/* 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:  

*       test the functions in cpprofilemodel class 

*/

#include "ut_cpprofilemodel.h"

#include <QtTest/QtTest>

#include <QtCore/QStringList>

#include <cpprofilemodel.h>

#include <hbpushbutton.h>

#include <hbtranslator.h>

#include <profile.hrh>

/*!

    \class TestCpProfileModel \n

    \brief describe the test case's goal, like: \n

      class name: cpprofilemodel \n

      class's description: \n

      type of test case: unit test\n 

      test cases' number totally: \n

 */

void TestCpProfileModel::initTestCase()

{

    //translate the hbTrId text in control panel.

    HbTranslator translator("control_panel");

    translator.loadCommon();

    ringTonePath1 = QString("C:") + QDir::separator() + QString("resource") + QDir::separator() + QString("cptestdata") + QDir::separator() + QString("sounds") + QDir::separator() + QString("testsound.aac");

    ringTonePath2 = QString("C:") + QDir::separator() + QString("resource") + QDir::separator() + QString("cptestdata") + QDir::separator() + QString("sounds") + QDir::separator() + QString("testsound2.aac");

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: CpProfileModel(QObject *parent = 0); \n

     2. Case Descrition: verify the constructor can work correctly. \n

     3. Input Parameters:  \n  

        <1> parent = 0; \n&nbsp;&nbsp;

        <2> parent = new QObject(); \n

     4. Expected result: \n  

        no crash \n

 */

void TestCpProfileModel::testConstructor()

{

    QObject *pObject = new QObject();

    //test constructor without parent.

    CpProfileModel *profileModel = new CpProfileModel(0);

    QVERIFY( profileModel != 0 );

    delete profileModel;

    profileModel = 0;

    // test constructor with parent.

    profileModel = new CpProfileModel(pObject);

    QVERIFY( profileModel != 0 );

    delete pObject;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: QString profileName(int profileId)const; \n

     2. Case Descrition: verify that it can return the corresponding profile name when using valid profile ID. \n

     3. Input Parameters:  \n  

        <1> profileId = EProfileWrapperGeneralId,\n &nbsp;&nbsp;

        <2> profileId = EProfileWrapperMeetingId,\n

     4. Expected result: \n  \n   

        <1> return QString( "General" ) \n &nbsp;&nbsp;

        <2> return QString( "Meeting" ) \n

 */

/*void TestCpProfileModel::testProfileNameWithValidProfileID()

{

    CpProfileModel *profileModel = new CpProfileModel();

    QString profileName1 = profileModel->profileName(EProfileWrapperGeneralId);

    QVERIFY( profileName1 == QString( "General" ) );

    QString profileName2 = profileModel->profileName(EProfileWrapperMeetingId);

    QVERIFY( profileName2 == QString("Meeting") );

    delete profileModel;

}*/

/*!

     Test Case Description:\n 

     1. Fucntion Name: QString profileName(int profileId)const; \n

     2. Case Descrition: verify that it doesn't crash when using invalid profile ID. \n

     3. Input Parameters:  \n  

        <1> profileId = EProfileWapperStart,\n &nbsp;&nbsp;

        <2> profileId = EPRofileWrapperEnd,\n &nbsp;&nbsp;

        <3> profileId = -80, \n &nbsp;&nbsp;

        <3> profileId = 888, \n &nbsp;&nbsp;

     4. Expected result: \n  \n   

        <1> return QString() \n &nbsp;&nbsp;

        <2> return QString() \n &nbsp;&nbsp;

        <3> return QString() \n &nbsp;&nbsp;

        <4> return QString() \n &nbsp;&nbsp;

 */

void TestCpProfileModel::testProfileNameWithInvalidProfileID()

{

    CpProfileModel *profileModel = new CpProfileModel();

    QString profileName1 = profileModel->profileName(EProfileWapperStart);

    QVERIFY( profileName1 == QString() );

    QString profileName2 = profileModel->profileName(EPRofileWrapperEnd);

    QVERIFY( profileName2 == QString() );

