void QDeclarativePinchArea::updatePinch()
{
Q_D(QDeclarativePinchArea);
if (d->touchPoints.count() == 0) {
if (d->inPinch) {
d->stealMouse = false;
setKeepMouseGrab(false);
d->inPinch = false;
QPointF pinchCenter = mapFromScene(d->sceneLastCenter);
QDeclarativePinchEvent pe(pinchCenter, d->pinchLastScale, d->pinchLastAngle, d->pinchRotation);
pe.setStartCenter(d->pinchStartCenter);
pe.setPreviousCenter(pinchCenter);
pe.setPreviousAngle(d->pinchLastAngle);
pe.setPreviousScale(d->pinchLastScale);
pe.setStartPoint1(mapFromScene(d->sceneStartPoint1));
pe.setStartPoint2(mapFromScene(d->sceneStartPoint2));
pe.setPoint1(mapFromScene(d->lastPoint1));
pe.setPoint2(mapFromScene(d->lastPoint2));
emit pinchFinished(&pe);
d->pinchStartDist = 0;
d->pinchActivated = false;
if (d->pinch && d->pinch->target())
d->pinch->setActive(false);
}
return;
}
QTouchEvent::TouchPoint touchPoint1 = d->touchPoints.at(0);
QTouchEvent::TouchPoint touchPoint2 = d->touchPoints.at(d->touchPoints. count() >= 2 ? 1 : 0);
if (d->touchPoints.count() == 2
&& (touchPoint1.state() & Qt::TouchPointPressed || touchPoint2.state() & Qt::TouchPointPressed)) {
d->id1 = touchPoint1.id();
d->sceneStartPoint1 = touchPoint1.scenePos();
d->sceneStartPoint2 = touchPoint2.scenePos();
d->inPinch = false;
d->pinchRejected = false;
d->pinchActivated = true;
} else if (d->pinchActivated && !d->pinchRejected) {
const int dragThreshold = QApplication::startDragDistance();
QPointF p1 = touchPoint1.scenePos();
QPointF p2 = touchPoint2.scenePos();
qreal dx = p1.x() - p2.x();
qreal dy = p1.y() - p2.y();
qreal dist = sqrt(dx*dx + dy*dy);
QPointF sceneCenter = (p1 + p2)/2;
qreal angle = QLineF(p1, p2).angle();
if (d->touchPoints.count() == 1) {
// If we only have one point then just move the center
if (d->id1 == touchPoint1.id())
sceneCenter = d->sceneLastCenter + touchPoint1.scenePos() - d->lastPoint1;
else
sceneCenter = d->sceneLastCenter + touchPoint2.scenePos() - d->lastPoint2;
angle = d->pinchLastAngle;
}
d->id1 = touchPoint1.id();
if (angle > 180)
angle -= 360;
if (!d->inPinch) {
if (d->touchPoints.count() >= 2
&& (qAbs(p1.x()-d->sceneStartPoint1.x()) > dragThreshold
|| qAbs(p1.y()-d->sceneStartPoint1.y()) > dragThreshold
|| qAbs(p2.x()-d->sceneStartPoint2.x()) > dragThreshold
|| qAbs(p2.y()-d->sceneStartPoint2.y()) > dragThreshold)) {
d->sceneStartCenter = sceneCenter;
d->sceneLastCenter = sceneCenter;
d->pinchStartCenter = mapFromScene(sceneCenter);
d->pinchStartDist = dist;
d->pinchStartAngle = angle;
d->pinchLastScale = 1.0;
d->pinchLastAngle = angle;
d->pinchRotation = 0.0;
d->lastPoint1 = p1;
d->lastPoint2 = p2;
QDeclarativePinchEvent pe(d->pinchStartCenter, 1.0, angle, 0.0);
pe.setStartCenter(d->pinchStartCenter);
pe.setPreviousCenter(d->pinchStartCenter);
pe.setPreviousAngle(d->pinchLastAngle);
pe.setPreviousScale(d->pinchLastScale);
pe.setStartPoint1(mapFromScene(d->sceneStartPoint1));
pe.setStartPoint2(mapFromScene(d->sceneStartPoint2));
pe.setPoint1(mapFromScene(d->lastPoint1));
pe.setPoint2(mapFromScene(d->lastPoint2));
pe.setPointCount(d->touchPoints.count());
emit pinchStarted(&pe);
if (pe.accepted()) {
d->inPinch = true;
d->stealMouse = true;
QGraphicsScene *s = scene();
if (s && s->mouseGrabberItem() != this)
grabMouse();
setKeepMouseGrab(true);
if (d->pinch && d->pinch->target()) {
d->pinchStartPos = pinch()->target()->pos();
d->pinchStartScale = d->pinch->target()->scale();
d->pinchStartRotation = d->pinch->target()->rotation();
d->pinch->setActive(true);
}
} else {
