/*

* 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 <stdio.h>

#include <string>

#include <memory>

#include <unistd.h>

#include <e32cmn.h>

#include <e32des8.h>

#include "TestHarness.h"

#include "testexecutor.h"

#include "securitycommsmessagedefs.h"

#include "testdata.h"

#include "testutils.h"

#include "javacertstoretokentype.h"

#include "javacertstoretoken.h"

#include "javacertstoreimpl.h"

#include "testfailedexception.h"

#include "commsmsgsender.h"

using namespace std;

using namespace java::security;

_LIT(KMIDP2TrustRoot, "Java Trust Root");

TEST_GROUP(TokenTests)

{

    TEST_SETUP()

    {

    }

    TEST_TEARDOWN()

    {

    }

};

//

// TEST CASE 30

//

TEST(TokenTests,testsForList)

{

    printf("+testsForList\n");

    try

    {

        auto_ptr<CTestExecutor> testExecutor(new CTestExecutor());

        auto_ptr<CJavaCertStoreTokenType> certStoreTokenType

        (static_cast<CJavaCertStoreTokenType*>(CJavaCertStoreTokenType::New2L()));

        RCPointerArray<HBufC> outList;

        certStoreTokenType->List(outList,testExecutor->GetRequestStatus());

        CActiveScheduler::Start();

        CHECK(KErrNone == testExecutor->GetErrorCode());

        CHECK(1 == outList.Count());

        CHECK(0 == outList[0]->Compare(_L("Java Trust Roots")));

        outList.Close();

        printf("-testsForList\n");

    }

    catch (TestFailedException& ex)

    {

        printf("testsForList() ERROR: %s",ex.toString().c_str());

        CHECK(false);

    }

    catch (...)

    {

        printf("testsForList() Unexpected exception caught");

        CHECK(false);

    }

}

//

// TEST CASE 31

//

TEST(TokenTests,testsForOpenToken)

{

    printf("+testsForOpenToken\n");

    try

    {

        auto_ptr<CTestExecutor> testExecutor(new CTestExecutor());

        auto_ptr<CJavaCertStoreTokenType> certStoreTokenType

        (static_cast<CJavaCertStoreTokenType*>(CJavaCertStoreTokenType::New2L()));

        //# 1

        //Getting token.

        MCTToken* outToken = NULL;

        certStoreTokenType->OpenToken(_L("Java Trust Roots"),outToken,testExecutor->GetRequestStatus());

        CActiveScheduler::Start();

        CHECK(KErrNone == testExecutor->GetErrorCode());

        TCTTokenHandle tokenHandle = outToken->Handle();

        CHECK(0x1234 == tokenHandle.iTokenId);

        outToken->Release();

        //# 2

        //Try to get token using unsupported token type.

        MCTToken* outToken2 = NULL;

        certStoreTokenType->OpenToken(_L("blaah"),outToken2,testExecutor->GetRequestStatus());

        testExecutor->Activate();

        CActiveScheduler::Start();

        CHECK(KErrNotSupported == testExecutor->GetErrorCode());

        //# 3

        //Calling unsupported version from OpenToken() operation.

        certStoreTokenType->OpenToken(tokenHandle,outToken2,testExecutor->GetRequestStatus());

        testExecutor->Activate();

        CActiveScheduler::Start();

        CHECK(KErrNotSupported == testExecutor->GetErrorCode());

        printf("-testsForOpenToken\n");

    }

    catch (TestFailedException& ex)

    {

        printf("testsForOpenToken() ERROR: %s",ex.toString().c_str());

        CHECK(false);

    }

    catch (...)

    {

        printf("testsForOpenToken() Unexpected exception caught");

        CHECK(false);

    }

}

//

// TEST CASE 32

//

TEST(TokenTests,testsForDoGetInterface)

{

    printf("+testsForDoGetInterface\n");

    try

    {

        //Starting java captain.

