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ddad0feaf3fa211c7dc165d498ada7dcbd4006f0
KDDockWidgets/tests/tst_docks.cpp
Sergio Martins ddad0feaf3 tests: Additional 5 tests build for QtQuick now 
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2020-11-02 20:04:14 +00:00

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/*
This file is part of KDDockWidgets.
SPDX-FileCopyrightText: 2019-2020 Klarälvdalens Datakonsult AB, a KDAB Group company <info@kdab.com>
Author: Sérgio Martins <sergio.martins@kdab.com>
SPDX-License-Identifier: GPL-2.0-only OR GPL-3.0-only
Contact KDAB at <info@kdab.com> for commercial licensing options.
*/
// We don't care about performance related checks in the tests
// clazy:excludeall=ctor-missing-parent-argument,missing-qobject-macro,range-loop,missing-typeinfo,detaching-member,function-args-by-ref,non-pod-global-static,reserve-candidates,qstring-allocations
#include "DockWidgetBase.h"
#include "MainWindow.h"
#include "FloatingWindow_p.h"
#include "DockRegistry_p.h"
#include "Frame_p.h"
#include "private/widgets/FrameWidget_p.h"
#include "private/widgets/TabWidgetWidget_p.h"
#include "private/widgets/TabWidget_p.h"
#include "DropArea_p.h"
#include "TitleBar_p.h"
#include "WindowBeingDragged_p.h"
#include "Utils_p.h"
#include "LayoutSaver.h"
#include "LayoutSaver_p.h"
#include "MultiSplitter_p.h"
#include "Position_p.h"
#include "utils.h"
#include "FrameworkWidgetFactory.h"
#include "DropAreaWithCentralFrame_p.h"
#include "Testing.h"
#include "DockWidget.h"
#include "SideBar_p.h"
#include <QtTest/QtTest>
#include <QPainter>
#include <QApplication>
#include <QTabBar>
#include <QAction>
#include <QTime>
#include <QTextEdit>
#include <QVBoxLayout>
#include <QToolButton>
#include <QMenuBar>
#include <QStyleFactory>
#include <QCursor>
#include <QLineEdit>
#ifdef Q_OS_WIN
# include <Windows.h>
#endif
#ifdef KDDOCKWIDGETS_QTWIDGETS
# include <QPushButton>
#endif
#define WAIT QTest::qWait(5000000);
using namespace KDDockWidgets;
using namespace KDDockWidgets::Tests;
using namespace Layouting;
static QPoint dragPointForWidget(Frame *frame, int index)
{
auto frameW = static_cast<FrameWidget*>(frame);
if (frameW->hasSingleDockWidget()) {
Q_ASSERT(index == 0);
return frameW->titleBar()->mapToGlobal(QPoint(5, 5));
} else {
QRect rect = frameW->tabBar()->tabRect(index);
return frameW->tabBar()->mapToGlobal(rect.center());
}
}
inline int widgetMinLength(const QWidget *w, Qt::Orientation o)
{
const QSize sz = Widget_qwidget::widgetMinSize(w);
return o == Qt::Vertical ? sz.height() : sz.width();
}
struct WidgetResize
{
int length;
Qt::Orientation orientation;
QWidget *w;
};
typedef QVector<WidgetResize> WidgetResizes;
Q_DECLARE_METATYPE(WidgetResize)
struct MultiSplitterSetup
{
QSize size;
QWidgetList widgets;
QWidgetList relativeTos;
WidgetResizes widgetResizes;
QVector<KDDockWidgets::Location> locations;
};
Q_DECLARE_METATYPE(MultiSplitterSetup)
struct ExpectedAvailableSize // struct for testing MultiSplitterLayout::availableLengthForDrop()
{
KDDockWidgets::Location location;
QWidget *relativeTo;
int side1ExpectedSize;
int side2ExpectedSize;
int totalAvailable;
};
typedef QVector<ExpectedAvailableSize> ExpectedAvailableSizes;
Q_DECLARE_METATYPE(ExpectedAvailableSize)
struct ExpectedRectForDrop // struct for testing MultiSplitterLayout::availableLengthForDrop()
{
QWidget *widgetToDrop;
KDDockWidgets::Location location;
Frame *relativeTo;
QRect expectedRect;
};
typedef QVector<ExpectedRectForDrop> ExpectedRectsForDrop;
Q_DECLARE_METATYPE(ExpectedRectForDrop)
static int osWindowMinWidth()
{
#ifdef Q_OS_WIN
return GetSystemMetrics(SM_CXMIN);
#else
return 140; // Some random value for our windows. It's only important on Windows
#endif
}
namespace KDDockWidgets {
namespace {
class WidgetWithMinSize : public QWidget
{
public:
WidgetWithMinSize(QSize minSize)
{
m_minSize = minSize;
}
QSize minimumSizeHint() const override
{
return m_minSize;
}
QSize m_minSize;
};
}
static QWidget *createWidget(int minLength, const QString &objname = QString())
{
auto w = new WidgetWithMinSize(QSize(minLength, minLength));
w->setObjectName(objname);
return w;
}
class TestDocks : public QObject
{
Q_OBJECT
public Q_SLOTS:
void initTestCase()
{
qputenv("KDDOCKWIDGETS_SHOW_DEBUG_WINDOW", "");
qApp->setOrganizationName("KDAB");
qApp->setApplicationName("dockwidgets-unit-tests");
qApp->setStyle(QStyleFactory::create("fusion"));
Testing::installFatalMessageHandler();
auto m = createMainWindow();
QTest::qWait(10); // the DND state machine needs the event loop to start, otherwise activeState() is nullptr. (for offscreen QPA)
}
private Q_SLOTS:
void tst_mainWindowAlwaysHasCentralWidget();
void tst_dock2FloatingWidgetsTabbed();
void tst_close();
void tst_propagateSizeHonoursMinSize();
void tst_addDockWidgetAsTabToDockWidget();
void tst_addToSmallMainWindow6();
void tst_constraintsAfterPlaceholder();
void tst_negativeAnchorPositionWhenEmbedded_data();
void tst_negativeAnchorPositionWhenEmbedded();
void tst_sizeConstraintWarning();
void tst_restoreSimple();
void tst_invalidLayoutAfterRestore();
void tst_dragByTabBar_data();
void tst_dragByTabBar();
void tst_dragBySingleTab();
void tst_addToHiddenMainWindow();
void tst_minSizeChanges();
void tst_complex();
void tst_titlebar_getter();
void tst_dockNotFillingSpace();
void tst_addingOptionHiddenTabbed();
void tst_flagDoubleClick();
void tst_floatingWindowDeleted();
void tst_raise();
void tst_floatingAction();
void tst_dockableMainWindows();
void tst_lastFloatingPositionIsRestored();
void tst_maxSizeHonouredWhenAnotherDropped();
void tst_maxSizedHonouredAfterRemoved();
void tst_maximumSizePolicy();
void tst_tabsNotClickable();
void tst_stuckSeparator();
void tst_titleBarFocusedWhenTabsChange();
private:
std::unique_ptr<MultiSplitter> createMultiSplitterFromSetup(MultiSplitterSetup setup, QHash<QWidget *, Frame *> &frameMap) const;
};
}
Frame* createFrameWithWidget(const QString &name, MultiSplitter *parent, int minLength = -1)
{
QWidget *w = createWidget(minLength, name);
auto dw = new DockWidgetType(name);
dw->setWidget(w);
auto frame =KDDockWidgets::Config::self().frameworkWidgetFactory()->createFrame(parent);
frame->addWidget(dw);
return frame;
}
DockWidgetBase *createAndNestDockWidget(DropArea *dropArea, Frame *relativeTo, KDDockWidgets::Location location)
{
static int count = 0;
count++;
const QString name = QString("dock%1").arg(count);
auto dock = createDockWidget(name, Qt::red);
dock->setObjectName(name);
nestDockWidget(dock, dropArea, relativeTo, location);
dropArea->checkSanity();
return dock;
}
std::unique_ptr<MainWindowBase> createSimpleNestedMainWindow(DockWidgetBase * *centralDock, DockWidgetBase * *leftDock, DockWidgetBase * *rightDock)
{
auto window = createMainWindow({900, 500});
*centralDock = createDockWidget("centralDock", Qt::green);
window->addDockWidgetAsTab(*centralDock);
auto dropArea = window->dropArea();
*leftDock = createAndNestDockWidget(dropArea, nullptr, KDDockWidgets::Location_OnLeft);
*rightDock = createAndNestDockWidget(dropArea, nullptr, KDDockWidgets::Location_OnRight);
return window;
}
void TestDocks::tst_dock2FloatingWidgetsTabbed()
{
EnsureTopLevelsDeleted e;
if (KDDockWidgets::usesNativeTitleBar())
return; // Unit-tests can't drag via tab, yet
auto dock1 = createDockWidget("doc1", Qt::green);
auto fw1 = dock1->floatingWindow();
fw1->setGeometry(500, 500, 400, 400);
QVERIFY(dock1);
QPointer<Frame> frame1 = dock1->frame();
auto titlebar1 = fw1->titleBar();
auto dock2 = createDockWidget("doc2", Qt::red);
QVERIFY(dock1->isFloating());
QVERIFY(dock2->isFloating());
drag(titlebar1, titlebar1->mapToGlobal(QPoint(5, 5)), dock2->window()->geometry().center(), ButtonAction_Press);
// It morphed into a FloatingWindow
QPointer<Frame> frame2 = dock2->frame();
if (!dock2->floatingWindow()) {
qWarning() << "dock2->floatingWindow()=" << dock2->floatingWindow();
QVERIFY(false);
}
QVERIFY(frame2);
QCOMPARE(frame2->dockWidgetCount(), 1);
releaseOn(dock2->window()->geometry().center(), titlebar1);
QCOMPARE(frame2->dockWidgetCount(), 2); // 2.2 Frame has 2 widgets when one is dropped
QVERIFY(Testing::waitForDeleted(frame1));
// 2.3 Detach tab1 to empty space
QPoint globalPressPos = dragPointForWidget(frame2.data(), 0);
QTabBar *tabBar = static_cast<FrameWidget*>(frame2.data())->tabBar();
QVERIFY(tabBar);
drag(tabBar, globalPressPos, frame2->window()->geometry().bottomRight() + QPoint(10, 10));
