KasPopup *KasGroupItem::createPopup()
{
KasPopup *pop = new KasPopup(this);
bar = kasbar()->createChildBar((kasbar()->orientation() == Horizontal) ? Vertical : Horizontal, pop);
connect(pop, SIGNAL(shown()), SLOT(updatePopup()));
return pop;
// // Test code
// //
// // This generates cool looking fractal-like patterns if you keep unfolding the
// // groups!
// int pos = (int) this;
// if ( pos % 2 )
// bar->append( new KasItem( bar ) );
// if ( pos % 5 )
// bar->append( new KasItem( bar ) );
// bar->append( new KasGroupItem( bar ) );
// if ( pos % 3 )
// bar->append( new KasItem( bar ) );
// if ( pos % 7 )
// bar->append( new KasItem( bar ) );
// ////////////
}
void KasGroupItem::showGroupMenuAt(const QPoint &p)
{
TaskRMBMenu *tm = new TaskRMBMenu(items, true, kasbar());
tm->insertItem(i18n("&Ungroup"), this, SLOT(ungroup()));
tm->insertSeparator();
tm->insertItem(i18n("&Kasbar"), kasbar()->contextMenu());
setLockPopup(true);
tm->exec(p);
delete tm;
setLockPopup(false);
}
void KasTaskItem::showWindowMenuAt( QPoint p )
{
TaskRMBMenu *tm = new TaskRMBMenu(task_, true, kasbar());
tm->insertItem( i18n("To &Tray" ), this, SLOT( sendToTray() ) );
tm->insertSeparator();
tm->insertItem( i18n("&Kasbar"), kasbar()->contextMenu() );
tm->insertSeparator();
tm->insertItem( i18n("&Properties" ), this, SLOT( showPropertiesDialog() ) );
mouseLeave();
kasbar()->updateMouseOver();
tm->exec( p );
}
void KasTaskItem::startAutoThumbnail()
{
if ( thumbTimer )
return;
if ( !kasbar()->thumbnailsEnabled() )
return;
if ( kasbar()->thumbnailUpdateDelay() > 0 ) {
thumbTimer = new QTimer( this, "thumbTimer" );
connect( thumbTimer, SIGNAL( timeout() ), SLOT( refreshThumbnail() ) );
thumbTimer->start( kasbar()->thumbnailUpdateDelay() * 1000 );
}
QTimer::singleShot( 200, this, SLOT( refreshThumbnail() ) );
}
void KasTaskItem::refreshThumbnail()
{
if ( !kasbar()->thumbnailsEnabled() )
return;
if ( !task_->isActive() )
return;
// TODO: Check if the popup obscures the window
KasItem *i = kasbar()->itemUnderMouse();
if ( i && i->isShowingPopup() ) {
QTimer::singleShot( 200, this, SLOT( refreshThumbnail() ) );
return;
}
task_->setThumbnailSize( kasbar()->thumbnailSize() );
task_->updateThumbnail();
}
void KasTaskItem::updateTask(bool geometryChangeOnly)
{
if (geometryChangeOnly)
{
return;
}
bool updates = kasbar()->isUpdatesEnabled();
kasbar()->setUpdatesEnabled( false );
setProgress( kasbar()->showProgress() ? 0 : -1 );
setText( task_->visibleIconicName() );
setModified( task_->isModified() );
setActive( task_->isActive() );
kasbar()->setUpdatesEnabled( updates );
update();
}
void KasLoadItem::paint( QPainter *p )
{
double val = valuesOne.last();
double maxValue = 1.0;
double scaleVal = QMAX( val, valuesFive.last() );
if ( scaleVal >= maxValue )
maxValue = 2.0;
if ( scaleVal >= maxValue )
maxValue = 5.0;
if ( scaleVal >= maxValue )
maxValue = 10.0;
if ( scaleVal >= maxValue )
maxValue = 20.0;
if ( scaleVal >= maxValue )
maxValue = 50.0;
if ( scaleVal >= maxValue )
maxValue = 100.0;
double dh = extent()-16;
dh = dh / maxValue;
int h = (int) floor( dh * val );
int w = extent()-4;
h = (h > 0) ? h : 1;
w = (w > 0) ? w : 1;
KasItem::paint( p );
QColor light = kasbar()->colorGroup().highlight();
QColor dark = light.dark();