d->pinchRejected = true;
}
}
} else if (d->pinchStartDist > 0) {
qreal scale = dist ? dist / d->pinchStartDist : d->pinchLastScale;
qreal da = d->pinchLastAngle - angle;
if (da > 180)
da -= 360;
else if (da < -180)
da += 360;
d->pinchRotation += da;
QPointF pinchCenter = mapFromScene(sceneCenter);
QDeclarativePinchEvent pe(pinchCenter, scale, angle, d->pinchRotation);
pe.setStartCenter(d->pinchStartCenter);
pe.setPreviousCenter(mapFromScene(d->sceneLastCenter));
pe.setPreviousAngle(d->pinchLastAngle);
pe.setPreviousScale(d->pinchLastScale);
pe.setStartPoint1(mapFromScene(d->sceneStartPoint1));
pe.setStartPoint2(mapFromScene(d->sceneStartPoint2));
pe.setPoint1(touchPoint1.pos());
pe.setPoint2(touchPoint2.pos());
pe.setPointCount(d->touchPoints.count());
d->pinchLastScale = scale;
d->sceneLastCenter = sceneCenter;
d->pinchLastAngle = angle;
d->lastPoint1 = touchPoint1.scenePos();
d->lastPoint2 = touchPoint2.scenePos();
emit pinchUpdated(&pe);
if (d->pinch && d->pinch->target()) {
qreal s = d->pinchStartScale * scale;
s = qMin(qMax(pinch()->minimumScale(),s), pinch()->maximumScale());
pinch()->target()->setScale(s);
QPointF pos = sceneCenter - d->sceneStartCenter + d->pinchStartPos;
if (pinch()->axis() & QDeclarativePinch::XAxis) {
qreal x = pos.x();
if (x < pinch()->xmin())
x = pinch()->xmin();
else if (x > pinch()->xmax())
x = pinch()->xmax();
pinch()->target()->setX(x);
}
if (pinch()->axis() & QDeclarativePinch::YAxis) {
qreal y = pos.y();
if (y < pinch()->ymin())
y = pinch()->ymin();
else if (y > pinch()->ymax())
y = pinch()->ymax();
pinch()->target()->setY(y);
}
if (d->pinchStartRotation >= pinch()->minimumRotation()
&& d->pinchStartRotation <= pinch()->maximumRotation()) {
qreal r = d->pinchRotation + d->pinchStartRotation;
r = qMin(qMax(pinch()->minimumRotation(),r), pinch()->maximumRotation());
pinch()->target()->setRotation(r);
}
}
}
}
}
void KTabBar::mouseMoveEvent( QMouseEvent *e )
{
if ( e->state() == LeftButton ) {
QTab *tab = selectTab( e->pos() );
if ( mDragSwitchTab && tab != mDragSwitchTab ) {
mActivateDragSwitchTabTimer->stop();
mDragSwitchTab = 0;
}
int delay = KGlobalSettings::dndEventDelay();
QPoint newPos = e->pos();
if( newPos.x() > mDragStart.x()+delay || newPos.x() < mDragStart.x()-delay ||
newPos.y() > mDragStart.y()+delay || newPos.y() < mDragStart.y()-delay )
{
if( tab!= 0L ) {
emit( initiateDrag( indexOf( tab->identifier() ) ) );
return;
}
}
}
else if ( e->state() == MidButton ) {
if (mReorderStartTab==-1) {
int delay = KGlobalSettings::dndEventDelay();
QPoint newPos = e->pos();
if( newPos.x() > mDragStart.x()+delay || newPos.x() < mDragStart.x()-delay ||
newPos.y() > mDragStart.y()+delay || newPos.y() < mDragStart.y()-delay )
{
QTab *tab = selectTab( e->pos() );
if( tab!= 0L && mTabReorderingEnabled ) {
mReorderStartTab = indexOf( tab->identifier() );
grabMouse( sizeAllCursor );
return;
}
}
}
else {
QTab *tab = selectTab( e->pos() );
if( tab!= 0L ) {
int reorderStopTab = indexOf( tab->identifier() );
if ( mReorderStartTab!=reorderStopTab && mReorderPreviousTab!=reorderStopTab ) {
emit( moveTab( mReorderStartTab, reorderStopTab ) );
mReorderPreviousTab=mReorderStartTab;
mReorderStartTab=reorderStopTab;
return;
}
}
}
}
if ( mHoverCloseButtonEnabled && mReorderStartTab==-1) {
QTab *t = selectTab( e->pos() );
//BEGIN Workaround
//Qt3.2.0 (and 3.2.1) emit wrong local coordinates
//for MouseMove events when the pointer leaves a widget. Discard those
//to avoid enabling the wrong hover button
#ifdef __GNUC__