QVERIFY(frame2->dockWidgetCount() == 1);
QVERIFY(dock1->floatingWindow());
// 2.4 Drag the first dock over the second
frame1 = dock1->frame();
frame2 = dock2->frame();
fw1 = dock1->floatingWindow();
globalPressPos = fw1->titleBar()->mapToGlobal(QPoint(100,5));
drag(fw1->titleBar(), globalPressPos, dock2->window()->geometry().center());
QCOMPARE(frame2->dockWidgetCount(), 2);
// 2.5 Detach and drop to the same place, should tab again
globalPressPos = dragPointForWidget(frame2.data(), 0);
tabBar = static_cast<FrameWidget*>(frame2.data())->tabBar();
drag(tabBar, globalPressPos, dock2->window()->geometry().center());
QCOMPARE(frame2->dockWidgetCount(), 2);
// 2.6 Drag the tabbed group over a 3rd floating window
auto dock3 = createDockWidget("doc3", Qt::black);
QTest::qWait(1000); // Test is flaky otherwise
auto fw2 = dock2->floatingWindow();
drag(fw2->titleBar(), frame2->mapToGlobal(QPoint(10, 10)), dock3->window()->geometry().center());
QVERIFY(Testing::waitForDeleted(frame1));
QVERIFY(Testing::waitForDeleted(frame2));
QVERIFY(dock3->frame());
QCOMPARE(dock3->frame()->dockWidgetCount(), 3);
auto fw3 = dock3->floatingWindow();
QVERIFY(fw3);
QVERIFY(fw3->dropArea()->checkSanity());
// 2.7 Drop the window into a MainWindow
{
MainWindow m("MyMainWindow_tst_dock2FloatingWidgetsTabbed", MainWindowOption_HasCentralFrame);
m.show();
m.setGeometry(500, 300, 300, 300);
QVERIFY(!dock3->isFloating());
auto fw3 = dock3->floatingWindow();
drag(fw3->titleBar(), dock3->window()->mapToGlobal(QPoint(10, 10)), m.geometry().center());
QVERIFY(!dock3->isFloating());
QVERIFY(qobject_cast<MainWindow *>(dock3->window()) == &m);
QCOMPARE(dock3->frame()->dockWidgetCount(), 3);
QVERIFY(m.dropArea()->checkSanity());
delete dock1;
delete dock2;
delete dock3;
QVERIFY(Testing::waitForDeleted(frame2));
QVERIFY(Testing::waitForDeleted(fw3));
}
}
void TestDocks::tst_close()
{
EnsureTopLevelsDeleted e;
// 1.0 Call QWidget::close() on QDockWidget
auto dock1 = createDockWidget("doc1", Qt::green);
QAction *toggleAction = dock1->toggleAction();
QVERIFY(toggleAction->isChecked());
QVERIFY(dock1->close());
QVERIFY(!dock1->isVisible());
QVERIFY(!dock1->window()->isVisible());
QCOMPARE(dock1->window(), dock1);
QVERIFY(!toggleAction->isChecked());
// 1.1 Reshow with show()
dock1->show();
auto fw = dock1->floatingWindow();
QVERIFY(fw);
QVERIFY(toggleAction->isChecked());
QVERIFY(dock1->isVisible());
QCOMPARE(dock1->window(), fw);
QVERIFY(toggleAction->isChecked());
// 1.2 Reshow with toggleAction instead
QVERIFY(dock1->close());
QVERIFY(!toggleAction->isChecked());
QVERIFY(!dock1->isVisible());
toggleAction->setChecked(true);
QVERIFY(dock1->isVisible());
// 1.3 Use hide() instead
auto fw1 = dock1->floatingWindow();
QVERIFY(fw1);
dock1->close(); // TODO: Hide doesn't delete the FloatingWindow
QVERIFY(Testing::waitForDeleted(fw1));
QVERIFY(!dock1->isVisible());
QVERIFY(!dock1->window()->isVisible());
QCOMPARE(dock1->window(), dock1);
QVERIFY(!toggleAction->isChecked());
// 1.4 close a FloatingWindow, via DockWidget::close
QPointer<FloatingWindow> window = dock1->morphIntoFloatingWindow();
QPointer<Frame> frame1 = dock1->frame();
QVERIFY(dock1->isVisible());
QVERIFY(dock1->window()->isVisible());
QVERIFY(frame1->QWidgetAdapter::isVisible());
QCOMPARE(dock1->window(), window.data());
QVERIFY(dock1->close());
QVERIFY(!dock1->frame());
QVERIFY(Testing::waitForDeleted(frame1));
QVERIFY(Testing::waitForDeleted(window));
// 1.5 close a FloatingWindow, via FloatingWindow::close
dock1->show();
window = dock1->morphIntoFloatingWindow();
frame1 = dock1->frame();
QVERIFY(dock1->isVisible());
QVERIFY(dock1->window()->isVisible());
QVERIFY(frame1->QWidgetAdapter::isVisible());
QCOMPARE(dock1->window(), window.data());
QVERIFY(window->close());
QVERIFY(!dock1->frame());
QVERIFY(Testing::waitForDeleted(frame1));
QVERIFY(Testing::waitForDeleted(window));
// TODO: 1.6 Test FloatingWindow with two frames
// TODO: 1.7 Test Frame with two tabs
// 1.8 Check if space is reclaimed after closing left dock
DockWidgetBase *centralDock;
DockWidgetBase *leftDock;
DockWidgetBase *rightDock;
auto mainwindow = createSimpleNestedMainWindow(&centralDock, &leftDock, &rightDock);
auto da = mainwindow->dropArea();
QVERIFY(da->checkSanity());
QCOMPARE(leftDock->frame()->QWidgetAdapter::x(), 0);
QCOMPARE(centralDock->frame()->QWidgetAdapter::x(), leftDock->frame()->QWidgetAdapter::geometry().right() + Item::separatorThickness + 1);
QCOMPARE(rightDock->frame()->QWidgetAdapter::x(), centralDock->frame()->QWidgetAdapter::geometry().right() + Item::separatorThickness + 1);
leftDock->close();
QTest::qWait(250); // TODO: wait for some signal
QCOMPARE(centralDock->frame()->QWidgetAdapter::x(), 0);
QCOMPARE(rightDock->frame()->QWidgetAdapter::x(), centralDock->frame()->QWidgetAdapter::geometry().right() + Item::separatorThickness + 1);
rightDock->close();
QTest::qWait(250); // TODO: wait for some signal
auto lay = mainwindow->centralWidget()->layout();
QMargins margins = lay->contentsMargins();
QCOMPARE(centralDock->frame()->width(), mainwindow->width() - 0*2 - margins.left() - margins.right());
delete leftDock; delete rightDock; delete centralDock;
// 1.9 Close tabbed dock, side docks will maintain their position
mainwindow = createSimpleNestedMainWindow(&centralDock, &leftDock, &rightDock);
const int leftX = leftDock->frame()->QWidgetAdapter::x();
const int rightX = rightDock->frame()->QWidgetAdapter::x();
centralDock->close();
QCOMPARE(leftDock->frame()->QWidgetAdapter::x(), leftX);
QCOMPARE(rightDock->frame()->QWidgetAdapter::x(), rightX);
delete leftDock; delete rightDock; delete centralDock;
delete dock1;
// 2. Test that closing the single frame of a main window doesn't close the main window itself
{
auto m = createMainWindow(QSize(800, 500), MainWindowOption_None); // Remove central frame
QPointer<MainWindowBase> mainWindowPtr = m.get();
dock1 = createDockWidget("hello", Qt::green);
m->addDockWidget(dock1, Location_OnLeft);
// 2.2 Closing should not close the main window
dock1->close();
QVERIFY(mainWindowPtr.data());
delete dock1;
}
// 2.1 Test closing the frame instead
{
auto m = createMainWindow(QSize(800, 500), MainWindowOption_None); // Remove central frame
QPointer<MainWindowBase> mainWindowPtr = m.get();
dock1 = createDockWidget("hello", Qt::green);
m->addDockWidget(dock1, Location_OnLeft);
// 2.2 Closing should not close the main window
dock1->frame()->titleBar()->onCloseClicked();
QVERIFY(mainWindowPtr.data());
QVERIFY(mainWindowPtr->isVisible());
delete dock1;
}
// 2.2 Repeat, but with a central frame
{
auto m = createMainWindow(QSize(800, 500));
QPointer<MainWindowBase> mainWindowPtr = m.get();
dock1 = createDockWidget("hello", Qt::green);
m->addDockWidget(dock1, Location_OnLeft);
// 2.2 Closing should not close the main window
dock1->frame()->titleBar()->onCloseClicked();
QVERIFY(mainWindowPtr.data());
QVERIFY(mainWindowPtr->isVisible());
delete dock1;
}
}
void TestDocks::tst_mainWindowAlwaysHasCentralWidget()
{
EnsureTopLevelsDeleted e;
auto m = createMainWindow();
QTest::qWait(10); // the DND state machine needs the event loop to start, otherwise activeState() is nullptr. (for offscreen QPA)
QWidget *central = m->centralWidget();
auto dropArea = m->dropArea();
QVERIFY(dropArea);
QPointer<Frame> centralFrame = static_cast<Frame*>(dropArea->centralFrame()->guestAsQObject());
QVERIFY(central);
QVERIFY(dropArea);
QCOMPARE(dropArea->count(), 1);
QVERIFY(centralFrame);
QCOMPARE(centralFrame->dockWidgetCount(), 0);
// Add a tab
auto dock = createDockWidget("doc1", Qt::green);
m->addDockWidgetAsTab(dock);
QCOMPARE(dropArea->count(), 1);
QCOMPARE(centralFrame->dockWidgetCount(), 1);
qDebug() << "Central widget width=" << central->size() << "; mainwindow="
<< m->size();
// Detach tab
QPoint globalPressPos = dragPointForWidget(centralFrame.data(), 0);
QTabBar *tabBar = static_cast<FrameWidget*>(centralFrame.data())->tabBar();
QVERIFY(tabBar);
qDebug() << "Detaching tab from dropArea->size=" << dropArea->QWidget::size() << "; dropArea=" << dropArea;
drag(tabBar, globalPressPos, m->geometry().bottomRight() + QPoint(30, 30));
QVERIFY(centralFrame);
QCOMPARE(dropArea->count(), 1);
QCOMPARE(centralFrame->dockWidgetCount(), 0);
QVERIFY(dropArea->checkSanity());
delete dock->window();
}
void TestDocks::tst_propagateSizeHonoursMinSize()
{
// Here we dock a widget on the left size, and on the right side.
