temporary workarround to prevent high cpuloads after first app is launched

1 files changed, 3 insertions, 1 deletions

diff --git a/core/launcher/launcherview.cpp b/core/launcher/launcherview.cpp
index 9f86136..dbcb0d7 100644
--- a/core/launcher/launcherview.cpp
+++ b/core/launcher/launcherview.cpp
@@ -60,97 +60,99 @@ public:
         QIconView(parent,name),
         tf(""),
         cf(0),
         bsy(0),
         bigIcns(TRUE),
         bgColor(white)
     {
         sortmeth = Name;
         hidden.setAutoDelete(TRUE);
         ike = FALSE;
         busytimer = 0;
         calculateGrid( Bottom );
     }
 
     ~LauncherIconView()
     {
 #if 0 // debuggery
         QListIterator<AppLnk> it(hidden);
         AppLnk* l;
         while ((l=it.current())) {
             ++it;
             //qDebug("%p: hidden (should remove)",l);
         }
 #endif
     }
 
     QPixmap* busyPixmap() const { return (QPixmap*)&bpm; }
     QIconViewItem* busyItem() const { return bsy; }
     void setBigIcons( bool bi ) { bigIcns = bi; }
 
     void updateCategoriesAndMimeTypes();
 
     void doAutoScroll()
     {
         // We don't want rubberbanding (yet)
     }
 
     void setBusy(bool on)
     {
         QIconViewItem *c = on ? currentItem() : 0;
         if ( bsy != c ) {
             if ( bsy )
                 bsy-> repaint ( );
             bsy = c;
         
             if ( bsy ) {
                     busytimer = startTimer ( 150 );
                     busystate = 50;
-                    startTimer ( 0 );
+                // not sure what this startTimer is for, maybe i am just to tired. But 
+                // currently that causes 100% cpuload on app launch
+                //startTimer ( 0 );
             }
             else
                 killTimer ( busytimer );
         }
     }
 
     virtual void timerEvent ( QTimerEvent *te )
     {
         if ( !te || ( te-> timerId ( ) == busytimer )) {
             if ( bsy ) {
                 QPixmap *src = bsy-> QIconViewItem::pixmap();
                 QImage img = src->convertToImage();
                 QRgb* rgb;
                 int count;
                 if ( img.depth() == 32 ) {
                     rgb = (QRgb*)img.bits();
                     count = img.bytesPerLine()/sizeof(QRgb)*img.height();
                 } else {
                     rgb = img.colorTable();
                     count = img.numColors();
                 }
                 int rc, gc, bc;
                 int bs = ::abs ( busystate ) + 25;
                 colorGroup().highlight().rgb( &rc, &gc, &bc );
                 rc = rc * bs / 100;
                 gc = gc * bs / 100;
                 bc = bc * bs / 100;
                 
                 for ( int r = 0; r < count; r++, rgb++ ) {
                     int ri = rc + qRed   ( *rgb ) * ( 100 - bs ) / 100;
                     int gi = gc + qGreen ( *rgb ) * ( 100 - bs ) / 100;
                     int bi = bc + qBlue  ( *rgb ) * ( 100 - bs ) / 100;
                     int ai = qAlpha ( *rgb );
                     *rgb = qRgba ( ri, gi, bi, ai );
                 }
 
                 bpm.convertFromImage( img );
                 
                 bsy-> repaint ( );
 
                 busystate += 10;
                 if ( busystate > 50 )
                         busystate = -40;
             }
         }
     }
 
     bool inKeyEvent() const { return ike; }