#warning "Workaround for Qt 3.2.0, 3.2.1 bug"
#endif
if ( e->globalPos() != mapToGlobal( e->pos() ) )
return;
//END Workaround
if( t && t->iconSet() && t->isEnabled() ) {
QPixmap pixmap = t->iconSet()->pixmap( QIconSet::Small, QIconSet::Normal );
QRect rect( 0, 0, pixmap.width() + 4, pixmap.height() +4);
int xoff = 0, yoff = 0;
// The additional offsets were found by try and error, TODO: find the rational behind them
if ( t == tab( currentTab() ) ) {
#if QT_VERSION >= 0x030200
xoff = style().pixelMetric( QStyle::PM_TabBarTabShiftHorizontal, this ) + 3;
yoff = style().pixelMetric( QStyle::PM_TabBarTabShiftVertical, this ) - 4;
#else
xoff = 3;
yoff = -4;
#endif
}
else {
xoff = 7;
yoff = 0;
}
rect.moveLeft( t->rect().left() + 2 + xoff );
rect.moveTop( t->rect().center().y()-pixmap.height()/2 + yoff );
if ( rect.contains( e->pos() ) ) {
if ( mHoverCloseButton ) {
if ( mHoverCloseButtonTab == t )
return;
mEnableCloseButtonTimer->stop();
delete mHoverCloseButton;
}
mHoverCloseButton = new QPushButton( this );
mHoverCloseButton->setIconSet( KGlobal::iconLoader()->loadIcon("fileclose", KIcon::Toolbar, KIcon::SizeSmall, KIcon::ActiveState) );
mHoverCloseButton->setGeometry( rect );
QToolTip::add(mHoverCloseButton,i18n("Close this tab"));
mHoverCloseButton->setFlat(true);
mHoverCloseButton->show();
if ( mHoverCloseButtonDelayed ) {
mHoverCloseButton->setEnabled(false);
mEnableCloseButtonTimer->start( QApplication::doubleClickInterval(), true );
}
mHoverCloseButtonTab = t;
connect( mHoverCloseButton, SIGNAL( clicked() ), SLOT( closeButtonClicked() ) );
return;
}
}
if ( mHoverCloseButton ) {
mEnableCloseButtonTimer->stop();
delete mHoverCloseButton;
mHoverCloseButton = 0;
}
}
QTabBar::mouseMoveEvent( e );
}
void QWidget::grabMouse(const QCursor &cursor)
{
Q_UNUSED(cursor);
grabMouse();
}
/** Default constructor */
GenCertDialog::GenCertDialog(bool onlyGenerateIdentity, QWidget *parent)
: QDialog(parent, Qt::WindowSystemMenuHint | Qt::WindowTitleHint | Qt::WindowCloseButtonHint), mOnlyGenerateIdentity(onlyGenerateIdentity)
{
/* Invoke Qt Designer generated QObject setup routine */
ui.setupUi(this);
ui.headerFrame->setHeaderImage(QPixmap(":/images/contact_new128.png"));
ui.headerFrame->setHeaderText(tr("Create a new profile"));
connect(ui.new_gpg_key_checkbox, SIGNAL(clicked()), this, SLOT(newGPGKeyGenUiSetup()));
connect(ui.adv_checkbox, SIGNAL(clicked()), this, SLOT(updateUiSetup()));
connect(ui.hidden_checkbox, SIGNAL(clicked()), this, SLOT(updateUiSetup()));
connect(ui.genButton2, SIGNAL(clicked()), this, SLOT(genPerson()));
connect(ui.importIdentity_PB, SIGNAL(clicked()), this, SLOT(importIdentity()));
connect(ui.exportIdentity_PB, SIGNAL(clicked()), this, SLOT(exportIdentity()));
//ui.genName->setFocus(Qt::OtherFocusReason);
// QObject *obj = QCoreApplication::eventFilter() ;
// std::cerr << "Event filter : " << obj << std::endl;
// QCoreApplication::instance()->setEventFilter(MyEventFilter) ;
entropy_timer = new QTimer ;
entropy_timer->start(20) ;
QObject::connect(entropy_timer,SIGNAL(timeout()),this,SLOT(grabMouse())) ;
// EntropyCollectorWidget *ecw = new EntropyCollectorWidget(ui.entropy_bar,this) ;
// ecw->resize(size()) ;
// ecw->move(0,0) ;
//
// QGraphicsOpacityEffect *effect = new QGraphicsOpacityEffect ;
// effect->setOpacity(0.2) ;
// ecw->setGraphicsEffect(effect) ;
//ecw->setBackgroundColor(QColor::fromRGB(1,1,1)) ;
// ecw->show() ;
ui.entropy_bar->setValue(0) ;
// make sure that QVariant always takes an 'int' otherwise the program will crash!