// When docking the second one, the 1st one shouldn't be squeezed too much, as it has a min size
EnsureTopLevelsDeleted e;
auto m = createMainWindow();
auto dock1 = createDockWidget("dock1", new QPushButton("one"));
auto dock2 = createDockWidget("dock2", new QPushButton("two"));
auto dropArea = m->dropArea();
int min1 = widgetMinLength(dock1, Qt::Horizontal);
int min2 = widgetMinLength(dock2, Qt::Horizontal);
QVERIFY(dock1->width() >= min1);
QVERIFY(dock2->width() >= min2);
nestDockWidget(dock1, dropArea, nullptr, KDDockWidgets::Location_OnRight);
nestDockWidget(dock2, dropArea, nullptr, KDDockWidgets::Location_OnLeft);
// Calculate again, as the window frame has disappeared
min1 = widgetMinLength(dock1, Qt::Horizontal);
min2 = widgetMinLength(dock2, Qt::Horizontal);
auto l = m->dropArea();
l->checkSanity();
if (dock1->width() < min1) {
qDebug() << "\ndock1->width()=" << dock1->width() << "\nmin1=" << min1
<< "\ndock min sizes=" << dock1->minimumWidth() << dock1->minimumSizeHint().width()
<< "\nframe1->width()=" << dock1->frame()->width()
<< "\nframe1->min=" << widgetMinLength(dock1->frame(), Qt::Horizontal);
l->dumpLayout();
QVERIFY(false);
}
QVERIFY(dock2->width() >= min2);
// Dock on top of center widget:
m = createMainWindow();
dock1 = createDockWidget("one", new QTextEdit());
m->addDockWidgetAsTab(dock1);
auto dock3 = createDockWidget("three", new QTextEdit());
m->addDockWidget(dock3, Location_OnTop);
QVERIFY(m->dropArea()->checkSanity());
min1 = widgetMinLength(dock1, Qt::Vertical);
QVERIFY(dock1->height() >= min1);
}
void TestDocks::tst_restoreSimple()
{
EnsureTopLevelsDeleted e;
// Tests restoring a very simple layout, composed of just 1 docked widget
auto m = createMainWindow(QSize(800, 500), MainWindowOption_None);
auto layout = m->multiSplitter();
auto dock1 = createDockWidget("one", new QTextEdit());
auto dock2 = createDockWidget("two", new QTextEdit());
auto dock3 = createDockWidget("three", new QTextEdit());
m->addDockWidget(dock1, Location_OnTop);
// Dock2 floats at 150,150
const QPoint dock2FloatingPoint = QPoint(150, 150);
dock2->window()->move(dock2FloatingPoint);
QVERIFY(dock2->isVisible());
const QPoint dock3FloatingPoint = QPoint(200, 200);
dock3->window()->move(dock3FloatingPoint);
dock3->close();
LayoutSaver saver;
QVERIFY(saver.saveToFile(QStringLiteral("layout_tst_restoreSimple.json")));
auto f1 = dock1->frame();
dock2->window()->move(QPoint(0, 0)); // Move *after* we saved.
dock3->window()->move(QPoint(0, 0)); // Move *after* we saved.
dock1->close();
dock2->close();
QVERIFY(!dock2->isVisible());
QCOMPARE(layout->count(), 1);
QVERIFY(Testing::waitForDeleted(f1));
QCOMPARE(layout->placeholderCount(), 1);
QCOMPARE(DockRegistry::self()->floatingWindows().size(), 0);
QVERIFY(saver.restoreFromFile(QStringLiteral("layout_tst_restoreSimple.json")));
QVERIFY(layout->checkSanity());
QCOMPARE(layout->count(), 1);
QCOMPARE(layout->placeholderCount(), 0);
QVERIFY(dock1->isVisible());
QCOMPARE(saver.restoredDockWidgets().size(), 3);
// Test a crash I got:
dock1->setFloating(true);
QVERIFY(layout->checkSanity());
dock1->setFloating(false);
auto fw2 = dock2->floatingWindow();
QVERIFY(fw2);
QVERIFY(fw2->isVisible());
QVERIFY(fw2->isTopLevel());
QCOMPARE(fw2->pos(), dock2FloatingPoint);
QCOMPARE(fw2->parent(), m.get());
QVERIFY(dock2->isFloating());
QVERIFY(dock2->isVisible());
QVERIFY(!dock3->isVisible()); // Remains closed
QVERIFY(dock3->parentWidget() == nullptr);
dock3->show();
dock3->morphIntoFloatingWindow(); // as it would take 1 event loop. Do it now so we can compare already.
QCOMPARE(dock3->window()->pos(), dock3FloatingPoint);
// Cleanup
dock3->deleteLater();
QVERIFY(Testing::waitForDeleted(dock3));
}
void TestDocks::tst_addDockWidgetAsTabToDockWidget()
{
EnsureTopLevelsDeleted e;
{
// Dock into a non-morphed floating dock widget
auto dock1 = createDockWidget("dock1", new QPushButton("one"));
auto dock2 = createDockWidget("dock2", new QPushButton("two"));
dock1->addDockWidgetAsTab(dock2);
QWidget *window1 = dock1->window();
QWidget *window2 = dock2->window();
QCOMPARE(window1, window2);
QCOMPARE(dock1->frame(), dock2->frame());
QCOMPARE(dock1->frame()->dockWidgetCount(), 2);
dock1->deleteLater();
dock2->deleteLater();
Testing::waitForDeleted(dock2);
}
{
// Dock into a morphed dock widget
auto dock1 = createDockWidget("dock1", new QPushButton("one"));
dock1->morphIntoFloatingWindow();
auto dock2 = createDockWidget("dock2", new QPushButton("two"));
dock1->addDockWidgetAsTab(dock2);
QWidget *window1 = dock1->window();
QWidget *window2 = dock2->window();
QCOMPARE(window1, window2);
QCOMPARE(dock1->frame(), dock2->frame());
QCOMPARE(dock1->frame()->dockWidgetCount(), 2);
dock1->deleteLater();
dock2->deleteLater();
Testing::waitForDeleted(dock2);
}
{
// Dock a morphed dock widget into a morphed dock widget
auto dock1 = createDockWidget("dock1", new QPushButton("one"));
dock1->morphIntoFloatingWindow();
auto dock2 = createDockWidget("dock2", new QPushButton("two"));
dock2->morphIntoFloatingWindow();
auto originalWindow2 = Tests::make_qpointer(dock2->window());
dock1->addDockWidgetAsTab(dock2);
QWidget *window1 = dock1->window();
QWidget *window2 = dock2->window();
QCOMPARE(window1, window2);
QCOMPARE(dock1->frame(), dock2->frame());
QCOMPARE(dock1->frame()->dockWidgetCount(), 2);
Testing::waitForDeleted(originalWindow2);
QVERIFY(!originalWindow2);
dock1->deleteLater();
dock2->deleteLater();
Testing::waitForDeleted(dock2);
}
{
// Dock to an already docked widget
auto m = createMainWindow();
auto dropArea = m->dropArea();
auto dock1 = createDockWidget("dock1", new QPushButton("one"));
nestDockWidget(dock1, dropArea, nullptr, KDDockWidgets::Location_OnLeft);
auto dock2 = createDockWidget("dock2", new QPushButton("two"));
dock1->addDockWidgetAsTab(dock2);
QCOMPARE(dock1->window(), m.get());
QCOMPARE(dock2->window(), m.get());
QCOMPARE(dock1->frame(), dock2->frame());
QCOMPARE(dock1->frame()->dockWidgetCount(), 2);
}
}
void TestDocks::tst_addToSmallMainWindow6()
{
EnsureTopLevelsDeleted e;
// Test test shouldn't spit any warnings
QWidget container;
auto lay = new QVBoxLayout(&container);
MainWindow m("MyMainWindow_tst_addToSmallMainWindow8", MainWindowOption_None);
lay->addWidget(&m);
container.resize(100, 100);
Testing::waitForResize(&container);
container.show();
Testing::waitForResize(&m);
auto dock1 = createDockWidget("dock1", new MyWidget2(QSize(50, 240)));
auto dock2 = createDockWidget("dock2", new MyWidget2(QSize(50, 240)));
m.addDockWidget(dock1, KDDockWidgets::Location_OnBottom);
m.addDockWidget(dock2, KDDockWidgets::Location_OnBottom);
Testing::waitForResize(&m);
QVERIFY(m.dropArea()->checkSanity());
}
void TestDocks::tst_constraintsAfterPlaceholder()
{
EnsureTopLevelsDeleted e;
auto m = createMainWindow(QSize(500, 500), MainWindowOption_None);
const int minHeight = 400;
auto dock1 = createDockWidget("dock1", new MyWidget2(QSize(400, minHeight)));
auto dock2 = createDockWidget("dock2", new MyWidget2(QSize(400, minHeight)));
