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Added simple demoLauncher application
Added simple demoLauncher application
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tst_qhorizontalbarseries.cpp
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/ tests / auto / qhorizontalbarseries / tst_qhorizontalbarseries.cpp
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sauimone
unit tests for horizontal barcharts
 r1691 /****************************************************************************
**
** Copyright (C) 2012 Digia Plc
** All rights reserved.
** For any questions to Digia, please use contact form at http://qt.digia.com
**
** This file is part of the Qt Commercial Charts Add-on.
**
** $QT_BEGIN_LICENSE$
** Licensees holding valid Qt Commercial licenses may use this file in
** accordance with the Qt Commercial License Agreement provided with the
** Software or, alternatively, in accordance with the terms contained in
** a written agreement between you and Digia.
**
** If you have questions regarding the use of this file, please use
** contact form at http://qt.digia.com
** $QT_END_LICENSE$
**
****************************************************************************/
#include <QtTest/QtTest>
#include <qhorizontalbarseries.h>
#include <qbarset.h>
#include <qchartview.h>
#include <qchart.h>
#include "tst_definitions.h"
QTCOMMERCIALCHART_USE_NAMESPACE
Q_DECLARE_METATYPE(QBarSet*)
class tst_QHorizontalBarSeries : public QObject
{
Q_OBJECT
public slots:
void initTestCase();
void cleanupTestCase();
void init();
void cleanup();
private slots:
void qhorizontalbarseries_data();
void qhorizontalbarseries();
void type_data();
void type();
void append_data();
void append();
void remove_data();
void remove();
void appendList_data();
void appendList();
void count_data();
void count();
void barSets_data();
void barSets();
void setLabelsVisible_data();
void setLabelsVisible();
void mouseclicked_data();
void mouseclicked();
void mousehovered_data();
void mousehovered();
void clearWithAnimations();
private:
QHorizontalBarSeries* m_barseries;
QHorizontalBarSeries* m_barseries_with_sets;
QList<QBarSet*> m_testSets;
};
void tst_QHorizontalBarSeries::initTestCase()
{
qRegisterMetaType<QBarSet*>("QBarSet*");
}
void tst_QHorizontalBarSeries::cleanupTestCase()
{
}
void tst_QHorizontalBarSeries::init()
{
m_barseries = new QHorizontalBarSeries();
m_barseries_with_sets = new QHorizontalBarSeries();
for (int i=0; i<5; i++) {
m_testSets.append(new QBarSet("testset"));
m_barseries_with_sets->append(m_testSets.at(i));
}
}
void tst_QHorizontalBarSeries::cleanup()
{
Jani Honkonen
coding style: foreach whitespace fix
 r2100 foreach (QBarSet* s, m_testSets) {
sauimone
unit tests for horizontal barcharts
 r1691 m_barseries_with_sets->remove(s);
}
m_testSets.clear();
delete m_barseries;
m_barseries = 0;
delete m_barseries_with_sets;
m_barseries_with_sets = 0;
}
void tst_QHorizontalBarSeries::qhorizontalbarseries_data()
{
}
void tst_QHorizontalBarSeries::qhorizontalbarseries()
{
QHorizontalBarSeries *barseries = new QHorizontalBarSeries();
QVERIFY(barseries != 0);
}
void tst_QHorizontalBarSeries::type_data()
{
}
void tst_QHorizontalBarSeries::type()
{
QVERIFY(m_barseries->type() == QAbstractSeries::SeriesTypeHorizontalBar);
}
void tst_QHorizontalBarSeries::append_data()
{
}
void tst_QHorizontalBarSeries::append()
