/*

* 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 "ut_logsmatchesmodel.h"

#include "logsmodel.h"

#include "logsmatchesmodel.h"

#include "logsevent.h"

#include "logscall.h"

#include "logscontact.h"

#include "logsdetailsmodel.h"

#include "logsmessage.h"

#include "logseventdata.h"

#include "qtcontacts_stubs_helper.h"

#include "logscntfinder.h"

#include "hbstubs_helper.h"

#include <QtTest/QtTest>

Q_DECLARE_METATYPE(LogsEvent *)

Q_DECLARE_METATYPE(LogsCall *)

Q_DECLARE_METATYPE(LogsDetailsModel *)

Q_DECLARE_METATYPE(LogsMessage *)

Q_DECLARE_METATYPE(LogsContact *)

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void UT_LogsMatchesModel::initTestCase()

{

}

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void UT_LogsMatchesModel::cleanupTestCase()

{

}

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void UT_LogsMatchesModel::init()

{

    HbStubHelper::reset();

    mModel = new LogsModel();

    mMatchesModel = mModel->logsMatchesModel();

}

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void UT_LogsMatchesModel::cleanup()

{

    delete mMatchesModel;

    mMatchesModel = 0;

    delete mModel;

    mModel = 0;

}

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void UT_LogsMatchesModel::testConstructor()

{    

    // Predictive search is on

    QVERIFY( mMatchesModel );

    QVERIFY( mMatchesModel->mIconManager );

    QVERIFY( mMatchesModel->mLogsCntFinder );

    // Predictive search is off

    delete mMatchesModel;

    mMatchesModel = 0;

    mMatchesModel = mModel->logsMatchesModel();

    QVERIFY( mMatchesModel );

    QVERIFY( mMatchesModel->mIconManager );

    QVERIFY( mMatchesModel->mLogsCntFinder );

    // Predictive search status fetching failure=> assume that search is on

    delete mMatchesModel;

    mMatchesModel = 0;

    mMatchesModel = mModel->logsMatchesModel();

    QVERIFY( mMatchesModel );

    QVERIFY( mMatchesModel->mIconManager );

    QVERIFY( mMatchesModel->mLogsCntFinder );

    // Predictive search is permanently disabled 

    delete mMatchesModel;

    mMatchesModel = 0;

    mMatchesModel = mModel->logsMatchesModel();

    QVERIFY( mMatchesModel );

    QVERIFY( !mMatchesModel->mIconManager );

    QVERIFY( !mMatchesModel->mLogsCntFinder );

}

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void UT_LogsMatchesModel::testRowCount()

{

    QVERIFY( mMatchesModel->mIconManager );

    QVERIFY( mMatchesModel->rowCount(QModelIndex()) == 0 );

    LogsMatchesModelItemContainer* item = new LogsMatchesModelItemContainer(

            *mModel, *mMatchesModel->mIconManager, 0); 

    mMatchesModel->mMatches.append(item);

    QVERIFY( mMatchesModel->rowCount(QModelIndex()) == 0 );

    mMatchesModel->mResultCount = 1;

    QVERIFY( mMatchesModel->rowCount(QModelIndex()) == 1 );

}

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void UT_LogsMatchesModel::testData()

{

    QVERIFY( mMatchesModel->mLogsCntFinder );

    QVERIFY( mMatchesModel->mIconManager );

    QVERIFY( mModel->data(QModelIndex(), Qt::DisplayRole).isNull() );

    // Setup search results

    LogsCntEntry* entry = new LogsCntEntry(*this, 0);

    entry->setFirstName("Testing");

    mMatchesModel->mLogsCntFinder->mResults.append(entry);

    quint32 contactId = 2;

    entry = new LogsCntEntry(contactId);

    mMatchesModel->mLogsCntFinder->mResults.append(entry);

    quint32 contactId2 = 3;

    entry = new LogsCntEntry(contactId2);

    mMatchesModel->mLogsCntFinder->mResults.append(entry);

    LogsMatchesModelItemContainer* item = new LogsMatchesModelItemContainer(

            *mModel, *mMatchesModel->mIconManager, 0); 

    LogsEvent event;

    event.setRemoteParty( "Testing" );

    event.setIndex(0);

    item->setEvent(event);

    item->mFormattedCallerId = "formattedCallerId";

    mMatchesModel->mMatches.append(item);