auto dock3 = createDockWidget("dock3", new MyWidget2(QSize(400, minHeight)));
auto dropArea = m->dropArea();
MultiSplitter *layout = dropArea;
// Stack 3, 2, 1
m->addDockWidget(dock1, Location_OnTop);
m->addDockWidget(dock2, Location_OnTop);
m->addDockWidget(dock3, Location_OnTop);
QVERIFY(Testing::waitForResize(m.get()));
QVERIFY(widgetMinLength(m.get(), Qt::Vertical) > minHeight * 3); // > since some vertical space is occupied by the separators
// Now close dock1 and check again
dock1->close();
Testing::waitForResize(dock2);
Item *item2 = layout->itemForFrame(dock2->frame());
Item *item3 = layout->itemForFrame(dock3->frame());
QMargins margins = m->centralWidget()->layout()->contentsMargins();
const int expectedMinHeight = item2->minLength(Qt::Vertical) +
item3->minLength(Qt::Vertical) +
1 * Item::separatorThickness
+ margins.top() + margins.bottom();
qDebug() << layout->rootItem()->minSize() << margins;
QCOMPARE(m->minimumSizeHint().height(), expectedMinHeight);
dock1->deleteLater();
Testing::waitForDeleted(dock1);
}
void TestDocks::tst_negativeAnchorPositionWhenEmbedded_data()
{
QTest::addColumn<bool>("embedded");
QTest::newRow("false") << false;
QTest::newRow("true") << true;
}
void TestDocks::tst_negativeAnchorPositionWhenEmbedded()
{
QFETCH(bool, embedded);
EnsureTopLevelsDeleted e;
MainWindowBase *m;
if (embedded) {
auto em = createEmbeddedMainWindow(QSize(500, 500));
m = em->mainWindow;
} else {
m = new MainWindow("m1", MainWindowOption_HasCentralFrame);
m->resize(QSize(500, 500));
m->show();
}
auto layout = m->multiSplitter();
auto w1 = new MyWidget2(QSize(400,400));
auto w2 = new MyWidget2(QSize(400,400));
auto d1 = createDockWidget("1", w1);
auto d2 = createDockWidget("2", w2);
auto d3 = createDockWidget("3", w2);
m->addDockWidget(d1, Location_OnLeft);
m->addDockWidget(d2, Location_OnLeft);
m->addDockWidget(d3, Location_OnLeft);
layout->checkSanity();
delete m->window();
}
void TestDocks::tst_dragByTabBar_data()
{
QTest::addColumn<bool>("documentMode");
QTest::addColumn<bool>("tabsAlwaysVisible");
QTest::newRow("false-false") << false << false;
QTest::newRow("true-false") << true << false;
QTest::newRow("false-true") << false << true;
QTest::newRow("true-true") << true << true;
}
void TestDocks::tst_dragByTabBar()
{
QFETCH(bool, documentMode);
QFETCH(bool, tabsAlwaysVisible);
EnsureTopLevelsDeleted e;
auto flags = Config::self().flags() | Config::Flag_HideTitleBarWhenTabsVisible;
if (tabsAlwaysVisible)
flags |= Config::Flag_AlwaysShowTabs;
Config::self().setFlags(flags);
auto m = createMainWindow();
QTest::qWait(10); // the DND state machine needs the event loop to start, otherwise activeState() is nullptr. (for offscreen QPA)
auto dropArea = m->dropArea();
auto dock1 = createDockWidget("dock1", new MyWidget2(QSize(400, 400)));
auto dock2 = createDockWidget("dock2", new MyWidget2(QSize(400, 400)));
auto dock3 = createDockWidget("dock3", new MyWidget2(QSize(400, 400)));
m->addDockWidgetAsTab(dock1);
m->resize(osWindowMinWidth(), 200);
dock2->addDockWidgetAsTab(dock3);
if (documentMode)
static_cast<QTabWidget*>(static_cast<FrameWidget*>(dock2->frame())->tabWidget()->asWidget())->setDocumentMode(true);
auto fw = dock2->floatingWindow();
fw->move(m->pos() + QPoint(500, 500));
QVERIFY(fw->isVisible());
QVERIFY(!fw->titleBar()->isVisible());
dragFloatingWindowTo(fw, dropArea, DropIndicatorOverlayInterface::DropLocation_Right);
}
void TestDocks::tst_dragBySingleTab()
{
// Tests dragging via a tab when there's only 1 tab, and we're using Flag_AlwaysShowTabs
EnsureTopLevelsDeleted e;
Config::self().setFlags(Config::Flag_AlwaysShowTabs);
auto dock1 = createDockWidget("dock1", new MyWidget2(QSize(400, 400)));
dock1->show();
auto frame1 = dock1->frame();
QPoint globalPressPos = dragPointForWidget(frame1, 0);
QTabBar *tabBar = static_cast<FrameWidget*>(frame1)->tabBar();
QVERIFY(tabBar);
SetExpectedWarning sew("No window being dragged for"); // because dragging by tab does nothing in this case
drag(tabBar, globalPressPos, QPoint(0, 0));
delete dock1;
Testing::waitForDeleted(frame1);
}
void TestDocks::tst_addToHiddenMainWindow()
{
EnsureTopLevelsDeleted e;
auto m = new MainWindow("m1", MainWindowOption_HasCentralFrame);
auto w1 = new MyWidget2(QSize(400,400));
auto w2 = new MyWidget2(QSize(400,400));
auto d1 = createDockWidget("1", w1);
auto d2 = createDockWidget("2", w2);
m->addDockWidget(d1, Location_OnTop);
m->addDockWidget(d2, Location_OnTop);
QVERIFY(!m->isVisible());
d1->setFloating(true);
d2->setFloating(false);
m->multiSplitter()->checkSanity();
delete m;
}
void TestDocks::tst_minSizeChanges()
{
EnsureTopLevelsDeleted e;
auto m = new MainWindow("m1", MainWindowOption_None);
m->show();
auto w1 = new MyWidget2(QSize(400,400));
auto w2 = new MyWidget2(QSize(400,400));
auto d1 = new DockWidgetType("1");
d1->setWidget(w1);
auto d2 = new DockWidgetType("2");
d2->setWidget(w2);
m->addDockWidget(d1, Location_OnTop);
m->addDockWidget(d2, Location_OnTop, nullptr, AddingOption_StartHidden);
auto layout = m->multiSplitter();
// 1. d2 is a placeholder, let's change its min size before showing it
w2->setMinSize(QSize(800, 800));
d2->show();
Item *item1 = layout->itemForFrame(d1->frame());
Item *item2 = layout->itemForFrame(d2->frame());
QVERIFY(layout->checkSanity());
Testing::waitForResize(m);
qDebug() << item2->width();
QVERIFY(item2->width() >= 800);
QVERIFY(item2->height() >= 800);
QVERIFY(m->height() >= 1200);
// 2. d1 is visible, let's change its min size
qDebug() << item1->minSize() << item1->size();
w1->setMinSize(QSize(800, 800));
Testing::waitForResize(m);
layout->checkSanity();
QVERIFY(m->height() >= 1600);
// add a small one to the middle
auto w3 = new MyWidget2(QSize(100,100));
auto d3 = new DockWidgetType("3");
d3->setWidget(w3);
m->addDockWidget(d3, Location_OnTop, d1);
delete m;
}
void TestDocks::tst_complex()
{
// Tests some anchors out of bounds I got
EnsureTopLevelsDeleted e;
auto m = new MainWindow("m1", MainWindowOption_None);
auto layout = m->multiSplitter();
m->resize(3266, 2239);
m->show(); // TODO: Remove and see if it crashes
DockWidget::List docks;
QVector<KDDockWidgets::Location> locations = {Location_OnLeft, Location_OnLeft, Location_OnLeft,
Location_OnRight, Location_OnRight, Location_OnRight, Location_OnRight,
Location_OnBottom, Location_OnBottom, Location_OnBottom, Location_OnBottom, Location_OnBottom,
Location_OnBottom, Location_OnBottom, Location_OnBottom, Location_OnBottom, Location_OnBottom,
Location_OnBottom, Location_OnBottom, Location_OnBottom, Location_OnBottom
};
QVector<KDDockWidgets::AddingOption> options = { AddingOption_None, AddingOption_None,
AddingOption_StartHidden, AddingOption_StartHidden,
AddingOption_None,
AddingOption_StartHidden, AddingOption_StartHidden,AddingOption_StartHidden, AddingOption_StartHidden,AddingOption_StartHidden, AddingOption_StartHidden,
AddingOption_None, AddingOption_None,