{
QVERIFY(m_barseries->count() == 0);
bool ret = false;
// Try adding barset
QBarSet *barset = new QBarSet("testset");
ret = m_barseries->append(barset);
QVERIFY(ret == true);
QVERIFY(m_barseries->count() == 1);
// Try adding another set
QBarSet *barset2 = new QBarSet("testset2");
ret = m_barseries->append(barset2);
QVERIFY(ret == true);
QVERIFY(m_barseries->count() == 2);
// Try adding same set again
ret = m_barseries->append(barset2);
QVERIFY(ret == false);
QVERIFY(m_barseries->count() == 2);
// Try adding null set
ret = m_barseries->append(0);
QVERIFY(ret == false);
QVERIFY(m_barseries->count() == 2);
}
void tst_QHorizontalBarSeries::remove_data()
{
}
void tst_QHorizontalBarSeries::remove()
{
int count = m_testSets.count();
QVERIFY(m_barseries_with_sets->count() == count);
// Try to remove null pointer (should not remove, should not crash)
bool ret = false;
ret = m_barseries_with_sets->remove(0);
QVERIFY(ret == false);
QVERIFY(m_barseries_with_sets->count() == count);
// Try to remove invalid pointer (should not remove, should not crash)
ret = m_barseries_with_sets->remove((QBarSet*) (m_testSets.at(0) + 1) );
QVERIFY(ret == false);
QVERIFY(m_barseries_with_sets->count() == count);
// remove some sets
ret = m_barseries_with_sets->remove(m_testSets.at(2));
QVERIFY(ret == true);
ret = m_barseries_with_sets->remove(m_testSets.at(3));
QVERIFY(ret == true);
ret = m_barseries_with_sets->remove(m_testSets.at(4));
QVERIFY(ret == true);
QVERIFY(m_barseries_with_sets->count() == 2);
QList<QBarSet*> verifysets = m_barseries_with_sets->barSets();
QVERIFY(verifysets.at(0) == m_testSets.at(0));
QVERIFY(verifysets.at(1) == m_testSets.at(1));
// Try removing all sets again (should be ok, even if some sets have already been removed)
ret = false;
for (int i=0; i<count; i++) {
ret |= m_barseries_with_sets->remove(m_testSets.at(i));
}
QVERIFY(ret == true);
QVERIFY(m_barseries_with_sets->count() == 0);
}
void tst_QHorizontalBarSeries::appendList_data()
{
}
void tst_QHorizontalBarSeries::appendList()
{
int count = 5;
QVERIFY(m_barseries->count() == 0);
QList<QBarSet*> sets;
for (int i=0; i<count; i++) {
sets.append(new QBarSet("testset"));
}
// Append new sets (should succeed, count should match the count of sets)
bool ret = false;
ret = m_barseries->append(sets);
QVERIFY(ret == true);
QVERIFY(m_barseries->count() == count);
// Append same sets again (should fail, count should remain same)
ret = m_barseries->append(sets);
QVERIFY(ret == false);
QVERIFY(m_barseries->count() == count);
// Try append empty list (should succeed, but count should remain same)
QList<QBarSet*> invalidList;
ret = m_barseries->append(invalidList);
QVERIFY(ret == true);
QVERIFY(m_barseries->count() == count);
// Try append list with one new and one existing set (should fail, count remains same)
invalidList.append(new QBarSet("ok set"));
invalidList.append(sets.at(0));
ret = m_barseries->append(invalidList);
QVERIFY(ret == false);
QVERIFY(m_barseries->count() == count);
// Try append list with null pointers (should fail, count remains same)
QList<QBarSet*> invalidList2;
invalidList2.append(0);
invalidList2.append(0);
invalidList2.append(0);
ret = m_barseries->append(invalidList2);
QVERIFY(ret == false);
QVERIFY(m_barseries->count() == count);
}
void tst_QHorizontalBarSeries::count_data()
{
}
void tst_QHorizontalBarSeries::count()