        TestUtils::StartJavaCaptain();

        auto_ptr<CTestExecutor> testExecutor(new CTestExecutor());

        {

            //# 1

            //Getting non-writable cert store interface.

            auto_ptr<CJavaCertStoreTokenType> certStoreTokenType

            (static_cast<CJavaCertStoreTokenType*>(CJavaCertStoreTokenType::New2L()));

            MCTToken* outToken = NULL;

            certStoreTokenType->OpenToken(_L("Java Trust Roots"),outToken,testExecutor->GetRequestStatus());

            CActiveScheduler::Start();

            CHECK(KErrNone == testExecutor->GetErrorCode());

            MCTTokenInterface* outInterface = NULL;

            TUid tmpUid = TUid::Uid(KInterfaceCertStore);

            outToken->GetInterface(tmpUid,outInterface,testExecutor->GetRequestStatus());

            testExecutor->Activate();

            CActiveScheduler::Start();

            CHECK(KErrNone == testExecutor->GetErrorCode());

            MCTToken& token = outInterface->Token();

            TCTTokenHandle tokenHandle = outToken->Handle();

            CHECK(0x1234 == tokenHandle.iTokenId);

            outInterface->Release();

            outToken->Release();

            CJavaCertStoreTokenType* tmpObj = certStoreTokenType.release();

            tmpObj->Release();

        }

        {

            //# 2

            //Getting writable cert store interface.

            auto_ptr<CJavaCertStoreTokenType> certStoreTokenType

            (static_cast<CJavaCertStoreTokenType*>(CJavaCertStoreTokenType::New2L()));

            MCTToken* outToken = NULL;

            certStoreTokenType->OpenToken(_L("Java Trust Roots"),outToken,testExecutor->GetRequestStatus());

            testExecutor->Activate();

            CActiveScheduler::Start();

            CHECK(KErrNone == testExecutor->GetErrorCode());

            MCTTokenInterface* outInterface = NULL;

            TUid tmpUid = TUid::Uid(KInterfaceWritableCertStore);

            outToken->GetInterface(tmpUid,outInterface,testExecutor->GetRequestStatus());

            testExecutor->Activate();

            CActiveScheduler::Start();

            CHECK(KErrNone == testExecutor->GetErrorCode());

            MCTToken& token = outInterface->Token();

            TCTTokenHandle tokenHandle = outToken->Handle();

            CHECK(0x1234 == tokenHandle.iTokenId);

            outInterface->Release();

            outToken->Release();

            CJavaCertStoreTokenType* tmpObj = certStoreTokenType.release();

            tmpObj->Release();

        }

        {

            //# 3

            //Pass incorrect interface uid as argument to DoGetInterface() operation.

            auto_ptr<CJavaCertStoreTokenType> certStoreTokenType

            (static_cast<CJavaCertStoreTokenType*>(CJavaCertStoreTokenType::New2L()));

            MCTToken* outToken = NULL;

            certStoreTokenType->OpenToken(_L("Java Trust Roots"),outToken,testExecutor->GetRequestStatus());

            testExecutor->Activate();

            CActiveScheduler::Start();

            CHECK(KErrNone == testExecutor->GetErrorCode());

            MCTTokenInterface* outInterface = NULL;

            TUid tmpUid = TUid::Uid(0x10);

            outToken->GetInterface(tmpUid,outInterface,testExecutor->GetRequestStatus());

            testExecutor->Activate();

            CActiveScheduler::Start();

            CHECK(KErrNotSupported == testExecutor->GetErrorCode());

            outToken->Release();

            CJavaCertStoreTokenType* tmpObj = certStoreTokenType.release();

            tmpObj->Release();

        }

        printf("-testsForDoGetInterface\n");

    }

    catch (TestFailedException& ex)

    {

        printf("testsForDoGetInterface() ERROR: %s",ex.toString().c_str());

        CHECK(false);

    }

    catch (...)

    {

        printf("testsForDoGetInterface() Unexpected exception caught");

        CHECK(false);

    }

}