AddingOption_StartHidden, AddingOption_StartHidden,AddingOption_StartHidden, AddingOption_StartHidden,AddingOption_StartHidden, AddingOption_StartHidden,AddingOption_StartHidden, AddingOption_StartHidden
};
QVector<bool> floatings = {true, false, true, false, false, false, false, false, false, false, false, false,
true, false, false, true, true, true, true, true, false };
QVector<QSize> minSizes= {
QSize(316, 219),
QSize(355, 237),
QSize(293, 66),
QSize(158, 72),
QSize(30, 141),
QSize(104, 143),
QSize(104, 105),
QSize(84, 341),
QSize(130, 130),
QSize(404, 205),
QSize(296, 177),
QSize(914, 474),
QSize(355, 237),
QSize(104, 104),
QSize(104, 138),
QSize(1061, 272),
QSize(165, 196),
QSize(296, 177),
QSize(104, 104),
QSize(355, 237),
QSize(104, 138)
};
const int num = 21;
for (int i = 0; i < num; ++i) {
auto widget = new MyWidget2(minSizes.at(i));
auto dw = new DockWidgetType(QString::number(i));
dw->setWidget(widget);
docks << dw;
}
for (int i = 0; i < num; ++i) {
m->addDockWidget(docks[i], locations[i], nullptr, options[i]);
layout->checkSanity();
docks[i]->setFloating(floatings[i]);
layout->checkSanity();
}
m->show();
// Cleanup
qDeleteAll(docks);
qDeleteAll(DockRegistry::self()->frames());
delete m;
}
void TestDocks::tst_titlebar_getter()
{
EnsureTopLevelsDeleted e;
auto m = new MainWindow("m1", MainWindowOption_HasCentralFrame);
m->resize(QSize(500, 500));
m->show();
auto w1 = new MyWidget2(QSize(400, 400));
auto d1 = createDockWidget("1", w1);
m->addDockWidget(d1, Location_OnTop);
QVERIFY(d1->titleBar()->isVisible());
d1->setFloating(true);
QVERIFY(d1->floatingWindow());
QVERIFY(d1->floatingWindow()->isVisible());
QVERIFY(d1->titleBar()->isVisible());
delete m;
}
void TestDocks::tst_dockNotFillingSpace()
{
EnsureTopLevelsDeleted e;
auto m = new MainWindow("m1");
m->resize(QSize(500, 500));
m->show();
auto d1 = createDockWidget("1", new QTextEdit());
auto d2 = createDockWidget("2", new QTextEdit());
auto d3 = createDockWidget("3", new QTextEdit());
m->addDockWidget(d1, Location_OnTop);
m->addDockWidget(d2, Location_OnBottom);
m->addDockWidget(d3, Location_OnBottom);
Frame *frame2 = d2->frame();
d1->close();
d2->close();
Testing::waitForDeleted(frame2);
auto layout = m->multiSplitter();
QVERIFY(layout->checkSanity());
delete d1;
delete d2;
delete m;
}
void TestDocks::tst_sizeConstraintWarning()
{
// Tests that we don't get the warning: MultiSplitterLayout::checkSanity: Widget has height= 122 but minimum is 144 KDDockWidgets::Item
// Code autogenerated by the fuzzer:
EnsureTopLevelsDeleted e;
SetExpectedWarning sew("Dock widget already exists in the layout");
auto window = createMainWindow();
QList<DockWidgetBase *> listDockWidget;
{
auto dock = new DockWidgetType("foo-0");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-1");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-2");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-3");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-4");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-5");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-6");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-7");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-8");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-9");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-10");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-11");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-12");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-13");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-14");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-15");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-16");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-17");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
{
auto dock = new DockWidgetType("foo-18");
dock->setWidget(new QTextEdit(dock));
listDockWidget.append(dock);
}
auto dropArea = window->dropArea();
window->addDockWidget(listDockWidget.at(0), static_cast<Location>(2));
dropArea->checkSanity();
window->addDockWidget(listDockWidget.at(1), static_cast<Location>(1));
dropArea->checkSanity();
listDockWidget.at(2 - 1)->addDockWidgetAsTab(listDockWidget.at(2));
dropArea->checkSanity();
window->addDockWidget(listDockWidget.at(3-1), static_cast<Location>(2), listDockWidget.at(3), static_cast<AddingOption>(1));
dropArea->checkSanity();
listDockWidget.at(4 - 1)->addDockWidgetAsTab(listDockWidget.at(4));
dropArea->checkSanity();
window->addDockWidget(listDockWidget.at(5), static_cast<Location>(1));
dropArea->checkSanity();
window->addDockWidget(listDockWidget.at(6), static_cast<Location>(1));
dropArea->checkSanity();
window->addDockWidget(listDockWidget.at(7), static_cast<Location>(4));
dropArea->checkSanity();
window->addDockWidget(listDockWidget.at(8-1), static_cast<Location>(1), listDockWidget.at(8), static_cast<AddingOption>(1));
dropArea->checkSanity();
window->addDockWidget(listDockWidget.at(9), static_cast<Location>(2));
dropArea->checkSanity();
window->addDockWidget(listDockWidget.at(10-1), static_cast<Location>(2), listDockWidget.at(10), static_cast<AddingOption>(1));
dropArea->checkSanity();
listDockWidget.at(11 - 1)->addDockWidgetAsTab(listDockWidget.at(11));
dropArea->checkSanity();
listDockWidget.at(12 - 1)->addDockWidgetAsTab(listDockWidget.at(12));
dropArea->checkSanity();
window->addDockWidget(listDockWidget.at(13), static_cast<Location>(4));
dropArea->checkSanity();
window->addDockWidget(listDockWidget.at(14), static_cast<Location>(2));
dropArea->checkSanity();
window->addDockWidget(listDockWidget.at(15), static_cast<Location>(3));
dropArea->checkSanity();
window->addDockWidget(listDockWidget.at(16), static_cast<Location>(4));
dropArea->checkSanity();
listDockWidget.at(17 - 1)->addDockWidgetAsTab(listDockWidget.at(17));
dropArea->checkSanity();
listDockWidget.at(18 - 1)->addDockWidgetAsTab(listDockWidget.at(18));
dropArea->checkSanity();
auto docks = DockRegistry::self()->dockwidgets();
auto lastDock = docks.last();
for (auto dock: docks)
dock->deleteLater();
Testing::waitForDeleted(lastDock);
}
void TestDocks::tst_invalidLayoutAfterRestore()
{
EnsureTopLevelsDeleted e;
auto m = createMainWindow();
auto dock1 = createDockWidget("dock1", new QPushButton("one"));
auto dock2 = createDockWidget("dock2", new QPushButton("two"));
auto dock3 = createDockWidget("dock3", new QPushButton("three"));
auto dropArea = m->dropArea();
MultiSplitter *layout = dropArea;
// Stack 1, 2, 3
m->addDockWidget(dock1, Location_OnLeft);
m->addDockWidget(dock2, Location_OnRight);
m->addDockWidget(dock3, Location_OnRight);
const int oldContentsWidth = layout->width();
auto f1 = dock1->frame();
dock3->close();
dock2->close();
dock1->close();
QVERIFY(Testing::waitForDeleted(f1));
dock3->show();
dock2->show();
dock1->show();
Testing::waitForEvent(m.get(), QEvent::LayoutRequest); // So MainWindow min size is updated
Item *item1 = layout->itemForFrame(dock1->frame());
Item *item3 = layout->itemForFrame(dock3->frame());
Item *item4 = dropArea->centralFrame();
QCOMPARE(layout->count(), 4);