    QString profileName3 = profileModel->profileName( -80 );

    QVERIFY( profileName3 == QString() );

    QString profileName4 = profileModel->profileName( 888 );

    QVERIFY( profileName4 == QString() );

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: QStringList profileNames()const; \n

     2. Case Descrition: Verify that the profile name list can be get correctly with this function \n

     3. Input Parameters:  \n  

        none \n

     4. Expected result: \n   

         \n

 */

/*void TestCpProfileModel::testProfileNames()

{

    CpProfileModel *profileModel = new CpProfileModel();

    QStringList profilesNames = profileModel->profileNames();

    // Verify the right profile names are returned.

    QVERIFY ( profilesNames.count() == 2 ); 

    QVERIFY( profilesNames.contains("General", Qt::CaseInsensitive));

    QVERIFY( profilesNames.contains("Meeting", Qt::CaseInsensitive));    

    delete profileModel;

}*/

/*!

     Test Case Description:\n 

     1. Fucntion Name: int activateProfile(int profileId); \n

     2. Case Descrition: Verify that the profile cannot be actived with the invalid profile ID. \n

     3. Input Parameters:  \n  

        <1> profileId = EProfileWapperStart,\n &nbsp;&nbsp;

        <2> profileId = EPRofileWrapperEnd,\n &nbsp;&nbsp;

        <3> profileId = -6 \n &nbsp;&nbsp;

        <4> profileId = 356 \n

     4. Expected result: \n   

        <1> return KErrNotFound \n &nbsp;&nbsp;

        <2> return KErrNotFound \n &nbsp;&nbsp;

        <3> return KErrNotFound \n &nbsp;&nbsp;

        <4> return KErrNotFound \n 

 */

void TestCpProfileModel::testActivateProfileWithInvalidID()

{

    CpProfileModel *profileModel = new CpProfileModel();

    int retErr1 = profileModel->activateProfile(EProfileWapperStart);

    QVERIFY( retErr1 == KErrNotFound );

    int retErr2 = profileModel->activateProfile(EPRofileWrapperEnd);

    QVERIFY( retErr2 == KErrNotFound );

    int retErr3 = profileModel->activateProfile( -6 );

    QVERIFY( retErr3 == KErrNotFound );

    int retErr4 = profileModel->activateProfile( 356 );

    QVERIFY( retErr4 == KErrNotFound );

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: int activateProfile(int profileId); \n

     2. Case Descrition: Verify that the profile can be actived with the valid profile ID. \n

     3. Input Parameters:  \n  

        <1> profileId = EProfileWrapperGeneralId,\n &nbsp;&nbsp;

        <2> profileId = EProfileWrapperMeetingId,\n 

     4. Expected result: \n   

        <1> the current active profile ID is EProfileWrapperGeneralId \n &nbsp;&nbsp;

        <2> the current active profile ID is EProfileWrapperMeetingId \n

 */

void TestCpProfileModel::testActivateProfileWithValidID()

{

    CpProfileModel *profileModel = new CpProfileModel();

    profileModel->activateProfile(EProfileWrapperGeneralId);

    QVERIFY( profileModel->activeProfileId() == EProfileWrapperGeneralId );

    profileModel->activateProfile(EProfileWrapperMeetingId);

    QVERIFY( profileModel->activeProfileId() == EProfileWrapperMeetingId );

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: int activeProfileId() const;\n

     2. Case Descrition: Verify that it can return the right profile ID or Error code. \n

     3. Input Parameters:  \n  

        <1> set an active valid profile \n &nbsp;&nbsp;

        <2> set an active invaild profile \n

     4. Expected result: \n   

        <1> return the right ID \n &nbsp;&nbsp;

        <2> no crash \n

 */

void TestCpProfileModel::testActiveProfileId()

{

    CpProfileModel *profileModel = new CpProfileModel();   

    profileModel->activateProfile(EProfileWrapperGeneralId);

    QVERIFY( profileModel->activeProfileId() == EProfileWrapperGeneralId );

    profileModel->activateProfile(-8);

    // set profile failed, so the active profileID is still the previous ID, EProfileWrapperGeneralId.