KPixmap pix;
pix.resize( w, h );
KPixmapEffect::gradient( pix, light, dark, KPixmapEffect::DiagonalGradient );
p->drawPixmap( 2, extent()-2-h, pix );
p->setPen( kasbar()->colorGroup().mid() );
for ( double pos = 0.2 ; pos < 1.0 ; pos += 0.2 ) {
int ypos = (int) floor((extent()-2) - (dh*maxValue*pos));
p->drawLine( 2, ypos, extent()-3, ypos );
}
}
void KasLoadItem::showMenuAt( QPoint p )
{
mouseLeave();
kasbar()->updateMouseOver();
KasTasker *bar = dynamic_cast<KasTasker *> (KasItem::kasbar());
if ( !bar )
return;
KPopupMenu *menu = bar->contextMenu();
menu->exec( p );
}
QPixmap KasTaskItem::icon()
{
int sizes[] = { KIcon::SizeEnormous,
KIcon::SizeHuge,
KIcon::SizeLarge,
KIcon::SizeMedium,
KIcon::SizeSmall };
if ( kasbar()->embedThumbnails() && task_->hasThumbnail() ) {
usedIconLoader = true;
QPixmap thumb = task_->thumbnail();
QSize sz = thumb.size();
sz.scale( sizes[kasbar()->itemSize()], sizes[kasbar()->itemSize()], QSize::ScaleMin );
QImage img = thumb.convertToImage();
img = img.smoothScale( sz );
bool ok = thumb.convertFromImage( img );
if ( ok )
return thumb;
}
usedIconLoader = false;
QPixmap p = task_->bestIcon( sizes[kasbar()->itemSize()], usedIconLoader );
if ( !p.isNull() )
return p;
return task_->icon( sizes[kasbar()->itemSize()], sizes[kasbar()->itemSize()], true );
}
void KasGroupItem::updateIcon()
{
QPixmap p;
bool usedIconLoader = false;
Task::Ptr t = items.first();
if(!t)
p = KGlobal::iconLoader()->loadIcon("kicker", KIcon::NoGroup, KIcon::SizeSmall);
int sizes[] = {KIcon::SizeEnormous, KIcon::SizeHuge, KIcon::SizeLarge, KIcon::SizeMedium, KIcon::SizeSmall};
p = t->bestIcon(sizes[kasbar()->itemSize()], usedIconLoader);
if(p.isNull())
p = KGlobal::iconLoader()->loadIcon("error", KIcon::NoGroup, KIcon::SizeSmall);
setIcon(p);
}
void KasTaskItem::sendToTray()
{
QString s;
s.setNum( task_->window() );
KProcess proc;
proc << "ksystraycmd";
proc << "--wid" << s << "--hidden";
bool ok = proc.start( KProcess::DontCare );
if ( !ok ) {
kdWarning(1345) << "Unable to launch ksystraycmd" << endl;
KPassivePopup::message( i18n("Could Not Send to Tray"),
i18n("%1").arg(strerror(errno)),
Icon("error"),
kasbar() );
return;
}
proc.detach();
}
void KasTaskItem::showPropertiesDialog()
{
//
// Create Dialog
//
QDialog *dlg = new QDialog( /*kasbar()*/0L, "task_props", false );
//
// Title
//
KPopupTitle *title = new KPopupTitle( dlg, "title" );
dlg->setCaption( i18n("Task Properties") );
title->setText( i18n("Task Properties") );
title->setIcon( icon() );
//
// Tabbed View
//
QTabWidget *tabs = new QTabWidget( dlg );
tabs->addTab( createX11Props( tabs ), i18n("General") );
tabs->addTab( createTaskProps( task_, tabs ), i18n("Task") );
tabs->addTab( createTaskProps( this, tabs ), i18n("Item") );
tabs->addTab( createTaskProps( kasbar(), tabs, false ), i18n("Bar") );
#if 0
tabs->addTab( createNETProps( tabs ), i18n("NET") );
#endif
//
// Layout Dialog
//
QVBoxLayout *vbl = new QVBoxLayout( dlg, KDialog::marginHint(), KDialog::spacingHint() );
vbl->addWidget( title );
vbl->addWidget( tabs );
dlg->resize( 470, 500 );
dlg->show();
}
void KasGroupItem::removeTask(Task::Ptr t)
{
if(!t)
return;
hidePopup();
for(Task::List::iterator it = items.begin(); it != items.end();)
{