QCOMPARE(layout->placeholderCount(), 0);
// Detach dock2
QPointer<Frame> f2 = dock2->frame();
f2->detachTab(dock2);
QVERIFY(!f2.data());
QTest::qWait(200); // Not sure why. Some event we're waiting for. TODO: Investigate
auto fw2 = dock2->floatingWindow();
QCOMPARE(layout->minimumSize().width(), 2*Item::separatorThickness + item1->minSize().width() + item3->minSize().width() + item4->minSize().width());
// Drop left of dock3
layout->addWidget(fw2->dropArea(), Location_OnLeft, dock3->frame());
QVERIFY(Testing::waitForDeleted(fw2));
QCOMPARE(layout->width(), oldContentsWidth);
layout->checkSanity();
}
void TestDocks::tst_addingOptionHiddenTabbed()
{
EnsureTopLevelsDeleted e;
auto m = createMainWindow(QSize(501, 500), MainWindowOption_None);
auto dock1 = createDockWidget("1", new QPushButton("1"));
auto dock2 = createDockWidget("2", new QPushButton("2"));
m->addDockWidget(dock1, Location_OnTop);
QCOMPARE(dock1->frame()->dockWidgetCount(), 1);
dock1->addDockWidgetAsTab(dock2, AddingOption_StartHidden);
QCOMPARE(dock1->frame()->dockWidgetCount(), 1);
dock2->show();
QCOMPARE(dock1->frame()->dockWidgetCount(), 2);
QVERIFY(dock1->frame() == dock2->frame());
}
void TestDocks::tst_flagDoubleClick()
{
{
EnsureTopLevelsDeleted e;
Config::self().setFlags(Config::Flag_DoubleClickMaximizes);
auto m = createMainWindow(QSize(500, 500), MainWindowOption_None);
auto dock1 = createDockWidget("1", new QPushButton("1"));
auto dock2 = createDockWidget("2", new QPushButton("2"));
m->addDockWidget(dock1, Location_OnTop);
FloatingWindow *fw2 = dock2->floatingWindow();
QVERIFY(!fw2->isMaximized());
TitleBar *t2 = dock2->titleBar();
QPoint pos = t2->mapToGlobal(QPoint(5, 5));
Tests::doubleClickOn(pos, t2);
QVERIFY(fw2->isMaximized());
delete fw2;
TitleBar *t1 = dock1->titleBar();
QVERIFY(!t1->isFloating());
pos = t1->mapToGlobal(QPoint(5, 5));
Tests::doubleClickOn(pos, t1);
QVERIFY(t1->isFloating());
QVERIFY(!dock1->window()->isMaximized());
delete dock1->window();
}
{
EnsureTopLevelsDeleted e;
auto m = createMainWindow(QSize(500, 500), MainWindowOption_None);
auto dock1 = createDockWidget("1", new QPushButton("1"));
m->addDockWidget(dock1, Location_OnTop);
TitleBar *t1 = dock1->titleBar();
QVERIFY(!t1->isFloating());
QPoint pos = t1->mapToGlobal(QPoint(5, 5));
Tests::doubleClickOn(pos, t1);
QVERIFY(t1->isFloating());
QVERIFY(dock1->isFloating());
QVERIFY(!dock1->window()->isMaximized());
pos = t1->mapToGlobal(QPoint(5, 5));
Tests::doubleClickOn(pos, t1);
QVERIFY(!dock1->isFloating());
}
}
void TestDocks::tst_floatingWindowDeleted()
{
// Tests a case where the empty floating dock widget wouldn't be deleted
// Doesn't repro QTBUG-83030 unfortunately, as we already have an event loop running
// but let's leave this here nontheless
class MyMainWindow : public KDDockWidgets::MainWindow {
public:
MyMainWindow()
: KDDockWidgets::MainWindow("tst_floatingWindowDeleted", MainWindowOption_None)
{
auto dock1 = new KDDockWidgets::DockWidget(QStringLiteral("DockWidget #1"));
auto myWidget = new QWidget();
dock1->setWidget(myWidget);
dock1->resize(600, 600);
dock1->show();
auto dock2 = new KDDockWidgets::DockWidget(QStringLiteral("DockWidget #2"));
myWidget = new QWidget();
dock2->setWidget(myWidget);
dock2->resize(600, 600);
dock2->show();
dock1->addDockWidgetAsTab(dock2);
}
};
MyMainWindow m;
}
void TestDocks::tst_raise()
{
// Tests DockWidget::raise();
EnsureTopLevelsDeleted e;
auto dock1 = createDockWidget("1", new QWidget());
auto dock2 = createDockWidget("2", new QWidget());
auto fw2 = Tests::make_qpointer(dock2->window());
dock1->addDockWidgetAsTab(dock2);
dock1->setAsCurrentTab();
QVERIFY(dock1->isCurrentTab());
QVERIFY(!dock2->isCurrentTab());
dock2->raise();
QVERIFY(!dock1->isCurrentTab());
QVERIFY(dock2->isCurrentTab());
if (qApp->platformName() != QLatin1String("offscreen")) { // offscreen qpa doesn't seem to keep Window Z.
auto dock3 = createDockWidget("3", new QWidget());
dock3->window()->setGeometry(dock1->window()->geometry());
dock3->window()->setObjectName("3");
dock1->window()->setObjectName("1");
dock3->raise();
QTest::qWait(200);
if (qApp->widgetAt(dock3->window()->geometry().topLeft() + QPoint(50, 50))->window() != dock3->window()) {
qDebug() << "Failing before raise" << qApp->widgetAt(dock3->window()->geometry().topLeft() + QPoint(50, 50))->window() << dock3->window()
<< dock1->window()->geometry() << dock3->window()->geometry();
QVERIFY(false);
}
dock1->raise();
QTest::qWait(200);
QVERIFY(dock1->isCurrentTab());
if (qApp->widgetAt(dock3->window()->geometry().topLeft() + QPoint(50, 50))->window() != dock1->window()) {
qDebug() << "Failing after raise" << qApp->widgetAt(dock3->window()->geometry().topLeft() + QPoint(50, 50))->window() << dock1->window()
<< dock1->window()->geometry() << dock3->window()->geometry();
QVERIFY(false);
}
delete dock3->window();
}
delete fw2;
delete dock1->window();
}
void TestDocks::tst_floatingAction()
{
// Tests DockWidget::floatAction()
EnsureTopLevelsDeleted e;
{
// 1. Create a MainWindow with two docked dock-widgets, then float the first one.
auto m = createMainWindow();
auto dock1 = createDockWidget("dock1", new QPushButton("one"));
auto dock2 = createDockWidget("dock2", new QPushButton("two"));
m->addDockWidget(dock1, KDDockWidgets::Location_OnLeft);
m->addDockWidget(dock2, KDDockWidgets::Location_OnRight);
auto action = dock1->floatAction();
QVERIFY(!dock1->isFloating());
QVERIFY(!action->isChecked());
QVERIFY(action->isEnabled());
QCOMPARE(action->toolTip(), tr("Detach"));
action->toggle();
QVERIFY(dock1->isFloating());
QVERIFY(action->isChecked());
QVERIFY(action->isEnabled());
QCOMPARE(action->toolTip(), tr("Dock"));
auto fw = dock1->floatingWindow();
QVERIFY(fw);
//2. Put it back, via setFloating(). It should return to its place.
action->toggle();
QVERIFY(!dock1->isFloating());
QVERIFY(!action->isChecked());
QVERIFY(action->isEnabled());
QVERIFY(!dock1->isTabbed());
QCOMPARE(action->toolTip(), tr("Detach"));;
Testing::waitForDeleted(fw);
}
{
// 1. Create a MainWindow with one docked dock-widgets, and one floating.
auto m = createMainWindow();
auto dock1 = createDockWidget("dock1", new QPushButton("one"));
auto dock2 = createDockWidget("dock2", new QPushButton("two"));
m->addDockWidget(dock1, KDDockWidgets::Location_OnLeft);
//The floating window action should be disabled as it has no previous place
auto action = dock2->floatAction();
QVERIFY(dock2->isFloating());
QVERIFY(action->isChecked());
QVERIFY(!action->isEnabled());
QCOMPARE(action->toolTip(), tr("Dock"));
m->addDockWidget(dock2, KDDockWidgets::Location_OnRight);
QVERIFY(!dock2->isFloating());
QVERIFY(!action->isChecked());
QVERIFY(action->isEnabled());
QCOMPARE(action->toolTip(), tr("Detach"));
action->toggle();
QVERIFY(dock2->isFloating());
QVERIFY(action->isChecked());
QVERIFY(action->isEnabled());
QCOMPARE(action->toolTip(), tr("Dock"));
auto fw = dock2->floatingWindow();
QVERIFY(fw);
//2. Put it back, via setFloating(). It should return to its place.