ui.keylength_comboBox->addItem("default (2048 bits, recommended)", QVariant(2048));
ui.keylength_comboBox->addItem("high (3072 bits)", QVariant(3072));
ui.keylength_comboBox->addItem("insane (4096 bits)", QVariant(4096));
#if QT_VERSION >= 0x040700
ui.email_input->setPlaceholderText(tr("[Optional] Visible to your friends, and friends of friends.")) ;
ui.node_input->setPlaceholderText(tr("[Required] Examples: Home, Laptop,...")) ;
ui.hiddenaddr_input->setPlaceholderText(tr("[Required] Tor/I2P address - Examples: xa76giaf6ifda7ri63i263.onion (obtained by you from Tor)")) ;
ui.name_input->setPlaceholderText(tr("[Required] Visible to your friends, and friends of friends."));
ui.password_input->setPlaceholderText(tr("[Required] This password protects your private PGP key."));
ui.password_input_2->setPlaceholderText(tr("[Required] Type the same password again here."));
#endif
ui.node_input->setToolTip(tr("Enter a meaningful node description. e.g. : home, laptop, etc. \nThis field will be used to differentiate different installations with\nthe same profile (PGP key pair).")) ;
ui.email_input->hide() ;
ui.email_label->hide() ;
/* get all available pgp private certificates....
* mark last one as default.
*/
init();
}
void SettingsWidget::grabAll()
{
grabKeyboard();
grabMouse();
_waitingForHotkey = true;
}
void Colordialog::mousePressEvent(QMouseEvent *event)
{
mousepos = event->pos();
grabMouse(QCursor(Qt::SizeAllCursor));
raise();
}
void QQuickPinchArea::updatePinch()
{
Q_D(QQuickPinchArea);
QQuickWindow *win = window();
if (d->touchPoints.count() < 2) {
setKeepMouseGrab(false);
QQuickWindow *c = window();
if (c && c->mouseGrabberItem() == this)
ungrabMouse();
}
if (d->touchPoints.count() == 0) {
if (d->inPinch) {
d->inPinch = false;
QPointF pinchCenter = mapFromScene(d->sceneLastCenter);
QQuickPinchEvent pe(pinchCenter, d->pinchLastScale, d->pinchLastAngle, d->pinchRotation);
pe.setStartCenter(d->pinchStartCenter);
pe.setPreviousCenter(pinchCenter);
pe.setPreviousAngle(d->pinchLastAngle);
pe.setPreviousScale(d->pinchLastScale);
pe.setStartPoint1(mapFromScene(d->sceneStartPoint1));
pe.setStartPoint2(mapFromScene(d->sceneStartPoint2));
pe.setPoint1(mapFromScene(d->lastPoint1));
pe.setPoint2(mapFromScene(d->lastPoint2));
emit pinchFinished(&pe);
d->pinchStartDist = 0;
d->pinchActivated = false;
if (d->pinch && d->pinch->target())
d->pinch->setActive(false);
}
d->initPinch = false;
d->pinchRejected = false;
d->stealMouse = false;
return;
}
QTouchEvent::TouchPoint touchPoint1 = d->touchPoints.at(0);
QTouchEvent::TouchPoint touchPoint2 = d->touchPoints.at(d->touchPoints. count() >= 2 ? 1 : 0);
if (touchPoint1.state() == Qt::TouchPointPressed)
d->sceneStartPoint1 = touchPoint1.scenePos();
if (touchPoint2.state() == Qt::TouchPointPressed)
d->sceneStartPoint2 = touchPoint2.scenePos();
QRectF bounds = clipRect();
// Pinch is not started unless there are exactly two touch points
// AND one or more of the points has just now been pressed (wasn't pressed already)
// AND both points are inside the bounds.