    QtContactsStubsHelper::setContactId(contactId);

    LogsMatchesModelItemContainer* item2 = new LogsMatchesModelItemContainer(

            *mModel, *mMatchesModel->mIconManager, 1); 

    mMatchesModel->mMatches.append(item2);

    mMatchesModel->mResultCount = 2;

    // Display data for event match

    QVariant displayData = mMatchesModel->data(mMatchesModel->index(0), Qt::DisplayRole);

    QVERIFY ( displayData.type() == QVariant::StringList );

    QStringList list = displayData.toStringList();

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

    QVERIFY( list.at(0) == "formattedCallerId" );

    // Display data for contact match, getting it first time which causes

    // that data is fetched from contact

    QtContactsStubsHelper::setContactNames("first", "last");

    QVERIFY( mMatchesModel->mMatches.at(1)->mContactId == 0 );

    displayData = mMatchesModel->data(mMatchesModel->index(1), Qt::DisplayRole);

    QVERIFY ( displayData.type() == QVariant::StringList );

    list = displayData.toStringList();

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

    QVERIFY( list.at(0).length() > 0 && list.at(0) != "Testing" );

    QVERIFY( mMatchesModel->mMatches.at(1)->mContactId == contactId );

    // Data asked again for same item, optimized

    item2->mContactName = "formattedName";

    item2->mContactNumber = "formattedNumber";

    displayData = mMatchesModel->data(mMatchesModel->index(1), Qt::DisplayRole);

    QVERIFY ( displayData.type() == QVariant::StringList );

    QStringList list2 = displayData.toStringList();

    QVERIFY( list2.count() == 2 );

    QVERIFY( list2.at(0) == "formattedName" );

    QVERIFY( list2.at(1) == "formattedNumber" );

    // Decoration data for event match

    QVariant decorationData = mMatchesModel->data(mMatchesModel->index(0), Qt::DecorationRole);

    QVERIFY ( decorationData.canConvert< QList<QVariant> >() );

    //create and save contact

    QContact c;

    QVariant ret;	

    QtContactsStubsHelper::setContactId(contactId2);

    LogsMatchesModelItemContainer* item3 = new LogsMatchesModelItemContainer(

                *mModel, *mMatchesModel->mIconManager, 2); 

    item3->setContact(contactId2);

    mMatchesModel->mMatches.append(item3);

    mMatchesModel->mResultCount = 3;

    ret = mMatchesModel->data(mMatchesModel->index(2), Qt::DecorationRole); 

    QVERIFY(ret.type() == QVariant::List);

    //

    ret = mMatchesModel->data(mMatchesModel->index(2), Qt::DecorationRole); 

    QVERIFY(ret.type() == QVariant::List);

    //	

    ret = mMatchesModel->data(mMatchesModel->index(2), Qt::DecorationRole); 

    QVERIFY(ret.type() == QVariant::List);

    ret = mMatchesModel->data(mMatchesModel->index(2), Qt::DecorationRole); 

    QVERIFY(ret.type() == QVariant::List);

    // Details model for logs event

    QVariant details = mMatchesModel->data(mMatchesModel->index(0), LogsMatchesModel::RoleDetailsModel);

    LogsDetailsModel *detailsModel = qVariantValue<LogsDetailsModel *>( details );

    QVERIFY( detailsModel );

    delete detailsModel;

    detailsModel = 0;

    //Details model for contact match is null

    details = mMatchesModel->data(mMatchesModel->index(1), LogsMatchesModel::RoleDetailsModel);

    detailsModel = qVariantValue<LogsDetailsModel *>( details );

    QVERIFY( !detailsModel );

    delete detailsModel;

    // Data asked first time for event, no result container exist yet -> it will be created

    qDeleteAll( mMatchesModel->mMatches );

    mMatchesModel->mMatches.clear();

    displayData = mMatchesModel->data(mMatchesModel->index(0), Qt::DisplayRole);

    QVERIFY ( displayData.type() == QVariant::StringList );

    QCOMPARE( mMatchesModel->mMatches.count(), 1 );

}

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void UT_LogsMatchesModel::testDataAdded()

{

    QVERIFY( mMatchesModel->mLogsCntFinder );

