void NativeViewerPhonon::show()
{
if(state() != NativeViewer::Running)
return;
QRect rect = containerWidget()->geometry();
QPoint abs = WidgetUtil::absoluteWidgetPosition(containerWidget());
//qDebug() << "NativeViewerPhonon::show: Showing at "<<abs<<", size:"<<rect.size();
#ifdef PHONON_ENABLED
if(m_autoPlay)
m_media->play();
if(!m_widget->parentWidget())
{
m_widget->resize(rect.size());
m_widget->move(abs);
}
m_widget->show();
// the second 'move' is required to move it to an 'odd'
// place, at least on X11 systems that I've tested.
// For example, over a task bar or halfway off screen, etc.
// And yes, 2 moves are required - before AND after the show()
// - I have no idea why both are required, but it doesn't
// work without both.
if(!m_widget->parentWidget())
m_widget->move(abs);
#endif
//qDebug() << "NativeViewerPhonon::show: done.";
}
void tst_QLayout::setLayoutBugs()
{
QWidget widget(0);
QHBoxLayout *hBoxLayout = new QHBoxLayout(&widget);
for(int i = 0; i < 6; ++i) {
QPushButton *pushButton = new QPushButton("Press me!", &widget);
hBoxLayout->addWidget(pushButton);
}
widget.setLayout(hBoxLayout);
QVERIFY(widget.layout() == hBoxLayout);
QWidget containerWidget(0);
containerWidget.setLayout(widget.layout());
QVERIFY(widget.layout() == 0);
QVERIFY(containerWidget.layout() == hBoxLayout);
}
QPixmap NativeViewerWin32PPT::snapshot()
{
QRect rect = containerWidget()->geometry();
QPoint abs = WidgetUtil::absoluteWidgetPosition(containerWidget());
return QPixmap::grabWindow(qApp->desktop()->winId(), abs.x(), abs.y(), rect.width(), rect.height());
}
void NativeViewerWin32PPT::embedHwnd()
{
// adjust parent window
//NativeViewerWin32::embedHwnd();
#ifdef Q_OS_WIN32
QRect rect = containerWidget()->geometry();
QPoint abs = WidgetUtil::absoluteWidgetPosition(containerWidget());
m_ppt->runShow();
m_ppt->setWindowRect(abs.x(), abs.y(), rect.width(), rect.height());
HWND ptr = NULL;
int count = 0;
int max = 1000;
while(!ptr && count++ < max)
{
//qApp->processEvents();
ptr = FindWindow(L"screenClass", NULL);
}
//HWND hwnd = FindWindowEx(hwnd(), NULL, L"paneClassDC", NULL);
setHwnd(ptr);
//qDebug() << "NativeViewerWin32PPT::embedHwnd: hwnd:"<<hwnd()<<", count:"<<count;
//m_numSlides = m_ppt->numSlides();
//qDebug() << "NativeViewerWin32PPT::embedHwnd: Num slides:"<<m_numSlides;
NativeViewerWin32::embedHwnd();
BringWindowToTop(hwnd());
//
/*
// now find the actual widget that holds the show and stretch it out
HWND hwnd2 = FindWindowEx(hwnd(), NULL, L"paneClassDC", NULL);
setHwnd(FindWindow(L"screenClass", NULL));
if(hwnd2)
{
//QPoint abs = absoluteWidgetPosition(containerWidget());
// This is a "magic forumla" for the proper stretch amount -
// just found through trial and error. Its NOT perfect, and
// gets more and more inaccurate the further away from 1024x768 or 320x240
// the size is. But, it's "good enough" for now.
int xa = ((int)(8.0/1024.0 * ((double)rect.width())));
int ya = ((int)(67.0/768.0 * ((double)rect.height())));
// override for known rectangle size
if(rect.width() == 320 && rect.height() == 240)
{
xa = 8;
ya = 25;
}
//MoveWindow(hwnd(), rect.x(), rect.x(), rect.width(), rect.height(), 1);
qDebug() << "NativeViewerWin32PPT::embedHwnd(): hwnd2:"<<hwnd2<<", orig size:"<<rect.size()<<", xa:"<<xa<<",ya:"<<ya;
SetWindowPos(hwnd2, 0,
-xa, -ya,
rect.width() + xa*2,
rect.height() + ya*2,
SWP_SHOWWINDOW);
BringWindowToTop(hwnd());
}
*/
#endif
}