action->toggle();
QVERIFY(!dock1->isFloating());
QVERIFY(!action->isChecked());
QVERIFY(action->isEnabled());
QVERIFY(!dock1->isTabbed());
QCOMPARE(action->toolTip(), tr("Detach"));
Testing::waitForDeleted(fw);
}
{
// 3. A floating window with two tabs
auto dock1 = createDockWidget("dock1", new QPushButton("one"));
auto dock2 = createDockWidget("dock2", new QPushButton("two"));
bool dock1IsFloating = dock1->floatAction()->isChecked();
bool dock2IsFloating = dock2->floatAction()->isChecked();
connect(dock1->floatAction(), &QAction::toggled, [&dock1IsFloating] (bool t) {
Q_ASSERT(dock1IsFloating != t);
dock1IsFloating = t;
});
connect(dock2->floatAction(), &QAction::toggled, [&dock2IsFloating] (bool t) {
Q_ASSERT(dock2IsFloating != t);
dock2IsFloating = t;
});
auto fw2 = dock2->floatingWindow();
QVERIFY(dock1->isFloating());
QVERIFY(dock2->isFloating());
QVERIFY(dock1->floatAction()->isChecked());
QVERIFY(dock2->floatAction()->isChecked());
dock1->addDockWidgetAsTab(dock2);
QVERIFY(!dock1->isFloating());
QVERIFY(!dock2->isFloating());
QVERIFY(!dock1->floatAction()->isChecked());
QVERIFY(!dock2->floatAction()->isChecked());
dock2->setFloating(true);
QVERIFY(dock1->isFloating());
QVERIFY(dock1->floatAction()->isChecked());
QVERIFY(dock2->isFloating());
QVERIFY(dock2->floatAction()->isChecked());
QVERIFY(dock1IsFloating);
QVERIFY(dock2IsFloating);
delete fw2;
delete dock1->window();
delete dock2->window();
}
{
// If the dock widget is alone then it's floating, but we suddenly dock a widget side-by-side
// to it, then both aren't floating anymore. This test tests if the signal was emitted
auto dock1 = createDockWidget("one", new QPushButton("one"));
auto dock2 = createDockWidget("two", new QPushButton("two"));
QVERIFY(dock1->isFloating());
QVERIFY(dock2->isFloating());
QVERIFY(dock1->floatAction()->isChecked());
QVERIFY(dock2->floatAction()->isChecked());
auto oldFw2 = dock2->window();
QSignalSpy spy1(dock1->floatAction(), &QAction::toggled);
QSignalSpy spy2(dock2->floatAction(), &QAction::toggled);
QSignalSpy spy11(dock1, &DockWidgetBase::isFloatingChanged);
QSignalSpy spy21(dock2, &DockWidgetBase::isFloatingChanged);
dock1->addDockWidgetToContainingWindow(dock2, Location_OnRight);
QCOMPARE(spy1.count(), 1);
QCOMPARE(spy2.count(), 1);
QCOMPARE(spy11.count(), 1);
QCOMPARE(spy21.count(), 1);
QVERIFY(!dock1->isFloating());
QVERIFY(!dock2->isFloating());
QVERIFY(!dock2->floatAction()->isChecked());
QVERIFY(!dock1->floatAction()->isChecked());
delete dock1->window();
delete oldFw2->window();
}
{
// Like before, but now we use addMultiSplitter()
auto dock1 = createDockWidget("one", new QPushButton("one"));
auto dock2 = createDockWidget("two", new QPushButton("two"));
QVERIFY(dock1->isFloating());
QVERIFY(dock2->isFloating());
QVERIFY(dock1->floatAction()->isChecked());
QVERIFY(dock2->floatAction()->isChecked());
auto oldFw2 = dock2->floatingWindow();
QSignalSpy spy1(dock1->floatAction(), &QAction::toggled);
QSignalSpy spy2(dock2->floatAction(), &QAction::toggled);
QSignalSpy spy11(dock1, &DockWidgetBase::isFloatingChanged);
QSignalSpy spy21(dock2, &DockWidgetBase::isFloatingChanged);
auto dropArea1 = dock1->floatingWindow()->dropArea();
dropArea1->drop(oldFw2, Location_OnRight, nullptr);
QCOMPARE(spy1.count(), 1);
QCOMPARE(spy2.count(), 1);
QCOMPARE(spy11.count(), 1);
QCOMPARE(spy21.count(), 1);
QVERIFY(!dock1->isFloating());
QVERIFY(!dock2->isFloating());
QVERIFY(!dock2->floatAction()->isChecked());
QVERIFY(!dock1->floatAction()->isChecked());
// Let's now remove dock1, dock2 should be floating
dock1->setFloating(true);
QVERIFY(dock1->isFloating());
QVERIFY(dock2->isFloating());
QVERIFY(dock2->floatAction()->isChecked());
QVERIFY(dock1->floatAction()->isChecked());
delete dock1->window();
delete dock2->window();
delete oldFw2->window();
}
{
// Same test as before, but now tab instead of side-by-side
auto dock1 = createDockWidget("one", new QPushButton("one"));
auto dock2 = createDockWidget("two", new QPushButton("two"));
QVERIFY(dock1->isFloating());
QVERIFY(dock2->isFloating());
QVERIFY(dock1->floatAction()->isChecked());
QVERIFY(dock2->floatAction()->isChecked());
auto oldFw2 = dock2->window();
QSignalSpy spy1(dock1->floatAction(), &QAction::toggled);
QSignalSpy spy2(dock2->floatAction(), &QAction::toggled);
QSignalSpy spy11(dock1, &DockWidgetBase::isFloatingChanged);
QSignalSpy spy21(dock2, &DockWidgetBase::isFloatingChanged);
dock1->addDockWidgetAsTab(dock2);
QCOMPARE(spy1.count(), 1);
// On earlier Qt versions this is flaky, but technically correct.
// Windows can get hidden while being reparented and floating changes momentarily.
QVERIFY(spy2.count() == 1 || spy2.count() == 3);
QVERIFY(spy21.count() == 1 || spy21.count() == 3);
QCOMPARE(spy11.count(), 1);
QVERIFY(!dock1->isFloating());
QVERIFY(!dock2->isFloating());
QVERIFY(!dock2->floatAction()->isChecked());
QVERIFY(!dock1->floatAction()->isChecked());
delete dock1->window();
delete oldFw2->window();
}
}
void TestDocks::tst_dockableMainWindows()
{
EnsureTopLevelsDeleted e;
auto m1 = createMainWindow();
auto dock1 = createDockWidget("dock1", new QPushButton("foo"));
m1->addDockWidget(dock1, Location_OnTop);
auto m2 = new KDDockWidgets::MainWindow("mainwindow-dockable");
auto m2Container = createDockWidget("mainwindow-dw", m2);
auto menubar = m2->menuBar();
menubar->addMenu("File");
menubar->addMenu("View");
menubar->addMenu("Help");
m2Container->show();
auto dock21 = createDockWidget("dock21", new QPushButton("foo"));
auto dock22 = createDockWidget("dock22", new QPushButton("foo"));
m2->addDockWidget(dock21, Location_OnLeft);
m2->addDockWidget(dock22, Location_OnRight);
auto fw = m2Container->floatingWindow();
TitleBar *fwTitleBar = fw->titleBar();
QVERIFY(fw->hasSingleFrame());
QVERIFY(fw->hasSingleDockWidget());
// Check that the inner-inner dock widgets have a visible title-bar
QVERIFY(dock21->titleBar()->isVisible());
QVERIFY(dock22->titleBar()->isVisible());
QVERIFY(dock21->titleBar() != fwTitleBar);
QVERIFY(dock22->titleBar() != fwTitleBar);
QTest::qWait(10); // the DND state machine needs the event loop to start, otherwise activeState() is nullptr. (for offscreen QPA)
const QPoint startPoint = fwTitleBar->mapToGlobal(QPoint(5, 5));
const QPoint destination = startPoint + QPoint(20, 20);
// Check that we don't get the "Refusing to itself" warning. not actually dropping anywhere
drag(fwTitleBar, startPoint, destination);
// The FloatingWindow has a single DockWidget, so it shows the title bar, while the Frame doesn't
QVERIFY(fwTitleBar->isVisible());
QVERIFY(!m2Container->frame()->titleBar()->isVisible());
fw->dropArea()->addDockWidget(dock1, Location::Location_OnLeft, nullptr);
// Now the FloatingWindow has two dock widgets, so our main window dock widget also shows the title bar
QVERIFY(fwTitleBar->isVisible());
QVERIFY(m2Container->frame()->titleBar()->isVisible());
// Put it how it was, FloatingWindow is single dock again
auto frame1 = dock1->frame();
dock1->close();
Testing::waitForDeleted(frame1);
QVERIFY(fwTitleBar->isVisible());
QVERIFY(!m2Container->frame()->titleBar()->isVisible());
// Repeat, but instead of closing dock1, we float it
fw->dropArea()->addDockWidget(dock1, Location::Location_OnLeft, nullptr);
QVERIFY(fwTitleBar->isVisible());
QVERIFY(m2Container->frame()->titleBar()->isVisible());
frame1 = dock1->frame();
frame1->titleBar()->onFloatClicked();
QVERIFY(fwTitleBar->isVisible());
QVERIFY(!m2Container->frame()->titleBar()->isVisible());
fw->dropArea()->addDockWidget(dock1, Location::Location_OnLeft, nullptr);
}
void TestDocks::tst_lastFloatingPositionIsRestored()
{
EnsureTopLevelsDeleted e;
auto m1 = createMainWindow();
auto dock1 = createDockWidget("dock1", new QWidget());
dock1->show();
QPoint targetPos = QPoint(340, 340);
dock1->window()->move(targetPos);
auto oldFw = dock1->window();
LayoutSaver saver;
QByteArray saved = saver.serializeLayout();
dock1->window()->move(0, 0);
dock1->close();
delete oldFw;
saver.restoreLayout(saved);
QCOMPARE(dock1->window()->pos(), targetPos);
QCOMPARE(dock1->window()->frameGeometry().topLeft(), targetPos);
// Adjsut to what we got without the frame
targetPos = dock1->window()->geometry().topLeft();
// Now dock it:
m1->addDockWidget(dock1, Location_OnTop);
QCOMPARE(dock1->lastPositions().lastFloatingGeometry().topLeft(), targetPos);
dock1->setFloating(true);
QCOMPARE(dock1->window()->geometry().topLeft(), targetPos);
saver.restoreLayout(saved);
QCOMPARE(dock1->window()->geometry().topLeft(), targetPos);
// Dock again and save:
m1->addDockWidget(dock1, Location_OnTop);
saved = saver.serializeLayout();
dock1->setFloating(true);
dock1->window()->move(0, 0);
saver.restoreLayout(saved);
QVERIFY(!dock1->isFloating());
dock1->setFloating(true);
QCOMPARE(dock1->window()->geometry().topLeft(), targetPos);
delete dock1->window();
}
void TestDocks::tst_maxSizeHonouredWhenAnotherDropped()
{
// dock1 is docked, and has small max-height.
