qt-creator/src/plugins/qmlprofiler/timelinemodelaggregator.cpp

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#include "timelinemodelaggregator.h"

#include "qmlprofilertimelinemodelproxy.h"
#include "qmlprofilerpainteventsmodelproxy.h"
#include "qmlprofilerplugin.h"

#include <QStringList>
#include <QVariant>

namespace QmlProfiler {
namespace Internal {


class TimelineModelAggregator::TimelineModelAggregatorPrivate {
public:
    TimelineModelAggregatorPrivate(TimelineModelAggregator *qq):q(qq) {}
    ~TimelineModelAggregatorPrivate() {}

    TimelineModelAggregator *q;

    QList <AbstractTimelineModel *> modelList;
    QmlProfilerModelManager *modelManager;
};

TimelineModelAggregator::TimelineModelAggregator(QObject *parent)
    : QObject(parent), d(new TimelineModelAggregatorPrivate(this))
{
}

TimelineModelAggregator::~TimelineModelAggregator()
{
    delete d;
}

void TimelineModelAggregator::setModelManager(QmlProfilerModelManager *modelManager)
{
    d->modelManager = modelManager;
    connect(modelManager,SIGNAL(stateChanged()),this,SLOT(dataChanged()));
    connect(modelManager,SIGNAL(dataAvailable()),this,SIGNAL(dataAvailable()));

    // external models pushed on top
    foreach (AbstractTimelineModel *timelineModel, QmlProfilerPlugin::instance->getModels()) {
        timelineModel->setModelManager(modelManager);
        addModel(timelineModel);
    }

    PaintEventsModelProxy *paintEventsModelProxy = new PaintEventsModelProxy(this);
    paintEventsModelProxy->setModelManager(modelManager);
    addModel(paintEventsModelProxy);

    for (int i = 0; i < QmlDebug::MaximumRangeType; ++i) {
        RangeTimelineModel *rangeModel = new RangeTimelineModel((QmlDebug::RangeType)i, this);
        rangeModel->setModelManager(modelManager);
        addModel(rangeModel);
    }

    // Connect this last so that it's executed after the models have updated their data.
    connect(modelManager->qmlModel(),SIGNAL(changed()),this,SIGNAL(stateChanged()));
}

void TimelineModelAggregator::addModel(AbstractTimelineModel *m)
{
    d->modelList << m;
    connect(m,SIGNAL(expandedChanged()),this,SIGNAL(expandedChanged()));
    connect(m,SIGNAL(hiddenChanged()),this,SIGNAL(hiddenChanged()));
    connect(m,SIGNAL(rowHeightChanged()),this,SIGNAL(rowHeightChanged()));
    emit modelsChanged(d->modelList.length(), d->modelList.length());
}

QVariantList TimelineModelAggregator::models() const
{
    QVariantList ret;
    foreach (AbstractTimelineModel *model, d->modelList)
        ret << QVariant::fromValue(model);
    return ret;
}

int TimelineModelAggregator::count(int modelIndex) const
{
    if (modelIndex == -1) {
        int totalCount = 0;
        foreach (const AbstractTimelineModel *modelProxy, d->modelList)
            totalCount += modelProxy->count();

        return totalCount;
    } else {
        return d->modelList[modelIndex]->count();
    }
}

bool TimelineModelAggregator::isEmpty() const
{
    foreach (const AbstractTimelineModel *modelProxy, d->modelList)
        if (!modelProxy->isEmpty())
            return false;
    return true;
}

int TimelineModelAggregator::height(int modelIndex) const
{
    return d->modelList[modelIndex]->height();
}

int TimelineModelAggregator::rowHeight(int modelIndex, int row) const
{
    return d->modelList[modelIndex]->rowHeight(row);
}

int TimelineModelAggregator::rowOffset(int modelIndex, int row) const
{
    return d->modelList[modelIndex]->rowOffset(row);
}

void TimelineModelAggregator::setRowHeight(int modelIndex, int row, int height)
{
    d->modelList[modelIndex]->setRowHeight(row, height);
}

bool TimelineModelAggregator::expanded(int modelIndex) const
{
    return d->modelList[modelIndex]->expanded();
}

void TimelineModelAggregator::setExpanded(int modelIndex, bool expanded)
{
    d->modelList[modelIndex]->setExpanded(expanded);
}

bool TimelineModelAggregator::hidden(int modelIndex) const
{
    return d->modelList[modelIndex]->hidden();
}

void TimelineModelAggregator::setHidden(int modelIndex, bool hidden)
{
    d->modelList[modelIndex]->setHidden(hidden);
}

int TimelineModelAggregator::rowCount(int modelIndex) const
{
    return d->modelList[modelIndex]->rowCount();
}