    QVERIFY( mMatchesModel->mIconManager );

    // One event added

    LogsMatchesModelItemContainer* item = new LogsMatchesModelItemContainer(

            *mModel, *mMatchesModel->mIconManager, 0); 

    mMatchesModel->mMatches.append(item);

    LogsEvent* event = new LogsEvent();

    event->setIndex(0);

    mModel->mEvents.append(event);

    mMatchesModel->eventsAdded(QModelIndex(), 0, 0);

    QVERIFY( mMatchesModel->mSearchEvents.count() == 1 );

    QVERIFY( mMatchesModel->mMatches.count() == 0 ); // cleared because of new events

    QVERIFY( mMatchesModel->mPrevSearchPattern.isEmpty() ); // Must be emptied, otherwise requery would not occur

    // Two more sequnetial events added

    item = new LogsMatchesModelItemContainer(

            *mModel, *mMatchesModel->mIconManager, 1); 

    mMatchesModel->mMatches.append(item);

    LogsEvent* event2 = new LogsEvent();

    event2->setIndex(1);

    LogsEvent* event3 = new LogsEvent();

    event3->setIndex(2);

    mModel->mEvents.insert(0, event2);

    mModel->mEvents.insert(0, event3);

    mMatchesModel->eventsAdded(QModelIndex(), 0, 1);

    QVERIFY( mMatchesModel->mSearchEvents.count() == 3 );  

    QVERIFY( mMatchesModel->mMatches.count() == 0 ); // cleared because of new events

    QVERIFY( mMatchesModel->mPrevSearchPattern.isEmpty() ); // Must be emptied, otherwise requery would not occur

}

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void UT_LogsMatchesModel::testDataUpdated()

{

    QVERIFY( mMatchesModel->mLogsCntFinder );

    QVERIFY( mMatchesModel->mIconManager );

    // Nothing to update

    LogsMatchesModelItemContainer* item = new LogsMatchesModelItemContainer(

            *mModel, *mMatchesModel->mIconManager, 0); 

    mMatchesModel->mMatches.append(item);

    mMatchesModel->eventsUpdated(mModel->index(0), mModel->index(0));

    QVERIFY( mMatchesModel->mMatches.count() == 1 ); // not cleared because nothing was updated

    // Search event to update

    LogsEvent* event = new LogsEvent();

    event->setIndex(0);

    mModel->mEvents.append(event);

    mMatchesModel->eventsAdded(QModelIndex(), 0, 0);

    mMatchesModel->eventsUpdated(mModel->index(0), mModel->index(0));

    QVERIFY( mMatchesModel->mSearchEvents.count() == 1 );  

    QVERIFY( mMatchesModel->mMatches.count() == 0 ); // cleared because of updated events

    QVERIFY( mMatchesModel->mPrevSearchPattern.isEmpty() ); // Must be emptied, otherwise requery would not occur

}

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void UT_LogsMatchesModel::testDataRemoved()

{

    QVERIFY( mMatchesModel->mLogsCntFinder );

    QVERIFY( mMatchesModel->mIconManager );

    // Nothing to remove

    LogsMatchesModelItemContainer* item = new LogsMatchesModelItemContainer(

            *mModel, *mMatchesModel->mIconManager, 1); 

    mMatchesModel->mMatches.append(item);

    mMatchesModel->eventsRemoved(QModelIndex(), 0, 0);

    QVERIFY( mMatchesModel->mMatches.count() == 1 ); // not cleared because nothing was removed

    // Existing search event removed

    LogsEvent* event = new LogsEvent();

    event->setIndex(0);

    mModel->mEvents.append(event);

    mMatchesModel->eventsAdded(QModelIndex(), 0, 0);

    mMatchesModel->eventsRemoved(QModelIndex(), 0, 0);

    QVERIFY( mMatchesModel->mSearchEvents.count() == 0 ); // cleared because of removed events

    QVERIFY( mMatchesModel->mMatches.count() == 0 ); // cleared because of removed events

    QVERIFY( mMatchesModel->mPrevSearchPattern.isEmpty() ); // Must be emptied, otherwise requery would not occur

}

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void UT_LogsMatchesModel::testDataResetted()

{

    // Have few events and then get reset where one event is removed and

    // one new event is added

    //

    LogsEvent* event = new LogsEvent();