if((*it) == t)
{
it = items.erase(it);
}
else
{
++it;
}
}
updateIcon();
if(items.count() == 1)
kasbar()->moveToMain(this, items.first());
}
void KasGroupItem::ungroup()
{
kasbar()->moveToMain(this);
}
void KasGroupItem::paint(QPainter *p)
{
KasItem::paint(p);
//
// Item summary info
//
int modCount = 0;
for(Task::List::iterator it = items.begin(); it != items.end(); ++it)
{
if((*it)->isModified())
modCount++;
}
KasResources *res = resources();
p->setPen(isShowingPopup() ? res->activePenColor() : res->inactivePenColor());
if(modCount)
{
QString modCountStr;
modCountStr.setNum(modCount);
p->drawText(extent() - fontMetrics().width(modCountStr) - 3, 15 + fontMetrics().ascent(), modCountStr);
p->drawPixmap(extent() - 12, 29, res->modifiedIcon());
}
int microsPerCol;
switch(kasbar()->itemSize())
{
default:
case KasBar::Small:
microsPerCol = 2;
break;
case KasBar::Medium:
microsPerCol = 4;
break;
case KasBar::Large:
microsPerCol = 7;
break;
case KasBar::Huge:
microsPerCol = 9;
break;
case KasBar::Enormous:
microsPerCol = 16;
break;
}
int xpos = 3;
int ypos = 16;
for(int i = 0; (i < (int)items.count()) && (i < microsPerCol); i++)
{
Task::Ptr t = items.at(i);
if(t->isIconified())
p->drawPixmap(xpos, ypos, res->microMinIcon());
else if(t->isShaded())
p->drawPixmap(xpos, ypos, res->microShadeIcon());
else
p->drawPixmap(xpos, ypos, res->microMaxIcon());
ypos += 7;
}
if(((int)items.count() > microsPerCol) && (kasbar()->itemSize() != KasBar::Small))
{
QString countStr;
countStr.setNum(items.count());
p->drawText(extent() - fontMetrics().width(countStr) - 3, extent() + fontMetrics().ascent() - 16, countStr);
}
}
void KasTaskItem::paint( QPainter *p )
{
KasItem::paint( p );
KasResources *res = resources();
QColor c = task_->isActive() ? res->activePenColor() : res->inactivePenColor();
p->setPen( c );
//
// Overlay the small icon if the icon has changed, we have space,
// and we are using a KIconLoader icon rather than one from the NET props.
// This only exists because we are almost always using the icon loader for
// large icons.
//
KasTasker *kas = kasbar();
bool haveSpace = ( kas->itemSize() != KasBar::Small )
&& ( kas->itemSize() != KasBar::Medium );
if ( usedIconLoader && iconHasChanged && haveSpace ) {
QPixmap pix = icon();
int x = (extent() - 4 - pix.width()) / 2;
QPixmap overlay = task_->pixmap();
p->drawPixmap( x-4+pix.width()-overlay.width(), 18, overlay );
}
//
// Draw window state.
//
if( task_->isIconified() )
paintStateIcon( p, StateIcon );
else if ( task_->isShaded() )
paintStateIcon( p, StateShaded );
else
paintStateIcon( p, StateNormal );
//
// Draw desktop number.
//
// Check if we only have one desktop
bool oneDesktop = (TaskManager::the()->numberOfDesktops() == 1) ? true : false;
QString deskStr;
if ( task_->isOnAllDesktops() )
deskStr = i18n( "All" );
else
deskStr.setNum( task_->desktop() );
if ( kas->itemSize() != KasBar::Small ) {
// Medium and Large modes
if ( !oneDesktop )
p->drawText( extent()-fontMetrics().width(deskStr)-3, 15+fontMetrics().ascent(), deskStr );
// Draw document state.
if ( kas->showModified() )
paintModified( p );
}
else {
// Small mode
if ( !oneDesktop )
p->drawText( extent()-fontMetrics().width(deskStr)-2, 13+fontMetrics().ascent(), deskStr );
}
}
