//
// 2000-02-12 Espen Sand
// Set the color in two steps. The setColors() slot will not emit a signal
// with the current color setting. The reason is that setColors() is used
// by the color selector dialog on startup. In the color selector dialog
// we normally want to display a startup color which we specify
// when the dialog is started. The slotSetColors() slot below will
// set the palette and then use the information to emit a signal with the
// new color setting. It is only used by the combobox widget.
//
void
KColorTable::KColorTablePrivate::slotSetColors(const QString &_collectionName)
{
q->setColors(_collectionName);
if (mNamedColorList->count() && mNamedColorList->isVisible()) {
int item = mNamedColorList->currentRow();
mNamedColorList->setCurrentRow(item < 0 ? 0 : item);
slotColorTextSelected(mNamedColorList->currentItem()->text());
} else {
slotColorCellSelected(0, QColor()); // FIXME: We need to save the current value!!
}
}
//
// 2000-02-12 Espen Sand
// Set the color in two steps. The setPalette() slot will not emit a signal
// with the current color setting. The reason is that setPalette() is used
// by the color selector dialog on startup. In the color selector dialog
// we normally want to display a startup color which we specify
// when the dialog is started. The slotSetPalette() slot below will
// set the palette and then use the information to emit a signal with the
// new color setting. It is only used by the combobox widget.
//
void
KPaletteTable::slotSetPalette( const TQString &_paletteName )
{
setPalette( _paletteName );
if( mNamedColorList->isVisible() )
{
int item = mNamedColorList->currentItem();
mNamedColorList->setCurrentItem( item < 0 ? 0 : item );
slotColorTextSelected( mNamedColorList->currentText() );
}
else
{
slotColorCellSelected(0); // FIXME: We need to save the current value!!
}
}