    QString event1Name("event1");

    event->setRemoteParty(event1Name);

    LogsEvent* event2 = new LogsEvent();

    QString event2Name("event2");

    event2->setRemoteParty(event2Name);

    LogsEvent* event3 = new LogsEvent();

    QString event3Name("event3");

    event3->setRemoteParty(event3Name);

    event->setIndex(0);

    event2->setIndex(1);

    event3->setIndex(2);

    mModel->mEvents.append(event);

    mModel->mEvents.append(event2);

    mModel->mEvents.append(event3);

    mMatchesModel->eventsAdded(QModelIndex(), 0, 2);

    QCOMPARE( mMatchesModel->mSearchEvents.count(), 3 );

    QCOMPARE( mMatchesModel->mLogsCntFinder->mHistoryEvents.count(), 3 );

    QCOMPARE( mMatchesModel->mLogsCntFinder->mHistoryEvents.at(0)->firstName().at(0).text(), event1Name );

    QCOMPARE( mMatchesModel->mLogsCntFinder->mHistoryEvents.at(1)->firstName().at(0).text(), event2Name );

    QCOMPARE( mMatchesModel->mLogsCntFinder->mHistoryEvents.at(2)->firstName().at(0).text(), event3Name );

    mModel->mEvents.clear();

    LogsEvent* event4 = new LogsEvent();

    QString event4Name("event4");

    event4->setRemoteParty(event4Name);

    event4->setIndex(0);

    event->setIndex(1);

    event3->setIndex(2);

    mModel->mEvents.append(event4);

    mModel->mEvents.append(event);

    mModel->mEvents.append(event3);

    QSignalSpy spy(mMatchesModel, SIGNAL(modelReset()));

    mMatchesModel->eventsResetted();

    QCOMPARE( mMatchesModel->mSearchEvents.count(), 3 );

    QCOMPARE( mMatchesModel->mLogsCntFinder->mHistoryEvents.count(), 3 );

    QCOMPARE( mMatchesModel->mLogsCntFinder->mHistoryEvents.at(0)->firstName().at(0).text(), event4Name );

    QCOMPARE( mMatchesModel->mLogsCntFinder->mHistoryEvents.at(1)->firstName().at(0).text(), event1Name );

    QCOMPARE( mMatchesModel->mLogsCntFinder->mHistoryEvents.at(2)->firstName().at(0).text(), event3Name );

    QCOMPARE( spy.count(), 1 ); 

    delete event2;

}

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void UT_LogsMatchesModel::testLogsMatches()

{

    QVERIFY( mMatchesModel->mLogsCntFinder );

    QVERIFY( mMatchesModel->mIconManager );

    // Query ready when no matching search events

    QSignalSpy spy(mMatchesModel, SIGNAL(modelReset()));

    mMatchesModel->logsMatches( "3" );

    mMatchesModel->doSearchQuery(); // simulate async completion

    LogsCntEntry* entry = new LogsCntEntry(*this, 0);

    mMatchesModel->mLogsCntFinder->mResults.append(entry);

    mMatchesModel->queryReady();

    QVERIFY( mMatchesModel->mPrevSearchPattern == "3" );

    QVERIFY( mMatchesModel->mCurrentSearchPattern == "3" );

    QVERIFY( spy.count() == 1 );

    QVERIFY( mMatchesModel->mResultCount == 1 );

    // Query ready when matching search events

    LogsEvent* event = new LogsEvent();

    event->setIndex(0);

    mModel->mEvents.append(event);

    mMatchesModel->eventsAdded(QModelIndex(), 0, 0); // Causes immediate reset

    mMatchesModel->logsMatches( "4" );

    mMatchesModel->doSearchQuery(); // simulate async completion

    mMatchesModel->mLogsCntFinder->mResults.append(

            new LogsCntEntry(*mMatchesModel->mLogsCntFinder->mHistoryEvents.at(0)));

    mMatchesModel->queryReady();

    QVERIFY( spy.count() == 3 );

    QVERIFY( mMatchesModel->mMatches.count() == 0 ); // Matches not added until data is asked

    QVERIFY( mMatchesModel->mResultCount == 1 );

