/*

* Copyright (c) 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:  

*

*/

#include "symbianunittestresult.h"

#include "symbianunittestfailure.h"

#include "sutlogger.h"

_LIT8( KSymbianUnitTestLeaveCodeMessageFormat, "Leave code: %d" );

_LIT8( KSymbianUnitTestMemoryLeakPhrase, "Leaked %d bytes of memory" );

_LIT8( KSymbianUnitTestPanicPhrase, "Panic: " );

_LIT8( KSymbianUnitTestPanicReasonFormat, ", reason: %d" );

_LIT8( KSymbianUnitTestAllocFailureRateFormat, ", alloc failure rate: %d" );

_LIT8( KSymbianUnitTestSetupFailed, "Leave from the setup function: %d" );

_LIT8( KSymbianUnitTestErrorFormat, "Test Failed File[%S], Line[%d], Msg[%S]");

_LIT8( KSymbianUnitTestFailed, "Test Failed Reason[%S]");

_LIT( KSymbianUnitTestPass, "pass" );

_LIT( KSymbianUnitTestFail, "fail" );

_LIT8( KSymbianUnitTestTimedOut, "Timed out: %d s" );

const TInt KMax64BitUintLengthAsDescriptor = 20;

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CSymbianUnitTestResult* CSymbianUnitTestResult::NewLC()

    {

    CSymbianUnitTestResult* self = new( ELeave )CSymbianUnitTestResult;

    CleanupStack::PushL( self );

    self->ConstructL();

    return self;

    }

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CSymbianUnitTestResult* CSymbianUnitTestResult::NewL()

    {

    CSymbianUnitTestResult* self = CSymbianUnitTestResult::NewLC();

    CleanupStack::Pop( self );

    return self;

    }

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CSymbianUnitTestResult::CSymbianUnitTestResult() 

    : iOriginalHeap( User::Heap() )

    {

    }

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void CSymbianUnitTestResult::ConstructL()

    {

    iCurrentTestName = KNullDesC().AllocL();

    }

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CSymbianUnitTestResult::~CSymbianUnitTestResult()

    {

    delete iCurrentTestName;

    iFailures.ResetAndDestroy();

    }

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TInt CSymbianUnitTestResult::TestCount() const

    {

    return iTestCount;

    }

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TInt CSymbianUnitTestResult::PassedTestCount() const

    {

    return ( iTestCount - iFailures.Count() );

    }

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RPointerArray< CSymbianUnitTestFailure >& CSymbianUnitTestResult::Failures()

    {

    return iFailures; 

    }

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void CSymbianUnitTestResult::StartTestL( const TDesC& aTestName )

    {

    SUT_LOG_FORMAT(_L("StartCase[%S]"), &aTestName);

    HBufC* tmp = aTestName.AllocL();

    delete iCurrentTestName;

    iCurrentTestName = tmp;

    iTestCount++;

    iCurrentResult = ETrue; 

    iTime.UniversalTime();

    }

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void CSymbianUnitTestResult::EndTestL()

    {

    TTime now;

    now.UniversalTime();

    TTimeIntervalMicroSeconds microSeconds = now.MicroSecondsFrom(iTime);

    TReal64 ms= microSeconds.Int64();

    //log the test time in milliseconds

    SUT_LOG_FORMAT2(_L("EndCase Result[%S] Time[%d]ms"), 

        iCurrentResult?&KSymbianUnitTestPass:&KSymbianUnitTestFail,

	microSeconds.Int64()/1000);

    //SUT_LOG_FORMAT2(_L("EndCase Result[%S] Time[%d]ms"), &KSymbianUnitTestPass, microSeconds.Int64()/1000);

    }

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void CSymbianUnitTestResult::AddSetupErrorL( TInt aError )

    {

    const TInt KLength = 

        KSymbianUnitTestSetupFailed().Length() + 

        KMax64BitUintLengthAsDescriptor;    

    HBufC8* errorAsText = HBufC8::NewLC( KLength );

    errorAsText->Des().Format( KSymbianUnitTestSetupFailed, aError );

    User::LeaveIfError( AddFailure( *errorAsText, 0 ) );

    CleanupStack::PopAndDestroy( errorAsText );    

    }

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void CSymbianUnitTestResult::AddLeaveFromTestL(

    TInt aLeaveCode,

    TInt aAllocFailureRate )

    {

    const TInt KLength = 

        KSymbianUnitTestLeaveCodeMessageFormat().Length() + 

        KMax64BitUintLengthAsDescriptor;    

    HBufC8* failureMsg = HBufC8::NewLC( KLength );

    failureMsg->Des().Format( 

        KSymbianUnitTestLeaveCodeMessageFormat, aLeaveCode );

    User::LeaveIfError( AddFailure( *failureMsg, aAllocFailureRate ) );

    CleanupStack::PopAndDestroy( failureMsg );

    }

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void CSymbianUnitTestResult::AddMemoryLeakInfoL(