{
QVERIFY(m_barseries->count() == 0);
QVERIFY(m_barseries_with_sets->count() == m_testSets.count());
}
void tst_QHorizontalBarSeries::barSets_data()
{
}
void tst_QHorizontalBarSeries::barSets()
{
QVERIFY(m_barseries->barSets().count() == 0);
QList<QBarSet*> sets = m_barseries_with_sets->barSets();
QVERIFY(sets.count() == m_testSets.count());
for (int i=0; i<m_testSets.count(); i++) {
QVERIFY(sets.at(i) == m_testSets.at(i));
}
}
void tst_QHorizontalBarSeries::setLabelsVisible_data()
{
}
void tst_QHorizontalBarSeries::setLabelsVisible()
{
// labels should be invisible by default
QVERIFY(m_barseries->isLabelsVisible() == false);
QVERIFY(m_barseries_with_sets->isLabelsVisible() == false);
// turn labels to visible
m_barseries_with_sets->setLabelsVisible(true);
// TODO: test the signal
QVERIFY(m_barseries_with_sets->isLabelsVisible() == true);
// turn labels to invisible
m_barseries_with_sets->setLabelsVisible(false);
// TODO: test the signal
QVERIFY(m_barseries_with_sets->isLabelsVisible() == false);
// without parameter, should turn labels to visible
m_barseries_with_sets->setLabelsVisible();
// TODO: test the signal
QVERIFY(m_barseries_with_sets->isLabelsVisible() == true);
}
void tst_QHorizontalBarSeries::mouseclicked_data()
{
}
void tst_QHorizontalBarSeries::mouseclicked()
{
sauimone
added SKIP_IF_CANNOT_TEST_MOUSE_EVENTS macro to barseries tests
 r2066 SKIP_IF_CANNOT_TEST_MOUSE_EVENTS();
sauimone
unit tests for horizontal barcharts
 r1691 QHorizontalBarSeries* series = new QHorizontalBarSeries();
QBarSet* set1 = new QBarSet(QString("set 1"));
*set1 << 10 << 10 << 10;
series->append(set1);
QBarSet* set2 = new QBarSet(QString("set 2"));
*set2 << 10 << 10 << 10;
series->append(set2);
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 QList<QBarSet*> barSets = series->barSets();
sauimone
unit tests for horizontal barcharts
 r1691 QSignalSpy seriesSpy(series,SIGNAL(clicked(int,QBarSet*)));
QSignalSpy setSpy1(set1, SIGNAL(clicked(int)));
QSignalSpy setSpy2(set2, SIGNAL(clicked(int)));
QChartView view(new QChart());
view.resize(400,300);
view.chart()->addSeries(series);
view.show();
QTest::qWaitForWindowShown(&view);
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 // Calculate expected layout for bars
QRectF plotArea = view.chart()->plotArea();
qreal width = plotArea.width();
qreal height = plotArea.height();
qreal rangeX = 10; // From 0 to 10 because of maximum value in set is 10
qreal rangeY = 3; // 3 values per set
qreal scaleY = (height / rangeY);
qreal scaleX = (width / rangeX);
qreal setCount = series->count();
qreal domainMinY = -0.5; // These come from internal domain used by barseries.
qreal domainMinX = 0; // No access to domain from outside, so use hard coded values.
qreal rectHeight = (scaleY / setCount) * series->barWidth(); // On horizontal chart barWidth of the barseries means height of the rect.
QVector<QRectF> layout;
// 3 = count of values in set
// Note that rects in this vector will be interleaved (set1 bar0, set2 bar0, set1 bar1, set2 bar1, etc.)
for (int i = 0; i < 3; i++) {
qreal xPos = -scaleX * domainMinX + plotArea.left();
for (int set = 0; set < setCount; set++) {
qreal yPos = plotArea.bottom() + (domainMinY - i) * scaleY;
yPos += setCount*rectHeight/2;
yPos -= set*rectHeight;
qreal rectWidth = barSets.at(set)->at(i) * scaleX;
