// Copyright (c) 1997-2009 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:

// The implementation of the transition classes upon the CTestManager class methods.

// 

//

// ______________________________________________________________________________

//

_LIT(KTestManagerNewLTransition,"CTestManager_NewL_Transition");

inline CTestManager_NewL_Transition::CTestManager_NewL_Transition(CUnitTestContext& aUTContext,

													TTransitionValidator& aValidator)

: CTransitionType(KTestManagerNewLTransition, aUTContext, aValidator)

	{

	// Do nothing here.

	}

inline void CTestManager_NewL_Transition::TransitMethodL()

	{

	_LIT(KTestManagerNewLTransitMethod, "CTestManager::NewL transition");

	Context().DataLogger().LogInformation(KTestManagerNewLTransitMethod);

	Context().iTestManager = CTestManager::NewL(Context().iTestListArray, Context().DataLogger(), Context().ManagerObserver());

	}

inline CTestManager_UnitTestContext& CTestManager_NewL_Transition::Context() const

	{

	return REINTERPRET_CAST(CTestManager_UnitTestContext&,iUTContext);

	}

// ______________________________________________________________________________

//

_LIT(KTestManagerDtorTransition,"CTestManager_Dtor_Transition");

inline CTestManager_Dtor_Transition::CTestManager_Dtor_Transition(CUnitTestContext& aUTContext,

													TTransitionValidator& aValidator)

: CTransition(KTestManagerDtorTransition, aUTContext, aValidator)

	{

	// Do nothing here.

	}

inline void CTestManager_Dtor_Transition::TransitMethodL()

	{

	_LIT(KTestManagerDtorTransitMethod, "CTestManager::Dtor transition");

	Context().DataLogger().LogInformation(KTestManagerDtorTransitMethod);

	delete Context().iTestManager;

	Context().iTestManager = NULL;

	}

inline CTestManager_UnitTestContext& CTestManager_Dtor_Transition::Context() const

	{

	return REINTERPRET_CAST(CTestManager_UnitTestContext&,iUTContext);

	}

// ______________________________________________________________________________

//

_LIT(KTestManagerRunTestsTransition,"CTestManager_RunTests_Transition");

inline CTestManager_RunTests_Transition::CTestManager_RunTests_Transition(CUnitTestContext& aUTContext,

													TTransitionValidator& aValidator)

: CTransition(KTestManagerRunTestsTransition, aUTContext, aValidator)

	{

	// Do nothing here.

	}

inline void CTestManager_RunTests_Transition::TransitMethodL()

	{

	_LIT(KTestManagerRunTestsTransitMethod, "CTestManager::RunTests transition");

	Context().DataLogger().LogInformation(KTestManagerRunTestsTransitMethod);

	_LIT(KComponentInfoCreateAndDestroyUnitTest,"CComponentInfo_CreateAndDestroy_UnitTest_STUB");

	Context().iTests.ResetAndDestroy();

	Context().iTestController = CTestController::NewLC(CActiveScheduler::Current(),NULL);

	// Find the available components and place them in an array

	Context().iComponents = &(Context().iTestController->FindComponents());

	const RPointerArray<CComponentInfo>& components = *(Context().iComponents);

	const TInt ccount = Context().iComponents->Count();

	TBool found = EFalse;

	for(TInt i = 0; i < ccount && !found; ++i)

		{

		// Find the unit tests available for each the previously found components

		const RPointerArray<CUnitTestInfo>& unitTests = components[i]->UnitTestsInfo();

		const TInt ucount = unitTests.Count();

		for(TInt j = 0; j < ucount && !found; ++j)

			{

			// Look for the unit test that matches the one that we wish to find

			found = unitTests[j]->UnitTestId() == KComponentInfoCreateAndDestroyUnitTest;

			if(found)

				{

				TTestInfo* testInfo = new(ELeave) TTestInfo;

				testInfo->iComponentId = i;

				testInfo->iUnitTestId = j;

				testInfo->iRunTime = 0;		// Run immediately

				testInfo->iParameters = NULL;

				User::LeaveIfError(Context().iTests.Append(testInfo));

				}

			}

		}

	if(!found)

		User::Leave(KErrNotFound);

	CleanupStack::PopAndDestroy(Context().iTestController);

	Context().iTestController = NULL;

	Context().iTestManager->RunTests(&Context().iTests);

	}

inline CTestManager_UnitTestContext& CTestManager_RunTests_Transition::Context() const

	{

	return REINTERPRET_CAST(CTestManager_UnitTestContext&,iUTContext);

	}

// ______________________________________________________________________________

//

_LIT(KTestManagerTestComponentLTransition,"CTestManager_TestComponentL_Transition");

inline CTestManager_TestComponentL_Transition::CTestManager_TestComponentL_Transition(CUnitTestContext& aUTContext,

													TTransitionValidator& aValidator)

: CTransitionType(KTestManagerTestComponentLTransition, aUTContext, aValidator)

	{

	// Do nothing here.

	}

inline void CTestManager_TestComponentL_Transition::TransitMethodL()

	{

	_LIT(KTestManagerTestComponentLTransitMethod, "CTestManager::TestComponentL transition");

	Context().DataLogger().LogInformation(KTestManagerTestComponentLTransitMethod);

	TTestManager_StateAccessor& accessor = REINTERPRET_CAST(TTestManager_StateAccessor&, Context().StateAccessor());

	accessor.TestComponentL(*(Context().iTestManager), Context().iComponentIndex);

	accessor.ActivateManager(*(Context().iTestManager));

	Context().iTestManagerObserverStub->SetSchedulerStarted(ETrue);

	CActiveScheduler::Start();

	}

inline CTestManager_UnitTestContext& CTestManager_TestComponentL_Transition::Context() const

	{

	return REINTERPRET_CAST(CTestManager_UnitTestContext&,iUTContext);

	}