if (d->touchPoints.count() == 2
&& (touchPoint1.state() & Qt::TouchPointPressed || touchPoint2.state() & Qt::TouchPointPressed) &&
bounds.contains(touchPoint1.pos()) && bounds.contains(touchPoint2.pos())) {
d->id1 = touchPoint1.id();
d->pinchActivated = true;
d->initPinch = true;
int touchMouseId = QQuickWindowPrivate::get(win)->touchMouseId;
if (touchPoint1.id() == touchMouseId || touchPoint2.id() == touchMouseId) {
if (win && win->mouseGrabberItem() != this) {
grabMouse();
}
}
}
if (d->pinchActivated && !d->pinchRejected) {
const int dragThreshold = qApp->styleHints()->startDragDistance();
QPointF p1 = touchPoint1.scenePos();
QPointF p2 = touchPoint2.scenePos();
qreal dx = p1.x() - p2.x();
qreal dy = p1.y() - p2.y();
qreal dist = sqrt(dx*dx + dy*dy);
QPointF sceneCenter = (p1 + p2)/2;
qreal angle = QLineF(p1, p2).angle();
if (d->touchPoints.count() == 1) {
// If we only have one point then just move the center
if (d->id1 == touchPoint1.id())
sceneCenter = d->sceneLastCenter + touchPoint1.scenePos() - d->lastPoint1;
else
sceneCenter = d->sceneLastCenter + touchPoint2.scenePos() - d->lastPoint2;
angle = d->pinchLastAngle;
}
d->id1 = touchPoint1.id();
if (angle > 180)
angle -= 360;
if (!d->inPinch || d->initPinch) {
if (d->touchPoints.count() >= 2) {
if (d->initPinch) {
if (!d->inPinch)
d->pinchStartDist = dist;
d->initPinch = false;
}
d->sceneStartCenter = sceneCenter;
d->sceneLastCenter = sceneCenter;
d->pinchStartCenter = mapFromScene(sceneCenter);
d->pinchStartAngle = angle;
d->pinchLastScale = 1.0;
d->pinchLastAngle = angle;
d->pinchRotation = 0.0;
d->lastPoint1 = p1;
d->lastPoint2 = p2;
if (qAbs(dist - d->pinchStartDist) >= dragThreshold ||
(pinch()->axis() != QQuickPinch::NoDrag &&
(qAbs(p1.x()-d->sceneStartPoint1.x()) >= dragThreshold
|| qAbs(p1.y()-d->sceneStartPoint1.y()) >= dragThreshold
|| qAbs(p2.x()-d->sceneStartPoint2.x()) >= dragThreshold
|| qAbs(p2.y()-d->sceneStartPoint2.y()) >= dragThreshold))) {
QQuickPinchEvent pe(d->pinchStartCenter, 1.0, angle, 0.0);
d->pinchStartDist = dist;
pe.setStartCenter(d->pinchStartCenter);
pe.setPreviousCenter(d->pinchStartCenter);
pe.setPreviousAngle(d->pinchLastAngle);
pe.setPreviousScale(d->pinchLastScale);
pe.setStartPoint1(mapFromScene(d->sceneStartPoint1));
pe.setStartPoint2(mapFromScene(d->sceneStartPoint2));
pe.setPoint1(mapFromScene(d->lastPoint1));
pe.setPoint2(mapFromScene(d->lastPoint2));
pe.setPointCount(d->touchPoints.count());
emit pinchStarted(&pe);
if (pe.accepted()) {
d->inPinch = true;
d->stealMouse = true;
if (win && win->mouseGrabberItem() != this)
grabMouse();
setKeepMouseGrab(true);
grabTouchPoints(QVector<int>() << touchPoint1.id() << touchPoint2.id());
d->inPinch = true;
d->stealMouse = true;
if (d->pinch && d->pinch->target()) {
d->pinchStartPos = pinch()->target()->position();
d->pinchStartScale = d->pinch->target()->scale();
d->pinchStartRotation = d->pinch->target()->rotation();
d->pinch->setActive(true);
}
} else {
d->pinchRejected = true;
}
}
}
} else if (d->pinchStartDist > 0) {
qreal scale = dist ? dist / d->pinchStartDist : d->pinchLastScale;
qreal da = d->pinchLastAngle - angle;
if (da > 180)
da -= 360;
else if (da < -180)
da += 360;
d->pinchRotation += da;
QPointF pinchCenter = mapFromScene(sceneCenter);
QQuickPinchEvent pe(pinchCenter, scale, angle, d->pinchRotation);
pe.setStartCenter(d->pinchStartCenter);