    // Query ready with both event and contact matches

    mMatchesModel->logsMatches( "5" );

    mMatchesModel->doSearchQuery(); // simulate async completion

    mMatchesModel->mLogsCntFinder->mResults.append(

            new LogsCntEntry(*mMatchesModel->mLogsCntFinder->mHistoryEvents.at(0)));

    mMatchesModel->mLogsCntFinder->mResults.append( new LogsCntEntry(2) );

    mMatchesModel->queryReady();

    QVERIFY( spy.count() == 4 );

    QVERIFY( mMatchesModel->mMatches.count() == 0 );  // Matches not added until data is asked

    QVERIFY( mMatchesModel->mResultCount == 2 );

    // Query ready without any matches

    mMatchesModel->logsMatches( "377778877" );

    mMatchesModel->doSearchQuery(); // simulate async completion

    qDeleteAll(mMatchesModel->mLogsCntFinder->mResults);

    mMatchesModel->mLogsCntFinder->mResults.clear();

    mMatchesModel->queryReady();

    QVERIFY( spy.count() == 5 );

    QVERIFY( mMatchesModel->mMatches.count() == 0 );

    QVERIFY( mMatchesModel->mResultCount == 0 );

    // Test rapid queries, only last one should be done once async calls complete

    mMatchesModel->logsMatches( "1" );

    QVERIFY( mMatchesModel->mCurrentSearchPattern == "1" );

    QVERIFY( mMatchesModel->mPrevSearchPattern != "1" );

    mMatchesModel->logsMatches( "12" );

    QVERIFY( mMatchesModel->mCurrentSearchPattern == "12" );

    QVERIFY( mMatchesModel->mPrevSearchPattern != "12" );

    mMatchesModel->logsMatches( "123" );

    QVERIFY( mMatchesModel->mCurrentSearchPattern == "123" );

    QVERIFY( mMatchesModel->mPrevSearchPattern != "123" );

    mMatchesModel->doSearchQuery(); // simulate async completion

    QVERIFY( mMatchesModel->mPrevSearchPattern == "123" );

    QVERIFY( mMatchesModel->mLogsCntFinder->mCurrentPredictivePattern == "123" );

    mMatchesModel->mLogsCntFinder->mCurrentPredictivePattern.clear(); // Check that same query is not made many times

    mMatchesModel->doSearchQuery(); // simulate async completion

    QVERIFY( mMatchesModel->mPrevSearchPattern == "123" );

    QVERIFY( mMatchesModel->mLogsCntFinder->mCurrentPredictivePattern.isEmpty() );

    mMatchesModel->doSearchQuery(); // simulate async completion

    QVERIFY( mMatchesModel->mPrevSearchPattern == "123" );

    QVERIFY( mMatchesModel->mLogsCntFinder->mCurrentPredictivePattern.isEmpty() );

    // Search is Off, current pattern updated, but no search happens

    mMatchesModel->mPrevSearchPattern = "1";

    mMatchesModel->mCurrentSearchPattern = "2";

    mMatchesModel->logsMatches( "199" );

    QVERIFY( mMatchesModel->mPrevSearchPattern == "1" );

    QVERIFY( mMatchesModel->mCurrentSearchPattern == "199" );

    QVERIFY( mMatchesModel->mLogsCntFinder->mCurrentPredictivePattern.isEmpty() );

}

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//

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//

void UT_LogsMatchesModel::testCreateContactWithNumber()

{

    LogsContact* contact = 0;

    contact = mMatchesModel->LogsAbstractModel::createContact(QString("123"));

    QVERIFY(contact);

    QVERIFY(contact->isContactRequestAllowed()); 

    delete contact;

}

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//

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//

void UT_LogsMatchesModel::testCreateCall()

{

    // With event

    LogsMatchesModelItemContainer item(*mModel, *mMatchesModel->mIconManager, 0);    

    LogsEvent event;

    event.setEventType(LogsEvent::TypeVoiceCall);

    event.setNumber( "1234" );

    item.setEvent(event);

    QVariant var = mMatchesModel->createCall(item);

    LogsCall *call = qVariantValue<LogsCall *>( var );

    QVERIFY( call );

    QVERIFY( call->defaultCallType() != LogsCall::TypeLogsCallNotAvailable );

    delete call;

    // With contact, calling not supported

    LogsMatchesModelItemContainer item2(*mModel, *mMatchesModel->mIconManager, 1);