// When dropping dock2, which is small too, dock2 should occupy all the height except dock1's max-height
// i.e. dock2 should expand and eat all available space
EnsureTopLevelsDeleted e;
auto m1 = createMainWindow(QSize(1000, 1000), MainWindowOption_None);
auto dock1 = new DockWidgetType("dock1");
auto w = new QWidget();
w->setMinimumSize(120, 100);
w->setMaximumSize(300, 150);
dock1->setWidget(w);
m1->addDockWidget(dock1, Location_OnLeft);
auto dock2 = new DockWidgetType("dock2");
m1->addDockWidget(dock2, Location_OnBottom);
auto root = m1->multiSplitter()->rootItem();
Separator *separator = root->separators().constFirst();
const int min1 = root->minPosForSeparator_global(separator);
const int max2 = root->maxPosForSeparator_global(separator);
QVERIFY(separator->position() >= min1);
QVERIFY(separator->position() <= max2);
const int item1MaxHeight = dock1->frame()->maxSizeHint().height();
QVERIFY(dock1->frame()->height() <= item1MaxHeight);
root->dumpLayout();
QCOMPARE(dock2->frame()->height(), root->height() - item1MaxHeight - Item::separatorThickness);
}
void TestDocks::tst_maxSizedHonouredAfterRemoved()
{
EnsureTopLevelsDeleted e;
auto m1 = createMainWindow(QSize(1000, 1000), MainWindowOption_None);
auto dock1 = new DockWidgetType("dock1");
dock1->show();
auto w = new QWidget();
w->setMinimumSize(120, 100);
w->setMaximumSize(300, 150);
dock1->setWidget(w);
m1->dropArea()->addMultiSplitter(dock1->floatingWindow()->multiSplitter(), Location_OnLeft);
auto dock2 = new DockWidgetType("dock2");
dock2->show();
m1->dropArea()->addMultiSplitter(dock2->floatingWindow()->multiSplitter(), Location_OnTop);
auto root = m1->multiSplitter()->rootItem();
// Wait 1 event loop so we get layout invalidated and get max-size constraints
QTest::qWait(10);
auto sep = root->separators().constFirst();
root->requestEqualSize(sep); // Since we're not calling honourMaxSizes() after a widget changes its max size afterwards yet
const int sepMin = root->minPosForSeparator_global(sep);
const int sepMax = root->maxPosForSeparator_global(sep);
QVERIFY(sep->position() >= sepMin);
QVERIFY(sep->position() <= sepMax);
auto dock3 = new DockWidgetType("dock3");
dock3->show();
m1->dropArea()->addMultiSplitter(dock3->floatingWindow()->multiSplitter(), Location_OnBottom);
dock1->setFloating(true);
m1->dropArea()->addMultiSplitter(dock1->floatingWindow()->multiSplitter(), Location_OnBottom, dock2->frame());
// Close dock2 and check if dock1's max-size is still honoured
dock2->close();
QTest::qWait(100); // wait for the resize, so dock1 gets taller"
QVERIFY(dock1->frame()->height() <= dock1->frame()->maxSizeHint().height());
delete dock2;
}
void TestDocks::tst_maximumSizePolicy()
{
EnsureTopLevelsDeleted e;
auto widget = new MyWidget2();
const int maxHeight = 250;
widget->setMinSize(QSize(200, 200));
widget->setSizeHint(QSize(250, maxHeight));
widget->setSizePolicy(QSizePolicy::Preferred, QSizePolicy::Maximum);
auto dock1 = createDockWidget("dock1", widget);
dock1->show();
dock1->window()->resize(QSize(500, 500));
auto oldFw = Tests::make_qpointer(dock1->window());
dock1->close();
dock1->show();
auto oldFw2 = dock1->window();
const int tollerance = 50;
QVERIFY(dock1->window()->height() <= maxHeight + tollerance); // +tollerance as the floating window is a bit bigger, due to margins etc.
QVERIFY(dock1->height() <= maxHeight);
auto m1 = createMainWindow();
auto dock2 = createDockWidget("dock2", new QWidget());
m1->addDockWidget(dock2, Location_OnTop);
m1->resize(2000, 3000);
// Make the floating window big, and see if the suggested highlight is still small
dock1->window()->resize(QSize(dock1->width(), 800));
{
WindowBeingDragged wbd1(dock1->floatingWindow());
const QRect highlightRect = m1->multiSplitter()->rectForDrop(&wbd1, Location_OnBottom, nullptr);
QVERIFY(highlightRect.height() <= maxHeight + tollerance);
}
// Now drop it, and check too
m1->addDockWidget(dock1, Location_OnBottom);
QVERIFY(dock1->height() <= maxHeight);
delete oldFw.data();
delete oldFw2;
}
void TestDocks::tst_tabsNotClickable()
{
// Well, not a great unit-test, as it's only repro when it's Windows sending the native event
// Can't repro with fabricated events. Uncomment the WAIT and test different configs manually
EnsureTopLevelsDeleted e;
Config::self().setFlags(Config::Flag_Default | Config::Flag_HideTitleBarWhenTabsVisible);
//Config::self().setFlags(Config::Flag_Default | Config::Flag_HideTitleBarWhenTabsVisible | Config::Flag_AlwaysShowTabs);
//Config::self().setFlags(Config::Flag_HideTitleBarWhenTabsVisible | Config::Flag_AlwaysShowTabs);
auto dock1 = createDockWidget("dock1", new QWidget());
auto dock2 = createDockWidget("dock2", new QWidget());
dock1->addDockWidgetAsTab(dock2);
auto frame = qobject_cast<FrameWidget*>(dock1->frame());
QCOMPARE(frame->currentIndex(), 1);
QTest::qWait(500); // wait for window to get proper geometry
const QPoint clickPoint = frame->tabBar()->mapToGlobal(frame->tabBar()->tabRect(0).center());
QCursor::setPos(clickPoint); // Just for visual debug when needed
pressOn(clickPoint, frame->tabBar());
releaseOn(clickPoint, frame->tabBar());
// WAIT // Uncomment for MANUAL test. Also test by adding Flag_AlwaysShowTabs
QCOMPARE(frame->currentIndex(), 0);
delete frame->window();
}
void TestDocks::tst_stuckSeparator()
{
const QString absoluteLayoutFileName = QStringLiteral(":/layouts/stuck-separator.json");
EnsureTopLevelsDeleted e;
auto m1 = createMainWindow(QSize(2560, 809), MainWindowOption_None, "MainWindow1");
const int numDockWidgets = 26;
DockWidgetBase *dw25 = nullptr;
for (int i = 0; i < numDockWidgets; ++i) {
auto createdDw = createDockWidget(QStringLiteral("dock-%1").arg(i), new QWidget());
if (i == 25)
dw25 = createdDw;
}
LayoutSaver restorer;
QVERIFY(restorer.restoreFromFile(absoluteLayoutFileName));
Frame *frame25 = dw25->frame();
ItemContainer *root = m1->multiSplitter()->rootItem();
Item *item25 = root->itemForWidget(frame25);
ItemContainer *container25 = item25->parentContainer();
Separator::List separators = container25->separators();
QCOMPARE(separators.size(), 1);
Separator *separator25 = separators.constFirst();
const int sepMin = container25->minPosForSeparator_global(separator25);
const int sepMax = container25->maxPosForSeparator_global(separator25);
QVERIFY(sepMin <= sepMax);
for (auto dw : DockRegistry::self()->dockwidgets()) {
delete dw;
}
}
void TestDocks::tst_titleBarFocusedWhenTabsChange()
{
EnsureTopLevelsDeleted e;
Config::self().setFlags(Config::Flag_TitleBarIsFocusable);
auto le1 = new QLineEdit();
le1->setObjectName("le1");
auto dock1 = createDockWidget(QStringLiteral("dock1"), le1);
auto dock2 = createDockWidget(QStringLiteral("dock2"), new QLineEdit());
auto dock3 = createDockWidget(QStringLiteral("dock3"), new QLineEdit());
auto m1 = createMainWindow(QSize(2560, 809), MainWindowOption_None, "MainWindow1");
m1->addDockWidget(dock1, Location_OnLeft);
m1->addDockWidget(dock2, Location_OnRight);
dock2->addDockWidgetAsTab(dock3);
TitleBar *titleBar1 = dock1->titleBar();
dock1->widget()->setFocus(Qt::MouseFocusReason);
QVERIFY(Testing::waitForEvent(dock1->widget(), QEvent::FocusIn));
QVERIFY(titleBar1->isFocused());
auto frame2 = qobject_cast<FrameWidget*>(dock2->frame());
TabWidget *tb = frame2->tabWidget();
QCOMPARE(tb->currentIndex(), 1); // Was the last to be added
auto tabBar = dynamic_cast<QTabBar*>(tb->tabBar());
const QRect rect0 = tabBar->tabRect(0);
const QPoint globalPos = tabBar->mapToGlobal(rect0.topLeft()) + QPoint(5, 5);
Tests::clickOn(globalPos, tabBar);
QVERIFY(!titleBar1->isFocused());
QVERIFY(dock2->titleBar()->isFocused());
// Test that clicking on a tab that is already current will also set focus
dock1->setFocus(Qt::MouseFocusReason);
QVERIFY(dock1->titleBar()->isFocused());
QVERIFY(!dock2->titleBar()->isFocused());
Tests::clickOn(globalPos, tabBar);
QVERIFY(!dock1->titleBar()->isFocused());
QVERIFY(dock2->titleBar()->isFocused());
}
int main(int argc, char *argv[])
{
if (!qpaPassedAsArgument(argc, argv)) {
// Use offscreen by default as it's less annoying, doesn't create visible windows
qputenv("QT_QPA_PLATFORM", "offscreen");
}
QApplication app(argc, argv);
if (shouldSkipTests())
return 0;
KDDockWidgets::TestDocks test;
return QTest::qExec(&test, argc, argv);
}
#include "tst_docks.moc"
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