QRectF rect(xPos, yPos - rectHeight, rectWidth, rectHeight);
layout.append(rect);
}
}
sauimone
unit tests for horizontal barcharts
 r1691 //====================================================================================
// barset 1, bar 0
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 QTest::mouseClick(view.viewport(), Qt::LeftButton, 0, layout.at(0).center().toPoint());
sauimone
unit tests for horizontal barcharts
 r1691 QCoreApplication::processEvents(QEventLoop::AllEvents, 1000);
QCOMPARE(seriesSpy.count(), 1);
QCOMPARE(setSpy1.count(), 1);
QCOMPARE(setSpy2.count(), 0);
QList<QVariant> seriesSpyArg = seriesSpy.takeFirst();
QCOMPARE(qvariant_cast<QBarSet*>(seriesSpyArg.at(1)), set1);
QVERIFY(seriesSpyArg.at(0).type() == QVariant::Int);
QVERIFY(seriesSpyArg.at(0).toInt() == 0);
QList<QVariant> setSpyArg = setSpy1.takeFirst();
QVERIFY(setSpyArg.at(0).type() == QVariant::Int);
QVERIFY(setSpyArg.at(0).toInt() == 0);
//====================================================================================
// barset 1, bar 1
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 QTest::mouseClick(view.viewport(), Qt::LeftButton, 0, layout.at(2).center().toPoint());
sauimone
unit tests for horizontal barcharts
 r1691 QCoreApplication::processEvents(QEventLoop::AllEvents, 1000);
QCOMPARE(seriesSpy.count(), 1);
QCOMPARE(setSpy1.count(), 1);
QCOMPARE(setSpy2.count(), 0);
seriesSpyArg = seriesSpy.takeFirst();
QCOMPARE(qvariant_cast<QBarSet*>(seriesSpyArg.at(1)), set1);
QVERIFY(seriesSpyArg.at(0).type() == QVariant::Int);
QVERIFY(seriesSpyArg.at(0).toInt() == 1);
setSpyArg = setSpy1.takeFirst();
QVERIFY(setSpyArg.at(0).type() == QVariant::Int);
QVERIFY(setSpyArg.at(0).toInt() == 1);
//====================================================================================
// barset 1, bar 2
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 QTest::mouseClick(view.viewport(), Qt::LeftButton, 0, layout.at(4).center().toPoint());
sauimone
unit tests for horizontal barcharts
 r1691 QCoreApplication::processEvents(QEventLoop::AllEvents, 1000);
QCOMPARE(seriesSpy.count(), 1);
QCOMPARE(setSpy1.count(), 1);
QCOMPARE(setSpy2.count(), 0);
seriesSpyArg = seriesSpy.takeFirst();
QCOMPARE(qvariant_cast<QBarSet*>(seriesSpyArg.at(1)), set1);
QVERIFY(seriesSpyArg.at(0).type() == QVariant::Int);
QVERIFY(seriesSpyArg.at(0).toInt() == 2);
setSpyArg = setSpy1.takeFirst();
QVERIFY(setSpyArg.at(0).type() == QVariant::Int);
QVERIFY(setSpyArg.at(0).toInt() == 2);
//====================================================================================
// barset 2, bar 0
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 QTest::mouseClick(view.viewport(), Qt::LeftButton, 0, layout.at(1).center().toPoint());
sauimone
unit tests for horizontal barcharts
 r1691 QCoreApplication::processEvents(QEventLoop::AllEvents, 1000);
QCOMPARE(seriesSpy.count(), 1);
QCOMPARE(setSpy1.count(), 0);
QCOMPARE(setSpy2.count(), 1);
seriesSpyArg = seriesSpy.takeFirst();
QCOMPARE(qvariant_cast<QBarSet*>(seriesSpyArg.at(1)), set2);
QVERIFY(seriesSpyArg.at(0).type() == QVariant::Int);
QVERIFY(seriesSpyArg.at(0).toInt() == 0);
setSpyArg = setSpy2.takeFirst();
QVERIFY(setSpyArg.at(0).type() == QVariant::Int);
QVERIFY(setSpyArg.at(0).toInt() == 0);
//====================================================================================
// barset 2, bar 1
