeof(iBuf16));

				++count;

				}

			while(status==KRequestPending);

		if(aType == 3)

			do

				{

				logged = BTraceContextPcBig(aF1, 3, iA1, &iBuf8, sizeof(iBuf8));

				++count;

				}

			while(status==KRequestPending);

		if(aType == 4)

			do

				{

				logged = BTraceContextPcBig(aF1, 3, iA1, &KAny16, sizeof(KAny16));

				++count;

				}

			while(status==KRequestPending);

		}

	if(aUID==true && aContext==false && aPC==false)

		{

		if(aType == 0)

			do

				{

				logged = BTraceFiltered4(aF1, 3, iUid);

				++count;

				}

			while(status==KRequestPending);

		if(aType == 1)

			do

				{

				logged = BTraceFiltered12(aF1, 3,iUid, iA1,iA2);

				++count;

				}

			while(status==KRequestPending);

		if(aType == 2)

			do

				{

				logged = BTraceFilteredBig(aF1, 3, iUid, &iBuf16,sizeof(iBuf16));

				++count;

				}

			while(status==KRequestPending);

		if(aType == 3)

			do

				{

				logged = BTraceFilteredBig(aF1, 3, iUid, &iBuf8, sizeof(iBuf8));

				++count;

				}

			while(status==KRequestPending);

		if(aType == 4)

			do

				{

				logged = BTraceFilteredBig(aF1, 3, iUid, &KAny16, sizeof(KAny16));

				++count;

				}

			while(status==KRequestPending);

		}

	if(aUID==true && aContext==false && aPC==true)

		{

		if(aType == 0)

			do

				{

				logged = BTraceFilteredPc4(aF1, 3, iUid);

				++count;

				}

			while(status==KRequestPending);

		if(aType == 1)

			do

				{

				logged = BTraceFilteredPc12(aF1, 3, iUid,iA1,iA2);

				++count;

				}

			while(status==KRequestPending);

		if(aType == 2)

			do

				{

				logged = BTraceFilteredPcBig(aF1, 3, iUid, &iBuf16,sizeof(iBuf16));

				++count;

				}

			while(status==KRequestPending);

		if(aType == 3)

			do

				{

				logged = BTraceFilteredPcBig(aF1, 3, iUid, &iBuf8, sizeof(iBuf8));

				++count;

				}

			while(status==KRequestPending);

		if(aType == 4)

			do

				{

				logged = BTraceFilteredPcBig(aF1, 3, iUid, &KAny16, sizeof(KAny16));

				++count;

				}

			while(status==KRequestPending);

		}

	if(aUID==true && aContext==true && aPC==false)

		{