QString TimelineModelAggregator::displayName(int modelIndex) const
{
    return d->modelList[modelIndex]->displayName();
}

int TimelineModelAggregator::rowMinValue(int modelIndex, int row) const
{
    return d->modelList[modelIndex]->rowMinValue(row);
}

int TimelineModelAggregator::rowMaxValue(int modelIndex, int row) const
{
    return d->modelList[modelIndex]->rowMaxValue(row);
}

int TimelineModelAggregator::firstIndex(int modelIndex, qint64 startTime) const
{
    return d->modelList[modelIndex]->firstIndex(startTime);
}

int TimelineModelAggregator::firstIndexNoParents(int modelIndex, qint64 startTime) const
{
    return d->modelList[modelIndex]->firstIndexNoParents(startTime);
}

int TimelineModelAggregator::lastIndex(int modelIndex, qint64 endTime) const
{
    return d->modelList[modelIndex]->lastIndex(endTime);
}

int TimelineModelAggregator::row(int modelIndex, int index) const
{
    return d->modelList[modelIndex]->row(index);
}

qint64 TimelineModelAggregator::duration(int modelIndex, int index) const
{
    return d->modelList[modelIndex]->duration(index);
}

qint64 TimelineModelAggregator::startTime(int modelIndex, int index) const
{
    return d->modelList[modelIndex]->startTime(index);
}

qint64 TimelineModelAggregator::endTime(int modelIndex, int index) const
{
    return d->modelList[modelIndex]->endTime(index);
}

int TimelineModelAggregator::eventId(int modelIndex, int index) const
{
    return d->modelList[modelIndex]->eventId(index);
}

int TimelineModelAggregator::bindingLoopDest(int modelIndex,int index) const
{
    return d->modelList[modelIndex]->bindingLoopDest(index);
}

QColor TimelineModelAggregator::color(int modelIndex, int index) const
{
    return d->modelList[modelIndex]->color(index);
}

float TimelineModelAggregator::relativeHeight(int modelIndex, int index) const
{
    return d->modelList[modelIndex]->relativeHeight(index);
}

QVariantList TimelineModelAggregator::labels(int modelIndex) const
{
    return d->modelList[modelIndex]->labels();
}

QVariantMap TimelineModelAggregator::details(int modelIndex, int index) const
{
    return d->modelList[modelIndex]->details(index);
}

QVariantMap TimelineModelAggregator::location(int modelIndex, int index) const
{
    return d->modelList[modelIndex]->location(index);
}

int TimelineModelAggregator::eventIdForTypeIndex(int modelIndex, int typeIndex) const
{
    return d->modelList[modelIndex]->eventIdForTypeIndex(typeIndex);
}

int TimelineModelAggregator::eventIdForLocation(int modelIndex, const QString &filename,
                                                   int line, int column) const
{
    return d->modelList[modelIndex]->eventIdForLocation(filename, line, column);
}

void TimelineModelAggregator::swapModels(int modelIndex1, int modelIndex2)
{
    qSwap(d->modelList[modelIndex1], d->modelList[modelIndex2]);
    emit modelsChanged(modelIndex1, modelIndex2);
}

void TimelineModelAggregator::dataChanged()
{
    // this is a slot connected for every modelproxy
    // nothing to do here, each model will take care of itself
}

int TimelineModelAggregator::modelCount() const
{
    return d->modelList.count();
}

qint64 TimelineModelAggregator::traceStartTime() const
{
    return d->modelManager->traceTime()->startTime();
}

qint64 TimelineModelAggregator::traceEndTime() const
{
    return d->modelManager->traceTime()->endTime();
}

qint64 TimelineModelAggregator::traceDuration() const
{
    return d->modelManager->traceTime()->duration();
}

} // namespace Internal
} // namespace QmlProfiler