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 QTest::mouseClick(view.viewport(), Qt::LeftButton, 0, layout.at(3).center().toPoint());
sauimone
unit tests for horizontal barcharts
 r1691 QCoreApplication::processEvents(QEventLoop::AllEvents, 1000);
QCOMPARE(seriesSpy.count(), 1);
QCOMPARE(setSpy1.count(), 0);
QCOMPARE(setSpy2.count(), 1);
seriesSpyArg = seriesSpy.takeFirst();
QCOMPARE(qvariant_cast<QBarSet*>(seriesSpyArg.at(1)), set2);
QVERIFY(seriesSpyArg.at(0).type() == QVariant::Int);
QVERIFY(seriesSpyArg.at(0).toInt() == 1);
setSpyArg = setSpy2.takeFirst();
QVERIFY(setSpyArg.at(0).type() == QVariant::Int);
QVERIFY(setSpyArg.at(0).toInt() == 1);
//====================================================================================
// barset 2, bar 2
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 QTest::mouseClick(view.viewport(), Qt::LeftButton, 0, layout.at(5).center().toPoint());
sauimone
unit tests for horizontal barcharts
 r1691 QCoreApplication::processEvents(QEventLoop::AllEvents, 1000);
QCOMPARE(seriesSpy.count(), 1);
QCOMPARE(setSpy1.count(), 0);
QCOMPARE(setSpy2.count(), 1);
seriesSpyArg = seriesSpy.takeFirst();
QCOMPARE(qvariant_cast<QBarSet*>(seriesSpyArg.at(1)), set2);
QVERIFY(seriesSpyArg.at(0).type() == QVariant::Int);
QVERIFY(seriesSpyArg.at(0).toInt() == 2);
setSpyArg = setSpy2.takeFirst();
QVERIFY(setSpyArg.at(0).type() == QVariant::Int);
QVERIFY(setSpyArg.at(0).toInt() == 2);
}
void tst_QHorizontalBarSeries::mousehovered_data()
{
}
void tst_QHorizontalBarSeries::mousehovered()
{
sauimone
added SKIP_IF_CANNOT_TEST_MOUSE_EVENTS macro to barseries tests
 r2066 SKIP_IF_CANNOT_TEST_MOUSE_EVENTS();
sauimone
unit tests for horizontal barcharts
 r1691 QHorizontalBarSeries* series = new QHorizontalBarSeries();
QBarSet* set1 = new QBarSet(QString("set 1"));
*set1 << 10 << 10 << 10;
series->append(set1);
QBarSet* set2 = new QBarSet(QString("set 2"));
*set2 << 10 << 10 << 10;
series->append(set2);
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 QList<QBarSet*> barSets = series->barSets();
sauimone
unit tests for horizontal barcharts
 r1691 QSignalSpy seriesSpy(series,SIGNAL(hovered(bool,QBarSet*)));
QSignalSpy setSpy1(set1, SIGNAL(hovered(bool)));
QSignalSpy setSpy2(set2, SIGNAL(hovered(bool)));
QChartView view(new QChart());
view.resize(400,300);
view.chart()->addSeries(series);
view.show();
QTest::qWaitForWindowShown(&view);
//this is hack since view does not get events otherwise
view.setMouseTracking(true);
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 // Calculate expected layout for bars
QRectF plotArea = view.chart()->plotArea();
qreal width = plotArea.width();
qreal height = plotArea.height();
qreal rangeX = 10; // From 0 to 10 because of maximum value in set is 10
qreal rangeY = 3; // 3 values per set
qreal scaleY = (height / rangeY);
qreal scaleX = (width / rangeX);
qreal setCount = series->count();
qreal domainMinY = -0.5; // These come from internal domain used by barseries.
qreal domainMinX = 0; // No access to domain from outside, so use hard coded values.
qreal rectHeight = (scaleY / setCount) * series->barWidth(); // On horizontal chart barWidth of the barseries means height of the rect.
QVector<QRectF> layout;
// 3 = count of values in set
// Note that rects in this vector will be interleaved (set1 bar0, set2 bar0, set1 bar1, set2 bar1, etc.)