    QVERIFY( profileModel->activeProfileId() == EProfileWrapperGeneralId );  

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: void profileSettings(int profileId, CpProfileSettings& profileSettings);\n

     2. Case Descrition: get profile settings,\n

     3. Input Parameters:  \n  

        <1> profileID = EProfileWrapperGeneralId, profileSettings = CpProfileSettings; \n &nbsp;&nbsp;

        <2> profileID = EProfileWrapperMeetingId, profileSettings = CpProfileSettings;  \n &nbsp;&nbsp;

        <3> profileID = EProfileWapperStart, profileSettings = CpProfileSettings;  \n &nbsp;&nbsp;

        <4> profileID = EPRofileWrapperEnd, profileSettings = CpProfileSettings;  \n &nbsp;&nbsp;

        <5> profileID = int, profileSettings = CpProfileSettings;  \n &nbsp;&nbsp;

     4. Expected result: \n   

        no crash \n

 */

void TestCpProfileModel::testProfileSettings()

{

    CpProfileSettings profileSettings;    

    CpProfileModel *profileModel = new CpProfileModel();

    profileSettings.mKeyTouchScreenVibra = 0;

    profileSettings.mKeyTouchScreenTone = 2;

    // test with valid profile ID.

    profileModel->setProfileSettings( EProfileWrapperGeneralId, profileSettings );

    profileModel->profileSettings( EProfileWrapperGeneralId, profileSettings );

    QVERIFY( profileSettings.mKeyTouchScreenTone == 2);

    profileModel->setProfileSettings( EProfileWrapperMeetingId, profileSettings );

    profileModel->profileSettings( EProfileWrapperMeetingId, profileSettings );

    QVERIFY( profileSettings.mKeyTouchScreenVibra == 0);

    // test with invalid profile ID.

    profileModel->profileSettings( EProfileWapperStart, profileSettings );

    profileModel->profileSettings( EPRofileWrapperEnd, profileSettings );

    profileModel->profileSettings( 98, profileSettings );    

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: int setProfileSettings(int profileId, CpProfileSettings& profileSettings );\n

     2. Case Descrition: Set profile settings from center repository keys \n

     3. Input Parameters:  \n   

        <1> profileID = EProfileWrapperGeneralId, profileSettings = CpProfileSettings; \n &nbsp;&nbsp;

        <2> profileID = EProfileWrapperMeetingId, profileSettings = CpProfileSettings;  \n &nbsp;&nbsp;

        <3> profileID = EProfileWapperStart, profileSettings = CpProfileSettings;  \n &nbsp;&nbsp;

        <4> profileID = EPRofileWrapperEnd, profileSettings = CpProfileSettings;  \n &nbsp;&nbsp;

        <5> profileID = 98, profileSettings = CpProfileSettings;  \n &nbsp;&nbsp;

     4. Expected result: \n   

        no crash \n

 */

void TestCpProfileModel::testSetProfileSettings()

{

    CpProfileSettings profileSettings;

    profileSettings.mKeyTouchScreenVibra = 4;

    profileSettings.mKeyTouchScreenTone = 3;

    CpProfileModel *profileModel = new CpProfileModel();

    // test with valid profile ID.

    profileModel->setProfileSettings( EProfileWrapperGeneralId, profileSettings );

    profileModel->profileSettings( EProfileWrapperGeneralId, profileSettings );

    QVERIFY( profileSettings.mKeyTouchScreenTone == 3);

    profileModel->setProfileSettings( EProfileWrapperMeetingId, profileSettings );

    profileModel->profileSettings( EProfileWrapperMeetingId, profileSettings );

    QVERIFY( profileSettings.mKeyTouchScreenVibra == 4);

    // test with invalid profile ID.

    profileModel->setProfileSettings( EProfileWapperStart, profileSettings );

    profileModel->setProfileSettings( EPRofileWrapperEnd, profileSettings );

    profileModel->setProfileSettings( 98, profileSettings );    