pe.setPreviousCenter(mapFromScene(d->sceneLastCenter));
pe.setPreviousAngle(d->pinchLastAngle);
pe.setPreviousScale(d->pinchLastScale);
pe.setStartPoint1(mapFromScene(d->sceneStartPoint1));
pe.setStartPoint2(mapFromScene(d->sceneStartPoint2));
pe.setPoint1(touchPoint1.pos());
pe.setPoint2(touchPoint2.pos());
pe.setPointCount(d->touchPoints.count());
d->pinchLastScale = scale;
d->sceneLastCenter = sceneCenter;
d->pinchLastAngle = angle;
d->lastPoint1 = touchPoint1.scenePos();
d->lastPoint2 = touchPoint2.scenePos();
emit pinchUpdated(&pe);
if (d->pinch && d->pinch->target()) {
qreal s = d->pinchStartScale * scale;
s = qMin(qMax(pinch()->minimumScale(),s), pinch()->maximumScale());
pinch()->target()->setScale(s);
QPointF pos = sceneCenter - d->sceneStartCenter + d->pinchStartPos;
if (pinch()->axis() & QQuickPinch::XAxis) {
qreal x = pos.x();
if (x < pinch()->xmin())
x = pinch()->xmin();
else if (x > pinch()->xmax())
x = pinch()->xmax();
pinch()->target()->setX(x);
}
if (pinch()->axis() & QQuickPinch::YAxis) {
qreal y = pos.y();
if (y < pinch()->ymin())
y = pinch()->ymin();
else if (y > pinch()->ymax())
y = pinch()->ymax();
pinch()->target()->setY(y);
}
if (d->pinchStartRotation >= pinch()->minimumRotation()
&& d->pinchStartRotation <= pinch()->maximumRotation()) {
qreal r = d->pinchRotation + d->pinchStartRotation;
r = qMin(qMax(pinch()->minimumRotation(),r), pinch()->maximumRotation());
pinch()->target()->setRotation(r);
}
}
}
}
}
//____________________________________________________________________
bool SplitterProxy::event( QEvent *event )
{
switch( event->type() )
{
case QEvent::MouseMove:
case QEvent::MouseButtonPress:
case QEvent::MouseButtonRelease:
{
// check splitter
if( !_splitter ) return false;
event->accept();
// grab on mouse press
if( event->type() == QEvent::MouseButtonPress) grabMouse();
parentWidget()->setUpdatesEnabled(false);
resize(1,1);
parentWidget()->setUpdatesEnabled(true);
// cast to mouse event
QMouseEvent *mouseEvent( static_cast<QMouseEvent*>( event ) );
// get relevant position to post mouse drag event to application
if( event->type() == QEvent::MouseButtonPress )
{
// use hook, to make sure splitter is properly dragged
QMouseEvent mouseEvent2(
mouseEvent->type(),
_hook,
_splitter.data()->mapToGlobal(_hook),
mouseEvent->button(),
mouseEvent->buttons(), mouseEvent->modifiers());
QCoreApplication::sendEvent( _splitter.data(), &mouseEvent2 );
} else {
// map event position to current splitter and post.
QMouseEvent mouseEvent2(
mouseEvent->type(),
_splitter.data()->mapFromGlobal( mouseEvent->globalPos() ),
mouseEvent->globalPos(),
mouseEvent->button(),
mouseEvent->buttons(), mouseEvent->modifiers());
QCoreApplication::sendEvent( _splitter.data(), &mouseEvent2 );
}
// release grab on mouse-Release
if( event->type() == QEvent::MouseButtonRelease && mouseGrabber() == this )
{ releaseMouse(); }
return true;
}
case QEvent::Timer:
if( static_cast<QTimerEvent*>( event )->timerId() != _timerId )
{ return QWidget::event( event ); }
if( mouseGrabber() == this )
{ return true; }
/*
Fall through is intended.
We somehow lost a QEvent::Leave and gonna fix that from here
*/
case QEvent::HoverLeave:
case QEvent::Leave:
{
// reset splitter
if( isVisible() && !rect().contains( mapFromGlobal( QCursor::pos() ) ) )
{ clearSplitter(); }
return true;
}
default:
return QWidget::event( event );
}
}