for (int i = 0; i < 3; i++) {
qreal xPos = -scaleX * domainMinX + plotArea.left();
for (int set = 0; set < setCount; set++) {
qreal yPos = plotArea.bottom() + (domainMinY - i) * scaleY;
yPos += setCount*rectHeight/2;
yPos -= set*rectHeight;
qreal rectWidth = barSets.at(set)->at(i) * scaleX;
QRectF rect(xPos, yPos - rectHeight, rectWidth, rectHeight);
layout.append(rect);
}
}
sauimone
unit tests for horizontal barcharts
 r1691 //=======================================================================
// move mouse to bottom border
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 QTest::mouseMove(view.viewport(), QPoint(layout.at(0).center().x(), 300));
sauimone
unit tests for horizontal barcharts
 r1691 QCoreApplication::processEvents(QEventLoop::AllEvents, 10000);
TRY_COMPARE(seriesSpy.count(), 0);
TRY_COMPARE(setSpy1.count(), 0);
TRY_COMPARE(setSpy2.count(), 0);
//=======================================================================
// move mouse on top of set1
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 QTest::mouseMove(view.viewport(), layout.at(0).center().toPoint());
sauimone
unit tests for horizontal barcharts
 r1691 TRY_COMPARE(seriesSpy.count(), 1);
TRY_COMPARE(setSpy1.count(), 1);
TRY_COMPARE(setSpy2.count(), 0);
QList<QVariant> seriesSpyArg = seriesSpy.takeFirst();
QCOMPARE(qvariant_cast<QBarSet*>(seriesSpyArg.at(1)), set1);
QVERIFY(seriesSpyArg.at(0).type() == QVariant::Bool);
QVERIFY(seriesSpyArg.at(0).toBool() == true);
QList<QVariant> setSpyArg = setSpy1.takeFirst();
QVERIFY(setSpyArg.at(0).type() == QVariant::Bool);
QVERIFY(setSpyArg.at(0).toBool() == true);
//=======================================================================
// move mouse from top of set1 to top of set2
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 QTest::mouseMove(view.viewport(), layout.at(1).center().toPoint());
sauimone
unit tests for horizontal barcharts
 r1691 TRY_COMPARE(seriesSpy.count(), 2);
TRY_COMPARE(setSpy1.count(), 1);
TRY_COMPARE(setSpy2.count(), 1);
// should leave set1
seriesSpyArg = seriesSpy.takeFirst();
QCOMPARE(qvariant_cast<QBarSet*>(seriesSpyArg.at(1)), set1);
QVERIFY(seriesSpyArg.at(0).type() == QVariant::Bool);
QVERIFY(seriesSpyArg.at(0).toBool() == false);
setSpyArg = setSpy1.takeFirst();
QVERIFY(setSpyArg.at(0).type() == QVariant::Bool);
QVERIFY(setSpyArg.at(0).toBool() == false);
// should enter set2
seriesSpyArg = seriesSpy.takeFirst();
QCOMPARE(qvariant_cast<QBarSet*>(seriesSpyArg.at(1)), set2);
QVERIFY(seriesSpyArg.at(0).type() == QVariant::Bool);
QVERIFY(seriesSpyArg.at(0).toBool() == true);
setSpyArg = setSpy2.takeFirst();
QVERIFY(setSpyArg.at(0).type() == QVariant::Bool);
QVERIFY(setSpyArg.at(0).toBool() == true);
//=======================================================================
// move mouse from top of set2 to background
sauimone
bar test update. Tests now calculate expected layout from charts plot area and use that instead of precalculated QPointF magic numbers
 r2073 QTest::mouseMove(view.viewport(), QPoint(0, layout.at(0).center().y()));
sauimone
unit tests for horizontal barcharts
 r1691 TRY_COMPARE(seriesSpy.count(), 1);
TRY_COMPARE(setSpy1.count(), 0);
TRY_COMPARE(setSpy2.count(), 1);
// should leave set2
seriesSpyArg = seriesSpy.takeFirst();
QCOMPARE(qvariant_cast<QBarSet*>(seriesSpyArg.at(1)), set2);
QVERIFY(seriesSpyArg.at(0).type() == QVariant::Bool);
QVERIFY(seriesSpyArg.at(0).toBool() == false);
setSpyArg = setSpy2.takeFirst();
QVERIFY(setSpyArg.at(0).type() == QVariant::Bool);
QVERIFY(setSpyArg.at(0).toBool() == false);
}
void tst_QHorizontalBarSeries::clearWithAnimations()
{
QHorizontalBarSeries* series = new QHorizontalBarSeries();
QBarSet* set1 = new QBarSet(QString("set 1"));
*set1 << 10 << 10 << 10;
series->append(set1);
QBarSet* set2 = new QBarSet(QString("set 2"));
*set2 << 10 << 10 << 10;
series->append(set2);
QChartView view(new QChart());
view.resize(400,300);
view.chart()->setAnimationOptions(QChart::SeriesAnimations);
view.chart()->addSeries(series);
view.show();
series->clear();
}
QTEST_MAIN(tst_QHorizontalBarSeries)
#include "tst_qhorizontalbarseries.moc"