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: QString ringTone() const;\n

     2. Case Descrition: Verify that it return the right active ring tone path. \n

     3. Input Parameters:  \n   

        <1> set ringtone for profiles.  \n &nbsp;&nbsp;

        <2> no ringtone is set. \n 

     4. Expected result: \n   

        <1> return the right path \n &nbsp;&nbsp;

        <2> return QString() \n

 */

void TestCpProfileModel::testRingToneOfActive()

{

    CpProfileModel *profileModel = new CpProfileModel();

    // set a ringtone for profiles.

    profileModel->setRingTone(ringTonePath1);

    QString retRingTonePath1 = profileModel->ringTone();

    QVERIFY( retRingTonePath1 == ringTonePath1 );

    // no ringtone is set.

    profileModel->setRingTone(QString());

    QString retRingTonePath2 = profileModel->ringTone();

    QVERIFY( retRingTonePath2 == QString() );

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: void setRingTone(const QString& filePath);\n

     2. Case Descrition: Verify that it can set ring tone successfully with valid sound path. \n

     3. Input Parameters:  \n   

        <1> soundPath = QString(), \n &nbsp;&nbsp;

     4. Expected result: \n   

        <1> profileModel->ringTone() == soundPath \n

 */

void TestCpProfileModel::testSetRingToneAllWithValidPath()

{

    CpProfileModel *profileModel = new CpProfileModel();

    profileModel->setRingTone(ringTonePath1);

    QVERIFY( profileModel->ringTone() == ringTonePath1 );

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: void setRingTone(const QString& filePath);\n

     2. Case Descrition: Verify that no crash when setting ring tone with invalid sound path. \n

     3. Input Parameters:  \n   

        <1> path = QString(), \n &nbsp;&nbsp;

        <2> path = QString(XX), XX is an invalid path \n &nbsp;&nbsp;

     4. Expected result: \n   

        <1> profileModel->ringTone() == QString() \n &nbsp;&nbsp;

        <2> profileModel->ringTone() == path \n &nbsp;&nbsp;

 */

void TestCpProfileModel::testSetRingToneAllWithInvalidPath()

{

    QString inValidPath = "Z:/InvalidSoundPath";

    CpProfileModel *profileModel = new CpProfileModel();

    // using empty path.

    profileModel->setRingTone( QString() );    

    QVERIFY( profileModel->ringTone() == QString() );

    // using an invalid path.

    profileModel->setRingTone( QString( inValidPath ) ); 

    QString retStr = profileModel->ringTone();    

    QVERIFY( profileModel->ringTone() == inValidPath );

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: int void setMasterVolume(int volume);\n

     2. Case Descrition: Verify that the valid volume can be set correctly \n

     3. Input Parameters:  \n   

        <1> volume = int X, X = {1,2,3,4,5,6,7,8,9,10} \n 

     4. Expected result: \n   

        <1> profileModel->masterVolume() == X. \n

 */

void TestCpProfileModel::testSetMasterWithValidVolume()

{

    CpProfileModel *profileModel = new CpProfileModel();    

    for( int i = EProfileRingingVolumeLevel1; i <= EProfileRingingVolumeLevel10; i++ )

        {

            profileModel->setMasterVolume(i);

            QVERIFY( profileModel->masterVolume() == i );

        }

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: int void setMasterVolume(int volume);\n

     2. Case Descrition: Verify that no crash when using  \n

     3. Input Parameters:  \n   

        <1> volume = -8 \n &nbsp;&nbsp;

        <2> volume = 230 \n 

     4. Expected result: \n   

        <1> no crash and the master volume is not changed. \n &nbsp;&nbsp;

        <2> no crash and the master volume is not changed. \n 

 */

void TestCpProfileModel::testSetMasterWithInvalidVolume()

{

    CpProfileModel *profileModel = new CpProfileModel(); 

    int oldVolume = profileModel->masterVolume();

    profileModel->setMasterVolume( -8 );

    QVERIFY( profileModel->masterVolume() == oldVolume );

    profileModel->setMasterVolume( 230 );

    QVERIFY( profileModel->masterVolume() == oldVolume );

    delete profileModel;        

}

/*!