    TInt aLeakedMemory,

    TInt aAllocFailureRate )

    {

    const TInt KLength = 

        KSymbianUnitTestMemoryLeakPhrase().Length() + 

        KMax64BitUintLengthAsDescriptor;    

    HBufC8* failureMsg = HBufC8::NewLC( KLength );

    failureMsg->Des().Format( 

        KSymbianUnitTestMemoryLeakPhrase, aLeakedMemory );

    User::LeaveIfError( AddFailure( *failureMsg, aAllocFailureRate ) );

    CleanupStack::PopAndDestroy( failureMsg );  

    }

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void CSymbianUnitTestResult::AddPanicInfoL( 

    const TExitCategoryName& aPanicCategory,

    TInt aPanicReason,

    TInt aAllocFailureRate )

    {

    const TInt KLength = 

        KSymbianUnitTestPanicPhrase().Length() + aPanicCategory.Length() + 

        KSymbianUnitTestPanicReasonFormat().Length() + 

        KMax64BitUintLengthAsDescriptor;

    HBufC8* panicAsText = HBufC8::NewLC( KLength );

    TPtr8 panicAsTextPtr( panicAsText->Des() );

    panicAsTextPtr.Append( KSymbianUnitTestPanicPhrase );

    panicAsTextPtr.Append( aPanicCategory );

    panicAsTextPtr.AppendFormat( 

        KSymbianUnitTestPanicReasonFormat, aPanicReason );

    User::LeaveIfError( AddFailure( panicAsTextPtr, aAllocFailureRate ) );

    CleanupStack::PopAndDestroy( panicAsText );

    }

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TInt CSymbianUnitTestResult::AddAssertFailure(

    const TDesC8& aFailureMessage,

    TInt aLineNumber,

    const TDesC8& aFileName )

    {

    RHeap* currentHeap = User::SwitchHeap( &iOriginalHeap );

    TRAPD( err, AddAssertFailureL( aFailureMessage, aLineNumber, aFileName ) );

    User::SwitchHeap( currentHeap );

    return err;

    }

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void CSymbianUnitTestResult::AddAssertFailureL(

    const TDesC8& aFailureMessage,

    TInt aLineNumber,

    const TDesC8& aFileName )

    {

    CSymbianUnitTestFailure* failure = 

        CSymbianUnitTestFailure::NewLC( 

            *iCurrentTestName, aFailureMessage, aLineNumber, aFileName );

    SUT_LOG_FORMAT3(KSymbianUnitTestErrorFormat, &aFileName, aLineNumber, &aFailureMessage);

    iCurrentResult = EFalse;

    iFailures.AppendL( failure );

    CleanupStack::Pop( failure );

    }	

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void CSymbianUnitTestResult::AddTimeOutErrorL( TInt aTimeOut )

    {

    const TInt KLength = 

        KSymbianUnitTestTimedOut().Length() + 

        KMax64BitUintLengthAsDescriptor;    

    HBufC8* errorAsText = HBufC8::NewLC( KLength );

    errorAsText->Des().Format( KSymbianUnitTestTimedOut, aTimeOut );

    User::LeaveIfError( AddFailure( *errorAsText, 0 ) );

    CleanupStack::PopAndDestroy( errorAsText );    

    }

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TInt CSymbianUnitTestResult::AddFailure( 

    const TDesC8& aFailureText,

    TInt aAllocFailureRate )

    {

    RHeap* currentHeap = User::SwitchHeap( &iOriginalHeap );

    TRAPD( err, AddFailureL( aFailureText, aAllocFailureRate ) )

    User::SwitchHeap( currentHeap );

    return err;

    }

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void CSymbianUnitTestResult::AddFailureL(

    const TDesC8& aFailureText,

    TInt aAllocFailureRate )

    {

    CSymbianUnitTestFailure* failure = NULL;

    if ( aAllocFailureRate > 0 )

        {

        const TInt KLength = 

            aFailureText.Length() + 

            KSymbianUnitTestAllocFailureRateFormat().Length() + 

            KMax64BitUintLengthAsDescriptor;

        HBufC8* failureMsg = HBufC8::NewLC( KLength );

        failureMsg->Des() = aFailureText;

        failureMsg->Des().AppendFormat(

            KSymbianUnitTestAllocFailureRateFormat, aAllocFailureRate );

        failure = CSymbianUnitTestFailure::NewL( 

            *iCurrentTestName, *failureMsg, KErrNotFound, KNullDesC8 );

        CleanupStack::PopAndDestroy( failureMsg );

        CleanupStack::PushL( failure );

        }

    else

        {

        failure = CSymbianUnitTestFailure::NewLC( 

            *iCurrentTestName, aFailureText, KErrNotFound, KNullDesC8 );

        }

    SUT_LOG_FORMAT(KSymbianUnitTestFailed, &aFailureText);

    iCurrentResult = EFalse;

    iFailures.AppendL( failure );

    CleanupStack::Pop( failure ); 

    }