     Test Case Description:\n 

     1. Fucntion Name: int masterVolume() const;\n

     2. Case Descrition: Verify that it returns the right master volume for device. \n

     3. Input Parameters:  \n   

        <1> setMasterVolume( EProfileRingingVolumeLevel3 ) \n 

     4. Expected result: \n   

        <1> returnMasterVolume == EProfileRingingVolumeLevel3 \n

 */

void TestCpProfileModel::testMasterVolume()

{

    CpProfileModel *profileModel = new CpProfileModel();

    profileModel->setMasterVolume( EProfileRingingVolumeLevel3 );

    int returnMasterVolume = profileModel->masterVolume();

    QVERIFY( returnMasterVolume == EProfileRingingVolumeLevel3 );

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name:  \n   

         void setMasterVibra(bool isVibra);\n         

     2. Case Descrition: Verify that the master vibra's status can be set successfully. \n

     3. Input Parameters:  \n   

        <1> isVibra = true; \n  &nbsp;&nbsp;

        <2> isVibra = false; \n 

     4. Expected result: \n   

        <1> profileModel->masterVibra() == true. \n &nbsp;&nbsp;

        <1> profileModel->masterVibra() == false. \n

 */

void TestCpProfileModel::testSetMasterVibra()

{

    CpProfileModel *profileModel = new CpProfileModel();

    profileModel->setMasterVibra(true);    

    QVERIFY( profileModel->masterVibra() == true );

    profileModel->setMasterVibra(false);

    QVERIFY( profileModel->masterVibra() == false );    

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name:  \n   

         bool masterVibra() const;\n         

     2. Case Descrition: Verify that it returns the correct master vibra's status. \n

     3. Input Parameters:  \n   

        <1> isVibra = true; \n  &nbsp;&nbsp;

        <2> isVibra = false; \n 

     4. Expected result: \n   

        <1> profileModel->masterVibra() == true. \n &nbsp;&nbsp;

        <1> profileModel->masterVibra() == false. \n

 */

void TestCpProfileModel::testMasterVibra()

{

    CpProfileModel *profileModel = new CpProfileModel();

    profileModel->setMasterVibra(true);    

    QVERIFY( profileModel->masterVibra() == true );

    profileModel->setMasterVibra(false);

    QVERIFY( profileModel->masterVibra() == false );    

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name:  \n   

        void setSilenceMode(bool isSlience);\n

     2. Case Descrition: Verify the right slicence mode can be set. \n

     3. Input Parameters:  \n   

        <1> isSlience = true; \n  &nbsp;&nbsp;

        <2> isSlience = false; \n 

     4. Expected result: \n   

        <1> profileModel->silenceMode() == true. \n &nbsp;&nbsp;

        <1> profileModel->silenceMode() == false. \n

 */

void TestCpProfileModel::testSetSilenceMode()

{

    CpProfileModel *profileModel = new CpProfileModel();

    profileModel->setSilenceMode(true);

    QVERIFY( profileModel->silenceMode() == true );

    profileModel->setSilenceMode(false);

    QVERIFY( profileModel->silenceMode() == false ); 

    delete profileModel;

}

/*!

     Test Case Description:\n 

     1. Fucntion Name:  \n   

        bool silenceMode() const;\n   

        void setSilenceMode(bool isSlience);\n

     2. Case Descrition: Verify it get the correct silence mode of device. \n

     3. Input Parameters:  \n   

        <1> isSlience = true; \n  &nbsp;&nbsp;

        <2> isSlience = false; \n 

     4. Expected result: \n   

        <1> profileModel->silenceMode() == true. \n &nbsp;&nbsp;

        <1> profileModel->silenceMode() == false. \n

 */

void TestCpProfileModel::testSilenceMode()

{

    CpProfileModel *profileModel = new CpProfileModel();